Messerschmitt P.1106 R - Part 4

I've finished making the fuselage formers.
I'm not sure if I overdid it though.  If it turns out to be overkill during the test build, I'll remove some of them.

Metasequoia's Boolean plugin

I'm going talk a bit about Metasequoia's Boolean plugin.

Before you continue reading, please note that the plug-in function is only available to registered copies of Metasequoia.  If you have the LE or the unregistered Shareware version, you won't be able to use the Boolean plugin.

Okay, let's start.

First things first, the boolean plugin is not UNICODE compliant.  This means that even if you've got East Asian language support installed in your OS, you will still see garbage characters when you run the plugin.  The only way to properly 'see' the Kanji characters on this plugin is to configure your OS to treat non-Unicode characters as SJIS.  Assuming you do this configuration correctly, here's how the Boolean dialog box should look like:

Lots of options!  But for this tutorial, you should only pay attention to the three combo boxes.  The left and right most combo boxes are the operands.  These combo boxes will be populated by the objects you've defined in Metasequoia.  The middle combo box is the operator.  This contains the boolean operations that you can perform.

The "OK" button starts the boolean operation.  (By the way, the "OK" button should be legible even if you're running an English only OS.)
The button to the right of the "OK" button is the Cancel button.  On English OS'es, this appears as "??????".

The bottom left most button ("?") brings up the help dialog box.  On English OS'es, you'll get a dialog box with garbage characters.  But if you did the configuration I mentioned earlier, here's what you'll get:

Again, lots of options!  If I have the time, maybe I'll pull out my Kanji dictionary and try to translate all of them.  (Sigh... if only the text on that dialog box were selectable, I could have run them through Google translate...)

Anyway, the options you should pay attention to are the following:

These are the options that will be available in the Operations combo box that I identified earlier.  I labeled the options with numbers so you'll know what entry they are in the Operations combo box, since they'll be illegible when running in English mode.

Now, let's run through each operation.

For my example, I'll be using the following objects:

In the screenshot above, I defined two objects, namely "Red" and "Blue".


1. UNION (Red + Blue)
This is the 1st option in the Operations combo box.
The Union operation creates a new object by joining objects Red and Blue.   The name of the new object will be "Red+Blue".

Here's how the results look like:

I intentionally hid the surfaces so you can see how the two objects are joined.

2. SUBTRACT (Red - Blue)
This is the 2nd option in the Operations combo box.
The Subtract operation carves out from Red the area occupied by Blue.   The name of the new object will be "Red-Blue".

Here's how the result looks like:

3. NOT ( Red ! Blue )
This is the 3rd option in the Operations combo box.
This operation is almost similar to the Subtract operation.  Basically, it performs a Union of Red and Blue.  Afterwards, it removes the surfaces of Blue.   The name of the new object will be "Red!Blue".

Here's the result:

Note that unlike the Subtract operation, this operation does not patch up surfaces removed.

4. AND ( Red & Blue )
This is the 4th option in the Operations combo box.
This operation creates a new object that contains the area where Red intersects with Blue.  The name of the new object will be "Red&Blue".  However, since the Windows UI treats the "&" character as a menu accelerator, the object name will appear as "RedBlue" in the object list.

Here's the result:

5. INTERSECT ( Red # Blue )
This is the 5th option in the Operations combo box.
This operation marks out in Red where the surfaces of Blue intersects with it.  The name of the new object will be "Red#Blue".

To better illustrate, here's the result:

6. ???? (????)
This is the 6th option.  This option is bugged.  Calling this option produces the same results as INTERSECT, but the name of the object is based on the AND operation... weird...

In other words, if I do a Red % Blue, I'll get a new object that looks like the result of Red # Blue, but is named as "RedBlue".

7. ASTERISK ( A * B )
This is the 7th option in the Operations combo box.
This is an interesting operation which I've yet to find something useful for. :)

What this does is it creates a new object where object A replaces every node that object B has.

To illustrate, I start with the following:

The sphere is Obj1, while the cube is Obj2.

After performing the operation, here's the result:

Interesting eh?  But again, for the purpose of Card Model creation, I've yet to find any useful applications for this operation.

8. DOUBLE ASTERISK ( A : B )
Hahahah.. okay... the word, "COLON" just doesn't sound pleasant.  So let's just use double asterisk.
This is the last option in the Operations combo box.

This basically does what the Asterisk operation does.  However, this does an extra step of "connecting" each node...er... just look at the example below.

Let's say we've got the following objects:

Obj1 is the red sphere, while Obj3 is the green shape.

After performing the operation, here's the result:

Ewww... what a mess!  Like its sibling, the Asterisk operation, this is really useless for Card Modeling.
It might be useful if you want to make jackstones or a model of a Spathi Eluder ship from the StarCon2 game. :)


Finally, if you're a bit adventurous, you can check out the button at the upper left corner of the Boolean dialog box.  This allows you to manually enter a boolean like "C=Red+Blue".

Anyway, I hope you've found this short tutorial helpful.

Messerschmitt P.1106 R - Part 3

I'm done carving out the wheelwells.  Surprisingly, Metaseq's BOOLEAN plugin has been very cooperative.  It didn't produce a lot of unwanted artifacts like before.  Or maybe it's because I used more edges...

Here's how it looks like:

Like the BF109, the P.1106 has a narrow tracked set of landing gears.  It would have probably been hard to land safely with this configuration.

Anyway, we'll never know since this plane never got built.

Here's how it looks like from the side:

 Next task would be to work on those fuselage and wing formers!

Magnet Tool Revisited

I don't know if you've already figured this out...but I thought it might be worth documenting nonetheless...

Previously, I wrote a short tutorial on how to use Metaseq's magnet tool to create smooth wing (or fuselage) cross sections.

At that time, I was not aware of a particular parameter/field in the Magnet tool's dialog window which could have made the job a lot easier.  This field is called the Range field.  This field apparently controls the area of effect of the magnet tool.

To demonstrate, I start with the following cross section:

By default, the Range field of the magnet tool is set to 100.    If I use the default value on the cross section I created, this is what I get: 

If I adjust the Field value to "75", the effect of the magnet tool is lessened.  Notice how the magnet tool affects even the bottom nodes:

Now, if I adjust the Magnet tool's Range value to, say... "50",  the effect now looks a lot like what is sone on the magnet icon. :)  Also, the bottom nodes are no longer affected:

Bumping it down to "25" produces the following:

Here's how it looks like when you use the circular icon (2nd icon):

Here's what the 3rd icon's effect looks like:

Finally, here's what the last icon's effect looks like:

Now, let's revisit the wing cross section (chord) creation.

Start with an oval shape like the following:

Reduce the magnet tool's Range field to around "90".  (Or less, depending on how you created your oval shape.)  Select the 2nd icon (the round shape).  Now, slighty flatten the bottom part of the oval so that it looks like the following picture:

Now, use the 3rd icon and pull out the right end of the oval to produce the tail end of the cross section. 

With a bit of experimentation, you can tweak the Range field of the magnet tool to produce irregular shaped fuselage cross like the one I used for the Messerschmitt P.1106 R:

Cheers!

Messerschmitt P.1106 R - Part 2

 I didn't like the way the wing fairings turned out.  I eventually decided to discard the old fairings and start anew.  I also re-shaped the fuselage a bit to make it more streamlined.

Here's how it turned out:



I also managed to finish the landing gears:

My next job would be to carve out the wheel wells and covers!

Messerschmitt P.1106 R - Part 1

I greet 2011 with a new project, the Messerschmitt P.1106 R!

The P.1106 R was part of Messerschmitt's research on creating a fighter that is capable of breaching the supersonic barrier.  This fighter was to be powered by a Walter S2 rocket (similar to the Messerschmitt Me-163 "Komet").  It was estimated that this fighter would be able to reach a speed of 993 km/h.  It would have been armed with a pair of 30mm MK108 cannons.

Here's the initial wireframe:

As you can see from the screenshot above, this is a really, REALLY weird looking aircraft!  By its looks alone, it looks way ahead of its time. :)