Welcome to PanPython’s documentation!

• Features of PanPython SDK
  • Parallel High-Throughput-Calculation (HTC)
  • Optimization of Kinetic Model Parameters
  • Fast Post-Processing of HTC Data
  • Interactive Analysis of Materials Properties
• Installation
  • Run PanPython_SDK_2023_Setup.exe
  • Install PyCharm
  • Configure PyCharm and Open Solutions Examples with PanPython SDK
• Quick Start
• Solution Examples
  • Parallel High-Throughput Point Calculation (HTC)
    • About point HTC
    • Step-by-step guide
    • Inputs and outputs of this HTC task
    • Configuration file of point HTC
    • Record of HTC conditions
  • Post-Processing of data from Point HTC
    • About point HTC
    • A step-by-step guide
    • Visualize post-processed data
    • The inputs and outputs of this post-processing task
  • Generate an Table of Alloy Compositions for HTC in Pandat GUI
    • About point HTC
    • Step-by-step guide
  • Parallel High-Throughput Precipitation Calculation (HTC)
    • About precipitation HTC
    • Step-by-step guide
    • Inputs and outputs of this HTC task
    • Configuration file of continuous cooling
    • Configuration file of isothermal
    • Configuration file of loading heat treatment files
    • Configuration file of mixing composition and heat treatment
    • Record of HTC conditions
  • Post-Processing of data from Precipitation HTC
    • About precipitation HTC
    • A step-by-step guide
    • Visualize post-processed data
    • The inputs and outputs of this post-processing task
    • HTC condition JSON file
  • Optimization of Model Parameters in KDB
    • Step-by-step guide
    • Inputs and outputs of this kinetic optimization
    • Configuration file of kinetic optimization
    • KDB file for optimization
    • Experimental data for optimization
• API Reference
  • “System” Module
  • System
    • System.add_task()
    • System.run()
    • System.system_args
  • run_all_batchfiles()
  • “HTC Core” Module
  • Htc
    • Htc.failed_task
    • Htc.has_batch_file()
    • Htc.run_htc()
    • Htc.set_optimization()
  • “Kinetic Optimization” Module
  • KdbBuilder
    • KdbBuilder.elapsed_pandat_time
    • KdbBuilder.elapsed_solver_time
    • KdbBuilder.fit_wrapper()
  • “Pandat Utility: Pandat Run” Module
  • WinCmdProcess_2
    • WinCmdProcess_2.get_elapsed_time()
    • WinCmdProcess_2.run_silent()
  • “Parser: HTC Condition Parser” Module
  • JsonParser
    • JsonParser.opt_bounds
    • JsonParser.opt_condition
    • JsonParser.opt_protocol
    • JsonParser.task_map
    • JsonParser.task_type
    • JsonParser.units
    • JsonParser.write_PanHTC_interface()
    • JsonParser.write_statistics_log()
    • JsonParser.write_task_map()
    • JsonParser.write_thermal_history()
  • “Stat: Data Cleanup for HTC (Point Calculation)” Module
  • HtcPointInterpreter
    • HtcPointInterpreter.get_table_and_units()
  • “Stat: HTC Result Results Processing” Module
  • PandatHTCResultProcessor
    • PandatHTCResultProcessor.get_table_group()
    • PandatHTCResultProcessor.htc_condition_dict_creator()
    • PandatHTCResultProcessor.save_to_csv()
  • “Widgets: HTC Visualizer” Module
  • PointHtcViz
    • PointHtcViz.append_cond()
    • PointHtcViz.run()
  • PrecipitateHtcViz
    • PrecipitateHtcViz.run()
  • “Task: HTC” Module
  • HtcMesh
    • HtcMesh.run()
  • “Task: Kinetic Optimization” Module
  • KOpt
    • KOpt.run()
  • PropertyOpt
    • PropertyOpt.run()
• Troubleshooting
  • Add Python to PATH of Windows

Indices and tables

• Index

• Module Index

• Search Page