GridLocļapplRX01KAPPL>MBAR' BTalt&'Talt&Talt&Talt&Talt&Talt&[Talt&uTalt&Talt&Talt&Talt&[Talt&jTalt&Talt&Talt&6codePcodehdatazhprefztAIBztAIB{6tFRM&{XtFRM&|tFRM&~tFRM&tFRM&tFRM&tFRM&tFRM&tFRM&tFRM&btFRM&tFRM&tFRM&tFRM&tFRM&tFRM&tFRM&tFRM&6tFRM&tFRM&tFRM&^tFRM&tFRM&tFRM&tFRM&FtFRM&tFRM&tFRM&(tFRM&dtFRM&tFRM&$tFRM&tFRM&&tFRM'tSTR&VtSTR&#tSTR&tSTR&ÛtSTR&WtSTR&\tSTR&atSTR&ftSTR&ktSTR&stSTR&{tSTR&҃tSTR&ӋtSTR&tSTR&ԅtSTR&tSTR&tverRX01? !U / PDN &C&P&O&H&AEditCopy Paste Optionsset PrefsHelpHelpAboutAbout Grid LocatorGrid Locator v1.20c Copyright 2002-2004 Rex Allers, KK6MK Jonathan Naylor, G4KLXOKWarning^1^2^3OKAre You Sure?Are you sure you want to do that?YESCancel^1OKSome kinda HelpThe [context] function is for ???. You could do this or that.OKDebug^1 ^2 ^3OKDebug^1 ^2 ^3OKAbout Grid LocatorGrid Locator v1.20c Copyright 2002-2004 Rex Allers, KK6MK Jonathan Naylor, G4KLXOKWarning^1^2^3OKAre You Sure?Are you sure you want to do that?YESCancel^1OKSome kinda HelpThe [context] function is for ???. You could do this or that.OKDebug^1 ^2 ^3OKSome kinda HelpThe [context] function is for ???. You could do this or that.OKDebug^1 ^2 ^3OK(  ?<NVHHnHnHnNOO J@g<NO4p`b n<*(8(6Cgaq2?/?aqxPJCgar ?/?aLL.PJCgar.?/?aq/././.NO LN^NuNV mx` AxR PJg .g  bN^NuNVBm mx c .f* mx .f;|AxR P c .gN^NuNVH8&. /NOXJ@o*.BnBn+Ex E` AxR PJg *oBBDCx Q -f|`Cx Q +fxRINEx-RGOJVH>DGgT//G[ N/,///ai6O//EZVN&(//N/,///aiO//N$@&AO `$E&F/ / //aiOB//< /a[Pr Ё@ GoRG/< /a[P*/< /a[P(/</a[LP6/</a[X 2 pfSG 2 pfSG Gg Gg Gf/ HnNO.P bt. bf. bX. bJ Gg GfD. b0. b" Gf". b. cp`.H0@HhaYXB/<@4//aX&O*,.H0@HhaXXB/<@$//aWO&(.H0@HhaXX////aXO////aWO*,.H0@HhaXvX////aWO&( Gg Gf..H0@HhaXBX/H 눐" ހ0HB@0U@8@ 눐" HD DoSD6fgBCHCC0r`@pC/<0@/aUPހ0HC@0/<0@/aUP EoBF Eg$n Eg`0 Eg E g ` <<'`<<`|d` p`^| 6UC0rh@C?EHnx؎/NO/NO*?Hr0/NO/NO&4F/ /aUP/ /aUPހO/aTvXB/<@@//aT O/<=p/<@//aSO/<z/<@G//aSO-@-AB/NOJm^BBB/OJmBBB//*:Hm(NO /*./**/*&/*"Hm/*:/*6/*2HmNO(/*./**/*&/*"HmHGbN/*>/*:/*6/*2HmN$n&nN^NuUndefinedNVH0?<'NO~&HmHmhGp/ E//*:aJO////?<&NO?<&`rEx?<&/NO?/NO/NO9 $Og*/aXJ@gAj/A/A/?<&NOO mxfA/AHhNO?<'NOv`r?<' /NO/NOqAHh?<&/NO\?/NOTO.E9|NHm/A/A`aHnaXJ@gA/A/A`E *PfHnpHnv֎/HnaOJ@fX/NO=@fjR=@fXlnf nfonfHnNO=@dHnpNO=@bHnbNO/NOO`Aـ/Aq/Ay`HnpHnv֎/HnaOJ@ft?</AJ(Pgp2`Ap"Ј/aBBgHnAJ(Pgp:`Ap*Ј/aHnpAJ(PgpЈ` A T/NOO` A/A/A/?<&NOO?<'NOp`?*aP`B@&.X$n\N^NuNVH $nBNOs&0 @gb @ g` @g` j'fAB(P?<&NOxT j'f ?<&NOxT j&f ?<&NOxT0*@ @b ?<&NOxT j&fA|P?<&NOxT j&f ?<&NOxT j&f ?<&NOxT0*@ @bB?<&NOx`6?<' /NO/NOqa:a,/NOqx`?*a`BB@LN^NuNV/B0.@u @bhA Ѐ00N J6"?<&NO`>?<&NO`2a ?a /NO3` a ?a /NO<` ?<&NOv0@&.N^NuNVH nB PfE5hH?*HNOo&/NOt\0*H@g @ubpA Ѐ00NLZDZZZZ4ZZZ,ZZZZZZZZZZZZZZZZZZZZZZZ<ZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZ$ZZZZZZZZZ ZZZZZZZZZZZZZZZZZZZZZZZA`^A`VA`NAX`FAB`>A2`6A`.A`&A<`A`A`AX`AT//NOx0@LN^NuNV/v֎Hx/NO/NOO Jf(Hn/BNOO Jf/aXJf/NOX nf&.N^NuAlport HeightsPfaffhausenNV/ / HmNO,<E/ G/ Bg/5|J|P|BB*C|D|E|F5|'HBLBjRaOa`aCA2H?NO$n&nN^NuCan't close MathLibgl.cNVNO<?<THm?<Bg/J1g8Ao4 0nR@` R@RA0@ 0/g 0$g J0gAnB3An20@ 0/g(J0g" 0$g"R@0@ 0/gJ0g 0$f 2$fS@$_&_N^NuNVH8?</could not createSaveToGLGL- was created as UnfiledA new Memo temp memorycould not alloc NVH8xA~/NO</.NO=@B?<//A/B/ NOvOJ@fHxA/B:// NOvOJ@f0.R@?Bg/.// NOvOJ@fbHxA/>.F0R@?Bg/ NOvOJ@fRESRfHn/-HxP/ ?-NO-@OJnf 0.R`b0.LN^NuNVHx?-NON^NuNV/ B-BmENO$$Ԁ"ԁ+B+@$nN^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/././. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNV/././. /.?-NO N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNV/.Hn/. /.?-NO .".N^NuNVHn?./. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/./. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/././. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/././. /.?-NO .".N^NuNVHn/. /.?-NO .".N^NuNVHn/. /.?-NO! 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?0c`0as?2:d&&' z8Nd~UTC Offset& Please verify or adjust the offset& of Local time to UTC time...&1UTC Offset (hrs):&W1 &o- &o7 &(U# DONE&PU* CANCEL2:d&&' z8Nd~UTC Offset& Please verify or adjust the offset& of Local time to UTC time...&1UTC Offset (hrs):&W1 &o- &o7 &(U# DONE&PU* CANCEL2XF&'  PhGPS Status&Reading data from GPS...2XF&'  PhGPS Status&Reading data from GPS...&'  hSelect Location&Z &d: &#Zz&nx( Chg List&n( Cancel &'  hSelect Location&Z &d: &#Zz&nx( Chg List&n( Cancel &'  \tSelect List&Memo lists found&#Zz&n( Cancel &'  \tSelect List&Memo lists found&#Zz&n( Cancel 2:d&&' z8Nd~UTC Offset& Please verify or adjust the offset& of Local time to UTC time...&1UTC Offset (hrs):&W1 &o- &o7 &(U# DONE&PU* CANCEL2XF&'  PhGPS Status&Reading data from GPS...2XF&'  PhGPS Status&Reading data from GPS...&'  hSelect Location&Z &d: &#Zz&nx( Chg List&n( Cancel &'  hSelect Location&Z &d: &#Zz&nx( Chg List&n( Cancel &'  \tSelect List&Memo lists found&#Zz&n( Cancel &'  \tSelect List&Memo lists found&#Zz&n( Cancel 2&& ,Xp:Vj0Options& Lat/Lon Options& xdefault South Latitude& !xdefault West Longitude& 0Ellipsoid& : Datum& F(WGS 84& U(NAD27& d(Sphere&;0Lt/Ln&;:Format&;F(dd.ddd&;U(d m.mm&;d(d m s.s&l0 Brg&l:Format&lF(dd.ddd&lU(d m.mm&ld(d m s.s& {Set Palm clock from GPS:&t{ TIME&(# DONE&P* CANCEL2&& ,Xp:Vj0Options& Lat/Lon Options& xdefault South Latitude& !xdefault West Longitude& 0Ellipsoid& : Datum& F(WGS 84& U(NAD27& d(Sphere&;0Lt/Ln&;:Format&;F(dd.ddd&;U(d m.mm&;d(d m s.s&l0 Brg&l:Format&lF(dd.ddd&lU(d m.mm&ld(d m s.s& {Set Palm clock from GPS:&t{ TIME&(# DONE&P* CANCEL2DZ&ň' z*RChoose Action&(from List&d# LOAD&(% to List&d% SAVE&(6from GPS&d6 GPS& I: &dI* CANCEL2DZ&ƈ' z*RChoose Action&(from List&d# LOAD&(% to List&d% SAVE&(6from GPS&d6 GPS& I: &dI* CANCEL2&ˈ& ,Xp:Vj0Options& Lat/Lon Options& xdefault South Latitude& !xdefault West Longitude& 0Ellipsoid& : Datum& F(WGS 84& U(NAD27& d(Sphere&;0Lt/Ln&;:Format&;F(dd.ddd&;U(d m.mm&;d(d m s.s&l0 Brg&l:Format&lF(dd.ddd&lU(d m.mm&ld(d m s.s& {Set Palm clock from GPS:&t{ TIME&(# DONE&P* CANCEL2DZ&̈&'  nTarget NGR&Name: &2P @&*NGR: &2*< @ &(I# DONE&PI* CANCEL2DZ&͈&'  nTarget NGR&Name: &2P @&*NGR: &2*- @&(I# DONE&PI* CANCEL2DZ&ӈ&'  n"Target Locator&Name: &2P @&*Locator: &2*- @&(I# DONE&PI* CANCEL2DZ&Ԉ&'  n"Target Locator&Name: &2P @&*Locator: &2*- @&(I# DONE&PI* CANCEL2DZ&ֈ' z*RChoose Action&(from List&d# LOAD&(% to List&d% SAVE&(6from GPS&d6 GPS& I: &dI* CANCEL2DZ&ۈ&'  nBase NGR&Name: &2P @&*NGR: &2*< @ &(I# DONE&PI* CANCEL2DZ&݈&'  n $Target Maidenhead&Name: &2P @&*MH Grid: &2*- @&(I# DONE&PI* CANCEL2DZ&&'  n Base Locator&Name: &2P @&*Locator: &2*- @&(I# DONE&PI* CANCEL2DZ&&'  n"Base Maidenhead&Name: &2P @&*MH Grid: &2*- @&(I# DONE&PI* CANCEL2DZ&&' z$LfTarget Lat/Lon&Name: &(P @& Lat: &( n @&1Lon: &(1n @&(I# DONE&PI* CANCEL2DZ&&' z$LfTarget Lat/Lng&Name: &(P @& Lat: &( n @&1Lng: &(1n @&(I# DONE&PI* CANCEL2DZ&&' z"JdBase Lat/Lon&Name: &(P @& Lat: &( n @&1Lon: &(1n @&(I# DONE&PI* CANCEL2DZ&&' z"JdBase Lat/Lng&Name: &(P @& Lat: &( n @&1Lng: &(1n @&(I# DONE&PI* CANCEL''  &@h0Xt(DdGrid Locator' Bearing' < ' )Reverse Brg' 5< 'UGrd2Grd Dist'U2 'km'U)Actual Dist'U52 '5km'KF BASE Loc'YO @' g< ------&vF ----------&F ----------------&F ----------------&UKF TARGET Loc&QYO @&Zg< ------&UvF ----------&UF ----------------&UF ----------------Grid Locator Help This program calculates bearing and distance values for the path between a base location and target location. It uses an ellipsoid model of the earth for maximum accuracy. The locations can be entered manually, or by selecting MemoPad records with a special format. Entering Locations The locations are entered and displayed on the bottom half of the main screen. Entries are in two columns with Base on the left and Target on the right. The entries show: (top to bottom) a name tag, the Locator, the NGR, and the Lat/Lon. All of the location values except the name are contained in buttons. To change a location using a Locator you can tap on the Locator button. To change a location using a NGR you can tap on the NGR button. To change a location using Lat/Lon you can tap on either the Lat or Lon button. When you tap on a location button a dialog will open that lets you change the name tag and the location. Locations from MemoPad If there are properly formatted location tables saved as records in MemoPad, you can select locations. Tap the header button for either Base Loc or Target Loc. A dialog will open with choices for loading or saving. If you select Load from lists, tables will be displayed to select locations saved in the MemoPad records. Bearing and Distance The top half of the main screen shows the calculated results for the path. Bearing: Azimuth angle for path from Base to Target. 0=N, 180=S Reverse Brg: Azimuth angle for path from Target to Base. Grd2Grd Dist: The length of the path between the center of the Base MH grid to the center of the Target MH grid. This is shown in km. Actual Distance: The length of the path between the two Lat/Lon pairs. This is shown in kms. If either location was entered using Lat/Lon the Grd2Grd and Actual distances may be different. If both locations were entered as Locators or NGRs, the Lat/Lon values reflect the center of the grids and the Grd2Grd and Actual distances will be the same. Grid Locator Help This program calculates bearing and distance values for the path between a base location and target location. It uses an ellipsoid model of the earth for maximum accuracy. The locations can be entered manually, or by selecting MemoPad records with a special format. Entering Locations The locations are entered and displayed on the bottom half of the main screen. Entries are in two columns with Base on the left and Target on the right. The entries show: (top to bottom) a name tag, the maidenhead grid, the latitude, and the longitude. All of the location values except the name are contained in buttons. To change a location using a maidenhead grid you can tap on the maidenhead value button. To change a location using lat/lng you can tap on either the lat or lon button. When you tap on a location button a dialog will open that lets you change the name tag and the location. Locations from MemoPad If there are properly formatted location tables saved as records in MemoPad, you can select locations. Tap the header button for either Base Loc or Target Loc. A dialog will open with choices for loading or saving. If you select Load from lists, tables will be displayed to select locations saved in the MemoPad records. Bearing and Distance The top half of the main screen shows the calculated results for the path. Bearing: Azimuth angle for path from Base to Target. 0=N, 180=S Reverse Brg: Azimuth angle for path from Target to Base. Grd2Grd Dist: The length of the path between the center of the Base MH grid to the center of the Target MH grid. This is shown in km. Actual Distance: The length of the path between the two latitude and longitude pairs. This is shown in both km and mi. If either location was entered using lat/lng the Grd2Grd and Actual distances may be different. If both locations were entered as grids, the lat/lng values reflect the center of the grids and the Grd2Grd and Actual distances will be the same. Grid Locator Help This program calculates bearing and distance values for the path between a base location and target location. It uses an ellipsoid model of the earth for maximum accuracy. The locations can be entered manually, or by selecting MemoPad records with a special format. Entering Locations The locations are entered and displayed on the bottom half of the main screen. Entries are in two columns with Base on the left and Target on the right. The entries show: (top to bottom) a name tag, the maidenhead grid, the latitude, and the longitude. All of the location values except the name are contained in buttons. To change a location using a maidenhead grid you can tap on the maidenhead value button. To change a location using lat/lng you can tap on either the lat or lon button. When you tap on a location button a dialog will open that lets you change the name tag and the location. Locations from MemoPad If there are properly formatted location tables saved as records in MemoPad, you can select locations. Tap the header button for either Base Loc or Target Loc. A dialog will open with choices for loading or saving. If you select Load from lists, tables will be displayed to select locations saved in the MemoPad records. Bearing and Distance The top half of the main screen shows the calculated results for the path. Bearing: Azimuth angle for path from Base to Target. 0=N, 180=S Reverse Brg: Azimuth angle for path from Target to Base. Grd2Grd Dist: The length of the path between the center of the Base MH grid to the center of the Target MH grid. This is shown in km. Actual Distance: The length of the path between the two latitude and longitude pairs. This is shown in both km and mi. If either location was entered using lat/lng the Grd2Grd and Actual distances may be different. If both locations were entered as grids, the lat/lng values reflect the center of the grids and the Grd2Grd and Actual distances will be the same. Grid Locator Help This program calculates bearing and distance values for the path between a base location and target location. It uses an ellipsoid model of the earth for maximum accuracy. The locations can be entered manually, or by selecting MemoPad records with a special format. Entering Locations The locations are entered and displayed on the bottom half of the main screen. Entries are in two columns with Base on the left and Target on the right. The entries show: (top to bottom) a name tag, the maidenhead grid, the latitude, and the longitude. All of the location values except the name are contained in buttons. To change a location using a maidenhead grid you can tap on the maidenhead value button. To change a location using lat/lng you can tap on either the lat or lon button. When you tap on a location button a dialog will open that lets you change the name tag and the location. Locations from MemoPad If there are properly formatted location tables saved as records in MemoPad, you can select locations. Tap the header button for either Base Loc or Target Loc. A dialog will open with choices for loading or saving. If you select Load from lists, tables will be displayed to select locations saved in the MemoPad records. Bearing and Distance The top half of the main screen shows the calculated results for the path. Bearing: Azimuth angle for path from Base to Target. 0=N, 180=S Reverse Brg: Azimuth angle for path from Target to Base. Grd2Grd Dist: The length of the path between the center of the Base MH grid to the center of the Target MH grid. This is shown in km. Actual Distance: The length of the path between the two latitude and longitude pairs. This is shown in both km and mi. If either location was entered using lat/lng the Grd2Grd and Actual distances may be different. If both locations were entered as grids, the lat/lng values reflect the center of the grids and the Grd2Grd and Actual distances will be the same. The UTC Offset is the hour difference of local time from UTC time. Adding this to UTC gives local time. Offset begins as -7 (the offset for PDT). It can be changed with the up/down arrows. Done will save the value and start a GPS access to set the Palm clock.The UTC Offset is the hour difference of local time from UTC time. Adding this to UTC gives local time. Offset begins as -7 (the offset for PDT). It can be changed with the up/down arrows. Done will save the value and start a GPS access to set the Palm clock.The UTC Offset is the hour difference of local time from UTC time. Adding this to UTC gives local time. Offset begins as -7 (the offset for PDT). It can be changed with the up/down arrows. Done will save the value and start a GPS access to set the Palm clock.The UTC Offset is the hour difference of local time from UTC time. Adding this to UTC gives local time. Offset begins as -7 (the offset for PDT). It can be changed with the up/down arrows. Done will save the value and start a GPS access to set the Palm clock.-Lat/Lon Set the default for values entered without explict specification. (West makes entry easier in Americas.) -Elipsoid Set ellipsoid model for calculations. -Format Select display format for Lat/Lon or Bearing. -Time Read time from GPS and set Palm clock.-Lat/Lng Set the default for values entered without explict specification. (West makes entry easier in Americas.) -Elipsoid Set ellipsoid model for calculations. -Format Select display format for Lat/Lng or Bearing. -Time Read time from GPS and set Palm clock.-Lat/Lng Set the default for values entered without explict specification. (West makes entry easier in Americas.) -Elipsoid Set ellipsoid model for calculations. -Format Select display format for Lat/Lng or Bearing. -Time Read time from GPS and set Palm clock.-Lat/Lng Set the default for values entered without explict specification. (West makes entry easier in Americas.) -Elipsoid Set ellipsoid model for calculations. -Format Select display format for Lat/Lng or Bearing. -Time Read time from GPS and set Palm clock.Edit Name or NGR. If NGR is changed and Done tapped, new Lat/Lon and Locator will be computed for the centre of the grid.Edit Name or Locator. If Locator is changed and Done tapped, new Lat/Lon and NGR will be computed for the centre of the grid.Edit Name or Maidenhead Grid. If Grid is changed and Done tapped, new lat/lng will be computed for center of grid.Edit Name or Latitude/Longitude. Many formats ok: ddd.dddd ddd mm.mmmm ddd mm ss d m s fields can be separated with just spaces. If Lat/Lon is changed and Done tapped, a new Locator and NGR value will be computed.Edit Name or Latitude/Longitude. Many formats ok: ddd.dddd ddd mm.mmmm ddd mm ss d m s fields can be separated with just spaces. If Lat/Lng is changed and Done tapped, a new Maidenhead Grid value will be computed.1.20c