cancel
Showing results for 
Show  only  | Search instead for 
Did you mean: 
Try the Materials Informatics Toolkit, which is designed to easily handle SMILES data. This and other helpful add-ins are available in the JMP® Marketplace
Choose Language Hide Translation Bar

How do I access multivariate platform options? I want to show the p value table.

How do I access multivariate platform options? I want to show the p value table

1 ACCEPTED SOLUTION

Accepted Solutions
Georg
Level VII

Re: How do I access multivariate platform options? I want to show the p value table.

2 REPLIES 2
Georg
Level VII

Re: How do I access multivariate platform options? I want to show the p value table.

pauldeen
Level VI

Re: How do I access multivariate platform options? I want to show the p value table.

Or do you want to do it from scripting?

In that case, make your adjustments manually. The use a script window to get the preference for the platform:

Get Platform Preference("Multivariate")

and from the log file get the result. Paste that in your script and add set in front of it, to force preferences from your scripts.

Set Platform Preferences(
	Multivariate(
		Correlations Multivariate( 1 ),
		Correlation Probability( 0 ),
		CI of Correlation( 0 ),
		Inverse Correlations( 0 ),
		Partial Correlations( 0 ),
		Partial Correlation Probability( 0 ),
		Covariance Matrix( 0 ),
		Pairwise Correlations( 1 ),
		Hotelling's T² Test( 0 ),
		Univariate Simple Statistics( 0 ),
		Multivariate Simple Statistics( 0 ),
		Spearman's ρ( 0 ),
		Kendall's τ( 0 ),
		Hoeffding's D( 0 ),
		Set α Level( "0.05", <<Off ),
		Scatterplot Matrix( 1 ),
		Color Map on Correlations( 0 ),
		"Color Map on p-Values"n( 0 ),
		Cluster the Correlations( 0 ),
		Color Map on Pairwise Correlations( 0 ),
		Color Map on Spearman's ρ( 0 ),
		Color Map on Kendall's τ( 0 ),
		Color Map on Hoeffding's D( 0 ),
		Parallel Coord Plot( 0 ),
		Ellipsoid 3D Plot( 0 ),
		Principal Components( "on Correlations", <<Off ),
		Mahalanobis Distances( 1 ),
		Jackknife Distances( 1 ),
		T²( 0 ),
		Cronbach's α( 0 ),
		Standardized α( 0 ),
		Impute Missing Data( 0 ),
		Save Imputed Formula( 0 ),
		Estimation Method( "Default", <<Off ),
		Matrix Format( "Square", <<Off ),
		Automatic Recalc( 0 ),
		Report View( "Full", <<Off )
	)
)