def deserialize(self, datum):
return _checked_context().generateTile(datum[0], datum[1], datum[2],
datum[3])
def deserialize(self, datum):
return _checked_context().generateGeometry(datum[0])
def deserialize(self, datum):
return _checked_context().generateTile(datum[0], datum[1], datum[2], datum[3])
def deserialize(self, datum):
return _checked_context().generateGeometry(datum[0])
def _(tileCol1, tileCol2):
jfcn = getattr(_checked_context(), 'normalizedDifference')
return Column(jfcn(_to_java_column(tileCol1), _to_java_column(tileCol2)))
def _(tileCol, cellType):
jfcn = getattr(_checked_context(), 'convertCellType')
return Column(jfcn(_to_java_column(tileCol), _celltype(cellType)))
def _(arrayCol, numCols, numRows):
jfcn = getattr(_checked_context(), 'arrayToTile')
return Column(jfcn(_to_java_column(arrayCol), numCols, numRows))
def _(colIndex, rowIndex, cellData, numCols, numRows, cellType):
ctx = _checked_context()
jfcn = getattr(ctx, 'assembleTile')
return Column(jfcn(_to_java_column(colIndex), _to_java_column(rowIndex), _to_java_column(cellData), numCols, numRows, _celltype(cellType)))
def _(col, noDataVal):
jfcn = getattr(_checked_context(), 'withNoData')
return Column(jfcn(_to_java_column(col), noDataVal))
def _celltype(cellTypeStr):
""" Convert the string cell type to the expected CellType object."""
f = getattr(_checked_context(), 'cellType')
return f(cellTypeStr)
def _(*args):
jfcn = getattr(_checked_context(), name)
jcols = [_to_java_column(arg) for arg in args]
return Column(jfcn(*jcols))
