diff --git a/src/game/client/baseheightmap.cpp b/src/game/client/baseheightmap.cpp
index 00b79874f..4567784c5 100644
--- a/src/game/client/baseheightmap.cpp
+++ b/src/game/client/baseheightmap.cpp
@@ -966,7 +966,7 @@ void BaseHeightMapRenderObjClass::Do_The_Light(VertexFormatXYZDUV2 *vb,
         alpha);
 }
 
-float BaseHeightMapRenderObjClass::Get_Height_Map_Height(float input_x, float input_y, Coord3D *pos) const
+float BaseHeightMapRenderObjClass::Get_Height_Map_Height(float x, float y, Coord3D *pos) const
 {
     WorldHeightMap *height_map;
 
@@ -978,8 +978,8 @@ float BaseHeightMapRenderObjClass::Get_Height_Map_Height(float input_x, float in
     }
 
     if (height_map != nullptr) {
-        float scaled_x = input_x * 0.1f;
-        float scaled_y = input_y * 0.1f;
+        float scaled_x = x * 0.1f;
+        float scaled_y = y * 0.1f;
         float floor_x = GameMath::Fast_Float_Floor(scaled_x);
         float floor_y = GameMath::Fast_Float_Floor(scaled_y);
         float fract_x = scaled_x - floor_x;
@@ -1000,10 +1000,14 @@ float BaseHeightMapRenderObjClass::Get_Height_Map_Height(float input_x, float in
             // If fractional y is less than or equal to fractional x, our point is in the top right triangle of the cell
             if (fract_y <= fract_x) {
                 float top_right_height = height_data[current_point_index + 1];
-                interpolated_height = ((bottom_right_height - top_right_height) * fract_y + top_right_height + (1.0f - fract_x) * (top_left_height - top_right_height)) * HEIGHTMAP_SCALE;
+                interpolated_height = ((bottom_right_height - top_right_height) * fract_y + top_right_height
+                                          + (1.0f - fract_x) * (top_left_height - top_right_height))
+                    * HEIGHTMAP_SCALE;
             } else {
                 float bottom_left_height = height_data[map_width + current_point_index];
-                interpolated_height = ((1.0f - fract_y) * (top_left_height - bottom_left_height) + bottom_left_height + (bottom_right_height - bottom_left_height) * fract_x) * HEIGHTMAP_SCALE;
+                interpolated_height = ((1.0f - fract_y) * (top_left_height - bottom_left_height) + bottom_left_height
+                                          + (bottom_right_height - bottom_left_height) * fract_x)
+                    * HEIGHTMAP_SCALE;
             }
 
             // Calculate the normal vector if pos is provided
@@ -1029,10 +1033,12 @@ float BaseHeightMapRenderObjClass::Get_Height_Map_Height(float input_x, float in
                 float slope_7 = down_two_neighbor_height_data - current_cell_height_data;
                 float interpolated_slope_x_difference = (1.0f - fract_x) * slope_1 + fract_x * slope_2;
                 float interpolated_slope_y_difference = (1.0f - fract_x) * slope_2 + fract_x * slope_3;
-                float interpolated_normal_x = interpolated_slope_x_difference * (1.0f - fract_y) + fract_y * interpolated_slope_y_difference;
+                float interpolated_normal_x =
+                    interpolated_slope_x_difference * (1.0f - fract_y) + fract_y * interpolated_slope_y_difference;
                 float interpolated_height_x_difference = (1.0f - fract_x) * slope_4 + fract_x * slope_7;
                 float interpolated_height_y_difference = (1.0f - fract_x) * slope_5 + fract_x * slope_6;
-                float interpolated_normal_y = interpolated_height_x_difference * (1.0f - fract_y) + fract_y * interpolated_height_y_difference;
+                float interpolated_normal_y =
+                    interpolated_height_x_difference * (1.0f - fract_y) + fract_y * interpolated_height_y_difference;
                 Vector3 v_x_axis;
                 Vector3 v_y_axis;
                 Vector3 normal_vector;