WinProp_RayMatrix
Data Fields
- double *
- TimeSteps
- WinProp_Dynamic_Antenna *
- TransmitterLocations
- double
- TransmitterTopoHeight
- int
- Scenario
- double
- Resolution
- double
- Resolution2
- double
- LowerLeftX
- double
- LowerLeftY
- double
- LowerLeftZ
- int
- NrHeights
- double *
- Heights
- int
- Columns
- int
- Lines
- int
- InteractionsEnabled
- int
- ChannelInformationEnabled
- int
- DopplerEnabled
- int
- FieldVectorsEnabled
- int
- FullPolarizationEvaluated
- WinProp_RayMatrixElement ***
- Rays
- float **
- TopoHeight
- int
- PlaneID
- int
- UniqueID
- int
- PlaneType
- COORDPOINT
- Axis1
- COORDPOINT
- Axis2
- COORDPOINT ***
- PixelLocations
Detailed Description
This structure is used to return the computed propagation paths to the calling application.
Field Documentation
- TimeSteps
-
- double * WinProp_RayMatrix::TimeSteps
- The time step for which this result is valid. This is an array of size equal to NrHeights.
- TransmitterLocations
-
- WinProp_Dynamic_Antenna * WinProp_RayMatrix::TransmitterLocations
- The transmitter locations and dynamics at the given time step in TimeSteps. This is an array of size equal to NrHeights.
- TransmitterTopoHeight
-
- double WinProp_RayMatrix::TransmitterTopoHeight
- Topography height at the transmitter location for t=0
- Scenario
-
- int WinProp_RayMatrix::Scenario
- Type of scenario (urban, indoor, rural)
- WINPROP_SCENARIO_URBAN = Urban scenario
- WINPROP_SCENARIO_INDOOR = Indoor scenario
- WINPROP_SCENARIO_RURAL = Rural scenario
- Resolution
-
- double WinProp_RayMatrix::Resolution
- Resolution of result in meter (along axis 1)
- Resolution2
-
- double WinProp_RayMatrix::Resolution2
- Resolution of result in meter (along axis 2)
- LowerLeftX
-
- double WinProp_RayMatrix::LowerLeftX
- Lower left corner in meter (x-coordinate)
- LowerLeftY
-
- double WinProp_RayMatrix::LowerLeftY
- Lower left corner in meter (y-coordinate)
- LowerLeftZ
-
- double WinProp_RayMatrix::LowerLeftZ
- Lower left corner in meter (z-coordinate)
- NrHeights
-
- int WinProp_RayMatrix::NrHeights
- Number of heights in prediction result
- Heights
-
- double * WinProp_RayMatrix::Heights
- Array with heights. This is an array of size equal to NrHeights.
- Columns
-
- int WinProp_RayMatrix::Columns
- Number of columns
- Lines
-
- int WinProp_RayMatrix::Lines
- Number of lines
- InteractionsEnabled
-
- int WinProp_RayMatrix::InteractionsEnabled
- Interactions enabled
- 0 = No
- 1 = yes
- 2 = yes with additional info (interaction type, objectID and MaterialID)
- ChannelInformationEnabled
-
- int WinProp_RayMatrix::ChannelInformationEnabled
- Channel information (phase, azimuth / elevation angles) valid (1) or not (0)
- DopplerEnabled
-
- int WinProp_RayMatrix::DopplerEnabled
- Doppler shift enabled during computation (1) or disabled (0)
- FieldVectorsEnabled
-
- int WinProp_RayMatrix::FieldVectorsEnabled
- Field vectors valid (1) or not (0)
- FullPolarizationEvaluated
-
- int WinProp_RayMatrix::FullPolarizationEvaluated
- Full polarimetric computation (1) or disabled (0)
- Rays
-
- WinProp_RayMatrixElement *** WinProp_RayMatrix::Rays
- Rays for each pixel, 3D array with size [NrHeights][Columns][Lines]
- TopoHeight
- PlaneID
-
- int WinProp_RayMatrix::PlaneID
- Identifier for the prediction plane
- CNP: Building index
- Urban Surfaces: Surface number (roof == 0, following the side walls)
- Indoor Surfaces: Number of original wall times 10, plus 1 for surface in front of wall
- Indoor Planes: Number of prediction plane wall
- UniqueID
-
- int WinProp_RayMatrix::UniqueID
- A unique number, identifying a set of planes.
- In indoor scenarios this is set to a database unique id.
- In case of CNP prediction planes (urban) or surface prediction planes (urban) is set to the building number.
- PlaneType
-
- int WinProp_RayMatrix::PlaneType
- Type of the plane, see WINPROP_PRED_PLANE_TYPE_PLANE
- Axis1
-
- COORDPOINT WinProp_RayMatrix::Axis1
- The first axis
- Axis2
-
- COORDPOINT WinProp_RayMatrix::Axis2
- The second axis
- PixelLocations
-
- COORDPOINT *** WinProp_RayMatrix::PixelLocations
- Exact location of each pixel, 3D array with size [NrHeights][Columns][Lines]
The documentation was generated from the following file:
- source.eng/Interface/WP_Result.h