diff --git a/ncep/gov.noaa.nws.ncep.ui.nsharp.linux64/libbignsharp.so b/ncep/gov.noaa.nws.ncep.ui.nsharp.linux64/libbignsharp.so index f1fe2c24a5..3ae4661eeb 100644 Binary files a/ncep/gov.noaa.nws.ncep.ui.nsharp.linux64/libbignsharp.so and b/ncep/gov.noaa.nws.ncep.ui.nsharp.linux64/libbignsharp.so differ diff --git a/ncep/gov.noaa.nws.ncep.ui.nsharp/BigNsharp/caveNsharp.c b/ncep/gov.noaa.nws.ncep.ui.nsharp/BigNsharp/caveNsharp.c index 1211419daa..e574a7cb05 100644 --- a/ncep/gov.noaa.nws.ncep.ui.nsharp/BigNsharp/caveNsharp.c +++ b/ncep/gov.noaa.nws.ncep.ui.nsharp/BigNsharp/caveNsharp.c @@ -477,8 +477,8 @@ float cave_ship(){ t500 = i_temp(500, I_PRES); lr75 = lapse_rate(&ix1, 700, 500); - fzlh = agl(i_hght(temp_lvl( 0, &ix1 ), I_PRES)); - //fzlh = mtof(agl(i_hght(temp_lvl(0, &ix1), I_PRES))); + // Chin V9 was:: fzlh = agl(i_hght(temp_lvl( 0, &ix1 ), I_PRES)); + fzlh = mtof(agl(i_hght(temp_lvl(0, &ix1), I_PRES)));//Chin: according to bignsharpV2013Jun12 ship = sig_hail(mucape, mumixr, lr75, t500, kt_to_mps(shr6), fzlh, mucinh, 0, 0, 25, mlcape); /* ----- Set Parcel Back ----- */ if (oldlplchoice == 1) @@ -861,122 +861,148 @@ void low_inv ( float *inv_mb, float *inv_dC ) } } } - -void mix_height ( float *mh_mb, float *mh_drct, float *mh_sped, - float *mh_dC, float *mh_lr, float *mh_drct_max, - float *mh_sped_max, short flag ) -/************************************************************************ - * OPC MODIFICATION - J. Morgan 5/3/05 * - * MIX_HEIGHT - New function * - * * - * MIX_HEIGHT * - * J. Morgan OPC * - * * - * Calculates the mixing height. * - * flag = 0 Surface-based lapse rate * - * flag = 1 Layer-based lapse rate * - * * - * mh_mb - Pressure at mixing height (mb) * - * mh_drct - Wind direction at mixing height (deg) * - * mh_sped - Wind speed at mixing height (kt) * - * mh_dC - Layer change in temperature (C) * - * mh_lr - Layer lapse rate (C/km) * - * mh_drct_max - Layer maximum wind direction (deg) * - * mh_sped_max - Layer maximum wind speed (kt) * - * * - * Called by xwvid1.c: draw_skewt() * - * Called by xwvid3.c: show_mixheight() * - * - * Chin:: not in BigNsharp, therefore ported to here. 6/8/2011 - ***********************************************************************/ +void mix_height ( float *mh_pres, float *mh_drct, float *mh_sped, + float *mh_dC, float *mh_lr, float *mh_drct_max, + float *mh_sped_max, short flag ) +/**************************************************************************** + * mix_height * + * * + * This function modifies original mix_height funtion which * + * computes hydro meteorological parameters within empirical mix * + * boundary layer. * + * * + * Calculates the mixing height. * + * * + * mh_pres - Pressure at mixing height (mb) * + * mh_drct - Wind direction at mixing height (deg) * + * mh_sped - Wind speed at mixing height (kts) * + * mh_dC - Layer change in temperature (C) * + * mh_lr - Layer lapse rate (C/km) * + * mh_drct_max - Layer maximum wind direction (deg) * + * mh_sped_max - Layer maximum wind speed (kts) * + * flag - 0: Surface-based lapse rate * + * 1: Layer-based lapse rate * + * * + * Chin:: not in BigNsharp, therefore ported to here. 6/8/2011 * * + * J. Morgan 5/2005 Created * + * T. Lee 2/2014 Cleanup and fixed surface based and layer based * + * parameters always have same values * + ****************************************************************************/ { - short ii, bb, b_1; - float thresh, lapser, lapser_1, mdrct, msped, drct, sped; - float dt, dz; - short pIndex, zIndex, tIndex, drIndex, spIndex; - pIndex = getParmIndex("PRES"); - zIndex = getParmIndex("HGHT"); - tIndex = getParmIndex("TEMP"); - spIndex = getParmIndex("SPED"); - drIndex = getParmIndex("DRCT"); - if (!sndg || pIndex == -1 || zIndex == -1 || tIndex == -1 || drIndex == -1 || spIndex == -1) return; + short ii, bb, b_1; + float thresh, lapse_rate, lapser_1, mxdrct, mxsped, drct, sped; + float dt, dz; + short pIndex, zIndex, tIndex, drIndex, spIndex; + Boolean first_level = True; - *mh_mb = -9999; - *mh_drct = -9999; - *mh_sped = -9999; - *mh_dC = -9999; - *mh_lr = -9999; - *mh_drct_max = -9999; - *mh_sped_max = -9999; + pIndex = getParmIndex("PRES"); + zIndex = getParmIndex("HGHT"); + tIndex = getParmIndex("TEMP"); + spIndex = getParmIndex("SPED"); + drIndex = getParmIndex("DRCT"); + if (!sndg || pIndex == -1 || zIndex == -1 || tIndex == -1 || drIndex == -1 || spIndex == -1) return; - thresh = 8.3; - lapser_1 = 0.0; - mdrct = 0.0; - msped = 0.0; - drct = 0.0; - sped = 0.0; + *mh_pres = -9999; + *mh_drct = -9999; + *mh_sped = -9999; + *mh_dC = -9999; + *mh_lr = -9999; + *mh_drct_max = -9999; + *mh_sped_max = -9999; - for ( ii = 0; ii < numlvl-1; ii++ ) {//Chin + thresh = 8.3; + lapser_1 = 0.0; + mxdrct = 0.0; + mxsped = 0.0; + drct = 0.0; + sped = 0.0; - if ( qc( sndg[ii+1][tIndex] ) && qc( sndg[ii][tIndex] )) { - /* ----- Set Method Values ----- */ - if( flag == 0 ) { - bb = 0; - b_1 = 0; - } - else { - bb = ii; - b_1 = ii-1; - } + for ( ii = 0; ii < numlvl-1; ii++ ) {//Chin - /* ----- Calculate Lapse Rate ----- */ - dt = sndg[ii+1][tIndex] - sndg[bb][tIndex] ; - dz = sndg[ii+1][zIndex] - sndg[bb][zIndex]; - lapser = (dt / dz)*-1000; + if ( qc( sndg[ii+1][tIndex] ) ) { //TL + /* ----- Set Method Values ----- */ + if( flag == 0 ) { + bb = 0; + b_1 = 0; + } + else { + bb = ii; + b_1 = ii-1; + } - /* ----- Test Lapse Rate ----- */ - if ( lapser > thresh ) { + if ( first_level ) { + mxdrct = sndg[0][drIndex]; + mxsped = sndg[0][spIndex]; + *mh_drct = sndg[0][drIndex]; + *mh_sped = sndg[0][spIndex]; + } - /* ----- Store Maximum Wind Data ----- */ - drct = sndg[ii][drIndex]; - sped = sndg[ii][spIndex]; - if ( drct > mdrct ) { - mdrct = drct; - msped = sped; - } - } - else if( ii == 0 ) { /* ----- Surface Test failed, Mixing Height=Surface ----- */ - *mh_mb = sndg[ii][pIndex]; - *mh_drct = sndg[ii][drIndex]; - *mh_sped = sndg[ii][spIndex]; - *mh_dC = -(sndg[ii+1][tIndex] - sndg[ii][tIndex] ); - *mh_lr = lapser; - *mh_drct_max = sndg[ii][drIndex]; - *mh_sped_max = sndg[ii][spIndex]; + /* ----- Calculate Lapse Rate ----- */ + if ( qc ( snd[bb][tIndex] ) ) { + dt = sndg[ii+1][tIndex] - sndg[bb][tIndex]; + dz = sndg[ii+1][zIndex] - sndg[bb][zIndex]; + } else { + dt = sndg[ii+1][tIndex] - sndg[0][tIndex]; + dz = sndg[ii+1][zIndex] - sndg[0][zIndex]; + } + lapse_rate = (dt / dz)*-1000; - return; - } - else if( ii > 0 ) { /* ----- Above Mixing Height ----- */ - /* ----- Calculate Previous Rate ----- */ - dt = sndg[ii][tIndex] - sndg[b_1][tIndex] ; - dz = sndg[ii][zIndex] - sndg[b_1][zIndex]; - lapser_1 = (dt / dz)*-1000; - } - if(ii!=0){ //Chin - *mh_mb = sndg[ii-1][pIndex]; - *mh_drct = sndg[ii-1][drIndex]; - *mh_sped = sndg[ii-1][spIndex]; - *mh_dC = -(sndg[ii][tIndex] - sndg[b_1][tIndex] ); - *mh_lr = lapser_1; - *mh_drct_max = mdrct; - *mh_sped_max = msped; + /* ----- Test Lapse Rate ----- */ + if ( lapse_rate > thresh ) { + first_level = False; - } + /* ----- Store Maximum Wind Data ----- */ + if ( qc (sndg[ii+1][drIndex] ) ) { + drct = sndg[ii+1][drIndex]; + sped = sndg[ii+1][spIndex]; - return; - } - } + if ( sped >= mxsped ) { // TL + mxdrct = drct; + mxsped = sped; + } + } + + } + else if( first_level ) { /* ----- Surface Test failed, Mixing Height=Surface ----- */ + *mh_pres = sndg[0][pIndex]; + *mh_drct = sndg[0][drIndex]; + *mh_sped = sndg[0][spIndex]; + *mh_dC = -(sndg[ii+1][tIndex] - sndg[0][tIndex]); + *mh_lr = lapse_rate; + *mh_drct_max = sndg[0][drIndex]; + *mh_sped_max = sndg[0][spIndex]; + + return; + } + else if( ii > 0 ) { /* ----- Above Mixing Height ----- */ + /* ----- Calculate lapse rate within mixing layer ----- */ + if ( qc ( sndg[b_1][tIndex]) ) { + dt = sndg[ii][tIndex] - sndg[b_1][tIndex]; + dz = sndg[ii][zIndex] - sndg[b_1][zIndex]; + } else { + dt = sndg[ii][tIndex] - sndg[0][tIndex]; + dz = sndg[ii][zIndex] - sndg[0][zIndex]; + } + *mh_dC = -dt; + if ( dz != 0. ) lapser_1 = (dt / dz)*-1000; + *mh_pres = sndg[ii][pIndex]; + if ( qc (sndg[ii][drIndex] ) ) { + *mh_drct = sndg[ii][drIndex]; + *mh_sped = sndg[ii][spIndex]; + } else { + *mh_drct = drct; + *mh_sped = sped; + } + *mh_lr = lapser_1; + *mh_drct_max = mxdrct; + *mh_sped_max = mxsped; + return; + } + } + } } + + int cave_ww_type() /********************************************************************/ /* Watch type guidance */ @@ -993,6 +1019,9 @@ int cave_ww_type() * 3: MRGL TOR, color 2 red * 4: TOR, color 2 red * 5: PDS TOR, color 7 Magenta + * + * + * Chin: 10/2/2013 : modified according to BigNsharpV2013-06-12 */ /********************************************************************/ { @@ -1077,15 +1106,16 @@ int cave_ww_type() /*printf("sig_tor=%f sig_tor_winter=%f srh1=%f esrh=%f sr46_spd=%f shr8=%f sblcl=%f\n mllcl=%f lr1=%f bot=%f low_mid_rh=%f rm_scp=%f\n mucn=%f dncp=%f sighail=%f cbsig=%f wind_dmg=%f", sig_tor,sig_tor_winter,srh1,esrh,sr46_spd,shr8, sblcl, mllcl, lr1, bot, low_mid_rh, rm_scp,mucn, dncp, sighail, cbsig, wind_dmg); Decision tree below is identical to the operational "ww_type" flow chart documentation 9/23/09 RLT */ - if ((sig_tor >= 3.0) && (sig_tor_winter >= 3.0) && (srh1 >= 150) && (esrh >= 150) && (sr46_spd >= 15.0) && (shr8 >= 40.0) && (sblcl < 1000) && (mllcl < 1100) && (lr1 >= 5.0) && (bot == 0.0)) { + if ((sig_tor >= 3.0) && (sig_tor_winter >= 4.0) && (srh1 >=200) && (esrh >= 200) && (sr46_spd >= 15.0) && (shr8 >= 45.0) && (sblcl < 1000) && (mllcl < 1200) && (lr1 >= 5.0) && (mlcn > -50.0) && (bot == 0.0)) { + // Chin V9 was::if ((sig_tor >= 3.0) && (sig_tor_winter >= 3.0) && (srh1 >= 150) && (esrh >= 150) && (sr46_spd >= 15.0) && (shr8 >= 40.0) && (sblcl < 1000) && (mllcl < 1100) && (lr1 >= 5.0) && (bot == 0.0)) { //*dcp = 1; //*wwtype = 5; ww_choice = 5; /*outgtext( "PDS TOR", tlx + 45, tly + 60 );*/ } - - else if (((sig_tor >= 3.0) || (sig_tor_winter >= 4.0)) && (bot == 0.0)) { + else if (((sig_tor >= 3.0) || (sig_tor_winter >= 4.0)) && (mlcn > -125.0) && (bot == 0.0)) { + // Chin V9 was::else if (((sig_tor >= 3.0) || (sig_tor_winter >= 4.0)) && (bot == 0.0)) { //*dcp = 3; //*wwtype = 4; ww_choice = 4; @@ -1093,7 +1123,8 @@ int cave_ww_type() /*outgtext( "TOR", tlx + 45, tly + 60 );*/ } - else if (((sig_tor >= 1.0) || (sig_tor_winter >= 1.0)) && ((sr46_spd >= 15.0) || (shr8 >= 40.0)) && (bot == 0.0)) { + else if (((sig_tor >= 1.0) || (sig_tor_winter >= 1.0)) && ((sr46_spd >= 15.0) || (shr8 >= 40.0)) && (mlcn > -75.0) && (bot == 0.0)) { + // Chin V9 was::if (((sig_tor >= 1.0) || (sig_tor_winter >= 1.0)) && ((sr46_spd >= 15.0) || (shr8 >= 40.0)) && (bot == 0.0)) { //*dcp = 4; //*wwtype = 4; ww_choice = 4; @@ -1101,7 +1132,8 @@ int cave_ww_type() /*outgtext( "TOR", tlx + 45, tly + 60 );*/ } - else if (((sig_tor >= 1.0) || (sig_tor_winter >= 1.0)) && (low_mid_rh >= 60) && (lr1 >= 5.0) && (bot == 0.0)) { + else if (((sig_tor >= 1.0) || (sig_tor_winter >= 1.0)) && (low_mid_rh >= 60) && (lr1 >= 5.0) && (mlcn > -50.0) && (bot == 0.0)) { + // Chin V9 was::if if (((sig_tor >= 1.0) || (sig_tor_winter >= 1.0)) && (low_mid_rh >= 60) && (lr1 >= 5.0) && (bot == 0.0)) { //*dcp = 5; //*wwtype = 4; ww_choice = 4; @@ -1110,7 +1142,8 @@ int cave_ww_type() outgtext( "TOR", tlx + 45, tly + 60 );*/ } - else if ((( sig_tor >= 1.0) || (sig_tor_winter >= 1.0)) && (bot == 0.0)) { + else if ((( sig_tor >= 1.0) || (sig_tor_winter >= 1.0)) && (mlcn > -150.0) && (bot == 0.0)) { + // Chin V9 was:: if ((( sig_tor >= 1.0) || (sig_tor_winter >= 1.0)) && (bot == 0.0)) { //*dcp = 6; //*wwtype = 3; ww_choice = 3; @@ -1119,7 +1152,8 @@ int cave_ww_type() outgtext( "mrgl TOR", tlx + 40, tly + 60 );*/ } - else if (((( sig_tor >= 0.5) && (esrh >= 150)) || ((sig_tor_winter >= 0.5) && (srh1 >= 150))) && (bot == 0.0)) { + else if (((( sig_tor >= 0.5) && (esrh >= 150)) || ((sig_tor_winter >= 0.5) && (srh1 >= 150))) && (mlcn > -50.0) && (bot == 0.0)) { + // Chin V9 was:: if (((( sig_tor >= 0.5) && (esrh >= 150)) || ((sig_tor_winter >= 0.5) && (srh1 >= 150))) && (bot == 0.0)) { //*dcp = 7; //*wwtype = 3; ww_choice = 3; @@ -1939,12 +1973,17 @@ void getSarsInfo(SarsInfoStr * sarsInfo) wind_shear(sndg[sfc()][pIndex], i_pres(msl(3000)), &ix1, &ix2, &ix3, &ix4); shr3k = ix4; cavespnsharp(&mlcp, &mllcl, &t500, &lr75, &shr6k, &srh1, &nsndgs, &matches, &p1, sndglist, &suplist, &sup_filename, &shr3k, &shr9k, &srh3, &totalsndgs); - /* - for (i=0; i < 15; i++) sndglist[i][14] = '\0'; - printf( "%d High Quality SUPERCELL Matches were found.\n", nsndgs); - for (i=0;i0) diff --git a/ncep/gov.noaa.nws.ncep.ui.nsharp/BigNsharp/cavesars.f b/ncep/gov.noaa.nws.ncep.ui.nsharp/BigNsharp/cavesars.f index c4cb6c17d7..278d690e50 100644 --- a/ncep/gov.noaa.nws.ncep.ui.nsharp/BigNsharp/cavesars.f +++ b/ncep/gov.noaa.nws.ncep.ui.nsharp/BigNsharp/cavesars.f @@ -1,10 +1,10 @@ subroutine cavesars(mumr, mucape, temp, lr, shr, + km9, shr3, ship, srh, tier1, + matches, p1, avsize, matches2, - + sndglist, haillist, fname, cnt) + + sndglist, haillist, fname, totalSnd) c Jan 27, 2010, REJ. - integer maob,saob + parameter (maob=15000) ! Max number of raobs allowed. parameter (saob=15) ! Number of raobs to return to NSHARP. @@ -21,9 +21,9 @@ c Jan 27, 2010, REJ. character datestn*15,dummy*25,matdatestn(maob)*15 character sndglist(saob)*15, fname*(256), fname1*(256) - integer j,cnt,mrmat(maob),capemat(maob),tempmat(maob), - & lrmat(maob),shrmat(maob),km9mat(maob),shr3mat(maob),golf, - & sigm(maob),tier1,tier1cnt,srhmat(maob) + integer cnt, maob,j,mrmat(maob),capemat(maob),tempmat(maob), + &lrmat(maob),shrmat(maob),km9mat(maob),shr3mat(maob),golf, + & sigm(maob),tier1,tier1cnt,srhmat(maob),totalSnd c print *, "****************************************************" c print *, " Entering SARS fortran subroutine" @@ -32,7 +32,7 @@ c print *, "****************************************************" 1 format(a) fname1 = fname(1:len_trim(fname)) -c print *, "Sars Opening input file: ", fname1(1:len_trim(fname1)) +c print *, "Opening input file: ", fname1(1:len_trim(fname1)) open(unit=10,status='old',file=fname1,err=999,iostat=IERR) ************* Read file list.txt into array ******************** @@ -70,48 +70,48 @@ c Calculate difference in shear magnitude between sounding and match c count number of soundings cnt = j - 1 c mixing ratio ranges (g/kg) - k1 - ranmr= 2.0 - ranmrt1= 2.0 - +c ranmr= 2.0 +c ranmrt1= 2.0 +c c determine cape ranges based on cape magnitude (j/kg) - k2 - - rancape = mucape*.30 - - if(mucape.lt.500.) then - rancapet1= mucape*.50 - elseif(mucape.ge.500.0.and.mucape.lt.2000.) then - rancapet1= mucape*.25 - else - rancapet1= mucape*.20 - endif - +c +c rancape = mucape*.30 +c +c if(mucape.lt.500.) then +c rancapet1= mucape*.50 +c elseif(mucape.ge.500.0.and.mucape.lt.2000.) then +c rancapet1= mucape*.25 +c else +c rancapet1= mucape*.20 +c endif +c c 700-500 mb lapse rate ranges (c/km)- k3 - ranlr= 2.0 - ranlrt1= 0.4 - +c ranlr= 2.0 +c ranlrt1= 0.4 +c c 500 mb temperature ranges (c) - k4 - rantemp= 9 - rantempt1= 1.5 - +c rantemp= 9 +c rantempt1= 1.5 +c c 0-6 km shear ranges (m/s) - k6 - ranshr= 12 - ranshrt1= 6 - +c ranshr= 12 +c ranshrt1= 6 +c c 0-9 shear ranges - k7 - rankm9= 22 - rankm9t1= 15 - +c rankm9= 22 +c rankm9t1= 15 +c c 0-3 km shear ranges (m/s) - k8 - ranshr3= 10 - ranshr3t1= 8 - +c ranshr3= 10 +c ranshr3t1= 8 +c c SRH shear ranges (m/s) - k9 c ransrh = 100 - if(srh.lt.50) then - ransrht1 = 25 - else - ransrht1= srh*0.5 - endif +c if(srh.lt.50) then +c ransrht1 = 25 +c else +c ransrht1= srh*0.5 +c endif ************************************************************* c using passed sounding, check against all soundings j . @@ -124,9 +124,53 @@ c using passed sounding, check against all soundings j . golf = 0 tier1 = 0 jh = 0 - + totalSnd = cnt DO 99 j=1,cnt +c mixing ratio ranges (g/kg) - k1 + ranmr= 2.0 + ranmrt1= 2.0 + +c determine cape ranges based on cape magnitude (j/kg) - k2 + + rancape = mucape*.30 + + if(mucape.lt.500.) then + rancapet1= mucape*.50 + elseif(mucape.ge.500.0.and.mucape.lt.2000.) then + rancapet1= mucape*.25 + else + rancapet1= mucape*.20 + endif + +c 700-500 mb lapse rate ranges (c/km)- k3 + ranlr= 2.0 + ranlrt1= 0.4 + +c 500 mb temperature ranges (c) - k4 + rantemp= 9 + rantempt1= 1.5 + +c 0-6 km shear ranges (m/s) - k6 + ranshr= 12 + ranshrt1= 6 + +c 0-9 shear ranges - k7 + rankm9= 22 + rankm9t1= 15 + +c 0-3 km shear ranges (m/s) - k8 + ranshr3= 10 + ranshr3t1= 8 + +c SRH shear ranges (m/s) - k9 +c ransrh = 100 + if(srh.lt.50) then + ransrht1 = 25 + else + ransrht1= srh*0.5 + endif + mrmat(j) = 0 capemat(j) = 0 @@ -293,8 +337,8 @@ c endif c matches = sigcnt + nulcnt -c print *, 'SARS Searching',cnt,' soundings, found',matches - +C print *, 'SARS Searching',cnt,' soundings, found',matches + if(matches2.gt.0) then c Calculate average hail size from matches... avsize = avsize/matches2 diff --git a/ncep/gov.noaa.nws.ncep.ui.nsharp/BigNsharp/cavesup_nsharp.f b/ncep/gov.noaa.nws.ncep.ui.nsharp/BigNsharp/cavesup_nsharp.f index 9c27e51861..2c40cd9af6 100644 --- a/ncep/gov.noaa.nws.ncep.ui.nsharp/BigNsharp/cavesup_nsharp.f +++ b/ncep/gov.noaa.nws.ncep.ui.nsharp/BigNsharp/cavesup_nsharp.f @@ -2,11 +2,11 @@ c program sup_nsharp subroutine cavespnsharp(mlcape, mllcl, temp, lr, shr, + srh, tier1, matches, p1, sndglist, supl2, - + fname,shr3k,shr9k,srh3, cnt) + + fname,shr3k,shr9k,srh3, totalSnd) c SARS For Supercells - integer saob,maob + parameter (maob=15000) ! Max number of raobs allowed. parameter (saob=15) ! Number of raobs to return to NSHARP. @@ -26,10 +26,10 @@ c SARS For Supercells character sndglist(saob)*15, fname*(256), fname1*(256) character tortype(maob)*8,suplist(saob)*8 - integer i,j,cnt,mlmrmat(maob),mlcapemat(maob), + integer totalSnd, cnt, maob,i,j,mlmrmat(maob),mlcapemat(maob), & mlcinmat(maob),mllclmat(maob),mucapemat(maob),sblclmat(maob), - & shrmat(maob),srhmat(maob),tempmat(maob),lrmat(maob),stpmat(maob), - & h500umat(maob),h500vmat(maob),shrcat(maob),matshrcat(maob),tier1, + &shrmat(maob),srhmat(maob),tempmat(maob),lrmat(maob),stpmat(maob), + &h500umat(maob),h500vmat(maob),shrcat(maob),matshrcat(maob),tier1, & tier1cnt,matcat(maob),srh3mat(maob) c print *, "****************************************************" @@ -39,7 +39,7 @@ c print *, "****************************************************" 1 format(a) fname1 = fname(1:len_trim(fname)) -c print *, "SUP Opening input file: ", fname1(1:len_trim(fname1)) +c print *, "Opening input file: ", fname1(1:len_trim(fname1)) open(unit=10,status='old',file=fname1,err=999,iostat=IERR) @@ -73,7 +73,6 @@ c matsrh(j) = abs(matsrh(j)) c count number of soundings cnt = j - 1 - c mlcape ranges - k2 ranmlcape= 1300 ranmlcapet1 = mlcape*0.25 @@ -139,7 +138,7 @@ c using sounding i , check against all soundings j . noncnt = 0 p1=0 p2=0 - + totalSnd = cnt DO 99 j=1,cnt mlcapemat(j) = 0 @@ -248,8 +247,8 @@ c endif matches = torcnt + noncnt -c print *, 'SARS Supercell Searching',cnt,' soundings, found',matches - +c print *, 'SARS Searching',cnt,' soundings, found',matches + if(matches.ne.0) then p1 = torcnt/matches*100 p2 = noncnt/matches*100 @@ -280,6 +279,6 @@ c write(*,*) '' 999 matches = 0 p1 = 0 tier1 = 0 - print *, "ERROR - SUPERCELL input file not found. Aborting..." + print *, "ERROR - SARS input file not found. Aborting..." end diff --git a/ncep/gov.noaa.nws.ncep.ui.nsharp/src/gov/noaa/nws/ncep/ui/nsharp/display/NsharpTimeStnPaneMouseHandler.java b/ncep/gov.noaa.nws.ncep.ui.nsharp/src/gov/noaa/nws/ncep/ui/nsharp/display/NsharpTimeStnPaneMouseHandler.java index 01b7c36593..0b221a3353 100644 --- a/ncep/gov.noaa.nws.ncep.ui.nsharp/src/gov/noaa/nws/ncep/ui/nsharp/display/NsharpTimeStnPaneMouseHandler.java +++ b/ncep/gov.noaa.nws.ncep.ui.nsharp/src/gov/noaa/nws/ncep/ui/nsharp/display/NsharpTimeStnPaneMouseHandler.java @@ -20,7 +20,10 @@ package gov.noaa.nws.ncep.ui.nsharp.display; +import org.eclipse.swt.SWT; + import gov.noaa.nws.ncep.ui.nsharp.display.map.NsharpMapResource; +import gov.noaa.nws.ncep.ui.nsharp.display.rsc.NsharpSkewTPaneResource; import gov.noaa.nws.ncep.ui.nsharp.display.rsc.NsharpTimeStnPaneResource; import gov.noaa.nws.ncep.ui.nsharp.view.NsharpShowTextDialog; @@ -76,7 +79,7 @@ public class NsharpTimeStnPaneMouseHandler extends NsharpAbstractMouseHandler{ Coordinate c = editor.translateClick(x, y); if(timeStnRsc.getTimeLineRectangle().contains((int) c.x, (int) c.y) == true && this.mode == Mode.TIMELINE_DOWN) { //data time line has been touched, and may be changed - timeStnRsc.getRscHandler().handleUserClickOnTimeLine(c); + timeStnRsc.getRscHandler().handleUserClickOnTimeLine(c,shiftDown);// FixMark:clickOnTimeStnPane handleMouseMove(x,y); NsharpShowTextDialog textarea = NsharpShowTextDialog.getAccess(); @@ -87,12 +90,12 @@ public class NsharpTimeStnPaneMouseHandler extends NsharpAbstractMouseHandler{ } else if(timeStnRsc.getStnIdRectangle().contains((int) c.x, (int) c.y) == true && this.mode == Mode.STATIONID_DOWN) { //stn id line has been touched, and may be changed - timeStnRsc.getRscHandler().handleUserClickOnStationId(c); + timeStnRsc.getRscHandler().handleUserClickOnStationId(c,shiftDown);// FixMark:clickOnTimeStnPane handleMouseMove(x,y); } else if(timeStnRsc.getSndRectangle().contains((int) c.x, (int) c.y) == true && this.mode == Mode.SNDTYPE_DOWN) { //stn id line has been touched, and may be changed - timeStnRsc.getRscHandler().handleUserClickOnSndLine(c); + timeStnRsc.getRscHandler().handleUserClickOnSndLine(c,shiftDown);// FixMark:clickOnTimeStnPane handleMouseMove(x,y); } @@ -106,6 +109,31 @@ public class NsharpTimeStnPaneMouseHandler extends NsharpAbstractMouseHandler{ } return false; } + // FixMark:clickOnTimeStnPane + @Override + public boolean handleKeyDown(int keyCode) { + //System.out.println("key down="+(char)keyCode+ " code ="+keyCode); + + if ((keyCode & SWT.SHIFT) != 0) { + shiftDown = true; + + return true; + } + return false; + } - + @Override + public boolean handleKeyUp(int keyCode) { + //String s = "key up="+(char)keyCode; + //System.out.println(s+ " code ="+keyCode); + if (getPaneDisplay() == null) { + return false; + } + if (keyCode == SWT.SHIFT) { + shiftDown = false; + return true; + } + return false; + } + //End FixMark:clickOnTimeStnPane } diff --git a/ncep/gov.noaa.nws.ncep.ui.nsharp/src/gov/noaa/nws/ncep/ui/nsharp/display/rsc/NsharpResourceHandler.java b/ncep/gov.noaa.nws.ncep.ui.nsharp/src/gov/noaa/nws/ncep/ui/nsharp/display/rsc/NsharpResourceHandler.java index 0c45432560..6632978f23 100644 --- a/ncep/gov.noaa.nws.ncep.ui.nsharp/src/gov/noaa/nws/ncep/ui/nsharp/display/rsc/NsharpResourceHandler.java +++ b/ncep/gov.noaa.nws.ncep.ui.nsharp/src/gov/noaa/nws/ncep/ui/nsharp/display/rsc/NsharpResourceHandler.java @@ -12,7 +12,7 @@ * ------- ------- -------- ----------- * 04/30/2012 229 Chin Chen Initial coding * 01/13/2014 Chin Chen TTR829- when interpolation, edit graph is allowed - * 08/20/2013 2259 bsteffen Delete old skewt plugin. + * 02/03/2014 1106 Chin Chen Need to be able to use clicking on the Src,Time, or StnId to select display * * * @@ -75,3760 +75,3591 @@ import com.raytheon.viz.core.graphing.WGraphics; import com.raytheon.viz.core.graphing.WindBarbFactory; import com.sun.jna.ptr.FloatByReference; import com.vividsolutions.jts.geom.Coordinate; - @SuppressWarnings("deprecation") public class NsharpResourceHandler { - private IRenderableDisplay[] displayArray = null; - - private NsharpPartListener.PartEvent editorPartStatus = NsharpPartListener.PartEvent.partClosed; - - private NsharpSkewTPaneResource skewtPaneRsc; - - private NsharpWitoPaneResource witoPaneRsc; - - private NsharpHodoPaneResource hodoPaneRsc; - - private NsharpTimeStnPaneResource timeStnPaneRsc; - - private NsharpInsetPaneResource insetPaneRsc; - - private NsharpDataPaneResource dataPaneRsc; - - private NsharpSpcGraphsPaneResource spcGraphsPaneRsc; - - private NsharpAbstractPaneResource futurePaneRsc; - - private String[] defaultDays; - - NsharpNative nsharpNative = null; - - private int displayDataPageMax; - - private static final int INSETPAGEMAX = 2; - - private int currentTextChapter = 1; - - private int currentInsetPage = 1; - - private int cnYOrig = NsharpConstants.COLOR_NOTATION_Y_ORIG; - - private int dtNextPageEnd = NsharpConstants.DATA_TIMELINE_NEXT_PAGE_END_; - - private int charHeight = NsharpConstants.CHAR_HEIGHT_; - - private int dtXOrig = NsharpConstants.DATA_TIMELINE_X_ORIG; - - private int dtYOrig = NsharpConstants.DATA_TIMELINE_Y_ORIG; - - private int dtWidth = NsharpConstants.DATA_TIMELINE_WIDTH; - - private String paneConfigurationName; - - private int numTimeLinePerPage = 1; - - /* - * Hodograph Modes - definition is based on definitions in globals_xw.h of - * BigNsharp - */ - private static final int HODO_NORMAL = 0; - - // private static int HODO_EFFECTIVE= 1; not used in BigNsharp source code - private static final int HODO_STORMRELATIVE = 2; - - @SuppressWarnings("unused") - private static final int HODO_BNDRY = 3; - - private static final int HODO_MEANWIND = 4; - - @SuppressWarnings("unused") - private int currentHodoWindMode = HODO_MEANWIND; - - private NsharpConfigManager configMgr; - - private NsharpConfigStore configStore; - - private NsharpGraphProperty graphConfigProperty; - - private HashMap linePropertyMap; - - private NsharpDataPageProperty dataPageProperty; - - private int[] pageDisplayOrderNumberArray = new int[NsharpConstants.PAGE_MAX_NUMBER + 1]; // index - // is - // the - // real - // page - // defined - // in - // NsharpConstants - // to - // be - // shown, - // value - // is - // the - // order - // number - // of - // this - // page. - // index - // 0 - // point - // to - // a - // dummy. - - private boolean overlayIsOn = false; - - private boolean interpolateIsOn = false; - - private boolean compareSndIsOn = false; - - private boolean compareStnIsOn = false; - - private boolean compareTmIsOn = false; - - private boolean editGraphOn = false; - - private boolean getTimeMatcher = false; - - public int TEMP_TYPE = 1; - - public int DEWPOINT_TYPE = 2; - - private int currentTempCurveType; - - private int currentSoundingLayerIndex = 0; - - private int hodoEditingSoundingLayerIndex = 0; - - private boolean plotInteractiveTemp = false; - - private Coordinate interactiveTempPointCoordinate; - - public static final float INVALID_DATA = NsharpNativeConstants.NSHARP_NATIVE_INVALID_DATA; - - protected static final double BARB_LENGTH = 3.5; - - private String soundingType = null; - - protected DataTime displayedSounding; - - private int currentGraphMode = NsharpConstants.GRAPH_SKEWT; - - protected ListenerList listenerList = new ListenerList(); - - // current active sounding layer list - private List soundingLys = null; - - private List previousSoundingLys = null; - - private String pickedStnInfoStr; // current picked stn info with time line, - // e.g. "ATLH 101209/03(Thu)V003" - - private NsharpStationInfo pickedStnInfo = null; - - private IFrameCoordinator.FrameChangeOperation currentOpDirection = IFrameCoordinator.FrameChangeOperation.NEXT; // next - // =forward - - private HashMap stormSlinkyColorMap = new HashMap(); - - private List>> stnTimeSndTable = new ArrayList>>(); - - // stnTimeSndTable: - // Store all sounding profiles property for GUI display control - // 1st index refer to stnId, 2nd index refer to time line and 3rd point to - // sndType. - // It is same as [][][] 3d array. - // We dynamically expand this 3D array based on newly added - // stnid/timeline/sndType When a new sounding data is loaded, - // All unloaded element is null. Only when user load new sounding with this - // stnId/this time line/this sndType, then - // the element allocated. - // - // stn3-> T1--->T2--->T3->... - // ^ - // / - // stn2-> T1--->T2--->T3->... - // ^ - // / - // stn1-> T1--->T2--->T3->... - // | | | - // V V V - // snd1 snd1 snd1 - // | | | - // V V V - // snd2 snd2 snd2 - // | | | - // V V V - // stnTimeSndTable first dimension (station id) should be in sync with - // stnElementList, - // 2nd dimension (time line) should be in sync with timeElementList, and - // 3rd dimension (sounding type) should be in sync with sndTypeElementList - // NULL element in stnTimeSndTable indicates that sounding data is not - // loaded yet. - - private List stnElementList = new ArrayList(); - - private List timeElementList = new ArrayList(); - - private List sndElementList = new ArrayList(); - - private NsharpSoundingElementStateProperty curSndProfileProp = null; - - private NsharpSoundingElementStateProperty preSndProfileProp = null; - - private int curTimeLinePage = 1; - - private int totalTimeLinePage = 1; - - private int curStnIdPage = 1; - - private int totalStnIdPage = 1; - - private int curSndPage = 1; - - private int totalSndPage = 1; - - private int previousTimeLineStateListIndex; - - private int currentStnElementListIndex = -1; // index to first dim of - // stnTimeSndTable and index to - // stnElementList - - private int currentTimeElementListIndex = -1;// index to 2nd dim of - // stnTimeSndTable and index to - // timeElementList - - private int currentSndElementListIndex = -1;// index to 3rd dim of - // stnTimeSndTable and index to - // sndElementList - - // use element state, NsharpConstants.LoadState or NsharpConstants.ActState, - // as key to set color for drawing - private HashMap elementColorMap = new HashMap(); - - private short currentParcel = NsharpNativeConstants.PARCELTYPE_MOST_UNSTABLE; - - private float currentParcelLayerPressure = NsharpNativeConstants.MU_LAYER; - - private float smWindDir, smWindSpd; - - public List>> getStnTimeSndTable() { - return stnTimeSndTable; - } - - public List getAllLoadedSndDesciptionList() { - List strLst = new ArrayList(); - for (List> tlListList : stnTimeSndTable) { - // add a new element for the new sndType to each existing sndlist of - // each existing time of each existing stnId - for (List sndtyList : tlListList) { - for (NsharpSoundingElementStateProperty elem : sndtyList) { - if (elem != null) - strLst.add(elem.getElementDescription()); - } - } - } - return strLst; - } - - public List getStnElementList() { - return stnElementList; - } - - public List getTimeElementList() { - return timeElementList; - } - - public List getSndElementList() { - return sndElementList; - } - - public int getCurrentStnElementListIndex() { - return currentStnElementListIndex; - } - - public int getCurrentTimeElementListIndex() { - return currentTimeElementListIndex; - } - - public int getTimeElementListSize() { - return timeElementList.size(); - } - - public int getCurrentSndElementListIndex() { - return currentSndElementListIndex; - } - - // shape and color storage - public class ShapeAndLineProperty { - IWireframeShape shape; - - NsharpLineProperty lp; - - public ShapeAndLineProperty() { - super(); - lp = new NsharpLineProperty(); - } - - } - - public HashMap getLinePropertyMap() { - return linePropertyMap; - } - - public boolean isCompareStnIsOn() { - return compareStnIsOn; - } - - public boolean isCompareTmIsOn() { - return compareTmIsOn; - } - - public boolean isCompareSndIsOn() { - return compareSndIsOn; - } - - public boolean isOverlayIsOn() { - return overlayIsOn; - } - - public NsharpNative getNsharpNative() { - return nsharpNative; - } - - public void setNextTextChapter() { - if (currentTextChapter == displayDataPageMax) { - currentTextChapter = 1; - } else - currentTextChapter++; - } - - public void setNextInsetPage() { - if (currentInsetPage == INSETPAGEMAX) { - currentInsetPage = 1; - } else - currentInsetPage++; - } - - public void setOverlayIsOn(boolean overlay) { - previousSoundingLys = null; - previousTimeLineStateListIndex = -1; - preSndProfileProp = null; - this.overlayIsOn = overlay; - - if (hodoPaneRsc != null) - hodoPaneRsc.createRscHodoWindShapeAll(); - if (skewtPaneRsc != null) - skewtPaneRsc.handleResize(); - } - - public boolean isInterpolateIsOn() { - return interpolateIsOn; - } - - /* - * When compareStnIsOn is changed, - */ - public void setCompareStnIsOn(boolean compareIsOn) { - this.compareStnIsOn = compareIsOn; - - // This is the case when sounding data is not available at - // currentTimeElementListIndex/currentSndElementListIndex/currentStnElementListIndex - // and user set - // compare stn on. - if (compareStnIsOn) { - if (soundingLys == null && currentTimeElementListIndex >= 0 - && currentSndElementListIndex >= 0) { - // find a new available stn for current time and sndType - boolean found = false; - for (int i = 0; i < stnElementList.size(); i++) { - if (stnElementList.get(i).getActionState() == NsharpConstants.ActState.ACTIVE - && stnTimeSndTable.get(i) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex) != null) { - found = true; - currentStnElementListIndex = i; - } - - if (found) - break; - } - if (!found) - return; - } - - int colorIndex = NsharpConstants.LINE_COMP1; - for (NsharpOperationElement elm : stnElementList) { - int stnIndex = stnElementList.indexOf(elm); - NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable - .get(stnIndex).get(currentTimeElementListIndex) - .get(currentSndElementListIndex); - if (stnTmElm != null) { - stnTmElm.setCompColorIndex(colorIndex); - // if(colorIndex > NsharpConstants.LINE_COMP10) - // colorIndex = NsharpConstants.LINE_COMP1; - } - colorIndex++; - if (colorIndex > NsharpConstants.LINE_COMP10) - colorIndex = NsharpConstants.LINE_COMP1; - } - } - setCurSndProfileProp(); - setCurrentSoundingLayerInfo(); - resetData(); - } - - public void setCompareSndIsOn(boolean compareSndIsOn) { - this.compareSndIsOn = compareSndIsOn; - // This is the case when sounding data is not available at - // currentTimeElementListIndex/currentSndElementListIndex/currentStnElementListIndex - // and user set - // compSnd on - if (compareSndIsOn) { - if (soundingLys == null && currentStnElementListIndex >= 0 - && currentTimeElementListIndex >= 0) { - // find a new available snd type for current time and stn - boolean found = false; - for (int i = 0; i < sndElementList.size(); i++) { - if (sndElementList.get(i).getActionState() == NsharpConstants.ActState.ACTIVE - && stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex).get(i) != null) { - found = true; - currentSndElementListIndex = i; - } - if (found) - break; - } - if (!found) - return; - } - int colorIndex = NsharpConstants.LINE_COMP1; - for (NsharpOperationElement elm : sndElementList) { - int sndIndex = sndElementList.indexOf(elm); - NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable - .get(currentStnElementListIndex) - .get(currentTimeElementListIndex).get(sndIndex); - if (stnTmElm != null) { - stnTmElm.setCompColorIndex(colorIndex); - // if(colorIndex > NsharpConstants.LINE_COMP10) - // colorIndex = NsharpConstants.LINE_COMP1; - } - colorIndex++; - if (colorIndex > NsharpConstants.LINE_COMP10) - colorIndex = NsharpConstants.LINE_COMP1; - } - } - setCurSndProfileProp(); - setCurrentSoundingLayerInfo(); - resetData(); - - } - - public void setCompareTmIsOn(boolean compareIsOn) { - this.compareTmIsOn = compareIsOn; - // This is the case when sounding data is not available at - // currentTimeElementListIndex/currentSndElementListIndex/currentStnElementListIndex - // and user set - // compTm on - if (compareIsOn) { - if (soundingLys == null && currentStnElementListIndex >= 0 - && currentSndElementListIndex >= 0) { - // find a new available time line for current snd type and stn - boolean found = false; - for (int i = 0; i < timeElementList.size(); i++) { - if (timeElementList.get(i).getActionState() == NsharpConstants.ActState.ACTIVE - && stnTimeSndTable.get(currentStnElementListIndex) - .get(i).get(currentSndElementListIndex) != null) { - found = true; - currentTimeElementListIndex = i; - } - if (found) - break; - } - if (!found) - return; - } - int colorIndex = NsharpConstants.LINE_COMP1; - for (NsharpOperationElement elm : timeElementList) { - int tmIndex = timeElementList.indexOf(elm); - NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable - .get(currentStnElementListIndex).get(tmIndex) - .get(currentSndElementListIndex); - if (stnTmElm != null) { - stnTmElm.setCompColorIndex(colorIndex); - // if(colorIndex > NsharpConstants.LINE_COMP10) - // colorIndex = NsharpConstants.LINE_COMP1; - } - colorIndex++; - if (colorIndex > NsharpConstants.LINE_COMP10) - colorIndex = NsharpConstants.LINE_COMP1; - } - } - setCurSndProfileProp(); - setCurrentSoundingLayerInfo(); - resetData(); - } - - public void setEditGraphOn(boolean editGraphOn) { - this.editGraphOn = editGraphOn; - } - - public boolean isEditGraphOn() { - return editGraphOn; - } - - public int getCurrentGraphMode() { - return currentGraphMode; - } - - public void setCurrentGraphMode(int currentGraphMode) { - this.currentGraphMode = currentGraphMode; - if (skewtPaneRsc != null) - skewtPaneRsc.setCurrentGraphMode(currentGraphMode); - refreshPane(); - } - - public short getCurrentParcel() { - return currentParcel; - } - - // native nsharp c/fortran lib - // NsharpNative is native nsharp lib awips/lib/libnsharp.so wrapper class - - public float getSmWindDir() { - return smWindDir; - } - - public float getSmWindSpd() { - return smWindSpd; - } - - public void setCurrentHodoWindMode(int cursorPositionIndex) { - switch (cursorPositionIndex) { - case 0: - this.currentHodoWindMode = HODO_NORMAL; - break; - case 1: - this.currentHodoWindMode = HODO_STORMRELATIVE; - break; - case 2: - default: - this.currentHodoWindMode = HODO_MEANWIND; - break; - } - } - - public NsharpStationInfo getPickedStnInfo() { - return pickedStnInfo; - } - - public String getSoundingType() { - return soundingType; - } - - public void setSoundingType(String soundingType) { - this.soundingType = soundingType; - } - - public void setCurrentParcel(short currentParcel) { - this.currentParcel = currentParcel; - currentParcelLayerPressure = NsharpNativeConstants.parcelToLayerMap - .get(currentParcel); - // inform data/skewT panel as well - if (dataPaneRsc != null) { - dataPaneRsc.setCurrentParcel(currentParcel); - } - if (skewtPaneRsc != null) { - if (currentParcel == NsharpNativeConstants.PARCELTYPE_USER_DEFINED) - currentParcelLayerPressure = NsharpParcelDialog - .getUserDefdParcelMb(); - skewtPaneRsc.createRscParcelTraceShapes(currentParcel, - currentParcelLayerPressure); - skewtPaneRsc.createRscParcelRtTraceShapesList(currentParcel, - currentParcelLayerPressure); - skewtPaneRsc.createLCLEtcLinesShape(); - } - } - - public void updateParcelFromPanel(short currentParcel) { - this.currentParcel = currentParcel; - currentParcelLayerPressure = NsharpNativeConstants.parcelToLayerMap - .get(currentParcel); - if (skewtPaneRsc != null) { - skewtPaneRsc.createRscParcelTraceShapes(currentParcel, - currentParcelLayerPressure); - skewtPaneRsc.createRscParcelRtTraceShapesList(currentParcel, - currentParcelLayerPressure); - skewtPaneRsc.createLCLEtcLinesShape(); - } - } - - public void setHodoStmCenter(Coordinate hodoHouseC) { - if (hodoPaneRsc == null) - return; - // hodoPaneRsc.setHodoHouseC(hodoHouseC); - Coordinate c = hodoPaneRsc.getHodoBackground().getWorld() - .unMap(hodoHouseC.x, hodoHouseC.y); - c = WxMath.speedDir((float) c.x, (float) c.y); - smWindDir = (float) c.y; - smWindSpd = (float) c.x; - nsharpNative.nsharpLib.set_storm(smWindSpd, smWindDir); - if (insetPaneRsc != null) { - WGraphics WGc = insetPaneRsc.getPsblWatchTypeBackground() - .getWorld(); - insetPaneRsc.createBkgPsblWatchShape(WGc); - - // Sr wind vs Height graph shape need to recreate - WGc = insetPaneRsc.getSrWindsBackground().getWorld(); - insetPaneRsc.createRscSrWindShape(WGc); - } - if (skewtPaneRsc != null) { - skewtPaneRsc.createEffectiveLayerLinesShape(); - skewtPaneRsc.updatePsblWatchColor(); - } - } - - // This function is called only when interpolation "on/off" is changed by - // user - public void resetInfoOnInterpolate(boolean interpolateIsOn) - throws CloneNotSupportedException { - // We dont want to assume previous interpolation on/off state. So, reset - // soundingLys any how. - this.interpolateIsOn = interpolateIsOn; - NsharpSoundingElementStateProperty elem = getCurSoundingElementStateProperty(); - if (elem != null) { - if (interpolateIsOn == false) { - soundingLys = elem.getSndLyLst(); - - } else { - /* - * //TTR829 //interpolation is on //we dont want to change - * original raw data, so use a deep copy List - * intpSndLst = new ArrayList(); - * for(NcSoundingLayer layer: elem.getSndLyLst() ) { - * intpSndLst.add((NcSoundingLayer) layer.clone()); } - * - * // interpolation intpSndLst = - * performInterpolation(intpSndLst); - * - * soundingLys = intpSndLst; - */ - // end TTR829 - soundingLys = performInterpolation(soundingLys); - } - - nsharpNative.populateSndgData(soundingLys); - if (skewtPaneRsc != null) - skewtPaneRsc.resetData(soundingLys, previousSoundingLys); - if (hodoPaneRsc != null) - hodoPaneRsc.resetData(soundingLys, previousSoundingLys); - if (witoPaneRsc != null) - witoPaneRsc.resetData(soundingLys, previousSoundingLys); - if (dataPaneRsc != null) - dataPaneRsc.resetData(soundingLys, previousSoundingLys); - if (insetPaneRsc != null) - insetPaneRsc.resetData(soundingLys, previousSoundingLys); - - // re-create shape - if (skewtPaneRsc != null) - skewtPaneRsc.handleResize(); - if (hodoPaneRsc != null) - hodoPaneRsc.createRscHodoWindShapeAll(); - if (insetPaneRsc != null) - insetPaneRsc.createInsetWireFrameShapes(); - if (witoPaneRsc != null) - witoPaneRsc.createRscWireFrameShapes(); - - } - - } - - public void handleNsharpEditorPartEvent(NsharpPartListener.PartEvent pStatus) { - switch (pStatus) { - case partActivated: - if (editorPartStatus != NsharpPartListener.PartEvent.partDeactivated) { - // repopulateSndgData(); - // resetRsc(); - resetData(); - } - - break; - default: - break; - } - editorPartStatus = pStatus; - } - - public void resetRsc() { - restoreAllSoundingData(); - NsharpSoundingElementStateProperty elem = getCurSoundingElementStateProperty(); - if (elem != null) { - this.soundingLys = elem.getSndLyLst(); - // Set default parcel trace data - currentParcel = NsharpNativeConstants.PARCELTYPE_MOST_UNSTABLE; - currentParcelLayerPressure = NsharpNativeConstants.MU_LAYER; - setSoundingInfo(this.soundingLys); - currentTextChapter = 1; - overlayIsOn = false; - interpolateIsOn = false; - compareStnIsOn = false; - compareSndIsOn = false; - compareTmIsOn = false; - editGraphOn = false; - if (skewtPaneRsc != null) - skewtPaneRsc - .setCurrentSkewTEditMode(NsharpConstants.SKEWT_EDIT_MODE_EDITPOINT); - resetData(); - } - - } - - public synchronized void resetData() { - // System.out.println("resetData called, rscHdr="+this.toString() + - // " pickedStnInfoStr="+pickedStnInfoStr+ - // " nsharpNative="+nsharpNative.toString()); - - // update active sounding layer and picked stn info - // re-populate snd data to nsharp native code lib for later calculating - nsharpNative.populateSndgData(soundingLys); - if (skewtPaneRsc != null) - skewtPaneRsc.resetData(soundingLys, previousSoundingLys); - if (hodoPaneRsc != null) - hodoPaneRsc.resetData(soundingLys, previousSoundingLys); - if (insetPaneRsc != null) - insetPaneRsc.resetData(soundingLys, previousSoundingLys); - if (dataPaneRsc != null) - dataPaneRsc.resetData(soundingLys, previousSoundingLys); - if (witoPaneRsc != null) - witoPaneRsc.resetData(soundingLys, previousSoundingLys); - - NsharpShowTextDialog textarea = NsharpShowTextDialog.getAccess(); - if (textarea != null) { - textarea.refreshTextData(); - } - // if soundingLys is null, then we stop here, after reset data. - if (soundingLys == null) - return; - if (soundingLys.size() > 0) { - // set initial hodohouseC - - // ----- set hodo circle at Bunkers Right, Chin according to TTR6065 - // or RaytheonTicket#10438 - FloatByReference dummy1 = new FloatByReference(-999); - FloatByReference dummy2 = new FloatByReference(-999); - FloatByReference bwdir = new FloatByReference(-999); - FloatByReference bwspd = new FloatByReference(-999); - nsharpNative.nsharpLib.bunkers_storm_motion(dummy1, dummy2, bwdir, - bwspd); - // System.out.println("resetData windspd="+ bwspd.getValue()+ - // " dir="+bwdir.getValue()); - smWindSpd = bwspd.getValue(); - smWindDir = bwdir.getValue(); - nsharpNative.nsharpLib.set_storm(smWindSpd, smWindDir); - - // reset parcel - currentParcel = NsharpNativeConstants.PARCELTYPE_MOST_UNSTABLE; - currentParcelLayerPressure = NsharpNativeConstants.MU_LAYER; - // reset parcel dialog as well - if (NsharpParcelDialog.getAccess() != null) { - NsharpParcelDialog.getAccess().resetUserDefParcel(); - } - /* - * Chin::: This api is called in many scenarios. User may want to - * keep his previous picked parcel type. Therefore, - * thdataPaneRsc.resetCurrentParcel should be called from other area - * that really meant to reset parcel type. - */ - } - // Chin: TBD remove handle resize here to fix sizing issue when swapped - // nsharp from side pane back to main pane - // but, may cause other problem? - // if(skewtPaneRsc!=null) - // skewtPaneRsc.handleResize(); - if (skewtPaneRsc != null) - skewtPaneRsc.createRscWireFrameShapes(); - if (hodoPaneRsc != null) - hodoPaneRsc.createRscHodoWindShapeAll(); - if (insetPaneRsc != null) - insetPaneRsc.createInsetWireFrameShapes(); - if (witoPaneRsc != null) - witoPaneRsc.createAllWireFrameShapes(); - } - - private class NsharpOperationElementComparator implements - Comparator { - @Override - public int compare(NsharpOperationElement o1, NsharpOperationElement o2) { - - String s1tok1 = "";// , s1tok2=""; - String s2tok1 = "";// , s2tok2=""; - StringTokenizer st1 = new StringTokenizer( - o1.getElementDescription()); - int tkCount1 = st1.countTokens(); - // System.out.println("ElementComparatorTimeLine o1="+o1.elementDescription+"c1 = "+tkCount1); - if (tkCount1 >= 1) { - s1tok1 = st1.nextToken(); - } else { - return 0; - - } - // System.out.println("t1="+s1tok1+" t2="+s2tok1); - StringTokenizer st2 = new StringTokenizer( - o2.getElementDescription()); - int tkCount2 = st2.countTokens(); - // System.out.println("ElementComparatorTimeLine o2="+o2.elementDescription+"c2 = "+tkCount2); - if (tkCount2 >= 1) { - s2tok1 = st2.nextToken(); - } else { - return 0; - - } - // System.out.println("t1="+s2tok1+" t2="+s2tok2); - if (s1tok1.compareTo(s2tok1) == 0) { - return 0; - } else if (s1tok1.compareTo(s2tok1) < 0) { - return 1; - } else if (s1tok1.compareTo(s2tok1) > 0) { - return -1; - } - return 0; - } - } - - private int getIndexFromElementList(String targetDescription, - List elemLst) { - for (NsharpOperationElement sndProp : elemLst) { - if (sndProp.getElementDescription().equals(targetDescription)) - return elemLst.indexOf(sndProp); - - } - return -1; - } - - private void restoreAllSoundingData() { - for (List> tlListList : stnTimeSndTable) { - // add a new element for the new sndType to each existing sndlist of - // each existing time of each existing stnId - for (List sndtyList : tlListList) { - for (NsharpSoundingElementStateProperty elem : sndtyList) { - if (elem != null) - elem.restoreSndLyLstFromBackup(); - } - } - } - } - - private int addElemToElemList(String elemDesc, - List elemList) { - NsharpOperationElement elem = new NsharpOperationElement(elemDesc, - NsharpConstants.ActState.ACTIVE); - elemList.add(elem); - Collections.sort(elemList, new NsharpOperationElementComparator()); - return elemList.indexOf(elem); - } - - private void addNewSndToStnTimeSndTable(int sndIndex) { - for (List> tlListList : stnTimeSndTable) { - // add a new element for the new sndType to each existing sndlist of - // each existing time of each existing stnId - for (List sndtyList : tlListList) { - sndtyList.add(sndIndex, null); - } - } - } - - private void addNewStnToStnTimeSndTable(int stnIndex) { - // Add new stnid to outer list of stnTimeSndTable - List> listListForNewStn = new ArrayList>(); - // based on new stn id, add list for each existing time line - for (int i = 0; i < timeElementList.size(); i++) { - // based on each time line, add element for each existing sndType - List sndListForTm = new ArrayList(); - for (int j = 0; j < sndElementList.size(); j++) { - sndListForTm.add(null); - } - listListForNewStn.add(sndListForTm); - } - stnTimeSndTable.add(stnIndex, listListForNewStn); - } - - private void addNewTimeToStnTimeSndTable(int timeIndex) { - for (List> tlListList : stnTimeSndTable) { - // based on sndTypeElementList - // create sndlist for the new time line for each existing stnid - List newSndList = new ArrayList(); - for (int i = 0; i < sndElementList.size(); i++) { - newSndList.add(null); - } - // add sndlist for the new time line to stn list - tlListList.add(timeIndex, newSndList); - } - } - - private void addElementToTableAndLists(String stnId_timeLine_sndType, - String stnId, String tmLine, String sndType, - NsharpStationInfo stnInfo, List sndLyLst) { - // System.out.println("stn to be added "+ stnId + " timeline "+tmLine); - NsharpSoundingElementStateProperty newSndPropElem = null; - int tmIndex = getIndexFromElementList(tmLine, timeElementList); - int stnIndex = getIndexFromElementList(stnId, stnElementList); - int sndTpyeIndex = getIndexFromElementList(sndType, sndElementList); - currentTimeElementListIndex = tmIndex; - currentStnElementListIndex = stnIndex; - currentSndElementListIndex = sndTpyeIndex; - // based on these 3 indexes, we have 8 cases to handle. - if (tmIndex >= 0 && stnIndex >= 0 && sndTpyeIndex >= 0) { - // CASE1: All 3 index are good (>=0) - if (stnTimeSndTable.get(stnIndex).get(tmIndex).get(sndTpyeIndex) != null) - // this sounding element is already loaded - return; - else { - // replace previously added "null" object with real - // NsharpSoundingElementStateProperty object - newSndPropElem = new NsharpSoundingElementStateProperty( - stnId_timeLine_sndType, stnId, tmLine, stnInfo, - sndLyLst); - stnTimeSndTable.get(stnIndex).get(tmIndex) - .set(sndTpyeIndex, newSndPropElem); - } - } else if (tmIndex >= 0) { - if (stnIndex >= 0) { - // CASE2 : tmIndex/stnIndex are good (>=0), sndTpyeIndex is bad - // (<0), a new snd type - // add new sndType to sndTypeElementList - currentSndElementListIndex = addElemToElemList(sndType, - sndElementList); - // Add new snd type to each snd type list of stnTimeSndTable - addNewSndToStnTimeSndTable(currentSndElementListIndex); - // replace previously added "null" object with real - // NsharpSoundingElementStateProperty object - newSndPropElem = new NsharpSoundingElementStateProperty( - stnId_timeLine_sndType, stnId, tmLine, stnInfo, - sndLyLst); - stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .set(currentSndElementListIndex, newSndPropElem); - } else { - if (sndTpyeIndex >= 0) { - // CASE3 : tmIndex/sndTpyeIndex are good, stnIndex is bad - // (<0), a new stnId - // add new stn to stnElementList - currentStnElementListIndex = addElemToElemList(stnId, - stnElementList); - // Add new stnid to outer list of stnTimeSndTable - addNewStnToStnTimeSndTable(currentStnElementListIndex); - // replace previously added "null" object with real - // NsharpSoundingElementStateProperty object - newSndPropElem = new NsharpSoundingElementStateProperty( - stnId_timeLine_sndType, stnId, tmLine, stnInfo, - sndLyLst); - stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .set(currentSndElementListIndex, newSndPropElem); - - } else { - // CASE4 : tmIndex is good, stnIndex/sndTpyeIndex are bad - // (<0), new stnId and new snd type - // add new stn to stnElementList - currentStnElementListIndex = addElemToElemList(stnId, - stnElementList); - // add new sndType to sndTypeElementList - currentSndElementListIndex = addElemToElemList(sndType, - sndElementList); - // Add new snd type to each snd type list of stnTimeSndTable - addNewSndToStnTimeSndTable(currentSndElementListIndex); - // Add new stnid to outer list of stnTimeSndTable - addNewStnToStnTimeSndTable(currentStnElementListIndex); - // replace previously added "null" object with real - // NsharpSoundingElementStateProperty object - newSndPropElem = new NsharpSoundingElementStateProperty( - stnId_timeLine_sndType, stnId, tmLine, stnInfo, - sndLyLst); - stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .set(currentSndElementListIndex, newSndPropElem); - - } - } - } else { - if (stnIndex >= 0) { - if (sndTpyeIndex >= 0) { - // CASE5 : stnIndex/sndTpyeIndex are good, tmIndex is bad - // (<0) - // add new time line to timeElementList - currentTimeElementListIndex = addElemToElemList(tmLine, - timeElementList); - // add new time line to StnTimeSndTable - addNewTimeToStnTimeSndTable(currentTimeElementListIndex); - // replace previously added "null" object with real - // NsharpSoundingElementStateProperty object - newSndPropElem = new NsharpSoundingElementStateProperty( - stnId_timeLine_sndType, stnId, tmLine, stnInfo, - sndLyLst); - stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .set(currentSndElementListIndex, newSndPropElem); - - } else { - // CASE6 : stnIndex is good, tmIndex/sndTpyeIndex are bad - // (<0) - // add new time line to timeElementList - currentTimeElementListIndex = addElemToElemList(tmLine, - timeElementList); - // add new sndType to sndTypeElementList - currentSndElementListIndex = addElemToElemList(sndType, - sndElementList); - // Add new snd type to each snd type list of stnTimeSndTable - addNewSndToStnTimeSndTable(currentSndElementListIndex); - // add new time line to StnTimeSndTable - addNewTimeToStnTimeSndTable(currentTimeElementListIndex); - // replace previously added "null" object with real - // NsharpSoundingElementStateProperty object - newSndPropElem = new NsharpSoundingElementStateProperty( - stnId_timeLine_sndType, stnId, tmLine, stnInfo, - sndLyLst); - stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .set(currentSndElementListIndex, newSndPropElem); - - } - - } else { - if (sndTpyeIndex >= 0) { - // CASE7 : sndTpyeIndex is good, tmIndex/stnIndex are bad - // (<0) - // add new time line to timeElementList - currentTimeElementListIndex = addElemToElemList(tmLine, - timeElementList); - // add new stn to stnElementList - currentStnElementListIndex = addElemToElemList(stnId, - stnElementList); - // add new time line to StnTimeSndTable - addNewTimeToStnTimeSndTable(currentTimeElementListIndex); - // Add new stnid to outer list of stnTimeSndTable - addNewStnToStnTimeSndTable(currentStnElementListIndex); - // replace previously added "null" object with real - // NsharpSoundingElementStateProperty object - newSndPropElem = new NsharpSoundingElementStateProperty( - stnId_timeLine_sndType, stnId, tmLine, stnInfo, - sndLyLst); - stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .set(currentSndElementListIndex, newSndPropElem); - - } else { - // CASE8 : All are bad (<0) - // an element with new time line, new stnId and new sndType - // add new time line to timeElementList - currentTimeElementListIndex = addElemToElemList(tmLine, - timeElementList); - // add new stn to stnElementList - currentStnElementListIndex = addElemToElemList(stnId, - stnElementList); - // add new sndType to sndTypeElementList - currentSndElementListIndex = addElemToElemList(sndType, - sndElementList); - - // Construct stnTimeSndTable - if (stnTimeSndTable.size() > 0) { - List> listListForNewStn = new ArrayList>(); - // based on new stn id, add list for each existing time - // line - for (NsharpOperationElement tmElem : timeElementList) { - // based on each time line, add element for each - // existing sndType - List sndlistForTm = new ArrayList(); - for (NsharpOperationElement sndElem : sndElementList) { - if (tmLine.equals(tmElem - .getElementDescription()) - && sndType.equals(sndElem - .getElementDescription())) { - // only one case falls in this route as only - // one new loaded sounding data - newSndPropElem = new NsharpSoundingElementStateProperty( - stnId_timeLine_sndType, stnId, - tmLine, stnInfo, sndLyLst); - - sndlistForTm.add(newSndPropElem); - } else { - // create for not avail sounding profiles - sndlistForTm.add(null); - } - } - listListForNewStn.add(sndlistForTm); - } - - // Now update stnTimeSndTable by adding "dummy" - // NsharpSoundingElementStateProperty to all exiting stn - // listList and time list - // Note that we have NOT added "listListForNewStn" to - // stnTimeSndTable yet. - // we have to update current table now - for (List> tlListList : stnTimeSndTable) { - // add a new element for the new sndType to each - // existing sndlist of each existing time of each - // existing stnId - for (List sndtyList : tlListList) { - sndtyList.add(currentSndElementListIndex, null); - } - // based on sndTypeElementList - // add a new sndlist for the new time line for each - // existing stnid - List newSndList = new ArrayList(); - for (int i = 0; i < sndElementList.size(); i++) { - { - newSndList.add(null); - } - } - tlListList.add(currentTimeElementListIndex, - newSndList); - } - // finally, add this new stn list to table - stnTimeSndTable.add(currentStnElementListIndex, - listListForNewStn); - } else { - // this is the case, we are adding first element to - // stnTimeSndTable - // need a new stn time line list to stnTimeSndTable - List newList = new ArrayList(); - List> newListList = new ArrayList>(); - - newSndPropElem = new NsharpSoundingElementStateProperty( - stnId_timeLine_sndType, stnId, tmLine, stnInfo, - sndLyLst); - newList.add(newSndPropElem); - newListList.add(newList); - stnTimeSndTable.add(newListList); - curSndProfileProp = newSndPropElem; - return; - } - - } - } - } - setCurSndProfileProp(); - - } - - private void setCurSndProfileProp() { - if (currentTimeElementListIndex < 0 - || currentTimeElementListIndex >= timeElementList.size() - || currentStnElementListIndex < 0 - || currentStnElementListIndex >= stnElementList.size() - || currentSndElementListIndex < 0 - || currentSndElementListIndex >= sndElementList.size()) { - curSndProfileProp = null; - preSndProfileProp = null; - } else { - preSndProfileProp = curSndProfileProp; - curSndProfileProp = stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex); - } - } - - private void cleanUpStnTimeSndTable(int stni, int tmi, int sndi) { - boolean found = false; - // find if this station is no longer in use - List> tlListList = stnTimeSndTable - .get(stni); - for (List sndtyList : tlListList) { - for (NsharpSoundingElementStateProperty elem : sndtyList) { - if (elem != null) { - found = true; - break; - } - } - if (found) - break; - } - if (!found) { - // This stn is no longer in use...delete it from stnTimeSndTable and - // stnElementList - stnElementList.remove(stni); - tlListList = stnTimeSndTable.remove(stni); - tlListList.clear(); - } - // find if this time line is no longer in use - found = false; - for (List> tmListListForStn : stnTimeSndTable) { - List sndtyListForTm = tmListListForStn - .get(tmi); - for (NsharpSoundingElementStateProperty elem : sndtyListForTm) { - if (elem != null) { - found = true; - break; - } - } - if (found) - break; - } - if (!found) { - // This time line is no longer in use...delete it from - // stnTimeSndTable and timeElementList - timeElementList.remove(tmi); - for (List> tmListListForStn : stnTimeSndTable) { - List sndtyListForTm = tmListListForStn - .remove(tmi); - sndtyListForTm.clear(); - } - } - // find if this sounding type is no longer in use - found = false; - for (List> tmListListForStn : stnTimeSndTable) { - for (List sndtyListForTm : tmListListForStn) { - NsharpSoundingElementStateProperty elem = sndtyListForTm - .get(sndi); - if (elem != null) { - found = true; - break; - } - } - if (found) - break; - } - if (!found) { - // This sounding type is no longer in use...delete it from - // stnTimeSndTable and sndElementList - sndElementList.remove(sndi); - for (List> tmListListForStn : stnTimeSndTable) { - for (List sndtyListForTm : tmListListForStn) { - sndtyListForTm.remove(sndi); - } - } - } - - } - - public boolean deleteRsc(List deletingDataTimeList) { - boolean curSndDeleted = false; - for (String dataTmLine : deletingDataTimeList) { - if (curSndProfileProp != null - && curSndProfileProp.getElementDescription().equals( - dataTmLine)) { - curSndDeleted = true; - } - // find deleting element from stnTimeSndTable and null it - boolean setdone = false; - for (List> tlListList : stnTimeSndTable) { - for (List sndtyList : tlListList) { - for (NsharpSoundingElementStateProperty elem : sndtyList) { - if (elem != null - && dataTmLine.equals(elem - .getElementDescription())) { - int sndi = sndtyList.indexOf(elem); - int tmi = tlListList.indexOf(sndtyList); - int stni = stnTimeSndTable.indexOf(tlListList); - sndtyList.set(sndtyList.indexOf(elem), null); - setdone = true; - // clean up stnTimeSndTable if a stn/timeline/snd is - // no longer in use - cleanUpStnTimeSndTable(stni, tmi, sndi); - break; - } - } - if (setdone) - break; - } - if (setdone) - break; - } - } - - if (curSndDeleted || soundingLys == null) { - // this is the case that we are deleting current snd, so, a new - // current snd should be selected - curSndProfileProp = null; - // find CurrentElementIndexes After Delete current snding - boolean found = false; - int stni = 0; - for (List> tlListList : stnTimeSndTable) { - int timei = 0; - for (List sndtyList : tlListList) { - int sndi = 0; - for (NsharpSoundingElementStateProperty elem : sndtyList) { - if (elem != null - && stnElementList.get(stni).getActionState() == NsharpConstants.ActState.ACTIVE - && timeElementList.get(timei).getActionState() == NsharpConstants.ActState.ACTIVE - && sndElementList.get(sndi).getActionState() == NsharpConstants.ActState.ACTIVE) { - currentStnElementListIndex = stni; - currentSndElementListIndex = sndi; - currentTimeElementListIndex = timei; - found = true; - break; - } - sndi++; - } - if (found) - break; - timei++; - } - if (found) - break; - stni++; - } - if (!found) { - currentStnElementListIndex = -1; - currentSndElementListIndex = -1; - currentTimeElementListIndex = -1; - } - setCurSndProfileProp(); - } else { - // currentStnElementListIndex, currentSndElementListIndex and - // currentTimeElementListIndex may not point to right element - // after some elements are deleted. - currentStnElementListIndex = -1; - currentTimeElementListIndex = -1; - currentSndElementListIndex = -1; - if (curSndProfileProp != null) { - boolean found = false; - for (List> tmListListForStn : stnTimeSndTable) { - for (List sndtyListForTm : tmListListForStn) { - for (NsharpSoundingElementStateProperty elem : sndtyListForTm) { - if (elem != null - && curSndProfileProp - .getElementDescription() - .equals(elem - .getElementDescription())) { - currentSndElementListIndex = sndtyListForTm - .indexOf(elem); - currentTimeElementListIndex = tmListListForStn - .indexOf(sndtyListForTm); - currentStnElementListIndex = stnTimeSndTable - .indexOf(tmListListForStn); - found = true; - break; - } - } - if (found) - break; - } - if (found) - break; - } - } - } - setCurrentSoundingLayerInfo(); - resetData(); - System.out.println("num=" + getFrameCount()); - return curSndDeleted; - // anything more to do? - } - - public void deleteRscAll() { - NsharpMapResource nsharpMapResource = NsharpMapResource - .getOrCreateNsharpMapResource(); - nsharpMapResource.setPoints(null); - if (soundingLys != null) { - soundingLys.clear(); - soundingLys = null; - } - if (previousSoundingLys != null) { - previousSoundingLys.clear(); - previousSoundingLys = null; - } - if (stnTimeSndTable != null) { - for (List> stnListList : stnTimeSndTable) { - for (List timeList : stnListList) { - timeList.clear(); - } - stnListList.clear(); - } - stnTimeSndTable.clear(); - } - if (timeElementList != null) - timeElementList.clear(); - if (stnElementList != null) - stnElementList.clear(); - if (sndElementList != null) - sndElementList.clear(); - curSndProfileProp = null; - preSndProfileProp = null; - currentTextChapter = 1; - currentInsetPage = 1; - currentParcel = NsharpNativeConstants.PARCELTYPE_MOST_UNSTABLE; - currentParcelLayerPressure = NsharpNativeConstants.MU_LAYER; - currentTimeElementListIndex = -1; - currentStnElementListIndex = -1; - currentSndElementListIndex = -1; - resetData(); - } - - private NsharpSoundingElementStateProperty getCurSoundingElementStateProperty() { - if (currentTimeElementListIndex >= 0 - && currentStnElementListIndex >= 0 - && currentSndElementListIndex >= 0 - && stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex) != null) { - return stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex); - } - return null; - } - - private void setCurrentSoundingLayerInfo() { - NsharpSoundingElementStateProperty elem = getCurSoundingElementStateProperty(); - if (elem != null) { - pickedStnInfoStr = elem.getElementDescription(); - pickedStnInfo = elem.getStnInfo(); - - if (overlayIsOn) { - previousSoundingLys = soundingLys; - } else { - previousSoundingLys = null; - } - - if (interpolateIsOn == true) { - /* - * TTR829 deep copy is not necessary as performInterpolation() - * will re-allocate new layer for each layer //we dont want to - * change original raw data, so use a new copy NcSoundingLayer - * newLayer; List mySndLst = new - * ArrayList(); for(NcSoundingLayer - * layer:elem.getSndLyLst()){ newLayer = new NcSoundingLayer(); - * try { newLayer = (NcSoundingLayer) layer.clone(); - * - * } catch (CloneNotSupportedException e) { e.printStackTrace(); - * } //here a shallowCopy is enough mySndLst.add(newLayer); } // - * interpolation mySndLst = performInterpolation(mySndLst); - * - * soundingLys = mySndLst; - */ - - soundingLys = performInterpolation(elem.getSndLyLst()); - } else { - soundingLys = elem.getSndLyLst(); - } - } else { - previousSoundingLys = null; - soundingLys = null; - } - - } - - public void addRsc(Map> soundMap, - NsharpStationInfo stnInfo, boolean fromNCP) { - if (fromNCP) { - // this is from NCP do nothing now - this.addRsc(true, soundMap, stnInfo); - // NCP case: - // Key String format will be like this for NCUAIR - // KGRI 100616/03(Wed)-NCUAIR - // and for PFC/Grid sounding will be like this - // KGRI 100616/03(Wed)V001-GFSSND - } else { - // D2D case:::: - // this is from D2D, edit display and time line string to add short - // day-of-week and - // also add sounding type to string to solve an issue that data with - // same stn, same time line but different - // sounding type will not be loaded. - // D2D's key string is like this: "KGRI 2010-06-16 03:00:00" - // will change it to "KGRI 100616/03(Wed)-GFSSND" - Set dataTimelineSet = soundMap.keySet(); - SimpleDateFormat df = new SimpleDateFormat("yyyy-MM-dd HH:mm:ss"); - // DateFormatSymbols dfs= new DateFormatSymbols(); - // String[] defaultDays = dfs.getShortWeekdays(); - Calendar cal = Calendar.getInstance(); - Date date; - Map> newmap = new HashMap>(); - String sndType = stnInfo.getSndType(); - for (String timeline : dataTimelineSet) { - System.out.println("D2D sending timeline Str:" + timeline); - String dateStr = timeline.substring(timeline.indexOf(' ') + 1); - String stnId = timeline.substring(0, timeline.indexOf(' ')); - try { - date = df.parse(dateStr); - cal.setTime(date); - String dayOfWeek = defaultDays[cal - .get(Calendar.DAY_OF_WEEK)]; - // dateStr = timeline.substring(0, - // timeline.indexOf(':'))+dayOfWeek+stnInfo.getSndType(); - // System.out.println("New Str:"+ dateStr); - String finalTimeStr = String.format( - "%4$s %1$ty%1$tm%1$td/%1$tH(%2$s) %3$s", cal, - dayOfWeek, sndType, stnId); - System.out.println("D2D (modified) timeline Str:" - + finalTimeStr); - // put newTimeStr to new map with original value - newmap.put(finalTimeStr, soundMap.get(timeline)); - } catch (ParseException e) { - // TODO Auto-generated catch block - e.printStackTrace(); - continue; - } - } - // this is from D2D, and it does not want to display new data right - // away. - this.addRsc(false, newmap, stnInfo); - } - } - - /* - * public void loadSoundingData( boolean displayNewData, - * List soundDataLst, String stnId, String sndType, - * Timestamp rangeStartTime,double latitude,double longitude){ //* testing - * code //stnInfo.setStnId("KFSD"); { Set keyset= new - * HashSet(soundMap.keySet()); for(String key: keyset) { - * List sndLy = soundMap.remove(key); String newkey= - * key.replace("NAMS", "yahoo"); //String newkey= key.replace("GFSS", - * "NAMS"); //newkey = newkey.replace("KSLN", "KFSD"); soundMap.put(newkey, - * sndLy); } stnInfo.setSndType(stnInfo.getSndType().replace("NAMS", - * "yahoo")); //stnInfo.setSndType(stnInfo.getSndType().replace("GFSS", - * "NAMS")); }// - * - * //need to format reftime to GMT time string. Timestamp.toString produce a - * local time Not GMT time Calendar cal = - * Calendar.getInstance(TimeZone.getTimeZone("GMT")); - * cal.setTimeInMillis(rangeStartTime.getTime()); String dayOfWeek = - * defaultDays[cal.get(Calendar.DAY_OF_WEEK)]; String timeLine = - * String.format("%1$ty%1$tm%1$td/%1$tH(%2$s)", cal, dayOfWeek); - * if(stnId.indexOf(" ")>=0){ //take care stnId with SPACE case. stnId = - * stnId.replace(" ", "_"); } if(timeElementList.isEmpty() || - * stnElementList.isEmpty() || currentSndElementListIndex < 0 - * ||sndElementList.isEmpty() || currentTimeElementListIndex < 0 || - * currentStnElementListIndex < 0){ //if no data was loaded since, then - * display this data any way displayNewData = true; } //save current - * timeline and stn state properties if we are NOT loading new data - * NsharpOperationElement currentTL=null; NsharpOperationElement - * currentStn=null; NsharpOperationElement currentSnd=null; - * NsharpSoundingElementStateProperty currentPreSndProfileProp=null; - * if(!displayNewData){ currentTL = - * timeElementList.get(currentTimeElementListIndex); currentStn = - * stnElementList.get(currentStnElementListIndex); currentSnd = - * sndElementList.get(currentSndElementListIndex); currentPreSndProfileProp - * = preSndProfileProp; } //add new data to table //add time line to - * stnTimeTable and set its index - * addElementToTableAndLists((stnId+" "+timeLine - * +" "+sndType),stnId,timeLine,sndType,stnInfo, soundDataLst); - * - * if(displayNewData){ //Set default parcel trace data currentParcel = - * NsharpNativeConstants.PARCELTYPE_MOST_UNSTABLE; - * currentParcelLayerPressure = NsharpNativeConstants.MU_LAYER; - * setCurrentSoundingLayerInfo(); resetData(); } else { //Not display new - * data. Reset current "parameter"s after adding data to map/lists - * currentStnElementListIndex= stnElementList.indexOf(currentStn); - * currentTimeElementListIndex = timeElementList.indexOf(currentTL); - * currentSndElementListIndex = sndElementList.indexOf(currentSnd); - * preSndProfileProp = currentPreSndProfileProp; curSndProfileProp = - * stnTimeSndTable - * .get(currentStnElementListIndex).get(currentTimeElementListIndex - * ).get(currentSndElementListIndex); } - * - * //set total time line group and stn id list page number - * calculateTimeStnBoxData(); - * - * //set data time to descriptor //this is necessary for looping // starting - * 13.2.1, this line is changed by Raytheon if (( - * skewtPaneRsc.getDescriptor().getFramesInfo().getFrameCount() == 0)&& - * !getTimeMatcher) { //was this line before 13.2.1 if (( - * skewtPaneRsc.getDescriptor().getTimeMatcher() == null || - * skewtPaneRsc.getDescriptor().getTimeMatcher().getTimeMatchBasis() == - * null)&& !getTimeMatcher) { //DataTime[] dataTimes = new - * DataTime[dataTimelineList.size()]; //Chin Note: we just have to do this - * once and set dataTimes size bigger than 1. //Nsharp handles changing - * frame itself. It just need system to send change frame notice. //That is - * happened at NsharpSkewTDescriptor.checkDrawTime(). DataTime[] dataTimes = - * new DataTime[2]; Date now = new Date(); for(int k =0; k < 2 ; k++){ - * dataTimes[k]= new DataTime(now, k); } //no need to get a descriptor from - * a renderableDispaly since we have a descriptor - * skewtPaneRsc.getDescriptor().setDataTimes(dataTimes); - * getTimeMatcher=true; } - * - * NsharpShowTextDialog textarea = NsharpShowTextDialog.getAccess(); - * if(textarea != null){ textarea.refreshTextData(); } NsharpPaletteWindow - * win = NsharpPaletteWindow.getInstance() ; if(win!=null) - * currentGraphMode=win.getCurrentGraphMode(); - * - * refreshPane(); - * - * } - */ - - private void addRsc(boolean displayNewData, - Map> soundMap, - NsharpStationInfo stnInfo) { - /* - * testing code //stnInfo.setStnId("KFSD"); { Set keyset= new - * HashSet(soundMap.keySet()); for(String key: keyset) { - * List sndLy = soundMap.remove(key); String newkey= - * key.replace("NCUAIR", "gpduair"); //String newkey= - * key.replace("GFSS", "NAMS"); //String newkey = key.replace("OAK", - * "KFSD"); soundMap.put(newkey, sndLy); } - * stnInfo.setSndType(stnInfo.getSndType().replace("NCUAIR", - * "gpduair")); - * //stnInfo.setSndType(stnInfo.getSndType().replace("GFSS", "NAMS")); - * }// - */ - - if (stnInfo.getStnId() != null && stnInfo.getStnId().indexOf(" ") >= 0) { - // take care stnId with SPACE case. - String stnId = stnInfo.getStnId(); - String newStnId = stnId.replace(" ", "_"); - stnInfo.setStnId(newStnId); - String dspInfo = stnInfo.getStnDisplayInfo(); - stnInfo.setStnDisplayInfo(dspInfo.replace(stnId, newStnId)); - Set keyset = new HashSet(soundMap.keySet()); - for (String key : keyset) { - List sndLy = soundMap.remove(key); - String newkey = key.replace(stnId, newStnId); - soundMap.put(newkey, sndLy); - } - - } - - if (soundMap.size() <= 0 || (skewtPaneRsc == null)) { - return; - } - if (timeElementList.isEmpty() || stnElementList.isEmpty() - || currentSndElementListIndex < 0 || sndElementList.isEmpty() - || currentTimeElementListIndex < 0 - || currentStnElementListIndex < 0) { - // if no data was loaded since, then display this data any way - displayNewData = true; - } - // save current timeline and stn state properties if we are NOT loading - // new data - NsharpOperationElement currentTL = null; - NsharpOperationElement currentStn = null; - NsharpOperationElement currentSnd = null; - NsharpSoundingElementStateProperty currentPreSndProfileProp = null; - if (!displayNewData) { - currentTL = timeElementList.get(currentTimeElementListIndex); - currentStn = stnElementList.get(currentStnElementListIndex); - currentSnd = sndElementList.get(currentSndElementListIndex); - currentPreSndProfileProp = preSndProfileProp; - } - // add new data to table - Set dataTimelineSet = soundMap.keySet(); - String[] tempTimeLineArr = dataTimelineSet - .toArray(new String[dataTimelineSet.size()]); - Arrays.sort(tempTimeLineArr); - for (int i = 0; i < tempTimeLineArr.length; i++) { - // based on this KEY string format "KGRI 100616/03(Wed) GFSSND" - String stnId_timeLine_sndType = tempTimeLineArr[i].toString(); - String stnId = stnId_timeLine_sndType.substring(0, - stnId_timeLine_sndType.indexOf(" ")); - String timeLine_sndType = stnId_timeLine_sndType - .substring(stnId_timeLine_sndType.indexOf(" ") + 1); - String timeLine = timeLine_sndType.substring(0, - timeLine_sndType.indexOf(" ")); - String sndType = timeLine_sndType.substring(timeLine_sndType - .indexOf(" ") + 1); - // No more needed? timeLine = timeLine.replace(" ", "-"); //fixed - // DR15325 - sorting time line issue in D2D - // add time line to stnTimeTable and set its index - addElementToTableAndLists(stnId_timeLine_sndType, stnId, timeLine, - sndType, stnInfo, soundMap.get(stnId_timeLine_sndType)); - } - if (displayNewData) { - // Set default parcel trace data - currentParcel = NsharpNativeConstants.PARCELTYPE_MOST_UNSTABLE; - currentParcelLayerPressure = NsharpNativeConstants.MU_LAYER; - setCurrentSoundingLayerInfo(); - resetData(); - } else { - // Not display new data. Reset current "parameter"s after adding - // data to map/lists - currentStnElementListIndex = stnElementList.indexOf(currentStn); - currentTimeElementListIndex = timeElementList.indexOf(currentTL); - currentSndElementListIndex = sndElementList.indexOf(currentSnd); - preSndProfileProp = currentPreSndProfileProp; - curSndProfileProp = stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex); - } - - // set total time line group and stn id list page number - calculateTimeStnBoxData(); - - // set data time to descriptor - // this is necessary for looping - // starting 13.2.1, this line is changed by Raytheon - if ((skewtPaneRsc.getDescriptor().getFramesInfo().getFrameCount() == 0) - && !getTimeMatcher) { - // was this line before 13.2.1 if (( - // skewtPaneRsc.getDescriptor().getTimeMatcher() == null || - // skewtPaneRsc.getDescriptor().getTimeMatcher().getTimeMatchBasis() - // == null)&& !getTimeMatcher) { - // DataTime[] dataTimes = new DataTime[dataTimelineList.size()]; - // Chin Note: we just have to do this once and set dataTimes size - // bigger than 1. - // Nsharp handles changing frame itself. It just need system to send - // change frame notice. - // That is happened at NsharpSkewTDescriptor.checkDrawTime(). - DataTime[] dataTimes = new DataTime[2/* stnTimeTable.size() */]; + private IRenderableDisplay[] displayArray=null; + private NsharpPartListener.PartEvent editorPartStatus =NsharpPartListener.PartEvent.partClosed; + private NsharpSkewTPaneResource skewtPaneRsc; + private NsharpWitoPaneResource witoPaneRsc; + private NsharpHodoPaneResource hodoPaneRsc; + private NsharpTimeStnPaneResource timeStnPaneRsc; + private NsharpInsetPaneResource insetPaneRsc; + private NsharpDataPaneResource dataPaneRsc; + private NsharpSpcGraphsPaneResource spcGraphsPaneRsc; + private NsharpAbstractPaneResource futurePaneRsc; + private String[] defaultDays; + NsharpNative nsharpNative=null; + private int displayDataPageMax; + private static final int INSETPAGEMAX =2; + private int currentTextChapter= 1; + private int currentInsetPage= 1; + private int cnYOrig = NsharpConstants.COLOR_NOTATION_Y_ORIG; + private int dtNextPageEnd = NsharpConstants.DATA_TIMELINE_NEXT_PAGE_END_; + private int charHeight = NsharpConstants.CHAR_HEIGHT_; + private int dtXOrig = NsharpConstants.DATA_TIMELINE_X_ORIG; + private int dtYOrig = NsharpConstants.DATA_TIMELINE_Y_ORIG; + private int dtWidth = NsharpConstants.DATA_TIMELINE_WIDTH; + private String paneConfigurationName; + private int numTimeLinePerPage=1; + /* Hodograph Modes - definition is based on definitions in globals_xw.h of BigNsharp */ + private static final int HODO_NORMAL = 0; + //private static int HODO_EFFECTIVE= 1; not used in BigNsharp source code + private static final int HODO_STORMRELATIVE= 2; + @SuppressWarnings("unused") + private static final int HODO_BNDRY= 3; + private static final int HODO_MEANWIND= 4; + @SuppressWarnings("unused") + private int currentHodoWindMode = HODO_MEANWIND; + private NsharpConfigManager configMgr; + private NsharpConfigStore configStore; + private NsharpGraphProperty graphConfigProperty; + private HashMap linePropertyMap; + private NsharpDataPageProperty dataPageProperty; + private int[] pageDisplayOrderNumberArray = new int[NsharpConstants.PAGE_MAX_NUMBER+1]; //index is the real page defined in NsharpConstants to be shown, value is the order number of this page. index 0 point to a dummy. + private boolean overlayIsOn = false; + private boolean interpolateIsOn = false; + private boolean compareSndIsOn = false; + private boolean compareStnIsOn = false; + private boolean compareTmIsOn = false; + private boolean editGraphOn=false; + private boolean getTimeMatcher=false; + public int TEMP_TYPE = 1; + public int DEWPOINT_TYPE = 2; + private int currentTempCurveType; + private int currentSoundingLayerIndex =0; + private int hodoEditingSoundingLayerIndex =0; + private boolean plotInteractiveTemp= false; + private Coordinate interactiveTempPointCoordinate; + public static final float INVALID_DATA = NsharpNativeConstants.NSHARP_NATIVE_INVALID_DATA; + protected static final double BARB_LENGTH = 3.5; + private String soundingType= null; + + protected DataTime displayedSounding; + + private int currentGraphMode= NsharpConstants.GRAPH_SKEWT; + + protected ListenerList listenerList = new ListenerList(); + + //current active sounding layer list + private List soundingLys = null; + private List previousSoundingLys = null; + private String pickedStnInfoStr; // current picked stn info with time line, e.g. "ATLH 101209/03(Thu)V003" + private NsharpStationInfo pickedStnInfo = null; + private IFrameCoordinator.FrameChangeOperation currentOpDirection = IFrameCoordinator.FrameChangeOperation.NEXT; // next =forward + private HashMap stormSlinkyColorMap = new HashMap(); + + private List>>stnTimeSndTable = new ArrayList< List>>(); + // stnTimeSndTable: + // Store all sounding profiles property for GUI display control + // 1st index refer to stnId, 2nd index refer to time line and 3rd point to sndType. + // It is same as [][][] 3d array. + // We dynamically expand this 3D array based on newly added stnid/timeline/sndType When a new sounding data is loaded, + // All unloaded element is null. Only when user load new sounding with this stnId/this time line/this sndType, then + // the element allocated. + // + // stn3-> T1--->T2--->T3->... + // ^ + // / + // stn2-> T1--->T2--->T3->... + // ^ + // / + //stn1-> T1--->T2--->T3->... + // | | | + // V V V + // snd1 snd1 snd1 + // | | | + // V V V + // snd2 snd2 snd2 + // | | | + // V V V + // stnTimeSndTable first dimension (station id) should be in sync with stnElementList, + // 2nd dimension (time line) should be in sync with timeElementList, and + // 3rd dimension (sounding type) should be in sync with sndTypeElementList + // NULL element in stnTimeSndTable indicates that sounding data is not loaded yet. + + private List stnElementList = new ArrayList(); + private List timeElementList = new ArrayList(); + private List sndElementList = new ArrayList(); + private NsharpSoundingElementStateProperty curSndProfileProp = null; + private NsharpSoundingElementStateProperty preSndProfileProp = null; + private int curTimeLinePage=1; + private int totalTimeLinePage=1; + private int curStnIdPage=1; + private int totalStnIdPage=1; + private int curSndPage=1; + private int totalSndPage=1; + private int previousTimeLineStateListIndex; + + private int currentStnElementListIndex=-1; //index to first dim of stnTimeSndTable and index to stnElementList + private int currentTimeElementListIndex=-1;//index to 2nd dim of stnTimeSndTable and index to timeElementList + private int currentSndElementListIndex=-1;//index to 3rd dim of stnTimeSndTable and index to sndElementList + + //use element state, NsharpConstants.LoadState or NsharpConstants.ActState, as key to set color for drawing + private HashMap elementColorMap = new HashMap(); + private short currentParcel = NsharpNativeConstants.PARCELTYPE_MOST_UNSTABLE; + private float currentParcelLayerPressure = NsharpNativeConstants.MU_LAYER; + private float smWindDir, smWindSpd; + + public List>> getStnTimeSndTable() { + return stnTimeSndTable; + } + public List getAllLoadedSndDesciptionList(){ + List strLst = new ArrayList(); + for(List> tlListList: stnTimeSndTable){ + // add a new element for the new sndType to each existing sndlist of each existing time of each existing stnId + for(List sndtyList: tlListList){ + for (NsharpSoundingElementStateProperty elem: sndtyList){ + if(elem!=null) + strLst.add(elem.getElementDescription()); + } + } + } + return strLst; + } + + public List getStnElementList() { + return stnElementList; + } + + + public List getTimeElementList() { + return timeElementList; + } + + + public List getSndElementList() { + return sndElementList; + } + + + public int getCurrentStnElementListIndex() { + return currentStnElementListIndex; + } + + + public int getCurrentTimeElementListIndex() { + return currentTimeElementListIndex; + } + + public int getTimeElementListSize(){ + return timeElementList.size(); + } + + public int getCurrentSndElementListIndex() { + return currentSndElementListIndex; + } + + + //shape and color storage + public class ShapeAndLineProperty { + IWireframeShape shape; + NsharpLineProperty lp; + public ShapeAndLineProperty() { + super(); + lp = new NsharpLineProperty(); + } + + } + public HashMap getLinePropertyMap() { + return linePropertyMap; + } + + + + public boolean isCompareStnIsOn() { + return compareStnIsOn; + } + public boolean isCompareTmIsOn() { + return compareTmIsOn; + } + + public boolean isCompareSndIsOn() { + return compareSndIsOn; + } + + + public boolean isOverlayIsOn() { + return overlayIsOn; + } + + + public NsharpNative getNsharpNative() { + return nsharpNative; + } + + + + public void setNextTextChapter(){ + if(currentTextChapter == displayDataPageMax){ + currentTextChapter = 1; + } + else + currentTextChapter++; + } + public void setNextInsetPage(){ + if(currentInsetPage == INSETPAGEMAX){ + currentInsetPage = 1; + } + else + currentInsetPage++; + } + + + public void setOverlayIsOn(boolean overlay) { + previousSoundingLys=null; + previousTimeLineStateListIndex=-1; + preSndProfileProp = null; + this.overlayIsOn = overlay; + + if(hodoPaneRsc!=null) + hodoPaneRsc.createRscHodoWindShapeAll(); + if(skewtPaneRsc!=null) + skewtPaneRsc.handleResize(); + } + + public boolean isInterpolateIsOn() { + return interpolateIsOn; + } + + /* + * When compareStnIsOn is changed, + */ + public void setCompareStnIsOn(boolean compareIsOn) { + this.compareStnIsOn = compareIsOn; + + //This is the case when sounding data is not available at currentTimeElementListIndex/currentSndElementListIndex/currentStnElementListIndex and user set + // compare stn on. + if(compareStnIsOn){ + if(soundingLys==null && currentTimeElementListIndex>=0 && currentSndElementListIndex>=0){ + //find a new available stn for current time and sndType + boolean found = false; + for(int i =0; i< stnElementList.size(); i++){ + if(stnElementList.get(i).getActionState() == NsharpConstants.ActState.ACTIVE + && stnTimeSndTable.get(i).get(currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + found = true; + currentStnElementListIndex = i; + } + + if(found) + break; + } + if(!found) + return; + } + + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: stnElementList) { + int stnIndex = stnElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(stnIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + //if(colorIndex > NsharpConstants.LINE_COMP10) + // colorIndex = NsharpConstants.LINE_COMP1; + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + } + } + setCurSndProfileProp(); + setCurrentSoundingLayerInfo(); + resetData(); + } + + public void setCompareSndIsOn(boolean compareSndIsOn) { + this.compareSndIsOn = compareSndIsOn; + //This is the case when sounding data is not available at currentTimeElementListIndex/currentSndElementListIndex/currentStnElementListIndex and user set + // compSnd on + if(compareSndIsOn){ + if(soundingLys==null && currentStnElementListIndex >=0 && currentTimeElementListIndex >=0){ + //find a new available snd type for current time and stn + boolean found = false; + for(int i =0; i< sndElementList.size(); i++){ + if(sndElementList.get(i).getActionState() == NsharpConstants.ActState.ACTIVE + && stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(i)!=null){ + found = true; + currentSndElementListIndex = i; + } + if(found) + break; + } + if(!found) + return; + } + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: sndElementList) { + int sndIndex = sndElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(sndIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + //if(colorIndex > NsharpConstants.LINE_COMP10) + // colorIndex = NsharpConstants.LINE_COMP1; + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + } + } + setCurSndProfileProp(); + setCurrentSoundingLayerInfo(); + resetData(); + + } + + + public void setCompareTmIsOn(boolean compareIsOn) { + this.compareTmIsOn = compareIsOn; + //This is the case when sounding data is not available at currentTimeElementListIndex/currentSndElementListIndex/currentStnElementListIndex and user set + // compTm on + if(compareIsOn){ + if(soundingLys==null && currentStnElementListIndex >=0 && currentSndElementListIndex >=0){ + //find a new available time line for current snd type and stn + boolean found = false; + for(int i =0; i< timeElementList.size(); i++){ + if(timeElementList.get(i).getActionState() == NsharpConstants.ActState.ACTIVE + && stnTimeSndTable.get(currentStnElementListIndex).get(i).get(currentSndElementListIndex)!=null){ + found = true; + currentTimeElementListIndex = i; + } + if(found) + break; + } + if(!found) + return; + } + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: timeElementList) { + int tmIndex = timeElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(currentStnElementListIndex).get(tmIndex).get(currentSndElementListIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + //if(colorIndex > NsharpConstants.LINE_COMP10) + // colorIndex = NsharpConstants.LINE_COMP1; + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + } + } + setCurSndProfileProp(); + setCurrentSoundingLayerInfo(); + resetData(); + } + + public void setEditGraphOn(boolean editGraphOn) { + this.editGraphOn = editGraphOn; + } + + public boolean isEditGraphOn() { + return editGraphOn; + } + + + public int getCurrentGraphMode() { + return currentGraphMode; + } + + public void setCurrentGraphMode(int currentGraphMode) { + this.currentGraphMode = currentGraphMode; + if(skewtPaneRsc!=null) + skewtPaneRsc.setCurrentGraphMode(currentGraphMode); + refreshPane(); + } + + + public short getCurrentParcel() { + return currentParcel; + } + + //native nsharp c/fortran lib + //NsharpNative is native nsharp lib awips/lib/libnsharp.so wrapper class + + public float getSmWindDir() { + return smWindDir; + } + public float getSmWindSpd() { + return smWindSpd; + } + + public void setCurrentHodoWindMode(int cursorPositionIndex) { + switch(cursorPositionIndex){ + case 0: + this.currentHodoWindMode = HODO_NORMAL; + break; + case 1: + this.currentHodoWindMode = HODO_STORMRELATIVE; + break; + case 2: + default: + this.currentHodoWindMode = HODO_MEANWIND; + break; + } + } + + public NsharpStationInfo getPickedStnInfo() { + return pickedStnInfo; + } + public String getSoundingType() { + return soundingType; + } + + + public void setSoundingType(String soundingType) { + this.soundingType = soundingType; + } + + public void setCurrentParcel(short currentParcel) { + this.currentParcel = currentParcel; + currentParcelLayerPressure=NsharpNativeConstants.parcelToLayerMap.get(currentParcel); + //inform data/skewT panel as well + if(dataPaneRsc!=null){ + dataPaneRsc.setCurrentParcel(currentParcel); + } + if(skewtPaneRsc!=null){ + if(currentParcel == NsharpNativeConstants.PARCELTYPE_USER_DEFINED) + currentParcelLayerPressure = NsharpParcelDialog.getUserDefdParcelMb(); + skewtPaneRsc.createRscParcelTraceShapes(currentParcel,currentParcelLayerPressure); + skewtPaneRsc.createRscParcelRtTraceShapesList(currentParcel,currentParcelLayerPressure); + skewtPaneRsc.createLCLEtcLinesShape(); + } + } + + public void updateParcelFromPanel(short currentParcel){ + this.currentParcel = currentParcel; + currentParcelLayerPressure=NsharpNativeConstants.parcelToLayerMap.get(currentParcel); + if(skewtPaneRsc!=null){ + skewtPaneRsc.createRscParcelTraceShapes(currentParcel,currentParcelLayerPressure); + skewtPaneRsc.createRscParcelRtTraceShapesList(currentParcel,currentParcelLayerPressure); + skewtPaneRsc.createLCLEtcLinesShape(); + } + } + + public void setHodoStmCenter(Coordinate hodoHouseC) { + if(hodoPaneRsc==null) + return; + //hodoPaneRsc.setHodoHouseC(hodoHouseC); + Coordinate c = hodoPaneRsc.getHodoBackground().getWorld().unMap(hodoHouseC.x, hodoHouseC.y); + c = WxMath.speedDir((float) c.x, (float) c.y); + smWindDir = (float) c.y; + smWindSpd = (float)c.x; + nsharpNative.nsharpLib.set_storm(smWindSpd, smWindDir); + if(insetPaneRsc!=null){ + WGraphics WGc = insetPaneRsc.getPsblWatchTypeBackground().getWorld(); + insetPaneRsc.createBkgPsblWatchShape(WGc); + + //Sr wind vs Height graph shape need to recreate + WGc= insetPaneRsc.getSrWindsBackground().getWorld(); + insetPaneRsc.createRscSrWindShape(WGc); + } + if(skewtPaneRsc!=null){ + skewtPaneRsc.createEffectiveLayerLinesShape(); + skewtPaneRsc.updatePsblWatchColor(); + } + } + + //This function is called only when interpolation "on/off" is changed by user + public void resetInfoOnInterpolate(boolean interpolateIsOn) throws CloneNotSupportedException{ + //We dont want to assume previous interpolation on/off state. So, reset soundingLys any how. + this.interpolateIsOn = interpolateIsOn; + NsharpSoundingElementStateProperty elem = getCurSoundingElementStateProperty(); + if(elem!=null){ + if(interpolateIsOn==false){ + soundingLys = elem.getSndLyLst(); + + } + else{ + /* + //TTR829 + //interpolation is on + //we dont want to change original raw data, so use a deep copy + List intpSndLst = new ArrayList(); + for(NcSoundingLayer layer: elem.getSndLyLst() ) { + intpSndLst.add((NcSoundingLayer) layer.clone()); + } + + // interpolation + intpSndLst = performInterpolation(intpSndLst); + + soundingLys = intpSndLst;*/ + //end TTR829 + soundingLys = performInterpolation(soundingLys); + } + + + nsharpNative.populateSndgData(soundingLys); + if(skewtPaneRsc!=null) + skewtPaneRsc.resetData(soundingLys,previousSoundingLys); + if(hodoPaneRsc!=null) + hodoPaneRsc.resetData(soundingLys,previousSoundingLys); + if(witoPaneRsc!=null) + witoPaneRsc.resetData(soundingLys, previousSoundingLys); + if(dataPaneRsc!=null) + dataPaneRsc.resetData(soundingLys, previousSoundingLys); + if(insetPaneRsc!=null) + insetPaneRsc.resetData(soundingLys, previousSoundingLys); + + //re-create shape + if(skewtPaneRsc!=null) + skewtPaneRsc.handleResize(); + if(hodoPaneRsc!=null) + hodoPaneRsc.createRscHodoWindShapeAll(); + if(insetPaneRsc!=null) + insetPaneRsc.createInsetWireFrameShapes(); + if(witoPaneRsc!=null) + witoPaneRsc.createRscWireFrameShapes(); + + } + + } + + + public void handleNsharpEditorPartEvent(NsharpPartListener.PartEvent pStatus){ + switch(pStatus){ + case partActivated: + if(editorPartStatus != NsharpPartListener.PartEvent.partDeactivated){ + //repopulateSndgData(); + //resetRsc(); + resetData(); + } + + break; + default: + break; + } + editorPartStatus = pStatus; + } + public void resetRsc() { + restoreAllSoundingData(); + NsharpSoundingElementStateProperty elem = getCurSoundingElementStateProperty(); + if(elem!=null){ + this.soundingLys = elem.getSndLyLst(); + //Set default parcel trace data + currentParcel = NsharpNativeConstants.PARCELTYPE_MOST_UNSTABLE; + currentParcelLayerPressure = NsharpNativeConstants.MU_LAYER; + setSoundingInfo(this.soundingLys); + currentTextChapter = 1; + overlayIsOn = false; + interpolateIsOn = false; + compareStnIsOn = false; + compareSndIsOn = false; + compareTmIsOn = false; + editGraphOn = false; + if(skewtPaneRsc!=null) + skewtPaneRsc.setCurrentSkewTEditMode(NsharpConstants.SKEWT_EDIT_MODE_EDITPOINT); + resetData(); + } + + } + public synchronized void resetData(){ + //System.out.println("resetData called, rscHdr="+this.toString() + " pickedStnInfoStr="+pickedStnInfoStr+ " nsharpNative="+nsharpNative.toString()); + + //update active sounding layer and picked stn info + //re-populate snd data to nsharp native code lib for later calculating + nsharpNative.populateSndgData(soundingLys); + if(skewtPaneRsc!=null) + skewtPaneRsc.resetData(soundingLys,previousSoundingLys); + if(hodoPaneRsc!=null) + hodoPaneRsc.resetData(soundingLys,previousSoundingLys); + if(insetPaneRsc!=null) + insetPaneRsc.resetData(soundingLys, previousSoundingLys); + if(dataPaneRsc!=null) + dataPaneRsc.resetData(soundingLys, previousSoundingLys); + if(witoPaneRsc!=null) + witoPaneRsc.resetData(soundingLys, previousSoundingLys); + + NsharpShowTextDialog textarea = NsharpShowTextDialog.getAccess(); + if(textarea != null){ + textarea.refreshTextData(); + } + //if soundingLys is null, then we stop here, after reset data. + if(soundingLys == null) + return; + if(soundingLys.size() >0){ + //set initial hodohouseC + + // ----- set hodo circle at Bunkers Right, Chin according to TTR6065 or RaytheonTicket#10438 + FloatByReference dummy1= new FloatByReference(-999); + FloatByReference dummy2= new FloatByReference(-999); + FloatByReference bwdir= new FloatByReference(-999); + FloatByReference bwspd= new FloatByReference(-999); + nsharpNative.nsharpLib.bunkers_storm_motion(dummy1, dummy2, bwdir, bwspd); + //System.out.println("resetData windspd="+ bwspd.getValue()+ " dir="+bwdir.getValue()); + smWindSpd = bwspd.getValue(); + smWindDir = bwdir.getValue(); + nsharpNative.nsharpLib.set_storm(smWindSpd, smWindDir); + + //reset parcel + currentParcel = NsharpNativeConstants.PARCELTYPE_MOST_UNSTABLE; + currentParcelLayerPressure = NsharpNativeConstants.MU_LAYER; + //reset parcel dialog as well + if(NsharpParcelDialog.getAccess()!=null){ + NsharpParcelDialog.getAccess().resetUserDefParcel(); + } + /* Chin::: + * This api is called in many scenarios. + * User may want to keep his previous picked parcel type. + * Therefore, thdataPaneRsc.resetCurrentParcel should be called from + * other area that really meant to reset parcel type. + */ + } + //Chin: TBD remove handle resize here to fix sizing issue when swapped nsharp from side pane back to main pane + // but, may cause other problem? + //if(skewtPaneRsc!=null) + //skewtPaneRsc.handleResize(); + if(skewtPaneRsc!=null) + skewtPaneRsc.createRscWireFrameShapes(); + if(hodoPaneRsc!=null) + hodoPaneRsc.createRscHodoWindShapeAll(); + if(insetPaneRsc!=null) + insetPaneRsc.createInsetWireFrameShapes(); + if(witoPaneRsc!=null) + witoPaneRsc.createAllWireFrameShapes(); + } + private class NsharpOperationElementComparator implements Comparator{ + @Override + public int compare(NsharpOperationElement o1, NsharpOperationElement o2) { + + String s1tok1="";//, s1tok2=""; + String s2tok1="";//, s2tok2=""; + StringTokenizer st1 = new StringTokenizer(o1.getElementDescription()); + int tkCount1 = st1.countTokens(); + //System.out.println("ElementComparatorTimeLine o1="+o1.elementDescription+"c1 = "+tkCount1); + if(tkCount1 >= 1) + { + s1tok1 = st1.nextToken(); + } + else{ + return 0; + + } + //System.out.println("t1="+s1tok1+" t2="+s2tok1); + StringTokenizer st2 = new StringTokenizer(o2.getElementDescription()); + int tkCount2 = st2.countTokens(); + //System.out.println("ElementComparatorTimeLine o2="+o2.elementDescription+"c2 = "+tkCount2); + if(tkCount2 >= 1) + { + s2tok1 = st2.nextToken(); + } + else{ + return 0; + + } + //System.out.println("t1="+s2tok1+" t2="+s2tok2); + if(s1tok1.compareTo(s2tok1) == 0){ + return 0; + }else if (s1tok1.compareTo(s2tok1) < 0){ + return 1; + } else if (s1tok1.compareTo(s2tok1) > 0) { + return -1; + } + return 0; + } + } + + private int getIndexFromElementList(String targetDescription, List elemLst){ + for(NsharpOperationElement sndProp: elemLst){ + if(sndProp.getElementDescription().equals(targetDescription) ) + return elemLst.indexOf(sndProp); + + } + return -1; + } + + private void restoreAllSoundingData(){ + for(List> tlListList: stnTimeSndTable){ + // add a new element for the new sndType to each existing sndlist of each existing time of each existing stnId + for(List sndtyList: tlListList){ + for (NsharpSoundingElementStateProperty elem: sndtyList){ + if(elem!=null) + elem.restoreSndLyLstFromBackup(); + } + } + } + } + private int addElemToElemList(String elemDesc,List elemList){ + NsharpOperationElement elem = new NsharpOperationElement(elemDesc,NsharpConstants.ActState.ACTIVE); + elemList.add(elem); + Collections.sort(elemList, new NsharpOperationElementComparator()); + return elemList.indexOf(elem); + } + private void addNewSndToStnTimeSndTable(int sndIndex){ + for(List> tlListList: stnTimeSndTable){ + // add a new element for the new sndType to each existing sndlist of each existing time of each existing stnId + for(List sndtyList: tlListList){ + sndtyList.add(sndIndex,null); + } + } + } + private void addNewStnToStnTimeSndTable(int stnIndex){ + // Add new stnid to outer list of stnTimeSndTable + List> listListForNewStn = new ArrayList>(); + // based on new stn id, add list for each existing time line + for(int i=0; i sndListForTm = new ArrayList(); + for(int j=0; j< sndElementList.size(); j++ ){ + sndListForTm.add(null); + } + listListForNewStn.add(sndListForTm); + } + stnTimeSndTable.add(stnIndex, listListForNewStn); + } + private void addNewTimeToStnTimeSndTable(int timeIndex){ + for(List> tlListList: stnTimeSndTable){ + // based on sndTypeElementList + //create sndlist for the new time line for each existing stnid + List newSndList = new ArrayList(); + for(int i=0; i< sndElementList.size();i++ ){ + newSndList.add(null); + } + //add sndlist for the new time line to stn list + tlListList.add(timeIndex,newSndList); + } + } + private void addElementToTableAndLists(String stnId_timeLine_sndType,String stnId, String tmLine, String sndType, NsharpStationInfo stnInfo, List sndLyLst){ + //System.out.println("stn to be added "+ stnId + " timeline "+tmLine); + NsharpSoundingElementStateProperty newSndPropElem=null; + int tmIndex = getIndexFromElementList(tmLine, timeElementList); + int stnIndex = getIndexFromElementList(stnId, stnElementList); + int sndTpyeIndex = getIndexFromElementList(sndType, sndElementList); + currentTimeElementListIndex = tmIndex; + currentStnElementListIndex = stnIndex; + currentSndElementListIndex = sndTpyeIndex; + //based on these 3 indexes, we have 8 cases to handle. + if(tmIndex>=0 && stnIndex>=0 && sndTpyeIndex>=0){ + //CASE1: All 3 index are good (>=0) + if(stnTimeSndTable.get(stnIndex).get(tmIndex).get(sndTpyeIndex) != null) + // this sounding element is already loaded + return; + else { + //replace previously added "null" object with real NsharpSoundingElementStateProperty object + newSndPropElem = + new NsharpSoundingElementStateProperty(stnId_timeLine_sndType,stnId, tmLine, stnInfo, sndLyLst); + stnTimeSndTable.get(stnIndex).get(tmIndex).set(sndTpyeIndex, newSndPropElem); + } + } + else if (tmIndex >=0 ){ + if(stnIndex >=0 ){ + //CASE2 : tmIndex/stnIndex are good (>=0), sndTpyeIndex is bad (<0), a new snd type + //add new sndType to sndTypeElementList + currentSndElementListIndex = addElemToElemList(sndType,sndElementList ); + //Add new snd type to each snd type list of stnTimeSndTable + addNewSndToStnTimeSndTable(currentSndElementListIndex); + //replace previously added "null" object with real NsharpSoundingElementStateProperty object + newSndPropElem = + new NsharpSoundingElementStateProperty(stnId_timeLine_sndType, stnId, tmLine, stnInfo, sndLyLst); + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).set(currentSndElementListIndex, newSndPropElem); + } + else{ + if(sndTpyeIndex >=0){ + //CASE3 : tmIndex/sndTpyeIndex are good, stnIndex is bad (<0), a new stnId + //add new stn to stnElementList + currentStnElementListIndex = addElemToElemList(stnId,stnElementList ); + // Add new stnid to outer list of stnTimeSndTable + addNewStnToStnTimeSndTable(currentStnElementListIndex); + //replace previously added "null" object with real NsharpSoundingElementStateProperty object + newSndPropElem = + new NsharpSoundingElementStateProperty(stnId_timeLine_sndType, stnId, tmLine, stnInfo, sndLyLst); + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).set(currentSndElementListIndex, newSndPropElem); + + } + else{ + //CASE4 : tmIndex is good, stnIndex/sndTpyeIndex are bad (<0), new stnId and new snd type + //add new stn to stnElementList + currentStnElementListIndex = addElemToElemList(stnId,stnElementList ); + //add new sndType to sndTypeElementList + currentSndElementListIndex = addElemToElemList(sndType,sndElementList ); + //Add new snd type to each snd type list of stnTimeSndTable + addNewSndToStnTimeSndTable(currentSndElementListIndex); + // Add new stnid to outer list of stnTimeSndTable + addNewStnToStnTimeSndTable(currentStnElementListIndex); + //replace previously added "null" object with real NsharpSoundingElementStateProperty object + newSndPropElem = + new NsharpSoundingElementStateProperty(stnId_timeLine_sndType, stnId, tmLine, stnInfo, sndLyLst); + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).set(currentSndElementListIndex, newSndPropElem); + + } + } + } + else{ + if(stnIndex >=0 ){ + if(sndTpyeIndex >=0){ + //CASE5 : stnIndex/sndTpyeIndex are good, tmIndex is bad (<0) + //add new time line to timeElementList + currentTimeElementListIndex = addElemToElemList(tmLine,timeElementList ); + //add new time line to StnTimeSndTable + addNewTimeToStnTimeSndTable(currentTimeElementListIndex); + //replace previously added "null" object with real NsharpSoundingElementStateProperty object + newSndPropElem = + new NsharpSoundingElementStateProperty(stnId_timeLine_sndType, stnId, tmLine, stnInfo, sndLyLst); + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).set(currentSndElementListIndex, newSndPropElem); + + } + else{ + //CASE6 : stnIndex is good, tmIndex/sndTpyeIndex are bad (<0) + //add new time line to timeElementList + currentTimeElementListIndex = addElemToElemList(tmLine,timeElementList ); + //add new sndType to sndTypeElementList + currentSndElementListIndex = addElemToElemList(sndType,sndElementList ); + //Add new snd type to each snd type list of stnTimeSndTable + addNewSndToStnTimeSndTable(currentSndElementListIndex); + //add new time line to StnTimeSndTable + addNewTimeToStnTimeSndTable(currentTimeElementListIndex); + //replace previously added "null" object with real NsharpSoundingElementStateProperty object + newSndPropElem = + new NsharpSoundingElementStateProperty(stnId_timeLine_sndType, stnId, tmLine, stnInfo, sndLyLst); + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).set(currentSndElementListIndex, newSndPropElem); + + } + + } + else{ + if(sndTpyeIndex >=0){ + //CASE7 : sndTpyeIndex is good, tmIndex/stnIndex are bad (<0) + //add new time line to timeElementList + currentTimeElementListIndex = addElemToElemList(tmLine,timeElementList ); + //add new stn to stnElementList + currentStnElementListIndex = addElemToElemList(stnId,stnElementList ); + //add new time line to StnTimeSndTable + addNewTimeToStnTimeSndTable(currentTimeElementListIndex); + // Add new stnid to outer list of stnTimeSndTable + addNewStnToStnTimeSndTable(currentStnElementListIndex); + //replace previously added "null" object with real NsharpSoundingElementStateProperty object + newSndPropElem = + new NsharpSoundingElementStateProperty(stnId_timeLine_sndType, stnId, tmLine, stnInfo, sndLyLst); + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).set(currentSndElementListIndex, newSndPropElem); + + } + else{ + //CASE8 : All are bad (<0) + // an element with new time line, new stnId and new sndType + //add new time line to timeElementList + currentTimeElementListIndex = addElemToElemList(tmLine,timeElementList ); + //add new stn to stnElementList + currentStnElementListIndex = addElemToElemList(stnId,stnElementList ); + //add new sndType to sndTypeElementList + currentSndElementListIndex = addElemToElemList(sndType,sndElementList ); + + //Construct stnTimeSndTable + if(stnTimeSndTable.size()>0){ + List> listListForNewStn = new ArrayList>(); + // based on new stn id, add list for each existing time line + for(NsharpOperationElement tmElem: timeElementList){ + // based on each time line, add element for each existing sndType + List sndlistForTm = new ArrayList(); + for(NsharpOperationElement sndElem: sndElementList ){ + if(tmLine.equals(tmElem.getElementDescription()) && sndType.equals(sndElem.getElementDescription()) ){ + //only one case falls in this route as only one new loaded sounding data + newSndPropElem = + new NsharpSoundingElementStateProperty(stnId_timeLine_sndType, stnId, tmLine, stnInfo, sndLyLst); + + sndlistForTm.add(newSndPropElem); + } + else{ + //create for not avail sounding profiles + sndlistForTm.add(null); + } + } + listListForNewStn.add(sndlistForTm); + } + + //Now update stnTimeSndTable by adding "dummy" NsharpSoundingElementStateProperty to all exiting stn listList and time list + //Note that we have NOT added "listListForNewStn" to stnTimeSndTable yet. + //we have to update current table now + for(List> tlListList: stnTimeSndTable){ + // add a new element for the new sndType to each existing sndlist of each existing time of each existing stnId + for(List sndtyList: tlListList){ + sndtyList.add(currentSndElementListIndex,null); + } + // based on sndTypeElementList + //add a new sndlist for the new time line for each existing stnid + List newSndList = new ArrayList(); + for(int i=0;i< sndElementList.size();i++ ){ + { + newSndList.add(null); + } + } + tlListList.add(currentTimeElementListIndex,newSndList); + } + //finally, add this new stn list to table + stnTimeSndTable.add(currentStnElementListIndex, listListForNewStn); + } + else{ + //this is the case, we are adding first element to stnTimeSndTable + // need a new stn time line list to stnTimeSndTable + List newList = new ArrayList(); + List> newListList = new ArrayList>(); + + newSndPropElem = + new NsharpSoundingElementStateProperty(stnId_timeLine_sndType, stnId, tmLine,stnInfo, sndLyLst); + newList.add(newSndPropElem); + newListList.add(newList); + stnTimeSndTable.add(newListList); + curSndProfileProp=newSndPropElem; + return; + } + + } + } + } + setCurSndProfileProp(); + + } + private void setCurSndProfileProp() { + if(currentTimeElementListIndex <0 || currentTimeElementListIndex >= timeElementList.size()|| + currentStnElementListIndex < 0 || currentStnElementListIndex >= stnElementList.size() + || currentSndElementListIndex<0 || currentSndElementListIndex>= sndElementList.size()){ + curSndProfileProp = null; + preSndProfileProp = null; + } + else { + preSndProfileProp = curSndProfileProp; + curSndProfileProp = stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex); + } + } + private void cleanUpStnTimeSndTable(int stni, int tmi, int sndi){ + boolean found = false; + //find if this station is no longer in use + List> tlListList = stnTimeSndTable.get(stni); + for(List sndtyList: tlListList){ + for (NsharpSoundingElementStateProperty elem: sndtyList){ + if(elem!=null) { + found = true; + break; + } + } + if(found) + break; + } + if(!found){ + //This stn is no longer in use...delete it from stnTimeSndTable and stnElementList + stnElementList.remove(stni); + tlListList= stnTimeSndTable.remove(stni); + tlListList.clear(); + } + //find if this time line is no longer in use + found = false; + for (List> tmListListForStn: stnTimeSndTable){ + List sndtyListForTm = tmListListForStn.get(tmi); + for (NsharpSoundingElementStateProperty elem: sndtyListForTm){ + if(elem!=null) { + found = true; + break; + } + } + if(found) + break; + } + if(!found){ + //This time line is no longer in use...delete it from stnTimeSndTable and timeElementList + timeElementList.remove(tmi); + for (List> tmListListForStn: stnTimeSndTable){ + List sndtyListForTm = tmListListForStn.remove(tmi); + sndtyListForTm.clear(); + } + } + //find if this sounding type is no longer in use + found = false; + for (List> tmListListForStn: stnTimeSndTable){ + for(List sndtyListForTm : tmListListForStn){ + NsharpSoundingElementStateProperty elem= sndtyListForTm.get(sndi); + if(elem!=null) { + found = true; + break; + } + } + if(found) + break; + } + if(!found){ + //This sounding type is no longer in use...delete it from stnTimeSndTable and sndElementList + sndElementList.remove(sndi); + for (List> tmListListForStn: stnTimeSndTable){ + for(List sndtyListForTm : tmListListForStn){ + sndtyListForTm.remove(sndi); + } + } + } + + } + public boolean deleteRsc(List deletingDataTimeList){ + boolean curSndDeleted = false; + for(String dataTmLine: deletingDataTimeList){ + if(curSndProfileProp!=null && curSndProfileProp.getElementDescription().equals(dataTmLine)){ + curSndDeleted = true; + } + //find deleting element from stnTimeSndTable and null it + boolean setdone = false; + for(List> tlListList: stnTimeSndTable){ + for(List sndtyList: tlListList){ + for (NsharpSoundingElementStateProperty elem: sndtyList){ + if(elem!=null && dataTmLine.equals(elem.getElementDescription())){ + int sndi = sndtyList.indexOf(elem); + int tmi = tlListList.indexOf(sndtyList); + int stni = stnTimeSndTable.indexOf(tlListList); + sndtyList.set(sndtyList.indexOf(elem),null); + setdone = true; + // clean up stnTimeSndTable if a stn/timeline/snd is no longer in use + cleanUpStnTimeSndTable(stni,tmi,sndi); + break; + } + } + if(setdone) + break; + } + if(setdone) + break; + } + } + + if(curSndDeleted || soundingLys == null){ + //this is the case that we are deleting current snd, so, a new current snd should be selected + curSndProfileProp = null; + //find CurrentElementIndexes After Delete current snding + boolean found = false; + int stni=0; + for(List> tlListList: stnTimeSndTable){ + int timei=0; + for(List sndtyList: tlListList){ + int sndi=0; + for (NsharpSoundingElementStateProperty elem: sndtyList){ + if(elem!=null && stnElementList.get(stni).getActionState()== NsharpConstants.ActState.ACTIVE && + timeElementList.get(timei).getActionState()== NsharpConstants.ActState.ACTIVE && + sndElementList.get(sndi).getActionState()== NsharpConstants.ActState.ACTIVE){ + currentStnElementListIndex = stni; + currentSndElementListIndex = sndi; + currentTimeElementListIndex = timei; + found = true; + break; + } + sndi++; + } + if(found) + break; + timei++; + } + if(found) + break; + stni++; + } + if(!found){ + currentStnElementListIndex = -1; + currentSndElementListIndex = -1; + currentTimeElementListIndex = -1; + } + setCurSndProfileProp(); + } + else{ + // currentStnElementListIndex, currentSndElementListIndex and currentTimeElementListIndex may not point to right element + //after some elements are deleted. + currentStnElementListIndex = -1; + currentTimeElementListIndex = -1; + currentSndElementListIndex = -1; + if(curSndProfileProp!= null){ + boolean found = false; + for (List> tmListListForStn: stnTimeSndTable){ + for(List sndtyListForTm : tmListListForStn){ + for (NsharpSoundingElementStateProperty elem: sndtyListForTm){ + if(elem!=null && curSndProfileProp.getElementDescription().equals(elem.getElementDescription())){ + currentSndElementListIndex = sndtyListForTm.indexOf(elem); + currentTimeElementListIndex = tmListListForStn.indexOf(sndtyListForTm); + currentStnElementListIndex = stnTimeSndTable.indexOf(tmListListForStn); + found= true; + break; + } + } + if(found) + break; + } + if(found) + break; + } + } + } + setCurrentSoundingLayerInfo(); + resetData(); + System.out.println("num="+getFrameCount()); + return curSndDeleted; + // anything more to do? + } + public void deleteRscAll(){ + NsharpMapResource nsharpMapResource = NsharpMapResource.getOrCreateNsharpMapResource(); + nsharpMapResource.setPoints(null); + if(soundingLys!=null){ + soundingLys.clear(); + soundingLys=null; + } + if(previousSoundingLys!=null){ + previousSoundingLys.clear(); + previousSoundingLys = null; + } + if(stnTimeSndTable != null){ + for(List> stnListList: stnTimeSndTable){ + for(List timeList: stnListList){ + timeList.clear(); + } + stnListList.clear(); + } + stnTimeSndTable.clear(); + } + if(timeElementList != null) + timeElementList.clear(); + if(stnElementList != null) + stnElementList.clear(); + if(sndElementList != null) + sndElementList.clear(); + curSndProfileProp = null; + preSndProfileProp = null; + currentTextChapter = 1; + currentInsetPage = 1; + currentParcel = NsharpNativeConstants.PARCELTYPE_MOST_UNSTABLE; + currentParcelLayerPressure = NsharpNativeConstants.MU_LAYER; + currentTimeElementListIndex = -1; + currentStnElementListIndex = -1; + currentSndElementListIndex = -1; + resetData(); + } + + + private NsharpSoundingElementStateProperty getCurSoundingElementStateProperty(){ + if(currentTimeElementListIndex >=0 && currentStnElementListIndex>=0 && currentSndElementListIndex>=0 && + stnTimeSndTable.get( currentStnElementListIndex).get( currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + return stnTimeSndTable.get( currentStnElementListIndex).get( currentTimeElementListIndex).get(currentSndElementListIndex); + } + return null; + } + private void setCurrentSoundingLayerInfo() { + NsharpSoundingElementStateProperty elem = getCurSoundingElementStateProperty(); + if(elem!=null){ + pickedStnInfoStr = elem.getElementDescription(); + pickedStnInfo = elem.getStnInfo(); + + if(overlayIsOn){ + previousSoundingLys = soundingLys; + } + else { + previousSoundingLys = null; + } + + if(interpolateIsOn == true){ + /* TTR829 + * deep copy is not necessary as performInterpolation() will re-allocate new layer for each + * layer + //we dont want to change original raw data, so use a new copy + NcSoundingLayer newLayer; + List mySndLst = new ArrayList(); + for(NcSoundingLayer layer:elem.getSndLyLst()){ + newLayer = new NcSoundingLayer(); + try { + newLayer = (NcSoundingLayer) layer.clone(); + + } catch (CloneNotSupportedException e) { + e.printStackTrace(); + } //here a shallowCopy is enough + mySndLst.add(newLayer); + } + // interpolation + mySndLst = performInterpolation(mySndLst); + + soundingLys = mySndLst; */ + + soundingLys = performInterpolation(elem.getSndLyLst()); + } + else { + soundingLys = elem.getSndLyLst(); + } + } + else{ + previousSoundingLys = null; + soundingLys = null; + } + + } + public void addRsc(Map> soundMap, NsharpStationInfo stnInfo, boolean fromNCP){ + if(fromNCP){ + //this is from NCP do nothing now + this.addRsc(true, soundMap, stnInfo); + //NCP case: + //Key String format will be like this for NCUAIR + // KGRI 100616/03(Wed)-NCUAIR + // and for PFC/Grid sounding will be like this + //KGRI 100616/03(Wed)V001-GFSSND + } + else{ + //D2D case:::: + //this is from D2D, edit display and time line string to add short day-of-week and + //also add sounding type to string to solve an issue that data with same stn, same time line but different + //sounding type will not be loaded. + //D2D's key string is like this: "KGRI 2010-06-16 03:00:00" + // will change it to "KGRI 100616/03(Wed)-GFSSND" + Set dataTimelineSet = soundMap.keySet(); + SimpleDateFormat df = new SimpleDateFormat("yyyy-MM-dd HH:mm:ss"); + //DateFormatSymbols dfs= new DateFormatSymbols(); + //String[] defaultDays = dfs.getShortWeekdays(); + Calendar cal =Calendar.getInstance(); + Date date; + Map> newmap = new HashMap> (); + String sndType = stnInfo.getSndType(); + for(String timeline: dataTimelineSet){ + System.out.println("D2D sending timeline Str:"+ timeline); + String dateStr = timeline.substring(timeline.indexOf(' ')+1); + String stnId= timeline.substring(0, timeline.indexOf(' ')); + try { + date = df.parse(dateStr); + cal.setTime(date); + String dayOfWeek = defaultDays[cal.get(Calendar.DAY_OF_WEEK)]; + //dateStr = timeline.substring(0, timeline.indexOf(':'))+dayOfWeek+stnInfo.getSndType(); + //System.out.println("New Str:"+ dateStr); + String finalTimeStr = String.format("%4$s %1$ty%1$tm%1$td/%1$tH(%2$s) %3$s", cal, dayOfWeek,sndType,stnId); + System.out.println("D2D (modified) timeline Str:"+ finalTimeStr); + //put newTimeStr to new map with original value + newmap.put(finalTimeStr, soundMap.get(timeline)); + } catch (ParseException e) { + // TODO Auto-generated catch block + e.printStackTrace(); + continue; + } + } + //this is from D2D, and it does not want to display new data right away. + this.addRsc(false, newmap, stnInfo); + } + } + /* + public void loadSoundingData( boolean displayNewData, List soundDataLst, String stnId, String sndType, + Timestamp rangeStartTime,double latitude,double longitude){ + //* testing code + //stnInfo.setStnId("KFSD"); + { + Set keyset= new HashSet(soundMap.keySet()); + for(String key: keyset) { + List sndLy = soundMap.remove(key); + String newkey= key.replace("NAMS", "yahoo"); + //String newkey= key.replace("GFSS", "NAMS"); + //newkey = newkey.replace("KSLN", "KFSD"); + soundMap.put(newkey, sndLy); + } + stnInfo.setSndType(stnInfo.getSndType().replace("NAMS", "yahoo")); + //stnInfo.setSndType(stnInfo.getSndType().replace("GFSS", "NAMS")); + }// + + //need to format reftime to GMT time string. Timestamp.toString produce a local time Not GMT time + Calendar cal = Calendar.getInstance(TimeZone.getTimeZone("GMT")); + cal.setTimeInMillis(rangeStartTime.getTime()); + String dayOfWeek = defaultDays[cal.get(Calendar.DAY_OF_WEEK)]; + String timeLine = String.format("%1$ty%1$tm%1$td/%1$tH(%2$s)", cal, dayOfWeek); + if(stnId.indexOf(" ")>=0){ + //take care stnId with SPACE case. + stnId = stnId.replace(" ", "_"); + } + if(timeElementList.isEmpty() || stnElementList.isEmpty() || + currentSndElementListIndex < 0 ||sndElementList.isEmpty() || + currentTimeElementListIndex < 0 || currentStnElementListIndex < 0){ + //if no data was loaded since, then display this data any way + displayNewData = true; + } + //save current timeline and stn state properties if we are NOT loading new data + NsharpOperationElement currentTL=null; + NsharpOperationElement currentStn=null; + NsharpOperationElement currentSnd=null; + NsharpSoundingElementStateProperty currentPreSndProfileProp=null; + if(!displayNewData){ + currentTL = timeElementList.get(currentTimeElementListIndex); + currentStn = stnElementList.get(currentStnElementListIndex); + currentSnd = sndElementList.get(currentSndElementListIndex); + currentPreSndProfileProp = preSndProfileProp; + } + //add new data to table + //add time line to stnTimeTable and set its index + addElementToTableAndLists((stnId+" "+timeLine+" "+sndType),stnId,timeLine,sndType,stnInfo, soundDataLst); + + if(displayNewData){ + //Set default parcel trace data + currentParcel = NsharpNativeConstants.PARCELTYPE_MOST_UNSTABLE; + currentParcelLayerPressure = NsharpNativeConstants.MU_LAYER; + setCurrentSoundingLayerInfo(); + resetData(); + } + else { + //Not display new data. Reset current "parameter"s after adding data to map/lists + currentStnElementListIndex= stnElementList.indexOf(currentStn); + currentTimeElementListIndex = timeElementList.indexOf(currentTL); + currentSndElementListIndex = sndElementList.indexOf(currentSnd); + preSndProfileProp = currentPreSndProfileProp; + curSndProfileProp = stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex); + } + + //set total time line group and stn id list page number + calculateTimeStnBoxData(); + + //set data time to descriptor + //this is necessary for looping + // starting 13.2.1, this line is changed by Raytheon + if (( skewtPaneRsc.getDescriptor().getFramesInfo().getFrameCount() == 0)&& !getTimeMatcher) { + //was this line before 13.2.1 if (( skewtPaneRsc.getDescriptor().getTimeMatcher() == null || skewtPaneRsc.getDescriptor().getTimeMatcher().getTimeMatchBasis() == null)&& !getTimeMatcher) { + //DataTime[] dataTimes = new DataTime[dataTimelineList.size()]; + //Chin Note: we just have to do this once and set dataTimes size bigger than 1. + //Nsharp handles changing frame itself. It just need system to send change frame notice. + //That is happened at NsharpSkewTDescriptor.checkDrawTime(). + DataTime[] dataTimes = new DataTime[2]; Date now = new Date(); - for (int k = 0; k < 2/* stnTimeTable.size() */; k++) { - dataTimes[k] = new DataTime(now, k); + for(int k =0; k < 2 ; k++){ + dataTimes[k]= new DataTime(now, k); } - // no need to get a descriptor from a renderableDispaly since we - // have a descriptor + //no need to get a descriptor from a renderableDispaly since we have a descriptor skewtPaneRsc.getDescriptor().setDataTimes(dataTimes); - getTimeMatcher = true; - } + getTimeMatcher=true; + } + + NsharpShowTextDialog textarea = NsharpShowTextDialog.getAccess(); + if(textarea != null){ + textarea.refreshTextData(); + } + NsharpPaletteWindow win = NsharpPaletteWindow.getInstance() ; + if(win!=null) + currentGraphMode=win.getCurrentGraphMode(); + + refreshPane(); + + } + */ + + private void addRsc( boolean displayNewData,Map> soundMap, NsharpStationInfo stnInfo){ + /* testing code + stnInfo.setStnId("KUKI"); + { + Set keyset= new HashSet(soundMap.keySet()); + for(String key: keyset) { + List sndLy = soundMap.remove(key); + //String newkey= key.replace("NCUAIR", "gpduair"); + String newkey= key.replace("NAMS","GFSS"); + newkey = newkey.replace("AJO", "KUKI"); + soundMap.put(newkey, sndLy); + } + //stnInfo.setSndType(stnInfo.getSndType().replace("NCUAIR", "gpduair")); + stnInfo.setSndType(stnInfo.getSndType().replace( "NAMS","GFSS")); + }//*/ + + + if(stnInfo.getStnId() != null && stnInfo.getStnId().indexOf(" ")>=0){ + //take care stnId with SPACE case. + String stnId= stnInfo.getStnId(); + String newStnId = stnId.replace(" ", "_"); + stnInfo.setStnId(newStnId); + String dspInfo= stnInfo.getStnDisplayInfo(); + stnInfo.setStnDisplayInfo(dspInfo.replace(stnId, newStnId)); + Set keyset= new HashSet(soundMap.keySet()); + for(String key: keyset) { + List sndLy = soundMap.remove(key); + String newkey= key.replace(stnId, newStnId); + soundMap.put(newkey, sndLy); + } + + } + + if(soundMap.size() <=0 || (skewtPaneRsc==null)){ + return; + } + if(timeElementList.isEmpty() || stnElementList.isEmpty() || + currentSndElementListIndex < 0 ||sndElementList.isEmpty() || + currentTimeElementListIndex < 0 || currentStnElementListIndex < 0){ + //if no data was loaded since, then display this data any way + displayNewData = true; + } + //save current timeline and stn state properties if we are NOT loading new data + NsharpOperationElement currentTL=null; + NsharpOperationElement currentStn=null; + NsharpOperationElement currentSnd=null; + NsharpSoundingElementStateProperty currentPreSndProfileProp=null; + if(!displayNewData){ + currentTL = timeElementList.get(currentTimeElementListIndex); + currentStn = stnElementList.get(currentStnElementListIndex); + currentSnd = sndElementList.get(currentSndElementListIndex); + currentPreSndProfileProp = preSndProfileProp; + } + //add new data to table + Set dataTimelineSet = soundMap.keySet(); + String[] tempTimeLineArr = dataTimelineSet.toArray(new String[dataTimelineSet.size()]); + Arrays.sort(tempTimeLineArr); + for (int i=0; i< tempTimeLineArr.length; i++){ + // based on this KEY string format "KGRI 100616/03(Wed) GFSSND" + String stnId_timeLine_sndType = tempTimeLineArr[i].toString(); + String stnId = stnId_timeLine_sndType.substring(0,stnId_timeLine_sndType.indexOf(" ")); + String timeLine_sndType= stnId_timeLine_sndType.substring(stnId_timeLine_sndType.indexOf(" ")+1); + String timeLine= timeLine_sndType.substring(0,timeLine_sndType.indexOf(" ")); + String sndType= timeLine_sndType.substring(timeLine_sndType.indexOf(" ")+1); + //No more needed? timeLine = timeLine.replace(" ", "-"); //fixed DR15325 - sorting time line issue in D2D + //add time line to stnTimeTable and set its index + addElementToTableAndLists(stnId_timeLine_sndType,stnId,timeLine,sndType,stnInfo, soundMap.get(stnId_timeLine_sndType)); + } + if(displayNewData){ + //Set default parcel trace data + currentParcel = NsharpNativeConstants.PARCELTYPE_MOST_UNSTABLE; + currentParcelLayerPressure = NsharpNativeConstants.MU_LAYER; + setCurrentSoundingLayerInfo(); + resetData(); + } + else { + //Not display new data. Reset current "parameter"s after adding data to map/lists + currentStnElementListIndex= stnElementList.indexOf(currentStn); + currentTimeElementListIndex = timeElementList.indexOf(currentTL); + currentSndElementListIndex = sndElementList.indexOf(currentSnd); + preSndProfileProp = currentPreSndProfileProp; + curSndProfileProp = stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex); + } + + //set total time line group and stn id list page number + calculateTimeStnBoxData(); + + //set data time to descriptor + //this is necessary for looping + // starting 13.2.1, this line is changed by Raytheon + if (( skewtPaneRsc.getDescriptor().getFramesInfo().getFrameCount() == 0)&& !getTimeMatcher) { + //was this line before 13.2.1 if (( skewtPaneRsc.getDescriptor().getTimeMatcher() == null || skewtPaneRsc.getDescriptor().getTimeMatcher().getTimeMatchBasis() == null)&& !getTimeMatcher) { + //DataTime[] dataTimes = new DataTime[dataTimelineList.size()]; + //Chin Note: we just have to do this once and set dataTimes size bigger than 1. + //Nsharp handles changing frame itself. It just need system to send change frame notice. + //That is happened at NsharpSkewTDescriptor.checkDrawTime(). + DataTime[] dataTimes = new DataTime[2/*stnTimeTable.size()*/]; + Date now = new Date(); + for(int k =0; k < 2/*stnTimeTable.size()*/ ; k++){ + dataTimes[k]= new DataTime(now, k); + } + //no need to get a descriptor from a renderableDispaly since we have a descriptor + skewtPaneRsc.getDescriptor().setDataTimes(dataTimes); + getTimeMatcher=true; + } + + NsharpShowTextDialog textarea = NsharpShowTextDialog.getAccess(); + if(textarea != null){ + textarea.refreshTextData(); + } + NsharpPaletteWindow win = NsharpPaletteWindow.getInstance() ; + if(win!=null) + currentGraphMode=win.getCurrentGraphMode(); + + refreshPane(); + + } + + public void addRsc(Map> soundMap, NsharpStationInfo stnInfo){ + //by default, display new data + //NCP always call from this route. + this.addRsc(true, soundMap, stnInfo); + return; + } + public String getPickedStnInfoStr() { + return pickedStnInfoStr; + } + //start FixMark:clickOnTimeStnPane + private void handleUserPickNewStationId(int index){ + currentStnElementListIndex = index; + if(compareTmIsOn){ + boolean found = false; + if( currentTimeElementListIndex>=0 && currentSndElementListIndex>=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + // use currentTimeLineStateListIndex + found = true; + } + else { + //find an active and available timeline for this stn and set is as current + for (int i=0; i < timeElementList.size(); i++){ + if(timeElementList.get(i).getActionState()== NsharpConstants.ActState.ACTIVE && + stnTimeSndTable.get(currentStnElementListIndex).get(i).get(currentSndElementListIndex)!=null){ + currentTimeElementListIndex = i; + found = true; + break; + } + } + } + if(!found){ + currentTimeElementListIndex = -1; + } + else{ + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: timeElementList) { + if(elm.getActionState() == NsharpConstants.ActState.INACTIVE) + continue; + int tmIndex = timeElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(currentStnElementListIndex).get(tmIndex).get(currentSndElementListIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + + } + } + } + else if(compareSndIsOn){ + boolean found = false; + if( currentTimeElementListIndex>=0 && currentSndElementListIndex>=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + found = true; + } + else { + //find an active and available snd for this stn and set is as current + for (int i=0; i < sndElementList.size(); i++){ + if(sndElementList.get(i).getActionState()== NsharpConstants.ActState.ACTIVE && + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(i)!=null){ + currentSndElementListIndex = i; + found = true; + break; + } + } + } + if(!found){ + currentSndElementListIndex = -1; + } + else{ + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: sndElementList) { + if(elm.getActionState() == NsharpConstants.ActState.INACTIVE) + continue; + int sndIndex = sndElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(sndIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + } + } + } + setCurSndProfileProp(); + setCurrentSoundingLayerInfo(); + resetData(); + refreshPane(); + } // end FixMark:clickOnTimeStnPane + public void handleUserClickOnStationId(Coordinate c,boolean shiftDown) { + //first to find if it is for change to next page, or change sorting + //System.out.println("numTimeLinePerPage="+numTimeLinePerPage+"gap="+(cnYOrig-dtNextPageEnd)); + int index =((int)(c.y - dtYOrig))/ charHeight; + + if(index == 0 ){ + //change to next/previous page + if( totalStnIdPage == 1 ) + return; + if((c.x - (dtXOrig+dtWidth)) < (dtWidth/2)){ + curStnIdPage++; + if(curStnIdPage>totalStnIdPage) + curStnIdPage=1; + } else { + curStnIdPage--; + if(curStnIdPage <=0) + curStnIdPage = totalStnIdPage; + } + return; + } + // recalculate index for time line + index =((int)(c.y - dtNextPageEnd))/ charHeight + + (curStnIdPage-1)* numTimeLinePerPage ; + + if( index < this.stnElementList.size() ){ + // FixMark:clickOnTimeStnPane start + NsharpConstants.ActState actState = stnElementList.get(index).getActionState(); + if(!shiftDown ){ + if( actState == NsharpConstants.ActState.ACTIVE) + handleUserPickNewStationId(index); + } + else { // End FixMark:clickOnTimeStnPane + + switch(actState){ + + case INACTIVE: + stnElementList.get(index).setActionState( NsharpConstants.ActState.ACTIVE); + break; + case ACTIVE: + //do not allow deactivate current stn + if(index == currentStnElementListIndex) + return; + stnElementList.get(index).setActionState( NsharpConstants.ActState.INACTIVE); + break; + default: + return; + } + if(skewtPaneRsc!=null) + skewtPaneRsc.createRscWireFrameShapes(); + if(hodoPaneRsc!=null) + hodoPaneRsc.createRscHodoWindShapeAll(); + } + } + } + // start FixMark:clickOnTimeStnPane + private void handleUserPickNewTimeLine(int index){ + previousTimeLineStateListIndex = currentTimeElementListIndex; + currentTimeElementListIndex = index; + if(compareStnIsOn){ + boolean found = false; + if(currentStnElementListIndex >=0 && currentSndElementListIndex >=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(index).get(currentSndElementListIndex)!=null){ + found = true; + } + else{ + //find an active and available stn for this timeline and set is as current + for (int i=0; i < stnElementList.size(); i++){ + if(stnElementList.get(i).getActionState()==NsharpConstants.ActState.ACTIVE && + stnTimeSndTable.get(i).get(index).get(currentSndElementListIndex) !=null){ + currentStnElementListIndex = i; + found = true; + break; + } + } + } + if(!found){ + currentStnElementListIndex = -1; + } + else{ + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: stnElementList) { + int stnIndex = stnElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(stnIndex).get(index).get(currentSndElementListIndex); + if(stnTmElm != null){ + stnTmElm.setCompColorIndex(colorIndex); + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + } + } + } + else if(compareSndIsOn){ + boolean found = false; + if(currentStnElementListIndex >=0 && currentSndElementListIndex >=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(index).get(currentSndElementListIndex)!=null){ + found = true; + } + else { + //find an active and available snd for this stn and set is as current + for (int i=0; i < sndElementList.size(); i++){ + if(sndElementList.get(i).getActionState()== NsharpConstants.ActState.ACTIVE && + stnTimeSndTable.get(currentStnElementListIndex).get(index).get(i)!=null){ + currentSndElementListIndex = i; + found = true; + break; + } + } + } + if(!found){ + currentSndElementListIndex = -1; + } + else{ + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: sndElementList) { + if(elm.getActionState() == NsharpConstants.ActState.INACTIVE) + continue; + int sndIndex = sndElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(currentStnElementListIndex).get(index).get(sndIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + } + } + } + setCurSndProfileProp(); + setCurrentSoundingLayerInfo(); + resetData(); + refreshPane(); + } // end FixMark:clickOnTimeStnPane + public void handleUserClickOnTimeLine(Coordinate c, boolean shiftDown) { + + //first to find if it is for change to next/prev page + //System.out.println("numTimeLinePerPage="+numTimeLinePerPage+"gap="+(cnYOrig-dtNextPageEnd)); + int index =((int)(c.y - dtYOrig))/ charHeight; + if(index == 0 ){ + //change to next/previous page + if( totalTimeLinePage == 1) + return; + if((c.x - dtXOrig) < (dtWidth /2)){ + curTimeLinePage++; + if(curTimeLinePage>totalTimeLinePage) + curTimeLinePage=1; + } else { + curTimeLinePage--; + if(curTimeLinePage <=0) + curTimeLinePage = totalTimeLinePage; + } + return; + } + // recalculate index for time line + index =((int)(c.y - dtNextPageEnd))/ charHeight + + (curTimeLinePage-1)* numTimeLinePerPage ; + + if( index < timeElementList.size() && index >=0 ){ + // FixMark:clickOnTimeStnPane start + NsharpConstants.ActState actState = timeElementList.get(index).getActionState(); + if(!shiftDown ){ + if( actState == NsharpConstants.ActState.ACTIVE) + handleUserPickNewTimeLine(index); + } + else { + switch(actState){// End FixMark:clickOnTimeStnPane + case INACTIVE: + timeElementList.get(index).setActionState( NsharpConstants.ActState.ACTIVE); + break; + case ACTIVE: + if(index == currentTimeElementListIndex) + //dont allow to deactive current time line + return; + timeElementList.get(index).setActionState( NsharpConstants.ActState.INACTIVE); + break; + + default: + return; + + } + if(skewtPaneRsc!=null) + skewtPaneRsc.createRscWireFrameShapes(); + if(hodoPaneRsc!=null) + hodoPaneRsc.createRscHodoWindShapeAll(); + } + } + } + // start FixMark:clickOnTimeStnPane + private void handleUserPickNewSndLine(int index){ + currentSndElementListIndex = index; + if(compareTmIsOn){ + boolean found = false; + if(currentTimeElementListIndex>=0 && currentStnElementListIndex>=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + // use currentTimeLineStateListIndex + found = true; + } + else { + //find an active and available timeline for this stn and set is as current + for (int i=0; i < timeElementList.size(); i++){ + if(timeElementList.get(i).getActionState()== NsharpConstants.ActState.ACTIVE && + stnTimeSndTable.get(currentStnElementListIndex).get(i).get(currentSndElementListIndex)!=null){ + currentTimeElementListIndex = i; + found = true; + break; + } + } + } + if(!found){ + currentTimeElementListIndex = -1; + } + else{ + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: timeElementList) { + if(elm.getActionState() == NsharpConstants.ActState.INACTIVE) + continue; + int tmIndex = timeElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(currentStnElementListIndex).get(tmIndex).get(currentSndElementListIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + } + } + } + else if(compareStnIsOn){ + boolean found = false; + //find an active and available stn for this timeline and set is as current + if(currentTimeElementListIndex>=0 && currentStnElementListIndex>=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + found = true; + } + else { + for (int i=0; i < stnElementList.size(); i++){ + if(stnElementList.get(i).getActionState()==NsharpConstants.ActState.ACTIVE && + stnTimeSndTable.get(i).get(currentTimeElementListIndex).get(currentSndElementListIndex) !=null){ + currentStnElementListIndex = i; + found = true; + break; + } + } + } + if(!found){ + currentStnElementListIndex = -1; + } + else{ + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: stnElementList) { + int stnIndex = stnElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(stnIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + + } + } + } + setCurSndProfileProp(); + setCurrentSoundingLayerInfo(); + resetData(); + refreshPane(); + } + //end FixMark:clickOnTimeStnPane + public void handleUserClickOnSndLine(Coordinate c, boolean shiftDown) { + + //first to find if it is for change to next/prev page + //System.out.println("numTimeLinePerPage="+numTimeLinePerPage+"gap="+(cnYOrig-dtNextPageEnd)); + int index =((int)(c.y - dtYOrig))/ charHeight; + if(index == 0 ){ + //change to next/previous page + if( totalSndPage == 1) + return; + if((c.x - dtXOrig) < (dtWidth/2)){ + curSndPage++; + if(curSndPage>totalSndPage) + curSndPage=1; + } else { + curSndPage--; + if(curSndPage <=0) + curSndPage = totalSndPage; + } + return; + } + // recalculate index for time line + index =((int)(c.y - dtNextPageEnd))/ charHeight + + (curSndPage-1)* numTimeLinePerPage ; + + if( index < sndElementList.size() && index >=0 ){ + // FixMark:clickOnTimeStnPane start + NsharpConstants.ActState actState = sndElementList.get(index).getActionState(); + if(!shiftDown ){ + if( actState == NsharpConstants.ActState.ACTIVE) + handleUserPickNewSndLine(index); + } + else { + switch(actState){// End FixMark:clickOnTimeStnPane + case INACTIVE: + sndElementList.get(index).setActionState( NsharpConstants.ActState.ACTIVE); + break; + case ACTIVE: + if(index == currentSndElementListIndex) + //dont allow to deactive current time line + return; + sndElementList.get(index).setActionState( NsharpConstants.ActState.INACTIVE); + break; + + default: + return; + + } + if(skewtPaneRsc!=null) + skewtPaneRsc.createRscWireFrameShapes(); + if(hodoPaneRsc!=null) + hodoPaneRsc.createRscHodoWindShapeAll(); + + } + } + } + + private void moveTimeLineIndexBackward(){ + previousTimeLineStateListIndex = currentTimeElementListIndex; + int counter=0; + while(true){ + currentTimeElementListIndex++; + currentTimeElementListIndex = currentTimeElementListIndex % this.timeElementList.size(); + counter++; + if(counter > timeElementList.size()) + break; + if( timeElementList.get(currentTimeElementListIndex).getActionState() == NsharpConstants.ActState.ACTIVE + && stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + break;//out of while loop + } + + } + } + private void moveTimeLineIndexForward (){ + previousTimeLineStateListIndex = currentTimeElementListIndex; + int counter=0; + while(true){ + currentTimeElementListIndex= currentTimeElementListIndex + this.timeElementList.size();// so, we wont get a negative number + currentTimeElementListIndex--; + currentTimeElementListIndex = currentTimeElementListIndex % this.timeElementList.size(); + counter++; + if(counter > timeElementList.size()) + break; + if( timeElementList.get(currentTimeElementListIndex).getActionState() == NsharpConstants.ActState.ACTIVE + && stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + break;//out of while loop + } + } + //System.out.println("timeline="+timeLineStateList.get(pickedTimeGroupIndex).getElementDescription()); + } + private void moveTimeLineIndexCycle (){ + previousTimeLineStateListIndex = currentTimeElementListIndex; + //Note: direction should only be NEXT or PREVIOUS + int counter=0; + while(true){ + counter++; + if(counter > timeElementList.size()){ + currentTimeElementListIndex = previousTimeLineStateListIndex; + break; + } + if(currentOpDirection == IFrameCoordinator.FrameChangeOperation.NEXT ){ + currentTimeElementListIndex--; + if(currentTimeElementListIndex <= 0){ + //the end of forward direction, change direction to backward + currentOpDirection = IFrameCoordinator.FrameChangeOperation.PREVIOUS; + currentTimeElementListIndex=0; + } + + } + else{ // direction is FrameChangeOperation.PREVIOUS + currentTimeElementListIndex++; + if(currentTimeElementListIndex >= timeElementList.size()-1){ + //the end of backward direction, change direction to forward + currentOpDirection = IFrameCoordinator.FrameChangeOperation.NEXT; + currentTimeElementListIndex = timeElementList.size()-1; + } + } + if( timeElementList.get(currentTimeElementListIndex).getActionState() == NsharpConstants.ActState.ACTIVE + && stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + break;//out of while loop + } + } + + } + /* + * Note: looping only apply to curAggregateTimeLineList NOT stationIdList + */ + public void setLoopingDataTimeLine(LoopProperties loopProperties) { + //System.out.println("setLoopingDataTimeLine loopmode ="+loopProperties.getMode().toString()); + if( this.timeElementList.size()>0) { + switch(loopProperties.getMode()){ + case Forward: + moveTimeLineIndexForward(); + break; + case Backward: + moveTimeLineIndexBackward(); + break; + case Cycle: + moveTimeLineIndexCycle(); + + break; + } + + curTimeLinePage = currentTimeElementListIndex/numTimeLinePerPage + 1; + setCurSndProfileProp(); + setCurrentSoundingLayerInfo(); + resetData(); + refreshPane(); + } + + } + public enum LoopMode { + Forward, Backward, Cycle + }; + + + private int getElemlistActiveNumber(List elemlist){ + int n=0; + for (NsharpOperationElement elem: elemlist){ + if(elem.getActionState() == NsharpConstants.ActState.ACTIVE){ + n++; + } + } + return n; + } + + public void setSteppingTimeLine(IFrameCoordinator.FrameChangeOperation operation, IFrameCoordinator.FrameChangeMode mode) { + if( this.timeElementList.size() > 0 && getElemlistActiveNumber(timeElementList)>1/* && getAvailTimeLineNumber(currentStnStateListIndex)>1*/) { + int targetIndex = currentTimeElementListIndex; + //previousTimeLineStateListIndex = currentTimeLineStateListIndex; + //preset index for LAST and FIRST operation + switch(operation){ + case LAST: //the future-est time, at top of time line shown. set to -1, so in while loop, it starts from 0 + targetIndex=-1;// + break; + case FIRST: //the oldest time, set to dataTimelineList.length, so in while loop, it starts from dataTimelineList.length-1 + targetIndex = timeElementList.size(); + break; + default: + break; + + } + + int counter=0; + while(true){ + switch(operation){ + case LAST: //the future-est time, at top of time line shown + targetIndex++; + break; + case FIRST: //the oldest time + targetIndex--; + break; + case PREVIOUS: + targetIndex++; + targetIndex = targetIndex % this.timeElementList.size(); + break; + case NEXT: + // so, we wont get a negative number + targetIndex= targetIndex + this.timeElementList.size(); + targetIndex--; + targetIndex = targetIndex % this.timeElementList.size(); + break; + default: + break; + } + counter++; + if(counter >= timeElementList.size()) + return; // looped through whole list already, and index back to original + + if(timeElementList.get(targetIndex).getActionState() == NsharpConstants.ActState.ACTIVE){ + if(compareTmIsOn && currentStnElementListIndex >=0 && currentSndElementListIndex >=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(targetIndex).get(currentSndElementListIndex)== null){ + continue; + } + else if(compareStnIsOn){ + boolean found = false; + if(currentStnElementListIndex >=0 && currentSndElementListIndex >=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(targetIndex).get(currentSndElementListIndex)!=null){ + found = true; + } + else{ + //find an active and available stn for this timeline and set is as current + for (int i=0; i < stnElementList.size(); i++){ + if(stnElementList.get(i).getActionState()==NsharpConstants.ActState.ACTIVE && + stnTimeSndTable.get(i).get(targetIndex).get(currentSndElementListIndex) !=null){ + currentStnElementListIndex = i; + found = true; + break; + } + } + } + if(!found){ + currentStnElementListIndex = -1; + } + else{ + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: stnElementList) { + int stnIndex = stnElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(stnIndex).get(targetIndex).get(currentSndElementListIndex); + if(stnTmElm != null){ + stnTmElm.setCompColorIndex(colorIndex); + //if(colorIndex > NsharpConstants.LINE_COMP10) + // colorIndex = NsharpConstants.LINE_COMP1; + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + } + } + //no matter we find current stn or not + //we should get out of here + break; + } + else if(compareSndIsOn){ + boolean found = false; + if(currentStnElementListIndex >=0 && currentSndElementListIndex >=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(targetIndex).get(currentSndElementListIndex)!=null){ + found = true; + } + else { + //find an active and available snd for this stn and set is as current + for (int i=0; i < sndElementList.size(); i++){ + if(sndElementList.get(i).getActionState()== NsharpConstants.ActState.ACTIVE && + stnTimeSndTable.get(currentStnElementListIndex).get(targetIndex).get(i)!=null){ + currentSndElementListIndex = i; + found = true; + break; + } + } + } + if(!found){ + currentSndElementListIndex = -1; + } + else{ + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: sndElementList) { + if(elm.getActionState() == NsharpConstants.ActState.INACTIVE) + continue; + int sndIndex = sndElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(currentStnElementListIndex).get(targetIndex).get(sndIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + } + } + //no matter we find current snd type for this stn or not + //we should get out of here + break; + } + else{ + break; + } + } + } + previousTimeLineStateListIndex = currentTimeElementListIndex; + currentTimeElementListIndex = targetIndex; + curTimeLinePage = currentTimeElementListIndex/numTimeLinePerPage + 1; + setCurSndProfileProp(); + setCurrentSoundingLayerInfo(); + resetData(); + refreshPane(); + } + } + + /* + * Stn index stepping is only controlled by up/down arrow keys, down key = PREVIOUS operation, up key = NEXT operation + */ + public void setSteppingStnIdList(IFrameCoordinator.FrameChangeOperation operation) { + if( this.stnElementList.size() > 0 && getElemlistActiveNumber(stnElementList)>1){ + + int counter=0; + while(true){ + switch(operation){ + case NEXT: + currentStnElementListIndex= currentStnElementListIndex + this.stnElementList.size(); + currentStnElementListIndex--; + currentStnElementListIndex = currentStnElementListIndex % this.stnElementList.size(); + break; + case PREVIOUS: + // so, we wont get a negative number + currentStnElementListIndex++; + currentStnElementListIndex = currentStnElementListIndex % this.stnElementList.size(); + break; + default: + break; + + } + counter++; + //System.out.println("counter = "+ counter); + if(counter >= stnElementList.size()) + return; // looped through whole list already, and index back to original + if(stnElementList.get(currentStnElementListIndex).getActionState() == NsharpConstants.ActState.ACTIVE){ + if (compareStnIsOn && currentTimeElementListIndex>=0 && currentSndElementListIndex>=0 + && stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)== null){//.getElementState() == NsharpConstants.LoadState.NOTAVAIL){ + continue; + } + else if(compareTmIsOn){ + boolean found = false; + if( currentTimeElementListIndex>=0 && currentSndElementListIndex>=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + // use currentTimeLineStateListIndex + found = true; + } + else { + //find an active and available timeline for this stn and set is as current + for (int i=0; i < timeElementList.size(); i++){ + if(timeElementList.get(i).getActionState()== NsharpConstants.ActState.ACTIVE && + stnTimeSndTable.get(currentStnElementListIndex).get(i).get(currentSndElementListIndex)!=null){ + currentTimeElementListIndex = i; + found = true; + break; + } + } + } + if(!found){ + currentTimeElementListIndex = -1; + } + else{ + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: timeElementList) { + if(elm.getActionState() == NsharpConstants.ActState.INACTIVE) + continue; + int tmIndex = timeElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(currentStnElementListIndex).get(tmIndex).get(currentSndElementListIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + + } + } + //no matter we find current time line for this stn or not + //we should get out of here + break; + } + else if(compareSndIsOn){ + boolean found = false; + if( currentTimeElementListIndex>=0 && currentSndElementListIndex>=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + found = true; + } + else { + //find an active and available snd for this stn and set is as current + for (int i=0; i < sndElementList.size(); i++){ + if(sndElementList.get(i).getActionState()== NsharpConstants.ActState.ACTIVE && + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(i)!=null){ + currentSndElementListIndex = i; + found = true; + break; + } + } + } + if(!found){ + currentSndElementListIndex = -1; + } + else{ + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: sndElementList) { + if(elm.getActionState() == NsharpConstants.ActState.INACTIVE) + continue; + int sndIndex = sndElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(sndIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + } + } + //no matter we find current snd type for this stn or not + //we should get out of here + break; + } + else + break; + } + } + curStnIdPage = currentStnElementListIndex/numTimeLinePerPage + 1; + + setCurSndProfileProp(); + setCurrentSoundingLayerInfo(); + resetData(); + + refreshPane(); + } + + } + /* + * Snd Type index stepping is only controlled by shift + up/down arrow keys, shift+down key = PREVIOUS operation, shift+up key = NEXT operation + */ + public void setSteppingSndTypeList(IFrameCoordinator.FrameChangeOperation operation) { + if( this.sndElementList.size() > 0 && getElemlistActiveNumber(sndElementList)>1){ + + int counter=0; + while(true){ + switch(operation){ + case NEXT: + currentSndElementListIndex= currentSndElementListIndex + this.sndElementList.size(); + currentSndElementListIndex--; + currentSndElementListIndex = currentSndElementListIndex % this.sndElementList.size(); + break; + case PREVIOUS: + // so, we wont get a negative number + currentSndElementListIndex++; + currentSndElementListIndex = currentSndElementListIndex % this.sndElementList.size(); + break; + default: + break; + + } + counter++; + //System.out.println("counter = "+ counter); + if(counter >= sndElementList.size()) + return; // looped through whole list already, and index back to original + if(sndElementList.get(currentSndElementListIndex).getActionState() == NsharpConstants.ActState.ACTIVE){ + if (compareSndIsOn && currentTimeElementListIndex>=0 && currentStnElementListIndex>=0 + && stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)== null){ + continue; + } + else if(compareTmIsOn){ + boolean found = false; + if(currentTimeElementListIndex>=0 && currentStnElementListIndex>=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + // use currentTimeLineStateListIndex + found = true; + } + else { + //find an active and available timeline for this stn and set is as current + for (int i=0; i < timeElementList.size(); i++){ + if(timeElementList.get(i).getActionState()== NsharpConstants.ActState.ACTIVE && + stnTimeSndTable.get(currentStnElementListIndex).get(i).get(currentSndElementListIndex)!=null){ + currentTimeElementListIndex = i; + found = true; + break; + } + } + } + if(!found){ + currentTimeElementListIndex = -1; + } + else{ + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: timeElementList) { + if(elm.getActionState() == NsharpConstants.ActState.INACTIVE) + continue; + int tmIndex = timeElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(currentStnElementListIndex).get(tmIndex).get(currentSndElementListIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + } + } + //no matter we find current time line for this stn or not + //we should get out of here + break; + } + else if(compareStnIsOn){ + boolean found = false; + //find an active and available stn for this timeline and set is as current + if(currentTimeElementListIndex>=0 && currentStnElementListIndex>=0 && + stnTimeSndTable.get(currentStnElementListIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex)!=null){ + found = true; + } + else { + for (int i=0; i < stnElementList.size(); i++){ + if(stnElementList.get(i).getActionState()==NsharpConstants.ActState.ACTIVE && + stnTimeSndTable.get(i).get(currentTimeElementListIndex).get(currentSndElementListIndex) !=null){ + currentStnElementListIndex = i; + found = true; + break; + } + } + } + if(!found){ + currentStnElementListIndex = -1; + } + else{ + int colorIndex = NsharpConstants.LINE_COMP1; + for(NsharpOperationElement elm: stnElementList) { + int stnIndex = stnElementList.indexOf(elm); + NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable.get(stnIndex).get(currentTimeElementListIndex).get(currentSndElementListIndex); + if(stnTmElm!=null){ + stnTmElm.setCompColorIndex(colorIndex); + } + colorIndex++; + if(colorIndex > NsharpConstants.LINE_COMP10) + colorIndex = NsharpConstants.LINE_COMP1; + + } + } + //no matter we find current stn or not + //we should get out of here + break; + } + else + break; + } + } + curStnIdPage = currentSndElementListIndex/numTimeLinePerPage + 1; + + setCurSndProfileProp(); + setCurrentSoundingLayerInfo(); + resetData(); + + refreshPane(); + } + + } + //used for sorting + public class tempPoint implements Comparable{ + double diff; + double temp; + double pressure; + int type; //1= temp, 2 = dewpoint + tempPoint(double diff,double temp,double pressure, int type){ + this.diff = diff; + this.temp = temp; + this.pressure = pressure; + this.type = type; + } + + @Override + public int compareTo(tempPoint o) { + if(this.diff >= o.diff) + return 1; + else + return 0; + } + } + /* + * Return the closest point to the input point on Hodo graph + * + */ + public Coordinate getClosestHodoPoint(Coordinate inputC){ + //System.out.println("picked pt CX "+ inputC.x + " CY "+ inputC.y); + Coordinate closeptC = new Coordinate(0,0); + if(hodoPaneRsc==null) + return closeptC; + + double curSmallestDist=10000; // picked a impossible big number to start with + double distance; + boolean ptFound = false; + NcSoundingLayer layer; + // + // Note: soundingLys list sorted with highest pressure as first element + // + for (int i=0; i< this.soundingLys.size(); i++) { + layer = this.soundingLys.get(i); + double curS, curD; + curS = layer.getWindSpeed(); + curD = layer.getWindDirection(); + closeptC = WxMath.uvComp((float)curS, (float)curD); + closeptC = hodoPaneRsc.getHodoBackground().getWorld().map(closeptC); + //System.out.println("closeptCx " + closeptC.x+ " closeptCy "+ closeptC.y); + distance = inputC.distance(closeptC); + //System.out.println("closeptCx " + closeptC.x+ " closeptCy "+ closeptC.y+" distance "+ distance + " curSmallestDist " +curSmallestDist); + if(distance < curSmallestDist){ + curSmallestDist = distance; + hodoEditingSoundingLayerIndex = i; + ptFound = true; + } + } + if(ptFound == false){ + closeptC.x=closeptC.y=0; + } else{ + layer = this.soundingLys.get(hodoEditingSoundingLayerIndex); + closeptC = WxMath.uvComp((float)layer.getWindSpeed(), (float)layer.getWindDirection()); + closeptC = hodoPaneRsc.getHodoBackground().getWorld().map(closeptC); + } + + //System.out.println("picked closeptCx " + closeptC.x+ " closeptCy "+ closeptC.y); + return closeptC; + } + + public List getSoundingLys() { + return soundingLys; + } + + public List getPreviousSoundingLys() { + return previousSoundingLys; + } + + + /* + * This interpolation is to smooth data out with a pressure gap of 25 mb per layer and also keep + * original lowest and highest layers. + */ + private List performInterpolation(List rawSndLysLst){ + NcSoundingLayer newLayer= new NcSoundingLayer(); + //System.out.println(" performInterpolation"); + nsharpNative.populateSndgData(rawSndLysLst); + + List mySndLst = new ArrayList(); + // add top layer + try { + //here a shallowCopy is enough + newLayer = (NcSoundingLayer) rawSndLysLst.get(0).clone(); + mySndLst.add(newLayer); + } catch (CloneNotSupportedException e) { + e.printStackTrace(); + } + // The first layer has highest pressure + // get a pressure value below first layer and can be divided by 25 exactly + int p =(int) (rawSndLysLst.get(0).getPressure()/25) * 25; + float interpolatedValue; + if ( p == (int)rawSndLysLst.get(0).getPressure()) + { // if p is same as first layer, then this layer is added already, start from 2nd layer + p = p-25; + } + for (; p >= 50 ; p = p-25){ + newLayer= new NcSoundingLayer(); + newLayer.setPressure(p); + interpolatedValue = nsharpNative.nsharpLib.itemp(p); + if(interpolatedValue ==NsharpNativeConstants.NSHARP_LEGACY_LIB_INVALID_DATA) + //this is not good layer data, usually happened when lowest layer pressure is + // more than 50, then when interpolate layer for pressure 50, will return unvalid value + continue; + newLayer.setTemperature(interpolatedValue); + interpolatedValue = nsharpNative.nsharpLib.idwpt(p); + newLayer.setDewpoint(interpolatedValue); + interpolatedValue = nsharpNative.nsharpLib.iwdir(p); + newLayer.setWindDirection(interpolatedValue); + interpolatedValue = nsharpNative.nsharpLib.iwspd(p); + newLayer.setWindSpeed(interpolatedValue); + interpolatedValue = nsharpNative.nsharpLib.ihght(p); + newLayer.setGeoHeight(interpolatedValue); + interpolatedValue = nsharpNative.nsharpLib.iomeg(p); + newLayer.setOmega(interpolatedValue); + + mySndLst.add(newLayer); + } + return mySndLst; + } + + + private void setSoundingInfo(List sndLys) { + if(overlayIsOn){ + previousSoundingLys = soundingLys; + } + else { + previousSoundingLys = null; + } + + if(interpolateIsOn == true){ + /* TTR829 + * deep copy is not necessary as performInterpolation() will re-allocate new layer for each + * layer + //interpolation is on + //we dont want to change original raw data, so use a deep copy + List intpSndLst = new ArrayList(); + for(NcSoundingLayer layer: sndLys ) { + try { + intpSndLst.add((NcSoundingLayer) layer.clone()); + } catch (CloneNotSupportedException e) { + // TODO Auto-generated catch block + e.printStackTrace(); + } + } + + // interpolation + intpSndLst = performInterpolation(intpSndLst); + + soundingLys = intpSndLst;*/ + + soundingLys = performInterpolation(sndLys); + } + else { + soundingLys = sndLys; + + } + } + public void updateDisplay(IRenderableDisplay[] displayArray, String paneConfigurationName) { + skewtPaneRsc = null; + witoPaneRsc = null; + hodoPaneRsc = null; + timeStnPaneRsc = null; + insetPaneRsc = null; + dataPaneRsc = null; + spcGraphsPaneRsc = null; + futurePaneRsc = null; + for(IRenderableDisplay disp: displayArray) { + ResourcePair rscP = disp.getDescriptor().getResourceList().get(0); + NsharpAbstractPaneResource absPaneRsc = (NsharpAbstractPaneResource)rscP.getResource(); + if (absPaneRsc instanceof NsharpSkewTPaneResource){ + skewtPaneRsc = (NsharpSkewTPaneResource)absPaneRsc ; + skewtPaneRsc.setLinePropertyMap(linePropertyMap); + skewtPaneRsc.setGraphConfigProperty(graphConfigProperty); + skewtPaneRsc.setNsharpNative(nsharpNative); + } + else if (absPaneRsc instanceof NsharpDataPaneResource){ + dataPaneRsc = (NsharpDataPaneResource)absPaneRsc; + dataPaneRsc.setLinePropertyMap(linePropertyMap); + dataPaneRsc.setGraphConfigProperty(graphConfigProperty); + dataPaneRsc.setNsharpNative(nsharpNative); + dataPaneRsc.setPageDisplayOrderNumberArray(pageDisplayOrderNumberArray, dataPageProperty.getNumberPagePerDisplay()); + } + else if (absPaneRsc instanceof NsharpHodoPaneResource){ + hodoPaneRsc = (NsharpHodoPaneResource)absPaneRsc; + hodoPaneRsc.setLinePropertyMap(linePropertyMap); + hodoPaneRsc.setGraphConfigProperty(graphConfigProperty); + hodoPaneRsc.setNsharpNative(nsharpNative); + } + else if (absPaneRsc instanceof NsharpWitoPaneResource && + (paneConfigurationName.equals(NsharpConstants.PANE_SPCWS_CFG_STR)|| + paneConfigurationName.equals(NsharpConstants.PANE_DEF_CFG_1_STR)|| + paneConfigurationName.equals(NsharpConstants.PANE_DEF_CFG_2_STR))){ + + witoPaneRsc = (NsharpWitoPaneResource)absPaneRsc; + witoPaneRsc.setLinePropertyMap(linePropertyMap); + witoPaneRsc.setGraphConfigProperty(graphConfigProperty); + witoPaneRsc.setNsharpNative(nsharpNative); + + } + else if (absPaneRsc instanceof NsharpInsetPaneResource && + (paneConfigurationName.equals(NsharpConstants.PANE_SPCWS_CFG_STR)|| + paneConfigurationName.equals(NsharpConstants.PANE_DEF_CFG_1_STR)|| + paneConfigurationName.equals(NsharpConstants.PANE_DEF_CFG_2_STR))){ + + insetPaneRsc = (NsharpInsetPaneResource)absPaneRsc; + insetPaneRsc.setLinePropertyMap(linePropertyMap); + insetPaneRsc.setGraphConfigProperty(graphConfigProperty); + insetPaneRsc.setNsharpNative(nsharpNative); + + } + else if (absPaneRsc instanceof NsharpSpcGraphsPaneResource && paneConfigurationName.equals(NsharpConstants.PANE_SPCWS_CFG_STR)){ + spcGraphsPaneRsc = (NsharpSpcGraphsPaneResource)absPaneRsc; + spcGraphsPaneRsc.setLinePropertyMap(linePropertyMap); + spcGraphsPaneRsc.setGraphConfigProperty(graphConfigProperty); + spcGraphsPaneRsc.setNsharpNative(nsharpNative); + } + else if(absPaneRsc instanceof NsharpAbstractPaneResource && paneConfigurationName.equals(NsharpConstants.PANE_SIMPLE_D2D_CFG_STR)){ + futurePaneRsc = (NsharpAbstractPaneResource)absPaneRsc; + futurePaneRsc.setLinePropertyMap(linePropertyMap); + futurePaneRsc.setGraphConfigProperty(graphConfigProperty); + futurePaneRsc.setNsharpNative(nsharpNative); + + } + else if (absPaneRsc instanceof NsharpTimeStnPaneResource && + (paneConfigurationName.equals(NsharpConstants.PANE_SIMPLE_D2D_CFG_STR)|| + paneConfigurationName.equals(NsharpConstants.PANE_DEF_CFG_1_STR)|| + paneConfigurationName.equals(NsharpConstants.PANE_DEF_CFG_2_STR))){ + timeStnPaneRsc = (NsharpTimeStnPaneResource)absPaneRsc ; + timeStnPaneRsc.setLinePropertyMap(linePropertyMap); + timeStnPaneRsc.setGraphConfigProperty(graphConfigProperty); + timeStnPaneRsc.setNsharpNative(nsharpNative); + } + } + this.displayArray = displayArray; + } + public void resetRscSoundingData(){ + if(skewtPaneRsc!=null) + skewtPaneRsc.resetData(soundingLys,previousSoundingLys); + if(hodoPaneRsc!=null) + hodoPaneRsc.resetData(soundingLys,previousSoundingLys); + if(witoPaneRsc!=null) + witoPaneRsc.resetData(soundingLys, previousSoundingLys); + if(dataPaneRsc!=null) + dataPaneRsc.resetData(soundingLys, previousSoundingLys); + if(insetPaneRsc!=null) + insetPaneRsc.resetData(soundingLys, previousSoundingLys); + if(spcGraphsPaneRsc!=null) + spcGraphsPaneRsc.resetData(soundingLys, previousSoundingLys); + } + + + public NsharpResourceHandler(IRenderableDisplay[] displayArray, NsharpEditor editor) { + //System.out.println("NsharpResourceHandler constructed"); + //myNsharpEditor = editor; + elementColorMap.put(NsharpConstants.ActState.CURRENT.name(),NsharpConstants.color_green); + elementColorMap.put(NsharpConstants.ActState.ACTIVE.name(),NsharpConstants.color_yellow); + elementColorMap.put(NsharpConstants.ActState.INACTIVE.name(),NsharpConstants.color_white); + //elementColorMap.put(NsharpConstants.LoadState.NOTAVAIL.name(),NsharpConstants.color_red); + //elementColorMap.put(NsharpConstants.ActState.OVERLAY,NsharpConstants.color_red); + //elementColorMap.put(NsharpConstants.LoadState.AVAIL.name(),NsharpConstants.color_yellow); + nsharpNative = new NsharpNative(); + //System.out.println("NsharpResourceHandler constructed"+this.toString() + " nsharpNative="+nsharpNative.toString()); + //based on BigNsharp storm slinky color used and gempak color definition + stormSlinkyColorMap.put(new Integer(3),NsharpConstants.color_green); //green + stormSlinkyColorMap.put(new Integer(7),NsharpConstants.color_magenta); + stormSlinkyColorMap.put(new Integer(6),NsharpConstants.color_cyan); + stormSlinkyColorMap.put(new Integer(13),NsharpConstants.color_violet_md); + stormSlinkyColorMap.put(new Integer(20),NsharpConstants.color_yellow_DK); + stormSlinkyColorMap.put(new Integer(27),NsharpConstants.color_cyan_md); + NsharpPaletteWindow win = NsharpPaletteWindow.getInstance() ; + if(win!=null) + currentGraphMode=win.getCurrentGraphMode(); + + + // new for configMgr + configMgr = NsharpConfigManager.getInstance(); + configStore = configMgr.retrieveNsharpConfigStoreFromFs(); + graphConfigProperty = configStore.getGraphProperty(); + paneConfigurationName = graphConfigProperty.getPaneConfigurationName(); + + int tempOffset = graphConfigProperty.getTempOffset(); + NsharpWxMath.setTempOffset(tempOffset); + linePropertyMap = configStore.getLinePropertyMap(); + dataPageProperty = configStore.getDataPageProperty(); + updatePageOrderArray(); + updateDisplay(displayArray,paneConfigurationName); + displayDataPageMax = NsharpConstants.PAGE_MAX_NUMBER / dataPageProperty.getNumberPagePerDisplay(); + + DateFormatSymbols dfs= new DateFormatSymbols(); + defaultDays = dfs.getShortWeekdays(); + } + public void disposeInternal() { + //System.out.println("NsharpResourceHandler disposeInternal called"); + //soundingMap= null; + listenerList=null; + soundingLys = null; + previousSoundingLys = null; + stormSlinkyColorMap = null; + elementColorMap= null; + + if(NsharpParcelDialog.getAccess()!= null){ + NsharpParcelDialog.getAccess().reset(); + } + + nsharpNative = null; + } + + + + + public void printHeightMark(WGraphics world, GC gc) throws VizException{ + //print feet scales... + double vyMax = world.getViewYmax(); + double vyMin = world.getViewYmin(); + double vxMax = world.getViewXmax(); + for (int j = 0; j < NsharpConstants.HEIGHT_LEVEL_FEET.length; j++) { + float meters = (float)NsharpConstants.feetToMeters.convert(NsharpConstants.HEIGHT_LEVEL_FEET[j]); + + double pressure = nsharpNative.nsharpLib.ipres(meters); + double y = world.mapY(NsharpWxMath.getSkewTXY(pressure, -50).y); + + gc.drawString( Integer.toString(NsharpConstants.HEIGHT_LEVEL_FEET[j]/1000), (int)vxMax + 40, + (int)y,false); + + + gc.drawLine( (int)vxMax + 50,(int) y, (int) vxMax + 45,(int) y); + } + //print meter scales... + for (int j = 0; j < NsharpConstants.HEIGHT_LEVEL_METERS.length; j++) { + int meters = NsharpConstants.HEIGHT_LEVEL_METERS[j]; + + double pressure = nsharpNative.nsharpLib.ipres(meters); + double y = world.mapY(NsharpWxMath.getSkewTXY(pressure, -50).y); + + gc.drawString( Integer.toString(meters/1000), (int)vxMax + 52, + (int)y,false); + + + gc.drawLine( (int)vxMax + 50,(int) y, (int) vxMax + 55,(int) y); + } + // print surface level mark + double y = world.mapY(NsharpWxMath.getSkewTXY(soundingLys.get(0).getPressure(), -50).y); + gc.drawString("SFC("+Integer.toString((int)(soundingLys.get(0).getGeoHeight()))+"m)", (int)vxMax+ 50, + (int)y, false); + gc.drawLine((int) vxMax+ 50, (int)y, (int) vxMax + 55,(int) y); + // top level mark at 100 mbar + y = world.mapY(NsharpWxMath.getSkewTXY(100, -50).y); + float hgt = nsharpNative.nsharpLib.ihght(100); + gc.drawString(Float.toString(hgt/1000F), (int)vxMax+ 50,(int)y, false); + gc.drawString("Kft Km", (int) vxMax+35, (int)y -8); + gc.drawString("MSL", (int) vxMax+45, (int)y -15); + gc.drawLine((int) vxMax+40, (int)y, (int) vxMax + 60,(int) y); + + gc.drawLine((int) vxMax+50, (int)vyMin, (int) vxMax + 50,(int)vyMax); + + } + + /** + * Prints the pressure lines number at left side out of skewT bkgd for printing job + * + * @throws VizException + */ + public void printNsharpPressureLinesNumber(WGraphics world, GC gc) throws VizException { + String s = null; + double vxMax = world.getViewXmax(); + double vxMin = world.getViewXmin(); + for (int i = 0; i < NsharpConstants.PRESSURE_MAIN_LEVELS.length; i++) { + //we only care about pressure for this case, temp is no important when calling getSkewTXY + Coordinate coor = NsharpWxMath.getSkewTXY(NsharpConstants.PRESSURE_MAIN_LEVELS[i],0); + + gc.drawLine((int)vxMin, (int)world.mapY(coor.y), + (int)vxMax, + (int)world.mapY(coor.y)); + + } + for (int i = 0; i < NsharpConstants.PRESSURE_MARK_LEVELS.length; i++) { + //we only care about pressure for this case, temp is no important when calling getSkewTXY + Coordinate coor = NsharpWxMath.getSkewTXY(NsharpConstants.PRESSURE_MARK_LEVELS[i],0); + + gc.drawLine((int)vxMin, (int)world.mapY(coor.y), + (int)vxMin+10, + (int)world.mapY(coor.y)); + + } + for (int i = 0; i < NsharpConstants.PRESSURE_NUMBERING_LEVELS.length; i++) { + s = NsharpConstants.pressFormat.format(NsharpConstants.PRESSURE_NUMBERING_LEVELS[i]); + //we only care about pressure for this case, temp is no important when calling getSkewTXY + Coordinate coor = NsharpWxMath.getSkewTXY(NsharpConstants.PRESSURE_NUMBERING_LEVELS[i],0); + + gc.drawString( s, (int)vxMin-20, + (int)world.mapY(coor.y), false); + } + } + + /** + * Print the temp number at bottom out of skewT bkgd for printing job + * + * @throws VizException + */ + public void printNsharpTempNumber(WGraphics world, GC gc) throws VizException { + for (int i = 40; i > -50; i -= 10) { + Coordinate coorStart = NsharpWxMath.getSkewTXY(1050, i); + double startX = world.mapX(coorStart.x); + double startY = world.mapY(coorStart.y); + + gc.drawString( Integer.toString(i), (int)startX,(int)startY+5,false); + } + for (int i = -60; i > -120; i -= 10) { + Coordinate coorEnd = NsharpWxMath.getSkewTXY(100, i); + + //System.out.println("X = "+ startX + " Y = "+ startY); + double endX = world.mapX(coorEnd.x); + double endY = world.mapY(coorEnd.y); + + + gc.drawString( Integer.toString(i),(int) endX,(int)endY-10,false); + } + } + /** + * + * Print Wind barb for printing job + * This function followed algorithm in plot_barbs (void) at xwvid1.c + * to choose wind bulb for drawing around every 400m + * + */ + public void printNsharpWind(WGraphics world, GC gc)throws VizException { + ArrayList> windList = new ArrayList>(); + + double windX = world.getViewXmax() + 6*BARB_LENGTH; + //System.out.println("windX="+windX); + float lastHeight = -999; + double windY; + for (NcSoundingLayer layer : soundingLys) { + float pressure = layer.getPressure(); + float spd = layer.getWindSpeed(); + float dir = layer.getWindDirection(); + + + if ( pressure < 100) { + continue; + } + + if ((layer.getGeoHeight() - lastHeight) < 400){ + + continue; + } + + // Get the vertical ordinate. + windY = world.mapY(NsharpWxMath.getSkewTXY(pressure, 0).y); + + List barb = WindBarbFactory.getWindGraphics( + /*metersPerSecondToKnots.convert*/(double) (spd), (double) dir); + if (barb != null) { + WindBarbFactory.scaleBarb(barb, -7); + WindBarbFactory.translateBarb(barb, windX, windY); + windList.add(barb); + } + + lastHeight = layer.getGeoHeight(); + } + Coordinate pt1=new Coordinate(0,0), pt2; + for (List barb : windList) { + for (LineStroke stroke : barb) { + //stroke render: rewrite stroke.render() for our printing purpose + if(stroke.getType()=="M") { + pt1 = stroke.getPoint(); + //change X coordinate by mirroring x coordinate at windX axis. AS we scaleBarb with -5 time. + // It is easier to mirror at x-axis for this case. + pt1.x = windX - (pt1.x-windX); + //System.out.print("Myp1x="+(int)pt1.x+" p1y="+(int)pt1.y); + + } + else if(stroke.getType()=="D"){ + pt2 = stroke.getPoint(); + pt2.x = windX - (pt2.x-windX); + //System.out.println( " p2x="+(int)pt2.x+" p2y="+ (int)pt2.y); + gc.drawLine((int)pt1.x, (int)pt1.y, (int)pt2.x, (int)pt2.y); + } + } + } + gc.drawLine((int)windX,(int)world.mapY(NsharpWxMath.getSkewTXY(100, 0).y), + (int)windX,(int)world.mapY(NsharpWxMath.getSkewTXY(1000, 0).y)); + } + + /** + * + * Print the wetbulb trace curve + * + * @throws VizException + */ + public void printNsharpWetbulbTraceCurve( + WGraphics world, GC gc) throws VizException { + if((soundingLys == null) || (soundingLys.size()==0)) + return; + float t1; + + Coordinate c2 = null; + Coordinate c1; + // print trace + for (NcSoundingLayer layer : this.soundingLys) { + if (layer.getDewpoint() > -200){ + t1 = nsharpNative.nsharpLib.wetbulb(layer.getPressure(), layer.getTemperature(), + layer.getDewpoint()); + + c1 = NsharpWxMath.getSkewTXY(layer.getPressure(), t1); + c1.x = world.mapX(c1.x); + c1.y = world.mapY(c1.y); + if(c2!= null){ + gc.drawLine((int)c1.x, (int)c1.y, (int)c2.x, (int)c2.y); + } + c2 = c1; + } + } + + } + + public void printNsharpParcelTraceCurve(WGraphics world, GC gc) throws VizException{ + if(soundingLys.size() > 0){ + //for (ParcelData parData: parcelList){ + //plotNsharpParcelTraceCurve(null, 0, world, NsharpConstants.color_white,parData.parcelType, parData.userPressure, gc, true); + //nsharpNative.nsharpLib.define_parcel(parData.parcelType, parData.parcelLayerPressure); + nsharpNative.nsharpLib.define_parcel(currentParcel,currentParcelLayerPressure); + _lplvalues lpvls = new _lplvalues(); + nsharpNative.nsharpLib.get_lpvaluesData(lpvls); + + float sfctemp, sfcdwpt, sfcpres; + sfctemp = lpvls.temp; + sfcdwpt = lpvls.dwpt; + sfcpres = lpvls.pres; + + float vtemp = nsharpNative.nsharpLib.virtemp (sfcpres, sfctemp, sfcdwpt); + Coordinate c1 = NsharpWxMath.getSkewTXY(sfcpres, vtemp); + c1.x = world.mapX(c1.x); + c1.y = world.mapY(c1.y); + FloatByReference p2 = new FloatByReference(0), t2 = new FloatByReference(0);; + nsharpNative.nsharpLib.drylift (sfcpres, sfctemp, sfcdwpt, p2, t2); + vtemp = nsharpNative.nsharpLib.virtemp (p2.getValue(), t2.getValue(), t2.getValue()); + Coordinate c2 = NsharpWxMath.getSkewTXY(p2.getValue(), vtemp); + c2.x = world.mapX(c2.x); + c2.y = world.mapY(c2.y); + + gc.drawLine((int)c1.x, (int)c1.y, (int)c2.x, (int)c2.y); + c1 = c2; + + + float t3; + for (float i = p2.getValue() - 50; i >= 100; i = i - 50) + { + t3 = nsharpNative.nsharpLib.wetlift (p2.getValue(), t2.getValue(), i); + vtemp = nsharpNative.nsharpLib.virtemp (i, t3, t3); + c2 = NsharpWxMath.getSkewTXY(i, vtemp); + c2.x = world.mapX(c2.x); + c2.y = world.mapY(c2.y); + + gc.drawLine((int)c1.x, (int)c1.y, (int)c2.x, (int)c2.y); + c1 = c2; + } + + t3 = nsharpNative.nsharpLib.wetlift (p2.getValue(), t2.getValue(), 100); + vtemp = nsharpNative.nsharpLib.virtemp (100, t3, t3); + c2 = NsharpWxMath.getSkewTXY(100, vtemp); + c2.x = world.mapX(c2.x); + c2.y = world.mapY(c2.y); + + gc.drawLine((int)c1.x, (int)c1.y, (int)c2.x, (int)c2.y); + //} + } + } + /** + * + * Print the temperature curve when during overlap or compare mode + * + * @throws VizException + */ + + public void printNsharpPressureTempCurve(WGraphics world, int type, GC gc,List soundingLys) throws VizException { + if((soundingLys == null) || (soundingLys.size()==0)) + return; + + double maxPressure = NsharpWxMath.reverseSkewTXY(new Coordinate(0, world + .getWorldYmax())).y; + double minPressure = NsharpWxMath.reverseSkewTXY(new Coordinate(0, world + .getWorldYmin())).y; + Coordinate c0 = null; + for (NcSoundingLayer layer : soundingLys) { + double t; + if(type == TEMP_TYPE) + t = layer.getTemperature(); + else if (type == DEWPOINT_TYPE) + t = layer.getDewpoint(); + else + break; + double pressure = layer.getPressure(); + if (t != INVALID_DATA && pressure >= minPressure + && pressure <= maxPressure) { + + Coordinate c1 = NsharpWxMath.getSkewTXY(pressure, t); + + c1.x = world.mapX(c1.x); + c1.y = world.mapY(c1.y); + //System.out.println("C.x "+ c1.x + " C.y "+ c1.y); + if (c0 != null) { + gc.drawLine((int)c0.x, (int)c0.y, (int)c1.x, (int)c1.y); + } + c0 = c1; + } + } + + } + + + /** + * + * Print the HODO + * + * + * @throws VizException + */ + + public void printNsharpHodoWind(WGraphics world, GC gc, List soundingLays) throws VizException { + Coordinate c0 = null; + Coordinate c1; + for (NcSoundingLayer layer : soundingLays){ + if(layer.getPressure() < 100 || layer.getWindSpeed() <0) + continue; + float wspd = layer.getWindSpeed(); + float wdir = layer.getWindDirection(); + c1 = WxMath.uvComp(wspd, wdir); + if (c0 != null) { + gc.setLineWidth(1); + gc.drawLine((int)world.mapX(c0.x),(int) world.mapY(c0.y),(int) world + .mapX(c1.x),(int) world.mapY(c1.y)); + } + c0 = c1; + } + + + } + + + public boolean isPlotInteractiveTemp() { + return plotInteractiveTemp; + } + + + public void setPlotInteractiveTemp(boolean plotInteractiveTemp) { + this.plotInteractiveTemp = plotInteractiveTemp; + if(skewtPaneRsc!=null) + skewtPaneRsc.setPlotInteractiveTemp(plotInteractiveTemp); + } + public void setInteractiveTempPointCoordinate( + Coordinate interactiveTempPointCoordinate) { + //System.out.println("setInteractiveTempPointCoordinate called"); + this.interactiveTempPointCoordinate = interactiveTempPointCoordinate; + plotInteractiveTemp = true; + if(skewtPaneRsc!=null){ + skewtPaneRsc.setPlotInteractiveTemp(plotInteractiveTemp); + skewtPaneRsc.setInteractiveTempPointCoordinate(interactiveTempPointCoordinate); + } + } + public void setInteractiveHodoPointCoordinate(Coordinate c){ + if(hodoPaneRsc == null) + return; + try { + NcSoundingLayer hodoLayer = soundingLys.get(hodoEditingSoundingLayerIndex); + if(hodoLayer != null){ + //TTR575 + nsharpNative.populateSndgData(soundingLys); + //end TTR575 + Coordinate c1 = hodoPaneRsc.getHodoBackground().getWorld().unMap(c.x, c.y); + //System.out.println("picked pt after unmap CX "+ c1.x + " CY "+ c1.y); + c1 = WxMath.speedDir((float) c1.x, (float) c1.y); + hodoLayer.setWindSpeed((float)c1.x); + hodoLayer.setWindDirection((float)c1.y); + hodoPaneRsc.createRscHodoWindShapeAll(); + if(witoPaneRsc!=null) + witoPaneRsc.createAllWireFrameShapes(); + if(insetPaneRsc!=null) + insetPaneRsc.createInsetWireFrameShapes(); + if(skewtPaneRsc!=null) + //CHIN:::fix edit zoom issue skewtPaneRsc.handleResize(); + skewtPaneRsc.createRscWireFrameShapes(); + } + } + catch(Exception e) { + + } + } + public void applyMovingTempLine(){ + if(skewtPaneRsc==null) + return; + Coordinate inC = NsharpWxMath.reverseSkewTXY(skewtPaneRsc.getWorld().unMap(interactiveTempPointCoordinate)); + float inTemp = (float) inC.x; + currentSoundingLayerIndex = skewtPaneRsc.getCurrentSoundingLayerIndex(); + currentTempCurveType = skewtPaneRsc.getCurrentTempCurveType(); + float currentLayerTemp, currentLayerDewP; + float smallestGap = skewtPaneRsc.getTempDewPtSmallestGap(); + float tempShiftedDist; + currentLayerTemp = soundingLys.get(currentSoundingLayerIndex).getTemperature(); + currentLayerDewP = soundingLys.get(currentSoundingLayerIndex).getDewpoint(); + if(currentTempCurveType == TEMP_TYPE){ + if(inTemp < currentLayerTemp){ + // shift to left, tempShiftedDist should be a negative number + if((currentLayerTemp - inTemp)> smallestGap){ + tempShiftedDist = -smallestGap; + } + else { + tempShiftedDist = inTemp - currentLayerTemp; + } + } + else { + // shift to right, tempShiftedDist should be a positive number + tempShiftedDist = inTemp - currentLayerTemp; + } + } + else { + if(inTemp < currentLayerDewP){ + // shift to left, tempShiftedDist should be a negative number + tempShiftedDist = inTemp - currentLayerDewP; + } + else { + // shift to right, tempShiftedDist should be a positive number + if((inTemp - currentLayerDewP)> smallestGap){ + tempShiftedDist = smallestGap; + } + else { + tempShiftedDist = inTemp - currentLayerDewP; + } + } + } + for (NcSoundingLayer layer : soundingLys) { + float t; + if(currentTempCurveType == TEMP_TYPE){ + t = layer.getTemperature(); + if (t != NsharpNativeConstants.NSHARP_NATIVE_INVALID_DATA ) { + layer.setTemperature(t+tempShiftedDist); + } + } + else{ + t = layer.getDewpoint(); + if (t != NsharpNativeConstants.NSHARP_NATIVE_INVALID_DATA ) { + layer.setDewpoint(t+tempShiftedDist); + } + } + } + //re-populate snd data to nsharp native code lib for later calculating + nsharpNative.populateSndgData(soundingLys); + //get storm motion wind data after populate sounding from NsharpLib + skewtPaneRsc.setSoundingLys(soundingLys); + //CHIN:::fix edit zoom issue skewtPaneRsc.handleResize(); + skewtPaneRsc.createRscWireFrameShapes(); + if(hodoPaneRsc!=null){ + hodoPaneRsc.setSoundingLys(soundingLys); + hodoPaneRsc.createRscHodoWindShapeAll(); + } + } + public void applyInteractiveTempPoint(){ + if(skewtPaneRsc==null) + return; + Coordinate inC = NsharpWxMath.reverseSkewTXY(skewtPaneRsc.getWorld().unMap(interactiveTempPointCoordinate)); + double inTemp = inC.x; + currentSoundingLayerIndex = skewtPaneRsc.getCurrentSoundingLayerIndex(); + NcSoundingLayer layer = this.soundingLys.get(currentSoundingLayerIndex); + currentTempCurveType = skewtPaneRsc.getCurrentTempCurveType(); + //System.out.println("applyInteractiveTempPoint called pressure " + inC.y + " temp "+ inTemp + + // " currentTempCurveType " + currentTempCurveType ); + + if(currentTempCurveType == TEMP_TYPE){ + if(inTemp < layer.getDewpoint()) + // temp can not be lower than dew point + layer.setTemperature(layer.getDewpoint()); + else + layer.setTemperature((float)inTemp); + } + else{ + if(inTemp > layer.getTemperature()) + // dew point can not be higher than temp + layer.setDewpoint(layer.getTemperature()); + else + layer.setDewpoint((float)inTemp); + } + + + //re-populate snd data to nsharp native code lib for later calculating + nsharpNative.populateSndgData(soundingLys); + //get storm motion wind data after populate sounding from NsharpLib + skewtPaneRsc.setSoundingLys(soundingLys); + //CHIN:::fix edit zoom issue skewtPaneRsc.handleResize(); + skewtPaneRsc.createRscWireFrameShapes(); + + if(hodoPaneRsc!=null){ + hodoPaneRsc.setSoundingLys(soundingLys); + hodoPaneRsc.createRscHodoWindShapeAll(); + } + } + + public void applySfcEditing(float tp, float dp, float ws, float wd, float pressure){ + currentSoundingLayerIndex =nsharpNative.nsharpLib.sfc(); + NcSoundingLayer layer = this.soundingLys.get(currentSoundingLayerIndex); + layer.setTemperature(tp); + layer.setDewpoint(dp); + layer.setWindDirection(wd); + layer.setWindSpeed(ws); + layer.setPressure(pressure); + //re-populate snd data to nsharp native code lib for later calculating + nsharpNative.populateSndgData(soundingLys); + if(skewtPaneRsc!=null) + skewtPaneRsc.setSoundingLys(soundingLys); + if(hodoPaneRsc!=null) + hodoPaneRsc.setSoundingLys(soundingLys); + if(insetPaneRsc!=null) + insetPaneRsc.setSoundingLys(soundingLys); + if(witoPaneRsc!=null) + witoPaneRsc.setSoundingLys(soundingLys); + if(dataPaneRsc!=null) + dataPaneRsc.setSoundingLys(soundingLys); + } + public void updateLayer(int layerIndex, float tp, float dp, float ws, float wd, float pressure){ + if(layerIndex <0 || layerIndex >= soundingLys.size()) + return; + currentSoundingLayerIndex =layerIndex; + NcSoundingLayer layer = soundingLys.get(currentSoundingLayerIndex); + layer.setGeoHeight(nsharpNative.nsharpLib.ihght(pressure)); + layer.setTemperature(tp); + layer.setDewpoint(dp); + layer.setWindDirection(wd); + layer.setWindSpeed(ws); + layer.setPressure(pressure); + //re-populate snd data to nsharp native code lib for later calculating + Collections.sort(soundingLys,NsharpDataHandling.reversePressureHeightWindComparator()); + nsharpNative.populateSndgData(soundingLys); + //get storm motion wind data after populate sounding from NsharpLib + //refresh test area if it is shown now + NsharpShowTextDialog textarea = NsharpShowTextDialog.getAccess(); + if(textarea != null){ + textarea.refreshTextData(); + } + if(skewtPaneRsc!=null){ + skewtPaneRsc.setSoundingLys(soundingLys); + //CHIN:::fix edit zoom issue skewtPaneRsc.handleResize(); + skewtPaneRsc.createRscWireFrameShapes(); + } + if(hodoPaneRsc!=null){ + hodoPaneRsc.setSoundingLys(soundingLys); + hodoPaneRsc.createRscHodoWindShapeAll(); + } + if(insetPaneRsc!=null){ + insetPaneRsc.setSoundingLys(soundingLys); + insetPaneRsc.createInsetWireFrameShapes(); + } + if(witoPaneRsc!=null) { + witoPaneRsc.setSoundingLys(soundingLys); + witoPaneRsc.createAllWireFrameShapes(); + } + if(dataPaneRsc!=null) + dataPaneRsc.setSoundingLys(soundingLys); + } + public void addNewLayer(float tp, float dp, float ws, float wd, float pressure){ + //NsharpBackgroundResource bkRsc = descriptor.getSkewTBkGResource(); + //currentSoundingLayer =layerIndex; + NcSoundingLayer layer = new NcSoundingLayer(); + layer.setGeoHeight(nsharpNative.nsharpLib.ihght(pressure)); + layer.setTemperature(tp); + layer.setDewpoint(dp); + layer.setWindDirection(wd); + layer.setWindSpeed(ws); + layer.setPressure(pressure); + soundingLys.add(layer); + //re-populate snd data to nsharp native code lib for later calculating + Collections.sort(soundingLys,NsharpDataHandling.reversePressureHeightWindComparator()); + nsharpNative.populateSndgData(soundingLys); + //get storm motion wind data after populate sounding from NsharpLib + //refresh text area if it is shown now + NsharpShowTextDialog textarea = NsharpShowTextDialog.getAccess(); + if(textarea != null){ + textarea.refreshTextData(); + } + if(skewtPaneRsc!=null){ + skewtPaneRsc.setSoundingLys(soundingLys); + //CHIN:::fix edit zoom issue skewtPaneRsc.handleResize(); + skewtPaneRsc.createRscWireFrameShapes(); + } + if(hodoPaneRsc!=null){ + hodoPaneRsc.setSoundingLys(soundingLys); + hodoPaneRsc.createRscHodoWindShapeAll(); + } + if(insetPaneRsc!=null){ + insetPaneRsc.setSoundingLys(soundingLys); + insetPaneRsc.createInsetWireFrameShapes(); + } + if(witoPaneRsc!=null) { + witoPaneRsc.setSoundingLys(soundingLys); + witoPaneRsc.createAllWireFrameShapes(); + } + if(dataPaneRsc!=null) + dataPaneRsc.setSoundingLys(soundingLys); + } + + + + + public void setGraphConfigProperty(NsharpGraphProperty graphConfigProperty) { + this.graphConfigProperty = graphConfigProperty; + int tempOffset = graphConfigProperty.getTempOffset(); + NsharpWxMath.setTempOffset(tempOffset); + if(skewtPaneRsc!=null){ + skewtPaneRsc.setGraphConfigProperty(graphConfigProperty); + skewtPaneRsc.handleResize(); + skewtPaneRsc.getSkewTBackground().setGraphConfigProperty(graphConfigProperty); + } + if(hodoPaneRsc!=null) { + hodoPaneRsc.setGraphConfigProperty(graphConfigProperty); + hodoPaneRsc.createRscHodoWindShapeAll(); + } + if(witoPaneRsc!=null) { + witoPaneRsc.setGraphConfigProperty(graphConfigProperty); + witoPaneRsc.createAllWireFrameShapes(); + } + if(insetPaneRsc!=null){ + insetPaneRsc.setGraphConfigProperty(graphConfigProperty); + insetPaneRsc.createInsetWireFrameShapes(); + } + } + + + public NsharpGraphProperty getGraphConfigProperty() { + return graphConfigProperty; + } + + + public void setLinePropertyMap( + HashMap linePropertyMap) { + this.linePropertyMap = linePropertyMap; + if(skewtPaneRsc!=null){ + skewtPaneRsc.setLinePropertyMap(linePropertyMap); + skewtPaneRsc.handleResize(); + } + if(hodoPaneRsc!=null){ + hodoPaneRsc.setLinePropertyMap(linePropertyMap); + hodoPaneRsc.createRscHodoWindShapeAll(); + } + if(timeStnPaneRsc!=null) + timeStnPaneRsc.setLinePropertyMap(linePropertyMap); + } + private void updatePageOrderArray(){ + pageDisplayOrderNumberArray[NsharpConstants.PAGE_SUMMARY1 ] = dataPageProperty.getSummary1Page(); + pageDisplayOrderNumberArray[NsharpConstants.PAGE_SUMMARY2 ] = dataPageProperty.getSummary2Page(); + pageDisplayOrderNumberArray[NsharpConstants.PAGE_PARCEL_DATA ] = dataPageProperty.getParcelDataPage(); + pageDisplayOrderNumberArray[NsharpConstants.PAGE_THERMODYNAMIC_DATA ] = dataPageProperty.getThermodynamicDataPage(); + pageDisplayOrderNumberArray[NsharpConstants.PAGE_OPC_DATA ] = dataPageProperty.getOpcDataPage(); + pageDisplayOrderNumberArray[NsharpConstants.PAGE_MIXING_HEIGHT] = dataPageProperty.getMixingHeightPage(); + pageDisplayOrderNumberArray[NsharpConstants.PAGE_STORM_RELATIVE ] = dataPageProperty.getStormRelativePage(); + pageDisplayOrderNumberArray[NsharpConstants.PAGE_MEAN_WIND ] = dataPageProperty.getMeanWindPage(); + pageDisplayOrderNumberArray[NsharpConstants.PAGE_CONVECTIVE_INITIATION ] = dataPageProperty.getConvectiveInitiationPage(); + pageDisplayOrderNumberArray[NsharpConstants.PAGE_SEVERE_POTENTIAL ] = dataPageProperty.getSeverePotentialPage(); + } + public void setDataPageProperty(NsharpDataPageProperty dataPageProperty) { + this.dataPageProperty = dataPageProperty; + updatePageOrderArray(); + if(dataPaneRsc!=null) + dataPaneRsc.setPageDisplayOrderNumberArray(pageDisplayOrderNumberArray, dataPageProperty.getNumberPagePerDisplay()); + } + + + public void handleTimeLineActConfig(List tlList, NsharpConstants.ActState actSt){ + for(String tlStr: tlList){ + for(NsharpOperationElement tl: timeElementList){ + if(tlStr.equals(tl.getElementDescription())){ + tl.setActionState( actSt); + break; + } + } + } + } + public void handleStationActConfig(List stnList, NsharpConstants.ActState actSt){ + for(String tlStr: stnList){ + for(NsharpOperationElement stn: stnElementList){ + if(tlStr.equals(stn.getElementDescription())){ + stn.setActionState( actSt); + break; + } + } + } + } + + public void handleSndTypeActConfig(List sndTypeList, NsharpConstants.ActState actSt){ + for(String tlStr: sndTypeList){ + for(NsharpOperationElement sndType: sndElementList){ + if(tlStr.equals(sndType.getElementDescription())){ + sndType.setActionState( actSt); + break; + } + } + } + } - NsharpShowTextDialog textarea = NsharpShowTextDialog.getAccess(); - if (textarea != null) { - textarea.refreshTextData(); - } - NsharpPaletteWindow win = NsharpPaletteWindow.getInstance(); - if (win != null) - currentGraphMode = win.getCurrentGraphMode(); - - refreshPane(); - - } - - public void addRsc(Map> soundMap, - NsharpStationInfo stnInfo) { - // by default, display new data - // NCP always call from this route. - this.addRsc(true, soundMap, stnInfo); - return; - } - - public String getPickedStnInfoStr() { - return pickedStnInfoStr; - } - - public void handleUserClickOnStationId(Coordinate c) { - - // first to find if it is for change to next page, or change sorting - // System.out.println("numTimeLinePerPage="+numTimeLinePerPage+"gap="+(cnYOrig-dtNextPageEnd)); - int index = ((int) (c.y - dtYOrig)) / charHeight; - - if (index == 0) { - // change to next/previous page - if (totalStnIdPage == 1) - return; - if ((c.x - (dtXOrig + dtWidth)) < (dtWidth / 2)) { - curStnIdPage++; - if (curStnIdPage > totalStnIdPage) - curStnIdPage = 1; - } else { - curStnIdPage--; - if (curStnIdPage <= 0) - curStnIdPage = totalStnIdPage; - } - return; - } - // recalculate index for time line - index = ((int) (c.y - dtNextPageEnd)) / charHeight + (curStnIdPage - 1) - * numTimeLinePerPage; - - if (index < this.stnElementList.size()) { - switch (stnElementList.get(index).getActionState()) { - - case INACTIVE: - stnElementList.get(index).setActionState( - NsharpConstants.ActState.ACTIVE); - break; - case ACTIVE: - // do not allow deactivate current stn - if (index == currentStnElementListIndex) - return; - stnElementList.get(index).setActionState( - NsharpConstants.ActState.INACTIVE); - break; - default: - return; - } - // findCurrentElementIndexesAfterConfig(); - // setCurSndProfileProp(); - // setCurrentSoundingLayerInfo(); - // resetData(); try these - if (skewtPaneRsc != null) - skewtPaneRsc.createRscWireFrameShapes(); - if (hodoPaneRsc != null) - hodoPaneRsc.createRscHodoWindShapeAll(); - - } - } - - public void handleUserClickOnTimeLine(Coordinate c) { - - // first to find if it is for change to next/prev page - // System.out.println("numTimeLinePerPage="+numTimeLinePerPage+"gap="+(cnYOrig-dtNextPageEnd)); - int index = ((int) (c.y - dtYOrig)) / charHeight; - if (index == 0) { - // change to next/previous page - if (totalTimeLinePage == 1) - return; - if ((c.x - dtXOrig) < (dtWidth / 2)) { - curTimeLinePage++; - if (curTimeLinePage > totalTimeLinePage) - curTimeLinePage = 1; - } else { - curTimeLinePage--; - if (curTimeLinePage <= 0) - curTimeLinePage = totalTimeLinePage; - } - return; - } - // recalculate index for time line - index = ((int) (c.y - dtNextPageEnd)) / charHeight - + (curTimeLinePage - 1) * numTimeLinePerPage; - - if (index < timeElementList.size() && index >= 0) { - switch (timeElementList.get(index).getActionState()) { - case INACTIVE: - timeElementList.get(index).setActionState( - NsharpConstants.ActState.ACTIVE); - break; - case ACTIVE: - if (index == currentTimeElementListIndex) - // dont allow to deactive current time line - return; - timeElementList.get(index).setActionState( - NsharpConstants.ActState.INACTIVE); - break; - - default: - return; - - } - - // findCurrentElementIndexesAfterConfig(); - // setCurSndProfileProp(); - // setCurrentSoundingLayerInfo(); - // resetData(); try these - if (skewtPaneRsc != null) - skewtPaneRsc.createRscWireFrameShapes(); - if (hodoPaneRsc != null) - hodoPaneRsc.createRscHodoWindShapeAll(); - - } - } - - public void handleUserClickOnSndLine(Coordinate c) { - - // first to find if it is for change to next/prev page - // System.out.println("numTimeLinePerPage="+numTimeLinePerPage+"gap="+(cnYOrig-dtNextPageEnd)); - int index = ((int) (c.y - dtYOrig)) / charHeight; - if (index == 0) { - // change to next/previous page - if (totalSndPage == 1) - return; - if ((c.x - dtXOrig) < (dtWidth / 2)) { - curSndPage++; - if (curSndPage > totalSndPage) - curSndPage = 1; - } else { - curSndPage--; - if (curSndPage <= 0) - curSndPage = totalSndPage; - } - return; - } - // recalculate index for time line - index = ((int) (c.y - dtNextPageEnd)) / charHeight + (curSndPage - 1) - * numTimeLinePerPage; - - if (index < sndElementList.size() && index >= 0) { - switch (sndElementList.get(index).getActionState()) { - case INACTIVE: - sndElementList.get(index).setActionState( - NsharpConstants.ActState.ACTIVE); - break; - case ACTIVE: - if (index == currentSndElementListIndex) - // dont allow to deactive current time line - return; - sndElementList.get(index).setActionState( - NsharpConstants.ActState.INACTIVE); - break; - - default: - return; - - } - if (skewtPaneRsc != null) - skewtPaneRsc.createRscWireFrameShapes(); - if (hodoPaneRsc != null) - hodoPaneRsc.createRscHodoWindShapeAll(); + public int getCurrentTextChapter() { + return currentTextChapter; + } - } - } - - private void moveTimeLineIndexBackward() { - previousTimeLineStateListIndex = currentTimeElementListIndex; - int counter = 0; - while (true) { - currentTimeElementListIndex++; - currentTimeElementListIndex = currentTimeElementListIndex - % this.timeElementList.size(); - counter++; - if (counter > timeElementList.size()) - break; - if (timeElementList.get(currentTimeElementListIndex) - .getActionState() == NsharpConstants.ActState.ACTIVE - && stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex) != null) { - break;// out of while loop - } - } - } - - private void moveTimeLineIndexForward() { - previousTimeLineStateListIndex = currentTimeElementListIndex; - int counter = 0; - while (true) { - currentTimeElementListIndex = currentTimeElementListIndex - + this.timeElementList.size();// so, we wont get a negative - // number - currentTimeElementListIndex--; - currentTimeElementListIndex = currentTimeElementListIndex - % this.timeElementList.size(); - counter++; - if (counter > timeElementList.size()) - break; - if (timeElementList.get(currentTimeElementListIndex) - .getActionState() == NsharpConstants.ActState.ACTIVE - && stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex) != null) { - break;// out of while loop - } - } - // System.out.println("timeline="+timeLineStateList.get(pickedTimeGroupIndex).getElementDescription()); - } - - private void moveTimeLineIndexCycle() { - previousTimeLineStateListIndex = currentTimeElementListIndex; - // Note: direction should only be NEXT or PREVIOUS - int counter = 0; - while (true) { - counter++; - if (counter > timeElementList.size()) { - currentTimeElementListIndex = previousTimeLineStateListIndex; - break; - } - if (currentOpDirection == IFrameCoordinator.FrameChangeOperation.NEXT) { - currentTimeElementListIndex--; - if (currentTimeElementListIndex <= 0) { - // the end of forward direction, change direction to - // backward - currentOpDirection = IFrameCoordinator.FrameChangeOperation.PREVIOUS; - currentTimeElementListIndex = 0; - } - - } else { // direction is FrameChangeOperation.PREVIOUS - currentTimeElementListIndex++; - if (currentTimeElementListIndex >= timeElementList.size() - 1) { - // the end of backward direction, change direction to - // forward - currentOpDirection = IFrameCoordinator.FrameChangeOperation.NEXT; - currentTimeElementListIndex = timeElementList.size() - 1; - } - } - if (timeElementList.get(currentTimeElementListIndex) - .getActionState() == NsharpConstants.ActState.ACTIVE - && stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex) != null) { - break;// out of while loop - } - } + public float getCurrentParcelLayerPressure() { + return currentParcelLayerPressure; + } - } - - /* - * Note: looping only apply to curAggregateTimeLineList NOT stationIdList - */ - public void setLoopingDataTimeLine(LoopProperties loopProperties) { - // System.out.println("setLoopingDataTimeLine loopmode ="+loopProperties.getMode().toString()); - if (this.timeElementList.size() > 0) { - switch (loopProperties.getMode()) { - case Forward: - moveTimeLineIndexForward(); - break; - case Backward: - moveTimeLineIndexBackward(); - break; - case Cycle: - moveTimeLineIndexCycle(); - - break; - } - - curTimeLinePage = currentTimeElementListIndex / numTimeLinePerPage - + 1; - setCurSndProfileProp(); - setCurrentSoundingLayerInfo(); - resetData(); - refreshPane(); - } - } + public NsharpSkewTPaneResource getSkewtPaneRsc() { + return skewtPaneRsc; + } - public enum LoopMode { - Forward, Backward, Cycle - }; - private int getElemlistActiveNumber(List elemlist) { - int n = 0; - for (NsharpOperationElement elem : elemlist) { - if (elem.getActionState() == NsharpConstants.ActState.ACTIVE) { - n++; - } - } - return n; - } - - public void setSteppingTimeLine( - IFrameCoordinator.FrameChangeOperation operation, - IFrameCoordinator.FrameChangeMode mode) { - if (this.timeElementList.size() > 0 - && getElemlistActiveNumber(timeElementList) > 1/* - * && - * getAvailTimeLineNumber - * ( - * currentStnStateListIndex - * )>1 - */) { - int targetIndex = currentTimeElementListIndex; - // previousTimeLineStateListIndex = currentTimeLineStateListIndex; - // preset index for LAST and FIRST operation - switch (operation) { - case LAST: // the future-est time, at top of time line shown. set to - // -1, so in while loop, it starts from 0 - targetIndex = -1;// - break; - case FIRST: // the oldest time, set to dataTimelineList.length, so - // in while loop, it starts from - // dataTimelineList.length-1 - targetIndex = timeElementList.size(); - break; - default: - break; - - } - - int counter = 0; - while (true) { - switch (operation) { - case LAST: // the future-est time, at top of time line shown - targetIndex++; - break; - case FIRST: // the oldest time - targetIndex--; - break; - case PREVIOUS: - targetIndex++; - targetIndex = targetIndex % this.timeElementList.size(); - break; - case NEXT: - // so, we wont get a negative number - targetIndex = targetIndex + this.timeElementList.size(); - targetIndex--; - targetIndex = targetIndex % this.timeElementList.size(); - break; - default: - break; - } - counter++; - if (counter >= timeElementList.size()) - return; // looped through whole list already, and index back - // to original - - if (timeElementList.get(targetIndex).getActionState() == NsharpConstants.ActState.ACTIVE) { - if (compareTmIsOn - && currentStnElementListIndex >= 0 - && currentSndElementListIndex >= 0 - && stnTimeSndTable.get(currentStnElementListIndex) - .get(targetIndex) - .get(currentSndElementListIndex) == null) { - continue; - } else if (compareStnIsOn) { - boolean found = false; - if (currentStnElementListIndex >= 0 - && currentSndElementListIndex >= 0 - && stnTimeSndTable - .get(currentStnElementListIndex) - .get(targetIndex) - .get(currentSndElementListIndex) != null) { - found = true; - } else { - // find an active and available stn for this - // timeline and set is as current - for (int i = 0; i < stnElementList.size(); i++) { - if (stnElementList.get(i).getActionState() == NsharpConstants.ActState.ACTIVE - && stnTimeSndTable - .get(i) - .get(targetIndex) - .get(currentSndElementListIndex) != null) { - currentStnElementListIndex = i; - found = true; - break; - } - } - } - if (!found) { - currentStnElementListIndex = -1; - } else { - int colorIndex = NsharpConstants.LINE_COMP1; - for (NsharpOperationElement elm : stnElementList) { - int stnIndex = stnElementList.indexOf(elm); - NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable - .get(stnIndex).get(targetIndex) - .get(currentSndElementListIndex); - if (stnTmElm != null) { - stnTmElm.setCompColorIndex(colorIndex); - // if(colorIndex > - // NsharpConstants.LINE_COMP10) - // colorIndex = NsharpConstants.LINE_COMP1; - } - colorIndex++; - if (colorIndex > NsharpConstants.LINE_COMP10) - colorIndex = NsharpConstants.LINE_COMP1; - } - } - // no matter we find current stn or not - // we should get out of here - break; - } else if (compareSndIsOn) { - boolean found = false; - if (currentStnElementListIndex >= 0 - && currentSndElementListIndex >= 0 - && stnTimeSndTable - .get(currentStnElementListIndex) - .get(targetIndex) - .get(currentSndElementListIndex) != null) { - found = true; - } else { - // find an active and available snd for this stn and - // set is as current - for (int i = 0; i < sndElementList.size(); i++) { - if (sndElementList.get(i).getActionState() == NsharpConstants.ActState.ACTIVE - && stnTimeSndTable - .get(currentStnElementListIndex) - .get(targetIndex).get(i) != null) { - currentSndElementListIndex = i; - found = true; - break; - } - } - } - if (!found) { - currentSndElementListIndex = -1; - } else { - int colorIndex = NsharpConstants.LINE_COMP1; - for (NsharpOperationElement elm : sndElementList) { - if (elm.getActionState() == NsharpConstants.ActState.INACTIVE) - continue; - int sndIndex = sndElementList.indexOf(elm); - NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable - .get(currentStnElementListIndex) - .get(targetIndex).get(sndIndex); - if (stnTmElm != null) { - stnTmElm.setCompColorIndex(colorIndex); - } - colorIndex++; - if (colorIndex > NsharpConstants.LINE_COMP10) - colorIndex = NsharpConstants.LINE_COMP1; - } - } - // no matter we find current snd type for this stn or - // not - // we should get out of here - break; - } else { - break; - } - } - } - previousTimeLineStateListIndex = currentTimeElementListIndex; - currentTimeElementListIndex = targetIndex; - curTimeLinePage = currentTimeElementListIndex / numTimeLinePerPage - + 1; - setCurSndProfileProp(); - setCurrentSoundingLayerInfo(); - resetData(); - refreshPane(); - } - } - - /* - * Stn index stepping is only controlled by up/down arrow keys, down key = - * PREVIOUS operation, up key = NEXT operation - */ - public void setSteppingStnIdList( - IFrameCoordinator.FrameChangeOperation operation) { - if (this.stnElementList.size() > 0 - && getElemlistActiveNumber(stnElementList) > 1) { - - int counter = 0; - while (true) { - switch (operation) { - case NEXT: - currentStnElementListIndex = currentStnElementListIndex - + this.stnElementList.size(); - currentStnElementListIndex--; - currentStnElementListIndex = currentStnElementListIndex - % this.stnElementList.size(); - break; - case PREVIOUS: - // so, we wont get a negative number - currentStnElementListIndex++; - currentStnElementListIndex = currentStnElementListIndex - % this.stnElementList.size(); - break; - default: - break; - - } - counter++; - // System.out.println("counter = "+ counter); - if (counter >= stnElementList.size()) - return; // looped through whole list already, and index back - // to original - if (stnElementList.get(currentStnElementListIndex) - .getActionState() == NsharpConstants.ActState.ACTIVE) { - if (compareStnIsOn - && currentTimeElementListIndex >= 0 - && currentSndElementListIndex >= 0 - && stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex) == null) {// .getElementState() - // == - // NsharpConstants.LoadState.NOTAVAIL){ - continue; - } else if (compareTmIsOn) { - boolean found = false; - if (currentTimeElementListIndex >= 0 - && currentSndElementListIndex >= 0 - && stnTimeSndTable - .get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex) != null) { - // use currentTimeLineStateListIndex - found = true; - } else { - // find an active and available timeline for this - // stn and set is as current - for (int i = 0; i < timeElementList.size(); i++) { - if (timeElementList.get(i).getActionState() == NsharpConstants.ActState.ACTIVE - && stnTimeSndTable - .get(currentStnElementListIndex) - .get(i) - .get(currentSndElementListIndex) != null) { - currentTimeElementListIndex = i; - found = true; - break; - } - } - } - if (!found) { - currentTimeElementListIndex = -1; - } else { - int colorIndex = NsharpConstants.LINE_COMP1; - for (NsharpOperationElement elm : timeElementList) { - if (elm.getActionState() == NsharpConstants.ActState.INACTIVE) - continue; - int tmIndex = timeElementList.indexOf(elm); - NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable - .get(currentStnElementListIndex) - .get(tmIndex) - .get(currentSndElementListIndex); - if (stnTmElm != null) { - stnTmElm.setCompColorIndex(colorIndex); - } - colorIndex++; - if (colorIndex > NsharpConstants.LINE_COMP10) - colorIndex = NsharpConstants.LINE_COMP1; - - } - } - // no matter we find current time line for this stn or - // not - // we should get out of here - break; - } else if (compareSndIsOn) { - boolean found = false; - if (currentTimeElementListIndex >= 0 - && currentSndElementListIndex >= 0 - && stnTimeSndTable - .get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex) != null) { - found = true; - } else { - // find an active and available snd for this stn and - // set is as current - for (int i = 0; i < sndElementList.size(); i++) { - if (sndElementList.get(i).getActionState() == NsharpConstants.ActState.ACTIVE - && stnTimeSndTable - .get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(i) != null) { - currentSndElementListIndex = i; - found = true; - break; - } - } - } - if (!found) { - currentSndElementListIndex = -1; - } else { - int colorIndex = NsharpConstants.LINE_COMP1; - for (NsharpOperationElement elm : sndElementList) { - if (elm.getActionState() == NsharpConstants.ActState.INACTIVE) - continue; - int sndIndex = sndElementList.indexOf(elm); - NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable - .get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(sndIndex); - if (stnTmElm != null) { - stnTmElm.setCompColorIndex(colorIndex); - } - colorIndex++; - if (colorIndex > NsharpConstants.LINE_COMP10) - colorIndex = NsharpConstants.LINE_COMP1; - } - } - // no matter we find current snd type for this stn or - // not - // we should get out of here - break; - } else - break; - } - } - curStnIdPage = currentStnElementListIndex / numTimeLinePerPage + 1; - - setCurSndProfileProp(); - setCurrentSoundingLayerInfo(); - resetData(); - - refreshPane(); - } + public NsharpHodoPaneResource getHodoPaneRsc() { + return hodoPaneRsc; + } - } - - /* - * Snd Type index stepping is only controlled by shift + up/down arrow keys, - * shift+down key = PREVIOUS operation, shift+up key = NEXT operation - */ - public void setSteppingSndTypeList( - IFrameCoordinator.FrameChangeOperation operation) { - if (this.sndElementList.size() > 0 - && getElemlistActiveNumber(sndElementList) > 1) { - - int counter = 0; - while (true) { - switch (operation) { - case NEXT: - currentSndElementListIndex = currentSndElementListIndex - + this.sndElementList.size(); - currentSndElementListIndex--; - currentSndElementListIndex = currentSndElementListIndex - % this.sndElementList.size(); - break; - case PREVIOUS: - // so, we wont get a negative number - currentSndElementListIndex++; - currentSndElementListIndex = currentSndElementListIndex - % this.sndElementList.size(); - break; - default: - break; - - } - counter++; - // System.out.println("counter = "+ counter); - if (counter >= sndElementList.size()) - return; // looped through whole list already, and index back - // to original - if (sndElementList.get(currentSndElementListIndex) - .getActionState() == NsharpConstants.ActState.ACTIVE) { - if (compareSndIsOn - && currentTimeElementListIndex >= 0 - && currentStnElementListIndex >= 0 - && stnTimeSndTable.get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex) == null) { - continue; - } else if (compareTmIsOn) { - boolean found = false; - if (currentTimeElementListIndex >= 0 - && currentStnElementListIndex >= 0 - && stnTimeSndTable - .get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex) != null) { - // use currentTimeLineStateListIndex - found = true; - } else { - // find an active and available timeline for this - // stn and set is as current - for (int i = 0; i < timeElementList.size(); i++) { - if (timeElementList.get(i).getActionState() == NsharpConstants.ActState.ACTIVE - && stnTimeSndTable - .get(currentStnElementListIndex) - .get(i) - .get(currentSndElementListIndex) != null) { - currentTimeElementListIndex = i; - found = true; - break; - } - } - } - if (!found) { - currentTimeElementListIndex = -1; - } else { - int colorIndex = NsharpConstants.LINE_COMP1; - for (NsharpOperationElement elm : timeElementList) { - if (elm.getActionState() == NsharpConstants.ActState.INACTIVE) - continue; - int tmIndex = timeElementList.indexOf(elm); - NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable - .get(currentStnElementListIndex) - .get(tmIndex) - .get(currentSndElementListIndex); - if (stnTmElm != null) { - stnTmElm.setCompColorIndex(colorIndex); - } - colorIndex++; - if (colorIndex > NsharpConstants.LINE_COMP10) - colorIndex = NsharpConstants.LINE_COMP1; - } - } - // no matter we find current time line for this stn or - // not - // we should get out of here - break; - } else if (compareStnIsOn) { - boolean found = false; - // find an active and available stn for this timeline - // and set is as current - if (currentTimeElementListIndex >= 0 - && currentStnElementListIndex >= 0 - && stnTimeSndTable - .get(currentStnElementListIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex) != null) { - found = true; - } else { - for (int i = 0; i < stnElementList.size(); i++) { - if (stnElementList.get(i).getActionState() == NsharpConstants.ActState.ACTIVE - && stnTimeSndTable - .get(i) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex) != null) { - currentStnElementListIndex = i; - found = true; - break; - } - } - } - if (!found) { - currentStnElementListIndex = -1; - } else { - int colorIndex = NsharpConstants.LINE_COMP1; - for (NsharpOperationElement elm : stnElementList) { - int stnIndex = stnElementList.indexOf(elm); - NsharpSoundingElementStateProperty stnTmElm = stnTimeSndTable - .get(stnIndex) - .get(currentTimeElementListIndex) - .get(currentSndElementListIndex); - if (stnTmElm != null) { - stnTmElm.setCompColorIndex(colorIndex); - } - colorIndex++; - if (colorIndex > NsharpConstants.LINE_COMP10) - colorIndex = NsharpConstants.LINE_COMP1; - - } - } - // no matter we find current stn or not - // we should get out of here - break; - } else - break; - } - } - curStnIdPage = currentSndElementListIndex / numTimeLinePerPage + 1; - - setCurSndProfileProp(); - setCurrentSoundingLayerInfo(); - resetData(); - - refreshPane(); - } - } + public NsharpSoundingElementStateProperty getPreSndProfileProp() { + return preSndProfileProp; + } - // used for sorting - public class tempPoint implements Comparable { - double diff; - double temp; - double pressure; - int type; // 1= temp, 2 = dewpoint + public int getCurTimeLinePage() { + return curTimeLinePage; + } - tempPoint(double diff, double temp, double pressure, int type) { - this.diff = diff; - this.temp = temp; - this.pressure = pressure; - this.type = type; - } - @Override - public int compareTo(tempPoint o) { - if (this.diff >= o.diff) - return 1; - else - return 0; - } - } - - /* - * Return the closest point to the input point on Hodo graph - */ - public Coordinate getClosestHodoPoint(Coordinate inputC) { - // System.out.println("picked pt CX "+ inputC.x + " CY "+ inputC.y); - Coordinate closeptC = new Coordinate(0, 0); - if (hodoPaneRsc == null) - return closeptC; - - double curSmallestDist = 10000; // picked a impossible big number to - // start with - double distance; - boolean ptFound = false; - NcSoundingLayer layer; - // - // Note: soundingLys list sorted with highest pressure as first element - // - for (int i = 0; i < this.soundingLys.size(); i++) { - layer = this.soundingLys.get(i); - double curS, curD; - curS = layer.getWindSpeed(); - curD = layer.getWindDirection(); - closeptC = WxMath.uvComp((float) curS, (float) curD); - closeptC = hodoPaneRsc.getHodoBackground().getWorld().map(closeptC); - // System.out.println("closeptCx " + closeptC.x+ " closeptCy "+ - // closeptC.y); - distance = inputC.distance(closeptC); - // System.out.println("closeptCx " + closeptC.x+ " closeptCy "+ - // closeptC.y+" distance "+ distance + " curSmallestDist " - // +curSmallestDist); - if (distance < curSmallestDist) { - curSmallestDist = distance; - hodoEditingSoundingLayerIndex = i; - ptFound = true; - } - } - if (ptFound == false) { - closeptC.x = closeptC.y = 0; - } else { - layer = this.soundingLys.get(hodoEditingSoundingLayerIndex); - closeptC = WxMath.uvComp((float) layer.getWindSpeed(), - (float) layer.getWindDirection()); - closeptC = hodoPaneRsc.getHodoBackground().getWorld().map(closeptC); - } + public int getCurrentInsetPage() { + return currentInsetPage; + } - // System.out.println("picked closeptCx " + closeptC.x+ " closeptCy "+ - // closeptC.y); - return closeptC; - } - - public List getSoundingLys() { - return soundingLys; - } - - public List getPreviousSoundingLys() { - return previousSoundingLys; - } - - /* - * This interpolation is to smooth data out with a pressure gap of 25 mb per - * layer and also keep original lowest and highest layers. - */ - private List performInterpolation( - List rawSndLysLst) { - NcSoundingLayer newLayer = new NcSoundingLayer(); - // System.out.println(" performInterpolation"); - nsharpNative.populateSndgData(rawSndLysLst); - - List mySndLst = new ArrayList(); - // add top layer - try { - // here a shallowCopy is enough - newLayer = (NcSoundingLayer) rawSndLysLst.get(0).clone(); - mySndLst.add(newLayer); - } catch (CloneNotSupportedException e) { - e.printStackTrace(); - } - // The first layer has highest pressure - // get a pressure value below first layer and can be divided by 25 - // exactly - int p = (int) (rawSndLysLst.get(0).getPressure() / 25) * 25; - float interpolatedValue; - if (p == (int) rawSndLysLst.get(0).getPressure()) { // if p is same as - // first layer, then - // this layer is - // added already, - // start from 2nd - // layer - p = p - 25; - } - for (; p >= 50; p = p - 25) { - newLayer = new NcSoundingLayer(); - newLayer.setPressure(p); - interpolatedValue = nsharpNative.nsharpLib.itemp(p); - if (interpolatedValue == NsharpNativeConstants.NSHARP_LEGACY_LIB_INVALID_DATA) - // this is not good layer data, usually happened when lowest - // layer pressure is - // more than 50, then when interpolate layer for pressure 50, - // will return unvalid value - continue; - newLayer.setTemperature(interpolatedValue); - interpolatedValue = nsharpNative.nsharpLib.idwpt(p); - newLayer.setDewpoint(interpolatedValue); - interpolatedValue = nsharpNative.nsharpLib.iwdir(p); - newLayer.setWindDirection(interpolatedValue); - interpolatedValue = nsharpNative.nsharpLib.iwspd(p); - newLayer.setWindSpeed(interpolatedValue); - interpolatedValue = nsharpNative.nsharpLib.ihght(p); - newLayer.setGeoHeight(interpolatedValue); - interpolatedValue = nsharpNative.nsharpLib.iomeg(p); - newLayer.setOmega(interpolatedValue); - - mySndLst.add(newLayer); - } - return mySndLst; - } - - private void setSoundingInfo(List sndLys) { - if (overlayIsOn) { - previousSoundingLys = soundingLys; - } else { - previousSoundingLys = null; - } - if (interpolateIsOn == true) { - /* - * TTR829 deep copy is not necessary as performInterpolation() will - * re-allocate new layer for each layer //interpolation is on //we - * dont want to change original raw data, so use a deep copy - * List intpSndLst = new - * ArrayList(); for(NcSoundingLayer layer: sndLys ) - * { try { intpSndLst.add((NcSoundingLayer) layer.clone()); } catch - * (CloneNotSupportedException e) { // TODO Auto-generated catch - * block e.printStackTrace(); } } - * - * // interpolation intpSndLst = performInterpolation(intpSndLst); - * - * soundingLys = intpSndLst; - */ - - soundingLys = performInterpolation(sndLys); - } else { - soundingLys = sndLys; + public int getCurrentSoundingLayerIndex() { + return currentSoundingLayerIndex; + } - } - } - - public void updateDisplay(IRenderableDisplay[] displayArray, - String paneConfigurationName) { - skewtPaneRsc = null; - witoPaneRsc = null; - hodoPaneRsc = null; - timeStnPaneRsc = null; - insetPaneRsc = null; - dataPaneRsc = null; - spcGraphsPaneRsc = null; - futurePaneRsc = null; - for (IRenderableDisplay disp : displayArray) { - ResourcePair rscP = disp.getDescriptor().getResourceList().get(0); - NsharpAbstractPaneResource absPaneRsc = (NsharpAbstractPaneResource) rscP - .getResource(); - if (absPaneRsc instanceof NsharpSkewTPaneResource) { - skewtPaneRsc = (NsharpSkewTPaneResource) absPaneRsc; - skewtPaneRsc.setLinePropertyMap(linePropertyMap); - skewtPaneRsc.setGraphConfigProperty(graphConfigProperty); - skewtPaneRsc.setNsharpNative(nsharpNative); - } else if (absPaneRsc instanceof NsharpDataPaneResource) { - dataPaneRsc = (NsharpDataPaneResource) absPaneRsc; - dataPaneRsc.setLinePropertyMap(linePropertyMap); - dataPaneRsc.setGraphConfigProperty(graphConfigProperty); - dataPaneRsc.setNsharpNative(nsharpNative); - dataPaneRsc.setPageDisplayOrderNumberArray( - pageDisplayOrderNumberArray, - dataPageProperty.getNumberPagePerDisplay()); - } else if (absPaneRsc instanceof NsharpHodoPaneResource) { - hodoPaneRsc = (NsharpHodoPaneResource) absPaneRsc; - hodoPaneRsc.setLinePropertyMap(linePropertyMap); - hodoPaneRsc.setGraphConfigProperty(graphConfigProperty); - hodoPaneRsc.setNsharpNative(nsharpNative); - } else if (absPaneRsc instanceof NsharpWitoPaneResource - && (paneConfigurationName - .equals(NsharpConstants.PANE_SPCWS_CFG_STR) - || paneConfigurationName - .equals(NsharpConstants.PANE_DEF_CFG_1_STR) || paneConfigurationName - .equals(NsharpConstants.PANE_DEF_CFG_2_STR))) { - - witoPaneRsc = (NsharpWitoPaneResource) absPaneRsc; - witoPaneRsc.setLinePropertyMap(linePropertyMap); - witoPaneRsc.setGraphConfigProperty(graphConfigProperty); - witoPaneRsc.setNsharpNative(nsharpNative); - - } else if (absPaneRsc instanceof NsharpInsetPaneResource - && (paneConfigurationName - .equals(NsharpConstants.PANE_SPCWS_CFG_STR) - || paneConfigurationName - .equals(NsharpConstants.PANE_DEF_CFG_1_STR) || paneConfigurationName - .equals(NsharpConstants.PANE_DEF_CFG_2_STR))) { - - insetPaneRsc = (NsharpInsetPaneResource) absPaneRsc; - insetPaneRsc.setLinePropertyMap(linePropertyMap); - insetPaneRsc.setGraphConfigProperty(graphConfigProperty); - insetPaneRsc.setNsharpNative(nsharpNative); - - } else if (absPaneRsc instanceof NsharpSpcGraphsPaneResource - && paneConfigurationName - .equals(NsharpConstants.PANE_SPCWS_CFG_STR)) { - spcGraphsPaneRsc = (NsharpSpcGraphsPaneResource) absPaneRsc; - spcGraphsPaneRsc.setLinePropertyMap(linePropertyMap); - spcGraphsPaneRsc.setGraphConfigProperty(graphConfigProperty); - spcGraphsPaneRsc.setNsharpNative(nsharpNative); - } else if (absPaneRsc instanceof NsharpAbstractPaneResource - && paneConfigurationName - .equals(NsharpConstants.PANE_SIMPLE_D2D_CFG_STR)) { - futurePaneRsc = (NsharpAbstractPaneResource) absPaneRsc; - futurePaneRsc.setLinePropertyMap(linePropertyMap); - futurePaneRsc.setGraphConfigProperty(graphConfigProperty); - futurePaneRsc.setNsharpNative(nsharpNative); - - } else if (absPaneRsc instanceof NsharpTimeStnPaneResource - && (paneConfigurationName - .equals(NsharpConstants.PANE_SIMPLE_D2D_CFG_STR) - || paneConfigurationName - .equals(NsharpConstants.PANE_DEF_CFG_1_STR) || paneConfigurationName - .equals(NsharpConstants.PANE_DEF_CFG_2_STR))) { - timeStnPaneRsc = (NsharpTimeStnPaneResource) absPaneRsc; - timeStnPaneRsc.setLinePropertyMap(linePropertyMap); - timeStnPaneRsc.setGraphConfigProperty(graphConfigProperty); - timeStnPaneRsc.setNsharpNative(nsharpNative); - } - } - this.displayArray = displayArray; - } - - public void resetRscSoundingData() { - if (skewtPaneRsc != null) - skewtPaneRsc.resetData(soundingLys, previousSoundingLys); - if (hodoPaneRsc != null) - hodoPaneRsc.resetData(soundingLys, previousSoundingLys); - if (witoPaneRsc != null) - witoPaneRsc.resetData(soundingLys, previousSoundingLys); - if (dataPaneRsc != null) - dataPaneRsc.resetData(soundingLys, previousSoundingLys); - if (insetPaneRsc != null) - insetPaneRsc.resetData(soundingLys, previousSoundingLys); - if (spcGraphsPaneRsc != null) - spcGraphsPaneRsc.resetData(soundingLys, previousSoundingLys); - } - - public NsharpResourceHandler(IRenderableDisplay[] displayArray, - NsharpEditor editor) { - // System.out.println("NsharpResourceHandler constructed"); - // myNsharpEditor = editor; - elementColorMap.put(NsharpConstants.ActState.CURRENT.name(), - NsharpConstants.color_green); - elementColorMap.put(NsharpConstants.ActState.ACTIVE.name(), - NsharpConstants.color_yellow); - elementColorMap.put(NsharpConstants.ActState.INACTIVE.name(), - NsharpConstants.color_white); - // elementColorMap.put(NsharpConstants.LoadState.NOTAVAIL.name(),NsharpConstants.color_red); - // elementColorMap.put(NsharpConstants.ActState.OVERLAY,NsharpConstants.color_red); - // elementColorMap.put(NsharpConstants.LoadState.AVAIL.name(),NsharpConstants.color_yellow); - nsharpNative = new NsharpNative(); - // System.out.println("NsharpResourceHandler constructed"+this.toString() - // + " nsharpNative="+nsharpNative.toString()); - // based on BigNsharp storm slinky color used and gempak color - // definition - stormSlinkyColorMap.put(new Integer(3), NsharpConstants.color_green); // green - stormSlinkyColorMap.put(new Integer(7), NsharpConstants.color_magenta); - stormSlinkyColorMap.put(new Integer(6), NsharpConstants.color_cyan); - stormSlinkyColorMap.put(new Integer(13), - NsharpConstants.color_violet_md); - stormSlinkyColorMap.put(new Integer(20), - NsharpConstants.color_yellow_DK); - stormSlinkyColorMap.put(new Integer(27), NsharpConstants.color_cyan_md); - NsharpPaletteWindow win = NsharpPaletteWindow.getInstance(); - if (win != null) - currentGraphMode = win.getCurrentGraphMode(); - - // new for configMgr - configMgr = NsharpConfigManager.getInstance(); - configStore = configMgr.retrieveNsharpConfigStoreFromFs(); - graphConfigProperty = configStore.getGraphProperty(); - paneConfigurationName = graphConfigProperty.getPaneConfigurationName(); - - int tempOffset = graphConfigProperty.getTempOffset(); - NsharpWxMath.setTempOffset(tempOffset); - linePropertyMap = configStore.getLinePropertyMap(); - dataPageProperty = configStore.getDataPageProperty(); - updatePageOrderArray(); - updateDisplay(displayArray, paneConfigurationName); - displayDataPageMax = NsharpConstants.PAGE_MAX_NUMBER - / dataPageProperty.getNumberPagePerDisplay(); - - DateFormatSymbols dfs = new DateFormatSymbols(); - defaultDays = dfs.getShortWeekdays(); - } - - public void disposeInternal() { - // System.out.println("NsharpResourceHandler disposeInternal called"); - listenerList = null; - soundingLys = null; - previousSoundingLys = null; - stormSlinkyColorMap = null; - elementColorMap = null; - - if (NsharpParcelDialog.getAccess() != null) { - NsharpParcelDialog.getAccess().reset(); - } - nsharpNative = null; - } + public IFrameCoordinator.FrameChangeOperation getCurrentOpDirection() { + return currentOpDirection; + } - public void printHeightMark(WGraphics world, GC gc) throws VizException { - // print feet scales... - double vyMax = world.getViewYmax(); - double vyMin = world.getViewYmin(); - double vxMax = world.getViewXmax(); - for (int j = 0; j < NsharpConstants.HEIGHT_LEVEL_FEET.length; j++) { - float meters = (float) NsharpConstants.feetToMeters - .convert(NsharpConstants.HEIGHT_LEVEL_FEET[j]); - double pressure = nsharpNative.nsharpLib.ipres(meters); - double y = world.mapY(NsharpWxMath.getSkewTXY(pressure, -50).y); + public NsharpSoundingElementStateProperty getCurSndProfileProp() { + return curSndProfileProp; + } - gc.drawString(Integer - .toString(NsharpConstants.HEIGHT_LEVEL_FEET[j] / 1000), - (int) vxMax + 40, (int) y, false); - gc.drawLine((int) vxMax + 50, (int) y, (int) vxMax + 45, (int) y); - } - // print meter scales... - for (int j = 0; j < NsharpConstants.HEIGHT_LEVEL_METERS.length; j++) { - int meters = NsharpConstants.HEIGHT_LEVEL_METERS[j]; + public int getCurStnIdPage() { + return curStnIdPage; + } - double pressure = nsharpNative.nsharpLib.ipres(meters); - double y = world.mapY(NsharpWxMath.getSkewTXY(pressure, -50).y); - gc.drawString(Integer.toString(meters / 1000), (int) vxMax + 52, - (int) y, false); + public int getCurSndPage() { + return curSndPage; + } - gc.drawLine((int) vxMax + 50, (int) y, (int) vxMax + 55, (int) y); - } - // print surface level mark - double y = world.mapY(NsharpWxMath.getSkewTXY(soundingLys.get(0) - .getPressure(), -50).y); - gc.drawString( - "SFC(" - + Integer.toString((int) (soundingLys.get(0) - .getGeoHeight())) + "m)", (int) vxMax + 50, - (int) y, false); - gc.drawLine((int) vxMax + 50, (int) y, (int) vxMax + 55, (int) y); - // top level mark at 100 mbar - y = world.mapY(NsharpWxMath.getSkewTXY(100, -50).y); - float hgt = nsharpNative.nsharpLib.ihght(100); - gc.drawString(Float.toString(hgt / 1000F), (int) vxMax + 50, (int) y, - false); - gc.drawString("Kft Km", (int) vxMax + 35, (int) y - 8); - gc.drawString("MSL", (int) vxMax + 45, (int) y - 15); - gc.drawLine((int) vxMax + 40, (int) y, (int) vxMax + 60, (int) y); - - gc.drawLine((int) vxMax + 50, (int) vyMin, (int) vxMax + 50, - (int) vyMax); - - } - - /** - * Prints the pressure lines number at left side out of skewT bkgd for - * printing job - * - * @throws VizException - */ - public void printNsharpPressureLinesNumber(WGraphics world, GC gc) - throws VizException { - String s = null; - double vxMax = world.getViewXmax(); - double vxMin = world.getViewXmin(); - for (int i = 0; i < NsharpConstants.PRESSURE_MAIN_LEVELS.length; i++) { - // we only care about pressure for this case, temp is no important - // when calling getSkewTXY - Coordinate coor = NsharpWxMath.getSkewTXY( - NsharpConstants.PRESSURE_MAIN_LEVELS[i], 0); - - gc.drawLine((int) vxMin, (int) world.mapY(coor.y), (int) vxMax, - (int) world.mapY(coor.y)); - } - for (int i = 0; i < NsharpConstants.PRESSURE_MARK_LEVELS.length; i++) { - // we only care about pressure for this case, temp is no important - // when calling getSkewTXY - Coordinate coor = NsharpWxMath.getSkewTXY( - NsharpConstants.PRESSURE_MARK_LEVELS[i], 0); + public HashMap getElementColorMap() { + return elementColorMap; + } - gc.drawLine((int) vxMin, (int) world.mapY(coor.y), - (int) vxMin + 10, (int) world.mapY(coor.y)); - } - for (int i = 0; i < NsharpConstants.PRESSURE_NUMBERING_LEVELS.length; i++) { - s = NsharpConstants.pressFormat - .format(NsharpConstants.PRESSURE_NUMBERING_LEVELS[i]); - // we only care about pressure for this case, temp is no important - // when calling getSkewTXY - Coordinate coor = NsharpWxMath.getSkewTXY( - NsharpConstants.PRESSURE_NUMBERING_LEVELS[i], 0); - - gc.drawString(s, (int) vxMin - 20, (int) world.mapY(coor.y), false); - } - } - - /** - * Print the temp number at bottom out of skewT bkgd for printing job - * - * @throws VizException - */ - public void printNsharpTempNumber(WGraphics world, GC gc) - throws VizException { - for (int i = 40; i > -50; i -= 10) { - Coordinate coorStart = NsharpWxMath.getSkewTXY(1050, i); - double startX = world.mapX(coorStart.x); - double startY = world.mapY(coorStart.y); - - gc.drawString(Integer.toString(i), (int) startX, (int) startY + 5, - false); - } - for (int i = -60; i > -120; i -= 10) { - Coordinate coorEnd = NsharpWxMath.getSkewTXY(100, i); + public int getTotalTimeLinePage() { + return totalTimeLinePage; + } - // System.out.println("X = "+ startX + " Y = "+ startY); - double endX = world.mapX(coorEnd.x); - double endY = world.mapY(coorEnd.y); - gc.drawString(Integer.toString(i), (int) endX, (int) endY - 10, - false); - } - } - - /** - * - * Print Wind barb for printing job This function followed algorithm in - * plot_barbs (void) at xwvid1.c to choose wind bulb for drawing around - * every 400m - * - */ - public void printNsharpWind(WGraphics world, GC gc) throws VizException { - ArrayList> windList = new ArrayList>(); - - double windX = world.getViewXmax() + 6 * BARB_LENGTH; - // System.out.println("windX="+windX); - float lastHeight = -999; - double windY; - for (NcSoundingLayer layer : soundingLys) { - float pressure = layer.getPressure(); - float spd = layer.getWindSpeed(); - float dir = layer.getWindDirection(); - - if (pressure < 100) { - continue; - } - - if ((layer.getGeoHeight() - lastHeight) < 400) { - - continue; - } - - // Get the vertical ordinate. - windY = world.mapY(NsharpWxMath.getSkewTXY(pressure, 0).y); - - List barb = WindBarbFactory.getWindGraphics( - /* metersPerSecondToKnots.convert */(double) (spd), (double) dir); - if (barb != null) { - WindBarbFactory.scaleBarb(barb, -7); - WindBarbFactory.translateBarb(barb, windX, windY); - windList.add(barb); - } - - lastHeight = layer.getGeoHeight(); - } - Coordinate pt1 = new Coordinate(0, 0), pt2; - for (List barb : windList) { - for (LineStroke stroke : barb) { - // stroke render: rewrite stroke.render() for our printing - // purpose - if (stroke.getType() == "M") { - pt1 = stroke.getPoint(); - // change X coordinate by mirroring x coordinate at windX - // axis. AS we scaleBarb with -5 time. - // It is easier to mirror at x-axis for this case. - pt1.x = windX - (pt1.x - windX); - // System.out.print("Myp1x="+(int)pt1.x+" p1y="+(int)pt1.y); - - } else if (stroke.getType() == "D") { - pt2 = stroke.getPoint(); - pt2.x = windX - (pt2.x - windX); - // System.out.println( " p2x="+(int)pt2.x+" p2y="+ - // (int)pt2.y); - gc.drawLine((int) pt1.x, (int) pt1.y, (int) pt2.x, - (int) pt2.y); - } - } - } - gc.drawLine((int) windX, - (int) world.mapY(NsharpWxMath.getSkewTXY(100, 0).y), - (int) windX, - (int) world.mapY(NsharpWxMath.getSkewTXY(1000, 0).y)); - } - - /** - * - * Print the wetbulb trace curve - * - * @throws VizException - */ - public void printNsharpWetbulbTraceCurve(WGraphics world, GC gc) - throws VizException { - if ((soundingLys == null) || (soundingLys.size() == 0)) - return; - float t1; - - Coordinate c2 = null; - Coordinate c1; - // print trace - for (NcSoundingLayer layer : this.soundingLys) { - if (layer.getDewpoint() > -200) { - t1 = nsharpNative.nsharpLib.wetbulb(layer.getPressure(), - layer.getTemperature(), layer.getDewpoint()); - - c1 = NsharpWxMath.getSkewTXY(layer.getPressure(), t1); - c1.x = world.mapX(c1.x); - c1.y = world.mapY(c1.y); - if (c2 != null) { - gc.drawLine((int) c1.x, (int) c1.y, (int) c2.x, (int) c2.y); - } - c2 = c1; - } - } + public int getTotalStnIdPage() { + return totalStnIdPage; + } - } - - public void printNsharpParcelTraceCurve(WGraphics world, GC gc) - throws VizException { - if (soundingLys.size() > 0) { - // for (ParcelData parData: parcelList){ - // plotNsharpParcelTraceCurve(null, 0, world, - // NsharpConstants.color_white,parData.parcelType, - // parData.userPressure, gc, true); - // nsharpNative.nsharpLib.define_parcel(parData.parcelType, - // parData.parcelLayerPressure); - nsharpNative.nsharpLib.define_parcel(currentParcel, - currentParcelLayerPressure); - _lplvalues lpvls = new _lplvalues(); - nsharpNative.nsharpLib.get_lpvaluesData(lpvls); - - float sfctemp, sfcdwpt, sfcpres; - sfctemp = lpvls.temp; - sfcdwpt = lpvls.dwpt; - sfcpres = lpvls.pres; - - float vtemp = nsharpNative.nsharpLib.virtemp(sfcpres, sfctemp, - sfcdwpt); - Coordinate c1 = NsharpWxMath.getSkewTXY(sfcpres, vtemp); - c1.x = world.mapX(c1.x); - c1.y = world.mapY(c1.y); - FloatByReference p2 = new FloatByReference(0), t2 = new FloatByReference( - 0); - ; - nsharpNative.nsharpLib.drylift(sfcpres, sfctemp, sfcdwpt, p2, t2); - vtemp = nsharpNative.nsharpLib.virtemp(p2.getValue(), - t2.getValue(), t2.getValue()); - Coordinate c2 = NsharpWxMath.getSkewTXY(p2.getValue(), vtemp); - c2.x = world.mapX(c2.x); - c2.y = world.mapY(c2.y); - - gc.drawLine((int) c1.x, (int) c1.y, (int) c2.x, (int) c2.y); - c1 = c2; - - float t3; - for (float i = p2.getValue() - 50; i >= 100; i = i - 50) { - t3 = nsharpNative.nsharpLib.wetlift(p2.getValue(), - t2.getValue(), i); - vtemp = nsharpNative.nsharpLib.virtemp(i, t3, t3); - c2 = NsharpWxMath.getSkewTXY(i, vtemp); - c2.x = world.mapX(c2.x); - c2.y = world.mapY(c2.y); - - gc.drawLine((int) c1.x, (int) c1.y, (int) c2.x, (int) c2.y); - c1 = c2; - } - - t3 = nsharpNative.nsharpLib.wetlift(p2.getValue(), t2.getValue(), - 100); - vtemp = nsharpNative.nsharpLib.virtemp(100, t3, t3); - c2 = NsharpWxMath.getSkewTXY(100, vtemp); - c2.x = world.mapX(c2.x); - c2.y = world.mapY(c2.y); - - gc.drawLine((int) c1.x, (int) c1.y, (int) c2.x, (int) c2.y); - // } - } - } - - /** - * - * Print the temperature curve when during overlap or compare mode - * - * @throws VizException - */ - - public void printNsharpPressureTempCurve(WGraphics world, int type, GC gc, - List soundingLys) throws VizException { - if ((soundingLys == null) || (soundingLys.size() == 0)) - return; - - double maxPressure = NsharpWxMath.reverseSkewTXY(new Coordinate(0, - world.getWorldYmax())).y; - double minPressure = NsharpWxMath.reverseSkewTXY(new Coordinate(0, - world.getWorldYmin())).y; - Coordinate c0 = null; - for (NcSoundingLayer layer : soundingLys) { - double t; - if (type == TEMP_TYPE) - t = layer.getTemperature(); - else if (type == DEWPOINT_TYPE) - t = layer.getDewpoint(); - else - break; - double pressure = layer.getPressure(); - if (t != INVALID_DATA && pressure >= minPressure - && pressure <= maxPressure) { - - Coordinate c1 = NsharpWxMath.getSkewTXY(pressure, t); - - c1.x = world.mapX(c1.x); - c1.y = world.mapY(c1.y); - // System.out.println("C.x "+ c1.x + " C.y "+ c1.y); - if (c0 != null) { - gc.drawLine((int) c0.x, (int) c0.y, (int) c1.x, (int) c1.y); - } - c0 = c1; - } - } - } - - /** - * - * Print the HODO - * - * - * @throws VizException - */ - - public void printNsharpHodoWind(WGraphics world, GC gc, - List soundingLays) throws VizException { - Coordinate c0 = null; - Coordinate c1; - for (NcSoundingLayer layer : soundingLays) { - if (layer.getPressure() < 100 || layer.getWindSpeed() < 0) - continue; - float wspd = layer.getWindSpeed(); - float wdir = layer.getWindDirection(); - c1 = WxMath.uvComp(wspd, wdir); - if (c0 != null) { - gc.setLineWidth(1); - gc.drawLine((int) world.mapX(c0.x), (int) world.mapY(c0.y), - (int) world.mapX(c1.x), (int) world.mapY(c1.y)); - } - c0 = c1; - } + public int getTotalSndPage() { + return totalSndPage; + } - } - - public boolean isPlotInteractiveTemp() { - return plotInteractiveTemp; - } - - public void setPlotInteractiveTemp(boolean plotInteractiveTemp) { - this.plotInteractiveTemp = plotInteractiveTemp; - if (skewtPaneRsc != null) - skewtPaneRsc.setPlotInteractiveTemp(plotInteractiveTemp); - } - - public void setInteractiveTempPointCoordinate( - Coordinate interactiveTempPointCoordinate) { - // System.out.println("setInteractiveTempPointCoordinate called"); - this.interactiveTempPointCoordinate = interactiveTempPointCoordinate; - plotInteractiveTemp = true; - if (skewtPaneRsc != null) { - skewtPaneRsc.setPlotInteractiveTemp(plotInteractiveTemp); - skewtPaneRsc - .setInteractiveTempPointCoordinate(interactiveTempPointCoordinate); - } - } - - public void setInteractiveHodoPointCoordinate(Coordinate c) { - if (hodoPaneRsc == null) - return; - try { - NcSoundingLayer hodoLayer = soundingLys - .get(hodoEditingSoundingLayerIndex); - if (hodoLayer != null) { - // TTR575 - nsharpNative.populateSndgData(soundingLys); - // end TTR575 - Coordinate c1 = hodoPaneRsc.getHodoBackground().getWorld() - .unMap(c.x, c.y); - // System.out.println("picked pt after unmap CX "+ c1.x + - // " CY "+ c1.y); - c1 = WxMath.speedDir((float) c1.x, (float) c1.y); - hodoLayer.setWindSpeed((float) c1.x); - hodoLayer.setWindDirection((float) c1.y); - hodoPaneRsc.createRscHodoWindShapeAll(); - if (witoPaneRsc != null) - witoPaneRsc.createAllWireFrameShapes(); - if (insetPaneRsc != null) - insetPaneRsc.createInsetWireFrameShapes(); - if (skewtPaneRsc != null) - // CHIN:::fix edit zoom issue skewtPaneRsc.handleResize(); - skewtPaneRsc.createRscWireFrameShapes(); - } - } catch (Exception e) { - } - } - - public void applyMovingTempLine() { - if (skewtPaneRsc == null) - return; - Coordinate inC = NsharpWxMath.reverseSkewTXY(skewtPaneRsc.getWorld() - .unMap(interactiveTempPointCoordinate)); - float inTemp = (float) inC.x; - currentSoundingLayerIndex = skewtPaneRsc.getCurrentSoundingLayerIndex(); - currentTempCurveType = skewtPaneRsc.getCurrentTempCurveType(); - float currentLayerTemp, currentLayerDewP; - float smallestGap = skewtPaneRsc.getTempDewPtSmallestGap(); - float tempShiftedDist; - currentLayerTemp = soundingLys.get(currentSoundingLayerIndex) - .getTemperature(); - currentLayerDewP = soundingLys.get(currentSoundingLayerIndex) - .getDewpoint(); - if (currentTempCurveType == TEMP_TYPE) { - if (inTemp < currentLayerTemp) { - // shift to left, tempShiftedDist should be a negative number - if ((currentLayerTemp - inTemp) > smallestGap) { - tempShiftedDist = -smallestGap; - } else { - tempShiftedDist = inTemp - currentLayerTemp; - } - } else { - // shift to right, tempShiftedDist should be a positive number - tempShiftedDist = inTemp - currentLayerTemp; - } - } else { - if (inTemp < currentLayerDewP) { - // shift to left, tempShiftedDist should be a negative number - tempShiftedDist = inTemp - currentLayerDewP; - } else { - // shift to right, tempShiftedDist should be a positive number - if ((inTemp - currentLayerDewP) > smallestGap) { - tempShiftedDist = smallestGap; - } else { - tempShiftedDist = inTemp - currentLayerDewP; - } - } - } - for (NcSoundingLayer layer : soundingLys) { - float t; - if (currentTempCurveType == TEMP_TYPE) { - t = layer.getTemperature(); - if (t != NsharpNativeConstants.NSHARP_NATIVE_INVALID_DATA) { - layer.setTemperature(t + tempShiftedDist); - } - } else { - t = layer.getDewpoint(); - if (t != NsharpNativeConstants.NSHARP_NATIVE_INVALID_DATA) { - layer.setDewpoint(t + tempShiftedDist); - } - } - } - // re-populate snd data to nsharp native code lib for later calculating - nsharpNative.populateSndgData(soundingLys); - // get storm motion wind data after populate sounding from NsharpLib - skewtPaneRsc.setSoundingLys(soundingLys); - // CHIN:::fix edit zoom issue skewtPaneRsc.handleResize(); - skewtPaneRsc.createRscWireFrameShapes(); - if (hodoPaneRsc != null) { - hodoPaneRsc.setSoundingLys(soundingLys); - hodoPaneRsc.createRscHodoWindShapeAll(); - } - } - - public void applyInteractiveTempPoint() { - if (skewtPaneRsc == null) - return; - Coordinate inC = NsharpWxMath.reverseSkewTXY(skewtPaneRsc.getWorld() - .unMap(interactiveTempPointCoordinate)); - double inTemp = inC.x; - currentSoundingLayerIndex = skewtPaneRsc.getCurrentSoundingLayerIndex(); - NcSoundingLayer layer = this.soundingLys.get(currentSoundingLayerIndex); - currentTempCurveType = skewtPaneRsc.getCurrentTempCurveType(); - // System.out.println("applyInteractiveTempPoint called pressure " + - // inC.y + " temp "+ inTemp + - // " currentTempCurveType " + currentTempCurveType ); - - if (currentTempCurveType == TEMP_TYPE) { - if (inTemp < layer.getDewpoint()) - // temp can not be lower than dew point - layer.setTemperature(layer.getDewpoint()); - else - layer.setTemperature((float) inTemp); - } else { - if (inTemp > layer.getTemperature()) - // dew point can not be higher than temp - layer.setDewpoint(layer.getTemperature()); - else - layer.setDewpoint((float) inTemp); - } + public void repopulateSndgData(){ + nsharpNative.populateSndgData(soundingLys); + } - // re-populate snd data to nsharp native code lib for later calculating - nsharpNative.populateSndgData(soundingLys); - // get storm motion wind data after populate sounding from NsharpLib - skewtPaneRsc.setSoundingLys(soundingLys); - // CHIN:::fix edit zoom issue skewtPaneRsc.handleResize(); - skewtPaneRsc.createRscWireFrameShapes(); - if (hodoPaneRsc != null) { - hodoPaneRsc.setSoundingLys(soundingLys); - hodoPaneRsc.createRscHodoWindShapeAll(); - } - } - - public void applySfcEditing(float tp, float dp, float ws, float wd, - float pressure) { - currentSoundingLayerIndex = nsharpNative.nsharpLib.sfc(); - NcSoundingLayer layer = this.soundingLys.get(currentSoundingLayerIndex); - layer.setTemperature(tp); - layer.setDewpoint(dp); - layer.setWindDirection(wd); - layer.setWindSpeed(ws); - layer.setPressure(pressure); - // re-populate snd data to nsharp native code lib for later calculating - nsharpNative.populateSndgData(soundingLys); - if (skewtPaneRsc != null) - skewtPaneRsc.setSoundingLys(soundingLys); - if (hodoPaneRsc != null) - hodoPaneRsc.setSoundingLys(soundingLys); - if (insetPaneRsc != null) - insetPaneRsc.setSoundingLys(soundingLys); - if (witoPaneRsc != null) - witoPaneRsc.setSoundingLys(soundingLys); - if (dataPaneRsc != null) - dataPaneRsc.setSoundingLys(soundingLys); - } - - public void updateLayer(int layerIndex, float tp, float dp, float ws, - float wd, float pressure) { - if (layerIndex < 0 || layerIndex >= soundingLys.size()) - return; - currentSoundingLayerIndex = layerIndex; - NcSoundingLayer layer = soundingLys.get(currentSoundingLayerIndex); - layer.setGeoHeight(nsharpNative.nsharpLib.ihght(pressure)); - layer.setTemperature(tp); - layer.setDewpoint(dp); - layer.setWindDirection(wd); - layer.setWindSpeed(ws); - layer.setPressure(pressure); - // re-populate snd data to nsharp native code lib for later calculating - Collections.sort(soundingLys, - NsharpDataHandling.reversePressureHeightWindComparator()); - nsharpNative.populateSndgData(soundingLys); - // get storm motion wind data after populate sounding from NsharpLib - // refresh test area if it is shown now - NsharpShowTextDialog textarea = NsharpShowTextDialog.getAccess(); - if (textarea != null) { - textarea.refreshTextData(); - } - if (skewtPaneRsc != null) { - skewtPaneRsc.setSoundingLys(soundingLys); - // CHIN:::fix edit zoom issue skewtPaneRsc.handleResize(); - skewtPaneRsc.createRscWireFrameShapes(); - } - if (hodoPaneRsc != null) { - hodoPaneRsc.setSoundingLys(soundingLys); - hodoPaneRsc.createRscHodoWindShapeAll(); - } - if (insetPaneRsc != null) { - insetPaneRsc.setSoundingLys(soundingLys); - insetPaneRsc.createInsetWireFrameShapes(); - } - if (witoPaneRsc != null) { - witoPaneRsc.setSoundingLys(soundingLys); - witoPaneRsc.createAllWireFrameShapes(); - } - if (dataPaneRsc != null) - dataPaneRsc.setSoundingLys(soundingLys); - } - - public void addNewLayer(float tp, float dp, float ws, float wd, - float pressure) { - // NsharpBackgroundResource bkRsc = descriptor.getSkewTBkGResource(); - // currentSoundingLayer =layerIndex; - NcSoundingLayer layer = new NcSoundingLayer(); - layer.setGeoHeight(nsharpNative.nsharpLib.ihght(pressure)); - layer.setTemperature(tp); - layer.setDewpoint(dp); - layer.setWindDirection(wd); - layer.setWindSpeed(ws); - layer.setPressure(pressure); - soundingLys.add(layer); - // re-populate snd data to nsharp native code lib for later calculating - Collections.sort(soundingLys, - NsharpDataHandling.reversePressureHeightWindComparator()); - nsharpNative.populateSndgData(soundingLys); - // get storm motion wind data after populate sounding from NsharpLib - // refresh text area if it is shown now - NsharpShowTextDialog textarea = NsharpShowTextDialog.getAccess(); - if (textarea != null) { - textarea.refreshTextData(); - } - if (skewtPaneRsc != null) { - skewtPaneRsc.setSoundingLys(soundingLys); - // CHIN:::fix edit zoom issue skewtPaneRsc.handleResize(); - skewtPaneRsc.createRscWireFrameShapes(); - } - if (hodoPaneRsc != null) { - hodoPaneRsc.setSoundingLys(soundingLys); - hodoPaneRsc.createRscHodoWindShapeAll(); - } - if (insetPaneRsc != null) { - insetPaneRsc.setSoundingLys(soundingLys); - insetPaneRsc.createInsetWireFrameShapes(); - } - if (witoPaneRsc != null) { - witoPaneRsc.setSoundingLys(soundingLys); - witoPaneRsc.createAllWireFrameShapes(); - } - if (dataPaneRsc != null) - dataPaneRsc.setSoundingLys(soundingLys); - } - - public void setGraphConfigProperty(NsharpGraphProperty graphConfigProperty) { - this.graphConfigProperty = graphConfigProperty; - int tempOffset = graphConfigProperty.getTempOffset(); - NsharpWxMath.setTempOffset(tempOffset); - if (skewtPaneRsc != null) { - skewtPaneRsc.setGraphConfigProperty(graphConfigProperty); - skewtPaneRsc.handleResize(); - skewtPaneRsc.getSkewTBackground().setGraphConfigProperty( - graphConfigProperty); - } - if (hodoPaneRsc != null) { - hodoPaneRsc.setGraphConfigProperty(graphConfigProperty); - hodoPaneRsc.createRscHodoWindShapeAll(); - } - if (witoPaneRsc != null) { - witoPaneRsc.setGraphConfigProperty(graphConfigProperty); - witoPaneRsc.createAllWireFrameShapes(); - } - if (insetPaneRsc != null) { - insetPaneRsc.setGraphConfigProperty(graphConfigProperty); - insetPaneRsc.createInsetWireFrameShapes(); - } - } - - public NsharpGraphProperty getGraphConfigProperty() { - return graphConfigProperty; - } - - public void setLinePropertyMap( - HashMap linePropertyMap) { - this.linePropertyMap = linePropertyMap; - if (skewtPaneRsc != null) { - skewtPaneRsc.setLinePropertyMap(linePropertyMap); - skewtPaneRsc.handleResize(); - } - if (hodoPaneRsc != null) { - hodoPaneRsc.setLinePropertyMap(linePropertyMap); - hodoPaneRsc.createRscHodoWindShapeAll(); - } - if (timeStnPaneRsc != null) - timeStnPaneRsc.setLinePropertyMap(linePropertyMap); - } - - private void updatePageOrderArray() { - pageDisplayOrderNumberArray[NsharpConstants.PAGE_SUMMARY1] = dataPageProperty - .getSummary1Page(); - pageDisplayOrderNumberArray[NsharpConstants.PAGE_SUMMARY2] = dataPageProperty - .getSummary2Page(); - pageDisplayOrderNumberArray[NsharpConstants.PAGE_PARCEL_DATA] = dataPageProperty - .getParcelDataPage(); - pageDisplayOrderNumberArray[NsharpConstants.PAGE_THERMODYNAMIC_DATA] = dataPageProperty - .getThermodynamicDataPage(); - pageDisplayOrderNumberArray[NsharpConstants.PAGE_OPC_DATA] = dataPageProperty - .getOpcDataPage(); - pageDisplayOrderNumberArray[NsharpConstants.PAGE_MIXING_HEIGHT] = dataPageProperty - .getMixingHeightPage(); - pageDisplayOrderNumberArray[NsharpConstants.PAGE_STORM_RELATIVE] = dataPageProperty - .getStormRelativePage(); - pageDisplayOrderNumberArray[NsharpConstants.PAGE_MEAN_WIND] = dataPageProperty - .getMeanWindPage(); - pageDisplayOrderNumberArray[NsharpConstants.PAGE_CONVECTIVE_INITIATION] = dataPageProperty - .getConvectiveInitiationPage(); - pageDisplayOrderNumberArray[NsharpConstants.PAGE_SEVERE_POTENTIAL] = dataPageProperty - .getSeverePotentialPage(); - } - - public void setDataPageProperty(NsharpDataPageProperty dataPageProperty) { - this.dataPageProperty = dataPageProperty; - updatePageOrderArray(); - if (dataPaneRsc != null) - dataPaneRsc.setPageDisplayOrderNumberArray( - pageDisplayOrderNumberArray, - dataPageProperty.getNumberPagePerDisplay()); - } - - public void handleTimeLineActConfig(List tlList, - NsharpConstants.ActState actSt) { - for (String tlStr : tlList) { - for (NsharpOperationElement tl : timeElementList) { - if (tlStr.equals(tl.getElementDescription())) { - tl.setActionState(actSt); - break; - } - } - } - } - - public void handleStationActConfig(List stnList, - NsharpConstants.ActState actSt) { - for (String tlStr : stnList) { - for (NsharpOperationElement stn : stnElementList) { - if (tlStr.equals(stn.getElementDescription())) { - stn.setActionState(actSt); - break; - } - } - } - } - - public void handleSndTypeActConfig(List sndTypeList, - NsharpConstants.ActState actSt) { - for (String tlStr : sndTypeList) { - for (NsharpOperationElement sndType : sndElementList) { - if (tlStr.equals(sndType.getElementDescription())) { - sndType.setActionState(actSt); - break; - } - } - } - } - - public int getCurrentTextChapter() { - return currentTextChapter; - } - - public float getCurrentParcelLayerPressure() { - return currentParcelLayerPressure; - } - - public NsharpSkewTPaneResource getSkewtPaneRsc() { - return skewtPaneRsc; - } - - public NsharpHodoPaneResource getHodoPaneRsc() { - return hodoPaneRsc; - } - - public NsharpSoundingElementStateProperty getPreSndProfileProp() { - return preSndProfileProp; - } - - public int getCurTimeLinePage() { - return curTimeLinePage; - } - - public int getCurrentInsetPage() { - return currentInsetPage; - } - - public int getCurrentSoundingLayerIndex() { - return currentSoundingLayerIndex; - } - - public IFrameCoordinator.FrameChangeOperation getCurrentOpDirection() { - return currentOpDirection; - } - - public NsharpSoundingElementStateProperty getCurSndProfileProp() { - return curSndProfileProp; - } - - public int getCurStnIdPage() { - return curStnIdPage; - } - - public int getCurSndPage() { - return curSndPage; - } - - public HashMap getElementColorMap() { - return elementColorMap; - } - - public int getTotalTimeLinePage() { - return totalTimeLinePage; - } - - public int getTotalStnIdPage() { - return totalStnIdPage; - } - - public int getTotalSndPage() { - return totalSndPage; - } - - public void repopulateSndgData() { - nsharpNative.populateSndgData(soundingLys); - } - - public NsharpWitoPaneResource getWitoPaneRsc() { - return witoPaneRsc; - } - - public NsharpInsetPaneResource getInsetPaneRsc() { - return insetPaneRsc; - } - - public NsharpSpcGraphsPaneResource getSpcGraphsPaneRsc() { - return spcGraphsPaneRsc; - } - - public NsharpDataPaneResource getDataPaneRsc() { - return dataPaneRsc; - } - - public void setTimeStnBoxData(int cnYOrig, int dtNextPage_end, int dtYOrig, - int dtXOrig, int dtWidth, int charHeight) { - this.charHeight = charHeight; - this.dtYOrig = dtYOrig; - this.dtXOrig = dtXOrig; - this.dtWidth = dtWidth; - this.cnYOrig = cnYOrig; - this.dtNextPageEnd = dtNextPage_end; - calculateTimeStnBoxData(); - } - - public void refreshPane() { - for (int i = 0; i < displayArray.length; i++) { - displayArray[i].refresh(); - } - } - - public String getPaneConfigurationName() { - return paneConfigurationName; - } - - private void calculateTimeStnBoxData() { - // set total time line group and stn id list page number - numTimeLinePerPage = (cnYOrig - dtNextPageEnd) / charHeight; - if (numTimeLinePerPage <= 0) - numTimeLinePerPage = 1; - // System.out.println("numTimeLinePerPage="+numTimeLinePerPage); - totalTimeLinePage = timeElementList.size() / numTimeLinePerPage; - if (timeElementList.size() % numTimeLinePerPage != 0) - totalTimeLinePage = totalTimeLinePage + 1; - curTimeLinePage = currentTimeElementListIndex / numTimeLinePerPage + 1; - totalStnIdPage = stnElementList.size() / numTimeLinePerPage; - if (stnElementList.size() % numTimeLinePerPage != 0) - totalStnIdPage++; - curStnIdPage = currentStnElementListIndex / numTimeLinePerPage + 1; - totalSndPage = sndElementList.size() / numTimeLinePerPage; - if (sndElementList.size() % numTimeLinePerPage != 0) - totalSndPage++; - curSndPage = currentSndElementListIndex / numTimeLinePerPage + 1; - } - - /* - * Return size of stnTimeSndTable Note that not all elements in this table - * has sounding data loaded. Therefore, returned size may be much bigger - * than the number of actual loaded sounding data frame. - */ - public int getFrameCount() { - return timeElementList.size() * sndElementList.size() - * stnElementList.size(); - } - - /* - * return "accumulated" index to stnTimeSndTable of current displayed - * sounding data - */ - public int getCurrentIndex() { - int index = 0; - if (currentSndElementListIndex >= 0 && currentStnElementListIndex >= 0 - && currentTimeElementListIndex >= 0) { - index = currentSndElementListIndex + currentTimeElementListIndex - * sndElementList.size() + currentStnElementListIndex - * timeElementList.size() * sndElementList.size(); - } - return index; - } - - /* - * set current displayed sounding data using the input "accumulated" index - * (to stnTimeSndTable) return false: If input index is not valid or - * sounding data is not loaded for input index return true: if set - * successfully - */ - public boolean setCurrentIndex(int index) { - if (index < 0 - || index >= (timeElementList.size() * sndElementList.size() * stnElementList - .size())) { - // System.out.println("invalid index="+index); - return false; - } - int tempStni, tempSndi, tempTmi; - tempStni = index / (timeElementList.size() * sndElementList.size()); - tempTmi = (index % (timeElementList.size() * sndElementList.size())) - / sndElementList.size(); - tempSndi = (index % (timeElementList.size() * sndElementList.size())) - % sndElementList.size(); - if (timeElementList.get(tempTmi).getActionState() == NsharpConstants.ActState.INACTIVE - || stnElementList.get(tempStni).getActionState() == NsharpConstants.ActState.INACTIVE - || sndElementList.get(tempSndi).getActionState() == NsharpConstants.ActState.INACTIVE - || stnTimeSndTable.get(tempStni).get(tempTmi).get(tempSndi) == null) { - // System.out.println("invalid element="+index); - return false; - } - previousTimeLineStateListIndex = currentTimeElementListIndex; - currentStnElementListIndex = tempStni; - currentTimeElementListIndex = tempTmi; - currentSndElementListIndex = tempSndi; - setCurSndProfileProp(); - curTimeLinePage = currentTimeElementListIndex / numTimeLinePerPage + 1; - curSndPage = currentSndElementListIndex / numTimeLinePerPage + 1; - curStnIdPage = currentStnElementListIndex / numTimeLinePerPage + 1; - setCurrentSoundingLayerInfo(); - resetData(); - refreshPane(); - return true; - } + public NsharpWitoPaneResource getWitoPaneRsc() { + return witoPaneRsc; + } + + + public NsharpInsetPaneResource getInsetPaneRsc() { + return insetPaneRsc; + } + + + + public NsharpSpcGraphsPaneResource getSpcGraphsPaneRsc() { + return spcGraphsPaneRsc; + } + + + public NsharpDataPaneResource getDataPaneRsc() { + return dataPaneRsc; + } + public void setTimeStnBoxData(int cnYOrig,int dtNextPage_end, int dtYOrig , int dtXOrig, int dtWidth, int charHeight){ + this.charHeight = charHeight; + this.dtYOrig = dtYOrig; + this.dtXOrig = dtXOrig; + this.dtWidth = dtWidth; + this.cnYOrig = cnYOrig; + this.dtNextPageEnd = dtNextPage_end; + calculateTimeStnBoxData(); + } + + public void refreshPane(){ + for(int i =0; i< displayArray.length ; i++){ + displayArray[i].refresh(); + } + } + + + public String getPaneConfigurationName() { + return paneConfigurationName; + } + + private void calculateTimeStnBoxData(){ + //set total time line group and stn id list page number + numTimeLinePerPage = (cnYOrig-dtNextPageEnd)/charHeight; + if(numTimeLinePerPage<=0) + numTimeLinePerPage=1; + //System.out.println("numTimeLinePerPage="+numTimeLinePerPage); + totalTimeLinePage = timeElementList.size()/numTimeLinePerPage ; + if(timeElementList.size()%numTimeLinePerPage != 0) + totalTimeLinePage= totalTimeLinePage+1; + curTimeLinePage = currentTimeElementListIndex/numTimeLinePerPage+1; + totalStnIdPage = stnElementList.size()/numTimeLinePerPage; + if(stnElementList.size()%numTimeLinePerPage != 0) + totalStnIdPage++; + curStnIdPage= currentStnElementListIndex/numTimeLinePerPage + 1; + totalSndPage = sndElementList.size()/numTimeLinePerPage; + if(sndElementList.size()%numTimeLinePerPage != 0) + totalSndPage++; + curSndPage= currentSndElementListIndex/numTimeLinePerPage + 1; + } + + /* + * Return size of stnTimeSndTable + * Note that not all elements in this table has sounding data loaded. + * Therefore, returned size may be much bigger than the number of actual loaded sounding data frame. + */ + public int getFrameCount(){ + return timeElementList.size() * sndElementList.size()* stnElementList.size(); + } + /* + * return "accumulated" index to stnTimeSndTable of current displayed sounding data + */ + public int getCurrentIndex() { + int index = 0; + if(currentSndElementListIndex >= 0 && currentStnElementListIndex >=0 && currentTimeElementListIndex >=0){ + index = currentSndElementListIndex + + currentTimeElementListIndex * sndElementList.size() + + currentStnElementListIndex * timeElementList.size() * sndElementList.size(); + } + return index; + } + /* + * set current displayed sounding data using the input "accumulated" index (to stnTimeSndTable) + * return false: If input index is not valid or sounding data is not loaded for input index + * return true: if set successfully + */ + public boolean setCurrentIndex( int index) { + if(index < 0 || index >= (timeElementList.size() * sndElementList.size() * stnElementList.size())){ + //System.out.println("invalid index="+index); + return false; + } + int tempStni, tempSndi, tempTmi; + tempStni = index / (timeElementList.size() * sndElementList.size()); + tempTmi = (index % (timeElementList.size() * sndElementList.size()))/ sndElementList.size(); + tempSndi = (index % (timeElementList.size() * sndElementList.size()))% sndElementList.size(); + if(timeElementList.get(tempTmi).getActionState() == NsharpConstants.ActState.INACTIVE || + stnElementList.get(tempStni).getActionState() == NsharpConstants.ActState.INACTIVE || + sndElementList.get(tempSndi).getActionState() == NsharpConstants.ActState.INACTIVE || + stnTimeSndTable.get(tempStni).get(tempTmi).get(tempSndi)== null + ) + { + //System.out.println("invalid element="+index); + return false; + } + previousTimeLineStateListIndex = currentTimeElementListIndex; + currentStnElementListIndex = tempStni; + currentTimeElementListIndex =tempTmi; + currentSndElementListIndex = tempSndi; + setCurSndProfileProp(); + curTimeLinePage = currentTimeElementListIndex/numTimeLinePerPage + 1; + curSndPage= currentSndElementListIndex/numTimeLinePerPage + 1; + curStnIdPage= currentStnElementListIndex/numTimeLinePerPage + 1; + setCurrentSoundingLayerInfo(); + resetData(); + refreshPane(); + return true; + } } + diff --git a/ncep/gov.noaa.nws.ncep.ui.nsharp/src/gov/noaa/nws/ncep/ui/nsharp/display/rsc/NsharpSkewTPaneResource.java b/ncep/gov.noaa.nws.ncep.ui.nsharp/src/gov/noaa/nws/ncep/ui/nsharp/display/rsc/NsharpSkewTPaneResource.java index efe0aebd34..5db16267f7 100644 --- a/ncep/gov.noaa.nws.ncep.ui.nsharp/src/gov/noaa/nws/ncep/ui/nsharp/display/rsc/NsharpSkewTPaneResource.java +++ b/ncep/gov.noaa.nws.ncep.ui.nsharp/src/gov/noaa/nws/ncep/ui/nsharp/display/rsc/NsharpSkewTPaneResource.java @@ -11,6 +11,7 @@ package gov.noaa.nws.ncep.ui.nsharp.display.rsc; * ------- ------- -------- ----------- * 04/23/2012 229 Chin Chen Initial coding * May 08, 2013 1847 bsteffen Allow painting with no Wind Data. + * 02/03/2014 1106 Chin Chen Need to be able to use clicking on the Src,Time, or StnId to select display * * * @@ -175,7 +176,7 @@ public class NsharpSkewTPaneResource extends NsharpAbstractPaneResource{ this.cursorTopWindBarb = cursorTopWindBarb; } - public boolean isJustMoveToSidePane() { + public boolean isJustMoveToSidePane() { return justMoveToSidePane; } @@ -797,7 +798,7 @@ public class NsharpSkewTPaneResource extends NsharpAbstractPaneResource{ WGraphics world, RGB iicolor, List sndLys, double xPosition, double botPress)throws VizException { if(sndLys.size()< 4) return; - //ArrayList> windList = new ArrayList>(); + //ArrayList> windList = new ArrayList>(); List layerStateList = new ArrayList(); float lastHeight = -9999; RGB icolor = iicolor;//graphConfigProperty.getWindBarbColor(); @@ -897,10 +898,10 @@ public class NsharpSkewTPaneResource extends NsharpAbstractPaneResource{ //Chin::if we want pgen to draw un-picked wind as a circle, then set this. spd=0.1f; curWbSize = 1; - } + } else continue; - } + } /* TBDWB else if(windBarbMagnify==true && cursorTopWindBarb == true && currentWindBarbSoundingLayerIndex == this.soundingLys.indexOf(layer)){ curWbSize = wbSize*2; @@ -1417,9 +1418,12 @@ public class NsharpSkewTPaneResource extends NsharpAbstractPaneResource{ protected void paintInternal(IGraphicsTarget target, PaintProperties paintProps) throws VizException { this.paintProps = paintProps; - if(soundingLys==null) - return; super.paintInternal(target, paintProps); + if(soundingLys==null){ + drawNoDataMessage(target);// FixMark:clickOnTimeStnPane + return; + } + //System.out.println("skew paintInternal zoomL="+currentZoomLevel); if(rscHandler== null) return; @@ -2071,6 +2075,27 @@ public class NsharpSkewTPaneResource extends NsharpAbstractPaneResource{ dacpeTraceRscShape.compile(); } + //start FixMark:clickOnTimeStnPane + private void drawNoDataMessage(IGraphicsTarget target){ + IExtent ext = descriptor.getRenderableDisplay().getExtent(); + double xmin = ext.getMinX(); //Extent's viewable envelope min x and y + double xmax = ext.getMaxX(); + double xDefault = world.mapX(NsharpConstants.left); + if(xmin files = PathManagerFactory .getPathManager().getTieredLocalizationFile( - LocalizationType.COMMON_STATIC, + LocalizationType.CAVE_STATIC, NcPathConstants.LOCKED_CMAP_TBL); File locCmapFile = null; diff --git a/ncep/gov.noaa.nws.ncep.viz.resources/src/gov/noaa/nws/ncep/viz/resources/manager/SpfsManager.java b/ncep/gov.noaa.nws.ncep.viz.resources/src/gov/noaa/nws/ncep/viz/resources/manager/SpfsManager.java index 4e78ea1368..516d4a732b 100644 --- a/ncep/gov.noaa.nws.ncep.viz.resources/src/gov/noaa/nws/ncep/viz/resources/manager/SpfsManager.java +++ b/ncep/gov.noaa.nws.ncep.viz.resources/src/gov/noaa/nws/ncep/viz/resources/manager/SpfsManager.java @@ -7,6 +7,7 @@ import java.util.List; import java.util.Map; import java.util.TreeMap; import java.io.File; +import javax.xml.bind.JAXBException; import com.raytheon.uf.common.localization.FileUpdatedMessage; import com.raytheon.uf.common.localization.ILocalizationAdapter; @@ -56,6 +57,7 @@ import gov.noaa.nws.ncep.viz.resources.AbstractNatlCntrsRequestableResourceData; * 07/22/12 #568 Greg Hull return Rbds and rbdNames sorted by seq num. * 02/10/13 #972 Greg Hull changed to work with AbstractRbds * 05/19/13 #1001 Greg Hull getRbdsFromSpf(), trap RBD errors + * 03/06/14 ? B. Yin Replaced SerializationUtil with JAXBManager. * * * @@ -451,7 +453,7 @@ public class SpfsManager implements ILocalizationFileObserver { // group and spf // try { - SerializationUtil.jaxbMarshalToXmlFile( rbd, rbdFile.getAbsolutePath() ); + AbstractRBD.getJaxbManager().marshalToXmlFile( rbd, rbdFile.getAbsolutePath() ); rbd.setLocalizationFile( lFile ); @@ -463,6 +465,8 @@ public class SpfsManager implements ILocalizationFileObserver { } catch (LocalizationOpFailedException e) { throw new VizException(e); + } catch (JAXBException e) { + throw new VizException(e); } catch (SerializationException e) { throw new VizException(e); } finally { diff --git a/ncep/gov.noaa.nws.ncep.viz.rsc.plotdata/src/gov/noaa/nws/ncep/viz/rsc/plotdata/plotModels/NcPlotImageCreator.java b/ncep/gov.noaa.nws.ncep.viz.rsc.plotdata/src/gov/noaa/nws/ncep/viz/rsc/plotdata/plotModels/NcPlotImageCreator.java index 59acefe95c..a0de2a7525 100644 --- a/ncep/gov.noaa.nws.ncep.viz.rsc.plotdata/src/gov/noaa/nws/ncep/viz/rsc/plotdata/plotModels/NcPlotImageCreator.java +++ b/ncep/gov.noaa.nws.ncep.viz.rsc.plotdata/src/gov/noaa/nws/ncep/viz/rsc/plotdata/plotModels/NcPlotImageCreator.java @@ -71,6 +71,7 @@ import com.vividsolutions.jts.geom.Coordinate; * Date Ticket# Engineer Description * ------------ ---------- ----------- -------------------------- * 05/20/2013 988 Archana.S Initial creation. + * 02/26/2014 1061 B. Hebbard Relax tolerance for extent/zoom compare to avoid infinite loop. */ public class NcPlotImageCreator { @@ -219,9 +220,11 @@ public class NcPlotImageCreator { private RGB defaultColor; - private static double TOLERANCE = 0.000000000000000000000001; + private static double TOLERANCE = 1E-04; // 1E-24; // + // 0.000000000000000000000001; - private static double ZOOM_TOLERANCE = 0.0000000000000000000001; + private static double ZOOM_TOLERANCE = 1E-04; // 1E-22; // + // 0.0000000000000000000001; private static Amount WIND_SPD_3KNOTS = new Amount(3, NonSI.KNOT); diff --git a/ncep/gov.noaa.nws.ncep.viz.rsc.plotdata/src/gov/noaa/nws/ncep/viz/rsc/plotdata/plotModels/NcPlotModelHdf5DataRequestor.java b/ncep/gov.noaa.nws.ncep.viz.rsc.plotdata/src/gov/noaa/nws/ncep/viz/rsc/plotdata/plotModels/NcPlotModelHdf5DataRequestor.java index c6619a5d93..5a80e78f63 100644 --- a/ncep/gov.noaa.nws.ncep.viz.rsc.plotdata/src/gov/noaa/nws/ncep/viz/rsc/plotdata/plotModels/NcPlotModelHdf5DataRequestor.java +++ b/ncep/gov.noaa.nws.ncep.viz.rsc.plotdata/src/gov/noaa/nws/ncep/viz/rsc/plotdata/plotModels/NcPlotModelHdf5DataRequestor.java @@ -52,6 +52,19 @@ import com.raytheon.uf.viz.core.exception.VizException; import com.raytheon.uf.viz.core.jobs.JobPool; import com.raytheon.viz.pointdata.PointDataRequest; +/** + * + * + * 
+ * 
+ * SOFTWARE HISTORY
+ * 
+ * Date          Ticket#     Engineer       Description
+ * ------------ ---------- ----------- --------------------------
+ * 05/20/2013??   988        Archana.S    Initial creation.
+ * 02/26/2014    1061        B. Hebbard   Don't block on JobPool cancel, so CAVE doesn't freeze if resource unloaded during long retrieval
+ */
+
 public class NcPlotModelHdf5DataRequestor {
     StringBuffer sb = new StringBuffer();
 
@@ -136,6 +149,10 @@ public class NcPlotModelHdf5DataRequestor {
 
     Map condFilterMap = null;
 
+    // Indicates the dataRequestJobPool is being cancelled, so jobs
+    // should just exit gracefully on return from a long HDF5 request.
+    private boolean canceling = false;
+
     // Map< AbstractMetParameter, RequestConstraint >
     // condMetParamReqConstraintMap = null;
     public void queueStationsForHdf5Query(DataTime dt,
@@ -183,7 +200,8 @@ public class NcPlotModelHdf5DataRequestor {
         allMetParamsMap = new HashMap();
         plotPrmDefns = PlotParameterDefnsMngr.getInstance().getPlotParamDefns(
                 plotModel.getPlugin());
-        dataRequestJobPool = new JobPool("Requesting HDF5 data...", 8, false);
+        dataRequestJobPool = new JobPool("Requesting met param data...", 8,
+                false);
         queueOfStations = new ConcurrentLinkedQueue();
         parameters = new String[0];
         metParamNameToDbNameMap = new HashMap();
@@ -700,8 +718,10 @@ public class NcPlotModelHdf5DataRequestor {
     public void dispose() {
         Tracer.print("> Entry");
         Tracer.print("Invoking NcPlotModelHdf5DataRequestor.dispose()");
+        canceling = true;
         if (dataRequestJobPool != null) {
-            dataRequestJobPool.cancel();
+            dataRequestJobPool.cancel(false); // false = don't wait for jobs to
+                                              // complete
             dataRequestJobPool = null;
         }
         imageCreator.dispose();
@@ -1229,6 +1249,7 @@ public class NcPlotModelHdf5DataRequestor {
     private Collection requestSurfaceData(DataTime time,
             List listOfStationsRequestingForData) {
         Tracer.print("> Entry  " + Tracer.shortTimeString(time));
+
         // sem1.acquireUninterruptibly();
         Map stationMap = new HashMap(
                 listOfStationsRequestingForData.size());
@@ -1467,6 +1488,7 @@ public class NcPlotModelHdf5DataRequestor {
                                                 .shortTimeString(time)
                                                 + " "
                                                 + Tracer.shortTimeString(dataTime)
+                                                + " "
                                                 + currentStation.info.stationId
                                                 + " "
                                                 + " from pkeySet updating prmToPlot(Key) "
@@ -1479,6 +1501,7 @@ public class NcPlotModelHdf5DataRequestor {
                                                     .shortTimeString(time)
                                                     + " "
                                                     + Tracer.shortTimeString(dataTime)
+                                                    + " "
                                                     + currentStation.info.stationId
                                                     + " "
                                                     + " prmToPlot non-null "
@@ -1492,6 +1515,7 @@ public class NcPlotModelHdf5DataRequestor {
                                                     .shortTimeString(time)
                                                     + " "
                                                     + Tracer.shortTimeString(dataTime)
+                                                    + " "
                                                     + currentStation.info.stationId
                                                     + " "
                                                     + " from pkeySet updating prmToPlot(Key) "
@@ -1523,6 +1547,7 @@ public class NcPlotModelHdf5DataRequestor {
                                     Tracer.print(Tracer.shortTimeString(time)
                                             + " "
                                             + Tracer.shortTimeString(dataTime)
+                                            + " "
                                             + currentStation.info.stationId
                                             + " "
                                             + " NULL metPrm return from dbParamsMap for key -- skipping"
@@ -1572,9 +1597,9 @@ public class NcPlotModelHdf5DataRequestor {
                             if (jfk)
                                 Tracer.print(Tracer.shortTimeString(time) + " "
                                         + Tracer.shortTimeString(dataTime)
-                                        + currentStation.info.stationId + " "
-                                        + " before setMetParamFromPDV " + dbPrm
-                                        + " " + metPrm);
+                                        + " " + currentStation.info.stationId
+                                        + " " + " before setMetParamFromPDV "
+                                        + dbPrm + " " + metPrm);
 
                             /*
                              * Set the value for Met parameters from the
@@ -1584,9 +1609,9 @@ public class NcPlotModelHdf5DataRequestor {
                             if (jfk)
                                 Tracer.print(Tracer.shortTimeString(time) + " "
                                         + Tracer.shortTimeString(dataTime)
-                                        + currentStation.info.stationId + " "
-                                        + " after setMetParamFromPDV " + dbPrm
-                                        + " " + metPrm);
+                                        + " " + currentStation.info.stationId
+                                        + " " + " after setMetParamFromPDV "
+                                        + dbPrm + " " + metPrm);
 
                             // if(
                             // metPrm.getMetParamName().compareTo("StationID")
@@ -1617,9 +1642,9 @@ public class NcPlotModelHdf5DataRequestor {
                             if (jfk)
                                 Tracer.print(Tracer.shortTimeString(time) + " "
                                         + Tracer.shortTimeString(dataTime)
-                                        + currentStation.info.stationId + " "
-                                        + " after put " + dbPrm + " " + metPrm
-                                        + " into dbParamsMap");
+                                        + " " + currentStation.info.stationId
+                                        + " " + " after put " + dbPrm + " "
+                                        + metPrm + " into dbParamsMap");
 
                             if (condFilterMap != null
                                     && !condFilterMap.isEmpty()) {
@@ -1734,6 +1759,7 @@ public class NcPlotModelHdf5DataRequestor {
                                     Tracer.print(Tracer.shortTimeString(time)
                                             + " "
                                             + Tracer.shortTimeString(dataTime)
+                                            + " "
                                             + currentStation.info.stationId
                                             + " " + " trying to add metParam "
                                             + metParam);
@@ -1744,6 +1770,7 @@ public class NcPlotModelHdf5DataRequestor {
                                                 .shortTimeString(time)
                                                 + " "
                                                 + Tracer.shortTimeString(dataTime)
+                                                + " "
                                                 + currentStation.info.stationId
                                                 + " "
                                                 + " newPrm NULL from newInstance -- skipping!!! "
@@ -1755,6 +1782,7 @@ public class NcPlotModelHdf5DataRequestor {
                                     Tracer.print(Tracer.shortTimeString(time)
                                             + " "
                                             + Tracer.shortTimeString(dataTime)
+                                            + " "
                                             + currentStation.info.stationId
                                             + " " + " added newPrm " + newPrm);
                             }
@@ -2061,9 +2089,14 @@ public class NcPlotModelHdf5DataRequestor {
 
             Tracer.sanityCheckStationSet(stationsWithData);
 
-            if (stationsWithData.size() > 0)
+            if (canceling) {
+                Tracer.print("CANCEL in progress; no plot creation will occur for frame "
+                        + Tracer.shortTimeString(time));
+
+            } else if (stationsWithData.size() > 0) {
                 imageCreator.queueStationsToCreateImages(time,
                         stationsWithData, plotDensity);
+            }
 
             Tracer.print("< Exit   END TASK   " + Tracer.shortTimeString(time));
 
diff --git a/ncep/gov.noaa.nws.ncep.viz.rsc.plotdata/src/gov/noaa/nws/ncep/viz/rsc/plotdata/progdisc/ProgressiveDisclosure.java b/ncep/gov.noaa.nws.ncep.viz.rsc.plotdata/src/gov/noaa/nws/ncep/viz/rsc/plotdata/progdisc/ProgressiveDisclosure.java
index 61c5aeb043..55b97bd16d 100644
--- a/ncep/gov.noaa.nws.ncep.viz.rsc.plotdata/src/gov/noaa/nws/ncep/viz/rsc/plotdata/progdisc/ProgressiveDisclosure.java
+++ b/ncep/gov.noaa.nws.ncep.viz.rsc.plotdata/src/gov/noaa/nws/ncep/viz/rsc/plotdata/progdisc/ProgressiveDisclosure.java
@@ -32,9 +32,25 @@ import com.vividsolutions.jts.geom.Coordinate;
 
 //import org.hibernate.mapping.Array;
 
+/**
+ * 
+ * 
+ * 
+ * 
+ * SOFTWARE HISTORY
+ * 
+ * Date          Ticket#     Engineer       Description
+ * ------------ ---------- ----------- --------------------------
+ * 05/20/2013     988        Archana.S    Initial creation.
+ * 02/26/2014    1061        B. Hebbard   Relax tolerance for extent/zoom compare to avoid infinite loop.
+ */
+
 public final class ProgressiveDisclosure {
 
-    private final static double TOLERANCE = 0.0000000001;// 0.00000001;//0.000000000001;
+    private final static double TOLERANCE = 1E-03; // 0.0000000001;//
+                                                   // 0.00000001;//0.000000000001;
+
+    private final static double ZOOM_TOLERANCE = TOLERANCE; // need different?
 
     private ConcurrentLinkedQueue queueOfStationsToBeDisclosed;
 
@@ -308,7 +324,7 @@ public final class ProgressiveDisclosure {
             }
         }
 
-        if (Math.abs(progDiscTask.zoomLevel - activePane.getZoomLevel()) > 0.00000000000001) {
+        if (Math.abs(progDiscTask.zoomLevel - activePane.getZoomLevel()) > ZOOM_TOLERANCE) {
             progDiscTask.zoomLevel = activePane.getZoomLevel();
             progDiscTask.extent = currViewExtents.clone();
             Tracer.print("Changed zoom level");
diff --git a/ncep/gov.noaa.nws.ncep.viz.rsc.solarimage/src/gov/noaa/nws/ncep/viz/rsc/solarimage/rsc/SolarImageResource.java b/ncep/gov.noaa.nws.ncep.viz.rsc.solarimage/src/gov/noaa/nws/ncep/viz/rsc/solarimage/rsc/SolarImageResource.java
index 7b64cba788..009e2edfa0 100644
--- a/ncep/gov.noaa.nws.ncep.viz.rsc.solarimage/src/gov/noaa/nws/ncep/viz/rsc/solarimage/rsc/SolarImageResource.java
+++ b/ncep/gov.noaa.nws.ncep.viz.rsc.solarimage/src/gov/noaa/nws/ncep/viz/rsc/solarimage/rsc/SolarImageResource.java
@@ -21,6 +21,7 @@ import java.text.ParseException;
 import java.text.SimpleDateFormat;
 import java.util.ArrayList;
 import java.util.Calendar;
+import java.util.Collection;
 import java.util.Date;
 import java.util.Iterator;
 import java.util.List;
@@ -28,6 +29,8 @@ import java.util.Map;
 import java.util.TimeZone;
 import java.util.TreeMap;
 
+import javax.xml.bind.JAXBException;
+
 import org.eclipse.swt.graphics.RGB;
 import org.opengis.referencing.FactoryException;
 import org.opengis.referencing.operation.TransformException;
@@ -38,8 +41,10 @@ import com.raytheon.uf.common.colormap.prefs.DataMappingPreferences;
 import com.raytheon.uf.common.colormap.prefs.DataMappingPreferences.DataMappingEntry;
 import com.raytheon.uf.common.dataplugin.PluginDataObject;
 import com.raytheon.uf.common.geospatial.ReferencedCoordinate;
+import com.raytheon.uf.common.serialization.JAXBManager;
 import com.raytheon.uf.common.serialization.SerializationException;
-import com.raytheon.uf.common.serialization.SerializationUtil;
+import com.raytheon.uf.common.serialization.jaxb.JAXBClassLocator;
+import com.raytheon.uf.common.serialization.jaxb.JaxbDummyObject;
 import com.raytheon.uf.common.status.IUFStatusHandler;
 import com.raytheon.uf.common.status.UFStatus;
 import com.raytheon.uf.common.status.UFStatus.Priority;
@@ -53,12 +58,14 @@ import com.raytheon.uf.common.style.image.DataScale;
 import com.raytheon.uf.common.style.image.DataScale.Type;
 import com.raytheon.uf.common.style.image.ImagePreferences;
 import com.raytheon.uf.common.style.image.SamplePreferences;
+import com.raytheon.uf.common.style.level.Level;
 import com.raytheon.uf.common.time.DataTime;
 import com.raytheon.uf.viz.core.IDisplayPaneContainer;
 import com.raytheon.uf.viz.core.IGraphicsTarget;
 import com.raytheon.uf.viz.core.drawables.PaintProperties;
 import com.raytheon.uf.viz.core.drawables.ResourcePair;
 import com.raytheon.uf.viz.core.exception.VizException;
+import com.raytheon.uf.viz.core.reflect.SubClassLocator;
 import com.raytheon.uf.viz.core.rsc.IInputHandler;
 import com.raytheon.uf.viz.core.rsc.IInputHandler.InputPriority;
 import com.raytheon.uf.viz.core.rsc.IResourceDataChanged;
@@ -90,6 +97,7 @@ import com.vividsolutions.jts.geom.Coordinate;
  * 12/16/2013    #958      sgurung          Set virtual cursor to point to lat/lon instead of pixel coordinates (in multipnaes)
  * 12/27/2013    #1046     qzhou            Added getFunctioningRecords method
  * Sep 5,2013    2051       mnash           Fixed a deprecated method.
+ * 02/27/2014              qzhou            Changed SerializaitionUtil to JAXBManager. Added getJaxbManager function
  * 

  * 
  * @author qzhou, sgurung
@@ -136,6 +144,8 @@ public class SolarImageResource extends
 
     private RGB rgbB;
 
+    private static JAXBManager jaxb;
+
     protected static class SampleResult {
 
         public SampleResult() {
@@ -260,7 +270,6 @@ public class SolarImageResource extends
             return legendStr;
         }
 
-        // TODO : probably not correct : fix this as it needs to be.
         public void setLegendForFrame(SolarImageRecord rec) {
 
             String timeStr = dateFmt.format(rec.getDataTime().getRefTime());
@@ -393,7 +402,6 @@ public class SolarImageResource extends
                         sampleCoord);
             }
 
-            // TODO : draw the lat lon lines even if there is no image?
             if (isLatLonOverlayOn()) {
                 try {
                     if (isCarrington) {
@@ -838,6 +846,31 @@ public class SolarImageResource extends
         return NcPathConstants.SOLAR_IMG_STYLE_RULES;
     }
 
+    public static synchronized JAXBManager getJaxbManager()
+            throws JAXBException {
+        if (jaxb == null) {
+            SubClassLocator locator = new SubClassLocator();
+            Collection> classes = JAXBClassLocator.getJAXBClasses(
+                    locator, StyleRuleset.class, StyleRule.class, Level.class,
+                    AbstractStylePreferences.class, MatchCriteria.class);
+
+            locator.save();
+
+            Class[] jaxbClasses = new Class[classes.size() + 1];
+            classes.toArray(jaxbClasses);
+
+            /*
+             * Add JaxbDummyObject at the beginning so properties are loaded
+             * correctly
+             */
+            jaxbClasses[jaxbClasses.length - 1] = jaxbClasses[0];
+            jaxbClasses[0] = JaxbDummyObject.class;
+
+            jaxb = new JAXBManager(jaxbClasses);
+        }
+        return jaxb;
+    }
+
     private void setColorMapParametersAndColorBar() throws VizException {
         double minPixVal = Double.NaN;
         double maxPixVal = Double.NaN;
@@ -881,8 +914,10 @@ public class SolarImageResource extends
         File file = NcPathManager.getInstance().getStaticFile(locFileName);
         StyleRule sRule = null;
         try {
-            StyleRuleset styleSet = (StyleRuleset) SerializationUtil
-                    .jaxbUnmarshalFromXmlFile(StyleRuleset.class, file);
+            StyleRuleset styleSet = (StyleRuleset) getJaxbManager()
+                    .unmarshalFromXmlFile(file);
+
+            // .jaxbUnmarshalFromXmlFile(StyleRuleset.class, file);
 
             if (styleSet != null) {
                 List styleRuleList = styleSet.getStyleRules();
@@ -932,6 +967,9 @@ public class SolarImageResource extends
                 }
 
             }
+        } catch (JAXBException e) {
+            statusHandler.handle(Priority.PROBLEM, e.getLocalizedMessage(), e);
+
         } catch (SerializationException e1) {
 
             e1.printStackTrace();