openswmm_statistics.h

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#ifndef OPENSWMM_STATISTICS_H
#define OPENSWMM_STATISTICS_H
 
#include "openswmm_engine.h"
 
#ifdef __cplusplus
extern "C" {
#endif
 
/* =========================================================================
 * Node Statistics
 * ========================================================================= */
 
SWMM_ENGINE_API int swmm_stat_node_max_depth(SWMM_Engine engine, int idx, double* val);
 
SWMM_ENGINE_API int swmm_stat_node_max_overflow(SWMM_Engine engine, int idx, double* val);
 
SWMM_ENGINE_API int swmm_stat_node_vol_flooded(SWMM_Engine engine, int idx, double* val);
 
SWMM_ENGINE_API int swmm_stat_node_time_flooded(SWMM_Engine engine, int idx, double* val);
 
/* =========================================================================
 * Link Statistics
 * ========================================================================= */
 
SWMM_ENGINE_API int swmm_stat_link_max_flow(SWMM_Engine engine, int idx, double* val);
 
SWMM_ENGINE_API int swmm_stat_link_max_velocity(SWMM_Engine engine, int idx, double* val);
 
SWMM_ENGINE_API int swmm_stat_link_max_filling(SWMM_Engine engine, int idx, double* val);
 
SWMM_ENGINE_API int swmm_stat_link_vol_flow(SWMM_Engine engine, int idx, double* val);
 
SWMM_ENGINE_API int swmm_stat_link_surcharge_time(SWMM_Engine engine, int idx, double* val);
 
/* =========================================================================
 * Subcatchment Statistics
 * ========================================================================= */
 
SWMM_ENGINE_API int swmm_stat_subcatch_precip(SWMM_Engine engine, int idx, double* val);
 
SWMM_ENGINE_API int swmm_stat_subcatch_runoff_vol(SWMM_Engine engine, int idx, double* val);
 
SWMM_ENGINE_API int swmm_stat_subcatch_max_runoff(SWMM_Engine engine, int idx, double* val);
 
/* =========================================================================
 * Bulk Statistics
 * ========================================================================= */
 
SWMM_ENGINE_API int swmm_stat_node_max_depth_bulk(SWMM_Engine engine, double* buf, int count);
 
SWMM_ENGINE_API int swmm_stat_link_max_flow_bulk(SWMM_Engine engine, double* buf, int count);
 
SWMM_ENGINE_API int swmm_stat_subcatch_runoff_vol_bulk(SWMM_Engine engine, double* buf, int count);
 
/* -------------------------------------------------------------------------
 * Phase 3 statistics bulk getters — added in OpenSWMM 6.0.0 to power the
 * MCP server's flooding / capacity summary tools without a per-node
 * Python loop. Each is a simple SoA memcpy from the corresponding
 * scalar accessor's column.
 * ------------------------------------------------------------------------- */
 
SWMM_ENGINE_API int swmm_stat_node_max_overflow_bulk(SWMM_Engine engine, double* buf, int count);
 
SWMM_ENGINE_API int swmm_stat_node_vol_flooded_bulk(SWMM_Engine engine, double* buf, int count);
 
SWMM_ENGINE_API int swmm_stat_node_time_flooded_bulk(SWMM_Engine engine, double* buf, int count);
 
SWMM_ENGINE_API int swmm_stat_subcatch_max_runoff_bulk(SWMM_Engine engine, double* buf, int count);
 
/* -------------------------------------------------------------------------
 * Phase 4e link-stat bulks — complete the per-link statistics surface so
 * the MCP server's capacity_summary tool can collapse to a single-pass
 * shape (same as flooding_summary).  Each is a simple SoA memcpy from
 * the matching scalar accessor's column.
 * ------------------------------------------------------------------------- */
 
SWMM_ENGINE_API int swmm_stat_link_max_velocity_bulk(SWMM_Engine engine, double* buf, int count);
 
SWMM_ENGINE_API int swmm_stat_link_max_filling_bulk(SWMM_Engine engine, double* buf, int count);
 
SWMM_ENGINE_API int swmm_stat_link_vol_flow_bulk(SWMM_Engine engine, double* buf, int count);
 
SWMM_ENGINE_API int swmm_stat_link_surcharge_time_bulk(SWMM_Engine engine, double* buf, int count);
 
#ifdef __cplusplus
} /* extern "C" */
#endif
 
#endif /* OPENSWMM_STATISTICS_H */