Puerta::Puerta() {
numTexturas = 1;
//Crea Malla de la puerta
numVertices = 5;
numCaras = 1;
numNormales = numCaras;
vertice = new PV3D*[numVertices];
normal = new PV3D*[numNormales];
cara = new Cara*[numCaras];
vertice[0] = new PV3D(0.0, 0.0, 0.0, 1);
vertice[1] = new PV3D(6.0, 0.0, 0.0, 1);
vertice[2] = new PV3D(6.0, 6.0, 0.0, 1);
vertice[3] = new PV3D(2.0, 6.0, 0.0, 1);
vertice[4] = new PV3D(0.0, 3.0, 0.0, 1);
//Cara 1
VerticeNormal** vn1 = new VerticeNormal*[5];
vn1[0] = new VerticeNormal(0, 0);
vn1[1] = new VerticeNormal(1, 0);
vn1[2] = new VerticeNormal(2, 0);
vn1[3] = new VerticeNormal(3, 0);
vn1[4] = new VerticeNormal(4, 0);
cara[0] = new Cara(5, vn1);
PV3D* v1 = CalculoVectorNormalPorNewell(cara[0]); //Newell
normal[0] = v1;
}
void Quesito::caraRedonda() {
/* Construcción del lateral redondo */
PV3D** perfil = new PV3D*[pPerfil]; //perfil en XY
//Construir perfil
perfil[0] = new PV3D(x, 0.0f, 0.0f, 1);
perfil[1] = new PV3D(x, y, 0.0f, 1);
//Colocar el perfil original en la tabla de vertices
for (int j = 0; j < pPerfil; j++) {
vertice[idxVertice] = perfil[j]->clona();
idxVertice++;
}
//Construcción de los vértices
for (int i = 1; i < cortes; i++) {
//59 grados por pieza
double rads = 60 * M_PI / 180;
double theta = i * rads / (double)cortes; //Pasar grados a radianes
double c = cos(theta);
double s = sin(theta);
//R_y es la matriz de rotación sobre el eje Y
for (int j = 0; j < pPerfil; j++) {
//Transformar el punto j-ésimo del perfil original
double x = c * perfil[j]->getX() + s * perfil[j]->getZ();
double z = ((-s) * perfil[j]->getX()) + c * perfil[j]->getZ();
PV3D* p = new PV3D(x, perfil[j]->getY(), z, 1);
vertice[idxVertice] = p;
idxVertice++;
}
}
//Construcción de las caras y las normales
int verticesR = cortes * pPerfil;
for (int i = 0; i < cortes - 1; i++) {
for (int j = 0; j < pPerfil - 1; j++) {
int indice = (i * pPerfil) + j;
VerticeNormal** vn = new VerticeNormal*[4];
vn[0] = new VerticeNormal(indice, idxNormal);
vn[1] = new VerticeNormal((indice + pPerfil) % verticesR, idxNormal);
vn[2] = new VerticeNormal((indice + 1 + pPerfil) % verticesR, idxNormal);
vn[3] = new VerticeNormal(indice + 1, idxNormal);
this->cara[idxCara] = new Cara(4, vn);
PV3D* v = CalculoVectorNormalPorNewell(this->cara[idxCara]);
this->normal[idxNormal] = v;
idxCara++;
idxNormal++;
}
}
}
/*
Construcción de la cara trasera a partir de los últimos
vertices calculados en la revolución
*/
void Quesito::caraTrasera() {
VerticeNormal** vn = new VerticeNormal*[4];
vn[0] = new VerticeNormal(idxVertice - 2, idxNormal);
vn[1] = new VerticeNormal(idxVertice - 3, idxNormal);
vn[2] = new VerticeNormal(idxVertice - 1, idxNormal);
vn[3] = new VerticeNormal(idxVertice, idxNormal);
cara[idxCara] = new Cara(4, vn);
PV3D* v = CalculoVectorNormalPorNewell(cara[idxCara]);
normal[idxNormal] = v;
idxCara++;
idxNormal++;
}
void MontanaRusa::creaTuboFrenet(){
//Lo multiplicamos por el numero de vueltas
GLfloat intervalo = 2*M_PI*2/NQ;
PV3D** vertices = getVertices();
//Construimos los vertices de cada cara del tubo
for(int i=0; i<NQ; i++){
GLfloat valor = i*intervalo;
PV3D* T = primeraDerivada(valor);
T->normaliza();
PV3D* B = primeraDerivada(valor)->productoVectorial(segundaDerivada(valor));
B->normaliza();
PV3D* N = B->productoVectorial(T);
PV3D* C = funcion(valor);
for(int j=0; j<NP; j++){
int indiceVertice = NP*i+j;
PV3D* vertice = perfil[j]->multiplicaMatriz(N,B,T,C);
vertices[indiceVertice] = vertice;
}
}
//Construimos las caras
for(int i=0; i<NQ; i++){
for (int j=0; j<NP; j++){
int indiceCara = NP*i+j;
caras[indiceCara] = new Cara(4);
VerticeNormal** normalesCara = new VerticeNormal*[4];
int verticeBase = indiceCara;
int v0 = verticeBase % (NP*NQ);
int v1 = sucesor(verticeBase % (NP*NQ));
int v2 = (sucesor(verticeBase)+NP) % (NP*NQ);
int v3 = (verticeBase + NP) % (NP*NQ);
normalesCara[0] = new VerticeNormal(v0,indiceCara);
normalesCara[1] = new VerticeNormal(v1,indiceCara);
normalesCara[2] = new VerticeNormal(v2,indiceCara);
normalesCara[3] = new VerticeNormal(v3,indiceCara);
caras[indiceCara]->addVerticeNormal(normalesCara);
}
}
//Calculamos las normales de cada cara
for(int i=0; i<numCaras; i++){
normales[i] = CalculoVectorNormalPorNewell(caras[i]);
}
}
void Quesito::caraDelantera() {
//Construcción de la cara delantera
VerticeNormal** vn = new VerticeNormal*[4];
vn[0] = new VerticeNormal(idxVertice, idxNormal);
vn[1] = new VerticeNormal(idxVertice - 1, idxNormal);
vn[2] = new VerticeNormal(0, idxNormal);
vn[3] = new VerticeNormal(1, idxNormal);
cara[idxCara] = new Cara(4, vn);
PV3D* v = CalculoVectorNormalPorNewell(cara[idxCara]);
normal[idxNormal] = v;
idxCara++;
idxNormal++;
}
void Quesito::tapa() {
//Construcción de la tapa
VerticeNormal** vn = new VerticeNormal*[cortes + 1];
//El primer vértice es el vértice especial superior
vn[0] = new VerticeNormal(idxVertice, idxNormal);
for (int i = 0; i < cortes; i++) {
vn[i + 1] = new VerticeNormal(2 * i + 1, idxNormal);
}
cara[idxCara] = new Cara(cortes + 1, vn);
PV3D* v = CalculoVectorNormalPorNewell(cara[idxCara]);
normal[idxNormal] = v;
idxCara++;
idxNormal++;
}
Volante::Volante() {
numVertices = 34;
numCaras = 32;
numNormales = numCaras;
vertice = new PV3D*[numVertices];
normal = new PV3D*[numNormales];
cara = new Cara*[numCaras];
//Vertices
vertice[0] = new PV3D(-3.5, 0.0, 1.0, 1);
vertice[1] = new PV3D(-2.5, 0.0, 1.0, 1);
vertice[2] = new PV3D(-3.0, 1.0, 1.0, 1);
vertice[3] = new PV3D(-4.5, 3.0, 1.0, 1);
vertice[4] = new PV3D(-5.5, 3.0, 1.0, 1);
vertice[5] = new PV3D(-1.5, 0.0, 1.0, 1);
vertice[6] = new PV3D(-1.5, 1.0, 1.0, 1);
vertice[7] = new PV3D(-0.5, 1.0, 1.0, 1);
vertice[8] = new PV3D(-0.5, 2.0, 1.0, 1);
vertice[9] = new PV3D(0.5, 1.0, 1.0, 1);
vertice[10] = new PV3D(0.5, 2.0, 1.0, 1);
vertice[11] = new PV3D(1.5, 0.0, 1.0, 1);
vertice[12] = new PV3D(1.5, 1.0, 1.0, 1);
vertice[13] = new PV3D(2.5, 0.0, 1.0, 1);
vertice[14] = new PV3D(3.0, 1.0, 1.0, 1);
vertice[15] = new PV3D(3.5, 0.0, 1.0, 1);
vertice[16] = new PV3D(5.5, 3.0, 1.0, 1);
vertice[17] = new PV3D(4.5, 3.0, 1.0, 1);
//Vertices Cara trasera
vertice[18] = new PV3D(-3.5, 0.0, 0.0, 1);
vertice[19] = new PV3D(-2.5, 0.0, 0.0, 1);
vertice[20] = new PV3D(-3.0, 1.0, 0.0, 1);
vertice[21] = new PV3D(-4.5, 3.0, 0.0, 1);
vertice[22] = new PV3D(-5.5, 3.0, 0.0, 1);
vertice[23] = new PV3D(-1.5, 0.0, 0.0, 1);
vertice[24] = new PV3D(-1.5, 1.0, 0.0, 1);
vertice[25] = new PV3D(-0.5, 1.0, 0.0, 1);
vertice[26] = new PV3D(-0.5, 2.0, 0.0, 1);
vertice[27] = new PV3D(0.5, 1.0, 0.0, 1);
vertice[28] = new PV3D(0.5, 2.0, 0.0, 1);
vertice[29] = new PV3D(1.5, 0.0, 0.0, 1);
vertice[30] = new PV3D(1.5, 1.0, 0.0, 1);
vertice[31] = new PV3D(2.5, 0.0, 0.0, 1);
vertice[32] = new PV3D(3.0, 1.0, 0.0, 1);
vertice[33] = new PV3D(3.5, 0.0, 0.0, 1);
vertice[34] = new PV3D(5.5, 3.0, 0.0, 1);
vertice[35] = new PV3D(4.5, 3.0, 0.0, 1);
// DELANTERA -------------------------------------------------
//Cara 1
VerticeNormal** vn0 = new VerticeNormal*[5];
vn0[0] = new VerticeNormal(0, 0);
vn0[1] = new VerticeNormal(1, 0);
vn0[2] = new VerticeNormal(2, 0);
vn0[3] = new VerticeNormal(3, 0);
vn0[4] = new VerticeNormal(4, 0);
cara[0] = new Cara(5, vn0);
PV3D* v0 = CalculoVectorNormalPorNewell(cara[0]); //Newell
normal[0] = v0;
//Cara 2
VerticeNormal** vn1 = new VerticeNormal*[4];
vn1[0] = new VerticeNormal(1, 1);
vn1[1] = new VerticeNormal(5, 1);
vn1[2] = new VerticeNormal(6, 1);
vn1[3] = new VerticeNormal(2, 1);
cara[1] = new Cara(4, vn1);
PV3D* v1 = CalculoVectorNormalPorNewell(cara[1]); //Newell
normal[1] = v1;
//Cara 3
VerticeNormal** vn2 = new VerticeNormal*[4];
vn2[0] = new VerticeNormal(5, 2);
vn2[1] = new VerticeNormal(7, 2);
vn2[2] = new VerticeNormal(8, 2);
vn2[3] = new VerticeNormal(6, 2);
cara[2] = new Cara(4, vn2);
PV3D* v2 = CalculoVectorNormalPorNewell(cara[2]); //Newell
normal[2] = v2;
//Cara 4
VerticeNormal** vn3 = new VerticeNormal*[4];
vn3[0] = new VerticeNormal(7, 3);
vn3[1] = new VerticeNormal(9, 3);
vn3[2] = new VerticeNormal(10,3);
vn3[3] = new VerticeNormal(8, 3);
cara[3] = new Cara(4, vn3);
PV3D* v3 = CalculoVectorNormalPorNewell(cara[3]); //Newell
normal[3] = v3;
//Cara 5
VerticeNormal** vn4 = new VerticeNormal*[4];
vn4[0] = new VerticeNormal(9, 4);
vn4[1] = new VerticeNormal(11, 4);
vn4[2] = new VerticeNormal(12, 4);
vn4[3] = new VerticeNormal(10, 4);
cara[4] = new Cara(4, vn4);
PV3D* v4 = CalculoVectorNormalPorNewell(cara[4]); //Newell
normal[4] = v4;
//Cara 6
VerticeNormal** vn5 = new VerticeNormal*[4];
vn5[0] = new VerticeNormal(11, 5);
vn5[1] = new VerticeNormal(13, 5);
vn5[2] = new VerticeNormal(14, 5);
vn5[3] = new VerticeNormal(12, 5);
cara[5] = new Cara(4, vn5);
PV3D* v5 = CalculoVectorNormalPorNewell(cara[5]); //Newell
normal[5] = v5;
//Cara 7
VerticeNormal** vn6 = new VerticeNormal*[5];
vn6[0] = new VerticeNormal(13, 6);
vn6[1] = new VerticeNormal(15, 6);
vn6[2] = new VerticeNormal(16, 6);
vn6[3] = new VerticeNormal(17, 6);
vn6[4] = new VerticeNormal(14, 6);
cara[6] = new Cara(5, vn6);
PV3D* v6 = CalculoVectorNormalPorNewell(cara[6]); //Newell
normal[6] = v6;
// TRASERA-----------------------------------------------------
//Cara 8
VerticeNormal** vn7 = new VerticeNormal*[5];
vn7[0] = new VerticeNormal(18, 7);
vn7[1] = new VerticeNormal(19, 7);
vn7[2] = new VerticeNormal(20, 7);
vn7[3] = new VerticeNormal(21, 7);
vn7[4] = new VerticeNormal(22, 7);
cara[7] = new Cara(5, vn7);
PV3D* v7 = CalculoVectorNormalPorNewell(cara[7]); //Newell
normal[7] = v7;
//Cara 9
VerticeNormal** vn8 = new VerticeNormal*[4];
vn8[0] = new VerticeNormal(19, 8);
vn8[1] = new VerticeNormal(23, 8);
vn8[2] = new VerticeNormal(24, 8);
vn8[3] = new VerticeNormal(20, 8);
cara[8] = new Cara(4, vn8);
PV3D* v8 = CalculoVectorNormalPorNewell(cara[8]); //Newell
normal[8] = v8;
//Cara 10
VerticeNormal** vn9 = new VerticeNormal*[4];
vn9[0] = new VerticeNormal(23, 9);
vn9[1] = new VerticeNormal(25, 9);
vn9[2] = new VerticeNormal(26, 9);
vn9[3] = new VerticeNormal(24, 9);
cara[9] = new Cara(4, vn9);
PV3D* v9 = CalculoVectorNormalPorNewell(cara[9]); //Newell
normal[9] = v9;
//Cara 11
VerticeNormal** vn10 = new VerticeNormal*[4];
vn10[0] = new VerticeNormal(25, 10);
vn10[1] = new VerticeNormal(27, 10);
vn10[2] = new VerticeNormal(28, 10);
vn10[3] = new VerticeNormal(26, 10);
cara[10] = new Cara(4, vn10);
PV3D* v10 = CalculoVectorNormalPorNewell(cara[10]); //Newell
normal[10] = v10;
//Cara 12
VerticeNormal** vn11 = new VerticeNormal*[4];
vn11[0] = new VerticeNormal(27, 11);
vn11[1] = new VerticeNormal(29, 11);
vn11[2] = new VerticeNormal(30, 11);
vn11[3] = new VerticeNormal(28, 11);
cara[11] = new Cara(4, vn11);
PV3D* v11 = CalculoVectorNormalPorNewell(cara[11]); //Newell
normal[11] = v11;
//Cara 13
VerticeNormal** vn12 = new VerticeNormal*[4];
vn12[0] = new VerticeNormal(29, 12);
vn12[1] = new VerticeNormal(31, 12);
vn12[2] = new VerticeNormal(32, 12);
vn12[3] = new VerticeNormal(30, 12);
cara[12] = new Cara(4, vn12);
PV3D* v12 = CalculoVectorNormalPorNewell(cara[12]); //Newell
normal[12] = v12;
//Cara 14
VerticeNormal** vn13 = new VerticeNormal*[5];
vn13[0] = new VerticeNormal(31, 13);
vn13[1] = new VerticeNormal(33, 13);
vn13[2] = new VerticeNormal(34, 13);
vn13[3] = new VerticeNormal(35, 13);
vn13[4] = new VerticeNormal(32, 13);
cara[13] = new Cara(5, vn13);
PV3D* v13 = CalculoVectorNormalPorNewell(cara[13]); //Newell
normal[13] = v13;
// UNION DE LAS CARAS -------------------------------------------
//Cara 15
VerticeNormal** vn14 = new VerticeNormal*[4];
vn14[0] = new VerticeNormal(18, 14);
vn14[1] = new VerticeNormal(0, 14);
vn14[2] = new VerticeNormal(4, 14);
vn14[3] = new VerticeNormal(22, 14);
cara[14] = new Cara(4, vn14);
PV3D* v14 = CalculoVectorNormalPorNewell(cara[14]); //Newell
normal[14] = v14;
//Cara 16
VerticeNormal** vn15 = new VerticeNormal*[4];
vn15[0] = new VerticeNormal(18, 15);
vn15[1] = new VerticeNormal(20, 15);
vn15[2] = new VerticeNormal(21, 15);
vn15[3] = new VerticeNormal(3, 15);
cara[15] = new Cara(4, vn15);
PV3D* v15 = CalculoVectorNormalPorNewell(cara[15]); //Newell
normal[15] = v15;
//Cara 17
VerticeNormal** vn16 = new VerticeNormal*[4];
vn16[0] = new VerticeNormal(4, 16);
vn16[1] = new VerticeNormal(3, 16);
vn16[2] = new VerticeNormal(21, 16);
vn16[3] = new VerticeNormal(22, 16);
cara[16] = new Cara(4, vn16);
PV3D* v16 = CalculoVectorNormalPorNewell(cara[16]); //Newell
normal[16] = v16;
//Cara 18
VerticeNormal** vn17 = new VerticeNormal*[4];
vn17[0] = new VerticeNormal(0, 17);
vn17[1] = new VerticeNormal(1, 17);
vn17[2] = new VerticeNormal(19, 17);
vn17[3] = new VerticeNormal(18, 17);
cara[17] = new Cara(4, vn17);
PV3D* v17 = CalculoVectorNormalPorNewell(cara[17]); //Newell
normal[17] = v17;
//Cara 19
VerticeNormal** vn18 = new VerticeNormal*[4];
vn18[0] = new VerticeNormal(2, 18);
vn18[1] = new VerticeNormal(6, 18);
vn18[2] = new VerticeNormal(24, 18);
vn18[3] = new VerticeNormal(20, 18);
cara[18] = new Cara(4, vn18);
PV3D* v18 = CalculoVectorNormalPorNewell(cara[18]); //Newell
normal[18] = v18;
//Cara 20
VerticeNormal** vn19 = new VerticeNormal*[4];
vn19[0] = new VerticeNormal(1, 19);
vn19[1] = new VerticeNormal(5, 19);
vn19[2] = new VerticeNormal(23, 19);
vn19[3] = new VerticeNormal(19, 19);
cara[19] = new Cara(4, vn19);
PV3D* v19 = CalculoVectorNormalPorNewell(cara[19]); //Newell
normal[19] = v19;
//Cara 21
VerticeNormal** vn20 = new VerticeNormal*[4];
vn20[0] = new VerticeNormal(6, 20);
vn20[1] = new VerticeNormal(8, 20);
vn20[2] = new VerticeNormal(26, 20);
vn20[3] = new VerticeNormal(24, 20);
cara[20] = new Cara(4, vn20);
PV3D* v20 = CalculoVectorNormalPorNewell(cara[20]); //Newell
normal[20] = v20;
//Cara 22
VerticeNormal** vn21 = new VerticeNormal*[4];
vn21[0] = new VerticeNormal(5, 21);
vn21[1] = new VerticeNormal(7, 21);
vn21[2] = new VerticeNormal(25, 21);
vn21[3] = new VerticeNormal(23, 21);
cara[21] = new Cara(4, vn21);
PV3D* v21 = CalculoVectorNormalPorNewell(cara[21]); //Newell
normal[21] = v21;
//Cara 23
VerticeNormal** vn22 = new VerticeNormal*[4];
vn22[0] = new VerticeNormal(8, 22);
vn22[1] = new VerticeNormal(10, 22);
vn22[2] = new VerticeNormal(28, 22);
vn22[3] = new VerticeNormal(26, 22);
cara[22] = new Cara(4, vn22);
PV3D* v22 = CalculoVectorNormalPorNewell(cara[22]); //Newell
normal[22] = v22;
//Cara 24
VerticeNormal** vn23 = new VerticeNormal*[4];
vn23[0] = new VerticeNormal(7, 23);
vn23[1] = new VerticeNormal(9, 23);
vn23[2] = new VerticeNormal(27, 23);
vn23[3] = new VerticeNormal(25, 23);
cara[23] = new Cara(4, vn23);
PV3D* v23 = CalculoVectorNormalPorNewell(cara[23]); //Newell
normal[23] = v23;
//Cara 25
VerticeNormal** vn24 = new VerticeNormal*[4];
vn24[0] = new VerticeNormal(10, 24);
vn24[1] = new VerticeNormal(12, 24);
vn24[2] = new VerticeNormal(30, 24);
vn24[3] = new VerticeNormal(28, 24);
cara[24] = new Cara(4, vn24);
PV3D* v24 = CalculoVectorNormalPorNewell(cara[24]); //Newell
normal[24] = v24;
//Cara 26
VerticeNormal** vn25 = new VerticeNormal*[4];
vn25[0] = new VerticeNormal(9, 25);
vn25[1] = new VerticeNormal(11, 25);
vn25[2] = new VerticeNormal(29, 25);
vn25[3] = new VerticeNormal(27, 25);
cara[25] = new Cara(4, vn25);
PV3D* v25 = CalculoVectorNormalPorNewell(cara[25]); //Newell
normal[25] = v25;
//Cara 27
VerticeNormal** vn26 = new VerticeNormal*[4];
vn26[0] = new VerticeNormal(12, 26);
vn26[1] = new VerticeNormal(14, 26);
vn26[2] = new VerticeNormal(32, 26);
vn26[3] = new VerticeNormal(30, 26);
cara[26] = new Cara(4, vn26);
PV3D* v26 = CalculoVectorNormalPorNewell(cara[26]); //Newell
normal[26] = v26;
//Cara 28
VerticeNormal** vn27 = new VerticeNormal*[4];
vn27[0] = new VerticeNormal(11, 27);
vn27[1] = new VerticeNormal(13, 27);
vn27[2] = new VerticeNormal(31, 27);
vn27[3] = new VerticeNormal(29, 27);
cara[27] = new Cara(4, vn27);
PV3D* v27 = CalculoVectorNormalPorNewell(cara[27]); //Newell
normal[27] = v27;
//Cara 29
VerticeNormal** vn28 = new VerticeNormal*[4];
vn28[0] = new VerticeNormal(32, 28);
vn28[1] = new VerticeNormal(14, 28);
vn28[2] = new VerticeNormal(17, 28);
vn28[3] = new VerticeNormal(35, 28);
cara[28] = new Cara(4, vn28);
PV3D* v28 = CalculoVectorNormalPorNewell(cara[28]); //Newell
normal[28] = v28;
//Cara 30
VerticeNormal** vn29 = new VerticeNormal*[4];
vn29[0] = new VerticeNormal(17, 29);
vn29[1] = new VerticeNormal(16, 29);
vn29[2] = new VerticeNormal(34, 29);
vn29[3] = new VerticeNormal(35, 29);
cara[29] = new Cara(4, vn29);
PV3D* v29 = CalculoVectorNormalPorNewell(cara[29]); //Newell
normal[29] = v29;
//Cara 31
VerticeNormal** vn30 = new VerticeNormal*[4];
vn30[0] = new VerticeNormal(15, 30);
vn30[1] = new VerticeNormal(33, 30);
vn30[2] = new VerticeNormal(34, 30);
vn30[3] = new VerticeNormal(16, 30);
cara[30] = new Cara(4, vn30);
PV3D* v30 = CalculoVectorNormalPorNewell(cara[30]); //Newell
normal[30] = v30;
//Cara 32
VerticeNormal** vn31 = new VerticeNormal*[4];
vn31[0] = new VerticeNormal(13, 31);
vn31[1] = new VerticeNormal(15, 31);
vn31[2] = new VerticeNormal(33, 31);
vn31[3] = new VerticeNormal(31, 31);
cara[31] = new Cara(4, vn31);
PV3D* v31 = CalculoVectorNormalPorNewell(cara[31]); //Newell
normal[31] = v31;
}
Chasis::Chasis() {
numTexturas=1;
colourMaterial = true;
//Crea Malla del Chasis
numVertices = 42;
numCaras = 27;
numNormales = numCaras;
vertice = new PV3D*[numVertices];
normal = new PV3D*[numNormales];
cara = new Cara*[numCaras];
//Vertices
vertice[0] = new PV3D(-11.0, 0.0, 4.0, 1);
vertice[1] = new PV3D(-8.0, 0.0, 4.0, 1);
vertice[2] = new PV3D(-7.5, 1.2, 4.0, 1);
vertice[3] = new PV3D(-7.5, 3.0, 4.0, 1);
vertice[4] = new PV3D(-11.0, 3.0, 4.0, 1);
vertice[5] = new PV3D(-5.5, 1.2, 4.0, 1);
vertice[6] = new PV3D(-5.5, 3.0, 4.0, 1);
vertice[7] = new PV3D(-5.0, 0.0, 4.0, 1);
vertice[8] = new PV3D(-3.0, 0.0, 4.0, 1);
vertice[9] = new PV3D(-3.0, 3.0, 4.0, 1);
vertice[10] = new PV3D(3.0, 6.0, 4.0, 1);
vertice[11] = new PV3D(-1.0, 6.0, 4.0, 1);
vertice[12] = new PV3D(3.0, 0.0, 4.0, 1);
vertice[13] = new PV3D(5.0, 0.0, 4.0, 1);
vertice[14] = new PV3D(5.5, 1.2, 4.0, 1);
vertice[15] = new PV3D(7.5, 1.2, 4.0, 1);
vertice[16] = new PV3D(7.5, 3.0, 4.0, 1);
vertice[17] = new PV3D(6.5, 6.0, 4.0, 1);
vertice[18] = new PV3D(8.0, 0.0, 4.0, 1);
vertice[19] = new PV3D(11.0, 0.0, 4.0, 1);
vertice[20] = new PV3D(11.0, 3.0, 4.0, 1);
vertice[21] = new PV3D(-11.0, 0.0, -4.0, 1);
vertice[22] = new PV3D(-11.0, 3.0, -4.0, 1);
vertice[23] = new PV3D(-7.5, 3.0, -4.0, 1);
vertice[24] = new PV3D(-7.5, 1.2, -4.0, 1);
vertice[25] = new PV3D(-8.0, 0.0, -4.0, 1);
vertice[26] = new PV3D(-5.5, 1.2, -4.0, 1);
vertice[27] = new PV3D(-5.5, 3.0, -4.0, 1);
vertice[28] = new PV3D(-5.0, 0.0, -4.0, 1);
vertice[29] = new PV3D(-3.0, 0.0, -4.0, 1);
vertice[30] = new PV3D(-3.0, 3.0, -4.0, 1);
vertice[31] = new PV3D(-1.0, 6.0, -4.0, 1);
vertice[32] = new PV3D(3.0, 6.0, -4.0, 1);
vertice[33] = new PV3D(3.0, 0.0, -4.0, 1);
vertice[34] = new PV3D(5.0, 0.0, -4.0, 1);
vertice[35] = new PV3D(5.5, 1.2, -4.0, 1);
vertice[36] = new PV3D(7.5, 1.2, -4.0, 1);
vertice[37] = new PV3D(7.5, 3.0, -4.0, 1);
vertice[38] = new PV3D(6.5, 6.0, -4.0, 1);
vertice[39] = new PV3D(11.0, 3.0, -4.0, 1);
vertice[40] = new PV3D(11.0, 0.0, -4.0, 1);
vertice[41] = new PV3D(8.0, 0.0, -4.0, 1);
//Cara 0
VerticeNormal** vn0 = new VerticeNormal*[5];
vn0[0] = new VerticeNormal(0, 0);
vn0[1] = new VerticeNormal(1, 0);
vn0[2] = new VerticeNormal(2, 0);
vn0[3] = new VerticeNormal(3, 0);
vn0[4] = new VerticeNormal(4, 0);
cara[0] = new Cara(5, vn0);
PV3D* v0 = CalculoVectorNormalPorNewell(cara[0]); //Newell
normal[0] = v0;
//Cara 1
VerticeNormal** vn1 = new VerticeNormal*[4];
vn1[0] = new VerticeNormal(2, 1);
vn1[1] = new VerticeNormal(5, 1);
vn1[2] = new VerticeNormal(6, 1);
vn1[3] = new VerticeNormal(3, 1);
cara[1] = new Cara(4, vn1);
PV3D* v1 = CalculoVectorNormalPorNewell(cara[1]); //Newell
normal[1] = v1;
//Cara 2
VerticeNormal** vn2 = new VerticeNormal*[5];
vn2[0] = new VerticeNormal(5, 2);
vn2[1] = new VerticeNormal(7, 2);
vn2[2] = new VerticeNormal(8, 2);
vn2[3] = new VerticeNormal(9, 2);
vn2[4] = new VerticeNormal(6, 2);
cara[2] = new Cara(5, vn2);
PV3D* v2 = CalculoVectorNormalPorNewell(cara[2]); //Newell
normal[2] = v2;
//Cara 3
VerticeNormal** vn3 = new VerticeNormal*[7];
vn3[0] = new VerticeNormal(12, 3);
vn3[1] = new VerticeNormal(13, 3);
vn3[2] = new VerticeNormal(14, 3);
vn3[3] = new VerticeNormal(15, 3);
vn3[4] = new VerticeNormal(16, 3);
vn3[5] = new VerticeNormal(17, 3);
vn3[6] = new VerticeNormal(10, 3);
cara[3] = new Cara(7, vn3);
PV3D* v3 = CalculoVectorNormalPorNewell(cara[3]); //Newell
normal[3] = v3;
//Cara 4
VerticeNormal** vn4 = new VerticeNormal*[5];
vn4[0] = new VerticeNormal(15, 4);
vn4[1] = new VerticeNormal(18, 4);
vn4[2] = new VerticeNormal(19, 4);
vn4[3] = new VerticeNormal(20, 4);
vn4[4] = new VerticeNormal(16, 4);
cara[4] = new Cara(5, vn4);
PV3D* v4 = CalculoVectorNormalPorNewell(cara[4]); //Newell
normal[4] = v4;
//Cara 5
VerticeNormal** vn5 = new VerticeNormal*[5];
vn5[0] = new VerticeNormal(21, 5);
vn5[1] = new VerticeNormal(22, 5);
vn5[2] = new VerticeNormal(23, 5);
vn5[3] = new VerticeNormal(24, 5);
vn5[4] = new VerticeNormal(25, 5);
cara[5] = new Cara(5, vn5);
PV3D* v5 = CalculoVectorNormalPorNewell(cara[5]); //Newell
normal[5] = v5;
//Cara 6
VerticeNormal** vn6 = new VerticeNormal*[4];
vn6[0] = new VerticeNormal(24, 6);
vn6[1] = new VerticeNormal(23, 6);
vn6[2] = new VerticeNormal(27, 6);
vn6[3] = new VerticeNormal(26, 6);
cara[6] = new Cara(4, vn6);
PV3D* v6 = CalculoVectorNormalPorNewell(cara[6]); //Newell
normal[6] = v6;
//Cara 7
VerticeNormal** vn7 = new VerticeNormal*[5];
vn7[0] = new VerticeNormal(29, 7);
vn7[1] = new VerticeNormal(28, 7);
vn7[2] = new VerticeNormal(26, 7);
vn7[3] = new VerticeNormal(27, 7);
vn7[4] = new VerticeNormal(30, 7);
cara[7] = new Cara(5, vn7);
PV3D* v7 = CalculoVectorNormalPorNewell(cara[7]); //Newell
normal[7] = v7;
//Cara 8
VerticeNormal** vn8 = new VerticeNormal*[7];
vn8[0] = new VerticeNormal(33, 8);
vn8[1] = new VerticeNormal(32, 8);
vn8[2] = new VerticeNormal(38, 8);
vn8[3] = new VerticeNormal(37, 8);
vn8[4] = new VerticeNormal(36, 8);
vn8[5] = new VerticeNormal(35, 8);
vn8[6] = new VerticeNormal(34, 8);
cara[8] = new Cara(7, vn8);
PV3D* v8 = CalculoVectorNormalPorNewell(cara[8]); //Newell
normal[8] = v8;
//Cara 9
VerticeNormal** vn9 = new VerticeNormal*[5];
vn9[0] = new VerticeNormal(40, 9);
vn9[1] = new VerticeNormal(41, 9);
vn9[2] = new VerticeNormal(36, 9);
vn9[3] = new VerticeNormal(37, 9);
vn9[4] = new VerticeNormal(39, 9);
cara[9] = new Cara(5, vn9);
PV3D* v9 = CalculoVectorNormalPorNewell(cara[9]); //Newell
normal[9] = v9;
//Cara 10
VerticeNormal** vn10 = new VerticeNormal*[8];
vn10[0] = new VerticeNormal(4, 10);
vn10[1] = new VerticeNormal(3, 10);
vn10[2] = new VerticeNormal(6, 10);
vn10[3] = new VerticeNormal(9, 10);
vn10[4] = new VerticeNormal(30, 10);
vn10[5] = new VerticeNormal(27, 10);
vn10[6] = new VerticeNormal(23, 10);
vn10[7] = new VerticeNormal(22, 10);
cara[10] = new Cara(8, vn10);
PV3D* v10 = CalculoVectorNormalPorNewell(cara[10]); //Newell
normal[10] = v10;
//Cara 11
VerticeNormal** vn11 = new VerticeNormal*[4];
vn11[0] = new VerticeNormal(9, 11);
vn11[1] = new VerticeNormal(11, 11);
vn11[2] = new VerticeNormal(31, 11);
vn11[3] = new VerticeNormal(30, 11);
cara[11] = new Cara(4, vn11);
PV3D* v11 = CalculoVectorNormalPorNewell(cara[11]); //Newell
normal[11] = v11;
//Cara 12
VerticeNormal** vn12 = new VerticeNormal*[4];
vn12[0] = new VerticeNormal(11, 12);
vn12[1] = new VerticeNormal(10, 12);
vn12[2] = new VerticeNormal(32, 12);
vn12[3] = new VerticeNormal(31, 12);
cara[12] = new Cara(4, vn12);
PV3D* v12 = CalculoVectorNormalPorNewell(cara[12]); //Newell
normal[12] = v12;
//Cara 13
VerticeNormal** vn13 = new VerticeNormal*[4];
vn13[0] = new VerticeNormal(10, 13);
vn13[1] = new VerticeNormal(17, 13);
vn13[2] = new VerticeNormal(38, 13);
vn13[3] = new VerticeNormal(32, 13);
cara[13] = new Cara(4, vn13);
PV3D* v13 = CalculoVectorNormalPorNewell(cara[13]); //Newell
normal[13] = v13;
//Cara 14
VerticeNormal** vn14 = new VerticeNormal*[4];
vn14[0] = new VerticeNormal(17, 14);
vn14[1] = new VerticeNormal(16, 14);
vn14[2] = new VerticeNormal(37, 14);
vn14[3] = new VerticeNormal(38, 14);
cara[14] = new Cara(4, vn14);
PV3D* v14 = CalculoVectorNormalPorNewell(cara[14]); //Newell
normal[14] = v14;
//Cara 15
VerticeNormal** vn15 = new VerticeNormal*[4];
vn15[0] = new VerticeNormal(16, 15);
vn15[1] = new VerticeNormal(20, 15);
vn15[2] = new VerticeNormal(39, 15);
vn15[3] = new VerticeNormal(37, 15);
cara[15] = new Cara(4, vn15);
PV3D* v15 = CalculoVectorNormalPorNewell(cara[15]); //Newell
normal[15] = v15;
//Cara 16
VerticeNormal** vn16 = new VerticeNormal*[4];
vn16[0] = new VerticeNormal(0, 16);
vn16[1] = new VerticeNormal(1, 16);
vn16[2] = new VerticeNormal(25, 16);
vn16[3] = new VerticeNormal(21, 16);
cara[16] = new Cara(4, vn16);
PV3D* v16 = CalculoVectorNormalPorNewell(cara[16]); //Newell
normal[16] = v16;
//Cara 17
VerticeNormal** vn17 = new VerticeNormal*[4];
vn17[0] = new VerticeNormal(1, 17);
vn17[1] = new VerticeNormal(2, 17);
vn17[2] = new VerticeNormal(24, 17);
vn17[3] = new VerticeNormal(25, 17);
cara[17] = new Cara(4, vn17);
PV3D* v17 = CalculoVectorNormalPorNewell(cara[17]); //Newell
normal[17] = v17;
//Cara 18
VerticeNormal** vn18 = new VerticeNormal*[4];
vn18[0] = new VerticeNormal(2, 18);
vn18[1] = new VerticeNormal(5, 18);
vn18[2] = new VerticeNormal(26, 18);
vn18[3] = new VerticeNormal(24, 18);
cara[18] = new Cara(4, vn18);
PV3D* v18 = CalculoVectorNormalPorNewell(cara[18]); //Newell
normal[18] = v18;
//Cara 19
VerticeNormal** vn19 = new VerticeNormal*[4];
vn19[0] = new VerticeNormal(5, 19);
vn19[1] = new VerticeNormal(7, 19);
vn19[2] = new VerticeNormal(28, 19);
vn19[3] = new VerticeNormal(26, 19);
cara[19] = new Cara(4, vn19);
PV3D* v19 = CalculoVectorNormalPorNewell(cara[19]); //Newell
normal[19] = v19;
//Cara 20
VerticeNormal** vn20 = new VerticeNormal*[8];
vn20[0] = new VerticeNormal(7, 20);
vn20[1] = new VerticeNormal(8, 20);
vn20[2] = new VerticeNormal(12, 20);
vn20[3] = new VerticeNormal(13, 20);
vn20[4] = new VerticeNormal(34, 20);
vn20[5] = new VerticeNormal(33, 20);
vn20[6] = new VerticeNormal(29, 20);
vn20[7] = new VerticeNormal(28, 20);
cara[20] = new Cara(8, vn20);
PV3D* v20 = CalculoVectorNormalPorNewell(cara[20]); //Newell
normal[20] = v20;
//Cara 21
VerticeNormal** vn21 = new VerticeNormal*[4];
vn21[0] = new VerticeNormal(13, 21);
vn21[1] = new VerticeNormal(14, 21);
vn21[2] = new VerticeNormal(35, 21);
vn21[3] = new VerticeNormal(34, 21);
cara[21] = new Cara(4, vn21);
PV3D* v21 = CalculoVectorNormalPorNewell(cara[21]); //Newell
normal[21] = v21;
//Cara 22
VerticeNormal** vn22 = new VerticeNormal*[4];
vn22[0] = new VerticeNormal(14, 22);
vn22[1] = new VerticeNormal(15, 22);
vn22[2] = new VerticeNormal(36, 22);
vn22[3] = new VerticeNormal(35, 22);
cara[22] = new Cara(4, vn22);
PV3D* v22 = CalculoVectorNormalPorNewell(cara[22]); //Newell
normal[22] = v22;
//Cara 23
VerticeNormal** vn23 = new VerticeNormal*[4];
vn23[0] = new VerticeNormal(15, 23);
vn23[1] = new VerticeNormal(18, 23);
vn23[2] = new VerticeNormal(41, 23);
vn23[3] = new VerticeNormal(36, 23);
cara[23] = new Cara(4, vn23);
PV3D* v23 = CalculoVectorNormalPorNewell(cara[23]); //Newell
normal[23] = v23;
//Cara 24
VerticeNormal** vn24 = new VerticeNormal*[4];
vn24[0] = new VerticeNormal(18, 24);
vn24[1] = new VerticeNormal(19, 24);
vn24[2] = new VerticeNormal(40, 24);
vn24[3] = new VerticeNormal(41, 24);
cara[24] = new Cara(4, vn24);
PV3D* v24 = CalculoVectorNormalPorNewell(cara[24]); //Newell
normal[24] = v24;
//Cara 25
VerticeNormal** vn25 = new VerticeNormal*[4];
vn25[0] = new VerticeNormal(0, 25);
vn25[1] = new VerticeNormal(4, 25);
vn25[2] = new VerticeNormal(22, 25);
vn25[3] = new VerticeNormal(21, 25);
cara[25] = new Cara(4, vn25);
PV3D* v25 = CalculoVectorNormalPorNewell(cara[25]); //Newell
normal[25] = v25;
//Cara 26
VerticeNormal** vn26 = new VerticeNormal*[4];
vn26[0] = new VerticeNormal(40, 26);
vn26[1] = new VerticeNormal(39, 26);
vn26[2] = new VerticeNormal(20, 26);
vn26[3] = new VerticeNormal(19, 26);
cara[26] = new Cara(4, vn26);
PV3D* v26 = CalculoVectorNormalPorNewell(cara[26]); //Newell
normal[26] = v26;
}
void Cubo::initCube()
{
//Crea Malla del Cubo
numVertices = 8;
numCaras = 6;
numNormales = numCaras;
vertice = new PV3D*[numVertices];
normal = new PV3D*[numNormales];
cara = new Cara*[numCaras];
vertice[0] = new PV3D(0.5, 0.5, 0.5, 1);
vertice[1] = new PV3D(-0.5, 0.5, 0.5, 1);
vertice[2] = new PV3D(-0.5, -0.5, 0.5, 1);
vertice[3] = new PV3D(0.5, -0.5, 0.5, 1);
vertice[4] = new PV3D(0.5, 0.5, -0.5, 1);
vertice[5] = new PV3D(-0.5, 0.5, -0.5, 1);
vertice[6] = new PV3D(-0.5, -0.5, -0.5, 1);
vertice[7] = new PV3D(0.5, -0.5, -0.5, 1);
//Cara 1
VerticeNormal** vn1 = new VerticeNormal*[4];
vn1[0] = new VerticeNormal(0, 0);
vn1[1] = new VerticeNormal(1, 0);
vn1[2] = new VerticeNormal(2, 0);
vn1[3] = new VerticeNormal(3, 0);
cara[0] = new Cara(4, vn1);
PV3D* v1 = CalculoVectorNormalPorNewell(cara[0]); //Newell
normal[0] = v1;
//Cara 2
VerticeNormal** vn2 = new VerticeNormal*[4];
vn2[0] = new VerticeNormal(7, 1);
vn2[1] = new VerticeNormal(4, 1);
vn2[2] = new VerticeNormal(0, 1);
vn2[3] = new VerticeNormal(3, 1);
cara[1] = new Cara(4, vn2);
PV3D* v2 = CalculoVectorNormalPorNewell(cara[1]); //Newell
normal[1] = v2;
//Cara 3
VerticeNormal** vn3 = new VerticeNormal*[4];
vn3[0] = new VerticeNormal(7, 2);
vn3[1] = new VerticeNormal(6, 2);
vn3[2] = new VerticeNormal(5, 2);
vn3[3] = new VerticeNormal(4, 2);
cara[2] = new Cara(4, vn3);
PV3D* v3 = CalculoVectorNormalPorNewell(cara[2]); //Newell
normal[2] = v3;
//Cara 4
VerticeNormal** vn4 = new VerticeNormal*[4];
vn4[0] = new VerticeNormal(0, 3);
vn4[1] = new VerticeNormal(4, 3);
vn4[2] = new VerticeNormal(5, 3);
vn4[3] = new VerticeNormal(1, 3);
cara[3] = new Cara(4, vn4);
PV3D* v4 = CalculoVectorNormalPorNewell(cara[3]); //Newell
normal[3] = v4;
//Cara 5
VerticeNormal** vn5 = new VerticeNormal*[4];
vn5[0] = new VerticeNormal(2, 4);
vn5[1] = new VerticeNormal(1, 4);
vn5[2] = new VerticeNormal(5, 4);
vn5[3] = new VerticeNormal(6, 4);
cara[4] = new Cara(4, vn5);
PV3D* v5 = CalculoVectorNormalPorNewell(cara[4]); //Newell
normal[4] = v5;
//Cara 6
VerticeNormal** vn6 = new VerticeNormal*[4];
vn6[0] = new VerticeNormal(3, 5);
vn6[1] = new VerticeNormal(7, 5);
vn6[2] = new VerticeNormal(6, 5);
vn6[3] = new VerticeNormal(2, 5);
cara[5] = new Cara(4, vn6);
PV3D* v6 = CalculoVectorNormalPorNewell(cara[5]); //Newell
normal[5] = v6;
}
