Iason Bournas's profile - activity

Thank you for informing, much appreciated!

Thank you for your reply; the AirBoundary object does the job in E+ 9.6. I was wondering if you have an answer for the l

Long-wave radiation exchange between surfaces of 2 zones connected via airwall Hi, I have an E+ model that includes 2 t

Longwave radiation from surface to surface Hi, I have an E+ model that includes 2 thermal zones (Zone 1 and Zone 2) con

Hi, yes the 2000 cd/m² is a recommended threshold value to use, if you are going for the threshold method. Now, on whi

I am not familiar either, but i ran some tests since this discussion and it seems that more threads decrease simulation

Thank you Dan, i will follow your advice, and Nathaniel's.

I am looking for a hardware solution that will be able to run rtrace, specifically illuminance (point-in-time and annual) simulations fast, relatively speaking. What is the optimum choice? For instance, multiple threads clocked lower or less threads clocked really high? Do ram or hard-drive have any impact too?

Thank you for the feedback Nathaniel, Amdah's Law explains a lot. I only run one simulation at a time, max 300 sensors.

Important computer specs (cpu clock, nr of cores/threads, ram, etc.) if you want rtrace to compute faster? I am looking

Radiance via Honeybee, trying to see which parts of the calculation contributed most to the overall illuminance of a point. Is there a results viewer program for Radiance output of that sort?

Ok thank you Greg!

Thank you Greg, it makes sense that they are inseparable. So then if one needs to test whether a "mirror" material has b

Can i read the different contributions (direct, indirect specular, indirect diffuse) that sum up to the illuminance (lux