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[完整特效] [J]munto_ed_shanzhai [附工程] [复制链接]

面麻

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Effect Researcher.

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电梯直达

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发表于 2015-9-11 17:46:53 |只看该作者 |倒序浏览

本帖最后由面麻于 2015-9-11 17:54 编辑

说明：这是milk前辈从X大写的效果移植过来的，用了种子填充算法，正好应Alex的要求。
具体见脚本，就不解释了（我也还没看）。
用TCAS生成了，渲染效率高点。
附上工程，可以 prase 看看。附件去掉了片源和字体，体积太大就不放了。

munto_ed_shanzhai_temp.zip (8.45 KB, 下载次数: 2762)

如果有疑问，直接跟帖。

##### 基本函数库, 必须包含 #####
from tcaxPy import *
##### 额外的一些库 #####
from collections import deque
def RandomDouble_Gauss(l, h):
return RandomDouble_Gauss_(l, h, 6)
def RandomDouble_Gauss_(l, h, g):
sum = 0
for i in range(g):
sum += RandomDouble(l, h)
return sum / g
def RandomDouble(l, h):
return l + (h - l) * random()
##### 初始化函数, 用于设定一些全局变量 #####
def tcaxPy_Init():
##### 声明全局变量 #####
global _FontFileName # 字体文件名
global _FaceID # 字体Face序号
global _Fs # 字体大小
global _TextWidth # 文字宽度
global _TextHeight # 文字高度
global _TextLength
global _TextAdvDiff
global _ResolutionX
global _OffsetX
global _FD # 一帧的持续时间, 40毫秒
global Font # 首要字体
global FontOut # 字体边框
##### 获取预定义的值 #####
_FontFileName = GetVal(val_FontFileName)
_FaceID = GetVal(val_FaceID)
_Fs = GetVal(val_FontSize)
_TextHeight = GetVal(val_TextHeight)
_TextWidth = GetVal(val_TextWidth)
_TextLength = GetVal(val_TextLength)
_TextAdvDiff = GetVal(val_TextAdvanceDiff)
_ResolutionX = GetVal(val_ResolutionX)
_OffsetX = GetVal(val_OffsetX)
_FD = 1000 / GetVal(val_FXFPS)
##### 设置自定义变量的值 #####
Font = InitFont(_FontFileName, _FaceID, _Fs, GetVal(val_Spacing), GetVal(val_SpaceScale), 0xFFFFFF, 0, 0) # 0xFFFFFF为16进制表示的白色
FontOut = InitFont(_FontFileName, _FaceID, _Fs, GetVal(val_Spacing), GetVal(val_SpaceScale), 0xFFFFFF, 4, 1) # 最后一个参数置为1表示只提取边框
##### 结束函数, 用于一些收尾工作 #####
def tcaxPy_Fin():
##### 清理一些全局变量 #####
FinFont(Font)
FinFont(FontOut)
##### 脚本主函数, 会对每个文字执行一次 #####
# _i 第_i句, 即当前操作的文字所在的句子序号
# _j 第_i句中的第_j个文字, 即当前操作文字的序号
# _n 第_i句中有_n个文字, 即当前句子所包含的文字数
# _start 句子的开始时间
# _end 句子的结束时间
# _elapk 到第_j个字经过的时间, _start + _elapk 到 _start + _elapk + _k 即为当前文字的存在时间
# _k 第_j个文字的卡拉OK时间
# _x 第_j个文字的水平坐标
# _y 第_j个文字的垂直坐标
# _a 第_j个文字的水平跨距, 可以看作文字的宽度, 同样_Fs也可近似看成文字的高度
# _txt 第_j个文字的内容
def tcaxPy_Main(_i, _j, _n, _start, _end, _elapk, _k, _x, _y, _a, _txt):
ASS_BUF = [] # 保存ASS特效
TCAS_BUF = [] # 保存TCAS特效
##### 主要特效编写操作 #####
if _i > 2 and _i % 2 == 1:
_x = _ResolutionX - _TextLength[_i] - _OffsetX + _TextAdvDiff[_i][_j]
t0 = _start - 60 + 5 * _j
t1 = t0 + 40
t2 = _end + 60 + 5 * _j
t3 = t2 + 40
for i in range(1, 5):
ass_main(ASS_BUF, SubL(t0 + 3 * i, t1 + 3 * i), \
mov(_x + 30, _y - 30, _x, _y) + alpha1(255) + blur(2) + \
fad(20 * (t1 - t0), 0) + fry(-180) + \
animation1(0, 10 * (t1 - t0), fry(0)), _txt)
ass_main(ASS_BUF, SubL(t0, t1), \
mov(_x + 30, _y - 30, _x, _y) + alpha1(255) + blur(2) + \
fad(10 * (t1 - t0), 0) + fry(-180) + \
animation1(0, 10 * (t1 - t0), fry(0)), _txt)
ass_main(ASS_BUF, SubL(_start + _elapk, t2), \
pos(_x + 1, _y + 1) + alpha1(255) + alpha3(119) + color3('000000') + \
bord(8) + blur(8) + fad(20, 20), _txt)
ass_main(ASS_BUF, SubL(t1, t2), \
pos(_x, _y) + alpha1(255) + blur(2), _txt)
ass_main(ASS_BUF, SubL(t0, t1), \
mov(_x + 31, _y - 29, _x + 1, _y + 1) + alpha1(255) + alpha3(119) + color3('000000') + \
bord(8) + blur(8) + fad(10 * (t1 - t0), 0) + fry(-180) + \
animation1(0, 10 * (t1 - t0), fry(0)), _txt)
ass_main(ASS_BUF, SubL(t1, _start + _elapk + 2), \
pos(_x + 1, _y + 1) + alpha1(255) + alpha3(119) + color3('000000') + \
bord(8) + blur(8) + fad(0, 20), _txt)
for i in range(1, 5):
ass_main(ASS_BUF, SubL(t2 + 3 * i, t3 + 3 * i), \
mov(_x, _y, _x - 30, _y + 30) + alpha1(0) + blur(2) + \
fad(0, 20 * (t3 - t2)) + animation1(0, 10 * (t3 - t2), fry(180)), _txt)
ass_main(ASS_BUF, SubL(t2, t3), \
mov(_x, _y, _x - 30, _y + 30) + alpha1(0) + blur(2) + fad(0, 10 * (t3 - t2)) + \
animation1(0, 10 * (t3 - t2), fry(180)), _txt)
# gradient
seed(_j)
ptString = '{\\p8}m 0 0 l 128 0 128 128 0 128'
dx = _x - int(_a / 2 + 0.5) # 一个固定操作, 将an5的坐标转换为an7
dy = _y - int(_Fs / 2 + 0.5) # ASS特效默认采用an5坐标, TCAS特效则采用an7坐标
PIX = TextPix(Font, _txt) # get the pixel info
PIX_t = PIX
width = PIX[1][0]
height = PIX[1][1]
# get points of the text from PIX, to get the colors from points use PIX[2][...]
text = []
for h in range(height):
for w in range(width):
if PIX[2][(h * width + w) * 4 + 3] != 0:
text.append((w, h))
# make the boundary
boundary = []
for h in range(height):
boundary.append([])
for w in range(width):
boundary[h].append(-1) # -1 indicates the boundary
num = len(text) # number of points
for i in range(num):
w = text[i][0]
h = text[i][1]
boundary[h][w] = i # non-boundary area
dx0 = (0, 1, 0, -1)
dy0 = (1, 0, -1, 0)
# make the index
index = []
for i in range(num):
index.append(-1)
# rearrange the index
left = num
while (left > 0):
q = deque()
for i in range(num):
if index[i] == -1:
q.append(i)
index[i] = 0
break
while (len(q) > 0):
left -= 1
s = q.popleft()
pt = text[s]
for i in range(4):
x1 = pt[0] + dx0[i]
y1 = pt[1] + dy0[i]
if x1 >= 0 and x1 < width and y1 >= 0 and y1 < height and boundary[y1][x1] >= 0:
t = boundary[y1][x1]
if index[t] < 0:
index[t] = index[s] + 1
q.append(t)
# TCAS alternative
#pc0 = '5955FF'
#pc1 = '55FDFF'
#pc2 = '9C4E4D'
indsc = 0.5
tp0_start = 10 * _end
tp0_end = 0
tp0 = []
for i in range(num):
t = 10 * (_start + _elapk - 10 + index[i] / indsc + 10 * RandomDouble_Gauss(-0.2, 0.2))
tp0.append(t)
if t < tp0_start: # what we are doing is to create a series of PIXs to conver all the possible durations
tp0_start = t
if t > tp0_end:
tp0_end = t
tp0_end += 24 * _FD
dur = tp0_end - tp0_start
for i in range(0, int(dur), int(_FD)): # first of all, you should know how many frames we are going to make, then with each frame, what PIX we are going to use
PIX_li = [] # we need one PIX for each frame
PIX_li.append(PIX_t[0])
PIX_li.append(PIX_t[1])
temp = list(PIX_t[2])
for j in range(num): # make the PIX
pt = text[j]
off = (pt[1] * width + pt[0]) * 4
temp[off + 0] = 0xFF
temp[off + 1] = 0x55
temp[off + 2] = 0x59
if tp0_start + i < tp0[j]: # should be transparent
temp[off + 3] = 0
elif tp0_start + i < tp0[j] + 7 * _FD:
temp[off + 3] *= (i + tp0_start - tp0[j] + _FD) / (8 * _FD)
elif tp0_start + i < tp0[j] + 15 * _FD:
temp[off + 0] = 0xFF
temp[off + 1] = 0x55 + (0xFD - 0x55) * (i + tp0_start - tp0[j] - 7 * _FD) / (8 * _FD)
temp[off + 2] = 0x59 + (0x55 - 0x59) * (i + tp0_start - tp0[j] - 7 * _FD) / (8 * _FD)
elif tp0_start + i < tp0[j] + 22 * _FD:
temp[off + 0] = 0xFF + (0x4D - 0xFF) * (i + tp0_start - tp0[j] - 14 * _FD) / (8 * _FD)
temp[off + 1] = 0xFD + (0x4E - 0xFD) * (i + tp0_start - tp0[j] - 14 * _FD) / (8 * _FD)
temp[off + 2] = 0x55 + (0x9C - 0x55) * (i + tp0_start - tp0[j] - 14 * _FD) / (8 * _FD)
else:
temp[off + 0] = 0x4D
temp[off + 1] = 0x4E
temp[off + 2] = 0x9C
PIX_li.append(tuple(temp))
PIX = tuple(PIX_li)
tcas_main(TCAS_BUF, PIX, tp0_start + i, tp0_start + i + _FD, dx, dy, 0)
tp0_end -= int(dur) % int(_FD)
if tp0_end < 10 * t2:
PIX = PixColorRGB(PIX_t, 0x9C4E4D)
tcas_main(TCAS_BUF, PIX, tp0_end, 10 * t2, dx, dy, 0)
##### 将结果返回给tcax进行处理 #####
return (ASS_BUF, TCAS_BUF)