diff --git a/hsim-a318ceo/src/base/lvfr-horizonsim-airbus-a318-ceo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a318-ceo/FCU/A320_Neo_FCU.js b/hsim-a318ceo/src/base/lvfr-horizonsim-airbus-a318-ceo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a318-ceo/FCU/A320_Neo_FCU.js
index fe071917..e0b415e6 100644
--- a/hsim-a318ceo/src/base/lvfr-horizonsim-airbus-a318-ceo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a318-ceo/FCU/A320_Neo_FCU.js
+++ b/hsim-a318ceo/src/base/lvfr-horizonsim-airbus-a318-ceo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a318-ceo/FCU/A320_Neo_FCU.js
@@ -1384,20 +1384,20 @@ class A320_Neo_FCU_Pressure extends A320_Neo_FCU_Component {
             this.currentValue = _value;
             this.lightsTest = _lightsTest;
             if (this.lightsTest) {
-                this.setElementVisibility(this.standardElem, false);
-                this.setElementVisibility(this.selectedElem, true);
+                this.setElementVisibility(this.standardElem, false)
+                this.setElementVisibility(this.selectedElem, true)
                 this.setTextElementActive(this.textQFE, true);
                 this.setTextElementActive(this.textQNH, true);
                 this.textValueContent = "88.88";
                 return;
             }
             if (this.currentMode == "STD") {
-                this.setElementVisibility(this.standardElem, true);
-                this.setElementVisibility(this.selectedElem, false);
+                this.setElementVisibility(this.standardElem, true)
+                this.setElementVisibility(this.selectedElem, false)
                 SimVar.SetSimVarValue("KOHLSMAN SETTING STD", "Bool", 1);
             } else {
-                this.setElementVisibility(this.standardElem, false);
-                this.setElementVisibility(this.selectedElem, true);
+                this.setElementVisibility(this.standardElem, false)
+                this.setElementVisibility(this.selectedElem, true)
                 SimVar.SetSimVarValue("KOHLSMAN SETTING STD", "Bool", 0);
                 const isQFE = (this.currentMode == "QFE") ? true : false;
                 this.setTextElementActive(this.textQFE, isQFE);
@@ -1488,6 +1488,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //                Earth-Sun distance, angular diameter of Sun
 //        p. L2:  Greenwich mean sidereal time (ignoring T^2, T^3 terms)
 
+
 //   Authors:  Dr. Joe Michalsky (joe@asrc.albany.edu)
 //             Dr. Lee Harrison (lee@asrc.albany.edu)
 //             Atmospheric Sciences Research Center
@@ -1499,6 +1500,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //                 Code 913
 //                 Greenbelt, MD 20771
 
+
 //   WARNING:  Do not use this routine outside the year range
 //             1950-2050.  The approximations become increasingly
 //             worse, and the calculation of Julian date becomes
@@ -1527,6 +1529,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //      LONG     longitude [degrees]
 //               (REAL; range -180.0 to 180.0; east is positive)
 
+
 //   Output:
 
 //      AZ       solar azimuth angle (measured east from north,
@@ -1541,6 +1544,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //               (1 AU = mean Earth-sun distance = 1.49597871E+11 m
 //                in IAU 1976 System of Astronomical Constants)
 
+
 //   Local Variables:
 
 //     DEC       Declination (radians)
@@ -1649,7 +1653,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
 
     // current Julian date (actually add 2,400,000 for true JD);  LEAP = leap days since 1949;
     // 32916.5 is midnite 0 jan 1949 minus 2.4e6
-    const delta = year - 1949;
+    const delta  = year - 1949;
     const leap = delta / 4;
     let jd = 32916.5 + (delta * 365 + leap + day) + hour / 24;
 
@@ -1663,7 +1667,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
 
     // ecliptic coordinates
     // 51545.0 + 2.4e6 = noon 1 jan 2000
-    const time = jd - 51545.0;
+    const time  = jd - 51545.0;
 
     // force mean longitude between 0 and 360 degs
     let meanLon = (280.460 + 0.9856474 * time) % 360;
@@ -1687,7 +1691,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
     }
     ecLong = ecLong * rpd;
 
-    const obiquityEc = (23.439 - 0.0000004 * time) * rpd;
+    let obiquityEc = (23.439 - 0.0000004 * time) * rpd;
 
     // right ascension
     const NUM = Math.cos(obiquityEc) * Math.sin(ecLong);
@@ -1696,9 +1700,9 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
 
     // Force right ascension between 0 and 2*pi
     if (DEN < 0.0) {
-        RA = RA + Math.PI;
+        RA  = RA + Math.PI;
     } else if (NUM < 0) {
-        RA = RA + Math.PI * 2;
+        RA  = RA + Math.PI * 2;
     }
 
     // declination
@@ -1714,7 +1718,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
     }
 
     // local mean sidereal time in radians
-    let LMST = (GMST + lon / 15) % 24;
+    let  LMST = (GMST + lon / 15) % 24;
     if (LMST < 0) {
         LMST += 24;
     }
@@ -1748,8 +1752,8 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
     }
 
     // Convert elevation and azimuth to degrees
-    solarElevation /= rpd;
-    solarAzimuth /= rpd;
+    solarElevation /= rpd
+    solarAzimuth /= rpd
 
     //  ======== Refraction correction for U.S. Standard Atmos. ==========
     //      (assumes elevation in degs) (3.51823=1013.25 mb/288 K)
@@ -1761,7 +1765,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
                 (1. + solarElevation * (0.505 + 0.0845 * solarElevation));
     }
 
-    solarElevation = solarElevation + REFRAC;
+    solarElevation = solarElevation + REFRAC
     // ===================================================================
     // distance to sun in A.U. & diameter in degs
     const solarDistance = 1.00014 - 0.01671 * Math.cos(meanAnomaly) - 0.00014 * Math.cos(2 * meanAnomaly);
@@ -1842,7 +1846,7 @@ class Subject {
             if (initialNotify) {
                 newSub.handler(this.value);
             }
-        };
+        }
         newSub.unsub = () => this.subs.splice(this.subs.indexOf(newSub), 1);
 
         this.subs.push(newSub);
diff --git a/hsim-a319ceo/src/base/lvfr-horizonsim-airbus-a319-ceo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a319-ceo/FCU/A320_Neo_FCU.js b/hsim-a319ceo/src/base/lvfr-horizonsim-airbus-a319-ceo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a319-ceo/FCU/A320_Neo_FCU.js
index fe071917..e0b415e6 100644
--- a/hsim-a319ceo/src/base/lvfr-horizonsim-airbus-a319-ceo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a319-ceo/FCU/A320_Neo_FCU.js
+++ b/hsim-a319ceo/src/base/lvfr-horizonsim-airbus-a319-ceo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a319-ceo/FCU/A320_Neo_FCU.js
@@ -1384,20 +1384,20 @@ class A320_Neo_FCU_Pressure extends A320_Neo_FCU_Component {
             this.currentValue = _value;
             this.lightsTest = _lightsTest;
             if (this.lightsTest) {
-                this.setElementVisibility(this.standardElem, false);
-                this.setElementVisibility(this.selectedElem, true);
+                this.setElementVisibility(this.standardElem, false)
+                this.setElementVisibility(this.selectedElem, true)
                 this.setTextElementActive(this.textQFE, true);
                 this.setTextElementActive(this.textQNH, true);
                 this.textValueContent = "88.88";
                 return;
             }
             if (this.currentMode == "STD") {
-                this.setElementVisibility(this.standardElem, true);
-                this.setElementVisibility(this.selectedElem, false);
+                this.setElementVisibility(this.standardElem, true)
+                this.setElementVisibility(this.selectedElem, false)
                 SimVar.SetSimVarValue("KOHLSMAN SETTING STD", "Bool", 1);
             } else {
-                this.setElementVisibility(this.standardElem, false);
-                this.setElementVisibility(this.selectedElem, true);
+                this.setElementVisibility(this.standardElem, false)
+                this.setElementVisibility(this.selectedElem, true)
                 SimVar.SetSimVarValue("KOHLSMAN SETTING STD", "Bool", 0);
                 const isQFE = (this.currentMode == "QFE") ? true : false;
                 this.setTextElementActive(this.textQFE, isQFE);
@@ -1488,6 +1488,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //                Earth-Sun distance, angular diameter of Sun
 //        p. L2:  Greenwich mean sidereal time (ignoring T^2, T^3 terms)
 
+
 //   Authors:  Dr. Joe Michalsky (joe@asrc.albany.edu)
 //             Dr. Lee Harrison (lee@asrc.albany.edu)
 //             Atmospheric Sciences Research Center
@@ -1499,6 +1500,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //                 Code 913
 //                 Greenbelt, MD 20771
 
+
 //   WARNING:  Do not use this routine outside the year range
 //             1950-2050.  The approximations become increasingly
 //             worse, and the calculation of Julian date becomes
@@ -1527,6 +1529,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //      LONG     longitude [degrees]
 //               (REAL; range -180.0 to 180.0; east is positive)
 
+
 //   Output:
 
 //      AZ       solar azimuth angle (measured east from north,
@@ -1541,6 +1544,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //               (1 AU = mean Earth-sun distance = 1.49597871E+11 m
 //                in IAU 1976 System of Astronomical Constants)
 
+
 //   Local Variables:
 
 //     DEC       Declination (radians)
@@ -1649,7 +1653,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
 
     // current Julian date (actually add 2,400,000 for true JD);  LEAP = leap days since 1949;
     // 32916.5 is midnite 0 jan 1949 minus 2.4e6
-    const delta = year - 1949;
+    const delta  = year - 1949;
     const leap = delta / 4;
     let jd = 32916.5 + (delta * 365 + leap + day) + hour / 24;
 
@@ -1663,7 +1667,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
 
     // ecliptic coordinates
     // 51545.0 + 2.4e6 = noon 1 jan 2000
-    const time = jd - 51545.0;
+    const time  = jd - 51545.0;
 
     // force mean longitude between 0 and 360 degs
     let meanLon = (280.460 + 0.9856474 * time) % 360;
@@ -1687,7 +1691,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
     }
     ecLong = ecLong * rpd;
 
-    const obiquityEc = (23.439 - 0.0000004 * time) * rpd;
+    let obiquityEc = (23.439 - 0.0000004 * time) * rpd;
 
     // right ascension
     const NUM = Math.cos(obiquityEc) * Math.sin(ecLong);
@@ -1696,9 +1700,9 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
 
     // Force right ascension between 0 and 2*pi
     if (DEN < 0.0) {
-        RA = RA + Math.PI;
+        RA  = RA + Math.PI;
     } else if (NUM < 0) {
-        RA = RA + Math.PI * 2;
+        RA  = RA + Math.PI * 2;
     }
 
     // declination
@@ -1714,7 +1718,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
     }
 
     // local mean sidereal time in radians
-    let LMST = (GMST + lon / 15) % 24;
+    let  LMST = (GMST + lon / 15) % 24;
     if (LMST < 0) {
         LMST += 24;
     }
@@ -1748,8 +1752,8 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
     }
 
     // Convert elevation and azimuth to degrees
-    solarElevation /= rpd;
-    solarAzimuth /= rpd;
+    solarElevation /= rpd
+    solarAzimuth /= rpd
 
     //  ======== Refraction correction for U.S. Standard Atmos. ==========
     //      (assumes elevation in degs) (3.51823=1013.25 mb/288 K)
@@ -1761,7 +1765,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
                 (1. + solarElevation * (0.505 + 0.0845 * solarElevation));
     }
 
-    solarElevation = solarElevation + REFRAC;
+    solarElevation = solarElevation + REFRAC
     // ===================================================================
     // distance to sun in A.U. & diameter in degs
     const solarDistance = 1.00014 - 0.01671 * Math.cos(meanAnomaly) - 0.00014 * Math.cos(2 * meanAnomaly);
@@ -1842,7 +1846,7 @@ class Subject {
             if (initialNotify) {
                 newSub.handler(this.value);
             }
-        };
+        }
         newSub.unsub = () => this.subs.splice(this.subs.indexOf(newSub), 1);
 
         this.subs.push(newSub);
diff --git a/hsim-a320ceo/src/base/lvfr-horizonsim-airbus-a320-ceo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a320-ceo/FCU/A320_Neo_FCU.js b/hsim-a320ceo/src/base/lvfr-horizonsim-airbus-a320-ceo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a320-ceo/FCU/A320_Neo_FCU.js
index fe071917..e0b415e6 100644
--- a/hsim-a320ceo/src/base/lvfr-horizonsim-airbus-a320-ceo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a320-ceo/FCU/A320_Neo_FCU.js
+++ b/hsim-a320ceo/src/base/lvfr-horizonsim-airbus-a320-ceo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a320-ceo/FCU/A320_Neo_FCU.js
@@ -1384,20 +1384,20 @@ class A320_Neo_FCU_Pressure extends A320_Neo_FCU_Component {
             this.currentValue = _value;
             this.lightsTest = _lightsTest;
             if (this.lightsTest) {
-                this.setElementVisibility(this.standardElem, false);
-                this.setElementVisibility(this.selectedElem, true);
+                this.setElementVisibility(this.standardElem, false)
+                this.setElementVisibility(this.selectedElem, true)
                 this.setTextElementActive(this.textQFE, true);
                 this.setTextElementActive(this.textQNH, true);
                 this.textValueContent = "88.88";
                 return;
             }
             if (this.currentMode == "STD") {
-                this.setElementVisibility(this.standardElem, true);
-                this.setElementVisibility(this.selectedElem, false);
+                this.setElementVisibility(this.standardElem, true)
+                this.setElementVisibility(this.selectedElem, false)
                 SimVar.SetSimVarValue("KOHLSMAN SETTING STD", "Bool", 1);
             } else {
-                this.setElementVisibility(this.standardElem, false);
-                this.setElementVisibility(this.selectedElem, true);
+                this.setElementVisibility(this.standardElem, false)
+                this.setElementVisibility(this.selectedElem, true)
                 SimVar.SetSimVarValue("KOHLSMAN SETTING STD", "Bool", 0);
                 const isQFE = (this.currentMode == "QFE") ? true : false;
                 this.setTextElementActive(this.textQFE, isQFE);
@@ -1488,6 +1488,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //                Earth-Sun distance, angular diameter of Sun
 //        p. L2:  Greenwich mean sidereal time (ignoring T^2, T^3 terms)
 
+
 //   Authors:  Dr. Joe Michalsky (joe@asrc.albany.edu)
 //             Dr. Lee Harrison (lee@asrc.albany.edu)
 //             Atmospheric Sciences Research Center
@@ -1499,6 +1500,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //                 Code 913
 //                 Greenbelt, MD 20771
 
+
 //   WARNING:  Do not use this routine outside the year range
 //             1950-2050.  The approximations become increasingly
 //             worse, and the calculation of Julian date becomes
@@ -1527,6 +1529,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //      LONG     longitude [degrees]
 //               (REAL; range -180.0 to 180.0; east is positive)
 
+
 //   Output:
 
 //      AZ       solar azimuth angle (measured east from north,
@@ -1541,6 +1544,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //               (1 AU = mean Earth-sun distance = 1.49597871E+11 m
 //                in IAU 1976 System of Astronomical Constants)
 
+
 //   Local Variables:
 
 //     DEC       Declination (radians)
@@ -1649,7 +1653,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
 
     // current Julian date (actually add 2,400,000 for true JD);  LEAP = leap days since 1949;
     // 32916.5 is midnite 0 jan 1949 minus 2.4e6
-    const delta = year - 1949;
+    const delta  = year - 1949;
     const leap = delta / 4;
     let jd = 32916.5 + (delta * 365 + leap + day) + hour / 24;
 
@@ -1663,7 +1667,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
 
     // ecliptic coordinates
     // 51545.0 + 2.4e6 = noon 1 jan 2000
-    const time = jd - 51545.0;
+    const time  = jd - 51545.0;
 
     // force mean longitude between 0 and 360 degs
     let meanLon = (280.460 + 0.9856474 * time) % 360;
@@ -1687,7 +1691,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
     }
     ecLong = ecLong * rpd;
 
-    const obiquityEc = (23.439 - 0.0000004 * time) * rpd;
+    let obiquityEc = (23.439 - 0.0000004 * time) * rpd;
 
     // right ascension
     const NUM = Math.cos(obiquityEc) * Math.sin(ecLong);
@@ -1696,9 +1700,9 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
 
     // Force right ascension between 0 and 2*pi
     if (DEN < 0.0) {
-        RA = RA + Math.PI;
+        RA  = RA + Math.PI;
     } else if (NUM < 0) {
-        RA = RA + Math.PI * 2;
+        RA  = RA + Math.PI * 2;
     }
 
     // declination
@@ -1714,7 +1718,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
     }
 
     // local mean sidereal time in radians
-    let LMST = (GMST + lon / 15) % 24;
+    let  LMST = (GMST + lon / 15) % 24;
     if (LMST < 0) {
         LMST += 24;
     }
@@ -1748,8 +1752,8 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
     }
 
     // Convert elevation and azimuth to degrees
-    solarElevation /= rpd;
-    solarAzimuth /= rpd;
+    solarElevation /= rpd
+    solarAzimuth /= rpd
 
     //  ======== Refraction correction for U.S. Standard Atmos. ==========
     //      (assumes elevation in degs) (3.51823=1013.25 mb/288 K)
@@ -1761,7 +1765,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
                 (1. + solarElevation * (0.505 + 0.0845 * solarElevation));
     }
 
-    solarElevation = solarElevation + REFRAC;
+    solarElevation = solarElevation + REFRAC
     // ===================================================================
     // distance to sun in A.U. & diameter in degs
     const solarDistance = 1.00014 - 0.01671 * Math.cos(meanAnomaly) - 0.00014 * Math.cos(2 * meanAnomaly);
@@ -1842,7 +1846,7 @@ class Subject {
             if (initialNotify) {
                 newSub.handler(this.value);
             }
-        };
+        }
         newSub.unsub = () => this.subs.splice(this.subs.indexOf(newSub), 1);
 
         this.subs.push(newSub);
diff --git a/hsim-a321neo/src/base/lvfr-horizonsim-airbus-a321-neo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a321-neo/FCU/A320_Neo_FCU.js b/hsim-a321neo/src/base/lvfr-horizonsim-airbus-a321-neo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a321-neo/FCU/A320_Neo_FCU.js
index fe071917..e0b415e6 100644
--- a/hsim-a321neo/src/base/lvfr-horizonsim-airbus-a321-neo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a321-neo/FCU/A320_Neo_FCU.js
+++ b/hsim-a321neo/src/base/lvfr-horizonsim-airbus-a321-neo/html_ui/Pages/VCockpit/Instruments/Airliners/lvfr-horizonsim-airbus-a321-neo/FCU/A320_Neo_FCU.js
@@ -1384,20 +1384,20 @@ class A320_Neo_FCU_Pressure extends A320_Neo_FCU_Component {
             this.currentValue = _value;
             this.lightsTest = _lightsTest;
             if (this.lightsTest) {
-                this.setElementVisibility(this.standardElem, false);
-                this.setElementVisibility(this.selectedElem, true);
+                this.setElementVisibility(this.standardElem, false)
+                this.setElementVisibility(this.selectedElem, true)
                 this.setTextElementActive(this.textQFE, true);
                 this.setTextElementActive(this.textQNH, true);
                 this.textValueContent = "88.88";
                 return;
             }
             if (this.currentMode == "STD") {
-                this.setElementVisibility(this.standardElem, true);
-                this.setElementVisibility(this.selectedElem, false);
+                this.setElementVisibility(this.standardElem, true)
+                this.setElementVisibility(this.selectedElem, false)
                 SimVar.SetSimVarValue("KOHLSMAN SETTING STD", "Bool", 1);
             } else {
-                this.setElementVisibility(this.standardElem, false);
-                this.setElementVisibility(this.selectedElem, true);
+                this.setElementVisibility(this.standardElem, false)
+                this.setElementVisibility(this.selectedElem, true)
                 SimVar.SetSimVarValue("KOHLSMAN SETTING STD", "Bool", 0);
                 const isQFE = (this.currentMode == "QFE") ? true : false;
                 this.setTextElementActive(this.textQFE, isQFE);
@@ -1488,6 +1488,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //                Earth-Sun distance, angular diameter of Sun
 //        p. L2:  Greenwich mean sidereal time (ignoring T^2, T^3 terms)
 
+
 //   Authors:  Dr. Joe Michalsky (joe@asrc.albany.edu)
 //             Dr. Lee Harrison (lee@asrc.albany.edu)
 //             Atmospheric Sciences Research Center
@@ -1499,6 +1500,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //                 Code 913
 //                 Greenbelt, MD 20771
 
+
 //   WARNING:  Do not use this routine outside the year range
 //             1950-2050.  The approximations become increasingly
 //             worse, and the calculation of Julian date becomes
@@ -1527,6 +1529,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //      LONG     longitude [degrees]
 //               (REAL; range -180.0 to 180.0; east is positive)
 
+
 //   Output:
 
 //      AZ       solar azimuth angle (measured east from north,
@@ -1541,6 +1544,7 @@ class A320_Neo_FCU_SmallScreen extends NavSystemElement {
 //               (1 AU = mean Earth-sun distance = 1.49597871E+11 m
 //                in IAU 1976 System of Astronomical Constants)
 
+
 //   Local Variables:
 
 //     DEC       Declination (radians)
@@ -1649,7 +1653,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
 
     // current Julian date (actually add 2,400,000 for true JD);  LEAP = leap days since 1949;
     // 32916.5 is midnite 0 jan 1949 minus 2.4e6
-    const delta = year - 1949;
+    const delta  = year - 1949;
     const leap = delta / 4;
     let jd = 32916.5 + (delta * 365 + leap + day) + hour / 24;
 
@@ -1663,7 +1667,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
 
     // ecliptic coordinates
     // 51545.0 + 2.4e6 = noon 1 jan 2000
-    const time = jd - 51545.0;
+    const time  = jd - 51545.0;
 
     // force mean longitude between 0 and 360 degs
     let meanLon = (280.460 + 0.9856474 * time) % 360;
@@ -1687,7 +1691,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
     }
     ecLong = ecLong * rpd;
 
-    const obiquityEc = (23.439 - 0.0000004 * time) * rpd;
+    let obiquityEc = (23.439 - 0.0000004 * time) * rpd;
 
     // right ascension
     const NUM = Math.cos(obiquityEc) * Math.sin(ecLong);
@@ -1696,9 +1700,9 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
 
     // Force right ascension between 0 and 2*pi
     if (DEN < 0.0) {
-        RA = RA + Math.PI;
+        RA  = RA + Math.PI;
     } else if (NUM < 0) {
-        RA = RA + Math.PI * 2;
+        RA  = RA + Math.PI * 2;
     }
 
     // declination
@@ -1714,7 +1718,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
     }
 
     // local mean sidereal time in radians
-    let LMST = (GMST + lon / 15) % 24;
+    let  LMST = (GMST + lon / 15) % 24;
     if (LMST < 0) {
         LMST += 24;
     }
@@ -1748,8 +1752,8 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
     }
 
     // Convert elevation and azimuth to degrees
-    solarElevation /= rpd;
-    solarAzimuth /= rpd;
+    solarElevation /= rpd
+    solarAzimuth /= rpd
 
     //  ======== Refraction correction for U.S. Standard Atmos. ==========
     //      (assumes elevation in degs) (3.51823=1013.25 mb/288 K)
@@ -1761,7 +1765,7 @@ function calculateSunAzimuthElevation(utcTime, lat, lon, out = undefined) {
                 (1. + solarElevation * (0.505 + 0.0845 * solarElevation));
     }
 
-    solarElevation = solarElevation + REFRAC;
+    solarElevation = solarElevation + REFRAC
     // ===================================================================
     // distance to sun in A.U. & diameter in degs
     const solarDistance = 1.00014 - 0.01671 * Math.cos(meanAnomaly) - 0.00014 * Math.cos(2 * meanAnomaly);
@@ -1842,7 +1846,7 @@ class Subject {
             if (initialNotify) {
                 newSub.handler(this.value);
             }
-        };
+        }
         newSub.unsub = () => this.subs.splice(this.subs.indexOf(newSub), 1);
 
         this.subs.push(newSub);