alpole
Guest
sending this file rejuvenating the construction
of an emptied board made with wooden strips framed between them
the exercise concerns the construction of the object
using a pwc, created in an ordered geometric group,
manually installed in as many geometric groups as ordered, always created
within the same part-
interesting therefore, I think, both the use of ogs rather than the traditional gs-
all body contained within the various ogs have been moved
in a single ogs, specially created, which collects them and contains all,
separating them from the initial construction geometry;
after that I inserted a body inside
ogs as a feature in a single body-
last I recreated two new ogs to carry out operations
(ii) the Commission's proposal for a Council Regulation (EEC) amending Regulation (EEC) No 1408/71 on the application of the laws of the Member States of the European Communities to the Member States of the European Communities;
inset in a body, inserted as a feature-
I realize that perhaps it is not so immediate to understand
date description, but by scrolling the file, and following the description, you can retrace it
the story-
personally I find very flexible and performing use
ogs...
all construction and governed by initial plans that determine
the size of the emptied;
sketches containing the splines for the formation of the superfice
Reference (multisection)
a ( determined ) number of floors placed in equal measure between
the two input plans (start and end construction) for partition
of the strips
other two floors, used for positioning the bearing strips
transversals supporting the entire construction-
Clearly, changing the parameters governing the plans
or the splines, all geometry updates, adapting
to the new parameters
in the last post stef. (I think) had cited the topic of ogs
for further study;
I hope that this example will help those who want to
deepen the topic-
good deepening......
to the
of an emptied board made with wooden strips framed between them
the exercise concerns the construction of the object
using a pwc, created in an ordered geometric group,
manually installed in as many geometric groups as ordered, always created
within the same part-
interesting therefore, I think, both the use of ogs rather than the traditional gs-
all body contained within the various ogs have been moved
in a single ogs, specially created, which collects them and contains all,
separating them from the initial construction geometry;
after that I inserted a body inside
ogs as a feature in a single body-
last I recreated two new ogs to carry out operations
(ii) the Commission's proposal for a Council Regulation (EEC) amending Regulation (EEC) No 1408/71 on the application of the laws of the Member States of the European Communities to the Member States of the European Communities;
inset in a body, inserted as a feature-
I realize that perhaps it is not so immediate to understand
date description, but by scrolling the file, and following the description, you can retrace it
the story-
personally I find very flexible and performing use
ogs...
all construction and governed by initial plans that determine
the size of the emptied;
sketches containing the splines for the formation of the superfice
Reference (multisection)
a ( determined ) number of floors placed in equal measure between
the two input plans (start and end construction) for partition
of the strips
other two floors, used for positioning the bearing strips
transversals supporting the entire construction-
Clearly, changing the parameters governing the plans
or the splines, all geometry updates, adapting
to the new parameters
in the last post stef. (I think) had cited the topic of ogs
for further study;
I hope that this example will help those who want to
deepen the topic-
good deepening......
to the
