2012) coupled with CONTAM 3.1 (Walton and Dols 2008) through a data. (a computational fluid dynamics (CFD) program) with TRNSYS (a building energy simulation (BES). Robber Effect Petri Lankoski Sdertrn Univeristy The whole building annual energy analysis is conducted by using TRNSYS 17.1 (TRNSYS. Resource gain Petri Lankoski Sdertrn Univeristy
Trnsys cfd code#
Model #!/usr/bin/python import random from collections import Counter # board model (2 victory points) field1 = The above model does not contain handling for robber The code for simulating this model is bit more complicated Petri Lankoski Sdertrn Univeristy Simulation set-up 4 victory point set-up Settlements -> cities 6 victory point sim 1&2) 8 victory point sim Petri Lankoski Sdertrn Univeristy Great reusability for model geometry and. CFD, Artificial and naturali light simulations. Simulation How the players gain resources Simplified Robber vs no robber discard Only resource amount simulated, not types Assumptions Four player game 0-3 resources at hand when ones turn ends Model for using resources One specific board set-up The results does not vary much board to board The results can vary with not optimal settlement placements 50 000 iterations used Petri Lankoski Sdertrn Univeristy Trnsys reinfored building part quite well and it's updating building part annually. Simulating a game system Model sum of two six sided dice -> sum of two random numbers between 1 to 6 Weapon: change to hit, damage dealt & fire rate Simulating system Run model many times to learn how the system behaves Run 50000 times and calculate distribution or averages, average damage per minute, etc. Simulations Game systems with random component are complex Simulations can help to understand how a part of the system behaves One does not need ready game for simulation Does not replace playtesting But simulation can show the features work in the long run Balancing weapons & troops non-symmetrical things are hard to balance Petri Lankoski Sdertrn Univeristy Figure 2 shows the outline of the calculation room. Modeling using TRNSYS environment: TRNSYS is an environment, where a model is represented by a number of modules connected to each other using constant parameters, and input/output variables. TRNSYS 16 for the air-conditioning simulation and FLUENT 6.3 for the CFD simulation were used.
Simulations Evaluating game system behavior Petri Lankoski Sdertrn Univeristy Figure 1 shows the outline of the coupled simulation.