![]() OK, so % is not a modulo, it's the remainder operator. ![]() So y'all necroing a post to basically repeat statements already stated: If you're looking to do anything more complicated than that, then you're probably a math guy and are well versed in the nuances. %, the modulo/remainder operator, is going to do what you expect. if you're looking to use mod, you're probably looking for the remainder, which means. see the wikipedia article for why it's perfectly fine to call it mod, but to understand that there are 2 ways the operation may be implemented depending on the language you use. to anyone reading this thread (since it appears to be so popular) and wondering why the heck so many people felt it necessary to say % in C# isn't mod. The Mod function takes two arguments of type float64 : x : This argument represents the numerator in the division that. And necroing an ancient post to correct something so pedantic as under what context one should use this word or that word (with out actually explaining why either). 129 views, 6 likes, 0 loves, 0 comments, 0 shares, Facebook Watch Videos from MathMod: Animation and the morph effect(part 2) The t-time parameter can be. Which yes some people will refer to as remainder vs modulo. More efficient use of the system resources (memory & cpu). Support for mathematical objects made up of parametric and implicit surfaces. Note the list of mod and which way it works. Bug-fixes, new integrated scripts and major changes to MathMod's core program and internal functionalities. The terms are interchangeable in a programming sense. MATHMOD 2018 Extended Abstract Volume, 9th Vienna Conference on Mathematical Modelling, Vienna, Austria, February 21-23, 2018 ARGESIM Report 55 (ISBN 978-3-90), p 9-10, DOI: 10.11128/arep.55. there technically is different ways to algorithmically calculate your modulo. effective parameters are identified using imperialistic competitive algorithm (ICA). This physiology-focused model will be useful in the development of artificial pancreas algorithms both for more realistic in silico validations and in the development of model-based control strategies.Click to expand.OH. Experimental data is used to validate the model structure and show that the receptor dynamics allow to explain some of the glucagon-related phenomena observed in the clinical data. In order to assess the quality of the model, its parameters are fitted in such a way that the influence of glucagon on EGP is isolated. This physiology-focused model will be useful in the development of artificial pancreas algorithms both for more realistic in silico validations and in the development of model-based control strategies.ĪB - In this work, a novel insulin-glucagon-glucose model is proposed, where the glucagon effect on the endogenous glucose production (EGP) is described by the dynamics of the glucagon receptors. ![]() ![]() N2 - In this work, a novel insulin-glucagon-glucose model is proposed, where the glucagon effect on the endogenous glucose production (EGP) is described by the dynamics of the glucagon receptors. T1 - Assessment of a new model of glucagon action with glucagon receptor dynamics
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