python.uq.operations.general Namespace Reference

Functions
	cross (grid1, grid2)
	extend_grid (grid, n, *args, **kws)
	extend_grid_1d (grid, *args, **kws)
	insert_children (grid, gp, d)
	isList (x)
	isMatrix (x)
	isNumerical (x)
	join (grid1, grid2, *args, **kws)
	project (grid, dims)
	projectList (gps, dims)

Function Documentation

cross()

python.uq.operations.general.cross	(		grid1,
			grid2
	)

Create a grid of dimensionality dim1 + dim2 where
@param grid1:
@param grid2:

extend_grid()

python.uq.operations.general.extend_grid	(		grid,
			n,
		*	args,
		**	kws
	)

Extends the grid. Generates a full grid in all additional dimensions
@param grid: Grid, sparse grid
@param n: int, additional dimensions

extend_grid_1d()

python.uq.operations.general.extend_grid_1d	(		grid,
		*	args,
		**	kws
	)

insert_children()

python.uq.operations.general.insert_children	(		grid,
			gp,
			d
	)

isList()

python.uq.operations.general.isList

(

x

)

isMatrix()

python.uq.operations.general.isMatrix

(

x

)

isNumerical()

python.uq.operations.general.isNumerical

(

x

)

join()

python.uq.operations.general.join	(		grid1,
			grid2,
		*	args,
		**	kws
	)

Join two grids, which are not of the same dimensionality. The grid
of lower dimensionality is extended to the larger one by adding
a full grid resolution in the new directions.
@param grid1: Grid, sparse grid
@param grid2: Grid, sparse grid
@return: Grid, joined sparse grid of dimensionality max(dim1, dim2) with
basis of grid2

project()

python.uq.operations.general.project	(		grid,
			dims
	)

Project all grid points to the given dimensions

@param grid: Grid sparse grid
@param dims: list dimensions to which the grid points are projected

projectList()

python.uq.operations.general.projectList	(		gps,
			dims
	)

Project all grid points to the given dimensions

@param gps: list of grid points
@param dims: list dimensions to which the grid points are projected