Defines and constants

Detailed Description

Defines and constants

Error codes and Parameters associated with a .mif database.

MAPINFO_FILENAME_ADD "_area"

Suffix.

MAPINFO_ERROR_FILENOTFOUND 1

Error code for: .mif file not found.

MAPINFO_ERROR_NRPOLYGONS 2

Error code for: incorrect number of polygons in .mif file.

MAPINFO_ERROR_POLYGONNOTVALID 3

Error code for: invalid polygon in .mif file.

MAPINFO_ERROR_FEATURE 4

Error code for: incorrect element type in .mif file.

MAPINFO_ERROR_PARAMETERWRONG 5

Error code for: unknown format in .mif file.

Selection of type of database.

WINPROP_ERROR_DATABASE 6

Error code for: error while reading database.

WINPROP_ERROR_LICENSE 7

Error code for: license error.

WINPROP_ERROR_WRONGPARAMETER 8

Error code for: wrong parameter specified.

DATABASE_TYPE_MAPINFO 0

The database is a .mif file. This is used in the DatabaseFileType parameter of the OutdoorPlugIn_ReadPredictionArea function.

DATABASE_TYPE_WINPROP_ODB 1

The database is a .odb file. This is used in the DatabaseFileType parameter of the OutdoorPlugIn_ReadPredictionArea function.

DATABASE_TYPE_WINPROP_OPB 2

The database is a .opb file. This is used in the DatabaseFileType parameter of the OutdoorPlugIn_ReadPredictionArea function.

DATABASE_TYPE_WINPROP_OCB 3

The database is a .ocb file. This is used in the DatabaseFileType parameter of the OutdoorPlugIn_ReadPredictionArea function.

DATABASE_TYPE_WINPROP_OIB 4

The database is a .oib file. This is used in the DatabaseFileType parameter of the OutdoorPlugIn_ReadPredictionArea function.

Selection of urban prediction model.

PREDMODEL_COST 0

COST 231 Walfisch-Ikegami model used in an urban scenario. See WinProp_ParaMain::PredictionModelUrban where this is used.

PREDMODEL_UDP 1

Urban dominant path model. See WinProp_ParaMain::PredictionModelUrban where this is used.

PREDMODEL_IRT 2

3D intelligent ray tracing model. See WinProp_ParaMain::PredictionModelUrban where this is used.

PREDMODEL_KE 3

Knife edge model. See WinProp_ParaMain::PredictionModelUrban where this is used.

PREDMODEL_ITU1411 4

ITU-R P.1411 model used in an urban scenario. See WinProp_ParaMain::PredictionModelUrban where this is used.

Selection of rural prediction model.

PREDMODEL_RURAL_NONE 0

No rural prediction required (only necessary in case of multi scenario predictions). See WinProp_ParaMain::PredictionModelRural where this is used.

PREDMODEL_RURAL_HATA 1

Okumura-Hata model. See WinProp_ParaMain::PredictionModelRural where this is used.

PREDMODEL_RURAL_2RAY_EMP 2

Empirical two ray model. See WinProp_ParaMain::PredictionModelRural where this is used.

PREDMODEL_RURAL_2RAY_DET 3

Deterministic two ray model. See WinProp_ParaMain::PredictionModelRural where this is used.

PREDMODEL_RURAL_RDP 4

Rural dominant path model. See WinProp_ParaMain::PredictionModelRural where this is used.

PREDMODEL_RURAL_PE 5

Rural parabolic equation model. See WinProp_ParaMain::PredictionModelRural where this is used.

PREDMODEL_RURAL_ITU1546 6

Rural ITU-R P.1546 broadcasting model. See WinProp_ParaMain::PredictionModelRural where this is used.

PREDMODEL_RURAL_ITU526 7

Rural ITU-R P.526 model. See WinProp_ParaMain::PredictionModelRural where this is used.

PREDMODEL_RURAL_ITM 8

Rural irregular terrain model (ITM, Longley-Rice). See WinProp_ParaMain::PredictionModelRural where this is used.

Modes for antenna patterns.

PATTERN_MODE_2X2D 0

Total pattern given by 2 2-D patterns (vertical and horizontal polarisations). See WinProp_Pattern::Mode.

PATTERN_MODE_3D 1

Total pattern given by a 3-D pattern. See WinProp_Pattern::Mode.

Selection of scenario.

SCENARIOMODE_RURAL 0

Rural prediction based on topography and optionally clutter data. See WinProp_ParaMain::ScenarioMode where this is used.

SCENARIOMODE_URBAN 1

Urban prediction based on topography and vector building data. See WinProp_ParaMain::ScenarioMode where this is used.

Selection of vector buildings mode.

BUILDINGSMODE_NONE 0

No buildings will be considered. See WinProp_ParaMain::BuildingsMode where this is used.

BUILDINGSMODE_RAM 1

Load buildings from RAM. See WinProp_ParaMain::BuildingsMode where this is used.

BUILDINGSMODE_UDP 2

Load .opb database. See WinProp_ParaMain::BuildingsMode where this is used.

BUILDINGSMODE_IRT 3

Load .oib database. See WinProp_ParaMain::BuildingsMode where this is used.

BUILDINGSMODE_COST 4

Load .ocb database. See WinProp_ParaMain::BuildingsMode where this is used.

BUILDINGSMODE_BINARY 5

Load .odb database. See WinProp_ParaMain::BuildingsMode where this is used.

Indoor coverage of buildings.

COVERAGEINDOOR_NONE 0

See the description in WinProp_ParaMain::BuildingsIndoorCoverage.

COVERAGEINDOOR_CONSTANT 1

See the description in WinProp_ParaMain::BuildingsIndoorCoverage.

COVERAGEINDOOR_EXPONENTIAL 2

See the description in WinProp_ParaMain::BuildingsIndoorCoverage.

COVERAGEINDOOR_USERDEFINED 3

See the description in WinProp_ParaMain::BuildingsIndoorCoverage.

COVERAGEINDOOR_ONROOF 4

See the description in WinProp_ParaMain::BuildingsIndoorCoverage.

Topography mode.

TOPOMODE_NONE 0

No topography considered. See WinProp_ParaMain::TopographyMode where this is used.

TOPOMODE_RAM 1

Load topography from RAM. See WinProp_ParaMain::TopographyMode where this is used.

TOPOMODE_FILE 2

Load topography from the building database. See WinProp_ParaMain::TopographyMode where this is used.

TOPOMODE_SEPARATE 3

load topography from a separate file. See WinProp_ParaMain::TopographyMode where this is used.

Vegetation mode.

VEGETATION_NONE 0

No vegetation considered. See WinProp_ParaMain::VegetationMode where this is used.

VEGETATION_PIXEL 1

Load from a .veg file. See WinProp_ParaMain::VegetationMode where this is used.

VEGETATION_SEPARATE 2

Load from a separate .odb file. See WinProp_ParaMain::VegetationMode where this is used.

VEGETATION_BUILDING 3

Load from building databse. See WinProp_ParaMain::VegetationMode where this is used.

VEGETATION_CLUTTER 4

Load from clutter database. See WinProp_ParaMain::VegetationMode where this is used.

Clutter mode.

CLUTTERMODE_NONE 0

No clutter considered. See WinProp_ParaMain::ClutterMode where this is used.

CLUTTERMODE_RAM 1

Load clutter from RAM. See WinProp_ParaMain::ClutterMode where this is used.

CLUTTERMODE_FILE 2

Load clutter from a separate file. See WinProp_ParaMain::ClutterMode where this is used.

Clutter computation mode.

CLUTTERLOSS_HEIGHTS_NONE 0

No clutter heights considered. See WinProp_ParaMain::ClutterConsideration where this is used.

CLUTTERLOSS_HEIGHTS 1

Constant height for all clutter. See WinProp_ParaMain::ClutterConsideration where this is used.

CLUTTERLOSS_HEIGHTS_STATISTIC 2

Heights according to a statistical distribution. See WinProp_ParaMain::ClutterConsideration where this is used.

CLUTTERATTENUATION_NONE 0

See WinProp_ParaMain::ClutterAttenuation where this is used.

CLUTTERATTENUATION_LOCAL 1

See WinProp_ParaMain::ClutterAttenuation where this is used.

CLUTTERATTENUATION_RAY_TOTAL 2

See WinProp_ParaMain::ClutterAttenuation where this is used.

CLUTTERATTENUATION_RAY_DECREASE 3

See WinProp_ParaMain::ClutterAttenuation where this is used.

Filter results mode.

FILTERMODE_MEAN 0

Mean based result filtering. See WinProp_ParaMain::FilterMode where this is used.

FILTERMODE_MEDIAN 1

Median based result filtering. See WinProp_ParaMain::FilterMode where this is used.

Submode for IRT with pre-processed databases.

PP_MODE_IRT_3D 0

Setting for 3D IRT. See WinProp_PreProUrban::Mode where this is used.

PP_MODE_IRT_2x2D_IRT 1

Setting for 2D horizontal IRT and 2D vertical IRT. See WinProp_PreProUrban::Mode where this is used.

PP_MODE_IRT_2x2D_KE 2

Setting for 2D horizontal IRT and vertical Knife Edge model. See WinProp_PreProUrban::Mode where this is used.

Spherical zone acceleration mode for IRT.

PP_MODE_IRT_ZONE_OFF 0

No spheric zone considered. See WinProp_PreProUrban::SphericMode where this is used.

PP_MODE_IRT_ZONE_CONSTANT 1

Constant spheric zone size. See WinProp_PreProUrban::SphericMode where this is used.

PP_MODE_IRT_ZONE_ADAPTIVE 2

Adaptive spheric zone size. See WinProp_PreProUrban::SphericMode where this is used.

Knife-Edge (KE) settings

KE_OFF 0

Not considered. See WinProp_ParaRural::KnifeEdge where this is used.

KE_DEYGOUT 1

Considered according to the approach from Deygout. See WinProp_ParaRural::KnifeEdge where this is used.

KE_EPSTEIN 2

Considered according to the approach from Epstein/Peterson. See WinProp_ParaRural::KnifeEdge where this is used.

Hata sub model

HATA_SUB_CLUTTERTABLE 0

See WinProp_ParaRural::HataSubMode where this is used.

HATA_SUB_DENSEURBAN 1

See WinProp_ParaRural::HataSubMode where this is used.

HATA_SUB_MEDIUMURBAN 2

See WinProp_ParaRural::HataSubMode where this is used.

HATA_SUB_SUBURBAN 3

See WinProp_ParaRural::HataSubMode where this is used.

HATA_SUB_OPEN 4

See WinProp_ParaRural::HataSubMode where this is used.

Default values for different parameters

INTERMEDIATE_DEFAULT_VALUE_MAXPATHLOSS 1

Use intermediate value for maximum path loss.