def generate_from_inc(output_dir_name, inc_file, colormapobject):
basename = os.path.basename(inc_file).replace('_', '')[:4]
output_file = os.path.join(output_dir_name, basename + "{:04d}.png")
inc = flshinc.Flsh(inc_file, one_per_hour=True)
classes = inc.get_classes()
geo_transform = inc.geo_transform()
for i, (timestamp, grid) in enumerate(inc):
real_filename = output_file.format(i)
flshinc.save_grid_to_image(grid, real_filename, classes,
colormapobject, geo_transform)
return i + 1, basename
def test_new_flshinc():
flsh_path = (
('/p-flod-fs-00-d1.external-nens.local/flod-share/Flooding/'
'resultaten/Dijkring 09 - Vollenhove/13042/fls_h.inc.zip')
.encode('utf8'))
flsh = flshinc.Flsh(flsh_path, one_per_hour=True)
geo_transform = flsh.geo_transform()
for i, (timestamp, grid) in enumerate(flsh):
flshinc.save_grid_to_image(
grid,
'tmp/flsh%04d.png' % int(i),
flsh.get_classes(),
get_color_mapping(),
geo_transform)
def generate_from_inc(output_dir_name, inc_file, colormapobject):
basename = os.path.basename(inc_file).replace('_', '')[:4]
output_file = os.path.join(
output_dir_name, basename + "{:04d}.png")
inc = flshinc.Flsh(inc_file, one_per_hour=True)
classes = inc.get_classes()
geo_transform = inc.geo_transform()
for i, (timestamp, grid) in enumerate(inc):
real_filename = output_file.format(i)
flshinc.save_grid_to_image(
grid, real_filename, classes,
colormapobject, geo_transform)
return i + 1, basename
