X-Git-Url: http://lambda.jimpryor.net/git/gitweb.cgi?p=lambda.git;a=blobdiff_plain;f=content.mdwn;h=cb67dcff78d8a90bd6ab31da6e8e1d6fcdf65e2a;hp=c2957ecb65fc4af10464891cf5d919aee0605ebf;hb=54566d57756ec32f26dd22ec4a8258be7d3c5ebb;hpb=b3e605498edcd1ab89edd66846aae0ebcacc0b5e;ds=sidebyside
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@@ -5,31 +5,78 @@ week in which they were introduced.
## Topics by content ##
-* [[Introduction to functional programming|topics/week1]]
+* [[What is computation?|topics/week3_what_is_computation]]
+
+* Functional Programming
+
+ * [[Introduction|topics/week1 kapulet intro]]
+ * [[Week 1 Advanced notes|topics/week1 kapulet advanced]]
+ * [["Rosetta Stone" page #1 for Kaupulet, Scheme, OCaml, Haskell|rosetta1]]
+ * Offsite links for help on [[learning Scheme]], [[OCaml|learning OCaml]], and [[Haskell|learning Haskell]]
+ * [[List Comprehensions|topics/week3 lists#comprehensions]]
+ * [[Unit and its usefulness|topics/week3 unit]]
+ * More tips on using Scheme
+
+* Order, "static versus dynamic"
+
+ * [[Order in programming languages and natural language|topics/week1 order]]
+ * Reduction Strategies and Normal Forms in the Lambda Calculus
+ * Usefulness of `()`
+
+* The Lambda Calculus
+
+ * [[Introduction to the Lambda Calculus|topics/week2 lambda intro]]
+ * [[Advanced notes on the Lambda Calculus|topics/week2 lambda advanced]]
+ * Encoding data types in the Lambda Calculus
+ * [[Booleans|topics/week2 encodings#booleans]]
+ * [[Tuples|topics/week2 encodings#tuples]]
+ * [[Lists|topics/week2 encodings#lists]], v1 (as right-folds)
+ * [[Numbers|topics/week2 encodings#numbers]], v1 ("Church's encoding")
+ * [[Arithmetic with Church numbers|topics/week3_church_arithmetic]]
+ * [[How to get the `tail` of v1 lists?|topics/week3 lists#tails]]
+ * [[Some other list encodings|topics/week3 lists#other-lists]]
+ * Reduction Strategies and Normal Forms
+ * [[Fixed point combinators|topics/week4_fixed_point_combinators]]
+
+
+* [[Combinatory Logic|topics/week3 combinatory logic]]
-* [[Order: static versus dynamic|topics/week1 order]]
## Topics by week ##
Week 1:
-* [[Order in programming languages and natural language|topics/week1 order]]
+* [[Order in programming languages and natural language|topics/week1 order]]
This discussion considers conjunction in a language that recognized presupposition failure.
-* [[Introduction to functional programming|topics/week1]]
+* [[Introduction to functional programming|topics/week1 kapulet intro]]
Basics of functional programming: `let`, `case`, pattern matching, and
recursion. Definitions of factorial.
-* [[Advanced notes|topics/week1 advanced notes]]
-* [[Homework for week 1|exercises/assignment1]]
+* [[Advanced notes on functional programming|topics/week1 kapulet advanced]]
+* [[Homework for week 1|exercises/assignment1]] ([[Answers|exercises/assignment1_answers]])
Week 2:
-* [[Intro to the Lambda Calculus|topics/ week2 lambda calculus intro]]
-* [[Advanced notes on the Lambda Calculus|topics/ week2 lambda calculus advanced notes]]
-* Encoding Booleans, Tuples, Lists, and Numbers (in progress)
-* Homework for week 2 (in progress)
+* [[Introduction to the Lambda Calculus|topics/week2 lambda intro]]
+* [[Advanced notes on the Lambda Calculus|topics/week2 lambda advanced]]
+* [[Encoding Booleans, Tuples, Lists, and Numbers|topics/week2 encodings]]
+* [[Homework for week 2|exercises/assignment2]] ([[Answers|exercises/assignment2_answers]])
+
+Week 3:
+*These notes were developed over the course of the week. It'd be a good idea to review them again now, to be sure you've read all the content.*
+* [[Arithmetic with Church numbers|topics/week3_church_arithmetic]]
+* [[More on Lists|topics/week3 lists]]
+Introduces list comprehensions, discusses how to get the `tail` of lists in the Lambda Calculus, and some new list encodings
+* [[What is computation?|topics/week3_what_is_computation]]
+* Reduction Strategies and Normal Forms (will try to post soon)
+* [[Unit and its usefulness|topics/week3 unit]]
+* [[Combinatory Logic|topics/week3 combinatory logic]]
+* [[Homework for week 3|exercises/assignment3]]
+Week 4:
-*More coming, please wait...*
+* [[Fixed point combinators|topics/week4_fixed_point_combinators]]
+* More on fixed point combinators (in progress)
+* Towards types (in progress)