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import streamlit as st
import requests
from bs4 import BeautifulSoup
import datetime
import pytz
# Set the timezone to Indian Standard Time (IST)
indian_timezone = pytz.timezone('Asia/Kolkata')
# Custom CSS for styling
custom_css = """
<style>
body {
color: orange;
background-color: black;
}
</style>
"""
st.markdown(custom_css, unsafe_allow_html=True)
# Prescribed limits for AQI, PM2.5, PM10, and temperature
PRESCRIBED_LIMITS = {
'AQI': {
'good': (0, 50),
'moderate': (51, 100),
'unhealthy_sensitive': (101, 150),
'unhealthy': (151, 200),
'very_unhealthy': (201, 300),
'hazardous': (301, 500)
},
'PM2.5': {
'good': (0, 12.0),
'moderate': (12.1, 35.4),
'unhealthy_sensitive': (35.5, 55.5),
'unhealthy': (55.6, 150.4),
'very_unhealthy': (150.5, 250.4),
'hazardous': (250.5, float('inf'))
},
'PM10': {
'good': (0, 50),
'moderate': (51, 100),
'unhealthy_sensitive': (101, 250),
'unhealthy': (251, 350),
'very_unhealthy': (351, 430),
'hazardous': (431, float('inf'))
},
'Temperature': {
'comfortable': (0, 25),
'moderate': (26, 30),
'warm': (31, 35),
'hot': (36, float('inf'))
}
}
# Color codes for different AQI, PM2.5, PM10, and temperature levels
COLOR_CODES = {
'good': 'green',
'moderate': 'yellow',
'unhealthy_sensitive': 'orange',
'unhealthy': 'red',
'very_unhealthy': 'purple',
'hazardous': 'maroon'
}
def check_safety_level(value, parameter):
for level, limits in PRESCRIBED_LIMITS[parameter].items():
if limits[0] <= value <= limits[1]:
return level
return None
def get_aqi_data():
url = 'https://www.aqi.in/dashboard/india/jammu-and-kashmir/srinagar'
r = requests.get(url)
soup = BeautifulSoup(r.text, 'html.parser')
meta_tag = soup.find('meta', {'name': 'description'})
line = meta_tag['content']
# Extract AQI value
aqi_start = line.find("AQI) is") + len("AQI) is")
aqi_end = line.find(" level")
aqi = int(line[aqi_start:aqi_end].strip().split()[0])
aqi_level = line[aqi_start:aqi_end].strip().split()[1]
# Extract PM2.5 value
pm25_start = line.find("PM2.5 (") + len("PM2.5 (")
pm25_end = line.find(" µg/m³)", pm25_start)
pm25 = float(line[pm25_start:pm25_end].strip())
# Extract PM10 value
pm10_start = line.find("PM10 (") + len("PM10 (")
pm10_end = line.find(" µg/m³)", pm10_start)
pm10 = float(line[pm10_start:pm10_end].strip())
# Extract temperature value
temp_start = line.find("temperature (") + len("temperature (")
temp_end = line.find("˚C)", temp_start)
temp = float(line[temp_start:temp_end].strip())
return aqi, aqi_level, pm25, pm10, temp
def main():
# Logo
logo = 'LOGO.png'
st.image(logo, width=200)
st.title('Real Time SXR AQI Dashboard')
st.subheader(f'Real-time Air Quality Monitoring - {datetime.datetime.now(indian_timezone).strftime("%Y-%m-%d %H:%M:%S")}') # Displaying date and time
aqi, aqi_level, pm25, pm10, temp = get_aqi_data()
# Display AQI with safety level
st.markdown('### Current Data:')
st.write(f"- **AQI:** {aqi} ({aqi_level})")
aqi_safety = check_safety_level(aqi, 'AQI')
if aqi_safety:
st.write(f"Safety Level: {aqi_safety}")
color_code = COLOR_CODES[aqi_safety]
st.markdown(f'<p style="color:{color_code};">The AQI level is {aqi_safety}.</p>', unsafe_allow_html=True)
# Display PM2.5 with safety level
st.write(f"- **PM2.5:** {pm25} µg/m³")
pm25_safety = check_safety_level(pm25, 'PM2.5')
if pm25_safety:
st.write(f"Safety Level: {pm25_safety}")
color_code = COLOR_CODES[pm25_safety]
st.markdown(f'<p style="color:{color_code};">The PM2.5 level is {pm25_safety}.</p>', unsafe_allow_html=True)
# Display PM10 with safety level
st.write(f"- **PM10:** {pm10} µg/m³")
pm10_safety = check_safety_level(pm10, 'PM10')
if pm10_safety:
st.write(f"Safety Level: {pm10_safety}")
color_code = COLOR_CODES[pm10_safety]
st.markdown(f'<p style="color:{color_code};">The PM10 level is {pm10_safety}.</p>', unsafe_allow_html=True)
# Display temperature with safety level
st.write(f"- **Temperature:** {temp}˚C")
# Developer section
st.markdown('### Developer:')
st.text('Adil Aziz')
st.text('Data Scientist')
st.text('adilaziz2013@gmail.com')
if __name__ == '__main__':
main()
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