public static int CalculateAttackDamagePhysicalCombat(DaggerfallEntity attacker, DaggerfallEntity target, bool enemyAnimStateRecord, int weaponAnimTime, DaggerfallUnityItem weapon)
{
if (attacker == null || target == null)
{
return(0);
}
int damageModifiers = 0;
int damage = 0;
int chanceToHitMod = 0;
int backstabChance = 0;
PlayerEntity player = GameManager.Instance.PlayerEntity;
short skillID = 0;
bool unarmedAttack = false;
bool weaponAttack = false;
bool bluntWep = false;
bool specialMonsterWeapon = false;
bool monsterArmorCheck = false;
bool critSuccess = false;
float critDamMulti = 1f;
int critHitAddi = 0;
float matReqDamMulti = 1f;
EnemyEntity AITarget = null;
AITarget = target as EnemyEntity;
// Choose whether weapon-wielding enemies use their weapons or weaponless attacks.
// In classic, weapon-wielding enemies use the damage values of their weapons
// instead of their weaponless values.
// For some enemies this gives lower damage than similar-tier monsters
// and the weaponless values seems more appropriate, so here
// enemies will choose to use their weaponless attack if it is more damaging.
EnemyEntity AIAttacker = attacker as EnemyEntity;
if (AIAttacker != null && weapon != null)
{
int weaponAverage = (weapon.GetBaseDamageMin() + weapon.GetBaseDamageMax()) / 2;
int noWeaponAverage = (AIAttacker.MobileEnemy.MinDamage + AIAttacker.MobileEnemy.MaxDamage) / 2;
if (noWeaponAverage > weaponAverage)
{
// Use hand-to-hand
weapon = null;
}
}
if (weapon != null)
{
if (PhysicalCombatArmorPatch.softMatRequireModuleCheck) // Only run if "Soft Material Requirements" module is active.
{
// If the attacker is using a weapon, check if the material is high enough to damage the target
if (target.MinMetalToHit > (WeaponMaterialTypes)weapon.NativeMaterialValue)
{
int targetMatRequire = (int)target.MinMetalToHit;
int weaponMatValue = weapon.NativeMaterialValue;
matReqDamMulti = targetMatRequire - weaponMatValue;
if (matReqDamMulti <= 0) // There is no "bonus" damage for meeting material requirements, nor for exceeding them, just normal unmodded damage.
{
matReqDamMulti = 1;
}
else // There is a damage penalty for attacking a target with below the minimum material requirements of that target, more as the difference between becomes greater.
{
matReqDamMulti = (Mathf.Min(matReqDamMulti * 0.2f, 0.9f) - 1) * -1; // Keeps the damage multiplier penalty from going above 90% reduced damage.
}
if (attacker == player)
{
Debug.LogFormat("1. matReqDamMulti = {0}", matReqDamMulti);
}
}
// Get weapon skill used
skillID = weapon.GetWeaponSkillIDAsShort();
if (skillID == 32) // Checks if the weapon being used is in the Blunt Weapon category, then sets a bool value to true.
{
bluntWep = true;
}
}
else
{
// If the attacker is using a weapon, check if the material is high enough to damage the target
if (target.MinMetalToHit > (WeaponMaterialTypes)weapon.NativeMaterialValue)
{
if (attacker == player)
{
DaggerfallUI.Instance.PopupMessage(TextManager.Instance.GetLocalizedText("materialIneffective"));
}
return(0);
}
// Get weapon skill used
skillID = weapon.GetWeaponSkillIDAsShort();
if (skillID == 32) // Checks if the weapon being used is in the Blunt Weapon category, then sets a bool value to true.
{
bluntWep = true;
}
}
}
else
{
skillID = (short)DFCareer.Skills.HandToHand;
}
if (attacker == player)
{
int playerWeaponSkill = attacker.Skills.GetLiveSkillValue(skillID);
playerWeaponSkill = (int)Mathf.Ceil(playerWeaponSkill * 1.5f); // Makes it so player weapon skill has 150% of the effect it normally would on hit chance. So now instead of 50 weapon skill adding +50 to the end, 50 will now add +75.
chanceToHitMod = playerWeaponSkill;
}
else
{
chanceToHitMod = attacker.Skills.GetLiveSkillValue(skillID);
}
if (PhysicalCombatArmorPatch.critStrikeModuleCheck) // Applies the 'Critical Strikes Increase Damage' module if it is enabled in the settings.
{
if (attacker == player) // Crit modifiers, if true, for the player.
{
critSuccess = PhysicalCombatArmorPatch.CriticalStrikeHandler(attacker); // Rolls for if the attacker is sucessful with a critical strike, if yes, critSuccess is set to 'true'.
if (critSuccess)
{
critDamMulti = (attacker.Skills.GetLiveSkillValue(DFCareer.Skills.CriticalStrike) / 5);
//Debug.LogFormat("1. critDamMulti From PLAYER Skills = {0}", critDamMulti);
critHitAddi = (attacker.Skills.GetLiveSkillValue(DFCareer.Skills.CriticalStrike) / 4);
//Debug.LogFormat("2. critHitAddi From PLAYER Skills = {0}", critHitAddi);
critDamMulti = (critDamMulti * .05f) + 1;
//Debug.LogFormat("3. Final critDamMulti From PLAYER Skills = {0}", critDamMulti);
chanceToHitMod += critHitAddi; // Adds the critical success value to the 'chanceToHitMod'.
}
}
else // Crit modifiers, if true, for monsters/enemies.
{
critSuccess = PhysicalCombatArmorPatch.CriticalStrikeHandler(attacker); // Rolls for if the attacker is sucessful with a critical strike, if yes, critSuccess is set to 'true'.
if (critSuccess)
{
critDamMulti = (attacker.Skills.GetLiveSkillValue(DFCareer.Skills.CriticalStrike) / 5);
//Debug.LogFormat("1. critDamMulti From MONSTER Skills = {0}", critDamMulti);
critHitAddi = (attacker.Skills.GetLiveSkillValue(DFCareer.Skills.CriticalStrike) / 10);
//Debug.LogFormat("2. critHitAddi From MONSTER Skills = {0}", critHitAddi);
critDamMulti = (critDamMulti * .025f) + 1;
//Debug.LogFormat("3. Final critDamMulti From MONSTER Skills = {0}", critDamMulti);
chanceToHitMod += critHitAddi; // Adds the critical success value to the 'chanceToHitMod'.
}
}
}
if (attacker == player)
{
// Apply swing modifiers
FormulaHelper.ToHitAndDamageMods swingMods = FormulaHelper.CalculateSwingModifiers(GameManager.Instance.WeaponManager.ScreenWeapon);
damageModifiers += swingMods.damageMod;
chanceToHitMod += swingMods.toHitMod;
// Apply proficiency modifiers
FormulaHelper.ToHitAndDamageMods proficiencyMods = FormulaHelper.CalculateProficiencyModifiers(attacker, weapon);
damageModifiers += proficiencyMods.damageMod;
chanceToHitMod += proficiencyMods.toHitMod;
// Apply racial bonuses
FormulaHelper.ToHitAndDamageMods racialMods = FormulaHelper.CalculateRacialModifiers(attacker, weapon, player);
damageModifiers += racialMods.damageMod;
chanceToHitMod += racialMods.toHitMod;
backstabChance = FormulaHelper.CalculateBackstabChance(player, null, enemyAnimStateRecord);
chanceToHitMod += backstabChance;
}
// Choose struck body part
int struckBodyPart = FormulaHelper.CalculateStruckBodyPart();
// Get damage for weaponless attacks
if (skillID == (short)DFCareer.Skills.HandToHand)
{
unarmedAttack = true; // Check for later if weapon is NOT being used.
if (attacker == player || (AIAttacker != null && AIAttacker.EntityType == EntityTypes.EnemyClass))
{
if (FormulaHelper.CalculateSuccessfulHit(attacker, target, chanceToHitMod, struckBodyPart))
{
damage = FormulaHelper.CalculateHandToHandAttackDamage(attacker, target, damageModifiers, attacker == player); // Added my own, non-overriden version of this method for modification.
damage = FormulaHelper.CalculateBackstabDamage(damage, backstabChance);
}
}
else if (AIAttacker != null) // attacker is a monster
{
specialMonsterWeapon = PhysicalCombatArmorPatch.SpecialWeaponCheckForMonsters(attacker);
if (specialMonsterWeapon)
{
unarmedAttack = false;
weaponAttack = true;
weapon = PhysicalCombatArmorPatch.MonsterWeaponAssign(attacker);
skillID = weapon.GetWeaponSkillIDAsShort();
if (skillID == 32) // Checks if the weapon being used is in the Blunt Weapon category, then sets a bool value to true.
{
bluntWep = true;
}
}
// Handle multiple attacks by AI
int minBaseDamage = 0;
int maxBaseDamage = 0;
int attackNumber = 0;
while (attackNumber < 3) // Classic supports up to 5 attacks but no monster has more than 3
{
if (attackNumber == 0)
{
minBaseDamage = AIAttacker.MobileEnemy.MinDamage;
maxBaseDamage = AIAttacker.MobileEnemy.MaxDamage;
}
else if (attackNumber == 1)
{
minBaseDamage = AIAttacker.MobileEnemy.MinDamage2;
maxBaseDamage = AIAttacker.MobileEnemy.MaxDamage2;
}
else if (attackNumber == 2)
{
minBaseDamage = AIAttacker.MobileEnemy.MinDamage3;
maxBaseDamage = AIAttacker.MobileEnemy.MaxDamage3;
}
int reflexesChance = 50 - (10 * ((int)player.Reflexes - 2));
if (DFRandom.rand() % 100 < reflexesChance && minBaseDamage > 0 && FormulaHelper.CalculateSuccessfulHit(attacker, target, chanceToHitMod, struckBodyPart))
{
int hitDamage = UnityEngine.Random.Range(minBaseDamage, maxBaseDamage + 1);
// Apply special monster attack effects
//SHIELD MODULE ADDITION: If player is not blocking with shield, allow custom hit effects to apply.\\
if (hitDamage > 0 && !FPSShield.isBlocking)
{
FormulaHelper.OnMonsterHit(AIAttacker, target, hitDamage);
}
damage += hitDamage;
}
++attackNumber;
}
if (damage >= 1)
{
damage = FormulaHelper.CalculateHandToHandAttackDamage(attacker, target, damage, attacker == player); // Added my own, non-overriden version of this method for modification.
}
}
}
// Handle weapon attacks
else if (weapon != null)
{
weaponAttack = true; // Check for later on if weapon is being used.
// Apply weapon material modifier.
chanceToHitMod += FormulaHelper.CalculateWeaponToHit(weapon);
// Mod hook for adjusting final hit chance mod. (is a no-op in DFU)
if (PhysicalCombatArmorPatch.archeryModuleCheck)
{
chanceToHitMod = FormulaHelper.AdjustWeaponHitChanceMod(attacker, target, chanceToHitMod, weaponAnimTime, weapon);
}
if (FormulaHelper.CalculateSuccessfulHit(attacker, target, chanceToHitMod, struckBodyPart))
{
damage = FormulaHelper.CalculateWeaponAttackDamage(attacker, target, damageModifiers, weaponAnimTime, weapon);
damage = FormulaHelper.CalculateBackstabDamage(damage, backstabChance);
}
// Handle poisoned weapons
//SHIELD MODULE ADDITION: If player is not blocking with shield, allow custom hit effects to apply.\\
if (damage > 0 && weapon.poisonType != Poisons.None && !FPSShield.isBlocking)
{
FormulaHelper.InflictPoison(attacker, target, weapon.poisonType, false);
weapon.poisonType = Poisons.None;
}
}
damage = Mathf.Max(0, damage); // I think this is just here to keep damage from outputting a negative value.
//Debug.LogFormat("4. Here is damage value before crit modifier is applied = {0}", damage);
if (critSuccess) // Since the critSuccess variable only ever becomes true inside when the module is active, this is always false when that module is disabled.
{
damage = (int)Mathf.Round(damage * critDamMulti); // Multiplies 'Final' damage values, before reductions, with the critical damage multiplier.
//Debug.LogFormat("5. Here is damage value AFTER crit modifier is applied = {0}", damage);
}
//if (attacker == player)
//Debug.LogFormat("2. Here is damage value BEFORE soft material requirement modifier is applied = {0}", damage);
float damCheckBeforeMatMod = damage;
damage = (int)Mathf.Round(damage * matReqDamMulti); // Could not find much better place to put there, so here seems fine, right after crit multiplier is taken into account.
//if (attacker == player)
//Debug.LogFormat("3. Here is damage value AFTER soft material requirement modifier is applied = {0}", damage);
float damCheckAfterMatMod = damage;
if (PhysicalCombatArmorPatch.softMatRequireModuleCheck)
{
if (attacker == player)
{
if (damCheckBeforeMatMod > 0 && (damCheckAfterMatMod / damCheckBeforeMatMod) <= 0.45f)
{
DaggerfallUI.AddHUDText("This Weapon Is Not Very Effective Against This Creature.", 1.00f);
}
}
}
int targetEndur = target.Stats.LiveEndurance - 50;
int targetStren = target.Stats.LiveStrength - 50; // Every point of these does something, positive and negative between 50.
int targetWillp = target.Stats.LiveWillpower - 50;
float naturalDamResist = (targetEndur * .002f);
naturalDamResist += (targetStren * .001f);
naturalDamResist += (targetWillp * .001f);
Mathf.Clamp(naturalDamResist, -0.2f, 0.2f); // This is to keep other mods that allow over 100 attribute points from allowing damage reduction values to go over 20%. May actually remove this cap for monsters, possibly, since some of the higher level ones have over 100 attribute points.
//Debug.LogFormat("Natural Damage Resist = {0}", naturalDamResist);
DaggerfallUnityItem shield = target.ItemEquipTable.GetItem(EquipSlots.LeftHand); // Checks if character is using a shield or not.
bool shieldStrongSpot = false;
PhysicalCombatArmorPatch.shieldBlockSuccess = false;
if (shield != null)
{
BodyParts[] protectedBodyParts = shield.GetShieldProtectedBodyParts();
for (int i = 0; (i < protectedBodyParts.Length) && !shieldStrongSpot; i++)
{
if (protectedBodyParts[i] == (BodyParts)struckBodyPart)
{
shieldStrongSpot = true;
}
}
PhysicalCombatArmorPatch.shieldBlockSuccess = PhysicalCombatArmorPatch.ShieldBlockChanceCalculation(target, shieldStrongSpot, shield);
if (PhysicalCombatArmorPatch.shieldBlockSuccess)
{
PhysicalCombatArmorPatch.shieldBlockSuccess = PhysicalCombatArmorPatch.CompareShieldToUnderArmor(target, struckBodyPart, naturalDamResist);
}
}
if (PhysicalCombatArmorPatch.condBasedEffectModuleCheck) // Only runs if "Condition Based Effectiveness" module is active. As well if a weapon is even being used.
{
if (attacker == player && weapon != null) // Only the player has weapon damage effected by condition value.
{
damage = PhysicalCombatArmorPatch.AlterDamageBasedOnWepCondition(damage, bluntWep, weapon);
//Debug.LogFormat("Damage Multiplier Due To Weapon Condition = {0}", damage);
}
}
//--->AMBIDEXTERITY MODULE ADDITION<---\\
//beginning of major code additions to catch and redirect damage for the parry and shield mechanics.
//--->PARRY ADDITION<---\\
//beginning of parry system. Checks who is the target and attacker and activates proper parry accordingly.
//if the player is not involved in the attack, do the following npc parry check code.....
if (target != GameManager.Instance.PlayerEntity && attacker != GameManager.Instance.PlayerEntity)
{
//sets up attacker and target objects to check if they are in attack state when damage is being done.
DaggerfallMobileUnit targetController = target.EntityBehaviour.GetComponentInChildren <DaggerfallMobileUnit>();
DaggerfallMobileUnit attackerController = attacker.EntityBehaviour.GetComponentInChildren <DaggerfallMobileUnit>();
if (targetController.Summary.EnemyState == MobileStates.PrimaryAttack && attackerController.Summary.EnemyState == MobileStates.PrimaryAttack)
{
//grabs attackers sense object.
EnemySenses attackerSenses = attacker.EntityBehaviour.GetComponent <EnemySenses>();
//uses attackers sense to figure out their direction to target using their position data.
Vector3 toTarget = attackerSenses.PredictedTargetPos - attackerSenses.transform.position;
toTarget.y = 0;
//uses attackers sense to figure out their direction to target using their position data.
Vector3 targetDirection2D = attackerSenses.PredictedTargetPos - attackerSenses.transform.position;
targetDirection2D.y = 0;
//if the attack angle is 35 degree angle degrees or more (player does not have them close to center screen) don't register the parry.
if (!(Vector3.Angle(toTarget, targetDirection2D) > 30))
{
AmbidexterityManager.AmbidexterityManagerInstance.activateNPCParry(target, attacker, damage);
Debug.Log("Enemy Parry!");
damage = 0;
}
}
}
//--SHIELD REDIRECT CODE--\\
//checks to see if player is blocking yet and if the target is the player. If so, assign damage to attackerDamage, enemy object to enemyEntity, and
//0 out the damage, so player doesn't take any.
if (FPSShield.isBlocking && target == GameManager.Instance.PlayerEntity && damage != 0)
{
//grabs attackers sense object.
EnemySenses attackerSenses = attacker.EntityBehaviour.GetComponent <EnemySenses>();
//uses attackers sense to figure out their direction to target using their position data.
Vector3 toTarget = attackerSenses.PredictedTargetPos - attackerSenses.transform.position;
toTarget.y = 0;
//grabs players main camera object and sets up player direction using the camera object.
Vector3 targetDirection2D;
Camera mainCamera = GameObject.FindGameObjectWithTag("MainCamera").GetComponent <Camera>();
targetDirection2D = -new Vector3(mainCamera.transform.forward.x, 0, mainCamera.transform.forward.z);
//if the attack angle is shield block angle degrees or more (player does not have them on screen) don't register the block.
if (!(Vector3.Angle(toTarget, targetDirection2D) > FPSShield.blockAngle) || !(Vector3.Angle(toTarget, targetDirection2D) > 40))
{
Debug.Log("Attack parried!");
AmbidexterityManager.isHit = true;
AmbidexterityManager.attackerDamage = damage;
damage = 0;
AmbidexterityManager.AmbidexterityManagerInstance.attackerEntity = attacker;
}
}
if (damage < 1) // Cut off the execution if the damage is still not anything higher than 1 at this point in the method.
{
return(damage);
}
FormulaHelper.DamageEquipment(attacker, target, damage, weapon, struckBodyPart); // Might alter this later so that equipment damage is only calculated with the amount that was reduced, not the whole initial amount, will see.
if (((target != player) && (AITarget.EntityType == EntityTypes.EnemyMonster)))
{
monsterArmorCheck = PhysicalCombatArmorPatch.ArmorStruckVerification(target, struckBodyPart); // Check for if a monster has a piece of armor/shield hit by an attack, returns true if so.
if (!monsterArmorCheck)
{
//Debug.Log("------------------------------------------------------------------------------------------");
//Debug.LogFormat("Here is damage value before Monster 'Natural' Damage reduction is applied = {0}", damage);
damage = PhysicalCombatArmorPatch.PercentageReductionCalculationForMonsters(attacker, target, damage, bluntWep, naturalDamResist);
//Debug.LogFormat("Here is damage value after Monster 'Natural' Damage reduction = {0}", damage);
//Debug.Log("------------------------------------------------------------------------------------------");
}
else
{
if (unarmedAttack)
{
//Debug.Log("------------------------------------------------------------------------------------------");
//Debug.LogFormat("Here is damage value before armor reduction is applied = {0}", damage);
damage = PhysicalCombatArmorPatch.CalculateArmorDamageReductionWithUnarmed(attacker, target, damage, struckBodyPart, naturalDamResist); // This will be the method call for armor reduction against unarmed.
//Debug.LogFormat("Here is damage value after armor reduction = {0}", damage);
//Debug.Log("------------------------------------------------------------------------------------------");
}
else if (weaponAttack)
{
//Debug.Log("------------------------------------------------------------------------------------------");
//Debug.LogFormat("Here is damage value before armor reduction is applied = {0}", damage);
damage = PhysicalCombatArmorPatch.CalculateArmorDamageReductionWithWeapon(attacker, target, damage, weapon, struckBodyPart, naturalDamResist); // This will be the method call for armor reduction against weapons.
//Debug.LogFormat("Here is damage value after armor reduction = {0}", damage);
//Debug.Log("------------------------------------------------------------------------------------------");
}
}
}
else
{
if (unarmedAttack)
{
//Debug.Log("------------------------------------------------------------------------------------------");
//Debug.LogFormat("Here is damage value before armor reduction is applied = {0}", damage);
int damBefore = damage;
damage = PhysicalCombatArmorPatch.CalculateArmorDamageReductionWithUnarmed(attacker, target, damage, struckBodyPart, naturalDamResist); // This will be the method call for armor reduction against unarmed.
int damAfter = damage;
//Debug.LogFormat("Here is damage value after armor reduction = {0}", damage);
if (damBefore > 0)
{
int damReduPercent = ((100 * damAfter / damBefore) - 100) * -1;
//Debug.LogFormat("Here is damage reduction percent = {0}%", damReduPercent);
}
//Debug.Log("------------------------------------------------------------------------------------------");
}
else if (weaponAttack)
{
//Debug.Log("------------------------------------------------------------------------------------------");
//Debug.LogFormat("Here is damage value before armor reduction is applied = {0}", damage);
int damBefore = damage;
damage = PhysicalCombatArmorPatch.CalculateArmorDamageReductionWithWeapon(attacker, target, damage, weapon, struckBodyPart, naturalDamResist); // This will be the method call for armor reduction against weapons.
int damAfter = damage;
//Debug.LogFormat("Here is damage value after armor reduction = {0}", damage);
if (damBefore > 0)
{
int damReduPercent = ((100 * damAfter / damBefore) - 100) * -1;
//Debug.LogFormat("Here is damage reduction percent = {0}%", damReduPercent);
}
//Debug.Log("------------------------------------------------------------------------------------------");
}
}
// Apply Ring of Namira effect
if (target == player)
{
DaggerfallUnityItem[] equippedItems = target.ItemEquipTable.EquipTable;
DaggerfallUnityItem item = null;
if (equippedItems.Length != 0)
{
if (IsRingOfNamira(equippedItems[(int)EquipSlots.Ring0]) || IsRingOfNamira(equippedItems[(int)EquipSlots.Ring1]))
{
IEntityEffect effectTemplate = GameManager.Instance.EntityEffectBroker.GetEffectTemplate(RingOfNamiraEffect.EffectKey);
effectTemplate.EnchantmentPayloadCallback(EnchantmentPayloadFlags.None,
targetEntity: AIAttacker.EntityBehaviour,
sourceItem: item,
sourceDamage: damage);
}
}
}
//Debug.LogFormat("Damage {0} applied, animTime={1} ({2})", damage, weaponAnimTime, GameManager.Instance.WeaponManager.ScreenWeapon.WeaponState);
return(damage);
}
public static int CalculateAttackDamage(DaggerfallEntity attacker, DaggerfallEntity target, bool enemyAnimStateRecord, int weaponAnimTime, DaggerfallUnityItem weapon)
{
if (attacker == null || target == null)
{
return(0);
}
int damageModifiers = 0;
int damage = 0;
int chanceToHitMod = 0;
int backstabChance = 0;
PlayerEntity player = GameManager.Instance.PlayerEntity;
short skillID = 0;
// Choose whether weapon-wielding enemies use their weapons or weaponless attacks.
// In classic, weapon-wielding enemies use the damage values of their weapons
// instead of their weaponless values.
// For some enemies this gives lower damage than similar-tier monsters
// and the weaponless values seems more appropriate, so here
// enemies will choose to use their weaponless attack if it is more damaging.
EnemyEntity AIAttacker = attacker as EnemyEntity;
if (AIAttacker != null && weapon != null)
{
int weaponAverage = (weapon.GetBaseDamageMin() + weapon.GetBaseDamageMax()) / 2;
int noWeaponAverage = (AIAttacker.MobileEnemy.MinDamage + AIAttacker.MobileEnemy.MaxDamage) / 2;
if (noWeaponAverage > weaponAverage)
{
// Use hand-to-hand
weapon = null;
}
}
if (weapon != null)
{
// If the attacker is using a weapon, check if the material is high enough to damage the target
if (target.MinMetalToHit > (WeaponMaterialTypes)weapon.NativeMaterialValue)
{
if (attacker == player)
{
DaggerfallUI.Instance.PopupMessage(TextManager.Instance.GetLocalizedText("materialIneffective"));
}
return(0);
}
// Get weapon skill used
skillID = weapon.GetWeaponSkillIDAsShort();
}
else
{
skillID = (short)DFCareer.Skills.HandToHand;
}
chanceToHitMod = attacker.Skills.GetLiveSkillValue(skillID);
if (attacker == player)
{
// Apply swing modifiers
FormulaHelper.ToHitAndDamageMods swingMods = FormulaHelper.CalculateSwingModifiers(GameManager.Instance.WeaponManager.ScreenWeapon);
damageModifiers += swingMods.damageMod;
chanceToHitMod += swingMods.toHitMod;
// Apply proficiency modifiers
FormulaHelper.ToHitAndDamageMods proficiencyMods = FormulaHelper.CalculateProficiencyModifiers(attacker, weapon);
damageModifiers += proficiencyMods.damageMod;
chanceToHitMod += proficiencyMods.toHitMod;
// Apply racial bonuses
FormulaHelper.ToHitAndDamageMods racialMods = FormulaHelper.CalculateRacialModifiers(attacker, weapon, player);
damageModifiers += racialMods.damageMod;
chanceToHitMod += racialMods.toHitMod;
backstabChance = FormulaHelper.CalculateBackstabChance(player, null, enemyAnimStateRecord);
chanceToHitMod += backstabChance;
}
// Choose struck body part
backstabChance = FormulaHelper.CalculateBackstabChance(player, null, enemyAnimStateRecord);
int struckBodyPart = FormulaHelper.CalculateStruckBodyPart();
// Get damage for weaponless attacks
if (skillID == (short)DFCareer.Skills.HandToHand)
{
if (attacker == player || (AIAttacker != null && AIAttacker.EntityType == DaggerfallWorkshop.EntityTypes.EnemyClass))
{
if (FormulaHelper.CalculateSuccessfulHit(attacker, target, chanceToHitMod, struckBodyPart))
{
damage = FormulaHelper.CalculateHandToHandAttackDamage(attacker, target, damageModifiers, attacker == player);
damage = FormulaHelper.CalculateBackstabDamage(damage, backstabChance);
}
}
else if (AIAttacker != null) // attacker is a monster
{
// Handle multiple attacks by AI
int minBaseDamage = 0;
int maxBaseDamage = 0;
int attackNumber = 0;
while (attackNumber < 3) // Classic supports up to 5 attacks but no monster has more than 3
{
if (attackNumber == 0)
{
minBaseDamage = AIAttacker.MobileEnemy.MinDamage;
maxBaseDamage = AIAttacker.MobileEnemy.MaxDamage;
}
else if (attackNumber == 1)
{
minBaseDamage = AIAttacker.MobileEnemy.MinDamage2;
maxBaseDamage = AIAttacker.MobileEnemy.MaxDamage2;
}
else if (attackNumber == 2)
{
minBaseDamage = AIAttacker.MobileEnemy.MinDamage3;
maxBaseDamage = AIAttacker.MobileEnemy.MaxDamage3;
}
int reflexesChance = 50 - (10 * ((int)player.Reflexes - 2));
if (DaggerfallWorkshop.DFRandom.rand() % 100 < reflexesChance && minBaseDamage > 0 && FormulaHelper.CalculateSuccessfulHit(attacker, target, chanceToHitMod, struckBodyPart))
{
int hitDamage = UnityEngine.Random.Range(minBaseDamage, maxBaseDamage + 1);
// Apply special monster attack effects
//SHIELD MODULE ADDITION: If player is not blocking with shield, allow custom hit effects to apply.\\
if (hitDamage > 0 && !FPSShield.isBlocking)
{
FormulaHelper.OnMonsterHit(AIAttacker, target, hitDamage);
}
damage += hitDamage;
}
++attackNumber;
}
}
}
// Handle weapon attacks
else if (weapon != null)
{
// Apply weapon material modifier.
chanceToHitMod += FormulaHelper.CalculateWeaponToHit(weapon);
// Mod hook for adjusting final hit chance mod and adding new elements to calculation. (no-op in DFU)
chanceToHitMod = FormulaHelper.AdjustWeaponHitChanceMod(attacker, target, chanceToHitMod, weaponAnimTime, weapon);
if (FormulaHelper.CalculateSuccessfulHit(attacker, target, chanceToHitMod, struckBodyPart))
{
damage = FormulaHelper.CalculateWeaponAttackDamage(attacker, target, damageModifiers, weaponAnimTime, weapon);
damage = FormulaHelper.CalculateBackstabDamage(damage, backstabChance);
}
// Handle poisoned weapons
if (damage > 0 && weapon.poisonType != Poisons.None)
{
FormulaHelper.InflictPoison(attacker, target, weapon.poisonType, false);
weapon.poisonType = Poisons.None;
}
}
damage = Mathf.Max(0, damage);
//--->AMBIDEXTERITY MODULE ADDITION<---\\
//beginning of major code additions to catch and redirect damage for the parry and shield mechanics.
//--->PARRY ADDITION<---\\
//beginning of parry system. Checks who is the target and attacker and activates proper parry accordingly.
//if the player is not involved in the attack, do the following npc parry check code.....
if (target != GameManager.Instance.PlayerEntity && attacker != GameManager.Instance.PlayerEntity)
{
//sets up attacker and target objects to check if they are in attack state when damage is being done.
DaggerfallMobileUnit targetController = target.EntityBehaviour.GetComponentInChildren <DaggerfallMobileUnit>();
DaggerfallMobileUnit attackerController = attacker.EntityBehaviour.GetComponentInChildren <DaggerfallMobileUnit>();
if (targetController.Summary.EnemyState == MobileStates.PrimaryAttack && attackerController.Summary.EnemyState == MobileStates.PrimaryAttack)
{
//grabs attackers sense object.
EnemySenses attackerSenses = attacker.EntityBehaviour.GetComponent <EnemySenses>();
//uses attackers sense to figure out their direction to target using their position data.
Vector3 toTarget = attackerSenses.PredictedTargetPos - attackerSenses.transform.position;
toTarget.y = 0;
//uses attackers sense to figure out their direction to target using their position data.
Vector3 targetDirection2D = attackerSenses.PredictedTargetPos - attackerSenses.transform.position;
targetDirection2D.y = 0;
//if the attack angle is 35 degree angle degrees or more (player does not have them close to center screen) don't register the parry.
if (!(Vector3.Angle(toTarget, targetDirection2D) > 30))
{
AmbidexterityManager.AmbidexterityManagerInstance.activateNPCParry(target, attacker, damage);
Debug.Log("Enemy Parry!");
damage = 0;
}
}
}
//if the player is the target of the attack, do the following player parry check code.....
if (target == GameManager.Instance.PlayerEntity)
{
//grabs the attackers mobileunit class object to check their state below.
DaggerfallMobileUnit attackerController = attacker.EntityBehaviour.GetComponentInChildren <DaggerfallMobileUnit>();
//if the enemy is in their primary/melee attack state and the player is on frame 1 or 2, do ....
if (attackerController.Summary.EnemyState == MobileStates.PrimaryAttack && AmbidexterityManager.AmbidexterityManagerInstance.AttackState != 0 && (AltFPSWeapon.currentFrame == 2 || OffHandFPSWeapon.currentFrame == 2))
{
//grabs attackers sense object.
EnemySenses attackerSenses = attacker.EntityBehaviour.GetComponent <EnemySenses>();
//uses attackers sense to figure out their direction to target using their position data.
Vector3 toTarget = attackerSenses.PredictedTargetPos - attackerSenses.transform.position;
toTarget.y = 0;
//grabs players main camera object and sets up player direction using the camera object.
Vector3 targetDirection2D;
Camera mainCamera = GameObject.FindGameObjectWithTag("MainCamera").GetComponent <Camera>();
targetDirection2D = -new Vector3(mainCamera.transform.forward.x, 0, mainCamera.transform.forward.z);
//if the attack angle is 35 degree angle degrees or more (player does not have them close to center screen) don't register the parry.
if (!(Vector3.Angle(toTarget, targetDirection2D) > 30))
{
Debug.Log("Player Parry!");
AmbidexterityManager.isHit = true;
AmbidexterityManager.attackerDamage = damage;
AmbidexterityManager.AmbidexterityManagerInstance.attackerEntity = attacker;
AmbidexterityManager.AmbidexterityManagerInstance.targetEntity = target;
AmbidexterityManager.AmbidexterityManagerInstance.activatePlayerParry(attacker, damage);
damage = 0;
}
}
//if the player is the target of the attack, do the following player parry check code.....
if (attacker == GameManager.Instance.PlayerEntity)
{
//if the enemy is in their primary/melee attack state and the player is on their hit frame, do ....
if (attackerController.Summary.EnemyState == MobileStates.PrimaryAttack && AltFPSWeapon.currentFrame > 2)
{
Destroy(Instantiate(AmbidexterityManager.sparkParticles, attacker.EntityBehaviour.transform.position + (attacker.EntityBehaviour.transform.forward * .35f), Quaternion.identity, null), 1.0f);
damage = 0;
}
}
}
//--SHIELD REDIRECT CODE--\\
//checks to see if player is blocking yet and if the target is the player. If so, assign damage to attackerDamage, enemy object to enemyEntity, and
//0 out the damage, so player doesn't take any.
if ((FPSShield.isBlocking || AmbidexterityManager.AmbidexterityManagerInstance.AttackState == 7) && target == GameManager.Instance.PlayerEntity && damage != 0)
{
//grabs attackers sense object.
EnemySenses attackerSenses = attacker.EntityBehaviour.GetComponent <EnemySenses>();
//uses attackers sense to figure out their direction to target using their position data.
Vector3 toTarget = attackerSenses.PredictedTargetPos - attackerSenses.transform.position;
toTarget.y = 0;
//grabs players main camera object and sets up player direction using the camera object.
Vector3 targetDirection2D;
Camera mainCamera = GameObject.FindGameObjectWithTag("MainCamera").GetComponent <Camera>();
targetDirection2D = -new Vector3(mainCamera.transform.forward.x, 0, mainCamera.transform.forward.z);
//if the attack angle is shield block angle degrees or more (player does not have them on screen) don't register the block.
if (!(Vector3.Angle(toTarget, targetDirection2D) > FPSShield.blockAngle) || !(Vector3.Angle(toTarget, targetDirection2D) > 40))
{
Debug.Log("Attack parried!");
AmbidexterityManager.isHit = true;
AmbidexterityManager.attackerDamage = damage;
damage = 0;
AmbidexterityManager.AmbidexterityManagerInstance.attackerEntity = attacker;
}
}
FormulaHelper.DamageEquipment(attacker, target, damage, weapon, struckBodyPart);
// Apply Ring of Namira effect
if (target == player)
{
DaggerfallUnityItem[] equippedItems = target.ItemEquipTable.EquipTable;
DaggerfallUnityItem item = null;
if (equippedItems.Length != 0)
{
if (IsRingOfNamira(equippedItems[(int)EquipSlots.Ring0]) || IsRingOfNamira(equippedItems[(int)EquipSlots.Ring1]))
{
IEntityEffect effectTemplate = GameManager.Instance.EntityEffectBroker.GetEffectTemplate(RingOfNamiraEffect.EffectKey);
effectTemplate.EnchantmentPayloadCallback(EnchantmentPayloadFlags.None,
targetEntity: AIAttacker.EntityBehaviour,
sourceItem: item,
sourceDamage: damage);
}
}
}
return(damage);
}
