Derived Types

Required to make use of c_loc and accessing an array.

dynamic array (da) type for type(sdr_attribute_type)

dynamic array (da) type for type(ply_prj_init_type)

growing array type for type(sdr_box_type)

growing array type for type(sdr_distancerefine_type)

growing array type for type(grw_intarray_type)

growing array type for type(sdr_intersectobjpos_type)

growing array type for type(sdr_periodicplane_type)

growing array type for type(sdr_spacerinterwoven_type)

growing array type for type(sdr_spatialobj_type)

Auxilary data type to provide data on the current level iteration.

Information for a set of local rows in the current block

Datatype to represent facewise nodes

Paramaters describing the filtering to apply to elemental polynomial data.

Type for the fpt header, stores all information needed to initialize the fpt method later on

Fxt projection header type, consisting of the node header which give information about the type and number of points for the projection

l2p projection header type, consisting of the node header which give information about the type and number of points for the projection

Storage of the transformation matrices for the L2 projection method to convert between modal and nodal values.

Datatype for parameters of the FPT used for 1d, 2d and 3d.

Expansion coefficients for a certain submatrix.

Expansion coefficients for a certain submatrix.

Datatype to represent the polynomial basis functions of the modg scheme.

Projection coefficients for covolume filtering.

\brief Coefficients for the projections of the elemental basis functions from coarser to finer elements and vice versa.

Projection definition.

Additional data, required for the projection.

Configurable projection settings.

Projection definition.

Datatype storing the coefficients arising for the projection of solutions on a parent cell to its children during the subsampling routines.

Sparse data for information of a column in a sub matrix

Configuration of the adaptive sampling.

This is the data type providing the definitions for the sampling.

Small helping type to allow arrays of arrays for the variable data.

Sparse data for information of a row in a sub matrix.

Self contained description of color data to be used for method data.

Sparse data for a subvector

Small helping type to allow arrays of arrays for the variable data.

A container for the method data to hold the data in a scalar pointer for the C-pointer conversion.

This data type describes type of attribute

This type contains origin and vec of box in each direction

This type contains basic information loaded from the config file.

An auxilary data type to describe a cube.

Data type defines geometry scale and rotation

This data type contains info for distance refinement defined in config file for each boundary attribute.

Geometric description of the space to mesh.

Auxilary data type to allow an array of pointers to colvar objects.

This datatype describes the various settings to load from the configuration file.

Datatype to collect the various properties of the mesh.

This data type describes first and last intersected object of a node in growing array of intersected_objects.

This data type describes a node in the tree to be created.

type contains Periodic plane information

The protoTree is used to describe the preliminary tree, before it is actually extended to the full information of the mesh.

This type provides information to create spacer geometry

This type provides information to create each interwoven spacer filament

This data type describes a geometric object generically.

Definition of values to use for colors in polynomial representations.

Settings for the resolution below mesh elements.

Data type contains final fluid info dumped into mesh file

Data type defines geometry transformation

Data type defines geometry translation

This type provides spacer length and width information

Private data type to describe variables with varying polynomial representation from element to element for each variable.