/**
* Create geometry for horizontal segments
*
* @param offset Should we offset vertically
* @param offsetField A full SFVec3f that we only use the height off for offset
*/
private X3DNode[] createSegmentGeom(
X3DExecutionContext mainScene,
X3DNode appearance,
MFInt32 geomIndicesField,
MFNode geometryField,
MFFloat heightField,
MFVec3f startField,
MFVec3f endField,
boolean offset,
MFFloat offsetField,
int vertices,
int shapesToCreate,
int panelsPerShape,
boolean sRepeatPerMeter,
boolean tRepeatPerMeter,
float sMeterMult,
float tMeterMult) {
float[] post_coord;
float[] post_normal;
float[] post_texCoord;
int[] post_index;
X3DNode[] ret_val = new X3DNode[shapesToCreate];
int shape_idx = 0;
float[] start = new float[3];
float[] end = new float[3];
int num = 0;
float sRepeat;
float tRepeat;
for (int n = 0; n < shapesToCreate; n++) {
int[] index = new int[2 * 3 * vertices];
float[] point = new float[4 * 3 * vertices];
float[] tc = new float[4 * 2 * vertices];
int iidx = 0;
int pidx = 0;
int tidx = 0;
float height;
float offsetVal = 0;
// Panel Shape
X3DNode panel_shape = mainScene.createNode("Shape");
SFNode shape_appearance = (SFNode) (panel_shape.getField("appearance"));
shape_appearance.setValue(appearance);
SFNode shape_geometry = (SFNode) (panel_shape.getField("geometry"));
X3DNode its = mainScene.createNode("IndexedTriangleSet");
SFBool its_solid = (SFBool) its.getField("solid");
its_solid.setValue(false);
X3DNode coord = mainScene.createNode("Coordinate");
SFNode its_coord = (SFNode) (its.getField("coord"));
MFVec3f point_field = (MFVec3f) coord.getField("point");
X3DNode normal = mainScene.createNode("Normal");
SFNode its_normal = (SFNode) (its.getField("normal"));
X3DNode texcoord = mainScene.createNode("TextureCoordinate");
SFNode its_texcoord = (SFNode) (its.getField("texCoord"));
MFVec2f tcpoint_field = (MFVec2f) texcoord.getField("point");
MFInt32 its_index = (MFInt32) (its.getField("index"));
for (int i = 0; i < panelsPerShape; i++) {
startField.get1Value(num, start);
endField.get1Value(num, end);
height = heightField.get1Value(num);
if (sRepeatPerMeter) {
// calculate the length of the panel from start to end
float x_delta = end[0] - start[0];
float y_delta = end[1] - start[1];
float z_delta = end[2] - start[2];
float length =
(float) Math.sqrt(x_delta * x_delta + y_delta * y_delta + z_delta * z_delta);
// the s repeat factor is the length, in meters
sRepeat = length * sMeterMult;
} else {
// the s repeat factor is 1 per panel
sRepeat = 1.0f;
}
if (tRepeatPerMeter) {
// the t repeat factor is the height, in meters
tRepeat = height * tMeterMult;
} else {
// the t repeat factor is 1 per panel
tRepeat = 1.0f;
}
// System.out.println( "sRepeat = "+ sRepeat +", tRepeat = "+ tRepeat );
if (offset) {
offsetVal = offsetField.get1Value(num);
}
num++;
index[iidx++] = i * 4;
index[iidx++] = i * 4 + 1;
index[iidx++] = i * 4 + 2;
index[iidx++] = i * 4 + 1;
index[iidx++] = i * 4 + 3;
index[iidx++] = i * 4 + 2;
point[pidx++] = start[0];
point[pidx++] = offsetVal + height + start[1];
point[pidx++] = start[2];
point[pidx++] = start[0];
point[pidx++] = offsetVal + 0 + start[1];
point[pidx++] = start[2];
point[pidx++] = end[0];
point[pidx++] = offsetVal + height + end[1];
point[pidx++] = end[2];
point[pidx++] = end[0];
point[pidx++] = offsetVal + 0 + end[1];
point[pidx++] = end[2];
tc[tidx++] = 0;
tc[tidx++] = 0;
tc[tidx++] = 0;
tc[tidx++] = tRepeat;
tc[tidx++] = sRepeat;
tc[tidx++] = 0;
tc[tidx++] = sRepeat;
tc[tidx++] = tRepeat;
}
// System.out.println("Points: " + java.util.Arrays.toString(point));
// System.out.println("Index: " + java.util.Arrays.toString(index));
// System.out.println("TexCoord: " + java.util.Arrays.toString(tc));
if (CREATE_PANELS) {
point_field.setValue(point.length / 3, point);
tcpoint_field.setValue(tc.length / 2, tc);
its_coord.setValue(coord);
its_texcoord.setValue(texcoord);
its_index.setValue(index.length, index);
shape_geometry.setValue(its);
}
// System.out.println("Placing panel at: " + shape_idx);
ret_val[shape_idx++] = panel_shape;
}
return ret_val;
}
/**
* Create geometry for vertices.
*
* @param offset Should we offset vertically
* @param offsetField A full SFVec3f that we only use the height off for offset
*/
private X3DNode[] createVertexGeom(
X3DExecutionContext mainScene,
X3DNode appearance,
MFInt32 geomIndicesField,
MFNode geometryField,
MFVec3f sizeField,
MFVec3f startField,
MFVec3f endField,
boolean offset,
MFVec3f offsetField,
int shapesToCreate,
int verticesPerShape) {
// System.out.println("**** Creating vertex geom: " + geomIndicesField.getSize() + "
// shapesToCreate: " + shapesToCreate + " verticesPerShape: " + verticesPerShape);
int coord_size = 0;
int index_size = 0;
int texCoord_size = 0;
int normal_size = 0;
int num = 0;
X3DNode[] ret_val = new X3DNode[shapesToCreate];
int shape_idx = 0;
// System.out.println("Vertex Geoms to add: " + shapesToCreate);
for (int n = 0; n < shapesToCreate; n++) {
coord_size = 0;
index_size = 0;
texCoord_size = 0;
normal_size = 0;
int numVerticesInShape = verticesPerShape;
if (n == shapesToCreate - 1) {
numVerticesInShape++;
}
// System.out.println("NumVertices in Shape: " + numVerticesInShape);
for (int i = 0; i < numVerticesInShape; i++) {
int idx = geomIndicesField.get1Value(i);
if (idx > geometryField.getSize() - 1) {
System.out.println("Invalid geometry index for vertex");
continue;
}
X3DNode geom_node = geometryField.get1Value(idx);
MField coord_field = (MField) geom_node.getField("coord");
coord_size += coord_field.getSize() * 3;
MField index_field = (MField) geom_node.getField("index");
index_size += index_field.getSize();
MField texCoord_field = (MField) geom_node.getField("texCoord");
texCoord_size += texCoord_field.getSize() * 2;
MField normal_field = (MField) geom_node.getField("normal");
normal_size += texCoord_field.getSize() * 3;
}
// System.out.println("Coord size: " + coord_size);
// System.out.println("Handling vertex shape: " + n);
// int[] index = new int[index_size / shapesToCreate];
// float[] point = new float[coord_size / shapesToCreate];
// float[] tc = new float[texCoord_size / shapesToCreate];
int[] index = new int[index_size];
float[] point = new float[coord_size];
float[] tc = new float[texCoord_size];
int iidx = 0;
int pidx = 0;
int tidx = 0;
iidx = 0;
pidx = 0;
tidx = 0;
// Post Shape
X3DNode shape = mainScene.createNode("Shape");
SFNode shape_appearance = (SFNode) (shape.getField("appearance"));
shape_appearance.setValue(appearance);
SFNode shape_geometry = (SFNode) (shape.getField("geometry"));
X3DNode its = mainScene.createNode("IndexedTriangleSet");
// SFBool its_solid = (SFBool) its.getField("solid");
// its_solid.setValue(false);
X3DNode coord = mainScene.createNode("Coordinate");
SFNode its_coord = (SFNode) (its.getField("coord"));
MFVec3f point_field = (MFVec3f) coord.getField("point");
X3DNode normal = mainScene.createNode("Normal");
SFNode its_normal = (SFNode) (its.getField("normal"));
MFVec3f vector_field = (MFVec3f) normal.getField("vector");
X3DNode texcoord = mainScene.createNode("TextureCoordinate");
SFNode its_texcoord = (SFNode) (its.getField("texCoord"));
MFVec2f tcpoint_field = (MFVec2f) texcoord.getField("point");
MFInt32 its_index = (MFInt32) (its.getField("index"));
float[] size = new float[3];
int[] indexes = null;
float[] coords = null;
float[] texCoords = null;
float[] normals = null;
int currPost = -1;
int post;
int lastIdx = 0;
float[] start = new float[3];
float[] end = new float[3];
float[] tmp = new float[3];
// System.out.println("Vertices to add: " + verticesPerShape);
// Handle all but the end vertices
for (int i = 0; i < verticesPerShape; i++) {
post = geomIndicesField.get1Value(num);
// System.out.println("Getting start: " + num);
startField.get1Value(num, start);
// System.out.println("translate post: " + java.util.Arrays.toString(start));
if (post != currPost) {
X3DNode geom_node = geometryField.get1Value(post);
MFVec3f coord_field = (MFVec3f) geom_node.getField("coord");
MFInt32 index_field = (MFInt32) geom_node.getField("index");
MFVec2f texCoord_field = (MFVec2f) geom_node.getField("texCoord");
MFVec3f normal_field = (MFVec3f) geom_node.getField("normal");
indexes = new int[index_field.getSize()];
index_field.getValue(indexes);
coords = new float[coord_field.getSize() * 3];
coord_field.getValue(coords);
// System.out.println("coords: " + coords.length);
texCoords = new float[texCoord_field.getSize() * 2];
texCoord_field.getValue(texCoords);
normals = new float[normal_field.getSize() * 3];
normal_field.getValue(normals);
currPost = post;
}
sizeField.get1Value(num, size);
int highest_idx = -1;
int val;
for (int j = 0; j < indexes.length; j++) {
val = indexes[j] + lastIdx;
index[iidx++] = val;
if (val > highest_idx) highest_idx = val;
}
lastIdx = highest_idx + 1;
float offsetVal = 0;
for (int j = 0; j < coords.length / 3; j++) {
point[pidx++] = (coords[j * 3] * size[0]) + start[0];
if (offset) {
offsetField.get1Value(num, tmp);
offsetVal = tmp[1];
}
point[pidx++] = ((coords[j * 3 + 1] + 0.5f) * size[1]) + start[1] + offsetVal;
point[pidx++] = (coords[j * 3 + 2] * size[2]) + start[2];
}
num++;
}
// System.out.println("pidx: " + pidx);
// System.out.println("indexes: " + java.util.Arrays.toString(index));
// System.out.println("Points1: " + java.util.Arrays.toString(point));
if (n == shapesToCreate - 1) {
// System.out.println("Handling end vertices");
// Handle the end post
if (num > geomIndicesField.getSize() - 1) {
System.out.println("Error indexing geometry. Num: " + num);
}
post = geomIndicesField.get1Value(num);
endField.get1Value(endField.getSize() - 1, end);
if (post != currPost) {
X3DNode geom_node = geometryField.get1Value(post);
MFVec3f coord_field = (MFVec3f) geom_node.getField("coord");
MFInt32 index_field = (MFInt32) geom_node.getField("index");
MFVec2f texCoord_field = (MFVec2f) geom_node.getField("texCoord");
MFVec3f normal_field = (MFVec3f) geom_node.getField("normal");
indexes = new int[index_field.getSize()];
index_field.getValue(indexes);
coords = new float[coord_field.getSize() * 3];
coord_field.getValue(coords);
texCoords = new float[texCoord_field.getSize() * 2];
texCoord_field.getValue(texCoords);
normals = new float[normal_field.getSize() * 3];
normal_field.getValue(normals);
currPost = post;
}
sizeField.get1Value(num, size);
int highest_idx = -1;
int val;
float offsetVal = 0;
for (int j = 0; j < indexes.length; j++) {
val = indexes[j] + lastIdx;
index[iidx++] = val;
if (val > highest_idx) highest_idx = val;
}
lastIdx = highest_idx + 1;
for (int j = 0; j < coords.length / 3; j++) {
point[pidx++] = (coords[j * 3] * size[0]) + end[0];
if (offset) {
offsetField.get1Value(num, tmp);
offsetVal = tmp[1];
}
point[pidx++] = ((coords[j * 3 + 1] + 0.5f) * size[1]) + end[1] + offsetVal;
point[pidx++] = (coords[j * 3 + 2] * size[2]) + end[2];
}
// System.out.println("pidx: " + pidx);
// System.out.println("Points2: " + java.util.Arrays.toString(point));
// System.out.println("Index: " + java.util.Arrays.toString(index));
}
// System.out.println("TexCoord: " + java.util.Arrays.toString(tc));
if (CREATE_POSTS) {
point_field.setValue(point.length / 3, point);
tcpoint_field.setValue(texCoords.length / 2, texCoords);
vector_field.setValue(normals.length / 3, normals);
its_coord.setValue(coord);
its_texcoord.setValue(texcoord);
its_index.setValue(index.length, index);
shape_geometry.setValue(its);
}
// System.out.println("Add vertex shape to: " + (shape_idx) + " size: " + ret_val.length);
ret_val[shape_idx++] = shape;
}
return ret_val;
}
public void drawMirror(float radius_mirror_, float mirror_angle_) {
radius_mirror = radius_mirror_;
mirror_angle = mirror_angle_;
indicesMirror = new int[((MAX_CIRCLES_Mirror - 1) * 6 * POINTS_Mirror) + (5 * POINTS_Mirror)];
for (int ii = 0;
ii < ((MAX_CIRCLES_Mirror - 1) * 6 * POINTS_Mirror) + (5 * POINTS_Mirror);
ii++) {
indicesMirror[ii] = 0;
}
// indices from 0 to 40
int p = 0;
int two = 2;
int one = 1;
for (int q = 0; q < POINTS_Mirror; q++) {
if (q + 1 == POINTS_Mirror) {
indicesMirror[p++] = 0;
indicesMirror[p++] = POINTS_Mirror;
indicesMirror[p++] = 1;
indicesMirror[p++] = 0;
indicesMirror[p++] = -1;
} else {
indicesMirror[p++] = 0;
indicesMirror[p++] = one++;
indicesMirror[p++] = two++;
indicesMirror[p++] = 0;
indicesMirror[p++] = -1;
}
}
for (int circle = 1; circle < MAX_CIRCLES_Mirror; circle++) {
if (circle == 1) p = POINTS_Mirror * 5;
int nine = 1 + (POINTS_Mirror * circle);
int ten = 2 + (POINTS_Mirror * circle);
one = 1 + (POINTS_Mirror * (circle - 1));
two = 2 + (POINTS_Mirror * (circle - 1));
for (int q = 0; q < POINTS_Mirror; q++) {
if (q + 1 == POINTS_Mirror) {
indicesMirror[p++] = POINTS_Mirror * circle;
indicesMirror[p++] = nine++;
indicesMirror[p++] = 1 + (POINTS_Mirror * circle);
indicesMirror[p++] = 1 + (POINTS_Mirror * (circle - 1));
indicesMirror[p++] = POINTS_Mirror * circle;
indicesMirror[p++] = -1;
} else {
indicesMirror[p++] = one;
indicesMirror[p++] = (nine++);
indicesMirror[p++] = (ten++);
indicesMirror[p++] = (two++);
indicesMirror[p++] = (one++);
indicesMirror[p++] = -1;
}
}
}
CircleFactory.genCircleSamples1(radius_mirror, sampleMirror, MAX_CIRCLES_Mirror, mirror_angle);
for (int ii = 0; ii < MAX_CIRCLES_Mirror; ii++) {
CircleFactory.genCircle(
sampleMirror[ii][1],
sampleMirror[ii][0],
1 + POINTS_Mirror * ii,
coordMirror,
POINTS_Mirror);
}
CirclesForMirror.setValue(coordMirror.length, coordMirror);
CirclesForIndex.setValue(indicesMirror.length, indicesMirror);
}