Download Arr_dep_trans

DCL filed flight plans using a STAR must contain a published STAR transition or if intercepting
the STAR then the filed intercept fix must be within the transition phase prior to the start of the
actual procedure. Additionally, if a STAR has notated optimum profile descent (OPD)
procedures, then a published STAR transition must be filed in the flight plan.
ARRIVAL PROCEDURE rules (draft)
With the FP coming in as:
..WPT.WPT..TRANS.STAR.DestAPT
When the uplink contents are to include:
routeinformation (ending with LastWPT) and
procedurearrival (containing ARR, uSTAR, uTRANS)
1) If TRANS.STAR is listed in the DB as a named procedure under that Destination Airport, send uplink
with:
a) LastWPT = the First fix in the 424 DB sequ
ence associated with TRANS.STAR
b) uSTAR = STAR, uTRANS = TRANS
note: this covers cases where TRANS.STAR is ALB.SHAFF7, BAF.SHAFF7, GEE.SHAFF7, LMT.TUDOR2, etc
2) If not, but TRANS is the same as the STAR name minus the last character of the STAR (eg
TUDOR.TUDOR2, SHAFF.SHAFF7), or TRANS is the first fix in the "ALL" ie base leg/common) transition for
that STAR (eg SWR.FLUNK3, PIECH.TUDOR2, FLOSI.SHAFF7), send uplink with:
a) LastWPT = first fix in the "ALL" (ie base leg/common) transition for that STAR
b) uSTAR = STAR
c) uTRANS = blank (no transition in proceduredeparture)
If not, ERROR/Unable list
{end}
Should there be a desire to work within the current DTAP limitation of not importing the ALL/base
leg/common transition entries from the 424 DB, a partial solution would be to replace Requirement 2
with the following:
2) If not, but TRANS is the end/last fix in the 424 DB of transitions for any named transition associated
with the STAR, send uplink with:
a) LastWPT = TRANS
b) uSTAR = STAR
c) uTRANS = blank (no transition in proceduredeparture)
note: this covers cases where TRANS.STAR is FLOSI.SHAFF7, PIECH.TUDOR2, etc
Such a solution would eliminate filings with SWC.FLUNK3 (procedures with only an ALL transition), or
TUDOR.TUDOR2, SHAFF.SHAFF7, etc (procedures with the transition name different than the transition
fix) from being DCL eligible.
See Arinc 424 arrival procedure entry example below.
SAMPLE 424 DB ARRIVAL PROCEDURE records
SUSAP KSMFK2ETUDOR21LKV 010LKV K1D 0V
IF
SUSAP KSMFK2ETUDOR21LKV 020OXIHUK2EA0E
TF
SUSAP KSMFK2ETUDOR21LKV 030OWLEKK2EA0E
TF
SUSAP KSMFK2ETUDOR21LKV 040EWOKSK2EA0E
TF
SUSAP KSMFK2ETUDOR21LKV 050LOMBOK2EA0E
TF
SUSAP KSMFK2ETUDOR21LKV 060BOWLSK2EA0E H TF
SUSAP KSMFK2ETUDOR21LKV 070PIECHK2EA0EE TF
SUSAP KSMFK2ETUDOR21LMT 010LMT K1D 0V
IF
SUSAP KSMFK2ETUDOR21LMT 020OWLEKK2EA0E
TF
SUSAP KSMFK2ETUDOR21LMT 030EWOKSK2EA0E
TF
SUSAP KSMFK2ETUDOR21LMT 040LOMBOK2EA0E
TF
SUSAP KSMFK2ETUDOR21LMT 050BOWLSK2EA0E H TF
SUSAP KSMFK2ETUDOR21LMT 060PIECHK2EA0EE TF
SUSAP KSMFK2ETUDOR21RBL 010RBL K2D 0V
IF
SUSAP KSMFK2ETUDOR21RBL 020PUJWOK2EA0E
TF
SUSAP KSMFK2ETUDOR21RBL 030PIECHK2EA0EE TF
SUSAP KSMFK2ETUDOR22ALL 010PIECHK2EA0E
IF
SUSAP KSMFK2ETUDOR22ALL 020TUDORK2EA0EE TF
SUSAP KSMFK2EFLUNK32ALL 010SWR K2D 0V
IF
SUSAP KSMFK2EFLUNK32ALL 020FLUNKK2EA0E
TF
SUSAP KSMFK2EFLUNK32ALL 030TENCOK2EA0E
TF
SUSAP KSMFK2EFLUNK32ALL 040KSMF K2PA0AE VM
SUSAP KSMFK2ECCR2 2ALL 010CCR K2D 0V
IF
SUSAP KSMFK2ECCR2 2ALL 020ISYOHK2EA0E
TF
SUSAP KSMFK2ECCR2 2ALL 030ELKOEK2EA0E
TF
SUSAP KSMFK2ECCR2 2ALL 040KSMF K2PA0AE VM
18000
18500650
18500700
1590
15900240
15900270
15900160
18000
16301030
1590
15900240
15900270
15900160
18000
13300500
13300090
18000
1590
18000
23600360
23600190
2550
18000
0200
3540
3400
000121202
000131202
000141202
000151202
000161202
000171202
000181202
000191202
000201202
000211202
000221202
000231202
000241202
000251202
000261202
000271202
000281202
000291202
812330804
812340804
812350804
812360804
000041212
000051212
000061212
000071212
Green (LKV.TUDOR2), blue (LMT.TUDOR2) and purple (RBL.TUDOR2) are named transitions.
Red (aka base leg, common part, ALL or TUDOR.TUDOR2) not currently imported from 424 DB into DTAP
data.
From above:
SUSAP KSMFK2ETUDOR21RBL 010RBL K2D 0V
IF
18000
000251202
TUDOR2 is the procedure arrival name, the first RBL is the procedure transition name, and the second
RBL is the initial transition fix
SUSAP KSMFK2ETUDOR21RBL 030PIECHK2EA0EE TF
13300090
000271202
RBL is the procedure transition name, PIECH is the end fix for the RBL transition (which is also always the
base leg start/common point)
DEPARTURE PROCEDURE rules (draft)
With the FP coming in as:
DeptAPT SID TRANS WPT..
With no SID in the FP, the controller may select cSID and cTRANS
When the uplink contents are to include:
routeinformation (starting with FirstWPT) and/or
proceduredeparture (containing DEP, uSID, uTRANS)
1) SID is present in the adaptation (an entry in the DTAP local SID file)
If TRANS is a listed transition for that SID, then
a) FirstWPT = TRANS
b) uSID = SID, uTRANS = TRANS
If not, (TRANS is not a listed transition for that SID) but TRANS is a valid waypoint/fix, then
a) FirstWPT = TRANS
b) uSID = SID, uTRANS = blank (no departure transition)
note: this is the case when the users agree to file the SID and the name of the departure fix
or more properly,
a) FirstWPT = last waypoint in the RW transition procedure for that SID
b) uSID = SID, uTRANS = blank (no departure transition)
2) SID is not an adapted departure procedure, then set CHI to controller selectable cSID, cTRANS
If Controller selects cSID=None, then
a) FirstWPT = SID (first element in the FP after airport)
b) uSID / uTRANS not applicable (no proceduredeparture, no departuretrans)
If Controller selects cSID<>None and cTRANS=None
a) FirstWPT = SID (first element in the FP after airport)
b) uSID = cSID, uTRANS = blank (no departure transition)
note: this is the case when there's no SID in the FP, but the controller selections EWR1, none transition. EWR1 no transition is
equivalent to the EWR1.EWR charted procedure (knowing EWR is not the departure fix). EWR1 should be adapted to have
EWR1 SID with no listed transitions (because while EWR is the name of the charted NONE transition, its not the name of the
transition fix)
If Controller selects SID<>None and TRANS<>None
a) FirstWPT = cTRANS
b) uSID = cSID, uTRANS = cTRANS
note: this case is when there's no SID in the FP, but controller selections CHLDR1, CHLDR or
CHLDR1, ANSWA. CHLDR1 should be adapted to have CHLDR1 SID with CHLDR and ANSWA as listed transitions.
SAMPLE 424 DB Departure Procedure records
SUSAP KEWRK6DPORTT24RW22B 010
0
VA
2188
+ 00518 18000
SUSAP KEWRK6DPORTT24RW22B 020BAGGAK6EA0E 010DF
SUSAP KEWRK6DPORTT24RW22B 030PORTTK6EA0EE 010TF
26130050
SUSAP KEWRK6DPORTT26BIGGY 010PORTTK6EA0E 010IF
18000
SUSAP KEWRK6DPORTT26BIGGY 020RIETAK6EA0E 010TF
28230053
SUSAP KEWRK6DPORTT26BIGGY 030SBJ K6D 0V 010TF
28160152
SUSAP KEWRK6DPORTT26BIGGY 040BIGGYK6EA0EE 010TF
24020144
SUSAP KEWRK6DPORTT26ELIOT 010PORTTK6EA0E 010IF
18000
SUSAP KEWRK6DPORTT26ELIOT 020SIRLYK6EA0E 010TF
31550066
SUSAP KEWRK6DPORTT26ELIOT 030FENLYK6EA0E 010TF
30880077
SUSAP KEWRK6DPORTT26ELIOT 040ELIOTK6EA0EE 010TF
29800265
SUSAP KEWRK6DPORTT26LANNA 010PORTTK6EA0E 010IF
18000
SUSAP KEWRK6DPORTT26LANNA 020RIETAK6EA0E 010TF
28230053
SUSAP KEWRK6DPORTT26LANNA 030SBJ K6D 0V 010TF
28160152
SUSAP KEWRK6DPORTT26LANNA 040LANNAK6EA0EE 010TF
27700132
SUSAP KEWRK6DPORTT26PARKE 010PORTTK6EA0E 010IF
18000
SUSAP KEWRK6DPORTT26PARKE 020RIETAK6EA0E 010TF
28230053
SUSAP KEWRK6DPORTT26PARKE 030SBJ K6D 0V 010TF
28160152
SUSAP KEWRK6DPORTT26PARKE 040PARKEK6EA0EE 010TF
30460164
SUSAP KMEMK7DCHLDR14RW09 010
0
VM
0910
SUSAP KMEMK7DCHLDR14RW09 020CHLDRK4EA0EE 010DF
SUSAP KMEMK7DCHLDR14RW18C 010
0
VI
1780
SUSAP KMEMK7DCHLDR14RW18C 020CHETOK7EA0E 010CF MEM K7
SUSAP KMEMK7DCHLDR14RW18C 030MUDHOK7EA0E 010TF
SUSAP KMEMK7DCHLDR14RW18C 040NIXOEK7EA0E 010TF
SUSAP KMEMK7DCHLDR14RW18C 050CHLDRK4EA0EE 010TF
SUSAP KMEMK7DCHLDR14RW18L 010
0
VI
1780
SUSAP KMEMK7DCHLDR14RW18L 020CHETOK7EA0E 010CF MEM K7
SUSAP KMEMK7DCHLDR14RW18L 030MUDHOK7EA0E 010TF
SUSAP KMEMK7DCHLDR14RW18L 040NIXOEK7EA0E 010TF
SUSAP KMEMK7DCHLDR14RW18L 050CHLDRK4EA0EE 010TF
SUSAP KMEMK7DCHLDR14RW18R 010
0
VI
1780
SUSAP KMEMK7DCHLDR14RW18R 020CHETOK7EA0E 010CF MEM K7
SUSAP KMEMK7DCHLDR14RW18R 030MUDHOK7EA0E 010TF
SUSAP KMEMK7DCHLDR14RW18R 040NIXOEK7EA0E 010TF
SUSAP KMEMK7DCHLDR14RW18R 050CHLDRK4EA0EE 010TF
SUSAP KMEMK7DCHLDR14RW27 010
0
VM
2710
SUSAP KMEMK7DCHLDR14RW27 020CHLDRK4EA0EE 010DF
SUSAP KMEMK7DCHLDR14RW36C 010
0
VI
3580
SUSAP KMEMK7DCHLDR14RW36C 020BEEALK7EA0E 010CF MEM K7
SUSAP KMEMK7DCHLDR14RW36C 030PRYMDK4EA0E 010TF
SUSAP KMEMK7DCHLDR14RW36C 040RICKXK4EA0E 010TF
SUSAP KMEMK7DCHLDR14RW36C 050CHLDRK4EA0EE 010TF
SUSAP KMEMK7DCHLDR14RW36L 010
0
VI
3580
SUSAP KMEMK7DCHLDR14RW36L 020BEEALK7EA0E 010CF MEM K7
SUSAP KMEMK7DCHLDR14RW36L 030PRYMDK4EA0E 010TF
SUSAP KMEMK7DCHLDR14RW36L 040RICKXK4EA0E 010TF
SUSAP KMEMK7DCHLDR14RW36L 050CHLDRK4EA0EE 010TF
SUSAP KMEMK7DCHLDR14RW36R 010
0
VI
3580
SUSAP KMEMK7DCHLDR14RW36R 020BEEALK7EA0E 010CF MEM K7
SUSAP KMEMK7DCHLDR14RW36R 030PRYMDK4EA0E 010TF
SUSAP KMEMK7DCHLDR14RW36R 040RICKXK4EA0E 010TF
SUSAP KMEMK7DCHLDR14RW36R 050CHLDRK4EA0EE 010TF
SUSAP KMEMK7DCHLDR16ANSWA 010CHLDRK4EA0E
IF
SUSAP KMEMK7DCHLDR16ANSWA 020ANSWAK4EA0EE 010TF
18000
18000
1971004620960036D
26900047
26440059
26430285
18000
1971004621220037D
26900047
26440059
26430285
18000
1971004620000036D
26900047
26440059
26430285
18000
18000
3397008232250051D
27110051
24320053
24430306
18000
3397008233000051D
27110051
24320053
24430306
18000
3397008232250054D
27110051
24320053
24430306
18000
25850490
000111006
000121006
000131006
000141006
000151006
000161006
000171006
000181006
000191006
000201006
000211006
000221006
000231006
000241006
000251006
000261006
000271006
000281006
000291006
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
G 1204
SUSAP KTEBK6DRUUDY45RW24
SUSAP KTEBK6DRUUDY45RW24
SUSAP KTEBK6DRUUDY45RW24
SUSAP KTEBK6DRUUDY45RW24
SUSAP KTEBK6DRUUDY45RW24
010
0
VI
2402
18000
020WENTZK6EA0E 010CF LGA K6 2902013026010028D
030TASCAK6EA0E 010TF
28000020 A02000
040RUUDYK6EA0EY 010TF
28430038
050
0 E VM
2800
000051210
01500
000061210
000071210
000081210
000091210