HAP708P Modélisation et simulation en physique
Topic outline
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Modelling and simulation in physics, M1, 2024-2025
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Lecture notes File2.9 MB Document PDF Modified 2/09/24, 17:08
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Suggested solutions for exercises Folder
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Projects Folder
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TP n°1 Getting started with Python File165.4 KB Document PDF Modified 28/08/24, 15:12
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TP on using AI (ChatGPT) File
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TP n°2 Functions File146.3 KB Document PDF Modified 28/08/24, 15:13
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TP n°3 Examination examples File315.0 KB Document PDF Modified 28/08/24, 15:13
Additional practical work, to be done after the course on functions. The 3rd and 4th exercises require NumPy and Matplotlib; they can be completed after the course on these modules.
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TP n°4 1D cellular automaton File275.0 KB Document PDF Modified 28/08/24, 15:13
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TP n°5 NumPy and Matplotlib File160.7 KB Document PDF Modified 11/09/24, 14:20
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TP n°6: FFT Assignment
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Lecture 1: Introduction; numerical error and stability, complexity URL
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Lecture 2: Numerical integration URL
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Lecture notes on Monte Carlo methods. They should be read before coming to class for practicals.
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This quiz should be done after reading the lecture notes about Monte Carlo methods and before coming to class for practicals.
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Lecture notes on the Integration of Ordinary Differential Equations. They should be read before coming to class for practicals.
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This quiz should be done after reading the lecture notes about Integration of Ordinary Differential Equations and before coming to class for practicals.
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Lecture notes on the Integration of Partial Differential Equations. They should be read before coming to class for practicals.
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This quiz should be done after reading the lecture notes about Integration of Partial Differential Equations and before coming to class for practicals.
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A web site allowing you to run Python code in your browser, if you do not have Python installed on your device.
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An on-line tutorial for refreshing your Python skills (in French).
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Another on-line tutorial.
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