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filterdb.dat
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[KEYWORDS]
return global function last true false try catch if else for current_frame error_msg
[OPERATORS]
+ - * / = ! % & | , . : ? \ < > ( ) [ ] { }
[DATATYPES]
clip int float string bool val func array
[CLIPPROPERTIES]
AudioBits(clip)
AudioChannels(clip)
AudioDuration(clip)
AudioLength(clip)
AudioLengthF(clip)
AudioLengthHi(clip, int modulo=1000000000)
AudioLengthLo(clip, int divisor=1000000000)
AudioLengthS(clip)
AudioRate(clip)
FrameCount(clip)
FrameRate(clip)
FrameRateDenominator(clip)
FrameRateNumerator(clip)
GetParity(clip, int frame=0)
HasAudio(clip)
HasVideo(clip)
Height(clip)
IsAudioFloat(clip)
IsAudioInt(clip)
IsFieldBased(clip)
IsFrameBased(clip)
IsInterleaved(clip)
IsPlanar(clip)
IsPlanarRGB(clip)
IsPlanarRGBA(clip)
IsPackedRGB(clip)
IsRGB(clip)
IsRGB24(clip)
IsRGB32(clip)
IsRGB48(clip)
IsRGB64(clip)
IsY(clip)
IsY8(clip)
IsYUV(clip)
IsYUY2(clip)
IsYV12(clip)
IsYV16(clip)
IsYV24(clip)
IsYV411(clip)
IsYUV420(clip)
IsYUV422(clip)
IsYUV444(clip)
IsYUVA(clip)
PixelType(clip)
Width(clip)
[SCRIPTFUNCTIONS]
Abs(float)
Acos(float)
Apply(string function_name, val arg1 [, ...])
Asin(float)
Assert(condition, [string error_message])
Atan(float)
Atan2(float, float)
AverageLuma(clip)
AverageChromaU(clip)
AverageChromaV(clip)
BitAnd(int, int)
BitChange(int, int)
BitChg(int, int)
BitClear(int, int)
BitClr(int, int)
BitLShift(int, int)
BitLShiftA(int, int)
BitLShiftL(int, int)
BitLShiftS(int, int)
BitLShiftU(int, int)
BitLRotate(int, int)
BitNot(int)
BitOr(int, int)
BitRoL(int, int)
BitRoR(int, int)
BitRRotate(int, int)
BitRShiftA(int, int)
BitRShiftL(int, int)
BitRShiftS(int, int)
BitRShiftU(int, int)
BitSaL(int, int)
BitSaR(int, int)
BitSet(int, int)
BitShL(int, int)
BitShR(int, int)
BitTest(int, int)
BitTst(int, int)
BitXor(int, int)
Ceil(float)
Chr(int)
ContinuedDenominator(float, [int], [int "limit"])
ContinuedNumerator(float, [int], [int "limit"])
Cos(float)
Cosh(float)
ChromaUDifference(clip1, clip2)
ChromaVDifference(clip1, clip2)
Default(val x, val d)
Defined(val)
Distributor(clip)
Eval(string expression, [string "name"])
Exist(string filename)
Exp(float)
FillStr(int, string str=" ")
FindStr(string, string)
Float(float)
Floor(float)
Fmod(float, float)
Frac(float)
GetMTMode(bool "threads"=false)
Hex(int)
HexValue(string)
Import(string filename [, ...])
Int(float)
IsBool(val)
IsClip(val)
IsFloat(val)
IsInt(val)
IsString(val)
LCase(string)
LeftStr(string, int)
Load_Stdcall_Plugin(string filename)
LoadCPlugin(string filename)
LoadPlugin(string filename [, ...])
LoadVFAPIPlugin(string filename, string filtername)
LoadVirtualdubPlugin(string filename, string filtername, int preroll)
Log(float)
Log10(float)
LumaDifference(clip1, clip2)
Max(float, float [, ...])
Min(float, float [, ...])
MidStr(string, int, [int length])
MulDiv(int, int, int)
NOP()
Ord(string)
Pi()
Pow(float base, float power)
Rand(int "max"=32768, bool "scale"=false, bool "seed"=false)
RGBDifference(clip1, clip2)
RGBDifferenceFromPrevious(clip)
RGBDifferenceToNext(clip)
RevStr(string)
RightStr(string, int)
Round(float)
ScriptDir()
ScriptFile()
ScriptName()
Select(int index, val item0 [, ...])
SetMemoryMax(int mb)
SetMTMode(int "mode"=2 (1 to 6), [int "threads"=0])
SetPlanarLegacyAlignment(clip, bool mode)
SetWorkingDir(string dirname)
Sign(float)
Sin(float)
Sinh(float)
Spline(float x, float x1, float y1, float x2, float y2, [, ...], bool "cubic"=true)
Sqrt(float)
StrCmp(string, string)
StrCmpi(string, string)
String(val x, [string "format"])
StrLen(string)
Tan(float)
Tanh(float)
Time(string format)
UCase(string)
UDifferenceFromPrevious(clip)
UDifferenceToNext(clip)
UPlaneMax(clip, float "threshold"=0)
UPlaneMin(clip, float "threshold"=0)
UPlaneMedian(clip)
UPlaneMinMaxDifference(clip, float "threshold"=0)
Undefined()
Value(string)
VDifferenceFromPrevious(clip)
VDifferenceToNext(clip)
VersionNumber()
VersionString()
VPlaneMax(clip, float "threshold"=0)
VPlaneMin(clip, float "threshold"=0)
VPlaneMedian(clip)
VPlaneMinMaxDifference(clip, float "threshold"=0)
YDifferenceFromPrevious(clip)
YDifferenceToNext(clip)
YPlaneMax(clip, float "threshold"=0)
YPlaneMin(clip, float "threshold"=0)
YPlaneMedian(clip)
YPlaneMinMaxDifference(clip, float "threshold"=0)
OnCPU(clip, int "num_prefetch"=0)
OnCUDA(clip, int "num_prefetch"=0, int "device_index"=0)
SetGraphAnalysis(bool)
DumpFilterGraph(clip, string "outfile"="", int "mode"=0, int "nframes"=-1, bool "repeat"=false)
[COREFILTERS]
AddBorders(
clip,
int left=0,
int top=0,
int right=0,
int bottom=0,
int "color"=$000000
)
AlignedSplice(
clip a,
clip b [, ...]
)
Amplify(
clip,
float amount=0 [, ...]
)
AmplifydB(
clip,
float amount=0 [, ...]
)
Animate(
clip,
int start_frame,
int end_frame,
string filtername,
val start_args [, ...],
val end_args [, ...]
)
ApplyRange(
clip,
int start_frame,
int end_frame,
string filtername,
val args [, ...]
)
AssumeBFF(
clip
)
AssumeFieldBased(
clip
)
AssumeFrameBased(
clip
)
AssumeFPS(
clip,
string fps= ("ntsc_film"/ "ntsc_video"/ "ntsc_double"/ "ntsc_quad"/ "ntsc_round_film"/ "ntsc_round_video"/ "ntsc_round_double"/ "ntsc_round_quad"/ "film"/ "pal_film"/ "pal_video"/ "pal_double"/ "pal_quad"),
bool "sync_audio"=false,
#hint AssumeFPS(clip; float fps; "sync_audio"=false),
#hint AssumeFPS(clip; int numerator; int denominator; bool "sync_audio"=false),
#hint AssumeFPS(clip targed; clip source; bool "sync_audio"=false)
)
AssumeSampleRate(
clip,
int samplerate
)
AssumeScaledFPS(
clip,
int "multiplier"=1,
int "divisor"=1,
bool "sync_audio"=false
)
AssumeTFF(
clip
)
AudioDub(
clip video_clip,
clip audio_clip
)
AudioDubEx(
clip video_clip,
clip audio_clip
)
AudioTrim(
clip,
float start_time,
float end_time
)
AVIFileSource(
string filename= (*.avi/*.wav/*.avs/*.vpy/*.vdr) [, ...],
bool "audio"=true,
[c_string "pixel_type"="FULL" ("AUTO"/ "FULL"/ "RGB24"/ "RGB32"/ "RGB48"/ "RGB64"/ "avsRGBP"/ "avsY"/ "YV411"/ "YUY2"/ "avsYUV")],
[string "fourCC"="" ("DSVD"/ "2YUY"/ "21VY"/ "024I"/ "YERG"/ "008Y"/ "42VY"/ "61VY"/ "B14Y"/ "34PM"/ "3VID"/ "4VID"/ "14PA"/ "3IV1"/ "3IV2"/ "8BPS"/ "AASC")],
[int "vtrack"=0],
[int "atrack"=0],
[bool "utf8"=false],
#hint Note: "pixel_type" restrictions: RGBP-RGBAP 10 to 16; YUV420-422-444 P10/P16
)
AVISource(
string filename= (*.avi/*.wav/*.avs/*.vpy/*.vdr) [, ...],
bool "audio"=true,
[c_string "pixel_type"="FULL" ("AUTO"/ "FULL"/ "RGB24"/ "RGB32"/ "RGB48"/ "RGB64"/ "avsRGBP"/ "avsY"/ "YV411"/ "YUY2"/ "avsYUV")],
[string "fourCC"="" ("DSVD"/ "2YUY"/ "21VY"/ "024I"/ "YERG"/ "008Y"/ "42VY"/ "61VY"/ "B14Y"/ "34PM"/ "3VID"/ "4VID"/ "14PA"/ "3IV1"/ "3IV2"/ "8BPS"/ "AASC")],
[int "vtrack"=0],
[int "atrack"=0],
[bool "utf8"=false],
#hint Note: "pixel_type" restrictions: RGBP-RGBAP 10 to 16; YUV420-422-444 P10/P16
)
BicubicResize(
clip,
int target_width,
int target_height,
float "b"=0.3333 (-10.00 to 10.00),
float "c"=0.3333 (-10.00 to 10.00),
float "src_left"=0,
float "src_top"=0,
float "src_width"=0,
float "src_height"=0
)
BilinearResize(
clip,
int target_width,
int target_height,
float "src_left"=0,
float "src_top"=0,
float "src_width"=0,
float "src_height"=0
)
BlackmanResize(
clip,
int target_width,
int target_height,
float "src_left"=0,
float "src_top"=0,
float "src_width"=0,
float "src_height"=0,
int "taps"=4 (1 to 100)
)
BlankClip(
[clip "clip"],
int "length"=240,
int "width"=640,
int "height"=480,
c_string "pixel_type"="RGB32" ("RGB24"/ "RGB32"/ "RGB48"/ "RGB64"/ "avsRGBP"/ "avsY"/ "YV411"/ "YUY2"/ "avsYUV"),
float "fps"=24,
int "fps_denominator"=1,
int "audio_rate"=44100,
int "channels"=1,
[bool "stereo"=false],
[bool "sixteen_bit"=true],
string "sample_type"="16bit" ("8bit"/ "16bit"/ "24bit"/ "32bit"/ "float"),
int "color"=$000000,
[int "color_yuv"],
#hint Note: avs+ "pixel_type" RGBPS-RGBAPS 32bit and RGBAP-YUVA 8 to 16 bit supported
)
Blackness(
[clip "clip"],
int "length"=240,
int "width"=640,
int "height"=480,
c_string "pixel_type"="RGB32" ("RGB24"/ "RGB32"/ "RGB48"/ "RGB64"/ "avsRGBP"/ "avsY"/ "YV411"/ "YUY2"/ "avsYUV"),
float "fps"=24,
int "fps_denominator"=1,
int "audio_rate"=44100,
int "channels"=1,
[bool "stereo"=false],
[bool "sixteen_bit"=true],
string "sample_type"="16bit" ("8bit"/ "16bit"/ "24bit"/ "32bit"/ "float"),
int "color"=$000000,
[int "color_yuv"],
#hint Note: avs+ "pixel_type" RGBPS-RGBAPS 32bit and RGBAP-YUVA 8 to 16 bit supported
)
Blur(
clip,
float amount=0.00 (0.00 to 1.58),
[float amountV=0.00 (0.00 to 1.58)],
bool "MMX"=true
)
Bob(
clip,
float "b"=0.3333 (-10.00 to 10.00),
float "c"=0.3333 (-10.00 to 10.00),
[float "height"]
)
Cache(
clip
)
ChangeFPS(
clip,
string fps= ("ntsc_film"/ "ntsc_video"/ "ntsc_double"/ "ntsc_quad"/ "ntsc_round_film"/ "ntsc_round_video"/ "ntsc_round_double"/ "ntsc_round_quad"/ "film"/ "pal_film"/ "pal_video"/ "pal_double"/ "pal_quad"),
[bool "linear"=true],
#hint ChangeFPS(clip; float fps; bool "linear"=true),
#hint ChangeFPS(clip; int numerator; int denominator; bool "linear"=true),
#hint ChangeFPS(clip targed; clip source; bool "linear"=true)
)
ColorBars(
int "width"=640,
int "height"=480,
c_string "pixel_type"="RGB32" ("RGB24"/ "RGB32"/ "RGB48"/ "RGB64"/ "avsRGBP"/ "YV411"/ "YUY2"/ "avsYUV"),
[bool "staticframes"=true],
)
ColorBarsHD(
int "width"=1280,
int "height"=720,
string "pixel_type"="YV24" ("YV24"/ "YUV444P10"/ "YUV444P12"/ "YUV444P14"/ "YUV444P16"),
[bool "staticframes"=true]
)
ColorKeyMask(
clip,
int color=$000000,
int tolB=10 (1 to 100),
int tolG=10 (1 to 100),
int tolR=10 (1 to 100)
)
ColorYUV(
clip,
float "gain_y"=0 (0 to 1024),
float "off_y"=0 (-64 to 64),
float "gamma_y"=0 (-256 to 256),
float "cont_y"=0 (0 to 1024),
float "gain_u"=0 (0 to 1024),
float "off_u"=0 (-64 to 64),
float "gamma_u"=0 (-256 to 256),
float "cont_u"=0 (0 to 1024),
float "gain_v"=0 (0 to 1024),
float "off_v"=0 (-64 to 64),
float "gamma_v"=0 (-256 to 256),
float "cont_v"=0 (0 to 1024),
string "levels"="" (""/ "TV->PC"/ "PC->TV"/ "TV"),
string "opt"="" (""/ "coring"),
bool "showyuv"=false,
bool "analyze"=false,
bool "autowhite"=false,
bool "autogain"=false,
int "bits"=8 (8/10/12/14/16),
bool "showyuv_fullrange"=false,
bool "f2c"=false,
[bool "conditional"=false],
[string "condvarsuffix"=""]
)
Compare(
clip filtered,
clip original,
string "channels"= "" ("RGB"/ "RGBA"/ "R"/ "G"/ "B"/ "A"/ "YUV"/ "Y"/ "UV"),
[string "logfile"= (*.txt)],
bool "show_graph"=false
)
ComplementParity(
clip
)
ConditionalFilter(
clip testclip,
clip source1,
clip source2,
string expression1,
string operator,
string expression1,
bool "show"
)
ConditionalReader(
clip,
string filename="" ("*.*"),
string variablename,
bool "show"=false
)
ConditionalSelect(
clip testclip,
string expression,
clip source1 [, ...],
bool "show"=false
)
ConvertAudio(
clip,
int sample_type,
int prefered_type
)
ConvertAudioTo16bit(
clip
)
ConvertAudioTo24bit(
clip
)
ConvertAudioTo32bit(
clip
)
ConvertAudioTo8bit(
clip
)
ConvertAudioToFloat(
clip
)
ConvertBackToYUY2(
clip,
string "matrix"="Rec709" ("Rec601"/ "PC.601"/ "Rec709"/ "PC.709"/ "AVERAGE")
)
ConvertFPS(
clip,
string new_rate= ("ntsc_film"/ "ntsc_video"/ "ntsc_double"/ "ntsc_quad"/ "ntsc_round_film"/ "ntsc_round_video"/ "ntsc_round_double"/ "ntsc_round_quad"/ "film"/ "pal_film"/ "pal_video"/ "pal_double"/ "pal_quad"),
[int "zone"],
[int "vbi"= (1 to 49)],
#hint ConvertFPS(clip; float new_rate; int "zone"; int "vbi"),
#hint ConvertFPS(clip; int numerator; int denominator; int "zone"; int "vbi"),
#hint ConvertFPS(clip targed; clip source; int "zone"; int "vbi")
)
ConvertToMono(
clip
)
ConvertToRGB(
clip,
string "matrix"="Rec709" ("Rec601"/ "PC.601"/ "Rec709"/ "PC.709"/ "Rec2020" / "PC.2020" / "AVERAGE"),
bool "interlaced"=false,
[string "ChromaInPlacement"="MPEG2" ("MPEG2"/ "MPEG1"/ "DV")],
[string "chromaresample"="bicubic" ("point"/ "bilinear"/ "bicubic"/ "lanczos"/ "lanczos4"/ "blackman"/ "spline16"/ "spline36"/ "spline64"/ "gauss"/ "sinc")]
)
ConvertToRGB24(
clip,
string "matrix"="Rec709" ("Rec601"/ "PC.601"/ "Rec709"/ "PC.709"/ "Rec2020" / "PC.2020" / "AVERAGE"),
bool "interlaced"=false,
[string "ChromaInPlacement"="MPEG2" ("MPEG2"/ "MPEG1"/ "DV")],
[string "chromaresample"="bicubic" ("point"/ "bilinear"/ "bicubic"/ "lanczos"/ "lanczos4"/ "blackman"/ "spline16"/ "spline36"/ "spline64"/ "gauss"/ "sinc")]
)
ConvertToRGB32(
clip,
string "matrix"="Rec709" ("Rec601"/ "PC.601"/ "Rec709"/ "PC.709"/ "Rec2020" / "PC.2020" / "AVERAGE"),
bool "interlaced"=false,
[string "ChromaInPlacement"="MPEG2" ("MPEG2"/ "MPEG1"/ "DV")],
[string "chromaresample"="bicubic" ("point"/ "bilinear"/ "bicubic"/ "lanczos"/ "lanczos4"/ "blackman"/ "spline16"/ "spline36"/ "spline64"/ "gauss"/ "sinc")]
)
ConvertToY8(
clip,
string "matrix"="Rec709" ("Rec601"/ "PC.601"/ "Rec709"/ "PC.709"/ "Rec2020" / "PC.2020" / "AVERAGE")
)
ConvertToYUY2(
clip,
string "matrix"="Rec709" ("Rec601"/ "PC.601"/ "Rec709"/ "PC.709"/ "AVERAGE"),
bool "interlaced"=false,
[string "ChromaInPlacement"="MPEG2" ("MPEG2"/ "MPEG1"/ "DV")],
[string "chromaresample"="bicubic" ("point"/ "bilinear"/ "bicubic"/ "lanczos"/ "lanczos4"/ "blackman"/ "spline16"/ "spline36"/ "spline64"/ "gauss"/ "sinc")]
)
ConvertToYV12(
clip,
string "matrix"="Rec709" ("Rec601"/ "PC.601"/ "Rec709"/ "PC.709"/ "Rec2020" / "PC.2020" / "AVERAGE"),
bool "interlaced"=false,
[string "ChromaInPlacement"="MPEG2" ("MPEG2"/ "MPEG1"/ "DV" / "top_left")],
[string "chromaresample"="bicubic" ("point"/ "bilinear"/ "bicubic"/ "lanczos"/ "lanczos4"/ "blackman"/ "spline16"/ "spline36"/ "spline64"/ "gauss"/ "sinc")],
[string "ChromaOutPlacement"="MPEG2" ("MPEG2"/ "MPEG1"/ "DV" / "top_left")]
)
ConvertToYV16(
clip,
string "matrix"="Rec709" ("Rec601"/ "PC.601"/ "Rec709"/ "PC.709"/ "Rec2020" / "PC.2020" / "AVERAGE"),
bool "interlaced"=false,
[string "ChromaInPlacement"="MPEG2" ("MPEG2"/ "MPEG1"/ "DV")],
[string "chromaresample"="bicubic" ("point"/ "bilinear"/ "bicubic"/ "lanczos"/ "lanczos4"/ "blackman"/ "spline16"/ "spline36"/ "spline64"/ "gauss"/ "sinc")]
)
ConvertToYV24(
clip,
string "matrix"="Rec709" ("Rec601"/ "PC.601"/ "Rec709"/ "PC.709"/ "Rec2020" / "PC.2020" / "AVERAGE"),
bool "interlaced"=false,
[string "ChromaInPlacement"="MPEG2" ("MPEG2"/ "MPEG1"/ "DV")],
[string "chromaresample"="bicubic" ("point"/ "bilinear"/ "bicubic"/ "lanczos"/ "lanczos4"/ "blackman"/ "spline16"/ "spline36"/ "spline64"/ "gauss"/ "sinc")]
)
ConvertToYV411(
clip,
string "matrix"="Rec709" ("Rec601"/ "PC.601"/ "Rec709"/ "PC.709"/ "Rec2020" / "PC.2020" / "AVERAGE"),
bool "interlaced"=false,
[string "ChromaInPlacement"="MPEG2" ("MPEG2"/ "MPEG1"/ "DV")],
[string "chromaresample"="bicubic" ("point"/ "bilinear"/ "bicubic"/ "lanczos"/ "lanczos4"/ "blackman"/ "spline16"/ "spline36"/ "spline64"/ "gauss"/ "sinc")]
)
Crop(
clip,
int left=0,
int top=0,
int -right=0,
int -bottom=0,
bool "align"=false
)
CropBottom(
clip,
int count=0
)
DelayAudio(
clip,
float seconds=0.00 (-2.00 to 2.00)
)
DeleteFrame(
clip,
int frame [, ...]
)
Dissolve(
clip a,
clip b [, ...],
int overlap,
float "fps"=24.0
)
DoubleWeave(
clip
)
DuplicateFrame(
clip,
int frame [, ...]
)
Echo(
clip,
clip [, ...]
)
EnsureVBRMP3Sync(
clip
)
FadeIn(
clip,
int frames,
int "color"=$000000,
float "fps"=24.0
)
FadeIn0(
clip,
int frames,
int "color"=$000000,
float "fps"=24.0
)
FadeIn2(
clip,
int frames,
int "color"=$000000,
float "fps"=24.0
)
FadeIO(
clip,
int frames,
int "color"=$000000,
float "fps"=24.0
)
FadeIO0(
clip,
int frames,
int "color"=$000000,
float "fps"=24.0
)
FadeIO2(
clip,
int frames,
int "color"=$000000,
float "fps"=24.0
)
FadeOut(
clip,
int frames,
int "color"=$000000,
float "fps"=24.0
)
FadeOut0(
clip,
int frames,
int "color"=$000000,
float "fps"=24.0
)
FadeOut2(
clip,
int frames,
int "color"=$000000,
float "fps"=24.0
)
FixBrokenChromaUpsampling(
clip
)
FixLuminance(
clip,
int intercept,
float slope
)
FlipHorizontal(
clip
)
FlipVertical(
clip
)
FrameEvaluate(
clip,
string function,
bool "show"=false,
bool "after_frame"=false
)
FreezeFrame(
clip,
int first_frame,
int last_frame,
int source_frame
)
GaussResize(
clip,
int target_width,
int target_height,
float "src_left"=0,
float "src_top"=0,
float "src_width"=0,
float "src_height"=0,
float "p"=30.0 (1 to 100)
)
GeneralConvolution(
clip,
int "bias"=0,
string "matrix"="0 0 0 0 1 0 0 0 0",
float "divisor"=1.0,
bool "auto"=true
)
GetChannel(
clip,
int channel [, ...]
)
GetChannels(
clip,
int channel [, ...]
)
GetLeftChannel(
clip
)
GetRightChannel(
clip
)
Grayscale(
clip,
string "matrix"="Rec709" ("Rec601"/ "Rec709"/ "Rec2020"/ "Average")
)
Greyscale(
clip,
string "matrix"="Rec709" ("Rec601"/ "Rec709"/ "Rec2020"/ "Average")
)
Histogram(
clip,
string mode="classic" ("classic"/ "levels"/ "color"/ "color2"/ "luma"/ "stereo"/ "stereoY8"/ "stereooverlay"/ "audiolevels"),
[float factor=100.0 (0.0 to 100.0)],
[int "bits"=8 (8/9/10/11/12)],
[bool "keepsource"=true],
[bool "markers"=true]
)
HorizontalReduceBy2(
clip
)
ImageReader(
string path= (*.bmp/*.jpg/*.gif/*.png),
int "start"=0,
int "end"=1000,
float "fps"=24,
bool "use_DevIL"=false,
bool "info"=false,
string "pixel_type"="RGB24" ("RGB24"/ "RGB32"/ "RGB48"/ "RGB64"/ "Y8"/ "Y16")
)
ImageSource(
string path= (*.bmp/*.jpg/*.gif/*.png),
int "start"=0,
int "end"=1000,
float "fps"=24,
bool "use_DevIL"=false,
bool "info"=false,
string "pixel_type"="RGB24" ("RGB24"/ "RGB32"/ "RGB48"/ "RGB64"/ "Y8"/ "Y16")
)
ImageSourceAnim(
string file= (*.gif/*.ppm/*.tiff/*.psd),
[float "fps"=24],
bool "info"=false,
string "pixel_type"="RGB24" ("RGB24"/ "RGB32"/ "RGB48"/ "RGB64"/ "Y8"/ "Y16")
)
ImageWriter(
clip,
string file="C:\" (*.*),
int "start"=0,
int "end"=0,
string "type"="ebmp" ("ebmp"/ "bmp"/ "dds"/ "ebmp"/ "jpg"/ "pal"/ "pcx"/ "png"/ "pbm"/ "pgm"/ "ppm"/ "raw"/ "sgi"/ "bw"/ "rgb"/ "rgba"/ "tga"/ "tif"),
bool "info"=false
)
Info(
clip
)
Interleave(
clip a,
clip b [, ...]
)
InternalCache(
clip
)
Invert(
clip,
[string "channels"= ("RGB"/ "RGBA"/ "R"/ "G"/ "B"/ "A"/ "YUV"/ "Y"/ "UV")]
)
KillAudio(
clip
)
KillVideo(
clip
)
Lanczos4Resize(
clip,
int target_width,
int target_height,
float "src_left"=0,
float "src_top"=0,
float "src_width"=0,
float "src_height"=0
)
LanczosResize(
clip,
int target_width,
int target_height,
float "src_left"=0,
float "src_top"=0,
float "src_width"=0,
float "src_height"=0,
int "taps"=3 (1 to 10)
)
Layer(
clip base_clip,
clip overlay_clip,
string "op"="add" ("add"/ "subtract"/ "lighten"/ "darken"/ "fast"/ "mul"),
[int "level"=257 (0 to 257)],
float "opacity"=1.0 (0.0 to 1.0 by 0.1)
int "x"=0,
int "y"=0,
int "threshold"=0 (0 to 255),
bool "use_chroma"=true,
[string "placement"="mpeg2" ("mpeg2" / "mpeg1")]
)
Letterbox(
clip,
int top=0,
int bottom=0,
int "x1"=0,
int "x2"=0,
int "color"=$000000
)
Levels(
clip clip,
int input_low=0 (0 to 255),
float gamma=1.000 (0.001 to 10.000 by 0.01),
int input_high=255 (0 to 255),
int output_low=0 (0 to 255),
int output_high=255 (0 to 255),
bool "coring"=true,
[bool "dither"=false]
)
Limiter(
clip,
int "min_luma"=16 (0 to 255),
int "max_luma"=235 (0 to 255),
int "min_chroma"=16 (0 to 255),
int "max_chroma"=240 (0 to 255),
[string "show"= ("luma"/ "luma_grey"/ "chroma"/ "chroma_grey")],
[bool "paramscale"=false]
)
Loop(
clip,
int times=-1,
int start=0,
int end=0
)
Mask(
clip,
clip mask_clip
)
MaskHS(
clip,
float "startHue"=0 (0 to 360),
float "endHue"=360 (0 to 360),
float "maxSat"=150 (0 to 150),
float "minSat"=0 (0 to 150),
bool "coring"=true
)
Merge(
clip a,
clip b,
float "weight"=0.50 (0 to 1)
)
MergeARGB(
clip a,
clip r,
clip g,
clip b
)
MergeChannels(
clip a,
clip b [, ...]
)
MergeChroma(
clip a,
clip b,
float "chromaweight"=1.00 (0 to 1)
)
MergeLuma(
clip a,
clip b,
float "lumaweight"=1.00 (0 to 1)
)
MergeRGB(
clip r,
clip g,
clip b,
string "pixel_type"="RGB32" ("RGB24"/ "RGB32"/ "RGB48"/ "RGB64")
)
MessageClip(