#videoPath#InitialSetting
#AVIsource("l:\Desktop\ed.avi") 
#DirectShowSource("l:\Desktop\op.avi")
#LSMASHVideoSource("l:\Desktop\op.avi",Track=0, Threads=0, Seek_threshold=12, Seek_mode=2, Dr=False)
FFmpegSource2("A:\Animes\A Certain Scientific Railgun\NCOP&NCED\【とある科学の超電磁砲・OP】 only my railgun.mp4")


#YUY2Setting
ConvertToYUY2()


#fpsAdjustment
#AssumeFPS("ntsc_film")
#"ntsc_video"#"ntsc_double"#"ntsc_film"


#MultThread
#SetMTMode(2,0)


#MotionBlar
super = MSuper(vpad=0, hpad=0, pel=4, sharp=2, rfilter=4)

backward_vectors = MAnalyse(super, isb = true,search=3)
forward_vectors = MAnalyse(super, isb = false,search=3)

MFlowBlur(super, backward_vectors, forward_vectors, blur=15)



#FPSinterpolation
super=MSuper(vpad=0, hpad=0, pel=4, sharp=2, rfilter=4)

forward_1=MAnalyse(super, overlap=16, chroma=true, isb=false, blksize=32, blksizev=32, searchparam=3, plevel=0, search=3, badrange=(-24), sadx264=0)
backward_1=MAnalyse(super, overlap=16, chroma=true, isb=true, blksize=32, blksizev=32, searchparam=3, plevel=0, search=3, badrange=(-24), sadx264=0)

backward_2 = MRecalculate(super, overlap=0, chroma=true, backward_1, blksize=32, blksizev=32, searchparam=3, search=3, sadx264=0)
forward_2 = MRecalculate(super, overlap=0, chroma=true, forward_1, blksize=32, blksizev=32, searchparam=3, search=3, sadx264=0)
backward_3 = MRecalculate(super, overlap=0, chroma=true, backward_2, blksize=32, blksizev=16, searchparam=3, search=3, sadx264=0)
forward_3 = MRecalculate(super, overlap=0, chroma=true, forward_2, blksize=32, blksizev=16, searchparam=3, search=3, sadx264=0)
backward_4 = MRecalculate(super, overlap=0, chroma=true, backward_3, blksize=16, blksizev=16, searchparam=3, search=3, sadx264=0)
forward_4 = MRecalculate(super, overlap=0, chroma=true, forward_3, blksize=16, blksizev=16, searchparam=3, search=3, sadx264=0)
backward_5 = MRecalculate(super, overlap=0, chroma=true, backward_4, blksize=16, blksizev=8, searchparam=3, search=3, sadx264=0)
forward_5 = MRecalculate(super, overlap=0, chroma=true, forward_4, blksize=16, blksizev=8, searchparam=3, search=3, sadx264=0)
backward_6 = MRecalculate(super, overlap=0, chroma=true, backward_5, blksize=16, blksizev=2, searchparam=3, search=3, sadx264=0)
forward_6 = MRecalculate(super, overlap=0, chroma=true, forward_5, blksize=16, blksizev=2, searchparam=3, search=3, sadx264=0)
backward_7 = MRecalculate(super, overlap=0, chroma=true, backward_6, blksize=8, blksizev=8, searchparam=3, search=3, sadx264=0)
forward_7 = MRecalculate(super, overlap=0, chroma=true, forward_6, blksize=8, blksizev=8, searchparam=3, search=3, sadx264=0)
backward_8 = MRecalculate(super, overlap=0, chroma=true, backward_7, blksize=8, blksizev=4, searchparam=3, search=3, sadx264=0)
forward_8 = MRecalculate(super, overlap=0, chroma=true, forward_7, blksize=8, blksizev=4, searchparam=3, search=3, sadx264=0)
backward_9 = MRecalculate(super, overlap=0, chroma=true, backward_8, blksize=4, blksizev=4, searchparam=3, search=3, sadx264=0)
forward_9 = MRecalculate(super, overlap=0, chroma=true, forward_8, blksize=4, blksizev=4, searchparam=3, search=3, sadx264=0)
backward_10 = MRecalculate(super, overlap=0, chroma=true, backward_9, blksize=32, blksizev=32, searchparam=3, search=3, sadx264=0)
forward_10 = MRecalculate(super, overlap=0, chroma=true, forward_9, blksize=32, blksizev=32, searchparam=3, search=3, sadx264=0)
backward_11 = MRecalculate(super, overlap=0, chroma=true, backward_10, blksize=4, blksizev=4, searchparam=3, search=3, sadx264=0)
forward_11 = MRecalculate(super, overlap=0, chroma=true, forward_10, blksize=4, blksizev=4, searchparam=3, search=3, sadx264=0)

#Derecomended
#MDegrain1(super, backward_1, forward_1, backward_2, forward_2, backward_3, forward_3, backward_4, forward_4, backward_5, forward_5, backward_6, forward_6, backward_7, forward_7, backward_8, forward_8, backward_9, forward_9, backward_10, forward_10, backward_11, forward_11, thSAD = 400)

MBlockFps(super, backward_11, forward_11, num=60000, den=1001, mode=3) 

#上のmodeを1でゆっくり動き向き　2でよく動くやつ向き　3・4で1・2の混合・乗算　下に詳しい解説あり

#MultThread
#SetMTMode(1,0)
#GetMTMode(false) > 0 ? distributor() : last




#MSuper
#　hpad,vpad･･･画面サイドの精度向上
#　rfilter････輝度分散ノイズ除去0~4
#　pel･･･スーパーサンプリングレート1or2or4
#　rfilter、pel両方を最大(共に4)にすると、とんでもなく処理が重くなった。
#MAnalyse
###blksize,blksizev･･･小さいほうが処理が正確。#最小4
##overlap････大きいほうが処理が正確。#blksize,blksizevの半分の値が最大値
##search････色々試したが、3が一番無難。
#その他のパラメータ
##・delta･･･動きの小さな動画の場合、ここで参照フレームの枚数を増やす事で
##　　　　処理ヌケを回避できる。#(当然重くなる)
##　　　　また、ブラーのボケ具合を大きくしたい場合もココ
##　　　　1超過ではバグが多く非推奨



#dct: using of block DCT (frequency spectrum) for blocks difference (SAD) calculation. In particular it can improve motion vector estimation at luma flicker and fades.

#0 - usual spatial blocks, do not use DCT;非使用
#1 - use block DCT instead of spatial data (slow for block size 8x8 and very slow for other sizes);DCT完全使用　8x8でも重くXxXでは更に重い
#2 - mixed spatial and DCT data; weight is dependent on mean frame luma difference;DCT混合型 平均フレーム輝度にかなりの依存
#3 - adaptive per-block switching from spatial to equal-weighted mixed mode (experimental, a little faster).空間処理を等加重混合計算　ブロック単位での適応切り替え　※実験的・ちょっと早い
#4 - adaptive per-block switching from spatial to mixed mode with more weight of DCT (experimental, a little faster).空間処理を混合計算　ブロック毎での適応的なDCT重み付け　※実験的・ちょっと早い
#added in v1.9.5.3 modes: (require sadx264 0-7, uses fastest SATD function, luma only!) 以下はSadx264の0~7を必ず定義すること
#5 - SATD instead of SAD for luma　LUMAの代用としてSATDを使用
#6 - same as 2 only use SATD　Sadx264の2使用
#7 - same as 3 only use SATD　Sadx264の3使用
#8 - same as 4 only use SATD　Sadx264の4使用
#9 - similar to 2, use SATD and weight ranges from SAD only to equal SAD & SATD　Sadx264の2使用しSAD=SATDになるように両者を使用
#10 - similar to 3/4,use SATD weight is on SAD, only on strong luma changes　　Sadx264の3or2使用しSAD上で一部限定で使用


#search, searchparam, pelsearch : search decides the type of search at every level Searchの解説

#, and searchparam is an additional parameter (step, radius) for this search, and pelsearch is the radius parameter at finest (pel) level:
#search = 0 : 'OneTimeSearch'. searchparam is the step between each vectors tried ( if searchparam is superior to 1, step will be progressively refined ).各サーチレート検索
#search = 1 : 'NStepSearch'. N is set by searchparam. It's the most well known of the MV search algorithm.MV検索アルゴリズム
#search = 2 : Logarithmic search, also named Diamond Search. searchparam is the	initial step search, there again, it is refined progressively.対数検索
#search = 3 : Exhaustive search, searchparam is the radius (square side is 2*radius+1). It is slow, but it gives the best results, SAD-wise.完全検索(最良)
#search = 4 : Hexagon search, searchparam is the range. (similar to x264).ヘキサゴン検索　x265の流用品
#search = 5 : Uneven Multi Hexagon (UMH) search, searchparam is the range. (similar to x264).Uneven Multi Hexagon（UMH）検索　x265の流用品
#search = 6 : pure Horizontal exhaustive search, searchparam is the radius (width is 2*radius+1).純粋な水平方向全検索
#search = 7 : pure Vertical exhaustive search, searchparam is the radius (height is 2*radius+1).純粋な垂直方向全検索


#mode: processing mode: Modeの解説

#0 - average of fetched forward and backward partial motion compensation (fastest).非縱��走光マクロ線(低品質=最速)
#1 - static median.非動的縱��マクロ線
#2 - dynamic median.動的縱��マクロ線
#3 - time weigthed combination of fetched forward blocks masked by shifted backward and fetched backward masked by shifted forward (now default mode);動的マクロ・逆マクロ加算法
#4 - mode 3 mixed with simple static time average by occlusion mask of shifted blocks.動的マクロ・逆マクロ加算法＋ブロックマスク使用
#5 - occlusion mask (for debug). デバッグ
#6 to 8 - modes like 3 to 5 but SAD mask is used as occlusion mask.汎用性0%