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Так, блядь
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IgorTimofeev
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@ -654,7 +654,7 @@ editItem:addItem(locale.photoFilter).onTouch = function()
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local buttonsLay = container.layout:addChild(GUI.layout(1, 1, 30, 7, 1, 1))
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buttonsLay:addChild(GUI.button(1, 1, 30, 3, 0xFFFFFF, 0x555555, 0x880000, 0xFFFFFF, locale.ok)).onTouch = function()
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window.image.data = image.photoFilter(window.image.data, filterColor.color, transparency.value)
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window.image.data = image.blend(window.image.data, filterColor.color, transparency.value)
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container:remove()
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end
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@ -687,7 +687,7 @@ editItem:addItem(locale.gaussianBlur).onTouch = function()
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local buttonsLay = container.layout:addChild(GUI.layout(1, 1, 30, 7, 1, 1))
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buttonsLay:addChild(GUI.button(1, 1, 30, 3, 0xFFFFFF, 0x555555, 0x880000, 0xFFFFFF, locale.ok)).onTouch = function()
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window.image.data = image.gaussianBlur(window.image.data, math.floor(radius.value), force.value)
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window.image.data = image.convolve(window.image.data, image.getGaussianBlurKernel(math.floor(radius.value), force.value))
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container:remove()
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end
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@ -466,95 +466,53 @@ function image.rotate(picture, angle)
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if angle == 90 then
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local newPicture = {picture[2], picture[1]}
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for i = 1, picture[2] do
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for j = picture[1], 1, -1 do
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local index = image.getIndex(i, j, picture[2])
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copyPixel(newPicture, picture, index)
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copyPixel(newPicture, picture, image.getIndex(i, j, picture[2]))
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end
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end
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return newPicture
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elseif angle == 180 then
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local newPicture = {picture[1], picture[2]}
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for j = picture[1], 1, -1 do
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for i = picture[2], 1, -1 do
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local index = image.getIndex(i, j, picture[2])
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copyPixel(newPicture, picture, index)
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copyPixel(newPicture, picture, image.getIndex(i, j, picture[2]))
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end
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end
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return newPicture
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elseif angle == 270 then
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local newPicture = {picture[2], picture[1]}
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for i = picture[2], 1, -1 do
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for j = 1, picture[1] do
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local index = image.getIndex(i, j, picture[2])
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copyPixel(newPicture, picture, index)
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copyPixel(newPicture, picture, image.getIndex(i, j, picture[2]))
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end
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end
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return newPicture
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else
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error("Can't rotate image: angle must be 90, 180 or 270 degrees.")
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end
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end
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function image.gaussianBlur(picture, radius, force)
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local function createConvolutionMatrix(maximumValue, matrixSize)
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local delta = maximumValue / matrixSize
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local matrix = {}
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for y = 1, matrixSize do
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for x = 1, matrixSize do
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local value = ((x - 1) * delta + (y - 1) * delta) / 2
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matrix[y] = matrix[y] or {}
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matrix[y][x] = value
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end
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end
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return matrix
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end
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local function spreadPixelToSpecifiedCoordinates(picture, xCoordinate, yCoordinate, matrixValue, startBackground, startForeground, startAlpha, startSymbol)
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local matrixBackground, matrixForeground, matrixAlpha, matrixSymbol = image.get(picture, xCoordinate, yCoordinate)
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if matrixBackground and matrixForeground then
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local newBackground = color.blend(startBackground, matrixBackground, matrixValue)
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local newForeground = matrixSymbol == " " and newBackground or color.blend(startForeground, matrixForeground, matrixValue)
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image.set(picture, xCoordinate, yCoordinate, newBackground, newForeground, 0x00, matrixSymbol)
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end
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end
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local function spreadColorToOtherPixels(picture, xStart, yStart, matrix)
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local startBackground, startForeground, startAlpha, startSymbol = image.get(picture, xStart, yStart)
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local xCoordinate, yCoordinate
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for yMatrix = 2, #matrix do
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for xMatrix = 2, #matrix[yMatrix] do
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xCoordinate, yCoordinate = xStart - xMatrix + 1, yStart - yMatrix + 1
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spreadPixelToSpecifiedCoordinates(picture, xCoordinate, yCoordinate, matrix[yMatrix][xMatrix], startBackground, startForeground, startAlpha, startSymbol)
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xCoordinate, yCoordinate = xStart + xMatrix - 1, yStart + yMatrix - 1
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spreadPixelToSpecifiedCoordinates(picture, xCoordinate, yCoordinate, matrix[yMatrix][xMatrix], startBackground, startForeground, startAlpha, startSymbol)
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end
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end
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end
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local matrix = createConvolutionMatrix(force or 0x55, radius)
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for y = 1, picture[2] do
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for x = 1, picture[1] do
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spreadColorToOtherPixels(picture, x, y, matrix)
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end
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end
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return picture
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end
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function image.hueSaturationBrightness(picture, hue, saturation, brightness)
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local function calculateBrightnessChanges(colr)
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local h, s, b = color.integerToHSB(colr)
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local function calculate(c)
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local h, s, b = color.integerToHSB(c)
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b = b + brightness; if b < 0 then b = 0 elseif b > 1 then b = 1 end
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s = s + saturation; if s < 0 then s = 0 elseif s > 1 then s = 1 end
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h = h + hue; if h < 0 then h = 0 elseif h > 360 then h = 360 end
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return color.HSBToInteger(h, s, b)
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end
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for i = 3, #picture, 4 do
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picture[i] = calculateBrightnessChanges(picture[i])
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picture[i + 1] = calculateBrightnessChanges(picture[i + 1])
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picture[i] = calculate(picture[i])
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picture[i + 1] = calculate(picture[i + 1])
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end
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return picture
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@ -577,18 +535,23 @@ function image.blackAndWhite(picture)
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end
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function image.colorBalance(picture, r, g, b)
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local function calculateRGBChanges(colr)
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local rr, gg, bb = color.integerToRGB(colr)
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rr = rr + r; gg = gg + g; bb = bb + b
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local function calculate(c)
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local rr, gg, bb = color.integerToRGB(c)
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rr = rr + r
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gg = gg + g
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bb = bb + b
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if rr < 0 then rr = 0 elseif rr > 255 then rr = 255 end
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if gg < 0 then gg = 0 elseif gg > 255 then gg = 255 end
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if bb < 0 then bb = 0 elseif bb > 255 then bb = 255 end
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return color.RGBToInteger(rr, gg, bb)
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end
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for i = 3, #picture, 4 do
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picture[i] = calculateRGBChanges(picture[i])
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picture[i + 1] = calculateRGBChanges(picture[i + 1])
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picture[i] = calculate(picture[i])
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picture[i + 1] = calculate(picture[i + 1])
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end
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return picture
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@ -599,16 +562,8 @@ function image.invert(picture)
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picture[i] = 0xffffff - picture[i]
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picture[i + 1] = 0xffffff - picture[i + 1]
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end
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return picture
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end
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function image.photoFilter(picture, colr, transparency)
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if transparency < 0 then transparency = 0 elseif transparency > 1 then transparency = 1 end
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for i = 3, #picture, 4 do
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picture[i] = color.blend(picture[i], colr, transparency)
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picture[i + 1] = color.blend(picture[i + 1], colr, transparency)
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end
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return picture
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return picture
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end
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--------------------------------------------------------------------------------
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