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public object clone return new oriented box data
copies the box
public void set yzoom double y zoom if this line zoom y zoom double old zoom this line zoom this line zoom y zoom reset line layer get overlay redo height fire property change y zoom old zoom y zoom
sets the y direction zoom ratio
public int get line num int start if multi int i 0 try while start string lines get i length start string lines get i length i catch index out of bounds exception ioobx throw new string index out of bounds exception column specified beyond end of line return line number i lines size else return line number
this finds the line number of a specific character
public int get x return data x pos
gets the x coordinate of the box origin
public boolean intersects range r if this get extrema intersects r get extrema return false else return this intersect r size 0
tests to see if the this intersects the other range
public int get y return data y pos
gets the y coordinate of the box origin
public int get width return data width
gets the width of the box
public int get height return data height
gets the height of the box
public int get rotation return data rotation
gets the rotation around the origin
public string to string if done string buffer ret val new string buffer lines get 0 to string for int i 1 i lines size i ret val append lines get i return ret val to string else return current
returns the string representation of the current line or mutliline
public boolean intersects interval s if this is empty s is empty return false sorted map m spans sub map s get start s get end if m is empty return true else m spans head map s get start interval last interval m get m last key return last intersects s
checks to see if some interval of this
public pnt get centroid return centroid
gets the approximate center of the box
public object clone return new poly line this
constructs a copy of this object
public double get view offset x return label length
gets where the timelines actually start in the view
public string to string if lines size 1 string buffer buf new string buffer for iterator iter lines iterator iter has next buf append append squiggle iter next to string append return buf to string else if lines size 1 return squiggle lines get 0 to string else return
gets a list of the points as a string usually for debugging
public void clear lines clear current null multi false done true
this clears the current multiline
public bounding box get bounding box if bbox null init bbox if bbox null bbox new bounding box return bbox
gets the nearest bounding box that contains the line
public iterator get points if lines null lines size 0 return squiggle lines get 0 get points else return null
gets an iterator through all the points on the
public boolean equals object o if o this return true else if o instanceof poly line poly line that poly line o iterator my pts lines iterator iterator yer pts that lines iterator boolean matching true boolean searching true while matching searching searching my pts has next matching searching yer pts has next if searching matching matching my pts next equals yer pts next return matching searching else return false
tests to see if the two objects refer to
public boolean add vertex pnt v if lines null lines size 0 squiggle lines get 0 add point v else squiggle nl new squiggle nl add point v lines new linked list lines add nl return true
adds the given vertex to the end of the polyline
public action listener get import config action listener return import config listener
gets an action object that will import the viper schema of an existing
public double get view offset y return get ruler height
gets where the timelines actually start in the view
public boolean starts with string prefix if empty return false else if done return current starts with prefix else int i 0 do if prefix length string lines get i length if string lines get i equals prefix substring 0 string lines get i length return false else prefix prefix substring string lines get i length i else return string lines get i starts with prefix while prefix length 0 i lines size return prefix length 0
equivalent to to string
public double get view length return view length
gets the actual length of the view in pixels
public void test rational equals assert true zero equals 0 assert true one equals 1 temp rational1 set to 9 9 assert equals one temp rational1 assert true temp rational1 equals 1 rational minus zero one temp rational2 temp rational1 negate assert equals temp rational1 temp rational2 assert true temp rational1 equals 1 assert true temp rational2 equals 1 temp rational1 new rational two temp rational1 reciprocate assert true two equals 2 assert true temp rational1 equals two assert true temp rational1 equals zero
tests the rational data types equality methods
public void set output print writer pw out pw
sets the output stream
public void set output print stream ps out new print writer ps true
sets the output stream
public double get visible view height return get bounds get height get view offset y
gets the height of the scroll window aperture
public object clone squiggle nl new squiggle for iterator iter segments iterator iter has next nl segments add new pnt pnt iter next nl bbox bounding box this bbox clone return nl
copies the squiggle
public range union range o range u new range u add all this iterator u add all o iterator return u
gets the union of this and the specified range
public void close throws ioexception while include handles empty random access file include handles pop close
closes the input file
public string to string string buffer buf new string buffer for iterator iter segments iterator iter has next buf append iter next to string return buf to string
gets a string representation
public iterator get points return segments iterator
gets an iterator through all the
public void add point pnt p segments add p this bbox null
adds a new point at the end of the squiggle
public void test rational infinity temp rational1 set to 100 0 assert true temp rational1 greater than 1000 assert true temp rational1 greater than one temp rational1 negate assert true inf 0 temp rational1 zero temp rational1 less than zero assert true inf 1000 temp rational1 1000 temp rational1 less than 1000 boolean passed xtest false temp rational1 set to 0 0 try one less than temp rational1 catch arithmetic exception ax passed xtest true assert true passed xtest
tests the rational data types ability to handle values outside the
public range intersect complement range o range r new range r add all this iterator r remove all o return r
gets all elements from this that are not elements
public squiggle reverse squiggle s2 new squiggle list iterator li segments list iterator segments size while li has previous s2 add point pnt li previous return s2
returns this squiggle with the points in the opposite order
public boolean is clockwise if segments size 3 return true return signed area less than 0
determine the direction of the points in the squiggle assuming a closed
public boolean diagonalie pnt a pnt b if segments size 2 return true iterator iter get points pnt c pnt iter next while iter has next pnt d pnt iter next skip vertex points if c equals a d equals a c equals b d equals b else if util intersects a b c d return false c d return true
determines if the segment ab is a diagonal that doesnt intersect the
public double get view height return math max get preferred view height get visible view height
gets the overall view height
public void set prefs prefs manager manager prefs manager event queue invoke later new runnable public void run check for lost file
sets the associated preference manager
public boolean equals object o if o this return true else if o instanceof polygon polygon that polygon o iterator my pts lines iterator iterator yer pts that lines iterator boolean matching true boolean searching true while matching searching searching my pts has next matching searching yer pts has next if searching matching matching my pts next equals yer pts next return matching searching else return false
tests to see if the other object contains the same
public object clone return new polygon this
constructs a copy of this object
protected void init bbox if bbox null return iterator iter lines iterator if iter null iter has next bbox squiggle iter next get bounding box copy while iter has next bbox extend to contain squiggle iter next get bounding box if poly list carve polys init poly
creates a bounding box around this for use by get bounding box etc
public boolean file handle set return include handles empty
checks to see if any file handles remain
public void reset totals total err total warn total generr 0
reset the count of warning and errors
public void set view length double view width if this view length view width double old view width this view length this view length view width reset view get overlay redo length fire property change view length old view width view width
sets the actual view length
public void test cpoly equals assert equals unit square unit square assert equals big square big square assert true big square equals unit square assert true unit square equals big square
tests the convex polygons equality methods
public interval create interval comparable s comparable e return new simple interval s e
creates a new interval
public int get current line number return current line get line num
gets the current line number of the cursor
public object clone return new convex polygon this
gets a copy of this polygon
public string get current line return current line to string
get the current line as a string
public poly list get intersection poly list other if other composed other instanceof convex polygon return poly list intersection this other else if this composed return poly list intersection other this else if get bounding box intersects other get bounding box return convex polygon intersection this convex polygon other else return new convex polygon
gets the region shared between this polygon and all those in the
public string advance to next real line throws ioexception eofexception goto next real line return get current line
like goto next real line but also returns the line
public file history manager get history manager return history manager
gets the mru file history manager
public boolean equals object o if o this return true else if o instanceof ellipse ellipse other ellipse o return origin equals other origin diagonal equals other diagonal rotation other rotation else return false
tests to see the two objects are equal
public pnt get centroid if this instanceof box information return box information this get centroid else return this get bounding box get centroid
gets the center of the bounding box of the polygon for now
public string to string return origin x origin y diagonal x diagonal y rotation
prints out the circle in the vi per format
public object clone return new ellipse this
copies the ellipse
public void goto next real line throws ioexception eofexception do goto next line while current line real
advances the cursor to the next line
public boolean contains pnt point todo test to see if the point is within the ellipse throw new unsupported operation exception ellipse contains pnt not yet implemented
tests to see if the point is within this ellipse
public bounding box get bounding box return new bounding box origin x int value origin y int value diagonal x int value diagonal y int value
gets the bounding box around the ellipse
public double area todo calculate the area of the ellipse throw new unsupported operation exception ellipse area not yet implemented
approximates the area of the ellipse
public double intersect area ellipse other todo calculate the area shared between two ellipses throw new unsupported operation exception ellipse intersect area not yet implemented
computes the area shared between the two ellipses
public rational get x return origin x
gets the x coordinate of the origin
public rational get y return origin y
gets the y coordinate of the origin
public chronicle view model get model return model
gets the data model behind this chronicle view
public rational get width return diagonal x
gets the width of the ellipse
public rational get height return diagonal y
gets the height of the ellipse
public void set history manager file history manager manager history manager manager
sets the file history manager to use with the application
public boolean is inside convex polygon p boolean has points false for iterator iter get verteces iter has next has points true pnt curr pnt iter next if p contains curr return false return has points
tests to see if the specified polygon is completely contained within
public boolean equals object o if o instanceof pnt pnt c pnt o rational mine new rational rational other new rational rational divide x t mine rational divide c x c t other if mine equals other return false rational divide y t mine rational divide c y c t other if mine equals other return false return true else return super equals o
tests the equality of this with another component
public int hash code rational x new rational rational y new rational rational divide x t x rational divide y t y return x hash code y hash code
generates a hash code for this object
public void pay attention to string name search type name
the block type to look for
public point point value return new point x int value y int value
gets the point representation of this point
public rational get x return x
gets the x coordinate of the point
public rational get y return y
gets the y coordinate of the point
public moveable move int direction int distance switch direction case moveable north return shift 0 distance case moveable northeast return shift distance distance case moveable east return shift distance 0 case moveable southeast return shift distance distance case moveable south return shift 0 distance case moveable southwest return shift distance distance case moveable west return shift distance 0 case moveable northwest return shift distance distance throw new illegal argument exception not a cardinal direction direction
moves the box in the given direction
public void set model chronicle view model cm if this model cm chronicle view model old model this model if this model null this model remove chronicle view listener cl this model cm if cm null this model add chronicle view listener cl reset view get overlay redo length get overlay redo height fire property change model old model cm
sets the model to display
public string advance to begin directive try while is begin directive current line goto next line catch ioexception iox return null return current line to string substring begin length
advances to next begin directive noop if current line is a begin
static public double snap angle to major direction double angle return math round 4 angle math pi math pi 4
snaps the angle in radians to a multiple of pi 4
public action history pane get action history return undo history manager
gets the undo redo action history
static public boolean collinear and overlap pnt a pnt b pnt c pnt d if collinear a b c return false else return c between a b d between a b
tests to see if two line segments are collinear and overlap
public boolean current line is begin directive return is begin directive current line
checks to see if the current line contains a
public void set renderer catalogue renderer catalogue cat if this factory cat renderer catalogue old this factory this factory cat fire property change renderer catalogue old cat
sets the factory used to generate timeline factories
public object clone return new poly list this
constructs a copy of this object
public boolean equals object other if this other return true else if other instanceof poly list return poly list other area equals area poly list intersection this poly list other area equals area else return false
checks to see if this equals the other space
public void test bbox equals temp poly new bounding box 0 0 1 1 assert equals unit square temp poly assert equals temp poly unit square assert true temp poly equals big square assert true big square equals temp poly
tests the bounding boxs equality methods
public int hash code return area hash code
get a hashcode for this region
public string to string list of points iterator iter get polys string buffer buf new string buffer while iter has next poly list temp poly list iter next buf append append convex polygon temp to string list of points append buf append return buf to string
gets a list of the points as a string usually for debugging
public string to string iterator iter get polys string buffer buf new string buffer while iter has next poly list temp poly list iter next buf append append temp to string append buf append return buf to string
returns a string representation of this list of convex polygons
public boolean current line is end directive return is end directive current line
checks to see if the current line contains an
public rational area if area null return area iterator iter get polys area new rational 0 while iter has next poly list curr poly list iter next rational plus area curr area area return area
get the area of coverage by these polygons
public poly list get intersection poly list other return poly list intersection this other
get the intersection of this poly list with another
public renderer catalogue get renderer catalogue return this factory
gets the timeline view metafactory
public void set action history action history pane ahp undo history manager ahp
sets the action history panel
protected void init bbox if bbox null return iterator iter if originals size 0 iter originals iterator else iter polys iterator if iter has next bbox poly list iter next get bounding box copy while iter has next bbox extend to contain poly list iter next get bounding box else bbox new bounding box
creates a bounding box around this for use by get bounding box
public bounding box get bounding box init bbox return bbox
gets the closest box around the set of polygons
public boolean current line is descriptor return vreader is descriptor line current line
tests to see if the cursor is on a descriptor line
protected iterator get polys init bbox return polys iterator
gets an iterator that goes through a list of polygons