close a loft

[p@po]

I can't close the loft:
from the square of the front floor to the narrow square of the floor further behind.
I try to follow the tutorial but I can't.
Can you explain how to do this? ?
between the other I tried to follow the method with which I connected the first 4 floors but for the latter it fails.

 

[Mike1967]

I can't close the loft:
from the square of the front floor to the narrow square of the floor further behind.
I try to follow the tutorial but I can't.
Can you explain how to do this? ?
between the other I tried to follow the method with which I connected the first 4 floors but for the latter it fails.

system profile sketch 60x60 and everything will work out.
tutorials must be done in the letter, you made a simple square with
about 10 lines against the four needed.
The problem lies right there.

 

[p@po]

system profile sketch 60x60 and everything will work out.
tutorials must be done in the letter, you made a simple square with
about 10 lines against the four needed.
The problem lies right there.

Yes, but what's the point that if I do it with multiple lines it doesn't work anymore?
Why?
cmq is why I made more lines:
Suppose we have to make a square that is symmetrical to the origin (as the tutorial wants).
I noticed that if I do the lower side with only one segment and then the quot, I move it (it would seem arbitrarily) all on one side.

if instead I break it in two segments, I give to the central point the fixed characteristic and quoto the adiecent segments of the half of the entire length (a little as it is drawn on paper).
in this way I force the square to maintain with an extreme (the fixed one) aligned to the origin while the two adjacent sides, once quotated they are symmetric.

 

[riccardot5765]

Was it enough for you to add a bit more than a line? This way you would only have 4 lines per square

 

[Mike1967]

but what sense does it have that if I do it with multiple lines it does not work (choice). . . ) More?
Why?
cmq is why I made more lines:
Suppose we have to make a square that is symmetrical to the origin (as the tutorial wants).
I noticed that if I do the lower side with only one segment and then the quot, I move it (it would seem arbitrarily) all on one side.
if instead I break it in two segments, I give to the central point the fixed characteristic and quoto the adiecent segments of the half of the entire length (a bit like drawing on paper).
in this way I force the square to maintain with an extreme (the fixed one) aligned to the origin while the two adjacent sides, once quotated they are symmetric.

Well, I've already written it before, if you want to do the tutorials.. failure
to the letter, do not invent, they have already thought about it.
If you had quoted the square as from tutor... You'd be fine.
I hope I don't have to read things like what you wrote... heresy!
when never break the lines to draw a simple figure like that. . .
just to mess up.. .
do the tutors properly and try to give the maximum benefit: If the loft doesn't come out, you broke some rules, one of them has already discovered it.
Hi.


ps: here is not like drawing on paper, there are tools, such as relationships, which with the pencil you cannot give.
ps2: if you don't want to cry behind a project, avoid how the "fix" plagues. . .

 

[SolidUser]

the speech to follow the tutorials to the letter is because there are important steps leading to the resolution of the same.
In your case, I'm sure you clicked on sketches randomly.
the speech of the lines in more or less of mike is not entirely correct.
there are cases where a simple rectangle must be broken in multiple lines, as the general rule of lofts is to have as much as possible the same amount of sketch entity.
the suggestion in this case is valid for the simple reason that extra entities are useless and useless would be its management in the future.
the loft of persè also works without construction guide curves, although solidworks if it builds them inside.
How do you build them?
based and where you click on sketches.
in the last loft, you will have to click in the same relative position of the two rectangles.
the loft also displays the driving curves created by him and if these are opposite, the loft fails.
you will have to select the green point of the connector and bring it to the correct position.