Pylsewave: A python toolkit to solve pulse wave dynamics
1.0
Contents:
Pylsewave: A python toolkit to solve pulse wave dynamics
Mathematical problem formulation
Numerical methods
Case studies
Bibliography
Appendix A: Non-linear system at conjuctions
Appendix B: Wrapping C++ classes in pylseWave via Cython
API documentation
Jupyter notebooks
Pylsewave: A python toolkit to solve pulse wave dynamics
Docs
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Index
B
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C
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D
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E
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F
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I
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L
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M
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N
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P
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R
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S
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U
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V
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W
B
BCs (class in pylsewave.bcs)
BCsWat (class in pylsewave.bcs)
bif (pylsewave.mesh.VesselNetwork attribute)
bifurcation_Jr() (pylsewave.bcs.BCs method)
(pylsewave.bcs.BCsWat method)
bifurcation_R() (pylsewave.bcs.BCs method)
(pylsewave.bcs.BCsWat method)
BloodWaveLaxWendroff (class in pylsewave.fdm)
BloodWaveMacCormack (class in pylsewave.fdm)
BloodWaveMacCormackGodunov (class in pylsewave.fdm)
C
calculate_R0() (pylsewave.mesh.Vessel method)
cfl_condition() (pylsewave.fdm.BloodWaveLaxWendroff method)
(pylsewave.fdm.BloodWaveMacCormack method)
(pylsewave.fdm.BloodWaveMacCormackGodunov method)
(pylsewave.fdm.FDMSolver method)
compute_c() (pylsewave.pdes.PDEm method)
(pylsewave.pdes.PDEsVisco method)
(pylsewave.pdes.PDEsWat method)
conj (pylsewave.mesh.VesselNetwork attribute)
conjuction_Jr() (pylsewave.bcs.BCs method)
(pylsewave.bcs.BCsWat method)
conjuction_R() (pylsewave.bcs.BCs method)
(pylsewave.bcs.BCsWat method)
cPDEm (class in pylsewave.cynum)
cPDEsWat (class in pylsewave.cynum)
cPDEsWatVisco (class in pylsewave.cynum)
D
dfdr() (pylsewave.mesh.Vessel static method)
dt (pylsewave.fdm.BloodWaveLaxWendroff attribute)
(pylsewave.fdm.BloodWaveMacCormack attribute)
(pylsewave.fdm.BloodWaveMacCormackGodunov attribute)
(pylsewave.fdm.FDMSolver attribute)
dx (pylsewave.mesh.Vessel attribute)
(pylsewave.mesh.VesselNetwork attribute)
E
exponential decay
F
f() (pylsewave.mesh.Vessel static method)
f_r0 (pylsewave.mesh.Vessel attribute)
FDMSolver (class in pylsewave.fdm)
flux() (pylsewave.pdes.PDEm method)
(pylsewave.pdes.PDEsVisco method)
(pylsewave.pdes.PDEsWat method)
I
I() (pylsewave.bcs.BCs method)
(pylsewave.bcs.BCsWat method)
id (pylsewave.mesh.Vessel attribute)
interpolate_R0() (pylsewave.mesh.Vessel method)
L
length (pylsewave.mesh.Vessel attribute)
linear_extrapolation() (pylsewave.bcs.BCsWat static method)
M
model problem
N
name (pylsewave.mesh.Vessel attribute)
Nx (pylsewave.mesh.VesselNetwork attribute)
P
PDEm (class in pylsewave.pdes)
PDEmCs (class in pylsewave.cynum)
pdes (pylsewave.bcs.BCs attribute)
(pylsewave.bcs.BCsWat attribute)
PDEsVisco (class in pylsewave.pdes)
PDEsWat (class in pylsewave.pdes)
pressure() (pylsewave.pdes.PDEm method)
(pylsewave.pdes.PDEsVisco method)
(pylsewave.pdes.PDEsWat method)
pylsewave.bcs (module)
pylsewave.cynum (module)
pylsewave.fdm (module)
pylsewave.mesh (module)
pylsewave.pdes (module)
R
r0 (pylsewave.mesh.Vessel attribute)
r_dist (pylsewave.mesh.Vessel attribute)
r_prox (pylsewave.mesh.Vessel attribute)
RLC (pylsewave.mesh.Vessel attribute)
S
set_BC() (pylsewave.fdm.BloodWaveLaxWendroff method)
(pylsewave.fdm.BloodWaveMacCormack method)
(pylsewave.fdm.BloodWaveMacCormackGodunov method)
(pylsewave.fdm.FDMSolver method)
set_boundary_layer_th() (pylsewave.cynum.cPDEm method)
(pylsewave.cynum.PDEmCs method)
(pylsewave.cynum.cPDEsWat method)
(pylsewave.cynum.cPDEsWatVisco method)
(pylsewave.pdes.PDEm method)
(pylsewave.pdes.PDEsVisco method)
(pylsewave.pdes.PDEsWat method)
set_k_vector() (pylsewave.mesh.Vessel method)
set_T() (pylsewave.fdm.BloodWaveLaxWendroff method)
(pylsewave.fdm.BloodWaveMacCormack method)
(pylsewave.fdm.BloodWaveMacCormackGodunov method)
(pylsewave.fdm.FDMSolver method)
solve() (pylsewave.fdm.BloodWaveLaxWendroff method)
(pylsewave.fdm.BloodWaveMacCormack method)
(pylsewave.fdm.BloodWaveMacCormackGodunov method)
(pylsewave.fdm.FDMSolver method)
source() (pylsewave.pdes.PDEm method)
(pylsewave.pdes.PDEsVisco method)
(pylsewave.pdes.PDEsWat method)
U
U_0() (pylsewave.bcs.BCs method)
(pylsewave.bcs.BCsWat method)
U_L() (pylsewave.bcs.BCs method)
(pylsewave.bcs.BCsWat method)
V
Vessel (class in pylsewave.mesh)
VesselNetwork (class in pylsewave.mesh)
W
w_th (pylsewave.mesh.Vessel attribute)