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# nt_imagescc

## PURPOSE

nt_imagescc - plot image with symmetric scaling

## SYNOPSIS

function nt_imagescc(C)

## DESCRIPTION

    nt_imagescc - plot image with symmetric scaling

## CROSS-REFERENCE INFORMATION

This function calls:

This function is called by:

- nt_bias_cluster [c0,c1,A,todss,pwr0,pwr1]=nt_bias_cluster(x,dsr,flags) - cluster covariance
- nt_cca [A,B,R]=nt_cca(x,y,shifts,C,m,thresh,demeanflag) - canonical correlation
- nt_cluster_jd [IDX,todss,SCORE,COVS]=nt_cluster_jd(x,dsr,smooth,flags,init,verbose) - cluster with joint diagonalization
- nt_detrend [y,w,r]=nt_detrend(x,order,w,basis,thresh,niter,wsize) - robustly remove trend
- nt_interpolate_bad_channels y=interpolate_bad_channels(x,iBad,coordinates,n) - interpolate bad channels from good
- nt_mcca [A,score,AA]=nt_mcca(C,N) - multiple cca
- nt_outliers [w,y]=nt_outliers(x,w,thresh,niter) - detect outliers based on weighted correlation structure
- nt_regw [b,z]=nt_regw(y,x,w) - weighted regression
- nt_sgram [s,f,t]=nt_sgram(x,window,noverlap,nfft,sr,flags) - spectrogram
- nt_spect_plot2 nt_spect_plot2 - plot power spectrum

## SOURCE CODE

    0001 function nt_imagescc(C)
    0002 %nt_imagescc - plot image with symmetric scaling
    0003
    0004 m=max(abs(C(:)));
    0005 imagesc(C,[-m-realmin,m+realmin]);