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/* */ import GUIComponents.ProgressFrame;
/* */ import java.awt.Color;
/* */ import java.awt.Graphics;
/* */ import java.util.ArrayList;
/* */ import java.util.List;
/* */
/* */ public class EquasiveGraph3D extends Dynamic3DGraph
/* */ {
/* */ private double xMax;
/* */ private double yMax;
/* */ private double zMax;
/* */ private double zMin;
/* */ private double xMin;
/* */ private double yMin;
/* */ private double xStep;
/* */ private double yStep;
/* */ private double yPix;
/* */ private double xPix;
/* */ private double zPix;
/* */ protected ProgressFrame progress;
/* */ private EquasiveGraph3D.InterchangeablePointModel pointModel;
/* */
/* */ public EquasiveGraph3D()
/* */ {
/* 27 */ this(1.0D, -1.0D, -1.0D, 1.0D, -1.0D, 1.0D, 10.0D, 10.0D);
/* */ }
/* */ public EquasiveGraph3D(double xMax, double xMin, double yMin, double yMax, double zMin, double zMax, double xStep, double yStep) {
/* 30 */ this.xMax = xMax;
/* 31 */ this.yMax = yMax;
/* 32 */ this.zMin = zMin;
/* 33 */ this.zMax = zMax;
/* 34 */ this.xMin = xMin;
/* 35 */ this.yMin = yMin;
/* 36 */ this.xStep = xStep;
/* 37 */ this.yStep = yStep;
/* */
/* 39 */ this.yPix = ((yMax - yMin) / 300.0D);
/* 40 */ this.xPix = ((xMax - xMin) / 300.0D);
/* 41 */ this.zPix = ((zMax - zMin) / 300.0D);
/* 42 */ this.pointModel = new EquasiveGraph3D.InterchangeablePointModel(PointModel.TRUE_Euclidean, PointMaker.ORIGINAL, PointGroup.DEFAULT);
/* */ }
/* */
/* */ private void recalc() {
/* 46 */ this.yPix = ((this.yMax - this.yMin) / 300.0D);
/* 47 */ this.xPix = ((this.xMax - this.xMin) / 300.0D);
/* 48 */ this.zPix = ((this.zMax - this.zMin) / 300.0D);
/* */ }
/* */ public void setXMax(double x) {
/* 51 */ this.xMax = x;
/* 52 */ recalc();
/* */ }
/* */ public void setYMax(double y) {
/* 55 */ this.yMax = y;
/* 56 */ recalc();
/* */ }
/* */ public void setXMin(double x) {
/* 59 */ this.xMin = x;
/* 60 */ recalc();
/* */ }
/* */ public void setYMin(double y) {
/* 63 */ this.yMin = y;
/* 64 */ recalc();
/* */ }
/* */ public void setZMax(double z) {
/* 67 */ this.zMax = z;
/* 68 */ recalc();
/* */ }
/* */ public void setZMin(double z) {
/* 71 */ this.zMin = z;
/* 72 */ recalc();
/* */ }
/* */ public void setXStep(double x) {
/* 75 */ this.xStep = x;
/* 76 */ recalc();
/* */ }
/* */ public void setYStep(double y) {
/* 79 */ this.yStep = y;
/* 80 */ recalc();
/* */ }
/* */ public void clear() {
/* 83 */ super.reset();
/* */ }
/* 85 */ public double getXMax() { return this.xMax; }
/* 86 */ public double getYMin() { return this.yMin; }
/* 87 */ public double getXMin() { return this.xMin; }
/* 88 */ public double getYMax() { return this.yMax; }
/* 89 */ public double getZMax() { return this.zMax; }
/* 90 */ public double getZMin() { return this.zMin; }
/* 91 */ public double getXStep() { return this.xStep; }
/* 92 */ public double getYStep() { return this.yStep; }
/* 93 */ protected double convertY(double y) { return y * this.yPix; }
/* 94 */ protected double convertX(double x) { return x * this.xPix; }
/* 95 */ protected double convertZ(double z) { return z * this.zPix; }
/* */ protected double getXPix() {
/* 97 */ return this.xPix;
/* */ }
/* */ protected double getYPix() {
/* 100 */ return this.yPix;
/* */ }
/* */ protected double getZPix() {
/* 103 */ return this.zPix;
/* */ }
/* 105 */ public ProgressFrame getFrame() { return this.progress; }
/* */ public void reset() {
/* 107 */ this.points = new ArrayList(0);
/* 108 */ int i = 0;
/* 109 */ double equlen = getCount(getEquations());
/* */
/* 111 */ boolean go = true;
/* 112 */ if (this.progress == null) {
/* 113 */ this.progress = new ProgressFrame(0, 100, M3DGraphWindow.getCurrent());
/* */ }
/* 115 */ this.progress.setVisible(true);
/* 116 */ this.progress.setValue(0.0D);
/* 117 */ for (Object3D obj : this.axiesChar) {
/* 118 */ obj.setModel(this.pointModel);
/* */ }
/* 120 */ for (double x = this.xMin / this.xPix; x < 150.0D; x += this.xStep) {
/* 121 */ int red = 255;
/* 122 */ int green = 0;
/* 123 */ int blue = 0;
/* 124 */ for (String equation : getEquations())
/* */ {
/* 126 */ if (!equation.equals(""))
/* 127 */ for (double y = this.yMin / this.yPix; y < 150.0D; y += this.yStep)
/* */ {
/* 129 */ Point3D[] pnts = {
/* 130 */ this.pointModel.makePoint(x, y, equation(equation, convertX(x), convertY(y)) / this.zPix, this.pointModel),
/* 131 */ this.pointModel.makePoint(x + this.xStep, y, equation(equation, convertX(x + this.xStep), convertY(y)) / this.zPix, this.pointModel),
/* 132 */ this.pointModel.makePoint(x + this.xStep, y + this.yStep, equation(equation, convertX(x + this.xStep), convertY(y + this.yStep)) / this.zPix, this.pointModel),
/* 133 */ this.pointModel.makePoint(x, y + this.yStep, equation(equation, convertX(x), convertY(y + this.yStep)) / this.zPix, this.pointModel) };
/* */
/* 135 */ for (Point3D pnt : pnts) {
/* 136 */ if ((Double.isNaN(pnt.getZ())) || (Double.isInfinite(pnt.getZ()))) go = false;
/* */ }
/* 138 */ if (go) {
/* 139 */ PointGroup temp = new PointGroup(pnts, this.pointModel);
/* 140 */ temp.setColor(new Color(red, green, blue));
/* 141 */ this.points.add(temp);
/* */ } else {
/* 143 */ go = true;
/* */ }
/* 145 */ if ((red == 255) && (blue == 0) && (green < 255)) {
/* 146 */ green += 10;
/* 147 */ if (green >= 255) green = 255;
/* */ }
/* 149 */ else if ((green == 255) && (red > 0) && (blue == 0)) {
/* 150 */ red -= 10;
/* 151 */ if (red <= 0) red = 0;
/* */ }
/* 153 */ else if ((green == 255) && (red == 0) && (blue < 255)) {
/* 154 */ blue += 10;
/* 155 */ if (blue >= 255) blue = 255;
/* */ }
/* 157 */ else if ((blue == 255) && (red == 0) && (green > 0)) {
/* 158 */ green -= 10;
/* 159 */ if (green <= 0) green = 0;
/* */ }
/* 161 */ else if ((blue == 255) && (green == 0) && (red < 255)) {
/* 162 */ red += 10;
/* 163 */ if (red >= 255) red = 255;
/* */ }
/* */ else
/* */ {
/* 166 */ blue -= 10;
/* 167 */ if (blue <= 0) blue = 0;
/* */
/* */ }
/* */
/* 172 */ double yChange = (150.0D - this.yMin / this.yPix) / this.yStep;
/* 173 */ double xChange = (150.0D - this.xMin / this.xPix) / this.xStep;
/* 174 */ this.progress.incrementProgress(100.0D / (yChange * xChange * equlen));
/* 175 */ repaint();
/* */ }
/* */ }
/* */ }
/* 179 */ this.progress.flagEnd();
/* 180 */ clean();
/* */ }
/* */
/* */ public EquasiveGraph3D.InterchangeablePointModel getModel() {
/* 184 */ return this.pointModel;
/* */ }
/* */ public void setPointModel(PointModel pm) {
/* 187 */ this.pointModel.setModel(pm);
/* */ }
/* */ protected int getCount(String[] args) {
/* 190 */ int i = 0;
/* 191 */ for (String x : args) {
/* 192 */ if (!x.equals("")) i++;
/* */ }
/* 194 */ return i; }
/* */ protected class InterchangeablePointModel implements PointModel, PointMaker, WirePlotter { private PointModel model;
/* */ private PointMaker maker;
/* */ private WirePlotter plotter;
/* */
/* 201 */ public InterchangeablePointModel(PointModel model, PointMaker maker, WirePlotter plotter) { this.model = model;
/* 202 */ this.maker = maker;
/* 203 */ this.plotter = plotter; }
/* */
/* */ public double[] getRealCoords(double xPos, double yPos, double zPos, double xPivot, double yPivot, double zPivot, double zRotation, double xRotation, double yRotation, double scale, double xMove, double yMove, double camX, double camY, double camZ) {
/* 206 */ return this.model.getRealCoords(xPos, yPos, zPos, xPivot, yPivot, zPivot, zRotation, xRotation, yRotation, scale, xMove, yMove, camX, camY, camZ);
/* */ }
/* */ public void setModel(PointModel model) {
/* 209 */ this.model = model;
/* */ }
/* */ public void setMaker(PointMaker maker) {
/* 212 */ this.maker = maker;
/* */ }
/* */ public Point3D makePoint(double x, double y, double z, PointModel mod) {
/* 215 */ return this.maker.makePoint(x, y, z, mod);
/* */ }
/* */ public void plotWire(Graphics g, CoordinateSystem graph, Point3D[] points) {
/* 218 */ this.plotter.plotWire(g, graph, points);
/* */ }
/* */ public void setPlotter(WirePlotter plotter) {
/* 221 */ this.plotter = plotter;
/* */ }
/* */ }
/* */ }
/* Location: Modulus.jar
* Qualified Name: EquasiveGraph3D
* JD-Core Version: 0.6.2
*/
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