grammar fix

docs/user_guide/nodes/color/mix_colors.rst

@@ -29,7 +29,7 @@ Advanced Node Settings
 Note
 ----
 
-By how the *Mix Colors* works, A factor that is larger than 1 won't be clamped
+The way *Mix Colors* works, A factor that is larger than 1 won't be clamped
 but rather multiplied to the second color. That's why the node has an option to
 *Clamp Factor*. So if *Clamp factor* is enabled, any factor that is larger than
 1 will return the second color.

docs/user_guide/nodes/list/combine_list.rst

@@ -21,12 +21,12 @@ Inputs
 
 Outputs
 -------
-- **list** - A list that contain all the input lists.
+- **list** - A list that contains all the input lists.
 
 Advanced Node Settings
 -----------------------
 
-- **Change type** - Change the type of the list to another list type.
+- **Change type** - Changes the type of the list to another list type.
 
 Examples of Usage
 -----------------

docs/user_guide/nodes/list/create_list.rst

@@ -32,7 +32,7 @@ Advanced Node Settings
 
 Caution
 -------
-A warning pop up when you use the *Remove All* button in the node, while if you
+A warning will pop up when you use the *Remove All* button in the node, while if you
 used the the *Remove All* button in the *Advanced Node Settings* the inputs will
 be removed without a warning.
 

docs/user_guide/nodes/list/fill_list.rst

@@ -3,7 +3,7 @@ Fill List
 
 Description
 -----------
-This node takes an input list and an input integer that define the length of the
+This node takes an input list and an input integer that defines the length of the
 output list. If the length of the output list is larger than the length of the
 input list, the empty spaces are filled with the input element. Those empty spaces
 can either be to the left of the list or to its right and that's what **Left**

docs/user_guide/nodes/list/get_list_element.rst

@@ -3,7 +3,7 @@ Get List Element
 
 Description
 -----------
-This node return the element at the input index. So if the input index is 1 and
+This node returns the element at the input index. So if the input index is 1 and
 the input list is [1,2,3] then the output will be 2. (Notice that indices start from 0 and not 1)
 
 .. image:: images/get_list_element_node.png

docs/user_guide/nodes/list/get_random_list_element.rst

@@ -11,7 +11,7 @@ This node returns single or multiple random list elements.
 Inputs
 ------
 
-- **Seed** - Seed for the random generator, Where different seed return different random elements.
+- **Seed** - Seed for the random generator, where different seed return different random elements.
 - **List** - The input list.
 - **Amount** - The number of random elements in the output list.
 

docs/user_guide/nodes/list/sort_list.rst

@@ -13,7 +13,7 @@ However, some data types have more than 2 ways of sorting such as the objects an
 Options
 -------
 
-- **Custom** - This option allow you to sort the list based on an input data attribute. So if the list data type is vectors, you can use the expresion "e.x" which will sort the vectors based on their x component (from the smallest x to the largest x). Another example, if the list data type is stings you can use the expression "e[-1]" to sort the strings based on their last characters (starting from A to Z),Notice that -1 here is the index of the character in the string.
+- **Custom** - This option allows you to sort the list based on an input data attribute. So if the list data type is vectors, you can use the expresion "e.x" which will sort the vectors based on their x component (from the smallest x to the largest x). Another example, if the list data type is stings you can use the expression "e[-1]" to sort the strings based on their last characters (starting from A to Z). Notice that -1 here is the index of the character in the string.
 - **key List** - This option allows you to sort list using a reference list. The reference list can be either floats or strings. Suppose I want to sort the list **[1,2,3,4]** to be **[3,1,2,4]**, the reference list for such order would be something like **[1,2,0,3]** this reference list gets sorted from zero to infinity and the same movement that happened to sort this list will happen to the original list. So for instance, the number 0 in the reference list is the smallest number and thus it should be the first element so we move it from the third location to the first location. That same movement will happen to the original list, the element at the third location(which is 3) will move to the first location (Notice that this what happened to get [1,2,3,4] to be [3,1,2,4]).The string reference list is exactly the same but it is sorted from A to Z and an altenative reference list in strings for [1,2,0,3] is [b,c,a,d].
 
 - **Name** - This option only appears when the input list is an object data type and it sorts the objects based on their names from A to Z. This is the same as using "e.name" in the custom option.