List of usage examples for org.lwjgl.opengl GL11 glBegin
public static native void glBegin(@NativeType("GLenum") int mode);
From source file:net.shadowmage.ancientwarfare.core.model.PrimitiveTriangle.java
License:Open Source License
@Override protected void renderPrimitive(float tw, float th) { if (rx != 0) { GL11.glRotatef(rx, 1, 0, 0);//from w w w.j a va 2s. c o m } if (ry != 0) { GL11.glRotatef(ry, 0, 1, 0); } if (rz != 0) { GL11.glRotatef(rz, 0, 0, 1); } float px = 1.f / tw; float py = 1.f / th; float u1, v1, u2, v2, u3, v3; u1 = this.u1 * px + this.tx() * px; u2 = this.u2 * px + this.tx() * px; u3 = this.u3 * px + this.tx() * px; v1 = this.v1 * py + this.ty() * py; v2 = this.v2 * py + this.ty() * py; v3 = this.v3 * py + this.ty() * py; GL11.glBegin(GL11.GL_TRIANGLE_STRIP); GL11.glNormal3f(normalX, normalY, normalZ); GL11.glTexCoord2f(u1, v1); GL11.glVertex3f(x1, y1, z1); GL11.glTexCoord2f(u2, v2); GL11.glVertex3f(x2, y2, z2); GL11.glTexCoord2f(u3, v3); GL11.glVertex3f(x3, y3, z3); GL11.glEnd(); }
From source file:net.smert.frameworkgl.opengl.helpers.LegacyRenderHelper.java
License:Apache License
public void begin(int primitive) { GL11.glBegin(primitive); }
From source file:net.wurstclient.features.mods.BowAimbotMod.java
License:Open Source License
@Override public void onRenderGUI() { if (target == null) return;//from ww w .j a v a 2s . c o m // GL settings GL11.glEnable(GL11.GL_BLEND); GL11.glBlendFunc(GL11.GL_SRC_ALPHA, GL11.GL_ONE_MINUS_SRC_ALPHA); GL11.glDisable(GL11.GL_TEXTURE_2D); GL11.glDisable(GL11.GL_CULL_FACE); GL11.glPushMatrix(); String message; if (velocity < 1) message = "Charging: " + (int) (velocity * 100) + "%"; else message = "Ready To Shoot"; // translate to center ScaledResolution sr = new ScaledResolution(mc); int msgWidth = Fonts.segoe15.getStringWidth(message); GL11.glTranslated(sr.getScaledWidth() / 2 - msgWidth / 2, sr.getScaledHeight() / 2 + 1, 0); // background GL11.glColor4f(0, 0, 0, 0.5F); GL11.glBegin(GL11.GL_QUADS); { GL11.glVertex2d(0, 0); GL11.glVertex2d(msgWidth + 3, 0); GL11.glVertex2d(msgWidth + 3, 10); GL11.glVertex2d(0, 10); } GL11.glEnd(); // text GL11.glEnable(GL11.GL_TEXTURE_2D); Fonts.segoe15.drawString(message, 2, -1, 0xffffffff); GL11.glPopMatrix(); // GL resets GL11.glEnable(GL11.GL_CULL_FACE); GL11.glDisable(GL11.GL_BLEND); }
From source file:OpenGLEngine.RenderGrid.java
public static void RenderGridProposedGhostAtoms(NICS_Grid GridToRender, Object GhastlyLock) { float X, Y, Z; synchronized (GhastlyLock) { // should only render a grid assert (GridToRender.GhostSetType() == 3); //faces points for a full cube: 1,2,3,4; 6,2,3,7; 5,6,7,8; 1,5,8,4; 1,2,6,5; 8,7,3,4; // for only a z-plane: 8,7,3,4 // for only a y plane: 1,5,8,4 // for only an x-plane: 1,2,3,4 // render highlighted planes / cubes if (GridToRender.IsHighlighted()) { if (GridToRender.X_Plane) { // Render Highlight of Bounding plane GL11.glColor4f(RenderSettings.GridCubeSelectedColor.x, RenderSettings.GridCubeSelectedColor.y, RenderSettings.GridCubeSelectedColor.z, RenderSettings.GridCubeSelectedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd();/*from w w w . j a va2s . c o m*/ // render outline GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineSelectedColor.x, RenderSettings.GridOutlineSelectedColor.y, RenderSettings.GridOutlineSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glEnd(); // render the grid points if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } //ArrayList<Vector3f[]> QuadPoints } else if (GridToRender.Y_Plane) { // Render Highlight of Bounding plane GL11.glColor4f(RenderSettings.GridCubeSelectedColor.x, RenderSettings.GridCubeSelectedColor.y, RenderSettings.GridCubeSelectedColor.z, RenderSettings.GridCubeSelectedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineSelectedColor.x, RenderSettings.GridOutlineSelectedColor.y, RenderSettings.GridOutlineSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glEnd(); // render the grid points if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } else if (GridToRender.Z_Plane) { // Render Highlight of Bounding plane GL11.glColor4f(RenderSettings.GridCubeSelectedColor.x, RenderSettings.GridCubeSelectedColor.y, RenderSettings.GridCubeSelectedColor.z, RenderSettings.GridCubeSelectedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineSelectedColor.x, RenderSettings.GridOutlineSelectedColor.y, RenderSettings.GridOutlineSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glEnd(); // render the grid points if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } else { // Render Highlight of Bounding Box //faces points for a full cube: 1,2,3,4; 6,2,3,7; 5,6,7,8; 1,5,8,4; 1,2,6,5; 8,7,3,4; GL11.glColor4f(RenderSettings.GridCubeSelectedColor.x, RenderSettings.GridCubeSelectedColor.y, RenderSettings.GridCubeSelectedColor.z, RenderSettings.GridCubeSelectedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubeSelectedPoints[1].x, GridToRender.CubeSelectedPoints[1].y, GridToRender.CubeSelectedPoints[1].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[2].x, GridToRender.CubeSelectedPoints[2].y, GridToRender.CubeSelectedPoints[2].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[3].x, GridToRender.CubeSelectedPoints[3].y, GridToRender.CubeSelectedPoints[3].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[4].x, GridToRender.CubeSelectedPoints[4].y, GridToRender.CubeSelectedPoints[4].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[6].x, GridToRender.CubeSelectedPoints[6].y, GridToRender.CubeSelectedPoints[6].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[2].x, GridToRender.CubeSelectedPoints[2].y, GridToRender.CubeSelectedPoints[2].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[3].x, GridToRender.CubeSelectedPoints[3].y, GridToRender.CubeSelectedPoints[3].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[7].x, GridToRender.CubeSelectedPoints[7].y, GridToRender.CubeSelectedPoints[7].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[5].x, GridToRender.CubeSelectedPoints[5].y, GridToRender.CubeSelectedPoints[5].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[6].x, GridToRender.CubeSelectedPoints[6].y, GridToRender.CubeSelectedPoints[6].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[7].x, GridToRender.CubeSelectedPoints[7].y, GridToRender.CubeSelectedPoints[7].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[8].x, GridToRender.CubeSelectedPoints[8].y, GridToRender.CubeSelectedPoints[8].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[1].x, GridToRender.CubeSelectedPoints[1].y, GridToRender.CubeSelectedPoints[1].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[5].x, GridToRender.CubeSelectedPoints[5].y, GridToRender.CubeSelectedPoints[5].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[8].x, GridToRender.CubeSelectedPoints[8].y, GridToRender.CubeSelectedPoints[8].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[4].x, GridToRender.CubeSelectedPoints[4].y, GridToRender.CubeSelectedPoints[4].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[1].x, GridToRender.CubeSelectedPoints[1].y, GridToRender.CubeSelectedPoints[1].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[2].x, GridToRender.CubeSelectedPoints[2].y, GridToRender.CubeSelectedPoints[2].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[6].x, GridToRender.CubeSelectedPoints[6].y, GridToRender.CubeSelectedPoints[6].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[5].x, GridToRender.CubeSelectedPoints[5].y, GridToRender.CubeSelectedPoints[5].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[8].x, GridToRender.CubeSelectedPoints[8].y, GridToRender.CubeSelectedPoints[8].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[7].x, GridToRender.CubeSelectedPoints[7].y, GridToRender.CubeSelectedPoints[7].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[3].x, GridToRender.CubeSelectedPoints[3].y, GridToRender.CubeSelectedPoints[3].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[4].x, GridToRender.CubeSelectedPoints[4].y, GridToRender.CubeSelectedPoints[4].z); GL11.glEnd(); // render the internal cube as well GL11.glColor4f(RenderSettings.GridCubeProposedColor.x, RenderSettings.GridCubeProposedColor.y, RenderSettings.GridCubeProposedColor.z, RenderSettings.GridCubeProposedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline of the cube GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineSelectedColor.x, RenderSettings.GridOutlineSelectedColor.y, RenderSettings.GridOutlineSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render the grid points if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } // render 'non-highlighted' planes/cubes } else { if (GridToRender.X_Plane) { // Render Bounding plane GL11.glColor4f(RenderSettings.GridCubeProposedColor.x, RenderSettings.GridCubeProposedColor.y, RenderSettings.GridCubeProposedColor.z, RenderSettings.GridCubeProposedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineProposedColor.x, RenderSettings.GridOutlineProposedColor.y, RenderSettings.GridOutlineProposedColor.z, RenderSettings.GridOutlineProposedColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glEnd(); // render the grid points if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointProposedColor.x, RenderSettings.GridSurfacePointProposedColor.y, RenderSettings.GridSurfacePointProposedColor.z, RenderSettings.GridOutlineProposedColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointProposedColor.x, RenderSettings.GridSurfacePointProposedColor.y, RenderSettings.GridSurfacePointProposedColor.z, RenderSettings.GridOutlineProposedColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } else if (GridToRender.Y_Plane) { // Render Bounding plane GL11.glColor4f(RenderSettings.GridCubeProposedColor.x, RenderSettings.GridCubeProposedColor.y, RenderSettings.GridCubeProposedColor.z, RenderSettings.GridCubeProposedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineProposedColor.x, RenderSettings.GridOutlineProposedColor.y, RenderSettings.GridOutlineProposedColor.z, RenderSettings.GridOutlineProposedColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glEnd(); // render the grid points if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointProposedColor.x, RenderSettings.GridSurfacePointProposedColor.y, RenderSettings.GridSurfacePointProposedColor.z, RenderSettings.GridOutlineProposedColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointProposedColor.x, RenderSettings.GridSurfacePointProposedColor.y, RenderSettings.GridSurfacePointProposedColor.z, RenderSettings.GridOutlineProposedColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } else if (GridToRender.Z_Plane) { // Render Bounding plane GL11.glColor4f(RenderSettings.GridCubeProposedColor.x, RenderSettings.GridCubeProposedColor.y, RenderSettings.GridCubeProposedColor.z, RenderSettings.GridCubeProposedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineProposedColor.x, RenderSettings.GridOutlineProposedColor.y, RenderSettings.GridOutlineProposedColor.z, RenderSettings.GridOutlineProposedColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glEnd(); // render the grid points if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointProposedColor.x, RenderSettings.GridSurfacePointProposedColor.y, RenderSettings.GridSurfacePointProposedColor.z, RenderSettings.GridOutlineProposedColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointProposedColor.x, RenderSettings.GridSurfacePointProposedColor.y, RenderSettings.GridSurfacePointProposedColor.z, RenderSettings.GridOutlineProposedColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } else { // Render Bounding Box //faces points for a full cube: 1,2,3,4; 6,2,3,7; 5,6,7,8; 1,5,8,4; 1,2,6,5; 8,7,3,4; GL11.glColor4f(RenderSettings.GridCubeProposedColor.x, RenderSettings.GridCubeProposedColor.y, RenderSettings.GridCubeProposedColor.z, RenderSettings.GridCubeProposedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline of the cube GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineProposedColor.x, RenderSettings.GridOutlineProposedColor.y, RenderSettings.GridOutlineProposedColor.z, RenderSettings.GridOutlineProposedColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render the grid points if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointProposedColor.x, RenderSettings.GridSurfacePointProposedColor.y, RenderSettings.GridSurfacePointProposedColor.z, RenderSettings.GridOutlineProposedColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointProposedColor.x, RenderSettings.GridSurfacePointProposedColor.y, RenderSettings.GridSurfacePointProposedColor.z, RenderSettings.GridOutlineProposedColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } } } }
From source file:OpenGLEngine.RenderGrid.java
public static void RenderGridGhostAtoms(NICS_Grid GridToRender, Object GhastlyLock) { float X, Y, Z; synchronized (GhastlyLock) { // should only render a grid assert (GridToRender.GhostSetType() == 3); //faces points for a full cube: 1,2,3,4; 6,2,3,7; 5,6,7,8; 1,5,8,4; 1,2,6,5; 8,7,3,4; // for only a z-plane: 8,7,3,4 // for only a y plane: 1,5,8,4 // for only an x-plane: 1,2,3,4 // render highlighted planes / cubes if (GridToRender.IsHighlighted()) { if (GridToRender.X_Plane) { // Render Highlight of Bounding plane GL11.glColor4f(RenderSettings.GridCubeSelectedColor.x, RenderSettings.GridCubeSelectedColor.y, RenderSettings.GridCubeSelectedColor.z, RenderSettings.GridCubeSelectedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd();/*w w w .ja v a 2 s . com*/ // render outline GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineSelectedColor.x, RenderSettings.GridOutlineSelectedColor.y, RenderSettings.GridOutlineSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glEnd(); // render grid points if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } else if (GridToRender.Y_Plane) { // Render Highlight of Bounding plane GL11.glColor4f(RenderSettings.GridCubeSelectedColor.x, RenderSettings.GridCubeSelectedColor.y, RenderSettings.GridCubeSelectedColor.z, RenderSettings.GridCubeSelectedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineSelectedColor.x, RenderSettings.GridOutlineSelectedColor.y, RenderSettings.GridOutlineSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glEnd(); if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } else if (GridToRender.Z_Plane) { // Render Highlight of Bounding plane GL11.glColor4f(RenderSettings.GridCubeSelectedColor.x, RenderSettings.GridCubeSelectedColor.y, RenderSettings.GridCubeSelectedColor.z, RenderSettings.GridCubeSelectedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineSelectedColor.x, RenderSettings.GridOutlineSelectedColor.y, RenderSettings.GridOutlineSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glEnd(); if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } else { // Render Highlight of Bounding Box //faces points for a full cube: 1,2,3,4; 6,2,3,7; 5,6,7,8; 1,5,8,4; 1,2,6,5; 8,7,3,4; GL11.glColor4f(RenderSettings.GridCubeSelectedColor.x, RenderSettings.GridCubeSelectedColor.y, RenderSettings.GridCubeSelectedColor.z, RenderSettings.GridCubeSelectedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubeSelectedPoints[1].x, GridToRender.CubeSelectedPoints[1].y, GridToRender.CubeSelectedPoints[1].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[2].x, GridToRender.CubeSelectedPoints[2].y, GridToRender.CubeSelectedPoints[2].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[3].x, GridToRender.CubeSelectedPoints[3].y, GridToRender.CubeSelectedPoints[3].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[4].x, GridToRender.CubeSelectedPoints[4].y, GridToRender.CubeSelectedPoints[4].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[6].x, GridToRender.CubeSelectedPoints[6].y, GridToRender.CubeSelectedPoints[6].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[2].x, GridToRender.CubeSelectedPoints[2].y, GridToRender.CubeSelectedPoints[2].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[3].x, GridToRender.CubeSelectedPoints[3].y, GridToRender.CubeSelectedPoints[3].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[7].x, GridToRender.CubeSelectedPoints[7].y, GridToRender.CubeSelectedPoints[7].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[5].x, GridToRender.CubeSelectedPoints[5].y, GridToRender.CubeSelectedPoints[5].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[6].x, GridToRender.CubeSelectedPoints[6].y, GridToRender.CubeSelectedPoints[6].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[7].x, GridToRender.CubeSelectedPoints[7].y, GridToRender.CubeSelectedPoints[7].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[8].x, GridToRender.CubeSelectedPoints[8].y, GridToRender.CubeSelectedPoints[8].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[1].x, GridToRender.CubeSelectedPoints[1].y, GridToRender.CubeSelectedPoints[1].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[5].x, GridToRender.CubeSelectedPoints[5].y, GridToRender.CubeSelectedPoints[5].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[8].x, GridToRender.CubeSelectedPoints[8].y, GridToRender.CubeSelectedPoints[8].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[4].x, GridToRender.CubeSelectedPoints[4].y, GridToRender.CubeSelectedPoints[4].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[1].x, GridToRender.CubeSelectedPoints[1].y, GridToRender.CubeSelectedPoints[1].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[2].x, GridToRender.CubeSelectedPoints[2].y, GridToRender.CubeSelectedPoints[2].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[6].x, GridToRender.CubeSelectedPoints[6].y, GridToRender.CubeSelectedPoints[6].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[5].x, GridToRender.CubeSelectedPoints[5].y, GridToRender.CubeSelectedPoints[5].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[8].x, GridToRender.CubeSelectedPoints[8].y, GridToRender.CubeSelectedPoints[8].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[7].x, GridToRender.CubeSelectedPoints[7].y, GridToRender.CubeSelectedPoints[7].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[3].x, GridToRender.CubeSelectedPoints[3].y, GridToRender.CubeSelectedPoints[3].z); GL11.glVertex3f(GridToRender.CubeSelectedPoints[4].x, GridToRender.CubeSelectedPoints[4].y, GridToRender.CubeSelectedPoints[4].z); GL11.glEnd(); // render the internal cube as well GL11.glColor4f(RenderSettings.GridCubeSelectedColor.x, RenderSettings.GridCubeSelectedColor.y, RenderSettings.GridCubeSelectedColor.z, RenderSettings.GridCubeSelectedColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glColor4f(RenderSettings.GridCubeColor.x, RenderSettings.GridCubeColor.y, RenderSettings.GridCubeColor.z, RenderSettings.GridCubeColor.w); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline of the cube GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineSelectedColor.x, RenderSettings.GridOutlineSelectedColor.y, RenderSettings.GridOutlineSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointSelectedColor.x, RenderSettings.GridSurfacePointSelectedColor.y, RenderSettings.GridSurfacePointSelectedColor.z, RenderSettings.GridOutlineSelectedColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } // render 'non-highlighted' planes/cubes } else { if (GridToRender.X_Plane) { // Render Bounding plane GL11.glColor4f(RenderSettings.GridCubeColor.x, RenderSettings.GridCubeColor.y, RenderSettings.GridCubeColor.z, RenderSettings.GridCubeColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineColor.x, RenderSettings.GridOutlineColor.y, RenderSettings.GridOutlineColor.z, RenderSettings.GridOutlineColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glEnd(); if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointColor.x, RenderSettings.GridSurfacePointColor.y, RenderSettings.GridSurfacePointColor.z, RenderSettings.GridOutlineColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointColor.x, RenderSettings.GridSurfacePointColor.y, RenderSettings.GridSurfacePointColor.z, RenderSettings.GridOutlineColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } else if (GridToRender.Y_Plane) { // Render Bounding plane GL11.glColor4f(RenderSettings.GridCubeColor.x, RenderSettings.GridCubeColor.y, RenderSettings.GridCubeColor.z, RenderSettings.GridCubeColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineColor.x, RenderSettings.GridOutlineColor.y, RenderSettings.GridOutlineColor.z, RenderSettings.GridOutlineColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glEnd(); if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointColor.x, RenderSettings.GridSurfacePointColor.y, RenderSettings.GridSurfacePointColor.z, RenderSettings.GridOutlineColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointColor.x, RenderSettings.GridSurfacePointColor.y, RenderSettings.GridSurfacePointColor.z, RenderSettings.GridOutlineColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } else if (GridToRender.Z_Plane) { // Render Bounding plane GL11.glColor4f(RenderSettings.GridCubeColor.x, RenderSettings.GridCubeColor.y, RenderSettings.GridCubeColor.z, RenderSettings.GridCubeColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineColor.x, RenderSettings.GridOutlineColor.y, RenderSettings.GridOutlineColor.z, RenderSettings.GridOutlineColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glEnd(); if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointColor.x, RenderSettings.GridSurfacePointColor.y, RenderSettings.GridSurfacePointColor.z, RenderSettings.GridOutlineColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointColor.x, RenderSettings.GridSurfacePointColor.y, RenderSettings.GridSurfacePointColor.z, RenderSettings.GridOutlineColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } else { // Render Bounding Box //faces points for a full cube: 1,2,3,4; 6,2,3,7; 5,6,7,8; 1,5,8,4; 1,2,6,5; 8,7,3,4; GL11.glColor4f(RenderSettings.GridCubeColor.x, RenderSettings.GridCubeColor.y, RenderSettings.GridCubeColor.z, RenderSettings.GridCubeColor.w); GL11.glBegin(GL11.GL_QUADS); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); // render outline of the cube GL11.glLineWidth(RenderSettings.OutlineLineWidth); GL11.glColor4f(RenderSettings.GridOutlineColor.x, RenderSettings.GridOutlineColor.y, RenderSettings.GridOutlineColor.z, RenderSettings.GridOutlineColor.w); GL11.glBegin(GL11.GL_LINES); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[2].x, GridToRender.CubePoints[2].y, GridToRender.CubePoints[2].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[3].x, GridToRender.CubePoints[3].y, GridToRender.CubePoints[3].z); GL11.glVertex3f(GridToRender.CubePoints[6].x, GridToRender.CubePoints[6].y, GridToRender.CubePoints[6].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[7].x, GridToRender.CubePoints[7].y, GridToRender.CubePoints[7].z); GL11.glVertex3f(GridToRender.CubePoints[5].x, GridToRender.CubePoints[5].y, GridToRender.CubePoints[5].z); GL11.glVertex3f(GridToRender.CubePoints[1].x, GridToRender.CubePoints[1].y, GridToRender.CubePoints[1].z); GL11.glVertex3f(GridToRender.CubePoints[8].x, GridToRender.CubePoints[8].y, GridToRender.CubePoints[8].z); GL11.glVertex3f(GridToRender.CubePoints[4].x, GridToRender.CubePoints[4].y, GridToRender.CubePoints[4].z); GL11.glEnd(); if (!RenderSettings.RenderPointsAsQuad) { GL11.glPointSize(RenderSettings.GridPointSize); GL11.glColor4f(RenderSettings.GridSurfacePointColor.x, RenderSettings.GridSurfacePointColor.y, RenderSettings.GridSurfacePointColor.z, RenderSettings.GridOutlineColor.w); GL11.glBegin(GL11.GL_POINTS); for (int itor = 0; itor < GridToRender.SurfaceAtomCoordinates.size(); itor++) { GL11.glVertex3f(GridToRender.SurfaceAtomCoordinates.get(itor).x, GridToRender.SurfaceAtomCoordinates.get(itor).y, GridToRender.SurfaceAtomCoordinates.get(itor).z); } GL11.glEnd(); // render the points as a quad } else if (GridToRender.QuadPoints.size() < RenderSettings.NO_DISPLAY) { GL11.glColor4f(RenderSettings.GridSurfacePointColor.x, RenderSettings.GridSurfacePointColor.y, RenderSettings.GridSurfacePointColor.z, RenderSettings.GridOutlineColor.w); GL11.glBegin(GL11.GL_TRIANGLES); for (int itor = 0; itor < GridToRender.QuadPoints.size(); itor++) { // rendered as a triangle instead X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[1].x; Y = GridToRender.QuadPoints.get(itor)[1].y; Z = GridToRender.QuadPoints.get(itor)[1].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[0].x; Y = GridToRender.QuadPoints.get(itor)[0].y; Z = GridToRender.QuadPoints.get(itor)[0].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[2].x; Y = GridToRender.QuadPoints.get(itor)[2].y; Z = GridToRender.QuadPoints.get(itor)[2].z; GL11.glVertex3f(X, Y, Z); X = GridToRender.QuadPoints.get(itor)[3].x; Y = GridToRender.QuadPoints.get(itor)[3].y; Z = GridToRender.QuadPoints.get(itor)[3].z; GL11.glVertex3f(X, Y, Z); } GL11.glEnd(); } } } } }
From source file:org.agpu.oc.common.tileentity.AdvancedMonitor.java
public void swapBuffers(NBTTagCompound tag) { if (worldObj.isRemote) { for (int i = 0; i < tag.getInteger("commands"); i++) { NBTTagCompound t = tag.getCompoundTag(String.valueOf(i)); String type = t.getString("type"); if (type.equals("startDrawing3D")) { startDrawing3D(t.getInteger("x"), t.getInteger("y"), t.getInteger("width"), t.getInteger("height"), t.getFloat("fov"), t.getFloat("zNear"), t.getFloat("zFar")); } else if (type.equals("startDrawing2D")) { startDrawing2D(t.getInteger("x"), t.getInteger("y"), t.getInteger("width"), t.getInteger("height")); } else if (type.equals("setColor")) { GL11.glColor4f(t.getFloat("r"), t.getFloat("g"), t.getFloat("b"), t.getFloat("a")); } else if (type.equals("vertex3f")) { GL11.glVertex3f(t.getFloat("x"), t.getFloat("y"), t.getFloat("z")); } else if (type.equals("vertex2i")) { GL11.glVertex2i(t.getInteger("x"), t.getInteger("y")); } else if (type.equals("translate")) { GL11.glTranslatef(t.getFloat("x"), t.getFloat("y"), t.getFloat("z")); } else if (type.equals("rotate")) { GL11.glRotatef(t.getFloat("angle"), t.getFloat("x"), t.getFloat("y"), t.getFloat("z")); } else if (type.equals("scale")) { GL11.glScalef(t.getFloat("x"), t.getFloat("y"), t.getFloat("z")); } else if (type.equals("begin")) { GL11.glBegin(t.getInteger("m")); } else if (type.equals("end")) { GL11.glEnd();//w w w . ja v a2 s. c o m } else if (type.equals("string")) { Minecraft.getMinecraft().fontRendererObj.drawString(t.getString("string"), t.getInteger("x"), t.getInteger("y"), t.getInteger("color")); } else if (type.equals("enable")) { GL11.glEnable(t.getInteger("v")); } else if (type.equals("disable")) { GL11.glDisable(t.getInteger("v")); } else { System.out.println("Unknown packet type received: " + type); } } GL30.glBindFramebuffer(GL30.GL_FRAMEBUFFER, 0); GL11.glMatrixMode(GL11.GL_PROJECTION); GL11.glPopMatrix(); GL11.glMatrixMode(GL11.GL_MODELVIEW); GL11.glPopMatrix(); GL11.glPopAttrib(); } }
From source file:org.ajgl.graphics.DisplayList.java
License:Open Source License
/** * Compiles or and draws a display list. * @param listID - The display list handler * @param beginMode - The OpenGL begin mode * @param compileMode - The OpenGL compile mode * @param values - The array of vertices *///from ww w . j ava2 s . c o m @OpenGLInfo(fwdCompatible = false, openGLVersion = "1.1", status = "Deprecated") public static void compileTwoPointList(int listID, @BeginMode int beginMode, @CompileMode int compileMode, float... values) { GL11.glNewList(listID, compileMode); GL11.glBegin(beginMode); for (int i = 0; i < values.length - 1; i += 2) GL11.glVertex2f(values[i], values[i + 1]); GL11.glEnd(); GL11.glEndList(); }
From source file:org.ajgl.graphics.DisplayList.java
License:Open Source License
/** * Compiles or and draws a display list. * @param listID - The display list handler * @param beginMode - The OpenGL begin mode * @param compileMode - The OpenGL compile mode * @param values - The array of vertices *//*from www .j av a 2s.c o m*/ @OpenGLInfo(fwdCompatible = false, openGLVersion = "1.1", status = "Deprecated") public static void compileThreePointList(int listID, @BeginMode int beginMode, @CompileMode int compileMode, float... values) { GL11.glNewList(listID, compileMode); GL11.glBegin(beginMode); for (int i = 0; i < values.length - 2; i += 3) GL11.glVertex3f(values[i], values[i + 1], values[i + 2]); GL11.glEnd(); GL11.glEndList(); }
From source file:org.ajgl.graphics.DisplayList.java
License:Open Source License
/** * Compiles or and draws a display list. * @param listID - The display list handler * @param beginMode - The OpenGL begin mode * @param compileMode - The OpenGL compile mode * @param values - The array of vertices *///from w ww.j a v a 2 s . c o m @OpenGLInfo(fwdCompatible = false, openGLVersion = "1.1", status = "Deprecated") public static void compileFourPointList(int listID, @BeginMode int beginMode, @CompileMode int compileMode, float... values) { GL11.glNewList(listID, compileMode); GL11.glBegin(beginMode); for (int i = 0; i < values.length - 3; i += 4) GL11.glVertex4f(values[i], values[i + 1], values[i + 2], values[i + 3]); GL11.glEnd(); GL11.glEndList(); }
From source file:org.ajgl.graphics.DisplayList.java
License:Open Source License
/** * Compiles or and draws a display list with color. * Note that {@code colorValues} should have four values per vertex. * @param listID - The display list handler * @param beginMode - The OpenGL begin mode * @param compileMode - The OpenGL compile mode * @param vertexValues - The array of vertices * @param colorValues - The array of color vertices *//*from w w w .ja v a 2s . com*/ @OpenGLInfo(fwdCompatible = false, openGLVersion = "1.1", status = "Deprecated") public static void compileTwoPointList(int listID, @BeginMode int beginMode, @CompileMode int compileMode, float[] vertexValues, float[] colorValues) { GL11.glNewList(listID, compileMode); GL11.glBegin(beginMode); for (int i = 0, j = 0; i < vertexValues.length - 1; i += 2, j += 4) { GL11.glColor4f(colorValues[j], colorValues[j + 1], colorValues[j + 2], colorValues[j + 3]); GL11.glVertex2f(vertexValues[i], vertexValues[i + 1]); } GL11.glEnd(); GL11.glEndList(); }