odie/HR50_Tk_Remote_Control
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Michael Clemens 2021-11-19 19:46:33 +01:00
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from tkinter import *
import requests
import json
import tk_tools
# globally declare the expression variable
btn_bg_color = "light grey"
gauge_pep = None
gauge_avg = None
gauge_tmp = None
gauge_swr = None
api_baseurl = "http://192.168.99.193:5000/"
#status = {}
buttons = {}
commands = {
'6m': 'hrbn0',
'10m': 'hrbn1',
'12m': 'hrbn2',
'15m': 'hrbn3',
'17m': 'hrbn4',
'20m': 'hrbn5',
'30m': 'hrbn6',
'40m': 'hrbn7',
'60m': 'hrbn8',
'80m': 'hrbn9',
'160m': 'hrbn10',
'PTT': 'HRMD1',
'QRP': 'HRMD3',
'COR': 'HRMD2',
'OFF': 'HRMD0'
}
def reset_buttons():
for btn in buttons:
buttons[btn].config(bg=btn_bg_color)
def getStatus():
#global expression
try:
res = requests.get(api_baseurl + "status").text
status = json.loads(res)
status_text = "Power: " + status["PEP"] + "/" + status["AVG"] + "W SWR: " + status["SWR"] + " Temp: " + status["TMP"]
reset_buttons()
buttons[status["BND"].lower()].config(bg='green')
buttons[status["PTT"]].config(bg='green')
if gauge_pep and status["PEP"].isnumeric():
gauge_pep.set_value(status["PEP"])
if gauge_avg and status["AVG"].isnumeric():
gauge_avg.set_value(status["AVG"])
if gauge_tmp and status["TMP"][:-1].isnumeric():
gauge_tmp.set_value(status["TMP"][:-1])
if gauge_swr:
gauge_swr.set_value(float(status["SWR"]))
led.to_green(on=True)
except:
led.to_red(on=True)
gui.after(4000, getStatus)
def press(num):
res = requests.get(api_baseurl + "?cmd=" + commands[num])
getStatus()
# Driver code
if __name__ == "__main__":
gui = Tk()
gui.title("HR50 Remote Control")
gui.geometry("730x220")
gauge_pep = tk_tools.Gauge(gui, max_value=70.0,
label='PEP', unit='W', yellow=72, red = 80)
gauge_pep.grid(row=0, column=0, rowspan=2)
gauge_pep.set_value(0)
gauge_avg = tk_tools.Gauge(gui, max_value=70.0,
label='AVG', unit='W', yellow=72, red = 80)
gauge_avg.grid(row=0, column=1, rowspan=2)
gauge_avg.set_value(0)
gauge_tmp = tk_tools.Gauge(gui, max_value=80.0,
label='Temp', unit='C')
gauge_tmp.grid(row=2, column=0, rowspan=2)
gauge_tmp.set_value(0)
gauge_swr = tk_tools.Gauge(gui, max_value=10.0,
label='SWR', unit='', yellow=30, red = 50)
gauge_swr.grid(row=2, column=1, rowspan=2)
gauge_swr.set_value(0)
buttons["160m"] = Button(gui, text=' 160m ', fg='black', bg=btn_bg_color,
command=lambda: press("160m"), height=2, width=7)
buttons["160m"].grid(row=0, column=4)
buttons["80m"] = Button(gui, text='80m', fg='black', bg=btn_bg_color,
command=lambda: press("80m"), height=2, width=7)
buttons["80m"].grid(row=0, column=6)
buttons["60m"] = Button(gui, text='60m', fg='black', bg=btn_bg_color,
command=lambda: press("60m"), height=2, width=7)
buttons["60m"].grid(row=0, column=8)
buttons["PTT"] = Button(gui, text='PTT', fg='black', bg=btn_bg_color,
command=lambda: press("PTT"), height=2, width=7)
buttons["PTT"].grid(row=0, column=10)
buttons["40m"] = Button(gui, text='40m', fg='black', bg=btn_bg_color,
command=lambda: press("40m"), height=2, width=7)
buttons["40m"].grid(row=1, column=4)
buttons["30m"] = Button(gui, text='30m', fg='black', bg=btn_bg_color,
command=lambda: press("30m"), height=2, width=7)
buttons["30m"].grid(row=1, column=6)
buttons["20m"] = Button(gui, text='20m', fg='black', bg=btn_bg_color,
command=lambda: press("20m"), height=2, width=7)
buttons["20m"].grid(row=1, column=8)
buttons["COR"] = Button(gui, text='COR', fg='black', bg=btn_bg_color,
command=lambda: press("COR"), height=2, width=7)
buttons["COR"].grid(row=1, column=10)
buttons["17m"] = Button(gui, text='17m', fg='black', bg=btn_bg_color,
command=lambda: press("17m"), height=2, width=7)
buttons["17m"].grid(row=2, column=4)
buttons["15m"] = Button(gui, text='15m', fg='black', bg=btn_bg_color,
command=lambda: press("15m"), height=2, width=7)
buttons["15m"].grid(row=2, column=6)
buttons["12m"] = Button(gui, text='12m', fg='black', bg=btn_bg_color,
command=lambda: press("12m"), height=2, width=7)
buttons["12m"].grid(row=2, column=8)
buttons["QRP"] = Button(gui, text='QRP', fg='black', bg=btn_bg_color,
command=lambda: press("QRP"), height=2, width=7)
buttons["QRP"].grid(row=2, column=10)
buttons["10m"] = Button(gui, text='10m', fg='black', bg=btn_bg_color,
command=lambda: press("10m"), height=2, width=7)
buttons["10m"].grid(row=3, column=4)
buttons["6m"] = Button(gui, text='6m', fg='black', bg=btn_bg_color,
command=lambda: press("6m"), height=2, width=7)
buttons["6m"].grid(row=3, column=6)
buttons["OFF"] = Button(gui, text='OFF', fg='black', bg=btn_bg_color,
command=lambda: press("OFF"), height=2, width=7)
buttons["OFF"].grid(row=3, column=10)
# fake seperator columns
l0 = Label(gui, text=' \n ')
l0.grid(column=3, row=0, rowspan=4)
l1 = Label(gui, text=' \n ')
l1.grid(column=5, row=0, rowspan=4)
l2 = Label(gui, text=' \n ')
l2.grid(column=7, row=0, rowspan=4)
l3 = Label(gui, text=' \n ')
l3.grid(column=9, row=0, rowspan=4)
led = tk_tools.Led(gui, size=40)
led.grid(row=3, column=8)
led.to_red()
led.to_green(on=True)
getStatus()
# start the GUI
gui.mainloop()