.. _gallery_geoclaw: =============================== Gallery of GeoClaw applications =============================== See also the `Gallery of Jupyter notebooks `__. .. contents:: Chile 2010 tsunami ================== **Directory: `$CLAW/geoclaw/examples/tsunami/chile2010`** Simple model of the 2010 tsunami arising offshore Maule, Chile. `README <./../_static/geoclaw/examples/tsunami/chile2010/README.html>`__ ... `Plots <./../_static/geoclaw/examples/tsunami/chile2010/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_tsunami_chile2010__plots_frame0004fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010/_plots/frame0004fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_chile2010__plots_frame0008fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010/_plots/frame0008fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_chile2010__plots_frame0012fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010/_plots/frame0012fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_chile2010__plots_gauge32412fig300.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010/_plots/gauge32412fig300.html Adjoint AMR Flagging ==================== **Directory: `$CLAW/geoclaw/examples/tsunami/chile2010_adjoint`** Simple model of the 2010 tsunami using adjoint flagging. `README <./../_static/geoclaw/examples/tsunami/chile2010_adjoint/README.html>`__ ... `Plots <./../_static/geoclaw/examples/tsunami/chile2010_adjoint/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_tsunami_chile2010_adjoint__plots_frame0008fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010_adjoint/_plots/frame0008fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_chile2010_adjoint__plots_frame0024fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010_adjoint/_plots/frame0024fig0.html Adjoint problem =============== **Directory: `$CLAW/geoclaw/examples/tsunami/chile2010_adjoint/adjoint`** Adjoint solution from DART 32412, used for adjoint flagging. `README <./../_static/geoclaw/examples/tsunami/chile2010_adjoint/adjoint/README.html>`__ ... `Plots <./../_static/geoclaw/examples/tsunami/chile2010_adjoint/adjoint/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_tsunami_chile2010_adjoint_adjoint__plots_frame0008fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010_adjoint/adjoint/_plots/frame0008fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_chile2010_adjoint_adjoint__plots_frame0024fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010_adjoint/adjoint/_plots/frame0024fig0.html Radially-symmetric tsuanami in parabolic bowl ============================================= **Directory: `$CLAW/geoclaw/examples/tsunami/bowl-radial`** Sample code where solution should be radially symmetric. `README <./../_static/geoclaw/examples/tsunami/bowl-radial/README.html>`__ ... `Plots <./../_static/geoclaw/examples/tsunami/bowl-radial/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_tsunami_bowl-radial__plots_frame0000fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/bowl-radial/_plots/frame0000fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_bowl-radial__plots_frame0015fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/bowl-radial/_plots/frame0015fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_bowl-radial__plots_frame0015fig10.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/bowl-radial/_plots/frame0015fig10.html Sloshing water in parabolic bowl ================================ **Directory: `$CLAW/geoclaw/examples/tsunami/bowl-slosh`** Sample code with analytic solution. `README <./../_static/geoclaw/examples/tsunami/bowl-slosh/README.html>`__ ... `Plots <./../_static/geoclaw/examples/tsunami/bowl-slosh/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_tsunami_bowl-slosh__plots_frame0000fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/bowl-slosh/_plots/frame0000fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_bowl-slosh__plots_frame0000fig1.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/bowl-slosh/_plots/frame0000fig1.html .. image:: thumbnails/geoclaw_examples_tsunami_bowl-slosh__plots_frame0010fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/bowl-slosh/_plots/frame0010fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_bowl-slosh__plots_frame0010fig1.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/bowl-slosh/_plots/frame0010fig1.html Storm Surge =========== **Directory: `$CLAW/geoclaw/examples/storm-surge/ike`** Storm surge simulation of Hurricane Ike (coarse grid) `README <./../_static/geoclaw/examples/storm-surge/ike/README.html>`__ ... `Plots <./../_static/geoclaw/examples/storm-surge/ike/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_storm-surge_ike__plots_frame0010fig1001.png :height: 4cm :target: ./../_static/geoclaw/examples/storm-surge/ike/_plots/frame0010fig1001.html .. image:: thumbnails/geoclaw_examples_storm-surge_ike__plots_frame0010fig1002.png :height: 4cm :target: ./../_static/geoclaw/examples/storm-surge/ike/_plots/frame0010fig1002.html .. image:: thumbnails/geoclaw_examples_storm-surge_ike__plots_frame0010fig1007.png :height: 4cm :target: ./../_static/geoclaw/examples/storm-surge/ike/_plots/frame0010fig1007.html **Directory: `$CLAW/geoclaw/examples/storm-surge/isaac`** Storm surge simulation of Hurricane Isaac (coarse grid) `README <./../_static/geoclaw/examples/storm-surge/isaac/README.html>`__ ... `Plots <./../_static/geoclaw/examples/storm-surge/isaac/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_storm-surge_isaac__plots_frame0008fig1001.png :height: 4cm :target: ./../_static/geoclaw/examples/storm-surge/isaac/_plots/frame0008fig1001.html .. image:: thumbnails/geoclaw_examples_storm-surge_isaac__plots_frame0008fig1002.png :height: 4cm :target: ./../_static/geoclaw/examples/storm-surge/isaac/_plots/frame0008fig1002.html .. image:: thumbnails/geoclaw_examples_storm-surge_isaac__plots_frame0008fig1007.png :height: 4cm :target: ./../_static/geoclaw/examples/storm-surge/isaac/_plots/frame0008fig1007.html Multi-layer shallow water ========================= **Directory: `$CLAW/geoclaw/examples/multi-layer/plane_wave`** Plane wave hitting shelf with multi-layer equations `README <./../_static/geoclaw/examples/multi-layer/plane_wave/README.html>`__ ... `Plots <./../_static/geoclaw/examples/multi-layer/plane_wave/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_multi-layer_plane_wave__plots_frame0005fig1001.png :height: 4cm :target: ./../_static/geoclaw/examples/multi-layer/plane_wave/_plots/frame0005fig1001.html .. image:: thumbnails/geoclaw_examples_multi-layer_plane_wave__plots_frame0005fig1002.png :height: 4cm :target: ./../_static/geoclaw/examples/multi-layer/plane_wave/_plots/frame0005fig1002.html **Directory: `$CLAW/geoclaw/examples/multi-layer/bowl-radial`** Multi-layer waves in a parabolic bowl `README <./../_static/geoclaw/examples/multi-layer/bowl-radial/README.html>`__ ... `Plots <./../_static/geoclaw/examples/multi-layer/bowl-radial/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_multi-layer_bowl-radial__plots_frame0000fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/multi-layer/bowl-radial/_plots/frame0000fig0.html .. image:: thumbnails/geoclaw_examples_multi-layer_bowl-radial__plots_frame0000fig4.png :height: 4cm :target: ./../_static/geoclaw/examples/multi-layer/bowl-radial/_plots/frame0000fig4.html eta_init and force_dry ====================== **Directory: `$CLAW/geoclaw/examples/tsunami/eta_init_force_dry`** Tsunami with subsidence and dry regions below sea level. `README <./../_static/geoclaw/examples/tsunami/eta_init_force_dry/README.html>`__ ... `Plots <./../_static/geoclaw/examples/tsunami/eta_init_force_dry/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_tsunami_eta_init_force_dry__plots_frame0000fig11.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/eta_init_force_dry/_plots/frame0000fig11.html .. image:: thumbnails/geoclaw_examples_tsunami_eta_init_force_dry__plots_frame0003fig11.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/eta_init_force_dry/_plots/frame0003fig11.html .. image:: thumbnails/geoclaw_examples_tsunami_eta_init_force_dry__plots_frame0010fig11.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/eta_init_force_dry/_plots/frame0010fig11.html **Directory: `$CLAW/apps/tsunami/shelf1d`** Tsunami interacting with 1d continental shelf `README <./../_static/apps/tsunami/shelf1d/README.html>`__ ... `Plots <./../_static/apps/tsunami/shelf1d/_plots/_PlotIndex.html>`__ .. image:: thumbnails/apps_tsunami_shelf1d__plots_frame0000fig2.png :height: 4cm :target: ./../_static/apps/tsunami/shelf1d/_plots/frame0000fig2.png .. image:: thumbnails/apps_tsunami_shelf1d__plots_frame0002fig2.png :height: 4cm :target: ./../_static/apps/tsunami/shelf1d/_plots/frame0002fig2.png .. image:: thumbnails/apps_tsunami_shelf1d__plots_frame0005fig2.png :height: 4cm :target: ./../_static/apps/tsunami/shelf1d/_plots/frame0005fig2.png **Directory: `$CLAW/apps/tsunami-examples/tohoku2011_hawaii_currents`** Tohoku tsunami and comparison with gauge data in Hawaii `README <./../_static/apps/tsunami-examples/tohoku2011_hawaii_currents/README.html>`__ ... `Plots <./../_static/apps/tsunami-examples/tohoku2011_hawaii_currents/_plots/_PlotIndex.html>`__ .. image:: thumbnails/apps_tsunami-examples_tohoku2011_hawaii_currents__plots_frame0001fig1.png :height: 4cm :target: ./../_static/apps/tsunami-examples/tohoku2011_hawaii_currents/_plots/frame0001fig1.html .. image:: thumbnails/apps_tsunami-examples_tohoku2011_hawaii_currents__plots_frame0012fig1.png :height: 4cm :target: ./../_static/apps/tsunami-examples/tohoku2011_hawaii_currents/_plots/frame0012fig1.html .. image:: thumbnails/apps_tsunami-examples_tohoku2011_hawaii_currents__plots_gauge5680fig300.png :height: 4cm :target: ./../_static/apps/tsunami-examples/tohoku2011_hawaii_currents/_plots/gauge5680fig300.html fgmax examples ============== **Directory: `$CLAW/geoclaw/examples/tsunami/radial-ocean-island-fgmax`** Radial ocean and island test problem from `AWR 2011 paper `__. `README <./../_static/geoclaw/examples/tsunami/radial-ocean-island-fgmax/README.html>`__ ... `Plots <./../_static/geoclaw/examples/tsunami/radial-ocean-island-fgmax/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_tsunami_radial-ocean-island-fgmax__plots_frame0005fig7.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/radial-ocean-island-fgmax/_plots/frame0005fig7.html .. image:: thumbnails/geoclaw_examples_tsunami_radial-ocean-island-fgmax__plots_frame0006fig7.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/radial-ocean-island-fgmax/_plots/frame0006fig7.html .. image:: thumbnails/geoclaw_examples_tsunami_radial-ocean-island-fgmax__plots_gauge0002fig300.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/radial-ocean-island-fgmax/_plots/gauge0002fig300.html **Directory: `$CLAW/geoclaw/examples/tsunami/chile2010_fgmax-fgout`** Chile 2010 wave heights and arrival times `README <./../_static/geoclaw/examples/tsunami/chile2010_fgmax-fgout/README.html>`__ ... `Plots <./../_static/geoclaw/examples/tsunami/chile2010_fgmax-fgout/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_tsunami_chile2010_fgmax-fgout__plots_frame0001fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010_fgmax-fgout/_plots/frame0001fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_chile2010_fgmax-fgout__plots_frame0002fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010_fgmax-fgout/_plots/frame0002fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_chile2010_fgmax-fgout__plots_amplitude_times.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010_fgmax-fgout/_plots/amplitude_times.png fgout examples ============== **Directory: `$CLAW/geoclaw/examples/tsunami/chile2010_fgmax-fgout`** Chile 2010 output on fgout grid and animation `README <./../_static/geoclaw/examples/tsunami/chile2010_fgmax-fgout/README.html>`__ ... `Plots <./../_static/geoclaw/examples/tsunami/chile2010_fgmax-fgout/_plots_fgout/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_tsunami_chile2010_fgmax-fgout__plots_fgout_fgout0001frame0009fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010_fgmax-fgout/_plots_fgout/fgout0001frame0009fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_chile2010_fgmax-fgout__plots_fgout_fgout0001frame0017fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/chile2010_fgmax-fgout/_plots_fgout/fgout0001frame0017fig0.html Lagrangian gauges ================= **Directory: `$CLAW/geoclaw/examples/tsunami/island-particles`** Lagrangian gauges allow particle tracking `README <./../_static/geoclaw/examples/tsunami/island-particles/README.html>`__ ... `Plots <./../_static/geoclaw/examples/tsunami/island-particles/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_tsunami_island-particles__plots_frame0007fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/island-particles/_plots/frame0007fig0.html .. image:: thumbnails/geoclaw_examples_tsunami_island-particles__plots_frame0025fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/tsunami/island-particles/_plots/frame0025fig0.html Boussinesq equations ==================== **Directory: `$CLAW/geoclaw/examples/bouss/radial_flat`** Dispersive SGN Boussinesq-type equations with Gaussian initial data on flat topograpy, radially symmetric `README <./../_static/geoclaw/examples/bouss/radial_flat/README.html>`__ ... `Plots <./../_static/geoclaw/examples/bouss/radial_flat/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_bouss_radial_flat__plots_frame0007fig20.png :height: 4cm :target: ./../_static/geoclaw/examples/bouss/radial_flat/_plots/frame0007fig20.html .. image:: thumbnails/geoclaw_examples_bouss_radial_flat__plots_frame0015fig20.png :height: 4cm :target: ./../_static/geoclaw/examples/bouss/radial_flat/_plots/frame0015fig20.html 1D GeoClaw - shallow water equations ==================================== **Directory: `$CLAW/geoclaw/examples/1d_classic/ocean_shelf_beach`** Wave moving from ocean onto continental shelf and up a beach `README <./../_static/geoclaw/examples/1d_classic/ocean_shelf_beach/README.html>`__ ... `Plots <./../_static/geoclaw/examples/1d_classic/ocean_shelf_beach/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_1d_classic_ocean_shelf_beach__plots_frame0043fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/1d_classic/ocean_shelf_beach/_plots/frame0043fig0.html .. image:: thumbnails/geoclaw_examples_1d_classic_ocean_shelf_beach__plots_frame0049fig1.png :height: 4cm :target: ./../_static/geoclaw/examples/1d_classic/ocean_shelf_beach/_plots/frame0049fig1.html **Directory: `$CLAW/geoclaw/examples/1d_classic/okada_dtopo`** Tsunami generated by earthquake using the Okada model in 1D `README <./../_static/geoclaw/examples/1d_classic/okada_dtopo/README.html>`__ ... `Plots <./../_static/geoclaw/examples/1d_classic/okada_dtopo/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_1d_classic_okada_dtopo__plots_frame0007fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/1d_classic/okada_dtopo/_plots/frame0007fig0.html .. image:: thumbnails/geoclaw_examples_1d_classic_okada_dtopo__plots_frame0026fig1.png :height: 4cm :target: ./../_static/geoclaw/examples/1d_classic/okada_dtopo/_plots/frame0026fig1.html **Directory: `$CLAW/geoclaw/examples/1d_classic/shoaling_qinit_box`** Wave shoaling example with unit box initial data `README <./../_static/geoclaw/examples/1d_classic/shoaling_qinit_box/README.html>`__ ... `Plots <./../_static/geoclaw/examples/1d_classic/shoaling_qinit_box/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_1d_classic_shoaling_qinit_box__plots_frame0000fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/1d_classic/shoaling_qinit_box/_plots/frame0000fig0.html .. image:: thumbnails/geoclaw_examples_1d_classic_shoaling_qinit_box__plots_frame0006fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/1d_classic/shoaling_qinit_box/_plots/frame0006fig0.html **Directory: `$CLAW/geoclaw/examples/1d_classic/shoaling_qinit_step`** Wave shoaling example with step function initial data `README <./../_static/geoclaw/examples/1d_classic/shoaling_qinit_step/README.html>`__ ... `Plots <./../_static/geoclaw/examples/1d_classic/shoaling_qinit_step/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_1d_classic_shoaling_qinit_step__plots_frame0000fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/1d_classic/shoaling_qinit_step/_plots/frame0000fig0.html .. image:: thumbnails/geoclaw_examples_1d_classic_shoaling_qinit_step__plots_frame0006fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/1d_classic/shoaling_qinit_step/_plots/frame0006fig0.html 1D GeoClaw - Boussinesq equations ================================= **Directory: `$CLAW/geoclaw/examples/1d_classic/bouss_wavetank_matsuyama`** Wave tank simulation with comparison to experiment in paper of Matsuyama, et al. 2007 `README <./../_static/geoclaw/examples/1d_classic/bouss_wavetank_matsuyama/README.html>`__ ... `Plots <./../_static/geoclaw/examples/1d_classic/bouss_wavetank_matsuyama/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_1d_classic_bouss_wavetank_matsuyama__plots_frame0024fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/1d_classic/bouss_wavetank_matsuyama/_plots/frame0024fig0.html .. image:: thumbnails/geoclaw_examples_1d_classic_bouss_wavetank_matsuyama__plots_frame0031fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/1d_classic/bouss_wavetank_matsuyama/_plots/frame0031fig0.html **Directory: `$CLAW/geoclaw/examples/1d_classic/bouss_wavetank_usace`** Wave tank simulation with comparison to experiment done by US Army Corps of Engineers `README <./../_static/geoclaw/examples/1d_classic/bouss_wavetank_usace/README.html>`__ ... `Plots <./../_static/geoclaw/examples/1d_classic/bouss_wavetank_usace/_plots/_PlotIndex.html>`__ .. image:: thumbnails/geoclaw_examples_1d_classic_bouss_wavetank_usace__plots_frame0000fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/1d_classic/bouss_wavetank_usace/_plots/frame0000fig0.html .. image:: thumbnails/geoclaw_examples_1d_classic_bouss_wavetank_usace__plots_frame0038fig0.png :height: 4cm :target: ./../_static/geoclaw/examples/1d_classic/bouss_wavetank_usace/_plots/frame0038fig0.html