Proteus8.10 VSM Studio python編譯器仿真Raspberry_系列_48_Remote_Light

ID:371233 · 發表于 2020-10-16 12:10

一，打開文件（可以隨文下載放置在文檔中打開）。(如下圖1所示)

圖1

二，調整原理圖大小，適合可視，另存工程文件。(如下圖2，3，4所示)

圖2

圖3

圖4

三，點擊Source Code標簽。(如下圖5所示)

圖5

四，編輯main.py Proteus8.10 VSM Studio python編譯器仿真Raspberry_系列_48_Remote_Light (如下圖6所示)

五，Main.py 代碼：
# !/usr/bin/env python3
# Generated by Proteus Visual Designer for Raspberry Pi

# Modules
from goto import with_goto
from stddef import *
import var
import pio
import resource
from datetime import datetime

# Peripheral Configuration Code (Do Not Edit)
#---CONFIG_BEGIN---
import cpu
import FileStore
import VFP
import Ports
import Generic
import Controls

def peripheral_setup () :
# Peripheral Constructors
pio.cpu=cpu.CPU ()
pio.storage=FileStore.FileStore ()
pio.server=VFP.VfpServer ()
pio.uart=Ports.UART ()
pio.LED1=Generic.LED (pio.GPIO20)
pio.IotBtn1=Controls.PushButton ("IotBtn1", )
pio.IotLED1=Controls.Indicator ("IotLED1", )
pio.IotBtn2=Controls.PushButton ("IotBtn2", )
pio.storage.begin ()
pio.server.begin (0)
# Install interrupt handlers
pio.IotBtn1.attachEventHandler(chart_OnIotBtn1)
pio.IotBtn2.attachEventHandler(chart_OnIotBtn2)

def peripheral_loop () :
pass

#---CONFIG_END---
def variables_setup () :
# Flowchart Variables

pass
# Flowchart Routines
@with_goto
def chart_SETUP () :
pio.uart.setup (9600)
pio.uart.println ("Remote Light: \r\n")
return

@with_goto
def chart_LOOP () :
return

@with_goto
def chart_OnIotBtn1 () :
pio.IotLED1.setState (True)
pio.IotBtn1.setLamp (True)
pio.LED1.on ()
pio.uart.println ("Light on.")
return

@with_goto
def chart_OnIotBtn2 () :
pio.IotBtn1.setLamp (False)
pio.IotBtn2.setLamp (False)
pio.IotLED1.setState (False)
pio.uart.println ("Light off.")
return

# Main function
def main () :
# Setup
variables_setup ()
peripheral_setup ()
chart_SETUP ()
# Infinite loop
while True :
peripheral_loop ()
chart_LOOP ()
# Command line execution
if __name__ == '__main__' :
main()

六，點擊構建工程按鈕，編譯工程。(如下圖6所示)