玩遊戲，吃元宵，賞明月，人生夫復何求？？！！有緣人或可得見『千江有水千江月』之景緻耶！！？？
菩提達摩【梵文：बोधिधर्म Bodhidharma】又稱達摩，是為佛教『禪宗初祖』。他於南北朝劉宋年間，乘船來到中國南越地方 ── 即今廣州 ──。之後他的登岸處立著『西來初地』之碑，並傳言他建造千年古剎『華林寺』── 初名西來庵 ──，寺內石塔中藏有二十一顆釋迦牟尼佛之真身舍利子。
傳說達摩自海路來到震旦後，聞之梁武帝篤信佛法，於是往至金陵── 現今江蘇南京 ── 與其談法，因對『佛教』理念不合，遂 『一葦渡江』止於嵩山少林寺。於寺中曾『壁觀婆羅門』面壁九年，並在石洞裡留下了《易筋經》和《洗髓經》。這位《易筋經》的撰寫者，乃少林七十二絕技的創造者，將禪宗帶入中國的起始者，是一位擁有諸多傳奇神異之覺悟人。
欲知達摩西來意？達摩血脈論說：吾本來此土，傳法救迷情，一華開五葉，結果自然成。它預示著禪宗六祖慧能在成佛後，會帶出多位弟子，將創立五個宗派，後世之佛教徒多以『教外別傳、不立文字』為達摩『禪法』的標誌。此一宗五脈的世系是︰初祖達摩、二祖慧可、三祖僧璨、四祖道信、五祖弘忍和六祖惠能。世系起於達摩所留之一隻『草鞋』，『認可』二祖『傳法』慧可之始。
本文標題是出自宋代诗人雷庵正受的
《嘉泰普燈錄卷十八》︰
千山同一月，萬戶盡皆春；
千江有水千江月，萬里無雲萬里天 。
傳燈
又稱傳燈錄。指記載禪宗世系傳法緣起之著作。意謂以 法傳人，有如燈火相傳輾轉不絕。最早的燈錄之作，萌芽於南北朝時代，而正式燈錄之形式則出現於禪宗創立之後，經世歷代綿延相續，至宋代達於大盛，此後元明清各代續承紹統，燈錄之作繼而不盡。『五燈』就是五部記敘著禪宗世系源流的燈錄：
北宋法眼宗道原的《景德傳燈錄》；
北宋臨濟宗李遵勖的《天聖廣燈錄》；
北宋雲門宗惟白的《建中靖國續燈錄》；
南宋臨濟宗悟明的《聯燈會要》；
南宋雲門宗正受的《嘉泰普燈錄》。
先後成書於北宋景德元年至南宋嘉泰二年的凡二百年間。南宋又有《五燈會元》一部，括摘了五燈的『樞要』，若比之五燈，篇幅能減少了一半以上。
天上明月祇一輪，千江有水千江月，非是明月入江照，卻因千江水映月。自然自為自是天，遮天霧霾非天暗，一旦無雲萬里天，可見可現是可觀。也就是說︰觀『映』『現』的情貌，就是觀『自心』之緣由，明此『緣由』的原故，方能明『己性』所『從來』。所以明心見性實自映自觀，故不必別立文字。
─── 引自《千江有水千江月》
『古典遊戲』也者，無需文字，不必言語。誠『影』、『音』互動之大千世界，『聲』、『光』展現的虛擬乾坤。實自樂樂人者也。將有志遠行乎？？或可攜著
RetroArch is back!
RetroArch is an open-source project that makes use of a powerful development interface called Libretro. Libretro is an interface that allows you to make cross-platform applications that can use rich features such as OpenGL, cross-platform camera support, location support, and more in the future.
※ 參考 buildbot.libretro.com>stable>1.3.0>android
與
MAME4droid is a version of iMAME4all (Jailbroken iPhone, iPad) for Android, all of them developed by David Valdeita (Seleuco), port of MAME 0.37b5 emulator by Nicola Salmoria and TEAM, and it is based on GP2X, WIZ MAME4ALL 2.5 by Franxis.
MAME4droid emulates arcade games supported by original MAME 0.37b5 plus some additional games from newer MAME versions.
一同闖蕩江湖矣！！
cd .config/retroarch/
ls
』為用；乾坤『 
』借法。
傳送了一段『
![count -ne 1500 ] ; do count=`expr](http://www.freesandal.org/wp-content/ql-cache/quicklatex.com-81dac500fcfdf1854e48b2d9f1230846_l3.png "Rendered by QuickLaTeX.com")
count + 1`
raspi2png -h 480 -w 640 -p ~/screens/![{count:1}.png done </pre> <span style="color: #666699;">接著取得</span> <span style="color: #666699;"><a style="color: #666699;" href="https://github.com/AndrewFromMelbourne/raspi2png">AndrewFromMelbourne/raspi2png</a></span> <span style="color: #808080;">raspi2png</span> <span style="color: #808080;">Utility to take a snapshot of the raspberry pi screen and save it as a PNG file</span> <span style="color: #808080;">raspi2png -h</span> <span style="color: #808080;"> raspi2png: option requires an argument -- 'h'</span> <span style="color: #808080;"> Usage: raspi2png [--pngname name] [--width <width>] [--height <height>] [--compression <level>] [--delay <delay>] [--display <number>] [--stdout] [--help]</span> <span style="color: #808080;">--pngname,-p - name of png file to create (default is snapshot.png)</span> <span style="color: #808080;"> --height,-h - image height (default is screen height)</span> <span style="color: #808080;"> --width,-w - image width (default is screen width)</span> <span style="color: #808080;"> --compression,-c - PNG compression level (0 - 9)</span> <span style="color: #808080;"> --delay,-d - delay in seconds (default 0)</span> <span style="color: #808080;"> --display,-D - Raspberry Pi display number (default 0)</span> <span style="color: #808080;"> --stdout,-s - write file to stdout</span> <span style="color: #808080;"> --help,-H - print this usage information</span> <span style="color: #666699;">又思何不做成『影片』耶？？！！</span> <span style="color: #666699;">終於借著</span> <img class="alignnone size-full wp-image-48539" src="http://www.freesandal.org/wp-content/uploads/ffmpeg-logo.png" alt="ffmpeg-logo" width="396" height="100" /> <div id="pagepath" class="noprint"> <h1><span style="font-size: 14pt; color: #808080;"><a class="pathentry" style="color: #808080;" title="View Create a video slideshow from images" href="https://trac.ffmpeg.org/wiki/Create%20a%20video%20slideshow%20from%20images">wiki:Create a video slideshow from images</a></span></h1> </div> <h2 id="Framerates"><span style="color: #808080;">Frame rates</span></h2> <span style="color: #808080;">Create a video (using the encoder <tt>libx264</tt>) from series of numerically sequential images such as <tt>img001.png</tt>, <tt>img002.png</tt>, <tt>img003.png</tt>, etc.</span> <div class="wikipage"> <span style="color: #808080;"><strong>Important:</strong> All images in a series need to be the same size and format.</span> </div> <span style="color: #808080;">You can specify two frame rates:</span> <ul> <li><span style="color: #808080;">The rate according to which the images are read, by setting <tt>-framerate</tt> before <tt>-i</tt>. The default for reading input is <tt>-framerate 25</tt> which will be set if no <tt>-framerate</tt> is specified.</span></li> <li><span style="color: #808080;">The output frame rate for the video stream by setting <tt>-r</tt> after <tt>-i</tt> or by using the <tt>fps</tt> filter. If you want the input and output frame rates to be the same, then just declare an input <tt>-framerate</tt> and the output will inherit the same value.</span></li> </ul> <span style="color: #808080;">By using a separate frame rate for the input and output you can control the duration at which each input is displayed and tell <tt>ffmpeg</tt> the frame rate you want for the output file. If the input <tt>-framerate</tt> is lower than the output <tt>-r</tt> then <tt>ffmpeg</tt> will duplicate frames to reach your desired output frame rate. If the input <tt>-framerate</tt> is higher than the output <tt>-r</tt> then <tt>ffmpeg</tt> will drop frames to reach your desired output frame rate.</span> <span style="color: #808080;">In this example each image will have a duration of 5 seconds (the inverse of 1/5 frames per second). The video stream will have a frame rate of 30 fps by duplicating the frames accordingly:</span> <pre class="wiki">ffmpeg -framerate 1/5 -i img%03d.png -c:v libx264 -r 30 -pix_fmt yuv420p out.mp4 </pre> <span style="color: #666699;">以及</span> <img class="alignnone size-full wp-image-48541" src="http://www.freesandal.org/wp-content/uploads/openlogo-50.png" alt="openlogo-50" width="50" height="61" /> <div id="header"> <ul id="pagelocation"> <li><span style="color: #808080;"><a style="color: #808080;" href="https://wiki.debian.org/ffmpeg">ffmpeg</a></span></li> </ul> </div> <div id="page" dir="ltr" lang="en"> <div id="content" dir="ltr" lang="en"> <hr /> <span style="color: #808080;"><span id="line-5" class="anchor"></span><small><a style="color: #808080;" href="https://wiki.debian.org/DebianWiki/EditorGuide#translation">Translation(s)</a>: English - <a style="color: #808080;" href="https://wiki.debian.org/fr/ffmpeg">French</a> </small> <span id="line-6" class="anchor"></span></span> <hr /> <span style="color: #808080;"><big>FFmpeg/Libav</big> is a suite of open source software in command line that permit to manage audio or video streams. With FFmpeg/Libav, we can make recordings, playings, making corrections with filters, or transcode media from a format to an other. <span id="line-9" class="anchor"></span><span id="line-10" class="anchor"></span></span> <span style="color: #808080;">Libav is a fork of FFmpeg that we can find in the Debian repositories. If you want to use ffmpeg, you will juste need to change the word "avconv" to "ffmpeg" in the different commands lines, the rest stay the same.</span> </div> </div> <span style="color: #666699;">種種資訊︰</span> <pre class="lang:default decode:true ">pi@retropie:~/raspi2png](http://www.freesandal.org/wp-content/ql-cache/quicklatex.com-9f6876fabfdc83491bacdc3b8506c442_l3.png "Rendered by QuickLaTeX.com")
ls
LICENSE Makefile raspi2png raspi2png.c README.md
pi@retropie:~/raspi2png 
cd
pi@retropie:~ 
nano raspimovie
pi@retropie:~ 
./raspimovie
pi@retropie:~ 
avconv -framerate 10 -i %03d.png -c:v libx264 -r 30 -pix_fmt yuv420p out.mp4
==> 
==> 
==> 
==> 
==> 
==> 
==> 
==> 
==> 
==> 
==> 
==> 
closes the program. The in-game menu can be toggled with F1.
ls
RetroArch-0213-123513.png
ls
BIOS cheats retropiemenu roms splashscreens
pi@retropie:~/RetroPie 
ls
amiga c64 gbc msx psp videopac
amstradcpc coco genesis n64 psx wonderswan
apple2 dragon32 intellivision neogeo quake3 wonderswancolor
atari2600 dreamcast macintosh nes scummvm zmachine
atari5200 fba mame-advmame ngp sega32x zxspectrum
atari7800 fds mame-libretro ngpc segacd
atari800 gamegear mame-mame4all pc sg-1000
atarilynx gb mastersystem pcengine snes
atarist gba megadrive ports vectrex
pi@retropie:~/RetroPie/roms 
cd RetroPie-Setup/
pi@retropie:~/RetroPie-Setup 
ls
configs emulators lib libretrocores ports supplementary
pi@retropie:/opt/retropie 
ls
all atarist fds mame-mame4all pc sg-1000
amiga c64 gamegear mastersystem pcengine smw
amstradcpc cavestory gb megadrive psp snes
apple2 coco gba msx psx vectrex
atari2600 doom gbc n64 quake videopac
atari5200 dragon32 intellivision neogeo quake3 wonderswan
atari7800 dreamcast macintosh nes scummvm wonderswancolor
atari800 duke3d mame-advmame ngp sega32x zmachine
atarilynx fba mame-libretro ngpc segacd zxspectrum
pi@retropie:/opt/retropie/configs $
