import streamlit as st
import requests
from streamlit_lottie import st_lottie
import pandas as pd

st.title('Plot and track your vacations!')


# Loads animation of the Earth
def load_lottie_url(url: str):
    r = requests.get(url)
    if r.status_code != 200:
        return None
    return r.json()
def ShowAnimation(name, URL):
    anim=load_lottie_url(URL)
    st_lottie(anim, key = name)
ShowAnimation("Badge1","https://assets2.lottiefiles.com/packages/lf20_jte9hafx.json")

#Loads Background Image
def add_bg_from_url():
    st.markdown(
         f"""
         <style>
         .stApp {{
             background-image: url("https://static.vecteezy.com/system/resources/thumbnails/000/201/219/small/Beach_Vacation.jpg");
             background-attachment: fixed;
             background-size: cover
         }}
         </style>
         """,
         unsafe_allow_html=True
     )
add_bg_from_url() 


city_name = st.text_input('Please Input your Desired City:')
cities_list = []
cities_list.append(city_name)
    
lat = st.text_input('Please Input the Latitude:' )
lat_list = []
lat_list.append(lat)
    
long = st.text_input('Please Input the Longitude:' )
long_list = []
long_list.append(long)

places_seen = pd.DataFrame({
     'cities' : ['Madison', 'Pittsburgh', 'Dallas', 'San Francisco','Los Angeles','Orlando', 'Miami', 'Tampa Bay', 'Buffalo','Boston','Washington D.C.', 'Atlanta', 'Houston', 'Austin','San Diego','Richmond', 'Myrtle Beach', 'Milwaukee','Detroit','UIUC', 'Purdue', 'Columbus','Lancaster','Alamo','Delaware', 'Cleveland', 'Louisville', 'Nashville','San Diego','Concord', 'Rochester', 'Santa Domingo', 'Toronto','San Juan','Las Vegas', 'Niagara Falls', 'Grand Canyon','Hyderabad','Guntur','Mutlur','Bapatla','Vijayawada','Ongole','Tirupati'],
     
    'lat' : [43.073051, 40.440624,  32.776665, 37.774929,34.0522,28.5384,25.7617,27.7634,42.8864,
    42.3601,38.9072,33.7490,29.7694,30.2672,32.7157,37.5407,33.6891,43.0389,
    42.3314,40.1020,40.4237,39.9612,40.0379,26.1837,
    38.9108,41.4993,38.2527,36.1627,32.7157,43.2081,43.1566,18.4861,43.6532,
    18.4655,36.1716,43.0962,36.1069,17.3850, 16.3067, 16.1580, 15.9039, 16.5062, 15.5057, 13.6288]
           
    ,'lon' : [-89.401230, -79.995888, -96.796989,  -122.419418,-118.2437,-81.3789,-80.1918,-82.5437,-78.8784,-71.0589,
    -77.0369,-84.3880,-95.3698,-97.7431,-117.1611,-77.4360,-78.8867,-87.9065,-83.0458,-88.2272,-86.9212,-82.9988,
    -76.3055, -98.1231,-75.5277,-81.6944,-85.7585,-86.7816,-117.1611,-71.5376,-77.6088,-69.9312,-79.3832,-66.1057,
    -115.1391,-79.0377,-112.1129, 78.4867, 80.4365,80.4841, 80.4671, 80.6480, 80.0499, 79.4192]})

st.map(places_seen)