public static void RotateArbitrary(ref ArrayList L_Model,
CPoint3D_Node v1,
CPoint3D_Node v2,
int ang)
{
Transformation_API.TranslateX(ref L_Model, v1.X * -1);
Transformation_API.TranslateY(ref L_Model, v1.Y * -1);
Transformation_API.TranslateZ(ref L_Model, v1.Z * -1);
float dx = v2.X - v1.X;
float dy = v2.Y - v1.Y;
float dz = v2.Z - v1.Z;
float theta = (float)Math.Atan2(dy, dx);
float phi = (float)Math.Atan2(Math.Sqrt(dx * dx + dy * dy), dz);
theta = (float)(theta * 180 / Math.PI);
phi = (float)(phi * 180 / Math.PI);
Transformation_API.RotatZ(ref L_Model, theta * -1);
Transformation_API.RotatY(ref L_Model, phi * -1);
Transformation_API.RotatZ(ref L_Model, ang);
Transformation_API.RotatY(ref L_Model, phi * 1);
Transformation_API.RotatZ(ref L_Model, theta * 1);
Transformation_API.TranslateZ(ref L_Model, v1.Z * 1);
Transformation_API.TranslateY(ref L_Model, v1.Y * 1);
Transformation_API.TranslateX(ref L_Model, v1.X * 1);
}
public void Rotat_Aroun_Edge(int iEdge, int checkside, int amount)
{
if (iEdge < 0 || iEdge >= L_Edges.Count)
{
return;
}
Edge e = (Edge)L_Edges[iEdge];
CPoint3D_Node pointer = (CPoint3D_Node )L_3D_Pts[e.E0];
CPoint3D_Node pointer2 = (CPoint3D_Node)L_3D_Pts[e.E1];
CPoint3D_Node v1 = new CPoint3D_Node(pointer.X, pointer.Y, pointer.Z);
CPoint3D_Node v2 = new CPoint3D_Node(pointer2.X, pointer2.Y, pointer2.Z);
if (checkside == 0)
{
Transformation_API.RotateArbitrary(
ref L_3D_Pts,
v1, //(CPoint3D_Node)L_3D_Pts[0],
v2, //(CPoint3D_Node)L_3D_Pts[1],
amount);
}
else if (checkside == 1)
{
Transformation_API.RotateArbitrary(
ref L_3D_Pts,
v1, //(CPoint3D_Node)L_3D_Pts[0],
v2, //(CPoint3D_Node)L_3D_Pts[1],
-amount);
}
}
public void rot(int amount)
{
addnewrow();
translatebackrow();
rotatecounter = 0;
rowmovement += amount;
rowmovementcheckspike += amount;
bow.Play();
Movingcube.cam = cam;
Movingcube.LoadFromFile("Cube2.txt");
Transformation_API.Scale(ref Movingcube.L_3D_Pts, 0.2f, 0.2f, 0.2f);
_3D_Model tempground2 = (_3D_Model)Ground[rowmovement];
for (int i = 0; i < Movingcube.L_3D_Pts.Count; i++)
{
CPoint3D_Node temp = (CPoint3D_Node)Movingcube.L_3D_Pts[i];
CPoint3D_Node tempground3 = (CPoint3D_Node)tempground2.L_3D_Pts[i];
temp.X = tempground3.X;
temp.Z = tempground3.Z;
}
Transformation_API.TranslateY(ref Movingcube.L_3D_Pts, -70);
Movingcube.clr = Color.Blue;
whichground = false;
}
public void translatebackrow()
{
for (int i = 0; i < Ground.Count; i++)
{
_3D_Model temp1 = (_3D_Model)Ground[i];
Transformation_API.TranslateZ(ref temp1.L_3D_Pts, -28);
}
for (int i = 0; i < Spikes.Count; i++)
{
_3D_Model temp1 = (_3D_Model)Spikes[i];
Transformation_API.TranslateZ(ref temp1.L_3D_Pts, -28);
}
}
private void T_Tick(object sender, EventArgs e)
{
for (int i = 0; i < Spikes.Count; i++)
{
_3D_Model tempspike = (_3D_Model)Spikes[i];
CPoint3D_Node tempspikepoint = (CPoint3D_Node)tempspike.L_3D_Pts[3];
if (tempspikepoint.Z < -350)
{
Spikes.RemoveAt(i);
}
}
CPoint3D_Node checkcube = (CPoint3D_Node)Movingcube.L_3D_Pts[3];
_3D_Model checkcube2 = (_3D_Model)Ground[1];
CPoint3D_Node checkcube22 = (CPoint3D_Node)checkcube2.L_3D_Pts[3];
if (checkcube.Z < checkcube22.Z)
{
falling = true;
}
if (spikemove == 15 || spikemove == 30)
{
for (int i = 0; i < Spikes.Count; i++)
{
_3D_Model tempspike = (_3D_Model)Spikes[i];
if (tempspike.upordown == false)
{
Transformation_API.TranslateY(ref tempspike.L_3D_Pts, 30);
tempspike.upordown = true;
}
else if (tempspike.upordown == true)
{
Transformation_API.TranslateY(ref tempspike.L_3D_Pts, -30);
tempspike.upordown = false;
}
}
for (int i = 0; i < Ground.Count; i++)
{
_3D_Model tempspike = (_3D_Model)Ground[i];
if (tempspike.typeofcube == 2)
{
if (tempspike.upordown == false)
{
tempspike.upordown = true;
_3D_Model checkhole = (_3D_Model)Ground[rowmovement];
if (checkhole.typeofcube == 2 && checkhole.upordown == true)
{
crushed = true;
}
}
else if (tempspike.upordown == true)
{
tempspike.upordown = false;
}
}
}
}
if (firstclick == true)
{
if (falling == false && crushed == false)
{
removeoldrow();
if (clickedrotate == true)
{
if (rotsided == true)
{
if (rotatecounter < 5)
{
Movingcube.Rotat_Aroun_Edge(10, 1, 15);
}
else
{
rot(6);
rotsided = false;
rotsidea = false;
clickedrotate = false;
rotatecounter = 0;
_3D_Model checkhole = (_3D_Model)Ground[rowmovement];
if (checkhole.typeofcube == 1)
{
falling = true;
}
else if (checkhole.typeofcube == 2 && checkhole.upordown == true)
{
crushed = true;
}
}
rotatecounter++;
}
else if (rotsidea == true)
{
if (rotatecounter < 5)
{
Movingcube.Rotat_Aroun_Edge(6, 1, 15);
}
else
{
rot(5);
rotsided = false;
rotsidea = false;
clickedrotate = false;
rotatecounter = 0;
_3D_Model checkhole = (_3D_Model)Ground[rowmovement];
if (checkhole.typeofcube == 1)
{
falling = true;
}
else if (checkhole.typeofcube == 2 && checkhole.upordown == true)
{
crushed = true;
}
}
rotatecounter++;
}
}
}
else if (falling == true)
{
if (fallingcubecounter < 20)
{
if (fallsound == false)
{
fall.Play();
fallsound = true;
}
Transformation_API.TranslateZ(ref Movingcube.L_3D_Pts, -20);
}
else
{
fall.Stop();
breaking.Play();
buildandreset();
}
fallingcubecounter++;
}
else if (crushed == true)
{
if (fallingcubecounter < 20)
{
if (fallsound == false)
{
breaking.Play();
fallsound = true;
}
Transformation_API.Scale(ref Movingcube.L_3D_Pts, (float)0.7, (float)0.7, (float)0.7);
}
else
{
breaking.Stop();
buildandreset();
}
fallingcubecounter++;
}
}
spikemove++;
if (spikemove == 31)
{
spikemove = 0;
}
cam.BuildNewSystem();
DrawScene(this.CreateGraphics());
}
public void addnewrow()
{
if (whichtoadd == false)
{
int startfgroundx = -75;
float startgroundz;
_3D_Model tempgr1 = (_3D_Model)Ground[Ground.Count - 3];
CPoint3D_Node tempgr2 = (CPoint3D_Node)tempgr1.L_3D_Pts[1];
startgroundz = tempgr2.Z;
startgroundz += 45;
_3D_Model cube3 = new _3D_Model();
cube3.cam = cam;
cube3.LoadFromFile("Cubewall.txt");
cube3.typeofcube = 3;
cube3.upordown = false;
Transformation_API.Scale(ref cube3.L_3D_Pts, 0.2f, 0.2f, 0.2f);
Transformation_API.TranslateZ(ref cube3.L_3D_Pts, (startgroundz - 10) - 50);
Transformation_API.TranslateY(ref cube3.L_3D_Pts, -108);
Transformation_API.TranslateX(ref cube3.L_3D_Pts, -163);
cube3.Rotat_Aroun_Edge(3, 0, 90);
cube3.Rotat_Aroun_Edge(8, 1, 146);
cube3.Rotat_Aroun_Edge(7, 0, 12);
cube3.clr = Color.DarkRed;
Ground.Add(cube3);
Random rnd1 = new Random();
chanceornot = rnd1.Next(3);
Random rnd2 = new Random();
hole = rnd2.Next(4);
for (int i = 0; i < 4; i++)
{
_3D_Model cube2 = new _3D_Model();
cube2.cam = cam;
cube2.LoadFromFile("Cube2.txt");
cube2.upordown = false;
Transformation_API.Scale(ref cube2.L_3D_Pts, 0.2f, 0.005f, 0.2f);
Transformation_API.TranslateZ(ref cube2.L_3D_Pts, startgroundz);
Transformation_API.TranslateY(ref cube2.L_3D_Pts, -100);
Transformation_API.TranslateX(ref cube2.L_3D_Pts, startfgroundx);
cube2.Rotat_Aroun_Edge(1, 0, 45);
bool whichcolor = false;
if (chanceornot == 0)
{
cube2.typeofcube = 0;
}
else if (chanceornot == 1)
{
if (hole == i)
{
cube2.typeofcube = 1;
}
}
else if (chanceornot == 2)
{
if (hole == i)
{
cube2.typeofcube = 2;
whichcolor = true;
CPoint3D_Node forspikess = (CPoint3D_Node)cube2.L_3D_Pts[0];
addspikes(forspikess);
}
}
if (whichcolor == false)
{
cube2.clr = Color.DarkGray;
}
else if (whichcolor == true)
{
cube2.clr = Color.Purple;
}
startfgroundx += 50;
Ground.Add(cube2);
}
cube3 = new _3D_Model();
cube3.cam = cam;
cube3.LoadFromFile("Cubewall.txt");
cube3.typeofcube = 3;
cube3.upordown = false;
Transformation_API.Scale(ref cube3.L_3D_Pts, 0.2f, 0.2f, 0.2f);
Transformation_API.TranslateZ(ref cube3.L_3D_Pts, startgroundz - 10);
Transformation_API.TranslateY(ref cube3.L_3D_Pts, -108);
Transformation_API.TranslateX(ref cube3.L_3D_Pts, 102);
cube3.Rotat_Aroun_Edge(3, 0, 90);
cube3.Rotat_Aroun_Edge(8, 0, 45);
cube3.clr = Color.DarkRed;
Ground.Add(cube3);
whichtoadd = true;
}
else if (whichtoadd == true)
{
int startfgroundx = -100;
float startgroundz;
_3D_Model tempgr1 = (_3D_Model)Ground[Ground.Count - 2];
CPoint3D_Node tempgr2 = (CPoint3D_Node)tempgr1.L_3D_Pts[1];
startgroundz = tempgr2.Z;
startgroundz += 50;
Random rnd1 = new Random();
chanceornot = rnd1.Next(3);
Random rnd2 = new Random();
hole = rnd2.Next(5);
for (int i = 0; i < 5; i++)
{
_3D_Model cube2 = new _3D_Model();
cube2.cam = cam;
cube2.upordown = false;
cube2.LoadFromFile("Cube2.txt");
Transformation_API.Scale(ref cube2.L_3D_Pts, 0.2f, 0.005f, 0.2f);
Transformation_API.TranslateZ(ref cube2.L_3D_Pts, startgroundz);
Transformation_API.TranslateY(ref cube2.L_3D_Pts, -100);
Transformation_API.TranslateX(ref cube2.L_3D_Pts, startfgroundx);
cube2.Rotat_Aroun_Edge(1, 0, 45);
bool whichcolor = false;
if (chanceornot == 0)
{
cube2.typeofcube = 0;
}
else if (chanceornot == 1)
{
if (hole == i)
{
cube2.typeofcube = 1;
}
}
else if (chanceornot == 2)
{
if (hole == i)
{
cube2.typeofcube = 2;
whichcolor = true;
CPoint3D_Node forspikess = (CPoint3D_Node)cube2.L_3D_Pts[0];
addspikes(forspikess);
}
}
if (whichcolor == false)
{
cube2.clr = Color.DarkRed;
}
else if (whichcolor == true)
{
cube2.clr = Color.Purple;
}
startfgroundx += 50;
Ground.Add(cube2);
}
whichtoadd = false;
}
}
public void buildandreset()
{
XB = 100;
YB = 50;
cx = 0;
cy = 0;
Ground.Clear();
Spikes.Clear();
Movingcube = new _3D_Model();
cam = new Camera();
Cube = new _3D_Model();
x.X = 0;
x.Y = 0;
y.X = 0;
y.Y = 0;
chanceornot = 0;
hole = 0;
firstclick = false;
whichground = false;
whichtoadd = false;
dropground = 0;
rowmovement = 41;
rowmovementcheckspike = 41;
clickedrotate = false;
rotsided = false;
rotsidea = false;
falling = false;
crushed = false;
checkdeath = false;
rotatecounter = 0;
fallingcubecounter = 0;
fallsound = false;
spikemove = 0;
cx = (this.Width - 185);
cy = (this.Height - 150);
cam.ceneterX = XB + (cx / 2);
cam.ceneterY = YB + (cy / 2);
cam.cxScreen = cx;
cam.cyScreen = cy;
cam.cop.Y += 715;
cam.cop.Z -= 360;
Cube.cam = cam;
Cube.LoadFromFile("Cube.txt");
Cube.clr = Color.White;
Transformation_API.Scale(ref Cube.L_3D_Pts, 1.31f, 1f, 4f);
float startgroundz = -350;
for (int j = 0; j < 30; j++)
{
float startfgroundx = -75;
_3D_Model cube3 = new _3D_Model();
cube3.cam = cam;
cube3.LoadFromFile("Cubewall.txt");
cube3.upordown = false;
Transformation_API.Scale(ref cube3.L_3D_Pts, 0.2f, 0.2f, 0.2f);
cube3.typeofcube = 3;
Transformation_API.TranslateZ(ref cube3.L_3D_Pts, startgroundz - (10 + 50));
Transformation_API.TranslateY(ref cube3.L_3D_Pts, -108);
Transformation_API.TranslateX(ref cube3.L_3D_Pts, -163);
cube3.Rotat_Aroun_Edge(3, 0, 90);
cube3.Rotat_Aroun_Edge(8, 1, 146);
cube3.Rotat_Aroun_Edge(7, 0, 12);
cube3.clr = Color.DarkRed;
Ground.Add(cube3);
if (j > 10)
{
Random rnd1 = new Random();
chanceornot = rnd1.Next(3);
Random rnd2 = new Random();
hole = rnd2.Next(4);
}
for (int i = 0; i < 4; i++)
{
_3D_Model cube2 = new _3D_Model();
cube2.cam = cam;
cube2.upordown = false;
cube2.LoadFromFile("Cube2.txt");
Transformation_API.Scale(ref cube2.L_3D_Pts, 0.2f, 0.005f, 0.2f);
Transformation_API.TranslateZ(ref cube2.L_3D_Pts, startgroundz);
Transformation_API.TranslateY(ref cube2.L_3D_Pts, -100);
Transformation_API.TranslateX(ref cube2.L_3D_Pts, startfgroundx);
cube2.Rotat_Aroun_Edge(1, 0, 45);
bool changecolor = false;
if (j <= 10)
{
cube2.typeofcube = 0;
}
else if (j > 10 && chanceornot == 0)
{
cube2.typeofcube = 0;
}
else if (j > 10 && hole == i && chanceornot == 1)
{
cube2.typeofcube = 1;
}
else if (j > 10 && hole == i && chanceornot == 2)
{
cube2.typeofcube = 2;
changecolor = true;
CPoint3D_Node forspikess = (CPoint3D_Node)cube2.L_3D_Pts[0];
addspikes(forspikess);
}
if (changecolor == false)
{
cube2.clr = Color.DarkGray;
}
else
{
cube2.clr = Color.Purple;
}
startfgroundx += 50;
Ground.Add(cube2);
}
cube3 = new _3D_Model();
cube3.cam = cam;
cube3.LoadFromFile("Cubewall.txt");
Transformation_API.Scale(ref cube3.L_3D_Pts, 0.2f, 0.2f, 0.2f);
cube3.upordown = false;
cube3.typeofcube = 3;
Transformation_API.TranslateZ(ref cube3.L_3D_Pts, startgroundz - 10);
Transformation_API.TranslateY(ref cube3.L_3D_Pts, -108);
Transformation_API.TranslateX(ref cube3.L_3D_Pts, 102);
cube3.Rotat_Aroun_Edge(3, 0, 90);
cube3.Rotat_Aroun_Edge(8, 0, 45);
cube3.clr = Color.DarkRed;
Ground.Add(cube3);
startgroundz += 27;
startfgroundx = -100;
if (j > 10)
{
Random rnd1 = new Random();
chanceornot = rnd1.Next(3);
Random rnd2 = new Random();
hole = rnd2.Next(5);
}
for (int i = 0; i < 5; i++)
{
_3D_Model cube2 = new _3D_Model();
cube2.cam = cam;
cube2.LoadFromFile("Cube2.txt");
cube2.upordown = false;
Transformation_API.Scale(ref cube2.L_3D_Pts, 0.2f, 0.005f, 0.2f);
Transformation_API.TranslateZ(ref cube2.L_3D_Pts, startgroundz);
Transformation_API.TranslateY(ref cube2.L_3D_Pts, -100);
Transformation_API.TranslateX(ref cube2.L_3D_Pts, startfgroundx);
cube2.Rotat_Aroun_Edge(1, 0, 45);
bool changecolor = false;
if (j <= 10)
{
cube2.typeofcube = 0;
}
else if (j > 10 && chanceornot == 0)
{
cube2.typeofcube = 0;
}
else if (j > 10 && hole == i && chanceornot == 1)
{
cube2.typeofcube = 1;
}
else if (j > 10 && hole == i && chanceornot == 2)
{
cube2.typeofcube = 2;
changecolor = true;
CPoint3D_Node forspikess = (CPoint3D_Node)cube2.L_3D_Pts[0];
addspikes(forspikess);
}
if (changecolor == false)
{
cube2.clr = cube2.clr = Color.DarkRed;
}
else
{
cube2.clr = Color.Purple;
}
startfgroundx += 50;
Ground.Add(cube2);
}
startgroundz += 30;
}
Movingcube.cam = cam;
Movingcube.LoadFromFile("Cube2.txt");
Movingcube.upordown = false;
Transformation_API.Scale(ref Movingcube.L_3D_Pts, 0.2f, 0.2f, 0.2f);
_3D_Model tempground = (_3D_Model)Ground[41];
for (int i = 0; i < Movingcube.L_3D_Pts.Count; i++)
{
CPoint3D_Node temp = (CPoint3D_Node)Movingcube.L_3D_Pts[i];
CPoint3D_Node tempground2 = (CPoint3D_Node)tempground.L_3D_Pts[i];
temp.X = tempground2.X;
temp.Z = tempground2.Z;
}
Transformation_API.TranslateY(ref Movingcube.L_3D_Pts, -70);
Movingcube.clr = Color.Blue;
cam.BuildNewSystem();
off = new Bitmap(this.ClientSize.Width, this.ClientSize.Height);
}