efcount.sim.rpt

来自「完整的等精度频率相位计」· RPT 代码 · 共 520 行 · 第 1/4 页

RPT
520 行
字号
1234
; |efepd|efcount:b2v_inst1|bzq[14]           ; |efepd|efcount:b2v_inst1|bzq[14]~1156COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[6]            ; |efepd|efcount:b2v_inst1|bzq[6]~1158       ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[30]           ; |efepd|efcount:b2v_inst1|bzq[30]~1160      ; cout             ;
; |efepd|efcount:b2v_inst1|tsq[15]           ; |efepd|efcount:b2v_inst1|tsq[15]~882       ; cout             ;
; |efepd|efcount:b2v_inst1|tsq[23]           ; |efepd|efcount:b2v_inst1|tsq[23]~884       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[23]           ; |efepd|efcount:b2v_inst1|tsq[23]~884COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[7]            ; |efepd|efcount:b2v_inst1|tsq[7]~886        ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[7]            ; |efepd|efcount:b2v_inst1|tsq[7]~886COUT1   ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[23]           ; |efepd|efcount:b2v_inst1|bzq[23]~1162      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[23]           ; |efepd|efcount:b2v_inst1|bzq[23]~1162COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[15]           ; |efepd|efcount:b2v_inst1|bzq[15]~1164      ; cout             ;
; |efepd|efcount:b2v_inst1|bzq[7]            ; |efepd|efcount:b2v_inst1|bzq[7]~1166       ; cout0            ;
; |efepd|efcount:b2v_inst1|q3                ; |efepd|efcount:b2v_inst1|q3                ; regout           ;
; |efepd|efcount:b2v_inst1|Equal8~13         ; |efepd|efcount:b2v_inst1|Equal8~13         ; combout          ;
; |efepd|efcount:b2v_inst1|tsq[0]            ; |efepd|efcount:b2v_inst1|tsq[0]            ; regout           ;
; |efepd|efcount:b2v_inst1|data[0]~312       ; |efepd|efcount:b2v_inst1|data[0]~312       ; combout          ;
; |efepd|efcount:b2v_inst1|data[1]~317       ; |efepd|efcount:b2v_inst1|data[1]~317       ; combout          ;
; |efepd|efcount:b2v_inst1|data[2]~322       ; |efepd|efcount:b2v_inst1|data[2]~322       ; combout          ;
; |efepd|efcount:b2v_inst1|data[3]~327       ; |efepd|efcount:b2v_inst1|data[3]~327       ; combout          ;
; |efepd|efcount:b2v_inst1|data[4]~332       ; |efepd|efcount:b2v_inst1|data[4]~332       ; combout          ;
; |efepd|efcount:b2v_inst1|data[5]~337       ; |efepd|efcount:b2v_inst1|data[5]~337       ; combout          ;
; |efepd|efcount:b2v_inst1|data[6]~342       ; |efepd|efcount:b2v_inst1|data[6]~342       ; combout          ;
; |efepd|efcount:b2v_inst1|data[6]~343       ; |efepd|efcount:b2v_inst1|data[6]~343       ; combout          ;
; |efepd|efcount:b2v_inst1|data[7]~347       ; |efepd|efcount:b2v_inst1|data[7]~347       ; combout          ;
; |efepd|efcount:b2v_inst1|data[7]~348       ; |efepd|efcount:b2v_inst1|data[7]~348       ; combout          ;
; |efepd|epd:b2v_inst|SYNTHESIZED_WIRE_14    ; |efepd|epd:b2v_inst|SYNTHESIZED_WIRE_14    ; regout           ;
; |efepd|efcount:b2v_inst1|ena               ; |efepd|efcount:b2v_inst1|ena               ; regout           ;
; |efepd|epd:b2v_inst|SYNTHESIZED_WIRE_18    ; |efepd|epd:b2v_inst|SYNTHESIZED_WIRE_18    ; regout           ;
; |efepd|epd:b2v_inst|SYNTHESIZED_WIRE_10~0  ; |efepd|epd:b2v_inst|SYNTHESIZED_WIRE_10~0  ; combout          ;
; |efepd|epd:b2v_inst|SYNTHESIZED_WIRE_14~38 ; |efepd|epd:b2v_inst|SYNTHESIZED_WIRE_14~38 ; combout          ;
; |efepd|efcount:b2v_inst1|clk2              ; |efepd|efcount:b2v_inst1|clk2              ; combout          ;
; |efepd|epd:b2v_inst|SYNTHESIZED_WIRE_15~0  ; |efepd|epd:b2v_inst|SYNTHESIZED_WIRE_15~0  ; combout          ;
; |efepd|epd:b2v_inst|SYNTHESIZED_WIRE_14~39 ; |efepd|epd:b2v_inst|SYNTHESIZED_WIRE_14~39 ; combout          ;
; |efepd|START                               ; |efepd|START                               ; padio            ;
; |efepd|EEND                                ; |efepd|EEND                                ; padio            ;
; |efepd|SEL[0]                              ; |efepd|SEL[0]~corein                       ; combout          ;
; |efepd|SEL[1]                              ; |efepd|SEL[1]~corein                       ; combout          ;
; |efepd|SEL[2]                              ; |efepd|SEL[2]~corein                       ; combout          ;
; |efepd|SPUL                                ; |efepd|SPUL~corein                         ; combout          ;
; |efepd|PB                                  ; |efepd|PB~corein                           ; combout          ;
; |efepd|PA                                  ; |efepd|PA~corein                           ; combout          ;
+--------------------------------------------+--------------------------------------------+------------------+


The following table displays output ports that do not toggle to 0 during simulation.
+------------------------------------------------------------------------------------------------------------+
; Missing 0-Value Coverage                                                                                   ;
+--------------------------------------------+--------------------------------------------+------------------+
; Node Name                                  ; Output Port Name                           ; Output Port Type ;
+--------------------------------------------+--------------------------------------------+------------------+
; |efepd|efcount:b2v_inst1|tsq[8]            ; |efepd|efcount:b2v_inst1|tsq[8]~828        ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[8]            ; |efepd|efcount:b2v_inst1|tsq[8]~828COUT1   ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[16]           ; |efepd|efcount:b2v_inst1|tsq[16]~830       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[16]           ; |efepd|efcount:b2v_inst1|tsq[16]~830COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[24]           ; |efepd|efcount:b2v_inst1|tsq[24]~832       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[24]           ; |efepd|efcount:b2v_inst1|tsq[24]~832COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[16]           ; |efepd|efcount:b2v_inst1|bzq[16]~1108      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[16]           ; |efepd|efcount:b2v_inst1|bzq[16]~1108COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[8]            ; |efepd|efcount:b2v_inst1|bzq[8]~1110       ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[24]           ; |efepd|efcount:b2v_inst1|bzq[24]~1112      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[24]           ; |efepd|efcount:b2v_inst1|bzq[24]~1112COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[9]            ; |efepd|efcount:b2v_inst1|tsq[9]~834        ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[9]            ; |efepd|efcount:b2v_inst1|tsq[9]~834COUT1   ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[17]           ; |efepd|efcount:b2v_inst1|tsq[17]~836       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[17]           ; |efepd|efcount:b2v_inst1|tsq[17]~836COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[1]            ; |efepd|efcount:b2v_inst1|tsq[1]~838        ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[1]            ; |efepd|efcount:b2v_inst1|tsq[1]~838COUT1   ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[25]           ; |efepd|efcount:b2v_inst1|tsq[25]~840       ; cout             ;
; |efepd|efcount:b2v_inst1|bzq[17]           ; |efepd|efcount:b2v_inst1|bzq[17]~1114      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[17]           ; |efepd|efcount:b2v_inst1|bzq[17]~1114COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[9]            ; |efepd|efcount:b2v_inst1|bzq[9]~1116       ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[25]           ; |efepd|efcount:b2v_inst1|bzq[25]~1120      ; cout             ;
; |efepd|efcount:b2v_inst1|tsq[10]           ; |efepd|efcount:b2v_inst1|tsq[10]~842       ; cout             ;
; |efepd|efcount:b2v_inst1|tsq[18]           ; |efepd|efcount:b2v_inst1|tsq[18]~844       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[18]           ; |efepd|efcount:b2v_inst1|tsq[18]~844COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[2]            ; |efepd|efcount:b2v_inst1|tsq[2]~846        ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[2]            ; |efepd|efcount:b2v_inst1|tsq[2]~846COUT1   ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[26]           ; |efepd|efcount:b2v_inst1|tsq[26]~848       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[26]           ; |efepd|efcount:b2v_inst1|tsq[26]~848COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[18]           ; |efepd|efcount:b2v_inst1|bzq[18]~1122      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[18]           ; |efepd|efcount:b2v_inst1|bzq[18]~1122COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[10]           ; |efepd|efcount:b2v_inst1|bzq[10]~1124      ; cout             ;
; |efepd|efcount:b2v_inst1|bzq[26]           ; |efepd|efcount:b2v_inst1|bzq[26]~1128      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[26]           ; |efepd|efcount:b2v_inst1|bzq[26]~1128COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[11]           ; |efepd|efcount:b2v_inst1|tsq[11]~850       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[11]           ; |efepd|efcount:b2v_inst1|tsq[11]~850COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[19]           ; |efepd|efcount:b2v_inst1|tsq[19]~852       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[19]           ; |efepd|efcount:b2v_inst1|tsq[19]~852COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[3]            ; |efepd|efcount:b2v_inst1|tsq[3]~854        ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[3]            ; |efepd|efcount:b2v_inst1|tsq[3]~854COUT1   ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[27]           ; |efepd|efcount:b2v_inst1|tsq[27]~856       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[27]           ; |efepd|efcount:b2v_inst1|tsq[27]~856COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[19]           ; |efepd|efcount:b2v_inst1|bzq[19]~1130      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[19]           ; |efepd|efcount:b2v_inst1|bzq[19]~1130COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[11]           ; |efepd|efcount:b2v_inst1|bzq[11]~1132      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[11]           ; |efepd|efcount:b2v_inst1|bzq[11]~1132COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[27]           ; |efepd|efcount:b2v_inst1|bzq[27]~1136      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[27]           ; |efepd|efcount:b2v_inst1|bzq[27]~1136COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[12]           ; |efepd|efcount:b2v_inst1|tsq[12]~858       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[12]           ; |efepd|efcount:b2v_inst1|tsq[12]~858COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[20]           ; |efepd|efcount:b2v_inst1|tsq[20]~860       ; cout             ;
; |efepd|efcount:b2v_inst1|tsq[4]            ; |efepd|efcount:b2v_inst1|tsq[4]~862        ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[4]            ; |efepd|efcount:b2v_inst1|tsq[4]~862COUT1   ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[28]           ; |efepd|efcount:b2v_inst1|tsq[28]~864       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[28]           ; |efepd|efcount:b2v_inst1|tsq[28]~864COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[20]           ; |efepd|efcount:b2v_inst1|bzq[20]~1138      ; cout             ;
; |efepd|efcount:b2v_inst1|bzq[12]           ; |efepd|efcount:b2v_inst1|bzq[12]~1140      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[12]           ; |efepd|efcount:b2v_inst1|bzq[12]~1140COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[28]           ; |efepd|efcount:b2v_inst1|bzq[28]~1144      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[28]           ; |efepd|efcount:b2v_inst1|bzq[28]~1144COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[13]           ; |efepd|efcount:b2v_inst1|tsq[13]~866       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[13]           ; |efepd|efcount:b2v_inst1|tsq[13]~866COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[21]           ; |efepd|efcount:b2v_inst1|tsq[21]~868       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[21]           ; |efepd|efcount:b2v_inst1|tsq[21]~868COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[5]            ; |efepd|efcount:b2v_inst1|tsq[5]~870        ; cout             ;
; |efepd|efcount:b2v_inst1|tsq[29]           ; |efepd|efcount:b2v_inst1|tsq[29]~872       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[29]           ; |efepd|efcount:b2v_inst1|tsq[29]~872COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[21]           ; |efepd|efcount:b2v_inst1|bzq[21]~1146      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[21]           ; |efepd|efcount:b2v_inst1|bzq[21]~1146COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[13]           ; |efepd|efcount:b2v_inst1|bzq[13]~1148      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[13]           ; |efepd|efcount:b2v_inst1|bzq[13]~1148COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|bzq[29]           ; |efepd|efcount:b2v_inst1|bzq[29]~1152      ; cout0            ;
; |efepd|efcount:b2v_inst1|bzq[29]           ; |efepd|efcount:b2v_inst1|bzq[29]~1152COUT1 ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[14]           ; |efepd|efcount:b2v_inst1|tsq[14]~874       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[14]           ; |efepd|efcount:b2v_inst1|tsq[14]~874COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[22]           ; |efepd|efcount:b2v_inst1|tsq[22]~876       ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[22]           ; |efepd|efcount:b2v_inst1|tsq[22]~876COUT1  ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[6]            ; |efepd|efcount:b2v_inst1|tsq[6]~878        ; cout0            ;
; |efepd|efcount:b2v_inst1|tsq[6]            ; |efepd|efcount:b2v_inst1|tsq[6]~878COUT1   ; cout1            ;
; |efepd|efcount:b2v_inst1|tsq[30]           ; |efepd|efcount:b2v_inst1|tsq[30]~880       ; cout             ;
1234

efcount.sim.rpt - 源码说明

本页面展示了「完整的等精度频率相位计」中的 efcount.sim.rpt 源码文件，采用 RPT 编程语言编写，共 520 行代码。您可以在线阅读完整代码内容，也可以返回资源详情页下载完整源码包进行本地学习和开发。

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