フリーワード アプリケーション検索

Color effects in origami are stunning. By folding from origami paper (white on one side, colored on the other) many colorful patterns can be achieved. Here is a collection of intermediate-level, 3D colorful origami polyhedra, all original designs. This includes the tetrahedron, cube, and octahedron. Most of them have interesting color effects by using the two sides of origami paper. Each model is folded from a single square, which makes them more amazing and satisfying. Origami master John Montroll's easy to follow, step-by-step ...

Platonics is an immersive, interactive sensory experience. Enter the mind of Plato as you explore the beauty and simplicity of the Platonic Solids. Enjoy spinning these sacred geometric shapes, discovering their secrets and simply relaxing to the gorgeous visuals and soothing sounds. A platonic solid is a three-dimensional shape whose faces are all the same shape and whose corners are the meeting place of the same number of polygons. There are only 5 which can exist. In the ancient mystery schools the study of sacred geometry w...

Do you need help with geometry? You're at the right place! Geometry solver is certified by the Educational App Store and we also won #11 place in Math category in Mobile Learning in Action! - Now with AI assistant that will scan and solve your geometry word problems! - Explore 100+ geometric shapes and study their properties. - Improve your geometry skills with step-by-step solutions. - Solve volume and surface area and calculate perimeter or circumference. - Visualise shapes with real-time previews and see how the overall shape ...

Create and manipulate beautiful polyhedrons without any mathematical knowledge needed.  With many patterns, transformations, and color schemes to combine, you can create thousands of stunning visual combinations you may save as still or animated images. Best, see your creations alive around you thanks to Augmented Reality. Polyhedra is an application to represent and manipulate polyhedrons using Conway’s notation. You can apply Conway’s transformations to a seed polyhedron chosen from the Platonic solids (tetrahedron, cube, octah...

Set of six RPG Dice: tetrahedron (4 sides), cube (6), octahedron (8), dodecahedron (12), pentagonal trapezohedron (10) and icosahedron (20). You can put up to 64 dice on screen at once. Shake your iPhone or iPod Touch to throw. The more you shake the faster dice spin. If you are not sure what is the score, hold your finger on screen to show helping dot. See how it works: http://www.youtube.com/watch?v=PzoS7Xa2hfs

Learn and play with ShAPPes adding 3D shapes in augmented reality. Use your imagination to improve reality adding geometric shapes. You can add shapes like polyhedrons and rounded shapes: * Polyhedrons: Cube, tetrahedron, octahedron, icosahedron, dodecahedron, triangular prism, rectangular prism, pentagonal prism, hexagonal prism, square pyramid. * Rounded shapes: cylinder, sphere, cone. Each shape can be colored, scaled, moved and rotated, also you can read educational information about it. ShAPPes uses ARKit, the new iOS aug...

Create graphs (simple, weighted, directed and/or multigraphs) and run algorithms step by step. Learn graph theory interactively... much better than a book! 27 algorithms to choose from: - Depth-first search (DFS) - Breadth-first search (BFS) - Count connected components (using BFS) - Greedy coloring - BFS coloring - Dijkstra's algorithm (shortest path) - A*/A-star (shortest path, Euclidean distance) - DFS spanning tree - BFS spanning tree - Prim's algorithm (minimum spanning tree) - Kruskal's algorithm (minimum spanning tree/fore...

Create graphs (simple, weighted, directed and/or multigraphs) and run algorithms step by step. Learn graph theory interactively... much better than a book! 27 algorithms to choose from (some of them are only available in the full version): - Depth-first search (DFS) - Breadth-first search (BFS) - Count connected components (using BFS) - Greedy coloring - BFS coloring - Dijkstra's algorithm (shortest path) - A*/A-star (shortest path, Euclidean distance) - DFS spanning tree - BFS spanning tree - Prim's algorithm (minimum spanning t...

The Platonic Solids are incredibly beautiful shapes. These are the Tetrahedron, Cube, Octahedron, Icosahedron, and Dodecahedron. You can now fold, display, and exhibit these models. All are original designs, using the latest in folding techniques. Each model is folded from a single square, which makes them more amazing and satisfying. They range from simple to complex. Each model can be folded from standard origami paper and can hold itself together by clever locking techniques. Two versions are given for some of them. Being able...

Elsevier’s Tetrahedron Symposium is the recognised annual meeting and information point for reporting advances in Bioorganic & Organic Chemistry. The intention of this conference is to provide an intimate and relaxed environment, to stimulate fresh thinking and creative ideas, in a scientific field impacting so importantly on life and medical sciences. The symposium will also highlight the key role of chemistry in the discovery and development of new therapeutic agents for human diseases. Each event brings together over 400 leadin...