Best Python code snippet using avocado_python
insar.py
Source: insar.py
...37 files.append(output)38 return files39 def create_readme(self) -> Path:40 reference_file = self.product_dir / f'{self.product_name}_amp.tif'41 return self.create_metadata_file(self.payload, 'insar/readme.md.txt.j2', reference_file,42 out_ext='README.md.txt',43 strip_ext=True, name_only=True)44 def create_amp_xml(self) -> Path:45 reference_file = self.product_dir / f'{self.product_name}_amp.tif'46 return self.create_metadata_file(self.payload, 'insar/amp_tif.xml.j2', reference_file)47 def create_coherence_xml(self) -> Path:48 reference_file = self.product_dir / f'{self.product_name}_corr.tif'49 return self.create_metadata_file(self.payload, 'insar/corr_tif.xml.j2', reference_file)50 def create_dem_tif_xml(self) -> Path:51 reference_file = self.product_dir / f'{self.product_name}_dem.tif'52 return self.create_metadata_file(self.payload, 'insar/dem.xml.j2', reference_file)53 def create_los_displacement_xml(self) -> Path:54 reference_file = self.product_dir / f'{self.product_name}_los_disp.tif'55 return self.create_metadata_file(self.payload, 'insar/los_disp_tif.xml.j2', reference_file)56 def create_look_vector_xmls(self) -> List[Path]:57 reference_file_phi = self.product_dir / f'{self.product_name}_lv_phi.tif'58 reference_file_theta = self.product_dir / f'{self.product_name}_lv_theta.tif'59 output_files = [60 self.create_metadata_file(self.payload, 'insar/lv_phi_tif.xml.j2', reference_file_phi),61 self.create_metadata_file(self.payload, 'insar/lv_theta_tif.xml.j2', reference_file_theta),62 ]63 return output_files64 def create_browse_xmls(self) -> List[Path]:65 reference_file_col = self.product_dir / f'{self.product_name}_color_phase.png'66 reference_file_unw = self.product_dir / f'{self.product_name}_unw_phase.png'67 output_files = [68 self.create_metadata_file(self.payload, 'insar/color_phase_png.xml.j2', reference_file_col),69 self.create_metadata_file(self.payload, 'insar/unw_phase_png.xml.j2', reference_file_unw),70 ]71 return output_files72 def create_unwrapped_phase_xml(self) -> Path:73 reference_file = self.product_dir / f'{self.product_name}_unw_phase.tif'74 return self.create_metadata_file(self.payload, 'insar/unw_phase_tif.xml.j2', reference_file)75 def create_vertical_displacement_xml(self) -> Path:76 reference_file = self.product_dir / f'{self.product_name}_vert_disp.tif'77 return self.create_metadata_file(self.payload, 'insar/vert_disp_tif.xml.j2', reference_file)78 def create_wrapped_phase_xml(self) -> Path:79 reference_file = self.product_dir / f'{self.product_name}_wrapped_phase.tif'80 return self.create_metadata_file(self.payload, 'insar/wrapped_phase_tif.xml.j2', reference_file)81 def create_inc_map_xml(self) -> Path:82 reference_file = self.product_dir / f'{self.product_name}_inc_map.tif'83 return self.create_metadata_file(self.payload, 'insar/inc_map_tif.xml.j2', reference_file)84 def create_inc_map_ell_xml(self) -> Path:85 reference_file = self.product_dir / f'{self.product_name}_inc_map_ell.tif'86 return self.create_metadata_file(self.payload, 'insar/inc_map_ell_tif.xml.j2', reference_file)87 def create_water_mask_xml(self) -> Path:88 reference_file = self.product_dir / f'{self.product_name}_water_mask.tif'89 return self.create_metadata_file(self.payload, 'insar/water_mask_tif.xml.j2', reference_file)90 @classmethod91 def create_metadata_file(cls, payload: dict, template: str, reference_file: Path, out_ext: str = 'xml',92 strip_ext: bool = False, name_only=False) -> Optional[Path]:93 if not reference_file.exists():94 return None95 payload = deepcopy(payload)96 info = gdal.Info(str(reference_file), format='json')97 payload['reference_file'] = reference_file.name98 payload['pixel_spacing'] = info['geoTransform'][1]99 payload['projection'] = util.get_projection(info['coordinateSystem']['wkt'])100 if reference_file.suffix == '.png':101 payload['thumbnail_encoded_string'] = util.get_thumbnail_encoded_string(reference_file)102 else:103 payload['thumbnail_encoded_string'] = ''104 content = util.render_template(template, payload)105 out_name = reference_file.name if not strip_ext else reference_file.stem...
rtc.py
Source: rtc.py
...32 return files33 def create_readme(self) -> Path:34 reference_file = self.payload['product_dir'] / f'{self.payload["product_dir"].name}_' \35 f'{self.payload["polarizations"][0]}.tif'36 return self.create_metadata_file(self.payload, 'rtc/readme.md.txt.j2', reference_file, out_ext='README.md.txt',37 strip_ext=True, strip_pol=True38 )39 def create_product_xmls(self) -> List[Path]:40 payload = deepcopy(self.payload)41 output_files = []42 for pol in payload['polarizations']:43 payload['pol'] = pol44 reference_file = payload['product_dir'] / f'{payload["product_dir"].name}_{pol}.tif'45 output_files.append(46 self.create_metadata_file(payload, 'rtc/product.xml.j2', reference_file)47 )48 return output_files49 def create_dem_xml(self) -> Path:50 reference_file = self.payload['product_dir'] / f'{self.payload["product_dir"].name}_dem.tif'51 dem_template_id = get_dem_template_id(self.payload['dem_name'])52 if dem_template_id is not None:53 return self.create_metadata_file(self.payload, f'dem/dem-{dem_template_id}.xml.j2', reference_file)54 def create_browse_xmls(self) -> List[Path]:55 reference_file = self.payload['product_dir'] / f'{self.payload["product_dir"].name}.png'56 output_files = [57 self.create_metadata_file(self.payload, 'browse/browse-greyscale.xml.j2', reference_file),58 ]59 rgb_file = self.payload['product_dir'] / f'{self.payload["product_dir"].name}_rgb.png'60 if rgb_file.exists():61 output_files.append(62 self.create_metadata_file(self.payload, 'browse/browse-color.xml.j2', rgb_file)63 )64 return output_files65 def create_inc_map_xml(self) -> Path:66 reference_file = self.payload['product_dir'] / f'{self.payload["product_dir"].name}_inc_map.tif'67 return self.create_metadata_file(self.payload, 'rtc/inc_map.xml.j2', reference_file)68 def create_ls_map_xml(self) -> Path:69 reference_file = self.payload['product_dir'] / f'{self.payload["product_dir"].name}_ls_map.tif'70 return self.create_metadata_file(self.payload, 'rtc/ls_map.xml.j2', reference_file)71 def create_area_xml(self) -> Path:72 reference_file = self.payload['product_dir'] / f'{self.payload["product_dir"].name}_area.tif'73 return self.create_metadata_file(self.payload, 'rtc/area.xml.j2', reference_file)74 def create_rgb_xml(self) -> Path:75 reference_file = self.payload['product_dir'] / f'{self.payload["product_dir"].name}_rgb.tif'76 return self.create_metadata_file(self.payload, 'rtc/rgb.xml.j2', reference_file)77 @classmethod78 def create_metadata_file(cls, payload: dict, template: str, reference_file: Path, out_ext: str = 'xml',79 strip_ext: bool = False, strip_pol: bool = False) -> Optional[Path]:80 if not reference_file.exists():81 return None82 payload = deepcopy(payload)83 info = gdal.Info(str(reference_file), format='json')84 payload['reference_file'] = reference_file.name85 payload['pixel_spacing'] = info['geoTransform'][1]86 payload['projection'] = util.get_projection(info['coordinateSystem']['wkt'])87 browse_file = reference_file.with_suffix('.png')88 browse_file = browse_file.parent / util.strip_polarization(browse_file.name)89 payload['thumbnail_encoded_string'] = util.get_thumbnail_encoded_string(browse_file)90 content = util.render_template(template, payload)91 out_name = reference_file.name if not strip_ext else reference_file.stem92 if strip_pol:...
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