#include <fem_types.h>
Inheritance diagram for opencarp::elecMaterial:
Collaboration diagram for opencarp::elecMaterial:
Public Attributes | |
| double | InVal [3] |
| intracellular conductivity eigenvalues More... | |
| double | ExVal [3] |
| extracellular conductivity eigenvalues More... | |
| double | BathVal [3] |
| bath conductivity eigenvalues More... | |
| cond_t | g |
| rule to build conductivity tensor More... | |
| int * | augment |
| augmented element list More... | |
| int | nAug |
| number of augmented elements More... | |
 Public Attributes inherited from opencarp::physMaterial | |
| physMat_t | material_type |
| ID of physics material. More... | |
| double | fluct |
| random fluctuation around standard value More... | |
Detailed Description
description of electrical tissue properties
Definition at line 59 of file fem_types.h.
Member Data Documentation
◆ augment
| int* opencarp::elecMaterial::augment |
augmented element list
Definition at line 65 of file fem_types.h.
◆ BathVal
| double opencarp::elecMaterial::BathVal[3] |
bath conductivity eigenvalues
Definition at line 63 of file fem_types.h.
◆ ExVal
| double opencarp::elecMaterial::ExVal[3] |
extracellular conductivity eigenvalues
Definition at line 62 of file fem_types.h.
◆ g
| cond_t opencarp::elecMaterial::g |
rule to build conductivity tensor
Definition at line 64 of file fem_types.h.
◆ InVal
| double opencarp::elecMaterial::InVal[3] |
intracellular conductivity eigenvalues
Definition at line 61 of file fem_types.h.
◆ nAug
| int opencarp::elecMaterial::nAug |
number of augmented elements
Definition at line 66 of file fem_types.h.
The documentation for this struct was generated from the following file:
- fem/fem_types.h
