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adcroft |
1.1 |
#!/bin/sh |
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findnode() |
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{ |
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echo ln -s `egrep "$2" node*.html | sed 's/:.*//'` $1 1>&2 |
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ln -sf `egrep "$2" node*.html | sed 's/:.*//'` $1 1>&2 |
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} |
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cd manual |
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findnode contents.html "^Contents" |
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findnode overview.html "^1.1 Introduction" |
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findnode discrete.html "^2. Discretization and Algorithm" |
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findnode getting.html "^3. Getting started and using the MITgcm" |
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findnode sarch.html "^4.1 Overall architectural goals" |
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findnode autodiff.html "^5. Automatic Differentiation" |
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findnode packages.html "^6. Physical Parameterization and Packages" |
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findnode diags.html "^7. Diagnostiacs and tools" |
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findnode ecco.html "^8. Interface with ECCO" |
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findnode obtaining.html "^3.2 Obtaining the code" |
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findnode compiling.html "^3.5 Building the code" |
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findnode running.html "^3.6 Running the model" |
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findnode looking.html "^3.6.2 Looking at the output" |
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findnode doing.html "^3.7 Doing it yourself: customizing the code" |
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findnode eg_barotrop.html "^3.8 Example: Barotropic Ocean Gyre" |
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findnode eg_baroclin.html "^3.9 Example: Four layer Baroclinic" |
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findnode global4x4.html "^3.11 Example: 4" |
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findnode sens.html "^3.12 Example: Centenial Time" |
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findnode illustrations.html "^1.2 Illustrations of the model" |
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findnode continuous.html "^1.3 Continuous equations" |
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findnode atmos.html "^1.2.1 Global atmosphere:" |
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findnode ocean.html "^1.2.3 Global ocean circulation" |
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findnode nonhydro.html "^1.2.4 Convection and mixing over topography" |
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findnode stateest.html "^1.2.7 Global state estimation of the ocean" |
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