Computer Aided Simulation Program (CASP) is a block diagram based modeling and simulation tool for executing developed models on multiple target hardware in real time with external input output connected. It provides rich set of GUI tools for developing custom blocks and custom target hardware.

Key Features

• Model Editor for creating and managing hierarchical block diagrams and model files.
• CASP Python libraries to build and run CASP models from user python scripts.
• Prebuilt configurable block library containing both physical elements and non-physical functions.
• Scopes, data displays and controls for viewing simulation results and enabling user to alter system parameters during simulation run time.
• Tools for creating and integrating existing user code and libraries through custom blocks.
• Real time multi-threaded execution engine supporting modern hardware having multi-core CPUs and GPUs.
• Supports wide range of commercially available target hardware including 8bit to 32bit microcontroller boards, FPGAs, boards with embedded OS, SBCs, Desktop/Server systems etc.
• Capability to interface with any given external hardware including general purpose sensors & actuators, embedded devices, instruments, multimedia devices etc.
• Supports parallel processing programming languages such as OpenMP, OpenCL, CUDA etc.
• Primarily based on C/C++ code base. Fortran and Python extensions for supported targets are available.

Application Domain

• Multi domain modeling and simulation
• Scientific and engineering studies
• Control and automation applications
• Rapid Prototyping
• Hardware in loop simulation & testing
• Robotics & AI
• Operator training