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8th September 2013, 03:57
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#21 | Link |
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HeartlessS Usurer
Join Date: Dec 2009
Location: Over the rainbow
Posts: 10,980
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M53, find here fix for previous post edit bug, + mods + Docs.
MRgbChanStats() v1.03Beta, Here: LINK REMOVED Code:
MRgbChanStats(), Avisynth v2.5 Plugin by StainlessS
RGB32, RGB24 source clip. (Optional Mask clip Planar ONLY [v2.6 colorpspaces OK])
The compiletime/runtime clip functions share some common characteristics:-
The source clip c must be RGB32 or RGB24.
The optional Planar mask clip, governs which pixels are processed by the functions. Where a luma pixel in selected area of the the mask clip is
in range "MaskMin" to "MaskMax" inclusive, then those pixels will be processed.
Mask MUST, be same dimensions and have at least the same number of frames as clip c.
NOTE, as Mask clip now optional, to supply a Mask, you MUST explicitly supply BOTH source clip and Mask clip args, a single clip
will be interpreted as source clip without mask (as will no clips at all, where implicit Last clip would be used as source clip).
A Maskless function call will process all pixels in the selected area.
The 'n' arg is an optional frame number and defaults to 'current_frame' if not specified.
The x,y,w,h, coords specify the source rectangle under scrutiny and are specified as for Crop(), the default 0,0,0,0 is full frame.
If 'interlaced' is true, then every other line is ommited from the scan, so if eg y=1, then scanlines 1,3,5,7 etc are scanned,
if eg y=4 then scanlines 4,6,8,10 etc are scanned. The 'h' coord specifies the full height scan ie same whether interlaced is true
or false, although it will not matter if the 'h' coord is specified as eg odd or even, internally the height 'h' is reduced by 1
when interlaced=true and 'h' is even.
The Chan arg specifies which R or G or B channel to process [the multi-functional MRgbChanStats() function also allows a Chan arg of -1,
which processes R and G and B simulaneously for all functions selected by flgs arg, also allowed is chan arg of -2 which additionally
processes the ALPHA channel if RGB32 but throws an error if RGB24].
Default Chan is 0 (Red), 1 = Green, 2=Blue channel and 3=ALPHA channel when RGB32 ONLY else error.
***
***
***
MRgbChanMin(clip c,clip "mask"=NOTUSED,int "n"=current_frame,int "delta"=0,int "x"=0,int "y"=0,int "w"=0,int "h"=0,
bool "interlaced"=false,float "threshold"=0.0,
int "chan"=0, int "MaskMin"=128,"MaskMax"=255)
Return int -1, if no valid pixels in Mask clip.
Returns int minimum value (0 -> 255) in frame(n+delta) for area x,y,w,h, and selected Chan channel (0=R,1=G,2=B, RGB32 3=ALPHA)
Threshold is a percentage, stating how many percent of the pixels are allowed below minimum (ignore extreme pixels ie noise).
Threshold is % of all pixels in selected area if Maskless, OR % of valid mask pixels processed if Mask supplied.
The threshold is optional and defaults to 0.0.
***
***
***
MRgbChanMax(clip c,clip "mask"=NOTUSED,int "n"=current_frame,int "delta"=0,int "x"=0,int "y"=0,int "w"=0,int "h"=0,
bool "interlaced"=false,float "threshold"=0.0,
int "chan"=0, int "MaskMin"=128,"MaskMax"=255)
Return int -1, if no valid pixels in Mask clip.
Returns int maximum value (0 -> 255) in frame(n+delta) for area x,y,w,h, and selected Chan channel (0=R,1=G,2=B, RGB32 3=ALPHA)
Threshold is a percentage, stating how many percent of the pixels are allowed above maximum (ignore extreme pixels ie noise).
Threshold is % of all pixels in selected area if Maskless, OR % of valid mask pixels processed if Mask supplied.
The threshold is optional and defaults to 0.0
***
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MRGBChanMinMaxDifference(clip c,clip "mask"=NOTUSED,int "n"=current_frame,int "delta"=0,int "x"=0,int "y"=0,int "w"=0,int "h"=0,
bool "interlaced"=false,float "threshold"=0.0,
int "chan"=0, int "MaskMin"=128,"MaskMax"=255)
Return int -1, if no valid pixels in Mask clip.
Returns int channel range [maximum - minimum difference] (0 -> 255) in frame(n+delta) for area x,y,w,h, and selected Chan channel
(0=R,1=G,2=B, RGB32 3=ALPHA)
Threshold is a percentage, stating how many percent of the pixels are allowed below minimum or above maximum (ignore extreme pixels ie noise).
Threshold is % of all pixels in selected area if Maskless, OR % of valid mask pixels processed if Mask supplied.
The threshold defaults to 0.0
***
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***
MRGBChanMedian(clip c,clip "mask"=NOTUSED,int "n"=current_frame,int "delta"=0,int "x"=0,int "y"=0,int "w"=0,int "h"=0,bool "interlaced"=false,
int "chan"=0,int "MaskMin"=128,"MaskMax"=255)
Return int -1, if no valid pixels in Mask clip.
Returns int channel median [equiv MRgbChanMin(threshold=50.0)] (0 -> 255) in frame(n+delta) for area x,y,w,h, and selected Chan channel
(0=R,1=G,2=B, RGB32 3=ALPHA)
***
***
***
MRGBChanAve(clip c,clip "mask"=NOTUSED,int "n"=current_frame,int "delta"=0,int "x"=0,int "y"=0,int "w"=0,int "h"=0,bool "interlaced"=false,
int "chan"=0,int "MaskMin"=128,"MaskMax"=255)
Return int -1, if no valid pixels in Mask clip.
Returns FLOAT average channel value (0.0 -> 255.0) in frame(n+delta) for area x,y,w,h, and selected Chan channel (0=R,1=G,2=B, RGB32 3=ALPHA).
***
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***
MRGBChanStdev(clip c,clip "mask"=NOTUSED,int "n"=current_frame,int "delta"=0,int "x"=0,int "y"=0,int "w"=0,int "h"=0,bool "interlaced"=false,
int "chan"=0,int "MaskMin"=128,"MaskMax"=255)
Return int -1, if no valid pixels in Mask clip.
Returns FLOAT Standard Deviation channel value(0.0 -> 255.0) in frame(n+delta) for area x,y,w,h, and selected Chan channel
(0=R,1=G,2=B, RGB32 3=ALPHA)
Standard Deviation. http://en.wikipedia.org/wiki/Standard_deviation
***
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MRGBChanInRange(clip c,clip "mask"=NOTUSED,int "n"=current_frame,int "delta"=0,int "x"=0,int "y"=0,int "w"=0,int "h"=0,bool "interlaced"=false,
int "chan"=0,int "lo"=128,int "hi"=lo,int "MaskMin"=128,"MaskMax"=255)
Return int -1, if no valid pixels in Mask clip.
Returns FLOAT value (0.0 -> 1.0) being the amount of pixels in the range "lo" to "hi" (inclusive) in frame(n+delta) for area x,y,w,h,
and selected Chan channel (0=R,1=G,2=B, RGB32 3=ALPHA), 1.0 is equivalent to 100%.
Implemented as requested by Martin53 (thankyou), NOTE, differs from other funcs that return range 0.0 to 255.0.
NOTE, lo defaults to 128, "hi" defaults to "lo".
***
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MRGBChanPNorm(clip c,clip "mask"=NOTUSED,int "n"=current_frame,int "delta"=0,int "x"=0,int "y"=0,int "w"=0,int "h"=0,bool "interlaced"=false,
int "chan"=0,float "mu"=0.0,int "d"=1,int "p"=1,int "u"=1, int "MaskMin"=128,"MaskMax"=255)
Return int -1 if no valid pixels in Mask clip.
Returns FLOAT value greater or equal to 0.0, being the "Minkowski P-norm" (range depends upon values of 'd' and 'u') for frame(n+delta)
area x,y,w,h, and selected Chan channel (0=R,1=G,2=B, RGB32 3=ALPHA)
mu, Float, default 0.0 (0.0 -> 255.0)
d, int, default 1 (1 -> 255) # downscale
p, int, default 1 (1 -> 16) # power
u, int, default 1 (1 -> 255) # final upscale before returning result (experimental)
Formula is: sum_over_pixels[ ((pixel-mu)/d)^p ]^(1/p) * u
or in words: d and u are scaling aids. The differences between the pixel values and mu are scaled, taken to the power of p and added up
over the frame. The sum is taken to the p-th root and finally rescaled.
mu=0, d=1, p=1, u=1 yields the average.
mu=average, d=1, p=2, u=1 yields the standard deviation (uncorrected sample standard deviation).
Implemented as requested by Martin53 (thankyou).
http://en.wikipedia.org/wiki/P-norm#The_p-norm_in_finite_dimensions
http://en.wikipedia.org/wiki/Minkowski_distance
***
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***
MRGBChanStats(clip c,clip "mask"=NOTUSED,int "n"=current_frame,int "delta"=0,int "x"=0,int "y"=0,int "w"=0,int "h"=0,bool "interlaced"=false,
float "threshold"=0.0,int "chan"=0,int "lo"=128,int "hi"=lo,int "flgs"=255,string "prefix"="MRCS_",int "MaskMin"=128,"MaskMax"=255,
float "mu"=0.0,int "d"=1,int "p"=1,int "u"=1)
Returns multiple results as for above single frame RGB channel sampling functions as Global Variables (prefixed with the prefix string arg).
The args up to "interlaced", are as for all other clip functions, "threshold" used only for "MRgbChanMin", "MRgbChanMax" and
"MRGBChanMinMaxDifference" equivalent routines with same functionality.
"lo" and "hi" are used only with the "MRGBChanInRange" equivalent routine with same functionality.
"mu" and "d" and "p" and "u" are used only with the "MRGBChanPNorm" equivalent routine with same functionality.
The new arg "Flgs" selects which results you want returned and the string "Prefix" that is prepended
to the returned global variable names.
The actual return result is a copy of the flgs args with any non valid bits reset, ie the global variables that were set.
Global variables are NOT altered for any function not selected in flgs.
EDIT: Returns 0 if no pixels found in search area of mask within MaskMin and MaskMax.
Flgs_Bit_Number Add_To_Flgs Equivalent_Function Global_Var_Set_Excluding_Prefix_and_Chan_postfix
0 1($01) MRGBChanMin() "Min" (0->255)
1 2($02) MRGBChanMax() "Max" (0->255)
2 4($04) MRGBChanMinMaxDifference() "MinMaxDiff" (0->255)
3 8($08) MRGBChanMedian() "Med" (0->255)
4 16($10) MRGBChanAve() "Ave" (0.0->255.0)
5 32($20) MRGBChanStdev() "Stdev" (0.0->255.0)
6 64($40) MRGBChanInRange() "InRng" (0.0->1.0)
7 128($80) MRGBChanPNorm() "PNorm" (0.0->??? depends upon d and u)
The Channel Postfix is of the form "_0", where 0 is RED, 1 is GREEN and 2 is Blue, 3 is ALPHA(RGB32 ONLY), and is appended to the
base name described above. So eg MRGBChanMin for RED channel 0 with default Prefix is "MRCS_Min_0".
MRGBChanstats() allows you to inquire multiple results simultaneously, with not much more overhead than calling a single individual
routine, however, you should not select sub functions that you dont need as there may be an additional unnecessary overhead.
The Default flgs=255($FF) are all bits set and so sets ALL global vars at once.
MRGBChanStats(flgs=1+2+16) would set global vars "MRCS_Min_0", "MRCS_Max_0" and "MRCS_Ave_0" for full frame current_frame, Red Channel.
In addition to above Global Variables, MRGBChanStats() sets an int Global variable (where default prefix) of "MRCS_PixelCount_0" being
the number of Red Channel pixels in mask area X,Y,W,H between MaskMin and MaskMax inclusive, or pixels scanned in X,Y,W,H area
where mask not used.
NOTE, MRGBChanStats() allows Chan to be -1, where ALL three R, and G, and B channels are processed simultaneouly for ALL functions
selected by flgs arg (ALPHA Channel is NOT processed).
A chan arg of -2 (RGB32 ONLY allowed) will additionally process the ALPHA channel as well as R+G+B.
Also Note, (where default Prefix) MRCS_PixelCount_x is also set (identically) for all channels when Chan == -1 or -2.
#############################################
StainlessS
Code:
# Requires RT_Stats v1.23
Avisource("D:\avs\Test.avi") # Planar
cRGB = ConvertToRGB32()
Mask = Last # Use Planar clip Luma as Mask
S = """%d]
YMax=%d
rAve=%.1f:%.1f rMin=%d:%d rMax=%d:%d rGood=%.3f
gAve=%.1f:%.1f gMin=%d:%d gMax=%d:%d gGood=%.3f
bAve=%.1f:%.1f bMin=%d:%d bMax=%d:%d bGood=%.3f
AllGood=%f
Pixels=%d
"""
flgs = 1 + 2 + 16 # Min + Max + Ave
Channel = -1 # -1=R+G+B ::: -2=R+G+B(+ALPHA, RGB32 ONLY) ::: or 0 -> 3 == single channel (3 Only for RGB32)
cRGB.ScriptClip("""
Ymax = Mask.RT_YPlaneMax() # Highest Y value in clip
rAve=MRGBChanAve(Last, mask, Chan=0, MaskMin=Ymax)
rMin=MRGBChanMin(Last, mask, Chan=0, MaskMin=Ymax)
rMax=MRGBChanMax(Last, mask, Chan=0, MaskMin=Ymax)
gAve=MRGBChanAve(Last, mask, Chan=1, MaskMin=Ymax)
gMin=MRGBChanMin(Last, mask, Chan=1, MaskMin=Ymax)
gMax=MRGBChanMax(Last, mask, Chan=1, MaskMin=Ymax)
bAve=MRGBChanAve(Last, mask, Chan=2, MaskMin=Ymax)
bMin=MRGBChanMin(Last, mask, Chan=2, MaskMin=Ymax)
bMax=MRGBChanMax(Last, mask, Chan=2, MaskMin=Ymax)
MRGBChanStats(Last, mask, Chan=Channel, MaskMin=Ymax,MaskMax=Ymax,flgs=flgs)
rGood=(MRCS_Max_0==0) ? 1.0 : MRCS_Ave_0/MRCS_Max_0 # Approx 'goodness' of Red channel average (if max==0 then Ave must be 0)
gGood=(MRCS_Max_1==0) ? 1.0 : MRCS_Ave_1/MRCS_Max_1
bGood=(MRCS_Max_2==0) ? 1.0 : MRCS_Ave_2/MRCS_Max_2
AllGood = rGood * gGood * bGood
RT_Subtitle(S,
\ current_frame,
\ Ymax,
\ rAve,MRCS_Ave_0,rMin,MRCS_Min_0,rMax,MRCS_Max_0,rGood,
\ gAve,MRCS_Ave_1,gMin,MRCS_Min_1,gMax,MRCS_Max_1,gGood,
\ bAve,MRCS_Ave_2,bMin,MRCS_Min_2,bMax,MRCS_Max_2,bGood,
\ AllGood,
\ MRCS_PixelCount_0
\ )
return Last
""")
provides identical results. Below unnecessary individual function calls stripped out: Code:
# Requires RT_Stats v1.23
Avisource("D:\avs\Test.avi") # Planar
cRGB = ConvertToRGB32()
Mask = Last # Use Planar clip Luma as Mask
S = """%d]
YMax=%d
rAve=%.1f rMin=%d rMax=%d rGood=%.2f
gAve=%.1f gMin=%d gMax=%d gGood=%.2f
bAve=%.1f bMin=%d bMax=%d bGood=%.2f
AllGood=%f
Pixels=%d
"""
flgs = 1 + 2 + 16 # Min + Max + Ave
Channel = -1 # -1=R+G+B ::: -2=R+G+B(+ALPHA, RGB32 ONLY) ::: or 0 -> 3 == single channel (3 Only for RGB32)
cRGB.ScriptClip("""
Ymax = Mask.RT_YPlaneMax() # Highest Y value in clip
MRGBChanStats(Last, mask, Chan=Channel, MaskMin=Ymax,MaskMax=Ymax,flgs=flgs)
rGood=(MRCS_Max_0==0) ? 1.0 : MRCS_Ave_0/MRCS_Max_0 # Approx 'goodness' of Red channel average (if max==0 then Ave must be 0)
gGood=(MRCS_Max_1==0) ? 1.0 : MRCS_Ave_1/MRCS_Max_1
bGood=(MRCS_Max_2==0) ? 1.0 : MRCS_Ave_2/MRCS_Max_2
AllGood = rGood * gGood * bGood
RT_Subtitle(S,
\ current_frame,
\ Ymax,
\ MRCS_Ave_0,MRCS_Min_0,MRCS_Max_0,rGood,
\ MRCS_Ave_1,MRCS_Min_1,MRCS_Max_1,gGood,
\ MRCS_Ave_2,MRCS_Min_2,MRCS_Max_2,bGood,
\ AllGood,
\ MRCS_PixelCount_0
\ )
return Last
""")
__________________
I sometimes post sober. StainlessS@MediaFire ::: AND/OR ::: StainlessS@SendSpace "Some infinities are bigger than other infinities", but how many of them are infinitely bigger ??? Last edited by StainlessS; 11th September 2013 at 21:14. |
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10th September 2013, 21:20
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#22 | Link |
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Registered User
Join Date: Mar 2007
Posts: 407
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StainlessS, could you please check:
Code:
ColorBars()
ScriptClip(""" #"
Try {
R = MRGBChanMin(last, chan=0)
R = MRGBChanMax(last, chan=0)
R = MRGBChanAve(last, chan=0)
return last
} catch (err_msg) {
RT_Debug(err_msg)
}
""") #"
[5288] RT_Debug: ([ScriptClip], line 5) although .cpp (TAKE2) is 4 seconds older than .dll and reads @line501: Code:
AVSValue __cdecl MRGBChanAve(AVSValue args, void* user_data, IScriptEnvironment* env) {
MYLO mylo;
AVSValue undef;
// [9]=chan,threshold,lo,hi,[10]=maskmin,[11]=maskmax,mu,d,p,u
if(MRGBChanstatsLo(mylo,RTAVE_F,"MRGBChanAve: ",args,env,
args[9],undef,undef,undef,args[10],args[11],undef,undef,undef,undef)==0)
return -1;
return mylo.ddat[RTAVE-RTAVE];
}
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10th September 2013, 22:26
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#23 | Link | ||
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HeartlessS Usurer
Join Date: Dec 2009
Location: Over the rainbow
Posts: 10,980
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Quote:
Quote:
EDIT: The hilited line above tells Avisynth the name of the function and args names and type (although function call removed from above text)
__________________
I sometimes post sober. StainlessS@MediaFire ::: AND/OR ::: StainlessS@SendSpace "Some infinities are bigger than other infinities", but how many of them are infinitely bigger ??? Last edited by StainlessS; 10th September 2013 at 22:35. |
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11th September 2013, 14:06
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#24 | Link |
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Registered User
Join Date: Mar 2007
Posts: 407
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 going to test it tonight.EDIT: a new issue occurs. yup's test clip, following script lines Code:
MRGBChanStats(cPre, cPre24, x=border, y=border, w=-border, h=-border, Chan=0, flgs=$12, prefix="fRGB_", MaskMin=fY_yMax-1)
MRGBChanStats(cPre, cPre24, x=border, y=border, w=-border, h=-border, Chan=1, flgs=$12, prefix="fRGB_", MaskMin=fY_yMax-1)
MRGBChanStats(cPre, cPre24, x=border, y=border, w=-border, h=-border, Chan=2, flgs=$12, prefix="fRGB_", MaskMin=fY_yMax-1)
if (info>0) { RT_Debug("Rmax Gmax Bmax", string(fRGB_Ave_0, "%23.1f"), string(fRGB_Ave_1, "%6.1f"), string(fRGB_Ave_2, "%6.1f")) }
RT_Debug: Rmax Gmax Bmax 244.7 231.5 204.5 which is credible (clip looks too warm). Same clip, same script, V1.03b dll RT_Debug: Rmax Gmax Bmax 204.5 231.5 244.7 R & B seem mixed up EDIT2: chan=-1 is very helpful! R & B appear same as with single channels. Last edited by martin53; 11th September 2013 at 16:27. |
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11th September 2013, 21:09
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#25 | Link |
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HeartlessS Usurer
Join Date: Dec 2009
Location: Over the rainbow
Posts: 10,980
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Sorry bout dat m53, dont you just hate little endian.
LINK REMOVED Find here v1.4b and test avs, and also shown below: Code:
#MRGBChanStats Tester
AviSource("D:\avs\test.avi")
#Colorbars()
#Blankclip(color=$FFCCAA)
BilinearResize(720,576)
M=ConvertToYV12()
CC=M.ConvertToRGB32()
#M=RT_Undefined() # Un-Comment for Maskless
S="""
Name Separate StatsChan Chan-1
R Min %4d %4d %4d
G Min %4d %4d %4d
B Min %4d %4d %4d
R Max %4d %4d %4d
G Max %4d %4d %4d
B Max %4d %4d %4d
R Dif %4d %4d %4d
G Dif %4d %4d %4d
B Dif %4d %4d %4d
R Med %4d %4d %4d
G Med %4d %4d %4d
B Med %4d %4d %4d
R Ave %6.2f %6.2f %6.2f
G Ave %6.2f %6.2f %6.2f
B Ave %6.2f %6.2f %6.2f
R Std %6.2f %6.2f %6.2f
G Std %6.2f %6.2f %6.2f
B Std %6.2f %6.2f %6.2f
R InR %6.2f %6.2f %6.2f
G InR %6.2f %6.2f %6.2f
B InR %6.2f %6.2f %6.2f
R PNm %6.2f %6.2f %6.2f
G PNm %6.2f %6.2f %6.2f
B PNm %6.2f %6.2f %6.2f
Pixels ------ %6d %6d
"""
flgs=$FF MMin=200 MMax=235 LO= 192 HI=255
NOPIXELS ="\nNO PIXELS FOUND IN MASK"
CHAN_ONE ="a_"
CHAN_MULTI ="b_"
CC.GScriptClip("""
GSCript("
C=Last
rmin=MRGBChanMin(C,M,chan=0,maskmin=MMin,maskmax=MMax)
if(rmin<0) {
RT_Subtitle(NOPIXELS)
} else {
gmin=MRGBChanMin(C,M,chan=1,maskmin=MMin,maskmax=MMax)
bmin=MRGBChanMin(C,M,chan=2,maskmin=MMin,maskmax=MMax)
rmax=MRGBChanMax(C,M,chan=0,maskmin=MMin,maskmax=MMax)
gmax=MRGBChanMax(C,M,chan=1,maskmin=MMin,maskmax=MMax)
bmax=MRGBChanMax(C,M,chan=2,maskmin=MMin,maskmax=MMax)
rdif=MRGBChanMinMaxDifference(C,M,chan=0,maskmin=MMin,maskmax=MMax)
gdif=MRGBChanMinMaxDifference(C,M,chan=1,maskmin=MMin,maskmax=MMax)
bdif=MRGBChanMinMaxDifference(C,M,chan=2,maskmin=MMin,maskmax=MMax)
rmed=MRGBChanMedian(C,M,chan=0,maskmin=MMin,maskmax=MMax)
gmed=MRGBChanMedian(C,M,chan=1,maskmin=MMin,maskmax=MMax)
bmed=MRGBChanMedian(C,M,chan=2,maskmin=MMin,maskmax=MMax)
rave=MRGBChanAve(C,M,chan=0,maskmin=MMin,maskmax=MMax)
gave=MRGBChanAve(C,M,chan=1,maskmin=MMin,maskmax=MMax)
bave=MRGBChanAve(C,M,chan=2,maskmin=MMin,maskmax=MMax)
rstd=MRGBChanStdev(C,M,chan=0,maskmin=MMin,maskmax=MMax)
gstd=MRGBChanStdev(C,M,chan=1,maskmin=MMin,maskmax=MMax)
bstd=MRGBChanStdev(C,M,chan=2,maskmin=MMin,maskmax=MMax)
rinr=MRGBChanInRange(C,M,chan=0,maskmin=MMin,maskmax=MMax,lo=LO,hi=HI)
ginr=MRGBChanInRange(C,M,chan=1,maskmin=MMin,maskmax=MMax,lo=LO,hi=HI)
binr=MRGBChanInRange(C,M,chan=2,maskmin=MMin,maskmax=MMax,lo=LO,hi=HI)
rpnm=MRGBChanPNorm(C,M,chan=0,maskmin=MMin,maskmax=MMax)
gpnm=MRGBChanPNorm(C,M,chan=1,maskmin=MMin,maskmax=MMax)
bpnm=MRGBChanPNorm(C,M,chan=2,maskmin=MMin,maskmax=MMax)
MRGBChanStats(C,M,chan=0, flgs=flgs,maskmin=MMin,maskmax=MMax,prefix=CHAN_ONE,lo=LO,hi=HI)
MRGBChanStats(C,M,chan=1, flgs=flgs,maskmin=MMin,maskmax=MMax,prefix=CHAN_ONE,lo=LO,hi=HI)
MRGBChanStats(C,M,chan=2, flgs=flgs,maskmin=MMin,maskmax=MMax,prefix=CHAN_ONE,lo=LO,hi=HI)
MRGBChanStats(C,M,chan=-1,flgs=flgs,maskmin=MMin,maskmax=MMax,prefix=CHAN_MULTI,lo=LO,hi=HI)
RT_Subtitle(S,
\ rmin, a_Min_0, b_Min_0,
\ gmin, a_Min_1, b_Min_1,
\ bmin, a_Min_2, b_Min_2,
\ rmax, a_Max_0, b_Max_0,
\ gmax, a_Max_1, b_Max_1,
\ bmax, a_Max_2, b_Max_2,
\ rdif, a_MinMaxDiff_0, b_MinMaxDiff_0,
\ gdif, a_MinMaxDiff_1, b_MinMaxDiff_1,
\ bdif, a_MinMaxDiff_2, b_MinMaxDiff_2,
\ rmed, a_Med_0, b_Med_0,
\ gmed, a_Med_1, b_Med_1,
\ bmed, a_Med_2, b_Med_2,
\ rave, a_Ave_0, b_Ave_0,
\ gave, a_Ave_1, b_Ave_1,
\ bave, a_Ave_2, b_Ave_2,
\ rstd, a_Stdev_0, b_Stdev_0,
\ gstd, a_Stdev_1, b_Stdev_1,
\ bstd, a_Stdev_2, b_Stdev_2,
\ rinr, a_InRng_0, b_InRng_0,
\ ginr, a_InRng_1, b_InRng_1,
\ binr, a_InRng_2, b_InRng_2,
\ rpnm, a_PNorm_0, b_PNorm_0,
\ gpnm, a_PNorm_1, b_PNorm_1,
\ bpnm, a_PNorm_2, b_PNorm_2,
\ a_PixelCount_0, b_PixelCount_0
\ )
}
")
return Last
""")
return Last
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I sometimes post sober. StainlessS@MediaFire ::: AND/OR ::: StainlessS@SendSpace "Some infinities are bigger than other infinities", but how many of them are infinitely bigger ??? Last edited by StainlessS; 25th September 2013 at 19:48. |
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15th September 2013, 20:14
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#26 | Link |
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HeartlessS Usurer
Join Date: Dec 2009
Location: Over the rainbow
Posts: 10,980
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MYStats v1.05beta. New version see 1st post.
v1.05b, Added YUY2 and RGB24/32. Added Matrix arg for RGB. Sped up. Added several test scripts. Here results of a test timer:- Code:
00000005 1.48367798 RT_Debug: MYStats And RT_Stats Comparison Test Timer 00000006 1.48369825 RT_Debug: Timing 24x5(120) runs on 2500 Frames (Total Frames=300000) 00000007 1.82623863 RT_Debug: RT_YankChain 0.068Secs :36945.81FPS :: Basic GetFrame() [ADJUSTMENT] 00000008 17.67099571 RT_Debug: YPlaneMin 3.167Secs : 789.47FPS :: ADJUSTED 3.099Secs 806.71FPS 00000009 28.43142319 RT_Debug: RT_YPlaneMin 2.156Secs : 1159.38FPS :: ADJUSTED 2.089Secs 1196.94FPS 00000010 38.60767746 RT_Debug: MYPlaneMin 2.031Secs : 1230.72FPS :: ADJUSTED 1.964Secs 1273.13FPS 00000011 54.49916077 RT_Debug: YPlaneMax 3.177Secs : 786.91FPS :: ADJUSTED 3.109Secs 804.03FPS 00000012 65.30001068 RT_Debug: RT_YPlaneMax 2.156Secs : 1159.55FPS :: ADJUSTED 2.088Secs 1197.13FPS 00000013 75.47039795 RT_Debug: MYPlaneMax 2.031Secs : 1230.92FPS :: ADJUSTED 1.963Secs 1273.34FPS 00000014 92.12580872 RT_Debug: YPlaneMinMaxDif 3.328Secs : 751.20FPS :: ADJUSTED 3.260Secs 766.79FPS 00000015 102.99511719 RT_Debug: RT_YPlaneMinMaxDif 2.172Secs : 1151.01FPS :: ADJUSTED 2.104Secs 1188.02FPS 00000016 113.16596222 RT_Debug: MYPlnMnMxDiff 2.031Secs : 1230.92FPS :: ADJUSTED 1.963Secs 1273.35FPS 00000017 128.98162842 RT_Debug: YPlaneMedian 3.162Secs : 790.72FPS :: ADJUSTED 3.094Secs 808.02FPS 00000018 139.77700806 RT_Debug: RT_YPlaneMedian 2.156Secs : 1159.55FPS :: ADJUSTED 2.088Secs 1197.12FPS 00000019 149.93418884 RT_Debug: MYPlaneMedian 2.031Secs : 1230.72FPS :: ADJUSTED 1.964Secs 1273.13FPS 00000020 156.48509216 RT_Debug: AverageLuma 1.307Secs : 1912.78FPS :: ADJUSTED 1.239Secs 2017.22FPS 00000021 160.90562439 RT_Debug: RT_AverageLuma 0.880Secs : 2840.91FPS :: ADJUSTED 0.812Secs 3077.56FPS 00000022 163.33396912 RT_Debug: MAverageLuma 0.484Secs : 5161.72FPS :: ADJUSTED 0.417Secs 5999.98FPS 00000023 174.12857056 RT_Debug: RT_YPlaneStdev 2.156Secs : 1159.55FPS :: ADJUSTED 2.088Secs 1197.12FPS 00000024 184.28181458 RT_Debug: MYPlaneStdev 2.031Secs : 1230.92FPS :: ADJUSTED 1.963Secs 1273.34FPS 00000025 195.05416870 RT_Debug: RT_YInRange 2.156Secs : 1159.55FPS :: ADJUSTED 2.088Secs 1197.12FPS 00000026 205.19453430 RT_Debug: MYInRange 2.031Secs : 1230.92FPS :: ADJUSTED 1.963Secs 1273.35FPS 00000027 276.00216675 RT_Debug: Avisynth_ALL 14.157Secs : 176.60FPS :: ADJUSTED14.089Secs 177.44FPS 00000028 286.96133423 RT_Debug: RT_Avisynth_ALL 2.187Secs : 1142.95FPS :: ADJUSTED 2.120Secs 1179.43FPS 00000029 298.01794434 RT_Debug: RT_ALL 2.213Secs : 1129.52FPS :: ADJUSTED 2.146Secs 1165.14FPS 00000030 308.51885986 RT_Debug: MYStats_ALL 2.099Secs : 1191.04FPS :: ADJUSTED 2.031Secs 1230.72FPS 00000031 308.51953125 RT_Debug: Total Runtime = 5.12 Mins MYStats_ALL contains an additional func not yet available in RT_Stats. Will at some point integrate MYStats and RGBChanStats into RT_Stats. Above timings done on Maskless MYStats colorbars YV12 clip. EDIT: Above Avisynth built-in funcs produce a lot better results with a nearly empty plugins directory, presume loaded plugins appears earlier in function list, so are accessed quicker.
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I sometimes post sober. StainlessS@MediaFire ::: AND/OR ::: StainlessS@SendSpace "Some infinities are bigger than other infinities", but how many of them are infinitely bigger ??? Last edited by StainlessS; 25th September 2013 at 19:51. |
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25th September 2013, 19:52
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#27 | Link |
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HeartlessS Usurer
Join Date: Dec 2009
Location: Over the rainbow
Posts: 10,980
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MyStats + MRgbChanStats Combo v1.06, perhaps final version. See 1st and 2nd posts.
v1.06, added MRgbChanStats. Will soon be integrated into RT_Stats.
__________________
I sometimes post sober. StainlessS@MediaFire ::: AND/OR ::: StainlessS@SendSpace "Some infinities are bigger than other infinities", but how many of them are infinitely bigger ??? |
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| averageluma, mask, rt_stats |
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