def __init__(self, node):
self.band_id = str(get_only_value(node, BAND_ID))
self.detector_id = str(get_only_value(node, DETECTOR_ID))
LOGGER.debug("self.band id : %s:%s", self.band_id, type(self.band_id))
LOGGER.debug("self.detectorid %s:%s", self.detector_id,
type(self.detector_id))
self.zenith_values = node.xpath(GRID_ZENITH)
self.azimuth_values = node.xpath(GRID_AZIMUTH)
# Get ROW_STEP and COL_STEP
all_col_step = node.xpath(COL_STEP)
all_row_step = node.xpath(ROW_STEP)
all_step_unit = node.xpath(STEP_UNIT)
LOGGER.debug("%s, %s", all_col_step, all_row_step)
LOGGER.debug(set(all_row_step))
if not len(set(all_col_step)) == 1:
raise MajaNotYetImplemented(
"COL_STEP is different for Zenith than Azimuth %s" %
all_col_step)
if not len(set(all_row_step)) == 1:
raise MajaNotYetImplemented(
"ROW_STEP is different for Zenith than Azimuth %s" %
all_row_step)
if not len(set(all_step_unit)) == 1:
raise MajaNotYetImplemented(
"Step units are different for Zenith than Azimuth %s" %
all_step_unit)
self.col_step = all_col_step[0]
self.row_step = all_row_step[0]
self.step_unit = all_step_unit[0]
def _read(self, tile_angles_node, sun_angle_node_name):
"""
Read the following information from the given xml node
- mean of sun zenith and sun azimuth angle
- the grid of values
- the step in x and y
"""
LOGGER.debug(tile_angles_node)
sun_angles_mean_node = get_only_value(tile_angles_node,
MEAN_SUN_ANGLES)
LOGGER.debug(sun_angles_mean_node)
self.sun_angles_mean = {
"sun_zenith_angle":
get_only_value(sun_angles_mean_node, ZENITH_ANGLE),
"sun_azimuth_angle":
get_only_value(sun_angles_mean_node, AZIMUTH_ANGLE)
}
LOGGER.debug("Sun angles : %s", self.sun_angles_mean)
SUN_ANGLES_GRID_ZENITH = sun_angle_node_name + "/" + GRID_ZENITH
SUN_ANGLES_GRID_AZIMUTH = sun_angle_node_name + "/" + GRID_AZIMUTH
self.zenith_angle_list_string_values = tile_angles_node.xpath(
SUN_ANGLES_GRID_ZENITH)
self.azimuth_angle_list_string_values = tile_angles_node.xpath(
SUN_ANGLES_GRID_AZIMUTH)
_sun_angles_grid_node = get_only_value(tile_angles_node,
SUN_ANGLE_GRID_NODE_NAME,
check=True)
if _sun_angles_grid_node is not None:
all_col_step = _sun_angles_grid_node.xpath(COL_STEP)
all_row_step = _sun_angles_grid_node.xpath(ROW_STEP)
all_step_unit = _sun_angles_grid_node.xpath(STEP_UNIT)
LOGGER.debug("%s, %s", all_col_step, all_row_step)
LOGGER.debug(set(all_row_step))
if not len(set(all_col_step)) == 1:
raise MajaNotYetImplemented(
"COL_STEP is different for Zenith than Azimuth %s" %
all_col_step)
if not len(set(all_row_step)) == 1:
raise MajaNotYetImplemented(
"ROW_STEP is different for Zenith than Azimuth %s" %
all_row_step)
if not len(set(all_step_unit)) == 1:
raise MajaNotYetImplemented(
"Step units are different for Zenith than Azimuth %s" %
all_step_unit)
self.col_step = all_col_step[0]
self.row_step = all_row_step[0]
self.step_unit = all_step_unit[0]
def solar_angle(solar_angle_image, sol1_height, sol_href, output_image, sol2_in=None, sol2_height=None,
write_output=True):
# test about input and raise MajaNotYetImplemented is case of sol2 case
if sol2_in is not None or sol2_height is not None:
raise MajaNotYetImplemented()
parameters = {"sol1.in": solar_angle_image,
"sol1.h": sol1_height,
"solhref": sol_href,
"sol": output_image}
app = OtbAppHandler("SolarAngle", parameters, write_output)
return app
def write(self):
raise MajaNotYetImplemented("Could not instanciate base class")
def create(self, plugin_name, app_handler):
raise MajaNotYetImplemented("Could not instanciate base class")
def write_qlt_product(self, p_res, p_qlt_image_filename, working_dir):
raise MajaNotYetImplemented("Could not instanciate base class")
def can_write(self, plugin_name):
raise MajaNotYetImplemented("Could not instanciate base class")
def read(self, product_info, app_handler, l2comm, dem, pReadL1Mode):
raise MajaNotYetImplemented("Could not instanciate base class")
def detect_l1_products(self, dir_name, product_list):
raise MajaNotYetImplemented("DetectL1Products : Could not instanciate base class")
def initialize(self, product_filename):
raise MajaNotYetImplemented("Initialize : Could not instanciate base class")