The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Namespace 'FrigateRollupAnalysis'. (322.sysml line : 5 column : 18)
ERROR:Couldn't resolve reference to Namespace 'StdPortsAndInterfaces'. (322.sysml line : 4 column : 18)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (322.sysml line : 9 column : 24)
ERROR:Couldn't resolve reference to Feature 'mass'. (322.sysml line : 15 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (322.sysml line : 16 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~HighSlotPort'. (322.sysml line : 18 column : 25)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (322.sysml line : 21 column : 29)
ERROR:Couldn't resolve reference to Feature 'mass'. (322.sysml line : 26 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (322.sysml line : 27 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (322.sysml line : 29 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (322.sysml line : 32 column : 38)
ERROR:Couldn't resolve reference to Feature 'mass'. (322.sysml line : 36 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (322.sysml line : 37 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (322.sysml line : 39 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (322.sysml line : 42 column : 34)
ERROR:Couldn't resolve reference to Feature 'mass'. (322.sysml line : 46 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (322.sysml line : 47 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (322.sysml line : 49 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (322.sysml line : 52 column : 32)
ERROR:Couldn't resolve reference to Feature 'mass'. (322.sysml line : 56 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (322.sysml line : 57 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (322.sysml line : 59 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (322.sysml line : 62 column : 37)
ERROR:Couldn't resolve reference to Feature 'mass'. (322.sysml line : 67 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (322.sysml line : 68 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~LowSlotPort'. (322.sysml line : 70 column : 24)

Code:
```sysml
 package COTS {
 	private import ScalarValues::*;
 	private import StdPortsAndInterfaces::*;
 	private import FrigateRollupAnalysis::*;
    part def MinerI :> SimpleFrigateComponent {
        doc /* Standard mining laser used on mining frigates for ore extraction. */
        attribute miningYield : Real = 40.0;
        attribute miningYield : Real = 40.0;
        attribute cycleTime : Real = 60.0;
        attribute capacitorUsage : Real = 5.0;
        redefines mass : Real = 500.0;
        redefines powerUsage = 5.0;
        port highSlot : ~HighSlotPort;
    }
    part def Afterburner :> SimpleFrigateComponent {
        doc /* Improves sublight speed by increasing thrust. */
        attribute velocityBonus : Real = 112.5;
        attribute activationCost : Real = 20.0;
        attribute cycleTime : Real = 10.0;
        redefines mass : Real = 1000.0;
        redefines powerUsage = 20.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SmallShieldExtenderI :> SimpleFrigateComponent {
        doc /* Increases shield capacity for additional survivability. */
        attribute shieldHPBonus : Real = 262.0;
        attribute signatureRadiusIncrease : Real = 12.0;
        redefines mass : Real = 1500.0;
        redefines powerUsage = 5.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SmallCapBatteryI :> SimpleFrigateComponent {
        doc /* Improves capacitor recharge and overall energy stability. */
        attribute capacitorBonus : Real = 125.0;
        attribute rechargeMultiplier : Real = 1.2;
        redefines mass : Real = 800.0;
        redefines powerUsage = 0.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SurveyScannerI :> SimpleFrigateComponent {
        doc /* Scans asteroids to determine ore content before mining. */
        attribute scanRange : Real = 15000.0;
        attribute cycleTime : Real = 5.0;
        redefines mass : Real = 500.0;
        redefines powerUsage = 2.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def WarpCoreStabilizerI :> SimpleFrigateComponent {
        doc /* Improves resistance against warp disruption (scramblers and disruptors). */
        attribute warpCoreStrengthBonus : Integer = 1;
        attribute targetingPenalty : Real = -40.0;
        attribute scanResolutionPenalty : Real = -10.0;
        redefines mass : Real = 2000.0;
        redefines powerUsage = 0.0;
        port lowSlot : ~LowSlotPort;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Namespace 'FrigateRollupAnalysis'. (322.sysml line : 5 column : 18)
ERROR:Couldn't resolve reference to Namespace 'StdPortsAndInterfaces'. (322.sysml line : 4 column : 18)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (322.sysml line : 9 column : 24)
ERROR:Couldn't resolve reference to Feature 'mass'. (322.sysml line : 15 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (322.sysml line : 16 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~HighSlotPort'. (322.sysml line : 18 column : 25)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (322.sysml line : 21 column : 29)
ERROR:Couldn't resolve reference to Feature 'mass'. (322.sysml line : 26 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (322.sysml line : 27 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (322.sysml line : 29 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (322.sysml line : 32 column : 38)
ERROR:Couldn't resolve reference to Feature 'mass'. (322.sysml line : 36 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (322.sysml line : 37 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (322.sysml line : 39 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (322.sysml line : 42 column : 34)
ERROR:Couldn't resolve reference to Feature 'mass'. (322.sysml line : 46 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (322.sysml line : 47 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (322.sysml line : 49 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (322.sysml line : 52 column : 32)
ERROR:Couldn't resolve reference to Feature 'mass'. (322.sysml line : 56 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (322.sysml line : 57 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (322.sysml line : 59 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (322.sysml line : 62 column : 37)
ERROR:Couldn't resolve reference to Feature 'mass'. (322.sysml line : 67 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (322.sysml line : 68 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~LowSlotPort'. (322.sysml line : 70 column : 24)

Code:
```sysml
 package COTS {
 	private import ScalarValues::*;
 	private import StdPortsAndInterfaces::*;
 	private import FrigateRollupAnalysis::*;
    part def MinerI :> SimpleFrigateComponent {
        doc /* Standard mining laser used on mining frigates for ore extraction. */
        attribute miningYield : Real = 40.0;
        attribute miningYield : Real = 40.0;
        attribute cycleTime : Real = 60.0;
        attribute capacitorUsage : Real = 5.0;
        redefines mass : Real = 500.0;
        redefines powerUsage = 5.0;
        port highSlot : ~HighSlotPort;
    }
    part def Afterburner :> SimpleFrigateComponent {
        doc /* Improves sublight speed by increasing thrust. */
        attribute velocityBonus : Real = 112.5;
        attribute activationCost : Real = 20.0;
        attribute cycleTime : Real = 10.0;
        redefines mass : Real = 1000.0;
        redefines powerUsage = 20.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SmallShieldExtenderI :> SimpleFrigateComponent {
        doc /* Increases shield capacity for additional survivability. */
        attribute shieldHPBonus : Real = 262.0;
        attribute signatureRadiusIncrease : Real = 12.0;
        redefines mass : Real = 1500.0;
        redefines powerUsage = 5.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SmallCapBatteryI :> SimpleFrigateComponent {
        doc /* Improves capacitor recharge and overall energy stability. */
        attribute capacitorBonus : Real = 125.0;
        attribute rechargeMultiplier : Real = 1.2;
        redefines mass : Real = 800.0;
        redefines powerUsage = 0.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SurveyScannerI :> SimpleFrigateComponent {
        doc /* Scans asteroids to determine ore content before mining. */
        attribute scanRange : Real = 15000.0;
        attribute cycleTime : Real = 5.0;
        redefines mass : Real = 500.0;
        redefines powerUsage = 2.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def WarpCoreStabilizerI :> SimpleFrigateComponent {
        doc /* Improves resistance against warp disruption (scramblers and disruptors). */
        attribute warpCoreStrengthBonus : Integer = 1;
        attribute targetingPenalty : Real = -40.0;
        attribute scanResolutionPenalty : Real = -10.0;
        redefines mass : Real = 2000.0;
        redefines powerUsage = 0.0;
        port lowSlot : ~LowSlotPort;
    }
}
```

CODE STATUS = INCORRECT
```sysml
 package COTS {
 	private import ScalarValues::*;
 	private import StdPortsAndInterfaces::*;
 	private import FrigateRollupAnalysis::*;
    part def MinerI :> SimpleFrigateComponent {
        doc /* Standard mining laser used on mining frigates for ore extraction. */
        attribute miningYield : Real = 40.0;
        attribute cycleTime : Real = 60.0;
        attribute capacitorUsage : Real = 5.0;
        redefines mass : Real = 500.0;
        redefines powerUsage = 5.0;
        port highSlot : ~HighSlotPort;
    }
    part def Afterburner :> SimpleFrigateComponent {
        doc /* Improves sublight speed by increasing thrust. */
        attribute velocityBonus : Real = 112.5;
        attribute activationCost : Real = 20.0;
        attribute cycleTime : Real = 10.0;
        redefines mass : Real = 1000.0;
        redefines powerUsage = 20.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SmallShieldExtenderI :> SimpleFrigateComponent {
        doc /* Increases shield capacity for additional survivability. */
        attribute shieldHPBonus : Real = 262.0;
        attribute signatureRadiusIncrease : Real = 12.0;
        redefines mass : Real = 1500.0;
        redefines powerUsage = 5.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SmallCapBatteryI :> SimpleFrigateComponent {
        doc /* Improves capacitor recharge and overall energy stability. */
        attribute capacitorBonus : Real = 125.0;
        attribute rechargeMultiplier : Real = 1.2;
        redefines mass : Real = 800.0;
        redefines powerUsage = 0.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SurveyScannerI :> SimpleFrigateComponent {
        doc /* Scans asteroids to determine ore content before mining. */
        attribute scanRange : Real = 15000.0;
        attribute cycleTime : Real = 5.0;
        redefines mass : Real = 500.0;
        redefines powerUsage = 2.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def WarpCoreStabilizerI :> SimpleFrigateComponent {
        doc /* Improves resistance against warp disruption (scramblers and disruptors). */
        attribute warpCoreStrengthBonus : Integer = 1;
        attribute targetingPenalty : Real = -40.0;
        attribute scanResolutionPenalty : Real = -10.0;
        redefines mass : Real = 2000.0;
        redefines powerUsage = 0.0;
        port lowSlot : ~LowSlotPort;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -5,7 +5,6 @@
     part def MinerI :> SimpleFrigateComponent {
         doc /* Standard mining laser used on mining frigates for ore extraction. */
         attribute miningYield : Real = 40.0;
-        attribute miningYield : Real = 40.0;
         attribute cycleTime : Real = 60.0;
         attribute capacitorUsage : Real = 5.0;
         redefines mass : Real = 500.0;
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (5049.sysml line : 11 column : 43)

Code:
```sysml
package Vehicle_Remix_0449_8fb5 {
    part def MotorOutput;
    port def DriveIF;
    port def GearPort;
    part def GearPort_Def { port p : GearPort; }
    part def DriveIF_Def { port p : DriveIF; }
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_a442 : GearPort_Def;
        part comp_b_30f1 : DriveIF_Def;
        part comp_distractor_f2ab : MotorOutput_Distractor_Def;
        connect comp_a_a442.p to comp_b_30f1.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (5049.sysml line : 11 column : 43)

Code:
```sysml
package Vehicle_Remix_0449_8fb5 {
    part def MotorOutput;
    port def DriveIF;
    port def GearPort;
    part def GearPort_Def { port p : GearPort; }
    part def DriveIF_Def { port p : DriveIF; }
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_a442 : GearPort_Def;
        part comp_b_30f1 : DriveIF_Def;
        part comp_distractor_f2ab : MotorOutput_Distractor_Def;
        connect comp_a_a442.p to comp_b_30f1.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0449_8fb5 {
    port def MotorOutput;
    port def DriveIF;
    port def GearPort;
    part def GearPort_Def { port p : GearPort; }
    part def DriveIF_Def { port p : DriveIF; }
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_a442 : GearPort_Def;
        part comp_b_30f1 : DriveIF_Def;
        part comp_distractor_f2ab : MotorOutput_Distractor_Def;
        connect comp_a_a442.p to comp_b_30f1.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package Vehicle_Remix_0449_8fb5 {
-    part def MotorOutput;
+    port def MotorOutput;
     port def DriveIF;
     port def GearPort;
     part def GearPort_Def { port p : GearPort; }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (1200.sysml line : 165 column : 1)

Code:
```sysml
package VehicleVariabilityModel {
	package DesignModel {
		public import PartDefinitions::*;
		public import PartsTree::*;
		public import ActionDefinitions::*;
		public import ActionTree::*;
		package PartDefinitions {
			part def Vehicle;
		    attribute def Diameter;
		    part def Cylinder {
		        attribute diameter : Diameter[1];
		    }
		    part def Engine;
		    part def Transmission;
		    part def Sunroof;
		    port def AutoPort;
	    }
	    package PartsTree {
	    	part vehicle : Vehicle {
	    		part engine : Engine[1];
	    		part transmission : Transmission[1];
	    		part sunroof : Sunroof[0..1];
	    	}
		    part engine : Engine {
		        port autoPort : AutoPort;
		        part cylinder : Cylinder[2..*];
		    }
		    part '4cylEngine' :> engine {
		    	part :>> cylinder[4];
		    }
		    part '6cylEngine' :> engine {
		    	part :>> cylinder[6];
		    }
			part transmission : Transmission;
		    part manualTransmission :> transmission;
		    part automaticTransmission :> transmission;
	    }
		package ActionDefinitions {
		    action def GenerateTorque;
		    action def AmplifyTorque;
		    action def ProvidePower;
	    }
	    package ActionTree {
		    action generateTorque4Cyl : GenerateTorque;
		    action generateTorque6Cyl : GenerateTorque;
		    action amplifyTorqueManual : AmplifyTorque;
		    action amplifyTorqueAutomatic : AmplifyTorque;
	    }
	}
	package '150% Model' {
		private import DesignModel::*;
		package PartsTree {
		    variation attribute def DiameterChoices :> Diameter {
		    	variant attribute diameterSmall;
		    	variant attribute diameterLarge;
		    }
		    variation part def EngineChoices :> Engine {
		        variant '4cylEngine';
		        variant '6cylEngine' {
		        	variation port :>> autoPort {
		        		variant port autoPort1;
		        		variant port autoPort2;
		        	}
		        	part :>> cylinder {
		        		attribute :>> diameter : DiameterChoices;
		        	}
		          	assert constraint {
		            	(autoPort == autoPort::autoPort1 & cylinder.diameter == cylinder::diameter::diameterSmall) ^
		             	(autoPort == autoPort::autoPort2 & cylinder.diameter == cylinder::diameter::diameterLarge)
		        	}
		        }
		    }
		    abstract part vehicleFamily :> vehicle {
		        part :>> engine : EngineChoices[1];
		        variation part :>> transmission : Transmission[1] {
		        	variant manualTransmission;
		        	variant automaticTransmission;
		        }
		        assert constraint {
		            (engine == '4cylEngine' & transmission == transmission::manualTransmission) ^
		            (engine == '6cylEngine' & transmission == transmission::automaticTransmission)
		        }
		        variation part :>> sunroof {
		        	variant part withSunroof[1];
		        	variant part withoutSunroof[0];
		        }
		        perform ActionTree::providePowerFamily;
		}
		package ActionTree {
		    action providePowerFamily : ProvidePower {
		        variation action generateTorque : GenerateTorque {
		        	variant generateTorque4Cyl;
		        	variant generateTorque6Cyl;
		        }
		        variation action amplifyTorque : AmplifyTorque {
		        	variant amplifyTorqueManual;
		        	variant amplifyTorqueAutomatic;
		        }
			    assert constraint {
			        (generateTorque == generateTorque::generateTorque4Cyl &
			        	amplifyTorque == amplifyTorque::amplifyTorqueManual
			        ) xor
			        (generateTorque == generateTorque::generateTorque6Cyl &
			        	amplifyTorque == amplifyTorque::amplifyTorqueAutomatic
			        )
			    }
		    }
		}
	}
	package '100% Model' {
		private import '150% Model'::*;
	    part vehicle4Cyl :> PartsTree::vehicleFamily {
	        part :>> engine = engine::'4cylEngine';
	        part :>> transmission = transmission::manualTransmission;
	        part :>> sunroof = sunroof::withoutSunroof;
	        perform action :>> providePowerFamily {
	            action :>> generateTorque = generateTorque::generateTorque4Cyl;
	            action :>> amplifyTorque = amplifyTorque::amplifyTorqueManual;
	        }
	    }
	}
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (1200.sysml line : 165 column : 1)

Code:
```sysml
package VehicleVariabilityModel {
	package DesignModel {
		public import PartDefinitions::*;
		public import PartsTree::*;
		public import ActionDefinitions::*;
		public import ActionTree::*;
		package PartDefinitions {
			part def Vehicle;
		    attribute def Diameter;
		    part def Cylinder {
		        attribute diameter : Diameter[1];
		    }
		    part def Engine;
		    part def Transmission;
		    part def Sunroof;
		    port def AutoPort;
	    }
	    package PartsTree {
	    	part vehicle : Vehicle {
	    		part engine : Engine[1];
	    		part transmission : Transmission[1];
	    		part sunroof : Sunroof[0..1];
	    	}
		    part engine : Engine {
		        port autoPort : AutoPort;
		        part cylinder : Cylinder[2..*];
		    }
		    part '4cylEngine' :> engine {
		    	part :>> cylinder[4];
		    }
		    part '6cylEngine' :> engine {
		    	part :>> cylinder[6];
		    }
			part transmission : Transmission;
		    part manualTransmission :> transmission;
		    part automaticTransmission :> transmission;
	    }
		package ActionDefinitions {
		    action def GenerateTorque;
		    action def AmplifyTorque;
		    action def ProvidePower;
	    }
	    package ActionTree {
		    action generateTorque4Cyl : GenerateTorque;
		    action generateTorque6Cyl : GenerateTorque;
		    action amplifyTorqueManual : AmplifyTorque;
		    action amplifyTorqueAutomatic : AmplifyTorque;
	    }
	}
	package '150% Model' {
		private import DesignModel::*;
		package PartsTree {
		    variation attribute def DiameterChoices :> Diameter {
		    	variant attribute diameterSmall;
		    	variant attribute diameterLarge;
		    }
		    variation part def EngineChoices :> Engine {
		        variant '4cylEngine';
		        variant '6cylEngine' {
		        	variation port :>> autoPort {
		        		variant port autoPort1;
		        		variant port autoPort2;
		        	}
		        	part :>> cylinder {
		        		attribute :>> diameter : DiameterChoices;
		        	}
		          	assert constraint {
		            	(autoPort == autoPort::autoPort1 & cylinder.diameter == cylinder::diameter::diameterSmall) ^
		             	(autoPort == autoPort::autoPort2 & cylinder.diameter == cylinder::diameter::diameterLarge)
		        	}
		        }
		    }
		    abstract part vehicleFamily :> vehicle {
		        part :>> engine : EngineChoices[1];
		        variation part :>> transmission : Transmission[1] {
		        	variant manualTransmission;
		        	variant automaticTransmission;
		        }
		        assert constraint {
		            (engine == '4cylEngine' & transmission == transmission::manualTransmission) ^
		            (engine == '6cylEngine' & transmission == transmission::automaticTransmission)
		        }
		        variation part :>> sunroof {
		        	variant part withSunroof[1];
		        	variant part withoutSunroof[0];
		        }
		        perform ActionTree::providePowerFamily;
		}
		package ActionTree {
		    action providePowerFamily : ProvidePower {
		        variation action generateTorque : GenerateTorque {
		        	variant generateTorque4Cyl;
		        	variant generateTorque6Cyl;
		        }
		        variation action amplifyTorque : AmplifyTorque {
		        	variant amplifyTorqueManual;
		        	variant amplifyTorqueAutomatic;
		        }
			    assert constraint {
			        (generateTorque == generateTorque::generateTorque4Cyl &
			        	amplifyTorque == amplifyTorque::amplifyTorqueManual
			        ) xor
			        (generateTorque == generateTorque::generateTorque6Cyl &
			        	amplifyTorque == amplifyTorque::amplifyTorqueAutomatic
			        )
			    }
		    }
		}
	}
	package '100% Model' {
		private import '150% Model'::*;
	    part vehicle4Cyl :> PartsTree::vehicleFamily {
	        part :>> engine = engine::'4cylEngine';
	        part :>> transmission = transmission::manualTransmission;
	        part :>> sunroof = sunroof::withoutSunroof;
	        perform action :>> providePowerFamily {
	            action :>> generateTorque = generateTorque::generateTorque4Cyl;
	            action :>> amplifyTorque = amplifyTorque::amplifyTorqueManual;
	        }
	    }
	}
}
```

CODE STATUS = INCORRECT
```sysml
package VehicleVariabilityModel {
	package DesignModel {
		public import PartDefinitions::*;
		public import PartsTree::*;
		public import ActionDefinitions::*;
		public import ActionTree::*;
		package PartDefinitions {
			part def Vehicle;
		    attribute def Diameter;
		    part def Cylinder {
		        attribute diameter : Diameter[1];
		    }
		    part def Engine;
		    part def Transmission;
		    part def Sunroof;
		    port def AutoPort;
	    }
	    package PartsTree {
	    	part vehicle : Vehicle {
	    		part engine : Engine[1];
	    		part transmission : Transmission[1];
	    		part sunroof : Sunroof[0..1];
	    	}
		    part engine : Engine {
		        port autoPort : AutoPort;
		        part cylinder : Cylinder[2..*];
		    }
		    part '4cylEngine' :> engine {
		    	part :>> cylinder[4];
		    }
		    part '6cylEngine' :> engine {
		    	part :>> cylinder[6];
		    }
			part transmission : Transmission;
		    part manualTransmission :> transmission;
		    part automaticTransmission :> transmission;
	    }
		package ActionDefinitions {
		    action def GenerateTorque;
		    action def AmplifyTorque;
		    action def ProvidePower;
	    }
	    package ActionTree {
		    action generateTorque4Cyl : GenerateTorque;
		    action generateTorque6Cyl : GenerateTorque;
		    action amplifyTorqueManual : AmplifyTorque;
		    action amplifyTorqueAutomatic : AmplifyTorque;
	    }
	}
	package '150% Model' {
		private import DesignModel::*;
		package PartsTree {
		    variation attribute def DiameterChoices :> Diameter {
		    	variant attribute diameterSmall;
		    	variant attribute diameterLarge;
		    }
		    variation part def EngineChoices :> Engine {
		        variant '4cylEngine';
		        variant '6cylEngine' {
		        	variation port :>> autoPort {
		        		variant port autoPort1;
		        		variant port autoPort2;
		        	}
		        	part :>> cylinder {
		        		attribute :>> diameter : DiameterChoices;
		        	}
		          	assert constraint {
		            	(autoPort == autoPort::autoPort1 & cylinder.diameter == cylinder::diameter::diameterSmall) ^
		             	(autoPort == autoPort::autoPort2 & cylinder.diameter == cylinder::diameter::diameterLarge)
		        	}
		        }
		    }
		    abstract part vehicleFamily :> vehicle {
		        part :>> engine : EngineChoices[1];
		        variation part :>> transmission : Transmission[1] {
		        	variant manualTransmission;
		        	variant automaticTransmission;
		        }
		        assert constraint {
		            (engine == '4cylEngine' & transmission == transmission::manualTransmission) ^
		            (engine == '6cylEngine' & transmission == transmission::automaticTransmission)
		        }
		        variation part :>> sunroof {
		        	variant part withSunroof[1];
		        	variant part withoutSunroof[0];
		        }
		        perform ActionTree::providePowerFamily;
		    }
		}
		package ActionTree {
		    action providePowerFamily : ProvidePower {
		        variation action generateTorque : GenerateTorque {
		        	variant generateTorque4Cyl;
		        	variant generateTorque6Cyl;
		        }
		        variation action amplifyTorque : AmplifyTorque {
		        	variant amplifyTorqueManual;
		        	variant amplifyTorqueAutomatic;
		        }
			    assert constraint {
			        (generateTorque == generateTorque::generateTorque4Cyl &
			        	amplifyTorque == amplifyTorque::amplifyTorqueManual
			        ) xor
			        (generateTorque == generateTorque::generateTorque6Cyl &
			        	amplifyTorque == amplifyTorque::amplifyTorqueAutomatic
			        )
			    }
		    }
		}
	}
	package '100% Model' {
		private import '150% Model'::*;
	    part vehicle4Cyl :> PartsTree::vehicleFamily {
	        part :>> engine = engine::'4cylEngine';
	        part :>> transmission = transmission::manualTransmission;
	        part :>> sunroof = sunroof::withoutSunroof;
	        perform action :>> providePowerFamily {
	            action :>> generateTorque = generateTorque::generateTorque4Cyl;
	            action :>> amplifyTorque = amplifyTorque::amplifyTorqueManual;
	        }
	    }
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -85,6 +85,7 @@
 		        	variant part withoutSunroof[0];
 		        }
 		        perform ActionTree::providePowerFamily;
+		    }
 		}
 		package ActionTree {
 		    action providePowerFamily : ProvidePower {
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'connect' (4118.sysml line : 22 column : 9)
ERROR:no viable alternative at input '.' (4118.sysml line : 22 column : 28)
ERROR:no viable alternative at input 'to' (4118.sysml line : 22 column : 31)
ERROR:no viable alternative at input '.' (4118.sysml line : 22 column : 45)

Code:
```sysml
package Vehicle_Remix_0333_d71c {
    port def ShaftPort_a;
    port def DrivePwrPort;
    port def FuelPort;
    part def DrivePwrPort_Def { port p : DrivePwrPort; }
    part def ShaftPort_a_Def { port p : ShaftPort_a; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_4edd : DrivePwrPort_Def;
        part comp_b_f54a : ShaftPort_a_Def;
        part comp_distractor_940e : FuelPort_Distractor_Def
        connect comp_a_4edd.p to comp_b_f54a.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'connect' (4118.sysml line : 22 column : 9)
ERROR:no viable alternative at input '.' (4118.sysml line : 22 column : 28)
ERROR:no viable alternative at input 'to' (4118.sysml line : 22 column : 31)
ERROR:no viable alternative at input '.' (4118.sysml line : 22 column : 45)

Code:
```sysml
package Vehicle_Remix_0333_d71c {
    port def ShaftPort_a;
    port def DrivePwrPort;
    port def FuelPort;
    part def DrivePwrPort_Def { port p : DrivePwrPort; }
    part def ShaftPort_a_Def { port p : ShaftPort_a; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_4edd : DrivePwrPort_Def;
        part comp_b_f54a : ShaftPort_a_Def;
        part comp_distractor_940e : FuelPort_Distractor_Def
        connect comp_a_4edd.p to comp_b_f54a.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0333_d71c {
    port def ShaftPort_a;
    port def DrivePwrPort;
    port def FuelPort;
    part def DrivePwrPort_Def { port p : DrivePwrPort; }
    part def ShaftPort_a_Def { port p : ShaftPort_a; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_4edd : DrivePwrPort_Def;
        part comp_b_f54a : ShaftPort_a_Def;
        part comp_distractor_940e : FuelPort_Distractor_Def;
        connect comp_a_4edd.p to comp_b_f54a.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -8,7 +8,7 @@
     part def SubSystem_Context {
         part comp_a_4edd : DrivePwrPort_Def;
         part comp_b_f54a : ShaftPort_a_Def;
-        part comp_distractor_940e : FuelPort_Distractor_Def
+        part comp_distractor_940e : FuelPort_Distractor_Def;
         connect comp_a_4edd.p to comp_b_f54a.p;
     }
 }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input ';' (10326.sysml line : 4 column : 3)
ERROR:no viable alternative at input '::' (10326.sysml line : 4 column : 20)

Code:
```sysml
package '11a-View-Viewpoint' {
	package SystemModel {
		private import SI::;
		part def Vehicle;
		part def AxleAssembly;
		part def Axle;
		part def Wheel;
		part vehicle : Vehicle {
			attribute mass :> ISQ::mass = 2500[SI::kg];
			part frontAxleAssembly : AxleAssembly[1] {
				attribute mass :> ISQ::mass = 150[kg];
				part frontWheel : Wheel[2];
				part frontAxle : Axle[1] {
					attribute mass;
					attribute steeringAngle;
				}
			}
			part rearAxleAssembly : AxleAssembly[1] {
				attribute mass :> ISQ::mass = 250[kg];
				part rearWheel : Wheel[2];
				part rearAxle : Axle[1] {
					attribute mass;
				}
			}
		}
	}
	package ViewModel {
		private import Views::*;
		part 'systems engineer';
		concern 'system breakdown' {
			subject;
			stakeholder :>> 'systems engineer';
		}
		viewpoint 'system structure perspective' {
			frame 'system breakdown';
		}
		view 'system structure generation' {
			satisfy 'system structure perspective';
			expose SystemModel::vehicle::**[@SysML::PartUsage];
			render asElementTable {
				view :>> columnView[1] {
					render asTextualNotation;
				}
			}
		}
	}
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input ';' (10326.sysml line : 4 column : 3)
ERROR:no viable alternative at input '::' (10326.sysml line : 4 column : 20)

Code:
```sysml
package '11a-View-Viewpoint' {
	package SystemModel {
		private import SI::;
		part def Vehicle;
		part def AxleAssembly;
		part def Axle;
		part def Wheel;
		part vehicle : Vehicle {
			attribute mass :> ISQ::mass = 2500[SI::kg];
			part frontAxleAssembly : AxleAssembly[1] {
				attribute mass :> ISQ::mass = 150[kg];
				part frontWheel : Wheel[2];
				part frontAxle : Axle[1] {
					attribute mass;
					attribute steeringAngle;
				}
			}
			part rearAxleAssembly : AxleAssembly[1] {
				attribute mass :> ISQ::mass = 250[kg];
				part rearWheel : Wheel[2];
				part rearAxle : Axle[1] {
					attribute mass;
				}
			}
		}
	}
	package ViewModel {
		private import Views::*;
		part 'systems engineer';
		concern 'system breakdown' {
			subject;
			stakeholder :>> 'systems engineer';
		}
		viewpoint 'system structure perspective' {
			frame 'system breakdown';
		}
		view 'system structure generation' {
			satisfy 'system structure perspective';
			expose SystemModel::vehicle::**[@SysML::PartUsage];
			render asElementTable {
				view :>> columnView[1] {
					render asTextualNotation;
				}
			}
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
package '11a-View-Viewpoint' {
	package SystemModel {
		private import SI::*;
		part def Vehicle;
		part def AxleAssembly;
		part def Axle;
		part def Wheel;
		part vehicle : Vehicle {
			attribute mass :> ISQ::mass = 2500[SI::kg];
			part frontAxleAssembly : AxleAssembly[1] {
				attribute mass :> ISQ::mass = 150[kg];
				part frontWheel : Wheel[2];
				part frontAxle : Axle[1] {
					attribute mass;
					attribute steeringAngle;
				}
			}
			part rearAxleAssembly : AxleAssembly[1] {
				attribute mass :> ISQ::mass = 250[kg];
				part rearWheel : Wheel[2];
				part rearAxle : Axle[1] {
					attribute mass;
				}
			}
		}
	}
	package ViewModel {
		private import Views::*;
		part 'systems engineer';
		concern 'system breakdown' {
			subject;
			stakeholder :>> 'systems engineer';
		}
		viewpoint 'system structure perspective' {
			frame 'system breakdown';
		}
		view 'system structure generation' {
			satisfy 'system structure perspective';
			expose SystemModel::vehicle::**[@SysML::PartUsage];
			render asElementTable {
				view :>> columnView[1] {
					render asTextualNotation;
				}
			}
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,6 +1,6 @@
 package '11a-View-Viewpoint' {
 	package SystemModel {
-		private import SI::;
+		private import SI::*;
 		part def Vehicle;
 		part def AxleAssembly;
 		part def Axle;
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (864.sysml line : 53 column : 1)

Code:
```sysml
package ActionTest {
	action def A{ in x; }
	action a: A {
		first start;
		action b { in y = x; }
		bind x = b.y;
	}
	attribute def S;
	action a1 {
		first start;
		then merge m;
		then accept S;
		then accept sig after 10[SI::s];
		then accept at new Time::Iso8601DateTime("2022-01-30T01:00:00Z");
		then send new S() to b;
		then accept when b.f;
		then decide;
			if true then m;
			else done;
	}
	action a2 {
		in s : S;
		action aa {
			out part target;
		}
		flow aa.target to snd.receiver;
		action snd send {
			in :>> payload = s;
		}
		action snd2 send via this to aa.target;
		bind s = snd2.payload;
	}
	action b {
		attribute f : ScalarValues::Boolean;
		ref action a : A;
	}
	action def c {
		first start;
		then action c1 {
			terminate c1;
		}
		then terminate;
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (864.sysml line : 53 column : 1)

Code:
```sysml
package ActionTest {
	action def A{ in x; }
	action a: A {
		first start;
		action b { in y = x; }
		bind x = b.y;
	}
	attribute def S;
	action a1 {
		first start;
		then merge m;
		then accept S;
		then accept sig after 10[SI::s];
		then accept at new Time::Iso8601DateTime("2022-01-30T01:00:00Z");
		then send new S() to b;
		then accept when b.f;
		then decide;
			if true then m;
			else done;
	}
	action a2 {
		in s : S;
		action aa {
			out part target;
		}
		flow aa.target to snd.receiver;
		action snd send {
			in :>> payload = s;
		}
		action snd2 send via this to aa.target;
		bind s = snd2.payload;
	}
	action b {
		attribute f : ScalarValues::Boolean;
		ref action a : A;
	}
	action def c {
		first start;
		then action c1 {
			terminate c1;
		}
		then terminate;
}
```

CODE STATUS = INCORRECT
```sysml
package ActionTest {
	action def A{ in x; }
	action a: A {
		first start;
		action b { in y = x; }
		bind x = b.y;
	}
	attribute def S;
	action a1 {
		first start;
		then merge m;
		then accept S;
		then accept sig after 10[SI::s];
		then accept at new Time::Iso8601DateTime("2022-01-30T01:00:00Z");
		then send new S() to b;
		then accept when b.f;
		then decide;
			if true then m;
			else done;
	}
	action a2 {
		in s : S;
		action aa {
			out part target;
		}
		flow aa.target to snd.receiver;
		action snd send {
			in :>> payload = s;
		}
		action snd2 send via this to aa.target;
		bind s = snd2.payload;
	}
	action b {
		attribute f : ScalarValues::Boolean;
		ref action a : A;
	}
	action def c {
		first start;
		then action c1 {
			terminate c1;
		}
		then terminate;
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -40,4 +40,5 @@
 			terminate c1;
 		}
 		then terminate;
+	}
 }
```


Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Code:
```sysml
package Vehicle_Remix_0238_6056 {
    port def LugNutPort;
    port def ShankPort;
    port def BatteryInput;
    part def ShankPort_Def { port p : ShankPort; }
    part def LugNutPort_Def { port p : LugNutPort; }
    part def BatteryInput_Distractor_Def { port p : BatteryInput; }
    part def SubSystem_Context {
        part comp_a_d8b5 : ShankPort_Def;
        part comp_b_71d3 : LugNutPort_Def;
        part comp_distractor_ce74 : BatteryInput_Distractor_Def;
        connect comp_a_d8b5.p to comp_b_71d3.p;
    }
}
```

Prompt:
Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Domain Rules:
- 'BatteryInput' belongs to Domain: electrical_power
- 'LugNutPort' belongs to Domain: mechanical_fastening
- 'ShankPort' belongs to Domain: mechanical_fastening

Valid Connections Rules:
- electrical_power can ONLY connect to: ['electrical_power']
- mechanical_fastening can ONLY connect to: ['mechanical_fastening']

Code:
```sysml
package Vehicle_Remix_0238_6056 {
    port def LugNutPort;
    port def ShankPort;
    port def BatteryInput;
    part def ShankPort_Def { port p : ShankPort; }
    part def LugNutPort_Def { port p : LugNutPort; }
    part def BatteryInput_Distractor_Def { port p : BatteryInput; }
    part def SubSystem_Context {
        part comp_a_d8b5 : ShankPort_Def;
        part comp_b_71d3 : LugNutPort_Def;
        part comp_distractor_ce74 : BatteryInput_Distractor_Def;
        connect comp_a_d8b5.p to comp_b_71d3.p;
    }
}
```

CODE STATUS = CORRECT
NO CHANGES REQUIRED


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (6697.sysml line : 11 column : 47)

Code:
```sysml
package Vehicle_Remix_0655_691c {
    part def SpeedSensorPort;
    port def LugNutPort;
    port def ShankPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def LugNutPort_Def { port p : LugNutPort; }
    part def SpeedSensorPort_Distractor_Def { port p : SpeedSensorPort; }
    part def SubSystem_Context {
        part comp_a_f0f4 : ShankPort_Def;
        part comp_b_bd11 : LugNutPort_Def;
        part comp_distractor_289f : SpeedSensorPort_Distractor_Def;
        connect comp_a_f0f4.p to comp_b_bd11.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:A port must be typed by port definitions. (6697.sysml line : 11 column : 47)

Code:
```sysml
package Vehicle_Remix_0655_691c {
    part def SpeedSensorPort;
    port def LugNutPort;
    port def ShankPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def LugNutPort_Def { port p : LugNutPort; }
    part def SpeedSensorPort_Distractor_Def { port p : SpeedSensorPort; }
    part def SubSystem_Context {
        part comp_a_f0f4 : ShankPort_Def;
        part comp_b_bd11 : LugNutPort_Def;
        part comp_distractor_289f : SpeedSensorPort_Distractor_Def;
        connect comp_a_f0f4.p to comp_b_bd11.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0655_691c {
    port def SpeedSensorPort;
    port def LugNutPort;
    port def ShankPort;
    part def ShankPort_Def { port p : ShankPort; }
    part def LugNutPort_Def { port p : LugNutPort; }
    part def SpeedSensorPort_Distractor_Def { port p : SpeedSensorPort; }
    part def SubSystem_Context {
        part comp_a_f0f4 : ShankPort_Def;
        part comp_b_bd11 : LugNutPort_Def;
        part comp_distractor_289f : SpeedSensorPort_Distractor_Def;
        connect comp_a_f0f4.p to comp_b_bd11.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package Vehicle_Remix_0655_691c {
-    part def SpeedSensorPort;
+    port def SpeedSensorPort;
     port def LugNutPort;
     port def ShankPort;
     part def ShankPort_Def { port p : ShankPort; }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input ';' (10350.sysml line : 2 column : 2)
ERROR:no viable alternative at input '::' (10350.sysml line : 2 column : 19)

Code:
```sysml
package '12b-Allocation-1' {
	private import SI::;
	private import RequirementModel::*;
	private import LogicalModel::*;
	private import PhysicalModel::*;
	package RequirementModel {
		requirement torqueGeneration {
			subject generator: TorqueGenerator;
			require constraint {
				 generator.generateTorque.torque > 0.0 [N*m]
			}
		}
	}
	package LogicalModel {
		action def GenerateTorque { out torque :> ISQ::torque; }
		part def LogicalElement;
		part def TorqueGenerator :> LogicalElement {
			perform action generateTorque : GenerateTorque;
		}
		action providePower {
			action generateTorque : GenerateTorque;
		}
		part torqueGenerator : TorqueGenerator {
			perform providePower.generateTorque :>> generateTorque;
		}
		satisfy torqueGeneration by torqueGenerator;
	}
	package PhysicalModel {
		part def PhysicalElement;
		part def PowerTrain :> PhysicalElement;
		part powerTrain : PowerTrain {
			part engine {
				perform providePower.generateTorque;
			}
		}
	}
	allocation def LogicalToPhysical {
		end logical : LogicalElement;
		end physical : PhysicalElement;
	}
	allocation torqueGenAlloc : LogicalToPhysical
		allocate logical ::> torqueGenerator to physical ::> powerTrain {
		allocate torqueGenerator.generateTorque to powerTrain.engine.generateTorque;
	}
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input ';' (10350.sysml line : 2 column : 2)
ERROR:no viable alternative at input '::' (10350.sysml line : 2 column : 19)

Code:
```sysml
package '12b-Allocation-1' {
	private import SI::;
	private import RequirementModel::*;
	private import LogicalModel::*;
	private import PhysicalModel::*;
	package RequirementModel {
		requirement torqueGeneration {
			subject generator: TorqueGenerator;
			require constraint {
				 generator.generateTorque.torque > 0.0 [N*m]
			}
		}
	}
	package LogicalModel {
		action def GenerateTorque { out torque :> ISQ::torque; }
		part def LogicalElement;
		part def TorqueGenerator :> LogicalElement {
			perform action generateTorque : GenerateTorque;
		}
		action providePower {
			action generateTorque : GenerateTorque;
		}
		part torqueGenerator : TorqueGenerator {
			perform providePower.generateTorque :>> generateTorque;
		}
		satisfy torqueGeneration by torqueGenerator;
	}
	package PhysicalModel {
		part def PhysicalElement;
		part def PowerTrain :> PhysicalElement;
		part powerTrain : PowerTrain {
			part engine {
				perform providePower.generateTorque;
			}
		}
	}
	allocation def LogicalToPhysical {
		end logical : LogicalElement;
		end physical : PhysicalElement;
	}
	allocation torqueGenAlloc : LogicalToPhysical
		allocate logical ::> torqueGenerator to physical ::> powerTrain {
		allocate torqueGenerator.generateTorque to powerTrain.engine.generateTorque;
	}
}
```

CODE STATUS = INCORRECT
```sysml
package '12b-Allocation-1' {
	private import SI::*;
	private import RequirementModel::*;
	private import LogicalModel::*;
	private import PhysicalModel::*;
	package RequirementModel {
		requirement torqueGeneration {
			subject generator: TorqueGenerator;
			require constraint {
				 generator.generateTorque.torque > 0.0 [N*m]
			}
		}
	}
	package LogicalModel {
		action def GenerateTorque { out torque :> ISQ::torque; }
		part def LogicalElement;
		part def TorqueGenerator :> LogicalElement {
			perform action generateTorque : GenerateTorque;
		}
		action providePower {
			action generateTorque : GenerateTorque;
		}
		part torqueGenerator : TorqueGenerator {
			perform providePower.generateTorque :>> generateTorque;
		}
		satisfy torqueGeneration by torqueGenerator;
	}
	package PhysicalModel {
		part def PhysicalElement;
		part def PowerTrain :> PhysicalElement;
		part powerTrain : PowerTrain {
			part engine {
				perform providePower.generateTorque;
			}
		}
	}
	allocation def LogicalToPhysical {
		end logical : LogicalElement;
		end physical : PhysicalElement;
	}
	allocation torqueGenAlloc : LogicalToPhysical
		allocate logical ::> torqueGenerator to physical ::> powerTrain {
		allocate torqueGenerator.generateTorque to powerTrain.engine.generateTorque;
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package '12b-Allocation-1' {
-	private import SI::;
+	private import SI::*;
 	private import RequirementModel::*;
 	private import LogicalModel::*;
 	private import PhysicalModel::*;
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (6359.sysml line : 24 column : 1)

Code:
```sysml
package Vehicle_Remix_0613_1628 {
    port def DiffPort;
    port def VehicleToRoadPort;
    port def MotorOutput;
    part def DiffPort_Def { port p : DiffPort; }
    part def VehicleToRoadPort_Def { port p : VehicleToRoadPort;
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_d7eb : DiffPort_Def;
        part comp_b_b13f : VehicleToRoadPort_Def;
        part comp_distractor_fb8e : MotorOutput_Distractor_Def;
        connect comp_a_d7eb.p to comp_b_b13f.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (6359.sysml line : 24 column : 1)

Code:
```sysml
package Vehicle_Remix_0613_1628 {
    port def DiffPort;
    port def VehicleToRoadPort;
    port def MotorOutput;
    part def DiffPort_Def { port p : DiffPort; }
    part def VehicleToRoadPort_Def { port p : VehicleToRoadPort;
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_d7eb : DiffPort_Def;
        part comp_b_b13f : VehicleToRoadPort_Def;
        part comp_distractor_fb8e : MotorOutput_Distractor_Def;
        connect comp_a_d7eb.p to comp_b_b13f.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0613_1628 {
    port def DiffPort;
    port def VehicleToRoadPort;
    port def MotorOutput;
    part def DiffPort_Def { port p : DiffPort; }
    part def VehicleToRoadPort_Def { port p : VehicleToRoadPort; }
    part def MotorOutput_Distractor_Def { port p : MotorOutput; }
    part def SubSystem_Context {
        part comp_a_d7eb : DiffPort_Def;
        part comp_b_b13f : VehicleToRoadPort_Def;
        part comp_distractor_fb8e : MotorOutput_Distractor_Def;
        connect comp_a_d7eb.p to comp_b_b13f.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -3,7 +3,7 @@
     port def VehicleToRoadPort;
     port def MotorOutput;
     part def DiffPort_Def { port p : DiffPort; }
-    part def VehicleToRoadPort_Def { port p : VehicleToRoadPort;
+    part def VehicleToRoadPort_Def { port p : VehicleToRoadPort; }
     part def MotorOutput_Distractor_Def { port p : MotorOutput; }
     part def SubSystem_Context {
         part comp_a_d7eb : DiffPort_Def;
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'part' (6302.sysml line : 8 column : 5)

Code:
```sysml
package Vehicle_Remix_0606_ce56 {
    port def LugNutPort;
    port def FuelPort
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutPort_Distractor_Def { port p : LugNutPort; }
    part def SubSystem_Context {
        part comp_a_eef8 : FuelPort_Def;
        part comp_b_b372 : FuelPort_Def;
        part comp_distractor_d1f0 : LugNutPort_Distractor_Def;
        connect comp_a_eef8.p to comp_b_b372.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'part' (6302.sysml line : 8 column : 5)

Code:
```sysml
package Vehicle_Remix_0606_ce56 {
    port def LugNutPort;
    port def FuelPort
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutPort_Distractor_Def { port p : LugNutPort; }
    part def SubSystem_Context {
        part comp_a_eef8 : FuelPort_Def;
        part comp_b_b372 : FuelPort_Def;
        part comp_distractor_d1f0 : LugNutPort_Distractor_Def;
        connect comp_a_eef8.p to comp_b_b372.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0606_ce56 {
    port def LugNutPort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutPort_Distractor_Def { port p : LugNutPort; }
    part def SubSystem_Context {
        part comp_a_eef8 : FuelPort_Def;
        part comp_b_b372 : FuelPort_Def;
        part comp_distractor_d1f0 : LugNutPort_Distractor_Def;
        connect comp_a_eef8.p to comp_b_b372.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,6 +1,6 @@
 package Vehicle_Remix_0606_ce56 {
     port def LugNutPort;
-    port def FuelPort
+    port def FuelPort;
     part def FuelPort_Def { port p : FuelPort; }
     part def FuelPort_Def { port p : FuelPort; }
     part def LugNutPort_Distractor_Def { port p : LugNutPort; }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (3151.sysml line : 24 column : 1)

Code:
```sysml
package Vehicle_Remix_0212_1831 {
    port def AxleMountIF;
    port def ShaftPort_b;
    port def FuelPort;
    part def AxleMountIF_Def { port p : AxleMountIF; }
    part def ShaftPort_b_Def { port p : ShaftPort_b; }
    part def FuelPort_Distractor_Def { port p : FuelPort;
    part def SubSystem_Context {
        part comp_a_d5fe : AxleMountIF_Def;
        part comp_b_0cee : ShaftPort_b_Def;
        part comp_distractor_f2f9 : FuelPort_Distractor_Def;
        connect comp_a_d5fe.p to comp_b_0cee.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (3151.sysml line : 24 column : 1)

Code:
```sysml
package Vehicle_Remix_0212_1831 {
    port def AxleMountIF;
    port def ShaftPort_b;
    port def FuelPort;
    part def AxleMountIF_Def { port p : AxleMountIF; }
    part def ShaftPort_b_Def { port p : ShaftPort_b; }
    part def FuelPort_Distractor_Def { port p : FuelPort;
    part def SubSystem_Context {
        part comp_a_d5fe : AxleMountIF_Def;
        part comp_b_0cee : ShaftPort_b_Def;
        part comp_distractor_f2f9 : FuelPort_Distractor_Def;
        connect comp_a_d5fe.p to comp_b_0cee.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0212_1831 {
    port def AxleMountIF;
    port def ShaftPort_b;
    port def FuelPort;
    part def AxleMountIF_Def { port p : AxleMountIF; }
    part def ShaftPort_b_Def { port p : ShaftPort_b; }
    part def FuelPort_Distractor_Def { port p : FuelPort; }
    part def SubSystem_Context {
        part comp_a_d5fe : AxleMountIF_Def;
        part comp_b_0cee : ShaftPort_b_Def;
        part comp_distractor_f2f9 : FuelPort_Distractor_Def;
        connect comp_a_d5fe.p to comp_b_0cee.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -4,7 +4,7 @@
     port def FuelPort;
     part def AxleMountIF_Def { port p : AxleMountIF; }
     part def ShaftPort_b_Def { port p : ShaftPort_b; }
-    part def FuelPort_Distractor_Def { port p : FuelPort;
+    part def FuelPort_Distractor_Def { port p : FuelPort; }
     part def SubSystem_Context {
         part comp_a_d5fe : AxleMountIF_Def;
         part comp_b_0cee : ShaftPort_b_Def;
```


ERROR:Quantity mismatch: Attribute 'mass' has type 'ISQ::mass' (mass) but assigned value with incompatible unit 's' (line : 22)

Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Code:
```sysml
package '11a-View-Viewpoint' {
	package SystemModel {
		private import SI::*;
		part def Vehicle;
		part def AxleAssembly;
		part def Axle;
		part def Wheel;
		part vehicle : Vehicle {
			attribute mass :> ISQ::mass = 2500[SI::kg];
			part frontAxleAssembly : AxleAssembly[1] {
				attribute mass :> ISQ::mass = 150[kg];
				part frontWheel : Wheel[2];
				part frontAxle : Axle[1] {
					attribute mass;
					attribute steeringAngle;
				}
			}
			part rearAxleAssembly : AxleAssembly[1] {
				attribute mass :> ISQ::mass = 250[s];
				part rearWheel : Wheel[2];
				part rearAxle : Axle[1] {
					attribute mass;
				}
			}
		}
	}
	package ViewModel {
		private import Views::*;
		part 'systems engineer';
		concern 'system breakdown' {
			subject;
			stakeholder :>> 'systems engineer';
		}
		viewpoint 'system structure perspective' {
			frame 'system breakdown';
		}
		view 'system structure generation' {
			satisfy 'system structure perspective';
			expose SystemModel::vehicle::**[@SysML::PartUsage];
			render asElementTable {
				view :>> columnView[1] {
					render asTextualNotation;
				}
			}
		}
	}
}
```

Prompt:
Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Domain Rules:

Code:
```sysml
package '11a-View-Viewpoint' {
	package SystemModel {
		private import SI::*;
		part def Vehicle;
		part def AxleAssembly;
		part def Axle;
		part def Wheel;
		part vehicle : Vehicle {
			attribute mass :> ISQ::mass = 2500[SI::kg];
			part frontAxleAssembly : AxleAssembly[1] {
				attribute mass :> ISQ::mass = 150[kg];
				part frontWheel : Wheel[2];
				part frontAxle : Axle[1] {
					attribute mass;
					attribute steeringAngle;
				}
			}
			part rearAxleAssembly : AxleAssembly[1] {
				attribute mass :> ISQ::mass = 250[s];
				part rearWheel : Wheel[2];
				part rearAxle : Axle[1] {
					attribute mass;
				}
			}
		}
	}
	package ViewModel {
		private import Views::*;
		part 'systems engineer';
		concern 'system breakdown' {
			subject;
			stakeholder :>> 'systems engineer';
		}
		viewpoint 'system structure perspective' {
			frame 'system breakdown';
		}
		view 'system structure generation' {
			satisfy 'system structure perspective';
			expose SystemModel::vehicle::**[@SysML::PartUsage];
			render asElementTable {
				view :>> columnView[1] {
					render asTextualNotation;
				}
			}
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
package '11a-View-Viewpoint' {
	package SystemModel {
		private import SI::*;
		part def Vehicle;
		part def AxleAssembly;
		part def Axle;
		part def Wheel;
		part vehicle : Vehicle {
			attribute mass :> ISQ::mass = 2500[SI::kg];
			part frontAxleAssembly : AxleAssembly[1] {
				attribute mass :> ISQ::mass = 150[kg];
				part frontWheel : Wheel[2];
				part frontAxle : Axle[1] {
					attribute mass;
					attribute steeringAngle;
				}
			}
			part rearAxleAssembly : AxleAssembly[1] {
				attribute mass :> ISQ::mass = 250[kg];
				part rearWheel : Wheel[2];
				part rearAxle : Axle[1] {
					attribute mass;
				}
			}
		}
	}
	package ViewModel {
		private import Views::*;
		part 'systems engineer';
		concern 'system breakdown' {
			subject;
			stakeholder :>> 'systems engineer';
		}
		viewpoint 'system structure perspective' {
			frame 'system breakdown';
		}
		view 'system structure generation' {
			satisfy 'system structure perspective';
			expose SystemModel::vehicle::**[@SysML::PartUsage];
			render asElementTable {
				view :>> columnView[1] {
					render asTextualNotation;
				}
			}
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -16,7 +16,7 @@
 				}
 			}
 			part rearAxleAssembly : AxleAssembly[1] {
-				attribute mass :> ISQ::mass = 250[s];
+				attribute mass :> ISQ::mass = 250[kg];
 				part rearWheel : Wheel[2];
 				part rearAxle : Axle[1] {
 					attribute mass;
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Namespace 'FrigateRollupAnalysis'. (320.sysml line : 5 column : 18)
ERROR:Couldn't resolve reference to Namespace 'StdPortsAndInterfaces'. (320.sysml line : 4 column : 18)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (320.sysml line : 9 column : 24)
ERROR:Couldn't resolve reference to Feature 'mass'. (320.sysml line : 14 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (320.sysml line : 15 column : 19)
ERROR:Couldn't resolve reference to Type 'HighSlotPort'. (320.sysml line : 17 column : 25)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (320.sysml line : 20 column : 29)
ERROR:Couldn't resolve reference to Feature 'mass'. (320.sysml line : 25 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (320.sysml line : 26 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (320.sysml line : 28 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (320.sysml line : 31 column : 38)
ERROR:Couldn't resolve reference to Feature 'mass'. (320.sysml line : 35 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (320.sysml line : 36 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (320.sysml line : 38 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (320.sysml line : 41 column : 34)
ERROR:Couldn't resolve reference to Feature 'mass'. (320.sysml line : 45 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (320.sysml line : 46 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (320.sysml line : 48 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (320.sysml line : 51 column : 32)
ERROR:Couldn't resolve reference to Feature 'mass'. (320.sysml line : 55 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (320.sysml line : 56 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (320.sysml line : 58 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (320.sysml line : 61 column : 37)
ERROR:Couldn't resolve reference to Feature 'mass'. (320.sysml line : 66 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (320.sysml line : 67 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~LowSlotPort'. (320.sysml line : 69 column : 24)
ERROR:A port must be typed by port definitions. (320.sysml line : 17 column : 9)

Code:
```sysml
 package COTS {
 	private import ScalarValues::*;
 	private import StdPortsAndInterfaces::*;
 	private import FrigateRollupAnalysis::*;
    part def MinerI :> SimpleFrigateComponent {
        doc /* Standard mining laser used on mining frigates for ore extraction. */
        attribute miningYield : Real = 40.0;
        attribute cycleTime : Real = 60.0;
        attribute capacitorUsage : Real = 5.0;
        redefines mass : Real = 500.0;
        redefines powerUsage = 5.0;
        port highSlot : HighSlotPort;
    }
    part def Afterburner :> SimpleFrigateComponent {
        doc /* Improves sublight speed by increasing thrust. */
        attribute velocityBonus : Real = 112.5;
        attribute activationCost : Real = 20.0;
        attribute cycleTime : Real = 10.0;
        redefines mass : Real = 1000.0;
        redefines powerUsage = 20.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SmallShieldExtenderI :> SimpleFrigateComponent {
        doc /* Increases shield capacity for additional survivability. */
        attribute shieldHPBonus : Real = 262.0;
        attribute signatureRadiusIncrease : Real = 12.0;
        redefines mass : Real = 1500.0;
        redefines powerUsage = 5.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SmallCapBatteryI :> SimpleFrigateComponent {
        doc /* Improves capacitor recharge and overall energy stability. */
        attribute capacitorBonus : Real = 125.0;
        attribute rechargeMultiplier : Real = 1.2;
        redefines mass : Real = 800.0;
        redefines powerUsage = 0.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SurveyScannerI :> SimpleFrigateComponent {
        doc /* Scans asteroids to determine ore content before mining. */
        attribute scanRange : Real = 15000.0;
        attribute cycleTime : Real = 5.0;
        redefines mass : Real = 500.0;
        redefines powerUsage = 2.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def WarpCoreStabilizerI :> SimpleFrigateComponent {
        doc /* Improves resistance against warp disruption (scramblers and disruptors). */
        attribute warpCoreStrengthBonus : Integer = 1;
        attribute targetingPenalty : Real = -40.0;
        attribute scanResolutionPenalty : Real = -10.0;
        redefines mass : Real = 2000.0;
        redefines powerUsage = 0.0;
        port lowSlot : ~LowSlotPort;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Namespace 'FrigateRollupAnalysis'. (320.sysml line : 5 column : 18)
ERROR:Couldn't resolve reference to Namespace 'StdPortsAndInterfaces'. (320.sysml line : 4 column : 18)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (320.sysml line : 9 column : 24)
ERROR:Couldn't resolve reference to Feature 'mass'. (320.sysml line : 14 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (320.sysml line : 15 column : 19)
ERROR:Couldn't resolve reference to Type 'HighSlotPort'. (320.sysml line : 17 column : 25)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (320.sysml line : 20 column : 29)
ERROR:Couldn't resolve reference to Feature 'mass'. (320.sysml line : 25 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (320.sysml line : 26 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (320.sysml line : 28 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (320.sysml line : 31 column : 38)
ERROR:Couldn't resolve reference to Feature 'mass'. (320.sysml line : 35 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (320.sysml line : 36 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (320.sysml line : 38 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (320.sysml line : 41 column : 34)
ERROR:Couldn't resolve reference to Feature 'mass'. (320.sysml line : 45 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (320.sysml line : 46 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (320.sysml line : 48 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (320.sysml line : 51 column : 32)
ERROR:Couldn't resolve reference to Feature 'mass'. (320.sysml line : 55 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (320.sysml line : 56 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~MediumSlotPort'. (320.sysml line : 58 column : 27)
ERROR:Couldn't resolve reference to Classifier 'SimpleFrigateComponent'. (320.sysml line : 61 column : 37)
ERROR:Couldn't resolve reference to Feature 'mass'. (320.sysml line : 66 column : 19)
ERROR:Couldn't resolve reference to Feature 'powerUsage'. (320.sysml line : 67 column : 19)
ERROR:Couldn't resolve reference to ConjugatedPortDefinition '~LowSlotPort'. (320.sysml line : 69 column : 24)
ERROR:A port must be typed by port definitions. (320.sysml line : 17 column : 9)

Code:
```sysml
 package COTS {
 	private import ScalarValues::*;
 	private import StdPortsAndInterfaces::*;
 	private import FrigateRollupAnalysis::*;
    part def MinerI :> SimpleFrigateComponent {
        doc /* Standard mining laser used on mining frigates for ore extraction. */
        attribute miningYield : Real = 40.0;
        attribute cycleTime : Real = 60.0;
        attribute capacitorUsage : Real = 5.0;
        redefines mass : Real = 500.0;
        redefines powerUsage = 5.0;
        port highSlot : HighSlotPort;
    }
    part def Afterburner :> SimpleFrigateComponent {
        doc /* Improves sublight speed by increasing thrust. */
        attribute velocityBonus : Real = 112.5;
        attribute activationCost : Real = 20.0;
        attribute cycleTime : Real = 10.0;
        redefines mass : Real = 1000.0;
        redefines powerUsage = 20.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SmallShieldExtenderI :> SimpleFrigateComponent {
        doc /* Increases shield capacity for additional survivability. */
        attribute shieldHPBonus : Real = 262.0;
        attribute signatureRadiusIncrease : Real = 12.0;
        redefines mass : Real = 1500.0;
        redefines powerUsage = 5.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SmallCapBatteryI :> SimpleFrigateComponent {
        doc /* Improves capacitor recharge and overall energy stability. */
        attribute capacitorBonus : Real = 125.0;
        attribute rechargeMultiplier : Real = 1.2;
        redefines mass : Real = 800.0;
        redefines powerUsage = 0.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SurveyScannerI :> SimpleFrigateComponent {
        doc /* Scans asteroids to determine ore content before mining. */
        attribute scanRange : Real = 15000.0;
        attribute cycleTime : Real = 5.0;
        redefines mass : Real = 500.0;
        redefines powerUsage = 2.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def WarpCoreStabilizerI :> SimpleFrigateComponent {
        doc /* Improves resistance against warp disruption (scramblers and disruptors). */
        attribute warpCoreStrengthBonus : Integer = 1;
        attribute targetingPenalty : Real = -40.0;
        attribute scanResolutionPenalty : Real = -10.0;
        redefines mass : Real = 2000.0;
        redefines powerUsage = 0.0;
        port lowSlot : ~LowSlotPort;
    }
}
```

CODE STATUS = INCORRECT
```sysml
 package COTS {
 	private import ScalarValues::*;
 	private import StdPortsAndInterfaces::*;
 	private import FrigateRollupAnalysis::*;
    part def MinerI :> SimpleFrigateComponent {
        doc /* Standard mining laser used on mining frigates for ore extraction. */
        attribute miningYield : Real = 40.0;
        attribute cycleTime : Real = 60.0;
        attribute capacitorUsage : Real = 5.0;
        redefines mass : Real = 500.0;
        redefines powerUsage = 5.0;
        port highSlot : ~HighSlotPort;
    }
    part def Afterburner :> SimpleFrigateComponent {
        doc /* Improves sublight speed by increasing thrust. */
        attribute velocityBonus : Real = 112.5;
        attribute activationCost : Real = 20.0;
        attribute cycleTime : Real = 10.0;
        redefines mass : Real = 1000.0;
        redefines powerUsage = 20.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SmallShieldExtenderI :> SimpleFrigateComponent {
        doc /* Increases shield capacity for additional survivability. */
        attribute shieldHPBonus : Real = 262.0;
        attribute signatureRadiusIncrease : Real = 12.0;
        redefines mass : Real = 1500.0;
        redefines powerUsage = 5.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SmallCapBatteryI :> SimpleFrigateComponent {
        doc /* Improves capacitor recharge and overall energy stability. */
        attribute capacitorBonus : Real = 125.0;
        attribute rechargeMultiplier : Real = 1.2;
        redefines mass : Real = 800.0;
        redefines powerUsage = 0.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def SurveyScannerI :> SimpleFrigateComponent {
        doc /* Scans asteroids to determine ore content before mining. */
        attribute scanRange : Real = 15000.0;
        attribute cycleTime : Real = 5.0;
        redefines mass : Real = 500.0;
        redefines powerUsage = 2.0;
        port mediumSlot : ~MediumSlotPort;
    }
    part def WarpCoreStabilizerI :> SimpleFrigateComponent {
        doc /* Improves resistance against warp disruption (scramblers and disruptors). */
        attribute warpCoreStrengthBonus : Integer = 1;
        attribute targetingPenalty : Real = -40.0;
        attribute scanResolutionPenalty : Real = -10.0;
        redefines mass : Real = 2000.0;
        redefines powerUsage = 0.0;
        port lowSlot : ~LowSlotPort;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -9,7 +9,7 @@
         attribute capacitorUsage : Real = 5.0;
         redefines mass : Real = 500.0;
         redefines powerUsage = 5.0;
-        port highSlot : HighSlotPort;
+        port highSlot : ~HighSlotPort;
     }
     part def Afterburner :> SimpleFrigateComponent {
         doc /* Improves sublight speed by increasing thrust. */
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (1105.sysml line : 21 column : 1)

Code:
```sysml
package TradeStudyTest {
	private import ScalarValues::Real;
	private import TradeStudies::*;
	part def Engine;
	part engine1: Engine;
	part engine2: Engine;
	analysis engineTradeStudy : TradeStudy {
		subject : Engine[1..*] = (engine1, engine2);
		objective : MaximizeObjective;
		calc :>> evaluationFunction {
			in part : Engine;
			return : Real;
		}
		return part : Engine;
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (1105.sysml line : 21 column : 1)

Code:
```sysml
package TradeStudyTest {
	private import ScalarValues::Real;
	private import TradeStudies::*;
	part def Engine;
	part engine1: Engine;
	part engine2: Engine;
	analysis engineTradeStudy : TradeStudy {
		subject : Engine[1..*] = (engine1, engine2);
		objective : MaximizeObjective;
		calc :>> evaluationFunction {
			in part : Engine;
			return : Real;
		}
		return part : Engine;
}
```

CODE STATUS = INCORRECT
```sysml
package TradeStudyTest {
	private import ScalarValues::Real;
	private import TradeStudies::*;
	part def Engine;
	part engine1: Engine;
	part engine2: Engine;
	analysis engineTradeStudy : TradeStudy {
		subject : Engine[1..*] = (engine1, engine2);
		objective : MaximizeObjective;
		calc :>> evaluationFunction {
			in part : Engine;
			return : Real;
		}
		return part : Engine;
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -12,4 +12,5 @@
 			return : Real;
 		}
 		return part : Engine;
+	}
 }
```


Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Code:
```sysml
package Vehicle_Remix_0301_753f {
    port def LugNutCompositePort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutCompositePort_Distractor_Def { port p : LugNutCompositePort; }
    part def SubSystem_Context {
        part comp_a_b36b : FuelPort_Def;
        part comp_b_e50e : FuelPort_Def;
        part comp_distractor_79b1 : LugNutCompositePort_Distractor_Def;
        connect comp_a_b36b.p to comp_b_e50e.p;
    }
}
```

Prompt:
Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Domain Rules:
- 'FuelPort' belongs to Domain: fluid_fuel
- 'LugNutCompositePort' belongs to Domain: mechanical_fastening

Valid Connections Rules:
- fluid_fuel can ONLY connect to: ['fluid_fuel']
- mechanical_fastening can ONLY connect to: ['mechanical_fastening']

Code:
```sysml
package Vehicle_Remix_0301_753f {
    port def LugNutCompositePort;
    port def FuelPort;
    part def FuelPort_Def { port p : FuelPort; }
    part def FuelPort_Def { port p : FuelPort; }
    part def LugNutCompositePort_Distractor_Def { port p : LugNutCompositePort; }
    part def SubSystem_Context {
        part comp_a_b36b : FuelPort_Def;
        part comp_b_e50e : FuelPort_Def;
        part comp_distractor_79b1 : LugNutCompositePort_Distractor_Def;
        connect comp_a_b36b.p to comp_b_e50e.p;
    }
}
```

CODE STATUS = CORRECT
NO CHANGES REQUIRED


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Membership 'Domain::MiningCorporations::miningFrigate'. (298.sysml line : 3 column : 17)

Code:
```sysml
package causeEffect {
	private import Domain::MiningCorporations::miningFrigate;
	private import CauseAndEffect::*;
    private import CausationConnections::*;
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Membership 'Domain::MiningCorporations::miningFrigate'. (298.sysml line : 3 column : 17)

Code:
```sysml
package causeEffect {
	private import Domain::MiningCorporations::miningFrigate;
	private import CauseAndEffect::*;
    private import CausationConnections::*;
}
```

CODE STATUS = INCORRECT
```sysml
package causeEffect {
	private import Domain::MiningCorporation::miningFrigate;
	private import CauseAndEffect::*;
    private import CausationConnections::*;
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package causeEffect {
-	private import Domain::MiningCorporations::miningFrigate;
+	private import Domain::MiningCorporation::miningFrigate;
 	private import CauseAndEffect::*;
     private import CausationConnections::*;
 }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Feature 'p'. (2308.sysml line : 22 column : 29)

Code:
```sysml
package Vehicle_Remix_0106_a80b {
    port def BatteryInput;
    port def BatteryOutput;
    port def ShankPort;
    part def BatteryOutput_Def { port p_BROKEN : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def ShankPort_Distractor_Def { port p : ShankPort; }
    part def SubSystem_Context {
        part comp_a_3e6f : BatteryOutput_Def;
        part comp_b_fc1f : BatteryInput_Def;
        part comp_distractor_61ff : ShankPort_Distractor_Def;
        connect comp_a_3e6f.p to comp_b_fc1f.p;
    }
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Feature 'p'. (2308.sysml line : 22 column : 29)

Code:
```sysml
package Vehicle_Remix_0106_a80b {
    port def BatteryInput;
    port def BatteryOutput;
    port def ShankPort;
    part def BatteryOutput_Def { port p_BROKEN : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def ShankPort_Distractor_Def { port p : ShankPort; }
    part def SubSystem_Context {
        part comp_a_3e6f : BatteryOutput_Def;
        part comp_b_fc1f : BatteryInput_Def;
        part comp_distractor_61ff : ShankPort_Distractor_Def;
        connect comp_a_3e6f.p to comp_b_fc1f.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
package Vehicle_Remix_0106_a80b {
    port def BatteryInput;
    port def BatteryOutput;
    port def ShankPort;
    part def BatteryOutput_Def { port p : BatteryOutput; }
    part def BatteryInput_Def { port p : BatteryInput; }
    part def ShankPort_Distractor_Def { port p : ShankPort; }
    part def SubSystem_Context {
        part comp_a_3e6f : BatteryOutput_Def;
        part comp_b_fc1f : BatteryInput_Def;
        part comp_distractor_61ff : ShankPort_Distractor_Def;
        connect comp_a_3e6f.p to comp_b_fc1f.p;
    }
}
```

CODE STATUS = INCORRECT
```sysml
@@ -2,7 +2,7 @@
     port def BatteryInput;
     port def BatteryOutput;
     port def ShankPort;
-    part def BatteryOutput_Def { port p_BROKEN : BatteryOutput; }
+    part def BatteryOutput_Def { port p : BatteryOutput; }
     part def BatteryInput_Def { port p : BatteryInput; }
     part def ShankPort_Distractor_Def { port p : ShankPort; }
     part def SubSystem_Context {
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Membership 'SI::kgs'. (10085.sysml line : 2 column : 17)
ERROR:Couldn't resolve reference to Element 'kg'. (10085.sysml line : 22 column : 59)
ERROR:Couldn't resolve reference to Element 'kg'. (10085.sysml line : 46 column : 52)

Code:
```sysml
package '1c-Parts Tree Redefinition' {
	private import SI::kgs;
	package Definitions {
		part def Vehicle {
			attribute mass :> ISQ::mass;
		}
		part def AxleAssembly;
		part def Axle {
			attribute mass :> ISQ::mass;
		}
		part def FrontAxle :> Axle {
			attribute steeringAngle: ScalarValues::Real;
		}
		part def Wheel;
	}
	package Usages {
		private import Definitions::*;
		part vehicle1: Vehicle {
			attribute mass redefines Vehicle::mass default = 1750 [kg] {
			doc
			/*
			 * The mass attribute is redefined to give it a default value.
			 */
			}
			part frontAxleAssembly: AxleAssembly {
				part frontAxle: Axle;
				part frontWheel: Wheel[2] ordered;
			}
			part rearAxleAssembly: AxleAssembly {
				part rearAxle: Axle;
				part rearWheel: Wheel[2] ordered;
			}
		}
		part vehicle1_c1 :> vehicle1 {
			/*
			 * 'vehicle1_c1' is a specialization of 'vehicle1' (technically
			 * a subset). It inherits all the parts of 'vehicle1' and
			 * only needs to specify additional or redefined parts.
			 */
			attribute mass redefines vehicle1::mass = 2000 [kg] {
				/*
				 * The mass is further redefined to override the default value
				 * with a bound value for 'vehicle_c1'.
				 */
			}
			part frontAxleAssembly_c1 redefines frontAxleAssembly {
				part frontAxle_c1: FrontAxle redefines frontAxle {
					/*
					 * 'frontAxle_c1' redefines 'frontAxleAssembly'::'frontAxle'
					 * to give it a new name and the specialized type
					 * 'FrontAxle'.
					 */
				}
				/*
				 * 'frontWheel' is inherited from 'vehicle1'::'frontAxleAssembly',
				 * allowing it to be used in the following part declarations.
				 */
				part frontWheel_1 subsets frontWheel = frontWheel#(1);
				part frontWheel_2 subsets frontWheel = frontWheel#(2);
			}
			part rearAxleAssembly_c1 redefines rearAxleAssembly {
				part rearAxle_c1 redefines rearAxle {
					/*
					 * 'rearAxle_c1' redefines 'rearAxleAssembly'::'rearAxle'
					 * to give it a new name. It inherits the type 'Axle'
					 * from the redefined part.
					 */
				}
				part rearWheel_1 subsets rearWheel = rearWheel#(1);
				part rearWheel_2 subsets rearWheel = rearWheel#(2);
			}
		}
	}
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:Couldn't resolve reference to Membership 'SI::kgs'. (10085.sysml line : 2 column : 17)
ERROR:Couldn't resolve reference to Element 'kg'. (10085.sysml line : 22 column : 59)
ERROR:Couldn't resolve reference to Element 'kg'. (10085.sysml line : 46 column : 52)

Code:
```sysml
package '1c-Parts Tree Redefinition' {
	private import SI::kgs;
	package Definitions {
		part def Vehicle {
			attribute mass :> ISQ::mass;
		}
		part def AxleAssembly;
		part def Axle {
			attribute mass :> ISQ::mass;
		}
		part def FrontAxle :> Axle {
			attribute steeringAngle: ScalarValues::Real;
		}
		part def Wheel;
	}
	package Usages {
		private import Definitions::*;
		part vehicle1: Vehicle {
			attribute mass redefines Vehicle::mass default = 1750 [kg] {
			doc
			/*
			 * The mass attribute is redefined to give it a default value.
			 */
			}
			part frontAxleAssembly: AxleAssembly {
				part frontAxle: Axle;
				part frontWheel: Wheel[2] ordered;
			}
			part rearAxleAssembly: AxleAssembly {
				part rearAxle: Axle;
				part rearWheel: Wheel[2] ordered;
			}
		}
		part vehicle1_c1 :> vehicle1 {
			/*
			 * 'vehicle1_c1' is a specialization of 'vehicle1' (technically
			 * a subset). It inherits all the parts of 'vehicle1' and
			 * only needs to specify additional or redefined parts.
			 */
			attribute mass redefines vehicle1::mass = 2000 [kg] {
				/*
				 * The mass is further redefined to override the default value
				 * with a bound value for 'vehicle_c1'.
				 */
			}
			part frontAxleAssembly_c1 redefines frontAxleAssembly {
				part frontAxle_c1: FrontAxle redefines frontAxle {
					/*
					 * 'frontAxle_c1' redefines 'frontAxleAssembly'::'frontAxle'
					 * to give it a new name and the specialized type
					 * 'FrontAxle'.
					 */
				}
				/*
				 * 'frontWheel' is inherited from 'vehicle1'::'frontAxleAssembly',
				 * allowing it to be used in the following part declarations.
				 */
				part frontWheel_1 subsets frontWheel = frontWheel#(1);
				part frontWheel_2 subsets frontWheel = frontWheel#(2);
			}
			part rearAxleAssembly_c1 redefines rearAxleAssembly {
				part rearAxle_c1 redefines rearAxle {
					/*
					 * 'rearAxle_c1' redefines 'rearAxleAssembly'::'rearAxle'
					 * to give it a new name. It inherits the type 'Axle'
					 * from the redefined part.
					 */
				}
				part rearWheel_1 subsets rearWheel = rearWheel#(1);
				part rearWheel_2 subsets rearWheel = rearWheel#(2);
			}
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
package '1c-Parts Tree Redefinition' {
	private import SI::kg;
	package Definitions {
		part def Vehicle {
			attribute mass :> ISQ::mass;
		}
		part def AxleAssembly;
		part def Axle {
			attribute mass :> ISQ::mass;
		}
		part def FrontAxle :> Axle {
			attribute steeringAngle: ScalarValues::Real;
		}
		part def Wheel;
	}
	package Usages {
		private import Definitions::*;
		part vehicle1: Vehicle {
			attribute mass redefines Vehicle::mass default = 1750 [kg] {
			doc
			/*
			 * The mass attribute is redefined to give it a default value.
			 */
			}
			part frontAxleAssembly: AxleAssembly {
				part frontAxle: Axle;
				part frontWheel: Wheel[2] ordered;
			}
			part rearAxleAssembly: AxleAssembly {
				part rearAxle: Axle;
				part rearWheel: Wheel[2] ordered;
			}
		}
		part vehicle1_c1 :> vehicle1 {
			/*
			 * 'vehicle1_c1' is a specialization of 'vehicle1' (technically
			 * a subset). It inherits all the parts of 'vehicle1' and
			 * only needs to specify additional or redefined parts.
			 */
			attribute mass redefines vehicle1::mass = 2000 [kg] {
				/*
				 * The mass is further redefined to override the default value
				 * with a bound value for 'vehicle_c1'.
				 */
			}
			part frontAxleAssembly_c1 redefines frontAxleAssembly {
				part frontAxle_c1: FrontAxle redefines frontAxle {
					/*
					 * 'frontAxle_c1' redefines 'frontAxleAssembly'::'frontAxle'
					 * to give it a new name and the specialized type
					 * 'FrontAxle'.
					 */
				}
				/*
				 * 'frontWheel' is inherited from 'vehicle1'::'frontAxleAssembly',
				 * allowing it to be used in the following part declarations.
				 */
				part frontWheel_1 subsets frontWheel = frontWheel#(1);
				part frontWheel_2 subsets frontWheel = frontWheel#(2);
			}
			part rearAxleAssembly_c1 redefines rearAxleAssembly {
				part rearAxle_c1 redefines rearAxle {
					/*
					 * 'rearAxle_c1' redefines 'rearAxleAssembly'::'rearAxle'
					 * to give it a new name. It inherits the type 'Axle'
					 * from the redefined part.
					 */
				}
				part rearWheel_1 subsets rearWheel = rearWheel#(1);
				part rearWheel_2 subsets rearWheel = rearWheel#(2);
			}
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,5 +1,5 @@
 package '1c-Parts Tree Redefinition' {
-	private import SI::kgs;
+	private import SI::kg;
 	package Definitions {
 		part def Vehicle {
 			attribute mass :> ISQ::mass;
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (9612.sysml line : 32 column : 1)

Code:
```sysml
package 'Conditional Succession Example-1' {
	part def Scene;
	part def Image {
		isWellFocused: ScalarValues::Boolean;
	}
	part def Picture;
	action def Focus { in scene : Scene; out image : Image; }
	action def Shoot { in image: Image; out picture : Picture; }
	action def TakePicture { in scene : Scene; out picture : Picture; }
	action takePicture : TakePicture {
		in item scene;
		out item picture;
		action focus : Focus {
			in item scene = takePicture::scene;
			out item image;
		}
		first focus
			if focus.image.isWellFocused then shoot;
		flow from focus.image to shoot.image;
		action shoot : Shoot {
			in item;
			out item picture = takePicture::picture;
	}
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:mismatched input '<EOF>' expecting '}' (9612.sysml line : 32 column : 1)

Code:
```sysml
package 'Conditional Succession Example-1' {
	part def Scene;
	part def Image {
		isWellFocused: ScalarValues::Boolean;
	}
	part def Picture;
	action def Focus { in scene : Scene; out image : Image; }
	action def Shoot { in image: Image; out picture : Picture; }
	action def TakePicture { in scene : Scene; out picture : Picture; }
	action takePicture : TakePicture {
		in item scene;
		out item picture;
		action focus : Focus {
			in item scene = takePicture::scene;
			out item image;
		}
		first focus
			if focus.image.isWellFocused then shoot;
		flow from focus.image to shoot.image;
		action shoot : Shoot {
			in item;
			out item picture = takePicture::picture;
	}
}
```

CODE STATUS = INCORRECT
```sysml
package 'Conditional Succession Example-1' {
	part def Scene;
	part def Image {
		isWellFocused: ScalarValues::Boolean;
	}
	part def Picture;
	action def Focus { in scene : Scene; out image : Image; }
	action def Shoot { in image: Image; out picture : Picture; }
	action def TakePicture { in scene : Scene; out picture : Picture; }
	action takePicture : TakePicture {
		in item scene;
		out item picture;
		action focus : Focus {
			in item scene = takePicture::scene;
			out item image;
		}
		first focus
			if focus.image.isWellFocused then shoot;
		flow from focus.image to shoot.image;
		action shoot : Shoot {
			in item;
			out item picture = takePicture::picture;
		}
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -20,5 +20,6 @@
 		action shoot : Shoot {
 			in item;
 			out item picture = takePicture::picture;
+		}
 	}
 }
```


The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'part' (1104.sysml line : 3 column : 17)

Code:
```sysml
package TradeStudyTest {
	private import ScalarValues::Real;
	private import TradeStudies::*
	part def Engine;
	part engine1: Engine;
	part engine2: Engine;
	analysis engineTradeStudy : TradeStudy {
		subject : Engine[1..*] = (engine1, engine2);
		objective : MaximizeObjective;
		calc :>> evaluationFunction {
			in part : Engine;
			return : Real;
		}
		return part : Engine;
	}
}
```

Prompt:
The following SysML v2 code contains compiler-reported syntax errors.
Repair the code so that it compiles successfully.

Compiler Error:
ERROR:no viable alternative at input 'part' (1104.sysml line : 3 column : 17)

Code:
```sysml
package TradeStudyTest {
	private import ScalarValues::Real;
	private import TradeStudies::*
	part def Engine;
	part engine1: Engine;
	part engine2: Engine;
	analysis engineTradeStudy : TradeStudy {
		subject : Engine[1..*] = (engine1, engine2);
		objective : MaximizeObjective;
		calc :>> evaluationFunction {
			in part : Engine;
			return : Real;
		}
		return part : Engine;
	}
}
```

CODE STATUS = INCORRECT
```sysml
package TradeStudyTest {
	private import ScalarValues::Real;
	private import TradeStudies::*;
	part def Engine;
	part engine1: Engine;
	part engine2: Engine;
	analysis engineTradeStudy : TradeStudy {
		subject : Engine[1..*] = (engine1, engine2);
		objective : MaximizeObjective;
		calc :>> evaluationFunction {
			in part : Engine;
			return : Real;
		}
		return part : Engine;
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,6 +1,6 @@
 package TradeStudyTest {
 	private import ScalarValues::Real;
-	private import TradeStudies::*
+	private import TradeStudies::*;
 	part def Engine;
 	part engine1: Engine;
 	part engine2: Engine;
```


ERROR:Type mismatch: Attribute 'mass' declared as 'ISQ::force' but should be 'ISQ::mass' based on semantic meaning (line : 4)

Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Code:
```sysml
package 'Verification Case Definition Example' {
	part def Vehicle {
		attribute mass :> ISQ::force;
	}
	requirement vehicleMassRequirement {
		subject vehicle : Vehicle;
		in massActual :> ISQ::mass;
		doc /* The vehicle mass shall be less than or equal to 2500 kg. */
		require constraint {
		    massActual == vehicle.mass and
		    massActual <= 2500[SI::kg]
		}
	}
	verification def VehicleMassTest {
		private import VerificationCases::*;
		subject testVehicle : Vehicle;
		objective vehicleMassVerificationObjective {
			verify vehicleMassRequirement;
		}
		action collectData {
			in part testVehicle : Vehicle = VehicleMassTest::testVehicle;
			out massMeasured :> ISQ::mass;
		}
		action processData {
			in massMeasured :> ISQ::mass = collectData.massMeasured;
			out massProcessed :> ISQ::mass;
		}
		action evaluateData {
			in massProcessed :> ISQ::mass = processData.massProcessed;
			out verdict : VerdictKind =
				PassIf(vehicleMassRequirement(vehicle = testVehicle, massActual = massProcessed));
		}
		return verdict : VerdictKind = evaluateData.verdict;
	}
}
```

Prompt:
Check the SysML v2 code below for correctness with respect to the given domain constraints.
Repair the code if it is incorrect, produce a corrected version.
If the code is correct, report it as correct.

Domain Rules:

Code:
```sysml
package 'Verification Case Definition Example' {
	part def Vehicle {
		attribute mass :> ISQ::force;
	}
	requirement vehicleMassRequirement {
		subject vehicle : Vehicle;
		in massActual :> ISQ::mass;
		doc /* The vehicle mass shall be less than or equal to 2500 kg. */
		require constraint {
		    massActual == vehicle.mass and
		    massActual <= 2500[SI::kg]
		}
	}
	verification def VehicleMassTest {
		private import VerificationCases::*;
		subject testVehicle : Vehicle;
		objective vehicleMassVerificationObjective {
			verify vehicleMassRequirement;
		}
		action collectData {
			in part testVehicle : Vehicle = VehicleMassTest::testVehicle;
			out massMeasured :> ISQ::mass;
		}
		action processData {
			in massMeasured :> ISQ::mass = collectData.massMeasured;
			out massProcessed :> ISQ::mass;
		}
		action evaluateData {
			in massProcessed :> ISQ::mass = processData.massProcessed;
			out verdict : VerdictKind =
				PassIf(vehicleMassRequirement(vehicle = testVehicle, massActual = massProcessed));
		}
		return verdict : VerdictKind = evaluateData.verdict;
	}
}
```

CODE STATUS = INCORRECT
```sysml
package 'Verification Case Definition Example' {
	part def Vehicle {
		attribute mass :> ISQ::mass;
	}
	requirement vehicleMassRequirement {
		subject vehicle : Vehicle;
		in massActual :> ISQ::mass;
		doc /* The vehicle mass shall be less than or equal to 2500 kg. */
		require constraint {
		    massActual == vehicle.mass and
		    massActual <= 2500[SI::kg]
		}
	}
	verification def VehicleMassTest {
		private import VerificationCases::*;
		subject testVehicle : Vehicle;
		objective vehicleMassVerificationObjective {
			verify vehicleMassRequirement;
		}
		action collectData {
			in part testVehicle : Vehicle = VehicleMassTest::testVehicle;
			out massMeasured :> ISQ::mass;
		}
		action processData {
			in massMeasured :> ISQ::mass = collectData.massMeasured;
			out massProcessed :> ISQ::mass;
		}
		action evaluateData {
			in massProcessed :> ISQ::mass = processData.massProcessed;
			out verdict : VerdictKind =
				PassIf(vehicleMassRequirement(vehicle = testVehicle, massActual = massProcessed));
		}
		return verdict : VerdictKind = evaluateData.verdict;
	}
}
```

CODE STATUS = INCORRECT
```sysml
@@ -1,6 +1,6 @@
 package 'Verification Case Definition Example' {
 	part def Vehicle {
-		attribute mass :> ISQ::force;
+		attribute mass :> ISQ::mass;
 	}
 	requirement vehicleMassRequirement {
 		subject vehicle : Vehicle;
```