| 0,0 → 1,460 |
|---|
| --3D-Palette viewer V0.72 (HSL-models added, 3D-World added, Pen-color only cycles thru unique colors, InputBox) |
| --by Richard 'Dawnbringer' Fhager |
| |
| -- Mouse: Rotate Cube (Stops animation) |
| -- Arrow-keys: Move Cube (in 3D world) |
| -- F1: Start/Stop animation |
| -- F2: Reset |
| -- F3: Increase Color-Size |
| -- F4: Decrease Color-Size |
| -- F5: (Wip) Cycle thru selected PenColor (Note that only unique colors are displayed) |
| -- F9: RGB-space model |
| --F10: HSL-space model |
| --F11: HSLcubic-space model |
| -- "+" (Num): Zoom In |
| -- "-" (Num): Zoom Out |
| -- Esc: Exit script |
| |
| -- Drawing updated, rectangle missing, Sep11 |
| |
| run("../libs/dawnbringer_lib.lua") |
| |
| |
| BRIDIAG_SHOW = 1 -- Show brightness/Grayscale diagonal (1 = on, 0 = off) |
| ANIM = 1 -- Animation (1 = on, 0 = off) |
| BOX_DRK = 8 -- Darkest color used for box (0-255) |
| BOX_BRI = 112 -- Brightest color used for box (0-255) |
| COLSIZE_BASE = 26 -- Colors base size (value to adjusted by palette-size, with 2 cols maxsize is v / 1.23) |
| |
| -- |
| OK,RGB,HSL,HSLC,BOX_BRI,COLSIZE_BASE,SET800x600 = inputbox("3D-Palette Viewer Settings", |
| |
| "1. RGB space [F9]", 1, 0,1,-1, |
| "2. HSL space [F10]", 0, 0,1,-1, |
| "3. HSL-cubic space [F11]",0, 0,1,-1, |
| "Box Brightness (16-255)", BOX_BRI, 16,255,0, |
| "Col Size (1-100) [F3/F4]", COLSIZE_BASE, 1,100,0, |
| "Set Screen to 800x600", 1,0,1,0 |
| |
| ); |
| -- |
| |
| if OK then |
| |
| if SET800x600 == 1 then setpicturesize(800,600); end |
| |
| SPACE = "rgb" |
| FORM = "cube" |
| if HSL == 1 then |
| SPACE = "hsl" |
| FORM = "cylinder" |
| end |
| if HSLC == 1 then |
| SPACE = "hsl_cubic" |
| FORM = "cube" |
| end |
| |
| |
| pal = db.fixPalette(db.makePalList(256)) |
| |
| FG = getforecolor() |
| BG = getbackcolor() |
| |
| palcol = FG |
| |
| -- |
| function initColors(space) |
| for n = 1, #pal, 1 do |
| c = pal[n]; |
| if space == "rgb" then |
| cols[n] = {c[1]/128-1,c[2]/128-1,c[3]/128-1,c[4]}; |
| end |
| if space == "hsl_cubic" then |
| cols[n] = {} |
| cols[n][1] = (db.getHUE(c[1],c[2],c[3],0) / 6.0 * 255) / 128 - 1 |
| cols[n][2] = (db.getSaturation(c[1],c[2],c[3])) / 128 - 1 |
| cols[n][3] = (db.getLightness(c[1],c[2],c[3])) / 128 - 1 |
| cols[n][4] = c[4] |
| end |
| if space == "hsl" then |
| cols[n] = {} |
| hue = db.getHUE(c[1],c[2],c[3],0) / 6.0 * math.pi*2 |
| rad = db.getSaturation(c[1],c[2],c[3]) / 256 |
| cols[n][1] = math.cos(hue) * rad |
| cols[n][2] = math.sin(hue) * rad |
| cols[n][3] = (db.getLightness(c[1],c[2],c[3])) / 128 - 1 |
| cols[n][4] = c[4] |
| end |
| end |
| end |
| -- |
| |
| cols = {} -- Make points of palette colors |
| colz = {} -- To hold calculated points |
| initColors(SPACE) |
| |
| |
| function initPointsAndLines(form,bridiag) |
| if form == "cube" then |
| pts = {{-1,1,-1},{1,1,-1},{1,-1,-1},{-1,-1,-1}, -- The box |
| {-1,1, 1},{1,1, 1},{1,-1, 1},{-1,-1, 1}} |
| lin = {{1,2},{2,3},{3,4},{4,1},{5,6},{6,7},{7,8},{8,5},{1,5},{2,6},{3,7},{4,8}} -- Box Lines |
| if bridiag == 1 then lin[13] = {4,6}; end |
| end |
| if form == "cylinder" then |
| p = 28 |
| pts = {} |
| lin = {} |
| for n = 1, p, 1 do |
| x = math.cos(math.pi*2 / p * (n-1)) |
| y = math.sin(math.pi*2 / p * (n-1)) |
| pts[n] = {x,y,-1} |
| lin[n] = {n,1 + (n%p)} |
| pts[n + p] = {x,y,1} |
| lin[n + p] = {n+p,p + 1 + (n%p)} |
| end |
| lin[p*2+1] = {1,p+1} -- Red (0 degrees) |
| lin[p*2+2] = {p+1,p+1+math.ceil(p/2)} -- Lightness end (needs an even # of points to work) |
| end |
| end |
| |
| boxp = {} -- To hold the calculated points |
| initPointsAndLines(FORM,BRIDIAG_SHOW) |
| |
| w,h = getpicturesize() |
| CX,CY = w/2, h/2 |
| |
| |
| |
| function initAndReset() |
| XANG, YANG, ZANG, ZOOM, COLSIZE_ADJ, XD, YD, WORLD_X, WORLD_Y, ZSELECT = 0,0,0,0,0,0,0,0,0,0 |
| end |
| |
| initAndReset() |
| |
| SIZE = math.min(w,h)/4 |
| DIST = 5 -- Distance perspective modifier, ~5 is nominal, more means "less 3D" |
| |
| CMAXSIZE = math.floor(COLSIZE_BASE / ((#pal)^0.3)) |
| --CMAXSIZE = 8 |
| CMINSIZE = 1 -- Negative values are ok. Color are never smaller than 1 pix |
| |
| BOX_LINE_DIV = 20 -- Number of colors/segments that a box-line can be divided into (depth) |
| BOX_DIV_MULT = BOX_LINE_DIV / (math.sqrt(3)*2) |
| |
| -- Box depth colors |
| box_div = {} |
| for n = 0, BOX_LINE_DIV-1, 1 do |
| c = BOX_DRK + (BOX_BRI / (BOX_LINE_DIV - 1)) * n |
| --box_div[BOX_LINE_DIV - n] = matchcolor(c,c,c) |
| box_div[BOX_LINE_DIV - n] = db.getBestPalMatchHYBRID({c,c,c},pal,0.5,true) |
| end |
| |
| --BOX_COL = matchcolor(80,80,80) |
| BKG_COL = matchcolor(0,0,0) |
| --CUR_COL = matchcolor(112,112,112) |
| |
| |
| function rotate3D(x,y,z,Xsin,Ysin,Zsin,Xcos,Ycos,Zcos) -- PrecCalced cos&sin for speed |
| |
| local x1,x2,x3,y1,y2,y3,f,xp,yp |
| |
| x1 = x |
| y1 = y * Xcos + z * Xsin |
| z1 = z * Xcos - y * Xsin |
| |
| x2 = x1 * Ycos - z1 * Ysin |
| y2 = y1 |
| z2 = x1 * Ysin + z1 * Ycos |
| |
| x3 = x2 * Zcos - y2 * Zsin |
| y3 = x2 * Zsin + y2 * Zcos |
| z3 = z2 |
| |
| return x3,y3,z3 |
| end |
| |
| function do3D(x,y,z,zoom,dist,Xsin,Ysin,Zsin,Xcos,Ycos,Zcos) -- PrecCalced cos&sin for speed |
| |
| local x1,x2,x3,y1,y2,y3,f,xp,yp |
| |
| x1 = x |
| y1 = y * Xcos + z * Xsin |
| z1 = z * Xcos - y * Xsin |
| |
| x2 = x1 * Ycos - z1 * Ysin |
| y2 = y1 |
| z2 = x1 * Ysin + z1 * Ycos |
| |
| x3 = x2 * Zcos - y2 * Zsin |
| y3 = x2 * Zsin + y2 * Zcos |
| z3 = z2 |
| |
| f = dist/(z3 + dist + zoom) |
| xp = x3 * f |
| yp = y3 * f |
| |
| return xp,yp,z3 |
| end |
| |
| |
| function draw3Dline(x1,y1,z1,x2,y2,z2,div,mult,depthlist) |
| local s,xt,yt,xd,yd,zd,xf,yf |
| xd = (x2 - x1) / div |
| yd = (y2 - y1) / div |
| zd = (z2 - z1) / div |
| xf,yf = x1,y1 |
| |
| for s = 1, div, 1 do |
| -- Depth assumes a 1-Box (z ranges from -sq(3) to sq(3)) |
| depth = math.floor(1 + (z1+zd*s + 1.732) * mult) |
| xt = x1 + xd*s -- + math.random()*8 |
| yt = y1 + yd*s -- + math.random()*8 |
| c = depthlist[depth] |
| if c == null then c = 1; end -- Something isn't perfect, error is super rare but this controls it |
| --db.line(xf,yf,xt,yt,c) |
| drawline(xf,yf,xt,yt,c) |
| xf = xt |
| yf = yt |
| end |
| end |
| |
| function killinertia() |
| XD = 0 |
| YD = 0 |
| end |
| |
| -- If using 1-box, z is -sq(3) to sq(3) |
| minz = math.sqrt(3) |
| totz = minz * 2 |
| maxrad = CMAXSIZE - CMINSIZE |
| |
| --q = 0 |
| --delay = 4 |
| --move = 0.03 |
| |
| while 1 < 2 do |
| |
| -- Time-for-space-wiggle...or somekindof attempt |
| --WORLD_X = -move |
| --q = (q + 1) % delay |
| --if q < delay/2 then WORLD_X = move; end |
| |
| clearpicture(BKG_COL) |
| |
| Xsin = math.sin(XANG); Xcos = math.cos(XANG) |
| Ysin = math.sin(YANG); Ycos = math.cos(YANG) |
| Zsin = math.sin(ZANG); Zcos = math.cos(ZANG) |
| |
| -- Rotate Box points |
| for n = 1, #pts, 1 do |
| p = pts[n] |
| x,y,z = p[1],p[2],p[3] |
| XP,YP,zp = rotate3D(x,y,z,Xsin,Ysin,Zsin,Xcos,Ycos,Zcos) |
| boxp[n] = {XP,YP,zp} |
| end |
| |
| -- Rotate Colors in palette |
| for n = 1, #cols, 1 do |
| p = cols[n] |
| x,y,z,c = p[1],p[2],p[3],p[4] |
| XP,YP,zp = rotate3D(x,y,z,Xsin,Ysin,Zsin,Xcos,Ycos,Zcos) |
| colz[n] = {XP,YP,zp,c} |
| end |
| |
| ------------------------------------ |
| -- Control world |
| ------------------------------------ |
| |
| -- Calculate points anew |
| |
| -- Worldize Box points |
| for n = 1, #boxp, 1 do |
| s = SIZE |
| v = boxp[n] |
| x = v[1] + WORLD_X |
| y = v[2] + WORLD_Y |
| z = v[3] |
| f = DIST/(z + DIST + ZOOM) |
| XP = CX + x * f * s |
| YP = CY + y * f * s |
| boxp[n] = {XP,YP,z} |
| end |
| |
| -- Worldize Colors in palette |
| for n = 1, #colz, 1 do |
| s = SIZE |
| v = colz[n] |
| x = v[1] + WORLD_X |
| y = v[2] + WORLD_Y |
| z = v[3] |
| c = v[4] |
| f = DIST/(z + DIST + ZOOM) |
| XP = CX + x * f * s |
| YP = CY + y * f * s |
| colz[n] = {XP,YP,z,c} |
| end |
| |
| |
| ------------------------------------- |
| ------------------------------------- |
| |
| -- Brightness Diagonal |
| --if BRIDIAG_SHOW == 1 then |
| -- p1 = boxp[4] |
| -- p2 = boxp[6] |
| -- x1,y1,z1 = p1[1],p1[2],p1[3] |
| -- x2,y2,z2 = p2[1],p2[2],p2[3] |
| -- draw3Dline(x1,y1,z1,x2,y2,z2,BOX_LINE_DIV,BOX_DIV_MULT,box_div) |
| --end |
| |
| --c1 = math.min(FG,BG) |
| --c2 = math.max(FG,BG) |
| --p = colz[26] |
| --XP1,YP1,zp1,c1 = p[1],p[2],p[3],p[4] |
| --for n = #colz, 1, -1 do |
| -- p = colz[27] |
| -- XP2,YP2,zp2,c2 = p[1],p[2],p[3],p[4] |
| -- drawline(XP1,YP1,XP2,YP2,c1) |
| --end |
| |
| -- sort on z |
| db.sorti(colz,3) |
| |
| -- Draw colors |
| for n = #colz, 1, -1 do |
| p = colz[n] |
| XP,YP,zp,c = p[1],p[2],p[3],p[4] |
| |
| radius = CMINSIZE + maxrad - (zp+minz) / totz * maxrad |
| dorad = math.floor(radius - ZOOM*2 + COLSIZE_ADJ) |
| |
| if dorad >= 1 then |
| --db.drawCircle(XP,YP,dorad,c) |
| drawdisk(XP,YP,dorad,c) |
| --db.drawRectangle(XP,YP,dorad,dorad,c) |
| else putpicturepixel(XP,YP,c) |
| end |
| |
| if c == FG or c == BG then |
| sz = math.max(3,dorad + 3) |
| if c == BKG_COL then v = (c+128) % 255; c = matchcolor(v,v,v); end |
| db.drawRectangleLine(XP-sz,YP-sz,sz*2,sz*2,c) |
| end |
| |
| end -- colz |
| |
| |
| |
| -- Draw box |
| for n = 1, #lin, 1 do |
| |
| l = lin[n] |
| p1 = boxp[l[1]] |
| p2 = boxp[l[2]] |
| x1,y1,z1 = p1[1],p1[2],p1[3] |
| x2,y2,z2 = p2[1],p2[2],p2[3] |
| draw3Dline(x1,y1,z1,x2,y2,z2,BOX_LINE_DIV,BOX_DIV_MULT,box_div) |
| |
| end -- eof box |
| |
| --updatescreen(); if (waitbreak(0.00)==1) then return; end |
| |
| repeat |
| |
| old_key = key; |
| old_mouse_x = mouse_x; |
| old_mouse_y = mouse_y; |
| old_mouse_b = mouse_b; |
| |
| updatescreen() |
| |
| moved, key, mouse_x, mouse_y, mouse_b = waitinput(0) |
| |
| if mouse_b == 1 then ANIM = 0; end |
| |
| if (key==27) then |
| return; |
| end |
| |
| if (key==282) then ANIM = (ANIM+1) % 2; end -- F1: Stop/Start Animation |
| if (key==283) then initAndReset(); end -- F2: Reset all values |
| if (key==284) then COLSIZE_ADJ = COLSIZE_ADJ + 0.5; end -- F3 |
| if (key==285) then COLSIZE_ADJ = COLSIZE_ADJ - 0.5; end -- F4 |
| |
| --messagebox(key) |
| |
| if (key==286) then |
| --FG = (FG + 1) % 255; |
| palcol = (palcol + 1) % #pal |
| FG = pal[palcol+1][4] |
| setforecolor(FG); |
| setcolor(0,getcolor(0)) -- Force update of palette until setforecolor() is fixed |
| end -- F5 |
| |
| if (key==290) then -- F9 |
| initColors("rgb") |
| initPointsAndLines("cube",BRIDIAG_SHOW) |
| end |
| if (key==291) then -- F10 |
| initColors("hsl") |
| initPointsAndLines("cylinder", 0) -- Bridiag won't show even if turned on, it's only for cube |
| end |
| if (key==292) then -- F11 |
| initColors("hsl_cubic") |
| initPointsAndLines("cube",BRIDIAG_SHOW) |
| end |
| |
| if (key==269) then ZOOM = ZOOM + 0.1; end |
| if (key==270) then ZOOM = ZOOM - 0.1; end |
| |
| if (key==32) then |
| ZSELECT = (ZSELECT + math.pi/2) % (2*math.pi); |
| --YANG = ((YANG - math.pi/2) % (math.pi*2)); |
| --XANG = ((XANG + math.pi/2) % (math.pi*2)); |
| |
| |
| YANG = ((YANG + math.pi/2) % (math.pi*2)); |
| XANG = ((XANG + math.pi/2) % (math.pi*2)); |
| YANG = ((YANG - math.pi/2) % (math.pi*2)); |
| end -- Rotate Z 90 Degrees |
| |
| SPEED = math.pi / 100 |
| |
| |
| if (key==273) then WORLD_Y = WORLD_Y - 0.05; killinertia(); end |
| if (key==274) then WORLD_Y = WORLD_Y + 0.05; killinertia(); end |
| |
| if (key==276) then WORLD_X = WORLD_X - 0.05; killinertia(); end |
| if (key==275) then WORLD_X = WORLD_X + 0.05; killinertia(); end |
| |
| until ((mouse_b == 1 and (old_mouse_x~=mouse_x or old_mouse_y~=mouse_y)) or key~=0 or ANIM==1 or math.abs(XD)>0.01 or math.abs(YD)>0.01); |
| |
| if ANIM == 0 then |
| if (mouse_b==1 and (old_mouse_x~=mouse_x or old_mouse_y~=mouse_y)) then -- Inertia |
| XD = (mouse_y - old_mouse_y)*0.005 |
| YD = (mouse_x - old_mouse_x)*0.005 |
| else |
| XD = XD*0.92 |
| YD = YD*0.92 |
| end |
| XANG = ((XANG - XD) % (math.pi*2)); |
| YANG = ((YANG + YD) % (math.pi*2)); |
| ZANG = ZSELECT |
| end |
| |
| if ANIM == 1 then |
| XANG = (XANG + math.pi/300) % (math.pi*2) |
| YANG = (YANG + math.pi/500) % (math.pi*2) |
| ZANG = (ZANG + math.pi/1000) % (math.pi*2) |
| end |
| |
| --XANG = ((CY-mouse_y) / 200 % (math.pi*2)); |
| --YANG = ((mouse_x - CX) / 200 % (math.pi*2)); |
| --ZANG = 0 |
| |
| statusmessage("x"..math.floor(XANG*57.3).."° y"..math.floor(YANG*57.3).."° z"..math.floor(ZANG*57.3).."° Zm: "..math.floor(-ZOOM*10).." ") |
| |
| end |
| |
| end -- OK |