continent and country rename/fix

This commit is contained in:
AdamJCavanaugh
2021-07-12 09:23:06 -04:00
parent 65e6159410
commit 408848e389
21 changed files with 32 additions and 32 deletions
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# KLAX Version 1.4 by James Gardner
[airspace]
radius = 60
elevation = 125
usa = true
transition = 18000
descendaltitude = 14000
ceiling = 18000
above = 22000
center = N33.94250107, W118.4079971
magneticvar = 12.466
beacons =
LAX, N33.93310, W118.43200, 0, Los Angeles
SMO, N34.01020, W118.45700, 0, Santa Monica
OS, N33.96430, W118.27800, 0, Romen
CPM, N33.88890, W118.24700, 0, Compton
VNY, N34.22340, W118.49200, 0, Van Nuys
PAI, N34.25970, W118.41300, 0, Pacoima
LG, N33.75670, W118.07700, 0, Becca
SLI, N33.78330, W118.05500, 0, Seal Beach
EMT, N34.08830, W118.03100, 0, El Monte
NA, N33.68880, W117.86000, 0, Maagg
POM, N34.07840, W117.78700, 0, Pomona
VTU, N34.11510, W119.04900, 0, Ventura
SXC, N33.37510, W118.42000, 0, Santa Catalina
FIM, N34.35670, W118.88100, 0, Fillmore
NTD, N34.12330, W119.12200, 0, Point Mugu
ELB, N33.67600, W117.73100, 0, El Toro
CMA, N34.21250, W119.09400, 0, Camarillo
PDZ, N33.91830, W117.53000, 0, Paradise
PMD, N34.63140, W118.06400, 0, Palmdale
LHS, N34.68300, W118.57700, 0, Lake Hughes
RAL, N33.95200, W117.44900, 0, Riverside
GWF, N34.73870, W118.21700, 0, Gen William J Fox
OCN, N33.24060, W117.41800, 0, Oceanside
CRCUS, N34.0732027778, W117.498438889, 0, Circus
IRNMN, N34.2557111111, W118.894047222, 0, Ironman
RUKKI, N33.8980555556, W119.433055556, 0, Rukki
DSNEE, N33.8181888889, W117.447238889, 0, Disney
ROKKR, N34.5450333333, W119.07, 0, Rocker
JANNY, N34.5662388889, W118.356219444, 0, Janny
line1 =
N33.28203, W119.52515
N33.27832, W119.57520
N33.22461, W119.54365
N33.21533, W119.48252
N33.21719, W119.43804
N33.23242, W119.44204
N33.27461, W119.47881
N33.28203, W119.52515
line2 =
N32.95991, W118.50747
N33.03267, W118.55708
N33.01118, W118.59019
line3 =
N33.96777, W119.80957
N34.00659, W119.56221
N34.02817, W119.54927
N34.05298, W119.56914
N34.02847, W119.67886
line4 =
N33.35713, W118.46934
N33.31709, W118.44629
N33.32124, W118.37021
N33.31211, W118.29746
N33.38574, W118.34795
N33.41509, W118.39170
N33.47710, W118.55483
N33.46416, W118.56943
N33.43706, W118.56333
N33.43198, W118.55942
N33.42700, W118.50732
N33.41279, W118.49204
N33.35713, W118.46934
line5 =
N34.39966, W119.71318
N34.41802, W119.60605
N34.33857, W119.41367
N34.25742, W119.26768
N34.16411, W119.23584
N34.11201, W119.14375
N34.02446, W118.83203
N34.03501, W118.59883
N34.01738, W118.50620
N33.85830, W118.39297
N33.74395, W118.41045
N33.71230, W118.29419
N33.75859, W118.26440
N33.75068, W118.16191
N33.72217, W118.08052
N33.61963, W117.95210
N33.53848, W117.78853
N33.29551, W117.46743
N33.10005, W117.31885
[airport1]
name = Los Angeles International Airport
code = KLAX
runways =
rwy1, 06L, N33.9491, W118.431, 83.0, 8925, 0, 0, 112
rwy2, 06R, N33.9467, W118.435, 83.0, 10285, 331, 0, 108
rwy3, 07L, N33.9358, W118.419, 83.0, 12091, 0, 957, 119
rwy4, 07R, N33.9338, W118.419, 83.0, 11096, 0, 0, 118
entrypoints =
080, CRCUS
320, IRNMN
[airport2]
name = Long Beach Daugherty Field Airport
code = LB
runways =
rwy7, 08L, N33.8228, W118.164, 90.2, 6192, 1305, 531, 52
rwy8, 08R, N33.8138, W118.161, 89.9, 5420, 0, 0, 50
rwy9, 12, N33.8262, W118.162, 134.7, 10000, 1341, 1989, 52
climbaltitude = 7000
entrypoints =
300, RUKKI
60, DSNEE
90, DSNEE
120
airlines =
swa, 5, b737, Southwest
jbu, 2, a320, Jet Blue
ups, 1, b763, UPS
n-123ab, 5, c172/pa28/pa32/e13bj
[airport3]
name = Bob Hope Airport
code = BH
runways =
rwy5, 08, N34.1979, W118.369, 90.9, 5801, 0, 0, 727
rwy6, 15, N34.2123, W118.36, 167.1, 6886, 909, 350, 768
climbaltitude = 9000
entrypoints =
50, PMD
330, ROKKR
120
airlines =
swa, 8, b737, Southwest
aal, 3, a318/b738, American
xe, 1, e135, JetSuite
n-123ab, 8, c172/pa28/pa32/e13bj
[departure1]
runway = rwy2, rev
route1 =
ladyj
N33.932567, W118.632411
N33.99265, W118.677278
N34.077194, W118.671942
route2 =
summr
N33.916961, W118.83255
N33.922381, W119.015539
N34.009992, W119.186408
N34.411103, W119.532511
route3 =
summr
N33.916961, W118.83255
N33.922381, W119.015539
N33.80145, W119.3486
[departure2]
runway = rwy3, rev
route1 =
dotss
N33.931844, W118.458103
N33.858956, W118.564492
N33.697222, W118.520833
N33.64455, W118.342997
N33.644106, W117.795283
route2 =
oshnn
N33.931844, W118.458103
N33.858956, W118.564492
N33.697222, W118.520833
N33.64455, W118.342997
N33.644603, W118.179664
N34.089686, W117.776978
[departure3]
runway = rwy9, rev
route1 =
topmm
N33.861656, W118.248497
N33.900119, W118.444247
N33.987917, W118.502472
N34.0999, W118.55645
N34.426717, W118.674169
route2 =
topmm
N33.861656, W118.248497
N33.837264, W118.409122
N33.797622, W118.828483
N34.143056, W119.010278
route3 =
zoomm
N33.754667, W118.133333
N33.952614, W117.902475
N34.089686, W117.776978
N34.299817, W117.464669
[departure4]
runway = rwy7, rev
route1 =
topmm
N33.861656, W118.248497
N33.900119, W118.444247
N33.987917, W118.502472
N34.0999, W118.55645
N34.426717, W118.674169
route2 =
topmm
N33.861656, W118.248497
N33.837264, W118.409122
N33.797622, W118.828483
N34.143056, W119.010278
route3 =
zoomm
N33.754667, W118.133333
N33.952614, W117.902475
N34.089686, W117.776978
N34.299817, W117.464669
[departure5]
runway = rwy5
route1 =
orosz
N34.198167, W118.328833
N34.162667, W118.348167
N34.1575, W118.404
N34.373472, W118.645131
route2 =
elmoo
N34.198167, W118.328833
N34.169333, W118.306833
N34.0985, W118.081258
[departure6]
runway = rwy6
route1 =
orosz
N34.162667, W118.348167
N34.1575, W118.404
N34.373472, W118.645131
route2 =
elmoo
N34.182333, W118.350167
N34.0985, W118.081258
# KLAX ANJLL4
[approach1]
runway = rwy4, rev
beacon = CRCUS
route1 =
241
N34.0732027778, W117.498438889, 12000, 270
N34.0068416667, W117.682797222, 10000
N34.0001833333, W117.75175, 9000, 250
N33.9935611111, W117.819316667, 8000, 210
N33.9860194444, W117.896886111, 5500
N33.9684527778, W118.074563889, 3500
13.1, 3500, 200
# KLAX IRNMN
[approach2]
runway = rwy1, rev
beacon = IRNMN
route1 =
131
N34.2557111111, W118.894047222, 12000
N34.1650805556, W118.810819444, 12000, 250
N34.0296472222, W118.663666667, 9000, 240
N34.0193194444, W118.554077778, 8000
N34.0101777778, W118.457105556, 7000, 210
N34.027175, W118.358394444, 6000
N34.0332611111, W118.298680556
N34.047, W118.119
15, 4500, 200
# KLGB BAUBB2
[approach3]
runway = rwy9, rev
beacon = RUKKI
route1 =
107
N33.8980555556, W119.433055556, 21000
N33.5716666667, W118.774752778, 11000
N33.5216666667, W118.465666667, 9000
N33.5182222222, W118.332027778, 7000
N33.5675, W118.178, 5000
N33.5996333333, W118.077822222, 4000
N33.6273194444, W118.055497222
8, 2500, 200
# KLGB DSNEE4
[approach4]
runway = rwy9, rev
beacon = DSNEE
route1 =
230
N33.8181888889, W117.447238889, 8000, 220
N33.763775, W117.62555, 7200
N33.7497833333, W117.672352778, 6500
N33.6968222222, W117.850591667, 4000
N33.6742388889, W117.925777778
10, 3000, 200
# KBUR ROKKR2
[approach5]
runway = rwy5
beacon = ROKKR
route1 =
120
N34.5450333333, W119.07, 11000, 250
N34.4416388889, W118.975211111, 9000
N34.3721777778, W118.906430556, 8000
N34.2671833333, W118.791361111, 7000
8, 3000, 200
# KBUR JANNY5
[approach6]
runway = rwy5
beacon = PMD
route1 =
251
N34.63140, W118.06400, 13000
N34.5662388889, W118.356219444, 8000
N34.5491666667, W118.432222222
N34.4807138889, W118.486588889, 7000
N34.3678277778, W118.574183333
N34.2671833333, W118.791361111, 6000
8, 3000, 200
[configurations]
config1 =
0, rwy1, landrev
0, rwy2, startrev
0, rwy3, startrev
0, rwy4, landrev
0, rwy5, landstart
0, rwy6, landstart
0, rwy7, startrev
0, rwy8, landrev
0, rwy9, landstartrev
[planetypes]
types =
pa28, 6, 60, 132, 2.9, 3.2, 1000, 1600, 60, 90, 1.1, 1.2, piper
pa32, 6, 80, 156, 2.9, 3.2, 1000, 1800, 70, 100, 1.1, 1.2, piper
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# Los Angeles (Socal Area) For Endless ATC
This implements Los Angeles International Airport (KLAX), Bob Hope Airport (KBUR), Long Beach (Daugherty Field) Airport (KLGB), ~~and Hawthorne Municipal Airport (KHHR)~~ (Removed in 1.3) into the [Endless ATC](https://steamcommunity.com/app/666610) game.
## Features
### Implemented
* Arrivals and departures at KLAX, KBUR, KLGB ~~and KHHR~~ (Removed in 1.3).
* Custom traffic to match GA and Airlines at KBUR and KLGB.
* Custom SIDS that match the departure path perfectly.
* Custom STARS that replicate arrivals for all airports.
### Planned
* Airspace boundries and regions.
* KLAX Custom Traffic (only 2 or 3 airlines serve KBUR and KLGB so they where much easier to implement).
* Multiple runway configs (not implemented yet since Socal is extremly rarely in east ops).
## Issues
Due to the limitations of [Endless ATC](https://steamcommunity.com/app/666610) there are many aspects that are not particuarly accurate.
* Only around 50% of SIDS are included for KBUR and KLGB, and only around 20% are included for KLAX (Los Angeles has 23 SID's). The majority of these are unused or extremly uncommon. I did not see a point in implementing them since there is no way to prioritize certian SIDs over others.
## Credits
Thanks to Startgrid for this amazing game! Without him this wouldn't be happening. I used Jeppson charts from [Navigraph Charts](https://navigraph.com/products/charts). You can get the exact same charts from many other places online for free, eg. [Airnav](https://www.airnav.com/airport/KLAX). All fix and navaids data and coodinates was provided by [Airnav](https://www.airnav.com). All airport and runway data was provided by [OurAirports](https://ourairports.com/).
## Changelog
* 1.4 - 3/17/2021 - Custom STARS, updated entrypoints.
* 1.3 - 10/31/2020 - Custom SIDS, updated entrypoints.
* 1.2 - 7/31/2020 - ~~Added KHHR support for increased GA traffic.~~ (Removed in 1.3)
* 1.1 - 7/28/2020 - Initial Release. Includes KLAX, KBUR, and KLGB.
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# KSAN Version 1.0 by James Gardner
[airspace]
radius = 30
elevation = 17
usa = true
transition = 18000
descendaltitude = 9000
ceiling = 10000
above = 18000
center = N32.936006165, W117.090002441
magneticvar = 12.349
beacons =
AN, N32.73990, W117.21600, 0, Boing
NZY, N32.70260, W117.21600, 0, North Island
MZB, N32.78220, W117.22500, 0, Mission Bay
MY, N32.77990, W117.04500, 0, Deoro
NKX, N32.86970, W117.15500, 0, Miramar
NRS, N32.56420, W117.11000, 0, Imperial Beach
PGY, N32.61030, W116.97900, 0, Poggi
TIJ, N32.54040, W116.95300, 0, Tijuana
OCN, N33.24060, W117.41800, 0, Oceanside
NFG, N33.27440, W117.38700, 0, Camp Pendleton
JLI, N33.14050, W116.58600, 0, Julian
HSKER, N32.8444444444, W116.606666667, 0, HSKER
COMIX, N33.1374361111, W117.483794444, 0, COMIX
line1 =
N32.95991, W118.50747
N33.03267, W118.55708
line2 =
N32.93560, W118.52891
N32.83892, W118.47319
N32.81851, W118.40859
N32.82759, W118.35039
N32.84946, W118.38320
N32.95991, W118.50747
line3 =
N33.35713, W118.46934
N33.31709, W118.44629
N33.32124, W118.37021
N33.31211, W118.29746
N33.38574, W118.34795
N33.41509, W118.39170
N33.47710, W118.55483
N33.46416, W118.56943
N33.43706, W118.56333
N33.43198, W118.55942
N33.42700, W118.50732
N33.41279, W118.49204
N33.35713, W118.46934
line4 =
N33.72217, W118.08052
N33.61963, W117.95210
N33.53848, W117.78853
N33.29551, W117.46743
N33.10005, W117.31885
N32.93887, W117.26299
N32.87339, W117.25576
N32.80625, W117.27070
N32.66401, W117.24346
N32.68789, W117.18374
N32.64917, W117.13740
N32.53975, W117.13047
N32.53335, W117.12827
N32.34360, W117.06313
N32.30503, W117.03477
N32.19854, W116.91367
N31.99736, W116.84800
N31.85107, W116.62080
N31.75801, W116.62388
N31.74033, W116.65210
N31.74365, W116.70171
N31.73457, W116.72207
line5 =
N33.30254, W115.91133
N33.43262, W116.06172
N33.50210, W116.05347
N33.52192, W116.01045
N33.51943, W115.94844
N33.45166, W115.88394
[airport1]
name = San Diego International Airport
code = KSAN
runways =
rwy1, 09, N32.7371, W117.204, 106.0, 9401, 700, 1810, 14
entrypoints =
060, HSKER
320, COMIX
airlines =
swa, 5, b737/b738, Southwest
aal, 3, a318/b738/B763, American
jbu, 2, a320, Jet Blue
ups, 1, b763, UPS
fdx, 1, b763, Fedex
xe, 1, e135, JetSuite
n-123ab, 1, c172/p28/e13bj/be35/be20/c152
[departure1]
runway = rwy1, rev
route1 =
cward2, seaward2
N32.7980083333, W117.315969444
N33.0634555556, W117.729230556
N33.3840138889, W117.909272222
route2 =
brdr7, border7
N32.7545972222, W117.276536111
N32.702833, W117.295667
N32.6253583333, W117.239327778
N32.61030, W116.97900
N32.6311166667, W116.769919444
N33.14050, W116.58600
route3 =
padrz2, padrez2
N32.7980083333, W117.315969444
N33.0634555556, W117.729230556
N33.1938888889, W117.861944444
route4 =
zzooo2, zoo2
N32.7545972222, W117.276536111
N32.6314555556, W117.245827778
N32.6018333333, W116.916133333
N32.630225, W116.7732
N33.0094138889, W116.587447222
N33.3993611111, W116.383111111
route5 =
zzooo2, zoo2
N32.7545972222, W117.276536111
N32.6314555556, W117.245827778
N32.6018333333, W116.916133333
N32.630225, W116.7732
N32.7012555556, W116.031180556
[approach1]
runway = rwy1, rev
beacon = HSKER
route1 =
195
N32.8444444444, W116.606666667, 8700, 270
N32.7741083333, W116.677463889, 8000
N32.7399166667, W116.749694444, 6100
N32.7075, W116.818055556, 6000
N32.6882222222, W116.879861111, 5000, 210
14.2, 4000, 200
[approach2]
runway = rwy1, rev
beacon = COMIX
route1 =
127
N33.1374361111, W117.483794444, 12000
N33.0505555556, W117.411388889
N32.9183333333, W117.300555556, 9000, 230
N32.8118, W117.212030556, 7000
N32.7788722222, W117.064397222, 6000, 210
N32.7388722222, W116.875, 4000
14.2, 4000, 200
[configurations]
config1 =
0, rwy1, landstartrev
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# SOCAL West (San Diego) For Endless ATC
This is my rendition of San Diego TRACON, also known as SOCAL West (it is a SOCAL facility). San Diego is the busiest single runway airport in the world, making it one heck of a challenge for approach. I will warn you now, this is a seriously difficult custom airport. You better be up for the challange! Yes I know the only ILS approach is on runway 9, but that is really never used except for extreme weather situations. Runway 27 does have a localizer approach though, and so you will just have to use your imagination and pretend that the aircraft are on a localizer and not an ILS.
## Guide
I figured I should really add a basic guide to how the airport operates so you can really get the most out of this custom airport without ripping your head out.
Departures are not a huge concern, CWARD and PADRZ go the same direction and are almost identical, BORDER and ZOOM are pretty similar. When an arrival pops up, I ususally just increase the alitude immedietly to get it out the way. Your arrival and departure flows shouldnt really need to mix.
Arrivals are where things get a little more tricky. For aircraft on the LUCKI1 STAR (from the east - HSKER is the fix) I normally just leave them. It is quite rare that I actually take them off the arrival. The COMIX2 STAR (from the north-west down the coast - COMIX fix) is where I spend most of my energy managing. If you look at the actual chart for the COMIX2 arrival you will notice the SID ends with a radar vector north and parralel to the localizer in the opposite direction. Approach would then provide radar vectors to sequence them in on the localizer. This isnt a thing in EndlessATC however, and so I have the approach run parralel, and then turn to join the localizer at the same point as the LUCKI1 arrivals. For 99% of my COMIX2 arrivals I drop them down to 2000 - 3000 ft and turn them onto the localizer way earlier to sequence them ahead / behind my LUCKI1 arrivals that should already be established. Its really a challenge and takes a lot of focus.
Hope this helps a little, good luck with this one! I tend to manually keep the skill at about 7 - 8 or else it just gets unmanageable.
## Features
### Implemented
* Runway 27 Implementation
* CWARD2, BORDER7, PADRZ2, and ZOOM2 SID Implementation
* COMIX2 and LUCKI1 STAR Implementation
* Custom Airline Implementation
### To Do
* Additional SIDS / STARS
* Airspace Boundries
* Secondary Airports
## Changelog
* 3/16/2021 - KSAN Version 1.0:
* Runway 27 Implementation
* CWARD2, BORDER7, PADRZ2, and ZOOM2 SID Implementation
* COMIX2 and LUCKI1 STAR Implementation
* Custom Airline Implentation
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# KSBA Version 1.0 by James Gardner
[airspace]
radius = 60
elevation = 13
usa = true
transition = 18001
center = N34.42620087, W119.8399963
magneticvar = 13.507
beacons =
RZS, N34.50950, W119.77100, 0, San Marcus
GVO, N34.53130, W120.09100, 0, Gaviota
CMA, N34.21250, W119.09400, 0, Camarillo
NTD, N34.12330, W119.12200, 0, Point Mugu
FLW, N35.09310, W119.86600, 0, Fellows
VBG, N34.73260, W120.58300, 0, Vandenberg
VTU, N34.11510, W119.04900, 0, Ventura
GLJ, N34.95240, W120.52100, 0, Guadalupe
FIM, N34.35670, W118.88100, 0, Fillmore
GMN, N34.80400, W118.86100, 0, Gorman
MQO, N35.25230, W120.76000, 0, Morro Bay
KWANG, N34.309114, W119.51415, 0, Kwang
line1 =
N34.06060, W120.35332
N34.07329, W120.36772
N34.05630, W120.41294
N34.03291, W120.44155
N34.02227, W120.35972
N34.02485, W120.30659
N34.06060, W120.35332
line2 =
N34.01387, W120.25190
N33.91807, W120.16714
N33.90488, W120.11392
N33.91885, W120.04355
N33.97334, W119.98394
N33.98491, W119.99438
N34.02651, W120.07183
N34.01387, W120.25190
line3 =
N34.02847, W119.67886
N34.07969, W119.88237
N34.06782, W119.91807
N34.03218, W119.89243
N33.99492, W119.88550
N33.96777, W119.80957
N34.00659, W119.56221
N34.02817, W119.54927
N34.05298, W119.56914
N34.02847, W119.67886
line4 =
N33.47710, W118.55483
N33.46416, W118.56943
N33.43706, W118.56333
N33.43198, W118.55942
N33.42700, W118.50732
line5 =
N35.42510, W120.89961
N35.36543, W120.86030
N35.27495, W120.88486
N35.20967, W120.85737
N35.15767, W120.70703
N35.12241, W120.65908
N35.07646, W120.63359
N34.94927, W120.66304
N34.81196, W120.62490
N34.74937, W120.63760
N34.66895, W120.62671
N34.57998, W120.64468
N34.54390, W120.55981
N34.47163, W120.48120
N34.45957, W120.39648
N34.47646, W120.16953
N34.46929, W120.05298
N34.41196, W119.85332
N34.39966, W119.71318
N34.41802, W119.60605
N34.33857, W119.41367
N34.25742, W119.26768
N34.16411, W119.23584
N34.11201, W119.14375
N34.02446, W118.83203
N34.03501, W118.59883
N34.01738, W118.50620
[airport1]
name = Santa Barbara Municipal Airport
code = KSBA
runways =
rwy1, 07, N34.4275, W119.854, 88.5, 6052, 0, 314, 9
rwy2, 15L, N34.4299, W119.84, 165.7, 4179, 217, 0, 9
rwy3, 15R, N34.4303, W119.841, 165.7, 4183, 0, 0, 8
entrypoints =
180, KWANG
130, KWANG
310, GVO
airlines =
swa, 8, b737, Southwest
aal, 3, a318/b738, American
skw, 8, e175, SkyWest
xe, 1, e135, JetSuite
n-123ab, 8, c172/pa28/pa32/e13bj
[airport2]
name = Camarillo
code = CMA
runways =
rwy4, 08, N34.2138, W119.104, 90.6, 6013, 0, 0, 75
entrypoints =
100
330
airlines =
xe, 1, e135, JetSuite
n-123ab, 5, c172/pa28/pa32/e13bj
[area1]
shape = circle
altitude = 4000
radius = 5
position = N34.4261914, W119.8414927
labelpos = 2, -2
[departure1]
runway = rwy1, rev
route1 =
kwang
N34.309114, W119.51415
N34.212520, W119.09400
N34.222972, W118.832078
route2 =
flout
N34.332667, W119.903333
N34.257589, W119.953203
N34.11510, W119.04900
route3 =
flout
N34.332667, W119.903333
N34.257589, W119.953203
N34.53130, W120.09100
route4 =
gauch
N34.421322, W120.173286
N34.580419, W120.265514
N35.25230, W120.76000
route5 =
mishn
N34.422667, W119.949667
N34.347931, W119.940175
N34.194222, W119.564392
N34.21250, W119.09400
N34.422439, W118.025853
N34.919633, W116.728022
[configurations]
config1 =
0, rwy1, landstartrev
0, rwy2, landrev
0, rwy4, landstartrev, 0, nosid
[planetypes]
types =
pa28, 6, 60, 132, 2.9, 3.2, 1000, 1600, 60, 90, 1.1, 1.2, piper
pa32, 6, 80, 156, 2.9, 3.2, 1000, 1800, 70, 100, 1.1, 1.2, piper
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# Santa Barbara TRACON For Endless ATC
This is my rendition of KSBA / Santa Barbara Tracon. I also have KCMA (yes it is technically under Point Migu Approach not Santa Barbara but oh well I like it there) to add some more GA traffic. This is a fun little airport to control, with a few unique challenges. Right now it is setup to land and depart 25, and land 33R. Feel free to land on both but IRL operations only put the airliners on 25 typically (if i'm not mistaken) so try doing it single runway for the added challenge.
## Features
### Implemented
* Both KSBA and KCMA
* 5 KSBA Sids, KWANG.GINNA, FLOUT.GVO, FLOUT.VTU, GAUCH.MQO, MISHN.NNAVY
* Semi realistic airlines - major operators and GA have been included.
## Changelog
* 1.0 - 10/30/2020 - Initial Release.
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# San Fransico International Airport
SFOW vector patterns:
![SFOW Vector pattern](https://camo.githubusercontent.com/224a3bb8731baaaed28e03d53cd8a3aa709e4268dc2b86163cba9e47cbdb8b79/68747470733a2f2f7777772e73706f7474657267756964652e6e65742f77702d636f6e74656e742f75706c6f6164732f323031382f30332f776573742d706c616e2e6a7067)
In this version of SFO, all SFOW SIDs are implemented as well as STARs. OAKW and SJCW STARs are also implemented.
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# D01 TRACON (Version 1.0)
This is a recreation of the real-world FAA facility D01 for [Endless ATC](https://steamcommunity.com/app/666610).
The D01 TRACON in the real-world covers Denver International Airport (KDEN) and its numerous satellites, which include
Centennial (KAPA), Rocky Mountain Metro (KBJC), Northern Colorado Airport (KFNL), and the Colorado Air and Space Port (KCFO).
These satellite airports are not currently implemented in this rendition of the D01, however, they may be in the future.
D01 also covers Grand Junction (KGJT) and Pueblo (KPUB) as a detached section of the TRACON, however, this is not simulated in
this rendition due to the sheer size the TRACON would have to be.
All data in this is based on the FAA's data (AIRAC 2102) which it provides to the public for free. Minimum altitudes are based off
the real-world D01 MVA map (also provided to the public by the FAA).
## Airports
### `KDEN` Denver International Airport
Denver International (also known as DIA) is the largest airport in the U.S., with 4 north-south parallel runways and 2
east-west parallel runways. Denver is surrounded by the Rocky Mountains to the west, presenting an interesting challenge
when vectoring aircraft to and from the west. DIA is a hub airport for Frontier Airlines and United Airlines, dominating much of the traffic
at DIA. DIA is also a focus city for Southwest, and is serviced by every major U.S. airline. While KDEN is located underneath
Class B airspace in real life, this is not implemented.
#### STARs
In this version of KDEN, 4 STARs are implemented:
<ul>
<li>SSKII2 (southwest gate)</li>
<li>FLATI2 (northwest gate)</li>
<li>CLASH3 (southwest gate)</li>
<li>AALLE2 (northeast gate)</li>
</ul>
All aircraft will arrive inbound direct their gate. From there, you can click on the `APP` button. In order to select a
different runway transition, tap on the `APP` button again until the correct runway transition is selected.
##### A note on vector segments
In the real world, many of these STAR segments end on a vector track (airplanes continue to fly a specified heading).
However, this is not possible to implement in Endless ATC, so it is instead implemented by a 20 mile extension past the
final waypoint. You must vector these planes to final, or they may present a conflict later on if you forget about them!
You can recognize these as the turn-to-final is one greater than 90 degrees.
#### SIDs
In this version of KDEN, all RNAV SIDs are implemented that are RNAV-off-the-ground. Many of the SIDs at KDEN are vector-based
if the aircraft is taking off in the opposite direction of the departure gate (i.e. an EMMYS7 departure off of runway 25). For this reason, departures
in this rendition are a little easier than real life, but are still very interesting!
#### Runway Configurations
All runway configurations used at KDEN are implemented. Besides each runway configuration is a number called the "AAR."
This stands for "Arrival Acceptance Rate," and signifies how much traffic KDEN can accept in any given hour. Denver has the
highest AAR of any airport in the world!
__South Calm (Default Configuration)__ (114 AAR)
Arrive: 16L, 16R, 17R\
Depart: 8, 25, 17L\
Winds: 080-259 degrees, less than 10 kts
__North Calm__ (114 AAR)
Arrive: 34R, 35L, 35R\
Depart: 8, 25, 34L\
Winds: 260-079 degrees, less than 10 kts
__Northwest__ (152 AAR)
Arrive: 26, 34R, 35L, 35R\
Depart: 25, 34L\
Winds: 260-349 degrees, 11-25 kts
__Southwest__ (152 AAR)
Arrive: 26, 16L, 16R, 17R\
Depart: 25, 17L\
Winds: 170-259 degrees, 11-25 kts
__Southeast__ (152 AAR)
Arrive: 7, 16L, 16R, 17R\
Depart: 8, 17L\
Winds: 080-169 degrees, 11-25 kts
__Northeast__ (152 AAR)
Arrive: 7, 34R, 35L, 35R\
Depart: 8, 34L\
Winds: 350-079 degrees, 11-25 kts
__North All__ (114 AAR)
Arrive: 34R, 35L, 35R\
Depart: 34L, 34R\
Winds: 300-049 degrees, greater than 26 kts
__South All__ (114 AAR)
Arrive: 16R, 17L, 17R\
Depart: 16L, 17L\
Winds: 120-219 degrees, greater than 26 kts
__West All__ (48 AAR)
Arrive: 26, 25\
Depart: 25\
Winds: 220-299 degrees, greater than 26 kts
__East All__ (48 AAR)
Arrive: 7, 8\
Depart: 8\
Winds: 050-119 degrees, greater than 26 kts
__Honey Badger (Arrival Priority)__ (152 AAR)
Arrive: 16L, 16R, 35L, 35R\
Depart: 8, 25\
This configuration provides the highest arrival rates
__Honey Badger (Departure Priority)__ (48 AAR)
Arrive: 7, 26\
Depart: 34L, 34R, 17L, 17R\
This configuration provides the highest departure rates
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[airspace]
radius = 55
zoom = 50.0
elevation = 13
floor = 1500
descendaltitude = 9000
ceiling = 10000
above = 11000
transitionaltitude = 18000
speedrestriction = 5, 250
usa = true
metric = false
separation = 3
center = N41.7243425, W71.4296411
magneticvar = -14.1
beacons =
orw, N41.5564036, W71.9993533, 0, norwich
pvd, N41.7243425, W71.4296411, 0, providence
sey, N41.1674361, W71.5760861, 0, sandy point
put, N41.9554603, W71.8440947, 0, putnam
gon, N41.3304019, W72.0519847, 0, groton
mvy, N41.3962147, W70.6127158, 0, martha's vineyard
hto, N40.9189958, W72.3167044, 0, hampton
jordn, N41.03.16.92, W071.54.52.66, 0, jordan
lafay, N41.27.45.22, W071.43.16.43, 0, luh fay
boundary =
N42.05.52.55, W71.28.52.50
N42.03.10.48, W71.40.41.86
N41.59.41.55, W71.55.19.85
N41.48.05.86, W72.03.37.84
N41.46.09.87, W72.04.36.02
N41.36.21.35, W72.09.04.81
N41.34.11.28, W72.14.28.43
N41.28.57.71, W72.27.47.99
N41.20.05.61, W72.21.59.18
N41.07.26.74, W72.14.55.67
N41.04.34.77, W72.11.18.19
N41.02.57.54, W72.09.25.31
N40.48.40.61, W71.54.24.11
N40.45.56.70, W71.51.34.50
N40.57.48.09, W71.01.37.81
N41.07.34.18, W71.01.35.80
N41.26.00.68, W71.01.41.01
N41.31.06.44, W70.53.43.49
N41.33.45.06, W70.49.57.91
N41.42.05.13, W70.47.04.77
N41.47.48.80, W70.41.54.09
N41.54.17.74, W70.52.47.64
N41.53.30.57, W70.55.20.27
N41.54.09.74, W71.02.43.09
N42.00.52.05, W71.21.39.07
line1 =
N41.01504, W72.10190
N41.05146, W72.15127
N41.04678, W72.18389
N41.02407, W72.28745
N40.97217, W72.40898
N40.93379, W72.46133
N40.91479, W72.51660
N40.92134, W72.58086
N40.98604, W72.50977
N41.03853, W72.42739
N41.15303, W72.27412
N41.12554, W72.37256
N41.02700, W72.54365
N40.99185, W72.62510
N40.97207, W72.82881
line2 =
N40.77783, W72.76284
N40.79062, W72.67607
N40.82578, W72.55557
N40.87539, W72.42808
N40.89414, W72.33896
N41.06069, W71.90322
N41.04429, W72.00396
N41.01504, W72.10190
line3 =
N41.46675, W71.39307
N41.48525, W71.36533
N41.54229, W71.35449
N41.57183, W71.36431
N41.57056, W71.38398
N41.51504, W71.40342
N41.46675, W71.39307
line4 =
N41.44854, W70.67373
N41.37358, W70.76050
N41.35898, W70.82920
N41.32744, W70.78530
N41.37632, W70.50991
N41.41479, W70.52534
N41.45723, W70.61602
N41.44854, W70.67373
line5 =
N41.46938, W71.34624
N41.46460, W71.29092
N41.49194, W71.24141
N41.65430, W71.23203
N41.63823, W71.26445
N41.62002, W71.28018
N41.56050, W71.30747
N41.50630, W71.31816
N41.46938, W71.34624
line6 =
N41.32847, W70.06270
N41.31758, W70.08662
N41.28633, W70.23306
N41.24946, W70.05508
N41.26558, W69.97793
N41.29863, W69.98560
N41.39746, W70.04121
N41.37441, W70.04360
N41.32847, W70.06270
line7 =
N41.28516, W72.92471
N41.26587, W72.84717
N41.27578, W72.47939
N41.31216, W72.37104
N41.29165, W72.26528
N41.32612, W72.07388
N41.34106, W71.92993
N41.33550, W71.84238
N41.33091, W71.76929
N41.37896, W71.52285
N41.45371, W71.44380
N41.63330, W71.42656
N41.70273, W71.36367
N41.79531, W71.39014
N41.78623, W71.35918
N41.76226, W71.33062
N41.71987, W71.31074
N41.68125, W71.27109
N41.70654, W71.23379
N41.74404, W71.17832
N41.74570, W71.14873
N41.64111, W71.20430
N41.51641, W71.18843
N41.48940, W71.16855
N41.53809, W71.07979
N41.54854, W70.97422
N41.71484, W70.70112
N41.71011, W70.66646
N41.60811, W70.65537
N41.55830, W70.66807
N41.53423, W70.65713
N41.58247, W70.48135
N41.62690, W70.40469
N41.67734, W70.05952
N41.68398, W69.98677
N41.67715, W69.94863
N41.71045, W69.93384
N41.80786, W69.94160
N41.96128, W69.97788
N42.07832, W70.10894
N42.09712, W70.15986
N42.10103, W70.20352
N42.09121, W70.24106
N42.07104, W70.23652
N42.03511, W70.19624
N42.06279, W70.17256
N42.03013, W70.11025
N41.97969, W70.09004
N41.87231, W70.00610
N41.82617, W70.00142
N41.76987, W70.13501
N41.72896, W70.29546
N41.75728, W70.42666
N41.80332, W70.51470
N41.93862, W70.54893
N41.98706, W70.65615
N42.02158, W70.64521
N42.04043, W70.61768
N42.22886, W70.73828
N42.26494, W70.81797
N42.30000, W70.99673
N42.33110, W71.04619
N42.43198, W70.93047
N42.49663, W70.87090
N42.55259, W70.83115
N42.57036, W70.75186
N42.61665, W70.66143
N42.62324, W70.61294
N42.64971, W70.60415
N42.67178, W70.62397
N42.67397, W70.65483
N42.66460, W70.69687
N42.66929, W70.73569
N42.72124, W70.78135
[area1]
shape = polygon
altitude = 0
labelpos = N0.0, W0.0
points =
N42.03.10.48, W71.40.41.86
N42.00.35.84, W71.41.12.06
N41.50.42.31, W71.30.30.25
N41.46.41.57, W71.37.04.68
N41.46.09.87, W72.04.36.02
N41.48.05.86, W72.03.37.84
N41.59.41.55, W71.55.19.85
[area2]
shape = circle
altitude = 2100
name = X
radius = 1
labelpos = N41.52.54.07, W71.48.13.30
position = N0.0, W0.0
[area3]
shape = polygon
altitude = 0
labelpos = N0.0, W0.0
points =
N41.26.00.68, W71.01.41.01
N41.31.06.44, W70.53.43.49
N41.33.45.06, W70.49.57.91
N41.42.05.13, W70.47.04.77
N41.47.48.80, W70.41.54.09
N41.54.17.74, W70.52.47.64
N41.53.30.57, W70.55.20.27
N41.54.09.74, W71.02.43.09
N42.00.52.05, W71.21.39.07
N42.05.52.55, W71.28.52.50
N42.03.10.48, W71.40.41.86
N42.00.35.84, W71.41.12.06
N41.50.42.31, W71.30.30.25
N41.37.55.38, W71.01.06.94
N41.26.00.68, W71.01.41.01
[area4]
shape = circle
altitude = 1900
name = X
radius = 1
labelpos = N41.44.31.91, W70.54.40.05
position = N0.0, W0.0
[area5]
shape = polygon
altitude = 0
labelpos = N0.0, W0.0
points =
N41.46.09.87, W72.04.36.02
N41.36.21.35, W72.09.04.81
N41.34.11.28, W72.14.28.43
N41.20.46.46, W72.19.05.95
N41.17.36.80, W72.17.34.26
N41.20.01.55, W72.10.11.89
N41.22.29.41, W71.25.29.04
N41.38.51.06, W71.25.29.60
N41.36.52.97, W71.19.17.43
N41.36.30.33, W71.19.11.80
N41.35.54.25, W71.18.54.37
N41.35.23.43, W71.18.34.52
N41.35.01.52, W71.18.17.01
N41.34.20.18, W71.17.33.84
N41.33.56.96, W71.17.02.78
N41.33.22.05, W71.15.59.36
N41.33.05.77, W71.15.19.41
N41.32.54.52, W71.14.42.09
N41.32.44.45, W71.13.57.16
N41.32.38.67, W71.13.14.00
N41.32.35.78, W71.12.36.56
N41.32.36.04, W71.11.49.00
N41.32.40.81, W71.10.55.26
N41.32.49.37, W71.10.10.77
N41.32.58.29, W71.09.33.60
N41.37.55.38, W71.01.06.94
N41.50.42.31, W71.30.30.25
N41.46.41.57, W71.37.04.68
[area6]
shape = circle
altitude = 2000
name = X
radius = 1
labelpos = N41.32.22.46, W71.45.32.46
position = N0.0, W0.0
[area7]
shape = circle
altitude = 0
labelpos = N0.0, W0.0
radius = 3.0
position = N41.24.55.25, W72.11.39.60
[area8]
shape = circle
altitude = 2500
name = X
radius = 1
labelpos = N41.25.12.39, W72.13.13.54
position = N0.0, W0.0
[area9]
shape = circle
altitude = 0
labelpos = N0.0, W0.0
radius = 3.0
position = N41.52.12.12, W71.17.40.72
[area10]
shape = circle
altitude = 2100
name = X
radius = 1
labelpos = N41.53.02.25, W71.19.55.57
position = N0.0, W0.0
[airport1]
name = Providence T.F. Green Airport
code = KPVD
climbaltitude = 4000
runways =
rwy5, 5, N41.710270, W71.437944, 32.2, 8700
rwy16, 16, N41.731669, W71.432184, 141.6, 6081, 565, 0
sids =
jumpr, N41.10.15.34, W071.14.49.50, jumper
put
entrypoints =
230, jordn
280, orw
airlines =
aal, 7, b738/a320, american, sw
jia, 10, crj7/crj9, blue streak, sw
dal, 5, b738/a321, delta, sw
jbu, 5, a320/a321, jet blue, sw
ups, 6, b752, u p s, sw
fdx, 6, b752, fed ex, sw
wig, 4, c208, wiggins, sw
aca, 6, a320, air canada, w
[airport2]
name = Groton-New London Airport
code = GN
runways =
rwy15gon, 15, N41.333120, W72.053016, 135.0, 4000
rwy5gon, 5, N41.325054, W72.048004, 34.0, 5000
traffic = 5
inboundbeacon = gon
airlines =
n-12345, 10, c750/c172/p28a/tbm8
sids =
sey
put
orw
mvy
hto
[airport3]
name = New Bedford Regional Airport
code = EW
runways =
rwy14ewb, 14, N41.680300, W70.963923, 128.5, 5000
rwy5ewb, 5, N41.671290, W70.964954, 38.4, 5400
traffic = 5
inboundbeacon = pvd
airlines =
n-12345, 10, c750/c172/p28a/tbm8
sids =
sey
put
orw
mvy
hto
[configurations]
config1 =
0, rwy5, landstart, 050, nosid
0, rwy16, landrev
0, rwy5ewb, landstart, 050, nosid
0, rwy5gon, landstart, 050, nosid
config2 =
0, rwy5, landstartrev, 230, nosid
0, rwy5ewb, landstartrev, 230, nosid
0, rwy5gon, landstartrev, 270, nosid
config3 =
0, rwy16, landstart, 160, nosid
0, rwy14ewb, landstart, 180, nosid
0, rwy15gon, landstartrev, 090, nosid
config4 =
0, rwy5, landstart, 050, nosid
0, rwy16, landrev
0, rwy14ewb, landrev
0, rwy15gon, landstartrev, 330, nosid
[approach1]
runway = rwy5
beacon = orw
route1 =
142
N41.5564036, W71.999353
N41.29.22.03, W071.48.01.95
N41.27.45.22, W071.43.16.43
end, 129
[approach2]
runway = rwy5, rev
beacon = orw
route1 =
142
N41.5564036, W71.9993533
N41.29.22.03, W071.48.01.95
N41.37.11.58, W071.39.09.45
N41.46.44.52, W071.30.42.26
N41.49.57.59, W071.27.59.91
end, 047
[approach3]
runway = rwy5
beacon = jordn
route1 =
081
N41.03.16.92, W071.54.52.66
N41.21.40.67, W071.25.27.20
end, 015
[approach4]
runway = rwy5, rev
beacon = jordn
route1 =
081
N41.03.16.92, W071.54.52.66
N41.21.40.67, W071.25.27.20
end, 015
[approach5]
runway = rwy5gon, rev
beacon = orw
route1 =
137
N41.5564036, W71.9993533
N41.30.08.10, W071.53.20.71, 2100
6.0, 2000, 250
[approach6]
runway = rwy5gon, rev
beacon = jogil, N41.30.08.10, W071.53.20.71, 0, joe gill
route1 =
228
N41.30.08.10, W071.53.20.71, 2100
6.0, 2000, 250
[approach7]
runway = rwy5gon, rev
beacon = lafay, N41.27.45.22, W071.43.16.43, 0, lafay
route1 =
302
N41.27.45.22, W071.43.16.43
N41.30.08.10, W071.53.20.71, 2100
6.0, 2000, 250
[approach8]
runway = rwy5gon, rev
beacon = pvd
route1 =
251
N41.43.25.46, W071.25.54.17
N41.30.08.10, W071.53.20.71, 2100
6.0, 2000, 250
[approach9]
runway = runway15gon, rev
beacon = jordn
route1 =
045
N41.03.16.92, W071.54.52.66
N41.09.47.61, W071.49.44.10, 2000
5.7, 1900, 250
[approach10]
runway = runway15gon, rev
beacon = sufok, N41.09.47.61, W071.49.44.10, 0, suh fock
route1 =
329
N41.09.47.61, W071.49.44.10, 2000
5.7, 1900, 250
[approach11]
runway = runway15gon, rev
beacon = sey
route1 =
283
N41.1674361, W71.5760861
N41.09.47.61, W071.49.44.10, 2000
5.7, 1900, 250
[approach12]
runway = rwy5ewb
beacon = bonni, N41.32.07.22, W071.06.30.45, 0, bonnie
route1 =
054
N41.32.07.22, W071.06.30.45, 2100
4.4, 1500, 250
[approach13]
runway = rwy5ewb
beacon = rodme, N41.27.00.56, W071.02.19.17, 0, rod me
route1 =
344
N41.27.00.56, W071.02.19.17
N41.32.07.22, W071.06.30.45, 2100
4.4, 1500, 250
[approach14]
runway = rwy5ewb
beacon = cepig, N41.34.00.30, W071.14.05.68, 0, sea pig
route1 =
124
N41.34.00.30, W071.14.05.68
N41.32.07.22, W071.06.30.45, 2100
4.4, 1500, 250
[approach15]
runway = rwy5ewb
beacon = pvd
route1 =
153
N41.43.25.46, W071.25.54.17
N41.34.00.30, W071.14.05.68
N41.32.07.22, W071.06.30.45, 2100
4.4, 1500, 250
[approach16]
runway = rwy14ewb
beacon = lafay
route1 =
072
N41.27.45.22, W071.43.16.43
N41.42.00.61, W071.14.53.39, 3200, 210
N41.47.30.24, W071.09.05.43
4.3, 1600, 210
[approach17]
runway = rwy14ewb
beacon = zisga, N41.42.00.61, W071.14.53.39, 0, zis gah
route1 =
054
N41.42.00.61, W071.14.53.39, 3200, 210
N41.47.30.24, W071.09.05.43
4.3, 1600, 210
[approach18]
runway = rwy14ewb
beacon = cirir, N41.47.30.24, W071.09.05.43, 0, cirir
route1 =
144
N41.47.30.24, W071.09.05.43, 3200
4.3, 1600, 250
[approach19]
runway = rwy14ewb
beacon = ogfig, OGFIG, 0, ogg fig
route1 =
234
N41.52.12.54, W071.04.06.39, 3200, 210
N41.47.30.24, W071.09.05.43
4.3, 1600, 210
[approach20]
runway = rwy16, rev
beacon = orw
route1 =
142
N41.5564036, W71.999353
N41.29.22.03, W071.48.01.95
N41.27.45.22, W071.43.16.43
end, 129
[approach21]
runway = rwy16
beacon = orw
route1 =
142
N41.5564036, W71.9993533
N41.29.22.03, W071.48.01.95
N41.37.11.58, W071.39.09.45
N41.46.44.52, W071.30.42.26
N41.49.57.59, W071.27.59.91
end, 047
+41
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@@ -0,0 +1,41 @@
# PVD ATCT/TRACON (Version 1.0)
This is a recreation of the real-world FAA facility PVD for [Endless ATC](https://steamcommunity.com/app/666610).
The PVD ATCT/TRACON in the real-world covers the Providence International Airport (KPVD) and its surrounding satellites,
New Bedford (KEWB) and Groton-New London (KGON).
All data in this is based on the FAA's data (AIRAC 2102) which it provides to the public for free. Minimum altitudes are based off
the real-world PVD MVA map (also provided to the public by the FAA).
## Airports
### `KPVD` T.F. Green International Airport
T. F. Green International Airport is a public international airport in Warwick, Rhode Island, United States, 6 miles
south of the state's capital and largest city of Providence. Opened in 1931, the airport was named for former Rhode Island
governor and longtime senator Theodore Francis Green. While KPVD is located underneath Class C airspace in real life,
this is not implemented.
### `KEWB` New Bedford Regional Airport
New Bedford Regional Airport is a Part 139 Commercial-Service Airport, municipally-owned and available for public use.
The airport is located three nautical miles northwest of the City of New Bedford, a city in Bristol County,
Massachusetts, United States.
### `KGON` Groton-New London Airport
GrotonNew London Airport is a state-owned public-use airport located three nautical miles southeast of the central
business district of Groton, a town in New London County, Connecticut, United States.
#### STARs
In this version of PVD, all 2 STARs are implemented:
<ul>
<li>WIPOR2 (at ORW)</li>
<li>JORDN2</li>
</ul>
All aircraft will arrive inbound direct their gate. From there, you can click on the `APP` button to put them on the
STAR transition.
##### A note on vector segments
On the JORDN2 arrival, all aircraft leave the final fix (MINNK) on a 015 heading regardless of the runway configuration.
In a land 16/23 config, aircraft will be on a right base for runway 23 on the WIPOR3 arrival. In the land 5/34 config, aircraft
will be put on a 10 mile left base for runway 5.
#### SIDs
There are no SIDs at PVD. All aircraft will leave the PVD airspace via PUT or JUMPR.