Gliding decomp

ftStatusUniqProcessGlide.initStatus
{
	int var0 = GetStatusKind
	if (var0 == 133) //Glide Action in Brawl
	{
		float var1 = GetLr
		float var2 = soKineticModuleImpl.getSumSpeed //Y speed
		float var3 = 1.7 //param
		SetFloat(0x21000005, var3)
		SetFloat(0x21000006, -var2)
		soKineticUtility.resetEnableEnergy(3, unk pointer, 22, var1 * var3)
		//params: Index, unk, unk, speed?
		soKineticUtility.clearUnableEnergy(2, unk pointer)
		soKineticUtility.clearUnableEnergy(0, unk pointer)
		soKineticUtility.clearUnableEnergy(1, unk pointer)
		soMotionModuleImpl.changeMotionRequest(0x3a?, 0, 90)
		soMotionModuleImpl.addPartialAnimChr(0x1, 0x3b, unk pointer, 0x0, 0, 0x0, 1)
	}
}
ftStatusUniqProcessGlide.execFixPos
{
	ftUtil.getAirGroundTouchInfo //do I need this or can I just use air/ground status?
	if (grounded?) {

	}
	else {
		OffFlag(0x22000013)
	}
}
ftStatusUniqProcessGlide.exitStatus
{
	soMotionModuleImpl.removePartialAnimChr(3?)
}
ftStatusUniqProcessGlide.execStatus
{
	if (GetStatusKind == 133)
	{
		var0 = GetLr
		//r29 = Energy[0x3]
		var1 = GetFloat(0x21000004)
		var2 = GetFloat(0x21000007)
		var3 = soControllerModuleImpl.getStickAngle //Use sys 0xa with Global 0x20 and 0x30 for this
		if (var0 > 0)
		{
			var4 = var3 * 180/pi
		}
		else //instead of this nonsense, just multiply stickX by GetLr when calculating angle
		{
			tempVar0 = var3 * 180/pi
			tempVar1;
			if (tempVar0 > 0)
			{
				tempVar1 = 1
			}
			else
			{
				tempVar1 = -1
			}
			tempVar2 = 180 * tempVar1
			var4 = tempVar2 - tempVar3
		}
		var5 = stickMag
		if (var5 > 0.25) //param value
		{
			if (var4 >= 45 || var4 < -135)
			{
				var6 = 0.55 //param value
			}
			else
			{
				var6 = -(0.75) //param value
			}
			var7 = var6 * (stickMag - 0.25)/(1 - 0.25)
			if (var7 * var2 < 0)
			{
				var2 = 0
			}
			var2 += var7
		}
		else
		{
			//80872dbc
			if(isFlag(0x22000010))
			{
				if (var2 < 0)
				{
					var2 = 0
				}
				var2 += 1 //param 19
			}
		}
		var2 = ConstrainFloat(var2, -7, 7)
		SetFloat(0x21000007, var2)
		var1 += var2
		//note the above three commands are actually called in both logical paths, but to make code shorter they should be here.
		var1 = ConstrainFloat(var1, -70, 80)//params
		if (!isFlag(0x22000010))
		{
			//80872e7c
			var8 = GetFloat(0x21000005) - (0.04)(var1 / 90)
			if (isFlag(0x22000013))
			{
				var8 -= 0.01 //NOT a param
			}
			if (var8 < 0)
			{
				var8 = 0
			}
			//80872eec
			if (isFlag(0x22000012))
			{
				if (var1 > 0)
				{
					offFlag(0x22000012)
				}
			}
			else
			{
				var9 = -25 //param
				if (var1 < -var9)//if angle < -25
				{
					var8 += 0.03 * (var9 - var1) / (var9 - -70)
					//add horizontal speed
				}
				//retrospect:
				//0.03 is max additional horizontal speed when angle < -25
				//0.03 is the Index = 13 param (not index 9)
			}
			var10 = var0 * var8 //H speed
			var11 = var0 * var1 * pi/180 //angle * GetLr, radians

			var12 = var10 * sin(var11) //true horizontal
			var13 = var10 * cos(var11) //V factor before subtracting

			var14 = GetFloat(0x21000006) + 0.03 //param 9
			var14 = ConstrainFloat(f1, -0.6, 0.6) //param 10
			SetFloat(0x21000006, var14)

			var13 -= var14 //NOTE: var12 and var13 are X,Y speed now
			var15 = (var13)^2 + (var12)^2
			var16 = sqrt(var15)
			var17 = 2.2 //param
			if (var16 > var17)
			{
				var18 = var17 / var16
				var12 *= var18
				var13 *= var18
			}
			//NOTE: var12 and var13 are moved to r29 + 0x8, 0xC,
			//this is where it sets the kinetic speed!
			//Theoretical Code
			SetHSpeed(0x3, var12)
			SetVSpeed(0x3, var13)
			if (var16 < 0.7 || var8 <= 0) //0.7 is the param
			{
				onFlag(0x22000010)
				SetFloat(0x21000007, 0)
			}
			SetFloat(0x21000005, var8)
		}
		else //80873148
		{
			This never triggers, because when 0x22000010 is set it exits the glide
		}
		//80873338
		soMotionModuleImpl.setFrame(90 - var1)
		SetFloat(0x21000004, var1)
	}
}