//this is the crafting scriptlib for the space expansion
include library.utils;
include java.lang.Math;
include library.space_utils;
include library.sui;
include library.badge;
include library.groundquests;
include library.space_quest;
include library.space_combat;

const int CHASSIS = space_combat.SHIP;

const int HULL = -1;
const int LIFE_SUPPORT = -2;
const int PLASMA_CONDUIT = -3;
const int AMMO_BAY = -4;
const int HYPERDRIVE = -5;

const int HULL_BREACH_DAMAGE = 50;
const float HULL_BREACH_DAMAGE_TIMER = 5;

const string SHIP_DROID_SLOT_NAME = "ship_droid";

const string STF_COMPONENT_TOOL = "reverse_engineering_tool";
const string SCRIPT_COMPONENT_NAME_HANDLER = "space.crafting.component_name_handler";

const int DAMAGE_CHANCE = 5;
const int[] NON_COMPONENT_DAMAGEABLES_LIGHT = {
	PLASMA_CONDUIT
};

const int[] NON_COMPONENT_DAMAGEABLES_MEDIUM = {
	PLASMA_CONDUIT,
};

const int[] NON_COMPONENT_DAMAGEABLES_HEAVY = {
	PLASMA_CONDUIT,
};

const int REACTOR			= ship_chassis_slot_type.SCST_reactor;
const int ENGINE			= ship_chassis_slot_type.SCST_engine;
const int SHIELD_GENERATOR		= ship_chassis_slot_type.SCST_shield_0;
const int ARMOR_0			= ship_chassis_slot_type.SCST_armor_0;
const int ARMOR_1			= ship_chassis_slot_type.SCST_armor_1;
const int CAPACITOR			= ship_chassis_slot_type.SCST_capacitor;
const int BOOSTER			= ship_chassis_slot_type.SCST_booster;
const int DROID_INTERFACE		= ship_chassis_slot_type.SCST_droid_interface;
const int TARGETING_STATION		= ship_chassis_slot_type.SCST_targeting_station;
const int WEAPON_0			= ship_chassis_slot_type.SCST_weapon_0;
const int WEAPON_1			= ship_chassis_slot_type.SCST_weapon_1;
const int WEAPON_2			= ship_chassis_slot_type.SCST_weapon_2;
const int WEAPON_3			= ship_chassis_slot_type.SCST_weapon_3;
const int WEAPON_4			= ship_chassis_slot_type.SCST_weapon_4;
const int WEAPON_5			= ship_chassis_slot_type.SCST_weapon_5;
const int WEAPON_6			= ship_chassis_slot_type.SCST_weapon_6;
const int WEAPON_7			= ship_chassis_slot_type.SCST_weapon_7;
const int CARGO				= ship_chassis_slot_type.SCST_cargo_hold;

const string COLLECTION_REWARD_REACTOR_MK1_V2 		= "item_collection_reward_reactor_01_mk1_schematic";
const string COLLECTION_REWARD_REACTOR_MK2_V2 		= "item_collection_reward_reactor_01_mk2_schematic";
const string COLLECTION_REWARD_REACTOR_MK3_V2 		= "item_collection_reward_reactor_01_mk3_schematic";
const string COLLECTION_REWARD_REACTOR_MK4_V2 		= "item_collection_reward_reactor_01_mk4_schematic";

const string COLLECTION_REACTOR_CHECKED 		= "collectionReactorChecked";
const string NEW_REACTOR_ISSUED_OBJVAR 			= "reactorAlreadyReplaced";
const string ALLOW_VENDOR_BAZAAR 			= "allowSaleVendorBazaar";
const string TCG_SHIP_TYPE 				= "ship_chassis.tcg_ship";
const string TCG_SHIP_DEED_STATIC_ITEM_NAME		= "ship_chassis.tcg_ship_deed_name";

const float MK1_ENERGY_MAX = 14274.00f;
const float MK2_MASS_MIN = 3087.00f;
const float MK2_ENERGY_MAX = 15680.30f;
const float MK3_MASS_MIN = 6906.6360f;
const float MK3_ENERGY_MAX = 17242.80f;
const float MK4_MASS_MIN = 10400.520f;
const float MK4_ENERGY_MAX = 20318.80f;

const string_id SID_COLLECTION_REACTOR_REPLACED	= new string_id("player_structure", "collection_reactor_replaced");

const string_id SID_INCORRECTLY_CONFIGURED_ITEM = new string_id("space/space_interaction", "incorrectly_configured_item");

const string STARSHIP_DROID_TABLE	= "datatables/space_combat/ship_droid_assignments.iff";
const string SHIP_COMPONENT_TABLE	= "datatables/space/ship_components.iff";
const string SHIP_WEAPON_TABLE		= "datatables/ship/components/weapon.iff";

double randBell(double avg, double var)
{
	var = var / 2;
	double r, v1, v2;

	do
	{
		v1 = 2.0 * rand() - 1.0;
		v2 = 2.0 * rand() - 1.0;
		r = v1 * v1 + v2 * v2;
	}
	while(r >= 1.0 || r == 0.0);

	double fac = Math.sqrt(-2.0 * Math.log(r) / r);
	double value = (avg + (v1 * fac) * (avg * var));

	if(value < 0)
		return 0;
	else
		return value;
}

float getBellValue(float fltValue, float fltModifier)
{
	// Returns a value on the range value-mod to value+mod on a bell curve.
	return (float) (randBell(fltValue, fltModifier));
}

float getModifiedValue(float fltValue, float fltModifier)
{
	// returns a value modifieid by -1* modifier to modifier
	fltValue = fltValue + rand(-1 * fltModifier, fltModifier);
	return fltValue;
}

float getRawModifiedValue(float fltModifier)
{
	return rand(-1 * fltModifier, fltModifier);
}

string getShipComponentStringType(obj_id objComponent)
{
	int intComponentType = getShipComponentDescriptorType(objComponent);

	return getShipComponentStringType(intComponentType);
}

string getShipComponentStringType(int intComponentType)
{
	if(intComponentType < ship_component_type.names.length)
	{
		return ship_component_type.names[intComponentType];
	}

	LOG("space", "type is " + intComponentType);
	return null;
}

int getComponentSlotInt(string strName)
{
	return ship_chassis_slot_type.getTypeByName(strName);
}

string getComponentSlotNameString(int intSlot)
{
	return ship_chassis_slot_type.getNameByType(intSlot);
}

obj_id setupStandardStatistics(obj_id objComponent, dictionary dctParams)
{
//      fltCurrentHitpoints
//      fltMaximumHitpoints
//      fltEfficiency
//      fltEnergyMaintenanceModifier
//      fltEnergyMaintenance
//      fltMassModifier
//      fltMass
//      fltCurrentConduitHitpoints
//      fltMaximumConduitHitpoints

	// all of the modifier statistics are used to randomize our values. we do -Modifier to + modifier in variance..
	// so if it's 25, we add between -25 and 25 to the base valu.

	float fltCurrentHitpoints = dctParams.getFloat("fltCurrentHitpoints");
	float fltMaximumHitpoints = dctParams.getFloat("fltMaximumHitpoints");

	float fltEnergyMaintenanceModifier = dctParams.getFloat("fltEnergyMaintenanceModifier");
	float fltEnergyMaintenance = dctParams.getFloat("fltEnergyMaintenance");

	fltEnergyMaintenance = getBellValue(fltEnergyMaintenance, fltEnergyMaintenanceModifier);

	float fltMassModifier = dctParams.getFloat("fltMassModifier");
	float fltMass = dctParams.getFloat("fltMass");

	fltMass = getBellValue(fltMass, fltMassModifier);

	float fltCurrentConduitHitpoints = dctParams.getFloat("fltCurrentConduitHitpoints");
	float fltMaximumConduitHitpoints = dctParams.getFloat("fltMaximumConduitHitpoints");

	float fltEfficiency = dctParams.getFloat("fltEfficiency");
	float fltCurrentArmorHitpoints = dctParams.getFloat("fltCurrentArmorHitpoints");

	string strComponentType = getShipComponentStringType(objComponent);
	int armorfactor = 2;

	if(strComponentType == "armor")
		armorfactor = 1;

	float fltArmor = dctParams.getFloat("fltMaximumArmorHitpoints");
	float fltArmorMod = dctParams.getFloat("fltMaximumArmorHitpointsMod");

	fltArmor = getBellValue(fltArmor, fltArmorMod);
	setComponentCurrentArmorHitpoints(objComponent, fltArmor);
	setComponentMaximumArmorHitpoints(objComponent, fltArmor);
	setComponentMaximumConduitHitpoints(objComponent, fltArmor);
	setComponentCurrentConduitHitpoints(objComponent, fltArmor);
	setComponentCurrentHitpoints(objComponent, fltArmor);
	setComponentMaximumHitpoints(objComponent, fltArmor);

	setComponentMass(objComponent, fltMass);
	setComponentEnergyMaintenance(objComponent, fltEnergyMaintenance);

	setComponentEnergyEfficiency(objComponent, fltEfficiency);
	setComponentGeneralEfficiency(objComponent, fltEfficiency);

	return objComponent;
}

int getReverseEngineeringLevel(obj_id objComponent)
{
	//for tblair test ship components
	//Since the component can be equipped and
	//unequipped from a ship terminal, the name is a secondary check
	if(hasObjVar(objComponent, "character.builder") || getName(objComponent).startsWith("Test "))
	{
		if(!hasObjVar(objComponent, "character.builder"))
			setObjVar(objComponent, "character.builder", 1);

		return 0;
	}


	// we can't store the info because of how components are equipped
	string strComponentType = getShipComponentStringType(objComponent);

	LOG("CARGO_HOLD", "COMPONENT IS OF TYPE " + strComponentType);

	if((strComponentType != null) && (strComponentType != ""))
	{
		dictionary dctParams = dataTableGetRow("datatables/ship/components/" + strComponentType + ".iff", getTemplateName(objComponent));

		if(dctParams == null)
		{
			LOG("ERROR", "TEMPLATE OF TYPE " + getTemplateName(objComponent) + " HAS BEEN PASSED TO SETUP SPACE COMPONENT. THIS DOES NOT EXIST IN THE DATATBLE of " + "datatables/ship/components/" + strComponentType + ".iff");
			return 0;
		}
		return dctParams.getInt("reverseEngineeringLevel");
	}
	else
	{
		LOG("space", "MEGA FUCKUP WITH " + objComponent + " template is " + objComponent);
	}
	return 0;
}

float filterFireRateForObject(float weaponFireRate, int reverseEngineeringLevel)
{
	float newWeaponFireRate = weaponFireRate;
	
	if(weaponFireRate == 0.44625f || weaponFireRate == 0.425f || weaponFireRate == 0.408f || weaponFireRate == 0.357f || weaponFireRate == 0.34f)
	{
		switch(reverseEngineeringLevel)
		{
			case 0:
				return 0.4f;
			case 1:
				return 0.3f;
			case 2:
				return 0.38f;
			case 3:
				return 0.3f;
			case 4:
				return 0.36f;
			case 5:
				return 0.3f;
			case 6:
				return 0.36f;
			case 7:
				return 0.3f;
			case 8:
				return 0.36f;
			case 9:
				return 0.3f;
			case 10:
				return 0.35f;
		}
	}

	return newWeaponFireRate;
}

float filterFireRateForShip(float weaponFireRate, int reverseEngineeringLevel)
{
	float newWeaponFireRate = weaponFireRate;

	if(weaponFireRate == 0.44625f || weaponFireRate == 0.45f || weaponFireRate == 0.425f || weaponFireRate == 0.43f || weaponFireRate == 0.408f ||
		weaponFireRate == 0.41f || weaponFireRate == 0.357f || weaponFireRate == 0.36f || weaponFireRate == 0.34f)
	{
		switch(reverseEngineeringLevel)
		{
			case 0:
				return 0.4f;
			case 1:
				return 0.3f;
			case 2:
				return 0.38f;
			case 3:
				return 0.3f;
			case 4:
				return 0.36f;
			case 5:
				return 0.3f;
			case 6:
				return 0.36f;
			case 7:
				return 0.3f;
			case 8:
				return 0.36f;
			case 9:
				return 0.3f;
			case 10:
				return 0.35f;
		}
	}

	return newWeaponFireRate;
}

// Determine if a weapon's fire rate was overwritten by a previous fix
void recalculateFireRateFromObject(obj_id player, obj_id weapon)
{
	int objType = getGameObjectType(weapon);
	
	if(objType != GOT_ship_component_weapon)
		return;

	string template = getTemplateName(weapon);
	string descName = getName(weapon);
	
	// No template?  Epic fail.
	if(template == "" || template.length() <= 0)
		return;

	float weaponFireRate = getWeaponRefireRate(weapon);

	int reverseEngineeringLevel = dataTableGetInt(SHIP_WEAPON_TABLE, template, "reverseEngineeringLevel");

	float newWeaponFireRate = filterFireRateForObject(weaponFireRate, reverseEngineeringLevel);
	
	float lootDropFireRateAverage = dataTableGetFloat(SHIP_WEAPON_TABLE, template, "fltRefireRate");

	CustomerServiceLog("space_loot", "Possible fire rate fix on weapon. |player: " + player + "|ship: null|weapon name: " + descName + "|weaponFireRate: " + weaponFireRate + "|newWeaponFireRate: " + newWeaponFireRate + "|reverseEngineeringLevel: " + reverseEngineeringLevel);
	
	// If the fire rate was broken by a previous attempted fix, then set the best possible rate on that weapon.
	if(newWeaponFireRate != weaponFireRate)
	{
		CustomerServiceLog("space_loot", "Weapon fire rate fix on weapon. |player: " + player + "|ship: null|weapon name: " + descName + "|weaponFireRate: " + weaponFireRate + "|newWeaponFireRate: " + newWeaponFireRate + "|reverseEngineeringLevel: " + reverseEngineeringLevel);

		setWeaponRefireRate(weapon, newWeaponFireRate);
		return;
	}
	
	/*
	///////
	// Fix cheater weapon fire rates that are faster than 0.26f
	///////

	// If the fire rate is illegal, set it to the average fire rate value.
	if(weaponFireRate < 0.26f)
	{
		// If the cheater's weapon fire rate average is one of the key values in filterFireRateForFix(), then we need to make sure
		// they do not get reset by the rate fix.
		if(filterFireRateForObject(lootDropFireRateAverage) != lootDropFireRateAverage)
		{
			lootDropFireRateAverage += 0.01f;
		}

		CustomerServiceLog("space_loot", "Illegal fire rate in ship less than 0.26 |player: " + player + "|ship: null|weapon name: " + descName + "|weaponFireRate: " + weaponFireRate + "|newWeaponFireRate: " + lootDropFireRateAverage + "|");

		// Set the weapon's fire rate to lootDropFireRateAverage
		setWeaponRefireRate(weapon, lootDropFireRateAverage);
	}
	*/
}

void recalculateFireRateFromSlot(obj_id player, obj_id self, int slot)
{
	// Players used chaff on some weapons to reverse engineer them to a fast fire rate.
	// This bootstraps those illegal weapons to an average value.

	int intCrc = getShipComponentCrc(self, slot);

	// We must have an item in that slot
	if(intCrc == 0)
		return;

	string descName = getShipComponentDescriptorCrcName(intCrc);

	// We must have an item in that slot
	if(descName == "" || descName.length() <= 0)
		return;
	
	string template = dataTableGetString(SHIP_COMPONENT_TABLE, descName, "object_template");

	// No template?  Epic fail.
	if(template == "" || template.length() <= 0)
		return;

	int charges = getIntObjVar(self, "ship_refire_fix");

	float weaponFireRate = getShipWeaponRefireRate(self, slot);

	int reverseEngineeringLevel = dataTableGetInt(SHIP_WEAPON_TABLE, template, "reverseEngineeringLevel");

	float newWeaponFireRate = filterFireRateForShip(weaponFireRate, reverseEngineeringLevel);

	float lootDropFireRateAverage = dataTableGetFloat(SHIP_WEAPON_TABLE, template, "fltRefireRate");
	
	// If the fire rate was broken by a previous attempted fix, then set the best possible rate on that weapon.
	if(charges > 0 && newWeaponFireRate != weaponFireRate)
	{
		CustomerServiceLog("space_loot", "Weapon fire rate fix in ship. |player: " + player + "|ship: " + self + "|weapon name: " + descName + "|weaponFireRate: " + weaponFireRate + "|newWeaponFireRate: " + newWeaponFireRate + "|reverseEngineeringLevel: " + reverseEngineeringLevel);

		setShipWeaponRefireRate(self, slot, newWeaponFireRate);

		charges--;

		setObjVar(self, "ship_refire_fix", charges);

		return;
	}
	
	/*
	///////
	// Fix cheater weapon fire rates that are faster than 0.26f
	///////

	// If the fire rate is illegal, set it to the average fire rate value.
	if(weaponFireRate < 0.26f)
	{
		// If the cheater's weapon fire rate average is one of the key values in filterFireRateForFix(), then we need to make sure
		// they do not get reset by the rate fix.
		if(filterFireRateForShip(lootDropFireRateAverage) != lootDropFireRateAverage)
		{
			lootDropFireRateAverage += 0.01f;
		}

		CustomerServiceLog("space_loot", "Illegal fire rate in ship less than 0.26 |player: " + player + "|ship: " + self + "|weapon name: " + descName + "|weaponFireRate: " + weaponFireRate + "|newWeaponFireRate: " + lootDropFireRateAverage + "|");
		// Set the weapon's fire rate to lootDropFireRateAverage
		setShipWeaponRefireRate(self, slot, lootDropFireRateAverage);
	}
	*/
}

obj_id initializeSpaceShipComponent(obj_id objComponent)
{
// this function and the above function simply fill out the setters with the data from the datatable
// all variance functions usage is defined above.

	string strComponentType = getShipComponentStringType(objComponent);

	if(strComponentType == null)
	{
		LOG("space", "MAJOR FUCKUP! " + objComponent + " is 9 kinds of fucked up");
		setName(objComponent, "BAD COMPONENT: " + getTemplateName(objComponent) + " : PLEASE REPORT BUG");
		return null;
	}

	if(strComponentType != "")
	{
		// initialize me
		dictionary dctParams = dataTableGetRow("datatables/ship/components/" + strComponentType + ".iff", getTemplateName(objComponent));

		if(dctParams == null)
		{
			LOG("ERROR", "TEMPLATE OF TYPE " + getTemplateName(objComponent) + " HAS BEEN PASSED TO SETUP SPACE COMPONENT. THIS DOES NOT EXIST IN THE DATATBLE of " + "datatables/ship/components/" + strComponentType + ".iff");
			//destroyObject(objComponent);
			return null;
		}

		objComponent = setupStandardStatistics(objComponent, dctParams);

		if(strComponentType == "armor")
		{
			// armor is a standard component with high hp, so we just return
		}
		else if(strComponentType == "booster")
		{
			float fltCurrentEnergy = dctParams.getFloat("fltCurrentEnergy");

			float fltMaximumEnergyModifier = dctParams.getFloat("fltMaximumEnergyModifier");
			float fltMaximumEnergy = dctParams.getFloat("fltMaximumEnergy");
			float fltRoll = rand(-1 * fltMaximumEnergyModifier, fltMaximumEnergyModifier);

			fltMaximumEnergy = fltMaximumEnergy + fltRoll;
			fltCurrentEnergy = fltCurrentEnergy + fltRoll;

			setBoosterMaximumEnergy(objComponent, fltMaximumEnergy);
			setBoosterCurrentEnergy(objComponent, fltCurrentEnergy);

			float fltRechargeRateModifier = dctParams.getFloat("fltRechargeRateModifier");
			float fltRechargeRate = dctParams.getFloat("fltRechargeRate");

			fltRechargeRate = getBellValue(fltRechargeRate, fltRechargeRateModifier);

			setBoosterEnergyRechargeRate(objComponent, fltRechargeRate);

			float fltConsumptionRateModifier = dctParams.getFloat("fltConsumptionRateModifier");
			float fltConsumptionRate = dctParams.getFloat("fltConsumptionRate");

			fltConsumptionRate = getBellValue(fltConsumptionRate, fltConsumptionRateModifier);

			setBoosterEnergyConsumptionRate(objComponent, fltConsumptionRate);

			float fltAccelerationModifier = dctParams.getFloat("fltAccelerationModifier");
			float fltAcceleration = dctParams.getFloat("fltAcceleration");

			fltAcceleration = getBellValue(fltAcceleration, fltAccelerationModifier);

			setBoosterAcceleration(objComponent, fltAcceleration);

			float fltMaxSpeedModifier = dctParams.getFloat("fltMaxSpeedModifier");
			float fltMaxSpeed = dctParams.getFloat("fltMaxSpeed");

			fltMaxSpeed = getBellValue(fltMaxSpeed, fltMaxSpeedModifier);

			setBoosterMaximumSpeed(objComponent, fltMaxSpeed);
		}
		else if(strComponentType == "cargo_hold")
		{
			int intCargoHoldCapacity = dctParams.getInt("intCargoHoldCapacity");

			setCargoHoldMaxCapacity(objComponent, intCargoHoldCapacity);
		}
		else if(strComponentType == "droid_interface")
		{
			float fltCommandSpeedModifier = dctParams.getFloat("fltCommandSpeedModifier");
			float fltCommandSpeed = dctParams.getFloat("fltCommandSpeed");

			fltCommandSpeed = getBellValue(fltCommandSpeed, fltCommandSpeedModifier);

			setDroidInterfaceCommandSpeed(objComponent, fltCommandSpeed);
		}
		else if(strComponentType == "engine")
		{
			float fltMaxSpeedModifier = dctParams.getFloat("fltMaxSpeedModifier");
			float fltMaxSpeed = dctParams.getFloat("fltMaxSpeed");

			fltMaxSpeed = getBellValue(fltMaxSpeed, fltMaxSpeedModifier);

			setEngineMaximumSpeed(objComponent, fltMaxSpeed);

			float fltMaxPitchModifier = dctParams.getFloat("fltMaxPitchModifier");
			float fltMaxPitch = dctParams.getFloat("fltMaxPitch");

			fltMaxPitch = getBellValue(fltMaxPitch, fltMaxPitchModifier);

			setEngineMaximumPitch(objComponent, fltMaxPitch);

			float fltMaxRollModifier = dctParams.getFloat("fltMaxRollModifier");
			float fltMaxRoll = dctParams.getFloat("fltMaxRoll");

			fltMaxRoll = getBellValue(fltMaxRoll, fltMaxRollModifier);

			setEngineMaximumRoll(objComponent, fltMaxRoll);

			float fltMaxYawModifier = dctParams.getFloat("fltMaxYawModifier");
			float fltMaxYaw = dctParams.getFloat("fltMaxYaw");

			fltMaxYaw = getBellValue(fltMaxYaw, fltMaxYawModifier);

			setEngineMaximumYaw(objComponent, fltMaxYaw);
		}
		else if(strComponentType == "reactor")
		{
			float fltEnergyGenerationModifier = dctParams.getFloat("fltEnergyGenerationModifier");
			float fltEnergyGeneration = dctParams.getFloat("fltEnergyGeneration");

			fltEnergyGeneration = getBellValue(fltEnergyGeneration, fltEnergyGenerationModifier);

			setReactorEnergyGeneration(objComponent, fltEnergyGeneration);
		}
		else if(strComponentType == "shield")
		{
			float fltShieldHitpointsMaximumFrontModifier = dctParams.getFloat("fltShieldHitpointsMaximumFrontModifier");
			float fltShieldHitpointsMaximumFront = dctParams.getFloat("fltShieldHitpointsMaximumFront");

			fltShieldHitpointsMaximumFront = getBellValue(fltShieldHitpointsMaximumFront, fltShieldHitpointsMaximumFrontModifier);

			float fltShieldHitpointsMaximumBackModifier = dctParams.getFloat("fltShieldHitpointsMaximumBackModifier");
			float fltShieldHitpointsMaximumBack = dctParams.getFloat("fltShieldHitpointsMaximumFront");

			fltShieldHitpointsMaximumBack = getBellValue(fltShieldHitpointsMaximumBack, fltShieldHitpointsMaximumBackModifier);

			setShieldGeneratorCurrentFrontHitpoints(objComponent, 0f);
			setShieldGeneratorCurrentBackHitpoints(objComponent, 0f);	// 0 because it's turned off

			setShieldGeneratorMaximumFrontHitpoints(objComponent, fltShieldHitpointsMaximumFront);
			setShieldGeneratorMaximumBackHitpoints(objComponent, fltShieldHitpointsMaximumBack);
			float fltShieldRechargeRateModifier = dctParams.getFloat("fltShieldRechargeRateModifier");
			float fltShieldRechargeRate = dctParams.getFloat("fltShieldRechargeRate");

			fltShieldRechargeRate = getBellValue(fltShieldRechargeRate, fltShieldRechargeRateModifier);

			setShieldGeneratorRechargeRate(objComponent, fltShieldRechargeRate);
		}
		else if(strComponentType == "weapon")
		{
			float fltMinDamageModifier = dctParams.getFloat("fltMinDamageModifier");
			float fltMinDamage = dctParams.getFloat("fltMinDamage");

			fltMinDamage = getBellValue(fltMinDamage, fltMinDamageModifier);

			setWeaponMinimumDamage(objComponent, fltMinDamage);

			float fltMaxDamageModifier = dctParams.getFloat("fltMaxDamageModifier");
			float fltMaxDamage = dctParams.getFloat("fltMaxDamage");

			fltMaxDamage = getBellValue(fltMaxDamage, fltMaxDamageModifier);

			setWeaponMaximumDamage(objComponent, fltMaxDamage);

			float fltShieldEffectivenessModifier = dctParams.getFloat("fltShieldEffectivenessModifier");
			float fltShieldEffectiveness = dctParams.getFloat("fltShieldEffectiveness");

			fltShieldEffectiveness = getBellValue(fltShieldEffectiveness, fltShieldEffectivenessModifier);

			setWeaponShieldEffectiveness(objComponent, fltShieldEffectiveness);

			float fltArmorEffectivenessModifier = dctParams.getFloat("fltArmorEffectivenessModifier");
			float fltArmorEffectiveness = dctParams.getFloat("fltArmorEffectiveness");

			fltArmorEffectiveness = getBellValue(fltArmorEffectiveness, fltArmorEffectivenessModifier);

			setWeaponArmorEffectiveness(objComponent, fltArmorEffectiveness);

			float fltEnergyPerShotModifier = dctParams.getFloat("fltEnergyPerShotModifier");
			float fltEnergyPerShot = dctParams.getFloat("fltEnergyPerShot");

			fltEnergyPerShot = getBellValue(fltEnergyPerShot, fltEnergyPerShotModifier);

			setWeaponEnergyPerShot(objComponent, fltEnergyPerShot);

			float fltRefireRateModifier = dctParams.getFloat("fltRefireRateModifier");
			float fltRefireRate = dctParams.getFloat("fltRefireRate");

			fltRefireRate = getBellValue(fltRefireRate, fltRefireRateModifier);

			setWeaponRefireRate(objComponent, fltRefireRate);
		}
		else if(strComponentType == "capacitor")
		{
			float fltCurrentEnergy = dctParams.getFloat("fltCurrentEnergy");
			float fltMaxEnergyModifier = dctParams.getFloat("fltMaxEnergyModifier");
			float fltMaxEnergy = dctParams.getFloat("fltMaxEnergy");

			fltMaxEnergy = getBellValue(fltMaxEnergy, fltMaxEnergyModifier);

			setWeaponCapacitorMaximumEnergy(objComponent, fltMaxEnergy);
			setWeaponCapacitorCurrentEnergy(objComponent, fltMaxEnergy);

			float fltRechargeRateModifier = dctParams.getFloat("fltRechargeRateModifier");
			float fltRechargeRate = dctParams.getFloat("fltRechargeRate");

			fltRechargeRate = getBellValue(fltRechargeRate, fltRechargeRateModifier);

			setWeaponCapacitorRechargeRate(objComponent, fltRechargeRate);
		}

		return objComponent;
	}
	else
	{
		return objComponent;	//?? Fucked up non ship component. Check for error messages in console.
	}
}

void uninstallAll(obj_id ship)
{
	if(isIdValid(ship))
	{
		for(int i = 0; i < ship_chassis_slot_type.SCST_num_types; i++)
		{
			if(isShipSlotInstalled(ship, i))
				obj_id kill = shipUninstallComponent(null, ship, i, null);
		}
	}
}

boolean setComponentCurrentHitpoints(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.hitpoints_current";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setComponentMaximumHitpoints(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.hitpoints_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setComponentCurrentArmorHitpoints(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.armor_hitpoints_current";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setComponentMaximumArmorHitpoints(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.armor_hitpoints_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setComponentGeneralEfficiency(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.efficiency_general";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setComponentEnergyEfficiency(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.efficiency_energy";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setComponentEnergyMaintenance(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.energy_maintenance_requirement";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setComponentMass(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.mass";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setComponentCurrentConduitHitpoints(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.conduit_hitpoints_current";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setComponentMaximumConduitHitpoints(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.conduit_hitpoints_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setBoosterCurrentEnergy(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.booster.energy_current";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setBoosterMaximumEnergy(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.booster.energy_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setBoosterEnergyRechargeRate(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.booster.energy_recharge_rate";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setBoosterEnergyConsumptionRate(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.booster.energy_consumption_rate";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setBoosterAcceleration(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.booster.acceleration";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setBoosterMaximumSpeed(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.booster.speed_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setCargoHoldMaxCapacity(obj_id objComponent, int intValue)
{
	string OBJVAR_NAME = "ship_comp.cargo_hold.contents_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, intValue);
}

boolean setCargoHoldCurrentContents(obj_id objComponent, int intValue)
{
	string OBJVAR_NAME = "ship_comp.cargo_hold.contents_current";

	return setObjVar(objComponent, OBJVAR_NAME, intValue);
}

boolean setWeaponCapacitorCurrentEnergy(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.capacitor.energy_current";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setWeaponCapacitorMaximumEnergy(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.capacitor.energy_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setWeaponCapacitorRechargeRate(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.capacitor.energy_recharge_rate";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setDroidInterfaceCommandSpeed(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.droid_interface.command_speed";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setEngineAcceleration(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.engine.acceleration_rate";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setEngineDeceleration(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.engine.deceleration_rate";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setEnginePitch(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.engine.pitch_acceleration_rate";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setEngineYaw(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.engine.yaw_acceleration_rate";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setEngineRoll(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.engine.roll_acceleration_rate";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setEngineSpeedRotationFactorMaximum(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.engine.speed_rotation_factor_max";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setEngineSpeedRotationFactorMinimum(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.engine.speed_rotation_factor_min";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setEngineSpeedRotationFactorOptimal(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.engine.speed_rotation_factor_optimal";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setEngineMaximumPitch(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.engine.pitch_rate_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setEngineMaximumYaw(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.engine.yaw_rate_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setEngineMaximumRoll(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.engine.roll_rate_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setEngineMaximumSpeed(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.engine.speed_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setReactorEnergyGeneration(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.reactor.energy_generation_rate";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setShieldGeneratorCurrentFrontHitpoints(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.shield.hitpoints_front_current";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setShieldGeneratorMaximumFrontHitpoints(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.shield.hitpoints_front_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setShieldGeneratorCurrentBackHitpoints(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.shield.hitpoints_back_current";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setShieldGeneratorMaximumBackHitpoints(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.shield.hitpoints_back_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setShieldGeneratorRechargeRate(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.shield.recharge_rate";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setWeaponMaximumDamage(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.weapon.damage_maximum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setWeaponMinimumDamage(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.weapon.damage_minimum";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setWeaponShieldEffectiveness(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.weapon.effectiveness_shields";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setWeaponArmorEffectiveness(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.weapon.effectiveness_armor";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setWeaponEnergyPerShot(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.weapon.energy_per_shot";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setWeaponRefireRate(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.weapon.refire_rate";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

boolean setWeaponProjectileSpeed(obj_id objComponent, float fltValue)
{
	string OBJVAR_NAME = "ship_comp.weapon.projectile_speed";

	return setObjVar(objComponent, OBJVAR_NAME, fltValue);
}

float getComponentCurrentHitpoints(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.hitpoints_current";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getComponentMaximumHitpoints(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.hitpoints_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getComponentCurrentArmorHitpoints(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.armor_hitpoints_current";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getComponentMaximumArmorHitpoints(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.armor_hitpoints_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getComponentEnergyEfficiency(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.efficiency_energy";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getComponentGeneralEfficiency(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.efficiency_general";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getComponentEnergyMaintenance(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.energy_maintenance_requirement";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getComponentMass(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.mass";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getComponentCurrentConduitHitpoints(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.conduit_hitpoints_current";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getComponentMaximumConduitHitpoints(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.conduit_hitpoints_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getBoosterCurrentEnergy(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.booster.energy_current";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getBoosterMaximumEnergy(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.booster.energy_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getBoosterEnergyRechargeRate(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.booster.energy_recharge_rate";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getboosterEnergyConsumptionRate(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.booster.energy_consumption_rate";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getBoosterAcceleration(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.booster.acceleration";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getBoosterMaximumSpeed(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.booster.speed_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getWeaponCapacitorCurrentEnergy(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.capacitor.energy_current";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getWeaponCapacitorMaximumEnergy(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.capacitor.energy_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getWeaponCapacitorRechargeRate(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.capacitor.energy_recharge_rate";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getDroidInterfaceCommandSpeed(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.droid_interface.command_speed";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getEngineAcceleration(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.engine.acceleration_rate";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getEngineDeceleration(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.engine.deceleration_rate";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getEnginePitch(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.engine.pitch_acceleration_rate";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getEngineYaw(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.engine.yaw_acceleration_rate";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getEngineRoll(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.engine.roll_acceleration_rate";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getEngineSpeedRotationFactorMaximum(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.engine.speed_rotation_factor_max";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getEngineSpeedRotationFactorMinimum(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.engine.speed_rotation_factor_min";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getEngineSpeedRotationFactorOptimal(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.engine.speed_rotation_factor_optimal";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getEngineMaximumPitch(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.engine.pitch_rate_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getEngineMaximumYaw(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.engine.yaw_rate_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getEngineMaximumRoll(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.engine.roll_rate_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getEngineMaximumSpeed(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.engine.speed_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getReactorEnergyGeneration(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.reactor.energy_generation_rate";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getShieldGeneratorCurrenFrontHitpointst(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.shield.hitpoints_front_current";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getShieldGeneratorMaximumFrontHitpoints(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.shield.hitpoints_front_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getShieldGeneratorCurrentBackHitpoints(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.shield.hitpoints_back_current";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getShieldGeneratorMaximumBackHitpoints(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.shield.hitpoints_back_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getShieldGeneratorRechargeRate(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.shield.recharge_rate";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getWeaponMaximumDamage(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.weapon.damage_maximum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getWeaponMinimumDamage(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.weapon.damage_minimum";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getWeaponShieldEffectiveness(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.weapon.effectiveness_shields";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getWeaponArmorEffectiveness(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.weapon.effectiveness_armor";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getWeaponEnergyPerShot(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.weapon.energy_per_shot";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getWeaponRefireRate(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.weapon.refire_rate";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

float getWeaponProjectileSpeed(obj_id objComponent)
{
	string OBJVAR_NAME = "ship_comp.weapon.projectile_speed";

	return getFloatObjVar(objComponent, OBJVAR_NAME);
}

resizeable obj_id[] getRepairKitsForItem(obj_id objPlayer, int intSlot)
{
	string strComponent = "";

	if(intSlot == CHASSIS)
	{
		strComponent = "chassis";
	}
	else if(intSlot == PLASMA_CONDUIT)
	{
		strComponent = "plasma_conduit";
	}
	else
	{
		int intType = ship_chassis_slot_type.getComponentTypeForSlot(intSlot);

		strComponent = getShipComponentStringType(intType);
		LOG("space", "strComponent is " + strComponent);
	}

	return getRepairKitsForItem(objPlayer, strComponent);
}

resizeable obj_id[] getRepairKitsForItem(obj_id objPlayer, string strComponent)
{
	obj_id[] objContents = getInventoryAndEquipment(objPlayer);
	resizeable obj_id[] objKits = new obj_id[];

	for(int intI = 0; intI < objContents.length; intI++)
	{
		if(hasObjVar(objContents[intI], "strKitType"))
		{
			string strKitType = getStringObjVar(objContents[intI], "strKitType");

			if((strKitType.equals(strComponent)) || (strKitType.equals("all_purpose")))
			{
				objKits = utils.addElement(objKits, objContents[intI]);
			}
		}
	}

	if(objKits.length > 0)
	{
		return objKits;
	}

	return null;
}

boolean repairComponentOnShip(int intSlot, resizeable obj_id[] objRepairKits, obj_id objPlayer, obj_id objShip)
{
	//      WARNING WARNING WANRING

	// THIS IS A RECURSIVE FUNCTION. IT CALLS ITSELF WITH THE ARRAY UNTIL THE COMPONENT IS FIXED. THE ARRAY IS DECREMENTED IN THIS FUNCTION

	// flow for a repair kit
	// check for compatibility (is it the right type of kit?)
	// check for damage
	// check quanitties,
	// fix damage
	// damage kit
	// destroy kit i fnecessary
	// decrease maximum,
	if((objRepairKits == null) || (objRepairKits.length < 1))
	{
		return false;
	}

	boolean boolHealed = false;

	// hacks to support chassis repair
	string strComponent = "";

	if(intSlot == CHASSIS)
	{
		strComponent = "chassis";
	}
	else
	{
		strComponent = getShipComponentStringType(intSlot);
	}

	obj_id objRepairKit = objRepairKits[0];

	if(intSlot == CHASSIS)
	{

		float fltMaximumHitpoints = getShipMaximumChassisHitPoints(objShip);
		float fltCurrentHitpoints = getShipCurrentChassisHitPoints(objShip);

		if(fltCurrentHitpoints == fltMaximumHitpoints)
		{
			// no damage
			string_id strSpam = new string_id("space/space_interaction", "no_damage_to_repair");

			sendSystemMessage(objPlayer, strSpam);
			return false;
		}
		else
		{
			float fltDifference = fltMaximumHitpoints - fltCurrentHitpoints;
			float fltRemainingRepairPoints = (float) getCount(objRepairKit);

			if(fltDifference > fltRemainingRepairPoints)
			{
				// we only partially fix the thing since the repair kit is almost finished
				fltCurrentHitpoints = fltCurrentHitpoints + fltRemainingRepairPoints;

				setShipCurrentChassisHitPoints(objShip, fltCurrentHitpoints);

				string_id strSpam = new string_id("space/space_interaction", "repaired_x_chassis_damage_destroy_kit");
				prose_package ppRepairInfo = prose.getPackage(strSpam, (int) fltRemainingRepairPoints);

				sendSystemMessageProse(objPlayer, ppRepairInfo);

				destroyObject(objRepairKit);

				objRepairKits = utils.removeElementAt(objRepairKits, 0);

				if(objRepairKits.length > 0)
				{
					repairComponentOnShip(intSlot, objRepairKits, objPlayer, objShip);
					return true;
				}
				else
				{
					strSpam = new string_id("space/space_interaction", "damage_left_chassis");
					int intDifference = (int) fltDifference - (int) fltRemainingRepairPoints;

					ppRepairInfo = prose.getPackage(strSpam, intDifference);
					sendSystemMessageProse(objPlayer, ppRepairInfo);
					return true;
				}

			}
			else
			{
				fltCurrentHitpoints = fltCurrentHitpoints + fltDifference;
				setShipCurrentChassisHitPoints(objShip, fltCurrentHitpoints);

				string_id strSpam = new string_id("space/space_interaction", "repaired_x_chassis_damage");
				prose_package ppRepairInfo = prose.getPackage(strSpam, (int) fltDifference);

				sendSystemMessageProse(objPlayer, ppRepairInfo);

				fltRemainingRepairPoints = fltRemainingRepairPoints - fltDifference;
				setCount(objRepairKit, (int) fltRemainingRepairPoints);

				return true;
			}
		}
	}

	// fix hp damage first, then armor
	float fltMaximumHitpoints = getShipComponentHitpointsMaximum(objShip, intSlot);
	float fltCurrentHitpoints = getShipComponentHitpointsCurrent(objShip, intSlot);

	float fltMaximumArmorHitpoints = getShipComponentArmorHitpointsMaximum(objShip, intSlot);
	float fltCurrentArmorHitpoints = getShipComponentArmorHitpointsCurrent(objShip, intSlot);

	float fltEnergyEfficiency = getShipComponentEfficiencyEnergy(objShip, intSlot);
	float fltGeneralEfficiency = getShipComponentEfficiencyGeneral(objShip, intSlot);

	if((fltCurrentHitpoints == fltMaximumHitpoints) && (fltMaximumArmorHitpoints == fltCurrentArmorHitpoints))
	{
		string_id strSpam = new string_id("space/space_interaction", "no_damage_to_repair");

		sendSystemMessage(objPlayer, strSpam);
		return false;
	}

	float fltRemainingRepairPoints = (float) getCount(objRepairKit);
	float fltDifference = fltMaximumHitpoints - fltCurrentHitpoints;

	// now let's fix stuff
	if(fltDifference > fltRemainingRepairPoints)
	{
		// we only partially fix the thing since the repair kit is almost finished
		fltCurrentHitpoints = fltCurrentHitpoints + fltRemainingRepairPoints;

		setShipComponentHitpointsCurrent(objShip, intSlot, fltCurrentHitpoints);

		string_id strSpam = new string_id("space/space_interaction", "repaired_x_component_damage_destroy_kit");
		prose_package ppRepairInfo = prose.getPackage(strSpam, getShipComponentName(objShip, intSlot), (int) fltRemainingRepairPoints);

		sendSystemMessageProse(objPlayer, ppRepairInfo);

		destroyObject(objRepairKit);
		space_utils.setComponentDisabled(objShip, intSlot, false);
		space_combat.recalculateEfficiency(intSlot, objShip);
		objRepairKits = utils.removeElementAt(objRepairKits, 0);

		if(objRepairKits.length > 0)
		{
			repairComponentOnShip(intSlot, objRepairKits, objPlayer, objShip);
			return true;
		}
		else
		{
			strSpam = new string_id("space/space_interaction", "damage_left_component");
			int intDifference = (int) fltDifference - (int) fltRemainingRepairPoints;

			ppRepairInfo = prose.getPackage(strSpam, intDifference);
			sendSystemMessageProse(objPlayer, ppRepairInfo);
			return true;
		}
	}
	else if(fltDifference > 0)
	{
		/// fully repair the component hitpoints
		/// fully repair the component Armor hitpoints
		setShipComponentHitpointsCurrent(objShip, intSlot, fltMaximumHitpoints);

		string_id strSpam = new string_id("space/space_interaction", "repaired_x_component_damage");
		prose_package ppRepairInfo = prose.getPackage(strSpam, getShipComponentName(objShip, intSlot), (int) fltDifference);

		sendSystemMessageProse(objPlayer, ppRepairInfo);

		fltRemainingRepairPoints = fltRemainingRepairPoints - fltDifference;
		setCount(objRepairKit, (int) fltRemainingRepairPoints);
		space_utils.setComponentDisabled(objShip, intSlot, false);
		space_combat.recalculateEfficiency(intSlot, objShip);
		boolHealed = true;
	}

	fltDifference = fltMaximumArmorHitpoints - fltCurrentArmorHitpoints;

	if(fltDifference > fltRemainingRepairPoints)
	{
		// we only partially fix the thing since the repair kit is almost finished
		fltCurrentHitpoints = fltCurrentHitpoints + fltRemainingRepairPoints;
		setShipComponentArmorHitpointsCurrent(objShip, intSlot, fltCurrentHitpoints);

		string_id strSpam = new string_id("space/space_interaction", "repaired_x_armor_component_damage_destroy_kit");
		prose_package ppRepairInfo = prose.getPackage(strSpam, getShipComponentName(objShip, intSlot), (int) fltRemainingRepairPoints);

		sendSystemMessageProse(objPlayer, ppRepairInfo);

		destroyObject(objRepairKit);
		space_utils.setComponentDisabled(objShip, intSlot, false);
		space_combat.recalculateEfficiency(intSlot, objShip);
		objRepairKits = utils.removeElementAt(objRepairKits, 0);

		if(objRepairKits.length > 0)
		{
			repairComponentOnShip(intSlot, objRepairKits, objPlayer, objShip);
			return true;
		}
		else
		{
			strSpam = new string_id("space/space_interaction", "damage_left_component_armor");
			int intDifference = (int) fltDifference - (int) fltRemainingRepairPoints;

			ppRepairInfo = prose.getPackage(strSpam, intDifference);
			sendSystemMessageProse(objPlayer, ppRepairInfo);
			return true;
		}

	}
	else if(fltDifference > 0)
	{
		/// fully repair the component Armor hitpoints
		setShipComponentArmorHitpointsCurrent(objShip, intSlot, fltMaximumArmorHitpoints);

		string_id strSpam = new string_id("space/space_interaction", "repaired_x_armor_component_damage");
		prose_package ppRepairInfo = prose.getPackage(strSpam, getShipComponentName(objShip, intSlot), (int) fltDifference);

		sendSystemMessageProse(objPlayer, ppRepairInfo);

		fltRemainingRepairPoints = fltRemainingRepairPoints - fltDifference;
		setCount(objRepairKit, (int) fltRemainingRepairPoints);
		space_utils.setComponentDisabled(objShip, intSlot, false);
		space_combat.recalculateEfficiency(intSlot, objShip);
		boolHealed = true;
	}

	return boolHealed;
}

boolean repairComponentInInventory(obj_id objComponent, resizeable obj_id[] objRepairKits, obj_id objPlayer)
{
	// i think this is depracated

	// flow for a repair kit
	// check for compatibility (is it the right type of kit?)
	// check for damage
	// check quantities,
	// fix damage
	// damage kit
	// destroy kit if necessary
	if((objRepairKits == null) || (objRepairKits.length < 1))
	{
		return false;
	}

	obj_id objRepairKit = objRepairKits[0];
	boolean boolHealed = false;
	string strComponent = getShipComponentStringType(objComponent);

	// fix hp damage first, then armor
	float fltMaximumHitpoints = getComponentMaximumHitpoints(objComponent);
	float fltCurrentHitpoints = getComponentCurrentHitpoints(objComponent);

	float fltMaximumArmorHitpoints = getComponentMaximumArmorHitpoints(objComponent);
	float fltCurrentArmorHitpoints = getComponentCurrentArmorHitpoints(objComponent);

	float fltEnergyEfficiency = getComponentEnergyEfficiency(objComponent);
	float fltGeneralEfficiency = getComponentGeneralEfficiency(objComponent);

	if((fltCurrentHitpoints == fltMaximumHitpoints) && (fltMaximumArmorHitpoints == fltCurrentArmorHitpoints))
	{
		string_id strSpam = new string_id("space/space_interaction", "no_damage_to_repair");

		sendSystemMessage(objPlayer, strSpam);
		return false;
	}

	// now let's fix stuff

	float fltRemainingRepairPoints = (float) getCount(objRepairKit);
	float fltDifference = fltMaximumHitpoints - fltCurrentHitpoints;

	if(fltDifference > fltRemainingRepairPoints)
	{
		// we only partially fix the thing since the repair kit is almost finished
		fltCurrentHitpoints = fltCurrentHitpoints + fltRemainingRepairPoints;
		setComponentCurrentHitpoints(objComponent, fltCurrentHitpoints);
		clearComponentDisabledFlag(objComponent);

		string_id strSpam = new string_id("space/space_interaction", "repaired_x_component_damage_destroy_kit");
		prose_package ppRepairInfo = prose.getPackage(strSpam, getEncodedName(objComponent), (int) fltRemainingRepairPoints);

		sendSystemMessageProse(objPlayer, ppRepairInfo);

		objRepairKits = utils.removeElementAt(objRepairKits, 0);
		destroyObject(objRepairKit);
		repairComponentInInventory(objComponent, objRepairKits, objPlayer);
		return true;
	}
	else if(fltDifference > 0)
	{
		/// fully repair the component hitpoints
		/// fully repair the component Armor hitpoints

		setComponentCurrentHitpoints(objComponent, fltMaximumHitpoints);
		clearComponentDisabledFlag(objComponent);
		string_id strSpam = new string_id("space/space_interaction", "repaired_x_component_damage");
		prose_package ppRepairInfo = prose.getPackage(strSpam, getEncodedName(objComponent), (int) fltDifference);

		sendSystemMessageProse(objPlayer, ppRepairInfo);

		fltRemainingRepairPoints = fltRemainingRepairPoints - fltDifference;
		setCount(objRepairKit, (int) fltRemainingRepairPoints);
		boolHealed = true;
	}

	fltDifference = fltMaximumArmorHitpoints - fltCurrentArmorHitpoints;

	if(fltDifference > fltRemainingRepairPoints)
	{
		// we only partially fix the thing since the repair kit is almost finished
		fltCurrentArmorHitpoints = fltCurrentArmorHitpoints + fltRemainingRepairPoints;
		setComponentCurrentArmorHitpoints(objComponent, fltCurrentArmorHitpoints);

		string_id strSpam = new string_id("space/space_interaction", "repaired_x_armor_component_damage_destroy_kit");
		prose_package ppRepairInfo = prose.getPackage(strSpam, getEncodedName(objComponent), (int) fltRemainingRepairPoints);

		sendSystemMessageProse(objPlayer, ppRepairInfo);

		objRepairKits = utils.removeElementAt(objRepairKits, 0);
		destroyObject(objRepairKit);
		repairComponentInInventory(objComponent, objRepairKits, objPlayer);
		return true;
	}
	else if(fltDifference > 0)
	{
		/// fully repair the component Armor hitpoints
		setComponentCurrentArmorHitpoints(objComponent, fltMaximumArmorHitpoints);

		string_id strSpam = new string_id("space/space_interaction", "repaired_x_armor_component_damage");
		prose_package ppRepairInfo = prose.getPackage(strSpam, getEncodedName(objComponent), (int) fltDifference);

		sendSystemMessageProse(objPlayer, ppRepairInfo);

		fltRemainingRepairPoints = fltRemainingRepairPoints - fltDifference;
		setCount(objRepairKit, (int) fltRemainingRepairPoints);
		boolHealed = true;
	}
	return boolHealed;
}

boolean isRepairKit(obj_id objItem)
{
	string strTest = getTemplateName(objItem);
	int intIndex = strTest.indexOf("object/tangible/ship/crafted/repair");

	if(intIndex < 0)
	{
		return false;
	}

	return true;
}

obj_id getDroidContainer(obj_id objShip)
{
	return getObjectInSlot(objShip, SHIP_DROID_SLOT_NAME);
}

obj_id[] getDatapadDroidCommands(obj_id objControlDevice)
{
	obj_id objDatapad = utils.getDatapad(objControlDevice);

	if(!isIdValid(objDatapad))
	{
		debugServerConsoleMsg(null, "SPACE_CRAFTING.getDatapadDroidCommands  ***   DATAPAD OBJ-ID WAS NULL!!! ARGH! ");
		return null;
	}

	obj_id[] objContents = utils.getContents(objDatapad);
	resizeable obj_id[] objCommands = new obj_id[0];

	for(int intI = 0; intI < objContents.length; intI++)
	{
		if(hasObjVar(objContents[intI], "strDroidCommand"))
		{
			objCommands = utils.addElement(objCommands, objContents[intI]);
		}
	}

	if(objCommands.length > 0)
	{
		return objCommands;
	}
	else
	{
		return null;
	}
}

int getDroidCommandLevelFromDatapad(obj_id objControlDevice)
{
	obj_id objDatapad = utils.getDatapad(objControlDevice);

	if(!isIdValid(objDatapad))
	{
		return 1;
	}

	string strName = getTemplateName(objDatapad);
	string strRaw = "object/tangible/datapad/droid_datapad_";

	// this is a fucked up way to do this, but for some reason, .indexOf("_"+intI+".iff); // doesnt work?
	for(int intI = 1; intI <= 6; intI++)
	{
		string strTest = strRaw + intI + ".iff";

		if(strName == strTest)
		{
			return intI;
		}
	}

	return -1;
}

boolean isUsableAstromechPet(obj_id objControlDevice)
{
	int intDroidLevel = getDroidCommandLevelFromDatapad(objControlDevice);

	if(intDroidLevel == -1)
	{
		return false;
	}

	string[] strDroidTypes =
	{
		"r2",
		"r2_crafted",
		"r2d2",
		"r3",
		"r3_crafted",
		"r4",
		"r4_crafted",
		"r5",
		"r5_crafted",
		"navicomputer_1",
		"navicomputer_2",
		"navicomputer_3",
		"navicomputer_4",
		"navicomputer_5",
		"navicomputer_6",
	};

	string strName = getStringObjVar(objControlDevice, "pet.creatureName");

	if(strName != null)
	{
		int intIndex = utils.getElementPositionInArray(strDroidTypes, strName);

		LOG("space", "intIndex: " + intIndex + " strName: " + strName);

		if(intIndex > -1)
		{
			return true;
		}
	}
	else
	{
		if(hasObjVar(objControlDevice, "item.objectName"))
		{
			strName = getStringObjVar(objControlDevice, "item.objectName");
			int intIndex = utils.getElementPositionInArray(strDroidTypes, strName);

			LOG("space", "intIndex: " + intIndex + " strName: " + strName);

			if(intIndex > -1)
			{
				return true;
			}
		}
		else
			LOG("space", "NULL!");
	}
	return false;
}

boolean isFlightComputerController(obj_id controlDevice)
{
	string[] computerTypes =
	{
		"navicomputer_1",
		"navicomputer_2",
		"navicomputer_3",
		"navicomputer_4",
		"navicomputer_5",
		"navicomputer_6",
	};

	if(hasObjVar(controlDevice, "item.objectName"))
	{
		string name = getStringObjVar(controlDevice, "item.objectName");
		int intIndex = utils.getElementPositionInArray(computerTypes, name);

		if(intIndex > -1)
			return true;
	}

	return false;
}

boolean isCertifiedForAstromech(obj_id objControlDevice, obj_id objPlayer)
{
	// certs are callade
	//astromech_droid_cert_#        //NOPE Do : cert_droid_astromech_#
	// where # is the size of the datapad

	int intDroidLevel = getDroidCommandLevelFromDatapad(objControlDevice);

	LOG("space", "level is " + intDroidLevel + " Looking for command cert_droid_astromech_" + intDroidLevel);

	if(!hasCommand(objPlayer, "cert_droid_astromech_" + intDroidLevel))
	{
		LOG("space", objPlayer + " doesnt have the cert!");
		return false;
	}

	return true;
}

obj_id getAstromechDroidForShip(obj_id objPlayer)
{
	obj_id objDataPad = utils.getDatapad(objPlayer);

	obj_id[] objContents = utils.getContents(objDataPad);

	if(objContents == null)
	{
		return null;
	}

	for(int intI = 0; intI < objContents.length; intI++)
	{

		if(hasObjVar(objContents[intI], "objActiveShipDroid"))
		{
			obj_id objTest = getObjIdObjVar(objContents[intI], "objActiveShipDroid");

			if(objTest != objPlayer)
			{
				// old data, nuke it
				removeObjVar(objTest, "objActiveShipDroid");
			}
			else
			{
				return objContents[intI];
			}
		}
	}
	return null;
}

boolean isUsingCorrectComputer(obj_id objControlDevice, obj_id ship)
{
	if(!usesFlightComputerNotAstromech(ship) && hasObjVar(objControlDevice, "pet.creatureName"))
		return true;
	else if(usesFlightComputerNotAstromech(ship) && !hasObjVar(objControlDevice, "pet.creatureName"))
		return true;

	return false;
}

boolean usesFlightComputerNotAstromech(obj_id ship)
{
	// Looks at the ship that the astromech or flight computer is being equipped to,
	// and lets us know if it is a ship that's supposed to take a flight computer.
	// The alternative is that the ship passed in is only supposed to use astromechs.

	string templateName = utils.getTemplateFilenameNoPath(ship);
	string shipUsesThis = dataTableGetString(STARSHIP_DROID_TABLE, templateName, "usesDroidOrFlightComputer");

	debugServerConsoleMsg(null, "+++ SPACE_CRAFTING . Got shipUsesThis. It was: " + shipUsesThis);

	if((shipUsesThis == "") || (shipUsesThis == null))
	{
		debugServerConsoleMsg(null, "SPACE_CRAFTING.usesFlightComputerNotAstromech: shipUsesThis failed out as being -1");
		return false;
	}

	if(shipUsesThis == "flight_computer")
		return true;

	return false;
}

boolean isMissileSlot(obj_id objShip, int intSlot)
{
	if(isShipSlotInstalled(objShip, intSlot))
	{
		int intCrc = getShipComponentCrc(objShip, intSlot);

		return getShipComponentDescriptorWeaponIsMissile(intCrc);
	}
	return false;

}

boolean isCounterMeasureSlot(obj_id objShip, int intSlot)
{
	if(isShipSlotInstalled(objShip, intSlot))
	{
		int intCrc = getShipComponentCrc(objShip, intSlot);

		return getShipComponentDescriptorWeaponIsCountermeasure(intCrc);
	}
	return false;
}

boolean isProperAmmoForWeapon(obj_id objAmmo, obj_id objShip, int intSlot)
{
	// is  it a weapon slot?
	int intWeaponAmmoType = getShipWeaponAmmoType(objShip, intSlot);
	int intWeaponType = getIntObjVar(objAmmo, "weapon.intAmmoType");

	int intCrc = getShipComponentCrc(objShip, intSlot);
	
	string descName = getShipComponentDescriptorCrcName(intCrc);

	if(intWeaponAmmoType == 0 && intWeaponType == 0 && !descName.equals("countermeasure_chaff_launcher"))
	{
		return false;
	}

	if(intWeaponAmmoType != intWeaponType)
	{
		return false;
	}

	return true;
}

boolean applyAmmoToWeapon(obj_id objShip, obj_id objAmmo, int intSlot, obj_id objPlayer, boolean boolVerbose)
{
	/// DAMAGE
	// quantity

	int intCurrentAmmo = getShipWeaponAmmoCurrent(objShip, intSlot);
	int intCount = getCount(objAmmo);

	float fltMinDamage = getFloatObjVar(objAmmo, "fltMinDamage");
	float fltMaxDamage = getFloatObjVar(objAmmo, "fltMaxDamage");
	float fltRefireRate = getFloatObjVar(objAmmo, "fltRefireRate");
	float fltWeaponEffectivenessShields = getFloatObjVar(objAmmo, "fltShieldEffectiveness");
	float fltWeaponEffectivenessArmor = getFloatObjVar(objAmmo, "fltArmorEffectiveness");

	//Check to make sure we are not already full of this type of ammo
	if(intCurrentAmmo < intCount
		|| fltMinDamage > getShipWeaponDamageMinimum(objShip, intSlot)
		|| fltMaxDamage > getShipWeaponDamageMaximum(objShip, intSlot)
		|| fltRefireRate > getShipWeaponRefireRate(objShip, intSlot)
		|| fltWeaponEffectivenessArmor > getShipWeaponEffectivenessArmor(objShip, intSlot)
		|| fltWeaponEffectivenessShields > getShipWeaponEffectivenessShields(objShip, intSlot) )
	{
		setShipWeaponDamageMaximum(objShip, intSlot, fltMaxDamage);
		setShipWeaponDamageMinimum(objShip, intSlot, fltMinDamage);
		setShipWeaponRefireRate(objShip, intSlot, fltRefireRate);
		setShipWeaponEffectivenessArmor(objShip, intSlot, fltWeaponEffectivenessArmor);
		setShipWeaponEffectivenessShields(objShip, intSlot, fltWeaponEffectivenessShields);
		setShipWeaponAmmoMaximum(objShip, intSlot, intCount);

		setShipWeaponAmmoCurrent(objShip, intSlot, intCount);

		string_id strSpam = new string_id("space/space_interaction", "reloaded_x_missile_ammo");
		prose_package ppRepairInfo = prose.getPackage(strSpam, getName(objAmmo), (int) intCount);

		sendSystemMessageProse(objPlayer, ppRepairInfo);

		destroyObject(objAmmo);
	}

	return true;
	// make sure to use getCount/setcount and stuff
}

boolean applyCountermeasuresToLauncher(obj_id objAmmo, obj_id objShip, int intSlot, obj_id objPlayer, boolean boolVerbose)
{
	/// DAMAGE
	// quantity

	int intCurrentAmmo = getShipWeaponAmmoCurrent(objShip, intSlot);

	if(intCurrentAmmo != 0)
	{
		if(boolVerbose)
		{

			string_id strSpam = new string_id("space/space_interaction", "countermeasure_full_no_reload");

			sendSystemMessage(objPlayer, strSpam);
		}
		return false;
	}

	int intCount = getCount(objAmmo);

	float fltMinDamage = getFloatObjVar(objAmmo, "fltMinDamage");
	float fltMaxDamage = getFloatObjVar(objAmmo, "fltMaxDamage");
	float fltRefireRate = getFloatObjVar(objAmmo, "fltRefireRate");
	float fltEnergyPerShot = getFloatObjVar(objAmmo, "fltEnergyPerShot");

	setShipWeaponDamageMaximum(objShip, intSlot, fltMaxDamage);
	setShipWeaponDamageMinimum(objShip, intSlot, fltMinDamage);
	setShipWeaponRefireRate(objShip, intSlot, fltRefireRate);
	setShipWeaponAmmoMaximum(objShip, intSlot, intCount);
	setShipWeaponAmmoCurrent(objShip, intSlot, intCount);
	setShipWeaponEnergyPerShot(objShip, intSlot, fltEnergyPerShot);

	string_id strSpam = new string_id("space/space_interaction", "reloaded_x_countermeasure_ammo");
	prose_package ppRepairInfo = prose.getPackage(strSpam, getName(objAmmo), (int) intCount);

	sendSystemMessageProse(objPlayer, ppRepairInfo);

	destroyObject(objAmmo);

	return true;
	// make sure to use getCount/setcount and stuff
}

boolean isWeaponAmmo(obj_id objAmmo)
{
	if(hasObjVar(objAmmo, "weapon.intAmmoType"))
	{
		return true;
	}
	return false;
}

boolean isDamaged(obj_id objPlayer)
{
	float fltDamage = getDamageTotalModified(space_transition.getContainingShip(objPlayer), 1.0f);

	if(fltDamage > 0)
	{
		return true;
	}
	return false;
}

float getDamageTotal(obj_id objPlayer, obj_id objShip)
{
	return getDamageTotalModified(objShip, 1.0f);
}

float getDamageTotalModified(obj_id objShip, float fltPercentage)
{
	// returns the total damage assuming we bring the ship up to X %

	float fltMaximumHitpoints = getShipMaximumChassisHitPoints(objShip);
	float fltCurrentHitpoints = getShipCurrentChassisHitPoints(objShip);

	float fltDifference = fltMaximumHitpoints - fltCurrentHitpoints;
	float fltRepairValue = 0;

	fltRepairValue = fltRepairValue + fltDifference;
	int[] intSlots = getShipInstalledSlots(objShip);

	for(int intI = 0; intI < intSlots.length; intI++)
	{
		// fix hp damage first, then armor
		fltMaximumHitpoints = getShipComponentHitpointsMaximum(objShip, intSlots[intI]);
		fltCurrentHitpoints = getShipComponentHitpointsCurrent(objShip, intSlots[intI]);
		//fltMaximumHitpoints = fltMaximumHitpoints * fltPercentage;
		float fltMaximumArmorHitpoints = getShipComponentArmorHitpointsMaximum(objShip, intSlots[intI]);
		float fltCurrentArmorHitpoints = getShipComponentArmorHitpointsCurrent(objShip, intSlots[intI]);

		fltDifference = fltMaximumHitpoints - fltCurrentHitpoints;
		fltRepairValue = fltRepairValue + fltDifference;
		fltDifference = fltMaximumArmorHitpoints - fltCurrentArmorHitpoints;
		fltRepairValue = fltRepairValue + fltDifference;
	}

	fltRepairValue = fltRepairValue * fltPercentage;
	LOG("space", "Raw damage pre % of " + fltPercentage + "is " + fltRepairValue + " Modified damage POst % of " + fltPercentage + " is " + fltRepairValue);

	return fltRepairValue;
}

boolean repairDamageToPercentage(obj_id objPlayer, obj_id objShip, float fltPercentage)
{
	LOG("space", "Repairing ship of " + objPlayer + " to " + fltPercentage);

	if(fltPercentage > 1.0f)
	{
		fltPercentage = 1.0f;	// cap
	}

	float fltMaximumHitpoints = getShipMaximumChassisHitPoints(objShip);
	float fltCurrentHitpoints = getShipCurrentChassisHitPoints(objShip);

	float fltDifference = fltMaximumHitpoints - fltCurrentHitpoints;

	LOG("space", "Chassis difference is " + fltDifference);
	fltDifference = fltDifference * fltPercentage;

	if(fltDifference > 0)
	{
		fltCurrentHitpoints = fltCurrentHitpoints + fltDifference;
		setShipCurrentChassisHitPoints(objShip, fltCurrentHitpoints);
	}

	fltDifference = 0;

	int[] intSlots = getShipInstalledSlots(objShip);

	for(int intI = 0; intI < intSlots.length; intI++)
	{
		// fix hp damage first, then armor
		fltMaximumHitpoints = getShipComponentHitpointsMaximum(objShip, intSlots[intI]);
		fltCurrentHitpoints = getShipComponentHitpointsCurrent(objShip, intSlots[intI]);

		float fltMaximumArmorHitpoints = getShipComponentArmorHitpointsMaximum(objShip, intSlots[intI]);
		float fltCurrentArmorHitpoints = getShipComponentArmorHitpointsCurrent(objShip, intSlots[intI]);

		float fltEnergyEfficiency = getShipComponentEfficiencyEnergy(objShip, intSlots[intI]);
		float fltGeneralEfficiency = getShipComponentEfficiencyGeneral(objShip, intSlots[intI]);

		fltDifference = fltMaximumHitpoints - fltCurrentHitpoints;
		fltDifference = fltDifference * fltPercentage;

		LOG("space", "RAW for " + fltDifference + " worth of points on " + intSlots[intI] + " Repairing " + fltDifference + " worth of points");

		if(fltDifference > 0)
		{
			fltCurrentHitpoints = fltCurrentHitpoints + fltDifference;
			setShipComponentHitpointsCurrent(objShip, intSlots[intI], fltCurrentHitpoints);
		}
		else
		{
			clearCondition(objShip, CONDITION_EJECT);
			space_utils.setComponentDisabled(objShip, intSlots[intI], false);
		}

		fltDifference = 0;

		fltDifference = fltMaximumArmorHitpoints - fltCurrentArmorHitpoints;
		fltDifference = fltDifference * fltPercentage;

		LOG("space", "RAW ARMOR for " + fltDifference + " worth of points on " + intSlots[intI] + " Repairing " + fltDifference + " worth of points");

		if(fltDifference > 0)
		{
			fltCurrentArmorHitpoints = fltCurrentArmorHitpoints + fltDifference;

			setShipComponentArmorHitpointsCurrent(objShip, intSlots[intI], fltCurrentArmorHitpoints);

			clearCondition(objShip, CONDITION_EJECT);
			space_utils.setComponentDisabled(objShip, intSlots[intI], false);
		}

		space_combat.recalculateEfficiency(intSlots[intI], objShip);
	}

	space_combat.normalizeAllComponents(objShip);

	return true;
}

boolean repairDamage(obj_id objPlayer, obj_id objShip, float fltPercentage)
{
	LOG("space", "Calling repairDamage ");
	return repairDamage(objPlayer, objShip, fltPercentage, 0.0f);
}

boolean repairDamage(obj_id objPlayer, obj_id objShip, float fltPercentage, float decayRate)
{
	return repairDamageToPercentage(objPlayer, objShip, fltPercentage);
}

int[] getShipInstalledSlots(obj_id objShip)
{
	int[] intRawSlots = getShipChassisSlots(objShip);
	resizeable int[] intInstalledSlots = new int[0];

	for(int intI = 0; intI < intRawSlots.length; intI++)
	{
		if(isShipSlotInstalled(objShip, intRawSlots[intI]))
		{
			intInstalledSlots = utils.addElement(intInstalledSlots, intRawSlots[intI]);
		}
	}

	return intInstalledSlots;
}

boolean canAffordShipRepairs(obj_id objPlayer, obj_id objStation, float fltPercentage)
{
	obj_id objShip = space_transition.getContainingShip(objPlayer);

	if(!isIdValid(objShip))
	{
		return false;
	}

	float fltDamageTotal = getDamageTotal(objPlayer, objShip);

	fltDamageTotal = fltDamageTotal * fltPercentage;
	float fltCostPerPoint = getFloatObjVar(objStation, "fltCostPerDamagePoint");

	int intTotalCost = (int) (fltCostPerPoint * fltDamageTotal);

	if(space_utils.isBasicShip(objShip) || space_utils.isPrototypeShip(objShip))
	{
		//basic ships cost a base of 100, always
		intTotalCost = (int) (fltCostPerPoint * (100.0f * fltPercentage));
	}

	//if(getTotalMoney(objPlayer)>intTotalCost)
	if(money.hasFunds(objPlayer, money.MT_TOTAL, intTotalCost))
	{
		LOG("space", "CANAFFORD");
		return true;
	}

	return false;
}

int getStationRepairCost(obj_id objPlayer, obj_id objStation, float fltPercentage)
{
	obj_id objShip = space_transition.getContainingShip(objPlayer);

	if(!isIdValid(objShip))
	{
		LOG("Space", "Returning asdsa");
		return 0;
	}

	float fltDamageTotal = getDamageTotal(objPlayer, objShip);

	LOG("space", "Total 1 damage i s" + fltDamageTotal);
	float fltCostPerPoint = getFloatObjVar(objStation, "fltCostPerDamagePoint");

	fltDamageTotal = fltDamageTotal * fltPercentage;
	LOG("space", "Total damage 2 is" + fltDamageTotal);

	int intTotalCost = (int) (fltCostPerPoint * fltDamageTotal);

	if(space_utils.isBasicShip(objShip) || space_utils.isPrototypeShip(objShip))
	{
		//basic ships cost a base of 100, always
		intTotalCost = (int) (fltCostPerPoint * (100.0f * fltPercentage));
	}

	LOG("space", "returning " + intTotalCost);

	return intTotalCost;
}

void doStationToShipRepairs(obj_id objPlayer, obj_id objStation, float fltPercentage)
{
	LOG("space", "Doing station to ship repairs");
	float fltDistance = getDistance(objStation, space_transition.getContainingShip(objPlayer));

	if(fltDistance > space_transition.STATION_COMM_MAX_DISTANCE)
	{
		string_id strSpam = new string_id("space/space_interaction", "too_far");

		sendSystemMessage(objPlayer, strSpam);
		return;
	}

	fixAllPlasmaConduits(space_transition.getContainingShip(objPlayer));
	doStationToShipRepairs(objPlayer, objStation, fltPercentage, 0.0f);
}

void doStationToShipRepairs(obj_id objPlayer, obj_id objStation, float fltPercentage, float decayRate)
{
	obj_id objShip = space_transition.getContainingShip(objPlayer);

	LOG("space", "Doing station to ship repairs2 ");

	if(!isIdValid(objShip))
	{
		return;
	}

	float fltDamageTotal = getDamageTotal(objPlayer, objShip);
	float fltCostPerPoint = getFloatObjVar(objStation, "fltCostPerDamagePoint");

	fltDamageTotal = fltDamageTotal * fltPercentage;

	int intTotalCost = (int) (fltCostPerPoint * fltDamageTotal);

	if(space_utils.isBasicShip(objShip) || space_utils.isPrototypeShip(objShip))
	{
		//basic ships cost a base of 100, always
		intTotalCost = (int) (fltCostPerPoint * (100.0f * fltPercentage));
	}

	LOG("space", "Doing station to ship repairs3, charginh " + intTotalCost);

	if(money.hasFunds(objPlayer, money.MT_TOTAL, intTotalCost))
	{
		money.requestPayment(objPlayer, "SPACE_STATION_REPAIR", intTotalCost, "repairSuccess", null, false);
		LOG("space", "Taking cash");
		CustomerServiceLog("space_repair", "Taking " + intTotalCost + " from %TU for repairs", getOwner(objShip));
		repairDamage(objPlayer, objShip, fltPercentage);	// now we fix the ship
	}
	else
	{
		LOG("space", "NOFUNDS");
	}

	return;
}

float getDamagePercentage(obj_id objShip, int intSlot)
{
	float fltMaximumHitpoints = getShipComponentArmorHitpointsMaximum(objShip, intSlot);

	fltMaximumHitpoints = fltMaximumHitpoints + getShipComponentHitpointsMaximum(objShip, intSlot);

	float fltCurrentHitpoints = getShipComponentArmorHitpointsCurrent(objShip, intSlot);

	fltCurrentHitpoints = fltCurrentHitpoints + getShipComponentHitpointsCurrent(objShip, intSlot);

	if(fltCurrentHitpoints == 0)
	{
		return 0;
	}

	float fltPercent = fltCurrentHitpoints / fltMaximumHitpoints;

	return fltPercent;
}

int getExtendedComponentType(string strSlot)
{
	int intSlot = ship_chassis_slot_type.getTypeByName(strSlot);

	if(intSlot == ship_chassis_slot_type.SCST_num_types)
	{
		// either extended slot, or a bad type
		if(strSlot == "hull")
		{
			return HULL;
		}
		if(strSlot == "life_support")
		{
			return LIFE_SUPPORT;
		}
		if(strSlot == "plasma_conduit")
		{
			return PLASMA_CONDUIT;
		}
		if(strSlot == "ammo_bay")
		{
			return AMMO_BAY;

		}
		if(strSlot == "hyperdrive")
		{
			return HYPERDRIVE;
		}
	}

	return intSlot;
}

string getExtendedComponentType(int intSlot)
{
	string strType = ship_chassis_slot_type.getNameByType(intSlot);

	if(strType == "none")
	{
		// either extended slot, or a bad type
		if(intSlot == HULL)
		{
			return "hull";

		}
		if(intSlot == LIFE_SUPPORT)
		{
			return "life_support";
		}
		if(intSlot == PLASMA_CONDUIT)
		{
			return "plasma_conduit";

		}
		if(intSlot == AMMO_BAY)
		{
			return "ammo_bay";
		}
		if(intSlot == HYPERDRIVE)
		{
			return "hyperdrive";

		}
		return null;
	}

	return strType;
}

void breakHullPanel(obj_id objPanel, obj_id objShip, location locTest, boolean boolAddToList)
{
	obj_id objCell = locTest.cell;
	int intHitpoints = getHitpoints(objPanel);

	if(intHitpoints == 1)
	{
		return;
	}

	if(boolAddToList)
	{
		resizeable location[] locBrokenComponents = new location[0];

		if(hasObjVar(objShip, "locBrokenCompents"))
		{
			locBrokenComponents = getResizeableLocationArrayObjVar(objShip, "locBrokenComponents");
		}
		locBrokenComponents = utils.addElement(locBrokenComponents, locTest);
		setObjVar(objShip, "locBrokenComponents", locBrokenComponents);	// for persistence
	}

	// HURT PEOPLE?
	setInvulnerableHitpoints(objPanel, 1);

	if(hasObjVar(objShip, "intHullBreached"))
	{
		float intDamage = getIntObjVar(objShip, "intHullBreached");

		intDamage = intDamage + HULL_BREACH_DAMAGE;
		setObjVar(objShip, "intHullBreached", intDamage);
	}
	else
	{
		setObjVar(objShip, "intHullBreached", HULL_BREACH_DAMAGE);
		messageTo(objShip, "doHullBreach", null, HULL_BREACH_DAMAGE_TIMER, false);
		turnOnInteriorAlarms(objShip);
		string_id strSpam = new string_id("space/space_interaction", "hull_breach");

		space_utils.sendSystemMessageShip(objShip, strSpam, true, true, true, true);

	}

	float fltDamage = 0;

	if(hasShipInternalDamageOverTime(objShip, ship_chassis_slot_type.SCST_num_types))
	{
		fltDamage = getShipInternalDamageOverTimeDamageRate(objShip, ship_chassis_slot_type.SCST_num_types);
	}

	fltDamage = fltDamage + 0.5f;
	setShipInternalDamageOverTime(objShip, ship_chassis_slot_type.SCST_num_types, fltDamage, 0);

	return;
}

void fixHullPanel(obj_id objPanel, obj_id objShip, location locTest)
{
	obj_id objCell = locTest.cell;
	int intHitpoints = getHitpoints(objPanel);

	if(intHitpoints == getMaxHitpoints(objPanel))
	{
		return;
	}

	if(!hasObjVar(objShip, "locBrokenComponents"))
	{
		LOG("space", "ship dot system has faled on " + objShip);
		return;
	}

	resizeable location[] locBrokenComponents = getResizeableLocationArrayObjVar(objShip, "locBrokenComponents");
	int intIndex = utils.getElementPositionInArray(locBrokenComponents, locTest);

	locBrokenComponents = utils.removeElementAt(locBrokenComponents, intIndex);

	if(locBrokenComponents.length > 0)
	{
		setObjVar(objShip, "locBrokenComponents", locBrokenComponents);	// for persistence
	}
	else
	{
		removeObjVar(objShip, "locBrokenComponents");
	}

	float intHullBreached = getIntObjVar(objShip, "intHullBreached");

	intHullBreached = intHullBreached - HULL_BREACH_DAMAGE;

	if(intHullBreached <= 0)
	{
		removeObjVar(objShip, "intHullBreached");
		turnOffInteriorAlarms(objShip);
	}
	else
	{
		setObjVar(objShip, "intHullBreached", intHullBreached);
	}

	float fltDamage = 0;

	if(hasShipInternalDamageOverTime(objShip, ship_chassis_slot_type.SCST_num_types))
	{
		fltDamage = getShipInternalDamageOverTimeDamageRate(objShip, ship_chassis_slot_type.SCST_num_types);
	}

	fltDamage = fltDamage - 0.5f;

	if(fltDamage < 0)
	{
		fltDamage = 0;
	}

	setShipInternalDamageOverTime(objShip, ship_chassis_slot_type.SCST_num_types, fltDamage, 0);
	setInvulnerableHitpoints(objPanel, getMaxHitpoints(objPanel));

	return;
}

void breakPlasmaConduit(obj_id objConduit, obj_id objShip, location locTest, boolean boolAddToList)
{
	if(locTest == null)
	{
		return;
	}

	locTest.area = "";
	LOG("space", "Breaking " + objConduit + " boolAddToList is " + boolAddToList);
	LOG("space", "locTest is " + locTest);

	obj_id objCell = locTest.cell;

	if(!isIdValid(objCell))
	{
		LOG("space", "Bad Cell!");
		return;
	}

	int intHitpoints = getHitpoints(objConduit);

	if(hasCondition(objConduit, CONDITION_ON))
	{
		LOG("space", "Already on!!");
		return;		// don't damage multiple times
	}

	if(!hasScript(objCell, "space.ship.ship_cell_manager"))
	{
		attachScript(objCell, "space.ship.ship_cell_manager");
	}

	turnOnInteriorAlarms(objShip);

	if(boolAddToList)
	{
		LOG("space", "adding " + locTest + " to list");
		resizeable location[] locBrokenComponents = new location[0];

		if(hasObjVar(objShip, "locBrokenComponents"))
		{
			locBrokenComponents = getResizeableLocationArrayObjVar(objShip, "locBrokenComponents");
		}
		locBrokenComponents = utils.addElement(locBrokenComponents, locTest);
		LOG("space", "locBrokenComponetns is a resizeable array of length " + locBrokenComponents.length);
		setObjVar(objShip, "locBrokenComponents", locBrokenComponents);	// for persistence
	}

	// bust engines and reactor
	if(hasObjVar(objConduit, "intConduitSlot"))
	{
		LOG("space", "has slot and breaking it ");
		int intConduitSlot = getIntObjVar(objConduit, "intConduitSlot");

		if(isShipSlotInstalled(objShip, intConduitSlot))
		{
			float fltDamage = 0;

			if(hasShipInternalDamageOverTime(objShip, intConduitSlot))
			{
				fltDamage = getShipInternalDamageOverTimeDamageRate(objShip, intConduitSlot);
			}

			fltDamage = fltDamage + 0.5f;
			setShipInternalDamageOverTime(objShip, intConduitSlot, fltDamage, 0);
		}

		string_id strSpam = new string_id("space/space_interaction", "conduit_burst");
		prose_package pp = prose.getPackage(strSpam, getEncodedName(objConduit));

		space_utils.sendSystemMessageShip(objShip, pp, true, true, true, true);

	}

	dictionary dctParams = new dictionary();

	dctParams.put("intSlot", space_crafting.PLASMA_CONDUIT);

	LOG("space", "Notifying cell");

	space_utils.notifyObject(objCell, "incrementDotDamage", dctParams);
	//setInvulnerableHitpoints(objConduit, 50);
	setCondition(objConduit, CONDITION_ON);

	return;
}

void fixPlasmaConduit(obj_id objConduit, obj_id objShip, location locTest)
{
	locTest.area = "";
	obj_id objCell = getLocation(objConduit).cell;

	LOG("space", "fixPlasmaConduit() Cell is " + objCell);

	if(!hasObjVar(objShip, "locBrokenComponents"))
	{
		LOG("space", "fixPlasmaConduit() ship dot system has faled on " + objShip);
		return;
	}

	resizeable location[] locBrokenComponents = getResizeableLocationArrayObjVar(objShip, "locBrokenComponents");
	int intIndex = utils.getElementPositionInArray(locBrokenComponents, locTest);

	LOG("space", "fixPlasmaConduit() conduit loc: " + locTest + " intIndex: " + intIndex);

	if(locBrokenComponents == null)
	{
		LOG("space", "fixPlasmaConduit() Broken components is null for some reason");
	}

	if(intIndex > -1)
	{
		locBrokenComponents = utils.removeElementAt(locBrokenComponents, intIndex);

		LOG("space", "fixPlasmaConduit() Removing " + intIndex + " locBrokenComponents.length is " + locBrokenComponents.length);
	}

	if(locBrokenComponents.length > 0)
	{
		setObjVar(objShip, "locBrokenComponents", locBrokenComponents);	// for persistence
	}
	else
	{
		turnOffInteriorAlarms(objShip);
		removeObjVar(objShip, "intAlarmsOn");
		removeObjVar(objShip, "locBrokenComponents");
	}

	if(hasObjVar(objConduit, "intConduitSlot"))
	{
		int intConduitSlot = getIntObjVar(objConduit, "intConduitSlot");
		float fltDamage = 0;

		if(isShipSlotInstalled(objShip, intConduitSlot))
		{
			if(hasShipInternalDamageOverTime(objShip, intConduitSlot))
			{
				fltDamage = getShipInternalDamageOverTimeDamageRate(objShip, intConduitSlot);
			}

			fltDamage = fltDamage - 0.5f;

			if(fltDamage < 0)
			{
				fltDamage = 0;
			}

			setShipInternalDamageOverTime(objShip, intConduitSlot, fltDamage, 0);
		}
	}

	dictionary dctParams = new dictionary();

	dctParams.put("intSlot", space_crafting.PLASMA_CONDUIT);

	LOG("space", "fixPlasmaConduit() Notifying " + objCell);

	space_utils.notifyObject(objCell, "decrementDotDamage", dctParams);
	clearCondition(objConduit, CONDITION_ON);

	return;
}

boolean grantAmmoBay(obj_id objShip, int intSlot, transform trTest, obj_id objCell, int intLevel)
{
	// we make a container, persist it, and link it to the slot
	string strContainer = "object/tangible/container/drum/warren_drum_loot.iff";
	obj_id objContainer = createObject(strContainer, trTest, objCell);

	if(!isIdValid(objContainer))
	{
		return false;	//???
	}

	setObjVar(objShip, "weapon.objAmmoBay" + intSlot, objContainer);
	persistObject(objContainer);
	setObjVar(objContainer, "intWeaponSlot", intSlot);
	attachScript(objContainer, "space.crafting.ammo_bay");
	setObjVar(objContainer, "intBayLevel", intLevel);

	return true;
}

boolean removeAmmoBay(obj_id objShip, int intSlot)
{
	obj_id objBay = getObjIdObjVar(objShip, "weapon.objAmmoBay" + intSlot);

	if(isIdValid(objBay))
	{
		destroyObject(objBay);
		return true;
	}
	return false;
}

void reloadWeaponSlot(obj_id objShip, obj_id objItem, int intSlot, obj_id objPlayer, boolean boolVerbose)
{
	if(space_crafting.isMissileSlot(objShip, intSlot))
	{
		space_crafting.applyAmmoToWeapon(objShip, objItem, intSlot, objPlayer, boolVerbose);
	}
	else if(space_crafting.isCounterMeasureSlot(objShip, intSlot))
	{
		space_crafting.applyCountermeasuresToLauncher(objShip, objItem, intSlot, objPlayer, boolVerbose);
	}
	else
	{
		sendSystemMessage(objPlayer, SID_INCORRECTLY_CONFIGURED_ITEM);
		return;
	}
}

resizeable int[] getAllInstalledComponents(obj_id objShip)
{
	int[] intRawSlots = getShipChassisSlots(objShip);
	resizeable int[] intSlots = new int[0];

	for(int intI = 0; intI < intRawSlots.length; intI++)
	{
		if(isShipSlotInstalled(objShip, intRawSlots[intI]))
		{
			intSlots = utils.addElement(intSlots, intRawSlots[intI]);
		}
	}

	return intSlots;
}

void turnOnInteriorAlarms(obj_id objShip)
{
	if(utils.hasScriptVar(objShip, "objAlarms"))
	{
		setObjVar(objShip, "intAlarmsOn", 1);
		obj_id[] objAlarms = utils.getObjIdArrayScriptVar(objShip, "objAlarms");
		for(int intI = 0; intI < objAlarms.length; intI++)
		{
			//setInvulnerableHitpoints(objAlarms[intI], 1);
			setCondition(objAlarms[intI], CONDITION_ON);
		}
	}

	return;
}

void turnOffInteriorAlarms(obj_id objShip)
{
	if(utils.hasScriptVar(objShip, "objAlarms"))
	{
		removeObjVar(objShip, "intAlarmsOn");
		obj_id[] objAlarms = utils.getObjIdArrayScriptVar(objShip, "objAlarms");
		for(int intI = 0; intI < objAlarms.length; intI++)
		{
			//setInvulnerableHitpoints(objAlarms[intI], 1000);
			clearCondition(objAlarms[intI], CONDITION_ON);
		}
	}

	return;
}

boolean isValidShipComponent(obj_id objShipComponent)
{
	if(isIdValid(objShipComponent))
	{
		string type = getShipComponentStringType(objShipComponent);

		if(type == null || type == "")
		{
			return false;
		}

		else if(getShipComponentStringType(objShipComponent) == "armor" || getShipComponentStringType(objShipComponent) == "booster"
			|| getShipComponentStringType(objShipComponent) == "capacitor" || getShipComponentStringType(objShipComponent) == "droid_interface" || getShipComponentStringType(objShipComponent) == "engine" || getShipComponentStringType(objShipComponent) == "reactor" || getShipComponentStringType(objShipComponent) == "shield" || getShipComponentStringType(objShipComponent) == "weapon")
		{
			return true;
		}

		else
		{
			return false;
		}
	}
	else
	{
		return false;
	}
}

void setShipEngineRotationRate(obj_id objPlayer, obj_id objShip, float fltRateMax, float fltRateMin, float fltOptimal)
{
	setShipEngineSpeedRotationFactorMaximum(objShip, fltRateMax);
	setShipEngineSpeedRotationFactorMinimum(objShip, fltRateMin);
	setShipEngineSpeedRotationFactorOptimal(objShip, fltOptimal);
	return;
}

void setShipChassisPerformanceVariations(obj_id objShip, string strType, obj_id objPlayer)
{
	string strFileName = "datatables/ship/chassis_modifiers.iff";
	dictionary dctShipInfo = dataTableGetRow(strFileName, strType);

	if(dctShipInfo == null)
	{
		sendSystemMessageTestingOnly(objPlayer, "No Ship Type of " + strType + " in " + strFileName);
		LOG("space", "Bad ship type of " + strType);
		return;
	}

	setShipEngineRotationRate(objPlayer, objShip, dctShipInfo.getFloat("speed_rotation_factor_max"), dctShipInfo.getFloat("speed_rotation_factor_min"), dctShipInfo.getFloat("speed_rotation_factor_optimal"));
	return;
}

void purchaseChassisFromBroker(obj_id player, obj_id broker)
{
	//constants
	const string SHIP_TABLE = "datatables/space_crafting/chassis_npc.iff";
	const string BROKER_STF = "chassis_npc";

	const string SCRIPTVAR_CHASSIS_SUI = "chassis_npc.sui";

	const string BUY_SHIP_TITLE = "@" + BROKER_STF + ":buy_ship_title";
	const string BUY_SHIP_PROMPT = "@" + BROKER_STF + ":buy_ship_prompt";
	const string BTN_BUY = "@" + BROKER_STF + ":btn_buy";

	int rows = dataTableGetNumRows(SHIP_TABLE);

	string shipTypes[] = new string[rows];
	int shipPrices[] = new int[rows];

	int shipCount = 0;

	obj_id[] inv = getInventoryAndEquipment(player);
	obj_id[] shipDeeds = new obj_id[inv.length];
	string entries[] = new string[inv.length];

	for(int i = 0; i < inv.length; i++)
	{
		if(hasObjVar(inv[i], "shiptype"))
		{
			if(!hasObjVar(getContainedBy(inv[i]), "crafting.tool"))
			{
				if(utils.getContainingPlayer(inv[i]) == player)
				{
					shipDeeds[shipCount] = inv[i];
					string type = getStringObjVar(inv[i], "shiptype");
					int price = dataTableGetInt(SHIP_TABLE, type, 1);
					string name = dataTableGetString(SHIP_TABLE, type, 2);

					entries[shipCount] = ("[" + price + "] " + " --- " + name + " --- " + getName(inv[i]));
					shipCount++;
				}
			}
		}
	}

	//load new resized array...

	string realEntries[] = new string[shipCount];

	for(int i = 0; i < realEntries.length; i++)
	{
		realEntries[i] = entries[i];
	}

	if(entries[0] != null && entries.length > 0)
	{
		int pid = sui.listbox(broker, player, BUY_SHIP_PROMPT, sui.OK_CANCEL, BUY_SHIP_TITLE, realEntries, "handleCheckShip", false, false);

		if(pid > -1)
		{

			// Rename some buttons and show the sui
			setSUIProperty(pid, sui.LISTBOX_BTN_OK, sui.PROP_TEXT, BTN_BUY);
			showSUIPage(pid);

			// Set some script vars on the player
			utils.setScriptVar(player, SCRIPTVAR_CHASSIS_SUI, pid);
			utils.setScriptVar(player, "chassis_npc.price", shipPrices);
			utils.setScriptVar(player, "chassis_npc.deed", shipDeeds);

		}
	}
	else
	{
		string_id msgNoDeeds = new string_id(BROKER_STF, "no_deeds");

		chat.publicChat(broker, player, msgNoDeeds);
		utils.removeScriptVar(player, SCRIPTVAR_CHASSIS_SUI);
		utils.removeScriptVar(player, "chassis_npc.price");
		utils.removeBatchScriptVar(player, "chassis_npc.type");
		utils.removeScriptVar(player, "chassis_npc.deed");
	}

	return;
}

boolean sellLootItem(obj_id objPlayer, obj_id objBroker, obj_id objItem)
{
	if(utils.hasScriptVar(objItem, "intSold"))
	{
		return false;
	}

	obj_id objOwner = utils.getContainingPlayer(objItem);

	if(objOwner != objPlayer)
	{
		return false;
	}

	float fltDistance = getDistance(objPlayer, objBroker);

	if(fltDistance > 24)
	{
		return false;
	}

	utils.setScriptVar(objItem, "intSold", 1);
	int intValue = getComponentSellPrice(objItem);

	CustomerServiceLog("chassis_broker", "%TU Sold item " + objItem + " (" + getTemplateName(objItem) + ")  To Dealer " + objBroker + " FOR " + intValue, objPlayer);

	string_id strSpam = new string_id("space/space_loot", "sold_item");
	prose_package proseTest = new prose_package();

	proseTest = prose.setStringId(proseTest, strSpam);
	proseTest = prose.setTO(proseTest, getEncodedName(objItem));
	proseTest = prose.setDI(proseTest, intValue);
	sendSystemMessageProse(objPlayer, proseTest);

	destroyObject(objItem);
	money.bankTo("space_component_sale", objPlayer, intValue);

	return true;
}

boolean hasLootToSell(obj_id objPlayer)
{
	obj_id[] objContents = getInventoryAndEquipment(objPlayer);

	for(int intI = 0; intI < objContents.length; intI++)
	{
		if(hasScript(objContents[intI], "space.crafting.component_loot"))
		{
			return true;
		}
	}
	return false;
}

int getComponentSellPrice(obj_id objComponent)
{
	const string[] strLootLevels = {
		"cert_ordnance_level1",
		"cert_ordnance_level2",
		"cert_ordnance_level3",
		"cert_ordnance_level4",
		"cert_ordnance_level5",
		"cert_ordnance_level6",
		"cert_ordnance_level7",
		"cert_ordnance_level8",
		"cert_ordnance_level9",
		"cert_ordnance_levelten"
	};
	const int[] intValue = {
		1000,
		2000,
		3000,
		4000,
		5000,
		6000,
		7000,
		8000,
		9000,
		10000,
	};

	string[] strCerts = getRequiredCertifications(objComponent);

	// we only check the first one
	if((strCerts != null) && (strCerts.length > 0))
	{
		int intIndex = utils.getElementPositionInArray(strLootLevels, strCerts[0]);

		if(intIndex < 0)
		{
			return 500;
		}

		return intValue[intIndex];
	}
	else
	{
		return 500;
	}
}

void sellComponentsToBroker(obj_id objPlayer, obj_id objBroker)
{
	string strTitle = "@space/space_loot:sell_loot_title";
	string strPrompt = "@space/space_loot:sell_loot_prompt";
	string strSellButton = "@space/space_loot:sell_loot_button";

	//constants
	obj_id[] objContents = getInventoryAndEquipment(objPlayer);

	resizeable obj_id[] objLoot = new obj_id[0];
	resizeable prose_package[] ppEntries = new prose_package[0];
	string_id strSpam = new string_id("space/space_loot", "item_list");

	for(int intI = 0; intI < objContents.length; intI++)
	{
		if(hasScript(objContents[intI], "space.crafting.component_loot"))
		{
			int intValue = getComponentSellPrice(objContents[intI]);

			prose_package ppTest = new prose_package();

			prose.setTO(ppTest, getEncodedName(objContents[intI]));
			prose.setDI(ppTest, intValue);
			prose.setStringId(ppTest, strSpam);

			string strLine = "[" + intValue + "] " + " ------- " + getName(objContents[intI]);

			objLoot = utils.addElement(objLoot, objContents[intI]);
			ppEntries = utils.addElement(ppEntries, ppTest);
		}
	}

	if(ppEntries != null && ppEntries.length > 0)
	{

		prose_package[] ppRawEntries = new prose_package[ppEntries.length];

		for(int intI = 0; intI < ppEntries.length; intI++)
		{
			prose_package ppTest = ppEntries[intI];

			// you can't do strRawEntries[intI] = strEntries[intI] cuz our preprocessor fucking sucsk.. lame
			// i'd cast thsi shit to an array,but that risks a typecast class exception whjich fucking sucks even more
			// LAME
			ppRawEntries[intI] = ppTest;
		}

		int pid = sui.listbox(objBroker, objPlayer, strPrompt, sui.OK_CANCEL, strTitle, ppRawEntries, "sellLootComponents", false, false);

		if(pid > -1)
		{
			// Rename some buttons and show the sui
			setSUIProperty(pid, sui.LISTBOX_BTN_OK, sui.PROP_TEXT, strSellButton);
			showSUIPage(pid);
			utils.setScriptVar(objPlayer, "objLootToSell", objLoot);
		}
	}
	else
	{
		strSpam = new string_id("space/space_loot", "nothing_to_sell");
		sendSystemMessage(objPlayer, strSpam);
		// no compoinents to sell
	}
	return;
}

obj_id createDeedFromBlueprints(obj_id player, string type, obj_id inventory, float mass, float hp)
{
	if(isIdValid(player))
	{
		obj_id newDeed = createObject("object/tangible/ship/crafted/chassis/" + type + "_deed.iff", inventory, "");

		setObjVar(newDeed, "ship_chassis.mass", mass);
		setObjVar(newDeed, "ship_chassis.hp", hp);
		setObjVar(newDeed, "ship_chassis.type", type);
		return newDeed;
	}
	else
	{
		return null;
	}
}

boolean setupChassisDifferentiation(obj_id objShip)
{
	string strChassis = getShipChassisType(objShip);

	return setupChassisDifferentiation(objShip, strChassis);
}

boolean setupChassisDifferentiation(obj_id objShip, string strChassis)
{
	if(space_utils.isPlayerControlledShip(objShip))
	{
		LOG("space", "setting modifier to " + strChassis);
		string strFileName = "datatables/ship/chassis_modifiers.iff";
		dictionary dctShipInfo = dataTableGetRow(strFileName, strChassis);

		if(dctShipInfo == null)
		{
			LOG("space", "No entry for " + strChassis);
			return false;
		}
		LOG("space", "setting modifier to " + dctShipInfo);
		setShipEngineAccelerationRate(objShip, dctShipInfo.getFloat("engine_accel"));
		setShipEngineDecelerationRate(objShip, dctShipInfo.getFloat("engine_decel"));
		setShipEnginePitchAccelerationRateDegrees(objShip, dctShipInfo.getFloat("engine_pitch_accel"));
		setShipEngineYawAccelerationRateDegrees(objShip, dctShipInfo.getFloat("engine_yaw_accel"));
		setShipEngineRollAccelerationRateDegrees(objShip, dctShipInfo.getFloat("engine_roll_accel"));
		setShipEngineSpeedRotationFactorMaximum(objShip, dctShipInfo.getFloat("speed_rotation_factor_max"));
		setShipEngineSpeedRotationFactorMinimum(objShip, dctShipInfo.getFloat("speed_rotation_factor_min"));
		setShipEngineSpeedRotationFactorOptimal(objShip, dctShipInfo.getFloat("speed_rotation_factor_optimal"));
		setShipSlideDampener(objShip, dctShipInfo.getFloat("slideDamp"));
		setShipChassisSpeedMaximumModifier(objShip, dctShipInfo.getFloat("fltMaxSpeedModifier"));
	}
	else
	{
		LOG("space", "NO ROTATIONAL RESET");
		return false;
	}
	return true;
}

void resetChassisRotationalVelocity(obj_id objShip)
{
	if(space_utils.isPlayerControlledShip(objShip))
	{
		string strChassis = getShipChassisType(objShip);
		string strFileName = "datatables/ship/chassis_modifiers.iff";

		float fltRotationSpeedFactorMaximum = dataTableGetFloat(strFileName, strChassis, "speed_rotation_factor");

		//LOG("space", "Setting chasssis "+strChassis+" to "+fltRotationalVelocity);
		if(fltRotationSpeedFactorMaximum <= 0)
		{
			fltRotationSpeedFactorMaximum = 1.0f;	// missing chassis from datatables
		}

		setShipEngineSpeedRotationFactorMaximum(objShip, fltRotationSpeedFactorMaximum);
	}

	return;
}

void clearComponentDisabledFlag(obj_id objComponent)
{
	int flags = getIntObjVar(objComponent, "ship_comp.flags");

	flags &= ~(base_class.ship_component_flags.SCF_disabled);
	flags &= ~(base_class.ship_component_flags.SCF_demolished);
	setObjVar(objComponent, "ship_comp.flags", flags);
	return;
}

obj_id createChassisFromDeed(obj_id player, obj_id deed, float hp, float currentHp, float mass, string type)
{
	const string STF = "chassis_npc";

	if(isIdValid(player))
	{
		obj_id datapad = utils.getDatapad(player);
		obj_id pcd = createObject("object/intangible/ship/" + type + "_pcd.iff", datapad, "");

		if(!isIdValid(pcd))
		{
			return null;
		}
		else
		{
			obj_id ship = createObject("object/ship/player/player_" + type + ".iff", pcd, "");

			if(!hasCertificationsForItem(player, ship))
			{
				destroyObject(ship);
				destroyObject(pcd);
				sendSystemMessage(player, new string_id(STF, "not_certified"));
				return null;
			}

			if(hasObjVar(deed, "ship_chassis.badgeRestricted") && !isGod(player))
			{
				int badgeReq = getIntObjVar(deed, "ship_chassis.badgeRestricted");
				string badgeName = getCollectionSlotName(badgeReq);

				if((badgeName == null) || (badgeName.length() == 0) || (!badge.hasBadge(player, badgeName)))
				{
					destroyObject(ship);
					destroyObject(pcd);
					sendSystemMessage(player, new string_id(STF, "no_badge"));
					return null;
				}
			}

			if(hasObjVar(deed, "ship_chassis.groundQuestRestricted") && !isGod(player))
			{
				string reqGroundQuest = getStringObjVar(deed, "ship_chassis.groundQuestRestricted");

				if(!groundquests.hasCompletedQuest(player, reqGroundQuest))
				{
					destroyObject(ship);
					destroyObject(pcd);
					sendSystemMessage(player, new string_id(STF, "no_quest"));
					return null;
				}

			}

			if(hasObjVar(deed, "ship_chassis.spaceQuestRestricted") && !isGod(player))
			{
				string reqSpaceQuest = getStringObjVar(deed, "ship_chassis.spaceQuestRestricted");
				string reqSpaceQuestType = getStringObjVar(deed, "ship_chassis.spaceQuestRestrictedType");

				if(!space_quest.hasReceivedReward(player, reqSpaceQuestType, reqSpaceQuest) && !space_quest.hasWonQuest(player, reqSpaceQuestType, reqSpaceQuest))
				{
					destroyObject(ship);
					destroyObject(pcd);
					sendSystemMessage(player, new string_id(STF, "no_quest"));
					return null;
				}

			}
			
			//this designates the ship as a TCG ship and saves the static item string for the deed on the PCD
			if(hasObjVar(deed, TCG_SHIP_TYPE))
			{
				setObjVar(pcd, TCG_SHIP_TYPE, true);
				setObjVar(pcd, TCG_SHIP_DEED_STATIC_ITEM_NAME, getStaticItemName(deed));			
			}

			if(isIdValid(ship))
			{
				CustomerServiceLog("ship_deed", "ship deed used: deed=" + deed + " scd=" + pcd + " ship=" + ship + " player=" + player + "(" + getPlayerName(player) + ")");

				if(space_utils.isPobType(type))
				{
					if(!hasObjVar(pcd, "lotReqRemoved"))
						setObjVar(pcd, "lotReqRemoved", true);
					//adjustLotCount( getPlayerObject(player), 1); // costs a lot   //NEWNEWNEW RCT - commented out 1/21/05 to remove lot cost from POB ships
				}

				setOwner(ship, player);

				if(type != "sorosuub_space_yacht")
					space_crafting.uninstallAll(ship);

				setShipMaximumChassisHitPoints(ship, hp);

				//if the current HP somehow got higher than the max hp, set the current HP to the max HP value
				if(currentHp > hp)
				{
					currentHp = hp;
				}

				setShipCurrentChassisHitPoints(ship, currentHp);
				setChassisComponentMassMaximum(ship, mass);

				if(hasObjVar(deed, "noTrade"))
					setObjVar(pcd, "noTrade", true);

				if(!hasScript(deed, "item.special.nodestroy"))
					destroyObject(deed);

				string_id successMessage = new string_id(STF, "succeed");

				sendSystemMessage(player, successMessage);

			}
			else
			{
				string_id message3 = new string_id(STF, "failed");

				sendSystemMessage(player, message3);
			}
		}
	}

	return null;
}

void fixAllPlasmaConduits(obj_id objShip)
{
	LOG("space", "FIXING ALL PLASMA CONDUITS");

	if(utils.hasScriptVar(objShip, "objPlasmaConduits"))
	{
		resizeable obj_id[] objPlasmaConduits = utils.getResizeableObjIdArrayScriptVar(objShip, "objPlasmaConduits");

		for(int intI = 0; intI < objPlasmaConduits.length; intI++)
		{
			LOG("space", "Plasma conduit [" + intI + "]");

			if(hasCondition(objPlasmaConduits[intI], CONDITION_ON))
			{
				LOG("space", "Conduit is on");
				fixPlasmaConduit(objPlasmaConduits[intI], objShip, getLocation(objPlasmaConduits[intI]));
			}
		}
	}

	return;
}

void sellResourcesToSpaceStation(obj_id player, obj_id npc)
{
	string priceList = getStringObjVar(npc, "space_mining.priceList");

	if(isIdValid(player) && isIdValid(npc))
		openSpaceMiningUi(player, npc, priceList);

	return;
}

boolean checkForCollectionReactor(obj_id self, obj_id ship)
{
	if (!isIdValid(self))
		return false;
	if (!isIdValid(ship))
		return false;
		
	if(!isShipSlotInstalled(ship, ship_chassis_slot_type.SCST_reactor))
	{
		setCollectionReactorChecked(self);
		return false;
	}
	string shipControlDeviceName = getName(self);
	
	CustomerServiceLog("ShipComponents","Collection reactor check for: (" + self + ") " + shipControlDeviceName + " has found that the ship ("+ship+") has a reactor installed, resuming check.");	

	blog("component_fix", "SCD - SHIP "+ship+" HAS A REACTOR");

	string shipType = getShipChassisType(ship);

	if (shipType.equals("player_sorosuub_space_yacht"))
		return false;

	blog("component_fix", "SCD - SHIP "+ship+" NOT SOROSUUB");

	obj_id datapad = utils.getContainedBy(self);
	if (!isIdValid(datapad))
		return false;

	CustomerServiceLog("ShipComponents","Collection reactor check for (" + self + ") has found ship ("+ship+") is in datapad:("+datapad+")");			
	blog("component_fix", "SCD - TOPCONTAINER, hopefully a datapad: "+datapad);

	obj_id player = utils.getContainedBy(datapad);
	if (!isIdValid(datapad))
		return false;

	blog("component_fix", "SCD - TOPCONTAINER, hopefully a player: "+player);
	CustomerServiceLog("ShipComponents","Collection reactor check for (" + self + ") has found ship ("+ship+") is in datapad:("+datapad+") which belongs to player ("+player+")");

	obj_id pInv = utils.getInventoryContainer(player);
	if (!isIdValid(pInv))
		return false;	

	blog("component_fix", "SCD - Inventory container "+player);
	CustomerServiceLog("ShipComponents","Collection reactor check for (" + self + ") has found ship ("+ship+") is in datapad:("+datapad+") which belongs to player ("+player+").  That player's inventory is: ("+pInv+")");

	blog("component_fix", "SCD - player: " +player);
	blog("component_fix", "SCD - PpInv: " +pInv);	

	blog("component_fix", "SCD - Ship: " +ship+ " Type: "+ shipType);

	int[] intRawSlots = getShipChassisSlots(ship);

	blog("component_fix", "SCD - Ship Control Device: " + getName(self));
	blog("component_fix", "SCD - first content: " + getName(ship));
	blog("component_fix", "SCD - slots: " + intRawSlots.length);
	blog("component_fix", "SCD - chassisType: " + getShipChassisType(ship));

	CustomerServiceLog("ShipComponents","Collection reactor check for (" + self + ") has found ship ("+ship+") is in datapad:("+datapad+") which belongs to player ("+player+").  The ship has: "+ intRawSlots +" component slots that will be looped through to find a collection reactor.");
	//in our loop we need to identify when we found the reactor and when not
	boolean reactorFound = false;
	
	for(int j = 0; j < intRawSlots.length; j++)
	{
		string component = space_crafting.getShipComponentStringType(intRawSlots[j]);
		//blog("component_fix", "SCD - Slot: " + component);
		if(component == null || component.equals(""))
			continue;

		if(component != "reactor")
			continue;

		CustomerServiceLog("ShipComponents","Collection reactor check for (" + self + ") has found ship ("+ship+") is in datapad:("+datapad+") which belongs to player ("+player+").  We are in the reactor slot.");
		blog("component_fix", "SCD - FOUND REACTOR");
		int crc = getShipComponentCrc(ship, intRawSlots[j]);
		blog("component_fix", "SCD - REACTOR CRC: " +crc);
		string crcName = getShipComponentDescriptorCrcName(crc);
		blog("component_fix", "SCD - REACTOR NAME: " +crcName);

		//Reactor mark 5 is fine, Mark 1 - 4 are bad and need to be removed.
		if(!crcName.startsWith("collection_reward_reactor_01_mk") || crcName.equals("collection_reward_reactor_01_mk5"))
		{
			setCollectionReactorChecked(self);
			break;
		}	
		CustomerServiceLog("ShipComponents","Collection reactor check for (" + self + ") has found ship ("+ship+") is in datapad:("+datapad+") which belongs to player ("+player+").  We are in the reactor slot and WE HAVE FOUND A COLLECTION REACTOR WE NEED TO DESTROY: "+crcName);
		blog("component_fix", "SCD - THIS REACTOR NEEDS TO BE DESTROYED: " +crcName);

		boolean success = uninstallDeleteReplaceCollectionReactor(self, player, ship, crcName, pInv);
		if(success)
		{
			blog("component_fix", "SCD - SUCCESS MESSAGE RECEIVED, LOOP CONTINUES/ENDS: ");
			CustomerServiceLog("ShipComponents","Collection reactor check for (" + self + ") has found ship ("+ship+") is in datapad:("+datapad+") which belongs to player ("+player+").  The reactor ("+crcName+") was ejected from the ship and should now be destroyed.");
			reactorFound = true;
			setCollectionReactorChecked(self);
		}
		else
		{
			blog("component_fix", "SCD - FAIL MESSAGE RECEIVED, THIS ISN'T WORKING: ");
			CustomerServiceLog("ShipComponents","Collection reactor check for (" + self + ") has found ship ("+ship+") is in datapad:("+datapad+") which belongs to player ("+player+").  The reactor ("+crcName+") FAILED TO EJECT AND COULD NOT BE DESTORYED.");
		}

		//no need to continue looping through slots when there is only one reactor
		break;
	}
	if(!reactorFound)
	{
		CustomerServiceLog("ShipComponents","Collection reactor NOT FOUND in ship ("+ship+") in datapad:("+datapad+") which belongs to player ("+player+"). EXITING.");	
		return false;
	}
	CustomerServiceLog("ShipComponents","Collection reactor check for (" + self + ") has found ship ("+ship+") is in datapad:("+datapad+") which belongs to player ("+player+").  The collection reactor process is now complete.");
	return true;
}

/*
uninstallDeleteReplaceCollectionReactor - Attempts to eject the collection reactor out of the ship
*/
boolean uninstallDeleteReplaceCollectionReactor(obj_id self, obj_id player, obj_id ship, string crcName, obj_id pInv)
{
	blog("component_fix", "SCD - uninstallDeleteReplaceCollectionReactor function");

	if (!isIdValid(player))
		return false;

	if (!isIdValid(ship))
		return false;

	if(crcName == null || crcName.equals(""))
		return false;

	if (!isIdValid(pInv))
		return false;

	blog("component_fix", "SCD - uninstallDeleteReplaceCollectionReactor VALIDATION");
	CustomerServiceLog("ShipComponents","Collection reactor uninstall for (" + self + ") in ship ("+ship+") belonging to player: ("+player+"). We found reactor: ("+crcName+") and will attempt to uninstall, replace it with a schematic and delete the reactor while it is in player inventory ("+pInv+").");	

	//uninstall the component, delete the component
	CustomerServiceLog("ShipComponents","BEGIN UNINSTALL for (" + self + ") in ship ("+ship+") belonging to player: ("+player+"). We found reactor: ("+crcName+") and will attempt to uninstall, replace it with a schematic and delete the reactor while it is in player inventory ("+pInv+").");	

	blog("component_fix", "SCD - uninstallDeleteReplaceCollectionReactor ABOUT TO UNINSTALL");
	obj_id unistalledComponent = shipUninstallComponentAllowOverload(player, ship, ship_chassis_slot_type.SCST_reactor, pInv);
	if(!isIdValid(unistalledComponent))
	{
		CustomerServiceLog("ShipComponents","FAILED TO UNINSTALL COMPONENT for (" + self + ") in ship ("+ship+") belonging to player: ("+player+"). We found reactor: ("+crcName+") and for some reason CANNOT UNINSTALL. We are aborting replacement with schematic as we cannot delete the reactor in player inventory ("+pInv+").");	
		blog("component_fix", "SCD - FAILED TO UNINSTALL COMPONENT");
		return false;
	}

	blog("component_fix", "SCD - SUCCESS WITH COMPONENT UNINSTALL");
	CustomerServiceLog("ShipComponents","SUCCESS WITH UNINSTALL for (" + self + ") in ship ("+ship+") belonging to player: ("+player+"). We found reactor: ("+crcName+") and UNINSTALLED IT. We are are relying on the component (component: "+ unistalledComponent +") to replace itself with a schematic and delete itself in player inventory ("+pInv+").");	
	sendSystemMessage(player, SID_COLLECTION_REACTOR_REPLACED);
	return true;
}

boolean setCollectionReactorChecked(obj_id self)
{
	setObjVar(self, COLLECTION_REACTOR_CHECKED, true);
	return true;
}

boolean blog(string category, string msg)
{
	//LOG(category, msg);
	return true;
}