scan_led1000.sim.rpt

Quartus环境下的1000进制计数器的扫描显示电路

; |SCAN_LED1000|CNT1000:U1|C1[2]        ; |SCAN_LED1000|CNT1000:U1|C1[2]        ; regout           ;
; |SCAN_LED1000|SCAN_LED:U2|A[2]~806    ; |SCAN_LED1000|SCAN_LED:U2|A[2]~806    ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|A[2]~807    ; |SCAN_LED1000|SCAN_LED:U2|A[2]~807    ; combout          ;
; |SCAN_LED1000|CNT1000:U1|C1[3]        ; |SCAN_LED1000|CNT1000:U1|C1[3]        ; regout           ;
; |SCAN_LED1000|SCAN_LED:U2|A[3]~808    ; |SCAN_LED1000|SCAN_LED:U2|A[3]~808    ; combout          ;
; |SCAN_LED1000|CNT1000:U1|C2[3]        ; |SCAN_LED1000|CNT1000:U1|C2[3]        ; regout           ;
; |SCAN_LED1000|SCAN_LED:U2|A[3]~809    ; |SCAN_LED1000|SCAN_LED:U2|A[3]~809    ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|SG[0]~191   ; |SCAN_LED1000|SCAN_LED:U2|SG[0]~191   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|SG[1]~192   ; |SCAN_LED1000|SCAN_LED:U2|SG[1]~192   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|SG[2]~193   ; |SCAN_LED1000|SCAN_LED:U2|SG[2]~193   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|SG[3]~194   ; |SCAN_LED1000|SCAN_LED:U2|SG[3]~194   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|SG[4]~195   ; |SCAN_LED1000|SCAN_LED:U2|SG[4]~195   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|SG[5]~196   ; |SCAN_LED1000|SCAN_LED:U2|SG[5]~196   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|SG[6]~197   ; |SCAN_LED1000|SCAN_LED:U2|SG[6]~197   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|BT[0]~115   ; |SCAN_LED1000|SCAN_LED:U2|BT[0]~115   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|BT[0]~116   ; |SCAN_LED1000|SCAN_LED:U2|BT[0]~116   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|BT[0]~117   ; |SCAN_LED1000|SCAN_LED:U2|BT[0]~117   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|BT[0]~118   ; |SCAN_LED1000|SCAN_LED:U2|BT[0]~118   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|BT[0]~119   ; |SCAN_LED1000|SCAN_LED:U2|BT[0]~119   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|BT[0]~120   ; |SCAN_LED1000|SCAN_LED:U2|BT[0]~120   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|BT[0]~121   ; |SCAN_LED1000|SCAN_LED:U2|BT[0]~121   ; combout          ;
; |SCAN_LED1000|SCAN_LED:U2|BT[0]~122   ; |SCAN_LED1000|SCAN_LED:U2|BT[0]~122   ; combout          ;
; |SCAN_LED1000|CNT1000:U1|COUT2        ; |SCAN_LED1000|CNT1000:U1|COUT2        ; regout           ;
; |SCAN_LED1000|CNT1000:U1|COUT1        ; |SCAN_LED1000|CNT1000:U1|COUT1        ; regout           ;
; |SCAN_LED1000|CNT1000:U1|process0~361 ; |SCAN_LED1000|CNT1000:U1|process0~361 ; combout          ;
; |SCAN_LED1000|CNT1000:U1|add~829      ; |SCAN_LED1000|CNT1000:U1|add~829      ; combout          ;
; |SCAN_LED1000|CNT1000:U1|add~830      ; |SCAN_LED1000|CNT1000:U1|add~830      ; combout          ;
; |SCAN_LED1000|CNT1000:U1|add~831      ; |SCAN_LED1000|CNT1000:U1|add~831      ; combout          ;
; |SCAN_LED1000|rtl~113                 ; |SCAN_LED1000|rtl~113                 ; combout          ;
; |SCAN_LED1000|CNT1000:U1|process0~362 ; |SCAN_LED1000|CNT1000:U1|process0~362 ; combout          ;
; |SCAN_LED1000|CNT1000:U1|add~832      ; |SCAN_LED1000|CNT1000:U1|add~832      ; combout          ;
; |SCAN_LED1000|rtl~114                 ; |SCAN_LED1000|rtl~114                 ; combout          ;
; |SCAN_LED1000|CNT1000:U1|add~833      ; |SCAN_LED1000|CNT1000:U1|add~833      ; combout          ;
; |SCAN_LED1000|CNT1000:U1|process0~363 ; |SCAN_LED1000|CNT1000:U1|process0~363 ; combout          ;
; |SCAN_LED1000|CNT1000:U1|process0~364 ; |SCAN_LED1000|CNT1000:U1|process0~364 ; combout          ;
; |SCAN_LED1000|CLK1                    ; |SCAN_LED1000|CLK1                    ; combout          ;
; |SCAN_LED1000|CLK0                    ; |SCAN_LED1000|CLK0                    ; combout          ;
; |SCAN_LED1000|SG[0]                   ; |SCAN_LED1000|SG[0]                   ; padio            ;
; |SCAN_LED1000|SG[1]                   ; |SCAN_LED1000|SG[1]                   ; padio            ;
; |SCAN_LED1000|SG[2]                   ; |SCAN_LED1000|SG[2]                   ; padio            ;
; |SCAN_LED1000|SG[3]                   ; |SCAN_LED1000|SG[3]                   ; padio            ;
; |SCAN_LED1000|SG[4]                   ; |SCAN_LED1000|SG[4]                   ; padio            ;
; |SCAN_LED1000|SG[5]                   ; |SCAN_LED1000|SG[5]                   ; padio            ;
; |SCAN_LED1000|SG[6]                   ; |SCAN_LED1000|SG[6]                   ; padio            ;
; |SCAN_LED1000|BT[0]                   ; |SCAN_LED1000|BT[0]                   ; padio            ;
; |SCAN_LED1000|BT[1]                   ; |SCAN_LED1000|BT[1]                   ; padio            ;
; |SCAN_LED1000|BT[2]                   ; |SCAN_LED1000|BT[2]                   ; padio            ;
; |SCAN_LED1000|BT[3]                   ; |SCAN_LED1000|BT[3]                   ; padio            ;
; |SCAN_LED1000|BT[4]                   ; |SCAN_LED1000|BT[4]                   ; padio            ;
; |SCAN_LED1000|BT[5]                   ; |SCAN_LED1000|BT[5]                   ; padio            ;
; |SCAN_LED1000|BT[6]                   ; |SCAN_LED1000|BT[6]                   ; padio            ;
; |SCAN_LED1000|BT[7]                   ; |SCAN_LED1000|BT[7]                   ; padio            ;
+---------------------------------------+---------------------------------------+------------------+


The following table displays output ports that do not toggle to 1 during simulation.
+----------------------------------------------------------------------------------------+
; Missing 1-Value Coverage                                                               ;
+----------------------------------+----------------------------------+------------------+
; Node Name                        ; Output Port Name                 ; Output Port Type ;
+----------------------------------+----------------------------------+------------------+
; |SCAN_LED1000|CNT1000:U1|C3[3]   ; |SCAN_LED1000|CNT1000:U1|C3[3]   ; regout           ;
; |SCAN_LED1000|CNT1000:U1|COUT3   ; |SCAN_LED1000|CNT1000:U1|COUT3   ; regout           ;
; |SCAN_LED1000|CNT1000:U1|add~834 ; |SCAN_LED1000|CNT1000:U1|add~834 ; combout          ;
; |SCAN_LED1000|CNT1000:U1|COUT3~1 ; |SCAN_LED1000|CNT1000:U1|COUT3~1 ; combout          ;
; |SCAN_LED1000|RST                ; |SCAN_LED1000|RST                ; combout          ;
; |SCAN_LED1000|EN                 ; |SCAN_LED1000|EN                 ; combout          ;
; |SCAN_LED1000|COUT               ; |SCAN_LED1000|COUT               ; padio            ;
+----------------------------------+----------------------------------+------------------+


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 ;
+----------------------------------+----------------------------------+------------------+
; |SCAN_LED1000|CNT1000:U1|C3[3]   ; |SCAN_LED1000|CNT1000:U1|C3[3]   ; regout           ;
; |SCAN_LED1000|CNT1000:U1|COUT3   ; |SCAN_LED1000|CNT1000:U1|COUT3   ; regout           ;
; |SCAN_LED1000|CNT1000:U1|add~834 ; |SCAN_LED1000|CNT1000:U1|add~834 ; combout          ;
; |SCAN_LED1000|CNT1000:U1|COUT3~1 ; |SCAN_LED1000|CNT1000:U1|COUT3~1 ; combout          ;
; |SCAN_LED1000|RST                ; |SCAN_LED1000|RST                ; combout          ;
; |SCAN_LED1000|EN                 ; |SCAN_LED1000|EN                 ; combout          ;
; |SCAN_LED1000|COUT               ; |SCAN_LED1000|COUT               ; padio            ;
+----------------------------------+----------------------------------+------------------+


+---------------------+
; Simulator INI Usage ;
+--------+------------+
; Option ; Usage      ;
+--------+------------+


+--------------------+
; Simulator Messages ;
+--------------------+
Info: *******************************************************************
Info: Running Quartus II Simulator
    Info: Version 5.1 Build 176 10/26/2005 SJ Full Version
    Info: Processing started: Fri Nov 24 21:04:36 2006
Info: Command: quartus_sim --read_settings_files=on --write_settings_files=off scan_led1000 -c scan_led1000
Info: Option to preserve fewer signal transitions to reduce memory requirements is enabled
    Info: Simulation has been partitioned into sub-simulations according to the maximum transition count determined by the engine. Transitions from memory will be flushed out to disk at the end of each sub-simulation to reduce memory requirements.
Info: Simulation partitioned into 1 sub-simulations
Info: Simulation coverage is      89.71 %
Info: Number of transitions in simulation is 41627
Info: Quartus II Simulator was successful. 0 errors, 0 warnings
    Info: Processing ended: Fri Nov 24 21:04:37 2006
    Info: Elapsed time: 00:00:02