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#------------------------------------------------------------------------------#
# #
# InterFrame 1.3.1 by SubJunk #
# #
# A frame interpolation script that primarily uses MVTools2 for making #
# accurate estimations about the content of non-existent frames #
# Its main use is to give videos higher framerates like newer TVs do #
#------------------------------------------------------------------------------#
# For instructions and further information see the included InterFrame.html
# For news go to spirton.com
function InterFrame(clip Input, string "Preset", string "Tuning", int "NewNum", int "NewDen") {
# Defaults
Preset = default(Preset , "Medium")
NewNum = default(NewNum , 0 )
NewDen = default(NewDen , 0 )
Tuning = default(Tuning , "Film" )
# Validate inputs
Assert(Preset == "Placebo" || Preset == "Medium" || Preset == "Fast" || Preset == "Very Fast" || Preset == "Ultra Fast", "'"+Preset+"' is not a valid preset. Please check the documentation for a list of the valid presets.")
Assert(Tuning == "Film" || Tuning == "Smooth" || Tuning == "Animation", "'"+Tuning+"' is not a valid tuning. Please check the documentation for a list of the valid tunings.")
# Create DeGrained clip for slower presets
Preset == "Placebo" || Preset == "Medium" ? Eval("""
DeGrainedSource = Input.RemoveGrain(mode=17)
""") : Eval("""
# Don't want DeGrainedSource
""")
# Set variables controlled by Tuning
BlockSize1 = (Tuning == "Film") ? 16 : \
(Tuning == "Animation" ) ? 32 : \
(Tuning == "Smooth" ) ? 8 : 16
BlockSize2 = (Tuning == "Film") ? 8 : \
(Tuning == "Animation" ) ? 16 : \
(Tuning == "Smooth" ) ? 4 : 8
# Create super clip
Preset == "Placebo" ? Eval("""
CustomPelClip = EEDI2(Input, field=1).Spline36Resize(2*width(Input), 2*height(Input), src_left=0.25)
Super = MSuper(Input , hpad=16, vpad=16, rfilter=4, pelclip=CustomPelClip)
SuperDeGrained = MSuper(DeGrainedSource, hpad=16, vpad=16, rfilter=4, pelclip=CustomPelClip)
""") : Preset == "Medium" ? Eval("""
Super = MSuper(Input , hpad=16, vpad=16, rfilter=4)
SuperDeGrained = MSuper(DeGrainedSource, hpad=16, vpad=16, rfilter=4)
""") : Eval("""
Super = MSuper(Input, hpad=16, vpad=16, rfilter=4)
""")
# Make interpolation vector clip
Preset == "Ultra Fast" ? Eval("""
backward = MAnalyse(Super, blksize=BlockSize1, searchparam=3, search=3, plevel=0, isb=true , chroma=false)
forward = MAnalyse(Super, blksize=BlockSize1, searchparam=3, search=3, plevel=0, isb=false, chroma=false)
""") : Preset == "Very Fast" ? Eval("""
backward = MAnalyse(Super, blksize=BlockSize1, searchparam=3, search=3, plevel=0, isb=true )
forward = MAnalyse(Super, blksize=BlockSize1, searchparam=3, search=3, plevel=0, isb=false)
""") : Preset == "Fast" ? Eval("""
backward = MAnalyse(Super, blksize=BlockSize1, searchparam=3, search=3, plevel=0, isb=true , dct=5)
forward = MAnalyse(Super, blksize=BlockSize1, searchparam=3, search=3, plevel=0, isb=false, dct=5)
""") : Eval("""
backward_2 = MAnalyse (SuperDeGrained, blksize=BlockSize1, searchparam=3, search=3, dct=5, plevel=0, isb=true )
forward_2 = MAnalyse (SuperDeGrained, blksize=BlockSize1, searchparam=3, search=3, dct=5, plevel=0, isb=false)
backward_1 = MRecalculate(Super , backward_2, blksize=BlockSize2, searchparam=1)
forward_1 = MRecalculate(Super , forward_2, blksize=BlockSize2, searchparam=1)
backward = MRecalculate(Super , backward_1, blksize=4, searchparam=1)
forward = MRecalculate(Super , forward_1, blksize=4, searchparam=1)
""")
# Determine new framerate
NewNum != 0 ? Eval("""
# Use user values
""") : Input.Framerate == 25 ? Eval("""
NewNum = 50
NewDen = 1
""") : Input.Framerate == 30 ? Eval("""
NewNum = 60
NewDen = 1
""") : Eval("""
NewNum = 60000
NewDen = 1001
""")
# Put it together
Preset == "Ultra Fast" ? Eval("""
MBlockFps(Input, Super, backward, forward, num=NewNum, den=NewDen, mode=0, blend=false)
""") : Eval("""
MFlowFps(Input, Super, backward, forward, num=NewNum, den=NewDen, ml=10000, blend=false)
""")
}

#------------------------------------------------------------------------------#
# #
# InterFrame 1.5.2 by SubJunk #
# #
# A frame interpolation script that primarily uses MVTools2 for making #
# accurate estimations about the content of non-existent frames #
# Its main use is to give videos higher framerates like newer TVs do #
#------------------------------------------------------------------------------#
# For instructions and further information see the included InterFrame.html
# For news go to spirton.com
function InterFrame(clip Input, string "Preset", string "Tuning", int "NewNum", int "NewDen", string "FlowPath", bool "GPU") {
# Defaults
Preset = default(Preset , "Medium" )
NewNum = default(NewNum , 0 )
NewDen = default(NewDen , 0 )
Tuning = default(Tuning , "Film" )
FlowPath = default(FlowPath, "Undefined")
GPU = default(GPU , false )
# Validate inputs
Assert(Preset == "Placebo" || Preset == "Medium" || Preset == "Fast" || Preset == "Very Fast" || Preset == "Ultra Fast", "'"+Preset+"' is not a valid preset. Please check the documentation for a list of the valid presets.")
Assert(Tuning == "Film" || Tuning == "Smooth" || Tuning == "Animation", "'"+Tuning+"' is not a valid tuning. Please check the documentation for a list of the valid tunings.")
Assert(FlowPath != "Undefined", "You must specify FlowPath. Please check the documentation for details.")
# Create processed clip for slower presets
Preset == "Placebo" || Preset == "Medium" ? Eval("""
ProcessedSource = Input.RemoveGrain(mode=17)
""") : Eval("""
# Don't want ProcessedSource
""")
# Set variables controlled by Tuning
BlockSize = (Tuning == "Film") ? 16 : \
(Tuning == "Animation" ) ? 32 : \
(Tuning == "Smooth" ) ? 8 : 16
# Create super clip/s
SuperRegular = MSuper(Input, hpad=BlockSize, vpad=BlockSize, rfilter=4)
Preset == "Placebo" ? Eval("""
CustomPelClip = EEDI2(Input, field=1).Spline36Resize(2*width(Input), 2*height(Input), src_left=0.25)
Super = MSuper(ProcessedSource, hpad=BlockSize, vpad=BlockSize, rfilter=4, pelclip=CustomPelClip)
""") : Preset == "Medium" ? Eval("""
Super = MSuper(ProcessedSource, hpad=BlockSize, vpad=BlockSize, rfilter=4)
""") : Eval("""
Super = MSuper(Input, hpad=BlockSize, vpad=BlockSize, rfilter=4)
""")
# Make interpolation vector clip
Preset == "Ultra Fast" ? Eval("""
backward = MAnalyse(Super, blksize=BlockSize, searchparam=3, plevel=0, isb=true , badSAD=1000, chroma=false)
forward = MAnalyse(Super, blksize=BlockSize, searchparam=3, plevel=0, isb=false, badSAD=1000, chroma=false)
""") : Preset == "Very Fast" ? Eval("""
backward = MAnalyse(Super, blksize=BlockSize, searchparam=3, plevel=0, isb=true , badSAD=1000, overlap=4)
forward = MAnalyse(Super, blksize=BlockSize, searchparam=3, plevel=0, isb=false, badSAD=1000, overlap=4)
""") : Preset == "Fast" ? Eval("""
backward = MAnalyse(Super, blksize=BlockSize, searchparam=4, plevel=0, isb=true , badSAD=1000, overlap=4)
forward = MAnalyse(Super, blksize=BlockSize, searchparam=4, plevel=0, isb=false, badSAD=1000, overlap=4)
backward = MRecalculate(Super, backward, blksize=8, searchparam=1, overlap=2)
forward = MRecalculate(Super, forward, blksize=8, searchparam=1, overlap=2)
""") : Eval("""
backward = MAnalyse(Super, blksize=BlockSize, searchparam=4, plevel=0, isb=true , badSAD=1000, overlap=4, search=3, dct=5, pelsearch=3)
forward = MAnalyse(Super, blksize=BlockSize, searchparam=4, plevel=0, isb=false, badSAD=1000, overlap=4, search=3, dct=5, pelsearch=3)
backward = MRecalculate(Super, backward, blksize=8, searchparam=1, overlap=2, search=3, dct=5)
forward = MRecalculate(Super, forward, blksize=8, searchparam=1, overlap=2, search=3, dct=5)
""")
# Determine new framerate
NewNum != 0 ? Eval("""
# Use user values
""") : Input.Framerate == 25 ? Eval("""
NewNum = 50
NewDen = 1
""") : Input.Framerate == 30 ? Eval("""
NewNum = 60
NewDen = 1
""") : Eval("""
NewNum = 60000
NewDen = 1001
""")
# See whether to use GPU-acceleration or not
svp_flow_lib = GPU == true ? FlowPath+"libflowgpu.dll" : FlowPath+"libflowsse.dll"
Finest = GPU == true ? SuperRegular : MFinest(Input, SuperRegular)
# Put it together
Preset == "Ultra Fast" ? Eval("""
MBlockFps(Input, SuperRegular, backward, forward, num=NewNum, den=NewDen, mode=0, blend=true)
""") : Eval("""
MSmoothFps(Input, SuperRegular, backward, forward, finest=Finest, num=NewNum, den=NewDen, algo=23, ml=0, sadml=150, sadgamma=2, block=false, blend=true)
""")
}