diff --git a/README.md b/README.md
index 385afcbabd8b593d926250ad7d4c1a61c378317b..851dd7e74b232472dac6c6c0f4cc91826d361a65 100644
--- a/README.md
+++ b/README.md
@@ -14,10 +14,10 @@ This function defines the vector which we want to use in equation.
 `size` is the name of the variable holding the size of the vector.
 This function expands into an empty string.
 - `disable_complex`
-If the datatype of vectors is either `complex\_float` or `complex\_double`, generated code will by default use complex arithmetic instructions.  This macro disables complex arithmetics instruction, and generates code with normal floating point arithmetics.
+If the datatype of vectors is either `complex_float` or `complex_double`, generated code will by default use complex arithmetic instructions.  This macro disables complex arithmetics instruction, and generates code with normal floating point arithmetics.
 this function expands into an empty string.
-- `sveasmfor(equation)`
-`equation` is the equation we want to vectorize. It can be of the following format `output = input1 <+|-|\*|/> input2 [<+|-> input3]`, where `input1`, `input2` or `input3` are the `name` arguments to `svedef()`. If not they will be treated like scalars. This function expand to the actual C code, where vectorization is done via inline assembly.
+- `sveasmfor(assign)`
+`assign` is the equation we want to vectorize. It can be of the following format `output = input1 <+|-|\*|/> input2 [<+|-> input3]`, where `input1`, `input2` or `input3` are the `name` arguments to `svedef()`. If not they will be treated like scalars. This function expands to the C code, where vectorization is done via inline assembly.
 
 - `sveintrfor(equation)`
 Same as previous, but the code is generated with intrinsic functions.
@@ -30,8 +30,8 @@ Lets take an example of zaxpy routine: **y = a * x + y**
 
 Create a file named zaxpy with the following content:
 ```
-svedef(x, complex double, n)
-svedef(y, complex double, n)
+svedef(x, complex_double, n)
+svedef(y, complex_double, n)
 sveasmfor( y = a ∗ x + y )
 ```
 
@@ -71,3 +71,6 @@ __asm__ volatile
 
 /*#####################---sve-generated-code---###################################*/
 ```
+
+More examples together with the working C code are provided in /examples/
+Running `make` will generate all files from /examples/ into /generated/ directory. It will then compile them with `armclang -march=armv8-a+sve`.