/* * le.h * * Created on: 22/01/2017 * Author: pedro */ #ifndef SRC_CONSTRAINTS_LE_H_ #define SRC_CONSTRAINTS_LE_H_ #include #include #include "../config.h" #include "../constraints.h" #include "../kernels/cl_aux_functions.h" #include "../kernels/cl_constraints.h" #include "../kernels/cl_ttl.h" unsigned int c_le(unsigned int x_id, unsigned int y_id); unsigned int c_le_reif(unsigned int x_id, unsigned int y_id, int reif_v_id); bool le_check(constr* c, bool explored); #if CS_LE == 1 void le_prop(CL_INTS_MEM int* vs_per_c_idx, CL_MEMORY VARS_PROP* vs_prop_, CL_MEMORY unsigned short* vs_id_to_prop_, bool* prop_ok TTL_CTR); #if CS_R_LE == 1 void le_reif( CL_INTS_MEM int* vs_per_c_idx, CL_MEMORY VARS_PROP* vs_prop_, CL_CS_MEM cl_constr* current_cs, CL_MEMORY unsigned short* vs_id_to_prop_ CS_IGNORE_FUNC TTL_CTR); void le_prop_opposite(CL_INTS_MEM int* vs_per_c_idx, CL_MEMORY VARS_PROP* vs_prop_, CL_MEMORY unsigned short* vs_id_to_prop_, bool* prop_ok TTL_CTR); #endif void le_propagate(CL_INTS_MEM int* vs_per_c_idx, CL_MEMORY VARS_PROP* vs_prop_, CL_CS_MEM cl_constr* current_cs, CL_MEMORY unsigned short* vs_id_to_prop_, bool* prop_ok PROPAGATED_FUNC CS_IGNORE_FUNC TTL_CTR); #endif #endif /* SRC_CONSTRAINTS_LE_H_ */