Developer Guide

[ This page is under development ]

This “Developing with Cello” section describes how to develop applications to use Cello’s scalable adaptive mesh refinement, including adding new computational methods, initial conditions, refinement criteria, etc.

• Enzo-E Coding Guidelines
  • Naming files
  • Naming classes
  • Naming class methods
  • Accessing Field data
    • Summary of field attributes
    • Relevant Field methods
    • Sample code for clearing active density zones
      • Traditional Approach
      • Preferred Approach
  • Accessing Particles
  • Preprocessor Macros
• Writing initial conditions
• Writing refinement criteria
• Writing Methods
  • compute()
  • name()
  • timestep()
  • compute_resume()
• Using CelloArray
  • Background
  • Design Goals
  • User Interface
    • Array Creation
    • Dimension Size
    • Element Access
    • Simple Assignment - Shallow/Deep Copies
    • Creating Subarrays
      • Subarray Examples
      • Additional CSlice features
    • Copying Elements between arrays
    • Pointer Semantics
  • Convenience
  • Examples
    • Copying Elements
    • Adding Flux Divergence
    • Direction Generalized Functions
  • EnzoEFltArrayMap
    • Overview
    • Basic Usage
      • Creation
      • Element Access
      • Copy and const Semantics
      • Other Utilities
    • Internal Data Organization
• Hydro/MHD C++ Infrastructure
  • Shorthand Terms
    • Integration/Primitive Quantities
    • stale depth
  • Centered Field Registry
  • General Design
    • Overview
    • Use of EnzoEFltArrayMap
  • Equation Of State
    • How to extend
  • Reconstructor
    • Public Interface
    • How to extend
  • Riemann Solver
    • Usage Notes
    • Implementation Notes: Kernels
      • EnzoRiemannLUT
      • EOSStruct Objects
      • KernelConfig<EOSStructT>
      • Kernel Requirements
      • Dual Energy Formalism Treatment
    • Adding new quantites
    • Adding new solvers
  • Updating integration quantities
  • Magnetic Field Integration
    • State Machine Methods
    • Physics Methods
    • Descriptor Methods
    • How to extend