Julhelm

Considering the reputation of chinese QA I wouldn't call them frightening. Canada is more frightening than china, honestly.

VTOL, of course.

Original Zeewolfverse faction would be Ecliptico, but for ingame purposes it'll probably be Soviet or China until all the units are done.

IMO the biggest problem with SC was the ridiculously limited view distance, as shown in that screenshot.

I have a whole bunch of helos from the same universe as the Zeewolf and Kestrel modelled that I'm planning to get ingame.

How about making a semi-transparent .tga as a radar ppi image and stick that on the hud, setting it up like the usual radar?

Try DOSBox.

No they're not mapped. I'll be updating it later when that other bird is done.

The best reference is a good 1/72 or 1/48 scale plastic kit. Drawings are a necessity for basic proportions but they are next to useless for reading shapes, unless of course you manage to find a fully dimensioned professional one with cross-sections and that kind of detail. Even then it's pretty much guesstimation since Max lacks any kind of dimensioning tools like those found in proper CAD software like SolidWorks. Personally I like to use the gallery at http://www.aircraftresourcecenter.com for reference purposes.

This has been tried before and failed pathetically each time.

Now to create the ailerons, cut an edge here; then mark the ends of it with two points (found in create -> helpers -> point) in order to get it exact from the other side as well: Create an edge here for the upper surface of the flap: Cut edges on the bottom here to mark out the flap: Then clean up excess edges by using target weld: It really isn't much harder than this to create flight surfaces. You have to be careful though and plan things out a little beforehand so that you do not end up with an excessively messy mesh, even if target weld is your friend here. Now we'll move on to finishing off the intakes - Start off by selecting the polys we created before: Extrude them inwards using the same technique we used on the nozzles: Now, the F-101 has a splitter plate and then a round leading edge section separating the intake from the fuselage. To construct this, we need to delete some polys and then cut an edge here both top and bottom: Using edge extrusion, create the leading edge between the intake and fuselage, making sure to leave a small section of edge which we'll use for extruding the plate: Extrude the plate using those two edges, and then create polys to fill everything up nicely: Hide everything to get a good view, and then fill up the inside of the splitter plate: Create new polys here to fill up the gap between fuselage and leading edge. Suffice to say, you should create faces so that any edges follow the contours of the fuselage: Next thing you know, move some verts here to make the splitter plate thinner: Remodel this section to fix a small problem resulting from the leading edge: And we're done: More to follow...

Ok, so we had the fuselage pretty much done in the last part. Now it's time to give it wings, and also to correct some inaccuracies from the last step which will be apparent when doing the wings. Before we start off though, I found out I'd made a slight error on the rear fuselage. To fix it, all that's needed is cutting a couple new edges and target welding loose verts. The correct edge structure on the splitter part looks like this, with the new edges highlighted in red: With that done, let's move on to the wings now: The first thing we have to do is make sure we have something to model the wings from. What we want to do is create a profile of the wing which we'll then use to extrude the actual wing from the fuselage, and to begin with we have to select and delete the faces here, and add an edgeloop at the rear which will serve as the fulcrum for the trailing edge: Now extrude those outer 3 faces from the intake backwards once, and create new polys to connect them with the fuselage while also creating a set of trifaces at the rear to facilitate the v-shape of the trailing edge: We'll also rotate the leading edge "v" to line it up with the overhead drawing, and then we select the edges from the trailing edge up to the intake and extrude them out once, lining them up with the intake and welding the loose vertices: Now select the entire profile and extrude it outwards along the leading edge of the wing, stopping at the start of the rounded tip: Create an edgeloop at the crank: Move the new verts into position at the trailing edge: Cut a new edge here on both sides of the wing: Cut one behind as well, making sure the trailing edge continues past the crank to connect with the fuselage. Adjust the fuselage loop for this if you have to: Now use the front view and scale down the sections of wing to match the thickness of the drawing: Make the tip planar: Create polys to fill the gaps, and cut an edge through the middle: Pull out the vertices and extrude the trailing edge faces if needed to get a nice-looking wingtip:

Creating the nozzles is as simple as pie. Select the round face and extrude/scale a couple of times: And a couple of times more: Now to create the nosecone, create a cylinder of 12 sides and 5 stacks, and position this where the radome begins: Scale the sections down to resemble the drawing. You'll need to do this from both the top and side viewports since the radome isn't 100% cylindrical. When that's done, target weld it's vertices to the fuselage, and create a set of new edges here and here to get rid of trifaces that will otherwise mess with smoothing: Lo and behold, we now have something that actually resembles an F-101! More to come...

To create the engines, we'll create a cylinder and place this back at where the nozzles start, making it the same size as the nozzle diameter: Make it editable poly, then extrude this out a couple of times using the drawing as reference, stopping at the start of the diagonal line that marks the wing/intake joint. Delete all the faces that will be "on the inside", then select the fuselage and attach the engine to it. Now fill out the gaps and line up any loops if you have to: Now select the edge in front of the engines, and extrude this out a couple of times using the intake cross-section for reference: Keep extruding, then target weld to the bottom of the "slab" face: Fill in the gaps, ignoring the resulting triface: Instead, cut an edge into the slab face and then target weld the loose vertex to it: Select these faces and delete them: Replace them with this, following the wing joint: Create faces on the bottom as well: Now we'll move to the rear. The F-101 has another of those pesky compound-curved nozzle splitters like the F-4 and F-1. To start it, select the relevant edges of the cylindrical face and extrude: Continue extruding using the upper curve for reference (the entire compound curve depends on that one, not the bottom): Cut new edges to allow shaping of the bottom curve: And shape it by pulling up the vertices from the bottom and also moving them in towards the centerline to match the overhead contour of the fuselage: Now create a couple polys here to fill in this gap: Pull the bottom vertices in towards the centerline like this: We need to adjust the meshflow as the fuselage looks "off" now, and to do this we select and delete these polys and the two in front of those: Create new polys: Cut an edge: Then use target weld and remove excess edges to make it look like this: Now extrude the bottom edges from the engines in towards the centerline to fill in the missing bottom of the fuselage, and also create trifaces at the rear to complete the joint between the engines and the splitter:

Just to drive home the point of what you can accomplish using the modelling techniques this tutorial will cover: Expect to see another part of Voodoo creation tomorrow.

Modelling the Fuselage. The first thing we'll do is go create a plane on this panel and roughly the same shape of it, convert it to editable poly, and use the front view to pull the bottom verts out a bit making it angled roughly like the real panel. Apply a grey material with an opacity of 80 or something so it becomes slightly transparent: Next thing, select the bottom edge and using shift+move extrude this downwards once, following the contour of the fuselage cross section: Now that you get the hang of it, extrude down one more time to where the engines are located, and then extrude the forward edges of all three planes forwards following the contour of the side profile, ignoring the canopy, until you reach the radome: Manipulate the vertices so that they match the contour from all sides: Now extrude the rear fuselage using the same technique, though this time we'll be following the distinctive split between upper and lower rear fuselage. You should weld together those last verts to create a couple of trifaces: That done, now select the two faces that lie where the canopy should be and delete those. This is because the canopy is almost always a separate shape from the fuselage and needs to be created separately. Now is also a good time to save and then instance mirror our shape: Use quickslice or cut to create a few more edges in order to roughly form a hole the shape of the canopy: Now split the top nose face into two, flatten it out at the top and extrude the centermost edge, making sure the two first faces are shaped like the flat windshield into a shape roughly that of the canopy's contour. Add another edgeloop to smoothen out the curve at the top: Now extrude a set of new faces upwards from the bottom of the hole, adding another edgeloop matching the split on the windshield. The idea here is to match every edge so that we have only quads and not many trifaces - all for reasons to be revealed later: Now fill in the gaps with polys, trying to get nice quads by adding edgeloops as needed: Now you'll likely think this looks like ass, so assign smoothing group 1 to the fuselage, 2 to the canopy and 3 to the windshield, turn off edged faces and see how it'll look ingame :) Next we'll create the slab sides of the fuselage by again extruding edges. As always manipulate the vertices by hand to match the imagined contour. I say imagined because it is important to be able to visualize countours. Obviously having access to a plastic model helps here: Oh, and just for good measure we'll extrude a couple times more to take care of that pesky curve and finishing the 'circle' of the front fuselage: Oh look, that's almost starting to resemble an aircraft. And it's only 270 tris! More to follow...

Wires: This is what you get when you hack some old models together :)

Actually the engines are the outboard ones from a Tu-95 I modelled earlier.

The Société Aérienne Bordelaise A.B.21 wins this every time. Though I'd have to say the Su-11 is butt-ugly: It's an area-ruled tube with wings, dammit.

It is possible but I only got it to target aircraft.

I'd like to see some before & after pics since I've never tried the old one.

I never liked Firearms much. What I've played is DDay on Quake 2, and CS, DOD, Tour of Duty, Global Warfare, The Specialists and Hostile Intent on Half-Life.

Well if anything it forced you to learn proper discipline. I even managed to do a pretty good character model in it, although it was a pain. Max is infinitely easier to work with. Speaking of weapon models, here are some I made for HL mods: And for Quake 2 (less than 500 polys for these; I think 490 for the FG-42 and about 300 for the Mors, both on single 256^2 maps)

Nah, this is more like a Skyraider replacement. In fact, it's about the size of a Vigilante.

Right now I'm thinking full-span blown/slotted flaps, roll spoilers and airbrakes somewhere on the booms. 4x30mm guns in the sidepods along with some 50's in the wings and 3-4 hardpoints beneath each wing.