def location_finder(df, latitude, longitude, radius):
"""
Returns places of interest within a designated area for a users specific geographic coordinates.
Parameters:
df (Pandas DataFrame): DataFrame containing places of interest and their corresponding lat/long coordinates
latitude (Float value): Users designated latitude
longitude (Float value): Users designated longitude
radius (Int): Value that determines the search area for designated place of interest
Returns:
df (Pandas DataFrame): DataFrame containing only the places of interest that are within the user's designated search area
"""
coord_dist = cr.miles_to_coord(radius)
lat_plus, lat_minus, long_plus, long_minus = cr.coord_to_square(
latitude, longitude, coord_dist)
long_list = cr.reduce_dataframe(df, 'longitude', long_plus, long_minus)
df_reduced = df.loc[df['longitude'].isin(long_list)]
lat_list = cr.reduce_dataframe(df_reduced, 'latitude', lat_plus, lat_minus)
df_final = df_reduced.loc[df_reduced['latitude'].isin(lat_list)]
return df_final
def on_mouseButtonDown_left(self,event):
"""
Outputs information about the monster under the cursor.
Only works when not autoplaying.
"""
if not self.autoplaying:
screenCoords = Coords.make(event.pos)
boardCoords = screenCoords // self.gfxConfig.TILE_WIDTH
boardElement = self.simulation.get(boardCoords)
if isinstance(boardElement,Monster):
print "<{0}, {1}>".format(boardElement.infoString,boardCoords)
def on_mouseButtonDown_right(self,event):
"""
Follows or unfollows the monster under the cursor (naming it if it has
not been named).
Only works when not autoplaying.
"""
if not self.autoplaying:
screenCoords = Coords.make(event.pos)
boardCoords = screenCoords // self.gfxConfig.TILE_WIDTH
boardElement = self.simulation.get(boardCoords)
if isinstance(boardElement,Monster):
self.simulation.toggleMonsterFollowed(boardElement)
