Struct McResidentResult 

pub struct McResidentResult {
    pub query_counts: TrackedCudaSlice<u32>,
    pub evidence_count: TrackedCudaSlice<u32>,
    pub iter_trace: TrackedCudaSlice<u32>,
    pub sparse_final_row_counts: TrackedCudaSlice<u32>,
    pub sparse_offsets: TrackedCudaSlice<u32>,
    pub resident_status_flags: TrackedCudaSlice<u32>,
    pub total_samples: usize,
    pub seed: u64,
    pub confidence: f64,
    pub sampling_method: McSamplingMethod,
    pub num_queries: usize,
    pub no_host: McNoHostStats,
}

Device-resident result of a GPU-resident MC run. Counts stay on device; the caller decides whether/when to download them (after the measured region).

Fields

query_counts: TrackedCudaSlice<u32>

Device count of accepted worlds satisfying each query.

evidence_count: TrackedCudaSlice<u32>

Device count of worlds satisfying all evidence.

iter_trace: TrackedCudaSlice<u32>

Per-world fixpoint iteration count (device-resident).

sparse_final_row_counts: TrackedCudaSlice<u32>

Final sparse row count per world (device-resident).

sparse_offsets: TrackedCudaSlice<u32>

World-segment offsets for the sparse arena, populated by the resident kernel (device-resident).

resident_status_flags: TrackedCudaSlice<u32>

Per-world resident status flags, populated by the resident kernel: [postflight_summary(3); converged_flags; sparse_overflow_flags; block_participation; changed_flags; global_continue].

total_samples: usize

Number of sampled worlds.

seed: u64

Random seed used for sampling.

confidence: f64

Requested confidence level for reported intervals.

sampling_method: McSamplingMethod

Evidence-sampling strategy used by the resident engine.

num_queries: usize

Number of query atoms (== query_counts.len()).

no_host: McNoHostStats

Transfer, launch, and host-loop measurements for the resident region.