[jiji]007_sen_no_kiseki_theme_song

jijidata

日文

1. from tcaxPy import *
   
2. from s import *
   
3. from gdiFont import *  #加入GDIfont模块
   
4. from util.tcCurve import *
   
5. import math
   
6. import random
   
7. 
   
8. def tcaxPy_Init():
   
9.     global _FontFileName
   
10.     global _FaceID
    
11.     global _Fs
    
12.     global _TextWidth
    
13.     global _TextHeight
    
14.     global _TextLength
    
15.     global _TextAdvDiff
    
16.     global _ResolutionX
    
17.     global _FD
    
18.     global _TextInitX
    
19.     global _Ascender        # 字体上行高度
    
20.     global _Descender        # 字体下行高度 通常为负数
    
21.     global _H
    
22.     global _3C
    
23.     global _KarTime         
    
24.     _KarTime = GetVal(val_KarTime)# 第i句卡拉OK歌词的第j个字符的Karaoke时间 = !$start!
    
25.     _H = GetVal(val_FontSize)
    
26.     _3C = GetVal(val_3C)
    
27.     _FontFileName = GetVal(val_FontFileName)
    
28.     _FaceID       = GetVal(val_FaceID)
    
29.     _Fs           = GetVal(val_FontSize)
    
30.     _Ascender = GetVal(val_Ascender) #字体上行高度
    
31.     _TextHeight   = GetVal(val_TextHeight)# 第i句卡拉OK歌词的j个字符的高度
    
32.     _TextWidth    = GetVal(val_TextWidth)# 第i句卡拉OK歌词的j个字符的宽度
    
33.     _TextLength   = GetVal(val_TextLength)# 第i句卡拉OK歌词的文字总长度
    
34.     _TextAdvDiff  = GetVal(val_TextAdvanceDiff)# 从初始位置到第i句卡拉OK歌词的j个字符的水平步距
    
35.     _TextInitX  = GetVal(val_TextInitX)
    
36.     _ResolutionX  = GetVal(val_ResolutionX)
    
37.     _FD           = 1000 / GetVal(val_FXFPS)
    
38.     global GdiFont   #GDIfont
    
39.     GdiFont = gfInitFont(GetVal(val_FontFaceName), _Fs, GetVal(val_Spacing), GetVal(val_SpaceScale), 0, False)   #GDIfont
    
40.     global Font
    
41.     Font = InitFont(GetVal(val_FontFileName), GetVal(val_FaceID), _Fs, GetVal(val_Spacing), GetVal(val_SpaceScale), 0xFFFFFF, 0, 0)
    
42. 
    
43. 
    
44. 
    
45. def p(y):#绘图缩放代码
    
46.     if y == int(y):
    
47.         Y = str(int(y))
    
48.     else:
    
49.         Y = str(format(y, '.2f'))
    
50.     return '\\p{0}'.format(Y)
    
51.    
    
52. def frxyz(x):
    
53.     X1 = randint(-x,x)
    
54.     X2 = randint(-x,x)
    
55.     X3 = randint(-x,x)
    
56.     return frx(X1)+fry(X2)+frz(X3)
    
57. 
    
58.    
    
59. 
    
60. 
    
61. def tcaxPy_Main(_i, _j, _n, _BT, _ET, _SK, _KT, _X, _Y, _A, _TXT):
    
62.     ASS_BUF = []                # 用于保存ASS特效
    
63.     _7X = _X - int(_A / 2 + 0.5)              #每个字的上X坐标= !$left!
    
64.     _7Y = _Y - int(_H / 2 + 0.5)              #每个字的上Y坐标=!$top!
    
65.     _bottom = _Y + int(_H / 2 + 0.5)              #每个字的下Y坐标
    
66. 
    
67. 
    
68. 
    
69. 
    
70. 
    
71.     if _i > -1 and _i < 4 :
    
72.         shape = ["m 30 23 b 24 23 24 33 30 33 b 36 33 37 23 30 23 m 35 27 l 61 28 l 35 29 m 26 27 l 0 28 l 26 29 m 29 23 l 30 0 l 31 23 m 29 33 l 30 57 l 31 33 ","m 6 0 b 12 0 12 7 6 7 b 0 7 0 0 6 0 ","m 15 0 l 10 7 l 0 9 l 9 13 l 5 23 l 15 17 l 25 23 l 21 13 l 31 9 l 20 7 l 15 0 "]
    
73.         ass_main(ASS_BUF,SubL(_BT-10+_j*3,_BT+_SK,1),an(5)+blur(4)+fsc(0,0)+move(_X+30,_Y,_X,_Y,0,400)+alpha(255)+t(0,400,alpha(0)+fsc(100,100)) ,_TXT)#入场效果
    
74.         ass_main(ASS_BUF,SubL(_BT+_SK,_BT+_SK+_KT,1),an(5)+blur(4)+pos(_X,_Y)+t(0,_KT*5,fsc(120,120))+t(_KT*5,_KT*10,fsc(100,100))+t(0,_KT*1,rnd(20))+t(_KT*1,_KT*2,rnd(0))+t(_KT*2,_KT*3,rnd(5))+t(_KT*3,_KT*4,rnd(20))+t(_KT*4,_KT*5,rnd(0))+t(_KT*5,_KT*6,rnd(15))+t(_KT*6,_KT*7,rnd(2))+t(_KT*7,_KT*8,rnd(16))+t(_KT*8,_KT*9,rnd(0))+t(_KT*9,_KT*10,rnd(10)) ,_TXT)#表现方式
    
75.         dur = _ET-(_BT+_SK+_KT)
    
76.         ass_main(ASS_BUF,SubL(_BT+_SK+_KT,_ET,1),an(5)+blur(4)+pos(_X,_Y)+t(0,dur*1,rnd(20))+t(dur*1,dur*2,rnd(0))+t(dur*2,dur*3,rnd(5))+t(dur*3,dur*4,rnd(20))+t(dur*4,dur*5,rnd(0))+t(dur*5,dur*6,rnd(15))+t(dur*6,dur*7,rnd(2))+t(dur*7,dur*8,rnd(16))+t(dur*8,dur*9,rnd(0))+t(dur*9,dur*10,rnd(10)) ,_TXT)
    
77.         ass_main(ASS_BUF,SubL(_ET,_ET+_j*10,1),an(5)+blur(4)+move(_X,_Y,_X+40,_Y+5)+t(fsc(50,50)+bord(0)+blur(20)+fad(0,700))+t(0,_j*10*2,rnd(20))+t(_j*10*2,_j*10*4,rnd(0))+t(_j*10*4,_j*10*6,rnd(10))+t(_j*10*6,_j*10*8,rnd(20))+t(_j*10*8,_j*10*10,rnd(1)) ,_TXT)
    
78.         for j in range(math.ceil(_KT)):
    
79.             J = [math.ceil(_KT)]
    
80.             step1 = _KT*10*(j-1)/(max(J)*10-1)
    
81.             XC1= _7X+_A*(j+1)/max(J)                      #X的实际坐标，从每个字的左边移动到右边（这是spacing为0的情况下，spacing不为0需修改代码，嗯~我偷懒了）
    
82.             _SY = _Y - int(_H / 2 + 0.5)*(-1)**_j          #Y坐标初始坐标，依次为每个字的上顶点，下顶点，
    
83.             _CY = (-1)**_j*_H*(j+1)/max(J)                 #Y坐标的控制参数，含义为依次加上字符的高度，减去字符的高度
    
84.             YC1= _SY+_CY                                       #Y坐标的实际坐标，由以上初始坐标加上控制参数生成
    
85.             XC2= XC1-_A*0.1*randint(10,40)
    
86.             YC2= YC1+random.uniform(-0.4*_A,0.4*_A)
    
87.             CurveMove = move(XC1,YC1,XC2,YC2)
    
88.             ass_main(ASS_BUF,SubL(_BT+_SK+step1,_BT+_SK+_KT+step1+70,2),an(5)+blur(4)+bord(0.5)+vc1("00FFFF","00FFFF","FFFFFF","FFFFFF")+fad(0,300)+t(frxyz(720))+CurveMove+p(1)+fsc(randint(20,40),randint(20,40)),shape[randint(0,2)])
    
89. 
    
90.     if _i > 3 and _i < 8 :
    
91.         ass_main(ASS_BUF,SubL(_BT-10+_j*3,_BT+_SK,1),an(5)+blur(4)+move(_X+130,_Y,_X,_Y,0,400)+alpha(255)+t(0,400,alpha(0)) ,_TXT)
    
92.         ass_main(ASS_BUF,SubL(_BT+_SK,_BT+_SK+_KT,1),an(5)+pos(_X,_Y)+t(0,_KT*4,0.5,fsc(135,135)+frz(randint(-20,20)))+bord(3)+blur(8)+alpha(0)+t(_KT*4,_KT*10,frz(0)+fsc(100,100)) ,_TXT)
    
93.         ass_main(ASS_BUF,SubL(_BT+_SK+_KT,_ET,1),an(5)+blur(4)+pos(_X,_Y),_TXT)
    
94.         ass_main(ASS_BUF,SubL(_ET,_ET+50,1),an(5)+blur(4)+pos(_X,_Y)+t(frz(500)+fsc(0,0)+alpha(255)) ,_TXT)
    
95.         for j in range(0,3):
    
96.             EFT2=alt(_ET,_ET+randint(400,600), t = randint(20,80) , FX1 =alpha(0), FX2 = alpha(255), offset = 0, a1 = None,a2 = None)
    
97.             ass_main(ASS_BUF,SubL(_ET,_ET+randint(400,600)),an(5)+fad(0,randint(100,700))+blur(6)+fsc(randint(5,50),randint(5,50))+moves4(_X,_Y,_X+randint(-70,100),_Y+randint(-80,-50),_X+randint(-80,50),_Y+randint(-40,80),_X+randint(-70,50),_Y+randint(-60,60))+EFT2,"{\p1}m 21 16 b 17 16 17 23 21 23 b 25 23 26 16 21 16 m 24 19 l 43 20 l 24 20 m 18 19 l 0 20 l 18 20 m 20 16 l 21 0 l 22 16 m 20 23 l 21 40 l 22 23")
    
98.         colour = ["&HE4ACFF&","&HDC76FF&","&HFFFFFF&"]
    
99.         for k in range(2):# 曲线数
    
100.             posX1 = _X+randint(-_A,-_A/2)
     
101.             posX2 =_X+randint(-_A/3,_A)
     
102.             PP  = [(posX1, _Y),(posX1, _Y),(posX1, _Y),(_X+randint(-_A*2,_A*2), _Y+randint(-50,50)), (_X+randint(-_A*1.5,_A*1.5), _Y+randint(-90,50)),(posX2 ,_Y),(posX2,_Y),(posX2 ,_Y)]
     
103.             ucb = UCBSpline(PP)     #使用ucb
     
104.             L = ucb.length()       # 曲线总长度
     
105.             STEP_N = _KT*3       # 取样点数
     
106.             step_size = 1 / STEP_N
     
107.             print('控制点: {0}    曲线总长度: {1:.02f}    所取点数: {2}'.format(len(PP), L, STEP_N))
     
108.             t1 = 0
     
109.             POS = []
     
110.             for w in range(int(STEP_N/2)):
     
111.                 POS.append(UniformCubicBSpline(PP,w * step_size))
     
112.                 particle = RandPolygon(12/5, 12/8, 4)
     
113.                 BT2=_BT+_SK-20+w*1
     
114.                 ET2=_BT+_SK-20+70+(w+1)*1
     
115.                 ass_main(ASS_BUF, SubL(BT2, ET2,11), an(5)+t(frxyz(720))+bord(1)+shad(0)+blur(2)+ move(POS[w][0], POS[w][1],POS[w][0]+randint(-15,15), POS[w][1]+randint(-15,15)) +fad(100,200)+color3(colour[randint(0,2)]), particle ) #曲线
     
116.                
     
117.     if _i > 7 and _i < 11 :
     
118.         pcolor2 = ["&HF2CCFF&","&HF3BFFF&","&HFF6BF4&","&HD49DFF&","&HBE7FFF&"]
     
119.         size1 = randint(30,50)
     
120.         size2 = randint(10,40)
     
121.         ass_main(ASS_BUF,SubL(_BT-50+randint(-20,40),_BT+_SK,1),an(5)+blur(4)+fsc(0,0)+pos(_X,_Y)+t(0,400,randint(5,15)*0.1,frz(720)+fsc(100,100)+fad(300,0)) ,_TXT)
     
122.         ass_main(ASS_BUF,SubL(_BT+_SK,_BT+_SK+_KT,1),an(5)+pos(_X,_Y)+t(0,_KT*4,0.7,fsc(150,150)+frz(randint(-20,20))+bord(2)+blur(8))+t(_KT*4,_KT*10,10/7,fsc(100,100)+frz(0)+blur(2)+bord(1)) ,_TXT)
     
123.         step1 = _ET+80-(_BT+_SK+_KT)
     
124.         ass_main(ASS_BUF,SubL(_BT+_SK+_KT,_ET+80,1),an(5)+pos(_X,_Y)+color3("00FFF1")+color1("FFFFFF")+alpha(255)+t(0,200,alpha(0)+bord(0)+blur(1)+be(1))+t(step1*4+randint(-100,200),step1*4+randint(100,400),fsc(randint(50,250),randint(50,250))+blur(8)+be(8)+alpha(255)) ,_TXT)
     
125.         for j in range(5):
     
126.             ass_main(ASS_BUF,SubL(_BT-30+j*1.5,_BT+_SK+_KT*2+j*0.5,1),an(5)+fad(300,300)+move(_X+randint(-10,10),_7Y+randint(-30,0),_X+randint(-15,15),_bottom+randint(-10,10))+blur(j*1)+bord(0.5)+alpha(255)+alpha1(128)+alpha3(128)+color1("FFFFFF")+color3(pcolor2[randint(0,4)])+fsc(size1,size1)+t(_KarTime[_i][_j]-210+j*50,_KarTime[_i][_j]-250+_KT*10+1000,fr(randint(0,90)*(-1)**randint(1,2)))+t(_KarTime[_i][_j],_KarTime[_i][_j]+1,color1("FFFFFF")+alpha1(0)+alpha3(0)+bord(1))+t(_KarTime[_i][_j]+1,_KarTime[_i][_j]+_KT+300,color1("FFFFFF")+alpha1(128)+alpha3(128)+bord(1)+fsc(size1+50,size1+60)) ,"{\p1}m 20 0 l 20 0 l 20 40 m 20 40 b 22 40 22 43 20 43 b 18 43 18 40 20 40 m 20 0 b 18 0 18 -3 20 -3 b 22 -3 22 0 20 0 m 0 20 l 40 20 m 40 20 b 40 18 43 18 43 20 b 43 22 40 22 40 20 m 0 20 b 0 18 -3 18 -3 20 b -3 22 0 22 0 20")
     
127.         for k in range(2):
     
128.             ass_main(ASS_BUF,SubL(_BT-30+k*1.5,_BT+_SK+_KT*2+k*0.5,1),an(5)+fad(300,300)+move(_X+randint(-30,30),_Y+randint(-30,0),_X+randint(-15,15),_Y+randint(-10,10))+blur(k*1)+bord(0.5)+alpha(255)+alpha1(128)+alpha3(128)+color1("FFFFFF")+color3(pcolor2[randint(0,4)])+fsc(size2,size2)+t(_KarTime[_i][_j]-210+j*50,_KarTime[_i][_j]-250+_KT*10+1000,fr(randint(0,90)*(-1)**randint(1,2)))+t(_KarTime[_i][_j],_KarTime[_i][_j]+1,color1("FFFFFF")+alpha1(0)+alpha3(0)+bord(0.5))+t(_KarTime[_i][_j]+1,_KarTime[_i][_j]+_KT+300,color1("FFFFFF")+alpha1(128)+alpha3(128)+bord(1)+fsc(size1+50,size1+60)) ,"{\p1}m 20 0 l 20 0 l 20 40 m 20 40 b 22 40 22 43 20 43 b 18 43 18 40 20 40 m 20 0 b 18 0 18 -3 20 -3 b 22 -3 22 0 20 0 m 0 20 l 40 20 m 40 20 b 40 18 43 18 43 20 b 43 22 40 22 40 20 m 0 20 b 0 18 -3 18 -3 20 b -3 22 0 22 0 20")
     
129.         for l in range(5):
     
130.             ass_main(ASS_BUF,SubL(_BT-30+j*1.5,_BT+_SK+_KT*2+j*0.5,1),an(5)+fad(300,300)+move(_X+randint(-10,10),_bottom+randint(0,30),_X+randint(-20,10),_7Y+randint(-20,-10))+blur(l*1)+bord(0.5)+alpha(255)+alpha1(128)+alpha3(128)+color1("FFFFFF")+color3(pcolor2[randint(0,4)])+fsc(size1,size1)+t(_KarTime[_i][_j]-210+j*50,_KarTime[_i][_j]-250+_KT*10+1000,fr(randint(0,90)*(-1)**randint(1,2)))+t(_KarTime[_i][_j],_KarTime[_i][_j]+1,color1("FFFFFF")+alpha1(0)+alpha3(0)+bord(1))+t(_KarTime[_i][_j]+1,_KarTime[_i][_j]+_KT+600,color1("FFFFFF")+alpha1(128)+alpha3(128)+bord(1)+fsc(size1+50,size1+60)) ,"{\p1}m 20 0 l 20 0 l 20 40 m 20 40 b 22 40 22 43 20 43 b 18 43 18 40 20 40 m 20 0 b 18 0 18 -3 20 -3 b 22 -3 22 0 20 0 m 0 20 l 40 20 m 40 20 b 40 18 43 18 43 20 b 43 22 40 22 40 20 m 0 20 b 0 18 -3 18 -3 20 b -3 22 0 22 0 20")
     
131.             
     
132.     if _i > 10 and _i < 17 :
     
133.         ass_main(ASS_BUF,SubL(_BT-50+randint(-20,40),_BT+_SK,1),an(5)+blur(8)+be(8)+bord(0)+fsc(200,200)+pos(_X,_Y)+alpha(255)+t(0,500,randint(5,15)*0.1,fsc(100,100)+blur(0)+be(0)+alpha(0)) ,_TXT)
     
134.         ass_main(ASS_BUF,SubL(_BT+_SK,_BT+_SK+_KT,1),an(2)+pos(_X,_bottom)+color3("FFFFFF")+t(0,_KT*10/4.5,0.65,fscy(120)+bord(2)+blur(7))+t(_KT*10/2.5,_KT*10,1.35,fscy(100)+blur(2)+bord(1)) ,_TXT)
     
135.         ass_main(ASS_BUF,SubL(_BT+_SK+_KT,_ET,1),an(5)+blur(2)+bord(1)+pos(_X,_Y) ,_TXT)
     
136.         ass_main(ASS_BUF,SubL(_ET,_ET+_n*2.5,1),an(5)+blur(2)+bord(1)+pos(_X,_Y)+t(0,100,0.5,fsc(80,80)+bord(1.3)+blur(2)+color3("FFFFFF"))+t(100,_n*25,0.5,fsc(130,130)+alpha(255)+bord(1)+blur(0)) ,_TXT)
     
137.         for j in range(10):
     
138.             ass_main(ASS_BUF,SubL(_BT+_SK+j,_BT+_SK+_KT+j*5+randint(25,75),2),an(5)+fad(20,50)+color1("FFFFFF")+color3("DC76FF")+bord(randint(1,15)*0.1)+blur(randint(5,20)*0.1)+fsc(randint(3,8),randint(3,8))+move(_X+randint(-5,5),_Y+randint(-50,-10),_X+randint(-50,50),_Y+randint(-5,25)) ,"{\p1}m 0 -2 l -3 1 l -1 3 l 1 3 l 3 1 l 0 -2")
     
139.             ass_main(ASS_BUF,SubL(_BT+_SK+j,_BT+_SK+_KT+j*5+randint(25,75),2),an(5)+fad(20,50)+color1("FFFFFF")+color3("DC76FF")+bord(randint(1,15)*0.1)+blur(randint(5,20)*0.1)+fsc(randint(3,8),randint(3,8))+move(_X+randint(-5,5),_7Y+randint(-50,-10),_X+randint(-50,50),_7Y+randint(-15,15)) ,"{\p1}m 0 -2 l -3 1 l -1 3 l 1 3 l 3 1 l 0 -2")
     
140.             ass_main(ASS_BUF,SubL(_BT+_SK+j,_BT+_SK+_KT+j*5+randint(25,75),2),an(5)+fad(20,50)+color1("FFFFFF")+color3("DC76FF")+bord(randint(1,15)*0.1)+blur(randint(5,20)*0.1)+fsc(randint(3,8),randint(3,8))+move(_X+randint(-5,5),_bottom+randint(-5,5),_X+randint(-50,50),_bottom+randint(-5,100)) ,"{\p1}m 0 -2 l -3 1 l -1 3 l 1 3 l 3 1 l 0 -2")
     
141.         for k in range(3):
     
142.             EFT = alt(_BT+_SK+k,_BT+_SK+_KT+k*5+randint(25,75), t = randint(60,100) , FX1 = alpha(255)+fsc(randint(5,10),randint(5,10)), FX2 = alpha(0)+fsc(randint(10,20),randint(10,20)), offset = 0, a1 = None,a2 = None)
     
143.             ass_main(ASS_BUF,SubL(_BT+_SK+k,_BT+_SK+_KT+k*5+randint(25,75),2),an(5)+fad(20,50)+color1("FFFFFF")+color3("DC76FF")+bord(0.4)+blur(4)+fsc(5,5)+move(_X+randint(-5,5),_Y+randint(-5,5),_X+randint(-40,40),_Y+randint(-5,85))+EFT ,"{\p1}m 46 54 l 1 56 l 46 57 b 46 58 47 60 47 60 b 42 66 37 72 32 77 b 38 72 43 67 49 62 b 49 63 51 64 52 64 b 53 79 53 93 54 107 b 54 93 55 79 56 64 b 56 65 58 63 59 62 l 76 78 l 60 61 b 61 60 61 57 61 57 l 106 56 l 61 54 b 61 54 60 51 60 51 l 75 35 l 59 49 b 58 48 57 47 55 47 l 54 1 l 52 47 b 50 47 49 48 49 49 l 32 34 l 47 51 b 47 52 46 53 46 54")
     
144.             ass_main(ASS_BUF,SubL(_BT+_SK+k,_BT+_SK+_KT+k*5+randint(25,75),2),an(5)+fad(20,50)+color1("FFFFFF")+color3("DC76FF")+bord(0.4)+blur(4)+fsc(5,5)+move(_X+randint(-5,5),_Y+randint(-5,5),_X+randint(-40,40),_Y+randint(-105,5))+EFT ,"{\p1}m 46 54 l 1 56 l 46 57 b 46 58 47 60 47 60 b 42 66 37 72 32 77 b 38 72 43 67 49 62 b 49 63 51 64 52 64 b 53 79 53 93 54 107 b 54 93 55 79 56 64 b 56 65 58 63 59 62 l 76 78 l 60 61 b 61 60 61 57 61 57 l 106 56 l 61 54 b 61 54 60 51 60 51 l 75 35 l 59 49 b 58 48 57 47 55 47 l 54 1 l 52 47 b 50 47 49 48 49 49 l 32 34 l 47 51 b 47 52 46 53 46 54")
     
145.             ass_main(ASS_BUF,SubL(_BT+_SK+k,_BT+_SK+_KT+k*5+randint(25,75),2),an(5)+fad(20,50)+color1("FFFFFF")+color3("DC76FF")+bord(0.5)+blur(4)+fsc(5,5)+move(_X+randint(-5,5),_Y+randint(-5,5),_X+randint(-40,40),_Y+randint(-5,85))+EFT ,"{\p1}m 46 54 l 1 56 l 46 57 b 46 58 47 60 47 60 b 42 66 37 72 32 77 b 38 72 43 67 49 62 b 49 63 51 64 52 64 b 53 79 53 93 54 107 b 54 93 55 79 56 64 b 56 65 58 63 59 62 l 76 78 l 60 61 b 61 60 61 57 61 57 l 106 56 l 61 54 b 61 54 60 51 60 51 l 75 35 l 59 49 b 58 48 57 47 55 47 l 54 1 l 52 47 b 50 47 49 48 49 49 l 32 34 l 47 51 b 47 52 46 53 46 54")
     
146.    
     
147.     if _i > 16 :
     
148.         ass_main(ASS_BUF,SubL(_BT-40+_j*2,_BT+_SK,1),an(5)+b(1)+pos(_X,_Y)+fad(200,0)+fsc(0,0)+t(0,200,fsc(220,220))+t(200,330,fsc(80,80))+t(330,520,fsc(140,140))+t(520,610,fsc(150,150))+t(610,710,fsc(120,120))+t(710,820,fsc(100,100))+rndy(20)+t(rndy(0))+blur(6) ,_TXT)
     
149.         BT=_BT+_SK
     
150.         ET=_BT+_SK+_KT
     
151.         color33 = ["&HE4ACFF&","&H965B0A&","&H468613&","&HBC4E6C&","&H3A3BC4&","&H24D4D7&","&HF417B5&"]
     
152.         EFT1 = alt(BT,ET, t = 40 , FX1 =frz(-1), FX2 = frz(1), offset = 0, a1 = None,a2 = None)
     
153.         EFT2 = alt(BT,ET, t = 40 , FX1 =frz(-1)+color3("FFFFFF"), FX2 = frz(1)+color3("FF9F3D"), offset = 0, a1 = None ,a2 = None )
     
154.         ass_main(ASS_BUF,SubL(_BT+_SK,_BT+_SK+_KT,5),an(5)+b(1)+org(_X,_Y+300)+pos(_X,_Y)+fscy(150)+rndx(10)+blur(8)+t(rndx(0)+fscy(100))+EFT1 ,_TXT)
     
155.         ass_main(ASS_BUF,SubL(_BT+_SK,_BT+_SK+_KT,5),an(5)+b(1)+blur(8)+org(_X,_Y+300)+move(_X,_Y+5,_X,_Y-5)+fscy(150)+bord(4)+t(fscy(100))+alpha3(128)+EFT2 ,_TXT)
     
156.         ass_main(ASS_BUF,SubL(_BT+_SK+_KT,_ET,5),an(5)+b(1)+blur(6)+pos(_X,_Y) ,_TXT)
     
157.         ass_main(ASS_BUF,SubL(_ET,_ET+30,5),an(5)+b(1)+blur(3)+move(_X,_Y,_X+randint(-800,800),_Y+randint(-30,30))+fad(0,300)+bord(2)+t(frz(randint(-1280,1280))+fsc(randint(20,100),randint(20,100))) ,_TXT)
     
158.         for j in range(60):
     
159.             ass_main(ASS_BUF,SubL(_BT+_SK+randint(0,_KT),_BT+_SK+_KT+randint(-_KT,_KT),1),an(5)+be(8)+fad(0,300)+blur(8)+move(_X,_Y,_X-randint(0,150),_Y-randint(-65,65))+fsc(30,30)+color3(color33[randint(0,6)])+p(randint(2,3)) ,"m 20 0 b 20 10 30 20 40 20 b 30 20 20 30 20 40 b 20 30 10 20 0 20 b 10 20 20 10 20 0")
     
160.         
     
161.         
     
162.    
     
163.     return (ASS_BUF, None)

复制代码

中文：

1. from tcaxPy import *
   
2. from s import *
   
3. from gdiFont import *  #加入GDIfont模块
   
4. from util.tcCurve import *
   
5. import math
   
6. import random
   
7. 
   
8. def tcaxPy_Init():
   
9.     global _FontFileName
   
10.     global _FaceID
    
11.     global _Fs
    
12.     global _TextWidth
    
13.     global _TextHeight
    
14.     global _TextLength
    
15.     global _TextAdvDiff
    
16.     global _ResolutionX
    
17.     global _FD
    
18.     global _TextInitX
    
19.     global _Ascender        # 字体上行高度
    
20.     global _Descender        # 字体下行高度 通常为负数
    
21.     global _H
    
22.     global _3C
    
23.     global _KarTime         
    
24.     _KarTime = GetVal(val_KarTime)# 第i句卡拉OK歌词的第j个字符的Karaoke时间 = !$start!
    
25.     _H = GetVal(val_FontSize)
    
26.     _3C = GetVal(val_3C)
    
27.     _FontFileName = GetVal(val_FontFileName)
    
28.     _FaceID       = GetVal(val_FaceID)
    
29.     _Fs           = GetVal(val_FontSize)
    
30.     _Ascender = GetVal(val_Ascender) #字体上行高度
    
31.     _TextHeight   = GetVal(val_TextHeight)# 第i句卡拉OK歌词的j个字符的高度
    
32.     _TextWidth    = GetVal(val_TextWidth)# 第i句卡拉OK歌词的j个字符的宽度
    
33.     _TextLength   = GetVal(val_TextLength)# 第i句卡拉OK歌词的文字总长度
    
34.     _TextAdvDiff  = GetVal(val_TextAdvanceDiff)# 从初始位置到第i句卡拉OK歌词的j个字符的水平步距
    
35.     _TextInitX  = GetVal(val_TextInitX)
    
36.     _ResolutionX  = GetVal(val_ResolutionX)
    
37.     _FD           = 1000 / GetVal(val_FXFPS)
    
38.     global GdiFont   #GDIfont
    
39.     GdiFont = gfInitFont(GetVal(val_FontFaceName), _Fs, GetVal(val_Spacing), GetVal(val_SpaceScale), 0, False)   #GDIfont
    
40.     global Font
    
41.     Font = InitFont(GetVal(val_FontFileName), GetVal(val_FaceID), _Fs, GetVal(val_Spacing), GetVal(val_SpaceScale), 0xFFFFFF, 0, 0)
    
42. 
    
43. 
    
44. 
    
45. def p(y):#绘图缩放代码
    
46.     if y == int(y):
    
47.         Y = str(int(y))
    
48.     else:
    
49.         Y = str(format(y, '.2f'))
    
50.     return '\\p{0}'.format(Y)
    
51.    
    
52. def frxyz(x):
    
53.     X1 = randint(-x,x)
    
54.     X2 = randint(-x,x)
    
55.     X3 = randint(-x,x)
    
56.     return frx(X1)+fry(X2)+frz(X3)
    
57. 
    
58.    
    
59. 
    
60. 
    
61. def tcaxPy_Main(_i, _j, _n, _BT, _ET, _SK, _KT, _X, _Y, _A, _TXT):
    
62.     ASS_BUF = []                # 用于保存ASS特效
    
63.     _7X = _X - int(_A / 2 + 0.5)              #每个字的上X坐标= !$left!
    
64.     _7Y = _Y - int(_H / 2 + 0.5)              #每个字的上Y坐标=!$top!
    
65.     _bottom = _Y + int(_H / 2 + 0.5)              #每个字的下Y坐标
    
66. 
    
67. 
    
68. 
    
69. 
    
70. 
    
71.     if _i > -1 and _i < 4 :
    
72.         ass_main(ASS_BUF,SubL(_BT-10+_j*3,_BT+_SK,1),an(5)+blur(4)+fsc(0,0)+move(_X+30,_Y,_X,_Y,0,400)+alpha(255)+t(0,400,alpha(0)+fsc(100,100)) ,_TXT)#入场效果
    
73.         ass_main(ASS_BUF,SubL(_BT+_SK,_ET,1),an(5)+blur(4)+pos(_X,_Y) ,_TXT)
    
74.         ass_main(ASS_BUF,SubL(_ET,_ET+_j*10,1),an(5)+blur(4)+move(_X,_Y,_X+40,_Y+5)+t(fsc(50,50)+bord(0)+blur(20)+fad(0,700)) ,_TXT)
    
75.         
    
76. 
    
77.     if _i > 3 and _i < 8 :
    
78.         ass_main(ASS_BUF,SubL(_BT-10+_j*3,_BT+_SK,1),an(5)+blur(4)+move(_X+130,_Y,_X,_Y,0,400)+alpha(255)+t(0,400,alpha(0)) ,_TXT)
    
79.         ass_main(ASS_BUF,SubL(_BT+_SK,_ET,1),an(5)+blur(4)+pos(_X,_Y),_TXT)
    
80.         ass_main(ASS_BUF,SubL(_ET,_ET+50,1),an(5)+blur(4)+pos(_X,_Y)+t(frz(500)+fsc(0,0)+alpha(255)) ,_TXT)
    
81. 
    
82.                
    
83.     if _i > 7 and _i < 11 :
    
84.         pcolor2 = ["&HF2CCFF&","&HF3BFFF&","&HFF6BF4&","&HD49DFF&","&HBE7FFF&"]
    
85.         size1 = randint(30,50)
    
86.         size2 = randint(10,40)
    
87.         ass_main(ASS_BUF,SubL(_BT-50+randint(-20,40),_BT+_SK,1),an(5)+blur(4)+fsc(0,0)+pos(_X,_Y)+t(0,400,randint(5,15)*0.1,frz(720)+fsc(100,100)+fad(300,0)) ,_TXT)
    
88.         ass_main(ASS_BUF,SubL(_BT+_SK,_BT+_SK+_KT,1),an(5)+pos(_X,_Y)+blur(4) ,_TXT)
    
89.         step1 = _ET+80-(_BT+_SK+_KT)
    
90.         ass_main(ASS_BUF,SubL(_BT+_SK+_KT,_ET+80,1),an(5)+pos(_X,_Y)+color3("00FFF1")+color1("FFFFFF")+alpha(255)+t(0,200,alpha(0)+bord(0)+blur(1)+be(1))+t(step1*4+randint(-100,200),step1*4+randint(100,400),fsc(randint(50,250),randint(50,250))+blur(8)+be(8)+alpha(255)) ,_TXT)
    
91. 
    
92.             
    
93.     if _i > 10 and _i < 17 :
    
94.         ass_main(ASS_BUF,SubL(_BT-50+randint(-20,40),_BT+_SK,1),an(5)+blur(8)+be(8)+bord(0)+fsc(200,200)+pos(_X,_Y)+alpha(255)+t(0,500,randint(5,15)*0.1,fsc(100,100)+blur(0)+be(0)+alpha(0)) ,_TXT)
    
95.         ass_main(ASS_BUF,SubL(_BT+_SK,_ET,1),an(5)+blur(2)+bord(1)+pos(_X,_Y) ,_TXT)
    
96.         ass_main(ASS_BUF,SubL(_ET,_ET+_n*2.5,1),an(5)+blur(2)+bord(1)+pos(_X,_Y)+t(0,100,0.5,fsc(80,80)+bord(1.3)+blur(2)+color3("FFFFFF"))+t(100,_n*25,0.5,fsc(130,130)+alpha(255)+bord(1)+blur(0)) ,_TXT)
    
97. 
    
98.    
    
99.     if _i > 16 :
    
100.         ass_main(ASS_BUF,SubL(_BT-40+_j*2,_BT+_SK,1),an(5)+b(1)+pos(_X,_Y)+fad(200,0)+fsc(0,0)+t(0,200,fsc(220,220))+t(200,330,fsc(80,80))+t(330,520,fsc(140,140))+t(520,610,fsc(150,150))+t(610,710,fsc(120,120))+t(710,820,fsc(100,100))+rndy(20)+t(rndy(0))+blur(6) ,_TXT)
     
101.         ass_main(ASS_BUF,SubL(_BT+_SK,_ET,5),an(5)+b(1)+blur(6)+pos(_X,_Y) ,_TXT)
     
102.         ass_main(ASS_BUF,SubL(_ET,_ET+30,5),an(5)+b(1)+blur(3)+move(_X,_Y,_X+randint(-800,800),_Y+randint(-30,30))+fad(0,300)+bord(2)+t(frz(randint(-1280,1280))+fsc(randint(20,100),randint(20,100))) ,_TXT)
     
103. 
     
104.         
     
105.    
     
106.     return (ASS_BUF, None)

复制代码

修复了http://www.tcax.org/forum.php?mo ... &extra=page%3D1
中间那部分的伪曲线的衔接不完整的瑕疵，嘛~
以上~个人的template移植完成，还有少许简单的就不移植了，接下来开个大坑~

补上个第80行代码的template

1. Comment: 0,0:00:00.00,0:00:00.00,song-jp-1,,0,0,0,template noblank notext,!maxloop(math.ceil($dur/10))!!retime("presyl",syl.duration*(j-1)/(maxj-1),syl.duration*(j-1)/(maxj-1)+700)!{\move(!$left+$width*(j-1)/(maxj-1)-0.1*syl.height!, !$top+0.4*$height+0.6*$height*((1+(-1)^syl.i)/2)+((-1)^(syl.i+1))*0.6*$height*(j-1)/(maxj-1)!,!$left+$width*(j-1)/(maxj-1)-0.1*syl.height-$height*math.random(10,40)/10!, !$top+0.2*$height+0.6*$height*((1+(-1)^syl.i)/2)+((-1)^(syl.i+1))*0.6*$height*(j-1)/(maxj-1)+math.random(-0.4*$height,0.4*$height)!)\an5\fscx!math.random(20,40)!\fscy!math.random(20,40)!\bord0.5\blur4\1vc(&H00FFFF&,&H00FFFF&,&HFFFFFF&,&HFFFFFF&)\fad(0,300)\frz45\p1}!shape2[math.random(3)]!

复制代码

预览：http://pan.baidu.com/s/1sj6O12H

jijidata

tcc 日文

1. # tcc file version
   
2. 
   
3. < tcc file version = 1.000 >
   
4. 
   
5. # mode configuration
   
6. 
   
7. < inherit ass header = false >
   
8. < k mode = word >
   
9. < text layout = horizontal >
   
10. < tcaxpy init = true >
    
11. < tcaxpy user = false >
    
12. < tcaxpy fin = false >
    
13. 
    
14. # py settings
    
15. < py file = jiji-007.py >    < beg line = 1 >    < end line = 0 >
    
16. 
    
17. 
    
18. 
    
19. 
    
20. 
    
21. < k-timed ass file = song-jp_k.ass >
    
22. < font file = FOT-SkipStd-B.ttf >    < font face id = 1 >    < font size = 52 >
    
23. < fx width = 1280 >    < fx height = 720 >    < fx fps = 59.940 >
    
24. < alignment = 2 >
    
25. < x offset = 10 >    < y offset = 20 >
    
26. < spacing = 0 >    < space scale = 1.000 >
    
27. 
    
28. 
    
29. 
    
30. # style settings
    
31. 
    
32. < font face name = "" >
    
33. < bord = 2 >    < shad = 0 >
    
34. < primary color = FFFFFF >    < secondary color = 000000 >    < outline color = 2A88C3 >    < back color = 000000 >
    
35. < primary alpha = 0 >    < secondary alpha = 240 >    < outline alpha = 0 >    < back alpha = 240 >
    
36. 
    
37. # additional settings
    
38. 
    
39. < blur = 0.000 >

复制代码

中文

1. # tcc file version
   
2. 
   
3. < tcc file version = 1.000 >
   
4. 
   
5. # mode configuration
   
6. 
   
7. < inherit ass header = false >
   
8. < k mode = word >
   
9. < text layout = horizontal >
   
10. < tcaxpy init = true >
    
11. < tcaxpy user = false >
    
12. < tcaxpy fin = false >
    
13. 
    
14. # py settings
    
15. < py file = jiji-007-ch.py >    < beg line = 1 >    < end line = 0 >
    
16. 
    
17. 
    
18. 
    
19. 
    
20. 
    
21. < k-timed ass file = song-ch_k.ass >
    
22. < font file = 方正隶变_GBK.TTF >    < font face id = 1 >    < font size = 37 >
    
23. < fx width = 1280 >    < fx height = 720 >    < fx fps = 59.940 >
    
24. < alignment = 2 >
    
25. < x offset = 10 >    < y offset = 62 >
    
26. < spacing = 0 >    < space scale = 1.000 >
    
27. 
    
28. 
    
29. 
    
30. # style settings
    
31. 
    
32. < font face name = "" >
    
33. < bord = 2 >    < shad = 0 >
    
34. < primary color = FFFFFF >    < secondary color = 000000 >    < outline color = 2A88C3 >    < back color = 000000 >
    
35. < primary alpha = 0 >    < secondary alpha = 240 >    < outline alpha = 0 >    < back alpha = 240 >
    
36. 
    
37. # additional settings
    
38. 
    
39. < blur = 0.000 >

复制代码

忘却の小伊

from s import


这个里面你用到的希望能贴出来...

好多看不明白....

qq502761713

其实那些图形代码在哪里找的？还是lz自己写的？好华丽啊

jijidata

忘却の小伊 发表于 2013-12-26 11:20
from s import

这个是置顶帖的mod的tag
用到的有\rnd\moves4，还有颜色渐变

jijidata

qq502761713 发表于 2013-12-26 11:49
其实那些图形代码在哪里找的？还是lz自己写的？好华丽啊

论坛里的矢量图收集贴以及各种模板里收集的，画这玩意儿好费时，不到万不得已我都懒得画

iceorange

好长，拿回去试一下

milkyjing

顶一个, 很清爽的效果, 非常赞

oiuu

大神，能帮忙看看嘛？

jijidata

oiuu 发表于 2014-10-27 11:41
大神，能帮忙看看嘛？

tcc中字体大小改为偶数试试~或者不想纠结的话删掉100行的+randint(-A,-A/2)

oiuu

jijidata 发表于 2014-10-28 22:57
tcc中字体大小改为偶数试试~或者不想纠结的话删掉100行的+randint(-A,-A/2)

两种方法都已经试过，还是错误。

Alex

lol, you are too lazy to draw >> like me XD
Nice effect Bro =D

Seekladoom

oiuu 发表于 2014-10-27 11:41
大神，能帮忙看看嘛？

解决问题的关键在于确定_A的数值，因为Python（Python 3.2）的随机函数randint的输出结果不能有小数，有小数就会报错。

因此在tcc中设置好字体参数以后，可以先写这么一个py脚本检查_A的具体数值：

1. from tcaxPy import *
   
2. 
   
3. def tcaxPy_Init():
   
4.     pass
   
5.    
   
6. def tcaxPy_Main(_i, _j, _n, _BT, _ET, _SK, _KT, _X, _Y, _A, _TXT):
   
7.     ASS_BUF = []        # 用于保存ASS特效
   
8. 
   
9.     ass_main(ASS_BUF,SubL(_BT,_ET,1),'',_A)
   
10. 
    
11.     return (ASS_BUF, None)

复制代码

然后再确认_A在randint中的计算结果是否有小数，有小数就将randint中的参数修改到最终计算结果只有整数即可。

要避免在randint函数本身的计算结果中出现小数的话，可以这样改：
randint(-_A/3,_A) → randint(-_A,_A*3)/3

贴一下修改过程及测试用文件：
jiji 007 randint test.rar (0 Bytes, 下载次数: 1921)

2021-10-7 22:19:49 上传

下载次数: 1921

1. from tcaxPy import *
   
2. import random # 配合第22-23行使用
   
3. 
   
4. def tcaxPy_Init():
   
5.     pass
   
6.    
   
7. def tcaxPy_Main(_i, _j, _n, _BT, _ET, _SK, _KT, _X, _Y, _A, _TXT):
   
8.     ASS_BUF = []        # 用于保存ASS特效
   
9. 
   
10.     #  1.原写法：直接报错
    
11.     #  报错内容（关键部分）：ValueError: non-integer arg 1 for randrange()
    
12.     #ass_main(ASS_BUF,SubL(_BT,_ET,1),'',randint(-_A/3,_A))
    
13. 
    
14.     #  2.直接给_A-10
    
15.     #  报错内容（关键部分）：invalid syntax
    
16.     #ass_main(ASS_BUF,SubL(_BT,_ET,1),'',randint((-_A-10)/3,_A+10))
    
17.    
    
18.     #  3.不改变原有计算结果的修改方法（能正常运行且无报错）
    
19.     ass_main(ASS_BUF,SubL(_BT,_ET,1),'',randint(-_A,_A*3)/3)
    
20.    
    
21.     #  4.在原有计算结果的基础上保留两位小数的修改方法（写进脚本连起来依然报错）
    
22.     #  报错内容：TypeError: bad operand type for unary -: 'str'
    
23.     #ass_main(ASS_BUF,SubL(_BT,_ET,1),'',str(format(randint(-_A,_A*3)/3,'.2f')))
    
24. 
    
25.     #  5.直接把randint换成uniform（能正常运行且无报错）
    
26.     ass_main(ASS_BUF,SubL(_BT,_ET,1),'',uniform(-_A/3,_A))
    
27.    
    
28.     return (ASS_BUF, None)

复制代码

补充：lua的随机函数math.random在绝大部分情况下也是只能输出整数的，极少数情况可以输出小数但因其不稳定而不具备实用价值。然而可以通过对其计算结果使用乘法或除法来获得小数的随机值计算结果。

Seekladoom

基于上述内容给出以下两种不改变计算结果的规范改法：

方法1：把randint内部计算结果弄成整数，小数计算结果靠randint外部的除法解决
TCAX Karaoke Effect 020 - 1.rar (66.93 KB, 下载次数: 1951)

2021-10-7 22:39:40 上传

下载次数: 1951

1.         posX1 = _X+randint(-_A*2,-_A)/2
   
2.         posX2 = _X+randint(-_A,_A*3)/3
   
3.         PP = [(posX1, _Y),(posX1, _Y),(posX1, _Y),(_X+randint(-_A*2,_A*2), _Y+randint(-50,50)), (_X+randint(-_A*15,_A*15)/10, _Y+randint(-90,50)),(posX2 ,_Y),(posX2,_Y),(posX2 ,_Y)]

复制代码

方法2：在最前面加个import random，再把所有涉及到_A运算的randint全部换成uniform
TCAX Karaoke Effect 020 - 2.rar (67.68 KB, 下载次数: 1914)

2021-10-7 22:39:51 上传

下载次数: 1914

1.         posX1 = _X+uniform(-_A,-_A/2)
   
2.         posX2 = _X+uniform(-_A/3,_A)
   
3.         PP = [(posX1, _Y),(posX1, _Y),(posX1, _Y),(_X+uniform(-_A*2,_A*2), _Y+randint(-50,50)), (_X+uniform(-_A*1.5,_A*1.5), _Y+randint(-90,50)),(posX2 ,_Y),(posX2,_Y),(posX2 ,_Y)]

复制代码