PlotLinearSolverResult 0.1.1

This project is for plot LinearMSTMM solver result that is write with hdf5.

PlotLinearSolverResult

This project is for plot LinearMSTMM solver result that is write with hdf5.

import PlotLinearSolverResult.read_from_hdf5 as rh
import matplotlib.pyplot as plt
import numpy as np

f = rh.H5File('test_write_vibration_characteristics.h5')
f.print_directory_information()

​    ├──Animation
​       └──Index
​          ├──Ground
​             └──Frame
​          └──Part_Beam
​             ├──Frame
​             └──Part_BeamNodes
​    ├──Curve
​       └──Index
​          ├──Ground
​             └──Markers
​                └──Marker_0
​          └──Part_Beam
​             └──Nodes
​    ├──ModalInformation
​       ├──Index
​          ├──Ground
​             └──Frame
​          └──Part_Beam
​             ├──Frame
​             └──Part_BeamNodes
​       ├──NaturalFrequencies
​       └──SystemModalMass
​    └──TimeStamps
​    [[[['/Animation/Index/Ground/Frame'],
​       ['/Animation/Index/Part_Beam/Frame',
​        '/Animation/Index/Part_Beam/Part_BeamNodes']]],
​     [[[['/Curve/Index/Ground/Markers/Marker_0']], [[]]]],
​     [[['/ModalInformation/Index/Ground/Frame'],
​       ['/ModalInformation/Index/Part_Beam/Frame',
​        '/ModalInformation/Index/Part_Beam/Part_BeamNodes']],
​      '/ModalInformation/NaturalFrequencies',
​      '/ModalInformation/SystemModalMass'],
​     '/TimeStamps']

keys = f.get_keys_attrs_dset('/Animation/Index/Part_Beam/Part_BeamNodes')
keys[5]

​    'PhysicalDisplacementY'

index = f.get_index_attr_dset_in_datas('/Animation/Index/Part_Beam/Part_BeamNodes',keys[5])
animation_datas = f.get_animation_datas()
times = f.get_TimeStamps()
plt.plot(times,animation_datas[:,index[0]])

​    [<matplotlib.lines.Line2D at 0x1ef4062c8d0>]