Practice Exercise: Draw with precision and edit with grips

Test your knowledge and apply what you have learned about creating geometry with precision and editing using grips. The practice exercise is accompanied by a dataset to work through the example. The solution is also provided.

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Exercise

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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.

Video 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.

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