[MikeHartParticipant]

I am not sure. I think it is by design. For whatever odd reason it might be.

[MikeHartParticipant]

It is slowly coming together

Attachments:

1. 

   fontmachine_m2.png
   

[MikeHartParticipant]

Ok, found it. This NULL assigment to an object declaration was causing it:

Monkey

Field parent:ftObject = Null

1	Field parent:ftObject = Null

Make it

Monkey

Field parent:ftObject

1	Field parent:ftObject

and it works.

[MikeHartParticipant]

Great job on the enhancements. Would love to use it but it closes sometimes without a reason. Saving a source file or closing it for an example.

Windows 7 Home here.

[MikeHartParticipant]

I have a similar problem. With v1.02 it compiled fine. Current version gives this error:

Super class ‘fanotmX2.cftTween.TweenEquationCall’ has no default constructor

If I add a New method to it, it still gives this error.

Monkey

namespace fantomX2.cftTween #Rem 'This is a copy of the monkey sample script in bananas/skn3/tweening/tween.monkey #End '-------------------------------------------------------------------------------------------------- 'Tween module contents #rem monkeydoc @hidden #end Const PI := 3.14159265 '--------------- 'base classes #rem monkeydoc @hidden #end Class Tween Global Linear:TweenEquationCall = New TweenEquationCallLinear Global Back:TweenEquation = New TweenEquationBack Global Bounce:TweenEquation = New TweenEquationBounce Global Circ:TweenEquation = New TweenEquationCirc Global Cubic:TweenEquation = New TweenEquationCubic Global Elastic:TweenEquation = New TweenEquationElastic Global Expo:TweenEquation = New TweenEquationExpo Global Quad:TweenEquation = New TweenEquationQuad Global Quart:TweenEquation = New TweenEquationQuart Global Quint:TweenEquation = New TweenEquationQuint Global Sine:TweenEquation = New TweenEquationSine Field equation:TweenEquationCall Field start:Float Field change:Float Field current:Float Field isActive := False Field isLooping := False Field isYoYo := False Field duration:Int Field loopCount:Int Field timeStart:Int Field timeCurrent:Int Field timePrevious:Int ' --- constructors --- Method New(equation:TweenEquationCall,startValue:Float,endValue:Float,duration:Int) SetEquation(equation) SetDuration(duration) SetValue(startValue,endValue) End ' --- private methods --- Private Method UpdateValue() current = equation.Call(timeCurrent,start,change,duration) End Public ' --- value methods --- Method Value:Float() Return current End ' --- setup methods methods --- Method SetEquation(equation:TweenEquationCall) Self.equation = equation End Method SetDuration(duration:Int) Self.duration = duration End Method SetValue(startValue:Float,endValue:Float) start = startValue change = endValue - startValue End Method SetYoYo(flag:Bool) isYoYo = flag End Method SetLooping(flag:Bool) isLooping = flag End ' --- control methods --- Method Start() ' --- this will re-start the tween --- Rewind() isActive = True loopCount = 0 End Method Stop() ' --- stop the tween from updating --- isActive = False End Method Resume() ' --- resume the tween from a paused state --- isActive = True 'update the start timer! End Method Rewind() ' --- put the tween at the start of its tween --- timeCurrent = 0 timeStart = Millisecs() UpdateValue() End Method FastForward() ' --- set the tween at the end --- timeCurrent = duration UpdateValue() Stop() End Method ContinueTo(endValue:Float,duration:Int=0) ' --- change the end target for teh value start = current SetValue(start,endValue) If isActive 'isActive so need to continue operation If duration = 0 'no duration specified so use previous duration! Self.duration = duration - timeCurrent Else 'override duration Self.duration = duration Endif timeStart = Millisecs() timeCurrent = 0 If duration <= 0 duration = 0 Stop() Endif Else If duration > 0 SetDuration(duration) Start() Endif End Method YoYo() ContinueTo(start) End ' --- class methods --- Method Update() If isActive 'update the current time! timePrevious = timeCurrent Local time := Millisecs() - timeStart If time > duration 'time is beyond length of tween If isLooping Or isYoYo 'increase the loop count loopCount += 1 'look at yoyoing the values If isYoYo timeCurrent = duration current = start + change If isLooping Or loopCount <= 1 ContinueTo(start,duration) Else Stop() Endif Else 'wrap around the tween to the start timeCurrent = 0' timeStart = Millisecs() Endif Else 'set the tween to the end timeCurrent = duration current = start + change Stop() Endif Else If time < 0 'time is before the start of the tween timeCurrent = 0 timeStart = Millisecs() UpdateValue() Else 'time is within the tween timeCurrent = time UpdateValue() Endif Endif End End #rem monkeydoc @hidden #end Class TweenEquation ' --- really just a grouping class for user access --- Field EaseIn:TweenEquationCall Field EaseOut:TweenEquationCall Field EaseInOut:TweenEquationCall End #rem monkeydoc @hidden #end Class TweenEquationCall ' --- base class to provide a call function pointer work around --- Method Call:Float(t:Float,b:Float,c:Float,d:Float) Abstract End '--------------- 'Linear #rem monkeydoc @hidden #end Class TweenEquationCallLinear Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override Return c*t/d + b End End '--------------- 'Sine #rem monkeydoc @hidden #end Class TweenEquationSine Extends TweenEquation Method New() EaseIn = New TweenEquationCallSineEaseIn EaseOut = New TweenEquationCallSineEaseOut EaseInOut = New TweenEquationCallSineEaseInOut End End #rem monkeydoc @hidden #end Class TweenEquationCallSineEaseIn Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override 'return -c * Cos(t / d * (PI / 2)) + c + b Return -c * Cos((t / d * (PI / 2.0)) * 57.2957795) + c + b End End #rem monkeydoc @hidden #end Class TweenEquationCallSineEaseOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override Return c * Sin((t/d * (PI/2.0)) * 57.2957795) + b End End #rem monkeydoc @hidden #end Class TweenEquationCallSineEaseInOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override Return -c/2.0 * (Cos((PI*t/d) * 57.2957795) - 1.0) + b End End '--------------- 'Back #rem monkeydoc @hidden #end Class TweenEquationBack Extends TweenEquation Method New() EaseIn = New TweenEquationCallBackEaseIn EaseOut = New TweenEquationCallBackEaseOut EaseInOut = New TweenEquationCallBackEaseInOut End End #rem monkeydoc @hidden #end Class TweenEquationCallBackEaseIn Extends TweenEquationCall Field s := 1.70158 Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d Return c * t * t * ((s + 1.0) * t - s) + b End End #rem monkeydoc @hidden #end Class TweenEquationCallBackEaseOut Extends TweenEquationCall Field s := 1.70158 Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t = t / d - 1.0 Return c * (t * t * ((s + 1.0) * t + s) + 1.0) + b End End #rem monkeydoc @hidden #end Class TweenEquationCallBackEaseInOut Extends TweenEquationCall Field s := 1.70158 Field s2:Float Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override s2 = s t /= d / 2.0 s2 *= 1.525 If t < 1.0 Return c / 2.0 * (t * t *((s2+1.0) * t - s2)) + b Endif t -= 2.0 Return c / 2.0 * (t * t * ((s2 + 1.0) * t + s2) + 2.0) + b End End '--------------- 'Elastic #rem monkeydoc @hidden #end Class TweenEquationElastic Extends TweenEquation Method New() EaseIn = New TweenEquationCallElasticEaseIn EaseOut = New TweenEquationCallElasticEaseOut EaseInOut = New TweenEquationCallElasticEaseInOut End End #rem monkeydoc @hidden #end class TweenEquationCallElasticEaseIn Extends TweenEquationCall Field p:Float Field a:Float Field s:Float Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override If t = 0.0 Return b t /= d If t = 1.0 Return b+c p = d * 0.3 a = c s = p / 4.0 t -= 1.0 Return -(a * Pow(2.0,10.0 * (t)) * Sin(((t * d - s) * (2.0 * PI) / p) * 57.2957795)) + b End End #rem monkeydoc @hidden #end Class TweenEquationCallElasticEaseOut Extends TweenEquationCall Field p:Float Field a:Float Field s:Float Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override If t = 0.0 Return b t /= d If t = 1.0 Return b+c p = d * 0.3 a = c s = p / 4.0 Return (a * Pow(2.0,-10.0 * t) * Sin(((t * d - s) * (2.0 * PI) / p) * 57.2957795) + c + b) End End #rem monkeydoc @hidden #end Class TweenEquationCallElasticEaseInOut Extends TweenEquationCall Field p:Float Field a:Float Field s:Float Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override If t = 0.0 Return b t /= d / 2.0 If t = 2.0 Return b+c p = d * (0.3 * 1.5) a = c s = p / 4.0 If t < 1.0 t -= 1.0 Return -0.5 * (a * Pow(2.0,10.0 * t) * Sin(((t * d - s) * (2.0 * PI) / p) * 57.2957795)) + b Endif t -= 1 Return a * Pow(2.0,-10.0 * t) * Sin(((t * d - s) * (2.0 * PI) / p) * 57.2957795) * 0.5 + c + b End End '--------------- 'Bounce #rem monkeydoc @hidden #end Class TweenEquationBounce Extends TweenEquation Method New() EaseIn = New TweenEquationCallBounceEaseIn EaseOut = New TweenEquationCallBounceEaseOut EaseInOut = New TweenEquationCallBounceEaseInOut End End #rem monkeydoc @hidden #end Class TweenEquationCallBounceEaseIn Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t = (d-t) / d If t < 0.3636363 Return c - (c * (7.5625 * t * t)) + b Else If t < 0.7272727 t -= 0.5454545 Return c - (c * (7.5625 * t * t + 0.75)) + b Else If t < 0.9090909 t -= 0.8181818 Return c - (c * (7.5625 * t * t + 0.9375)) + b Else t -= 0.9636363 Return c - (c * (7.5625 * t * t + 0.984375)) + b Endif End End #rem monkeydoc @hidden #end Class TweenEquationCallBounceEaseOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d If t < 0.3636363 Return c *(7.5625 * t * t) + b Else If t < 0.7272727 t -= 0.5454545 Return c * (7.5625 * t * t + 0.75) + b Else If t < 0.9090909 t -= 0.8181818 Return c * (7.5625 * t * t + 0.9375) + b Else t -= 0.9636363 Return c * (7.5625 * t * t + 0.984375) + b Endif End End #rem monkeydoc @hidden #end Class TweenEquationCallBounceEaseInOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override If t < d/2.0 t = (d - t * 2.0) / d If t < 0.3636363 Return (c - (c * (7.5625 * t * t))) * 0.5 + b Else If t < 0.7272727 t -= 0.5454545 Return (c - (c * (7.5625 * t * t + 0.75))) * 0.5 + b Else If t < 0.9090909 t -= 0.8181818 Return (c - (c * (7.5625 * t * t + 0.9375))) * 0.5 + b Else t -= 0.9636363 Return (c - (c * (7.5625 * t * t + 0.984375))) * 0.5 + b Endif Else t = (t * 2.0 - d) / d If t < 0.3636363 Return (c *(7.5625 * t * t)) * 0.5 + c * 0.5 + b Else If t < 0.7272727 t -= 0.5454545 Return (c * (7.5625 * t * t + 0.75)) * 0.5 + c * 0.5 + b Else If t < 0.9090909 t -= 0.8181818 Return (c * (7.5625 * t * t + 0.9375)) * 0.5 + c * 0.5 + b Else t -= 0.9636363 Return (c * (7.5625 * t * t + 0.984375)) * 0.5 + c * 0.5 + b Endif Endif End End '--------------- 'Circ #rem monkeydoc @hidden #end Class TweenEquationCirc Extends TweenEquation Method New() EaseIn = New TweenEquationCallCircEaseIn EaseOut = New TweenEquationCallCircEaseOut EaseInOut = New TweenEquationCallCircEaseInOut End End #rem monkeydoc @hidden #end Class TweenEquationCallCircEaseIn Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d Return -c * (Sqrt(1.0 - t * t) - 1.0) + b End End #rem monkeydoc @hidden #end Class TweenEquationCallCircEaseOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t = t / d - 1.0 Return c * Sqrt(1.0 - t*t) + b End End #rem monkeydoc @hidden #end Class TweenEquationCallCircEaseInOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d / 2.0 If t < 1.0 Return -c / 2.0 * (Sqrt(1.0 - t * t) - 1.0) + b t -= 2.0 Return c / 2.0 * (Sqrt(1.0 - t * t) + 1.0) + b End End '--------------- 'Cubic #rem monkeydoc @hidden #end Class TweenEquationCubic Extends TweenEquation Method New() EaseIn = New TweenEquationCallCubicEaseIn EaseOut = New TweenEquationCallCubicEaseOut EaseInOut = New TweenEquationCallCubicEaseInOut End End #rem monkeydoc @hidden #end Class TweenEquationCallCubicEaseIn Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d Return c * t * t * t + b End End #rem monkeydoc @hidden #end Class TweenEquationCallCubicEaseOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t = t / d - 1.0 Return c * (t * t * t + 1.0) + b End End #rem monkeydoc @hidden #end Class TweenEquationCallCubicEaseInOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d / 2.0 If t < 1 Return c / 2.0 * t * t * t + b t -= 2.0 Return c / 2.0 *(t * t * t + 2.0) + b End End '--------------- 'Expo #rem monkeydoc @hidden #end Class TweenEquationExpo Extends TweenEquation Method New() EaseIn = New TweenEquationCallExpoEaseIn EaseOut = New TweenEquationCallExpoEaseOut EaseInOut = New TweenEquationCallExpoEaseInOut End End #rem monkeydoc @hidden #end Class TweenEquationCallExpoEaseIn Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override If t = 0 Return b Return c * Pow(2.0,10.0 * (t / d - 1.0)) + b End End #rem monkeydoc @hidden #end Class TweenEquationCallExpoEaseOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override If t = d Return b + c Return c * (-Pow(2.0,-10.0 * t / d) + 1.0) + b End End #rem monkeydoc @hidden #end Class TweenEquationCallExpoEaseInOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override If t =0.0 Return b If t = d Return b + c t /= d / 2.0 If t < 1.0 Return c / 2.0 * Pow(2.0,10.0 * (t - 1.0)) + b t -= 1.0 Return c / 2.0 * (-Pow(2.0,-10.0 * t) + 2.0) + b End End '--------------- 'Quad #rem monkeydoc @hidden #end Class TweenEquationQuad Extends TweenEquation Method New() EaseIn = New TweenEquationCallQuadEaseIn EaseOut = New TweenEquationCallQuadEaseOut EaseInOut = New TweenEquationCallQuadEaseInOut End End #rem monkeydoc @hidden #end Class TweenEquationCallQuadEaseIn Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d Return c * t * t + b End End #rem monkeydoc @hidden #end Class TweenEquationCallQuadEaseOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d Return -c * t * (t - 2.0) + b End End #rem monkeydoc @hidden #end Class TweenEquationCallQuadEaseInOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d / 2.0 If t < 1.0 Return c / 2.0 * t * t + b t -= 1.0 Return -c / 2.0 * (t * (t - 2.0) - 1.0) + b End End '--------------- 'Quart #rem monkeydoc @hidden #end Class TweenEquationQuart Extends TweenEquation Method New() EaseIn = New TweenEquationCallQuartEaseIn EaseOut = New TweenEquationCallQuartEaseOut EaseInOut = New TweenEquationCallQuartEaseInOut End End #rem monkeydoc @hidden #end Class TweenEquationCallQuartEaseIn Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d Return c * t * t * t * t + b End End #rem monkeydoc @hidden #end Class TweenEquationCallQuartEaseOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t = t / d-1.0 Return -c * (t * t * t * t - 1.0) + b End End #rem monkeydoc @hidden #end Class TweenEquationCallQuartEaseInOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d / 2.0 If t < 1.0 Return c / 2.0 * t * t * t * t + b t -= 2.0 Return -c / 2.0 * (t * t * t * t - 2.0) + b End End '--------------- 'Quint #rem monkeydoc @hidden #end Class TweenEquationQuint Extends TweenEquation Method New() EaseIn = New TweenEquationCallQuintEaseIn EaseOut = New TweenEquationCallQuintEaseOut EaseInOut = New TweenEquationCallQuintEaseInOut End End #rem monkeydoc @hidden #end Class TweenEquationCallQuintEaseIn Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d Return c * t * t * t * t * t + b End End #rem monkeydoc @hidden #end Class TweenEquationCallQuintEaseOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t = t / d - 1.0 Return c * (t * t * t * t * t + 1.0) + b End End #rem monkeydoc @hidden #end Class TweenEquationCallQuintEaseInOut Extends TweenEquationCall Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override t /= d / 2.0 If t < 1.0 Return c / 2.0 * t * t * t * t * t + b t -= 2.0 Return c / 2.0 * (t * t * t * t * t + 2.0) + b End End

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namespace fantomX2.cftTween   #Rem 'This is a copy of the monkey sample script in bananas/skn3/tweening/tween.monkey #End   '-------------------------------------------------------------------------------------------------- 'Tween module contents   #rem monkeydoc @hidden #end Const PI := 3.14159265   '--------------- 'base classes   #rem monkeydoc @hidden #end Class Tween     Global Linear:TweenEquationCall = New TweenEquationCallLinear       Global Back:TweenEquation = New TweenEquationBack     Global Bounce:TweenEquation = New TweenEquationBounce     Global Circ:TweenEquation = New TweenEquationCirc     Global Cubic:TweenEquation = New TweenEquationCubic     Global Elastic:TweenEquation = New TweenEquationElastic     Global Expo:TweenEquation = New TweenEquationExpo     Global Quad:TweenEquation = New TweenEquationQuad     Global Quart:TweenEquation = New TweenEquationQuart     Global Quint:TweenEquation = New TweenEquationQuint     Global Sine:TweenEquation = New TweenEquationSine       Field equation:TweenEquationCall       Field start:Float     Field change:Float     Field current:Float       Field isActive := False     Field isLooping := False     Field isYoYo := False       Field duration:Int     Field loopCount:Int     Field timeStart:Int     Field timeCurrent:Int     Field timePrevious:Int       ' --- constructors ---     Method New(equation:TweenEquationCall,startValue:Float,endValue:Float,duration:Int)         SetEquation(equation)         SetDuration(duration)         SetValue(startValue,endValue)     End       ' --- private methods ---     Private     Method UpdateValue()         current = equation.Call(timeCurrent,start,change,duration)     End     Public       ' --- value methods ---     Method Value:Float()         Return current     End       ' --- setup methods methods ---     Method SetEquation(equation:TweenEquationCall)         Self.equation = equation     End       Method SetDuration(duration:Int)         Self.duration = duration     End       Method SetValue(startValue:Float,endValue:Float)         start = startValue         change = endValue - startValue     End       Method SetYoYo(flag:Bool)         isYoYo = flag     End       Method SetLooping(flag:Bool)         isLooping = flag     End       ' --- control methods ---     Method Start()         ' --- this will re-start the tween ---         Rewind()         isActive = True         loopCount = 0     End       Method Stop()         ' --- stop the tween from updating ---         isActive = False     End       Method Resume()         ' --- resume the tween from a paused state ---         isActive = True           'update the start timer!       End       Method Rewind()         ' --- put the tween at the start of its tween ---         timeCurrent = 0         timeStart = Millisecs()         UpdateValue()     End       Method FastForward()         ' --- set the tween at the end ---         timeCurrent = duration         UpdateValue()         Stop()     End       Method ContinueTo(endValue:Float,duration:Int=0)         ' --- change the end target for teh value         start = current         SetValue(start,endValue)           If isActive             'isActive so need to continue operation             If duration = 0                 'no duration specified so use previous duration!                 Self.duration = duration - timeCurrent             Else                 'override duration                 Self.duration = duration             Endif               timeStart = Millisecs()             timeCurrent = 0               If duration <= 0                 duration = 0                 Stop()             Endif         Else             If duration > 0 SetDuration(duration)             Start()         Endif     End       Method YoYo()         ContinueTo(start)     End       ' --- class methods ---     Method Update()         If isActive             'update the current time!             timePrevious = timeCurrent             Local time := Millisecs() - timeStart               If time > duration                 'time is beyond length of tween                 If isLooping Or isYoYo                     'increase the loop count                     loopCount += 1                       'look at yoyoing the values                     If isYoYo                         timeCurrent = duration                         current = start + change                           If isLooping Or loopCount <= 1                             ContinueTo(start,duration)                         Else                             Stop()                         Endif                     Else                         'wrap around the tween to the start                         timeCurrent = 0'                         timeStart = Millisecs()                     Endif                 Else                     'set the tween to the end                     timeCurrent = duration                     current = start + change                     Stop()                 Endif             Else If time < 0                 'time is before the start of the tween                 timeCurrent = 0                 timeStart = Millisecs()                 UpdateValue()             Else                 'time is within the tween                 timeCurrent = time                 UpdateValue()             Endif         Endif     End End   #rem monkeydoc @hidden #end Class TweenEquation     ' --- really just a grouping class for user access ---     Field EaseIn:TweenEquationCall     Field EaseOut:TweenEquationCall     Field EaseInOut:TweenEquationCall End   #rem monkeydoc @hidden #end Class TweenEquationCall     ' --- base class to provide a call function pointer work around ---     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Abstract End       '--------------- 'Linear #rem monkeydoc @hidden #end Class TweenEquationCallLinear Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         Return c*t/d + b     End End   '--------------- 'Sine #rem monkeydoc @hidden #end Class TweenEquationSine Extends TweenEquation     Method New()         EaseIn = New TweenEquationCallSineEaseIn         EaseOut = New TweenEquationCallSineEaseOut         EaseInOut = New TweenEquationCallSineEaseInOut     End End   #rem monkeydoc @hidden #end Class TweenEquationCallSineEaseIn Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         'return -c * Cos(t / d * (PI / 2)) + c + b         Return -c * Cos((t / d * (PI / 2.0)) * 57.2957795) + c + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallSineEaseOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         Return c * Sin((t/d * (PI/2.0)) * 57.2957795) + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallSineEaseInOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         Return -c/2.0 * (Cos((PI*t/d) * 57.2957795) - 1.0) + b     End End       '--------------- 'Back #rem monkeydoc @hidden #end Class TweenEquationBack Extends TweenEquation     Method New()         EaseIn = New TweenEquationCallBackEaseIn         EaseOut = New TweenEquationCallBackEaseOut         EaseInOut = New TweenEquationCallBackEaseInOut     End End   #rem monkeydoc @hidden #end Class TweenEquationCallBackEaseIn Extends TweenEquationCall     Field s := 1.70158     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d Return c * t * t * ((s + 1.0) * t - s) + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallBackEaseOut Extends TweenEquationCall     Field s := 1.70158     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t = t / d - 1.0 Return c * (t * t * ((s + 1.0) * t + s) + 1.0) + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallBackEaseInOut Extends TweenEquationCall     Field s := 1.70158     Field s2:Float     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         s2 = s         t /= d / 2.0         s2 *= 1.525 If t < 1.0             Return c / 2.0 * (t * t *((s2+1.0) * t - s2)) + b         Endif t -= 2.0 Return c / 2.0 * (t * t * ((s2 + 1.0) * t + s2) + 2.0) + b     End End       '--------------- 'Elastic #rem monkeydoc @hidden #end Class TweenEquationElastic Extends TweenEquation     Method New()         EaseIn = New TweenEquationCallElasticEaseIn         EaseOut = New TweenEquationCallElasticEaseOut         EaseInOut = New TweenEquationCallElasticEaseInOut     End End   #rem monkeydoc @hidden #end class TweenEquationCallElasticEaseIn Extends TweenEquationCall     Field p:Float     Field a:Float     Field s:Float       Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override If t = 0.0 Return b t /= d         If t = 1.0 Return b+c         p = d *  0.3 a = c         s = p / 4.0         t -= 1.0 Return -(a * Pow(2.0,10.0 * (t)) * Sin(((t * d - s) * (2.0 * PI) / p) * 57.2957795)) + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallElasticEaseOut Extends TweenEquationCall     Field p:Float     Field a:Float     Field s:Float       Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override If t = 0.0 Return b t /= d         If t = 1.0 Return b+c         p = d * 0.3 a = c         s = p / 4.0 Return (a * Pow(2.0,-10.0 * t) * Sin(((t * d - s) * (2.0 * PI) / p) * 57.2957795) + c + b)     End End   #rem monkeydoc @hidden #end Class TweenEquationCallElasticEaseInOut Extends TweenEquationCall     Field p:Float     Field a:Float     Field s:Float       Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override If t = 0.0 Return b t /= d / 2.0         If t = 2.0 Return b+c         p = d * (0.3 * 1.5) a = c         s = p / 4.0 If t < 1.0             t -= 1.0             Return -0.5 * (a * Pow(2.0,10.0 * t) * Sin(((t * d - s) * (2.0 * PI) / p) * 57.2957795)) + b         Endif         t -= 1 Return a * Pow(2.0,-10.0 * t) * Sin(((t * d - s) * (2.0 * PI) / p) * 57.2957795) * 0.5 + c + b     End End       '--------------- 'Bounce #rem monkeydoc @hidden #end Class TweenEquationBounce Extends TweenEquation     Method New()         EaseIn = New TweenEquationCallBounceEaseIn         EaseOut = New TweenEquationCallBounceEaseOut         EaseInOut = New TweenEquationCallBounceEaseInOut     End End   #rem monkeydoc @hidden #end Class TweenEquationCallBounceEaseIn Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t = (d-t) / d If t < 0.3636363 Return c - (c * (7.5625 * t * t)) + b Else If t < 0.7272727             t -= 0.5454545 Return c - (c * (7.5625 * t * t + 0.75)) + b Else If t < 0.9090909             t -= 0.8181818 Return c - (c * (7.5625 * t * t + 0.9375)) + b Else             t -= 0.9636363 Return c - (c * (7.5625 * t * t + 0.984375)) + b         Endif     End End   #rem monkeydoc @hidden #end Class TweenEquationCallBounceEaseOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d If t < 0.3636363 Return c *(7.5625 * t * t) + b Else If t < 0.7272727             t -= 0.5454545 Return c * (7.5625 * t * t + 0.75) + b Else If t < 0.9090909             t -= 0.8181818 Return c * (7.5625 * t * t + 0.9375) + b Else             t -= 0.9636363 Return c * (7.5625 * t * t + 0.984375) + b         Endif     End End   #rem monkeydoc @hidden #end Class TweenEquationCallBounceEaseInOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override If t < d/2.0             t = (d - t * 2.0) / d      If t < 0.3636363      Return (c - (c * (7.5625 * t * t))) * 0.5 + b      Else If t < 0.7272727                 t -= 0.5454545      Return (c - (c * (7.5625 * t * t + 0.75))) * 0.5 + b      Else If t < 0.9090909                 t -= 0.8181818      Return (c - (c * (7.5625 * t * t + 0.9375))) * 0.5 + b      Else                 t -= 0.9636363      Return (c - (c * (7.5625 * t * t + 0.984375))) * 0.5 + b             Endif         Else             t = (t * 2.0 - d) / d      If t < 0.3636363      Return (c *(7.5625 * t * t)) * 0.5 + c * 0.5 + b      Else If t < 0.7272727                 t -= 0.5454545      Return (c * (7.5625 * t * t + 0.75)) * 0.5 + c * 0.5 + b      Else If t < 0.9090909                 t -= 0.8181818      Return (c * (7.5625 * t * t + 0.9375)) * 0.5 + c * 0.5 + b      Else                 t -= 0.9636363      Return (c * (7.5625 * t * t + 0.984375)) * 0.5 + c * 0.5 + b             Endif         Endif     End End       '--------------- 'Circ #rem monkeydoc @hidden #end Class TweenEquationCirc Extends TweenEquation     Method New()         EaseIn = New TweenEquationCallCircEaseIn         EaseOut = New TweenEquationCallCircEaseOut         EaseInOut = New TweenEquationCallCircEaseInOut     End End   #rem monkeydoc @hidden #end Class TweenEquationCallCircEaseIn Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d         Return -c * (Sqrt(1.0 - t * t) - 1.0) + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallCircEaseOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t = t / d - 1.0         Return c * Sqrt(1.0 - t*t) + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallCircEaseInOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d / 2.0 If t < 1.0 Return -c / 2.0 * (Sqrt(1.0 - t * t) - 1.0) + b t -= 2.0 Return c / 2.0 * (Sqrt(1.0 - t * t) + 1.0) + b     End End       '--------------- 'Cubic #rem monkeydoc @hidden #end Class TweenEquationCubic Extends TweenEquation     Method New()         EaseIn = New TweenEquationCallCubicEaseIn         EaseOut = New TweenEquationCallCubicEaseOut         EaseInOut = New TweenEquationCallCubicEaseInOut     End End   #rem monkeydoc @hidden #end Class TweenEquationCallCubicEaseIn Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d         Return c * t * t * t + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallCubicEaseOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t = t / d - 1.0         Return c * (t * t * t + 1.0) + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallCubicEaseInOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d / 2.0 If t < 1 Return c / 2.0 * t * t * t + b t -= 2.0 Return c / 2.0 *(t * t * t + 2.0) + b     End End       '--------------- 'Expo #rem monkeydoc @hidden #end Class TweenEquationExpo Extends TweenEquation     Method New()         EaseIn = New TweenEquationCallExpoEaseIn         EaseOut = New TweenEquationCallExpoEaseOut         EaseInOut = New TweenEquationCallExpoEaseInOut     End End   #rem monkeydoc @hidden #end Class TweenEquationCallExpoEaseIn Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         If t = 0 Return b         Return c * Pow(2.0,10.0 * (t / d - 1.0)) + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallExpoEaseOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         If t = d Return b + c         Return c * (-Pow(2.0,-10.0 * t / d) + 1.0) + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallExpoEaseInOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override If t =0.0 Return b If t = d Return b + c t /= d / 2.0 If t < 1.0 Return c / 2.0 * Pow(2.0,10.0 * (t - 1.0)) + b t -= 1.0 Return c / 2.0 * (-Pow(2.0,-10.0 * t) + 2.0) + b     End End       '--------------- 'Quad #rem monkeydoc @hidden #end Class TweenEquationQuad Extends TweenEquation     Method New()         EaseIn = New TweenEquationCallQuadEaseIn         EaseOut = New TweenEquationCallQuadEaseOut         EaseInOut = New TweenEquationCallQuadEaseInOut     End End   #rem monkeydoc @hidden #end Class TweenEquationCallQuadEaseIn Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d         Return c * t * t + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallQuadEaseOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d         Return -c * t * (t - 2.0) + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallQuadEaseInOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d / 2.0 If t < 1.0 Return c / 2.0 * t * t + b t -= 1.0 Return -c / 2.0 * (t * (t - 2.0) - 1.0) + b     End End       '--------------- 'Quart #rem monkeydoc @hidden #end Class TweenEquationQuart Extends TweenEquation     Method New()         EaseIn = New TweenEquationCallQuartEaseIn         EaseOut = New TweenEquationCallQuartEaseOut         EaseInOut = New TweenEquationCallQuartEaseInOut     End End   #rem monkeydoc @hidden #end Class TweenEquationCallQuartEaseIn Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d         Return c * t * t * t * t + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallQuartEaseOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t = t / d-1.0         Return -c * (t * t * t * t - 1.0) + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallQuartEaseInOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d / 2.0 If t < 1.0 Return c / 2.0 * t * t * t * t + b         t -= 2.0 Return -c / 2.0 * (t * t * t * t - 2.0) + b     End End       '--------------- 'Quint #rem monkeydoc @hidden #end Class TweenEquationQuint Extends TweenEquation     Method New()         EaseIn = New TweenEquationCallQuintEaseIn         EaseOut = New TweenEquationCallQuintEaseOut         EaseInOut = New TweenEquationCallQuintEaseInOut     End End   #rem monkeydoc @hidden #end Class TweenEquationCallQuintEaseIn Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d         Return c * t * t * t * t * t + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallQuintEaseOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t = t / d - 1.0         Return c * (t * t * t * t * t + 1.0) + b     End End   #rem monkeydoc @hidden #end Class TweenEquationCallQuintEaseInOut Extends TweenEquationCall     Method Call:Float(t:Float,b:Float,c:Float,d:Float) Override         t /= d / 2.0 If t < 1.0 Return c / 2.0 * t * t * t * t * t + b         t -= 2.0 Return c / 2.0 * (t * t * t * t * t + 2.0) + b     End End

[MikeHartParticipant]

Yes, I will continue with it.

[MikeHartParticipant]

Thanks guys. Now all i need is to detect the size of the window outside OnRender.

[MikeHartParticipant]

What i am missing in ted is 2 things.

-Find in files

-A code treeview with class/method/function names.

[MikeHartParticipant]

Ok. I think that the docs are created for the modules but the browser console shows script errors here. I will try to inverstigate further.

[MikeHartParticipant]

It runs but creates no docs for the modules. In the created help files the module section is empty.

[MikeHartParticipant]

And now I can. Mark fixed my User account.

[MikeHartParticipant]

I would have posted on the MX forum before but for some odd reason i can’t.

[MikeHartParticipant]

It could be, that one problem is the initialisation of class fields which represent an object with a NULL value:

Field engine:ftEngine = Null

I have to test this further

[MikeHartParticipant]

If you are curious, what I see on my screen…

mx2cc version 1.0.2

***** Making module ‘fantomX2’ *****

Parsing…
Semanting…
Translating…
Compiling….
Build error: System command ‘g++ -std=c++11 -m32 -O3 -DNDEBUG -I”C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/freetype/freetype-2.6.3/include/” -I”C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/openal/openal-soft/include/” -I”C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/gles20/angle/include/” -I”C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/sdl2/SDL/include/” -I”C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native” -c -o “C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/fantomX2/fantomX2.buildv1.0.2/build_cache/desktop_release_windows/fantomX2_0cftTimer.cpp.o” “C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/fantomX2/fantomX2.buildv1.0.2/build_cache/desktop_release_windows/fantomX2_cftTimer.cpp”‘ failed.

g++ -std=c++11 -m32 -O3 -DNDEBUG -I”C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/freetype/freetype-2.6.3/include/” -I”C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/openal/openal-soft/include/” -I”C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/gles20/angle/include/” -I”C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/sdl2/SDL/include/” -I”C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native” -c -o “C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/fantomX2/fantomX2.buildv1.0.2/build_cache/desktop_release_windows/fantomX2_0cftTimer.cpp.o” “C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/fantomX2/fantomX2.buildv1.0.2/build_cache/desktop_release_windows/fantomX2_cftTimer.cpp”

In file included from C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbmonkey.h:10:0,
from C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/fantomX2/fantomX2.buildv1.0.2/desktop_release_windows/fantomX2_cftTimer.h:5,
from C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/fantomX2/fantomX2.buildv1.0.2/build_cache/desktop_release_windows/fantomX2_cftTimer.cpp:2:
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h: In instantiation of ‘void bbGCVar<T>::enqueue() [with T = t_fantomX2_ftLayer]’:
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h:194:10: required from ‘bbGCVar<T>::bbGCVar(T*) [with T = t_fantomX2_ftLayer]’
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/fantomX2/fantomX2.buildv1.0.2/desktop_release_windows/fantomX2_cftEngine.h:122:69: required from here
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h:186:16: error: cannot dynamic_cast ‘((bbGCVar<t_fantomX2_ftLayer>*)this)->bbGCVar<t_fantomX2_ftLayer>::_ptr’ (of type ‘struct t_fantomX2_ftLayer*’) to type ‘struct bbGCNode*’ (source is a pointer to incomplete type)
bbGC::enqueue( dynamic_cast<bbGCNode*>( _ptr ) );
^
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h: In instantiation of ‘void bbGCVar<T>::enqueue() [with T = t_fantomX2_ftImageManager]’:
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h:194:10: required from ‘bbGCVar<T>::bbGCVar(T*) [with T = t_fantomX2_ftImageManager]’
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/fantomX2/fantomX2.buildv1.0.2/desktop_release_windows/fantomX2_cftEngine.h:126:77: required from here
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h:186:16: error: cannot dynamic_cast ‘((bbGCVar<t_fantomX2_ftImageManager>*)this)->bbGCVar<t_fantomX2_ftImageManager>::_ptr’ (of type ‘struct t_fantomX2_ftImageManager*’) to type ‘struct bbGCNode*’ (source is a pointer to incomplete type)
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h: In instantiation of ‘void bbGCVar<T>::enqueue() [with T = t_fantomX2_ftFont]’:
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h:194:10: required from ‘bbGCVar<T>::bbGCVar(T*) [with T = t_fantomX2_ftFont]’
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/fantomX2/fantomX2.buildv1.0.2/desktop_release_windows/fantomX2_cftObject.h:79:62: required from here
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h:186:16: error: cannot dynamic_cast ‘((bbGCVar<t_fantomX2_ftFont>*)this)->bbGCVar<t_fantomX2_ftFont>::_ptr’ (of type ‘struct t_fantomX2_ftFont*’) to type ‘struct bbGCNode*’ (source is a pointer to incomplete type)
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h: In instantiation of ‘void bbGCVar<T>::enqueue() [with T = t_fantomX2_ftTileMap]’:
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h:194:10: required from ‘bbGCVar<T>::bbGCVar(T*) [with T = t_fantomX2_ftTileMap]’
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/fantomX2/fantomX2.buildv1.0.2/desktop_release_windows/fantomX2_cftObject.h:112:68: required from here
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h:186:16: error: cannot dynamic_cast ‘((bbGCVar<t_fantomX2_ftTileMap>*)this)->bbGCVar<t_fantomX2_ftTileMap>::_ptr’ (of type ‘struct t_fantomX2_ftTileMap*’) to type ‘struct bbGCNode*’ (source is a pointer to incomplete type)
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h: In instantiation of ‘void bbGCVar<T>::enqueue() [with T = t_fantomX2_ftObjAnimMng]’:
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h:194:10: required from ‘bbGCVar<T>::bbGCVar(T*) [with T = t_fantomX2_ftObjAnimMng]’
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/fantomX2/fantomX2.buildv1.0.2/desktop_release_windows/fantomX2_cftObject.h:121:74: required from here
C:/Users/Micha/Desktop/FantomMonkey/monkey2/modules/monkey/native/bbgc.h:186:16: error: cannot dynamic_cast ‘((bbGCVar<t_fantomX2_ftObjAnimMng>*)this)->bbGCVar<t_fantomX2_ftObjAnimMng>::_ptr’ (of type ‘struct t_fantomX2_ftObjAnimMng*’) to type ‘struct bbGCNode*’ (source is a pointer to incomplete type)
***** Fatal mx2cc error *****

Build error.

[MikeHartParticipant]

I was missing this as well. Including a Code Listbox like in Ted1.

[Author]

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