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/**
* @param {Technique} technique
* @param {Monster} user
* @param {Monster} target
*
* @returns {number}
*/
function simpleDamageCalculation (technique, user, target) {
if (technique.power === 0) {
return 0;
}
let userBaseStrength = user.level + 7;
let userStrength = 1;
let targetResist = 1;
if (technique.range === TechniqueRange.melee) {
userStrength = userBaseStrength * user.stats.melee;
targetResist = target.stats.armour;
}
else if (technique.range === TechniqueRange.touch) {
userStrength = userBaseStrength * user.stats.melee;
targetResist = target.stats.dodge;
}
else if (technique.range === TechniqueRange.ranged) {
userStrength = userBaseStrength * user.stats.ranged;
targetResist = target.stats.dodge;
}
else if (technique.range === TechniqueRange.reach) {
userStrength = userBaseStrength * user.stats.ranged;
targetResist = target.stats.armour;
}
else if (technique.range === TechniqueRange.reliable) {
userStrength = userBaseStrength;
targetResist = 1;
}
const multiplier = simpleDamageMultiplier(technique.types, target.types);
const moveStrength = technique.power * multiplier;
const damage = Math.floor((userStrength * moveStrength) / targetResist);
return Math.max(damage, 1);
}
/**
* @param {(ElementType[]|string[])} techniqueTypes
* @param {(ElementType[]|string[])} targetTypes
*
* @returns {number}
*/
function simpleDamageMultiplier (techniqueTypes, targetTypes) {
let multiplier = 1;
for (const techniqueType of techniqueTypes) {
if (techniqueType === ElementType.aether) {
continue;
}
for (const targetType of targetTypes) {
if (targetType === ElementType.aether) {
continue;
}
multiplier *= DB.elements[techniqueType].types.find((type) => type.against === targetType).multiplier;
}
}
return Math.max(0.25, Math.min(multiplier, 4));
}
/**
* @param {Monster} opposingMonster
* @param {Monster[]} participants
*
* @returns {number[]}
*/
function calculateAwardedExperience (opposingMonster, participants) {
const awardedExperienceDistribution = [];
for (const participantIndex in participants) {
const participant = participants[participantIndex];
const awardedExperience = Math.max(
Math.floor(
opposingMonster.getExperienceRequired(-1) / opposingMonster.level * opposingMonster.experienceModifier / participant.level
),
1
);
awardedExperienceDistribution[participantIndex] = awardedExperience;
}
return awardedExperienceDistribution;
}
/**
* @param {Monster} opposingMonster
*
* @returns {number}
*/
function calculateAwardedMoney (opposingMonster) {
let money = opposingMonster.level * opposingMonster.moneyModifier;
money = convertToCurrencyBase(money);
return money;
}
/**
* @param {Monster} playerMonster
* @param {Monster} opposingMonster
* @param {Item} ball
*
* @returns {boolean}
*/
function checkCapture (playerMonster, opposingMonster, ball) {
const MAX_CATCH_RATE = 255;
const MAX_ATTEMPT_RATE = 65536;
const ATTEMPT_CONSTANT = 524325;
// status effect
let STATUS_MODIFER = 1.0;
if (opposingMonster.statusEffect && opposingMonster.statusEffect.category === 'negative') {
STATUS_MODIFER = 1.2;
}
// ball
let BALL_MODIFIER = 1.0;
if (ball.slug === 'tuxeball_wood') {
if (opposingMonster.types.includes(ElementType.wood)) {
BALL_MODIFIER = 1.5
} else {
BALL_MODIFIER = 0.2;
}
}
else if (ball.slug === 'tuxeball_fire') {
if (opposingMonster.types.includes(ElementType.fire)) {
BALL_MODIFIER = 1.5
} else {
BALL_MODIFIER = 0.2;
}
}
else if (ball.slug === 'tuxeball_earth') {
if (opposingMonster.types.includes(ElementType.earth)) {
BALL_MODIFIER = 1.5
} else {
BALL_MODIFIER = 0.2;
}
}
else if (ball.slug === 'tuxeball_metal') {
if (opposingMonster.types.includes(ElementType.metal)) {
BALL_MODIFIER = 1.5
} else {
BALL_MODIFIER = 0.2;
}
}
else if (ball.slug === 'tuxeball_water') {
if (opposingMonster.types.includes(ElementType.water)) {
BALL_MODIFIER = 1.5
} else {
BALL_MODIFIER = 0.2;
}
}
// calculate
const catchCheck = Math.max(
(3 * opposingMonster.hp - 2 * playerMonster.hp)
* opposingMonster.catch_rate
* STATUS_MODIFER
* BALL_MODIFIER
/ (3 * opposingMonster.hp),
1
);
let attemptCheck = ATTEMPT_CONSTANT / (
Math.sqrt(Math.sqrt(MAX_CATCH_RATE / catchCheck)) * 8
)
const catchResistance = Math.random() * (opposingMonster.upper_catch_resistance - opposingMonster.lower_catch_resistance) + opposingMonster.lower_catch_resistance;
attemptCheck = attemptCheck * catchResistance;
return Math.random() * MAX_ATTEMPT_RATE > Math.round(attemptCheck);
}
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