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Exercise
Transcript
00:00
This is the solution video for draw with precision and edit with grips in
00:05
a
00:06
there are many possible ways to approach any given task and what is
00:09
best and most intuitive for one user may not be for another.
00:13
These solutions videos demonstrate just one set of workflows that
00:16
could be taken when working through these practice exercises.
00:20
They are not intended to be step by step instructions but rather a
00:23
guided tour of one user's approach and rationale in completing this exercise.
00:28
There are a few settings that should be turned on to make sure
00:31
that you can follow along with this solution on the status bar.
00:34
I've turned on object snaps,
00:37
object snap tracking, polar tracking and dynamic input.
00:41
The first line we draw is drawn by using
00:44
the hover technique where instead of picking a point,
00:48
you acquire a point
00:51
and use that as a reference, pulling your cursor away
00:55
and then typing in a distance.
00:57
We use a similar technique for the end of that first line
01:01
and then use relative polar coordinates
01:04
for the start of the next line.
01:11
And polar tracking lets us end that line by snapping to an inferred
01:17
intersection
01:18
to create additional parking spaces.
01:21
I selected the two new parking lines
01:24
and activated a
01:26
move grip edit
01:29
using a copy option and choosing a base point which let me
01:33
space the additional parking by using an end point object snap.
01:43
Next, I used grips again this time by selecting multiple grips
01:48
and stretching the grip points
01:50
to an inferred intersection
01:52
made possible by object snap tracking and polar tracking.
02:01
And lastly selecting a dimension
02:03
and taking advantage of multi function grips by hovering over one of the grips
02:08
and stretching an entire row of dimensions
02:11
with one grip stretch function.
00:00
This is the solution video for draw with precision and edit with grips in
00:05
a
00:06
there are many possible ways to approach any given task and what is
00:09
best and most intuitive for one user may not be for another.
00:13
These solutions videos demonstrate just one set of workflows that
00:16
could be taken when working through these practice exercises.
00:20
They are not intended to be step by step instructions but rather a
00:23
guided tour of one user's approach and rationale in completing this exercise.
00:28
There are a few settings that should be turned on to make sure
00:31
that you can follow along with this solution on the status bar.
00:34
I've turned on object snaps,
00:37
object snap tracking, polar tracking and dynamic input.
00:41
The first line we draw is drawn by using
00:44
the hover technique where instead of picking a point,
00:48
you acquire a point
00:51
and use that as a reference, pulling your cursor away
00:55
and then typing in a distance.
00:57
We use a similar technique for the end of that first line
01:01
and then use relative polar coordinates
01:04
for the start of the next line.
01:11
And polar tracking lets us end that line by snapping to an inferred
01:17
intersection
01:18
to create additional parking spaces.
01:21
I selected the two new parking lines
01:24
and activated a
01:26
move grip edit
01:29
using a copy option and choosing a base point which let me
01:33
space the additional parking by using an end point object snap.
01:43
Next, I used grips again this time by selecting multiple grips
01:48
and stretching the grip points
01:50
to an inferred intersection
01:52
made possible by object snap tracking and polar tracking.
02:01
And lastly selecting a dimension
02:03
and taking advantage of multi function grips by hovering over one of the grips
02:08
and stretching an entire row of dimensions
02:11
with one grip stretch function.