def testBbMinY(self):
'''Test that the function returns True if one point is below the bounding box'''
pts = ((-1, -1), (1., 1.))
bb = ((-2, 0), (3, 4))
self.assertTrue(geom.out_of_boundingbox(pts, bb))
def testBbInside(self):
''' test that the function returns False when all points are inside bounding box'''
pts = ((-1, -1), (1., 1.))
bb = ((-2, -3), (3, 4))
self.assertFalse(geom.out_of_boundingbox(pts, bb))
def testBbMaxX(self):
'''Test that the function returns True if one point is on the right bounding box'''
pts = ((-1, -1), (1., 1.))
bb = ((-2, -3), (0, 4))
self.assertTrue(geom.out_of_boundingbox(pts, bb))
def iterateGraffleGraphics(self, GraphicsList):
"""parent should be a list of """
for graphics in GraphicsList:
# Styling
self.target.style.appendScope()
if graphics.get("Style") is not None:
self.target.setGraffleStyle(graphics.get("Style"))
cls = graphics["Class"]
if cls == "SolidGraphic":
# used as background - add a
shallowcopy = dict({"Shape": "Rectangle"})
shallowcopy.update(graphics)
self.svgAddGraffleShapedGraphic(shallowcopy)
elif cls == "ShapedGraphic":
try:
if not self.svgAddGraffleShapedGraphic(graphics):
continue
except:
raise
print("could not show shaped graphic")
elif cls == "LineGraphic":
pts = self.extractMagnetCoordinates(graphics["Points"])
if geom.out_of_boundingbox(pts, self.bounding_box):
continue
self.target.style["fill"] = "none"
if not graphics.get("OrthogonalBarAutomatic"):
bar_pos = graphics.get("OrthogonalBarPosition")
if bar_pos is not None:
# Decide where to place the orthogonal position
bar_pos = float(bar_pos)
"""
# This isn't right
out_pts = []
i = 0
while i < len(pts) - 1:
p1 = pts[i]
p2 = pts[i+1]
newpt = [p1[0] + bar_pos, p1[1]]
out_pts.append(p1)
out_pts.append(newpt)
out_pts.append(p2)
i+=2
pts = out_pts
"""
self.target.addPath(pts, id=str(graphics["ID"]))
elif cls == "TableGroup":
# In Progress
table_graphics = graphics.get("Graphics")
if table_graphics is not None:
self.target.addLayer(self, reversed(table_graphics))
elif cls == "Group":
subgraphics = graphics.get("Graphics")
if subgraphics is not None:
self.target.addLayer(self, reversed(subgraphics))
else:
print("Don't know how to display Class \"%s\"" % cls)
if graphics.get("Text") is not None:
# have to write some text too ...
self.target.setGraffleFont(graphics.get("FontInfo"))
coords = self.extractBoundCOordinates(graphics['Bounds'])
if geom.out_of_boundingbox(
((coords[0], coords[1]), ((coords[0] + coords[2]),
(coords[1] + coords[3]))),
self.bounding_box):
continue
x, y, width, height = coords
dx = float(graphics['Text'].get('Pad', 0))
dy = float(graphics['Text'].get('VerticalPad', 0))
self.target.addText(rtftext=graphics.get("Text").get(
"Text", ""),
x=x + dx,
y=y + dy,
width=width - 2 * dx,
height=height - 2 * dy,
fontinfo=graphics.get("FontInfo"),
id=graphics["ID"])
self.target.style.popScope()
def testBbNoneReturnsFalse(self):
''' Test that providing a None boundingbox returns False'''
pts = ((-1, -1), (1., 1.))
self.assertFalse(geom.out_of_boundingbox(pts, None))
def testBbMaxY(self):
'''Test that the function returns True if one point is above bounding box'''
pts=((-1, -1), (1., 1.))
bb=((-2, -3), (3, 0))
self.assertTrue(geom.out_of_boundingbox(pts, bb))
def svgAddGraffleShapedGraphic(self, graphic):
shape = graphic['Shape']
extra_opts = {}
if graphic.get("HFlip", "NO") == "YES":
extra_opts["HFlip"] = True
if graphic.get("VFlip", "NO") == "YES":
extra_opts["VFlip"] = True
if graphic.get("Rotation") is not None:
extra_opts["Rotation"] = float(graphic["Rotation"])
extra_opts["id"] = str(graphic["ID"])
coords = self.extractBoundCOordinates(graphic['Bounds'])
if geom.out_of_boundingbox(
((coords[0], coords[1]), ((coords[0] + coords[2]),
(coords[1] + coords[3]))),
self.bounding_box):
return False
if shape == 'Rectangle':
if graphic.get("ImageID") is not None:
# TODO: images
image_id = graphic["ImageID"]
if len(self.imagelist) <= image_id:
print("Error - image out of range")
return
image = self.imagelist[image_id]
self.target.addImage(bounds = coords, \
href = image)
print("Insert Image - " + str(image))
else:
# radius of corners is stored on the style in graffle
sty = graphic.get("Style", {})
stroke = sty.get("stroke", {})
radius = stroke.get("CornerRadius", None)
x, y = coords[0], coords[1]
width = coords[2] # - coords[0]
height = coords[3] # - coords[1]
self.target.addRect(x=x,
y=y,
width=width,
height=height,
rx=radius,
ry=radius,
**extra_opts)
elif shape == "RoundRect":
sty = graphic.get("Style", {})
stroke = sty.get("stroke", {})
radius = stroke.get("CornerRadius", None)
x, y = coords[0], coords[1]
width = coords[2] # - coords[0]
height = coords[3] # - coords[1]
import math
self.target.addRect(
x=x,
y=y,
width=width,
height=height,
rx=(width - math.sqrt(width * width - height * height)) / 2,
ry=height / 2,
**extra_opts)
elif shape == "HorizontalTriangle":
self.target.addHorizontalTriangle(
bounds = coords,
**extra_opts \
)
elif shape == "RightTriangle":
self.target.addRightTriangle(
bounds = coords,
**extra_opts \
)
elif shape == "VerticalTriangle":
self.target.addVerticalTriangle(
bounds = coords,
**extra_opts \
)
elif shape == "Circle":
# Actually can be an ellipse
self.target.addEllipse(
bounds = coords,
**extra_opts \
)
elif shape == "AdjustableArrow":
self.target.addAdjustableArrow(
bounds = coords,
graphic = graphic,
**extra_opts \
)
elif shape == "Diamond":
self.target.addDiamond(bounds=coords,
graphic=graphic,
**extra_opts)
elif shape == "Cloud":
self.target.addCloud(bounds=coords, graphic=graphic, **extra_opts)
else:
print("Don't know how to display Shape %s" % str(graphic['Shape']))
return True
def testBbMaxX(self):
'''Test that the function returns True if one point is on the right bounding box'''
pts=((-1, -1), (1., 1.))
bb=((-2, -3), (0, 4))
self.assertTrue(geom.out_of_boundingbox(pts, bb))
def testBbInside(self):
''' test that the function returns False when all points are inside bounding box'''
pts=((-1, -1), (1., 1.))
bb=((-2, -3), (3, 4))
self.assertFalse(geom.out_of_boundingbox(pts, bb))
def testBbNoneReturnsFalse(self):
''' Test that providing a None boundingbox returns False'''
pts=((-1, -1), (1., 1.))
self.assertFalse(geom.out_of_boundingbox(pts, None))
def iterateGraffleGraphics(self,GraphicsList):
"""parent should be a list of """
for graphics in GraphicsList:
# Styling
self.target.style.appendScope()
if graphics.get("Style") is not None:
self.target.setGraffleStyle(graphics.get("Style"))
cls = graphics["Class"]
if cls == "SolidGraphic":
# used as background - add a
shallowcopy = dict({"Shape":"Rectangle"})
shallowcopy.update(graphics)
self.svgAddGraffleShapedGraphic(shallowcopy)
elif cls == "ShapedGraphic":
try:
if not self.svgAddGraffleShapedGraphic(graphics):
continue
except:
raise
print("could not show shaped graphic")
elif cls == "LineGraphic":
pts = self.extractMagnetCoordinates(graphics["Points"])
if geom.out_of_boundingbox(pts,self.bounding_box):
continue
self.target.style["fill"] = "none"
if not graphics.get("OrthogonalBarAutomatic"):
bar_pos = graphics.get("OrthogonalBarPosition")
if bar_pos is not None:
# Decide where to place the orthogonal position
bar_pos = float(bar_pos)
"""
# This isn't right
out_pts = []
i = 0
while i < len(pts) - 1:
p1 = pts[i]
p2 = pts[i+1]
newpt = [p1[0] + bar_pos, p1[1]]
out_pts.append(p1)
out_pts.append(newpt)
out_pts.append(p2)
i+=2
pts = out_pts
"""
self.target.addPath( pts,id=str(graphics["ID"]))
elif cls == "TableGroup":
# In Progress
table_graphics = graphics.get("Graphics")
if table_graphics is not None:
self.target.addLayer(self, reversed(table_graphics))
elif cls == "Group":
subgraphics = graphics.get("Graphics")
if subgraphics is not None:
self.target.addLayer(self, reversed(subgraphics))
else:
print("Don't know how to display Class \"%s\""%cls)
if graphics.get("Text") is not None:
# have to write some text too ...
self.target.setGraffleFont(graphics.get("FontInfo"))
coords = self.extractBoundCOordinates(graphics['Bounds'])
if geom.out_of_boundingbox(((coords[0], coords[1]), ((coords[0]+coords[2]), (coords[1] + coords[3]))), self.bounding_box):
continue
x, y, width, height = coords
dx = float(graphics['Text'].get('Pad',0))
dy = float(graphics['Text'].get('VerticalPad',0))
self.target.addText(rtftext = graphics.get("Text").get("Text",""),
x = x+dx, y = y+dy, width = width-2*dx, height = height-2*dy, fontinfo = graphics.get("FontInfo"),id=graphics["ID"])
self.target.style.popScope()
def svgAddGraffleShapedGraphic(self, graphic):
shape = graphic['Shape']
extra_opts = {}
if graphic.get("HFlip","NO")=="YES":
extra_opts["HFlip"] = True
if graphic.get("VFlip","NO")=="YES":
extra_opts["VFlip"] = True
if graphic.get("Rotation") is not None:
extra_opts["Rotation"] = float(graphic["Rotation"])
extra_opts["id"] = str(graphic["ID"])
coords = self.extractBoundCOordinates(graphic['Bounds'])
if geom.out_of_boundingbox(((coords[0], coords[1]), ((coords[0]+coords[2]), (coords[1] + coords[3]))), self.bounding_box):
return False
if shape == 'Rectangle':
if graphic.get("ImageID") is not None:
# TODO: images
image_id = graphic["ImageID"]
if len(self.imagelist) <= image_id:
print("Error - image out of range")
return
image = self.imagelist[image_id]
self.target.addImage(bounds = coords, \
href = image)
print("Insert Image - " + str(image))
else:
# radius of corners is stored on the style in graffle
sty = graphic.get("Style",{})
stroke = sty.get("stroke",{})
radius = stroke.get("CornerRadius",None)
x, y = coords[0], coords[1]
width = coords[2]# - coords[0]
height = coords[3]# - coords[1]
self.target.addRect(
x = x,
y = y,
width = width,
height = height,
rx=radius,
ry=radius,
**extra_opts)
elif shape == "RoundRect":
sty = graphic.get("Style",{})
stroke = sty.get("stroke",{})
radius = stroke.get("CornerRadius",None)
x, y = coords[0], coords[1]
width = coords[2]# - coords[0]
height = coords[3]# - coords[1]
import math
self.target.addRect(
x = x,
y = y,
width = width,
height = height,
rx=(width - math.sqrt(width*width-height*height))/2,
ry=height/2,
**extra_opts)
elif shape == "HorizontalTriangle":
self.target.addHorizontalTriangle(
bounds = coords,
**extra_opts \
)
elif shape == "RightTriangle":
self.target.addRightTriangle(
bounds = coords,
**extra_opts \
)
elif shape == "VerticalTriangle":
self.target.addVerticalTriangle(
bounds = coords,
**extra_opts \
)
elif shape == "Circle":
# Actually can be an ellipse
self.target.addEllipse(
bounds = coords,
**extra_opts \
)
elif shape == "AdjustableArrow":
self.target.addAdjustableArrow(
bounds = coords,
graphic = graphic,
**extra_opts \
)
elif shape == "Diamond":
self.target.addDiamond(bounds = coords,
graphic = graphic,
**extra_opts)
elif shape == "Cloud":
self.target.addCloud(bounds=coords,
graphic = graphic,
**extra_opts)
else:
print("Don't know how to display Shape %s"%str(graphic['Shape']))
return True
