def GetDepthMap(panoid=None, lat=None, lon=None, radius=10):
if panoid is None:
panoid = GSV.GetIDByLoc(lat=lat, lon=lon, radius=radius)
if panoid is None:
return None
metadata = GSV.GetPanoramaMetadata(panoid=panoid)
return CreateDepthMap(metadata)
'''
depth_map = depth * 255 / 50
depth_map[np.nonzero(np.isnan(depth_map))] = 255
depth_map[np.nonzero(depth_map > 255)] = 255
depth_map /= 255
'''
#depth_map = depth
#'''
depth[np.isinf(depth)] = 3000
depth_map = np.abs(depth) + 1
#print np.max(np.log(depth_map))
sc = 1 / np.max(np.log(depth_map))
depth_map = sc * np.log(depth_map)
#depth_map = depth / np.amax(depth) * 255
#'''
scipy.misc.imsave('depth.png', depth_map)
def DepthToNpy(depth, store_name):
np.save(store_name, depth)
if __name__ == '__main__':
#CreateSphericalBuf(256, 512)
#exit()
#test_id = 'Bu_I2xKvp4GVH97EB4obLQ'
test_id = 'pRANHWx41ZnTz5PsZs6JpA'
data = GSV.GetPanoramaMetadata(panoid=test_id)
a = CreateDepthMap(data)
DepthToNpy(a, './G.npy')
