lecture-11.md

% Geometric & Graphics Programming Lab: Lecture 11 % Alberto Paoluzzi % \today

\tableofcontents

Workshop N.3

Leonardo's centralized church schemes

Theme definition

• using some pyplasm primitives (SPHERE, CYLINDER, PROD, QUOTE, CUBOID, etc),

• generate a 3D model of Leonardo's centralized church scheme

• complete choice freedom for the topic, the tools, and the style of coding

Look at some Leonardo's church schemes (1/8)

Look at some Leonardo's church schemes (2/8)

Look at some Leonardo's church schemes (3/8)

Look at some Leonardo's church schemes (4/8)

Look at some Leonardo's church schemes (5/8)

Look at some Leonardo's church schemes (6/8)

Look at some Leonardo's church schemes (7/8)

Look at some Leonardo's church schemes (8/8)

Requirements

• Write a single notebook, named workshop_03.ipynb

• Choose a notebook Title, for example <Leonardo_scheme>

• Start the notebook with a web reference and one/more image/s of your scheme

• List the variables used in your code, with a textual definition

• Provide a short description of used geometric methods you are going to implement

• Include the coding of a single parametric function named ggpl_<my_leonardo>

• Provide the images generated by some executions with different actual parameters.

• Use measures in meters ($m$)

Style specs

• use meaningfull identificators (variables and parameters)

• use camelCase ids

• add Python docstrings (google for it)

• produce a single notebook file, named workshop_03.ipynb

• file path: your_repo/2017-11-06/workshop_03.ipynb

Minimal git/github instructions

Minimal git/github instructions (1/2)

create your local repository

$ mkdir 2017-11-06
$ cd 2017-11-06
$ touch workshop_03.ipynb

Minimal git/github instructions (2/2)

commit your work

$ git add -A .
$ git commit -m "add a short note to commit (Leonardo model?)"
$ git push origin master