config-documentation.json5

{
  /* Reroll item.  Pair an armor piece with Spoorn Armor Attributes on it with this item (vanilla or modded)
     in an Anvil to reroll attributes [default = minecraft:lapis_lazuli]
  */
  "rerollItem": "minecraft:lapis_lazuli",
  // Reroll level cost [default = 0]
  "rerollLevelCost": 0,
  /* Upgrade item.  Pair an armor piece with this item in an Anvil to roll bonus attributes and only adds
     stats onto the armor if it is an upgrade [default = minecraft:diamond]
  */
  "upgradeItem": "minecraft:diamond",
  // Upgrade level cost [default = 1]
  "upgradeLevelCost": 1,
  // Bonus Max Health attribute config
  "maxHealthConfig": {
    // Chance for an armor item to add bonus max health [0 = never, 1 = always] [default = 0.05]
    "attributeChance": 0.05,
    /* Set to true to round bonus health to a whole number, so hearts are filled up nicely on the HUD [default = true]
       This means bonus health of +2.3 would round to just +2, or bonus health of +2.7 would round to +3
    */
    "roundBonusHealth": true,
    // Minimum bonus health [default = 1]
    "minHealth": 1.0,
    // Maximum bonus health [2 health is 1 heart] [default = 20.0]
    "maxHealth": 20.0,
    /* True if bonus health should be calculated using a Gaussian distribution, else it will be a linearly random
       value between the minHealth and maxHealth [default = true]
    */
    "useGaussian": true,
    // Average bonus health [default = 2]
    "mean": 2,
    // Standard deviation for the distribution [default = 2.5]
    "standardDeviation": 2.5
  },
  // Damage Reduction attribute config
  "dmgReductionConfig": {
    /* Chance for an armor item to have damage reduction [0 = never, 1 = always] [default = 0.05]
       This applies damage reduction to the FINAL damage taken, which means after all other effects such as enchantments have applied.
       Note: damage reduction does not stack linearly, but rather exponential.  For example, if you
           have one armor at 50% dmg reduction, and another at 50% dmg reduction, you don't have 100% dmg reduction.
           Instead, it would reduce the final damage you take by 50% once, then 50% again effectively giving 75% dmg reduction.
    */
    "attributeChance": 0.05,
    // Minimum damage percentage [default = 2.5]
    "minDmgReduction": 2.5,
    // Maximum damage percentage] [default = 90]
    "maxDmgReduction": 90.0,
    /* True if damage reduction should be calculated using a Gaussian distribution, else it will be a linearly random
       value between the minDmgReduction and maxDmgReduction [default = true]
    */
    "useGaussian": true,
    // Average damage reduction rate [default = 5]
    "mean": 5.0,
    // Standard deviation for the distribution [default = 10]
    "standardDeviation": 10.0
  },
  // Movement Speed boost attribute config
  "movementSpeedConfig": {
    /* Chance for an armor item to have movement speed boost [0 = never, 1 = always] [default = 0.05]
       Bonus movement speed is a percentage applied linearly, meaning each armor item adds a flat % movement speed
       from the original movement speed.  So if you have 4 armor items each 25%, you ultimately get 100% bonus movement speed.
       Note: The tooltip will show movementSpeed * 10, so it looks like a nicer integer value.
    */
    "attributeChance": 0.05,
    // Minimum movement speed boost percentage [default = 1]
    "minSpeed": 1.0,
    // Maximum movement speed boost percentage [default = 100]
    "maxSpeed": 100.0,
    /* True if movement speed boost should be calculated using a Gaussian distribution, else it will be a linearly random
       value between the minSpeed and maxSpeed [default = true]
    */
    "useGaussian": true,
    // Average movement speed boost [default = 5]
    "mean": 5.0,
    // Standard deviation for the distribution [default = 15]
    "standardDeviation": 15.0
  },
  // Knockback Resistance attribute config
  "knockbackResistanceConfig": {
    /* Chance for an armor item to have knockback resistance [0 = never, 1 = always] [default = 0.05]
       Knockback Resistance is a rate from 0 to 1, where 1 means 100% knockback resistance, 0.5 means 50%.
       Note: The tooltip will show knockbackResistance * 100, so it looks like a nicer integer value.
    */
    "attributeChance": 0.05,
    // Minimum knockback resistance (this is a rate from 0 to 1) [default = 0.01]
    "minKnockbackResistance": 0.01,
    // Maximum knockback resistance (this is a rate from 0 to 1) [default = 0.25]
    "maxKnockbackResistance": 0.25,
    /* True if knockback resistance should be calculated using a Gaussian distribution, else it will be a linearly random
       value between the minKnockbackResistance and maxKnockbackResistance [default = true]
    */
    "useGaussian": true,
    // Average knockback resistance [default = 0.05]
    "mean": 0.05,
    // Standard deviation for the distribution [default = 0.1]
    "standardDeviation": 0.1
  },
  // Thorns attribute config
  "thornsConfig": {
    /* Chance for an armor item to have thorns attribute. [0 = never, 1 = always] [default = 0.05]
       Thorns returns damage back to the attacker.
    */
    "attributeChance": 0.05,
    // Minimum thorns return damage percentage [default = 1]
    "minReturnDmg": 1.0,
    // Maximum thorns return damage percentage [default = 1000]
    "maxReturnDmg": 1000.0,
    /* True if thorns return damage percentage should be calculated using a Gaussian distribution, else it will be a linearly random
       value between the minReturnDmg and maxReturnDmg [default = true]
    */
    "useGaussian": true,
    // Average thorns return damage percentage [default = 5]
    "mean": 5.0,
    // Standard deviation for the distribution [default = 20]
    "standardDeviation": 25.0
  }
}