Merge pull request #89 from CooperUnion/develop

change conversion page

Author: amber289

arch134b_workshops/_toc.yml

@@ -7,7 +7,6 @@ parts:
 - caption: Tutorials
   numbered: true
   chapters:
-  - file: docs/00_openstudio
   - file: docs/01_climate
     sections:
     - file: docs/01_1_climate_p1
@@ -40,3 +39,4 @@ parts:
     - file: docs/07_1_multi_zone_p1
     - file: docs/07_2_multi_zone_p2
     - file: docs/07_3_multi_zone_p3
+  - file: docs/08_open_studio

arch134b_workshops/docs/00_openstudio.md

@@ -50,7 +50,7 @@
 ```
 <br/><br/>
 
-8. Check if the rooms/zones are properly defined by clicking on each Item. The output of the Item is a Brep or a geometry which can be connected to other components’ inputs. Wire the Brep of the house to the _geometry input of "Incident Radiation" like in [5.2.6](https://cooperunion.github.io/buildingenergymodeling_workshops/docs/05_2_passive_design_p2.html#set-analysis-period-for-summer-design-day). You can also specify the different room/zones by pulling up panels as shown in the bottom image.
+8. Check if the rooms/zones are properly defined by clicking on each Item. The output of the Item is a Brep or a geometry which can be connected to other components’ inputs. Wire the Brep of the house to the _geometry input of "Incident Radiation" like in [6.2.6](https://cooperunion.github.io/buildingenergymodeling_workshops/docs/05_2_passive_design_p2.html#set-analysis-period-for-summer-design-day). You can also specify the different room/zones by pulling up panels as shown in the bottom image.
 ```{image} ../_static/multizone/multizone2_7.2.png
 :width: 100%
 :align: center

arch134b_workshops/docs/07_1_multi_zone_p1.md

@@ -0,0 +1,19 @@
+# Direct Conversion from Rhino to OpenStudio
+If you want to conduct all of your energy performance simulations in the OpenStudio software itself and need the OSM file, here is a direct way to obtain it through Grasshopper environment.
+
+```{image} ../_static/start/conversion2osm.png
+:width: 100%
+:align: center
+```
+<br/><br/>
+
+## Components Used
+Geometry [3.6.2](https://cooperunion.github.io/buildingenergymodeling_workshops/docs/02_2_shoebox_p2.html#create-a-geometry-component)
+HB Room from Solid 
+HB Model
+HB Model to OSM
+Panel [3.5.2](https://cooperunion.github.io/buildingenergymodeling_workshops/docs/02_2_shoebox_p2.html#create-a-geometry-component)
+
+## Conversion Breakdown
+1. Download Rhino and then Pollination as referenced in [module 3](https://cooperunion.github.io/buildingenergymodeling_workshops/docs/02_shoebox.html#shoebox-model). Find your weather file as shown in [2.3.1](https://cooperunion.github.io/buildingenergymodeling_workshops/docs/01_climate.html#where-can-i-find-weather-files).
+