Struct NetherPortalPreservingExplosionDamageCalculator 

struct NetherPortalPreservingExplosionDamageCalculator;

Trait Implementations

impl ExplosionDamageCalculator for NetherPortalPreservingExplosionDamageCalculator

fn block_explosion_resistance( &self, explosion: &dyn Explosion, world: &World, pos: BlockPos, state: BlockStateId, fluid: FluidState, ) -> Option<f32>

Returns the effective resistance at an affected block position.

fn should_block_explode( &self, explosion: &dyn Explosion, world: &World, pos: BlockPos, state: BlockStateId, power: f32, ) -> bool

Returns whether the current ray may affect this block position.

fn should_damage_entity( &self, _explosion: &dyn Explosion, _entity: &dyn Entity, ) -> bool

Returns whether the explosion damages this entity.

fn knockback_multiplier(&self, _entity: &dyn Entity) -> f32

Returns the multiplier applied to this entity’s explosion knockback.

fn entity_damage_amount( &self, explosion: &dyn Explosion, entity: &dyn Entity, exposure: f32, ) -> f32

Calculates Vanilla explosion damage for one entity and exposure value.

impl ImmutableExplosionBlockCalculator for NetherPortalPreservingExplosionDamageCalculator

fn bounded_block_read_radius(&self) -> Option<u32>

Returns the greatest per-axis block offset (Chebyshev radius) this calculator reads from each ray position. Implementations opting in must never increase ray power through a returned resistance.

fn can_cache_explosion_resistance(&self) -> bool

Whether repeated resistance queries for an unchanged position may reuse one result.

fn explosion_resistance( &self, reader: &dyn ExplosionBlockReader, pos: BlockPos, state: BlockStateId, fluid: FluidState, ) -> Option<f32>

Returns the effective resistance at a ray position.

fn should_explode( &self, reader: &dyn ExplosionBlockReader, pos: BlockPos, state: BlockStateId, power: f32, ) -> bool

fn always_allows_block_explosion(&self) -> bool

Whether Self::should_explode unconditionally returns true without side effects.