# Spacekime Analytics, Time Complexity and Inferential Uncertainty

## Documentation for package ‘TCIU’ version 1.1.0

- DESCRIPTION file.
- User guides, package vignettes and other documentation.
- Code demos. Use demo() to run them.

## Help Pages

fmri_2dvisual | visualization of the 2D brain (axial, sagittal and coronal) with the activated areas
fmri_3dvisual | visualization of the 3D brain with the activated areas
fmri_3dvisual_region | visualization of the 3D brain with the activated areas by regions
fmri_image | interactive graph object of the fMRI image
fmri_kimesurface | interactive graph object of 3D kime-series
fmri_post_hoc | post-hoc process for p values
fmri_pval_comparison_2d | 2D comparison visualization between the p-values
fmri_pval_comparison_3d | comparison between 3d visualization for p-values
fmri_ROI_phase1 | p-values on region of interest(ROI) of the brain
fmri_ROI_phase2 | tensor-on-tensor regression on region of interest(ROI) of the brain
fmri_simulate_func | real-valued fMRI data simulation
fmri_stimulus_detect | fMRI data stimulus detection
fmri_time_series | visualization of the fMRI data (real, imaginary, magnitude, and phase parts) in time series
fmri_ts_forecast | forecast the fMRI data based on the time series
ILT | numerical method to compute inverse of Laplace Transform
inv_kimesurface_transform | inverse kimesurface transform on a function in different periodic ranges
kimesurface_transform | kimesurface transform on a function with a specified set of complex values
LT | numerical method to compute Laplace Transform
mask | mask
mask_dict | mask_dict
mask_label | mask_label
phase1_pval | phase1_pval
phase2_pval | phase2_pval
phase3_pval | phase3_pval
sample | sample