- Category:
- matlab
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[Matlab]
[源码]
- File Size:
- 852kb
- Update:
- 2017-03-13
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- Uploaded by:
- 郑书娴
Description: The harmonics of arbitrary length and time interval are analyzed for the single point of water level, and the harmonic constant of tide level and tidal current is obtained, and the function of forecasting is made according to the existing harmonic constant.
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t_tide_v1.3beta
...............\SMAST_harmonic_uv.asv
...............\SMAST_harmonic_uv.m
...............\SMAST_harmonic_uv_1.asv
...............\SMAST_harmonic_uv_1.m
...............\SMAST_harmonic_uv_all.m
...............\SMAST_harmonic_uv_winter_summer.m
...............\elj_O1_node-1.dat
...............\g.mat
...............\generate_uv.asv
...............\generate_uv.m
...............\got_model_amp_pha_for_predict_prepare.m
...............\harmonic_uv_model.m
...............\horm_tide_el_for_nesting.asv
...............\horm_tide_el_for_nesting.m
...............\horm_tide_el_nscs3.m
...............\horm_tide_uv_for_nesting.m
...............\nscs_amp_pha_for_predict_prepare.m
...............\nscs_eddy_produce_elevation.m
...............\nscs_horm_el_for_tidal_con.m
...............\nscs_horm_el_tidal_con_for_shallow_water.m
...............\nscs_tidal_con_for_gri.m
...............\produce_elevation_got_2015.m
...............\smast_harmonic_barotropic_baroclinic.m
...............\t_18constituents.mat
...............\t_astron.m
...............\t_constituents.mat
...............\t_demo.m
...............\t_equilib.dat
...............\t_equilib.m
...............\t_errors.m
...............\t_example.mat
...............\t_getconsts.m
...............\t_predic.m
...............\t_readme.m
...............\t_synth.m
...............\t_tide.m
...............\t_vuf.m
...............\t_xtide.m
...............\t_xtide.mat
...............\tide.out
...............\tide.txt
...............\tide3.dat
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