Learn SIMULA with Real Code Examples

Simulation performance depends on compiler efficiency

Coroutines are cooperative, limiting parallelism

Large simulations may require optimization of event handling

Memory usage depends on object and process counts

Historical compilers may not be optimized for modern hardware

Strong typing reduces common errors

Simula is primarily educational; not used in untrusted environments

Coroutines avoid shared-state concurrency issues

Safe memory access via class encapsulation

Validate input for simulation parameters to avoid runtime errors

Track coroutine execution order

Profile simulation runtime

Log object interactions

Analyze event queue behavior

Monitor memory usage for objects and processes

Use inheritance wisely to reduce duplication

Document class hierarchy

Validate coroutine interactions

Unit test simulation scenarios

Encapsulate state within objects