From 30156588eade12da758e5f0d1a3389ea265c4d44 Mon Sep 17 00:00:00 2001
From: mazinskihenry <33608576+mazinskihenry@users.noreply.github.com>
Date: Sat, 22 Feb 2025 00:02:45 -0800
Subject: [PATCH] Update fnc_handleOxygenFunction.sqf

---
 addons/vitals/functions/fnc_handleOxygenFunction.sqf | 5 +++--
 1 file changed, 3 insertions(+), 2 deletions(-)

diff --git a/addons/vitals/functions/fnc_handleOxygenFunction.sqf b/addons/vitals/functions/fnc_handleOxygenFunction.sqf
index 2924b2534..1f434458f 100644
--- a/addons/vitals/functions/fnc_handleOxygenFunction.sqf
+++ b/addons/vitals/functions/fnc_handleOxygenFunction.sqf
@@ -35,6 +35,7 @@ params ["_unit", "_actualHeartRate", "_anerobicPressure", "_bloodGas", "_tempera
 
 private _respiratoryRate = 0;
 private _respiratoryDepression = 0;
+private _respiratoryDepth = 0;
 private _demandVentilation = 0;
 private _actualVentilation = 0;
 private _previousCyclePaco2 = (_bloodGas select 0);
@@ -45,14 +46,14 @@ if (IN_CRDC_ARRST(_unit)) then {
     _demandVentilation = MINIMUM_VENTILATION;
     _respiratoryDepression = 1;
     _respiratoryRate = [0, 20] select (_unit getVariable [QEGVAR(breathing,BVMInUse), false]);
+    _respiratoryDepth = [0, 10] select (_unit getVariable [QEGVAR(breathing,BVMInUse), false]);
     _actualVentilation = 1;
 } else {
     // Ventilatory Demand comes from Heart Rate with increase demand from PaCO2 levels 
     _demandVentilation = ((((_actualHeartRate * HEART_RATE_CO2_MULTIPLIER) / _anerobicPressure) + ((_previousCyclePaco2 - DEFAULT_PACO2) * 200)) max MINIMUM_VENTILATION);
-    private _tidalVolume = GET_KAT_SURFACE_AREA(_unit);
 
     // Tidal Volume is modified by respiratory depth which can be supressed by opioids and pneumothroax
-    private _respiratoryDepth = [((DEFAULT_RESPIRATORY_DEPTH / 10) - (_opioidDepression / 1.5)), 10] select (_unit getVariable [QEGVAR(breathing,BVMInUse), false]);
+    _respiratoryDepth = [((DEFAULT_RESPIRATORY_DEPTH / 10) - (_opioidDepression / 1.5)), 10] select (_unit getVariable [QEGVAR(breathing,BVMInUse), false]);
     private _tidalVolume = GET_KAT_SURFACE_AREA(_unit) * (_respiratoryDepth / 1);
     
     // Respiratory Rate Calculation