Order¶
Methods¶
- octa.measurements.Order.GetPatterns(self, features=['shapes', 'boundingboxes', 'fillcolors', 'orientations', 'data'])¶
Provides a list of the applied pattern for each of the specified features
- Parameters
features (list) – Feature dimensions that will be taken into account. Default is [‘shapes’, ‘boundingboxes’, ‘fillcolors’, ‘orientations’, ‘data’]
- Returns
Dictionary with pattern per feature
- Return type
dictionary
- octa.measurements.Order.GetPatternTypes(self, features=['shapes', 'boundingboxes', 'fillcolors', 'orientations', 'data'])¶
Provides a list of the applied pattern types for each of the specified features
- Parameters
features (list) – Feature dimensions that will be taken into account. Default is [‘shapes’, ‘boundingboxes’, ‘fillcolors’, ‘orientations’, ‘data’]
- Returns
Dictionary with patterntype per feature
- Return type
dictionary
- octa.measurements.Order.GetPatternDirections(self, features=['shapes', 'boundingboxes', 'fillcolors', 'orientations', 'data'])¶
Provides a list of the applied pattern directions for each of the specified features
- Parameters
features (list) – Feature dimensions that will be taken into account. Default is [‘shapes’, ‘boundingboxes’, ‘fillcolors’, ‘orientations’, ‘data’]
- Returns
Dictionary with patterndirection per feature
- Return type
dictionary
- octa.measurements.Order.CheckPatternCongruency(self, features=['shapes', 'boundingboxes', 'fillcolors', 'orientations', 'data'])¶
Check whether all specified element features have congruent patterns.
- Parameters
features (list) – Feature dimensions that will be taken into account. Default is [‘shapes’, ‘boundingboxes’, ‘fillcolors’, ‘orientations’, ‘data’]
- Returns
TRUE if all specified element features have congruent patterns
- Return type
Boolean
- octa.measurements.Order.CheckPatternTypeCongruency(self, features=['shapes', 'boundingboxes', 'fillcolors', 'orientations', 'data'])¶
Check whether all specified element features have congruent pattern types.
- Parameters
features (list) – Feature dimensions that will be taken into account. Default is [‘shapes’, ‘boundingboxes’, ‘fillcolors’, ‘orientations’, ‘data’]
- Returns
TRUE if all specified element features have congruent pattern types
- Return type
Boolean
- octa.measurements.Order.CheckPatternDirectionCongruency(self, features=['shapes', 'boundingboxes', 'fillcolors', 'orientations', 'data'])¶
Check whether all specified element features have congruent pattern directions.
- Parameters
features (list) – Feature dimensions that will be taken into account. Default is [‘shapes’, ‘boundingboxes’, ‘fillcolors’, ‘orientations’, ‘data’]
- Returns
TRUE if all specified element features have congruent pattern directions
- Return type
Boolean
- octa.measurements.Order.CalculatePatternCongruency(self, features=['shapes', 'boundingboxes', 'fillcolors', 'orientations', 'data'])¶
Calculate how many specified element features have congruent patterns.
- Parameters
features (list) – Feature dimensions that will be taken into account. Default is [‘shapes’, ‘boundingboxes’, ‘fillcolors’, ‘orientations’, ‘data’]
- Returns
Value indicating the maximal number of congruent patterns present.
- Return type
int
- octa.measurements.Order.CalculatePatternTypeCongruency(self, features=['shapes', 'boundingboxes', 'fillcolors', 'orientations', 'data'])¶
Calculate how many specified element features have congruent pattern types.
- Parameters
features (list) – Feature dimensions that will be taken into account. Default is [‘shapes’, ‘boundingboxes’, ‘fillcolors’, ‘orientations’, ‘data’]
- Returns
Value indicating the maximal number of congruent pattern types present.
- Return type
int
- octa.measurements.Order.CalculatePatternDirectionCongruency(self, features=['shapes', 'boundingboxes', 'fillcolors', 'orientations', 'data'])¶
Calculate how many specified element features have congruent pattern directions.
- Parameters
features (list) – Feature dimensions that will be taken into account. Default is [‘shapes’, ‘boundingboxes’, ‘fillcolors’, ‘orientations’, ‘data’]
- Returns
Value indicating the maximal number of congruent pattern directions present.
- Return type
int
- octa.measurements.Order.CalculatePatternDeviants(self, distinction_features=['shapes', 'boundingboxes', 'fillcolors', 'orientations', 'data'])¶
Calculate how many deviant elements are present given the specified distinction_features.
- Parameters
distinction_features (list) – Feature dimensions that will be taken into account. Default is [‘shapes’, ‘boundingboxes’, ‘fillcolors’, ‘orientations’, ‘data’]
- Returns
Number of deviant elements
- Return type
int
- octa.measurements.Order.CalculatePositionDeviants(self)¶
Calculate how many deviant positions are present.
- Returns
Number of deviant positions
- Return type
int