Study 14.2 Data Products: Difference between revisions

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| [[File:Study_14.2_CVMH_noGTL_vs_CVMH_diff.png|356px|thumb|left|CPU vs GPU CVM-S4.26 Difference Map.  Reds and oranges are higher CVM-H no GTL hazard, greens and blues lower. ([http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_diff.300.png 300 ppi], [http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_diff.ps ps file], [http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_diff_marks.300.png 300 ppi with sites], [http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_diff_marks.ps ps file with sites])]]
| [[File:Study_14.2_CVMH_noGTL_vs_CVMH_diff.png|356px|thumb|left|GPU CVM-H 11.9, no GTL vs CPU CVM-H 11.9 Difference Map.  Reds and oranges are higher CVM-H no GTL hazard, greens and blues lower. ([http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_diff.300.png 300 ppi], [http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_diff.ps ps file], [http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_diff_marks.300.png 300 ppi with sites], [http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_diff_marks.ps ps file with sites])]]
| [[File:Study_14.2_CVMH_noGTL_vs_CVMH_ratio.png|356px|thumb|left|CPU vs GPU CVM-S4.26 Ratio Map.  Reds and oranges are higher CVM-H no GTLhazard, greens and blues lower. ([http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_ratio.300.png 300 ppi], [http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_ratio.ps ps file], [http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_ratio_marks.300.png 300 ppi with sites], [http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_ratio_marks.ps ps file with sites])]]
| [[File:Study_14.2_CVMH_noGTL_vs_CVMH_ratio.png|356px|thumb|left|GPU CVM-H 11.9, no GTL vs CPU CVM-H 11.9 Ratio Mao.  Reds and oranges are higher CVM-H no GTL hazard, greens and blues lower. ([http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_ratio.300.png 300 ppi], [http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_ratio.ps ps file], [http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_ratio_marks.300.png 300 ppi with sites], [http://hypocenter.usc.edu/research/cybershake/study_14_2/cpu_cvmh_nogtl/cvmh_nogtl_vs_cvmh_ratio_marks.ps ps file with sites])]]
|}
|}


Latest revision as of 18:54, 3 September 2014

Hazard Maps

Below are hazard maps at 150 ppi. Higher resolution images are linked in the image captions.

Basic Hazard Maps (3s)

AWP-ODC-SGT GPU, CVM-S4.26

CyberShake Study 14.2 GPU CVM-S4.26 Hazard Map (300 ppi, ps file)
CyberShake Study 14.2 GPU CVM-S4.26 Hazard Map, sites marked (300 ppi, ps file)

AWP-ODC-SGT GPU, BBP 1D

CyberShake Study 14.2 GPU BBP 1D Hazard Map (300 ppi, ps file)
CyberShake Study 14.2 GPU BBP 1D Hazard Map, sites marked (300 ppi, ps file)

AWP-ODC-SGT CPU, CVM-S4.26

CyberShake Study 14.2 CPU CVM-S4.26 Hazard Map (300 ppi, ps file)
CyberShake Study 14.2 CPU CVM-S4.26 Hazard Map, sites marked (300 ppi, ps file)

AWP-ODC-SGT CPU, CVM-H 11.9, no GTL

CyberShake Study 14.2 CPU CVM-H 11.9, no GTL Hazard Map (300 ppi, ps file)
CyberShake Study 14.2 CPU CVM-H 11.9, no GTL Hazard Map, sites marked (300 ppi, ps file)

Comparison between velocity models

CVM-S4.26 (GPU) vs CVM-S (CPU)

GPU, CVM-S4.26 vs CPU, CVM-S Difference Map. Reds and oranges are higher CVM-S4.26 hazard, greens and blues lower. (300 ppi, ps file, 300 ppi with sites, ps file with sites)
GPU, CVM-S4.26 vs CPU, CVM-S Ratio Map. Reds and oranges are higher CVM-S4.26 hazard, greens and blues lower. (300 ppi, ps file, 300 ppi with sites, ps file with sites)

CVM-S4.26 (GPU) vs CVM-H 11.9 (CPU)

GPU, CVM-S4.26 vs CPU, CVM-H 11.9 Difference Map. Reds and oranges are higher CVM-S4.26 hazard, greens and blues lower. (300 ppi, ps file, 300 ppi with sites, ps file with sites)
GPU, CVM-S4.26 vs CPU, CVM-H 11.9 Ratio Map. Reds and oranges are higher CVM-S4.26 hazard, greens and blues lower. (300 ppi, ps file, 300 ppi with sites, ps file with sites)

BBP 1D (GPU) vs CVM-S4.26 (GPU)

BBP 1D vs CVM-S4.26 Difference Map. Reds and oranges are higher BBP 1D hazard, greens and blues lower. (300 ppi, ps file, 300 ppi with sites, ps file with sites)
BBP 1D vs CVM-S4.26 Ratio Map. Reds and oranges are higher BBP 1D hazard, greens and blues lower. (300 ppi, ps file, 300 ppi with sites, ps file with sites)

GPU vs CPU (CVM-S4.26)

CPU vs GPU CVM-S4.26 Difference Map. Reds and oranges are higher CPU hazard, greens and blues lower. (300 ppi, ps file, 300 ppi with sites, ps file with sites)
CPU vs GPU CVM-S4.26 Ratio Map. Reds and oranges are higher CPU hazard, greens and blues lower. (300 ppi, ps file, 300 ppi with sites, ps file with sites)

CVM-H 11.9, no GTL (GPU) vs CVM-H 11.9 (CPU)

GPU CVM-H 11.9, no GTL vs CPU CVM-H 11.9 Difference Map. Reds and oranges are higher CVM-H no GTL hazard, greens and blues lower. (300 ppi, ps file, 300 ppi with sites, ps file with sites)
GPU CVM-H 11.9, no GTL vs CPU CVM-H 11.9 Ratio Mao. Reds and oranges are higher CVM-H no GTL hazard, greens and blues lower. (300 ppi, ps file, 300 ppi with sites, ps file with sites)

Related Entries

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