def test_complete(self):
tree = make_tree('positioning.rst')
# Position the slides:
position_slides(tree)
# Get all slide position data:
positions = []
for step in tree.findall('step'):
pos = {}
for key in step.attrib:
if key.startswith('data-'):
pos[key] = step.attrib[key]
if 'hovercraft-path' in step.attrib:
positions.append((step.attrib['hovercraft-path'], pos))
else:
positions.append(pos)
self.assertEqual(positions, [
{'data-x': '0', 'data-y': '0'},
{'data-x': '1600', 'data-y': '0'},
# Because of the path, we now get an explicit rotation:
{'data-x': '3200', 'data-y': '0', 'data-rotate-z': '0'},
{'data-x': '5600', 'data-y': '0', 'data-rotate-z': '44.99999999999999'},
{'data-x': '5600', 'data-y': '2400', 'data-rotate-z': '90.0'},
# Rotation carries over from last part of path.
{'data-x': '0', 'data-y': '0', 'data-rotate-z': '90.0'},
{'data-x': '-5600', 'data-y': '-2400', 'data-rotate-z': '90'},
# The explicit rotate should continue here:
{'data-x': '-11200', 'data-y': '-4800', 'data-rotate-z': '90'},
# Path starts, rotation comes from path:
{'data-x': '-16800', 'data-y': '-7200', 'data-rotate-z': '0'},
{'data-x': '-14400', 'data-y': '-7200', 'data-rotate-z': '44.99999999999999'},
# Explicit rotate-x and z, automatic position including rotate-z from path.
{'data-x': '-14400', 'data-y': '-4800', 'data-rotate-z': '90.0', 'data-rotate-x': '180', 'data-z': '1000'},
# Explicit x and y, all other carry over from last slide.
{'data-x': '3000', 'data-y': '1000', 'data-rotate-z': '90.0', 'data-rotate-x': '180', 'data-z': '1000'},
])
def test_complete(self):
tree = make_tree('positioning.rst')
# Position the slides:
position_slides(tree)
# Get all slide position data:
positions = []
for step in tree.findall('step'):
pos = {}
for key in step.attrib:
if key.startswith('data-'):
pos[key] = step.attrib[key]
if 'hovercraft-path' in step.attrib:
positions.append((step.attrib['hovercraft-path'], pos))
else:
positions.append(pos)
self.assertEqual(
positions,
[
{
'data-x': '0',
'data-y': '0'
},
{
'data-x': '1600',
'data-y': '0'
},
# Because of the path, we now get an explicit rotation:
{
'data-x': '3200',
'data-y': '0',
'data-rotate-z': '0'
},
{
'data-x': '5600',
'data-y': '0',
'data-rotate-z': '44.99999999999999'
},
{
'data-x': '5600',
'data-y': '2400',
'data-rotate-z': '90.0'
},
# Rotation carries over from last part of path.
{
'data-x': '0',
'data-y': '0',
'data-rotate-z': '90.0'
},
{
'data-x': '-5600',
'data-y': '-2400',
'data-rotate-z': '90'
},
# The explicit rotate should continue here:
{
'data-x': '-11200',
'data-y': '-4800',
'data-rotate-z': '90'
},
# Path starts, rotation comes from path:
{
'data-x': '-16800',
'data-y': '-7200',
'data-rotate-z': '0'
},
{
'data-x': '-14400',
'data-y': '-7200',
'data-rotate-z': '44.99999999999999'
},
# Explicit rotate-x and z, automatic position including rotate-z from path.
{
'data-x': '-14400',
'data-y': '-4800',
'data-rotate-z': '90.0',
'data-rotate-x': '180',
'data-z': '1000'
},
# Explicit x and y, all other carry over from last slide.
{
'data-x': '3000',
'data-y': '1000',
'data-rotate-z': '90.0',
'data-rotate-x': '180',
'data-z': '1000'
},
])
def test_complete(self):
tree = make_tree('positioning.rst')
# Position the slides:
position_slides(tree)
# Get all slide position data:
positions = []
for step in tree.findall('step'):
pos = {}
for key in step.attrib:
if key.startswith('data-'):
pos[key] = step.attrib[key]
positions.append(pos)
self.assertEqual(
positions,
[
{
'data-x': '0',
'data-y': '0',
'data-z': '0',
'data-rotate-x': '0',
'data-rotate-y': '0',
'data-rotate-z': '0',
'data-scale': '1'
},
{
'data-x': '1600',
'data-y': '0',
'data-z': '0',
'data-rotate-x': '0',
'data-rotate-y': '0',
'data-rotate-z': '0',
'data-scale': '1'
},
# Because of the path, we now get an explicit rotation:
{
'data-x': '3200',
'data-y': '0',
'data-z': '0',
'data-rotate-x': '0',
'data-rotate-y': '0',
'data-rotate-z': '0',
'data-scale': '1'
},
{
'data-x': '5600',
'data-y': '0',
'data-z': '0',
'data-rotate-x': '0',
'data-rotate-y': '0',
'data-rotate-z': '44.99999999999999',
'data-scale': '1'
},
{
'data-x': '5600',
'data-y': '2400',
'data-z': '0',
'data-rotate-x': '0',
'data-rotate-y': '0',
'data-rotate-z': '90.0',
'data-scale': '1'
},
# Rotation carries over from last part of path.
{
'data-x': '0',
'data-y': '0',
'data-z': '0',
'data-rotate-x': '0',
'data-rotate-y': '0',
'data-rotate-z': '90.0',
'data-scale': '1'
},
# No position change
{
'data-x': '0',
'data-y': '0',
'data-z': '0',
'data-rotate-x': '0',
'data-rotate-y': '0',
'data-rotate-z': '90',
'data-scale': '1'
},
# No change at all.
{
'data-x': '0',
'data-y': '0',
'data-z': '0',
'data-rotate-x': '0',
'data-rotate-y': '0',
'data-rotate-z': '90',
'data-scale': '1'
},
# Path starts, rotation comes from path:
{
'data-x': '0',
'data-y': '0',
'data-z': '0',
'data-rotate-x': '0',
'data-rotate-y': '0',
'data-rotate-z': '0',
'data-scale': '1'
},
{
'data-x': '2400',
'data-y': '0',
'data-z': '0',
'data-rotate-x': '0',
'data-rotate-y': '0',
'data-rotate-z': '44.99999999999999',
'data-scale': '1'
},
# Explicit rotate-x and z, automatic position including rotate-z from path.
{
'data-x': '2400',
'data-y': '2400',
'data-z': '1000',
'data-rotate-x': '180',
'data-rotate-y': '0',
'data-rotate-z': '90.0',
'data-scale': '1'
},
# Explicit x and y, all other carry over from last slide.
{
'data-x': '3000',
'data-y': '1000',
'data-z': '1000',
'data-rotate-x': '180',
'data-rotate-y': '0',
'data-rotate-z': '90.0',
'data-scale': '1'
},
# Positioning relative to other slide by id
{
'data-x': '4000',
'data-y': '500',
'data-z': '1000',
'data-rotate-x': '180',
'data-rotate-y': '0',
'data-rotate-z': '90.0',
'data-scale': '1'
},
# Positioning x relative to other slide by id, Explicit y
{
'data-x': '4800',
'data-y': '200',
'data-z': '1000',
'data-rotate-x': '180',
'data-rotate-y': '0',
'data-rotate-z': '90.0',
'data-scale': '1'
},
])
def test_complete(self):
tree = make_tree('positioning.rst')
# Position the slides:
position_slides(tree)
# Get all slide position data:
positions = []
for step in tree.findall('step'):
pos = {}
for key in step.attrib:
if key.startswith('data-'):
pos[key] = step.attrib[key]
positions.append(pos)
self.assertEqual(positions, [
{'data-x': '0', 'data-y': '0', 'data-z': '0',
'data-rotate-x': '0', 'data-rotate-y': '0',
'data-rotate-z': '0', 'data-scale': '1'},
{'data-x': '1600', 'data-y': '0', 'data-z': '0',
'data-rotate-x': '0', 'data-rotate-y': '0',
'data-rotate-z': '0', 'data-scale': '1'},
# Because of the path, we now get an explicit rotation:
{'data-x': '3200', 'data-y': '0', 'data-z': '0',
'data-rotate-x': '0', 'data-rotate-y': '0',
'data-rotate-z': '0', 'data-scale': '1'},
{'data-x': '5600', 'data-y': '0', 'data-z': '0',
'data-rotate-x': '0', 'data-rotate-y': '0',
'data-rotate-z': '44.99999999999999', 'data-scale': '1'},
{'data-x': '5600', 'data-y': '2400', 'data-z': '0',
'data-rotate-x': '0', 'data-rotate-y': '0',
'data-rotate-z': '90.0', 'data-scale': '1'},
# Rotation carries over from last part of path.
{'data-x': '0', 'data-y': '0', 'data-z': '0',
'data-rotate-x': '0', 'data-rotate-y': '0',
'data-rotate-z': '90.0', 'data-scale': '1'},
# No position change
{'data-x': '0', 'data-y': '0', 'data-z': '0',
'data-rotate-x': '0', 'data-rotate-y': '0',
'data-rotate-z': '90', 'data-scale': '1'},
# No change at all.
{'data-x': '0', 'data-y': '0', 'data-z': '0',
'data-rotate-x': '0', 'data-rotate-y': '0',
'data-rotate-z': '90', 'data-scale': '1'},
# Path starts, rotation comes from path:
{'data-x': '0', 'data-y': '0', 'data-z': '0',
'data-rotate-x': '0', 'data-rotate-y': '0',
'data-rotate-z': '0', 'data-scale': '1'},
{'data-x': '2400', 'data-y': '0', 'data-z': '0',
'data-rotate-x': '0', 'data-rotate-y': '0',
'data-rotate-z': '44.99999999999999', 'data-scale': '1'},
# Explicit rotate-x and z, automatic position including rotate-z from path.
{'data-x': '2400', 'data-y': '2400', 'data-z': '1000',
'data-rotate-x': '180', 'data-rotate-y': '0',
'data-rotate-z': '90.0', 'data-scale': '1'},
# Explicit x and y, all other carry over from last slide.
{'data-x': '3000', 'data-y': '1000', 'data-z': '1000',
'data-rotate-x': '180', 'data-rotate-y': '0',
'data-rotate-z': '90.0', 'data-scale': '1'},
])
def test_complete(self):
tree = make_tree("positioning.rst")
# Position the slides:
position_slides(tree)
# Get all slide position data:
positions = []
for step in tree.findall("step"):
pos = {}
for key in step.attrib:
if key.startswith("data-"):
pos[key] = step.attrib[key]
positions.append(pos)
self.assertEqual(
positions,
[
{
"data-x": "0",
"data-y": "0",
"data-z": "0",
"data-rotate-x": "0",
"data-rotate-y": "0",
"data-rotate-z": "0",
"data-scale": "1",
},
{
"data-x": "1600",
"data-y": "0",
"data-z": "0",
"data-rotate-x": "0",
"data-rotate-y": "0",
"data-rotate-z": "0",
"data-scale": "1",
},
# Because of the path, we now get an explicit rotation:
{
"data-x": "3200",
"data-y": "0",
"data-z": "0",
"data-rotate-x": "0",
"data-rotate-y": "0",
"data-rotate-z": "0",
"data-scale": "1",
},
{
"data-x": "5600",
"data-y": "0",
"data-z": "0",
"data-rotate-x": "0",
"data-rotate-y": "0",
"data-rotate-z": "44.99999999999999",
"data-scale": "1",
},
{
"data-x": "5600",
"data-y": "2400",
"data-z": "0",
"data-rotate-x": "0",
"data-rotate-y": "0",
"data-rotate-z": "90.0",
"data-scale": "1",
},
# Rotation carries over from last part of path.
{
"data-x": "0",
"data-y": "0",
"data-z": "0",
"data-rotate-x": "0",
"data-rotate-y": "0",
"data-rotate-z": "90.0",
"data-scale": "1",
},
# No position change
{
"data-x": "0",
"data-y": "0",
"data-z": "0",
"data-rotate-x": "0",
"data-rotate-y": "0",
"data-rotate-z": "90",
"data-scale": "1",
},
# No change at all.
{
"data-x": "0",
"data-y": "0",
"data-z": "0",
"data-rotate-x": "0",
"data-rotate-y": "0",
"data-rotate-z": "90",
"data-scale": "1",
},
# Path starts, rotation comes from path:
{
"data-x": "0",
"data-y": "0",
"data-z": "0",
"data-rotate-x": "0",
"data-rotate-y": "0",
"data-rotate-z": "0",
"data-scale": "1",
},
{
"data-x": "2400",
"data-y": "0",
"data-z": "0",
"data-rotate-x": "0",
"data-rotate-y": "0",
"data-rotate-z": "44.99999999999999",
"data-scale": "1",
},
# Explicit rotate-x and z, automatic position including rotate-z from path.
{
"data-x": "2400",
"data-y": "2400",
"data-z": "1000",
"data-rotate-x": "180",
"data-rotate-y": "0",
"data-rotate-z": "90.0",
"data-scale": "1",
},
# Explicit x and y, all other carry over from last slide.
{
"data-x": "3000",
"data-y": "1000",
"data-z": "1000",
"data-rotate-x": "180",
"data-rotate-y": "0",
"data-rotate-z": "90.0",
"data-scale": "1",
},
# Positioning relative to other slide by id
{
"data-x": "4000",
"data-y": "500",
"data-z": "1000",
"data-rotate-x": "180",
"data-rotate-y": "0",
"data-rotate-z": "90.0",
"data-scale": "1",
},
# Positioning x relative to other slide by id, Explicit y
{
"data-x": "4800",
"data-y": "200",
"data-z": "1000",
"data-rotate-x": "180",
"data-rotate-y": "0",
"data-rotate-z": "90.0",
"data-scale": "1",
},
],
)