Update README.md

Author: oscardssmith

README.md

@@ -3,9 +3,21 @@ ULP testing for Floating Point special functions.
 
 This package provides 2 useful things for testing the accuracy of functions. A `FloatIterator` type, and a function `test_acc`.
 
-`FloatIterator{T}(min, max)` Construct an indexable iterator over all floating point values between min and max. This is useful for testing `Float16` and `Float32` implimentations of functions. For relatively cheap functions, testing all `Float16` values takes about .1 second, and testing all `Float32` values takes around 90 seconds. Do not use this for testing `Float64` inputs.
+* `FloatIterator{T}(min, max)` 
+
+Construct an indexable iterator over all floating point values between min and max. This is useful for testing `Float16` and `Float32` implimentations of functions. For relatively cheap functions, testing all `Float16` values takes about .1 second, and testing all `Float32` values takes around 90 seconds. Do not use this for testing `Float64` inputs.
+
+
 `test_acc` - Function
-`test_acc(Dict(old_fun=>new_fun), xs; tol=1.5)` This tests whether `old_fun` and `new_fun` produce the same result on an iterator of `x` values. `tol` is the tolerance specified in ULPs (Units in Last Place).
-`test_acc(f::Function, xx; tol = 1.5)` This is the same, except it tests the `BigFloat` method of a function against the method for `eltype(xx)`.
-`test_acc(f::Function, min, max; tol = 1.5)` This tests whether all floating point values between `min` and `max` match.
-`test_acc(f::Function, T::Type; tol = 1.5)` This tests whether all values of a Floating Point type match.
+* `test_acc(Dict(old_fun=>new_fun), xs; tol=1.5)`
+
+This tests whether `old_fun` and `new_fun` produce the same result on an iterator of `x` values. `tol` is the tolerance specified in ULPs (Units in Last Place).
+* `test_acc(f::Function, xx; tol = 1.5)`
+
+This is the same, except it tests the `BigFloat` method of a function against the method for `eltype(xx)`.
+* `test_acc(f::Function, min, max; tol = 1.5)`
+
+This tests whether all floating point values between `min` and `max` match.
+* `test_acc(f::Function, T::Type; tol = 1.5)`
+
+This tests whether all values of a Floating Point type match.