func main() {
var (
long = flag.Bool("long", false, "")
short = flag.Bool("short", false, "")
usage = flag.Bool("usage", false, "")
)
os.Args = utils.GetOutput(os.Args)
flag.Parse()
if *long {
fmt.Println(
" Take equal sized slices from a list of images, and glue them together.\n" +
" This can be used to create a not-a-timelapse type effect when used with\n" +
" photos of the same subject, taken over the course of a month (for instance).\n" +
" \n" +
" Unlike other img tools, this takes a list of filenames, for instance,\n" +
" \n" +
" img timelapse Trees/photo-*.png > output.png",
)
} else if *short {
fmt.Println("glue slices of images together")
} else if *usage {
fmt.Println("timeslice <images...>")
} else {
run(flag.Args())
}
}
func main() {
var (
long = flag.Bool("long", false, "")
short = flag.Bool("short", false, "")
usage = flag.Bool("usage", false, "")
skip = flag.Int("skip", DEFAULT_SKIP, "")
)
os.Args = utils.GetOutput(os.Args)
flag.Parse()
if *long {
fmt.Println(
" Databends the image by applying 'The Wordpad Effect' to it. This should\n" +
" be used on BMP or TIFF files, it may not play well with images that use\n" +
" some form of compression. (If you do want to go down that rabbit hole play\n" +
" with the --skip parameter, it will generally need to be larger).\n" +
" \n" +
" --skip <n> # Bytes to skip (default: 4)",
)
} else if *short {
fmt.Println("applies 'the wordpad effect' to an image")
} else if *usage {
fmt.Println("databend [options]")
} else {
run(*skip)
}
}
func main() {
var (
long = flag.Bool("long", false, "")
short = flag.Bool("short", false, "")
usage = flag.Bool("usage", false, "")
)
os.Args = utils.GetOutput(os.Args)
flag.Parse()
if *long {
fmt.Println(
" Applies a simple lomo effect to the image, boosting its saturation and\n" +
" composing with a black edged mask.",
)
} else if *short {
fmt.Println("applies a simple lomo effect to the image")
} else if *usage {
fmt.Println("lomo [options]")
} else {
img, data := utils.ReadStdin()
// http://the.taoofmac.com/space/blog/2005/08/23/2359
img = contrast.Adjust(img, 1.2)
img = channel.Adjust(img, utils.Multiplier(1.2), channel.Saturation)
img = blend.Multiply(img, maskFor(img))
utils.WriteStdout(img, data)
}
}
func main() {
var (
long = flag.Bool("long", false, "")
short = flag.Bool("short", false, "")
usage = flag.Bool("usage", false, "")
scale = flag.Float64("scale", DEFAULT_SCALE, "")
triangle = flag.Bool("triangle", false, "")
square = flag.Bool("square", false, "")
)
os.Args = utils.GetOutput(os.Args)
flag.Parse()
f := crop.Circle
if *triangle {
f = crop.Triangle
} else if *square {
f = crop.Square
}
if *long {
fmt.Println(
" Flips a central circle of the image (size of which can be controlled\n" +
" with the --scale flag), and overlays it on the original image.\n" +
" \n" +
" --scale <n> # Scale factor for central circle (default: 0.66)\n" +
" --triangle # Use a triangle instead\n" +
" --square # Use a square instead",
)
} else if *short {
fmt.Println("spin a circle")
} else if *usage {
fmt.Println("wlsn [options]")
} else {
run(*scale, f)
}
}