Super Goo

 

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Attach this behavior to a bitmap sprite this behavior uses one Global variable: newImage that is an image object that keeps a copy of each new image loaded in it used with the Revert button

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--DGoo 1.0 --Dave Mennenoh 2000 --dmennenoh@gessert.com --Attach this behavior to a bitmap sprite --this behavior uses one Global variable: newImage that is an image object --that keeps a copy of each new image loaded in it used with the Revert button property spriteNum property r1Image,r2Image,r3Image,r4Image property originalImage,undoImage,originalRect --grab a copy of the original bitmap and its rect so we can use the original button on beginSprite me   originalImage=sprite(spriteNum).member.image.duplicate()   originalRect=sprite(spriteNum).rect end --on end set the sprite back to it's original state on endSprite me   sprite(spriteNum).member.image=originalImage end --if newImage exists then revert back to it- otherwise revert to the original on revert me   global newImage   if objectP(newImage) then     sprite(spriteNum).member.image=newImage   else     sprite(spriteNum).member.image=originalImage   end if end --set the sprite to it's undo image --undo image is set at the beginning of mouseDown on undo me   if objectP(undoImage) then     sprite(spriteNum).member.image=undoImage   end if end --set the sprite back to it's original image and rect --set newImage and undoImage to zero on original me   global newImage   sprite(spriteNum).member.image=originalImage   sprite(spriteNum).rect=originalRect   newImage=0   undoImage=0 end on mouseDown me   global distRange   undoImage=sprite(spriteNum).member.image.duplicate()   upperLeft=point(sprite(spriteNum).left,sprite(spriteNum).top)   fromCursor=distRange/2   mPoint=the mouseLoc   memPoint=mPoint-upperLeft --gives us the click loc in the member      --Check to ensure the edges of the retange we grab don't lie outside the   --extents of the image   mMinFrom1=memPoint[1]-fromCursor   if mMinFrom1<0 then mMinFrom1=0   mMinFrom2=memPoint[2]-fromCursor   if mMinFrom2<0 then mMinFrom2=0   mPlFrom1=memPoint[1]+fromCursor   if mPlFrom1>sprite(spriteNum).member.rect[3] then mPlFrom1=sprite(spriteNum).member.rect[3]   mPlFrom2=memPoint[2]+fromCursor   if mPlFrom2>sprite(spriteNum).member.rect[4] then mPlFrom2=sprite(spriteNum).member.rect[4]      --define original rects around cursor click point   --these rects are in member coords   r1=rect(mMinFrom1,mMinFrom2,memPoint[1],memPoint[2])   r2=rect(memPoint[1],mMinFrom2,mPlFrom1,memPoint[2])   r3=rect(memPoint[1],memPoint[2],mPlFrom1,mPlFrom2)   r4=rect(mMinFrom1,memPoint[2],memPoint[1],mPlFrom2)      --create new images based on the above rects   r1Image=image(r1[3]-r1[1],r1[4]-r1[2],32)   r2Image=image(r2[3]-r2[1],r2[4]-r2[2],32)   r3Image=image(r3[3]-r3[1],r3[4]-r3[2],32)   r4Image=image(r4[3]-r4[1],r4[4]-r4[2],32)      --now copy pixels from the member into the new images   mI=sprite(spriteNum).member.image   r1Image.copyPixels(mI,r1Image.rect,r1)   r2Image.copyPixels(mI,r2Image.rect,r2)   r3Image.copyPixels(mI,r3Image.rect,r3)   r4Image.copyPixels(mI,r4Image.rect,r4)      repeat while the stillDown     x=the mouseLoc-upperLeft --current pos in the member          if x[1]>r1[1] and x[1]r1[2] and x[2]             r1Quad=[point(r1[1],r1[2]),point(r1[3],r1[2]),the mouseLoc-upperLeft,point(r1[1],r1[4])]       r2Quad=[point(r2[1],r2[2]),point(r2[3],r2[2]),point(r2[3],r2[4]),the mouseLoc-upperLeft]       r3Quad=[the mouseLoc-upperLeft,point(r3[3],r3[2]),point(r3[3],r3[4]),point(r3[1],r3[4])]       r4Quad=[point(r4[1],r4[2]),the mouseLoc-upperLeft,point(r4[3],r4[4]),point(r4[1],r4[4])]              sprite(spriteNum).member.image.copyPixels(r1Image,r1Quad,r1Image.rect)       sprite(spriteNum).member.image.copyPixels(r2Image,r2Quad,r2Image.rect)       sprite(spriteNum).member.image.copyPixels(r3Image,r3Quad,r3Image.rect)           sprite(spriteNum).member.image.copyPixels(r4Image,r4Quad,r4Image.rect)              updateStage     end if   end repeat end

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