def experiment(width,height,lw,A):
import cairo_objects
from bson import SON
import math
objects = [cairo_objects.square(area = A , lw = lw),
cairo_objects.disc(area = A, lw = lw),
cairo_objects.polygon(3,area = A,lw=lw),
cairo_objects.polygon(6,area = A, lw = lw),
]
patterns = [cairo_objects.solid_surface(1,0,0),
cairo_objects.solid_surface(1,1,0),
cairo_objects.solid_surface(0,0,1),
cairo_objects.linear_surface(0,0,1,1,[(.35,0,1,0,1),(.65,1,0,0,1)]),
cairo_objects.radial_surface(.5,.5,0,.5,.5,2*math.sqrt(A/math.pi),[(.65,1,0,0,1),(.35,0,0,1,1)])
]
return SON([
('num_images',100000),
('generator' , 'cairo'),
('width' , width),
('height' , height),
('objects' , objects),
('patterns' , patterns),
('action_lists', [['stroke'],['stroke_preserve','fill']]),
('tx' , SON([('$gt' , -.25) , ('$lt' , .251)])),
('ty' , SON([('$gt' , -.25) , ('$lt' , .251)])),
('sx' , SON([('$gt' , .5) , ('$lt' , 2.01)])),
('sy' , SON([('$gt' , .5) , ('$lt' , 2.01)])),
('rxy' , SON([('$gt' , 0) , ('$lt' , 2*math.pi)]))
])
def experiment(width,height,lw,A):
import cairo_objects
from bson import SON
import math
objects = [cairo_objects.square(area = A , lw = lw),
]
patterns = [cairo_objects.solid_surface(1,0,0),
]
return SON([
('num_images',50000),
('generator' , 'cairo'),
('width' , width),
('height' , height),
('objects' , objects),
('patterns' , patterns),
('tx' , SON([('$gt' , -.25) , ('$lt' , .251)])),
('ty' , SON([('$gt' , -.25) , ('$lt' , .251)])),
('sx' , SON([('$gt' , .5) , ('$lt' , 2.01) , ('delta',.5)])),
('sy' , SON([('$gt' , .5) , ('$lt' , 2.01) , ('delta',.5)])),
('rxy' , SON([('$gt' , 0) , ('$lt' , 2*math.pi)]))
])
def experiment(width, height, lw, A):
import cairo_objects
from bson import SON
import math
objects = [
cairo_objects.square(area=A, lw=lw),
cairo_objects.disc(area=A, lw=lw),
cairo_objects.polygon(3, area=A, lw=lw),
cairo_objects.polygon(6, area=A, lw=lw),
]
patterns = [
cairo_objects.solid_surface(1, 0, 0),
cairo_objects.solid_surface(1, 1, 0),
cairo_objects.solid_surface(0, 0, 1),
cairo_objects.linear_surface(0, 0, 1, 1, [(0.35, 0, 1, 0, 1), (0.65, 1, 0, 0, 1)]),
cairo_objects.radial_surface(
0.5, 0.5, 0, 0.5, 0.5, 2 * math.sqrt(A / math.pi), [(0.65, 1, 0, 0, 1), (0.35, 0, 0, 1, 1)]
),
]
return SON(
[
("num_images", 100000),
("generator", "cairo"),
("width", width),
("height", height),
("objects", objects),
("patterns", patterns),
("action_lists", [["stroke"], ["stroke_preserve", "fill"]]),
("tx", SON([("$gt", -0.25), ("$lt", 0.251)])),
("ty", SON([("$gt", -0.25), ("$lt", 0.251)])),
("sx", SON([("$gt", 0.5), ("$lt", 2.01)])),
("sy", SON([("$gt", 0.5), ("$lt", 2.01)])),
("rxy", SON([("$gt", 0), ("$lt", 2 * math.pi)])),
]
)