<commit_before>Taipei Mesh 2014
================

Slides and content for the [2014 workshop on Mesh Processing](https://www.facebook.com/groups/176534365780994/) in Taipei

Structure
---------
_Day 1_
**Slides**: Introduction to C++
  0. History and compilation model
  1. Hello world
  2. Basics (declaration, definition, functions, control flow, arrays)
  3. Pointers
  4. Templates
  5. Classes
  6. Stack vs heap (scope, `new`, `delete`, array versions, smart pointers)
  7. Polymorphism (inheritance, `virtual` methods, virtual pure)
  8. Types and conversions (`const`, `static_cast`, `dynamic_cast`, `reinterpret_cast`, `const_cast`, `explicit`)
  9. C++0x, C++3, C++11 (lambda functions, type inference with `auto`)

**Project**: BubbleBreaker with OpenFramework (OF)
  - OF presentation (setup, update, draw)
  - OFX addons preview
  - Breakdown dissection

**Slides**: Introduction to OpenMesh
  1. Half-edge data structure
  2. Iterators, circulators (one-ring)
  3. Custom properties
  4. Modifying the topology

**Project**: Mesh Property Visualization
  - Mesh import
  - Mesh interaction
  - Mesh visualization

_Day 2_
**Slides**: Remeshing with OpenMesh
  1. Laplacian smoothing
  2. Simplification with quadrics?
  3. Notion of curvature?
  4. Adaptive remeshing?

**Project**: Remeshing

**Slides**: ShapeUp constraints
  1. ShapeUp optimization problem
  2. Constraint formulation (e.g. edge length, planarity?)

**Project**: Constrained Mesh Optimization
  - OFMesh + ShapeUp (CPU / GPU?)
  - Examples of constraints
  - User-defined constraints

TODO
----
  - announce the structure at the beginnning of C++
  - show examples compiled and executed in real time (out of slides!)
  - write the slides!
  - write the code and test on Linux+MacOSX+Windows
  - create virtualbox environment in case people have troubles
  - have website to host slides, project files and links (use pico + yocto)<commit_msg>Better structure<commit_after>Taipei Mesh 2014
================

Slides and content for the [2014 workshop on Mesh Processing](https://www.facebook.com/groups/176534365780994/) in Taipei

Structure
---------
_Day 1_
**Slides**: Introduction to C++
  0. History and compilation model
  1. Hello world
  2. Basics (fibonacci: *variables, functions, flow control, arrays*)
  3. Pointers (swap: *passing by value, by reference*)
  4. Templates (function template, specialization)
  5. Classes (declaration, definition, operator overloading, constructor, copy, destructor)
  6. Stack vs heap (scope, `new`, `delete`, array versions, smart pointers)
  7. Polymorphism (inheritance, `virtual` methods, virtual pure)
  8. Types and conversions (`const`, `static_cast`, `dynamic_cast`, `reinterpret_cast`, `const_cast`, `explicit`)
  9. C++0x, C++3, C++11 (lambda functions, type inference with `auto`)

**Project**: Voronoi + Surface Mesh with OpenFramework
  - of presentation (setup, update, draw)
  - ofx addons preview (ofxVoronoi, ofxUI, ofxPostProcessing)
  - Code dissection

**Slides**: Introduction to OpenMesh / [OpenGP](http://opengp.github.io/tutorial.html)
  1. Half-edge data structure
  2. Iterators, circulators (one-ring)
  3. Custom properties
  4. Connectivity (half-edges: *next, prev, opposite*, vertices: *from, to*)
  5. Modifying the topology (basic: *add, remove*)

**Project**: Mesh Property Visualization
  - Mesh import
  - Mesh interaction
  - Mesh visualization

_Day 2_
**Slides**: Remeshing with OpenMesh / OpenGP
  1. Laplacian smoothing (uniform, normal-constrained)
  2. Modifying the topology (advance: *edge collapse, edge split, edge flip*)
  3. Simplification with quadrics
  4. Metrics (valence, face area, face angles, curvature)
  5. Adaptive remeshing

**Project**: Remeshing

**Slides**: ShapeUp constraints
  1. ShapeUp optimization problem
  2. Constraint formulation (e.g. edge length, planarity?)

**Project**: Constrained Mesh Optimization
  - OFMesh + ShapeUp (CPU / GPU?)
  - Examples of constraints
  - User-defined constraints

TODO
----
  - announce the structure at the beginnning of C++
  - show examples compiled and executed in real time (out of slides!)
  - write the slides!
  - write the code and test on Linux+MacOSX+Windows
  - create virtualbox environment in case people have troubles
  - have website to host slides, project files and links (use pico + yocto)
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