def test_map_eq(eodatareaders_file, eodatareaders_params):
process = [
{
"process_id": "eq",
"arguments": {
"x": {"from_node": "node_1"},
"y": 576,
}
},
{
"process_id": "eq",
"arguments": {
"x": {"from_node": "node_1"},
"y": 577,
"delta": 1
}
}
]
for proc in process:
eodatareaders_params2 = deepcopy(eodatareaders_params)
params = map_eq(proc)
eodatareaders_params2.extend(params)
eo = EODataProcessor([eodatareaders_file], eodatareaders_params2)
assert eo.get_data(band='B04')[0,0] == 576 and eo.get_data(band='eq')[0,0] == 1
def test_map_mask(eodatareaders_file, eodatareaders_params):
"""
"""
S2_filepath, mask_filepath = create_mask(eodatareaders_file,
eodatareaders_params,
mask_val=1000)
# Remove filter_bands and crop from params (done when creting mask)
eodatareaders_params = [eodatareaders_params[0]]
process = {
"process_id": "mask",
"arguments": {
"data": {
"from_node": "node_1"
},
"mask": {
"from_node": "node_2"
},
"replacement": 0
}
}
process['wrapper_dimension'] = 'band'
params = map_mask(process)
eodatareaders_params.extend(params)
eo = EODataProcessor([S2_filepath, mask_filepath], eodatareaders_params)
assert eo.get_data(band='mask')[0, 0] == 0
assert eo.get_data(band='mask')[-1, -1] == 2567
def test_map_lt(eodatareaders_file, eodatareaders_params):
process = {
"process_id": "lt",
"arguments": {
"x": {"from_node": "node_1"},
"y": 567,
}
}
params = map_lt(process)
eodatareaders_params.extend(params)
eo = EODataProcessor([eodatareaders_file], eodatareaders_params)
assert eo.get_data(band='B04')[0,0] == 576 and eo.get_data(band='lt')[0,0] == 0
assert eo.get_data(band='B04')[-1,-1] == 2567 and eo.get_data(band='lt')[-1,-1] == 0
def test_map_linear_scale_range(eodatareaders_file, eodatareaders_params):
process = {
"process_id": "linear_scale_range",
"arguments": {
"x": {
"from_node": "dc"
},
"inputMin": 0,
"inputMax": 65535
}
}
params = map_linear_scale_range(process)
eodatareaders_params.extend(params)
eo = EODataProcessor([eodatareaders_file], eodatareaders_params)
assert np.min(
eo.get_data(band='linearscalerange')) == np.float32(0.004303044)
assert np.max(
eo.get_data(band='linearscalerange')) == np.float32(0.31313038)
def test_map_absolute(eodatareaders_file, eodatareaders_params):
process = {
"process_id": "absolute",
"arguments": {
"x": {
"from_node": "dc"
}
}
}
params = map_absolute(process)
eodatareaders_params.extend(params)
eo = EODataProcessor([eodatareaders_file], eodatareaders_params)
assert eo.get_data(band='absolute')[0, 0] == 576
def test_map_multiply(eodatareaders_file, eodatareaders_params):
factor = 10
process = {
"process_id": "multiply",
"arguments": {
"x": {
"from_node": "dc"
},
"y": factor
}
}
params = map_multiply(process)
eodatareaders_params.extend(params)
eo = EODataProcessor([eodatareaders_file], eodatareaders_params)
assert eo.get_data(band='multiply')[0, 0] == 576 * factor
def test_map_divide(eodatareaders_file, eodatareaders_params):
factor = 10
process = {
"process_id": "divide",
"arguments": {
"x": {
"from_node": "dc"
},
"y": factor
}
}
process['wrapper_dimension'] = 'band'
params = map_divide(process)
eodatareaders_params.extend(params)
eo = EODataProcessor([eodatareaders_file], eodatareaders_params)
assert eo.get_data(band='divideB04')[0, 0] == np.float32(576 / factor)
def test_map_absolute(eodatareaders_file, eodatareaders_params):
process = {
"process_id": "clip",
"arguments": {
"x": {
"from_node": "dc"
},
"min": 600,
"max": 900
}
}
params = map_clip(process)
eodatareaders_params.extend(params)
eo = EODataProcessor([eodatareaders_file], eodatareaders_params)
assert np.min(eo.get_data(band='clip')) == 600
assert np.max(eo.get_data(band='clip')) == 900