major gelik simulator
Major Gelik Simulator — a racing video game, where you can feel at Major Gelika!
Try to ride the machine, which go boys and girls up to 20 years, parents who bought the car!
Feel zhiznb rich taste, a lot of fun to ride on Gelika without a license!
In this off-road vehicle you can park anywhere!
Surprise your friends and family, show them your Gelika!
The game has a large and beautiful city, one can imagine that it is Moscow, Dubai, Beijing, New York or London!
The more you will pass kilometers, the more points you get!
And do not forget to collect cans of gasoline! Beat records friends!
With the driving simulator the simulation is very easy to learn rules of the road!
Collect the entire fleet Gelika, open the entire collection!
Feel like a king on the road! Helico — is power!
Thank you for playing our apps! Leave us feedback and evaluation, and we will try to make our game even more interesting!
major mazer
Welcome to Major Mazer!
Major Mazer is a maze escape game. Navigate mazes, collect keys, and unlock the next level.
Multiple mazes to solve: Swipe your way through 60 hand-crafted mazes across 5 different tiers. Additional mazes are in the works and will be added to the game periodically.
Maze your way: Choose between 4 difficulty levels to best fit your style of play. Each difficulty maintains its own save file so you can switch between them any time without losing progress.
No ads or fees: Major Mazer does not display any ads, or charge additional fees. Your one-time purchase buys the game in its current form as well as all future updates and content.
Have an a-maze-ing time!
numerical physics pro
Introducing everybody’s favorite physics simulator, Numerical Physics PRO …
… the world’s most powerful and intuitive touch-based physics simulator. Now debuting on the Mac platform via Mac Catalyst.
Numerical Physics (Pro) is a touch-based, explicitly numerical, real-time, *point-particle* simulator of Newtonian mechanics in two dimensions for iOS and Mac devices, built around a custom physics engine. It can model, animate and numerically solve with high accuracy a wide class of high school and University mechanics problems you set up yourself using its direct, intuitive touch interface and its open-world ‘sandbox’ design.
Written by a physicist and educator, designed for educators and students of physics.
Its main main features include the ability to:
· generate dynamically: free-body diagrams, trajectories, and graphs of physical quantities as the system evolves;
· apply a set of standard ‘explicit forces’ (gravity, drag, spring restoring, inverse square forces);
· constrain bodies to inclines (with or without realistic friction);
· connect bodies to each other via springs, inverse square law forces, direct tension force constraints, or indirectly through pulley fixed points;
· kinematically constrain (i.e. pre-determine) a body’s motion;
· cause unconstrained and certain singly-constrained bodies to participate in collisions with each other or with a constraint surface, with a user-specified coefficient of restitution, and determine scattering angles and speeds.
Written from the ground up Numerical Physics’ features include:
· a complete, future-extensible tutorial system: learn physics as you how to use the app; includes four built-in tutorials of increasing complexity that fully explore all of the apps features;
· a ‘labeled free-body diagram’ view: see, edit, graph and delete your forces right from the FBD;
· a UI that gets out of your way and maximizes screen real estate while keeping all features no more than two steps away;
· a custom high accuracy, high performance physics engine;
· all in-app bundle examples; no internet connection required;
· universal app design: a single app runs on iPhones of all screen sizes and iPads and now the Mac with a resizeable main window and menu support;
Numerical Physics can easily model complex systems numerically that cannot be analytically solved with its choice of five different numerical integrators, time-step, frame rate, and simulation rate control.
Advanced features include:
· Advanced Graphing and Data Export: create property vs property, multi-body, and multiple graphs, and export numerical data to apps like spreadsheets;
· Custom Forces and Constraint Curves: create essentially arbitrary position, velocity or time dependent external and interbody forces, and create user-defined ‘non-straight’ constraint curves and surfaces;
· Halter-Solver: specify a ‘halting condition’ on any physical property of a body that can be graphed: this means that ‘Numerical Physics’ can be used to numerically solve a wide range of problems commonly encountered in high school through second year University mechanics.
· Multibody and Tension Constraint Solver: create an arbitrary number of bodies (>2), and subject them to as many constraints as is physically consistent. Use it to create powerful simulations of Lagrangian mechanics constrained problems.
· also includes a fourth tutorial (sliding off a sphere) to introduce some of these advanced features in the context of a famous and interesting problem.
