Difference between revisions of "Lab assignments for ISC-4304"
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| + | ([[Media:Syllabus-ISC4304-S2017.pdf | Syllabus]] [[Notes ISC-4304 | Classnotes]] [[Homework for ISC-4304 | Homework ]] [[Lab assignments for ISC-4304 | Lab]] [[Resources for ISC-4304 | Resources]] [[FunExamples | Fun]]) | ||
| + | |||
| + | == Lab for Spring 2019 == | ||
| + | [see also on the Canvas website] | ||
| + | * first Monday: we will learn about UNIX but no lab homework [http://peterbeerli.com/classdata/ISC4304/UNIX UNIX] | ||
| + | * Jan 14 Lab 1 [[Media:isc4304-2019lab1.pdf | PDF]]<br> | ||
| + | * Jan 28 Lab 2 [[Media:isc4304-2019lab2.pdf | PDF]]<br> | ||
| + | * Feb 11 Lab 3 [[Media:isc4304-2019lab3.pdf | PDF]]<br> | ||
| + | * Feb 18 Lab 4 Python, Conway's Game of Life [[Media:isc4304lab4_S2019.pdf | PDF]] ( [[Media:conwaygame.pdf | Some additional description of the Game of Life]] ) | ||
| + | * March 4 Lab 5 (Hilbert curve) [[Media:isc4304-2019lab5.pdf | PDF]] [[Media:frog.jpg | frog picture]]* | ||
| + | * March 25 Lab 6 -- ODE solving using object orientation [[Media:isc4304-2019lab6.pdf | PDF]]<br> | ||
| + | * April 1 Lab 7 -- Integration using object orientation [[Media:isc4304-2019lab7.pdf | PDF]]<br> | ||
| + | * April 8 Lab 8 -- Translate a python code to C++ [[Media:isc4304-2019lab8.pdf | PDF]] ([http://peterbeerli.com/classdata/ISC4304/codes/lab8_julia.zip zip file with code])<br> | ||
| + | <br> | ||
| + | |||
| + | <br> | ||
| + | == Old labs == | ||
| + | * Lab 1: Python, learn basic python commands and write a simple function [[Media:isc4304lab1S2017.pdf|PDF]] | ||
| + | * Lab 2: Python, simple book analysis [[Media:isc4304lab2_S2017.pdf | PDF]] [[Media:isc4304lab1S2018.pdf | PDF]] | ||
| + | * Lab 3: Python, Conway's Game of Life [[Media:isc4304lab3_S2017.pdf | PDF]] [[Media:isc4304lab3_S2018.pdf | PDF]]<br> | ||
| + | (Some description of Conway's Game of Life [[Media:conwaygame.pdf | PDF]]) | ||
| + | * Lab 4 Plotting with matplotlib [[Media:isc4304lab4_S2017.pdf | PDF]] [[Media:isc4304lab2S2018.pdf | PDF]]<br> | ||
| + | * Lab 4: Hilbert Curve [[Media:isc4304lab4S2018.pdf | PDF]], and here is a tutorial about the Hilbert curve [[Media:hilbert_curve.pdf | PDF]] <br> | ||
| + | * Lab 5:Bayesian inference [[Media:isc4304lab5S2018.pdf | PDF]]<br> | ||
| + | * Lab 5 n-ODE lab [[Media:isc4304lab5S2017.pdf | PDF]] <br> | ||
| + | * Lab 6 Bayesian inference on 4-sided dice data using Python [[Media:isc4304lab6S2017.pdf | PDF]] <br> | ||
| + | * Lab 7 Bayesian inference on 4-sided dice data using C++ [[Media:isc4304lab7S2017.pdf | PDF]] <br> | ||
| + | * Lab 8 Translation of the numerical n-ODE example to C++ [[Media:isc4304lab8S2017.pdf | PDF]] <br> | ||
| + | * Lab 9 Combining Python with C++ using boost::python [[Media:isc4304lab9S2017.pdf | PDF]] | ||
| + | * Lab 10 Speeding up a python program using Cython [[Media:isc4304lab10S2017.pdf | PDF]] Code to improve is this [http://peterbeerli.com/classdata/ISC4304/codes/mandelbrot.zip Mandelbrot Python program] (look at the lectures on cython [integration and Juliaset examples) for details how to run cython) | ||
* Lab 1: Python, learn basic python commands and write a simple function [[Media:isc4304lab1.pdf|PDF]] | * Lab 1: Python, learn basic python commands and write a simple function [[Media:isc4304lab1.pdf|PDF]] | ||
| − | * Lab 2: Python, simple book analysis[[Media:isc4304lab2.pdf|PDF]] | + | * Lab 2: Python, simple book analysis [[Media:isc4304lab2.pdf | PDF]] |
| + | * Lab 3: Python, Conway's Game of Life [[Media:isc4304lab3.pdf | PDF]] <br> | ||
| + | * Lab 3 Addendum: Python and Matplotlib, Conway's Game of Life [[Media:isc4304lab3add.pdf | PDF]] | ||
| + | * Lab 4 Plotting with matplotlib [[Media:isc4304lab4.pdf | PDF]] <br> | ||
| + | * Lab 5 n-ODE lab [[Media:isc4304lab5.pdf | PDF]] <br> | ||
| + | * Lab 6 Bayesian inference on 4-sided dice data using Python [[Media:isc4304lab6.pdf | PDF]] <br> | ||
| + | * Lab 7 Bayesian inference on 4-sided dice data using C++ [[Media:isc4304lab7.pdf | PDF]] <br> | ||
| + | * Lab 8 Translation of the numerical n-ODE example to C++ [[Media:isc4304lab8.pdf | PDF]] [http://people.sc.fsu.edu/~pbeerli/downloads/classes/vectordir.zip Small Vector library]<br> | ||
| + | * Lab 9 Combining Python with C++ using boost::python [[Media:isc4304lab9.pdf | PDF]] | ||
| + | * Lab 10 Speeding up a python program using Cython [[Media:isc4304lab10.pdf | PDF]] Code to improve is this [http://people.sc.fsu.edu/~pbeerli/downloads/classes/mandelbrot.zip Mandelbrot Python program] (this example [ [http://people.sc.fsu.edu/~pbeerli/downloads/classes/integration.zip integration.zip] from the last class may help to set up the cython compile using the setup.py, it needs to be called like this: python setup.py build_ext --inplace ) | ||
| + | * Lab 11 Speeding up even more by running in parallel [[Media:isc4304lab11.pdf | PDF]] | ||
Latest revision as of 06:15, 8 April 2019
( Syllabus Classnotes Homework Lab Resources Fun)
Lab for Spring 2019
[see also on the Canvas website]
- first Monday: we will learn about UNIX but no lab homework UNIX
- Jan 14 Lab 1 PDF
- Jan 28 Lab 2 PDF
- Feb 11 Lab 3 PDF
- Feb 18 Lab 4 Python, Conway's Game of Life PDF ( Some additional description of the Game of Life )
- March 4 Lab 5 (Hilbert curve) PDF frog picture*
- March 25 Lab 6 -- ODE solving using object orientation PDF
- April 1 Lab 7 -- Integration using object orientation PDF
- April 8 Lab 8 -- Translate a python code to C++ PDF (zip file with code)
Old labs
- Lab 1: Python, learn basic python commands and write a simple function PDF
- Lab 2: Python, simple book analysis PDF PDF
- Lab 3: Python, Conway's Game of Life PDF PDF
(Some description of Conway's Game of Life PDF)
- Lab 4 Plotting with matplotlib PDF PDF
- Lab 4: Hilbert Curve PDF, and here is a tutorial about the Hilbert curve PDF
- Lab 5:Bayesian inference PDF
- Lab 5 n-ODE lab PDF
- Lab 6 Bayesian inference on 4-sided dice data using Python PDF
- Lab 7 Bayesian inference on 4-sided dice data using C++ PDF
- Lab 8 Translation of the numerical n-ODE example to C++ PDF
- Lab 9 Combining Python with C++ using boost::python PDF
- Lab 10 Speeding up a python program using Cython PDF Code to improve is this Mandelbrot Python program (look at the lectures on cython [integration and Juliaset examples) for details how to run cython)
- Lab 1: Python, learn basic python commands and write a simple function PDF
- Lab 2: Python, simple book analysis PDF
- Lab 3: Python, Conway's Game of Life PDF
- Lab 3 Addendum: Python and Matplotlib, Conway's Game of Life PDF
- Lab 4 Plotting with matplotlib PDF
- Lab 5 n-ODE lab PDF
- Lab 6 Bayesian inference on 4-sided dice data using Python PDF
- Lab 7 Bayesian inference on 4-sided dice data using C++ PDF
- Lab 8 Translation of the numerical n-ODE example to C++ PDF Small Vector library
- Lab 9 Combining Python with C++ using boost::python PDF
- Lab 10 Speeding up a python program using Cython PDF Code to improve is this Mandelbrot Python program (this example [ integration.zip from the last class may help to set up the cython compile using the setup.py, it needs to be called like this: python setup.py build_ext --inplace )
- Lab 11 Speeding up even more by running in parallel PDF
