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authorSriReddy-NOAA <Srinivas.Reddy@noaa.gov>2021-04-09 00:16:54 -0400
committerSriReddy-NOAA <Srinivas.Reddy@noaa.gov>2021-04-09 00:16:54 -0400
commitb8ba4995c1fd618620fb4e1a82b1d2cd076e96c2 (patch)
tree16b14159394d79e111a602416ca57c289622d076 /htdp.f
parent991614433e42bb670b1d06f3d3cd5801b50b5904 (diff)
version 3.2.9
Diffstat (limited to 'htdp.f')
-rw-r--r--htdp.f1120
1 files changed, 258 insertions, 862 deletions
diff --git a/htdp.f b/htdp.f
index 56926a4..e793cee 100644
--- a/htdp.f
+++ b/htdp.f
@@ -3,16 +3,18 @@
**************************************************************
* NAME: HTDP (Horizontal Time-Dependent Positioning)
*
-* WRITTEN BY: Richard A. Snay & Chris Pearson
+* WRITTEN BY: Richard Snay, Chris Pearson, Jarir Saleh,
+* and Michael Dennis
*
* PURPOSE: Transform coordinates across time
* and between reference frames
*
-****************************************************************
+**************************************************************
IMPLICIT DOUBLE PRECISION (A-H,O-Z)
IMPLICIT INTEGER*4 (I-N)
- character HTDP_version*10
+ character HTDP_version*8
+ character Version_date*20
CHARACTER OPTION*1
character cont*5
@@ -20,9 +22,10 @@
COMMON /FILES/ LUIN, LUOUT, I1, I2, I3, I4, I5, I6
COMMON /VERSION/ HTDP_version
-C You must change HTDP version here if necessary
+C You must change HTDP version and date here, if necessary
- HTDP_version = 'v3.2.8'
+ HTDP_version = '3.2.9'
+ Version_date = 'May 17, 2020'
*** Introduce variables for file id's
@@ -61,17 +64,17 @@ C 1 FORM='UNFORMATTED')
*** Initialize conversion table between reference frame identifiers
CALL SETRF
- WRITE(LUOUT,5) HTDP_version
+ WRITE(LUOUT,5) HTDP_version, Version_date
5 FORMAT(
1 '********************************************************'/
- 1 '* HTDP (Horizontal Time-Dependent Positioning) *'/
- 1 '* SOFTWARE VERSION ',a10 /
- 1 '* *'/)
+ 1 ' HTDP (Horizontal Time-Dependent Positioning) '/
+ 1 ' SOFTWARE VERSION: ', a8 /
+ 1 ' VERSION DATE: ', a20 /)
WRITE(LUOUT,501)
501 FORMAT(
- 1 '* AUTHORS: Richard Snay, Chris Pearson & Jarir Saleh *'/
- 1 '* Email: ngs.cors.htdp@noaa.gov *'/
- 1 '* *'/
+ 1 ' AUTHORS: Richard Snay, Chris Pearson, Jarir Saleh, '/
+ 1 ' and Michael Dennis '/
+ 1 ' Email: ngs.cors.htdp@noaa.gov '/
1 '********************************************************'/)
WRITE(LUOUT,10)
10 FORMAT(
@@ -90,11 +93,12 @@ C 1 FORM='UNFORMATTED')
26 FORMAT(' ***************************************'/
1 ' MAIN MENU:',/
6 ' 0... Exit software.',/
- 7 ' 1... Estimate displacements between two dates.'/
- 8 ' 2... Estimate velocities.'/
- 9 ' 3... Update positions and/or observations '
- & ,'to a specified date.'/
- & ' 4... Transform positions between reference frames. '/
+ 7 ' 1... Estimate horizontal displacements between two dates.'/
+ 8 ' 2... Estimate horizontal velocities.'/
+ 9 ' 3... Transform observations to a specified reference '
+ & ,'frame and/or date.'/
+ & ' 4... Transform positions between reference frames '
+ & ,'and/or dates.'/
& ' 5... Transform velocities between reference frames. ')
30 READ(LUIN,35,err=52,iostat=ios) OPTION
if (ios /= 0) goto 52
@@ -172,7 +176,7 @@ C*** Set default reference epoch to Jan. 1, 2010
*** Region 1 is the San Andreas fault in central California
*** Region 2 is southern California
*** Region 3 is Northern California
-*** Region 4 is the Pacific Noerthwest
+*** Region 4 is the Pacific Northwest
*** Region 5 is western CONUS
*** Region 6 is CONUS
*** Region 7 is St. Elias, Alaska
@@ -185,7 +189,7 @@ C*** Set default reference epoch to Jan. 1, 2010
*** Region 14 is the Juan de Fuca plate
*** Region 15 is the Cocos plate
*** Region 16 is the Mariana plate
-*** REGION 17 is the Philippine Sea plate
+*** Region 17 is the Philippine Sea plate
IMPLICIT DOUBLE PRECISION (A-H,O-Z)
IMPLICIT INTEGER*4 (I-N)
@@ -1839,7 +1843,7 @@ C
CHARACTER CARD*80
CHARACTER record*120
CHARACTER NAMEF*30,NAME*30,NAMEBB*30, NAMEIF*30
- CHARACTER NAME24
+ CHARACTER NAME24*24
CHARACTER BLAB*17
CHARACTER NAMEG*10
CHARACTER TYPE*4
@@ -2275,7 +2279,7 @@ c 6 ' a specified point having a specified velocity.')
call MENU1(iopt, frame1)
if (iopt .ge. 1 .and. iopt .le. numref) then
WRITE(I2,1002) frame1
- 1002 FORMAT('VELOCITIES IN MM/YR RELATIVE TO ', a24 /)
+ 1002 FORMAT('VELOCITIES IN MM/YR RELATIVE TO ', a24 )
RVN = 0.0D0
RVE = 0.0D0
RVU = 0.0D0
@@ -2320,7 +2324,7 @@ c 6 ' a specified point having a specified velocity.')
CALL TOVXYZ(YLAT,GLON,SVN,SVE,SVU,SVX,SVY,SVZ)
WRITE(I2,1060) NAME24,LATD,LATM,SLAT,LATDIR,SVN,LOND,LONM,
1 SLON,LONDIR,SVE,EHT,SVU,X,SVX,Y,SVY,Z,SVZ
- 1060 FORMAT(/10X,A24,/
+ 1060 FORMAT(/A24,/
1'LATITUDE = ',2I3,F9.5,1X,A1,' NORTH VELOCITY =',F7.2,' mm/yr'/
2'LONGITUDE = ',2I3,F9.5,1X,A1,' EAST VELOCITY =',F7.2,' mm/yr'/
3'ELLIPS. HT. = ',F10.3,' m', 6X,'UP VELOCITY =',F7.2,' mm/yr'/
@@ -2415,7 +2419,7 @@ c 6 ' a specified point having a specified velocity.')
J = -1
120 J = J + 1
YLAT = XLAT
- ON = MINLON + J*JDS
+ LON = MINLON + J*JDS
IF(LON .GT. MAXLON) GO TO 110
YLON = DBLE(LON)/RHOSEC
CALL TODMSS(YLON,LOND,LONM,SLON,ISIGN)
@@ -2437,16 +2441,16 @@ c 6 ' a specified point having a specified velocity.')
TOTVEL = DSQRT(VN*VN + VE*VE)
*** code to create vectors to be plotted
-c IF (TOTVEL .GE. 5.0D0 .AND. TOTVEL .LE. 50.D0) THEN
-c TVE = VE/10.D0
-c TVN = VN/10.D0
-c WRITE(I2,129) ZLON,ZLAT,TVE,TVN,DUMMY,DUMMY,DUMMY,
+c IF (TOTVEL .GE. 5.0D0 .AND. TOTVEL .LE. 50.D0) THEN
+c TVE = VE/10.D0
+c TVN = VN/10.D0
+c WRITE(I2,129) ZLON,ZLAT,TVE,TVN,DUMMY,DUMMY,DUMMY,
c 1 TEMPNA
c 129 FORMAT(F10.6, 2x, F9.6, 2X, 5(F7.2, 2x), A8)
-c ENDIF
+c ENDIF
*** code to create contour plots
-C WRITE(I2,129) ZLON, ZLAT, TOTVEL
+C WRITE(I2,129) ZLON, ZLAT, TOTVEL
C 129 FORMAT(F6.2, 1X, F6.2, 1X, F5.1)
*** end of temporary code
@@ -2813,7 +2817,6 @@ c write (*,*) "FROM XT08 ",RLAT*180.d0/pi,WLON*180.d0/pi,EHT08
parameter (nbbdim = 10000)
parameter (rad2deg = 180.d0/3.14159265358979d0)
- double precision lat,lon
character card*80,namebb*80,nameif*80,name24*80
character record*120
character namef*30
@@ -2821,21 +2824,12 @@ c write (*,*) "FROM XT08 ",RLAT*180.d0/pi,WLON*180.d0/pi,EHT08
character jn*1,jw*1,LATDIR*1,LONDIR*1
character option*1, answer*1, vopt*1
character PID*6,PIDs*6
- character HTDP_version*10
+ character HTDP_version*8
LOGICAL FRMXYZ
LOGICAL TEST
LOGICAL Is_inp_NAD83,Is_out_NAD83
LOGICAL Is_inp_NAD83PAC,Is_out_NAD83PAC
LOGICAL Is_inp_NAD83MAR,Is_out_NAD83MAR
- logical am_I_in_or_near_AK
- logical am_I_in_or_near_AS
- logical am_I_in_or_near_CONUS
- logical am_I_in_or_near_CQ
- logical am_I_in_or_near_Guam
- logical am_I_in_or_near_HI
- logical am_I_in_or_near_PR
- logical am_I_in_or_near_VQ
- logical am_I_in_or_near_KW
COMMON /CONST/ A, F, E2, EPS, AF, PI, TWOPI, RHOSEC
COMMON /FILES/ LUIN, LUOUT, I1, I2, I3, I4, I5, I6
@@ -2956,48 +2950,6 @@ c write (*,*) "Starting to look at options"
180 call GETPNT(latd, latm, slat, LATDIR, lond, lonm, slon,
1 LONDIR, name24, x, y, z, ylat, ylon, eht)
-C Added by JS on 07/22/2015 to limit NAD83 to the US*****************************************************
-C This was reversed on 05/11/2017 *****************************************************
-
-c if (Is_inp_NAD83 .or. Is_out_NAD83) then
-c lat = ylat*rad2deg ; lon = 360.d0 - ylon*rad2deg
-c if (lon < 0.d0) lon = lon + 360.d0
-c if(.not. am_I_in_or_near_AK (lat,lon) .and.
-c & .not. am_I_in_or_near_CONUS(lat,lon) .and.
-c & .not. am_I_in_or_near_PR (lat,lon) .and.
-c & .not. am_I_in_or_near_VQ (lat,lon)) then
-c write (luout,'(10x,a,8x,a)')
-c & "NAD83 (2011) is defined only in US territories",name24
-c stop
-c endif
-c endif
-
-c if(.not. am_I_in_or_near_AK (lat,lon) .and.
-c & .not. am_I_in_or_near_AS (lat,lon) .and.
-c & .not. am_I_in_or_near_CONUS(lat,lon) .and.
-c & .not. am_I_in_or_near_CQ (lat,lon) .and.
-c & .not. am_I_in_or_near_Guam (lat,lon) .and.
-c & .not. am_I_in_or_near_HI (lat,lon) .and.
-c & .not. am_I_in_or_near_PR (lat,lon) .and.
-c & .not. am_I_in_or_near_VQ (lat,lon) .and.
-c & .not. am_I_in_or_near_KW (lat,lon)) then
-c write (luout,'(10x,a,8x,a)')
-c & "FYI, NAD83 (2011) is defined only in US territories",name24
-c stop
-c endif
-
-c if (Is_inp_NAD83MAR .or. Is_out_NAD83MAR) then
-c lat = ylat*rad2deg ; lon = 360.d0 - ylon*rad2deg
-c if (lon < 0.d0) lon = lon + 360.d0
-c if(.not. am_I_in_or_near_GUAM (lat,lon) .and.
-c & .not. am_I_in_or_near_CQ (lat,lon)) then
-c write (luout,'(10x,a,8x,a)')
-c & "NAD83 (2011) is defined only in US territories",name24
-c stop
-c endif
-c endif
-
-C Until here on 07/22/2015 to limit NAD83 to the US******************************************************
C Added by JS on 09/10/2014
@@ -3125,7 +3077,7 @@ c write (I2,1309) trim(namebb)
write (i2,1310) HTDP_version
1310 format (' ***CAUTION: This file was processed using HTDP',
- & ' version ',a10, '***')
+ & ' version ',a8, '***')
write (i2,1311) frame2
1311 format (' ***CAUTION: Coordinates in this file are in ',
& a24, '***')
@@ -3344,28 +3296,8 @@ c 1 name24,0,vxsave,vysave,vzsave,vnsave,vesave,vusave)
outlon = ylont*rad2deg
call extract_name (name24,iii)
-C Added by JS on 07/22/2015 to limit the use in NAD83 to the US
-c Reversed on 05/11/2017
-
-c if (Is_inp_NAD83 .or. Is_out_NAD83) then
-c lat = ylat*rad2deg ; lon = 360.d0 - ylon*rad2deg
-c if(.not. am_I_in_or_near_AK (lat,lon) .and.
-c & .not. am_I_in_or_near_AS (lat,lon) .and.
-c & .not. am_I_in_or_near_CONUS(lat,lon) .and.
-c & .not. am_I_in_or_near_CQ (lat,lon) .and.
-c & .not. am_I_in_or_near_Guam (lat,lon) .and.
-c & .not. am_I_in_or_near_HI (lat,lon) .and.
-c & .not. am_I_in_or_near_PR (lat,lon) .and.
-c & .not. am_I_in_or_near_VQ (lat,lon) .and.
-c & .not. am_I_in_or_near_KW (lat,lon)) then
-c write (i2,'(10x,a,8x,a)')
-c & "FYI, NAD83(2011) is defined only in US territories",name24
-c endif
-c endif
write (i2,449) outlat,outlon,ehtnew,name24(1:iii)
-C Until here on 07/22/2015 to limit the use in NAD83 to the US
-
c write (i6,449) outlat,outlon,ehtnew,trim(name24)
449 format (2f16.10,f10.3,4x,a)
go to 410
@@ -3462,28 +3394,7 @@ c call PRNTTP(x,y,z,xt,yt,zt,ylat,ylatt,ylon,ylont,eht,ehtnew,
c 1 name24,0,vxsave,vysave,vzsave,vnsave,vesave,vusave)
call extract_name (name24,iii)
-C Added by JS on 07/22/2015 to limit the use in NAD83 to the US
-
-c if (Is_inp_NAD83 .or. Is_out_NAD83) then
-c lat = ylatt*rad2deg ; lon = 360.d0 - ylont*rad2deg
-c if(.not. am_I_in_or_near_AK (lat,lon) .and.
-c & .not. am_I_in_or_near_AS (lat,lon) .and.
-c & .not. am_I_in_or_near_CONUS(lat,lon) .and.
-c & .not. am_I_in_or_near_CQ (lat,lon) .and.
-c & .not. am_I_in_or_near_Guam (lat,lon) .and.
-c & .not. am_I_in_or_near_HI (lat,lon) .and.
-c & .not. am_I_in_or_near_PR (lat,lon) .and.
-c & .not. am_I_in_or_near_VQ (lat,lon) .and.
-c & .not. am_I_in_or_near_KW (lat,lon)) then
-c write (i2,'(10x,a,8x,a)')
-c & "FYI, NAD83(2011) is defined only in US territories",name24
-c write (i2,1449) xt,yt,zt,name24(1:iii)
-c endif
-c else
- write (i2,1449) xt,yt,zt,name24(1:iii)
-c endif
-
-C Until here on 07/22/2015 to limit the use in NAD83 to the US
+ write (i2,1449) xt,yt,zt,name24(1:iii)
c write (i6,1449) xt,yt,zt,trim(name24)
1449 format (3f20.3,4x,a)
@@ -3582,28 +3493,7 @@ c call PRNTTP(x,y,z,xt,yt,zt,ylat,ylatt,ylon,ylont,eht,ehtnew,
c 1 name24,0,vxsave,vysave,vzsave,vnsave,vesave,vusave)
call extract_name (name24,iii)
-C Added by JS on 07/22/2015 to limit the use in NAD83 to the US
-
-c if (Is_inp_NAD83 .or. Is_out_NAD83) then
-c lat = ylatt*rad2deg ; lon = 360.d0 - ylont*rad2deg
-c if(.not. am_I_in_or_near_AK (lat,lon) .and.
-c & .not. am_I_in_or_near_AS (lat,lon) .and.
-c & .not. am_I_in_or_near_CONUS(lat,lon) .and.
-c & .not. am_I_in_or_near_CQ (lat,lon) .and.
-c & .not. am_I_in_or_near_Guam (lat,lon) .and.
-c & .not. am_I_in_or_near_HI (lat,lon) .and.
-c & .not. am_I_in_or_near_PR (lat,lon) .and.
-c & .not. am_I_in_or_near_VQ (lat,lon) .and.
-c & .not. am_I_in_or_near_KW (lat,lon)) then
-c write (i2,'(10x,a,8x,a)')
-c & "FYI, NAD83(2011) is defined only in US territories",name24
-c write (i2,1449) xt,yt,zt,name24(1:iii)
-c endif
-c else
- write (i2,1449) xt,yt,zt,name24(1:iii)
-c endif
-
-C Until here on 07/22/2015 to limit the use in NAD83 to the US
+ write (i2,1449) xt,yt,zt,name24(1:iii)
c write (i6,1449) xt,yt,zt,trim(name24)
go to 511
@@ -3737,11 +3627,11 @@ C*******************************************8***********************************
*** to other reference frames
**************************************
C Important note:
-C The parameters in common block tranpa are computed using the IGS values of ITRF96==>ITRF97
-C The parameters in common block tranpa1 are computed using the IERS values of ITRF96==>ITRF97
+C The parameters in common block tranpa are computed using the IGS convention ITRF96 <> ITRF97.
+C The parameters in common block tranpa1 are computed using the IERS convention ITRF96 = ITRF97.
C The latter parameters were added to HTDP in 09/2014. They will be used to transform between
C ITRF systems. They will not be used if the transformation involves NAD83 or WGS84 (transit).
-C They will be used for the Pacific branches of NAD83.
+C However, the NAD 83 Pacific frames use the IERS convention ITRF96 = ITRF97.
implicit double precision (a-h, o-z)
@@ -3760,12 +3650,12 @@ C They will be used for the Pacific branches of NAD83.
& drx1(numref), dry1(numref), drz1(numref),
& scale1(numref), dscale1(numref), refepc1(numref)
-C Parameters computed with the IGS values of ITRF96==>ITRF97
+C Parameters computed with the IGS convention ITRF96 <> ITRF97
*** From ITRF94 to NAD 83
tx(1) = 0.9910d0
ty(1) = -1.9072d0
- tz(1) = -.5129d0
+ tz(1) = -0.5129d0
dtx(1) = 0.d0
dty(1) = 0.d0
dtz(1) = 0.d0
@@ -3773,8 +3663,8 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
ry(1) = 0.46785d-7
rz(1) = 0.56529d-7
drx(1) = 0.00258d-7
- dry(1) = -.03599d-7
- drz(1) = -.00153d-7
+ dry(1) = -0.03599d-7
+ drz(1) = -0.00153d-7
scale(1) = 0.d0
dscale(1) = 0.0d0
refepc(1) = 1997.0d0
@@ -3782,11 +3672,11 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
*** From ITRF94 to ITRF88
tx(2) = 0.018d0
ty(2) = 0.000d0
- tz(2) = -.092d0
+ tz(2) = -0.092d0
dtx(2) = 0.0d0
dty(2) = 0.0d0
dtz(2) = 0.0d0
- rx(2) = -.0001d0 / rhosec
+ rx(2) = -0.0001d0 / rhosec
ry(2) = 0.0d0
rz(2) = 0.0d0
drx(2) = 0.0d0
@@ -3799,7 +3689,7 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
*** From ITRF94 to ITRF89
tx(3) = 0.023d0
ty(3) = 0.036d0
- tz(3) = -.068d0
+ tz(3) = -0.068d0
dtx(3) = 0.0d0
dty(3) = 0.0d0
dtz(3) = 0.0d0
@@ -3816,7 +3706,7 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
*** From ITRF94 to ITRF90
tx(4) = 0.018d0
ty(4) = 0.012d0
- tz(4) = -.030d0
+ tz(4) = -0.030d0
dtx(4) = 0.0d0
dty(4) = 0.0d0
dtz(4) = 0.0d0
@@ -3833,7 +3723,7 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
*** From ITRF94 to ITRF91
tx(5) = 0.020d0
ty(5) = 0.016d0
- tz(5) = -.014d0
+ tz(5) = -0.014d0
dtx(5) = 0.0d0
dty(5) = 0.0d0
dtz(5) = 0.0d0
@@ -3850,7 +3740,7 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
*** From ITRF94 to ITRF92
tx(6) = 0.008d0
ty(6) = 0.002d0
- tz(6) = -.008d0
+ tz(6) = -0.008d0
dtx(6) = 0.0d0
dty(6) = 0.0d0
dtz(6) = 0.0d0
@@ -3860,23 +3750,23 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
drx(6) = 0.0d0
dry(6) = 0.0d0
drz(6) = 0.0d0
- scale(6) = -.08d-8
+ scale(6) = -0.08d-8
dscale(6) = 0.0d0
refepc(6) = 1988.0d0
*** From ITRF94 to ITRF93
tx(7) = 0.006d0
- ty(7) = -.005d0
- tz(7) = -.015d0
- dtx(7) = -.0029d0
+ ty(7) = -0.005d0
+ tz(7) = -0.015d0
+ dtx(7) = -0.0029d0
dty(7) = 0.0004d0
dtz(7) = 0.0008d0
rx(7) = 0.00039d0 / rhosec
- ry(7) = -.00080d0 / rhosec
+ ry(7) = -0.00080d0 / rhosec
rz(7) = 0.00096d0 / rhosec
- drx(7) = .00011d0 / rhosec
- dry(7) = .00019d0 / rhosec
- drz(7) =-.00005d0 / rhosec
+ drx(7) = 0.00011d0 / rhosec
+ dry(7) = 0.00019d0 / rhosec
+ drz(7) = -0.00005d0 / rhosec
scale(7) = 0.04d-8
dscale(7) = 0.0d0
refepc(7) = 1988.0d0
@@ -3898,8 +3788,8 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
dscale(8) = 0.0d0
refepc(8) = 1996.0d0
-*** From ITRF94 to ITRF97 (based on IGS adopted values)
-*** According to IERS: ITRF97 = ITRF96 = ITRF94
+*** From ITRF94 to ITRF97 (also IGS97), based on IGS adopted values
+*** According to IGS: ITRF97 <> ITRF96 = ITRF94
tx(9) = 0.00207d0
ty(9) = 0.00021d0
tz(9) = -0.00995d0
@@ -3919,7 +3809,7 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
*** From ITRF94 to WGS 72 (composition of ITRF94 -> NAD_83 -> WGS_72)
tx(10) = 0.9910d0
ty(10) = -1.9072d0
- tz(10) = -.5129d0 - 4.5d0
+ tz(10) = -0.5129d0 - 4.5d0
dtx(10) = 0.d0
dty(10) = 0.d0
dtz(10) = 0.d0
@@ -3927,23 +3817,23 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
ry(10) = 0.46785d-7
rz(10) = 0.56529d-7 + 26.85868d-7
drx(10) = 0.00258d-7
- dry(10) = -.03599d-7
- drz(10) = -.00153d-7
+ dry(10) = -0.03599d-7
+ drz(10) = -0.00153d-7
scale(10) = 0.d0 - 0.2263d-6
dscale(10) = 0.0d0
refepc(10) = 1997.0d0
-*** From ITRF94 to ITRF00
+*** From ITRF94 to ITRF2000 (also IGS00 and IGb00)
*** assumes that ITRF94 = ITRF96 and
*** uses IGS values for ITRF96 -> ITRF97
-*** and IERS values for ITRF97 -> ITRF00
- tx(11) = -.00463d0
- ty(11) = -.00589d0
- tz(11) = +.00855d0
+*** and IERS values for ITRF97 -> ITRF2000
+ tx(11) = -0.00463d0
+ ty(11) = -0.00589d0
+ tz(11) = 0.00855d0
dtx(11) = -0.00069d0
dty(11) = 0.00070d0
dtz(11) = -0.00046d0
- rx(11) = -.00012467d0 / rhosec
+ rx(11) = -0.00012467d0 / rhosec
ry(11) = 0.00022355d0 / rhosec
rz(11) = 0.00006065d0 / rhosec
drx(11) = -0.00001347d0 / rhosec
@@ -3954,19 +3844,19 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
refepc(11) = 1997.0d0
*** From ITRF94 to PACP00
-*** use PA/ITRF00 rotation rates from Beavan et al., (2002)
+*** use PA/ITRF2000 rotation rates from Beavan et al., (2002)
tx(12) = 0.9056d0
ty(12) = -2.0200d0
tz(12) = -0.5516d0
- dtx(12) = -.00069d0
+ dtx(12) = -0.00069d0
dty(12) = 0.00070d0
dtz(12) = -0.00046d0
rx(12) = 0.027616d0 / rhosec
ry(12) = 0.013692d0 / rhosec
rz(12) = 0.002773d0 / rhosec
- drx(12) = -.000397d0 / rhosec
+ drx(12) = -0.000397d0 / rhosec
dry(12) = 0.001022d0 / rhosec
- drz(12) = -.002166d0 / rhosec
+ drz(12) = -0.002166d0 / rhosec
scale(12) = -0.61504d-9
dscale(12) = 0.18201d-9
refepc(12) = 1997.0d0
@@ -3979,8 +3869,8 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
dtx(13) = -0.00069d0
dty(13) = 0.00070d0
dtz(13) = -0.00046d0
- rx(13) = .028847d0 / rhosec
- ry(13) = .010644d0 / rhosec
+ rx(13) = 0.028847d0 / rhosec
+ ry(13) = 0.010644d0 / rhosec
rz(13) = 0.008989d0 / rhosec
drx(13) = -0.000033d0 / rhosec
dry(13) = 0.000120d0 / rhosec
@@ -3989,7 +3879,7 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
dscale(13) = 0.18201d-9
refepc(13) = 1997.00d0
-*** From ITRF94 to ITRF2005
+*** From ITRF94 to ITRF2005 (also IGS05)
*** assumes that ITRF94 = ITRF96
*** uses IGS values for ITRF96 -> ITRF97
*** uses IERS values for ITRF97 -> ITRF2000
@@ -4000,7 +3890,7 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
dtx(14) = -0.00049d0
dty(14) = 0.00060d0
dtz(14) = 0.00134d0
- rx(14) = -.00012467d0 / rhosec
+ rx(14) = -0.00012467d0 / rhosec
ry(14) = 0.00022355d0 / rhosec
rz(14) = 0.00006065d0 / rhosec
drx(14) = -0.00001347d0 / rhosec
@@ -4010,12 +3900,12 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
dscale(14) = 0.10201d-9
refepc(14) = 1997.0d0
-*** From ITRF94 to ITRF2008 (also IGS08 and IGB08)
+*** From ITRF94 to ITRF2008 (also IGS08 and IGb08)
*** assumes that ITRF94 = ITRF96
*** uses IGS values for ITRF96 -> ITRF97
*** uses IERS values for ITRF97 -> ITRF2000
*** uses IERS values for ITRF2000-> ITRF2005
-*** uses IERS values for ITRF2005 -> ITRF2008 (and IGS08 and IGB08)
+*** uses IERS values for ITRF2005 -> ITRF2008
tx(15) = -0.00243d0
ty(15) = -0.00389d0
@@ -4023,9 +3913,9 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
dtx(15) = -0.00079d0
dty(15) = 0.00060d0
dtz(15) = 0.00134d0
- rx(15) = -0.00012467d0 / rhosec
- ry(15) = 0.00022355d0 / rhosec
- rz(15) = 0.00006065d0 / rhosec
+ rx(15) = -0.00012467d0 / rhosec
+ ry(15) = 0.00022355d0 / rhosec
+ rz(15) = 0.00006065d0 / rhosec
drx(15) = -0.00001347d0 / rhosec
dry(15) = 0.00001514d0 / rhosec
drz(15) = 0.00001973d0 / rhosec
@@ -4033,47 +3923,37 @@ C Parameters computed with the IGS values of ITRF96==>ITRF97
dscale(15) = 0.10201d-9
refepc(15) = 1997.0d0
-*** From ITRF94 to ITRF2014
+*** From ITRF94 to ITRF2014 (also IGS14 and IGb14)
*** assumes that ITRF94 = ITRF96
*** uses IGS values for ITRF96 -> ITRF97
*** uses IERS values for ITRF97 -> ITRF2000
*** uses IERS values for ITRF2000-> ITRF2005
-*** uses IERS values for ITRF2005 -> ITRF2008 (and IGS08 and IGB08)
+*** uses IERS values for ITRF2005 -> ITRF2008
*** uses IERS values for ITRF2008 -> ITRF2014
-c tx(16) = -0.00403d0 !Differs from ITRF2008
tx(16) = -0.01430d0
-c ty(16) = -0.00579d0 !Differs from ITRF2008
ty(16) = 0.00201d0
-c tz(16) = 0.01125d0 !Differs from ITRF2008
tz(16) = 0.02867d0
-
- dtx(16) = -0.00079d0 !Like ITRF2008
- dty(16) = 0.00060d0 !Like ITRF2008
- dtz(16) = 0.00144d0 !Differs from ITRF2008
-
-c rx(16) = -0.00012467d0 / rhosec !Like ITRF2008
+ dtx(16) = -0.00079d0
+ dty(16) = 0.00060d0
+ dtz(16) = 0.00144d0
rx(16) = -0.00029978d0 / rhosec
-c ry(16) = 0.00022355d0 / rhosec !Like ITRF2008
ry(16) = 0.00042037d0 / rhosec
-c rz(16) = 0.00006065d0 / rhosec !Like ITRF2008
rz(16) = 0.00031714d0 / rhosec
- drx(16) = -0.00001347d0 / rhosec !Like ITRF2008
- dry(16) = 0.00001514d0 / rhosec !Like ITRF2008
- drz(16) = 0.00001973d0 / rhosec !Like ITRF2008
-
-C scale(16) = -1.69504d-9 !Differs from ITRF2008, but only insignificantly
+ drx(16) = -0.00001347d0 / rhosec
+ dry(16) = 0.00001514d0 / rhosec
+ drz(16) = 0.00001973d0 / rhosec
scale(16) = -0.36891d-9
- dscale(16) = 0.07201d-9 !Differs from ITRF2008, but only insignificantly
- refepc(16) = 2010.0d0 !Differs from ITRF2008
+ dscale(16) = 0.07201d-9
+ refepc(16) = 2010.0d0
C*************************************************************************************************************************
-C Parameters computed with the IERS values of ITRF96==>ITRF97
+C Parameters computed with the IERS convention ITRF96 = ITRF97
*** From ITRF94 to NAD 83
tx1(1) = 0.9910d0
ty1(1) = -1.9072d0
- tz1(1) = -.5129d0
+ tz1(1) = -0.5129d0
dtx1(1) = 0.d0
dty1(1) = 0.d0
dtz1(1) = 0.d0
@@ -4081,8 +3961,8 @@ C Parameters computed with the IERS values of ITRF96==>ITRF97
ry1(1) = 0.46785d-7
rz1(1) = 0.56529d-7
drx1(1) = 0.00258d-7
- dry1(1) = -.03599d-7
- drz1(1) = -.00153d-7
+ dry1(1) = -0.03599d-7
+ drz1(1) = -0.00153d-7
scale(1) = 0.d0
dscale1(1) = 0.0d0
refepc1(1) = 1997.0d0
@@ -4090,11 +3970,11 @@ C Parameters computed with the IERS values of ITRF96==>ITRF97
*** From ITRF94 to ITRF88
tx1(2) = 0.018d0
ty1(2) = 0.000d0
- tz1(2) = -.092d0
+ tz1(2) = -0.092d0
dtx1(2) = 0.0d0
dty1(2) = 0.0d0
dtz1(2) = 0.0d0
- rx1(2) = -.0001d0 / rhosec
+ rx1(2) = -0.0001d0 / rhosec
ry1(2) = 0.0d0
rz1(2) = 0.0d0
drx1(2) = 0.0d0
@@ -4107,7 +3987,7 @@ C Parameters computed with the IERS values of ITRF96==>ITRF97
*** From ITRF94 to ITRF89
tx1(3) = 0.023d0
ty1(3) = 0.036d0
- tz1(3) = -.068d0
+ tz1(3) = -0.068d0
dtx1(3) = 0.0d0
dty1(3) = 0.0d0
dtz1(3) = 0.0d0
@@ -4124,7 +4004,7 @@ C Parameters computed with the IERS values of ITRF96==>ITRF97
*** From ITRF94 to ITRF90
tx1(4) = 0.018d0
ty1(4) = 0.012d0
- tz1(4) = -.030d0
+ tz1(4) = -0.030d0
dtx1(4) = 0.0d0
dty1(4) = 0.0d0
dtz1(4) = 0.0d0
@@ -4141,7 +4021,7 @@ C Parameters computed with the IERS values of ITRF96==>ITRF97
*** From ITRF94 to ITRF91
tx1(5) = 0.020d0
ty1(5) = 0.016d0
- tz1(5) = -.014d0
+ tz1(5) = -0.014d0
dtx1(5) = 0.0d0
dty1(5) = 0.0d0
dtz1(5) = 0.0d0
@@ -4158,7 +4038,7 @@ C Parameters computed with the IERS values of ITRF96==>ITRF97
*** From ITRF94 to ITRF92
tx1(6) = 0.008d0
ty1(6) = 0.002d0
- tz1(6) = -.008d0
+ tz1(6) = -0.008d0
dtx1(6) = 0.0d0
dty1(6) = 0.0d0
dtz1(6) = 0.0d0
@@ -4168,28 +4048,29 @@ C Parameters computed with the IERS values of ITRF96==>ITRF97
drx1(6) = 0.0d0
dry1(6) = 0.0d0
drz1(6) = 0.0d0
- scale1(6) = -.08d-8
+ scale1(6) = -0.08d-8
dscale1(6) = 0.0d0
refepc1(6) = 1988.0d0
*** From ITRF94 to ITRF93
- tx1(7) = 0.006d0
- ty1(7) = -.005d0
- tz1(7) = -.015d0
- dtx1(7) = -.0029d0
- dty1(7) = 0.0004d0
- dtz1(7) = 0.0008d0
- rx1(7) = 0.00039d0 / rhosec
- ry1(7) = -.00080d0 / rhosec
- rz1(7) = 0.00096d0 / rhosec
- drx1(7) = .00011d0 / rhosec
- dry1(7) = .00019d0 / rhosec
- drz1(7) =-.00005d0 / rhosec
- scale1(7) = 0.04d-8
+ tx1(7) = 0.006d0
+ ty1(7) = -0.005d0
+ tz1(7) = -0.015d0
+ dtx1(7) = -0.0029d0
+ dty1(7) = 0.0004d0
+ dtz1(7) = 0.0008d0
+ rx1(7) = 0.00039d0 / rhosec
+ ry1(7) = -0.00080d0 / rhosec
+ rz1(7) = 0.00096d0 / rhosec
+ drx1(7) = 0.00011d0 / rhosec
+ dry1(7) = 0.00019d0 / rhosec
+ drz1(7) = -0.00005d0 / rhosec
+ scale1(7) = 0.04d-8
dscale1(7) = 0.0d0
refepc1(7) = 1988.0d0
*** From ITRF94 to ITRF96
+*** According to IERS: ITRF97 = ITRF96 = ITRF94
tx1(8) = 0.d0
ty1(8) = 0.d0
tz1(8) = 0.d0
@@ -4206,20 +4087,20 @@ C Parameters computed with the IERS values of ITRF96==>ITRF97
dscale1(8) = 0.0d0
refepc1(8) = 1996.0d0
-*** From ITRF94 to ITRF97 (based on IERS adopted values)
+*** From ITRF94 to ITRF97 (also IGS97), based on IERS adopted values
*** According to IERS: ITRF97 = ITRF96 = ITRF94
- tx1(9) = 0.00000d0
- ty1(9) = 0.00000d0
- tz1(9) = 0.00000d0
- dtx1(9) = 0.00000d0
- dty1(9) = 0.00000d0
- dtz1(9) = 0.00000d0
- rx1(9) = 0.00000000d0
- ry1(9) = 0.00000000d0
- rz1(9) = 0.00000000d0
- drx1(9) = 0.00000000d0
- dry1(9) = 0.00000000d0
- drz1(9) = 0.00000000d0
+ tx1(9) = 0.0d0
+ ty1(9) = 0.0d0
+ tz1(9) = 0.0d0
+ dtx1(9) = 0.0d0
+ dty1(9) = 0.0d0
+ dtz1(9) = 0.0d0
+ rx1(9) = 0.0d0
+ ry1(9) = 0.0d0
+ rz1(9) = 0.0d0
+ drx1(9) = 0.0d0
+ dry1(9) = 0.0d0
+ drz1(9) = 0.0d0
scale1(9) = 0.d0
dscale1(9) = 0.d0
refepc1(9) = 2000.0d0
@@ -4241,40 +4122,40 @@ C Parameters computed with the IERS values of ITRF96==>ITRF97
dscale1(10) = 0.0d0
refepc1(10) = 1997.0d0
-*** From ITRF94 to ITRF00
+*** From ITRF94 to ITRF2000 (also IGS00 and IGb00)
*** assumes that ITRF94 = ITRF96 and
-*** uses IERS values for ITRF96 -> ITRF97
-*** and IERS values for ITRF97 -> ITRF00
- tx1(11) = -.00670d0
- ty1(11) = -.00430d0
- tz1(11) = +.02270d0
- dtx1(11) = 0.00000d0
- dty1(11) = 0.00060d0
- dtz1(11) = 0.00140d0
- rx1(11) = 0.00000000d0 / rhosec
- ry1(11) = 0.00000000d0 / rhosec
- rz1(11) = +0.00006000d0 / rhosec
- drx1(11) = 0.00000000d0 / rhosec
- dry1(11) = 0.00000000d0 / rhosec
- drz1(11) = +0.00002000d0 / rhosec
+*** uses IERS convention ITRF96 = ITRF97
+*** and IERS values for ITRF97 -> ITRF2000
+ tx1(11) = -0.00670d0
+ ty1(11) = -0.00430d0
+ tz1(11) = 0.02270d0
+ dtx1(11) = 0.00000d0
+ dty1(11) = 0.00060d0
+ dtz1(11) = 0.00140d0
+ rx1(11) = 0.0d0 / rhosec
+ ry1(11) = 0.0d0 / rhosec
+ rz1(11) = 0.00006000d0 / rhosec
+ drx1(11) = 0.0d0 / rhosec
+ dry1(11) = 0.0d0 / rhosec
+ drz1(11) = 0.00002000d0 / rhosec
scale1(11) = -1.58000d-9
dscale1(11) = -0.01000d-9
refepc1(11) = 2000.0d0
*** From ITRF94 to PACP00
-*** use PA/ITRF00 rotation rates from Beavan et al., (2002)
- tx1(12) = 0.9035d0
+*** use PA/ITRF2000 rotation rates from Beavan et al., (2002)
+ tx1(12) = 0.9035d0
ty1(12) = -2.0202d0
tz1(12) = -0.5417d0
- dtx1(12) = 0.00000d0
- dty1(12) = 0.00060d0
- dtz1(12) = 0.0014d0
- rx1(12) = 0.027741d0 / rhosec
- ry1(12) = 0.013469d0 / rhosec
- rz1(12) = 0.002712d0 / rhosec
- drx1(12) = -.000384d0 / rhosec
- dry1(12) = 0.001007d0 / rhosec
- drz1(12) = -.002166d0 / rhosec
+ dtx1(12) = 0.0d0
+ dty1(12) = 0.00060d0
+ dtz1(12) = 0.0014d0
+ rx1(12) = 0.027741d0 / rhosec
+ ry1(12) = 0.013469d0 / rhosec
+ rz1(12) = 0.002712d0 / rhosec
+ drx1(12) = -0.000384d0 / rhosec
+ dry1(12) = 0.001007d0 / rhosec
+ drz1(12) = -0.002166d0 / rhosec
scale1(12) = -1.55000d-9
dscale1(12) = -0.010000d-9
refepc1(12) = 1997.0d0
@@ -4287,8 +4168,8 @@ C Parameters computed with the IERS values of ITRF96==>ITRF97
dtx1(13) = -0.00000d0
dty1(13) = 0.00060d0
dtz1(13) = 0.00140d0
- rx1(13) = .028971d0 / rhosec
- ry1(13) = .01042d0 / rhosec
+ rx1(13) = 0.028971d0 / rhosec
+ ry1(13) = 0.01042d0 / rhosec
rz1(13) = 0.008928d0 / rhosec
drx1(13) = -0.00002d0 / rhosec
dry1(13) = 0.000105d0 / rhosec
@@ -4297,9 +4178,9 @@ C Parameters computed with the IERS values of ITRF96==>ITRF97
dscale1(13) = -0.01000d-9
refepc1(13) = 1997.00d0
-*** From ITRF94 to ITRF2005
-*** assumes that ITRF94 = ITRF96
-*** uses IERS values for ITRF96 -> ITRF97
+*** From ITRF94 to ITRF2005 (also IGS05)
+*** assumes that ITRF94 = ITRF96
+*** uses IERS convention ITRF96 = ITRF97
*** uses IERS values for ITRF97 -> ITRF2000
*** uses IERS values for ITRF2000 -> ITRF2005
tx1(14) = -0.00680d0
@@ -4308,70 +4189,61 @@ C Parameters computed with the IERS values of ITRF96==>ITRF97
dtx1(14) = 0.00020d0
dty1(14) = 0.00050d0
dtz1(14) = 0.00320d0
- rx1(14) = 0.00000000d0 / rhosec
- ry1(14) = 0.00000000d0 / rhosec
- rz1(14) = +0.00006000d0 / rhosec
- drx1(14) = 0.00000000d0 / rhosec
- dry1(14) = 0.00000000d0 / rhosec
- drz1(14) = +0.00002000d0 / rhosec
+ rx1(14) = 0.0d0 / rhosec
+ ry1(14) = 0.0d0 / rhosec
+ rz1(14) = 0.00006000d0 / rhosec
+ drx1(14) = 0.0d0 / rhosec
+ dry1(14) = 0.0d0 / rhosec
+ drz1(14) = 0.00002000d0 / rhosec
scale1(14) = -1.98000d-9
dscale1(14) = -0.09000d-9
refepc1(14) = 2000.0d0
-*** From ITRF94 to ITRF2008 (also IGS08 and IGB08)
+*** From ITRF94 to ITRF2008 (also IGS08 and IGb08)
*** assumes that ITRF94 = ITRF96
-*** uses IERS values for ITRF96 -> ITRF97
+*** uses IERS convention ITRF96 = ITRF97
*** uses IERS values for ITRF97 -> ITRF2000
-*** uses IERS values for ITRF2000-> ITRF2005
-*** uses IERS values for ITRF2005 -> ITRF2008 (and IGS08 and IGB08)
+*** uses IERS values for ITRF2000 -> ITRF2005
+*** uses IERS values for ITRF2005 -> ITRF2008
tx1(15) = -0.00480d0
ty1(15) = -0.00260d0
tz1(15) = 0.03320d0
dtx1(15) = -0.00010d0
dty1(15) = 0.00050d0
dtz1(15) = 0.00320d0
- rx1(15) = 0.00000000d0 / rhosec
- ry1(15) = 0.00000000d0 / rhosec
- rz1(15) = +0.00006000d0 / rhosec
- drx1(15) = -0.00000000d0 / rhosec
- dry1(15) = 0.00000000d0 / rhosec
- drz1(15) = +0.00002000d0 / rhosec
+ rx1(15) = 0.0d0 / rhosec
+ ry1(15) = 0.0d0 / rhosec
+ rz1(15) = 0.00006000d0 / rhosec
+ drx1(15) = -0.0d0 / rhosec
+ dry1(15) = 0.0d0 / rhosec
+ drz1(15) = 0.00002000d0 / rhosec
scale1(15) = -2.92d-9
dscale1(15) = -0.09d-9
refepc1(15) = 2000.0d0
-*** From ITRF94 to ITRF2014
+*** From ITRF94 to ITRF2014 (also IGS14 and IGb14)
*** assumes that ITRF94 = ITRF96
-*** uses IERS values for ITRF96 -> ITRF97
+*** uses IERS convention ITRF96 = ITRF97
*** uses IERS values for ITRF97 -> ITRF2000
-*** uses IERS values for ITRF2000-> ITRF2005
-*** uses IERS values for ITRF2005 -> ITRF2008 (and IGS08 and IGB08)
+*** uses IERS values for ITRF2000 -> ITRF2005
+*** uses IERS values for ITRF2005 -> ITRF2008
*** uses IERS values for ITRF2008 -> ITRF2014
-c tx1(16) = -0.00640d0 !Differ from ITRF2008
tx1(16) = -0.00740d0
-c ty1(16) = -0.00450d0 !Differ from ITRF2008
ty1(16) = 0.00050d0
-c tz1(16) = 0.03080d0 !Differ from ITRF2008
tz1(16) = 0.06280d0
-
- dtx1(16) = -0.00010d0 !Like ITRF2008
- dty1(16) = 0.00050d0 !Like ITRF2008
- dtz1(16) = 0.00330d0 !Differ from ITRF2008
-
- rx1(16) = 0.00000000d0 / rhosec !Like ITRF2008
- ry1(16) = 0.00000000d0 / rhosec !Like ITRF2008
-c rz1(16) = +0.00006000d0 / rhosec !Like ITRF2008
- rz1(16) = +0.00026000d0 / rhosec
- drx1(16) = -0.00000000d0 / rhosec !Like ITRF2008
- dry1(16) = 0.00000000d0 / rhosec !Like ITRF2008
- drz1(16) = +0.00002000d0 / rhosec !Like ITRF2008
-
-c scale1(16) = -2.90d-9 !Differ from ITRF2008, but only insignificantly
- scale1(16) = -3.80d-9
- dscale1(16) = -0.12d-9 !Differ from ITRF2008, but only insignificantly
-
- refepc1(16) = 2010.0d0 !Differ from ITRF2008
+ dtx1(16) = -0.00010d0
+ dty1(16) = 0.00050d0
+ dtz1(16) = 0.00330d0
+ rx1(16) = 0.0d0 / rhosec
+ ry1(16) = 0.0d0 / rhosec
+ rz1(16) = 0.00026000d0 / rhosec
+ drx1(16) = 0.0d0 / rhosec
+ dry1(16) = 0.0d0 / rhosec
+ drz1(16) = 0.00002000d0 / rhosec
+ scale1(16) = -3.80d-9
+ dscale1(16) = -0.12d-9
+ refepc1(16) = 2010.0d0
return
end
@@ -4656,9 +4528,9 @@ c nframe(10)= 'PNEOS_90 or NEOS_90 '
iframe(22)= 14
nframe(22)= 'ITRF2005 or IGS05 '
iframe(23)= 15
- nframe(23)= 'ITRF2008 or IGS08/IGB08 '
+ nframe(23)= 'ITRF2008 or IGS08/IGb08 '
iframe(24)= 16
- nframe(24)= 'ITRF2014 or IGS14 '
+ nframe(24)= 'ITRF2014 or IGS14/IGb14 '
write(luout, 100)
100 format(
@@ -4674,10 +4546,10 @@ c 1' 4...WGS_72 '/
1' 9...WGS_84(G1674) (ITRF2008 used) 19...ITRF96 '/
c 1' 10...PNEOS_90 or NEOS_90 (ITRF90 used) 20...ITRF97 or IGS97'/
1' 10...WGS_84(G1762) (IGb08 used) 20...ITRF97 or IGS97'/
- 1' 11...SIO/MIT_92 (ITRF91 used) 21...ITRF2000 or IGS00/IGb00'/
- 1' 12...ITRF88 22...ITRF2005 or IGS05 '/
- 1' 13...ITRF89 23...ITRF2008 or IGS08/IGb08'/
- 1' 14...ITRF90 or (PNEOS90/NEOS90) 24...ITRF2014 or IGS14 '/ )
+ 1' 11...SIO/MIT_92 (ITRF91 used) 21...ITRF2000 or IGS00/IGb00'/
+ 1' 12...ITRF88 22...ITRF2005 or IGS05 '/
+ 1' 13...ITRF89 23...ITRF2008 or IGS08/IGb08'/
+ 1' 14...ITRF90 or (PNEOS90/NEOS90) 24...ITRF2014 or IGS14/IGb14'/)
c 1' 14...ITRF90 '/ )
read (luin, *,err=50,iostat=ios) iopt
@@ -4712,17 +4584,17 @@ c 1' 14...ITRF90 '/ )
CHARACTER OPT*1,ANSWER*1,BBTYPE*1,VOPT*1
CHARACTER LATDIR*1, LONDIR*1, LATDR*1, LONDR*1
character frame1*24, frame2*24
- character HTDP_version*10
+ character HTDP_version*8
LOGICAL TEST
LOGICAL Is_iopt_NAD83
COMMON /CONST/ A,F,E2,EPS,AF,PI,TWOPI,RHOSEC
COMMON /FILES/ LUIN, LUOUT, I1, I2, I3, I4, I5, I6
- COMMON /CAUTION/MONTH2,IDAY2,IYEAR2,DATE2,frame1
+ COMMON /CAUTION/ MONTH2,IDAY2,IYEAR2,DATE2,frame1
WRITE(LUOUT,20)
20 FORMAT(' ********************************************'/
1 ' Please enter the time to which the updated'/
- 1 ' positions and/or observations are to correspond.')
+ 1 ' positions and/or observations are to correspond:')
15 CALL GETMDY(MONTH2,IDAY2,IYEAR2,DATE2,MIN2,TEST)
IF(TEST) then
write(luout,*) ' Do you wish to re-enter the time? (y/n)'
@@ -4735,8 +4607,7 @@ c 1' 14...ITRF90 '/ )
** Choosing reference frame for positions
35 WRITE(LUOUT,30)
30 FORMAT(' **************************************************'/
- 1 ' Select the reference frame to be used for specifying'/
- 2 ' positions. '/)
+ 1 ' Specify the reference frame of the input positions:'/)
call MENU1( iopt, frame1)
IF(IOPT .LT. 1 .OR. IOPT .GT. numref) THEN
WRITE(LUOUT,40)
@@ -4757,15 +4628,15 @@ c 1' 14...ITRF90 '/ )
8 ' stations'/
9 ' and the values for blue book',
9 ' observations.'/
- 9 ' 5...Update positions contained in batch file '/
- 9 ' of delimited records of the form: '/
- 9 ' LAT,LON,EHT,"TEXT" ' /
- 9 ' LAT = latitude in degrees (positive north/DBL PREC)'/
- 9 ' LON = longitude in degrees (positive west/DBL PREC)'/
- 9 ' EHT = ellipsoid height in meters (DBL PREC)'/
- 9 ' TEXT = Descriptive text (CHARACTER*24) '/
- 9 ' Example: '/
- 9 ' 40.731671553,112.212671753,34.241,"SALT AIR" '/)
+ 9 ' 5...Update positions for multiple points contained'/
+ 9 ' in a file in Lat-Lon-Ht format:'/
+ 9 ' LAT,LON,EHT,TEXT'/
+ 9 ' LAT = latitude in degrees (positive north)'/
+ 9 ' LON = longitude in degrees (positive west)'/
+ 9 ' EHT = ellipsoid height in meters'/
+ 9 ' TEXT = Descriptive text (up to 24 characters)'/
+ 9 ' Example:'/
+ 9 ' 40.731671553,112.212671753,34.241,SALT AIR'/)
READ(LUIN,'(A1)',err=501,iostat=ios) OPT
if (ios /= 0) goto 501
IF(OPT .eq. '0') THEN
@@ -4774,7 +4645,7 @@ c 1' 14...ITRF90 '/ )
WRITE(LUOUT,1020)
1020 FORMAT(' ************************************'/
1 ' Enter the time',
- 2 ' to which the input positions will correspond. ')
+ 2 ' to which the input positions will correspond: ')
1025 CALL GETMDY(MONTH1,IDAY1,IYEAR1,DATE1,MIN1,TEST)
IF(TEST) then
write(luout,*) ' Do you wish to re-enter the time? (y/n)'
@@ -4902,7 +4773,7 @@ c 1' 14...ITRF90 '/ )
WRITE(LUOUT,122)
122 FORMAT(' *********************************************'/
1 ' Enter the time',
- 1 ' to which the input positions correspond.'/)
+ 1 ' to which the input positions correspond:'/)
123 CALL GETMDY(MONTH1,IDAY1,IYEAR1,DATE1,MIN1,TEST)
IF(TEST) then
write(luout,*) ' Do you wish to re-enter the time? (y/n)'
@@ -4927,7 +4798,7 @@ c 1' 14...ITRF90 '/ )
write (i2,127) HTDP_version
127 format (' ***CAUTION: This file was processed using HTDP',
- & ' version ',a10, '***')
+ & ' version ', a8, '***')
write (i2,128) frame1
128 format (' ***CAUTION: Coordinates in this file are in ',
& a24, '***')
@@ -4977,8 +4848,8 @@ c ENDIF
634 WRITE(LUOUT, 632)
632 FORMAT(/' ***************************'/
- * ' To what reference frame should the GPS'/
- * ' vectors be transformed?'/
+ * ' Specify the reference frame for the updated'
+ * ' G-File vectors:'//
* ' -1...Do not transform GPS vectors.')
CALL MENU1(kopt, frame2)
IF(KOPT .LT. -1 .OR. KOPT .GT. numref) THEN
@@ -4990,7 +4861,7 @@ c ENDIF
1 ' have been transformed to ', a24, ' ***')
write( I2, 641) HTDP_version
641 format(' ***CAUTION: Observations were transformed using'
- 1 ,' HTDP version ', a10, ' ***')
+ 1 ,' HTDP version ', a8, ' ***')
ENDIF
IF(BBTYPE .EQ. '1') THEN
@@ -5304,7 +5175,7 @@ C HT(ISN) = HT(ISN) + GH
END
******************************************************************
- SUBROUTINE UPBB4(MIN1,MIN2,OPT,IOPT)
+ SUBROUTINE UPBB4(MIN1,MIN2,OPT)
*** Update blue book
@@ -5360,7 +5231,7 @@ C*** classical observation records contain only a 2-digit year
1 TYPE .EQ. '*85*' .OR.
1 TYPE .EQ. '*86*' .OR.
1 TYPE .EQ. '*90*') THEN
- CONTINUE
+ CONTINUE
ELSEIF (TYPE .EQ. '*12*') THEN
IF( CARD(11:14) .EQ. ' ' .OR.
@@ -5636,7 +5507,7 @@ c WRITE(LUOUT,500) TYPE
END
***************************************************************
- SUBROUTINE UPBB5(MIN1,MIN2,OPT,IOPT)
+ SUBROUTINE UPBB5(MIN1,MIN2,OPT)
*** Update 5-digit blue book
@@ -6234,10 +6105,10 @@ C DECYR2 = DBLE(IYEAR2) + DBLE(MINO2 - MIN00)/525600.D0
if (ios /= 0) goto 301
110 FORMAT(1X,I4,I2,I2,4X,I4,I2,I2,30X,I2)
C CALL TOTIME(IYEAR1,MONTH1,IDAY1,MINO1)
-C CALL TOTIME(IYEAR1, 1, 1, MIN00)
-C DECYR1 = DBLE(IYEAR1) + DBLE(MINO1 - MIN00)/525600.D0
+C CALL TOTIME(IYEAR1, 1, 1, MIN00)
+C DECYR1 = DBLE(IYEAR1) + DBLE(MINO1 - MIN00)/525600.D0
C CALL TOTIME(IYEAR2,MONTH2,IDAY2,MINO2)
-C CALL TOTIME(IYEAR2, 1, 1, MIN00)
+C CALL TOTIME(IYEAR2, 1, 1, MIN00)
CALL IYMDMJ(IYEAR1,MONTH1,IDAY1,MJD1)
MINO1 = MJD1 * 24 * 60
CALL IYMDMJ(IYEAR1, 1, 1, MJD0)
@@ -6246,7 +6117,7 @@ C CALL TOTIME(IYEAR2, 1, 1, MIN00)
MINO2 = MJD2 * 24 * 60
CALL IYMDMJ(IYEAR2, 1, 1, MJD0)
DECYR2 = DBLE(IYEAR2) + DBLE(MJD2 - MJD0)/365.D0
-C DECYR2 = DBLE(IYEAR2) + DBLE(MINO2 - MIN00)/525600.D0
+C DECYR2 = DBLE(IYEAR2) + DBLE(MINO2 - MIN00)/525600.D0
MINO = (MINO1 + MINO2) / 2
DECYR = (DECYR1 + DECYR2) / 2.D0
CALL RFCON(IBBREF, JREF)
@@ -6385,7 +6256,7 @@ C DECYR2 = DBLE(IYEAR2) + DBLE(MINO2 - MIN00)/525600.D0
IMPLICIT INTEGER*4 (I-N)
parameter ( numref = 16 )
- COMMON /REFCON/ IRFCON(36), JRFCON(numref)
+ COMMON /REFCON/ IRFCON(37), JRFCON(numref)
*** From blue book identifier to HTDP indentifier
*** WGS 72 Precise
@@ -6393,7 +6264,7 @@ c IRFCON(1) = 10
IRFCON(1) = 1
C HTDP no longer supports WGS 72. Hence, if a BlueBook
C file contains WGS 72 coordinates, HTDP treats these
-C coordinates as if they were NAD 83(2011)coordinates.
+C coordinates as if they were NAD 83(2011) coordinates.
*** WGS 84 (orig) Precise (set equal to NAD 83)
IRFCON(2) = 1
@@ -6456,7 +6327,7 @@ C coordinates as if they were NAD 83(2011)coordinates.
*** IGS97
IRFCON(20) = 9
-*** ITRF00
+*** ITRF2000
IRFCON(21) = 11
*** IGS00
@@ -6477,7 +6348,7 @@ C coordinates as if they were NAD 83(2011)coordinates.
*** IGS08
IRFCON(27) = 15
-*** IGB08
+*** IGb08
IRFCON(28) = 15
*** ITRF2008
@@ -6492,7 +6363,7 @@ C coordinates as if they were NAD 83(2011)coordinates.
*** ITRF2014
IRFCON(32) = 16
-*** IGB14
+*** IGS14
IRFCON(33) = 16
*** NAD83 (2011/2007/CORS96/FBN/HARN)
@@ -6504,6 +6375,10 @@ C coordinates as if they were NAD 83(2011)coordinates.
*** NAD83 (MA11)
IRFCON(36) = 13
+*** IGb14
+ IRFCON(37) = 16
+
+
*** From HTDP identifier to blue book identifier
*** NAD 83 (set equal to WGS 84 (transit))
c JRFCON(1) = 2
@@ -6536,7 +6411,7 @@ c JRFCON(1) = 2
*** WGS 72
JRFCON(10) = 1
-*** ITRF00
+*** ITRF2000
JRFCON(11) = 21
*** NAD 83 (PACP00) or NAD 83 (PA11)
@@ -6561,12 +6436,15 @@ C coordinates in the Bluebook context
*** ITRF2008 or IGS08
JRFCON(15) = 27
-*** IGB08
+*** IGb08
JRFCON(15) = 28
*** ITRF2014 or IGS14
JRFCON(16) = 33
+*** IGb14
+ JRFCON(16) = 37
+
RETURN
END
***************************************************
@@ -6578,9 +6456,9 @@ C coordinates in the Bluebook context
IMPLICIT INTEGER*4 (I-N)
parameter ( numref = 16 )
- COMMON /REFCON/ IRFCON(36), JRFCON(numref)
+ COMMON /REFCON/ IRFCON(37), JRFCON(numref)
- IF (1 .LE. IBBREF .AND. IBBREF .LE. 36) THEN
+ IF (1 .LE. IBBREF .AND. IBBREF .LE. 37) THEN
JREF = IRFCON(IBBREF)
ELSE
WRITE(6, 10) IBBREF
@@ -6601,7 +6479,7 @@ C coordinates in the Bluebook context
IMPLICIT INTEGER*4 (I-N)
parameter ( numref = 16 )
- COMMON /REFCON/ IRFCON(36), JRFCON(numref)
+ COMMON /REFCON/ IRFCON(37), JRFCON(numref)
IF (JREF .EQ. 0) THEN
I = 1
@@ -7250,7 +7128,7 @@ c write (*,*) "From PREDV ",VN, VE, VU
1 16X, ' INPUT VELOCITIES OUTPUT VELOCITIES'/)
130 write( luout, 140)
- 140 format( /'**********************************'/
+ 140 format(' ************************************************'/
1 ' Velocities will be transformed at each specified point.'/
1 ' Please indicate how you wish to input points.'/
1 ' 0...No more points. Return to main menu.'/
@@ -7491,13 +7369,13 @@ C The parameters in common block tranpa1 are computed using the IERS values of
if (iprint .eq. 1) then
write( luout, 100) vn1, ve1, vu1, vx1, vy1, vz1
- 100 format( ' ****************************************'/
+ 100 format(' ************************************************'/
1 ' New northward velocity = ', f8.2, ' mm/yr' /
1 ' New eastward velocity = ', f8.2, ' mm/yr'/
1 ' New upward velocity = ', f8.2, ' mm/yr'/
1 ' New x velocity = ', f8.2, ' mm/yr'/
1 ' New y velocity = ', f8.2, ' mm/yr'/
- 1 ' New z velocity = ', f8.2, ' mm/yr'/)
+ 1 ' New z velocity = ', f8.2, ' mm/yr')
endif
write( i2, 200) name24, xlat, xlon,
@@ -7519,12 +7397,12 @@ C The parameters in common block tranpa1 are computed using the IERS values of
IMPLICIT DOUBLE PRECISION (A-H, O-Z)
IMPLICIT INTEGER*4 (I-N)
- character HTDP_version*10
+ character HTDP_version*8
COMMON /FILES/ LUIN, LUOUT, I1, I2, I3, I4, I5, I6
COMMON /VERSION/ HTDP_version
WRITE(I2, 10) HTDP_version
- 10 FORMAT(' HTDP (VERSION ',a,') OUTPUT' / )
+ 10 FORMAT(' HTDP OUTPUT, VERSION ',a / )
RETURN
END
*********************************************
@@ -8068,7 +7946,7 @@ C-------------------------------------------------------------------------------
implicit none
- integer*4 i,j,length
+ integer*4 i,length
real*8 x,y,z
character name*80,record*120,record1*120,chars*120
character xxxx*80,yyyy*80,zzzz*80
@@ -8183,7 +8061,7 @@ C-------------------------------------------------------------------------------
implicit none
- integer*4 i,j,length
+ integer*4 i,length
real*8 x,y,z,Vx,Vy,Vz
character name*80,record*120,record1*120,chars*120
character xxxx*80,yyyy*80,zzzz*80
@@ -8381,10 +8259,10 @@ C-------------------------------------------------------------------------------
implicit none
- integer*4 i,j,length
- real*8 x,y,z
+ integer*4 i,length
+ real*8 x,y
character name*24,record*120,record1*120,chars*120
- character xxxx*80,yyyy*80,zzzz*80
+ character xxxx*80,yyyy*80
record1 = trim(adjustl(record))
length = len_trim(record1)
@@ -8468,7 +8346,7 @@ C-------------------------------------------------------------------------------
implicit none
- integer*4 i,j,length
+ integer*4 i,length
real*8 x,y,vn,ve,vu
character name*80,record*120,record1*120,chars*120
character xxxx*80,yyyy*80,vnnn*80,veee*80,vuuu*80
@@ -8634,490 +8512,8 @@ C Done
return
end
C-----------------------------------------------------------------------------------
- logical function am_I_in_or_near_CONUS (fi,la)
-
- implicit none
-
- integer*4 nrows,ncols,xcell,ycell,rec_num
- integer*2 sea,code,code_UL,code_UR,code_LL,code_LR
- real*8 fi,la,fi_max,la_min,dlamda,dfi,fi_min
- real*8 fi1,la1,fi2,la2,la_max
-
- character grid*80
-c logical am_I_in_or_near_CONUS,CONUS_on_land
- logical CONUS_on_land
-
-C Constants
-
- parameter (fi_max = 50.d0,
- & fi_min = 23.5d0,
- & la_min = 235.d0,
- & la_max = 295.d0,
- & sea = 0)
-
-C Initialize this function
-
- am_I_in_or_near_CONUS = .false.
-
-C If clearly outside Conus
-
- if (fi>fi_max.or.fi<fi_min.or.la>la_max.or.la<la_min) then
- return
- else
- am_I_in_or_near_CONUS = .true.
- return
- endif
-
- return
- end
-C-----------------------------------------------------------------------------------------------------------
- logical function am_I_in_or_near_AK(fi,la)
-
-C Given your latitude and longitude, this little routine tells you if you
-C are in Alaska (AK) or within 10 km of its boundaries.
-
-C "AK_direct_cell_by_cell_1min" is an unformatted direct access file of nowrs*ncols records
-C each record is of length 2 bytes (integer*2), which contains a geographic code defined as follows:
-
-C 1) The AK code is 278
-C 2) The codes for Canada are 265 to 276
-C 4) The code for sea is 0
-
-C Geographic conditions to be in or near AK:
-
-C 1) The point is on land in AK
-
-C a) code is 278
-
-C 2) In the Canada near the AK:
-
-C a) code = 265 to 276
-C c) Point is no more than 10km from AK
-
-C 3) In the sea near AK:
-
-C a) code = 0
-C c) Point is no more than 10km from AK
-
- implicit none
-
- integer*4 nrows,ncols,xcell,ycell,rec_num
- integer*2 sea,code,code_UL,code_UR,code_LL,code_LR
- real*8 fi,la,fi_max,dlamda,dfi,la_max
- real*8 fi1,la1,fi2,la2,la_min,fi_min
-
- character grid*27,path*46
-c logical am_I_in_or_near_AK,AK_on_land
- logical AK_on_land
-
-C Constants
-
- parameter (nrows = 1291,
- & ncols = 3511,
- & dfi = 1.d0/60.d0,
- & dlamda = 1.d0/60.d0,
- & fi_max = 71.5d0,
- & fi_min = 50.d0,
- & la_min = 172.d0,
- & la_max = 230.5d0,
- & sea = 0)
-
-C Initialize this function
-
- am_I_in_or_near_AK = .false.
-
-C When it is clearly not AK
-
- if (fi>fi_max.or.fi<fi_min.or.la>la_max.or.la<la_min) then
- return
- else
- am_I_in_or_near_AK = .true.
- return
- endif
-
-C On 1/22/2016 I disabled the following code following Giovanni's suggestion
-C and for simplicity and portability
-
- return
- end
-C----------------------------------------------------------------------------------------------
- logical function am_I_in_or_near_HI(fi,la)
-
-C Given your latitude and longitude, this little routine tells you if you
-C are in the Hawaian Islands (Hawaii, Kahoolawe,Kauai,Lanai,Maui,Molokai, Nihau and Oahu)
-C or within 5 km of their coastlines.
-
-C "HI_Hawaii.gmt", "HI_Kahoolawe.gmt", "HI_Kauai.gmt", "HI_Lanai.gmt", "HI_Maui.gmt", "HI_Molokai.gmt",
-C "HI_Nihau.gmt" and "HI_Oahu.gmt" are ASCII files that contain coastline polygons for the islands.
-C Each polygon is closed, starts and ends at the same point.
-C File format: (East) longitude and latitude in decimal degrees.
-
- implicit none
-
- integer*4 i,NPC,n_Hawaii,n_Kahoolawe,n_Kauai,n_Lanai,n_Maui
- integer*4 n_Molokai,n_Nihau,n_Oahu
-
- real*8 fi,la,fi1,la1,fi2,la2,fi_max,fi_min,la_max,la_min
-c logical am_I_in_or_near_HI,Hawaii,Kahoolawe,Kauai,Lanai
- logical Hawaii,Kahoolawe,Kauai,Lanai
- logical Maui,Molokai,Nihau,Oahu
- logical UL,UR,LL,LR
-
-C Constants
-
- parameter (n_Hawaii = 329,
- & n_Kahoolawe = 143,
- & n_Kauai = 107,
- & n_Lanai = 52,
- & n_Maui = 205,
- & n_Molokai = 114,
- & n_Nihau = 68,
- & n_Oahu = 123,
- & fi_max = 24.d0,
- & fi_min = 18.d0,
- & la_min = 199.d0,
- & la_max = 207.d0)
-
- real*8 X1(n_Hawaii) ,Y1(n_Hawaii) !I am not sure the cheap compilers in subversion can handle dynamic memory
- real*8 X2(n_Kahoolawe) ,Y2(n_Kahoolawe)
- real*8 X3(n_Kauai) ,Y3(n_Kauai)
- real*8 X4(n_Lanai) ,Y4(n_Lanai)
- real*8 X5(n_Maui) ,Y5(n_Maui)
- real*8 X6(n_Molokai) ,Y6(n_Molokai)
- real*8 X7(n_Nihau) ,Y7(n_Nihau)
- real*8 X8(n_Oahu) ,Y8(n_Oahu)
-
-C Initialize this function
-
- am_I_in_or_near_HI = .false.
-
-C When it is clearly not HI
-
- if (fi>fi_max.or.fi<fi_min.or.la>la_max.or.la<la_min) then
- return
- else
- am_I_in_or_near_HI = .true.
- return
- endif
-
-C On 1/22/2016 I disabled the following code following Giovanni's suggestion
-C and to simplify.
-
- return
- end
-C-------------------------------------------------------------------------------------------------
- logical function am_I_in_or_near_PR(fi,la)
-
-C Given your latitude and longitude, this little routine tells you if you
-C are in Puerto Rico Islands (the main Island, Culebra, Desecheo, Mona or Viequez)
-C or within 10 km of their coastlines.
-
-C "PR_PuertoRico.gmt", "PR_Culebra", "PR_Mona.gmt", "PR_Viequez.gmt", and PR_"Desecheo.gmt"
-C are ASCII files that contain coastline polygons for each one of the 5 PR islands.
-C Each polygon is closed, starts and ends at the same point.
-C File format: (East) longitude and latitude in decimal degrees.
-
-
- implicit none
-
- integer*4 i,NPC,n_PR,n_Culebra,n_Mona,n_Desecheo,n_Viequez
-
- real*8 fi,la,fi1,la1,fi2,la2,fi_max,fi_min,la_max,la_min
-c logical am_I_in_or_near_PR,PR
- logical PR
- logical Culebra,Mona,Desecheo,Viequez
- logical UL,UR,LL,LR
-
-C Constants
-
- parameter (n_PR = 228,
- & n_Culebra = 185,
- & n_Mona = 52,
- & n_Desecheo = 34,
- & n_Viequez = 309,
- & fi_max = 19.d0,
- & fi_min = 17.d0,
- & la_max = 295.d0,
- & la_min = 292.d0)
-
- real*8 X1(n_PR) ,Y1(n_PR) !I am not sure the cheap compilers in subversion can handle dynamic memory
- real*8 X2(n_Culebra) ,Y2(n_Culebra)
- real*8 X3(n_Mona) ,Y3(n_Mona)
- real*8 X4(n_Desecheo),Y4(n_Desecheo)
- real*8 X5(n_Viequez) ,Y5(n_Viequez)
-
-C Initialize this function
-
- am_I_in_or_near_PR = .false.
-
-C When it is clearly not PR
-
- if (fi>fi_max.or.fi<fi_min.or.la>la_max.or.la<la_min) then
- return
- else
- am_I_in_or_near_PR = .true.
- return
- endif
-
-C On 1/22/2016 I disabled the following code following Giovanni's suggestion
-C and for simplicity.
-
- return
- end
-C-------------------------------------------------------------------------------------------------------------
- logical function am_I_in_or_near_VQ(fi,la)
-
-C Given your latitude and longitude, this little routine tells you if you are in
-C the Virgin Islands (St. Croix, St John and St Thomas) or within 10 km of their coastlines.
-
-C "VQ_StCroix.gmt", "VQ_StJohn.gmt" and "VQ_StThomas.gmt" are ASCII files that
-C contain coastline polygons for each one of the 3 VQ islands.
-C Each polygon is closed, starts and ends at the same point.
-C File format: (East) longitude and latitude in decimal degrees.
-
-
- implicit none
-
- integer*4 i,NPC,n_VQ,n_StCroix,n_StJohn,n_StThomas
-
- real*8 fi,la,fi1,la1,fi2,la2,fi_max,fi_min,la_max,la_min
-c logical am_I_in_or_near_VQ
- logical StCroix,StJohn,StThomas
- logical UL,UR,LL,LR
-
-C Constants
-
- parameter (n_StCroix = 142,
- & n_StJohn = 356,
- & n_StThomas = 304,
- & fi_max = 18.4d0,
- & fi_min = 15.5d0,
- & la_max = 295.6d0,
- & la_min = 295.d0)
-
- real*8 X1(n_StCroix) ,Y1(n_StCroix) !I am not sure the cheap compilers in subversion can handle dynamic memory
- real*8 X2(n_StJohn ) ,Y2(n_StJohn )
- real*8 X3(n_StThomas),Y3(n_StThomas)
-
-C Initialize this function
-
- am_I_in_or_near_VQ = .false.
-
-C When it is clearly not VQ
-
- if (fi>fi_max.or.fi<fi_min.or.la>la_max.or.la<la_min) then
- return
- else
- am_I_in_or_near_VQ = .true.
- return
- endif
-
-C On 1/22/2016 the following code was disabled following Giovanni's suggestion
-C and for simplicity
-
- return
- end
-C-------------------------------------------------------------------------------------------
- logical function am_I_in_or_near_CQ (fi,la)
-
-C Given your latitude and longitude, this little routine tells you if you are in
-C the North Mariana Islands (Saipan, Tinian and Rota) or within 10 km of their coastlines.
-
-C "CQ_Rota.gmt", "CQ_Saipan.gmt" and "CQ_Tinian.gmt" are ASCII files that
-C contain coastline polygons for each one of the 3 CQ islands.
-C Each polygon is closed, starts and ends at the same point.
-C File format: (East) longitude and latitude in decimal degrees.
-
-
- implicit none
-
- integer*4 i,NPC,n_CQ,n_Saipan ,n_Tinian,n_Rota
-
- real*8 fi,la,fi1,la1,fi2,la2,fi_max,fi_min,la_max,la_min
-c logical am_I_in_or_near_CQ
- logical Saipan,Tinian,Rota
- logical UL,UR,LL,LR
-
-C Constants
-
- parameter (n_Saipan = 122,
- & n_Tinian = 70,
- & n_Rota = 80,
- & fi_max = 15.6d0,
- & fi_min = 13.8d0,
- & la_max = 146.d0,
- & la_min = 144.8d0)
-
- real*8 X1(n_Saipan ),Y1(n_Saipan ) !I am not sure the cheap compilers in subversion can handle dynamic memory
- real*8 X2(n_Tinian ),Y2(n_Tinian )
- real*8 X3(n_Rota ),Y3(n_Rota )
-
-C Initialize this function
-
- am_I_in_or_near_CQ = .false.
-
-C When it is clearly not CQ
-
- if (fi>fi_max.or.fi<fi_min.or.la>la_max.or.la<la_min) then
- return
- else
- am_I_in_or_near_CQ = .true.
- return
- endif
-
-C On 1/22/2016 the following code was disabled following Giovanni's suggestion
-C and for simplicity
-
- return
- end
-C-------------------------------------------------------------------------------------------
- logical function am_I_in_or_near_AS(fi,la)
-
-C Given your latitude and longitude, this little routine tells you if you are in
-C the American Samoa Islands (Ofu, Rose, Tau and Tutila) or within 10 km of their coastlines.
-
-C "AS_Ofu.gmt", "AS_Rose.gmt" and " AS_Tau.gmt" and "AS_Tutila.gmt" are ASCII files that
-C contain coastline polygons for each one of the 4 AS islands.
-C Each polygon is closed, starts and ends at the same point.
-C File format: (East) longitude and latitude in decimal degrees.
-
-
- implicit none
-
- integer*4 i,NPC,n_AS,n_Ofu,n_Rose,n_Tau,n_Tutila
-
- real*8 fi,la,fi1,la1,fi2,la2,fi_max,fi_min,la_max,la_min
-c logical am_I_in_or_near_AS
- logical Ofu,Rose,Tau,Tutila
- logical UL,UR,LL,LR
-
-C Constants
-
- parameter (n_Ofu = 64,
- & n_Rose = 8,
- & n_Tau = 76,
- & n_Tutila = 239,
- & fi_max = -13.7d0,
- & fi_min = -14.7d0,
- & la_max = 190.8d0,
- & la_min = 189.d0)
-
- real*8 X1(n_Ofu ) ,Y1(n_Ofu ) !not sure the cheap compilers in subversion can handle dynamic memory
- real*8 X2(n_Rose) ,Y2(n_Rose)
- real*8 X3(n_Tau ) ,Y3(n_Tau )
- real*8 X4(n_Tutila),Y4(n_Tutila)
-
-C Initialize this function
-
- am_I_in_or_near_AS = .false.
-
-C When it is clearly not AS
-
- if (fi>fi_max.or.fi<fi_min.or.la>la_max.or.la<la_min) then
- return
- else
- am_I_in_or_near_AS = .true.
- return
- endif
-
-C On 1/22/2016 the following code was disabled following Giovanni's suggestion
-C and for simplicity
-
- return
- end
-C-------------------------------------------------------------------------------------------------
- logical function am_I_in_or_near_Guam(fi,la)
-
-C Given your latitude and longitude, this little routine tells you if you are in
-C the Guam Island or within 5 km of its coastlines.
-
-C "GQ_Guam.gmt", is an ASCII file that contains coastline polygons Guam.
-C This polygon is closed, starts and ends at the same point.
-C File format: (East) longitude and latitude in decimal degrees.
-
-
- implicit none
-
- integer*4 i,NPC,n_GQ
- real*8 fi,la,fi1,la1,fi2,la2,fi_max,fi_min,la_max,la_min
-c logical am_I_in_or_near_Guam
- logical GQ
- logical UL,UR,LL,LR
-
-C Constants
-
- parameter (n_GQ = 300,
- & fi_max = 13.7d0,
- & fi_min = 13.d0,
- & la_max = 145.d0,
- & la_min = 144.5d0)
-
- real*8 X1(n_GQ) ,Y1(n_GQ) !I am not sure the cheap compilers in subversion can handle dynamic memory
-
-C Initialize this function
-
- am_I_in_or_near_Guam = .false.
-
-C When it is clearly not Guam
-
- if (fi>fi_max.or.fi<fi_min.or.la>la_max.or.la<la_min) then
- return
- else
- am_I_in_or_near_Guam = .true.
- return
- endif
-
-C On 1/22/2016 the following code was disabled following Giovanni's suggestion
-C and for simplicity
-
- return
- end
-C----------------------------------------------------------------------------------------------
- logical function am_I_in_or_near_KW(fi,la)
-
-C Given your latitude and longitude, this little routine tells you if you are in
-C the a little square around Kwajalein of the Marshal islands
-
-C "Kwajalein.gmt", is an ASCII file that contains a rectangle around Kwajalein.
-C This polygon is closed, starts and ends at the same point.
-C File format: (East) longitude and latitude in decimal degrees.
-
-
- implicit none
-
- integer*4 i,NPC,n_KW
-
- real*8 fi,la,fi1,la1,fi2,la2,fi_max,fi_min,la_max,la_min
-
-c logical am_I_in_or_near_KW
- logical KW
- logical UL,UR,LL,LR
-
-C Constants
-
- parameter (n_KW = 5,
- & fi_max = 10.5d0,
- & fi_min = 5.d0 ,
- & la_max = 174.d0,
- & la_min = 165.7d0)
-
- real*8 X1(n_KW) ,Y1(n_KW) !I am not sure the cheap compilers in subversion can handle dynamic memory
-
-C Initialize this function
-
- am_I_in_or_near_KW = .false.
-
-C When it is clearly not KW
-
- if (fi>fi_max.or.fi<fi_min.or.la>la_max.or.la<la_min) then
- return
- else
- am_I_in_or_near_KW = .true.
- return
- endif
-
-C On 1/22/2016 the following code was disabled following Giovanni's suggestion
-C and for simplicity
-
- return
- end
+C On 5/10/2020 removed all code and comments entered on 7/22/2015 that limited use
+C of HTDP to US and its territories. That functionality was disabled on 5/11/2017.
+C The removed code still exists in HTDP v3.2.8 and 3.2.7, commented out to disable.
+C But functions remained in those previous versions, causing numerous warnings when
+C program compiled.
generated by cgit v1.2.3 (git 2.25.1) at 2024-12-26 20:26:49 +0000