Difference between revisions of "SPOTL"
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| Line 35: | Line 35: | ||
<br> | <br> | ||
| − | :4. Now you need the third file | + | :4. Now you need the third file '''doit.hartid.cgp1'''. Modify the following lines based on your desired time and frequency: |
| + | <pre class="bash"> | ||
| + | #echo Jan to Dec 2004 > tides.2004.CGP.ACEH //This line is to remind your time span and output file | ||
| + | #cat hc08.CGP.ACEH | ../bin/hartid [Year] [Day] 00 00 00 [Steps] [Interval in sec]>> [output tide table] | ||
| + | echo Jan to Dec 2004 > tides.2004.CGP.ACEH | ||
| + | cat hc08.CGP.ACEH | ../bin/hartid 2004 001 00 00 00 17568 1800 >> tides.2004.CGP.ACEH | ||
| + | echo Jan to Dec 2005 > tides.2005.CGP.ACEH | ||
| + | cat hc08.CGP.ACEH | ../bin/hartid 2005 001 00 00 00 17520 1800 >> tides.2005.CGP.ACEH | ||
| + | echo Jan to Dec 2006 > tides.2006.CGP.ACEH | ||
| + | cat hc08.CGP.ACEH | ../bin/hartid 2006 001 00 00 00 17520 1800 >> tides.2006.CGP.ACEH | ||
| + | </pre> | ||
| + | <br> | ||
| + | |||
| + | After running the '''doit.oclook.cgp1''' and '''doit.hartid.cgp1''', you should be able to obtain the tide table of your desired area. | ||
Revision as of 07:01, 4 February 2020
This page list the operation procedure of tide forecast from the SPOTL program
To use SPOTL for tide forecast, please follow the procedure below:
- 1. Define the location in Longitude and Latitude, and Time
- 2. Create a file called something like doit.oclook.osu.indo and modify the following line based on selected tide model:
#!/bin/sh # # this file extracts tidal constants for lat $1 long $2 # and writes the result in a hartid-compatiable file $3 # e.g. doit.oclook.osu.indo 11.68 92.77 hc.pblair.osubengal ../bin/oclook o1.osu.indonesia $1 $2 o > tmp ../bin/oclook k1.osu.indonesia $1 $2 o >> tmp ../bin/oclook k2.osu.indonesia $1 $2 o >> tmp ../bin/oclook m2.osu.indonesia $1 $2 o >> tmp ../bin/oclook p1.osu.indonesia $1 $2 o >> tmp ../bin/oclook q1.osu.indonesia $1 $2 o >> tmp ../bin/oclook n2.osu.indonesia $1 $2 o >> tmp ../bin/oclook s2.osu.indonesia $1 $2 o >> tmp cat tmp | ../bin/harprp o > $3 rm tmp
- This file is to define the tide model used for your forecast model. The location will be taken from the other file that we defined later.
- 3. Create a file called something like doit.oclook.cgp1 and modify the following line based on your location:
#sh doit.oclook.osu.indo $1 $2 $3 sh doit.oclook.osu.indo 5.375 095.240 hc08.CGP.ACEH sh doit.oclook.osu.indo -1.157 100.374 hc08.CGP.PADG sh doit.oclook.osu.indo -5.193 122.938 hc08.CGP.SUL1 sh doit.oclook.osu.indo -5.512 123.714 hc08.CGP.SUL2 sh doit.oclook.osu.indo -5.484 123.747 hc08.CGP.SUL3
- 4. Now you need the third file doit.hartid.cgp1. Modify the following lines based on your desired time and frequency:
#echo Jan to Dec 2004 > tides.2004.CGP.ACEH //This line is to remind your time span and output file #cat hc08.CGP.ACEH | ../bin/hartid [Year] [Day] 00 00 00 [Steps] [Interval in sec]>> [output tide table] echo Jan to Dec 2004 > tides.2004.CGP.ACEH cat hc08.CGP.ACEH | ../bin/hartid 2004 001 00 00 00 17568 1800 >> tides.2004.CGP.ACEH echo Jan to Dec 2005 > tides.2005.CGP.ACEH cat hc08.CGP.ACEH | ../bin/hartid 2005 001 00 00 00 17520 1800 >> tides.2005.CGP.ACEH echo Jan to Dec 2006 > tides.2006.CGP.ACEH cat hc08.CGP.ACEH | ../bin/hartid 2006 001 00 00 00 17520 1800 >> tides.2006.CGP.ACEH
After running the doit.oclook.cgp1 and doit.hartid.cgp1, you should be able to obtain the tide table of your desired area.