Model_RuralPE

Data Fields

Detailed Description

Parameter for the parabolic equation model.

Field Documentation

GroundPropertiesMode
int Model_RuralPE::GroundPropertiesMode
Electrical properties of the ground
  • 0 = Default ground properties as defined in Conductivity and Dielectricity
  • 1 = Ground properties as defined in clutter classes
Conductivity
float Model_RuralPE::Conductivity
Default conductivity of the ground (relevant if GroundPropertiesMode is set to 0)
Dielectricity
float Model_RuralPE::Dielectricity
Default dielectricity of the ground (relevant if GroundPropertiesMode is set to 0)
PP_Mode
int Model_RuralPE::PP_Mode
Post Processing mode
  • 0 = Off
  • 1 = Max increase or decrease of path loss per meter
  • 2 = Upper boundary for path loss values
PP_MaxLossForward
float Model_RuralPE::PP_MaxLossForward
Max increase of path loss in forward direction
PP_MaxLossReverse
float Model_RuralPE::PP_MaxLossReverse
Max increase of path loss in reverse direction
PP_MaxLossDiff
float Model_RuralPE::PP_MaxLossDiff
Max difference of path loss (adjacent pixels)
CP_Mode
int Model_RuralPE::CP_Mode
Mode for vertical contour plot
  • 0 = Off
  • 1 = Without absorption media
  • 2 = With absorption media
CP_ResolutionFactor
float Model_RuralPE::CP_ResolutionFactor
Resolution factor
CP_UserDefResolutionFactor
unsigned char Model_RuralPE::CP_UserDefResolutionFactor
Boolean to use a user-defined or an automatically determined value for the resolution factor
  • true = Use the user-defined value CP_ResolutionFactor
  • false = Use an automatically determined value
CP_StretchFactor
float Model_RuralPE::CP_StretchFactor
Stretch factor for z-axis
CP_UserDefStretchFactor
unsigned char Model_RuralPE::CP_UserDefStretchFactor
Boolean to use a user-defined or an automatically determined value for the stretch factor for z-axis
  • true = Use the user-defined value CP_StretchFactor
  • false = Use an automatically determined value
SubModel
int Model_RuralPE::SubModel
Parabolic Equation Prediction (PE) Model
  • 0 = Standard PE (discrete terrain approximation)
  • 1 = Standard PE (continuous terrain approximation)
  • 2 = Standard PE (terrain profile approximation with coordinate transformation)
  • 3 = Wide Angle PE (discrete terrain approximation)
  • 4 = Wide Angle PE (continuous terrain approximation)
AtmosphereMode
int Model_RuralPE::AtmosphereMode
The atmosphere mode (altitude depending electrical properties)
  • 0 = Constant dielectricity (Epsilon r = 1)
  • 1 = Predefined height depending dielectricity
MinDistance
float Model_RuralPE::MinDistance
Minimum distance to upper boundary
UserDefMinDistance
unsigned char Model_RuralPE::UserDefMinDistance
Boolean to use a user-defined or an automatically determined value for the minimum distance to upper boundary
  • true = Use the user-defined value MinDistance
  • false = Use an automatically determined value
FactorR
int Model_RuralPE::FactorR
Factor for increasing resolution of r (decreasing height)
UserDefFactorR
unsigned char Model_RuralPE::UserDefFactorR
Boolean to use a user-defined or an automatically determined value for the factor for increasing resolution of r
  • true = Use the user-defined value FactorR
  • false = Use an automatically determined value
MaxDeltaR
float Model_RuralPE::MaxDeltaR
Maximum distance between two succeeding points
UserDefMaxDeltaR
unsigned char Model_RuralPE::UserDefMaxDeltaR
Boolean to use a user-defined or an automatically determined value for the maximum distance between two succeeding points
  • true = Use the user-defined value MaxDeltaR
  • false = Use an automatically determined value
FactorZ
float Model_RuralPE::FactorZ
Factor for vertical resolution of computation grid
UserDefFactorZ
unsigned char Model_RuralPE::UserDefFactorZ
Boolean to use a user-defined or an automatically determined value for the factor for vertical resolution
  • true = Use the user-defined value FactorZ
  • false = Use an automatically determined value
The documentation was generated from the following file:
  • source.eng/Interface/Engine.h