def populate(n=10, m=10):
new_cells = []
forces = []
for k in range(n):
new = Cell(rd.randrange(target_radius, width - target_radius),
rd.randrange(target_radius, height - target_radius),
target_radius)
new.setColor(cell_color)
new_cells.append(new)
force = []
for i in range(m):
force.append(
(rd.randrange(min_force,
max_force), rd.randrange(min_force, max_force)))
forces.append(force)
return new_cells, forces
def populate(n=10, m=5):
new_cells = [] # Array of cells
forces = [
] # Array of Array of tuple => [[(x, y), (x, y)], [(x, y), (x, y)]]
for k in range(10):
cell = Cell(rd.randrange(10, width - 10),
rd.randrange(10, height - 10), 10)
cell.setColor(cell_color)
new_cells.append(cell)
force = []
for i in range(m):
force.append(
(rd.randrange(min_force,
max_force), rd.randrange(min_force, max_force)))
forces.append(force)
return new_cells, forces
bg_color = 10, 61, 98
fg_color = 250, 211, 144
cell_color = 120, 224, 143
target_color = 229, 80, 57
blue = 130, 204, 221
frame_cap = 30 # Max FPS
physic_refresh_rate = 0.3 # Refresh rate for physic in seconds, can be float
display_refresh_rate = 1 / frame_cap # Refresh rate for screen in seconds, can be float
# Creation of initial cell
target_radius = 10
target_cell = Cell(width / 2, height / 2, 10)
# target_cell = Cell(rd.randrange(target_radius, width - target_radius), rd.randrange(target_radius, height - target_radius), target_radius)
print("Target position: ", target_cell.getPos())
target_cell.setColor(target_color)
# target_cell.enableFriction(True, 0.3)
# target_cell.addForce((1000, 1000))
# Cell group, all cells must be in
cells = []
cells.append(target_cell)
screen = pygame.display.set_mode(screen_size)
# Store last update timestamp
last_physic_update = -1
last_display_update = -1
run = True
