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The Intermediate Complexity Atmospheric Research model (ICAR)
A computationally efficient atmospheric model for downscaling.
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The Intermediate Complexity Atmospheric Research model (ICAR)
A computationally efficient atmospheric model for downscaling.
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This is the complete list of members for init, including all inherited members.
| boundary_allocate(boundary, nx, nz, ny) | init | private |
| convert_longitudes(long_data) | init | private |
| copy_z(input, output, interpolate_dim) | init | private |
| destroy_lut(geolut) | init | private |
| domain_allocation(domain, options, nx, nz, ny, nsoil) | init | private |
| init_bc(options, domain, boundary) | init | private |
| init_bc_data(options, boundary, domain) | init | private |
| init_domain(options, domain) | init | private |
| init_domain_land(domain, options) | init | private |
| init_ext_winds(options, bc) | init | private |
| init_model(options, domain, boundary) | init | |
| init_physics(options, domain) | init | |
| interpolate_in_x(data_in, data_out) | init | private |
| interpolate_in_y(data_in, data_out) | init | private |
| move_lut(inputgeo, outputgeo) | init | private |
| remove_edges(domain, edgesize) | init | private |
| setup_extwinds(domain) | init | private |
| swap_z(bc) | init | private |
1.8.8
