Bricks Breaker Quest vs Frame Structure Pression

Relax your mind! How to play - The ball flies to wherever you touched. - Clear the stages by removing bricks on the board. - Break the bricks and never let them hit the bottom. - Find best positions and angles to hit every brick. Feature - Free to play - Tons of stages - Various types of balls - Easy to play, Simplest game system, Designed for one handheld gameplay. - Off-line (without internet connection) gameplay supported - Multi-play supported - Tablet device supported - Achievement & leaderboard supported Apple Subscription service Payment will be charged to your iTunes account at confirmation of purchase. Your subscription automatically renews unless auto-renewal is turned off at least 24-hours before the end of the current period. Your account will be charged for renewal within 24-hours prior to the end of the current period. Subscriptions may be managed by the user, and auto-renewal may be turned off by going to the user’s Account Settings after purchase. to cancel your subscription, go to Settings-iTunes and App Store-View Apple ID to go to your account subscription Settings and manage or cancel your subscriptions. - Terms of Use : https://www.mobirix.com/policyn.html - Privacy Policy : http://www.mobirix.com/policykr.html Help : cs@mobirix.com Facebook : https://www.facebook.com/mobirixplayen YouTube : https://www.youtube.com/user/mobirix1 Instagram : https://www.instagram.com/mobirix_official/ TikTok : https://www.tiktok.com/@mobirix_official

Frame Structure Pression is a structural intuition game for architecture students who can draw buildings but cannot yet see the forces inside them. Every building is a system for transferring loads to the ground. Every beam, column, arch, cable, and truss exists to carry a force from where it is applied to where the earth can resist it. The route that force takes is the load path. Understanding load paths is the most fundamental structural skill in architecture. It is also the skill that is most poorly taught, because it requires something textbooks cannot provide: seeing force move through a structure in real time. The game shows you a structural system as a clean line drawing — a beam, an arch, a truss, a dome — with a load applied at a specific point. Your task is to trace where that force goes, tapping each member it passes through in sequence. Tap correctly and the member lights up: deep red for compression, electric blue for tension, the line weight thickening in proportion to the force magnitude. Tap incorrectly and a single sentence explains exactly why that force cannot travel that way. Twenty levels move through the complete structural vocabulary. Simple beams and cantilevers establish the principle that compression and tension always live on opposite faces of a bending member — and that a cantilever reverses them. Arches show how curving a structure converts bending into pure compression, and why their abutments must resist outward thrust as well as vertical load. Truss levels teach the pattern of tension and compression members for different geometries. Dome levels show the hoop tension that develops at a dome's base — the force that cracked the Pantheon and required iron chains at the base of every masonry dome ever built. Five levels show real structures: the cantilever floor slabs at Fallingwater — and the misplaced steel bars that caused decades of unintended deflection. The Eiffel Tower, whose shape is a direct expression of the overturning moment from wind. Maillart's arch bridge — the thinnest concrete arch ever built, made possible by understanding exactly where forces travel and removing every gram of material from every zone where they do not. The game ends with two design decision levels. A museum needs a column-free hall fifty metres wide. A house needs fully glazed walls on a seismic site. The player chooses the structural system. All valid options are shown, with their load paths and their architectural trade-offs. There is no single correct answer. That is the point.