.compute_validatePair

Verify that the two matrices share the same time values and the same states.

A user-friendly workflow for simulating circadian clock gene networks.
Despite decades of advances in modeling circadian clock dynamics,
the lack of accessible tools for reproducible simulation workflows
hinders the integration of computational modeling with experimental studies.
'clockSim' addresses this gap by providing models and helper functions
with step-by-step vignettes. This package opens up system-level exploration
of the circadian clock to wet-lab experimentalists, and future development
will include additional clock architectures and other gene circuit models.
Currently implemented models are based on
Leloup and Goldbeter (1998) <doi:10.1177/074873098128999934>.

Ye Yuan

clockSim

Streamlined Simulation of Circadian Gene Networks

.compute_validatePair function

<dl><dt>res_mat1</dt>
<dd>Trajectory matrix 1, first column must be time while others are states.</dd>
<dt>res_mat2</dt>
<dd>Trajectory matrix 2, first column must be time while others are states.</dd></dl>

Arguments

Trajectory similarity: validate consistency of result matrix pair — .compute_validatePair

<dl>

<dt>res_mat1</dt>
<dd>Trajectory matrix 1, first column must be time while others are states.</dd>


<dt>res_mat2</dt>
<dd>Trajectory matrix 2, first column must be time while others are states.</dd>

</dl>

.compute_validatePair: Trajectory similarity: validate consistency of result matrix pair

Description

Usage

Arguments

Examples