public static void recup_env()
{
// Transformation des coordonnées dans l'espaces aux coordonnées du laby de Charles
int a = ((int)macamera.position.X + rayon_salles) / (2 * rayon_salles);
int b = ((int)macamera.position.Z + rayon_salles) / (2 * rayon_salles);
ab_stay_in_bounds(ref a, ref b);
RoomsBuilder RoomsBuilder = new RoomsBuilder();
PlaceMonster PlaceMonster = new PlaceMonster();
//string pathL = @"Ressources\Game\C(L).obj";
//string pathX = @"Ressources\Game\C(X).obj";
//string pathIf = @"Ressources\Game\C(If).obj";
//string pathT = @"Ressources\Game\C(T).obj";
//string path2 = @"Ressources\Game\cabine.obj";
string pathStatue = @"Ressources\Game\statue.obj";
//string pathStatue = @"Ressources\Game\sql5_000049.obj";
if (Slender.doit_etre_recharge)
{
Slender.doit_etre_recharge = false;
Program.freeModel(new Point(-137, -137), true, false);
if (Slender.seraaffiche)
{
compteur_slender = compteur_slender % 4 + 1;
float ang;
Slender.position = PlaceMonster.GetPositionMonster(out ang);
if (first_loop)
{
first_loop = false;
Slender.position = new Vector3(30000, 30000, 30000);
}
Program.Liste_Lights[1].Position = new Vector3(Slender.position.X, Slender.position.Y + 100, Slender.position.Z);
Program.getModel(pathStatue,
Matrix.Scaling(2f * 75/*10*/) * Matrix.RotationY(ang) *
Matrix.Translation(Slender.position), new Point(-137, -137));
}
else
{
compteur_slender = 1;
}
}
/// RECHERCHE S'IL Y A DES SALLES QUI DOIVENT ETRE CHARGEES PUIS RECHARGEES DE SUITE APRES ///
//try
//{
// Recupere la liste des cases vues
////Console.WriteLine("Zone [{0},{1}] [{2},{3}]", a, b, macamera.position.X, macamera.position.Z);
List<Case> cases = new List<Case>(Program.newmaze.maze[a, b].see);
// Init
bool[] idadecharger = new bool[previous_cases.Count];
for (int i = 0; i < previous_cases.Count; i++)
{
idadecharger[i] = true;
}
// Recupere la liste des cases à décharger
for (int i = 0; i < cases.Count; i++)
{
for (int j = 0; j < previous_cases.Count && cases.Count != 0; j++)
{
if (previous_cases[j].x == cases[i].x && previous_cases[j].y == cases[i].y && idadecharger[j] == true)
{
idadecharger[j] = false;
cases.RemoveAt(i);
i--;
break;
}
}
}
// Decharge les cases à être déchargées
for (int i = 0; i < previous_cases.Count; i++)
{
if (idadecharger[i])
{
Program.freeModel(new Point(previous_cases[i].x, previous_cases[i].y), true, false);
previous_cases.RemoveAt(i);
i--;
}
}
// sauvegarde des cases
previous_cases.AddRange(cases);
// Charges les nouvelles cases
for (int i = 0; i < cases.Count; i++)
{
if (cases[i].type == 3) // L
{
RoomsBuilder.buildLRoom(rayon_salles, cases[i]);
/*Program.getModel(@"Ressources\Game\C(L).obj", Matrix.RotationY((float)Math.PI / 2 * (cases[i].rot - 1))
* Matrix.Translation(
-(2 * rayon_salles) * cases[i].x,
0,
-(2 * rayon_salles) * cases[i].y),
new Point(cases[i].x, cases[i].y));*/
}
else if (cases[i].type == 2) // T
{
RoomsBuilder.buildTRoom(rayon_salles, cases[i]);
/*Program.getModel(@"Ressources\Game\C(T).obj", Matrix.RotationY((float)Math.PI / 2 * (cases[i].rot - 1 + 1))
* Matrix.Translation(
-(2 * rayon_salles) * cases[i].x,
0,
-(2 * rayon_salles) * cases[i].y),
new Point(cases[i].x, cases[i].y));*/
}
else if (cases[i].type == 4) // Io
{
RoomsBuilder.buildIoRoom(rayon_salles, cases[i]);
/*Program.getModel(@"Ressources\Game\caca2.obj", Matrix.Scaling(30) * Matrix.RotationY((float)Math.PI / 2 * (cases[i].rot - 1 + 1))
* Matrix.Translation(
-(2 * rayon_salles) * cases[i].x,
0,
-(2 * rayon_salles) * cases[i].y),
new Point(cases[i].x, cases[i].y));*/
}
else if (cases[i].type == 5) // If
{
RoomsBuilder.buildIfRoom(rayon_salles, cases[i]);
/*Program.getModel(@"Ressources\Game\C(If).obj", Matrix.Scaling(30) * Matrix.RotationY((float)Math.PI / 2 * (cases[i].rot - 1 + 2))
* Matrix.Translation(
-(2 * rayon_salles) * cases[i].x,
0,
-(2 * rayon_salles) * cases[i].y),
new Point(cases[i].x, cases[i].y));*/
}
else if (cases[i].type == 1) // X
{
RoomsBuilder.buildXRoom(rayon_salles, cases[i]);
/*Program.getModel(@"Ressources\Game\C(X).obj", Matrix.Scaling(30) * Matrix.RotationY((float)Math.PI / 2 * (cases[i].rot - 1))
* Matrix.Translation(
-(2 * rayon_salles) * cases[i].x,
0,
-(2 * rayon_salles) * cases[i].y),
new Point(cases[i].x, cases[i].y));*/
}
}
}
//> Color codes for WriteNicely :
// 0: Black.
// 1: DarkBlue.
// 2: DarkGreen.
// 3: DarkCyan.
// 4: DarkRed.
// 5: DarkMagenta.
// 6: DarkYellow.
// 7: Gray.
// 8: DarkGray.
// 9: Blue.
//10: Green.
//11: Cyan.
//12: Red.
//13: Magenta.
//14: Yellow.
//15: White.
public static void ingame()
{
//Matrix view = Matrix.LookAtLH(new Vector3(0, 0, -0.00002f), new Vector3(0, 0, 0), Vector3.UnitY);
List<structModelFiles> ModelFiles = new List<structModelFiles>();
macamera = new Camera();
HUD hud = new HUD();
Stopwatch clock = new Stopwatch();
clock.Start();
Int64 previous_time = clock.ElapsedTicks;
Int64 previous_clignement = clock.ElapsedTicks;
Collision.Initialize();
Matrix oldView = macamera.view;
Vector3 oldPos = macamera.position;
Vector3 oldAngle = macamera.angle;
// Préchargement des salles
RoomsBuilder RoomsBuilder = new RoomsBuilder();
// MAXIMUM (impossible à otimiser)
RoomsBuilder.buildIfRoom(400, new Case(0, Case.CaseType.If, new Point(-1, -1)));
RoomsBuilder.buildIfRoom(400, new Case(0, Case.CaseType.If, new Point(-1, -1)));
RoomsBuilder.buildIfRoom(400, new Case(0, Case.CaseType.If, new Point(-1, -1)));
// MAXIMUM
RoomsBuilder.buildLRoom(400, new Case(0, Case.CaseType.L, new Point(-1, -1)));
RoomsBuilder.buildLRoom(400, new Case(0, Case.CaseType.L, new Point(-1, -1)));
RoomsBuilder.buildLRoom(400, new Case(0, Case.CaseType.L, new Point(-1, -1)));
RoomsBuilder.buildLRoom(400, new Case(0, Case.CaseType.L, new Point(-1, -1)));
// pas de maximum
RoomsBuilder.buildIoRoom(400, new Case(0, Case.CaseType.Io, new Point(-1, -1)));
RoomsBuilder.buildIoRoom(400, new Case(0, Case.CaseType.Io, new Point(-1, -1)));
RoomsBuilder.buildIoRoom(400, new Case(0, Case.CaseType.Io, new Point(-1, -1)));
RoomsBuilder.buildIoRoom(400, new Case(0, Case.CaseType.Io, new Point(-1, -1)));
// pas de maximum
RoomsBuilder.buildTRoom(400, new Case(0, Case.CaseType.T, new Point(-1, -1)));
RoomsBuilder.buildTRoom(400, new Case(0, Case.CaseType.T, new Point(-1, -1)));
RoomsBuilder.buildTRoom(400, new Case(0, Case.CaseType.T, new Point(-1, -1)));
RoomsBuilder.buildTRoom(400, new Case(0, Case.CaseType.T, new Point(-1, -1)));
RoomsBuilder.buildTRoom(400, new Case(0, Case.CaseType.T, new Point(-1, -1)));
// pas de maximum
RoomsBuilder.buildXRoom(400, new Case(0, Case.CaseType.X, new Point(-1, -1)));
RoomsBuilder.buildXRoom(400, new Case(0, Case.CaseType.X, new Point(-1, -1)));
// On cache les salles préchargées
Program.freeModel(new Point(-1, -1), true, false);
// On lance la boucle de rendu
RenderLoop.Run(Program.form, () =>
{
Program.device.BeginScene();
if (!MediaPlayer.intro_finished)
{
MediaPlayer.Intro();
}
else if (Menu.IsInMenu)
{
Cursor.Show();
Program.device.Clear(ClearFlags.Target | ClearFlags.ZBuffer, Color.Black, 1.0f, 0);
Menu.InMenu();
}
else
{
Cursor.Hide();
recup_env();
//effect.SetValue("LightPosition", new Vector4(-macamera.position.X, macamera.position.Y, -macamera.position.Z, 1));
/*if (clock.ElapsedTicks - previous_clignement > 100000000) // 1 tick != 100ns (cf diff entre Date et Stopwatch) utiliser Stopwatch.Frequency
{
//Console.WriteLine(Stopwatch.Frequency);
previous_clignement = clock.ElapsedTicks;
}*/
oldAngle = macamera.angle;
Int64 timer = clock.ElapsedTicks - previous_time;
previous_time = clock.ElapsedTicks;
macamera.orient_camera(timer);
//--------------------------------------------------------
// Died
//--------------------------------------------------------
#region died
if (kill == false)
{
if (distanceSlender_var <= 100)
{
kill = true;
if (!Sound.dead.IsAlive)
{
if (Sound.dead.ThreadState == System.Threading.ThreadState.Stopped)
{
Sound.soundContinue = true;
Sound.dead = new Thread(Sound.bruitpas);
}
Sound.dead.Start();
}
}
}
if (kill == true)
{
Time.Start();
if (Time.ElapsedMilliseconds < 500)
{
macamera.position.Y += (0.000006f * Time.ElapsedMilliseconds) * 70;
}
else if (Time.ElapsedMilliseconds == 500)
{
if (stateinflash == 0)
{
stateinflash = -1;
}
}
else if ((Time.ElapsedMilliseconds > 1500) && (Time.ElapsedMilliseconds < 4650))
{
macamera.angle.Z -= (0.00000006f * Time.ElapsedMilliseconds);
macamera.angle.Y += 0.00000006f * Time.ElapsedMilliseconds;
macamera.position.Y += (0.00000006f * Time.ElapsedMilliseconds) * 70;
}
else if ((Time.ElapsedMilliseconds > 4650) && (Time.ElapsedMilliseconds < 4700))
{
macamera.angle.Z -= (0.0000006f * Time.ElapsedMilliseconds);
macamera.position.Y += (0.00000006f * Time.ElapsedMilliseconds) * 70;
}
else if ((Time.ElapsedMilliseconds > 4700) && (Time.ElapsedMilliseconds < 5200))
{
macamera.position.Y += (0.00000006f * Time.ElapsedMilliseconds) * 70;
}
else if (Time.ElapsedMilliseconds >= 5200)
{
if (stateinflash == 0)
{
stateinflash = -1;
}
//kill = false;
Time.Stop();
Time.Reset();
Thread.Sleep(1000);
Sound.dead.Abort();
Menu.IsInMenu = true;
}
}
#endregion
//--------------------------------------------------------
previous_time = clock.ElapsedTicks;
bool collide = Collision.CheckCollisions(macamera.position);
//collide = false;
if (collide)
{
macamera.position = oldPos;
oldView =
Matrix.Translation(oldPos.X, oldPos.Y + (float)Math.Sin(Ingame.sinusoide) / 45f * 70, oldPos.Z) *
Matrix.RotationAxis(new Vector3(0, 1, 0), macamera.angle.Y + Ingame.parasitesCamera[0]) *
Matrix.RotationAxis(new Vector3(1, 0, 0), macamera.angle.X + Ingame.parasitesCamera[1]) *
Matrix.RotationAxis(new Vector3(0, 0, 1), macamera.angle.Z);
macamera.view = oldView;
}
else
{
oldPos = macamera.position;
oldView = macamera.view;
}
Program.Liste_Lights[0].Position = -Ingame.macamera.position;
Program.device.Clear(ClearFlags.Target | ClearFlags.ZBuffer, Color.Black, 1.0f, 0);
for (int k = 0; k < Program.Liste_OBJ.Count; k++)
{
Program.Liste_OBJ[k].effect.SetValue("LightPosition[0]", new Vector4(Program.Liste_Lights[0].Position, 1));
Program.Liste_OBJ[k].effect.SetValue("LightPosition[1]", new Vector4(Program.Liste_Lights[1].Position.X, Program.Liste_Lights[1].Position.Y + 2f, Program.Liste_Lights[1].Position.Z, 1));
Program.Liste_OBJ[k].effect.SetValue("LightDistanceSquared[0]", lightDistanceSquared0calcul);
Program.Liste_OBJ[k].effect.SetValue("LightDistanceSquared[1]", lightDistanceSquared1calcul);
Program.Liste_OBJ[k].effect.SetValue("percent_Negatif", percent_negatif);
Program.Liste_OBJ[k].effect.SetValue("View", macamera.view);
Program.Liste_OBJ[k].effect.SetValue("Sepia", Sepia);
Program.Liste_OBJ[k].effect.SetValue("luminosity", luminosity);
Program.Liste_OBJ[k].effect.Begin();
Program.Liste_OBJ[k].effect.BeginPass(0);
Program.Liste_OBJ[k].effect.SetValue("World", Program.Liste_OBJ[k].Transformation);
Program.Liste_OBJ[k].effect.SetValue("WorldInverseTranspose", Matrix.Transpose(Matrix.Invert(Program.Liste_OBJ[k].Transformation)));
for (int i = 0; i < Program.Liste_OBJ[k].data.Count; i++)
{
if (Program.Liste_OBJ[k].sera_affiche)
{
Program.device.SetStreamSource(0, Program.Liste_OBJ[k].data[i].VertexBuffer, 0, Utilities.SizeOf<structVertex>());
Program.device.SetTexture(0, Program.Liste_textures[Program.getTexture(Program.Liste_OBJ[k].data[i].map_Kd)].texture);
Program.device.SetTexture(1, Program.Liste_textures[Program.getTexture(Program.Liste_OBJ[k].data[i].map_Ns)].texture);
Program.device.DrawPrimitives(PrimType, 0, Program.Liste_OBJ[k].data[i].nbfaces);
}
}
Program.Liste_OBJ[k].effect.EndPass();
Program.Liste_OBJ[k].effect.End();
}
hud.Display_HUD();
}
Program.device.EndScene(); // Okay
Program.device.Present();
});
Cursor.Show();
Menu.Dispose();
hud.Dispose();
for (int k = 0; k < Program.Liste_OBJ.Count; k++)
{
for (int i = 0; i < Program.Liste_OBJ[k].data.Count; i++)
{
Program.Liste_OBJ[k].data[i].VertexBuffer.Dispose();
}
}
foreach (structTexture TextureElt in Program.Liste_textures)
{
TextureElt.texture.Dispose();
}
clock.Stop();
}