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Myr-204.mcr
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#Version 8
#BeginDescription
Last modified by: MH
31.05.2018 - version 1.19
#End
#Type O
#NumBeamsReq 0
#NumPointsGrip 0
#DxaOut 1
#ImplInsert 1
#FileState 1
#MajorVersion 1
#MinorVersion 19
#KeyWords
#BeginContents
/// <summary Lang=en>
/// takse care of the dimension in the 204/208 layout
/// </summary>
/// <insert>
/// Select a set of elements
/// </insert>
/// <remark Lang=en>
///
/// </remark>
/// <version value="1.17" date="20.10.2009"></version>
/// <history>
/// 0.01 - 17.04.2009 - Pilot version
/// 0.02 - 17.04.2009 - Dimensioning outer walls finished
/// 0.03 - 18.04.2008 - Dimensioning for outer-inner-wall connections added
/// 0.04 - 18.04.2008 - Dimensioning for inner walls that are not connected to an outer wall added
/// 0.05 - 11.07.2008 - Add opening description, wall number and options to hide dimlines
/// 0.06 - 02-09-2008 - Remove part after -BSP or -SP in description of opening; Change readdirection of wall tag
/// 0.07 - 04-09-2008 - Add weight; Ignore inner sheeting of inner walls
/// 0.08 - 11-09-2008 - Add density per zone
/// 0.09 - 07-10-2008 - Add weight of opening
/// 1.00 - 26.11.2008 - Rewrite tsl to modelspace
/// 1.01 - 27.11.2008 - Make dimlines satelite tsls
/// 1.02 - 28.11.2008 - Add this tsl also to the right display representation
/// 1.03 - 28.11.2008 - Add dim text to forgotten one...
/// 1.04 - 04.12.2008 - Filter opening description also on M
/// Store state in dwg
/// Dimension outline of zone 0 for inner walls, io wall outline
/// 1.05 - 09.12.2008 - Remove weight calculation from this tsl. Weight is calucalted and exported with Myr-Weight
/// 1.06 - 16.12.2008 - Correct dimension of inner walls connecting to the outer walls
/// 1.07 - 16.12.2008 - All text projected to Plane(csEl.ptOrg(), csEl.vecY())
/// 1.08 - 21.01.2009 - Draw external walls
/// 1.09 - 06.02.2009 - Draw structural beams
/// 1.10 - 03.03.2009 - Implement the 208 layout
/// 1.11 - 22.06.2009 - Wallcodes for ext/int walls added
/// 1.12 - 15.07.2009 - Add a check for the 205 layout. 205 needs to be present in the floorgroup for the slabs
/// 1.13 - 01.10.2009 - Add a dimstyle for the weight
/// 1.14 - 01.10.2009 - Add different colors for text
/// 1.15 - 01.10.2009 - Filter points if loadbearing wall is connected to an external wall
/// 1.16 - 02.10.2009 - Slab is not visible when there is a wall on top of it
/// 1.17 - 20.10.2009 - Draw beams with specified beamcodes
/// 1.18 - 04.06.2013 - Add codes for M-walls
/// 1.19 - 31.05.2018 - Added DI walltype
/// </hsitory>
double dEps = U(.1,"mm");
String sLineType = "DASHDOT4";
String arSBeamCodesToDisplay[] = {
"Balk",
"Stålbalk",
"Bärlina","Test"
};
String arSCodeOuterWalls[]={
"CA",
"CB",
"CC",
"CF",
"CL",
"CP",
"CT",
"CV",
"CX",
"CY",
"MA",
"MC",
"MF",
"ML",
"MP",
"MT",
"Add codes for outer walls here"
};
String arSCodeInnerWalls[] = {
"DA",
"DB",
"DC",
"DD",
"DE",
"DF",
"DG",
"DH",
"DI",
"DK",
"DL",
"DM",
"DN",
"DO",
"DP",
"DQ",
"DR",
"DS",
"DT",
"DU",
"DV",
"DX",
"DY",
"DZ",
"Add codes for inner walls here"
};
String arSNameFloorGroup[0];
Group arFloorGroup[0];
Group arAllGroups[] = Group().allExistingGroups();
for( int i=0;i<arAllGroups.length();i++ ){
Group grp = arAllGroups[i];
if( grp.namePart(2) == "" && grp.namePart(1) != ""){
arSNameFloorGroup.append(grp.name());
arFloorGroup.append(grp);
}
}
PropString sNameFloorGroup(0, arSNameFloorGroup, T("|Floorgroup|"));
String arSCatalogEntries[] = TslInst().getListOfCatalogNames("Myr-DimensionLine");
//String sDimStyleOutside="204";
//PropString sDimStyleOutside(1, _DimStyles, T("Dimension style outside elements"));
PropString sCatalogKeyOutsideElements(1, arSCatalogEntries, T("Catalog key for outside elements"));
PropString sCatalogKeyInsideElements(2, arSCatalogEntries, T("Catalog key for inside elements"));
PropString sDimStyleElNumber(3, _DimStyles, T("Dimension style element number"));
PropString sDimStyleOpDescription(4, _DimStyles, T("Dimension style opening description"));
PropString sDimStyleWeight(12, _DimStyles, T("|Dimension style weight|"));
//And Show in display representation
PropString sShowInDispRep(5, _ThisInst.dispRepNames() , T("Show in display representation"));
PropDouble dOffsetFromElementsOnOutside(0, U(500), T("Distance to the elements outside elements"));
PropDouble dBetweenLines(1, U(300), T("Distance between dimension lines"));
PropDouble dOffsetConnectedInnerWalls(2, U(200), T("Distance to the elements; connected inner walls"));
PropDouble dOffsetOtherInnerWalls(3, U(100), T("Distance to the elements; other inner walls"));
String arSYesNo[] = {T("Yes"), T("No")};
int arBYesNo[] = {_kYes, _kNo};
PropString sShowDimOuterWalls(6, arSYesNo, T("Show dimension lines outer walls"));
int bShowDimOuterWalls = arBYesNo[arSYesNo.find(sShowDimOuterWalls,0)];
PropString sShowDimConnectedInnerWalls(7, arSYesNo, T("Show dimension lines connecting inner walls"));
int bShowDimConnectedInnerWalls = arBYesNo[arSYesNo.find(sShowDimConnectedInnerWalls,0)];
PropString sShowDimOtherInnerWalls(8, arSYesNo, T("Show dimension lines other inner walls"));
int bShowDimOtherInnerWalls = arBYesNo[arSYesNo.find(sShowDimOtherInnerWalls,0)];
PropInt nColorExternalWall(0, 1, T("|Color external wall|"));
PropInt nColorExternalOpening(1, 3, T("|Color opening in external wall|"));
PropString sHatchPattern(9, _HatchPatterns, T("|Hatch pattern|"));
PropDouble dHatchScale(4, U(5), T("|Hatch scale|"));
PropInt nHatchColor(2, 1, T("Hatch color"));
//Show as a 208 layout (borders taken from slabs below)
PropString sShowAs208Layout(10, arSYesNo, T("|Show as 208 layout|"),1);
int bShowAs208Layout = arBYesNo[arSYesNo.find(sShowAs208Layout,1)];
//Floorgroup with slabs for 208 layout
PropString sFloorGroupFor208(11, arSNameFloorGroup, T("|Group with slabs for this 208|"));
//Offset floorplan dimlines
PropDouble dOffsetFloorPlan(5, U(1300), T("|Offset floor dimensionlines|"));
//Color floor
PropInt nColorFloor(3, 7, T("|Color floor|"));
// text colors
// weight
PropInt nTextColorWeight(4, 1, T("|Color weight|"));
// opening
PropInt nTextColorOpening(5, 1, T("|Color opening description|"));
PropInt nColorBeam(6, 1, T("Color of beams"));
//--------------------------------------------------------------------------//
// NOTE indexes properties are not in order!!!! //
//------------------------------------------------------------------ -------//
//Insert
if( _bOnInsert ){
if( insertCycleCount() > 1 ){
eraseInstance();
return;
}
_Pt0 = getPoint(T("|Select a point|"));
showDialog();
return;
}
//visualize _Pt0
Display dp(-1);
dp.dimStyle(sDimStyleElNumber);
dp.showInDispRep(sShowInDispRep);
//Display dpOutside(-1);
//dpOutside.dimStyle(sDimStyleOutside);//, ps2ms.scale());
//Display dpInside(-1);
//dpInside.dimStyle(sDimStyleInside);//, ps2ms.scale());
Display dpElNumber(-1);
dpElNumber.dimStyle(sDimStyleElNumber);//, ps2ms.scale());
dpElNumber.showInDispRep(sShowInDispRep);
Display dpWeight(nTextColorWeight);
dpWeight.dimStyle(sDimStyleWeight);//, ps2ms.scale());
dpWeight.showInDispRep(sShowInDispRep);
//dpWeight.textHeight(.5*dpElNumber.textHeightForStyle("HSBCAD", sDimStyleElNumber));
Display dpOpDescription(nTextColorOpening);
dpOpDescription.dimStyle(sDimStyleOpDescription);//, ps2ms.scale());
dpOpDescription.showInDispRep(sShowInDispRep);
Display dpExternalWall(nColorExternalWall);
dpExternalWall.showInDispRep(sShowInDispRep);
Display dpExternalOpening(nColorExternalOpening);
dpExternalOpening.showInDispRep(sShowInDispRep);
Display dpHatch(nHatchColor);
dpHatch.dimStyle(sDimStyleElNumber);
dpHatch.showInDispRep(sShowInDispRep);
Display dpFloorPlan(nColorFloor);
dpFloorPlan.showInDispRep(sShowInDispRep);
dpFloorPlan.lineType("DASHED2");
Display dpBeam(nColorBeam);
dpBeam.lineType(sLineType);
dpBeam.showInDispRep(sShowInDispRep);
//Element elInVp = vp.element();
//Point3d ptOrigin = elInVp.ptOrg();
//set vectors
Vector3d vx = _XW;
Vector3d vy = _YW;
Vector3d vz = _ZW;
CoordSys csWorld(_Pt0, _XW, _YW, _ZW);
Plane pnZ(_Pt0, vz);
String strScriptName = "Myr-DimensionLine"; // name of the script
Vector3d vecUcsX(1,0,0);
Vector3d vecUcsY(0,1,0);
Beam lstBeams[0];
Element lstElements[0];
Point3d lstPoints[0];
int lstPropInt[0];
double lstPropDouble[0];
String lstPropString[0];
//Group grpEl = elInVp.elementGroup();
Group grpFloor = arFloorGroup[arSNameFloorGroup.find(sNameFloorGroup)];
grpFloor.addEntity(_ThisInst, TRUE, 0, 'D');
Entity arEntBm[] = grpFloor.collectEntities(TRUE, Beam(), _kModelSpace);
for( int i=0;i<arEntBm.length();i++ ){
Beam bm = (Beam)arEntBm[i];
if( !bm.bIsValid() )
continue;
String sBmCode = bm.beamCode().token(0);
if( arSBeamCodesToDisplay.find(sBmCode) != -1 ){
PlaneProfile ppBm = bm.envelopeBody().shadowProfile(pnZ);
dpBeam.draw(ppBm);
//Draw infromation
Vector3d vxText = bm.vecX();
Vector3d vOffset = vz.crossProduct(bm.vecX());
if( vOffset.dotProduct(_XW+_YW) < 0 ){
vxText = -vxText;
vOffset = -vOffset;
}
dpBeam.draw(bm.information(), bm.ptCen() + vOffset * U(50), vxText, vOffset, 0, 1);
}
}
//FloorGroup Slabs for 208 layout
Group grpFloor208 = arFloorGroup[arSNameFloorGroup.find(sFloorGroupFor208)];
//Find the corrseponding floorGroupLayout tsl
TslInst tsl205;
int tsl205Found = FALSE;
PLine plOutlineFloor(_ZW);
String arSCodeKneeWalls[0];
if( bShowAs208Layout ){
Entity arEntTsl[] = grpFloor208.collectEntities(TRUE, TslInst(), _kModelSpace);
for( int i=0;i<arEntTsl.length();i++ ){
TslInst tsl = (TslInst)arEntTsl[i];
if( tsl.scriptName() == "Myr-205" ){
tsl205 = tsl;
tsl205Found = TRUE;
break;
}
}
if( !tsl205Found ){
reportWarning(
TN("|Cannot find Myr-205 in the group with the slabs for this layout (|")+grpFloor208.name()+")!"+
TN("This tsl needs to be applied first, or the right group with slabs needs to be selected in the Myr-204 tsl!|")
);
dp.draw(scriptName(), _Pt0, _XW, _YW, 0, 0);
return;
}
plOutlineFloor = tsl205.map().getPLine("FLOOR");
// dpFloorPlan.draw(plOutlineFloor);
arSCodeKneeWalls.append("DU");
}
Entity arEnt[] = grpFloor.collectEntities(TRUE, ElementWallSF(), _kAllSpaces);
Element arElOuterWalls[0];
Element arElOuterWallsHorizontalTop[0];
Element arElOuterWallsHorizontalBottom[0];
Element arElOuterWallsVerticalLeft[0];
Element arElOuterWallsVerticalRight[0];
Element arElKneeWalls[0];
Element arElKneeWallsHorizontalTop[0];
Element arElKneeWallsHorizontalBottom[0];
Element arElKneeWallsVerticalLeft[0];
Element arElKneeWallsVerticalRight[0];
Element arElInnerWalls[0];
Point3d arPtAllElements[0];
Point3d arPtOuterWalls[0];
Point3d arPtOuterWallsVertical[0];
Point3d arPtOuterWallsVerticalTop[0];
Point3d arPtOuterWallsVerticalBottom[0];
Point3d arPtOuterWallsHorizontal[0];
Point3d arPtOuterWallsHorizontalLeft[0];
Point3d arPtOuterWallsHorizontalRight[0];
Point3d arPtKneeWalls[0];
Point3d arPtKneeWallsVertical[0];
Point3d arPtKneeWallsVerticalTop[0];
Point3d arPtKneeWallsVerticalBottom[0];
Point3d arPtKneeWallsHorizontal[0];
Point3d arPtKneeWallsHorizontalLeft[0];
Point3d arPtKneeWallsHorizontalRight[0];
Point3d ptVPCenMS = _Pt0;//vp.ptCenPS();ptVPCenMS.transformBy(ps2ms);
PlaneProfile ppOuterWalls(csWorld);
PlaneProfile ppOuterWallsHorizontal(csWorld);
PlaneProfile ppOuterWallsVertical(csWorld);
PlaneProfile ppKneeWalls(csWorld);
PlaneProfile ppKneeWallsHorizontal(csWorld);
PlaneProfile ppKneeWallsVertical(csWorld);
//Points for dimlines floorplan (UTV. KASSETT =)
Point3d arPtFloorPlanLeft[0];
Point3d arPtFloorPlanRight[0];
Point3d arPtFloorPlanTop[0];
Point3d arPtFloorPlanBottom[0];
if( bShowAs208Layout ){
PlaneProfile ppFloorPlan(csWorld);
ppFloorPlan.joinRing(plOutlineFloor, _kAdd);
Point3d arPtFloor[] = plOutlineFloor.vertexPoints(FALSE);
for( int i=0;i<(arPtFloor.length() - 1);i++ ){
Point3d ptThis = arPtFloor[i];
Point3d ptNext = arPtFloor[i+1];
LineSeg lnSeg(ptThis, ptNext);
Point3d ptLnSegMid = lnSeg.ptMid();
Point3d ptL = ptLnSegMid - vx * U(1);
Point3d ptB = ptLnSegMid - vy * U(1);
Point3d ptR = ptLnSegMid + vx * U(1);
Point3d ptT = ptLnSegMid + vy * U(1);
if( ppFloorPlan.pointInProfile(ptL) == _kPointOutsideProfile ){
//Left
arPtFloorPlanLeft.append(ptThis);
arPtFloorPlanLeft.append(ptNext);
}
if( ppFloorPlan.pointInProfile(ptB) == _kPointOutsideProfile ){
//Bottom
arPtFloorPlanBottom.append(ptThis);
arPtFloorPlanBottom.append(ptNext);
}
if( ppFloorPlan.pointInProfile(ptR) == _kPointOutsideProfile ){
//Right
arPtFloorPlanRight.append(ptThis);
arPtFloorPlanRight.append(ptNext);
}
if( ppFloorPlan.pointInProfile(ptT) == _kPointOutsideProfile ){
//Top
arPtFloorPlanTop.append(ptThis);
arPtFloorPlanTop.append(ptNext);
}
}
}
PlaneProfile arPpOp[0];
for( int i=0;i<arEnt.length();i++ ){
Entity ent = arEnt[i];
ElementWallSF el = (ElementWallSF)ent;
if( !el.bIsValid() )continue;
String sCode = el.code();
CoordSys csEl = el.coordSys();
Vector3d vxEl = csEl.vecX();
Vector3d vyEl = csEl.vecY();
Vector3d vzEl = csEl.vecZ();
Plane pnElY(csEl.ptOrg(), vyEl);
GenBeam arGBm[] = el.genBeam();
//Draw element number in a formatted way
String sNumber = el.number();
String sElNumber = sNumber.token(0, "-");
if( sNumber.token(1, "-") != "" ){
sElNumber += "0"+sNumber.token(1, "-");
}
Point3d ptElArrow = el.ptArrow();
//Change alignment of text
Vector3d vxElNumber = csEl.vecX();
Vector3d vyElNumber = -csEl.vecZ();
int nSignY = -1;
if( (-vx+vy).dotProduct(-csEl.vecZ()) < dEps ){
vxElNumber = -csEl.vecX();
vyElNumber = csEl.vecZ();
nSignY = 1;
}
//draw elemnumber
//ONLY if it is a loadbearing or outer wall
if( el.loadBearing() || arSCodeOuterWalls.find(sCode) != -1 ){
dpElNumber.draw(sElNumber, ptElArrow, vxElNumber, vyElNumber ,0, nSignY * 2);
}
//Outline of wall
PlaneProfile ppEl(el.plOutlineWall());
//Outline of zone 0
LineSeg lnSeg = el.segmentMinMax();
LineSeg lnSegZn0(el.ptOrg(), el.ptOrg() - vzEl * el.zone(0).dH() + vxEl * vxEl.dotProduct(lnSeg.ptEnd() - el.ptOrg()));
PLine plZn0;
plZn0.createRectangle(lnSegZn0, vxEl, -vzEl);
PlaneProfile ppElZn0(CoordSys(csEl.ptOrg(), vxEl, -vzEl, vyEl));
ppElZn0.joinRing(plZn0, _kAdd);
Opening arOp[] = el.opening();
for( int j=0;j<arOp.length();j++ ){
OpeningSF op = (OpeningSF)arOp[j];
String sOpDescr = op.descrSF();
//Only part before "-SP" or "-BSP"
int nIndexEndOfStringA = sOpDescr.find("BSP", 0);
int nIndexEndOfStringB = sOpDescr.find("SP", 0);
int nIndexEndOfStringC = sOpDescr.find("M", 0);
int nIndexEndOfString = -1;
if( nIndexEndOfStringA != -1 ){
if( nIndexEndOfStringB != -1 && nIndexEndOfStringB < nIndexEndOfStringA ){
nIndexEndOfString = nIndexEndOfStringB;
}
else{
nIndexEndOfString = nIndexEndOfStringA;
}
if( nIndexEndOfStringC != -1 && nIndexEndOfStringC < nIndexEndOfString ){
nIndexEndOfString = nIndexEndOfStringC;
}
}
else if( nIndexEndOfStringB != -1 ){
if( nIndexEndOfStringC != -1 && nIndexEndOfStringC < nIndexEndOfStringB ){
nIndexEndOfString = nIndexEndOfStringC;
}
else{
nIndexEndOfString = nIndexEndOfStringB;
}
}
else if( nIndexEndOfStringC != -1 ){
nIndexEndOfString = nIndexEndOfStringC;
}
if( nIndexEndOfString != -1 ){
sOpDescr = sOpDescr.left(nIndexEndOfString - 1 );
}
CoordSys csOp = op.coordSys();
Point3d ptTxtOp = csOp.ptOrg() + csOp.vecX() * .5 * op.width() - csEl.vecZ() * el.zone(0).dH();
ptTxtOp = ptTxtOp.projectPoint(Plane(csEl.ptOrg(), csEl.vecY()), 0);
dpOpDescription.draw(sOpDescr, ptTxtOp, vxElNumber, vyElNumber, 0, -nSignY * 2);
//only done for external walls
//Big body of opening
Body bdOp(op.plShape(),U(1000)*el.vecZ(),0);
PlaneProfile ppOp = bdOp.shadowProfile(pnElY);
PlaneProfile ppAux;
if( arSCodeOuterWalls.find(sCode) != -1 ){
ppAux = ppEl;
}
else{
ppAux = ppElZn0;
}
ppEl.subtractProfile(ppOp);
ppOp.intersectWith(ppAux);
dpExternalOpening.draw(ppOp);
}
//only drawn for external walls
if( arSCodeOuterWalls.find(sCode) != -1 ){
dpExternalWall.draw(ppEl);
}
//Find weight tsl
TslInst tslWeight;
TslInst arTsl[] = el.tslInst();
for( int j=0;j<arTsl.length();j++ ){
TslInst tsl = arTsl[j];
if( tsl.scriptName() == "Myr-Weight" ){
tslWeight = tsl;
break;
}
}
//draw weight
//ONLY if it is a loadbearing wall
if( el.loadBearing() || arSCodeOuterWalls.find(sCode) != -1 ){
Map elWeightMap = tslWeight.map();
double dWeight = elWeightMap.getDouble("WEIGHT");
String sUnit = elWeightMap.getString("UNIT");
String sWeight;
sWeight.formatUnit(dWeight, 2, 0);
dpWeight.draw(sWeight + " " + sUnit, ptElArrow, vxElNumber, vyElNumber ,0, nSignY * 8);
}
arPtAllElements.append(el.plOutlineWall().vertexPoints(TRUE));
if( arSCodeOuterWalls.find(sCode) != -1 ){
int bIsVerticalWall = FALSE;
int bIsHorizontalWall = FALSE;
if( abs(vx.dotProduct(el.vecZ())) > U(.9) ){
//vertical wall
ppOuterWallsVertical.joinRing(el.plOutlineWall(), _kAdd);
bIsVerticalWall = TRUE;
if( vx.dotProduct(ptVPCenMS - el.ptOrg()) < 0 ){
//right
arElOuterWallsVerticalRight.append(el);
}
else{
//left
arElOuterWallsVerticalLeft.append(el);
}
}
else if(abs(vy.dotProduct(el.vecZ())) > U(.9) ){
//horizontal wall
ppOuterWallsHorizontal.joinRing(el.plOutlineWall(), _kAdd);
bIsHorizontalWall = TRUE;
if( vy.dotProduct(ptVPCenMS - el.ptOrg()) < 0 ){
//top
arElOuterWallsHorizontalTop.append(el);
}
else{
//bottom
arElOuterWallsHorizontalBottom.append(el);
}
}
arElOuterWalls.append(el);
ppOuterWalls.joinRing(el.plOutlineWall(), _kAdd);
//Collect inner points of the wall
PLine plWall = el.plOutlineWall();
Point3d arPtEl[] = plWall.vertexPoints(TRUE);
arPtEl = Line(el.ptOrg(), el.vecZ()).orderPoints(arPtEl);
if( arPtEl.length() == 0 )continue;
Point3d ptPrev = arPtEl[0];
for( int j=1;j<arPtEl.length();j++ ){
Point3d ptThis = arPtEl[j];
double dDistToPtPrev = abs(el.vecZ().dotProduct(ptThis - ptPrev));
if( dDistToPtPrev > U(1) ){
if( bIsVerticalWall ){
if( vy.dotProduct(ptPrev - ptVPCenMS) > 0 ){
arPtOuterWallsVerticalTop.append(ptPrev);
}
else{
arPtOuterWallsVerticalBottom.append(ptPrev);
}
arPtOuterWallsVertical.append(ptPrev);
}
else if( bIsHorizontalWall ){
if( vx.dotProduct(ptPrev - ptVPCenMS) > 0 ){
arPtOuterWallsHorizontalRight.append(ptPrev);
}
else{
arPtOuterWallsHorizontalLeft.append(ptPrev);
}
arPtOuterWallsHorizontal.append(ptPrev);
}
arPtOuterWalls.append(ptPrev);
break;
}
if( bIsVerticalWall ){
if( vy.dotProduct(ptPrev - ptVPCenMS) > 0 ){
arPtOuterWallsVerticalTop.append(ptPrev);
}
else{
arPtOuterWallsVerticalBottom.append(ptPrev);
}
arPtOuterWallsVertical.append(ptPrev);
//ptPrevPS.vis(1);
}
else if( bIsHorizontalWall ){
if( vx.dotProduct(ptPrev - ptVPCenMS) > 0 ){
arPtOuterWallsHorizontalRight.append(ptPrev);
}
else{
arPtOuterWallsHorizontalLeft.append(ptPrev);
}
arPtOuterWallsHorizontal.append(ptPrev);
}
arPtOuterWalls.append(ptPrev);
ptPrev = ptThis;
}
}
else if( arSCodeKneeWalls.find(sCode) != -1 ){
int bIsVerticalWall = FALSE;
int bIsHorizontalWall = FALSE;
if( abs(vx.dotProduct(el.vecZ())) > U(.9) ){
//vertical wall
ppKneeWallsVertical.joinRing(el.plOutlineWall(), _kAdd);
bIsVerticalWall = TRUE;
if( vx.dotProduct(ptVPCenMS - el.ptOrg()) < 0 ){
//right
arElKneeWallsVerticalRight.append(el);
}
else{
//left
arElKneeWallsVerticalLeft.append(el);
}
}
else if(abs(vy.dotProduct(el.vecZ())) > U(.9) ){
//horizontal wall
ppKneeWallsHorizontal.joinRing(el.plOutlineWall(), _kAdd);
bIsHorizontalWall = TRUE;
if( vy.dotProduct(ptVPCenMS - el.ptOrg()) < 0 ){
//top
arElKneeWallsHorizontalTop.append(el);
}
else{
//bottom
arElKneeWallsHorizontalBottom.append(el);
}
}
arElKneeWalls.append(el);
ppKneeWalls.joinRing(el.plOutlineWall(), _kAdd);
//Collect inner points of the wall
PLine plWall = el.plOutlineWall();
Point3d arPtEl[] = plWall.vertexPoints(TRUE);
arPtEl = Line(el.ptOrg(), el.vecZ()).orderPoints(arPtEl);
if( arPtEl.length() == 0 )continue;
Point3d ptPrev = arPtEl[0];
for( int j=1;j<arPtEl.length();j++ ){
Point3d ptThis = arPtEl[j];
double dDistToPtPrev = abs(el.vecZ().dotProduct(ptThis - ptPrev));
if( dDistToPtPrev > U(1) ){
if( bIsVerticalWall ){
if( vy.dotProduct(ptPrev - ptVPCenMS) > 0 ){
arPtKneeWallsVerticalTop.append(ptPrev);
}
else{
arPtKneeWallsVerticalBottom.append(ptPrev);
}
arPtKneeWallsVertical.append(ptPrev);
}
else if( bIsHorizontalWall ){
if( vx.dotProduct(ptPrev - ptVPCenMS) > 0 ){
arPtKneeWallsHorizontalRight.append(ptPrev);
}
else{
arPtKneeWallsHorizontalLeft.append(ptPrev);
}
arPtKneeWallsHorizontal.append(ptPrev);
}
arPtKneeWalls.append(ptPrev);
break;
}
if( bIsVerticalWall ){
if( vy.dotProduct(ptPrev - ptVPCenMS) > 0 ){
arPtKneeWallsVerticalTop.append(ptPrev);
}
else{
arPtKneeWallsVerticalBottom.append(ptPrev);
}
arPtKneeWallsVertical.append(ptPrev);
//ptPrevPS.vis(1);
}
else if( bIsHorizontalWall ){
if( vx.dotProduct(ptPrev - ptVPCenMS) > 0 ){
arPtKneeWallsHorizontalRight.append(ptPrev);
}
else{
arPtKneeWallsHorizontalLeft.append(ptPrev);
}
arPtKneeWallsHorizontal.append(ptPrev);
}
arPtKneeWalls.append(ptPrev);
ptPrev = ptThis;
}
}
else if( arSCodeInnerWalls.find(sCode) != -1 ){
arElInnerWalls.append(el);
}
else{
reportMessage("\nElement Code not found in list!\nAdd " + sCode + " to one of the lists in the tsl if you want it to be dimensioned!");
}
}
ppOuterWalls.shrink(U(-10));
ppOuterWalls.shrink(U(10));
PlaneProfile ppFloorPlan(csWorld);
ppFloorPlan.joinRing(plOutlineFloor, _kAdd);
ppFloorPlan.subtractProfile(ppOuterWalls);
PLine arPlFloorPlan[] = ppFloorPlan.allRings();
for( int i=0;i<arPlFloorPlan.length();i++ ){
PLine plFloorPlan = arPlFloorPlan[i];
Point3d arPtFloorPlan[] = plFloorPlan.vertexPoints(TRUE);
for( int j=0;j<(arPtFloorPlan.length() - 1);j++ ){
Point3d ptLnSegStart = arPtFloorPlan[j];
Point3d ptLnSegEnd = arPtFloorPlan[j+1];
Point3d ptLnSegMid = (ptLnSegStart + ptLnSegEnd)/2;
if( ppOuterWalls.pointInProfile(ptLnSegMid) == _kPointOnRing ){
continue;
}
else{
LineSeg lnSeg(ptLnSegStart, ptLnSegEnd);
dpFloorPlan.draw(lnSeg);
}
}
}
ppOuterWallsHorizontal.shrink(U(-10));
ppOuterWallsHorizontal.shrink(U(10));
ppOuterWallsVertical.shrink(U(-10));
ppOuterWallsVertical.shrink(U(10));
ppKneeWalls.shrink(U(-10));
ppKneeWalls.shrink(U(10));
ppKneeWallsHorizontal.shrink(U(-10));
ppKneeWallsHorizontal.shrink(U(10));
ppKneeWallsVertical.shrink(U(-10));
ppKneeWallsVertical.shrink(U(10));
Point3d arPtElVLeft[0];
Point3d arPtElVRight[0];
Point3d arPtElHTop[0];
Point3d arPtElHBottom[0];
//CONNECTED WALLS
//Connected inner walls to outer left walls
String arSDimensionedInnerWalls[0];
Point3d arPtConnectedInnerWallsLeft[0];
int bVLeftAs208 = FALSE;
Element arElVLeft[0];
arElVLeft.append(arElOuterWallsVerticalLeft);
if( arElVLeft.length() == 0 ){
arElVLeft.append(arElKneeWallsVerticalLeft);
bVLeftAs208 = TRUE;
}
for( int i=0;i<arElVLeft.length();i++ ){
ElementWallSF el = (ElementWallSF)arElVLeft[i];
arPtElVLeft.append(el.plOutlineWall().vertexPoints(TRUE));
Element arElConnected[] = el.getConnectedElements();
for( int j=0;j<arElConnected.length();j++ ){
Element elConnected = arElConnected[j];
String sCode = elConnected.code();
if( arSCodeInnerWalls.find(sCode) != -1 ){
arSDimensionedInnerWalls.append(sCode + elConnected.number());
PlaneProfile ppElConnected(CoordSys(elConnected.ptOrg(), elConnected.vecX(), -elConnected.vecZ(), elConnected.vecY()));
Beam arBmElConnected[] = elConnected.beam();
if( arBmElConnected.length() == 0 )continue;
for( int k=0;k<arBmElConnected.length();k++ ){
Beam bmElConnected = arBmElConnected[k];
if( bmElConnected.type() == _kSFBottomPlate ){
ppElConnected.unionWith(bmElConnected.realBody().shadowProfile(Plane(elConnected.ptOrg(), elConnected.vecY())));
}
}
PLine arPlElConnected[] = ppElConnected.allRings();
Point3d arPtConnectedWall[] = arPlElConnected[0].vertexPoints(TRUE);
for( int k=0;k<arPtConnectedWall.length();k++ ){
Point3d pt = arPtConnectedWall[k];
arPtConnectedInnerWallsLeft.append(pt);
}
}
}
}
//Connected inner walls to outer right walls
Point3d arPtConnectedInnerWallsRight[0];
int bVRightAs208 = FALSE;
Element arElVRight[0];
arElVRight.append(arElOuterWallsVerticalRight);
if( arElVRight.length() == 0 ){
arElVRight.append(arElKneeWallsVerticalRight);
bVRightAs208 = TRUE;
}
for( int i=0;i<arElVRight.length();i++ ){
ElementWallSF el = (ElementWallSF)arElVRight[i];
arPtElVRight.append(el.plOutlineWall().vertexPoints(TRUE));
Element arElConnected[] = el.getConnectedElements();
for( int j=0;j<arElConnected.length();j++ ){
Element elConnected = arElConnected[j];
String sCode = elConnected.code();
if( arSCodeInnerWalls.find(sCode) != -1 ){
arSDimensionedInnerWalls.append(sCode + elConnected.number());
PlaneProfile ppElConnected(CoordSys(elConnected.ptOrg(), elConnected.vecX(), -elConnected.vecZ(), elConnected.vecY()));
Beam arBmElConnected[] = elConnected.beam();
if( arBmElConnected.length() == 0 )continue;
for( int k=0;k<arBmElConnected.length();k++ ){
Beam bmElConnected = arBmElConnected[k];
if( bmElConnected.type() == _kSFBottomPlate ){
ppElConnected.unionWith(bmElConnected.realBody().shadowProfile(Plane(elConnected.ptOrg(), elConnected.vecY())));
}
}
PLine arPlElConnected[] = ppElConnected.allRings();
Point3d arPtConnectedWall[] = arPlElConnected[0].vertexPoints(TRUE);
for( int k=0;k<arPtConnectedWall.length();k++ ){
Point3d pt = arPtConnectedWall[k];
arPtConnectedInnerWallsRight.append(pt);
}
}
}
}
//Connected inner walls to outer bottom walls
Point3d arPtConnectedInnerWallsBottom[0];
int bHBottomAs208 = FALSE;
Element arElHBottom[0];
arElHBottom.append(arElOuterWallsHorizontalBottom);
if( arElHBottom.length() == 0 ){
arElHBottom.append(arElKneeWallsHorizontalBottom);
bHBottomAs208 = TRUE;
}
for( int i=0;i<arElHBottom.length();i++ ){
ElementWallSF el = (ElementWallSF)arElHBottom[i];
arPtElHBottom.append(el.plOutlineWall().vertexPoints(TRUE));
Element arElConnected[] = el.getConnectedElements();
for( int j=0;j<arElConnected.length();j++ ){
Element elConnected = arElConnected[j];
String sCode = elConnected.code();
if( arSCodeInnerWalls.find(sCode) != -1 ){
arSDimensionedInnerWalls.append(sCode + elConnected.number());
PlaneProfile ppElConnected(CoordSys(elConnected.ptOrg(), elConnected.vecX(), -elConnected.vecZ(), elConnected.vecY()));
Beam arBmElConnected[] = elConnected.beam();
if( arBmElConnected.length() == 0 )continue;
for( int k=0;k<arBmElConnected.length();k++ ){
Beam bmElConnected = arBmElConnected[k];
if( bmElConnected.type() == _kSFBottomPlate ){
ppElConnected.unionWith(bmElConnected.realBody().shadowProfile(Plane(elConnected.ptOrg(), elConnected.vecY())));
}
}
PLine arPlElConnected[] = ppElConnected.allRings();
Point3d arPtConnectedWall[] = arPlElConnected[0].vertexPoints(TRUE);
for( int k=0;k<arPtConnectedWall.length();k++ ){
Point3d pt = arPtConnectedWall[k];
arPtConnectedInnerWallsBottom.append(pt);
}
}
}
}
//Connected inner walls to outer top walls
Point3d arPtConnectedInnerWallsTop[0];
int bHTopAs208 = FALSE;
Element arElHTop[0];
arElHTop.append(arElOuterWallsHorizontalTop);
if( arElHTop.length() == 0 ){
arElHTop.append(arElKneeWallsHorizontalTop);
bHTopAs208 = TRUE;
}
for( int i=0;i<arElHTop.length();i++ ){
ElementWallSF el = (ElementWallSF)arElHTop[i];
arPtElHTop.append(el.plOutlineWall().vertexPoints(TRUE));
Element arElConnected[] = el.getConnectedElements();
for( int j=0;j<arElConnected.length();j++ ){
Element elConnected = arElConnected[j];
String sCode = elConnected.code();
if( arSCodeInnerWalls.find(sCode) != -1 ){
arSDimensionedInnerWalls.append(sCode + elConnected.number());
PlaneProfile ppElConnected(CoordSys(elConnected.ptOrg(), elConnected.vecX(), -elConnected.vecZ(), elConnected.vecY()));
Beam arBmElConnected[] = elConnected.beam();
if( arBmElConnected.length() == 0 )continue;
for( int k=0;k<arBmElConnected.length();k++ ){
Beam bmElConnected = arBmElConnected[k];
if( bmElConnected.type() == _kSFBottomPlate ){
ppElConnected.unionWith(bmElConnected.realBody().shadowProfile(Plane(elConnected.ptOrg(), elConnected.vecY())));
}
}
PLine arPlElConnected[] = ppElConnected.allRings();
Point3d arPtConnectedWall[] = arPlElConnected[0].vertexPoints(TRUE);
for( int k=0;k<arPtConnectedWall.length();k++ ){
Point3d pt = arPtConnectedWall[k];
arPtConnectedInnerWallsTop.append(pt);
}
}
}
}
//Lines to sort and order points
Line lnX(ptVPCenMS, vx);
Line lnY(ptVPCenMS, vy);
//Extreme points of elements
Point3d arPtAllElementsX[] = lnX.orderPoints(arPtAllElements);
Point3d arPtAllElementsY[] = lnY.orderPoints(arPtAllElements);
//Check lengths
if( arPtAllElementsX.length() < 2 || arPtAllElementsY.length() < 2 ){
reportError(T("Not enough points found."));
}
Point3d ptElementsLeft = arPtAllElementsX[0];
Point3d ptElementsFront = arPtAllElementsY[0];
Point3d ptElementsRight = arPtAllElementsX[arPtAllElementsX.length() - 1];
Point3d ptElementsTop = arPtAllElementsY[arPtAllElementsY.length() - 1];
//Extreme points of all elements (points will describe a square around the elements)
Point3d ptTLElements = ptElementsLeft + vy * vy.dotProduct(ptElementsTop - ptElementsLeft);
Point3d ptBLElements = ptElementsLeft + vy * vy.dotProduct(ptElementsFront - ptElementsLeft);
Point3d ptBRElements = ptElementsRight + vy * vy.dotProduct(ptElementsFront - ptElementsRight);
Point3d ptTRElements = ptElementsRight + vy * vy.dotProduct(ptElementsTop - ptElementsRight);
//Points of horizontal walls, used for dimensioning on the left and right
Point3d arPtTotalHorizontal[0];
Point3d arPtTotalHorizontalLeft[0];
Point3d arPtTotalHorizontalRight[0];
// if( arPtOuterWallsHorizontal.length() == 0 ){
// arPtOuterWallsHorizontal.append(arPtFloorPlanTop);
// arPtOuterWallsHorizontal.append(arPtFloorPlanBottom);
// }
// if( arPtOuterWallsHorizontalLeft.length() == 0 ){
// arPtOuterWallsHorizontalLeft.append(arPtFloorPlanLeft);
// }
// if( arPtOuterWallsHorizontalRight.length() == 0 ){
// arPtOuterWallsHorizontalRight.append(arPtFloorPlanRight);
// }
if( bHTopAs208 || bHBottomAs208 ){
arPtKneeWallsHorizontal = lnY.orderPoints(arPtKneeWallsHorizontal);
arPtKneeWallsHorizontalLeft = lnY.orderPoints(arPtKneeWallsHorizontalLeft);
arPtKneeWallsHorizontalRight = lnY.orderPoints(arPtKneeWallsHorizontalRight);
arPtElVLeft = lnY.orderPoints(arPtElVLeft);
arPtElVRight = lnY.orderPoints(arPtElVRight);
if( arPtKneeWallsHorizontal.length() < 2 || arPtKneeWallsHorizontalLeft.length() < 2 || arPtKneeWallsHorizontalRight.length() < 2 ){
reportMessage("\nNot enough points found for dimension of overall length in y-direction.");
return;
}
arPtTotalHorizontal.append(arPtKneeWallsHorizontal[0]);
arPtTotalHorizontal.append(arPtKneeWallsHorizontal[arPtKneeWallsHorizontal.length() - 1]);
arPtTotalHorizontalLeft.append(arPtKneeWallsHorizontalLeft[0]);
arPtTotalHorizontalLeft.append(arPtKneeWallsHorizontalLeft[arPtKneeWallsHorizontalLeft.length() - 1]);
arPtTotalHorizontalRight.append(arPtKneeWallsHorizontalRight[0]);
arPtTotalHorizontalRight.append(arPtKneeWallsHorizontalRight[arPtKneeWallsHorizontalRight.length() - 1]);
}
else{
arPtOuterWallsHorizontal = lnY.orderPoints(arPtOuterWallsHorizontal);
arPtOuterWallsHorizontalLeft = lnY.orderPoints(arPtOuterWallsHorizontalLeft);