lots and lots of lots
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visionmercer
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1 changed files with 127 additions and 48 deletions
171
pixler.bas
171
pixler.bas
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@ -2,6 +2,9 @@ type statetype
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tool as long
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fcolor as long
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bcolor as long
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offsetX as single
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offsetY as single
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zoom as single
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end type
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type layertype
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@ -20,6 +23,7 @@ dim shared mouseclicked as integer
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dim shared mousedown as integer
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dim shared rmouseclicked as integer
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dim shared rmousedown as integer
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$resize:on
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screen _newimage(750,480,32)
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_delay 0.1
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@ -32,31 +36,82 @@ layers(1).ihandle=_newimage(640,350,32)
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_dest layers(0).ihandle
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line (0,0)-(_width-1,_height-1),_rgb32(255),bf
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_dest 0
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state.tool = 1
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state.fcolor = 1
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state.bcolor = 2
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state.zoom = 1.0
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state.offsetX = 70 + 20 ' To the right of the toolbox
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state.offsetY = 20
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dim lastMX, lastMY
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dim diffX as integer
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dim diffY as integer
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dim oldWidth as integer
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dim oldHeight as integer
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oldWidth=_width
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oldHeight=_height
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do
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if CheckResize(_source) = -1 THEN
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diffX = _width - oldWidth
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diffY = _height - oldHeight
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state.offsetX = state.offsetX + (diffX / 2)
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state.offsetY = state.offsetY + (diffY / 2)
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oldWidth = _width
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oldHeight = _height
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end if
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cls
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line (0,0)-(_width-1,_height-1),backgroundcolor1,bf
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IF CheckResize(_SOURCE) = -1 then rem 'whatever, maybe some day somthing needs changing if the window is resized'
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while _mouseinput:wend
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mouseclicked=0
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rmouseclicked=0
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if mousedown=-1 and _mousebutton(1)=0 then mouseclicked=-1
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if rmousedown=-1 and _mousebutton(2)=0 then rmouseclicked=-1
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mousedown=_mousebutton(1)
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rmousedown=_mousebutton(2)
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while _mouseinput:mw=mw+_mousewheel:wend
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' --- Global Mouse Handling (Left & Right) ---
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mouseclicked = 0
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rmouseclicked = 0
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if mousedown = -1 and _mousebutton(1) = 0 then mouseclicked = -1
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if rmousedown = -1 and _mousebutton(2) = 0 then rmouseclicked = -1
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mousedown = _mousebutton(1)
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rmousedown = _mousebutton(2)
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' Panning (Middle Mouse)
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if _mousebutton(3) then
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state.offsetX = state.offsetX + (_mousex - lastMX)
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state.offsetY = state.offsetY + (_mousey - lastMY)
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end if
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lastMX = _mousex: lastMY = _mousey
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' Zooming
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if mw <> 0 then
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state.zoom = state.zoom + (mw * 0.1)
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if state.zoom < 0.1 then state.zoom = 0.1
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mw=0
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end if
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'state.zoom=mw/100
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canvas ' Uses mousedown and rmousedown for drawing/erasing
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toolbox
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colorpicker
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canvas
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locate 10,10: print state.tool
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locate 11,10: color state.fcolor: print state.fcolor
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locate 12,10: color state.bcolor: print state.bcolor
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colorpicker ' Uses rmouseclicked for bcolor
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_limit 30
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_display
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loop
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sub toolbox
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dim x,y
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if imagebutton(0,0,32,32,icon(0)) then state.tool=1
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if imagebutton(32,0,32,32,icon(1)) then state.tool=2
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dim i, x, y
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dim btnSize : btnSize = 32
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dim spacing : spacing = 1
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for i = 0 to 19
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' Force integer math to keep columns locked at 2
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' x will only ever be 0 or 33
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x = (i mod 2) * (btnSize + spacing)
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' y will only increase every 2 buttons
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' Use Int() if your language doesn't support the \ operator
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y = Int(i / 2) * (btnSize + spacing)
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if imagebutton(x, y, btnSize, btnSize, icon(i)) then
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state.tool = i + 1
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end if
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next
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end sub
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sub colorpicker
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@ -78,51 +133,75 @@ sub colorpicker
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end sub
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sub canvas
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' 1. Define the box boundaries
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dim boxX1 as integer: boxX1 = 70
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dim boxWidth as integer: boxWidth = _width - 1 - boxX1
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dim boxHeight as integer: boxHeight = _height - 20
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' 2. Draw the background box
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line (boxX1, 0)-(_width - 1, boxHeight), _rgb32(64), bf
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' Workspace background
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line (boxX1, 0)-(_width - 1, boxHeight), _rgb32(32), bf
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' 3. Loop through layers and calculate centering for each
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' Render Layers with Zoom/Offset[cite: 4]
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dim i as integer
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for i = 0 to ubound(layers)
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dim imgW as integer: imgW = _width(layers(i).ihandle)
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' Calculate X to center the image relative to the box
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' We take the box start (70) and add half of the remaining whitespace
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dim drawX as integer
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drawX = boxX1 + (boxWidth - imgW) / 2
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' If you also want it centered vertically:
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dim imgH as integer: imgH = _height(layers(i).ihandle)
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dim drawY as integer
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drawY = (boxHeight - imgH) / 2
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_putimage (drawX, drawY), layers(i).ihandle
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dim w as integer: w = _width(layers(i).ihandle) * state.zoom
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dim h as integer: h = _height(layers(i).ihandle) * state.zoom
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_putimage (state.offsetX, state.offsetY)-(state.offsetX + w, state.offsetY + h), layers(i).ihandle
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next
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' --- Drawing Logic (Multi-Button) ---
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if (mousedown or rmousedown) and _mousex > boxX1 then
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' Translate to Canvas Space
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dim canX as integer: canX = (_mousex - state.offsetX) / state.zoom
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dim canY as integer: canY = (_mousey - state.offsetY) / state.zoom
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' Boundary Check
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if canX >= 0 and canX < _width(layers(0).ihandle) then
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if canY >= 0 and canY < _height(layers(0).ihandle) then
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_dest layers(0).ihandle
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' Select color based on button pressed
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dim drawCol as _unsigned long
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if mousedown then drawCol = state.fcolor else drawCol = state.bcolor
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' Apply Tool
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if state.tool = 1 then
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pset (canX, canY), drawCol
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elseif state.tool = 2 then
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' Example: Square brush
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line (canX - 1, canY - 1)-(canX + 1, canY + 1), drawCol, bf
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end if
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_dest 0
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end if
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end if
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end if
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end sub
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function icon(index as long)
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function icon (index as long)
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static init as integer
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static icons() as long
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if not init then
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dim icons(5) as long
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icons(0)=_newimage(32,32,32)
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_dest icons(0)
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line (5,27)-(27,5)
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icons(1)=_newimage(32,32,32)
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_dest icons(1)
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circle (15,15),13
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icons(2)=_newimage(32,32,32)
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_dest icons(2)
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redim icons(19) as long ' Room for 20 icons
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' Define your specific tool icons here
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icons(0) = _newimage(32, 32, 32): _dest icons(0): line (5, 27)-(27, 5): _dest 0
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icons(1) = _newimage(32, 32, 32): _dest icons(1): circle (15, 15), 13: _dest 0
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icons(2) = _newimage(32, 32, 32): _dest icons(2): line (5, 5)-(27, 27), , b: _dest 0
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' Fill the remaining slots with blank 32x32 images
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dim j as integer
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for j = 3 to 19
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if icons(j) = 0 then icons(j) = _newimage(32, 32, 32)
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next
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_dest 0
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init = -1
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end if
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if (index>=lbound(icons)) and (index<=ubound(icons)) then
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icon=icons(index)
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' Bounds checking to prevent returning 0 or crashing
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if index >= 0 and index <= 19 then
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icon = icons(index)
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else
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icon = icons(0)
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end if
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end function
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