microsoft project download 2007microsoft windows 2000 server sp4 downloadmgi photosuite 4 gratis downloadmagix video easy 5 hd 5 0 0 99 download
Finance, Statistics Business Analysis
Download Wolfram CDF Player 10.3
Need more deployment options?
View Wolfram Language examples, reports, and files
The Computable Document Format CDF is powering the next generation of interactive documents, blogs, reports, presentations, articles, books, courseware, plus much more. Browse uses examples
Browse the Wolfram Demonstrations Project to have interaction with 1000s of apps from science, mathematics, engineering, technology, business, art, finance, and
Powering the next generation of interactive documents, blogs, reports, presentations, articles, books, courseware, information and knowledge applications, and
2015 Wolfram. All rights reserved.
Enable JavaScript to activate with content and submit forms on Wolfram websites. Learn how
Finance, Statistics Business Analysis
Need more deployment options?
View Wolfram Language examples, reports, and files
The Computable Document Format CDF is powering the next generation of interactive documents, blogs, reports, presentations, articles, books, courseware, plus much more. Browse uses examples
Browse the Wolfram Demonstrations Project to have interaction with 1000s of apps from science, mathematics, engineering, technology, business, art, finance, and
Powering the next generation of interactive documents, blogs, reports, presentations, articles, books, courseware, information and knowledge applications, and
2015 Wolfram. All rights reserved.
Enable JavaScript to have interaction with content and submit forms on Wolfram websites. Learn how
Your browser will not support JavaScript or it might be disabled!
Order, Chaos, as well as the Formation of any Cantor Set Attractor in Elementary Cellular Automata
Minneapolis, Minnesota, USA
Pittsburgh, Pennsylvania, USA
Share your job with the world.
Getting started is not difficult.
computational knowledge engine.
right within the palm of your respective hand.
and any information very easy to share and communicate with.
educators, schools students.
Walk through homework problems a stride at a time, with hints to help you along the way.
Unlimited random practice problems and answers with built-in Step-by-step solutions. Practice online or create a printable study sheet.
Knowledge-based programming for everybody.
Note: Your message contact info may be shared while using author of a typical specific Demonstration you simply give feedback.
Your browser isn't going to support JavaScript or it usually is disabled!
Order, Chaos, along with the Formation of the Cantor Set Attractor in Elementary Cellular Automata
Minneapolis, Minnesota, USA
Pittsburgh, Pennsylvania, USA
Share your projects with the world.
Getting started is not difficult.
computational knowledge engine.
right within the palm within your hand.
and any information all to easy to share and communicate with.
educators, schools students.
Walk through homework problems a stride at a time, with hints to help you along the way.
Unlimited random practice problems and answers with built-in Step-by-step solutions. Practice online or produce a printable study sheet.
Knowledge-based programming for anyone.
Note: Your message contact details may be shared while using author associated with a specific Demonstration that you can give feedback.
Last Updated: December 9, 2014
University Heights Newark, New Jersey 07102
Last Updated: December 9, 2014
University Heights Newark, New Jersey 07102
Your shopping cart solution is empty.
The tools you should get started with data, from basic statistics to complex modeling and large-scale analytics.
Get all 9 titles for any 60% savings.
Mathematica Cookbook assists you to master the applications core principles by walking you through real-world problems. Ideal for browsing, this book includes recipes for using the services of numerics, data structures, algebraic equations, calculus, and statistics. Youll also go to exotic territory with recipes for data visualization using 2D and 3D graphic tools, image processing, and music.
Although Mathematica 7 is really a highly advanced computational platform, the recipes within this book allow it to become accessible to everyone - - whether youre implementing high school algebra, simple graphs, PhD-level computation, financial analysis, or advanced engineering models.
Draw on Mathematicas use of physics, chemistry, and biology data
Process music and audio as musical notes, analog waveforms, or digital sound samples
5.10 Transforming XML Using Recursive Functions Because it s more pleasant than getting there in a very straight line.
Mathematica 10 was published yesterday amid the normal marketing storm we ve go to expect to get a new product release from Wolfram Research. Some in the highlights with this marketing information include
Without any doubt, there is usually a lot of fun new functionality with this release and I ve been lucky enough to have use of some pre-releases for the while now. There is not any chance that I can compete with all the in-depth treatments offered by Wolfram Research in the 700 new functions in Mathematica 10 so I won t try. Instead, I ll hop around some with the new features, selecting those that take my fancy.
I ve been a Mathematica user since version 4 from the product which premiered way in 1999. For the intervening many years, part of Mathematica very often frustrated me was the truth that the undo feature could only undo the modern action. I, in conjunction with many other users, repeatedly requested multiple undo to become implemented but were bitterly disappointed for release after release.
Finally, with version 10, our hopes and dreams are already answered and multiple undo is finally here. To be perfectly honest, THIS could be the biggest reason to upgrade to version 10. Everything else is simply tasty gravy.
Most on the things considered with this article are whimsical simply scratch the surface of the s new in Mathematica 10. I support Mathematica and lots of other products for the University of Manchester within the UK and for that reason I tend being interested in stuff that my users are serious about. Here s a concise list of new functionality areas that I ll be shouting about
Machine Learning I know several those people who are seriously into machine learning but handful of them are Mathematica users. I d want to know what they make on the things available here.
New image processing functions The Image Processing Toolbox is one from the most popular MATLAB toolboxes in my site. I wonder if this type of will help turn MATLAB-heads. I also know people in a very visualisation group who might be interested in the modern 3D functions offered.
Nonlinear control theory Various people inside our electrical engineering department are considering alternatives to MATLAB for control theory. Maple/Maplesim and Scilab/Xcos will be the key contenders. SystemModeler is usually to expensive for people to consider even so the amount of control functionality constructed into Mathematica is advantageous.
One with the new functions I m looking forward to is GeoGraphics that pulls down map data from Wolfram s servers and displays them from the notebook. Obviously, I did not look at manual so my first work for balance getting a map with the United Kingdom was
What I got would have been a map of my house town, Sheffield, encompassed by a red cell border indicating a mistake message
The error message is United Kingdom will not be a Graphics primitive or directive. The practical upshot with this is that GeoGraphics is just not built to take strings as arguments. Fair enough, but why the map of Sheffield? Well, when you call GeoGraphics naturally, the default action is always to return a atlas centred within the GeoLocation found by considering your IP address also it seems that additionally, it does this in case you send something bizarre to GeoGraphics. In all honesty, I d have preferred no map as well as a simple error message.
In order to obtain what I want, I should pass an Entity that is representative of the UK towards the GeoGraphics function. Entities certainly are a new data enter Mathematica 10 and, as much as I can tell, they formally represent issues that Mathematica knows about. There are several strategies to create entities but here I use the modern Interpreter function
From the aforementioned, you are able to see that Entities use a special new StandardForm on the other hand InputForm looks straightforward enough. One thing to remember here is all on the above functions call for a live connection to the web in order to work. For example, on convinced that I had gotten the hang from the Entity syntax, I deterred my connection to the internet and did
mycity EntityCity, Manchester During evaluation of In92: URLFetch::invhttp: Couldnt resolve host name. During evaluation of In92: WolframAlpha::conopen: Using WolframAlpha requires internet connectivity. Please check your network connection. You may should configure your firewall program or set a proxy within the Internet Connectivity tab in the Preferences dialog. Out92 EntityCity, Manchester
So, you'll need an connection to the internet even to create entities when it reaches this most fundamental level. Perhaps it s for validation? Turning the net connection back on and re-running the above mentioned command removes the big mistake message though the thing that s returned isn t in the brand new StandardForm:
If I attempt to display a guide using the mycity variable, I get the map of Sheffield that I currently accompany something having gone wrong If I d tried this out at the job, in Manchester, around the other hand, I would think it had worked perfectly!. So, there's something very wrong using the entity I am using here It doesn t look right and yes it doesn t work right clearly that link with WolframAlpha during its creation wasn't to do with validation or if it turned out, it hasn t helped. I turn back for the Interpreter function:
In102: mycity2 InterpreterCityManchester//InputForm Out102//InputForm: EntityCity, Manchester, Manchester, UnitedKingdom
So, clearly my guess at that the City entity may need to look was completely incorrect. For now, I think I m gonna avoid creating Entities directly and rely for the various helper functions including Interpreter.
What would be the limitations of data based computation in Mathematica?
All with the computable data resides within the Wolfram Knowledgebase which is often a new good name for the data store utilised by Wolfram Alpha, Mathematica and a great many other Wolfram products. In his recent article, Stephen Wolfram says that they can ll soon release the Wolfram Discovery Platform that will allow large scale usage of the Knowledgebase and indicated that basic versions ofMathematica10 are merely set up for small-scale data access. I have no clue what this means and what limitations will be in place and may t find anything from the documentation.
Until I understand what limitations there can be, I find myself unwilling to make use of these data-centric functions for anything important.
I ll always bear in mind the first time I saw a Mathematica Manipulate it was in the 2006 International Mathematica Symposium in Avignon when version 6 had been in beta. A Wolfram employee designed a fully functional, interactive graphical user interface with just a number of lines of code in approximately 2 minutes I d not witnessed anything want it and was seriously enthusiastic about the possibilities it represented.
8 a number of 4 Mathematica versions later and now we can see precisely how amazing this interactive functionality turned out being. It forms the basis in the Wolfram Demonstrations project which currently has 9677 interactive demonstrations covering many fields in engineering, mathematics and science.
Not even after Mathematica introduced Manipulate, the sage team introduced an identical function called interact. The interact function had an issue that Manipulate failed to an interval slider understand the interaction called Numerical integrals with assorted rules at /interact/calculus to have an example of it being used. This control allows the consumer to specify intervals using one slider and is particularly very useful in some circumstances.
As of version 10, Mathematica has a comparable control called an IntervalSlider. Here s some example code of it utilized
Mathematica 10 brings a brand new fundamental data type towards the language, associations. As far as I can tell, these are typically analogous to dictionaries in Python or Julia simply because they consist of key, value pairs. Since Mathematica has recently used every bracket type there's, Wolfram Research have experienced to invent a fresh one for associations.
We can grab a value by supplying an important. For example, let s see what value is owned by Mike
In4: Keysscores Out4 Mike, Chris, Johnathan In5: Valuesscores Out5 50.2, 100., 62.3 In6: Show that the important thing Bob doesn't exist in scores KeyExistsQscores, Bob Out6 False
In7: scoresBob Out7 MissingKeyAbsent, Bob
Let s take advantage of this to find something out something interesting, for instance the most used words inside the classic text, Moby Dick
In1: Import Moby Dick from Project gutenberg MobyDick ; Split into words words StringSplitMobyDick; Convert all words to lowercase words MapToLowerCase, words; Create a link of words and corresponding word count wordcounts Countswords; Sort the association by key value wordcounts Sortwordcounts, Greater; Show the superior 10 wordcounts1 ;; 10 Out6 the - 14413, of - 6668, and - 6309, a - 4658, to - 4595, in - 4116, that - 2759, his - 2485, it - 1776, with - 1750
All told, associations can be a useful addition to your Mathematica language and I m willing to see them included. Many existing functions are already updated to deal with Associations causing them to be a fundamental part in the language.
I ve been programming in Mathematica for more than a decade nevertheless the language is not called Mathematica, it s now called The Wolfram Language. I ll not lie to you, this grates somewhat but I guess I ll just have to obtain used to it. Flicking throughout the documentation, it looks like a global search and replace has happened and just about every occurrence of Mathematica has become changed to The Wolfram Language
This is part of an huge marketing exercise for Wolfram Research and I reckon that part on the reason for doing it is usually to shift the emphasis clear of mathematics to general purpose programming. I wonder if this type of marketing push will heighten the popularity of The Wolfram Language as measured through the TIOBE index?Neither Mathematica or The Wolfram Language is listed inside top 100 and last time I saw more in depth results been there at number 128.
One of Mathematica s competitors, Maple, had a whole new release recently which saw the inclusion of any set of fractal exploration functions. Although I found mtss is a fun and interesting addition towards the product, I did think it rather an unusual thing to do. After all, if any software vendor is stuck for functionality to implement, there is usually a whole host of things you can do that rank higher for most user s number of priorities over a function that plots a normal fractal.
It seems, however, that both Maplesoft and Wolfram Research have noticed a industry for such functionality. Mathematica 10 comes with a number of functions for studying the Mandelbrot and Julia sets. The Mandelbrot set alone is the reason for at least 5 of Mathematica 10 s 700 new functions:- MandelbrotSetBoettcher, MandelbrotSetDistance, MandelbrotSetIterationCount, MandelbrotSetMemberQ and MandelbrotSetPlot.
I found this more enjoyable than is reasonable! Mathematica can generate and recognize bar codes and QR codes in a number of formats. For example
A decent unit testing framework is important to anyone who s going to do serious software development. Python has received one for a long time, MATLAB got one out of 2013a now Mathematica has one. This is nice thing about it! I ve not had possibility to look at it in every detail, however. For now, I ll simply nod in approval and send you to your documentation. Opinions welcomed.
Version 9 of Mathematica included integration with R which excited quite a couple of people I work with. Sadly, it looks like there has become no develop RLink by any means between version 9 and 10. Issues include:
The version of R bundled with RLink is stuck at 2.14.0 that's almost three years old. On Mac and Linux, it isn't possible to utilize your own installing R and we really are bound to 2.14. On Windows, it is possible to work with your own installing R but CHECK THAT version 3 issue continues to be fixed /questions/27064/rlink-and-r-v3-0-1
It is simply possible to setup extra R packages on Windows. Mac and Linux users are tied to just base R.
This lack of work with RLink really is often a shame considering that the original release became a very nice piece of content.
If a combination of R and notebook environment is a thing that interests you, I think how the current best solution is always to use the R magics from the inside the IPython notebook.
Mathematica introduced OpenCL and CUDA functionality last version 8 but not much appears to are already done in this particular area since. In contrast, MATLAB has improved on its CUDA functionality it's never supported OpenCL every release since its introduction in 2010b and is also now superb!
Accelerating computations using GPUs can be a big deal with the University of Manchester my employer which features a GPU-club comprised of around 250 researchers. Sadly, I ll do not have anything to report with the next meeting where Mathematica can be involved.
I wrote some code a little while ago that used the FinancialData function also it suddenly eliminate because of some issue together with the underlying repository. In short, such a thing happens:
In12: FinancialDataFTAS, Members Out12 MissingNotAvailable
This wouldn t be so bad whether it were not for the belief that an example shown in Mathematica s own documentation fails in exactly the same! The documentation in the version 9 and 10 give this situation:
In1: FinancialDataDJI, Members Out1 MissingNotAvailable
For me, the implications with this bug are a great deal more reaching than a number of broken examples. Wolfram Research decide to make a big deal from the fact that Mathematica gives you usage of computable data sets, data sets you could just use with your code instead of worry about the important points.
Well, I did equally as they suggest, and it also broke!
I ve stood a lot of fun having fun with Mathematica 10 but that s all I ve really succeeded in doing so far play a thing that s probably obvious from my range of topics with this article. Even through play, however, I can tell you that this is really a very solid technology with some exciting new functionality. Old-time Mathematica users will need to upgrade for multiple-undo alone the ones new for the system offer an awful great deal of toys to learn with.
Looking towards the future on the system, I feel excited and concerned in equal measure. There is a great deal new functionality available that it s almost overwhelming and I love the truth that its all built into the core system. I ve for ages been grateful on the fact that Mathematica hasn t decreased the route of hiving functionality off into add-on models like MATLAB does which consists of numerous toolboxes.
My concerns center around the details and Stephen Wolfram s comment basic versions ofMathematica10 are simply just set up for small-scale data access. What can this mean? What will be the limitations and definately will this produce serious users requiring you to purchase add-ons that could effectively be data-toolboxes?
Have you used Mathematica 10 yet? If so, what do you think from it? Any problems? What s your selected function?
You should certainly check out the brand new geometrical computation feature regions. It touches on several parts of functionality. Now we also have extremely fast Delaunay triangulation and mesh generation.
Integratex2, x, y Element Disk
Integratex2, x, y Element Circle
PDEs very easily solves with all the finite element method.
Regarding RLink: you may use an external R version on Mac, and I believe Linux too. On Mac I always use a version so I can install custom R packages. See here: /szhorvat/IGraphR
Thank you to your thorough and balanced overview of Mathematica 10. The Mathematica 10 data access limits derive from typical Mathematica 9 usage patterns, and it is intended to impact only users with large-scale data access needs. These users are part in the intended market for your upcoming Wolfram Discovery Platform.
Thanks again, enjoy Mathematica 10!
Clayton Voyles, Wolfram Research Inc.
The RLink functionality can be a serious disappointment if you ask me. For Mac users, RLink won t even enable you to load R packages. Wolfram could be better off ripping RLink beyond Mathematica than leaving it in as-is.
I happen to be a Mathematica user since V4 also, but I think V10 could possibly be where I step off. My workflow has increasingly during the last two years moved faraway from Mathematica and grow more focused on R. I have begun using Tableau like my data visualization needs, something I used Mathematica heavily for. Tableau has seamless integration with R.
If I continue to make use of R and Tableau for some of my workflow, I don t start to see the value in paying to the Mathematica license in regards up for renewal early next season.
Great article on Mathematica 10! New atom type Associations is advantageous.
Clayton Voyles Thanks with the information. How can I determine what the information access limits are please?
Szabolcs Yes, the geometric computation feature look nice. I just hadn t gotten around to doing anything by it. Your examples tell the story plot very succinctly I think.
Concerning the use of another R using RLink on Mac. Great who's works for you I ll try it out. I based my comments which it can t be practiced on official documentation.
Nguyen RLink works well with a R on Mac. See my comment above on the way to set this.
I use RLink often also it is a vital feature of Mathematica that I couldn t do without. I am utilizing it in ways which could t be replaced by either R alone or Mathematica alone.
It s the quantity of WA API calls/month. We are monitoring M10 usage all of which will adjust the limits, when necessary, so the average user never gets near to any limit.
Regarding FinancialData, I think it could well be great if Mathematica could talk with to download the desired information. I made the suggestion to Wolfram with regards to a year ago to build up a package in order to connect Mathematica to Quandl unfortunately that hasn t happened yet.
Looking at their API it appears to be fairly simple to use. Is having a state package really warranted within this case?
Just choose the best format Mathematica supports every one of CSV, JSON, XML, patch together the URL through the right parameters, and Import.
sortorderasc excludeheaderstrue rows3 trimstart2012-11-01 trimend2013-11-30 column4 collapsequarterly transformationrdiff, CSV
First off, permit me to say that I really appreciate the breadth and depth of functionality for the MMA platform without getting nickel dimed via specialized toolboxes and 10.0 isn't a exception.
However, one extended disappointment in my opinion is the lack associated with a improved support for HDF5 since v6. The current implementation via import/export is poor at best along with the wrappers with the HDF libraries /ftp/HDF5/contrib/mathematicaare slow fickle.
This is usually a notable deficit in using the services of large datasets 2GB in HDF5 format by way of example CFD modeling files based about the schema with all the need to read/write/update select datasets or hyperslab portions of an dataset.
Luckily Matlink still creates MMA 10.0 so a workable option is usually to call any from the 64-bit Matlab HDF5 functions: . It s kind of the kluge, but so great so it actually works! It could be very helpful to possess a native MMA wrapper to the standard HDF5 functions though, especially taking into consideration the primary libraries are maintained through the HDF group.
I took a look for the machine programming features, plus they re interesting if a bit underdeveloped. You use Classify and Predict for supervised learning, along with the program automatically picks a classifier eventhough it doesn t say how. Unsupervised learning consists of an series of commands including clustering, PCA, and Hidden Markov Models, even so the number of possibilities open with are all still somewhat thin. And I don t see a variety of usual suspect algorithms included, for instance K-means clustering. So a pace forward, and I ll look to see whether others supply code for some from the missing options.
I must declare that I was really disappointed at version 10. Nothing was said about Rlink and connections to Arduino and RaspberryPi.
Thanks to Szabolcs several thanks I can now use RLink with my personal routines. BTW Szabolcs, can you have examples on how to work with from R in Mathematica?
September 16th, 2014 at 17:59
Associations have become tantalizing if you ask me because they can be quite a gateway to OOP, nevertheless they will probably ultimately disappoint. LUA implements the entire OOP paradigm using only hash tables, but it performs this by having user-defined functions provide default behaviors to face failed lookups or some other actions see. Mathematica just returns MissingKeyAbsent. Another issue would be the immutable nature of internet data in Mathematica. So I know I should just switch my brain to the site functional mode when utilizing Mathematica, but I keep pining for OOP a web based business to generalize or my code starts to obtain complex.
September 17th, 2014 at 14:35
Now that M10.0.1 is otherwise engaged, I d wish to mention that RLink is updated to aid R3.x external R on Windows there may be a library incompatibility issue, and also it is possible make use of external R with RLink on Mac OS X and Linux, and also the description from the procedures to make this work are available on Mathematica at Stack Exchange, the rlink tag thanks and to Szabolcs for publicizing this info. These procedures are perhaps more complicated than they could ve been, and I ll find out if I can automate them further. I ve also made some minor improvements, for instance more robust handling of crashes on RJVM side of RLink.
As to extra R package installation on Windows you can do that from the inside RLinkMathematica, throughout Linux and Mac OS X you are likely to have to enter R s command line promptconsole, and accomplish that from there but it is usually hardly much more technical. Once a given R package continues to be installed, it can be used from the inside RLinkMathematica, using .
September 22nd, 2014 at 10:43
That s fantastic news, thanks Leonid:
Because it s more pleasant than getting there in the straight line.
As soon as I heard what is this great that Mathematica was being presented completely free about the Raspberry Pi, I just had for getting myself a Pi and have a very play. So, I bought the Raspberry Pi Advanced Kit from my local Maplin Electronics store, plugged it on the kitchen telly and booted up. The exercise forced me to miss my pops because the last time I plugged some type of computer into the kitchen telly was when I was 8 yrs . old; it turned out Christmas morning and pop and I took our first steps into a whole new world with my Sinclair Spectrum 48K.
The following extra packages will likely be installed: oracle-java7-jdk The following NEW packages is going to be installed: oracle-java7-jdk wolfram-engine 0 upgraded, 2 newly installed, 0 to eliminate and 1 not upgraded. Need to obtain 278 MB of archives. After this operation, 588 MB of extra disk space will likely be used.
So, it appears as if Mathematica needs Oracle s Java and this s being installed in my opinion as well. The combination from the two is likely to use up 588MB of disk space making me glad that I provide an 8Gb SD card within my pi.
On starting Mathematica for the pi, my first wonder was the version number. I am the administrator connected with an unlimited academic site license for Mathematica at The University of Manchester as well as the latest version we could get for that PCs in the time of writing is 9.0.1. My free pi version reaches version 10! The first clue would be the installation directory:
opt/Wolfram/WolframEngine/10.0
In2: Version Out2 10.0 for Linux ARM 32-bit November 19, 2013
To receive an idea products s new in 10, I evaluated the subsequent command on Mathematica for the Pi
NamesSystem
This results in a file which tells me the report on functions from the System context about the version of Mathematica within the pi. Transfer this to the site my Windows PC and import into Mathematica 9.0.1 with
pifuncs ;
Get the listing of functions from version 9.0.1 on Windows:
winVer9funcs NamesSystem;
Finally, find what s in pifuncs however, not winVer9funcs
In16: Complementpifuncs, winVer9funcs Out16 Activate, AffineStateSpaceModel, AllowIncomplete, AlternatingFactorial, AntihermitianMatrixQ, AntisymmetricMatrixQ, APIFunction, ArcCurvature, ARCHProcess, ArcLength, Association, AsymptoticOutputTracker, AutocorrelationTest, BarcodeImage, BarcodeRecognize, BoxObject, CalendarConvert, CanonicalName, CantorStaircase, ChromaticityPlot, ClassifierFunction, Classify, ClipPlanesStyle, CloudConnect, CloudDeploy, CloudDisconnect, CloudEvaluate, CloudFunction, CloudGet, CloudObject, CloudPut, CloudSave, ColorCoverage, ColorDistance, Combine, CommonName, CompositeQ, Computed, ConformImages, ConformsQ, ConicHullRegion, ConicHullRegion3DBox, ConicHullRegionBox, ConstantImage, CountBy, CountedBy, CreateUUID, CurrencyConvert, DataAssembly, DatedUnit, DateFormat, DateObject, DateObjectQ, DefaultParameterType, DefaultReturnType, DefaultView, DeviceClose, DeviceConfigure, DeviceDriverRepository, DeviceExecute, DeviceInformation, DeviceInputStream, DeviceObject, DeviceOpen, DeviceOpenQ, DeviceOutputStream, DeviceRead, DeviceReadAsynchronous, DeviceReadBuffer, DeviceReadBufferAsynchronous, DeviceReadTimeSeries, Devices, DeviceWrite, DeviceWriteAsynchronous, DeviceWriteBuffer, DeviceWriteBufferAsynchronous, DiagonalizableMatrixQ, DirichletBeta, DirichletEta, DirichletLambda, DSolveValue, Entity, EntityProperties, EntityProperty, EntityValue, Enum, EvaluationBox, EventSeries, ExcludedPhysicalQuantities, ExportForm, FareySequence, FeedbackLinearize, Fibonorial, FileTemplate, FileTemplateApply, FindAllPaths, FindDevices, FindEdgeIndependentPaths, FindFundamentalCycles, FindHiddenMarkovStates, FindSpanningTree, FindVertexIndependentPaths, Flattened, ForeignKey, FormatName, FormFunction, FormulaData, FormulaLookup, FractionalGaussianNoiseProcess, FrenetSerretSystem, FresnelF, FresnelG, FullInformationOutputRegulator, FunctionDomain, FunctionRange, GARCHProcess, GeoArrow, GeoBackground, GeoBoundaryBox, GeoCircle, GeodesicArrow, GeodesicLine, GeoDisk, GeoElevationData, GeoGraphics, GeoGridLines, GeoGridLinesStyle, GeoLine, GeoMarker, GeoPoint, GeoPolygon, GeoProjection, GeoRange, GeoRangePadding, GeoRectangle, GeoRhumbLine, GeoStyle, Graph3D, GroupBy, GroupedBy, GrowCutBinarize, HalfLine, HalfPlane, HiddenMarkovProcess,