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PK_TOPOL_range_array_o_t |
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struct PK_TOPOL_range_array_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/max separation
PK_range_type_t range_type; --- whether to find the global minimum
--- or the global maximum distance
--- (PK_range_type_minimum_c) [NF]
PK_range_opt_t opt_level; --- the level of analysis
--- (PK_range_opt_performance_c)
};
typedef struct PK_TOPOL_range_array_o_s PK_TOPOL_range_array_o_t;
Holds optional controls for finding the global minimum/maximum separation
between two arrays of topological entities.
Used in:
PK_TOPOL_range_array
'have_tolerance' : whether a tolerance value is provided.
'tolerance' : a tolerance on the accuracy of the minimum/maximum
distance measurement. This will allow slacker computation
of minimum/maximum distance, when default accuracy is not
required.
The default accuracy will be the linear precision
of the modeller.
'bound' : structure consisting of:
'have_upper_bound': whether an upper bound is supplied.
'upper_bound' : an upper bound on the minimum/maximum
distance to be computed.
If supplied, when finding the minimum
distance, the minimum distance
achieved will only be returned if
it is less than the upper bound.
If supplied, when finding the maximum
distance, the maximum distance
achieved will only be returned if it
is less than or equal to the upper
bound.
'have_lower_bound': whether a lower bound is supplied.
'lower_bound' : a lower bound on the minimum/maximum
distance to be computed.
If supplied, when finding the minimum
distance, the minimum distance
achieved will only be returned if it
is greater than or equal to the lower
bound.
If supplied, when finding the maximum
distance, the maximum distance
achieved will only be returned if it
is greater than the lower bound.
'range_type' : an option for specifying whether to find the global
minimum or the global maximum distance.
'opt_level' : an option to control the level of analysis that is
undertaken to resolve closely separated local
minima/maxima. (PK_range_opt_performance_c)
See here for more information about the options available.