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#Autocad for mac setting up for a house drawing how to
#Autocad for mac setting up for a house drawing software
#Autocad for mac setting up for a house drawing windows

#Autocad for mac setting up for a house drawing software

The data we produce (text and symbols) can easily be placed in model space, even automated from a Survey software we use. All viewports are on a different UCS showing a 500m of road from left to right, in different sections, sometimes overlapping when It comes to Junctions etc.

Viewport 3 follows the same information (+1000m to +1500m) and I then continue on multiple Paperspace sheets until we reach Roundabout 2. Sheet 1 would have a viewport 1 which starts at Roundabout 1 and goes South at a 1:500 scale, for around 500m (0m to 500m) orientated by UCS so that the Centre of Roundabout 1 is halfway up the viewport on the left hand side and position +500m is halfway up the viewport on the right hand side (showing the first 500m in a the top 500m Strip), Viewport 2 would have a slight Overlap (This is important so the works being undertaken on the road are a little bit clearer to the chaps on the ground), but will show +500m to +1000m in length (this is more often than not at a Different UCS Plan than the first Viewport so the +500m to +1000m centre of the roads are halfway up the 2nd Viewport on the left (+500m and the right +1000m).

#Autocad for mac setting up for a house drawing windows

Now each Paperspace page has 3 equal sized viewport windows (similar in Layout to the Email (required), Name (required) and Website in your comments boxes below) each showing a stretch of Road at 1:500 scale, which follow the orientation of the road i.e. The road is not straightened or indicative but true Topographical mapping.

A strip plan is a Paper Space Layout (in this case an A0 sheet), which follows the road along (changing Plan UCS as it goes per viewport so that it tracks along the drawing of the windy road) from a chosen start point to a chosen end point (lets say from Roundabout 1 to Roundabout 2 5km away). I am generating Strip Plans Sheets for a Road management Company. Hello – This may be slightly Complex and hopefully there is a command that will help me: To switch back to your normal UCS and rotate you view to match: In the command line you will see options and one should say just hit to accept this option and your plan-view will now rotate to match the “current” UCS. To rotate the view to match the new UCS angle:

You can work this way and Ortho will draw lines accurately lined up with this new angle, but you may start to tilt your neck or got sick of the way it looks.

The cursor (cross-hairs) should now be aligned with the new specified angle (as seen below) The 3rd click specifies which side of the new X axis will the Y axis be facing.

2nd click specifies the new angle of the X axis (as seen below).

1st click specifies the new axis location for the UCS.

When you have the UCS rotated and the view to match, you are able to turn on ortho and draw correct lines that match the needed angle without having to set various polar angles and having to process over think perpendicular walls to that angle.įirst set the UCS (User Coordinate System) This could have been avoided if would have done what this tutorial is going to teach… So lesson learned…

So this drawing may look nice but is not correct.

#Autocad for mac setting up for a house drawing how to

This drawing was done before I knew how to rotate the UCS and match the view of the screen. The drawing shown above has about 1/3 of the plan in an angle other than the 90 degree angle that makes drafting easier. If you’ve had a drawing that isn’t completely based around 90 degree angles, this tip will halp you from tilting your head and straining you neck…