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v3.2.0: reduced liquid metal cost scaling per lvl to 1.33x from 2x

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This commit is contained in:
Evan Debenham
2025-07-26 15:39:19 -04:00
committed by Evan Debenham
parent 6cc40bd07f
commit 38c59724b4
2 changed files with 11 additions and 11 deletions
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2
core/src/main/assets/messages/items/items.properties
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@@ -2369,7 +2369,7 @@ items.liquidmetal.ac_apply=APPLY
items.liquidmetal.prompt=Select a thrown weapon
items.liquidmetal.already_fixed=That thrown weapon is already in perfect condition!
items.liquidmetal.apply=You use %d liquid metal to repair your thrown weapon.
items.liquidmetal.desc=When poured over a thrown weapon, this magical liquid will fill into the cracks and tears from use, restoring the thrown weapon to perfect condition!\n\nA tier 1 weapon requires 10 liquid metal to be fully repaired, a tier 5 weapon requires 30. Each upgrade also doubles the amount of metal needed.\n\nLiquid metal cannot be used to repair the tips on tipped darts.
items.liquidmetal.desc=When poured over a thrown weapon, this magical liquid will fill into the cracks and tears from use, restoring the thrown weapon to perfect condition!\n\nA tier 1 weapon requires 10 liquid metal to be fully repaired, a tier 5 weapon requires 30. Each upgrade also increases the amount of metal needed by 33%.\n\nLiquid metal cannot be used to repair the tips on tipped darts.
items.liquidmetal.discover_hint=You can craft this item via alchemy.
items.lostbackpack.name=lost backpack

20
core/src/main/java/com/shatteredpixel/shatteredpixeldungeon/items/LiquidMetal.java
View File

@@ -136,24 +136,24 @@ public class LiquidMetal extends Item {
if (item != null && item instanceof MissileWeapon) {
MissileWeapon m = (MissileWeapon)item;
int maxToUse = 5*(m.tier+1);
maxToUse *= Math.pow(2, m.level());
float maxToUse = 5*(m.tier+1);
maxToUse *= Math.pow(1.35f, m.level());
float durabilityPerMetal = 100 / (float)maxToUse;
float durabilityPerMetal = 100 / maxToUse;
//we remove a tiny amount here to account for rounding errors
float percentDurabilityLost = 0.999f - (m.durabilityLeft()/100f);
maxToUse = (int)Math.ceil(maxToUse*percentDurabilityLost);
int toUse = (int)Math.ceil(maxToUse*percentDurabilityLost);
float durPerUse = m.durabilityPerUse()/100f;
if (maxToUse == 0 ||
if (toUse == 0 ||
Math.ceil(m.durabilityLeft()/ m.durabilityPerUse()) >= Math.ceil(m.MAX_DURABILITY/ m.durabilityPerUse()) ){
GLog.w(Messages.get(LiquidMetal.class, "already_fixed"));
return;
} else if (maxToUse < quantity()) {
Catalog.countUses(LiquidMetal.class, maxToUse);
} else if (toUse < quantity()) {
Catalog.countUses(LiquidMetal.class, toUse);
m.repair(maxToUse*durabilityPerMetal);
quantity(quantity()-maxToUse);
GLog.i(Messages.get(LiquidMetal.class, "apply", maxToUse));
quantity(quantity()-toUse);
GLog.i(Messages.get(LiquidMetal.class, "apply", toUse));
} else {
Catalog.countUses(LiquidMetal.class, quantity());
@@ -215,7 +215,7 @@ public class LiquidMetal extends Item {
if (m.defaultQuantity() != 3){
quantityPerWeapon = 3f / m.defaultQuantity();
}
quantityPerWeapon += Math.pow(2, Math.min(3, m.level()));
quantityPerWeapon *= Math.pow(1.33f, Math.min(5, m.level()));
float quantity = m.quantity()-1;
quantity += 0.25f + 0.0075f*m.durabilityLeft();