Fix inner README

OpenMP/README.md

@@ -1,10 +1,12 @@
-##Available Benchmarks
+# Available Benchmarks
+
+### datamining
 
-####datamining
 * correlation
 * covariance
 
-####linear-algebra/kernels
+### linear-algebra/kernels
+
 * 2mm
 * 3mm
 * atax
@@ -21,14 +23,16 @@
 * trisolv
 * trmm
 
-####linear-algebra/solvers
+### linear-algebra/solvers
+
 * durbin
 * dynprog
 * gramschmidt
 * lu
 * ludcmp
 
-####stencils
+### stencils
+
 * adi
 * convolution-2d
 * convolution-3d
@@ -37,27 +41,28 @@
 * jacobi-2d-imper
 * seidel-2d
 
-Modifying Codes
-------------------
+## Modifying Codes
 
 Parameters such as the input sizes, data type, and threshold for GPU-CPU output comparison can be modified using constants
 within the codes and .h files.  After modifying, run `make clean` then `make` on relevant code for modifications to take effect in resulting executable.
 
-###Parameter Configuration:
+### Parameter Configuration
+
+#### Input Size
 
-####Input Size:
 By default the `STANDARD_DATASET` as defined in the `.cuh/.h` file is used as the input size.  The dataset choice can be adjusted from `STANDARD_DATASET` to other
 options (`MINI_DATASET`, `SMALL_DATASET`, etc) in the `.cuh/.h` file, the dataset size can be adjusted by defining the input size manually in the `.cuh/.h` file, or
 the input size can be changed by simply adjusting the `STANDARD_DATASET` so the program has different input dimensions.
 
-###`DATA_TYPE` (in `.cuh/.h` files):
-By default, the `DATA_TYPE` used in these codes are `float` that can be changed to `double` by changing the `DATA_TYPE` typedef. Note that in OpenCL, the `DATA_TYPE` needs to be changed in both the .h and .cl files, as the .cl files contain the kernel code and is compiled separately at run-time.
+#### `DATA_TYPE` (in `.cuh/.h` files):
 
+By default, the `DATA_TYPE` used in these codes are `float` that can be changed to `double` by changing the `DATA_TYPE` typedef. Note that in OpenCL, the `DATA_TYPE` needs to be changed in both the .h and .cl files, as the .cl files contain the kernel code and is compiled separately at run-time.
 
 #### Other available options
 
 These are passed as macro definitions during compilation time 
 (e.g `-Dname_of_the_option`) or can be added with a `#define` to the code.
+
 - `POLYBENCH_STACK_ARRAYS` (only applies to allocation on host): 
 use stack allocation instead of malloc [default: off]
 - `POLYBENCH_DUMP_ARRAYS`: dump all live-out arrays on stderr [default: off]