KINTERA

Contents:

  • Installation
    • Prerequisites
      • System Requirements
      • Python Dependencies
    • Platform-Specific Setup
      • Linux (Ubuntu/Debian)
      • macOS
    • Installation Methods
      • Quick Installation (PyPI)
      • Installation from Source
      • Building with CUDA Support
    • Verifying Installation
      • Running Tests
    • Development Installation
    • Dependency Cache
    • Troubleshooting
      • Import Errors
      • Build Failures
  • Quickstart Guide
    • Basic Setup
      • Import Required Modules
      • Configuring Species
    • Simple Thermodynamic Calculations
      • Example 1: Jupiter Atmosphere
      • Example 2: Earth Atmosphere with Water Condensation
    • Working with Atmospheric Profiles
      • Computing Vertical Profiles
      • Computing Derived Quantities
    • Advanced Usage
      • Custom Reaction Mechanisms
      • Using Kinetics Module
    • Best Practices
    • Next Steps
  • User Guide
    • Core Concepts
      • Species and Composition
      • Thermodynamic State
      • Phase Equilibrium
    • Working with ThermoOptions
      • Basic Configuration
      • Species Configuration
      • Loading from YAML
    • Phase Transitions with NucleationOptions
      • Configuring Phase Transitions
      • Available SVP Models
      • Attaching to ThermoOptions
    • Computing Thermodynamic Properties
      • The ThermoX Class
      • Forward Computation
      • State Conversions
      • Adiabatic Extrapolation
    • Working with Chemical Kinetics
      • The Kinetics Module
      • Reaction Types
      • Arrhenius Reactions
      • Three-Body Reactions
      • Falloff Reactions
      • Configuring Kinetics
    • Utility Functions
      • Global Species Management
      • Resource Management
      • Computing Relative Humidity
    • GPU Acceleration
    • Type Hints and IDE Support
    • Error Handling
      • Common Issues and Solutions
    • Performance Tips
    • Advanced Topics
      • Custom Thermodynamic Models
      • Coupling with Other Models
  • API Reference
    • Core Classes
      • ThermoX
        • kintera.ThermoX
      • ThermoY
        • kintera.ThermoY
    • Configuration Classes
      • ThermoOptions
        • kintera.ThermoOptions
      • SpeciesThermo
        • kintera.SpeciesThermo
      • NucleationOptions
        • kintera.NucleationOptions
    • Reaction Classes
      • Reaction
        • kintera.Reaction
    • Kinetics Classes
      • Kinetics
        • kintera.Kinetics
      • KineticsOptions
        • kintera.KineticsOptions
      • ArrheniusOptions
        • kintera.ArrheniusOptions
      • Arrhenius
        • kintera.Arrhenius
      • CoagulationOptions
        • kintera.CoagulationOptions
    • Evaporation Classes
      • Evaporation
        • kintera.Evaporation
      • EvaporationOptions
        • kintera.EvaporationOptions
    • Module-Level Functions
      • Species Management
        • kintera.species_names()
        • kintera.set_species_names()
        • kintera.species_weights()
        • kintera.set_species_weights()
        • kintera.species_cref_R()
        • kintera.set_species_cref_R()
        • kintera.species_uref_R()
        • kintera.set_species_uref_R()
        • kintera.species_sref_R()
        • kintera.set_species_sref_R()
      • Resource Management
        • kintera.get_search_paths()
        • kintera.set_search_paths()
        • kintera.add_resource_directory()
        • kintera.find_resource()
      • Utility Functions
        • kintera.relative_humidity()
        • kintera.evolve_implicit()
    • Constants
      • kintera.constants
    • Type Aliases
  • Examples
    • Example 1: Simple Jupiter Atmosphere
    • Example 2: Earth Atmosphere with Water Condensation
    • Example 3: Vertical Profile with Adiabatic Extrapolation
    • Example 4: Custom Reaction Mechanism
    • Example 4a: Falloff and Three-Body Reactions
    • Example 5: GPU Acceleration
    • Example 6: Type Checking with MyPy
    • Example 7: Integration with External Data
    • Running the Examples
    • Contributing Examples
KINTERA
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