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interactive_plot.py
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interactive_plot.py
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import pandas as pd
import plotly.graph_objects as go
import plotly.io as py
import geopy.distance
from shapely.geometry import LineString, mapping
WSSS_coordinates = ('012133N', '1035922E')
SG_FIR_coordinates = [
('082500N', '1163000E'),
('025050N', '1091629E'),
('045700N', '1081619E'),
('050012N', '1080132E'),
('045904N', '1075525E'),
('045203N', '1074625E'),
('043820N', '1073315E'),
('041312N', '1071743E'),
('033045N', '1055130E'),
('031727N', '1052959E'),
('031453N', '1052619E'),
('025010N', '1051210E'),
('024348N', '1050854E'),
('023641N', '1051311E'),
('021838N', '1052205E'),
('011947N', '1044606E'),
('012921N', '1043441E'),
('011800N', '1043000E'),
('011500N', '1040000E'),
('010800N', '1034500E'),
('011046N', '1034015E'),
('011200N', '1033900E'),
('011408N', '1033142E'),
('011700N', '1033600E'),
('012608N', '1034055E'), # National boundary of Singapore/Malaysia
('012730N', '1034326E'), # National boundary of Singapore/Malaysia
('012640N', '1034540E'), # National boundary of Singapore/Malaysia
('012832N', '1034809E'), # National boundary of Singapore/Malaysia
('012557N', '1035320E'), # National boundary of Singapore/Malaysia
('012513N', '1040006E'), # National boundary of Singapore/Malaysia
('012638N', '1040222E'), # National boundary of Singapore/Malaysia
('012421N', '1040528E'), # National boundary of Singapore/Malaysia
('012127N', '1040440E'), # National boundary of Singapore/Malaysia
('011937N', '1040551E'), # National boundary of Singapore/Malaysia
('012000N', '1042000E'),
('023600N', '1044500E'),
('034000N', '1034000E'),
('045000N', '1034400E'),
('064500N', '1024000E'),
('070000N', '1030000E'),
('070000N', '1080000E'),
('103000N', '1140000E'),
('082500N', '1163000E')
]
KL_FIR_vested1_coordinates = [
('023600N', '1044500E'),
('023200N', '1050000E'),
('060000N', '1050000E'),
('060000N', '1030500E'),
('045000N', '1034400E'),
('034000N', '1034000E'),
('023600N', '1044500E')
]
KL_FIR_vested2_coordinates = [
('023200N', '1050000E'),
('060000N', '1050000E'),
('060000N', '1132000E'),
('025050N', '1091629E'),
('045700N', '1081619E'),
('050012N', '1080132E'),
('045904N', '1075525E'),
('045203N', '1074625E'),
('043820N', '1073315E'),
('041312N', '1071743E'),
('033045N', '1055130E'),
('031727N', '1052959E'),
('031453N', '1052619E'),
('025010N', '1051210E'),
('024348N', '1050854E'),
('023641N', '1051311E'),
('022715N', '1051750E'),
('023200N', '1050000E'),
]
JARKARTA_FIR_delegated_coordinates = [
('031727N', '1052959E'),
('012450N', '1061648E'),
('001030N', '1045656E'),
('000000N', '1050340E'),
('000000N', '1044330E'),
('001113S', '1042205E'), # Arc of airspace
('001620S', '1035827E'), # Arc of airspace
('001458S', '1033419E'), # Arc of airspace
('000714S', '1031124E'), # Arc of airspace
('000618N', '1025123E'), # Arc of airspace
('002442N', '1023541E'), # Arc of airspace
('004636N', '1022528E'), # Arc of airspace
('011026N', '1022126E'), # Arc of airspace
('013430N', '1022353E'),
('011300N', '1033000E'),
('011408N', '1033142E'),
('011200N', '1033900E'),
('011046N', '1034015E'),
('010800N', '1034500E'),
('011500N', '1040000E'),
('011800N', '1043000E'),
('012921N', '1043441E'),
('011947N', '1044606E'),
('021838N', '1052205E'),
('023641N', '1051311E'),
('024348N', '1050854E'),
('025010N', '1051210E')
]
SG_JHR_airspace_complex_coordinates = [
('022600N', '1025605E'),
('022600N', '1043400E'),
('004300N', '1043400E'),
('004300N', '1025605E'),
('022600N', '1025605E')
]
waypoints_all = {
'ABVIP': ('010008N', '1035032E'),
'ABVON': ('012028N', '1035827E'),
'ADNIK': ('011651N', '1035655E'),
'ADPON': ('011203N', '1040514E'),
# 'ADPON': ('010108N', '1035808E'),
'AGROT': ('010108N', '1035808E'),
'AGVAR': ('014719N', '1034145E'),
'AKDAT': ('032923N', '1054917E'),
'AKIPO': ('011356N', '1035542E'),
'AKMET': ('015355N', '1034339E'),
'AKMON': ('081254N', '1101306E'),
'AKOMA': ('014522N', '1035443E'),
'AKVOM': ('005620N', '1041514E'),
'ANBUS': ('011554N', '1032100E'),
'ANITO': ('001700S', '1045200E'),
'ANUMA': ('011053N', '1035424E'),
'APIPA': ('010618N', '1035228E'),
'ARAMA': ('013654N', '1030712E'),
'AROSO': ('020846N', '1032421E'),
'ASISU': ('055906N', '1132046E'),
'ASITI': ('004906N', '1035042E'),
'ASOMI': ('010142N', '1040207E'),
'ASUNA': ('005948N', '1030954E'),
'ATLEX': ('010302N', '1033331E'),
'ATLIR': ('011120N', '1035208E'),
'ATPOM': ('002425N', '1052114E'),
'ATRUM': ('013256N', '1040057E'),
'AVLUB': ('003112S', '1042501E'),
'AVPIV': ('011207N', '1035349E'),
'BAVAL': ('004518N', '1040242E'),
'BETBA': ('013302N', '1035331E'),
'BIBVI': ('024336N', '1040618E'),
'BIDAG': ('073101N', '1135544E'),
'BIDUS': ('013554N', '1035755E'),
'BIKTA': ('024337N', '1034308E'),
'BIMOS': ('011512N', '1035815E'),
'BIPOP': ('013122N', '1041018E'),
'BISOV': ('004229N', '1025214E'),
'BISUT': ('011218N', '1035701E'),
'BITAM': ('010813N', '1040757E'),
'BOBAG': ('010230N', '1032954E'),
'BOBOB': ('022206N', '1070558E'),
'BONSU': ('011928N', '1033710E'),
'BOPVA': ('025303N', '1051349E'),
'BUNTO': ('024200N', '1060000E'),
'BUVAL': ('033622N', '1034341E'),
'DAKIX': ('070854N', '1145054E'),
'DAMOG': ('041225N', '1050014E'),
'DODSO': ('012225N', '1061402E'),
'DOLOX': ('044841N', '1052247E'),
'DOVAN': ('011938N', '1041249E'),
'DOVOL': ('033047N', '1034923E'),
'DOWON': ('011957N', '1043048E'),
'DUBOT': ('010846N', '1040103E'),
'DUBSA': ('034901N', '1044540E'),
'DUDIS': ('070000N', '1064836E'),
'DUMUP': ('005430N', '1035516E'),
'EGOLO': ('031934N', '1040047E'),
'EGORA': ('013621N', '1040607E'),
'ELALO': ('041240N', '1043329E'),
'ELALU': ('013440N', '1040524E'),
'ELBEB': ('012845N', '1040254E'),
'ELBEX': ('013149N', '1040314E'),
'ELGAP': ('012820N', '1040146E'),
'ELGOR': ('033014N', '1054818E'),
'ELMIN': ('012550N', '1040141E'),
'EMRIX': ('012606N', '1041040E'),
'EMSIB': ('005911N', '1035419E'),
'EMSUX': ('024647N', '1051026E'),
'EMTAP': ('011656N', '1035657E'),
'ENLES': ('010932N', '1035350E'),
'ENPUX': ('002859S', '1043434E'),
'ENREP': ('045224N', '1041442E'),
'ENSUN': ('012603N', '1040048E'),
'ENVUM': ('011535N', '1040552E'),
'ERVIV': ('010445N', '1041013E'),
'ERVOT': ('011120N', '1035436E'),
'ESBIT': ('012212N', '1040009E'),
'ESBUM': ('045210N', '1042830E'),
'ESLUX': ('011844N', '1035840E'),
'ESPOB': ('070000N', '1053318E'),
'EXOMO': ('010425N', '1040933E'),
'GIXEM': ('004920N', '1042539E'),
'GOTGA': ('012013N', '1044200E'),
'GULGU': ('040141N', '1084242E'),
'GULIB': ('041714N', '1110633E'),
'GUMPU': ('013000N', '1034243E'),
'GUNUD': ('011042N', '1050618E'),
'GURES': ('002814N', '1043835E'),
'GUTUP': ('045911N', '1075603E'),
'HOSBA': ('011948N', '1042418E'),
'IBASU': ('005751N', '1033410E'),
'IBIVA': ('011351N', '1035637E'),
'IBIXU': ('011621N', '1035740E'),
'IDBUD': ('001454N', '1050139E'),
'IDEMO': ('025431N', '1040603E'),
'IDKIV': ('005652N', '1041333E'),
'IDMAS': ('004900N', '1041848E'),
'IDSEL': ('032432N', '1035544E'),
'IDUNA': ('012306N', '1035934E'),
'IDURO': ('012640N', '1040104E'),
'IDVAS': ('012935N', '1040218E'),
'IGARI': ('065612N', '1033506E'),
'IGNON': ('010847N', '1041257E'),
'IGOSI': ('005645N', '1040644E'),
'IGULA': ('013232N', '1040333E'),
'IGUTU': ('001331S', '1041857E'),
'IKIRO': ('000849N', '1044420E'),
'IKUKO': ('054512N', '1031324E'),
'IKUMI': ('055338N', '1035509E'),
'INVUB': ('002749N', '1051530E'),
'IPDOL': ('045111N', '1035920E'),
'IPNAK': ('013712N', '1040531E'),
'IPRIX': ('070000N', '1040754E'),
'IRPUG': ('005813N', '1040127E'),
'IRSAB': ('024349N', '1054359E'),
'IRTAD': ('010326N', '1041147E'),
'ISDEB': ('024440N', '1063011E'),
'ISGIL': ('004246N', '1031257E'),
'ISNOM': ('010629N', '1035826E'),
'JUNHA': ('005413N', '1043052E'),
'KAKSA': ('011703N', '1035758E'),
'KANLA': ('034556N', '1043606E'),
'KARTO': ('011124N', '1053343E'),
'KASPO': ('011507N', '1035709E'),
'KETOD': ('031042N', '1040942E'),
'KEXAS': ('011019N', '1044818E'),
'KEXOL': ('043930N', '1040942E'),
'KIBOL': ('025224N', '1042818E'),
'KILOT': ('030217N', '1044023E'),
'KIMER': ('011106N', '1035527E'),
'KIRDA': ('000009N', '1045934E'),
'LAGOT': ('071632N', '1113243E'),
'LAGUS': ('011915N', '1035854E'),
'LAPOL': ('012622N', '1034435E'),
'LASIN': ('011538N', '1035722E'),
'LAVAX': ('010950N', '1042714E'),
'LAXOR': ('094937N', '1144829E'),
'LEBIN': ('031438N', '1060604E'),
'LEDOX': ('011642N', '1035651E'),
'LEGOL': ('012053N', '1034723E'),
'LELIB': ('012729N', '1032450E'),
'LELON': ('011244N', '1035609E'),
'LENDA': ('024124N', '1043932E'),
'LEPNA': ('010648N', '1035339E'),
'LETGO': ('011411N', '1035548E'),
'LIDVA': ('010506N', '1035339E'),
'LIGVU': ('034417N', '1061859E'),
'LIPRO': ('025342N', '1051128E'),
'LUSMO': ('033341N', '1065534E'),
'LUXOL': ('011803N', '1035823E'),
'MABAL': ('032826N', '1051236E'),
'MABLI': ('041717N', '1061247E'),
'MANIM': ('031430N', '1040554E'),
'MASBO': ('020248N', '1025251E'),
'MASNI': ('012037N', '1033746E'),
'MELAS': ('070518N', '1080912E'),
'MIBEL': ('012351N', '1020816E'),
'MOLVO': ('012955N', '1040227E'),
'MOXIB': ('012933N', '1040315E'),
'MUMDU': ('010521N', '1042714E'),
'MUMSO': ('034420N', '1053213E'),
'NIVAM': ('023650N', '1040228E'),
'NIXEB': ('013943N', '1061040E'),
'NODIN': ('081100N', '1161142E'),
'NOPAT': ('042313N', '1044756E'),
'NUFFA': ('025341N', '1033829E'),
'NYLON': ('013657N', '1040624E'),
'OBDAB': ('031153N', '1040538E'),
'OBDOS': ('002503N', '1065551E'),
'OBGET': ('012307N', '1064531E'),
'ODONO': ('063614N', '1030129E'),
'OLKIT': ('045010N', '1115118E'),
'OLMUT': ('030306N', '1053558E'),
'OLNUB': ('011110N', '1035147E'),
'OMDUD': ('005847N', '1035714E'),
'OMKOM': ('013112N', '1035910E'),
'OMLIV': ('025512N', '1062812E'),
'OSERU': ('024450N', '1054334E'),
'OTLAL': ('004209N', '1053052E'),
'OTLON': ('030752N', '1042006E'),
'PADLI': ('030918N', '1033133E'),
'PALGA': ('011059N', '1034759E'),
'PAMSI': ('010459N', '1034845E')
}
STAR_SID_waypoints = {
'ABVIP': ('010008N', '1035032E'),
'ADPON': ('011203N', '1040514E'),
# 'ADPON': ('010108N', '1035808E'),
'AGROT': ('010108N', '1035808E'),
'AGVAR': ('014719N', '1034145E'),
'AKMET': ('015355N', '1034339E'),
'AKOMA': ('014522N', '1035443E'),
'ALFA' : ('013033N', '1034942E'),
'ANITO': ('001700S', '1045200E'),
'ARAMA': ('013654N', '1030712E'),
'AROSO': ('020846N', '1032421E'),
'ASITI': ('004906N', '1035042E'),
'ASOMI': ('010142N', '1040207E'),
'ASUNA': ('005948N', '1030954E'),
'ATLEX': ('010302N', '1033331E'),
'ATRUM': ('013256N', '1040057E'),
'BETBA': ('013302N', '1035331E'),
'BIBVI': ('024336N', '1040618E'),
'BIDUS': ('013554N', '1035755E'),
'BIPOP': ('013122N', '1041018E'),
'BISOV': ('004229N', '1025214E'),
'BITAM': ('010813N', '1040757E'),
'BOBAG': ('010230N', '1032954E'),
'BOKIP': ('010421N', '1034353E'),
'BTM' : ('010813N', '1040758E'),
'DODSO': ('012225N', '1061402E'),
'DOVAN': ('011938N', '1041249E'),
'DUBOT': ('010846N', '1040103E'),
'DUMUP': ('005430N', '1035516E'),
'ELALO': ('041240N', '1043329E'),
'EMRIX': ('012606N', '1041040E'),
'ERVIV': ('010445N', '1041013E'),
'GIXEM': ('004920N', '1042539E'),
'GOTGA': ('012013N', '1044200E'),
'GUMPU': ('013000N', '1034243E'),
'GUNUD': ('011042N', '1050618E'),
'GURES': ('002814N', '1043835E'),
'HOSBA': ('011948N', '1042418E'),
'IBASU': ('005751N', '1033410E'),
'IBIVA': ('011351N', '1035637E'),
'IBIXU': ('011621N', '1035740E'),
'IDBUD': ('001454N', '1050139E'),
'IDKIV': ('005652N', '1041333E'),
'IGNON': ('010847N', '1041257E'),
'IGOSI': ('005645N', '1040644E'),
'IKIRO': ('000849N', '1044420E'),
'ISGIL': ('004246N', '1031257E'),
'ISNOM': ('010629N', '1035826E'),
'KANLA': ('034556N', '1043606E'),
'KARTO': ('011124N', '1053343E'),
'KEXAS': ('011019N', '1044818E'),
'KILOT': ('030217N', '1044023E'),
'KIRDA': ('000009N', '1045934E'),
'LAMA' : ('013150N', '1035850E'), #Added from ENR 3.6 holding list
'LAVAX': ('010950N', '1042714E'),
'LEDOX': ('011642N', '1035651E'),
'LELIB': ('012729N', '1032450E'),
'LETGO': ('011411N', '1035548E'),
'MABAL': ('032826N', '1051236E'),
'MASBO': ('020248N', '1025251E'),
'MIBEL': ('012351N', '1020816E'),
'MOLVO': ('012955N', '1040227E'),
'MOXIB': ('012933N', '1040315E'),
'MUMDU': ('010521N', '1042714E'),
'NYLON': ('013657N', '1040624E'),
'PALGA': ('011059N', '1034759E'),
'PAMSI': ('010459N', '1034845E'),
'PASPU': ('015915N', '1040618E'),
'PIBAP': ('023023N', '1040618E'),
'POSUB': ('012725N', '1040748E'),
'POVEB': ('011344N', '1040130E'),
'PU' : ('012524N', '1035600E'),
'REMES': ('004342N', '1035735E'),
'REPOV': ('001623N', '1040300E'),
'RWY 02R DER': ('012122N', '1040051E'),
'RWY 02C DER': ('012145N', '1035957E'),
'RWY 02L DER': ('012305N', '1035933E'),
'RWY 20C DER': ('011942N', '1035905E'),
'RWY 20R DER': ('012047N', '1035835E'),
'RWY 20L DER': ('011919N', '1035959E'),
'SABKA': ('015051N', '1031713E'),
'SALRU': ('011701N', '1040802E'),
'SAMKO': ('010530N', '1035255E'),
'SANAT': ('010749N', '1035930E'),
'SEBVO': ('011259N', '1044028E'),
'SJ' : ('011321N', '1035115E'),
'SINJON': ('011321N', '1035115E'),
'SURGA': ('003657S', '1063119E'),
'TAROS': ('004200N', '1021612E'),
'TEBUN': ('011455N', '1031557E'),
'TOMAN': ('012147N', '1054717E'),
'TUSPI': ('003301N', '1040959E'), #Added from ENR 3.6 holding list
'UGEBO': ('003813N', '1052432E'),
'UKIBO': ('011758N', '1035924E'),
'UPTEL': ('005925N', '1040730E'),
'VAMPO': ('005833N', '1032525E'),
'VANBU': ('010643N', '1042740E'),
'VASTI': ('004320N', '1043406E'),
'VEBMA': ('012030N', '1045332E'),
'VEXEL': ('005904N', '1034254E'),
'VIBOG': ('004310N', '1034302E'),
'VIGUD': ('011328N', '1035730E'),
'VIMAL': ('010942N', '1042353E'),
'VIRET': ('003940N', '1043511E'),
'VMR' : ('022318N', '1035218E'),
'VOVOS': ('011123N', '1032651E'),
'VTK' : ('012455N', '1040120E'),
'TEKONG' : ('012455N', '1040120E')
}
STARs = {
'ARAMA1A': ['ARAMA', 'BOBAG', 'BOKIP', 'SAMKO'],
'ARAMA1B': ['ARAMA', 'BOBAG', 'SAMKO', 'BITAM', 'DOVAN', 'BIPOP'],
'ASUNA2A': ['ASUNA', 'VAMPO', 'IBASU', 'VEXEL', 'SAMKO'],
'ASUNA2B': ['ASUNA', 'VAMPO', 'IBASU', 'VEXEL', 'ABVIP', 'AGROT', 'BITAM', 'DOVAN', 'BIPOP'],
'ELALO1A': ['ELALO', 'KANLA', 'KILOT', 'PIBAP', 'PASPU', 'NYLON', 'POSUB', 'SANAT'],
'ELALO1B': ['ELALO', 'KANLA', 'KILOT', 'PIBAP', 'PASPU', 'NYLON'],
'KARTO2A': ['TOMAN', 'KARTO', 'GUNUD', 'KEXAS', 'VIMAL', 'IGNON', 'SANAT'],
'KARTO2B': ['TOMAN', 'KARTO', 'GUNUD', 'KEXAS', 'LAVAX', 'DOVAN', 'BIPOP'],
'LEBAR2A': ['PASPU', 'PU', 'SINJON', 'PALGA', 'PAMSI', 'SAMKO'],
'LEBAR3B': ['REMES', 'SINJON', 'PU', 'BETBA', 'BIDUS'],
'LELIB3B': ['ARAMA', 'LELIB', 'GUMPU', 'ALFA', 'BIDUS'],
'MABAL2A': ['MABAL', 'KILOT', 'PIBAP', 'PASPU', 'NYLON', 'POSUB', 'SANAT'],
'MABAL2B': ['MABAL', 'KILOT', 'PIBAP', 'PASPU', 'NYLON'],
'REPOV2A': ['REPOV', 'REMES', 'DUMUP', 'SAMKO'],
'REPOV2B': ['REPOV', 'REMES', 'BITAM', 'DOVAN', 'BIPOP'],
'TEBUN1A': ['TEBUN', 'VAMPO', 'IBASU', 'VEXEL', 'SAMKO'],
'TEBUN1B': ['TEBUN', 'VAMPO', 'IBASU', 'VEXEL', 'ABVIP', 'AGROT', 'BITAM', 'DOVAN', 'BIPOP'],
'UGEBO1A': ['UGEBO', 'GUNUD', 'KEXAS', 'VIMAL', 'IGNON', 'SANAT'],
'UGEBO1B': ['UGEBO', 'GUNUD', 'KEXAS', 'LAVAX', 'DOVAN', 'BIPOP'],
}
SIDs = {
'ANITO7A': ['MOXIB','EMRIX','HOSBA','VANBU', 'VIRET', 'GURES', 'IKIRO', 'ANITO'],
'ANITO8B': ['IBIXU', 'IBIVA','ISNOM','ASOMI','UPTEL', 'IDKIV','GIXEM','VASTI','VIRET','GURES','IKIRO','ANITO'],
'ANITO1C': ['HOSBA','VANBU','VIRET','GURES','IKIRO','ANITO'],
'ANITO1D': ['UKIBO', 'ISNOM', 'ASOMI', 'UPTEL', 'IDKIV', 'GIXEM', 'VASTI', 'VIRET', 'GURES', 'IKIRO', 'ANITO'],
'ANITO7E': ['MOLVO', 'EMRIX', 'HOSBA', 'VANBU', 'VIRET', 'GURES', 'IKIRO', 'ANITO'],
'ANITO8F': ['LEDOX','LETGO', 'ISNOM', 'ASOMI', 'UPTEL', 'IDKIV', 'GIXEM', 'VASTI', 'VIRET', 'GURES', 'IKIRO', 'ANITO'],
'AROSO3A': ['MOXIB','AKOMA','AKMET','AROSO'],
'AROSO5B': ['IBIXU', 'IBIVA', 'DUBOT','ADPON','SALRU','TEKONG','AKOMA','AKMET','AROSO'],
'AROSO1C': ['AKOMA','AKMET','AROSO'],
'AROSO1D': ['UKIBO','POVEB','ADPON','SALRU','TEKONG','AKOMA','AKMET','AROSO'],
'AROSO3E': ['MOLVO','ATRUM','AKOMA','AKMET','AROSO'],
'AROSO5F': ['LEDOX', 'LETGO', 'DUBOT','ADPON','SALRU','TEKONG','AKOMA','AKMET','AROSO'],
'DODSO1A': ['MOXIB','EMRIX', 'HOSBA', 'VEBMA', 'TOMAN', 'DODSO'],
'DODSO1B': ['IBIXU', 'IBIVA','DUBOT', 'ERVIV','MUMDU','SEBVO', 'GOTGA','VEBMA', 'TOMAN', 'DODSO'],
'DODSO1C': ['HOSBA', 'VEBMA', 'TOMAN', 'DODSO'],
'DODSO1D': ['UKIBO','DUBOT', 'ERVIV','MUMDU','SEBVO', 'GOTGA','VEBMA', 'TOMAN', 'DODSO'],
'DODSO1E': ['MOLVO','EMRIX', 'HOSBA', 'VEBMA', 'TOMAN', 'DODSO'],
'DODSO1F': ['LEDOX', 'LETGO', 'DUBOT', 'ERVIV','MUMDU','SEBVO', 'GOTGA','VEBMA', 'TOMAN', 'DODSO'],
'IDBUD1A': ['MOXIB','EMRIX','HOSBA','VANBU','VIRET','GURES','IDBUD'],
'IDBUD1B': ['IBIXU','IBIVA','ISNOM','ASOMI','UPTEL','IDKIV','GIXEM','VASTI','VIRET','GURES','IDBUD'],
'IDBUD1C': ['HOSBA','VANBU','VIRET','GURES','IDBUD'],
'IDBUD1D': ['UKIBO', 'ISNOM', 'ASOMI', 'UPTEL', 'IDKIV', 'GIXEM', 'VASTI', 'VIRET', 'GURES', 'IDBUD'],
'IDBUD1E': ['MOLVO', 'EMRIX', 'HOSBA', 'VANBU', 'VIRET', 'GURES', 'IDBUD'],
'IDBUD1F': ['LEDOX','LETGO', 'ISNOM', 'ASOMI', 'UPTEL', 'IDKIV', 'GIXEM', 'VASTI', 'VIRET', 'GURES', 'IDBUD'],
'KIRDA1A': ['MOXIB','EMRIX','HOSBA','VANBU', 'VIRET', 'GURES', 'IKIRO', 'KIRDA'],
'KIRDA1B': ['IBIXU', 'IBIVA','ISNOM','ASOMI','UPTEL', 'IDKIV','GIXEM','VASTI','VIRET','GURES','IKIRO','KIRDA'],
'KIRDA1C': ['HOSBA','VANBU','VIRET','GURES','IKIRO','KIRDA'],
'KIRDA1D': ['UKIBO', 'ISNOM', 'ASOMI', 'UPTEL', 'IDKIV', 'GIXEM', 'VASTI', 'VIRET', 'GURES', 'IKIRO', 'KIRDA'],
'KIRDA1E': ['MOLVO', 'EMRIX', 'HOSBA', 'VANBU', 'VIRET', 'GURES', 'IKIRO', 'KIRDA'],
'KIRDA1F': ['LEDOX','LETGO', 'ISNOM', 'ASOMI', 'UPTEL', 'IDKIV', 'GIXEM', 'VASTI', 'VIRET', 'GURES', 'IKIRO', 'KIRDA'],
'MASBO3A': ['MOXIB','AKOMA','AGVAR','SABKA','MASBO'],
'MASBO5B': ['IBIXU', 'IBIVA', 'DUBOT','ADPON','SALRU','TEKONG','AKOMA','AGVAR','SABKA','MASBO'],
'MASBO1C': ['AKOMA','AGVAR','SABKA','MASBO'],
'MASBO1D': ['UKIBO','POVEB','ADPON','SALRU','TEKONG','AKOMA','AGVAR','SABKA','MASBO'],
'MASBO3E': ['MOLVO','ATRUM','AKOMA','AGVAR','SABKA','MASBO'],
'MASBO5F': ['LEDOX', 'LETGO', 'DUBOT','ADPON','SALRU','TEKONG','AKOMA','AGVAR','SABKA','MASBO'],
'VMR6A': ['MOXIB','AKOMA','VMR'],
'VMR9B': ['IBIXU', 'IBIVA', 'DUBOT','ADPON','SALRU','TEKONG','AKOMA','VMR'],
'VMR1C': ['AKOMA','VMR'],
'VMR1D': ['UKIBO','POVEB','ADPON','SALRU','TEKONG','AKOMA','VMR'],
'VMR6E': ['MOLVO','ATRUM','AKOMA','VMR'],
'VMR9F': ['LEDOX', 'LETGO', 'DUBOT','ADPON','SALRU','TEKONG','AKOMA','VMR'],
'MIBEL1A': ['MOXIB','EMRIX','HOSBA','VANBU', 'IGOSI','ASITI','VIBOG','ISGIL','BISOV','MIBEL'],
'MIBEL1B': ['IBIXU', 'IBIVA','SAMKO','VIBOG','ISGIL','BISOV','MIBEL'],
'MIBEL1C': ['HOSBA','VANBU','IGOSI','ASITI','VIBOG','ISGIL','BISOV','MIBEL'],
'MIBEL1D': ['UKIBO', 'VIGUD', 'SAMKO','VIBOG','ISGIL','BISOV','MIBEL'],
'MIBEL1E': ['MOLVO', 'EMRIX', 'HOSBA', 'VANBU', 'IGOSI','ASITI','VIBOG','ISGIL','BISOV','TAROS'],
'MIBEL1F': ['LEDOX','LETGO', 'SAMKO','VIBOG','ISGIL','BISOV','TAROS'],
'TAROS1A': ['MOXIB','EMRIX','HOSBA','VANBU', 'IGOSI','ASITI','VIBOG','ISGIL','BISOV','TAROS'],
'TAROS1B': ['IBIXU', 'IBIVA','SAMKO','VIBOG','ISGIL','BISOV','TAROS'],
'TAROS1C': ['HOSBA','VANBU','IGOSI','ASITI','VIBOG','ISGIL','BISOV','TAROS'],
'TAROS1D': ['UKIBO', 'VIGUD', 'SAMKO','VIBOG','ISGIL','BISOV','TAROS'],
'TAROS1E': ['MOLVO', 'EMRIX', 'HOSBA', 'VANBU', 'IGOSI','ASITI','VIBOG','ISGIL','BISOV','TAROS'],
'TAROS1F': ['LEDOX','LETGO', 'SAMKO','VIBOG','ISGIL','BISOV','TAROS'],
'TOMAN3A': ['MOXIB','EMRIX','HOSBA','VEBMA','TOMAN'],
'TOMAN5B': ['IBIXU', 'IBIVA','DUBOT','ERVIV','MUMDU','SEBVO','GOTGA','VEBMA','TOMAN'],
'TOMAN1C': ['HOSBA','VEBMA','TOMAN'],
'TOMAN1D': ['UKIBO', 'DUBOT','ERVIV','MUMDU','SEBVO','GOTGA','VEBMA','TOMAN'],
'TOMAN3E': ['MOLVO', 'EMRIX', 'HOSBA', 'VEBMA','TOMAN'],
'TOMAN5F': ['LEDOX','LETGO', 'DUBOT','ERVIV','MUMDU','SEBVO','GOTGA','VEBMA','TOMAN'],
'VOVOSL1B': ['IBIXU', 'IBIVA','SAMKO','BOKIP','ATLEX','VOVOS'],
'VOVOS1D': ['UKIBO', 'VIGUD', 'SAMKO','BOKIP','ATLEX','VOVOS'],
'VOVOS1F': ['LEDOX','LETGO', 'SAMKO','BOKIP','ATLEX','VOVOS'],
}
holding_pts_app = ['BOBAG', 'HOSBA', 'KEXAS','LAMA', 'NYLON','REMES','SAMKO','SINJON','TUSPI','VAMPO']
holding_pts_acc = ['ELALO','KARTO','KILOT','MABAL','REPOV','UGEBO']
def parse_coordinates(coordinates):
latitudes = []
longitudes = []
for lat_str, lon_str in coordinates:
lat_deg = float(lat_str[:2]) + float(lat_str[2:4]) / 60 + float(lat_str[4:6]) / 3600
lon_deg = float(lon_str[:3]) + float(lon_str[3:5]) / 60 + float(lon_str[5:7]) / 3600
if lat_str.endswith('S'):
lat_deg *= -1
if lon_str.endswith('W'):
lon_deg *= -1
latitudes.append(lat_deg)
longitudes.append(lon_deg)
return latitudes, longitudes
# Convert coordinates to decimal and prepare lists for plotting
lat, lon = parse_coordinates(list(waypoints_all.values()))
names = list(waypoints_all.keys())
# Create DataFrame
df = pd.DataFrame({
'lat': lat,
'lon': lon,
'name': names,
})
# Create scatter plot
fig = go.Figure(go.Scattermapbox(
lon = df['lon'],
lat = df['lat'],
mode = 'markers',
marker = dict(size = 8, opacity = 0.8, color = 'blue'),
text = df['name'],
name= 'Waypoints',
hovertemplate = 'Waypoint: %{text}<br>Coordinates: %{lat}, %{lon}<extra></extra>',
))
# Convert coordinates to decimal and prepare lists for plotting
STAR_SID_lat, STAR_SID_lon = parse_coordinates(list(STAR_SID_waypoints.values()))
STAR_SID_names = list(STAR_SID_waypoints.keys())
# Create DataFrame
STAR_SID_df = pd.DataFrame({
'lat': STAR_SID_lat,
'lon': STAR_SID_lon,
'name': STAR_SID_names,
})
# Create scatter plot
fig.add_trace(go.Scattermapbox(
lon = STAR_SID_df['lon'],
lat = STAR_SID_df['lat'],
mode = 'markers',
marker = dict(size = 8, opacity = 0.8, color = 'blue'),
text = STAR_SID_df['name'],
showlegend = False,
hovertemplate = 'Waypoint: %{text}<br>Coordinates: %{lat}, %{lon}<extra></extra>',
))
# Create LineString for Singapore FIR
SG_FIR_latitudes, SG_FIR_longitudes = parse_coordinates(SG_FIR_coordinates)
fir_line = LineString(zip(SG_FIR_longitudes, SG_FIR_latitudes))
# Add Singapore FIR to plot
fig.add_trace(go.Scattermapbox(
lon=[point[0] for point in fir_line.coords],
lat=[point[1] for point in fir_line.coords],
mode='lines',
line=dict(width=2, color='black'),
name='Singapore FIR',
))
KL_FIR_vested1_latitudes, KL_FIR_vested1_longitudes = parse_coordinates(KL_FIR_vested1_coordinates)
my_1_line = LineString(zip(KL_FIR_vested1_longitudes, KL_FIR_vested1_latitudes))
fig.add_trace(go.Scattermapbox(
lon=[point[0] for point in my_1_line.coords],
lat=[point[1] for point in my_1_line.coords],
mode='lines',
line=dict(width=1, color='black'),
name='Malaysia Responsibility Area 1',
showlegend= False
))
KL_FIR_vested2_latitudes, KL_FIR_vested2_longitudes = parse_coordinates(KL_FIR_vested2_coordinates)
my_2_line = LineString(zip(KL_FIR_vested2_longitudes, KL_FIR_vested2_latitudes))
fig.add_trace(go.Scattermapbox(
lon = [point[0] for point in my_2_line.coords],
lat = [point[1] for point in my_2_line.coords],
mode = 'lines',
line = dict(width = 1, color = 'black'),
name = 'Malaysia Responsibility Area 2',
showlegend = False
))
JARKARTA_FIR_delegated_latitudes, JARKARTA_FIR_delegated_longitudes = parse_coordinates(JARKARTA_FIR_delegated_coordinates)
jarkarta_line = LineString(zip(JARKARTA_FIR_delegated_longitudes, JARKARTA_FIR_delegated_latitudes))
fig.add_trace(go.Scattermapbox(
lon = [point[0] for point in jarkarta_line.coords],
lat = [point[1] for point in jarkarta_line.coords],
mode = 'lines',
line = dict(width = 1, color = 'black'),
name = 'Jakarta delegated FIR',
showlegend = False
))
# Add dummy trace for legend
fig.add_trace(go.Scattermapbox(
lon=[None],
lat=[None],
mode='lines',
line=dict(width=2, color='blue'),
name='STAR procedures',
))
STARs_A = {k:v for k,v in STARs.items() if k[-1] == 'A'}
for star, waypoints in STARs_A.items():
latitudes = []
longitudes = []
hover_text = []
waypoints_str = '--> '.join(waypoints)
for waypoint in waypoints:
coord = STAR_SID_waypoints[waypoint]
lat, lon = parse_coordinates([coord])
latitudes.append(lat[0])
longitudes.append(lon[0])
hover_text.append(f'Waypoint: {waypoint}<br>Coordinates: {lat[0]}, {lon[0]}<br>STAR: {star}<br>{waypoints_str}')
# Add route to plot
fig.add_trace(go.Scattermapbox(
lon=longitudes,
lat=latitudes,
mode='lines',
line=dict(width=2, color='blue'),
name=star,
legendgroup= 'STARs for Runway 02L/C/R',
hovertemplate='%{hovertext}<extra></extra>',
hovertext=hover_text,
showlegend = False,
))
STARs_B = {k:v for k,v in STARs.items() if k[-1] == 'B'}
for star, waypoints in STARs_B.items():
latitudes = []
longitudes = []
hover_text = []
waypoints_str = '--> '.join(waypoints)
for waypoint in waypoints:
coord = STAR_SID_waypoints[waypoint]
lat, lon = parse_coordinates([coord])
latitudes.append(lat[0])
longitudes.append(lon[0])
hover_text.append(f'Waypoint: {waypoint}<br>Coordinates: {lat[0]}, {lon[0]}<br>STAR: {star}<br>{waypoints_str}')
# Add route to plot
fig.add_trace(go.Scattermapbox(
lon=longitudes,
lat=latitudes,
mode='lines',
line=dict(width=2, color='blue'),
name=star,
legendgroup= 'STARs for Runway 20L/C/R',
hovertemplate='%{hovertext}<extra></extra>',
hovertext=hover_text,
showlegend = False,
))
# Add dummy trace for legend
fig.add_trace(go.Scattermapbox(
lon=[None],
lat=[None],
mode='lines',
line=dict(width=2, color='purple'),
name='SID procedures',
))
# runways = ['02C','20C','02R','20L','02L','20R']
SIDs_A = {k:v for k,v in SIDs.items() if k[-1] == 'A'}
for SID, waypoints in SIDs_A.items():
latitudes = []
longitudes = []
hover_text = []
waypoints_str = '--> '.join(waypoints)
for waypoint in waypoints:
coord = STAR_SID_waypoints[waypoint]
lat, lon = parse_coordinates([coord])
latitudes.append(lat[0])
longitudes.append(lon[0])
hover_text.append(f'Waypoint: {waypoint}<br>Coordinates: {lat[0]}, {lon[0]}<br>SID: {SID}<br>{waypoints_str}')
# Add route to plot
fig.add_trace(go.Scattermapbox(
lon=longitudes,
lat=latitudes,
mode='lines',
line=dict(width=2, color='purple'),
name=SID,
legendgroup= 'SIDs for Runway 02C',
hovertemplate='%{hovertext}<extra></extra>',
hovertext=hover_text,
showlegend = False,
))
SIDs_B = {k:v for k,v in SIDs.items() if k[-1] == 'B'}
for SID, waypoints in SIDs_B.items():
latitudes = []
longitudes = []
hover_text = []
waypoints_str = '--> '.join(waypoints)
for waypoint in waypoints:
coord = STAR_SID_waypoints[waypoint]
lat, lon = parse_coordinates([coord])
latitudes.append(lat[0])
longitudes.append(lon[0])
hover_text.append(f'Waypoint: {waypoint}<br>Coordinates: {lat[0]}, {lon[0]}<br>SID: {SID}<br>{waypoints_str}')
# Add route to plot
fig.add_trace(go.Scattermapbox(
lon=longitudes,
lat=latitudes,
mode='lines',
line=dict(width=2, color='purple'),
name=SID,
legendgroup= 'SIDs for Runway 20C',
hovertemplate='%{hovertext}<extra></extra>',
hovertext=hover_text,
showlegend = False,
))
SIDs_C = {k:v for k,v in SIDs.items() if k[-1] == 'C'}
for SID, waypoints in SIDs_C.items():
latitudes = []
longitudes = []
hover_text = []
waypoints_str = '--> '.join(waypoints)
for waypoint in waypoints:
coord = STAR_SID_waypoints[waypoint]
lat, lon = parse_coordinates([coord])
latitudes.append(lat[0])
longitudes.append(lon[0])
hover_text.append(f'Waypoint: {waypoint}<br>Coordinates: {lat[0]}, {lon[0]}<br>SID: {SID}<br>{waypoints_str}')
# Add route to plot
fig.add_trace(go.Scattermapbox(
lon=longitudes,
lat=latitudes,
mode='lines',
line=dict(width=2, color='purple'),
name=SID,
legendgroup= 'SIDs for Runway 02R',
hovertemplate='%{hovertext}<extra></extra>',
hovertext=hover_text,
showlegend = False,
))
SIDs_D = {k:v for k,v in SIDs.items() if k[-1] == 'D'}
for SID, waypoints in SIDs_D.items():
latitudes = []
longitudes = []
hover_text = []
waypoints_str = '--> '.join(waypoints)
for waypoint in waypoints:
coord = STAR_SID_waypoints[waypoint]
lat, lon = parse_coordinates([coord])
latitudes.append(lat[0])
longitudes.append(lon[0])
hover_text.append(f'Waypoint: {waypoint}<br>Coordinates: {lat[0]}, {lon[0]}<br>SID: {SID}<br>{waypoints_str}')
# Add route to plot
fig.add_trace(go.Scattermapbox(
lon=longitudes,
lat=latitudes,
mode='lines',
line=dict(width=2, color='purple'),
name=SID,
legendgroup= 'SIDs for Runway 20L',
hovertemplate='%{hovertext}<extra></extra>',
hovertext=hover_text,
showlegend = False,
))
SIDs_E = {k:v for k,v in SIDs.items() if k[-1] == 'E'}
for SID, waypoints in SIDs_E.items():
latitudes = []
longitudes = []
hover_text = []
waypoints_str = '--> '.join(waypoints)
for waypoint in waypoints:
coord = STAR_SID_waypoints[waypoint]
lat, lon = parse_coordinates([coord])
latitudes.append(lat[0])
longitudes.append(lon[0])
hover_text.append(f'Waypoint: {waypoint}<br>Coordinates: {lat[0]}, {lon[0]}<br>SID: {SID}<br>{waypoints_str}')
# Add route to plot
fig.add_trace(go.Scattermapbox(
lon=longitudes,
lat=latitudes,
mode='lines',
line=dict(width=2, color='purple'),
name=SID,
legendgroup= 'SIDs for Runway 02L',
hovertemplate='%{hovertext}<extra></extra>',
hovertext=hover_text,
showlegend = False,
))
SIDs_F = {k:v for k,v in SIDs.items() if k[-1] == 'F'}
for SID, waypoints in SIDs_F.items():
latitudes = []
longitudes = []
hover_text = []
waypoints_str = '--> '.join(waypoints)
for waypoint in waypoints:
coord = STAR_SID_waypoints[waypoint]
lat, lon = parse_coordinates([coord])
latitudes.append(lat[0])
longitudes.append(lon[0])
hover_text.append(f'Waypoint: {waypoint}<br>Coordinates: {lat[0]}, {lon[0]}<br>SID: {SID}<br>{waypoints_str}')
# Add route to plot
fig.add_trace(go.Scattermapbox(
lon=longitudes,
lat=latitudes,
mode='lines',
line=dict(width=2, color='purple'),
name=SID,
legendgroup='SIDs for Runway 20R',
hovertemplate='%{hovertext}<extra></extra>',
hovertext=hover_text,
showlegend=False,
))
center = (parse_coordinates([WSSS_coordinates])[0][0], parse_coordinates([WSSS_coordinates])[1][0])
# Generate points on the circle
circle_lats = []
circle_lons = []
for bearing in range(0, 360):
point = geopy.distance.great_circle(nautical=40).destination(center, bearing)
circle_lats.append(point.latitude)
circle_lons.append(point.longitude)
# Add the circle to the plot
fig.add_trace(go.Scattermapbox(
lon=circle_lons + [circle_lons[0]],
lat=circle_lats + [circle_lats[0]],
mode='lines',
line=dict(width=2, color='red'),
name='40NM Circle',
))
# Add dummy trace for legend
fig.add_trace(go.Scattermapbox(
lon=[None],
lat=[None],
mode='markers',
line=dict(width=2, color='yellow'),
name='Holding Points',
))
# Add waypoints for holding_pts_app
for waypoint in holding_pts_app:
coord = STAR_SID_waypoints[waypoint]
lat, lon = parse_coordinates([coord])
fig.add_trace(go.Scattermapbox(
lon=[lon[0]],
lat=[lat[0]],
mode='markers',
marker=dict(size=10, color='yellow'),
# name=waypoint,
hovertemplate='%{hovertext}<extra></extra>',
hovertext=[f'Holding Point (APP)<br>Waypoint: {waypoint}<br>Coordinates: {lat[0]}, {lon[0]}'],
showlegend= False
))
# Add waypoints for holding_pts_acc
for waypoint in holding_pts_acc:
coord = STAR_SID_waypoints[waypoint]
lat, lon = parse_coordinates([coord])
fig.add_trace(go.Scattermapbox(
lon=[lon[0]],
lat=[lat[0]],
mode='markers',
marker=dict(size=10, color='yellow'),
# name=waypoint,
hovertemplate='%{hovertext}<extra></extra>',
hovertext=[f'Holding Point (ACC)<br>Waypoint: {waypoint}<br>Coordinates: {lat[0]}, {lon[0]}'],
showlegend=False
))
# Combine waypoint and FIR coordinates
all_lats = SG_FIR_latitudes
all_lons = SG_FIR_longitudes
# Calculate the center of the map view
center_lat = (min(all_lats) + max(all_lats)) / 2
center_lon = (min(all_lons) + max(all_lons)) / 2
# Set mapbox style and center
fig.update_layout(
mapbox_style="carto-positron",
mapbox=dict(
center=dict(lat=center_lat, lon=center_lon),
zoom=6,
),
autosize=False,
width = 2000,
height = 1300,
margin={"r":0,"t":0,"l":0,"b":0},
legend=dict(
orientation="h",
yanchor="top",
y=1,
xanchor="right",
x=1
),
updatemenus=[
dict(
type="buttons",
direction="right",
buttons=list([
dict(
args=[{"visible": [True] + [True]+ [True]*4 + [True] + [True]*len(STARs_A) + [True]*len(STARs_B)+ [True]+ [True] *len(SIDs)+ [True] + [True]+ [True]*len(holding_pts_app) + [True]*len(holding_pts_acc)}],
label="Show All",
method="update"
),
dict(
args=[{"visible": [True] + [True]+ [False]*4 + [False]+ [False]*len(STARs)+ [False]+ [False]* len(SIDs)+ [False]+ [True] + [True]*len(holding_pts_app) + [True]*len(holding_pts_acc)}],
label="Show Waypoints Only",
method="update"
),
dict(
args=[{"visible": [False] + [False]+ [True]*4 + [False]+ [False]*len(STARs)+ [False]+ [False] *len(SIDs)+ [True]+ [False] + [False]*len(holding_pts_app) + [False]*len(holding_pts_acc)}],
label="Show Singapore FIR Only",
method="update"
),
dict(
args=[{"visible": [False] + [False]+ [False]*4 + [True]+ [True]*len(STARs)+ [True]+ [True]* len(SIDs)+ [True]+ [True] + [True]*len(holding_pts_app) + [True]*len(holding_pts_acc)}],
label="Show STARs and SIDs only",
method="update"
),
]),
pad={"r": 10, "t": 5},
showactive=True,
x=0.1,
xanchor="left",
y=1.09,
yanchor="top"
),
dict(
type="buttons",
direction="right",
buttons=list([
dict(
args = [{"visible": [False] + [False]+ [False]*4 + [True]+ [True]*len(STARs_A) + [True]*len(STARs_B)+ [False]+ [False] *len(SIDs)+ [True]+ [True] + [True]*len(holding_pts_app) + [True]*len(holding_pts_acc)}],
label = "Show STARs Only",
method = "update"
),
dict(
args = [{"visible": [False] + [False]+ [False]*4 + [True]+ [True]*len(STARs_A) + [False]*len(STARs_B)+ [False]+ [False] *len(SIDs)+ [True]+ [True] + [True]*len(holding_pts_app) + [True]*len(holding_pts_acc)}],
label = "Show STARs for Runway 02L/C/R Only",
method = "update"
),
dict(
args = [{"visible": [False] + [False]+ [False]*4 + [True]+ [False]*len(STARs_A) + [True]*len(STARs_B)+ [False]+ [False] *len(SIDs)+ [True]+ [True] + [True]*len(holding_pts_app) + [True]*len(holding_pts_acc)}],
label = "Show STARs for Runway 20L/C/R Only",
method = "update"
)
]),
pad={"r": 10, "t": 5},
showactive=True,
x=0.1,
xanchor="left",
y=1.06,
yanchor="top"
),
dict(
type="buttons",
direction="right",
buttons=list([
dict(