intra_pred_pe.srr

H.264标准解码器全部verilog源码

#Program: Synplify 8.1
#OS: Windows_NT

$ Start of Compile
#Sun Feb 22 14:05:57 2009

Synplicity Verilog Compiler, version 3.1.0, Build 049R, built May  3 2005
Copyright (C) 1994-2005, Synplicity Inc.  All Rights Reserved

@I::"C:\Program Files\Synplicity\fpga_81\lib\proasic\proasic.v"
@I::"E:\Verilog\H.264\Intra_pred_PE.v"
@N:"E:\Verilog\H.264\Intra_pred_PE.v":13:12:13:24|Read directive translate_off 
@N:"E:\Verilog\H.264\Intra_pred_PE.v":15:12:15:23|Read directive translate_on 
@I:"E:\Verilog\H.264\Intra_pred_PE.v":"E:\Verilog\H.264\nova_defines.v"
Verilog syntax check successful!
Selecting top level module Intra_pred_PE
@N:"E:\Verilog\H.264\Intra_pred_PE.v":1588:7:1588:8|Synthesizing module PE

@N:"E:\Verilog\H.264\Intra_pred_PE.v":18:7:18:19|Synthesizing module Intra_pred_PE

@W:"E:\Verilog\H.264\Intra_pred_PE.v":45:13:45:27|Input port bit <1> of mb_type_general[3:0] is unused

@W:"E:\Verilog\H.264\Intra_pred_PE.v":45:13:45:27|Input port bit <0> of mb_type_general[3:0] is unused

@END
Process took 0h:00m:05s realtime, 0h:00m:05s cputime
# Sun Feb 22 14:06:04 2009

###########################################################[
Version 8.1
Synplicity Proasic Technology Mapper, Version 8.1.0, Build 539R, Built May  6 2005
Copyright (C) 1994-2005, Synplicity Inc.  All Rights Reserved
@W: BN215 |Library scaling: cannot find default operating conditions - failed to scale design


RTL optimization done.
@N: MF176 |Default generator successful 
@N: MF176 |Default generator successful 
@N: MF176 |Default generator successful 
@N: MF176 |Default generator successful 
@N: MF176 |Default generator successful 
@N: MF176 |Default generator successful 
@N: MF176 |Default generator successful 
@N: MF176 |Default generator successful 
@N: MF176 |Default generator successful 
Promoting Net clk_c on GL33  clk_pad
Replicating N_6176, fanout 16 segments 2
Replicating PE1_shift_len[2], fanout 51 segments 5
Replicating PE2_full_bypass, fanout 25 segments 3
Replicating un1_PE0_in2_3_sqmuxa_i_0, fanout 16 segments 2
Replicating un1_PE3_in1_5_sqmuxa_i_0, fanout 16 segments 2
Replicating un1_PE2_in1_2_sqmuxa_i_0, fanout 16 segments 2
Replicating N_1633_i, fanout 16 segments 2
Replicating N_4854_i, fanout 16 segments 2
Replicating PE3_shift_len_i_0[0], fanout 18 segments 2
Replicating PE0_shift_len_i_0[0], fanout 17 segments 2
Replicating N_1669_i, fanout 16 segments 2
Replicating N_1687_i, fanout 16 segments 2
Replicating PE0_in0_9_sqmuxa_i_i, fanout 17 segments 2
Replicating PE3_in0_sn_N_62_i, fanout 15 segments 2
Replicating N_6017_i, fanout 15 segments 2
Replicating N_1129, fanout 27 segments 3
Replicating N_1101, fanout 32 segments 3
Replicating N_2979, fanout 16 segments 2
Replicating N_3354, fanout 16 segments 2
Replicating PE0_round_value_18_sqmuxa, fanout 14 segments 2
Replicating N_754, fanout 16 segments 2
Replicating N_5318, fanout 16 segments 2
Replicating N_719, fanout 16 segments 2
Replicating N_836, fanout 16 segments 2
Replicating N_5387, fanout 16 segments 2
Replicating un1_PE0_in0_3_sqmuxa_1, fanout 16 segments 2
Replicating un1_PE0_in0_6_sqmuxa, fanout 16 segments 2
Replicating un1_PE3_in0_1_sqmuxa, fanout 17 segments 2
Replicating N_5879, fanout 16 segments 2
Replicating N_5383, fanout 16 segments 2
Replicating un1_PE0_in0_1_sqmuxa_3, fanout 16 segments 2
Replicating N_5751, fanout 18 segments 2
Replicating N_1546, fanout 16 segments 2
Replicating PE0_shift_len[2], fanout 13 segments 2
Replicating PE0_shift_len[1], fanout 15 segments 2
Replicating PE2_shift_len[0], fanout 17 segments 2
Replicating N_4722, fanout 15 segments 2
Replicating PE2_in0_sn_N_95, fanout 16 segments 2
Replicating N_4713, fanout 16 segments 2
Replicating PE1_shift_len[0], fanout 17 segments 2
Replicating PE2_in0_sn_N_101_i, fanout 37 segments 4
Replicating N_379_i, fanout 15 segments 2
Replicating N_412, fanout 16 segments 2
Replicating PE3_full_bypass, fanout 26 segments 3
Replicating PE0_in0_5_sqmuxa, fanout 16 segments 2
Replicating PE0_in0_13_sqmuxa, fanout 17 segments 2
Replicating N_1003, fanout 16 segments 2
Replicating N_5312, fanout 16 segments 2
Replicating N_2939, fanout 15 segments 2
Replicating N_6748, fanout 16 segments 2
Replicating N_803, fanout 16 segments 2
Replicating N_4108_i, fanout 14 segments 2
Replicating un1_PE1_in0_4_sqmuxa, fanout 52 segments 5
Replicating N_6400, fanout 22 segments 2
Replicating PE0_in0_15_sqmuxa, fanout 31 segments 3
Replicating PE0_in0_14_sqmuxa, fanout 31 segments 3
Replicating PE0_round_value_16_sqmuxa, fanout 16 segments 2
Replicating PE0_in2_6_sqmuxa, fanout 31 segments 3
Replicating PE0_in2_4_sqmuxa, fanout 31 segments 3
Replicating PE1_in0_7_sqmuxa, fanout 16 segments 2
Replicating PE0_in0_8_sqmuxa, fanout 32 segments 3
Replicating PE0_in0_7_sqmuxa_2, fanout 31 segments 3
Replicating N_6082, fanout 17 segments 2
Replicating un1_PE1_in0_3_sqmuxa, fanout 16 segments 2
Replicating un1_PE1_in0_1_sqmuxa_4, fanout 33 segments 3
Replicating PE1_shift_len[1], fanout 19 segments 2
Replicating N_6744, fanout 31 segments 3
Replicating N_143_2, fanout 14 segments 2
Replicating N_418_1, fanout 37 segments 4
Replicating N_2728, fanout 16 segments 2
Replicating N_6742, fanout 20 segments 2
Replicating PE1_IsShift, fanout 16 segments 2
Replicating PE3_IsShift, fanout 16 segments 2
Replicating PE2_shift_len[1], fanout 20 segments 2
Replicating PE2_IsShift, fanout 16 segments 2
Replicating PE0_shift_len394, fanout 17 segments 2
Replicating N_2730, fanout 16 segments 2
Replicating N_6379, fanout 36 segments 3
Replicating N_3168, fanout 16 segments 2
Replicating PE1_IsStore, fanout 16 segments 2
Replicating PE2_in0_sn_N_60, fanout 16 segments 2
Replicating PE3_shift_len[1], fanout 20 segments 2
Replicating un1_PE3_in0_2_sqmuxa, fanout 16 segments 2
Replicating PE3_in0_sn_N_57, fanout 18 segments 2
Replicating N_2039, fanout 16 segments 2
Replicating N_4154, fanout 19 segments 2
Replicating N_5767, fanout 26 segments 3
Replicating N_5849_i_0, fanout 15 segments 2
Replicating PE3_in0_sn_N_62_1, fanout 54 segments 5
Replicating N_6056, fanout 55 segments 5
Replicating N_6605, fanout 20 segments 2
Replicating N_5698, fanout 21 segments 2
Replicating N_3076_i_i, fanout 42 segments 4
Replicating N_3639, fanout 16 segments 2
Replicating N_418, fanout 16 segments 2
Replicating N_4363, fanout 17 segments 2
Replicating N_438, fanout 16 segments 2
Replicating N_2510, fanout 16 segments 2
Replicating PE0_full_bypass, fanout 33 segments 3
Replicating N_5789, fanout 19 segments 2
Replicating N_6714, fanout 32 segments 3
Replicating N_5385, fanout 16 segments 2
Replicating N_6722, fanout 34 segments 3
Replicating N_6058, fanout 38 segments 4
Replicating PE0_in0_11_sqmuxa, fanout 16 segments 2
Replicating PE0_shift_len180, fanout 30 segments 3
Replicating N_5729, fanout 20 segments 2
Replicating PE1_IsShift_9_sqmuxa, fanout 17 segments 2
Replicating PE0_full_bypass_11_sqmuxa, fanout 21 segments 2
Replicating PE0_IsStore, fanout 16 segments 2
Replicating N_6431, fanout 13 segments 2
Replicating N_6425, fanout 57 segments 5
Replicating N_913, fanout 16 segments 2
Replicating N_343, fanout 13 segments 2
Replicating N_6730, fanout 15 segments 2
Replicating N_5994, fanout 50 segments 5
Replicating N_288_i, fanout 16 segments 2
Replicating N_6721, fanout 31 segments 3
Replicating N_5913, fanout 20 segments 2
Replicating N_6203, fanout 18 segments 2
Replicating PE0_in1_7_sqmuxa, fanout 16 segments 2
Replicating PE3_in2_7_sqmuxa, fanout 16 segments 2
Replicating N_6726, fanout 32 segments 3
Replicating un1_PE0_in1_2_sqmuxa, fanout 16 segments 2
Replicating N_461, fanout 16 segments 2
Replicating PE1_in3_4_sqmuxa, fanout 64 segments 6
Replicating N_6191, fanout 142 segments 12
Replicating N_6190, fanout 161 segments 14
Replicating N_6718, fanout 33 segments 3
Replicating N_988, fanout 64 segments 6
Replicating N_4618_i_0, fanout 47 segments 4
Replicating N_578_i, fanout 16 segments 2
Replicating N_5713, fanout 106 segments 9
Replicating N_5891, fanout 17 segments 2
Buffering c_c[11], fanout 14 segments 2
Buffering mbAddrB_availability_c, fanout 17 segments 2
Buffering Intra16x16_predmode_c[0], fanout 15 segments 2