for (int i = 0; i < g_Options.hands.layers; i++) {
		if (!g_Options.hands.layer[i].enabled)
			continue;

		// has our material been created yet?
		IMaterial* material = GetMat(g_Options.hands.layer[i].mat, i);
		if (!material) {
			// before we exit, we need to safely generate this material so this won't happen again
			return;
		}

		// COLOR
		if (g_Options.hands.layer[i].mat != 2) {		// mat type != 2 then
			material->ColorModulate(					// normal colour modulate the material
				g_Options.hands.layer[i].r,
				g_Options.hands.layer[i].g,
				g_Options.hands.layer[i].b);
		}
		else {											// otherwise
			static bool IsGood = false;					// Could the variable be found?
			static auto envmaptints = material->FindVar("$envmaptint", &IsGood);		// Search for the material's variable
			if (IsGood) {
				envmaptints->SetVecValue(Vector(				// Set the r g b values of the environment map tiny
					int(g_Options.hands.layer[i].r * 255),
					int(g_Options.hands.layer[i].g * 255
					int(g_Options.hands.layer[i].b * 255)));
			}
			else {
				// Error handling for a person with a debugger (where X is the mat name etc)
				OutputDebugString(L"Couldn't find material X");
			}
		}

		// ALPHA
		static float alpha;
		if (!g_Options.hands.layer[i].pulse) alpha = g_Options.hands.layer[i].a;
		if (g_Options.hands.layer[i].pulse) {
			static bool reverse;											// Should flip alpha ticker?
			if (reverse) alpha -= g_Options.hands.layer[i].p_speed;			//
			if (!reverse) alpha += g_Options.hands.layer[i].p_speed;		//
			if (alpha > g_Options.hands.layer[i].p_max) reverse = true;		// Has the alpha value hit the max?
			if (alpha < g_Options.hands.layer[i].p_min) reverse = false;	// Has the alpha value hit the min?
		}

		material->AlphaModulate(alpha);

		/*	===============
			I believe the issues
		*/	===============

		// Force the material to be used
		g_MdlRender->ForcedMaterialOverride(material);

		// Render the mesh with our forced material
		fnDME(g_MdlRender, ctx, state, info, matrix);
	}