Search results
Results from the WOW.Com Content Network
GameMaker accommodates the creation of cross-platform and multi-genre video games using a custom drag-and-drop visual programming language or a scripting language known as Game Maker Language (GML), which can be used to develop more advanced games that could not be created just by using the visual programming features.
Game-Maker 3.0, CD-ROM: this package includes the contents of the floppy package, plus first-party games Pipemare, Penguin Pete, Houses, and Terrain; A-J Games productions Glubada Pond, Crullo: Adventures of a Donut, Cireneg's Rings, and Linear Volume; two games by Sheldon Chase of KD Software, Woman Warrior and the Outer Limits and Woman ...
Markus Hendrik "Mark" Overmars (Dutch pronunciation: [ˈmɑrkʏs ˈɦɛndrɪk ˈmɑr(ə)k ˈoːvərmɑrs]; born 29 September 1958) is a Dutch computer scientist and teacher of game programming known for his game development application GameMaker. GameMaker lets people create computer games using a drag-and-drop interface.
A particular choice of the scalar and vector potentials is a gauge (more precisely, gauge potential) and a scalar function ψ used to change the gauge is called a gauge function. [citation needed] The existence of arbitrary numbers of gauge functions ψ(r, t) corresponds to the U(1) gauge freedom of this theory. Gauge fixing can be done in many ...
Unlike more developer-oriented game engines, game creation systems promise an easy entry point for novice or hobbyist game designers, with often little to no coding required for simple behaviors. Although initially stigmatized, all-in-one game creation systems have gained some legitimacy with the central role of Unity , Pixel Game Maker MV ...
where v j is the velocity of the point of application of the force F j. In order for the virtual work to be zero for an arbitrary virtual displacement, each of the generalized forces must be zero, that is = =, =, …,.
If ϕ is a velocity potential, then ϕ + f(t) is also a velocity potential for u, where f(t) is a scalar function of time and can be constant. Velocity potentials are unique up to a constant, or a function solely of the temporal variable. The Laplacian of a velocity potential is equal to the divergence of the corresponding flow.
In electromagnetism, the Lorenz condition is generally used in calculations of time-dependent electromagnetic fields through retarded potentials. [2] The condition is , =, where is the four-potential, the comma denotes a partial differentiation and the repeated index indicates that the Einstein summation convention is being used.