Damage Core v1.1
IntroductionAllows for more control over damage and stuff.
Features
[*]Play a sound effect when dealing 0 damage, or healing for 0 hp. Pitch variances may also be set for the sounds.
[*]Introduces adaptive & piercing damage, as well as countermeasures to them.
[*]Allows attacks to ignore guarding.
[*]Allows for forcing min/max variance, or no variance.
How to use
Sound effects are defined in the plugin parameters.
The following notetags are available:
Skills, Items, Actors, Classes, Enemies, & States notetags:
<adaptive>
Calculates damage using higher of target's physical or magical damage rate.
For Actors, Classes, Enemies, or States, causes all of user's attacks and skills to become adaptive.
<adaptiveeval>
//code
</adaptiveeval>
Evaluates code to determine if the attack should be adaptive.
Must return either true (adaptive) or false (not adaptive).
You may use 'a' for the attacker, 'b' for the defender, and 'item' for the skill/item Object.
<piercing:x>, <ppiercing:x>, <mpiercing:x>
Ignores a percentage of target's damage reduction. x must be a value between 0 and 1.
'piercing' applies to both PDR and MDR, while 'ppiercing' and 'mpiercing' apply only to PDR and MDR respectively.
For Actors, Classes, Enemies, or States, causes all of user's attacks and skills to have x piercing, overriding any skill or item notetags.
Notetag priority from highest to lowest is as follows:
States, Classes (for actors), Enemies/Actors
EXAMPLE
<piercing:0.4>
If a physical skill with this notetag is used against a target with 80% Physical Damage Rate, the calculation is as follows:
Original damage reduction = 100% - 80% = 20%
0.4 / 40% of the damage reduction is ignored.
Target still has 20% * (1 - 0.4) = 12% damage reduction.
Final Physical Damage Rate = 100% - 12% = 88%
<piercingeval>
//code
</piercingeval>
Evaluates code to determine piercing. Must return a value between 0 and 1.
You may also use <ppiercingeval> for physical piercing, or <mpiercingeval> for magical piercing.
You may use 'a' for the attacker, 'b' for the defender, and 'item' for the skill/item Object.
Values below 0 are treated as 0.
EXAMPLE
<mpiercingeval>
(a.agi - b.agi) * 0.01
</mpiercingeval>
This would give 1% magical piercing per AGI the user has more than the target.
If the target has more AGI, piercing will be 0.
<nullguard>
Bypasses guard. Damage will be calculated as though target was not guarding.
For Actors, Classes, Enemies, or States, causes all of user's attacks and skills to bypass guard.
Actors, Classes, Enemies, & States notetags:
<piercingplus:x>, <ppiercingplus:x>, <mpiercingplus:x>
Adds x bonus piercing amount to all of the user's attacks and skills.
<piercingmult:x>, <ppiercingmult:x>, <mpiercingmult:x>
Multiplies user's piercing effects by x.
This is calculated after piercingplus.
No effect if piercing is 0.
<nulladaptive>
Protects the user from adaptive effects.
Damage will be calculated based on attacker's skill's default Hit Type.
<nullpiercing>, <nullppiercing>, <nullmpiercing>
Protects the user from piercing effects.
Damage will be calculated as though attacker had no piercing.
<forceminvariance>, <forcemaxvariance>
The user will always roll the min/max value for skills and items that have variance. If both these notetags are present, the ruling defined in the plugin parameters is applied.
<forcenovariance>
The user will not have any variance for all their skills and items.
If the user has 'forceminvariance' and/or 'forcemaxvariance', the ruling defined in the plugin parameters is applied.
Script
Spoiler: code JavaScript:
//==========================================
// APHO_DamageCore.js
//==========================================
/*:
* @title Damage Core
* @author Apho
* @plugindesc v1.1 Allows for more control over damage and stuff.
*
* @param NoDamageSound
* @text No Damage Sound
* @type file
* @dir audio/se
* @desc Sound Effect to play when dealing 0 damage.
* @default Reflection
*
* @param NoDamageVolume
* @parent NoDamageSound
* @text Volume
* @type number
* @desc Volume of the 'no damage' sound.
* @default 90
*
* @param NoDamagePitchMin
* @parent NoDamageSound
* @text Minimum pitch
* @type number
* @desc Minimum pitch of the 'no damage' sound.
* @default 115
*
* @param NoDamagePitchMax
* @parent NoDamageSound
* @text Maximum pitch
* @type number
* @desc Maximum pitch of the 'no damage' sound.
* @default 125
* @param NoHealSound
* @text No Heal Sound
* @type file
* @dir audio/se
* @desc Sound Effect to play when healing for 0 HP.
* @default Down2
*
* @param NoHealVolume
* @parent NoHealSound
* @text Volume
* @type number
* @desc Volume of the 'no heal' sound.
* @default 90
*
* @param NoHealPitchMin
* @parent NoHealSound
* @text Minimum pitch
* @type number
* @desc Minimum pitch of the 'no heal' sound.
* @default 75
*
* @param NoHealPitchMax
* @parent NoHealSound
* @text Maximum pitch
* @type number
* @desc Maximum pitch of the 'no Heal' sound.
* @default 85
*
* @param NoHealSoundMenu
* @parent NoHealSound
* @text Menu Sound
* @type boolean
* @desc Play the sound effect when heal is used from the menu screen?
* @default true
*
* @param ForceVarianceRuling
* @text Force Variance Ruling
* @type select
* @option Cancel each other out (normal variance rates apply)
* @value 0
* @option Always force min
* @value 1
* @option Always force max
* @value 2
* @desc How should variance be handled if user has both 'forceminvariance' and 'forcemaxvariance'?
* @default 0
*
* @param NoVarianceRuling
* @parent ForceVarianceRuling
* @text No Variance Ruling
* @type select
* @option Don't override
* @value 0
* @option Override both
* @value 1
* @option Override min only
* @value 2
* @option Override max only
* @value 3
* @desc Should 'forcenovariance' be allowed to override 'forceminvariance'/'forcemaxvariance'?
* @default 1
*
* @help
* Allows for more control over damage and stuff.
* A sound effect can be played when an attack hits for 0 damage, or a heal heals
* for 0 hp.
* A min/max pitch may also be specified, which will be selected at random.
* Also, the following notetags are available:
* Skills, Items, Actors, Classes, Enemies, & States notetags:
* <adaptive>
* Calculates damage using higher of target's physical or magical damage rate.
* For Actors, Classes, Enemies, or States, causes all of user's attacks and
* skills to become adaptive.
*
* <adaptiveeval>
* //code
* </adaptiveeval>
* Evaluates code to determine if the attack should be adaptive.
* Must return either true (adaptive) or false (not adaptive).
* You may use 'a' for the attacker, 'b' for the defender, and 'item' for the
* skill/item Object.
*
* <piercing:x>, <ppiercing:x>, <mpiercing:x>
* Ignores a percentage of target's damage reduction. x must be a value between
* 0 and 1.
* 'piercing' applies to both PDR and MDR, while 'ppiercing' and 'mpiercing'
* apply only to PDR and MDR respectively.
* For Actors, Classes, Enemies, or States, causes all of user's attacks and
skills to have x piercing, overriding any skill or item notetags.
* Notetag priority from highest to lowest is as follows:
* States, Classes (for actors), Enemies/Actors
*
* EXAMPLE
* <piercing:0.4>
* If a physical skill with this notetag is used against a target with 80%
* Physical Damage Rate, the calculation is as follows:
* Original damage reduction = 100% - 80% = 20%
* 0.4 / 40% of the damage reduction is ignored.
* Target still has 20% * (1 - 0.4) = 12% damage reduction.
* Final Physical Damage Rate = 100% - 12% = 88%
*
* <piercingeval>
* //code
* </piercingeval>
* Evaluates code to determine piercing. Must return a value between 0 and 1.
* You may also use <ppiercingeval> for physical piercing, or <mpiercingeval>
* for magical piercing.
* You may use 'a' for the attacker, 'b' for the defender, and 'item' for the
* skill/item Object.
* Values below 0 are treated as 0.
*
* EXAMPLE
* <mpiercingeval>
* (a.agi - b.agi) * 0.01
* </mpiercingeval>
* This would give 1% magical piercing per AGI the user has more than the target.
* If the target has more AGI, piercing will be 0.
*
* <nullguard>
* Bypasses guard. Damage will be calculated as though target was not guarding.
* For Actors, Classes, Enemies, or States, causes all of user's attacks and
* skills to bypass guard.
*
* Actors, Classes, Enemies, & States notetags:
* <piercingplus:x>, <ppiercingplus:x>, <mpiercingplus:x>
* Adds x bonus piercing amount to all of the user's attacks and skills.
*
* <piercingmult:x>, <ppiercingmult:x>, <mpiercingmult:x>
* Multiplies user's piercing effects by x.
* This is calculated after piercingplus.
* No effect if piercing is 0.
*
* <nulladaptive>
* Protects the user from adaptive effects.
* Damage will be calculated based on attacker's skill's default Hit Type.
*
* <nullpiercing>, <nullppiercing>, <nullmpiercing>
* Protects the user from piercing effects.
* Damage will be calculated as though attacker had no piercing.
*
* <forceminvariance>, <forcemaxvariance>
* The user will always roll the min/max value for skills and items that have
* variance. If both these notetags are present, the ruling defined in the plugin
* parameters is applied.
*
* <forcenovariance>
* The user will not have any variance for all their skills and items.
* If the user has 'forceminvariance' and/or 'forcemaxvariance', the ruling
* defined in the plugin parameters is applied.
*
* TERMS OF USE
* - Free for commercial and non-commercial use, as long as I get a free copy
* of the game.
* - Edits allowed for personal use.
* - Do not repost or claim as your own, even if edited.
*
* VERSION HISTORY
* v1.1 - 2023/7/20 - Added adaptive eval and piercing eval notetags.
* v1.0 - 2023/7/13 - Initial release.
*/
(function(){
var parameters = PluginManager.parameters('APHO_DamageCore');
var Imported_YEP_DamageCore = $plugins.filter(function(p) { return p.name === 'YEP_DamageCore' && p.status === true; }).length > 0
CheckAdaptiveEval = function(notetag, a, b, item)
{
const AdaptiveEvalOpen = '<adaptiveeval>';
const AdaptiveEvalClose = '</adaptiveeval>';
let ReadAdaptiveEval = false;
let AdaptiveEvalInfo = "";
for (var n = 0; n < notetag.length; n++)
{
let NoteData = notetag.split(/[\r\n]+/);
let line = NoteData;
if (line && line.match(AdaptiveEvalOpen))
{
ReadAdaptiveEval = true;
}
else if (line && line.match(AdaptiveEvalClose))
{
ReadAdaptiveEval = false;
}
else if (ReadAdaptiveEval == true)
{
AdaptiveEvalInfo += line + '\n';
}
}
return eval(AdaptiveEvalInfo)
};
CheckPiercingEval = function(notetag, a, b, item)
{
const PiercingEvalOpen = '<piercingeval>';
const PiercingEvalClose = '</piercingeval>';
let ReadPiercingEval = false;
let PiercingEvalInfo = "";
for (var n = 0; n < notetag.length; n++)
{
let NoteData = notetag.split(/[\r\n]+/);
let line = NoteData;
if (line && line.match(PiercingEvalOpen))
{
ReadPiercingEval = true;
}
else if (line && line.match(PiercingEvalClose))
{
ReadPiercingEval = false;
}
else if (ReadPiercingEval == true)
{
PiercingEvalInfo += line + '\n';
}
}
return Math.max(0, eval(PiercingEvalInfo))
};
CheckPPiercingEval = function(notetag, a, b, item)
{
const PPiercingEvalOpen = '<ppiercingeval>';
const PPiercingEvalClose = '</ppiercingeval>';
let ReadPPiercingEval = false;
let PPiercingEvalInfo = "";
for (var n = 0; n < notetag.length; n++)
{
let NoteData = notetag.split(/[\r\n]+/);
let line = NoteData;
if (line && line.match(PPiercingEvalOpen))
{
ReadPPiercingEval = true;
}
else if (line && line.match(PPiercingEvalClose))
{
ReadPPiercingEval = false;
}
else if (ReadPPiercingEval == true)
{
PPiercingEvalInfo += line + '\n';
}
}
return Math.max(0, eval(PPiercingEvalInfo))
};
CheckMPiercingEval = function(notetag, a, b, item)
{
const MPiercingEvalOpen = '<mpiercingeval>';
const MPiercingEvalClose = '</mpiercingeval>';
let ReadMPiercingEval = false;
let MPiercingEvalInfo = "";
for (var n = 0; n < notetag.length; n++)
{
let NoteData = notetag.split(/[\r\n]+/);
let line = NoteData;
if (line && line.match(MPiercingEvalOpen))
{
ReadMPiercingEval = true;
}
else if (line && line.match(MPiercingEvalClose))
{
ReadMPiercingEval = false;
}
else if (ReadMPiercingEval == true)
{
MPiercingEvalInfo += line + '\n';
}
}
return Math.max(0, eval(MPiercingEvalInfo))
};
const Game_Action_makeDamageValue = Game_Action.prototype.makeDamageValue;
Game_Action.prototype.makeDamageValue = function(target, critical) {
var item = this.item();
let a = this.subject();
let adaptive;
if(item.meta.adaptiveeval) adaptive = CheckAdaptiveEval(item.note, a, target, item);
adaptive = item.meta.adaptive;
let piercing = parseFloat(item.meta.piercing) || 0;
if(item.meta.piercingeval) piercing = CheckPiercingEval(item.note, a, target, item);
let ppiercing = parseFloat(item.meta.ppiercing) || 0;
if(piercing) ppiercing = Math.max(piercing, ppiercing);
if(item.meta.ppiercingeval) ppiercing = CheckPPiercingEval(item.note, a, target, item);
let mpiercing = parseFloat(item.meta.mpiercing) || 0;
if(piercing) mpiercing = Math.max(piercing, mpiercing);
if(item.meta.mpiercingeval) mpiercing = CheckMPiercingEval(item.note, a, target, item);
let nullguard = item.meta.nullguard;
if(a.isEnemy())
{
if(a.enemy().meta.adaptiveeval) adaptive = CheckAdaptiveEval(a.enemy().note, a, target, item);
if(a.enemy().meta.adaptive) adaptive = true;
if(a.enemy().meta.ppiercing) ppiercing = parseFloat(a.enemy().meta.ppiercing);
if(a.enemy().meta.mpiercing) mpiercing = parseFloat(a.enemy().meta.mpiercing);
if(a.enemy().meta.piercing)
{
ppiercing = parseFloat(a.enemy().meta.piercing);
mpiercing = parseFloat(a.enemy().meta.piercing);
}
if(a.enemy().meta.ppiercingeval) ppiercing = CheckPPiercingEval(a.enemy().note, a, target, item);
if(a.enemy().meta.mpiercingeval) mpiercing = CheckMPiercingEval(a.enemy().note, a, target, item);
if(a.enemy().meta.piercingeval)
{
ppiercing = CheckPiercingEval(a.enemy().note, a, target, item);
mpiercing = CheckPiercingEval(a.enemy().note, a, target, item);
}
if(a.enemy().meta.ppiercingplus) ppiercing += parseFloat(a.enemy().meta.ppiercingplus);
if(a.enemy().meta.mpiercingplus) mpiercing += parseFloat(a.enemy().meta.mpiercingplus);
if(a.enemy().meta.piercingplus)
{
ppiercing += parseFloat(a.enemy().meta.piercingplus);
mpiercing += parseFloat(a.enemy().meta.piercingplus);
}
if(a.enemy().meta.ppiercingmult) ppiercing *= parseFloat(a.enemy().meta.ppiercingmult);
if(a.enemy().meta.mpiercingmult) mpiercing *= parseFloat(a.enemy().meta.mpiercingmult);
if(a.enemy().meta.piercingmult)
{
ppiercing *= parseFloat(a.enemy().meta.piercingmult);
mpiercing *= parseFloat(a.enemy().meta.piercingmult);
}
if(a.enemy().meta.nullguard) nullguard = true;
}else if(a.isActor())
{
if(a.actor().meta.adaptiveeval) adaptive = CheckAdaptiveEval(a.actor().note, a, target, item);
if($dataClasses.meta.adaptiveeval) adaptive = CheckAdaptiveEval($dataClasses.note, a, target, item);
if(a.actor().meta.adaptive || $dataClasses.meta.adaptive) adaptive = true;
if(a.actor().meta.ppiercing) ppiercing = parseFloat(a.actor().meta.ppiercing);
if(a.actor().meta.mpiercing) mpiercing = parseFloat(a.actor().meta.mpiercing);
if(a.actor().meta.piercing)
{
ppiercing = parseFloat(a.actor().meta.piercing);
mpiercing = parseFloat(a.actor().meta.piercing);
}
if(a.actor().meta.ppiercingeval) ppiercing = CheckPPiercingEval(a.actor().note, a, target, item);
if(a.actor().meta.mpiercingeval) mpiercing = CheckMPiercingEval(a.actor().note, a, target, item);
if(a.actor().meta.piercingeval)
{
ppiercing = CheckPiercingEval(a.actor().note, a, target, item);
mpiercing = CheckPiercingEval(a.actor().note, a, target, item);
}
if($dataClasses.meta.ppiercing) ppiercing = parseFloat($dataClasses.meta.ppiercing);
if($dataClasses.meta.mpiercing) mpiercing = parseFloat($dataClasses.meta.mpiercing);
if($dataClasses.meta.piercing)
{
ppiercing = parseFloat($dataClasses.meta.piercing);
mpiercing = parseFloat($dataClasses.meta.piercing);
}
if($dataClasses.meta.ppiercingeval) ppiercing = CheckPPiercingEval($dataClasses.note, a, target, item);
if($dataClasses.meta.mpiercingeval) mpiercing = CheckMPiercingEval($dataClasses.note, a, target, item);
if($dataClasses.meta.piercingeval)
{
ppiercing = CheckPiercingEval($dataClasses.note, a, target, item);
mpiercing = CheckPiercingEval($dataClasses.note, a, target, item);
}
if(a.actor().meta.ppiercingplus) ppiercing += parseFloat(a.actor().meta.ppiercingplus);
if(a.actor().meta.mpiercingplus) mpiercing += parseFloat(a.actor().meta.mpiercingplus);
if(a.actor().meta.piercingplus)
{
ppiercing += parseFloat(a.actor().meta.piercingplus);
mpiercing += parseFloat(a.actor().meta.piercingplus);
}
if($dataClasses.meta.ppiercingplus) ppiercing += parseFloat($dataClasses.meta.ppiercingplus);
if($dataClasses.meta.mpiercingplus) mpiercing += parseFloat($dataClasses.meta.mpiercingplus);
if($dataClasses.meta.piercingplus)
{
ppiercing += parseFloat($dataClasses.meta.piercingplus);
mpiercing += parseFloat($dataClasses.meta.piercingplus);
}
if(a.actor().meta.ppiercingmult) ppiercing *= parseFloat(a.actor().meta.ppiercingmult);
if(a.actor().meta.mpiercingmult) mpiercing *= parseFloat(a.actor().meta.mpiercingmult);
if(a.actor().meta.piercingmult)
{
ppiercing *= parseFloat(a.actor().meta.piercingmult);
mpiercing *= parseFloat(a.actor().meta.piercingmult);
}
if($dataClasses.meta.ppiercingmult) ppiercing *= parseFloat($dataClasses.meta.ppiercingmult);
if($dataClasses.meta.mpiercingmult) mpiercing *= parseFloat($dataClasses.meta.mpiercingmult);
if($dataClasses.meta.piercingmult)
{
ppiercing *= parseFloat($dataClasses.meta.piercingmult);
mpiercing *= parseFloat($dataClasses.meta.piercingmult);
}
if(a.actor().meta.nullguard || $dataClasses.meta.nullguard) nullguard = true;
}
for(var n = 0; n < a.states().length; n++)
{
if(a.states().meta.adaptiveeval) adaptive = CheckAdaptiveEval(a.states().note, a, target, item);
if(a.states().meta.adaptive) adaptive = true;
if(a.states().meta.piercing)
{
ppiercing = parseFloat(a.states().meta.piercing);
mpiercing = parseFloat(a.states().meta.piercing)
}
if(a.states().meta.ppiercingeval) ppiercing = CheckPPiercingEval(a.states().note, a, target, item);
if(a.states().meta.mpiercingeval) mpiercing = CheckMPiercingEval(a.states().note, a, target, item);
if(a.states().meta.piercingeval)
{
ppiercing = CheckPiercingEval(a.states().note, a, target, item);
mpiercing = CheckPiercingEval(a.states().note, a, target, item);
}
if(a.states().meta.ppiercingplus) ppiercing += parseFloat(a.states().meta.ppiercingplus);
if(a.states().meta.mpiercingplus) mpiercing += parseFloat(a.states().meta.mpiercingplus);
if(a.states().meta.piercingplus)
{
ppiercing += parseFloat(a.states().meta.piercingplus);
mpiercing += parseFloat(a.states().meta.piercingplus);
}
if(a.states().meta.ppiercingmult) ppiercing *= parseFloat(a.states().meta.ppiercingmult);
if(a.states().meta.mpiercingmult) mpiercing *= parseFloat(a.states().meta.mpiercingmult);
if(a.states().meta.piercingmult)
{
ppiercing *= parseFloat(a.states().meta.piercingmult);
mpiercing *= parseFloat(a.states().meta.piercingmult);
}
if(a.states().meta.nullguard) nullguard = true;
}
if(target.isEnemy())
{
if(target.enemy().meta.nulladaptive) adaptive = false;
if(target.enemy().meta.nullppiercing) ppiercing = 0;
if(target.enemy().meta.nullmpiercing) mpiercing = 0;
if(target.enemy().meta.nullpiercing)
{
ppiercing = 0;
mpiercing = 0;
}
}else if (target.isActor())
{
if(target.actor().meta.nulladaptive) adaptive = false;
if(target.actor().meta.nullppiercing) ppiercing = 0;
if(target.actor().meta.nullmpiercing) mpiercing = 0;
if(target.actor().meta.nullpiercing)
{
ppiercing = 0;
mpiercing = 0;
}
}
for(var n = 0; n < target.states().length; n++)
{
if(target.states().meta.nulladaptive) adaptive = false;
if(target.states().meta.nullppiercing) ppiercing = 0;
if(target.states().meta.nullmpiercing) mpiercing = 0;
if(target.states().meta.nullpiercing)
{
ppiercing = 0;
mpiercing = 0;
}
}
if(!adaptive && (!ppiercing || ppiercing <= 0) && (!mpiercing || mpiercing <= 0) && !nullguard)
{
value = Game_Action_makeDamageValue.call(this, target, critical);
return value;
}else
{
if(Imported_YEP_DamageCore)
{
var baseDamage = this.evalDamageFormula(target);
baseDamage = this.modifyBaseDamage(value, baseDamage, target);
baseDamage *= this.calcElementRate(target);
critical = this.modifyCritical(critical, baseDamage, target);
target.result().critical = critical;
var value = baseDamage;
if(critical)
{
value = this.applyCriticalRate(value, baseDamage, target);
}
}else
{
var baseValue = this.evalDamageFormula(target);
var value = baseValue * this.calcElementRate(target);
}
function CalcPhysDmg(value)
{
if (ppiercing && target.pdr < 1)
{
let dr = (1 - target.pdr) * (1 - Math.min(ppiercing, 1));
value *= 1 - dr;
}else
{
value *= target.pdr;
}
if(Imported_YEP_DamageCore) value = Game_Action.prototype.applyFlatPhysical.call(this, value, baseDamage, target);
return value;
}
function CalcMagDmg(value)
{
if (mpiercing && target.mdr < 1)
{
let dr = (1 - target.mdr) * (1 - Math.min(mpiercing, 1));
value *= 1 - dr;
}else
{
value *= target.mdr;
}
if(Imported_YEP_DamageCore) value = Game_Action.prototype.applyFlatMagical.call(this, value, baseDamage, target);
return value;
}
if (this.isPhysical() && !adaptive) {
value = CalcPhysDmg(value);
}else if (this.isMagical( )&& !adaptive) {
value = CalcMagDmg(value);
}
else if(adaptive)
{
let pvalue = CalcPhysDmg(value);
let mvalue = CalcMagDmg(value);
value = Math.max(pvalue, mvalue);
}
if(Imported_YEP_DamageCore)
{
if (baseDamage > 0) {
value = this.applyFlatDamage(value, baseDamage, target);
}
if (baseDamage < 0) {
value = this.applyFlatHeal(value, baseDamage, target);
}
if (critical) {
value = this.applyFlatCritical(value, baseDamage, target);
}
}else
{
if (baseValue < 0) {
value *= target.rec;
}
if (critical) {
value = this.applyCritical(value, target);
}
}
value = this.applyVariance(value, item.damage.variance);
if(!nullguard) value = this.applyGuard(value, target);
if(Imported_YEP_DamageCore) value = this.applyFlatGlobal(value, baseDamage, target);
value = Math.round(value);
if(Imported_YEP_DamageCore) value = this.applyMinimumDamage(value, baseDamage, target);
return value;
}
};
var ForceVarianceRuling = parseInt(parameters['ForceVarianceRuling']);
var NoVarianceRuling = parseInt(parameters['NoVarianceRuling']);
const Game_Action_applyVariance = Game_Action.prototype.applyVariance;
Game_Action.prototype.applyVariance = function(damage, variance)
{
let a = this.subject();
let forceminvariance = false;
let forcemaxvariance = false;
let forcenovariance = false;
let NeedsForceVariance = false;
if(a.isEnemy())
{
if(a.enemy().meta.forceminvariance) forceminvariance = true;
if(a.enemy().meta.forcemaxvariance) forcemaxvariance = true;
if(a.enemy().meta.forcenovariance) forcenovariance = true;
}else if(a.isActor())
{
if(a.actor().meta.forceminvariance || $dataClasses.meta.forceminvariance) forceminvariance = true;
if(a.actor().meta.forcemaxvariance || $dataClasses.meta.forcemaxvariance) forcemaxvariance = true;
if(a.actor().meta.forcenovariance || $dataClasses.meta.forcenovariance) forcenovariance = true;
}
for(var n = 0; n < a.states().length; n++)
{
if(a.states().meta.forceminvariance) forceminvariance = true;
if(a.states().meta.forcemaxvariance) forcemaxvariance = true;
if(a.states().meta.forcenovariance) forcenovariance = true;
}
if(forcenovariance)
{
switch(NoVarianceRuling)
{
case 0:
if(!forceminvariance && !forcemaxvariance) return damage;
break;
case 1:
return damage;
break;
case 2:
if(!forcemaxvariance)
{
return damage;
}else if(forceminvariance)
{
forceminvariance = false;
}
break;
case 3:
if(!forceminvariance)
{
return damage;
}else if(forcemaxvariance)
{
forcemaxvariance = false;
}
break;
}
}
if(ForceVarianceRuling == 0)
{
if(forceminvariance ^ forcemaxvariance) NeedsForceVariance = true;
}else
{
if(forceminvariance || forcemaxvariance) NeedsForceVariance = true;
}
if(NeedsForceVariance)
{
var amp = Math.floor(Math.max(Math.abs(damage) * variance / 100, 0));
var v;
if((ForceVarianceRuling == 0 && forceminvariance) ||
(ForceVarianceRuling == 1 && forceminvariance) ||
(ForceVarianceRuling == 2 && forceminvariance && !forceminvariance))
{
v = amp * -1;
}
if((ForceVarianceRuling == 0 && forcemaxvariance) ||
(ForceVarianceRuling == 2 && forcemaxvariance) ||
(ForceVarianceRuling == 1 && forcemaxvariance && !forceminvariance))
{
v = amp;
}
return damage >= 0 ? damage + v : damage - v;
}else
{
damage = Game_Action_applyVariance.call(this, damage, variance);
return damage;
}
}
var NoDamageSound = parameters['NoDamageSound'];
var NoDamageVolume = parseInt(parameters['NoDamageVolume']);
var NoDamagePitchMin = parseInt(parameters['NoDamagePitchMin']);
var NoDamagePitchRange = Math.max(parseInt(parameters['NoDamagePitchMax']) - NoDamagePitchMin, 0);
var NoHealSound = parameters['NoHealSound'];
var NoHealVolume = parseInt(parameters['NoHealVolume']);
var NoHealPitchMin = parseInt(parameters['NoHealPitchMin']);
var NoHealPitchRange = Math.max(parseInt(parameters['NoHealPitchMax']) - NoHealPitchMin, 0);
var NoHealSoundMenu = JSON.parse(parameters['NoHealSoundMenu']);
const Game_Action_apply = Game_Action.prototype.apply;
Game_Action.prototype.apply = function(target){
Game_Action_apply.call(this, target);
var result = target.result()
if(this.isHpEffect() && result.hpDamage == 0 && result.isHit())
{
if(this.isRecover())
{
if(NoHealSound && ($gameParty.inBattle() || NoHealSoundMenu))
{
let Pitch = NoHealPitchMin + Math.randomInt(NoHealPitchRange + 1);
AudioManager.playSe({name: NoHealSound, volume: NoHealVolume, pitch: Pitch, pan: 0});
}
}else
{
if(NoDamageSound && $gameParty.inBattle())
{
let Pitch = NoDamagePitchMin + Math.randomInt(NoDamagePitchRange + 1);
AudioManager.playSe({name: NoDamageSound, volume: NoDamageVolume, pitch: Pitch, pan: 0});
}
}
}
}
})();
Note
This plugin, for the most part, works by overriding default functions when conditions are met. As such, I cannot guarantee full compatibility with plugins that also override the same default functions. In particular, this has limited compatibility with YEP_DamageCore, due to YEP_DamageCore overriding the makeDamgeValue function which this plugin is reliant on.
If you wish to use the adaptive, piercing, and nullguard features of this plugin together with YEP_DamageCore, you can place this plugin below it. This plugin contains checks to attempt to replicate YEP_DamageCore's default damage flow if you have it loaded; however, it may not work as intended if you have changed YEP_DamageCore's default damage steps.
Terms of use
[*]Free for commercial and non-commercial use, as long as I get a free copy of the game.
[*]Edits allowed for personal use.
[*]Do not repost or claim as your own, even if edited.
[*]Do not use for training AI models. This includes, but is not limited to, inputting the plugin contents or part thereof into AI models that train on user input.
Version history
v1.1 - 2023/7/20 - Added adaptive eval and piercing eval notetags.
v1.0 - 2023/7/13 - Initial release.
Download link
GitHub
本贴来自国际rpgmaker官方论坛作者:AphoticAmaranth处,因国际论坛即将永久关站,为了存档多年珍贵资料,署名转载到本论坛存档,由于官方帖子为英文原帖，需要中文翻译请点击论坛顶部切换语言为中文就可以将帖子翻译成中文浏览,方便大家随时查看,原文地址：https://forums.rpgmakerweb.com/threads/damage-core-v1-1.159283/
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