contents.asv

Stanford的SRB实验室Quantitative Seismic Interpretation的免费MATLAB程序

% MATLAB FILES
%
% Files
%   Cem           - Cemented sand model
%   Unconsol      - Unconsol sand model
%   avo_abe       - AVO parameters
%   avopp         - AVO Rpp vs. angle
%   avops         - AVO Rps vs. angle
%   bound         - Bounds on elastic moduli
%   cement        - Cemented sand model (different inputs)
%   condpdfs      - Conditional pdfs P(data|class) and P(class|data)
%   critpor       - Critical porosity model
%   diagen        - Diagenetic trend model for moduli vs. porosity
%   eimp          - Elastic impedance
%   eimp2         - Elastic impedance 
%   entropdf      - Shannon's Information Entropy
%   flprop        - - Batzle-Wang relations for reservoir fluid properties
%   gassmnk       - K2=GASSMNK(K1,KFL1,KFL2,K0,PHI)
%   gassmnv       - [VP2,VS2,RO2,K2]=GASSMNV(VP1,VS1,RO1,ROFL1,KFL1,ROFL2,KFL2,K0,PHI)
%   hash          - - Hashin-Shtrikman upper and lower bound curves
%   hashv         - function [vpu,vpl,vsu,vsl,por]=hashv(vp1,vs1,ro1,vp2,vs2,ro2)
%   hertzmind     - [K,G,PHI,C]=HERTZMIND(KMIN,GMIN,P,PHI,C)
%   hertzmindv    - [VP,VS,RO,PHI,C]=HERTZMINDV(VPMIN,VSMIN,ROMIN,P,PHI,C)
%   hsbound       - HS bound    [ku,kl,gu,gl] = hsbound(k1,mu1,k2,mu2,por)
%   jknifeclass   - function [confmat, srmat]=jknifeclass(trndat,grp)
%   monte         - function simparam= monte(Param,n)
%   pdf2d         - function [cpdftbl,nbin1,nbin2]=pdf2d(trdat,nbin1,nbin2,smfilt)
%   probclass     - function [dataclass,dataprobs]=probclass(data,v1,v2,pdftbl)
%   softsediments - [Phi,VpDry,VsDry,RHOBDry,VpSat,VsSat,RHOBSat]=softsediments(Clay,Feldspar,Calcite,Pressure,PhiC,Coord,Kf,RHOf,KClay,GClay,RhoClay,Sfact)
%   templatecem   - defans=templatecem(defans)
%   templatesoft  - defans=templatesoft(defans);