public JuliaFractal(String algebra, String function, int precision, int iterations,
Point3 location = null, float x = -0.162f, float y = 0.163f, float z = 0.560f, float k = -0.599f,
Signal<float> rx = null, Signal<float> ry = null, Signal<float> rz = null, Signal<float> rk = null,
Point3 rotation = null, PovTexture texture = null, String finish = null, bool reactive = false)
{
this.reactive = reactive;
this.loc = location ?? new Point3(0, 0, 0, reactive: reactive);
this.rot = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.tex = texture ?? new POVColor("Red");
this.finish = finish ?? "finish {phong .9 reflection .5}";
this.x = rx ?? new Lift0f(x);
this.y = ry ?? new Lift0f(y);
this.z = rz ?? new Lift0f(z);
this.k = rk ?? new Lift0f(k);
if (algebra.Equals("quaternion"))
{
this.algebra = algebra;
}
else if (algebra.Equals(" hypercomplex"))
{
this.algebra = algebra;
}
else this.algebra = "quaternion";
this.precision = precision;
this.iterations = iterations;
this.function = function;
}
public Blob(float threshold = .06f, Point3 rotate = null, Point3 translate = null, List<PovObj> blob = null, bool reactive = false, Signal<float> rthresh = null)
{
this.reactive = reactive;
this.threshold = rthresh ?? new Lift0f(threshold);
this.rot = rotate ?? new Point3(0,0,0, reactive: reactive);
this.trans = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.blob = blob ?? new List<PovObj>();
}
private Light(Point3 loc, Point3 color, float fadeDist, float fadePower, Boolean shadows, Boolean interaction, Boolean atmosphere, String type = " ")
{
this.loc = loc;
this.color = color ?? new Point3(1,1,1);
this.type = type;
this.fadeDist = fadeDist;
this.fadePower = fadePower;
}
public Sphere(Point3 location = null, float radius = 1.0f, Signal<float> rrad = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, String finish = null, bool reactive = false)
{
this.reactive = reactive;
this.location = location ?? new Point3(0, 0, 0, reactive: reactive);
this.translate = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.rotation = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.texture = texture ?? new POVColor("Red");
this.finish = finish ?? "finish {phong .9 reflection .5}";
this.radius = rrad ?? new Lift0f(radius);
}
public Torus(float outerrad = 1.0f, Signal<float> outerradr = null, float innerrad = 1.0f, Signal<float> innerradr = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, String finish = null, bool reactive = false)
{
this.outerrad = outerradr ?? new Lift0f(outerrad);
this.innerrad = innerradr ?? new Lift0f(innerrad);
this.translate = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.rotation = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.texture = texture ?? new POVColor("Red");
this.finish = finish ?? "finish {phong .9 reflection .5}";
this.reactive = reactive;
}
public Box(Point3 lowerleftcorner = null, Point3 upperrightcorner = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, String finish = null, bool reactive = false)
{
this.reactive = reactive;
this.lowerleftcorner = lowerleftcorner ?? new Point3(0, 0, 0, reactive: reactive);
this.upperrightcorner = upperrightcorner ?? new Point3(0, 0, 0, reactive: reactive);
this.translate = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.rotation = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.finish = finish ?? "finish {phong .9 reflection .5}";
this.texture = texture ?? new POVColor("Red");
}
public Plane(Point3 normal = null, float disp = -1.0f, Signal<float> dispr = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, String finish = null, bool reactive = false)
{
this.normal = normal ?? new Point3(0, 1, 0, reactive: reactive);
this.disp = dispr ?? new Lift0f(disp);
this.translate = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.rotation = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.texture = texture ?? new POVColor("Red");
this.finish = finish ?? "finish {phong .9 reflection .5}";
this.reactive = reactive;
}
public Camera(Point3 location = null, Point3 look_at = null, float bumps = 0.0f, Signal<float> bumpsr = null, String mesh = null, Signal<String> meshr = null, bool reactive = false)
{
//to add a mesh to the camera use the mesh identifier in the constructor
//to make the image appear as if through curved glass increase the number of bumps
this.location = location ?? new Point3(0, 2, -3, reactive: reactive);
this.look_at = look_at ?? new Point3(0, 1, 2, reactive: reactive);
_bumps = bumpsr ?? new Lift0f(bumps);
_mesh = meshr ?? new Lift0s(mesh);
this.reactive = reactive;
}
public Plane(Point3 vectorx = null, Point3 vectory = null, float disp = -1.0f, Signal<float> dispr = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, bool reactive = false)
{
Point3 n = vectorx.crossproduct(vectory);
this.normal = n ?? new Point3(0, 1, 0, reactive: reactive);
this.normal.reactive = reactive;
this.disp = dispr ?? new Lift0f(disp);
this.translate = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.rotation = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.texture = texture ?? new POVColor("Red");
this.reactive = reactive;
}
public Cylinder(Point3 basepoint = null, Point3 toppoint = null, float radius = 1.0f, Signal<float> radiusr = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, String finish = null, bool reactive = false)
{
this.basepoint = basepoint ?? new Point3(0, 0, 0, reactive: reactive);
this.toppoint = toppoint ?? new Point3(0, 0, 0, reactive: reactive);
this.radius = radiusr ?? new Lift0f(radius);
this.translate = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.rotation = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.finish = finish ?? "finish {phong .9 reflection .5}";
this.texture = texture ?? new POVColor("Red");
this.reactive = reactive;
}
public SuperEllipsoid(Point3 location = null,float e =3f, float n = 2f, Signal<float> re = null,Signal<float> rn = null,
Point3 translate = null, Point3 rotation = null, PovTexture texture = null, String finish = null, bool reactive = false)
{
this.reactive = reactive;
this.loc = location ?? new Point3(0, 0, 0, reactive: reactive);
this.trans = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.rot = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.finish = finish ?? "finish {phong .9 reflection .5}";
this.e = re ?? new Lift0f(e);
this.n = rn ?? new Lift0f(n);
this.tex = texture ?? new POVColor("Red");
}
public Cone(Point3 bottompoint = null, float bottomradius = 1.0f, Signal<float> bottomradiusr = null, Point3 toppoint = null, float topradius = 0.0f, Signal<float> topradiusr = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null ,String finish = null, bool reactive = false)
{
this.bottompoint = bottompoint ?? new Point3(0, 0, 0);
this.bottomradius = bottomradiusr ?? new Lift0f(bottomradius);
this.toppoint = toppoint ?? new Point3(0, 0, 0);
this.topradius = topradiusr ?? new Lift0f(topradius);
this.translate = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.rotation = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.finish = finish ?? "finish {phong .9 reflection .5}";
this.texture = texture ?? new POVColor("Red");
this.reactive = reactive;
}
public Ovus(Point3 location = null, float topRadius = 1.0f, float bottomRadius = 2f, Signal<float> rt = null,
Signal<float> rb = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, String finish = null,
bool reactive = false)
{
this.reactive = reactive;
this.loc = location ?? new Point3(0, 0, 0, reactive: reactive);
this.trans = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.rot = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.finish = finish ?? "finish {phong .9 reflection .5}";
this.tex = texture ?? new POVColor("Red");
this.topRadius = rt ?? new Lift0f(topRadius);
this.bottomRadius = rb ?? new Lift0f(bottomRadius);
}
//vector perpendicular to given vectors
public Point3 crossproduct(Point3 vec)
{
if (this != null && vec != null)
{
Point3 results = new Point3(0, 0, 0);
results.x = this.y * vec.z - this.z * vec.y;
results.y = this.z * vec.x - this.x * vec.z;
results.z = this.x * vec.y - this.y * vec.x;
return results;
}
else
{
return null;
}
}
public Sor(int numPoints, PointF[] p,
Point3 location = null, float radius = 1.0f, Signal<float> rrad = null,
Point3 translate = null, Point3 rotation = null, PovTexture texture = null, String finish = null, bool reactive = false)
{
this.numPoints = numPoints;
this.loc = location ?? new Point3(0, 0, 0, reactive: reactive);
this.rot = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.tex = texture ?? new POVColor("Green");
this.p = p;
this.finish = finish ?? "finish {phong .9 reflection .5}";
for (int i = 0; i < p.Length - 1; i++)
{
points += "< " + p[i].X + ", " + p[i].Y + "> , ";
}
points += "< " + p[p.Length - 1].X + ", " + p[p.Length - 1].Y + ">";
}
public Prism(String spline_type, float height1, float height2, int numPoints, Point2[] p, Point3 loc = null,
bool reactive = false, Signal<float> rh1 = null, Signal<float> rh2 = null, Signal<float> nps = null)
{
this.reactive = reactive;
this.spline_type = spline_type;
this.numPoints = nps ?? new Lift0f(numPoints);
this.loc = loc ?? new Point3(0, 0, 0, reactive: reactive);
this.p = p;
this.height1 = rh1 ?? new Lift0f(height1);
this.height2 = rh2 ?? new Lift0f(height2);
this.texture = new POVColor("Green");
//ints = this.height1+", "+this.height2+", " + this.numPoints;
for (int i = 0; i < p.Length - 1; i++)
{
points += "< " + p[i].x + ", " + p[i].y + "> , ";
}
points += "< " + p[p.Length - 1].x + ", " + p[p.Length - 1].y + ">";
}
public Parametric(String xFunc, String yFunc, String zFunc,
Point3 location = null, float u1 = 0f, float u2 = 7f, float v1 = 0f, float v2 = 7f, Signal<float> ru1 = null,
Signal<float> ru2 = null, Signal<float> rv1 = null, Signal<float> rv2 = null,String bounds = "{box {<-1,-1,-1>*2*pi,<1,8/3,1>*2*pi}}",
Point3 translate = null, Point3 rotation = null, PovTexture texture = null, String finish = null, bool reactive = false)
{
this.reactive = reactive;
this.xFunc = xFunc;
this.yFunc = yFunc;
this.zFunc = zFunc;
this.bounds = bounds;
this.u1 = ru1 ?? new Lift0f(u1);
this.u2 = ru2 ?? new Lift0f(u2);
this.v1 = rv1 ?? new Lift0f(v1);
this.v2 = rv2 ?? new Lift0f(v2);
this.finish = finish ?? "finish {phong .9 reflection .5}";
this.loc = location ?? new Point3(0, 0, 0, reactive: reactive);
this.trans = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.rot = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.tex = texture ?? new POVColor("Red");
}
public SpotLight(Point3 loc, Point3 color, float radius, float falloff, float tightness, Point3 pointAt, float fadeDist, float fadePower, Boolean shadows, Boolean interaction, Boolean atmosphere)
: base(loc, color, fadeDist, fadePower, shadows, interaction, atmosphere, type: "spotlight")
{
this.radius = radius;
this.falloff = falloff;
this.tightness = tightness;
this.pointAt = pointAt;
}
public void move(Point3 transform)
{
this.translate = transform;
}
private void renderButt_Click(object sender, EventArgs e)
{
writer1.Add("width=" + imageWidthTB.Text);
writer1.Add(Environment.NewLine);
writer1.Add("height=" + imageHeightTB.Text);
writer1.Add(Environment.NewLine);
writer1.Add("Display_Gamma=" + imageGammaBar.Value / 100.0);
writer1.Add(Environment.NewLine);
writer1.Add("+Q" + quality);
writer1.Add(Environment.NewLine);
writer1.Add("Antialias=On");
writer1.Add(Environment.NewLine);
writer1.Add("Antialias_Threshold=" + alias);
Point3 camLoc = new Point3((Convert.ToInt32(xPosTB.Text)), (Convert.ToInt32(yPosTB.Text)), (Convert.ToInt32(zPosTB.Text)));
Point3 camLook = new Point3((Convert.ToInt32(xDirTB.Text)), (Convert.ToInt32(yDirTB.Text)), (Convert.ToInt32(zDirTB.Text)));
camXPosLab.Text = " " + camLoc.x;
camYPosLab.Text = " " + camLoc.y;
camZPosLab.Text = " " + camLoc.z;
camXDirLab.Text = " " + camLook.x;
camXDirLab.Text = " " + camLook.y;
camXDirLab.Text = " " + camLook.z;
frame.remove(cam);
cam = new Camera(location: camLoc, look_at: camLook);
frame.add(cam);
frame.render();
}
public AreaLight(Point3 loc, Point3 color, Point3 vector1, Point3 vector2, int widthLight, int heightLight, float fadeDist, float fadePower, Boolean shadows, Boolean interaction, Boolean atmosphere)
: base(loc, color, fadeDist, fadePower, shadows, interaction, atmosphere, type: "area_light")
{
this.vector1 = vector1;
this.vector2 = vector2;
this.widthLight = widthLight;
this.heightLight = heightLight;
}
public void move(Point3 loc)
{
this.loc = loc;
}
public static Light cylindricalLight(Point3 loc, Point3 color = null, float fadeDist = 0.0f, float fadePower = 0.0f, Boolean shadows = true, Boolean interaction = true, Boolean atmosphere = false)
{
return(new Light(loc, color, fadeDist, fadePower, shadows, interaction, atmosphere, "cylinder"));
}
public JuliaFractal(float x, float y, float z, float k, String algebra, String function, int precision, int iterations, Point3 loc)
{
this.loc = loc;
this.x = x;
this.y = y;
this.z = z;
this.k = k;
if (algebra.Equals("quaternion"))
{
this.algebra = algebra;
}
else if (algebra.Equals(" hypercomplex"))
{
this.algebra = algebra;
}
else
{
this.algebra = "quaternion";
}
this.precision = precision;
this.iterations = iterations;
this.function = function;
this.texture = new POVColor("Red");
}
public static Light spotLight(Point3 loc, float radius = 0f, float falloff = 0f, float tightness = 0f, Point3 pointAt = null, Point3 color = null, float fadeDist = 0.0f, float fadePower = 0.0f, Boolean shadows = true, Boolean interaction = true, Boolean atmosphere = false)
{
return new SpotLight(loc, color, radius, falloff, tightness, pointAt, fadeDist, fadePower, shadows, interaction, atmosphere);
}
public void move(Point3 loc)
{
this.location = loc;
}
public SpotLight(Point3 loc, Point3 color, float radius, float falloff, float tightness, Point3 pointAt, float fadeDist, float fadePower, Boolean shadows, Boolean interaction, Boolean atmosphere)
: base(loc, color, fadeDist, fadePower, shadows, interaction, atmosphere, type: "spotlight")
{
this.radius = radius;
this.falloff = falloff;
this.tightness = tightness;
this.pointAt = pointAt;
}
public void changeView(Point3 look_at)
{
this.look_at = look_at;
}
public Sphere(Point3 location = null, float radius = 1.0f, Signal <float> rrad = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, String finish = null, bool reactive = false)
{
this.reactive = reactive;
this.location = location ?? new Point3(0, 0, 0, reactive: reactive);
this.translate = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.rotation = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.texture = texture ?? new POVColor("Red");
this.finish = finish ?? "finish {phong .9 reflection .5}";
this.radius = rrad ?? new Lift0f(radius);
}
public static Light spotLight(Point3 loc, float radius = 0f, float falloff = 0f, float tightness = 0f, Point3 pointAt = null, Point3 color = null, float fadeDist = 0.0f, float fadePower = 0.0f, Boolean shadows = true, Boolean interaction = true, Boolean atmosphere = false)
{
return(new SpotLight(loc, color, radius, falloff, tightness, pointAt, fadeDist, fadePower, shadows, interaction, atmosphere));
}
public static Light areaLight(Point3 loc, Point3 vector1, Point3 vector2, int widthLight, int heightLight, Point3 color = null, float fadeDist = 0.0f, float fadePower = 0.0f, Boolean shadows = true, Boolean interaction = true, Boolean atmosphere = false)
{
return new AreaLight(loc, color, vector1, vector2, widthLight, heightLight, fadeDist, fadePower, shadows, interaction, atmosphere);
}
public void move(Point3 loc)
{
this.loc = loc;
}
public static Light pointLight(Point3 loc, Point3 color = null, float fadeDist = 0.0f, float fadePower = 0.0f, Boolean shadows = true, Boolean interaction = true, Boolean atmosphere = false)
{
return new Light(loc, color, fadeDist, fadePower, shadows, interaction, atmosphere, "");
}
public void move(Point3 transform)
{
this.translate = transform;
}
public Light(Point3 loc)
{
this.loc = loc;
this.color = "White";
}
public Prism(String spline_type, float height1, float height2, int numPoints, Point2[] p, Point3 loc = null,
bool reactive = false, Signal <float> rh1 = null, Signal <float> rh2 = null, Signal <float> nps = null)
{
this.reactive = reactive;
this.spline_type = spline_type;
this.numPoints = nps ?? new Lift0f(numPoints);
this.loc = loc ?? new Point3(0, 0, 0, reactive: reactive);
this.p = p;
this.height1 = rh1 ?? new Lift0f(height1);
this.height2 = rh2 ?? new Lift0f(height2);
this.texture = new POVColor("Green");
//ints = this.height1+", "+this.height2+", " + this.numPoints;
for (int i = 0; i < p.Length - 1; i++)
{
points += "< " + p[i].x + ", " + p[i].y + "> , ";
}
points += "< " + p[p.Length - 1].x + ", " + p[p.Length - 1].y + ">";
}
public Box(Point3 lowerleftcorner = null, Point3 upperrightcorner = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, String finish = null, bool reactive = false)
{
this.reactive = reactive;
this.lowerleftcorner = lowerleftcorner ?? new Point3(0, 0, 0, reactive: reactive);
this.upperrightcorner = upperrightcorner ?? new Point3(0, 0, 0, reactive: reactive);
this.translate = translate ?? new Point3(0, 0, 0, reactive: reactive);
this.rotation = rotation ?? new Point3(0, 0, 0, reactive: reactive);
this.finish = finish ?? "finish {phong .9 reflection .5}";
this.texture = texture ?? new POVColor("Red");
}
public Light(Point3 loc, string color)
{
this.loc = loc;
this.color = color;
}
public void move(Point3 loc)
{
this.x = loc.x;
this.y = loc.y;
this.z = loc.z;
}
public static Light areaLight(Point3 loc, Point3 vector1, Point3 vector2, int widthLight, int heightLight, Point3 color = null, float fadeDist = 0.0f, float fadePower = 0.0f, Boolean shadows = true, Boolean interaction = true, Boolean atmosphere = false)
{
return(new AreaLight(loc, color, vector1, vector2, widthLight, heightLight, fadeDist, fadePower, shadows, interaction, atmosphere));
}