cpc_project.c

#include <math.h>
#include <stdio.h>
#include <stdlib.h>

struct Test {
  float driver_bar_mass, slip_table_mass, armature_mass;
  float ms, mr;
};

void sine_and_random_force_lateral_test(struct Test *t, float weight, float fixture_mass,float max_acc_sine_test, float max_acc_random_test);

void sine_and_random_force_longitudinal_test(struct Test *t, float weight, float fixture_mass,float max_acc_sine_test, float max_acc_random_test);

void lateral_axis_test(struct Test *t,float weight, float fixture_mass,float max_acc_sine_test, 
float max_acc_random_test,float max_dis,float sine_force_rating[],float random_force_rating[],float slip_table_displacement[],int shaker[]);

void longitudinal_axis_test(struct Test *t,float weight, float fixture_mass,float max_acc_sine_test,
 float max_acc_random_test,float max_dis,float sine_force_rating[],float random_force_rating[],float armature_displacement[],int shaker[]);

int main() 
{
  int test_choice;

  float weight, fixture_mass, max_acc_sine_test, max_dis, max_acc_random_test;

  struct Test t[6];

  t[0].driver_bar_mass = 0.0;
  t[0].slip_table_mass = 90.0;
  t[0].armature_mass = 22.7;

  t[1].driver_bar_mass = 18.14;
  t[1].slip_table_mass = 92.5;
  t[1].armature_mass = 61.3;

  t[2].driver_bar_mass = 30.35;
  t[2].slip_table_mass = 257.27;
  t[2].armature_mass = 45.45;

  t[3].driver_bar_mass = 23.0;
  t[3].slip_table_mass = 139.5;
  t[3].armature_mass = 49.5;

  t[4].driver_bar_mass = 32.0;
  t[4].slip_table_mass = 368.5;
  t[4].armature_mass = 49.5;

  t[5].driver_bar_mass = 50.0;
  t[5].slip_table_mass = 192.0;
  t[5].armature_mass = 100.0;

  float sine_force_rating[] = {2722, 5500, 6400, 10700, 10700, 15000};
  float random_force_rating[] = {2722, 5500, 5680, 10700, 10700, 15000};
  float slip_table_displacement[] = {25.4, 6, 7, 22.5, 20, 6};
  float armature_displacement[] = {25.4, 25, 10, 25.4, 25.4, 8};
  int shaker[] = {2, 6, 8, 11, 12, 16};


  printf("The following are the test:\nEnter 1 for lateral axis test\nEnter +2 "
         "for longitudinal axis test\n");
  printf("Enter your choice of test:");
  scanf("%d", &test_choice);

  if (test_choice == 1) {
    lateral_axis_test(t, weight, fixture_mass, max_acc_sine_test, max_acc_random_test, max_dis,sine_force_rating,
                        random_force_rating,slip_table_displacement,shaker);
  }
  else if(test_choice == 2){
    longitudinal_axis_test(t, weight, fixture_mass, max_acc_sine_test, max_acc_random_test, max_dis, sine_force_rating, 
                        random_force_rating, armature_displacement, shaker);
  }
  else
    printf("The test choice is incorrect!\n");
    
  return 0;
}

void sine_and_random_force_lateral_test(struct Test *t, float weight, float fixture_mass,
                           float max_acc_sine_test, float max_acc_random_test) {
  for (int i = 0; i < 6; i++) {
    t[i].ms = (weight + fixture_mass + t[i].driver_bar_mass +
               t[i].slip_table_mass + t[i].armature_mass) *
              max_acc_sine_test;
    t[i].mr = (weight + fixture_mass + t[i].driver_bar_mass +
               t[i].slip_table_mass + t[i].armature_mass) *
              max_acc_random_test;
  }
}

void sine_and_random_force_longitudinal_test(struct Test *t, float weight, float fixture_mass,
                           float max_acc_sine_test, float max_acc_random_test) {
  for (int i = 0; i < 6; i++) {
    t[i].ms = (weight + fixture_mass + t[i].armature_mass) * max_acc_sine_test;
    t[i].mr = (weight + fixture_mass + t[i].driver_bar_mass + t[i].slip_table_mass) * max_acc_random_test;
  }
}

void lateral_axis_test(struct Test *t, float weight, float fixture_mass,float max_acc_sine_test, float max_acc_random_test,
                        float max_dis,float sine_force_rating[],float random_force_rating[],float slip_table_displacement[],int shaker[])
{
  printf("\n------------------------ENTER THE TEST DETAILS-------------------------\n");
  printf("enter weight of the package (in kg):");
    scanf("%f", &weight);
    printf("enter fixture mass of the package (in kg) in lateral test:");
    scanf("%f", &fixture_mass);
    printf("enter the maximum acceleration (in 'g(0-P)') for sine test:");
    scanf("%f", &max_acc_sine_test);
    printf("enter the maximum displacement (in mm(0-P)) for sine test:");
    scanf("%f", &max_dis);
    printf("enter maximum acceleration for the random test ('g in rms'):");
    scanf("%f", &max_acc_random_test);
    int c;
int cpcd;
printf("enter the PCD Details as follows:\n1 for 6inch-M8\n2 for 8inch-M12\n3 for 12inch-M8\n4 for 16inch-M12\n5 for 22inch-M12\n6 for 900mm-M12\n7 for 1200mm-M12\n");
printf("enter the PCD detail:");
scanf("%d",&c);
int ts2, ts6, ts8, ts10_1, ts10_2, ts16;
ts2 = 0x0F;
ts6 = 0x0F;
ts8 = 0x3F;
ts10_1 = 0x1F;
ts10_2 = 0x7F;
ts16 = 0xC0;

switch(c){
    case 1:
        cpcd = 0x01;
        break;
    case 2:
        cpcd = 0x02;
        break;
    case 3:
        cpcd = 0x04;
        break; 
    case 4:
        cpcd = 0x08;
        break;
    case 5:
        cpcd = 0x10;
        break;
    case 6:
        cpcd = 0x20;
        break;
    case 7:
        cpcd = 0x40;
        break;
    default:
        printf("None of the shakkers are available as per your choice!!\n");
        exit(0);                
}
    int i;
  
  printf("\n---------------------THE SUITABLE SHAKER ARE------------------------\n");
  int select_shaker = 0;
    for (i = 0; i < 6; i++) {
      sine_and_random_force_lateral_test(t, weight, fixture_mass, max_acc_sine_test,
                            max_acc_random_test);

      if ((t[i].ms < sine_force_rating[i]) &&
             (t[i].mr < random_force_rating[i]) &&
             (max_dis < slip_table_displacement[i]))
        {
          int check = 0;
          switch(shaker[i]){
            case 2:
              check = ts2 & cpcd;
              break;
            case 6:
              check = ts6 & cpcd;
              break;
            case 8:
              check = ts8 & cpcd;
              break;
            case 11:
              check = ts10_1 & cpcd;
              break;
            case 12:
              check = ts10_2 & cpcd;
              break;
            case 16:
              check = ts16 & cpcd;
              break;              
            }

            if(check == 1){
              select_shaker = 1;
              if(shaker[i] == 11)
              printf("10_1 ton\n");
              else if(shaker[i] == 12)
              printf("10_2 ton\n");
              else
              printf("%d ton\n",shaker[i]);
            }
        }
    }
    if(select_shaker == 0)
    printf("None of the shakers are suitable\n");
}

void longitudinal_axis_test(struct Test *t,float weight, float fixture_mass,float max_acc_sine_test, 
float max_acc_random_test,float max_dis,float sine_force_rating[],float random_force_rating[],float armature_displacement[],int shaker[])
{
  printf("\n------------------------ENTER THE TEST DETAILS-------------------------\n");
  printf("enter weight of the package (in kg):");
    scanf("%f", &weight);
    printf("enter fixture mass of the package (in kg) in longitudinal test:");
    scanf("%f", &fixture_mass);
    printf("enter the maximum acceleration (in 'g'(0-P)) for sine test:");
    scanf("%f", &max_acc_sine_test);
    printf("enter the maximum displacement (in mm(0-P)) for sine test:");
    scanf("%f", &max_dis);
    printf("enter maximum acceleration for the random test ('g in rms'):");
    scanf("%f", &max_acc_random_test);
        int c;
int cpcd;
printf("enter the PCD Details as follows:\n1 for 6inch-M8\n2 for 8inch-M12\n3 for 12inch-M8\n4 for 16inch-M12\n5 for 22inch-M12\n6 for 900mm-M12\n7 for 1200mm-M12\n");
printf("enter the PCD detail:");
scanf("%d",&c);
int ta2, ta6, ta8, ta10_1, ta10_2, ta16;
ta2 = 0x05;
ta6 = 0x0F;
ta8 = 0x0F;
ta10_1 = 0x0F;
ta10_2 = 0x0F;
ta16 = 0x1A;

switch(c){
    case 1:
        cpcd = 0x01;
        break;
    case 2:
        cpcd = 0x02;
        break;
    case 3:
        cpcd = 0x04;
        break; 
    case 4:
        cpcd = 0x08;
        break;
    case 5:
        cpcd = 0x10;
        break;
    case 6:
        cpcd = 0x20;
        break;
    case 7:
        cpcd = 0x40;
        break;
    default:
        printf("None of the shakkers are available as per your choice!!\n");
        exit(0);                
}

    int i;
  printf("\n---------------------THE SUITABLE SHAKER ARE-----------------------\n");
  int select_shaker = 0;
    for (i = 0; i < 6; i++) {
      sine_and_random_force_longitudinal_test(t, weight, fixture_mass, max_acc_sine_test,
                            max_acc_random_test);

      if ((t[i].ms < sine_force_rating[i]) &&
             (t[i].mr < random_force_rating[i]) &&
             (max_dis < armature_displacement[i]))
{
          int check = 0;
          switch(shaker[i]){
            case 2:
              check = ta2 & cpcd;
              break;
            case 6:
              check = ta6 & cpcd;
              break;
            case 8:
              check = ta8 & cpcd;
              break;
            case 11:
              check = ta10_1 & cpcd;
              break;
            case 12:
              check = ta10_2 & cpcd;
              break;
            case 16:
              check = ta16 & cpcd;
              break;              
            }

            if(check == 1){
              select_shaker = 1;
              if(shaker[i] == 11)
              printf("10_1 ton\n");
              else if(shaker[i] == 12)
              printf("10_2 ton\n");
              else
              printf("%d ton\n",shaker[i]);
            }
        }
    }
    if(select_shaker == 0)
    printf("None of the shakers are suitable\n");
}