Model_RuralPE
Data Fields
 int
 GroundPropertiesMode
 float
 Conductivity
 float
 Dielectricity
 int
 PP_Mode
 float
 PP_MaxLossForward
 float
 PP_MaxLossReverse
 float
 PP_MaxLossDiff
 int
 CP_Mode
 float
 CP_ResolutionFactor
 unsigned char
 CP_UserDefResolutionFactor
 float
 CP_StretchFactor
 unsigned char
 CP_UserDefStretchFactor
 int
 SubModel
 int
 AtmosphereMode
 float
 MinDistance
 unsigned char
 UserDefMinDistance
 int
 FactorR
 unsigned char
 UserDefFactorR
 float
 MaxDeltaR
 unsigned char
 UserDefMaxDeltaR
 float
 FactorZ
 unsigned char
 UserDefFactorZ
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 userdefined or an automatically determined value for the resolution factor
 true = Use the userdefined value CP_ResolutionFactor
 false = Use an automatically determined value
 CP_StretchFactor

 float Model_RuralPE::CP_StretchFactor
 Stretch factor for zaxis
 CP_UserDefStretchFactor

 unsigned char Model_RuralPE::CP_UserDefStretchFactor
 Boolean to use a userdefined or an automatically determined value for the stretch factor for zaxis
 true = Use the userdefined 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 userdefined or an automatically determined value for the minimum distance to upper boundary
 true = Use the userdefined 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 userdefined or an automatically determined value for the factor for increasing resolution of r
 true = Use the userdefined 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 userdefined or an automatically determined value for the maximum distance between two succeeding points
 true = Use the userdefined 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 userdefined or an automatically determined value for the factor for vertical resolution
 true = Use the userdefined value FactorZ
 false = Use an automatically determined value
The documentation was generated from the following file:
 source.eng/Interface/Engine.h