ClaimProcessor()

MayaFlux::Buffers::ClaimProcessor::ClaimProcessor	(	const MutationConfig &	config,
		std::shared_ptr< Nodes::Network::GpuFieldOperator >	particle_op,
		bool	gate_alive = false
	)

Parameters

config	Grid/particle parameters shared with the claim stages.
particle_op	Owning operator; only its capture_growth tuning value and revision() are read, live, in on_before_execute.
gate_alive	When true, binds mutation_alive and refuses to let a dead particle claim anything: a candidate j can never be dead (HashCountProcessor/HashScatterProcessor already exclude dead particles from every cell), but i itself still runs unless this guard skips it, and a dead claimant absorbing a living particle would be a scavenging corpse, not a fixed population. False (the default) emits exactly today's shader.

Definition at line 198 of file MutationClaimProcessor.cpp.

    : NetworkStateFieldProcessor(claim_bindings(gate_alive), build_claim_spec(gate_alive))
    , m_params {
        .particle_count = config.hash.particle_count,
        .stride_words = config.hash.stride_words,
        .position_offset = config.hash.position_word_offset,
        .absorb_radius = config.absorb_radius,
        .capture_growth = particle_op->get_field_config().capture_growth,
        .grid_min_x = config.hash.grid_min.x,
        .grid_min_y = config.hash.grid_min.y,
        .grid_min_z = config.hash.grid_min.z,
        .cell_size = config.hash.cell_size,
        .dim_x = config.hash.grid_dims.x,
        .dim_y = config.hash.grid_dims.y,
        .dim_z = config.hash.grid_dims.z,
        .cross_cluster = particle_op->get_field_config().cross_cluster ? 1U : 0U,
    }
    , m_particle_op(std::move(particle_op))
    , m_built_revision(m_particle_op->revision())
{
}