Streamlit dashboard

fspg/fsgp_app.py

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+import streamlit as st
+import asyncio
+
+st.title('FSGP Application')
+
+# State initialization
+if 'init' not in st.session_state:
+ st.session_state.init = True
+ st.session_state.time1 = 0
+ st.session_state.time2 = 0
+ st.session_state.timer1State = False
+ st.session_state.progress1 = 100
+ st.session_state.currLaps1 = ""
+ st.session_state.lapsNeeded = ""
+ st.session_state.currDist1 = 0
+ st.session_state.currSpeed1 = 0
+ st.session_state.totalDist1 = 0
+
+st.subheader("Timer 1")
+def onClick():
+ st.session_state.timer1State = not st.session_state.timer1State
+
+def onReset():
+ st.session_state.timer1State = False
+ st.session_state.time1 = 0
+
+buttonContainer = st.empty()
+if st.session_state.timer1State:
+ button1 = buttonContainer.button("Stop", on_click=onClick)
+else:
+ button1 = buttonContainer.button("Start", on_click=onClick)
+
+rst1 = st.button("Reset", on_click=onReset)
+
+timer1 = st.empty()
+h = st.session_state.time1//3600
+m = (st.session_state.time1//60) % 60
+s = st.session_state.time1//1 % 60
+timer1.write(f"{h:02d}:{m:02d}:{s:02d}")
+
+st.subheader("Speed and Progress")
+def calculateCurrLapDistance():
+ testData = [100, 50, 250, 30]
+ if st.session_state.currLaps1 == "":
+ currLaps = 0
+ try:
+ currLaps = int(st.session_state.currLaps1)
+ except:
+ return
+ if currLaps > len(testData):
+ currLaps = len(testData)
+ totalDist = 0
+ for i in range(currLaps):
+ totalDist += testData[i]
+ st.session_state.currDist1 = totalDist
+ st.session_state.currSpeed1 = st.session_state.currDist1/max(st.session_state.time1, 1)
+ if st.session_state.totalDist1 != 0:
+ st.session_state.progress1 = min(int(100*st.session_state.currDist1/st.session_state.totalDist1), 100)
+ else:
+ st.session_state.progress1 = 100
+
+def calculateTotalDistance():
+ testData = [100, 50, 250, 30]
+ if st.session_state.lapsNeeded == "":
+ totalLaps = 0
+ try:
+ totalLaps = int(st.session_state.lapsNeeded)
+ except:
+ return
+ if totalLaps > len(testData):
+ totalLaps = len(testData)
+ totalDist = 0
+ for i in range(totalLaps):
+ totalDist += testData[i]
+ st.session_state.totalDist1 = totalDist
+ if st.session_state.totalDist1 != 0:
+ st.session_state.progress1 = min(int(100*st.session_state.currDist1/st.session_state.totalDist1), 100)
+ else:
+ st.session_state.progress1 = 100
+
+
+st.text_input("Current lap:", key="currLaps1" , on_change=calculateCurrLapDistance())
+st.text_input("Number of laps needed:", key="lapsNeeded", on_change=calculateTotalDistance())
+
+currSpeed1 = st.empty()
+currSpeed1.write(f"Current speed: {st.session_state.currSpeed1:.2f} m/s")
+progress1 = st.empty()
+progress1.progress(st.session_state.progress1)
+
+async def stopwatch(timer1):
+ while True:
+ if st.session_state.timer1State:
+ h = st.session_state.time1//3600
+ m = (st.session_state.time1//60) % 60
+ s = st.session_state.time1//1 % 60
+ timer1.write(f"{h:02d}:{m:02d}:{s:02d}")
+ st.session_state.currSpeed1 = st.session_state.currDist1/max(st.session_state.time1, 1)
+ currSpeed1.write(f"Current speed: {st.session_state.currSpeed1:.2f} m/s")
+ st.session_state.time1 += 1
+
+ await asyncio.sleep(1)
+
+asyncio.run(stopwatch(timer1))