Modules

This module encapsulates the data type for ascii and asciiSpatial output format.

This module provides the methods for base64Encoding.

This module encapsulates the output in VTK format.

This module encapsulates the data type for VTK output format.

This module provides the definition of various abort criteria upon which a simulation should be stopped. Note that solvers may extend this table and have their own set of addititonal abort parameters to be set in this table.

This module contains routines to load the adaptation parameters

This module provides generic growing arrays of other (dynamic) arrays.

last iteration the dynamic load balancing was called

Definition of the boundary property for elements

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This module provides the description of colors for elements.

This module provides the data structure for the communication during the simulation.

Module with routines to decide whether a faces is a compute face or not.

This module creates the required treeID lists, from which then the state vector and the neighbor information can be constructed.

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This module gathers information for the scalar cylindrical wave.

Provide a general debug environment. See tem_load_debug for configuration options.

This module

This module provides descriptions for elements

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Floating point numbers need a special treatment due to their storage format.

Initialize general infrastructure settings of treelm.

This module provides the global part of the TREe based ELemental Mesh, which is needed on each partition.

This module provides descriptions for elements

This module gathers the various predefined initial conditions

this module is intended to collect all data types and informations for interpolation of data for cells of different refinement levels (so ghost or halo cells).

This module encapsulates the available isNaN implementation

Providing a logging infrastructure to easily control the verbosity of output.

This module is used to track the requires in loaded Lua scripts.

Contains data_types and function for matrix operations

This module provides the functionality to derive mesh dependent information for tracking output.

This module gathers the definition of the analytical solution by scattering of an electromagnetic wave at a dielectric sphere/cylinder. The solution is given by means of Mie-series. The solution is given in: Cai, W., & Deng, S. (2003). An upwinding embedded boundary method for Maxwell's equations in media with material interfaces: 2D case. Journal of Computational Physics, 190(1), 159-183. doi:10.1016/S0021-9991(03)00269-9

This module provides a mechanism to define new variables in the simulation by applying some operator on existing variables.

Parameter lists for Treelm

This module contains plane boundary definition and routines

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This module provides a spatial function to describe a 2D polygon.

Module to describe additional elmental properties, like boundary conditions.

This module applies reductions to a set of quantities

Module that allows the refinement of a given tree to create a mesh with a different resolution.

This module provides rotations of a child cell and its relations to direct neighbors

This module provides the facility to control the execution of the solver.

It allows the definition of arbitrary space-time dependent functions, and the multiplication of a spatial function with a temporal function as a often required special case.

The implementation is based on the SPartA Algorithm.

This module contains sphere definition and routines related to spheres

This module handles the various status bits and performs the relevant communications. For example if one process ends, this information is stored in a bit and communicated to all other processors.

This module provides stl data type and routine to load all stl files and store them in stl_node_type

This module contains subroutines needed to create and update subTrees from corresponding global trees.

This module provides the functionality to read surface information from file (stl, ...) and stores them in a surfaceData datatype.

The module contains the time definition of treelm.

Timer infrastructure methods for the TreElM module

This module provides informations and operations on the topology of the complete linearized octree. It is completely independent of the actual sparse octree and therefore this module is independent of the Treelmesh_module.

Module to track various relevant memory information during runtime.

\brief Module to describe triangles. Contains triangle type with vertices of the triangle

Contains varMap type definition to store requested variable position in the global varSys and routine to create varMap from given variable labels

A module to provide informations on vertex property for elements.

TREe based ELemental Mesh module, providing the definition and methods to act on a octree based mesh.