plot Namespace Reference

Variables
tuple	data = np.loadtxt("vanderpol.txt")
list	xsol = data[:,0]
list	ysol = data[:,1]
float	dt = 0.2
tuple	nt = np.size(xsol)
tuple	t = np.linspace(0, nt*dt, nt)

Variable Documentation

tuple plot.data = np.loadtxt("vanderpol.txt")

Definition at line 7 of file plot.py.

Referenced by pfasst::quadrature::IQuadrature< precision >.expected_error(), pfasst::encap::VectorEncapsulation< scalar, time >.saxpy(), and pfasst::examples::boris.zero().

float plot.dt = 0.2

Definition at line 10 of file plot.py.

Referenced by pfasst::Controller< time >.advance_time(), pfasst::examples::boris::BorisSweeper< scalar, time >.exact(), pfasst::Controller< time >.get_step_size(), pfasst::examples::vdp::VdpSweeper< time >.impl_solve(), pfasst::examples::boris::BorisSweeper< scalar, time >.integrate(), main(), pfasst::examples::scalar::ScalarSweeper< time >.post_predict(), pfasst::examples::vdp::VdpSweeper< time >.post_predict(), pfasst::examples::advection_diffusion::AdvectionDiffusionSweeper< time >.post_predict(), pfasst::examples::boris::BorisSweeper< scalar, time >.post_predict(), pfasst::examples::scalar::ScalarSweeper< time >.post_sweep(), pfasst::examples::vdp::VdpSweeper< time >.post_sweep(), pfasst::examples::advection_diffusion::AdvectionDiffusionSweeper< time >.post_sweep(), pfasst::examples::boris::BorisSweeper< scalar, time >.post_sweep(), pfasst::encap::ImplicitSweeper< time >.predict(), pfasst::encap::IMEXSweeper< time >.predict_with_left(), pfasst::encap::IMEXSweeper< time >.predict_without_left(), pfasst::encap::ImplicitSweeper< time >.reevaluate(), pfasst::encap::IMEXSweeper< time >.reevaluate(), pfasst::examples::advection_diffusion.run_serial_mlsdc(), pfasst::Controller< time >.set_duration(), pfasst::Controller< time >.set_options(), pfasst::Controller< time >.set_step(), ConvergenceTest.SetUp(), VdPConvergenceTest.SetUp(), HighPrecisionTest.SetUp(), pfasst::encap::ImplicitSweeper< time >.sweep(), pfasst::examples::boris::BorisSweeper< scalar, time >.sweep(), pfasst::encap::IMEXSweeper< time >.sweep_with_left(), and pfasst::encap::IMEXSweeper< time >.sweep_without_left().

tuple plot.nt = np.size(xsol)

Definition at line 11 of file plot.py.

tuple plot.t = np.linspace(0, nt*dt, nt)

Definition at line 12 of file plot.py.

Referenced by pfasst::Controller< time >.advance_time(), pfasst::encap.augment(), pfasst::examples::boris::BorisSweeper< scalar, time >.evaluate(), pfasst::examples::boris::BorisSweeper< scalar, time >.exact(), pfasst::Controller< time >.get_time(), pfasst::examples::scalar::ScalarSweeper< time >.post_predict(), pfasst::examples::vdp::VdpSweeper< time >.post_predict(), pfasst::examples::advection_diffusion::AdvectionDiffusionSweeper< time >.post_predict(), pfasst::examples::boris::BorisSweeper< scalar, time >.post_predict(), pfasst::examples::scalar::ScalarSweeper< time >.post_sweep(), pfasst::examples::vdp::VdpSweeper< time >.post_sweep(), pfasst::examples::advection_diffusion::AdvectionDiffusionSweeper< time >.post_sweep(), pfasst::examples::boris::BorisSweeper< scalar, time >.post_sweep(), pfasst::encap::ImplicitSweeper< time >.predict(), pfasst::encap::IMEXSweeper< time >.predict_with_left(), pfasst::encap::IMEXSweeper< time >.predict_without_left(), pfasst::encap::IMEXSweeper< time >.reevaluate(), pfasst::Controller< time >.set_duration(), pfasst::Controller< time >.set_step(), pfasst::encap::ImplicitSweeper< time >.sweep(), pfasst::examples::boris::BorisSweeper< scalar, time >.sweep(), pfasst::encap::IMEXSweeper< time >.sweep_with_left(), and pfasst::encap::IMEXSweeper< time >.sweep_without_left().

list plot.xsol = data[:,0]

Definition at line 8 of file plot.py.

list plot.ysol = data[:,1]

Definition at line 9 of file plot.py.