The Solution of the Zodiac Killer’s 340-Character Cipher—Wolfram Blog
We deliver solutions for the AI era—combining symbolic computation, data-driven insights and deep technical expertise Data & Computational Intelligence Model-Based Design Algorithm Development Wolfram|Alpha for Business Blockchain Technology Education Technology Quantum Computation WolframConsulting.com
A toy Wolfram Language interpreter in Haskell - Online Technical Discussion Groups—Wolfram Community
Recently I wrote a toy Wolfram Language interpreter as a way to learn more about Wolfram Language. I have implemented some basic language structure and built-in functions. I have hosted it on github. A simple term rewriting system with Wolfram Language's syntax Inspired by the book Write Yourself a Scheme in 48 Hours. I decide to write myself a simple Wolfram Language-like interpreter to learn mor
Launching Mathematica 10—with 700+ New Functions and a Crazy Amount of R&D—Stephen Wolfram Writings
Launching Mathematica 10—with 700+ New Functions and a Crazy Amount of R&D July 9, 2014 We’ve got an incredible amount of new technology coming out this summer. Two weeks ago we launched Wolfram Programming Cloud. Today I’m pleased to announce the release of a major new version of Mathematica: Mathematica 10. We released Mathematica 1 just over 26 years ago—on June 23, 1988. And ever since we’ve b
Wolfram Programming Cloud Is Live!—Stephen Wolfram Writings
Twenty-six years ago today we launched Mathematica 1.0. And I am excited that today we have what I think is another historic moment: the launch of Wolfram Programming Cloud—the first in a sequence of products based on the new Wolfram Language. My goal with the Wolfram Language in general—and Wolfram Programming Cloud in particular—is to redefine the process of programming, and to automate as much
Mathematica Minecraft
Well, the answer seems to be YES :) Here is my implementation of Minecraft classic game in Mathematica. Let’s start with some screenshots which were taken during the construction of the final scene which will be displayed an the end of this post. Features Blocks are creatable and removable One texture per block Player automatically jumps to the obstacles of one block height and on the blocks which
Mathematicaで任意画像の輪郭を数式に変換する - チューリング不完全
330個の1000次方程式によるまどかマギカ pic.twitter.com/QnuOhXQfiT— りんご (@aomoriringo) November 27, 2013 上記のような、任意の画像の輪郭を数式に変換するプログラムを紹介します。 発端 Wolfram|Alphaには「Person Curve」と呼ばれる類の検索結果が存在し、「Barack Obama Curve」「Hatsune Miku like curve」とか検索すると、その人物・キャラを表したパラメトリック方程式とそのプロット結果が表示されます。 これについては以下に示すようにたくさんの記事があり、存在自体は早くから知っていました。 数式が解明されてしまった初音ミク。その他キャラクターを色々試してみました | 猫と杓子 http://nlab.itmedia.co.jp/nl/articles/1305/02/
The Wolfram Language and Mathematica on Raspberry Pi, for free - Raspberry Pi
One of the best things about working on Raspberry Pi has been the opportunity to meet groups of people who are trying to bring about the same sort of change in the teaching of other subjects that we’re aiming for in computing. One great example is the computer-based math(s) (CBM) movement, which aims to redefine the teaching of mathematics in schools away from mechanical calculation and towards pr
例題で学ぶ微分方程式
多項式回帰やロジスティック回帰など、最近ではデータマイニングや機械学習などでもごく普通の手法として使われる微分方程式について、生態系モデルのシミュレーションを通じて直観的に理解するための入門書。生物の発生モデル、クジラの回遊モデルなどの実例について、Mathematicaによるシミュレーションを通じて理解を促します。なお本書はEbookのみの販売となります。 本書のサンプル（PDF） ダウンロード まえがき 第1章 はじめに：微分方程式とは 1.1 常微分方程式と相図 1.2 微分方程式の数値解法 第2章 基礎編：生物モデルで理解する微分方程式 2.1 ロジスティックモデル 2.1.1 ロジスティックモデルが形成する美しい曲線 2.1.2 定性的な解の捉え方 2.2 2種生物の競合モデル 2.2.1 平衡点の解析 2.2.2 解軌跡 2.2.3 ヌルクラインによる解析 2.3 マグロは絶滅
Falling Faster than the Speed of Sound—Wolfram Blog
We deliver solutions for the AI era—combining symbolic computation, data-driven insights and deep technology expertise. Data & Computational Intelligence Model-Based Design Algorithm Development Wolfram|Alpha for Business Blockchain Technology Education Technology Quantum Computation WolframConsulting.com
xkcd-style plots
I received an email to which I wanted to respond with a xkcd-style graph, but I couldn't manage it. Everything I drew looked perfect, and I don't have enough command over PlotLegends to have these pieces of text floating around. Any tips on how one can create xkcd-style graphs? Where things look hand-drawn and imprecise. I guess drawing weird curves must be especially hard in Mathematica. EDIT: FW
1
リリース、障害情報などのサービスのお知らせ
最新の人気エントリーの配信
j次のブックマーク
k前のブックマーク
lあとで読む
eコメント一覧を開く
oページを開く
An almost one-liner to construct the Mandelbrot set with Mathematica
Removing Haze from a Color Photo Image Using the Near Infrared with the Wolfram Language—Wolfram Blog
Department of Computer Science
Computational Knowledge and the Future of Pure Mathematics—Stephen Wolfram Writings
Random Snowflake Generator Based on Cellular Automaton - Online Technical Discussion Groups—Wolfram Community
What Should We Call the Language of Mathematica?—Stephen Wolfram Writings