01 — MODEL
Model
Represent the elements of a system and the relationships between them.
Discover the features →DECISION SUPPORT THROUGH DYNAMIC SIMULATION
Understand a system, explore its evolution, test decisions.
TempReas makes it easy to represent a problem as a dynamic model, simulate its evolution over time and observe its consequences.
Based on system dynamics, TempReas allows you to explore different scenarios and better understand the interactions between the elements of a system.
Example: the State budget, generated with Claude
This model was not built by hand. It was generated by Claude, Anthropic's AI, from a prompt and a plain-language description of what I wanted to model. The result was then loaded directly into TempReas, which displays and simulates it.
Learn how to create a model with AI →
“State budget” model in TempReas. Drag the image or use the scroll bars to explore it.
02 — SIMULATE
Simulate
Evolve your model over time and observe its behaviour.
See the examples →
03 — EXPLORE
Explore
Change assumptions, test different scenarios and observe their consequences.
Read the documentation →
THE CENTRAL PRINCIPLE
Time is part of the model.
In TempReas, time is not simply a succession of calculation steps. Temporal relationships are an integral part of the model and make it possible to represent how systems evolve over time.
Discover temporal modelling →
AN APPROACH BASED ON SYSTEM DYNAMICS
From simple models to complex dynamic systems.
TempReas combines temporal modelling, dynamic simulation, vectorisation, optimisation and 3D visualisation in a single environment.
Discover all features
Temporal modelling
Time · Cycles · Chronology
Dynamic modelling
Stocks · Flows · Relationships
Advanced computing
Vectorisation · ReStartAt() · Optimisation
Visualisation
Charts · 3D · OpenGL · Animation
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