Tides - Revision history

Yjzhang: /* Input */

2015-01-02T02:28:09Z

‎Input

Yjzhang at 17:27, 18 December 2014

2014-12-18T17:27:25Z

Yjzhang: /* Input */

2012-09-17T21:06:54Z

‎Input

Yjzhang: /* Input */

2012-09-17T19:00:49Z

‎Input

Yjzhang: /* Input */

2012-09-17T18:59:41Z

‎Input

Yjzhang at 18:57, 17 September 2012

2012-09-17T18:57:53Z

Yjzhang: /* Input */

2012-09-17T18:55:06Z

‎Input

Yjzhang: /* Input */

2012-09-17T18:54:26Z

‎Input

Yjzhang: /* Input */

2012-09-17T18:53:23Z

‎Input

Yjzhang: /* Input */

2012-09-17T18:46:31Z

‎Input

← Older revision		Revision as of 02:28, 2 January 2015
Line 59:		Line 59:
	0.011939 198.804927 ! Q1 amplitude and phase at last node<br/>		0.011939 198.804927 ! Q1 amplitude and phase at last node<br/>

−	[ SCHISM utility site] has some scripts to generate the amplitudes and phases for US coasts.	+	[http://ccrm.vims.edu/schism/download.html SCHISM utility site] has some scripts to generate the amplitudes and phases for US coasts.

@@ Line 9: / Line 9: @@
 ==Input==
-In SELFE, tidal b.c. (boundary condition) and earth tidal potential are specified in bctides.in
+In SCHISM, tidal b.c. (boundary condition) and earth tidal potential are specified in bctides.in
 5. ntip !! number of todal potential constituents, cut off depth (m). The latter is used to save a little computational time as tidal potential is negligible in shallow water. To include all depths in calculation, set a negative depth like -100.  <br/>
@@ Line 59: / Line 59: @@
 .011939 198.804927 ! Q1 amplitude and phase at last node<br/>
-[http://www.stccmop.org/CORIE/modeling/selfe/utilities.html SELFE utility site] has some scripts to generate the amplitudes and phases for US coasts.
+[ SCHISM utility site] has some scripts to generate the amplitudes and phases for US coasts.

@@ Line 30: / Line 30: @@
   nbfr !!Number of constituents in tidal b.c.  <br/>
 M2 !!First freq. name <br/>
-.405189e-04  1.03272     129.18 !! freq., nodal factor and arguments; see [http://www.unc.edu/ims/adcirc/utility_programs/tide_fac.f]<br/>
+.405189e-04  1.03272    129.18 !! freq., nodal factor and arguments; see [http://www.unc.edu/ims/adcirc/utility_programs/tide_fac.f]<br/>
 S2<br/>
 .454441e-04  1.0 0.00 <br/>

← Older revision		Revision as of 19:00, 17 September 2012
Line 58:		Line 58:
	0.012038 198.774149 <br/>		0.012038 198.774149 <br/>
	0.011939 198.804927 ! Q1 amplitude and phase at last node<br/>		0.011939 198.804927 ! Q1 amplitude and phase at last node<br/>
		+
		+	[http://www.stccmop.org/CORIE/modeling/selfe/utilities.html SELFE utility site] has some scripts to generate the amplitudes and phases for US coasts.

@@ Line 30: / Line 30: @@
   nbfr !!Number of constituents in tidal b.c.  <br/>
 M2 !!First freq. name <br/>
-.405189e-04  1.03272     129.18 !! freq., nodal factor and arguments; see []<br/>
+.405189e-04  1.03272     129.18 !! freq., nodal factor and arguments; see [http://www.unc.edu/ims/adcirc/utility_programs/tide_fac.f]<br/>
 S2<br/>
 .454441e-04  1.0 0.00 <br/>

← Older revision		Revision as of 18:57, 17 September 2012
Line 52:		Line 52:
	0.731786 224.540114<br/>		0.731786 224.540114<br/>
	....<br/>		....<br/>
		+	Q1 !last freq. for this boundary<br/>
		+	0.017919 222.956272<br/>
		+	0.017730 222.310333<br/>
		+	....<br/>
		+	0.012038 198.774149 <br/>
		+	0.011939 198.804927 ! Q1 amplitude and phase at last node<br/>

@@ Line 12: / Line 12: @@
 5. ntip !! number of todal potential constituents, cut off depth (m). The latter is used to save a little computational time as tidal potential is negligible in shallow water. To include all depths in calculation, set a negative depth like -100.  <br/>
-M2 <br/> !!First frequency name
+M2  !!First frequency name <br/>
-0.242339 1.405189e-04 1.03272     129.18 !!Species type (1 for dirunal, and 2 for semi-diurnal); constants (Reid 1990); the last 3 numbers are freq., nodal factor and arguments which should be same as those for the tidal b.c. (below)   <br/>
+0.242339 1.405189e-04 1.03272  129.18 !!Species type (1 for dirunal, and 2 for semi-diurnal); constants (Reid 1990); the last 3 numbers are freq., nodal factor and arguments which should be same as those for the tidal b.c. (below)   <br/>
 S2 !! 2nd freq. name<br/>
 0.113033 1.454441e-04  1.00000 0.00 <br/>

@@ Line 46: / Line 46: @@
 .495457e-05  0.83992       1.28 <br/>
 nope<br/>
-3 0 0 0 !Atlantic
+3 0 0 0 !Atlantic <br/>
-M2 !First freq. (tidal b.c.)
+M2 !First freq. (tidal b.c.)<br/>
-.808688 226.095786 !M2 amplitude and phase at 1st open boundary node
+.808688 226.095786 !M2 amplitude and phase at 1st open boundary node<br/>
-.785793 225.374081
+.785793 225.374081<br/>
-.731786 224.540114
+.731786 224.540114<br/>

@@ Line 11: / Line 11: @@
 In SELFE, tidal b.c. (boundary condition) and earth tidal potential are specified in bctides.in
-5. ntip !number of todal potential constituents, cut off depth (m). The latter is used to save a little computational time as tidal potential is negligible in shallow water. To include all depths in calculation, set a negative depth like -100.  <br/>
+5. ntip !! number of todal potential constituents, cut off depth (m). The latter is used to save a little computational time as tidal potential is negligible in shallow water. To include all depths in calculation, set a negative depth like -100.  <br/>
-M2
+M2 <br/> !!First frequency name
-0.242339 1.405189e-04 1.03272     129.18
+0.242339 1.405189e-04 1.03272     129.18 !!Species type (1 for dirunal, and 2 for semi-diurnal); constants (Reid 1990); the last 3 numbers are freq., nodal factor and arguments which should be same as those for the tidal b.c. (below)   <br/>
-S2
+S2 !! 2nd freq. name<br/>
-0.113033 1.454441e-04  1.00000 0.00
+0.113033 1.454441e-04  1.00000 0.00 <br/>
-N2
+N2<br/>
-0.046398 1.378797e-04  1.03272     243.40
+0.046398 1.378797e-04  1.03272     243.40 <br/>
-K2
+K2<br/>
-0.030704 1.458423e-04  0.77955     310.55
+0.030704 1.458423e-04  0.77955     310.55 <br/>
-K1
+K1<br/>
-0.141565 7.292117e-05  0.90207     244.87
+0.141565 7.292117e-05  0.90207     244.87 <br/>
-O1
+O1<br/>
-0.100514 6.759775e-05  0.83992     247.06
+0.100514 6.759775e-05  0.83992     247.06 <br/>
-P1
+P1<br/>
-0.046834 7.251056e-05  1.00000     110.04
+0.046834 7.251056e-05  1.00000     110.04 <br/>
-Q1
+Q1<br/>
-0.019256 6.495457e-05  0.83992       1.28
+0.019256 6.495457e-05  0.83992       1.28 <br/>
-  nbfr
+  nbfr !!Number of constituents in tidal b.c.  <br/>
-M2
+M2 !!First freq. name <br/>
-.405189e-04  1.03272     129.18
+.405189e-04  1.03272     129.18 !! freq., nodal factor and arguments; see []<br/>
-S2
+S2<br/>
-.454441e-04  1.0 0.00
+.454441e-04  1.0 0.00 <br/>
-N2
+N2<br/>
-.378797e-04  1.03272     243.40
+.378797e-04  1.03272     243.40 <br/>
-K2
+K2<br/>
-.458423e-04  0.77955     310.55
+.458423e-04  0.77955     310.55 <br/>
-K1
+K1<br/>
-.292117e-05  0.90207     244.87
+.292117e-05  0.90207     244.87 <br/>
-O1
+O1<br/>
-.759775e-05  0.83992     247.06
+.759775e-05  0.83992     247.06 <br/>
-P1
+P1<br/>
-.251056e-05  1.00000     110.04
+.251056e-05  1.00000     110.04 <br/>
-Q1
+Q1<br/>
-.495457e-05  0.83992       1.28
+.495457e-05  0.83992       1.28 <br/>
-nope
+nope<br/>
 3 0 0 0 !Atlantic
-M2
+M2 !First freq. (tidal b.c.)
-.808688 226.095786
+.808688 226.095786 !M2 amplitude and phase at 1st open boundary node
 .785793 225.374081
 .731786 224.540114