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Improve FWC phase switching, such that some weird behaviours are gone (like flickering from 4 to 6 to 5 on rotation) + its more efficient due to JSBSIM

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legoboyvdlp R 2020-11-02 17:51:31 +00:00
parent 97dc7f73ce
commit 469c7ad171
6 changed files with 187 additions and 79 deletions
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2
Nasal/ECAM/ECAM-logic.nas
View file

@ -2355,7 +2355,7 @@ var messages_memo = func {
if ((phaseVarMemo2 == 1 or phaseVarMemo2 == 2) and toMemoLine1.active != 1 and ldgMemoLine1.active != 1 and (systems.ADIRS.ADIRunits[0].inAlign == 1 or systems.ADIRS.ADIRunits[1].inAlign == 1 or systems.ADIRS.ADIRunits[2].inAlign == 1)) { if ((phaseVarMemo2 == 1 or phaseVarMemo2 == 2) and toMemoLine1.active != 1 and ldgMemoLine1.active != 1 and (systems.ADIRS.ADIRunits[0].inAlign == 1 or systems.ADIRS.ADIRunits[1].inAlign == 1 or systems.ADIRS.ADIRunits[2].inAlign == 1)) {
irs_in_align.active = 1; irs_in_align.active = 1;
if (getprop("/ECAM/phases/timer/eng1or2-output")) { if (FWC.Timer.eng1or2Output.getValue()) {
irs_in_align.colour = "a"; irs_in_align.colour = "a";
} else { } else {
irs_in_align.colour = "g"; irs_in_align.colour = "g";

72
Nasal/ECAM/ECAM-phases.nas
View file

@ -2,19 +2,14 @@
# Copyright (c) 2019 Jonathan Redpath (legoboyvdlp) # Copyright (c) 2019 Jonathan Redpath (legoboyvdlp)
var twoEngOff = 0;
var myPhase = nil; var myPhase = nil;
var eng = nil; var eng = nil;
var eng1epr = nil; var eng1epr = nil;
var eng2epr = nil; var eng2epr = nil;
var eng1n1 = nil; var eng1n1 = nil;
var eng2n1 = nil; var eng2n1 = nil;
var eng1n2 = nil;
var eng2n2 = nil;
var eprlim = nil;
var master1 = nil; var master1 = nil;
var master2 = nil; var master2 = nil;
var n1lim = nil;
var gear_agl_cur = nil; var gear_agl_cur = nil;
var FWC = { var FWC = {
@ -53,23 +48,27 @@ var FWC = {
Logic: { Logic: {
gnd: props.globals.getNode("/ECAM/ground-calc-immediate"), gnd: props.globals.getNode("/ECAM/ground-calc-immediate"),
IRSinAlign: props.globals.initNode("/ECAM/irs-in-align", 0, "BOOL"), IRSinAlign: props.globals.initNode("/ECAM/irs-in-align", 0, "BOOL"),
feet1500: props.globals.getNode("/ECAM/phases/phase-calculation/altitude-ge-1500"),
feet800: props.globals.getNode("/ECAM/phases/phase-calculation/altitude-ge-800"),
}, },
Timer: { Timer: {
eng1idle: props.globals.initNode("/ECAM/phases/timer/eng1idle", 0, "INT"), eng1idle: props.globals.getNode("/ECAM/phases/timer/eng1idle"),
eng2idle: props.globals.initNode("/ECAM/phases/timer/eng2idle", 0, "INT"), eng2idle: props.globals.getNode("/ECAM/phases/timer/eng2idle"),
eng1or2: props.globals.initNode("/ECAM/phases/timer/eng1or2", 0, "INT"), eng1or2: props.globals.getNode("/ECAM/phases/phase-calculation/one-engine-running"),
toInhibit: props.globals.initNode("/ECAM/phases/timer/to-inhibit", 0, "INT"), toInhibit: props.globals.initNode("/ECAM/phases/timer/to-inhibit", 0, "INT"),
ldgInhibit: props.globals.initNode("/ECAM/phases/timer/ldg-inhibit", 0, "INT"), ldgInhibit: props.globals.initNode("/ECAM/phases/timer/ldg-inhibit", 0, "INT"),
eng1idleOutput: props.globals.getNode("/ECAM/phases/timer/eng1idle-output"), eng1idleOutput: props.globals.getNode("/ECAM/phases/timer/eng1idle-output"),
eng2idleOutput: props.globals.getNode("/ECAM/phases/timer/eng2idle-output"), eng2idleOutput: props.globals.getNode("/ECAM/phases/timer/eng2idle-output"),
eng1or2Output: props.globals.initNode("/ECAM/phases/timer/eng1or2-output", 0, "INT"), eng1and2Off: props.globals.getNode("/ECAM/phases/phase-calculation/engines-1-2-not-running"),
eng1or2Output: props.globals.getNode("/ECAM/phases/phase-calculation/engine-1-or-2-running"),
toInhibitOutput: props.globals.getNode("/ECAM/phases/timer/to-inhibit-output"), toInhibitOutput: props.globals.getNode("/ECAM/phases/timer/to-inhibit-output"),
ldgInhibitOutput: props.globals.getNode("/ECAM/phases/timer/ldg-inhibit-output"), ldgInhibitOutput: props.globals.getNode("/ECAM/phases/timer/ldg-inhibit-output"),
gnd: props.globals.getNode("/ECAM/timer/ground-calc"), # ZGND gnd: props.globals.getNode("/ECAM/timer/ground-calc"), # ZGND
gnd2Sec: props.globals.getNode("/ECAM/phases/monostable/gnd-output"), gnd2Sec: props.globals.getNode("/ECAM/phases/monostable/gnd-output"),
gnd2SecHalf: props.globals.getNode("/ECAM/phases/monostable/gnd-output-2"), # hack to prevent getting confused between phase 5 / 6
}, },
speed80: props.globals.initNode("/ECAM/phases/speed-gt-80", 0, "BOOL"), speed80: props.globals.initNode("/ECAM/phases/speed-gt-80", 0, "BOOL"),
toPower: props.globals.initNode("/ECAM/phases/to-power-set", 0, "BOOL"), toPower: props.globals.getNode("/ECAM/phases/phase-calculation/takeoff-power"),
altChg: props.globals.getNode("/it-autoflight/input/alt-is-changing", 1), altChg: props.globals.getNode("/it-autoflight/input/alt-is-changing", 1),
}; };
@ -82,53 +81,12 @@ var phaseLoop = func() {
eng2epr = pts.Engines.Engine.eprActual[1].getValue(); eng2epr = pts.Engines.Engine.eprActual[1].getValue();
eng1n1 = pts.Engines.Engine.n1Actual[0].getValue(); eng1n1 = pts.Engines.Engine.n1Actual[0].getValue();
eng2n1 = pts.Engines.Engine.n1Actual[1].getValue(); eng2n1 = pts.Engines.Engine.n1Actual[1].getValue();
eng1n2 = pts.Engines.Engine.n2Actual[0].getValue();
eng2n2 = pts.Engines.Engine.n2Actual[1].getValue();
master1 = pts.Controls.Engines.Engine.cutoffSw[0].getBoolValue(); master1 = pts.Controls.Engines.Engine.cutoffSw[0].getBoolValue();
master2 = pts.Controls.Engines.Engine.cutoffSw[1].getBoolValue(); master2 = pts.Controls.Engines.Engine.cutoffSw[1].getBoolValue();
FWC.Flipflop.recallReset.setValue(0); FWC.Flipflop.recallReset.setValue(0);
# Various things # Various things
if (eng1n2 >= 59.4 and !master1) {
FWC.Timer.eng1idle.setValue(1);
} else {
FWC.Timer.eng1idle.setValue(0);
}
if (eng2n2 >= 59.4 and !master2) {
FWC.Timer.eng2idle.setValue(1);
} else {
FWC.Timer.eng2idle.setValue(0);
}
if (eng1n2 >= 59.4 or eng2n2 >= 59.4) {
FWC.Timer.eng1or2.setValue(1);
} else {
FWC.Timer.eng1or2.setValue(0);
}
if ((FWC.Timer.eng1idleOutput.getBoolValue() == 0 or master1) and (FWC.Timer.eng2idleOutput.getBoolValue() == 0 or master2)) {
twoEngOff = 1;
} else {
twoEngOff = 0;
}
if (eng == "IAE") {
eprlim = getprop("/controls/engines/epr-limit");
if ((!pts.Controls.Engines.Engine.reverser[0].getBoolValue() and !pts.Controls.Engines.Engine.reverser[1].getBoolValue()) and (((pts.Controls.Engines.Engine.throttle[0].getValue() >= 0.78 or pts.Controls.Engines.Engine.throttle[1].getValue() >= 0.779) and fadec.Thrust.limFlex.getBoolValue()) or (pts.Controls.Engines.Engine.throttle[0].getValue() >= 0.99 or pts.Controls.Engines.Engine.throttle[1].getValue() >= 0.99))) {
FWC.toPower.setBoolValue(1);
} else {
FWC.toPower.setBoolValue(0);
}
} else {
n1lim = getprop("/controls/engines/n1-limit");
if ((!pts.Controls.Engines.Engine.reverser[0].getBoolValue() and !pts.Controls.Engines.Engine.reverser[1].getBoolValue()) and (((pts.Controls.Engines.Engine.throttle[0].getValue() >= 0.78 or pts.Controls.Engines.Engine.throttle[1].getValue() >= 0.779) and fadec.Thrust.limFlex.getBoolValue()) or (pts.Controls.Engines.Engine.throttle[0].getValue() >= 0.99 or pts.Controls.Engines.Engine.throttle[1].getValue() >= 0.99))) {
FWC.toPower.setBoolValue(1);
} else {
FWC.toPower.setBoolValue(0);
}
}
if (myPhase == 9) { if (myPhase == 9) {
FWC.Monostable.phase9.setBoolValue(1); FWC.Monostable.phase9.setBoolValue(1);
@ -149,7 +107,7 @@ var phaseLoop = func() {
FWC.Flipflop.phase10Reset.setBoolValue(0); FWC.Flipflop.phase10Reset.setBoolValue(0);
} }
if ((FWC.Logic.gnd.getBoolValue() and twoEngOff and myPhase == 9) and FWC.Flipflop.phase10Output.getBoolValue()) { if ((FWC.Logic.gnd.getBoolValue() and FWC.Timer.eng1and2Off.getValue() and myPhase == 9) and FWC.Flipflop.phase10Output.getBoolValue()) {
FWC.Monostable.phase1.setBoolValue(1); # true for 300 sec then false FWC.Monostable.phase1.setBoolValue(1); # true for 300 sec then false
} else { } else {
FWC.Monostable.phase1.setBoolValue(0); FWC.Monostable.phase1.setBoolValue(0);
@ -171,21 +129,21 @@ var phaseLoop = func() {
gear_agl_cur = pts.Position.gearAglFt.getValue(); gear_agl_cur = pts.Position.gearAglFt.getValue();
# Phase 5 monostable # Phase 5 monostable
if (FWC.toPower.getBoolValue() and (gear_agl_cur <= 1500 and !FWC.Logic.gnd.getBoolValue() and FWC.Timer.gnd2Sec.getValue() != 1)) { if (FWC.toPower.getBoolValue() and (!FWC.Logic.feet1500.getBoolValue() and !FWC.Logic.gnd.getBoolValue() and FWC.Timer.gnd2Sec.getValue() != 1)) {
FWC.Monostable.phase5.setBoolValue(1); FWC.Monostable.phase5.setBoolValue(1);
} else { } else {
FWC.Monostable.phase5.setBoolValue(0); FWC.Monostable.phase5.setBoolValue(0);
} }
# Phase 7 monostable # Phase 7 monostable
if (!FWC.toPower.getBoolValue() and gear_agl_cur <= 1500 and gear_agl_cur <= 800 and !FWC.Logic.gnd.getBoolValue() and FWC.Timer.gnd2Sec.getValue() != 1) { if (!FWC.toPower.getBoolValue() and !FWC.Logic.feet1500.getBoolValue() and !FWC.Logic.feet800.getBoolValue() and !FWC.Logic.gnd.getBoolValue() and FWC.Timer.gnd2Sec.getValue() != 1) {
FWC.Monostable.phase7.setBoolValue(1); FWC.Monostable.phase7.setBoolValue(1);
} else { } else {
FWC.Monostable.phase7.setBoolValue(0); FWC.Monostable.phase7.setBoolValue(0);
} }
# Actual Phases # Actual Phases
if ((!FWC.Logic.gnd.getBoolValue() and FWC.Timer.gnd2Sec.getValue() != 1 and twoEngOff and myPhase != 9) and !FWC.Monostable.phase1Output.getBoolValue()) { if ((!FWC.Logic.gnd.getBoolValue() and FWC.Timer.gnd2Sec.getValue() != 1 and FWC.Timer.eng1and2Off.getValue() and myPhase != 9) and !FWC.Monostable.phase1Output.getBoolValue()) {
setPhase(1); setPhase(1);
} }
@ -205,7 +163,7 @@ var phaseLoop = func() {
setPhase(5); setPhase(5);
} }
if (!FWC.Logic.gnd.getValue() and FWC.Timer.gnd2Sec.getValue() != 1 and !(FWC.Monostable.phase5.getBoolValue() and FWC.Monostable.phase5Output.getBoolValue()) and !(FWC.Monostable.phase7.getBoolValue() and FWC.Monostable.phase7Output.getBoolValue())) { if (!FWC.Logic.gnd.getValue() and FWC.Timer.gnd2SecHalf.getValue() != 1 and (!FWC.Monostable.phase5.getBoolValue() or !FWC.Monostable.phase5Output.getBoolValue()) and (!FWC.Monostable.phase7.getBoolValue() or !FWC.Monostable.phase7Output.getBoolValue())) {
setPhase(6); setPhase(6);
} }
@ -221,7 +179,7 @@ var phaseLoop = func() {
setPhase(9); setPhase(9);
} }
if ((FWC.Logic.gnd.getBoolValue() and twoEngOff and myPhase == 9) and FWC.Monostable.phase1Output.getBoolValue()) { if ((FWC.Logic.gnd.getBoolValue() and FWC.Timer.eng1and2Off.getValue() and myPhase == 9) and FWC.Monostable.phase1Output.getBoolValue()) {
setPhase(10); setPhase(10);
} }

6
Systems/a320-aircond.xml
View file

@ -466,7 +466,7 @@
/gear/gear[1]/wow eq 1 /gear/gear[1]/wow eq 1
/systems/air-conditioning/landing-switch eq 1 /systems/air-conditioning/landing-switch eq 1
/velocities/airspeed-kt lt 70 /velocities/airspeed-kt lt 70
/ECAM/phases/to-power-set ne 1 /ECAM/phases/phase-calculation/takeoff-power ne 1
</test> </test>
</switch> </switch>
@ -474,7 +474,7 @@
<default value="/systems/air-conditioning/packs/pack-flow-1-norm"/> <default value="/systems/air-conditioning/packs/pack-flow-1-norm"/>
<test logic="AND" value="0"> <test logic="AND" value="0">
/gear/gear[1]/wow eq 1 /gear/gear[1]/wow eq 1
/ECAM/phases/to-power-set eq 1 /ECAM/phases/phase-calculation/takeoff-power eq 1
</test> </test>
<test logic="AND" value="0"> <test logic="AND" value="0">
/gear/gear[1]/wow eq 1 /gear/gear[1]/wow eq 1
@ -507,7 +507,7 @@
<default value="/systems/air-conditioning/packs/pack-flow-2-norm"/> <default value="/systems/air-conditioning/packs/pack-flow-2-norm"/>
<test logic="AND" value="0"> <test logic="AND" value="0">
/gear/gear[1]/wow eq 1 /gear/gear[1]/wow eq 1
/ECAM/phases/to-power-set eq 1 /ECAM/phases/phase-calculation/takeoff-power eq 1
</test> </test>
<test logic="AND" value="0"> <test logic="AND" value="0">
/gear/gear[1]/wow eq 1 /gear/gear[1]/wow eq 1

148
Systems/a320-fwc-phases.xml
View file

@ -12,6 +12,19 @@
<rate_limit sense="decr">120</rate_limit> <!-- Instant --> <rate_limit sense="decr">120</rate_limit> <!-- Instant -->
<rate_limit sense="incr">1</rate_limit> <!-- 1 second --> <rate_limit sense="incr">1</rate_limit> <!-- 1 second -->
</actuator> </actuator>
<actuator name="/ECAM/phases/phase-calculation/engine-1-or-2-running">
<input>/ECAM/phases/phase-calculation/one-engine-running</input>
<rate_limit sense="decr">120</rate_limit>
<rate_limit sense="incr">0.03333333333</rate_limit>
</actuator>
<actuator name="/ECAM/phases/monostable/phase-1-300-output">
<input>/ECAM/phases/monostable/phase-1-300</input>
<rate_limit sense="incr">0.00333333333</rate_limit>
<rate_limit sense="decr">120</rate_limit>
</actuator>
</channel> </channel>
<channel name="FWC Phase Logic and Switches" execrate="4"> <channel name="FWC Phase Logic and Switches" execrate="4">
@ -80,12 +93,6 @@
</test> </test>
</switch> </switch>
<actuator name="/ECAM/phases/monostable/phase-1-300-output">
<input>/ECAM/phases/monostable/phase-1-300</input>
<rate_limit sense="incr">0.00333333333</rate_limit>
<rate_limit sense="decr">120</rate_limit>
</actuator>
<switch name="/ECAM/phases/monostable/phase-1-300-output"> <switch name="/ECAM/phases/monostable/phase-1-300-output">
<default value="0"/> <default value="0"/>
<test logic="AND" value="1"> <test logic="AND" value="1">
@ -93,6 +100,135 @@
/ECAM/phases/monostable/phase-1-300 eq 1 /ECAM/phases/monostable/phase-1-300 eq 1
</test> </test>
</switch> </switch>
<switch name="/ECAM/phases/phase-calculation/altitude-ge-1500">
<default value="0"/>
<test logic="AND" value="1">
/position/gear-agl-ft ge 1500
</test>
</switch>
<switch name="/ECAM/phases/phase-calculation/altitude-flipflop-set">
<default value="0"/>
<test logic="AND" value="1">
/ECAM/phases/phase-calculation/altitude-ge-1500 eq 1
</test>
</switch>
<switch name="/ECAM/phases/phase-calculation/altitude-flipflop-reset">
<default value="0"/>
<test logic="AND" value="1">
/position/gear-agl-ft lt 800
</test>
</switch>
</channel>
<channel name="Phase Calcs" execrate="4">
<switch name="/ECAM/phases/timer/eng1idle">
<default value="0"/>
<test logic="AND" value="1">
/engines/engine[0]/n2 ge 59.4
/controls/engines/engine[0]/cutoff-switch eq 0
</test>
</switch>
<switch name="/ECAM/phases/timer/eng2idle">
<default value="0"/>
<test logic="AND" value="1">
/engines/engine[1]/n2 ge 59.4
/controls/engines/engine[1]/cutoff-switch eq 0
</test>
</switch>
<switch name="/ECAM/phases/phase-calculation/engine-1-off">
<default value="0"/>
<test logic="AND" value="1">
<test logic="OR">
/ECAM/phases/timer/eng1idle-output eq 0
/controls/engines/engine[0]/cutoff-switch eq 1
</test>
<test logic="OR">
/ECAM/timer/ground-calc eq 1
/ECAM/phases/timer/eng1idle eq 0
</test>
</test>
</switch>
<switch name="/ECAM/phases/phase-calculation/engine-2-off">
<default value="0"/>
<test logic="AND" value="1">
<test logic="OR">
/ECAM/phases/timer/eng2idle-output eq 0
/controls/engines/engine[1]/cutoff-switch eq 1
</test>
<test logic="OR">
/ECAM/timer/ground-calc eq 1
/ECAM/phases/timer/eng2idle eq 0
</test>
</test>
</switch>
<switch name="/ECAM/phases/phase-calculation/engines-1-2-not-running">
<default value="0"/>
<test logic="AND" value="1">
/ECAM/phases/phase-calculation/engine-1-off eq 1
/ECAM/phases/phase-calculation/engine-2-off eq 1
</test>
</switch>
<switch name="/ECAM/phases/phase-calculation/one-engine-running">
<default value="0"/>
<test logic="OR" value="1">
/engines/engine[0]/state eq 3
/engines/engine[1]/state eq 3
</test>
</switch>
<switch name="/ECAM/phases/phase-calculation/takeoff-power-logic">
<default value="0"/>
<test logic="OR" value="1">
<test logic="OR">
<test logic="AND">
/controls/engines/engine[0]/throttle ge 0.779
/systems/thrust/lim-flex eq 1
</test>
<test logic="AND">
/controls/engines/engine[0]/throttle ge 0.99
/systems/thrust/lim-flex eq 0
</test>
</test>
<test logic="OR">
<test logic="AND">
/controls/engines/engine[1]/throttle ge 0.779
/systems/thrust/lim-flex eq 1
</test>
<test logic="AND">
/controls/engines/engine[1]/throttle ge 0.99
/systems/thrust/lim-flex eq 0
</test>
</test>
</test>
</switch>
<actuator name="/ECAM/phases/phase-calculation/takeoff-power-timer">
<input>/ECAM/phases/phase-calculation/takeoff-power-logic</input>
<rate_limit sense="incr">120</rate_limit>
<rate_limit sense="decr">0.01666666666</rate_limit>
</actuator>
<switch name="/ECAM/phases/phase-calculation/takeoff-power">
<default value="0"/>
<test logic="OR" value="1">
/ECAM/phases/phase-calculation/takeoff-power-logic eq 1
<test logic="AND">
/ECAM/phases/phase-calculation/takeoff-power-timer ne 0
/ECAM/phases/phase-calculation/altitude-ge-1500 eq 0
/controls/engines/engine[0]/throttle ge 0.599
/controls/engines/engine[1]/throttle ge 0.599
</test>
</test>
</switch>
</channel> </channel>
</system> </system>

15
Systems/a320-fwc.xml
View file

@ -20,13 +20,6 @@
<rate_limit sense="incr">0.033</rate_limit> <!-- 30 seconds --> <rate_limit sense="incr">0.033</rate_limit> <!-- 30 seconds -->
</actuator> </actuator>
<actuator name="/ECAM/phases/timer/eng1or2-output">
<description>Timer for the ECAM system</description>
<input>/ECAM/phases/timer/eng1or2</input>
<rate_limit sense="decr">120</rate_limit> <!-- Instant -->
<rate_limit sense="incr">0.033</rate_limit> <!-- 30 seconds -->
</actuator>
<actuator name="/ECAM/phases/timer/to-inhibit-output"> <actuator name="/ECAM/phases/timer/to-inhibit-output">
<description>Timer for the ECAM system</description> <description>Timer for the ECAM system</description>
<input>/ECAM/phases/timer/to-inhibit</input> <input>/ECAM/phases/timer/to-inhibit</input>
@ -1804,7 +1797,7 @@
<default value="0"/> <default value="0"/>
<test logic="AND" value="1"> <test logic="AND" value="1">
/controls/engines/engine[0]/throttle-lever ge 0.13333333333 /controls/engines/engine[0]/throttle-lever ge 0.13333333333
/ECAM/phases/to-power-set eq 0 /ECAM/phases/phase-calculation/takeoff-power eq 0
</test> </test>
</switch> </switch>
@ -1857,7 +1850,7 @@
<default value="0"/> <default value="0"/>
<test logic="AND" value="1"> <test logic="AND" value="1">
/controls/engines/engine[1]/throttle-lever ge 0.13333333333 /controls/engines/engine[1]/throttle-lever ge 0.13333333333
/ECAM/phases/to-power-set eq 0 /ECAM/phases/phase-calculation/takeoff-power eq 0
</test> </test>
</switch> </switch>
@ -2062,7 +2055,7 @@
/instrumentation/radar-altimeter[0]/radar-altitude-ft lt 750 /instrumentation/radar-altimeter[0]/radar-altitude-ft lt 750
/instrumentation/radar-altimeter[1]/radar-altitude-ft lt 750 /instrumentation/radar-altimeter[1]/radar-altitude-ft lt 750
</test> </test>
/ECAM/phases/to-power-set eq 0 /ECAM/phases/phase-calculation/takeoff-power eq 0
<test logic="OR"> <test logic="OR">
fcs/slat-pos-deg gt 16 fcs/slat-pos-deg gt 16
fcs/flap-pos-deg gt 18 fcs/flap-pos-deg gt 18
@ -2098,7 +2091,7 @@
/instrumentation/radar-altimeter[0]/radar-altitude-ft lt 750 /instrumentation/radar-altimeter[0]/radar-altitude-ft lt 750
/instrumentation/radar-altimeter[1]/radar-altitude-ft lt 750 /instrumentation/radar-altimeter[1]/radar-altitude-ft lt 750
</test> </test>
/ECAM/phases/to-power-set eq 0 /ECAM/phases/phase-calculation/takeoff-power eq 0
<test logic="OR"> <test logic="OR">
/gear/gear[0]/position-norm ne 1 /gear/gear[0]/position-norm ne 1
/gear/gear[1]/position-norm ne 1 /gear/gear[1]/position-norm ne 1

23
Systems/ecam-proprules.xml
View file

@ -203,6 +203,17 @@
<output>ECAM/phases/monostable/gnd-output</output> <output>ECAM/phases/monostable/gnd-output</output>
</flipflop> </flipflop>
<flipflop>
<type>monostable</type>
<time>
<value>2.5</value>
</time>
<S>
<property>/ECAM/ground-calc-immediate</property>
</S>
<output>ECAM/phases/monostable/gnd-output-2</output>
</flipflop>
<flipflop> <flipflop>
<type>monostable</type> <type>monostable</type>
<time> <time>
@ -372,7 +383,7 @@
<value>1.0</value> <value>1.0</value>
</time> </time>
<S> <S>
<property>ECAM/phases/to-power-set</property> <property>ECAM/phases/phase-calculation/takeoff-power</property>
</S> </S>
<output>ECAM/phases/monostable/to-power-set-output</output> <output>ECAM/phases/monostable/to-power-set-output</output>
</flipflop> </flipflop>
@ -1008,4 +1019,14 @@
<output>/ECAM/warnings/altitude-alert/monostable-autopilot-output</output> <output>/ECAM/warnings/altitude-alert/monostable-autopilot-output</output>
</flipflop> </flipflop>
<flipflop>
<type>RS</type>
<S>
<property>/ECAM/phases/phase-calculation/altitude-flipflop-set</property>
</S>
<R>
<property>/ECAM/phases/phase-calculation/altitude-flipflop-reset</property>
</R>
<output>/ECAM/phases/phase-calculation/altitude-ge-800</output>
</flipflop>
</PropertyList> </PropertyList>