def add_node(g, i):
node = nd.Node()
q = qu.Quadrant(i)
p = tplane.tangent_plane()
node.objects.append(q)
q.objects.append(p)
g.add_node(i, node)
def add_node(self,g,DNA):
node=nd.Node()
q=qu.Quadrant(DNA)
p=tplane.tangent_plane()
node.objects.append(q)
q.objects.append(p)
g.add_node(DNA,node)
def load(tree, list):
Nodes_button = []
display_width = tree.objects[0].shape[0][1]
display_height = tree.objects[0].shape[1][1]
for button in list:
n = button[2]
pos = [button[0], button[1]]
scale = button[2]
action = button[3]
p = coordinate(pos, scale, tree)
Lx = tree.objects[0].shape[0][1]
Ly = tree.objects[0].shape[1][1]
dx = Lx / (2**n)
dy = Ly / (2**n)
Node = qu.Find(p, tree)
Node.objects[0].objects.append(
Button(action=actions[action],
image=pygame.image.load('drone.png')))
button = Node.objects[0].objects[0]
ima = button.image
b = pygame.transform.scale(
ima, (int(display_width / (2**n)), int(display_height / (2**n))))
button.image = b
Nodes_button.append(Node)
return Nodes_button
program.initialize_parameters(Status)
program.create_objects(Status)
pygame.init()
n=5
#display_width = 1500
#display_height = 700
display_width = 400
display_height = 400
#Initializes sectors and load buttons on them
sectors=nd.Node()
sectors.objects.append(qu.Quadrant([[0,display_width],
[0,display_height]]))
qu.Divide(sectors,n)
Node_buttons=bu.load(sectors,[[3,3,n,'run_stop'],[6,3,n,'initialize'],
[3,6,n,'beta'],[9,3,n,'num_particels'],
[12,3,n,'dt'],[15,3,n,'dx'],[18,3,n,'alpha'],[3,9,n,'r_value']])
gameDisplay = pygame.display.set_mode((display_width,display_height))
pygame.display.set_caption('Gui')
black = (0,0,0)
white = (255,255,255)
clock = pygame.time.Clock()
crashed = False