Title: Permutation p-Value Estimation for Gene Set Tests
Description: Code for various permutation p-values estimation methods for gene set test. The description of corresponding methods can be found in the dissertation of Yu He(2016) "Efficient permutation P-value estimation for gene set tests" <https://searchworks.stanford.edu/view/11849351>. One of the methods also corresponds to the paper "Permutation p-value approximation via generalized Stolarsky invariance" <https://arxiv.org/abs/1603.02757>.

Description: Code for various permutation p-values estimation methods for gene set test. The description of corresponding methods can be found in the dissertation of Yu He(2016) "Efficient permutation P-value estimation for gene set tests" <https://searchworks.stanford.edu/view/11849351>. One of the methods also corresponds to the paper "Permutation p-value approximation via generalized Stolarsky invariance" <arXiv:1603.02757>.

Description: Provides operators for chaining
mechanisms: first-argument piping, free piping,

Title: Specialized, high-performance pipeline operators
Description: Provides specialized, high-performance operators
for chaining commands with three forward-piping
operations: first-argument piping, free piping,
and lambda piping, making command chaining clear,

Title: High-performance pipeline operator and Pipe function
Description: Provides high-performance pipeline operator and light-weight Pipe
function based on a set of simple and intuitive rules, making command

Description: Pipe operator and function based on intuitive syntax.

Title: High-performance pipeline operator and object
Description: Provides high-performance pipeline operator and object based
on a set of simple and intuitive rules, making command chaining definite,

Description: Provides Pipe operator and function based on syntax which support
to pipe value to first-argument of a function, to dot in expression,
by formula as lambda expression, for side-effect, and with assignment.
The set of syntax is designed to make the pipeline highly readable.