_with = 'lines', set = 'polar', square = True, yrange = [-5,5], legend = a.ravel() ) time.sleep(sleep_interval) ################################ # some 3d stuff ################################ # gp.plot a sphere gp.plot3d( x_3d, y_3d, z_3d, _with = 'points', title = 'sphere', square = True, legend = 'sphere') time.sleep(sleep_interval) # sphere, ellipse together gp.plot3d( (x_3d * np.array([[1,2]]).T, y_3d * np.array([[1,2]]).T, z_3d, { 'legend': np.array(('sphere', 'ellipse'))}), title = 'sphere, ellipse', square = True, _with = 'points') time.sleep(sleep_interval)
_with = 'lines', set = 'polar', square = True, yrange = [-5,5], legend = a.ravel(), wait = 1) ################################ # some 3d stuff ################################ # gp.plot a sphere gp.plot3d( x_3d, y_3d, z_3d, _with = 'points', title = 'sphere', square = True, legend = 'sphere', wait = 1) # sphere, ellipse together gp.plot3d( (x_3d * np.array([[1,2]]).T, y_3d * np.array([[1,2]]).T, z_3d, { 'legend': np.array(('sphere', 'ellipse'))}), title = 'sphere, ellipse', square = True, _with = 'points', wait = 1)
_with='lines', set='polar', square=True, yrange=[-5, 5], legend=a.ravel(), wait=1) ################################ # some 3d stuff ################################ # gp.plot a sphere gp.plot3d(x_3d, y_3d, z_3d, _with='points', title='sphere', square=True, legend='sphere', wait=1) # sphere, ellipse together gp.plot3d((x_3d * nps.transpose(np.array([[1, 2]])), y_3d * nps.transpose(np.array([[1, 2]])), z_3d, dict(legend=np.array(('sphere', 'ellipse')))), title='sphere, ellipse', square=True, _with='points', wait=1) # similar, written to a png gp.plot3d((x_3d * nps.transpose(np.array([[1, 2]])),
_with='lines', set='polar', square=True, yrange=[-5, 5], legend=a.ravel()) time.sleep(sleep_interval) ################################ # some 3d stuff ################################ # gp.plot a sphere gp.plot3d(x_3d, y_3d, z_3d, _with='points', title='sphere', square=True, legend='sphere') time.sleep(sleep_interval) # sphere, ellipse together gp.plot3d((x_3d * np.array([[1, 2]]).T, y_3d * np.array([[1, 2]]).T, z_3d, { 'legend': np.array(('sphere', 'ellipse')) }), title='sphere, ellipse', square=True, _with='points') time.sleep(sleep_interval) # similar, written to a png