Merge remote-tracking branch 'refs/remotes/adambard/master'

d.html.markdown

@@ -70,7 +70,7 @@ void main() {
 ```
 
 We can define new types with `struct`, `class`, `union`, and `enum`. Structs and unions
-are passed to functions by value (i.e. copied) and classes are passed by reference. Futhermore,
+are passed to functions by value (i.e. copied) and classes are passed by reference. Furthermore,
 we can use templates to parameterize all of these on both types and values!
 
 ```c
@@ -218,7 +218,7 @@ void main() {
     // from 1 to 100. Easy!
 
     // Just pass lambda expressions as template parameters!
-    // You can pass any old function you like, but lambdas are convenient here.
+    // You can pass any function you like, but lambdas are convenient here.
     auto num = iota(1, 101).filter!(x => x % 2 == 0)
                            .map!(y => y ^^ 2)
                            .reduce!((a, b) => a + b);
@@ -228,7 +228,7 @@ void main() {
 ```
 
 Notice how we got to build a nice Haskellian pipeline to compute num?
-That's thanks to a D innovation know as Uniform Function Call Syntax.
+That's thanks to a D innovation know as Uniform Function Call Syntax (UFCS).
 With UFCS, we can choose whether to write a function call as a method
 or free function call! Walter wrote a nice article on this
 [here.](http://www.drdobbs.com/cpp/uniform-function-call-syntax/232700394)
@@ -238,21 +238,23 @@ is of some type A on any expression of type A as a method.
 I like parallelism. Anyone else like parallelism? Sure you do. Let's do some!
 
 ```c
+// Let's say we want to populate a large array with the square root of all
+// consecutive integers starting from 1 (up until the size of the array), and we
+// want to do this concurrently taking advantage of as many cores as we have
+// available.
+
 import std.stdio;
 import std.parallelism : parallel;
 import std.math : sqrt;
 
 void main() {
-    // We want take the square root every number in our array,
+    // Create your large array
-    // and take advantage of as many cores as we have available.
     auto arr = new double[1_000_000];
 
-    // Use an index, and an array element by reference,
+    // Use an index, access every array element by reference (because we're
-    // and just call parallel on the array!
+    // going to change each element) and just call parallel on the array!
     foreach(i, ref elem; parallel(arr)) {
         ref = sqrt(i + 1.0);
     }
 }
-
-
 ```

elisp.html.markdown

@@ -2,6 +2,7 @@
 language: elisp
 contributors:
     - ["Bastien Guerry", "http://bzg.fr"]
+    - ["Saurabh Sandav", "http://github.com/SaurabhSandav"]
 filename: learn-emacs-lisp.el
 ---
 
@@ -26,7 +27,7 @@ filename: learn-emacs-lisp.el
 ;;
 ;; Going through this tutorial won't damage your computer unless
 ;; you get so angry that you throw it on the floor.  In that case,
-;; I hereby decline any responsability.  Have fun!
+;; I hereby decline any responsibility.  Have fun!
 
 ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
 ;;

es-es/ruby-es.html.markdown

@@ -29,7 +29,7 @@ Nadie los usa.
 Tu tampoco deberías
 =end
 
-# Lo primero y principal: Todo es un objeto
+# En primer lugar: Todo es un objeto
 
 # Los números son objetos
 
@@ -128,7 +128,7 @@ ruta = '/mal/nombre/'
 
 # Los símbolos (son objetos)
 # Los símbolos son inmutables, constantes reusables representadas internamente por un
-# valor entero. Son usalmente usados en vez de strings para expresar eficientemente
+# valor entero. Son normalmente usados en vez de strings para expresar eficientemente
 # valores específicos y significativos
 
 :pendiente.class #=> Symbol
@@ -156,7 +156,7 @@ arreglo[0] #=> 1
 arreglo.first #=> 1
 arreglo[12] #=> nil
 
-# Tal como la aritmética, el acceso como variable[índice]
+# Al igual que en aritmética, el acceso como variable[índice]
 # es sólo azúcar sintáctica
 # para llamar el método [] de un objeto
 arreglo.[] 0 #=> 1

lua.html.markdown

@@ -190,7 +190,7 @@ end
 --------------------------------------------------------------------------------
 
 -- A table can have a metatable that gives the table operator-overloadish
--- behavior. Later we'll see how metatables support js-prototypey behaviour.
+-- behaviour. Later we'll see how metatables support js-prototypey behaviour.
 
 f1 = {a = 1, b = 2}  -- Represents the fraction a/b.
 f2 = {a = 2, b = 3}

matlab.html.markdown

@@ -73,7 +73,7 @@ c = exp(a)*sin(pi/2) % c = 7.3891
 
 % Calling functions can be done in either of two ways:
 % Standard function syntax:
-load('myFile.mat', 'y') % arguments within parantheses, spererated by commas
+load('myFile.mat', 'y') % arguments within parentheses, separated by commas
 % Command syntax:
 load myFile.mat y 	% no parentheses, and spaces instead of commas
 % Note the lack of quote marks in command form: inputs are always passed as
@@ -279,7 +279,7 @@ clf clear % clear current figure window, and reset most figure properties
 
 % Properties can be set and changed through a figure handle.
 % You can save a handle to a figure when you create it.
-% The function gcf returns a handle to the current figure
+% The function get returns a handle to the current figure
 h = plot(x, y); % you can save a handle to a figure when you create it
 set(h, 'Color', 'r')
 % 'y' yellow; 'm' magenta, 'c' cyan, 'r' red, 'g' green, 'b' blue, 'w' white, 'k' black

ru-ru/erlang-ru.html.markdown

@@ -18,7 +18,7 @@ lang: ru-ru
 % Пунктуационные знаки, используемые в Erlang:
 % Запятая (`,`) разделяет аргументы в вызовах функций, структурах данных и
 % образцах.
-% Точка (`.`) (с пробелом после них) разделяет функции и выражения в
+% Точка (`.`) (с пробелом после неё) разделяет функции и выражения в
 % оболочке.
 % Точка с запятой (`;`) разделяет выражения в следующих контекстах:
 % формулы функций, выражения `case`, `if`, `try..catch` и `receive`.