Exterior (Outside Perimeter) Tick Marks: Check this box to include small ticks outside the perimeter the labels (if activated) will plot next to these.Thickness: Click to the right to enter a pixel thickness value for the major minor lines.Color: Defines the color for the minor grid lines.Thickness: Click to the right to enter a pixel thickness value for the major grid lines.Color: Defines the color for the major grid lines.
Grid: Check this box to include grid lines through the middle of the project area.Click on the displayed value to type in a preferred pixel thickness. Thickness (pixels): Defines the thickness for the polyline.To change the color, click on the color sample and choose a new color from the drop-down list. The current color is displayed to the right. Color: Defines the color for the perimeter line.Expand this heading if necessary to access the options. Perimeter: Insert a check here to include a perimeter line around the project boundary.North/South Margin: Type in a percent of the North-South dimensions to exten the polygon fill.East/West Margin: Type in a percent of the East-West dimensions to extend the polygon fill.Extend Fill Area Outside Project Area: Insert a check here if the fill should extend beyond the project perimeter.Fill Color: Click on the color box to the right to choose the fill color.Fill Project Area With Color: Insert a check here to fill the project perimeter with a solid color.Since the ground may not be flat, RockWorks will use this to know how far to offset the floating plane. Base Elevation (Meters) (for Floating output only): Click to the right to type in the average elevation in meters for the project's ground surface.Float Elevation (Meters): (for Floating output only): Click to the right to type in the absolute elevation in meters where the Dimensions grid is to float.See also: Output Dimensions - Additional Options Creates a KMZ (zip) output file, containing the KML file.Creates a KML output file including the project perimeter, fill, grid lines, and labels as requested.Reads the current Output Dimensions coordinates, coordinate system, and units.Grid & Model Dimensions | Google Earth | Float (Advanced) Grid & Model Dimensions | Google Earth | Drape (Advanced) Thanks for the response and I am hoping some other will have more ideas.Displaying your Output Dimensions in Google Earth - Advanced Displaying Your Grid & Model Dimensions in Google Earth - Advanced
An I almost forgot, In my designs I set the location height to a value that is about 10 feet above the elevation indicated in Google Earth Pro so it should hover above the ground level. Maybe someone from Graphisoft can find out why Archicad doesn't use more of a systems resources to speed things up and why the things don't work more smoothly.
I tend to only develop very large projects and I am finding this poor "compatibility" with Google Earth very frustrating, especially when wanting to use this capability to present projects. The worst part is waiting 30 minutes for the file to be converted and then when Google Earth opens it goes to the correct location and then say "Can't Read File". In my case Archicad only uses about 15% of available CPU resources and only about 16% of my ram (32GB). I have figured out that the long time is caused by the translation from Archicad into a. I also agree that large designs do take forever to transfer and I have some that have taken over 1 hour. Initially the building shows in the "temporary" section and I can save them to the "my places" section even though the building is not showing.
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