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MineOS/debugImageApi.lua
Igor Timofeev b3fd09bfb9 Create debugImageApi.lua
2015-09-23 01:51:25 +03:00

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-------- OCIF Image Format --------
-- Автор: Pirnogion
-- VK: https://vk.com/id88323331
-- Соавтор: IT
-- VK: https://vk.com/id7799889
-----------------------------------
local component = require("component")
local unicode = require("unicode")
local fs = require("filesystem")
local gpu = component.gpu
local imageAPI = {}
-------------------------------------------- Константы -------------------------------------------------------------------
--.ocif сигнатура файла
local ocif_signature1 = 0x896F6369
local ocif_signature2 = 0x00661A0A --7 bytes: 89 6F 63 69 66 1A 0A
local ocif_signature_expand = { string.char(0x89), string.char(0x6F), string.char(0x63), string.char(0x69), string.char(0x66), string.char(0x1A), string.char(0x0A) }
--Константы программы
local constants = {
elementCount = 2,
byteSize = 8,
nullChar = 0,
FILE_OPEN_ERROR = "Can't open file",
compressedFileFormat = ".pic",
rawFileFormat = ".rawpic"
}
---------------------------------------- Локальные функции -------------------------------------------------------------------
--Выделить бит-терминатор в первом байте utf8 символа: 1100 0010 --> 0010 0000
local function selectTerminateBit_l()
local prevByte = nil
local prevTerminateBit = nil
return function( byte )
local x, terminateBit = nil
if ( prevByte == byte ) then
return prevTerminateBit
end
x = bit32.band( bit32.bnot(byte), 0x000000FF )
x = bit32.bor( x, bit32.rshift(x, 1) )
x = bit32.bor( x, bit32.rshift(x, 2) )
x = bit32.bor( x, bit32.rshift(x, 4) )
x = bit32.bor( x, bit32.rshift(x, 8) )
x = bit32.bor( x, bit32.rshift(x, 16) )
terminateBit = x - bit32.rshift(x, 1)
prevByte = byte
prevTerminateBit = terminateBit
return terminateBit
end
end
local selectTerminateBit = selectTerminateBit_l()
--Прочитать n байтов из файла, возвращает прочитанные байты как число, если не удалось прочитать, то возвращает 0
local function readBytes(file, bytes)
local readedByte = 0
local readedNumber = 0
for i = bytes, 1, -1 do
readedByte = string.byte( file:read(1) or constants.nullChar )
readedNumber = readedNumber + bit32.lshift(readedByte, i * constants.byteSize - constants.byteSize)
end
return readedNumber
end
--Преобразует цвет в HEX-записи в RGB-запись
local function HEXtoRGB(color)
local rr = bit32.rshift( color, 16 )
local gg = bit32.rshift( bit32.band(color, 0x00ff00), 8 )
local bb = bit32.band(color, 0x0000ff)
return rr, gg, bb
end
--Аналогично, но из RGB в HEX
local function RGBtoHEX(rr, gg, bb)
return bit32.lshift(rr, 16) + bit32.lshift(gg, 8) + bb
end
--Смешивание двух цветов на основе альфа-канала второго.
local function alphaBlend(back_color, front_color, alpha_channel)
local INVERTED_ALPHA_CHANNEL = 255 - alpha_channel
local back_color_rr, back_color_gg, back_color_bb = HEXtoRGB(back_color)
local front_color_rr, front_color_gg, front_color_bb = HEXtoRGB(front_color)
local blended_rr = front_color_rr * INVERTED_ALPHA_CHANNEL / 255 + back_color_rr * alpha_channel / 255
local blended_gg = front_color_gg * INVERTED_ALPHA_CHANNEL / 255 + back_color_gg * alpha_channel / 255
local blended_bb = front_color_bb * INVERTED_ALPHA_CHANNEL / 255 + back_color_bb * alpha_channel / 255
return RGBtoHEX( blended_rr, blended_gg, blended_bb )
end
--Конвертация 24-битной палитры в 8-битную
local function convert24bitTo8bit( hexcolor24 )
local rr, gg, bb = HEXtoRGB( hexcolor24 )
return bit32.lshift( bit32.rshift(rr, 5), 5 ) + bit32.lshift( bit32.rshift(gg, 5), 2 ) + bit32.rshift(bb, 6)
end
--Конвертация 8-битной палитры в-24 битную
local function convert8bitTo24bit( hexcolor8 )
local rr = bit32.lshift( bit32.rshift( hexcolor8, 5 ), 5 )
local gg = bit32.lshift( bit32.rshift( bit32.band( hexcolor8, 28 ), 2 ), 5 )
local bb = bit32.lshift( bit32.band( hexcolor8, 3 ), 6 )
return RGBtoHEX( rr, gg, bb )
end
--Сжимает два цвета и альфа-канал в одную переменную вида 0xaabbcc (aa - первый цвет, bb - второй, cc - альфа-канал)
local function compressPixel(foreground, background, alpha)
return bit32.lshift( foreground, constants.byteSize * 2 ) + bit32.lshift( background, constants.byteSize ) + alpha
end
--Разжимает сжатую переменную в два цвета и один альфа-канал
local function decompressPixel( compressed_pixel )
return bit32.rshift( compressed_pixel, constants.byteSize * 2 ), bit32.rshift( bit32.band( compressed_pixel, 0x00FF00 ), constants.byteSize ), bit32.band( compressed_pixel, 0x0000FF )
end
--Подготавливает цвета и символ для записи в файл
local function encodePixel(compressed_pixel, char)
local new_fg, new_bg, alpha = decompressPixel( compressed_pixel )
local ascii_char1, ascii_char2, ascii_char3, ascii_char4, ascii_char5, ascii_char6 = string.byte( char, 1, 6 )
ascii_char1 = ascii_char1 or constants.nullChar
return new_fg, new_bg, alpha, ascii_char1, ascii_char2, ascii_char3, ascii_char4, ascii_char5, ascii_char6
end
--Декодирование UTF-8 символа
local function decodeChar(file)
local first_byte = readBytes(file, 1)
local charcode_array = {first_byte}
local len = 1
local middle = selectTerminateBit(first_byte)
if ( middle == 32 ) then
len = 2
elseif ( middle == 16 ) then
len = 3
elseif ( middle == 8 ) then
len = 4
elseif ( middle == 4 ) then
len = 5
elseif ( middle == 2 ) then
len = 6
end
for i = 1, len-1 do
table.insert( charcode_array, readBytes(file, 1) )
end
return string.char( table.unpack( charcode_array ) )
end
--Правильное конвертирование HEX-переменной в строковую
local function HEXtoSTRING(color, bitCount, withNull)
local stro4ka = string.format("%X",color)
local sStro4ka = unicode.len(stro4ka)
if sStro4ka < bitCount then
stro4ka = string.rep("0", bitCount - sStro4ka) .. stro4ka
end
sStro4ka = nil
if withNull then return "0x"..stro4ka else return stro4ka end
end
--Получение формата файла
local function getFileFormat(path)
local name = fs.name(path)
local starting, ending = string.find(name, "(.)%.[%d%w]*$")
if starting == nil then
return nil
else
return unicode.sub(name,starting + 1, -1)
end
name, starting, ending = nil, nil, nil
end
------------------------------ Все, что касается сжатого формата ------------------------------------------------------------
-- Запись в файл сжатого OCIF-формата изображения
function image.saveCompressed(path, picture)
local encodedPixel
local file = assert( io.open(path, "w"), FILE_OPEN_ERROR )
file:write( table.unpack(ocif_signature_expand) )
file:write( string.char( picture.width ) )
file:write( string.char( picture.height ) )
for i = 1, picture.width * picture.height * constants.elementCount, constants.elementCount do
encodedPixel =
{
encodePixel
(
picture[i],
picture[i + 1]
)
}
for i = 1, #encodedPixel do
file:write( string.char( encodedPixel[i] ) )
end
end
file:close()
end
--Чтение из файла сжатого OCIF-формата изображения, возвращает массив типа 2 (см. конец файла)
function image.loadCompressed(path)
local picture = {}
local file = assert( io.open(path, "rb"), FILE_OPEN_ERROR )
--Проверка файла на соответствие сигнатуры
local signature1, signature2 = readBytes(file, 4), readBytes(file, 3)
if ( signature1 ~= ocif_signature1 or signature2 ~= ocif_signature2 ) then
file:close()
return nil
end
--Читаем ширину и высоту файла
picture.width = readBytes(file, 1)
picture.height = readBytes(file, 1)
for i = 1, picture.width * picture.height * constants.elementCount, constants.elementCount do
--Читаем сжатый цвет и алфа-канал
table.insert(picture, readBytes(file, 3))
--Читаем символ
table.insert(picture, decodeChar( file ))
end
file:close()
return picture
end
------------------------------ Все, что касается сырого формата ------------------------------------------------------------
--Сохранение в файл сырого формата изображения типа 2 (см. конец файла)
function image.saveRaw(path, picture)
local file = assert( io.open(path, "w"), FILE_OPEN_ERROR )
local xPos, yPos = 1, 1
for i = 1, picture.width * picture.height * constants.imageElementSize, constants.imageElementSize do
file:write( HEXtoSTRING(picture[i], 6), " ", HEXtoSTRING(picture[i + 1], 6), " ", HEXtoSTRING(picture[i + 2], 2), " ", picture[i + 3], " ")
xPos = xPos + 1
if xPos > picture.width then
xPos = 1
yPos = yPos + 1
file:write("\n")
end
end
file:close()
end
--Загрузка из файла сырого формата изображения типа 2 (см. конец файла)
function image.loadRaw(path)
local file = assert( io.open(path, "r"), FILE_OPEN_ERROR )
local picture = {}
local background, foreground, alpha, symbol, sLine
local lineCounter = 0
for line in file:lines() do
sLine = unicode.len(line)
for i = 1, sLine, constants.rawImageLoadStep do
background = "0x" .. unicode.sub(line, i, i + 5)
foreground = "0x" .. unicode.sub(line, i + 7, i + 12)
alpha = "0x" .. unicode.sub(line, i + 14, i + 15)
symbol = unicode.sub(line, i + 17, i + 17)
table.insert(picture, tonumber(background))
table.insert(picture, tonumber(foreground))
table.insert(picture, tonumber(alpha))
table.insert(picture, symbol)
end
lineCounter = lineCounter + 1
end
picture.width = sLine / constants.rawImageLoadStep
picture.height = lineCounter
file:close()
return picture
end
----------------------------------- Вспомогательные функции программы ------------------------------------------------------------
--Оптимизировать и сгруппировать по цветам картинку типа 2 (см. конец файла)
function image.optimizeForDrawing(picture)
--Создаем массив оптимизированной картинки
local optimizedPicture = {}
--Задаем константы
local xPos, yPos, background24bit, foreground24bit, alpha, symbol, background8bit, foreground8bit = 1, 1, nil, nil, nil, nil, nil, nil
--Перебираем все элементы массива
for i = 1, picture.width * picture.height * constants.elementCount, constants.elementCount do
--Разжимаем сжатый пиксель из неоптимизированного массива
foreground8bit, background8bit, alpha = decompressPixel( picture[i] )
--Конвертируем сжатые цвета в нормальную 3-байтную HEX-форму
foreground24bit, background24bit = convert8bitTo24bit( foreground8bit ), convert8bitTo24bit( background8bit )
--Получаем символ из неоптимизированного массива
symbol = picture[i + 1]
--Группируем картинку по цветам
optimizedPicture[background24bit] = optimizedPicture[background24bit] or {}
optimizedPicture[background24bit][foreground24bit] = optimizedPicture[background24bit][foreground24bit] or {}
table.insert(optimizedPicture[background24bit][foreground24bit], xPos)
table.insert(optimizedPicture[background24bit][foreground24bit], yPos)
table.insert(optimizedPicture[background24bit][foreground24bit], alpha)
table.insert(optimizedPicture[background24bit][foreground24bit], symbol)
--Если xPos достигает width изображения, то сбросить на 1, иначе xPos++
xPos = (xPos == picture.width) and 1 or xPos + 1
--Если xPos равняется 1, то yPos++, а если нет, то похуй
yPos = (xPos == 1) and yPos + 1 or yPos
--Очищаем старый массив, т.к. он более не понадобится
picture[i], picture[i + 1] = nil, nil
end
--Очищаем остатки массива в памяти
picture.width, picture.height = nil, nil
picture = nil
--Возвращаем оптимизированный массив
return optimizedPicture
end
--Конвертирует картинку типа 1 в картинку типа 3 (cм. конец файла)
function image.convertRawPictureToOptimizedPicture(rawPicture)
local optimizedPicture = {}
--Получаем ширну файла
optimizedPicture.width = #rawPicture[1]
optimizedPicture.height = #rawPicture
--Перебираем быдло-массив и постепенно создаем оптимизированный
for j = 1, #rawPicture do
for i = 1, #rawPicture[j] do
--Вставляем в оптимизированный массив сжатые цвета с альфа-каналом
table.insert(optimizedPicture, compressPixel( convert24bitTo8bit(rawPicture[j][i][2]), convert24bitTo8bit(rawPicture[j][i][1]), rawPicture[j][i][3]))
--А теперь вставляем символ
table.insert(optimizedPicture, rawPicture[j][i][4])
--Очищаем оперативку
rawPicture[j][i] = nil
end
--Очищаем оперативку
rawPicture[j] = nil
end
--Очищаем оперативку
rawPicture.width, rawPicture.height = nil, nil; rawPicture = nil
--Возвращаем самый крутой и мегаоптимизированный массив
local groupedPicture = image.optimizeForDrawing(optimizedPicture)
return groupedPicture
end
--Нарисовать по указанным координатам картинку указанной ширины и высоты для теста
function image.drawRandomImage(x, y, width, height)
local picture = {}
local symbolArray = {"A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z", "0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "А", "Б", "В", "Г", "Д", "Е", "Ж", "З", "И", "Й", "К", "Л", "И", "Н", "О", "П", "Р", "С", "Т", "У", "Ф", "Х", "Ц", "Ч", "Ш", "Щ", "Ъ", "Ы", "Ь", "Э", "Ю", "Я"}
picture.width = width
picture.height = height
local background, foreground, symbol, compressed
for j = 1, height do
for i = 1, width do
background = math.random(0x000000, 0xffffff)
foreground = math.random(0x000000, 0xffffff)
symbol = symbolArray[math.random(1, #symbolArray)]
compressed = compressPixel( convert24bitTo8bit(foreground), convert24bitTo8bit(background), 0x00)
table.insert(picture, compressed)
table.insert(picture, symbol)
end
end
local optimizedPicture = image.optimizeForDrawing(picture)
image.draw(x, y, optimizedPicture)
end
----------------------------------------- Основные функции программы -------------------------------------------------------------------
--Сохранить изображение любого поддерживаемого формата
function image.save(path, picture)
--Создать папку под файл, если ее нет
fs.makeDirectory(fs.path(path))
--Получаем формат указанного файла
local fileFormat = getFileFormat(path)
--Проверяем соответствие формата файла
if fileFormat == constants.compressedFileFormat then
image.saveCompressed(path, picture)
elseif fileFormat == constants.rawFileFormat then
image.saveRaw(path, picture)
else
error("Unsupported file format.\n")
end
end
--Загрузить изображение любого поддерживаемого формата
function image.load(path)
--Кинуть ошибку, если такого файла не существует
if not fs.exists(path) then error("File \""..path.."\" does not exists.\n") end
--Получаем формат указанного файла
local fileFormat = getFileFormat(path)
--Проверяем соответствие формата файла
if fileFormat == constants.compressedFileFormat then
local picture = image.loadCompressed(path)
return image.optimizeForDrawing(picture)
elseif fileFormat == constants.rawFileFormat then
local picture = image.loadRaw(path)
return image.optimizeForDrawing(picture)
else
error("Unsupported file format.\n")
end
end
--Отрисовка изображения типа 3 (см. конец файла)
function image.draw(x, y, picture)
--Все как обычно
x, y = x - 1, y - 1
--Переменные, чтобы в цикле эту парашу не создавать
local currentBackground, xPos, yPos, alpha, symbol
local _, _
--Перебираем все цвета фона
for background in pairs(picture) do
--Заранее ставим корректный цвет фона
gpu.setBackground(background)
--Перебираем все цвета текста
for foreground in pairs(picture[background]) do
--Ставим сразу и корректный цвет текста
gpu.setForeground(foreground)
--Перебираем все пиксели
for i = 1, #picture[background][foreground], 4 do
--Получаем временную репрезентацию
xPos, yPos, alpha, symbol = picture[background][foreground][i], picture[background][foreground][i + 1], picture[background][foreground][i + 2], picture[background][foreground][i + 3]
--Рассчитать прозрачность только в том случае, если альфа имеется
if alpha > 0x00 then
_, _, currentBackground = gpu.get(x + xPos, y + yPos)
currentBackground = alphaBlend(currentBackground, background, alpha)
gpu.setBackground(currentBackground)
else
if currentBackground ~= background then
currentBackground = background
gpu.setBackground(currentBackground)
end
end
--Рисуем символ на экране
gpu.set(x + xPos, y + yPos, symbol)
end
end
end
end
------------------------------------------------------------------------------------------------------------------------
--Примеры работы с библиотекой (раскомментируйте нужное):
local rawPicture = {
{{0xffffff, 0xcccccc, 0xff, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}},
{{0xffffff, 0xcccccc, 0xff, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x33ff66, 0x0092ff, 0x00, " "}, {0x33ff66, 0x0092ff, 0x00, " "}, {0x33ff66, 0x0092ff, 0x00, " "}, {0x33ff66, 0x0092ff, 0x00, " "}, {0x33ff66, 0x0092ff, 0x00, " "}, {0x33ff66, 0x0092ff, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x336d3f, 0x004936, 0x00, " "}, {0x336d3f, 0x004936, 0x00, " "}, {0x336d3f, 0x004936, 0x00, " "}, {0x336d3f, 0x004936, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}},
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{{0xffffff, 0xcccccc, 0xff, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x004936, 0x339286, 0x00, " "}, {0x004936, 0x339286, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x339286, 0x004936, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0xff6d80, 0x004940, 0x00, " "}, {0xff6d80, 0x004940, 0x00, " "}, {0xff6d80, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x004940, 0xffffff, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0xffffff, 0xcccccc, 0xff, " "}},
{{0xffffff, 0xcccccc, 0xff, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x004936, 0x339286, 0x00, " "}, {0x004936, 0x339286, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0xff6d80, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}},
{{0xffffff, 0xcccccc, 0xff, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x004936, 0x339286, 0x00, " "}, {0x004936, 0x339286, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x339286, 0x004936, 0x00, " "}, {0xff6d80, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0x004940, 0x00, " "}, {0xff0000, 0x004940, 0x00, " "}, {0xff0000, 0x004940, 0x00, " "}, {0xff0000, 0x004940, 0x00, " "}, {0xff0000, 0x004940, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}},
{{0xffffff, 0xcccccc, 0xff, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x004936, 0x339286, 0x00, " "}, {0x339286, 0x004936, 0x00, " "}, {0x339286, 0x004936, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0xffffff, 0xcccccc, 0xff, " "}},
{{0xffffff, 0xcccccc, 0xff, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x004936, 0x339286, 0x00, " "}, {0x339286, 0x004936, 0x00, " "}, {0x339286, 0x004936, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}},
{{0xffffff, 0xcccccc, 0xff, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x004936, 0x339286, 0x00, " "}, {0x339286, 0x004936, 0x00, " "}, {0x339286, 0x004936, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}},
{{0xffffff, 0xcccccc, 0xff, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x338592, 0x003f49, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x1e1e1e, 0x004936, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x004936, 0x339286, 0x00, " "}, {0x339286, 0x004936, 0x00, " "}, {0x339286, 0x004936, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff4940, 0x004940, 0x00, " "}, {0xff0000, 0xffffff, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}},
{{0xffffff, 0xcccccc, 0xff, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0x338592, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x003f49, 0xffffff, 0x00, " "}, {0x004940, 0xffffff, 0x00, " "}, {0x004940, 0xffffff, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0xcc0000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x990000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}},
{{0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0x660000, 0x004940, 0x00, " "}, {0x660000, 0x004940, 0x00, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}, {0xffffff, 0xcccccc, 0xff, " "}},
}
local optimizedPicture = image.convertRawPictureToOptimizedPicture(rawPicture)
image.draw(2, 2, optimizedPicture)
--[[
Ниже представлены все возможные типы массивов изображений:
Тип 1 (сырое изображение, самый неоптимизированный формат):
Структура:
local picture = {
{{Цвет фона, Цвет текста, Альфа-канал, Символ}, {Цвет фона, Цвет текста, Альфа-канал, Символ}, ... },
{{Цвет фона, Цвет текста, Альфа-канал, Символ}, {Цвет фона, Цвет текста, Альфа-канал, Символ}, ... },
...
}
Пример:
local picture = {
{{0xffffff, 0x000000, 0x00, "Q"}, {0xff00ff, 0x00ff00, 0xac, "W"}},
{{0xffffff, 0x000000, 0x00, "E"}, {0xff00ff, 0x00ff00, 0xac, "R"}},
}
Тип 2 (основной формат изображения, линейная запись данных о пикселях):
Структура:
local picture = {
width = ширина изображения,
height = высота изображения,
Сжатые цвета и альфа-канал,
Символ,
Сжатые цвета и альфа-канал,
Символ,
...
}
Пример:
local picture = {
width = 2,
height = 2,
0xff00aa,
"Q",
0x88aacc,
"W",
0xff00aa,
"E",
0x88aacc,
"R"
}
Тип 3 (сгруппированный по цветам формат, ипользуется только для отрисовки изображения):
Структура:
local picture = {
Цвет фона 1 = {
Цвет текста 1 = {
Координата по X,
Координата по Y,
Альфа-канал,
Символ,
Координата по X,
Координата по Y,
Альфа-канал,
Символ,
...
},
Цвет текста 2 = {
Координата по X,
Координата по Y,
Альфа-канал,
Символ,
Координата по X,
Координата по Y,
Альфа-канал,
Символ,
...
},
...
},
Цвет фона 2 = {
Цвет текста 1 = {
Координата по X,
Координата по Y,
Альфа-канал,
Символ,
Координата по X,
Координата по Y,
Альфа-канал,
Символ,
...
},
Цвет текста 2 = {
Координата по X,
Координата по Y,
Альфа-канал,
Символ,
Координата по X,
Координата по Y,
Альфа-канал,
Символ,
...
},
...
},
}
Пример:
local picture = {
0xffffff = {
0xaabbcc = {
1,
1,
0x00,
"Q",
12,
12,
0xaa,
"W"
},
0x88aa44 = {
5,
5,
0xcc,
"E",
12,
12,
0x00,
"R"
}
},
0x444444 = {
0x112233 = {
40,
20,
0x00,
"T",
12,
12,
0xaa,
"Y"
},
0x88aa44 = {
5,
5,
0xcc,
"U",
12,
12,
0x00,
"I"
}
}
}
]]
------------------------------------------------------------------------------------------------------------------------
return image
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