code:

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image_Load{0,"dh0:skin.jpeg"} ; laden...
image_Resize{1,0,screen_GetWidth{},screen_GetHeight{}} ; scalieren ...
image_Draw{1,0,0} ; auf den Bildschirm zeichnen, egal welche Tiefe der hat...

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Zitat:

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Bessere TFT Fernseher haben aber einen Chip drin, der Deinterlacing macht. d.h wenn er merkt, dass ein Pixel immer hin und her springt, setzt er den Pixel dazwischen und löscht die Pixel drumherum.
Dadurch sehen Standbilder aus als hätten sie kein Interlacing, der Qulitätsgewinn ist enorm.

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code:

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 Usage
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Syntax: ImageConverter <inputpattern> [options]
Options:
-o <dir>     specifiy output directory
-h / ?       show this help
-width <n>   specify width in pixels/percent
-height <n>  specify height in pixels/percent
-c <ratio>   compression ratio for JEPG
-f <form>    save-file-format: PNG, ILBM or JPEG
-force       force the width/height, otherwise they are max values
-relative    interpret width/height as percentage values
-hq          use high quality pattern rendering
-sx <n>      roll image in percent
-sy <n>      roll image in percent
-ox <n>      shift pattern dupliate from the middle for pattern generation
-oy <n>      shift pattern dupliate from the middle for pattern generation
-px <n>      fade zone to patternize image in x direction (1=full width, 2=1/2 width etc.)
-py <n>      fade zone to patternize image in y direction (1=full height, 2=1/2 height etc.)
-fold        roll the image in the middle (="sx 50 -sy 50")
-iso         generate ISO perspective
-sharpness<n> sharpness of resizing [0(sharp)..1(soft)]
-interpol <i> "none" - fast but bad quality
              "linear" - ok quality, still fast
              "window" - very good quality, but a bit slower
              "ex" - (experimental) can preserve a lot of details, but its slow
 
Resize/process and compress pictures and save them as jpeg, png or ilbm.

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