CyberShake interpolation: Difference between revisions

Revision as of 18:07, 21 June 2024

This page documents research into techniques for interpolating various CyberShake data products, performed by 2024 SOURCES intern Amelia Kratzer.

To start, I selected 4 sites, all in the basin, that formed a 10km by 10km square inside which there was at least 1 site to interpolate. This way I could compare the simulated values for that site to the interpolated to check the accuracy of my interpolation.
- 1st chosen area: USC as there are three sites on the exterior for 1D linear interpolation and two sites on the interior for 2D linear interpolation

Next, I selected two locations where some of the sites were not in the basin, to test how different velocity structures may affect the accuracy of the interpolation.
- 1st location: STG

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 === Procedure ===
+== Selection of Sites ==
+* To start, I selected 4 sites, all in the basin, that formed a 10km by 10km square inside which there was at least 1 site to interpolate. This way I could compare the simulated values for that site to the interpolated to check the accuracy of my interpolation.
+** 1st chosen area: USC as there are three sites on the exterior for 1D linear interpolation and two sites on the interior for 2D linear interpolation
+**[[File:USCarea.png|Square formed by sites S345, S387, S389, S347]]
+**2nd chosen area: CSDH
+**[[File:CSDHarea.png|Square formed by sites S385, S429, S431, S387]]
+*Next, I selected two locations where some of the sites were not in the basin, to test how different velocity structures may affect the accuracy of the interpolation.
+** 1st location: STG
+**[[File:STG.png|Square formed by sites S491, S632, S634, S593]]
+** 2nd location: SGRTT
+**[[File:SGRTT.png|Square formed by sites S437, S478, S480, S439]]
+== Linear Interpolation Of Hazard Curves ==
+*Download and
 === Results ===