#28 Ultimate Ladybug Course - Finale.

This is the 28th video in the Ultimate Ladybug Course and serves as a recap of various tools and concepts covered throughout the series. The video revisits tools like Adaptive Comfort, PMV Comfort, PET Body Parameters, and UTCI Comfort, detailing their functionalities, input options, and use cases in environmental comfort analysis. Key points include:
1. Adaptive Comfort Parameters:
Explains ASHRAE (US standard) vs. EN (European norm) standards for comfort ranges.
Highlights inputs such as neutral temperature offset, airspeed adjustments, and prevailing outdoor temperature.
Emphasizes their application in buildings without HVAC systems.
2. PMV Comfort Parameters:
Focuses on thermal comfort studies for conditioned spaces.
Describes inputs like PPD threshold, humidity ratio, and airspeed thresholds.
Discusses integration with Honeybee and tools like PMV Polygon and Comfort Map.
3. Solar Body Parameters:
Describes tools for analyzing solar radiation effects on the human body.
Includes factors like posture, orientation, and solar angle.
4. UTCI Comfort Parameters:
Explains threshold fine-tuning for localized and cultural differences in thermal comfort.
Details integration with Honeybee and visualization tools.
The instructor notes that Ladybug is continually evolving, with new tools and features being added. They briefly mention tools like radiant asymmetry and ankle draft, which were not deeply covered in the course. The video concludes the series, promising a strong foundational understanding for future updates and encouraging viewers to explore Ladybug further.

[@xi8513]

Thank you for enabling the audio track in other languages 🥳

[@PhilippGalvanDesign]

Yes, that's a new feature on KZbin!

[@9oclockmovie]

Hello! I have watched all your lecture videos and they have helped me a lot in my research. I am currently trying to implement a residential complex design that improves thermal environment deterioration using Grasshopper through Galapagos. Can you give me some tips on which lecture contents I should focus on and use?