def drawAnno( self, a ):
random.seed(a)
colormap = SplitStrokeVisualizer.COLORMAP
color = random.choice(colormap.keys())
for s in a.getComponentStrokes():
SketchGUI.drawStroke(s, width = 2, color = color)
def drawAnno( self, a ):
if len(a.connectMap) > 0:
for from_node in a.connectMap.keys():
for connect_tuple in a.connectMap[from_node]:
edge,to_node = connect_tuple
SketchGUI.drawCircle( edge.tail.X, edge.tail.Y, radius=7, width=2, color="#ccffcc")
SketchGUI.drawCircle( edge.tip.X, edge.tip.Y, radius=7, width=2, color="#ccffcc")
def drawAnno( self, a ):
if len(a.connectMap) > 0:
node_map = {}
for from_node in a.connectMap.keys():
if from_node not in node_map:
node_map[from_node] = len(node_map)
for connect_tuple in a.connectMap[from_node]:
edge,to_node = connect_tuple
if to_node not in node_map:
node_map[to_node] = len(node_map)
if from_node is not None:
SketchGUI.drawLine( edge.tail.X, edge.tail.Y, from_node.center.X, from_node.center.Y, width=2, color="#FA8072")
if to_node is not None:
SketchGUI.drawLine( edge.tip.X, edge.tip.Y, to_node.center.X, to_node.center.Y, width=2, color="#FA8072")
SketchGUI.drawCircle( edge.tail.X, edge.tail.Y, radius=2, width=2, color="#ccffcc")
SketchGUI.drawCircle( edge.tip.X, edge.tip.Y, radius=2, width=2, color="#ccffcc")
#x1,y1 = from_node.center.X, from_node.center.Y
#x2,y2 = edge.tail.X, edge.tail.Y
#SketchGUI.drawLine( x1,y1,x2,y2, width=2,color="#ccffcc")
#x1,y1 = to_node.center.X, to_node.center.Y
#x2,y2 = edge.tip.X, edge.tip.Y
#SketchGUI.drawLine( x1,y1,x2,y2, width=2,color="#ccffcc")
for nodeAnno, nodeNum in node_map.items():
if nodeAnno is not None:
x1,y1 = nodeAnno.center.X, nodeAnno.center.Y
SketchGUI.drawText(x1, y1, str(nodeNum))
def drawMyself( self ):
for a in self.annotation_list:
center = GeomUtils.centroid(a.Strokes[0].Points) #Ugly hack to get the center of the annotation!
templ_stroke = Stroke.Stroke(a.template)
templ_stroke = templ_stroke.translate(center.X, center.Y)
SketchGUI.drawText(center.X, center.Y, InText=a.name)
SketchGUI.drawStroke(templ_stroke, color="#F050F0")
def drawMyself(self, color=None):
from SketchFramework import SketchGUI as GUI
if color: drawColor = color
else: drawColor = self.Color
if len(self.Points) > 0:
GUI.drawStroke(self, color=drawColor, erasable = True)
def drawAnno( self, a ):
right_color = "#CF0000"
left_color = "#0000C0"
for wall in a.rightwalls: #Strokes
rtv_logger.debug("Drawing right wall")
wall = GeomUtils.strokeSmooth(wall, width = 6, preserveEnds = True)
SketchGUI.drawStroke(wall, width = 2, color = right_color)
for wall in a.leftwalls: #Strokes
rtv_logger.debug("Drawing left wall")
SketchGUI.drawStroke(wall, width = 2, color = left_color)
def drawMyself(self, color=None):
from SketchFramework import SketchGUI as GUI
if color: drawColor = color
else: drawColor = self.Color
#if len(self.Points) == 1:
# GUI.drawCircle( self.Points[0].X, self.Points[0].Y, radius=0,color=drawColor)
#elif len(self.Points) > 1:
GUI.drawStroke(self, color=drawColor, erasable = True)
def drawAnno( self, a ):
if len(a.text) >= 1:
ul,br = GeomUtils.strokelistBoundingBox( a.Strokes )
logger.debug(a.Strokes)
height = ul.Y - br.Y
left_x = ul.X# - height/3
right_x = br.X + height/2
midpoint = (ul.Y + br.Y) / 2
SketchGUI.drawLine( left_x, midpoint, right_x, midpoint, color="#a0a0a0")
y = br.Y + 5
for idx, text in enumerate(a.alternates):
SketchGUI.drawText( br.X, y, text, size=20, color="#a0a0a0" )
y -= 20
def drawAnno(self, anno):
#pdb.set_trace()
if self.trackedAnno == None:
self.trackedAnno = anno
for stk in anno.Strokes:
prevPt = None
for i, point in enumerate(GeomUtils.strokeNormalizeSpacing(stk, numpoints = len(stk.Points)).Points):
if prevPt != None:
color = self.colors[anno.pattern[ (i + anno.idx) % len(anno.pattern) ] ]
SketchGUI.drawLine(prevPt.X, prevPt.Y, point.X, point.Y, color=color, width = 3)
prevPt = point
if anno == self.trackedAnno:
dt = time.time() - self.lastDraw
self.lastDraw = time.time()
logger.debug("Effective FPS = %s" % (1 / float(dt)))
def drawAnno( self, a ):
if len(a.text) > 1:
ul,br = GeomUtils.strokelistBoundingBox( a.Strokes )
logger.debug(a.Strokes)
height = ul.Y - br.Y
midpointY = (ul.Y + br.Y) / 2
midpointX = (ul.X + br.X) / 2
left_x = midpointX - a.scale / 2.0
right_x = midpointX + a.scale / 2.0
#SketchGUI.drawLine( left_x, midpointY, right_x, midpointY, color="#a0a0a0")
y = br.Y
SketchGUI.drawText( br.X, y, a.text, size=15, color="#a0a0a0" )
y -= 15
for idx, text in enumerate(a.alternates):
SketchGUI.drawText( br.X, y, text, size=10, color="#a0a0a0" )
y -= 10
def drawMyself( self ):
for a in self.annotation_list:
SketchGUI.drawLine( a.start_point.X, a.start_point.Y, a.end_point.X, a.end_point.Y, color="#ddaaff", width=2.0)
def standAloneMain():
"Sets up the SketchGUI interface on the local machine"
from SketchFramework import SketchGUI as GUI
#GUI.LoadApp()
GUI.run()
def drawMyself( self ):
for a in self.annotation_list:
SketchGUI.drawCircle( a.center.X,a.center.Y, radius=a.radius, color="#bbbbff", width=2.0)
def drawMyself( self ):
for a in self.annotation_list:
SketchGUI.drawCircle( a.tail.X, a.tail.Y, color="#93bfdd", width=2.0, radius=4)
SketchGUI.drawCircle( a.tip.X, a.tip.Y, color="#93bfdd", width=2.0, radius=4)
def drawAnno(self, a):
prev = None
for cPt in a.corners + [a.corners[0]]:
if prev != None:
SketchGUI.drawLine( prev.X, prev.Y, cPt.X, cPt.Y, width=4,color="#ccffcc")
prev = cPt
def drawAnno( self, a ):
tm_logger.debug(ET.tostring(a.xml()))
edge_label_size = 15
tape_label_size = 20
active_color = "#BF5252"
active_width = 7.0
state_graph = a.state_graph_anno
for from_node, connection_list in state_graph.connectMap.items():
if from_node is not None:
nodeColor = "#000000"
if from_node == a.active_state:
nodeColor = active_color
x, y = ( from_node.center.X, from_node.center.Y )
SketchGUI.drawCircle (x, y, radius=from_node.radius, color=nodeColor, width=3.0)
#GeomUtils.strokeSmooth(edge.tailstroke, width = len(edge.tailstroke.Points) / 3).drawMyself()
for edge, to_node in connection_list:
if edge == a.leading_edge['edge']:
edgeColor = active_color
else:
edgeColor = "#000000"
if to_node is not None:
nodeColor = "#000000"
nodeWidth = 3.0
if to_node == a.active_state:
nodeColor = active_color
nodeWidth = active_width
x, y = ( to_node.center.X, to_node.center.Y )
SketchGUI.drawCircle (x, y, radius=to_node.radius, color=nodeColor, fill="", width=nodeWidth)
#Draw the smoothed tail
if from_node is not None:
if edge.direction == "tail2head": #Connect the tail more closely to the edge
smooth_tail = Stroke([from_node.center] + edge.tailstroke.Points + [edge.tip])
else:
smooth_tail = Stroke([edge.tip] + edge.tailstroke.Points + [from_node.center])
else:
smooth_tail = edge.tailstroke
smooth_tail = GeomUtils.strokeSmooth(smooth_tail, width = len(edge.tailstroke.Points) / 3, preserveEnds = True)
smooth_tail.drawMyself(color=edgeColor)
#Draw the smoothed head
ep1, ep2 = ( edge.headstroke.Points[0], edge.headstroke.Points[-1] )
smooth_head = Stroke([ep1, edge.tip, ep2])
smooth_head.drawMyself(color = edgeColor)
if edge in a.edge2labels_map:
#Determine label offset
for label in a.edge2labels_map[edge]:
textColor = "#000000"
if label == a.leading_edge['label']:
tm_logger.debug("Drawing leading label: %s" % (label.text))
textColor = active_color
tl, br = GeomUtils.strokelistBoundingBox(label.Strokes)
label_point = Point ((tl.X + br.X) / 2.0, (tl.Y + br.Y) / 2.0)
label_point.X -= edge_label_size
label_point.Y += edge_label_size
#label_point = smooth_tail.Points[len(smooth_tail.Points)/2]
SketchGUI.drawText (label_point.X, label_point.Y, InText=label.text, size=edge_label_size, color=textColor)
#endfor
#endif
#end for edge
#end for from_node
#Draw the tape string
tl, br = GeomUtils.strokelistBoundingBox(a.Strokes)
tape_label_pt = Point( \
((tl.X + br.X) / 2.0) - (len(a.tape_string) + 2) * tape_label_size / 2.0 , \
br.Y - tape_label_size)
for curIdx, tapeChar in enumerate(['-'] + a.tape_string + ['-']):
curPt = Point(tape_label_pt.X + curIdx * tape_label_size, tape_label_pt.Y)
charColor = "#000000"
if curIdx - 1== a.tape_idx:
charColor = active_color
SketchGUI.drawText (curPt.X, curPt.Y, InText=tapeChar, size=tape_label_size, color=charColor)
def drawMyself( self ):
vizlogger.debug("Drawing self: %s" % (self.annotation_list))
for a in self.annotation_list:
vizlogger.debug("Drawing Circle")
SketchGUI.drawCircle( a.center.X, a.center.Y, radius=a.radius, color="#bbbbff", width=2.0)
def drawMyself( self ):
# FIXME: does this tie us to the tk front-end? If so, what should
# we put into the GUI API to enable this sort of animation? is it mostly
# "update" that is needed?
from SketchFramework import SketchGUI as gui
canvas = gui.SketchGUISingleton()
color_levels = { 0: "#FF6633", 1: "#FF00FF", 2: "#3366FF", 3: "#00CC00",}
scale = 18 # pixels for text size
# start with a list of all the annotations
allAnnoSet = set([])
logger.debug("Watch set %s" % (self.watchSet))
for stroke in BoardSingleton().Strokes:
logger.debug("Stroke annotations %s" % (stroke.findAnnotations(None)))
for anno in stroke.findAnnotations(None):
logger.debug ("%s in %s?" % (type(anno), list(self.watchSet)))
if type(anno) in list(self.watchSet):
logger.debug("Adding %s to annoset" % (anno))
allAnnoSet.add( anno )
# now make a map from the sets of strokes to the annotations on them
annoMap = {} # dictionary of {frozenset(strokes):[annotations]}
for anno in allAnnoSet:
strokeset = frozenset(anno.Strokes)
if strokeset not in annoMap:
annoMap[strokeset] = []
annoMap[strokeset].append( anno )
# now assign a unique size for each anno on a given set of strokes
sizeDict = {}
for strokeset in annoMap.keys():
depth = 0
for anno in annoMap[strokeset]:
sizeDict[anno] = depth
depth += 1
# sort the annotations based on the time at which they were added
annoList = list(allAnnoSet)
annoList.sort(key= (lambda x: x.Time))
for anno in annoList:
nestlevel = sizeDict[anno] # get the nesting level for this annotation
# for the set of stroke this anno is annotating, find the bounding box
tl = anno.Strokes[0].BoundTopLeft
br = anno.Strokes[0].BoundBottomRight
tlx = tl.X
tly = tl.Y
brx = br.X
bry = br.Y
bottomright_list = [s.BoundBottomRight for s in anno.Strokes]
topleft_list = [s.BoundTopLeft for s in anno.Strokes]
br, tl = _nestingBox(bottomright_list, topleft_list, scale = nestlevel*3)
br.Y -= nestlevel * scale # save some space for text on bottom of box
# if this is a "new" anno, wait a little before drawing
if anno not in self.seenBefore:
#time.sleep(0.5)
self.seenBefore[anno] = True
# now draw the actual boxes
labeltext = anno.classname()
tlx = tl.X
tly = tl.Y
brx = br.X
bry = br.Y
gui.drawBox(tl,br,color=color_levels[nestlevel % len(color_levels)])
gui.drawText(tl.X, br.Y+scale, size = 12, InText=labeltext)