]]>
]]>
]]>
]]>
//
Pyin.cpp : 定义控制台应用程序的入口炏V?br />
2
//3
4
#include
"
stdafx.h
"
5
using
namespace
std;6
7
char
GetPYChar(
char
*
c)8
{9
unsigned
char
*
array
=
new
unsigned
char
[
2
];10
array[
0
]
=
c[
0
];11
array[
1
]
=
c[
1
];12
int
i
=
(
short
)(array[
0
]
-
'
\0
'
)
*
256
+
((
short
)(array[
1
]
-
'
\0
'
));13
14
if
( i
<
0xB0A1
)
return
'
*
'
;15
if
( i
<
0xB0C5
)
return
'
a
'
;16
if
( i
<
0xB2C1
)
return
'
b
'
;17
if
( i
<
0xB4EE
)
return
'
c
'
;18
if
( i
<
0xB6EA
)
return
'
d
'
;19
if
( i
<
0xB7A2
)
return
'
e
'
;20
if
( i
<
0xB8C1
)
return
'
f
'
;21
if
( i
<
0xB9FE
)
return
'
g
'
;22
if
( i
<
0xBBF7
)
return
'
h
'
;23
if
( i
<
0xBFA6
)
return
'
g
'
;24
if
( i
<
0xC0AC
)
return
'
k
'
;25
if
( i
<
0xC2E8
)
return
'
l
'
;26
if
( i
<
0xC4C3
)
return
'
m
'
;27
if
( i
<
0xC5B6
)
return
'
n
'
;28
if
( i
<
0xC5BE
)
return
'
o
'
;29
if
( i
<
0xC6DA
)
return
'
p
'
;30
if
( i
<
0xC8BB
)
return
'
q
'
;31
if
( i
<
0xC8F6
)
return
'
r
'
;32
if
( i
<
0xCBFA
)
return
'
s
'
;33
if
( i
<
0xCDDA
)
return
'
t
'
;34
if
( i
<
0xCEF4
)
return
'
w
'
;35
if
( i
<
0xD1B9
)
return
'
x
'
;36
if
( i
<
0xD4D1
)
return
'
y
'
;37
if
( i
<
0xD7FA
)
return
'
z
'
;38
return
'
*
'
;39
}
40
41
int
_tmain(
int
argc, _TCHAR
*
argv[])42
{43
char
*
szArray
=
new
char
[
10
];44
strcpy(szArray,
"
q
"
);45
char
*
charptr
=
szArray;46
cout
<<
szArray
<<
endl;47
48
cout
<<
sizeof
szArray
<<
endl;49
cout
<<
GetPYChar(charptr)
<<
endl;50
cout
<<
GetPYChar(charptr
+
2
)
<<
endl;51
system(
"
PAUSE
"
);52
53
return
0
;54
}
55
56
老同学做小的编E设计，电话L本，希望增加一个输入姓名汉语拼音首字母的方式快速找到条目，不知道如何实现。我找了一下，觉得按照q种思\最单?br />
首先在条目的数据l构中增加一个动态字W串Q在生成节点的时候动态的把姓名的拼音准备好。等到用q个Ҏ搜烦条目的时候只需要对比拼音烦引，q回W合条g的节Ҏ针就可以了?img src ="http://www.shnenglu.com/Jedimaster/aggbug/15605.html" width = "1" height = "1" />
]]>
http://developer.nvidia.com/object/gpu-gems-3-call-for-participation.html
GPU Gems 3 Call for Participation
Following the success of GPU Gems and GPU Gems 2, NVIDIA has decided to produce a third GPU Gems volume to showcase the best new ideas and techniques for the latest programmable GPUs. We were honored that GPU Gems won the 2004 Game Developer Front Line Award and that GPU Gems 2 was a Finalist in the 2005 Game Developer Front Line Awards. What’s more, GPU Gems and GPU Gems 2 were the best-selling books at the Game Developer Conference and SIGGRAPH in their respective years.
This latest GPU Gems will, like previous volumes, be hardbound and in full color. Tentatively titled GPU Gems 3, it will be edited by Hubert Nguyen, Manager of Developer Education at NVIDIA. Nguyen contributed to previous GPU Gems volumes and brings to this role vast experience in the field of computer graphics. Section editors include a team of expert NVIDIA engineers: Cyril Zeller, Evan Hart, Ignacio Castaño, Kevin Bjorke, Kevin Myers, and Nolan Goodnight.
NVIDIA is looking for innovative ideas from developers who are using GPUs in new ways to create stunning graphics and cutting-edge applications. GPU Gems 3 will present techniques and ideas that are broadly useful to GPU programmers and that can be integrated into their applications. And, it will continue the tradition of featuring chapters exploring non-graphics applications of the computational capabilities of GPU hardware (learn more at www.GPGPU.org). Because our goal is to provide a comprehensive set of authoritative and practical chapters, we strongly suggest submitting ideas about techniques that you have already developed and tested.
If you would like to contribute to the GPU Gems series, please read
the following submission guidelines. The deadline for proposal
submissions is Monday, December 11, 2006. If your proposal is accepted,
you will receive additional time to complete the chapter.
Guidelines for Chapter Proposal
Each chapter proposal should meet the following qualifications:
•?strong>Subject. Your chapter can be about any topic related to applying GPUs in useful and compelling ways. For example, you may choose to write about a specific shader or technique for rendering an interesting effect, or you could write about a strategy for integrating shaders into a game engine. Or, you might discuss an interesting way to apply the GPU’s horsepower in a non-graphics area. The main requirement is that your subject has practical value for the community and that you are committed to writing a clear, concise, and informative chapter.
•?strong>Submission. Send an e-mail to articlesubmissions@nvidia.com with your proposed chapter title as the subject line, and a concise chapter description in the e-mail body (preferably no more than 300 words). To increase your chances of acceptance, we recommend that the description include screenshots or movies that demonstrate the technique in action. Ultimately, you must be able to provide a working program that demonstrates your technique. Complete source code is not necessarily required, though a self-contained example will be a plus.
•?strong>Deadline. We will be working on an aggressive schedule, so you must submit your proposal by Monday, December 11, 2006.
Notifications will be sent out by the end of the year. If your proposal is accepted, we will contact you via e-mail and discuss our expectations for the full chapter, as well as the next steps in the process. To assist you in finalizing your chapter, we will create your figures and provide copyediting services.
Final Chapter Information
•?strong>Length. The final chapters should range from five to twenty pages of formatted book pages. This requirement accounts for figures, code samples, and page layout, so there would be approximately 200 to 300 words per page. In some cases, we may accept chapters that are shorter or longer than the suggested length, depending on the content. A chapter does not have to be long or complicated to be accepted. In fact, an idea that is simple and compelling is more likely to be accepted.
•?strong>Rights. You must have the right to publish your work, code and images (diagrams and screenshots).
We look forward to reading your submissions.联想C国的图书市场Q只有叹息而以Q什么时候才有这样高素质的图书出玎ͼ在国外真好?br />
]]>
讨厌中国的这些个破网站，下蝲源代码竟然还要花q请什么破VIPQ殊不知sf.net中好的代码多的是?br />
q个是我从国外的一个论坛中拖回来的Q由于自q盘装不下Wow客户端所以也没有测试过Q有条g的可以试试看?br />
我打花些时间用C++重新写一遍，虽然说已l有了类似的MangosQ实在不喜欢C# JAVA之类的虚拟机语言?netZ要蟩出来和我争C#不是虚拟Y件云云，懒得搭理。编译出来的代码很小Q程序启动速度奇慢无比Q还必须?net Frameworks的支持，ȝ?br />
最早的是WowEmuQ许多单机版Wow附带的也是q个我就不列出地址了，BT上多的是?br />
然后是WowwowQ可是它的内总码是不公开的，你可以看到decompiler云云
下蝲地址
附上一个有一些代码的Wowwow Alpha v8.3
下蝲地址
目前我正在分析的是MangosQ老l竟然在sf.net中，介绍是一Ҏ有提到World of WarQ可是实际上它运行的是它?br />?a >q里?br />
Ƣ迎交流Q如果您觉得好请回复我一下谢谢咯~~~
]]>