[scharfis_brain]

okay, the quadrupler has to wait.

For now, I've made a motioncompensator giving you a mostly clean output, avoiding swimming static parts of the video (TV-Station logos)
and avoiding false blending in differential motioned areas.
in both cases those affected areas are replaced with a blended clip of the neighboring frames.

this means:
a pan will be super-smooth.
a ball flying through the video while the panning occurs will have some kind of stutter, because it is NOT motioncompensated.

setmemorymax(256)
# script to create doubled framerate with genmotion
# while avoiding swimming static parts and false motion generated by genmotion

loadplugin("C:\x\masktools.dll")
loadplugin("C:\x\avisynth_c.dll")
loadCplugin("c:\x\genmotion.dll")

avisource("30p.avi")
i=converttoyv12()

th=7    #threshold for static detection
th1=7   #threshold of false-motion detection

#lower those thresholds for lesser repairing


#generate statice mask
i1=motionmask(i,thy1=th1,thy2=th1,thsd=255)


# make motion global compensation of the video
f=GenMotion(i,filename="c:\deshaker.log",delta=0.5).trim(1,0)
b=GenMotion(i,filename="c:\deshaker.log",delta=-0.5)

# motion compensate the static-parts-mask
f1=GenMotion(i1,filename="c:\deshaker.log",delta=0.5).trim(1,0)
b1=GenMotion(i1,filename="c:\deshaker.log",delta=-0.5)


# mix fwd. and bckwd. compensation
g=overlay(f,b,opacity=0.5) 

# mix the motioncompensated masks
g1=logic(f1,b1,mode="And")

#generate a falsemotionmask
g2=interleave(f,b).motionmask(thy1=th,thy2=th,thsd=255).selectodd().binarize().duplicateframe(0)

#merge static and false mask
g3=logic(g1,g2,mode="and") .blur(1).blur(1).binarize(threshold=1,upper=false)

# genrate blended clip out of the input to repair swimming static parts and false generated motion
h=overlay(i,i.trim(1,0),opacity=0.5)

# repair genmotion's output
j=overlay(h,g,mask=g3)


# for vis.
ih=interleave(i,h)
ig=interleave(i,g)
ij=interleave(i,j)
a=stackhorizontal(ih,ig)
b=stackhorizontal(ij,interleave(g1,g1))
stackvertical(a,b)

#stackhorizontal(g2,g1,g3)

#output the final clip
ij

my next ideas (after the quadrupler) will be:

NTSC <-> PAL conversion using this approach.
It will give super smooth pans without this annoying blending-motion on borders. while differnetial motion is converted via the standard blending method.
this will need a framerate 5 times as high as the input framerate for a NSTC -> PAL conversion.
and a framerate 6 times as high as the input framerate for a PAL -> NTSC conversion.