This file, when appended with the second half, forms an important tool known
as vdub_filters.avsi. Download it and place it in your plugins directory where it will be
autoloaded. Its usage is described in further detail in [Section 4] of the AviSynthFAQ.
There is also a SimpleVDubFilters file.
#############################################################
# This file provides convenient Avisynth interfaces to #
# various VirtualDub plugins. Load it in your script with: #
# #
# Import("vdub_filters.avs") #
# #
# Version 1.5+, 05-12-2003; #
# sent remarks to [email protected] #
# #
# I want to thank all the people who helped me providing #
# these scripts (in particular the people at Doom9). #
#############################################################
########################################################
# Change VirtualDub_plugin_directory below to point to #
# the directory containing your VirtualDub plugins. #
########################################################
global VirtualDub_plugin_directory = "c:\Program Files\virtualdub\plugins"
##################################################################
# Some general notes: #
# #
# 1) Colorspace: #
# VD filters use RGB input as opposed to Avisynth which works #
# in both YUV and RGB space. Simply adding ConvertToRGB32 before #
# the VD_xxxx call and everything should work ok and add #
# ConvertToYUY2 after the VD_xxxx call. #
# #
# 2) Interlaced material: #
# Some VirtualDub filters (for example Zoom v1.2) have an option #
# to select interlaced while the corresponding script has not. #
# This can be done internally in AviSynth in the following way: #
# clip.SeparateFields.VD_Zoom(...).Weave or #
# Weave(VD_Zoom(SeparateFields(clip),...)) #
# #
# 3) If you are using AviSynth2 you can use ConvertbackToYUY2 #
# instead of ConvertToYUY2 for converting back to YUV. #
##################################################################
####################################
# Most filters can be found at: #
# http://sauron.mordor.net/dgraft/ #
####################################
#####################################
# 2D Cleaner by Jim Casaburi, v0.6b #
# #
# threshold (0-255), radius (0-10) #
# #
# For athlon/pIII/pIV users there #
# is an optimized version. #
#####################################
function VD_2DCleaner(clip clip, int "threshold", int "radius", bool "interlaced")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\2dclean.vdf", "_VD_2DCleaner")
return clip._VD_2DCleaner(default(interlaced,false)?1:0, default(threshold,75), default(radius,1))
}
# example:
# ConvertToRGB()
# VD_2DCleaner(75, 1)
# ConvertToYUY2()
####################################
# Temporal Cleaner by Jim Casaburi #
####################################
function VD_TemporalCleaner(clip clip, int "threshold", int "pixel_lock", int "threshold2",
\ int "pixel_lock2", int "scene", bool "partial", bool "yuv")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\tclean.vdf", "_VD_TemporalCleaner", 10)
return clip._VD_TemporalCleaner(default(threshold,10), default(pixel_lock,4),
\ default(threshold2,16), default(pixel_lock2,8), default(scene,30),
\ default(partial,false)?1:0, default(yuv,true)?1:0)
}
# example:
# ConvertToRGB()
# VD_TemporalCleaner(10, 4, 16, 8, 30, false, true)
# ConvertToYUY2()
############################
# Colorize by Donald Graft #
############################
function VD_Colorize(clip clip, int "hue", int "sat", int "lum")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\colorize.vdf", "_VD_Colorize")
return clip._VD_Colorize(default(hue, 0), default(sat, 150), default(lum, 150))
}
############################################
# Hue/Saturation/Intensity by Donald Graft #
# #
# there is a version of this filter called #
# "Tweak11 by Donald Graft" which can be #
# used in Avisynth (directly in YUV-space) #
############################################
function DG_FloatToInt(f) { return round((default(f,1.0) - 1) * 100) }
function VD_Hue(clip clip, int "hue", bool "preserve_luma", float "sat", float "inten",
\ bool "r", bool "g", bool "b", bool "y", bool "c", bool "m")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\hue.vdf", "_VD_Hue")
hue = default(hue, 0)
sat = DG_FloatToInt(sat)
inten = DG_FloatToInt(inten)
flags = (default(r,true)?1:0)+(default(g,true)?2:0)+(default(b,true)?4:0)
\ +(default(y,true)?8:0)+(default(c,true)?16:0)+(default(m,true)?32:0)
return clip._VD_Hue(hue, default(preserve_luma,false)?1:0, sat, inten, flags)
}
#############################################
# Red/Green/Blue Adjustment by Donald Graft #
#############################################
function VD_RGBAdjustment(clip clip, float "r", float "g", float "b")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\rgb.vdf", "_VD_RGBAdjustment")
return clip._VD_RGBAdjustment(DG_FloatToInt(r), DG_FloatToInt(g), DG_FloatToInt(b))
}
#############################
# Smart Bob by Donald Graft #
#############################
# NB: the input clip is run through SeparateFields. You may need to use
# AssumeFrameBased, AssumeFieldBased, or ComplementParity beforehand.
function VD_SmartBob(clip clip, bool "show_motion", int "threshold", bool "motion_map_denoising")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\bob.vdf", "_VD_SmartBob", 1)
return clip.SeparateFields._VD_SmartBob(clip.GetParity()?1:0,
\ default(show_motion,false)?1:0, default(threshold,10),
\ default(motion_map_denoising,true)?1:0)
}
#############################################
# Smart Deinterlace by Donald Graft, v2.7b2 #
# #
# m(otion)_threshold (0-35 ?), #
# s(cene)_c(hange)_threshold (0-10), #
# mode = "frame", "field" or "both" #
# channel = "luma" or "all" #
# #
# For pII, pIII and pIV users there is an #
# optimized version called QS Deinterlace. #
#############################################
# NB: the "Advanced Processing" options (the last four arguments) duplicate built-in Avisynth functionality.
function VD_SmartDeinterlace(clip clip, string "mode", string "channel", bool "show_motion", bool "blend",
\ bool "cubic", bool "motion_map_denoising", int "m_threshold", int "sc_threshold",
\ bool "fs_before", bool "shift", bool "fs_after", bool "disable")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\smart.vdf", "_VD_SmartDeinterlace", 1)
mode = default(mode, "frame")
mode = (mode=="frame") ? 0 : (mode=="field") ? 1 : (mode=="both") ? 2 : -1
Assert(mode>=0, """VD_SmartDeinterlace: "mode" parameter must be "frame", "field", or "both"""")
channel = default(channel, "luma")
channel = (channel=="luma") ? 0 : (channel=="all") ? 1 : -1
Assert(channel>=0, """VD_SmartDeinterlace: "channel" parameter must be "luma" or "all"""")
return clip._VD_SmartDeinterlace(default(show_motion,false)?1:0, default(blend,false)?1:0,
\ default(m_threshold,15), default(sc_threshold,100), default(shift,false)?1:0,
\ default(fs_before,false)?1:0, default(fs_after,false)?1:0, default(disable,false)?1:0,
\ default(motion_map_denoising,false)?1:0, mode, channel, default(cubic,true)?1:0)
}
# example:
# ConvertToRGB()
# VD_SmartDeinterlace("frame", "luma", false, true, false, false, 15, 100)
# ConvertToYUY2()
###########################################
# Smart Smoother by Donald Graft, v1.1 #
# #
# diameter (3-11, odd), threshold (1-200) #
###########################################
function VD_SmartSmoother(clip clip, int "diameter", int "threshold", bool "interlaced")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\smooth.vdf", "_VD_SmartSmoother")
return clip._VD_SmartSmoother(default(diameter,5), default(threshold,25),
\ default(interlaced,false)?1:0)
}
# example:
# ConvertToRGB()
# VD_SmartSmoother(5, 25, false)
# ConvertToYUY2()
################################
# Unsharp Mask by Donald Graft #
################################
function VD_UnsharpMask(clip clip, int "diameter", int "strength", int "threshold",
\ bool "interlaced", int "mask_top", int "mask_bottom", int "mask_left", int "mask_right")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\unsharp.vdf", "_VD_UnsharpMask", 1)
return clip._VD_UnsharpMask(default(diameter,5), default(strength,32),
\ default(threshold,0), default(mask_left,0), default(mask_right,0),
\ default(mask_bottom,0), default(mask_top,0), default(interlaced,false)?1:0)
}
##########################################################
# Subtitler by Avery Lee #
# #
# filename is the complete location of the subtitle file #
# with parentheses around it #
##########################################################
# NB: non-antialiased mode is not supported, because
# the VD emulation doesn't support NEEDS_HDC
function VD_Subtitler(clip clip, string filename)
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\subtitler.vdf", "_VD_Subtitler")
return clip._VD_Subtitler(1, filename)
}
# example: ConvertToRGB()
# VD_Subtitler("c:\_project\subs.ssa")
# ConvertToYUY2()
#################################
# Border Smear by Simon Walters #
#################################
function VD_BorderSmear(clip clip, int yt, int yb)
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\brdrsmr.vdf", "_VD_BorderSmear")
return clip._VD_BorderSmear(yt, yb)
}
##########################
# Cartoon Tool by flaXen #
##########################
# NB: "Show Inverse Map" not supported since it apparently
# is not accessible through the scripting interface
function VD_CartoonTool(clip clip, int "scale_base", int "scale_intensity", int "pixel_base")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\fxtoon.vdf", "_VD_CartoonTool")
return clip._VD_CartoonTool(default(scale_base,16), default(scale_intensity,200), default(pixel_base,16))
}
########################
# VHS Filter by flaXen #
########################
function VD_VHS(clip clip, bool "stabilize", int "luma_threshold", int "chroma_threshold",
\ int "temporal_error", int "temporal_bias", int "noise_threshold",
\ int "pixel_radius", bool "prefilter", bool "postfilter", bool "sharpen",
\ int "sharpen_amount", bool "eight_direction", int "chroma_shift_x",
\ int "chroma_shift_y", bool "shift_i", bool "shift_q")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\fxvhs.vdf", "_VD_VHS")
return clip._VD_VHS(default(stabilize,true)?1:0, default(luma_threshold,5),
\ default(chroma_threshold,30), default(temporal_error,15), default(temporal_bias,5),
\ default(noise_threshold,10), default(pixel_radius,1), default(prefilter,false)?1:0,
\ default(postfilter,false)?1:0, default(sharpen,false)?1:0, default(sharpen_amount,15),
\ default(eight_direction,false)?1:0, default(chroma_shift_x,-1), default(chroma_shift_y,0),
\ default(shift_i,false)?1:0, default(shift_q,false)?1:0)
}
# filters from internet:
#################################################
# 2D Cleaner optimized by Jaan Kalda, v0.9 #
# (optimized version of 2D Cleaner, for the #
# athlon users) #
# #
# Threshold (0-255), Radii around source pixel: #
# the values must satisfy #
# x and y >= 0 and (2x+1)(2y+1)<=121. #
# Either value, but not both may be 0. #
#################################################
function VD_2DCleaneroptk7(clip clip, int "threshold", int "radiusx", int "radiusy", bool "interlaced")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\2dcleanopt_k7.vdf", "_VD_2DCleaneroptk7")
return clip._VD_2DCleaneroptk7(default(interlaced,false)?1:0, default(threshold,10), default(radiusx,2),
\ default(radiusy,2))
}
# example: ConvertToRGB()
# VD_2DCleaneroptk7(75, 1, 1)
# ConvertToYUY2()
#################################################
# 2D Cleaner optimized by Jaan Kalda, v0.9 #
# (optimized version of 2D Cleaner, for the #
# pIII or pIV users) #
# #
# Threshold (0-255), Radii around source pixel: #
# the values must satisfy #
# x and y >= 0 and (2x+1)(2y+1)<=121. #
# Either value, but not both may be 0. #
#################################################
function VD_2DCleaneroptp3(clip clip, int "threshold", int "radiusx", int "radiusy", bool "interlaced")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\2dcleanopt_p3.vdf", "_VD_2DCleaneroptp3")
return clip._VD_2DCleaneroptp3(default(interlaced,false)?1:0, default(threshold,10), default(radiusx,2),
\ default(radiusy,2))
}
# example: ConvertToRGB()
# VD_2DCleaneroptp3(10, 2, 2)
# ConvertToYUY2()
#######################################
# Xsharpen by Donald Graft, v1.0b2 #
# #
# Strength (0-255), Threshold (0-255) #
#######################################
function VD_Xsharpen(clip clip, int strength, int threshold)
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\xsharpen.vdf", "_VD_Xsharpen")
return clip._VD_Xsharpen(threshold, strength)
}
# example: ConvertToRGB()
# VD_Xsharpen(10, 128)
# ConvertToYUY2()
#################################################
# WarpSharp by Avery Lee and Donald Graft, v1.1 #
# #
# depth (0-400) #
# #
# make sure that you got a version of #
# WarpSharp that works in Avisynth, see: #
# http://home.attbi.com/~neuron2/warpsharp.zip #
#################################################
function VD_WarpSharp(clip clip, int "depth")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\warpsharp.vdf", "_VD_WarpSharp")
return clip._VD_WarpSharp(depth)
}
# example: ConvertToRGB()
# VD_WarpSharp(50)
# ConvertToYUY2()
##########################################################
# Dynamic noise reduction by Steven Don and Donald Graft #
# (has no version number) #
# #
# threshold (0-31) #
# #
# make sure that you got a version of #
# WarpSharp that works in AviSynth, see: #
# http://home.attbi.com/~neuron2/warpsharp.zip #
##########################################################
function VD_DNR(clip clip, int threshold)
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\dnr.vdf", "_VD_DNR")
return clip._VD_DNR(threshold)
}
# example: ConvertToRGB()
# VD_Dnr(25)
# ConvertToYUY2()
##########################################
# SmartResize by Donald Graft, v1.1 #
# #
# colors: green $00ff00 #
# red $ff0000 #
# blue $0000ff (or 255) #
# black $000000 (or 0) #
# (for other colors, look in the filter #
# in Virtual Dub itself) #
# #
# mode = "neighbour", "bilinear", #
# "bicubic", "p_bilinear" or "p_bicubic" #
# #
# The calculator isn't included in #
# the script, if you want to use it #
# I suggest to open your avi/avs in #
# Virtual Dub and use the calculator #
# to determine how to resize. #
##########################################
function VD_SmartResize(clip clip, int "new_width", int "new_height", bool "interlaced", bool "letterbox",
\ int "frame_width", int "frame_height", string "mode", int "color", string "calculator")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\Resize.vdf", "_VD_SmartResize")
mode = default(mode, "p_bicubic")
interlaced = default(interlaced, false)
mode = (mode=="neighbour" && interlaced==false) ? 0 : (mode=="bilinear" && interlaced==false) ? 1 : (mode=="bicubic" && interlaced==false) ? 2 :
\ (mode=="p_bilinear" && interlaced==false) ? 3 : (mode=="p_bicubic" && interlaced==false) ? 4 : (mode=="neighbour" && interlaced==true) ? 128 :
\ (mode=="bilinear" && interlaced==true) ? 129 : (mode=="bicubic" && interlaced==true) ? 130 : (mode=="p_bilinear" && interlaced==true) ? 131 :
\ (mode=="p_bicubic" && interlaced==true) ? 132 : -1
Assert(mode>=0, """VD_SmartResize: "mode" parameter must be "neighbour", "bilinear", "bicubic", "p_bilinear", "p_bicubic"""")
return clip._VD_SmartResize(new_width, new_height, default(letterbox,false)?1:0, mode, default(frame_width,new_width),
\ default(frame_height,new_height), default(color,0), default(calculator,""))
}
# example1:
# ConvertToRGB()
# VD_SmartResize(320, 240, false, true, 320, 320)
# ConvertToYUY2()
# example2:
# ConvertToRGB()
# VD_SmartResize(320, 240, false, true, 320, 320, "p_bicubic", $ff0000)
# ConvertToYUY2()
####################################################################
# QS Deinterlace by Pavel Kuznetsov, v0.52b (optimized version of #
# Smart Deinterlace, for the pentium II users) #
# #
# mode = "frame", "field" or "both" #
# channel = "luma" or "all" #
# #
# http://freetime.sinor.ru/observatory/article.phtml?qsdeinterlace #
# Please use http://babelfish.altavista.com for translation. #
####################################################################
function VD_QSdeinterlaceII(clip clip, string "mode", string "channel", bool "show_motion", bool "blend",
\ bool "cubic", bool "motion_map_denoising", int "m_threshold", int "sc_threshold",
\ bool "fs_before", bool "shift", bool "fs_after", bool "disable")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\QSdeinterlacePII.vdf", "_VD_QSdeinterlaceII", 1)
mode = default(mode, "frame")
mode = (mode=="frame") ? 0 : (mode=="field") ? 1 : (mode=="both") ? 2 : -1
Assert(mode>=0, """VD_QSdeinterlaceIII: "mode" parameter must be "frame", "field", or "both"""")
channel = default(channel, "luma")
channel = (channel=="luma") ? 0 : (channel=="all") ? 1 : -1
Assert(channel>=0, """VD_QSdeinterlaceII: "channel" parameter must be "luma" or "all"""")
return clip._VD_QSdeinterlaceII(default(show_motion,false)?1:0, default(blend,false)?1:0,
\ default(m_threshold,15), default(sc_threshold,100), default(shift,false)?1:0,
\ default(fs_before,false)?1:0, default(fs_after,false)?1:0, default(disable,false)?1:0,
\ default(motion_map_denoising,false)?1:0, mode, channel, default(cubic,true)?1:0)
}
# ConvertToRGB()
# example VD_QSdeinterlaceII("frame", "luma", false, true, false, false, 15, 100)
# ConvertToYUY2()
##############################################################################
# QS Deinterlace by Pavel Kuznetsov, v0.50b and v0.52b (optimized version of #
# Smart Deinterlace, for the pentium III users) #
# #
# mode = "frame", "field" or "both" #
# channel = "luma" or "all" #
# #
# http://freetime.sinor.ru/observatory/article.phtml?qsdeinterlace #
# Please use http://babelfish.altavista.com for translation. #
##############################################################################
function VD_QSdeinterlaceIII(clip clip, string "mode", string "channel", bool "show_motion", bool "blend",
\ bool "cubic", bool "motion_map_denoising", int "m_threshold", int "sc_threshold",
\ bool "fs_before", bool "shift", bool "fs_after", bool "disable")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\QSdeinterlacePIII.vdf", "_VD_QSdeinterlaceIII", 1)
mode = default(mode, "frame")
mode = (mode=="frame") ? 0 : (mode=="field") ? 1 : (mode=="both") ? 2 : -1
Assert(mode>=0, """VD_QSdeinterlaceIII: "mode" parameter must be "frame", "field", or "both"""")
channel = default(channel, "luma")
channel = (channel=="luma") ? 0 : (channel=="all") ? 1 : -1
Assert(channel>=0, """VD_QSdeinterlaceIII: "channel" parameter must be "luma" or "all"""")
return clip._VD_QSdeinterlaceIII(default(show_motion,false)?1:0, default(blend,false)?1:0,
\ default(m_threshold,15), default(sc_threshold,100), default(shift,false)?1:0,
\ default(fs_before,false)?1:0, default(fs_after,false)?1:0, default(disable,false)?1:0,
\ default(motion_map_denoising,false)?1:0, mode, channel, default(cubic,true)?1:0)
}
# ConvertToRGB()
# example VD_QSdeinterlaceIII("frame", "luma", false, true, false, false, 15, 100)
# ConvertToYUY2()
##############################################################################
# QS Deinterlace by Pavel Kuznetsov, v0.50b and v0.52b (optimized version of #
# Smart Deinterlace, for the pentium IV users) #
# #
# mode = "frame", "field" or "both" #
# channel = "luma" or "all" #
# #
# http://freetime.sinor.ru/observatory/article.phtml?qsdeinterlace #
# Please use http://babelfish.altavista.com for translation. #
##############################################################################
function VD_QSdeinterlaceIV(clip clip, string "mode", string "channel", bool "show_motion", bool "blend",
\ bool "cubic", bool "motion_map_denoising", int "m_threshold", int "sc_threshold",
\ bool "fs_before", bool "shift", bool "fs_after", bool "disable")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\QSdeinterlacePIV.vdf", "_VD_QSdeinterlaceIV", 1)
mode = default(mode, "frame")
mode = (mode=="frame") ? 0 : (mode=="field") ? 1 : (mode=="both") ? 2 : -1
Assert(mode>=0, """VD_QSdeinterlaceIV: "mode" parameter must be "frame", "field", or "both"""")
channel = default(channel, "luma")
channel = (channel=="luma") ? 0 : (channel=="all") ? 1 : -1
Assert(channel>=0, """VD_QSdeinterlaceIV: "channel" parameter must be "luma" or "all"""")
return clip._VD_QSdeinterlaceIV(default(show_motion,false)?1:0, default(blend,false)?1:0,
\ default(m_threshold,15), default(sc_threshold,100), default(shift,false)?1:0,
\ default(fs_before,false)?1:0, default(fs_after,false)?1:0, default(disable,false)?1:0,
\ default(motion_map_denoising,false)?1:0, mode, channel, default(cubic,true)?1:0)
}
# ConvertToRGB()
# example VD_QSdeinterlaceIV("frame", "luma", false, true, false, false, 15, 100)
# ConvertToYUY2()
##############################################
# Zoom by Donald Graft and Avery Lee, v1.2 #
# #
# mode = "neighbour", "bilinear", "bicubic", #
# "p_bilinear" or "p_bicubic". #
# #
# See "simplified_versions.avs" for some #
# examples. #
##############################################
function VD_Zoom(clip clip, int "width", int "height", int "focusX", int "focusY",
\ int "start_per", int "end_per", int "start_Frame", int "end_frame",
\ int "red", int "green", int "blue", string "mode", int "start2_per",
\ int "end2_per", int "start2_frame", int "end2_frame")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\Zoom.vdf", "_VD_Zoom")
mode = default(mode, "p_bicubic")
mode = (mode=="neighbour") ? 0 : (mode=="bilinear") ? 1 : (mode=="bicubic") ? 2 :
\ (mode=="p_bilinear") ? 3 : (mode=="p_bicubic") ? 4 : -1
Assert(mode>=0, """VD_Zoom: "mode" parameter must be "neighbour", "bilinear", "bicubic", "p_bilinear", "p_bicubic"""")
return clip._VD_Zoom(default(width,320), default(height,240),
\ default(focusX,160), default(focusY,120), default(start_per,100), default(end_per,500),
\ default(start_frame,0), default(end_frame,500), default(start2_per,0), default(end2_per,0),
\ default(start2_frame,0), default(end2_frame,0), default(red,0), default(green,140), default(blue,180), mode)
}
# example (clip of 300 frames):
# ConvertToRGB()
# VD_Zoom(512, 384, 256, 80, 100, 300, 134, 144, 0, 0, 0, "p_bicubic", 300, 100, 144, 154)
# ConvertToYUY2()
#######################################################################################################################
# LogoAway by Krzysztof Wojdon, v3.5fix1 #
# #
# Load your avs in VirtualDub without this script. Select "shape XY" (or "shape UGLARM"), select "visible borders" #
# and press preview. Enter and adjust "logo border position" and "logo border size" by looking at the preview. After #
# adjusting close preview and press twice "ok". Move the slider to a suitable frame and copy the output frame to the #
# clipboard (under "video", or by pressing ctrl+2). Open the picture on the clipboard in paintshop, corel photo-paint #
# or adobe photo-shop and make the alpha mask file by following the help file of the Logoaway filter (called #
# "alpha.bmp" in the examples below. #
# #
# When I wrote this script I couldn't find documentation about the "Shape/Lightmap bitmap" option, called "filename2" #
# in the script. If anyone knows, please mail me. #
# #
# mode: off, luminance, XY, uglarm, shape_XY, shape_uglarm or solid #
# color: see script of SmartResize v1.1 #
# upper_left, upper_right, down_right or down_left: "NW", "NE", "SW" or "SE" #
# border_up, border_right, border_down or border_left: "direct", "opposite", or "interpolate" #
#######################################################################################################################
function VD_LogoAway(clip clip, string "mode", int "border_X", int "border_Y", int "logosize_X", int "logosize_Y", bool "alpha",
\ bool "visible_border", string "filename1", int "keyframe", int "color", int "XY_weight", int "blur", string "upper_left",
\ string "upper_right", string "down_right", string "down_left", string "border_up", string "border_right", string "border_down",
\ string "border_left", string "filename2")
{
LoadVirtualdubPlugin(VirtualDub_plugin_directory+"\logoaway.vdf", "_VD_LogoAway")
mode = default(mode, "XY")
mode = (mode=="off") ? 0 : (mode=="luminance") ? 1 : (mode=="XY") ? 2 :
\ (mode=="uglarm") ? 3 : (mode=="shape_XY") ? 4 : (mode=="shape_uglarm") ? 5 : (mode=="solid") ? 6 : -1
Assert(mode>=0, """VD_LogoAway: "mode" parameter must be "off", "luminance", "XY", "uglarm", "shape_XY", "shape_uglarm", "solid"""")
border_X = default(border_X,560)
border_Y = default(border_Y,35)
A = border_X*65536+border_Y
logosize_X = default(logosize_X,100)
logosize_Y = default(logosize_Y,75)
B = logosize_X*65536+logosize_Y
mode2 = (alpha==false && visible_border==false) ? 0 : (alpha==false && visible_border==true) ? 1 :
\ (alpha==true && visible_border==false) ? 2 : (alpha==true && visible_border==true) ? 3 : -1
upper_left = default(upper_left, "NW")
upper_left = (upper_left=="NW") ? 0 : (upper_left=="NE") ? 1 : (upper_left=="SW") ? 2 : (upper_left=="SE") ? 3 : -1
upper_right = default(upper_right, "NE")
upper_right = (upper_right=="NW") ? 0 : (upper_right=="NE") ? 1 : (upper_right=="SW") ? 2 : (upper_right=="SE") ? 3 : -1
down_right = default(down_right, "SE")
down_right = (down_right=="NW") ? 0 : (down_right=="NE") ? 1 : (down_right=="SW") ? 2 : (down_right=="SE") ? 3 : -1
down_left = default(down_left, "SW")
down_left = (down_left=="NW") ? 0 : (down_left=="NE") ? 1 : (down_left=="SW") ? 2 : (down_left=="SE") ? 3 : -1
Assert(upper_left>=0, """VD_LogoAway: "upper_left" parameter must be "NW", "NE", "SE", "SW"""")
Assert(upper_right>=0, """VD_LogoAway: "upper_right" parameter must be "NW", "NE", "SE", "SW"""")
Assert(down_right>=0, """VD_LogoAway: "down_right" parameter must be "NW", "NE", "SE", "SW"""")
Assert(down_left>=0, """VD_LogoAway: "down_left" parameter must be "NW", "NE", "SE", "SW"""")
border_up = default(border_up, "direct")
border_up = (border_up=="direct") ? 0 : (border_up=="opposite") ? 1 : (border_up=="interpolate") ? 2 : -1
border_right = default(border_right, "direct")
border_right = (border_right=="direct") ? 0 : (border_right=="opposite") ? 1 : (border_right=="interpolate") ? 2 : -1
border_down = default(border_down, "direct")
border_down = (border_down=="direct") ? 0 : (border_down=="opposite") ? 1 : (border_down=="interpolate") ? 2 : -1
border_left = default(border_left, "direct")
border_left = (border_left=="direct") ? 0 : (border_left=="opposite") ? 1 : (border_left=="interpolate") ? 2 : -1
Assert(border_up>=0, """VD_LogoAway: "border_up" parameter must be "direct", "opposite", "interpolate"""")
Assert(border_right>=0, """VD_LogoAway: "border_right" parameter must be "direct", "opposite", "interpolate"""")
Assert(border_down>=0, """VD_LogoAway: "border_down" parameter must be "direct", "opposite", "interpolate"""")
Assert(border_left>=0, """VD_LogoAway: "border_left" parameter must be "direct", "opposite", "interpolate"""")
t = 1*down_right + 256*down_left + 65536*upper_right + 16777216*upper_left
v = 1*border_left + 256*border_down + 65536*border_right + 16777216*border_up
return clip._VD_LogoAway(mode, A, B, default(keyframe,1), default(color,0), default(XY_Weight,5), mode2, t, v,
\ default(blur,1), default(filename1,"g:\alpha.bmp"), default(filename2,""))
}
# examples:
# ConvertToRGB()
# VD_LogoAway("XY", 560, 35, 100, 75, true, false, "g:\alpha.bmp", 1, 0, 5, 1)
# VD_LogoAway("XY", 560, 35, 100, 75, true, false, "g:\alpha.bmp", 1, 0, 5, 1, "NW", "NE", "SE", "SW", "direct", "direct", "direct", "direct")
# ConvertToYUY2()
