Gumroad - Environmental COMPLETE BUNDLE with Daniel Nielsen
- کاربرد : آموزش باندل کامل محیط در گراس هاپر
- نوع فایل : فیلم آموزشی
- زبان : انگلیسی
- سیستم عامل : Windows-Mac-Linux-Android-iOS
- تولید کننده : Gumroad
- سال تولید : 2018
توضیحات
شبیه سازی محیط زیست قسمت 1
0.1 معرفی Webinar
0.2 نصب Ladybug برای Grasshopper (+ Rhino)
0.3 شروع به کار با Ladybug برای Grasshopper (+ Rhino)
0.4 مقدمه ای بر تحلیل طراحی محیطی – فرآیند و متودولوژی
مرحله 1 تجزیه و تحلیل CLIMATE (NO MODEL)
1.0 مقدمه به تجزیه و تحلیل اقلیم
1.1 پیدا کردن و وارد کردن فایل داده آب و هوا
1.2 مسیر خورشید
1.3 نمودار دما
1.3 نمودار رطوبت
1.5 در معرض باد قرار دادن گل رز
1.6 تجزیه و تحلیل راحت بر اساس داده های آب و هوا
1.7 نمودار روانشناختی
1.8 نمودار بیوشیمیایی
1.9 نمودار و دوره تحلیل سفارشی
مرحله 2A تجزیه و تحلیل موارد موجود در شهر (با مدل)
2a.0 مقدمه ای بر تحلیل فضای شهری موجود
2a.1 مدل های واردات زمینه از Rhino
مرحله 2A تجزیه و تحلیل موجودی های موجود در شهر (با مدل)
2a.0 مقدمه ای بر تحلیل فضای شهری موجود
2a.1 مدل های واردات زمینه از Rhino
2a.2 رادیو اکتیو رز
2a.3 فن خورشیدی / پوشش
مرحله 2B تجزیه و تحلیل مسافت های جدید / توسعه (با مدل)
2b.0 مقدمه ای بر تحلیل فضاهای شهری جدید
2b.1 واردات ساختمان های جدید شهری و / یا المنت ها از Rhino
2b.2 پارامتریک مدل های گرس هاپر
2b.3 رادیواکتیو رز
شبیه سازی محیط زیست قسمت 2
از مرحله 0 شروع می شود
0.1 معرفی Webinar
0.2 تازه سازی Ladybug برای Grasshopper (برای راینو)
0.3 تازه ترین تحلیل طراحی محیطی – فرایند و متودولوژی
مرحله 1 تجزیه و تحلیل اقیم (بدون مدل)
1.1 پیدا و وارد کردن فایل داده آب و هوا
1.2 مسیر خورشید
مرحله 2 تجزیه و تحلیل موجودی های منطقه (با مدل)
2a.0 تجدید کوتاه تجزیه و تحلیل فضاهای شهری موجود
2a.1 تکرار کوتاه واردات مدل های زمینه از Rhino
2a.2 ساعات آفتابی
2a.3 ساعات آفتابی ترکیب شده
2a.4 مشاهده / نمایش تجزیه و تحلیل
مرحله 3A تجزیه و تحلیل ساختمان های موجود (با مدل)
3a.0 مقدمه ای بر تحلیل ساختمان های موجود
3a.1 تابش در نمای خارجی
مرحله 3B تحلیل ساختمان های جدید ( با مدل)
3b.0 مقدمه ای بر تحلیل مفاهیم ساختمان جدید متنی
3b.1 تابش در نمای خارجی
3b.2 مطالعه ی جهت گیری ساده بر اساس تابش
3b.3 مطالعه ی جهت گیری ساده بر اساس ساعات نور خورشید در ارتباط با فضاهای شهری
3b.4 مطالعه ی جهت گیری ساده بر اساس قابلیت مشاهده در ارتباط با فضاهای شهری
3b.5 مطالعه ی جهت گیری ساده بر اساس دیدگاه ساختمان
عناوینی از این دوره آموزشی :
مرحله 1 تجزیه و تحلیل CLIMATE (NO MODEL)
مرحله 2A تجزیه و تحلیل موارد موجود در شهر (با مدل)
مرحله 3A تجزیه و تحلیل ساختمان های موجود (با مدل)
0.1 معرفی Webinar
0.2 نصب Ladybug برای Grasshopper (+ Rhino)
0.3 شروع به کار با Ladybug برای Grasshopper (+ Rhino)
0.4 مقدمه ای بر تحلیل طراحی محیطی – فرآیند و متودولوژی
مرحله 1 تجزیه و تحلیل CLIMATE (NO MODEL)
1.0 مقدمه به تجزیه و تحلیل اقلیم
1.1 پیدا کردن و وارد کردن فایل داده آب و هوا
1.2 مسیر خورشید
1.3 نمودار دما
1.3 نمودار رطوبت
1.5 در معرض باد قرار دادن گل رز
1.6 تجزیه و تحلیل راحت بر اساس داده های آب و هوا
1.7 نمودار روانشناختی
1.8 نمودار بیوشیمیایی
1.9 نمودار و دوره تحلیل سفارشی
مرحله 2A تجزیه و تحلیل موارد موجود در شهر (با مدل)
2a.0 مقدمه ای بر تحلیل فضای شهری موجود
2a.1 مدل های واردات زمینه از Rhino
مرحله 2A تجزیه و تحلیل موجودی های موجود در شهر (با مدل)
2a.0 مقدمه ای بر تحلیل فضای شهری موجود
2a.1 مدل های واردات زمینه از Rhino
2a.2 رادیو اکتیو رز
2a.3 فن خورشیدی / پوشش
مرحله 2B تجزیه و تحلیل مسافت های جدید / توسعه (با مدل)
2b.0 مقدمه ای بر تحلیل فضاهای شهری جدید
2b.1 واردات ساختمان های جدید شهری و / یا المنت ها از Rhino
2b.2 پارامتریک مدل های گرس هاپر
2b.3 رادیواکتیو رز
شبیه سازی محیط زیست قسمت 2
از مرحله 0 شروع می شود
0.1 معرفی Webinar
0.2 تازه سازی Ladybug برای Grasshopper (برای راینو)
0.3 تازه ترین تحلیل طراحی محیطی – فرایند و متودولوژی
مرحله 1 تجزیه و تحلیل اقیم (بدون مدل)
1.1 پیدا و وارد کردن فایل داده آب و هوا
1.2 مسیر خورشید
مرحله 2 تجزیه و تحلیل موجودی های منطقه (با مدل)
2a.0 تجدید کوتاه تجزیه و تحلیل فضاهای شهری موجود
2a.1 تکرار کوتاه واردات مدل های زمینه از Rhino
2a.2 ساعات آفتابی
2a.3 ساعات آفتابی ترکیب شده
2a.4 مشاهده / نمایش تجزیه و تحلیل
مرحله 3A تجزیه و تحلیل ساختمان های موجود (با مدل)
3a.0 مقدمه ای بر تحلیل ساختمان های موجود
3a.1 تابش در نمای خارجی
مرحله 3B تحلیل ساختمان های جدید ( با مدل)
3b.0 مقدمه ای بر تحلیل مفاهیم ساختمان جدید متنی
3b.1 تابش در نمای خارجی
3b.2 مطالعه ی جهت گیری ساده بر اساس تابش
3b.3 مطالعه ی جهت گیری ساده بر اساس ساعات نور خورشید در ارتباط با فضاهای شهری
3b.4 مطالعه ی جهت گیری ساده بر اساس قابلیت مشاهده در ارتباط با فضاهای شهری
3b.5 مطالعه ی جهت گیری ساده بر اساس دیدگاه ساختمان
عناوینی از این دوره آموزشی :
مرحله 1 تجزیه و تحلیل CLIMATE (NO MODEL)
مرحله 2A تجزیه و تحلیل موارد موجود در شهر (با مدل)
مرحله 3A تجزیه و تحلیل ساختمان های موجود (با مدل)
Description
_STEP 0 GETTING STARTED
0.1 Webinar introduction
0.2 Installation of Ladybug for Grasshopper (+Rhino)
0.3 Getting started with Ladybug for Grasshopper (+Rhino)
0.4 Introduction to Environmental Design Analysis - process and methodology
_STEP 1 CLIMATE ANALYSIS (NO MODEL)
1.0 Introduction to Climate Analysis
1.1 Finding and importing weather data file
1.2 Sun Path
1.3 Temperature chart
1.4 Humidity chart
1.5 Wind Rose
1.6 Comfort Analysis based on weather data
1.7 Psychrometric Chart
1.8 Bioclimactic Chart
1.9 Customizing Analysis Period and Charts
_STEP 2A ANALYSIS OF EXISTING URBAN SPACES (WITH MODEL)
2a.0 Introduction to Analysis of existing Urban Spaces
2a.1 Import Context models from Rhino
2a.2 Radiation Rose
2a.3 Solar Fan / Envelope
_STEP 2B ANALYSIS OF NEW URBAN SPACES / DEVELOPMENT (WITH MODEL)
2b.0 Introduction to Analysis of new Urban Spaces
2b.1 Import new Urban Buildings and/or Elements from Rhino
2b.2 Parametric Grasshopper models
2b.3 Radiation Rose
-------------------
ENVIRONMENTAL SITE SIMULATIONS part 2
_STEP 0 GETTING STARTED
0.1 Webinar introduction
0.2 Short refresh of Ladybug for Grasshopper (for Rhino)
0.3 Short refresh of Environmental Design Analysis - process and methodology
_STEP 1 CLIMATE ANALYSIS (NO MODEL)
1.1 Finding and importing weather data file
1.2 Sun Path
_STEP 2 A ANALYSIS OF EXISTING URBAN SPACES (WITH MODEL)
2a.0 Short repetition to Analysis of existing Urban Spaces
2a.1 Short repetition of importing Context models from Rhino
2a.2 Sunlight Hours
2a.3 Sunlight Hours Combined
2a.4 Visibility / View Analysis
_STEP 2 B ANALYSIS OF NEW URBAN SPACES / DEVELOPMENT (WITH MODEL)
2b.0 Short repetition to Analysis of new Urban Spaces
2b.1 Short repetition of importing new Urban Buildings and/or Elements from Rhino
2b.2 Parametric Grasshopper models
2b.3 Sunlight Hours
2b.4 Sunlight Hours Combined
2b.5 Visibility / View Analysis
_STEP 3A ANALYSIS OF EXISTING BUILDINGS (WITH MODEL)
3a.0 Introduction to Analysis of existing Buildings
3a.1 Radiation on exterior facades
_STEP 3B ANALYSIS OF NEW CONTEXTUAL BUILDING CONCEPTS (WITH MODEL)
3b.0 Introduction to Analysis of new contextual Building Concepts
3b.1 Radiation on exterior facades
3b.2 Simple orientation study based on Radiation
3b.3 Simple orientation study based on Sunlight Hours in relation to Urban Spaces
3b.4 Simple orientation study based on Visibility in relation to Urban Spaces
3b.5 Simple orientation study based on Visibility of the building
3b.6 Short note about parametric studies with Galapagos and Octopus
-------------------
BUILDING PERFORMANCE SIMULATIONS part 1
_STEP 0 GETTING STARTED
0.1 Webinar introduction
0.2 Installation of Honeybee for Grasshopper (+Rhino)
0.3 Getting started with Honeybee for Grasshopper (+Rhino)
0.4 Introduction to Environmental Design Analysis - process and methodology
_STEP 1 CREATING ZONE MODELS IN HONEYBEE
1.0 Introduction to model types
1.1 Import Context models from Rhino
1.2 Import new Urban Buildings from Rhino
1.3 Create simple Parametric Grasshopper models
1.4 Transform a geometrical model into a HB zone model
_STEP 2A ANALYSIS OF CONCEPTUAL ROOMS AND FACADE DESIGN - DAYLIGHT
2a.0 Introduction to Analysis of conceptual Rooms and Facade design
2a.1 Introduction to Visual Comfort and different daylight simulations
2a.2 Setting-up daylight models
2a.3 Daylight levels time-based (lux)
2a.4 Annual Daylight simulation (%)
2a.5 Glare analysis
2a.6 Visualization of simulations in model or image
2a.7 Selecting, Creating and Applying materials (reflectance) to surfaces or zones
-------------------
BUILDING PERFORMANCE SIMULATIONS part 2
_STEP 0 GETTING STARTED
0.1 Webinar introduction
0.2 Short repetition to Honeybee for Grasshopper (+Rhino)
0.3 Short repetition to Environmental Design Analysis - process and methodology
_STEP 1 CREATING ZONE MODELS IN HONEYBEE
1.0 Short repetition to model types
1.1 Create simple Parametric Grasshopper models
_STEP 2 ANALYSIS OF CONCEPTUAL ROOMS AND FACADE DESIGN - ENERGY AND COMFORT
2b.0 Short repetition to Analysis of conceptual Rooms and Facade design
2b.1 Introduction to Thermal Comfort and Energy simulations
2b.2 Setting-up Comfort / Energy models (zone properties etc.)
2b.3 Visualizing simulation results (zones and surface)
2b.4 Zone and Surface Gains and losses
2b.5 Total Energy simulation
2b.6 Comport Analysis
2b.7 Selecting, Creating and Applying thermal properties to surfaces or zones
_STEP 3 ANALYSIS OF NEW CONTEXTUAL BUILDING CONCEPTS
3.0 Introduction to Analysis of new contextual Building Concepts
3.1 Importing energy models generated from other tools
3.2 Simulation of Visual Comfort of selected contextual rooms
3.3 Simulation of Thermal Comfort of selected contextual rooms
3.4 Simulation of Energy use of selected contextual rooms
_STEP 4 PARAMETRIC SIMULATIONS OF CONCEPTUAL ROOMS AND FACADE
4.0 Introduction to Parametric simulations
4.1 Short note about parametric studies with Galapagos and Octopus
-------------------
DANIEL NIELSEN
The Danish architect Daniel Nielsen has a broad experience with Architectural Sustainability and the integration of parametric 3D modeling and simulation tools into the process. He have worked on projects at various scales - from buildings to planning, and have been involved in research and education programs at The Royal Danish Academy of Fine Arts and Technical University of Denmark.
-------------------
BEFORE THE WEBINAR
Instructions for Installing Ladybug + Honeybee and other needed software
(Follow steps 0-4 for basic functionality and 0-10 for full functionality)
0 If you have an old version of LB+HB, download this file and open it in Grasshopper to remove your old Ladybug and Honeybee version. https://app.box.com/s/ds96em9l6stxpcw8kgtf
1 Make sure you have a copy of both Rhino and Grasshopper installed that is working and up to date
2 Open Rhino and type "Grasshopper" into the command line (without quotations) and wait for grasshopper to load.
3 Install GHPython 0.6.0.3 by downloading the file from this link and drag the .gha file onto the Grasshopper canvas. http://www.food4rhino.com/project/ghpython?ufh
4 Download Ladybug and Honeybee from food4rhino. You need to have an account to download, create one or use the one you have and login. http://www.food4rhino.com/project/ladybug-honeybee
5 Select all and drag and drop all of the userObject files onto your Grasshopper canvas. You should see Ladybug and Honeybee appear as tabs in the grasshopper tool bar.
6 Restart Rhino and Grasshopper. You now have a fully-functioning Ladybug. Install Honeybee, follow the below steps
7 Install Radiance to C:\Radiance by download it from this link and run the exe file.
https://github.com/NREL/Radiance/releases/download/4.2.2/radiance-4.2.2-win32.exe
8 Install Daysim 4.0 for Windows to C:\DAYSIM by downloading it at this link and run the exe file. http://daysim.ning.com/page/download
9 Install EnergyPlus 8.1 to C:\EnergyPlusV8-1-0 by going to the DOE website. It is needed to have an account, create one or login and select 8.1.0.009 either 32 or 64 bit. After download run the exe file. http://apps1.eere.energy.gov/buildings/energyplus/energyPlus_download.cfm?previous
10 Download and Copy (no installation is needed only copy-paste the files) falsecolor2.exe and evalglare.exe to C:\Radiance\bin
http://pyrat.googlecode.com/files/falsecolor2.exe
http://www.ise.fraunhofer.de/en/downloads-englisch/software/evalglare_windows.zip/at_download/file
You now have a fully-working version of ladybug and honeybee
FURTHER DOWNLOADS / INSTALLATIONS
11 Download this plugin for image visualization, and place the .gha file in the below folder path, the username is probably your login name.
0.1 Webinar introduction
0.2 Installation of Ladybug for Grasshopper (+Rhino)
0.3 Getting started with Ladybug for Grasshopper (+Rhino)
0.4 Introduction to Environmental Design Analysis - process and methodology
_STEP 1 CLIMATE ANALYSIS (NO MODEL)
1.0 Introduction to Climate Analysis
1.1 Finding and importing weather data file
1.2 Sun Path
1.3 Temperature chart
1.4 Humidity chart
1.5 Wind Rose
1.6 Comfort Analysis based on weather data
1.7 Psychrometric Chart
1.8 Bioclimactic Chart
1.9 Customizing Analysis Period and Charts
_STEP 2A ANALYSIS OF EXISTING URBAN SPACES (WITH MODEL)
2a.0 Introduction to Analysis of existing Urban Spaces
2a.1 Import Context models from Rhino
2a.2 Radiation Rose
2a.3 Solar Fan / Envelope
_STEP 2B ANALYSIS OF NEW URBAN SPACES / DEVELOPMENT (WITH MODEL)
2b.0 Introduction to Analysis of new Urban Spaces
2b.1 Import new Urban Buildings and/or Elements from Rhino
2b.2 Parametric Grasshopper models
2b.3 Radiation Rose
-------------------
ENVIRONMENTAL SITE SIMULATIONS part 2
_STEP 0 GETTING STARTED
0.1 Webinar introduction
0.2 Short refresh of Ladybug for Grasshopper (for Rhino)
0.3 Short refresh of Environmental Design Analysis - process and methodology
_STEP 1 CLIMATE ANALYSIS (NO MODEL)
1.1 Finding and importing weather data file
1.2 Sun Path
_STEP 2 A ANALYSIS OF EXISTING URBAN SPACES (WITH MODEL)
2a.0 Short repetition to Analysis of existing Urban Spaces
2a.1 Short repetition of importing Context models from Rhino
2a.2 Sunlight Hours
2a.3 Sunlight Hours Combined
2a.4 Visibility / View Analysis
_STEP 2 B ANALYSIS OF NEW URBAN SPACES / DEVELOPMENT (WITH MODEL)
2b.0 Short repetition to Analysis of new Urban Spaces
2b.1 Short repetition of importing new Urban Buildings and/or Elements from Rhino
2b.2 Parametric Grasshopper models
2b.3 Sunlight Hours
2b.4 Sunlight Hours Combined
2b.5 Visibility / View Analysis
_STEP 3A ANALYSIS OF EXISTING BUILDINGS (WITH MODEL)
3a.0 Introduction to Analysis of existing Buildings
3a.1 Radiation on exterior facades
_STEP 3B ANALYSIS OF NEW CONTEXTUAL BUILDING CONCEPTS (WITH MODEL)
3b.0 Introduction to Analysis of new contextual Building Concepts
3b.1 Radiation on exterior facades
3b.2 Simple orientation study based on Radiation
3b.3 Simple orientation study based on Sunlight Hours in relation to Urban Spaces
3b.4 Simple orientation study based on Visibility in relation to Urban Spaces
3b.5 Simple orientation study based on Visibility of the building
3b.6 Short note about parametric studies with Galapagos and Octopus
-------------------
BUILDING PERFORMANCE SIMULATIONS part 1
_STEP 0 GETTING STARTED
0.1 Webinar introduction
0.2 Installation of Honeybee for Grasshopper (+Rhino)
0.3 Getting started with Honeybee for Grasshopper (+Rhino)
0.4 Introduction to Environmental Design Analysis - process and methodology
_STEP 1 CREATING ZONE MODELS IN HONEYBEE
1.0 Introduction to model types
1.1 Import Context models from Rhino
1.2 Import new Urban Buildings from Rhino
1.3 Create simple Parametric Grasshopper models
1.4 Transform a geometrical model into a HB zone model
_STEP 2A ANALYSIS OF CONCEPTUAL ROOMS AND FACADE DESIGN - DAYLIGHT
2a.0 Introduction to Analysis of conceptual Rooms and Facade design
2a.1 Introduction to Visual Comfort and different daylight simulations
2a.2 Setting-up daylight models
2a.3 Daylight levels time-based (lux)
2a.4 Annual Daylight simulation (%)
2a.5 Glare analysis
2a.6 Visualization of simulations in model or image
2a.7 Selecting, Creating and Applying materials (reflectance) to surfaces or zones
-------------------
BUILDING PERFORMANCE SIMULATIONS part 2
_STEP 0 GETTING STARTED
0.1 Webinar introduction
0.2 Short repetition to Honeybee for Grasshopper (+Rhino)
0.3 Short repetition to Environmental Design Analysis - process and methodology
_STEP 1 CREATING ZONE MODELS IN HONEYBEE
1.0 Short repetition to model types
1.1 Create simple Parametric Grasshopper models
_STEP 2 ANALYSIS OF CONCEPTUAL ROOMS AND FACADE DESIGN - ENERGY AND COMFORT
2b.0 Short repetition to Analysis of conceptual Rooms and Facade design
2b.1 Introduction to Thermal Comfort and Energy simulations
2b.2 Setting-up Comfort / Energy models (zone properties etc.)
2b.3 Visualizing simulation results (zones and surface)
2b.4 Zone and Surface Gains and losses
2b.5 Total Energy simulation
2b.6 Comport Analysis
2b.7 Selecting, Creating and Applying thermal properties to surfaces or zones
_STEP 3 ANALYSIS OF NEW CONTEXTUAL BUILDING CONCEPTS
3.0 Introduction to Analysis of new contextual Building Concepts
3.1 Importing energy models generated from other tools
3.2 Simulation of Visual Comfort of selected contextual rooms
3.3 Simulation of Thermal Comfort of selected contextual rooms
3.4 Simulation of Energy use of selected contextual rooms
_STEP 4 PARAMETRIC SIMULATIONS OF CONCEPTUAL ROOMS AND FACADE
4.0 Introduction to Parametric simulations
4.1 Short note about parametric studies with Galapagos and Octopus
-------------------
DANIEL NIELSEN
The Danish architect Daniel Nielsen has a broad experience with Architectural Sustainability and the integration of parametric 3D modeling and simulation tools into the process. He have worked on projects at various scales - from buildings to planning, and have been involved in research and education programs at The Royal Danish Academy of Fine Arts and Technical University of Denmark.
-------------------
BEFORE THE WEBINAR
Instructions for Installing Ladybug + Honeybee and other needed software
(Follow steps 0-4 for basic functionality and 0-10 for full functionality)
0 If you have an old version of LB+HB, download this file and open it in Grasshopper to remove your old Ladybug and Honeybee version. https://app.box.com/s/ds96em9l6stxpcw8kgtf
1 Make sure you have a copy of both Rhino and Grasshopper installed that is working and up to date
2 Open Rhino and type "Grasshopper" into the command line (without quotations) and wait for grasshopper to load.
3 Install GHPython 0.6.0.3 by downloading the file from this link and drag the .gha file onto the Grasshopper canvas. http://www.food4rhino.com/project/ghpython?ufh
4 Download Ladybug and Honeybee from food4rhino. You need to have an account to download, create one or use the one you have and login. http://www.food4rhino.com/project/ladybug-honeybee
5 Select all and drag and drop all of the userObject files onto your Grasshopper canvas. You should see Ladybug and Honeybee appear as tabs in the grasshopper tool bar.
6 Restart Rhino and Grasshopper. You now have a fully-functioning Ladybug. Install Honeybee, follow the below steps
7 Install Radiance to C:\Radiance by download it from this link and run the exe file.
https://github.com/NREL/Radiance/releases/download/4.2.2/radiance-4.2.2-win32.exe
8 Install Daysim 4.0 for Windows to C:\DAYSIM by downloading it at this link and run the exe file. http://daysim.ning.com/page/download
9 Install EnergyPlus 8.1 to C:\EnergyPlusV8-1-0 by going to the DOE website. It is needed to have an account, create one or login and select 8.1.0.009 either 32 or 64 bit. After download run the exe file. http://apps1.eere.energy.gov/buildings/energyplus/energyPlus_download.cfm?previous
10 Download and Copy (no installation is needed only copy-paste the files) falsecolor2.exe and evalglare.exe to C:\Radiance\bin
http://pyrat.googlecode.com/files/falsecolor2.exe
http://www.ise.fraunhofer.de/en/downloads-englisch/software/evalglare_windows.zip/at_download/file
You now have a fully-working version of ladybug and honeybee
FURTHER DOWNLOADS / INSTALLATIONS
11 Download this plugin for image visualization, and place the .gha file in the below folder path, the username is probably your login name.