MediaWiki:Script/Calculator.js : Différence entre versions

Version actuelle datée du 24 octobre 2025 à 01:21

function removeAccent(str) {
  return str.normalize("NFD").replace(/[\u0300-\u036f]/g, "");
}

function pseudoFormat(str) {
  return removeAccent(str).replace(/[^A-Za-z0-9 \(\)\+_-]+/g, "");
}

function isValueInArray(value, array) {
  return array.indexOf(value) !== -1;
}

function splitFirst(value, delimiter) {
  var parts = value.split(delimiter);
  var first = parts[0];
  var rest = parts.slice(1).join(delimiter);
  return [first, rest];
}

function copyObject(object) {
  var copy = {};
  for (var key in object) {
    copy[key] = object[key];
  }
  return copy;
}

function compareNumbers(a, b) {
  return b - a;
}

function isChecked(attribute) {
  return attribute === "on";
}

function floorMultiplication(firstFactor, secondFactor) {
  return Math.floor((firstFactor * secondFactor).toFixed(8));
}

function truncateNumber(number, precision) {
  return Math.floor(number * 10 ** precision) / 10 ** precision;
}

function newChangeEvent() {
  return new Event("change", { bubbles: true });
}

function openTargetTab(target) {
  var tabberContainer = target.closest(".tabber-container");

  if (!tabberContainer) {
    return;
  }

  var [buttonsContainer, tabsContainer] = tabberContainer.children;
  var buttons = buttonsContainer.children;
  var tabs = tabsContainer.children;

  for (var index = 0; index < tabs.length; index++) {
    var tab = tabs[index];
    if (tab.contains(target) && !tab.checkVisibility()) {
      buttons[index].click();
      break;
    }
  }
}

function openTargetCollapsible(target) {
  var collapsible = target.closest(".improved-collapsible");

  if (!collapsible) {
    return;
  }

  var span = collapsible.firstElementChild;

  if (!span.classList.contains("mw-collapsible-toggle-expanded")) {
    span.click();
  }
}

function editTableResultRow(row, valuesToDisplay, numberFormat) {
  row.innerHTML = "";
  for (var index = 0; index < valuesToDisplay.length; index++) {
    var cell = row.insertCell();
    var textContent;

    if (index >= 3) {
      textContent = numberFormat.format(valuesToDisplay[index]);
    } else {
      textContent = valuesToDisplay[index];
    }

    cell.textContent = textContent;
  }

  return row;
}

function addRowToTableResultHistory(
  tableResultHistory,
  valuesToDisplay,
  deleteFightTemplate,
  numberFormat
) {
  var row = tableResultHistory.insertRow();
  editTableResultRow(row, valuesToDisplay, numberFormat);
  var cell = row.insertCell();
  cell.appendChild(deleteFightTemplate.cloneNode(true));
}

function processSavedDamage(savedDamage, damageWeightedByType, battleValues) {
  const { damageTypeWeights, attackTypeMapping } = battleValues;

  for (const key in savedDamage) {
    const [weight, damageByType] = savedDamage[key];

    for (let index = 0; index < 4; index++) {
      const damageWeighted = damageWeightedByType[attackTypeMapping[index]];
      const damageByTypeIndex = damageByType[index];

      if (damageByTypeIndex.length === 0) continue;

      const currentWeight =
        (weight * damageTypeWeights[index]) / damageByTypeIndex.length;

      for (const damage of damageByTypeIndex) {
        damageWeighted[damage] = (damageWeighted[damage] || 0) + currentWeight;
      }
    }
  }
}

function calcMeanDamage(damageWeightedByType, totalCardinal) {
  var sumDamage = 0;

  for (var damageTypeName in damageWeightedByType) {
    if (damageTypeName === "miss") {
      continue;
    }

    var damageWeighted = damageWeightedByType[damageTypeName];

    for (var damage in damageWeighted) {
      sumDamage += damage * damageWeighted[damage];
    }
  }

  return sumDamage / totalCardinal;
}

function prepareDamageData(damageWeightedByType, attackValues) {
  const totalCardinal = attackValues.totalCardinal;
  const scatterDataByType = {};
  const criticalAttackRange = attackValues.criticalAttackRange;

  let minDamage = Infinity;
  let maxDamage = 0;
  let sumDamage = 0;

  let possibleDamageCount = 0;
  let possibleDamageCountTemp = 0;
  let uniqueDamageCount = 0;

  for (const damageTypeName in damageWeightedByType) {
    if (damageTypeName === "miss") {
      scatterDataByType.miss = damageWeightedByType.miss;
      possibleDamageCount++;
      uniqueDamageCount++;
      continue;
    }
    const damageWeighted = damageWeightedByType[damageTypeName];
    const scatterData = [];

    scatterDataByType[damageTypeName] = scatterData;

    if (
      (damageTypeName === "criticalHit" ||
        damageTypeName === "criticalPiercingHit") &&
      criticalAttackRange
    ) {
      possibleDamageCountTemp =
        attackValues.possibleDamageCount * criticalAttackRange.length;
    } else {
      possibleDamageCountTemp = attackValues.possibleDamageCount;
    }

    for (let damage in damageWeighted) {
      damage = +damage;

      if (damage < minDamage) {
        minDamage = damage;
      }
      if (damage > maxDamage) {
        maxDamage = damage;
      }

      const weight = damageWeighted[damage];
      const probability = weight / totalCardinal;

      sumDamage += damage * weight;
      damageWeighted[damage] = probability;
      scatterData.push({ x: damage, y: probability });
    }

    const scatterDataLength = scatterData.length;

    if (!scatterDataLength) {
      delete scatterDataByType[damageTypeName];
      continue;
    }

    possibleDamageCount += possibleDamageCountTemp;
    uniqueDamageCount += scatterDataLength;
  }

  if (minDamage === Infinity) {
    minDamage = 0;
  }

  attackValues.possibleDamageCount = possibleDamageCount;

  return [
    sumDamage / totalCardinal,
    minDamage,
    maxDamage,
    scatterDataByType,
    uniqueDamageCount,
  ];
}

function aggregateDamage(scatterData, maxPoints) {
  const dataLength = scatterData.length;
  const groupLength = Math.ceil(dataLength / maxPoints);
  const aggregateScatterData = [];
  const groupCount = Math.ceil(dataLength / groupLength);

  for (let groupIndex = 0; groupIndex < groupCount; groupIndex++) {
    const startIndex = groupIndex * groupLength;
    const endIndex = Math.min(startIndex + groupLength, dataLength);

    let aggregateDamage = 0;
    let aggregateProbability = 0;

    for (let index = startIndex; index < endIndex; index++) {
      const { x: damage, y: probability } = scatterData[index];
      aggregateDamage += damage * probability;
      aggregateProbability += probability;
    }

    aggregateScatterData.push({
      x: aggregateDamage / aggregateProbability,
      y: aggregateProbability,
    });
  }

  return aggregateScatterData;
}

function addToDamageChart(battle, scatterDataByType) {
  const { chart, datasetsStyle, maxPoints, reduceChartPointsContainer } =
    battle.damageChart;
  const isReducePointsChecked = battle.reduceChartPoints.checked;
  const datasets = chart.data.datasets;

  let isFirstDataset = true;

  datasets.length = 0;

  for (let index = 0; index < datasetsStyle.length; index++) {
    const dataset = copyObject(datasetsStyle[index]);

    if (!scatterDataByType.hasOwnProperty(dataset.name)) {
      continue;
    }

    const scatterData = scatterDataByType[dataset.name];
    const canBeReduced = scatterData.length > 2 * maxPoints;

    dataset.hidden = !isFirstDataset;
    dataset.canBeReduced = canBeReduced;

    if (canBeReduced && isReducePointsChecked) {
      dataset.data = aggregateDamage(scatterData, maxPoints);
    } else {
      dataset.data = scatterData;
    }

    if (isFirstDataset) {
      isFirstDataset = false;

      if (canBeReduced) {
        showElement(reduceChartPointsContainer);

        if (!isReducePointsChecked) {
          handleChartAnimations(chart, false);
        }
      } else {
        hideElement(reduceChartPointsContainer);
        handleChartAnimations(chart, true);
      }
    }

    datasets.push(dataset);
  }

  chart.data.missPercentage = scatterDataByType.miss;
  chart.update();
}

function addToBonusVariationChart(
  damageByBonus,
  augmentationByBonus,
  xLabel,
  chart
) {
  chart.data.datasets[0].data = damageByBonus;
  chart.data.datasets[1].data = augmentationByBonus;
  chart.options.scales.x.title.text = xLabel;
  chart.update();
}

function handleChartAnimations(chart, addAnimations) {
  chart.options.animation = addAnimations;
  chart.options.animations.colors = addAnimations;
  chart.options.animations.x = addAnimations;
  chart.options.transitions.active.animation.duration = addAnimations * 1000;
}

function updateDamageChartDescription(battle, uniqueDamageCount) {
  const {
    chartDescriptionContainer,
    uniqueDamageCounters,
    numberFormats: { default: defaultFormat },
  } = battle;

  if (uniqueDamageCount > 1) {
    uniqueDamageCounters.forEach(function (element) {
      element.textContent = defaultFormat.format(uniqueDamageCount);
    });
    showElement(chartDescriptionContainer);
  } else {
    hideElement(chartDescriptionContainer);
  }
}

function getMonsterName(monsterVnum) {
  var monsterAttributes = monsterData[monsterVnum];
  return monsterAttributes[monsterAttributes.length - 1];
}

function getTranslatedMonsterName(monsterVnum) {
  return translation.monsters[monsterVnum];
}

function filterClass(selectedRace, classChoice, selectValueIsChanged = false) {
  for (var radioNode of classChoice) {
    var radioGrandParent = radioNode.parentElement.parentElement;

    if (radioNode.getAttribute("data-race") === selectedRace) {
      if (!selectValueIsChanged) {
        radioNode.checked = true;
        selectValueIsChanged = true;
      }
      showElement(radioGrandParent);
    } else {
      hideElement(radioGrandParent);
    }
  }
}

function filterWeapon(
  selectedRace,
  weaponElement,
  weaponCategory,
  allowedWeaponsPerRace,
  selectValueIsChanged = false
) {
  var allowedWeapons = allowedWeaponsPerRace[selectedRace];

  if (!selectValueIsChanged) {
    var weaponType = createWeapon(weaponElement.value).type;

    if (!isValueInArray(weaponType, allowedWeapons)) {
      weaponElement.value = 0;
    }
  }

  var children = weaponCategory.children;

  for (var index = 0; index < children.length; index++) {
    var child = children[index];

    if (isValueInArray(index, allowedWeapons)) {
      showElement(child);
    } else {
      hideElement(child);
    }
  }
}

function changePolymorphValues(characterCreation, monsterVnum, monsterImage) {
  var { polymorphMonster, polymorphMonsterImage } = characterCreation;

  polymorphMonster.value = monsterVnum;
  polymorphMonsterImage.value = monsterImage;

  polymorphMonster.dispatchEvent(newChangeEvent());
}

function resetImageFromWiki(image) {
  image.removeAttribute("srcset");
  image.removeAttribute("data-file-width");
  image.removeAttribute("data-file-height");
}

function handleImageFromWiki(image, newSrc) {
  image.src = newSrc;
  image.alt = newSrc.split("/").pop();
}

function handlePolymorphDisplay(characters, monsterVnum, monsterSrc) {
  var { translateMonsters, polymorphDisplay } = characters;
  var oldImage = polymorphDisplay.firstChild;
  var oldLink = oldImage.nextElementSibling;
  var monsterName = getMonsterName(monsterVnum);
  var displayName = translateMonsters
    ? getTranslatedMonsterName(monsterVnum)
    : monsterName;
  var newLink = createWikiLink(monsterName, displayName);

  resetImageFromWiki(oldImage);
  handleImageFromWiki(oldImage, monsterSrc);

  polymorphDisplay.replaceChild(newLink, oldLink);
}

function createWikiLink(pageName, displayName) {
  var wikiLink = document.createElement("a");

  wikiLink.href = mw.util.getUrl(pageName);
  wikiLink.title = pageName;
  wikiLink.textContent = displayName || pageName;

  return wikiLink;
}

function getSelectedWeapon(weaponCategory) {
  return weaponCategory.querySelector("input[type='radio']:checked");
}

function handleWeaponDisplay(
  weaponCategory,
  weaponDisplay,
  weaponVnum,
  newWeapon
) {
  var newWeapon = newWeapon || getSelectedWeapon(weaponCategory);

  var newImage = newWeapon.nextElementSibling;
  var newText = document.createElement("span");
  var oldImage = weaponDisplay.firstChild;
  var oldText = oldImage.nextElementSibling;
  var weaponTooltip = newImage.nextElementSibling;
  var originalWeaponName = weaponTooltip.dataset.o;
  var weaponName = weaponTooltip.textContent;

  if (weaponVnum == 0) {
    newText.textContent = weaponName;
  } else {
    var weaponLink = createWikiLink(originalWeaponName, weaponName);
    newText.appendChild(weaponLink);
  }

  weaponDisplay.replaceChild(newImage.cloneNode(), oldImage);
  weaponDisplay.replaceChild(newText, oldText);
}

function filterUpgrade(
  weaponUpgrade,
  weaponVnum,
  randomAttackValue,
  randomMagicAttackValue
) {
  var weapon = createWeapon(weaponVnum);
  var currentUpgrade = Number(weaponUpgrade.value);
  var weaponUpgradeChildren = weaponUpgrade.children;

  if (weapon.isSerpent) {
    showElement(randomAttackValue);

    if (weapon.isMagic) {
      showElement(randomMagicAttackValue);
    }
  } else {
    hideElement(randomAttackValue);
    hideElement(randomMagicAttackValue);
  }

  if (weapon.maxUpgrade < 1) {
    hideElement(weaponUpgrade.parentElement);
  } else {
    showElement(weaponUpgrade.parentElement);
  }

  for (var upgrade = 0; upgrade <= weapon.maxUpgrade; upgrade++) {
    showElement(weaponUpgradeChildren[upgrade]);
  }

  for (
    var upgrade = weapon.maxUpgrade + 1;
    upgrade < weaponUpgradeChildren.length;
    upgrade++
  ) {
    hideElement(weaponUpgradeChildren[upgrade]);
  }

  if (currentUpgrade > weapon.maxUpgrade) {
    weaponUpgrade.value = weapon.maxUpgrade;
  }
}

function filterCheckbox(checkbox, element) {
  if (checkbox.checked) {
    showElement(element);
  } else {
    hideElement(element);
  }
}

function filterSkills(selectedClass, skillElementsToFilter) {
  for (var element of skillElementsToFilter) {
    if (isValueInArray(selectedClass, element.dataset.class)) {
      showElement(element);
    } else {
      hideElement(element);
    }
  }
}

function filterForm(characters, battle) {
  var { saveButton, characterCreation, toggleSiblings } = characters;
  var allowedWeaponsPerRace = battle.constants.allowedWeaponsPerRace;
  var battleChoice = battle.battleChoice;

  characterCreation.addEventListener("change", function (event) {
    var target = event.target;
    var targetName = target.name;

    saveButtonOrange(saveButton);
    characters.unsavedChanges = true;

    switch (targetName) {
      case "race":
        var selectedRace = target.value;
        var classChoice = characterCreation.class;
        var weaponElement = characterCreation.weapon;

        filterClass(selectedRace, classChoice);
        filterWeapon(
          selectedRace,
          weaponElement,
          characters.weaponCategory,
          allowedWeaponsPerRace
        );
        handleWeaponDisplay(
          characters.weaponCategory,
          characters.weaponDisplay,
          weaponElement.value
        );
        filterUpgrade(
          characterCreation.weaponUpgrade,
          weaponElement.value,
          characters.randomAttackValue,
          characters.randomMagicAttackValue
        );
        filterSkills(classChoice.value, characters.skillElementsToFilter);
        handleBonusVariationUpdate(
          characterCreation,
          characters.bonusVariation,
          true
        );

        battleChoice.resetAttackType = true;
        break;
      case "class":
        filterSkills(target.value, characters.skillElementsToFilter);
        handleBonusVariationUpdate(
          characterCreation,
          characters.bonusVariation,
          true
        );

        battleChoice.resetAttackType = true;
        break;
      case "weapon":
        var weaponElement = characterCreation.weapon;

        handleWeaponDisplay(
          characters.weaponCategory,
          characters.weaponDisplay,
          weaponElement.value,
          target
        );
        filterUpgrade(
          characterCreation.weaponUpgrade,
          target.value,
          characters.randomAttackValue,
          characters.randomMagicAttackValue
        );
        handleBonusVariationUpdate(
          characterCreation,
          characters.bonusVariation
        );
        break;
      case "isRiding":
        battleChoice.resetAttackType = true;
        break;
      case "isPolymorph":
        battleChoice.resetAttackType = true;
        break;
    }

    if (toggleSiblings.hasOwnProperty(targetName)) {
      filterCheckbox(target, toggleSiblings[targetName]);
    }

    if (
      targetName.startsWith("attackSkill") ||
      targetName.startsWith("horseSkill")
    ) {
      battleChoice.resetAttackType = true;
    }
  });
}

function addUniquePseudo(characterDataObject, savedCharactersPseudo) {
  var characterPseudo = String(characterDataObject.name);
  var originalPseudo = characterPseudo;
  var count = 0;

  var regex = /(.*)(\d)$/;
  var match = characterPseudo.match(regex);

  if (match) {
    originalPseudo = match[1];
    count = match[2];
  }

  while (isValueInArray(characterPseudo, savedCharactersPseudo)) {
    characterPseudo = originalPseudo + count;
    count++;
  }

  characterDataObject.name = characterPseudo;
  return [characterDataObject, characterPseudo];
}

function convertToNumber(value) {
  var valueNumber = Number(value);
  return isNaN(valueNumber) ? value : valueNumber;
}

function getLocalStorageValue(key, defaultValue) {
  var storedValue = localStorage.getItem(key);

  if (storedValue) {
    return JSON.parse(storedValue);
  }

  return defaultValue;
}

function getSavedCharacters() {
  return getLocalStorageValue("mt2-calc.characters.saved", {});
}

function getSavedMonsters() {
  return getLocalStorageValue("mt2-calc.monsters.saved", {});
}

function getSavedFights() {
  return getLocalStorageValue("mt2-calc.fights.saved", []);
}

function getLastLang() {
  return getLocalStorageValue("mt2-calc.language.last-used", "");
}

function saveToLocalStorage(key, value) {
  localStorage.setItem(key, JSON.stringify(value));
}

function updateSavedCharacters(savedCharacters) {
  saveToLocalStorage("mt2-calc.characters.saved", savedCharacters);
}

function updateSavedMonsters(savedMonsters) {
  saveToLocalStorage("mt2-calc.monsters.saved", savedMonsters);
}

function updateSavedFights(savedFights) {
  saveToLocalStorage("mt2-calc.fights.saved", savedFights);
}

function updateLastLang(lang) {
  saveToLocalStorage("mt2-calc.language.last-used", lang);
}

function saveCharacter(
  savedCharacters,
  characterCreation,
  battle,
  newCharacter,
  characterDataObject
) {
  if (!characterDataObject) {
    var characterData = new FormData(characterCreation);
    var characterDataObject = {};

    characterData.forEach(function (value, key) {
      characterDataObject[key] = convertToNumber(value);
    });
  }

  var characterPseudo = characterDataObject.name;
  var { battleChoice } = battle;

  savedCharacters[characterPseudo] = characterDataObject;
  updateSavedCharacters(savedCharacters);

  if (newCharacter) {
    addBattleChoice(battleChoice, characterPseudo, characterDataObject);
  } else {
    updateBattleChoiceImage(
      battleChoice,
      characterPseudo,
      characterDataObject.race
    );
  }

  if (battleChoice.resetAttackType) {
    if (isCharacterSelected(characterPseudo, battleChoice.attacker.selected)) {
      filterAttackTypeSelectionCharacter(
        characterDataObject,
        battleChoice.attackType
      );
    }
    battleChoice.resetAttackType = false;
  }
}

function saveButtonGreen(saveButton) {
  saveButton.classList.remove("unsaved-character");
}

function saveButtonOrange(saveButton) {
  saveButton.classList.add("unsaved-character");
}

function characterCreationListener(characters, battle) {
  var { characterCreation, saveButton, weaponCategory } = characters;

  characterCreation.addEventListener("submit", handleSubmitForm);
  characterCreation.addEventListener("invalid", handleInvalidInput, true);
  document.addEventListener("keydown", handleSaveShortcut);
  weaponCategory.addEventListener("mouseover", handleTooltipOverflow);

  function handleSubmitForm(event) {
    event.preventDefault();

    if (characters.unsavedChanges) {
      saveCharacter(characters.savedCharacters, characterCreation, battle);
      saveButtonGreen(saveButton);
      characters.unsavedChanges = false;
    }
  }

  function handleInvalidInput(event) {
    var target = event.target;

    if (target.checkVisibility()) {
      return;
    }

    var autoCorrectInput = target.closest(".auto-correct-input");

    if (
      autoCorrectInput &&
      autoCorrectInput.classList.contains("tabber-noactive")
    ) {
      target.value = target.defaultValue;
      return;
    }

    openTargetTab(target);
    openTargetCollapsible(target);
  }

  function handleSaveShortcut(event) {
    if (event.ctrlKey && event.key === "s") {
      event.preventDefault();
      saveButton.click();
    }
  }

  function handleTooltipOverflow(event) {
    var label = event.target.closest("label");

    if (label) {
      var tooltip = label.lastChild;

      if (tooltip.classList.contains("popContenu")) {
        var tooltipRect = tooltip.getBoundingClientRect();
        var modalRect = weaponCategory.getBoundingClientRect();

        if (tooltipRect.right > modalRect.right) {
          tooltip.style.left = "-100%";
        } else if (tooltipRect.left < modalRect.left) {
          tooltip.style.left = "200%";
        }
      }
    }
  }
}

function downloadData(content, type, filename) {
  var link = document.createElement("a");
  var blob = new Blob([content], { type: type });
  var blobURL = URL.createObjectURL(blob);

  link.href = blobURL;
  link.download = filename;
  document.body.appendChild(link);

  link.click();
  document.body.removeChild(link);
  URL.revokeObjectURL(blobURL);
}

function uploadCharacter(
  selectedFiles,
  characters,
  characterTemplate,
  charactersContainer,
  battle
) {
  var selectFilesLength = selectedFiles.length;
  var defaultPseudo = characters.defaultText.pseudo;

  for (var fileIndex = 0; fileIndex < selectFilesLength; fileIndex++) {
    var selectedFile = selectedFiles[fileIndex];

    if (selectedFile.type === "text/plain") {
      var reader = new FileReader();
      reader.onload = function (e) {
        var fileContent = e.target.result;
        try {
          var characterDataObject = JSON.parse(fileContent);

          if (characterDataObject.hasOwnProperty("name")) {
            var characterPseudo = String(characterDataObject.name);

            hideElement(characters.characterCreation);
            characterPseudo = validPseudo(characterPseudo, defaultPseudo);

            [characterDataObject, characterPseudo] = addUniquePseudo(
              characterDataObject,
              Object.keys(characters.savedCharacters)
            );
            var selectedCharacter = handleNewCharacter(
              characters,
              characterTemplate,
              charactersContainer,
              battle,
              characterPseudo
            )[0];

            if (selectFilesLength === 1) {
              updateForm(
                characterDataObject,
                characters.characterCreation,
                characters,
                selectedCharacter,
                battle
              );
            }

            saveCharacter(
              characters.savedCharacters,
              characters.characterCreation,
              battle,
              true,
              characterDataObject
            );
          }
        } catch (error) {
          console.warn(error);
          if (error.name === "TypeError") {
            // delete the character
          }
        }
      };
      reader.readAsText(selectedFile);
    }
  }
}

function handleUploadCharacter(
  characters,
  characterTemplate,
  charactersContainer,
  battle
) {
  var characterInput = characters.characterInput;
  var dropZone = characters.dropZone;

  characterInput.accept = ".txt";
  characterInput.multiple = true;
  dropZone.setAttribute("tabindex", "0");

  dropZone.addEventListener("click", function () {
    characterInput.click();
  });

  dropZone.addEventListener("dragover", function (event) {
    event.preventDefault();
    dropZone.classList.add("drop-zone--dragover");
  });

  ["dragleave", "dragend"].forEach(function (type) {
    dropZone.addEventListener(type, function () {
      dropZone.classList.remove("drop-zone--dragover");
    });
  });

  dropZone.addEventListener("drop", function (event) {
    event.preventDefault();
    uploadCharacter(
      event.dataTransfer.files,
      characters,
      characterTemplate,
      charactersContainer,
      battle
    );
    dropZone.classList.remove("drop-zone--dragover");
  });

  characterInput.addEventListener("change", function (event) {
    uploadCharacter(
      event.target.files,
      characters,
      characterTemplate,
      charactersContainer,
      battle
    );
  });
}

function deleteCharacter(characters, pseudo, element, battle) {
  delete characters.savedCharacters[pseudo];
  element.remove();

  updateSavedCharacters(characters.savedCharacters);
  removeBattleChoice(battle.battleChoice, pseudo, "character");

  if (
    !Object.keys(characters.savedCharacters).length ||
    characters.characterCreation.name.value === pseudo
  ) {
    saveButtonGreen(characters.saveButton);
    characters.unsavedChanges = false;
    hideElement(characters.characterCreation);
    showElement(characters.characterCreation.previousElementSibling);
  }
}

function deleteMonster(characters, battle, monsterVnum) {
  var monsterElements = characters.monsterElements;
  var monsterType = characters.savedMonsters[monsterVnum].category;

  if (monsterElements.hasOwnProperty(monsterVnum)) {
    monsterElements[monsterVnum].remove();
    delete monsterElements[monsterVnum];
  }

  delete characters.savedMonsters[monsterVnum];

  updateSavedMonsters(characters.savedMonsters);
  removeBattleChoice(battle.battleChoice, monsterVnum, monsterType);
}

function handleStyle(characters, selectedElement) {
  var currentCharacter = characters.currentCharacter;

  if (currentCharacter) {
    currentCharacter.classList.remove("selected-character");
  }

  selectedElement.classList.add("selected-character");
  characters.currentCharacter = selectedElement;
}

function updateForm(
  formData,
  characterCreation,
  characters,
  selectedElement,
  battle
) {
  saveButtonGreen(characters.saveButton);
  hideElement(characterCreation.previousElementSibling);
  showElement(characterCreation);
  handleStyle(characters, selectedElement);

  characterCreation.reset();

  for (var [name, value] of Object.entries(formData)) {
    var formElement = characterCreation[name];

    if (!formElement) {
      continue;
    }

    if (formElement.type === "checkbox") {
      if (isChecked(value)) {
        formElement.checked = true;
      }
    } else {
      formElement.value = value;
    }
  }
  var selectedRace = characterCreation.race.value;
  var classChoice = characterCreation.class;
  var weaponElement = characterCreation.weapon;

  filterClass(selectedRace, classChoice, true);
  filterWeapon(
    selectedRace,
    weaponElement,
    characters.weaponCategory,
    battle.constants.allowedWeaponsPerRace,
    true
  );
  handlePolymorphDisplay(
    characters,
    characterCreation.polymorphMonster.value,
    characterCreation.polymorphMonsterImage.value
  );
  handleWeaponDisplay(
    characters.weaponCategory,
    characters.weaponDisplay,
    weaponElement.value
  );
  filterUpgrade(
    characterCreation.weaponUpgrade,
    weaponElement.value,
    characters.randomAttackValue,
    characters.randomMagicAttackValue
  );
  for (var [targetName, sibling] of Object.entries(characters.toggleSiblings)) {
    filterCheckbox(characterCreation[targetName], sibling);
  }
  filterSkills(classChoice.value, characters.skillElementsToFilter);
  handleBonusVariationUpdate(characterCreation, characters.bonusVariation);
}

function handleClickOnCharacter(
  spanInput,
  target,
  characters,
  characterElement,
  battle,
  edition
) {
  var displayedPseudo = characters.characterCreation.name.value;
  var pseudo = spanInput.dataset.name;
  var { unsavedWarning, deleteWarning } = characters.defaultText;

  if (edition) {
    if (!characters.unsavedChanges) {
      updateForm(
        characters.savedCharacters[pseudo],
        characters.characterCreation,
        characters,
        characterElement,
        battle
      );
    } else if (displayedPseudo === pseudo) {
      // pass
    } else {
      var result = confirm(unsavedWarning);

      if (result) {
        updateForm(
          characters.savedCharacters[pseudo],
          characters.characterCreation,
          characters,
          characterElement,
          battle
        );
        characters.unsavedChanges = false;
      }
    }
  } else {
    if (target.tagName === "path") {
      target = target.parentElement;
    }

    switch (target.dataset.icon) {
      case "duplicate":
        if (!characters.unsavedChanges) {
          addNewCharacter(
            characters,
            characters.newCharacterTemplate,
            characters.charactersContainer,
            battle,
            pseudo
          );
        } else {
          var result = confirm(unsavedWarning);

          if (result) {
            addNewCharacter(
              characters,
              characters.newCharacterTemplate,
              characters.charactersContainer,
              battle,
              pseudo
            );
            saveButtonGreen(characters.saveButton);
            characters.unsavedChanges = false;
          }
        }
        break;

      case "download":
        var character = characters.savedCharacters[pseudo];
        downloadData(
          JSON.stringify(character),
          "text/plain",
          character.name + ".txt"
        );
        break;

      case "delete":
        var result = confirm(deleteWarning.replace("[[]]", pseudo));
        if (result) {
          deleteCharacter(characters, pseudo, characterElement, battle);
        }
        break;
    }
  }
}

function handleNewCharacter(
  characters,
  characterTemplate,
  charactersContainer,
  battle,
  pseudo
) {
  var newCharacterTemplate = characterTemplate.cloneNode(true);
  var spanInput = newCharacterTemplate.querySelector("span.input");

  newCharacterTemplate.setAttribute("tabindex", "0");
  charactersContainer.appendChild(newCharacterTemplate);

  if (pseudo) {
    spanInput.textContent = pseudo;
    spanInput.setAttribute("data-name", pseudo);
  }

  newCharacterTemplate.addEventListener("click", function (event) {
    var target = event.target;

    if (target.tagName === "path" || target.tagName === "svg") {
      handleClickOnCharacter(
        spanInput,
        target,
        characters,
        newCharacterTemplate,
        battle
      );
    } else {
      handleClickOnCharacter(
        spanInput,
        null,
        characters,
        newCharacterTemplate,
        battle,
        true
      );
    }
  });

  newCharacterTemplate.addEventListener("keydown", function (event) {
    if (event.keyCode === 13) {
      event.target.click();
    }
  });

  return [newCharacterTemplate, spanInput];
}

function validPseudo(pseudo, defaultPseudo) {
  var newPseudo = pseudoFormat(pseudo);

  if (!newPseudo) {
    return pseudoFormat(defaultPseudo);
  }

  return newPseudo;
}

function addNewCharacter(
  characters,
  characterTemplate,
  charactersContainer,
  battle,
  pseudoToDuplicate
) {
  function editAndSetCharacterPseudoInput(selectedCharacter, spanInput) {
    var maxPseudoLength = 20;
    var defaultPseudo = characters.defaultText.pseudo;

    var selection = window.getSelection();
    var range = document.createRange();

    if (pseudoToDuplicate) {
      spanInput.textContent = pseudoToDuplicate;
    }

    spanInput.contentEditable = true;
    spanInput.focus();
    range.selectNodeContents(spanInput);
    selection.removeAllRanges();
    selection.addRange(range);

    function pseudoValidation() {
      var characterPseudo = validPseudo(spanInput.textContent, defaultPseudo);
      var characterDataObject = { name: characterPseudo };

      if (pseudoToDuplicate) {
        characterDataObject = copyObject(
          characters.savedCharacters[pseudoToDuplicate]
        );
        characterDataObject.name = characterPseudo;
      }

      [characterDataObject, characterPseudo] = addUniquePseudo(
        characterDataObject,
        Object.keys(characters.savedCharacters)
      );

      selection.removeAllRanges();
      spanInput.contentEditable = false;
      spanInput.textContent = characterPseudo;
      spanInput.setAttribute("data-name", characterPseudo);

      updateForm(
        characterDataObject,
        characters.characterCreation,
        characters,
        selectedCharacter,
        battle
      );
      saveCharacter(
        characters.savedCharacters,
        characters.characterCreation,
        battle,
        true
      );
    }

    function handleMaxLength(event) {
      if (spanInput.textContent.length > maxPseudoLength) {
        spanInput.textContent = spanInput.textContent.slice(0, maxPseudoLength);
        range.setStart(spanInput.childNodes[0], maxPseudoLength);
        selection.removeAllRanges();
        selection.addRange(range);
      }
    }

    function handleBlur() {
      spanInput.removeEventListener("blur", handleBlur);
      spanInput.removeEventListener("input", handleMaxLength);
      pseudoValidation();
    }

    function handleKeyDown(event) {
      if (event.key === "Enter") {
        event.preventDefault();

        spanInput.removeEventListener("keydown", handleKeyDown);
        spanInput.removeEventListener("blur", handleBlur);
        spanInput.removeEventListener("input", handleMaxLength);

        pseudoValidation();
      }
    }

    spanInput.addEventListener("input", handleMaxLength);
    spanInput.addEventListener("keydown", handleKeyDown);
    spanInput.addEventListener("blur", handleBlur);
  }

  hideElement(characters.characterCreation);
  var [selectedCharacter, spanInput] = handleNewCharacter(
    characters,
    characterTemplate,
    charactersContainer,
    battle
  );

  editAndSetCharacterPseudoInput(selectedCharacter, spanInput);
}

function handleFocus() {
  var tooltipLinks = document.querySelectorAll("div.tooltip a");
  tooltipLinks.forEach(function (link) {
    link.setAttribute("tabindex", -1);
  });
}

function resetBonusVariation(bonusVariation) {
  function resetInput(input) {
    input.removeAttribute("min");
    input.removeAttribute("max");
    input.defaultValue = 0;
    input.value = input.defaultValue;
  }
  var { minValue, maxValue, checkbox, container, disabledText, selectedText } =
    bonusVariation;

  resetInput(minValue);
  resetInput(maxValue);
  showElement(disabledText);
  hideElement(selectedText);
  hideElement(container);
  checkbox.checked = false;
}

function handleBonusVariationUpdate(
  characterCreation,
  bonusVariation,
  resetSkill
) {
  var selectedBonus = characterCreation.bonusVariation.value;
  var displayName = characterCreation.bonusVariationName.value;

  if (
    resetSkill &&
    (selectedBonus.startsWith("attackSkill") ||
      selectedBonus.startsWith("horseSkill") ||
      selectedBonus.startsWith("skillBonus"))
  ) {
    resetBonusVariation(bonusVariation);
    return;
  }

  if (
    characterCreation.hasOwnProperty(selectedBonus) &&
    selectedBonus != 0 &&
    displayName != 0
  ) {
    handleBonusVariation(
      characterCreation[selectedBonus],
      bonusVariation,
      displayName
    );
  } else {
    resetBonusVariation(bonusVariation);
  }
}

function getTargetContent(targetParent, targetName, isSkill) {
  var targetContent = "";

  if (targetParent.children.length <= 1) {
    targetContent = targetParent.textContent;
  } else if (targetName === "weaponUpgrade") {
    targetContent = targetParent.children[1].textContent;
  } else if (targetName === "level") {
    targetContent = targetParent.textContent.replace("Lv", "").trim();
  } else if (isSkill) {
    var container = targetParent.children[1];

    for (var index = 0; index < container.children.length; index++) {
      var element = container.children[index];

      if (element.checkVisibility()) {
        targetContent += element.textContent;
      }
    }
  } else {
    for (var index = 1; index < targetParent.children.length; index++) {
      var element = targetParent.children[index];

      if (element.checkVisibility()) {
        targetContent += element.textContent;
      }
    }
  }

  return targetContent.trim();
}

function handleBonusVariation(target, bonusVariation, displayName) {
  var {
    minValue,
    maxValue,
    checkbox,
    container,
    disabledText,
    selectedText,
    displaySpan,
  } = bonusVariation;

  var {
    min: targetMin,
    max: targetMax,
    name: targetName,
    value: targetValue,
    parentElement: targetParent,
    tagName,
  } = target;

  targetMin = Number(targetMin);
  targetMax = Number(targetMax);
  targetValue = Number(targetValue);

  var isSkill = tagName === "SELECT";

  if (isSkill) {
    var options = target.options;

    targetMin = options[0].value;
    targetMax = options[options.length - 1].value;
  }

  minValue.min = targetMin;
  minValue.max = targetMax;
  minValue.defaultValue = targetMin;

  maxValue.min = targetMin;
  maxValue.max = targetMax;
  maxValue.defaultValue = targetMin;

  hideElement(disabledText);
  showElement(selectedText);

  if (displayName) {
    minValue.value = Math.min(Math.max(minValue.value, targetMin), targetMax);
    maxValue.value = Math.max(Math.min(maxValue.value, targetMax), targetMin);

    displaySpan.textContent = displayName;
  } else {
    var { input, inputName, tabButton } = bonusVariation;
    var targetContent = getTargetContent(targetParent, targetName, isSkill);

    input.value = targetName;
    inputName.value = targetContent;
    displaySpan.textContent = targetContent;

    minValue.value = Math.max(targetValue - 10, targetMin);
    maxValue.value = Math.min(targetValue + 10, targetMax);

    showElement(container);
    checkbox.checked = true;

    tabButton.click();
    tabButton.scrollIntoView(true);

    input.dispatchEvent(newChangeEvent());
  }
}

function characterManagement(characters, battle) {
  var {
    newCharacterTemplate: characterTemplate,
    charactersContainer,
    addNewCharacterButton,
    saveButton,
    characterCreation,
    bonusVariation,
    defaultText: { unsavedWarning },
  } = characters;

  Object.keys(characters.savedCharacters).forEach(function (pseudo) {
    handleNewCharacter(
      characters,
      characterTemplate,
      charactersContainer,
      battle,
      pseudo
    );
  });

  addNewCharacterButton.addEventListener("click", function (event) {
    if (!characters.unsavedChanges) {
      addNewCharacter(
        characters,
        characterTemplate,
        charactersContainer,
        battle
      );
    } else {
      var result = confirm(unsavedWarning);

      if (result) {
        addNewCharacter(
          characters,
          characterTemplate,
          charactersContainer,
          battle
        );
        saveButtonGreen(saveButton);
        characters.unsavedChanges = false;
      }
    }
  });

  handleUploadCharacter(
    characters,
    characterTemplate,
    charactersContainer,
    battle
  );

  function handleLongPress(target) {
    if (target.tagName !== "INPUT" && target.tagName !== "SELECT") {
      target = target.querySelector("input");
    }

    if (
      !target ||
      (target.type !== "number" &&
        !target.classList.contains("skill-select") &&
        target.name !== "weaponUpgrade") ||
      target.classList.contains("disabled-variation")
    ) {
      return;
    }

    handleBonusVariation(target, bonusVariation, null);
  }

  characterCreation.addEventListener("click", function (event) {
    if (event.shiftKey || event.ctrlKey) {
      handleLongPress(event.target);
    }
  });

  var longPressTimer;

  characterCreation.addEventListener("touchstart", function (event) {
    longPressTimer = setTimeout(function () {
      handleLongPress(event.target);
    }, 800);
  });

  characterCreation.addEventListener("touchend", function () {
    clearTimeout(longPressTimer);
  });

  characterCreation.addEventListener("touchmove", function () {
    clearTimeout(longPressTimer);
  });

  filterForm(characters, battle);
  characterCreationListener(characters, battle);
  handleFocus();

  window.addEventListener("beforeunload", function (event) {
    if (characters.unsavedChanges) {
      event.preventDefault();
      return "";
    }
  });
}

function addMonsterElement(characters, battle, monsterVnum, iframeInfo) {
  var { monsterTemplate, monstersContainer } = characters;
  var monsterElement = monsterTemplate.cloneNode(true);
  var spanInput = monsterElement.querySelector("span.input");
  var deleteSvg = monsterElement.querySelector("svg");
  var monsterName = getMonsterName(monsterVnum);
  var displayName = characters.translateMonsters
    ? getTranslatedMonsterName(monsterVnum)
    : monsterName;
  var link = createWikiLink(monsterName, displayName);

  monsterElement.setAttribute("tabindex", "0");
  spanInput.appendChild(link);
  monstersContainer.appendChild(monsterElement);
  characters.monsterElements[monsterVnum] = monsterElement;

  deleteSvg.addEventListener("click", function () {
    var monster = characters.savedMonsters[monsterVnum];
    iframeInfo[monster.category].shouldBeUpdated = true;

    deleteMonster(characters, battle, monsterVnum);
  });
}

function addNewMonster(
  characters,
  battle,
  monsterVnum,
  monsterImage,
  iframeInfo,
  category
) {
  if (isValueInArray(monsterVnum, Object.keys(characters.savedMonsters)))
    return;

  var newMonster = {
    image: monsterImage,
    category: category,
  };

  characters.savedMonsters[monsterVnum] = newMonster;

  addMonsterElement(characters, battle, monsterVnum, iframeInfo);
  updateSavedMonsters(characters.savedMonsters);
  addBattleChoice(battle.battleChoice, monsterVnum, newMonster, true);
}

function translateiFrame(iframeDoc) {
  const filterName = iframeDoc.getElementById("filter-name");
  const { general, special } = translation;
  const translatedPlaceholder = special.placeholder;

  if (filterName && translatedPlaceholder) {
    filterName.placeholder = translatedPlaceholder;
  }

  for (const element of iframeDoc.querySelectorAll("[data-t]")) {
    const translateText = general[element.dataset.t];

    if (translateText) {
      element.textContent = translateText;
    }
  }
}

function translateMonsterCard(card, cardNameElement, monsterVnum) {
  const mapping = translation.mapping;
  const levelElement = card.querySelector("[data-level]");
  const typeElement = card.querySelector("[data-type] a");
  const damageElements = card.querySelectorAll("[data-damage] a");

  cardNameElement.textContent = getTranslatedMonsterName(monsterVnum);

  levelElement.textContent = levelElement.textContent.replace(
    "Boss",
    translation.special.boss
  );

  if (typeElement) {
    typeElement.textContent = mapping[typeElement.textContent];
  }

  damageElements.forEach((damageElement) => {
    damageElement.textContent = mapping[damageElement.textContent];
  });
}

function addButtonsToCardsAndTranslate(
  characters,
  iframeDoc,
  iframeInfo,
  category
) {
  const buttonTemplates = characters.monsterButtonTemplates.children[0];
  const cardToEdit = iframeDoc.getElementById("cards-container").children;
  const { nameToVnum } = iframeInfo;
  const vnumToButtons = iframeInfo[category].vnumToButtons;
  const translateMonsters = characters.translateMonsters;

  for (let cardIndex = 0; cardIndex < cardToEdit.length; cardIndex++) {
    const card = cardToEdit[cardIndex];
    const cardNameElement = card.querySelector("[data-name]").firstChild;
    const buttonTemplatesClone = buttonTemplates.cloneNode(true);
    const cardName = cardNameElement.title.replace(/\s/g, " ");

    if (!nameToVnum.hasOwnProperty(cardName)) {
      card.style.display = "none";
      continue;
    }

    const monsterVnum = nameToVnum[cardName];

    buttonTemplatesClone.dataset.monsterId = monsterVnum;
    card.lastElementChild.appendChild(buttonTemplatesClone);
    vnumToButtons[monsterVnum] = buttonTemplatesClone.children;

    if (translateMonsters) {
      translateMonsterCard(card, cardNameElement, monsterVnum);
    }
  }

  if (translateMonsters) {
    translateiFrame(iframeDoc);
  }
}

function updateiFrameButtons(characters, iframeInfo, category) {
  var addedMonsters = Object.keys(characters.savedMonsters);
  var { currentiFrameIsMonster } = iframeInfo;
  var vnumToButtons = iframeInfo[category].vnumToButtons;
  var isPolymorphModal = category === "monster" && !currentiFrameIsMonster;

  for (var monsterVnum in vnumToButtons) {
    var [addButton, deleteButton, selectButton] = vnumToButtons[monsterVnum];

    if (isPolymorphModal) {
      hideElement(addButton);
      hideElement(deleteButton);
      showElement(selectButton);
      continue;
    }

    if (isValueInArray(monsterVnum, addedMonsters)) {
      hideElement(addButton);
      showElement(deleteButton);
      hideElement(selectButton);
    } else {
      showElement(addButton);
      hideElement(deleteButton);
      hideElement(selectButton);
    }
  }

  iframeInfo.lastiFrameIsMonster = currentiFrameIsMonster;
}

function getMonsterImage(buttonsContainer) {
  var elder = buttonsContainer.parentElement.firstElementChild;
  var image = elder.querySelector("img");

  if (image) {
    return image.getAttribute("src") || "";
  }

  return "";
}

function handleiFrame(iframeInfo, category) {
  var { characters, battle } = iframeInfo;
  var iframeInfoCategory = iframeInfo[category];
  var { iframe, pageName, vnumToButtons } = iframeInfoCategory;
  var loadingAnimation = iframeInfoCategory.iframe.previousElementSibling;

  iframe.src = mw.util.getUrl(pageName);

  window.addEventListener("message", function (event) {
    if (
      event.origin !== window.origin ||
      event.data?.type !== "filterReady" ||
      event.data.category !== category
    ) {
      return;
    }
    var iframeDoc = iframe.contentDocument || iframe.contentWindow.document;
    var htmlElement = iframeDoc.documentElement;
    var iframeBody = iframeDoc.body;
    var content = iframeDoc.getElementById("show-after-loading");

    htmlElement.setAttribute("lang", characters.currentLanguage);
    iframeBody.firstElementChild.replaceWith(content);

    iframeBody.style.background = "transparent";
    iframeBody.style.paddingRight = "10px";

    addButtonsToCardsAndTranslate(characters, iframeDoc, iframeInfo, category);
    updateiFrameButtons(characters, iframeInfo, category);

    iframeInfoCategory.loadIsFinished = true;

    hideElement(loadingAnimation);
    showElement(iframe);

    iframeDoc.addEventListener("click", handleButtonClick);

    function handleButtonClick(event) {
      var target = event.target;
      var link = target.closest("a");
      var buttonsContainer = target.closest(".handle-monster");

      if (link) {
        event.preventDefault();
        window.open(link.href, "_blank");
      } else if (buttonsContainer) {
        var { monsterId: monsterVnum } = buttonsContainer.dataset;

        // polymorph iframe
        if (category === "monster" && !iframeInfo.currentiFrameIsMonster) {
          var monsterImage = getMonsterImage(buttonsContainer);
          changePolymorphValues(
            characters.characterCreation,
            monsterVnum,
            monsterImage
          );
          handlePolymorphDisplay(characters, monsterVnum, monsterImage);
          iframe.dispatchEvent(newChangeEvent());
        } else {
          var addedMonsters = Object.keys(characters.savedMonsters);
          var [addButton, deleteButton] = vnumToButtons[monsterVnum];

          if (isValueInArray(monsterVnum, addedMonsters)) {
            deleteMonster(characters, battle, monsterVnum);
            showElement(addButton);
            hideElement(deleteButton);
          } else {
            var monsterImage = getMonsterImage(buttonsContainer);
            addNewMonster(
              characters,
              battle,
              monsterVnum,
              monsterImage,
              iframeInfo,
              category
            );
            hideElement(addButton);
            showElement(deleteButton);
          }
        }
      }
    }
  });
}

function getNameToVnumMapping() {
  var nameToVnum = {};

  for (var monsterVnum in monsterData) {
    nameToVnum[monsterData[monsterVnum][monsterData[monsterVnum].length - 1]] =
      monsterVnum;
  }

  return nameToVnum;
}

function monsterManagement(characters, battle) {
  var { monsteriFrame, stoneiFrame } = characters;
  var monsterVnums = Object.keys(monsterData);

  var iframeInfo = {
    lastiFrameIsMonster: false,
    currentiFrameIsMonster: false,
    characters: characters,
    battle: battle,
    nameToVnum: getNameToVnumMapping(),
    monster: {
      isLoaded: false,
      loadIsFinished: false,
      shouldBeUpdated: false,
      vnumToButtons: {},
      pageName: "Monstres",
      iframe: monsteriFrame,
    },
    stone: {
      isLoaded: false,
      loadIsFinished: false,
      shouldBeUpdated: false,
      vnumToButtons: {},
      pageName: "Pierres Metin",
      iframe: stoneiFrame,
    },
  };

  document.addEventListener("modalOpen", function (event) {
    var modalName = event.detail.name;

    if (modalName === "monster" || modalName === "stone") {
      handleModal(event.target, modalName);
    }
  });

  function handleModal(target, modalName) {
    var iframeInfoCategory = iframeInfo[modalName];

    if (modalName === "monster") {
      var isMonsteriFrame = target.id === "add-new-monster";
      iframeInfo.currentiFrameIsMonster = isMonsteriFrame;

      if (
        iframeInfoCategory.loadIsFinished &&
        ((isMonsteriFrame && !iframeInfo.lastiFrameIsMonster) ||
          (!isMonsteriFrame && iframeInfo.lastiFrameIsMonster))
      ) {
        iframeInfoCategory.shouldBeUpdated = true;
      }
    }

    if (!iframeInfoCategory.isLoaded) {
      handleiFrame(iframeInfo, modalName);
      iframeInfoCategory.isLoaded = true;
    }

    if (
      iframeInfoCategory.loadIsFinished &&
      iframeInfoCategory.shouldBeUpdated
    ) {
      updateiFrameButtons(characters, iframeInfo, modalName);
      iframeInfoCategory.shouldBeUpdated = false;
    }
  }

  Object.keys(characters.savedMonsters)
    .slice()
    .forEach(function (monsterVnum) {
      if (isValueInArray(monsterVnum, monsterVnums)) {
        addMonsterElement(characters, battle, monsterVnum, iframeInfo);
      } else {
        deleteMonster(characters, battle, monsterVnum);
      }
    });
}

function hideAttackType(container, input, attackType) {
  hideElement(container);

  if (input.checked) {
    var defaultInput = attackType.defaultInput;

    input.checked = false;
    defaultInput.checked = true;
    defaultInput.dispatchEvent(newChangeEvent());
  }
}

function filterAttackTypeSelectionCharacter(attacker, attackType) {
  var attackerClass = attacker.class;
  var attackerIsNotPolymorph = !isPolymorph(attacker);
  var { elements: attackTypeElements } = attackType;

  for (var index = 0; index < attackTypeElements.length; index++) {
    var { container, input, inputClass, inputValue } =
      attackTypeElements[index];

    if (
      attackerIsNotPolymorph &&
      attacker[inputValue] &&
      (attackerClass === inputClass ||
        (inputValue.startsWith("horseSkill") &&
          isRiding(attacker) &&
          (!inputClass || isValueInArray(attackerClass, inputClass))))
    ) {
      showElement(container);
    } else {
      hideAttackType(container, input, attackType);
    }
  }
}

function filterAttackTypeSelectionMonster(attackType) {
  var attackTypeElements = attackType.elements;

  for (var index = 0; index < attackTypeElements.length; index++) {
    var { container, input } = attackTypeElements[index];
    hideAttackType(container, input, attackType);
  }
}

function removeBattleElement(battleChoice, nameOrVnum, category, type) {
  var elements = battleChoice[category][type].elements;

  if (elements.hasOwnProperty(nameOrVnum)) {
    elements[nameOrVnum].container.remove();
    delete elements[nameOrVnum];
    battleChoice[category][type].count--;
  }
}

function removeBattleChoice(battleChoice, nameOrVnum, type) {
  battleChoice.categories.forEach(function (category) {
    if (category === "attacker" && type === "stone") {
      return;
    }
    var selected = battleChoice[category].selected;

    if (selected) {
      var { type: selectedType, nameOrVnum: selectedNameOrVnum } =
        parseTypeAndName(selected);

      if (nameOrVnum === selectedNameOrVnum && type === selectedType) {
        resetBattleChoiceButton(battleChoice, category);
        battleChoice[category].selected = null;
      }
    }

    removeBattleElement(battleChoice, nameOrVnum, category, type);
    updateBattleChoiceText(battleChoice, category, type);
  });
}

function addBattleElement(
  battleChoice,
  pseudoOrVnum,
  characterOrMonster,
  category,
  isMonster
) {
  var { template, raceToImage, translateMonsters } = battleChoice;
  var battleChoiceCategory = battleChoice[category];
  var templateClone = template.cloneNode(true);
  var label = templateClone.firstElementChild;
  var [input, image, span] = label.children;
  var imageSrc;
  var name;
  var type;

  if (isMonster) {
    type = characterOrMonster.category;

    if (type === "stone" && category === "attacker") {
      return;
    }
    imageSrc = characterOrMonster.image;
    name = translateMonsters
      ? getTranslatedMonsterName(pseudoOrVnum)
      : getMonsterName(pseudoOrVnum);
  } else {
    type = "character";
    imageSrc = raceToImage[characterOrMonster.race];
    name = pseudoOrVnum;
    label.classList.add("notranslate");
  }

  var value = type + "-" + pseudoOrVnum;
  var id = category + "-" + value;
  var currentBattleChoice = battleChoiceCategory[type];

  label.setAttribute("for", id);
  input.value = value;
  input.id = id;
  input.name = category;
  span.textContent = name;

  handleImageFromWiki(image, imageSrc);

  currentBattleChoice.container.appendChild(templateClone);
  currentBattleChoice.count++;
  currentBattleChoice.elements[pseudoOrVnum] = {
    container: templateClone,
    image: image,
    name: name,
  };

  updateBattleChoiceText(battleChoice, category, type);
}

function addBattleChoice(
  battleChoice,
  pseudoOrVnum,
  characterOrMonster,
  isMonster = false
) {
  addBattleElement(
    battleChoice,
    pseudoOrVnum,
    characterOrMonster,
    "attacker",
    isMonster
  );
  addBattleElement(
    battleChoice,
    pseudoOrVnum,
    characterOrMonster,
    "victim",
    isMonster
  );
}

function updateBattleChoiceImage(battleChoice, characterName, newRace) {
  var imageSrc = battleChoice.raceToImage[newRace];

  battleChoice.categories.forEach(function (category) {
    handleImageFromWiki(
      battleChoice[category].character.elements[characterName].image,
      imageSrc
    );

    var selected = battleChoice[category].selected;

    if (isCharacterSelected(characterName, selected)) {
      updateBattleChoiceButton(battleChoice, category, selected);
    }
  });
}

function updateBattleChoiceText(battleChoice, category, type) {
  var { count, container } = battleChoice[category][type];
  var parentContainer = container.parentElement;

  if (count === 0) {
    hideElement(parentContainer);
    showElement(parentContainer.nextElementSibling);
  } else if (count === 1) {
    showElement(parentContainer);
    hideElement(parentContainer.nextElementSibling);
  }
}

function updateBattleChoice(characters, battleChoice) {
  var templateImage = battleChoice.template.querySelector("img");
  var attackerImage = battleChoice.attacker.buttonContent.querySelector("img");
  var victimImage = battleChoice.victim.buttonContent.querySelector("img");

  resetImageFromWiki(templateImage);
  resetImageFromWiki(attackerImage);
  resetImageFromWiki(victimImage);

  for (var [pseudo, character] of Object.entries(characters.savedCharacters)) {
    addBattleChoice(battleChoice, pseudo, character);
  }

  for (var [vnum, monster] of Object.entries(characters.savedMonsters)) {
    addBattleChoice(battleChoice, vnum, monster, true);
  }
}

function updateBattleChoiceButton(battleChoice, category, data) {
  var battleChoiceCategory = battleChoice[category];
  var { defaultButtonContent, buttonContent } = battleChoiceCategory;
  var [buttonImage, buttonSpan] = buttonContent.firstElementChild.children;
  var { type, nameOrVnum } = parseTypeAndName(data);
  var { name, image } = battleChoiceCategory[type].elements[nameOrVnum];

  hideElement(defaultButtonContent);
  showElement(buttonContent);

  buttonSpan.textContent = name;
  buttonImage.src = image.src;
  battleChoiceCategory.selected = data;
}

function resetBattleChoiceButton(battleChoice, category) {
  var { defaultButtonContent, buttonContent } = battleChoice[category];

  showElement(defaultButtonContent);
  hideElement(buttonContent);

  if (category === "attacker") {
    filterAttackTypeSelectionMonster(battleChoice.attackType);
  }
}

function isPC(character) {
  if (character.race === 0 || character.race === 1) {
    return false;
  }
  return true;
}

function isBoss(character) {
  return character.race === 0 && character.rank >= 5;
}

function isStone(character) {
  return character.race === 1;
}

function isMeleeAttacker(monster) {
  return monster.attack == 0;
}

function isRangeAttacker(monster) {
  return monster.attack == 1;
}

function isMagicAttacker(monster) {
  return monster.attack == 2;
}

function isMagicClass(character) {
  return character.race === "shaman" || character.class === "black_magic";
}

function isDispell(character, skillId) {
  return character.class === "weaponary" && skillId === 6;
}

function isPolymorph(character) {
  return isChecked(character.isPolymorph);
}

function isRiding(character) {
  return isChecked(character.isRiding);
}

function isBow(weaponType) {
  return weaponType === 2;
}

function calcAttackFactor(attacker, victim) {
  function calcCoeffK(dex, level) {
    return Math.min(90, Math.floor((2 * dex + level) / 3));
  }

  var K1 = calcCoeffK(attacker.polymorphDex, attacker.level);
  var K2 = calcCoeffK(victim.polymorphDex, attacker.level);

  var AR = (K1 + 210) / 300;
  var ER = (((2 * K2 + 5) / (K2 + 95)) * 3) / 10;

  return truncateNumber(AR - ER, 8);
}

function calcMainAttackValue(attacker) {
  var leadership = 0;
  var weaponGrowth = 0;

  if (isPC(attacker)) {
    weaponGrowth = attacker.weapon.growth;
    leadership = attacker.leadership;
  }

  return 2 * (attacker.level + weaponGrowth) + leadership;
}

function calcStatAttackValue(character) {
  switch (character.race) {
    case "warrior":
    case "sura":
      return 2 * character.str;
    case "ninja":
      return Math.floor((1 / 4) * (character.str + 7 * character.dex));
    case "shaman":
      return Math.floor((1 / 3) * (5 * character.int + character.dex));
    case "lycan":
      return character.vit + 2 * character.dex;
    default:
      return 2 * character.str;
  }
}

function calcPvpCriticalAttackRange(minAttackValue, maxAttackValue, growth) {
  return Array.from(
    { length: maxAttackValue - minAttackValue + 1 },
    (_, index) => (minAttackValue + growth + index) * 2
  );
}

function calcSecondaryAttackValue(attacker, isPlayerVsPlayer) {
  let attackValueOther = 0;

  let minAttackValue = 0;
  let maxAttackValue = 0;

  let minAttackValueSlash = 0;
  let maxAttackValueSlash = 0;

  let type, isSerpent, growth;

  let criticalAttackRange;

  if (isPC(attacker)) {
    ({ type, isSerpent, minAttackValue, maxAttackValue, growth } =
      attacker.weapon);

    if (isSerpent) {
      minAttackValue = Math.max(0, attacker.minAttackValueRandom - growth);
      maxAttackValue = Math.max(
        minAttackValue,
        attacker.maxAttackValueRandom - growth
      );
    }

    minAttackValueSlash = Math.min(
      attacker.minAttackValueSlash,
      attacker.maxAttackValueSlash
    );
    maxAttackValueSlash = Math.max(
      attacker.minAttackValueSlash,
      attacker.maxAttackValueSlash
    );

    attackValueOther += attacker.attackValue;

    if (isBow(type) && !isPolymorph(attacker)) {
      attackValueOther += 25;
    }

    if (isPlayerVsPlayer) {
      criticalAttackRange = calcPvpCriticalAttackRange(
        minAttackValue,
        maxAttackValue,
        growth
      );
    }
  } else {
    minAttackValue = attacker.minAttackValue;
    maxAttackValue = attacker.maxAttackValue;
  }

  minAttackValue += attacker.minAttackValuePolymorph;
  maxAttackValue += attacker.maxAttackValuePolymorph;

  attackValueOther += attacker.statAttackValue;
  attackValueOther += attacker.horseAttackValue;

  const weaponInterval = maxAttackValue - minAttackValue + 1;
  const slashInterval = maxAttackValueSlash - minAttackValueSlash + 1;

  const totalCardinal = weaponInterval * slashInterval * 1_000_000;
  const minInterval = Math.min(weaponInterval, slashInterval);

  minAttackValue += minAttackValueSlash;
  maxAttackValue += maxAttackValueSlash;

  return {
    minAttackValue: minAttackValue,
    maxAttackValue: maxAttackValue,
    attackValueOther: attackValueOther,
    totalCardinal: totalCardinal,
    weights: calcWeights(minAttackValue, maxAttackValue, minInterval),
    possibleDamageCount: maxAttackValue - minAttackValue + 1,
    criticalAttackRange: criticalAttackRange,
  };
}

function calcMagicAttackValue(attacker, isPlayerVsPlayer) {
  let minMagicAttackValueSlash = 0;
  let maxMagicAttackValueSlash = 0;

  let criticalAttackRange;

  let {
    isSerpent,
    minMagicAttackValue,
    maxMagicAttackValue,
    minAttackValue,
    maxAttackValue,
    growth,
  } = attacker.weapon;

  if (isSerpent) {
    minMagicAttackValue = Math.max(0, attacker.minMagicAttackValueRandom);
    maxMagicAttackValue = Math.max(
      minMagicAttackValue,
      attacker.maxMagicAttackValueRandom
    );
    minAttackValue = Math.max(0, attacker.minAttackValueRandom - growth);
    maxAttackValue = Math.max(
      minAttackValue,
      attacker.maxAttackValueRandom - growth
    );
  } else {
    minMagicAttackValue += growth;
    maxMagicAttackValue += growth;
  }

  if (isPlayerVsPlayer) {
    criticalAttackRange = calcPvpCriticalAttackRange(
      minAttackValue,
      maxAttackValue,
      growth
    );
  }

  minMagicAttackValueSlash = Math.min(
    attacker.minMagicAttackValueSlash,
    attacker.maxMagicAttackValueSlash
  );
  maxMagicAttackValueSlash = Math.max(
    attacker.minMagicAttackValueSlash,
    attacker.maxMagicAttackValueSlash
  );

  const weaponInterval = maxMagicAttackValue - minMagicAttackValue + 1;
  const slashInterval = maxMagicAttackValueSlash - minMagicAttackValueSlash + 1;

  const totalCardinal = weaponInterval * slashInterval * 1_000_000;
  const minInterval = Math.min(weaponInterval, slashInterval);

  minMagicAttackValue += minMagicAttackValueSlash;
  maxMagicAttackValue += maxMagicAttackValueSlash;

  return {
    minMagicAttackValue: minMagicAttackValue,
    maxMagicAttackValue: maxMagicAttackValue,
    magicAttackValueAugmentation: getMagicAttackValueAugmentation(
      minMagicAttackValue,
      maxMagicAttackValue,
      attacker.magicAttackValue
    ),
    totalCardinal: totalCardinal,
    weights: calcWeights(minMagicAttackValue, maxMagicAttackValue, minInterval),
    possibleDamageCount: maxMagicAttackValue - minMagicAttackValue + 1,
    criticalAttackRange: criticalAttackRange,
  };
}

function getPolymorphPower(polymorphPoint, polymorphPowerTable) {
  return polymorphPowerTable[polymorphPoint];
}

function getSkillPower(skillPoint, skillPowerTable) {
  return skillPowerTable[skillPoint];
}

function getMarriageBonusValue(character, marriageTable, itemName) {
  let index;
  const lovePoint = character.lovePoint;

  if (lovePoint < 65) {
    index = 0;
  } else if (lovePoint < 80) {
    index = 1;
  } else if (lovePoint < 100) {
    index = 2;
  } else {
    index = 3;
  }

  return marriageTable[itemName][index];
}

function calcDamageWithPrimaryBonuses(damage, bonusValues) {
  damage = Math.floor((damage * bonusValues.attackValueCoeff) / 100);

  damage += bonusValues.attackValueMarriage;

  damage = Math.floor(
    (damage * bonusValues.monsterResistanceMarriageCoeff) / 100
  );
  damage = Math.floor((damage * bonusValues.monsterResistanceCoeff) / 100);

  damage += Math.floor((damage * bonusValues.typeBonusCoeff) / 100);
  damage +=
    Math.floor((damage * bonusValues.raceBonusCoeff) / 100) -
    Math.floor((damage * bonusValues.raceResistanceCoeff) / 100);
  damage += Math.floor((damage * bonusValues.stoneBonusCoeff) / 100);
  damage += Math.floor((damage * bonusValues.monsterBonusCoeff) / 100);

  const elementBonusCoeff = bonusValues.elementBonusCoeff;

  damage +=
    Math.trunc((damage * elementBonusCoeff[0]) / 10000) +
    Math.trunc((damage * elementBonusCoeff[1]) / 10000) +
    Math.trunc((damage * elementBonusCoeff[2]) / 10000) +
    Math.trunc((damage * elementBonusCoeff[3]) / 10000) +
    Math.trunc((damage * elementBonusCoeff[4]) / 10000) +
    Math.trunc((damage * elementBonusCoeff[5]) / 10000);

  damage = Math.floor(damage * bonusValues.damageMultiplier);

  return Math.max(0, damage);
}

function calcFinalDamage(
  finalDamage,
  damageWithPrimaryBonuses,
  bonusValues,
  criticalAttackRange,
  damageByType
) {
  for (let criticalIndex = 0; criticalIndex < 2; criticalIndex++) {
    if (bonusValues.skipCriticalStep[criticalIndex]) {
      continue;
    }
    let beforeCriticalDamage = finalDamage;
    let damageValues = criticalIndex
      ? criticalAttackRange || [finalDamage]
      : [0];

    for (let index = 0, len = damageValues.length; index < len; index++) {
      let afterCriticalDamage = beforeCriticalDamage + damageValues[index];

      for (let piercingIndex = 0; piercingIndex < 2; piercingIndex++) {
        if (bonusValues.skipPiercingStep[piercingIndex]) {
          continue;
        }
        let damage = afterCriticalDamage;

        if (piercingIndex) {
          damage += Math.min(
            bonusValues.defenseBoost,
            damageWithPrimaryBonuses
          );
          damage += Math.floor(
            (damageWithPrimaryBonuses * bonusValues.extraPiercingHitCoeff) /
              1000
          );
        }

        damage = Math.floor((damage * bonusValues.averageDamageCoeff) / 100);
        damage = Math.floor(
          (damage * bonusValues.averageDamageResistanceCoeff) / 100
        );
        damage = Math.floor((damage * bonusValues.skillDamageCoeff) / 100);
        damage = Math.floor(
          (damage * bonusValues.skillDamageResistanceCoeff) / 100
        );
        damage = Math.floor((damage * bonusValues.rankBonusCoeff) / 100);

        if (bonusValues.useDarkProtection) {
          const { darkProtectionPoint, darkProtectionSp } = bonusValues;

          const damageReduction = Math.floor(damage / 3);
          const spAbsorption = Math.floor(
            (damageReduction * darkProtectionPoint) / 100
          );

          if (spAbsorption <= darkProtectionSp) {
            damage -= damageReduction;
          } else {
            damage -= Math.floor(
              (darkProtectionSp * 100) / darkProtectionPoint
            );
          }
        }

        damage -= Math.floor(
          (damage * bonusValues.resistance90PercentHp) / 100
        );
        damage = Math.max(0, damage + bonusValues.defensePercent);
        damage += Math.min(
          300,
          Math.floor((damage * bonusValues.damageBonusCoeff) / 100)
        );
        damage = Math.floor((damage * bonusValues.empireMalusCoeff) / 10);
        damage = Math.floor((damage * bonusValues.sungMaStrBonusCoeff) / 10000);
        damage -= Math.floor(damage * bonusValues.sungmaStrMalusCoeff);
        damage = Math.floor(
          (damage * bonusValues.whiteDragonElixirCoeff) / 100
        );
        damage = Math.floor(
          (damage * bonusValues.steelDragonElixirCoeff) / 100
        );

        damageByType[criticalIndex + 2 * piercingIndex].push(damage);
      }
    }
  }
}

function saveFinalDamage(
  damage,
  damageWithPrimaryBonuses,
  bonusValues,
  criticalAttackRange,
  damageByType
) {
  damage = Math.floor(damage * bonusValues.magicResistanceCoeff);
  damage = Math.trunc((damage * bonusValues.weaponDefenseCoeff) / 100);
  damage = Math.floor((damage * bonusValues.tigerStrengthCoeff) / 100);
  damage = Math.floor((damage * bonusValues.berserkBonusCoeff) / 100);
  damage = Math.floor((damage * bonusValues.fearBonusCoeff) / 100);
  damage = Math.floor((damage * bonusValues.blessingBonusCoeff) / 100);

  calcFinalDamage(
    damage,
    damageWithPrimaryBonuses,
    bonusValues,
    criticalAttackRange,
    damageByType
  );
}

function saveFinalSkillDamage(
  damage,
  bonusValues,
  criticalAttackRange,
  damageByType
) {
  damage = Math.floor(damage * bonusValues.magicResistanceCoeff);
  damage = Math.trunc((damage * bonusValues.weaponDefenseCoeff) / 100);

  damage -= bonusValues.defense;

  const damageValues =
    damage <= 2 && bonusValues.isPhysicalSkill ? [1, 2, 3, 4, 5] : [damage];

  for (const minDamage of damageValues) {
    damage = floorMultiplication(minDamage, bonusValues.skillWardCoeff);
    damage = floorMultiplication(damage, bonusValues.skillBonusCoeff);

    const tempDamage = Math.floor(
      (damage * bonusValues.skillBonusByBonusCoeff) / 100
    );

    damage = Math.floor(
      (tempDamage * bonusValues.magicAttackValueCoeff) / 100 + 0.5
    );
    damage = Math.floor((damage * bonusValues.tigerStrengthCoeff) / 100);

    calcFinalDamage(
      damage,
      tempDamage,
      bonusValues,
      criticalAttackRange,
      damageByType
    );
  }
}

function computePolymorphPoint(attacker, victim, polymorphPowerTable) {
  attacker.polymorphDex = attacker.dex;
  victim.polymorphDex = victim.dex;

  attacker.minAttackValuePolymorph = 0;
  attacker.maxAttackValuePolymorph = 0;

  if (isPC(attacker) && isPolymorph(attacker)) {
    var polymorphPowerPct =
      getPolymorphPower(attacker.polymorphPoint, polymorphPowerTable) / 100;
    var polymorphMonster = createMonster(
      attacker.polymorphMonster,
      null,
      null,
      true
    );

    var polymorphStr = floorMultiplication(
      polymorphPowerPct,
      polymorphMonster.str
    );

    attacker.polymorphDex += floorMultiplication(
      polymorphPowerPct,
      polymorphMonster.dex
    );

    attacker.minAttackValuePolymorph = floorMultiplication(
      polymorphPowerPct,
      polymorphMonster.minAttackValue
    );
    attacker.maxAttackValuePolymorph = floorMultiplication(
      polymorphPowerPct,
      polymorphMonster.maxAttackValue
    );

    if (!attacker.weapon) {
      attacker.maxAttackValuePolymorph += 1;
    }

    attacker.attackValue = 0;

    if (isMagicClass(attacker)) {
      attacker.statAttackValue = 2 * (polymorphStr + attacker.int);
    } else {
      attacker.statAttackValue = 2 * (polymorphStr + attacker.str);
    }
  }
}

function computeHorse(attacker) {
  attacker.horseAttackValue = 0;

  if (isPC(attacker) && isRiding(attacker) && !isPolymorph(attacker)) {
    var horseConstant = 30;

    if (attacker.class === "weaponary") {
      horseConstant = 60;
    }

    attacker.horseAttackValue = floorMultiplication(
      2 * attacker.level + attacker.statAttackValue,
      attacker.horsePoint / horseConstant
    );
  }
}

function getRankBonus(attacker) {
  if (!isChecked(attacker.lowRank)) {
    return 0;
  }

  switch (attacker.rank) {
    case "aggressive":
      return 1;
    case "fraudulent":
      return 2;
    case "malicious":
      return 3;
    case "cruel":
      return 5;
  }

  return 0;
}

function calcElementCoeffPvP(elementBonus, mapping, attacker, victim) {
  var minElementMalus = 0;
  var maxDifference = 0;
  var savedElementDifferences = [];
  var elementBonusIndex = 0;

  for (var index = 0; index < elementBonus.length; index++) {
    if (!attacker[mapping.elementBonus[index]]) {
      continue;
    }

    var elementDifference =
      attacker[mapping.elementBonus[index]] -
      victim[mapping.elementResistance[index]];

    if (elementDifference >= 0) {
      elementBonus[elementBonusIndex] = 10 * elementDifference;
      minElementMalus -= elementDifference;
      maxDifference = Math.max(maxDifference, elementDifference);
      elementBonusIndex++;
    } else {
      savedElementDifferences.push(elementDifference);
    }
  }

  if (!savedElementDifferences.length) {
    return;
  }

  minElementMalus += maxDifference;
  savedElementDifferences.sort(compareNumbers);

  for (var index = 0; index < savedElementDifferences.length; index++) {
    var elementDifference = savedElementDifferences[index];

    elementBonus[elementBonusIndex + index] =
      10 * Math.max(minElementMalus, elementDifference);

    minElementMalus = Math.min(
      0,
      Math.max(minElementMalus, minElementMalus - elementDifference)
    );
  }
}

function calcCriticalHitChance(criticalHitPercentage) {
  if (criticalHitPercentage <= 9) {
    return Math.floor((criticalHitPercentage + 5) / 5);
  }
  return Math.floor((criticalHitPercentage + 5) / 6);
}

function calcCriticalSkillChance(criticalHitPercentage) {
  if (criticalHitPercentage === 0) {
    return 0;
  } else if (criticalHitPercentage <= 9) {
    return Math.floor((criticalHitPercentage + 7) / 3);
  }
  return Math.floor((criticalHitPercentage + 5) / 3);
}

function calcPiercingSkillChance(piercingHitPercentage) {
  if (piercingHitPercentage <= 9) {
    return Math.floor(piercingHitPercentage / 2);
  }
  return 5 + Math.floor((piercingHitPercentage - 10) / 4);
}

function magicResistanceToCoeff(magicResistance) {
  if (magicResistance) {
    return 2000 / (6 * magicResistance + 1000) - 1;
  }
  return 1;
}

function createBattleValues(attacker, victim, battle, skillType) {
  var {
    mapping,
    constants: { polymorphPowerTable, skillPowerTable, marriageTable },
  } = battle;
  var calcAttackValues;

  var missPercentage = 0;
  var attackValueMeleeMagic = 0;
  var attackValueMarriage = 0;
  var monsterResistanceMarriage = 0;
  var monsterResistance = 0;
  var typeBonus = 0;
  var raceBonus = 0;
  var raceResistance = 0;
  var stoneBonus = 0;
  var monsterBonus = 0;
  var elementBonus = [0, 0, 0, 0, 0, 0]; // fire, ice, lightning, earth, darkness, wind, order doesn't matter
  var defenseMarriage = 0;
  var damageMultiplier = 1;
  var useDamage = 1;
  var defense = victim.defense;
  var defenseBoost = defense;
  var magicResistance = 0;
  var magicPenetration = 0;
  var weaponDefense = 0;
  var tigerStrength = 0;
  var berserkBonus = 0;
  var blessingBonus = 0;
  var fearBonus = 0;
  var magicAttackValueMeleeMagic = 0;
  var criticalHitPercentage = attacker.criticalHit;
  var isPlayerVsPlayer = false;
  var piercingHitPercentage = attacker.piercingHit;
  var extraPiercingHitPercentage = Math.max(0, piercingHitPercentage - 100);
  var averageDamage = 0;
  var averageDamageResistance = 0;
  var skillDamage = 0;
  var skillDamageResistance = 0;
  var rankBonus = 0;
  var useDarkProtection = false;
  var darkProtectionPoint = 0;
  var resistance90PercentHp = 0;
  var defensePercent = 0;
  var damageBonus = 0;
  var empireMalus = 0;
  var sungMaStrBonus = 0;
  var sungmaStrMalus = 0;
  var whiteDragonElixir = 0;
  var steelDragonElixir = 0;

  attacker.statAttackValue = calcStatAttackValue(attacker);

  computePolymorphPoint(attacker, victim, polymorphPowerTable);
  computeHorse(attacker);

  if (isPC(attacker)) {
    if (weaponData.hasOwnProperty(attacker.weapon)) {
      attacker.weapon = createWeapon(attacker.weapon);
    } else {
      attacker.weapon = createWeapon(0);
    }

    attacker.weapon.getValues(attacker.weaponUpgrade);

    attackValueMeleeMagic =
      attacker.attackValuePercent + Math.min(100, attacker.attackMeleeMagic);

    var weaponType = attacker.weapon.type;

    if (skillType && attacker.class === "archery") {
      if (weaponType !== 2) {
        useDamage = 0;
        weaponType = 2;
      }
      defense = 0;
    }

    var weaponDefenseName = mapping.defenseWeapon[weaponType];
    var weaponDefenseBreakName = mapping.breakWeapon[weaponType];

    if (victim.hasOwnProperty(weaponDefenseName)) {
      weaponDefense = victim[weaponDefenseName];
    }

    if (isChecked(attacker.whiteDragonElixir)) {
      whiteDragonElixir = 10;
    }

    magicPenetration = attacker.magicPenetration;

    if (isPC(victim)) {
      isPlayerVsPlayer = true;

      if (!skillType) {
        if (weaponType === 2 && !isPolymorph(attacker)) {
          missPercentage = victim.arrowBlock;
        } else {
          missPercentage = victim.meleeBlock;
        }
        missPercentage +=
          victim.meleeArrowBlock -
          (missPercentage * victim.meleeArrowBlock) / 100;

        criticalHitPercentage = calcCriticalHitChance(criticalHitPercentage);
        berserkBonus = calcBerserkBonus(skillPowerTable, victim);
        blessingBonus = calcBlessingBonus(skillPowerTable, victim);
        fearBonus = calcFearBonus(skillPowerTable, victim);
        averageDamageResistance = victim.averageDamageResistance;
      }

      typeBonus = Math.max(1, attacker.humanBonus - victim.humanResistance);
      raceBonus = attacker[mapping.raceBonus[victim.race]];
      raceResistance = victim[mapping.raceResistance[attacker.race]];

      calcElementCoeffPvP(elementBonus, mapping, attacker, victim);

      if (weaponType !== 2 && attacker.hasOwnProperty(weaponDefenseBreakName)) {
        weaponDefense -= attacker[weaponDefenseBreakName];
      }
    } else {
      if (isChecked(attacker.isMarried)) {
        if (isChecked(attacker.loveNecklace)) {
          attackValueMarriage = getMarriageBonusValue(
            attacker,
            marriageTable,
            "loveNecklace"
          );
        }

        if (isChecked(attacker.loveEarrings)) {
          criticalHitPercentage += getMarriageBonusValue(
            attacker,
            marriageTable,
            "loveEarrings"
          );
        }

        if (isChecked(attacker.harmonyEarrings)) {
          piercingHitPercentage += getMarriageBonusValue(
            attacker,
            marriageTable,
            "harmonyEarrings"
          );
        }
      }

      if (isChecked(attacker.tigerStrength)) {
        tigerStrength = 40;
      }

      for (var index = 0; index < elementBonus.length; index++) {
        var elementBonusName = mapping.elementBonus[index];
        var elementResistanceName = mapping.elementResistance[index];

        if (attacker[elementBonusName] && victim[elementBonusName]) {
          elementBonus[index] =
            50 * (attacker[elementBonusName] - victim[elementResistanceName]);
        } else {
          elementBonus[index] = 5 * attacker[elementBonusName];
        }
      }

      var victimType = victim.type;

      if (victimType !== -1) {
        typeBonus = attacker[mapping.typeFlag[victimType]];
      }

      monsterBonus = attacker.monsterBonus;

      if (isStone(victim)) {
        stoneBonus = attacker.stoneBonus;
      }

      if (isBoss(victim)) {
        if (skillType) {
          skillDamage += attacker.skillBossDamage;
        } else {
          averageDamage += attacker.bossDamage;
        }
      }

      if (isChecked(attacker.onYohara)) {
        var sungmaStrDifference = attacker.sungmaStr - attacker.sungmaStrMalus;

        if (sungmaStrDifference >= 0) {
          sungMaStrBonus = sungmaStrDifference;
        } else {
          sungmaStrMalus = 0.5;
        }
      }
    }

    if (skillType) {
      skillDamage += attacker.skillDamage;
    } else {
      averageDamage += attacker.averageDamage;
    }

    rankBonus = getRankBonus(attacker);
    damageBonus = attacker.damageBonus;

    if (isChecked(attacker.empireMalus)) {
      empireMalus = 1;
    }
  } else {
    if (isPC(victim)) {
      if (isChecked(victim.isMarried)) {
        if (isChecked(victim.harmonyBracelet)) {
          monsterResistanceMarriage = getMarriageBonusValue(
            victim,
            marriageTable,
            "harmonyBracelet"
          );
        }

        if (isChecked(victim.harmonyNecklace) && !skillType) {
          defenseMarriage = getMarriageBonusValue(
            victim,
            marriageTable,
            "harmonyNecklace"
          );
        }
      }

      monsterResistance = victim.monsterResistance;

      for (var index = 0; index < elementBonus.length; index++) {
        var elementBonusName = mapping.elementBonus[index];
        var elementResistanceName = mapping.elementResistance[index];

        if (attacker[elementBonusName]) {
          elementBonus[index] =
            80 * (attacker[elementBonusName] - victim[elementResistanceName]);
        }
      }

      if (!skillType) {
        if (isMeleeAttacker(attacker)) {
          missPercentage = victim.meleeBlock;
          averageDamageResistance = victim.averageDamageResistance;
          berserkBonus = calcBerserkBonus(skillPowerTable, victim);
          blessingBonus = calcBlessingBonus(skillPowerTable, victim);
          fearBonus = calcFearBonus(skillPowerTable, victim);
        } else if (isRangeAttacker(attacker)) {
          missPercentage = victim.arrowBlock;
          weaponDefense = victim.arrowDefense;
          averageDamageResistance = victim.averageDamageResistance;
          berserkBonus = calcBerserkBonus(skillPowerTable, victim);
          blessingBonus = calcBlessingBonus(skillPowerTable, victim);
          fearBonus = calcFearBonus(skillPowerTable, victim);
        } else if (isMagicAttacker(attacker)) {
          missPercentage = victim.arrowBlock;
          skillDamageResistance = victim.skillDamageResistance;
          magicResistance = victim.magicResistance;
        }

        missPercentage +=
          victim.meleeArrowBlock -
          (missPercentage * victim.meleeArrowBlock) / 100;
      }
    }

    typeBonus = 1;
    damageMultiplier = attacker.damageMultiplier;
  }

  if (skillType) {
    criticalHitPercentage = calcCriticalSkillChance(criticalHitPercentage);
    piercingHitPercentage = calcPiercingSkillChance(piercingHitPercentage);
  }

  if (isPC(victim)) {
    if (!skillType && isChecked(victim.biologist70)) {
      defenseBoost = Math.floor((defenseBoost * 110) / 100);
    }

    criticalHitPercentage = Math.max(
      0,
      criticalHitPercentage - victim.criticalHitResistance
    );
    piercingHitPercentage = Math.max(
      0,
      piercingHitPercentage - victim.piercingHitResistance
    );

    if (skillType) {
      skillDamageResistance = victim.skillDamageResistance;
    }

    if (
      victim.useDarkProtection &&
      victim.class === "black_magic" &&
      victim.skillDarkProtection
    ) {
      useDarkProtection = true;
      darkProtectionPoint = calcDarkProtectionPoint(skillPowerTable, victim);
    }

    resistance90PercentHp = victim.resistance90PercentHp || 0;

    if (isMagicClass(victim)) {
      defensePercent = (-2 * victim.magicDefense * victim.defensePercent) / 100;
    } else {
      defensePercent = (-2 * defenseBoost * victim.defensePercent) / 100;
    }

    if (isChecked(victim.steelDragonElixir)) {
      steelDragonElixir = 10;
    }
  }

  if (skillType === "magic") {
    attackValueMeleeMagic = 0;
    magicAttackValueMeleeMagic =
      attacker.attackMagic + Math.min(100, attacker.attackMeleeMagic);
    attackValueMarriage = 0;
    defense = 0;
    magicResistance = victim.magicResistance;

    if (magicResistance > 0 && magicPenetration) {
      magicResistance = Math.floor(
        magicResistance * (1 - magicPenetration / 120) + 0.5
      );
    }

    weaponDefense = 0;
    calcAttackValues = calcMagicAttackValue;

    if (isDispell(attacker, 6)) {
      typeBonus = 0;
      raceBonus = 0;
      raceResistance = 0;
      stoneBonus = 0;
      monsterBonus = 0;
      for (var index = 0; index < elementBonus.length; index++) {
        elementBonus[index] = 0;
      }
      magicResistance = 0;
    }
  } else {
    calcAttackValues = calcSecondaryAttackValue;
  }

  missPercentage = Math.min(100, missPercentage);
  criticalHitPercentage = Math.min(criticalHitPercentage, 100);
  piercingHitPercentage = Math.min(piercingHitPercentage, 100);

  const bonusValues = {
    missPercentage: missPercentage,
    skipCriticalStep: [
      !Boolean(100 - criticalHitPercentage),
      !Boolean(criticalHitPercentage),
    ],
    skipPiercingStep: [
      !Boolean(100 - piercingHitPercentage),
      !Boolean(piercingHitPercentage),
    ],
    isPhysicalSkill: skillType === "physical" && attacker.class !== "archery",
    weaponBonusCoeff: 1,
    attackValueCoeff: 100 + attackValueMeleeMagic,
    attackValueMarriage: attackValueMarriage,
    monsterResistanceMarriageCoeff: 100 - monsterResistanceMarriage,
    monsterResistanceCoeff: 100 - monsterResistance,
    typeBonusCoeff: typeBonus,
    raceBonusCoeff: raceBonus,
    raceResistanceCoeff: raceResistance,
    stoneBonusCoeff: stoneBonus,
    monsterBonusCoeff: monsterBonus,
    elementBonusCoeff: elementBonus,
    damageMultiplier: damageMultiplier,
    useDamage: useDamage,
    defense: defense,
    defenseBoost: defenseBoost,
    defenseMarriage: defenseMarriage,
    tigerStrengthCoeff: 100 + tigerStrength,
    magicResistanceCoeff: magicResistanceToCoeff(magicResistance),
    weaponDefenseCoeff: 100 - weaponDefense,
    berserkBonusCoeff: 100 + berserkBonus,
    blessingBonusCoeff: 100 - blessingBonus,
    fearBonusCoeff: 100 - fearBonus,
    magicAttackValueCoeff: 100 + magicAttackValueMeleeMagic,
    extraPiercingHitCoeff: 5 * extraPiercingHitPercentage,
    averageDamageCoeff: 100 + averageDamage,
    averageDamageResistanceCoeff: 100 - Math.min(99, averageDamageResistance),
    skillDamageCoeff: 100 + skillDamage,
    skillDamageResistanceCoeff: 100 - Math.min(99, skillDamageResistance),
    useDarkProtection: useDarkProtection,
    darkProtectionPoint: darkProtectionPoint,
    darkProtectionSp: victim.darkProtectionSp,
    rankBonusCoeff: 100 + rankBonus,
    resistance90PercentHp: resistance90PercentHp,
    defensePercent: Math.floor(defensePercent),
    damageBonusCoeff: Math.min(20, damageBonus),
    empireMalusCoeff: 10 - empireMalus,
    sungMaStrBonusCoeff: 10000 + sungMaStrBonus,
    sungmaStrMalusCoeff: sungmaStrMalus,
    whiteDragonElixirCoeff: 100 + whiteDragonElixir,
    steelDragonElixirCoeff: 100 - steelDragonElixir,
  };

  const damageTypeWeights = [
    (100 - criticalHitPercentage) *
      (100 - piercingHitPercentage) *
      (100 - missPercentage),
    criticalHitPercentage *
      (100 - piercingHitPercentage) *
      (100 - missPercentage),
    (100 - criticalHitPercentage) *
      piercingHitPercentage *
      (100 - missPercentage),
    criticalHitPercentage * piercingHitPercentage * (100 - missPercentage),
  ];

  return {
    attacker: attacker,
    victim: victim,
    attackFactor: calcAttackFactor(attacker, victim),
    mainAttackValue: calcMainAttackValue(attacker),
    attackValues: calcAttackValues(attacker, isPlayerVsPlayer),
    bonusValues: bonusValues,
    damageTypeWeights: damageTypeWeights,
    attackTypeMapping: mapping.attackType,
    damageWeightedByType: {
      normalHit: {},
      criticalHit: {},
      piercingHit: {},
      criticalPiercingHit: {},
    },
  };
}

function updateBattleValues(battleValues, skillFormula, skillInfo) {
  var weaponBonus = skillInfo.adjust || 0;
  var skillWard = 0;
  var skillBonus = 0;
  var skillBonusByBonus = 0;
  var { attacker: attacker, bonusValues: bonusValues } = battleValues;
  var {
    range: [minVariation, maxVariation],
  } = skillInfo;
  var variationLength = maxVariation - minVariation + 1;

  if (skillInfo.hasOwnProperty("weaponBonus")) {
    var [weaponType, weaponBonusValue] = skillInfo.weaponBonus;

    if (weaponType === attacker.weapon.type) {
      weaponBonus += weaponBonusValue;
    }
  }

  if (skillInfo.skillBonus) {
    skillBonus = skillInfo.skillBonus;
  }

  if (skillInfo.skillWard) {
    skillWard = skillInfo.skillWard;
  }

  if (skillInfo.skillBonusByBonus) {
    skillBonusByBonus = skillInfo.skillBonusByBonus;
  }

  if (skillInfo.removeWeaponReduction) {
    bonusValues.weaponDefenseCoeff = 100;
  }

  bonusValues.weaponBonusCoeff = 100 + weaponBonus;
  bonusValues.skillWardCoeff = 1 - skillWard / 100;
  bonusValues.skillBonusCoeff = 1 + skillBonus / 100;
  bonusValues.skillBonusByBonusCoeff = 100 + skillBonusByBonus;

  battleValues.skillFormula = skillFormula;
  battleValues.skillRange = skillInfo.range;
  battleValues.attackValues.totalCardinal *= variationLength;
  battleValues.attackValues.possibleDamageCount *= variationLength;
}

function calcWeights(minValue, maxValue, minInterval) {
  var firstWeightLimit = minValue + minInterval - 1;
  var lastWeightsLimit = maxValue - minInterval + 1;
  var weights = [];

  for (var value = minValue; value < firstWeightLimit; value++) {
    weights.push(value - minValue + 1);
  }

  for (var value = firstWeightLimit; value <= lastWeightsLimit; value++) {
    weights.push(minInterval);
  }

  for (var value = lastWeightsLimit + 1; value <= maxValue; value++) {
    weights.push(maxValue - value + 1);
  }

  return weights;
}

function calcBerserkBonus(skillPowerTable, victim) {
  if (!isChecked(victim.useBerserk) || victim.class !== "body") {
    return 0;
  }

  const skillPower = getSkillPower(victim.skillBerserk, skillPowerTable);

  if (!skillPower) {
    return 0;
  }

  const berserkBonus = Math.floor(skillPower * 25);

  return berserkBonus;
}

function calcBlessingBonus(skillPowerTable, victim) {
  if (!isChecked(victim.isBlessed)) {
    return 0;
  }

  const int = victim.intBlessing;
  const dex = victim.dexBlessing;
  const skillPower = getSkillPower(victim.skillBlessing, skillPowerTable);

  if (!skillPower) {
    return 0;
  }

  let blessingBonus = floorMultiplication(
    ((int * 0.3 + 5) * (2 * skillPower + 0.5) + 0.3 * dex) / (skillPower + 2.3),
    1
  );

  if (victim.class === "dragon" && isChecked(victim.blessingOnself)) {
    blessingBonus = floorMultiplication(blessingBonus, 1.1);
  }

  return blessingBonus;
}

function calcFearBonus(skillPowerTable, victim) {
  if (!isChecked(victim.useFear) || victim.class !== "weaponary") {
    return 0;
  }

  const skillPower = getSkillPower(victim.skillFear, skillPowerTable);

  if (!skillPower) {
    return 0;
  }

  const fearBonus = 5 + Math.floor(skillPower * 20);

  return fearBonus;
}

function calcDarkProtectionPoint(skillPowerTable, victim) {
  const skillPower = getSkillPower(victim.skillDarkProtection, skillPowerTable);

  return floorMultiplication(100 - victim.int * 0.84 * skillPower, 1);
}

function calcStealthBonus(skillPowerTable, attacker) {
  if (!isChecked(attacker.useStealth)) {
    return 0;
  }

  const skillPower = getSkillPower(attacker.skillStealth, skillPowerTable);

  if (!skillPower) {
    return 0;
  }

  const stealthBonus = skillPower * 50;

  return stealthBonus;
}

function getSkillFormula(battle, skillId, battleValues, removeSkillVariation) {
  var { attacker, victim, attackFactor } = battleValues;
  var skillPowerTable = battle.constants.skillPowerTable;

  var skillFormula;
  var skillInfo = { range: [0, 0] };

  var { class: attackerClass, level: lv, vit, str, int, dex } = attacker;

  if (skillId <= 9) {
    var skillPower = getSkillPower(
      attacker["attackSkill" + skillId],
      skillPowerTable
    );

    var improvedBySkillBonus = false;
    var improvedByBonus = false;

    if (attackerClass === "body") {
      switch (skillId) {
        // Triple lacération
        case 1:
          skillFormula = function (atk) {
            return floorMultiplication(
              1.1 * atk + (0.5 * atk + 1.5 * str) * skillPower,
              1
            );
          };
          improvedByBonus = true;
          break;
        // Moulinet à l'épée
        case 2:
          skillFormula = function (atk) {
            return floorMultiplication(
              3 * atk + (0.8 * atk + 5 * str + 3 * dex + vit) * skillPower,
              1
            );
          };
          improvedByBonus = true;
          improvedBySkillBonus = true;
          break;
        // Accélération
        case 5:
          skillFormula = function (atk) {
            return floorMultiplication(
              2 * atk + (atk + dex * 3 + str * 7 + vit) * skillPower,
              1
            );
          };
          improvedByBonus = true;
          break;
        // Volonté de vivre
        case 6:
          skillFormula = function (atk) {
            return floorMultiplication(
              (3 * atk + (atk + 1.5 * str) * skillPower) * 1.07,
              1
            );
          };
          break;
        // Tremblement de terre
        case 9:
          skillFormula = function (atk, variation) {
            return floorMultiplication(
              3 * atk +
                (0.9 * atk + variation + 5 * str + 3 * dex + lv) * skillPower,
              1
            );
          };
          skillInfo.range = [1, 1000];
          break;
      }
    } else if (attackerClass === "mental") {
      switch (skillId) {
        // Attaque de l'esprit
        case 1:
          skillFormula = function (atk) {
            return floorMultiplication(
              2.3 * atk + (4 * atk + 4 * str + vit) * skillPower,
              1
            );
          };
          improvedByBonus = true;
          improvedBySkillBonus = true;
          break;
        // Attaque de la paume
        case 2:
          skillFormula = function (atk) {
            return floorMultiplication(
              2.3 * atk + (3 * atk + 4 * str + 3 * vit) * skillPower,
              1
            );
          };
          improvedByBonus = true;
          break;
        // Charge
        case 3:
          skillFormula = function (atk) {
            return floorMultiplication(
              2 * atk + (2 * atk + 2 * dex + 2 * vit + 4 * str) * skillPower,
              1
            );
          };
          break;
        // Coup d'épée
        case 5:
          skillFormula = function (atk) {
            return floorMultiplication(
              2 * atk + (atk + 3 * dex + 5 * str + vit) * skillPower,
              1
            );
          };
          improvedByBonus = true;
          break;
        // Orbe de l'épée
        case 6:
          skillFormula = function (atk) {
            return floorMultiplication(
              (2 * atk + (2 * atk + 2 * dex + 2 * vit + 4 * str) * skillPower) *
                1.1,
              1
            );
          };
          break;
        // Tremblement de terre
        case 9:
          skillFormula = function (atk, variation) {
            return floorMultiplication(
              3 * atk +
                (0.9 * atk + variation + 5 * str + 3 * dex + lv) * skillPower,
              1
            );
          };
          skillInfo.range = [1, 1000];
          break;
      }
    } else if (attackerClass === "blade_fight") {
      switch (skillId) {
        // Embuscade
        case 1:
          skillFormula = function (atk, variation) {
            return floorMultiplication(
              atk + (1.2 * atk + variation + 4 * dex + 4 * str) * skillPower,
              1
            );
          };
          skillInfo.weaponBonus = [1, 50];
          skillInfo.range = [500, 700];
          skillInfo.adjust = calcStealthBonus(skillPowerTable, attacker);
          improvedByBonus = true;
          improvedBySkillBonus = true;
          break;
        // Attaque rapide
        case 2:
          skillFormula = function (atk, variation) {
            return floorMultiplication(
              atk + (1.6 * atk + variation + 7 * dex + 7 * str) * skillPower,
              1
            );
          };
          skillInfo.weaponBonus = [1, 35];
          skillInfo.range = [200, 300];
          improvedByBonus = true;
          break;
        // Dague filante
        case 3:
          skillFormula = function (atk) {
            return floorMultiplication(
              2 * atk + (0.5 * atk + 9 * dex + 7 * str) * skillPower,
              1
            );
          };
          improvedByBonus = true;
          break;
        // Brume empoisonnée
        case 5:
          skillFormula = function (atk) {
            return floorMultiplication(
              2 * lv + (atk + 3 * str + 18 * dex) * skillPower,
              1
            );
          };
          improvedByBonus = true;
          break;
        // Poison insidieux
        case 6:
          skillFormula = function (atk) {
            return floorMultiplication(
              (2 * lv + (atk + 3 * str + 18 * dex) * skillPower) * 1.1,
              1
            );
          };
          break;
        // Étoiles brillantes
        case 9:
          skillFormula = function (atk, variation) {
            return floorMultiplication(
              atk + (1.7 * atk + variation + 6 * dex + 5 * lv) * skillPower,
              1
            );
          };
          skillInfo.range = [1, 1000];
          break;
      }
    } else if (attackerClass === "archery") {
      switch (skillId) {
        // Tir à répétition
        // case 1:
        //   skillFormula = function (atk) {
        //     return floorMultiplication(
        //       atk + 0.2 * atk * Math.floor(2 + 6 * skillPower) + (0.8 * atk + 8 * dex * attackFactor + 2 * int) * skillPower,
        //       1
        //     );
        //   };
        //   improvedByBonus = true;
        //   break;
        // Pluie de flèches
        case 2:
          skillFormula = function (atk) {
            return floorMultiplication(
              atk + (1.7 * atk + 5 * dex + str) * skillPower,
              1
            );
          };
          improvedByBonus = true;
          break;
        // Flèche de feu
        case 3:
          skillFormula = function (atk, variation) {
            return floorMultiplication(
              1.5 * atk + (2.6 * atk + 0.9 * int + variation) * skillPower,
              1
            );
          };
          skillInfo.range = [100, 300];
          improvedByBonus = true;
          improvedBySkillBonus = true;
          break;
        // Foulée de plume
        case 4:
          skillFormula = function (atk) {
            return floorMultiplication(
              (3 * dex + 200 + 2 * str + 2 * int) * skillPower,
              1
            );
          };
          skillInfo.removeWeaponReduction = true;
          break;
        // Flèche empoisonnée
        case 5:
          skillFormula = function (atk, variation) {
            return floorMultiplication(
              atk +
                (1.4 * atk + variation + 7 * dex + 4 * str + 4 * int) *
                  skillPower,
              1
            );
          };
          skillInfo.range = [100, 200];
          improvedByBonus = true;
          break;
        // Coup étincelant
        case 6:
          skillFormula = function (atk, variation) {
            return floorMultiplication(
              (atk +
                (1.2 * atk + variation + 6 * dex + 3 * str + 3 * int) *
                  skillPower) *
                1.2,
              1
            );
          };
          skillInfo.range = [100, 200];
          improvedByBonus = true;
          break;
        // Tir tempête
        case 9:
          skillFormula = function (atk, variation) {
            return floorMultiplication(
              1.9 * atk + (2.6 * atk + variation) * skillPower,
              1
            );
          };
          skillInfo.range = [1, 1000];
          break;
      }
    } else if (attackerClass === "weaponary") {
      switch (skillId) {
        // Toucher brûlant
        case 1:
          skillFormula = function (atk) {
            return floorMultiplication(
              atk +
                2 * lv +
                2 * int +
                (2 * atk + 4 * str + 14 * int) * skillPower,
              1
            );
          };
          improvedByBonus = true;
          improvedBySkillBonus = true;
          break;
        // Tourbillon du dragon
        case 2:
          skillFormula = function (atk) {
            return floorMultiplication(
              1.1 * atk +
                2 * lv +
                2 * int +
                (1.5 * atk + str + 12 * int) * skillPower,
              1
            );
          };
          improvedByBonus = true;
          break;
        // Contre-sort
        case 6:
          skillFormula = function (mav, variation) {
            return floorMultiplication(
              40 +
                5 * lv +
                2 * int +
                (10 * int + 7 * mav + variation) * attackFactor * skillPower,
              1
            );
          };
          skillInfo.range = [50, 100];
          break;
        // Coup démoniaque
        case 9:
          skillFormula = function (atk, variation) {
            return floorMultiplication(
              1.9 * atk + (2.6 * atk + variation) * skillPower,
              1
            );
          };
          skillInfo.range = [1, 1000];
          break;
      }
    } else if (attackerClass === "black_magic") {
      switch (skillId) {
        // Attaque des ténèbres
        case 1:
          skillFormula = function (mav, variation) {
            return floorMultiplication(
              40 +
                5 * lv +
                2 * int +
                (13 * int + 6 * mav + variation) * attackFactor * skillPower,
              1
            );
          };
          skillInfo.range = [50, 100];
          improvedByBonus = true;
          improvedBySkillBonus = true;
          break;
        // Attaque de flammes
        // case 2:
        //   skillFormula = function (mav, variation) {
        //     return floorMultiplication(
        //       5 * lv + 2 * int + (7 * int + 8 * mav + 4 * str + 2 * vit + variation) * skillPower,
        //       1
        //     );
        //   };
        //   skillInfo.range = [180, 100];
        //   improvedByBonus = true;
        //   break;
        // Esprit de flammes
        case 3:
          skillFormula = function (mav, variation) {
            return floorMultiplication(
              30 +
                2 * lv +
                2 * int +
                (7 * int + 6 * mav + variation) * attackFactor * skillPower,
              1
            );
          };
          skillInfo.range = [200, 500];
          break;
        // Frappe de l'esprit
        // case 5:
        //   skillFormula = function (mav, variation) {
        //     return floorMultiplication(
        //       40 + 2 * lv + 2 * int + (2 * vit + 2 * dex + 13 * int + 6 * mav + variation) * attackFactor * skillPower,
        //       1
        //     );
        //   };
        //   skillInfo.range = [180, 200];
        //   break;
        // Orbe des ténèbres
        case 6:
          skillFormula = function (mav) {
            return floorMultiplication(
              120 +
                6 * lv +
                (5 * vit + 5 * dex + 29 * int + 9 * mav) *
                  attackFactor *
                  skillPower,
              1
            );
          };
          improvedByBonus = true;
          break;
        // Vague mortelle
        case 9:
          skillFormula = function (mav, variation) {
            return floorMultiplication(
              120 +
                6 * lv +
                (5 * vit + 5 * dex + 30 * int + variation + 9 * mav) *
                  attackFactor *
                  skillPower,
              1
            );
          };
          skillInfo.range = [1, 1000];
          break;
      }
    } else if (attackerClass === "dragon") {
      switch (skillId) {
        // Talisman volant
        case 1:
          skillFormula = function (mav) {
            return floorMultiplication(
              70 +
                5 * lv +
                (18 * int + 7 * str + 5 * mav + 50) * attackFactor * skillPower,
              1
            );
          };
          skillInfo.weaponBonus = [4, 10];
          improvedByBonus = true;
          break;
        // Dragon chassant
        case 2:
          skillFormula = function (mav) {
            return floorMultiplication(
              60 +
                5 * lv +
                (16 * int + 6 * dex + 6 * mav + 120) *
                  attackFactor *
                  skillPower,
              1
            );
          };
          skillInfo.weaponBonus = [4, 10];
          improvedByBonus = true;
          improvedBySkillBonus = true;
          break;
        // Rugissement du dragon
        case 3:
          skillFormula = function (mav) {
            return floorMultiplication(
              70 +
                3 * lv +
                (20 * int + 3 * str + 10 * mav + 100) *
                  attackFactor *
                  skillPower,
              1
            );
          };
          skillInfo.weaponBonus = [4, 10];
          improvedByBonus = true;
          break;
        // Météore
        case 9:
          skillFormula = function (mav, variation) {
            return floorMultiplication(
              120 +
                6 * lv +
                (5 * vit + 5 * dex + 30 * int + variation + 9 * mav) *
                  attackFactor *
                  skillPower,
              1
            );
          };
          skillInfo.range = [1, 1000];
          break;
      }
    } else if (attackerClass === "heal") {
      switch (skillId) {
        // Jet de foudre
        case 1:
          skillFormula = function (mav, variation) {
            return floorMultiplication(
              60 +
                5 * lv +
                (8 * int + 2 * dex + 8 * mav + variation) *
                  attackFactor *
                  skillPower,
              1
            );
          };
          skillInfo.weaponBonus = [6, 10];
          skillInfo.range = [5 * int, 15 * int];
          improvedByBonus = true;
          break;
        // Invocation de foudre
        case 2:
          skillFormula = function (mav, variation) {
            return floorMultiplication(
              40 +
                4 * lv +
                (13 * int + 2 * str + 10 * mav + variation) *
                  attackFactor *
                  skillPower,
              1
            );
          };
          skillInfo.weaponBonus = [6, 10];
          skillInfo.range = [5 * int, 16 * int];
          improvedByBonus = true;
          improvedBySkillBonus = true;
          break;
        // Griffe de foudre
        case 3:
          skillFormula = function (mav, variation) {
            return floorMultiplication(
              50 +
                5 * lv +
                (8 * int + 2 * str + 8 * mav + variation) *
                  attackFactor *
                  skillPower,
              1
            );
          };
          skillInfo.range = [1, 800];
          improvedByBonus = true;
          break;
      }
    } else if (attackerClass === "lycan") {
      switch (skillId) {
        // Déchiqueter
        // case 1:
        //   skillFormula = function (atk) {
        //     return floorMultiplication(
        //       1.1 * atk + (0.3 * atk + 1.5 * str) * skillPower,
        //       1
        //     );
        //   };
        //   skillInfo.weaponBonus = [5, 54];
        //   improvedByBonus = true;
        //   break;
        // Souffle de loup
        case 2:
          skillFormula = function (atk) {
            return floorMultiplication(
              2 * atk + (atk + 3 * dex + 5 * str + vit) * skillPower,
              1
            );
          };
          skillInfo.weaponBonus = [5, 35];
          improvedByBonus = true;
          improvedBySkillBonus = true;
          break;
        // Bond de loup
        case 3:
          skillFormula = function (atk) {
            return floorMultiplication(
              atk + (1.6 * atk + 200 + 7 * dex + 7 * str) * skillPower,
              1
            );
          };
          skillInfo.weaponBonus = [5, 35];
          improvedByBonus = true;
          break;
        // Griffe de loup
        case 4:
          skillFormula = function (atk) {
            return floorMultiplication(
              3 * atk + (0.8 * atk + 6 * str + 2 * dex + vit) * skillPower,
              1
            );
          };
          improvedByBonus = true;
          break;
        // Tempête cinglante
        case 9:
          skillFormula = function (atk, variation) {
            return floorMultiplication(
              1.8 * atk +
                (atk + 6 * dex + variation + 3 * str + lv) * skillPower,
              1
            );
          };
          skillInfo.range = [1, 1000];
          break;
      }
    }
    if (improvedBySkillBonus) {
      skillInfo.skillBonus =
        16 * getSkillPower(attacker.skillBonus, skillPowerTable);

      var skillWardChoice = victim.skillWardChoice;

      if (skillWardChoice && skillWardChoice === attackerClass) {
        skillInfo.skillWard =
          24 * getSkillPower(victim.skillWard, skillPowerTable);
      }
    }

    if (improvedByBonus) {
      skillInfo.skillBonusByBonus = attacker["skillBonus" + skillId];
    }

    if (removeSkillVariation) {
      var averageVariation = (skillInfo.range[0] + skillInfo.range[0]) / 2;
      skillInfo.range = [averageVariation, averageVariation];
    }
  } else {
    var skillPower = getSkillPower(
      attacker["horseSkill" + skillId],
      skillPowerTable
    );

    switch (skillId) {
      // Combat équestre
      case 137:
        skillFormula = function (atk) {
          return floorMultiplication(atk + 2 * atk * skillPower, 1);
        };
        break;
      // Charge à cheval
      case 138:
        skillFormula = function (atk) {
          return floorMultiplication(
            2.4 * (200 + 1.5 * lv) + 600 * skillPower,
            1
          );
        };
        break;
      // Vague de Pouvoir
      case 139:
        skillFormula = function (atk) {
          return floorMultiplication(
            2 * (200 + 1.5 * lv) + 600 * skillPower,
            1
          );
        };
        break;
      // Grêle de flèches
      case 140:
        skillFormula = function (atk) {
          return floorMultiplication(atk + 2 * atk * skillPower, 1);
        };
        break;
    }
  }

  updateBattleValues(battleValues, skillFormula, skillInfo);
}

function calcMagicAttackValueAugmentation(
  magicAttackValueWeapon,
  magicAttackValueBonus
) {
  if (magicAttackValueBonus) {
    return Math.max(
      1,
      0.0025056 *
        magicAttackValueBonus ** 0.602338 *
        magicAttackValueWeapon ** 1.20476
    );
  }
  return 0;
}

function getMagicAttackValueAugmentation(
  minMagicAttackValue,
  maxMagicAttackValue,
  magicAttackValueBonus
) {
  var magicAttackValueAugmentation = [];

  for (
    var magicAttackValue = minMagicAttackValue;
    magicAttackValue <= maxMagicAttackValue;
    magicAttackValue++
  ) {
    magicAttackValueAugmentation.push(
      calcMagicAttackValueAugmentation(magicAttackValue, magicAttackValueBonus)
    );
  }

  return magicAttackValueAugmentation;
}

function calcPhysicalDamage(battleValues) {
  const {
    attackFactor,
    mainAttackValue,
    attackValues: {
      minAttackValue,
      maxAttackValue,
      attackValueOther,
      weights,
      criticalAttackRange,
    },
    bonusValues,
    damageWeightedByType,
  } = battleValues;

  const savedDamage = {};

  if (bonusValues.missPercentage) {
    damageWeightedByType.miss = bonusValues.missPercentage / 100;
  }

  for (
    let attackValue = minAttackValue;
    attackValue <= maxAttackValue;
    attackValue++
  ) {
    const weight = weights[attackValue - minAttackValue];
    const damageByType = [[], [], [], []];
    const currentDamageInfo = [weight, damageByType];

    const secondaryAttackValue = 2 * attackValue + attackValueOther;
    const rawDamage =
      mainAttackValue + floorMultiplication(attackFactor, secondaryAttackValue);

    const damageWithPrimaryBonuses = calcDamageWithPrimaryBonuses(
      rawDamage,
      bonusValues
    );

    const damageAfterDefense =
      damageWithPrimaryBonuses -
      bonusValues.defenseBoost -
      bonusValues.defenseMarriage;

    const damageValues =
      damageAfterDefense <= 2 ? [1, 2, 3, 4, 5] : [damageAfterDefense];

    for (const damage of damageValues) {
      saveFinalDamage(
        damage,
        damageWithPrimaryBonuses,
        bonusValues,
        criticalAttackRange,
        damageByType
      );
    }

    savedDamage[attackValue] = currentDamageInfo;
  }

  processSavedDamage(savedDamage, damageWeightedByType, battleValues);

  return damageWeightedByType;
}

function calcPhysicalSkillDamage(battleValues) {
  const {
    attackFactor,
    mainAttackValue,
    attackValues: {
      minAttackValue,
      maxAttackValue,
      attackValueOther,
      weights,
      criticalAttackRange,
    },
    bonusValues,
    damageWeightedByType,
    skillFormula,
    skillRange: [minVariation, maxVariation],
  } = battleValues;

  const savedDamage = {};

  for (
    let attackValue = minAttackValue;
    attackValue <= maxAttackValue;
    attackValue++
  ) {
    const weight = weights[attackValue - minAttackValue];

    const secondaryAttackValue = 2 * attackValue + attackValueOther;
    const rawDamage =
      mainAttackValue + floorMultiplication(attackFactor, secondaryAttackValue);

    const damageWithPrimaryBonuses = calcDamageWithPrimaryBonuses(
      rawDamage,
      bonusValues
    );

    const damageValues =
      damageWithPrimaryBonuses <= 2
        ? [1, 2, 3, 4, 5]
        : [damageWithPrimaryBonuses];
    const weightByDamage = weight / damageValues.length;

    for (let variation = minVariation; variation <= maxVariation; variation++) {
      for (const damage of damageValues) {
        const damageWithFormula = skillFormula(
          damage * bonusValues.useDamage,
          variation
        );

        let damageKey = damageWithFormula;

        if (damageWithPrimaryBonuses < bonusValues.defenseBoost) {
          damageKey = `${damageWithFormula}_${damageWithPrimaryBonuses}`;
        }

        const entry = savedDamage[damageKey];

        if (entry) {
          entry[0] += weightByDamage;
          continue;
        }

        const damageByType = [[], [], [], []];
        const currentDamageInfo = [weightByDamage, damageByType];

        const finalDamage = Math.floor(
          (damageWithFormula * bonusValues.weaponBonusCoeff) / 100
        );

        saveFinalSkillDamage(
          finalDamage,
          bonusValues,
          criticalAttackRange,
          damageByType
        );

        savedDamage[damageKey] = currentDamageInfo;
      }
    }
  }

  processSavedDamage(savedDamage, damageWeightedByType, battleValues);

  return damageWeightedByType;
}

function calcMagicSkillDamage(battleValues) {
  const {
    attackValues: {
      minMagicAttackValue,
      maxMagicAttackValue,
      magicAttackValueAugmentation,
      weights,
      criticalAttackRange,
    },
    bonusValues,
    damageWeightedByType,
    skillFormula,
    skillRange: [minVariation, maxVariation],
  } = battleValues;

  const savedDamage = {};

  for (
    let magicAttackValue = minMagicAttackValue;
    magicAttackValue <= maxMagicAttackValue;
    magicAttackValue++
  ) {
    const index = magicAttackValue - minMagicAttackValue;
    const weight = weights[index];

    for (let variation = minVariation; variation <= maxVariation; variation++) {
      const rawDamage = skillFormula(
        magicAttackValue + magicAttackValueAugmentation[index],
        variation
      );

      const entry = savedDamage[rawDamage];

      if (entry) {
        entry[0] += weight;
        continue;
      }

      const damageByType = [[], [], [], []];
      const currentDamageInfo = [weight, damageByType];

      let damageWithPrimaryBonuses = Math.floor(
        (rawDamage * bonusValues.weaponBonusCoeff) / 100
      );

      damageWithPrimaryBonuses = calcDamageWithPrimaryBonuses(
        damageWithPrimaryBonuses,
        bonusValues
      );

      const damageValues =
        damageWithPrimaryBonuses <= 2
          ? [1, 2, 3, 4, 5]
          : [damageWithPrimaryBonuses];

      for (const damage of damageValues) {
        saveFinalSkillDamage(
          damage,
          bonusValues,
          criticalAttackRange,
          damageByType
        );
      }

      savedDamage[rawDamage] = currentDamageInfo;
    }
  }

  processSavedDamage(savedDamage, damageWeightedByType, battleValues);

  return damageWeightedByType;
}

function calcDamage(
  attacker,
  victim,
  attackType,
  battle,
  removeSkillVariation
) {
  var damageCalculator, skillId, skillType;

  if (attackType === "physical") {
    damageCalculator = calcPhysicalDamage;
  } else if (attackType.startsWith("attackSkill")) {
    skillId = Number(attackType.split("attackSkill")[1]);

    if (isMagicClass(attacker) || isDispell(attacker, skillId)) {
      skillType = "magic";
      damageCalculator = calcMagicSkillDamage;
    } else {
      skillType = "physical";
      damageCalculator = calcPhysicalSkillDamage;
    }
  } else if (attackType.startsWith("horseSkill")) {
    skillType = "physical";
    skillId = Number(attackType.split("horseSkill")[1]);
    damageCalculator = calcPhysicalSkillDamage;
  }

  var battleValues = createBattleValues(attacker, victim, battle, skillType);

  if (skillId) {
    getSkillFormula(battle, skillId, battleValues, removeSkillVariation);
  }

  return {
    damageWeightedByType: damageCalculator(battleValues),
    attackValues: battleValues.attackValues,
    skillType: skillType,
  };
}

function damageWithoutVariation(
  attacker,
  victim,
  attackType,
  battle,
  characters
) {
  var startDamageTime = performance.now();

  var { damageWeightedByType, attackValues, skillType } = calcDamage(
    attacker,
    victim,
    attackType,
    battle
  );

  var endDamageTime = performance.now();

  displayResults(
    attackValues,
    damageWeightedByType,
    battle,
    attacker.name,
    victim.name
  );

  var endDisplayTime = performance.now();

  displayFightInfo(
    attackValues.possibleDamageCount,
    endDamageTime - startDamageTime,
    endDisplayTime - endDamageTime,
    battle
  );
  addPotentialErrorInformation(
    battle.errorInformation,
    attacker,
    victim,
    skillType,
    characters
  );

  hideElement(battle.bonusVariationResultContainer);
  showElement(battle.fightResultTitle);
  showElement(battle.fightResultContainer);
}

function damageWithVariation(
  attacker,
  victim,
  attackType,
  battle,
  entity,
  entityVariation
) {
  var startTime = performance.now();
  var damageByBonus = [];
  var augmentationByBonus = [];
  var {
    bonusVariationMinValue: minVariation,
    bonusVariationMaxValue: maxVariation,
  } = entity;
  var step = Math.ceil((maxVariation - minVariation + 1) / 500);
  var simulationCount = 0;
  var simulationTime;
  var firstDamage = 1;

  for (
    var bonusValue = minVariation;
    bonusValue <= maxVariation;
    bonusValue += step
  ) {
    entity[entityVariation] = bonusValue;

    var {
      damageWeightedByType,
      attackValues: { totalCardinal },
    } = calcDamage(
      copyObject(attacker),
      copyObject(victim),
      attackType,
      battle,
      true
    );

    var meanDamage = calcMeanDamage(damageWeightedByType, totalCardinal);

    if (bonusValue === minVariation) {
      firstDamage = Math.max(meanDamage, 1e-3);
    }

    damageByBonus.push({ x: bonusValue, y: meanDamage });
    augmentationByBonus.push({
      x: bonusValue,
      y: meanDamage / firstDamage - 1,
    });
    simulationCount++;
  }

  var endTime = performance.now();

  battle.damageByBonus = damageByBonus.concat(entityVariation);

  addToBonusVariationChart(
    damageByBonus,
    augmentationByBonus,
    entity.bonusVariationName,
    battle.bonusVariationChart
  );

  simulationCount = battle.numberFormats.default.format(simulationCount);
  simulationTime = battle.numberFormats.second.format(
    (endTime - startTime) / 1000
  );

  battle.simulationCounter.textContent = simulationCount;
  battle.simulationTime.textContent = simulationTime;

  hideElement(battle.fightResultContainer);
  showElement(battle.fightResultTitle);
  showElement(battle.bonusVariationResultContainer);

  if (
    isChecked(attacker.useBonusVariation) &&
    isChecked(victim.useBonusVariation)
  ) {
    showElement(battle.errorInformation["attacker-victim-variation"]);
  } else {
    hideElement(battle.errorInformation["attacker-victim-variation"]);
  }
}

function changeMonsterValues(monster, instance, attacker) {
  switch (instance) {
    case "SungMahiTower":
      var sungMahiFloor = 1;
      var sungMahiStep = 1;
      var rawDefense = 120;

      if (isPC(attacker)) {
        sungMahiFloor = attacker.sungMahiFloor;
        sungMahiStep = attacker.sungMahiStep;
      }

      if (monster.rank === 5) {
        monster.level = 121;
        monster.dex = 75;
        rawDefense += 1;
      } else if (monster.rank === 6) {
        monster.level = 123;
        monster.dex = 75;
        rawDefense += 1;
      } else {
        monster.level = 120;
        monster.dex = 68;
      }
      monster.vit = 100;
      monster.rawDefense = rawDefense + (sungMahiStep - 1) * 6;
      monster.fistDefense = 0;
      monster.swordDefense = 0;
      monster.twoHandedSwordDefense = 0;
      monster.daggerDefense = 0;
      monster.bellDefense = 0;
      monster.fanDefense = 0;
      monster.arrowDefense = 0;
      monster.clawDefense = 0;
      monster.magicResistance = 0;
      monster.fireResistance = -20;
  }

  switch (monster.vnum) {
    // Alastor
    case 6790:
      monster.iceResistance = 0;
      monster.iceBonus = 0;
      monster.lightningResistance = -10;
      monster.lightningBonus = 65;
      break;

    // Zodiac boss
    case 2752:
    case 2762:
    case 2772:
    case 2782:
    case 2792:
    case 2802:
    case 2812:
    case 2822:
    case 2832:
    case 2842:
    case 2852:
    case 2862:
      monster.level = 136;
      monster.vit = 200;
      monster.rawDefense = 5000;
      break;
  }
}

function createWeapon(vnum) {
  var weapon = copyObject(weaponData[vnum]);
  var serpentVnums = [360, 380, 1210, 2230, 3250, 5200, 6150, 7330];
  var weaponValues = weapon[1];
  var isSerpent = isValueInArray(Number(vnum), serpentVnums);
  var isSpecial = Array.isArray(weaponValues[0]);
  var isMagic;

  if (isSpecial) {
    isMagic = weaponValues[0][1] > 0;
  } else {
    isMagic = weaponValues[1] > 0;
  }

  return {
    type: weapon[0],
    maxUpgrade: weapon[2].length - 1,
    isSerpent: isSerpent,
    isMagic: isMagic,
    getValues: function (upgrade) {
      var currentWeaponValues = weaponValues;

      if (upgrade === undefined) {
        // rare bug when weaponUpgrade is deleted
        console.warn("WeaponUpgrade is missing.");
        upgrade = this.maxUpgrade;
      }
      upgrade = Math.min(upgrade, this.maxUpgrade);

      if (isSpecial) {
        currentWeaponValues = weaponValues[upgrade];
      }

      this.minAttackValue = currentWeaponValues[2];
      this.maxAttackValue = currentWeaponValues[3];
      this.minMagicAttackValue = currentWeaponValues[0];
      this.maxMagicAttackValue = currentWeaponValues[1];
      this.growth = weapon[2][upgrade];
    },
  };
}

function createMonster(
  monsterVnum,
  translateMonster,
  attacker,
  polymorphMonster
) {
  var monsterAttributes = monsterData[monsterVnum];

  var monster = {
    vnum: Number(monsterVnum),
    name: translateMonster
      ? getTranslatedMonsterName(monsterVnum)
      : monsterAttributes[36],
    rank: monsterAttributes[0],
    race: monsterAttributes[1],
    attack: monsterAttributes[2],
    level: monsterAttributes[3],
    type: monsterAttributes[4],
    str: monsterAttributes[5],
    dex: monsterAttributes[6],
    vit: monsterAttributes[7],
    int: monsterAttributes[8],
    minAttackValue: monsterAttributes[9],
    maxAttackValue: monsterAttributes[10],
    rawDefense: monsterAttributes[11],
    criticalHit: monsterAttributes[12],
    piercingHit: monsterAttributes[13],
    fistDefense: monsterAttributes[14],
    swordDefense: monsterAttributes[15],
    twoHandedSwordDefense: monsterAttributes[16],
    daggerDefense: monsterAttributes[17],
    bellDefense: monsterAttributes[18],
    fanDefense: monsterAttributes[19],
    arrowDefense: monsterAttributes[20],
    clawDefense: monsterAttributes[21],
    fireResistance: monsterAttributes[22],
    lightningResistance: monsterAttributes[23],
    magicResistance: monsterAttributes[24],
    windResistance: monsterAttributes[25],
    lightningBonus: monsterAttributes[26],
    fireBonus: monsterAttributes[27],
    iceBonus: monsterAttributes[28],
    windBonus: monsterAttributes[29],
    earthBonus: monsterAttributes[30],
    darknessBonus: monsterAttributes[31],
    darknessResistance: monsterAttributes[32],
    iceResistance: monsterAttributes[33],
    earthResistance: monsterAttributes[34],
    damageMultiplier: monsterAttributes[35],
  };

  // monster.instance = 0;

  // if (attacker && monster.instance === 0) {
  //   changeMonsterValues(monster, "SungMahiTower", attacker);
  // }
  if (!polymorphMonster) {
    changeMonsterValues(monster);
  }

  monster.defense = monster.rawDefense + monster.level + monster.vit;

  return monster;
}

function addPotentialErrorInformation(
  errorInformation,
  attacker,
  victim,
  skillType,
  characters
) {
  for (var error of Object.values(errorInformation)) {
    hideElement(error);
  }

  if (isPC(attacker)) {
    if (isRiding(attacker)) {
      if (attacker.horsePoint === 0) {
        showElement(errorInformation["horse-level"]);
      }
      showElement(errorInformation["horse-stat"]);
    }

    if (isPolymorph(attacker)) {
      if (attacker.polymorphPoint === 0) {
        showElement(errorInformation["polymorph-level"]);
      }

      if (
        (attacker.polymorphPoint <= 39 && attacker.attackValuePercent <= 199) ||
        (attacker.polymorphPoint === 40 && attacker.attackValuePercent <= 299)
      ) {
        showElement(errorInformation["polymorph-bonus"]);
      }
    }
    if (skillType === "magic" && !isDispell(attacker, 6)) {
      if (attacker.magicAttackValue) {
        showElement(errorInformation["magic-attack-value-bonus"]);
      }
      if (victim.magicResistance) {
        showElement(errorInformation["magic-resistance"]);
      }
      if (victim.magicResistance > 0 && attacker.magicPenetration) {
        showElement(errorInformation["magic-penetration"]);
      }
    }
  } else {
    showElement(errorInformation["monster-attacker"]);
    if (isMagicAttacker(attacker) && victim.magicResistance) {
      showElement(errorInformation["magic-resistance"]);
    }
  }

  if (isPC(victim)) {
    if (isRiding(victim)) {
      showElement(errorInformation["horse-stat"]);
    }
    if (isPolymorph(victim)) {
      if (attacker.polymorphPoint === 0) {
        showElement(errorInformation["polymorph-level"]);
      }
      showElement(errorInformation["polymorph-defense"]);
    }
  }

  if (characters.unsavedChanges) {
    showElement(errorInformation["save"]);
  }
}

function reduceChartPointsListener(battle) {
  var {
    reduceChartPointsContainer,
    reduceChartPoints,
    numberFormats: { second: numberFormat },
    displayTime,
  } = battle;

  reduceChartPoints.addEventListener("change", function () {
    reduceChartPoints.disabled = true;

    var startDisplayTime = performance.now();
    var scatterDataByType = battle.scatterDataByType;
    var {
      chart,
      maxPoints,
      chart: {
        data: { datasets },
      },
    } = battle.damageChart;
    var addAnimations = false;

    for (var index = 0; index < datasets.length; index++) {
      var dataset = datasets[index];
      var scatterData = scatterDataByType[dataset.name];

      if (dataset.canBeReduced && reduceChartPoints.checked) {
        dataset.data = aggregateDamage(scatterData, maxPoints);
        addAnimations = true;
      } else {
        dataset.data = scatterData;
      }
    }

    handleChartAnimations(chart, addAnimations);
    chart.update();

    displayTime.textContent = numberFormat.format(
      (performance.now() - startDisplayTime) / 1000
    );

    setTimeout(function () {
      reduceChartPoints.disabled = false;
    }, 1000);
  });

  reduceChartPointsContainer.addEventListener("pointerup", function (event) {
    if (event.pointerType === "mouse") {
      if (event.target.closest("label")) {
        return;
      }
      reduceChartPoints.click();
    }
  });
}

function downloadRawDataListener(battle) {
  var { downLoadRawData, downLoadRawDataVariation } = battle;
  var fileType = "text/csv;charset=utf-8;";

  downLoadRawData.addEventListener("click", function () {
    var damageWeightedByType = battle.damageWeightedByType;
    var filename = "raw_damage.csv";
    var csvContent = "damage,probabilities,damageType\n";

    for (var damageType in damageWeightedByType) {
      var damageWeighted = damageWeightedByType[damageType];

      for (var damage in damageWeighted) {
        csvContent +=
          damage + "," + damageWeighted[damage] + "," + damageType + "\n";
      }
    }

    downloadData(csvContent, fileType, filename);
  });

  downLoadRawDataVariation.addEventListener("click", function () {
    var damageByBonus = battle.damageByBonus;
    var damageByBonusLength = damageByBonus.length;
    var filename = "damage_variation.csv";

    if (!damageByBonusLength) {
      return;
    }

    var csvContent =
      damageByBonus[damageByBonusLength - 1] + ",averageDamage\n";

    for (var index = 0; index < damageByBonusLength - 1; index++) {
      var row = damageByBonus[index];

      csvContent += row.x + "," + row.y + "\n";
    }

    downloadData(csvContent, fileType, filename);
  });
}

function displayResults(
  attackValues,
  damageWeightedByType,
  battle,
  attackerName,
  victimName
) {
  var [meanDamage, minDamage, maxDamage, scatterDataByType, uniqueDamageCount] =
    prepareDamageData(damageWeightedByType, attackValues);

  addToDamageChart(battle, scatterDataByType);
  updateDamageChartDescription(battle, uniqueDamageCount);
  displayFightResults(
    battle,
    attackerName,
    victimName,
    meanDamage,
    minDamage,
    maxDamage
  );
  battle.damageWeightedByType = damageWeightedByType;
  battle.scatterDataByType = scatterDataByType;
}

function displayFightResults(
  battle,
  attackerName,
  victimName,
  meanDamage,
  minDamage,
  maxDamage
) {
  var {
    tableResultFight,
    tableResultHistory,
    savedFights,
    numberFormats: { default: numberFormat },
    deleteFightTemplate,
  } = battle;

  hideElement(tableResultHistory.rows[1]);

  var valuesToDisplay = [
    attackerName,
    victimName,
    battle.battleChoice.attackType.selectedText,
    meanDamage,
    minDamage,
    maxDamage,
  ];

  savedFights.push(valuesToDisplay);
  updateSavedFights(savedFights);

  editTableResultRow(tableResultFight.rows[1], valuesToDisplay, numberFormat);
  addRowToTableResultHistory(
    tableResultHistory,
    valuesToDisplay,
    deleteFightTemplate,
    numberFormat
  );
}

function displayFightInfo(
  possibleDamageCount,
  damageTimeDuration,
  displayTimeDuration,
  battle
) {
  const {
    damageInfoContainer,
    numberFormats: { default: defaultFormat, second: secondFormat },
    possibleDamageCounter,
    damageTime,
    displayTime,
  } = battle;

  if (possibleDamageCount <= 1) {
    hideElement(damageInfoContainer);
    return;
  } else {
    showElement(damageInfoContainer);
  }

  possibleDamageCount = defaultFormat.format(possibleDamageCount);
  damageTimeDuration = secondFormat.format(damageTimeDuration / 1000);
  displayTimeDuration = secondFormat.format(displayTimeDuration / 1000);

  possibleDamageCounter.textContent = possibleDamageCount;
  damageTime.textContent = damageTimeDuration;
  displayTime.textContent = displayTimeDuration;
}

function parseTypeAndName(data) {
  var [type, nameOrVnum] = splitFirst(data, "-");

  return {
    type: type,
    nameOrVnum: nameOrVnum,
    isCharacter: type === "character",
  };
}

function isCharacterSelected(characterName, selected) {
  if (!selected) {
    return false;
  }

  var { nameOrVnum, isCharacter } = parseTypeAndName(selected);

  return nameOrVnum === characterName && isCharacter;
}

function useBonusVariationMode(character, variation) {
  return (
    isChecked(character.useBonusVariation) &&
    character.hasOwnProperty(variation) &&
    character.bonusVariationMinValue < character.bonusVariationMaxValue
  );
}

function createBattle(characters, battle) {
  var battleChoice = battle.battleChoice;
  var battleForm = battleChoice.form;
  var lastInvalidTime = 0;

  battleForm.addEventListener("change", handleBattleFormChange);
  battleForm.addEventListener("invalid", handleBattleFormInvalid, true);
  battleForm.addEventListener("submit", handleBattleFormSubmit);

  function handleBattleFormChange(event) {
    var target = event.target;
    var { name: targetName, value: targetValue, type: targetType } = target;

    if (targetType !== "radio") {
      return;
    }

    if (targetName === "attackType") {
      battleChoice.attackType.selectedText =
        target.previousElementSibling.textContent;
    } else {
      updateBattleChoiceButton(battleChoice, targetName, targetValue);

      if (targetName === "attacker") {
        filterAttackTypeSelection(characters, battleChoice, targetValue);
      }
    }
  }

  function handleBattleFormInvalid(event) {
    var currentTime = Date.now();

    if (currentTime - lastInvalidTime < 100) {
      return;
    }

    lastInvalidTime = currentTime;

    var target = event.target;
    var modal = target.closest(".modal");

    if (!modal) {
      return;
    }

    var dataModal = modal.dataset.modal;

    if (!dataModal) {
      return;
    }

    var category = dataModal.split("-")[0];

    if (isValueInArray(category, battleChoice.categories)) {
      battleChoice[category].button.click();
    }
  }

  function handleBattleFormSubmit(event) {
    event.preventDefault();

    // auto save
    if (characters.unsavedChanges) {
      characters.saveButton.click();
    }

    var battleInfo = new FormData(event.target);
    var attackerData = battleInfo.get("attacker");
    var attackType = battleInfo.get("attackType");
    var victimData = battleInfo.get("victim");
    var attackerVariation;
    var victimVariation;

    if (!attackerData && !attackType && !victimData) {
      return;
    }

    var { nameOrVnum: attackerNameOrVnum, isCharacter: attackerIsPlayer } =
      parseTypeAndName(attackerData);
    var { nameOrVnum: victimNameOrVnum, isCharacter: victimIsPlayer } =
      parseTypeAndName(victimData);

    if (attackerIsPlayer) {
      var attacker = copyObject(characters.savedCharacters[attackerNameOrVnum]);
      attackerVariation = attacker.bonusVariation;
    } else {
      var attacker = createMonster(
        attackerNameOrVnum,
        characters.translateMonsters
      );
    }

    if (victimIsPlayer) {
      var victim = copyObject(characters.savedCharacters[victimNameOrVnum]);
      victimVariation = victim.bonusVariation;
    } else {
      var victim = createMonster(
        victimNameOrVnum,
        characters.translateMonsters,
        attacker
      );
    }

    if (useBonusVariationMode(attacker, attackerVariation)) {
      damageWithVariation(
        attacker,
        victim,
        attackType,
        battle,
        attacker,
        attackerVariation
      );
    } else if (useBonusVariationMode(victim, victimVariation)) {
      damageWithVariation(
        attacker,
        victim,
        attackType,
        battle,
        victim,
        victimVariation
      );
    } else {
      damageWithoutVariation(attacker, victim, attackType, battle, characters);
    }
  }
}

function createMapping() {
  return {
    typeFlag: [
      "animalBonus", // 0
      "humanBonus", // 1
      "orcBonus", // 2
      "mysticBonus", // 3
      "undeadBonus", // 4
      "insectBonus", // 5
      "desertBonus", // 6
      "devilBonus", // 7
      "zodiacBonus", // 8
    ],
    raceBonus: {
      warrior: "warriorBonus",
      sura: "suraBonus",
      ninja: "ninjaBonus",
      shaman: "shamanBonus",
      lycan: "lycanBonus",
    },
    raceResistance: {
      warrior: "warriorResistance",
      sura: "suraResistance",
      ninja: "ninjaResistance",
      shaman: "shamanResistance",
      lycan: "lycanResistance",
    },
    defenseWeapon: [
      "swordDefense", // 0
      "daggerDefense", // 1
      "arrowDefense", // 2
      "twoHandedSwordDefense", // 3
      "bellDefense", // 4
      "clawDefense", // 5
      "fanDefense", // 6
      "swordDefense", // 7
      "fistDefense", // 8
    ],
    breakWeapon: [
      "breakSwordDefense", // 0
      "breakDaggerDefense", // 1
      "breakArrowDefense", // 2
      "breakTwoHandedSwordDefense", // 3
      "breakBellDefense", // 4
      "breakClawDefense", // 5
      "breakFanDefense", // 6
      "breakSwordDefense", // 7
    ],
    elementBonus: [
      "fireBonus", // 0
      "iceBonus", // 1
      "windBonus", // 2
      "lightningBonus", // 3
      "earthBonus", // 4
      "darknessBonus", // 5
    ],
    elementResistance: [
      "fireResistance", // 0
      "iceResistance", // 1
      "windResistance", // 2
      "lightningResistance", // 3
      "earthResistance", // 4
      "darknessResistance", // 5
    ],
    attackType: [
      "normalHit",
      "criticalHit",
      "piercingHit",
      "criticalPiercingHit",
    ],
  };
}

function createConstants() {
  var constants = {
    polymorphPowerTable: [
      10, 11, 11, 12, 13, 13, 14, 15, 16, 17, 18, 19, 20, 22, 23, 24, 26, 27,
      29, 31, 33, 35, 37, 39, 41, 44, 46, 49, 52, 55, 59, 62, 66, 70, 74, 79,
      84, 89, 94, 100, 0,
    ],
    skillPowerTable: [
      0, 0.05, 0.06, 0.08, 0.1, 0.12, 0.14, 0.16, 0.18, 0.2, 0.22, 0.24, 0.26,
      0.28, 0.3, 0.32, 0.34, 0.36, 0.38, 0.4, 0.5, 0.52, 0.54, 0.56, 0.58, 0.6,
      0.63, 0.66, 0.69, 0.72, 0.82, 0.85, 0.88, 0.91, 0.94, 0.98, 1.02, 1.06,
      1.1, 1.15, 1.25,
    ],
    marriageTable: {
      harmonyEarrings: [4, 5, 6, 8],
      loveEarrings: [4, 5, 6, 8],
      harmonyBracelet: [4, 5, 6, 8],
      loveNecklace: [20, 25, 30, 40],
      harmonyNecklace: [12, 16, 20, 30],
    },
    allowedWeaponsPerRace: {
      warrior: [0, 3, 8],
      ninja: [0, 1, 2, 8],
      sura: [0, 7, 8],
      shaman: [4, 6, 8],
      lycan: [5, 8],
    },
  };
  return constants;
}

function initResultTableHistory(battle) {
  var {
    tableResultHistory,
    savedFights,
    deleteFightTemplate,
    numberFormats: { default: numberFormat },
  } = battle;
  var startIndex = 3;

  if (savedFights.length) {
    hideElement(tableResultHistory.rows[1]);

    for (var savedFight of savedFights) {
      addRowToTableResultHistory(
        tableResultHistory,
        savedFight,
        deleteFightTemplate,
        numberFormat
      );
    }
  }

  tableResultHistory.addEventListener("click", function (event) {
    var deleteButton = event.target.closest(".svg-icon-delete");

    if (deleteButton) {
      var row = deleteButton.closest("tr");

      if (row) {
        savedFights.splice(row.rowIndex - startIndex, 1);
        updateSavedFights(savedFights);

        row.remove();

        if (tableResultHistory.rows.length === startIndex) {
          showElement(tableResultHistory.rows[1]);
        }
      }
    }
  });
}

function initDamageChart(battle, currentLanguage, defaultText) {
  const { reduceChartPointsContainer, reduceChartPoints } = battle;
  const { default: defaultFormat, percent: percentFormat } =
    battle.numberFormats;
  const customPlugins = {
    id: "customPlugins",
    afterDraw(chart) {
      const missPercentage = chart.data.missPercentage;

      if (!missPercentage) {
        return;
      }

      const {
        ctx,
        chartArea: { top, right },
      } = chart;
      ctx.save();
      const text =
        defaultText.miss + " : " + percentFormat.format(missPercentage);
      const padding = 4;
      const fontSize = 14;

      ctx.font = fontSize + "px Helvetica Neue";

      const textWidth = ctx.measureText(text).width;
      const xPosition = right - textWidth - 5;
      const yPosition = top + 5;

      ctx.fillStyle = "rgba(255, 0, 0, 0.2)";
      ctx.fillRect(
        xPosition - padding,
        yPosition - padding,
        textWidth + 2 * padding,
        fontSize + 2 * padding
      );

      ctx.strokeStyle = "red";
      ctx.strokeRect(
        xPosition - padding,
        yPosition - padding,
        textWidth + 2 * padding,
        fontSize + 2 * padding
      );

      ctx.fillStyle = "#666";
      ctx.textBaseline = "top";
      ctx.fillText(text, xPosition, yPosition + 1);

      ctx.restore();
    },
  };

  Chart.register(customPlugins);

  const ctx = battle.plotDamage.getContext("2d");
  const maxLabelsInTooltip = 10;
  const nullLabelText = " ...";

  const chart = new Chart(ctx, {
    type: "scatter",
    data: {
      missPercentage: 0,
      datasets: [],
    },
    options: {
      locale: currentLanguage,
      responsive: true,
      maintainAspectRatio: false,
      plugins: {
        legend: {
          display: true,
          onHover: function (e) {
            e.native.target.style.cursor = "pointer";
          },
          onLeave: function (e) {
            e.native.target.style.cursor = "default";
          },
          onClick: function (e, legendItem, legend) {
            const currentIndex = legendItem.datasetIndex;
            const ci = legend.chart;
            const isCurrentDatasetVisible = ci.isDatasetVisible(currentIndex);
            const datasets = ci.data.datasets;
            const isReducePointsChecked = reduceChartPoints.checked;
            let hideReducePoints = true;

            datasets[currentIndex].hidden = isCurrentDatasetVisible;
            legendItem.hidden = isCurrentDatasetVisible;

            for (const index in datasets) {
              if (ci.isDatasetVisible(index) && datasets[index].canBeReduced) {
                showElement(reduceChartPointsContainer);
                hideReducePoints = false;
                break;
              }
            }

            if (hideReducePoints) {
              hideElement(reduceChartPointsContainer);
              handleChartAnimations(ci, true);
            } else {
              handleChartAnimations(ci, isReducePointsChecked);
            }

            ci.update();
          },
        },
        title: {
          display: true,
          text: defaultText.damageRepartition,
          font: {
            size: 20,
          },
        },
        tooltip: {
          callbacks: {
            label: function (context) {
              if (context.label === null) {
                return nullLabelText;
              }

              const xValue = defaultFormat.format(context.parsed.x);
              const yValue = percentFormat.format(context.parsed.y);
              const label =
                " " +
                context.dataset.label +
                " : (" +
                xValue +
                ", " +
                yValue +
                ")";

              return label;
            },
            beforeBody: function (tooltipItems) {
              if (tooltipItems.length > maxLabelsInTooltip + 1) {
                tooltipItems.splice(maxLabelsInTooltip + 1);
                tooltipItems[maxLabelsInTooltip].label = null;
              }
            },
          },
          caretPadding: 10,
        },
      },
      scales: {
        x: {
          type: "linear",
          position: "bottom",
          title: {
            display: true,
            text: defaultText.damage,
            font: {
              size: 16,
            },
          },
          ticks: {
            callback: function (value) {
              return Number.isInteger(value) ? value : "";
            },
          },
        },
        y: {
          title: {
            display: true,
            text: defaultText.percentage,
            font: {
              size: 16,
            },
          },
          ticks: {
            format: {
              style: "percent",
            },
          },
        },
      },
      elements: {
        point: {
          borderWidth: 1,
          radius: 3,
          hitRadius: 3,
          hoverRadius: 6,
          hoverBorderWidth: 2,
        },
      },
    },
  });

  const datasetsStyle = [
    {
      name: "normalHit",
      canBeReduced: false,
      label: defaultText.normalHit,
      backgroundColor: "rgba(75, 192, 192, 0.2)",
      borderColor: "rgba(75, 192, 192, 1)",
    },
    {
      name: "piercingHit",
      canBeReduced: false,
      label: defaultText.piercingHit,
      backgroundColor: "rgba(192, 192, 75, 0.2)",
      borderColor: "rgba(192, 192, 75, 1)",
    },
    {
      name: "criticalHit",
      canBeReduced: false,
      label: defaultText.criticalHit,
      backgroundColor: "rgba(192, 75, 192, 0.2)",
      borderColor: "rgba(192, 75, 192, 1)",
    },
    {
      name: "criticalPiercingHit",
      canBeReduced: false,
      label: defaultText.criticalPiercingHit,
      backgroundColor: "rgba(75, 75, 192, 0.2)",
      borderColor: "rgba(75, 75, 192, 1)",
    },
  ];
  battle.damageChart = {
    chart: chart,
    datasetsStyle: datasetsStyle,
    maxPoints: 500,
    reduceChartPointsContainer: reduceChartPointsContainer,
  };
}

function initBonusVariationChart(battle, currentLanguage, defaultText) {
  const { plotBonusVariation } = battle;

  const ctx = plotBonusVariation.getContext("2d");

  const chart = new Chart(ctx, {
    type: "line",
    data: {
      datasets: [
        {
          label: defaultText.averageDamage,
          backgroundColor: "rgba(75, 192, 192, 0.2)",
          borderColor: "rgba(75, 192, 192, 1)",
          fill: true,
        },
        {
          label: defaultText.damageAugmentation,
          backgroundColor: "rgba(192, 192, 75, 0.2)",
          borderColor: "rgba(192, 192, 75, 1)",
          hidden: true,
          yTicksFormat: { style: "percent" },
          fill: true,
        },
      ],
    },
    options: {
      locale: currentLanguage,
      responsive: true,
      maintainAspectRatio: false,
      plugins: {
        legend: {
          display: true,
          onHover: function (e) {
            e.native.target.style.cursor = "pointer";
          },
          onLeave: function (e) {
            e.native.target.style.cursor = "default";
          },
          onClick: function (e, legendItem, legend) {
            var currentIndex = legendItem.datasetIndex;
            var ci = legend.chart;
            var datasets = ci.data.datasets;
            var isCurrentDatasetVisible = ci.isDatasetVisible(currentIndex);
            var yAxis = ci.options.scales.y;

            var otherIndex = currentIndex === 0 ? 1 : 0;
            var visibleDataset = isCurrentDatasetVisible
              ? datasets[otherIndex]
              : datasets[currentIndex];

            datasets[currentIndex].hidden = isCurrentDatasetVisible;
            datasets[otherIndex].hidden = !isCurrentDatasetVisible;

            yAxis.title.text = visibleDataset.label;
            yAxis.ticks.format = visibleDataset.yTicksFormat;

            ci.update();
          },
        },
        title: {
          display: true,
          text: defaultText.bonusVariationTitle.split("[[]]"),
          font: {
            size: 18,
          },
        },
        tooltip: {
          caretPadding: 10,
        },
      },
      scales: {
        x: {
          type: "linear",
          position: "bottom",
          title: {
            display: true,
            text: "Bonus",
            font: {
              size: 16,
            },
          },
          ticks: {
            callback: function (value) {
              if (Number.isInteger(value)) {
                return Number(value);
              }
            },
          },
        },
        y: {
          title: {
            display: true,
            text: defaultText.averageDamage,
            font: {
              size: 16,
            },
          },
        },
      },
      elements: {
        point: {
          borderWidth: 1,
          radius: 3,
          hitRadius: 3,
          hoverRadius: 6,
          hoverBorderWidth: 2,
        },
      },
    },
  });

  battle.bonusVariationChart = chart;
}

function filterAttackTypeSelection(characters, battleChoice, targetValue) {
  var { nameOrVnum: attackerNameOrVnum, isCharacter: isAttackerPlayer } =
    parseTypeAndName(targetValue);

  if (isAttackerPlayer) {
    var attacker = characters.savedCharacters[attackerNameOrVnum];
    filterAttackTypeSelectionCharacter(attacker, battleChoice.attackType);
  } else {
    filterAttackTypeSelectionMonster(battleChoice.attackType);
  }
}

function addBattleData(battle) {
  var errorElements = document.querySelectorAll("[data-error]");
  var { elements: attackTypeElements, container: attackTypeContainer } =
    battle.battleChoice.attackType;
  var attackTypeChilds = attackTypeContainer.children;

  for (var index = 0; index < errorElements.length; index++) {
    var errorElement = errorElements[index];
    battle.errorInformation[errorElement.dataset.error] = errorElement;
  }

  for (var index = 1; index < attackTypeChilds.length - 1; index++) {
    var attackTypeChild = attackTypeChilds[index];
    var input = attackTypeChild.querySelector("input");

    attackTypeElements.push({
      container: attackTypeChild,
      input: input,
      inputClass: input.dataset.class,
      inputValue: input.value,
    });
  }
}

function createDamageCalculatorInformation(
  defaultLang,
  currentLanguage,
  defaultText
) {
  const characters = {
    unsavedChanges: false,
    savedCharacters: {},
    currentCharacter: null,
    savedMonsters: getSavedMonsters(),
    monsterElements: {},
    characterCreation: document.getElementById("character-creation"),
    addNewCharacterButton: document.getElementById("add-new-character"),
    dropZone: document.getElementById("character-drop-zone"),
    characterInput: document.getElementById("character-input"),
    newCharacterTemplate: document.getElementById("new-character-template")
      .children[0],
    charactersContainer: document.getElementById("characters-container"),
    monsterButtonTemplates: document.getElementById("monster-button-templates"),
    monsterTemplate: document.getElementById("new-monster-template")
      .children[0],
    monstersContainer: document.getElementById("monsters-container"),
    monsteriFrame: document.getElementById("monster-iframe"),
    stoneiFrame: document.getElementById("stone-iframe"),
    saveButton: document.getElementById("save-character"),
    weaponCategory: document.getElementById("weapon-category"),
    weaponDisplay: document.getElementById("weapon-display"),
    randomAttackValue: document.getElementById("random-attack-value"),
    randomMagicAttackValue: document.getElementById(
      "random-magic-attack-value"
    ),
    toggleSiblings: {},
    polymorphDisplay: document.getElementById("polymorph-display"),
    bonusVariation: {
      tabButton: document.getElementById("Variation"),
      checkbox: document.getElementById("use-bonus-variation"),
      input: document.getElementById("bonus-variation"),
      inputName: document.getElementById("bonus-variation-name"),
      container: document.getElementById("bonus-variation-creation"),
      minValue: document.getElementById("bonus-variation-min-value"),
      maxValue: document.getElementById("bonus-variation-max-value"),
      disabledText: document.getElementById("bonus-variation-disabled"),
      selectedText: document.getElementById("bonus-variation-selected"),
      displaySpan: document.getElementById("bonus-variation-display"),
    },
    skillElementsToFilter: document.querySelectorAll(
      "#skill-container [data-class]"
    ),
    currentLanguage: currentLanguage,
    translateMonsters: defaultLang !== currentLanguage,
    defaultText: defaultText,
  };

  for (const [pseudo, character] of Object.entries(getSavedCharacters())) {
    characters.savedCharacters[pseudo] = character;
  }

  document.querySelectorAll(".toggle-sibling").forEach(function (element) {
    const target = element.dataset.target;
    const sibling = document.getElementById(target);
    characters.toggleSiblings[element.name] = sibling;
  });

  const constants = createConstants();

  const battle = {
    savedFights: getSavedFights(),
    battleChoice: {
      resetAttackType: false,
      form: document.getElementById("create-battle"),
      template: document.getElementById("battle-selection-template")
        .children[0],
      raceToImage: {
        warrior: "/images/0/0f/Bandeaurougehomme.png",
        ninja: "/images/0/0e/Queuedechevalclair.png",
        sura: "/images/3/37/Couperespectablerouge.png",
        shaman: "/images/6/6a/Coupeeleganteclairfemme.png",
        lycan: "/images/4/4e/Protectionfrontalerouge.png",
      },
      categories: ["attacker", "victim"],
      translateMonsters: defaultLang !== currentLanguage,
      attacker: {
        character: {
          count: 0,
          container: document.getElementById("attacker-selection-characters"),
          elements: {},
        },
        monster: {
          count: 0,
          container: document.getElementById("attacker-selection-monsters"),
          elements: {},
        },
        button: document.getElementById("attacker-trigger"),
        defaultButtonContent: document.getElementById(
          "attacker-default-button-content"
        ),
        buttonContent: document.getElementById("attacker-button-content"),
        container: document.getElementById("attacker-selection"),
        selected: null,
      },
      victim: {
        character: {
          count: 0,
          container: document.getElementById("victim-selection-characters"),
          elements: {},
        },
        monster: {
          count: 0,
          container: document.getElementById("victim-selection-monsters"),
          elements: {},
        },
        stone: {
          count: 0,
          container: document.getElementById("victim-selection-stones"),
          elements: {},
        },
        button: document.getElementById("victim-trigger"),
        defaultButtonContent: document.getElementById(
          "victim-default-button-content"
        ),
        buttonContent: document.getElementById("victim-button-content"),
        selected: null,
      },
      attackType: {
        container: document.getElementById("attack-type-selection"),
        elements: [],
        defaultInput: document.getElementById("physical-attack"),
        selectedText: "",
      },
    },
    damageWeightedByType: {},
    scatterDataByType: {},
    damageByBonus: [],
    tableResultFight: document.getElementById("result-table-fight"),
    tableResultHistory: document.getElementById("result-table-history"),
    deleteFightTemplate: document.getElementById("delete-fight-template")
      .children[0],
    errorInformation: {},
    fightResultTitle: document.getElementById("fight-result-title"),
    fightResultContainer: document.getElementById("fight-result-container"),
    downLoadRawData: document.getElementById("download-raw-data"),
    downLoadRawDataVariation: document.getElementById(
      "download-raw-data-variation"
    ),
    bonusVariationResultContainer: document.getElementById(
      "bonus-variation-result-container"
    ),
    reduceChartPointsContainer: document.getElementById(
      "reduce-chart-points-container"
    ),
    reduceChartPoints: document.getElementById("reduce-chart-points"),
    plotDamage: document.getElementById("plot-damage"),
    plotBonusVariation: document.getElementById("plot-bonus-variation"),
    chartDescriptionContainer: document.getElementById(
      "chart-description-container"
    ),
    damageInfoContainer: document.getElementById("damage-info-container"),
    uniqueDamageCounters: document.querySelectorAll(".unique-damage-counter"),
    possibleDamageCounter: document.getElementById("possible-damage-counter"),
    damageTime: document.getElementById("damage-time"),
    displayTime: document.getElementById("display-time"),
    simulationCounter: document.getElementById("simulation-counter"),
    simulationTime: document.getElementById("simulation-time"),
    numberFormats: {
      default: new Intl.NumberFormat(currentLanguage, {
        minimumFractionDigits: 0,
        maximumFractionDigits: 1,
      }),
      percent: new Intl.NumberFormat(currentLanguage, {
        style: "percent",
        maximumFractionDigits: 3,
      }),
      second: new Intl.NumberFormat(currentLanguage, {
        style: "unit",
        unit: "second",
        unitDisplay: "long",
        maximumFractionDigits: 3,
      }),
    },
    mapping: createMapping(),
    constants: constants,
  };

  addBattleData(battle);
  initResultTableHistory(battle);
  initDamageChart(battle, currentLanguage, defaultText);
  initBonusVariationChart(battle, currentLanguage, defaultText);
  reduceChartPointsListener(battle);
  downloadRawDataListener(battle);

  return [characters, battle];
}

function parseText(input) {
  const regex = /\[\[(.*?)\]\]|([^\[]+)/g;
  const result = [];

  input.replace(regex, (_, matchA, matchText) => {
    if (matchA !== undefined) {
      result.push({
        text: matchA,
        category: matchA === "" ? "NOTRANSLATE" : "A",
      });
    } else if (matchText) {
      result.push({ text: matchText, category: "#text" });
    }
  });

  return result;
}

function translateText(general) {
  const nodesToTranslate = ["A", "I", "B"];

  for (const element of document.querySelectorAll("[data-t]")) {
    const translateText = general[element.dataset.t];

    if (!translateText) continue;

    const childNodes = element.childNodes;
    const numChildren = childNodes.length;

    if (numChildren === 1) {
      childNodes[0].textContent = translateText;
      continue;
    }

    const parsedText = parseText(translateText);
    const numParsed = parsedText.length;

    let childIndex = 0;
    let textIndex = 0;

    while (childIndex < numChildren) {
      const child = childNodes[childIndex];

      if (textIndex === numParsed) {
        console.warn("Bad translation for element", element);
        break;
      }

      const parsed = parsedText[textIndex];

      let childName = child.nodeName;
      const isNodeToTranslate = nodesToTranslate.includes(childName);

      if (
        (childName === "A" && child.firstChild?.nodeName === "IMG") ||
        !(isNodeToTranslate || childName === "#text") ||
        child.dataset?.notranslate
      ) {
        childName = "NOTRANSLATE";
      }

      if (
        childName === parsed.category ||
        (parsed.category === "A" && isNodeToTranslate)
      ) {
        if (childName !== "NOTRANSLATE") {
          child.textContent = parsed.text;
        }
        childIndex++;
        textIndex++;
      } else if (childName === "NOTRANSLATE") {
        childIndex++;
      } else if (isNodeToTranslate) {
        element.insertBefore(document.createTextNode(parsed.text), child);
        textIndex++;
      } else {
        child.textContent = "";
        childIndex++;
      }
    }

    if (textIndex < parsedText.length) {
      const textNode = document.createTextNode(parsedText[textIndex].text);
      element.appendChild(textNode);
    }
  }
}

function translateWeapons(weapons) {
  const characterCreation = document.getElementById("character-creation");

  for (const weaponInput of characterCreation.elements["weapon"]) {
    const weaponTranslation = weapons[weaponInput.value];

    if (weaponTranslation) {
      weaponInput.parentElement.lastElementChild.textContent =
        weaponTranslation;
    }
  }
}

function handleSpecialIndexes(generalTranslations, specialIndexes) {
  const specialTranslations = {};

  translation.special = specialTranslations;

  for (const [generalIndex, specialKey] of Object.entries(specialIndexes)) {
    const translatedValue = generalTranslations[generalIndex];

    if (translatedValue) {
      specialTranslations[specialKey] = translatedValue;
    }
  }

  translation.mapping = {
    "Demi-humain": specialTranslations.halfHuman,
    Mal: specialTranslations.devil,
    Désert: specialTranslations.desert,
    Animal: specialTranslations.animal,
    Orc: specialTranslations.orc,
    Mystique: specialTranslations.mystic,
    "Mort-vivant": specialTranslations.undead,
    Insecte: specialTranslations.insect,
    Zodiaque: specialTranslations.zodiac,
    "Aucun type": specialTranslations.noType,
    Mêlée: specialTranslations.melee,
    Flèche: specialTranslations.arrow,
    Magique: specialTranslations.magic,
    DC: specialTranslations.skill,
  };
}

function translateTitle() {
  const translatedTitle = translation.special.pageTitle;

  if (translatedTitle) {
    document.querySelector("h1").textContent = translatedTitle;
    document.querySelector("ul.subpage").lastElementChild.textContent =
      translatedTitle;
  }
}

function translateSummary(attempts = 5) {
  const tocContainer = document.getElementById("toc");

  if (!tocContainer) {
    if (attempts > 0) {
      console.log(`Translating summary... Attempts left: ${attempts}`);
      setTimeout(() => translateSummary(attempts - 1), 1000);
    }
    return;
  }

  const { toc, hide } = translation.special;

  const heading = tocContainer.querySelector("h2");
  const toggleLink = tocContainer.querySelector("a.togglelink");

  if (heading) heading.textContent = toc;
  if (toggleLink) toggleLink.textContent = hide;

  for (const link of tocContainer.querySelectorAll("ul a")) {
    const hash = link.hash.substring(1);
    const title = document.getElementById(hash);

    if (title) {
      const toctext = link.querySelector("span.toctext");

      if (toctext?.firstElementChild) {
        toctext.firstElementChild.textContent = title.textContent;
      }
    }
  }
}

function translateDefaultText(defaultText) {
  const specialTranslations = translation.special;

  for (const key of Object.keys(defaultText)) {
    if (specialTranslations.hasOwnProperty(key)) {
      defaultText[key] = specialTranslations[key];
    }
  }
}

function translatePage(defaultText, currentLanguage) {
  const mwContent = document.querySelector(".mw-content-ltr");
  const { general, weapons } = translation;
  const specialIndexes = {
    471: "placeholder",
    473: "boss",
    474: "pageTitle",
    475: "toc",
    476: "hide",
    502: "unsavedWarning",
    503: "deleteWarning",
    504: "pseudo",
    481: "damage",
    505: "percentage",
    506: "miss",
    507: "normalHit",
    508: "criticalHit",
    509: "piercingHit",
    510: "criticalPiercingHit",
    511: "damageRepartition",
    512: "averageDamage",
    513: "damageAugmentation",
    514: "bonusVariationTitle",
    489: "halfHuman",
    490: "devil",
    491: "desert",
    492: "animal",
    493: "orc",
    494: "mystic",
    495: "undead",
    496: "insect",
    497: "zodiac",
    515: "noType",
    498: "melee",
    499: "arrow",
    500: "magic",
    516: "skill",
  };

  translateText(general);
  translateWeapons(weapons);
  handleSpecialIndexes(general, specialIndexes);
  translateTitle();
  translateSummary();
  translateDefaultText(defaultText);

  if (mwContent) {
    mwContent.setAttribute("lang", currentLanguage);
  }
}

function getDefaultText() {
  return {
    unsavedWarning:
      "Voulez-vous continuer ? Les dernières modifications ne seront pas sauvegardées.",
    deleteWarning:
      "Voulez-vous vraiment supprimer définitivement le personnage [[]] ?",
    pseudo: "Pseudo",
    damage: "Dégâts",
    percentage: "Pourcentage",
    miss: "Miss",
    normalHit: "Coup classique",
    criticalHit: "Coup critique",
    piercingHit: "Coup perçant",
    criticalPiercingHit: "Coup critique perçant",
    damageRepartition: "Distribution des dégâts",
    averageDamage: "Dégâts moyens",
    damageAugmentation: "Augmentation des dégâts",
    bonusVariationTitle:
      "Évolution des dégâts moyens[[]]par rapport à la valeur d'un bonus",
  };
}

function setLanguage(radios, lang, url, reload = false) {
  url.searchParams.set("lang", lang);
  updateLastLang(lang);

  if (reload) {
    window.location.href = url.toString();
  } else {
    radios.value = lang;
    history.replaceState(null, "", url);
  }
}

function getCurrentLanguage(defaultLang) {
  const url = new URL(window.location.href);
  const URLlang = url.searchParams.get("lang");
  const lastLang = getLastLang();
  const browserLang = navigator.language.split("-")[0];
  const languageSelection = document.getElementById("language-selection");

  if (!languageSelection) {
    return defaultLang;
  }

  const radios = languageSelection.elements["country"];

  if (!radios) {
    return defaultLang;
  }

  languageSelection.addEventListener("change", changeLanguage);

  function changeLanguage(event) {
    const newLang = event.target.value;
    const newUrl = new URL(window.location.href);
    setLanguage(radios, newLang, newUrl, true);
  }

  const allowedLanguages = Array.from(radios).map((input) => input.value);

  for (const lang of [URLlang, lastLang, browserLang]) {
    if (allowedLanguages.includes(lang)) {
      setLanguage(radios, lang, url);
      return lang;
    }
  }

  return defaultLang;
}

function loadStyle(src) {
  var link = document.createElement("link");
  link.href = src;
  link.rel = "stylesheet";

  document.head.appendChild(link);
}

async function addScript(src) {
  return new Promise((resolve, reject) => {
    const script = document.createElement("script");
    script.src = src;
    script.async = true;

    script.onload = () => resolve();
    script.onerror = () => reject(new Error(`Failed to load script: ${src}`));

    document.head.appendChild(script);
  });
}

(async function () {
  const basePath = "/index.php?title=Utilisateur:Ankhseram/";
  const dataScript = `${basePath}WeaponsAndMonsters.js&action=raw&ctype=text/javascript`;
  const simulatorStyle = `${basePath}SimulatorStyle.css&action=raw&ctype=text/css`;
  const chartLibrary = "https://cdn.jsdelivr.net/npm/chart.js";

  const defaultLang = "fr";
  const defaultText = getDefaultText();
  const currentLanguage = getCurrentLanguage(defaultLang);

  loadStyle(simulatorStyle);

  let translationScript;

  if (currentLanguage !== defaultLang) {
    translationScript = `${basePath}Calculator/${currentLanguage}.js&action=raw&ctype=text/javascript`;
  }

  const scriptsToLoad = [addScript(chartLibrary), addScript(dataScript)];

  if (translationScript) {
    scriptsToLoad.push(addScript(translationScript));
  }

  await Promise.all(scriptsToLoad);

  if (translationScript) {
    translatePage(defaultText, currentLanguage);
  }

  const [characters, battle] = createDamageCalculatorInformation(
    defaultLang,
    currentLanguage,
    defaultText
  );
  characterManagement(characters, battle);
  monsterManagement(characters, battle);
  updateBattleChoice(characters, battle.battleChoice);
  createBattle(characters, battle);
})();
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