Oblate spheroid wolframงาน
...width = 1000 buff_width = width * 360 / 40075000 buff = (1000, quadsegs=20) print(f': {(width*width)} 1. отрисовка по координатам дает элипс, вытянутый вдоль меридиана 2. не равен 3,14 км2 (меньше) Преобразования в другие, отличные от 4326, проекции, например: ('PROJCS["NA Lambert Azimuthal Equal Area",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["degree",0.0174532925199433]],PROJECTION["Lambert_Azimuthal_Equal_Area"],PARAMETER["false_easting",0.0],PARAMETER["false_northing",0.0],PARAMETER["longitude_of_center",-100.0],PARAMETER["latitude_of_center",45.0],UNIT["meter",1.0]]&#...
This project is to explore the limits of the Wolfram Alpha computer algebra system through easy-to-write mathematical expressions that you are able to solve but the system cannot. This job will require you to write up ten (10) mathematical cases which CANNOT be solved on Wolfram Alpha, but CAN be solved by a human step by step. Cases must be submitted within 10 days of acceptance and awarding of the project. Cases can be equations in a single unknown, systems of equations, simplification, symbolic derivatives, symbolic integration, symbolic evaluation of equations and expressions, and numerical evaluations of expressions. 1) The cases and the expected results must delivered both as a PDF file AND in latex format in a text file, such that the PDF file can be generated from ...
make Proof of Concept of a level (or a small part) of an educational video game We have to assess and demonstrate its feasibility and confirm its practical potential. 3. What is your timeline? 2-3 weeks Project Description 1. What will be the freelancer’s responsibilities? 1. To implement the functional prototype 2. Learn the new details of the project 3. Make an uncomplicated tutorial 4. Make a simple journal of the experience
Tutor for developers needing to update linear algebra skills. Our interests are purely in applying linear algebra knowledge via code. So, a top down conceptual approach would be ideal. Helping an engineer to see the kinds of problems that are solvable with linear algebra via tools such as matlab and python. This video by Conrad Wolfram is a good background on the kind of tutor we are seeking:
Hello, with my scholarship (called exist-Gruenderstipendium, financed by german federal minstry for economy and energy) I want to develop a mobile application for german student about math. Therefore I need a math step by step solver like photomath or wolfram alpha but only high school level. We work with the programming language Swift. So it would be nice if you are familiar with Swift. Thanks in advance!
Just consider single words. Do not perform a Caesar cipher transformation on an entire sentence. Let's keep it simple! Also, only consider words that are entirely composed of uppercase letters. We're not going to worry about lowercase letters. Again, I'm trying to keep it relatively simple for you guys. Your job is to flesh out my .nb file and then return it to me. Compose a function--or a collection of functions--that will perform a Caesar cipher transformation on any word (assuming only capital letters) given a number n that represents the amount of shift. Write another function that takes the same encrypted word and they decrypts it, but of course again the function must have access to the number n, which is an integer that tells the function's user how much ...
We need someone that knows Mathematica from Wolfram Alpha for sporadic help in our company. It is to do some basic algorithms with arrays, reading and writing to files, plotting, and visualising some data and equations. If you are engineer and speak spanish do not hesitate to apply. ONLY FOR SPANISH SPEAKERS
I need someone that manages the software wolfram mathematica to do some tiny algorithm that would take up to 2 hours. Para más información contactarme. Required: spanish understanding
...letras: as, ca, oc, os, so -Palabras de 1 letra: a, c, o, s Introduce secuencia de letras: Ejemplo 3: con el diccionario anterior ya cargado, el usuario introduce la secuencia de letras “riomwalfo” y el programa devuelve todas las palabras del diccionario que pueden construirse utilizando esas letras: Introduce secuencia de letras: riomwalfo -Palabras de 9 letras: wolframio -Palabras de 7 letras: wolfram -Palabras de 6 letras: almori, amorfo, amorio, ariolo, filmar, firmal, foliar, formal, formol, marfil, mariol, moflir -Palabras de 5 letras: afilo, aforo, alimo, arfil, arilo, aromo, farol, filar, firma, flora, folia, folio, foral, forma, limar, maori, marlo, mirla, mirlo, mofar, molar, moral, morfa, oriol, ramio -Palabras de 4 letras: afro, alim, almo, amir, amol, am...
need to use wolfram mathematica and need to know differential equations
Data analysis on a paper and need to use Mathematica selected candidate more discuss via chat
Hello, with my scholarship (called exist-Gruenderstipendium, financed by german federal minstry for economy and energy) I want to develop a mobile application for german student about math. Therefore I need a math step by step solver like photomath or wolfram alpha but only high school level. We work with the programming language Swift. So it would be nice if you are familiar with Swift. Thanks in advance!
Data analysis on a paper and need to use Mathematica.
Matematica Wolfram help, you need good skills in matematica Wolfram for the project.
The project involves using Wolfram Mathematica to do statistical analysis. Project description and all files are included. Need working code
Prolate spheroid ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 228.6mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: flow intake, outflow, the far-field boundary-free steam condition was assumed First cell size 3μm was employed Make sure y^+<1 Case 1: Reynold number 4.2 million Mach number 0.15 Case2: M∞ = 0.135, Re∞ =4.2×10^6 And Case 3: M∞ =0.25, Re∞ =6.5×10^6 3 million Reynold number base airship length RANS/ LES and URANS computations needed for SST k-w sst TU model. Pressure base solver
...Prolate spheroid ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 228.6mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: flow intake, outflow, the far-field boundary-free steam condition was assumed First cell size 3μm was employed Make sure y^+<1 Case 1: Reynold number 4.2 million Mach number 0.15 Case2: M∞ = 0.135, Re∞ =4.2×10^6 And Case 3: M∞ =0.25, Re∞ =6.5×10^6
...Prolate spheroid ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 228.6mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: flow intake, outflow, the far-field boundary-free steam condition was assumed First cell size 3μm was employed Make sure y^+<1 Case 1: Reynold number 4.2 million Mach number 0.15 T Case2: M∞ = 0.135, Re∞ =4.2×106 And Case 3: M∞ =0.25, Re∞ =6.5×106
Prolate spheroid ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 228.6mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: flow intake, outflow, the far-field boundary-free steam condition was assumed First cell size 3μm was employed Make sure y^+<1 Case 1: Reynold number 4.2 million Mach number 0.15 T Case2: M∞ = 0.135, Re∞ =4.2×106 And Case 3: M∞ =0.25, Re∞ =6.5×106 3 million Reynold number base airship length RANS/ LES and URANS computations needed for SST
ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 228.6mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: flow intake, outflow, the far-field boundary-free steam condition was assumed First cell size 3μm was employed Make sure y^+<1 Case 1: Reynold number 4.2 million Mach number 0.15 T Case2: M∞ = 0.135, Re∞ =4.2×106 And Case 3: M∞ =0.25, Re∞ =6.5×106 3 million Reynold number base airship length RANS/ LES and URANS computations needed for SST
This is what should be done 1. Systematic Configuration You install Web Server and Mathematica on your server(any machine). 2. Frontend An interface, similar to Mathematica prompts, which in ASCII cintrol takes the user's script by taping and uploads the server (Backend). Then, you make syntax or lexycal check, eventually parcing for pre-processing. 3. Backend Your web application (Backend) accepts the script and the eventually processed data of the client's (user's) Frontend. It formats it and forwards it to Mathematica, as someone sends it as a file with the script. Mathematica solves the tasks and gives the result. The backend accepts the result and presents in to the user. Apply only if you can do it. Payment is only after project is finished 100% and approved. I...
Have a task that involves using Wolfram Mathematica software to create a conceptual climate change model. Various factors need to be included within this, so that we can vary the factors and observe the projected results. Factors we are thinking about just now include the damage that NOX gases can do in comparison to CO2, the devastation that could be caused by the ice sheet over the landmass in Antarctica melting etc... Visualisations are important, i.e graphs and mpegs, pictorial representations of the data etc... open to a discussion about what is possible. TIA
This is what should be done 1. Systematic Configuration You install Web Server and Mathematica on your server(any machine). 2. Frontend An interface, similar to Mathematica prompts, which in ASCII cintrol takes the user's script by taping and uploads the server (Backend). Then, you make syntax or lexycal check, eventually parcing for pre-processing. 3. Backend Your web application (Backend) accepts the script and the eventually processed data of the client's (user's) Frontend. It formats it and forwards it to Mathematica, as someone sends it as a file with the script. Mathematica solves the tasks and gives the result. The backend accepts the result and presents in to the user. Apply only if you can do it. Payment is only after project is finished 100% and approved. I...
Prolate spheroid ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 334mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: velocity 40m/s, flow intake, outflow, the far-field boundary-free steam condition was assumed. more details in the attached file.
Prolate spheroid ICEM Mesh (o-Tropology around the body) Model dimension: Length (L) 1.372, Aspect ratio 6:1, maximum radish (r) 334mm, most rear (r) 38mm. Fluid domain: size 16m*8m*8m Type of mesh: Multiblock structure Boundary condition: velocity 40m/s, flow intake, outflow, the far-field boundary-free steam condition was assumed. more details in the attached file.
please write your mathmatica project example url in freelancer. don't bid if not have experience
...object as a function of time. [Note: The method of solution for this problem should follow the one derived in class, but with one important and major difference. This will produce a completely different ODE, likely non-homogenous, that will be difficult to solve. If you are unable to find the solution to this type of problem in your DE textbook, you can obtain the solution using modern tools (e.g. Wolfram Alpha, graphing calculator, Mathematica).]...
I require a freelancer expert enough in both Mathematica and Deep Learning/Python (i.e., Tensorflow, Keras, Torch, MXNet, etc.) to translate four models from python into Mathematica: BigGAN, Wavenet, VQ-VAE, PGGAN. The translations will include Wolfram Language coding of custom layers, loss functions, regularization methods, and most significantly, means of training, all corresponding exactly as is possible to the python source and/or academic reference paper for the model in question. In addition to translating these four models, I also require means of training three other models-- the general architecture of which were already translated--in Mathematica. Finally, I require some custom net encoders/decoders. If you would like details about the project, please let me know, I...
I require a programer expert enough in the Wolfram Language (i.e., Mathematica and its Neural Net Framework) and Python (i.e., Tensorflow, Keras, Torch, etc.) to translate four models from python into Mathematica: BigGAN, Wavenet, VQ-VAE, PGGAN. These translations will need to include coding custom layers, loss functions, regularization methods, and most significantly, means of training in Mathematica, corresponding to the relevant python source and/or academic reference paper in question. In addition to translating these four models, I also require means of training three models already translated and available architecturally (Cyclegan, pix2pix, SRGAN) in the Wolfram Language. Finally, I require three custom NetDecoders, two of which would correspond to NetEncoders th...
...application in C#/C++, and programming api interfaces to trading platforms and market data feeds. Increasingly, we are finding that Wolfram Mathematica offers many advantages in terms of accelerating the development of applications outside a production environment, for model building and testing, simulation and analysis. Using the Wolfram Language, it is often possible for us to build models that emulate critical components of a trading system in a fraction of the time it would take a development team using a more traditional approach. So we are looking to hire Mathematica developers to help us capitalize on the rapidly growing capabilities of the Wolfram platform. You will have outstanding skills in Mathematica and a thorough familiarity with its capabili...
I need someone great with maths. Geometry / Algebraic specifically. Not for tutoring purposes although learning how you formulate and calculate is beneficial. Being strong in knowledge of calculating Ellipsoid / Spheroid shapes. Fixed price for the original job but should further work be required beyond original Quote and agreement, we may negotiate a future relationship.
This job will require you to write up ten (10) mathematical problems which CANNOT be solved on Wolfram Alpha, but CAN be solved by a human step by step. Each problem must be written out in either plain text or latex markup, and then solved verbosely (aka show ALL work), and will be tested by placing it on Wolfram Alpha. Mathematics will be college level, and solutions MUST be readable and understandable. Problems should vary as much as possible, e.g. not all of the same type of math problem. No scanned images or photos of handwritten pages.
I need a 12 lines of Mathematica code , which you can see here : , to be converted into Java code. Code must be written in core Java without third party libraries, and should be compatible with Java 8. You have to use BigInteger class because this program involves very big integer calculations . Complete code must be in only one java source file. I don't need GUI for this application.
I am developing a Wolfram Language Mathematica Package. The package uses a numerical method to solve "stiff" BVP. As of now, I am under the impression the package works when comparing its results with the literature. The goal is to review the package and suggest/perform improvements on it.
I want you to write me some code using Wolfram want you to finish 9 tasks Tasks are ready.
...completely new calculators, created on Wolfram|One (it's paid and I have account there), and by using WolframAlpha API ( ). At first, I want to simply replace the present widgets with those new calculators. For example, let's take this one: It's integral calculator. User should be able to input the formula WolframAlpha can understand, for example: 'x^3/3'. Then, we should take this 'x^3/3', and send query to WolframAlpha: 'int x^3/3', get the proper results and output to user. It's quite easy, we can use Wolfram language command: WolframAlpha['query']. Let's start with that, but I am looking to Wolfram developer for futer, longer cooperation
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Rewrite/correct my bio (Professional Music Conductor) (for my w...Den Haag, welches er 2011 “mit Auszeichnung” absolvierte. Bei Dirigentenwettbewerben war er zweimal jüngster Halbfinalist im internationalen Dirigentenwettbewerb des "Welt Musik Wettbewerbs" in Kerkrade 2009 (WMC) und beim Internationalen Dirigentenwettbewerb "Con Brio" in Innsbruck, den er schliesslich in 2015 gewann. Er wirkte zusammen mit namenhaften Solisten wie Erny Hammes (Trompete), Prof. Wolfram Schmitt-Leonardy (Klavier) und Johan van Iersel (Solo-Cellist des Königlichen Concertgebouw Orchester Amsterdam). Seit Oktober 2016 ist er Chefdirigent des Bundespolizeiorchesters München. Weiter ist er Lehrer für Dirigieren und Juror bei Wettbewerben. In 2019 ist s...
a super simple microproject modification of a script shouldn't take more than 1 hours ---- only bid if you can start right away ----
...We will build these, shoot some snow on it and remove the mold from inside! I have 6 4feet*8feet plastic corrugated sheets. So the circumference at the base will be 24. The problem is that I don't want a perfect dome, I want a prolate spheroid dome. The structure will be much stronger this way. Ration diameter to height should be 5 to 6, or any suggestion you might have to make the best use of the material. So height is 1.39m I want to have the pattern to cut. With height points and width. Something like this (Those are for sphere...not prolate spheroid) Or this Also, I need an entrance so a 3 feet high curved like an igloo entrance with an extra sheet. So I need to know where
...building igloos. We will build these, shoot some snow on it and remove the mold from inside! I will buy 6 4*8 plastic corrugated sheets. So the circumference at the base will be 24. The problem is that I don't want a perfect dome, I want a prolate spheroid dome. The structure will be much stronger this way. Ration diameter to height should be 5 to 6, or any suggestion you might have to make the best use of the material. I want to have the pattern to cut. With height points and width. Something like this (Those are for sphere...not prolate spheroid) Or this Also, I need an entrance so a 3 feet high curved like an igloo entrance with an extra sheet. So I need to know where to cut for
a super simple microproject shouldn't take more than 30 minutes ---- only bid if you can start right away ----
We want to use the data here, which is a 1.5GB .CDF file. () Wolfram is spitting a weird error > We want to have this in a easier to use format. SQl/CSV etc. Or just workable in Wolfram. Thanks!
...it would make my maths easier to calculate and more understandable, it would just be very handy in general. The thing is I´m far far far from a pro at Audrino project´s and I don´t know how much effort it would take or what to really do to make it work. Since Wolfram Alpha program is on Android and Windows and can also be used from their website. So I guess I would just need to rip out the circuit board in the calculator and install an Audrino Nano in it. Then I would need to code it so that the Audrino would boot up in the Wolfram Alpha program or code it in web-based API linked to their site. Then make the numbers on the calculator input the proper numbers and symbols in the display, since the answer is solved and shown step by step I would need to mak...
I need the wolfram alpha api to be integrated into my moodle LMS.
Help to write some Wolfram Mathematica for those statement: distribution Suppose that demographic studies show that each year about 6% of a city's population moves to the suburbs (and 94% stays in the city), while 4% of the suburban population moves to the city (and 96% remains in the suburbs). In the year 2000, 59% of the population of the region lived in the city and 41% lived in the suburbs. Derive a function to give the population distribution for any year in the period 2000-2050. For simplicity, ignore other influences on the population such as births, deaths, and migration into and out of the city/suburban region. Use two methods: 1. Markov matrix multiplications 2. linear combination of eigenvectors For each method, construct a list of population distributions for th...
My work is related to Free space optics and I have to derive equations for it using some Wolfram formulas
The project is less complicated than sounds, but a math background would be required. I just need someone to come up with a program (using whatever program you prefer - Matlab,Wolfram, Excel,etc.) to rotate and translate a large database of vectors (defined by x,y,z coordinates) given six rotational/transnational values( yaw,pitch,roll,x,y,z). All I need is a program where I can plug in the start vector with the six translational /rotational values to give me a whole list of final vectors.
hi i need help run the code with Wolfram mathematic software
