local tArg = {...} local filename = tArg[1] local contrast = 2 -- lower value means higher contrast local addSpeed = 4 -- higher value means brighter colors show up faster local subtractSpeed = 1 -- higher value means darker colors take over faster local minimumStatic = -8 -- lower value means static will be less frequent (not less powerful) local maximumStatic = 0 -- higher value means static will be more powerful (not less frequent) (if zero, disables static) local tint = { 1, 0.749, 0, } if not fs.exists("windont.lua") then print("'windont.lua' not found! Downloading...") local net = http.get("https://github.com/LDDestroier/CC/raw/master/windont/windont.lua") if net then local file = fs.open("windont.lua", "w") file.write(net.readAll()) file.close() net.close() else error("Could not download Windon't.", 0) end end local windont = require("windont") windont.useSetVisible = true local newTerm = windont.newWindow(1, 1, term.getSize()) local gstTerm = windont.newWindow(1, 1, term.getSize()) newTerm.meta.alwaysRender = false gstTerm.meta.alwaysRender = false local scr_x, scr_y = term.getSize() local ghostPalette = {} local nativePalette = {} local alpha, rv_alpha = {"0","1","2","3","4","5","6","7","8","9","a","b","c","d","e","f"}, {} local bright, rv_bright = {"f","7","c","a","b","d","9","8","e","5","2","1","6","3","4","0"}, {} for k,v in pairs(bright) do rv_bright[v] = k end for k,v in pairs(alpha) do rv_alpha[v] = k end local setPalette = function(p, t) t = t or term.current() for i = 0, 15 do t.setPaletteColor(2^i, table.unpack(p[2^i])) end end local makeGhostPalette = function() local p for i = 0, 15 do p = 2 ^ (-1 + rv_alpha[bright[i + 1]]) ghostPalette[p] = { ((i + contrast) / (15 + contrast)) * tint[1], ((i + contrast) / (15 + contrast)) * tint[2], ((i + contrast) / (15 + contrast)) * tint[3], } nativePalette[p] = {term.getPaletteColor(p)} end end makeGhostPalette() setPalette(ghostPalette) newTerm.setPaletteColor = function(col, r, g, b) return nil end newTerm.setPaletteColour = newTerm.setPaletteColor gstTerm.meta.metaTransformation = function(meta) for y = 1, meta.height do for x = 1, meta.width do local BGCOL = newTerm.meta.buffer[3][y][x] local TXCOL if newTerm.meta.buffer[1][y][x] == " " then TXCOL = BGCOL else TXCOL = newTerm.meta.buffer[2][y][x] end local CHAR if newTerm.meta.buffer[1][y][x] == " " and meta.buffer[1][y][x] ~= " " then CHAR = meta.buffer[1][y][x] else CHAR = newTerm.meta.buffer[1][y][x] end meta.buffer[1][y][x] = CHAR if rv_bright[TXCOL] >= rv_bright[meta.buffer[2][y][x]] then meta.buffer[2][y][x] = bright[ math.min(16, math.min(rv_bright[meta.buffer[2][y][x]] + addSpeed, rv_bright[TXCOL]) + math.max(0, math.random(minimumStatic, maximumStatic))) ] else meta.buffer[2][y][x] = bright[ math.max(rv_bright[meta.buffer[2][y][x]] - subtractSpeed, 1) ] end if rv_bright[BGCOL] >= rv_bright[meta.buffer[3][y][x]] then meta.buffer[3][y][x] = bright[ math.min(16, math.min(rv_bright[meta.buffer[3][y][x]] + addSpeed, rv_bright[BGCOL]) + math.max(0, math.random(minimumStatic, maximumStatic))) ] else meta.buffer[3][y][x] = bright[ math.max(rv_bright[meta.buffer[3][y][x]] - subtractSpeed, 1) ] end if meta.buffer[2][y][x] == "f" and meta.buffer[3][y][x] == "f" and newTerm.meta.buffer[1][y][x] == " " then meta.buffer[1][y][x] = " " end end end end local oldTerm = term.redirect(newTerm) local isSelected = true local multishellID if multishell then multishellID = multishell.getCurrent() end parallel.waitForAny(function() shell.run(filename or "/rom/programs/shell.lua") end, function() while true do if gstTerm.meta.width ~= newTerm.meta.width or gstTerm.meta.height ~= newTerm.meta.height then gstTerm.reposition(1, 1, newTerm.meta.width, newTerm.meta.height) end if multishell then if multishellID == multishell.getFocus() then if not isSelected then setPalette(ghostPalette, term.native()) end isSelected = true else if isSelected then setPalette(nativePalette, term.native()) end isSelected = false end end gstTerm.redraw() newTerm.restoreCursor() sleep(0) end end) term.redirect(oldTerm) setPalette(nativePalette) newTerm.redraw() term.setCursorPos(1, scr_y)