Mudanças entre as edições de "Computational Geometry"

De Pontão Nós Digitais
(Tarefas)
(Tasks + Homework)
Linha 43: Linha 43:
 
== Tasks + Homework ==
 
== Tasks + Homework ==
  
=== Hello World ===
+
=== Part 1: C++ Programming practice and Review ===
  
=== Celsius to/from Farenheit ===
+
==== Hello World ====
  
=== Print Function graph (K&R Histogram): horizontally ===
+
==== Celsius to/from Farenheit ====
 +
 
 +
==== Print Function graph (K&R Histogram): horizontally ====
 
* Sub exercise: max function
 
* Sub exercise: max function
  
=== Implement max function recursively ===
+
==== Implement max function recursively ====
  
=== Sort using max function ===
+
==== Sort using max function ====
  
=== Print Function graph (K&R Histogram): vertically ===
+
==== Print Function graph (K&R Histogram): vertically ====
  
=== Bucket sort ===
+
==== Bucket sort ====
  
=== Basic sort building blocks ===
+
==== Basic sort building blocks ====
 
*** insert: insert on sorted array, keeping it sorted
 
*** insert: insert on sorted array, keeping it sorted
 
*** merge: merge two sorted arrays into a sorted array.
 
*** merge: merge two sorted arrays into a sorted array.
 
*** partition an arbitrary array into smaller and larger than a given t
 
*** partition an arbitrary array into smaller and larger than a given t
  
=== Computational Geometry problems to practice C++ programming ===
+
==== Computational Geometry problems to practice C++ programming ====
 
*** Hash tables, Buckets for point query
 
*** Hash tables, Buckets for point query
 
*** Proximity
 
*** Proximity
Linha 70: Linha 72:
  
  
=== Quizz 1: C++ programming skills ===
+
==== Quizz 1: C++ programming skills ====
 
***
 
***
  

Edição das 11h33min de 23 de outubro de 2019

////////// Under Construction //////////

This is the main page of a graduate level course (Msc and PhD) in computational geometry being taught in 2019/2 at the Polytechnic Institute IPRJ/UERJ. It is generally useful for programmers at the advanced level in the fields of machine learning, scientific simulations, graphics, computer vision and and multimedia programming.

Lecture Log

Part 1: C++ Programming Practice and Review

Wed 9Out19 (twice lecture load)

  • Hello world
    • for loop print 10x
  • Slides 1 Review C Fabbri
    • Variables, arrays/vectors
  • Farenheit to/from celcius program: homework

Wed 16Oct19

  • Show results of Farenheit to Celsius
  • Learn Codeblocks

Thu 17Oct19

  • Print function graph (K&R Histogram)
    • Horizontal
      • Learn how to write max function: non-recursive and recursive
      • Learn first simple sort algorithm using max

Wed 23Out19 (twice lecture load)

  • Due: simple sort using max
  • bucket sort (class exercise). Due. (student juliana: done)
  • Other simple sorts. Insertion, selection, bubble
    • Basic building block: insert on sorted array, keeping it sorted
  • Theory: arrays.

For Wed 30Out19

  • Overdue: Vertical Function graph (K&H Histogram)
  • Due: Insert on sorted array
  • Due: Merge two sorted arrays as warmup for next lecture

Future

  • Intro to advanced sorts: Merge sort, Quick Sort
    • Basic building blocks:
      • merge: merge two sorted arrays into a sorted array.
      • partition an arbitrary array into smaller and larger than a given t

Tasks + Homework

Part 1: C++ Programming practice and Review

Hello World

Celsius to/from Farenheit

Print Function graph (K&R Histogram): horizontally

  • Sub exercise: max function

Implement max function recursively

Sort using max function

Print Function graph (K&R Histogram): vertically

Bucket sort

Basic sort building blocks

      • insert: insert on sorted array, keeping it sorted
      • merge: merge two sorted arrays into a sorted array.
      • partition an arbitrary array into smaller and larger than a given t

Computational Geometry problems to practice C++ programming

      • Hash tables, Buckets for point query
      • Proximity
      • Voronoi Diagrams
      • Curve Algorithms


Quizz 1: C++ programming skills

General Info

  • Instructor: prof. Ricardo Fabbri, Ph.D. Brown University
  • Meeting times: Wednesdays 7:50-11:30, Thursdays 7:50-9:40, and 15:00-17:00, room 110.
  • Evaluation criteria: at least 2 quizzes (40%), practical projects (60%).
  • Forum for file exchange and discussion: email and IRC #labmacambira