def test_copy_layout(self):
# Test copy_layout for some rasters
files = ["small25.tif", "tunez.tif", "jebja30.tif"]
for file in files:
b_raster = PRaster()
c_raster = PRaster(infolder + "/{0}".format(file))
b_raster.copy_layout(c_raster)
size = c_raster.get_size()
dims = c_raster.get_dims()
ncells = c_raster.get_ncells()
cellsize = c_raster.get_cellsize()
geot = c_raster.get_geotransform()
proj = c_raster.get_projection()
computed = (size, dims, ncells, cellsize, geot, proj)
size = b_raster.get_size()
dims = b_raster.get_dims()
ncells = b_raster.get_ncells()
cellsize = b_raster.get_cellsize()
geot = b_raster.get_geotransform()
proj = b_raster.get_projection()
expected = (size, dims, ncells, cellsize, geot, proj)
self.assertEqual(computed, expected)
def test_projections(self):
# Test PRaster getters
files = ["small25.tif", "tunez.tif", "jebja30.tif"]
for file in files:
# Test PRaster getters for a raster
raster = PRaster(infolder + "/{0}".format(file))
graster = gdal.Open(infolder + "/{0}".format(file))
self.assertEqual(raster.get_projection(), graster.GetProjection())
def test_empty(self):
# Test PRaster getters in an empty PRaster
raster = PRaster()
size = raster.get_size()
dims = raster.get_dims()
ncells = raster.get_ncells()
cellsize = raster.get_cellsize()
geot = raster.get_geotransform()
proj = raster.get_projection()
computed = (size, dims, ncells, cellsize, geot, proj)
expected = ((1, 1), (1, 1), 1, (1.0, -1.0), (0., 1., 0., 0., 0., -1.),
"")
self.assertEqual(computed, expected)