arduino testcode 1.5 rohan

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#include <stdio.h>
#include <stdbool.h>

int main()
{

//GPS declarations
double courseToBeacon = 340.00;

double currentDistance = 0.00;

double maxDistanceToBeacon = 100.00;

double normalizedDistance = currentDistance / maxDistanceToBeacon;
// printf(" start normalizedDistance = %f", normalizedDistance);

//semicircle partitions, use a multiple of 2 &  n > 6
int n = 6;

double westLowerBound = 270.0;
double westUpperBound = 270.0 + (90.0 / n);

double northLowerBound = 360.0 - (90.0 / n);
double northUpperBound = 0.0 + (90.0 / n);

double eastLowerBound = 90.0 - (90.0 / n);
double eastUpperBound = 90.0;

bool isSouth = ((eastUpperBound < courseToBeacon) && (courseToBeacon < westLowerBound));

while ((normalizedDistance < 0.95)) {
    // printf(" + normalizedDistance 1 = %f", normalizedDistance);
    printf(" courseToBeacon 1 = %f", courseToBeacon);
    // cardinal directions

    // 345 < x & x <= 15
    bool isNorth = ((northLowerBound < courseToBeacon) || (courseToBeacon <= northUpperBound));

    // 75 < x & x <= 90
    bool isEast = ((eastLowerBound < courseToBeacon) && (courseToBeacon <= eastUpperBound));

    // 90 < x & x <= 270
    bool isSouth = ((eastUpperBound < courseToBeacon) && (courseToBeacon <= westLowerBound));

    // 270 < x & x <= 285
    bool isWest = ((westLowerBound < courseToBeacon) && (courseToBeacon <= westUpperBound));

    // 285 < x & x < 345
    bool isNorthWest = ((westUpperBound < courseToBeacon) && (courseToBeacon <= northLowerBound));

    // 15 < x & x <= 75
    bool isNorthEast = ((northUpperBound < courseToBeacon) && (courseToBeacon <= eastLowerBound));


    if (isWest) {
        printf(" + isWest");
    }
    else if (isEast) {
        printf(" + isEast");
    }
    else if (isNorth) {
        printf(" + isNorth");
    }
    // northwest / northeast
    else if (isNorthWest) {
        printf(" + isNorthWest");
    }
    else if (isNorthEast) {
        printf(" + isNorthEast");
    } else {
        printf(" + wrong");
    }


    // testing if currentDistance updates
    currentDistance += 100.0;
    // printf(" + currentDistance = %f", currentDistance);

    // testing if courseToBeacon updates
    courseToBeacon += 15.0;
    printf(" + courseToBeacon2 = %f", courseToBeacon);

    // get new normalized Distance
    normalizedDistance = currentDistance / maxDistanceToBeacon;
    // printf(" + normalizedDistance = %f + end + .", normalizedDistance);
    }
}