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A

a_is_valid - Variable in class edu.mit.sketch.toolkit.StrokeData
a_menu - Variable in class edu.mit.sketch.ui.TabletGUI
a_scale - Static variable in class edu.mit.sketch.ui.TabletGUIBehavior
a_window - Variable in class edu.mit.sketch.ui.TabletGUI
a_window_graphics - Variable in class edu.mit.sketch.ui.TabletGUI
a_window_graphics - Variable in class edu.mit.sketch.ui.TabletGUIBehavior
ABOVE - Static variable in class edu.mit.sketch.geom.SpatialRelation: | | | X | ___|___|___ | | | | ___|___|___ | | | | | |
acceleration - Variable in class edu.mit.sketch.toolkit.StrokeData: Time derivative of speed
accept(File, String) - Method in class edu.mit.sketch.grammar.me.MechanicalDesignFilenameFilter: File signature for designs.
accumulated_length - Variable in class edu.mit.sketch.toolkit.StrokeData: The accumulated length of the curve upto ith vertex.
accumulated_length_is_valid - Variable in class edu.mit.sketch.toolkit.StrokeData
accumulated_length_scale - Static variable in class edu.mit.sketch.ui.TabletGUIBehavior
accumulated_segments - Variable in class edu.mit.sketch.geom.Segment: SegmentCollection
accumulateSegments() - Method in class edu.mit.sketch.geom.Segment: accumulate segments
actionPerformed(ActionEvent) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Handle action events
actionPerformed(ActionEvent) - Method in class edu.mit.sketch.toolkit.ControlModule: Handle action events
actionPerformed(ActionEvent) - Method in class edu.mit.sketch.ui.TabletDebugger: Handle action events
actionPerformed(ActionEvent) - Method in class edu.mit.sketch.ui.GestureGUI: Handle action events
actionPerformed(ActionEvent) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Handle action events
activateOptions() - Method in class edu.mit.util.DebugWindowAppender: Does nothing.
activateOptions() - Method in class edu.mit.util.DocumentAppender: Does nothing.
addAllComponentsAsKeyListeners() - Method in class edu.mit.sketch.ui.Tablet: Add Components As Key Listeners
addButton(String, JButton) - Static method in class edu.mit.util.Debug: Add a button to the bottom of the debug pane of the specified title.
addButton(String, String, ActionListener) - Static method in class edu.mit.util.Debug: Provide a listener and a button name and the Debug window will create a button (at the bottom of the specified panel) and attach the listener to it.
addEventListeners() - Method in class edu.mit.sketch.ui.TabletDataProcessor: add event listeners
addExample(GeneralPath) - Method in class edu.mit.sketch.ui.GestureGUI: addExample
addObject(Object) - Method in class edu.mit.sketch.toolkit.ObjectManager: Adds an object to the objects vector after filtering.
addObject(Object, Polygon) - Method in class edu.mit.sketch.toolkit.ObjectManager: Adds an object to the objects vector after checking if the polygonal fit is a spring or not.
addObjects(Vector) - Method in class edu.mit.sketch.toolkit.ObjectManager: Adds given objects to the objects vector after filtering.
addPath(GeneralPath) - Method in class edu.mit.sketch.toolkit.ObjectManager: Adds given objects to the paths vector
addPoint(Point) - Method in class edu.mit.sketch.geom.XPositionTree: Add a point
addPoint(Point) - Method in class edu.mit.sketch.geom.SpatialDatabase: Add a point
addPoint(Point) - Method in class edu.mit.sketch.toolkit.StrokeDataReader: Add a point.
addPoint(Point) - Method in interface edu.mit.sketch.toolkit.StrokeDataFactory: Add a point
addPoint(Point, long) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Add a new point to sdr with t as the time stamp.
addPointDouble(double, double) - Method in class edu.mit.sketch.geom.Polygon: add point for doubles
addStrokeDataListener(StrokeDataListener) - Method in class edu.mit.sketch.ui.SketchPanel
addVertices(Vertex[]) - Method in class edu.mit.sketch.toolkit.ObjectManager: Adds an object to the objects vector after filtering.
adjustGeneralPath(GeneralPath, StrokeData) - Static method in class edu.mit.sketch.toolkit.Blackboard: Improve the fit by reducing the least square error.
adjustmentValueChanged(AdjustmentEvent) - Method in class edu.mit.sketch.ui.TabletGUI: adjustmentValueChanged
adjustSignificance() - Method in class edu.mit.sketch.geom.Segment: override to preserve maximum significance of the segments in this collection
ALPHABET_SIZE - Static variable in class edu.mit.sketch.geom.GeneralPathProcessor: Converts a general path object to a symbolic representation
append(LoggingEvent) - Method in class edu.mit.util.DebugWindowAppender: This method is called by the AppenderSkeleton.doAppend(org.apache.log4j.spi.LoggingEvent) method.
append(LoggingEvent) - Method in class edu.mit.util.DocumentAppender: This method is called by the AppenderSkeleton.doAppend(org.apache.log4j.spi.LoggingEvent) method.
append(PathIterator, boolean) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
append(Shape, boolean) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
appendRanges(Range[], Range) - Static method in class edu.mit.sketch.geom.Range: Append the ranges with the input range
appendStringToFile(String, String) - Static method in class edu.mit.sketch.util.LoadStoreModule: Append the string the the file
appendVertices(Vertex[], Vertex) - Static method in class edu.mit.sketch.geom.Vertex: Appends the input vertices with the argument vertex
Approximation - class edu.mit.sketch.geom.Approximation.: This class represents a geometric object along with *SOME* error metric relating to the LSQ error.
Approximation(GeometricObject, double) - Constructor for class edu.mit.sketch.geom.Approximation: The constructor.
area() - Method in class edu.mit.sketch.geom.Rectangle: Return area.
arrayListToArray(ArrayList) - Static method in class edu.mit.sketch.geom.Vertex: Returns an array containing the elements of the Vector.
Assert - class edu.mit.util.Assert.: Assert is a library of assertion routines.
Assert() - Constructor for class edu.mit.util.Assert
averageAbsoluteFinG(double[], double[]) - Method in class edu.mit.sketch.toolkit.StrokeData: Average
averageAbsoluteFinG(double[], long[]) - Method in class edu.mit.sketch.toolkit.StrokeData: Average
averageFinG(double[], double[]) - Method in class edu.mit.sketch.toolkit.StrokeData: Average
averageFinG(double[], long[]) - Method in class edu.mit.sketch.toolkit.StrokeData: Average
averageSpeed() - Method in class edu.mit.sketch.toolkit.StrokeData: Average speed
AWTUtil - class edu.mit.sketch.util.AWTUtil.: Implements some methods not found in jdk 1.1
AWTUtil() - Constructor for class edu.mit.sketch.util.AWTUtil

B

bar_statistics_module - Static variable in class edu.mit.sketch.ui.TabletGUI
BELOW - Static variable in class edu.mit.sketch.geom.SpatialRelation: | | | | ___|___|___ | | | | ___|___|___ | | | X | | |
best_index - Static variable in class edu.mit.sketch.toolkit.Blackboard: Best index (index of the best fit).
Blackboard - class edu.mit.sketch.toolkit.Blackboard.: Polygons recognized by the tablet are sent here.
Blackboard() - Constructor for class edu.mit.sketch.toolkit.Blackboard
bounding_box - Variable in class edu.mit.sketch.toolkit.StrokeData
brush_thickness - Static variable in class edu.mit.sketch.ui.TabletGUIBehavior
buffer - Variable in class edu.mit.sketch.ui.TabletGUIBehavior
buffer_graphics - Variable in class edu.mit.sketch.ui.TabletGUIBehavior
buffer_ready - Variable in class edu.mit.sketch.ui.TabletGUIBehavior
buildModels() - Method in class edu.mit.sketch.ui.GestureGUI: addExample
buildTree() - Method in class edu.mit.sketch.geom.Segment: build tree

C

cartesian2screen(int) - Static method in class edu.mit.sketch.geom.SpatialRelation: To String
center - Variable in class edu.mit.sketch.toolkit.StrokeData
certainty - Variable in class edu.mit.sketch.geom.Vertex: The certainty
changeModeTo(int) - Method in class edu.mit.sketch.toolkit.ObjectManager: Mouse events
checkCertaintyBounds(Vertex[]) - Static method in class edu.mit.sketch.toolkit.Blackboard: See if all the certainty values are between 0 and 1.
checkEntryConditions() - Method in class edu.mit.util.DebugWindowAppender: This method determines if there is a sense in attempting to append.
checkEntryConditions() - Method in class edu.mit.util.DocumentAppender: This method determines if there is a sense in attempting to append.
CheckMarkRecognizer - class edu.mit.sketch.grammar.CheckMarkRecognizer.: Recognize check marks.
CheckMarkRecognizer() - Constructor for class edu.mit.sketch.grammar.CheckMarkRecognizer
chooseApproximateAngle(double[]) - Method in class edu.mit.sketch.geom.Line: Returns the angle that is closest to the angle that this line makes with the x axis from the input argument.
CIRCLE - Static variable in interface edu.mit.sketch.geom.GeometricObject
circle_vs_general_path_bias - Variable in class edu.mit.sketch.ui.TabletDataProcessor
circle_vs_speed_bias - Variable in class edu.mit.sketch.ui.TabletDataProcessor
classifier - Variable in class edu.mit.sketch.ui.TabletDataProcessor
Classifier - class edu.mit.sketch.toolkit.Classifier.: This is the interface for a basic recognition toolkit.
Classifier() - Constructor for class edu.mit.sketch.toolkit.Classifier
classify() - Method in class edu.mit.sketch.toolkit.Classifier: Returns the best fit type for the strokeData
classify() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns the best fit type for the strokeData
classify(double) - Method in class edu.mit.sketch.toolkit.Classifier: Returns the set of types that fit the stroke with error value less than the bound specified.
classify(double) - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns the set of types that fit the stroke with error value less than the bound specified, (not necessarily sorted by goodness).
classifyAndRank() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns an array of approximations to the input stroke sorted by their goodness.
classifyData(StrokeData) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Handle mouse events
classifyGesture(GeneralPath) - Method in class edu.mit.sketch.ui.GestureGUI: classifyGesture
clear() - Method in class edu.mit.sketch.toolkit.ObjectManager: Clear the screen
clear(String) - Static method in class edu.mit.util.Debug
clearComponent(Component) - Method in class edu.mit.sketch.ui.TabletGUI: Clear the component
clearComponent(Component) - Static method in class edu.mit.sketch.util.GraphicsUtil: Clear the component
clearScreen() - Method in class edu.mit.sketch.toolkit.StatisticsModule: Clear screen
clearScreen() - Method in class edu.mit.sketch.ui.TabletGUI: Clear screen
clone() - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
cloneRanges(Range[]) - Static method in class edu.mit.sketch.geom.Range: For obtaining a complete copy of an array of Ranges objects.
cloneVertices(Vertex[]) - Static method in class edu.mit.sketch.geom.Vertex: For obtaining a complete copy of an array of Vertex objects.
close() - Method in class edu.mit.util.DebugWindowAppender: Close this appender instance.
close() - Method in class edu.mit.util.DocumentAppender: Close this appender instance.
closePath() - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
closestNeighborIndex(Point) - Method in class edu.mit.sketch.geom.Polygon: Returns the index of the vertices that is closest to point p.
COCENTRIC - Static variable in class edu.mit.sketch.geom.SpatialRelation: | | | | ___|___|___ | | | X | ___|___|___ | | | | | |
colors - Static variable in class edu.mit.sketch.util.AWTUtil: Array of 8 colors for in-loop alternated coloring.
colors2 - Static variable in class edu.mit.sketch.util.AWTUtil: Array of 2 colors.
combine_treshold - Variable in class edu.mit.sketch.ui.TabletDataProcessor
combineEndPoints(double) - Method in class edu.mit.sketch.geom.GeneralPath: Combines the ends of the polygon if they are sufficiently close.
combineEndPoints(double) - Method in class edu.mit.sketch.geom.Polygon: Combines the ends of the polygon if they are sufficiently close.
combineEndPoints(Vertex[]) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Combines the ends of the polygon if they are sufficiently close.
compare(Object, Object) - Method in class edu.mit.sketch.geom.Approximation: Implement Comparator
compare(Object, Object) - Method in class edu.mit.sketch.geom.PointYComparator: Implement comparator
compare(Object, Object) - Method in class edu.mit.sketch.geom.Vertex: Implement Comparator
compare(Object, Object) - Method in class edu.mit.sketch.geom.Range: Implement comparator Warning: The ranges should be non-overlapping for proper sorting.
compare(Object, Object) - Method in class edu.mit.sketch.geom.PointXComparator: Implement comparator
compare(Object, Object) - Method in class edu.mit.sketch.toolkit.Fit: Implement Comparator
COMPLEX - Static variable in class edu.mit.sketch.toolkit.Classifier: Constant for COMPLEX
computeFeatureVector(int[]) - Static method in class edu.mit.sketch.geom.GeneralPathProcessor: Compute the feature vector
computeGeneralPath(Vertex[], Vertex[], Fit[], StrokeData) - Static method in class edu.mit.sketch.toolkit.Blackboard: Compute a GeneralPath given the information in the arguments.
constructGUI() - Method in class edu.mit.sketch.ui.TabletGUI: construct the GUI part of the Tablet.
constructToolbar() - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Construct the toolbar
contains(double, double) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
contains(double, double, double, double) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
contains(Point2D) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
contains(Rectangle2D) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
containsGeometricObject(GeometricObject) - Method in class edu.mit.sketch.geom.Rectangle: Returns false if the argument is not completely inside this object.
containsGeometricObject(GeometricObject) - Method in class edu.mit.sketch.geom.Line: Returns false if the argument is not completely inside this object.
containsGeometricObject(GeometricObject) - Method in class edu.mit.sketch.geom.GeneralPath: Returns false if the argument is not completely inside this object.
containsGeometricObject(GeometricObject) - Method in interface edu.mit.sketch.geom.GeometricObject: Returns false if the argument is not completely inside this object.
containsGeometricObject(GeometricObject) - Method in class edu.mit.sketch.geom.Point: Returns false if the argument is not completely inside this object.
containsGeometricObject(GeometricObject) - Method in class edu.mit.sketch.geom.Polygon: Returns false if the argument is not completely inside this object.
containsGeometricObject(GeometricObject) - Method in class edu.mit.sketch.geom.Ellipse: Returns false if the argument is not completely inside this object.
containsGeometricObjects(GeometricObject[]) - Method in class edu.mit.sketch.geom.Rectangle: Returns false if the objects in the input array are completely inside this object.
containsGeometricObjects(GeometricObject[]) - Method in class edu.mit.sketch.geom.Line: Returns false if the objects in the input array are completely inside this object.
containsGeometricObjects(GeometricObject[]) - Method in class edu.mit.sketch.geom.GeneralPath: Returns false if the objects in the input array are completely inside this object.
containsGeometricObjects(GeometricObject[]) - Method in interface edu.mit.sketch.geom.GeometricObject: Returns false if the objects in the input array are completely inside this object.
containsGeometricObjects(GeometricObject[]) - Method in class edu.mit.sketch.geom.Point: Returns false if the objects in the input array are completely inside this object.
containsGeometricObjects(GeometricObject[]) - Method in class edu.mit.sketch.geom.Polygon: Returns false if the objects in the input array are completely inside this object.
containsGeometricObjects(GeometricObject[]) - Method in class edu.mit.sketch.geom.Ellipse: Returns false if the objects in the input array are completely inside this object.
containsWithTolerance(Vertex[], Vertex, int, double) - Static method in class edu.mit.sketch.toolkit.Blackboard: Return true if the array contains a Vertex that is sufficiently close to the argument vertex given the tolerances.
continualizeDirection(double[]) - Static method in class edu.mit.sketch.geom.GeometryUtil: This is for making the Math.pi/2, -Math.pi/2 transitions continuous.
control_module - Variable in class edu.mit.sketch.ui.TabletDataProcessor
ControlModule - class edu.mit.sketch.toolkit.ControlModule.: This class is used for controlling and changing the parameters in the main application.
ControlModule(TabletDataProcessor) - Constructor for class edu.mit.sketch.toolkit.ControlModule: The constructor.
controls_menu - Variable in class edu.mit.sketch.ui.TabletGUI
convertCubic(float, float, float[], int) - Static method in class edu.mit.sketch.geom.GeneralPathProcessor: Converts a cubic spline to a symbolic representation
convertLine(float, float, float[], int) - Static method in class edu.mit.sketch.geom.GeneralPathProcessor: Converts a line to a symbolic representation
convolve(double[]) - Method in class edu.mit.sketch.util.Gaussian: Returns the convolved version of the input signal This is non-destructive on the input.
convolve(double[], double[]) - Static method in class edu.mit.sketch.util.Util: Convolve input using the filter.
convolveChangeInDirection() - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Do convolution.
convolveChangeInDirection(double[]) - Method in class edu.mit.sketch.toolkit.StrokeData: Do convolution.
convolveDirection() - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Do convolution.
convolveDirection(double[]) - Method in class edu.mit.sketch.toolkit.StrokeData: Do convolution.
copyVerticesFrom(Polygon) - Method in class edu.mit.sketch.geom.Polygon: Copy the vertices.
cosTheoremAngle(Point, Point, Point) - Static method in class edu.mit.sketch.geom.GeometryUtil: Return angle between |AB| and |BC|
createTransformedShape(AffineTransform) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
Cross - class edu.mit.sketch.grammar.me.Cross.: A basic Cross with a two perpendicular lines.
Cross(Line, Line) - Constructor for class edu.mit.sketch.grammar.me.Cross: The constructor.
current_gesture - Variable in class edu.mit.sketch.ui.GestureGUI
curveTo(float, float, float, float, float, float) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath

D

d - Variable in class edu.mit.sketch.toolkit.StrokeData: Direction array.
d_is_valid - Variable in class edu.mit.sketch.toolkit.StrokeData
d_menu - Variable in class edu.mit.sketch.ui.TabletGUI
d_theta_scale - Static variable in class edu.mit.sketch.ui.TabletGUIBehavior
d_window - Variable in class edu.mit.sketch.ui.TabletGUI
d_window_graphics - Variable in class edu.mit.sketch.ui.TabletGUI
d_window_graphics - Variable in class edu.mit.sketch.ui.TabletGUIBehavior
data - Static variable in class edu.mit.sketch.ui.TabletDataProcessor: Stroke data
data_menu - Variable in class edu.mit.sketch.ui.TabletGUI
data_window - Variable in class edu.mit.sketch.ui.TabletGUI
DataCollector - class edu.mit.sketch.toolkit.DataCollector.: Collect strokes as they are produced and store them.
DataCollector() - Constructor for class edu.mit.sketch.toolkit.DataCollector: After creation be sure to add this object as a StrokeDataListener.
DataSimulator - class edu.mit.sketch.toolkit.DataSimulator.: This class can simulate a set of stroke data by sending it to one or more StrokeDataListeners.
DataSimulator(String) - Constructor for class edu.mit.sketch.toolkit.DataSimulator
dd_dt - Variable in class edu.mit.sketch.toolkit.StrokeData: Derivative of the direction array (d).
dd_dt_average_scale - Variable in class edu.mit.sketch.toolkit.SimpleClassifier: This is how much we scale the average curvature to get the threshold for curvature fit.
dd_dt_average_scale - Variable in class edu.mit.sketch.ui.TabletDataProcessor
dd_dt_gaussians - Variable in class edu.mit.sketch.toolkit.StrokeData
dd_dt_is_valid - Variable in class edu.mit.sketch.toolkit.StrokeData
dd_dt_menu - Variable in class edu.mit.sketch.ui.TabletGUI
dd_dt_scale_space - Variable in class edu.mit.sketch.toolkit.StrokeData: Direction change scale space information.
dd_dt_scale_space_is_valid - Variable in class edu.mit.sketch.toolkit.StrokeData
dd_dt_scale_space_menu - Variable in class edu.mit.sketch.ui.TabletGUI
dd_dt_scale_space_viewer - Variable in class edu.mit.sketch.ui.TabletGUI
dd_dt_window - Variable in class edu.mit.sketch.ui.TabletGUI
dd_dt_window_graphics - Variable in class edu.mit.sketch.ui.TabletGUI
dd_dt_window_graphics - Variable in class edu.mit.sketch.ui.TabletGUIBehavior
ddsw_statistics_module - Static variable in class edu.mit.sketch.ui.TabletGUI
debug - Static variable in class edu.mit.sketch.ui.TabletDataProcessor
Debug - class edu.mit.util.Debug.: This class provides a mechanism for displaying debug output in separate panels of a tabbed window.
debug_graphics - Static variable in class edu.mit.sketch.ui.TabletGUI
Debug() - Constructor for class edu.mit.util.Debug
Debug(String) - Constructor for class edu.mit.util.Debug
debug2 - Static variable in class edu.mit.sketch.ui.TabletDataProcessor
DebugWindowAppender - class edu.mit.util.DebugWindowAppender.
DebugWindowAppender() - Constructor for class edu.mit.util.DebugWindowAppender: This default constructor does nothing.
DebugWindowAppender(Layout) - Constructor for class edu.mit.util.DebugWindowAppender: Instantiate a DebugWindowAppender and set the output destination to DebugWindow.
decide(Vertex[], Vertex[], Point[], StrokeData) - Static method in class edu.mit.sketch.toolkit.Blackboard: a and b are two possible polygon matches for points.
degree2radian(double) - Static method in class edu.mit.sketch.geom.GeometryUtil: degree2radian
derive_accumulated_length() - Method in class edu.mit.sketch.toolkit.StrokeData: Compute the derive accumulated length.
derive_d(int) - Method in class edu.mit.sketch.toolkit.StrokeData: Derive direction, and fill in the d array.
derive_dd_dt_scale_space() - Method in class edu.mit.sketch.toolkit.StrokeData: Compute the scale space data.
derive_dd_dt() - Method in class edu.mit.sketch.toolkit.StrokeData: Find time derivative of direction, and fill in the dd_dt array.
derive_properties_menu - Variable in class edu.mit.sketch.ui.TabletGUI
derive_snapshots_menu - Variable in class edu.mit.sketch.ui.TabletGUI
derive_speed_scale_space() - Method in class edu.mit.sketch.toolkit.StrokeData: Compute the scale space data.
deriveAcceleration() - Method in class edu.mit.sketch.toolkit.StrokeData: Derive acceleration, and fill in the acceleration array.
deriveBoundingBox() - Method in class edu.mit.sketch.toolkit.StrokeData: Derive the bounding box for the vertices.
deriveDirectionUsingRotationalSWODR(Point[], int) - Method in class edu.mit.sketch.toolkit.StrokeData: Derive direction, and return it.
deriveDirectionUsingRotationalSWODR(Point[], int) - Static method in class edu.mit.sketch.util.OrthogonalDistanceRegression: Derive direction, and fill in the d array.
deriveDirectionUsingRotationalSWODRFast(Point[], int) - Static method in class edu.mit.sketch.util.OrthogonalDistanceRegression: Derive direction, and fill in the d array.
deriveDirectionViaSWODR(Point[], int) - Method in class edu.mit.sketch.toolkit.StrokeData: Derive direction, and fill in the d array.
deriveFeatureIndices() - Method in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer: Derive feature indices
deriveFeatureIndices() - Method in class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer: Derive feature indices
derivePolarCoordinates() - Method in class edu.mit.sketch.toolkit.StrokeData: Derive the polar coordinates of the vertices with respect to the center.
deriveProperties() - Method in class edu.mit.sketch.toolkit.StrokeData: Derive speed, and fill in the speed array.
deriveProperties() - Method in class edu.mit.sketch.toolkit.ObjectManager: Write the images that show scale space data in a single gif file.
deriveScaleSpaces() - Method in class edu.mit.sketch.toolkit.StrokeData: Derive speed, and fill in the speed array.
deriveSnapshots() - Method in class edu.mit.sketch.toolkit.ObjectManager: Write the images that show scale space data in a single gif file.
deriveSpeed() - Method in class edu.mit.sketch.toolkit.StrokeData: Derive speed, and fill in the speed array.
deriving_scale_space - Variable in class edu.mit.sketch.ui.TabletDataProcessor
deselectObjects() - Method in class edu.mit.sketch.toolkit.ObjectManager: Deselect the objects
differantiateDirection(double[]) - Method in class edu.mit.sketch.toolkit.StrokeData: Differantiate the direction array using the current timing data.
direction_fit - Variable in class edu.mit.sketch.toolkit.SimpleClassifier: Fit based on curvature
direction_fit - Variable in class edu.mit.sketch.ui.TabletDataProcessor
direction_menu - Variable in class edu.mit.sketch.ui.TabletGUI
direction_window_width - Variable in class edu.mit.sketch.toolkit.StrokeData: Parameters and constants.
direction_window_width - Variable in class edu.mit.sketch.toolkit.SimpleClassifier: This is the number of points to be included for deriving direction.
direction_window_width - Variable in class edu.mit.sketch.ui.TabletDataProcessor
DirectionChangeScaleSpaceViewer - class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer.: This class is used for viewing scale space data.
DirectionChangeScaleSpaceViewer() - Constructor for class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer: The constructor.
display_lsq_vectors - Variable in class edu.mit.sketch.ui.TabletGUIBehavior
display_menu - Variable in class edu.mit.sketch.ui.TabletGUI
displayBlackboardFit(Image, Point) - Method in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer: displayFitByIndices
displayBlackboardFit(Image, Point) - Method in class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer: displayFitByIndices
displayData(int, int, Tablet) - Method in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer: update the panel
displayData(int, int, Tablet) - Method in class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer: updata the panel
displayFitByIndices(int[]) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: displayFitByIndices
displayFitByIndices(int[], Color, Color) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: displayFitByIndices
displayFitByIndices(int[], Image, Point) - Method in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer: displayFitByIndices
displayFitByIndices(int[], Image, Point) - Method in class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer: displayFitByIndices
displayFitByPositions(double[], double[], int[]) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: displayFitByPositions
displayFitByReversedIndices(int[]) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: displayFitByIndices
displayVertices(Vertex[]) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Paint the vertices along with the path combining them
displayVerticesAsDots(Vertex[]) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Paint the vertices along without the path combining them
distance_difference - Static variable in class edu.mit.sketch.toolkit.Blackboard: Pixel distance tolerance index_difference and distance_difference are used during computation of intersection etc.
distance(Point) - Method in class edu.mit.sketch.geom.Point: Return distance from this point to input.
distance(Point, Point) - Static method in class edu.mit.sketch.geom.GeometryUtil: Return distnace |p1-p2|
DocumentAppender - class edu.mit.util.DocumentAppender.
DocumentAppender() - Constructor for class edu.mit.util.DocumentAppender: This default constructor does nothing.
DocumentAppender(Layout) - Constructor for class edu.mit.util.DocumentAppender: Instantiate a DocumentAppender and send output to the given Document object.
DocumentAppender(Layout, Document) - Constructor for class edu.mit.util.DocumentAppender: Instantiate a DocumentAppender and set the output destination to Document.
doODR(String, String, double[], double[]) - Static method in class edu.mit.sketch.util.OrthogonalDistanceRegression: Do an ODR using the inputs x and y, and return a double array of length 2 containing a and b, st.
doOpen() - Method in class edu.mit.sketch.toolkit.ObjectManager: Launch a FileDialog and do a load
doSave() - Method in class edu.mit.sketch.toolkit.ObjectManager: Launch a FileDialog and do a save
doSaveAs() - Method in class edu.mit.sketch.toolkit.ObjectManager: Launch a FileDialog and do a save as
doSlidingWindowODR(String, String, double[], double[], int) - Static method in class edu.mit.sketch.util.OrthogonalDistanceRegression: Do an ODR.
DotIcon - class edu.mit.util.DotIcon.: DotIcon.java Created: Sun Feb 04 17:58:16 2001
DotIcon(Color) - Constructor for class edu.mit.util.DotIcon
DotIcon(Color, int) - Constructor for class edu.mit.util.DotIcon
drawAngleAt(int, Point) - Method in class edu.mit.sketch.geom.Polygon: Draws an arc (angle) on the ith vertex (start from 0) using the current graphics context.
drawThickLine(double, Graphics, double, double, double, double) - Static method in class edu.mit.sketch.util.GraphicsUtil: Plot a thick line from (x1, y1) to (x2,y2) with radius r
drawThickLine(int, Graphics, int, int, int, int) - Static method in class edu.mit.sketch.util.GraphicsUtil: Plot a thick line from (x1, y1) to (x2,y2) with radius r
drawThickOval(int, Graphics, int, int, int, int) - Static method in class edu.mit.sketch.util.GraphicsUtil: Plot a thick line from (x1, y1) to (x2,y2) with radius r
dsw_statistics_module - Static variable in class edu.mit.sketch.ui.TabletGUI

E

edit - Variable in class edu.mit.sketch.ui.TabletGUI
edu.mit.sketch.fig - package edu.mit.sketch.fig
edu.mit.sketch.geom - package edu.mit.sketch.geom
edu.mit.sketch.grammar - package edu.mit.sketch.grammar
edu.mit.sketch.grammar.me - package edu.mit.sketch.grammar.me
edu.mit.sketch.toolkit - package edu.mit.sketch.toolkit
edu.mit.sketch.ui - package edu.mit.sketch.ui
edu.mit.sketch.util - package edu.mit.sketch.util
edu.mit.util - package edu.mit.util
Ellipse - class edu.mit.sketch.geom.Ellipse.: This class represents an Ellipse described by its upper_left, corner width and height of the encapsulating rectangle.
ELLIPSE - Static variable in interface edu.mit.sketch.geom.GeometricObject
ELLIPSE - Static variable in class edu.mit.sketch.toolkit.Classifier: Constant for ELLIPSE
Ellipse() - Constructor for class edu.mit.sketch.geom.Ellipse: The constructor.
Ellipse(double, double, double, double) - Constructor for class edu.mit.sketch.geom.Ellipse: The constructor.
Ellipse(Point, Dimension) - Constructor for class edu.mit.sketch.geom.Ellipse: The constructor.
Ellipse(Point, int, int) - Constructor for class edu.mit.sketch.geom.Ellipse: The constructor.
equalDoubles(double, double, double) - Static method in class edu.mit.sketch.geom.GeometryUtil: Return true if |a-b| < tolerance
equals(Object) - Method in class edu.mit.sketch.geom.PointYComparator: Implement comparator
equals(Object) - Method in class edu.mit.sketch.geom.Range: Implement comparator Warning: The ranges should be non-overlapping for proper sorting.
equals(Object) - Method in class edu.mit.sketch.geom.PointXComparator: Implement comparator
equals(Object, Object) - Method in class edu.mit.sketch.geom.Approximation: Implement Comparator
equals(Object, Object) - Method in class edu.mit.sketch.geom.Vertex: Implement Comparator
equals(Object, Object) - Method in class edu.mit.sketch.toolkit.Fit: Implement Comparator
error - Variable in class edu.mit.sketch.geom.Approximation: The error
error_calculator - Variable in class edu.mit.sketch.toolkit.Classifier: The error calculator
error(String) - Static method in class edu.mit.util.Debug: println to the Error tab and bring the debug window to the front.
error(Throwable) - Static method in class edu.mit.util.Debug: Print an exception to the Error tab and bring the debug window to the front.
ErrorCalculator - interface edu.mit.sketch.toolkit.ErrorCalculator.: The interface ErrorCalculator.

F

featureString(GeneralPath) - Static method in class edu.mit.sketch.geom.GeneralPathProcessor: Computes the String representation of the features for the input GeneralPath
FigDocument - class edu.mit.sketch.fig.FigDocument.: Created: Tue Apr 16 19:57:58 2002
Copyright: Copyright (C) 2002 by MIT.
FigDocument(Writer) - Constructor for class edu.mit.sketch.fig.FigDocument
file - Variable in class edu.mit.sketch.toolkit.StatisticsModule
file - Variable in class edu.mit.sketch.ui.TabletGUI
filterCollinearVertices(int[]) - Method in class edu.mit.sketch.toolkit.StrokeData: filterCollinearVertices.
filterVerticesByLSQE(int[], double) - Method in class edu.mit.sketch.toolkit.StrokeData: filterCollinearVertices.
final_fit - Variable in class edu.mit.sketch.toolkit.SimpleClassifier: Best hybrid fit
final_fit - Variable in class edu.mit.sketch.ui.TabletDataProcessor
find(String) - Static method in class edu.mit.util.ResourceFinder
findAngle(double[], double[]) - Static method in class edu.mit.sketch.util.LinearFit: Return the angle -- in radians -- that best approximates the slope of the line that best fits x, y data points.
findAngle(double[], double[], int, int) - Static method in class edu.mit.sketch.util.LinearFit: Return the angle -- in radians -- that best approximates the slope of the line that best fits x, y data points.
findAngle(double[], double[], int, int, int) - Static method in class edu.mit.sketch.util.LinearFit: Return the angle -- in radians -- that best approximates the slope of the line that best fits x, y data points.
findAngle(Point[]) - Static method in class edu.mit.sketch.util.LinearFit: Return the angle -- in radians -- that best approximates the slope of the line that best fits the data points.
findAngle2(double[], double[], int, int, int) - Static method in class edu.mit.sketch.util.LinearFit: Return the angle -- in radians -- that best approximates the slope of the line that best fits x, y data points.
findAngleViaODR(double[], double[]) - Static method in class edu.mit.sketch.util.LinearFit: Do a linear fit.
Fit - class edu.mit.sketch.toolkit.Fit.: This class represents a fit to a set of points.
fit_method - Variable in class edu.mit.sketch.toolkit.StrokeData
fit_method - Variable in class edu.mit.sketch.toolkit.SimpleClassifier: This is the fit method to be used when deriving the direction.
fit_method - Static variable in class edu.mit.sketch.ui.TabletDataProcessor
fit(double[], double[]) - Static method in class edu.mit.sketch.util.LinearFit: Do a linear fit.
Fit(Point[], Vertex[], double) - Constructor for class edu.mit.sketch.toolkit.Fit: The constructor.
fit2(double[], double[]) - Static method in class edu.mit.sketch.util.LinearFit: Do a linear fit.
fitMethodToString(int) - Static method in class edu.mit.sketch.util.LinearFit: Return a String giving info about the fit method.
fits_menu - Variable in class edu.mit.sketch.ui.TabletGUI
fits_window - Variable in class edu.mit.sketch.ui.TabletGUI
fits_window_graphics - Variable in class edu.mit.sketch.ui.TabletGUI
fits_window_graphics - Variable in class edu.mit.sketch.ui.TabletGUIBehavior
flatten(double, int) - Method in class edu.mit.sketch.geom.GeneralPath: Return an array of vertices corresponding to the flattened version of this GeneralPath
flatten(Shape, double, int) - Static method in class edu.mit.sketch.util.AWTUtil: Return an array of vertices corresponding to the flattened version of the input.

G

g - Variable in class edu.mit.sketch.util.Gaussian: Gaussian mask
gauss(double, double) - Method in class edu.mit.sketch.ui.Tablet
Gaussian - class edu.mit.sketch.util.Gaussian.: This class computes and stores the necessary convolution filters of different sizes for gaussian convlution.
Gaussian(int, double) - Constructor for class edu.mit.sketch.util.Gaussian: The constructor.
general_path - Variable in class edu.mit.sketch.geom.GeneralPath: The general path
general_path - Static variable in class edu.mit.sketch.toolkit.Blackboard: A general path object obtained from the hybrid fits.
GeneralPath - class edu.mit.sketch.geom.GeneralPath.: This class represents the GeneralPath object.
GeneralPath() - Constructor for class edu.mit.sketch.geom.GeneralPath: The constructor.
GeneralPath(GeneralPath) - Constructor for class edu.mit.sketch.geom.GeneralPath: The constructor.
GeneralPath(int) - Constructor for class edu.mit.sketch.geom.GeneralPath: The constructor.
GeneralPath(int, int) - Constructor for class edu.mit.sketch.geom.GeneralPath: The constructor.
GeneralPath(Shape) - Constructor for class edu.mit.sketch.geom.GeneralPath: The constructor.
GeneralPathProcessor - class edu.mit.sketch.geom.GeneralPathProcessor.: Class for converting a general path object to a symbolic representation
GeneralPathProcessor() - Constructor for class edu.mit.sketch.geom.GeneralPathProcessor
GeometricComputationException - exception edu.mit.sketch.geom.GeometricComputationException.: Thrown when an exception occurs in a geometric computation.
GeometricObject - interface edu.mit.sketch.geom.GeometricObject.: All the objects who want to be Geometric must implement this interface.
GeometryUtil - class edu.mit.sketch.geom.GeometryUtil.: Implements geometry related utility functions
GeometryUtil() - Constructor for class edu.mit.sketch.geom.GeometryUtil
gesture_gui - Variable in class edu.mit.sketch.ui.TabletDataProcessor
gesture_gui_menu - Variable in class edu.mit.sketch.ui.TabletGUI
GestureGUI - class edu.mit.sketch.ui.GestureGUI.: This class is used to input training data for the gesture recognizer.
GestureGUI() - Constructor for class edu.mit.sketch.ui.GestureGUI: The constructor.
getAbsoluteAngles() - Method in class edu.mit.sketch.geom.Polygon: Returns an array containing the angles that each edge makes with the x axis.
getAbsolutePositiveAngles() - Method in class edu.mit.sketch.geom.Polygon: Returns an array containing the angles that each edge makes with the x axis.
getAllComponentsRecursively(Container) - Static method in class edu.mit.sketch.util.AWTUtil: Get all the sub componets in this container.
getAngle() - Method in class edu.mit.sketch.geom.Rectangle: Returns the angle of the object WRT the x axis in radians.
getAngle() - Method in class edu.mit.sketch.geom.Line: Returns the angle of the object WRT the x axis in radians.
getAngle() - Method in interface edu.mit.sketch.geom.Rotatable: Returns the angle of the object WRT the x axis in radians.
getAngle() - Method in class edu.mit.sketch.geom.GeneralPath: Returns the angle of the object WRT the x axis in radians.
getAngle() - Method in class edu.mit.sketch.grammar.me.Shade: Returns the angle of the object WRT the x axis in radians.
getAngle() - Method in class edu.mit.sketch.grammar.me.Motor: Returns the angle of the motor WRT the x axis in radians.
getAngle() - Method in class edu.mit.sketch.grammar.me.Cross: Returns the angle of the motor WRT the x axis in radians.
getAngle() - Method in class edu.mit.sketch.grammar.me.Ground: Returns the angle of the Ground WRT the x axis in radians.
getAngle(int) - Method in class edu.mit.sketch.geom.Polygon: get the nth angle as a positive value between 0 and 2*PI
getBounds() - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
getBounds2D() - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
getCartesianAngle() - Method in class edu.mit.sketch.geom.Line: Returns the angle of the object WRT the x axis in radians.
getCartesianAngle() - Method in class edu.mit.sketch.geom.GeneralPath: Returns the angle of the object WRT the x axis in radians.
getCenter() - Method in class edu.mit.sketch.geom.Rectangle: Returns the center of this rectangle.
getChildren() - Method in interface edu.mit.sketch.grammar.NonTerminal: This method should return a vector containing the children of this object.
getChildren() - Method in class edu.mit.sketch.grammar.me.Motor: This method should return a vector containing the children of this object.
getChildren() - Method in class edu.mit.sketch.grammar.me.Pin: This method should return a vector containing the children of this object.
getChildren() - Method in class edu.mit.sketch.grammar.me.Cross: This method should return a vector containing the children of this object.
getChildren() - Method in class edu.mit.sketch.grammar.me.Ground: This method should return a vector containing the children of this object.
getClassifier() - Method in class edu.mit.sketch.toolkit.Test
getComplement(int) - Static method in class edu.mit.sketch.geom.SpatialRelation: To String
getComplexApproximation() - Method in class edu.mit.sketch.toolkit.Classifier: Returns the best fit Polygon for the StrokeData.
getComplexApproximation() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns the best fit GeneralPath for the StrokeData.
getComplexError() - Method in class edu.mit.sketch.toolkit.Classifier: Returns the error between the best fit GeneralPath and the strokeData.
getComplexError() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns the error between the best fit GeneralPath and the strokeData.
getContiguosExcludedPointSequence(int, Vertex[], Vertex[]) - Static method in class edu.mit.sketch.toolkit.Blackboard: Return the sequence of contiguos point sequence that is included in superset, but is excluded in subset.
getControlPoints(Vertex, Vertex, StrokeData) - Static method in class edu.mit.sketch.toolkit.Blackboard: Return the control points to be used for drawing a curve from v1 to v2.
getControlPoints(Vertex, Vertex, StrokeData, int, int) - Static method in class edu.mit.sketch.toolkit.Blackboard: Return the control points to be used for drawing a curve from v1 to v2.
getCurrentPoint() - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
getCurvatureFit(Point[], Vertex[], double) - Static method in class edu.mit.sketch.toolkit.Blackboard: Returns a curvature fit.
getCurvatureFitOld(Point[], Vertex[], double) - Static method in class edu.mit.sketch.toolkit.Blackboard: Returns a curvature fit.
getCurveLSQEror(Shape, StrokeData, Range) - Static method in class edu.mit.sketch.util.AWTUtil: Get the LSQE for the curve by measuring the distance to the vertices in range.
getData() - Method in class edu.mit.sketch.toolkit.Test
getDataPoints() - Method in class edu.mit.sketch.geom.Rectangle: This method is used to get the original data points that forms this GeometricObject
getDataPoints() - Method in class edu.mit.sketch.geom.Line: This method is used to get the original data points that forms this GeometricObject
getDataPoints() - Method in class edu.mit.sketch.geom.GeneralPath: This method is used to get the original data points that forms this GeometricObject
getDataPoints() - Method in interface edu.mit.sketch.geom.GeometricObject: This method is used to get the original data points that forms this GeometricObject
getDataPoints() - Method in class edu.mit.sketch.geom.Point: This method is used to get the original data points that forms this GeometricObject
getDataPoints() - Method in class edu.mit.sketch.geom.Polygon: This method is used to get the original data points that forms this GeometricObject
getDataPoints() - Method in class edu.mit.sketch.geom.Ellipse: This method is used to get the original data points that forms this GeometricObject
getDataPoints() - Method in class edu.mit.sketch.toolkit.StrokeData: Put the valid points in the points array in a Polygon and return it.
getDebugFrame() - Static method in class edu.mit.util.Debug: Get the frame that houses the debug pane.
getDebugPanel(String) - Method in class edu.mit.util.Debug
getDirectionFit(double) - Method in class edu.mit.sketch.toolkit.StrokeData: Find the corners of the polygon using the change in the direction.
getEdge(int) - Method in class edu.mit.sketch.geom.Polygon: This method returns the nth edge of this Polygon.
getEllipse() - Method in class edu.mit.sketch.toolkit.StrokeData: Return the ellipse fully containing the data points.
getEllipseApproximation() - Method in class edu.mit.sketch.toolkit.Classifier: Returns the best fit Polygon for the StrokeData.
getEllipseApproximation() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns the best fit Ellipse for the StrokeData.
getEllipseError() - Method in class edu.mit.sketch.toolkit.Classifier: Returns the error between the best fit ellipse and the strokeData.
getEllipseError() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns the error between the best fit ellipse and the strokeData.
getEllipseError(StrokeData, Ellipse) - Method in interface edu.mit.sketch.toolkit.ErrorCalculator: Get the error between the stroke_data and the shape.
getEndTime() - Method in class edu.mit.sketch.toolkit.StrokeData
getFeaturePointIndices() - Method in class edu.mit.sketch.geom.Segment: override to preserve maximum significance of the segments in this collection
getFeatureVectors() - Method in class edu.mit.sketch.toolkit.ObjectManager: Feature vectors in string format
getGeneralPathError(StrokeData, GeneralPath) - Method in interface edu.mit.sketch.toolkit.ErrorCalculator: Get the error between the stroke_data and the shape.
getGeneralPathRanges(StrokeData) - Method in class edu.mit.sketch.geom.GeneralPath: getGeneralPathRanges.
getHeight() - Method in class edu.mit.sketch.geom.Rectangle: Returns the height
getHorizontalBounds() - Method in class edu.mit.sketch.geom.Polygon: Supplied for completeness.
getHybridFits(Vertex[], Vertex[], Point[]) - Static method in class edu.mit.sketch.toolkit.Blackboard: Computes the hybrid fits from speed_fit and direction_fit
getIconHeight() - Method in class edu.mit.util.DotIcon
getIconWidth() - Method in class edu.mit.util.DotIcon
getImage() - Method in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer: Get image
getImage() - Method in class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer: Get image
getIndexInVertices(Vertex[], Vertex, int, double) - Static method in class edu.mit.sketch.toolkit.Blackboard: Return the index in subset if the array contains a Vertex that is sufficiently close to the argument vertex given the tolerances.
getInterestingScale() - Method in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer: Find a good scale in the feature-count -- feature graph by fitting a sigmoid function like polyline to the feature-count -- feature data.
getInterestingScale() - Method in class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer: Find a good scale in the feature-count -- feature graph by fitting a sigmoid function like polyline to the feature-count -- feature data.
getInterestingScaleOnCurve() - Method in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer: Find a good scale in the feature-count -- feature graph by fitting a sigmoid function like polyline to the feature-count -- feature data.
getIntermediateAngles(Vertex[]) - Static method in class edu.mit.sketch.geom.GeometryUtil: Find the angles that the intermediate line segments make WRT the x axis using the input_vertices
getIntersection(Line) - Method in class edu.mit.sketch.geom.Line: Returns the intersection of the two infinite length lines described by this line and the argument.
getIntersection(Vertex[], Vertex[], int) - Static method in class edu.mit.sketch.toolkit.Blackboard: Get the common points in a and b.
getLineApproximation() - Method in class edu.mit.sketch.toolkit.Classifier: Returns the best fit Polygon for the StrokeData.
getLineApproximation() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns the best fit Line for the StrokeData.
getLineError() - Method in class edu.mit.sketch.toolkit.Classifier: Returns the error between the best fit line and the strokeData.
getLineError() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns the error between the best fit line and the strokeData.
getLineError(StrokeData, Line) - Method in interface edu.mit.sketch.toolkit.ErrorCalculator: Get the error between the stroke_data and the shape.
getLocalMinimaIndices(double[]) - Static method in class edu.mit.sketch.util.Util: Print to string array
getLSQEror(StrokeData, Range[]) - Method in class edu.mit.sketch.geom.GeneralPath: Get the LSQE for the general path by measuring the distance to the vertices in the StrokeData.
getLSQError() - Method in class edu.mit.sketch.toolkit.Fit: Get the LSQ error
getLSQError(Point[], Range) - Method in class edu.mit.sketch.geom.Line: Returns the lsq error.
getLSQError(StrokeData, Range) - Method in class edu.mit.sketch.geom.Line: Returns the lsq error.
getMajorAngles() - Method in class edu.mit.sketch.geom.Polygon: Return the major angles in this polygon
getMajorAxisAngle() - Method in class edu.mit.sketch.geom.Rectangle: Returns the angle between the longer of width or height vectors and the x axis.
getMajorAxisDirection() - Method in class edu.mit.sketch.geom.Rectangle: Returns the direction of the major axis of this Rectangle Known eksik: Should be tested.
getMajorAxisLength() - Method in class edu.mit.sketch.geom.Rectangle: Returns the larger of width and height.
getMinorAxisAngle() - Method in class edu.mit.sketch.geom.Rectangle: Returns the angle between the shorter of width or height vectors and the x axis.
getMinorAxisLength() - Method in class edu.mit.sketch.geom.Rectangle: Returns the smaller of width and height.
getNegativeZeroCrossingIndices(double[]) - Static method in class edu.mit.sketch.util.Util: Print to string array
getNeighborObjects(Point, int) - Method in class edu.mit.sketch.toolkit.ObjectManager: Returns a vector of all the geometric objects "sufficiently close to the point passes, determined by the search radius r.
getNeighborObjectsOriginal(Point, int) - Method in class edu.mit.sketch.toolkit.ObjectManager: Returns a vector of all the geometric objects "sufficiently close to the point passes, determined by the search radius r.
getPathIterator(AffineTransform) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
getPathIterator(AffineTransform, double) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
getPolygonalBounds() - Method in class edu.mit.sketch.geom.Rectangle: This method should return a polygon that corresponds to this object.
getPolygonalBounds() - Method in class edu.mit.sketch.geom.Line: This method should return a polygon that fully contains the current object.
getPolygonalBounds() - Method in class edu.mit.sketch.geom.GeneralPath: This method should return a polygon that fully contains the current object.
getPolygonalBounds() - Method in interface edu.mit.sketch.geom.GeometricObject: This method should return a polygon that fully contains the current object.
getPolygonalBounds() - Method in class edu.mit.sketch.geom.Point: This method should return a polygon that corresponds to this object.
getPolygonalBounds() - Method in class edu.mit.sketch.geom.Polygon: This method should return a polygon that fully contains the current object.
getPolygonalBounds() - Method in class edu.mit.sketch.geom.Ellipse: This method should return a polygon that corresponds to this object.
getPolygonalBoundsArray() - Method in interface edu.mit.sketch.grammar.NonTerminal: This method should return the polygonal array bounds of this non-terminal object.
getPolygonalBoundsArray() - Method in class edu.mit.sketch.grammar.me.Motor: This method should return the polygonal array bounds of this non-terminal object.
getPolygonalBoundsArray() - Method in class edu.mit.sketch.grammar.me.Pin: This method should return the polygonal array bounds of this non-terminal object.
getPolygonalBoundsArray() - Method in class edu.mit.sketch.grammar.me.Cross: This method should return the polygonal array bounds of this non-terminal object.
getPolygonalBoundsArray() - Method in class edu.mit.sketch.grammar.me.Ground: This method should return the polygonal array bounds of this non-terminal object.
getPolygonApproximation() - Method in class edu.mit.sketch.toolkit.Classifier: Returns the best fit Polygon for the StrokeData.
getPolygonApproximation() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns the best fit Polygon for the StrokeData.
getPolygonApproximation(double) - Method in class edu.mit.sketch.toolkit.SimpleClassifier: This method returns a polygon made of a subset of the vertices of the final_fit polygon.
getPolygonError() - Method in class edu.mit.sketch.toolkit.Classifier: Returns the error between the best fit polygon and the strokeData.
getPolygonError() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns the error between the best fit polygon and the strokeData.
getPolygonError(StrokeData, Polygon) - Method in interface edu.mit.sketch.toolkit.ErrorCalculator: Get the error between the stroke_data and the shape.
getPolygonIndices(Point[], Point[]) - Static method in class edu.mit.sketch.toolkit.Blackboard: get the indices of output_polygon in the array points.
getPositiveZeroCrossingIndices(double[]) - Static method in class edu.mit.sketch.util.Util: Print to string array
getRectangularBounds() - Method in class edu.mit.sketch.geom.Rectangle: Supplied for completeness.
getRectangularBounds() - Method in class edu.mit.sketch.geom.Line: Supplied for completeness.
getRectangularBounds() - Method in class edu.mit.sketch.geom.GeneralPath: Supplied for completeness.
getRectangularBounds() - Method in interface edu.mit.sketch.geom.GeometricObject: This method should return the Rectangular bounds of the object.
getRectangularBounds() - Method in class edu.mit.sketch.geom.Point: Supplied for completeness.
getRectangularBounds() - Method in class edu.mit.sketch.geom.Polygon: Supplied for completeness.
getRectangularBounds() - Method in class edu.mit.sketch.geom.Ellipse: Supplied for completeness.
getRectangularBounds() - Method in interface edu.mit.sketch.grammar.NonTerminal: This method should return the Rectangular bounds of this non-terminal object.
getRectangularBounds() - Method in class edu.mit.sketch.grammar.me.Spring: This method should return the Rectangular bounds of this non-terminal object.
getRectangularBounds() - Method in class edu.mit.sketch.grammar.me.Shade: Supplied for completeness.
getRectangularBounds() - Method in class edu.mit.sketch.grammar.me.Motor: This method should return the Rectangular bounds of this non-terminal object.
getRectangularBounds() - Method in class edu.mit.sketch.grammar.me.Pin: This method should return the Rectangular bounds of this non-terminal object.
getRectangularBounds() - Method in class edu.mit.sketch.grammar.me.Cross: This method should return the Rectangular bounds of this non-terminal object.
getRectangularBounds() - Method in class edu.mit.sketch.grammar.me.Ground: This method should return the Rectangular bounds of this non-terminal object.
getRectangularBounds(int) - Method in class edu.mit.sketch.geom.Polygon: Supplied for completeness.
getResource(Object, String) - Static method in class edu.mit.util.ResourceFinder: It first tries to find resource relative to the path that the root class is in.
getResource(String) - Static method in class edu.mit.util.ResourceFinder
getSegmentCount() - Method in class edu.mit.sketch.geom.GeneralPath: Return the number of segments in a java.awt.GeneralPath object.
getSlidingWindowHistogram(double[], double, double, double, double) - Static method in class edu.mit.sketch.toolkit.StatisticsModule: Plot sliding window
getSpeedFit(double) - Method in class edu.mit.sketch.toolkit.StrokeData: See if the input is a polygon.
getStartPosition() - Method in class edu.mit.sketch.geom.GeneralPath: Return the beginning the position.
getStartTime() - Method in class edu.mit.sketch.toolkit.StrokeData
getStrokeData() - Method in class edu.mit.sketch.toolkit.StrokeDataReader: Return the StrokeData collected by this reader
getStrokeData() - Method in class edu.mit.sketch.toolkit.SimpleClassifier
getStrokeData() - Method in interface edu.mit.sketch.toolkit.StrokeDataFactory: Throws an array index out of bound exception if more points than the max_data_points are added.
getSymmetricDifference(Vertex[], Vertex[], Vertex[], int) - Static method in class edu.mit.sketch.toolkit.Blackboard: Get the symmetric difference of a and b.
getTics() - Method in class edu.mit.sketch.toolkit.Timer
getTimeStamp() - Method in class edu.mit.sketch.geom.Rectangle: Returns the time stamp of the current Terminal
getTimeStamp() - Method in class edu.mit.sketch.geom.Line: Returns the time stamp of the current Terminal
getTimeStamp() - Method in class edu.mit.sketch.geom.GeneralPath: Returns the time stamp of the current Terminal
getTimeStamp() - Method in class edu.mit.sketch.geom.Point: Returns the time stamp of the current Terminal
getTimeStamp() - Method in class edu.mit.sketch.geom.Polygon: Returns the time stamp of the current Terminal
getTimeStamp() - Method in class edu.mit.sketch.geom.Ellipse: Returns the time stamp of the current Terminal
getTimeStamp() - Method in interface edu.mit.sketch.grammar.Terminal: Returns the time stamp of the current Terminal
getTimeStamp() - Method in class edu.mit.sketch.grammar.me.Shade: Returns the time stamp of the current Terminal
getTimeStamp(MouseEvent) - Method in class edu.mit.sketch.ui.TabletDataProcessor: This method is needed only for supporting the rather silly windows9X platform, because it is still using the dos clock.
getTranslatableNeighborObjects(Point, int) - Method in class edu.mit.sketch.toolkit.ObjectManager: Returns a vector of all the geometric objects "sufficiently close to the point passes, determined by the search radius r.
getTranslatableNeighborObjectsOriginal(Point, int) - Method in class edu.mit.sketch.toolkit.ObjectManager: Returns a vector of all the geometric objects "sufficiently close to the point passes, determined by the search radius r.
getType() - Method in class edu.mit.sketch.geom.Rectangle: Implement GeometricObject
getType() - Method in class edu.mit.sketch.geom.Line: Implement GeometricObject
getType() - Method in class edu.mit.sketch.geom.GeneralPath: Implement GeometricObject
getType() - Method in class edu.mit.sketch.geom.Point: Implement GeometricObject
getType() - Method in class edu.mit.sketch.geom.Polygon: Implement GeometricObject
getType() - Method in class edu.mit.sketch.geom.Ellipse: Implement GeometricObject
getType() - Method in class edu.mit.sketch.grammar.me.Spring: Implement Paintable
getType() - Method in class edu.mit.sketch.grammar.me.Shade: Implement GeometricObject
getType() - Method in class edu.mit.sketch.grammar.me.Motor: Implement Paintable
getType() - Method in class edu.mit.sketch.grammar.me.Pin: Implement Paintable
getType() - Method in class edu.mit.sketch.grammar.me.Cross: Implement Paintable
getType() - Method in class edu.mit.sketch.grammar.me.Ground: Implement Paintable
getType() - Method in interface edu.mit.sketch.ui.Paintable: Returns the type of this NonTerminal
getTypeWithTolerance(double) - Method in class edu.mit.sketch.geom.Ellipse: This returns "circle" if the width/height ratio is within tolerance neighborhood of 1.
getUnion(Vertex[], Vertex[]) - Static method in class edu.mit.sketch.toolkit.Blackboard: Get all the points in a and b.
getVertices() - Method in class edu.mit.sketch.toolkit.StrokeData: Return the vertices array.
getWidth() - Method in class edu.mit.sketch.geom.Rectangle: Returns the width
getWindingRule() - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
getZeroCrossingIndices(double[]) - Static method in class edu.mit.sketch.util.Util: Print to string array
GIFEncoder - class edu.mit.sketch.util.GIFEncoder.: GIFEncoder is a class which takes an image and saves it to a stream using the GIF file format (Graphics Interchange Format).
GIFEncoder(byte[][], byte[][], byte[][]) - Constructor for class edu.mit.sketch.util.GIFEncoder: Construct a GIFEncoder.
GIFEncoder(Image) - Constructor for class edu.mit.sketch.util.GIFEncoder: Construct a GIFEncoder.
graph_color - Variable in class edu.mit.sketch.ui.TabletGUI
graphics - Variable in class edu.mit.sketch.geom.Rectangle: Graphics context for this Geometric object.
graphics - Variable in class edu.mit.sketch.geom.Line: Graphics context for this Geometric object.
graphics - Variable in class edu.mit.sketch.geom.GeneralPath: Graphics context for this Geometric object.
graphics - Variable in class edu.mit.sketch.geom.Point: Graphics context for this Geometric object.
graphics - Variable in class edu.mit.sketch.geom.Polygon: Graphics context for this Geometric object.
graphics - Variable in class edu.mit.sketch.geom.Ellipse: Graphics context for this Geometric object.
graphics - Variable in class edu.mit.sketch.grammar.me.Motor: Graphics context for this Geometric object.
graphics - Variable in class edu.mit.sketch.grammar.me.Pin: Graphics context for this Geometric object.
graphics - Variable in class edu.mit.sketch.grammar.me.Cross: Graphics context for this Geometric object.
graphics - Variable in class edu.mit.sketch.grammar.me.Ground: Graphics context for this Geometric object.
GraphicsUtil - class edu.mit.sketch.util.GraphicsUtil.: Implements some methods not found in jdk 1.1
GraphicsUtil() - Constructor for class edu.mit.sketch.util.GraphicsUtil
Ground - class edu.mit.sketch.grammar.me.Ground.: A basic Ground object with shading and edges.
Ground(Shade, Polygon) - Constructor for class edu.mit.sketch.grammar.me.Ground: The constructor.

H

handleStroke(StrokeData) - Method in class edu.mit.sketch.grammar.CheckMarkRecognizer
handleStroke(StrokeData) - Method in class edu.mit.sketch.toolkit.DataCollector
handleStroke(StrokeData) - Method in interface edu.mit.sketch.toolkit.StrokeDataListener: This method is called by classes that collect StrokeData objects.
handleStroke(StrokeData) - Method in class edu.mit.sketch.ui.TicTacToe
hasOnMajorAxisDirection(GeometricObject) - Method in class edu.mit.sketch.geom.Rectangle: This method should return true if the input object lies in the major axis direction of this Rectangle.
hasSufficientData() - Method in class edu.mit.sketch.toolkit.StrokeDataReader: Return the StrokeData collected by this reader
hybrid_fits - Static variable in class edu.mit.sketch.toolkit.Blackboard: The array of hybrid fits obtained from speed and direction fits.

I

in_recognition_mode - Variable in class edu.mit.sketch.ui.TabletDataProcessor
included - Variable in class edu.mit.sketch.geom.Segment: true if included
index - Variable in class edu.mit.sketch.geom.Vertex: The index
index_difference - Static variable in class edu.mit.sketch.toolkit.Blackboard: Index difference tolerance.
info_bar - Static variable in class edu.mit.sketch.ui.TabletGUI
initializeBuffer() - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Overloaded for double buffering.
initializeGraphicsObjects() - Method in class edu.mit.sketch.ui.TabletGUI: initializeGraphicsObjects
insert(String) - Method in class edu.mit.util.DocumentAppender
insert(String, String) - Method in class edu.mit.util.DebugWindowAppender
insertVertex(Vertex[], Vertex) - Static method in class edu.mit.sketch.toolkit.Blackboard: Return the vertices obtained by inserting the input vertex to the appropriate slot in the input vertices.
interesting_scale - Variable in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer
interesting_scale - Variable in class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer
intersects(double, double, double, double) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
intersects(Rectangle2D) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
invalidateCaches() - Method in class edu.mit.sketch.toolkit.StrokeData: Invalidates caches
isCheckMark(Polygon) - Method in class edu.mit.sketch.grammar.CheckMarkRecognizer
isComplex() - Method in class edu.mit.sketch.toolkit.Classifier: Returns true if the best fit for the strokeData is a complex shape.
isComplex() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns true if the best fit for the strokeData is a complex shape.
isComplex(double) - Method in class edu.mit.sketch.toolkit.Classifier: Returns true if the best fit complex shape has error measure less than error_bound.
isComplex(double) - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns true if the best fit complex shape has error measure less than error_bound.
isDebugging(boolean) - Static method in class edu.mit.util.Debug
isEllipse() - Method in class edu.mit.sketch.toolkit.Classifier: Returns true if the best fit for the strokeData is an Ellipse.
isEllipse() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns true if the best fit for the strokeData is an Ellipse.
isEllipse(double) - Method in class edu.mit.sketch.toolkit.Classifier: Returns true if the best fit ellipse for the strokeData is less than error_bound.
isEllipse(double) - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns true if the best fit ellipse for the strokeData is less than error_bound.
isLine() - Method in class edu.mit.sketch.toolkit.Classifier: Returns true if the best fit shape for the strokeData is a Line.
isLine() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns true if the best fit shape for the strokeData is a Line.
isLine(double) - Method in class edu.mit.sketch.toolkit.Classifier: Returns true if the best fit line has an error of less than error_bound.
isLine(double) - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns true if the best fit line has an error of less than error_bound.
isLine(Polygon) - Static method in class edu.mit.sketch.geom.Line: Returns true if the input Polygon is a line.
isPaintingAsWeGo() - Method in class edu.mit.sketch.ui.SketchPanel: This determines if we are responsible for laying down the ink while it is being drawn.
isPolygon() - Method in class edu.mit.sketch.toolkit.Classifier: Returns true if the best fit for strokeData is a polygon.
isPolygon() - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns true if the best fit for strokeData is a polygon.
isPolygon(double) - Method in class edu.mit.sketch.toolkit.Classifier: Returns true if the best fit polygon has an error of less than bound.
isPolygon(double) - Method in class edu.mit.sketch.toolkit.SimpleClassifier: Returns true if the best fit polygon has an error of less than bound.
isRecognizing() - Method in class edu.mit.sketch.ui.SketchPanel
isRectangle(Polygon) - Static method in class edu.mit.sketch.geom.Rectangle: Returns true if the input polygon looks like a Rectangle Can be optimized by eliminating Polygon conversions.
isSpring(Polygon) - Static method in class edu.mit.sketch.grammar.me.Spring: Returns true if the input polygon looks like a Spring.
isTrue(boolean) - Static method in class edu.mit.util.Assert: If the argument is true do nothing.
isTrue(boolean, String) - Static method in class edu.mit.util.Assert: If the argument is true do nothing.
itemStateChanged(ItemEvent) - Method in class edu.mit.sketch.toolkit.ControlModule: Handle key stroke events
itemStateChanged(ItemEvent) - Method in class edu.mit.sketch.ui.GestureGUI: itemStateChanged

J

joint_display - Variable in class edu.mit.sketch.ui.TabletGUI
joint_display_menu - Variable in class edu.mit.sketch.ui.TabletGUI
JointDisplay - class edu.mit.sketch.ui.JointDisplay.: This class is used for viewing scale space data.
JointDisplay() - Constructor for class edu.mit.sketch.ui.JointDisplay: The constructor.

K

keyPressed(KeyEvent) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Handle key stroke events
keyPressed(KeyEvent) - Method in class edu.mit.sketch.toolkit.ControlModule: Handle key stroke events
keyPressed(KeyEvent) - Method in class edu.mit.sketch.toolkit.ObjectManager: Handle key stroke events
keyPressed(KeyEvent) - Method in class edu.mit.sketch.ui.TabletDebugger: Handle key stroke events
keyPressed(KeyEvent) - Method in class edu.mit.sketch.ui.Tablet: Handle key stroke events
keyReleased(KeyEvent) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Handle key stroke events
keyReleased(KeyEvent) - Method in class edu.mit.sketch.toolkit.ControlModule: Handle key stroke events
keyReleased(KeyEvent) - Method in class edu.mit.sketch.toolkit.ObjectManager: Handle key stroke events
keyReleased(KeyEvent) - Method in class edu.mit.sketch.ui.TabletDebugger: Handle key stroke events
keyReleased(KeyEvent) - Method in class edu.mit.sketch.ui.Tablet: Handle key stroke events
keyTyped(KeyEvent) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Handle key stroke events
keyTyped(KeyEvent) - Method in class edu.mit.sketch.toolkit.ControlModule: Handle key stroke events
keyTyped(KeyEvent) - Method in class edu.mit.sketch.toolkit.ObjectManager: Handle key stroke events
keyTyped(KeyEvent) - Method in class edu.mit.sketch.ui.TabletDebugger: Handle key stroke events
keyTyped(KeyEvent) - Method in class edu.mit.sketch.ui.Tablet: Handle key stroke events

L

leastSquaresForCircle() - Method in class edu.mit.sketch.toolkit.StrokeData: calculate the lsq error.
leastSquaresForCircle2() - Method in class edu.mit.sketch.toolkit.StrokeData: calculate the lsq error.
leastSquaresForLine(Line, Point[]) - Static method in class edu.mit.sketch.util.AWTUtil: calculate the lsq error.
leastSquaresForPolygon(Vertex[], Point[]) - Static method in class edu.mit.sketch.toolkit.Blackboard: calculate the lsq error.
leastSquaresForPolygon(Vertex[], Point[]) - Static method in class edu.mit.sketch.util.AWTUtil: Calculate the lsq error.
left - Variable in class edu.mit.sketch.geom.Segment: left subsegment
LEFT - Static variable in class edu.mit.sketch.geom.SpatialRelation: | | | | ___|___|___ | | X | | ___|___|___ | | | | | |
length() - Method in class edu.mit.sketch.geom.Line: Returns the length of this line.
line - Variable in class edu.mit.sketch.ui.TabletDataProcessor: Parameters and constants.
Line - class edu.mit.sketch.geom.Line.: This class represents a line described by its end-points p, q.
LINE - Static variable in interface edu.mit.sketch.geom.GeometricObject
LINE - Static variable in class edu.mit.sketch.toolkit.Classifier: Constant for line
Line() - Constructor for class edu.mit.sketch.geom.Line: The constructor.
Line(double, double, double, double) - Constructor for class edu.mit.sketch.geom.Line: The constructor.
Line(Line) - Constructor for class edu.mit.sketch.geom.Line: The constructor.
Line(Point, Point) - Constructor for class edu.mit.sketch.geom.Line: The constructor.
LinearFit - class edu.mit.sketch.util.LinearFit.: This class has useful functions for linear line matching.
LinearFit() - Constructor for class edu.mit.sketch.util.LinearFit
lines - Variable in class edu.mit.sketch.grammar.me.Shade: Lines that formed this Shade.
linesParallel(Line, Line, double) - Static method in class edu.mit.sketch.geom.GeometryUtil: Return true if two lines are roughly parallel Tolerance is the tolerance in the difference of slopes.
lineTo(float, float) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
loadData(String) - Static method in class edu.mit.sketch.toolkit.DataCollector: This is a convenience method that loads the strokes out of the given file and returns them as a List.
LoadStoreModule - class edu.mit.sketch.util.LoadStoreModule.: This class loads and stores objects used by the ObjectManager.
LoadStoreModule() - Constructor for class edu.mit.sketch.util.LoadStoreModule
loadTerminalsFromFile(String) - Static method in class edu.mit.sketch.util.LoadStoreModule: Load Terminals and NonTerminals from the given file, and return them in a Vector
loadVerticesFromFile(String) - Static method in class edu.mit.sketch.util.LoadStoreModule: Load arrays of vertices from the given file, and return them in a Vector
LOWER_LEFT - Static variable in class edu.mit.sketch.geom.SpatialRelation: | | | | ___|___|___ | | | | ___|___|___ | | X | | | |
LOWER_RIGHT - Static variable in class edu.mit.sketch.geom.SpatialRelation: | | | | ___|___|___ | | | | ___|___|___ | | | | X | |
LSQE_treshold - Static variable in class edu.mit.sketch.ui.TabletDataProcessor

M

m_window - Static variable in class edu.mit.util.Assert
magnitude() - Method in class edu.mit.sketch.geom.Point: Return distance from origin.
main(String[]) - Static method in class edu.mit.sketch.fig.FigDocument
main(String[]) - Static method in class edu.mit.sketch.grammar.CheckMarkRecognizer
main(String[]) - Static method in class edu.mit.sketch.ui.TicTacToe
main(String[]) - Static method in class edu.mit.sketch.ui.VisiPad
main(String[]) - Static method in class edu.mit.util.Debug: Test out the debug windows
main(String[]) - Static method in class edu.mit.util.ResourceFinder
main(String[]) - Static method in class edu.mit.util.Assert
makeActive(String) - Static method in class edu.mit.util.Debug
markDirty(String) - Method in class edu.mit.util.Debug
max - Variable in class edu.mit.sketch.geom.Range: Upper bound of the range
MAX_FEATURES - Static variable in class edu.mit.sketch.geom.GeneralPathProcessor: Converts a general path object to a symbolic representation
MECHANICAL_DESIGN_FILE_SIGNATURE - Static variable in class edu.mit.sketch.grammar.me.MechanicalDesignFilenameFilter: File signature for designs.
MechanicalDesignFilenameFilter - class edu.mit.sketch.grammar.me.MechanicalDesignFilenameFilter.: This class does the filtering of mechanical design files.
MechanicalDesignFilenameFilter() - Constructor for class edu.mit.sketch.grammar.me.MechanicalDesignFilenameFilter
menubar - Variable in class edu.mit.sketch.toolkit.StatisticsModule
menubar - Variable in class edu.mit.sketch.ui.TabletGUI
min - Variable in class edu.mit.sketch.geom.Range: Lower bound of the range
mode - Variable in class edu.mit.sketch.toolkit.ObjectManager
Motor - class edu.mit.sketch.grammar.me.Motor.: A basic motor with a body and a rotor
Motor(Rectangle, Line) - Constructor for class edu.mit.sketch.grammar.me.Motor: The constructor.
mouseClicked(MouseEvent) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Handle mouse events
mouseClicked(MouseEvent) - Method in class edu.mit.sketch.toolkit.ObjectManager: Handle mouse events
mouseClicked(MouseEvent) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Handle mouse events
mouseClicked(MouseEvent) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Handle mouse events
mouseDragged(MouseEvent) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Handle mouse motion events
mouseDragged(MouseEvent) - Method in class edu.mit.sketch.toolkit.ObjectManager: Mouse events
mouseDragged(MouseEvent) - Method in class edu.mit.sketch.ui.TabletDebugger: Handle mouse events
mouseDragged(MouseEvent) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Handle mouse motion events
mouseDragged(MouseEvent) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Handle mouse motion events
mouseEntered(MouseEvent) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Handle mouse events
mouseEntered(MouseEvent) - Method in class edu.mit.sketch.toolkit.ObjectManager: Handle mouse events
mouseEntered(MouseEvent) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Handle mouse events
mouseEntered(MouseEvent) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Handle mouse events
mouseExited(MouseEvent) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Handle mouse events
mouseExited(MouseEvent) - Method in class edu.mit.sketch.toolkit.ObjectManager: Handle mouse events
mouseExited(MouseEvent) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Handle mouse events
mouseExited(MouseEvent) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Handle mouse events
mouseMoved(MouseEvent) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Handle mouse motion events
mouseMoved(MouseEvent) - Method in class edu.mit.sketch.toolkit.ObjectManager: Mouse events
mouseMoved(MouseEvent) - Method in class edu.mit.sketch.ui.TabletDebugger: Handle mouse events
mouseMoved(MouseEvent) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Handle mouse motion events
mouseMoved(MouseEvent) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Handle mouse motion events
mousePressed(MouseEvent) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Handle mouse events
mousePressed(MouseEvent) - Method in class edu.mit.sketch.toolkit.ObjectManager: Handle mouse events
mousePressed(MouseEvent) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Handle mouse events
mousePressed(MouseEvent) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Handle mouse events
mouseReleased(MouseEvent) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Handle mouse events
mouseReleased(MouseEvent) - Method in class edu.mit.sketch.toolkit.ObjectManager: Handle mouse events
mouseReleased(MouseEvent) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Handle mouse events
mouseReleased(MouseEvent) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Handle mouse events
mouseReleased2(MouseEvent) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Handle mouse events
moveTo(float, float) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath

N

NEWLINE - Static variable in class edu.mit.util.Debug
NonTerminal - interface edu.mit.sketch.grammar.NonTerminal.: All the objects who want to be NonTerminal must implement this interface.
normalize(double[]) - Method in class edu.mit.sketch.geom.Polygon: Normalize the polygon edges so that the angles they make with the x axis are chosen from the given angle set.
note(boolean, String) - Static method in class edu.mit.util.Assert: Make a note if b is false.
note(String) - Static method in class edu.mit.util.Debug: Println to the note tab.
notNull(Object) - Static method in class edu.mit.util.Assert: If the argument is not null do nothing.
notNull(Object, String) - Static method in class edu.mit.util.Assert: If the argument is not null do nothing.

O

object_manager - Variable in class edu.mit.sketch.ui.TabletDataProcessor
ObjectManager - class edu.mit.sketch.toolkit.ObjectManager.: This class manages the objects recognized by the Tablet.
ObjectManager(TabletDataProcessor) - Constructor for class edu.mit.sketch.toolkit.ObjectManager: The constructor.
open_menu - Variable in class edu.mit.sketch.ui.TabletGUI
options - Variable in class edu.mit.sketch.ui.TabletGUI
OrthogonalDistanceRegression - class edu.mit.sketch.util.OrthogonalDistanceRegression.
OrthogonalDistanceRegression() - Constructor for class edu.mit.sketch.util.OrthogonalDistanceRegression
overlay(Vertex[], Vertex[], int, double) - Static method in class edu.mit.sketch.toolkit.Blackboard: Overlay subset and superset so the vertices very close to one another are collapsed into one.

P

paint_d(StrokeData, Color) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Update the direction graph.
paint_dd_dt(StrokeData, Color) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Update change in direction
paint() - Method in class edu.mit.sketch.geom.Rectangle: Draw the object
paint() - Method in class edu.mit.sketch.geom.Line: Draw the object
paint() - Method in class edu.mit.sketch.geom.GeneralPath: Draw the object
paint() - Method in class edu.mit.sketch.geom.Point: Draw the object
paint() - Method in class edu.mit.sketch.geom.Polygon: Draw the object
paint() - Method in class edu.mit.sketch.geom.Ellipse: Draw the object
paint() - Method in class edu.mit.sketch.grammar.me.Spring: Draw the Spring
paint() - Method in class edu.mit.sketch.grammar.me.Shade: Draw the object
paint() - Method in class edu.mit.sketch.grammar.me.Motor: Draw the Motor
paint() - Method in class edu.mit.sketch.grammar.me.Pin: Draw the Pin.
paint() - Method in class edu.mit.sketch.grammar.me.Cross: Draw the Cross.
paint() - Method in class edu.mit.sketch.grammar.me.Ground: Draw the Ground
paint() - Method in interface edu.mit.sketch.ui.Paintable: Draw the objects
paint(Graphics) - Method in class edu.mit.sketch.geom.Rectangle: Draw the object
paint(Graphics) - Method in class edu.mit.sketch.geom.Line: Draw the object
paint(Graphics) - Method in class edu.mit.sketch.geom.GeneralPath: Paint the general path
paint(Graphics) - Method in class edu.mit.sketch.geom.Point: Draw the object
paint(Graphics) - Method in class edu.mit.sketch.geom.Polygon: Draw the object
paint(Graphics) - Method in class edu.mit.sketch.geom.Ellipse: Draw the object
paint(Graphics) - Method in class edu.mit.sketch.grammar.me.Spring: Draw the Spring Can be made faster by incrementing theta in larger chunks.
paint(Graphics) - Method in class edu.mit.sketch.grammar.me.Shade: Draw the object
paint(Graphics) - Method in class edu.mit.sketch.grammar.me.Motor: Draw the Motor
paint(Graphics) - Method in class edu.mit.sketch.grammar.me.Pin: Draw the Pin
paint(Graphics) - Method in class edu.mit.sketch.grammar.me.Cross: Draw the Cross
paint(Graphics) - Method in class edu.mit.sketch.grammar.me.Ground: Draw the Ground
paint(Graphics) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Overloaded for double buffering.
paint(Graphics) - Method in class edu.mit.sketch.toolkit.Fit: paint on g
paint(Graphics) - Method in class edu.mit.sketch.toolkit.ObjectManager: Draw the objects
paint(Graphics) - Method in interface edu.mit.sketch.ui.Paintable: Draw the objects using the given graphics context.
paint(Graphics) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Overloaded for double buffering.
paint(Graphics, int) - Method in class edu.mit.sketch.geom.Rectangle: Draw the object
Paintable - interface edu.mit.sketch.ui.Paintable.: All the objects who want to be Paintable must implement this interface.
paintAcceleration(StrokeData, Color) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Update the acceleration graph.
paintChangeInDirection(double[], double[]) - Method in class edu.mit.sketch.ui.JointDisplay: updata the panel
paintComponent(Graphics) - Method in class edu.mit.sketch.ui.TicTacToe
paintConvexHulls(Graphics2D) - Method in class edu.mit.sketch.geom.GeneralPath: Show convex hulls for the curves
paintDot(double, double, Color, Component, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint x vs y in the frame using the input color and affine transform.
paintDot(double, double, Color, Image, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint x vs y in the frame using the input color and affine transform.
paintDot(int, int, Color, Component, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint x vs y in the frame using the input color and affine transform.
paintDot(int, int, Color, Image, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint x vs y in the frame using the input color and affine transform.
paintDots(double[], double[], Color, Component, AffineTransform, int) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintDots(double[], double[], Color, Image, AffineTransform, int) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintDots(double[], int[], Color, Component, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintDots(double[], int[], Color, Image, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintDots(int[], double[], Color, Component, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintDots(int[], double[], Color, Component, AffineTransform, int) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintDots(int[], double[], Color, Image, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintDots(int[], double[], Color, Image, AffineTransform, int) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintDots(int[], int[], Color, Component, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintDots(int[], int[], Color, Image, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintFeatureCountFit(AffineTransform) - Method in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer: paintFeatureCountFit
paintFeatureCountFit(AffineTransform) - Method in class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer: setScaleSpaceData
paintFvsG(double[], double[], Color, Component, AffineTransform) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Paint f vs g in the frame using the input color and affine transform.
paintFvsG(double[], double[], Color, Component, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintFvsG(double[], double[], Color, Image, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintFvsG(long[], double[], Color, Component, AffineTransform) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Paint f vs g in the frame using the input color and affine transform.
paintFvsG(long[], double[], Color, Component, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintFvsG(long[], double[], Color, Image, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint f vs g in the frame using the input color and affine transform.
paintGeneralPath(GeneralPath) - Static method in class edu.mit.sketch.toolkit.Blackboard: Paint the general path
paintGeneralPathConvexHulls(GeneralPath) - Static method in class edu.mit.sketch.toolkit.Blackboard: Show convex hulls for the curves
paintGeneralPathInSegments(GeneralPath) - Static method in class edu.mit.sketch.toolkit.Blackboard: Paint the general path in segments
paintIcon(Component, Graphics, int, int) - Method in class edu.mit.util.DotIcon
paintInSegments(Graphics2D) - Method in class edu.mit.sketch.geom.GeneralPath: Paint the general path in segments
paintLine(Line, Color, Component, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint line.
paintLine(Line, Color, Image, AffineTransform) - Static method in class edu.mit.sketch.util.AWTUtil: Paint line.
paintOriginal(Graphics) - Method in class edu.mit.sketch.geom.Rectangle: This method is used to paint the original data points that forms this GeometricObject
paintOriginal(Graphics) - Method in class edu.mit.sketch.geom.Line: This method is used to paint the original data points that forms this GeometricObject
paintOriginal(Graphics) - Method in class edu.mit.sketch.geom.GeneralPath: This method is used to paint the original data points that forms this GeometricObject
paintOriginal(Graphics) - Method in class edu.mit.sketch.geom.Point: This method is used to paint the original data points that forms this GeometricObject
paintOriginal(Graphics) - Method in class edu.mit.sketch.geom.Polygon: This method is used to paint the original data points that forms this GeometricObject
paintOriginal(Graphics) - Method in class edu.mit.sketch.geom.Ellipse: This method is used to paint the original data points that forms this GeometricObject
paintOriginal(Graphics) - Method in class edu.mit.sketch.grammar.me.Spring: This method is used to paint the original data points that forms this GeometricObject
paintOriginal(Graphics) - Method in class edu.mit.sketch.grammar.me.Shade: This method is used to paint the original data points that forms this GeometricObject
paintOriginal(Graphics) - Method in class edu.mit.sketch.grammar.me.Motor: This method is used to paint the original data points that forms this GeometricObject
paintOriginal(Graphics) - Method in class edu.mit.sketch.grammar.me.Pin: This method is used to paint the original data points that forms this GeometricObject
paintOriginal(Graphics) - Method in class edu.mit.sketch.grammar.me.Cross: This method is used to paint the original data points that forms this GeometricObject
paintOriginal(Graphics) - Method in class edu.mit.sketch.grammar.me.Ground: This method is used to paint the original data points that forms this GeometricObject
paintOriginal(Graphics) - Method in interface edu.mit.sketch.ui.Paintable: This method is used to paint the original data points that forms this GeometricObject
paintSpeed(double[], double[]) - Method in class edu.mit.sketch.ui.JointDisplay: updata the panel
paintVelocity(StrokeData, Color) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Update the velocity graph.
paintWithCertainties(Graphics) - Method in class edu.mit.sketch.toolkit.Fit: paint on g
parallelAngles(double, double, double) - Static method in class edu.mit.sketch.geom.GeometryUtil: Return true if two lines with angles a and b are roughly parallel within the tolerance t.
parent - Variable in class edu.mit.sketch.geom.Segment: left subsegment
parse() - Method in class edu.mit.sketch.toolkit.ObjectManager: Call the parse method in spatial_parser
parse(ObjectManager) - Method in class edu.mit.sketch.toolkit.SpatialParser: Handle key stroke events
parseCross(ObjectManager) - Method in class edu.mit.sketch.toolkit.SpatialParser: Parse Cross
parseGround(ObjectManager) - Method in class edu.mit.sketch.toolkit.SpatialParser: Parse Ground
parseMotor(ObjectManager) - Method in class edu.mit.sketch.toolkit.SpatialParser: Parse Motor
parsePin(ObjectManager) - Method in class edu.mit.sketch.toolkit.SpatialParser: Parse Pin
paths - Variable in class edu.mit.sketch.toolkit.ObjectManager
pen_menu - Variable in class edu.mit.sketch.ui.TabletGUI
Pin - class edu.mit.sketch.grammar.me.Pin.: A basic Pin with a round top and a cross.
Pin(Ellipse, Cross) - Constructor for class edu.mit.sketch.grammar.me.Pin: The constructor.
platform_is_windows9x - Static variable in class edu.mit.sketch.ui.TabletDataProcessor
plotBarGraph(double[], double, double, double) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Plot bar graph
plotSlidingWindowGraph(double[], double, double, double, double) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Plot sliding window
Point - class edu.mit.sketch.geom.Point.: This class represents a Point described by a java.awt.geom.Line2D.Double
POINT - Static variable in interface edu.mit.sketch.geom.GeometricObject
Point() - Constructor for class edu.mit.sketch.geom.Point: The constructor.
Point(int, int) - Constructor for class edu.mit.sketch.geom.Point: The constructor.
Point(int, int, long) - Constructor for class edu.mit.sketch.geom.Point: The constructor.
Point(Point) - Constructor for class edu.mit.sketch.geom.Point: The constructor.
Point(Point, long) - Constructor for class edu.mit.sketch.geom.Point: The constructor.
pointAt(int) - Method in class edu.mit.sketch.geom.Polygon: Returns the ith point in this Polygon
pointDown() - Method in class edu.mit.sketch.geom.Line: Swaps the first and the second points if needed so that the second point is below the first one.
pointIsOn(Point, int) - Method in class edu.mit.sketch.geom.Rectangle: Returns true if the point is within +-radius distance from the curve defining the object.
pointIsOn(Point, int) - Method in class edu.mit.sketch.geom.Line: Returns true if the point is within +-radius distance from the curve defining the object.
pointIsOn(Point, int) - Method in class edu.mit.sketch.geom.GeneralPath: Returns true if the point is within +-radius distance from the curve defining the object.
pointIsOn(Point, int) - Method in class edu.mit.sketch.geom.Point: Returns true if the point is within +-radius distance from this point.
pointIsOn(Point, int) - Method in class edu.mit.sketch.geom.Polygon: Returns true if the point is within +-radius distance from the curve defining the object.
pointIsOn(Point, int) - Method in interface edu.mit.sketch.geom.Translatable: Returns true if the point is within +-radius distance from the curve defining the object.
pointIsOn(Point, int) - Method in class edu.mit.sketch.geom.Ellipse: Returns true if the point is within +-radius distance from the curve defining the object.
pointIsOn(Point, int) - Method in class edu.mit.sketch.grammar.me.Shade: Returns true if the point is within +-radius distance from the curve defining the object.
pointIsOn(Point, int) - Method in class edu.mit.sketch.grammar.me.Motor: Returns true if the point is within +-radius distance from the curve defining the object.
pointIsOn(Point, int) - Method in class edu.mit.sketch.grammar.me.Pin: Returns true if the point is within +-radius distance from the curve defining the object.
pointIsOn(Point, int) - Method in class edu.mit.sketch.grammar.me.Cross: Returns true if the point is within +-radius distance from the curve defining the object.
pointIsOn(Point, int) - Method in class edu.mit.sketch.grammar.me.Ground: Returns true if the point is within +-radius distance from the curve defining the object.
pointIsOnOriginal(Point, int) - Method in class edu.mit.sketch.geom.Rectangle: Returns true if the point is within +-radius distance from the original curve defining the object.
pointIsOnOriginal(Point, int) - Method in class edu.mit.sketch.geom.Line: Returns true if the point is within +-radius distance from the original curve defining the object.
pointIsOnOriginal(Point, int) - Method in class edu.mit.sketch.geom.GeneralPath: Returns true if the point is within +-radius distance from the original curve defining the object.
pointIsOnOriginal(Point, int) - Method in class edu.mit.sketch.geom.Point: Returns true if the point is within +-radius distance from the original curve defining the object.
pointIsOnOriginal(Point, int) - Method in class edu.mit.sketch.geom.Polygon: Returns true if the point is within +-radius distance from the original curve defining the object.
pointIsOnOriginal(Point, int) - Method in interface edu.mit.sketch.geom.Translatable: Returns true if the point is within +-radius distance from the original curve defining the object.
pointIsOnOriginal(Point, int) - Method in class edu.mit.sketch.geom.Ellipse: Returns true if the point is within +-radius distance from the original curve defining the object.
pointIsOnOriginal(Point, int) - Method in class edu.mit.sketch.grammar.me.Motor: Returns true if the point is within +-radius distance from the original curve defining the object.
pointIsOnOriginal(Point, int) - Method in class edu.mit.sketch.grammar.me.Pin: Returns true if the point is within +-radius distance from the original curve defining the object.
pointIsOnOriginal(Point, int) - Method in class edu.mit.sketch.grammar.me.Cross: Returns true if the point is within +-radius distance from the original curve defining the object.
pointIsOnOriginal(Point, int) - Method in class edu.mit.sketch.grammar.me.Ground: Returns true if the point is within +-radius distance from the original curve defining the object.
pointLeft() - Method in class edu.mit.sketch.geom.Line: Swaps the first and the second points if needed so that the second point is to the left of the first one.
pointRight() - Method in class edu.mit.sketch.geom.Line: Swaps the first and the second points if needed so that the second point is to the right of the first one.
points - Variable in class edu.mit.sketch.toolkit.SimpleClassifier: Speed original points in the stroke.
pointsInside(int, int, int, int) - Method in class edu.mit.sketch.geom.XPositionTree: Add a point assumes x1 < x2, y1 < y2
pointsInside(int, int, int, int) - Method in class edu.mit.sketch.geom.SpatialDatabase: Add a point assumes x1 < x2, y1 < y2
pointUp() - Method in class edu.mit.sketch.geom.Line: Swaps the first and the second points if needed so that the second point is above the first one.
PointXComparator - class edu.mit.sketch.geom.PointXComparator.: Comparator
PointXComparator() - Constructor for class edu.mit.sketch.geom.PointXComparator: The constructor.
PointYComparator - class edu.mit.sketch.geom.PointYComparator.: Comparator
PointYComparator() - Constructor for class edu.mit.sketch.geom.PointYComparator: The constructor.
polar_points - Variable in class edu.mit.sketch.toolkit.StrokeData: The vertices mapped to polar coordinates.
polar_points - Variable in class edu.mit.sketch.ui.TabletDataProcessor
polar_points_is_valid - Variable in class edu.mit.sketch.toolkit.StrokeData
PolarPoint - class edu.mit.sketch.geom.PolarPoint.: Polar Point object that stores an angle and a radius.
PolarPoint() - Constructor for class edu.mit.sketch.geom.PolarPoint: Polar Point constructor
PolarPoint(double, double) - Constructor for class edu.mit.sketch.geom.PolarPoint: Polar Point constructor
Polygon - class edu.mit.sketch.geom.Polygon.: This class represents a polygon described by its vertices.
POLYGON - Static variable in interface edu.mit.sketch.geom.GeometricObject
POLYGON - Static variable in class edu.mit.sketch.toolkit.Classifier: Constant for POLYGON
Polygon() - Constructor for class edu.mit.sketch.geom.Polygon: The constructor.
Polygon(int[], int[], int) - Constructor for class edu.mit.sketch.geom.Polygon: The constructor.
Polygon(Point[]) - Constructor for class edu.mit.sketch.geom.Polygon: The constructor.
Polygon(Polygon) - Constructor for class edu.mit.sketch.geom.Polygon: The constructor.
Polygon(Polygon) - Constructor for class edu.mit.sketch.geom.Polygon: The constructor.
polyline_vs_general_path_bias - Variable in class edu.mit.sketch.toolkit.SimpleClassifier: Final fit LSQE is scaled by this, and compared against the general path LSQE.
prepareTrainingData() - Method in class edu.mit.sketch.ui.GestureGUI: addExample
print(String, Object) - Static method in class edu.mit.util.Debug: Print obj to the debug panel named title.
printArray(double[], String) - Static method in class edu.mit.sketch.util.Util: Print array
printArray(int[], String) - Static method in class edu.mit.sketch.util.Util: Print array
printArray(long[], String) - Static method in class edu.mit.sketch.util.Util: Print array
printArray(Object[], String) - Static method in class edu.mit.sketch.util.Util: Print array
printArrayConcisely(double[], String) - Static method in class edu.mit.sketch.util.Util: Print array
printArrayConcisely(int[], String) - Static method in class edu.mit.sketch.util.Util: Print array
printArrays(double[], String, double[], String) - Static method in class edu.mit.sketch.util.Util: Print arrays side by side
printArrays(double[], String, long[], String) - Static method in class edu.mit.sketch.util.Util: Print arrays side by side
printArrays(int[], String, int[], String) - Static method in class edu.mit.sketch.util.Util: Print arrays side by side
printArrays(long[], String, double[], String) - Static method in class edu.mit.sketch.util.Util: Print arrays side by side
printArrays(long[], String, long[], String) - Static method in class edu.mit.sketch.util.Util: Print arrays side by side
printData(int) - Method in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer: update the panel
printData(int) - Method in class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer: Print curvature data.
printData(String) - Method in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer: print the scale space data into a file scale - #of zero crossings - index of zero crossing
printData(String) - Method in class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer: print the scale space data into a file scale - #of zero crossings - index of zero crossing
printFeatureVectors() - Method in class edu.mit.sketch.toolkit.ObjectManager: Print the feature vectors
println(String, Object) - Static method in class edu.mit.util.Debug: Print obj to the debug panel named title followed by a newline.
printPoints(Point[], String) - Static method in class edu.mit.sketch.toolkit.Blackboard: Print the points array.
printPointsWithIndices(Point[], String, Point[]) - Static method in class edu.mit.sketch.toolkit.Blackboard: Print the points assuming with their corresponding indices in real_points.
printStrings(String[]) - Static method in class edu.mit.sketch.util.Util: Print strings
printToStringArray(double[], String) - Static method in class edu.mit.sketch.util.Util: Print to string array
printToStringArray(long[], String) - Static method in class edu.mit.sketch.util.Util: Print to string array
processing - Variable in class edu.mit.sketch.ui.TabletGUI
ptSegDist(Point, Point, Point) - Static method in class edu.mit.sketch.geom.GeometryUtil: A different version of ptSegDist
ptSegDistSq(double, double, double, double, double, double) - Static method in class edu.mit.sketch.geom.GeometryUtil: From Sun's java.awt.geom.Line2D.java Returns the square of the distance from a point to a line segment.
ptSegDistSq(Point, Point, Point) - Static method in class edu.mit.sketch.geom.GeometryUtil: A different version of ptSegDistSq

Q

quadTo(float, float, float, float) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
quit_menu - Variable in class edu.mit.sketch.toolkit.StatisticsModule
quit_menu - Variable in class edu.mit.sketch.ui.TabletGUI

R

radian2degree(double) - Static method in class edu.mit.sketch.geom.GeometryUtil: radian2degree
radius - Variable in class edu.mit.sketch.geom.PolarPoint
radius - Variable in class edu.mit.sketch.toolkit.StrokeData
Range - class edu.mit.sketch.geom.Range.: This class represents a Point described by a java.awt.geom.Line2D.Double
Range() - Constructor for class edu.mit.sketch.geom.Range: The constructor.
Range(int, int) - Constructor for class edu.mit.sketch.geom.Range: The constructor.
ranges - Static variable in class edu.mit.sketch.toolkit.Blackboard: The ranges for the segments in the general_path
reclassify() - Method in class edu.mit.sketch.toolkit.SimpleClassifier
RECOGNITION_MODE - Static variable in class edu.mit.sketch.toolkit.ObjectManager
Rectangle - class edu.mit.sketch.geom.Rectangle.: This class represents a Rectangle described by its width and height vectors.
RECTANGLE - Static variable in interface edu.mit.sketch.geom.GeometricObject: Available GeometricObject types.
Rectangle(double, double, double, double, double) - Constructor for class edu.mit.sketch.geom.Rectangle: The constructor.
Rectangle(double, double, Point, double) - Constructor for class edu.mit.sketch.geom.Rectangle: The constructor.
Rectangle(int, int, int, int) - Constructor for class edu.mit.sketch.geom.Rectangle: The constructor.
Rectangle(Point, Dimension) - Constructor for class edu.mit.sketch.geom.Rectangle: The constructor.
Rectangle(Point, Dimension, double) - Constructor for class edu.mit.sketch.geom.Rectangle: The constructor.
Rectangle(Rectangle) - Constructor for class edu.mit.sketch.geom.Rectangle: The constructor.
Rectangle(Rectangle) - Constructor for class edu.mit.sketch.geom.Rectangle: The constructor.
relativeCCW(double, double, double, double, double, double) - Static method in class edu.mit.sketch.geom.GeometryUtil: From Sun's java.awt.geom.Line2D.java Returns an indicator of where the specified point (PX, PY) lies with respect to the line segment from (X1, Y1) to (X2, Y2).
relativeCCW(Point, Point, Point) - Static method in class edu.mit.sketch.geom.GeometryUtil: A different version of relativeCCW
removeCloseVertices(Vertex[], int, double) - Static method in class edu.mit.sketch.toolkit.Blackboard: Remove vertices closer than index_tolerance in indices or, distance_tolerance spatially.
removeDuplicateVertices(Vertex[]) - Static method in class edu.mit.sketch.geom.Vertex: Remove repeating vertices
removeObject(Object) - Method in class edu.mit.sketch.toolkit.ObjectManager: Removes the argument object from the objects Vector.
removePath(Object) - Method in class edu.mit.sketch.toolkit.ObjectManager: Removes the argument object from the objects Vector.
removeRedundantEndPoints(Vertex[]) - Method in class edu.mit.sketch.toolkit.StrokeData: Remove the redundant at the beginning and the end.
removeStrokeDataListener(StrokeDataListener) - Method in class edu.mit.sketch.ui.SketchPanel
render(Ellipse) - Method in class edu.mit.sketch.fig.FigDocument
render(GeometricObject) - Method in class edu.mit.sketch.fig.FigDocument
render(Line) - Method in class edu.mit.sketch.fig.FigDocument
render(Polygon) - Method in class edu.mit.sketch.fig.FigDocument
requiresLayout() - Method in class edu.mit.util.DebugWindowAppender: The WriterAppender requires a layout.
requiresLayout() - Method in class edu.mit.util.DocumentAppender: The WriterAppender requires a layout.
reset() - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
reset() - Method in class edu.mit.sketch.toolkit.DataCollector: Delete all the data we have stored up til now.
reset() - Method in class edu.mit.sketch.toolkit.StrokeDataReader: Reset
reset() - Method in class edu.mit.sketch.toolkit.ObjectManager: Removes all the objects.
reset() - Method in class edu.mit.sketch.ui.TicTacToe
reset() - Method in class edu.mit.sketch.ui.TabletDataProcessor: Reset the arrays
ResourceFinder - class edu.mit.util.ResourceFinder.
ResourceFinder() - Constructor for class edu.mit.util.ResourceFinder
right - Variable in class edu.mit.sketch.geom.Segment: right subsegment
RIGHT - Static variable in class edu.mit.sketch.geom.SpatialRelation: | | | | ___|___|___ | | | | X ___|___|___ | | | | | |
Rotatable - interface edu.mit.sketch.geom.Rotatable.: All the objects whose rotation makes sense must implement this interface.
rotate(double) - Method in class edu.mit.sketch.geom.Point: Rotate about the origin by radians amount.
rotate(double) - Method in class edu.mit.sketch.geom.Polygon: This method rotates the polygon by theta radians CCW.
rotateAbout(Point, double) - Method in class edu.mit.sketch.geom.Rectangle: Rotates the rectangle about the point p theta radians CCW.
rotateAboutCOM(double) - Method in class edu.mit.sketch.geom.Polygon: This method rotates the polygon by theta radians CCW.
rotateAboutOrigin(double) - Method in class edu.mit.sketch.geom.Polygon: This method rotates the polygon by theta radians CCW.
ROTATION_METHOD - Static variable in class edu.mit.sketch.util.LinearFit: Constant corresponding to deriving direction using sliding window and rotation mehod.
roundAngles(double[], double) - Static method in class edu.mit.sketch.geom.GeometryUtil: return a double array which is the same length as the input array, except the array entries are rounded up or down to be integral multiples of dx.
runSVMClassifier(GeneralPath) - Method in class edu.mit.sketch.toolkit.ObjectManager: Save the feature vectors

S

save_as_menu - Variable in class edu.mit.sketch.ui.TabletGUI
save_features_menu - Variable in class edu.mit.sketch.ui.TabletGUI
save_menu - Variable in class edu.mit.sketch.ui.TabletGUI
saveData(String) - Method in class edu.mit.sketch.toolkit.DataCollector: Serialize the strokes into a file specified by filename.
saveFeatureVectors(String) - Method in class edu.mit.sketch.toolkit.ObjectManager: Save the feature vectors
scale - Variable in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer
scale - Variable in class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer
scale(double) - Method in class edu.mit.sketch.geom.Point: Multiply the x and y fields by the scale.
scaleAboutCenter(double) - Method in class edu.mit.sketch.geom.Rectangle: scaleAboutCenter
screen2cartesian(int) - Static method in class edu.mit.sketch.geom.SpatialRelation: To String
sdr - Static variable in class edu.mit.sketch.ui.TabletDataProcessor: Stroke data reader used for reading and instantiating StrokeData
Segment - class edu.mit.sketch.geom.Segment.: This class represents a Point described by a java.awt.geom.Line2D.Double
Segment() - Constructor for class edu.mit.sketch.geom.Segment: The constructor.
Segment(Vertex[], int, int) - Constructor for class edu.mit.sketch.geom.Segment: The constructor.
segmentLength(Point[], int, int) - Static method in class edu.mit.sketch.geom.GeometryUtil: Return the segment length from index begin_index to end_index in points (end_index included).
selectInside(GeometricObject) - Method in class edu.mit.sketch.toolkit.ObjectManager: Selects all the objects inside the given object.
SELECTION_MODE - Static variable in class edu.mit.sketch.toolkit.ObjectManager
selectObjects(Translatable[]) - Method in class edu.mit.sketch.toolkit.ObjectManager: Select the objects in the argument vector.
selectObjects(Vector) - Method in class edu.mit.sketch.toolkit.ObjectManager: Select the objects in the argument vector.
sequence_delay - Static variable in class edu.mit.sketch.ui.TabletDataProcessor
SequenceTerminal - interface edu.mit.sketch.grammar.SequenceTerminal.: All the objects who want to be NonTerminal must implement this interface.
setColor(Color) - Method in class edu.mit.util.DotIcon
setConstraints(GridBagLayout, Component, int, int, int, int, double, double, int, int, Insets) - Static method in class edu.mit.sketch.util.GraphicsUtil: Set the constraints of the input component using the arguments.
setDataPoints(Polygon) - Method in class edu.mit.sketch.geom.Rectangle: This method is used to set the original data points that forms this GeometricObject
setDataPoints(Polygon) - Method in class edu.mit.sketch.geom.Line: This method is used to set the original data points that forms this GeometricObject
setDataPoints(Polygon) - Method in class edu.mit.sketch.geom.GeneralPath: This method is used to set the original data points that forms this GeometricObject
setDataPoints(Polygon) - Method in interface edu.mit.sketch.geom.GeometricObject: This method is used to set the original data points that forms this GeometricObject
setDataPoints(Polygon) - Method in class edu.mit.sketch.geom.Point: This method is used to set the original data points that forms this GeometricObject
setDataPoints(Polygon) - Method in class edu.mit.sketch.geom.Polygon: This method is used to set the original data points that forms this GeometricObject
setDataPoints(Polygon) - Method in class edu.mit.sketch.geom.Ellipse: This method is used to set the original data points that forms this GeometricObject
setDebugging(boolean) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Set debugging mode
setDebugging(boolean) - Static method in class edu.mit.util.Debug
setErrorHandler(ErrorHandler) - Method in class edu.mit.util.DebugWindowAppender: Set the ErrorHandler for this WriterAppender and also the underlying QuietWriter if any.
setErrorHandler(ErrorHandler) - Method in class edu.mit.util.DocumentAppender: Set the ErrorHandler for this WriterAppender and also the underlying QuietWriter if any.
setFitMehod(int) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Change the fit method, rederive the direction and related entities.
setFitMethod(int) - Method in class edu.mit.sketch.toolkit.StrokeData: Set fit method
setGraphicsContext(Graphics) - Method in class edu.mit.sketch.geom.Rectangle: Set graphics context for this Geometric object.
setGraphicsContext(Graphics) - Method in class edu.mit.sketch.geom.Line: Set graphics context for this Geometric object.
setGraphicsContext(Graphics) - Method in class edu.mit.sketch.geom.GeneralPath: Set graphics context for this Geometric object.
setGraphicsContext(Graphics) - Method in class edu.mit.sketch.geom.Point: Set graphics context for this Geometric object.
setGraphicsContext(Graphics) - Method in class edu.mit.sketch.geom.Polygon: Set graphics context for this Geometric object.
setGraphicsContext(Graphics) - Method in class edu.mit.sketch.geom.Ellipse: Set graphics context for this Geometric object.
setGraphicsContext(Graphics) - Method in class edu.mit.sketch.grammar.me.Spring: Set graphics context for this Pin object.
setGraphicsContext(Graphics) - Method in class edu.mit.sketch.grammar.me.Motor: Set graphics context for this Motor object.
setGraphicsContext(Graphics) - Method in class edu.mit.sketch.grammar.me.Pin: Set graphics context for this Pin object.
setGraphicsContext(Graphics) - Method in class edu.mit.sketch.grammar.me.Cross: Set graphics context for this Cross object.
setGraphicsContext(Graphics) - Method in class edu.mit.sketch.grammar.me.Ground: Set graphics context for this Ground object.
setGraphicsContext(Graphics) - Method in interface edu.mit.sketch.ui.Paintable: Set graphics context for this Paintable object.
setHybridFitList(Fit[]) - Method in class edu.mit.sketch.toolkit.ControlModule: Add the hybrid fits to the list
setIndex(int) - Method in class edu.mit.sketch.geom.Vertex: Set index
setInfoMessage(String) - Static method in class edu.mit.sketch.ui.TabletGUI: Set the status bar label text to the input string.
setIsPaintingAsWeGo(boolean) - Method in class edu.mit.sketch.ui.SketchPanel: This determines if we are responsible for laying down the ink while it is being drawn.
setIsRecognizing(boolean) - Method in class edu.mit.sketch.ui.SketchPanel: Disable or enable recognition process by turning mouse event listening off or on.
setRecognitionMode(boolean) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Disable or enable recognition process by turning mouse event listening off or on.
setRectangle(Rectangle) - Method in class edu.mit.sketch.geom.Rectangle: setRectangle
setScaleSpaceData(double[][], Gaussian[], StrokeData) - Method in class edu.mit.sketch.toolkit.DirectionChangeScaleSpaceViewer: setScaleSpaceData
setScaleSpaceData(double[][], Gaussian[], StrokeData) - Method in class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer: setScaleSpaceData
setStatusMessage(String) - Static method in class edu.mit.sketch.ui.TabletGUI: Set the status bar label text to the input string.
setStrokeList(String, int) - Method in class edu.mit.sketch.toolkit.ControlModule: Add the hybrid fits to the list
setTimeStamp(long) - Method in class edu.mit.sketch.geom.Rectangle: Sets the time stamp of the current Terminal
setTimeStamp(long) - Method in class edu.mit.sketch.geom.Line: Sets the time stamp of the current Terminal
setTimeStamp(long) - Method in class edu.mit.sketch.geom.GeneralPath: Sets the time stamp of the current Terminal
setTimeStamp(long) - Method in class edu.mit.sketch.geom.Point: Sets the time stamp of the current Terminal
setTimeStamp(long) - Method in class edu.mit.sketch.geom.Polygon: Sets the time stamp of the current Terminal
setTimeStamp(long) - Method in class edu.mit.sketch.geom.Ellipse: Sets the time stamp of the current Terminal
setTimeStamp(long) - Method in interface edu.mit.sketch.grammar.Terminal: Sets the time stamp of the current Terminal
setTimeStamp(long) - Method in class edu.mit.sketch.grammar.me.Shade: Sets the time stamp of the current Terminal
setWindingRule(int) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
Shade - class edu.mit.sketch.grammar.me.Shade.: This class represents a line described by its end-points p, q.
shade(Graphics, int) - Method in class edu.mit.sketch.geom.Rectangle: Shade the object
shade(Graphics, int, int, int) - Method in class edu.mit.sketch.geom.Rectangle: Shade the object
Shade(Vector) - Constructor for class edu.mit.sketch.grammar.me.Shade: The constructor.
shades - Variable in class edu.mit.sketch.grammar.me.Shade: Number of shades to draw.
show_parsed_objects - Variable in class edu.mit.sketch.toolkit.ObjectManager: This is true if the parsed stuff is to be painted.
show_parsed_objects - Variable in class edu.mit.sketch.ui.TabletGUIBehavior
sigma - Variable in class edu.mit.sketch.util.Gaussian: sigma
significance - Variable in class edu.mit.sketch.geom.Segment: Significance of this segment
SIMPLE_TANGENTS_METHOD - Static variable in class edu.mit.sketch.util.LinearFit: Constant corresponding to deriving direction using simple tangents.
SimpleClassifier - class edu.mit.sketch.toolkit.SimpleClassifier.: This class implements Classifier.
SimpleClassifier(StrokeData) - Constructor for class edu.mit.sketch.toolkit.SimpleClassifier: Constructs a Classifier object.
simplifyPolygon(Vertex[]) - Method in class edu.mit.sketch.ui.TabletDataProcessor: Simplify the polygon to get rid of consecutive lines which are sufficiently parallel.
simplifyPolygon(Vertex[], double) - Static method in class edu.mit.sketch.util.AWTUtil: Simplify the polygon to get rid of consecutive lines which are sufficiently parallel.
simulateData(List) - Method in class edu.mit.sketch.toolkit.DataSimulator: Send the strokes, one at a time, stored in this simulator object to each of the given listeners.
simulateData(StrokeDataListener) - Method in class edu.mit.sketch.toolkit.DataSimulator: Send the strokes stored in this simulator object to the listener, one at a time.
size - Variable in class edu.mit.sketch.util.Gaussian: Gaussian mask
SketchPanel - class edu.mit.sketch.ui.SketchPanel.: The panel that gathers data and displays the raw strokes as they are being drawn.
SketchPanel() - Constructor for class edu.mit.sketch.ui.SketchPanel
sliding_window_statistics_module - Static variable in class edu.mit.sketch.ui.TabletGUI
SpatialDatabase - class edu.mit.sketch.geom.SpatialDatabase.: This class will serve as data structure that keeps the positions of objects.
SpatialDatabase() - Constructor for class edu.mit.sketch.geom.SpatialDatabase: The constructor.
SpatialParser - class edu.mit.sketch.toolkit.SpatialParser.: This class parses the objects drawn by the user.
SpatialRelation - class edu.mit.sketch.geom.SpatialRelation.: This class lists the binary spatial relations that two objects may have
SpatialRelation() - Constructor for class edu.mit.sketch.geom.SpatialRelation
spatialRelation(GeometricObject) - Method in class edu.mit.sketch.geom.Rectangle: This method should return the spatial relation of the input parameter with respect to this object.
spatialRelation(GeometricObject) - Method in class edu.mit.sketch.geom.Line: This method should return the spatial relation of the input parameter with respect to this object.
spatialRelation(GeometricObject) - Method in class edu.mit.sketch.geom.GeneralPath: This method should return the spatial relation of the input parameter with respect to this object.
spatialRelation(GeometricObject) - Method in interface edu.mit.sketch.geom.GeometricObject: This method should return the spatial relation of the input parameter with respect to this object.
spatialRelation(GeometricObject) - Method in class edu.mit.sketch.geom.Point: This method should return the spatial relation of the input parameter with respect to this object.
spatialRelation(GeometricObject) - Method in class edu.mit.sketch.geom.Polygon: This method should return the spatial relation of the input parameter with respect to this object.
spatialRelation(GeometricObject) - Method in class edu.mit.sketch.geom.Ellipse: This method should return the spatial relation of the input parameter with respect to this object.
spatialRelation(GeometricObject, double) - Method in class edu.mit.sketch.geom.Rectangle: This method should return the spatial relation of the input parameter with respect to this object.
spatialRelationCartesian(GeometricObject) - Method in class edu.mit.sketch.geom.Rectangle: This method should return the spatial relation of the input parameter with respect to this object.
speed - Variable in class edu.mit.sketch.toolkit.StrokeData: Time derivative of position
speed_average_scale - Variable in class edu.mit.sketch.toolkit.SimpleClassifier: This is how much we scale the average speed to get the threshold for the speed fit.
speed_average_scale - Variable in class edu.mit.sketch.ui.TabletDataProcessor
speed_fit - Variable in class edu.mit.sketch.toolkit.SimpleClassifier: Speed fit
speed_fit - Variable in class edu.mit.sketch.ui.TabletDataProcessor
speed_gaussians - Variable in class edu.mit.sketch.toolkit.StrokeData: The gaussian filters.
speed_scale_space - Variable in class edu.mit.sketch.toolkit.StrokeData: Speed scale space information.
speed_scale_space_is_valid - Variable in class edu.mit.sketch.toolkit.StrokeData
SpeedScaleSpaceViewer - class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer.: This class is used for viewing scale space data.
SpeedScaleSpaceViewer() - Constructor for class edu.mit.sketch.toolkit.SpeedScaleSpaceViewer: The constructor.
Spring - class edu.mit.sketch.grammar.me.Spring.: A basic Spring
Spring(Polygon) - Constructor for class edu.mit.sketch.grammar.me.Spring: The constructor constructs a spring that is approximated by the input polygon.
SQUARE - Static variable in interface edu.mit.sketch.geom.GeometricObject
statistics_menu - Variable in class edu.mit.sketch.ui.TabletGUI
StatisticsModule - class edu.mit.sketch.toolkit.StatisticsModule.: This class is supposed to show basic statistical data about the recognized objects.
StatisticsModule(String) - Constructor for class edu.mit.sketch.toolkit.StatisticsModule: The constructor.
status_bar - Static variable in class edu.mit.sketch.ui.TabletGUI
stemOccurence(int[], int[]) - Static method in class edu.mit.sketch.geom.GeneralPathProcessor: Compute the number of times the stem occurs in input
storeStringInFile(String, String) - Static method in class edu.mit.sketch.util.LoadStoreModule: Store string to the given file.
storeTerminalsInFile(String, Vector) - Static method in class edu.mit.sketch.util.LoadStoreModule: Store Terminals and NonTerminals in objects to the given file.
storeVerticesInFile(String, Vector) - Static method in class edu.mit.sketch.util.LoadStoreModule: Store arrays of vertices in objects to the given file.
stroke_data - Variable in class edu.mit.sketch.toolkit.Classifier: The stroke data
stroke_vertices - Variable in class edu.mit.sketch.toolkit.ObjectManager
StrokeData - class edu.mit.sketch.toolkit.StrokeData.: This class stores all the data from a single stroke.
StrokeData(Point[]) - Constructor for class edu.mit.sketch.toolkit.StrokeData: The constructor.
StrokeData(Vertex[]) - Constructor for class edu.mit.sketch.toolkit.StrokeData: The constructor.
StrokeDataFactory - interface edu.mit.sketch.toolkit.StrokeDataFactory.: Objects which take a sequence of input vertices and instantiates a StrokeData object should implement this interface.
StrokeDataListener - interface edu.mit.sketch.toolkit.StrokeDataListener.: StrokeDataListener.java Created: Fri Mar 23 10:21:31 2001
StrokeDataReader - class edu.mit.sketch.toolkit.StrokeDataReader.: This object implements StrokeDataFactory
StrokeDataReader() - Constructor for class edu.mit.sketch.toolkit.StrokeDataReader: The constructor.
subAppend(LoggingEvent) - Method in class edu.mit.util.DebugWindowAppender: Actual writing occurs here.
subAppend(LoggingEvent) - Method in class edu.mit.util.DocumentAppender: Actual writing occurs here.
subdivide() - Method in class edu.mit.sketch.geom.Segment: subdivide at the index with the maximum deviation return false if cannot be divided any further.
swapPoints() - Method in class edu.mit.sketch.geom.Line: Swaps the first and the secons points.
SWODR_METHOD - Static variable in class edu.mit.sketch.util.LinearFit: Constant corresponding to deriving direction using sliding window and the ODR package.

T

t_scale - Static variable in class edu.mit.sketch.ui.TabletGUIBehavior
Tablet - class edu.mit.sketch.ui.Tablet.: Acronyms: sdr -> StrokeDataReader, sd -> StrokeData This class handles the updates to various frames.
tablet_debugger - Variable in class edu.mit.sketch.ui.Tablet: The debugger
Tablet(int, String, boolean) - Constructor for class edu.mit.sketch.ui.Tablet: The constructor.
TabletDataProcessor - class edu.mit.sketch.ui.TabletDataProcessor.: This class is for reading mouse input and processing it.
TabletDataProcessor(int, String, boolean) - Constructor for class edu.mit.sketch.ui.TabletDataProcessor: The constructor.
TabletDebugger - class edu.mit.sketch.ui.TabletDebugger.: Acronyms: sdr -> StrokeDataReader, sd -> StrokeData This class listens to events happening in the Tablet and supplies debugging info as needed.
TabletDebugger(Tablet) - Constructor for class edu.mit.sketch.ui.TabletDebugger: The constructor.
TabletGUI - class edu.mit.sketch.ui.TabletGUI.: The TabletGUI
TabletGUI(String) - Constructor for class edu.mit.sketch.ui.TabletGUI: The constructor.
TabletGUIBehavior - class edu.mit.sketch.ui.TabletGUIBehavior.: Acronyms: sdr -> StrokeDataReader, data -> StrokeData This class handles the updates to various frames.
TabletGUIBehavior(int, String, boolean) - Constructor for class edu.mit.sketch.ui.TabletGUIBehavior: The constructor.
Terminal - interface edu.mit.sketch.grammar.Terminal.: All the objects who want to be NonTerminal must implement this interface.
Test - class edu.mit.sketch.toolkit.Test.: Test.java Created: Fri Mar 23 11:17:41 2001
test_line_scale - Variable in class edu.mit.sketch.toolkit.StrokeData
test_line_scale - Variable in class edu.mit.sketch.toolkit.SimpleClassifier: This controls the strictness of line classification.
test_line_scale - Variable in class edu.mit.sketch.ui.TabletDataProcessor
Test() - Constructor for class edu.mit.sketch.toolkit.Test
testLine(double) - Method in class edu.mit.sketch.toolkit.StrokeData: See if the input is a line.
theta - Variable in class edu.mit.sketch.geom.PolarPoint
theta_scale - Static variable in class edu.mit.sketch.ui.TabletGUIBehavior
tics() - Static method in class edu.mit.sketch.toolkit.Timer
TicTacToe - class edu.mit.sketch.ui.TicTacToe.: Play a simple game of TicTacToe.
TicTacToe() - Constructor for class edu.mit.sketch.ui.TicTacToe
time - Variable in class edu.mit.sketch.toolkit.StrokeData: The absolute time stamps for the vertices.
time_stamp - Variable in class edu.mit.sketch.geom.Rectangle: Time stamp of this object.
time_stamp - Variable in class edu.mit.sketch.geom.Line: Time stamp of this object.
time_stamp - Variable in class edu.mit.sketch.geom.GeneralPath: Time stamp of this object.
time_stamp - Variable in class edu.mit.sketch.geom.Point: Time stamp of this object.
time_stamp - Variable in class edu.mit.sketch.geom.Polygon: Time stamp of this object.
time_stamp - Variable in class edu.mit.sketch.geom.Ellipse: Time stamp of this object.
Timer - class edu.mit.sketch.toolkit.Timer.: See the end of the file for the log of changes.
Timer() - Constructor for class edu.mit.sketch.toolkit.Timer
toggle() - Method in class edu.mit.sketch.ui.TabletGUIBehavior: toggle the state related with showing the parsed objects.
toPolygon() - Method in class edu.mit.sketch.geom.Line: This method is used to get the original data points that forms this GeometricObject
toPolygon() - Method in class edu.mit.sketch.geom.GeneralPath: This method is used to get the original data points that forms this GeometricObject
toString() - Method in class edu.mit.sketch.geom.Approximation: Implement toString()
toString() - Method in class edu.mit.sketch.geom.Rectangle: Override toString
toString() - Method in class edu.mit.sketch.geom.Line: Override toString
toString() - Method in class edu.mit.sketch.geom.PolarPoint: Simple printing
toString() - Method in class edu.mit.sketch.geom.GeneralPath: Override toString
toString() - Method in class edu.mit.sketch.geom.Point: Override toString
toString() - Method in class edu.mit.sketch.geom.Vertex: Override toString
toString() - Method in class edu.mit.sketch.geom.Polygon: Override toString
toString() - Method in class edu.mit.sketch.geom.Ellipse: Override toString
toString() - Method in class edu.mit.sketch.geom.Range: Override toString
toString() - Method in class edu.mit.sketch.geom.Segment: Override toString
toString() - Method in class edu.mit.sketch.grammar.me.Shade: Override toString
toString() - Method in class edu.mit.sketch.toolkit.Fit: Implement toString()
toString() - Method in class edu.mit.sketch.util.Gaussian: toString
toString(int) - Static method in class edu.mit.sketch.geom.SpatialRelation: To String
toSymbolic(GeneralPath) - Static method in class edu.mit.sketch.geom.GeneralPathProcessor: Converts a general path object to a symbolic representation
touches(GeometricObject) - Method in class edu.mit.sketch.geom.Rectangle: This method should return true if the input objects touch.
touches(GeometricObject) - Method in class edu.mit.sketch.geom.Line: This method should return true if the input objects touch.
touches(GeometricObject) - Method in class edu.mit.sketch.geom.GeneralPath: This method should return true if the input objects touch.
touches(GeometricObject) - Method in interface edu.mit.sketch.geom.GeometricObject: This method should return true if the input object touches this geometric object.
touches(GeometricObject) - Method in class edu.mit.sketch.geom.Point: This method should return true if the input objects touch.
touches(GeometricObject) - Method in class edu.mit.sketch.geom.Polygon: This method should return true if the input objects touch.
touches(GeometricObject) - Method in class edu.mit.sketch.geom.Ellipse: This method should return true if the input objects touch.
transform(AffineTransform) - Method in class edu.mit.sketch.geom.GeneralPath: Implement methods for extension of java.awt.geom.GeneralPath
Translatable - interface edu.mit.sketch.geom.Translatable.: All the objects who want to be Translatable must implement this interface.
translate(double, double) - Method in class edu.mit.sketch.geom.Rectangle: Add the arguments to the (x, y) position of the object.
translate(double, double) - Method in class edu.mit.sketch.geom.Line: Add the arguments to the position of the object.
translate(double, double) - Method in class edu.mit.sketch.geom.GeneralPath: Add the arguments to the position of the object.
translate(double, double) - Method in class edu.mit.sketch.geom.Point: Add the arguments to the (x, y) position of the object.
translate(double, double) - Method in class edu.mit.sketch.geom.Polygon: Add the arguments to the (x, y) position of the object.
translate(double, double) - Method in interface edu.mit.sketch.geom.Translatable: Add the arguments to the (x, y) position of the object.
translate(double, double) - Method in class edu.mit.sketch.geom.Ellipse: Add the arguments to the (x, y) position of the object.
translate(double, double) - Method in class edu.mit.sketch.grammar.me.Spring: Add the arguments to the (x, y) position of the object.
translate(double, double) - Method in class edu.mit.sketch.grammar.me.Shade: Add the arguments to the (x, y) position of the object.
translate(double, double) - Method in class edu.mit.sketch.grammar.me.Motor: Add the arguments to the (x, y) position of the object.
translate(double, double) - Method in class edu.mit.sketch.grammar.me.Pin: Add the arguments to the (x, y) position of the object.
translate(double, double) - Method in class edu.mit.sketch.grammar.me.Cross: Add the arguments to the (x, y) position of the object.
translate(double, double) - Method in class edu.mit.sketch.grammar.me.Ground: Add the arguments to the (x, y) position of the object.
tryCombining(Object, int) - Method in class edu.mit.sketch.geom.Polygon: Try combining the input object with this Polygon.
turn_angle_treshold - Variable in class edu.mit.sketch.ui.TabletDataProcessor

U

undo_menu - Variable in class edu.mit.sketch.ui.TabletGUI
undo() - Method in class edu.mit.sketch.toolkit.ObjectManager: A very primitive undo
union(Rectangle) - Method in class edu.mit.sketch.geom.Rectangle: Return the rectangularBounds of the union of this rectangle and the argument.
update_fits() - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Update the info about the various fits (LSQE etc.)
update(Graphics) - Method in class edu.mit.sketch.toolkit.StatisticsModule: Handle double buffering and do the real drawing.
update(Graphics) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Update various graphs and statistics.
UPPER_LEFT - Static variable in class edu.mit.sketch.geom.SpatialRelation: | | X | | ___|___|___ | | | | ___|___|___ | | | | | |
UPPER_RIGHT - Static variable in class edu.mit.sketch.geom.SpatialRelation: | | | | X ___|___|___ | | | | ___|___|___ | | | | | |
Util - class edu.mit.sketch.util.Util.: Implements some methods not found in jdk 1.1
Util() - Constructor for class edu.mit.sketch.util.Util

V

v_is_valid - Variable in class edu.mit.sketch.toolkit.StrokeData
v_menu - Variable in class edu.mit.sketch.ui.TabletGUI
v_scale - Static variable in class edu.mit.sketch.ui.TabletGUIBehavior
v_scale_space_menu - Variable in class edu.mit.sketch.ui.TabletGUI
v_scale_space_viewer - Variable in class edu.mit.sketch.ui.TabletGUI
v_window - Variable in class edu.mit.sketch.ui.TabletGUI
v_window_graphics - Variable in class edu.mit.sketch.ui.TabletGUI
v_window_graphics - Variable in class edu.mit.sketch.ui.TabletGUIBehavior
vectors_menu - Variable in class edu.mit.sketch.ui.TabletGUI
vectorToArray(Vector) - Static method in class edu.mit.sketch.geom.Vertex: Returns an array containing the elements of the Vector.
vectorToArray(Vector) - Static method in class edu.mit.sketch.geom.Range: Returns an array containing the elements of the Vector.
Vertex - class edu.mit.sketch.geom.Vertex.: This class represents a Vertex described by a Point and its certainty.
vertex_identification - Variable in class edu.mit.sketch.ui.Tablet: For painting vertices closest to the cursor.
Vertex() - Constructor for class edu.mit.sketch.geom.Vertex: The constructor.
Vertex(double) - Constructor for class edu.mit.sketch.geom.Vertex: The constructor.
Vertex(int, int) - Constructor for class edu.mit.sketch.geom.Vertex: The constructor.
Vertex(int, int, double) - Constructor for class edu.mit.sketch.geom.Vertex: The constructor.
Vertex(Point) - Constructor for class edu.mit.sketch.geom.Vertex: The constructor.
Vertex(Point, double) - Constructor for class edu.mit.sketch.geom.Vertex: The constructor.
Vertex(Vertex) - Constructor for class edu.mit.sketch.geom.Vertex: The constructor.
vertices - Variable in class edu.mit.sketch.geom.Segment: vertices
vertices - Variable in class edu.mit.sketch.toolkit.Fit: The fit
vertices - Variable in class edu.mit.sketch.toolkit.StrokeData: The vertices in this data set.
very_quiet - Static variable in class edu.mit.sketch.ui.Tablet: Be quiet, don't print junk..
VisiPad - class edu.mit.sketch.ui.VisiPad.: See the end of the file for the log of changes.
VisiPad() - Constructor for class edu.mit.sketch.ui.VisiPad

W

window_width - Static variable in class edu.mit.sketch.ui.TabletDataProcessor
windows - Variable in class edu.mit.sketch.ui.TabletGUI
Write(OutputStream) - Method in class edu.mit.sketch.util.GIFEncoder: Writes the image out to a stream in the GIF file format.
writeFooter() - Method in class edu.mit.util.DocumentAppender: Write a footer as produced by the embedded layout's Layout.getFooter() method.
writeHeader() - Method in class edu.mit.util.DocumentAppender: Write a header as produced by the embedded layout's Layout.getHeader() method.

X

x - Variable in class edu.mit.sketch.geom.Rectangle: The x coordinate of the position of width vector.
x_list - Variable in class edu.mit.sketch.ui.TabletGUI
XPositionTree - class edu.mit.sketch.geom.XPositionTree.: This class will serve as data structure that keeps the positions of objects.
XPositionTree() - Constructor for class edu.mit.sketch.geom.XPositionTree: The constructor.

Y

y - Variable in class edu.mit.sketch.geom.Rectangle: The y coordinate of the position of width vector
y_list - Variable in class edu.mit.sketch.ui.TabletGUI

Z

zoomX(double) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Zoom in all window's X axis by k
zoomY(double) - Method in class edu.mit.sketch.ui.TabletGUIBehavior: Zoom in all window's y axis by k

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