state_control.sim.rpt

该芯片的功能是： ① 有一复位开关

; |state_control|next_state~1            ; |state_control|next_state~1            ; out              ;
; |state_control|load_clk~0              ; |state_control|load_clk~0              ; out              ;
; |state_control|next_state.lamp_test    ; |state_control|next_state.lamp_test    ; out              ;
; |state_control|next_state.set_clock    ; |state_control|next_state.set_clock    ; out              ;
; |state_control|WideOr3                 ; |state_control|WideOr3                 ; out0             ;
; |state_control|current_state.lamp_test ; |state_control|current_state.lamp_test ; regout           ;
; |state_control|current_state.idle      ; |state_control|current_state.idle      ; regout           ;
; |state_control|clk                     ; |state_control|clk                     ; out              ;
; |state_control|reset                   ; |state_control|reset                   ; out              ;
; |state_control|test                    ; |state_control|test                    ; out              ;
; |state_control|set_time                ; |state_control|set_time                ; out              ;
; |state_control|load_8888               ; |state_control|load_8888               ; pin_out          ;
; |state_control|load_clk                ; |state_control|load_clk                ; pin_out          ;
; |state_control|current_state~0         ; |state_control|current_state~0         ; out0             ;
; |state_control|current_state~1         ; |state_control|current_state~1         ; out0             ;
; |state_control|Selector0~4             ; |state_control|Selector0~4             ; out0             ;
; |state_control|Selector0~5             ; |state_control|Selector0~5             ; out0             ;
; |state_control|Selector1~4             ; |state_control|Selector1~4             ; out0             ;
; |state_control|Selector1~5             ; |state_control|Selector1~5             ; out0             ;
; |state_control|Selector3~4             ; |state_control|Selector3~4             ; out0             ;
; |state_control|Selector3~5             ; |state_control|Selector3~5             ; out0             ;
+----------------------------------------+----------------------------------------+------------------+


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 ;
+----------------------------------------+----------------------------------------+------------------+
; |state_control|process1~0              ; |state_control|process1~0              ; out0             ;
; |state_control|cook~0                  ; |state_control|cook~0                  ; out              ;
; |state_control|cook~1                  ; |state_control|cook~1                  ; out              ;
; |state_control|current_state.done_msg  ; |state_control|current_state.done_msg  ; regout           ;
; |state_control|next_state.done_msg     ; |state_control|next_state.done_msg     ; out              ;
; |state_control|current_state.timer     ; |state_control|current_state.timer     ; regout           ;
; |state_control|current_state.set_clock ; |state_control|current_state.set_clock ; regout           ;
; |state_control|done                    ; |state_control|done                    ; out              ;
; |state_control|start_cook              ; |state_control|start_cook              ; out              ;
; |state_control|cook                    ; |state_control|cook                    ; pin_out          ;
; |state_control|load_done               ; |state_control|load_done               ; pin_out          ;
; |state_control|Selector2~4             ; |state_control|Selector2~4             ; out0             ;
; |state_control|Selector2~5             ; |state_control|Selector2~5             ; out0             ;
; |state_control|Selector4~4             ; |state_control|Selector4~4             ; out0             ;
; |state_control|Selector4~5             ; |state_control|Selector4~5             ; out0             ;
; |state_control|Selector4~6             ; |state_control|Selector4~6             ; out0             ;
; |state_control|Selector5~4             ; |state_control|Selector5~4             ; out0             ;
; |state_control|Selector5~5             ; |state_control|Selector5~5             ; out0             ;
; |state_control|Selector5~6             ; |state_control|Selector5~6             ; out0             ;
+----------------------------------------+----------------------------------------+------------------+


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 ;
+----------------------------------------+----------------------------------------+------------------+
; |state_control|process1~0              ; |state_control|process1~0              ; out0             ;
; |state_control|cook~0                  ; |state_control|cook~0                  ; out              ;
; |state_control|cook~1                  ; |state_control|cook~1                  ; out              ;
; |state_control|current_state.done_msg  ; |state_control|current_state.done_msg  ; regout           ;
; |state_control|next_state.done_msg     ; |state_control|next_state.done_msg     ; out              ;
; |state_control|current_state.timer     ; |state_control|current_state.timer     ; regout           ;
; |state_control|current_state.set_clock ; |state_control|current_state.set_clock ; regout           ;
; |state_control|done                    ; |state_control|done                    ; out              ;
; |state_control|start_cook              ; |state_control|start_cook              ; out              ;
; |state_control|cook                    ; |state_control|cook                    ; pin_out          ;
; |state_control|load_done               ; |state_control|load_done               ; pin_out          ;
; |state_control|Selector2~4             ; |state_control|Selector2~4             ; out0             ;
; |state_control|Selector2~5             ; |state_control|Selector2~5             ; out0             ;
; |state_control|Selector4~4             ; |state_control|Selector4~4             ; out0             ;
; |state_control|Selector4~5             ; |state_control|Selector4~5             ; out0             ;
; |state_control|Selector4~6             ; |state_control|Selector4~6             ; out0             ;
; |state_control|Selector5~4             ; |state_control|Selector5~4             ; out0             ;
; |state_control|Selector5~5             ; |state_control|Selector5~5             ; out0             ;
; |state_control|Selector5~6             ; |state_control|Selector5~6             ; out0             ;
+----------------------------------------+----------------------------------------+------------------+


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


+--------------------+
; Simulator Messages ;
+--------------------+
Info: *******************************************************************
Info: Running Quartus II Simulator
    Info: Version 7.0 Build 33 02/05/2007 SJ Full Version
    Info: Processing started: Wed Sep 26 21:17:49 2007
Info: Command: quartus_sim --read_settings_files=on --write_settings_files=off state_control -c state_control
Info: Using vector source file "D:/Program Files/altera/70/quartus/自己实践/微波炉定时器芯片/控制状态机模块/state_control.vwf"
Info: Overwriting simulation input file with simulation results
    Info: A backup of state_control.vwf called state_control.sim_ori.vwf has been created in the db folder
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      53.66 %
Info: Number of transitions in simulation is 122
Info: Vector file state_control.vwf is saved in VWF text format. You can compress it into CVWF format in order to reduce file size. For more details please refer to the Quartus II Help.
Info: Quartus II Simulator was successful. 0 errors, 0 warnings
    Info: Allocated 85 megabytes of memory during processing
    Info: Processing ended: Wed Sep 26 21:17:50 2007
    Info: Elapsed time: 00:00:01