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fixed unit bar

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This commit is contained in:
sharlottes
2021-05-09 18:21:35 +09:00
parent 4beb893763
commit 8323c26188
1 changed files with 44 additions and 28 deletions
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72
src/UnitInfo/ui/FreeBar.java
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@@ -19,6 +19,7 @@ public class FreeBar {
public void draw(Unit unit){
if(unit.dead()) return;
float height = 2f;
if(Float.isNaN(value)) value = 0;
@@ -44,45 +45,60 @@ public class FreeBar {
shadowx - width / 2, shadowy + i * -height));
}
}
Draw.color(Pal.health.cpy().a((settings.getInt("baropacity") / 100f)));
float topWidth = - width / 2 + width * Mathf.clamp(unit.healthf());
for(int i : Mathf.signs) {
Fill.poly(FloatSeq.with(
x - (width / 2 + height), y,
x - width / 2, y + i * height,
x + topWidth, y + i * height,
x - (width / 2 + height) + (width + 2 * height) * Mathf.clamp(unit.healthf()), y,
x + topWidth, y + i * -height,
x - width / 2, y + i * -height));
}
if(Vars.state.rules.unitAmmo){
Draw.color((unit.dead() || unit instanceof BlockUnitc ? Pal.ammo : unit.type.ammoType.color).cpy().a((settings.getInt("baropacity") / 100f)));
topWidth = - width / 2 + width * Mathf.clamp(unit.ammof());
{
Draw.color(Pal.health.cpy().a((settings.getInt("baropacity") / 100f)));
float topWidth = - width / 2 + width * Mathf.clamp(unit.healthf());
float moser = topWidth + height;
if(unit.health <= 0) moser = (width / 2 + height) * (2 * Mathf.clamp(unit.healthf()) - 1);
for(int i : Mathf.signs) {
Fill.poly(FloatSeq.with(
x - (width / 2 + height), y,
x - width / 2, y + i * height,
x + topWidth, y + i * height,
x + moser, y,
x + topWidth, y + i * -height,
x - width / 2, y + i * -height));
}
}
if(Vars.state.rules.unitAmmo)
{
float topWidth = - width / 2 + width * Mathf.clamp(unit.ammof());
float moser = topWidth + height;
if(unit.ammo <= 0) moser = (width / 2 + height) * (2 * Mathf.clamp(unit.ammof()) - 1);
Draw.color((unit.dead() || unit instanceof BlockUnitc ? Pal.ammo : unit.type.ammoType.color).cpy().a((settings.getInt("baropacity") / 100f)));
Fill.poly(FloatSeq.with(
x - (width / 2 + height), y,
x - width / 2, y + height,
x + topWidth, y + height,
x - (width / 2 + height) + (width + 2 * height) * Mathf.clamp(unit.ammof()), y,
x + moser, y,
x + topWidth, y - height,
x - width / 2, y - height));
}
float max1 = ((ShieldRegenFieldAbility)content.units().copy().filter(ut -> ut.abilities.find(abil -> abil instanceof ShieldRegenFieldAbility) != null).sort(ut -> ((ShieldRegenFieldAbility)ut.abilities.find(abil -> abil instanceof ShieldRegenFieldAbility)).max).peek().abilities.find(abil -> abil instanceof ShieldRegenFieldAbility)).max;
float max2 = 0f;
if(unit.type.abilities.find(abil -> abil instanceof ForceFieldAbility) != null) max2 = ((ForceFieldAbility) unit.type.abilities.find(abil -> abil instanceof ForceFieldAbility)).max;
float max = Mathf.clamp(unit.shield / Math.max(max1, max2));
{
float max1 = ((ShieldRegenFieldAbility)content.units().copy().filter(ut -> ut.abilities.find(abil -> abil instanceof ShieldRegenFieldAbility) != null).sort(ut -> ((ShieldRegenFieldAbility)ut.abilities.find(abil -> abil instanceof ShieldRegenFieldAbility)).max).peek().abilities.find(abil -> abil instanceof ShieldRegenFieldAbility)).max;
float max2 = 0f;
if(unit.type.abilities.find(abil -> abil instanceof ForceFieldAbility) != null) max2 = ((ForceFieldAbility) unit.type.abilities.find(abil -> abil instanceof ForceFieldAbility)).max;
float max = Mathf.clamp(unit.shield / Math.max(max1, max2));
Draw.color(Pal.surge.cpy().a((settings.getInt("baropacity") / 100f)));
topWidth = - width / 2 + width * max;
float topWidth = - width / 2 + width * max;
float moser = topWidth + height;
if(unit.shield <= 0) moser = (width / 2 + height) * (2 * max - 1);
Draw.color(Pal.surge.cpy().a((settings.getInt("baropacity") / 100f)));
Fill.poly(FloatSeq.with(
x - (width / 2 + height), y,
x - width / 2, y - height,
x + topWidth, y - height,
x + moser, y,
x + topWidth, y + height,
x - width / 2, y + height));
}
Fill.poly(FloatSeq.with(
x - (width / 2 + height), y,
x - width / 2, y - height,
x + topWidth, y - height,
x - (width / 2 + height) + (width + 2 * height) * max, y,
x + topWidth, y + height,
x - width / 2, y + height));
Draw.reset();
}
}