Updating README to contain more information

- Fixed a few erratic sentences as well

README.md

@@ -14,7 +14,7 @@ This is an alternative to using `libdeivce` when using NVVM IR. The PTX files ca
 - `src/logic.cu`: Basic logical operations (>, <, >=, <=, ==, !=).
   - Function handles: `gt`, `lt`, `ge`, `le`, `eq`, `neq`
   - Includes operations on complex numbers
-  - For complex numbers, `eq` and `neq` check both for real and imaginary values.
+  - For complex numbers, `eq` and `neq` check for both real and imaginary values.
   - For complex numbers, everything else checks for absolute values
 
 - `src/numeric.cu`: Numerical operations on numbers
@@ -33,14 +33,18 @@ This is an alternative to using `libdeivce` when using NVVM IR. The PTX files ca
   - Functions included: `sinh`, `cosh`, `tanh`, `asinh`, `acosh`, `atanh`
   - Complex numbers not supported
 
+- `PTX64/sm_xx/*.ptx`: PTX files for 64 bit systems for compute `sm_xx`
+
+- `PTX32/sm_xx/*.ptx`: PTX files for 32 bit systems for compute `sm_xx`
+
 ### Naming scheme
 
 The native name mangling from the auto-generated PTX is changed to something friendlier for string manipulation.
 
 The naming scheme consists of three parts.
 
 - three underscores (common everywhere)
-- by function name
+- function name
 - a letter denoting each of the input types.
   - `float` is `s`
   - `double` is `d`
@@ -51,4 +55,7 @@ The naming scheme consists of three parts.
   - `char` is `j`
   - `unsigned char` is `v` (a.k.a `uchar`)
 
-For example the function denoting addition of two floating point complex numbers would be: `___addcc`.
+Sample names:
+- `add` on two floating point complex numbers would be: `___addcc`.
+- `sin` on a double precision number would be `___sind`
+- `max` of two unsigned integers would be `___maxuu`