feat(SNSHLI-56): Update Unitility version to 2.1.1

pom.xml

@@ -5,7 +5,7 @@
 
     <groupId>com.synerset</groupId>
     <artifactId>hvac-engine</artifactId>
-    <version>1.0.1</version>
+    <version>1.0.2</version>
     <name>hvac-engine</name>
     <description>
         HVAC|Engine is a comprehensive library for calculating moist air properties, including crucial thermodynamic
@@ -38,9 +38,9 @@
         <project.build.sourceEncoding>UTF-8</project.build.sourceEncoding>
         <!-- Synerset library versions -->
         <brent-solver.version>1.1.4</brent-solver.version>
-        <unitility.version>2.0.0</unitility.version>
+        <unitility.version>2.1.1</unitility.version>
         <!-- Dependency versions -->
-        <assertJ.version>3.24.2</assertJ.version>
+        <assertJ.version>3.25.0</assertJ.version>
         <junit-jupiter-api.version>5.10.1</junit-jupiter-api.version>
         <!-- Plugins versions -->
         <jacoco.version>0.8.9</jacoco.version>

src/main/java/com/synerset/hvacengine/common/Validators.java

@@ -45,13 +45,13 @@ public static <K extends Unit> void requireBetweenBounds(PhysicalQuantity<K> qua
     }
 
     public static <K extends Unit> void requireAboveLowerBoundInclusive(PhysicalQuantity<K> quantityToCheck, PhysicalQuantity<K> lowerBoundLimit) {
-        if (quantityToCheck.lowerThan(lowerBoundLimit)) {
+        if (quantityToCheck.isLowerThan(lowerBoundLimit)) {
             throw new InvalidArgumentException(String.format("Lower bound limit reached or exceeded: Quantity: %s, Limit: %s", quantityToCheck, lowerBoundLimit));
         }
     }
 
     public static <K extends Unit> void requireBelowUpperBoundInclusive(PhysicalQuantity<K> quantityToCheck, PhysicalQuantity<K> upperBoundLimit) {
-        if (quantityToCheck.greaterThan(upperBoundLimit)) {
+        if (quantityToCheck.isGreaterThan(upperBoundLimit)) {
             throw new InvalidArgumentException(String.format("Upper bound limit reached or exceeded: Quantity: %s, Limit: %s", quantityToCheck, upperBoundLimit));
         }
     }

src/main/java/com/synerset/hvacengine/fluids/humidair/HumidAir.java

@@ -237,9 +237,9 @@ public <K extends Fluid> boolean isEqualsWithPrecision(K fluid, double epsilon)
     private static VapourState determineVapourState(Temperature dryBulbTemperature, HumidityRatio humidityRatio, HumidityRatio maxHumidityRatio) {
         if (humidityRatio == maxHumidityRatio) {
             return VapourState.SATURATED;
-        } else if ((humidityRatio.greaterThan(maxHumidityRatio)) && dryBulbTemperature.positive()) {
+        } else if ((humidityRatio.isGreaterThan(maxHumidityRatio)) && dryBulbTemperature.isPositive()) {
             return VapourState.WATER_MIST;
-        } else if ((humidityRatio.greaterThan(maxHumidityRatio)) && dryBulbTemperature.negativeOrZero()) {
+        } else if ((humidityRatio.isGreaterThan(maxHumidityRatio)) && dryBulbTemperature.isNegativeOrZero()) {
             return VapourState.ICE_FOG;
         } else {
             return VapourState.UNSATURATED;

src/main/java/com/synerset/hvacengine/process/cooling/CoolingStrategy.java

@@ -48,15 +48,15 @@ static CoolingStrategy of(FlowOfHumidAir inletAirFlow, CoolantData inletCoolantD
         Validators.requireNotNull(inletAirFlow);
         Validators.requireNotNull(inletCoolantData);
         Validators.requireNotNull(inputPower);
-        if (inputPower.positive()) {
+        if (inputPower.isPositive()) {
             throw new InvalidArgumentException("Cooling power must be negative value. Q_in = " + inputPower);
         }
         // Mox cooling power quick estimate to reach 0 degrees Qcool.max= G * (i_0 - i_in)
         double estimatedMaxPowerKw = inletAirFlow.specificEnthalpy().toKiloJoulePerKiloGram()
                 .minusFromValue(0)
                 .multiply(inletAirFlow.massFlow().toKilogramsPerSecond());
         Power estimatedPowerLimit = Power.ofKiloWatts(estimatedMaxPowerKw);
-        if (inputPower.lowerThan(estimatedPowerLimit)) {
+        if (inputPower.isLowerThan(estimatedPowerLimit)) {
             throw new InvalidArgumentException("To large cooling power for provided flow. "
                     + "Q_in = " + inputPower + " Q_limit = " + estimatedPowerLimit);
         }
@@ -77,7 +77,7 @@ static CoolingStrategy of(FlowOfHumidAir inletAirFlow, CoolantData inletCoolantD
         Validators.requireNotNull(inletCoolantData);
         Validators.requireNotNull(targetRelativeHumidity);
         Validators.requireBetweenBoundsInclusive(targetRelativeHumidity, RelativeHumidity.RH_MIN_LIMIT, RelativeHumidity.ofPercentage(98));
-        if (targetRelativeHumidity.lowerThan(inletAirFlow.relativeHumidity())) {
+        if (targetRelativeHumidity.isLowerThan(inletAirFlow.relativeHumidity())) {
             throw new InvalidArgumentException("Cooling process cannot decrease relative humidity. "
                     + "RH_in = " + inletAirFlow.relativeHumidity() + " RH_target = " + targetRelativeHumidity);
         }
@@ -98,7 +98,7 @@ static CoolingStrategy of(FlowOfHumidAir inletAirFlow, CoolantData inletCoolantD
         Validators.requireNotNull(inletCoolantData);
         Validators.requireNotNull(targetTemperature);
         Validators.requireAboveLowerBound(targetTemperature, Temperature.ofCelsius(0));
-        if (targetTemperature.greaterThan(inletAirFlow.temperature())) {
+        if (targetTemperature.isGreaterThan(inletAirFlow.temperature())) {
             throw new InvalidArgumentException("Expected outlet temperature must be lower than inlet for cooling process. "
                     + "DBT_in = " + inletAirFlow.relativeHumidity() + " DBT_target = " + inletAirFlow.temperature());
         }

src/main/java/com/synerset/hvacengine/process/drycooling/DryCoolingFromTemperature.java

@@ -31,7 +31,7 @@ public DryAirCoolingResult applyDryCooling() {
         }
 
         // If the target temperature is below dew point temperature, it is certain that this is no longer dry cooling
-        if (outletTemperature.lowerThan(inletAir.fluid().dewPointTemperature())) {
+        if (outletTemperature.isLowerThan(inletAir.fluid().dewPointTemperature())) {
             return new DryAirCoolingResult(inletAir, Power.ofWatts(0));
         }
 

src/main/java/com/synerset/hvacengine/process/drycooling/DryCoolingStrategy.java

@@ -39,7 +39,7 @@ static DryCoolingStrategy of(FlowOfHumidAir inletAirFlow, Power inputPower) {
         Validators.requireNotNull(inletAirFlow);
         Validators.requireNotNull(inputPower);
 
-        if (inputPower.positive()) {
+        if (inputPower.isPositive()) {
             throw new InvalidArgumentException("Cooling power must be negative value. Q_in = " + inputPower);
         }
 
@@ -58,7 +58,7 @@ static DryCoolingStrategy of(FlowOfHumidAir inletAirFlow, Temperature targetTemp
         Validators.requireNotNull(inletAirFlow);
         Validators.requireNotNull(targetTemperature);
 
-        if (targetTemperature.greaterThan(inletAirFlow.temperature())) {
+        if (targetTemperature.isGreaterThan(inletAirFlow.temperature())) {
             throw new InvalidArgumentException("Expected outlet temperature must be lower than inlet for cooling process. "
                     + "DBT_in = " + inletAirFlow.relativeHumidity() + " DBT_target = " + inletAirFlow.temperature());
         }

src/main/java/com/synerset/hvacengine/process/heating/HeatingStrategy.java

@@ -43,7 +43,7 @@ static HeatingStrategy of(FlowOfHumidAir inletAirFlow, Power inputPower) {
         Validators.requireNotNull(inletAirFlow);
         Validators.requireNotNull(inputPower);
 
-        if (inputPower.negative()) {
+        if (inputPower.isNegative()) {
             throw new InvalidArgumentException("Heating power must be positive value. Q_in = " + inputPower);
         }
 
@@ -54,7 +54,7 @@ static HeatingStrategy of(FlowOfHumidAir inletAirFlow, Power inputPower) {
         double qMax = iMax.minus(inletAirFlow.specificEnthalpy())
                 .multiply(inletAirFlow.massFlow().toKilogramsPerSecond());
         Power estimatedPowerLimit = Power.ofKiloWatts(qMax);
-        if (inputPower.greaterThan(estimatedPowerLimit)) {
+        if (inputPower.isGreaterThan(estimatedPowerLimit)) {
             throw new InvalidArgumentException("To large heating power for provided flow. "
                     + "Q_in = " + inputPower + " Q_limit = " + estimatedPowerLimit);
         }
@@ -73,7 +73,7 @@ static HeatingStrategy of(FlowOfHumidAir inletAirFlow, RelativeHumidity targetRe
         Validators.requireNotNull(inletAirFlow);
         Validators.requireNotNull(targetRelativeHumidity);
         Validators.requireBetweenBoundsInclusive(targetRelativeHumidity, RelativeHumidity.RH_MIN_LIMIT, RelativeHumidity.ofPercentage(98));
-        if (targetRelativeHumidity.greaterThan(inletAirFlow.relativeHumidity())) {
+        if (targetRelativeHumidity.isGreaterThan(inletAirFlow.relativeHumidity())) {
             throw new InvalidArgumentException("Heating process cannot increase relative humidity. "
                     + "RH_in = " + inletAirFlow.relativeHumidity() + " RH_target = " + targetRelativeHumidity);
         }
@@ -92,7 +92,7 @@ static HeatingStrategy of(FlowOfHumidAir inletAirFlow, Temperature targetTempera
         Validators.requireNotNull(inletAirFlow);
         Validators.requireNotNull(targetTemperature);
         Validators.requireBelowUpperBoundInclusive(targetTemperature, HumidAir.TEMPERATURE_MAX_LIMIT);
-        if (targetTemperature.lowerThan(inletAirFlow.temperature())) {
+        if (targetTemperature.isLowerThan(inletAirFlow.temperature())) {
             throw new InvalidArgumentException("Expected outlet temperature must be greater than inlet for cooling process. "
                     + "DBT_in = " + inletAirFlow.relativeHumidity() + " DBT_target = " + inletAirFlow.temperature());
         }