/tg/Station 13

Code: Select all

#!/bin/bash

# Original size of the map.
# You must resize the map to 400x400 before running this script.
MAP_W=256
MAP_H=256

# Upper-left pixel of tile graphics window.
TILES_X=228
TILES_Y=77

# Upper-left pixel of minimap.
MINIMAP_X=20
MINIMAP_Y=64

# Pixels to move on the minimap each step.
# This is half the number of tiles visible on the screen.
STEP_X=12
STEP_Y=10

STEPS_X=$(expr $MAP_W / 2 / $STEP_X)
STEPS_Y=$(expr $MAP_W / 2 / $STEP_Y)

CROP_W=$(expr $STEP_X \* 64)
CROP_H=$(expr $STEP_Y \* 64)

IMGDIR=tmp_screenshots

OLD_HASH=""

screencap()
{
    import -display $DISPLAY -window root $IMG
    convert $IMG -crop $(printf "%ix%i+%i+%i" $CROP_W $CROP_H $TILES_X $TILES_Y) $IMG
    HASH=$(md5sum $IMG | awk '{print $1}')
}

mkdir $IMGDIR
rm -r $IMGDIR/*.bmp
xdotool search --sync --name "Dream Maker" windowraise
xdotool mousemove $MINIMAP_X $MINIMAP_Y
xdotool mousedown 1
for y in $(seq $STEPS_Y); do
    for x in $(seq $STEPS_X); do
        CLICK_X=$(expr $x \* $STEP_X + $MINIMAP_X - $STEP_X / 2)
        CLICK_Y=$(expr $y \* $STEP_Y + $MINIMAP_Y + 200 - $MAP_H / 2 - $STEP_Y / 2)
        IMG=$(printf "$IMGDIR/%03i_%03i.bmp" $y $x)
        echo $IMG
        xdotool mousemove $CLICK_X $CLICK_Y
        sleep 0.2
        screencap
        if [ "$HASH" == "$OLD_HASH" ]; then
            sleep 0.1
            screencap
        fi
        OLD_HASH=$(echo $HASH)
    done
done
xdotool mouseup 1
montage $(ls $IMGDIR/*.bmp | sort) -tile $(printf "%ix%i" $STEPS_X $STEPS_Y) -geometry +0+0 stitched.png

Code: Select all

#!/bin/bash

MAP_W=256
MAP_H=256

# Upper-left pixel of the tile graphics window.
TILES_X=56
TILES_Y=134

# Tiles to move each step.
STEP_X=15
STEP_Y=15

STEPS_X=$(expr $MAP_W / $STEP_X)
STEPS_Y=$(expr $MAP_W / $STEP_Y)

CROP_W=$(expr $STEP_X \* 32)
CROP_H=$(expr $STEP_Y \* 32)

IMGDIR=tmp_screenshots

mkdir $IMGDIR
rm -r $IMGDIR/*.bmp
sleep 3 # While sleeping you have to manually switch focus to the game window!
for y in $(seq $STEPS_Y); do
    for x in $(seq $STEPS_X); do
        JUMP_X=$(expr $x \* $STEP_X - $STEP_X / 2)
        JUMP_Y=$(echo "$MAP_H - ($y * $STEP_Y - $STEP_Y / 2)" | bc)
        IMG=$(printf "$IMGDIR/%03i_%03i.bmp" $y $x)
        xdotool type "Jump-to-Coord $JUMP_X $JUMP_Y 1"
        xdotool key Return
        sleep 1
        import -display $DISPLAY -window root $IMG
        convert $IMG -crop $(printf "%ix%i+%i+%i" $CROP_W $CROP_H $TILES_X $TILES_Y) $IMG
    done
done
montage $(ls $IMGDIR/*.bmp | sort) -tile $(printf "%ix%i" $STEPS_X $STEPS_Y) -geometry +0+0 stitched.png