main.c SECS

//Header Files
#include <stdio.h>
#include <stdlib.h>
#include <ctype.h>
#include <string.h>
#include <math.h>
#include <assert.h>

#include "get_input.h"
///////////////////////////////////////
//===================================//
//       Function Declarations       //
//===================================//
///////////////////////////////////////
void clear_screen();
void output_print_dkc(int topology, double effective_resistance, double effective_voltage, double effective_current);

///////////////////////////////////////
//===================================//
//           Main Function           //
//===================================//
///////////////////////////////////////
int main()
{
    ///////////////////////////////////////
    //===================================//
    //       Variable Declarations       //
    //===================================//
    ///////////////////////////////////////

    //Input Values
    int topology;
    int source_type;
    double source_value;
    int resist_no;
    //Declaration of Resistor Value arrays |down|

    //Effective Values
    double effective_resistance;
    double effective_voltage;
    double effective_current;


    ///////////////////////////////////////
    //===================================//
    //      Variable Initialization      //
    //===================================//
    ///////////////////////////////////////

    /*===================================
    ||           Input Values          ||
    ===================================*/
    //Topology
    topology = get_topology();//get_input.c
    printf("\n");

    //Source
    source_type  = get_source_type();//get_input.c
    printf("\n");
    source_value = get_source_value();//get_input.c
    printf("\n");


    //Resistors
    resist_no = get_resist_no();//get_input.c
    printf("\n");
    printf("DEBUG: %d\n",resist_no);

    //Declaration of Resistor Value arrays |here|
    double resistor_values[resist_no];
     printf("DEBUG: %d\n",resist_no);

    //Resistor Values
    int i;
    printf("Please Input the Values of each Resistor: DEBUG: %.6f",get_resist_value());
    for(i=0;i<resist_no;i++){
        printf("\n\tPlease input the value of Resistor #%d: ",i+1);
        resistor_values[i]=get_resist_value(); //Here's the problem============================================<<<<<<<<<<<<<<+++++
    }
    printf("\n");


    printf("DEBUG: Topology: %d\n\tSourceType: %d\n\tSourceValue: %.2f\n\tResistanceNumber: %d\n",topology,source_type,source_value,resist_no);
    printf("DEBUG: resistor_values[0]: %d\n", resistor_values[0]);
    printf("DEBUG: resistor_values[1]: %d\n", resistor_values[1]);

    /*===================================
    ||        Effective Values         ||
    ===================================*/
    //Effective Resistance
    effective_resistance = get_effective_resistance(resistor_values,topology,resist_no);//circuits.c
    printf("DEBUG: effect_restPOST: %.6f\n",effective_resistance);
    //Effective Voltage
    effective_voltage = get_effective_vc(effective_resistance,source_type,source_value,0);//circuits.c
    printf("DEBUG: effect_voltPOST: %.6f\n",effective_voltage);
    //Effective Current
    effective_current = get_effective_vc(effective_resistance,source_type,source_value,1);//circuits.c
    printf("DEBUG: effect_currPOST: %.6f\n",effective_current);

    ///////////////////////////////////////
    //===================================//
    //       Console Out Printing        //
    //===================================//
    ///////////////////////////////////////

    /*===================================
    ||        Output Function          ||
    ===================================*/
    output_print_dkc(topology, effective_resistance, effective_voltage, effective_current);

    /*===================================
    ||      Individual Resistance      ||
    ===================================*/
    if(topology!=3){
        printf("Do you want to compute for the individual voltage and current of a resistor?(y/n)");
        if(get_bool_input()==1){
            //Making Arrays of our current information...
            int integerArray[3+resist_no];
            double doubleArray[4];
            integerArray[0] = topology;
            integerArray[1] = source_type;
            integerArray[2] = resist_no;
            int i;
            for(i=0;i<resist_no;i++){
                doubleArray[i+4] = resistor_values[i];
            }
            doubleArray[0] = effective_resistance;
            doubleArray[1] = effective_voltage;
            doubleArray[2] = effective_current;
            doubleArray[3] = source_value;
            /*List of indexes
            intArray
            0 - topology
            1 - source_type
            2 - resist_no
            3+resist_no - resistor_values

            doubleArray
            0 - effective_resistance
            1 - effective_voltage
            2 - effective_current
            3 - source_value
            */

            get_individual_resistor_values(integerArray,doubleArray);
        }
    }

    //Goodbye
    printf("\n\nThank you for using the Simplified Electric Circuit Simulator!\nExiting...");
    return 0;
}


///////////////////////////////////////
//===================================//
//       Function Definitions        //
//===================================//
///////////////////////////////////////

void clear_screen(){
    int i;
    for(i=0;i<40;i++){printf("\n");}
}

void output_print_dkc(int topology, double effective_resistance, double effective_voltage, double effective_current){
    //Printing Effective Values
    printf("The effective Resistance of the Circuit is: %.6f\nEffective Voltage: %.6f\nEffective Current: %.6f\n",effective_resistance,effective_voltage,effective_current);

    //Printing Circuit Topology
    switch(topology){
    case 1:
        printf("Series Circuit Detected.");
        break;
    case 2:
        printf("Parallel Circuit Detected.");
        break;
    case 3:
        printf("Ladder Circuit Detected. \n\t Note: It is not possible to calculate for individual values.");
        break;
    }
}