fix(rmp): RMP behaviour and lights

.github/CHANGELOG.md

@@ -1054,3 +1054,4 @@
 1. [CDU] Full +/- button functionality - @lhoenig (Lukas Hoenig)
 1. [DCDU] Fixed MSG- and MSG+ button labels - @tyler58546 (tyler58546)
 1. [OVHD] Fixed fire push button not being able to be stowed - Julian Sebline (Julian Sebline#8476 on Discord)
+1. [RMP] Fixed the behavior of the RMPs and ACPs (VHFs only) - Julian Sebline (Julian Sebline#8476 on Discord)

src/behavior/src/A32NX_Interior_RMP.xml

@@ -64,7 +64,11 @@
         </Component>
 
         <!-- Panel transfer button -->
+        <!-- Force COM3_RADIO_SET_HZ to 0 to show "DATA" at startup -->
         <Component ID="RMP_TRANSFER_BUTTON_#SIDE#" Node="PUSH_RADIO#SIDE#_ARROWS">
+            <Update Once="True">
+                0 (&gt;K:COM3_RADIO_SET_HZ)
+            </Update>
             <UseTemplate Name="FBW_Anim_Interactions">
                 <ANIM_TYPE>BUTTON</ANIM_TYPE>
                 <ANIM_TEMPLATE>ASOBO_GT_Push_Button</ANIM_TEMPLATE>
@@ -132,20 +136,50 @@
             <BASE_NAME>AM</BASE_NAME>
         </UseTemplate>
 
+        <!-- SEL word indicator light -->
+        <Component ID="PUSH_RADIO#SIDE#_SEL_SEQ1" Node="PUSH_RADIO#SIDE#_SEL_SEQ1">
+            <UseTemplate Name="ASOBO_GT_Emissive_Gauge">
+                 <POTENTIOMETER>7</POTENTIOMETER>
+                <EMISSIVE_CODE type="rnp" return="number">
+                    let indicatorsPowered = #INDICATORS_POWERED, bool#;
+                    let id = #ID, number#;
+                    alias toggleSwitch = (L:A32NX_RMP_#SIDE#_TOGGLE_SWITCH, bool);
+                    alias selectedModeLeft = (L:A32NX_RMP_L_SELECTED_MODE, number);
+                    alias selectedModeRight = (L:A32NX_RMP_R_SELECTED_MODE, number);
+                    alias annunciatorLight = (L:A32NX_OVHD_INTLT_ANN, number);
+                    let emissiveDim = if annunciatorLight == 2 { 0.05 } else { 1 };
+                    // @todo abnormal defined differently with NAV modes available.
+                    let rmpLeftAbnormal = selectedModeLeft != 1 or selectedModeRight == 1;
+                    let rmpRightAbnormal = selectedModeRight != 2 or selectedModeLeft == 2;
+                    let sideLeftCheck = id == 1;
+                    let sideRightCheck = id == 2;
+                    (if (toggleSwitch and ((rmpLeftAbnormal and sideLeftCheck) or (rmpRightAbnormal and sideRightCheck)) or (annunciatorLight == 0)) and indicatorsPowered {
+                        1 * emissiveDim
+                    } else {
+                        0
+                    })
+                </EMISSIVE_CODE>
+            </UseTemplate>
+        </Component>
+
         <!-- SEL indicator led light -->
         <Component ID="PUSH_RADIO#SIDE#_SEL_SEQ2" Node="PUSH_RADIO#SIDE#_SEL_SEQ2">
             <UseTemplate Name="ASOBO_GT_Emissive_Gauge">
+                 <POTENTIOMETER>7</POTENTIOMETER>
                 <EMISSIVE_CODE type="rnp" return="number">
                     let indicatorsPowered = #INDICATORS_POWERED, bool#;
+                    let id = #ID, number#;
                     alias toggleSwitch = (L:A32NX_RMP_#SIDE#_TOGGLE_SWITCH, bool);
                     alias selectedModeLeft = (L:A32NX_RMP_L_SELECTED_MODE, number);
                     alias selectedModeRight = (L:A32NX_RMP_R_SELECTED_MODE, number);
                     alias annunciatorLight = (L:A32NX_OVHD_INTLT_ANN, number);
                     let emissiveDim = if annunciatorLight == 2 { 0.05 } else { 1 };
                     // @todo abnormal defined differently with NAV modes available.
-                    let rmpLeftAbnormal = selectedModeLeft != 1;
-                    let rmpRightAbnormal = selectedModeRight != 2;
-                    (if (toggleSwitch and (rmpLeftAbnormal or rmpRightAbnormal) or (annunciatorLight == 0)) and indicatorsPowered {
+                    let rmpLeftAbnormal = selectedModeLeft != 1 or selectedModeRight == 1;
+                    let rmpRightAbnormal = selectedModeRight != 2 or selectedModeLeft == 2;
+                    let sideLeftCheck = id == 1;
+                    let sideRightCheck = id == 2;
+                    (if (toggleSwitch and ((rmpLeftAbnormal and sideLeftCheck) or (rmpRightAbnormal and sideRightCheck)) or (annunciatorLight == 0)) and indicatorsPowered {
                         1 * emissiveDim
                     } else {
                         0
@@ -156,6 +190,7 @@
 
         <!-- SEL indicator backlighting -->
         <UseTemplate Name="FBW_RMP_BACKLIGHT_Template">
+            <POTENTIOMETER>7</POTENTIOMETER>
             <BASE_NAME>SEL</BASE_NAME>
         </UseTemplate>
     </Template>
@@ -288,7 +323,7 @@
         <Component ID="#BACKLIGHT_NAME#" Node="#BACKLIGHT_NAME#">
             <UseTemplate Name="ASOBO_GT_Emissive_Gauge">
                 <EMISSIVE_CODE>
-                   (A:LIGHT POTENTIOMETER:#POTENTIOMETER#, Percent over 100) #BACKLIGHTS_POWERED# *
+                   (A:LIGHT POTENTIOMETER:#POTENTIOMETER#, Percent over 100) #BACKLIGHTS_POWERED# (L:A32NX_RMP_#SIDE#_TOGGLE_SWITCH) * *
                 </EMISSIVE_CODE>
             </UseTemplate>
         </Component>

src/instruments/src/Common/EWDMessages.tsx

@@ -102,6 +102,7 @@ const EWDMessages = {
     '000055201': '\x1b<3mCOMPANY MSG',
     '000056001': '\x1b<3mHI ALT SET',
     '000068001': '\x1b<3mADIRS SWTG',
+    '000056701': '\x1b<3mVHF3 VOICE',
     '213122101': '\x1b<2m\x1b4mCAB PR\x1bm EXCESS CAB ALT',
     '213122102': '\x1b<5m -CREW OXY MASKS.....USE',
     '213122103': '\x1b<5m -SIGNS...............ON',

src/instruments/src/EWD/elements/PseudoFWC.tsx

@@ -297,6 +297,8 @@ const PseudoFWC: React.FC = () => {
     const [pack2On] = useSimVar('L:A32NX_OVHD_COND_PACK_2_PB_IS_ON', 'bool');
     const [excessPressure] = useSimVar('L:A32NX_PRESS_EXCESS_CAB_ALT', 'bool', 500);
 
+    const [voiceVHF3] = useSimVar('A:COM ACTIVE FREQUENCY:3', 'number', 500);
+
     /* WARNINGS AND FAILURES */
     const landASAPRed: boolean = !!(!aircraftOnGround
     && (
@@ -1390,6 +1392,17 @@ const PseudoFWC: React.FC = () => {
             sysPage: -1,
             side: 'RIGHT',
         },
+        '0000567': // VHF3 VOICE
+        {
+            flightPhaseInhib: [],
+            simVarIsActive: voiceVHF3 !== 0 && [1, 2, 6, 9, 10].includes(flightPhase),
+            whichCodeToReturn: [0],
+            codesToReturn: ['000056701'],
+            memoInhibit: false,
+            failure: 0,
+            sysPage: -1,
+            side: 'RIGHT',
+        },
     };
 
     /* TO CONFIG */
@@ -1697,6 +1710,7 @@ const PseudoFWC: React.FC = () => {
         unit,
         usrStartRefueling,
         wingAntiIce,
+        voiceVHF3,
     ]);
 
     useEffect(() => {

src/instruments/src/RMP/Components/RadioPanelDisplay.tsx

@@ -8,6 +8,8 @@ interface Props {
     value: number | string,
 }
 
+const TEXT_DATA_MODE_VHF3 = 'DATA';
+
 /**
  * Format the given frequency to be displayed.
  * @param frequency The given frequency number in Hz.
@@ -23,14 +25,39 @@ const formatFrequency = (frequency: number): string => (frequency / 1000000).toF
 export function RadioPanelDisplay(props: Props) {
     const [lightsTest] = useSimVar('L:A32NX_OVHD_INTLT_ANN', 'Boolean', 1000);
 
-    // If the passed value prop is a number, we'll use formatFrequency to get string format.
-    const value = typeof props.value === 'number' ? formatFrequency(props.value) : props.value;
+    let content: JSX.Element;
 
-    return (
-        <svg className="rmp-svg">
+    if (lightsTest === 0) {
+        content = (
+            <text x="100%" y="52%">
+                8.8.8.8.8.8
+            </text>
+        );
+    } else if (props.value > 0) {
+        let value = '';
+        // If the passed value prop is a number, we'll use formatFrequency to get string format.
+        if (typeof props.value === 'number') {
+            value = formatFrequency(props.value);
+        } else {
+            value = props.value;
+        }
+
+        content = (
             <text x="100%" y="52%">
-                {lightsTest === 0 ? '8.8.8.8.8.8' : value}
+                {value}
+            </text>
+        );
+    } else {
+        content = (
+            <text x="85%" y="52%">
+                {TEXT_DATA_MODE_VHF3}
             </text>
+        );
+    }
+
+    return (
+        <svg className="rmp-svg">
+            {content}
         </svg>
     );
 }

src/instruments/src/RMP/Components/StandbyFrequency.tsx

@@ -103,29 +103,36 @@ export const StandbyFrequency = (props: Props) => {
     const spacing = usePersistentProperty('RMP_VHF_SPACING_25KHZ', '0')[0] === '0' ? 8.33 : 25;
     // Handle outer knob turned.
     const outerKnobUpdateCallback: UpdateValueCallback = useCallback((offset) => {
-        const frequency = Math.round(props.value / 1000);
-        const integer = Math.floor(frequency / 1000);
-        const decimal = frequency % 1000;
-        // @todo determine min/max depending on mode.
-        const maxInteger = decimal > 975 ? 135 : 136;
-        const newInteger = Utils.Clamp(integer + offset, 118, maxInteger);
-        props.setValue((newInteger * 1000 + decimal) * 1000);
+        if (props.value !== 0) {
+            const frequency = Math.round(props.value / 1000);
+            const integer = Math.floor(frequency / 1000);
+            const decimal = frequency % 1000;
+            // @todo determine min/max depending on mode.
+            const maxInteger = decimal > 975 ? 135 : 136;
+            const newInteger = Utils.Clamp(integer + offset, 118, maxInteger);
+            props.setValue((newInteger * 1000 + decimal) * 1000);
+        } else {
+            props.setValue(0);
+        }
     }, [props.value]);
 
     // Handle inner knob turned.
     const innerKnobUpdateCallback: UpdateValueCallback = useCallback((offset) => {
         const frequency = Math.round(props.value / 1000);
-        if (Math.sign(offset) === 1 && frequency === 136975) {
-            return;
+        if (props.value !== 0) {
+            const integer = Math.floor(frequency / 1000);
+            // @todo determine correct frequency spacing depending on mode.
+            const decimal = offsetFrequencyChannel(spacing, frequency % 1000, offset);
+            // @todo determine min/max depending on mode.
+            // Tested in real life:
+            // Integer cannot return to 118 from 136 to the right
+            // Decimal can return to 0 from 975 to the right
+            // const maxDecimal = integer === 136 ? 975 : 1000;
+            const newDecimal = Utils.Clamp(decimal, 0, 1000);
+            props.setValue((integer * 1000 + newDecimal) * 1000);
+        } else {
+            props.setValue(0);
         }
-
-        const integer = Math.floor(frequency / 1000);
-        // @todo determine correct frequency spacing depending on mode.
-        const decimal = offsetFrequencyChannel(spacing, frequency % 1000, offset);
-        // @todo determine min/max depending on mode.
-        const maxDecimal = integer === 136 ? 975 : 1000;
-        const newDecimal = Utils.Clamp(decimal, 0, maxDecimal);
-        props.setValue((integer * 1000 + newDecimal) * 1000);
     }, [props.value]);
 
     // Used to change integer value of freq.

src/instruments/src/RMP/Components/VhfRadioPanel.tsx

@@ -58,9 +58,15 @@ const useStandbyVhfFrequency = (side: string, transceiver: number) => {
 export const VhfRadioPanel = (props: Props) => {
     const [active, setActive] = useActiveVhfFrequency(props.transceiver);
     const [standby, setStandby] = useStandbyVhfFrequency(props.side, props.transceiver);
+    const [, setValueOppositePanelStandby] = props.side === 'L' ? useStandbyVhfFrequency('R', 3) : useStandbyVhfFrequency('L', 3);
 
     // Handle Transfer Button Pressed.
     useInteractionEvent(`A32NX_RMP_${props.side}_TRANSFER_BUTTON_PRESSED`, () => {
+        // Force the standby opposite side otherwise we would lose the frequency/data format
+        // Otherwise it would become frequency/frequency
+        if (props.transceiver === 3) {
+            setValueOppositePanelStandby(active);
+        }
         setActive(standby);
         setStandby(active);
     });