apollo.gui.drawable
Interface Drawable

All Superinterfaces:

SelectableI

All Known Subinterfaces:

DrawableSetI

All Known Implementing Classes:

DoubleHeadedArrow, DrawableEnsemblFeatureSet, DrawableFeatureSet, DrawableGeneFeatureSet, DrawableGeneSeqFeature, DrawableHalfArrow, DrawablePhaseHighlightGeneFeatureSet, DrawablePhaseHighlightGeneSeqFeature, DrawablePhaseHighlightNoHatGeneFeatureSet, DrawablePrimerSet, DrawableResultFeatureSet, DrawableResultSeqFeature, DrawableSeqFeature, PromoterGlyph, SiteCodon, ThinRectangle, Triangle, Zigzag

public interface Drawable
extends SelectableI

An interface defining methods necessary for a drawable object

Method Summary

void	deleteDrawable(Drawable child) If drawable contains child, deletes it
boolean	draw(java.awt.Graphics g, Transformer transformer, TierManagerI manager)
boolean	draw(java.awt.Graphics g, Transformer transformer, TierManagerI manager, PixelMaskI mask) Draws the Drawable onto the Graphics
Drawable	findDrawable(SeqFeatureI sf)
java.awt.Rectangle	getBoxBounds()
java.lang.String	getDisplayLabel()
int	getDrawLevel() returns the number of levels in the hierarchy that this will draw
int	getEnd()
SeqFeatureI	getFeature() each drawable contains the actual datamodel for that feature and must support both setting and getting the actual datamodel
FeatureProperty	getFeatureProperty() sets the FeatureProperty for the drawable, if it is is to be shown
int	getHigh()
int	getLeft(Transformer transformer)
int	getLow()
java.lang.String	getName()
Drawable	getRefDrawable()
int	getRight(Transformer transformer)
int	getSize(Transformer transformer, TierManagerI manager)
int	getStart() these are for ease of use and pass through to the actual datamodel for the feature
int	getStrand()
int	getTierIndex(TierManagerI manager) Get the tier on which this Drawable resides
java.lang.String	getType()
boolean	intersects(java.awt.Rectangle pixrect, Transformer transformer, TierManagerI manager)
boolean	isDecorated()
boolean	isDrawn() returns true if FeatureSetI is really just a holder.
boolean	isVisible() Determine if this Drawable is to be drawn.
void	setBoxBounds(java.awt.Rectangle r)
void	setDrawLevel(int level)
void	setDrawn(boolean drawn)
void	setEdgeHighlights(int[] edges, boolean state, Transformer transformer)
void	setFeature(SeqFeatureI sf)
void	setHighlighted(boolean state)
void	setRefDrawable(Drawable dfs)
void	setTierIndex(int index) Set the tier on which this Drawable resides
void	setVisible(boolean visible) Set whether this Drawable is to be drawn or not.
void	synchFeatureProperty() For efficiency of drawing, feat prop is cached.

Methods inherited from interface apollo.gui.SelectableI

isSelected, setSelected

Method Detail

getDrawLevel

int getDrawLevel()

returns the number of levels in the hierarchy that this will draw

setDrawLevel

void setDrawLevel(int level)

draw

boolean draw(java.awt.Graphics g,
             Transformer transformer,
             TierManagerI manager,
             PixelMaskI mask)

Draws the Drawable onto the Graphics

draw

boolean draw(java.awt.Graphics g,
             Transformer transformer,
             TierManagerI manager)

getLeft

int getLeft(Transformer transformer)

getRight

int getRight(Transformer transformer)

getDisplayLabel

java.lang.String getDisplayLabel()

setVisible

void setVisible(boolean visible)

Set whether this Drawable is to be drawn or not.

isVisible

boolean isVisible()

Determine if this Drawable is to be drawn.

setTierIndex

void setTierIndex(int index)

Set the tier on which this Drawable resides

getTierIndex

int getTierIndex(TierManagerI manager)

Get the tier on which this Drawable resides

getFeature

SeqFeatureI getFeature()

each drawable contains the actual datamodel for that feature and must support both setting and getting the actual datamodel

setFeature

void setFeature(SeqFeatureI sf)

findDrawable

Drawable findDrawable(SeqFeatureI sf)

isDrawn

boolean isDrawn()

returns true if FeatureSetI is really just a holder. Its not a "real feature". It cant be drawn. e.g. Gene is not a holder, the FeatureSet that holds all of the Genes is a holder, its sole purpose is to hold all the genes.

setDrawn

void setDrawn(boolean drawn)

getFeatureProperty

FeatureProperty getFeatureProperty()

sets the FeatureProperty for the drawable, if it is is to be shown

isDecorated

boolean isDecorated()

setHighlighted

void setHighlighted(boolean state)

setEdgeHighlights

void setEdgeHighlights(int[] edges,
                       boolean state,
                       Transformer transformer)

getBoxBounds

java.awt.Rectangle getBoxBounds()

setBoxBounds

void setBoxBounds(java.awt.Rectangle r)

getSize

int getSize(Transformer transformer,
            TierManagerI manager)

intersects

boolean intersects(java.awt.Rectangle pixrect,
                   Transformer transformer,
                   TierManagerI manager)

getStart

int getStart()

these are for ease of use and pass through to the actual datamodel for the feature

getEnd

int getEnd()

getLow

int getLow()

getHigh

int getHigh()

getStrand

int getStrand()

getType

java.lang.String getType()

getName

java.lang.String getName()

setRefDrawable

void setRefDrawable(Drawable dfs)

getRefDrawable

Drawable getRefDrawable()

deleteDrawable

void deleteDrawable(Drawable child)

If drawable contains child, deletes it

synchFeatureProperty

void synchFeatureProperty()

For efficiency of drawing, feat prop is cached. This method explicitly resynchs drawable with its features feature property