Commits

Zoltan Szabo committed 87856c5

'co.mul=mult' -> 'co.mult=mult' typos corrected (to be precise, the computations were OK); see 'ITsallis_DTsallis_initialization.m', 'IShannon_HShannon_initialization.m', 'IRenyi_HRenyi_initialization.m', 'IRenyi_DRenyi_initialization.m', 'IL2_DL2_initialization.m', 'Icomplex_initialization.m', 'HRPensemble_initialization.m', 'Hensemble_initialization.m', 'Hcomplex_initialization.m'

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Files changed (10)

+-some 'co.mul=mult' -> 'co.mult=mult' typo corrected (to be precise, the computations were OK); see 'ITsallis_DTsallis_initialization.m', 'IShannon_HShannon_initialization.m', 'IRenyi_HRenyi_initialization.m', 'IRenyi_DRenyi_initialization.m', 'IL2_DL2_initialization.m', 'Icomplex_initialization.m', 'HRPensemble_initialization.m', 'Hensemble_initialization.m', 'Hcomplex_initialization.m'
+
 v0.17 (Nov 6, 2012):
--Edgeworth expansion based Shannon entropy estimator: accelerated (C++); see 'Edgeworth_t1_t2_t3.cpp'.
+-Edgeworth expansion based Shannon entropy estimator: accelerated (C++ alternative); see 'Edgeworth_t1_t2_t3.cpp'.
 -'Tsallis entropy <- Renyi entropy' meta estimator: added; see 'HTsallis_HRenyi_initialization.m', 'HTsallis_HRenyi_estimation.m'. 
 
 v0.16 (Nov 2, 2012):
 
 v0.12 (Oct 27, 2012):
 -Schweizer-Wolff's sigma and kappa: added; see 'ISW1_initialization.m', 'ISW1_estimation.m', 'ISWinf_initialization.m', 'ISWinf_estimation.m'.
--Hoeffding's Phi computation: scaled-up (C++); see 'Hoeffding_term1.cpp'.
+-Hoeffding's Phi computation: scaled-up (C++ alternative); see 'Hoeffding_term1.cpp'.
 -HRenyi_weightedkNN_initialization.m: contained a superfluous co.k parameter, deleted.
 -chol_gauss.c: a superfluous 'double *y' variable deleted.
 -dY==dX (dimension of Y and X) verification added to 'DRenyi_kNN_k_estimation.m', 'DTsallis_kNN_k_estimation.m', 'DL2_kNN_k_estimation.m'.

code/H_I_D/meta_estimators/HRPensemble_initialization.m

 
 %mandatory fields:
     co.name = 'RPensemble';
-    co.mul = mult;
+    co.mult = mult;
     
 %other fields:
     co.group_size = 500;%assumption: co.group_size <= number of samples

code/H_I_D/meta_estimators/Hcomplex_initialization.m

 
 %mandatory fields:
     co.name = 'complex';
-    co.mul = mult;
+    co.mult = mult;
     
 %other fields:
     co.member_name = 'Renyi_kNN_k'; %you can change it to any real entropy estimator.
     co.member_co = H_initialization(co.member_name,mult);
-    
+    

code/H_I_D/meta_estimators/Hensemble_initialization.m

 
 %mandatory fields:
     co.name = 'ensemble';
-    co.mul = mult;
+    co.mult = mult;
     
 %other fields:
     co.group_size = 500;%assumption: co.group_size <= number of samples

code/H_I_D/meta_estimators/IL2_DL2_initialization.m

 
 %mandatory fields:
     co.name = 'L2_DL2';
-    co.mul = mult;
+    co.mult = mult;
 	
 %other fields:    
     co.member_name = 'L2_kNN_k'; %you can change it to any L2 divergence estimator
-    co.member_co = D_initialization(co.member_name,mult);
+    co.member_co = D_initialization(co.member_name,mult);

code/H_I_D/meta_estimators/IRenyi_DRenyi_initialization.m

 
 %mandatory fields:
     co.name = 'Renyi_DRenyi';
-    co.mul = mult;
+    co.mult = mult;
     co.alpha = 0.95;
 	
 %other fields:    
     co.member_name = 'Renyi_kNN_k'; %you can change it to any Renyi divergence estimator
     co.member_co = D_initialization(co.member_name,mult);
-    co.member_co.alpha = co.alpha;
+    co.member_co.alpha = co.alpha;

code/H_I_D/meta_estimators/IRenyi_HRenyi_initialization.m

 
 %mandatory fields:
     co.name = 'Renyi_HRenyi';
-    co.mul = mult;
+    co.mult = mult;
     co.alpha = 0.99;
     
 %other fields:    

code/H_I_D/meta_estimators/IShannon_HShannon_initialization.m

 
 %mandatory fields:
     co.name = 'Shannon_HShannon';
-    co.mul = mult;
+    co.mult = mult;
     
 %other fields:
     co.member_name = 'Shannon_kNN_k'; %you can change it to any Shannon entropy estimator capable of 'multiplicative 

code/H_I_D/meta_estimators/ITsallis_DTsallis_initialization.m

 
 %mandatory fields:
     co.name = 'Tsallis_DTsallis';
-    co.mul = mult;
+    co.mult = mult;
     co.alpha = 0.99;
 	
 %other fields:    
     co.member_name = 'Tsallis_kNN_k'; %you can change it to any Tsallis divergence estimator
     co.member_co = D_initialization(co.member_name,mult);
-    co.member_co.alpha = co.alpha;
+    co.member_co.alpha = co.alpha;

code/H_I_D/meta_estimators/Icomplex_initialization.m

 
 %mandatory fields:
     co.name = 'complex';
-    co.mul = mult;
+    co.mult = mult;
     
 %other fields:    
     co.member_name = 'KCCA'; %you can change it to any mutual information estimator 
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