Wikipedia:Reference desk/Archives/Computing/2007 July 7

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How can I connect both of these computers to the Internet?

My cousin has two computers that run on Windows. He uses Verizon DSL and a Westell 6100 modem. He has succeeded in connecting one of his computers to the Internet. He also wants to connect his second computer to the Internet. However, a tech support guy from Verizon said that that was not possible because the Westell 6100 modem only supports 1 computer. He said that my cousin has to purchase a router.

My cousin is very reluctant to purchase a router. Is there any inexpensive way he can connect both of his computers to the Internet? —The preceding unsigned comment was added by Metroman (talk • contribs){{#if:00:00, 7 July 2007| 00:00, 7 July 2007|}}.

:Yes, it's called a router. Seriously. You can buy a basic ethernet router/switch for under $30 [http://www.amazon.com/exec/obidos/ASIN/B000I249MA/donhosek]. Donald Hosek 22:09, 6 July 2007 (UTC)

::I checked some stores in the neighborhood and routers were more than $60. My research says that the Westell 6100 modem also comes with router functionality. It has two ports, an Ethernet one and an USB one.

:::Or if you have a spare old computer lying around with 64mb of memory then you can install M0n0wall on it and let that do the routing is well. --antilived^{T | C | G} 22:43, 6 July 2007 (UTC)

:::Your Westell modem won't work as a router. Although it does have two connectors (like my Motorola SurfBOARD), you're only supposed to use one. Unless your modem has Network address translation (and I bet it doesn't), the modem wouldn't be able to figure out which packets belong to which computer. Just buy a router for $20. If you can afford $20 or more per month for a DSL subscription, you can afford a router. bCube _{(talk · contribs)} 07:30, 7 July 2007 (UTC)

:You've got two choices: You can purchase a dedicated NAT router, or you can turn one of the computers into a NAT router by installing a second network card and activating "Internet Connection Sharing". A cheap NAT router will cost about $20, a cheap network card will cost about $10. --Carnildo 23:15, 6 July 2007 (UTC)

:The Westell 6100 is a router, but it has only one Ethernet port. You can use a switch or hub to plug multiple computers into it. --Bavi H 22:05, 7 July 2007 (UTC)

::Late advice here, but Bavi H is on the right track. You need a switch or hub and not a router, which go for about 10 bucks. I use a linksys switch for my setup. Take the ethernet cord from the modem and put it into the "uplink" slot on the switch. Then plug your computers into the other ports on the switch.--GTPoompt (talk) 15:36, 12 July 2007 (UTC)

what was the first wikipedia article?

what was it?

:As far as I recall, that info is lost. There was a database change or something a few years back and the info was lost. This has been asked several times before, maybe I'll search the archives and try and find a better answer before someone else who knows off the top of their head responds.... Dismas|^(talk) 22:34, 6 July 2007 (UTC)

::Ah, here you go: Wikipedia:Wikipedia's oldest articles. Dismas|^(talk) 22:37, 6 July 2007 (UTC)

WP:OLDEST and UuU --_ʇuǝɯɯoɔɐqǝɟ 22:39, 6 July 2007 (UTC)

:::Prior to wikipedia, there was another project called Nupedia. The first article posted on that was atonality ;

by Christoph Hust ;

Posted 2000-07-25; reviewed and approved by the Music group; editor, G. B. Lane ; lead reviewer, Edward (Ted) McIrvine ; lead copyeditors, Bruce Hamilton and Ruth S. Ifcher .

Vista and Libertad

Okay so I bought Velvet Revolver's new album, "Libertad" today. I put it into my computer (running on window's vista home basic) and it doesn't recognize the CD. When I try going to Computer>Libertad, it just ejects the drive. What's wrong?

:You're using Vista. *badumppsssh*. Seriously, could be a scratched disk, does it work in other computers or CD players? ...It could also be DRM, although I'm not very familiar with that --_ʇuǝɯɯoɔɐqǝɟ 01:22, 7 July 2007 (UTC)

:Yeah, I'm guessing DRM. I know the first album was notorious for heavy-handed DRM, so the label probably did it again. -- Kesh 05:14, 7 July 2007 (UTC)

::DRM is not encoded on regular audio CDs. Tcrow777 talk 19:18, 7 July 2007 (UTC)

:::Not true. --⁪froth^t 05:29, 8 July 2007 (UTC)

::::Linux ask you what section (the data or audio) should be played, much more intelligent than even Vista... --antilived^{T | C | G} 06:09, 8 July 2007 (UTC)

:::::Copy protection generally works by modifying the CD layout so that the tracks are not visible to CD drives but are to Audio CD players (which generally uses the Analog data path to play CDs, unlike computer drives). As such, many brands of CD drives have problems recognizng them, but some can. Try a different drive. Or use the drive's analog output (there used to be analog out jack on older drives that plugged in directly to sound card, and swith media players to analog mode; or turn on the computer but do not boot the OS, put the CD in and plug in speakers directly to the headphone jack). --soum ^talk 08:19, 8 July 2007 (UTC)

::::::Actually some are just simply mixed-mode CD. Windows will only display the first (data) part so you cannot get to the actual audio part to rip it. It's merely a "feature" of Windows. --antilived^{T | C | G} 22:01, 8 July 2007 (UTC)

:::::::They are not "mixed mode" CDs (the data and audio tracks cannot be mixed in any order). The audio tracks MUST precede ALL audio tracks, or audio CD players wont be able to see them. And Windows definitely doesnt have problems with mixed mode CDs or enhanced CDs. It is able to properly see all tracks. If it does not happen to recognize the tracks, you wont be able to access it via Windows Explorer, but you can use burning software to extract the raw tracks or use address remapping to get it to do so (like using Mt. Rainier discs on non MRW drives with software drivers). But with copy protected CDs, the disc is not recognized at all (the drive continues to show as empty), its because the drive does not recognize the disc and has nothing to do with windows. It would behave the same on all OSs. Copy protected CDs use a lot of techniques on the data track like not closing it, or having the TOC point to locations outside the physical boundary of the discs (I cant remember the website I read it, but I can remember I reached it when I was trying to get the source of CDBurnerXP). Most drives have problems with such discs and that what allows the copy protection system to work (unless you go the Sony/BMG way and install a filesystem driver hidden behind a rootkit).

A simple black marker to cover the data track is all is needed to make the discs usable.

(Dont look at that unless you have to) --soum ^talk 10:37, 9 July 2007 (UTC)

I.T

How I.T related to Philosophy?

:Among many other things, you might look at Open source, and Unix philosophy, for starters. These are not universal concepts in IT, but they certainly qualify. Nimur 05:48, 7 July 2007 (UTC)

::I have my own philosophy concerning this, it's called do your own homework --_ʇuǝɯɯoɔɐqǝɟ 05:53, 7 July 2007 (UTC)

I.T. is thoroughly drenched in the viscous impenetrable sludge of philosophical inquiry. Indeed, the academic disciplines currently promoted as "computer science" in most institutions walk hand-in-hand with entrenched and long-standing philosophical traditions, conjecture and speculation.

This relationship is so fundamental, so thorough, that it is probably more sensible to ask how I.T. is not related to philosophy.

:For example, just a tiny sampling would include:

:* Artificial intelligence, Leaky abstraction, Determinism-> :Category:Epistemology

:* Software engineering, Separation of concerns, Object orientation, -> Ontology

:* Semiotics, Formal language, Computer language, -> Philosophy of language

:* Recursion theory, Paradox, Metamathematics, <- Self reference

It is impossible to gain even a rudimentary understanding of I.T. without confronting fundamental principles and questions of philosophy, whether you recognize them or not. dr.ef.tymac 14:15, 7 July 2007 (UTC)

Virus!!!!!!!! Alert

I have my 2Gb mp4 but the problem with my mp4 it has a trojan virus. how could i remove the f*cking virus??????

:Delete the file? Splintercellguy 02:26, 7 July 2007 (UTC)

:Normally, whatever program you used to detect the virus can also delete/quarantine the file. - Akamad 05:04, 7 July 2007 (UTC)

You could reformat the player's hard drive and re-sync your music. 68.44.59.204 21:36, 7 July 2007 (UTC)

What virus? (mp4 is usually a media container.) Epylar 02:27, 8 July 2007 (UTC)

Installing Operating Systems on Different Hardware

Greetings. Does anyone know if it is possible to install Mac OS X on a Windows-based PC? For example, I have a Compaq Presario Desktop computer, currently running Windows XP. Is it still possible for me to install the Mac operating system on it, from a disc? Thanks.Folger 02:56, 7 July 2007 (UTC)

:Short answer: no. --cesarb 03:01, 7 July 2007 (UTC)

::As far as OSX, I believe not, although I've heard of OSX running on everything from Apple TV to Xbox 360. If you're talking about OS in general, then yes, although they have to be modified. For example, Linux variants run on everything from iPods, to PDAs, to Macs, to toasters, to xbox, to routers... the list goes on and on. If you want to replace your Windows XP install, you could consider linux. If you want advice on that, leave a note on my talk page, so it doesn't fill this place up. Not to mention, if you just want the LOOK of OSX, Linux can replicate it fairly accurately --_ʇuǝɯɯoɔɐqǝɟ 03:36, 7 July 2007 (UTC)

:Sure you can, but it's illegal. Splintercellguy 03:34, 7 July 2007 (UTC)

::It is not illegal if you buy it from Apple; you can install the Intel-based version of Mac OS X, but I recommend you go the way of Linux with KDE instead; you will have to istall either OS on a separate partition and there are a lot of Hardware compatibility issues. Tcrow777 talk 03:41, 7 July 2007 (UTC)

:::Is it illegal if you buy it from Apple? No, because it won't work. The OS X EULA prohibits using OS X on a computer that is not Apple branded and EFI will prevent such an installation. The Intel version of OS X can run on standard PCs, but emulation of EFI and sometimes SSE3 is required, making the computer's operation generally slower (than running Linux on the equivalent PC) and unsatisfying. Please note that modifying OS X to not check for EFI is clearly against the terms of the OS X EULA. Freedomlinux 01:06, 13 July 2007 (UTC)

:The [http://insanelymac.com InsanelyMac.com] forum probably has more information on installing OSx86. Splintercellguy 04:12, 7 July 2007 (UTC)

::The OS X EULA IIRC requires OS X be installed on a Mac, so yes, it is illegal. Furthermore, OS X as obtained from Apple won't boot in a PC -- the copy has to be modified. —Preceding unsigned comment added by 149.135.20.212 (talk • contribs) 06:15, 7 July 2007 (UTC)

:::It is anti-trust to require that OS X be installed on a Mac Computer. Tcrow777 talk 06:19, 7 July 2007 (UTC)

::::Not really. Apple sells Macs, not Mac OSX. There is no reason a consumer would be forced to use OSX, so your point is null. Please don't suggest our users break the law based on your highly questionable opinion of the law. --_ʇuǝɯɯoɔɐqǝɟ 06:29, 7 July 2007 (UTC)

:::::(comment removed by author--appears to be addressed below, so was redundant) Epylar 02:31, 8 July 2007 (UTC) Epylar 02:33, 8 July 2007 (UTC)

:::::It's NOT against the law, and even if it was protected under the DMCA it has a clause specifically protecting an individual's right to tinker- you just can't distribute information regarding bypassing security. Also apple [http://www.amazon.com/Apple-Mac-Tiger-10-4-6-DVD/dp/B000BWZZLG/ref=pd_bbs_1/002-8702578-5844057?ie=UTF8&s=software&qid=1183872391&sr=8-1 does sell osx]... at an insane price I might add, since it's really just a gui and a set of drivers plus free software --⁪froth^t 05:27, 8 July 2007 (UTC)

You will need to modify Mac OS X, because the "Trusted Platform Module" (TPM) is embedded inside those litle Intel-based Macs to make it to where you cannot install Mac OS X on PCs, but there is a way, the OSx86 Project has found one and there website is right [http://wiki.osx86project.org/ here]. Tcrow777 talk 06:44, 7 July 2007 (UTC)

:What, "…opinion of the law." I know about this. Apple sells OS X separately (how do you upgrade?) so it is anti-trust. Tcrow777 talk 07:10, 7 July 2007 (UTC)

::The Trusted Platform Modules inside Macs were never used, and newer Macs don't have the TPM inside them anymore. Just wanted to point that out. bCube _{(talk · contribs)} 07:22, 7 July 2007 (UTC)

:::I don't believe you! Do you have a website to back that up (this is not an article or something, but I want more solid evidence in order to believe you). Tcrow777 talk 07:59, 7 July 2007 (UTC)

::::[http://www.osxbook.com/book/bonus/chapter10/tpm/ This site] says: "At the time of this writing (October 2006), the newest Apple computer models, such as the MacPro and possibly the revised MacBook Pro and the revised iMac, do not contain an onboard Infineon TPM. Apple could bring the TPM back, perhaps, if there were enough interest (after all, it is increasingly common to find TPMs in current notebook computers), but that's another story." The site also mentions that MacOSX never used the TPM in the OS. -- JSBillings 12:32, 7 July 2007 (UTC)

::You say "anti-trust" like it was something meaningful here or some straightforward piece of the law. It isn't. When you violate a EULA technically you are violating copyright. Even the OSx86 wiki people know this and thus have the standard "we're not telling you how to break the law, we're just talking about it in the abstract!" disclaimer that all piracy sites have, and that courts have held to be worthless, at the bottom of their FAQ. --24.147.86.187 11:33, 7 July 2007 (UTC)

:::No, no no no no no no. You're wrong- most courts do not honor EULAs as binding. They're just a part of the software that you have to click a button to pass and has some text scroll by, it's not an actual contract and it's not binding and it's definately not a violation of copyright.. that wouldnt even make sense --⁪froth^t 16:00, 7 July 2007 (UTC)

::::If a EULA were treated as a copyright license then yes, it would make sense, in the same way that the GFL makes sense and restricts what someone can or cannot do with a piece of software. In any case, EULA enforcibility depends on a lot of things. The examples on the EULA page are telling: in one, it was held as worthless since it basically was being used to deny that the software should work at all (software claimed it was MS DOS compliant, but it was in fact not); in another, it was held as valid since someone tried to pirate the software and claim that the EULA didn't mean anything. Now "putting an operating system on unapproved hardware" is probably somewhere in between those two poles, and I would think it rash to dismiss the idea that the EULA's copyright license in this respect would not apply here without existing caselaw. I imagine most lawyers would probably agree, though I am not a lawyer. But then again, neither are you. --24.147.86.187 13:17, 12 July 2007 (UTC)

:It's a lot easier to do the way around — installing Windows on an (Intel based) Mac, just FYI. --24.147.86.187 11:33, 7 July 2007 (UTC)

::Apple can yap all they want about "ZOMG DUNT INSTALL OYR OSX OHN UR WINDOWZE PCZ OHR WEEL GEHT JOO" and slap all sorts of warnings in the eula, but unless they actually stop you technically then there's nothing they can do about it. See EULA. Note that even if those technical measures are pathetic and easily defeated, if they're cryptographic in nature then apple will have legal ground to stand on via the DMCA. Also yes IMO it's antitrust. --⁪froth^t 15:56, 7 July 2007 (UTC)

:::If what you say about the TPM is true, one can simply buy Mac OS X from Apple (not including Hardware compatibility issues) and install it on a PC. Tcrow777 talk 19:00, 7 July 2007 (UTC)

::::It has other (more falsifiable) ways of detecting if it's an apple computer.. --⁪froth^t 04:05, 8 July 2007 (UTC)

:::::For the Hardware compatibility issues you could try drivers for Linux, UNIX, or BSD, since Mac OS X is based on the UNIX/Linux family. Tcrow777 talk 05:43, 8 July 2007 (UTC)

:::Read the EULA article again. It does not say unambiguously that they cannot be enforced. In fact it says in many cases that they have been enforced. You also mention "most courts" as if it were an opinion poll — it is not. Also, I'm not sure why rending the voice of Apple in 133t speak is supposed to be compelling to any side of the argument. --24.147.86.187 13:20, 12 July 2007 (UTC)

Computer cooling

Is it possible to take the fan out from an old power supply and hook it up to my computer for extra cooling, using my current PSU for power? I am talking about placing it in the fan slot in the middle of the case (rather than replacing the one in my PSU).

Most importantly, would this be electrically safe, or would the modified wiring create a hazard to my computer's lovely innards? − Twas Now ( talk • contribs • e-mail ) 08:40, 7 July 2007 (UTC)

:Well since the power supply contain some pretty big capacitors and can give you a fatal shock long after it's disconnected I would suggest you not to do it. I've seen some fans that are soldered directly onto the board so unless you've got a bit of equipment and some molex or 3 pin headers you can't really use it. Otherwise they should be 100% compatible, but always read the label on the fan and the label on the PSU that say not to dissemble it. You can also get a fan for less than $10 in computer/electronics shops. --antilived^{T | C | G} 10:29, 7 July 2007 (UTC)

:I can tell you from experience DON'T TRY TO DO THIS, it is not worth it. Trust me its not fun having 240v run through your body(Yep those capacitors can store a charge for months) , don't do it. Try to find an old cpu fan, it works much better, or buy a fan from the store. --Chris ^g 13:18, 7 July 2007 (UTC)

:The warnings are probably warranted, but if you are careful you should be fine. The fan will probably say what voltage it needs so if it is five volt you can hook it up to the red leads from the power supply (12v is yellow or orange) double check the voltage with a meter before you plug anything in. Consider whether you might rather keep the old PSU assembled in case you might need it later. Fans are very cheap, but recycling is cheaper. -- Diletante 16:06, 7 July 2007 (UTC)

:I have replaced the fan in a computer power supply using one from an old psu. If your old power supply hasnt been powered for some time the the capacitors are not likely to be charged up.-- but it is just possilbe-- so best to short them out with a screw driver before remonig the fan. The fan will either be a 5v or 12v unit and it may or may not be plugged into the psu pcb. If you do have a plug on the end, it is unlikly to fit the common power connecotrs in the computer, so you will have to obtain a connector and attach it to the leads. Red is positive and black negative so make sure this is correct or the fan may not operate.

:--Tugjob 16:45, 7 July 2007 (UTC)

A brand new fan for that will probably not cost you more than 20$- you can probably pick something up for 5 at your local PC shop. Please do not endanger yourself over that --_ʇuǝɯɯoɔɐqǝɟ 19:37, 7 July 2007 (UTC)

If you must do this try and use a power supply that has not had power running through it for at least a month and above evry thing else don't touch the capacitors (or the thing that looks like a huge audio converter for that matter). --Chris ^g 02:06, 8 July 2007 (UTC)

:Have commercial power supply designs actually gotten so crappy that they no longer include bleeder resistors? I would have expected that some regulatory agency somewhere still requires these.

:Atlant 14:34, 8 July 2007 (UTC)

::Some EHT supplies do not use bleeders (wonder why) - as I found to my cost when removing an eht lead from a scope tube Ouch! :-(

Firefox Browser

The back and forth feature of my Firefox Browser 2.0.0.4 has got stuck and I am not able to use it at all. Help from the Mozilla has not been of any real use. Neither has been the uninstal/instal again routine.What is the problem?Pksnn 10:26, 7 July 2007 (UTC)

:You may have to get rid of all remnants of Firefox after you've uninstalled it. Before you try this, backup any bookmarks you may have installed, because this process will delete everything related firefox. Try uninstalling, then going to whichever directory Firefox was installed and delete that (eg: c:\Program Files\Mozilla Firefox), then delete the firefox data in this folder too: C:\Documents and Settings\*USERNAME*\Application Data\Mozilla. I think that'll get rid of everything related to firefox. Then you can try re-installing. - Akamad 11:29, 7 July 2007 (UTC)

:Less drastically, you could try safe mode, and you could try reinstalling and then uninstalling and reinstalling -again- so you're using an uninstaller from a fresh install, and you could try alternate profiles. Epylar 05:00, 9 July 2007 (UTC)

Computer screen

Why, on a computer screen, does the mouse pointer go out of view when moved to the left or bottom of the screen, but remains within view when moved to the right or top of the screen? Think outside the box 11:33, 7 July 2007 (UTC)

:Because the actual pointer is at the top-left of the display-pointer (where it is pointing at). The actual pointer itself cannot move out of the screen but the rest of the bitmap can and therefore you can't move it out of the screen at the top and left sides but you can move it out at the right and bottom sides. --antilived^{T | C | G} 11:49, 7 July 2007 (UTC)

::So thats why, when you move the mouse here, there is always a one-pixel point at the bottom right on the screen. Thanks for that Think outside the box 13:08, 7 July 2007 (UTC)

:Following on from antilived's answer - the active bit of a pointer is called the [http://msdn2.microsoft.com/En-US/library/0b1674x8(vs.80).aspx hot spot]. What you've observed happens because the default cursor has its hotspot at the pixel 1,1. If you use a cursor with its hotspot at 32,32, you would see the opposite. If the pixel at 32,32 were transparent you wouldn't see any part of the pointer at the screen if you moved it into the top-left. — Matt Eason ^{(Talk • Contribs)} 17:54, 7 July 2007 (UTC)

Logic optimization

Image:Logic optimization.png

Is there any way to optimize this further? I'm mighty suspicious that there's some huge optimization I'm missing since trn and xop are common in each OR tree. I'm making a small computer in a logic simulator as a personal project.. the symbolism in the simulator is rather standard- don't be thrown off by the JMP arrow (it's a hack to open a path from register 0 into the instruction pointer register) or the blue connections (the xfi arrows don't have anything hooked up to them yet). Thanks --⁪froth^t 15:14, 7 July 2007 (UTC)

:Also in case anyone's curious, it does work. The entire computer (well, so far since I haven't implemented conditionals yet) is here in xml format, just save it as a cdl file and open it in Cedar Logic.

XML-format CDL file of the computer so far

10.5653,25.8021,199.578,-113.555

AA_LABEL

159.5,-76.5

LABEL_TEXT Pointer

TEXT_HEIGHT 2

angle 0.0

BE_ROM_8x8

35,-25.5

ADDRESS_023

ADDRESS_124

ADDRESS_225

ADDRESS_326

ADDRESS_49

ADDRESS_59

ADDRESS_69

ADDRESS_79

DATA_OUT_011

DATA_OUT_112

DATA_OUT_213

DATA_OUT_334

DATA_OUT_439

DATA_OUT_540

DATA_OUT_641

DATA_OUT_742

ENABLE_0265

angle 0.0

ADDRESS_BITS 8

DATA_BITS 8

AE_OR4

102.5,-59

IN_053

IN_114

IN_215

IN_316

OUT1

angle 0.0

INPUT_BITS 4

AE_OR4

102.5,-67

IN_017

IN_118

IN_220

IN_321

OUT2

angle 0.0

INPUT_BITS 4

FF_GND

29,-20

OUT_09

angle 180

OUTPUT_BITS 1

OUTPUT_NUM 0

AA_LABEL

159,-62

LABEL_TEXT A

TEXT_HEIGHT 2

angle 0.0

AE_OR4

102.5,-75

IN_022

IN_127

IN_228

IN_329

OUT3

angle 0.0

INPUT_BITS 4

DE_TO

38.5,-34.5

IN_011

angle 270

JUNCTION_ID T0

DE_TO

37.5,-34.5

IN_012

angle 270

JUNCTION_ID T1

DE_TO

36.5,-34.5

IN_013

angle 270

JUNCTION_ID T2

AE_OR4

102.5,-83

IN_030

IN_131

IN_233

IN_335

OUT4

angle 0.0

INPUT_BITS 4

AA_LABEL

159,-40.5

LABEL_TEXT B

TEXT_HEIGHT 2

angle 0.0

AE_OR4

95,-91

IN_030

IN_122

IN_217

IN_353

OUT5

angle 270

INPUT_BITS 4

AE_OR4

87,-91

IN_031

IN_127

IN_218

IN_314

OUT6

angle 270

INPUT_BITS 4

AE_OR4

79,-91

IN_033

IN_128

IN_220

IN_315

OUT7

angle 270

INPUT_BITS 4

AE_OR4

71,-91

IN_035

IN_129

IN_221

IN_316

OUT8

angle 270

INPUT_BITS 4

AA_LABEL

159,-24.5

LABEL_TEXT C

TEXT_HEIGHT 2

angle 0.0

DE_TO

108.5,-59

IN_01

angle 0.0

JUNCTION_ID tt0

DE_TO

108.5,-67

IN_02

angle 0.0

JUNCTION_ID tt1

DE_TO

108.5,-75

IN_03

angle 0.0

JUNCTION_ID tt2

DE_TO

108.5,-83

IN_04

angle 0.0

JUNCTION_ID tt3

AA_REGISTER4

24,-28

IN_074

IN_175

IN_276

IN_377

OUT_023

OUT_124

OUT_225

OUT_326

carry_out276

clear70

clock47

count_enable265

count_up283

load32

VALUE_BOX -0.8,-0.8,0.8,1.8

angle 0.0

CURRENT_VALUE 0

INPUT_BITS 4

MAX_COUNT 15

SYNC_CLEAR true

SYNC_LOAD true

UNKNOWN_OUTPUTS false

AA_LABEL

64.5,-102

LABEL_TEXT matrix for register

TEXT_HEIGHT 1

angle 0.0

DE_TO

95,-97

IN_05

angle 270

JUNCTION_ID tf0

DE_TO

87,-97

IN_06

angle 270

JUNCTION_ID tf1

DA_FROM

23,-20

IN_032

angle 270

JUNCTION_ID JMP

DE_TO

79,-97

IN_07

angle 270

JUNCTION_ID tf2

DE_TO

71,-97

IN_08

angle 270

JUNCTION_ID tf3

AA_LABEL

66.5,-103.5

LABEL_TEXT transfers only

TEXT_HEIGHT 1

angle 0.0

DE_TO

35.5,-34.5

IN_034

angle 270

JUNCTION_ID T3

DE_TO

44,-50

IN_010

angle 0.0

JUNCTION_ID trn

BI_DECODER_4x16

39,-47.5

ENABLE_043

IN_039

IN_140

IN_241

IN_342

OUT_044

OUT_158

OUT_2106

OUT_3107

OUT_4119

OUT_510

OUT_649

OUT_745

OUT_851

OUT_952

angle 0.0

INPUT_BITS 4

EE_VDD

35,-39

OUT_043

angle 0.0

OUTPUT_BITS 1

OUTPUT_NUM 1

AE_OR4

101.5,5

IN_0363

IN_1364

IN_2372

IN_3372

OUT71

angle 0.0

INPUT_BITS 4

HA_JUNC_2

44,-55

N_in044

LED_BOX -0.25,-0.25,0.25,0.25

angle 0.0

AE_OR3

76,-47

IN_052

IN_151

IN_245

OUT50

angle 0.0

INPUT_BITS 3

AA_REGISTER4

139.5,-77

IN_065

IN_166

IN_267

IN_368

OUT_0151

OUT_1150

OUT_2149

OUT_3148

clear59

clock48

count_enable69

count_up69

load82

VALUE_BOX -0.8,-0.8,0.8,1.8

angle 0.0

CURRENT_VALUE 0

INPUT_BITS 4

MAX_COUNT 15

SYNC_CLEAR true

SYNC_LOAD true

UNKNOWN_OUTPUTS false

DE_TO

81,-47

IN_050

angle 0.0

JUNCTION_ID xop

CC_PULSE

41,-30.5

OUT_046

CLICK_BOX -0.75,-0.75,0.75,0.75

PULSE_WIDTH 1

angle 0.0

DE_TO

81,-41

IN_051

angle 0.0

JUNCTION_ID xsub

DE_TO

46,-30.5

IN_046

angle 0.0

JUNCTION_ID C

DE_TO

81,-39

IN_052

angle 0.0

JUNCTION_ID ysub

DA_FROM

21,-33

IN_047

angle 0.0

JUNCTION_ID C

DA_FROM

134,-82

IN_048

angle 0.0

JUNCTION_ID C

AE_OR4

101.5,-3

IN_0365

IN_1367

IN_2372

IN_3372

OUT72

angle 0.0

INPUT_BITS 4

AE_OR4

101.5,-11

IN_0368

IN_1369

IN_2372

IN_3372

OUT73

angle 0.0

INPUT_BITS 4

AE_OR4

101.5,-19

IN_0370

IN_1371

IN_2372

IN_3372

OUT78

angle 0.0

INPUT_BITS 4

DA_FROM

145,-30.5

IN_055

angle 180

JUNCTION_ID reset

DA_FROM

143,-47.5

IN_056

angle 180

JUNCTION_ID reset

FF_GND

140,-70

OUT_069

angle 180

OUTPUT_BITS 1

OUTPUT_NUM 0

DA_FROM

142.5,-67.5

IN_057

angle 180

JUNCTION_ID reset

DA_FROM

142.5,-82

IN_059

angle 180

JUNCTION_ID reset

AE_OR4

93.5,-27

IN_0370

IN_1368

IN_2364

IN_3363

OUT79

angle 270

INPUT_BITS 4

AA_TOGGLE

41,-28.5

OUT_060

CLICK_BOX -0.76,-0.76,0.76,0.76

angle 0.0

OUTPUT_BITS 1

OUTPUT_NUM 0

AE_OR4

85.5,-27

IN_0371

IN_1369

IN_2367

IN_3365

OUT80

angle 270

INPUT_BITS 4

DE_TO

45,-28.5

IN_060

angle 0.0

JUNCTION_ID reset

AE_OR4

77.5,-27

IN_0369

IN_1368

IN_2365

IN_3363

OUT81

angle 270

INPUT_BITS 4

DA_FROM

21,-35

IN_070

angle 0.0

JUNCTION_ID reset

AE_OR4

69.5,-27

IN_0371

IN_1370

IN_2367

IN_3364

OUT105

angle 270

INPUT_BITS 4

DE_TO

107.5,5

IN_071

angle 0.0

JUNCTION_ID xt0

DE_TO

107.5,-3

IN_072

angle 0.0

JUNCTION_ID xt1

DE_TO

107.5,-11

IN_073

angle 0.0

JUNCTION_ID xt2

BI_TRI_STATE_4BIT

128.5,-74.5

ENABLE_058

IN_064

IN_163

IN_262

IN_361

OUT_065

OUT_166

OUT_267

OUT_368

angle 0.0

INPUT_BITS 4

DE_TO

107.5,-19

IN_078

angle 0.0

JUNCTION_ID xt3

BI_TRI_STATE_4BIT

128.5,-80.5

ENABLE_0191

IN_0171

IN_1170

IN_2169

IN_3168

OUT_065

OUT_166

OUT_267

OUT_368

angle 0

INPUT_BITS 4

DE_TO

93.5,-33

IN_079

angle 270

JUNCTION_ID xf0

DA_FROM

124.5,-73

IN_061

angle 0.0

JUNCTION_ID T3

DA_FROM

124.5,-74

IN_062

angle 0.0

JUNCTION_ID T2

DA_FROM

124.5,-75

IN_063

angle 0.0

JUNCTION_ID T1

DA_FROM

124.5,-76

IN_064

angle 0.0

JUNCTION_ID T0

DE_TO

85.5,-33

IN_080

angle 270

JUNCTION_ID xf1

DE_TO

77.5,-33

IN_081

angle 270

JUNCTION_ID xf2

DE_TO

69.5,-33

IN_0105

angle 270

JUNCTION_ID xf3

DA_FROM

52,-7

IN_0264

angle 0.0

JUNCTION_ID T0

DA_FROM

18,-29

IN_074

angle 0.0

JUNCTION_ID J0

DA_FROM

18,-28

IN_075

angle 0.0

JUNCTION_ID J1

DA_FROM

18,-27

IN_076

angle 0.0

JUNCTION_ID J2

DA_FROM

18,-26

IN_077

angle 0.0

JUNCTION_ID J3

DA_FROM

52,-6

IN_0266

angle 0.0

JUNCTION_ID T1

DA_FROM

52,-5

IN_0273

angle 0.0

JUNCTION_ID T2

DA_FROM

52,-4

IN_0274

angle 0.0

JUNCTION_ID T3

DA_FROM

138.5,-70

IN_082

angle 270

JUNCTION_ID ld0

AA_REGISTER4

139.5,-62

IN_088

IN_189

IN_290

IN_391

OUT_0143

OUT_1144

OUT_2145

OUT_3146

clear57

clock83

count_enable92

count_up92

load93

VALUE_BOX -0.8,-0.8,0.8,1.8

angle 0.0

CURRENT_VALUE 0

INPUT_BITS 4

MAX_COUNT 15

SYNC_CLEAR true

SYNC_LOAD true

UNKNOWN_OUTPUTS false

DA_FROM

130.5,-71

IN_083

angle 0.0

JUNCTION_ID C

FF_GND

140,-55

OUT_092

angle 180

OUTPUT_BITS 1

OUTPUT_NUM 0

BI_TRI_STATE_4BIT

128.5,-59.5

ENABLE_0106

IN_087

IN_186

IN_285

IN_384

OUT_088

OUT_189

OUT_290

OUT_391

angle 0.0

INPUT_BITS 4

BI_TRI_STATE_4BIT

128.5,-65.5

ENABLE_0190

IN_0176

IN_1177

IN_2178

IN_3179

OUT_088

OUT_189

OUT_290

OUT_391

angle 0

INPUT_BITS 4

DA_FROM

124.5,-58

IN_084

angle 0.0

JUNCTION_ID T3

100

DA_FROM

124.5,-59

IN_085

angle 0.0

JUNCTION_ID T2

101

DA_FROM

124.5,-60

IN_086

angle 0.0

JUNCTION_ID T1

102

DA_FROM

124.5,-61

IN_087

angle 0.0

JUNCTION_ID T0

103

DA_FROM

138.5,-55

IN_093

angle 270

JUNCTION_ID ld1

104

AA_REGISTER4

140,-40.5

IN_099

IN_1100

IN_2101

IN_3102

OUT_0138

OUT_1139

OUT_2140

OUT_3141

clear56

clock94

count_enable103

count_up103

load104

VALUE_BOX -0.8,-0.8,0.8,1.8

angle 0.0

CURRENT_VALUE 0

INPUT_BITS 4

MAX_COUNT 15

SYNC_CLEAR true

SYNC_LOAD true

UNKNOWN_OUTPUTS false

105

DA_FROM

131,-47.5

IN_094

angle 0.0

JUNCTION_ID C

106

FF_GND

140.5,-33.5

OUT_0103

angle 180

OUTPUT_BITS 1

OUTPUT_NUM 0

107

BI_TRI_STATE_4BIT

129,-38

ENABLE_0107

IN_098

IN_197

IN_296

IN_395

OUT_099

OUT_1100

OUT_2101

OUT_3102

angle 0.0

INPUT_BITS 4

108

BI_TRI_STATE_4BIT

129,-44

ENABLE_0188

IN_0180

IN_1181

IN_2182

IN_3183

OUT_099

OUT_1100

OUT_2101

OUT_3102

angle 0

INPUT_BITS 4

109

DA_FROM

125,-36.5

IN_095

angle 0.0

JUNCTION_ID T3

110

DA_FROM

125,-37.5

IN_096

angle 0.0

JUNCTION_ID T2

111

DA_FROM

125,-38.5

IN_097

angle 0.0

JUNCTION_ID T1

112

DA_FROM

125,-39.5

IN_098

angle 0.0

JUNCTION_ID T0

113

DA_FROM

139,-33.5

IN_0104

angle 270

JUNCTION_ID ld2

114

AA_REGISTER4

140,-25

IN_0113

IN_1114

IN_2115

IN_3116

OUT_0132

OUT_1133

OUT_2134

OUT_3135

clear55

clock108

count_enable117

count_up117

load118

VALUE_BOX -0.8,-0.8,0.8,1.8

angle 0.0

CURRENT_VALUE 0

INPUT_BITS 4

MAX_COUNT 15

SYNC_CLEAR true

SYNC_LOAD true

UNKNOWN_OUTPUTS false

115

DA_FROM

130,-33

IN_0108

angle 0.0

JUNCTION_ID C

116

FF_GND

140.5,-18

OUT_0117

angle 180

OUTPUT_BITS 1

OUTPUT_NUM 0

117

BI_TRI_STATE_4BIT

129,-22.5

ENABLE_0119

IN_0112

IN_1111

IN_2110

IN_3109

OUT_0113

OUT_1114

OUT_2115

OUT_3116

angle 0.0

INPUT_BITS 4

118

BI_TRI_STATE_4BIT

129,-28.5

ENABLE_0189

IN_0184

IN_1185

IN_2186

IN_3187

OUT_0113

OUT_1114

OUT_2115

OUT_3116

angle 0

INPUT_BITS 4

119

DA_FROM

125,-21

IN_0109

angle 0.0

JUNCTION_ID T3

120

DA_FROM

125,-22

IN_0110

angle 0.0

JUNCTION_ID T2

121

DA_FROM

125,-23

IN_0111

angle 0.0

JUNCTION_ID T1

122

DA_FROM

125,-24

IN_0112

angle 0.0

JUNCTION_ID T0

123

DA_FROM

139,-18

IN_0118

angle 270

JUNCTION_ID ld3

125

DA_FROM

123,-0.5

IN_0198

angle 0.0

JUNCTION_ID bld1

126

AE_OR2

131.5,-1.5

IN_0198

IN_1292

OUT197

angle 0.0

INPUT_BITS 2

127

DE_TO

122,-70.5

IN_058

angle 0.0

JUNCTION_ID bld0

128

DE_TO

123,-55.5

IN_0106

angle 0.0

JUNCTION_ID bld1

129

DE_TO

123,-34

IN_0107

angle 0.0

JUNCTION_ID bld2

130

DE_TO

122,-18.5

IN_0119

angle 0.0

JUNCTION_ID bld3

131

DE_TO

136.5,-1.5

IN_0197

angle 0.0

JUNCTION_ID ld1

132

DA_FROM

123,-2.5

IN_0292

angle 0.0

JUNCTION_ID t1

135

DA_FROM

123,-7.5

IN_0208

angle 0.0

JUNCTION_ID bld0

136

AE_OR2

131.5,-8.5

IN_0208

IN_1291

OUT207

angle 0.0

INPUT_BITS 2

137

DE_TO

136.5,-8.5

IN_0207

angle 0.0

JUNCTION_ID ld0

138

DA_FROM

123,-9.5

IN_0291

angle 0.0

JUNCTION_ID t0

141

DA_FROM

123,13.5

IN_0217

angle 0.0

JUNCTION_ID bld3

142

AE_OR2

131.5,12.5

IN_0217

IN_1294

OUT216

angle 0.0

INPUT_BITS 2

143

DE_TO

136.5,12.5

IN_0216

angle 0.0

JUNCTION_ID ld3

144

DA_FROM

123,11.5

IN_0294

angle 0.0

JUNCTION_ID t3

146

BI_DECODER_4x16

57,0.5

IN_0264

IN_1266

IN_2273

IN_3274

OUT_0354

OUT_1355

OUT_10358

OUT_11359

OUT_12370

OUT_13371

OUT_14360

OUT_15361

OUT_2363

OUT_3364

OUT_4356

OUT_5357

OUT_6365

OUT_7367

OUT_8368

OUT_9369

angle 0.0

INPUT_BITS 4

147

DA_FROM

123,6.5

IN_0129

angle 0.0

JUNCTION_ID bld2

149

AE_OR2

131.5,5.5

IN_0129

IN_1293

OUT127

angle 0.0

INPUT_BITS 2

150

DE_TO

136.5,5.5

IN_0127

angle 0.0

JUNCTION_ID ld2

151

DE_TO

179,11.5

IN_0297

angle 0.0

JUNCTION_ID f0

152

BI_TRI_STATE_4BIT

146,-24.5

ENABLE_0136

IN_0132

IN_1133

IN_2134

IN_3135

OUT_0152

OUT_1153

OUT_2154

OUT_3155

angle 0.0

INPUT_BITS 4

153

DE_TO

179,3

IN_0303

angle 0.0

JUNCTION_ID f1

154

DA_FROM

146,-17.5

IN_0136

angle 270

JUNCTION_ID f3

155

BI_TRI_STATE_4BIT

146,-40

ENABLE_0137

IN_0138

IN_1139

IN_2140

IN_3141

OUT_0268

OUT_1158

OUT_2157

OUT_3156

angle 0.0

INPUT_BITS 4

156

DA_FROM

146,-35

IN_0137

angle 270

JUNCTION_ID f2

157

BI_TRI_STATE_4BIT

145.5,-61.5

ENABLE_0142

IN_0143

IN_1144

IN_2145

IN_3146

OUT_0206

OUT_1205

OUT_2204

OUT_3203

angle 0.0

INPUT_BITS 4

158

DA_FROM

145.5,-56.5

IN_0142

angle 270

JUNCTION_ID f1

159

BI_TRI_STATE_4BIT

145.5,-76.5

ENABLE_0147

IN_0151

IN_1150

IN_2149

IN_3148

OUT_0164

OUT_1165

OUT_2166

OUT_3167

angle 0.0

INPUT_BITS 4

160

DA_FROM

145.5,-71.5

IN_0147

angle 270

JUNCTION_ID f0

162

HA_JUNC_2

156.5,-24

N_in0156

N_in1155

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

163

HA_JUNC_2

155.5,-25

N_in0157

N_in1154

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

164

HA_JUNC_2

154.5,-26

N_in0158

N_in1153

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

165

HA_JUNC_2

153.5,-27

N_in0267

N_in1152

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

166

HA_JUNC_2

156.5,-39.5

N_in0202

N_in1156

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

167

HA_JUNC_2

155.5,-40.5

N_in0219

N_in1157

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

168

HA_JUNC_2

154.5,-41.5

N_in0218

N_in1158

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

169

HA_JUNC_2

153.5,-42.5

N_in0220

N_in1268

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

170

HA_JUNC_2

156.5,-61

N_in0167

N_in1203

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

171

HA_JUNC_2

155.5,-62

N_in0166

N_in1204

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

172

HA_JUNC_2

154.5,-63

N_in0165

N_in1205

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

173

HA_JUNC_2

153.5,-64

N_in0164

N_in1206

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

174

HA_JUNC_2

156.5,-76

N_in0212

N_in1167

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

175

HA_JUNC_2

155.5,-77

N_in0211

N_in1166

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

176

HA_JUNC_2

154.5,-78

N_in0210

N_in1165

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

177

HA_JUNC_2

153.5,-79

N_in0209

N_in1164

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

179

HA_JUNC_2

117,-83

N_in0223

N_in1171

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

180

HA_JUNC_2

116,-82

N_in0224

N_in1170

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

181

HA_JUNC_2

115,-81

N_in0225

N_in1169

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

182

HA_JUNC_2

114,-80

N_in0226

N_in1168

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

183

HA_JUNC_2

117,-68

N_in0171

N_in1176

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

184

HA_JUNC_2

116,-67

N_in0170

N_in1177

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

185

HA_JUNC_2

115,-66

N_in0169

N_in1178

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

186

HA_JUNC_2

114,-65

N_in0168

N_in1179

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

187

DA_FROM

34,-18

IN_0279

angle 180

JUNCTION_ID reset

189

BA_JKFF

34.5,-12.5

J276

K279

clock280

nQ265

angle 0.0

SYNC_CLEAR false

SYNC_SET false

191

HA_JUNC_2

117,-46.5

N_in0176

N_in1180

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

192

HA_JUNC_2

116,-45.5

N_in0177

N_in1181

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

193

HA_JUNC_2

115,-44.5

N_in0178

N_in1182

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

194

HA_JUNC_2

114,-43.5

N_in0179

N_in1183

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

195

HA_JUNC_2

117,-31

N_in0180

N_in1184

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

196

HA_JUNC_2

116,-30

N_in0181

N_in1185

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

197

HA_JUNC_2

115,-29

N_in0182

N_in1186

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

198

HA_JUNC_2

114,-28

N_in0183

N_in1187

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

199

DA_FROM

29.5,-12.5

IN_0280

angle 0.0

JUNCTION_ID C

200

DA_FROM

125,-41

IN_0188

angle 0.0

JUNCTION_ID t2

201

DA_FROM

125,-25.5

IN_0189

angle 0.0

JUNCTION_ID t3

202

DA_FROM

124.5,-62.5

IN_0190

angle 0.0

JUNCTION_ID t1

203

DA_FROM

124.5,-77.5

IN_0191

angle 0.0

JUNCTION_ID t0

209

DA_FROM

157.5,11.5

IN_0302

angle 0.0

JUNCTION_ID JMP

210

DA_FROM

123,4.5

IN_0293

angle 0.0

JUNCTION_ID t2

212

BI_TRI_STATE_4BIT

155,-51.5

ENABLE_0285

IN_0220

IN_1218

IN_2219

IN_3202

OUT_0206

OUT_1205

OUT_2204

OUT_3203

angle 270

INPUT_BITS 4

213

DA_FROM

163,6

IN_0308

angle 0.0

JUNCTION_ID xf1

214

DA_FROM

163,14.5

IN_0295

angle 0.0

JUNCTION_ID xf0

220

AA_AND2

168,13.5

IN_0295

IN_1296

OUT298

angle 0.0

INPUT_BITS 2

222

BI_TRI_STATE_4BIT

150.5,-85.5

ENABLE_0286

IN_0209

IN_1210

IN_2211

IN_3212

OUT_0223

OUT_1224

OUT_2225

OUT_3226

angle 180

INPUT_BITS 4

223

DA_FROM

163,12.5

IN_0296

angle 0.0

JUNCTION_ID xop

225

AE_FULLADDER_4BIT

175,-63

IN_0220

IN_1218

IN_2219

IN_3202

IN_B_0206

IN_B_1205

IN_B_2204

IN_B_3203

OUT_0228

OUT_1229

OUT_2231

OUT_3230

carry_in221

carry_out222

angle 0.0

INPUT_BITS 4

227

FF_GND

184,-63

OUT_0221

angle 0.0

OUTPUT_BITS 1

OUTPUT_NUM 0

229

GA_LED

165,-62

N_in1222

LED_BOX -0.76,-0.76,0.76,0.76

angle 0.0

230

AE_OR3

174,11.5

IN_0298

IN_1302

IN_2301

OUT297

angle 0.0

INPUT_BITS 3

231

BI_TRI_STATE_4BIT

146,-90

ENABLE_0227

IN_0230

IN_1231

IN_2229

IN_3228

OUT_0226

OUT_1225

OUT_2224

OUT_3223

angle 90

INPUT_BITS 4

232

DA_FROM

163,10.5

IN_0299

angle 0.0

JUNCTION_ID tf0

233

DA_FROM

141,-90

IN_0227

angle 0.0

JUNCTION_ID add

234

AA_AND2

168,9.5

IN_0299

IN_1300

OUT301

angle 0.0

INPUT_BITS 2

235

DA_FROM

163,8.5

IN_0300

angle 0.0

JUNCTION_ID trn

237

AE_OR2

174,3

IN_0304

IN_1307

OUT303

angle 0.0

INPUT_BITS 2

239

AA_AND2

168,5

IN_0308

IN_1309

OUT304

angle 0.0

INPUT_BITS 2

241

AA_AND2

168,1

IN_0310

IN_1311

OUT307

angle 0.0

INPUT_BITS 2

242

DA_FROM

163,4

IN_0309

angle 0.0

JUNCTION_ID xop

243

DA_FROM

163,2

IN_0310

angle 0.0

JUNCTION_ID tf1

244

HA_JUNC_2

186,-80

N_in0212

N_in1240

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

245

HA_JUNC_2

187,-81

N_in0211

N_in1239

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

246

HA_JUNC_2

188,-82

N_in0210

N_in1238

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

247

HA_JUNC_2

189,-83

N_in0209

N_in1237

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

248

DA_FROM

163,0

IN_0311

angle 0.0

JUNCTION_ID trn

249

DE_TO

179,-5.5

IN_0312

angle 0.0

JUNCTION_ID f2

250

DA_FROM

163,-2.5

IN_0315

angle 0.0

JUNCTION_ID xf2

251

AE_OR2

174,-5.5

IN_0313

IN_1314

OUT312

angle 0.0

INPUT_BITS 2

252

HA_JUNC_2

188,-35

N_in0245

N_in1267

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

253

HA_JUNC_2

187,-36

N_in0246

N_in1158

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

254

HA_JUNC_2

186,-37

N_in0247

N_in1157

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

255

HA_JUNC_2

185,-38

N_in0248

N_in1156

LED_BOX -0.25,-0.25,0.25,0.25

angle 90

256

BI_TRI_STATE_4BIT

135,-90

ENABLE_0232

IN_0259

IN_1258

IN_2257

IN_3256

OUT_0226

OUT_1225

OUT_2224

OUT_3223

angle 90

INPUT_BITS 4

257

DA_FROM

130,-90

IN_0232

angle 0.0

JUNCTION_ID ysub

258

AE_FULLADDER_4BIT

199,-63

IN_0237

IN_1238

IN_2239

IN_3240

IN_B_0241

IN_B_1242

IN_B_2243

IN_B_3244

OUT_0256

OUT_1257

OUT_2258

OUT_3259

carry_in249

angle 90

INPUT_BITS 4

259

AA_AND2

168,-3.5

IN_0315

IN_1316

OUT313

angle 0.0

INPUT_BITS 2

260

AI_INVERTER_4BIT

193,-59.5

IN_0248

IN_1247

IN_2246

IN_3245

OUT_0244

OUT_1243

OUT_2242

OUT_3241

angle 0.0

INPUT_BITS 4

261

AA_AND2

168,-7.5

IN_0317

IN_1318

OUT314

angle 0.0

INPUT_BITS 2

262

EE_VDD

198,-54

OUT_0249

angle 0.0

OUTPUT_BITS 1

OUTPUT_NUM 1

263

AE_FULLADDER_4BIT

216,-63

IN_0245

IN_1246

IN_2247

IN_3248

IN_B_0251

IN_B_1252

IN_B_2253

IN_B_3254

OUT_0260

OUT_1261

OUT_2262

OUT_3263

carry_in250

angle 270

INPUT_BITS 4

264

DA_FROM

163,-4.5

IN_0316

angle 0.0

JUNCTION_ID xop

265

EE_VDD

217,-72

OUT_0250

angle 180

OUTPUT_BITS 1

OUTPUT_NUM 1

266

DA_FROM

163,-6.5

IN_0317

angle 0.0

JUNCTION_ID tf2

267

AI_INVERTER_4BIT

222,-66.5

IN_0240

IN_1239

IN_2238

IN_3237

OUT_0254

OUT_1253

OUT_2252

OUT_3251

angle 180

INPUT_BITS 4

268

DA_FROM

163,-8.5

IN_0318

angle 0.0

JUNCTION_ID trn

269

AA_LABEL

151,-48

LABEL_TEXT X

TEXT_HEIGHT 2

angle 0.0

270

DE_TO

179,-14

IN_0319

angle 0.0

JUNCTION_ID f3

271

AA_LABEL

151,-55

LABEL_TEXT Y

TEXT_HEIGHT 2

angle 0.0

272

DA_FROM

163,-11

IN_0322

angle 0.0

JUNCTION_ID xf3

273

AA_LABEL

151,-51

LABEL_TEXT --

TEXT_HEIGHT 2

angle 0.0

274

BI_TRI_STATE_4BIT

122.5,-90

ENABLE_0255

IN_0263

IN_1262

IN_2261

IN_3260

OUT_0226

OUT_1225

OUT_2224

OUT_3223

angle 90

INPUT_BITS 4

275

DA_FROM

117.5,-90

IN_0255

angle 0.0

JUNCTION_ID xsub

276

AE_OR2

174,-14

IN_0320

IN_1321

OUT319

angle 0.0

INPUT_BITS 2

277

AA_AND2

168,-12

IN_0322

IN_1323

OUT320

angle 0.0

INPUT_BITS 2

278

AA_AND2

168,-16

IN_0324

IN_1325

OUT321

angle 0.0

INPUT_BITS 2

279

DA_FROM

163,-13

IN_0323

angle 0.0

JUNCTION_ID xop

280

DA_FROM

163,-15

IN_0324

angle 0.0

JUNCTION_ID tf3

281

BI_DECODER_4x16

58.5,-63.5

IN_0269

IN_1270

IN_2271

IN_3272

OUT_053

OUT_114

OUT_1028

OUT_1129

OUT_1230

OUT_1331

OUT_1433

OUT_1535

OUT_215

OUT_316

OUT_417

OUT_518

OUT_620

OUT_721

OUT_822

OUT_927

angle 0.0

INPUT_BITS 4

282

DA_FROM

163,-17

IN_0325

angle 0.0

JUNCTION_ID trn

283

DE_TO

203.5,11.5

IN_0326

angle 0.0

JUNCTION_ID t0

284

DA_FROM

187.5,14.5

IN_0329

angle 0.0

JUNCTION_ID xt0

285

DA_FROM

53.5,-71

IN_0269

angle 0.0

JUNCTION_ID T0

286

DA_FROM

53.5,-70

IN_0270

angle 0.0

JUNCTION_ID T1

287

DA_FROM

53.5,-69

IN_0271

angle 0.0

JUNCTION_ID T2

288

DA_FROM

53.5,-68

IN_0272

angle 0.0

JUNCTION_ID T3

289

AE_OR2

198.5,11.5

IN_0327

IN_1328

OUT326

angle 0.0

INPUT_BITS 2

290

AA_AND2

192.5,13.5

IN_0329

IN_1330

OUT327

angle 0.0

INPUT_BITS 2

291

AA_AND2

192.5,9.5

IN_0331

IN_1332

OUT328

angle 0.0

INPUT_BITS 2

292

DA_FROM

187.5,12.5

IN_0330

angle 0.0

JUNCTION_ID xop

293

DA_FROM

187.5,10.5

IN_0331

angle 0.0

JUNCTION_ID tt0

294

DA_FROM

187.5,8.5

IN_0332

angle 0.0

JUNCTION_ID trn

295

DE_TO

203.5,3

IN_0333

angle 0.0

JUNCTION_ID t1

296

DA_FROM

187.5,6

IN_0336

angle 0.0

JUNCTION_ID xt1

297

AE_OR2

198.5,3

IN_0334

IN_1335

OUT333

angle 0.0

INPUT_BITS 2

298

AA_AND2

192.5,5

IN_0336

IN_1337

OUT334

angle 0.0

INPUT_BITS 2

299

AA_AND2

192.5,1

IN_0338

IN_1339

OUT335

angle 0.0

INPUT_BITS 2

300

DA_FROM

187.5,4

IN_0337

angle 0.0

JUNCTION_ID xop

301

DA_FROM

187.5,2

IN_0338

angle 0.0

JUNCTION_ID tt1

302

DA_FROM

187.5,0

IN_0339

angle 0.0

JUNCTION_ID trn

303

DE_TO

203.5,-5.5

IN_0340

angle 0.0

JUNCTION_ID t2

304

DA_FROM

187.5,-2.5

IN_0343

angle 0.0

JUNCTION_ID xt2

305

AE_OR2

198.5,-5.5

IN_0341

IN_1342

OUT340

angle 0.0

INPUT_BITS 2

306

AA_AND2

192.5,-3.5

IN_0343

IN_1344

OUT341

angle 0.0

INPUT_BITS 2

307

AA_AND2

192.5,-7.5

IN_0345

IN_1346

OUT342

angle 0.0

INPUT_BITS 2

308

DA_FROM

187.5,-4.5

IN_0344

angle 0.0

JUNCTION_ID xop

309

DA_FROM

187.5,-6.5

IN_0345

angle 0.0

JUNCTION_ID tt2

310

DA_FROM

187.5,-8.5

IN_0346

angle 0.0

JUNCTION_ID trn

311

DE_TO

203.5,-14

IN_0347

angle 0.0

JUNCTION_ID t3

312

DA_FROM

187.5,-11

IN_0350

angle 0.0

JUNCTION_ID xt3

313

AE_OR2

198.5,-14

IN_0348

IN_1349

OUT347

angle 0.0

INPUT_BITS 2

314

AA_AND2

192.5,-12

IN_0350

IN_1351

OUT348

angle 0.0

INPUT_BITS 2

315

AA_AND2

192.5,-16

IN_0352

IN_1353

OUT349

angle 0.0

INPUT_BITS 2

316

DA_FROM

187.5,-13

IN_0351

angle 0.0

JUNCTION_ID xop

317

DA_FROM

187.5,-15

IN_0352

angle 0.0

JUNCTION_ID tt3

318

DE_TO

111,-39

IN_0180

angle 180

JUNCTION_ID J0

319

DE_TO

111,-37

IN_0181

angle 180

JUNCTION_ID J1

320

DE_TO

111,-35

IN_0182

angle 180

JUNCTION_ID J2

321

DE_TO

111,-33

IN_0183

angle 180

JUNCTION_ID J3

322

DA_FROM

187.5,-17

IN_0353

angle 0.0

JUNCTION_ID trn

324

HA_JUNC_2

61,-7

N_in0354

LED_BOX -0.25,-0.25,0.25,0.25

angle 0.0

325

HA_JUNC_2

61,-6

N_in0355

LED_BOX -0.25,-0.25,0.25,0.25

angle 0.0

326

HA_JUNC_2

61,-3

N_in0356

LED_BOX -0.25,-0.25,0.25,0.25

angle 0.0

327

EE_VDD

25,-21

OUT_0283

angle 0.0

OUTPUT_BITS 1

OUTPUT_NUM 1

328

HA_JUNC_2

61,-2

N_in0357

LED_BOX -0.25,-0.25,0.25,0.25

angle 0.0

329

HA_JUNC_2

61,3

N_in0358

LED_BOX -0.25,-0.25,0.25,0.25

angle 0.0

330

HA_JUNC_2

61,4

N_in0359

LED_BOX -0.25,-0.25,0.25,0.25

angle 0.0

331

DE_TO

49,-49

IN_049

angle 0.0

JUNCTION_ID JMP

332

HA_JUNC_2

61,7

N_in0360

LED_BOX -0.25,-0.25,0.25,0.25

angle 0.0

333

AE_SMALL_INVERTER

160,-51.5

IN_0288

OUT_0285

angle 180

DEFAULT_DELAY 1

INPUT_BITS 1

334

HA_JUNC_2

61,8

N_in0361

LED_BOX -0.25,-0.25,0.25,0.25

angle 0.0

335

AE_SMALL_INVERTER

150.5,-90.5

IN_0287

OUT_0286

angle 90

DEFAULT_DELAY 1

INPUT_BITS 1

337

FF_GND

97.5,13.5

OUT_0372

angle 180

OUTPUT_BITS 1

OUTPUT_NUM 0

339

DA_FROM

154,-92.5

IN_0287

angle 180

JUNCTION_ID xop

340

DA_FROM

164,-51.5

IN_0288

angle 180

JUNCTION_ID xop

354

DE_TO

81,-43

IN_045

angle 0.0

JUNCTION_ID add

106.5,-59,106.5,-59

OUT

-59 1

106.5,-59,106.5,-59

IN_0

106.5 0

106.5,-67,106.5,-67

OUT

-67 1

106.5,-67,106.5,-67

IN_0

106.5 0

106.5,-75,106.5,-75

OUT

-75 1

106.5,-75,106.5,-75

IN_0

106.5 0

106.5,-83,106.5,-83

OUT

-83 1

106.5,-83,106.5,-83

IN_0

106.5 0

95,-95,95,-95

IN_0

-95 1

95,-95,95,-95

OUT

95 0

87,-95,87,-95

IN_0

-95 1

87,-95,87,-95

OUT

87 0

79,-95,79,-95

IN_0

-95 1

79,-95,79,-95

OUT

79 0

71,-95,71,-95

IN_0

-95 1

71,-95,71,-95

OUT

71 0

29,-25,29,-21

OUT_0

-25 7

-24 5

-23 3

-22 1

29,-22,30,-22

ADDRESS_7

29 0

29,-23,30,-23

ADDRESS_6

29 0

29,-24,30,-24

ADDRESS_5

29 0

29,-25,30,-25

ADDRESS_4

29 0

42,-50,42,-50

IN_0

OUT_5

38.5,-32.5,38.5,-32.5

DATA_OUT_0

IN_0

37.5,-32.5,37.5,-32.5

DATA_OUT_1

IN_0

36.5,-32.5,36.5,-32.5

DATA_OUT_2

IN_0

84,-88,84,-58

IN_3

-70 1

-58 2

61.5,-70,84,-70

281

OUT_1

84 0

84,-58,99.5,-58

IN_1

84 0

76,-88,76,-60

IN_3

-69 1

-60 2

61.5,-69,76,-69

281

OUT_2

76 0

76,-60,99.5,-60

IN_2

76 0

68,-88,68,-62

IN_3

-68 1

-62 2

61.5,-68,68,-68

281

OUT_3

68 0

68,-62,99.5,-62

IN_3

68 0

94,-88,94,-64

IN_2

-67 1

-64 2

61.5,-67,94,-67

281

OUT_4

94 0

94,-64,99.5,-64

IN_0

94 0

86,-88,86,-66

IN_2

-66 1

61.5,-66,99.5,-66

IN_1

281

OUT_5

86 0

78,-88,78,-65

IN_2

-68 2

-65 1

61.5,-65,78,-65

281

OUT_6

78 0

78,-68,99.5,-68

IN_2

78 0

70,-88,70,-64

IN_2

-70 2

-64 1

61.5,-64,70,-64

281

OUT_7

70 0

70,-70,99.5,-70

IN_3

70 0

96,-88,96,-63

IN_1

-72 2

-63 1

61.5,-63,96,-63

281

OUT_8

96 0

96,-72,99.5,-72

IN_0

96 0

28,-29,30,-29

ADDRESS_0

OUT_0

28,-28,30,-28

ADDRESS_1

OUT_1

28,-27,30,-27

ADDRESS_2

OUT_2

28,-26,30,-26

ADDRESS_3

OUT_3

88,-88,88,-62

IN_1

-74 2

-62 1

61.5,-62,88,-62

281

OUT_9

88 0

88,-74,99.5,-74

IN_1

88 0

80,-88,80,-61

IN_1

-76 2

-61 1

61.5,-61,80,-61

281

OUT_10

80 0

80,-76,99.5,-76

IN_2

80 0

72,-88,72,-60

IN_1

-78 2

-60 1

61.5,-60,72,-60

281

OUT_11

72 0

72,-78,99.5,-78

IN_3

72 0

98,-88,98,-59

IN_0

-80 2

-59 1

61.5,-59,98,-59

281

OUT_12

98 0

98,-80,99.5,-80

IN_0

98 0

90,-88,90,-58

IN_0

-82 2

-58 1

61.5,-58,90,-58

281

OUT_13

90 0

90,-82,99.5,-82

IN_1

90 0

23,-23,23,-22

IN_0

load

82,-88,82,-57

IN_0

-84 2

-57 1

61.5,-57,82,-57

281

OUT_14

82 0

82,-84,99.5,-84

IN_2

82 0

35.5,-32.5,35.5,-32.5

DATA_OUT_3

IN_0

74,-88,74,-56

IN_0

-86 2

-56 1

61.5,-56,74,-56

281

OUT_15

74 0

74,-86,99.5,-86

IN_3

74 0

33,-55,33,-37

-55 1

-37 2

33,-55,36,-55

IN_0

33 0

33,-37,34.5,-37

33 0

34.5 3

34.5,-37,34.5,-32.5

DATA_OUT_4

-37 2

32,-54,32,-36

-54 1

-36 2

32,-54,36,-54

IN_1

32 0

32,-36,33.5,-36

32 0

33.5 3

33.5,-36,33.5,-32.5

DATA_OUT_5

-36 2

31,-53,31,-35

-53 1

-35 2

31,-53,36,-53

IN_2

31 0

31,-35,32.5,-35

31 0

32.5 3

32.5,-35,32.5,-32.5

DATA_OUT_6

-35 2

30,-52,30,-34

-52 4

-34 2

30,-34,31.5,-34

30 0

31.5 3

31.5,-34,31.5,-32.5

DATA_OUT_7

-34 2

30,-52,36,-52

IN_3

30 0

35,-40,36,-40

OUT_0

ENABLE_0

42,-55,43,-55

OUT_0

N_in0

62,-48,62,-43

-48 1

-43 2

42,-48,73,-48

OUT_7

62 0

73 5

62,-43,79,-43

354

IN_0

62 0

73,-49,73,-48

IN_2

-48 1

43,-30.5,44,-30.5

IN_0

OUT_0

23,-33,23,-32

IN_0

clock

138.5,-82,138.5,-81

clock

-82 32

136,-82,138.5,-82

IN_0

138.5 0

42,-49,47,-49

OUT_6

331

IN_0

79,-47,79,-47

OUT

IN_0

42,-47,73,-47

OUT_8

IN_1

66 4

66,-47,66,-41

-47 1

-41 5

66,-41,79,-41

IN_0

66 4

70,-46,70,-39

-46 1

-39 4

42,-46,73,-46

OUT_9

70 0

73 7

70,-39,79,-39

IN_0

70 0

73,-46,73,-45

IN_0

-46 1

92,-88,92,-56

IN_3

-71 1

-56 2

61.5,-71,92,-71

281

OUT_0

92 0

92,-56,99.5,-56

IN_0

92 0

141,-30.5,141,-29

114

clear

-30.5 1

141,-30.5,143,-30.5

IN_0

141 0

141,-47.5,141,-44.5

IN_0

104

clear

140.5,-67.5,140.5,-66

IN_0

clear

42,-54,120,-54

OUT_1

120 10

120,-71.5,120,-54

127

IN_0

-71.5 11

-54 2

120,-71.5,128.5,-71.5

ENABLE_0

120 10

140.5,-82,140.5,-81

IN_0

clear

43,-28.5,43,-28.5

OUT_0

IN_0

126.5,-73,126.5,-73

IN_3

IN_0

126.5,-74,126.5,-74

IN_2

IN_0

126.5,-75,126.5,-75

IN_1

IN_0

126.5,-76,126.5,-76

IN_0

131.5,-82,131.5,-76

-82 3

-78 7

-76 5

130.5,-82,131.5,-82

OUT_0

131.5 0

130.5,-76,131.5,-76

OUT_0

131.5 0

131.5,-78,135.5,-78

IN_0

131.5 0

132.5,-81,132.5,-75

-81 3

-77 1

-75 2

132.5,-77,135.5,-77

IN_1

132.5 0

130.5,-75,132.5,-75

OUT_1

132.5 0

130.5,-81,132.5,-81

OUT_1

132.5 0

133.5,-80,133.5,-74

-80 3

-76 1

-74 2

133.5,-76,135.5,-76

IN_2

133.5 0

130.5,-74,133.5,-74

OUT_2

133.5 0

130.5,-80,133.5,-80

OUT_2

133.5 0

134.5,-79,134.5,-73

-79 2

-75 3

-73 1

130.5,-73,134.5,-73

OUT_3

134.5 0

130.5,-79,134.5,-79

OUT_3

134.5 0

134.5,-75,135.5,-75

IN_3

134.5 0

139.5,-72,139.5,-71

count_enable

-71 2

139.5,-71,140.5,-71

OUT_0

139.5 1

140.5 4

140.5,-72,140.5,-71

count_up

-71 2

25,-35,25,-32

clear

-35 1

23,-35,25,-35

IN_0

25 0

105.5,5,105.5,5

OUT

IN_0

105.5,-3,105.5,-3

OUT

IN_0

105.5,-11,105.5,-11

OUT

IN_0

20,-29,20,-29

IN_0

20,-28,20,-28

IN_1

IN_0

20,-27,20,-27

IN_2

IN_0

20,-26,20,-26

IN_3

IN_0

105.5,-19,105.5,-19

OUT

IN_0

93.5,-31,93.5,-31

IN_0

-31 1

93.5,-31,93.5,-31

OUT

93.5 0

85.5,-31,85.5,-31

IN_0

-31 1

85.5,-31,85.5,-31

OUT

85.5 0

77.5,-31,77.5,-31

IN_0

-31 1

77.5,-31,77.5,-31

77.5 0

77.5 2

77.5,-31,77.5,-31

OUT

-31 1

138.5,-72,138.5,-72

load

IN_0

137,-66,138.5,-66

clock

137 5

137,-71,137,-66

-71 6

-66 4

132.5,-71,137,-71

IN_0

137 5

126.5,-58,126.5,-58

IN_3

IN_0

126.5,-59,126.5,-59

IN_2

100

IN_0

126.5,-60,126.5,-60

IN_1

101

IN_0

126.5,-61,126.5,-61

IN_0

102

IN_0

131.5,-67,131.5,-61

-67 7

-63 6

-61 5

130.5,-61,131.5,-61

OUT_0

131.5 0

131.5,-63,135.5,-63

IN_0

131.5 0

130.5,-67,131.5,-67

OUT_0

131.5 0

132.5,-66,132.5,-60

-66 4

-62 1

-60 2

132.5,-62,135.5,-62

IN_1

132.5 0

130.5,-60,132.5,-60

OUT_1

132.5 0

130.5,-66,132.5,-66

OUT_1

132.5 0

133.5,-65,133.5,-59

-65 4

-61 1

-59 2

133.5,-61,135.5,-61

IN_2

133.5 0

130.5,-59,133.5,-59

OUT_2

133.5 0

130.5,-65,133.5,-65

OUT_2

133.5 0

134.5,-64,134.5,-58

-64 4

-60 3

-58 1

130.5,-58,134.5,-58

OUT_3

134.5 0

134.5,-60,135.5,-60

IN_3

134.5 0

130.5,-64,134.5,-64

OUT_3

134.5 0

139.5,-57,139.5,-56

count_enable

-56 2

139.5,-56,140.5,-56

OUT_0

139.5 1

140.5 4

140.5,-57,140.5,-56

count_up

-56 2

138.5,-57,138.5,-57

load

103

IN_0

139,-47.5,139,-44.5

104

clock

-47.5 5

133,-47.5,139,-47.5

105

IN_0

139 0

127,-36.5,127,-36.5

107

IN_3

109

IN_0

127,-37.5,127,-37.5

107

IN_2

110

IN_0

127,-38.5,127,-38.5

107

IN_1

111

IN_0

127,-39.5,127,-39.5

107

IN_0

112

IN_0

132,-45.5,132,-39.5

-45.5 3

-41.5 5

-39.5 9

131,-45.5,132,-45.5

108

OUT_0

132 0

132,-41.5,136,-41.5

104

IN_0

132 0

131,-39.5,132,-39.5

107

OUT_0

132 0

100

133,-44.5,133,-38.5

-44.5 3

-40.5 1

-38.5 2

133,-40.5,136,-40.5

104

IN_1

133 0

131,-38.5,133,-38.5

107

OUT_1

133 0

131,-44.5,133,-44.5

108

OUT_1

133 0

101

134,-43.5,134,-37.5

-43.5 3

-39.5 1

-37.5 2

134,-39.5,136,-39.5

104

IN_2

134 0

131,-37.5,134,-37.5

107

OUT_2

134 0

131,-43.5,134,-43.5

108

OUT_2

134 0

102

135,-42.5,135,-36.5

-42.5 2

-38.5 3

-36.5 1

131,-36.5,135,-36.5

107

OUT_3

135 0

131,-42.5,135,-42.5

108

OUT_3

135 0

135,-38.5,136,-38.5

104

IN_3

135 0

103

140,-35.5,140,-34.5

104

count_enable

-34.5 2

140,-34.5,141,-34.5

106

OUT_0

140 1

141 4

141,-35.5,141,-34.5

104

count_up

-34.5 2

104

139,-35.5,139,-35.5

104

load

113

IN_0

105

69.5,-31,69.5,-31

IN_0

-31 1

69.5,-31,69.5,-31

OUT

69.5 0

106

121,-56.5,121,-53

128

IN_0

-56.5 2

-53 1

42,-53,121,-53

OUT_2

121 0

121,-56.5,128.5,-56.5

ENABLE_0

121 0

107

121,-52,121,-34

129

IN_0

-52 1

-35 2

42,-52,121,-52

OUT_3

121 0

121,-35,129,-35

107

ENABLE_0

121 0

108

137.5,-33,137.5,-29

-33 2

-29 3

132,-33,137.5,-33

115

IN_0

137.5 0

137.5,-29,139,-29

114

clock

137.5 0

109

127,-21,127,-21

117

IN_3

119

IN_0

110

127,-22,127,-22

117

IN_2

120

IN_0

111

127,-23,127,-23

117

IN_1

121

IN_0

112

127,-24,127,-24

117

IN_0

122

IN_0

113

132,-30,132,-24

-30 3

-26 6

-24 5

131,-30,132,-30

118

OUT_0

132 0

131,-24,132,-24

117

OUT_0

132 0

132,-26,136,-26

114

IN_0

132 0

114

133,-29,133,-23

-29 3

-25 1

-23 2

133,-25,136,-25

114

IN_1

133 0

131,-23,133,-23

117

OUT_1

133 0

131,-29,133,-29

118

OUT_1

133 0

115

134,-28,134,-22

-28 3

-24 1

-22 2

134,-24,136,-24

114

IN_2

134 0

131,-22,134,-22

117

OUT_2

134 0

131,-28,134,-28

118

OUT_2

134 0

116

135,-27,135,-21

-27 2

-23 3

-21 1

131,-21,135,-21

117

OUT_3

135 0

131,-27,135,-27

118

OUT_3

135 0

135,-23,136,-23

114

IN_3

135 0

117

140,-20,140,-19

114

count_enable

-19 2

140,-19,141,-19

116

OUT_0

140 1

141 4

141,-20,141,-19

114

count_up

-19 2

118

139,-20,139,-20

114

load

123

IN_0

119

120,-51,120,-18.5

130

IN_0

-51 1

-19.5 2

42,-51,120,-51

OUT_4

120 0

120,-19.5,129,-19.5

117

ENABLE_0

120 0

127

134.5,5.5,134.5,5.5

149

OUT

150

IN_0

129

125,6.5,128.5,6.5

149

IN_0

147

IN_0

132

144,-26,144,-26

114

OUT_0

152

IN_0

133

144,-25,144,-25

114

OUT_1

152

IN_1

134

144,-24,144,-24

114

OUT_2

152

IN_2

135

144,-23,144,-23

114

OUT_3

152

IN_3

136

146,-21.5,146,-19.5

154

IN_0

152

ENABLE_0

137

146,-37,146,-37

155

ENABLE_0

156

IN_0

138

144,-41.5,144,-41.5

104

OUT_0

155

IN_0

139

144,-40.5,144,-40.5

104

OUT_1

155

IN_1

140

144,-39.5,144,-39.5

104

OUT_2

155

IN_2

141

144,-38.5,144,-38.5

104

OUT_3

155

IN_3

142

145.5,-58.5,145.5,-58.5

157

ENABLE_0

158

IN_0

143

143.5,-63,143.5,-63

OUT_0

157

IN_0

144

143.5,-62,143.5,-62

OUT_1

157

IN_1

145

143.5,-61,143.5,-61

OUT_2

157

IN_2

146

143.5,-60,143.5,-60

OUT_3

157

IN_3

147

145.5,-73.5,145.5,-73.5

159

ENABLE_0

160

IN_0

148

143.5,-75,143.5,-75

OUT_3

159

IN_3

149

143.5,-76,143.5,-76

OUT_2

159

IN_2

150

143.5,-77,143.5,-77

OUT_1

159

IN_1

151

143.5,-78,143.5,-78

OUT_0

159

IN_0

152

148,-26,153.5,-26

165

N_in1

152

OUT_0

153

148,-25,154.5,-25

164

N_in1

152

OUT_1

154

148,-24,155.5,-24

163

N_in1

152

OUT_2

155

148,-23,156.5,-23

162

N_in1

152

OUT_3

156

156.5,-38.5,156.5,-25

162

N_in0

166

N_in1

-38.5 3

-37 11

148,-38.5,156.5,-38.5

155

OUT_3

156.5 0

156.5,-37,185,-37

255

N_in1

156.5 0

157

155.5,-39.5,155.5,-26

163

N_in0

167

N_in1

-39.5 3

-36 8

148,-39.5,155.5,-39.5

155

OUT_2

155.5 0

155.5,-36,186,-36

254

N_in1

155.5 0

158

154.5,-40.5,154.5,-27

164

N_in0

168

N_in1

-40.5 3

-35 8

148,-40.5,154.5,-40.5

155

OUT_1

154.5 0

154.5,-35,187,-35

253

N_in1

154.5 0

164

147.5,-78,153.5,-78

177

N_in1

159

OUT_0

153.5 2

153.5,-78,153.5,-65

173

N_in0

-78 1

165

147.5,-77,154.5,-77

176

N_in1

159

OUT_1

154.5 2

154.5,-77,154.5,-64

172

N_in0

-77 1

166

147.5,-76,155.5,-76

175

N_in1

159

OUT_2

155.5 2

155.5,-76,155.5,-63

171

N_in0

-76 1

167

147.5,-75,156.5,-75

174

N_in1

159

OUT_3

156.5 2

156.5,-75,156.5,-62

170

N_in0

-75 1

168

114,-79,126.5,-79

182

N_in1

IN_3

114 2

114,-79,114,-66

186

N_in0

-79 1

169

115,-80,126.5,-80

181

N_in1

IN_2

115 2

115,-80,115,-67

185

N_in0

-80 1

170

116,-81,126.5,-81

180

N_in1

IN_1

116 2

116,-81,116,-68

184

N_in0

-81 1

171

117,-82,126.5,-82

IN_0

179

N_in1

117 2

117,-82,117,-69

183

N_in0

-82 1

176

117,-67,117,-47.5

183

N_in1

191

N_in0

-67 3

117,-67,126.5,-67

IN_0

117 2

177

116,-66,116,-46.5

184

N_in1

192

N_in0

-66 3

116,-66,126.5,-66

IN_1

116 2

178

115,-65,115,-45.5

185

N_in1

193

N_in0

-65 3

115,-65,126.5,-65

IN_2

115 2

179

114,-64,114,-44.5

186

N_in1

194

N_in0

-64 3

114,-64,126.5,-64

IN_3

114 2

180

117,-45.5,127,-45.5

191

N_in1

108

IN_0

117 5

117,-45.5,117,-32

195

N_in0

-45.5 1

-39 7

113,-39,117,-39

318

IN_0

117 5

181

116,-44.5,127,-44.5

192

N_in1

108

IN_1

116 2

116,-44.5,116,-31

196

N_in0

-44.5 1

-37 3

113,-37,116,-37

319

IN_0

116 2

182

115,-43.5,127,-43.5

193

N_in1

108

IN_2

115 2

115,-43.5,115,-30

197

N_in0

-43.5 1

-35 3

113,-35,115,-35

320

IN_0

115 2

183

114,-42.5,127,-42.5

194

N_in1

108

IN_3

114 2

114,-42.5,114,-29

198

N_in0

-42.5 1

-33 3

113,-33,114,-33

321

IN_0

114 2

184

117,-30,127,-30

195

N_in1

118

IN_0

185

116,-29,127,-29

196

N_in1

118

IN_1

186

115,-28,127,-28

197

N_in1

118

IN_2

187

114,-27,127,-27

198

N_in1

118

IN_3

188

127,-41,129,-41

108

ENABLE_0

200

IN_0

189

127,-25.5,129,-25.5

118

ENABLE_0

201

IN_0

190

126.5,-62.5,128.5,-62.5

ENABLE_0

202

IN_0

191

126.5,-77.5,128.5,-77.5

ENABLE_0

203

IN_0

197

134.5,-1.5,134.5,-1.5

126

OUT

131

IN_0

198

125,-0.5,128.5,-0.5

126

IN_0

125

IN_0

202

156.5,-49.5,156.5,-40.5

212

IN_3

166

N_in0

-45 3

156.5,-45,170,-45

156.5 0

170 4

170,-59,170,-45

225

IN_3

-45 3

203

156.5,-60,156.5,-53.5

170

N_in1

212

OUT_3

-60 3

-58 4

147.5,-60,156.5,-60

157

OUT_3

156.5 0

156.5,-58,177,-58

156.5 0

177 6

177,-59,177,-58

225

IN_B_3

-58 4

204

155.5,-61,155.5,-53.5

171

N_in1

212

OUT_2

-61 3

-57 4

147.5,-61,155.5,-61

157

OUT_2

155.5 0

155.5,-57,178,-57

155.5 0

178 5

178,-59,178,-57

225

IN_B_2

-57 4

205

154.5,-62,154.5,-53.5

172

N_in1

212

OUT_1

-62 3

-56 4

147.5,-62,154.5,-62

157

OUT_1

154.5 0

154.5,-56,179,-56

154.5 0

179 5

179,-59,179,-56

225

IN_B_1

-56 4

206

153.5,-63,153.5,-53.5

173

N_in1

212

OUT_0

-63 3

-55 4

147.5,-63,153.5,-63

157

OUT_0

153.5 0

153.5,-55,180,-55

153.5 0

180 5

180,-59,180,-55

225

IN_B_0

-55 4

207

134.5,-8.5,134.5,-8.5

136

OUT

137

IN_0

208

125,-7.5,128.5,-7.5

136

IN_0

135

IN_0

209

153.5,-84,153.5,-80

177

N_in0

-84 1

152.5,-84,189,-84

247

N_in0

222

IN_0

153.5 0

210

154.5,-85,154.5,-79

176

N_in0

-85 1

-83 4

152.5,-85,154.5,-85

222

IN_1

154.5 0

154.5,-83,188,-83

246

N_in0

154.5 0

211

155.5,-86,155.5,-78

175

N_in0

-86 1

-82 4

152.5,-86,155.5,-86

222

IN_2

155.5 0

155.5,-82,187,-82

245

N_in0

155.5 0

212

156.5,-87,156.5,-77

174

N_in0

-87 1

-81 4

152.5,-87,156.5,-87

222

IN_3

156.5 0

156.5,-81,186,-81

244

N_in0

156.5 0

216

134.5,12.5,134.5,12.5

142

OUT

143

IN_0

217

125,13.5,128.5,13.5

142

IN_0

141

IN_0

218

154.5,-49.5,154.5,-42.5

212

IN_1

168

N_in0

-47 3

154.5,-47,172,-47

154.5 0

172 4

172,-59,172,-47

225

IN_1

-47 3

219

155.5,-49.5,155.5,-41.5

212

IN_2

167

N_in0

-46 3

155.5,-46,171,-46

155.5 0

171 4

171,-59,171,-46

225

IN_2

-46 3

220

153.5,-49.5,153.5,-43.5

212

IN_0

169

N_in0

-48 3

153.5,-48,173,-48

153.5 0

173 4

173,-59,173,-48

225

IN_0

-48 3

221

183,-62,184,-62

227

OUT_0

225

carry_in

222

166,-62,167,-62

225

carry_out

229

N_in1

223

117,-84,148.5,-84

179

N_in0

222

OUT_0

121 7

133.5 6

144.5 2

144.5,-88,144.5,-84

231

OUT_3

-84 1

133.5,-88,133.5,-84

256

OUT_3

-84 1

121,-88,121,-84

274

OUT_3

-84 1

224

116,-85,116,-83

180

N_in0

-85 1

116,-85,148.5,-85

222

OUT_1

116 0

122 4

134.5 3

145.5 2

145.5,-88,145.5,-85

231

OUT_2

-85 1

134.5,-88,134.5,-85

256

OUT_2

-85 1

122,-88,122,-85

274

OUT_2

-85 1

225

115,-86,115,-82

181

N_in0

-86 1

115,-86,148.5,-86

222

OUT_2

115 0

123 4

135.5 3

146.5 2

146.5,-88,146.5,-86

231

OUT_1

-86 1

135.5,-88,135.5,-86

256

OUT_1

-86 1

123,-88,123,-86

274

OUT_1

-86 1

226

114,-87,114,-81

182

N_in0

-87 1

114,-87,148.5,-87

222

OUT_3

114 0

124 5

136.5 4

147.5 3

147.5,-88,147.5,-87

231

OUT_0

-87 1

136.5,-88,136.5,-87

256

OUT_0

-87 1

124,-88,124,-87

274

OUT_0

-87 1

227

143,-90,143,-90

231

ENABLE_0

233

IN_0

228

176.5,-98,176.5,-67

225

OUT_0

-98 2

144.5,-98,144.5,-92

231

IN_3

-98 2

144.5,-98,176.5,-98

144.5 1

176.5 0

229

175.5,-97,175.5,-67

225

OUT_1

-97 2

145.5,-97,145.5,-92

231

IN_2

-97 2

145.5,-97,175.5,-97

145.5 1

175.5 0

230

173.5,-95,173.5,-67

225

OUT_3

-95 2

147.5,-95,147.5,-92

231

IN_0

-95 2

147.5,-95,173.5,-95

147.5 1

173.5 0

231

174.5,-96,174.5,-67

225

OUT_2

-96 2

146.5,-96,146.5,-92

231

IN_1

-96 2

146.5,-96,174.5,-96

146.5 1

174.5 0

232

132,-90,132,-90

256

ENABLE_0

257

IN_0

237

189,-82,189,-65

247

N_in1

-81 2

-65 5

189,-81,224,-81

189 0

224 3

224,-81,224,-68

267

IN_3

-81 2

189,-65,195,-65

258

IN_0

189 0

238

188,-81,188,-66

246

N_in1

-80 2

-66 5

188,-80,225,-80

188 0

225 3

225,-80,225,-67

-80 2

-67 6

188,-66,195,-66

258

IN_1

188 0

224,-67,225,-67

267

IN_2

225 3

239

187,-80,187,-67

245

N_in1

-79 1

-67 4

187,-79,226,-79

187 0

226 2

226,-79,226,-66

-79 1

-66 6

187,-67,195,-67

258

IN_2

187 0

224,-66,226,-66

267

IN_1

226 2

240

186,-79,186,-68

244

N_in1

-78 1

-68 4

186,-78,227,-78

186 0

227 2

227,-78,227,-65

-78 1

-65 5

186,-68,195,-68

258

IN_3

186 0

224,-65,227,-65

267

IN_0

227 2

241

195,-58,195,-58

258

IN_B_0

260

OUT_3

242

195,-59,195,-59

258

IN_B_1

260

OUT_2

243

195,-60,195,-60

258

IN_B_2

260

OUT_1

244

195,-61,195,-61

258

IN_B_3

260

OUT_0

245

188,-58,188,-36

252

N_in0

-58 4

-47 1

188,-47,224,-47

188 0

224 2

224,-61,224,-47

-61 5

-47 1

188,-58,191,-58

260

IN_3

188 0

220,-61,224,-61

263

IN_0

224 2

246

187,-59,187,-37

253

N_in0

-59 4

-48 1

187,-48,223,-48

187 0

223 2

223,-60,223,-48

-60 5

-48 1

187,-59,191,-59

260

IN_2

187 0

220,-60,223,-60

263

IN_1

223 2

247

186,-60,186,-38

254

N_in0

-60 4

-49 1

186,-49,222,-49

186 0

222 2

222,-59,222,-49

-59 6

-49 1

186,-60,191,-60

260

IN_1

186 0

220,-59,222,-59

263

IN_2

222 2

248

185,-61,185,-39

255

N_in0

-61 4

-50 1

185,-50,221,-50

185 0

221 2

221,-58,221,-50

-58 5

-50 1

185,-61,191,-61

260

IN_0

185 0

220,-58,221,-58

263

IN_3

221 2

249

198,-55,198,-55

258

carry_in

262

OUT_0

250

217,-71,217,-71

263

carry_in

265

OUT_0

251

220,-68,220,-68

263

IN_B_0

267

OUT_3

252

220,-67,220,-67

263

IN_B_1

267

OUT_2

253

220,-66,220,-66

263

IN_B_2

267

OUT_1

254

220,-65,220,-65

263

IN_B_3

267

OUT_0

255

119.5,-90,119.5,-90

274

ENABLE_0

275

IN_0

256

133.5,-99,133.5,-92

256

IN_3

-99 1

133.5,-99,204,-99

133.5 0

204 2

204,-99,204,-61.5

-99 1

-61.5 3

203,-61.5,204,-61.5

258

OUT_0

204 2

257

134.5,-100,134.5,-92

256

IN_2

-100 1

134.5,-100,205,-100

134.5 0

205 2

205,-100,205,-62.5

-100 1

-62.5 3

203,-62.5,205,-62.5

258

OUT_1

205 2

258

135.5,-101,135.5,-92

256

IN_1

-101 1

135.5,-101,206,-101

135.5 0

206 2

206,-101,206,-63.5

-101 1

-63.5 3

203,-63.5,206,-63.5

258

OUT_2

206 2

259

136.5,-102,136.5,-92

256

IN_0

-102 1

136.5,-102,207,-102

136.5 0

207 2

207,-102,207,-64.5

-102 1

-64.5 3

203,-64.5,207,-64.5

258

OUT_3

207 2

260

121,-107,121,-92

274

IN_3

-107 1

121,-107,211,-107

121 0

211 2

211,-107,211,-64.5

-107 1

-64.5 3

211,-64.5,212,-64.5

263

OUT_0

211 2

261

122,-106,122,-92

274

IN_2

-106 1

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122 0

210 2

210,-106,210,-63.5

-106 1

-63.5 3

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263

OUT_1

210 2

262

123,-105,123,-92

274

IN_1

-105 1

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123 0

209 2

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-105 1

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263

OUT_2

209 2

263

124,-104,124,-92

274

IN_0

-104 1

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124 0

208 2

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-104 1

-61.5 3

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263

OUT_3

208 2

264

54,-7,54,-7

146

IN_0

265

24,-23,24,-8.5

count_enable

-8.5 1

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24 0

40 2

40,-26,40,-8.5

ENABLE_0

-14.5 4

-8.5 1

37.5,-14.5,40,-14.5

189

40 2

266

54,-6,54,-6

146

IN_1

IN_0

267

153.5,-34,153.5,-28

165

N_in0

-34 2

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252

N_in1

153.5 0

268

148,-41.5,153.5,-41.5

169

N_in1

155

OUT_0

269

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281

IN_0

285

IN_0

270

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281

IN_1

286

IN_0

271

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281

IN_2

287

IN_0

272

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281

IN_3

288

IN_0

273

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146

IN_2

IN_0

274

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146

IN_3

IN_0

276

26,-23,26,-10.5

carry_out

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189

26 0

279

31.5,-18,31.5,-14.5

189

-18 1

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187

IN_0

31.5 0

280

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189

clock

199

IN_0

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327

OUT_0

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285

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212

ENABLE_0

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222

ENABLE_0

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OUT_0

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335

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288

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333

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136

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138

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292

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IN_1

132

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293

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149

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210

IN_0

294

125,11.5,128.5,11.5

142

IN_1

144

IN_0

295

165,14.5,165,14.5

220

IN_0

214

IN_0

296

165,12.5,165,12.5

220

IN_1

223

IN_0

297

177,11.5,177,11.5

230

OUT

151

IN_0

298

171,13.5,171,13.5

220

OUT

230

IN_0

299

165,10.5,165,10.5

234

IN_0

232

IN_0

300

165,8.5,165,8.5

234

IN_1

235

IN_0

301

171,9.5,171,9.5

234

OUT

230

IN_2

302

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230

IN_1

209

IN_0

303

177,3,177,3

237

OUT

153

IN_0

304

171,4,171,5

239

OUT

237

IN_0

307

171,1,171,2

241

OUT

237

IN_1

308

165,6,165,6

239

IN_0

6 1

165,6,165,6

213

IN_0

165 0

309

165,4,165,4

239

IN_1

242

IN_0

310

165,2,165,2

241

IN_0

2 1

165,2,165,2

243

IN_0

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311

165,0,165,0

241

IN_1

0 1

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248

IN_0

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312

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251

OUT

-5.5 1

177,-5.5,177,-5.5

249

IN_0

177 0

313

171,-4.5,171,-3.5

259

OUT

251

IN_0

314

171,-7.5,171,-6.5

261

OUT

251

IN_1

315

165,-2.5,165,-2.5

259

IN_0

-2.5 1

165,-2.5,165,-2.5

250

IN_0

165 0

316

165,-4.5,165,-4.5

259

IN_1

264

IN_0

317

165,-6.5,165,-6.5

261

IN_0

-6.5 1

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266

IN_0

165 0

318

165,-8.5,165,-8.5

261

IN_1

268

IN_0

319

177,-14,177,-14

276

OUT

-14 1

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270

IN_0

177 0

320

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277

OUT

276

IN_0

321

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278

OUT

276

IN_1

322

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277

IN_0

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272

IN_0

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323

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277

IN_1

279

IN_0

324

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278

IN_0

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280

IN_0

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325

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278

IN_1

282

IN_0

326

201.5,11.5,201.5,11.5

289

OUT

11.5 1

201.5,11.5,201.5,11.5

283

IN_0

201.5 0

327

195.5,12.5,195.5,13.5

290

OUT

289

IN_0

328

195.5,9.5,195.5,10.5

291

OUT

289

IN_1

329

189.5,14.5,189.5,14.5

290

IN_0

14.5 1

189.5,14.5,189.5,14.5

284

IN_0

189.5 0

330

189.5,12.5,189.5,12.5

290

IN_1

292

IN_0

331

189.5,10.5,189.5,10.5

291

IN_0

10.5 1

189.5,10.5,189.5,10.5

293

IN_0

189.5 0

332

189.5,8.5,189.5,8.5

291

IN_1

294

IN_0

333

201.5,3,201.5,3

297

OUT

3 1

201.5,3,201.5,3

295

IN_0

201.5 0

334

195.5,4,195.5,5

298

OUT

297

IN_0

335

195.5,1,195.5,2

299

OUT

297

IN_1

336

189.5,6,189.5,6

298

IN_0

6 1

189.5,6,189.5,6

296

IN_0

189.5 0

337

189.5,4,189.5,4

298

IN_1

300

IN_0

338

189.5,2,189.5,2

299

IN_0

2 1

189.5,2,189.5,2

301

IN_0

189.5 0

339

189.5,0,189.5,0

299

IN_1

302

IN_0

340

201.5,-5.5,201.5,-5.5

305

OUT

-5.5 1

201.5,-5.5,201.5,-5.5

303

IN_0

201.5 0

341

195.5,-4.5,195.5,-3.5

306

OUT

305

IN_0

342

195.5,-7.5,195.5,-6.5

307

OUT

305

IN_1

343

189.5,-2.5,189.5,-2.5

306

IN_0

-2.5 1

189.5,-2.5,189.5,-2.5

304

IN_0

189.5 0

344

189.5,-4.5,189.5,-4.5

306

IN_1

308

IN_0

345

189.5,-6.5,189.5,-6.5

307

IN_0

-6.5 1

189.5,-6.5,189.5,-6.5

309

IN_0

189.5 0

346

189.5,-8.5,189.5,-8.5

307

IN_1

310

IN_0

347

201.5,-14,201.5,-14

313

OUT

-14 1

201.5,-14,201.5,-14

311

IN_0

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348

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314

OUT

313

IN_0

349

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315

OUT

313

IN_1

350

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314

IN_0

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312

IN_0

189.5 0

351

189.5,-13,189.5,-13

314

IN_1

316

IN_0

352

189.5,-15,189.5,-15

315

IN_0

-15 1

189.5,-15,189.5,-15

317

IN_0

189.5 0

353

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315

IN_1

322

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354

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355

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325

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146

OUT_4

326

N_in0

357

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146

OUT_5

328

N_in0

358

60,3,60,3

146

OUT_10

329

N_in0

359

60,4,60,4

146

OUT_11

330

N_in0

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146

OUT_14

332

N_in0

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146

OUT_15

334

N_in0

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OUT_2

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364

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IN_2

-4 1

6 3

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146

OUT_3

66.5 2

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IN_3

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IN_1

92.5 0

365

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IN_3

-1 1

0 4

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146

OUT_6

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367

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OUT_7

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OUT_8

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369

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OUT_9

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97.5 0

97.5,2,98.5,2

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97.5,-20,98.5,-20

IN_2

97.5 0

97.5,-14,98.5,-14

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-6.74149e-006,0,106.2,-78.3

:And since I'm not going to scan my sheaf of paper covered in opcodes and charts, here's a premade program that repeatedly adds 0x5 to register A (the third one down).. just save it as a cdm file and double click the ROM in the computer to load it, then repeatedly select the clock toggle to step through the instructions

the program

0 : 25

1 : 35

2 : 76

3 : 12

4 : 60

20px Waiting for a barnstar!

:--⁪froth^t 15:49, 7 July 2007 (UTC)

:::Have you read about Karnaugh maps? [http://diamond.gem.valpo.edu/~dhart/ece110/espresso/tutorial.html Espresso] is a free tool (almost a programming language!) which can minimize logic table complexity. It has a fairly straightforward syntax, and you may find it helpful for designing your logic elements. Since you're trying to make an entire processor, I suggest you use these (or other tools) to assist you in automated logic debugging. Good luck! Nimur 15:58, 7 July 2007 (UTC)

::::Well it's already a two-level Sum-Of-Products solution so I doubt k maps will help much unless I can do some fancy sharing or "don't-care-term"ing, but I haven't looked at that stuff for awhile so I need some help --⁪froth^t 16:02, 7 July 2007 (UTC)

::::Also [http://img361.imageshack.us/img361/5619/puterem1.png here]'s a picture of the rest of the circuit if it helps at all --⁪froth^t 16:40, 7 July 2007 (UTC)

Can you use a mux or demux?

E.g., xf1 and tf1 could choose between the lines:

xf1 tf1 line

------------

0 0 0

0 1 trn

1 0 xop

1 1 (trn OR xop) (can be precalculated)

Epylar 05:12, 9 July 2007 (UTC)

List of colours

I am looking for a list of colours with their hex codes (eg. 0xFFFFFF) and they must be CONTRASTING COLOURS so that users can easily distinguish between them.

The highest number of colours I could get was 16 here: List_of_palettes#Microsoft_Windows_default_16-color_palette

Rfwoolf 16:01, 7 July 2007 (UTC)

:See Web colors. --soum ^talk 16:03, 7 July 2007 (UTC)

:[http://kuler.adobe.com/ kuler] by Adobe may help :)? JoshHolloway 17:11, 7 July 2007 (UTC)

:Google "Agave", it's a free program. I know it works in linux, if you use Windows, you can probably run it through Cygwin or something --_ʇuǝɯɯoɔɐqǝɟ 19:35, 7 July 2007 (UTC)

XMP and PNG

I'm trying to save XMP information to a PNG file in Adobe Photoshop CS2. Now, I've tried saving the metadata as .xmp document and as a template, but when I reopen the file I don't see any XMP information. How do I embed this information in a PNG file? Extensible Metadata Platform mentions that this is stored in the iTXt chunk, but I cannot see any such metadata in the iTXt chunk. Any thoughts?

:Nothing??

nested VMs

will vmware install itself? How about microsoft virtual pc? --⁪froth^t 20:55, 7 July 2007 (UTC)

You can run XP hosting XP hosting XP, the outer two using VMware.

Epylar 05:14, 9 July 2007 (UTC)

:If you are using Hypervisor based virtualization, AFAIK there can be only one type 1 hypervisor (native virtualization), which will be directly connected with the root partition. All child partitions will be spawned by the root partition. Each of the partitions may host a type 2 hypervisor (which runs as a OS app, thus child OS will be running as an app on the parent OS, not as an independent OS). But why would you run multiple hypervisors? A single hypervisor itself will support multiple partitions. And its not like hypervisors are prone to something equivalent to a kernel panic. Hypervisors are a very thin layer; the resource management is done by the parent OS (in type 2 hypervisors) and root partition (in type 1 hypervisors). So rather than having multiple virtualizers to improve stability, a more stable parent OS is better. --soum ^talk 05:30, 9 July 2007 (UTC)

::Multiple levels of virtualization is possible.

I am currently running Mac OS X in VMware inside of WindowsXP. The OS X then runs Parallels, which virtualizes a small distibution of Linux. -Why? Just because I can. I must, however, admit that the levels of virtualization and use of Mac on PC is experimental and not at all suitable for a production machine. Freedomlinux 01:13, 13 July 2007 (UTC)

Problem with USB

Hello, everyone. I just bought a new computer and a Sony Microvault flashdrive. I connected the flashdrive to my old computer and uploaded one 17.7 MB file, copied it to my new computer, and deleted it off the flashdrive. Then, the next day, I connected the flashdrive to my old computer, and it didn't recognize it, calling it an "Unknown Device." How strange! Just the other day it worked fine! Granted, I've had countless problems with the old computer's USB, but never before had a device worked one day and not the other. I'm hoping this strange occurance might help finally diagnose this computer's USB problem, if not at least help me operate the flashdrive again. The flashdrive still works fine on the new computer, so it's obviously the old computer's problem. Any ideas of what's going on? I'd really appreciate any advice at all, becuase it's been a long time that I've had this problem. (By the way, the old computer is a Dell, Windows XP SP2, about 3 or 4 years old. Let me know if you need to know anything else about it.) Thank you!--El aprendelenguas 21:38, 7 July 2007 (UTC)

: Perhaps the USB port is wonky; try a different one. I have one machine which was built by a numskull who got the USB-D+ and D- pins reversed when he was wiring the case to the motherboard (no, it wasn't me, but getting to the darn pins to fix them is so finicky I've never bothered fixing it). The computer recognises that devices are plugged into that port, but never manages to talk to them properly and so tags them as unrecognised. -- Finlay McWalter | Talk 23:32, 7 July 2007 (UTC)

A common problem is "flash drive sag". This is when the flash drive's weight causes it the sag in a loose USB socket, leading to an intermittent connection. If this is the problem, a USB cable long enough to let you place the flash drive on a table, thus lessening the weigh on the connection, is the cure. StuRat 00:47, 10 July 2007 (UTC)

Best disk defragger

What is currently held by the computing fraternity to be the best disk defragger available today? Free ones would be nice!--Tugjob 21:58, 7 July 2007 (UTC)

: For windows just use the defragger that comes with it. For everything else, don't bother defragging - in theory it helps, but in practice the performance gains people allege they achieve from doing it could as easily be obtained by sacrificing chickens to Legba. -- Finlay McWalter | Talk 23:29, 7 July 2007 (UTC)

::I generally use the Windows defragger, but if I need something more I go fo O&O Defragmenterr. --soum ^talk 14:01, 9 July 2007 (UTC)

:::Thanks. Its OK now I managed to get my Ontrack Jet defragger to work after I made about 10% of free space on the disk.--Tugjob 14:26, 9 July 2007 (UTC)

:::Ah we dont have a page for Ontrack the disk drive data recovery company?--Tugjob 14:27, 9 July 2007 (UTC)

C# regexp

I can code in PHP pretty well, but I never learned C# properly. Luckily their syntax is somewhat similar.

The problem I have is how to pull strings I matched with regexp into a array. I think I sort of understand how to use regexp to check if certain string exists, but am baffled thinking how to extract the matched string into an array. Anyway, any help is appreciated.

Anyway, if somebody is interested whats this question is about, User:Shinhan/AWB BannerSheller will be a module for AWB. Or maybe I should just code a new bot from grounds up? If somebody thinks that coding a bot from grounds up would be easier how would I go about extracting regexp matches in Python? — Shinhan < talk > 22:15, 7 July 2007 (UTC)

:In python you do it as below. C# is probably similar in spirit, but I don't use that so I dunno. --TotoBaggins 13:37, 9 July 2007 (UTC)

>>> import re

>>>

>>> text = "my name is Toto. I am 85 years old"

>>>

>>> pattern = re.compile(r'my name is (\w+)\. I am (\d+) years old')

>>> match = pattern.match(text)

>>> if match:

... name, age = match.groups()

... print 'Name: %s, age: %s' % (name, age)

...

Name: Toto, age: 85

::Yeah the basic premise is similar. --soum ^talk 13:59, 9 July 2007 (UTC)

string text = "This can be done in lot other ways";

Regex re = new Regex("t{1,2}", RegexOptions.Compiled);

//Compilation is not necessary but increases performance

int i = 0;

string[] arr = new string[matches.Count];

MatchCollection matches = re.Matches(text);

foreach (Match m in matches) { arr[i++] = m.Value; }

//Alternatively

List matchList = new List();

foreach (Match m in re.Matches(text)) { matchList.Add(m.Value); }

string[] arr = matchList.ToArray();

:::Does C# have any magic quoting like Python's r'...'? Or do you have to do things like match a literal backslash with new Regex("\\\\", ...)? --TotoBaggins 15:33, 9 July 2007 (UTC)

::::Whats magic quoting? Like writing strings without escape characters? If so, answer is yes. "\\\\" generally would refer to a double back-slash (\\, after escaping). The same string can also be represented as @"\\". --soum ^talk 15:38, 9 July 2007 (UTC)

::I think TotoBaggins is referring to what Csharpians refer to as "Verbatim String Literals"[http://blogs.msdn.com/csharpfaq/archive/2004/03/12/88414.aspx see here]. ... and what Pythonistas refer to as "raw strings" (in a less-complicated world, the zillions of programming language designers out there would at least get together and use the same names for these kinds of things ... but then where's the fun in that?). dr.ef.tymac 15:48, 9 July 2007 (UTC)

:::Thats why I didnt refer it by name :D There should be some common keywords as well, at least between curly braces languages. I sure as hell couldnt understand Java style of foreach loop if I hadnt known it before. And this/me between C# and VB.NET will be the main reason for me getting bald in five years! --soum ^talk 16:10, 9 July 2007 (UTC)

Thank you all. Now I just need to decide which is easier to learn Python or C# to make this bot. — Shinhan < talk > 16:56, 9 July 2007 (UTC)

:You might be interested in [http://meta.wikimedia.org/wiki/Using_the_python_wikipediabot PyWikipediaBot], which is used by many of the wikipedia bots. --TotoBaggins 18:20, 9 July 2007 (UTC)

I can't resist demonstrating Perl's conciseness as compared to other languages. My Python example above would be written as below. --TotoBaggins 18:26, 9 July 2007 (UTC)

$_ = "my name is Toto. I am 85 years old";

print "Name: $1, age: $2\n" if /my name is (\w+)\. I am (\d+) years old/;

:A two liner to do the same can be written in C# as well. So lets not turn it into a bashfest. :D --soum ^talk 08:20, 10 July 2007 (UTC)

::For that matter, a two-liner can be written in Python, but then I never bought into the "computer language religious war" thing either. The more "languages" you learn, the more you realize there's more 'distinctions' than 'differences'. dr.ef.tymac 14:20, 10 July 2007 (UTC)

:@Shinhan, you asked splitting it into an array, I gave the example for that. But you can directly use the MatchCollection to iterate over or index into as you do with an array.

string text = "This can be done in lot other ways";

Regex re = new Regex("t{1,2}", RegexOptions.Compiled);

MatchCollection matches = re.Matches(text);

Console.WriteLine("Second match is {0}", match[1].Value);

A single Match object also does other stuff like finding the start and end indexes of the matched substring. So, if you let us know what exactly you are trying to achieve, we can probably suggest a better way than splitting all into an array. I can handle the C# queries and Toto will probably handle the Python stuff. --soum ^talk 08:20, 10 July 2007 (UTC)

we can probably suggest a better way than splitting all into an array ... yes indeed. In fact, both python and C# support what is known as "[http://www.regular-expressions.info/named.html named capturing groups]" (although I'm sure they each use their own "official names" .. yippie!). This allows you to directly parse whatever substrings you want directly into a "dictionary" (aka 'array' in PHP-speak), where each substring can be accessed by a specific 'field name'. This is very useful, and no futzing around with (numerically-indexed) arrays is needed.

Python example:

import re

sRaw = r"httq://blah.blah.foo?Fname=Homer&Lname=Simpson&Age=33"

reTest = r'Fname=(?P[^&]+)&Lname=(?P[^&]+)&Age=(?P[^&]+)'

vDict = re.search(reTest,sRaw).groupdict()

print vDict

print 'Hello there, %s %s!' % (vDict['fname'], vDict['lname'])

This should convey the basic point, someone else can provide a csharp example if they want. dr.ef.tymac 14:57, 10 July 2007 (UTC)

:Here is the C# version

string text = @"http://blah.blah.foo?Fname=Homer&Lname=Simpson&Age=33";

string regexp = @".*Fname=(?\w+)&Lname=(?\w+)&Age=(?\d+)";

GroupCollection gc = new Regex(regexp, RegexOptions.Compiled).Match(text).Groups;

Console.WriteLine("Hello there, {0}, {1}", gc["lname"], gc["fname"]);

//A shorthand could have been used as well

Console.WriteLine(Regex.Replace(text, regexp, "You are: ${lname}, ${fname}; Age: ${age}"));

The regexp engine can be used to mutate the source string as well.

static void Mutate()

{

string smallText = @"the match engine directly will capitalize first character of each word";

string regexp = @"\w+";

Console.WriteLine(Regex.Replace(smallText, regexp, new MatchEvaluator(FirstCharToUpperCase)));

}

static string FirstCharToUpperCase(Match m)

{

return m.Value.Substring(0, 1).ToUpper() + m.Value.Substring(1);

}

Feel free to contact me if anything is unclear. --soum ^talk 16:31, 10 July 2007 (UTC)

As to we can probably suggest a better way than splitting all into an array I wrote the simple algorithm at User:Shinhan/AWB BannerSheller.

I need regexp to search for, and extract, specific templates. Each template is delimited with {{ and }} but since I want to extract only selected templates I first have to read the list of those templates (from a WP page) change those template names into regexp queries... So, it might not be needed to extract into array, yeah.

Im not well versed in regexping, so I didnt know that PHP can do this as well [http://www.php.net/manual/en/function.preg-match-all.php preg_match_all] but I need to give it matches array where to put it as one of the parameters. (Actual return value is only match counter). PHP uses regexp similar to Perl 5, with [http://www.php.net/manual/en/reference.pcre.pattern.syntax.php notable differences]. — Shinhan < talk > 11:19, 11 July 2007 (UTC)

Zone Alarms

I want to remove this program from my computer but whenever I do it resets the ports and maybe does some other stuff that keeps me from accessing the Internet or the local network until I reload and run Zone Alarms again - keeping me from removing it. Is there anyway to set the ports and other things back to normal without loading and running Zone Alarms again? Julie Moon 23:17, 7 July 2007 (UTC)

: The administrator of your computer (which may, or may not, be you) can uninstall ZoneAlarm by opening Control Panel and then add/remove programs. -- Finlay McWalter | Talk 23:26, 7 July 2007 (UTC)

::She said that when she does remove it, things go wrong. I can't imagine what the problem could be, except that you're using a crappy software firewall instead of a dedicated machine --⁪froth^t 04:07, 8 July 2007 (UTC)

:::add/remove programs does not effect whatever changes the program has made to various port or address or property settings. These are what need to be changed after the program is removed. Julie Moon 09:49, 8 July 2007 (UTC)

::::Huh? Those changes should be gone. Splintercellguy 20:36, 8 July 2007 (UTC)

:::: Windows (core) doesn't have "port or address" settings. The way a firewall like ZoneAlarm works is that it hooks into the windows networking stack at boot time and intercepts networking. If a program like ZoneAlarm hasn't been explicitly hooked into these points, Windows will just pass everything blithely back and forward. So possibilities are a) ZoneAlarm hasn't properly uninstalled (somehow bits of it are still being autostarted, and all you've managed to remove is the control program that configures the firewall bit), b) another firewall has instead been started (maybe the Windows Firewall itself, which has instead hooked the networking stack and is blocking communications, or c) your problem isn't ZoneAlarm, but perhaps a dedicated firewall as Froth mentions. -- Finlay McWalter | Talk 20:47, 8 July 2007 (UTC)