CCD Tools

• Introduction
• Installation
  • Windows
    • Anaconda installation
    • Git installation
    • (Optional) MiKTeX
    • Installing ccd_tools
  • OLD
    • Installing the Anaconda Python distribution
    • Installing the DD tools
    • (optional) Installing MiKTex
    • Problems
  • Linux
    • Python - general
    • Getting Started: CCD-tools with Anaconda
    • Getting Started: CCD-tools with Virtualenv
    • Getting Started: ccd-tools with Jupyter Notebooks and Virtualenv
    • Supplementary installation instructions
  • Old installation guide
• Getting Started
  • Workflow
  • Batch files
    • Windows
    • Linux
  • Example: Fitting one spectrum
  • Example: Fitting multiple spectra using a time regularisation
• Fit Routines
  • ccd_single
    • Environment variables
    • Command line options
    • Usage Examples
  • ccd_time
    • Environment variables
    • Command line options
    • Regularisation Parameters
  • ddps.py
    • Command line options
• Theory of SIP models
  • Overview
    • Mathematical helper terms
  • Debye decomposition resistivities
    • complex
    • real and imaginary parts
    • Derivatives
    • Relating peak frequency of imaginary part to relaxation time
    • Peak relaxation times
  • Debye decomposition on conductivities
    • complex
    • real and imaginary parts
    • derivatives
  • Cole-Cole decomposition resistivities
    • complex
    • real and imaginary parts
    • partial derivatives
    • Partial derivatives respect to :
  • Cole-Cole decomposition conductivities
    • complex
    • real and imaginary parts
    • partial derivatives
    • Partial derivatives respect to :
  • Formulation using the dielectric constant
    • Transformation to conductivity
  • Coverage
    • 
    • 
  • Literature
  • Integral Parameters
• Inversion and implementation details
  • Inversion
  • Jacobian
• Usage and implementation details
  • Input Data files
    • Input data formats
  • Output Files
    • ascii_audit format
    • ascii format
  • Starting Models
    • Model 1
    • Model 2
    • Model 3
    • Notes on possible conductivity extension
  • Best practices
  • Normalization
  • Determining relaxation time ranges
  • Using the Cole-Cole distribution
  • Creating synthetic relaxation time distributions
• Profiling and Debugging
  • Debugging notes
    • Testing and characterization
• API
  • lib_dd package
    • Subpackages
    • Submodules
    • lib_dd.Jacobian module
    • lib_dd.base_class module
    • lib_dd.int_pars module
    • lib_dd.interface module
    • lib_dd.plot module
    • lib_dd.plot_stats module
    • lib_dd.starting_parameters module
    • lib_dd.test_functions module
    • lib_dd.version module
    • Module contents
  • lib_dd.conductivity package
    • Submodules
    • lib_dd.conductivity.model module
    • Module contents
  • lib_dd.io package
    • Submodules
    • lib_dd.io.ascii module
    • lib_dd.io.ascii_audit module
    • lib_dd.io.helper module
    • lib_dd.io.io_general module
    • Module contents

Indices and tables

• Index

• Module Index

• Search Page