SSurveying.h

#ifndef SCRIPT_TOPO_PROTOTYPE_H
#define SCRIPT_TOPO_PROTOTYPE_H
 
#include "RshGeometry/Old/CommonEnums.h"
#include "OldDlg/CmdCompareCrossSections.h"
#include "OldDlg/CmdCreateAlongAxis.h"
#include <QtCore/QMetaType>
#include <QtCore/QObject>
#include <QtCore/QSharedPointer>
#include <QtScript/Array>
#include <QtScript/QScriptable>
 
#ifndef FCT_DOC
namespace rsh::ScriptBinding
{
#endif // !FCT_DOC
 
#ifdef FCT_DOC
namespace SSurveying
#else
class SSurveying : public QObject, QScriptable
#endif // FCT_DOC
{
//======================================================================================================================
//                                       INTERNAL FUNCTION
//======================================================================================================================
//======================================================================================================================
//                                      DOCUMENTED FUNCTION
//======================================================================================================================
 
// bit mask used by the tunnel extractor processing
enum TunnelComputedObj
{
    TunnelMesh,
    TunnelCloud, 
    TunnelNoiseCloud, 
};
 
enum TunnelMeshingStrategy
{
    FastMesh, 
    RegularResampling, 
    RefineMesh, 
    LastMeshingStrategy, 
};
 
static_assert((Number)TunnelMeshingStrategy::LastMeshingStrategy == (Number)MeshingStrategy::LastMeshingStrategy);
 
enum CrossSectionOrientation
{
    vertical, 
    locallyPerpendicular
};
 
enum InspectionType
{
    TunnelType, 
    RoadType
};
 
public slots:
// TESTED
static Array FlattenCylindricPoly(
    SPoly Poly, 
    SMultiline Axis, 
    Number Radius, 
    Boolean WithRelief, 
     SVector Direction =
        SVector(0, 0, -1), 
     Array iGridOptions = Array() 
);
 
// TESTED
static Array FlattenCylindricCloud(
    SCloud CloudToFlatten, 
    SMultiline Axis, 
    Number Radius, 
    Boolean WithRelief, 
     SVector Direction =
        SVector(0, 0, -1), 
     Array iGridOptions = Array() 
);
 
// TESTED
static Array FilterFeatureLines(
    SSetMultiline RidgeLines, 
    SSetMultiline RavineLines, 
    Number Length, 
    Number Pertinence 
);
 
// TESTED
static Array ExtractGround(
    SCloud iCloud, 
    Number Step, 
    Number AngleDeg, 
     SVector
        Direction, 
    Number GroundExtractionStrategy, 
    Number MeshingStrategy 
);
 
static Array ExtractTunnel(
    SCloud initialCloud, 
    SMultiline NeutralAxis, 
    Number Step, 
    TunnelComputedObj ComputedObjects, 
    TunnelMeshingStrategy MeshStrategy, 
    Boolean TryToKeepDetails
);
 
static Array CreateCrossSections(
    SComp FirstComp, 
    SComp SecondComp, 
    SComp NeutralAxis, 
     Array<Number> iDistanceList =
        Array<Number>(), 
     Array iSections = Array(), 
     Array iOptions = Array() 
);
 
static Array CompareCrossSections(
     Array<SComp> tblDComp, 
    InspectionType iInspectionType, 
     SVector iDirection2D, 
     String iReferenceName, 
     Array iOptions = Array(), 
    SReportData ipReportData
);
 
// TESTED
static Array SurfaceLevelness(
     Array<SComp> iCompToTreat, 
     SVector iDirection, 
    SPoint iPlanePosition 
);
 
// TESTED
static Array FloorFlatness(
     Array<SComp> iCompToTreat, 
     SVector
        iDirection, 
    Number iRulerLength, 
    Number iTolerance 
);
 
// TESTED
static Array SlopeAnalysis(
     Array<SComp> iCompToTreat, 
    Number iSlopeTolerance, 
    Boolean isPercentage, 
    Number iNeighborsDistance, 
     SVector iUpVector = SVector(0, 0, 1) 
);
 
static Array WallsAndFloors(
     Array<SCloud> iCloudsToTreat, 
     Array iOptions 
);
 
static Array UnrollAlong(
     Array<SMultiline> iMultiToUnroll, 
    SMultiline iAxis, 
     Number iAltiRef 
);
 
static Array ContourLinesPoly(
    SPoly iPoly, 
     SVector iNormalAxis, 
    Number iStep, 
    Number iHeightStart, 
    Number iHeightEnd, 
     Array iRenderingOption = Array(), 
    // * intermNormalLineNb (integer numerical value), // number of step between major lines (if 0 - default value - no major lines are emphasized)
    // * colorMajor (QColor),   // color of major lines (default color: red)
    // * widthNormal (integer numerical value), // width of normal lines (between 1 and 11) (default value = 1)
    Number iFilterLength
);
 
static Array ContourLinesCloud(
    SCloud ipCloud, 
     SVector iNormalAxis, 
    Number iStep, 
    Number iHeightStart, 
    Number iHeightEnd, 
    Number iPlaneThickness, 
    Number iChainingDist, 
    Boolean iCheckNoise, 
     Array iRenderingOption = Array(), 
    // * intermNormalLineNb (integer numerical value), // number of step between major lines (if 0 - default value - no major lines are emphasized)
    // * colorMajor (Array of 3 integer numerical value),   // color of major lines (default color: red [255, 0, 0])
    // * widthNormal (integer numerical value), // width of normal lines (between 1 and 11) (default value = 1)
    Number iFilterLength
);
 
// TESTED
static Array ComputeDsm(
    Array<SCloud> iClouds, 
    Number iStep = 0. 
);
 
// This function overloaded via an evaluate
static String GetType()
{
    return String();
}
 
 String toString() ;
};
 
#ifndef FCT_DOC
} // namespace rsh::ScriptBinding
#endif // !FCT_DOC
 
Q_DECLARE_METATYPE(rsh::ScriptBinding::SSurveying);
 
#endif // SCRIPT_TOPO_PROTOTYPE_H