diff --git a/include/ccmath/math/fmanip/ldexp.hpp b/include/ccmath/math/fmanip/ldexp.hpp
index 1b4b0df..8470dc6 100644
--- a/include/ccmath/math/fmanip/ldexp.hpp
+++ b/include/ccmath/math/fmanip/ldexp.hpp
@@ -19,22 +19,22 @@ namespace ccm
 	inline constexpr T ldexp(T x, int32_t powerOf2) noexcept
 	{
 		if (!ccm::isfinite(x)) { return x; }
-		int32_t oldexp = ccm::helpers::get_exponent_of_floating_point<T>(x);
+		int32_t oldexp = ccm::support::get_exponent_of_floating_point<T>(x);
 
 		// if the mantissa is 0 and the original exponent is 0
-		if ((oldexp == 0) && ((ccm::helpers::bit_cast<ccm::helpers::float_bits_t<T>>(x) &
-							   ccm::helpers::floating_point_traits<T>::normal_mantissa_mask) == 0))
+		if ((oldexp == 0) && ((ccm::support::bit_cast<ccm::support::float_bits_t<T>>(x) &
+							   ccm::support::floating_point_traits<T>::normal_mantissa_mask) == 0))
 		{
 			return x;
 		}
 
-		if (powerOf2 > ccm::helpers::floating_point_traits<T>::maximum_binary_exponent)
+		if (powerOf2 > ccm::support::floating_point_traits<T>::maximum_binary_exponent)
 		{
 			// error == hugeval
 			return std::numeric_limits<T>::infinity();
 		}
 		// the reference source says -2 * exp_max
-		else if (powerOf2 < ccm::helpers::floating_point_traits<T>::minimum_binary_exponent)
+		else if (powerOf2 < ccm::support::floating_point_traits<T>::minimum_binary_exponent)
 		{
 			// error == range
 			return 0;
@@ -42,25 +42,25 @@ namespace ccm
 		// normalizes an abnormal floating point
 		if (oldexp == 0)
 		{
-			x *= ccm::helpers::floating_point_traits<T>::normalize_factor;
+			x *= ccm::support::floating_point_traits<T>::normalize_factor;
 			powerOf2 = -sizeof(T) * 8; //8 is bits in a byte
-			oldexp	 = ccm::helpers::get_exponent_of_floating_point<T>(x);
+			oldexp	 = ccm::support::get_exponent_of_floating_point<T>(x);
 		}
 
 		powerOf2 = oldexp + powerOf2;
-		if (powerOf2 >= ccm::helpers::floating_point_traits<T>::maximum_binary_exponent)
+		if (powerOf2 >= ccm::support::floating_point_traits<T>::maximum_binary_exponent)
 		{
 			// overflow
 			return std::numeric_limits<T>::infinity();
 		}
 		if (powerOf2 > 0)
 		{
-			return ccm::helpers::set_exponent_of_floating_point<T>(x, powerOf2);
+			return ccm::support::set_exponent_of_floating_point<T>(x, powerOf2);
 		}
 		// denormal, or underflow
 		powerOf2 += sizeof(T) * 8; //8 is bits in a byte
-		x = ccm::helpers::set_exponent_of_floating_point<T>(x, powerOf2);
-		x /= ccm::helpers::floating_point_traits<T>::normalize_factor;
+		x = ccm::support::set_exponent_of_floating_point<T>(x, powerOf2);
+		x /= ccm::support::floating_point_traits<T>::normalize_factor;
 		if (x == static_cast<T>(0))
 		{
 			// underflow report