http://neattools.org/wiki/api.php?action=feedcontributions&feedformat=atom&user=Sambaker 2026-08-31T20:02:07Z User contributions MediaWiki 1.31.1 http://neattools.org/wiki/index.php?title=Category:Development&diff=412 2011-03-14T13:25:40Z

<p>Sambaker: </p> <hr /> <div>==NeatTools 2.0 Brainstorm==<br /> What we think the next generation of NeatTools should look like.<br /> Please sign your comments for reference.--[[User:Sambaker|Sambaker]] 15:57, 17 February 2011 (PST)<br /> <br /> How do you sign a comment? -- PDG<br /> Type four (4) tildes &quot;~&quot; in a row or press the signature button (second from the right) --[[User:Sambaker|Sambaker]] 08:32, 19 February 2011 (PST)<br /> <br /> ===General Dev. Discussion===<br /> *Should NeatTools 2 be a cross-platform application native to major platforms include Windows/Linux/Mac/iPhone/iPad/Android, or should we make a distributed Peer to Peer 3D NeatTools. That you can make 3D molecules all over the world talk to each other, organize it self with machine learning to automatically solve the given tasks that it sense through the environment. --[[User:Yuhjyechang|Yuhjyechang]]<br /> **The neat tools molecules concept is cool, for me they would be transportable components (a data format on the stream) ... They could be invisible, 2d or 3d they operate in the information space. For invisible I like neat tools condensing streams to events, for 3d I like mapping streams to visual attributes of objects in the space (would be nice to have space objects be a bit smarter though)--[[User:Johannsen|Johannsen]]<br /> ***What I mean by Peer to Peer is that there is no central server to host the molecules. It exists in all the running NeatTools instances. When a molecules is assigned as public, it will be hashed with globally unique id and being published, discovered, matched, replicated, transferred, and finally organized automatically with soft learning to accomplish the given tasks or the tasks it sense from the environment.--[[User:Yuhjyechang|Yuhjyechang]]<br /> <br /> *Suppose there was an ecosystem where neattools lived, and all those little data streams on the arrows went into a magical place where they were tagged with metadata and lived forever. I&#039;d like to query that system and replay data streams into neattools or my own projects. --[[User:Johannsen|Johannsen]]<br /> <br /> *What&#039;s the model for data sent between the different running neattools? For example data sent between programs need some additional information describing contents so receiving side knows how to handle it. Thats something that would be good to package up for cross platform extensions.--[[User:Johannsen|Johannsen]]<br /> **I already make communication between nrattools too complicated by make it ack the on be half of receiving side. So the sender and receiving side can negotiate a rate that is acceptable for both of them. Now there is one more thing to make it even more complicated, that is communicate the data type or aggregate data structure between them... Let user create new data type out of aggregate data structure is one thing that is missing in NeatTools. We really need to include it in the next version.--[[User:Yuhjyechang|Yuhjyechang]]<br /> <br /> *I&#039;ve been thinking about the cross-platform issue, specifically, the ipad/iphone/android version of NeatTools. One of the things that NeatTools was great at was accessing local hardware and being able to control other programs while running the background (joymouse, for instance). None of the portable platforms will give you that kind of control. So, I was thinking, what if the portable versions of NeatTools were satellite programs revolving around a version of NeatTools running on a desktop/server somewhere. The portable device could be used to remotely control/manipulate the ntl running somewhere. It could even pass it data from accelerometer/camera on the device.[[User:Sambaker|Sambaker]] 06:25, 14 March 2011 (PDT)<br /> <br /> *The previous point brings up a question that we&#039;re not hitting on really yet. What will NeatTools 2 do? The current NeatTools can do a multitude of things, it being primarily a way of controlling a computer without using a keyboard or mouse. But it can can had been used for tons of other stuff. I think we need a clear goal of what we want this version for. What will it&#039;s primary purpose be?[[User:Sambaker|Sambaker]] 06:25, 14 March 2011 (PDT)<br /> <br /> ===General Feature Requests/Discussion===<br /> * Some way to create a compiled redistributable binary of an NTL or source code in another language.[[User:Sambaker|Sambaker]] 08:48, 19 February 2011 (PST)<br /> ** Save As.. (exe, C, C++, xml, etc...)<br /> ** In conjunction with some specific modules, this function could be used to create firmware for micro-controllers (I&#039;ll let Paul elaborate on this)--[[User:Sambaker|Sambaker]] 08:48, 19 February 2011 (PST)<br /> * NTL are XML documents. Plain text and one XML parser away from portability.[[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> **yea, I like that as well, the NTL is the program, neattools is (currently) the only engine for running it, but they are independent.--[[User:Johannsen|Johannsen]]<br /> ***Engine! I LIKE that word for it. The independence is what gives me great hope for using NeatTools on various platforms as well as being able to compile the code (at least generate C code that could then be compiled). --[[User:Pdgelling|Pdgelling]]<br /> **For text representation of NTL, there&#039;s only two things to represent: links between modules and module properties. &quot;instance output =&gt; instance input&quot; and &quot;instance property = value&quot; Anything else? --[[User:Johannsen|Johannsen]]<br /> ***That sounds about right. However, don&#039;t the linkages have to specify which input or output they are connected to? Links might need properties too (color, type, etc.).--[[User:Pdgelling|Pdgelling]]<br /> *More control over links! like the ability to make specific links un-editable to stop accidental deletion, rather than all editable on/off. [[User:Ablainey|Ablainey]] 03:02, 1 March 2011 (PST)<br /> *Can&#039;t believe I forgot this one: and undo button.[[User:Sambaker|Sambaker]] 07:17, 1 March 2011 (PST)<br /> ** DUH! LOL. &amp; multiple undo+redo[[User:Ablainey|Ablainey]] 13:14, 1 March 2011 (PST)<br /> <br /> ===Module Request===<br /> *A scripted module, that would allow in-program customization of a module&#039;s function with javascript or python. --[[User:Sambaker|Sambaker]] 08:36, 19 February 2011 (PST)<br /> **Suppose there were a module that allowed this, where you could connect some inputs (say, X and Y), and and there was an output (say Z). The scripted module really should have the inputs and outputs available as variables. So, for example, you could have the module code just be Z = X + Y. Sounds simple, but with neattools, you&#039;d also have to decide when to execute this. I&#039;m not so clear on that. It seems that the &quot;when to execute&quot; needs to be specified independent of the code and inputs and outputs. --[[User:Johannsen|Johannsen]] 19:54, 28 February 2011 (PST)<br /> ***Yes,every input would be an argument passed to the function. Seems like there&#039;s two options for when to execute: either you have a javascript engine, which executes the code real-time, or you make your changes and rebuild (somehow) your module each time (all done within the ui of course).[[User:Sambaker|Sambaker]] 07:17, 1 March 2011 (PST)<br /> *this module I want sounds really really stupid, which is usually a good sign. Its a module that does absolutely nothing, it has minimal properties that would probably be in module base class (like name), and it takes any number of inputs and outputs. Here&#039;s what it would be good for: requires extension points to be useful,is a specification, allows the abstract nodes to be be isolated for a test specification (the &quot;test space&quot;)--[[User:Johannsen|Johannsen]]<br /> **Hmm... I don&#039;t quite get what you mean. But, there is one container module in NeatTools that does nothing and can have any number of input and output. Is that what you are thinking about, or its something else?--[[User:Yuhjyechang|Yuhjyechang]]<br /> ***That might be the one I&#039;ll check it out. I&#039;m looking at from point of view of making neattools more like an IDE, so it would support new module definition within IDE and the extension would be very limited. For example being able to define a &quot;plus&quot; module by drawing two inputs, one output, and limiting extension code to implementing an interface. Being able to define test data before implementing would be a really nice feature.--[[User:Johannsen|Johannsen]]<br /> <br /> *Video module would be nice. Supporting different common filetypes.[[User:Ablainey|Ablainey]] 03:07, 1 March 2011 (PST)<br /> <br /> ===Existing Feature Change/Improve===<br /> *The socket modules on the current NeatTools have been the biggest impediment to integrating with Flash. Flash&#039;s potential as a visualization tool (including 3D) as well as GUI/Front End is something I&#039;d really like to explore more. [[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> **Sam, what are some good examples of external programs feeding data into Flash?--[[User:Johannsen|Johannsen]] 19:59, 28 February 2011 (PST)<br /> ***My experience is mainly reading in external files (xml, jpg, avi) and manipulating them, but for instance, flash can communicate with a pop or ftp server. Did you have something specific in mind? I have used it to visualize xml data. I just did a proof of concept for Paul&#039;s Pachube data [http://www.sambaker.net/pachube/] (updates every minute so leave it open for a while).[[User:Sambaker|Sambaker]] 07:17, 1 March 2011 (PST)<br /> **I agree with Sam. In the new NeatTools, we should provide the socket as dumb pipe. On top of that, we can build up the notion of Channels, Objects, or encryption layer.--[[User:Yuhjyechang|Yuhjyechang]]<br /> **The previous NeatTools design over the socket is that: In order to address the issue of matching the speed between the consumer and producer when dealing with Audio/Video or other type of packet of data that need feedback acknowledgment to adjust the rate of communication in both ends. The protocol become too complicate and confusing for simple communication with regular event with object data. In stead of making it the default protocol, we should just separate it into an protocol object cascade with socket object to handle this special case. --[[User:Yuhjyechang|Yuhjyechang]]<br /> *Take a look at how Blender (an open-source 3D program) handles the connection of different modules (or nodes). Things I like about their approach: Labeled and color-coded inputs and outputs in discrete locations and collapsible nodes with properties/controls directly on the node. I also like how they handle groups (Complex Object) at about 3:30. [http://www.blendercookie.com/2009/07/16/creating-a-reusable-node-library/ Nodes(a.k.a. Modules)][[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> <br /> ===GUI===<br /> *What I have in mind in turns of 3D is that, the 2D Desktop in NeatTools is now become a 3D space where molecules with 3D presentation connecting stream of data. So, the data flow is still the same, only the 2D presentation become 3D. --[[User:Yuhjyechang|Yuhjyechang]]<br /> **I think the current 2D interface works really well. Rather than 3D, I would like to see improvements/updates to the current 2D interface. 3D adds a level of complexity that could make simple operation (navigation and manipulation) much more difficult. Where I do see 3D being potentially useful is organizationally. Keep the current 2D workspace, but have multiple ones, layered in 3D space, akin to the Complex Object. Each layer could contain a (reusable) part of the final program (method). You could then icon-ize each layer for a meta view of the program.[[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> **I think that its possible to create a 3D interface using multi-touch that is immersive and intuitive. But, its not automatic. We probably need to put some thoughts on that front. For mouse and keyboard, I think its very hard to make it intuitive. What do you think?--[[User:Yuhjyechang|Yuhjyechang]]<br /> **It seems to me that the 3D aspect of NeatTools needs to serve a purpose, either making something easier to use or easier to visualize, but be optional, or at least limited if so desired. For example, a &quot;legacy mode&quot; which while still 3D would be more like 2.5D, basically it would look and function similarly to the current NeatTools for systems where 3D would be more cumbersome.[[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> **How about layers rather than full 3D? you could add a link to a module and drop the end of that link down/up to the next layer where it shows as a node.[[User:Ablainey|Ablainey]] 03:10, 1 March 2011 (PST)<br /> <br /> ===Questions?===<br /> *Joh, Yuh-Jye: Speaking of the cross-platform development, could you talk a little about the Java version of [[History | Neat Software]], specifically what security restrictions prompted Java to be abandoned in favor of C++ and whether that reasoning would still applies to a future version of NeatTools? --[[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)</div>

Sambaker http://neattools.org/wiki/index.php?title=Category:Development&diff=409 2011-03-01T15:17:02Z

<p>Sambaker: </p> <hr /> <div>==NeatTools 2.0 Brainstorm==<br /> What we think the next generation of NeatTools should look like.<br /> Please sign your comments for reference.--[[User:Sambaker|Sambaker]] 15:57, 17 February 2011 (PST)<br /> <br /> How do you sign a comment? -- PDG<br /> Type four (4) tildes &quot;~&quot; in a row or press the signature button (second from the right) --[[User:Sambaker|Sambaker]] 08:32, 19 February 2011 (PST)<br /> <br /> <br /> ===General Dev. Discussion===<br /> *Should NeatTools 2 be a cross-platform application native to major platforms include Windows/Linux/Mac/iPhone/iPad/Android, or should we make a distributed Peer to Peer 3D NeatTools. That you can make 3D molecules all over the world talk to each other, organize it self with machine learning to automatically solve the given tasks that it sense through the environment. --[[User:Yuhjyechang|Yuhjyechang]]<br /> **The neat tools molecules concept is cool, for me they would be transportable components (a data format on the stream) ... They could be invisible, 2d or 3d they operate in the information space. For invisible I like neat tools condensing streams to events, for 3d I like mapping streams to visual attributes of objects in the space (would be nice to have space objects be a bit smarter though)--[[User:Johannsen|Johannsen]]<br /> ***What I mean by Peer to Peer is that there is no central server to host the molecules. It exists in all the running NeatTools instances. When a molecules is assigned as public, it will be hashed with globally unique id and being published, discovered, matched, replicated, transferred, and finally organized automatically with soft learning to accomplish the given tasks or the tasks it sense from the environment.--[[User:Yuhjyechang|Yuhjyechang]]<br /> <br /> *Suppose there was an ecosystem where neattools lived, and all those little data streams on the arrows went into a magical place where they were tagged with metadata and lived forever. I&#039;d like to query that system and replay data streams into neattools or my own projects. --[[User:Johannsen|Johannsen]]<br /> <br /> *What&#039;s the model for data sent between the different running neattools? For example data sent between programs need some additional information describing contents so receiving side knows how to handle it. Thats something that would be good to package up for cross platform extensions.--[[User:Johannsen|Johannsen]]<br /> **I already make communication between nrattools too complicated by make it ack the on be half of receiving side. So the sender and receiving side can negotiate a rate that is acceptable for both of them. Now there is one more thing to make it even more complicated, that is communicate the data type or aggregate data structure between them... Let user create new data type out of aggregate data structure is one thing that is missing in NeatTools. We really need to include it in the next version.--[[User:Yuhjyechang|Yuhjyechang]]<br /> <br /> <br /> ===General Feature Requests/Discussion===<br /> * Some way to create a compiled redistributable binary of an NTL or source code in another language.[[User:Sambaker|Sambaker]] 08:48, 19 February 2011 (PST)<br /> ** Save As.. (exe, C, C++, xml, etc...)<br /> ** In conjunction with some specific modules, this function could be used to create firmware for micro-controllers (I&#039;ll let Paul elaborate on this)--[[User:Sambaker|Sambaker]] 08:48, 19 February 2011 (PST)<br /> * NTL are XML documents. Plain text and one XML parser away from portability.[[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> **yea, I like that as well, the NTL is the program, neattools is (currently) the only engine for running it, but they are independent.--[[User:Johannsen|Johannsen]]<br /> ***Engine! I LIKE that word for it. The independence is what gives me great hope for using NeatTools on various platforms as well as being able to compile the code (at least generate C code that could then be compiled). --[[User:Pdgelling|Pdgelling]]<br /> **For text representation of NTL, there&#039;s only two things to represent: links between modules and module properties. &quot;instance output =&gt; instance input&quot; and &quot;instance property = value&quot; Anything else? --[[User:Johannsen|Johannsen]]<br /> ***That sounds about right. However, don&#039;t the linkages have to specify which input or output they are connected to? Links might need properties too (color, type, etc.).--[[User:Pdgelling|Pdgelling]]<br /> *More control over links! like the ability to make specific links un-editable to stop accidental deletion, rather than all editable on/off. [[User:Ablainey|Ablainey]] 03:02, 1 March 2011 (PST)<br /> *Can&#039;t believe I forgot this one: and undo button.[[User:Sambaker|Sambaker]] 07:17, 1 March 2011 (PST)<br /> <br /> ===Module Request===<br /> *A scripted module, that would allow in-program customization of a module&#039;s function with javascript or python. --[[User:Sambaker|Sambaker]] 08:36, 19 February 2011 (PST)<br /> **Suppose there were a module that allowed this, where you could connect some inputs (say, X and Y), and and there was an output (say Z). The scripted module really should have the inputs and outputs available as variables. So, for example, you could have the module code just be Z = X + Y. Sounds simple, but with neattools, you&#039;d also have to decide when to execute this. I&#039;m not so clear on that. It seems that the &quot;when to execute&quot; needs to be specified independent of the code and inputs and outputs. --[[User:Johannsen|Johannsen]] 19:54, 28 February 2011 (PST)<br /> ***Yes,every input would be an argument passed to the function. Seems like there&#039;s two options for when to execute: either you have a javascript engine, which executes the code real-time, or you make your changes and rebuild (somehow) your module each time (all done within the ui of course).[[User:Sambaker|Sambaker]] 07:17, 1 March 2011 (PST)<br /> *this module I want sounds really really stupid, which is usually a good sign. Its a module that does absolutely nothing, it has minimal properties that would probably be in module base class (like name), and it takes any number of inputs and outputs. Here&#039;s what it would be good for: requires extension points to be useful,is a specification, allows the abstract nodes to be be isolated for a test specification (the &quot;test space&quot;)--[[User:Johannsen|Johannsen]]<br /> **Hmm... I don&#039;t quite get what you mean. But, there is one container module in NeatTools that does nothing and can have any number of input and output. Is that what you are thinking about, or its something else?--[[User:Yuhjyechang|Yuhjyechang]]<br /> ***That might be the one I&#039;ll check it out. I&#039;m looking at from point of view of making neattools more like an IDE, so it would support new module definition within IDE and the extension would be very limited. For example being able to define a &quot;plus&quot; module by drawing two inputs, one output, and limiting extension code to implementing an interface. Being able to define test data before implementing would be a really nice feature.--[[User:Johannsen|Johannsen]]<br /> <br /> *Video module would be nice. Supporting different common filetypes.[[User:Ablainey|Ablainey]] 03:07, 1 March 2011 (PST)<br /> <br /> ===Existing Feature Change/Improve===<br /> *The socket modules on the current NeatTools have been the biggest impediment to integrating with Flash. Flash&#039;s potential as a visualization tool (including 3D) as well as GUI/Front End is something I&#039;d really like to explore more. [[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> **Sam, what are some good examples of external programs feeding data into Flash?--[[User:Johannsen|Johannsen]] 19:59, 28 February 2011 (PST)<br /> ***My experience is mainly reading in external files (xml, jpg, avi) and manipulating them, but for instance, flash can communicate with a pop or ftp server. Did you have something specific in mind? I have used it to visualize xml data. I just did a proof of concept for Paul&#039;s Pachube data [http://www.sambaker.net/pachube/] (updates every minute so leave it open for a while).[[User:Sambaker|Sambaker]] 07:17, 1 March 2011 (PST)<br /> **I agree with Sam. In the new NeatTools, we should provide the socket as dumb pipe. On top of that, we can build up the notion of Channels, Objects, or encryption layer.--[[User:Yuhjyechang|Yuhjyechang]]<br /> **The previous NeatTools design over the socket is that: In order to address the issue of matching the speed between the consumer and producer when dealing with Audio/Video or other type of packet of data that need feedback acknowledgment to adjust the rate of communication in both ends. The protocol become too complicate and confusing for simple communication with regular event with object data. In stead of making it the default protocol, we should just separate it into an protocol object cascade with socket object to handle this special case. --[[User:Yuhjyechang|Yuhjyechang]]<br /> *Take a look at how Blender (an open-source 3D program) handles the connection of different modules (or nodes). Things I like about their approach: Labeled and color-coded inputs and outputs in discrete locations and collapsible nodes with properties/controls directly on the node. I also like how they handle groups (Complex Object) at about 3:30. [http://www.blendercookie.com/2009/07/16/creating-a-reusable-node-library/ Nodes(a.k.a. Modules)][[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> <br /> ===GUI===<br /> *What I have in mind in turns of 3D is that, the 2D Desktop in NeatTools is now become a 3D space where molecules with 3D presentation connecting stream of data. So, the data flow is still the same, only the 2D presentation become 3D. --[[User:Yuhjyechang|Yuhjyechang]]<br /> **I think the current 2D interface works really well. Rather than 3D, I would like to see improvements/updates to the current 2D interface. 3D adds a level of complexity that could make simple operation (navigation and manipulation) much more difficult. Where I do see 3D being potentially useful is organizationally. Keep the current 2D workspace, but have multiple ones, layered in 3D space, akin to the Complex Object. Each layer could contain a (reusable) part of the final program (method). You could then icon-ize each layer for a meta view of the program.[[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> **I think that its possible to create a 3D interface using multi-touch that is immersive and intuitive. But, its not automatic. We probably need to put some thoughts on that front. For mouse and keyboard, I think its very hard to make it intuitive. What do you think?--[[User:Yuhjyechang|Yuhjyechang]]<br /> **It seems to me that the 3D aspect of NeatTools needs to serve a purpose, either making something easier to use or easier to visualize, but be optional, or at least limited if so desired. For example, a &quot;legacy mode&quot; which while still 3D would be more like 2.5D, basically it would look and function similarly to the current NeatTools for systems where 3D would be more cumbersome.[[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> **How about layers rather than full 3D? you could add a link to a module and drop the end of that link down/up to the next layer where it shows as a node.[[User:Ablainey|Ablainey]] 03:10, 1 March 2011 (PST)<br /> <br /> ===Questions?===<br /> *Joh, Yuh-Jye: Speaking of the cross-platform development, could you talk a little about the Java version of [[History | Neat Software]], specifically what security restrictions prompted Java to be abandoned in favor of C++ and whether that reasoning would still applies to a future version of NeatTools? --[[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)</div>

Sambaker http://neattools.org/wiki/index.php?title=Category:Development&diff=396 2011-02-28T01:08:12Z

<p>Sambaker: </p> <hr /> <div>==NeatTools 2.0 Brainstorm==<br /> What we think the next generation of NeatTools should look like.<br /> Please sign your comments for reference.--[[User:Sambaker|Sambaker]] 15:57, 17 February 2011 (PST)<br /> <br /> How do you sign a comment? -- PDG<br /> Type four (4) tildes &quot;~&quot; in a row or press the signature button (second from the right) --[[User:Sambaker|Sambaker]] 08:32, 19 February 2011 (PST)<br /> <br /> <br /> ===General Dev. Discussion===<br /> *Should NeatTools 2 be a cross-platform application native to major platforms include Windows/Linux/Mac/iPhone/iPad/Android, or should we make a distributed Peer to Peer 3D NeatTools. That you can make 3D molecules all over the world talk to each other, organize it self with machine learning to automatically solve the given tasks that it sense through the environment. --[[User:Yuhjyechang|Yuhjyechang]]<br /> **The neat tools molecules concept is cool, for me they would be transportable components (a data format on the stream) ... They could be invisible, 2d or 3d they operate in the information space. For invisible I like neat tools condensing streams to events, for 3d I like mapping streams to visual attributes of objects in the space (would be nice to have space objects be a bit smarter though)--[[User:Johannsen|Johannsen]]<br /> ***What I mean by Peer to Peer is that there is no central server to host the molecules. It exists in all the running NeatTools instances. When a molecules is assigned as public, it will be hashed with globally unique id and being published, discovered, matched, replicated, transferred, and finally organized automatically with soft learning to accomplish the given tasks or the tasks it sense from the environment.--[[User:Yuhjyechang|Yuhjyechang]]<br /> <br /> *Suppose there was an ecosystem where neattools lived, and all those little data streams on the arrows went into a magical place where they were tagged with metadata and lived forever. I&#039;d like to query that system and replay data streams into neattools or my own projects. --[[User:Johannsen|Johannsen]]<br /> <br /> *What&#039;s the model for data sent between the different running neattools? For example data sent between programs need some additional information describing contents so receiving side knows how to handle it. Thats something that would be good to package up for cross platform extensions.--[[User:Johannsen|Johannsen]]<br /> **I already make communication between nrattools too complicated by make it ack the on be half of receiving side. So the sender and receiving side can negotiate a rate that is acceptable for both of them. Now there is one more thing to make it even more complicated, that is communicate the data type or aggregate data structure between them... Let user create new data type out of aggregate data structure is one thing that is missing in NeatTools. We really need to include it in the next version.--[[User:Yuhjyechang|Yuhjyechang]]<br /> <br /> <br /> ===General Feature Requests/Discussion===<br /> * Some way to create a compiled redistributable binary of an NTL or source code in another language.[[User:Sambaker|Sambaker]] 08:48, 19 February 2011 (PST)<br /> ** Save As.. (exe, C, C++, xml, etc...)<br /> ** In conjunction with some specific modules, this function could be used to create firmware for micro-controllers (I&#039;ll let Paul elaborate on this)--[[User:Sambaker|Sambaker]] 08:48, 19 February 2011 (PST)<br /> * NTL are XML documents. Plain text and one XML parser away from portability.[[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> **yea, I like that as well, the NTL is the program, neattools is (currently) the only engine for running it, but they are independent.--[[User:Johannsen|Johannsen]]<br /> ***Engine! I LIKE that word for it. The independence is what gives me great hope for using NeatTools on various platforms as well as being able to compile the code (at least generate C code that could then be compiled). --[[User:Pdgelling|Pdgelling]]<br /> **For text representation of NTL, there&#039;s only two things to represent: links between modules and module properties. &quot;instance output =&gt; instance input&quot; and &quot;instance property = value&quot; Anything else? --[[User:Johannsen|Johannsen]]<br /> ***That sounds about right. However, don&#039;t the linkages have to specify which input or output they are connected to? Links might need properties too (color, type, etc.).--[[User:Pdgelling|Pdgelling]]<br /> <br /> ===Module Request===<br /> *A scripted module, that would allow in-program customization of a module&#039;s function with javascript or python. --[[User:Sambaker|Sambaker]] 08:36, 19 February 2011 (PST)<br /> *this module I want sounds really really stupid, which is usually a good sign. Its a module that does absolutely nothing, it has minimal properties that would probably be in module base class (like name), and it takes any number of inputs and outputs. Here&#039;s what it would be good for: requires extension points to be useful,is a specification, allows the abstract nodes to be be isolated for a test specification (the &quot;test space&quot;)--[[User:Johannsen|Johannsen]]<br /> **Hmm... I don&#039;t quite get what you mean. But, there is one container module in NeatTools that does nothing and can have any number of input and output. Is that what you are thinking about, or its something else?--[[User:Yuhjyechang|Yuhjyechang]]<br /> ***That might be the one I&#039;ll check it out. I&#039;m looking at from point of view of making neattools more like an IDE, so it would support new module definition within IDE and the extension would be very limited. For example being able to define a &quot;plus&quot; module by drawing two inputs, one output, and limiting extension code to implementing an interface. Being able to define test data before implementing would be a really nice feature.--[[User:Johannsen|Johannsen]]<br /> <br /> ===Existing Feature Change/Improve===<br /> *The socket modules on the current NeatTools have been the biggest impediment to integrating with Flash. Flash&#039;s potential as a visualization tool (including 3D) as well as GUI/Front End is something I&#039;d really like to explore more. [[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> **I agree with Sam. In the new NeatTools, we should provide the socket as dumb pipe. On top of that, we can build up the notion of Channels, Objects, or encryption layer.--[[User:Yuhjyechang|Yuhjyechang]]<br /> **The previous NeatTools design over the socket is that: In order to address the issue of matching the speed between the consumer and producer when dealing with Audio/Video or other type of packet of data that need feedback acknowledgment to adjust the rate of communication in both ends. The protocol become too complicate and confusing for simple communication with regular event with object data. In stead of making it the default protocol, we should just separate it into an protocol object cascade with socket object to handle this special case. --[[User:Yuhjyechang|Yuhjyechang]]<br /> *Take a look at how Blender (an open-source 3D program) handles the connection of different modules (or nodes). Things I like about their approach: Labeled and color-coded inputs and outputs in discrete locations and collapsible nodes with properties/controls directly on the node. I also like how they handle groups (Complex Object) at about 3:30. [http://www.blendercookie.com/2009/07/16/creating-a-reusable-node-library/ Nodes(a.k.a. Modules)][[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> <br /> ===GUI===<br /> *What I have in mind in turns of 3D is that, the 2D Desktop in NeatTools is now become a 3D space where molecules with 3D presentation connecting stream of data. So, the data flow is still the same, only the 2D presentation become 3D. --[[User:Yuhjyechang|Yuhjyechang]]<br /> **I think the current 2D interface works really well. Rather than 3D, I would like to see improvements/updates to the current 2D interface. 3D adds a level of complexity that could make simple operation (navigation and manipulation) much more difficult. Where I do see 3D being potentially useful is organizationally. Keep the current 2D workspace, but have multiple ones, layered in 3D space, akin to the Complex Object. Each layer could contain a (reusable) part of the final program (method). You could then icon-ize each layer for a meta view of the program.[[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> **I think that its possible to create a 3D interface using multi-touch that is immersive and intuitive. But, its not automatic. We probably need to put some thoughts on that front. For mouse and keyboard, I think its very hard to make it intuitive. What do you think?--[[User:Yuhjyechang|Yuhjyechang]]<br /> **It seems to me that the 3D aspect of NeatTools needs to serve a purpose, either making something easier to use or easier to visualize, but be optional, or at least limited if so desired. For example, a &quot;legacy mode&quot; which while still 3D would be more like 2.5D, basically it would look and function similarly to the current NeatTools for systems where 3D would be more cumbersome.[[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)<br /> <br /> ===Questions?===<br /> *Joh, Yuh-Jye: Speaking of the cross-platform development, could you talk a little about the Java version of [[History | Neat Software]], specifically what security restrictions prompted Java to be abandoned in favor of C++ and whether that reasoning would still applies to a future version of NeatTools? --[[User:Sambaker|Sambaker]] 17:08, 27 February 2011 (PST)</div>

Sambaker http://neattools.org/wiki/index.php?title=Category:Development&diff=395 2011-02-19T16:48:10Z

<p>Sambaker: /* General Feature Requests */</p> <hr /> <div>==NeatTools 2.0 Brainstorm==<br /> <br /> This will all change, I&#039;m sure, but to get started:<br /> Please sign your comments for reference.--[[User:Sambaker|Sambaker]] 15:57, 17 February 2011 (PST)<br /> <br /> How do you sign a comment? -- PDG<br /> Type four (4) tildes &quot;~&quot; in a row or press the signature button (second from the right) --[[User:Sambaker|Sambaker]] 08:32, 19 February 2011 (PST)<br /> <br /> <br /> ===General Dev. Discussion===<br /> (here)<br /> ===General Feature Requests/Discussion===<br /> * Some way to create a compiled redistributable binary of an NTL or source code in another language.[[User:Sambaker|Sambaker]] 08:48, 19 February 2011 (PST)<br /> ** Save As.. (exe, C, C++, xml, etc...)<br /> ** In conjunction with some specific modules, this function could be used to create firmware for micro-controllers (I&#039;ll let Paul elaborate on this)[[User:Sambaker|Sambaker]] 08:48, 19 February 2011 (PST)<br /> <br /> ===Module Request===<br /> *A scripted module, that would allow in-program customization of a module&#039;s function with javascript or something of the like. [[User:Sambaker|Sambaker]] 08:36, 19 February 2011 (PST)<br /> <br /> ===Existing Feature Change/Improve===<br /> (here)<br /> ===GUI===<br /> (here)<br /> ===Questions?===<br /> (here)</div>

Sambaker http://neattools.org/wiki/index.php?title=Category:Development&diff=394 2011-02-19T16:37:18Z

<p>Sambaker: /* Module Request */</p> <hr /> <div>==NeatTools 2.0 Brainstorm==<br /> <br /> This will all change, I&#039;m sure, but to get started:<br /> Please sign your comments for reference.--[[User:Sambaker|Sambaker]] 15:57, 17 February 2011 (PST)<br /> <br /> How do you sign a comment? -- PDG<br /> Type four (4) tildes &quot;~&quot; in a row or press the signature button (second from the right) --[[User:Sambaker|Sambaker]] 08:32, 19 February 2011 (PST)<br /> <br /> <br /> ===General Dev. Discussion===<br /> (here)<br /> ===General Feature Requests===<br /> (here)<br /> ===Module Request===<br /> *A scripted module, that would allow in-program customization of a module&#039;s function with javascript or something of the like. [[User:Sambaker|Sambaker]] 08:36, 19 February 2011 (PST)<br /> <br /> ===Existing Feature Change/Improve===<br /> (here)<br /> ===GUI===<br /> (here)<br /> ===Questions?===<br /> (here)</div>

Sambaker http://neattools.org/wiki/index.php?title=Category:Development&diff=393 2011-02-19T16:36:45Z

<p>Sambaker: </p> <hr /> <div>==NeatTools 2.0 Brainstorm==<br /> <br /> This will all change, I&#039;m sure, but to get started:<br /> Please sign your comments for reference.--[[User:Sambaker|Sambaker]] 15:57, 17 February 2011 (PST)<br /> <br /> How do you sign a comment? -- PDG<br /> Type four (4) tildes &quot;~&quot; in a row or press the signature button (second from the right) --[[User:Sambaker|Sambaker]] 08:32, 19 February 2011 (PST)<br /> <br /> <br /> ===General Dev. Discussion===<br /> (here)<br /> ===General Feature Requests===<br /> (here)<br /> ===Module Request===<br /> A scripted module, that would allow in-program customization of a module&#039;s function with javascript or something of the like. [[User:Sambaker|Sambaker]] 08:36, 19 February 2011 (PST)<br /> <br /> ===Existing Feature Change/Improve===<br /> (here)<br /> ===GUI===<br /> (here)<br /> ===Questions?===<br /> (here)</div>

Sambaker http://neattools.org/wiki/index.php?title=Category:Development&diff=392 2011-02-19T16:36:00Z

<p>Sambaker: /* Module Request */</p> <hr /> <div>==NeatTools 2.0 Brainstorm==<br /> <br /> This will all change, I&#039;m sure, but to get started:<br /> Please sign your comments for reference.--[[User:Sambaker|Sambaker]] 15:57, 17 February 2011 (PST)<br /> <br /> How do you sign a comment? -- PDG<br /> Type four (4) tildes &quot;~&quot; in a row or press the signature button (second from the right) --[[User:Sambaker|Sambaker]] 08:32, 19 February 2011 (PST)<br /> <br /> <br /> ===General Feature Requests===<br /> (here)<br /> ===Module Request===<br /> A scripted module, that would allow in-program customization of a module&#039;s function with javascript or something of the like. [[User:Sambaker|Sambaker]] 08:36, 19 February 2011 (PST)<br /> <br /> ===Existing Feature Change/Improve===<br /> (here)<br /> ===GUI===<br /> (here)<br /> ===Questions?===<br /> (here)</div>

Sambaker http://neattools.org/wiki/index.php?title=Category:Development&diff=391 2011-02-19T16:32:48Z

<p>Sambaker: </p> <hr /> <div>==NeatTools 2.0 Brainstorm==<br /> <br /> This will all change, I&#039;m sure, but to get started:<br /> Please sign your comments for reference.--[[User:Sambaker|Sambaker]] 15:57, 17 February 2011 (PST)<br /> <br /> How do you sign a comment? -- PDG<br /> Type four (4) tildes &quot;~&quot; in a row or press the signature button (second from the right) --[[User:Sambaker|Sambaker]] 08:32, 19 February 2011 (PST)<br /> <br /> <br /> ===General Feature Requests===<br /> (here)<br /> ===Module Request===<br /> (here)<br /> ===Existing Feature Change/Improve===<br /> (here)<br /> ===GUI===<br /> (here)<br /> ===Questions?===<br /> (here)</div>

Sambaker http://neattools.org/wiki/index.php?title=Category:Development&diff=389 2011-02-17T23:57:26Z

<p>Sambaker: </p> <hr /> <div>==NeatTools 2.0 Brainstorm==<br /> <br /> This will all change, I&#039;m sure, but to get started:<br /> Please sign your comments for reference.--[[User:Sambaker|Sambaker]] 15:57, 17 February 2011 (PST)<br /> <br /> ===General Feature Requests===<br /> (here)<br /> ===Module Request===<br /> (here)<br /> ===Existing Feature Change/Improve===<br /> (here)<br /> ===GUI===<br /> (here)<br /> ===Questions?===<br /> (here)</div>

Sambaker http://neattools.org/wiki/index.php?title=Category:Development&diff=388 2011-02-17T23:55:25Z

<p>Sambaker: </p> <hr /> <div>==NeatTools 2.0 Brainstorm==<br /> <br /> This will all change, I&#039;m sure, but to get started:<br /> <br /> ===General Feature Requests===<br /> (here)<br /> ===Module Request===<br /> (here)<br /> ===Existing Feature Change/Improve===<br /> (here)<br /> ===GUI===<br /> (here)<br /> ===Questions?===<br /> (here)</div>

Sambaker http://neattools.org/wiki/index.php?title=Programs&diff=384 2010-07-29T21:30:20Z

<p>Sambaker: </p> <hr /> <div>under construction<br /> <br /> ==Sam&#039;s Average Hello World Program==<br /> <br /> This is the program that was created for the youtube video.<br /> <br /> hello world.ntl[http://neattools.org/ntls/hello%20world.ntl]<br /> <br /> ==Alex Blainey&#039;s Hello World Program==<br /> <br /> I&#039;m having a bout of insomnia so thought i&#039;d have a play with neattools. The result is attached. It was a little bit harder than the average &#039;hello world&#039; program. It has a few quirks mainly because the delay module won&#039;t pass a chain of zero&#039;s. I should have made flip flop based memory, but was just experimenting and the end result works (mostly). Enjoy.<br /> <br /> helloworld_display.ntl[http://www.sensyr.com/NeatTools/helloworld_display.ntl]</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=381 2010-07-17T22:25:55Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> Logical Negate (bitwise).<br /> [[File:not.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If input is true, output is false, and vice versa.<br /> <br /> ==And==<br /> Logical And.<br /> [[File:and.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If all the outputs are true, then output is true.<br /> If any inputs are <br /> <br /> ==Or==<br /> Logical Or.<br /> [[File:or.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If at least one of the inputs are true, then output is true.<br /> <br /> ==Exclusive Or==<br /> Logical Xor.<br /> [[File:xor.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> <br /> ==Integer Greater Than==<br /> Greater than for use with integers.<br /> [[File:greater.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than Input 2 (top), output is true.<br /> <br /> ==Integer Greater Than or Equal==<br /> Greater than or equal for use with integers.<br /> [[File:greaterequal.gif|left]] <br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than or equal to Input 2 (top), output is true.<br /> <br /> ==Integer Equal==<br /> Equal for use with integers.<br /> [[File:equal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is equal to Input 2, the output is true.<br /> <br /> ==Integer Not Equal==<br /> Not Equal for use with integers.<br /> [[File:notequal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is not equal to Input 2, the output is true.<br /> <br /> ==Integer Add==<br /> Addition for use with integers.<br /> [[File:add.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Sums all inputs and outputs the result.<br /> <br /> ==Integer Multiply==<br /> Multiplication for use with integers.<br /> [[File:multiply.gif|left]] <br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Outputs the product of all the inputs.<br /> <br /> ==Integer Subtract==<br /> Subtraction for use with integers.<br /> [[File:subtract.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 minus Input 2 equals output.<br /> <br /> ==Integer Divide==<br /> Division for use with integers.<br /> [[File:divide.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 divided by Input 2 equals output.<br /> <br /> ==Integer Absolute Value==<br /> Calculates absolute value.<br /> [[File:absvalue.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1))<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Outputs the absolute value of the input.<br /> <br /> ==Integer Power==<br /> Raises integer to a power.<br /> [[File:power.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 raised to the power of Input 2.<br /> <br /> ==Integer Maximum==<br /> Outputs the maximum integer value.<br /> [[File:max.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Returns the highest current value from all the inputs.<br /> <br /> ==Integer Minimum==<br /> Outputs the minimum integer value.<br /> [[File:min.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Returns the lowest current value from all the inputs.<br /> <br /> ==Integer Remainder==<br /> The Modulus operator. Calculates remainder (for use with integers).<br /> [[File:percent.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> The remainder of Input 1 divided by Input 2. (e.g. 5%2=1).<br /> <br /> ==Integer Random==<br /> Generates a random integer value.<br /> [[File:random.gif|left]]<br /> {{module properties<br /> |topinput=Control, integer(1)<br /> |leftinput=<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> When Control receives a signal, it outputs a random integer of set bit depth.<br /> <br /> ==Control==<br /> Opens and closes a switch.<br /> [[File:control.gif|left]] <br /> {{module properties<br /> |topinput=N, integer(1); Control, integer(1)<br /> |leftinput=In, polymorph(1 per N)<br /> |rightoutput=Out, matching type(∞ per N)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of matching input and output pairs(1-512).<br /> }}<br /> When Control receives a signal, a connection is made between corresponding inputs and outputs.<br /> <br /> ==Sample==<br /> Sample input values on demand.<br /> [[File:sample.gif|left]]<br /> {{module properties<br /> |topinput=N, integer(1); Control, integer(1)<br /> |leftinput=In, polymorph(1 per N)<br /> |rightoutput=Out, matching type(∞ per N)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of matching input and output pairs(1-512).<br /> }}<br /> <br /> ==Pulse==<br /> Event production shaped pulse.<br /> [[File:pulse.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }} <br /> <br /> ==Delay==<br /> Delays sending current value until next event is received.<br /> [[File:delay.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> <br /> ==Accumulator==<br /> Counts events.<br /> [[File:accumulate.gif|left]]<br /> {{module properties<br /> |topinput=Enable, integer(1)<br /> |leftinput=Clock, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> <br /> ==Multiplexer==<br /> Selects on input to be current output.<br /> [[File:mux.gif|left]]<br /> {{module properties<br /> |topinput=N, integer(1); Select, integer(1)<br /> |leftinput=polymorph(1 per N)<br /> |rightoutput=matching type(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of inputs (2-512).<br /> |label3=select<br /> |data3=sets the input selected value (0-[N-1]).<br /> }}<br /> <br /> ==DeMultiplexer==<br /> Sends signal input to selected output.<br /> [[File:demux.gif|left]]<br /> {{module properties<br /> |topinput=N, integer(1); Select, integer(1)<br /> |leftinput=polymorph(1)<br /> |rightoutput=matching type(∞ per N)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of inputs (2-512).<br /> |label3=select<br /> |data3=sets the input selected value (0-[N-1]).<br /> |label4=sendResetEvent<br /> |data4=clears the non-triggered outputs (Boolean). <br /> }} <br /> <br /> ==Encoder==<br /> Converts bytes to integers.*<br /> [[File:encode.gif|left]]<br /> {{module properties<br /> |topinput=N, integer(1)<br /> |leftinput=integer(1 per N)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of inputs (2-32).<br /> }} <br /> <br /> ==Decoder==<br /> Converts the byte values of integers.*<br /> [[File:decode.gif|left]]<br /> {{module properties<br /> |topinput=N, integer(1)<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞ per N)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of outputs (2-32).<br /> }} <br /> <br /> ==Exclusive==<br /> For radio button.*<br /> [[File:exclusive.gif|left]]<br /> {{module properties<br /> |topinput=N, integer(1)<br /> |leftinput=integer(∞ per N)<br /> |rightoutput=integer(∞ per N)<br /> |bottomoutput=<br /> |lanel1=moduleColor<br /> |data1=sets the module color(RGB)<br /> |labe2=N<br /> |data2=sets the number of matching inputs and outputs (2-32).<br /> |label3=trueEventOnly<br /> |data3=<br /> }} <br /> <br /> ==Clock Divider==<br /> Cycling clock.<br /> [[File:clockdivide.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=Clock, integer(1)<br /> |rightoutput=Clock / N, integer (∞ per N)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> |labe2=N<br /> |data2=sets the number of outputs (2-512).<br /> }} <br /> <br /> ==Time==<br /> Provides current time (use with date module).<br /> [[File:time.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==High Performance Counter==<br /> For fast timing.<br /> [[File:HPC.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Calibrate==<br /> Accommodates signal range (min to max).<br /> [[File:calibrate.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Average Filter==<br /> Running average.<br /> [[File:average.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Delay Sustain==<br /> For use with musical modules.<br /> [[File:delaysustain.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==State Object==<br /> State machine element (advanced).<br /> [[File:state.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Timers==<br /> Activates at regular specified time intervals.<br /> [[File:timer.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }}</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=380 2010-07-17T17:30:39Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> Logical Negate (bitwise).<br /> [[File:not.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If input is true, output is false, and vice versa.<br /> <br /> ==And==<br /> Logical And.<br /> [[File:and.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If all the outputs are true, then output is true.<br /> If any inputs are <br /> <br /> ==Or==<br /> Logical Or.<br /> [[File:or.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If at least one of the inputs are true, then output is true.<br /> <br /> ==Exclusive Or==<br /> Logical Xor.<br /> [[File:xor.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> <br /> ==Integer Greater Than==<br /> Greater than for use with integers.<br /> [[File:greater.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than Input 2 (top), output is true.<br /> <br /> ==Integer Greater Than or Equal==<br /> Greater than or equal for use with integers.<br /> [[File:greaterequal.gif|left]] <br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than or equal to Input 2 (top), output is true.<br /> <br /> ==Integer Equal==<br /> Equal for use with integers.<br /> [[File:equal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is equal to Input 2, the output is true.<br /> <br /> ==Integer Not Equal==<br /> Not Equal for use with integers.<br /> [[File:notequal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is not equal to Input 2, the output is true.<br /> <br /> ==Integer Add==<br /> Addition for use with integers.<br /> [[File:add.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Sums all inputs and outputs the result.<br /> <br /> ==Integer Multiply==<br /> Multiplication for use with integers.<br /> [[File:multiply.gif|left]] <br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Outputs the product of all the inputs.<br /> <br /> ==Integer Subtract==<br /> Subtraction for use with integers.<br /> [[File:subtract.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 minus Input 2 equals output.<br /> <br /> ==Integer Divide==<br /> Division for use with integers.<br /> [[File:divide.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 divided by Input 2 equals output.<br /> <br /> ==Integer Absolute Value==<br /> Calculates absolute value.<br /> [[File:absvalue.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1))<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Outputs the absolute value of the input.<br /> <br /> ==Integer Power==<br /> Raises integer to a power.<br /> [[File:power.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 raised to the power of Input 2.<br /> <br /> ==Integer Maximum==<br /> Outputs the maximum integer value.<br /> [[File:max.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Returns the highest current value from all the inputs.<br /> <br /> ==Integer Minimum==<br /> Outputs the minimum integer value.<br /> [[File:min.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Returns the lowest current value from all the inputs.<br /> <br /> ==Integer Remainder==<br /> The Modulus operator. Calculates remainder (for use with integers).<br /> [[File:percent.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> The remainder of Input 1 divided by Input 2. (e.g. 5%2=1).<br /> <br /> ==Integer Random==<br /> Generates a random integer value.<br /> [[File:random.gif|left]]<br /> {{module properties<br /> |topinput=Control, integer(1)<br /> |leftinput=<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> When Control receives a signal, it outputs a random integer of set bit depth.<br /> <br /> ==Control==<br /> Opens and closes a switch.<br /> [[File:control.gif|left]] <br /> {{module properties<br /> |topinput=N, integer(1); Control, integer(1)<br /> |leftinput=In, polymorph(1 per N)<br /> |rightoutput=Out, matching type(∞ per N)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of matching input and output pairs(1-512).<br /> }}<br /> When Control receives a signal, a connection is made between corresponding inputs and outputs.<br /> <br /> ==Sample==<br /> Sample input values on demand.<br /> [[File:sample.gif|left]]<br /> {{module properties<br /> |topinput=N, integer(1); Control, integer(1)<br /> |leftinput=In, polymorph(1 per N)<br /> |rightoutput=Out, matching type(∞ per N)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of matching input and output pairs(1-512).<br /> }}<br /> <br /> ==Pulse==<br /> Event production shaped pulse.<br /> [[File:pulse.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }} <br /> <br /> ==Delay==<br /> Delays sending current value until next event is received.<br /> [[File:delay.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> <br /> ==Accumulator==<br /> Counts events.<br /> [[File:accumulate.gif|left]]<br /> {{module properties<br /> |topinput=Enable, integer(1)<br /> |leftinput=Clock, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> <br /> ==Multiplexer==<br /> Selects on input to be current output.<br /> [[File:mux.gif|left]]<br /> {{module properties<br /> |topinput=N, integer(1); Select, integer(1)<br /> |leftinput=polymorph(1 per N)<br /> |rightoutput=matching type(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of inputs (2-512).<br /> |label3=select<br /> |data3=sets the input selected value (0-[N-1]).<br /> }}<br /> <br /> ==DeMultiplexer==<br /> Sends signal input to selected output.<br /> [[File:demux.gif|left]]<br /> {{module properties<br /> |topinput=N, integer(1); Select, integer(1)<br /> |leftinput=polymorph(1)<br /> |rightoutput=matching type(∞ per N)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of inputs (2-512).<br /> |label3=select<br /> |data3=sets the input selected value (0-[N-1]).<br /> |label4=sendResetEvent<br /> |data4=clears the non-triggered outputs(Boolean) <br /> }} <br /> <br /> ==Encoder==<br /> Converts bytes to integers.<br /> [[File:encode.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Decoder==<br /> Converts the byte values of integers.<br /> [[File:decode.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Exclusive==<br /> For radio button.<br /> [[File:exclusive.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Clock Divider==<br /> Cycling clock.<br /> [[File:clockdivide.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Time==<br /> Provides current time (use with date module).<br /> [[File:time.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==High Performance Counter==<br /> For fast timing.<br /> [[File:HPC.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Calibrate==<br /> Accommodates signal range (min to max).<br /> [[File:calibrate.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Average Filter==<br /> Running average.<br /> [[File:average.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Delay Sustain==<br /> For use with musical modules.<br /> [[File:delaysustain.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==State Object==<br /> State machine element (advanced).<br /> [[File:state.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Timers==<br /> Activates at regular specified time intervals.<br /> [[File:timer.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }}</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=379 2010-07-17T16:57:47Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> Logical Negate (bitwise).<br /> [[File:not.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If input is true, output is false, and vice versa.<br /> <br /> ==And==<br /> Logical And.<br /> [[File:and.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If all the outputs are true, then output is true.<br /> If any inputs are <br /> <br /> ==Or==<br /> Logical Or.<br /> [[File:or.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If at least one of the inputs are true, then output is true.<br /> <br /> ==Exclusive Or==<br /> Logical Xor.<br /> [[File:xor.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> <br /> ==Integer Greater Than==<br /> Greater than for use with integers.<br /> [[File:greater.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than Input 2 (top), output is true.<br /> <br /> ==Integer Greater Than or Equal==<br /> Greater than or equal for use with integers.<br /> [[File:greaterequal.gif|left]] <br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than or equal to Input 2 (top), output is true.<br /> <br /> ==Integer Equal==<br /> Equal for use with integers.<br /> [[File:equal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is equal to Input 2, the output is true.<br /> <br /> ==Integer Not Equal==<br /> Not Equal for use with integers.<br /> [[File:notequal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is not equal to Input 2, the output is true.<br /> <br /> ==Integer Add==<br /> Addition for use with integers.<br /> [[File:add.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Sums all inputs and outputs the result.<br /> <br /> ==Integer Multiply==<br /> Multiplication for use with integers.<br /> [[File:multiply.gif|left]] <br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Outputs the product of all the inputs.<br /> <br /> ==Integer Subtract==<br /> Subtraction for use with integers.<br /> [[File:subtract.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 minus Input 2 equals output.<br /> <br /> ==Integer Divide==<br /> Division for use with integers.<br /> [[File:divide.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 divided by Input 2 equals output.<br /> <br /> ==Integer Absolute Value==<br /> Calculates absolute value.<br /> [[File:absvalue.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1))<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Outputs the absolute value of the input.<br /> <br /> ==Integer Power==<br /> Raises integer to a power.<br /> [[File:power.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 raised to the power of Input 2.<br /> <br /> ==Integer Maximum==<br /> Outputs the maximum integer value.<br /> [[File:max.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Returns the highest current value from all the inputs.<br /> <br /> ==Integer Minimum==<br /> Outputs the minimum integer value.<br /> [[File:min.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Returns the lowest current value from all the inputs.<br /> <br /> ==Integer Remainder==<br /> The Modulus operator. Calculates remainder (for use with integers).<br /> [[File:percent.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> The remainder of Input 1 divided by Input 2. (e.g. 5%2=1).<br /> <br /> ==Integer Random==<br /> Generates a random integer value.<br /> [[File:random.gif|left]]<br /> {{module properties<br /> |topinput=Control, integer(1)<br /> |leftinput=<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> When Control receives a signal, it outputs a random integer of set bit depth.<br /> <br /> ==Control==<br /> Opens and closes a switch.<br /> [[File:control.gif|left]] <br /> {{module properties<br /> |topinput=Drag N, integer(1); Control, integer(1)<br /> |leftinput=In, polymorph(1 per N)<br /> |rightoutput=Out, matching type(∞ per N)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of matching input and output pairs(1-512).<br /> }}<br /> When Control receives a signal, a connection is made between corresponding inputs and outputs.<br /> <br /> ==Sample==<br /> Sample input values on demand.<br /> [[File:sample.gif|left]]<br /> {{module properties<br /> |topinput=Drag N, integer(1); Control, integer(1)<br /> |leftinput=In, polymorph(1 per N)<br /> |rightoutput=Out, matching type(∞ per N)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of matching input and output pairs(1-512).<br /> }}<br /> <br /> ==Pulse==<br /> Event production shaped pulse.<br /> [[File:pulse.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }} <br /> <br /> ==Delay==<br /> Delays sending current value until next event is received.<br /> [[File:delay.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }}<br /> <br /> ==Accumulator==<br /> Counts events.<br /> [[File:accumulate.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }}<br /> <br /> ==Multiplexer==<br /> Selects on input to be current output.<br /> [[File:mux.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }}<br /> <br /> ==DeMultiplexer==<br /> Sends signal input to selected output.<br /> [[File:demux.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Encoder==<br /> Converts bytes to integers.<br /> [[File:encode.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Decoder==<br /> Converts the byte values of integers.<br /> [[File:decode.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Exclusive==<br /> For radio button.<br /> [[File:exclusive.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Clock Divider==<br /> Cycling clock.<br /> [[File:clockdivide.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Time==<br /> Provides current time (use with date module).<br /> [[File:time.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==High Performance Counter==<br /> For fast timing.<br /> [[File:HPC.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Calibrate==<br /> Accommodates signal range (min to max).<br /> [[File:calibrate.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Average Filter==<br /> Running average.<br /> [[File:average.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Delay Sustain==<br /> For use with musical modules.<br /> [[File:delaysustain.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==State Object==<br /> State machine element (advanced).<br /> [[File:state.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Timers==<br /> Activates at regular specified time intervals.<br /> [[File:timer.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }}</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=378 2010-07-17T16:51:41Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> Logical Negate (bitwise).<br /> [[File:not.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If input is true, output is false, and vice versa.<br /> <br /> ==And==<br /> Logical And.<br /> [[File:and.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If all the outputs are true, then output is true.<br /> If any inputs are <br /> <br /> ==Or==<br /> Logical Or.<br /> [[File:or.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If at least one of the inputs are true, then output is true.<br /> <br /> ==Exclusive Or==<br /> Logical Xor.<br /> [[File:xor.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> <br /> ==Integer Greater Than==<br /> Greater than for use with integers.<br /> [[File:greater.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than Input 2 (top), output is true.<br /> <br /> ==Integer Greater Than or Equal==<br /> Greater than or equal for use with integers.<br /> [[File:greaterequal.gif|left]] <br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than or equal to Input 2 (top), output is true.<br /> <br /> ==Integer Equal==<br /> Equal for use with integers.<br /> [[File:equal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is equal to Input 2, the output is true.<br /> <br /> ==Integer Not Equal==<br /> Not Equal for use with integers.<br /> [[File:notequal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is not equal to Input 2, the output is true.<br /> <br /> ==Integer Add==<br /> Addition for use with integers.<br /> [[File:add.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Sums all inputs and outputs the result.<br /> <br /> ==Integer Multiply==<br /> Multiplication for use with integers.<br /> [[File:multiply.gif|left]] <br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Outputs the product of all the inputs.<br /> <br /> ==Integer Subtract==<br /> Subtraction for use with integers.<br /> [[File:subtract.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 minus Input 2 equals output.<br /> <br /> ==Integer Divide==<br /> Division for use with integers.<br /> [[File:divide.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 divided by Input 2 equals output.<br /> <br /> ==Integer Absolute Value==<br /> Calculates absolute value.<br /> [[File:absvalue.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1))<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Outputs the absolute value of the input.<br /> <br /> ==Integer Power==<br /> Raises integer to a power.<br /> [[File:power.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 raised to the power of Input 2.<br /> <br /> ==Integer Maximum==<br /> Outputs the maximum integer value.<br /> [[File:max.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Returns the highest current value from all the inputs.<br /> <br /> ==Integer Minimum==<br /> Outputs the minimum integer value.<br /> [[File:min.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Returns the lowest current value from all the inputs.<br /> <br /> ==Integer Remainder==<br /> The Modulus operator. Calculates remainder (for use with integers).<br /> [[File:percent.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> The remainder of Input 1 divided by Input 2. (e.g. 5%2=1).<br /> <br /> ==Integer Random==<br /> Generates a random integer value.<br /> [[File:random.gif|left]]<br /> {{module properties<br /> |topinput=Control, integer(1)<br /> |leftinput=<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> When Control receives a signal, it outputs a random integer of set bit depth.<br /> <br /> ==Control==<br /> Opens and closes a switch.<br /> [[File:control.gif|left]] <br /> {{module properties<br /> |topinput=Drag N, integer(1); Control, integer(1)<br /> |leftinput=In, polymorph(1 per N)<br /> |rightoutput=Out, matching type(∞ per N)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of matching input and output pairs(1-512).<br /> }}<br /> When Control receives a signal, a connection is made between corresponding inputs and outputs.<br /> <br /> ==Sample==<br /> Sample input values on demand.<br /> [[File:sample.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }}<br /> <br /> ==Pulse==<br /> Event production shaped pulse.<br /> [[File:pulse.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Delay==<br /> Delays sending current value until next event is received.<br /> [[File:delay.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }}<br /> <br /> ==Accumulator==<br /> Counts events.<br /> [[File:accumulate.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }}<br /> <br /> ==Multiplexer==<br /> Selects on input to be current output.<br /> [[File:mux.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }}<br /> <br /> ==DeMultiplexer==<br /> Sends signal input to selected output.<br /> [[File:demux.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Encoder==<br /> Converts bytes to integers.<br /> [[File:encode.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Decoder==<br /> Converts the byte values of integers.<br /> [[File:decode.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Exclusive==<br /> For radio button.<br /> [[File:exclusive.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Clock Divider==<br /> Cycling clock.<br /> [[File:clockdivide.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Time==<br /> Provides current time (use with date module).<br /> [[File:time.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==High Performance Counter==<br /> For fast timing.<br /> [[File:HPC.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Calibrate==<br /> Accommodates signal range (min to max).<br /> [[File:calibrate.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Average Filter==<br /> Running average.<br /> [[File:average.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Delay Sustain==<br /> For use with musical modules.<br /> [[File:delaysustain.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==State Object==<br /> State machine element (advanced).<br /> [[File:state.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }} <br /> <br /> ==Timers==<br /> Activates at regular specified time intervals.<br /> [[File:timer.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=<br /> |rightoutput=<br /> |bottomoutput=<br /> }}</div>

Sambaker http://neattools.org/wiki/index.php?title=Category:Tutorials&diff=330 2010-01-26T05:37:29Z

<p>Sambaker: </p> <hr /> <div>==Your First NeatTools Program==<br /> &lt;youtube&gt;02lEC3s0xUM&lt;/youtube&gt;</div>

Sambaker http://neattools.org/wiki/index.php?title=Main_Page&diff=329 2010-01-26T05:36:56Z

<p>Sambaker: </p> <hr /> <div>==NeatTools==<br /> <br /> &lt;table cellspacing=&quot;0&quot;&gt;<br /> &lt;tr style=&quot;background: #eef&quot;&gt;<br /> &lt;td style=&quot;vertical-align:top; border-top: 1px solid #ccf; border-left: 1px solid #ccf; border-bottom: 1px solid #ccf; padding: 1em;&quot;&gt;<br /> * [http://neattools.org Main Site]<br /> * [http://neattools.org/downloads.html Downloads]<br /> * [[Installation]]<br /> * [[Interface]]<br /> * [[:Category:Modules|Modules]]<br /> &lt;/td&gt;<br /> &lt;td style=&quot;vertical-align:top; border-top: 1px solid #ccf; border-right: 1px solid #ccf; border-bottom: 1px solid #ccf; padding: 1em;&quot;&gt;<br /> * [[Programs]]<br /> * [[:Category:Tutorials#Your First NeatTools Program|Your First NeatTools Program]]<br /> * [[:Category:Development|Development]]<br /> * [[History]]<br /> &lt;/td&gt;<br /> &lt;/tr&gt;<br /> &lt;/table&gt;</div>

Sambaker http://neattools.org/wiki/index.php?title=Category:Tutorials&diff=328 2010-01-26T05:35:22Z

<p>Sambaker: Created page with &#039;&lt;youtube&gt;02lEC3s0xUM&lt;/youtube&gt;&#039;</p> <hr /> <div>&lt;youtube&gt;02lEC3s0xUM&lt;/youtube&gt;</div>

Sambaker http://neattools.org/wiki/index.php?title=Interface&diff=327 2010-01-26T05:24:22Z

<p>Sambaker: </p> <hr /> <div>==Status Bar==<br /> The status bar, located just below the title bar displays the mouse X and Y coordinates (relative to the NeatTools desktop), the overall magnification (% zoom level), and particulars on the various modules and/or links associated with the current mouse cursor position.<br /> <br /> ==Toolbars==<br /> Two vertical toolbars are on the left side of the window. They are the Desktop Toolbar (DT) and the Tool Toolbar (TL). The Desktop Toolbar contains things that help you create NeatTools programs, while the Tool Toolbar (catchy name right?) contains things that deal with the running of NeatTools itself.<br /> <br /> ;Desktop Toolbar<br /> ;DT:Detaches the toolbar into a separate window. (toggle)<br /> ;ED:Edit mode (toggle)<br /> ;GL:Snap to grid (toggle)<br /> ;HK:Show/Hide links<br /> ;Ru:Show/Hide Ruler<br /> ;Sc:Show/Hide Scale slider (left side of main window)<br /> ;GD:Show/Hide Grid (toggle)<br /> ;DL:[[Digital Logic Toolbox]](toggle)<br /> ;MA:[[Math Toolbox]](toggle)<br /> ;KB:[[Keyboard Toolbox]](toggle)<br /> ;MM:[[Multimedia Toolbox]](toggle)<br /> ;DS:[[Display Toolbox]](toggle)<br /> ;IO:[[Input/Output Toolbox]](toggle)<br /> ;MI:[[Miscellaneous Toolbox]](toggle)<br /> ;EM:[[External Toolbox]](toggle)<br /> <br /> ;Tool Toolbar<br /> ;TL:Detaches the toolbar into a separate window. (toggle)<br /> ;nF:New file<br /> ;oF:Open file<br /> ;sF:Save file<br /> ;sA:Save file as<br /> ;iP:import [[component]]<br /> ;eP:export [[component]]<br /> ;Ct:Cut modules<br /> ;Cp:Copy modules<br /> ;Ps:Paste modules<br /> ;F:Reorder modules to front<br /> ;B:Reorder modules to back<br /> ;G:Group modules<br /> ;uG:Ungroup modules<br /> ;LM:Load External Module (will show up in the [[External Module Toolbox]]<br /> ;?:About NeatTools<br /> ;EX:Exit NeatTools</div>

Sambaker http://neattools.org/wiki/index.php?title=Interface&diff=326 2010-01-26T05:21:29Z

<p>Sambaker: </p> <hr /> <div>==Status Bar==<br /> The status bar, located just below the title bar displays the mouse X and Y coordinates (relative to the NeatTools desktop), the overall magnification (% zoom level), and particulars on the various modules and/or links associated with the current mouse cursor position.<br /> <br /> ==Toolbars==<br /> Two vertical toolbars are on the left side of the window. They are the Desktop Toolbar (DT) and the Tool Toolbar (TL). The Desktop Toolbar contains things that help you create NeatTools programs, while the Tool Toolbar (catchy name right?) contains things that deal with the running of NeatTools itself.<br /> <br /> :Desktop Toolbar<br /> :DT:Detaches the toolbar into a separate window. (toggle)<br /> :ED:Edit mode (toggle)<br /> :GL:Snap to grid (toggle)<br /> :HK:Show/Hide links<br /> :Ru:Show/Hide Ruler<br /> :Sc:Show/Hide Scale slider (left side of main window)<br /> :GD:Show/Hide Grid (toggle)<br /> :DL:[[Digital Logic Toolbox]](toggle)<br /> :MA:[[Math Toolbox]](toggle)<br /> :KB:[[Keyboard Toolbox]](toggle)<br /> :MM:[[Multimedia Toolbox]](toggle)<br /> :DS:[[Display Toolbox]](toggle)<br /> :IO:[[Input/Output Toolbox]](toggle)<br /> :MI:[[Miscellaneous Toolbox]](toggle)<br /> :EM:[[External Toolbox]](toggle)<br /> <br /> :Tool Toolbar<br /> :TL:Detaches the toolbar into a separate window. (toggle)<br /> :nF:New file<br /> :oF:Open file<br /> :sF:Save file<br /> :sA:Save file as<br /> :iP:import [[component]]<br /> :eP:export [[component]]<br /> :Ct:Cut modules<br /> :Cp:Copy modules<br /> :Ps:Paste modules<br /> :F:Reorder modules to front<br /> :B:Reorder modules to back<br /> :G:Group modules<br /> :uG:Ungroup modules<br /> :LM:Load External Module (will show up in the [[External Module Toolbox]]<br /> :?:About NeatTools<br /> :EX:Exit NeatTools</div>

Sambaker http://neattools.org/wiki/index.php?title=Interface&diff=325 2010-01-26T05:20:13Z

<p>Sambaker: Created page with &#039;==Status Bar== The status bar, located just below the title bar displays the mouse X and Y coordinates (relative to the NeatTools desktop), the overall magnification (% zoom leve…&#039;</p> <hr /> <div>==Status Bar==<br /> The status bar, located just below the title bar displays the mouse X and Y coordinates (relative to the NeatTools desktop), the overall magnification (% zoom level), and particulars on the various modules and/or links associated with the current mouse cursor position.<br /> <br /> ==Toolbars==<br /> Two vertical toolbars are on the left side of the window. They are the Desktop Toolbar (DT) and the Tool Toolbar (TL). The Desktop Toolbar contains things that help you create NeatTools programs, while the Tool Toolbar (catchy name right?) contains things that deal with the running of NeatTools itself.<br /> <br /> :Desktop Toolbar<br /> :DT:Detaches the toolbar into a separate window. (toggle)<br /> :ED:Edit mode (toggle)<br /> :GL:Snap to grid (toggle)<br /> :HK:Show/Hide links<br /> :Ru:Show/Hide Ruler<br /> :Sc:Show/Hide Scale slider (left side of main window)<br /> :GD:Show/Hide Grid (toggle)<br /> :DL:[[Digital Logic Toolbox]](toggle)<br /> :MA:[[Math Toolbox]](toggle)<br /> :KB:[[Keyboard Toolbox]](toggle)<br /> :MM:[[Multimedia Toolbox]](toggle)<br /> :DS:[[Display Toolbox]](toggle)<br /> :IO:[[I/O Toolbox]](toggle)<br /> :MI:[[Miscellaneous Toolbox]](toggle)<br /> :EM:[[External Module Toolbox]](toggle)<br /> <br /> :Tool Toolbar<br /> :TL:Detaches the toolbar into a separate window. (toggle)<br /> :nF:New file<br /> :oF:Open file<br /> :sF:Save file<br /> :sA:Save file as<br /> :iP:import [[component]]<br /> :eP:export [[component]]<br /> :Ct:Cut modules<br /> :Cp:Copy modules<br /> :Ps:Paste modules<br /> :F:Reorder modules to front<br /> :B:Reorder modules to back<br /> :G:Group modules<br /> :uG:Ungroup modules<br /> :LM:Load External Module (will show up in the [[External Module Toolbox]]<br /> :?:About NeatTools<br /> :EX:Exit NeatTools</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=324 2010-01-24T16:33:10Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> Logical Negate (bitwise).<br /> [[File:not.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If input is true, output is false, and vice versa.<br /> <br /> ==And==<br /> Logical And.<br /> [[File:and.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If all the outputs are true, then output is true.<br /> If any inputs are <br /> <br /> ==Or==<br /> Logical Or.<br /> [[File:or.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If at least one of the inputs are true, then output is true.<br /> <br /> ==Exclusive Or==<br /> Logical Xor.<br /> [[File:xor.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> <br /> ==Integer Greater Than==<br /> Greater than for use with integers.<br /> [[File:greater.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than Input 2 (top), output is true.<br /> <br /> ==Integer Greater Than or Equal==<br /> Greater than or equal for use with integers.<br /> [[File:greaterequal.gif|left]] <br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than or equal to Input 2 (top), output is true.<br /> <br /> ==Integer Equal==<br /> Equal for use with integers.<br /> [[File:equal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is equal to Input 2, the output is true.<br /> <br /> ==Integer Not Equal==<br /> Not Equal for use with integers.<br /> [[File:notequal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is not equal to Input 2, the output is true.<br /> <br /> ==Integer Add==<br /> Addition for use with integers.<br /> [[File:add.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Sums all inputs and outputs the result.<br /> <br /> ==Integer Multiply==<br /> Multiplication for use with integers.<br /> [[File:multiply.gif|left]] <br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Outputs the product of all the inputs.<br /> <br /> ==Integer Subtract==<br /> Subtraction for use with integers.<br /> [[File:subtract.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 minus Input 2 equals output.<br /> <br /> ==Integer Divide==<br /> Division for use with integers.<br /> [[File:divide.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 divided by Input 2 equals output.<br /> <br /> ==Integer Absolute Value==<br /> Calculates absolute value.<br /> [[File:absvalue.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1))<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Outputs the absolute value of the input.<br /> <br /> ==Integer Power==<br /> Raises integer to a power.<br /> [[File:power.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 raised to the power of Input 2.<br /> <br /> ==Integer Maximum==<br /> Outputs the maximum integer value.<br /> [[File:max.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Returns the highest current value from all the inputs.<br /> <br /> ==Integer Minimum==<br /> Outputs the minimum integer value.<br /> [[File:min.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Returns the lowest current value from all the inputs.<br /> <br /> ==Integer Remainder==<br /> The Modulus operator. Calculates remainder (for use with integers).<br /> [[File:percent.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> The remainder of Input 1 divided by Input 2. (e.g. 5%2=1).<br /> <br /> ==Integer Random==<br /> Generates a random integer value.<br /> [[File:random.gif|left]]<br /> {{module properties<br /> |topinput=Control, integer(1)<br /> |leftinput=<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> When Control receives a signal, it outputs a random integer of set bit depth.<br /> <br /> ==Control==<br /> Opens and closes a switch.<br /> [[File:control.gif|left]] <br /> {{module properties<br /> |topinput=Drag N, integer(1); Control, integer(1)<br /> |leftinput=In, polymorph(1 per N)<br /> |rightoutput=Out, matching type(∞ per N)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N<br /> |data2=sets the number of matching input and output pairs(1-512).<br /> }}<br /> When Control receives a signal, a connection is made between corresponding inputs and outputs.<br /> <br /> ==Sample==<br /> Sample input values on demand.<br /> [[File:sample.gif|left]] <br /> <br /> ==Pulse==<br /> Event production shaped pulse.<br /> [[File:pulse.gif|left]] <br /> <br /> ==Delay==<br /> Delays sending current value until next event is received.<br /> [[File:delay.gif|left]] <br /> <br /> ==Accumulator==<br /> Counts events.<br /> [[File:accumulate.gif|left]] <br /> <br /> ==Multiplexer==<br /> Selects on input to be current output.<br /> [[File:mux.gif|left]] <br /> <br /> ==DeMultiplexer==<br /> Sends signal input to selected output.<br /> [[File:demux.gif|left]] <br /> <br /> ==Encoder==<br /> Converts bytes to integers.<br /> [[File:encode.gif|left]] <br /> <br /> ==Decoder==<br /> Converts the byte values of integers.<br /> [[File:decode.gif|left]] <br /> <br /> ==Exclusive==<br /> For radio button.<br /> [[File:exclusive.gif|left]] <br /> <br /> ==Clock Divider==<br /> Cycling clock.<br /> [[File:clockdivide.gif|left]] <br /> <br /> ==Time==<br /> Provides current time (use with date module).<br /> [[File:time.gif|left]] <br /> <br /> ==High Performance Counter==<br /> For fast timing.<br /> [[File:HPC.gif|left]] <br /> <br /> ==Calibrate==<br /> Accommodates signal range (min to max).<br /> [[File:calibrate.gif|left]] <br /> <br /> ==Average Filter==<br /> Running average.<br /> [[File:average.gif|left]] <br /> <br /> ==Delay Sustain==<br /> For use with musical modules.<br /> [[File:delaysustain.gif|left]] <br /> <br /> ==State Object==<br /> State machine element (advanced).<br /> [[File:state.gif|left]] <br /> <br /> ==Timers==<br /> Activates at regular specified time intervals.<br /> [[File:timer.gif|left]]</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=323 2010-01-24T15:47:33Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> Logical Negate (bitwise).<br /> [[File:not.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If input is true, output is false, and vice versa.<br /> <br /> ==And==<br /> Logical And.<br /> [[File:and.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If all the outputs are true, then output is true.<br /> If any inputs are <br /> <br /> ==Or==<br /> Logical Or.<br /> [[File:or.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If at least one of the inputs are true, then output is true.<br /> <br /> ==Exclusive Or==<br /> Logical Xor.<br /> [[File:xor.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> <br /> ==Integer Greater Than==<br /> Greater than for use with integers.<br /> [[File:greater.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than Input 2 (top), output is true.<br /> <br /> ==Integer Greater Than or Equal==<br /> Greater than or equal for use with integers.<br /> [[File:greaterequal.gif|left]] <br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than or equal to Input 2 (top), output is true.<br /> <br /> ==Integer Equal==<br /> Equal for use with integers.<br /> [[File:equal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is equal to Input 2, the output is true.<br /> <br /> ==Integer Not Equal==<br /> Not Equal for use with integers.<br /> [[File:notequal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is not equal to Input 2, the output is true.<br /> <br /> ==Integer Add==<br /> Addition for use with integers.<br /> [[File:add.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Sums all inputs and outputs the result.<br /> <br /> ==Integer Multiply==<br /> Multiplication for use with integers.<br /> [[File:multiply.gif|left]] <br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Outputs the product of all the inputs.<br /> <br /> ==Integer Subtract==<br /> Subtraction for use with integers.<br /> [[File:subtract.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(1)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 minus Input 2 equals output.<br /> <br /> ==Integer Divide==<br /> Division for use with integers.<br /> [[File:divide.gif|left]] <br /> ==Integer Subtract==<br /> Subtraction for use with integers.<br /> [[File:subtract.gif|left]]<br /> {{module properties<br /> |topinput= Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(1)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> }}<br /> Input 1 divided by Input 2 equals output.<br /> <br /> ==Integer Absolute Value==<br /> Calculates absolute value.<br /> [[File:absvalue.gif|left]]<br /> <br /> ==Integer Power==<br /> Raises integer to a power.<br /> [[File:power.gif|left]] <br /> <br /> ==Integer Maximum==<br /> Outputs the maximum integer value.<br /> [[File:max.gif|left]] <br /> <br /> ==Integer Minimum==<br /> Outputs the minimum integer value.<br /> [[File:min.gif|left]] <br /> <br /> ==Integer Percent==<br /> Calculates remainder (for use with integers).<br /> [[File:percent.gif|left]] <br /> <br /> ==Integer Random==<br /> Generates a random integer value.<br /> [[File:random.gif|left]] <br /> <br /> ==Control==<br /> Opens and closes a switch.<br /> [[File:control.gif|left]] <br /> <br /> ==Sample==<br /> Sample input values on demand.<br /> [[File:sample.gif|left]] <br /> <br /> ==Pulse==<br /> Event production shaped pulse.<br /> [[File:pulse.gif|left]] <br /> <br /> ==Delay==<br /> Delays sending current value until next event is received.<br /> [[File:delay.gif|left]] <br /> <br /> ==Accumulator==<br /> Counts events.<br /> [[File:accumulate.gif|left]] <br /> <br /> ==Multiplexer==<br /> Selects on input to be current output.<br /> [[File:mux.gif|left]] <br /> <br /> ==DeMultiplexer==<br /> Sends signal input to selected output.<br /> [[File:demux.gif|left]] <br /> <br /> ==Encoder==<br /> Converts bytes to integers.<br /> [[File:encode.gif|left]] <br /> <br /> ==Decoder==<br /> Converts the byte values of integers.<br /> [[File:decode.gif|left]] <br /> <br /> ==Exclusive==<br /> For radio button.<br /> [[File:exclusive.gif|left]] <br /> <br /> ==Clock Divider==<br /> Cycling clock.<br /> [[File:clockdivide.gif|left]] <br /> <br /> ==Time==<br /> Provides current time (use with date module).<br /> [[File:time.gif|left]] <br /> <br /> ==High Performance Counter==<br /> For fast timing.<br /> [[File:HPC.gif|left]] <br /> <br /> ==Calibrate==<br /> Accommodates signal range (min to max).<br /> [[File:calibrate.gif|left]] <br /> <br /> ==Average Filter==<br /> Running average.<br /> [[File:average.gif|left]] <br /> <br /> ==Delay Sustain==<br /> For use with musical modules.<br /> [[File:delaysustain.gif|left]] <br /> <br /> ==State Object==<br /> State machine element (advanced).<br /> [[File:state.gif|left]] <br /> <br /> ==Timers==<br /> Activates at regular specified time intervals.<br /> [[File:timer.gif|left]]</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=322 2010-01-23T21:16:50Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> Logical Negate (bitwise).<br /> [[File:not.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If input is true, output is false, and vice versa.<br /> ==And==<br /> Logical And.<br /> [[File:and.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If all the outputs are true, then output is true.<br /> If any inputs are <br /> ==Or==<br /> Logical Or.<br /> [[File:or.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If at least one of the inputs are true, then output is true.<br /> ==Exclusive Or==<br /> Logical Xor.<br /> [[File:xor.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==Integer Greater Than==<br /> Greater than for use with integers.<br /> [[File:greater.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than Input 2 (top), output is true.<br /> ==Integer Greater Than or Equal==<br /> Greater than or equal for use with integers.<br /> [[File:greaterequal.gif|left]] <br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than or equal to Input 2 (top), output is true.<br /> ==Integer Equal==<br /> Equal for use with integers.<br /> [[File:equal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is equal to Input 2, the output is true.<br /> ==Integer Not Equal==<br /> Not Equal for use with integers.<br /> [[File:notequal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is not equal to Input 2, the output is true.<br /> ==Integer Add==<br /> Addition for use with integers.<br /> [[File:add.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> Sums all inputs and outputs the result.<br /> ==Integer Multiply==<br /> Multiplication for use with integers.<br /> [[File:multiply.gif|left]] <br /> ==Integer Subtract==<br /> Subtraction for use with integers.<br /> [[File:subtract.gif|left]]<br /> ==Integer Divide==<br /> [[File:divide.gif|left]] Division for use with integers.<br /> ==Integer Absolute Value==<br /> [[File:absvalue.gif|left]] Calculates absolute value.<br /> ==Integer Power==<br /> [[File:power.gif|left]] Raises integer to a power.<br /> ==Integer Maximum==<br /> [[File:max.gif|left]] Outputs the maximum integer value.<br /> ==Integer Minimum==<br /> [[File:min.gif|left]] Outputs the minimum integer value.<br /> ==Integer Percent==<br /> [[File:percent.gif|left]] Calculates remainder (for use with integers).<br /> ==Integer Random==<br /> [[File:random.gif|left]] Generates a random integer value.<br /> ==Control==<br /> [[File:control.gif|left]] Opens and closes a switch.<br /> ==Sample==<br /> [[File:sample.gif|left]] Sample input values on demand.<br /> ==Pulse==<br /> [[File:pulse.gif|left]] Event production shaped pulse.<br /> ==Delay==<br /> [[File:delay.gif|left]] Delays sending current value until next event is received.<br /> ==Accumulator==<br /> [[File:accumulate.gif|left]] Counts events.<br /> ==Multiplexer==<br /> [[File:mux.gif|left]] Selects on input to be current output.<br /> ==DeMultiplexer==<br /> [[File:demux.gif|left]] Sends signal input to selected output.<br /> ==Encoder==<br /> [[File:encode.gif|left]] Converts bytes to integers.<br /> ==Decoder==<br /> [[File:decode.gif|left]] Converts the byte values of integers.<br /> ==Exclusive==<br /> [[File:exclusive.gif|left]] For radio button.<br /> ==Clock Divider==<br /> [[File:clockdivide.gif|left]] Cycling clock.<br /> ==Time==<br /> [[File:time.gif|left]] Provides current time (use with date module).<br /> ==High Performance Counter==<br /> [[File:HPC.gif|left]] For fast timing.<br /> ==Calibrate==<br /> [[File:calibrate.gif|left]] Accommodates signal range (min to max).<br /> ==Average Filter==<br /> [[File:average.gif|left]] Running average.<br /> ==Delay Sustain==<br /> [[File:delaysustain.gif|left]] For use with musical modules.<br /> ==State Object==<br /> [[File:state.gif|left]] State machine element (advanced).<br /> ==Timers==<br /> [[File:timer.gif|left]] Activates at regular specified time intervals.</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=321 2010-01-23T21:14:20Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> Logical Negate (bitwise).<br /> [[File:not.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If input is true, output is false, and vice versa.<br /> ==And==<br /> Logical And.<br /> [[File:and.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If all the outputs are true, then output is true.<br /> If any inputs are <br /> ==Or==<br /> Logical Or.<br /> [[File:or.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If at least one of the inputs are true, then output is true.<br /> ==Exclusive Or==<br /> Logical Xor.<br /> [[File:xor.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==Integer Greater Than==<br /> Greater than for use with integers.<br /> [[File:greater.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than Input 2 (top), output is true.<br /> ==Integer Greater Than or Equal==<br /> Greater than or equal for use with integers.<br /> [[File:greaterequal.gif|left]] <br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 (left) is greater than or equal to Input 2 (top), output is true.<br /> ==Integer Equal==<br /> Equal for use with integers.<br /> [[File:equal.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is equal to Input 2, the output is true.<br /> ==Integer Not Equal==<br /> Not Equal for use with integers.<br /> [[File:notequal.gif]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> If Input 1 is not equal to Input 2, the output is true.<br /> ==Integer Add==<br /> Addition for use with integers.<br /> [[File:add.gif]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> Sums all inputs and outputs the result.<br /> ==Integer Multiply==<br /> Multiplication for use with integers.<br /> [[File:multiply.gif]] <br /> ==Integer Subtract==<br /> Subtraction for use with integers.<br /> [[File:subtract.gif]]<br /> ==Integer Divide==<br /> [[File:divide.gif]] Division for use with integers.<br /> ==Integer Absolute Value==<br /> [[File:absvalue.gif]] Calculates absolute value.<br /> ==Integer Power==<br /> [[File:power.gif]] Raises integer to a power.<br /> ==Integer Maximum==<br /> [[File:max.gif]] Outputs the maximum integer value.<br /> ==Integer Minimum==<br /> [[File:min.gif]] Outputs the minimum integer value.<br /> ==Integer Percent==<br /> [[File:percent.gif]] Calculates remainder (for use with integers).<br /> ==Integer Random==<br /> [[File:random.gif]] Generates a random integer value.<br /> ==Control==<br /> [[File:control.gif]] Opens and closes a switch.<br /> ==Sample==<br /> [[File:sample.gif]] Sample input values on demand.<br /> ==Pulse==<br /> [[File:pulse.gif]] Event production shaped pulse.<br /> ==Delay==<br /> [[File:delay.gif]] Delays sending current value until next event is received.<br /> ==Accumulator==<br /> [[File:accumulate.gif]] Counts events.<br /> ==Multiplexer==<br /> [[File:mux.gif]] Selects on input to be current output.<br /> ==DeMultiplexer==<br /> [[File:demux.gif]] Sends signal input to selected output.<br /> ==Encoder==<br /> [[File:encode.gif]] Converts bytes to integers.<br /> ==Decoder==<br /> [[File:decode.gif]] Converts the byte values of integers.<br /> ==Exclusive==<br /> [[File:exclusive.gif]] For radio button.<br /> ==Clock Divider==<br /> [[File:clockdivide.gif]] Cycling clock.<br /> ==Time==<br /> [[File:time.gif]] Provides current time (use with date module).<br /> ==High Performance Counter==<br /> [[File:HPC.gif]] For fast timing.<br /> ==Calibrate==<br /> [[File:calibrate.gif]] Accommodates signal range (min to max).<br /> ==Average Filter==<br /> [[File:average.gif]] Running average.<br /> ==Delay Sustain==<br /> [[File:delaysustain.gif]] For use with musical modules.<br /> ==State Object==<br /> [[File:state.gif]] State machine element (advanced).<br /> ==Timers==<br /> [[File:timer.gif]] Activates at regular specified time intervals.</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=320 2010-01-23T20:58:43Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> Logical Negate (bitwise).<br /> [[File:not.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==And==<br /> Logical And.<br /> [[File:and.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==Or==<br /> Logical Or.<br /> [[File:or.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==Exclusive Or==<br /> Logical Xor.<br /> [[File:xor.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==Integer Greater Than==<br /> Greater than for use with integers.[[File:greater.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==Integer Greater Than or Equal==<br /> Greater than or equal for use with integers.[[File:greaterequal.gif|left]] <br /> {{module properties<br /> |topinput=<br /> |leftinput=Input 2, integer(1)<br /> |rightoutput=Input 1, integer(1)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> <br /> ==Integer Equal==<br /> Equal for use with integers.[[File:equal.gif|left]] <br /> ==Integer Not Equal==<br /> Not Equal for use with integers.[[File:notequal.gif]] <br /> ==Integer Add==<br /> Addition for use with integers.[[File:add.gif]] <br /> ==Integer Multiply==<br /> Multiplication for use with integers.[[File:multiply.gif]] <br /> ==Integer Subtract==<br /> [[File:subtract.gif]] Subtraction for use with integers.<br /> ==Integer Divide==<br /> [[File:divide.gif]] Division for use with integers.<br /> ==Integer Absolute Value==<br /> [[File:absvalue.gif]] Calculates absolute value.<br /> ==Integer Power==<br /> [[File:power.gif]] Raises integer to a power.<br /> ==Integer Maximum==<br /> [[File:max.gif]] Outputs the maximum integer value.<br /> ==Integer Minimum==<br /> [[File:min.gif]] Outputs the minimum integer value.<br /> ==Integer Percent==<br /> [[File:percent.gif]] Calculates remainder (for use with integers).<br /> ==Integer Random==<br /> [[File:random.gif]] Generates a random integer value.<br /> ==Control==<br /> [[File:control.gif]] Opens and closes a switch.<br /> ==Sample==<br /> [[File:sample.gif]] Sample input values on demand.<br /> ==Pulse==<br /> [[File:pulse.gif]] Event production shaped pulse.<br /> ==Delay==<br /> [[File:delay.gif]] Delays sending current value until next event is received.<br /> ==Accumulator==<br /> [[File:accumulate.gif]] Counts events.<br /> ==Multiplexer==<br /> [[File:mux.gif]] Selects on input to be current output.<br /> ==DeMultiplexer==<br /> [[File:demux.gif]] Sends signal input to selected output.<br /> ==Encoder==<br /> [[File:encode.gif]] Converts bytes to integers.<br /> ==Decoder==<br /> [[File:decode.gif]] Converts the byte values of integers.<br /> ==Exclusive==<br /> [[File:exclusive.gif]] For radio button.<br /> ==Clock Divider==<br /> [[File:clockdivide.gif]] Cycling clock.<br /> ==Time==<br /> [[File:time.gif]] Provides current time (use with date module).<br /> ==High Performance Counter==<br /> [[File:HPC.gif]] For fast timing.<br /> ==Calibrate==<br /> [[File:calibrate.gif]] Accommodates signal range (min to max).<br /> ==Average Filter==<br /> [[File:average.gif]] Running average.<br /> ==Delay Sustain==<br /> [[File:delaysustain.gif]] For use with musical modules.<br /> ==State Object==<br /> [[File:state.gif]] State machine element (advanced).<br /> ==Timers==<br /> [[File:timer.gif]] Activates at regular specified time intervals.</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=319 2010-01-23T20:55:59Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> Logical Negate (bitwise).<br /> [[File:not.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==And==<br /> Logical And.<br /> [[File:and.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==Or==<br /> Logical Or.<br /> [[File:or.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==Exclusive Or==<br /> Logical Xor.<br /> [[File:xor.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==Integer Greater Than==<br /> Greater than for use with integers.[[File:greater.gif|left]]<br /> {{module properties<br /> |topinput=Input 2, integer(1)<br /> |leftinput=Input 1, integer(1)<br /> |rightoutput=If 1 &gt; 2, integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==Integer Greater Than or Equal==<br /> Greater than or equal for use with integers.[[File:greaterequal.gif|left]] <br /> ==Integer Equal==<br /> Equal for use with integers.[[File:equal.gif|left]] <br /> ==Integer Not Equal==<br /> Not Equal for use with integers.[[File:notequal.gif]] <br /> ==Integer Add==<br /> Addition for use with integers.[[File:add.gif]] <br /> ==Integer Multiply==<br /> Multiplication for use with integers.[[File:multiply.gif]] <br /> ==Integer Subtract==<br /> [[File:subtract.gif]] Subtraction for use with integers.<br /> ==Integer Divide==<br /> [[File:divide.gif]] Division for use with integers.<br /> ==Integer Absolute Value==<br /> [[File:absvalue.gif]] Calculates absolute value.<br /> ==Integer Power==<br /> [[File:power.gif]] Raises integer to a power.<br /> ==Integer Maximum==<br /> [[File:max.gif]] Outputs the maximum integer value.<br /> ==Integer Minimum==<br /> [[File:min.gif]] Outputs the minimum integer value.<br /> ==Integer Percent==<br /> [[File:percent.gif]] Calculates remainder (for use with integers).<br /> ==Integer Random==<br /> [[File:random.gif]] Generates a random integer value.<br /> ==Control==<br /> [[File:control.gif]] Opens and closes a switch.<br /> ==Sample==<br /> [[File:sample.gif]] Sample input values on demand.<br /> ==Pulse==<br /> [[File:pulse.gif]] Event production shaped pulse.<br /> ==Delay==<br /> [[File:delay.gif]] Delays sending current value until next event is received.<br /> ==Accumulator==<br /> [[File:accumulate.gif]] Counts events.<br /> ==Multiplexer==<br /> [[File:mux.gif]] Selects on input to be current output.<br /> ==DeMultiplexer==<br /> [[File:demux.gif]] Sends signal input to selected output.<br /> ==Encoder==<br /> [[File:encode.gif]] Converts bytes to integers.<br /> ==Decoder==<br /> [[File:decode.gif]] Converts the byte values of integers.<br /> ==Exclusive==<br /> [[File:exclusive.gif]] For radio button.<br /> ==Clock Divider==<br /> [[File:clockdivide.gif]] Cycling clock.<br /> ==Time==<br /> [[File:time.gif]] Provides current time (use with date module).<br /> ==High Performance Counter==<br /> [[File:HPC.gif]] For fast timing.<br /> ==Calibrate==<br /> [[File:calibrate.gif]] Accommodates signal range (min to max).<br /> ==Average Filter==<br /> [[File:average.gif]] Running average.<br /> ==Delay Sustain==<br /> [[File:delaysustain.gif]] For use with musical modules.<br /> ==State Object==<br /> [[File:state.gif]] State machine element (advanced).<br /> ==Timers==<br /> [[File:timer.gif]] Activates at regular specified time intervals.</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=318 2010-01-23T20:46:29Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> Logical Negate (bitwise).<br /> [[File:not.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==And==<br /> Logical And.<br /> [[File:and.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(∞)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==Or==<br /> Logical Or.[[File:or.gif|left]]<br /> ==Exclusive Or==<br /> Logical Xor.[[File:xor.gif|left]] <br /> ==Integer Greater Than==<br /> Greater than for use with integers.[[File:greater.gif|left]] <br /> ==Integer Greater Than or Equal==<br /> Greater than or equal for use with integers.[[File:greaterequal.gif|left]] <br /> ==Integer Equal==<br /> Equal for use with integers.[[File:equal.gif|left]] <br /> ==Integer Not Equal==<br /> Not Equal for use with integers.[[File:notequal.gif]] <br /> ==Integer Add==<br /> Addition for use with integers.[[File:add.gif]] <br /> ==Integer Multiply==<br /> Multiplication for use with integers.[[File:multiply.gif]] <br /> ==Integer Subtract==<br /> [[File:subtract.gif]] Subtraction for use with integers.<br /> ==Integer Divide==<br /> [[File:divide.gif]] Division for use with integers.<br /> ==Integer Absolute Value==<br /> [[File:absvalue.gif]] Calculates absolute value.<br /> ==Integer Power==<br /> [[File:power.gif]] Raises integer to a power.<br /> ==Integer Maximum==<br /> [[File:max.gif]] Outputs the maximum integer value.<br /> ==Integer Minimum==<br /> [[File:min.gif]] Outputs the minimum integer value.<br /> ==Integer Percent==<br /> [[File:percent.gif]] Calculates remainder (for use with integers).<br /> ==Integer Random==<br /> [[File:random.gif]] Generates a random integer value.<br /> ==Control==<br /> [[File:control.gif]] Opens and closes a switch.<br /> ==Sample==<br /> [[File:sample.gif]] Sample input values on demand.<br /> ==Pulse==<br /> [[File:pulse.gif]] Event production shaped pulse.<br /> ==Delay==<br /> [[File:delay.gif]] Delays sending current value until next event is received.<br /> ==Accumulator==<br /> [[File:accumulate.gif]] Counts events.<br /> ==Multiplexer==<br /> [[File:mux.gif]] Selects on input to be current output.<br /> ==DeMultiplexer==<br /> [[File:demux.gif]] Sends signal input to selected output.<br /> ==Encoder==<br /> [[File:encode.gif]] Converts bytes to integers.<br /> ==Decoder==<br /> [[File:decode.gif]] Converts the byte values of integers.<br /> ==Exclusive==<br /> [[File:exclusive.gif]] For radio button.<br /> ==Clock Divider==<br /> [[File:clockdivide.gif]] Cycling clock.<br /> ==Time==<br /> [[File:time.gif]] Provides current time (use with date module).<br /> ==High Performance Counter==<br /> [[File:HPC.gif]] For fast timing.<br /> ==Calibrate==<br /> [[File:calibrate.gif]] Accommodates signal range (min to max).<br /> ==Average Filter==<br /> [[File:average.gif]] Running average.<br /> ==Delay Sustain==<br /> [[File:delaysustain.gif]] For use with musical modules.<br /> ==State Object==<br /> [[File:state.gif]] State machine element (advanced).<br /> ==Timers==<br /> [[File:timer.gif]] Activates at regular specified time intervals.</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=317 2010-01-23T20:44:19Z

<p>Sambaker: </p> <hr /> <div>&lt;table style=&quot;background:#f1f1f1; border: 1px solid black;&quot;&gt;<br /> &lt;tr&gt;&lt;td&gt;&#039;&#039;&#039;Module I/O&#039;&#039;&#039;&lt;/td&gt;&lt;/tr&gt;<br /> {{#if:{{{topinput|}}}<br /> | &lt;tr&gt;&lt;td&gt;Top Input(s): &lt;/td&gt;&lt;td&gt;{{{topinput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{leftinput|}}}<br /> | &lt;tr&gt;&lt;td&gt;Left Input(s): &lt;/td&gt;&lt;td&gt;{{{leftinput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{rightoutput|}}}<br /> | &lt;tr&gt;&lt;td&gt;Right Output(s): &lt;/td&gt;&lt;td&gt;{{{rightoutput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{bottomoutput|}}}<br /> | &lt;tr&gt;&lt;td&gt;Bottom Input(s): &lt;/td&gt;&lt;td&gt;{{{bottomoutput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}<br /> &lt;tr&gt;&lt;td&gt;&#039;&#039;&#039;Module Properties&#039;&#039;&#039;&lt;/td&gt;&lt;/tr&gt;<br /> {{#if:{{{label1|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label1}}}&lt;/td&gt;&lt;td&gt;{{{data1}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label2|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label2}}}&lt;/td&gt;&lt;td&gt;{{{data2}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label3|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label3}}}&lt;/td&gt;&lt;td&gt;{{{data3}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label4|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label4}}}&lt;/td&gt;&lt;td&gt;{{{data4}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label5|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label5}}}&lt;/td&gt;&lt;td&gt;{{{data5}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label6|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label6}}}&lt;/td&gt;&lt;td&gt;{{{data6}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label7|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label7}}}&lt;/td&gt;&lt;td&gt;{{{data7}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label8|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label8}}}&lt;/td&gt;&lt;td&gt;{{{data8}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label9|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label9}}}&lt;/td&gt;&lt;td&gt;{{{data9}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label10|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label10}}}&lt;/td&gt;&lt;td&gt;{{{data10}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label11|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label11}}}&lt;/td&gt;&lt;td&gt;{{{data11}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label12|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label12}}}&lt;/td&gt;&lt;td&gt;{{{data12}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label13|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label13}}}&lt;/td&gt;&lt;td&gt;{{{data13}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label14|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label14}}}&lt;/td&gt;&lt;td&gt;{{{data14}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label15|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label15}}}&lt;/td&gt;&lt;td&gt;{{{data15}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label16|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label16}}}&lt;/td&gt;&lt;td&gt;{{{data16}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label17|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label17}}}&lt;/td&gt;&lt;td&gt;{{{data17}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label18|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label18}}}&lt;/td&gt;&lt;td&gt;{{{data18}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label19|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label19}}}&lt;/td&gt;&lt;td&gt;{{{data19}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label20|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label20}}}&lt;/td&gt;&lt;td&gt;{{{data20}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}<br /> &lt;/table&gt;</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=316 2010-01-23T20:41:24Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> Logical Negate (bitwise).<br /> [[File:not.gif|left]]<br /> {{module properties<br /> |topinput=<br /> |leftinput=integer(1)<br /> |rightoutput=integer(∞)<br /> |bottomoutput=<br /> |label1=moduleColor<br /> |data1=sets module color(RGB).<br /> |label2=N bit(s)<br /> |data2=sets bit depth of output(1-32).<br /> }}<br /> ==And==<br /> Logical And.<br /> [[File:and.gif|left]]<br /> ==Or==<br /> Logical Or.[[File:or.gif|left]]<br /> ==Exclusive Or==<br /> Logical Xor.[[File:xor.gif|left]] <br /> ==Integer Greater Than==<br /> Greater than for use with integers.[[File:greater.gif|left]] <br /> ==Integer Greater Than or Equal==<br /> Greater than or equal for use with integers.[[File:greaterequal.gif|left]] <br /> ==Integer Equal==<br /> Equal for use with integers.[[File:equal.gif|left]] <br /> ==Integer Not Equal==<br /> Not Equal for use with integers.[[File:notequal.gif]] <br /> ==Integer Add==<br /> Addition for use with integers.[[File:add.gif]] <br /> ==Integer Multiply==<br /> Multiplication for use with integers.[[File:multiply.gif]] <br /> ==Integer Subtract==<br /> [[File:subtract.gif]] Subtraction for use with integers.<br /> ==Integer Divide==<br /> [[File:divide.gif]] Division for use with integers.<br /> ==Integer Absolute Value==<br /> [[File:absvalue.gif]] Calculates absolute value.<br /> ==Integer Power==<br /> [[File:power.gif]] Raises integer to a power.<br /> ==Integer Maximum==<br /> [[File:max.gif]] Outputs the maximum integer value.<br /> ==Integer Minimum==<br /> [[File:min.gif]] Outputs the minimum integer value.<br /> ==Integer Percent==<br /> [[File:percent.gif]] Calculates remainder (for use with integers).<br /> ==Integer Random==<br /> [[File:random.gif]] Generates a random integer value.<br /> ==Control==<br /> [[File:control.gif]] Opens and closes a switch.<br /> ==Sample==<br /> [[File:sample.gif]] Sample input values on demand.<br /> ==Pulse==<br /> [[File:pulse.gif]] Event production shaped pulse.<br /> ==Delay==<br /> [[File:delay.gif]] Delays sending current value until next event is received.<br /> ==Accumulator==<br /> [[File:accumulate.gif]] Counts events.<br /> ==Multiplexer==<br /> [[File:mux.gif]] Selects on input to be current output.<br /> ==DeMultiplexer==<br /> [[File:demux.gif]] Sends signal input to selected output.<br /> ==Encoder==<br /> [[File:encode.gif]] Converts bytes to integers.<br /> ==Decoder==<br /> [[File:decode.gif]] Converts the byte values of integers.<br /> ==Exclusive==<br /> [[File:exclusive.gif]] For radio button.<br /> ==Clock Divider==<br /> [[File:clockdivide.gif]] Cycling clock.<br /> ==Time==<br /> [[File:time.gif]] Provides current time (use with date module).<br /> ==High Performance Counter==<br /> [[File:HPC.gif]] For fast timing.<br /> ==Calibrate==<br /> [[File:calibrate.gif]] Accommodates signal range (min to max).<br /> ==Average Filter==<br /> [[File:average.gif]] Running average.<br /> ==Delay Sustain==<br /> [[File:delaysustain.gif]] For use with musical modules.<br /> ==State Object==<br /> [[File:state.gif]] State machine element (advanced).<br /> ==Timers==<br /> [[File:timer.gif]] Activates at regular specified time intervals.</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=315 2010-01-23T20:29:42Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> [[File:not.gif|right]]<br /> Logical Negate (bitwise).<br /> {{module properties<br /> |topinput=this<br /> |leftinput=is<br /> |rightoutput=a<br /> |bottomoutput=test<br /> |label1=color<br /> |data1=this sets the color of your module<br /> |label2=size<br /> |data2=this sets the size of your module<br /> }}<br /> <br /> ==And==<br /> [[File:and.gif|right]] Logical And.<br /> ==Or==<br /> [[File:or.gif|right|right]] Logical Or.<br /> ==Exclusive Or==<br /> [[File:xor.gif|right]] Logical Xor.<br /> ==Integer Greater Than==<br /> [[File:greater.gif|right]] Greater than for use with integers.<br /> ==Integer Greater Than or Equal==<br /> [[File:greaterequal.gif|right]] Greater than or equal for use with integers.<br /> ==Integer Equal==<br /> [[File:equal.gif|right]] Equal for use with integers.<br /> ==Integer Not Equal==<br /> [[File:notequal.gif]] Not Equal for use with integers.<br /> ==Integer Add==<br /> [[File:add.gif]] Addition for use with integers.<br /> ==Integer Multiply==<br /> [[File:multiply.gif]] Multiplication for use with integers.<br /> ==Integer Subtract==<br /> [[File:subtract.gif]] Subtraction for use with integers.<br /> ==Integer Divide==<br /> [[File:divide.gif]] Division for use with integers.<br /> ==Integer Absolute Value==<br /> [[File:absvalue.gif]] Calculates absolute value.<br /> ==Integer Power==<br /> [[File:power.gif]] Raises integer to a power.<br /> ==Integer Maximum==<br /> [[File:max.gif]] Outputs the maximum integer value.<br /> ==Integer Minimum==<br /> [[File:min.gif]] Outputs the minimum integer value.<br /> ==Integer Percent==<br /> [[File:percent.gif]] Calculates remainder (for use with integers).<br /> ==Integer Random==<br /> [[File:random.gif]] Generates a random integer value.<br /> ==Control==<br /> [[File:control.gif]] Opens and closes a switch.<br /> ==Sample==<br /> [[File:sample.gif]] Sample input values on demand.<br /> ==Pulse==<br /> [[File:pulse.gif]] Event production shaped pulse.<br /> ==Delay==<br /> [[File:delay.gif]] Delays sending current value until next event is received.<br /> ==Accumulator==<br /> [[File:accumulate.gif]] Counts events.<br /> ==Multiplexer==<br /> [[File:mux.gif]] Selects on input to be current output.<br /> ==DeMultiplexer==<br /> [[File:demux.gif]] Sends signal input to selected output.<br /> ==Encoder==<br /> [[File:encode.gif]] Converts bytes to integers.<br /> ==Decoder==<br /> [[File:decode.gif]] Converts the byte values of integers.<br /> ==Exclusive==<br /> [[File:exclusive.gif]] For radio button.<br /> ==Clock Divider==<br /> [[File:clockdivide.gif]] Cycling clock.<br /> ==Time==<br /> [[File:time.gif]] Provides current time (use with date module).<br /> ==High Performance Counter==<br /> [[File:HPC.gif]] For fast timing.<br /> ==Calibrate==<br /> [[File:calibrate.gif]] Accommodates signal range (min to max).<br /> ==Average Filter==<br /> [[File:average.gif]] Running average.<br /> ==Delay Sustain==<br /> [[File:delaysustain.gif]] For use with musical modules.<br /> ==State Object==<br /> [[File:state.gif]] State machine element (advanced).<br /> ==Timers==<br /> [[File:timer.gif]] Activates at regular specified time intervals.</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=314 2010-01-23T20:29:17Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> [[File:not.gif|right]]<br /> Logical Negate (bitwise).<br /> {{module properties<br /> |topinput=this<br /> |leftinput=is<br /> |rightoutput=a<br /> |bottomputput=test<br /> |label1=color<br /> |data1=this sets the color of your module<br /> |label2=size<br /> |data2=this sets the size of your module<br /> }}<br /> <br /> ==And==<br /> [[File:and.gif|right]] Logical And.<br /> ==Or==<br /> [[File:or.gif|right|right]] Logical Or.<br /> ==Exclusive Or==<br /> [[File:xor.gif|right]] Logical Xor.<br /> ==Integer Greater Than==<br /> [[File:greater.gif|right]] Greater than for use with integers.<br /> ==Integer Greater Than or Equal==<br /> [[File:greaterequal.gif|right]] Greater than or equal for use with integers.<br /> ==Integer Equal==<br /> [[File:equal.gif|right]] Equal for use with integers.<br /> ==Integer Not Equal==<br /> [[File:notequal.gif]] Not Equal for use with integers.<br /> ==Integer Add==<br /> [[File:add.gif]] Addition for use with integers.<br /> ==Integer Multiply==<br /> [[File:multiply.gif]] Multiplication for use with integers.<br /> ==Integer Subtract==<br /> [[File:subtract.gif]] Subtraction for use with integers.<br /> ==Integer Divide==<br /> [[File:divide.gif]] Division for use with integers.<br /> ==Integer Absolute Value==<br /> [[File:absvalue.gif]] Calculates absolute value.<br /> ==Integer Power==<br /> [[File:power.gif]] Raises integer to a power.<br /> ==Integer Maximum==<br /> [[File:max.gif]] Outputs the maximum integer value.<br /> ==Integer Minimum==<br /> [[File:min.gif]] Outputs the minimum integer value.<br /> ==Integer Percent==<br /> [[File:percent.gif]] Calculates remainder (for use with integers).<br /> ==Integer Random==<br /> [[File:random.gif]] Generates a random integer value.<br /> ==Control==<br /> [[File:control.gif]] Opens and closes a switch.<br /> ==Sample==<br /> [[File:sample.gif]] Sample input values on demand.<br /> ==Pulse==<br /> [[File:pulse.gif]] Event production shaped pulse.<br /> ==Delay==<br /> [[File:delay.gif]] Delays sending current value until next event is received.<br /> ==Accumulator==<br /> [[File:accumulate.gif]] Counts events.<br /> ==Multiplexer==<br /> [[File:mux.gif]] Selects on input to be current output.<br /> ==DeMultiplexer==<br /> [[File:demux.gif]] Sends signal input to selected output.<br /> ==Encoder==<br /> [[File:encode.gif]] Converts bytes to integers.<br /> ==Decoder==<br /> [[File:decode.gif]] Converts the byte values of integers.<br /> ==Exclusive==<br /> [[File:exclusive.gif]] For radio button.<br /> ==Clock Divider==<br /> [[File:clockdivide.gif]] Cycling clock.<br /> ==Time==<br /> [[File:time.gif]] Provides current time (use with date module).<br /> ==High Performance Counter==<br /> [[File:HPC.gif]] For fast timing.<br /> ==Calibrate==<br /> [[File:calibrate.gif]] Accommodates signal range (min to max).<br /> ==Average Filter==<br /> [[File:average.gif]] Running average.<br /> ==Delay Sustain==<br /> [[File:delaysustain.gif]] For use with musical modules.<br /> ==State Object==<br /> [[File:state.gif]] State machine element (advanced).<br /> ==Timers==<br /> [[File:timer.gif]] Activates at regular specified time intervals.</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=313 2010-01-23T20:28:47Z

<p>Sambaker: </p> <hr /> <div>&lt;table style=&quot;background:#f1f1f1; border: 1px solid black;&quot;&gt;<br /> &lt;tr&gt;&lt;td&gt;&#039;&#039;&#039;Module I/O&#039;&#039;&#039;&lt;/td&gt;&lt;/tr&gt;<br /> {{#if:{{{topinput|}}}<br /> | &lt;tr&gt;&lt;td&gt;Top Input(s): &lt;/td&gt;&lt;td&gt;{{{topinput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{leftinput|}}}<br /> | &lt;tr&gt;&lt;td&gt;Left Input(s): &lt;/td&gt;&lt;td&gt;{{{leftinput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{rightoutput|}}}<br /> | &lt;tr&gt;&lt;td&gt;Right Output(s): &lt;/td&gt;&lt;td&gt;{{{rightoutput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{bottomoutput|}}}<br /> | &lt;tr&gt;&lt;td&gt;Bottom Input(s): &lt;/td&gt;&lt;td&gt;{{{bottomoutput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}<br /> &lt;tr&gt;&lt;td&gt;&#039;&#039;&#039;Module Properties&#039;&#039;&#039;&lt;/td&gt;&lt;/tr&gt;<br /> {{#if:{{{label1|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label1}}}&lt;/td&gt;&lt;td&gt;{{{data1}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label2|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label2}}}&lt;/td&gt;&lt;td&gt;{{{data2}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label3|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label3}}}&lt;/td&gt;&lt;td&gt;{{{data3}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label4|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label4}}}&lt;/td&gt;&lt;td&gt;{{{data4}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}<br /> &lt;/table&gt;</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=312 2010-01-23T20:27:45Z

<p>Sambaker: </p> <hr /> <div>&lt;table style=&quot;background:#f1f1f1; border: 1px solid black;&quot;&gt;<br /> &lt;tr&gt;&lt;td&gt;&#039;&#039;&#039;Module I/O&#039;&#039;&#039;&lt;/td&gt;&lt;/tr&gt;<br /> {{#if:{{{topinput|}}}<br /> | &lt;tr&gt;&lt;td&gt;Top Input(s): &lt;/td&gt;&lt;td&gt;{{{topinput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{leftinput|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{Left Input(s): }}}&lt;/td&gt;&lt;td&gt;{{{leftinput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{rightoutput|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{Right Output(s): }}}&lt;/td&gt;&lt;td&gt;{{{rightoutput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{bottomoutput|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{Bottom Input(s): }}}&lt;/td&gt;&lt;td&gt;{{{bottomoutput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}<br /> &lt;tr&gt;&lt;td&gt;&#039;&#039;&#039;Module Properties&#039;&#039;&#039;&lt;/td&gt;&lt;/tr&gt;<br /> {{#if:{{{label1|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label1}}}&lt;/td&gt;&lt;td&gt;{{{data1}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label2|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label2}}}&lt;/td&gt;&lt;td&gt;{{{data2}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label3|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label3}}}&lt;/td&gt;&lt;td&gt;{{{data3}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label4|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label4}}}&lt;/td&gt;&lt;td&gt;{{{data4}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}<br /> &lt;/table&gt;</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=311 2010-01-23T20:25:47Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> [[File:not.gif|right]]<br /> Logical Negate (bitwise).<br /> {{module properties<br /> |topinputs=this<br /> |leftinputs=is<br /> |rightoutputs=a<br /> |bottomputputs=test<br /> |label1=color<br /> |data1=this sets the color of your module<br /> |label2=size<br /> |data2=this sets the size of your module<br /> }}<br /> <br /> ==And==<br /> [[File:and.gif|right]] Logical And.<br /> ==Or==<br /> [[File:or.gif|right|right]] Logical Or.<br /> ==Exclusive Or==<br /> [[File:xor.gif|right]] Logical Xor.<br /> ==Integer Greater Than==<br /> [[File:greater.gif|right]] Greater than for use with integers.<br /> ==Integer Greater Than or Equal==<br /> [[File:greaterequal.gif|right]] Greater than or equal for use with integers.<br /> ==Integer Equal==<br /> [[File:equal.gif|right]] Equal for use with integers.<br /> ==Integer Not Equal==<br /> [[File:notequal.gif]] Not Equal for use with integers.<br /> ==Integer Add==<br /> [[File:add.gif]] Addition for use with integers.<br /> ==Integer Multiply==<br /> [[File:multiply.gif]] Multiplication for use with integers.<br /> ==Integer Subtract==<br /> [[File:subtract.gif]] Subtraction for use with integers.<br /> ==Integer Divide==<br /> [[File:divide.gif]] Division for use with integers.<br /> ==Integer Absolute Value==<br /> [[File:absvalue.gif]] Calculates absolute value.<br /> ==Integer Power==<br /> [[File:power.gif]] Raises integer to a power.<br /> ==Integer Maximum==<br /> [[File:max.gif]] Outputs the maximum integer value.<br /> ==Integer Minimum==<br /> [[File:min.gif]] Outputs the minimum integer value.<br /> ==Integer Percent==<br /> [[File:percent.gif]] Calculates remainder (for use with integers).<br /> ==Integer Random==<br /> [[File:random.gif]] Generates a random integer value.<br /> ==Control==<br /> [[File:control.gif]] Opens and closes a switch.<br /> ==Sample==<br /> [[File:sample.gif]] Sample input values on demand.<br /> ==Pulse==<br /> [[File:pulse.gif]] Event production shaped pulse.<br /> ==Delay==<br /> [[File:delay.gif]] Delays sending current value until next event is received.<br /> ==Accumulator==<br /> [[File:accumulate.gif]] Counts events.<br /> ==Multiplexer==<br /> [[File:mux.gif]] Selects on input to be current output.<br /> ==DeMultiplexer==<br /> [[File:demux.gif]] Sends signal input to selected output.<br /> ==Encoder==<br /> [[File:encode.gif]] Converts bytes to integers.<br /> ==Decoder==<br /> [[File:decode.gif]] Converts the byte values of integers.<br /> ==Exclusive==<br /> [[File:exclusive.gif]] For radio button.<br /> ==Clock Divider==<br /> [[File:clockdivide.gif]] Cycling clock.<br /> ==Time==<br /> [[File:time.gif]] Provides current time (use with date module).<br /> ==High Performance Counter==<br /> [[File:HPC.gif]] For fast timing.<br /> ==Calibrate==<br /> [[File:calibrate.gif]] Accommodates signal range (min to max).<br /> ==Average Filter==<br /> [[File:average.gif]] Running average.<br /> ==Delay Sustain==<br /> [[File:delaysustain.gif]] For use with musical modules.<br /> ==State Object==<br /> [[File:state.gif]] State machine element (advanced).<br /> ==Timers==<br /> [[File:timer.gif]] Activates at regular specified time intervals.</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=310 2010-01-23T20:24:39Z

<p>Sambaker: </p> <hr /> <div>&lt;table style=&quot;background:#f1f1f1; border: 1px solid black;&quot;&gt;<br /> &lt;tr&gt;&lt;td&gt;&#039;&#039;&#039;Module I/O&#039;&#039;&#039;&lt;/td&gt;&lt;/tr&gt;<br /> {{#if:{{{topinput|}}}<br /> | &lt;tr&gt;&lt;td&gt;Top Input(s): &lt;/td&gt;&lt;td&gt;{{{topinput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{leftinput|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{Left Input(s): }}}&lt;/td&gt;&lt;td&gt;{{{leftinput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{rightoutput|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{Right Output(s): }}}&lt;/td&gt;&lt;td&gt;{{{rightoutput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{bottomoutput|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{Bottom Input(s): }}}&lt;/td&gt;&lt;td&gt;{{{bottomoutput}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}<br /> <br /> {{#if:{{{label1|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label1}}}&lt;/td&gt;&lt;td&gt;{{{data1}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label2|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label2}}}&lt;/td&gt;&lt;td&gt;{{{data2}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label3|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label3}}}&lt;/td&gt;&lt;td&gt;{{{data3}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label4|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label4}}}&lt;/td&gt;&lt;td&gt;{{{data4}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}<br /> &lt;/table&gt;</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=309 2010-01-23T20:20:37Z

<p>Sambaker: Reverted edits by 66.189.106.74 (Talk) to last revision by 74.167.38.9</p> <hr /> <div>{|style=&quot;background-color:#f1f1f1;&quot; cellpadding=&quot;3&quot; cellspacing=&quot;0&quot; border=&quot;1&quot;<br /> |-<br /> {{#if:{{{label1|}}}|<br /> {{!}}{{{label1}}}<br /> {{!}}{{{data1}}}<br /> {{!}}-}}<br /> {{#if:{{{label2|}}}|<br /> {{!}}{{{label2}}}<br /> {{!}}{{{data2}}}<br /> {{!}}-}}<br /> {{#if:{{{label3|}}}|<br /> {{!}}{{{label3}}}<br /> {{!}}{{{data3}}}<br /> {{!}}-}}<br /> {{#if:{{{label4|}}}|<br /> {{!}}{{{label4}}}<br /> {{!}}{{{data4}}}<br /> {{!}}-}}<br /> |}</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=296 2010-01-23T01:25:20Z

<p>Sambaker: </p> <hr /> <div>&lt;table style=&quot;background:#f1f1f1; border: 1px solid black;&quot;&gt;<br /> {{#if:{{{label1|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label1}}}&lt;/td&gt;&lt;td&gt;{{{data1}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label2|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label2}}}&lt;/td&gt;&lt;td&gt;{{{data2}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label3|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label3}}}&lt;/td&gt;&lt;td&gt;{{{data3}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label4|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label4}}}&lt;/td&gt;&lt;td&gt;{{{data4}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}<br /> &lt;/table&gt;</div>

Sambaker http://neattools.org/wiki/index.php?title=Installation&diff=295 2010-01-23T00:05:07Z

<p>Sambaker: </p> <hr /> <div># Download the most recent version of [http://downloads.sourceforge.net/neattools/NeatTools-1.1.zip|NeatTools].<br /> # Extract this file to the location of your choice. (e.g. C:\NeatTools\) The program executable is oopw.exe.<br /> # Congratulate yourself on a job well done.<br /> <br /> ==System Requirements==<br /> System Requirements for NeatTools are incredibly minimal:<br /> * Pentium PC 133MHz or higher<br /> * Windows 95/98/NT<br /> * 64 MB of RAM (Recommended)<br /> * 800 x 600 monitor resolution</div>

Sambaker http://neattools.org/wiki/index.php?title=Installation&diff=294 2010-01-23T00:02:57Z

<p>Sambaker: </p> <hr /> <div># Download the most recent version of [http://downloads.sourceforge.net/neattools/NeatTools-1.1.zip|NeatTools].<br /> # Extract this file to the location of your choice. (e.g. C:\NeatTools\)<br /> # Congratulate yourself on a job well done.<br /> <br /> ==System Requirements==<br /> System Requirements for NeatTools are incredibly minimal:<br /> * Pentium PC 133MHz or higher<br /> * Windows 95/98/NT<br /> * 64 MB of RAM (Recommended)<br /> * 800 x 600 monitor resolution</div>

Sambaker http://neattools.org/wiki/index.php?title=Digital_Logic_Toolbox&diff=293 2010-01-22T23:54:45Z

<p>Sambaker: </p> <hr /> <div>==Not==<br /> [[File:not.gif|right]]<br /> Logical Negate (bitwise).<br /> {{module properties<br /> |label1 = color<br /> |data1 = this sets the color of your module<br /> |label2 = size<br /> |data2 = this sets the size of your module<br /> }}<br /> <br /> ==And==<br /> [[File:and.gif|right]] Logical And.<br /> ==Or==<br /> [[File:or.gif|right|right]] Logical Or.<br /> ==Exclusive Or==<br /> [[File:xor.gif]] Logical Xor.<br /> ==Integer Greater Than==<br /> [[File:greater.gif|right]] Greater than for use with integers.<br /> ==Integer Greater Than or Equal==<br /> [[File:greaterequal.gif|right]] Greater than or equal for use with integers.<br /> ==Integer Equal==<br /> [[File:equal.gif|right]] Equal for use with integers.<br /> ==Integer Not Equal==<br /> [[File:notequal.gif]] Not Equal for use with integers.<br /> ==Integer Add==<br /> [[File:add.gif]] Addition for use with integers.<br /> ==Integer Multiply==<br /> [[File:multiply.gif]] Multiplication for use with integers.<br /> ==Integer Subtract==<br /> [[File:subtract.gif]] Subtraction for use with integers.<br /> ==Integer Divide==<br /> [[File:divide.gif]] Division for use with integers.<br /> ==Integer Absolute Value==<br /> [[File:absvalue.gif]] Calculates absolute value.<br /> ==Integer Power==<br /> [[File:power.gif]] Raises integer to a power.<br /> ==Integer Maximum==<br /> [[File:max.gif]] Outputs the maximum integer value.<br /> ==Integer Minimum==<br /> [[File:min.gif]] Outputs the minimum integer value.<br /> ==Integer Percent==<br /> [[File:percent.gif]] Calculates remainder (for use with integers).<br /> ==Integer Random==<br /> [[File:random.gif]] Generates a random integer value.<br /> ==Control==<br /> [[File:control.gif]] Opens and closes a switch.<br /> ==Sample==<br /> [[File:sample.gif]] Sample input values on demand.<br /> ==Pulse==<br /> [[File:pulse.gif]] Event production shaped pulse.<br /> ==Delay==<br /> [[File:delay.gif]] Delays sending current value until next event is received.<br /> ==Accumulator==<br /> [[File:accumulate.gif]] Counts events.<br /> ==Multiplexer==<br /> [[File:mux.gif]] Selects on input to be current output.<br /> ==DeMultiplexer==<br /> [[File:demux.gif]] Sends signal input to selected output.<br /> ==Encoder==<br /> [[File:encode.gif]] Converts bytes to integers.<br /> ==Decoder==<br /> [[File:decode.gif]] Converts the byte values of integers.<br /> ==Exclusive==<br /> [[File:exclusive.gif]] For radio button.<br /> ==Clock Divider==<br /> [[File:clockdivide.gif]] Cycling clock.<br /> ==Time==<br /> [[File:time.gif]] Provides current time (use with date module).<br /> ==High Performance Counter==<br /> [[File:HPC.gif]] For fast timing.<br /> ==Calibrate==<br /> [[File:calibrate.gif]] Accommodates signal range (min to max).<br /> ==Average Filter==<br /> [[File:average.gif]] Running average.<br /> ==Delay Sustain==<br /> [[File:delaysustain.gif]] For use with musical modules.<br /> ==State Object==<br /> [[File:state.gif]] State machine element (advanced).<br /> ==Timers==<br /> [[File:timer.gif]] Activates at regular specified time intervals.</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=292 2010-01-22T23:30:36Z

<p>Sambaker: </p> <hr /> <div>&lt;table style=&quot;background:#f1f1f1; border: 1px solid black;&quot;&gt;<br /> {{#if:{{{label1|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label1}}}&lt;/td&gt;&lt;td&gt;{{{data1}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label2|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label2}}}&lt;/td&gt;&lt;td&gt;{{{data2}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label3|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label3}}}&lt;/td&gt;&lt;td&gt;{{{data3}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label4|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label4}}}&lt;/td&gt;&lt;td&gt;{{{data4}}}&lt;/td&gt;&lt;/tr&gt;<br /> |}<br /> &lt;/table&gt;</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=291 2010-01-22T23:25:23Z

<p>Sambaker: </p> <hr /> <div>&lt;table style=&quot;background:#f1f1f1; border: 1px solid black;&quot;&gt;<br /> {{#if:{{{label1|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label1}}} {{{data1}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label2|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label2}}}:{{{data2}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label3|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label3}}}:{{{data3}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}{{#if:{{{label4|}}}<br /> | &lt;tr&gt;&lt;td&gt;{{{label4}}}:{{{data4}}}&lt;/td&gt;&lt;/tr&gt;<br /> |}<br /> &lt;/table&gt;</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=290 2010-01-22T23:18:25Z

<p>Sambaker: </p> <hr /> <div>{|style=&quot;background:#f1f1f1; border:1px solid black&quot;<br /> {{#if:{{{label1|}}}<br /> | &lt;td&gt;{{{label1}}} {{{data1}}}&lt;/td&gt;<br /> }}<br /> <br /> {{#if:{{{label2|}}}<br /> | {{{label2}}}:{{{data2}}}<br /> <br /> {{#if:{{{label3|}}}<br /> | {{{label3}}}:{{{data3}}}<br /> <br /> {{#if:{{{label4|}}}<br /> | {{{label4}}}:{{{data4}}}<br /> |}</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=289 2010-01-22T23:16:06Z

<p>Sambaker: </p> <hr /> <div>{|style=&quot;background:#f1f1f1; border:1px solid black&quot;<br /> |-<br /> |{{#if:{{{topinput|}}}| Top Input(s): {{{topinput}}}<br /> |-<br /> |{{#if:{{{leftinput|}}}| Left Input(s): {{{leftinput}}}<br /> |-<br /> |{{#if:{{{rightoutput|}}}| Right Output(s): {{{rightoutput}}}<br /> |-<br /> |{{#if:{{{bottomoutput|}}}| Bottom Output(s): {{{bottomoutput}}}<br /> |-<br /> {{#if:{{{label1|}}}<br /> | &lt;td&gt;{{{label1}}} {{{data1}}}&lt;/td&gt;<br /> }}<br /> <br /> {{#if:{{{label2|}}}<br /> | {{{label2}}}:{{{data2}}}<br /> <br /> {{#if:{{{label3|}}}<br /> | {{{label3}}}:{{{data3}}}<br /> <br /> {{#if:{{{label4|}}}<br /> | {{{label4}}}:{{{data4}}}<br /> |}</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=288 2010-01-22T23:06:57Z

<p>Sambaker: </p> <hr /> <div>{|style=&quot;background:#f1f1f1; border:1px solid black&quot;<br /> |-<br /> |{{#if:{{{topinput|}}}| Top Input(s): {{{topinput}}}<br /> |-<br /> |{{#if:{{{leftinput|}}}| Left Input(s): {{{leftinput}}}<br /> |-<br /> |{{#if:{{{rightoutput|}}}| Right Output(s): {{{rightoutput}}}<br /> |-<br /> |{{#if:{{{bottomoutput|}}}| Bottom Output(s): {{{bottomoutput}}}<br /> |-<br /> {{#if:{{{label1|}}}<br /> | &lt;tr&gt;&lt;th&gt;{{{label1}}}&lt;/th&gt;&lt;td&gt;{{{data1}}}&lt;/td&gt;&lt;/tr&gt;<br /> }}<br /> <br /> {{#if:{{{label2|}}}<br /> | {{{label2}}}:{{{data2}}}<br /> <br /> {{#if:{{{label3|}}}<br /> | {{{label3}}}:{{{data3}}}<br /> <br /> {{#if:{{{label4|}}}<br /> | {{{label4}}}:{{{data4}}}<br /> |}</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=287 2010-01-22T23:03:50Z

<p>Sambaker: </p> <hr /> <div>{|style=&quot;background:#f1f1f1; border:1px solid black&quot;<br /> |-<br /> |{{#if:{{{topinput|}}}| Top Input(s): {{{topinput}}}<br /> |-<br /> |{{#if:{{{leftinput|}}}| Left Input(s): {{{leftinput}}}<br /> |-<br /> |{{#if:{{{rightoutput|}}}| Right Output(s): {{{rightoutput}}}<br /> |-<br /> |{{#if:{{{bottomoutput|}}}| Bottom Output(s): {{{bottomoutput}}}<br /> |-<br /> |{{#if:{{{label1|}}}<br /> | {{{label1}}}:{{{data1}}}<br /> |-<br /> |{{#if:{{{label2|}}}<br /> | {{{label2}}}:{{{data2}}}<br /> |-<br /> |{{#if:{{{label3|}}}<br /> | {{{label3}}}:{{{data3}}}<br /> |-<br /> |{{#if:{{{label4|}}}<br /> | {{{label4}}}:{{{data4}}}<br /> |}</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=286 2010-01-22T23:01:39Z

<p>Sambaker: </p> <hr /> <div>{|style=&quot;background:#f1f1f1; border:1px solid black&quot;<br /> |-<br /> |{{#if:{{{topinput|}}}| Top Input(s): {{{topinput}}}<br /> |-<br /> |{{#if:{{{leftinput|}}}| Left Input(s): {{{leftinput}}}<br /> |-<br /> |{{#if:{{{rightoutput|}}}| Right Output(s): {{{rightoutput}}}<br /> |-<br /> |{{#if:{{{bottomoutput|}}}| Bottom Output(s): {{{bottomoutput}}}<br /> |-<br /> |{{#if:{{{label1|}}}| {{{label1}}}:{{{data1}}}<br /> |-<br /> |{{#if:{{{label2|}}}| {{{label2}}}:{{{data2}}}<br /> |-<br /> |{{#if:{{{label3|}}}| {{{label3}}}:{{{data3}}}<br /> |-<br /> |{{#if:{{{label4|}}}| {{{label4}}}:{{{data4}}}<br /> |}</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=285 2010-01-22T22:59:33Z

<p>Sambaker: </p> <hr /> <div>{|style=&quot;background:#f1f1f1; border:1px solid black&quot;<br /> |-<br /> |{{#if:{{{topinput|}}}| Top Input(s): {{{topinput}}}<br /> |-<br /> |{{#if:{{{leftinput|}}}| Left Input(s): {{{leftinput}}}<br /> |-<br /> |{{#if:{{{rightoutput|}}}| Right Output(s): {{{rightoutput}}}<br /> |-<br /> |{{#if:{{{bottomoutput|}}}| Bottom Output(s): {{{bottomoutput}}}<br /> |-<br /> |{{#if:{{{label1|}}}| {{{label1}}}:{{{data1}}}<br /> |-<br /> |{{#if:{{{label2|}}}| {{{label2}}}:{{{data2}}}<br /> |-<br /> |{{#if:{{{label3|}}}| {{{label3}}}:{{{data3}}}<br /> |-<br /> |{{#if:{{{label4|}}}| {{{label4}}}:{{{data4}}}<br /> {{#if:{{{label5|}}}<br /> |&lt;td&gt;Foo: {{{label5}}}&lt;/td&gt;}}<br /> |-<br /> ! Bar<br /> | {{{data5}}}<br /> <br /> |}</div>

Sambaker http://neattools.org/wiki/index.php?title=Template:Module_properties&diff=284 2010-01-22T22:54:22Z

<p>Sambaker: </p> <hr /> <div>{|style=&quot;background:#f1f1f1; border:1px solid black&quot;<br /> |-<br /> |{{#if:{{{topinput|}}}| Top Input(s): {{{topinput}}}<br /> |-<br /> |{{#if:{{{leftinput|}}}| Left Input(s): {{{leftinput}}}<br /> |-<br /> |{{#if:{{{rightoutput|}}}| Right Output(s): {{{rightoutput}}}<br /> |-<br /> |{{#if:{{{bottomoutput|}}}| Bottom Output(s): {{{bottomoutput}}}<br /> |-<br /> |{{#if:{{{label1|}}}| {{{label1}}}:{{{data1}}}<br /> |-<br /> |{{#if:{{{label2|}}}| {{{label2}}}:{{{data2}}}<br /> |-<br /> |{{#if:{{{label3|}}}| {{{label3}}}:{{{data3}}}<br /> |-<br /> |{{#if:{{{label4|}}}| {{{label4}}}:{{{data4}}}<br /> {{#if:{{{label5|}}}<br /> |&lt;tr&gt;&lt;th&gt;Foo&lt;/th&gt;&lt;td&gt;{{{label5}}}&lt;/td&gt;&lt;/tr&gt;}}<br /> |-<br /> ! Bar<br /> | {{{data5}}}<br /> <br /> |}</div>

Sambaker