arcc a écrit:Bonsoir
Les deux instruments sont compatibles FSX/P3D et XPlane, on peut même enlever les bezels pour les cockpits hardware comme le tien.
Je rebondis sur les messages précèdent. Ton HSI est vraiment superbe, par contre, si j'ai bien reussi à enlever le "Bezel" et les vis, je ne sais pas comment retirer les deux "boutons" (dialhsi et headingbug) dans le script.
J'ai trouver les lignes
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-- DIAL ADD --
dial_OBS = dial_add("dialhsi.png", 18, 368, 85, 85, new_obs)
dial_BUG = dial_add("headingbug.png", 409, 368, 85, 85, new_heading)
dial_click_rotate(dial_OBS, 5)
dial_click_rotate(dial_BUG, 5)
On peux les retirer dans le script ou je dois faire une image transparente (en blanc pur ) avec "Skinman" enregistré en .png with alpha.
A+
Christian
Merci Christian
Oui c'est ça il suffit de mettre les quatres lignes suivantes en commentaire en rajoutant deux
-- devant chaque ligne.
C'est grossier, mais ça marche.
Je n'ai pas mis cette version de code "customisée" en ligne sur le store, alors la voici spécialement pour vous:
la variable "display_dials" a été rajoutée dans la section customisation, il suffit de la mettre à false pour que les boutons disparaissent également.
Il suffit de copier ce code et de le remplacer intégralement dans le script d'origine.
- Code: Tout sélectionner
---------------------------------------------------------------
-- BENDIX/KING CROWN SILVER KING SERIE --
-- KI525A HSI (ELECTRICAL) --
-- version 1.3a
-- (fixed loc Scale position at startup)
-- (new variable to display or not the Bezel)
-- J. ZAHAR 04/2016 --
-- based on original by MacnFly (Thanks Mac!) --
-- Modeled using the user manual of the real instrument --
-- includes failure flags when power OFF --
-- FSX and Xplane version
---------------------------------------------------------------
---------------------------------------------------------------
-- DISPLAY VARIABLES SECTION --
-- Set to True or False according to taste --
---------------------------------------------------------------
display_frame=false -- displays the rectangular frame
display_screws=false -- displays the mounting screws
display_bezel=false -- displays the external bezel
display_dials=false -- displays the dials
FSX_HSI_source=0 -- NAV source for the HSI (FSX only!)--> 0:NAV1, 1:NAV2, 2:GPS (no GS)
gyro_spinup_duration=15000 -- time (in msec) before elec gyro is at full speed when master switch has been switched ON (default 10-15 sec)
---------------------------------------------------------------
-- END OF DISPLAY VARIABLES SECTION --
-- DO NOT MODIFIY CODE PAST THIS POINT !!! --
---------------------------------------------------------------
-- Global variables
is_failed=false
gbl_cur_hdef=0
gbl_cur_vdef=119
gbl_cur_bearing=0
gbl_target_hdef=0
gbl_target_vdef=20
gbl_target_bearing=0
gbl_factor1= 0.25
gbl_factor2= 0.25
gbl_factor3= 0.3
-- DIAL FUNCTIONS --
function new_obs(obsset)
if obsset == -1 then
if FSX_HSI_source==0 then --NAV1
xpl_command("sim/radios/obs1_down")
fsx_event("VOR1_OBI_DEC")
end
if FSX_HSI_source==1 then -- NAV2
xpl_command("sim/radios/obs2_down")
fsx_event("VOR2_OBI_DEC")
end
if FSX_HSI_source==2 then -- GPS
xpl_command("sim/radios/obs1_down")
fsx_event("VOR1_OBI_DEC")
end
elseif obsset == 1 then
if FSX_HSI_source==0 then
xpl_command("sim/radios/obs1_up")
fsx_event("VOR1_OBI_INC")
end
if FSX_HSI_source==1 then
xpl_command("sim/radios/obs2_up")
fsx_event("VOR2_OBI_INC")
end
if FSX_HSI_source==2 then
xpl_command("sim/radios/obs1_up")
fsx_event("VOR1_OBI_INC")
end
end
end
function new_heading(headingset)
if headingset == -1 then
xpl_command("sim/autopilot/heading_down")
fsx_event("HEADING_BUG_DEC")
elseif headingset == 1 then
xpl_command("sim/autopilot/heading_up")
fsx_event("HEADING_BUG_INC")
end
end
-- GRAPHICS --
if display_frame==true then
img_add_fullscreen("HSI_background frame.png")
end
img_add_fullscreen("HSI_background.png")
img_rose = img_add_fullscreen("HSI_compas rose.png")
img_bug = img_add_fullscreen("HSI_headingbug.png")
img_neddle = img_add_fullscreen("HSI_Needle arrow.png")
img_center_to = img_add_fullscreen("HSI_to flag.png")
img_center_from = img_add_fullscreen("HSI_from flag.png")
img_center = img_add_fullscreen("HSI_loc scale.png")
img_center_neddle = img_add_fullscreen("HSI_Needle center.png")
img_hdg_flag = img_add_fullscreen("HSI_flag HDG right.png")
img_nav_flag = img_add_fullscreen("HSI_flag NAV left.png")
img_add_fullscreen("HSI_inner bezel.png")
img_glideslope_markers = img_add_fullscreen("HSI_ILS bugs.png")--,0,-100,512,512)
img_add_fullscreen("HSI_inner bezel2.png")
if display_screws==true then
img_add_fullscreen("HSI_Bezel ext.png")
end
if display_screws==true then
img_add_fullscreen("HSI_screws.png")
end
--img_add_fullscreen("HSIguidelines.png")--guidelines (used for debugging)
-- Default visibility --
visible(img_hdg_flag, false)
visible(img_nav_flag, false)
-- FUNCTIONS --
function removes_HDG_flag() -- removes NAV flag after gyro_spinup_duration
visible(img_hdg_flag, false)
end
function PT_hsi(heading,source,crs,nav1hdef,nav2hdef,gpshdef,nav1vdef,nav2vdef,
gpsvdef,nav1display,nav2display, glideslopeflag, headingbug, nav1_fromto, nav2_fromto, gps_fromto, failed,has_power)
-- HDG flag
if (failed==1 or has_power==0) then --partial panel failure or master switch is off or main electrical bus is off
visible(img_hdg_flag,true)-- show HDG flag immediately
visible(img_nav_flag, true )
is_failed=true --instrument is off
else -- power is on
if is_failed==true then -- gauge powering up? we start a timer to let the gyro spinning before removing the flag
running=timer_running(gyro_startup_timer) -- if timer is already started do nothing
if running==false then
gyro_startup_timer=timer_start(gyro_spinup_duration,nil,removes_HDG_flag)--wait for gyro_spinup_duration before removing flag
end
is_failed=false
end
-- gbl_cur_bearing=gbl_target_bearing
end
if is_failed==true then --instrument is powered off
nav1display=0
nav2display=0
nav1hdef=0
nav1vdef=0
nav1_fromto=0
nav2hdef=0
nav2vdef=0
nav2_fromto=0
gpshdef=0
gpsvdef=0
gps_fromto=0
glideslopeflag=0
gbl_target_bearing=gbl_cur_bearing
end--if is_failed
-- global variables setting before calling of timer_callback()
gbl_target_bearing=-heading+crs
gbl_target_bug=headingbug
-- Rotate compas card
img_rotate(img_rose, -heading)
-- Rotate heading bug
img_rotate(img_bug, headingbug - heading)
img_rotate(img_center, gbl_target_bearing)
img_rotate(img_center_to, gbl_target_bearing)
img_rotate(img_center_from, gbl_target_bearing)
if source == 0 then -- NAV1
gbl_target_hdef=nav1hdef
gbl_target_vdef=nav1vdef
end
if source == 1 then -- NAV2
gbl_target_hdef=nav2hdef
gbl_target_vdef=nav2vdef
end
if source == 2 then -- GPS
gbl_target_hdef=gpshdef
gbl_target_vdef=gpsvdef
end
-- flags to/from
to = ((source == 0 and nav1_fromto == 1) or (source == 1 and nav2_fromto == 1) or (source == 2 and gps_fromto == 1))
from = ((source == 0 and nav1_fromto == 2) or (source == 1 and nav2_fromto == 2) or (source == 2 and gps_fromto == 2))
visible(img_center_to, (to == true and glideslopeflag==0))
visible(img_center_from, (from == true and glideslopeflag==0))
-- GS bugs
if glideslopeflag == 1 then -- GS signal received
--visible(img_glideslope_markers, true)
--gbl_target_vdef=-2
else
--visible(img_glideslope_markers, false)
gbl_target_vdef=-3.5 -- sends the bugs out of view
end
-- NAV flag when no valid VOR or localizer
visible(img_nav_flag, (source == 0 and nav1display == 0) or (source == 1 and nav2display == 0))
end
-- function to slowly move CDI center needle to current CDI deviation --
-- Thanks Ralph and Corjan for the trick! --
function timer_callback()
-- CDI needle
img_rotate(img_neddle, gbl_cur_bearing)
img_rotate(img_center_neddle, gbl_cur_bearing)
-- Calculation of center CDI needle position in pixels according to current needle bearing (actually bearing=course-heading)
navhdef = var_cap(gbl_cur_hdef, -4, 2.5) --horizontal deflection of CDI needle in ° (-2.5,2.5°)
dh = navhdef * math.cos((gbl_cur_bearing)*math.pi/180)* 41 -- 41 : distance in pixels between 2 dots
dv = navhdef * math.sin((gbl_cur_bearing)*math.pi/180)* 41
--Move center CDI needle
move(img_center_neddle, dh, dv, nil, nil)
--Move GS needle
navvdef = var_cap(gbl_cur_vdef, -4, 4)--vertical deflection of GS bugs in °
--dm = (navvdef * 41)-119 -- 40 : distance in pixels between 2 vertical dots
dm = (navvdef * 41) -- 40 : distance in pixels between 2 vertical dots
move(img_glideslope_markers, nil, dm , nil, nil)
--Calculation of current CDI deflection in ° with respect to target deflection position
-- currrent position is decreased/increased by "gbl_factor" every function call until reaching target position within 0.001 degrees
raw_diff = (gbl_target_hdef - gbl_cur_hdef) -- compute the delta of position
diff = fif(raw_diff,raw_diff,(raw_diff)*-1) -- chooses the sign of delta
gbl_cur_hdef = fif(math.abs(diff) < 0.001, gbl_target_hdef, gbl_cur_hdef + (diff * gbl_factor1) )-- chooses the greatest value
--Calculation of current GS deflection in ° with respect to target deflection position
raw_diff = (gbl_target_vdef - gbl_cur_vdef)
diff = fif(raw_diff,raw_diff, (raw_diff) * -1)
gbl_cur_vdef = fif(math.abs(diff) < 0.001, gbl_target_vdef, gbl_cur_vdef + (diff * gbl_factor2) )
-------------
gbl_cur_bearing=gbl_target_bearing
-- calculation for rotating needle (unused)
-- raw_diff = (360 + gbl_target_heading - gbl_cur_heading) %360
-- diff = fif(raw_diff < 180, raw_diff, (360 - raw_diff) * -1)
-- gbl_cur_heading = fif(math.abs(diff) < 0.001, gbl_target_heading, gbl_cur_heading + (diff * gbl_factor3) )
end
-- function to adapt FSX parameters to Xplane function
function PT_hsi_FSX(heading, obs, vertical, horizontal, nav_fromto, has_glide, headingbug, partial_panel, master)
if (master==false ) then
has_bus_power=0
else
has_bus_power=1
end
if (partial_panel==1) then
fail=1
else
fail=0
end
glideslope = fif(has_glide, 1, 0) --from FSX boolean to integer (Xplane style)
vertical = 2 / 119 * vertical -- GS range from -119 to + 119 in FSX
horizontal = 2 / 127 * horizontal -- CDI range from -127 to + 127 in FSX
PT_hsi(heading, 0, obs, horizontal, 0, 0, vertical, 0, 0, nav_fromto, 0, glideslope, headingbug, nav_fromto, 0, 0, fail,has_bus_power)
--function PT_hsi(heading,source,crs,nav1hdef,nav2hdef,gpshdef,nav1vdef,nav2vdef,gpsvdef,nav1display,nav2display, glideslopeflag, headingbug, nav1_fromto, nav2_fromto, gps_fromto, fail,has_bus_power)
end
-- DIAL ADD --
if display_dials==true then
dial_OBS = dial_add("dialhsi.png", 18, 368, 85, 85, new_obs)
dial_BUG = dial_add("headingbug.png", 409, 368, 85, 85, new_heading)
dial_click_rotate(dial_OBS, 5)
dial_click_rotate(dial_BUG, 5)
end
if FSX_HSI_source==0 then -- NAV1 (default)
fsx_variable_subscribe("HEADING INDICATOR", "Degrees",--"PLANE HEADING DEGREES GYRO", "Degrees",
"NAV OBS:1", "Degrees",
"NAV GSI:1", "Number",
"NAV CDI:1", "Number",
"NAV TOFROM:1", "Enum",
"NAV HAS GLIDE SLOPE:1", "Bool",
"AUTOPILOT HEADING LOCK DIR", "Degrees",
"PARTIAL PANEL ELECTRICAL", "Enum",-- failure of electrical bus
"ELECTRICAL MASTER BATTERY","Bool",PT_hsi_FSX)-- master switch
end
if FSX_HSI_source==1 then -- NAV2
fsx_variable_subscribe("HEADING INDICATOR", "Degrees",--"PLANE HEADING DEGREES GYRO", "Degrees",
"NAV OBS:2", "Degrees",
"NAV GSI:2", "Number",
"NAV CDI:2", "Number",
"NAV TOFROM:2", "Enum",
"NAV HAS GLIDE SLOPE:2", "Bool",
"AUTOPILOT HEADING LOCK DIR", "Degrees",
"PARTIAL PANEL ELECTRICAL", "Enum",-- failure of electrical bus
"ELECTRICAL MASTER BATTERY","Bool",PT_hsi_FSX)-- master switch
end
if FSX_HSI_source==2 then -- GPS
fsx_variable_subscribe("HEADING INDICATOR", "Degrees",--"PLANE HEADING DEGREES GYRO", "Degrees",
"NAV OBS:1", "Degrees",
"HSI GSI NEEDLE", "Number",
"HSI CDI NEEDLE", "Number",
"HSI TF FLAGS", "Enum",
"HSI GSI NEEDLE VALID", "Bool",
"AUTOPILOT HEADING LOCK DIR", "Degrees",
"PARTIAL PANEL ELECTRICAL", "Enum",-- failure of electrical bus
"ELECTRICAL MASTER BATTERY","Bool",PT_hsi_FSX)-- master switch
end
xpl_dataref_subscribe("sim/cockpit2/gauges/indicators/heading_electric_deg_mag_pilot", "FLOAT",-- electrical, not vacuum
"sim/cockpit2/radios/actuators/HSI_source_select_pilot", "INT",
"sim/cockpit2/radios/actuators/hsi_obs_deg_mag_pilot", "FLOAT",
"sim/cockpit2/radios/indicators/nav1_hdef_dots_pilot", "FLOAT",
"sim/cockpit2/radios/indicators/nav2_hdef_dots_pilot", "FLOAT",
"sim/cockpit2/radios/indicators/gps_hdef_dots_pilot", "FLOAT",
"sim/cockpit2/radios/indicators/nav1_vdef_dots_pilot", "FLOAT",
"sim/cockpit2/radios/indicators/nav2_vdef_dots_pilot", "FLOAT",
"sim/cockpit2/radios/indicators/gps_vdef_dots_pilot", "FLOAT",
"sim/cockpit2/radios/indicators/nav1_display_horizontal", "INT",
"sim/cockpit2/radios/indicators/nav2_display_horizontal", "INT",
"sim/cockpit2/radios/indicators/hsi_display_horizontal_pilot", "INT",
"sim/cockpit2/autopilot/heading_dial_deg_mag_pilot", "FLOAT",
"sim/cockpit/radios/nav1_fromto", "INT",
"sim/cockpit/radios/nav2_fromto", "INT",
"sim/cockpit/radios/gps_fromto", "INT",
"sim/operations/failures/rel_esys","INT", -- failure of main bus
"sim/cockpit/electrical/battery_on", "INT", PT_hsi) -- master switch on
-- Timers
-- Thanks Ralph and Corjan for the trick!--
tmr_update = timer_start(0, 50,timer_callback)-- moves the CDI needle every 0.05 second by calling the timer_callback() function
A noter:
le HSI peut être commandé par NAV1, NAV2 ou le GPS via une variable située également dans le code (FSX_HSI_source) pour FSX/P3D au moins, pour XPlane il existe déjà un offset qui gère ça.
Il y a également une temporisation pour simuler le temps de recalage du gyro (cela prend une quizaine de secondes avant qu'il arrive à pleine vitesse), que l'on peut annuler si on met la valeur à 0.
Quand j'aurais le temps je ferais un sélecteur couplé avec un annonciateur comme une jauge indépendante pour pouvoir changer la source du HSI depuis le Tdb comme le fait FSX, mais là je suis en plein prépa pour mes deux derniers exams, Préparation et suivi du vol (les cartes! et les abaques!) et Procédures opérationnelles.
Jacques
): le Bendix King KI525, dispo gratuitement sur le store. Cherches dans GENERIC HSI KI 525A
Je vais l essayer.
c'est tout léger, ça se travail facilement. c'est moins cher que le contreplaqué. ( C'est de la fibre végétale compressée je crois).
