appliedchemlabwork_tayra package

Subpackages

• appliedchemlabwork_tayra.A3 package
  • Module contents
    • Subpackages
      • appliedchemlabwork_tayra.A3.calc_relative_viscosity
        • calc_relative_viscosity()
      • appliedchemlabwork_tayra.A3.calc_specific_viscosity
        • calc_specific_viscosity()
      • appliedchemlabwork_tayra.A3.calc_inherent_viscosity
        • calc_inherent_viscosity()
      • appliedchemlabwork_tayra.A3.calc_reduced_viscosity
        • calc_reduced_viscosity()
      • appliedchemlabwork_tayra.A3.calc_intrisic_viscosity
        • calc_intrisic_viscosity()
      • appliedchemlabwork_tayra.A3.calc_mw
        • calc_mw()
      • appliedchemlabwork_tayra.A3.DataSet
        • DataSet
      • appliedchemlabwork_tayra.A3.get_data
        • get_data()
      • appliedchemlabwork_tayra.A3.plot_and_process_data
        • plot_and_process_data()
• appliedchemlabwork_tayra.B1 package
  • Module contents
    • Submodules
      • appliedchemlabwork_tayra.B1.analyze
        • analyze()
• appliedchemlabwork_tayra.D1 package
  • Module contents
    • appliedchemlabwork_tayra.D1.ReactionData
      • ReactionData
        • ReactionData.__init__()
    • appliedchemlabwork_tayra.D1.calc_concentration
      • calc_concentration()
    • appliedchemlabwork_tayra.D1.calc_k_and_a
      • calc_k_and_a()
    • appliedchemlabwork_tayra.D1.calc_k_from_data
      • calc_k_from_data()
    • appliedchemlabwork_tayra.D1.calc_ln
      • calc_ln()
    • appliedchemlabwork_tayra.D1.calc_required_amount_hcl
      • calc_required_amount_hcl()
    • appliedchemlabwork_tayra.D1.check_match
      • check_match()
• appliedchemlabwork_tayra.D2 package
  • Module contents
    • Functions
      • appliedchemlabwork_tayra.D2.calc_concentration
        • calc_concentration()
      • appliedchemlabwork_tayra.D2.calc_weighted_mean
        • calc_weighted_mean()
      • appliedchemlabwork_tayra.D2.calc_weight
        • calc_weight()
• appliedchemlabwork_tayra.D3 package
  • Module contents
    • Module Functions
      • appliedchemlabwork_tayra.D3.estimate
        • estimate()
      • appliedchemlabwork_tayra.D3.find_boxes
        • find_boxes()
      • appliedchemlabwork_tayra.D3.plot_dna
        • plot_dna()
      • appliedchemlabwork_tayra.D3.SuperWindow
        • SuperWindow
    • SuperWindow
      • SuperWindow.createWindowContents()
      • SuperWindow.file_source
      • SuperWindow.img
      • SuperWindow.pick_file()
      • SuperWindow.pick_source_btn
      • SuperWindow.result_location
      • SuperWindow.start_btn
    • estimate()
    • find_boxes()
    • plot_dna()
• appliedchemlabwork_tayra.common package
  • Module contents
    • Submodules
      • appliedchemlabwork_tayra.common.calc_return_rate
        • calc_return_rate()
      • appliedchemlabwork_tayra.common.check_relation
        • check_relation()
      • appliedchemlabwork_tayra.common.csv_to_latex
        • csv_to_latex()
      • appliedchemlabwork_tayra.common.get_data
        • get_data()
• appliedchemlabwork_tayra.common.plot package
  • Module contents
    • Classes
      • appliedchemlabwork_tayra.common.plot.SpecialWindow
        • SpecialWindow
      • appliedchemlabwork_tayra.common.plot.CentralWidget
        • CentralWidget
    • Functions
      • appliedchemlabwork_tayra.common.plot.generate_points
        • generate_points()

Module contents

This is a Python package for analysis of raw data.

This is for the class “Laboratory Works on Applied Chemistry.”