#Build: Synplify Pro I-2013.09M-SP1 , Build 034R, Jan 17 2014
#install: C:\Microsemi\Libero_v11.3\Synopsys\synplify_I201309MSP1
#OS: Windows 7 6.1
#Hostname: W764-PINNINTIA

#Implementation: synthesis

$ Start of Compile
#Wed Oct 08 11:17:07 2014

Synopsys VHDL Compiler, version comp201309rcp1, Build 078R, built Jan 14 2014
@N|Running in 64-bit mode
Copyright (C) 1994-2013 Synopsys, Inc. This software and the associated documentation are proprietary to Synopsys, Inc. This software may only be used in accordance with the terms and conditions of a written license agreement with Synopsys, Inc.  All other use or distribution of the software is strictly prohibited.

@N: CD720 :"C:\Microsemi\Libero_v11.3\Synopsys\synplify_I201309MSP1\lib\vhd2008\std.vhd":146:18:146:21|Setting time resolution to ns
@N:"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System_top\MC_System_top.vhd":17:7:17:19|Top entity is set to MC_System_top.
@W: CD134 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":155:26:155:35|No such identifier, output_y_o, of proper type in current declarative region
@W: CD134 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":156:26:156:34|No such identifier, acc_out_o, of proper type in current declarative region
VHDL syntax check successful!
@N: CD231 :"C:\Microsemi\Libero_v11.3\Synopsys\synplify_I201309MSP1\lib\vhd2008\std1164.vhd":913:16:913:17|Using onehot encoding for type mvl9plus ('U'="1000000000")
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System_top\MC_System_top.vhd":17:7:17:19|Synthesizing work.mc_system_top.rtl 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\MSMC_Fab_6AxisTop.vhd":27:7:27:23|Synthesizing work.msmc_fab_6axistop.msmc_fab_6axistop 
@W: CD280 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\MSMC_Fab_6AxisTop.vhd":405:10:405:29|Unbound component msmc_fab_toplevel_st mapped to black box
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\MSMC_Fab_6AxisTop.vhd":405:10:405:29|Synthesizing work.msmc_fab_toplevel_st.syn_black_box 
Post processing for work.msmc_fab_toplevel_st.syn_black_box
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":58:7:58:23|Synthesizing work.msmc_fab_toplevel.msmc_fab_toplevel 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":259:8:259:25|Signal ramp_start_count_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":260:8:260:19|Signal pi_start_pul is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":261:8:261:19|Signal pi_start_dly is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":262:8:262:23|Signal counter_pi_start is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":263:8:263:12|Signal waddr is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":264:8:264:15|Signal wdata_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":265:8:265:10|Signal wen is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":267:8:267:30|Signal start_clarke_from_apb_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":271:8:271:31|Signal ialpha_clarke_output_tmp is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":274:8:274:30|Signal ibeta_clarke_output_tmp is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":281:8:281:27|Signal i_alpha_park_input_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":282:8:282:26|Signal i_beta_park_input_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":293:11:293:25|Signal start_ipark_s_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":297:8:297:22|Signal start_iclarke_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":298:8:298:23|Signal valpha_iclarke_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":299:8:299:22|Signal vbeta_iclarke_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":318:8:318:11|Signal va_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":319:8:319:11|Signal vb_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":320:8:320:11|Signal vc_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":321:8:321:14|Signal v_mag_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":324:8:324:16|Signal a0_va3h_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":325:8:325:16|Signal a0_vb3h_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":326:8:326:16|Signal a0_vc3h_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":336:8:336:21|Signal ramp_ref_max_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":337:8:337:21|Signal ramp_ref_min_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":338:8:338:21|Signal ramp_set_ref_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":339:8:339:24|Signal ramp_slew_count_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":340:8:340:23|Signal ramp_ref_value_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Signal ramp_ref_value_frm_ramp_profile_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":343:8:343:18|Signal ramp_done_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":344:8:344:22|Signal ramp_done_s_dly is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":345:8:345:20|Signal ramp_done_pul is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":347:8:347:17|Signal loop_sel_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":348:8:348:35|Signal satrt_open_lp_angle_inc_sync is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":349:8:349:30|Signal satrt_open_lp_angle_inc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":350:8:350:24|Signal svpwm_done_s_sync is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":354:8:354:27|Signal a0_svpwm_done_s_sync is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":355:8:355:22|Signal a0_svpwm_done_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":357:8:357:19|Signal a0_sub_mvs_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":360:8:360:21|Signal a0_add_c_mvs_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":363:8:363:20|Signal a0_mvs_done_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":364:8:364:16|Signal a0_pwma_r is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":365:8:365:16|Signal a0_pwmb_r is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":366:8:366:16|Signal a0_pwmc_r is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":368:8:368:32|Signal adc_control_reg_frm_apb_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":370:8:370:32|Signal adc_control_reg_frm_adc_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":372:8:372:31|Signal adc_control_reg_update_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":374:8:374:31|Signal adc_result_ch0_frm_adc_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":375:8:375:31|Signal adc_result_ch1_frm_adc_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":376:8:376:31|Signal adc_result_ch2_frm_adc_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":377:8:377:31|Signal adc_result_ch3_frm_adc_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":378:8:378:31|Signal adc_result_ch4_frm_adc_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":379:8:379:31|Signal adc_result_ch5_frm_adc_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":388:8:388:35|Signal pwm_update_period_prescale_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":390:8:390:29|Signal pwm_update_dead_time_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":392:8:392:30|Signal pwm_update_delay_time_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":394:8:394:33|Signal pwm_update_compare_match_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":396:8:396:28|Signal pwm_load_config_reg_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":398:8:398:27|Signal pwm_period_frm_apb_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":399:8:399:29|Signal pwm_prescale_frm_apb_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":400:8:400:30|Signal pwm_dead_time_frm_apb_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":401:8:401:26|Signal pwm_delay_frm_apb_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":402:8:402:31|Signal pwm_config_reg_frm_apb_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":403:8:403:26|Signal pwm_period_to_pwm_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":405:8:405:35|Signal pwm_compare_match_a_to_pwm_i is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":406:8:406:35|Signal pwm_compare_match_b_to_pwm_i is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":407:8:407:35|Signal pwm_compare_match_c_to_pwm_i is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":422:8:422:38|Signal a0_pwm_compare_match_c_to_pwm_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":423:8:423:31|Signal sin_cos_start_angl_est_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":426:8:426:34|Signal sin_cos_avalbl_angl_est_s_r is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":428:8:428:22|Signal sine_angl_est_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":429:8:429:21|Signal cos_angl_est_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":432:8:432:29|Signal sine_angl_est_sgnext_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":433:8:433:28|Signal cos_angl_est_sgnext_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":435:8:435:26|Signal start_angl_est_sync is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":436:8:436:23|Signal direction_angl_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":437:8:437:18|Signal busy_angl_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":438:8:438:18|Signal done_angl_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":439:8:439:21|Signal i_alpha_angl_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":440:8:440:20|Signal i_beta_angl_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":441:8:441:21|Signal v_alpha_angl_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":442:8:442:20|Signal v_beta_angl_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":443:8:443:17|Signal angle_pi_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":444:8:444:20|Signal i_alpha_bar_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":445:8:445:19|Signal i_beta_bar_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Signal e_alpha_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Signal e_beta_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":448:8:448:25|Signal start_angl_frm_apb is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":449:8:449:18|Signal angle_i_max is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":450:8:450:18|Signal angle_i_min is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":451:8:451:18|Signal angle_e_max is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":452:8:452:18|Signal angle_e_min is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":458:8:458:20|Signal angle_pi_ymax is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":459:8:459:20|Signal angle_pi_ymin is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":474:8:474:21|Signal speed_ref_in_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":475:8:475:24|Signal a0_speed_ref_in_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":476:8:476:24|Signal a1_speed_ref_in_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":477:8:477:24|Signal a2_speed_ref_in_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":478:8:478:24|Signal a3_speed_ref_in_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":479:8:479:24|Signal a4_speed_ref_in_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":480:8:480:24|Signal a5_speed_ref_in_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":482:8:482:21|Signal speed_pi_start is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":484:8:484:22|Signal speed_pi_busy_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":485:8:485:22|Signal speed_pi_done_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":486:8:486:24|Signal speed_pi_output_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":487:8:487:18|Signal id_ref_in_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":494:8:494:23|Signal id_pi_output_s_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":497:8:497:18|Signal iq_pi_start is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":503:8:503:23|Signal iq_pi_output_s_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":505:8:505:22|Signal sin_cos_start_i is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":506:8:506:20|Signal park_done_s_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":507:8:507:21|Signal iq_pi_done_s_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":508:8:508:24|Signal speed_pi_done_s_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":509:8:509:22|Signal park_done_s_dtc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":510:8:510:23|Signal iq_pi_done_s_dtc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":511:8:511:26|Signal speed_pi_done_s_dtc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":512:8:512:21|Signal ipark_done_s_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":513:8:513:21|Signal id_pi_done_s_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":514:8:514:22|Signal clarke_done_s_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":515:8:515:23|Signal ipark_done_s_dtc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":516:8:516:23|Signal id_pi_done_s_dtc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":517:8:517:24|Signal clarke_done_s_dtc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":518:8:518:23|Signal iclarke_done_s_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":519:8:519:25|Signal iclarke_done_s_dtc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":520:8:520:20|Signal done_angl_o_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":522:8:522:19|Signal done_speed_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":523:8:523:21|Signal done_speed_o_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":524:8:524:23|Signal done_speed_o_dtc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":525:8:525:32|Signal sin_cos_done_angl_est_s_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":526:8:526:34|Signal sin_cos_done_angl_est_s_dtc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":527:8:527:20|Signal id_pi_start_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":528:8:528:16|Signal angle_apb is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":529:8:529:14|Signal counter is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":530:8:530:20|Signal ag_done_o_dtc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":532:8:532:21|Signal wdata_in_angle is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":533:8:533:16|Signal wen_angle is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":534:8:534:15|Signal angl_pul is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":535:8:535:18|Signal waddr_angle is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":536:8:536:20|Signal counter_angle is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":537:8:537:19|Signal en_speedpi_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":540:8:540:11|Signal cl_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Signal theta_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":542:8:542:17|Signal ol_theta_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":543:8:543:19|Signal en_speedpi_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":544:8:544:17|Signal en_idqpi_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":545:8:545:21|Signal init_speedpi_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":546:8:546:18|Signal init_iqpi_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":547:8:547:19|Signal init_theta_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":548:8:548:18|Signal theta_scl_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":549:8:549:21|Signal mas_en_s_sqmng is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":550:8:550:23|Signal mas_done_s_sqmng is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":551:8:551:18|Signal sub_s_sqmng is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":552:8:552:23|Signal mult_out_s_sqmng is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":553:8:553:20|Signal mul_a_s_sqmng is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":554:8:554:20|Signal mul_b_s_sqmng is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":555:8:555:20|Signal add_c_s_sqmng is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":556:8:556:19|Signal mas_en_s_est is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":557:8:557:21|Signal mas_done_s_est is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":558:8:558:16|Signal sub_s_est is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":559:8:559:21|Signal mult_out_s_est is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":560:8:560:18|Signal mul_a_s_est is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":561:8:561:18|Signal mul_b_s_est is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":562:8:562:18|Signal add_c_s_est is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":563:8:563:12|Signal sub_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":565:8:565:21|Signal ramp_start_pul is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":566:8:566:21|Signal ramp_start_dly is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Signal omega_filter_out_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":580:8:580:23|Signal omega_filter_out is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Signal omega_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":582:8:582:16|Signal acc_out_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":583:8:583:16|Signal pi_done_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":584:8:584:16|Signal pi_busy_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":585:8:585:15|Signal pi_ref_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":586:8:586:15|Signal pi_act_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":588:8:588:23|Signal pll_theta_done_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":589:8:589:25|Signal pll_theta_done_dly is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Signal pll_theta_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":592:8:592:22|Signal pll_theta_scl_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":593:8:593:20|Signal pll_theta_tmp is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Signal e_beta_filter_out_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":596:8:596:24|Signal e_beta_filter_out is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Signal e_alpha_filter_out_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":598:8:598:25|Signal e_alpha_filter_out is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":602:8:602:17|Signal est_done_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":603:8:603:17|Signal done_est_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":604:8:604:14|Signal add_c_i is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":605:8:605:18|Signal pi_done_i_d is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":606:8:606:20|Signal pi_done_i_dtc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":608:8:608:19|Signal done_omega_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":609:8:609:20|Signal done_ealphs_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":610:8:610:22|Signal done_ealphs_dly is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":612:8:612:19|Signal done_ebeta_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":613:8:613:24|Signal pll_theta_start_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":614:8:614:19|Signal reset_ramp_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":616:8:616:22|Signal soft_stop_ack_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":628:11:628:24|Signal init_pll_theta is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":629:11:629:35|Signal rate_limit_ref_in_tmp_ext is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":630:11:630:33|Signal rate_limit_slew_cnt_ext is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":631:11:631:33|Signal rate_limit_rate_cnt_ext is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":632:11:632:33|Signal ramp_ref_value_buff_ext is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":637:11:637:26|Signal reset_ramp_tmp_s is undriven 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":32:7:32:26|Synthesizing work.edge_detection_logic.edge_detection_logic 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":200:0:200:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":202:17:202:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":225:0:225:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":227:17:227:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":246:23:246:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":248:17:248:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":268:15:268:21|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":270:17:270:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":290:0:290:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":292:20:292:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":311:6:311:12|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":313:20:313:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":321:6:321:12|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":323:20:323:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":335:3:335:9|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":337:20:337:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":346:0:346:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":348:15:348:27|Referenced variable s_reset_state is not in sensitivity list
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":119:9:119:23|Signal speed_pi_done_s is undriven 
Post processing for work.edge_detection_logic.edge_detection_logic
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":202:3:202:4|Pruning register speed_pi_done_dly_2  
@N: CL177 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":227:3:227:4|Sharing sequential element iq_pi_start_o.
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":31:7:31:17|Synthesizing work.accumulator.accumulator 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":138:4:138:10|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":140:20:140:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":154:3:154:9|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":156:20:156:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":168:0:168:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":170:20:170:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":177:4:177:10|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":179:15:179:27|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":190:1:190:7|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":192:15:192:27|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":203:1:203:7|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":205:16:205:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":215:1:215:7|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":217:16:217:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":226:1:226:7|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":228:16:228:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":237:1:237:7|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":239:16:239:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":249:1:249:7|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":251:16:251:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":261:1:261:7|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":263:16:263:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":272:1:272:7|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":274:16:274:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":284:1:284:7|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":286:16:286:28|Referenced variable s_reset_state is not in sensitivity list
Post processing for work.accumulator.accumulator
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":32:7:32:9|Synthesizing work.mas.mas 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":104:25:104:31|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":106:23:106:35|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":149:5:149:11|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":151:23:151:35|Referenced variable s_reset_state is not in sensitivity list
@W: CD796 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":62:8:62:20|Bit 1 of signal mas_done_sync is undriven. Possible simulation mismatch as initial value or default value is ignored. To avoid simulation mismatches, explicitly drive this bit. 
@W: CD796 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":62:8:62:20|Bit 2 of signal mas_done_sync is undriven. Possible simulation mismatch as initial value or default value is ignored. To avoid simulation mismatches, explicitly drive this bit. 
Post processing for work.mas.mas
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\cpipic.vhd":39:7:39:12|Synthesizing work.cpipic.cpipic 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\cpipic.vhd":333:11:333:29|Signal start_clarke_i_sync is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\cpipic.vhd":334:11:334:30|Signal start_clarke_i_sync1 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\cpipic.vhd":335:11:335:27|Signal start_park_i_sync is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\cpipic.vhd":336:11:336:28|Signal start_park_i_sync1 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\cpipic.vhd":337:11:337:28|Signal start_ipark_i_sync is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\cpipic.vhd":338:11:338:29|Signal start_ipark_i_sync1 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\cpipic.vhd":339:11:339:30|Signal start_iclarke_i_sync is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\cpipic.vhd":340:11:340:31|Signal start_iclarke_i_sync1 is undriven 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas_scheduler.vhd":37:7:37:19|Synthesizing work.mas_scheduler.mas_scheduler 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas_scheduler.vhd":121:29:121:35|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas_scheduler.vhd":123:20:123:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas_scheduler.vhd":139:27:139:33|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas_scheduler.vhd":141:20:141:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas_scheduler.vhd":156:28:156:34|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas_scheduler.vhd":158:20:158:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas_scheduler.vhd":175:30:175:36|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas_scheduler.vhd":177:20:177:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas_scheduler.vhd":198:17:198:23|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas_scheduler.vhd":200:20:200:32|Referenced variable s_reset_state is not in sensitivity list
Post processing for work.mas_scheduler.mas_scheduler
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_clarke.vhd":30:7:30:20|Synthesizing work.inverse_clarke.inverse_clarke 
@N: CD231 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_clarke.vhd":80:35:80:36|Using onehot encoding for type iclarke_trnsf_states (idle="100000")
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_clarke.vhd":140:23:140:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_clarke.vhd":142:20:142:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_clarke.vhd":157:27:157:33|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:20:159:32|Referenced variable s_reset_state is not in sensitivity list
Post processing for work.inverse_clarke.inverse_clarke
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_park.vhd":30:7:30:18|Synthesizing work.inverse_park.inverse_park 
@N: CD231 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_park.vhd":82:33:82:34|Using onehot encoding for type ipark_trnsf_states (idle="100000")
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_park.vhd":119:23:119:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_park.vhd":121:20:121:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_park.vhd":136:27:136:33|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_park.vhd":138:20:138:32|Referenced variable s_reset_state is not in sensitivity list
Post processing for work.inverse_park.inverse_park
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\park.vhd":31:7:31:10|Synthesizing work.park.park 
@N: CD231 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\park.vhd":73:27:73:28|Using onehot encoding for type park_trnsf_states (idle="100000")
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\park.vhd":110:11:110:17|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\park.vhd":112:18:112:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\park.vhd":127:24:127:30|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\park.vhd":129:18:129:30|Referenced variable s_reset_state is not in sensitivity list
Post processing for work.park.park
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":30:7:30:12|Synthesizing work.clarke.clarke 
@N: CD233 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":79:34:79:35|Using sequential encoding for type clarke_trnsf_states
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":126:14:126:20|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":128:20:128:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":143:27:143:33|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:20:145:32|Referenced variable s_reset_state is not in sensitivity list
Post processing for work.clarke.clarke
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Feedback mux created for signal mul_b_to_mas_o[17:0] -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@W: CL189 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Register bit mul_b_to_mas_o(1) is always 1, optimizing ...
@W: CL189 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Register bit mul_b_to_mas_o(2) is always 1, optimizing ...
@W: CL189 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Register bit mul_b_to_mas_o(3) is always 1, optimizing ...
@W: CL189 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Register bit mul_b_to_mas_o(5) is always 0, optimizing ...
@W: CL189 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Register bit mul_b_to_mas_o(8) is always 0, optimizing ...
@W: CL189 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Register bit mul_b_to_mas_o(11) is always 0, optimizing ...
@W: CL189 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Register bit mul_b_to_mas_o(12) is always 0, optimizing ...
@W: CL189 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Register bit mul_b_to_mas_o(13) is always 0, optimizing ...
@W: CL189 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Register bit mul_b_to_mas_o(14) is always 0, optimizing ...
@W: CL189 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Register bit mul_b_to_mas_o(15) is always 0, optimizing ...
@W: CL189 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Register bit mul_b_to_mas_o(16) is always 0, optimizing ...
@W: CL189 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Register bit mul_b_to_mas_o(17) is always 0, optimizing ...
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Pruning register bits 17 to 11 of mul_b_to_mas_o(17 downto 0)  
@W: CL260 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Pruning register bit 8 of mul_b_to_mas_o(17 downto 0)  
@W: CL260 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Pruning register bit 5 of mul_b_to_mas_o(17 downto 0)  
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Pruning register bits 3 to 1 of mul_b_to_mas_o(17 downto 0)  
Post processing for work.cpipic.cpipic
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":31:7:31:22|Synthesizing work.adc_measurements.adc_measurements 
@N: CD231 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":117:26:117:27|Using onehot encoding for type adc_op_state (idle="1000000000")
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":228:20:228:26|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":230:22:230:34|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":250:18:250:24|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":252:22:252:34|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":270:16:270:22|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":272:22:272:34|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":293:20:293:26|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":295:22:295:34|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":338:23:338:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":340:22:340:34|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":404:16:404:22|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":406:19:406:31|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":439:23:439:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":441:20:441:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":505:20:505:26|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":507:20:507:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":526:22:526:28|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":528:20:528:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":565:28:565:34|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":567:20:567:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":623:5:623:11|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":625:20:625:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":653:24:653:30|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":655:20:655:32|Referenced variable s_reset_state is not in sensitivity list
@W: CD434 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":668:149:668:161|Signal s_r_auto_scan in the sensitivity list is not used in the process
@W: CD434 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":668:163:668:175|Signal s_r_dual_trig in the sensitivity list is not used in the process
@W: CD434 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":668:177:668:185|Signal adc_sdi_i in the sensitivity list is not used in the process
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":668:27:668:33|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":804:19:804:31|Referenced variable s_channel_cnt is not in sensitivity list
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":789:20:789:32|Referenced variable s_r_sck_count is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":852:1:852:7|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":854:19:854:31|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":875:23:875:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":877:19:877:31|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":1054:3:1054:9|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":1056:20:1056:32|Referenced variable s_reset_state is not in sensitivity list
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":174:13:174:28|Signal s_control_data_1 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":175:13:175:28|Signal s_control_data_2 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":176:13:176:28|Signal s_control_data_3 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":177:13:177:28|Signal s_control_data_4 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":180:13:180:15|Signal sdo is undriven 
Post processing for work.adc_measurements.adc_measurements
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":94:4:94:19|adc_result_ch5_o is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":92:4:92:19|adc_result_ch4_o is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":877:6:877:7|Pruning register s_r_adc_result_ch5_2(11 downto 0)  
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":877:6:877:7|Pruning register s_r_adc_result_ch4_2(11 downto 0)  
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":877:6:877:7|Pruning register s_r_adc_result_ch3_2(11 downto 0)  
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":877:6:877:7|Pruning register s_r_adc_result_ch2_2(11 downto 0)  
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":877:6:877:7|Pruning register s_r_adc_result_ch1_2(11 downto 0)  
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":877:6:877:7|Pruning register s_r_adc_result_ch0_2(11 downto 0)  
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":877:6:877:7|Pruning register adc_results_rdy_o_1  
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":528:6:528:7|Pruning register s_r_dual_trig_done_2  
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":295:8:295:9|Pruning register s_slave_select_cnt_5(4 downto 0)  
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":272:8:272:9|Pruning register s_slave_select_dly_2  
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":877:6:877:7|Feedback mux created for signal ADC_RESULTS_RDY_s -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":567:6:567:7|Feedback mux created for signal adc_sdi_s -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@N: CL177 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":406:6:406:7|Sharing sequential element s_r_sck_sync.
@W: CL190 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":230:8:230:9|Optimizing register bit s_r_sck_max_count(1) to a constant 0
@W: CL190 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":230:8:230:9|Optimizing register bit s_r_sck_max_count(2) to a constant 0
@W: CL190 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":230:8:230:9|Optimizing register bit s_r_sck_max_count(3) to a constant 0
@W: CL190 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":230:8:230:9|Optimizing register bit s_r_sck_max_count(5) to a constant 0
@W: CL190 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":230:8:230:9|Optimizing register bit s_r_sck_max_count(6) to a constant 0
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":230:8:230:9|Pruning register bits 6 to 5 of s_r_sck_max_count(6 downto 0)  
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":230:8:230:9|Pruning register bits 3 to 1 of s_r_sck_max_count(6 downto 0)  
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\core3phasepwm.vhd":29:7:29:19|Synthesizing work.core3phasepwm.core3phasepwm 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":34:7:34:19|Synthesizing work.control_logic.control_logic 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":190:19:190:25|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":192:18:192:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":228:17:228:23|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":230:16:230:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":250:23:250:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":252:18:252:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":333:23:333:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":335:18:335:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":357:26:357:32|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":359:21:359:33|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":375:23:375:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":377:18:377:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":465:26:465:32|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":467:21:467:33|Referenced variable s_reset_state is not in sensitivity list
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":166:7:166:26|Signal s_intr_passive_state is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":167:7:167:23|Signal s_pwm_state_reset is undriven 
Post processing for work.control_logic.control_logic
@N: CL177 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":230:4:230:5|Sharing sequential element pwm_wh.
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":33:7:33:29|Synthesizing work.pwm_comp_dead_band_mngr.pwm_comp_dead_band_mngr 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":116:14:116:20|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":118:18:118:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":134:17:134:23|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":136:18:136:30|Referenced variable s_reset_state is not in sensitivity list
Post processing for work.pwm_comp_dead_band_mngr.pwm_comp_dead_band_mngr
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\timer.vhd":31:7:31:11|Synthesizing work.timer.timer 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\timer.vhd":97:23:97:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\timer.vhd":99:18:99:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\timer.vhd":150:6:150:12|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\timer.vhd":152:21:152:33|Referenced variable s_reset_state is not in sensitivity list
Post processing for work.timer.timer
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_gen.vhd":33:7:33:13|Synthesizing work.pwm_gen.pwm_gen 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_gen.vhd":126:20:126:26|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_gen.vhd":128:21:128:33|Referenced variable s_reset_state is not in sensitivity list
Post processing for work.pwm_gen.pwm_gen
Post processing for work.core3phasepwm.core3phasepwm
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":36:7:36:13|Synthesizing work.apb3_if.apb3_if 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":303:19:303:25|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:16:305:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":490:18:490:24|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":625:27:625:43|Referenced variable adc_results_rdy_i is not in sensitivity list
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":622:40:622:52|Referenced variable adc_ch3_val_i is not in sensitivity list
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":619:40:619:52|Referenced variable adc_ch2_val_i is not in sensitivity list
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":615:40:615:52|Referenced variable adc_ch1_val_i is not in sensitivity list
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":610:40:610:52|Referenced variable adc_ch0_val_i is not in sensitivity list
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":586:56:586:63|Referenced variable pi_act_i is not in sensitivity list
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":583:56:583:63|Referenced variable pi_ref_i is not in sensitivity list
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":500:55:500:68|Referenced variable ib_clarke_in_i is not in sensitivity list
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":496:55:496:68|Referenced variable ia_clarke_in_i is not in sensitivity list
Post processing for work.apb3_if.apb3_if
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal sqmng_theta_factor_o[17:0] -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal sqmng_iq_ref_in_o[17:0] -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal sqmng_dv_o[17:0] -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal sqmng_cl_omega_o[17:0] -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal rate_limit_slew_cnt_o[17:0] -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal rate_limit_ref_in_o[17:0] -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal rate_limit_rate_cnt_o[17:0] -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal pwm_period_val_o[17:0] -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal adc_scale_val_o[17:0] -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal filter_factor_omega_o[3:0] -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal filter_factor_bemf_o[3:0] -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal sqmng_c_by_f_o -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Feedback mux created for signal adc_start_o -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":53:7:53:14|Synthesizing work.sine_cos.sine_cos 
@N: CD231 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2193:25:2193:26|Using onehot encoding for type sine_cos_states (idle="10000")
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2247:20:2247:26|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2249:22:2249:34|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2367:29:2367:35|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2369:22:2369:34|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2402:29:2402:35|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2404:16:2404:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2413:30:2413:36|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2415:16:2415:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2426:33:2426:39|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2428:16:2428:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2441:6:2441:12|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2443:23:2443:35|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2455:26:2455:32|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2457:23:2457:35|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2498:0:2498:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2500:23:2500:35|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2509:0:2509:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2511:23:2511:35|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2520:4:2520:10|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2522:23:2522:35|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2531:0:2531:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2533:23:2533:35|Referenced variable s_reset_state is not in sensitivity list
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2173:11:2173:20|Signal write_data is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2174:11:2174:20|Signal write_addr is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2175:11:2175:14|Signal addr is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2176:11:2176:22|Signal ram_addr_inc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2178:11:2178:22|Signal rom_addr_inc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2179:11:2179:21|Signal write_enbls is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2184:8:2184:10|Signal wen is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2185:8:2185:16|Signal paddr_sel is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2186:11:2186:27|Signal cos_index_ang_est is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2187:11:2187:27|Signal read_data_ang_est is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2188:11:2188:27|Signal read_addr_ang_est is undriven 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\acc_lsram_sp.vhd":26:7:26:18|Synthesizing work.acc_lsram_sp.behavioural 
Post processing for work.acc_lsram_sp.behavioural
@N: CL134 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\acc_lsram_sp.vhd":43:8:43:10|Found RAM ram, depth=8192, width=18
Post processing for work.sine_cos.sine_cos
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":72:7:72:28|sin_cos_done_ang_est_o is not assigned a value (floating) -- simulation mismatch possible. 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":35:7:35:11|Synthesizing work.svpwm.svpwm 
@N: CD231 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":92:19:92:20|Using onehot encoding for type min_max_fsm (idle="10000000")
@N: CD231 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":93:21:93:22|Using onehot encoding for type third_har_fsm (idle="100000000")
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":191:13:191:19|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":193:16:193:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":227:21:227:27|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":229:16:229:28|Referenced variable s_reset_state is not in sensitivity list
@W: CD454 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":315:6:315:57|Storing to null range (17 downto 18) of variable s_r_va 
@W: CD454 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":318:6:318:57|Storing to null range (17 downto 18) of variable s_r_vb 
@W: CD454 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":321:6:321:57|Storing to null range (17 downto 18) of variable s_r_vc 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":304:16:304:22|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":306:16:306:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":346:16:346:22|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":348:18:348:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":389:16:389:22|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":391:18:391:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":422:18:422:24|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":424:16:424:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":445:19:445:25|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":447:16:447:28|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":484:0:484:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":486:18:486:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":501:23:501:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":503:18:503:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":520:23:520:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":522:18:522:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":537:23:537:29|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":539:18:539:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":888:16:888:22|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":890:19:890:31|Referenced variable s_reset_state is not in sensitivity list
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":96:9:96:23|Signal third_har_state is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":114:9:114:24|Signal s_r_va_mul_scale is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":115:9:115:24|Signal s_r_vb_mul_scale is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":116:9:116:24|Signal s_r_vc_mul_scale is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":117:9:117:22|Signal s_r_sine_theta is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":118:9:118:23|Signal s_r_sine_3theta is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":119:9:119:31|Signal s_r_sine_theta_minus120 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":120:9:120:32|Signal s_r_sine_3theta_minus120 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":121:9:121:30|Signal s_r_sine_theta_plus120 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":122:9:122:31|Signal s_r_sine_3theta_plus120 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":123:9:123:17|Signal s_r_v_mag is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":124:9:124:27|Signal s_r_theta_pl_3theta is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":125:9:125:39|Signal s_r_theta_mi120_pl_3theta_mi120 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":126:9:126:39|Signal s_r_theta_pl120_pl_3theta_pl120 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":127:9:127:25|Signal s_r_3h_first_term is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":128:9:128:24|Signal s_r_3h_scnd_term is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":129:9:129:24|Signal s_r_3h_thrd_term is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":130:9:130:18|Signal s_temp_min is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":131:9:131:18|Signal s_temp_max is undriven 
Post processing for work.svpwm.svpwm
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Pruning register s_sample_en_4  
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Pruning register s_voffset_en_3  
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":193:1:193:2|Pruning register s_start_d1_2  
@A: CL282 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Feedback mux created for signal s_compare_en -- possible set/reset assignment for signal missing. Specifying a reset value will improve timing and area.
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":31:7:31:20|Synthesizing work.speed_id_iq_pi.speed_id_iq_pi 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":238:8:238:27|Signal start_speed_pi_i_dly is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":239:8:239:28|Signal start_speed_pi_i_dly1 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":240:8:240:24|Signal start_iq_pi_i_dly is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":241:8:241:25|Signal start_iq_pi_i_dly1 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":242:8:242:24|Signal start_id_pi_i_dly is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":243:8:243:25|Signal start_id_pi_i_dly1 is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":247:8:247:22|Signal speed_pi_done_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":248:8:248:19|Signal id_pi_done_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":249:8:249:19|Signal iq_pi_done_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":260:8:260:25|Signal speed_pi_acc_out_r is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":261:8:261:19|Signal id_acc_out_r is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":262:8:262:19|Signal iq_acc_out_r is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":263:8:263:24|Signal speed_pi_acc_in_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":264:8:264:18|Signal id_acc_in_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":265:8:265:18|Signal iq_acc_in_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":266:8:266:22|Signal speed_pi_ymax_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":267:8:267:22|Signal speed_pi_ymin_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":268:8:268:19|Signal id_pi_ymax_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":269:8:269:19|Signal id_pi_ymin_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":270:8:270:19|Signal iq_pi_ymax_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":271:8:271:19|Signal iq_pi_ymin_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":273:8:273:13|Signal pi_sel is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":274:8:274:15|Signal pi_sel_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":275:8:275:23|Signal counter_pi_start is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":276:8:276:19|Signal pi_start_pul is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":277:8:277:25|Signal wdata_in_id_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":278:8:278:20|Signal wen_id_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":279:8:279:22|Signal waddr_id_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":280:8:280:25|Signal wdata_in_iq_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":281:8:281:20|Signal wen_iq_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":282:8:282:22|Signal waddr_iq_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":283:8:283:31|Signal wdata_in_speed_pi_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":284:8:284:26|Signal wen_speed_pi_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":285:8:285:28|Signal waddr_speed_pi_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":286:8:286:17|Signal done_s_dtc is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":287:8:287:17|Signal done_s_dly is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":288:8:288:14|Signal wen_pul is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":289:8:289:17|Signal wen_pul_iq is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\speed_id_iq_pi.vhd":290:8:290:18|Signal wen_pul_spi is undriven 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":37:7:37:19|Synthesizing work.pi_controller.pi_controller 
@N: CD231 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":114:15:114:16|Using onehot encoding for type fsm_state (idle="100000000000")
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":176:11:176:17|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":178:19:178:31|Referenced variable s_reset_state is not in sensitivity list
@W: CD454 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":214:12:214:69|Storing to null range (17 downto 18) of variable s_r_ref_input 
@W: CD454 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":217:12:217:69|Storing to null range (17 downto 18) of variable s_r_act_input 
@W: CD454 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":220:12:220:62|Storing to null range (17 downto 18) of variable s_kp_i 
@W: CD454 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":223:12:223:62|Storing to null range (17 downto 18) of variable s_ki_i 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":201:14:201:20|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":203:20:203:32|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":240:19:240:25|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":242:19:242:31|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":334:20:334:26|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":336:19:336:31|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":350:21:350:27|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":352:19:352:31|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":366:15:366:21|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":368:19:368:31|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":381:16:381:22|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":383:19:383:31|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":396:16:396:22|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":398:19:398:31|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":412:16:412:22|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":414:19:414:31|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":427:12:427:18|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":429:19:429:31|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":459:0:459:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":461:19:461:31|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":507:18:507:24|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":509:19:509:31|Referenced variable s_reset_state is not in sensitivity list
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":133:7:133:17|Signal s_acc_out_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":134:7:134:19|Signal s_r_acc_out_o is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":135:7:135:13|Signal s_ykpki is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":141:7:141:18|Signal s_yki_dscale is undriven 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":32:7:32:9|Synthesizing work.mas.mas 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":117:27:117:33|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":119:23:119:35|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":149:5:149:11|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":151:23:151:35|Referenced variable s_reset_state is not in sensitivity list
@W: CD796 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\mas.vhd":62:8:62:20|Bit 2 of signal mas_done_sync is undriven. Possible simulation mismatch as initial value or default value is ignored. To avoid simulation mismatches, explicitly drive this bit. 
Post processing for work.mas.mas
Post processing for work.pi_controller.pi_controller
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":368:4:368:5|Pruning register s_yki_4(43 downto 0)  
@W: CL169 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":178:4:178:5|Pruning register s_start_d1_2  
@W: CL271 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":352:4:352:5|Pruning bits 42 to 17 of s_ykp_dscale_5(43 downto 0) -- not in use ... 
@W: CL271 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":336:4:336:5|Pruning bits 42 to 27 of s_ykp_4(43 downto 0) -- not in use ... 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":36:7:36:18|Synthesizing work.pi_scheduler.pi_scheduler 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":223:28:223:34|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":225:18:225:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":237:25:237:31|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":239:18:239:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":251:25:251:31|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":253:18:253:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":269:13:269:19|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":271:18:271:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":299:0:299:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":301:18:301:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":310:0:310:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":312:18:312:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":321:0:321:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":323:18:323:30|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":332:0:332:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":334:18:334:30|Referenced variable s_reset_state is not in sensitivity list
@N: CD364 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":410:12:410:26|Removed redundant assignment
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":398:19:398:25|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":400:18:400:30|Referenced variable s_reset_state is not in sensitivity list
@N: CD364 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":433:12:433:23|Removed redundant assignment
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":421:16:421:22|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:18:423:30|Referenced variable s_reset_state is not in sensitivity list
@N: CD364 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":456:12:456:23|Removed redundant assignment
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":444:16:444:22|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:18:446:30|Referenced variable s_reset_state is not in sensitivity list
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":147:8:147:13|Signal busy_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":148:8:148:13|Signal done_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":153:8:153:18|Signal ref_input_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":154:8:154:18|Signal act_input_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":155:8:155:11|Signal kp_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":156:8:156:11|Signal ki_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":157:8:157:13|Signal ymax_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":158:8:158:13|Signal ymin_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":159:8:159:15|Signal acc_in_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":160:8:160:17|Signal kp_scale_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":161:8:161:17|Signal ki_scale_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":163:8:163:25|Signal speed_pi_acc_out_r is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":164:8:164:19|Signal id_acc_out_r is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":165:8:165:19|Signal iq_acc_out_r is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":169:8:169:22|Signal speed_pi_ymax_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":170:8:170:22|Signal speed_pi_ymin_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":171:8:171:19|Signal id_pi_ymax_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":172:8:172:19|Signal id_pi_ymin_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":173:8:173:19|Signal iq_pi_ymax_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":174:8:174:19|Signal iq_pi_ymin_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":175:8:175:17|Signal output_y_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":178:8:178:23|Signal counter_pi_start is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":179:8:179:19|Signal pi_start_pul is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":180:8:180:25|Signal wdata_in_id_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":181:8:181:20|Signal wen_id_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":182:8:182:22|Signal waddr_id_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":183:8:183:25|Signal wdata_in_iq_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":184:8:184:20|Signal wen_iq_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":185:8:185:22|Signal waddr_iq_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":186:8:186:31|Signal wdata_in_speed_pi_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":187:8:187:26|Signal wen_speed_pi_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":188:8:188:28|Signal waddr_speed_pi_acc_in is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":191:8:191:14|Signal wen_pul is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":192:8:192:17|Signal wen_pul_iq is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":193:8:193:18|Signal wen_pul_spi is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":194:8:194:13|Signal init_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_scheduler.vhd":195:8:195:11|Signal en_s is undriven 
Post processing for work.pi_scheduler.pi_scheduler
Post processing for work.speed_id_iq_pi.speed_id_iq_pi
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_count.vhd":32:7:32:15|Synthesizing work.pwm_count.pwm_count 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_count.vhd":88:0:88:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_count.vhd":90:17:90:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_count.vhd":100:0:100:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_count.vhd":102:17:102:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_count.vhd":112:0:112:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_count.vhd":114:17:114:29|Referenced variable s_reset_state is not in sensitivity list
Post processing for work.pwm_count.pwm_count
@W: CL265 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_count.vhd":114:3:114:4|Pruning bit 0 of pwmc_s_3(17 downto 0) -- not in use ... 
@W: CL265 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_count.vhd":102:3:102:4|Pruning bit 0 of pwmb_s_3(17 downto 0) -- not in use ... 
@W: CL265 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_count.vhd":90:3:90:4|Pruning bit 0 of pwma_s_5(17 downto 0) -- not in use ... 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":33:7:33:20|Synthesizing work.top_controller.top_controller 
@N: CD231 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":100:28:100:29|Using onehot encoding for type a0_mvs_trnsf_states (a0_idle="1000000000000000")
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":140:21:140:27|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":142:17:142:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":159:0:159:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":161:17:161:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":172:0:172:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":174:17:174:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":192:29:192:35|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":194:15:194:27|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":209:8:209:14|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":215:73:215:81|Referenced variable axis_id_s is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":363:0:363:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":365:15:365:27|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":381:0:381:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":383:17:383:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":391:0:391:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":393:17:393:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":407:0:407:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":409:17:409:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":426:0:426:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":428:17:428:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":439:0:439:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":441:15:441:27|Referenced variable s_reset_state is not in sensitivity list
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":109:14:109:37|Signal a1_adc_result_ch0_conv_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":110:14:110:37|Signal a1_adc_result_ch1_conv_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":112:14:112:37|Signal a2_adc_result_ch0_conv_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":113:14:113:37|Signal a2_adc_result_ch1_conv_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":115:14:115:37|Signal a3_adc_result_ch0_conv_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":116:14:116:37|Signal a3_adc_result_ch1_conv_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":118:14:118:37|Signal a4_adc_result_ch0_conv_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":119:14:119:37|Signal a4_adc_result_ch1_conv_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":121:14:121:37|Signal a5_adc_result_ch0_conv_s is undriven 
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":122:14:122:37|Signal a5_adc_result_ch1_conv_s is undriven 
Post processing for work.top_controller.top_controller
@W: CL111 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":365:1:365:2|All reachable assignments to Axis_id_s(0) assign '0'; register removed by optimization
@W: CL111 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":365:1:365:2|All reachable assignments to Axis_id_s(1) assign '0'; register removed by optimization
@W: CL111 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":365:1:365:2|All reachable assignments to Axis_id_s(2) assign '0'; register removed by optimization
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_scaling.vhd":32:7:32:17|Synthesizing work.adc_scaling.adc_scaling 
@N: CD231 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_scaling.vhd":78:24:78:25|Using onehot encoding for type init_trnsf_states (idle="1000000")
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_scaling.vhd":106:0:106:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_scaling.vhd":108:15:108:27|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_scaling.vhd":138:17:138:23|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_scaling.vhd":140:17:140:29|Referenced variable s_reset_state is not in sensitivity list
Post processing for work.adc_scaling.adc_scaling
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\theta_gen.vhd":33:7:33:15|Synthesizing work.theta_gen.theta_gen 
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\theta_gen.vhd":104:0:104:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\theta_gen.vhd":106:17:106:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\theta_gen.vhd":125:0:125:6|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\theta_gen.vhd":127:17:127:29|Referenced variable s_reset_state is not in sensitivity list
@W: CG296 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\theta_gen.vhd":145:11:145:17|Incomplete sensitivity list - assuming completeness
@W: CG290 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\theta_gen.vhd":147:14:147:26|Referenced variable s_reset_state is not in sensitivity list
Post processing for work.theta_gen.theta_gen
Post processing for work.msmc_fab_toplevel.msmc_fab_toplevel
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":616:8:616:22|soft_stop_ack_s is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":614:8:614:19|reset_ramp_s is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":613:8:613:24|pll_theta_start_s is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":609:8:609:20|done_ealphs_s is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":603:8:603:17|done_est_s is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 0 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 1 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 2 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 3 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 4 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 5 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 6 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 7 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 8 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 9 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 10 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 11 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 12 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 13 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 14 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 15 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 16 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":597:8:597:27|Bit 17 of signal e_alpha_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 0 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 1 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 2 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 3 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 4 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 5 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 6 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 7 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 8 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 9 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 10 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 11 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 12 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 13 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 14 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 15 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 16 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":594:8:594:26|Bit 17 of signal e_beta_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 0 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 1 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 2 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 3 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 4 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 5 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 6 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 7 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 8 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 9 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 10 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 11 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 12 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 13 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 14 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 15 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 16 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":591:8:591:18|Bit 17 of signal pll_theta_s is floating -- simulation mismatch possible.
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":588:8:588:23|pll_theta_done_s is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":583:8:583:16|pi_done_s is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 0 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 1 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 2 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 3 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 4 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 5 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 6 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 7 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 8 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 9 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 10 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 11 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 12 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 13 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 14 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 15 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 16 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 17 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 18 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 19 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 20 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 21 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 22 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 23 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 24 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 25 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 26 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 27 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 28 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 29 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 30 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 31 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 32 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 33 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 34 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 35 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 36 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 37 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 38 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 39 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 40 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 41 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 42 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":581:8:581:14|Bit 43 of signal omega_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 0 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 1 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 2 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 3 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 4 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 5 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 6 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 7 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 8 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 9 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 10 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 11 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 12 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 13 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 14 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 15 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 16 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":579:8:579:25|Bit 17 of signal omega_filter_out_s is floating -- simulation mismatch possible.
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":544:8:544:17|en_idqpi_s is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 0 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 1 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 2 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 3 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 4 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 5 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 6 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 7 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 8 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 9 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 10 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 11 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 12 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 13 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 14 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 15 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 16 of signal theta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":541:8:541:14|Bit 17 of signal theta_s is floating -- simulation mismatch possible.
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":540:8:540:11|cl_s is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":485:8:485:22|speed_pi_done_s is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 0 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 1 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 2 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 3 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 4 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 5 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 6 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 7 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 8 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 9 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 10 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 11 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 12 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 13 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 14 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 15 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 16 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":447:8:447:15|Bit 17 of signal e_beta_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 0 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 1 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 2 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 3 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 4 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 5 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 6 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 7 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 8 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 9 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 10 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 11 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 12 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 13 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 14 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 15 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 16 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":446:8:446:16|Bit 17 of signal e_alpha_s is floating -- simulation mismatch possible.
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":343:8:343:18|ramp_done_s is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 0 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 1 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 2 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 3 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 4 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 5 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 6 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 7 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 8 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 9 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 10 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 11 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 12 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 13 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 14 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 15 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 16 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 17 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL252 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":341:8:341:40|Bit 18 of signal ramp_ref_value_frm_ramp_profile_s is floating -- simulation mismatch possible.
@W: CL167 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Input speed_pi_done_i of instance EDGE_DETECTION_INST is floating
@W: CL167 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Input pll_theta_start_i of instance EDGE_DETECTION_INST is floating
@W: CL167 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Input done_ealphs_i of instance EDGE_DETECTION_INST is floating
@W: CL167 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Input en_idqpi_i of instance EDGE_DETECTION_INST is floating
@W: CL167 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Input reset_ramp_i of instance EDGE_DETECTION_INST is floating
@W: CL167 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Input done_est_i of instance EDGE_DETECTION_INST is floating
@W: CL167 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Input pll_theta_done_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 0 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 1 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 2 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 3 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 4 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 5 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 6 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 7 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 8 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 9 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 10 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 11 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 12 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 13 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 14 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 15 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 16 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2767:0:2767:18|Bit 17 of input e_beta_filter_out_i of instance EDGE_DETECTION_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 0 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 1 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 2 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 3 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 4 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 5 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 6 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 7 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 8 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 9 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 10 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 11 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 12 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 13 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 14 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 15 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 16 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 17 of input theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 0 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 1 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 2 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 3 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 4 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 5 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 6 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 7 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 8 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 9 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 10 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 11 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 12 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 13 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 14 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 15 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 16 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 17 of input pll_theta_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 0 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 1 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 2 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 3 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 4 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 5 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 6 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 7 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 8 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 9 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 10 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 11 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 12 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 13 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 14 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 15 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 16 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 17 of input ramp_ref_value_frm_ramp_profile_i of instance ACCUMULATOR_INST is floating
@W: CL167 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Input ramp_done_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 0 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 1 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 2 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 3 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 4 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 5 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 6 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 7 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 8 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 9 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 10 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 11 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 12 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 13 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 14 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 15 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 16 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 17 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 18 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 19 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 20 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 21 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 22 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 23 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 24 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 25 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 26 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 27 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 28 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 29 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 30 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 31 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 32 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 33 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 34 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 35 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 36 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 37 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 38 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 39 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 40 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 41 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 42 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 43 of input speed_pi_output_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 0 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 1 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 2 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 3 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 4 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 5 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 6 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 7 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 8 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 9 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 10 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 11 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 12 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 13 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 14 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 15 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 16 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 17 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 18 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 19 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 20 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 21 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 22 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 23 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 24 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 25 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 26 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 27 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 28 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 29 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 30 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 31 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 32 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 33 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 34 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 35 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 36 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 37 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 38 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 39 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 40 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 41 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 42 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 43 of input acc_out_i of instance ACCUMULATOR_INST is floating
@W: CL167 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Input pi_done_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 0 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 1 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 2 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 3 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 4 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 5 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 6 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 7 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 8 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 9 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 10 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 11 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 12 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 13 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 14 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 15 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 16 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 17 of input omega_filter_out_s_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 0 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 1 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 2 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 3 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 4 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 5 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 6 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 7 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 8 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 9 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 10 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 11 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 12 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 13 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 14 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 15 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 16 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 17 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 18 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 19 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 20 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 21 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 22 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 23 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 24 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 25 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 26 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 27 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 28 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 29 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 30 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 31 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 32 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 33 of input omega_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 0 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 1 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 2 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 3 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 4 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 5 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 6 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 7 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 8 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 9 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 10 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 11 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 12 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 13 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 14 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 15 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 16 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 17 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 18 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 19 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 20 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 21 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 22 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 23 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 24 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 25 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 26 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 27 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 28 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 29 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 30 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 31 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 32 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 33 of input e_alpha_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 0 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 1 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 2 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 3 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 4 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 5 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 6 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 7 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 8 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 9 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 10 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 11 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 12 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 13 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 14 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 15 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 16 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 17 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 18 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 19 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 20 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 21 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 22 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 23 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 24 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 25 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 26 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 27 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 28 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 29 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 30 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 31 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 32 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 33 of input e_beta_filter_out_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 0 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 1 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 2 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 3 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 4 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 5 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 6 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 7 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 8 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 9 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 10 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 11 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 12 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 13 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 14 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 15 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 16 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 17 of input pll_theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 0 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 1 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 2 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 3 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 4 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 5 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 6 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 7 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 8 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 9 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 10 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 11 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 12 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 13 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 14 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 15 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 16 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Bit 17 of input theta_scl_i of instance ACCUMULATOR_INST is floating
@W: CL167 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2699:0:2699:15|Input cl_i of instance ACCUMULATOR_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 0 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 1 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 2 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 3 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 4 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 5 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 6 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 7 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 8 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 9 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 10 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 11 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 12 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 13 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 14 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 15 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 16 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2290:0:2290:18|Bit 17 of input compare_match_c of instance CORE3PHASEPWM0_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 0 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 1 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 2 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 3 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 4 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 5 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 6 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 7 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 8 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 9 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 10 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 11 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 12 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 13 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 14 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 15 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 16 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 17 of input rate_limter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 0 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 1 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 2 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 3 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 4 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 5 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 6 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 7 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 8 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 9 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 10 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 11 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 12 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 13 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 14 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 15 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 16 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 17 of input ealpha_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 0 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 1 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 2 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 3 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 4 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 5 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 6 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 7 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 8 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 9 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 10 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 11 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 12 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 13 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 14 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 15 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 16 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 17 of input ebeta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 0 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 1 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 2 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 3 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 4 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 5 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 6 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 7 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 8 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 9 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 10 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 11 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 12 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 13 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 14 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 15 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 16 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 17 of input ealpha_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 0 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 1 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 2 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 3 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 4 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 5 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 6 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 7 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 8 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 9 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 10 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 11 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 12 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 13 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 14 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 15 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 16 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 17 of input ebeta_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 0 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 1 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 2 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 3 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 4 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 5 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 6 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 7 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 8 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 9 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 10 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 11 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 12 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 13 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 14 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 15 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 16 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 17 of input pll_theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 0 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 1 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 2 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 3 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 4 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 5 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 6 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 7 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 8 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 9 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 10 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 11 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 12 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 13 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 14 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 15 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 16 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 17 of input theta_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 0 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 1 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 2 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 3 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 4 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 5 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 6 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 7 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 8 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 9 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 10 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 11 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 12 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 13 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 14 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 15 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 16 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 17 of input omega_pi_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 0 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 1 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 2 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 3 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 4 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 5 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 6 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 7 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 8 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 9 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 10 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 11 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 12 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 13 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 14 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 15 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 16 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 17 of input omega_filter_out_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 0 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 1 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 2 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 3 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 4 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 5 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 6 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 7 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 8 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 9 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 10 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 11 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 12 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 13 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 14 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 15 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 16 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 17 of input pi_ref_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 0 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 1 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 2 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 3 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 4 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 5 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 6 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 7 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 8 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 9 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 10 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 11 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 12 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 13 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 14 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 15 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 16 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Bit 17 of input pi_act_i of instance APB3_IF_INST is floating
@W: CL167 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2165:0:2165:11|Input soft_stop_ack_i of instance APB3_IF_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 0 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 1 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 2 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 3 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 4 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 5 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 6 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 7 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 8 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 9 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 10 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 11 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 12 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 13 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 14 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 15 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 16 of input v_mag_i of instance SVPWM_INST is floating
@W: CL245 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\msmc_fab_toplevel.vhd":2062:0:2062:9|Bit 17 of input v_mag_i of instance SVPWM_INST is floating
Post processing for work.msmc_fab_6axistop.msmc_fab_6axistop
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System\MC_System.vhd":20:7:20:15|Synthesizing work.mc_system.rtl 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System_MSS\MC_System_MSS.vhd":17:7:17:19|Synthesizing work.mc_system_mss.rtl 
@N: CD630 :"C:\Microsemi\Libero_v11.3\Synopsys\synplify_I201309MSP1\lib\generic\smartfusion2.vhd":434:10:434:14|Synthesizing smartfusion2.bibuf.syn_black_box 
Post processing for smartfusion2.bibuf.syn_black_box
@N: CD630 :"C:\Microsemi\Libero_v11.3\Synopsys\synplify_I201309MSP1\lib\generic\smartfusion2.vhd":403:10:403:14|Synthesizing smartfusion2.inbuf.syn_black_box 
Post processing for smartfusion2.inbuf.syn_black_box
@N: CD630 :"C:\Microsemi\Libero_v11.3\Synopsys\synplify_I201309MSP1\lib\generic\smartfusion2.vhd":423:10:423:16|Synthesizing smartfusion2.tribuff.syn_black_box 
Post processing for smartfusion2.tribuff.syn_black_box
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System_MSS\MC_System_MSS_syn.vhd":10:7:10:13|Synthesizing work.mss_010.def_arch 
Post processing for work.mss_010.def_arch
Post processing for work.mc_system_mss.rtl
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System\FABOSC_0\MC_System_FABOSC_0_OSC.vhd":8:7:8:28|Synthesizing work.mc_system_fabosc_0_osc.def_arch 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\SgCore\OSC\1.0.100\osc_comps.vhd":19:7:19:20|Synthesizing work.rcosc_25_50mhz.def_arch 
Post processing for work.rcosc_25_50mhz.def_arch
Post processing for work.mc_system_fabosc_0_osc.def_arch
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System\FABOSC_0\MC_System_FABOSC_0_OSC.vhd":16:10:16:19|XTLOSC_O2F is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System\FABOSC_0\MC_System_FABOSC_0_OSC.vhd":15:10:15:19|XTLOSC_CCC is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System\FABOSC_0\MC_System_FABOSC_0_OSC.vhd":14:10:14:23|RCOSC_1MHZ_O2F is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System\FABOSC_0\MC_System_FABOSC_0_OSC.vhd":13:10:13:23|RCOSC_1MHZ_CCC is not assigned a value (floating) -- simulation mismatch possible. 
@W: CL240 :"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System\FABOSC_0\MC_System_FABOSC_0_OSC.vhd":12:10:12:27|RCOSC_25_50MHZ_O2F is not assigned a value (floating) -- simulation mismatch possible. 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":34:7:34:14|Synthesizing coreapb3_lib.coreapb3.coreapb3_arch 
@W: CD604 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":650:16:650:29|OTHERS clause is not synthesized 
@W: CD434 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":1438:41:1438:46|Signal infill in the sensitivity list is not used in the process
@W: CD638 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":601:7:601:15|Signal ia_prdata is undriven 
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3_muxptob3.vhd":33:7:33:23|Synthesizing coreapb3_lib.coreapb3_muxptob3.coreapb3_muxptob3_arch 
Post processing for coreapb3_lib.coreapb3_muxptob3.coreapb3_muxptob3_arch
Post processing for coreapb3_lib.coreapb3.coreapb3_arch
@N: CD630 :"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System\CCC_0\MC_System_CCC_0_FCCC.vhd":8:7:8:26|Synthesizing work.mc_system_ccc_0_fccc.def_arch 
@N: CD630 :"C:\Microsemi\Libero_v11.3\Synopsys\synplify_I201309MSP1\lib\generic\smartfusion2.vhd":787:10:787:12|Synthesizing smartfusion2.ccc.syn_black_box 
Post processing for smartfusion2.ccc.syn_black_box
@N: CD630 :"C:\Microsemi\Libero_v11.3\Synopsys\synplify_I201309MSP1\lib\generic\smartfusion2.vhd":562:10:562:15|Synthesizing smartfusion2.clkint.syn_black_box 
Post processing for smartfusion2.clkint.syn_black_box
@N: CD630 :"C:\Microsemi\Libero_v11.3\Synopsys\synplify_I201309MSP1\lib\generic\smartfusion2.vhd":569:10:569:12|Synthesizing smartfusion2.gnd.syn_black_box 
Post processing for smartfusion2.gnd.syn_black_box
@N: CD630 :"C:\Microsemi\Libero_v11.3\Synopsys\synplify_I201309MSP1\lib\generic\smartfusion2.vhd":575:10:575:12|Synthesizing smartfusion2.vcc.syn_black_box 
Post processing for smartfusion2.vcc.syn_black_box
Post processing for work.mc_system_ccc_0_fccc.def_arch
Post processing for work.mc_system.rtl
Post processing for work.mc_system_top.rtl
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":74:0:74:4|Input IADDR is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":75:0:75:6|Input PRESETN is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":76:0:76:3|Input PCLK is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":108:0:108:7|Input PRDATAS2 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":109:0:109:7|Input PRDATAS3 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":110:0:110:7|Input PRDATAS4 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":111:0:111:7|Input PRDATAS5 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":112:0:112:7|Input PRDATAS6 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":113:0:113:7|Input PRDATAS7 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":114:0:114:7|Input PRDATAS8 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":115:0:115:7|Input PRDATAS9 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":116:0:116:8|Input PRDATAS10 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":117:0:117:8|Input PRDATAS11 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":118:0:118:8|Input PRDATAS12 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":119:0:119:8|Input PRDATAS13 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":120:0:120:8|Input PRDATAS14 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":121:0:121:8|Input PRDATAS15 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":125:0:125:7|Input PREADYS2 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":126:0:126:7|Input PREADYS3 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":127:0:127:7|Input PREADYS4 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":128:0:128:7|Input PREADYS5 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":129:0:129:7|Input PREADYS6 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":130:0:130:7|Input PREADYS7 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":131:0:131:7|Input PREADYS8 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":132:0:132:7|Input PREADYS9 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":133:0:133:8|Input PREADYS10 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":134:0:134:8|Input PREADYS11 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":135:0:135:8|Input PREADYS12 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":136:0:136:8|Input PREADYS13 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":137:0:137:8|Input PREADYS14 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":138:0:138:8|Input PREADYS15 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":142:0:142:8|Input PSLVERRS2 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":143:0:143:8|Input PSLVERRS3 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":144:0:144:8|Input PSLVERRS4 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":145:0:145:8|Input PSLVERRS5 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":146:0:146:8|Input PSLVERRS6 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":147:0:147:8|Input PSLVERRS7 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":148:0:148:8|Input PSLVERRS8 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":149:0:149:8|Input PSLVERRS9 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":150:0:150:9|Input PSLVERRS10 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":151:0:151:9|Input PSLVERRS11 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":152:0:152:9|Input PSLVERRS12 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":153:0:153:9|Input PSLVERRS13 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":154:0:154:9|Input PSLVERRS14 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\Actel\DirectCore\CoreAPB3\4.0.100\rtl\vhdl\core\coreapb3.vhd":155:0:155:9|Input PSLVERRS15 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\component\work\MC_System\FABOSC_0\MC_System_FABOSC_0_OSC.vhd":10:10:10:12|Input XTL is unused
@W: CL190 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\theta_gen.vhd":106:4:106:5|Optimizing register bit count_1us(7) to a constant 0
@W: CL260 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\theta_gen.vhd":106:4:106:5|Pruning register bit 7 of count_1us(7 downto 0)  
@W: CL190 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_scaling.vhd":108:1:108:2|Optimizing register bit A0_calib_cnt_s(15) to a constant 0
@W: CL260 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_scaling.vhd":108:1:108:2|Pruning register bit 15 of A0_calib_cnt_s(15 downto 0)  
@W: CL190 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_scaling.vhd":108:1:108:2|Optimizing register bit A0_calib_cnt_s(14) to a constant 0
@W: CL260 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_scaling.vhd":108:1:108:2|Pruning register bit 14 of A0_calib_cnt_s(14 downto 0)  
@N: CL201 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_scaling.vhd":140:3:140:4|Trying to extract state machine for register init_trnsf_present_state
Extracted state machine for register init_trnsf_present_state
State machine has 4 reachable states with original encodings of:
   0000001
   0000010
   0000100
   0001000
@N: CL201 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":194:1:194:2|Trying to extract state machine for register A0_mvs_trnsf_present_state
Extracted state machine for register A0_mvs_trnsf_present_state
State machine has 13 reachable states with original encodings of:
   0000000000000001
   0000000000000100
   0000000000001000
   0000000000010000
   0000000001000000
   0000000010000000
   0000000100000000
   0000001000000000
   0000010000000000
   0000100000000000
   0001000000000000
   0100000000000000
   1000000000000000
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":55:2:55:18|Input port bits 43 to 26 of a0_mult_out_mvs_i(43 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":55:2:55:18|Input port bits 7 to 0 of a0_mult_out_mvs_i(43 downto 0) are unused 
@W: CL247 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":59:2:59:17|Input port bit 31 of a0_adc_ch0_off_i(31 downto 0) is unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":59:2:59:17|Input port bits 12 to 0 of a0_adc_ch0_off_i(31 downto 0) are unused 
@W: CL247 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":60:2:60:17|Input port bit 31 of a0_adc_ch1_off_i(31 downto 0) is unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":60:2:60:17|Input port bits 12 to 0 of a0_adc_ch1_off_i(31 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":68:2:68:10|Input port bits 43 to 18 of a0_va3h_i(43 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":69:2:69:10|Input port bits 43 to 18 of a0_vb3h_i(43 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\top_controller.vhd":70:2:70:10|Input port bits 43 to 18 of a0_vc3h_i(43 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_count.vhd":50:2:50:15|Input port bits 43 to 34 of mult_out_mvs_i(43 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pwm_count.vhd":50:2:50:15|Input port bits 15 to 0 of mult_out_mvs_i(43 downto 0) are unused 
@N: CL201 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":242:4:242:5|Trying to extract state machine for register state
Extracted state machine for register state
State machine has 9 reachable states with original encodings of:
   000000000001
   000000000010
   000000000100
   000000001000
   000000010000
   000001000000
   001000000000
   010000000000
   100000000000
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Pruning register bits 43 to 18 of s_ymin(43 downto 0)  
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Pruning register bits 43 to 18 of s_ymax(43 downto 0)  
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\pi_controller.vhd":398:4:398:5|Pruning register bits 43 to 28 of s_iout(43 downto 0)  
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Pruning register bits 17 to 4 of s_MULT_IN1_o(17 downto 0)  
@W: CL260 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Pruning register bit 2 of s_MULT_IN1_o(17 downto 0)  
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Pruning register bits 43 to 18 of s_ADD_C_o(43 downto 0)  
@N: CL201 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Trying to extract state machine for register state
Extracted state machine for register state
State machine has 8 reachable states with original encodings of:
   00000001
   00000010
   00000100
   00001000
   00010000
   00100000
   01000000
   10000000
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":539:3:539:4|Pruning register bits 43 to 36 of s_VC3H_o(43 downto 0)  
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":522:3:522:4|Pruning register bits 43 to 36 of s_VB3H_o(43 downto 0)  
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":503:3:503:4|Pruning register bits 43 to 36 of s_VA3H_o(43 downto 0)  
@W: CL260 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Pruning register bit 17 of s_r_v_offset(17 downto 0)  
@W: CL247 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":60:4:60:13|Input port bit 0 of mult_out_i(43 downto 0) is unused 
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":53:4:53:10|Input v_mag_i is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":54:4:54:13|Input sine_theta is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":55:4:55:19|Input sine_three_theta is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":56:4:56:22|Input sine_theta_minus120 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":57:4:57:28|Input sine_three_theta_minus120 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":58:4:58:21|Input sine_theta_plus120 is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\svpwm.vhd":59:4:59:27|Input sine_three_theta_plus120 is unused
@N: CL201 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\sine_cos.vhd":2457:9:2457:10|Trying to extract state machine for register sine_cos_present_state
Extracted state machine for register sine_cos_present_state
State machine has 5 reachable states with original encodings of:
   00001
   00010
   00100
   01000
   10000
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":77:4:77:10|Input port bits 31 to 11 of paddr_i(31 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":77:4:77:10|Input port bits 1 to 0 of paddr_i(31 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":86:4:86:19|Input port bits 35 to 32 of id_park_output_i(35 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":87:4:87:19|Input port bits 35 to 32 of iq_park_output_i(35 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":88:4:88:24|Input port bits 35 to 32 of valpha_ipark_output_i(35 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\apb3_if.vhd":89:4:89:23|Input port bits 35 to 32 of vbeta_ipark_output_i(35 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":63:6:63:15|Input port bits 31 to 21 of config_reg(31 downto 0) are unused 
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":69:6:69:14|Input pwm_c_top is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\control_logic.vhd":72:6:72:17|Input pwm_c_bottom is unused
@W: CL190 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":567:6:567:7|Optimizing register bit s_r_sck_count(5) to a constant 0
@W: CL190 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":567:6:567:7|Optimizing register bit s_r_sck_count(6) to a constant 0
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":567:6:567:7|Pruning register bits 6 to 5 of s_r_sck_count(6 downto 0)  
@N: CL201 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\adc_measurements.vhd":655:6:655:7|Trying to extract state machine for register present_state
Extracted state machine for register present_state
State machine has 9 reachable states with original encodings of:
   0000000001
   0000000010
   0000000100
   0000001000
   0000010000
   0000100000
   0010000000
   0100000000
   1000000000
@N: CL201 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Trying to extract state machine for register clarke_trnsf_present_state
Extracted state machine for register clarke_trnsf_present_state
State machine has 4 reachable states with original encodings of:
   00
   01
   10
   11
@N: CL201 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\park.vhd":129:4:129:5|Trying to extract state machine for register park_trnsf_present_state
Extracted state machine for register park_trnsf_present_state
State machine has 6 reachable states with original encodings of:
   000001
   000010
   000100
   001000
   010000
   100000
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\park.vhd":129:4:129:5|Pruning register bits 35 to 34 of iq_park_output_o(35 downto 0)  
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\park.vhd":129:4:129:5|Pruning register bits 35 to 34 of id_park_output_o(35 downto 0)  
@N: CL201 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_park.vhd":138:6:138:7|Trying to extract state machine for register ipark_trnsf_present_state
Extracted state machine for register ipark_trnsf_present_state
State machine has 6 reachable states with original encodings of:
   000001
   000010
   000100
   001000
   010000
   100000
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_park.vhd":138:6:138:7|Pruning register bits 35 to 34 of vbeta_ipark_output_o(35 downto 0)  
@W: CL279 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_park.vhd":138:6:138:7|Pruning register bits 35 to 34 of valpha_ipark_output_o(35 downto 0)  
@N: CL201 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Trying to extract state machine for register iclarke_trnsf_present_state
Extracted state machine for register iclarke_trnsf_present_state
State machine has 6 reachable states with original encodings of:
   000001
   000010
   000100
   001000
   010000
   100000
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":53:1:53:7|Input port bits 17 to 13 of theta_i(17 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":54:1:54:11|Input port bits 17 to 13 of pll_theta_i(17 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":61:1:61:16|Input port bits 35 to 18 of id_park_output_i(35 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":63:1:63:16|Input port bits 35 to 18 of iq_park_output_i(35 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\accumulator.vhd":64:1:64:17|Input port bits 43 to 18 of speed_pi_output_i(43 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":66:1:66:14|Input port bits 43 to 18 of iq_pi_output_i(43 downto 0) are unused 
@W: CL246 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":67:1:67:14|Input port bits 43 to 18 of id_pi_output_i(43 downto 0) are unused 
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\edge_detection_logic.vhd":44:1:44:15|Input speed_pi_done_i is unused
@W: CL159 :"C:\SK1ASTSL10_3_0_multi_axis\hdl\MSMC_Fab_6AxisTop.vhd":212:4:212:18|Input FAULT_STOP_st_I is unused
@END

At c_vhdl Exit (Real Time elapsed 0h:00m:03s; CPU Time elapsed 0h:00m:03s; Memory used current: 133MB peak: 146MB)

Process took 0h:00m:03s realtime, 0h:00m:03s cputime
# Wed Oct 08 11:17:11 2014

###########################################################]
Pre-mapping Report

Synopsys Generic Technology Pre-mapping, Version mapact, Build 1154R, Built Jan 20 2014 10:24:19
Copyright (C) 1994-2013, Synopsys, Inc. This software and the associated documentation are proprietary to Synopsys, Inc. This software may only be used in accordance with the terms and conditions of a written license agreement with Synopsys, Inc.  All other use or distribution of the software is strictly prohibited.
Product Version I-2013.09M-SP1 

Mapper Startup Complete (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 99MB peak: 99MB)

Reading constraint file: C:\SK1ASTSL10_3_0_multi_axis\synthesis\MC_System_top_sdc.sdc
@L: C:\SK1ASTSL10_3_0_multi_axis\synthesis\MC_System_top_1_scck.rpt 
Printing clock  summary report in "C:\SK1ASTSL10_3_0_multi_axis\synthesis\MC_System_top_1_scck.rpt" file 
@N: MF248 |Running in 64-bit mode.
@N: MF667 |Clock conversion disabled 

Design Input Complete (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 112MB peak: 114MB)


Mapper Initialization Complete (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 112MB peak: 114MB)


Start loading timing files (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 113MB peak: 114MB)


Finished loading timing files (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 113MB peak: 115MB)

@W: BN283 :"c:\sk1astsl10_3_0_multi_axis\component\work\mc_system_mss\mc_system_mss.vhd":755:0:755:13|Expected property MEMORYFILE of instance MSS_ADLIB_INST to be binary -- found ENVM_init.mem.
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_scaling.vhd":140:3:140:4|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_SCALING_INST.pwm_update_period_prescale_o,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_SCALING_INST.pwm_update_delay_time_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_scaling.vhd":140:3:140:4|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_SCALING_INST.pwm_update_delay_time_o,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_SCALING_INST.pwm_update_dead_time_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_scaling.vhd":140:3:140:4|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_SCALING_INST.pwm_update_dead_time_o,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_SCALING_INST.pwm_load_config_reg_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_scaling.vhd":140:3:140:4|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_SCALING_INST.adc_control_reg_update_o,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_SCALING_INST.pwm_load_config_reg_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_scaling.vhd":140:3:140:4|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_SCALING_INST.a0_t603enable_ak11_o,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_SCALING_INST.a0_t603clrerr_af23_o
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pwm_count.vhd":114:3:114:4|Removing sequential instance pwmc_s[17:1] of view:PrimLib.dffre(prim) in hierarchy view:work.PWM_count(pwm_count) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":503:3:503:4|Removing sequential instance s_VA3H_o[35:0] of view:PrimLib.dffre(prim) in hierarchy view:work.SVPWM(svpwm) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":522:3:522:4|Removing sequential instance s_VB3H_o[35:0] of view:PrimLib.dffre(prim) in hierarchy view:work.SVPWM(svpwm) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":539:3:539:4|Removing sequential instance s_VC3H_o[35:0] of view:PrimLib.dffre(prim) in hierarchy view:work.SVPWM(svpwm) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\sine_cos.vhd":2457:9:2457:10|Removing sequential instance sin_cos_done_o of view:PrimLib.dffre(prim) in hierarchy view:work.sine_cos(sine_cos) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\sine_cos.vhd":2500:9:2500:10|Removing sequential instance sine_ang_est_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.sine_cos(sine_cos) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\sine_cos.vhd":2511:9:2511:10|Removing sequential instance cos_ang_est_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.sine_cos(sine_cos) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance init_theta_en_o of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance soft_stop_o of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance speed_pi_kp_scale_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance speed_pi_ki_scale_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance iq_pi_ki_scale_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance id_pi_ki_scale_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance speed_pi_kp_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance speed_pi_ki_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance angle_lb_first_const_o[31:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance angle_lb_second_const_o[31:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance angle_pole_pair_const_o[31:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance angle_kp_o[31:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance angle_ki_o[31:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance rate_limit_slew_cnt_o[17:0] of view:PrimLib.dffe(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance rate_limit_rate_cnt_o[17:0] of view:PrimLib.dffe(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance sqmng_theta_factor_o[17:0] of view:PrimLib.dffe(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance sqmng_iq_ref_in_o[17:0] of view:PrimLib.dffe(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance sqmng_cl_omega_o[17:0] of view:PrimLib.dffe(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance filter_factor_bemf_o[3:0] of view:PrimLib.dffe(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance filter_factor_omega_o[3:0] of view:PrimLib.dffe(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance adc_start_o of view:PrimLib.dffe(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_protect_ch0_res of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_protect_ch1_res of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_protect_ch2_res of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_protect_ch3_res of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_protect_ch4_res of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_protect_ch5_res of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_auto_scan of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_dual_trig of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_ch0_res_read of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_ch1_res_read of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_ch2_res_read of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_ch3_res_read of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_ch4_res_read of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_ch5_res_read of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":274:2:274:3|Removing sequential instance acc_in_o[43:0] of view:PrimLib.dffpatre(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":228:2:228:3|Removing sequential instance id_act_in_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":239:2:239:3|Removing sequential instance iq_act_in_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":251:2:251:3|Removing sequential instance iq_ref_in_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":192:2:192:3|Removing sequential instance ramp_ref_value_buff_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":286:2:286:3|Removing sequential instance omega_filter_out_prev_o[33:0] of view:PrimLib.dffr(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":263:2:263:3|Removing sequential instance e_alpha_filter_out_prev_o[33:0] of view:PrimLib.dffr(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":263:2:263:3|Removing sequential instance e_beta_filter_out_prev_o[33:0] of view:PrimLib.dffr(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":156:6:156:7|Removing sequential instance i_alpha_buf_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":156:6:156:7|Removing sequential instance i_beta_buf_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":170:6:170:7|Removing sequential instance pll_theta_dly_o[17:0] of view:PrimLib.dffr(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":179:2:179:3|Removing sequential instance theta_scl_dly_o[17:0] of view:PrimLib.dffr(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":179:2:179:3|Removing sequential instance cl_buff_dly_o of view:PrimLib.dffr(prim) in hierarchy view:work.Accumulator(accumulator) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\edge_detection_logic.vhd":270:3:270:4|Removing sequential instance svpwm_done_dly_o of view:PrimLib.dffr(prim) in hierarchy view:work.edge_detection_logic(edge_detection_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":136:6:136:7|Removing sequential instance PWM_C_TOP of view:PrimLib.dffre(prim) in hierarchy view:work.pwm_comp_dead_band_mngr(pwm_comp_dead_band_mngr) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":136:6:136:7|Removing sequential instance PWM_C_BOTTOM of view:PrimLib.dffre(prim) in hierarchy view:work.pwm_comp_dead_band_mngr(pwm_comp_dead_band_mngr) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":400:4:400:5|Removing sequential instance speed_pi_done_s of view:PrimLib.dffre(prim) in hierarchy view:work.PI_scheduler(pi_scheduler) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":400:4:400:5|Removing sequential instance speed_pi_output_y_o[43:0] of view:PrimLib.dffre(prim) in hierarchy view:work.PI_scheduler(pi_scheduler) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":397:9:397:10|Removing sequential instance Compare_matchA_up_down_intr_r[0] of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":488:12:488:13|Removing sequential instance Compare_matchA_up_down_intr_r[1] of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":416:9:416:10|Removing sequential instance Compare_matchB_up_down_intr_r[0] of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":507:12:507:13|Removing sequential instance Compare_matchB_up_down_intr_r[1] of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":436:9:436:10|Removing sequential instance Compare_matchC_up_down_intr_r[0] of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":526:12:526:13|Removing sequential instance Compare_matchC_up_down_intr_r[1] of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\edge_detection_logic.vhd":270:3:270:4|Removing sequential instance svpwm_done_dly_s of view:PrimLib.dffr(prim) in hierarchy view:work.edge_detection_logic(edge_detection_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\edge_detection_logic.vhd":202:3:202:4|Removing sequential instance clarke_done_dly of view:PrimLib.dffr(prim) in hierarchy view:work.edge_detection_logic(edge_detection_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\edge_detection_logic.vhd":202:3:202:4|Removing sequential instance done_angl_dly of view:PrimLib.dffr(prim) in hierarchy view:work.edge_detection_logic(edge_detection_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\edge_detection_logic.vhd":323:6:323:7|Removing sequential instance done_ealphs_dly of view:PrimLib.dffr(prim) in hierarchy view:work.edge_detection_logic(edge_detection_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\edge_detection_logic.vhd":337:6:337:7|Removing sequential instance pll_theta_done_dly of view:PrimLib.dffr(prim) in hierarchy view:work.edge_detection_logic(edge_detection_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":441:6:441:7|Removing sequential instance s_r_adc_bip of view:PrimLib.dffre(prim) in hierarchy view:work.adc_measurements(adc_measurements) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_scaling.vhd":140:3:140:4|Removing sequential instance a0_t603clrerr_af23_o of view:PrimLib.dffre(prim) in hierarchy view:work.ADC_scaling(adc_scaling) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing sequential instance mask_comparematch_downa_r of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing sequential instance mask_comparematch_upa_r of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing sequential instance mask_comparematch_downb_r of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing sequential instance mask_comparematch_upb_r of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing sequential instance mask_comparematch_downc_r of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing sequential instance mask_comparematch_upc_r of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance iq_pi_kp_scale_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance id_pi_kp_scale_o[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance direction_config_o of view:PrimLib.dffre(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":481:12:481:13|Removing sequential instance Period_macth_mid_match_intr_r[1] of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":890:4:890:5|Removing sequential instance done_o of view:PrimLib.dffre(prim) in hierarchy view:work.SVPWM(svpwm) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":136:6:136:7|Removing sequential instance pwm_c_faling_edge_r of view:PrimLib.dffre(prim) in hierarchy view:work.pwm_comp_dead_band_mngr(pwm_comp_dead_band_mngr) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":136:6:136:7|Removing sequential instance pwm_c_rising_edge_r of view:PrimLib.dffre(prim) in hierarchy view:work.pwm_comp_dead_band_mngr(pwm_comp_dead_band_mngr) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\edge_detection_logic.vhd":313:6:313:7|Removing sequential instance est_done_dly of view:PrimLib.dffr(prim) in hierarchy view:work.edge_detection_logic(edge_detection_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing sequential instance mask_mid_period_match_r of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance rate_limit_ref_in_o[17:0] of view:PrimLib.dffe(prim) in hierarchy view:work.apb3_if(apb3_if) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Removing sequential instance clarke_done_o of view:PrimLib.dffre(prim) in hierarchy view:work.clarke(clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":361:12:361:47|Removing sequential instance period_macth_mid_match_intr_sync1[1] of view:PrimLib.dffr(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":360:12:360:46|Removing sequential instance period_macth_mid_match_intr_sync[1] of view:PrimLib.dffr(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
syn_allowed_resources : blockrams=21,dsps=22  set on top level netlist MC_System_top


Clock Summary
**************

Start                                                Requested     Requested     Clock        Clock              
Clock                                                Frequency     Period        Type         Group              
-----------------------------------------------------------------------------------------------------------------
MC_System_0/CCC_0/CCC_INST/INST_CCC_IP:GL0           50.0 MHz      20.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock          100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1        100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_0      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_1      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_2      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_3      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_4      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_5      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_6      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_7      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_8      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_9      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_10     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_11     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_12     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_13     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_14     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_15     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_16     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_17     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_18     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_19     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_20     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_21     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_22     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_23     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_24     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_25     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_26     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_27     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_28     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_29     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_30     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_31     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_32     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_33     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_34     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_35     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_36     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_37     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_38     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_39     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_40     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_41     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_42     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_43     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_44     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_45     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_46     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_47     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_48     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_49     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_50     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_51     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_52     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_53     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_54     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_55     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_56     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_57     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_58     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_59     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_60     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_61     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_62     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_63     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     100.0 MHz     10.000        inferred     Inferred_clkgroup_1
MC_System_CCC_0_FCCC|GL1_net_inferred_clock          100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1        100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_0      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_1      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_2      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_3      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_4      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_5      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_6      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_7      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_8      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_9      100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_10     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_11     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_12     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_13     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_14     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_15     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_16     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_17     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_18     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_19     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_20     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_21     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_22     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_23     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_24     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_25     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_26     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_27     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_28     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_29     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_30     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_31     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_32     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_33     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_34     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_35     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_36     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_37     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_38     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_39     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_40     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_41     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_42     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_43     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_44     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_45     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_46     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_47     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_48     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_49     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_50     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_51     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_52     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_53     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_54     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_55     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_56     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_57     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_58     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_59     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_60     100.0 MHz     10.000        virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     100.0 MHz     10.000        inferred     Inferred_clkgroup_0
SQMNG|sys_clk_i                                      100.0 MHz     10.000        declared     group_55_166       
System                                               1.0 MHz       1000.000      system       system_clkgroup    
=================================================================================================================

@W: MT530 :"c:\sk1astsl10_3_0_multi_axis\hdl\theta_gen.vhd":147:1:147:2|Found inferred clock MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61 which controls 3371 sequential elements including MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.THETA_GEN_INST.step_cnt[17:0]. This clock has no specified timing constraint which may adversely impact design performance. 
@W: MT530 :"c:\sk1astsl10_3_0_multi_axis\component\work\mc_system_mss\mc_system_mss.vhd":755:0:755:13|Found inferred clock MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 which controls 0 sequential elements including MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST. This clock has no specified timing constraint which may adversely impact design performance. 

Finished Pre Mapping Phase.
@N: BN225 |Writing default property annotation file C:\SK1ASTSL10_3_0_multi_axis\synthesis\MC_System_top_1.sap.
Pre-mapping successful!

At Mapper Exit (Real Time elapsed 0h:00m:01s; CPU Time elapsed 0h:00m:00s; Memory used current: 80MB peak: 145MB)

Process took 0h:00m:01s realtime, 0h:00m:01s cputime
# Wed Oct 08 11:17:14 2014

###########################################################]
Map & Optimize Report

Synopsys Generic Technology Mapper, Version mapact, Build 1154R, Built Jan 20 2014 10:24:19
Copyright (C) 1994-2013, Synopsys, Inc. This software and the associated documentation are proprietary to Synopsys, Inc. This software may only be used in accordance with the terms and conditions of a written license agreement with Synopsys, Inc.  All other use or distribution of the software is strictly prohibited.
Product Version I-2013.09M-SP1 

Mapper Startup Complete (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 99MB peak: 99MB)

@N: MF248 |Running in 64-bit mode.
@N: MF667 |Clock conversion disabled 

Design Input Complete (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 99MB peak: 100MB)


Mapper Initialization Complete (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 99MB peak: 100MB)


Start loading timing files (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 100MB peak: 101MB)


Finished loading timing files (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 100MB peak: 103MB)



Starting Optimization and Mapping (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 143MB peak: 145MB)

@W: MO171 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":225:4:225:5|Sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_SCHEDULER_INST.start_speed_pi_i_dly reduced to a combinational gate by constant propagation 
@W: MO171 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas_scheduler.vhd":123:6:123:7|Sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.MAS_SCHEDULER_INST.start_clarke_i_dly reduced to a combinational gate by constant propagation 
@W: MO171 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas_scheduler.vhd":177:6:177:7|Sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.MAS_SCHEDULER_INST.start_iclarke_i_dly reduced to a combinational gate by constant propagation 
@W: MO171 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":142:6:142:7|Sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.START_ICLARKE_i_sync reduced to a combinational gate by constant propagation 
@W: MO171 :"c:\sk1astsl10_3_0_multi_axis\hdl\clarke.vhd":128:6:128:7|Sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.CLARKE_INST.START_CLARKE_i_sync reduced to a combinational gate by constant propagation 
@W: MO171 :"c:\sk1astsl10_3_0_multi_axis\hdl\sine_cos.vhd":2404:2:2404:3|Sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SINE_COS_ANGLE_EST_INST.sin_cos_start_ang_est_i_sync1 reduced to a combinational gate by constant propagation 

Available hyper_sources - for debug and ip models
	None Found

@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[43:0] of view:PrimLib.dffre(prim) in hierarchy view:work.mas_0_18_18_44_2_TOP_CONTROLLER_MAS_INST(mas) because there are no references to its outputs 
@N: FA239 :"c:\sk1astsl10_3_0_multi_axis\component\actel\directcore\coreapb3\4.0.100\rtl\vhdl\core\coreapb3.vhd":633:12:633:15|ROM CoreAPB3_0.iPSELS_raw_5[1:0] mapped in logic.
@N: FA239 :"c:\sk1astsl10_3_0_multi_axis\component\actel\directcore\coreapb3\4.0.100\rtl\vhdl\core\coreapb3.vhd":633:12:633:15|ROM CoreAPB3_0.iPSELS_raw_5[1:0] mapped in logic.
@N: MO106 :"c:\sk1astsl10_3_0_multi_axis\component\actel\directcore\coreapb3\4.0.100\rtl\vhdl\core\coreapb3.vhd":633:12:633:15|Found ROM, 'CoreAPB3_0.iPSELS_raw_5[1:0]', 16 words by 2 bits 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":136:6:136:7|Removing sequential instance pwm_c_dead_band_timer_r[17:0] of view:PrimLib.dffr(prim) in hierarchy view:work.pwm_comp_dead_band_mngr(pwm_comp_dead_band_mngr) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":526:12:526:13|Removing sequential instance delay_counter_upC[17:0] of view:PrimLib.dffs(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":526:12:526:13|Removing sequential instance delay_counter_upB[17:0] of view:PrimLib.dffs(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":526:12:526:13|Removing sequential instance delay_counter_upA[17:0] of view:PrimLib.dffs(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":390:9:390:10|Removing sequential instance delay_counter_downC[17:0] of view:PrimLib.dffs(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":390:9:390:10|Removing sequential instance delay_counter_downB[17:0] of view:PrimLib.dffs(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":390:9:390:10|Removing sequential instance delay_counter_downA[17:0] of view:PrimLib.dffs(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":481:12:481:13|Removing sequential instance r_delayed_comparematch_upC of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":481:12:481:13|Removing sequential instance r_delayed_comparematch_upB of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":481:12:481:13|Removing sequential instance r_delayed_comparematch_upA of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":390:9:390:10|Removing sequential instance r_delayed_comparematch_downC of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":390:9:390:10|Removing sequential instance r_delayed_comparematch_downB of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":390:9:390:10|Removing sequential instance r_delayed_comparematch_downA of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing sequential instance Delay_r[17:0] of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing sequential instance delayed_comparematch_r of view:PrimLib.dffre(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":337:9:337:44|Removing sequential instance compare_matchC_up_down_intr_sync1 of view:PrimLib.dffr(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":337:9:337:44|Removing sequential instance compare_matchB_up_down_intr_sync1 of view:PrimLib.dffr(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":337:9:337:44|Removing sequential instance compare_matchA_up_down_intr_sync1 of view:PrimLib.dffr(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing sequential instance update_delay_time_sync of view:PrimLib.dffr(prim) in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\clarke.vhd":181:15:181:16|Removing user instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.CLARKE_INST.mul_b_to_mas_o_3[10:9],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.CLARKE_INST.mul_b_to_mas_o_3[7:6]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Removing user instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.CLARKE_INST.un1_mul_b_to_mas_o_2,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.CLARKE_INST.un1_mul_b_to_mas_o_1
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\clarke.vhd":145:6:145:7|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.CLARKE_INST.mul_b_to_mas_o_1[7:6],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.CLARKE_INST.mul_b_to_mas_o_1[10:9]

Finished RTL optimizations (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 145MB peak: 148MB)

@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[18] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[19] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[20] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[21] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[22] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[23] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[24] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[25] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[26] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[27] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[28] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[29] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[30] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[31] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[32] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[33] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[34] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[35] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[36] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[37] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[38] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[39] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[40] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[41] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[42] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":205:2:205:3|Removing sequential instance ACCUMULATOR_INST.id_pi_output_o[43] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[18] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[19] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[20] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[21] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[22] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[23] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[24] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[25] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[26] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[27] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[28] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[29] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[30] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[31] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[32] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[33] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[34] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[35] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[36] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[37] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[38] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[39] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[40] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[41] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[42] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\accumulator.vhd":217:2:217:3|Removing sequential instance ACCUMULATOR_INST.iq_pi_output_o[43] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.adc_control_reg_val_o[0] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.adc_control_reg_val_o[1] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.adc_control_reg_val_o[2] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.adc_control_reg_val_o[3] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.adc_control_reg_val_o[4] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.adc_control_reg_val_o[5] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.adc_control_reg_val_o[6] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.adc_control_reg_val_o[9] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.adc_control_reg_val_o[22] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[5] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[6] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[7] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[8] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[9] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[10] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[11] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[12] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[13] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[14] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[15] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[16] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[17] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[19] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[21] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[22] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[23] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[24] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[25] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[26] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[27] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[28] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[29] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[30] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[31] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[18] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[19] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[20] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[21] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[22] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[23] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[24] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[25] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[26] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[27] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[28] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[29] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[30] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[31] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[32] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[33] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[34] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[35] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[36] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[37] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[38] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[39] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[40] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[41] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[42] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":446:4:446:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.id_pi_output_y_o[43] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[18] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[19] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[20] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[21] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[22] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[23] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[24] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[25] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[26] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[27] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[28] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[29] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[30] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[31] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[32] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[33] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[34] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[35] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[36] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[37] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[38] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[39] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[40] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[41] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[42] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":423:4:423:5|Removing sequential instance speed_id_iq_pi_INST.PI_SCHEDULER_INST.iq_pi_output_y_o[43] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N:"c:\sk1astsl10_3_0_multi_axis\hdl\theta_gen.vhd":106:4:106:5|Found counter in view:work.Theta_gen(theta_gen) inst count_1us[6:0]
@N: FX404 :"c:\sk1astsl10_3_0_multi_axis\hdl\theta_gen.vhd":153:8:153:9|Found addmux in view:work.Theta_gen(theta_gen) inst Delay_Proc\.theta_output_5[17:0] from un1_theta_output_tmp_1[17:0] 
@N: FX404 :"c:\sk1astsl10_3_0_multi_axis\hdl\theta_gen.vhd":153:8:153:9|Found addmux in view:work.Theta_gen(theta_gen) inst Delay_Proc\.count_3[17:0] from un1_count[17:0] 
@N: MF179 :"c:\microsemi\libero_v11.3\synopsys\synplify_i201309msp1\lib\vhd2008\signed.vhd":101:11:101:28|Found 18 bit by 18 bit '==' comparator, 'Delay_Proc\.op_eq\.un1_cmd_step_no'
Encoding state machine init_trnsf_present_state[0:3] (view:work.ADC_scaling(adc_scaling))
original code -> new code
   0000001 -> 00
   0000010 -> 01
   0000100 -> 10
   0001000 -> 11
@N:"c:\sk1astsl10_3_0_multi_axis\hdl\adc_scaling.vhd":108:1:108:2|Found counter in view:work.ADC_scaling(adc_scaling) inst A0_calib_cnt_s[13:0]
Encoding state machine A0_mvs_trnsf_present_state[0:12] (view:work.Top_controller(top_controller))
original code -> new code
   0000000000000001 -> 0000000000001
   0000000000000100 -> 0000000000010
   0000000000001000 -> 0000000000100
   0000000000010000 -> 0000000001000
   0000000001000000 -> 0000000010000
   0000000010000000 -> 0000000100000
   0000000100000000 -> 0000001000000
   0000001000000000 -> 0000010000000
   0000010000000000 -> 0000100000000
   0000100000000000 -> 0001000000000
   0001000000000000 -> 0010000000000
   0100000000000000 -> 0100000000000
   1000000000000000 -> 1000000000000
Encoding state machine state[0:8] (view:work.PI_Controller(pi_controller))
original code -> new code
   000000000001 -> 000000001
   000000000010 -> 000000010
   000000000100 -> 000000100
   000000001000 -> 000001000
   000000010000 -> 000010000
   000001000000 -> 000100000
   001000000000 -> 001000000
   010000000000 -> 010000000
   100000000000 -> 100000000
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[16]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[16],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[15]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[15],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[13]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[13],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[12]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[12],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[11],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[9],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[8],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[7],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[6],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[5],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[4],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[3],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[2],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[1],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[10],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[15],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[14],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[13],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[12],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[11],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[10],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[9],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[8],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[7],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[6],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[5],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[4],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[3],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[2],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[1],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[0],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[16],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[15],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[14],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[13],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[12],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[11],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[10],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[9],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[8],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[7],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[6],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[5],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[4],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[3],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[2],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[1],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[0],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_r_ref_input[0]
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing sequential instance s_r_ref_input[0] in hierarchy view:work.PI_Controller(pi_controller) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[0] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[18] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[19] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[20] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[21] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[22] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[23] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[24] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[25] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[26] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[27] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[28] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[29] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[30] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[31] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[32] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[33] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[34] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[35] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[36] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[37] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[38] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[39] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[40] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[41] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[42] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[43] of view:PrimLib.dffr(prim) in hierarchy view:VhdlGenLib.syn_mac_0(preserved) because there are no references to its outputs 
Encoding state machine state[0:7] (view:work.SVPWM(svpwm))
original code -> new code
   00000001 -> 00000001
   00000010 -> 00000010
   00000100 -> 00000100
   00001000 -> 00001000
   00010000 -> 00010000
   00100000 -> 00100000
   01000000 -> 01000000
   10000000 -> 10000000
Encoding state machine sine_cos_present_state[0:4] (view:work.sine_cos(sine_cos))
original code -> new code
   00001 -> 000
   00010 -> 001
   00100 -> 010
   01000 -> 011
   10000 -> 100
@N: FX106 :"c:\sk1astsl10_3_0_multi_axis\hdl\acc_lsram_sp.vhd":43:8:43:10|Using block RAM for single-port RAM
@W: FX107 :"c:\sk1astsl10_3_0_multi_axis\hdl\acc_lsram_sp.vhd":43:8:43:10|No read/write conflict check. Possible simulation mismatch!
@N: MF707 :"c:\sk1astsl10_3_0_multi_axis\hdl\acc_lsram_sp.vhd":43:8:43:10|Insert external logic with either syn_ramstyle=rw_check attribute or enable 'Read Write Check on RAM' option to resolve read/write conflict for SINE_COS_GEN_SYNTH\.speed_n_minus_one_inst.ram[17:0] (view:work.sine_cos(sine_cos)).
@N:"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Found updn counter in view:work.timer(timer) inst period_cnt_int[17:0] 
@N:"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":99:6:99:7|Found counter in view:work.timer(timer) inst prescale_cnt[17:0]
@N: MF179 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":161:25:161:51|Found 18 bit by 18 bit '==' comparator, 'CENTRE_ALIGNED_PWM_GEN\.un12_pwm_enable'
@N:"c:\sk1astsl10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":136:6:136:7|Found counter in view:work.pwm_comp_dead_band_mngr(pwm_comp_dead_band_mngr) inst pwm_b_dead_band_timer_r[17:0]
@N:"c:\sk1astsl10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":136:6:136:7|Found counter in view:work.pwm_comp_dead_band_mngr(pwm_comp_dead_band_mngr) inst pwm_a_dead_band_timer_r[17:0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.CONTROL_LOGIC_INST.compare_match_b_r[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.CONTROL_LOGIC_INST.compare_match_a_r[17]
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing sequential instance compare_match_a_r[17] in hierarchy view:work.Control_logic(control_logic) because there are no references to its outputs 
Encoding state machine present_state[0:8] (view:work.adc_measurements(adc_measurements))
original code -> new code
   0000000001 -> 000000001
   0000000010 -> 000000010
   0000000100 -> 000000100
   0000001000 -> 000001000
   0000010000 -> 000010000
   0000100000 -> 000100000
   0010000000 -> 001000000
   0100000000 -> 010000000
   1000000000 -> 100000000
@N:"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":567:6:567:7|Found counter in view:work.adc_measurements(adc_measurements) inst s_r_sck_count[4:0]
@N:"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":507:6:507:7|Found counter in view:work.adc_measurements(adc_measurements) inst s_r_mode_timer_cnt[19:0]
@N:"c:\sk1astsl10_3_0_multi_axis\hdl\adc_measurements.vhd":406:6:406:7|Found counter in view:work.adc_measurements(adc_measurements) inst s_r_clock_count[7:0]
Encoding state machine clarke_trnsf_present_state[0:3] (view:work.clarke(clarke))
original code -> new code
   00 -> 00
   01 -> 01
   10 -> 10
   11 -> 11
Encoding state machine park_trnsf_present_state[0:5] (view:work.park(park))
original code -> new code
   000001 -> 000001
   000010 -> 000010
   000100 -> 000100
   001000 -> 001000
   010000 -> 010000
   100000 -> 100000
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\park.vhd":129:4:129:5|Removing sequential instance id_park_output_o_1[32] in hierarchy view:work.park(park) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\park.vhd":129:4:129:5|Removing sequential instance id_park_output_o_1[33] in hierarchy view:work.park(park) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\park.vhd":129:4:129:5|Removing sequential instance iq_park_output_o_1[32] in hierarchy view:work.park(park) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\park.vhd":129:4:129:5|Removing sequential instance iq_park_output_o_1[33] in hierarchy view:work.park(park) because there are no references to its outputs 
Encoding state machine ipark_trnsf_present_state[0:5] (view:work.Inverse_Park(inverse_park))
original code -> new code
   000001 -> 000001
   000010 -> 000010
   000100 -> 000100
   001000 -> 001000
   010000 -> 010000
   100000 -> 100000
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_park.vhd":138:6:138:7|Removing sequential instance valpha_ipark_output_o_1[32] in hierarchy view:work.Inverse_Park(inverse_park) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_park.vhd":138:6:138:7|Removing sequential instance valpha_ipark_output_o_1[33] in hierarchy view:work.Inverse_Park(inverse_park) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_park.vhd":138:6:138:7|Removing sequential instance vbeta_ipark_output_o_1[32] in hierarchy view:work.Inverse_Park(inverse_park) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_park.vhd":138:6:138:7|Removing sequential instance vbeta_ipark_output_o_1[33] in hierarchy view:work.Inverse_Park(inverse_park) because there are no references to its outputs 
Encoding state machine iclarke_trnsf_present_state[0:5] (view:work.Inverse_Clarke(inverse_clarke))
original code -> new code
   000001 -> 000001
   000010 -> 000010
   000100 -> 000100
   001000 -> 001000
   010000 -> 010000
   100000 -> 100000
@W: MO129 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.iclarke_trnsf_present_state[4] reduced to a combinational gate by constant propagation
@W: MO161 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Register bit iclarke_trnsf_present_state[5] is always 1, optimizing ...
@W: MO160 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Register bit iclarke_trnsf_present_state[3] is always 0, optimizing ...
@W: MO160 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Register bit iclarke_trnsf_present_state[2] is always 0, optimizing ...
@W: MO160 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Register bit iclarke_trnsf_present_state[1] is always 0, optimizing ...
@W: MO160 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Register bit iclarke_trnsf_present_state[0] is always 0, optimizing ...
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[4],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[4]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[14],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[4]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[5],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[5]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[15],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[5]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[6],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[6]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[16],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[6]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[7],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[7]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[7]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[8],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[8]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[18],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[8]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[9],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[9]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[19],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[9]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[10],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[20],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[11],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[21],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[12],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[12]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[22],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[12]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[13],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[13]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[23],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[13]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[14],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[14]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[24],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[14]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[15],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[15]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[25],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[15]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[16],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[16]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[26],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[16]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[17]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[27],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[17]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[0],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[10],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[1],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[1]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[11],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[1]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[2],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[2]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[12],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[2]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vc_output_o[3],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[3]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.add_c_to_mas_o[13],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.ICLARKE_INST.vb_output_o[3]
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[0] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[1] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[2] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[3] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[4] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[5] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[6] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[7] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[8] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[9] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[10] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[11] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[12] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[13] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[14] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[15] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[16] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vbeta_iclarke[17] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[0] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[1] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[2] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[3] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[4] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[5] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[6] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[7] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[8] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[9] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[28] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[29] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[30] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[31] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[32] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[33] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[34] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[35] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[36] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[37] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[38] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[39] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[40] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[41] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[42] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance add_c_to_mas_o[43] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[0] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[1] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[2] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[3] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[4] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[5] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[6] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[7] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[8] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[9] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[10] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[11] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[12] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[13] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[14] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[15] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[16] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance mul_a_to_mas_o[17] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[0] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[1] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[2] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[3] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[4] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[5] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[6] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[7] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[8] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[9] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[10] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[11] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[12] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[13] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[14] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[15] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[16] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance vb_output_o[17] in hierarchy view:work.Inverse_Clarke(inverse_clarke) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[0] in hierarchy view:VhdlGenLib.syn_mac_2(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[1] in hierarchy view:VhdlGenLib.syn_mac_2(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[2] in hierarchy view:VhdlGenLib.syn_mac_2(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[3] in hierarchy view:VhdlGenLib.syn_mac_2(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[4] in hierarchy view:VhdlGenLib.syn_mac_2(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[5] in hierarchy view:VhdlGenLib.syn_mac_2(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[6] in hierarchy view:VhdlGenLib.syn_mac_2(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[7] in hierarchy view:VhdlGenLib.syn_mac_2(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[34] in hierarchy view:VhdlGenLib.syn_mac_2(preserved) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":151:9:151:10|Removing sequential instance product_o[35] in hierarchy view:VhdlGenLib.syn_mac_2(preserved) because there are no references to its outputs 
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[16]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[16],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[15]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[15],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[14]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[14],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[13]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[13],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[12]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[12],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[11],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[9],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[8],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[7],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[6],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[5],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[4],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[3],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[2],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[1],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[10],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[16],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[15],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[14],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[13],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[12],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[11],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[10],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[9],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[8],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[7],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[6],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[5],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[4],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[3],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[2],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[1],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vb[0],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[16],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[15],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[14],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[13],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[12],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[11],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[10],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[9],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[8],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[7],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[6],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[5],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[4],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[3],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[2],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[1],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_vc[0],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_va[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.CONTROL_LOGIC_INST.update_period_prescale_sync,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_MEASUREMENTS_INST.s_r_load_control_reg_sync
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.CONTROL_LOGIC_INST.update_dead_time_sync,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_MEASUREMENTS_INST.s_r_load_control_reg_sync
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\control_logic.vhd":252:6:252:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.CONTROL_LOGIC_INST.load_config_reg_sync,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_MEASUREMENTS_INST.s_r_load_control_reg_sync
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":193:1:193:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_start_d,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.EDGE_DETECTION_INST.iclarke_done_dly
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\edge_detection_logic.vhd":202:3:202:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.EDGE_DETECTION_INST.iclarke_done_dly,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.state[6]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\park.vhd":112:4:112:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.PARK_INST.start_park_i_dly,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.MAS_SCHEDULER_INST.start_park_i_dly
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas_scheduler.vhd":158:6:158:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.MAS_SCHEDULER_INST.start_ipark_i_dly,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.IPARK_INST.START_IPARK_i_sync
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas_scheduler.vhd":141:6:141:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.MAS_SCHEDULER_INST.start_park_i_dly1,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.PARK_INST.start_park_i_dly1
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas_scheduler.vhd":158:6:158:7|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.MAS_SCHEDULER_INST.start_ipark_i_dly1,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CPIPIC_INST.IPARK_INST.START_IPARK_i_sync1
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[10],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[12],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[14],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[16],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[6],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[4],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[2],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[1],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[3],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[5],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[7],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[8],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[9],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[11],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[13],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[15],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[10],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[12],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[14],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[16],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[6],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[4],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[2],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[1],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[3],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[5],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[7],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[8],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[9],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[11],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[13],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[15],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[15],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[13],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[9],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[8],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[7],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[5],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[3],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[1],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[2],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[4],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[6],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[16],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[14],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[12],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[11],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[10]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[10],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[0]
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[0] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[1] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[2] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[3] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[4] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[5] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[6] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[7] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[8] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[9] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[10] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[11] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[12] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[13] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[14] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[15] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[16] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\inverse_clarke.vhd":159:6:159:7|Removing sequential instance CPIPIC_INST.ICLARKE_INST.valpha_iclarke[17] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_config_reg_val_o[20] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[0] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[1] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[2] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[3] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[4] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[5] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[6] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[7] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[8] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[9] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[10] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[11] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[12] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[13] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[14] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[15] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[16] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\apb3_if.vhd":305:1:305:2|Removing sequential instance APB3_IF_INST.pwm_delay_time_val_o[17] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pwm_comp_dead_band_mngr.vhd":118:6:118:7|Removing sequential instance CORE3PHASEPWM0_INST.PWM_COMP_DEAD_BAND_MNGR_INST.PWM_C_SYNC in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Removing sequential instance SVPWM_INST.state[7] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":306:1:306:2|Removing sequential instance SVPWM_INST.s_r_va[0] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Removing sequential instance SVPWM_INST.state[6] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pwm_gen.vhd":128:9:128:10|Removing sequential instance CORE3PHASEPWM0_INST.PWM_GEN_INST.pwm_c in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Removing sequential instance SVPWM_INST.state[0] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Removing sequential instance SVPWM_INST.state[5] in hierarchy view:work.MSMC_Fab_Toplevel(msmc_fab_toplevel) because there are no references to its outputs 

Finished factoring (Real Time elapsed 0h:00m:03s; CPU Time elapsed 0h:00m:03s; Memory used current: 176MB peak: 177MB)

@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[18] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[19] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[20] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[21] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[22] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[23] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[24] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[25] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[26] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[27] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[28] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[29] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[30] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[31] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[32] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[33] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[34] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[35] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[36] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[37] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[38] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[39] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[40] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[41] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[42] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":429:4:429:5|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.output_y_o[43] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":461:4:461:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.sub_i,  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN1_o[3]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":203:4:203:5|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymin[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_ymax[16]
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":391:3:391:4|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_max_value[0] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":348:3:348:4|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_min_value[0] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_compare_en in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 

Finished gated-clock and generated-clock conversion (Real Time elapsed 0h:00m:03s; CPU Time elapsed 0h:00m:03s; Memory used current: 169MB peak: 180MB)


Finished generic timing optimizations - Pass 1 (Real Time elapsed 0h:00m:04s; CPU Time elapsed 0h:00m:03s; Memory used current: 169MB peak: 180MB)

@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN1_o[3],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[0]
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.state[4] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.state[3] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.state[2] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.state[1] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: FX404 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":467:8:467:11|Found addmux in view:work.MC_System_top(rtl) inst MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.s_mult0_input_6_0[17:0] from MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.un1_init_1[17:0] 
@N: FX404 :"c:\sk1astsl10_3_0_multi_axis\hdl\top_controller.vhd":336:1:336:4|Found addmux in view:work.MC_System_top(rtl) inst MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.TOP_CNTLR_INST.a0_mult_in0_mvs_o_1[17:0] from MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.TOP_CNTLR_INST.un1_a0_mult_in0_mvs_o_1[17:0] 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[16] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[15] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[14] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[13] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[12] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[11] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[10] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[9] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[8] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[7] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[6] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[5] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[4] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[3] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[2] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[1] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":424:1:424:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_r_v_offset[0] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 

Starting Early Timing Optimization (Real Time elapsed 0h:00m:04s; CPU Time elapsed 0h:00m:04s; Memory used current: 170MB peak: 180MB)


Finished Early Timing Optimization (Real Time elapsed 0h:00m:06s; CPU Time elapsed 0h:00m:06s; Memory used current: 171MB peak: 180MB)

@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[4],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[3],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[2],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[1],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[0],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[17],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[16],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[15],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[14],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[13],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[12],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[11],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[10],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[9],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[8],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[7],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[6],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN0_o[5],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN1_o[1],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN1_o[0]
@W: BN132 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MULT_IN1_o[0],  because it is equivalent to instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_ADD_C_o[0]

Finished generic timing optimizations - Pass 2 (Real Time elapsed 0h:00m:06s; CPU Time elapsed 0h:00m:06s; Memory used current: 169MB peak: 180MB)

@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_scaling.vhd":108:1:108:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_SCALING_INST.A0_adc_ch1_off_s[31] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\adc_scaling.vhd":108:1:108:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.ADC_SCALING_INST.A0_adc_ch0_off_s[31] in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":486:3:486:4|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.mas_en_o in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":447:1:447:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.sub_o in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\svpwm.vhd":229:1:229:2|Removing sequential instance MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.SVPWM_INST.s_MAS_EN_o in hierarchy view:work.MC_System_top(rtl) because there are no references to its outputs 

Finished preparing to map (Real Time elapsed 0h:00m:07s; CPU Time elapsed 0h:00m:07s; Memory used current: 170MB peak: 180MB)

@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":106:9:106:10|Removing sequential instance mas_done_o in hierarchy view:work.mas_0_18_18_44_2_SVPWM_MAS_INST(mas) because there are no references to its outputs 
@N: BN362 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":110:12:110:27|Removing sequential instance mas_done_sync[0] in hierarchy view:work.mas_0_18_18_44_2_SVPWM_MAS_INST(mas) because there are no references to its outputs 

Finished technology mapping (Real Time elapsed 0h:00m:08s; CPU Time elapsed 0h:00m:08s; Memory used current: 198MB peak: 201MB)

Pass		 CPU time		Worst Slack		Luts / Registers
------------------------------------------------------------
Pass		 CPU time		Worst Slack		Luts / Registers
------------------------------------------------------------
   1		0h:00m:08s		   -22.05ns		2260 /      2410
   2		0h:00m:08s		   -22.09ns		2260 /      2410
   3		0h:00m:08s		   -22.09ns		2260 /      2410
------------------------------------------------------------


@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":271:4:271:5|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_SCHEDULER_INST.pi_sel[1]" with 104 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_scheduler.vhd":271:4:271:5|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_SCHEDULER_INST.pi_sel[0]" with 103 loads replicated 1 times to improve timing 
Timing driven replication report
Added 2 Registers via timing driven replication
Added 1 LUTs via timing driven replication

@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[0]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[1]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[2]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[3]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[4]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[5]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[6]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[7]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[8]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[9]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[10]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[11]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[12]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[13]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[14]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\timer.vhd":152:9:152:10|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[15]" with 5 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":242:4:242:5|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.state[7]" with 23 loads replicated 1 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\top_controller.vhd":194:1:194:2|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.TOP_CNTLR_INST.A0_mvs_trnsf_present_state[11]" with 33 loads replicated 2 times to improve timing 
@N: FX271 :"c:\sk1astsl10_3_0_multi_axis\hdl\pi_controller.vhd":242:4:242:5|Instance "MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.speed_id_iq_pi_INST.PI_Controller_INST.state[5]" with 24 loads replicated 1 times to improve timing 
Timing driven replication report
Added 20 Registers via timing driven replication
Added 4 LUTs via timing driven replication

Pass		 CPU time		Worst Slack		Luts / Registers
------------------------------------------------------------
   1		0h:00m:10s		   -13.99ns		2302 /      2432
------------------------------------------------------------



Pass		 CPU time		Worst Slack		Luts / Registers
------------------------------------------------------------
   1		0h:00m:10s		   -13.99ns		2325 /      2432
------------------------------------------------------------

@N: FP130 |Promoting Net MC_System_0_MSS_RESET_N_M2F on CLKINT  I_285 
@N: FP130 |Promoting Net N_136 on CLKINT  I_1 
@N: FP130 |Promoting Net N_2 on CLKINT  I_17 

Added 0 Buffers
Added 0 Cells via replication
	Added 0 Sequential Cells via replication
	Added 0 Combinational Cells via replication

Finished technology timing optimizations and critical path resynthesis (Real Time elapsed 0h:00m:11s; CPU Time elapsed 0h:00m:11s; Memory used current: 174MB peak: 201MB)


Finished restoring hierarchy (Real Time elapsed 0h:00m:11s; CPU Time elapsed 0h:00m:11s; Memory used current: 176MB peak: 201MB)



#### START OF CLOCK OPTIMIZATION REPORT #####[

Clock optimization not enabled
2 non-gated/non-generated clock tree(s) driving 2450 clock pin(s) of sequential element(s)
0 gated/generated clock tree(s) driving 0 clock pin(s) of sequential element(s)
0 instances converted, 0 sequential instances remain driven by gated/generated clocks

============================================================== Non-Gated/Non-Generated Clocks ===============================================================
Clock Tree ID     Driving Element                Drive Element Type     Fanout     Sample Instance                                                           
-------------------------------------------------------------------------------------------------------------------------------------------------------------
@K:CKID0001       MC_System_0.CCC_0.GL1_INST     CLKINT                 2449       MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.EDGE_DETECTION_INST.start_ipark_o
@K:CKID0002       MC_System_0.CCC_0.GL0_INST     CLKINT                 1          MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST                                
=============================================================================================================================================================


##### END OF CLOCK OPTIMIZATION REPORT ######]

Writing Analyst data base C:\SK1ASTSL10_3_0_multi_axis\synthesis\MC_System_top_1.srm

Finished Writing Netlist Databases (Real Time elapsed 0h:00m:13s; CPU Time elapsed 0h:00m:12s; Memory used current: 161MB peak: 201MB)

Writing EDIF Netlist and constraint files
@W: MT558 :"c:/sk1astsl10_3_0_multi_axis/synthesis/mc_system_top_sdc.sdc":5:0:5:0|Unable to locate source for clock SQMNG|sys_clk_i. Clock will not be forward annotated
@N: BW103 |Synopsys Constraint File time units using default value of 1ns 
@N: BW107 |Synopsys Constraint File capacitance units using default value of 1pF 
@W: BW152 :"c:/sk1astsl10_3_0_multi_axis/synthesis/mc_system_top_sdc.sdc":166:0:166:0|Cannot forward annotate set_clock_groups command because clock SQMNG|sys_clk_i is not referenced
I-2013.09M-SP1 

Finished Writing EDIF Netlist and constraint files (Real Time elapsed 0h:00m:13s; CPU Time elapsed 0h:00m:13s; Memory used current: 163MB peak: 201MB)

@W: MT246 :"c:\sk1astsl10_3_0_multi_axis\hdl\msmc_fab_6axistop.vhd":750:0:750:19|Blackbox msmc_fab_toplevel_st is missing a user supplied timing model. This may have a negative effect on timing analysis and optimizations (Quality of Results) 
@W: MT246 :"c:\sk1astsl10_3_0_multi_axis\hdl\mas.vhd":155:11:155:12|Blackbox MACC is missing a user supplied timing model. This may have a negative effect on timing analysis and optimizations (Quality of Results) 
@W: MT246 :"c:\microsemi\libero_v11.3\synopsys\synplify_i201309msp1\lib\vhd2008\signed.vhd":91:16:91:33|Blackbox MACC is missing a user supplied timing model. This may have a negative effect on timing analysis and optimizations (Quality of Results) 
@W: MT246 :"c:\sk1astsl10_3_0_multi_axis\component\work\mc_system\ccc_0\mc_system_ccc_0_fccc.vhd":109:4:109:11|Blackbox CCC is missing a user supplied timing model. This may have a negative effect on timing analysis and optimizations (Quality of Results) 
@W: MT420 |Found inferred clock MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 with period 10.00ns. Please declare a user-defined clock on object "n:MC_System_0.CCC_0.GL0_net"

@W: MT420 |Found inferred clock MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61 with period 10.00ns. Please declare a user-defined clock on object "n:MC_System_0.CCC_0.GL1_net"



##### START OF TIMING REPORT #####[
# Timing Report written on Wed Oct 08 11:17:30 2014
#


Top view:               MC_System_top
Requested Frequency:    50.0 MHz
Wire load mode:         top
Paths requested:        5
Constraint File(s):    C:\SK1ASTSL10_3_0_multi_axis\synthesis\MC_System_top_sdc.sdc
                       
@N: MT320 |Timing report estimates place and route data. Please look at the place and route timing report for final timing.

@N: MT322 |Clock constraints cover only FF-to-FF paths associated with the clock.



Performance Summary 
*******************


Worst slack in design: -0.481

                                                     Requested     Estimated      Requested     Estimated                Clock        Clock              
Starting Clock                                       Frequency     Frequency      Period        Period        Slack      Type         Group              
---------------------------------------------------------------------------------------------------------------------------------------------------------
MC_System_0/CCC_0/CCC_INST/INST_CCC_IP:GL0           50.0 MHz      NA             20.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock          100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1        100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_0      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_1      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_2      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_3      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_4      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_5      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_6      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_7      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_8      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_9      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_10     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_11     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_12     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_13     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_14     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_15     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_16     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_17     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_18     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_19     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_20     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_21     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_22     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_23     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_24     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_25     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_26     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_27     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_28     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_29     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_30     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_31     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_32     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_33     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_34     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_35     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_36     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_37     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_38     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_39     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_40     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_41     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_42     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_43     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_44     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_45     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_46     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_47     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_48     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_49     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_50     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_51     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_52     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_53     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_54     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_55     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_56     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_57     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_58     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_59     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_60     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_61     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_62     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_63     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     100.0 MHz     95.4 MHz       10.000        10.482        -0.481     inferred     Inferred_clkgroup_1
MC_System_CCC_0_FCCC|GL1_net_inferred_clock          100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1        100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_0      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_1      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_2      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_3      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_4      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_5      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_6      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_7      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_8      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_9      100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_10     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_11     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_12     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_13     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_14     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_15     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_16     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_17     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_18     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_19     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_20     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_21     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_22     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_23     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_24     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_25     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_26     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_27     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_28     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_29     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_30     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_31     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_32     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_33     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_34     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_35     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_36     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_37     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_38     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_39     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_40     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_41     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_42     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_43     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_44     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_45     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_46     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_47     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_48     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_49     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_50     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_51     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_52     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_53     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_54     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_55     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_56     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_57     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_58     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_59     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_60     100.0 MHz     NA             10.000        NA            NA         virtual      default_clkgroup   
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     100.0 MHz     149.7 MHz      10.000        6.680         3.320      inferred     Inferred_clkgroup_0
SQMNG|sys_clk_i                                      100.0 MHz     NA             10.000        NA            NA         declared     group_55_166       
System                                               100.0 MHz     1029.4 MHz     10.000        0.971         9.029      system       system_clkgroup    
=========================================================================================================================================================
@W: MT548 :"c:/sk1astsl10_3_0_multi_axis/synthesis/mc_system_top_sdc.sdc":5:0:5:0|Source for clock SQMNG|sys_clk_i not found in netlist





Clock Relationships
*******************

Clocks                                                                                              |    rise  to  rise    |    fall  to  fall   |    rise  to  fall   |    fall  to  rise 
-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Starting                                          Ending                                            |  constraint  slack   |  constraint  slack  |  constraint  slack  |  constraint  slack
-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
System                                            System                                            |  10.000      9.029   |  No paths    -      |  No paths    -      |  No paths    -    
System                                            MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61  |  10.000      6.867   |  No paths    -      |  No paths    -      |  No paths    -    
System                                            MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64  |  10.000      6.709   |  No paths    -      |  No paths    -      |  No paths    -    
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61  System                                            |  10.000      5.248   |  No paths    -      |  No paths    -      |  No paths    -    
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61  MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61  |  10.000      3.320   |  No paths    -      |  No paths    -      |  No paths    -    
MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61  MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64  |  Diff grp    -       |  No paths    -      |  No paths    -      |  No paths    -    
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64  System                                            |  10.000      4.111   |  No paths    -      |  No paths    -      |  No paths    -    
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64  MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61  |  Diff grp    -       |  No paths    -      |  No paths    -      |  No paths    -    
MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64  MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64  |  10.000      -0.482  |  No paths    -      |  No paths    -      |  No paths    -    
===========================================================================================================================================================================================
 Note: 'No paths' indicates there are no paths in the design for that pair of clock edges.
       'Diff grp' indicates that paths exist but the starting clock and ending clock are in different clock groups.



Interface Information 
*********************

No IO constraint found



====================================
Detailed Report for Clock: MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64
====================================



Starting Points with Worst Slack
********************************

                                               Starting                                                                                                                   Arrival           
Instance                                       Reference                                            Type        Pin                Net                                    Time        Slack 
                                               Clock                                                                                                                                        
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_ADDR[9]      MC_System_0_AMBA_SLAVE_0_PADDR[9]      2.993       -0.481
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_ADDR[8]      MC_System_0_AMBA_SLAVE_0_PADDR[8]      3.150       -0.481
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_ADDR[10]     MC_System_0_AMBA_SLAVE_0_PADDR[10]     3.146       -0.436
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_ADDR[6]      MC_System_0_AMBA_SLAVE_0_PADDR[6]      3.002       -0.324
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_ADDR[5]      MC_System_0_AMBA_SLAVE_0_PADDR[5]      2.930       -0.193
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_ADDR[3]      MC_System_0_AMBA_SLAVE_0_PADDR[3]      2.875       -0.190
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_ADDR[7]      MC_System_0_AMBA_SLAVE_0_PADDR[7]      2.888       -0.186
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_ADDR[2]      MC_System_0_AMBA_SLAVE_0_PADDR[2]      2.875       -0.109
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_ADDR[4]      MC_System_0_AMBA_SLAVE_0_PADDR[4]      2.863       0.081 
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_ADDR[14]     MC_System_0_AMBA_SLAVE_0_PADDR[14]     2.932       1.319 
============================================================================================================================================================================================


Ending Points with Worst Slack
******************************

                                               Starting                                                                                                                             Required           
Instance                                       Reference                                            Type        Pin                 Net                                             Time         Slack 
                                               Clock                                                                                                                                                   
-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_RDATA[29]     MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[29]     9.654        -0.481
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_RDATA[3]      MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[3]      9.531        -0.481
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_RDATA[30]     MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[30]     9.657        -0.479
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_RDATA[21]     MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[21]     9.683        -0.453
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_RDATA[20]     MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[20]     9.701        -0.435
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_RDATA[4]      MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[4]      9.580        -0.432
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_RDATA[28]     MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[28]     9.708        -0.428
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_RDATA[19]     MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[19]     9.710        -0.426
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_RDATA[27]     MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[27]     9.713        -0.423
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST     MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64     MSS_010     F_HM0_RDATA[31]     MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[31]     9.733        -0.403
=======================================================================================================================================================================================================



Worst Path Information
***********************


Path information for path number 1: 
      Requested Period:                      10.000
    - Setup time:                            0.346
    + Clock delay at ending point:           0.000 (ideal)
    = Required time:                         9.654

    - Propagation time:                      10.136
    - Clock delay at starting point:         0.000 (ideal)
    = Slack (critical) :                     -0.482

    Number of logic level(s):                6
    Starting point:                          MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST / F_HM0_ADDR[9]
    Ending point:                            MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST / F_HM0_RDATA[29]
    The start point is clocked by            MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 [rising] on pin CLK_BASE
    The end   point is clocked by            MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 [rising] on pin CLK_BASE

Instance / Net                                                                                    Pin                 Pin               Arrival     No. of    
Name                                                                                  Type        Name                Dir     Delay     Time        Fan Out(s)
--------------------------------------------------------------------------------------------------------------------------------------------------------------
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST                                            MSS_010     F_HM0_ADDR[9]       Out     2.993     2.993       -         
MC_System_0_AMBA_SLAVE_0_PADDR[9]                                                     Net         -                   -       0.996     -           29        
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_0_1_sx[17]        CFG4        D                   In      -         3.989       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_0_1_sx[17]        CFG4        Y                   Out     0.372     4.361       -         
prdata_o_0_iv_0_1_sx[17]                                                              Net         -                   -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_0_1[17]           CFG4        D                   In      -         4.845       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_0_1[17]           CFG4        Y                   Out     0.411     5.255       -         
prdata_o_0_iv_0_1[17]                                                                 Net         -                   -       0.548     -           2         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0_o6_1_sx[21]     CFG4        D                   In      -         5.803       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0_o6_1_sx[21]     CFG4        Y                   Out     0.408     6.212       -         
prdata_o_1_iv_0_o6_1_sx[21]                                                           Net         -                   -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0_o6_1[21]        CFG4        D                   In      -         6.695       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0_o6_1[21]        CFG4        Y                   Out     0.408     7.103       -         
prdata_o_1_iv_0_o6_1[21]                                                              Net         -                   -       0.761     -           12        
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0[29]             CFG4        D                   In      -         7.864       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0[29]             CFG4        Y                   Out     0.408     8.273       -         
MC_System_0_AMBA_SLAVE_0_PRDATA[29]                                                   Net         -                   -       0.483     -           1         
MC_System_0.CoreAPB3_0.u_mux_p_to_b3.PRDATA[29]                                       CFG4        D                   In      -         8.756       -         
MC_System_0.CoreAPB3_0.u_mux_p_to_b3.PRDATA[29]                                       CFG4        Y                   Out     0.408     9.164       -         
MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[29]                                           Net         -                   -       0.971     -           1         
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST                                            MSS_010     F_HM0_RDATA[29]     In      -         10.136      -         
==============================================================================================================================================================
Total path delay (propagation time + setup) of 10.482 is 5.755(54.9%) logic and 4.726(45.1%) route.
Path delay compensated for clock skew. Clock skew is added to clock-to-out value, and is subtracted from setup time value


Path information for path number 2: 
      Requested Period:                      10.000
    - Setup time:                            0.469
    + Clock delay at ending point:           0.000 (ideal)
    = Required time:                         9.531

    - Propagation time:                      10.012
    - Clock delay at starting point:         0.000 (ideal)
    = Slack (non-critical) :                 -0.481

    Number of logic level(s):                6
    Starting point:                          MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST / F_HM0_ADDR[8]
    Ending point:                            MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST / F_HM0_RDATA[3]
    The start point is clocked by            MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 [rising] on pin CLK_BASE
    The end   point is clocked by            MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 [rising] on pin CLK_BASE

Instance / Net                                                                                                                 Pin                Pin               Arrival     No. of    
Name                                                                                                               Type        Name               Dir     Delay     Time        Fan Out(s)
------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST                                                                         MSS_010     F_HM0_ADDR[8]      Out     3.150     3.150       -         
MC_System_0_AMBA_SLAVE_0_PADDR[8]                                                                                  Net         -                  -       1.000     -           47        
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.READ_DECODE_PROC\.prdata_o351_3_0_0_a2_0_0_a2                CFG4        D                  In      -         4.150       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.READ_DECODE_PROC\.prdata_o351_3_0_0_a2_0_0_a2                CFG4        Y                  Out     0.411     4.561       -         
N_2289                                                                                                             Net         -                  -       0.648     -           5         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.READ_DECODE_PROC\.prdata_o351_3_0_0_a2_0_0_a2_RNI1SU52_0     CFG4        C                  In      -         5.208       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.READ_DECODE_PROC\.prdata_o351_3_0_0_a2_0_0_a2_RNI1SU52_0     CFG4        Y                  Out     0.182     5.391       -         
N_2233_i                                                                                                           Net         -                  -       0.793     -           15        
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_9[3]                                           CFG4        D                  In      -         6.184       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_9[3]                                           CFG4        Y                  Out     0.408     6.592       -         
prdata_o_0_iv_9[3]                                                                                                 Net         -                  -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_11[3]                                          CFG4        C                  In      -         7.075       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_11[3]                                          CFG4        Y                  Out     0.182     7.257       -         
prdata_o_0_iv_11[3]                                                                                                Net         -                  -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv[3]                                             CFG4        D                  In      -         7.740       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv[3]                                             CFG4        Y                  Out     0.408     8.149       -         
MC_System_0_AMBA_SLAVE_0_PRDATA[3]                                                                                 Net         -                  -       0.483     -           1         
MC_System_0.CoreAPB3_0.u_mux_p_to_b3.PRDATA[3]                                                                     CFG4        D                  In      -         8.632       -         
MC_System_0.CoreAPB3_0.u_mux_p_to_b3.PRDATA[3]                                                                     CFG4        Y                  Out     0.408     9.040       -         
MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[3]                                                                         Net         -                  -       0.971     -           1         
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST                                                                         MSS_010     F_HM0_RDATA[3]     In      -         10.012      -         
==========================================================================================================================================================================================
Total path delay (propagation time + setup) of 10.481 is 5.619(53.6%) logic and 4.862(46.4%) route.
Path delay compensated for clock skew. Clock skew is added to clock-to-out value, and is subtracted from setup time value


Path information for path number 3: 
      Requested Period:                      10.000
    - Setup time:                            0.343
    + Clock delay at ending point:           0.000 (ideal)
    = Required time:                         9.657

    - Propagation time:                      10.136
    - Clock delay at starting point:         0.000 (ideal)
    = Slack (non-critical) :                 -0.479

    Number of logic level(s):                6
    Starting point:                          MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST / F_HM0_ADDR[9]
    Ending point:                            MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST / F_HM0_RDATA[30]
    The start point is clocked by            MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 [rising] on pin CLK_BASE
    The end   point is clocked by            MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 [rising] on pin CLK_BASE

Instance / Net                                                                                    Pin                 Pin               Arrival     No. of    
Name                                                                                  Type        Name                Dir     Delay     Time        Fan Out(s)
--------------------------------------------------------------------------------------------------------------------------------------------------------------
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST                                            MSS_010     F_HM0_ADDR[9]       Out     2.993     2.993       -         
MC_System_0_AMBA_SLAVE_0_PADDR[9]                                                     Net         -                   -       0.996     -           29        
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_0_1_sx[17]        CFG4        D                   In      -         3.989       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_0_1_sx[17]        CFG4        Y                   Out     0.372     4.361       -         
prdata_o_0_iv_0_1_sx[17]                                                              Net         -                   -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_0_1[17]           CFG4        D                   In      -         4.845       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_0_1[17]           CFG4        Y                   Out     0.411     5.255       -         
prdata_o_0_iv_0_1[17]                                                                 Net         -                   -       0.548     -           2         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0_o6_1_sx[21]     CFG4        D                   In      -         5.803       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0_o6_1_sx[21]     CFG4        Y                   Out     0.408     6.212       -         
prdata_o_1_iv_0_o6_1_sx[21]                                                           Net         -                   -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0_o6_1[21]        CFG4        D                   In      -         6.695       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0_o6_1[21]        CFG4        Y                   Out     0.408     7.103       -         
prdata_o_1_iv_0_o6_1[21]                                                              Net         -                   -       0.761     -           12        
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0[30]             CFG4        D                   In      -         7.864       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0[30]             CFG4        Y                   Out     0.408     8.273       -         
MC_System_0_AMBA_SLAVE_0_PRDATA[30]                                                   Net         -                   -       0.483     -           1         
MC_System_0.CoreAPB3_0.u_mux_p_to_b3.PRDATA[30]                                       CFG4        D                   In      -         8.756       -         
MC_System_0.CoreAPB3_0.u_mux_p_to_b3.PRDATA[30]                                       CFG4        Y                   Out     0.408     9.164       -         
MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[30]                                           Net         -                   -       0.971     -           1         
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST                                            MSS_010     F_HM0_RDATA[30]     In      -         10.136      -         
==============================================================================================================================================================
Total path delay (propagation time + setup) of 10.479 is 5.753(54.9%) logic and 4.726(45.1%) route.
Path delay compensated for clock skew. Clock skew is added to clock-to-out value, and is subtracted from setup time value


Path information for path number 4: 
      Requested Period:                      10.000
    - Setup time:                            0.317
    + Clock delay at ending point:           0.000 (ideal)
    = Required time:                         9.683

    - Propagation time:                      10.136
    - Clock delay at starting point:         0.000 (ideal)
    = Slack (non-critical) :                 -0.453

    Number of logic level(s):                6
    Starting point:                          MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST / F_HM0_ADDR[9]
    Ending point:                            MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST / F_HM0_RDATA[21]
    The start point is clocked by            MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 [rising] on pin CLK_BASE
    The end   point is clocked by            MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 [rising] on pin CLK_BASE

Instance / Net                                                                                    Pin                 Pin               Arrival     No. of    
Name                                                                                  Type        Name                Dir     Delay     Time        Fan Out(s)
--------------------------------------------------------------------------------------------------------------------------------------------------------------
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST                                            MSS_010     F_HM0_ADDR[9]       Out     2.993     2.993       -         
MC_System_0_AMBA_SLAVE_0_PADDR[9]                                                     Net         -                   -       0.996     -           29        
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_0_1_sx[17]        CFG4        D                   In      -         3.989       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_0_1_sx[17]        CFG4        Y                   Out     0.372     4.361       -         
prdata_o_0_iv_0_1_sx[17]                                                              Net         -                   -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_0_1[17]           CFG4        D                   In      -         4.845       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_0_1[17]           CFG4        Y                   Out     0.411     5.255       -         
prdata_o_0_iv_0_1[17]                                                                 Net         -                   -       0.548     -           2         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0_o6_1_sx[21]     CFG4        D                   In      -         5.803       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0_o6_1_sx[21]     CFG4        Y                   Out     0.408     6.212       -         
prdata_o_1_iv_0_o6_1_sx[21]                                                           Net         -                   -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0_o6_1[21]        CFG4        D                   In      -         6.695       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0_o6_1[21]        CFG4        Y                   Out     0.408     7.103       -         
prdata_o_1_iv_0_o6_1[21]                                                              Net         -                   -       0.761     -           12        
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0[21]             CFG4        D                   In      -         7.864       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_1_iv_0[21]             CFG4        Y                   Out     0.408     8.273       -         
MC_System_0_AMBA_SLAVE_0_PRDATA[21]                                                   Net         -                   -       0.483     -           1         
MC_System_0.CoreAPB3_0.u_mux_p_to_b3.PRDATA[21]                                       CFG4        D                   In      -         8.756       -         
MC_System_0.CoreAPB3_0.u_mux_p_to_b3.PRDATA[21]                                       CFG4        Y                   Out     0.408     9.164       -         
MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[21]                                           Net         -                   -       0.971     -           1         
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST                                            MSS_010     F_HM0_RDATA[21]     In      -         10.136      -         
==============================================================================================================================================================
Total path delay (propagation time + setup) of 10.453 is 5.727(54.8%) logic and 4.726(45.2%) route.
Path delay compensated for clock skew. Clock skew is added to clock-to-out value, and is subtracted from setup time value


Path information for path number 5: 
      Requested Period:                      10.000
    - Setup time:                            0.469
    + Clock delay at ending point:           0.000 (ideal)
    = Required time:                         9.531

    - Propagation time:                      9.967
    - Clock delay at starting point:         0.000 (ideal)
    = Slack (non-critical) :                 -0.436

    Number of logic level(s):                6
    Starting point:                          MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST / F_HM0_ADDR[10]
    Ending point:                            MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST / F_HM0_RDATA[3]
    The start point is clocked by            MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 [rising] on pin CLK_BASE
    The end   point is clocked by            MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 [rising] on pin CLK_BASE

Instance / Net                                                                                                                 Pin                Pin               Arrival     No. of    
Name                                                                                                               Type        Name               Dir     Delay     Time        Fan Out(s)
------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST                                                                         MSS_010     F_HM0_ADDR[10]     Out     3.146     3.146       -         
MC_System_0_AMBA_SLAVE_0_PADDR[10]                                                                                 Net         -                  -       0.997     -           31        
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.N_2234_i_0_a2_1                                              CFG3        B                  In      -         4.143       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.N_2234_i_0_a2_1                                              CFG3        Y                  Out     0.125     4.267       -         
N_2830                                                                                                             Net         -                  -       0.670     -           6         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.READ_DECODE_PROC\.prdata_o351_3_0_0_a2_0_0_a2_RNI1SU52_0     CFG4        D                  In      -         4.937       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.READ_DECODE_PROC\.prdata_o351_3_0_0_a2_0_0_a2_RNI1SU52_0     CFG4        Y                  Out     0.408     5.346       -         
N_2233_i                                                                                                           Net         -                  -       0.793     -           15        
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_9[3]                                           CFG4        D                  In      -         6.138       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_9[3]                                           CFG4        Y                  Out     0.408     6.547       -         
prdata_o_0_iv_9[3]                                                                                                 Net         -                  -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_11[3]                                          CFG4        C                  In      -         7.030       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv_11[3]                                          CFG4        Y                  Out     0.182     7.212       -         
prdata_o_0_iv_11[3]                                                                                                Net         -                  -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv[3]                                             CFG4        D                  In      -         7.696       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.APB3_IF_INST.prdata_o_0_iv[3]                                             CFG4        Y                  Out     0.408     8.104       -         
MC_System_0_AMBA_SLAVE_0_PRDATA[3]                                                                                 Net         -                  -       0.483     -           1         
MC_System_0.CoreAPB3_0.u_mux_p_to_b3.PRDATA[3]                                                                     CFG4        D                  In      -         8.587       -         
MC_System_0.CoreAPB3_0.u_mux_p_to_b3.PRDATA[3]                                                                     CFG4        Y                  Out     0.408     8.995       -         
MC_System_MSS_0_FIC_0_APB_MASTER_PRDATA[3]                                                                         Net         -                  -       0.971     -           1         
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST                                                                         MSS_010     F_HM0_RDATA[3]     In      -         9.967       -         
==========================================================================================================================================================================================
Total path delay (propagation time + setup) of 10.436 is 5.555(53.2%) logic and 4.881(46.8%) route.
Path delay compensated for clock skew. Clock skew is added to clock-to-out value, and is subtracted from setup time value




====================================
Detailed Report for Clock: MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61
====================================



Starting Points with Worst Slack
********************************

                                                                                               Starting                                                                                  Arrival          
Instance                                                                                       Reference                                            Type     Pin     Net                 Time        Slack
                                                                                               Clock                                                                                                      
----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[10]     MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      Q       period_cnt[10]      0.076       3.320
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[11]     MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      Q       period_cnt[11]      0.076       3.534
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[6]      MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      Q       period_cnt[6]       0.076       3.546
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[12]     MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      Q       period_cnt[12]      0.076       3.606
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[13]     MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      Q       period_cnt[13]      0.076       3.643
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[7]      MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      Q       period_cnt[7]       0.076       3.761
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[8]      MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      Q       period_cnt[8]       0.076       3.832
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[9]      MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      Q       period_cnt[9]       0.076       3.870
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.prescale_cnt[0]        MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      Q       prescale_cnt[0]     0.076       4.137
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.prescale_cnt[1]        MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      Q       prescale_cnt[1]     0.076       4.151
==========================================================================================================================================================================================================


Ending Points with Worst Slack
******************************

                                                                                                    Starting                                                                                       Required          
Instance                                                                                            Reference                                            Type     Pin     Net                      Time         Slack
                                                                                                    Clock                                                                                                            
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[17]          MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      D       period_cnt_int_s[17]     9.778        3.320
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[16]          MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      D       period_cnt_int_s[16]     9.778        3.334
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[15]          MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      D       period_cnt_int_s[15]     9.778        3.343
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_fast[15]     MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      D       period_cnt_int_s[15]     9.778        3.343
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[14]          MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      D       period_cnt_int_s[14]     9.778        3.357
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_fast[14]     MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      D       period_cnt_int_s[14]     9.778        3.357
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[13]          MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      D       period_cnt_int_s[13]     9.778        3.372
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_fast[13]     MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      D       period_cnt_int_s[13]     9.778        3.372
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[12]          MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      D       period_cnt_int_s[12]     9.778        3.386
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_fast[12]     MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61     SLE      D       period_cnt_int_s[12]     9.778        3.386
=====================================================================================================================================================================================================================



Worst Path Information
***********************


Path information for path number 1: 
      Requested Period:                      10.000
    - Setup time:                            0.222
    + Clock delay at ending point:           0.000 (ideal)
    = Required time:                         9.778

    - Propagation time:                      6.458
    - Clock delay at starting point:         0.000 (ideal)
    = Slack (non-critical) :                 3.320

    Number of logic level(s):                23
    Starting point:                          MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[10] / Q
    Ending point:                            MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[17] / D
    The start point is clocked by            MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61 [rising] on pin CLK
    The end   point is clocked by            MC_System_CCC_0_FCCC|GL1_net_inferred_clock_1_61 [rising] on pin CLK

Instance / Net                                                                                                                    Pin      Pin               Arrival     No. of    
Name                                                                                                                     Type     Name     Dir     Delay     Time        Fan Out(s)
-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[10]                               SLE      Q        Out     0.076     0.076       -         
period_cnt[10]                                                                                                           Net      -        -       0.676     -           4         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.CENTRE_ALIGNED_PWM_GEN\.un18_pwm_enable_15_5     CFG4     D        In      -         0.752       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.CENTRE_ALIGNED_PWM_GEN\.un18_pwm_enable_15_5     CFG4     Y        Out     0.411     1.163       -         
un18_pwm_enable_15_5                                                                                                     Net      -        -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.CENTRE_ALIGNED_PWM_GEN\.un18_pwm_enable_15       CFG4     D        In      -         1.646       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.CENTRE_ALIGNED_PWM_GEN\.un18_pwm_enable_15       CFG4     Y        Out     0.408     2.055       -         
un18_pwm_enable_15                                                                                                       Net      -        -       0.548     -           2         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.CENTRE_ALIGNED_PWM_GEN\.un19_pwm_enable          CFG4     D        In      -         2.603       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.CENTRE_ALIGNED_PWM_GEN\.un19_pwm_enable          CFG4     Y        Out     0.408     3.011       -         
period_cnt_int_qxu_sx_1[0]                                                                                               Net      -        -       0.648     -           5         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_qxu_sx[0]                         CFG4     B        In      -         3.659       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_qxu_sx[0]                         CFG4     Y        Out     0.143     3.802       -         
period_cnt_int_qxu_sx[0]                                                                                                 Net      -        -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_qxu[0]                            CFG4     C        In      -         4.285       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_qxu[0]                            CFG4     Y        Out     0.200     4.485       -         
period_cnt_int_qxu[0]                                                                                                    Net      -        -       0.483     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_qxu_RNIJBBK2[0]                   ARI1     C        In      -         4.968       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_qxu_RNIJBBK2[0]                   ARI1     FCO      Out     0.228     5.196       -         
period_cnt_int_cry[0]                                                                                                    Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIKPJU2[1]                       ARI1     FCI      In      -         5.196       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIKPJU2[1]                       ARI1     FCO      Out     0.014     5.210       -         
period_cnt_int_cry[1]                                                                                                    Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIM8S83[2]                       ARI1     FCI      In      -         5.210       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIM8S83[2]                       ARI1     FCO      Out     0.014     5.224       -         
period_cnt_int_cry[2]                                                                                                    Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIPO4J3[3]                       ARI1     FCI      In      -         5.224       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIPO4J3[3]                       ARI1     FCO      Out     0.014     5.239       -         
period_cnt_int_cry[3]                                                                                                    Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIT9DT3[4]                       ARI1     FCI      In      -         5.239       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIT9DT3[4]                       ARI1     FCO      Out     0.014     5.253       -         
period_cnt_int_cry[4]                                                                                                    Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNI2SL74[5]                       ARI1     FCI      In      -         5.253       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNI2SL74[5]                       ARI1     FCO      Out     0.014     5.267       -         
period_cnt_int_cry[5]                                                                                                    Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNI8FUH4[6]                       ARI1     FCI      In      -         5.267       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNI8FUH4[6]                       ARI1     FCO      Out     0.014     5.281       -         
period_cnt_int_cry[6]                                                                                                    Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIF37S4[7]                       ARI1     FCI      In      -         5.281       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIF37S4[7]                       ARI1     FCO      Out     0.014     5.295       -         
period_cnt_int_cry[7]                                                                                                    Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNINOF65[8]                       ARI1     FCI      In      -         5.295       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNINOF65[8]                       ARI1     FCO      Out     0.014     5.310       -         
period_cnt_int_cry[8]                                                                                                    Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNI0FOG5[9]                       ARI1     FCI      In      -         5.310       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNI0FOG5[9]                       ARI1     FCO      Out     0.014     5.324       -         
period_cnt_int_cry[9]                                                                                                    Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIH5M56[10]                      ARI1     FCI      In      -         5.324       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIH5M56[10]                      ARI1     FCO      Out     0.014     5.338       -         
period_cnt_int_cry[10]                                                                                                   Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNI3TJA6[11]                      ARI1     FCI      In      -         5.338       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNI3TJA6[11]                      ARI1     FCO      Out     0.014     5.352       -         
period_cnt_int_cry[11]                                                                                                   Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIMLHF6[12]                      ARI1     FCI      In      -         5.352       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIMLHF6[12]                      ARI1     FCO      Out     0.014     5.367       -         
period_cnt_int_cry[12]                                                                                                   Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIAFFK6[13]                      ARI1     FCI      In      -         5.367       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIAFFK6[13]                      ARI1     FCO      Out     0.014     5.381       -         
period_cnt_int_cry[13]                                                                                                   Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIV9DP6[14]                      ARI1     FCI      In      -         5.381       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIV9DP6[14]                      ARI1     FCO      Out     0.014     5.395       -         
period_cnt_int_cry[14]                                                                                                   Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIL5BU6[15]                      ARI1     FCI      In      -         5.395       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIL5BU6[15]                      ARI1     FCO      Out     0.014     5.409       -         
period_cnt_int_cry[15]                                                                                                   Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIC2937[16]                      ARI1     FCI      In      -         5.409       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNIC2937[16]                      ARI1     FCO      Out     0.014     5.423       -         
period_cnt_int_cry[16]                                                                                                   Net      -        -       0.000     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNO[17]                           ARI1     FCI      In      -         5.423       -         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int_RNO[17]                           ARI1     S        Out     0.063     5.487       -         
period_cnt_int_s[17]                                                                                                     Net      -        -       0.971     -           1         
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.CORE3PHASEPWM0_INST.TIMER_INST.period_cnt_int[17]                               SLE      D        In      -         6.458       -         
===================================================================================================================================================================================
Total path delay (propagation time + setup) of 6.680 is 2.387(35.7%) logic and 4.293(64.3%) route.
Path delay compensated for clock skew. Clock skew is added to clock-to-out value, and is subtracted from setup time value




====================================
Detailed Report for Clock: System
====================================



Starting Points with Worst Slack
********************************

                                                                                                            Starting                                                                              Arrival          
Instance                                                                                                    Reference     Type                     Pin          Net                               Time        Slack
                                                                                                            Clock                                                                                                  
-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
MSMC_Fab_6AxisTop_0.A1_MSMC_FAB_TOPLEVEL                                                                    System        msmc_fab_toplevel_st     pready_o     MC_System_0_APBmslave1_PREADY     0.000       6.709
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.TOP_CONTROLLER_MAS_INST.op_mult\.un3_product_o_mulonly_0[35:0]     System        MACC                     P[16]        product_o[16]                     0.000       6.867
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.TOP_CONTROLLER_MAS_INST.op_mult\.un3_product_o_mulonly_0[35:0]     System        MACC                     P[16]        product_o[16]                     0.000       6.867
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.TOP_CONTROLLER_MAS_INST.op_mult\.un3_product_o_mulonly_0[35:0]     System        MACC                     P[17]        product_o[17]                     0.000       6.881
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.TOP_CONTROLLER_MAS_INST.op_mult\.un3_product_o_mulonly_0[35:0]     System        MACC                     P[17]        product_o[17]                     0.000       6.881
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.TOP_CONTROLLER_MAS_INST.op_mult\.un3_product_o_mulonly_0[35:0]     System        MACC                     P[18]        product_o[18]                     0.000       6.895
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.TOP_CONTROLLER_MAS_INST.op_mult\.un3_product_o_mulonly_0[35:0]     System        MACC                     P[18]        product_o[18]                     0.000       6.895
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.TOP_CONTROLLER_MAS_INST.op_mult\.un3_product_o_mulonly_0[35:0]     System        MACC                     P[19]        product_o[19]                     0.000       6.909
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.TOP_CONTROLLER_MAS_INST.op_mult\.un3_product_o_mulonly_0[35:0]     System        MACC                     P[19]        product_o[19]                     0.000       6.909
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.TOP_CONTROLLER_MAS_INST.op_mult\.un3_product_o_mulonly_0[35:0]     System        MACC                     P[20]        product_o[20]                     0.000       6.923
===================================================================================================================================================================================================================


Ending Points with Worst Slack
******************************

                                                                       Starting                                                                              Required          
Instance                                                               Reference     Type        Pin             Net                                         Time         Slack
                                                                       Clock                                                                                                   
-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST                             System        MSS_010     F_HM0_READY     MC_System_MSS_0_FIC_0_APB_MASTER_PREADY     8.795        6.709
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.PWM_COUNT_INST.pwma_s[17]     System        SLE         D               pwma_s_4[17]                                9.778        6.867
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.PWM_COUNT_INST.pwmb_s[17]     System        SLE         D               pwmb_s_2[17]                                9.778        6.867
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.PWM_COUNT_INST.pwma_s[16]     System        SLE         D               pwma_s_4[16]                                9.778        6.881
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.PWM_COUNT_INST.pwmb_s[16]     System        SLE         D               pwmb_s_2[16]                                9.778        6.881
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.PWM_COUNT_INST.pwma_s[15]     System        SLE         D               pwma_s_4[15]                                9.778        6.895
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.PWM_COUNT_INST.pwmb_s[15]     System        SLE         D               pwmb_s_2[15]                                9.778        6.895
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.PWM_COUNT_INST.pwma_s[14]     System        SLE         D               pwma_s_4[14]                                9.778        6.909
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.PWM_COUNT_INST.pwmb_s[14]     System        SLE         D               pwmb_s_2[14]                                9.778        6.909
MSMC_Fab_6AxisTop_0.A0_MSMC_FAB_TOPLEVEL.PWM_COUNT_INST.pwma_s[13]     System        SLE         D               pwma_s_4[13]                                9.778        6.923
===============================================================================================================================================================================



Worst Path Information
***********************


Path information for path number 1: 
      Requested Period:                      10.000
    - Setup time:                            1.205
    + Clock delay at ending point:           0.000 (ideal)
    = Required time:                         8.795

    - Propagation time:                      2.086
    - Clock delay at starting point:         0.000 (ideal)
    - Estimated clock delay at start point:  -0.000
    = Slack (non-critical) :                 6.709

    Number of logic level(s):                1
    Starting point:                          MSMC_Fab_6AxisTop_0.A1_MSMC_FAB_TOPLEVEL / pready_o
    Ending point:                            MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST / F_HM0_READY
    The start point is clocked by            System [rising]
    The end   point is clocked by            MC_System_CCC_0_FCCC|GL0_net_inferred_clock_1_64 [rising] on pin CLK_BASE

Instance / Net                                                             Pin             Pin               Arrival     No. of    
Name                                              Type                     Name            Dir     Delay     Time        Fan Out(s)
-----------------------------------------------------------------------------------------------------------------------------------
MSMC_Fab_6AxisTop_0.A1_MSMC_FAB_TOPLEVEL          msmc_fab_toplevel_st     pready_o        Out     0.000     0.000       -         
MC_System_0_APBmslave1_PREADY                     Net                      -               -       0.971     -           1         
MC_System_0.CoreAPB3_0.u_mux_p_to_b3.PREADY_0     CFG2                     B               In      -         0.971       -         
MC_System_0.CoreAPB3_0.u_mux_p_to_b3.PREADY_0     CFG2                     Y               Out     0.143     1.115       -         
MC_System_MSS_0_FIC_0_APB_MASTER_PREADY           Net                      -               -       0.971     -           1         
MC_System_0.MC_System_MSS_0.MSS_ADLIB_INST        MSS_010                  F_HM0_READY     In      -         2.086       -         
===================================================================================================================================
Total path delay (propagation time + setup) of 3.291 is 1.348(41.0%) logic and 1.943(59.0%) route.
Path delay compensated for clock skew. Clock skew is added to clock-to-out value, and is subtracted from setup time value



##### END OF TIMING REPORT #####]

---------------------------------------
Resource Usage Report for MC_System_top 

Mapping to part: m2s010fbga484-1
Cell usage:
CCC             1 use
CLKINT          3 uses
MSS_010         1 use
RCOSC_25_50MHZ  1 use
msmc_fab_toplevel_st  1 use
CFG1           18 uses
CFG2           274 uses
CFG3           533 uses
CFG4           841 uses

Carry primitives used for arithmetic functions:
ARI1           637 uses


Sequential Cells: 
SLE            2432 uses

DSP Blocks:    4
 MACC:         3 MultAddSubs
 MACC:         1 Mult

I/O ports: 34
I/O primitives: 34
BIBUF          9 uses
INBUF          4 uses
OUTBUF         20 uses
TRIBUFF        1 use


Global Clock Buffers: 3


RAM/ROM usage summary
Block Rams (RAM1K18) : 9

Total LUTs:    2303

Mapper successful!

At Mapper Exit (Real Time elapsed 0h:00m:14s; CPU Time elapsed 0h:00m:14s; Memory used current: 62MB peak: 201MB)

Process took 0h:00m:14s realtime, 0h:00m:14s cputime
# Wed Oct 08 11:17:30 2014

###########################################################]
