FS Design Studio Available Now By Download

FS Design Studio PRO Make your own FS2000 3D Scenery Objects and Aircraft

Make 3D Scenery Objects Easily

What the Users Say: "A big kiss to Louis Sinclair for the latest update. ... I was ready to give up flighsimming, but now the world is fine again.", H.S., Germany "I think it is incredible! It will allow much easier builds of complex objects.", D.B., Illinois "This is the next generation design tool. Two steps above any others.", J.T., Pennsylvania "Four words: I LOVE THIS PROGRAM!!!! About the only limitations I can see is the designer's imagination. If you can dream it up and know how you want to go about it, you can do it.", B.A., Illinois "... it is truly cutting edge, definitely the next generation of FS design tools", M.A., via Internet "FSDS proves what I thought all along -- that parts are not really limited in FS", T.H., Kansas "... the more obvious it becomes that some truly incredible aircraft can be built with FSDS Pro", F.S., via Internet "This is the best program I ever had in my hands! It will change the FS world and allow the development of fantastic scenery and aircraft. It's really a new dimension.", B.D., Germany "I am absolutely amazed. After about 6 hours with FSDS, including the 3 hours I spent on the (introductory material), I had my first model flying. No textures yet, but that looks like a snap too. Can it really be this easy?", S.N., Texas To view some of the first designs made by users, click here

* with FS Design Studio PRO

3D Scenery and Aircraft for Flight Simulator 2000 During the past several weeks, we've been having lots of fun as many members of our staff have learned the "ins" and "outs" of making 3D scenery objects and aircraft with FS Design Studio PRO. Louis Sinclair's new design tool can be used by flight simmers of every level of experience. Beginners, advanced and experts alike will soon have an affordable design package that's capable of producing virtually any kind of 3D scenery object and aircraft for Microsoft Flight Simulator 2000. Whether your goal is to add a simple 3D object to drop into your local airport, a more detailed stadium to herald your favorite football team, a complex city full of skyscrapers, and aircraft of any shape or size, FS Design Studio PRO is able to handle all of these tasks.

Add your own detailed 3D Objects

Most flight simmers want to spend their time flying instead of programming. Previously, if you wanted to make 3D scenery objects, you had to program in a cryptic language named "SCASM". Using FS Design Studio, you can now design 3D scenery objects without programming. When the design is complete, FS Design Studio will either make you a new scenery file or create a "macro" that can be used with Airport & Scenery Designer (available separately). Either way, you won't have to program. To the right is a sign that Jim Rhoads made in a few minutes with FS Design Studio and turned into a SCASM macro. If you'd like to see the complex code that FSDS generated for this wooden sign click here.

Wooden sign by Jim Rhoads

An obstacle course
One of Jim Rhoad's Meigs Field obstacles.	Some of us affectionately refer to Jim Rhoads as "Crazy Jim". He's been telling us about his grand idea for making an obstacle course. To do this he's been using FS Design Studio to make his 3D scenery objects. To the left is one of these objects - a giant fence. Jim would like you to take off from Runway 36 and "leap" over the fence. He says that this will help test your flying abilities. After completing his drawing, FS Design Studio again instantly turns it into an ASD-compatible macro. Jim then uses the macro to make this tiny scenery with the fence. If you'd like to see the work that FS Design Studio did by generating the macro click here.	Crazy Jim "Jim is this close ->| |<- to getting his IFR ticket. Recently he and instructor (pal) Jeff Trevor were practicing. Jim is ...., shall we say thifty, so he made his IFR practice hood from a pair of safety glasses and some leftover duct tape. Would you fly with this guy?

View the finished design as you'll see it in FS2000........
Aircraft viewed as a wireframe model	When you're ready to view a completed design, click on the menu and PRESTO! It's transformed from a wireframe into a solid model right before your eyes. You can easily change the viewpoint or use the slider bars to adjust the zoom and lighting. No more guessing as to how it will look in FS2000.	Same aircraft as viewed as a solid model

Download the first ever FSDS aircraft
From FSDS model ...	Staffer Adam Howe made one of the first ever public FSDS aircraft, a Cessna 152. His single sports full moving parts made with Konstantin Kukushkin's Aircraft Animator. It's not perfect (yet), and Adam is using stock texturing and C182 flight dynamics (it's overpowered). However, it's proof that FSDS is a real product that produces real FS2000 3D objects. Click to download and fly Adam Howe's FSDS Cessna 152. Unzip this into your FS2000 \aircraft folder, start FS2000 and choose the FSDS Cessna 152 from your Aircraft menu. By the way, this is the first aircraft that Adam has ever made.	... to a flyable FS2000 Cessna 152

Download the second ever FSDS aircraft Paul Lee of our Tech support department also completed his first ever aircraft using FS Design Studio. Like the the Cessna 152 above, this aircraft has complete moving parts made with Aircraft Animator. Paul's plane has custom painting and transparent window surfaces. For the number crunchers among you, this Shorts 360 was made in about 40 hours and has 63 parts made of some 1765 polygons.
Shorts 360 Twin	Click to download and fly Paul Lee's FSDS Shorts 360. Unzip this into your FS2000 \aircraft folder, start FS2000 and choose the FSDS_Shorts_360 from your Aircraft menu. Not bad for a first try. Thanks to Jim Rhoads for help with the air file.	Here's a real Shorts 360 is sitting at Nice Cote d'Azur Airport (FRANCE)

"Crazy Jim" is at it again - with moving parts
Short final, lowering flaps	Sometimes there is no stopping Jim Rhoads. Here's his latest FS Design Studio model, complete with moving parts, which he added with Aircraft Animator. I doubt that AA's author Konstantin Kuskushkin wants any credit for this. And can you guess what happens when you lower the flaps? We don't know yet, if it has custom sounds. Click to download the Super Toilet 180, unzip into your FS2000 \aircraft folder and Choose "Comodechee" from the Aircraft menu. Let Jim and Konstantin know how the flaps work.	A Beautiful View of the Aquarium - The Shedd Aquarium is below too!

Texturing with FS Design Studio - "texture templates"
There are many more "goodies" in FS Design Studio. One of the most powerful techniques for adding realism to 3D objects in FS is to use bitmap images as textures. As Louis says: "A simple scanned photo of the front of a building can provide far more detail and realism than hours of detailed modeling can achieve". Accordingly, he's made it much simpler to for you to add detailed texturing to all of your models. Using texture templates, you can "draw between the line" as you paint* your texture precisely onto the 3D object. * using an external paint program	FSDS can automatically create a "texture template" so you can detail your 3D scenery precisely	Here's how the lines of the template wrap around the part. Simply use the lines on the template as a guide to applying your paint scheme.
Using the template made it much simpler to create the finished texture shown here.

Title	Platform	Item #	ISBN #	S.R.P.	Media	Available
FS Design Studio PRO	FS2000	S411	1-55755-411-0	$59.95	CD-ROM	NOW

 

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How Abacus Does It - The Secret to Developing Great Software This is a recent statement released by Louis Sinclair, the developer of FS Design Studio: "Abacus is keeping me in a dark hole and only feeding me things that can fit under the door until I figure out DirectX. They made me promise not to cause any trouble or they'll take the pizza away. If I'm a good boy, they may even thaw the pizza first. I should have asked for a toaster oven as part of my contract."

 

Here's an ASD macro that was created for the wooden sign described above. ;ASDesign Compatible Macro ;Name=direction sign, Type=Misc., Bitmap=Direction.bmp, \ ;FixedLength=25, FixedWidth=25, \ ;Latitude, Longitude, Rotation, Density=0, \ ;Visibility=0, Range=8, Altitude=0 ; ;Copyright 2000 Jim Rhoads ; Area( 5 %1 %2 %6 ) PerspectiveCall( :PCall ) ShadowCall( :PCall2 ) Jump( :End ) :PCall Perspective :PCall2 RefPoint( 7 :Skip 0.05 %1 %2 E= %7 v1= %5 V2= 426 ) mif( %3 ) RotatedCall( :RCall 0 0 %3 ) melse Call( :RCall ) mifend Return :RCall Call32( :Part0 ) Call32( :Part1 ) Call32( :Part2 ) Call32( :Part3 ) Call32( :Part4 ) Call32( :Part5 ) Call32( :Part6 ) Return ; ; Part: Tube.1 :Part0 VecPoints( 0 0 213 6 0 16383 28377 ; 0 5 213 3 24575 16383 14188 ; 1 5 213 -3 24575 16383 -14188 ; 2 0 213 -6 0 16383 -28377 ; 3 -5 213 -3 -24575 16383 -14188 ; 4 -5 213 3 -24575 16383 14188 ; 5 0 0 6 0 0 32767 ; 6 5 0 3 28377 0 16383 ; 7 5 0 -3 28377 0 -16383 ; 8 0 0 -6 0 0 -32767 ; 9 -5 0 -3 -28377 0 -16383 ; 10 -5 0 3 -28377 0 16383 ; 11 ) SurfaceColor( 02 f0 ) Bitmap( lwood.bmp 0 0 0 0 ) Smoothing( 1 ) Inst_7d ShadedTexPoly( 16383 0 28377 5.28 0 249 250 1 244 250 7 244 1 6 249 1 ) Inst_7d ShadedTexPoly( 32767 0 0 5.28 1 244 250 2 233 250 8 233 1 7 244 1 ) Inst_7d ShadedTexPoly( 16383 0 -28377 5.28 2 233 250 3 227 250 9 227 1 8 233 1 ) Inst_7d ShadedTexPoly( -16383 0 -28377 5.28 3 251 251 4 245 251 10 245 1 9 251 1 ) Inst_7d ShadedTexPoly( -32767 0 0 5.28 4 245 251 5 232 251 11 232 1 10 245 1 ) Inst_7d ShadedTexPoly( -16383 0 28377 5.28 5 232 251 0 226 251 6 226 1 11 232 1 ) Inst_7d ShadedTexPoly( 0 32767 0 213.36 5 228 224 4 228 207 3 239 198 2 250 207 1 250 224 0 239 233 ) Smoothing( 0 ) Return ; ; Part: No Name :Part1 Points( 0 -66 189 26 ; 0 59 189 -36 ; 1 69 184 -41 ; 2 60 179 -37 ; 3 -66 179 26 ; 4 -65 189 29 ; 5 61 189 -33 ; 6 70 184 -38 ; 7 62 179 -34 ; 8 -65 179 29 ; 9 ) SurfaceColor( 02 f0 ) Bitmap( lwood.bmp 0 0 0 0 ) Smoothing( 1 ) Inst_7d TexPoly( -14620 0 -29324 6.01 4 2 225 3 164 225 2 175 238 1 163 251 0 2 251 ) Inst_7d TexPoly( 28 32766 -14 189.37 0 2 251 1 163 251 6 165 251 5 4 251 ) Inst_7d TexPoly( 11410 30184 -5689 201.53 1 163 251 2 175 238 7 177 238 6 165 251 ) Inst_7d TexPoly( 13182 -29269 -6572 -128.72 2 175 238 3 164 225 8 166 225 7 177 238 ) Inst_7d TexPoly( 0 -32766 0 -179.77 3 164 225 4 2 225 9 4 225 8 166 225 ) Inst_7d TexPoly( -29324 0 14620 71.26 4 186 4 0 186 26 5 184 26 9 184 4 ) Inst_7d TexPoly( 14620 0 29324 -2.84 5 184 26 6 18 26 7 5 15 8 17 4 9 184 4 ) Smoothing( 0 ) Return ; ; Part: No Name.1 :Part2 Points( 0 70 145 4 ; 0 -69 138 -14 ; 1 -80 133 -15 ; 2 -70 128 -14 ; 3 70 135 4 ; 4 70 145 1 ; 5 -69 138 -17 ; 6 -79 133 -18 ; 7 -69 128 -17 ; 8 70 136 1 ; 9 ) SurfaceColor( 02 f0 ) Bitmap( lwood.bmp 0 0 0 0 ) Smoothing( 1 ) Inst_7d TexPoly( -4271 -223 32486 -5.87 4 2 1 3 158 1 2 169 13 1 157 24 0 2 24 ) Inst_7d TexPoly( -1746 32720 -4 141.72 0 172 161 1 13 161 6 14 161 5 172 161 ) Inst_7d TexPoly( -14203 29481 -1664 155.22 1 13 161 2 1 149 7 1 149 6 14 161 ) Inst_7d TexPoly( -13051 -29993 -1922 -88.95 2 1 149 3 12 137 8 12 137 7 1 149 ) Poly( 1714 -32722 0 -132.12 3 4 9 8 ) Inst_7d TexPoly( 32442 1700 4276 77.47 4 2 1 0 2 24 5 2 24 9 2 1 ) Inst_7d TexPoly( 4271 223 -32486 9.04 5 172 161 6 14 161 7 1 149 8 12 137 9 172 137 ) Smoothing( 0 ) Return ; ; Part: No Name.1.1 :Part3 Points( 0 -76 92 -10 ; 0 64 96 -7 ; 1 75 92 -7 ; 2 65 87 -7 ; 3 -76 82 -10 ; 4 -76 92 -6 ; 5 64 96 -4 ; 6 75 92 -4 ; 7 65 87 -4 ; 8 -76 82 -6 ; 9 ) SurfaceColor( 02 f0 ) Bitmap( lwood.bmp 0 0 0 0 ) Smoothing( 1 ) Inst_7d TexPoly( 571 19 -32762 8.84 4 1 196 3 170 196 2 182 208 1 169 219 0 1 219 ) Inst_7d TexPoly( -1111 32748 0 94.57 0 169 24 1 14 24 6 14 24 5 169 24 ) Inst_7d TexPoly( 11687 30611 222 113.31 1 14 24 2 2 13 7 2 13 6 14 24 ) Inst_7d TexPoly( 15739 -28737 257 -45.06 2 2 13 3 13 1 8 13 1 7 2 13 ) Poly( 1143 -32747 0 -84.96 3 4 9 8 ) Inst_7d TexPoly( -32742 -1143 -571 73.54 4 1 196 0 1 219 5 1 219 9 1 196 ) Inst_7d TexPoly( -571 -19 32762 -5.67 5 169 24 6 14 24 7 2 13 8 13 1 9 169 1 ) Smoothing( 0 ) Return ; ; Part: No Name.1.1.1 :Part4 Points( 0 69 63 -34 ; 0 -61 63 16 ; 1 -71 58 20 ; 2 -62 53 17 ; 3 69 53 -34 ; 4 68 63 -37 ; 5 -62 63 13 ; 6 -72 58 17 ; 7 -63 53 14 ; 8 68 53 -37 ; 9 ) SurfaceColor( 02 f0 ) Bitmap( lwood.bmp 0 0 0 0 ) Smoothing( 1 ) Inst_7d TexPoly( 12009 0 30486 -6.96 4 2 1 3 157 1 2 168 13 1 156 24 0 2 24 ) Inst_7d TexPoly( -29 32766 11 63.35 0 2 24 1 156 24 6 157 24 5 3 24 ) Inst_7d TexPoly( -11863 30184 4673 82.97 1 156 24 2 168 13 7 169 13 6 157 24 ) Inst_7d TexPoly( -13704 -29269 5398 -19.02 2 168 13 3 157 1 8 158 1 7 169 13 ) Poly( 0 -32766 0 -53.75 3 4 9 8 ) Inst_7d TexPoly( 30486 0 -12009 77.64 4 179 168 0 179 190 5 178 190 9 178 168 ) Inst_7d TexPoly( -12009 0 -30486 10.13 5 178 190 6 14 190 7 1 179 8 12 168 9 178 168 ) Smoothing( 0 ) Return ; ; Part: No Name.2 :Part5 Points( 0 58 167 -36 ; 0 -51 167 50 ; 1 -60 162 57 ; 2 -52 157 51 ; 3 58 157 -36 ; 4 56 167 -39 ; 5 -53 167 48 ; 6 -61 162 55 ; 7 -54 157 49 ; 8 56 157 -39 ; 9 ) SurfaceColor( 02 f0 ) Bitmap( lwood.bmp 0 0 0 0 ) Smoothing( 1 ) Inst_7d TexPoly( 20397 0 25643 7.87 4 2 107 3 164 107 2 175 117 1 163 127 0 2 127 ) Inst_7d TexPoly( -25 32766 19 167.52 0 2 127 1 163 127 6 166 127 5 5 127 ) Inst_7d TexPoly( -9978 30184 7937 182.27 1 163 127 2 175 117 7 178 117 6 166 127 ) Inst_7d TexPoly( -11527 -29269 9169 -108.18 2 175 117 3 164 107 8 167 107 7 178 117 ) Poly( 0 -32767 0 -157.91 3 4 9 8 ) Inst_7d TexPoly( 25643 0 -20397 69.00 4 146 2 0 146 22 5 144 22 9 144 2 ) Inst_7d TexPoly( -20397 0 -25643 -4.70 5 144 22 6 12 22 7 2 12 8 11 2 9 144 2 ) Smoothing( 0 ) Return ; ; Part: No Name.2.1 :Part6 Points( 0 77 113 -3 ; 0 -61 122 18 ; 1 -73 118 19 ; 2 -63 113 18 ; 3 76 103 -3 ; 4 76 113 -6 ; 5 -62 122 15 ; 6 -73 118 16 ; 7 -64 113 15 ; 8 75 103 -6 ; 9 ) SurfaceColor( 02 f0 ) Bitmap( lwood.bmp 0 0 0 0 ) Smoothing( 1 ) Inst_7d TexPoly( 5113 -357 32363 6.97 4 2 78 3 152 78 2 162 88 1 151 98 0 2 98 ) Inst_7d TexPoly( 2254 32689 5 118.14 0 2 98 1 151 98 6 151 98 5 3 98 ) Inst_7d TexPoly( -10457 30989 1994 136.91 1 151 98 2 162 88 7 163 88 6 151 98 ) Inst_7d TexPoly( -16554 -28183 2304 -63.94 2 162 88 3 152 78 8 153 78 7 163 88 ) Poly( -2285 -32687 0 -108.53 3 4 9 8 ) Inst_7d TexPoly( 32284 -2257 -5125 68.70 4 146 2 0 146 22 5 146 22 9 146 2 ) Inst_7d TexPoly( -5113 357 -32363 -3.80 5 146 22 6 12 22 7 2 12 8 11 2 9 146 2 ) Smoothing( 0 ) Return :Skip Return :End EndA

Here's an ASD macro that was created for the huge "fence" obstacle described above. ;ASDesign Compatible Macro ;Name=fence, Type=Misc., Bitmap=fence.bmp, \ ;FixedLength=270, FixedWidth=15, \ ;Latitude, Longitude, Rotation, Density=0, \ ;Visibility=0, Range=8, Altitude=0 ; ;Copyright 2000 Jim Rhoads ; Area( 5 %1 %2 %6 ) PerspectiveCall( :PCall ) ShadowCall( :PCall2 ) Jump( :End ) :PCall Perspective :PCall2 RefPoint( 7 :Skip 0.10 %1 %2 E= %7 v1= %5 V2= 3300 ) mif( %3 ) RotatedCall( :RCall 0 0 %3 ) melse Call( :RCall ) mifend Return :RCall Call32( :Part0 ) Call32( :Part1 ) Call32( :Part2 ) Call32( :Part3 ) Return ; ; Part: Box :Part0 Points( 0 -804 617 -15 ; 0 -804 771 -15 ; 1 793 771 -15 ; 2 793 617 -15 ; 3 -804 617 15 ; 4 -804 771 15 ; 5 793 771 15 ; 6 793 617 15 ; 7 ) SurfaceColor( 02 f0 ) Bitmap( course1.bmp 0 0 0 0 ) Smoothing( 1 ) Inst_7d TexPoly( 0 0 -32767 15.31 3 254 2 2 254 31 1 2 31 0 2 2 ) Inst_7d TexPoly( 0 0 32767 15.31 4 255 151 5 255 195 6 1 195 7 1 151 ) Inst_7d TexPoly( -32766 0 0 804.28 4 4 4 0 253 4 1 253 19 5 4 19 ) Inst_7d TexPoly( 32766 0 0 793.08 3 5 3 7 249 3 6 249 20 2 5 20 ) Inst_7d TexPoly( 0 32767 0 771.04 1 6 6 2 246 6 6 246 23 5 6 23 ) Inst_7d TexPoly( 0 -32767 0 -617.93 4 247 25 7 5 25 3 5 7 0 247 7 ) Smoothing( 0 ) Return ; ; Part: Tube.1 :Part1 VecPoints( 0 803 1585 48 0 17935 27422 ; 0 819 1585 33 24905 15330 14776 ; 1 826 1585 0 29187 14892 0 ; 2 819 1585 -33 24905 15330 -14776 ; 3 803 1585 -48 0 17935 -27422 ; 4 786 1585 -33 -24905 15330 -14776 ; 5 779 1585 0 -29187 14892 0 ; 6 786 1585 33 -24905 15330 14776 ; 7 803 2 48 0 0 32767 ; 8 819 2 33 28180 0 16719 ; 9 826 2 0 32766 0 0 ; 10 819 2 -33 28180 0 -16719 ; 11 803 2 -48 0 0 -32767 ; 12 786 2 -33 -28180 0 -16719 ; 13 779 2 0 -32766 0 0 ; 14 786 2 33 -28180 0 16719 ; 15 ) SurfaceColor( 02 f0 ) Bitmap( course1.bmp 0 0 0 0 ) Smoothing( 1 ) Inst_7d ShadedTexPoly( 21123 0 25049 554.51 0 252 149 1 250 149 9 250 71 8 252 71 ) Inst_7d ShadedTexPoly( 32109 0 6533 810.22 1 250 149 2 244 149 10 244 71 9 250 71 ) Inst_7d ShadedTexPoly( 32109 0 -6533 810.22 2 244 149 3 238 149 11 238 71 10 244 71 ) Inst_7d ShadedTexPoly( 21123 0 -25049 554.51 3 238 149 4 236 149 12 236 71 11 238 71 ) Inst_7d ShadedTexPoly( -21123 0 -25049 -481.10 4 252 149 5 250 149 13 250 71 12 252 71 ) Inst_7d ShadedTexPoly( -32109 0 -6533 -764.00 5 250 149 6 244 149 14 244 71 13 250 71 ) Inst_7d ShadedTexPoly( -32109 0 6533 -764.00 6 244 149 7 238 149 15 238 71 14 244 71 ) Inst_7d ShadedTexPoly( -21123 0 25049 -481.10 7 238 149 0 236 149 8 236 71 15 238 71 ) Inst_7d ShadedTexPoly( 0 32767 0 1585.72 7 238 138 6 236 110 5 238 82 4 244 71 3 250 82 2 252 110 1 250 138 0 244 149 ) Smoothing( 0 ) Return ; ; Part: Tube.1.1 :Part2 VecPoints( 0 -800 1590 48 0 17935 27422 ; 0 -783 1590 33 24905 15330 14776 ; 1 -776 1590 0 29187 14892 0 ; 2 -783 1590 -33 24905 15330 -14776 ; 3 -800 1590 -48 0 17935 -27422 ; 4 -816 1590 -33 -24905 15330 -14776 ; 5 -823 1590 0 -29187 14892 0 ; 6 -816 1590 33 -24905 15330 14776 ; 7 -800 7 48 0 0 32767 ; 8 -783 7 33 28180 0 16719 ; 9 -776 7 0 32766 0 0 ; 10 -783 7 -33 28180 0 -16719 ; 11 -800 7 -48 0 0 -32767 ; 12 -816 7 -33 -28180 0 -16719 ; 13 -823 7 0 -32766 0 0 ; 14 -816 7 33 -28180 0 16719 ; 15 ) SurfaceColor( 02 f0 ) Bitmap( course1.bmp 0 0 0 0 ) Smoothing( 1 ) Inst_7d ShadedTexPoly( 21123 0 25049 -479.07 0 252 149 1 250 149 9 250 71 8 252 71 ) Inst_7d ShadedTexPoly( 32109 0 6533 -760.91 1 250 149 2 244 149 10 244 71 9 250 71 ) Inst_7d ShadedTexPoly( 32109 0 -6533 -760.91 2 244 149 3 238 149 11 238 71 10 244 71 ) Inst_7d ShadedTexPoly( 21123 0 -25049 -479.07 3 238 149 4 236 149 12 236 71 11 238 71 ) Inst_7d ShadedTexPoly( -21123 0 -25049 552.47 4 252 149 5 250 149 13 250 71 12 252 71 ) Inst_7d ShadedTexPoly( -32109 0 -6533 807.13 5 250 149 6 244 149 14 244 71 13 250 71 ) Inst_7d ShadedTexPoly( -32109 0 6533 807.13 6 244 149 7 238 149 15 238 71 14 244 71 ) Inst_7d ShadedTexPoly( -21123 0 25049 552.47 7 238 149 0 236 149 8 236 71 15 238 71 ) Inst_7d ShadedTexPoly( 0 32767 0 1590.62 7 238 138 6 236 110 5 238 82 4 244 71 3 250 82 2 252 110 1 250 138 0 244 149 ) Smoothing( 0 ) Return ; ; Part: Box.1 :Part3 Points( 0 -801 1421 -15 ; 0 -801 1574 -15 ; 1 796 1574 -15 ; 2 796 1421 -15 ; 3 -801 1421 15 ; 4 -801 1574 15 ; 5 796 1574 15 ; 6 796 1421 15 ; 7 ) SurfaceColor( 02 f0 ) Bitmap( course1.bmp 0 0 0 0 ) Smoothing( 1 ) Inst_7d TexPoly( 0 0 -32767 15.31 3 254 2 2 254 31 1 2 31 0 2 2 ) Inst_7d TexPoly( 0 0 32767 15.31 4 255 151 5 255 195 6 1 195 7 1 151 ) Inst_7d TexPoly( -32766 0 0 801.01 4 4 4 0 253 4 1 253 19 5 4 19 ) Inst_7d TexPoly( 32766 0 0 796.35 3 5 3 7 249 3 6 249 20 2 5 20 ) Inst_7d TexPoly( 0 32767 0 1574.74 1 6 6 2 246 6 6 246 23 5 6 23 ) Inst_7d TexPoly( 0 -32767 0 -1421.63 4 247 25 7 5 25 3 5 7 0 247 7 ) Smoothing( 0 ) Return :Skip Return :End EndA

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Revision 6415