public Base generatePaperBase(String type) {
Base paperBase = new Base(0, 0, type);
if (type == "bottom") {
for (int i = 0; i < this.ribNum; i++) {
int after = i + 1;
if (i == this.ribNum) {
after = 0;
}
DCHalfEdge outerBottomCircle =
new DCHalfEdge(
new CompPoint(xMainTop[rib.bottomNotchPos][i], zMainTop[rib.bottomNotchPos][i]),
new CompPoint(
xMainTop[rib.bottomNotchPos][after], zMainTop[rib.bottomNotchPos][after]));
paperBase.addHalfEdge(outerBottomCircle);
}
double tabWidth = -50;
paperBase.largeTabs(tabWidth);
paperBase.generateHole(bottomHoleWidth / 2);
}
if (type == "top") {
for (int i = 0; i < this.ribNum; i++) {
int after = i + 1;
if (i == this.ribNum) {
after = 0;
}
DCHalfEdge outerTopCircle =
new DCHalfEdge(
new CompPoint(xMainTop[rib.topNotchPos][i], zMainTop[rib.topNotchPos][i]),
new CompPoint(xMainTop[rib.topNotchPos][after], zMainTop[rib.topNotchPos][after]));
paperBase.addHalfEdge(outerTopCircle);
}
double tabWidth = -50;
paperBase.largeTabs(tabWidth);
paperBase.generateHole(topHoleWidth / 2);
}
return paperBase;
}
public DoublyConnectedEdgeList[] renderLamp() {
/*need to calc width and height */
shade = new Shade(0, maxHeight);
rib = new Rib(0, maxHeight);
bottomBase = new Base(0, 0, "bottom");
topBase = new Base(0, 0, "top");
calculateDimensions();
generateRib();
generateShade();
shade.translate(myParent.width / 2, myParent.height / 2);
// add notches
rib.addNotches(notchWidth, notchHeight, ribNotchOffset, topCirclePos, bottomCirclePos);
calculateDimensions();
generateBases(ribNum);
bottomBase.addNotches(notchWidth * 2, notchHeight, ribNotchOffset, ribNum, false);
topBase.addNotches(notchWidth * 2, notchHeight, ribNotchOffset, ribNum, false);
bottomBase.generateHole(bottomHoleWidth);
topBase.generateHole(topHoleWidth);
rib.translate(myParent.width / 2, 0);
// return all parts
Part[] borders = new Part[4];
borders[0] = shade;
borders[1] = rib;
borders[2] = topBase;
borders[3] = bottomBase;
return borders;
}
