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Thank you for providing this really useful program!
I have one question about the example code you've offered (split_model.m).
According to the code of generating elasticities for lower layer (L2), it contains 2-L2_faln term in MS_VRH function, which is different with that of upper layer (L1) 1-L1_faln.
However, since L1_faln and L2_faln are both defined as volume fractions (up to my understanding) given as 0.3 in examples, I was confused why 2-L2_faln was used for lower layer instead of 1-L2_faln.
I attach below the part of the code related to my inquiry:
`% ** generate layer elasticities:
% This is a Voigt-Reuss-Hill average of the appropriately rotated olivine
% tensor and its isotropic equivalent.
[L1_C,~] = MS_VRH([L1_faln 1-L1_faln],...
MS_rot3(Cani,0,-L1_dip,L1_aaz,'order',[3 2 1]),rh, Ciso, rh) ;
[L2_C,~] = MS_VRH([L2_faln 2-L2_faln],...
MS_rot3(Cani,0,-L2_dip,L2_aaz,'order',[3 2 1]),rh, Ciso, rh) ;`
The text was updated successfully, but these errors were encountered:
Thank you for providing this really useful program!
I have one question about the example code you've offered (
split_model.m
).According to the code of generating elasticities for lower layer (L2), it contains
2-L2_faln
term inMS_VRH
function, which is different with that of upper layer (L1)1-L1_faln
.However, since
L1_faln
andL2_faln
are both defined as volume fractions (up to my understanding) given as0.3
in examples, I was confused why2-L2_faln
was used for lower layer instead of1-L2_faln
.I attach below the part of the code related to my inquiry:
The text was updated successfully, but these errors were encountered: