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Basic Honeycomb Bravo Throttle Configuration
I have just configured mine, for MSFS, but it should be the same for P3D.
This is how I did it.
Note that this provides basic assignments using the standard FS controls. This should work for many aircraft, especially default GA aircraft, but for aircraft where the standard FS controls don't work you will ned to override these dedault assignments by using profile-specific assignments for the aircraft.
First, you need the following lua file:
Save that file to your FSUIPC7/6 installation folder. This will give the two rotaries on the Bravo fast/slow support. To use this, you need to have it auto-ran. To do this, add it to your [Auto] section of your FSUIPC7.ini, or create if not there, e.g.
[Auto]
1=Lua RotariesThis will convert the rotaries physical buttons to virtual buttons. With this, you don't want to see the physical button presses registered in the assignments UI. To prevent this, add the following line to your [Buttons] section of your FSUIPC7.ini file:
IgnoreThese=B.12, B.13, B.21, B.22NB. My Bravo is assigned the letter B. If yours is different, change the letter to the one you are using.
Next, you need to add the assignments. You can use the following i.e. copy and paste to your [Buttons] section. When you have done this, you will need to adjust the index numbers (i.e. first number on each line) to make sure that they are all unique (and better consecutive). Also, you again need to change the B in the (+B,??) bit to the letter you are using.
58=CP(+B,18)64,0,C65879,0 -{HEADING_BUG_INC}-
59=CU(+B,18)64,0,C65879,0 -{HEADING_BUG_INC}-
60=CP(+B,18)64,1,C1025,0 -{heading bug inc fast}-
61=CP(+B,18)64,2,C65880,0 -{HEADING_BUG_DEC}-
62=CU(+B,18)64,2,C65880,0 -{HEADING_BUG_DEC}-
63=CP(+B,18)64,3,C1024,0 -{heading bug dec fast}-
64=CP(+B,16)64,0,C65897,0 -{AP_SPD_VAR_DEC}-
65=CU(+B,16)64,0,C65897,0 -{AP_SPD_VAR_DEC}-
66=CP(+B,16)64,1,C1020,0 -{ap spd var dec fast}-
67=CP(+B,16)64,2,C65896,0 -{AP_SPD_VAR_INC}-
68=CU(+B,16)64,2,C65896,0 -{AP_SPD_VAR_INC}-
69=CP(+B,16)64,3,C1021,0 -{ap spd var inc fast}-
70=CP(+B,17)64,0,C65662,0 -{VOR1_OBI_DEC}-
71=CU(+B,17)64,0,C65662,0 -{VOR1_OBI_DEC}-
72=CP(+B,17)64,1,C1026,0 -{vor1 obi dec fast}-
73=CP(+B,17)64,2,C65663,0 -{VOR1_OBI_INC}-
74=CU(+B,17)64,2,C65663,0 -{VOR1_OBI_INC}-
75=CP(+B,17)64,3,C1027,0 -{vor1 obi inc fast}-
76=CP(+B,19)64,0,C65895,0 -{AP_VS_VAR_DEC}-
77=CU(+B,19)64,0,C65895,0 -{AP_VS_VAR_DEC}-
78=CP(+B,19)64,1,C1022,0 -{ap vs var dec fast}-
79=CP(+B,19)64,2,C65894,0 -{AP_VS_VAR_INC}-
80=CU(+B,19)64,2,C65894,0 -{AP_VS_VAR_INC}-
81=CP(+B,19)64,3,C1023,0 -{ap vs var inc fast}-
82=CP(+B,20)64,0,C65893,0 -{AP_ALT_VAR_DEC}-
83=CU(+B,20)64,0,C65893,0 -{AP_ALT_VAR_DEC}-
84=CP(+B,20)64,1,C1016,0 -{ap alt var dec fast}-
85=CP(+B,20)64,2,C65892,0 -{AP_ALT_VAR_INC}-
86=CU(+B,20)64,2,C65892,0 -{AP_ALT_VAR_INC}-
87=CP(+B,20)64,3,C1017,0 -{ap alt var inc fast}-For the trim wheel, you can also use these:
52=P64,6,Cx32000BC0,x3FFF0018 -{offset sword increment, offset 0BC0 (Incr=24, Limit=16383)}-
53=P64,7,Cx32000BC0,x3FFF0032 -{offset sword increment, offset 0BC0 (Incr=50, Limit=16383)}-
54=P64,4,Cx42000BC0,xC0010018 -{offset sword decrement, offset 0BC0 (Decr=24, Limit=-16383)}-
55=P64,5,Cx42000BC0,xC0010032 -{offset sword decrement, offset 0BC0 (Decr=50, Limit=-16383)}-
56=U64,7,Cx32000BC0,x3FFF0032 -{offset sword increment, offset 0BC0 (Incr=50, Limit=16383)}-
57=U64,5,Cx42000BC0,xC0010032 -{offset sword decrement, offset 0BC0 (Decr=50, Limit=-16383)}-Note you can speed up the trim wheel by changing the delta (incr/decr) value - this is the last four digits in the assignment parameter(not in the comment!), e.g. for the first entry, increase 18 (which is hex for decimal 24) to 30 (hex for 48):
52=P64,6,Cx32000BC0,x3FFF0030 -{offset sword increment, offset 0BC0 (Incr=48, Limit=16383)}-
Hope that helps.
John