is that some inventor developer reads this and implements it in the next rel. ?:biggrin:to be able to move the section "continuous" instead, you can create an axieme, create a fixed plan within it, insert the axieme that you want to dissect without binding it on the ground (so if you move it with the mouse you move freely in space). then dissect on the created plane and dragging the assembling through the plan you can dynamically vary the section you see.
the good vigz at his time had placed an example with the animation of the sawing of the axieme.with some tricks you can do. . .
you can create a quoted plan compared to another and dissect on this, changing the share will move the plan and then the section.
to be able to move the section "continuous" instead, you can create an axieme, create a fixed plan within it, insert the axieme that you want to dissect without binding it on the ground (so if you move it with the mouse you move freely in space). then dissect on the created plane and dragging the assembling through the plan you can dynamically vary the section you see.
I've always asked myself...I do not understand why, the same drive system valid in axiemi, can not be used in ipts.
we could advise autodesk (for free):biggrin:I've always asked myself...
I didn't remember this detail, but you can do this.if I don't remember correctly it was enough not to fix the first piece of the aid and to bind its reference plans with those of the origin of the aid itself. then split up as a cutting plan one of those of origin of the axieme and depending on what direction of cut you would want to follow it was enough to remove the bond of the plan of the piece than the plan chosen as cut and move it quietly.
at least I do this so as not to lose the orientation
beautiful but having the axieme freeing in theaire is not a great thing. I think the only one is hammering autodesk to finally give us the dynamic section!I have found another system..... check the "section" to a "original" plan (yz-xz-xy), the assieme I hold it "unfixed" so I have the possibility to move it where I want.......when I move the axieme with the mouse and step for the "separate source plan", he cuts off things and I can move back and forth that the axieme follows .
It doesn't work as I hoped... then you have to force the reverse method, fixing the cutting plan and moving the axieme, even if it is not always very comfortable.the only thing is that when you move the cube with the mouse the section does not go after it, you have to re-check the face... .
cere that can also be done in ipts, just use the "cross section analysis" command found in the surface analysis sections (zebrature).is that some inventor developer reads this and implements it in the next rel. ?:biggrin:
I do not understand why, the same drive system valid in axiemi, can not be used in ipts.
Bye.