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| % .. /
% entrée Alpha, Kappa
FXinfinf = Fx_Rr_V2(:,:,a,binf,cinf);
FXinfsup = Fx_Rr_V2(:,:,a,binf,csup);
FXsupinf = Fx_Rr_V2(:,:,a,bsup,cinf);
FXsupsup = Fx_Rr_V2(:,:,a,bsup,csup);
FXRrinfinf = interp2(AlphaData,Kappadata,FXinfinf,Alpha,Kappa,'linear');
FXRrinfsup = interp2(AlphaData,Kappadata,FXinfsup,Alpha,Kappa,'linear');
FXRrsupinf = interp2(AlphaData,Kappadata,FXsupinf,Alpha,Kappa,'linear');
FXRrsupsup = interp2(AlphaData,Kappadata,FXsupsup,Alpha,Kappa,'linear');
FXRrinf= ( ( (FXRrsupinf-FXRrinfinf)/(bsupBIS-binfBIS-0.0001) )* (C_Rr-binfBIS) ) + FXRrinfinf;
FXRrsup= ( ( (FXRrsupsup-FXRrinfsup)/(bsupBIS-binfBIS-0.0001) )* (C_Rr-binfBIS) ) + FXRrinfsup;
FXRr= ( ( (FXRrsup-FXRrinf)/(csupBIS-cinfBIS-1) )* (Fz_Rr-cinfBIS) ) + FXRrinf;
FYinfinf = Fy_RR_V2(:,:,a,binf,cinf);
FYinfsup = Fy_RR_V2(:,:,a,binf,csup);
FYsupinf = Fy_RR_V2(:,:,a,bsup,cinf);
FYsupsup = Fy_RR_V2(:,:,a,bsup,csup);
FYRrinfinf = interp2(AlphaData,Kappadata,FYinfinf,Alpha,Kappa,'linear');
FYRrinfsup = interp2(AlphaData,Kappadata,FYinfsup,Alpha,Kappa,'linear');
FYRrsupinf = interp2(AlphaData,Kappadata,FYsupinf,Alpha,Kappa,'linear');
FYRrsupsup = interp2(AlphaData,Kappadata,FYsupsup,Alpha,Kappa,'linear');
FYRrinf= ( ( (FYRrsupinf-FYRrinfinf)/(bsupBIS-binfBIS-0.0001) )* (C_Rr-binfBIS) ) + FYRrinfinf;
FYRrsup= ( ( (FYRrsupsup-FYRrinfsup)/(bsupBIS-binfBIS-0.0001) )* (C_Rr-binfBIS) ) + FYRrinfsup;
FYRr= ( ( (FYRrsup-FYRrinf)/(csupBIS-cinfBIS-1) )* (Fz_Rr-cinfBIS) ) + FYRrinf;
% sortie : FYRr, FXRr
% .. / |
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