def test_create_coordinates_with_padding(self):
def coordinate_callback(plot_geometries):
line_geometries = plot_geometries['test']
self.assertEqual(line_geometries[0].start.coordinates[X], 50)
self.assertEqual(line_geometries[0].start.coordinates[Y], 250)
self.assertEqual(line_geometries[0].end.coordinates[X], 400)
self.assertEqual(line_geometries[0].end.coordinates[Y], 150)
self.assertEqual(line_geometries[1].start.coordinates[X], 400)
self.assertEqual(line_geometries[1].start.coordinates[Y], 150)
self.assertEqual(line_geometries[1].end.coordinates[X], 750)
self.assertEqual(line_geometries[1].end.coordinates[Y], 50)
dc = DataCollection([[0, 0], [2, 1], [4, 3]], Property('first', 0),
Property('second', 1))
g = Graph(
Viewport(Y.size(300, inverse=True),
X.size(800),
padding=50,
attributes={
'height': Y,
'width': X
}))
g.create.line(dc, 'test', X(dc.properties.first),
Y(dc.properties.second))
g.svg2(after_create_coordinates=coordinate_callback)
def test_create_datatime_axis(self):
def geometry_callback(plot_geometries):
for g in plot_geometries['axis_X']:
if isinstance(g, graph.Line):
print("Line")
print(g.start.datum)
print(g.end.datum)
if isinstance(g, graph.Text):
print("Text")
print(g.point.datum)
def coordinate_callback(plot_geometries):
line_geometries = plot_geometries['axis_X']
self.assertIsInstance(line_geometries[0], graph.Line)
self.assertEqual(line_geometries[0].start.coordinates[Y], 250)
self.assertEqual(line_geometries[0].start.coordinates[X], 50)
self.assertEqual(line_geometries[0].end.coordinates[Y], 50)
self.assertEqual(line_geometries[0].end.coordinates[X], 50)
self.assertEqual(line_geometries[1].start.coordinates[Y], 250)
self.assertEqual(line_geometries[1].start.coordinates[X], 50)
self.assertEqual(line_geometries[1].end.coordinates[Y], 250)
self.assertEqual(line_geometries[1].end.coordinates[X], 55)
self.assertEqual(line_geometries[2].point.coordinates[Y], 250)
self.assertEqual(line_geometries[2].point.coordinates[X], 55)
self.assertEqual(line_geometries[13].start.coordinates[Y], 50)
self.assertEqual(line_geometries[13].start.coordinates[X], 50)
self.assertEqual(line_geometries[13].end.coordinates[Y], 50)
self.assertEqual(line_geometries[13].end.coordinates[X], 55)
self.assertEqual(line_geometries[14].point.coordinates[Y], 50)
self.assertEqual(line_geometries[14].point.coordinates[X], 55)
g = Graph(
Viewport(Y.size(300, inverse=True),
X.size(800),
padding=50,
attributes={
'height': Y,
'width': X
}))
datetime_list = [[datetime(2020, 1, day)] for day in range(15, 20)]
datetime_collection = DataCollection(
datetime_list,
Property('default', 0, convert=lambda t: t.timestamp()))
g.create.axis(X(datetime_collection.properties.default),
collection=datetime_collection,
options={'position': {
Y: 'bottom'
}})
g.svg2(after_create_geometry=geometry_callback,
after_create_coordinates=coordinate_callback)
def test_create_axis_coordinates(self):
def coordinate_callback(plot_geometries):
line_geometries = plot_geometries['axis_Y']
self.assertIsInstance(line_geometries[0], graph.Line)
self.assertEqual(line_geometries[0].start.coordinates[Y], 250)
self.assertEqual(line_geometries[0].start.coordinates[X], 50)
self.assertEqual(line_geometries[0].end.coordinates[Y], 50)
self.assertEqual(line_geometries[0].end.coordinates[X], 50)
self.assertEqual(line_geometries[1].start.coordinates[Y], 250)
self.assertEqual(line_geometries[1].start.coordinates[X], 50)
self.assertEqual(line_geometries[1].end.coordinates[Y], 250)
self.assertEqual(line_geometries[1].end.coordinates[X], 55)
self.assertEqual(line_geometries[2].point.coordinates[Y], 250)
self.assertEqual(line_geometries[2].point.coordinates[X], 55)
self.assertEqual(line_geometries[13].start.coordinates[Y], 50)
self.assertEqual(line_geometries[13].start.coordinates[X], 50)
self.assertEqual(line_geometries[13].end.coordinates[Y], 50)
self.assertEqual(line_geometries[13].end.coordinates[X], 55)
self.assertEqual(line_geometries[14].point.coordinates[Y], 50)
self.assertEqual(line_geometries[14].point.coordinates[X], 55)
dc = DataCollection([[0, 0], [2, 1], [4, 3]], Property('first', 0),
Property('second', 0))
g = Graph(
Viewport(Y.size(300, inverse=True),
X.size(800),
padding=50,
attributes={
'height': Y,
'width': X
}))
#g.create.line(dc, 'test', X(dc.properties.first), Y(dc.properties.second))
g.create.axis(Y(dc.properties.second),
collection=[0, 1, 2, 3, 4, 5, 6],
options={'position': {
X: 'left'
}})
g.svg2(after_create_coordinates=coordinate_callback)
def test_create_lines(self):
dc = DataCollection([[0, 0], [2, 1], [4, 3]], Property('first', 0),
Property('second', 0))
g = Graph(
Viewport(Y.size(300, inverse=True),
X.size(800),
padding=0,
attributes={
'height': Y,
'width': X
}))
g.create.line(dc, 'test', X(dc.properties.first),
Y(dc.properties.second))
svg_text = g.svg2()
self.assertTrue('<line x1="0" y1="300" x2="400" y2="150"' in svg_text)
self.assertTrue('<line x1="400" y1="150" x2="800" y2="0"' in svg_text)
def test_graph_plot_bounds(self):
dc = DataCollection([[0, 0], [2, 1], [4, 8]], Property('first', 0),
Property('second', 1))
g = Graph(
Viewport(Y.size(300, inverse=True),
X.size(800),
padding=0,
attributes={
'height': Y,
'width': X
}))
g.create.line(dc, 'test', X(dc.properties.first),
Y(dc.properties.second))
g.create.axis(Y(dc.properties.second),
collection=[0, 1, 2, 3, 4, 5, 6],
options={'position': {
X: 'left'
}})
self.assertEqual(g.plot_bounds(Y), (0, 8))
def test_creates_plot_geometry(self):
def geometry_callback(plot_geometries):
self.assertEqual(list(plot_geometries.keys()), ['test'])
line_geometries = plot_geometries['test']
#TODO: update line geometries to always use the gemomety class and not switch
self.assertIsInstance(line_geometries[0], geometry.Line)
self.assertEqual(line_geometries[0].start.datum, [0, 0])
self.assertEqual(line_geometries[0].end.datum, [1, 2])
dc = DataCollection([[0, 0], [1, 2]], Property('first', 0),
Property('second', 0))
g = Graph(
Viewport(Y.size(300, inverse=True),
X.size(800),
padding=30,
attributes={
'height': Y,
'width': X
}))
g.create.line(dc, 'test', X(dc.properties.first),
Y(dc.properties.second))
g.svg2(after_create_geometry=geometry_callback)
def endAlgo(self):
from graph import Property
self.graph.preview(Property.EDGE_CURVED, Property.newBool(True))
self.graph.preview(Property.EDGE_RADIUS, 10.0)
def graph():
time_data = time_datas()
#g.create.line(DataCollection(data, properties=[Property(name, callable), Property(name, int), 'property_name']), x='property_name', y='property_name')
dc = DataCollection(
time_data,
Property('month',
0,
parse=lambda t: datetime.strptime(t, "%d-%m-%Y"),
convert=lambda t: t.timestamp()),
Property('count', 1),
)
dl = date_list(inc_date(dc.meta.month.min, -timedelta(days=1)),
inc_date(dc.meta.month.max, timedelta(days=1)))
dl_data_collection = DataCollection(
dl, Property('default', 0, convert=lambda t: t.timestamp()))
x, y = X(dc.properties.month), Y(dc.properties.count)
g = Graph(
Viewport(Y.size(300, inverse=True),
X.size(800),
padding=30,
attributes={
'height': Y,
'width': X
}))
g.create.line(dc, 'counts', x, y)
g.create.axis(x,
collection=dl,
tick_size=5,
tick_additional_offset=5,
tick_text=lambda d: d.strftime("%Y") if d.month == 1 else "",
tick_text_properties={
'text-anchor': "middle",
"dominant-baseline": 'hanging'
},
options={'position': {
Y: 'bottom'
}})
g.create.axis(y,
collection=[0, 100, 200, 300, 400, 500, 600, 700],
tick_text_properties={'text-anchor': "end"},
options={'position': {
X: 'left'
}})
#mdata = find_meta_data(time_data)
time_data = to_timestamp(time_data, 0)
padding = 30
height = 300
width = 800
datamin = 0
datamax = 700
tic_length = 5
datemin = min([d[0] for d in time_data])
datemax = max([d[0] for d in time_data])
datemin_date = (datetime.fromtimestamp(datemin).replace(
day=1, hour=0, minute=0, second=0) - timedelta(days=1)).replace(day=1)
datemax_date = (datetime.fromtimestamp(datemax).replace(
day=1, hour=0, minute=0, second=0) + timedelta(days=1)).replace(day=1)
datemin = datemin_date.timestamp()
datemax = datemax_date.timestamp()
scale_time = date_list(datemin_date, datemax_date)
scale_timestamps = [st.timestamp() for st in scale_time]
scale_text = [str(d.year) if d.month == 1 else "" for d in scale_time]
scale_data_num = [0, 100, 200, 300, 400, 500, 600, 700]
scale_data = [
list(t) for t in zip([padding] * len(scale_data_num), scale_data_num)
]
scale_data_start = scale(scale_data, 1, [datamin, datamax],
[height - padding, padding])
scale_data_end = [[sde[0] - tic_length, sde[1]]
for sde in copy.copy(scale_data_start)]
scale_data_text = zip([str(sdn) for sdn in scale_data_num], scale_data_end)
scale_data_points = zip(scale_data_start, scale_data_end)
scale_data_lines = [Line(start=s, end=e) for (s, e) in scale_data_points]
scale_date_data = [
list(t) for t in zip(scale_timestamps, [height - padding] *
len(scale_timestamps))
]
scale_date_data_start = scale(scale_date_data, 0, [datemin, datemax],
[padding, width - (padding * 2)])
scale_date_data_end = [[sde[0], sde[1] + tic_length]
for sde in copy.copy(scale_date_data_start)]
scale_date_points = zip(scale_date_data_start, scale_date_data_end)
scale_date_lines = [Line(start=s, end=e) for (s, e) in scale_date_points]
scale_date_text = zip(scale_text,
[[x, y + 10] for (x, y) in scale_date_data_end])
time_data = scale(time_data, 0, [datemin, datemax],
[padding, width - (padding * 2)])
time_data = scale(time_data, 1, [datamin, datamax],
[height - padding, padding])
time_lines = []
for tdi in range(0, len(time_data) - 1):
time_lines.append(
Line(start=(time_data[tdi][0], time_data[tdi][1]),
end=(time_data[tdi + 1][0], time_data[tdi + 1][1])))
yaxis = Line(start=(padding, padding), end=(padding, height - padding))
xaxis = Line(start=(padding, height - padding),
end=(width - padding, height - padding))
return render_template('graph.html',
height=height,
width=width,
xaxis=xaxis,
yaxis=yaxis,
time_data=time_data,
time_lines=time_lines,
scale_data_lines=scale_data_lines,
scale_data_text=scale_data_text,
scale_date_lines=scale_date_lines,
scale_date_text=scale_date_text,
new_graph=g)