def _build_graph(cls, catID, polarization="VH", proj=None, **kwargs):
sentinel1 = rda.Sentinel1Template(sentinelId=catID,
sentinel1Polarization=polarization,
nodeId="Sentinel1Read")
if proj is not None:
sentinel1 = sentinel1(nodeId="Reproject", **reproject_params(proj))
return sentinel1
def _build_graph(cls, prefix, spec="10m", proj=None, **kwargs):
sentinel2 = rda.Sentinel2Template(sentinelId=prefix,
sentinelProductSpec=spec,
nodeId="Sentinel2Read")
if proj is not None:
sentinel2 = sentinel2(nodeId="Reproject", **reproject_params(proj))
return sentinel2
def _build_graph(cls, _id, band_type="MS", proj=None, **kwargs):
spec = band_types[band_type]
pansharpen = kwargs.get('pansharpen', False)
if spec == "thermal" and pansharpen:
raise IncompatibleOptions(
'Cannot generate a pansharpened thermal Landsat image')
if pansharpen is True:
landsat = rda.LandsatPanSharpenTemplate(catalogIdMultispectral=_id,
catalogIdPanchromatic=_id)
else:
landsat = rda.LandsatTemplate(catalogId=_id, productSpec=spec)
if proj is not None:
landsat = landsat(nodeId="Reproject", **reproject_params(proj))
return landsat
def _build_graph(cls, _id, band_type="MS", proj=None, **kwargs):
spec = band_types[band_type]
pansharpen = kwargs.get('pansharpen', False)
if spec == "thermal" and pansharpen:
raise IncompatibleOptions(
'Cannot generate a pansharpened thermal Landsat image')
if pansharpen == True:
landsat_ms = rda.LandsatRead(landsatId=_id,
productSpec='multispectral')
landsat_pan = rda.LandsatRead(landsatId=_id,
productSpec='panchromatic')
landsat = rda.LocallyProjectivePanSharpen(landsat_ms, landsat_pan)
else:
landsat = rda.LandsatRead(landsatId=_id, productSpec=spec)
if proj is not None:
landsat = rda.Reproject(landsat, **reproject_params(proj))
return landsat
def _build_graph(cls, catID, polarization="VH", proj=None, **kwargs):
sentinel = rda.Sentinel1Read(SentinelId=catID, sentinel1Polarization=polarization)
if proj is not None:
sentinel = rda.Reproject(sentinel, **reproject_params(proj))
return sentinel
def _build_graph(cls, prefix, spec="10m", proj=None, **kwargs):
sentinel = rda.SentinelRead(SentinelId=prefix, sentinelProductSpec=spec)
if proj is not None:
sentinel = rda.Reproject(sentinel, **reproject_params(proj))
return sentinel
def _build_graph(cls, catID, polarization="VH", proj=None, **kwargs):
sentinel = rda.Sentinel1Read(SentinelId=catID,
sentinel1Polarization=polarization)
if proj is not None:
sentinel = rda.Reproject(sentinel, **reproject_params(proj))
return sentinel
def _build_graph(cls, prefix, spec="10m", proj=None, **kwargs):
sentinel = rda.SentinelRead(SentinelId=prefix,
sentinelProductSpec=spec)
if proj is not None:
sentinel = rda.Reproject(sentinel, **reproject_params(proj))
return sentinel
def _build_graph(cls, cat_id, proj=None, **kwargs):
modis = rda.ModisRead(modisId=cat_id)
if proj is not None:
modis = rda.Reproject(modis, **reproject_params(proj))
return modis
def _build_graph(cls, _id, spec="multispectral", proj=None, **kwargs):
landsat = rda.LandsatRead(landsatId=_id, productSpec=spec)
if proj is not None:
landsat = rda.Reproject(landsat, **reproject_params(proj))
return landsat
def _build_graph(cls, cat_id, proj=None, **kwargs):
modis = rda.ModisTemplate(modisId=cat_id)
if proj is not None:
modis = modis(nodeId="Reproject", **reproject_params(proj))
return modis
def _build_graph(cls, cat_id, proj=None, **kwargs):
modis = rda.ModisRead(modisId=cat_id)
if proj is not None:
modis = rda.Reproject(modis, **reproject_params(proj))
return modis
