Model_VRT

Data Fields

Detailed Description

This structure is used to set the model parameters of the VRT (Vertical Ray Tracing). This structure can be passed optionally to the WinProp_Predict or WinProp_Predict_Points functions.

Remark Structure can be initialized with default values by using the function WinProp_Structure_Init_Model_VRT.

Field Documentation

DirectRay
int Model_VRT::DirectRay
Compute direct ray.
SingleReflection
int Model_VRT::SingleReflection
Compute rays with single reflections.
SingleDiffraction
int Model_VRT::SingleDiffraction
Compute rays with single diffractions.
ReflectionDiffraction
int Model_VRT::ReflectionDiffraction
Compute rays with one reflection and one diffraction.
DiffractionReflection
int Model_VRT::DiffractionReflection
Compute rays with one diffraction and one reflection.
DoubleDiffraction
int Model_VRT::DoubleDiffraction
Compute rays with two diffractions.
KnifeEdgeDiffraction
int Model_VRT::KnifeEdgeDiffraction
Compute rays with multiple diffractions (knife-edge model).
OnlyForwardPropagation
int Model_VRT::OnlyForwardPropagation
Compute rays only in forward direction.
TopoClutterInteractions
int Model_VRT::TopoClutterInteractions
Compute interactions at topography and clutter/land usage.
VectorInteractions
int Model_VRT::VectorInteractions
Compute interactions at vector objects.
ScatteringInteractions
int Model_VRT::ScatteringInteractions
Compute 3D Scattering at Topography/Clutter objects.
ConsiderPhase
int Model_VRT::ConsiderPhase
Consider phase for superposition of rays (coherent superposition).
MinAngleDiffraction
double Model_VRT::MinAngleDiffraction
Minimum angle between two polygons for consideration of diffraction.
ExtensionBehindReceiver
double Model_VRT::ExtensionBehindReceiver
Additional distance behind receiver for determination of vertical plane.
KnifeEdgePara
VRT_KE_PARA Model_VRT::KnifeEdgePara
Parameters of the multiple knife-edge diffraction model.
The documentation was generated from the following file:
  • source.eng/Interface/Engine.h