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Computation Structures Robert H. Halstead, Stephen A. Ward
Publisher: The MIT Press

The direct stiffness method is a matrix method of structural analysis. Several literary movements have explored the possibilities of composing artistic works via computational structures. Proper treatment of structural behavior under severe loading - such as the performance of a high-rise building during an earthquake - relies heavily on the use of probability-based analysis and decision-making tools. This post is the first entry of our new ENGINEERING category. The doctrine of computational trinitarianism holds that computation manifests itself in three forms: proofs of propositions, programs of a type, and mappings between structures. What other computationally difficult problems are susceptible to this kind of approach? The lecture was an introduction to the Simulation engine Greenfoot. Mark recently asked me to teach a guest lecture in his Media Computation data structures class. For Complexitys this post represents the first one dedicated to more technical and scientific aspects, which is an important topic developed at HDA. In just 16 days gamers solved a protein structure that had eluded computational methods for a decade. Just sequences the effects through all computation structures - hence we get the last effect as the return value which is the one for the else branch. Combinatorial computations, arising from the need to create geometric data structures that are themselves a complex mix of numerical and combinatorial data.