首页struct PK_TOPOL_range_vector_o_s { int o_t_version; --- version number of option --- structure PK_LOGICAL_t have_tolerance; --- (PK_LOGICAL_false) double tolerance; --- tolerance PK_range_bound_t bound; --- bounds on min separation PK_range_guess_t guess; --- guess for end on 'topol' [PF] PK_range_opt_t opt_level; --- the level of analysis --- (PK_range_opt_performance_c) PK_range_param_entity_t param_entity; --- option to return a vector and --- parameter on the sub-entity --- (if applicable). Also controls --- whether a fin can be returned --- as the sub_entity. --- (PK_range_param_entity_topol_c) };

struct PK_TOPOL_range_vector_o_s { int o_t_version; --- version number of option --- structure PK_LOGICAL_t have_tolerance; --- (PK_LOGICAL_false) double tolerance; --- tolerance PK_range_bound_t bound; --- bounds on min separation PK_range_guess_t guess; --- guess for end on 'topol' [PF] PK_range_opt_t opt_level; --- the level of analysis --- (PK_range_opt_performance_c) PK_range_param_entity_t param_entity; --- option to return a vector and --- parameter on the sub-entity --- (if applicable). Also controls --- whether a fin can be returned --- as the sub_entity. --- (PK_range_param_entity_topol_c) };

时间: 2024-02-10 13:08:56 浏览: 199

这段代码定义了一个名为 `PK_TOPOL_range_vector_o_s` 的结构体，它包含了一些选项，用于控制在寻找拓扑实体和位置向量的全局最小分离距离时的行为。结构体中包含的字段及其含义如下： - `o_t_version`：选项结构体的版本号。 - `have_tolerance`：是否使用一个容差值。 - `tolerance`：容差值。 - `bound`：最小分离距离的范围限制。 - `guess`：在拓扑实体上寻找最小分离距离时的猜测值（仅限于面几何计算）。 - `opt_level`：分析的级别，影响算法的性能和精度。 - `param_entity`：控制返回子实体的向量和参数，以及是否使用一条射线返回子实体的信息。

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