# print(tracks.keys())
# for segment in tracks['segments']:
# print(segment.keys())
# #print('Average heart rate:', segment['average-hr'])
colour = ['red', 'green', 'blue','yellow','black']
fig = plt.figure()
count = 0
for file in abs_files:
for track in read_gpx_file(file):
for i, segment in enumerate(track['segments']):
fig = plot_map_colour_existing(track, segment, fig, colour[count])
count += 1
save_map(fig, 'map012.html')
# for track in read_gpx_file(file3):
# for i, segment in enumerate(track['segments']):
# fig = plot_map_colour_existing(track, segment, fig, colour[i])
# # for track in read_gpx_file(file3):
# # for i, segment in enumerate(track['segments']):
# # if( i == 0 ):
# # fig = plot_map_colour(track, segment, colour[i])
# # else:
colour = ['red', 'green', 'blue','cyan','black','magenta','white','yellow']
fig = plt.figure()
abs_files = sorted(list(abs_files))
count = 0
for file in abs_files:
for track in read_gpx_file(file):
for i, segment in enumerate(track['segments']):
total_uphill = round(segment['ele-up'],2)
total_downhill = round(segment['ele-down'],2)
total_distance = round(segment['distance'][-1]/1000,2)
time = segment['delta-seconds'][-1]
total_time_seconds = round(segment['delta-seconds'][-1]/3600,2)
#print('Total Time : ', floor(segment['delta-seconds'][-1]/60),' min ', int(segment['delta-seconds'][-1]%60),' sec ')
speed = round(total_distance/total_time_seconds,2)
fig = plot_map_colour_existing(track, segment, fig, (count+1)*(111), colour[count%8])
# print( colour[count%8] , " --------> ", track['name'][0] )
file_out.write( str(colour[count%8]) + " --------> " + str(track['name'][0]) + "\n")
file_out.write( "Stats: "+ "\n")
file_out.write( "Total uphill : " + str(total_uphill) + " m" + "\n")
file_out.write( "Total downhill : " + str(total_downhill) + " m" + "\n")
file_out.write( "Total distance : " + str(total_distance) + " Km" + "\n")
file_out.write( "Total time : " + str(floor(time/3600))+ ":" + str(floor((time%3600)/60)) + ":" + str(int(time%60)) + "\n")
file_out.write( "Speed : " + str(speed) + " Km/hr" + "\n\n\n")
# print( file.split('/')[-1] , " ---- ", colour[count%8] , " --------> ", track['name'][0] )
count += 1
save_map(fig, outhtml)
file_out.close()
# from gpxplotter import read_gpx_file
# from gpxplotter.mplplotting import plot_map, save_map
# for track in read_gpx_file('test.gpx'):
# for i, segment in enumerate(track['segments']):
# fig = plot_map(track, segment, zcolor='pulse')
# save_map(fig, 'test-{}.html'.format(i))
from matplotlib import pyplot as plt
from gpxplotter import read_gpx_file
from gpxplotter.mplplotting import plot_map, save_map, plot_map2
fig = plt.figure()
count = 0
for track in read_gpx_file('test.gpx', maxpulse=187):
for i, segment in enumerate(track['segments']):
count += 1
if (count == 1):
fig = plot_map(track, segment, zcolor='ele')
save_map(fig, 'map.html'.format(i))
else:
fig = plot_map2(track, segment, fig, zcolor='pulse')
save_map(fig, 'map.html'.format(i))
print(count)
# for track in read_gpx_file('test.gpx', maxpulse=187):
# for i, segment in enumerate(track['segments']):
# fig = plot_map(track, segment, zcolor='pulse')
# save_map(fig, 'map-{}.html'.format(i))