WEBVTT 00:03.930 --> 00:05.910 My mouse is not working today. 00:06.230 --> 00:07.330 It doesn't matter. 00:09.090 --> 00:12.790 I will upload these slides to Ilyas later on. 00:13.910 --> 00:18.410 Since obviously my network is not working today, we will focus a 00:18.410 --> 00:21.470 little bit on cut teamwork with PDM today. 00:22.370 --> 00:24.230 First, and then... 00:26.010 --> 00:31.170 Yeah, repeat a little bit assemblies, and particularly parameters and 00:31.170 --> 00:32.470 relations in assemblies. 00:34.770 --> 00:42.530 We will repeat the utilization of references, which can be made 00:42.530 --> 00:43.230 very... 00:44.590 --> 00:50.570 which can be utilized very well, or which can be misused, so you have 00:50.570 --> 00:52.610 a very bad model in the end. 00:52.610 --> 00:53.930 So there are two ways. 00:55.610 --> 01:00.130 Maybe I can show you how to delete parts, which is basically moving 01:00.130 --> 01:06.610 parts in PDM system in a trash folder, because you cannot delete every 01:06.610 --> 01:07.010 part. 01:10.250 --> 01:12.790 Patterns and repeated components in assembly. 01:12.950 --> 01:14.870 Have you seen that before? 01:15.490 --> 01:19.710 Repeated components, like a screw, that we repeat in many... 01:19.710 --> 01:20.470 We did that pattern. 01:21.190 --> 01:25.410 Pattern, yeah, but a repeated component in an assembly. 01:25.730 --> 01:26.110 Did we do that? 01:28.090 --> 01:29.890 Okay, I can show it again. 01:30.030 --> 01:32.150 That's really a quick task and very helpful. 01:32.550 --> 01:36.690 View manager, layers, simplified representations. 01:37.270 --> 01:44.790 That's all together view manager in order to cope with very complex 01:44.790 --> 01:50.190 assembly designs, which are very full with components, full with 01:50.190 --> 01:59.990 planes, axes, and even slow, because they are very complex. 02:00.630 --> 02:05.270 So maybe on a computer, a small computer, it makes sense to use 02:05.270 --> 02:09.810 simplified representations in order to work in a certain part of 02:09.810 --> 02:10.150 your... 02:11.450 --> 02:14.930 or in a certain area of your assembly. 02:17.030 --> 02:21.370 Seeing all the rest, but not having the rest functional. 02:21.910 --> 02:22.610 It's just there. 02:23.410 --> 02:25.130 You cannot reference it, but it's there. 02:25.210 --> 02:27.390 You can see all your spaces and so on. 02:27.950 --> 02:30.530 And that speeds up your assembly. 02:31.890 --> 02:34.310 Exploded views and drawings of assembly. 02:34.470 --> 02:39.170 So let's try to cope with that topic today. 02:40.790 --> 02:45.270 We still have one tutorial left this semester. 02:47.130 --> 02:51.770 So we can repeat some of that stuff also in that next tutorial. 02:52.130 --> 02:55.150 And topics of the next tutorial will be... 02:55.150 --> 03:00.410 or the focus of the next tutorial will be animation and rendering. 03:00.710 --> 03:05.950 So all you need for a neat presentation of your product. 03:08.030 --> 03:15.510 Okay, that is everything about the topics. 03:15.510 --> 03:17.550 So let's focus on CAD teamwork. 03:21.550 --> 03:30.290 Let me quickly open the PDM in browser view and as well in ProE. 03:49.580 --> 03:51.520 Okay, in the correct product. 03:53.080 --> 03:56.600 So you have... 03:59.600 --> 04:04.220 made the Mechanical Design 3 product as your default product. 04:05.140 --> 04:06.620 I guess in ProE already. 04:08.920 --> 04:14.440 So then you should see it also in the web browser if you open the PDM 04:14.440 --> 04:14.800 link. 04:17.400 --> 04:19.220 Okay, this is my personal folder. 04:20.480 --> 04:22.000 And it's empty, which is nice. 04:22.520 --> 04:27.300 Let me clean the workspace as well so that we can start from scratch. 04:35.650 --> 04:41.030 Okay, so I take out everything from the workspace which is no problem 04:41.030 --> 04:43.090 because I have no icons here in front. 04:44.010 --> 04:48.390 Tells me that there is no modifications, no checked out parts and so 04:48.390 --> 04:48.570 on. 04:48.630 --> 04:50.830 So it's just copies in my workspace. 04:51.090 --> 04:54.570 So it's very safe to get rid of these parts. 04:55.010 --> 04:57.630 So now it's clean, my desktop is clean. 04:58.630 --> 05:01.750 And we will create some new parts. 05:03.290 --> 05:14.690 So first, in order to repeat the referencing, let's create two simple 05:14.690 --> 05:15.210 parts. 05:21.380 --> 05:30.390 Flange1, based on the standard template, I will make a rotation 05:30.390 --> 05:30.930 feature. 05:37.710 --> 05:40.690 Okay, sketch my centerline. 06:25.130 --> 06:30.470 Maybe it will not allow me to rotate because I have two line segments 06:30.470 --> 06:32.530 on the centerline. 06:32.790 --> 06:33.230 Let's try. 06:34.210 --> 06:35.250 Okay, it's working. 06:36.100 --> 06:38.850 Is it working? 06:39.110 --> 06:39.650 No, it's not. 06:48.780 --> 06:59.060 So let's split, delete this one and draw a new full line at the 06:59.060 --> 06:59.240 bottom. 06:59.620 --> 07:02.040 Okay, it's working. 07:02.980 --> 07:04.280 Okay, that's one flange. 07:07.710 --> 07:09.050 I will save it. 07:09.050 --> 07:11.790 So what's happening now? 07:12.330 --> 07:19.130 We save and you see with these arrows here in that corner that it's 07:19.130 --> 07:25.350 synchronized with the server-based workspace, which is this one. 07:25.650 --> 07:29.010 If you look at the browser, we always see the server-based workspace. 07:29.290 --> 07:34.050 If I refresh that window, I should see... 07:34.050 --> 07:38.450 Let me see if I'm in the correct product. 07:38.650 --> 07:41.550 That's the most important point. 07:41.870 --> 07:42.750 No, I'm not. 07:45.190 --> 07:47.010 Okay, I will switch that. 07:51.160 --> 07:52.180 Where is my ubiding? 07:54.160 --> 07:57.200 If I double click, it will remove that from session. 08:04.020 --> 08:05.760 I will make it another time. 08:07.740 --> 08:08.900 Real quick. 08:13.570 --> 08:18.090 This time, correct shape from the beginning. 08:20.650 --> 08:23.890 Okay, this, this, this, this 08:27.560 --> 08:29.860 and this. 08:31.580 --> 08:32.740 Okay, here we are. 08:32.780 --> 08:33.500 Now I save. 08:33.940 --> 08:35.480 Now it's synchronizing. 08:35.660 --> 08:36.700 I'm in the correct product. 08:37.180 --> 08:40.280 And now if I refresh... 08:40.280 --> 08:41.140 Yeah, here we are. 08:41.200 --> 08:42.560 We see the new part. 08:43.080 --> 08:44.460 And we see these icons. 08:45.000 --> 08:47.820 We see that star, which means it's a new part. 08:48.560 --> 08:51.900 So there is no need to check out or check... 08:51.900 --> 08:59.200 Yeah, there is need to check in, but right now it's automatically, if 08:59.200 --> 09:00.180 you want, checked out. 09:00.460 --> 09:01.340 Because it's new. 09:01.680 --> 09:03.080 It's only visible for you. 09:03.080 --> 09:05.700 And it has modifications, which is clear. 09:05.980 --> 09:09.780 If you have a new part, it's modified by definition. 09:12.440 --> 09:15.840 Okay, since my workspace is connected... 09:16.460 --> 09:20.860 See here with that pen icon, it's connected to my personal... 09:20.860 --> 09:22.020 No, it's not. 09:23.680 --> 09:28.980 It will be connected to my personal folder, Gaia, in an instance. 09:29.160 --> 09:30.240 Okay, here. 09:31.240 --> 09:35.820 And here, by default, I have shown you that task before. 09:36.680 --> 09:43.260 In order to get new parts at the time we check them in. 09:43.940 --> 09:47.700 Located in the correct subfolder in the common space. 09:49.140 --> 09:55.920 Okay, let's have a view at this... 10:04.340 --> 10:16.430 There should be a database status column in our model tree. 10:17.490 --> 10:20.550 Should be refreshable by right-click. 10:20.650 --> 10:22.770 Maybe that's only the case in the assembly view. 10:23.290 --> 10:28.470 But you can see the status also in that column in the assembly view. 10:29.510 --> 10:31.690 So let's check the status. 10:32.570 --> 10:34.730 So it's new, has changes. 10:34.890 --> 10:41.030 We see that same situation in our local workspace. 10:41.990 --> 10:50.270 What we also see that we can force it to upload. 10:51.750 --> 10:57.910 That button is not visible in this view, because that's the uploaded 10:57.910 --> 10:58.930 view, if you want. 10:59.590 --> 11:03.470 That's our local view, so we can force it to be uploaded. 11:04.030 --> 11:07.550 Which is interesting, if we see here a small icon just like that. 11:08.230 --> 11:10.970 Then that tells us, okay, that needs to be uploaded. 11:11.270 --> 11:15.850 Uploading means, that is that process that happens automatically if 11:15.850 --> 11:16.690 you press save. 11:16.790 --> 11:19.950 But if we don't have server connection at the time we save in our 11:19.950 --> 11:20.710 local workspace. 11:21.530 --> 11:26.250 We have only parts in our local workspace. 11:26.250 --> 11:33.470 So, when we connect and there is maybe still a problem, we can 11:33.470 --> 11:33.970 force... 11:33.970 --> 11:34.910 Hello, Norbert? 11:35.170 --> 11:35.330 Yes. 11:36.070 --> 11:36.730 This afternoon? 11:37.150 --> 11:37.870 Yes, reading. 11:37.970 --> 11:38.710 Are you doing a reading? 11:39.070 --> 11:40.230 Yes, but again at 2 pm. 11:43.650 --> 11:46.370 That was somehow not allowed, right? 11:46.590 --> 11:46.790 I don't know. 11:47.070 --> 11:48.210 That at 2 pm. 11:48.670 --> 11:49.190 Why? 11:49.690 --> 11:50.450 I don't know, right? 11:50.450 --> 11:55.800 But the decision that this is even... 11:56.360 --> 11:56.880 ... 11:59.700 --> 12:04.620 So, that there are two events today, was obvious. 12:04.940 --> 12:06.480 Yes, that was obvious. 12:06.660 --> 12:07.080 We agreed. 12:07.520 --> 12:09.280 We had a meeting, but he was not there. 12:09.420 --> 12:09.920 Why would we do that? 12:11.520 --> 12:12.600 We first let him in. 12:14.600 --> 12:15.700 Is this a problem? 12:16.040 --> 12:17.540 Is this a problem for you? 12:19.260 --> 12:20.560 It's after the lecture. 12:22.120 --> 12:25.620 I think this was scheduled. 12:26.580 --> 12:28.460 We didn't know that there was anything scheduled. 12:34.620 --> 12:44.420 CID was in plan because you know, one CID tutorial must be skipped 12:44.420 --> 12:45.820 because nobody here has been here. 12:46.900 --> 12:47.280 Remember? 12:47.280 --> 12:51.460 This afternoon's lecture is by default. 13:00.300 --> 13:01.100 2pm. 13:03.700 --> 13:07.360 It's better to have a lecture than not having a lecture. 13:10.820 --> 13:14.240 That's our newly created part. 13:14.240 --> 13:17.280 Saved and synchronized with our server. 13:18.040 --> 13:25.780 At the time we check it in, which I can make with different methods. 13:25.980 --> 13:33.300 I can mark that part here and press that button, check in object. 13:34.980 --> 13:41.520 Or I can right click my part in the model tree, which is interesting 13:41.520 --> 13:44.900 in assembly mode when I have many parts and some of them are checked 13:44.900 --> 13:49.340 in or checked out, I can part by part check in or check out. 13:51.320 --> 14:01.600 Or with file, check in or even if it's properly synchronized and maybe 14:01.600 --> 14:05.740 you're pro-e you don't have a pro-e session open but you have still a 14:05.740 --> 14:09.700 checked out part and your colleague calls you, ok, I need to work with 14:09.700 --> 14:11.500 that part but you have checked it out. 14:12.320 --> 14:14.800 You can check it in just by opening your browser. 14:15.420 --> 14:17.400 So no pro-e session is needed for that. 14:18.020 --> 14:26.680 That's a streamlined way to get rid of unnecessarily checked out 14:26.680 --> 14:27.580 parts. 14:32.480 --> 14:34.760 We cannot even look at the parts. 14:37.430 --> 14:37.870 No. 14:43.290 --> 14:51.510 I can try to have a look on that but typically checked out part is 14:51.510 --> 15:01.970 visible to all of your team but just not you're just not allowed to 15:01.970 --> 15:02.950 modify that 15:06.590 --> 15:07.550 later. 15:10.750 --> 15:15.830 So let's check it in by for example right click, check in and 15:15.830 --> 15:16.350 automatic. 15:18.090 --> 15:27.750 The custom check in is helpful sometimes but typically your automatic 15:27.750 --> 15:30.130 check in is absolutely ok. 15:30.630 --> 15:35.050 With custom check in you can still define a different target folder, 15:35.470 --> 15:40.010 still different than that folder you have predefined in your workspace 15:40.010 --> 15:40.710 definition. 15:42.190 --> 15:46.150 Stuff like that, if you check in large assemblies that you have 15:46.150 --> 15:50.430 downloaded from somewhere which is really not recommended for you, you 15:50.430 --> 15:53.070 can handle a few problems with the custom check in. 15:53.070 --> 15:57.430 So stay with automatic check in which is perfect for you. 15:57.990 --> 15:59.870 Ok, check in succeeded. 16:02.190 --> 16:05.190 We can look at the picture here. 16:06.710 --> 16:08.790 We see no icons left. 16:09.650 --> 16:15.570 If I go to the information button we have two views on our part which 16:15.570 --> 16:21.550 is the workspace view, the small desktop icon and the common space, 16:21.710 --> 16:22.990 the file cabinet view. 16:24.590 --> 16:27.610 And we see it's both A1. 16:28.410 --> 16:31.530 If I go back, it's also A1. 16:31.950 --> 16:40.910 That could be different because maybe someone else has saved another 16:40.910 --> 16:47.890 or has increased the iteration of that common space part by checking 16:47.890 --> 16:52.170 out, modifying and checking in again. 16:52.750 --> 16:57.810 So then in common space we will see the A2 version for example but in 16:57.810 --> 17:00.610 our workspace we still have the A1. 17:01.530 --> 17:09.830 That could be the case and in that case we can easily press that or 17:09.830 --> 17:17.610 select that part and click on update older versions. 17:19.270 --> 17:29.610 I recommend doing that only if you have no checked out components in 17:29.610 --> 17:30.290 your workspace. 17:30.670 --> 17:31.050 Why? 17:33.690 --> 17:38.830 Imagine we have a change here. 17:39.030 --> 17:40.410 I will simulate that. 17:43.890 --> 17:53.310 Let me change something like making a jamfer here. 17:53.690 --> 17:56.710 I need to check it out in order to modify it. 17:57.610 --> 17:58.770 Ok, that's my jamfer. 17:59.850 --> 18:01.330 And now I save. 18:02.010 --> 18:03.250 Now it's synchronized. 18:06.970 --> 18:12.130 Ok, now we look here again at the server side. 18:13.190 --> 18:17.830 We see it's modified and it's checked out of course. 18:19.930 --> 18:23.410 But still the basis is the version A1. 18:23.730 --> 18:32.110 If I now click on refresh it will 18:36.840 --> 18:37.620 replace... 18:37.620 --> 18:42.560 so in this case it won't do it it's a safety function obviously. 18:43.380 --> 18:47.080 We can force it maybe in the internal browser 19:03.910 --> 19:09.060 it's still excluded. 19:10.140 --> 19:12.340 So this is good if this happens. 19:13.340 --> 19:20.280 Because it won't allow me to refresh the changed part with the 19:20.280 --> 19:22.580 original A1 version from the common space. 19:22.580 --> 19:28.060 But sometimes it happens that it doesn't save me in that way. 19:28.800 --> 19:34.120 So it allows me to overwrite by refreshing my workspace with the 19:34.120 --> 19:34.940 original parts. 19:36.780 --> 19:39.700 It happens that it overwrites my changes. 19:40.640 --> 19:50.620 So make that as a rule always before you get your newest updates from 19:50.620 --> 19:53.500 all your colleagues contributions. 19:54.380 --> 19:58.720 Make sure that you have checked in everything. 19:59.160 --> 20:02.760 Then there is no danger to lose anything. 20:03.700 --> 20:11.140 Check in first your work and then you can absolutely safely update 20:11.140 --> 20:15.160 your workspace and at the time you get all the updates of your 20:15.160 --> 20:15.580 colleagues. 20:16.760 --> 20:20.980 So unfortunately I have no colleague right now that can contribute 20:20.980 --> 20:21.500 stuff. 20:21.600 --> 20:23.680 We will try to simulate that here a little bit. 20:27.720 --> 20:33.080 So let's make an assembly and add that flange to the assembly. 20:35.160 --> 20:39.960 With the bottom up template I will 20:43.440 --> 20:48.140 take my first flange and assemble it. 20:49.120 --> 20:55.880 I need to place it somewhere and I go with the default location for 20:55.880 --> 20:56.740 the first flange. 20:57.140 --> 21:01.040 What I want to show you is the creation of a new part in assembly 21:01.040 --> 21:02.860 context because that's really important. 21:04.380 --> 21:07.620 I have not prepared any other flange before. 21:08.020 --> 21:12.560 I will create that flange on the fly which means I make a new part in 21:12.560 --> 21:19.900 assembly context or let's even make a subassembly because that was a 21:19.900 --> 21:22.280 question last time which was not quite clear. 21:22.380 --> 21:26.940 Let's make a subassembly first in our assembly mode. 21:28.500 --> 21:34.680 Which is also based on the assembly bottom up wildfire template which 21:34.680 --> 21:36.740 is selected by default. 21:39.800 --> 21:45.080 My new subassembly is attached to the mouse. 21:45.220 --> 21:50.320 I will place it somewhere and again use just default position for that 21:50.320 --> 21:52.420 new subassembly. 21:52.520 --> 21:54.440 And now we have a subassembly in our assembly. 21:54.900 --> 21:56.120 There is nothing in it. 21:56.520 --> 22:02.680 It's only a placement definition and a set of datum axes and planes. 22:03.380 --> 22:11.260 Now we can right click and activate that subassembly and continue with 22:11.260 --> 22:12.680 creating parts. 22:12.800 --> 22:18.940 Now we create a part which is our flange2 For time reasons I don't 22:18.940 --> 22:24.000 give any common names based on our part wildfire edu standard 22:24.000 --> 22:24.620 template. 22:27.120 --> 22:37.660 Also our position is default and now I can activate my newly created 22:37.660 --> 22:39.840 part which is still empty. 22:40.120 --> 22:42.420 We just worked with containers so far. 22:43.400 --> 22:50.260 But my part is active and now I can start creating the other flange. 22:50.640 --> 22:52.640 For example rotating. 22:53.440 --> 22:55.320 So now it's interesting. 22:55.940 --> 23:08.960 I want the sketching plane as a plane which is part of my part and not 23:08.960 --> 23:13.520 a plane which is part of my assembly or some other plane. 23:13.760 --> 23:18.940 So make sure if you work that way in the assembly context that you 23:18.940 --> 23:26.460 select references and features from the proper context. 23:26.780 --> 23:31.200 You can see it in the lower left corner. 23:32.360 --> 23:37.580 So see if I pre-select any plane, you can see for example that's the 23:37.580 --> 23:45.000 plane from, oh it's also shown on the tooltip 442740 which is our 23:45.000 --> 23:45.540 context. 23:45.820 --> 23:46.460 This is correct. 23:46.880 --> 23:56.540 If I select this one which is 442739, that's a plane from our on top 23:56.540 --> 24:02.980 assembly which would cause references to be 24:07.340 --> 24:09.920 unordered between many different parts. 24:10.120 --> 24:15.320 So try to keep all references you pick for sketching planes and in 24:15.320 --> 24:18.300 Sketcher from your original part. 24:19.100 --> 24:22.160 So that would be for example this one, 40. 24:25.140 --> 24:36.480 And again I want references in Sketcher there is two default 24:36.480 --> 24:41.000 references based on our other two planes other than the sketching 24:41.000 --> 24:43.180 plane in our part. 24:43.520 --> 24:44.180 It's correct. 24:44.480 --> 24:48.480 Set Y and X set in the 40 part. 24:49.280 --> 24:55.660 But now I want a fitting flange fitting to our centering border. 24:57.100 --> 25:05.760 And now I really on purpose I select a reference from a different part 25:06.340 --> 25:09.100 which is this 25:12.280 --> 25:19.420 silhouette here and also I select on purpose the end of this here. 25:20.160 --> 25:20.820 Ok. 25:22.080 --> 25:26.440 Now you see there is two references taken from other parts. 25:26.800 --> 25:27.840 3,1 3,1. 25:28.660 --> 25:29.320 Ok. 25:30.060 --> 25:37.680 Now we can sketch first centerline and second there is one reference I 25:37.680 --> 25:43.780 want to take as well Let's make that with another technique. 25:44.220 --> 25:48.920 So the outer diameter of the flange we will later on define by a 25:48.920 --> 25:52.180 relation a parameter relation. 25:53.300 --> 25:53.440 Ok. 25:53.560 --> 26:01.680 So that is some diameter that is snapped here snapped here, snapped 26:01.680 --> 26:05.680 here, not snapped here here 26:14.700 --> 26:17.880 maybe not the way we would design it in reality. 26:18.080 --> 26:26.640 It's a little bit small but I want to have this distance always maybe 26:28.140 --> 26:29.580 1mm or say 26:34.510 --> 26:35.150 4mm. 26:35.150 --> 26:40.550 This one is snapped this one is snapped, this one is on centerline 26:40.550 --> 26:44.710 that diameter doesn't matter and that diameter we will control later 26:44.710 --> 26:45.550 with a relation. 26:45.790 --> 26:45.910 Ok. 26:46.030 --> 26:52.150 So we are all set and now we have created a new part in assembly 26:52.150 --> 26:55.670 context, in our subassembly Why subassembly? 26:55.790 --> 27:02.470 For example we can activate that subassembly and assemble here 27:02.470 --> 27:12.190 something like a bearing or a screw I won't show it right now. 27:12.570 --> 27:15.730 I think that's clear so far Ok. 27:17.110 --> 27:24.310 So first I will activate my main assembly and check the references we 27:24.310 --> 27:26.830 have in our flange part. 27:27.570 --> 27:40.830 There is right click info, reference viewer and we see from our 442740 27:40.830 --> 27:52.310 part we have apparent if you have a larger screen you can see it more 27:52.310 --> 27:55.430 easily Ok. 27:55.430 --> 27:59.730 From this part, highlighted, we have references to this part. 27:59.970 --> 28:06.370 We can even check, ok, this surface and this surface let's go to 28:06.370 --> 28:12.170 wireframe view and we can see it in detail ok, this surface, the front 28:12.170 --> 28:18.730 surface and the circumferential surface is used as a reference for 28:18.730 --> 28:19.210 this one. 28:19.310 --> 28:22.690 So this part has two references to the other one. 28:23.350 --> 28:24.330 This is interesting. 28:25.530 --> 28:33.930 Imagine you remove this surface in the first flange, this one for 28:33.930 --> 28:38.070 example if you completely remove it, our second part will crash 28:38.070 --> 28:45.510 because there is no information, ok, where is my diameter this is bad 28:45.890 --> 28:47.690 let me simulate that 29:00.050 --> 29:05.390 let's activate edit definition 29:13.360 --> 29:21.120 so now for example I will pull this over the diameter the outer 29:21.120 --> 29:22.740 diameter of the second flange 29:26.290 --> 29:33.030 ok, and now I activate my topper assembly and regenerate 29:37.240 --> 29:47.560 hello, yeah, and now we get the panic window, which is this one if you 29:47.560 --> 29:57.160 can do undo changes, make it if there is the possibility to undo use 29:57.160 --> 29:57.920 that possibility. 29:58.540 --> 30:06.320 Otherwise we can quick fix the model which means we go into the 30:06.320 --> 30:09.820 definition of the failed part. 30:10.920 --> 30:18.440 In many cases that's not the proper solution say, if we quick fix 30:18.440 --> 30:20.620 right now let's make that. 30:21.200 --> 30:27.880 We have the possibility to redefine the crashed part confirm, so now 30:27.880 --> 30:33.980 we have no choice to undo anymore, it's deleted, the undo option I go 30:33.980 --> 30:42.320 into my crashed part and I can fix it here what I need to fix is this 30:42.320 --> 30:47.480 diameter so that's not overlapping anymore, and now we are done. 30:48.240 --> 30:57.460 But it's not always possible maybe the crashed feature say it's a 30:57.460 --> 31:03.240 chamfer or something else a placement, is dependent on another 31:03.240 --> 31:03.680 feature. 31:05.140 --> 31:11.200 One is crashing but the root cause for that crash is the influence to 31:11.200 --> 31:11.900 another feature. 31:12.620 --> 31:16.760 And ProE cannot always automatically find the root cause, it will only 31:16.760 --> 31:21.060 find the last crashed feature. 31:22.300 --> 31:23.320 And therefore 31:26.340 --> 31:32.060 try to make undo changes first, other than quick fix model option. 31:32.620 --> 31:35.520 So in this case quick fix was a good choice. 31:36.180 --> 31:37.680 Ok, we are done. 31:39.640 --> 31:45.940 Ok, so let's change that back. 31:50.380 --> 31:53.620 Where is my diameter? 32:01.110 --> 32:03.850 Always activate the proper part. 32:05.230 --> 32:06.710 Ok, here is my diameter. 32:08.910 --> 32:09.990 This one, say 32:19.900 --> 32:27.900 109 Now I'm screwed Why is that? 32:31.960 --> 32:33.020 There is another one, ok. 32:42.070 --> 32:47.350 Make sure that you work in the correct active part, because it really 32:47.350 --> 32:53.050 happens very often that people work in assembly mode. 32:53.450 --> 32:58.410 They try to add a feature in that flange for example, but it's not 32:58.410 --> 32:58.750 active. 32:58.750 --> 33:03.950 And then they start with extruding and so on and then they start 33:03.950 --> 33:05.590 creating features in the assembly. 33:06.470 --> 33:07.290 Let me show you. 33:08.070 --> 33:12.290 Ok, I want to make an extrusion a material cut. 33:12.410 --> 33:17.250 Oh, it's already not possible to select a cut. 33:17.670 --> 33:21.070 That's not possible in the assembly mode. 33:21.210 --> 33:22.470 That's easy. 33:25.330 --> 33:27.970 Ok, my sketching plane is somewhere. 33:31.860 --> 33:36.420 I will just make a simple 33:45.650 --> 33:48.670 shape any arbitrary shape. 33:49.250 --> 33:52.690 Ok, what happens here? 33:53.930 --> 33:57.590 I want to Oh, sorry. 33:58.750 --> 34:04.130 The material remove button is selected by default so it's not possible 34:04.130 --> 34:08.070 to unselect the material remove button. 34:08.950 --> 34:12.390 Because I cannot create material in assembly mode. 34:12.490 --> 34:18.770 You see in ModelTree our extrusion is part of our assembly and it's 34:18.770 --> 34:20.970 not possible to create any material in assembly mode. 34:21.470 --> 34:25.450 That's only possible in parts. 34:26.030 --> 34:38.770 I could create a plane, a surface a thin thing that makes sense for 34:38.770 --> 34:45.270 overall references for skeleton like shapes. 34:46.010 --> 34:51.530 But again here it's pre-selected to remove material. 34:51.790 --> 34:53.910 If we select this one 34:57.930 --> 35:01.010 we see remove material here. 35:01.150 --> 35:03.290 That is an assembly cut. 35:03.990 --> 35:11.030 If we open that flange separately we don't see that cut. 35:11.130 --> 35:13.750 We only see that cut in assembly mode. 35:14.770 --> 35:16.430 Be careful with these features. 35:16.830 --> 35:22.830 Make sure that your active context is correct in every case. 35:26.570 --> 35:30.290 So now we have made 35:33.730 --> 35:35.950 these two flanges dependent. 35:38.530 --> 35:43.710 If we go to wireframe view we see that the inner 35:46.770 --> 35:50.990 radius of our second flange is attached to our first flange. 35:51.050 --> 35:56.090 Let's make another view a cross-section view with our view manager. 35:57.390 --> 35:59.510 cross-section, new, a 36:02.530 --> 36:08.930 planar, the plane we want to select again in the cross-section 36:09.710 --> 36:13.710 definitions try to select the correct references from correct parts 36:13.710 --> 36:15.450 because that also makes problems. 36:16.650 --> 36:19.890 If you select a plane from some part for your view definition and you 36:19.890 --> 36:22.610 delete that part, you don't have the view definition anymore. 36:23.030 --> 36:25.310 So try to select a plane from assembly now. 36:25.970 --> 36:31.490 So YX plane from top assembly Ok, that looks good. 36:34.990 --> 36:36.730 Let's have a look here. 36:36.850 --> 36:37.190 Ok. 36:39.290 --> 36:48.310 Yeah, again, if I change my diameter to 36:52.450 --> 37:00.690 say 105 and I regenerate, my second flange follows because we have 37:00.690 --> 37:01.590 snapped that in. 37:03.130 --> 37:09.150 We wanted to make these two diameters also dependent by a parameter 37:09.150 --> 37:09.750 definition. 37:10.270 --> 37:11.650 That's quite easy. 37:15.410 --> 37:16.470 Let's see. 37:25.980 --> 37:27.440 Not so easy. 37:30.720 --> 37:39.330 First I need to clean a little bit my sketcher, edit definition. 37:45.680 --> 37:52.440 You see I don't have a complete diameter here. 37:52.680 --> 37:58.840 So I will select this circumferential surface, the centerline this one 37:58.840 --> 38:01.880 again and middle mouse button, select here. 38:04.300 --> 38:05.820 Now it's conflicting. 38:09.560 --> 38:13.660 Let me delete this dimension. 38:15.740 --> 38:20.540 Ok, once again, from here to here, to here, middle mouse button. 38:20.660 --> 38:26.840 Ok, now I have my flange outer diameter defined with 410 really as a 38:26.840 --> 38:27.200 diameter. 38:28.060 --> 38:29.420 That's what I want. 38:31.420 --> 38:37.340 And I will make this identical operation here. 39:01.480 --> 39:06.700 Ok, so there is again the not correct diameter dimension. 39:08.420 --> 39:10.460 I will go into the sketcher, 39:14.000 --> 39:15.840 make the same thing. 39:17.280 --> 39:22.100 Outer diameter, centerline outer diameter, middle mouse button. 39:22.480 --> 39:23.520 Here we have our diameter. 39:25.480 --> 39:26.740 We are happy. 39:27.180 --> 39:32.080 So reactivate your main assembly and now we can select tools relations 39:32.080 --> 39:35.300 and tell... 39:35.300 --> 39:38.120 Now it's enough to click on the feature. 39:38.280 --> 39:41.440 Ok, I click here and I see my dimension. 39:41.800 --> 39:46.600 Click on the dimension and say it's identical to 39:49.890 --> 39:51.190 this one. 39:52.550 --> 39:58.410 What you can see is, typically we have our dimension identifier 39:58.410 --> 40:05.490 internal in our component and we have an identifier for our component. 40:06.050 --> 40:19.170 Saying, ok, that's dimension 7, column in our part or component ID 2. 40:19.530 --> 40:23.890 So that's a component ID in that assembly context. 40:24.450 --> 40:30.110 You don't have to care about that ID too much, because if you select 40:31.350 --> 40:36.530 dimensions from view space here it's automatically attached. 40:37.070 --> 40:40.490 So the contexts are automatically attached. 40:40.650 --> 40:44.870 If you for example want to use a parameter, you cannot pick a 40:44.870 --> 40:46.910 parameter from the view here. 40:47.450 --> 40:48.370 You have to type it. 40:49.350 --> 40:53.750 Then my recommendation is that you select some arbitrary dimension 40:53.750 --> 40:57.670 first in order to find out that ID. 40:58.390 --> 41:04.410 And then you can add, like, ok, I have a predefined parameter called 41:06.530 --> 41:17.610 airmeter and that's located in my part with the session ID 2 and my D7 41:17.870 --> 41:25.190 or maybe my D10 0 is identical to my parameter in my part 2. 41:28.970 --> 41:34.250 But that's the most common usage of relations here. 41:34.430 --> 41:36.810 So we make these two diameters identical. 41:37.310 --> 41:39.130 The driven one is the second one. 41:39.130 --> 41:42.630 Ok, so let's regenerate. 41:44.050 --> 41:47.530 Oh, it's crashed. 41:47.870 --> 41:48.650 Why is it crashed? 41:51.450 --> 41:53.630 I will undo changes. 41:55.630 --> 42:02.610 In that case let me see... 42:19.760 --> 42:22.520 Since this one 42:27.160 --> 42:30.440 I will show you in the sketcher. 42:38.380 --> 42:41.640 If I change this dimension it 42:46.750 --> 42:48.050 should work. 42:48.650 --> 42:54.310 I thought it will move that line as well and crash here. 42:56.190 --> 42:57.110 But it doesn't. 42:57.550 --> 42:57.730 Ok. 42:59.050 --> 43:00.490 But we can 43:04.070 --> 43:06.130 still make that more stable. 43:06.810 --> 43:11.990 First that length here to make that similar to that length doesn't 43:11.990 --> 43:12.610 make sense. 43:12.790 --> 43:16.710 I will give a fixed diameter for my shaft. 43:18.070 --> 43:20.350 First like 100. 43:21.650 --> 43:23.790 This is snapped, this is snapped. 43:24.370 --> 43:27.550 This is maybe fixed to 60. 43:30.770 --> 43:31.550 And 43:36.380 --> 43:43.580 that length doesn't really matter but we make all white dimensions 43:43.580 --> 43:50.380 white or orange dimensions driven and forced dimensions. 43:51.980 --> 43:53.340 Driving and forced. 43:53.640 --> 43:53.740 Sorry. 43:57.010 --> 43:59.050 Now let's regenerate again. 44:05.510 --> 44:10.440 Part is active. 44:11.100 --> 44:13.600 Activate CTRL-A, that one. 44:15.480 --> 44:16.460 Regenerate again. 44:16.560 --> 44:17.480 Where is my relation? 44:18.100 --> 44:21.800 Ok, by undoing I have deleted my dimension again. 44:23.960 --> 44:25.660 But no big deal. 44:25.980 --> 44:28.540 Ok, this one equals 44:35.060 --> 44:36.240 let's try again. 44:39.300 --> 44:40.840 Now it's working. 44:40.980 --> 44:44.320 Now it's not moving any other dimensions in my second flange. 44:44.660 --> 44:48.200 So it's really only controlling that diameter all the rest is fixed. 44:48.860 --> 45:03.680 That means if we change our first flange say 400 and regenerate RG key 45:03.680 --> 45:06.080 combination it's attached. 45:06.800 --> 45:18.680 And now if we look at our reference viewer for that second flange Info 45:18.680 --> 45:20.480 reference viewer. 45:21.300 --> 45:24.020 We see another dependency. 45:24.420 --> 45:26.420 It's increased from 2 to 3. 45:27.500 --> 45:36.340 And we see not only these two surfaces are used as references but also 45:36.340 --> 45:41.460 that dimension which is not pre-highlighted but I think it's clear. 45:41.600 --> 45:43.760 It's dimension D10 in that feature. 45:46.300 --> 45:52.440 That was quite exhausting about references but I think that was 45:52.440 --> 45:57.960 important for you to understand how you can on purpose make parts 45:57.960 --> 46:03.680 dependent and what can go wrong if you make things dependent that 46:03.680 --> 46:04.600 shouldn't be dependent. 46:06.500 --> 46:13.000 We have also learned that we can put subassemblies in our assemblies 46:15.700 --> 46:17.420 which really makes sense. 46:19.800 --> 46:24.520 We have learned that we can create subassemblies and parts in our 46:24.520 --> 46:25.480 assembly context. 46:25.700 --> 46:32.820 That's also very important and allows you to work very quickly without 46:32.820 --> 46:38.500 creating single parts all the time and putting them together. 46:38.500 --> 46:44.000 You can start with some logic and then fill geometry later. 46:44.400 --> 46:49.300 You will learn that top-down technique next semester where we make 46:49.300 --> 46:51.840 that even more interesting. 46:52.620 --> 46:59.220 We have learned this one, parameters, relations references. 47:03.840 --> 47:06.800 One note on teamwork. 47:06.800 --> 47:12.540 Right now, if I click on workspace, I have 47:16.460 --> 47:24.320 there is only one thing visible in my workspace if I press save, on 47:24.320 --> 47:28.580 top level I should see all the rest. 47:28.820 --> 47:30.300 We see the same situation. 47:30.880 --> 47:33.760 There is one part we have checked in before it's changed. 47:34.680 --> 47:37.280 Three other parts not checked in. 47:37.600 --> 47:42.200 In order to make them visible for our colleagues we need to check them 47:42.200 --> 47:42.660 in all. 47:43.920 --> 47:51.500 That's easy check in all at the time and finish 47:54.590 --> 47:55.730 and we have it. 47:55.930 --> 48:04.510 And now, everyone else can use those parts by accessing them from 48:04.510 --> 48:12.290 common space and at the time you open them from common space, you get 48:12.290 --> 48:14.450 them as a copy in your workspace. 48:14.770 --> 48:15.770 That happens automatically. 48:17.510 --> 48:23.970 Now imagine that someone else so we have checked it in, so it's free 48:23.970 --> 48:26.310 to be changed by someone else. 48:26.570 --> 48:35.350 Imagine someone else changes that flange you will see in your 48:35.350 --> 48:41.850 workspace that with that red checkmark I cannot simulate that since I 48:41.850 --> 48:47.970 am only one user at that computer with that single red checkmark that 48:47.970 --> 48:52.630 tells you checked out by someone else, you can identify that part is 48:52.630 --> 48:54.490 modified by someone. 48:55.610 --> 49:01.750 And then if that checkmark disappears and you want to have his 49:01.750 --> 49:07.370 modifications in your workspace, that's the time to check that part or 49:07.370 --> 49:12.650 to check all parts if you have no modifications, local modifications 49:12.650 --> 49:14.510 and press update. 49:14.850 --> 49:18.150 And then you will get all stuff from your colleagues. 49:18.870 --> 49:23.190 And then you can refresh in ProE. 49:23.350 --> 49:26.250 So that's my recommended way to work. 49:26.330 --> 49:31.770 Once again, because that really is not clear for everyone and it 49:31.770 --> 49:40.130 happens that people lose modifications If you work in your team, first 49:40.130 --> 49:43.230 keep your workspace as small as possible. 49:44.150 --> 49:49.270 Don't take stuff in your workspace that you don't need Clean your 49:49.270 --> 49:54.650 workspace from time to time with that button here Second, if you make 49:54.650 --> 50:00.390 modifications, don't leave them checked out over weeks, but make your 50:00.390 --> 50:04.570 modifications check out, make your modifications and check in again 50:04.570 --> 50:11.010 And if you want to get all updates from your colleagues, really make 50:11.010 --> 50:14.590 sure that everything in your workspace your modifications is either 50:14.590 --> 50:20.970 checked out checked in, sorry, is either checked in or if you have it 50:20.970 --> 50:25.650 checked out before and no modifications, that you undo the checkout, 50:25.990 --> 50:27.010 which is that button. 50:27.690 --> 50:29.890 Because you cannot check something in that is not modified. 50:30.390 --> 50:31.190 Doesn't make sense. 50:31.410 --> 50:33.110 So you have to undo the checkout. 50:34.510 --> 50:38.970 So, short no icons should appear here. 50:39.430 --> 50:50.770 And then you can safely press update or you can safely go to file and 50:50.770 --> 50:53.310 update all, for example. 50:53.930 --> 51:00.550 Then you will get your newest parts from your colleagues And that's 51:00.550 --> 51:04.070 the time when that window here appears, that's the time where you can 51:04.070 --> 51:04.770 double check. 51:05.610 --> 51:12.770 Okay It will update this part, this one, this one and this one Okay, 51:12.890 --> 51:15.070 I'm happy with that 51:19.510 --> 51:30.670 That's the last save status That's the same diameter here Okay, and 51:30.670 --> 51:37.970 then you will have the modifications of your colleagues Okay I hope 51:37.970 --> 51:38.890 that is clear. 51:39.630 --> 51:46.050 Maybe we can simulate that in our last session when Steffen has time. 51:46.250 --> 51:55.250 Today he has no time Okay, concerning deleting parts, it's really a 51:55.250 --> 51:56.210 quick thing. 51:56.650 --> 52:05.030 Let's go to our folders You can see here is already a trash folder I 52:05.030 --> 52:05.470 will make 52:11.960 --> 52:15.340 let's say we have an assembly 52:20.770 --> 52:22.070 test assembly. 52:22.590 --> 52:23.770 We have 52:27.300 --> 52:38.580 part A inside part B So that's the layout of our assembly when we have 52:38.580 --> 52:42.140 saved it for the first time. 52:42.260 --> 52:48.600 So it's all A1 All the iterations of all components and all cut 52:48.600 --> 52:50.700 documents we save is A1. 52:51.520 --> 52:54.860 So now we proceed in time 52:59.360 --> 53:01.160 and we 53:04.180 --> 53:08.920 delete for example part 1 from assembly. 53:09.680 --> 53:14.120 So we don't delete it from PDM, but we open the assembly in ProE and 53:14.120 --> 53:24.020 we remove that component in our assembly That means our if we save it, 53:24.240 --> 53:32.400 our iteration A2 of that test assembly does not contain the part A 53:32.400 --> 53:35.120 with the iteration A1 anymore. 53:35.960 --> 53:40.840 But iteration A1 of our test assembly still does. 53:41.640 --> 53:47.460 And that's the reason why we are not allowed to really delete part A 53:47.460 --> 53:49.120 from PDM. 53:49.300 --> 53:55.400 Because there is some historic iteration of some assembly that still 53:55.400 --> 53:57.380 requires that part. 53:57.900 --> 54:07.720 If we deleted that, it was not possible to return from iteration 2 to 54:07.720 --> 54:10.640 iteration 1 of that test assembly. 54:10.800 --> 54:14.960 And therefore it's sometimes not possible to delete parts. 54:15.300 --> 54:20.080 So you can try to delete parts if they are not used in any assemblies 54:20.080 --> 54:20.540 already. 54:20.660 --> 54:23.900 You can delete and that's absolutely ok. 54:24.400 --> 54:26.200 Deleted means it's really deleted. 54:26.460 --> 54:30.360 So you cannot undo that and I cannot retrieve it from server either. 54:30.900 --> 54:34.520 So maybe you wait with deleting until you are really sure. 54:35.480 --> 54:39.160 But sometimes it's not even possible to delete. 54:39.880 --> 54:46.280 And then this case is obviously applying. 54:48.020 --> 54:54.820 Then you can help yourself by just moving it to a trash folder. 54:54.960 --> 54:56.740 That means it's still in the PDM system. 54:57.220 --> 55:00.280 Your older iterations can still find that. 55:00.500 --> 55:04.520 But you are not bothered by these parts in your folders. 55:05.100 --> 55:05.980 And that's just easy. 55:06.420 --> 55:10.380 Click such a part and say ok. 55:10.700 --> 55:11.320 Move. 55:11.320 --> 55:12.000 Verschieben. 55:14.180 --> 55:17.900 And then you can click on that folder icon here. 55:18.100 --> 55:23.900 Or if you want to move many things, select all of them and click that 55:23.900 --> 55:24.600 folder icon. 55:24.740 --> 55:31.220 And then you can at the same time define your target folder like here 55:31.220 --> 55:31.860 we are. 55:31.940 --> 55:32.320 Trash. 55:32.500 --> 55:32.740 Ok. 55:33.400 --> 55:34.080 And so on. 55:34.220 --> 55:34.540 Ok. 55:34.760 --> 55:36.000 And then it's moved to trash. 55:36.380 --> 55:36.980 And that's all. 55:37.320 --> 55:39.340 And that trash folder you can create by yourself. 55:39.340 --> 55:41.760 Then you can get a little bit control. 55:42.000 --> 55:44.440 The same is true for say standard parts. 55:45.860 --> 55:49.220 From time to time you can collect all standard parts in a standard 55:49.220 --> 55:49.880 parts folder. 55:50.400 --> 55:57.260 Your assembly will still find them, but your administrative view to 55:57.260 --> 56:04.180 your assembly is not disturbed by millions of standard parts in your 56:04.180 --> 56:04.480 folder. 56:05.700 --> 56:06.220 Ok. 56:06.220 --> 56:10.860 This is concerning deleting patterns. 56:11.500 --> 56:17.680 Let's have that pattern real quick. 56:18.260 --> 56:21.400 I will activate one flange. 56:23.900 --> 56:28.800 Check out make a hole. 56:33.780 --> 56:39.140 Now I don't care for references to save time. 56:39.880 --> 56:44.160 That's typically what happens in your case as well. 56:45.640 --> 56:50.140 You won't care about references from a certain time. 56:50.360 --> 56:50.580 Ok. 56:52.520 --> 56:54.000 That's one hole. 56:54.800 --> 56:56.020 Let's pattern that. 56:59.990 --> 57:00.530 Where is it? 57:00.730 --> 57:01.070 Pattern. 57:04.670 --> 57:05.970 By this dimension. 57:07.150 --> 57:12.230 It's increment 60 and 6 iterations. 57:15.330 --> 57:16.630 We have seen that before. 57:16.930 --> 57:17.810 So that's no big deal. 57:17.870 --> 57:19.190 That has nothing to do with assembly. 57:20.990 --> 57:23.890 But now... let me see what is that diameter. 57:24.130 --> 57:26.510 That's quite large, isn't it? 57:29.010 --> 57:30.250 Analyzes... what was it? 57:30.670 --> 57:31.110 43. 57:32.870 --> 57:33.150 Ok. 57:33.250 --> 57:34.190 I will double check it. 57:36.430 --> 57:37.010 Yay! 57:37.230 --> 57:37.610 43. 57:39.270 --> 57:44.310 And now I will assemble in our subassembly, activate the subassembly, 57:44.670 --> 57:46.450 a screw for example. 57:47.990 --> 57:50.110 You won't find such a large screw. 57:50.490 --> 57:50.690 Ok. 57:50.690 --> 57:54.010 I have to check out the assembly in order to attach more parts. 57:55.010 --> 57:56.790 I will take that from the cabinets. 57:57.230 --> 57:58.650 We have a library cabinet. 58:00.490 --> 58:01.350 Double click. 58:01.830 --> 58:04.210 There is two standard parts cabinets for me. 58:04.370 --> 58:06.410 For you, you only have one standard part. 58:06.490 --> 58:06.990 Normteile. 58:07.870 --> 58:08.650 Go to productive. 58:10.030 --> 58:15.190 That's all in German, but it's not too complicated to find a screw. 58:15.410 --> 58:15.750 Schraube. 58:18.030 --> 58:20.990 Ordinary hexagon head screw. 58:22.250 --> 58:25.590 Go to the details view. 58:29.650 --> 58:30.350 And... 58:31.470 --> 58:33.690 You can sort by common name. 58:37.250 --> 58:41.790 And then we have M42. 58:41.950 --> 58:48.250 Let's take a M42 by the shortest M42. 58:49.170 --> 58:53.890 Put it somewhere. 58:55.310 --> 59:02.430 What happens now is there is a so called interface active. 59:05.810 --> 59:13.890 We only need to select the mating surface here and the cylindrical 59:13.890 --> 59:14.690 surface here. 59:14.850 --> 59:19.310 That is always for screws with the interface definitions always the 59:19.310 --> 59:20.530 same order. 59:20.750 --> 59:26.130 If you don't want to use that predefined references on screw side, if 59:26.130 --> 59:30.890 you want to place your screw really for example by that hexagon 59:30.890 --> 59:38.330 surface somehow, you can go to common placement mode with that button. 59:38.650 --> 59:40.150 Then your interface is inactive. 59:41.030 --> 59:44.730 And you can place your screw as you are used to. 59:46.390 --> 59:47.510 Okay, it's fully constrained. 59:49.010 --> 59:50.330 That's okay. 59:50.670 --> 59:56.090 We see that screw is inside of our sub-assembly. 59:56.090 --> 01:00:02.310 Now we have two possibilities to repeat that screw on that flange. 01:00:02.550 --> 01:00:10.450 For a flange I would always recommend to use that right-click pattern 01:00:10.450 --> 01:00:11.510 reference pattern. 01:00:11.910 --> 01:00:16.170 It follows the hole, because that hole was patterned. 01:00:16.290 --> 01:00:23.110 The screw can identify that one feature reference is part of a pattern 01:00:23.110 --> 01:00:24.470 and then can follow that pattern. 01:00:24.470 --> 01:00:26.290 That's the quickest way for flanges. 01:00:27.070 --> 01:00:31.930 But I will delete that pattern and show you another way. 01:00:32.770 --> 01:00:37.210 For example here it's in edit repeat. 01:00:38.710 --> 01:00:46.350 We can see since the screw was selected, that screw has two placement 01:00:46.350 --> 01:00:47.050 references. 01:00:47.230 --> 01:00:51.650 The mating reference, the flange surface and the insert reference, the 01:00:51.650 --> 01:00:52.110 hole. 01:00:52.110 --> 01:01:01.290 And we can say, okay, let's define only new insert references. 01:01:02.110 --> 01:01:03.630 Okay, let's add. 01:01:04.230 --> 01:01:12.530 And now it requests only new insert references and keeps that plain 01:01:12.530 --> 01:01:13.150 reference. 01:01:13.550 --> 01:01:17.990 So let's put one screw here and here for example. 01:01:23.490 --> 01:01:24.870 Okay, confirm. 01:01:25.750 --> 01:01:27.550 If I repeat 01:01:30.970 --> 01:01:39.170 and take both references and add instances, it asks me first placement 01:01:39.170 --> 01:01:44.430 plane, for example this one next insert, this one. 01:01:45.010 --> 01:01:47.830 Placement plane this one, insert this one. 01:01:48.070 --> 01:01:51.250 Placement this one, insert this one. 01:01:51.450 --> 01:01:56.790 You can see, it's not only with patterns, but you can really put the 01:01:56.790 --> 01:02:01.050 identical screw wherever you want it to be. 01:02:01.550 --> 01:02:06.470 That's a very quick way to repeat stuff in your assembly. 01:02:10.450 --> 01:02:11.190 Okay, 01:02:18.510 --> 01:02:21.490 I think now something happened. 01:02:25.400 --> 01:02:33.480 I have checked out that screw, which shouldn't be the case, but that 01:02:33.480 --> 01:02:34.820 really happened only to me. 01:02:35.380 --> 01:02:38.700 It cannot happen to you since you are not allowed to check out a 01:02:38.700 --> 01:02:38.860 screw. 01:02:39.480 --> 01:02:43.580 But that's for me dangerous to check out stuff from standard library 01:02:43.580 --> 01:02:46.200 because then I would modify the standard library. 01:02:46.700 --> 01:02:48.960 I will undo that later on, but it cannot happen to you. 01:02:49.380 --> 01:02:49.820 That's okay. 01:02:50.260 --> 01:02:54.980 It may happen that it says okay, check out the screw, and then you say 01:02:54.980 --> 01:03:01.240 okay and then it tells you, you can't, and it allows you to keep a 01:03:01.240 --> 01:03:05.100 right protected version of that screw and then you are all set. 01:03:05.200 --> 01:03:05.960 That's okay for me. 01:03:10.700 --> 01:03:22.800 Okay, let's talk about that view manager and first glance over what do 01:03:22.800 --> 01:03:23.260 you prefer? 01:03:23.480 --> 01:03:25.620 Simplified representations or exploded views? 01:03:26.740 --> 01:03:28.720 When do you have your next workshop session? 01:03:30.820 --> 01:03:31.860 Coming Friday. 01:03:32.060 --> 01:03:33.200 And then it is the second? 01:03:34.380 --> 01:03:35.380 Or the third? 01:03:36.640 --> 01:03:37.120 The second. 01:03:38.500 --> 01:03:39.360 Okay, okay. 01:03:40.260 --> 01:03:40.580 Do 01:03:45.890 --> 01:03:50.510 you already have large assemblies? 01:03:50.510 --> 01:03:58.040 Is it already slow on your computers? 01:04:01.520 --> 01:04:01.860 Yes? 01:04:02.400 --> 01:04:06.520 Okay, so then let's have a quick, really quick glance over the 01:04:06.520 --> 01:04:07.640 simplified representations. 01:04:08.600 --> 01:04:14.760 The exploded views is more for presentation so it's okay for you if 01:04:14.760 --> 01:04:17.340 you have that for your third workshop. 01:04:18.240 --> 01:04:25.160 That's really a quick overview over simplified representations. 01:04:25.580 --> 01:04:26.260 So first, 01:04:29.540 --> 01:04:31.440 what means simplified representations? 01:04:33.160 --> 01:04:33.860 You have 01:04:39.800 --> 01:04:41.820 a part with features. 01:04:42.020 --> 01:04:45.020 First feature is that revolution here. 01:04:47.360 --> 01:04:51.460 Second one is that hole. 01:04:52.240 --> 01:04:54.900 Maybe we have even a jamfile. 01:04:59.310 --> 01:05:07.250 By creating a simplified representation of that part, we can say for 01:05:07.250 --> 01:05:11.390 example, we don't need all these little details of that part for our 01:05:11.390 --> 01:05:13.690 assembly, for working in an assembly. 01:05:14.190 --> 01:05:17.830 So why do I need that jamfile in our assembly mode? 01:05:17.910 --> 01:05:18.990 I don't need it. 01:05:19.850 --> 01:05:29.550 Maybe I don't even need that hole because maybe our screw is placed on 01:05:29.550 --> 01:05:30.930 the other flange. 01:05:31.070 --> 01:05:34.130 So that hole is not necessary for any placement for anything. 01:05:35.670 --> 01:05:42.110 If we don't need to render it, to visualize it, there is no need to 01:05:42.110 --> 01:05:44.610 keep it in ProE and to keep it in memory. 01:05:45.230 --> 01:05:54.050 So we can say, we make a version of our flange without that feature. 01:05:55.350 --> 01:05:57.710 You could suppress that feature. 01:05:58.030 --> 01:06:05.590 That means you need to modify your part again, check out and so on. 01:06:06.430 --> 01:06:10.510 And whenever you want to change that, you need to check it out again. 01:06:11.210 --> 01:06:13.330 And in the team, that's difficult. 01:06:13.670 --> 01:06:17.750 So there is another way, other than suppressing features, that's a 01:06:17.750 --> 01:06:18.710 simplified representation. 01:06:19.890 --> 01:06:21.270 And that works like that. 01:06:21.310 --> 01:06:22.890 So first on part mode. 01:06:23.070 --> 01:06:25.870 We have a simplified representation on a sample mode as well. 01:06:26.190 --> 01:06:28.390 But let's start with part mode. 01:06:29.350 --> 01:06:35.490 For example I say, I want to get rid of these holes for a certain 01:06:35.490 --> 01:06:36.650 simplified representation. 01:06:37.010 --> 01:06:37.830 Go to view manager. 01:06:38.590 --> 01:06:41.110 Go to simplified representation. 01:06:41.610 --> 01:06:41.910 New. 01:06:42.970 --> 01:06:52.590 Try to give self-explaining names like without holes. 01:06:54.170 --> 01:07:00.450 Now I see a menu where I can work with features. 01:07:00.670 --> 01:07:02.770 I want to exclude features. 01:07:03.430 --> 01:07:07.870 This one the pattern one and then it excludes automatically all 01:07:07.870 --> 01:07:09.950 following holes in that pattern. 01:07:10.490 --> 01:07:13.110 And I am happy with that. 01:07:14.110 --> 01:07:15.150 Ok, done. 01:07:16.070 --> 01:07:18.650 So now I can see, there is no holes left. 01:07:18.870 --> 01:07:21.810 If I go back to master representation, I see my holes. 01:07:22.610 --> 01:07:26.570 If I go to without holes, they are removed. 01:07:26.730 --> 01:07:29.990 And that's not only visual, that is really in memory. 01:07:32.110 --> 01:07:36.870 That's the reason, if you've seen the small dialog, if you open an 01:07:36.870 --> 01:07:42.490 assembly, it's asking you for the simplified representation. 01:07:42.490 --> 01:07:49.070 That means, at the time you open an assembly you can decide not to 01:07:49.070 --> 01:07:53.630 load all stuff but to load the simplified stuff. 01:07:53.870 --> 01:07:59.030 That really makes your loading faster and your performance when you 01:07:59.030 --> 01:07:59.670 work with it. 01:07:59.930 --> 01:08:02.810 But still, we are only in parts mode. 01:08:03.350 --> 01:08:04.090 That's not enough. 01:08:05.130 --> 01:08:10.490 In the properties list, by the way, you can see what is excluded and 01:08:10.490 --> 01:08:10.970 included. 01:08:11.110 --> 01:08:16.550 You can include stuff from here again or remove it from the 01:08:16.550 --> 01:08:19.070 representation definition. 01:08:19.210 --> 01:08:20.530 But we are happy with that one. 01:08:20.850 --> 01:08:23.230 We are out of time already. 01:08:24.390 --> 01:08:31.930 I go back to my assembly and now I can define an assembly simplified 01:08:31.930 --> 01:08:43.310 representations, say you don't want to have any screws and we want to 01:08:43.310 --> 01:08:48.450 replace the flange with holes with a flange without holes. 01:08:49.590 --> 01:08:54.770 Let's make a new representation that needs to be saved once, but it 01:08:54.770 --> 01:08:56.770 can be used without checking out again. 01:09:00.770 --> 01:09:02.210 Without screws 01:09:07.300 --> 01:09:08.740 and holes 01:09:12.110 --> 01:09:23.330 Substitute by representation this flange, we have created that without 01:09:23.330 --> 01:09:25.070 holes representation before. 01:09:25.850 --> 01:09:39.870 Accept Now we see there is no holes anymore and we exclude at all this 01:09:39.870 --> 01:09:48.630 and this and this and this this, this, screw ok 01:09:52.460 --> 01:09:59.330 and now we have our simplified representations without screws and 01:09:59.330 --> 01:10:02.510 holes master representation, holes 01:10:05.570 --> 01:10:14.000 why is that holes? 01:10:17.880 --> 01:10:23.720 that's correct yeah, here we are yeah, 01:10:30.380 --> 01:10:40.640 that's it now let's close that save first, close that by erasing from 01:10:40.640 --> 01:10:45.700 memory meaning from pro-e memory 01:10:59.660 --> 01:11:06.240 so there is nothing in memory left in session only sketches so let's 01:11:06.240 --> 01:11:16.040 open our assembly now it asks us which one the master representation 01:11:16.040 --> 01:11:23.440 or without screws and holes Okay, and now we really start with that 01:11:23.440 --> 01:11:25.180 simplified representation which is quicker. 01:11:26.740 --> 01:11:31.000 And you always see, okay, we are working on a simplified 01:11:31.000 --> 01:11:34.980 representation that protects you from missing any features and trying 01:11:34.980 --> 01:11:39.800 to redefine features which are there but just hidden. 01:11:40.840 --> 01:11:44.660 And you can always switch with your view manager to master 01:11:44.660 --> 01:11:49.540 representation and you can see all what you need. 01:11:50.640 --> 01:12:00.320 Okay, yeah, exploded views and drawings and layers we will make next 01:12:00.320 --> 01:12:00.720 time. 01:12:02.080 --> 01:12:12.440 I don't have the date in mind for our next session but I hope that 01:12:12.440 --> 01:12:16.620 Norbert will inform you about the next CAD tutorial. 01:12:16.920 --> 01:12:21.500 Do you have any other questions concerning CAD for today? 01:12:25.050 --> 01:12:28.410 Okay, so obviously my...