Well, I managed to fake it well enough for my needs. Here's the code for anyone that's interested. It needs some proper timing code, or you can try flip 0 if it runs too slowly. The pockets souldn't be sequencial either but you could set up an array so Pocket[1] = 32, Pocket[2] = 15 and so on, then just use Pocket[ball.fPocket] to find the actual result. :)
SuperStrict
Graphics 800, 600
SeedRnd MilliSecs()
Const CNOOF_POCKETS:Float = 37 ' EU wheel has 37 pockets/US has 38
Const CPOCKET_ANGLE:Float = 9.729 ' 360/37
Global wheel:TRouletteWheel = New TRouletteWheel
Global ball:TRouletteBall = New TRouletteBall
wheel.Reset()
ball.Reset(wheel)
Repeat
If KeyHit(KEY_ESCAPE) Then End
If KeyHit(KEY_SPACE)
wheel.Reset()
ball.Reset(wheel)
End If
wheel.Update()
wheel.Draw()
ball.Update(wheel)
ball.Draw(wheel)
' Display variables
DrawText("Wheel Speed:"+wheel.fSpeed,10,10)
DrawText("Ball ZVel:"+ball.fVel,10,30)
DrawText("Wheel Rotation:"+wheel.fRot,10,70)
DrawText(" Ball Rotation:"+ball.fLineRot,10,90)
DrawText("Ball Pocket:"+String(Int(ball.fPocket)),10,130)
DrawText("Controls: SpaceBar To Spin",10,550)
Flip
Cls
Forever
Type TRouletteWheel
' Inner and outer limits of the gulley
Field iWheelSize:Int = 200
Field iRimSize:Int = 300
' Place the wheel in centre of screen
Field fX:Float = 400
Field fY:Float = 300
' Rotation and speed of the wheel
Field fRot:Float = 0
Field fSpeed:Float
Method Reset()
' Start wheel spinning
fSpeed = 1.5
End Method
Method Update()
' Spin da wheel
fRot:+fSpeed
If fSpeed <= 0
fSpeed = 0
Else
fSpeed :- 0.001
End If
' Bounds check
If fRot > 360 Then fRot = 1
End Method
Method Draw()
' Draw outer rim
SetColor 100,0,0
DrawOval fX-(iRimSize/2), fY-(iRimSize/2), iRimSize, iRimSize
' Draw wheel
SetColor 255,0,0
DrawOval fX-((iWheelSize*0.9)/2), fY-((iWheelSize*0.9)/2), iWheelSize*0.9, iWheelSize*0.9
' Draw pockets
SetColor 255,255,255
Local count:Int = 0
For Local pocket:Float = 1 To 360 Step CPOCKET_ANGLE
' Draw pocket segments
SetRotation pocket+fRot
DrawLine fX,fY,fX+iWheelSize/2,fY
' Draw numbers
Local numX:Float = wheel.fX + Cos(pocket+fRot) * iWheelSize/2
Local numY:Float = wheel.fY + Sin(pocket+fRot) * iWheelSize/2
DrawText(count, numX, numY)
count:+1
Next
End Method
End Type
Type TRouletteBall
' Gravity needed to make ball descend
' at a reasonable speed
Global fGrav:Float = 0.025
' Ball size
Global iSize:Int = 10
' The ball position is actually calculated using
' a line that extends from the center of wheel.
' An oval is simply drawn at the end of the line.
' Angle of line
Field fLineRot:Float
' Ball speed
Field fSpeed:Float
' Distance from the center of the wheel
Field fDist:Float
' Velocity that ball descends towards wheel
Field fVel:Float
' Balls actual position
Field fX:Float
Field fY:Float
' Pocket where ball sits
Field fPocket:Float = 0
Method Reset(wheel:TRouletteWheel)
' Start ball moving
fSpeed = -1.5
fDist = wheel.iRimSize/2
fVel = -0.1
End Method
Method Update(wheel:TRouletteWheel)
SetRotation 0
' Ball rolls around wheel (in opposition direction)
fLineRot:+fSpeed
If fLineRot > 360 Then fLineRot:-360
If fLineRot < 1 Then fLineRot:+360
' Calculate current pocket it is over
fPocket = (fLineRot/CPOCKET_ANGLE) - (wheel.fRot/CPOCKET_ANGLE)
If fPocket < 0 Then fPocket:+CNOOF_POCKETS
' Drop ball into gulley after wheels slows down a bit
If wheel.fSpeed < 1.3
' Increase velocity of fall
fVel:-fGrav
' Adjust distance of ball from center (length of line)
fDist:+fVel
' If ball hits wheel
If fDist <= wheel.iWheelSize/2
' Reset ball to inner boundary
fDist = wheel.iWheelSize/2
' Reverse ball velocity to bounce it
fVel = -(fVel*0.8)
' Set random deflection of ball
' Ball is more likely to get hit in the direction
' of the wheel so give it a positive bias
fSpeed = Rnd(-0.1, 1.0)
' If bouncing has decreased enough then stay in current pocket
If fVel > -0.4 And fVel < 0.4
' Move ball around at same speed as wheel
fSpeed = wheel.fSpeed
' Settle in center of pocket
If fPocket > Float(Int(fPocket))+0.5
fLineRot :-0.1
Else
fLineRot :+0.1
EndIf
EndIf
EndIf
EndIf
' Calculate actual ball position
fX = wheel.fX + Cos(fLineRot) * fDist
fY = wheel.fY + Sin(fLineRot) * fDist
End Method
Method Draw(wheel:TRouletteWheel)
' Draw ball
SetColor 255,255,255
DrawOval(fX-(iSize/2), fY-(iSize/2), iSize, iSize)
' Uncomment to see ball line
'DrawLine(wheel.fX, wheel.fY, ballX, ballY)
End Method
End Type
| 
