WinProp_Additional
Data Fields
- WinProp_Propagation_Results *
- OutputResults
- int
- FullPolarimetric
- int
- MultipleWallCorrection
- double
- MultipleWallDistance
- int
- MaxPathLossEnabled
- float
- MaxPathLoss
- int
- MaxDynamicPathsEnabled
- float
- MaxDynamicPaths
- int
- MaxNumberPathsUsed
- int
- MaxNumberPaths
- int
- RaysLogLin
- int
- RaysPowerField
- int
- ResultFiltering
- int
- ResultFilterOrder
- double
- ResultOffset
- int
- UseDynamicAntennaRange
- double
- DynamicAntennaRange
- double *
- TimeInstances
- int
- NbrTimeInstances
- bool
- IndividualMaterials
- int
- InteractionModel
- int
- MultiThreading
- int
- BreakpointMode
- double
- BreakpointFactor
- double
- BreakpointOffset
- double
- BreakpointDistance
- int
- RadCableModelID
- int
- RadCableTransAngleDependency
- double
- RadCableExpLOS
- double
- RadCableExpNLOS
- double
- RadCableStepDistance
- WinProp_Additional_Freq_Loss
- FreqDepLosses
- int
- ConsiderDatabasePolygons
- int
- NrDatabasePolygons
- WinProp_Polygon *
- DatabasePolygons
Detailed Description
This structure is used to pass additional settings to the WinProp_Predict function. Passing the structure is optional.
Field Documentation
- OutputResults
-
- WinProp_Propagation_Results * WinProp_Additional::OutputResults
- This structure allows to define additional results to be computed and written in binary WinProp format. Disabled by setting to NULL.
- FullPolarimetric
-
- int WinProp_Additional::FullPolarimetric
- Full polarimetric simulation (enabled/disabled)
- 0 = standard polarimetric analysis with total gain pattern only
- 1 = full polarimetric analysis with .ffe file or two gains patterns, one for vertical and one for horizontal polarisation
- MultipleWallCorrection
-
- int WinProp_Additional::MultipleWallCorrection
- Correction of multiple defined walls?
- MultipleWallDistance
-
- double WinProp_Additional::MultipleWallDistance
- Distance value for multiple walls featureSee also MultipleWallCorrection
- MaxPathLossEnabled
-
- int WinProp_Additional::MaxPathLossEnabled
- Max absolute value of path loss of rays used to compute prediction results (enabled/disabled)
- 0 = don't limit max absolute value of path loss per ray
- 1 = limit max absolute value of path loss per ray, maximum has to be specified in MaxPathLoss
- MaxPathLoss
-
- float WinProp_Additional::MaxPathLoss
- The max absolute value of path loss of rays. Only applicable if MaxPathLossEnabled is set to 1
- MaxDynamicPathsEnabled
-
- int WinProp_Additional::MaxDynamicPathsEnabled
- Max dynamic range of path loss of rays used to compute prediction results (enabled/disabled)
- 0 = don't limit the dynamic range of rays
- 1 = limit the dynamic range of rays, maximum has to be specified in MaxDynamicPaths
- MaxDynamicPaths
-
- float WinProp_Additional::MaxDynamicPaths
- The maximum dynamic range path loss of rays. Only applicable if MaxDynamicPathsEnabled is set to 1
- MaxNumberPathsUsed
-
- int WinProp_Additional::MaxNumberPathsUsed
- Limit the number of rays which are computed.
- 0 = don't limit the number of rays
- 1 = limit the number of rays, maximum has to be specified in MaxNumberPaths
- MaxNumberPaths
-
- int WinProp_Additional::MaxNumberPaths
- The maximum number rays. Only applicable if MaxNumberPathsUsed is set to 1
- RaysLogLin
-
- int WinProp_Additional::RaysLogLin
- Define if the delay spread and angular spreads are computed
- 0 = with logarithmic values
- 1 = with linear values
- RaysPowerField
-
- int WinProp_Additional::RaysPowerField
- Define if the delay spread and angular spreads are computed based on
- 0 = power values
- 1 = field strength values
- ResultFiltering
-
- int WinProp_Additional::ResultFiltering
- Apply filtering after prediction? (1) - Yes, (0) - No.
- ResultFilterOrder
-
- int WinProp_Additional::ResultFilterOrder
- The result filter orderSee also ResultFiltering
- ResultOffset
-
- double WinProp_Additional::ResultOffset
- Offset to be added to all pixels
- UseDynamicAntennaRange
-
- int WinProp_Additional::UseDynamicAntennaRange
- Set to 1 to limit the dynamic range of antenna patterns
- DynamicAntennaRange
-
- double WinProp_Additional::DynamicAntennaRange
- The max dynamic range of antenna patternsSee also UseDynamicAntennaRange
- TimeInstances
-
- double * WinProp_Additional::TimeInstances
- Time instances for time-variant simulation
- NbrTimeInstances
-
- int WinProp_Additional::NbrTimeInstances
- Number of time instances
- IndividualMaterials
-
- bool WinProp_Additional::IndividualMaterials
- Individual materials or not. Only applicable in combination with WinProp database in WinProp_Scenario::VectorDatabase
- false = default materials
- true = individual materials
- InteractionModel
-
- int WinProp_Additional::InteractionModel
- Type of interaction model:
- WINPROP_INTERACTION_MODEL_EMPIRICAL = Empirical interaction model
- WINPROP_INTERACTION_MODEL_GTDUTD = Fresnel equations and GTD/UTD
- MultiThreading
-
- int WinProp_Additional::MultiThreading
- Number of threads being used for the computation of the particular antenna. Needs to be greater than zero. Currently only supported by the Standard Ray Tracing (SRT).
- BreakpointMode
-
- int WinProp_Additional::BreakpointMode
- Computation of breakpoint distance.
- BREAKPOINT_DISABLE : Disable the effect of the breakpoint distance. Only relevant for the Standard Ray Tracing (SRT).
- BREAKPOINT_DEFAULT : Default determination of breakpoint according to equation (see ProMan manual).
- BREAKPOINT_FIXED : Breakpoint with fixed distance (distance expected in BreakpointDistance).
- BreakpointFactor
-
- double WinProp_Additional::BreakpointFactor
- Factor for determination of breakpoint distance. Only required if BreakpointMode is set to BREAKPOINT_DEFAULT.
- BreakpointOffset
-
- double WinProp_Additional::BreakpointOffset
- Offset (meter) for determination of breakpoint distance. Only required if BreakpointMode is set to BREAKPOINT_DEFAULT.
- BreakpointDistance
-
- double WinProp_Additional::BreakpointDistance
- Fixed distance (meter) for breakpoint. Only required if BreakpointMode is set to BREAKPOINT_FIXED.
- RadCableModelID
-
- int WinProp_Additional::RadCableModelID
- Propagation model used for radiating cables :
- WINPROP_MODEL_ID_CABLE_SDM = Shortest distance model
- WINPROP_MODEL_ID_CABLE_STL = Smallest transmission loss model
- WINPROP_MODEL_ID_CABLE_SPL = Smallest path loss model
- WINPROP_MODEL_ID_CABLE_DPM = Dominant path model.
- RadCableTransAngleDependency
-
- int WinProp_Additional::RadCableTransAngleDependency
- Angle dependency for transmission loss (enabled/disabled)
- 0 = don't consider angle of incident for transmission loss
- 1 = consider angle of incident for transmission loss
- RadCableExpLOS
-
- double WinProp_Additional::RadCableExpLOS
- Path loss exponent for LOS areas for radiating cables.
- RadCableExpNLOS
-
- double WinProp_Additional::RadCableExpNLOS
- Path loss exponent for NLOS areas for radiating cables.
- RadCableStepDistance
-
- double WinProp_Additional::RadCableStepDistance
- Discretization distance of radiating cable.
- FreqDepLosses
-
- WinProp_Additional_Freq_Loss WinProp_Additional::FreqDepLosses
- This structure allows to define additional frequency dependent losses (atmospheric losses).
- ConsiderDatabasePolygons
-
- int WinProp_Additional::ConsiderDatabasePolygons
- Consider the database polygons if they are defined in the scenario (enabled/disabled)
- 0 = don't consider database polygons
- 1 = consider database polygons
- NrDatabasePolygons
-
- int WinProp_Additional::NrDatabasePolygons
- Number of database polygons in the scenario.
- DatabasePolygons
-
- WinProp_Polygon * WinProp_Additional::DatabasePolygons
- The database polygons in the scenario.
The documentation was generated from the following file:
- source.eng/Interface/Engine.h