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2 changed files with 18 additions and 18 deletions
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@ -2,16 +2,16 @@
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#define COORDINATE_CONVERSION_H
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#define COORDINATE_CONVERSION_H
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#include <cmath>
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#include <cmath>
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void polar_to_cartesian(double radius, double angle, double *xCoordinate,
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void polar_to_cartesian(const double RADIUS, const double ANGLE, double *pXCoordinate,
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double *yCoordinate) {
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double *pYCoordinate) {
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*xCoordinate = radius * std::cos(angle);
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*pXCoordinate = RADIUS * std::cos(ANGLE);
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*yCoordinate = radius * std::sin(angle);
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*pYCoordinate = RADIUS * std::sin(ANGLE);
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}
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}
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void cartesian_to_polar(double xCoordinate, double yCoordinate, double *radius,
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void cartesian_to_polar(const double X_COORDINATE, const double Y_COORDINATE, double *pRadius,
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double *angle) {
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double *pAngle) {
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*radius = std::sqrt(std::pow(xCoordinate, 2) + std::pow(yCoordinate, 2));
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*pRadius = std::sqrt(std::pow(X_COORDINATE, 2) + std::pow(Y_COORDINATE, 2));
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*angle = std::atan(xCoordinate / yCoordinate);
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*pAngle = std::atan(X_COORDINATE / Y_COORDINATE);
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}
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}
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#endif // COORDINATE_CONVERSION_H
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#endif // COORDINATE_CONVERSION_H
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* @brief Converts passed polar coordinates to their cartesian equivalent, using
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* @brief Converts passed polar coordinates to their cartesian equivalent, using
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* pass-by-pointer
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* pass-by-pointer
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*
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*
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* @param radius The radius of the polar coordinates
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* @param RADIUS The radius of the polar coordinates
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* @param angle The angle of the polar coordinates
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* @param ANGLE The angle of the polar coordinates
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* @param xCoordinate A pointer referencing the variable to place the x component of the cartesian coordinates into
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* @param pXCoordinate A pointer referencing the variable to place the x component of the cartesian coordinates into
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* @param yCoordinate A pointer referencing the variable to place the y component of the cartesian coordinates into
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* @param pYCoordinate A pointer referencing the variable to place the y component of the cartesian coordinates into
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*/
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*/
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void polar_to_cartesian(double radius, double angle, double* xCoordinate, double* yCoordinate);
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void polar_to_cartesian(const double RADIUS, const double ANGLE, double* pXCoordinate, double* pYCoordinate);
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/**
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/**
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* @brief Converts passed cartesian coordinates to their polar equivalent, using
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* @brief Converts passed cartesian coordinates to their polar equivalent, using
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* pass-by-pointer
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* pass-by-pointer
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*
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*
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* @param x The x component of the cartesian coordinates
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* @param X_COORDINATE The x component of the cartesian coordinates
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* @param y The y component of the cartesian coordinates
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* @param Y_COORDINATE The y component of the cartesian coordinates
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* @param radius A pointer referencing the variable to put the radius of the polar coordinates into
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* @param pRadius A pointer referencing the variable to put the radius of the polar coordinates into
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* @param angle A pointer referencing the variable to put the angle of the polar coordinates into
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* @param pAngle A pointer referencing the variable to put the angle of the polar coordinates into
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*/
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*/
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void cartesian_to_polar(double xCoordinate, double yCoordinate, double* radius, double* angle);
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void cartesian_to_polar(const double X_COORDINATE, const double Y_COORDINATE, double* pRadius, double* pAngle);
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#endif // COORDINATE_CONVERSION_H
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#endif // COORDINATE_CONVERSION_H
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