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Copy pathMyr-InternalSheeting-zone7.mcr
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Myr-InternalSheeting-zone7.mcr
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#Version 8
#BeginDescription
Last modified by: Anno Sportel (as@hsb-cad.com)
27.12.2011 - version 1.3
#End
#Type O
#NumBeamsReq 0
#NumPointsGrip 0
#DxaOut 1
#ImplInsert 1
#FileState 1
#MajorVersion 1
#MinorVersion 3
#KeyWords
#BeginContents
// Automatically saved contents for tsl
// Date & time: dinsdag 8 februari 2011 21:58:47
/// <summary Lang=en>
/// Redistributes the internal sheeting. Use the center of the openings of the
/// </summary>
/// <insert>
/// Select a set of elements
/// </insert>
/// <remark Lang=en>
/// .
/// </remark>
/// <version value="1.02" date="09.02.2011"></version>
/// <history>
/// AS - 1.00 - 22.11.2006 - Pilot version
/// AS - 1.01 - 12.03.2009 - Set the grade of the created studs to Regel
/// AS - 1.02 - 09.02.2011 - Swap left and right sheet if needed (...and it is after new generate construction)
/// AS - 1.03 - 27.12.2011 - Also add the splitted sheet to the array again.
/// MJ - 1.03 - 03.03.2014 - Zone 7.
/// </history>
double dEps = U(0.001);
if( _bOnInsert ){
_Element.append(getElement(T("Select an element")));
return;
}
if( _Element.length()==0 ){eraseInstance(); return;}
ElementWallSF el = (ElementWallSF)_Element[0];
if( !el.bIsValid() )return;
_Pt0 = el.ptOrg();
CoordSys csEl = el.coordSys();
Vector3d vx = csEl.vecX();
Vector3d vy = csEl.vecY();
Vector3d vz = csEl.vecZ();
Display dp(1);
//Debug - Preview zones that are important for this tsl.
if( _bOnDebug ){
int arNValidZones[] = {0,-2};
GenBeam arGBm[] = el.genBeam();
Display dp(-2);
for( int i=0;i<arGBm.length();i++ ){
GenBeam gBm = arGBm[i];
if( arNValidZones.find(gBm.myZoneIndex()) != -2 ){
dp.color(gBm.color());
dp.draw(gBm.realBody());
}
}
}
//Line to sort the points allong.
Line lnX(el.ptOrg(),vx);
//List of beams.
Beam arBm[] = el.beam();
if( arBm.length() == 0 )return;
//List of Jacks and a list of studs
Beam arBmJack[0];
int arNJackTypes[] = {
_kSFJackOverOpening,
_kSFJackUnderOpening
};
Beam arBmStud[0];
int arNStudTypes[] = {
_kStud
};
Beam arBmBottomPlate[0];
int arNBottomPlates[] = {
_kSFBottomPlate
};
Beam arBmTopPlate[0];
int arNTopPlates[] = {
_kSFTopPlate,
_kSFAngledTPLeft,
_kSFAngledTPRight
};
for( int i=0;i<arBm.length();i++ ){
Beam bm = arBm[i];
if( arNJackTypes.find(bm.type()) != -1 ){
arBmJack.append(bm);
}
if( arNStudTypes.find(bm.type()) != -1 ){
arBmStud.append(bm);
}
if( arNBottomPlates.find(bm.type()) != -1 ){
arBmBottomPlate.append(bm);
}
if( arNTopPlates.find(bm.type()) != -1 ){
arBmTopPlate.append(bm);
}
}
//reportNotice("\nStuds: "+arBmStud.length());
arBmStud = vx.filterBeamsPerpendicularSort(arBmStud);
//reportNotice("\nOrdered studs: "+arBmStud.length());
//List of sheeting
Sheet arSh[] = el.sheet();
//List of internal sheeting
Sheet arShZn07[0];
for( int i=0;i<arSh.length();i++ ){
Sheet sh = arSh[i];
if( sh.myZoneIndex() == -2 ){
arShZn07.append(sh);
}
}
//List of arrays to store the module information in.
String arSModuleName[0];
Body arBdModule[0];
Point3d arPtModuleLeft[0];
Point3d arPtModuleRight[0];
double arDModuleWidth[0];
int arBModuleIsOpening[0];
//Create bodies of modules and put them in an array
for( int i=0;i<arBm.length();i++ ){
Beam bm = arBm[i];
String sModuleName = bm.module();
if( sModuleName == "" )continue;
Body bdBm = bm.envelopeBody();
int nModuleIndex = arSModuleName.find(sModuleName);
if( nModuleIndex != -1 ){
arBdModule[nModuleIndex].addPart(bdBm);
}
else{
arSModuleName.append(sModuleName);
arBdModule.append(bdBm);
}
}
//Store left and right points of the modules in an array. Calculate the width from it and put that in an array too.
for( int i=0;i<arBdModule.length();i++ ){
Point3d arPtBd[] = arBdModule[i].allVertices();
arPtBd = lnX.orderPoints(arPtBd);
if( arPtBd.length() < 2 ){
eraseInstance();
return;
}
arPtModuleLeft.append(arPtBd[0]);
arPtModuleRight.append(arPtBd[arPtBd.length() - 1]);
arDModuleWidth.append( abs(vx.dotProduct(arPtBd[0] - arPtBd[arPtBd.length() - 1])) );
}
//Sort Modules
String sSort;
Body bdSort;
Point3d ptSort;
double dSort;
for(int s1=1;s1<arSModuleName.length();s1++){
int s11 = s1;
for(int s2=s1-1;s2>=0;s2--){
if( vx.dotProduct(arPtModuleLeft[s11] - arPtModuleLeft[s2]) < 0 ){
sSort = arSModuleName[s2]; arSModuleName[s2] = arSModuleName[s11]; arSModuleName[s11] = sSort;
bdSort = arBdModule[s2]; arBdModule[s2] = arBdModule[s11]; arBdModule[s11] = bdSort;
ptSort = arPtModuleLeft[s2]; arPtModuleLeft[s2] = arPtModuleLeft[s11]; arPtModuleLeft[s11] = ptSort;
ptSort = arPtModuleRight[s2]; arPtModuleRight[s2] = arPtModuleRight[s11]; arPtModuleRight[s11] = ptSort;
dSort = arDModuleWidth[s2]; arDModuleWidth[s2] = arDModuleWidth[s11]; arDModuleWidth[s11] = dSort;
s11=s2;
}
}
}
//Put center points of the openings in an array
Opening arOp[] = el.opening();
Point3d arPtOp[0];
for( int i=0;i<arOp.length();i++ ){
Opening op = arOp[i];
Body bdOp(op.plShape(), vz);
arPtOp.append(bdOp.ptCen());
}
//Check if module is an opening
for( int i=0;i<arPtModuleLeft.length();i++ ){
Point3d ptModuleLeft = arPtModuleLeft[i];
Point3d ptModuleRight = arPtModuleRight[i];
int bModuleIsOpening = FALSE;
for( int j=0;j<arPtOp.length();j++ ){
Point3d ptOp = arPtOp[j];
if( (vx.dotProduct(ptOp - ptModuleLeft) * vx.dotProduct(ptOp - ptModuleRight)) < 0 ){
bModuleIsOpening = TRUE;
break;
}
}
arBModuleIsOpening.append(bModuleIsOpening);
}
//Only use opening modules
String arSModuleNameTmp[0];
Body arBdModuleTmp[0];
Point3d arPtModuleLeftTmp[0];
Point3d arPtModuleRightTmp[0];
double arDModuleWidthTmp[0];
for( int i=0;i<arBModuleIsOpening.length();i++ ){
int bModuleIsOpening = arBModuleIsOpening[i];
if( bModuleIsOpening ){
arSModuleNameTmp.append(arSModuleName[i]);
arBdModuleTmp.append(arBdModule[i]);
arPtModuleLeftTmp.append(arPtModuleLeft[i]);
arPtModuleRightTmp.append(arPtModuleRight[i]);
arDModuleWidthTmp.append(arDModuleWidth[i]);
}
}
arSModuleName = arSModuleNameTmp;
arBdModule = arBdModuleTmp;
arPtModuleLeft = arPtModuleLeftTmp;
arPtModuleRight = arPtModuleRightTmp;
arDModuleWidth = arDModuleWidthTmp;
//Split above the openings
for( int i=0;i<arSModuleName.length();i++ ){
double dModuleWidth = arDModuleWidth[i];
Point3d ptSplit = arPtModuleLeft[i] + vx * .5 * dModuleWidth;
//reportNotice("\n-------------------------------------------------------------------------\nOPENING: "+i+"\n-------------------------------------------------------------------------");
//reportNotice("\n-------------------------------------------------------------------------\nMODULE: "+arSModuleName[i]+"\n-------------------------------------------------------------------------");
if( (dModuleWidth - U(1200)) > dEps ){
int nTimesGrid = int(dModuleWidth/U(600));
if( dModuleWidth/U(600) - int(dModuleWidth/U(600)) > dEps ){
nTimesGrid++;
}
double dModuleWidthOnGrid = nTimesGrid * U(600);
Point3d ptSplitLeft = ptSplit - vx * (.5 * dModuleWidthOnGrid - U(600));
Point3d ptSplitRight = ptSplit + vx * (.5 * dModuleWidthOnGrid - U(600));
for( int j=0;j<arBmJack.length();j++ ){
Beam bmJack = arBmJack[j];
double dDistToPtSplit = vx.dotProduct(ptSplit - bmJack.ptCen());
if( abs(dDistToPtSplit) < dEps ){
bmJack.transformBy(vx * vx.dotProduct(ptSplitLeft - ptSplit));
Beam bmNewJack = bmJack.dbCopy();
bmNewJack.transformBy(vx * vx.dotProduct(ptSplitRight - ptSplitLeft));
}
}
for( int j=0;j<arShZn07.length();j++ ){
Sheet shZn07 = arShZn07[j];
Body bdShZn07 = shZn07.realBody();
Point3d ptShMinX = bdShZn07.ptCen() - vx * .5 * bdShZn07.lengthInDirection(vx);
Point3d ptShMaxX = bdShZn07.ptCen() + vx * .5 * bdShZn07.lengthInDirection(vx);
if( (vx.dotProduct(ptSplitLeft - ptShMinX) * vx.dotProduct(ptSplitLeft - ptShMaxX)) < 0 ){
Sheet arShSplitted[] = shZn07.dbSplit(Plane(ptSplitLeft, -vx), 0);
arShZn07.append(arShSplitted);
Sheet shL = shZn07;
Sheet shR;
if( arShSplitted.length() > 0 ){
shR = arShSplitted[0];
for( int k=1;k<arShSplitted.length();k++ ){
if( vx.dotProduct(arShSplitted[k].ptCen() - shR.ptCen()) > 0 ){
shR = arShSplitted[k];
}
}
}
else{
shR = Sheet();
}
if( vx.dotProduct(shL.ptCen() - shR.ptCen()) > 0 ){
//reportNotice("\nSwap left and right");
Sheet shTmp = shL;
shL = shR;
shR = shTmp;
}
Point3d ptSplitShL = ptSplitLeft - vx * U(1200);
int bValidSplitLocation = FALSE;
//reportNotice("\nL2 dD(vx) "+shL.envelopeBody().lengthInDirection(vx));
if( (shL.envelopeBody().lengthInDirection(vx) - U(1200)) > dEps ){
//reportNotice("\nL2 "+i + "Sheet Left > 1200");
for( int k=0;k<arBmStud.length();k++ ){
Beam bmStud = arBmStud[k];
//reportNotice("\nL2 Stud: "+k+ "Opening: "+ i + "On existing stud");
Point3d pt = bmStud.ptCen() + vx * U(.1);
//reportNotice("\nL2 dDist= "+vx.dotProduct(pt - ptSplitShL));
if( vx.dotProduct(pt - ptSplitShL) > 0 ){
if( vx.dotProduct(arPtModuleLeft[i] - pt) < 0 ){
//reportNotice("\nL2 Wrong side");
bValidSplitLocation = FALSE;
break;
}
//reportNotice("\nL2 Right side");
ptSplitShL = bmStud.ptCen();
bValidSplitLocation = TRUE;
break;
}
}
if( i == 0 ){//first opening
if( bValidSplitLocation ){
//reportNotice("\nL2 "+ i + "On existing stud");
Sheet arShSplitted[] = shL.dbSplit(Plane(ptSplitShL, -vx), 0);
arShZn07.append(arShSplitted);
}
}
else{
if( bValidSplitLocation ){
//reportNotice("\nL2 "+ i + "On existing stud");
Sheet arShSplitted[] = shL.dbSplit(Plane(ptSplitShL, -vx), 0);
arShZn07.append(arShSplitted);
}
else{
//reportNotice("\nL2 "+ i + "betweenModules");
if( abs(vx.dotProduct(arPtModuleRight[i-1] - arPtModuleLeft[i])) < el.dBeamHeight() ){
//No place for a extra stud.
}
else{
ptSplitShL = (arPtModuleRight[i-1] + arPtModuleLeft[i])/2;
Sheet arShSplitted[] = shL.dbSplit(Plane(ptSplitShL, -vx), 0);
arShZn07.append(arShSplitted);
Beam bmTop;
double dTop;
int bTopSet = FALSE;
for( int k=0;k<arBmTopPlate.length();k++ ){
Beam bmTP = arBmTopPlate[k];
Point3d ptBmMin = bmTP.ptRef() + bmTP.vecX() * bmTP.dLMin();
Point3d ptBmMax = bmTP.ptRef() + bmTP.vecX() * bmTP.dLMax();
Line lnBm(bmTP.ptCen(), bmTP.vecX());
Point3d ptIntersect = lnBm.intersect(Plane(ptSplitShL, vx),0);
if( (vx.dotProduct(ptIntersect - ptBmMin) * vx.dotProduct(ptIntersect - ptBmMax)) > 0 )continue;
double dDist = vy.dotProduct(ptIntersect - ptSplitShL);
if( !bTopSet ){
bTopSet = TRUE;
bmTop = bmTP;
dTop = dDist;
}
else{
if( (dTop - dDist) > dEps ){
bmTop = bmTP;
dTop = dDist;
}
}
}
if( !bmTop.bIsValid() ){
reportWarning("No top plate found!");
}
Beam bmBottom;
double dBottom;
int bBottomSet = FALSE;
for( int k=0;k<arBmBottomPlate.length();k++ ){
Beam bmBP = arBmBottomPlate[k];
Point3d ptBmMin = bmBP.ptRef() + bmBP.vecX() * bmBP.dLMin();
Point3d ptBmMax = bmBP.ptRef() + bmBP.vecX() * bmBP.dLMax();
Line lnBm(bmBP.ptCen(), bmBP.vecX());
Point3d ptIntersect = lnBm.intersect(Plane(ptSplitShL, vx),0);
if( (vx.dotProduct(ptIntersect - ptBmMin) * vx.dotProduct(ptIntersect - ptBmMax)) > 0 )continue;
double dDist = vy.dotProduct(ptIntersect - ptSplitShL);
if( !bBottomSet ){
bBottomSet = TRUE;
bmBottom = bmBP;
dBottom = dDist;
}
else{
if( (dDist - dBottom) > dEps ){
bmBottom = bmBP;
dBottom = dDist;
}
}
}
if( !bmBottom.bIsValid() ){
reportWarning("No bottom plate found!");
}
Beam bmStud;
bmStud.dbCreate(ptSplitShL + vz * vz.dotProduct(el.ptOrg() - ptSplitShL), vy, -vx, vz, U(100), el.dBeamHeight(), el.dBeamWidth(), 0,0,-1);
bmStud.setColor(32);
bmStud.setGrade("Regel");
bmStud.setBeamCode(";;;;;;;;;Regel;;;");
bmStud.assignToElementGroup(el,TRUE, 0, 'Z');
bmStud.setType(_kStud);
bmStud.stretchDynamicTo(bmTop);
bmStud.stretchDynamicTo(bmBottom);
}
}
}
}
}
if( (vx.dotProduct(ptSplitRight - ptShMinX) * vx.dotProduct(ptSplitRight - ptShMaxX)) < 0 ){
Sheet arShSplitted[] = shZn07.dbSplit(Plane(ptSplitRight, -vx), 0);
arShZn07.append(arShSplitted);
Sheet shL = shZn07;
Sheet shR;
if( arShSplitted.length() > 0 ){
shR = arShSplitted[0];
for( int k=1;k<arShSplitted.length();k++ ){
if( vx.dotProduct(arShSplitted[k].ptCen() - shR.ptCen()) > 0 ){
shR = arShSplitted[k];
}
}
}
else{
shR = Sheet();
}
if( vx.dotProduct(shL.ptCen() - shR.ptCen()) > 0 ){
//reportNotice("\nSwap left and right");
Sheet shTmp = shL;
shL = shR;
shR = shTmp;
}
Point3d ptSplitShR = ptSplitRight + vx * U(1200);
int bValidSplitLocation = FALSE;
//reportNotice("\nR2 dD(vx) "+shR.envelopeBody().lengthInDirection(vx));
if( (shR.envelopeBody().lengthInDirection(vx) - U(1200)) > dEps ){
//reportNotice("\nR2 "+ i + "Sheet Right > 1200");
for( int k=arBmStud.length() - 1;k>-1;k-- ){
Beam bmStud = arBmStud[k];
//reportNotice("\nR2 Stud: "+k+ "Opening: "+ i + "On existing stud");
Point3d pt = bmStud.ptCen() - vx * U(.1);
//reportNotice("\nR2 dDist= "+vx.dotProduct(pt - ptSplitShR));
if( vx.dotProduct(pt - ptSplitShR) < 0 ){
if( vx.dotProduct(arPtModuleRight[i] - pt) > 0 ){
//reportNotice("\nR2 Wrong side");
bValidSplitLocation = FALSE;
break;
}
//reportNotice("\nR2 Right side");
ptSplitShR = bmStud.ptCen();
bValidSplitLocation = TRUE;
break;
}
}
if( i == (arBdModule.length() - 1) ){//last opening
if( bValidSplitLocation ){
//reportNotice("\nR2 "+ i + "On existing stud");
Sheet arShSplitted[] = shR.dbSplit(Plane(ptSplitShR, -vx), 0);
arShZn07.append(arShSplitted);
}
}
else{
if( bValidSplitLocation ){
//reportNotice("\nR2 "+ i + "On existing stud");
Sheet arShSplitted[] = shR.dbSplit(Plane(ptSplitShR, -vx), 0);
arShZn07.append(arShSplitted);
}
else{
//reportNotice("\nR2 "+ i + "betweenModules");
if( abs(vx.dotProduct(arPtModuleRight[i] - arPtModuleLeft[i+1])) < el.dBeamHeight() ){
//No place for a extra stud.
}
else{
ptSplitShR = (arPtModuleRight[i] + arPtModuleLeft[i+1])/2;
Sheet arShSplitted[] = shR.dbSplit(Plane(ptSplitShR, -vx), 0);
arShZn07.append(arShSplitted);
Beam bmTop;
double dTop;
int bTopSet = FALSE;
for( int k=0;k<arBmTopPlate.length();k++ ){
Beam bmTP = arBmTopPlate[k];
Point3d ptBmMin = bmTP.ptRef() + bmTP.vecX() * bmTP.dLMin();
Point3d ptBmMax = bmTP.ptRef() + bmTP.vecX() * bmTP.dLMax();
Line lnBm(bmTP.ptCen(), bmTP.vecX());
Point3d ptIntersect = lnBm.intersect(Plane(ptSplitShR, vx),0);
if( (vx.dotProduct(ptIntersect - ptBmMin) * vx.dotProduct(ptIntersect - ptBmMax)) > 0 )continue;
double dDist = vy.dotProduct(ptIntersect - ptSplitShR);
if( !bTopSet ){
bTopSet = TRUE;
bmTop = bmTP;
dTop = dDist;
}
else{
if( (dTop - dDist) > dEps ){
bmTop = bmTP;
dTop = dDist;
}
}
}
if( !bmTop.bIsValid() ){
reportWarning("No top plate found!");
}
Beam bmBottom;
double dBottom;
int bBottomSet = FALSE;
for( int k=0;k<arBmBottomPlate.length();k++ ){
Beam bmBP = arBmBottomPlate[k];
Point3d ptBmMin = bmBP.ptRef() + bmBP.vecX() * bmBP.dLMin();
Point3d ptBmMax = bmBP.ptRef() + bmBP.vecX() * bmBP.dLMax();
Line lnBm(bmBP.ptCen(), bmBP.vecX());
Point3d ptIntersect = lnBm.intersect(Plane(ptSplitShR, vx),0);
if( (vx.dotProduct(ptIntersect - ptBmMin) * vx.dotProduct(ptIntersect - ptBmMax)) > 0 )continue;
double dDist = vy.dotProduct(ptIntersect - ptSplitShR);
if( !bBottomSet ){
bBottomSet = TRUE;
bmBottom = bmBP;
dBottom = dDist;
}
else{
if( (dDist - dBottom) > dEps ){
bmBottom = bmBP;
dBottom = dDist;
}
}
}
if( !bmBottom.bIsValid() ){
reportWarning("No bottom plate found!");
}
Beam bmStud;
bmStud.dbCreate(ptSplitShR + vz * vz.dotProduct(el.ptOrg() - ptSplitShR), vy, -vx, vz, U(100), el.dBeamHeight(), el.dBeamWidth(), 0,0,-1);
bmStud.setColor(32);
bmStud.setGrade("Regel");
bmStud.setBeamCode(";;;;;;;;;Regel;;;");
bmStud.assignToElementGroup(el,TRUE, 0, 'Z');
bmStud.setType(_kStud);
bmStud.stretchDynamicTo(bmTop);
bmStud.stretchDynamicTo(bmBottom);
}
}
}
}
}
}
}
else{// <1200
//reportNotice("\n < 1200 mm");
for( int j=0;j<arShZn07.length();j++ ){
Sheet shZn07 = arShZn07[j];
Body bdShZn07 = shZn07.realBody();
Point3d ptShMinX = bdShZn07.ptCen() - vx * .5 * bdShZn07.lengthInDirection(vx);
Point3d ptShMaxX = bdShZn07.ptCen() + vx * .5 * bdShZn07.lengthInDirection(vx);
if( (vx.dotProduct(ptSplit - ptShMinX) * vx.dotProduct(ptSplit - ptShMaxX)) < 0 ){
Sheet arShSplitted[] = shZn07.dbSplit(Plane(ptSplit, -vx), 0);
arShZn07.append(arShSplitted);
//---
Sheet shL = shZn07;
Sheet shR;
if( arShSplitted.length() > 0 ){
shR = arShSplitted[0];
for( int k=1;k<arShSplitted.length();k++ ){
if( vx.dotProduct(arShSplitted[k].ptCen() - shR.ptCen()) > 0 ){
shR = arShSplitted[k];
}
}
}
else{
//reportNotice("\nInvalid sheet on righthand side");
shR = Sheet();
}
if( vx.dotProduct(shL.ptCen() - shR.ptCen()) > 0 ){
//reportNotice("\nSwap left and right");
Sheet shTmp = shL;
shL = shR;
shR = shTmp;
}
Point3d ptSplitShL = ptSplit - vx * U(1200);
int bValidSplitLocation = FALSE;
//reportNotice("\nL1 dD(vx) "+shL.envelopeBody().lengthInDirection(vx));
if( (shL.envelopeBody().lengthInDirection(vx) - U(1200)) > dEps ){
//reportNotice("\nL1 "+ i + "Sheet Left > 1200");
for( int k=0;k<arBmStud.length();k++ ){
Beam bmStud = arBmStud[k];
//reportNotice("\nL1 Stud: "+k+ "Opening: "+ i + "On existing stud");
Point3d pt = bmStud.ptCen() + vx * U(.1);
//reportNotice("\nL1 dDist= "+vx.dotProduct(pt - ptSplitShL));
if( vx.dotProduct(pt - ptSplitShL) > 0 ){
if( vx.dotProduct(arPtModuleLeft[i] - pt) < 0 ){
//reportNotice("\nL1 Wrong side");
bValidSplitLocation = FALSE;
break;
}
//reportNotice("\nL1 Right side");
ptSplitShL = bmStud.ptCen();
bValidSplitLocation = TRUE;
break;
}
}
if( i == 0 ){//first opening
if( bValidSplitLocation ){
//reportNotice("\nL1"+ i + "On existing stud");
Sheet arShSplitted[] = shL.dbSplit(Plane(ptSplitShL, -vx), 0);
arShZn07.append(arShSplitted);
}
}
else{
if( bValidSplitLocation ){
//reportNotice("\nL1"+ i + "On existing stud");
Sheet arShSplitted[] = shL.dbSplit(Plane(ptSplitShL, -vx), 0);
arShZn07.append(arShSplitted);
}
else{
//reportNotice("\nL1"+ i + "betweenModules");
if( abs(vx.dotProduct(arPtModuleRight[i-1] - arPtModuleLeft[i])) < el.dBeamHeight() ){
}
else{
ptSplitShL = (arPtModuleRight[i-1] + arPtModuleLeft[i])/2;
Sheet arShSplitted[] = shL.dbSplit(Plane(ptSplitShL, -vx), 0);
arShZn07.append(arShSplitted);
Beam bmTop;
double dTop;
int bTopSet = FALSE;
for( int k=0;k<arBmTopPlate.length();k++ ){
Beam bmTP = arBmTopPlate[k];
Point3d ptBmMin = bmTP.ptRef() + bmTP.vecX() * bmTP.dLMin();
Point3d ptBmMax = bmTP.ptRef() + bmTP.vecX() * bmTP.dLMax();
Line lnBm(bmTP.ptCen(), bmTP.vecX());
Point3d ptIntersect = lnBm.intersect(Plane(ptSplitShL, vx),0);
if( (vx.dotProduct(ptIntersect - ptBmMin) * vx.dotProduct(ptIntersect - ptBmMax)) > 0 )continue;
double dDist = vy.dotProduct(ptIntersect - ptSplitShL);
if( !bTopSet ){
bTopSet = TRUE;
bmTop = bmTP;
dTop = dDist;
}
else{
if( (dTop - dDist) > dEps ){
bmTop = bmTP;
dTop = dDist;
}
}
}
if( !bmTop.bIsValid() ){
reportWarning("No top plate found!");
}
Beam bmBottom;
double dBottom;
int bBottomSet = FALSE;
for( int k=0;k<arBmBottomPlate.length();k++ ){
Beam bmBP = arBmBottomPlate[k];
Point3d ptBmMin = bmBP.ptRef() + bmBP.vecX() * bmBP.dLMin();
Point3d ptBmMax = bmBP.ptRef() + bmBP.vecX() * bmBP.dLMax();
Line lnBm(bmBP.ptCen(), bmBP.vecX());
Point3d ptIntersect = lnBm.intersect(Plane(ptSplitShL, vx),0);
if( (vx.dotProduct(ptIntersect - ptBmMin) * vx.dotProduct(ptIntersect - ptBmMax)) > 0 )continue;
double dDist = vy.dotProduct(ptIntersect - ptSplitShL);
if( !bBottomSet ){
bBottomSet = TRUE;
bmBottom = bmBP;
dBottom = dDist;
}
else{
if( (dDist - dBottom) > dEps ){
bmBottom = bmBP;
dBottom = dDist;
}
}
}
if( !bmBottom.bIsValid() ){
reportWarning("No bottom plate found!");
}
Beam bmStud;
bmStud.dbCreate(ptSplitShL + vz * vz.dotProduct(el.ptOrg() - ptSplitShL), vy, -vx, vz, U(100), el.dBeamHeight(), el.dBeamWidth(), 0,0,-1);
bmStud.setColor(32);
bmStud.setGrade("Regel");
bmStud.setBeamCode(";;;;;;;;;Regel;;;");
bmStud.assignToElementGroup(el,TRUE, 0, 'Z');
bmStud.setType(_kStud);
bmStud.stretchDynamicTo(bmTop);
bmStud.stretchDynamicTo(bmBottom);
}
}
}
}
//Right
Point3d ptSplitShR = ptSplit + vx * U(1200);
bValidSplitLocation = FALSE;
//reportNotice("\nR1 dD(vx) "+shR.envelopeBody().lengthInDirection(vx)+"\tOpening = "+i);
if( (shR.envelopeBody().lengthInDirection(vx) - U(1200)) > dEps ){
//reportNotice("\nR1 "+ i + " Sheet Right > 1200");
for( int k=arBmStud.length() - 1;k>-1;k-- ){
Beam bmStud = arBmStud[k];
//reportNotice("\nR1 Stud: "+k+ "Opening: "+ i + "On existing stud");
Point3d pt = bmStud.ptCen() - vx * U(.1);
//reportNotice("\nR1 dDist= "+vx.dotProduct(pt - ptSplitShR));
if( vx.dotProduct(pt - ptSplitShR) < 0 ){
if( vx.dotProduct(arPtModuleRight[i] - pt) > 0 ){
//reportNotice("\nR1 Wrong side");
bValidSplitLocation = FALSE;
break;
}
//reportNotice("\nR1 Right side");
ptSplitShR = bmStud.ptCen();
bValidSplitLocation = TRUE;
break;
}
}
if( i == (arBdModule.length() - 1) ){//last opening
if( bValidSplitLocation ){
//reportNotice("\nR1 "+ i + "On existing stud");
Sheet arShSplitted[] = shR.dbSplit(Plane(ptSplitShR, -vx), 0);
arShZn07.append(arShSplitted);
}
}
else{
if( bValidSplitLocation ){
//reportNotice("\nR1 "+ i + "On existing stud");
//ptSplitShR.vis(3);
//shR.setColor(3);
Sheet arShSplitted[] = shR.dbSplit(Plane(ptSplitShR, -vx), 0);
arShZn07.append(arShSplitted);
}
else{
//reportNotice("\nR1 "+ i + "betweenModules");
if( abs(vx.dotProduct(arPtModuleRight[i] - arPtModuleLeft[i+1])) < el.dBeamHeight() ){
//No place for a extra stud.
}
else{
ptSplitShR = (arPtModuleRight[i] + arPtModuleLeft[i+1])/2;
Sheet arShSplitted[] = shR.dbSplit(Plane(ptSplitShR, -vx), 0);
arShZn07.append(arShSplitted);
Beam bmTop;
double dTop;
int bTopSet = FALSE;
for( int k=0;k<arBmTopPlate.length();k++ ){
Beam bmTP = arBmTopPlate[k];
Point3d ptBmMin = bmTP.ptRef() + bmTP.vecX() * bmTP.dLMin();
Point3d ptBmMax = bmTP.ptRef() + bmTP.vecX() * bmTP.dLMax();
Line lnBm(bmTP.ptCen(), bmTP.vecX());
Point3d ptIntersect = lnBm.intersect(Plane(ptSplitShR, vx),0);
if( (vx.dotProduct(ptIntersect - ptBmMin) * vx.dotProduct(ptIntersect - ptBmMax)) > 0 )continue;
double dDist = vy.dotProduct(ptIntersect - ptSplitShR);
if( !bTopSet ){
bTopSet = TRUE;
bmTop = bmTP;
dTop = dDist;
}
else{
if( (dTop - dDist) > dEps ){
bmTop = bmTP;
dTop = dDist;
}
}
}
if( !bmTop.bIsValid() ){
reportWarning("No top plate found!");
}
Beam bmBottom;
double dBottom;
int bBottomSet = FALSE;
for( int k=0;k<arBmBottomPlate.length();k++ ){
Beam bmBP = arBmBottomPlate[k];
Point3d ptBmMin = bmBP.ptRef() + bmBP.vecX() * bmBP.dLMin();
Point3d ptBmMax = bmBP.ptRef() + bmBP.vecX() * bmBP.dLMax();
Line lnBm(bmBP.ptCen(), bmBP.vecX());
Point3d ptIntersect = lnBm.intersect(Plane(ptSplitShR, vx),0);
if( (vx.dotProduct(ptIntersect - ptBmMin) * vx.dotProduct(ptIntersect - ptBmMax)) > 0 )continue;
double dDist = vy.dotProduct(ptIntersect - ptSplitShR);
if( !bBottomSet ){
bBottomSet = TRUE;
bmBottom = bmBP;
dBottom = dDist;
}
else{
if( (dDist - dBottom) > dEps ){
bmBottom = bmBP;
dBottom = dDist;
}
}
}
if( !bmBottom.bIsValid() ){
reportWarning("No bottom plate found!");
}
Beam bmStud;
bmStud.dbCreate(ptSplitShR + vz * vz.dotProduct(el.ptOrg() - ptSplitShR), vy, -vx, vz, U(100), el.dBeamHeight(), el.dBeamWidth(), 0,0,-1);
bmStud.setColor(32);
bmStud.setGrade("Regel");
bmStud.setBeamCode(";;;;;;;;;Regel;;;");
bmStud.assignToElementGroup(el,TRUE, 0, 'Z');
bmStud.setType(_kStud);
bmStud.stretchDynamicTo(bmTop);
bmStud.stretchDynamicTo(bmBottom);
}
}
}
}
}
}
}
}
for( int i=0;i<arShZn07.length();i++ ){
Sheet shZn07 = arShZn07[i];
Body bdShZn07 = shZn07.envelopeBody();
double dDShX = bdShZn07.lengthInDirection(vx);
double dDShY = bdShZn07.lengthInDirection(vy);
if( (dDShX - U(1200)) > dEps ){
Point3d ptShMinX = bdShZn07.ptCen() - vx * .5 * dDShX;
Point3d ptShMaxX = bdShZn07.ptCen() + vx * .5 * dDShX;
Point3d ptSplit = ptShMinX + vx * U(1200);
int bValidSplitLocation = FALSE;
for( int k=arBmStud.length() - 1;k>-1;k-- ){
Beam bmStud = arBmStud[k];
Point3d pt = bmStud.ptCen() - vx * U(.1);
if( vx.dotProduct(pt - ptSplit) < 0 ){
if( vx.dotProduct(ptShMinX - pt) > 0 ){
bValidSplitLocation = FALSE;
break;
}
ptSplit = bmStud.ptCen();
bValidSplitLocation = TRUE;
break;
}
}
if( bValidSplitLocation ){
Sheet arShSplitted[] = shZn07.dbSplit(Plane(ptSplit, -vx), 0);
arShZn07.append(shZn07);
arShZn07.append(arShSplitted);
}
}
}
eraseInstance();
#End
#BeginThumbnail
#End