Merge branch 'main' of https://gitmilab.redclara.net/mantillan/asignaciones

Algoritmos/Trabajos en clase/Nicolas Mantilla/Movimiento Parabolico OMP/MovimientoParabolico.cpp

-// Incluimos los headers necesarios
-#include <iostream>
-#include <vector>
-#include <cmath>
-#include <fstream>
-#include <omp.h>
-
-using namespace std;
-
-int main()
-{
-    cout << "Bienvenido al simulador de movimiento parabólico para el todopoderoso parcial de Algoritmos y Arquetipos." << endl;
-    // Definimos la aceleración por gravedad
-    double g = 9.8; //[m/s^2]
-    const double pi = 3.14159265359;
-
-    // Ingresamos los valores iniciales de velocidad, posición y ángulo
-    // Para compararlo con el de python: v_0 = 20, theta = 45, x_0 = 0, y_0 = 5
-    double v_0, theta, x_0, y_0; //[m/s], [°], [m], [m], respectivamente
-    cout << "Ingrese el valor de la magnitud de velocidad inicial en m/s^2: ";
-    cin >> v_0;
-    cout << "Ingrese el valor del ángulo inicial en grados: ";
-    cin >> theta;
-    cout << "Ingrese el valor de posición horizontal inicial en metros: ";
-    cin >> x_0;
-    cout << "Ingrese el valor de posición vertical inicial: ";
-    cin >> y_0; 
-
-    //Definimos el intervalo temporal sobre el que se hará la simulación
-    int n, lineas=0;
-    cout << "Defina la cantidad de intervalos a calcular: ";
-    cin >> n;
-    double t_0 = 0, t_f = (sqrt(pow(v_0*sin(theta*(pi/180)), 2)+(2*g*y_0))+v_0*sin(theta*(pi/180)))/g, dt = t_f/n;
-
-    //Inicializamos los cálculos
-    vector <double> tiempos, pos;
-    vector <vector <double>> posiciones;
-    tiempos.push_back(t_0);
-    posiciones.push_back({x_0, y_0});
-
-    double v_x = v_0*cos(theta*pi/180), v_y = v_0*sin(theta*pi/180), x = x_0, y = y_0, t = t_0 + dt;
-
-    while (t<=t_f)
-    {
-        v_y += - g*dt;
-        x += v_x*dt;
-        y += v_y*dt;
-        tiempos.push_back(t);
-        posiciones.push_back({x,y});
-        t += dt;
-        lineas += 1;
-    }
-
-    //Exportamos los datos para verificar su validez
-    cout << "Escribiendo " << lineas+1 << " registros...";
-    ofstream archivo;
-    archivo.open("MovimientoParabolicoC++.csv");
-    archivo << "t,x,y" << endl;
-    for (int i = 0; i < lineas; i++)
-    {
-        archivo << tiempos[i] << "," << posiciones[i][0] << "," << posiciones[i][1] << endl;
-    }
-}
\ No newline at end of file

Algoritmos/Trabajos en clase/Nicolas Mantilla/Movimiento Parabolico OMP/MovimientoParabolicoC++.csv

-t,x,y
-0,0,5
-0.0320457,0.453195,5.44313
-0.0640915,0.90639,5.8762
-0.0961372,1.35959,6.2992
-0.128183,1.81278,6.71214
-0.160229,2.26598,7.11502
-0.192274,2.71917,7.50783
-0.22432,3.17237,7.89058
-0.256366,3.62556,8.26326
-0.288412,4.07876,8.62588
-0.320457,4.53195,8.97844
-0.352503,4.98515,9.32093
-0.384549,5.43834,9.65336
-0.416594,5.89154,9.97572
-0.44864,6.34473,10.288
-0.480686,6.79793,10.5903
-0.512732,7.25112,10.8824
-0.544777,7.70432,11.1645
-0.576823,8.15751,11.4366
-0.608869,8.61071,11.6986
-0.640915,9.0639,11.9505
-0.67296,9.5171,12.1923
-0.705006,9.97029,12.4241
-0.737052,10.4235,12.6458
-0.769097,10.8767,12.8575
-0.801143,11.3299,13.0591
-0.833189,11.7831,13.2506
-0.865235,12.2363,13.4321
-0.89728,12.6895,13.6035
-0.929326,13.1427,13.7649
-0.961372,13.5959,13.9161
-0.993418,14.049,14.0574
-1.02546,14.5022,14.1885
-1.05751,14.9554,14.3096
-1.08955,15.4086,14.4206
-1.1216,15.8618,14.5216
-1.15365,16.315,14.6125
-1.18569,16.7682,14.6933
-1.21774,17.2214,14.7641
-1.24978,17.6746,14.8248
-1.28183,18.1278,14.8754
-1.31387,18.581,14.916
-1.34592,19.0342,14.9465
-1.37797,19.4874,14.9669
-1.41001,19.9406,14.9773
-1.44206,20.3938,14.9776
-1.4741,20.847,14.9679
-1.50615,21.3002,14.9481
-1.53819,21.7534,14.9182
-1.57024,22.2066,14.8783
-1.60229,22.6598,14.8283
-1.63433,23.1129,14.7682
-1.66638,23.5661,14.6981
-1.69842,24.0193,14.6179
-1.73047,24.4725,14.5276
-1.76251,24.9257,14.4273
-1.79456,25.3789,14.3169
-1.82661,25.8321,14.1965
-1.85865,26.2853,14.066
-1.8907,26.7385,13.9254
-1.92274,27.1917,13.7748
-1.95479,27.6449,13.6141
-1.98684,28.0981,13.4433
-2.01888,28.5513,13.2625
-2.05093,29.0045,13.0716
-2.08297,29.4577,12.8706
-2.11502,29.9109,12.6596
-2.14706,30.3641,12.4385
-2.17911,30.8173,12.2074
-2.21116,31.2705,11.9661
-2.2432,31.7237,11.7149
-2.27525,32.1768,11.4535
-2.30729,32.63,11.1821
-2.33934,33.0832,10.9006
-2.37138,33.5364,10.6091
-2.40343,33.9896,10.3075
-2.43548,34.4428,9.99585
-2.46752,34.896,9.67412
-2.49957,35.3492,9.34233
-2.53161,35.8024,9.00048
-2.56366,36.2556,8.64856
-2.5957,36.7088,8.28658
-2.62775,37.162,7.91454
-2.6598,37.6152,7.53243
-2.69184,38.0684,7.14026
-2.72389,38.5216,6.73802
-2.75593,38.9748,6.32572
-2.78798,39.428,5.90336
-2.82002,39.8812,5.47093
-2.85207,40.3344,5.02844
-2.88412,40.7876,4.57588
-2.91616,41.2407,4.11326
-2.94821,41.6939,3.64058
-2.98025,42.1471,3.15783
-3.0123,42.6003,2.66502
-3.04434,43.0535,2.16214
-3.07639,43.5067,1.6492
-3.10844,43.9599,1.1262
-3.14048,44.4131,0.593131

Algoritmos/Trabajos en clase/Nicolas Mantilla/Serie de Fibonacci/fibo.cpp

+#include <iostream>
+
+using namespace std;
+
+int main()
+{
+    int n;
+    cout << "Enter the number of terms: ";
+    cin >> n;
+    int a = 0, b = 1, c;
+    cout << b << " ";
+    for (int i = 1; i < n; i++)
+    {
+        c = a + b;
+        cout << c << " ";
+        a = b;
+        b = c;
+    }
+    return 0;
+}
\ No newline at end of file