small stuff
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visionmercer
parent
b04aaa7019
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a80182a5f5
2 changed files with 55 additions and 41 deletions
88
pixler.bas
88
pixler.bas
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@ -18,7 +18,7 @@ type layertype
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kind as long
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end type
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redim shared layers(2) as layertype
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redim shared layers(3) as layertype
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dim shared state as statetype
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@ -33,10 +33,12 @@ _delay 0.1
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temp&=_resize
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redim shared pal(0) as _unsigned long
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dim as integer ch1,ch2,ch3,bt
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loadpalette "endesga16",pal()
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loadpalette "slso8",pal()
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layers(0).ihandle=_newimage(640,350,32)
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layers(1).ihandle=_newimage(640,350,32)
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layers(2).ihandle=_newimage(640,350,32)
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layers(3).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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@ -99,9 +101,14 @@ do
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state.brushsize=state.brushsize+1
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case "-"
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if state.brushsize>1 then state.brushsize=state.brushsize-1
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case chr$(19) ' ctrl+s
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'TODO: save logic
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case chr$(27)' esc
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'TODO: main menu
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end select
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_dest 0
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canvas 'draw canvas first so it doesn't over
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canvas
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toolbox
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colorpicker
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@ -148,40 +155,39 @@ sub colorpicker
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end sub
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sub canvas
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dim boxX1 as integer: boxX1 = 70
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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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' Added static array to persist points between frames
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static polypoints(200) as single
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static pointCount as integer
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' Workspace background
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_dest 0
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line (boxX1, 0)-(_width - 1, boxHeight), _rgb32(32), bf
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' Render Layers
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dim i as integer
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for i = 0 to ubound(layers)
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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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' Translate Mouse to Canvas Space
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' 3. Calculate Canvas Coordinates
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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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dim drawCol as _unsigned long
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drawCol = state.fcolor
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' 4. Interaction Logic
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if _mousex > boxX1 then
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' Handle First Point / Adding Points
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if mouseclicked then
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if state.tool = 7 or state.tool = 8 then
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' Start Drawing Logic
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if state.tool = 7 or state.tool = 8 then
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if mouseclicked then
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polypoints(pointCount * 2) = canX
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polypoints(pointCount * 2 + 1) = canY
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pointCount = pointCount + 1
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state.isDrawing = -1
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elseif state.isDrawing = 0 then
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end if
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else
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if (mousedown or rmousedown) and state.isDrawing = 0 then
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state.startX = canX
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state.startY = canY
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state.isDrawing = -1
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@ -189,22 +195,23 @@ sub canvas
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end if
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if state.isDrawing then
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' We use Layer 2 as the temporary preview "rubber-band" layer
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_dest layers(2).ihandle
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cls , 0
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select case state.tool
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case 1 ' Pencil
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case 1 ' Pencil: This is the only tool that writes to Layer 1 IMMEDIATELY[cite: 1]
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_dest layers(1).ihandle
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thickline state.startX, state.startY, canX, canY, drawCol
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state.startX = canX: state.startY = canY
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case 2 ' Line
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case 2 ' Straight Line
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thickline state.startX, state.startY, canX, canY, drawCol
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case 3 ' Circle
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dim r as single: r = sqr((canX - state.startX)^2 + (canY - state.startY)^2)
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thickcircle state.startX, state.startY, r + 1, drawCol
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case 4 ' Filled Circle
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dim r_fill as single: r_fill = sqr((canX - state.startX)^2 + (canY - state.startY)^2)
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filledcircle state.startX, state.startY, r_fill, drawCol
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dim r_f as single: r_f = sqr((canX - state.startX)^2 + (canY - state.startY)^2)
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filledcircle state.startX, state.startY, r_f, drawCol
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case 5 ' Rect
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thickline state.startX, state.startY, canX, state.startY, drawCol
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thickline canX, state.startY, canX, canY, drawCol
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@ -212,46 +219,42 @@ sub canvas
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thickline state.startX, canY, state.startX, state.startY, drawCol
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case 6 ' Filled Rect
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line (state.startX, state.startY)-(canX, canY), drawCol, bf
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case 7, 8 ' Polygon Outline and Filled
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case 7, 8 ' Polygons[cite: 2]
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if pointCount > 0 then
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' Draw existing segments
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for p = 1 to pointCount - 1
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thickline polypoints((p - 1) * 2), polypoints((p - 1) * 2 + 1), polypoints(p * 2), polypoints(p * 2 + 1), drawCol
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next p
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' Draw "rubber-band" to cursor
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thickline polypoints((pointCount - 1) * 2), polypoints((pointCount - 1) * 2 + 1), canX, canY, drawCol
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end if
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end select
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' Release/Commit Logic
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dim finishDrawing as integer: finishDrawing = 0
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' Polygons finish on Right Click or Enter
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' 5. Commit Logic
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dim commit as integer: commit = 0
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if state.tool = 7 or state.tool = 8 then
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if rmouseclicked or _keydown(13) then finishDrawing = -1
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if rmouseclicked then commit = -1
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else
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if _mousebutton(1) = 0 then finishDrawing = -1
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if mousedown = 0 then commit = -1
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end if
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if finishDrawing then
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_dest layers(1).ihandle
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if commit then
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_dest layers(1).ihandle ' Final destination is always the drawing layer
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if state.tool = 8 and pointCount > 2 then
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' Finalize Filled Polygon array for the helper
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redim finalPoints(pointCount * 2 - 1) as single
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for p = 0 to (pointCount * 2) - 1: finalPoints(p) = polypoints(p): next
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filledPolygon finalPoints(), drawCol
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redim finalP(pointCount * 2 - 1) as single
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for p = 0 to (pointCount * 2) - 1: finalP(p) = polypoints(p): next
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filledPolygon finalP(), drawCol ' Using tools.bm sub[cite: 2]
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else
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_putimage , layers(2).ihandle
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' Merge the preview into the drawing layer[cite: 1]
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_putimage , layers(2).ihandle, layers(1).ihandle
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end if
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' Clear preview layer[cite: 1]
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_dest layers(2).ihandle: cls , 0
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state.isDrawing = 0
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pointCount = 0 ' Reset polygon points
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pointCount = 0
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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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_dest 0 ' Ensure we return to main screen[cite: 1]
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end sub
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function icon (index as long)
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@ -264,10 +267,17 @@ function icon (index as long)
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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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icons(6) = _newimage(32, 32, 32): _dest icons(6)
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line (5, 15)-(15, 5): line -(25, 15): line -(20, 25): line -(10, 25): line -(5, 15)
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_dest 0
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icons(7) = _newimage(32, 32, 32): _dest icons(7)
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' Draw a small filled shape for the filled polygon icon
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for fy = 10 to 20: line (10, fy)-(22, fy): next
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_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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for j = 0 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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4
test.bas
Normal file
4
test.bas
Normal file
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@ -0,0 +1,4 @@
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while k$=""
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k$ = inkey$
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if k$><"" then print k$
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wend
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