def test_ball():
cortix = Cortix(use_mpi=False)
secs = 4
mod_list = []
shape = geo.box(-30, 0, 30, 50)
plot = Plot(shape=shape, length=2)
cortix.add_module(plot)
ball1 = BouncingBall(shape, runtime=secs)
ball1.p0 = [0, 20]
ball1.v0 = [20, 4]
mod_list.append(ball1)
cortix.add_module(ball1)
time.sleep(0.01)
ball2 = BouncingBall(shape, runtime=secs)
ball2.p0 = [17, 22]
ball2.v0 = [-5, 1]
mod_list.append(ball2)
cortix.add_module(ball2)
for c, i in enumerate(mod_list):
i.connect('plot-send{}'.format(c),
plot.get_port('plot-receive{}'.format(c)))
for j in mod_list:
if i == j:
continue
name = '{}{}'.format(i.timestamp, j.timestamp)
name2 = '{}{}'.format(j.timestamp, i.timestamp)
j.connect(name, i.get_port(name2))
cortix.draw_network('network_graph.png')
cortix.run()
print('bye')
def main():
'''
Description of the run file.
'''
# Parameters
time_step = 0.1
ir_7040 = Cortix(splash=True)
ir_7040.network = Network()
ir_7040_net = ir_7040.network
# DADOS module.
dados = Dados()
ir_7040_net.module(dados)
dados.rs232_filename = 'ir-7040'
dados.rs232_request_string = '\r\nP0001 01245689BCDMNVWYZaOdghin 55}'
# DataPlot module.
data_plot = DataPlot()
data_plot.title = 'IR-7040 Data Acquisition'
data_plot.dpi = 300
# Network connectivity
ir_7040_net.connect( [dados,'rs-232'], [data_plot,'viz-data'] )
rs232_port.connect(plot_port)
ir_7040_net.draw()
# Run application
ir_7040.run()
class Simulation:
def __init__(self):
self.n_list = [15,]
self.procs = 15
self.runtime=30
self.mod_list = []
self.shape = geo.Polygon([(0, 0), (0, 30), (30, 30),(30,25),
(65,25),(65,-20),(85,-20),(85,-40),
(45,-40),(45,-20),(49,-20),(49,15),
(30,15),(30,0)])
self.fps = 60
def run(self):
for c,i in enumerate(self.n_list):
self.cortix = Cortix(use_mpi=False)
self.net = Network()
self.cortix.network = self.net
self.plot = Plot(self.shape,modules=self.procs,runtime=self.runtime)
self.plot.fps = self.fps
self.net.add_module(self.plot)
print(c,'iterations')
self.balls = i
self.balleach = int(self.balls/self.procs)
self.mod_list = []
for i in range(self.procs):
if i <5:
app = BallHandler(self.shape, balls=self.balleach,runtime = self.runtime,bn=[2,2,28,28],color='r')
if i>=5:
app = BallHandler(self.shape, balls=self.balleach,runtime = self.runtime,bn=[43,-38,83,-22],color='b')
self.mod_list.append(app)
self.net.add_module(app)
for c,i in enumerate(self.mod_list):
self.net.connect([i,'plot-send{}'.format(c)],[self.plot,'plot-receive{}'.format(c)])
for j in self.mod_list:
if i == j:
continue
name = '{}{}'.format(i.name,j.name)
name2 = '{}{}'.format(j.name,i.name)
self.net.connect([i,name], [j,name2])
self.cortix.run()
del self.cortix
print('finished sim')
class Simulation:
def __init__(self):
self.n_list = [15,]
self.procs = 15
self.runtime=30
self.t_step = 0.01
self.r=1
self.mod_list = []
self.shape = geo.Polygon([(0, 0), (0, 100), (100, 100),(100,0)])
self.fps = 60
def run(self):
for c,i in enumerate(self.n_list):
self.cortix = Cortix(use_mpi=False)
self.net = Network()
self.cortix.network = self.net
self.plot = Plot(self.shape,modules=self.procs,runtime=self.runtime)
self.plot.fps = self.fps
self.net.add_module(self.plot)
print(c,'iterations')
self.balls = i
self.balleach = int(self.balls/self.procs)
self.mod_list = []
for i in range(self.procs):
app = BallHandler(self.shape, balls=self.balleach,runtime = self.runtime)
app.r=self.r
app.t_step = 0.01
self.mod_list.append(app)
self.net.add_module(app)
for c,i in enumerate(self.mod_list):
self.net.connect([i,'plot-send{}'.format(c)],[self.plot,'plot-receive{}'.format(c)])
for j in self.mod_list:
if i == j:
continue
name = '{}{}'.format(i.name,j.name)
name2 = '{}{}'.format(j.name,i.name)
self.net.connect([i,name], [j,name2])
self.cortix.run()
del self.cortix
print('finished sim')
def __init__(self):
## self.filename = 'ideal_gas_simulation.csv'
## if os.path.isfile(self.filename):
## print('file exits')
## with open(self.filename,'w') as file:
## file.write('Number,Collisions/Sec\n')
n_list = [15, 30, 15, 60, 75, 500, 600, 1200, 2400, 3200, 4200, 5400]
for i in n_list:
print('starting:', i, 'balls')
procs = 15
runtime = 0.5
balls = int(i / procs)
cortix = Cortix(use_mpi=False)
mod_list = []
shape = geo.box(-30, 0, 30, 50)
plot = Plot(number=i, modules=10, runtime=runtime)
cortix.add_module(plot)
for i in range(procs):
time.sleep(0.01)
app = BallHandler(shape, balls=balls, runtime=runtime)
app.v0 = [40, 40]
app.r = 0.1
mod_list.append(app)
cortix.add_module(app)
for c, i in enumerate(mod_list):
i.connect('plot-send{}'.format(c),
plot.get_port('plot-receive{}'.format(c)))
for j in mod_list:
if i == j:
continue
name = '{}{}'.format(i.timestamp, j.timestamp)
name2 = '{}{}'.format(j.timestamp, i.timestamp)
j.connect(name, i.get_port(name2))
cortix.run()
time.sleep(5)
# Ports def.
external_flow = Port('external-flow')
droplet.add_port(external_flow)
visualization = Port('visualization')
droplet.add_port(visualization)
# DataPlot modules.
data_plot = DataPlot()
data_plot.title = 'Droplet Trajectory '+str(i)
data_plot.dpi = 300
# Ports def.
plot = Port('viz-data:{:05}'.format(i))
data_plot.add_port(plot)
# Vortex module.
# Ports def.
fluid_flow = Port('fluid-flow:{}'.format(i))
vortex.add_port(fluid_flow)
# Network connectivity
external_flow.connect(fluid_flow)
visualization.connect(plot)
# Add modules to Cortix
cortix.add_module(droplet)
cortix.add_module(data_plot)
cortix.add_module(vortex)
cortix.run()