def getRasterTypesInfo(self):
#sys_productname 产品名称 Text True 255
self.sensorName_auxField = arcpy.Field()
self.sensorName_auxField.name = 'SensorName'
self.sensorName_auxField.aliasName = 'Sensor Name'
self.sensorName_auxField.type = 'String'
self.sensorName_auxField.length = 50
self.acquisitionDate_auxField = arcpy.Field()
self.acquisitionDate_auxField.name = 'AcquisitionDate'
self.acquisitionDate_auxField.aliasName = 'Acquisition Date'
self.acquisitionDate_auxField.type = 'date'
self.quicklookPath_auxField = arcpy.Field()
self.quicklookPath_auxField.name = 'QuickLookPath'
self.quicklookPath_auxField.aliasName = 'Quick Look Path'
self.quicklookPath_auxField.type = 'String'
self.quicklookPath_auxField.length = 2048
#self.quicklookFlag_auxField = arcpy.Field()
#self.quicklookFlag_auxField.name = 'QuickLookFlag'
#self.quicklookFlag_auxField.aliasName = 'Quick Look Flag'
#self.quicklookFlag_auxField.type = 'double'
#self.quicklookFlag_auxField.precision = 8
#self.quicklook_auxField = arcpy.Field()
#self.quicklook_auxField.name = 'QuickLook'
#self.quicklook_auxField.aliasName = 'Quick Look'
#self.quicklook_auxField.type = 'Blob'
return [{
'rasterTypeName':
'GeoScene-Sentinel1',
'builderName':
'GeoSceneSentinelBuilder',
'description': ("Supports reading of GeoScene Sentinel1 data"),
'enableClipToFootprint':
True,
'isRasterProduct':
False,
'dataSourceType':
(DataSourceType.Folder), # DataSourceType.File |
'dataSourceFilter':
'manifest.safe',
'crawlerName':
'GeoSceneSentinelCrawler',
'fields': [
self.sensorName_auxField, self.acquisitionDate_auxField,
self.quicklookPath_auxField
]
# , self.quicklookFlag_auxField
# ,self.quicklook_auxField
}]
def getIdOutField(inFeature, inField):
""" Processes the InputField. If field is an OID type, alters the output field type and name """
inField = fields.getFieldByName(inFeature, inField)
if inField.type == "OID":
newField = arcpy.Field()
newField.type = "Integer"
newField.name = inField.name + "_ID"
newField.precision = inField.precision
newField.scale = inField.scale
else:
newField = inField
return (newField)
def getRasterTypesInfo(self):
self.acquisitionDate_auxField = arcpy.Field()
self.acquisitionDate_auxField.name = 'AcquisitionDate'
self.acquisitionDate_auxField.aliasName = 'Acquisition Date'
self.acquisitionDate_auxField.type = 'Date'
self.acquisitionDate_auxField.length = 50
self.cloudCover_auxField = arcpy.Field()
self.cloudCover_auxField.name = 'CloudCover'
self.cloudCover_auxField.aliasName = 'Cloud Cover'
self.cloudCover_auxField.type = 'Double'
self.cloudCover_auxField.precision = 5
self.sunAzimuth_auxField = arcpy.Field()
self.sunAzimuth_auxField.name = 'SunAzimuth'
self.sunAzimuth_auxField.aliasName = 'Sun Azimuth'
self.sunAzimuth_auxField.type = 'Double'
self.sunAzimuth_auxField.precision = 5
self.sunElevation_auxField = arcpy.Field()
self.sunElevation_auxField.name = 'SunElevation'
self.sunElevation_auxField.aliasName = 'Sun Elevation'
self.sunElevation_auxField.type = 'Double'
self.sunElevation_auxField.precision = 5
self.sensorAzimuth_auxField = arcpy.Field()
self.sensorAzimuth_auxField.name = 'SensorAzimuth'
self.sensorAzimuth_auxField.aliasName = 'Sensor Azimuth'
self.sensorAzimuth_auxField.type = 'Double'
self.sensorAzimuth_auxField.precision = 5
self.sensorElevation_auxField = arcpy.Field()
self.sensorElevation_auxField.name = 'SensorElevation'
self.sensorElevation_auxField.aliasName = 'Sensor Elevation'
self.sensorElevation_auxField.type = 'Double'
self.sensorElevation_auxField.precision = 5
self.sensorName_auxField = arcpy.Field()
self.sensorName_auxField.name = 'SensorName'
self.sensorName_auxField.aliasName = 'Sensor Name'
self.sensorName_auxField.type = 'String'
self.sensorName_auxField.length = 50
return [{
'rasterTypeName':
'SuperView-1',
'builderName':
'SuperView1Builder',
'description': ("Supports reading of SuperView-1 "
"Level 1B/2A product metadata files"),
'supportsOrthorectification':
True,
'enableClipToFootprint':
True,
'isRasterProduct':
True,
'dataSourceType': (DataSourceType.File | DataSourceType.Folder),
'dataSourceFilter':
'SV*.xml;SW*.dim',
'crawlerName':
'SuperView1Crawler',
'supportedUriFilters': [{
'name':
'LEVEL1B',
'allowedProducts': ['L1B'],
'supportsOrthorectification':
True,
'supportedTemplates':
['Panchromatic', 'Pansharpen', 'Multispectral', 'All Bands']
}, {
'name':
'LEVEL2A',
'allowedProducts': ['L2A'],
'supportsOrthorectification':
True,
'supportedTemplates':
['Panchromatic', 'Pansharpen', 'Multispectral', 'All Bands']
}, {
'name':
'LEVEL3A',
'allowedProducts': ['L3A'],
'supportsOrthorectification':
False,
'supportedTemplates':
['Panchromatic', 'Pansharpen', 'Multispectral', 'All Bands']
}],
'productDefinitionName':
'SuperView1',
'processingTemplates': [{
'name':
'Multispectral',
'enabled':
True,
'outputDatasetTag':
'MS',
'primaryInputDatasetTag':
'MS',
'isProductTemplate':
True,
'functionTemplate':
'SV1_stretch_ms.rft.xml'
}, {
'name':
'Panchromatic',
'enabled':
False,
'outputDatasetTag':
'Pan',
'primaryInputDatasetTag':
'Pan',
'isProductTemplate':
True,
'functionTemplate':
'SV1_stretch_pan.rft.xml'
}, {
'name':
'Pansharpen',
'enabled':
False,
'outputDatasetTag':
'Pansharpened',
'primaryInputDatasetTag':
'MS',
'isProductTemplate':
True,
'functionTemplate':
'SV1_stretch_psh.rft.xml'
}, {
'name':
'All Bands',
'enabled':
False,
'isProductTemplate':
False,
'functionTemplate':
'SV1_stretch_allbands.rft.xml'
}],
'bandProperties': [{
'bandName': 'Blue',
'bandIndex': 0,
'wavelengthMin': 450.0,
'wavelengthMax': 520.0,
'datasetTag': 'MS'
}, {
'bandName': 'Green',
'bandIndex': 1,
'wavelengthMin': 520.0,
'wavelengthMax': 590.0,
'datasetTag': 'MS'
}, {
'bandName': 'Red',
'bandIndex': 2,
'wavelengthMin': 630.0,
'wavelengthMax': 690.0,
'datasetTag': 'MS'
}, {
'bandName': 'NearInfrared',
'bandIndex': 3,
'wavelengthMin': 770.0,
'wavelengthMax': 890.0,
'datasetTag': 'MS'
}, {
'bandName': 'Panchromatic',
'bandIndex': 0,
'wavelengthMin': 450.0,
'wavelengthMax': 890.0,
'datasetTag': 'Pan'
}],
'fields': [
self.acquisitionDate_auxField, self.cloudCover_auxField,
self.sunAzimuth_auxField, self.sunElevation_auxField,
self.sensorAzimuth_auxField, self.sensorElevation_auxField,
self.sensorName_auxField
]
}]
#Highlight specific values in a pandas dataframe using the style attribute and apply method.]
highVal = lambda data,value:['background-color:red;font-weight:bold' if row==value else '' for row in data]
#Usage: styledDF = df.style.apply(highVal,value='VALUE_TO_HIGHLIGHT',subset=['col1','col2','col3'])
#Converts and IntervalTree object to a Pandas DataFrame - keeps the data *Assumes no rows in df have same begin and end values
it_to_df = lambda it: pd.DataFrame([[*i] for i in sorted(it)],columns=["BEGIN","END","DATA"])
#Converts a DataFrame to an IntervalTree object - df = DataFrame, b = Begin column name, e = end column name, d = data column name
df_to_it = lambda df,b,e,d: IntervalTree([Interval(x[b],x[e],x[d]) for i,x in df.iterrows()])
#Create a grouped id column in pandas - ids with go from 0 to N-1 (N = number of items in each group) for each of the groups.
df["ID"] = df.groupby("GROUPS").apply(lambda x: list(range(0,len(x)))).explode().values # -> Reviewing this - unexpected results recently.
#Create a dictionary of all the fields in an feature class and the associated attributes
fs = {f.name:{a:getattr(f,a) for a in dir(arcpy.Field()) if not a.startswith("_")} for f in arcpy.ListFields(fc)}
#Example of the out from function above:
"""
"{'REV':{'aliasName': 'REV',
'baseName': 'REV',
'defaultValue': None,
'domain': '',
'editable': True,
'isNullable': True,
'length': 254,
'name': 'REV',
'precision': 0,
'required': False,
'scale': 0,
'type': 'String'}}
"""
def getRasterTypesInfo(self):
self.acquisitionDate_auxField = arcpy.Field()
self.acquisitionDate_auxField.name = 'AcquisitionDate'
self.acquisitionDate_auxField.aliasName = 'Acquisition Date'
self.acquisitionDate_auxField.type = 'Date'
self.acquisitionDate_auxField.length = 50
self.sensorName_auxField = arcpy.Field()
self.sensorName_auxField.name = 'SensorName'
self.sensorName_auxField.aliasName = 'Sensor Name'
self.sensorName_auxField.type = 'String'
self.sensorName_auxField.length = 50
self.productName_auxField = arcpy.Field()
self.productName_auxField.name = 'ProductName'
self.productName_auxField.aliasName = 'Product Name'
self.productName_auxField.type = 'String'
self.productName_auxField.length = 100
self.cloudCoverage_auxField = arcpy.Field()
self.cloudCoverage_auxField.name = 'CloudCoverage'
self.cloudCoverage_auxField.aliasName = 'Cloud Coverage'
self.cloudCoverage_auxField.type = 'Double'
self.cloudCoverage_auxField.precision = 5
self.vegetationPercentage_auxField = arcpy.Field()
self.vegetationPercentage_auxField.name = 'VegetationPercentage'
self.vegetationPercentage_auxField.aliasName = 'Vegetation Percentage'
self.vegetationPercentage_auxField.type = 'Double'
self.vegetationPercentage_auxField.precision = 5
rasterTypes = [
{
'rasterTypeName': 'Sentinel-2-L2A-10mTile',
'builderName': 'Sentinel210mTileBuilder',
'dataSourceType': (DataSourceType.File),
'dataSourceFilter': 'metadata.xml',
'description': ("Supports reading of Sentinel-2 Level 2A Tiles with 10m resolution."
"Level 2A tile products metadata files"),
'supportsOrthorectification': False,
'enableClipToFootprint': True,
'isRasterProduct': True,
# #'crawlerName': 'Sentinel2Tile10mCrawler',
'productDefinitionName': 'Sentinel-2_L2A_Tile',
'supportedUriFilters': [
{
'name': 'Tile',
'allowedProducts': [
'Sentinel-2_L2A_Tile'
],
'supportsOrthorectification': False,
'supportedTemplates': [
'Composite10mBands'
]
}
],
'processingTemplates': [
{
'name': 'Composite10mBands',
'enabled': True,
'outputDatasetTag': '10m-4Band',
'primaryInputDatasetTag': '10m',
'isProductTemplate': True,
'functionTemplate': Rxm['10m']['rasterFunctionTemplate']
}
],
'bandProperties': [bandProperties[k] for k in bandProperties if k in Rxm['10m']['bandKeys']],
'fields': [self.sensorName_auxField,
self.productName_auxField,
self.acquisitionDate_auxField,
self.cloudCoverage_auxField,
self.vegetationPercentage_auxField]
},
{
'rasterTypeName': 'Sentinel-2-L2A-20mTile',
'builderName': 'Sentinel220mTileBuilder',
'dataSourceType': (DataSourceType.File),
'dataSourceFilter': 'metadata.xml',
'description': ("Supports reading of Sentinel-2 Level 2A Tiles with 20m resolution."
"Level 2A tile products metadata files"),
'supportsOrthorectification': False,
'enableClipToFootprint': True,
'isRasterProduct': True,
# #'crawlerName': 'Sentinel2Tile10mCrawler',
'productDefinitionName': 'Sentinel-2_L2A_Tile',
'supportedUriFilters': [
{
'name': 'Tile',
'allowedProducts': [
'Sentinel-2_L2A_Tile'
],
'supportsOrthorectification': False,
'supportedTemplates': [
'Composite20mBands'
]
}
],
'processingTemplates': [
{
'name': 'Composite20mBands',
'enabled': True,
'outputDatasetTag': '20m-9Band',
'primaryInputDatasetTag': '20m',
'isProductTemplate': True,
'functionTemplate': Rxm['20m']['rasterFunctionTemplate']
}
],
'bandProperties': [bandProperties[k] for k in bandProperties if k in Rxm['20m']['bandKeys']],
'fields': [self.sensorName_auxField,
self.productName_auxField,
self.acquisitionDate_auxField,
self.cloudCoverage_auxField,
self.vegetationPercentage_auxField]
},
{
'rasterTypeName': 'Sentinel-2-L2A-20mCloudTile',
'builderName': 'Sentinel220mCloudTileBuilder',
'dataSourceType': (DataSourceType.File),
'dataSourceFilter': 'metadata.xml',
'description': ("Supports reading of Sentinel-2 Level 2A Tiles with 20m resolution and cloud mask."
"Level 2A tile products metadata files"),
'supportsOrthorectification': False,
'enableClipToFootprint': True,
'isRasterProduct': True,
# #'crawlerName': 'Sentinel2Tile10mCrawler',
'productDefinitionName': 'Sentinel-2_L2A_Tile',
'supportedUriFilters': [
{
'name': 'Tile',
'allowedProducts': [
'Sentinel-2_L2A_Tile'
],
'supportsOrthorectification': False,
'supportedTemplates': [
'Composite20mBandsCloud'
]
}
],
'processingTemplates': [
{
'name': 'Composite20mBandsCloud',
'enabled': True,
'outputDatasetTag': '20m-10Band',
'primaryInputDatasetTag': '20m',
'isProductTemplate': True,
'functionTemplate': Rxm['20c']['rasterFunctionTemplate']
}
],
'bandProperties': [bandProperties[k] for k in bandProperties if k in Rxm['20c']['bandKeys']],
'fields': [self.sensorName_auxField,
self.productName_auxField,
self.acquisitionDate_auxField,
self.cloudCoverage_auxField,
self.vegetationPercentage_auxField]
}
]
return rasterTypes
print(infile1_fieldnames)
# print(infile2_fields)
for field in infile2_fields:
field_name = field.name
if field_name in ["FID", "Shape"]: continue
field_map = arcpy.FieldMap()
if field_name in infile1_fieldnames:
field_map.addInputField(infile1, field_name)
field_map.addInputField(infile2, field_name)
# define the resulting field based on infile2 definition
out_field = arcpy.Field()
out_field.name = field_name
out_field.type = field.type
out_field.length = field.length
out_field.scale = field.scale
out_field.precision = field.precision
field_map.outputField = out_field
print(
" field_map inputFieldCount={} mergeRule={} outputField.name=[{}] type={} length={} field2.length={}"
.format(field_map.inputFieldCount, field_map.mergeRule,
field_map.outputField.name, field_map.outputField.type,
field_map.outputField.length, field.length))
field_mappings.addFieldMap(field_map)
def getRasterTypesInfo(self):
self.dacq_auxField = arcpy.Field() # center_dt
self.dacq_auxField.name = 'AcquisitionDate'
self.dacq_auxField.aliasName = 'Acquisition Date'
self.dacq_auxField.type = 'date'
self.platform_auxField = arcpy.Field()
self.platform_auxField.name = 'Platform'
self.platform_auxField.aliasName = 'Platform'
self.platform_auxField.type = 'String'
self.platform_auxField.length = 50
self.instrument_auxField = arcpy.Field()
self.instrument_auxField.name = 'Instrument'
self.instrument_auxField.aliasName = 'Instrument'
self.instrument_auxField.type = 'String'
self.instrument_auxField.length = 50
self.prodtype_auxField = arcpy.Field()
self.prodtype_auxField.name = 'ProductType'
self.prodtype_auxField.aliasName = 'Product Type'
self.prodtype_auxField.type = 'String'
self.prodtype_auxField.length = 50
self.id_auxField = arcpy.Field()
self.id_auxField.name = 'ID'
self.id_auxField.aliasName = 'ID'
self.id_auxField.type = 'String'
self.id_auxField.length = 50
return [{
'rasterTypeName':
'DataCube-Landsat',
'builderName':
'LandsatDataCubeBuilder',
'description':
("Supports reading of Landsat8/Landsat7 DataCube data"),
'enableClipToFootprint':
True,
'isRasterProduct':
False,
'dataSourceType': (DataSourceType.File | DataSourceType.Folder),
'dataSourceFilter':
'*.yaml',
'crawlerName':
'LandsatDataCubeCrawler',
'productDefinitionName':
'DataCube-Landsat',
'supportedUriFilters': [{
'name':
'Level2',
'allowedProducts': [
'LaSRC',
],
'supportsOrthorectification':
True,
'enableClipToFootprint':
True,
'supportedTemplates': [
'DataCube_L8_MS_QA', 'DataCube_L8_MS', 'DataCube_L7_MS',
'DataCube_L7_MS_QA'
]
}],
'processingTemplates': [{
'name':
'DataCube_L8_MS_QA',
'enabled':
True,
'outputDatasetTag':
'DataCube_L8_MS_QA',
'primaryInputDatasetTag':
'DataCube_L8_MS_QA',
'isProductTemplate':
True,
'functionTemplate':
'DataCube_L8_MS_QA.rft.xml'
}, {
'name':
'DataCube_L8_MS',
'enabled':
True,
'outputDatasetTag':
'DataCube_L8_MS',
'primaryInputDatasetTag':
'DataCube_L8_MS',
'isProductTemplate':
True,
'functionTemplate':
'DataCube_L8_MS.rft.xml'
}, {
'name':
'DataCube_L7_MS_QA',
'enabled':
True,
'outputDatasetTag':
'DataCube_L7_MS_QA',
'primaryInputDatasetTag':
'DataCube_L7_MS_QA',
'isProductTemplate':
True,
'functionTemplate':
'DataCube_L7_MS_QA.rft.xml'
}, {
'name':
'DataCube_L7_MS',
'enabled':
True,
'outputDatasetTag':
'DataCube_L7_MS',
'primaryInputDatasetTag':
'DataCube_L7_MS',
'isProductTemplate':
True,
'functionTemplate':
'DataCube_L7_MS.rft.xml'
}],
# GET THE CORRECT BAND INDEX , MIN MAX WAVELENGTH
'bandProperties': [{
'bandName': 'blue',
'bandIndex': 1,
'wavelengthMin': 452.0,
'wavelengthMax': 512.0,
'datasetTag': 'MS'
}, {
'bandName': 'green',
'bandIndex': 2,
'wavelengthMin': 533.0,
'wavelengthMax': 590.0,
'datasetTag': 'MS'
}, {
'bandName': 'nir',
'bandIndex': 4,
'wavelengthMin': 851.0,
'wavelengthMax': 879.0,
'datasetTag': 'MS'
}, {
'bandName': 'red',
'bandIndex': 3,
'wavelengthMin': 636.0,
'wavelengthMax': 673.0,
'datasetTag': 'MS'
}, {
'bandName': 'swir1',
'bandIndex': 5,
'wavelengthMin': 1566.0,
'wavelengthMax': 1651.0,
'datasetTag': 'SWIR'
}, {
'bandName': 'swir2',
'bandIndex': 6,
'wavelengthMin': 2107.0,
'wavelengthMax': 2294.0,
'datasetTag': 'SWIR'
}, {
'bandName': 'aerosol_qa',
'bandIndex': 7,
'wavelengthMin': 0.0,
'wavelengthMax': 255.0,
'datasetTag': 'QA'
}, {
'bandName': 'coastal_aerosol',
'bandIndex': 8,
'wavelengthMin': 435.0,
'wavelengthMax': 451.0,
'datasetTag': 'QA'
}, {
'bandName': 'pixel_qa',
'bandIndex': 9,
'wavelengthMin': 0.0,
'wavelengthMax': 255.0,
'datasetTag': 'QA'
}, {
'bandName': 'radsat_qa',
'bandIndex': 10,
'wavelengthMin': 0.0,
'wavelengthMax': 255.0,
'datasetTag': 'QA'
}, {
'bandName': 'atmos_opacity',
'bandIndex': 11,
'wavelengthMin': 0.0,
'wavelengthMax': 255.0,
'datasetTag': 'QA'
}, {
'bandName': 'cloud_qa',
'bandIndex': 12,
'wavelengthMin': 0.0,
'wavelengthMax': 255.0,
'datasetTag': 'QA'
}],
# GET THE CORRECT BAND INDEX , MIN MAX WAVELENGTH
'fields': [
self.dacq_auxField, self.platform_auxField,
self.instrument_auxField, self.prodtype_auxField,
self.id_auxField
]
}]
def getRasterTypesInfo(self):
self.dacq_auxField = arcpy.Field() # center_dt
self.dacq_auxField.name = 'AcquisitionDate'
self.dacq_auxField.aliasName = 'Acquisition Date'
self.dacq_auxField.type = 'date'
self.platform_auxField = arcpy.Field()
self.platform_auxField.name = 'Platform'
self.platform_auxField.aliasName = 'Platform'
self.platform_auxField.type = 'String'
self.platform_auxField.length = 50
self.instrument_auxField = arcpy.Field()
self.instrument_auxField.name = 'Instrument'
self.instrument_auxField.aliasName = 'Instrument'
self.instrument_auxField.type = 'String'
self.instrument_auxField.length = 50
self.prodtype_auxField = arcpy.Field()
self.prodtype_auxField.name = 'ProductType'
self.prodtype_auxField.aliasName = 'Product Type'
self.prodtype_auxField.type = 'String'
self.prodtype_auxField.length = 50
self.id_auxField = arcpy.Field()
self.id_auxField.name = 'ID'
self.id_auxField.aliasName = 'ID'
self.id_auxField.type = 'String'
self.id_auxField.length = 50
return [
{
'rasterTypeName': 'DataCube-Sentinel',
'builderName': 'SentinelDataCubeBuilder',
'description': ("Supports reading of Sentinel1 DataCube data"),
'enableClipToFootprint': True,
'isRasterProduct': False,
'dataSourceType': (DataSourceType.File | DataSourceType.Folder),
'dataSourceFilter': '*.yaml',
'crawlerName': 'SentinelDataCubeCrawler',
'productDefinitionName': 'DataCube-Sentinel',
'supportedUriFilters': [
{
'name': 'Level2',
'allowedProducts': [
'gamma_0',
],
'supportsOrthorectification': True,
'enableClipToFootprint': True,
'supportedTemplates': [
'DataCube_S1_SAR',
]
}
],
'processingTemplates': [
{
'name': 'DataCube_S1_SAR',
'enabled': True,
'outputDatasetTag': 'DataCube_S1_SAR',
'primaryInputDatasetTag': 'DataCube_S1_SAR',
'isProductTemplate': True,
'functionTemplate': 'DataCube_S1_SAR.rft.xml'
}
],
# GET THE CORRECT BAND INDEX , MIN MAX WAVELENGTH
'bandProperties': [
{
'bandName': 'vh',
'bandIndex': 1,
'wavelengthMin': 180000000.0, # C band with central frequency of 5.405 GHz
'wavelengthMax': 180000000.0,
'datasetTag': 'SAR'
},
{
'bandName': 'vv',
'bandIndex': 2,
'wavelengthMin': 180000000.0, # C band with central frequency of 5.405 GHz
'wavelengthMax': 180000000.0,
'datasetTag': 'SAR'
}
],
# GET THE CORRECT BAND INDEX , MIN MAX WAVELENGTH
'fields': [self.dacq_auxField,
self.platform_auxField,
self.instrument_auxField,
self.prodtype_auxField,
self.id_auxField]
}
]
def getRasterTypesInfo(self):
self.acquisitionDate_auxField = arcpy.Field()
self.acquisitionDate_auxField.name = 'AcquisitionDate'
self.acquisitionDate_auxField.aliasName = 'Acquisition Date'
self.acquisitionDate_auxField.type = 'Date'
self.acquisitionDate_auxField.length = 50
self.sensorName_auxField = arcpy.Field()
self.sensorName_auxField.name = 'SensorName'
self.sensorName_auxField.aliasName = 'Sensor Name'
self.sensorName_auxField.type = 'String'
self.sensorName_auxField.length = 50
self.sunAzimuth_auxField = arcpy.Field()
self.sunAzimuth_auxField.name = 'SunAzimuth'
self.sunAzimuth_auxField.aliasName = 'Sun Azimuth'
self.sunAzimuth_auxField.type = 'Double'
self.sunAzimuth_auxField.precision = 5
self.productName_auxField = arcpy.Field()
self.productName_auxField.name = 'ProductName'
self.productName_auxField.aliasName = 'Product Name'
self.productName_auxField.type = 'String'
self.productName_auxField.length = 50
self.sunElevation_auxField = arcpy.Field()
self.sunElevation_auxField.name = 'SunElevation'
self.sunElevation_auxField.aliasName = 'Sun Elevation'
self.sunElevation_auxField.type = 'Double'
self.sunElevation_auxField.precision = 5
return [{
'rasterTypeName':
'TeLEOS-1',
'builderName':
'TeleosBuilder',
'description': ("Supports reading of TeLEOS-1 "
"Level 1 and Level 2 products metadata files"),
'supportsOrthorectification':
True,
'enableClipToFootprint':
True,
'isRasterProduct':
True,
'dataSourceType': (DataSourceType.File | DataSourceType.Folder),
'dataSourceFilter':
'*_metadata.xml',
'supportedUriFilters': [{
'name': 'Standard',
'allowedProducts': ['L1'],
'supportsOrthorectification': True,
'supportedTemplates': ['Panchromatic']
}, {
'name': 'OrthoReady',
'allowedProducts': ['L2'],
'supportsOrthorectification': True,
'supportedTemplates': ['Panchromatic']
}],
'processingTemplates': [{
'name':
'Panchromatic',
'enabled':
True,
'outputDatasetTag':
'Pan',
'primaryInputDatasetTag':
'Pan',
'isProductTemplate':
True,
'functionTemplate':
'TeLEOS-1_stretch_pan.rft.xml'
}],
'bandProperties': [{
'bandName': 'Panchromatic',
'bandIndex': 0,
'wavelengthMin': 500.0,
'wavelengthMax': 900.0,
'datasetTag': 'Pan'
}],
'fields': [
self.sensorName_auxField, self.productName_auxField,
self.acquisitionDate_auxField, self.sunAzimuth_auxField,
self.sunElevation_auxField
]
}]
def getRasterTypesInfo(self):
self.object_auxField = arcpy.Field()
self.object_auxField.name = 'Object'
self.object_auxField.aliasName = 'Object'
self.object_auxField.type = 'String'
self.object_auxField.length = 20
self.telescope_auxField = arcpy.Field()
self.telescope_auxField.name = 'Telescope'
self.telescope_auxField.aliasName = 'Telescope'
self.telescope_auxField.type = 'String'
self.telescope_auxField.length = 20
self.date_auxField = arcpy.Field()
self.date_auxField.name = 'Date'
self.date_auxField.aliasName = 'Date'
self.date_auxField.type = 'Date'
self.date_auxField.length = 50
self.instrument_auxField = arcpy.Field()
self.instrument_auxField.name = 'Instrument'
self.instrument_auxField.aliasName = 'Instrument'
self.instrument_auxField.type = 'Text'
self.instrument_auxField.length = 20
self.creator_auxField = arcpy.Field()
self.creator_auxField.name = 'Creator'
self.creator_auxField.aliasName = 'Creator'
self.creator_auxField.type = 'Text'
self.creator_auxField.length = 20
self.origin_auxField = arcpy.Field()
self.origin_auxField.name = 'Origin'
self.origin_auxField.aliasName = 'Origin'
self.origin_auxField.type = 'Text'
self.origin_auxField.length = 50
return [
{
'rasterTypeName': 'SINGS',
'builderName': 'SINGSBuilder',
'description': ("Supports Spitzer Space Telescop SINGS Data."),
'supportsOrthorectification': False,
'enableClipToFootprint': True,
'isRasterProduct': True,
'dataSourceType': (DataSourceType.File | DataSourceType.Folder),
'dataSourceFilter': '*.mrf, *.lrc, *.tif',
# 'supportedUriFilters': [
# {
# 'name': 'Levels',
# 'allowedProducts':'Res01',
# 'supportsOrthorectification': False,
# 'supportedTemplates': 'Res01'
# }
# ],
'processingTemplates': [
{
'name': 'SINGS_Default',
'enabled': False,
'outputDatasetTag': 'Multispectral',
'primaryInputDatasetTag': 'Multispectral',
'isProductTemplate': False,
'functionTemplate': 'SINGS_Default.rft.xml'
}
],
'bandProperties': [
{
'bandName': 'IRAC1',
'bandIndex': 1,
'datasetTag': 'Spiter IRAC'
},
{
'bandName': 'IRAC2',
'bandIndex': 2,
'datasetTag': 'Spiter IRAC'
},
{
'bandName': 'IRAC3',
'bandIndex': 3,
'datasetTag': 'Spiter IRAC'
},
{
'bandName': 'IRAC ',
'bandIndex': 4,
'datasetTag': 'Spiter IRAC'
}
],
'fields': [self.object_auxField,
self.telescope_auxField,
self.date_auxField,
self.instrument_auxField,
self.creator_auxField,
self.origin_auxField]
}
]
def getRasterTypesInfo(self):
self.dacq_auxField = arcpy.Field() # Creation Date
self.dacq_auxField.name = 'AcquisitionDate'
self.dacq_auxField.aliasName = 'Acquisition Date'
self.dacq_auxField.type = 'date'
self.platform_auxField = arcpy.Field()
self.platform_auxField.name = 'Platform'
self.platform_auxField.aliasName = 'Platform'
self.platform_auxField.type = 'String'
self.platform_auxField.length = 50
self.instrument_auxField = arcpy.Field()
self.instrument_auxField.name = 'Instrument'
self.instrument_auxField.aliasName = 'Instrument'
self.instrument_auxField.type = 'String'
self.instrument_auxField.length = 50
self.prodtype_auxField = arcpy.Field()
self.prodtype_auxField.name = 'ProductType'
self.prodtype_auxField.aliasName = 'Product Type'
self.prodtype_auxField.type = 'String'
self.prodtype_auxField.length = 50
self.id_auxField = arcpy.Field()
self.id_auxField.name = 'ID'
self.id_auxField.aliasName = 'ID'
self.id_auxField.type = 'String'
self.id_auxField.length = 50
return [{
'rasterTypeName':
'Geoscience-Landsat',
'builderName':
'GeoscienceBuilder',
'description':
("Supports reading of Geoscience Landsat8 nbart data"),
'enableClipToFootprint':
True,
'isRasterProduct':
False,
'dataSourceType': (DataSourceType.File | DataSourceType.Folder),
'dataSourceFilter':
'*.yaml',
'crawlerName':
'GeoscienceCrawler',
'productDefinitionName':
'Geoscience-Landsat',
'supportedUriFilters': [{
'name':
'Level2',
'allowedProducts': [
'L8ARD',
],
'supportsOrthorectification':
True,
'enableClipToFootprint':
True,
'supportedTemplates': ['Geoscience_MS_NBART']
}],
'processingTemplates': [{
'name':
'Geoscience_MS_NBART',
'enabled':
True,
'outputDatasetTag':
'NBART',
'primaryInputDatasetTag':
'NBART',
'isProductTemplate':
True,
'functionTemplate':
'Geoscience_MS_NBART.rft.xml'
}],
# GET THE CORRECT BAND INDEX , MIN MAX WAVELENGTH
'bandProperties': [{
'bandName': 'blue',
'bandIndex': 1,
'wavelengthMin': 452.0,
'wavelengthMax': 512.0,
'datasetTag': 'MS'
}, {
'bandName': 'green',
'bandIndex': 2,
'wavelengthMin': 533.0,
'wavelengthMax': 590.0,
'datasetTag': 'MS'
}, {
'bandName': 'nir',
'bandIndex': 4,
'wavelengthMin': 851.0,
'wavelengthMax': 879.0,
'datasetTag': 'MS'
}, {
'bandName': 'red',
'bandIndex': 3,
'wavelengthMin': 636.0,
'wavelengthMax': 673.0,
'datasetTag': 'MS'
}, {
'bandName': 'swir1',
'bandIndex': 5,
'wavelengthMin': 1566.0,
'wavelengthMax': 1651.0,
'datasetTag': 'SWIR'
}, {
'bandName': 'swir2',
'bandIndex': 6,
'wavelengthMin': 2107.0,
'wavelengthMax': 2294.0,
'datasetTag': 'SWIR'
}],
# GET THE CORRECT BAND INDEX , MIN MAX WAVELENGTH
'fields': [
self.dacq_auxField, self.platform_auxField,
self.instrument_auxField, self.prodtype_auxField,
self.id_auxField
]
}]
def getRasterTypesInfo(self):
self.sensorName_auxField = arcpy.Field()
self.sensorName_auxField.name = 'SensorName'
self.sensorName_auxField.aliasName = 'Sensor Name'
self.sensorName_auxField.type = 'String'
self.sensorName_auxField.length = 50
self.acquisitiondate_auxField = arcpy.Field()
self.acquisitiondate_auxField.name = 'AcquisitionDate'
self.acquisitiondate_auxField.aliasName = 'Acquisition Date'
self.acquisitiondate_auxField.type = 'date'
self.cloudcover_auxField = arcpy.Field()
self.cloudcover_auxField.name = 'CloudCoverPercentage'
self.cloudcover_auxField.aliasName = 'Cloud Cover Percentage'
self.cloudcover_auxField.type = 'double'
self.cloudcover_auxField.precision = 5
self.resolution_auxField = arcpy.Field()
self.resolution_auxField.name = 'Resolution'
self.resolution_auxField.aliasName = 'Resolution'
self.resolution_auxField.type = 'String'
self.resolution_auxField.precision = 50
self.resolutionmax_auxField = arcpy.Field()
self.resolutionmax_auxField.name = 'ResolutionMax'
self.resolutionmax_auxField.aliasName = 'Max Resolution'
self.resolutionmax_auxField.type = 'double'
self.resolutionmax_auxField.precision = 8
self.resolutionmin_auxField = arcpy.Field()
self.resolutionmin_auxField.name = 'ResolutionMin'
self.resolutionmin_auxField.aliasName = 'Min Resolution'
self.resolutionmin_auxField.type = 'double'
self.resolutionmin_auxField.precision = 8
return [{
'rasterTypeName':
'GeoScene-Sentinel2',
'builderName':
'GeoSceneSentinelBuilder',
'description':
("Supports reading of GeoScene Sentinel2 Level1 and Level2"),
'supportsOrthorectification':
True,
'enableClipToFootprint':
True,
'isRasterProduct':
False,
'dataSourceType': (DataSourceType.File | DataSourceType.Folder),
'dataSourceFilter':
'MTD_MSI*.xml',
'crawlerName':
'GeoSceneSentinelCrawler',
# 'productDefinitionName': 'Geoscene-Sentinel',
#'supportedUriFilters': [
# {
# 'name': 'LEVEL1C',
# 'allowedProducts': ['L1C'],
# 'supportsOrthorectification': True,
# 'enableClipToFootprint': True,
# 'supportedTemplates': ['GeoScene_ALL_Composite']
# },
# {
# 'name': 'LEVEL2A',
# 'allowedProducts': ['L2A'],
# 'supportsOrthorectification': True,
# 'supportedTemplates': ['GeoScene_ALL_Composite']
# }
#],
#'processingTemplates': [
# {
# 'name': 'GeoScene_ALL_Composite',
# 'enabled': True,
# 'outputDatasetTag': 'ALLBANDS',
# 'primaryInputDatasetTag': 'ALLBANDS',
# 'isProductTemplate': True,
# 'functionTemplate': 'GeoScene_ALL_Composite.rft.xml'
# }
#],
# GET THE CORRECT BAND INDEX , MIN MAX WAVELENGTH
'bandProperties': [{
'bandName': 'azimuthal_exiting',
'bandIndex': 1,
'datasetTag': 'MS'
}, {
'bandName': 'azimuthal_incident',
'bandIndex': 2,
'datasetTag': 'MS'
}, {
'bandName': 'exiting',
'bandIndex': 3,
'datasetTag': 'MS'
}, {
'bandName': 'fmask',
'bandIndex': 4,
'datasetTag': 'MS'
}, {
'bandName': 'incident',
'bandIndex': 5,
'datasetTag': 'MS'
}, {
'bandName': 'lambertian_blue',
'bandIndex': 6,
'wavelengthMin': 447.6,
'wavelengthMax': 545.6,
'datasetTag': 'MS'
}, {
'bandName': 'lambertian_coastal_aerosol',
'bandIndex': 7,
'wavelengthMin': 430.4,
'wavelengthMax': 457.4,
'datasetTag': 'MS'
}, {
'bandName': 'lambertian_contiguity',
'bandIndex': 8,
'wavelengthMin': 1550.0,
'wavelengthMax': 1590.0,
'datasetTag': 'CG'
}, {
'bandName': 'lambertian_green',
'bandIndex': 9,
'wavelengthMin': 537.5,
'wavelengthMax': 582.5,
'datasetTag': 'MS'
}, {
'bandName': 'lambertian_nir_1',
'bandIndex': 10,
'wavelengthMin': 762.6,
'wavelengthMax': 907.6,
'datasetTag': 'MS'
}, {
'bandName': 'lambertian_nir_2',
'bandIndex': 11,
'wavelengthMin': 848.3,
'wavelengthMax': 881.3,
'datasetTag': 'MS'
}, {
'bandName': 'lambertian_red',
'bandIndex': 12,
'wavelengthMin': 645.5,
'wavelengthMax': 683.5,
'datasetTag': 'MS'
}, {
'bandName': 'lambertian_red_edge_1',
'bandIndex': 13,
'wavelengthMin': 694.4,
'wavelengthMax': 713.4,
'datasetTag': 'MS'
}, {
'bandName': 'lambertian_red_edge_2',
'bandIndex': 14,
'wavelengthMin': 731.2,
'wavelengthMax': 749.2,
'datasetTag': 'MS'
}, {
'bandName': 'lambertian_red_edge_3',
'bandIndex': 15,
'wavelengthMin': 768.5,
'wavelengthMax': 796.5,
'datasetTag': 'MS'
}, {
'bandName': 'lambertian_swir_2',
'bandIndex': 16,
'wavelengthMin': 1542.2,
'wavelengthMax': 1685.2,
'datasetTag': 'SWIR'
}, {
'bandName': 'lambertian_swir_3',
'bandIndex': 17,
'wavelengthMin': 2081.4,
'wavelengthMax': 2323.4,
'datasetTag': 'SWIR'
}, {
'bandName': 'nbar_blue',
'bandIndex': 18,
'wavelengthMin': 447.6,
'wavelengthMax': 545.6,
'datasetTag': 'MS'
}, {
'bandName': 'nbar_coastal_aerosol',
'bandIndex': 19,
'wavelengthMin': 430.4,
'wavelengthMax': 457.4,
'datasetTag': 'MS'
}, {
'bandName': 'nbar_contiguity',
'bandIndex': 20,
'datasetTag': 'CG'
}, {
'bandName': 'nbar_green',
'bandIndex': 21,
'wavelengthMin': 537.5,
'wavelengthMax': 582.5,
'datasetTag': 'MS'
}, {
'bandName': 'nbar_nir_1',
'bandIndex': 22,
'wavelengthMin': 762.6,
'wavelengthMax': 907.6,
'datasetTag': 'MS'
}, {
'bandName': 'nbar_nir_2',
'bandIndex': 23,
'wavelengthMin': 848.3,
'wavelengthMax': 881.3,
'datasetTag': 'MS'
}, {
'bandName': 'nbar_red',
'bandIndex': 24,
'wavelengthMin': 645.5,
'wavelengthMax': 683.5,
'datasetTag': 'MS'
}, {
'bandName': 'nbar_red_edge_1',
'bandIndex': 25,
'wavelengthMin': 694.4,
'wavelengthMax': 713.4,
'datasetTag': 'MS'
}, {
'bandName': 'nbar_red_edge_2',
'bandIndex': 26,
'wavelengthMin': 731.2,
'wavelengthMax': 749.2,
'datasetTag': 'MS'
}, {
'bandName': 'nbar_red_edge_3',
'bandIndex': 27,
'wavelengthMin': 768.5,
'wavelengthMax': 796.5,
'datasetTag': 'MS'
}, {
'bandName': 'nbar_swir_2',
'bandIndex': 28,
'wavelengthMin': 1542.2,
'wavelengthMax': 1685.2,
'datasetTag': 'SWIR'
}, {
'bandName': 'nbar_swir_3',
'bandIndex': 29,
'wavelengthMin': 2081.4,
'wavelengthMax': 2323.4,
'datasetTag': 'SWIR'
}, {
'bandName': 'nbart_blue',
'bandIndex': 30,
'wavelengthMin': 447.6,
'wavelengthMax': 545.6,
'datasetTag': 'MS'
}, {
'bandName': 'nbart_coastal_aerosol',
'bandIndex': 31,
'wavelengthMin': 430.4,
'wavelengthMax': 457.4,
'datasetTag': 'MS'
}, {
'bandName': 'nbart_contiguity',
'bandIndex': 32,
'datasetTag': 'CG'
}, {
'bandName': 'nbart_green',
'bandIndex': 33,
'wavelengthMin': 537.5,
'wavelengthMax': 582.5,
'datasetTag': 'MS'
}, {
'bandName': 'nbart_nir_1',
'bandIndex': 34,
'wavelengthMin': 762.6,
'wavelengthMax': 907.6,
'datasetTag': 'MS'
}, {
'bandName': 'nbart_nir_2',
'bandIndex': 35,
'wavelengthMin': 848.3,
'wavelengthMax': 881.3,
'datasetTag': 'MS'
}, {
'bandName': 'nbart_red',
'bandIndex': 36,
'wavelengthMin': 645.5,
'wavelengthMax': 683.5,
'datasetTag': 'MS'
}, {
'bandName': 'nbart_red_edge_1',
'bandIndex': 37,
'wavelengthMin': 694.4,
'wavelengthMax': 713.4,
'datasetTag': 'MS'
}, {
'bandName': 'nbart_red_edge_2',
'bandIndex': 38,
'wavelengthMin': 731.2,
'wavelengthMax': 749.2,
'datasetTag': 'MS'
}, {
'bandName': 'nbart_red_edge_3',
'bandIndex': 39,
'wavelengthMin': 768.5,
'wavelengthMax': 796.5,
'datasetTag': 'MS'
}, {
'bandName': 'nbart_swir_2',
'bandIndex': 40,
'wavelengthMin': 1542.2,
'wavelengthMax': 1685.2,
'datasetTag': 'SWIR'
}, {
'bandName': 'nbart_swir_3',
'bandIndex': 41,
'wavelengthMin': 2081.4,
'wavelengthMax': 2323.4,
'datasetTag': 'SWIR'
}, {
'bandName': 'relative_azimuth',
'bandIndex': 42,
'datasetTag': 'MS'
}, {
'bandName': 'relative_slope',
'bandIndex': 43,
'datasetTag': 'MS'
}, {
'bandName': 'satellite_azimuth',
'bandIndex': 44,
'datasetTag': 'MS'
}, {
'bandName': 'satellite_view',
'bandIndex': 45,
'datasetTag': 'MS'
}, {
'bandName': 'solar_azimuth',
'bandIndex': 46,
'datasetTag': 'MS'
}, {
'bandName': 'solar_zenith',
'bandIndex': 47,
'datasetTag': 'MS'
}, {
'bandName': 'terrain_shadow',
'bandIndex': 48,
'datasetTag': 'MS'
}, {
'bandName': 'timedelta',
'bandIndex': 49,
'datasetTag': 'MS'
}],
# GET THE CORRECT BAND INDEX , MIN MAX WAVELENGTH
'fields': [
self.sensorName_auxField, self.acquisitiondate_auxField,
self.cloudcover_auxField, self.resolution_auxField,
self.resolutionmax_auxField, self.resolutionmin_auxField
]
}]
def getRasterTypesInfo(self):
self.acquisitionDate_auxField = arcpy.Field()
self.acquisitionDate_auxField.name = 'AcquisitionDate'
self.acquisitionDate_auxField.aliasName = 'Acquisition Date'
self.acquisitionDate_auxField.type = 'Date'
self.acquisitionDate_auxField.length = 50
self.instrument_auxField = arcpy.Field()
self.instrument_auxField.name = 'Instrument'
self.instrument_auxField.aliasName = 'Instrument'
self.instrument_auxField.type = 'String'
self.instrument_auxField.length = 50
self.sensorName_auxField = arcpy.Field()
self.sensorName_auxField.name = 'SensorName'
self.sensorName_auxField.aliasName = 'Sensor Name'
self.sensorName_auxField.type = 'String'
self.sensorName_auxField.length = 50
self.sunAzimuth_auxField = arcpy.Field()
self.sunAzimuth_auxField.name = 'SunAzimuth'
self.sunAzimuth_auxField.aliasName = 'Sun Azimuth'
self.sunAzimuth_auxField.type = 'Double'
self.sunAzimuth_auxField.precision = 5
self.sunElevation_auxField = arcpy.Field()
self.sunElevation_auxField.name = 'SunElevation'
self.sunElevation_auxField.aliasName = 'Sun Elevation'
self.sunElevation_auxField.type = 'Double'
self.sunElevation_auxField.precision = 5
return [
{
'rasterTypeName': 'DEIMOS-2',
'builderName': 'DeimosBuilder',
'description': ("Supports reading of DEIMOS-2 "
"Level 1B / 1C product metadata files"),
'supportsOrthorectification': True,
'enableClipToFootprint': True,
'isRasterProduct': True,
'dataSourceType': (DataSourceType.File | DataSourceType.Folder),
'dataSourceFilter': '*.dim',
'crawlerName': 'Deimos2Crawler',
'supportedUriFilters': [
{
'name': 'Level1',
'allowedProducts': [
'L1C',
'L1B'
],
'supportsOrthorectification': True,
'supportedTemplates': [
'Multispectral',
'Panchromatic',
'Pansharpen',
'All Bands'
]
}
],
'productDefinitionName': 'DEIMOS2_4BANDS',
'processingTemplates': [
{
'name': 'Multispectral',
'enabled': True,
'outputDatasetTag': 'MS',
'primaryInputDatasetTag': 'MS',
'isProductTemplate': True,
'functionTemplate': 'D2_stretch_ms.rft.xml'
},
{
'name': 'Panchromatic',
'enabled': False,
'outputDatasetTag': 'Pan',
'primaryInputDatasetTag': 'Pan',
'isProductTemplate': True,
'functionTemplate': 'D2_stretch_pan.rft.xml'
},
{
'name': 'Pansharpen',
'enabled': False,
'outputDatasetTag': 'Pansharpened',
'primaryInputDatasetTag': 'MS',
'isProductTemplate': True,
'functionTemplate': 'D2_stretch_psh.rft.xml'
},
{
'name': 'All Bands',
'enabled': False,
'isProductTemplate': False,
'functionTemplate': 'D2_stretch_allbands.rft.xml'
}
],
'bandProperties': [
{
'bandName': 'Blue',
'bandIndex': 3,
'wavelengthMin': 466.0,
'wavelengthMax': 525.0,
'datasetTag': 'MS'
},
{
'bandName': 'Green',
'bandIndex': 2,
'wavelengthMin': 532.0,
'wavelengthMax': 599.0,
'datasetTag': 'MS'
},
{
'bandName': 'Red',
'bandIndex': 1,
'wavelengthMin': 640.0,
'wavelengthMax': 697.0,
'datasetTag': 'MS'
},
{
'bandName': 'NearInfrared',
'bandIndex': 0,
'wavelengthMin': 770.0,
'wavelengthMax': 892.0,
'datasetTag': 'MS'
},
{
'bandName': 'Panchromatic',
'bandIndex': 0,
'wavelengthMin': 560.0,
'wavelengthMax': 900.0,
'datasetTag': 'Pan'
}
],
'fields': [self.sensorName_auxField,
self.acquisitionDate_auxField,
self.instrument_auxField,
self.sunAzimuth_auxField,
self.sunElevation_auxField]
}
]
