Haaf Game Engine (HGE) have very useful function: SetHotSpot(x.f, y.f)
"Anchor point is the center for scaling, rotation and position operations."
And all 3d engines have float x,y cordinates for display 3D sprites, but no PB, why?
When sprite moves very slowly (less than 1 pixel for a frame) in PB it looks jerks, and in HGE/Flash and other engines fantastic smoothly.
To do this Features please.
Sprite3D - HotSpot and float coordiantes
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zxtunes.com
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Kaeru Gaman
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Re: Sprite3D - HotSpot and float coordiantes
because sprite3D functions of PB are special functions for a 2D surface,
no orthogonal camera for a 3D world like it later days is done.
no orthogonal camera for a 3D world like it later days is done.
oh... and have a nice day.
Re: Sprite3D - HotSpot and float coordiantes
It would be nice to have this, and it could be easy as sprites are now 3d based.
Re: Sprite3D - HotSpot and float coordiantes
Here's a kelebrindae macro that does the job nicely (warning zoom and sprite are resetting transformations)
Code: Select all
; These variables are used in the myTransformSprite3D macro (they're defined here because it can't be done in the macro)
Global TRF3D_angCos.f,TRF3D_angSin.f,TRF3D_x1.f,TRF3D_y1.f,TRF3D_x2.f,TRF3D_y2.f,TRF3D_x3.f,TRF3D_y3.f,TRF3D_x4.f,TRF3D_y4.f
; Define the size for a sprite3D, its origin (in pixels), and its rotation angle (absolute)
; Replace the following BlitzMax commands: "SetScale", "SetImageHandle", and "SetRotation"
Macro myTransformSprite3D(numSprite,sizeX,sizeY,pivotX = 0,pivotY = 0,angle = 0)
; In PureBasic, a Sprite3D is used to display 2D sprite with 3D hardware ; it's just a textured plane, actually.
; Thus, it's possible to zoom, rotate or deform a 3D sprite simply by moving its 4 vertex.
; This is done through the "TransformSprite3D" command.
If angle = 0
TransformSprite3D(numSprite,-(pivotX),-(pivotY),(sizeX) - (pivotX),-(pivotY),(sizeX) - (pivotX),(sizeY) - (pivotY),-(pivotX),(sizeY) - (pivotY))
Else
TRF3D_angCos = Cos(angle)
TRF3D_angSin = Sin(angle)
TRF3D_x1 = -(pivotX) * TRF3D_angCos - (-(pivotY) * TRF3D_angSin)
TRF3D_y1 = -(pivotY) * TRF3D_angCos + (-(pivotX) * TRF3D_angSin)
TRF3D_x2 = ((sizeX) - (pivotX)) * TRF3D_angCos - (-(pivotY) * TRF3D_angSin)
TRF3D_y2 = -(pivotY) * TRF3D_angCos + ((sizeX) - (pivotX)) * TRF3D_angSin
TRF3D_x3 = ((sizeX) - (pivotX)) * TRF3D_angCos - ((sizeY) - (pivotY)) * TRF3D_angSin
TRF3D_y3 = ((sizeY) - (pivotY)) * TRF3D_angCos + ((sizeX) - (pivotX)) * TRF3D_angSin
TRF3D_x4 = -(pivotX) * TRF3D_angCos - ((sizeY) - (pivotY)) * TRF3D_angSin
TRF3D_y4 = ((sizeY) - (pivotY)) * TRF3D_angCos + (-(pivotX) * TRF3D_angSin)
TransformSprite3D(numSprite,TRF3D_x1,TRF3D_y1,TRF3D_x2,TRF3D_y2,TRF3D_x3,TRF3D_y3,TRF3D_x4,TRF3D_y4)
EndIf
EndMacro
Re: Sprite3D - HotSpot and float coordiantes
add this for linux
Code: Select all
CompilerIf #PB_OS_Linux ;order for linux is x1,y1,x3,y2,x2,y3,x4,y4
TransformSprite3D(numsprite,TRF3D_x1,TRF3D_y1,TRF3D_x3,TRF3D_y2,TRF3D_x2,TRF3D_y3,TRF3D_x4,TRF3D_y4)
CompilerElse
TransformSprite3D(numSprite,TRF3D_x1,TRF3D_y1,TRF3D_x2,TRF3D_y2,TRF3D_x3,TRF3D_y3,TRF3D_x4,TRF3D_y4)
CompilerEndIf
Windows 11, Manjaro, Raspberry Pi OS
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Kelebrindae
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Re: Sprite3D - HotSpot and float coordiantes
Thanks for this fix, Idle. 
Does it work with the openGL subsystem for Windows, too ?
Also: "x1,y1,x3,y2,x2,y3,x4,y4" ?
By Golly, that's pretty counter-intuitive!
How did you manage to find it ?
Does it work with the openGL subsystem for Windows, too ?
Also: "x1,y1,x3,y2,x2,y3,x4,y4" ?
By Golly, that's pretty counter-intuitive!
How did you manage to find it ?
Re: Sprite3D - HotSpot and float coordiantes
Don't know haven't tried it on windows with opengl subsystem
Yes it is a bit odd, I just swapped them round until it worked.
Yes it is a bit odd, I just swapped them round until it worked.
Windows 11, Manjaro, Raspberry Pi OS
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Kelebrindae
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Re: Sprite3D - HotSpot and float coordiantes
As it's some sort of frequently asked question, I've compiled in a little include all the needed functions to :
- Define a hotspot for a Sprite3D;
- Color a Sprite3D or its vertices individually;
- Flip a Sprite3D;
- Perform a "clipSprite" to animate a Sprite3D;
- And a few other things...
Warning: DirectX9 only.
Here's a little demo:
http://keleb.free.fr/codecorner/downloa ... rite3D.zip
And here is the include (save it as "EXT_sprite3D.pbi") :
- Define a hotspot for a Sprite3D;
- Color a Sprite3D or its vertices individually;
- Flip a Sprite3D;
- Perform a "clipSprite" to animate a Sprite3D;
- And a few other things...
Warning: DirectX9 only.
Here's a little demo:
http://keleb.free.fr/codecorner/downloa ... rite3D.zip
And here is the include (save it as "EXT_sprite3D.pbi") :
Code: Select all
; Author: Kelebrindae
; Date: April, 4, 2011
; PB version: v4.51
; ---------------------------------------------------------------------------------------------------------------
; Description:
; ---------------------------------------------------------------------------------------------------------------
; "Extension" for sprites 3D. It adds:
; - Handle (= "hotspot", = "pivot") definition
; - Flipping, horizontally and/or vertically
; - Clipping
; - Coloring
; - a few other things...
; ---------------------------------------------------------------------------------------------------------------
; Known bugs and limitations:
; ---------------------------------------------------------------------------------------------------------------
; - Only for DirectX9...
; ---------------------------------------------------------------------------------------------------------------
;********************************************************
;- Structure and Variables
;********************************************************
; DirectX9 vertex
Structure D3DTLVERTEX
x.f
y.f
z.f
rhw.f
Color.l
tu.f
tv.f
EndStructure
; DirectX9 sprite3D
Structure PB_DX9Sprite3D
TexRes.i
Vertice.D3DTLVERTEX[4] ; position of the 4 vertices, relative to the sprite origin
TmpVertice.D3DTLVERTEX[4] ; position of the 4 vertices, relative to the screen origin
Width.l ; width set with ZoomSprite3D()
Height.l ; height set with ZoomSprite3D()
RealWidth.l ; width before rescaling
RealHeight.l ; height before rescaling
Angle.f ; angle
Transformed.l
EndStructure
; The EXT_Sprite3D_struct stores the pointer to the real sprite3D, plus its pivot, flipmode, and alpha
Structure EXT_Sprite3D_struct
numSprite3D.i ; PB's sprite3D linked to the current EXT_sprite3D
*ptrSprite3D.PB_DX9Sprite3D ; pointer to the DirectX9 sprite3D
pivotX.i ; Hotspot - coord X
pivotY.i ; Hotspot - coord X
flipmode.b ; 0 = not flipped; 1 = H. flip; 2 = V. Flip; 3 = both
alpha.i ; opacity level, from 0 to 255
EndStructure
Global Dim EXT_Sprite3D.EXT_Sprite3D_struct(1)
; Vertices number
Enumeration
#TOPLEFT
#TOPRIGHT
#BOTTOMLEFT
#BOTTOMRIGHT
EndEnumeration
; These variables are used in the EXT_TransformSprite3D macro (they're defined here because it can't be done in the macro)
Global *TRF3D_DX9sprite3D.PB_DX9Sprite3D,TRF3D_angCos.f,TRF3D_angSin.f,TRF3D_v1.f,TRF3D_v2.f,TRF3D_v3.f,TRF3D_v4.f,TRF3D_v5.f,TRF3D_v6.f,TRF3D_v7.f,TRF3D_v8.f
;-
;********************************************************
;- Create & Destroy
;********************************************************
; Initializes the sprite3D and adds it to the "EXT_Sprite3D" array, or redefines an already existing one.
; Then, returns the indice of the new item in this array.
Procedure.i EXT_CreateSprite3D(numSprite3D.i,numSprite.i)
Static lastSprite3D.i
; If numSprite3D is equal to "#PB_Any", then add an item in the "EXT_Sprite3D" array and initialize it.
If numSprite3D = #PB_Any
lastSprite3D + 1
ReDim EXT_Sprite3D(lastSprite3D + 1)
EXT_Sprite3D(lastSprite3D)\numSprite3D = CreateSprite3D(#PB_Any, numSprite)
EXT_Sprite3D(lastSprite3D)\ptrSprite3D = IsSprite3D(EXT_Sprite3D(lastSprite3D)\numSprite3D)
EXT_Sprite3D(lastSprite3D)\pivotX = 0
EXT_Sprite3D(lastSprite3D)\pivotY = 0
EXT_Sprite3D(lastSprite3D)\flipmode = %00
EXT_Sprite3D(lastSprite3D)\alpha = 255
ProcedureReturn lastSprite3D
Else
; If numSprite3D is not equal to "#PB_Any", we want to redefine an already existing EXT_sprite3D.
If numSprite3D > ArraySize(EXT_Sprite3D())
MessageRequester("Error","ERROR: EXT_sprite3D #"+Str(numsprite3D)+" is not initialized.")
ProcedureReturn 0
EndIf
If EXT_Sprite3D(numSprite3D)\numSprite3D > 0
FreeSprite3D(EXT_Sprite3D(numSprite3D)\numSprite3D)
EndIf
EXT_Sprite3D(numSprite3D)\numSprite3D = CreateSprite3D(#PB_Any, numSprite)
EXT_Sprite3D(numSprite3D)\ptrSprite3D = IsSprite3D(EXT_Sprite3D(numSprite3D)\numSprite3D)
EXT_Sprite3D(numSprite3D)\pivotX = 0
EXT_Sprite3D(numSprite3D)\pivotY = 0
EXT_Sprite3D(numSprite3D)\flipmode = %00
EXT_Sprite3D(numSprite3D)\alpha = 255
ProcedureReturn numSprite3D
EndIf
EndProcedure
; Deletes a EXT_sprite3D
Procedure EXT_FreeSprite3D(numEXT_Spr3d.i)
If numSprite3D > ArraySize(EXT_Sprite3D())
MessageRequester("Error","ERROR: EXT_sprite3D #"+Str(numsprite3D)+" is not initialized.")
ProcedureReturn 0
EndIf
If EXT_Sprite3D(numSprite3D)\numSprite3D > 0
FreeSprite3D(EXT_Sprite3D(numSprite3D)\numSprite3D)
EndIf
EXT_Sprite3D(numSprite3D)\numSprite3D = 0
EXT_Sprite3D(numSprite3D)\ptrSprite3D = 0
EndProcedure
;-
;********************************************************
;- Deformations
;********************************************************
; This macro is used by the "SetHandle", "Zoom", and "Rotate" macros.
; It aggregates theses 3 infos (handle, size and angle) to compute the position of the 4 vertices.
Macro EXT_TransformSprite3D(sizeX,sizeY,pivotX = 0,pivotY = 0,angle = 0)
; In PureBasic, a Sprite3D is used to display a 2D sprite with 3D hardware ; it's just a textured plane, actually.
; Thus, it's possible to zoom, rotate or deform a 3D sprite simply by moving its 4 vertices.
; NB: Don't ask me about the "-0.5". PB's "TransformSprite3D" do it, so I do it too, but I don't know why...
If angle = 0
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\x = -(pivotX) - 0.5
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\y = -(pivotY) - 0.5
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\x = (sizeX) - (pivotX) - 0.5
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\y = -(pivotY) - 0.5
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\x = (sizeX) - (pivotX) - 0.5
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\y = (sizeY) - (pivotY) - 0.5
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\x = -(pivotX) - 0.5
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\y = (sizeY) - (pivotY) - 0.5
Else
TRF3D_angCos = Cos(angle)
TRF3D_angSin = Sin(angle)
TRF3D_v1 = -(pivotX) * TRF3D_angCos
TRF3D_v2 = -(pivotX) * TRF3D_angSin
TRF3D_v3 = -(pivotY) * TRF3D_angSin
TRF3D_v4 = -(pivotY) * TRF3D_angCos
TRF3D_v5 = ((sizeX) - (pivotX)) * TRF3D_angSin
TRF3D_v6 = ((sizeX) - (pivotX)) * TRF3D_angCos
TRF3D_v7 = ((sizeY) - (pivotY)) * TRF3D_angSin
TRF3D_v8 = ((sizeY) - (pivotY)) * TRF3D_angCos
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\x = TRF3D_v1 - TRF3D_v3 - 0.5
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\y = TRF3D_v4 + TRF3D_v2 - 0.5
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\x = TRF3D_v6 - TRF3D_v3 - 0.5
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\y = TRF3D_v4 + TRF3D_v5 - 0.5
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\x = TRF3D_v6 - TRF3D_v7 - 0.5
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\y = TRF3D_v8 + TRF3D_v5 - 0.5
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\x = TRF3D_v1 - TRF3D_v7 - 0.5
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\y = TRF3D_v8 + TRF3D_v2 - 0.5
EndIf
*TRF3D_DX9sprite3D\Transformed = 1
EndMacro
; Sets the position of the "handle" (= "hotspot", or "pivot") of an EXT_sprite3D
; NB: When you resize a sprite, the position of its handle isn't recalculed.
; If you have a 32x32 sprite with its handle centered (at cords 16,16) and you resize it to 64x64,
; the handle stays at 16,16 and thus is off-center...
Macro EXT_SetHandleSprite3D(numEXT_Spr3d,newPivotX,newPivotY)
*TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D
EXT_Sprite3D(numEXT_Spr3d)\pivotX = (newPivotX)
EXT_Sprite3D(numEXT_Spr3d)\pivotY = (newPivotY)
EXT_TransformSprite3D(*TRF3D_DX9sprite3D\Width,*TRF3D_DX9sprite3D\Height,EXT_Sprite3D(numEXT_Spr3d)\pivotX,EXT_Sprite3D(numEXT_Spr3d)\pivotY,*TRF3D_DX9sprite3D\Angle)
EndMacro
; Rescales an EXT_sprite3D
Macro EXT_ZoomSprite3D(numEXT_Spr3d,newSizeX,newSizeY)
*TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D
*TRF3D_DX9sprite3D\Width = (newSizeX)
*TRF3D_DX9sprite3D\Height = (newSizeY)
EXT_TransformSprite3D(*TRF3D_DX9sprite3D\Width,*TRF3D_DX9sprite3D\Height,EXT_Sprite3D(numEXT_Spr3d)\pivotX,EXT_Sprite3D(numEXT_Spr3d)\pivotY,*TRF3D_DX9sprite3D\Angle)
EndMacro
; Rotates an EXT_sprite3D
Macro EXT_RotateSprite3D(numEXT_Spr3d,newAngle)
*TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D
*TRF3D_DX9sprite3D\Angle = (newAngle)
EXT_TransformSprite3D(*TRF3D_DX9sprite3D\Width,*TRF3D_DX9sprite3D\Height,EXT_Sprite3D(numEXT_Spr3d)\pivotX,EXT_Sprite3D(numEXT_Spr3d)\pivotY,*TRF3D_DX9sprite3D\Angle)
EndMacro
;-
;********************************************************
;- Flipping, Clipping, Coloring
;********************************************************
; Mirrors an EXT_sprite3D by manipulating its UV mapping (inverts left and right vertices' UV coords)
Macro EXT_FlipHoriSprite3D(numEXT_Spr3d)
*TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D
Swap *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tu,*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tu
Swap *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tv,*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tv
Swap *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tu,*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tu
Swap *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tv,*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tv
EXT_Sprite3D(numEXT_Spr3d)\flipmode = EXT_Sprite3D(numEXT_Spr3d)\flipmode ! %01
EndMacro
; Flips an EXT_sprite3D upside down by manipulating its UV mapping (inverts top and bottom vertices' UV coords)
Macro EXT_FlipVertSprite3D(numEXT_Spr3d)
*TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D
Swap *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tu,*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tu
Swap *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tv,*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tv
Swap *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tu,*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tu
Swap *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tv,*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tv
EXT_Sprite3D(numEXT_Spr3d)\flipmode = EXT_Sprite3D(numEXT_Spr3d)\flipmode ! %10
EndMacro
; Clips (= "crop") the image displayed by an EXT_sprite3D (very useful for animated sprites).
; NB: This doesn't change the actual size of the sprite3D, so you must ensure that each frame
; of the animation is of the same size (or they will by stretched to the size of the sprite).
Macro EXT_ClipSprite3D(numEXT_Spr3d,x,y,x2,y2)
*TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D
; The flip mode (left-right, up-down, or both) affects the computation of the UV coords
Select EXT_Sprite3D(numEXT_Spr3d)\flipmode
Case %00 ; no flip
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight
Case %01 ; horizontal flip
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight
Case %10 ; vertical flip
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight
Case %11 ; both
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight
EndSelect
EndMacro
; Applies a color filter to an EXT_sprite3D
Macro EXT_SetColorSprite3D(numEXT_Spr3d, newColor)
*TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\Color = newColor
*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\Color = newColor
*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\Color = newColor
*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\Color = newColor
EndMacro
; Same, but for just one vertex of the EXT_sprite3D
Macro EXT_SetVertexColorSprite3D(numEXT_Spr3d,numVertex,newColor)
*TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D
*TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\Color = newColor
EndMacro
; Sets the alpha level ( = transparency) of an EXT_sprite3D. 0 = invisible, 255 = opaque
Macro EXT_SetAlphaSprite3D(numEXT_Spr3d, newAlpha)
EXT_Sprite3D(numEXT_Spr3d)\alpha = newAlpha
EndMacro
;-
;********************************************************
;- Utilitary
;********************************************************
; Gets the current width of an EXT_sprite3D
Macro EXT_GetWidthSprite3D(numEXT_Spr3d)
EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D\Width
EndMacro
; Gets the current height of an EXT_sprite3D
Macro EXT_GetHeightSprite3D(numEXT_Spr3d)
EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D\Height
EndMacro
; Gets the "real" width of an EXT_sprite3D (that is to say, before any rescaling)
Macro EXT_GetRealWidthSprite3D(numEXT_Spr3d)
EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D\Width
EndMacro
; Gets the "real" height of an EXT_sprite3D (that is to say, before any rescaling)
Macro EXT_GetRealHeightSprite3D(numEXT_Spr3d)
EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D\Height
EndMacro
; Gets the current angle in radians of an EXT_sprite3D
Macro EXT_GetAngleSprite3D(numEXT_Spr3d)
EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D\Height
EndMacro
; Gives True if the EXT_sprite3D is horizontally flipped
Macro EXT_isFlipHoriSprite3D(numEXT_Spr3d)
(EXT_Sprite3D(numEXT_Spr3d)\flipmode & %01)
EndMacro
; Gives True if the EXT_sprite3D is vertically flipped
Macro EXT_isFlipVertSprite3D(numEXT_Spr3d)
((EXT_Sprite3D(numEXT_Spr3d)\flipmode & %10) >> 1)
EndMacro
;-
;********************************************************
;- Display
;********************************************************
; Display the EXT_sprite3D with its current alpha level
Macro EXT_DisplaySprite3D(numEXT_Spr3d,x,y)
DisplaySprite3D(EXT_Sprite3D(numEXT_Spr3D)\numSprite3D,x,y,EXT_Sprite3D(numEXT_Spr3d)\alpha)
EndMacro
; Display various informations about a sprite3D in the debugger
Macro EXT_DebugInfosSprite3D(numEXT_Spr3d)
*TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D
Debug "TexRes = " + Str(*TRF3D_DX9sprite3D\texRes)
Debug "Vertices: "
For i=0 To 3
Debug " " + Str(i) + " -> x,y = " + StrF(*TRF3D_DX9sprite3D\Vertice[i]\x,2) + "," + StrF(*TRF3D_DX9sprite3D\Vertice[i]\y,2)
Debug " rhw = " + StrF(*TRF3D_DX9sprite3D\Vertice[i]\rhw,2)
Debug " color = " + Str(Red(*TRF3D_DX9sprite3D\Vertice[i]\color)) + "," + Str(Green(*TRF3D_DX9sprite3D\Vertice[i]\color)) + Str(Blue(*TRF3D_DX9sprite3D\Vertice[i]\color))
Next i
Debug "Temp Vertices: "
For i=0 To 3
Debug " " + Str(i) + " -> x,y = " + StrF(*TRF3D_DX9sprite3D\TmpVertice[i]\x,2) + "," + StrF(*TRF3D_DX9sprite3D\TmpVertice[i]\y,2)
Debug " rhw = " + StrF(*TRF3D_DX9sprite3D\TmpVertice[i]\rhw,2)
Debug " color = " + Str(Red(*TRF3D_DX9sprite3D\TmpVertice[i]\color)) + "," + Str(Green(*TRF3D_DX9sprite3D\TmpVertice[i]\color)) + Str(Blue(*TRF3D_DX9sprite3D\TmpVertice[i]\color))
Next i
Debug "Width, Height = " + Str(*TRF3D_DX9sprite3D\Width) + "," + Str(*TRF3D_DX9sprite3D\Height)
Debug "Real Width, Height = " + Str(*TRF3D_DX9sprite3D\RealWidth) + "," + Str(*TRF3D_DX9sprite3D\RealHeight)
Debug "Angle = " + StrF(*TRF3D_DX9sprite3D\Angle)
Debug "Transformed = " + Str(*TRF3D_DX9sprite3D\Transformed)
EndMacro
Re: Sprite3D - HotSpot and float coordiantes
Thanks Kelebrindae!
Re: Sprite3D - HotSpot and float coordiantes
Kelebrindae wrote:As it's some sort of frequently asked question, I've compiled in a little include all the needed functions to :
- Define a hotspot for a Sprite3D;
- Color a Sprite3D or its vertices individually;
- Flip a Sprite3D;
- Perform a "clipSprite" to animate a Sprite3D;
- And a few other things...
Warning: DirectX9 only.
Here's a little demo:
http://keleb.free.fr/codecorner/downloa ... rite3D.zip
And here is the include (save it as "EXT_sprite3D.pbi") :Code: Select all
; Author: Kelebrindae ; Date: April, 4, 2011 ; PB version: v4.51 ; --------------------------------------------------------------------------------------------------------------- ; Description: ; --------------------------------------------------------------------------------------------------------------- ; "Extension" for sprites 3D. It adds: ; - Handle (= "hotspot", = "pivot") definition ; - Flipping, horizontally and/or vertically ; - Clipping ; - Coloring ; - a few other things... ; --------------------------------------------------------------------------------------------------------------- ; Known bugs and limitations: ; --------------------------------------------------------------------------------------------------------------- ; - Only for DirectX9... ; --------------------------------------------------------------------------------------------------------------- ;******************************************************** ;- Structure and Variables ;******************************************************** ; DirectX9 vertex Structure D3DTLVERTEX x.f y.f z.f rhw.f Color.l tu.f tv.f EndStructure ; DirectX9 sprite3D Structure PB_DX9Sprite3D TexRes.i Vertice.D3DTLVERTEX[4] ; position of the 4 vertices, relative to the sprite origin TmpVertice.D3DTLVERTEX[4] ; position of the 4 vertices, relative to the screen origin Width.l ; width set with ZoomSprite3D() Height.l ; height set with ZoomSprite3D() RealWidth.l ; width before rescaling RealHeight.l ; height before rescaling Angle.f ; angle Transformed.l EndStructure ; The EXT_Sprite3D_struct stores the pointer to the real sprite3D, plus its pivot, flipmode, and alpha Structure EXT_Sprite3D_struct numSprite3D.i ; PB's sprite3D linked to the current EXT_sprite3D *ptrSprite3D.PB_DX9Sprite3D ; pointer to the DirectX9 sprite3D pivotX.i ; Hotspot - coord X pivotY.i ; Hotspot - coord X flipmode.b ; 0 = not flipped; 1 = H. flip; 2 = V. Flip; 3 = both alpha.i ; opacity level, from 0 to 255 EndStructure Global Dim EXT_Sprite3D.EXT_Sprite3D_struct(1) ; Vertices number Enumeration #TOPLEFT #TOPRIGHT #BOTTOMLEFT #BOTTOMRIGHT EndEnumeration ; These variables are used in the EXT_TransformSprite3D macro (they're defined here because it can't be done in the macro) Global *TRF3D_DX9sprite3D.PB_DX9Sprite3D,TRF3D_angCos.f,TRF3D_angSin.f,TRF3D_v1.f,TRF3D_v2.f,TRF3D_v3.f,TRF3D_v4.f,TRF3D_v5.f,TRF3D_v6.f,TRF3D_v7.f,TRF3D_v8.f ;- ;******************************************************** ;- Create & Destroy ;******************************************************** ; Initializes the sprite3D and adds it to the "EXT_Sprite3D" array, or redefines an already existing one. ; Then, returns the indice of the new item in this array. Procedure.i EXT_CreateSprite3D(numSprite3D.i,numSprite.i) Static lastSprite3D.i ; If numSprite3D is equal to "#PB_Any", then add an item in the "EXT_Sprite3D" array and initialize it. If numSprite3D = #PB_Any lastSprite3D + 1 ReDim EXT_Sprite3D(lastSprite3D + 1) EXT_Sprite3D(lastSprite3D)\numSprite3D = CreateSprite3D(#PB_Any, numSprite) EXT_Sprite3D(lastSprite3D)\ptrSprite3D = IsSprite3D(EXT_Sprite3D(lastSprite3D)\numSprite3D) EXT_Sprite3D(lastSprite3D)\pivotX = 0 EXT_Sprite3D(lastSprite3D)\pivotY = 0 EXT_Sprite3D(lastSprite3D)\flipmode = %00 EXT_Sprite3D(lastSprite3D)\alpha = 255 ProcedureReturn lastSprite3D Else ; If numSprite3D is not equal to "#PB_Any", we want to redefine an already existing EXT_sprite3D. If numSprite3D > ArraySize(EXT_Sprite3D()) MessageRequester("Error","ERROR: EXT_sprite3D #"+Str(numsprite3D)+" is not initialized.") ProcedureReturn 0 EndIf If EXT_Sprite3D(numSprite3D)\numSprite3D > 0 FreeSprite3D(EXT_Sprite3D(numSprite3D)\numSprite3D) EndIf EXT_Sprite3D(numSprite3D)\numSprite3D = CreateSprite3D(#PB_Any, numSprite) EXT_Sprite3D(numSprite3D)\ptrSprite3D = IsSprite3D(EXT_Sprite3D(numSprite3D)\numSprite3D) EXT_Sprite3D(numSprite3D)\pivotX = 0 EXT_Sprite3D(numSprite3D)\pivotY = 0 EXT_Sprite3D(numSprite3D)\flipmode = %00 EXT_Sprite3D(numSprite3D)\alpha = 255 ProcedureReturn numSprite3D EndIf EndProcedure ; Deletes a EXT_sprite3D Procedure EXT_FreeSprite3D(numEXT_Spr3d.i) If numSprite3D > ArraySize(EXT_Sprite3D()) MessageRequester("Error","ERROR: EXT_sprite3D #"+Str(numsprite3D)+" is not initialized.") ProcedureReturn 0 EndIf If EXT_Sprite3D(numSprite3D)\numSprite3D > 0 FreeSprite3D(EXT_Sprite3D(numSprite3D)\numSprite3D) EndIf EXT_Sprite3D(numSprite3D)\numSprite3D = 0 EXT_Sprite3D(numSprite3D)\ptrSprite3D = 0 EndProcedure ;- ;******************************************************** ;- Deformations ;******************************************************** ; This macro is used by the "SetHandle", "Zoom", and "Rotate" macros. ; It aggregates theses 3 infos (handle, size and angle) to compute the position of the 4 vertices. Macro EXT_TransformSprite3D(sizeX,sizeY,pivotX = 0,pivotY = 0,angle = 0) ; In PureBasic, a Sprite3D is used to display a 2D sprite with 3D hardware ; it's just a textured plane, actually. ; Thus, it's possible to zoom, rotate or deform a 3D sprite simply by moving its 4 vertices. ; NB: Don't ask me about the "-0.5". PB's "TransformSprite3D" do it, so I do it too, but I don't know why... If angle = 0 *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\x = -(pivotX) - 0.5 *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\y = -(pivotY) - 0.5 *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\x = (sizeX) - (pivotX) - 0.5 *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\y = -(pivotY) - 0.5 *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\x = (sizeX) - (pivotX) - 0.5 *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\y = (sizeY) - (pivotY) - 0.5 *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\x = -(pivotX) - 0.5 *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\y = (sizeY) - (pivotY) - 0.5 Else TRF3D_angCos = Cos(angle) TRF3D_angSin = Sin(angle) TRF3D_v1 = -(pivotX) * TRF3D_angCos TRF3D_v2 = -(pivotX) * TRF3D_angSin TRF3D_v3 = -(pivotY) * TRF3D_angSin TRF3D_v4 = -(pivotY) * TRF3D_angCos TRF3D_v5 = ((sizeX) - (pivotX)) * TRF3D_angSin TRF3D_v6 = ((sizeX) - (pivotX)) * TRF3D_angCos TRF3D_v7 = ((sizeY) - (pivotY)) * TRF3D_angSin TRF3D_v8 = ((sizeY) - (pivotY)) * TRF3D_angCos *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\x = TRF3D_v1 - TRF3D_v3 - 0.5 *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\y = TRF3D_v4 + TRF3D_v2 - 0.5 *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\x = TRF3D_v6 - TRF3D_v3 - 0.5 *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\y = TRF3D_v4 + TRF3D_v5 - 0.5 *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\x = TRF3D_v6 - TRF3D_v7 - 0.5 *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\y = TRF3D_v8 + TRF3D_v5 - 0.5 *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\x = TRF3D_v1 - TRF3D_v7 - 0.5 *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\y = TRF3D_v8 + TRF3D_v2 - 0.5 EndIf *TRF3D_DX9sprite3D\Transformed = 1 EndMacro ; Sets the position of the "handle" (= "hotspot", or "pivot") of an EXT_sprite3D ; NB: When you resize a sprite, the position of its handle isn't recalculed. ; If you have a 32x32 sprite with its handle centered (at cords 16,16) and you resize it to 64x64, ; the handle stays at 16,16 and thus is off-center... Macro EXT_SetHandleSprite3D(numEXT_Spr3d,newPivotX,newPivotY) *TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D EXT_Sprite3D(numEXT_Spr3d)\pivotX = (newPivotX) EXT_Sprite3D(numEXT_Spr3d)\pivotY = (newPivotY) EXT_TransformSprite3D(*TRF3D_DX9sprite3D\Width,*TRF3D_DX9sprite3D\Height,EXT_Sprite3D(numEXT_Spr3d)\pivotX,EXT_Sprite3D(numEXT_Spr3d)\pivotY,*TRF3D_DX9sprite3D\Angle) EndMacro ; Rescales an EXT_sprite3D Macro EXT_ZoomSprite3D(numEXT_Spr3d,newSizeX,newSizeY) *TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D *TRF3D_DX9sprite3D\Width = (newSizeX) *TRF3D_DX9sprite3D\Height = (newSizeY) EXT_TransformSprite3D(*TRF3D_DX9sprite3D\Width,*TRF3D_DX9sprite3D\Height,EXT_Sprite3D(numEXT_Spr3d)\pivotX,EXT_Sprite3D(numEXT_Spr3d)\pivotY,*TRF3D_DX9sprite3D\Angle) EndMacro ; Rotates an EXT_sprite3D Macro EXT_RotateSprite3D(numEXT_Spr3d,newAngle) *TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D *TRF3D_DX9sprite3D\Angle = (newAngle) EXT_TransformSprite3D(*TRF3D_DX9sprite3D\Width,*TRF3D_DX9sprite3D\Height,EXT_Sprite3D(numEXT_Spr3d)\pivotX,EXT_Sprite3D(numEXT_Spr3d)\pivotY,*TRF3D_DX9sprite3D\Angle) EndMacro ;- ;******************************************************** ;- Flipping, Clipping, Coloring ;******************************************************** ; Mirrors an EXT_sprite3D by manipulating its UV mapping (inverts left and right vertices' UV coords) Macro EXT_FlipHoriSprite3D(numEXT_Spr3d) *TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D Swap *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tu,*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tu Swap *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tv,*TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tv Swap *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tu,*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tu Swap *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tv,*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tv EXT_Sprite3D(numEXT_Spr3d)\flipmode = EXT_Sprite3D(numEXT_Spr3d)\flipmode ! %01 EndMacro ; Flips an EXT_sprite3D upside down by manipulating its UV mapping (inverts top and bottom vertices' UV coords) Macro EXT_FlipVertSprite3D(numEXT_Spr3d) *TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D Swap *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tu,*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tu Swap *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tv,*TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tv Swap *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tu,*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tu Swap *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tv,*TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tv EXT_Sprite3D(numEXT_Spr3d)\flipmode = EXT_Sprite3D(numEXT_Spr3d)\flipmode ! %10 EndMacro ; Clips (= "crop") the image displayed by an EXT_sprite3D (very useful for animated sprites). ; NB: This doesn't change the actual size of the sprite3D, so you must ensure that each frame ; of the animation is of the same size (or they will by stretched to the size of the sprite). Macro EXT_ClipSprite3D(numEXT_Spr3d,x,y,x2,y2) *TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D ; The flip mode (left-right, up-down, or both) affects the computation of the UV coords Select EXT_Sprite3D(numEXT_Spr3d)\flipmode Case %00 ; no flip *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight Case %01 ; horizontal flip *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight Case %10 ; vertical flip *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight Case %11 ; both *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\tv = (y) / *TRF3D_DX9sprite3D\RealHeight *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tu = (x) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tu = (x2) / *TRF3D_DX9sprite3D\RealWidth *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\tv = (y2) / *TRF3D_DX9sprite3D\RealHeight EndSelect EndMacro ; Applies a color filter to an EXT_sprite3D Macro EXT_SetColorSprite3D(numEXT_Spr3d, newColor) *TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\Color = newColor *TRF3D_DX9sprite3D\Vertice[#TOPRIGHT]\Color = newColor *TRF3D_DX9sprite3D\Vertice[#BOTTOMLEFT]\Color = newColor *TRF3D_DX9sprite3D\Vertice[#BOTTOMRIGHT]\Color = newColor EndMacro ; Same, but for just one vertex of the EXT_sprite3D Macro EXT_SetVertexColorSprite3D(numEXT_Spr3d,numVertex,newColor) *TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D *TRF3D_DX9sprite3D\Vertice[#TOPLEFT]\Color = newColor EndMacro ; Sets the alpha level ( = transparency) of an EXT_sprite3D. 0 = invisible, 255 = opaque Macro EXT_SetAlphaSprite3D(numEXT_Spr3d, newAlpha) EXT_Sprite3D(numEXT_Spr3d)\alpha = newAlpha EndMacro ;- ;******************************************************** ;- Utilitary ;******************************************************** ; Gets the current width of an EXT_sprite3D Macro EXT_GetWidthSprite3D(numEXT_Spr3d) EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D\Width EndMacro ; Gets the current height of an EXT_sprite3D Macro EXT_GetHeightSprite3D(numEXT_Spr3d) EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D\Height EndMacro ; Gets the "real" width of an EXT_sprite3D (that is to say, before any rescaling) Macro EXT_GetRealWidthSprite3D(numEXT_Spr3d) EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D\Width EndMacro ; Gets the "real" height of an EXT_sprite3D (that is to say, before any rescaling) Macro EXT_GetRealHeightSprite3D(numEXT_Spr3d) EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D\Height EndMacro ; Gets the current angle in radians of an EXT_sprite3D Macro EXT_GetAngleSprite3D(numEXT_Spr3d) EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D\Height EndMacro ; Gives True if the EXT_sprite3D is horizontally flipped Macro EXT_isFlipHoriSprite3D(numEXT_Spr3d) (EXT_Sprite3D(numEXT_Spr3d)\flipmode & %01) EndMacro ; Gives True if the EXT_sprite3D is vertically flipped Macro EXT_isFlipVertSprite3D(numEXT_Spr3d) ((EXT_Sprite3D(numEXT_Spr3d)\flipmode & %10) >> 1) EndMacro ;- ;******************************************************** ;- Display ;******************************************************** ; Display the EXT_sprite3D with its current alpha level Macro EXT_DisplaySprite3D(numEXT_Spr3d,x,y) DisplaySprite3D(EXT_Sprite3D(numEXT_Spr3D)\numSprite3D,x,y,EXT_Sprite3D(numEXT_Spr3d)\alpha) EndMacro ; Display various informations about a sprite3D in the debugger Macro EXT_DebugInfosSprite3D(numEXT_Spr3d) *TRF3D_DX9sprite3D = EXT_Sprite3D(numEXT_Spr3d)\ptrSprite3D Debug "TexRes = " + Str(*TRF3D_DX9sprite3D\texRes) Debug "Vertices: " For i=0 To 3 Debug " " + Str(i) + " -> x,y = " + StrF(*TRF3D_DX9sprite3D\Vertice[i]\x,2) + "," + StrF(*TRF3D_DX9sprite3D\Vertice[i]\y,2) Debug " rhw = " + StrF(*TRF3D_DX9sprite3D\Vertice[i]\rhw,2) Debug " color = " + Str(Red(*TRF3D_DX9sprite3D\Vertice[i]\color)) + "," + Str(Green(*TRF3D_DX9sprite3D\Vertice[i]\color)) + Str(Blue(*TRF3D_DX9sprite3D\Vertice[i]\color)) Next i Debug "Temp Vertices: " For i=0 To 3 Debug " " + Str(i) + " -> x,y = " + StrF(*TRF3D_DX9sprite3D\TmpVertice[i]\x,2) + "," + StrF(*TRF3D_DX9sprite3D\TmpVertice[i]\y,2) Debug " rhw = " + StrF(*TRF3D_DX9sprite3D\TmpVertice[i]\rhw,2) Debug " color = " + Str(Red(*TRF3D_DX9sprite3D\TmpVertice[i]\color)) + "," + Str(Green(*TRF3D_DX9sprite3D\TmpVertice[i]\color)) + Str(Blue(*TRF3D_DX9sprite3D\TmpVertice[i]\color)) Next i Debug "Width, Height = " + Str(*TRF3D_DX9sprite3D\Width) + "," + Str(*TRF3D_DX9sprite3D\Height) Debug "Real Width, Height = " + Str(*TRF3D_DX9sprite3D\RealWidth) + "," + Str(*TRF3D_DX9sprite3D\RealHeight) Debug "Angle = " + StrF(*TRF3D_DX9sprite3D\Angle) Debug "Transformed = " + Str(*TRF3D_DX9sprite3D\Transformed) EndMacro
Excellent addition to 3D Sprites but can you explain how to use the EXT_SetHandleSprite3D command? What kind of units do i need to use? I tried pixels to set a point outside of an image but it does not rotate how i want it to. One of the examples shows a -0.5,0.5.. is it float percentages or something?
Re: Sprite3D - HotSpot and float coordiantes
Ignore my last post. It was late and i didn't all the commands available.
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DoubleDutch
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Re: Sprite3D - HotSpot and float coordiantes
Kelebrindae: Thanks for the code...
Fred/Freak: imho these things need to be 'built-in' and cross platform.
Fred/Freak: imho these things need to be 'built-in' and cross platform.
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