# SPGC CMG start 02/12/20

### This is an automatically generated airport file for Endless ATC. ### NOT ANYMORE ;) ###
# Feel free to improve, use and share this file, at your own risk.
# Data from ourairports.com.
# Coastline from naturalearthdata.com.
# See the example.txt airport for all possible sections and items to add to this file.

[airspace]
elevation = 1411
center = N46.2380981445, E6.10895013809
magneticvar = 2.3

radius = 45			; airspace radius in NM
zoom = 7.0 			; default zoom level, increase to zoom in
floor = 3500 			; minimum selectable altitude
descendaltitude = 15000 		; minimum initial altitude for arrivals
ceiling = 16000 			; maximum selectable altitude
above = 17000 			; maximum departure altitude when SID is enabled (must be above ceiling)
transitionaltitude = 7000	; highest altitude displayed in feet instead of flight level
speedrestriction = 1, 220 	; radius in NM, and speed in knots
usa = false			; American-style callsign pronunciation and runway names
metric = false			; display altitudes in metres instead of feet
separation = 3			; minimum allowed distance between aircraft in NM


beacons =
#VOR/NDB
	GVA, N46.25392, E6.13222, 206, Geneva Cointrin #vordme 115.75 104y
	PAS, N46.16369, E5.99992, -224, Passeiry #vordme 116.60 113x
#	GLA, N46.40869, E6.24425, 0, Gland #ndb 375
	SPR, N46.46869, E6.44806, 224, St-Prex #vordme 113.90 86x
	CBY, N45.88189, E5.75731, 27, Chambery #vordme 115.40
	SIO, N46.21550, E7.28878, 0, Sion #vordme 112.15
#	LSE, N45.74553, E5.09058, 0, Lyon/Saint Exupery #vordme 114.75
#	LTP, N45.48897, E5.43906, 0, La Tour Du Pin #vordme 115.55
	FRI, N46.77758, E7.22350, 0, Fribourg #vordme 110.85
#SID
#	ARBOS, N46.98742, E6.02639, 0, Arbos
#	ARGIS, N45.97100, E5.59908, 0, Argis
	BALSI, N45.47739, E5.96078, 0, Balsi
	BELUS, N45.67519, E5.59381, 0, Belus 
#	BEVEN, N45.68847, E5.97272, 0, Beven
	DEPUL, N45.92500, E5.49444, 0, Depul
	DIPIR, N46.66919, E5.59308, 0, Dipir
#	DJL,   N47.27078, E5.09733, 360, Dijon Longvic
#	GG602, N46.11633, E6.06717, 0
#	GG603, N46.26861, E6.05778, 0
#	GG604, N46.20186, E6.30875, 0
#	GG605, N45.97589, E6.29164, 0
#	KELUK, N46.55556, E5.68556, 0, Keluk
	KEMIT, N46.13706, E5.96161, -224, Kemit
#	KOVIM, N46.61461, E6.20633, 0, Kovim
#	LEGVO, N46.66792, E6.28556, 0, Legvo
#	LINNA, N45.81714, E5.98003, 0, Linna
	MEDAM, N45.26444, E6.94003, 0, Medam
#	ODIKI, N45.94228, E6.34360, 0, Odiki
#	VANAS, N45.45717, E6.74689, 0, Vanas
#STAR
#	AKITO, N47.21334, E6.64875, 0, Akito
	BELKA, N46.06114, E5.85058, 0, Belka
#	BOLGI, N46.66769, E5.93822, 0, Bolgi
	GG502, N45.95383, E5.89906, 0
	GG503, N46.09572, E5.69688, 0
	GG507, N46.44086, E6.19989, 0
#	GG510, N45.77300, E5.80294, 0
	GG512, N46.39717, E6.54903, 0
	GG514, N46.54019, E6.34692, 0
#	GG517, N46.93967, E5.43947, 0
#	GG518, N46.90714, E6.24897, 0
#	GG519, N45.52736, E6.70203, 0
#	GG520, N45.95636, E6.76828, 0
	GG525, N46.29819, E6.40222, 0
	INDIS, N46.02444, E5.79700, 0, Indis
#	KERAD, N46.23531, E5.89931, 0, Kerad
#	PINOT, N45.98544, E5.92597, 0, Pinot
#	PITOM, N46.09472, E6.10194, 0, Pitom
#	ROMOM, N46.68119, E6.97053, 0, Romom
#	SAUNI, N46.62369, E5.47769, 0, Sauni
#	BANKO, N45.49.12.0, E7.3.17.0
#	BENOT, N47.3.27.7, E7.10.22.1
	LUSAR, N46.40.8.0, E5.10.46.1
#	ULMES, N46.57.18.1, E7.17.33.5
#	KINES, N45.19.53.0, E6.45.19.0
	DINIG, N46.29.43.0, E5.53.26.0, -143
	SUVEL, N46.9.5.0, E6.21.4.0
#RNP
#    GG803, N46.14292, E5.96969, 0
	GG808, N46.34472, E6.26594, 0
#	GG811, N46.22.42.9, E6.18.57.5, 0
	PETAL, N46.22.4.9, E6.18.1.3, 0, Petal
## name, position, <holdingheading>, <pronunciation>
# the first given beacon will be the default beacon for arrivals inbound the main airport
# when holdingheading is 0 or omitted, planes will hold there using the plane's current heading
# when a holdingheading is given, planes will fly that heading (or magnetic course) on the inbound leg when flying the holding
# when holdingheading is negative, planes will make left-hand turns instead of right-hand

boundary = 
#tma4.1
	N46.50031, E5.58632
	N46.50131, E5.89028
	N46.57467, E6.10541
#tma4
	N46.76794, E6.44169
#tma5
	N46.67621, E6.75053
	N46.65868, E6.75206
	N46.54613, E6.89952
	N46.46916, E6.80134
#tma6
	N46.43143, E6.80296
	N46.42703, E6.82070
	N46.39257, E6.80367
#tma7
	N46.32079, E6.80581
	N46.25736, E6.85272
	N46.07779, E6.47823
	N45.87433, E6.27316
	N45.93139, E6.18299
#tma8
#tma9
	N45.84271, E6.10006
#tma10
	N45.62078, E6.08624
	N45.68588, E5.49736
	N45.71675, E5.48792
#tma9
#tma8
	N45.92996, E5.66084
#tma2
	N45.97664, E5.59866
	N46.04364, E5.56927
	N46.11139, E5.58505
	N46.17281, E5.65549
#tma3
	N46.24426, E5.79840
#tma4
#tma4.1
	
## positions
# pointlist of optional airspace boundary polygon; this will override the default (circular) airspace radius.
# last point is automatically connected to first point

line1 =
	N46.43223, E6.87363
	N46.40259, E6.86641
	N46.38481, E6.84502
	N46.40244, E6.66533
	N46.38857, E6.46885
	N46.36094, E6.33643
	N46.20508, E6.15703
	N46.20459, E6.13330
	N46.30244, E6.15840
	N46.45762, E6.34395
	N46.52881, E6.58818
	N46.46562, E6.81885
	N46.43223, E6.87363
	N46.43223, E6.87363
	N46.43223, E6.87363
#LAKE GENEVA

[airport1]
name = Geneva Cointrin International Airport
code = LSGG
runways =
#   idnt,rwy,location           ,HDG  ,legnth,displaced,elev ,g/s, loc 
	rwy1, 04, N46.2258, E6.09092, 45.5, 12795, 1082,  0, 1411,  3, 45.5


climbaltitude = 9000 		; maximum initial climb altitude in feet for departures

sids = 
	ARBOS
	BALSI
	BELUS
	DEPUL
	DIPIR
	MEDAM
	KONIL,N46.34.6.4, E6.27.30.1
	MOLUS,N46.26.38.0, E6.40.46.0
	ROCCA,N45.44.43.0, E6.38.44.1
	SIROD,N46.43.37.3, E6.1.10.4
## name, position, <pronunciation>
# you may also give just the name of a beacon from the beacon list

entrypoints = 
	323, DINIG
	122, SUVEL
	211, CBY
	031, GG514
	065, GG512
## true_heading, <beaconname>
# this is where new arrivals enter at the boundary (approximately), e.g. 090 means planes will enter from the east, heading 270 (westbound)
# inbound beacon is optional; choose a beacon name from the beacon list above; otherwise the first beacon from that list is chosen automatically

airlines =
	EZS, 4, a320/a319, Topswiss
	EZY, 3, a320/a319/a20n/a21n, Easy, 301
	KLM, 3, b737, KLM, 335
	ETH, 1, b787, Ethiopian, 121
	TAP, 2, a319/a320/a20n/e195, Air Portugal, 209
	AFR, 3, e190, Airfrans, 313
	SWR, 6, BCS1/BCS3/A320/A20N/A321/A21N/A333/A343/B77W, SWISS
	MEA, 1, a320 , CEDAR JET, 121
	BEL, 2, a319/a320, BEE LINE, n
	BAW, 2, a318/a319/a320/a321, SPEEDBIRD, 301
	UAE, 1, b77w, EMIRATES, 121
	PGT, 1, A20N/B738, SUNTURK, 121
	AZA, 1, E75S/E190, ALITALIA, 121
	IBE, 3, A320N, IBERIA, 209
	RAM, 1, B737, ROYAL AIR MAROC, 209
	AUA, 1, DH8D, AUSTRIAN, 045
	LGL, 1, DH8D, Luxair, 045

## name, amount, planetype, pronunciation, <direction>
# name is the 3 letter airline code, or a private regristration (with a land code, dash(-), and then the format)
# amount determines the relative likelihood of appearance (e.g. 0=never, 1=occasionally, 10=frequently, etc)
# planetype determines the plane characteristics (optionally put a dash (/) between multiple types)
# pronuniation is the callsign, used for airlines
# direction lets the plane arrive/depart in (roughly) a preferred direction:
# give the direction as a string containing one or more of the letters nwse, for north west south east,
# but make sure there are actually entrypoints defined at those directions (approximately); w needs an entrypoint near 270

##############################################################
[area1]
#TMA4.1
##############################################################
shape = polygon		; circle or polygon
altitude = 7500		; minimum allowed altitude in feet
name = LL		; <name, if omited then planes inbound the main airport may enter this area>
labelpos = -18.4, 12.89	; <position of label>
points =
	N46.50031, E5.58632
	N46.50131, E5.89028
	N46.57467, E6.10541
	N46.54509, E6.15373
	N46.45375, E6.07519
	N46.37271, E5.96220
	N46.31339, E5.74242
## positions
# the last point will be automatically connected to the first point

[area2]
#TMA4
shape = polygon
altitude = 7500
#name = lsas
labelpos = 3.86, 21.19
points =
	N46.57467, E6.10541
	N46.54509, E6.15373
	N46.45375, E6.07519
	N46.37271, E5.96220
	N46.31339, E5.74242
	N46.24426, E5.79840
	N46.37702, E6.03617
	N46.57390, E6.32656
	N46.73333, E6.55702
	N46.76794, E6.44169

[area3]
#TMA5
shape = polygon
altitude = 7500
labelpos = 20.36, 22.77
points = 
	N46.73333, E6.55702
	N46.67621, E6.75053
	N46.65868, E6.75206
	N46.54613, E6.89952
	N46.46916, E6.80134
	N46.44576, E6.72483
	N46.45543, E6.62513
	N46.58220, E6.49796
	N46.57390, E6.32656

[area4]
#TMA6
shape = polygon
altitude = 8500
labelpos = 23.07, 8.40
points =
	N46.46916, E6.80134
	N46.43143, E6.80296
	N46.42703, E6.82070
	N46.39257, E6.80367
	N46.35965, E6.80458
	N46.17440, E6.41631
	N45.98776, E6.23719
	N46.04852, E6.15897
	N46.43740, E6.69801
	N46.44576, E6.72483

[area5]
#TMA7
shape = polygon
altitude = 10500
labelpos = 19.84, -0.96
points = 
	N46.35965, E6.80458
	N46.32079, E6.80581
	N46.25736, E6.85272
	N46.07779, E6.47823
	N45.87433, E6.27316
	N45.91907, E6.20389
	N45.97379, E6.25607
	N45.98776, E6.23719
	N46.17440, E6.41631

[area6]
#TMA8
shape = polygon
altitude = 9500
name = LB
labelpos = 2.45, -15.06
points =
	N45.91907, E6.20389
	N45.93139, E6.18299
	N45.87377, E6.12841
	N45.82914, E5.58071
	N45.92996, E5.66084
	N45.90520, E5.73253
	N45.90240, E5.81703
	N45.91731, E5.88490
	N46.04852, E6.15897
	N45.98776, E6.23719
	N45.97379, E6.25607

[area7]
#TMA9
shape = polygon
altitude = 11500
name = LB
labelpos = -5.58, -24.87
points =
	N45.82914, E5.58071
	N45.87377, E6.12841
	N45.84271, E6.10006
	N45.80667, E6.09516
	N45.77539, E5.97706
	N45.74465, E5.70102
	N45.79646, E5.55506

[area8]
#TMA10
shape = polygon
altitude = 11500
name = LB
labelpos = -5.66, -31.54
points =
	N45.80667, E6.09516
	N45.77539, E5.97706
	N45.74465, E5.70102
	N45.79646, E5.55506
	N45.71675, E5.48792
	N45.68588, E5.49736
	N45.62078, E6.08624

[area9]
#TMA2
shape = polygon
altitude = 5500
labelpos = -20.21, -9.11
points =
	N45.92996, E5.66084
	N45.90520, E5.73253
	N45.90240, E5.81703
	N45.91731, E5.88490
	N46.04852, E6.15897
	N46.43722, E6.69775
	N46.43740, E6.69801
	N46.44576, E6.72483
	N46.45543, E6.62513
	N46.58220, E6.49796
	N46.52819, E6.38759
	N46.36766, E6.55055
	N45.97351, E5.84085
	N45.99943, E5.80369
	N46.08570, E5.78429
	N46.11749, E5.81722
	N46.18289, E5.68107
	N46.17281, E5.65549
	N46.11139, E5.58505
	N46.04364, E5.56927
	N45.97664, E5.59866

[area10]
#TMA3
shape = polygon
altitude = 6500
labelpos = -14.35, -3.48
points =
	N46.18289, E5.68107
	N46.24426, E5.79840
	N46.37702, E6.03617
	N46.57390, E6.32656
	N46.58220, E6.49796
	N46.52819, E6.38759
	N46.39407, E6.11037
	N46.11749, E5.81722

[area11]
#TMA1
shape = polygon
altitude = 3500
labelpos = 14.62, 8.93
points =
	N46.52819, E6.38759
	N46.36766, E6.55055
	N45.97351, E5.84085
	N45.99943, E5.80369
	N46.08570, E5.78429
	N46.11749, E5.81722
	N46.39407, E6.11037

[area12]
#CTR
shape = polygon
points =
	N46.19114, E5.93784
	N46.37068, E6.20219
	N46.38076, E6.23576
	N46.38033, E6.26280
	N46.37444, E6.28581
	N46.36455, E6.30395
	N46.34795, E6.31755
	N46.33143, E6.32075
	N46.31521, E6.31797
	N46.30108, E6.30813
	N46.12010, E6.03839
	N46.11127, E6.00912
	N46.11127, E5.98092
	N46.11693, E5.95929
	N46.13029, E5.93590
	N46.14671, E5.92535
	N46.16232, E5.92232
	N46.18075, E5.92803

##############################################################
#[departure1]
##############################################################

#runway = rwy2			; runway identifier, <reversed use>
#route1 = 
#	bco2, beacon two
#	12,	0
#	18.6,	0
#	18.6,	6.8
#	25,	16.5
# first line of the route is the sid name (up to 5 characters will be displayed), and optional <pronunciation> of the sid name
# next lines are one or more waypoint positions

#route2 = 
#	south
#	12,	0
#	15.3,	-4.7
#	0,	-16.6
#	0,	-25

# the optional [departure] section adds routes to a specific runway direction
# this overrides the default (single waypoint) SIDs with more detailed routes, and applies the routes to the specified runway only
# departing planes from that runway will then follow the one of the routes, unless the user deactivates SID mode
# re-enabling SID mode will select just the last point of the route
# defining one or more departure routes disables all the default SID points for that runway; planes will use the given routes only
# use one [departure] section per runway direction, each with one or more routes
# [departure] routes are not used in the built-in airports, for simplicity


##############################################################
#[approach1]
##############################################################

#runway = rwy1,	rev					; runway identifier, <reversed use>
#beacon = lima,	1,	18,	0,	lima		; selectable beacon to enable APP mode; define a beacon, or choose a name from beacon list above
#route1 = 
#	060
#	-3,	22,	5500,	210
#	1,	22
#	1,	18,	4000
#	-3,	18, 	0,	180
#	10.5,	3000,	200
# first item of the route is the bearing from the plane towards the beacon; if there are multiple routes defined for this beacon, the closest bearing defines which route is selected
# next lines are optional waypoints: ## position, <maximum altitude>, <maximum speed>
# last line is the interception point on the ILS: ## distance (NM) from the (displaced) threshold, <maximum altitude>, <maximum speed>

#route2 = 
#	310
#	1,	18,	4000
#	-3,	18, 	0,	180
#	10.5,	3000,	200

#route3 = 
#	010
#	1,	10
#	1,	18,	4000
#	-3,	18, 	0,	180
#	10.5,	3000,	200

# multiple [approach] sections can be used for the same runway, to allow for multiple beacons
# for easier creation of routes, use left Ctrl key to display current mouse coordinates, and left click while holding down Ctrl places temporary visual markers
# Longpress the airport name button in the menu to display all routes at once
# [approach] routes are not used in the built-in airports as the game is focussed on vectors for simplicity