Reformer
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| − | |1=<!-- author -->[http://www.avisynth.nl/users/vcmohan/ V.C.Mohan] | + | |1=<!-- author --> [http://www.avisynth.nl/users/vcmohan/ V.C.Mohan] |
| − | |2=<!-- version --> | + | |2=<!-- version --> 9 Apr 2018 |
| − | |3=<!-- | + | |3=<!-- URL --> [http://www.avisynth.nl/users/vcmohan/movePlus/movePlus.7z movePlus.7z] |
| − | |4=<!-- category -->External filters | + | |4=<!-- category --> External filters |
| − | |5=<!-- license -->[ | + | |5=<!-- license --> [https://www.gnu.org/licenses/gpl-2.0.txt GPLv2] |
| − | |6=<!-- discussion URL -->[ | + | |6=<!-- discussion URL -->[https://forum.doom9.org/showthread.php?t=166716&highlight=Reformer Reformer plugin]}} |
<br> | <br> | ||
== Description == | == Description == | ||
<!-- a one-sentence description --> | <!-- a one-sentence description --> | ||
| − | + | Reform uses matrix algebra for transformations. Reform has two modes viz: rectangle to quadrilateral and quadrilateral to rectangle. Lanczos or cubic or linear or nearest point interpolation methods can be opted. [http://www.avisynth.nl/users/vcmohan/movePlus/Reform.html Full Description] | |
| − | + | ||
<br> | <br> | ||
== Requirements == | == Requirements == | ||
Revision as of 20:54, 18 June 2018
| Abstract | |
|---|---|
| Author | V.C.Mohan |
| Version | 9 Apr 2018 |
| Download | movePlus.7z |
| Category | External filters |
| License | GPLv2 |
| Discussion | Reformer plugin |
Contents |
Description
Reform uses matrix algebra for transformations. Reform has two modes viz: rectangle to quadrilateral and quadrilateral to rectangle. Lanczos or cubic or linear or nearest point interpolation methods can be opted. Full Description
Requirements
- AviSynth 2.5.8 or 2.6.0 or greater
- Supported color formats: RGB32, RGB24, YUY2, YV12, *YV16, *YV24, *YV411, *Y8
- * Not available in AviSynth 2.5.8.
"cc[resize]s[ltopx]f[ltopy]f[lbotx]f[lboty]f[rtopx]f[rtopy]f[rbotx]f[rboty]f"
"[leftx]f[rightx]f[ytop]f[ybot]f"
"[eltopx]f[eltopy]f[elbotx]f[elboty]f[ertopx]f[ertopy]f[erbotx]f[erboty]f"
"[eleftx]f[erightx]f[eytop]f[eybot]f"
Syntax and Parameters
- q2r or r2q(clip, clip "", string "resize", float "ltopx ",float ltopy",float lbotx",float lboty",float rtopx",float rtopy",float rbotx"float rboty",float leftx",float rightx",float ytop",float ybot")
- clip =
- Input clip.
- clip =
- clip =
- background clip.
- clip =
- resize string = "lanczos"
- type of interpolation to be used for resizing. lanczos, bicubic, bilinear, nearest point .
- resize string = "lanczos"
- ltopx float = 0
- quadrilateral left top x.
- ltopx float = 0
- ltopy float = 0
- quadrilateral left top y .
- ltopy float = 0
- lbotx float = 0
- quadrilateral left bottom x .
- lbotx float = 0
- lboty float = height - 1
- quadrilateral left bottom y .
- lboty float = height - 1
- rtopx float = frame width -1
- quadrilateral right top x .
- rtopx float = frame width -1
- rtopy float = 0
- quadrilateral right top y .
- rtopy float = 0
- rbotx float = width- 1
- quadrilateral right bottom x .
- rbotx float = width- 1
- rboty float = height- 1
- quadrilateral right bottom y .
- rboty float = height- 1
- leftx float = 0
- Rectangle left x
- leftx float = 0
- rightx float = width - 1
- Rectangle right x
- rightx float = width - 1
- ytop float = 0
- Rectangle top y
- rbotx float = width- 1
- Rectangle bottom y .
- ytop float = 0
Examples
## This is some example code to blur an image.
imagereader("C:\..........jpg", end = 10)
a = avisource("C;\..........avi").converttoYUY2()
converttoyv16()
# Rectangle to quadrilateral
r2q(last,last,leftx = 100,rightx = 400, ytop = 200, ybot = 480,ltopx=200,ltopy=150, rbotx = 500, rboty = 400, resize= "lanczos")
# quad to rectangle excercise
c= last
- bg = blankclip(last,color = 0)
ScriptClip("""
h = height(bg)-1 w = width(bg)-1
t = 0.061 *(current_frame) t2 = 0.127 *( current_frame) a = 0.501 + 0.5 * sin(t/pi) t1x = (-0.2*cos(t2)) * w t1y = (0.5-0.5*cos(t2)) * h t2x = (1.0+0.2*cos(t2)) * w t2y = (0.5-0.5*cos(t2)) * h t3x = (1.0+0.2*cos(t2)) * w t3y = (0.5+0.5*cos(t2)) * h t4x = (-0.2*cos(t2)) * w t4y = (0.5+0.5*cos(t2)) * h c1x = (0.5+a*cos(t)) * w c1y = (0.5+a*sin(t)) * h c2x = (0.5-a*sin(t)) * w c2y = (0.5+a*cos(t)) * h c3x = (0.5-a*cos(t)) * w c3y = (0.5-a*sin(t)) * h c4x = (0.5+a*sin(t)) * w c4y = (0.5-a*cos(t)) * h
- r2q(c, c,leftx=t1x,rightx=t2x,ytop=t1y,ybot=t3y,ltopx=c1x,ltopy=c1y, rtopx=c2x,rtopy=c2y, rbotx=c3x,rboty=c3y,lbotx=c4x,lboty=c4y, resize = "line")
q2r( bg,leftx=t1x,rightx=t2x,ytop=t1y,ybot=t3y,ltopx=c1x,ltopy=c1y, rtopx=c2x,rtopy=c2y, rbotx=c3x,rboty=c3y,lbotx=c4x,lboty=c4y, resize = "point" )
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