Return whether two floating point numbers are equal. They are considered equal when their difference is less than or equal to the precision. @param a the first number @param b the second number @param precision if abs(a - b) <= precision, a and b are considered equal @return whether a and b are equal @see #floatCompare(float, float, float)
Assert that both matrices are equal with respect to the given delta.
Assert that both matrices are equal with respect to the given delta.
Assert that both matrices are equal with respect to the given delta.
Assert that both quaternions are equal with respect to the given delta.
Assert that both vectors are equal with respect to the given delta.
Assert that both quaternions are equal with respect to the given delta.
Assert that both vectors are equal with respect to the given delta.
Compare two double-precision floating point numbers. They are considered equal when their difference is less than or equal to the precision. @param a the first number @param b the second number @param precision if abs(a - b) <= precision, a and b are considered equal @return 0 if a == b, 1 if a > b, -1 if a < b @see #floatEqual(double, double, double)
Return whether two double-precision floating point numbers are equal. They are considered equal when their difference is less than or equal to the precision. @param a the first number @param b the second number @param precision if abs(a - b) <= precision, a and b are considered equal @return whether a and b are equal @see #floatCompare(double, double, double)
Compare two floating point numbers. They are considered equal when their difference is less than or equal to the precision. @param a the first number @param b the second number @param precision if abs(a - b) <= precision, a and b are considered equal @return 0 if a == b, 1 if a > b, -1 if a < b @see #floatEqual(float, float, float)
Return whether two quaternions are equal. They are considered equal when their difference is less than or equal to the precision. @param a the first quaternion @param b the second quaternion @param precision if abs(a.comp - b.comp) <= precision for every component comp (x, y, z, w), a and b are considered equal @return whether a and b are equal
Precision for methods that do many operations calculating with values with a magnitude around zero, giving less accuracy.
Precision for methods that do many operations calculating with a magnitude around zero, giving less accuracy.
Precision for methods that do basic operations calculating with a magnitude around zero.
Precision for methods that do basic operations calculating with a magnitude around zero.