org.bimserver.bresaer.BimBotBresaerService Maven / Gradle / Ivy
package org.bimserver.bresaer;
import java.util.ArrayList;
import java.util.EnumMap;
import java.util.HashMap;
import java.util.HashSet;
import java.util.LinkedList;
import java.util.List;
import java.util.Map.Entry;
import org.bimserver.bimbots.BimBotsException;
import org.bimserver.bimbots.BimBotsInput;
import org.bimserver.bimbots.BimBotsOutput;
import org.bimserver.bresaer.Panel.PanelType;
import org.bimserver.emf.IfcModelInterface;
import org.bimserver.interfaces.objects.SObjectType;
import org.bimserver.models.geometry.GeometryInfo;
import org.bimserver.models.ifc2x3tc1.IfcBuildingElementProxy;
import org.bimserver.models.ifc2x3tc1.IfcOpeningElement;
import org.bimserver.plugins.SchemaName;
import org.bimserver.plugins.services.BimBotAbstractService;
import com.google.common.base.Charsets;
public class BimBotBresaerService extends BimBotAbstractService {
private HashMap>> panelsByPlaneAndPosition = new HashMap>>();
private HashMap> panelsByPlane = new HashMap>();
private HashSet eurecatPanels = new HashSet();
private HashMap nrOfUlmaPanels = new HashMap();
private HashMap nrOfStamPanels = new HashMap();
private HashMap nrOfSolarPanels = new HashMap();
private HashMap nrOfEurecatPanels = new HashMap();
private HashMap nrOfUnknownPanels = new HashMap();
private StringBuilder strbld = new StringBuilder();
private void AddPanelToList(HashMap> panelsAtPos, Coordinate coor, Panel panel) {
List panels;
if (!panelsAtPos.containsKey(coor)) {
panels = new ArrayList();
panelsAtPos.put(coor, panels);
}
else
panels = panelsAtPos.get(coor);
panels.add(panel);
}
private void GetPanelsFromBIM(IfcModelInterface model) {
int row = 0;
strbld.setLength(0);
// Panels are stored as IfcBuildingElementProxy, so get all of them and loop through them for analysing each panel
List allWithSubTypes = model.getAllWithSubTypes(IfcBuildingElementProxy.class);
for (IfcBuildingElementProxy ifcProxy : allWithSubTypes) {
//determine if the proxy is a panel (contains "initial" and "family" in the type string) or not
if (!ifcProxy.getObjectType().contains("frame") && !ifcProxy.getObjectType().contains("blind"))
continue; // no panel so continue to the next proxy
//create a listing of the panels based on each corner => a list contains neighbouring panel
Panel curPanel = new Panel(ifcProxy);
switch (curPanel.type) {
case ULMA:
nrOfUlmaPanels.put(curPanel.size, nrOfUlmaPanels.containsKey(curPanel.size) ? nrOfUlmaPanels.get(curPanel.size) + 1 : 1);
break;
case STAM:
nrOfStamPanels.put(curPanel.size, nrOfStamPanels.containsKey(curPanel.size) ? nrOfStamPanels.get(curPanel.size) + 1 : 1);
break;
case SOLARWALL:
nrOfSolarPanels.put(curPanel.size, nrOfSolarPanels.containsKey(curPanel.size) ? nrOfSolarPanels.get(curPanel.size) + 1 : 1);
break;
case EURECAT:
nrOfEurecatPanels.put(curPanel.size, nrOfEurecatPanels.containsKey(curPanel.size) ? nrOfEurecatPanels.get(curPanel.size) + 1 : 1);
break;
default:
nrOfUnknownPanels.put(curPanel.size, nrOfUlmaPanels.containsKey(curPanel.size) ? nrOfUlmaPanels.get(curPanel.size) + 1 : 1);
}
if (curPanel.type == PanelType.EURECAT) {
eurecatPanels.add(curPanel);
continue;
}
strbld.append(row + "\t" + curPanel.type.name() + "\t" + curPanel.normalAxis + "\t" + (curPanel.positiveNormal ? "T\t" : "F\t"));
strbld.append(curPanel.min.v[0] + "\t" + curPanel.min.v[1] + "\t" + curPanel.min.v[2] + "\t");
strbld.append(curPanel.max.v[0] + "\t" + curPanel.max.v[1] + "\t" + curPanel.max.v[2] + "\t");
strbld.append((curPanel.max.v[0] - curPanel.min.v[0]) + " x " + (curPanel.max.v[1] - curPanel.min.v[1]) + " x " + (curPanel.max.v[2] - curPanel.min.v[2]) + "\n");
row++;
Coordinate[] coor = new Coordinate[2];
coor[0] = new Coordinate(curPanel.positiveNormal ? curPanel.min : curPanel.max);
coor[1] = new Coordinate(curPanel.positiveNormal ? curPanel.min : curPanel.max);
// Create a plane object for the current plane, with the origin depening on the normals direction +/-
Plane plane = new Plane(curPanel.normalAxis, coor[0]);
// Find listing of the panels for the current plane
HashMap> panelsByPosition;
if (!panelsByPlaneAndPosition.containsKey(plane)) {
panelsByPosition = new HashMap>();
panelsByPlaneAndPosition.put(plane, panelsByPosition);
panelsByPlane.put(plane, new HashSet());
}
else
panelsByPosition = panelsByPlaneAndPosition.get(plane);
boolean first = true;
for (int i = 0; i < 2; i++) {
if (i != curPanel.normalAxis) {
if (first) {
coor[0].v[i] = curPanel.min.v[i];
coor[1].v[i] = curPanel.max.v[i];
}
else {
coor[0] = new Coordinate(coor[0]);
coor[1] = new Coordinate(coor[1]);
coor[0].v[i] = curPanel.positiveNormal ? curPanel.max.v[i] : curPanel.min.v[i];
coor[1].v[i] = curPanel.positiveNormal ? curPanel.max.v[i] : curPanel.min.v[i];
}
AddPanelToList(panelsByPosition, coor[0], curPanel);
AddPanelToList(panelsByPosition, coor[1], curPanel);
}
}
panelsByPlane.get(plane).add(curPanel);
}
}
private void GetIntersections(IfcModelInterface model) {
Coordinate min, max;
// Panels are stored as IfcBuildingElementProxy, so get all of them and loop through them for analysing each panel
List openings = model.getAllWithSubTypes(IfcOpeningElement.class);
for (IfcOpeningElement opening : openings) {
/*
// Only voids in the external walls are relevant
IfcElement inElement = opening.getVoidsElements().getRelatingBuildingElement();
*/
GeometryInfo gInfo = opening.getGeometry();
if (gInfo != null) {
min = new Coordinate(gInfo.getMinBounds().getX(),
gInfo.getMinBounds().getY(),
gInfo.getMinBounds().getZ());
max = new Coordinate(gInfo.getMaxBounds().getX(),
gInfo.getMaxBounds().getY(),
gInfo.getMaxBounds().getZ());
// find panels covering the opening
// find the matching plane by checking each plane
for (HashSet panels : panelsByPlane.values()) {
// get a panel from the list to have the corresponding axis definition
Panel refPanel = panels.iterator().next();
if ((refPanel.positiveNormal && min.v[refPanel.normalAxis] <= refPanel.min.v[refPanel.normalAxis] &&
max.v[refPanel.normalAxis] >= refPanel.min.v[refPanel.normalAxis]) ||
(!refPanel.positiveNormal && min.v[refPanel.normalAxis] <= refPanel.max.v[refPanel.normalAxis] &&
max.v[refPanel.normalAxis] >= refPanel.max.v[refPanel.normalAxis])) {
// the current plane interferes with the current opening
for (Panel panel : panels) {
if (panel.min.v[panel.widthAxis()] < max.v[panel.widthAxis()] &&
panel.max.v[panel.widthAxis()] > min.v[panel.widthAxis()] &&
panel.min.v[panel.upAxis] < max.v[panel.upAxis] &&
panel.max.v[panel.upAxis] > min.v[panel.upAxis]) {
panel.coversOpening = true;
}
}
break;
}
}
//find eurecat panels covering part of the opening
for (Panel panel : eurecatPanels) {
if (panel.min.v[panel.normalAxis] < max.v[panel.normalAxis] &&
panel.max.v[panel.normalAxis] > min.v[panel.normalAxis] &&
panel.min.v[panel.widthAxis()] < max.v[panel.widthAxis()] &&
panel.max.v[panel.widthAxis()] > min.v[panel.widthAxis()] &&
panel.min.v[panel.upAxis] < max.v[panel.upAxis] &&
panel.max.v[panel.upAxis] > min.v[panel.upAxis] &&
(panel.min.v[panel.widthAxis()] + panel.offset[0] > min.v[panel.widthAxis()] ||
panel.max.v[panel.widthAxis()] - panel.offset[1] < max.v[panel.widthAxis()] ||
panel.min.v[panel.upAxis] + panel.offset[3] > min.v[panel.upAxis] ||
panel.max.v[panel.upAxis] - panel.offset[2] < max.v[panel.upAxis])) {
panel.coversOpening = true;
}
}
}
}
}
private String WritePartsAndIssues() {
//count elements
//generic parts
HashMap nrOfVertAluskitProfile = new HashMap();
int nrOfFixedBracket = 0;
int nrOfSlideBracket = 0;
int nrOfM8HammerBolts = 0;
int nrOfNuts = 0;
int nrOfWashers = 0;
double totalCost = 0;
//ulma panel parts
HashMap nrOfUlmaHorizRail = new HashMap();
int nrOfL70s = 0;
int nrOfUlmaConnectors = 0;
int nrOfBars = 0;
double totalUlmaSurface = 0.0;
//stam parts
HashMap nrOfHorizAluskitProfiles = new HashMap();
HashMap nrOfStamAnchors = new HashMap();
int nrOfL90s = 0;
double totalStamSurface = 0.0;
//solarwall panel parts
HashMap nrOfOmegaProfiles = new HashMap();
double totalSolarSurface = 0.0;
//eurecat panel parts
double totalEurecatSurface = 0.0;
// count nr of Aluskit vertical profiles with length X
for (HashMap> panelsAt : panelsByPlaneAndPosition.values()) {
HashMap> lengthAt = new HashMap>();
for (Entry> entry : panelsAt.entrySet()) {
for (Panel panel : entry.getValue()) {
LinkedList fromTo; //even is start, odd is end of fillings with a panel
//new y position add the panel height
if (!lengthAt.containsKey(entry.getKey().v[panel.widthAxis()])) {
fromTo = new LinkedList();
lengthAt.put(entry.getKey().v[panel.widthAxis()], fromTo);
fromTo.add(panel.min.v[panel.upAxis]);
fromTo.add(panel.max.v[panel.upAxis]);
break;
}
//existing y position find connecting panel height
else
fromTo = lengthAt.get(entry.getKey().v[panel.widthAxis()]);
//search the index above the current panel.min.z
int index;
for (index = 0; index < fromTo.size() && fromTo.get(index) < panel.min.v[panel.upAxis]; index++);
//insert if index is even and shift to the next index
if ((index & 1) == 0) { //even
fromTo.add(index, panel.min.v[panel.upAxis]);
index++;
}
//remove all points till the end or the index points to a point larger or equal to panel.max.z
while (index < fromTo.size() && fromTo.get(index) <= panel.max.v[panel.upAxis]) {
fromTo.remove(index);
}
//add the max of the panel if an uneven nr of points is in the list
if ((fromTo.size() & 1) == 1)
fromTo.add(index, panel.max.v[panel.upAxis]);
}
}
for (LinkedList fromTo : lengthAt.values()) {
Integer length;
for (int n = 0; n < fromTo.size(); n+=2) {
length = fromTo.get(n + 1) - fromTo.get(n);
nrOfVertAluskitProfile.put(length, nrOfVertAluskitProfile.containsKey(length) ? nrOfVertAluskitProfile.get(length) + 1 : 1);
nrOfFixedBracket++;
nrOfSlideBracket++;
}
}
}
// ulma panel numbers
// get the connectors for ulma one per coordinate used by ulma panels
// for (int i = 0; i < 2; i++) {
for (HashMap> panelsAt : panelsByPlaneAndPosition.values()) {
for (Entry> entry : panelsAt.entrySet()) {
boolean foundUlma = false;
for (Panel panel : entry.getValue()) {
if (panel.type == PanelType.ULMA) {
foundUlma = true;
if (entry.getKey().v[panel.widthAxis()] == panel.min.v[panel.widthAxis()]) {
nrOfUlmaHorizRail.put(panel.size.width, nrOfUlmaHorizRail.containsKey(panel.size.width) ? nrOfUlmaHorizRail.get(panel.size.width) + 1 : 1);
break;
}
}
}
if (foundUlma)
nrOfUlmaConnectors++;
}
}
nrOfL70s += 2 * nrOfUlmaConnectors;
nrOfM8HammerBolts += 2 * nrOfL70s;
nrOfBars += 2 * nrOfUlmaConnectors;
nrOfNuts += 2 * nrOfL70s + 2 * nrOfBars;
nrOfWashers += 2 * nrOfL70s + 2 * nrOfBars;
// stam panel numbers
// get the connectors for stam one per left side (minimum X or Y value) coordinate used by STAM panels
for (HashMap> panelsAt : panelsByPlaneAndPosition.values()) {
for (Entry> entry : panelsAt.entrySet()) {
for (Panel panel : entry.getValue()) {
if (panel.type == PanelType.STAM && entry.getKey().v[panel.widthAxis()] == panel.min.v[panel.widthAxis()]) {
Integer width = panel.size.width - 8000;
nrOfHorizAluskitProfiles.put(width, nrOfHorizAluskitProfiles.containsKey(width) ? nrOfHorizAluskitProfiles.get(width) + 1 : 1);
nrOfStamAnchors.put(panel.size.width, nrOfStamAnchors.containsKey(panel.size.width) ? nrOfStamAnchors.get(panel.size.width) + 1 : 1);
nrOfL90s += 4;
int holesInAnchor = ((int)(panel.size.width - 5000) / 12000) + 1; // distance from sides is 25 mm distance between is 120 mm
nrOfM8HammerBolts += 2 * holesInAnchor;
nrOfNuts += 2 * holesInAnchor;
nrOfWashers += 2 * holesInAnchor;
break;
}
}
}
}
nrOfM8HammerBolts += 8 * nrOfL90s;
nrOfNuts += 8 * nrOfL90s;
nrOfWashers += 8 * nrOfL90s;
// solarwall panel numbers
// get the connectors for ulma one per coordinate used by ulma panels
for (HashMap> panelsAt : panelsByPlaneAndPosition.values()) {
for (Entry> entry : panelsAt.entrySet()) {
for (Panel panel : entry.getValue()) {
if (panel.type == PanelType.STAM && entry.getKey().v[panel.widthAxis()] == panel.min.v[panel.widthAxis()]) {
nrOfOmegaProfiles.put(panel.size.width, nrOfOmegaProfiles.containsKey(panel.size.width) ? nrOfOmegaProfiles.get(panel.size.width) + 1 : 1);
nrOfM8HammerBolts += 8;
nrOfNuts += 8;
nrOfWashers += 8;
break;
}
}
}
}
// eurecat panel numbers
// get the connectors for ulma one per coordinate used by ulma panels
StringBuilder sb = new StringBuilder();
//Write the output to file
sb.append("MaterialListing:\n");
sb.append("Generic components\n");
sb.append("-------------------------------------------\n");
sb.append("Nr of AlusKitProfile vertical (per length):\n");
for (Entry entry : nrOfVertAluskitProfile.entrySet())
sb.append(" * " + entry.getKey() * 0.01 + ":\t" + entry.getValue() + "\n");
sb.append("Nr of Fixed Brackets:\t" + nrOfFixedBracket + "\n");
sb.append("Nr of Slide Brackets:\t" + nrOfSlideBracket + "\n");
sb.append("Nr of M80 Hamerbolds:\t" + nrOfM8HammerBolts + "\n");
sb.append("Nr of Nuts:\t" + nrOfNuts + "\n");
sb.append("Nr of Washers:\t" + nrOfWashers + "\n");
sb.append("\n");
if (!nrOfUlmaPanels.isEmpty()) {
//ulma parts
sb.append("Ulma elements\n");
sb.append("-------------------------------------------\n");
sb.append("Nr of Ulma panels (per width x height):\n");
for (Entry entry : nrOfUlmaPanels.entrySet()) {
sb.append(" *" + entry.getKey().width * 0.01 + " x " + entry.getKey().height * 0.01 + ":\t" + entry.getValue() + "\n");
totalUlmaSurface += entry.getKey().width * 0.00001 * entry.getKey().height * 0.00001 * entry.getValue();
}
totalCost += totalUlmaSurface * 180;
sb.append("Total surface Ulma panels:\t" + String.format("%.2f", totalUlmaSurface) + "\n");
sb.append("Nr of UlmaConnectors:\t" + nrOfUlmaConnectors + "\n");
sb.append("Nr of L70s:\t" + nrOfL70s + "\n");
sb.append("Nr of Bars:\t" + nrOfBars + "\n");
sb.append("Nr of Ulma Horizontal rails (per length):\n");
for (Entry rail : nrOfUlmaHorizRail.entrySet())
sb.append(" * " + rail.getKey() * 0.01 + ":\t" + rail.getValue() + "\n");
sb.append("Ulma part cost:" + String.format("%.2f", totalUlmaSurface * 180) + "\n");
sb.append("\n");
}
//Stam parts
if (!nrOfStamPanels.isEmpty()) {
sb.append("Stam elements\n");
sb.append("-------------------------------------------\n");
sb.append("Nr of Stam panels (per width x height):\n");
for (Entry panel : nrOfStamPanels.entrySet()) {
sb.append(" * " + panel.getKey().width * 0.01 + " x " + panel.getKey().height * 0.01 + ":\t" + panel.getValue() + "\n");
totalStamSurface += panel.getKey().width * 0.00001 * panel.getKey().height * 0.00001 * panel.getValue();
}
totalCost += totalStamSurface * 226;
sb.append("Total surface Stam panels:\t" + String.format("%.2f", totalStamSurface) + "\n");
sb.append("Nr of StamAnchers (per length):\n");
for (Entry anchor : nrOfStamAnchors.entrySet())
sb.append(" * " + anchor.getKey() + ":\t" + anchor.getValue() + "\n");
sb.append("Nr of L90s:\t" + nrOfL90s + "\n");
sb.append("Stam part cost:" + String.format("%.2f", totalStamSurface * 226) + "\n");
sb.append("\n");
}
//Solarwall parts
if (!nrOfStamPanels.isEmpty()) {
sb.append("Solarwall elements\n");
sb.append("-------------------------------------------\n");
sb.append("Nr of Solarwall panels (per width x height):\n");
for (Entry panel : nrOfSolarPanels.entrySet()) {
sb.append(" * " + panel.getKey().width * 0.01 + " x " + panel.getKey().height * 0.01 + ":\t" + panel.getValue() + "\n");
totalSolarSurface += panel.getKey().width * 0.00001 * panel.getKey().height * 0.00001 * panel.getValue();
}
totalCost += totalSolarSurface * 351; //TODO unclear what cost value to use
sb.append("Total surface Solarwall panels:\t" + String.format("%.2f", totalSolarSurface) + "\n");
sb.append("Nr of Omega profiles (per length):\n");
for (Entry omega : nrOfOmegaProfiles.entrySet())
sb.append(" * " + omega.getKey() * 0.01 + ":\t" + omega.getValue() + "\n");
sb.append("Solarwall part cost:" + String.format("%.2f", totalSolarSurface * 351) + "\n");
sb.append("\n");
}
//Eurecat parts
if (!nrOfEurecatPanels.isEmpty()) {
sb.append("Eurecat elements\n");
sb.append("-------------------------------------------\n");
sb.append("Nr of Eurecat panels (per width x height):\n");
for (Entry panel : nrOfSolarPanels.entrySet()) {
sb.append(" * " + panel.getKey().width * 0.01 + " x " + panel.getKey().height * 0.01 + ":\t" + panel.getValue() + "\n");
totalEurecatSurface += panel.getKey().width * 0.00001 * panel.getKey().height * 0.00001 * panel.getValue();
}
totalCost += totalEurecatSurface * 446; //TODO unclear what cost value to use
sb.append("Total surface Eurecat panels:\t" + String.format("%.2f", totalSolarSurface) + "\n");
sb.append("Eurecat part cost:" + String.format("%.2f", totalSolarSurface * 446) + "\n");
sb.append("\n");
}
sb.append("-------------------------------------------\n");
sb.append("Total cost: " + String.format("%.2f", totalCost) + "\n");
sb.append("-------------------------------------------\n");
sb.append("\n");
//Unknown panels
if (!nrOfUnknownPanels.isEmpty()) {
sb.append("Unknown panels\n");
sb.append("-------------------------------------------\n");
sb.append("Nr of unknown panels (per width x height):\n");
for (Entry panel : nrOfUnknownPanels.entrySet()) {
sb.append(" * " + panel.getKey().width * 0.01 + " x " + panel.getKey().height * 0.01 + ":\t" + panel.getValue() + "\n");
}
sb.append("\n");
}
sb.append("Panels (partly) covering an opening\n");
sb.append("-------------------------------------------\n");
//loop through all panelsets for the different planes
for (HashSet panels : panelsByPlane.values()) {
for (Panel panel : panels) {
if (panel.coversOpening)
sb.append(panel.id + " " + panel.type.name() + "\n");
}
}
for (Panel panel : eurecatPanels) {
if (panel.coversOpening)
sb.append(panel.id + " " + panel.type.name() + "\n");
}
// sb.append("Panel details\n");
// sb.append("-------------------------------------------\n");
// sb.append(strbld.toString());
return sb.toString();
}
@Override
public BimBotsOutput runBimBot(BimBotsInput input, SObjectType settings) throws BimBotsException {
panelsByPlaneAndPosition.clear();
panelsByPlane.clear();
eurecatPanels.clear();
nrOfUlmaPanels.clear();
nrOfStamPanels.clear();
nrOfSolarPanels.clear();
nrOfEurecatPanels.clear();
nrOfUnknownPanels.clear();
IfcModelInterface model = input.getIfcModel();
GetPanelsFromBIM(model);
GetIntersections(model);
String outputString = WritePartsAndIssues();
BimBotsOutput output = new BimBotsOutput(SchemaName.UNSTRUCTURED_UTF8_TEXT_1_0, outputString.getBytes(Charsets.UTF_8));
output.setTitle("Materials used for Bresaer envelope");
output.setContentType("text/plain");
return output;
}
@Override
public String getOutputSchema() {
return SchemaName.UNSTRUCTURED_UTF8_TEXT_1_0.name();
}
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