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Copy pathMyr-LuftningsRegel-SL.mcr
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Myr-LuftningsRegel-SL.mcr
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#Version 8
#BeginDescription
Last modified by: OBOS (oscar.ragnerby@obos.se)
1.14 - 26.02.2020 - No adding/removing sheets over openings
#End
#Type O
#NumBeamsReq 0
#NumPointsGrip 0
#DxaOut 1
#ImplInsert 1
#FileState 1
#MajorVersion 1
#MinorVersion 14
#KeyWords
#BeginContents
/// <summary Lang=en>
/// This tsl re-organizes the luftnings regel of zone 1
/// </summary>
/// <insert>
/// Select a set of elements
/// </insert>
/// <remark Lang=en>
/// .
/// </remark>
/// <history>
/// AS - 1.00 - 10.05.2011 - Pilot version
/// AS - 1.01 - 12.05.2011 - Only apply to CA, CC, CL & CF walls.
/// Add a list of openings to ignore.
/// Add a fixed distance to MH_EL datails.
/// AS - 1.02 - 12.05.2011 - Delete the sheet with more than 4 corner points if there is collision
/// AS - 1.03 - 12.05.2011 - Improve collision check. Don't remove sheeting with material Luftning
/// AS - 1.04 - 12.05.2011 - Do the renaming at the end
/// AS - 1.05 - 12.05.2011 - Height for el.cabinet is 104
/// AS - 1.06 - 14.06.2012 - Add CP as wall type
/// AS - 1.07 - 14.06.2012 - Change material name
/// AS - 1.08 - 15.06.2012 - No luftningsregel under a door
/// AS - 1.09 - 14.06.2013 - Fix translation keys.
/// AS - 1.10 - 10.06.2015 - Add element filter and support for execution on generate construction.
/// AS - 1.11 - 19.10.2015 - Height for el.cabinet is 94
/// OR - 1.12 - 28.06.2019 - Modified material over openings
/// OR - 1.13 - 19.02.2020 - Only puts is modified
/// OR - 1.14 - 26.02.2020 - No adding/removing sheets over openings
/// </history>
double dEps = Unit(0.1, "mm");
double dStandardDistanceToTop = U(453);
double dHighPositionedOpening = U(253);
double dWLath = U(70);
double dTLath = U(21);
double dWTP = U(54);
int nZone = 1;
int nColorSh = 6;
//String arSIncludedCodes[] = {
// "CA",
// "CC",
// "CF",
// "CL",
// "CP"
//};
String arSExcludedOpenings[] = {
"MH_FO5_RU",
"MH_FO6_RU",
"MH_FO8_RU",
"MH_FO11_RU",
"MH_FO11_KRU",
"MH_FO-FV",
"MH_FO-FV1",
"MH_FO11_HRU",
"MH_FO11_HRU-FV"
};
String sSuffixIncludeLeftRightOverOpenings = "-70";
String categories[] = {
T("|Element filter|"),
T("|Generation|")
};
String elementFilterCatalogNames[] = TslInst().getListOfCatalogNames("hsbElementFilter");
elementFilterCatalogNames.insertAt(0, T("|Do not use an element filter|"));
PropString elementFilter(0, elementFilterCatalogNames, T("|Element filter catalog|"));
elementFilter.setDescription(T("|Sets the element filter to use.|"));
elementFilter.setCategory(categories[0]);
PropInt sequenceForGeneration(0, 0, T("|Sequence number|"));
sequenceForGeneration.setDescription(T("|The sequence number is used to sort the list of tsls during the generation of the element.|"));
sequenceForGeneration.setCategory(categories[1]);
// Set the sequence for execution on generate construction.
_ThisInst.setSequenceNumber(sequenceForGeneration);
// Set properties if inserted with an execute key
String arSCatalogNames[] = TslInst().getListOfCatalogNames("Myr-GradeInfo");
if( arSCatalogNames.find(_kExecuteKey) != -1 )
setPropValuesFromCatalog(_kExecuteKey);
if( _bOnInsert ){
if( insertCycleCount() > 1 ){
eraseInstance();
return;
}
if( _kExecuteKey == "" || arSCatalogNames.find(_kExecuteKey) == -1 )
showDialog();
int nNrOfTslsInserted = 0;
PrEntity ssE(T("Select a set of elements"), ElementWallSF());
if( ssE.go() ){
Element arSelectedElement[0];
if (elementFilter != elementFilterCatalogNames[0]) {
Entity selectedEntities[] = ssE.set();
Map elementFilterMap;
elementFilterMap.setEntityArray(selectedEntities, false, "Elements", "Elements", "Element");
TslInst().callMapIO("hsbElementFilter", elementFilter, elementFilterMap);
Entity filteredEntities[] = elementFilterMap.getEntityArray("Elements", "Elements", "Element");
for (int i=0;i<filteredEntities.length();i++) {
Element el = (Element)filteredEntities[i];
if (!el.bIsValid())
continue;
arSelectedElement.append(el);
}
}
else {
arSelectedElement = ssE.elementSet();
}
String strScriptName = "Myr-GradeInfo"; // name of the script
Vector3d vecUcsX(1,0,0);
Vector3d vecUcsY(0,1,0);
Beam lstBeams[0];
Element lstElements[1];
Point3d lstPoints[0];
int lstPropInt[0];
double lstPropDouble[0];
String lstPropString[0];
Map mapTsl;
mapTsl.setInt("MasterToSatellite", true);
mapTsl.setInt("ManualInsert", true);
setCatalogFromPropValues("MasterToSatellite");
for( int e=0;e<arSelectedElement.length();e++ ){
Element el = arSelectedElement[e];
lstElements[0] = el;
TslInst tsl;
tsl.dbCreate(strScriptName, vecUcsX,vecUcsY,lstBeams, lstElements, lstPoints, lstPropInt, lstPropDouble, lstPropString, _kModelSpace, mapTsl);
nNrOfTslsInserted++;
}
}
reportMessage(nNrOfTslsInserted + T(" |tsl(s) inserted|"));
eraseInstance();
return;
}
if( _Map.hasInt("MasterToSatellite") ){
int bMasterToSatellite = _Map.getInt("MasterToSatellite");
if( bMasterToSatellite ){
int bPropertiesSet = _ThisInst.setPropValuesFromCatalog("MasterToSatellite");
_Map.removeAt("MasterToSatellite", TRUE);
}
}
int bManualInsert = false;
if( _Map.hasInt("ManualInsert") ){
bManualInsert = _Map.getInt("ManualInsert");
_Map.removeAt("ManualInsert", true);
}
if (_Element.length() == 0) {
reportError(T("|No element selected|"));
eraseInstance();
return;
}
ElementWallSF el= (ElementWallSF) _Element[0];
if (!el.bIsValid()) {
eraseInstance();
return;
}
assignToElementGroup(el, true, 0, 'Z');
String sCode = el.code();
//if( arSIncludedCodes.find(sCode) == -1 )
// eraseInstance();
Display dp(-1);
LineSeg lnSegEl = el.segmentMinMax();
dp.draw(lnSegEl);
CoordSys csEl = el.coordSys();
Point3d ptEl = csEl.ptOrg();
Vector3d vxEl = csEl.vecX();
Vector3d vyEl = csEl.vecY();
Vector3d vzEl = csEl.vecZ();
CoordSys csZn = el.zone(nZone).coordSys();
Point3d ptZn = csZn.ptOrg();
Vector3d vzZn = csZn.vecZ();
Plane pnZnZ(ptZn, vzZn);
PlaneProfile ppZone(csZn);
ppZone.unionWith(el.profNetto(nZone));
Line lnElX(ptEl, vxEl);
Line lnElY(ptEl, vyEl);
Line lnElZ(ptEl, vzEl);
Plane pnElZ(ptEl, vzEl);
Beam arBm[] = el.beam();
Sheet arShZn[] = el.sheet(nZone);
Opening arOp[] = el.opening();
Map mapModules;
for( int i=0;i<arBm.length();i++ ){
Beam bm = arBm[i];
String sModuleName = bm.module();
if( sModuleName == "" )
continue;
Map mapModule;
if( mapModules.hasMap(sModuleName) )
mapModule = mapModules.getMap(sModuleName);
mapModule.appendEntity("BEAM", bm);
Point3d arPtModule[0];
if( mapModule.hasPoint3dArray("POINTS") )
arPtModule.append(mapModule.getPoint3dArray("POINTS"));
arPtModule.append(bm.envelopeBody(false, false).allVertices());
mapModule.setPoint3dArray("POINTS", arPtModule);
mapModules.setMap(sModuleName, mapModule);
}
for( int i=0;i<mapModules.length();i++ ){
if( !mapModules.hasMap(i) )
continue;
Map mapModule = mapModules.getMap(i);
String sModuleName = mapModule.getMapKey();
Point3d arPtModule[] = mapModule.getPoint3dArray("POINTS");
Point3d arPtModuleX[] = lnElX.orderPoints(arPtModule);
if( arPtModuleX.length() < 2 ){
reportMessage(TN("|Invalid module found in element| ")+el.code() + el.number()+"!");
continue;
}
double dWModule = vxEl.dotProduct(arPtModuleX[arPtModuleX.length() - 1] - arPtModuleX[0]);
mapModule.setDouble("WIDTH", dWModule);
Point3d arPtModuleY[] = lnElY.orderPoints(arPtModule);
if( arPtModuleY.length() < 2 ){
reportMessage(TN("|Invalid module found in element| ")+el.code() + el.number()+"!");
continue;
}
double dHModule = vyEl.dotProduct(arPtModuleY[arPtModuleY.length() - 1] - arPtModuleY[0]);
mapModule.setDouble("HEIGHT", dHModule);
Point3d arPtModuleZ[] = lnElZ.orderPoints(arPtModule);
if( arPtModuleZ.length() < 2 ){
reportMessage(TN("|Invalid module found in element| ")+el.code() + el.number()+"!");
continue;
}
double dTModule = vzEl.dotProduct(arPtModuleZ[arPtModuleZ.length() - 1] - arPtModuleZ[0]);
mapModule.setDouble("THICKNESS", dTModule);
Point3d ptCenModule = arPtModuleX[0] + vxEl * .5 * dWModule;
ptCenModule += vyEl * vyEl.dotProduct(arPtModuleY[0] + vyEl * .5 * dHModule - ptCenModule);
ptCenModule += vzEl * vzEl.dotProduct(arPtModuleZ[0] + vzEl * .5 * dTModule - ptCenModule);
mapModule.setPoint3d("PTCEN", ptCenModule);
PLine plOutlineModule(vzEl);
plOutlineModule.addVertex(ptCenModule - vxEl * 0.5 * dWModule + vyEl * 0.5 * dHModule);
plOutlineModule.addVertex(ptCenModule - vxEl * 0.5 * dWModule - vyEl * 0.5 * dHModule);
plOutlineModule.addVertex(ptCenModule + vxEl * 0.5 * dWModule - vyEl * 0.5 * dHModule);
plOutlineModule.addVertex(ptCenModule + vxEl * 0.5 * dWModule + vyEl * 0.5 * dHModule);
plOutlineModule.close();
mapModule.setPLine("OUTLINE", plOutlineModule);
PlaneProfile ppModule(csEl);
ppModule.joinRing(plOutlineModule, _kAdd);
int bModuleIsOpening = false;
OpeningSF opSF;
for( int j=0;j<arOp.length();j++ ){
OpeningSF op = (OpeningSF)arOp[j];
PlaneProfile ppOp(csEl);
ppOp.joinRing(op.plShape(), _kAdd);
if( ppOp.intersectWith(ppModule) ){
bModuleIsOpening = true;
opSF = op;
break;
}
}
mapModule.setInt("ISOPENING", bModuleIsOpening);
mapModule.setEntity("OPENING", opSF);
if( bModuleIsOpening ){
plOutlineModule.vis(i);
ptCenModule.vis(i);
}
mapModules.setMap(sModuleName, mapModule);
}
Sheet arShToCheck[0];
Sheet arShToJoin[0];
Sheet arShToJoinAndSplit[0];
Sheet arShToCut[0];
Sheet arShToMiddle[0];
Sheet arShLuftning[0];
for( int i=0;i<mapModules.length();i++ ){
if( !mapModules.hasMap(i) )
continue;
Map mapModule = mapModules.getMap(i);
// Is this an opening?
int bModuleIsOpening = mapModule.getInt("ISOPENING");
if( !bModuleIsOpening )
continue;
Entity entOpSF = mapModule.getEntity("OPENING");
OpeningSF opSF = (OpeningSF)entOpSF;
PLine plOp = opSF.plShape();
String sOpDetail = opSF.constrDetail();
if( arSExcludedOpenings.find(sOpDetail) != -1 )
continue;
int bIsElectricalCabinet = false;
if( sOpDetail.left(5) == "MH_EL" )
bIsElectricalCabinet = true;
Point3d arPtOp[] = plOp.vertexPoints(true);
arPtOp = pnZnZ.projectPoints(arPtOp);
Point3d arPtOpY[] = lnElY.orderPoints(arPtOp);
String sModuleName = mapModule.getMapKey();
Point3d ptCenModule = mapModule.getPoint3d("PTCEN");
double dWModule = mapModule.getDouble("WIDTH");
double dHModule = mapModule.getDouble("HEIGHT");
Beam arBmModule[0];
Beam arBmJackOverOpening[0];
Beam arBmJackUnderOpening[0];
for( int j=0;j<mapModule.length();j++ ){
if( mapModule.keyAt(j) == "BEAM" && mapModule.hasEntity(j) ){
Entity entBm = mapModule.getEntity(j);
Beam bm = (Beam)entBm;
if( bm.type() == _kSFJackOverOpening )
arBmJackOverOpening.append(bm);
if( bm.type() == _kSFJackUnderOpening )
arBmJackUnderOpening.append(bm);
arBmModule.append(bm);
}
}
PLine plOutlineModule = mapModule.getPLine("OUTLINE");
PlaneProfile ppModule(csEl);
ppModule.joinRing(plOutlineModule, _kAdd);
//reportNotice("\n"+ arShZn.length());
// for( int j=0;j<arShZn.length();j++ ){
//
//
//
// Sheet sh = arShZn[j];
// // reportNotice("\n" + sh.material());
//
// if( !sh.bIsValid() )
// continue;
// PlaneProfile ppSh(csEl);
// ppSh.unionWith(sh.profShape());
//
//
// if( sh.material() == "Luftning" || sh.material() == "Spårad Luftningsregel" || sh.material() == "Plywood PW21" || sh.material() == "Luftningsregel" ){
// if( arShLuftning.find(sh) == -1 )
// arShLuftning.append(sh);
// continue;
// }
//
//// if( sCode == "CP" )
//// continue;
//
// if( ppSh.intersectWith(ppModule) )
//// sh.dbErase();
//// sh.setColor(92);
// }
int nOpeningType = 0;
int nHighOpening = 0;
Point3d ptTopOpening = arPtOpY[arPtOpY.length() - 1];
ptTopOpening += vxEl * vxEl.dotProduct(ptCenModule - ptTopOpening);
double dDistToTop = vyEl.dotProduct((ptCenModule + vyEl * 0.5 * dHModule) - ptTopOpening);
//reportNotice("\nDistance to top " + dDistToTop);
if( dDistToTop < dStandardDistanceToTop ){
//Standard placement of opening
nOpeningType = 10;
if(dDistToTop < dHighPositionedOpening)
{
nHighOpening = 1;
}
}
else
{
//Non-Standard placement of opening
nOpeningType = 20;
}
Point3d ptBottomOpening = arPtOpY[0];
ptBottomOpening += vxEl * vxEl.dotProduct(ptCenModule - ptBottomOpening);
double dDistToBottom = vyEl.dotProduct(ptBottomOpening - (ptCenModule - vyEl * 0.5 * dHModule));
int bOpeningIsDoor = (dDistToBottom < U(200));
//reportMessage("\nType: "+bOpeningIsDoor);
Point3d arPtSh[0];
Vector3d arVxSh[0];
Vector3d arVySh[0];
Vector3d arVzSh[0];
double arDLSh[0];
double arDWSh[0];
double arDTSh[0];
double arDFlagX[0];
double arDFlagY[0];
double arDFlagZ[0];
String arSMaterial[0];
int arBCollisionCheck[0];
int arBAllowToJoin[0];
int arBAllowToMiddle[0];
int arBAllowToJoinAndSplit[0];
PlaneProfile arPPSheet[0];
double arDThickness[0];
double arDFlag[0];
String arSMat[0];
int arBCollCheck[0];
int arBJoinAllowed[0];
int arBMiddleAllowed[0];
int arBJoinAndSplitAllowed[0];
//// if( sCode == "CA" )
//// {
//
// double dTop = U(131);
// if( bIsElectricalCabinet )
// dTop = U(94);
//
//// arPtSh.append(ptTopOpening + vyEl * dTop);
//// arVxSh.append(vxEl); arVySh.append(vyEl); arVzSh.append(vzEl);
//// arDLSh.append(dWModule - 2 * U(23)); arDWSh.append(dWLath); arDTSh.append(dTLath);
//// arDFlagX.append(0); arDFlagY.append(1); arDFlagZ.append(1);
//// arSMaterial.append("Luft-regel P616");
//// arBCollisionCheck.append(false);
//// arBAllowToJoin.append(false);
//// arBAllowToMiddle.append(false);
//
// if( nOpeningType == 10 ){
// arPtSh.append(ptTopOpening + vyEl * (dTop + dWLath + U(80)));
// arVxSh.append(vxEl); arVySh.append(vyEl); arVzSh.append(vzEl);
// arDLSh.append(dWModule - 2 * U(23)); arDWSh.append(dWLath); arDTSh.append(dTLath);
// arDFlagX.append(0); arDFlagY.append(1); arDFlagZ.append(1);
// arSMaterial.append("Luftningsregel");
// arBCollisionCheck.append(false);
// arBAllowToJoin.append(false);
// arBAllowToMiddle.append(false);
// }
//
// { // Sheet located Top-Left from the opening.
// Point3d ptShTL = ptTopOpening - vxEl * (0.5 * dWModule - U(23)) + vyEl * (dTop + dWLath);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptShTL, ptShTL - vxEl * dWLath + vyEl * U(5000)), vxEl, vyEl);
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("LuftningsregelL");
// arBCollCheck.append(true);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(false);
// arBJoinAndSplitAllowed.append(false);
// }
//
// { // Sheet located Bottom-Right from the opening.
// Point3d ptShBL = ptBottomOpening - vxEl * (0.5 * dWModule - U(23)) - vyEl * U(9);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptShBL, ptShBL + vxEl * dWLath - vyEl * U(5000)), vxEl, vyEl);
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("Luftningsregel");
// arBCollCheck.append(false);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(false);
// arBJoinAndSplitAllowed.append(false);
// }
//
// { // Sheet located Top-Right from the opening.
// Point3d ptShTR = ptTopOpening + vxEl * (0.5 * dWModule - U(23)) + vyEl * (dTop + dWLath);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptShTR, ptShTR + vxEl * dWLath + vyEl * U(5000)), vxEl, vyEl);
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("Luftningsregel");
// arBCollCheck.append(true);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(false);
// arBJoinAndSplitAllowed.append(false);
// }
//
// { // Sheet located Bottom-Right from the opening.
// Point3d ptShBR = ptBottomOpening + vxEl * (0.5 * dWModule - U(23)) - vyEl * U(9);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptShBR, ptShBR - vxEl * dWLath - vyEl * U(5000)), vxEl, vyEl);
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("Luftningsregel");
// arBCollCheck.append(false);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(false);
// arBJoinAndSplitAllowed.append(false);
// }
//
// if( nOpeningType == 20 ){
// { // Sheet located Top-Left from the opening.
// Point3d ptShTL = ptTopOpening - vxEl * (0.5 * dWModule - U(23)) + vyEl * (dTop + dWLath);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptShTL, ptShTL + vxEl * dWLath + vyEl * U(5000)), vxEl, vyEl);
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("Luftningsregel");
// arBCollCheck.append(false);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(false);
// arBJoinAndSplitAllowed.append(false);
// }
// { // Sheet located Top-Right from the opening.
// Point3d ptShTR = ptTopOpening + vxEl * (0.5 * dWModule - U(23)) + vyEl * (dTop + dWLath);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptShTR, ptShTR - vxEl * dWLath + vyEl * U(5000)), vxEl, vyEl);
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("Luftningsregel");
// arBCollCheck.append(false);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(false);
// arBJoinAndSplitAllowed.append(false);
// }
//
// if( dWModule > U(601) ){
// for( int j=0;j<arBmJackOverOpening.length();j++ ){
// Beam bmJackOverOpening = arBmJackOverOpening[j];
// Point3d ptSh = bmJackOverOpening.ptCen();
// ptSh += vyEl * vyEl.dotProduct(ptTopOpening + vyEl * (dTop + dWLath) - ptSh);
// ptSh += vzEl * vzEl.dotProduct(ptTopOpening - ptSh);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptSh + vxEl * 0.5 * dWLath, ptSh - vxEl * 0.5 * dWLath + vyEl * U(5000)), vxEl, vyEl);
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("Luftningsregel");
// arBCollCheck.append(false);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(false);
// arBJoinAndSplitAllowed.append(false);
// }
// }
// }
// }
//
// if( sCode == "CA" || sCode == "CC" || sCode == "CF"|| sCode == "CL"){
// { // Sheet located Right side to the opening.
// Point3d ptShBR = ptTopOpening + vxEl * (0.5 * dWModule - U(23)) + vyEl * U(45);
// ptShBR.vis(2);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptShBR, ptShBR + vxEl * dWLath - vyEl * U(5000)), vxEl, vyEl);
// plSheet.vis(2);
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("LuftningsregelR");
// arBCollCheck.append(true);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(false);
// arBJoinAndSplitAllowed.append(false);
// }
// { // Sheet located Left side to the opening.
// Point3d ptShBL = ptTopOpening - vxEl * (0.5 * dWModule - U(23)) + vyEl * U(45);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptShBL, ptShBL - vxEl * dWLath - vyEl * U(5000)), vxEl, vyEl);
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("LuftningsregelL");
// arBCollCheck.append(true);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(false);
// arBJoinAndSplitAllowed.append(false);
// }
//
// if( dWModule > U(601) ){
// for( int j=0;j<arBmJackUnderOpening.length();j++ ){
// Beam bmJackUnderOpening = arBmJackUnderOpening[j];
// Point3d ptSh = bmJackUnderOpening.ptCen();
// ptSh += vyEl * vyEl.dotProduct((ptBottomOpening - vyEl * U(9)) - ptSh);
// ptSh += vzEl * vzEl.dotProduct(ptBottomOpening - ptSh);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptSh + vxEl * 0.5 * dWLath, ptSh - vxEl * 0.5 * dWLath - vyEl * U(5000)), vxEl, vyEl);
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("Luftningsregel");
// arBCollCheck.append(false);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(false);
// arBJoinAndSplitAllowed.append(false);
// }
// }
// }
// if( sCode == "CC" || sCode == "CF" || sCode == "CL" )
// {
// double dDist = U(165);
// if( sCode == "CF" || sCode == "CL" )
// dDist = U(95);
// if( bIsElectricalCabinet )
// dDist = U(94);
//
// //Horisontal Sheet over opening
// if(nHighOpening == 0)
// {
// arPtSh.append(ptTopOpening + vyEl * dDist);
// arVxSh.append(vxEl); arVySh.append(vyEl); arVzSh.append(vzEl);
// arDLSh.append(dWModule + 2 * U(100)); arDWSh.append(dWLath); arDTSh.append(dTLath);
// arDFlagX.append(0); arDFlagY.append(1); arDFlagZ.append(1);
// arSMaterial.append("Luft-regel P616");
// arBCollisionCheck.append(false);
// arBAllowToJoin.append(true);
// arBAllowToMiddle.append(false);
//
//
// if( sCode != "CL" ){
// arPtSh.append(ptTopOpening + vyEl * (dDistToTop - (U(102) - dWTP + dWLath)));
// arVxSh.append(vxEl); arVySh.append(vyEl); arVzSh.append(vzEl);
// arDLSh.append(dWModule + 2 * U(100)); arDWSh.append(dWLath); arDTSh.append(dTLath);
// arDFlagX.append(0); arDFlagY.append(1); arDFlagZ.append(1);
// arSMaterial.append("Luftningsregel");
// arBCollisionCheck.append(false);
// arBAllowToJoin.append(true);
// arBAllowToMiddle.append(false);
// }
// }
//
// if( nOpeningType == 20 ){
// Point3d ptTo = ptTopOpening + vyEl * (dDistToTop - (U(102) - dWTP + dWLath));
// if( sCode == "CL" )
// ptTo += vyEl * dWLath;
// ptTo.vis();
// Point3d ptFrom = ptTopOpening + vyEl * (dDist + dWLath);
// ptFrom.vis();
// double dLLath = vyEl.dotProduct(ptTo - ptFrom);
// // left
// arPtSh.append(ptTopOpening - vxEl * (0.5 * dWModule - U(23)) + vyEl * (dDist + dWLath));
// arVxSh.append(vyEl); arVySh.append(-vxEl); arVzSh.append(vzEl);
// arDLSh.append(dLLath); arDWSh.append(dWLath); arDTSh.append(dTLath);
// arDFlagX.append(1); arDFlagY.append(1); arDFlagZ.append(1);
// arSMaterial.append("Luftningsregel");
// arBCollisionCheck.append(false);
// arBAllowToJoin.append(false);
// arBAllowToMiddle.append(false);
//
// // right
// arPtSh.append(ptTopOpening + vxEl * (0.5 * dWModule - U(23)) + vyEl * (dDist + dWLath));
// arVxSh.append(vyEl); arVySh.append(-vxEl); arVzSh.append(vzEl);
// arDLSh.append(dLLath); arDWSh.append(dWLath); arDTSh.append(dTLath);
// arDFlagX.append(1); arDFlagY.append(-1); arDFlagZ.append(1);
// arSMaterial.append("Luftningsregel");
// arBCollisionCheck.append(false);
// arBAllowToJoin.append(false);
// arBAllowToMiddle.append(false);
//
// if( dWModule > U(601) ){
// for( int j=0;j<arBmJackOverOpening.length();j++ ){
// Beam bmJackOverOpening = arBmJackOverOpening[j];
// Point3d ptSh = bmJackOverOpening.ptCen();
// ptSh += vyEl * vyEl.dotProduct(ptTopOpening + vyEl * (dDist + dWLath) - ptSh);
// ptSh += vzEl * vzEl.dotProduct(ptTopOpening - ptSh);
// arPtSh.append(ptSh);
// arVxSh.append(vyEl); arVySh.append(-vxEl); arVzSh.append(vzEl);
// arDLSh.append(dLLath); arDWSh.append(dWLath); arDTSh.append(dTLath);
// arDFlagX.append(1); arDFlagY.append(0); arDFlagZ.append(1);
// arSMaterial.append("Luftningsregel");
// arBCollisionCheck.append(false);
// arBAllowToJoin.append(false);
// arBAllowToMiddle.append(false);
// }
// }
// }
// if( sCode == "CL" && nOpeningType == 10 )
// {
// if(nHighOpening == 0)
// {
//
//
// { //Left piece over opening
// Point3d ptSh = ptTopOpening - vxEl * (0.5 * dWModule - U(23)) + vyEl * (dDist + dWLath);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptSh + vxEl * 0.5 * dWLath, ptSh - vxEl * 0.5 * dWLath + vyEl * U(5000)), vxEl, vyEl);
// plSheet.vis(2);
//
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("Plywood");
// arBCollCheck.append(false);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(true);
// arBJoinAndSplitAllowed.append(false);
// }
// { //Right piece over opening
// Point3d ptSh = ptTopOpening + vxEl * (0.5 * dWModule - U(23)) + vyEl * (dDist + dWLath);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptSh - vxEl * 0.5 * dWLath, ptSh + vxEl * 0.5 * dWLath + vyEl * U(5000)), vxEl, vyEl);
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("Plywood");
// arBCollCheck.append(false);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(true);
// arBJoinAndSplitAllowed.append(false);
// }
//
// if ( dWModule > U(601) ) {
// for ( int j = 0; j < arBmJackOverOpening.length(); j++) {
// Beam bmJackOverOpening = arBmJackOverOpening[j];
// Point3d ptSh = bmJackOverOpening.ptCen();
// ptSh += vyEl * vyEl.dotProduct(ptTopOpening + vyEl * (dDist + dWLath) - ptSh);
// ptSh += vzEl * vzEl.dotProduct(ptTopOpening - ptSh);
// PLine plSheet;
// plSheet.createRectangle(LineSeg(ptSh + vxEl * 0.5 * dWLath, ptSh - vxEl * 0.5 * dWLath + vyEl * U(5000)), vxEl, vyEl);
// plSheet.vis(3);
// PlaneProfile ppSh(csZn);
// ppSh.joinRing(plSheet, _kAdd);
// arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
// arSMat.append("Plywood");
// arBCollCheck.append(false);
// arBJoinAllowed.append(false);
// arBMiddleAllowed.append(false);
// arBJoinAndSplitAllowed.append(false);
// }
// }
// }
// }
// }
//
if( sCode == "CP" ){
double dTop = U(3);
double dBottom = U(9);
Point3d arPtShCp[0];
double arDLShCp[0];
double arDFlagShCp[0];
String arSMatShCp[0];
if( dWModule < U(601) ){
arPtShCp.append(ptTopOpening + vyEl * dTop);
arDLShCp.append(U(250));
arDFlagShCp.append(1);
arSMatShCp.append("Luft-regel P616");
if( !bOpeningIsDoor ){
arPtShCp.append(ptBottomOpening - vyEl * dBottom);
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
}
}
else if( dWModule < U(901) ){
arPtShCp.append(ptTopOpening + vyEl * dTop - vxEl * (0.25 * dWModule - U(3.5)));
arDLShCp.append(U(250));
arDFlagShCp.append(1);
arSMatShCp.append("Luft-regel P616");
arPtShCp.append(ptTopOpening + vyEl * dTop + vxEl * (0.25 * dWModule - U(3.5)));
arDLShCp.append(U(250));
arDFlagShCp.append(1);
arSMatShCp.append("Luft-regel P616");
if( !bOpeningIsDoor ){
//Bottom
arPtShCp.append(ptBottomOpening - vyEl * dBottom - vxEl * (0.25 * dWModule - U(3.5)));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
arPtShCp.append(ptBottomOpening - vyEl * dBottom + vxEl * (0.25 * dWModule - U(3.5)));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
//Very Bottom
arPtShCp.append(ptCenModule - vyEl * (0.5 * dHModule - U(16)) - vxEl * (0.25 * dWModule - U(3.5)) + vzEl * vzEl.dotProduct(ptBottomOpening - ptCenModule));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
arPtShCp.append(ptCenModule - vyEl * (0.5 * dHModule - U(16)) + vxEl * (0.25 * dWModule - U(3.5)) + vzEl * vzEl.dotProduct(ptBottomOpening - ptCenModule));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
}
}
else if( dWModule < U(1201) ){
arPtShCp.append(ptTopOpening + vyEl * dTop - vxEl * (0.25 * dWModule - U(3.5)));
arDLShCp.append(U(400));
arDFlagShCp.append(1);
arSMatShCp.append("Luft-regel P616");
arPtShCp.append(ptTopOpening + vyEl * dTop + vxEl * (0.25 * dWModule - U(3.5)));
arDLShCp.append(U(400));
arDFlagShCp.append(1);
arSMatShCp.append("Luft-regel P616");
if( !bOpeningIsDoor ){
//Bottom
arPtShCp.append(ptBottomOpening - vyEl * dBottom - vxEl * (0.25 * dWModule - U(3.5)));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
arPtShCp.append(ptBottomOpening - vyEl * dBottom + vxEl * (0.25 * dWModule - U(3.5)));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
//Very Bottom
arPtShCp.append(ptCenModule - vyEl * (0.5 * dHModule - U(16)) - vxEl * (0.25 * dWModule - U(3.5)) + vzEl * vzEl.dotProduct(ptBottomOpening - ptCenModule));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
arPtShCp.append(ptCenModule - vyEl * (0.5 * dHModule - U(16)) + vxEl * (0.25 * dWModule - U(3.5)) + vzEl * vzEl.dotProduct(ptBottomOpening - ptCenModule));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
}
}
else if( dWModule < U(1801) ){
arPtShCp.append(ptTopOpening + vyEl * dTop - vxEl * (0.25 * dWModule - U(3.5)));
arDLShCp.append(U(400));
arDFlagShCp.append(1);
arSMatShCp.append("Luft-regel P616");
arPtShCp.append(ptTopOpening + vyEl * dTop);
arDLShCp.append(U(400));
arDFlagShCp.append(1);
arSMatShCp.append("Luft-regel P616");
arPtShCp.append(ptTopOpening + vyEl * dTop + vxEl * (0.25 * dWModule - U(3.5)));
arDLShCp.append(U(400));
arDFlagShCp.append(1);
arSMatShCp.append("Luft-regel P616");
if( !bOpeningIsDoor ){
//Bottom
arPtShCp.append(ptBottomOpening - vyEl * dBottom - vxEl * (0.25 * dWModule - U(3.5)));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
arPtShCp.append(ptBottomOpening - vyEl * dBottom);
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
arPtShCp.append(ptBottomOpening - vyEl * dBottom + vxEl * (0.25 * dWModule - U(3.5)));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
//Very Bottom
arPtShCp.append(ptCenModule - vyEl * (0.5 * dHModule - U(16)) - vxEl * (0.25 * dWModule - U(3.5)) + vzEl * vzEl.dotProduct(ptBottomOpening - ptCenModule));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
arPtShCp.append(ptCenModule - vyEl * (0.5 * dHModule - U(16)) + vzEl * vzEl.dotProduct(ptBottomOpening - ptCenModule));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
arPtShCp.append(ptCenModule - vyEl * (0.5 * dHModule - U(16)) + vxEl * (0.25 * dWModule - U(3.5)) + vzEl * vzEl.dotProduct(ptBottomOpening - ptCenModule));
arDLShCp.append(U(250));
arDFlagShCp.append(-1);
arSMatShCp.append("Luftningsregel");
}
}
for( int j=0;j<arPtShCp.length();j++ ){
Point3d pt = arPtShCp[j];
double dL = arDLShCp[j];
double dFlag = arDFlagShCp[j];
String sMat = arSMatShCp[j];
arPtSh.append(pt);
arVxSh.append(vxEl); arVySh.append(vyEl); arVzSh.append(vzEl);
arDLSh.append(dL); arDWSh.append(dWLath); arDTSh.append(dTLath);
arDFlagX.append(0); arDFlagY.append(dFlag); arDFlagZ.append(1);
arSMaterial.append(sMat);
arBCollisionCheck.append(false);
arBAllowToJoin.append(false);
arBAllowToMiddle.append(false);
}
if( dWModule > U(601) ){
for( int j=0;j<arBmJackOverOpening.length();j++ ){
Beam bmJackOverOpening = arBmJackOverOpening[j];
Point3d ptSh = bmJackOverOpening.ptCen();
ptSh += vyEl * vyEl.dotProduct(ptTopOpening + vyEl * (dTop + dWLath) - ptSh);
ptSh += vzEl * vzEl.dotProduct(ptTopOpening - ptSh);
PLine plSheet;
plSheet.createRectangle(LineSeg(ptSh + vxEl * 0.5 * dWLath, ptSh - vxEl * 0.5 * dWLath + vyEl * U(5000)), vxEl, vyEl);
plSheet.vis();
PlaneProfile ppSh(csZn);
ppSh.joinRing(plSheet, _kAdd);
arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
arSMat.append("Luftningsregel");
arBCollCheck.append(false);
arBJoinAllowed.append(false);
arBMiddleAllowed.append(false);
arBJoinAndSplitAllowed.append(false);
}
}
if( dWModule > U(601) ){
for( int j=0;j<arBmJackUnderOpening.length();j++ ){
Beam bmJackUnderOpening = arBmJackUnderOpening[j];
Point3d ptSh = bmJackUnderOpening.ptCen();
ptSh += vyEl * vyEl.dotProduct(ptBottomOpening + vyEl * (dBottom + dWLath) - ptSh);
ptSh += vzEl * vzEl.dotProduct(ptBottomOpening - ptSh);
PLine plSheet;
plSheet.createRectangle(LineSeg(ptSh + vxEl * 0.5 * dWLath, ptSh - vxEl * 0.5 * dWLath - vyEl * U(5000)), vxEl, vyEl);
plSheet.vis();
PlaneProfile ppSh(csZn);
ppSh.joinRing(plSheet, _kAdd);
arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
arSMat.append("Luftningsregel");
arBCollCheck.append(false);
arBJoinAllowed.append(false);
arBMiddleAllowed.append(false);
arBJoinAndSplitAllowed.append(false);
}
}
{ // Sheet located Left from the opening.
Point3d ptSh = ptTopOpening - vxEl * (0.5 * dWModule + dWLath - U(45) + U(3)) - vyEl * U(5000);
PLine plSheet;
plSheet.createRectangle(LineSeg(ptSh, ptSh + vxEl * dWLath + vyEl * U(10000)), vxEl, vyEl);
PlaneProfile ppSh(csZn);
ppSh.joinRing(plSheet, _kAdd);
arPPSheet.append(ppSh); arDThickness.append(dTLath); arDFlag.append(1);
arSMat.append("Luft-regel P616");
arBCollCheck.append(false);
arBJoinAllowed.append(false);
arBMiddleAllowed.append(false);
arBJoinAndSplitAllowed.append(true);
}
{ // Sheet located Right from the opening.
Point3d ptSh = ptTopOpening + vxEl * (0.5 * dWModule + dWLath - U(45) + U(3)) - vyEl * U(5000);