CVM-S4.26 Proposed Final Model: Difference between revisions
Created page with '==Description == The TJ model was first described by Tom Jordan. In this model, we set the CVM-S4 value as the floor for the perturbations in areas where Vs <1000m/s.' |
|||
| Line 1: | Line 1: | ||
==Description == | ==Description == | ||
The | The CVM-S4.26 proposed final model was first described by Tom Jordan as an effort to integrate Po's perturbations while still honoring the CVM-S4 GTL. | ||
== Algorithm == | |||
The proposed final model incorporates Po's 26th iteration in the following manner: | |||
BASE Vp, Vs, Rho = CVM-S4 material properties<br /> | |||
STARTING Vp, Vs, Rho = Po and En-Jui's starting model from which all the iterations were derived<br /> | |||
FINAL Vp, Vs, Rho = Returned material properties<br /> | |||
PERTURBATION Vp, Vs, Rho = Po and En-Jui's 26th iteration of perturbations<br /> | |||
IF BASE Vs < 1000m/s THEN<br /> | |||
IF BASE Vs + PERTURBATION Vs < BASE Vs THEN<br /> | |||
FINAL Vp = BASE Vp<br /> | |||
FINAL Vs = BASE Vs<br /> | |||
FINAL Rho = BASE Rho<br /> | |||
ELSE<br /> | |||
FINAL Vp = BASE Vp + PERTURBATION Vp<br /> | |||
FINAL Vs = BASE Vs + PERTURBATION Vs<br /> | |||
FINAL Rho = BASE Rho + PERTURBATION Rho<br /> | |||
END IF<br /> | |||
ELSE<br /> | |||
FINAL Vp = STARTING Vp + PERTURBATION Vp<br /> | |||
FINAL Vs = STARTING Vs + PERTURBATION Vs<br /> | |||
FINAL Rho = STARTING Rho + PERTURBATION Rho<br /> | |||
END IF<br /> | |||
Revision as of 22:08, 21 October 2013
Description
The CVM-S4.26 proposed final model was first described by Tom Jordan as an effort to integrate Po's perturbations while still honoring the CVM-S4 GTL.
Algorithm
The proposed final model incorporates Po's 26th iteration in the following manner:
BASE Vp, Vs, Rho = CVM-S4 material properties
STARTING Vp, Vs, Rho = Po and En-Jui's starting model from which all the iterations were derived
FINAL Vp, Vs, Rho = Returned material properties
PERTURBATION Vp, Vs, Rho = Po and En-Jui's 26th iteration of perturbations
IF BASE Vs < 1000m/s THEN
IF BASE Vs + PERTURBATION Vs < BASE Vs THEN
FINAL Vp = BASE Vp
FINAL Vs = BASE Vs
FINAL Rho = BASE Rho
ELSE
FINAL Vp = BASE Vp + PERTURBATION Vp
FINAL Vs = BASE Vs + PERTURBATION Vs
FINAL Rho = BASE Rho + PERTURBATION Rho
END IF
ELSE
FINAL Vp = STARTING Vp + PERTURBATION Vp
FINAL Vs = STARTING Vs + PERTURBATION Vs
FINAL Rho = STARTING Rho + PERTURBATION Rho
END IF
