1/* 2 openuniverse configuration file 3*/ 4 5/*************************************************************************** 6 Options 7***************************************************************************/ 8 9#where do data files reside (stars.dat and textures) 10#data_directory = . 11 12#Render planet atmosphere, default is 1. Atmospheres hurt performance 13atmospheres = 1 14 15#bordered textures. 0 for hardware accelerated, 1 for software-only OpenGL 16#(see README.3D for details) 17border = 0 18 19#show splash screen image during the loading stage. Set this option to 0 if 20#you're running OU in high resolution modes (say greater than 640x480) 21#splash = 0 22 23#Filtering method (GL_LINEAR or GL_NEAREST), default is GL_LINEAR 24#GL_NEAREST filtering will increase performance on software-only OpenGL drivers 25filter = GL_LINEAR 26 27#Shading model (defaults to GL_SMOOTH) 28shading = GL_SMOOTH 29 30#starting date (format is MM-DD-YY HH:MM:SS) 31#date = 9-21-1972 7:00:00 32#date = 12-11-1994 15:10:00 33 34#global configuration items 35pause = 0 36realtime = 0 37planets_labels = 0 38stars_labels = 0 39info = 1 40 41demo = 0 42#Duration of every demo slot in seconds 43demostep = 15 44 45#how bright stars are (higher is brighter) 46#star_brightness_factor = 5.0 47 48#Define textured stars size. You may have to tune this value (high-res video 49#modes will require lower values). Default is 0.3, typical range is (0.1-0.5). 50#Try 5.0 for fun ;-) 51#star_size = 0.3 52 53# camera speed in millon Km per frame 54#camera_speed = 0.0 55 56#camera modes are: 0 (free), 1 (Linked), 2 (Body 2 Body), 3 (Orbiter) 57#camera_mode = 3 58 59#start with body N as target/source. (N=0 for SUN, N=1 for first body defined 60# below and so on). source keyword applies only for cmode 2 61#target = 21 62#source = 0 63 64#detail level, higher is better/slower. To keep texture handling functions 65#happy, these two numbers must be divible by any texture width (slices) or 66#height (stacks), in terms of 256x256 pieces not pixels. It's a good idea to 67#use always powers of two. Anyways OU will tell you when invalid values 68#are set 69# 70#If your hardware is T&L capable (GeForce, Savage2k) set this values to 64 or 71#128. Hey, i've even tried with 256 (that's 65536 quads per sphere) on a 72#GeForce DDR and got 25fps. Not bad, eh? :-) 73# 74slices = 64 75stacks = 64 76 77#Screenshots quality, (0-100). Higher is better. Default is 90 78#jpeg_quality = 100 79 80#MIPMAPS: better texture quality when enabled at the expense of texture memory, 81#you may have to disable it (default is enabled) if you're low of texture 82#memory (to compare texture quality between mipmapped and non-mipmapped select 83#Mercury and press 'n', you'll see an annoying flickering with non-mipmapped 84#textures) 85 86mipmap = 1 87 88#MIPMAP_FILTER: Mipmap filtering method. Options are: 89# GL_NEAREST_MIPMAP_NEAREST <--- worst (faster on software-only drivers) 90# GL_LINEAR_MIPMAP_NEAREST 91# GL_NEAREST_MIPMAP_LINEAR 92# GL_LINEAR_MIPMAP_LINEAR <--- best (default) 93 94mipmap_filter = GL_LINEAR_MIPMAP_LINEAR 95 96#Level Of Detail (currently only affects textures). 97# This option attempts to minimize texture cache trashing on low end 3D card, so 98# if your 3D card comes with less than 16MB you SHOULD adjust this value. 99# Otherwise OU will run slow (especially on old non-AGP hardware). 100# To adjust it just start with HIGH QUALITY and run benchmark (-bench) 101# write down the score, then run benchmark MEDIUM and LOW quality. I guess 102# you'll figure out the last step ;-) 103# 104# This is nothing but a resample algorithm. HQ mode won't resample texture 105# maps while MQ and LQ modes will resample texture maps by 2 and 4 (both 106# horizontally and vertically) respectively. 107# 108# Keep in mind that texture compression (see below) will reduce required 109# memory and so you'll be able to use bigger maps and/or higer quality 110# modes. 111# 112# 0 -> LOW QUALITY textures ( <= 4MB ) 113# 1 -> MEDIUM QUALITY textures ( <= 8MB ) 114# 2 -> HIGH QUALITY textures ( >= 16MB ) 115 116LOD=2 117 118#Color Depth 119# 120# Textures color depth: 121# 122# 16 bits 123# 32 bits 124# 125# Force 16 or 32 bits textures. Some OpenGL drivers default to 16 bits or 126# current desktop configuration so this option may be of help if you want 127# to save texture space or force 32 bits textures on buggy OpenGL drivers 128 129color_depth=32 130 131 132# Texture compression 133# 134# If your 3d card's OpenGL driver supports any kind of texture compression 135# enable this option and you'll able to uset VERY HIGH resolution images. 136# By the time i'm writing this only S3's Savage series and NVIDIA's GeForce 137# family seem to support the OpenGL extensions needed. OU will check for the 138# extension at run time so it'll ignore any texture compression related 139# setting if the required extensions are not supported by your card/driver. 140# 141# You can override this option and disable texture compression for individual 142# bodies in the bodies section (see below). However, if you set this option to 143# 0, texture compression will be disabled, no matter what the setting for 144# every body is. 145# 146# You'll also notice there are a few bodies with TC disabled by default. 147# Those are bodies with very smooth surfaces on which texture compression 148# doesn't seem to work very well. 149# 150 151texture_compression = 1 152 153 154#Font type: 155# 0=Textured font, much faster when hardware accelerated but slower on soft 156# only drivers. May look ugly on some 3D hardware (say Voodoos) 157# 1=Bitmap font, more readable but hurts performace on some 3D hardware (TNT) 158 159font=1 160 161 162#Logo at startup 163#0 = Get rid of that funky logo :-) 164#1 = Yeah, i want the fading logo 165 166logo=1 167 168 169#Messier Objects (see messier.dat for object declaration) 170#0 = Disable 171#1 = Enable (default) 172 173messier=1 174 175 176#Milky Way 177#0 = Disable 178#1 = Enable (default) 179 180milky_way=1 181 182 183/***************************************************************************** 184 BODY DECLARATION 185 186 There are two main bodies: planets and asteroids. Data referred to 187 these two bodies are enclosed between { } 188 189 In every planet you can declare one atmosphere (right after planet 190 data) and any number of rings and/or satellites (rings declaration must 191 precede satellites declaration). 192 193 You can't define atmospheres or rings in asteroid declarations, only 194 satellites are allowed. 195 196 Custom function are allowed for planets, satellites and asteroids. 197 Note that here you assign an index to the custom function and you'll have 198 to edit positions.c in order to add one entry in the switch where custom 199 functions are called (see line 81 in positions.c). Obviously, when custom 200 functions are used, the elements defined in this file are ignored for that 201 body. 202 203 Config file stuff is STILL IN DEVELOPMENT, so it may be buggy (works 204 OK with default config file but don't know with custom config files). But 205 as long as you define your own bodies following the rules above it should 206 work. You better take a look at Earth and Saturn to learn how to define 207 cloudy atmospheres, rings and multiple satellites. 208 209 Whenever you find a value of 0.0 (except for the flattening) means that 210 this value is unknown (i mean i don't know it). 211 212****************************************************************************/ 213 214sun { 215 sun.jpg # texture file (must be a 128x128 24-bit JPEG) 216 4.0 # blending factor, the higher this value the 217 30 # better it will look (if you're running a 218 1.9891E30 # software only OpenGL driver or your 3D card 219 # supports 32 bits rendering set this value 220 # to 2.0). Don't set this value above 1.5 if 221 # you're using a 3dfx 3D card (they don't 222 # support 32 bits rendering and their 16 bit 223 # filtering is not very good). Second number 224 # stands for the cut level, so pixels with 225 # a mean level below this value will be 226 # transparent. 227} 228 229 230planet Mercury { 231 mercury.jpg # texture file 232 199,160,105 # color for untextured objects (RGB triplet) 233 0.382000 # radius (in Earth radii) 234 0.0 # x axis flattening 235 0.0 # y axis flattening 236 0.0 # z axis flattening 237 1 # use texture compression for this object (if supported) 238 0.0 # body tilt 239 6.138505 # rotation rate (in degrees/Earth day) 240 0.0 # orbit tilt (relative to ecliptic) 241 48.333899 # ascendind node (degrees) 242 77.453997 # perihelion (degrees) 243 0.387098 # mean distance (in AU) 244 4.092353 # daily motion (degrees) 245 87.969002 # orbital period (Earth days) 246 0.205632 # eccentricity 247 314.423688 # mean longitude (degrees) 248 0.3302E24 # Mass 249# 1 # Index of custom function (0=NO) 250 0 251} 252 253 254planet Venus { 255 venus.jpg # texture file 256 249,217,170 # color for untextured objects (RGB triplet) 257 0.950000 # radius (in Earth radii) 258 0.0 # x axis flattening 259 0.0 # y axis flattening 260 0.0 # z axis flattening 261 0 # use texture compression for this object (if supported) 262 177.300003 # body tilt 263 1.481367 # rotation rate (in degrees/Earth day) 264 3.394720 # orbit tilt (relative to ecliptic) 265 76.688900 # ascendind node (degrees) 266 131.761002 # perihelion (degrees) 267 0.723324 # mean distance (in AU) 268 1.602158 # daily motion (degrees) 269 224.699997 # orbital period (Earth days) 270 0.006793 # eccentricity 271 236.940437 # mean longitude (degrees) 272 4.8690E24 # Mass 273# 2 # Index of custom function (0=NO) 274 0 275} 276 277planet Earth { 278 earth.jpg # texture file 279 31,94,125 # color for untextured objects (RGB triplet) 280 1.000000 # radius (in Earth radii) 281 0.0 # x axis flattening 282 0.0 # y axis flattening 283 0.0034 # z axis flattening 284 1 # use texture compression for this object (if supported) 285 23.450001 # body tilt 286 360.252502 # rotation rate (in degrees/Earth day) 287 0.000410 # orbit tilt (relative to ecliptic) 288 349.200006 # ascendind node (degrees) 289 102.851700 # perihelion (degrees) 290 1.000020 # mean distance (in AU) 291 0.985580 # daily motion (degrees) 292 365.256012 # orbital period (Earth days) 293 0.016697 # eccentricity 294 328.403528 # mean longitude (degrees) 295 5.9736E24 # Mass 296# 3 # Index of custom function (0=NO) 297 0 298/* 299 atmosphere { # LOW QUALITY 300 earthcld.jpg # texture file 301 200,200,200 # color if untextured 302 1.02 # radius (in Earth radii) 303 360.252502 # rotation rate (in degrees/Earth day) 304 1.2 # blending factor (useful range 1-4) 305 150 # samples below this value are tranparent 306 } 307 308*/ 309 310 atmosphere { # HIGH QUALITY 311 clouds.jpg # texture file 312 200,200,200 # color if untextured 313 1.02 # radius (in Earth radii) 314 460.252502 # rotation rate (in degrees/Earth day) 315 1.2 # blending factor (useful range 1-4) 316 150 # samples below this value are tranparent 317 } 318 319 satellite Moon { 320 moon.jpg # texture file 321 200,200,200 # color for untextured objects (RGB triplet) 322 0.272400 # radius (in Earth radii) 323 0.0 # x axis flattening 324 0.0 # y axis flattening 325 0.0 # z axis flattening 326 1 # use texture compression for this object (if supported) 327 6.410000 # body tilt 328 13.176359 # rotation rate (in degrees/Earth day) 329 0.0 # orbit tilt (relative to host planet plane) 330 125.122795 # ascendind node (degrees) 331 83.186199 # perihelion (degrees) 332 60.268 # mean distance (in host planet radii) 333 12.190992 # daily motion (degrees) 334 27.321659 # orbital period (Earth days) 335 0.054900 # eccentricity 336 16.999999 # mean longitude (degrees) 337 7.35E22 # Mass 338# 10 # Index of custom function (0=NO) 339 0 340 orbiter Apollo13 { 341 apollo13.bmf # texture file 342 0.01 # size (in 10E3 Km) 343 0.0 1.0 0.0 # up vector 344 0.0 0.0 1.0 # heading vector 345 0.0 # orbit tilt (relative to host planet plane) 346 100.0 # ascendind node (degrees) 347 0.0 # perihelion (degrees) 348 1.1 # mean distance (in host planet radii) 349 100.0 # daily motion (degrees) 350 3.6 # orbital period (Earth days) 351 0.054900 # eccentricity 352 1.0 # mean longitude (degrees) 353 } 354 } 355 356 orbiter HST { 357 hst.bmf # texture file 358 0.01 # size (in 10E3 Km) 359 0.0 1.0 0.0 # up vector 360 0.0 0.0 1.0 # heading vector 361 0.0 # orbit tilt (relative to host planet plane) 362 100.0 # ascendind node (degrees) 363 0.0 # perihelion (degrees) 364 1.1 # mean distance (in host planet radii) 365 100.0 # daily motion (degrees) 366 3.6 # orbital period (Earth days) 367 0.054900 # eccentricity 368 0.0 # mean longitude (degrees) 369 } 370 371 orbiter StationV { 372 ss5.bmf # texture file 373 0.01 # size (in 10E3 Km) 374 0.0 1.0 0.0 # up vector 375 0.0 0.0 1.0 # heading vector 376 0.0 # orbit tilt (relative to host planet plane) 377 100.0 # ascendind node (degrees) 378 0.0 # perihelion (degrees) 379 1.1 # mean distance (in host planet radii) 380 100.0 # daily motion (degrees) 381 3.6 # orbital period (Earth days) 382 0.054900 # eccentricity 383 180.0 # mean longitude (degrees) 384 } 385 386 orbiter Endeavour { 387 shuttle.bmf # texture file 388 0.01 # size (in 10E3 Km) 389 0.0 1.0 0.0 # up vector 390 0.0 0.0 1.0 # heading vector 391 90.0 # orbit tilt (relative to host planet plane) 392 100.0 # ascendind node (degrees) 393 0.0 # perihelion (degrees) 394 1.1 # mean distance (in host planet radii) 395 100.0 # daily motion (degrees) 396 3.6 # orbital period (Earth days) 397 0.054900 # eccentricity 398 1.0 # mean longitude (degrees) 399 } 400} 401 402 403planet Mars { 404 mars.jpg # texture file 405 187,153,115 # color for untextured objects (RGB triplet) 406 0.532000 # radius (in Earth radii) 407 0.0 # x axis flattening 408 0.0 # y axis flattening 409 0.0 # z axis flattening 410 1 # use texture compression for this object (if supported) 411 25.190001 # body tilt 412 350.891907 # rotation rate (in degrees/Earth day) 413 1.849920 # orbit tilt (relative to ecliptic) 414 49.566399 # ascendind node (degrees) 415 336.088201 # perihelion (degrees) 416 1.523636 # mean distance (in AU) 417 0.524061 # daily motion (degrees) 418 686.979980 # orbital period (Earth days) 419 0.093423 # eccentricity 420 262.427834 # mean longitude (degrees) 421 0.6419E24 # Mass 422# 4 # Index of custom function (0=NO) 423 0 424 425 satellite Phobos { 426 phobos.bmf # texture file 427 200,200,200 # color for untextured objects (RGB triplet) 428 0.0042 # radius (in Earth radii) 429 0.0 # x axis flattening 430 0.4 # y axis flattening 431 0.4 # z axis flattening 432 1 # use texture compression for this object (if supported) 433 0.0 # body tilt 434 350.891907 # rotation rate (in degrees/Earth day) 435 1.0 # orbit tilt (relative to host planet plane) 436 0.0 # ascendind node (degrees) 437 0.0 # perihelion (degrees) 438 2.76 # mean distance (in host planet radii) 439 1128.8451 # daily motion (degrees) 440 0.318910 # orbital period (Earth days) 441 0.015 # eccentricity 442 0.0 # mean longitude (degrees) 443 1.0E16 # Mass 444 0 # Index of custom function (0=NO) 445 } 446 447 satellite Deimos { 448 deimos.bmf # texture file 449 200,200,200 # color for untextured objects (RGB triplet) 450 0.0024 # radius (in Earth radii) 451 0.0 # x axis flattening 452 0.3 # y axis flattening 453 0.4 # z axis flattening 454 1 # use texture compression for this object (if supported) 455 0.0 # body tilt 456 350.891907 # rotation rate (in degrees/Earth day) 457 1.0 # orbit tilt (relative to host planet plane) 458 0.0 # ascendind node (degrees) 459 0.0 # perihelion (degrees) 460 6.91 # mean distance (in host planet radii) 461 285.16184 # daily motion (degrees) 462 1.262441 # orbital period (Earth days) 463 0.0005 # eccentricity 464 0.0 # mean longitude (degrees) 465 2.0E15 # Mass 466 0 # Index of custom function (0=NO) 467 } 468} 469 470 471spaceship Discovery { 472 discovery.bmf # texture file 473 0.01 # size (in 10E3 Km) 474 5.2 0.0 5.2 # ship position (in AU) 475 0.0 1.0 0.0 # up vector 476 0.0 0.0 1.0 # heading vector 477 0.0 0.0 0.01 # speed vector (in Km/frame) 478} 479 480 481 482asteroid Bacchus { 483 bacchus.bmf # texture file 484 0.1 # largest radius (in 10E3 Km) 485 100,100,100 # color for untextured objects (RGB triplet) 486 0.5 0.1 1.0 # rotation axis 487 1106.13 # rotation rate (in degrees/Earth day) 488 9.43207 # orbit tilt (relative to ecliptic) 489 33.24093 # ascendind node (degrees) 490 55.17417 # perihelion (degrees) 491 1.0780717 # mean distance (in AU) 492 0.213661 # daily motion (degrees) 493 1660.66 # orbital period (Earth days) 494 0.34944209 # eccentricity 495 245.4743260 # mean longitude (degrees) 496 0 # Index of custom function (0=NO) 497} 498 499 500asteroid Castalia { 501 castalia.bmf # texture file 502 0.1 # largest radius (in 10E3 Km) 503 100,100,100 # color for untextured objects (RGB triplet) 504 0.0 1.0 0.7 # rotation axis 505 1617.37 # rotation rate (in degrees/Earth day) 506 8.88791 # orbit tilt (relative to ecliptic) 507 325.72563 # ascendind node (degrees) 508 121.23955 # perihelion (degrees) 509 1.0631749 # mean distance (in AU) 510 0.271682 # daily motion (degrees) 511 1306.01 # orbital period (Earth days) 512 0.48314695 # eccentricity 513 153.2890425 # mean longitude (degrees) 514 0 # Index of custom function (0=NO) 515} 516 517asteroid Geographos { 518 geographos.bmf # texture file 519 0.1 # largest radius (in 10E3 Km) 520 100,100,100 # color for untextured objects (RGB triplet) 521 0.0 1.0 0.7 # rotation axis 522 1617.37 # rotation rate (in degrees/Earth day) 523 13.34081 # orbit tilt (relative to ecliptic) 524 337.35010 # ascendind node (degrees) 525 276.75759 # perihelion (degrees) 526 1.2455598 # mean distance (in AU) 527 0.271682 # daily motion (degrees) 528 1306.01 # orbital period (Earth days) 529 0.33542304 # eccentricity 530 104.2069827 # mean longitude (degrees) 531 0 # Index of custom function (0=NO) 532} 533 534asteroid Vesta { 535 vesta.bmf # texture file 536 0.58 # largest radius (in 10E3 Km) 537 100,100,100 # color for untextured objects (RGB triplet) 538 0.0 1.0 0.7 # rotation axis 539 1617.37 # rotation rate (in degrees/Earth day) 540 7.136 # orbit tilt (relative to ecliptic) 541 103.973 # ascendind node (degrees) 542 150.346 # perihelion (degrees) 543 2.361 # mean distance (in AU) 544 0.271682 # daily motion (degrees) 545 1325.05 # orbital period (Earth days) 546 0.0897 # eccentricity 547 153.2890425 # mean longitude (degrees) 548 0 # Index of custom function (0=NO) 549} 550 551asteroid Ida { 552 ida.bmf # texture file 553 0.58 # largest radius (in 10E3 Km) 554 100,100,100 # color for untextured objects (RGB triplet) 555 0.0 1.0 0.7 # rotation axis 556 1617.37 # rotation rate (in degrees/Earth day) 557 7.136 # orbit tilt (relative to ecliptic) 558 203.973 # ascendind node (degrees) 559 150.346 # perihelion (degrees) 560 2.361 # mean distance (in AU) 561 0.271682 # daily motion (degrees) 562 1325.05 # orbital period (Earth days) 563 0.0897 # eccentricity 564 153.2890425 # mean longitude (degrees) 565 0 # Index of custom function (0=NO) 566} 567 568asteroid Gaspra { 569 gaspra.bmf # texture file 570 0.58 # largest radius (in 10E3 Km) 571 100,100,100 # color for untextured objects (RGB triplet) 572 0.0 1.0 0.7 # rotation axis 573 1617.37 # rotation rate (in degrees/Earth day) 574 7.136 # orbit tilt (relative to ecliptic) 575 303.973 # ascendind node (degrees) 576 150.346 # perihelion (degrees) 577 2.361 # mean distance (in AU) 578 0.271682 # daily motion (degrees) 579 1325.05 # orbital period (Earth days) 580 0.0897 # eccentricity 581 153.2890425 # mean longitude (degrees) 582 0 # Index of custom function (0=NO) 583} 584 585 586asteroid Toutatis { 587 toutatis.bmf # model file 588 0.1 # largest radius (in 10E3 Km) 589 100,100,100 # color for untextured objects (RGB triplet) 590 1.0 0.0 1.0 # rotation axis 591 952.06 # rotation rate (in degrees/Earth day) 592 0.46989 # orbit tilt (relative to ecliptic) 593 128.31023 # ascendind node (degrees) 594 274.71447 # perihelion (degrees) 595 2.5112897 # mean distance (in AU) 596 0.21414844 # daily motion (degrees) 597 1656.886 # orbital period (Earth days) 598 0.63407404 # eccentricity 599 198.5381655 # mean longitude (degrees) 600 0 # Index of custom function (0=NO) 601} 602 603asteroid Ky { 604 ky.bmf # texture file 605 0.1 # largest radius (in 10E3 Km) 606 100,100,100 # color for untextured objects (RGB triplet) 607 0.0 1.0 0.7 # rotation axis 608 1617.37 # rotation rate (in degrees/Earth day) 609 8.88791 # orbit tilt (relative to ecliptic) 610 325.72563 # ascendind node (degrees) 611 121.23955 # perihelion (degrees) 612 3.0631749 # mean distance (in AU) 613 0.271682 # daily motion (degrees) 614 1306.01 # orbital period (Earth days) 615 0.48314695 # eccentricity 616 153.2890425 # mean longitude (degrees) 617 0 # Index of custom function (0=NO) 618} 619 620/********************************************* 621 Temporarily disabled: WORK IN PROGRESS 622 ********************************************* 623 624comet Halley { 625 asteroid.jpg # texture file 626 100,100,100 # color for untextured objects (RGB triplet) 627 0.09 # radius (in Earth radii) 628 0.0 # x axis flattening 629 0.0 # y axis flattening 630 0.0 # z axis flattening 631 0.07 # surface randomness 632 0.0 # body tilt 633 1617.37 # rotation rate (in degrees/Earth day) 634 7.136 # orbit tilt (relative to ecliptic) 635 103.973 # ascendind node (degrees) 636 150.346 # perihelion (degrees) 637 3.361 # mean distance (in AU) 638 0.271682 # daily motion (degrees) 639 1306.01 # orbital period (Earth days) 640 0.0897 # eccentricity 641 0.0 # mean longitude (degrees) 642 100.0 # tail lenght (thousand Km) 643 2000 # number of particles 644 0 # Index of custom function (0=NO) 645} 646*/ 647 648 649planet Jupiter { 650 jupiter.jpg # texture file 651 185,166,152 # color for untextured objects (RGB triplet) 652 11.27000 # radius (in Earth radii) 653 0.0 # x axis flattening 654 0.0 # y axis flattening 655 0.0625 # z axis flattening 656 1 # use texture compression for this object (if supported) 657 3.120000 # body tilt 658 870.532471 # rotation rate (in degrees/Earth day) 659 1.304630 # orbit tilt (relative to ecliptic) 660 100.471297 # ascendind node (degrees) 661 15.697800 # perihelion (degrees) 662 5.202597 # mean distance (in AU) 663 0.083096 # daily motion (degrees) 664 4332.586914 # orbital period (Earth days) 665 0.048465 # eccentricity 666 322.559836 # mean longitude (degrees) 667 1.8986E27 # Mass 668# 5 # Index of custom function (0=NO) 669 0 670 671 satellite Amalthea { 672 amalthea.bmf # texture file 673 208,200,128 # color for untextured objects (RGB triplet) 674 0.0147 # radius (in Earth radii) 675 0.0 # x axis flattening 676 0.0 # y axis flattening 677 0.0 # z axis flattening 678 1 # use texture compression for this object (if supported) 679 0.0 # body tilt 680 722.6318 # rotation rate (in degrees/Earth day) 681 0.0 # orbit tilt (relative to host planet plane) 682 0.0 # ascendind node (degrees) 683 0.0 # perihelion (degrees) 684 2.53 # mean distance (in host planet radii) 685 722.6318 # daily motion (degrees) 686 0.498179 # orbital period (Earth days) 687 0.0 # eccentricity 688 0.0 # mean longitude (degrees) 689 7.2E18 # Mass 690 0 # Index of custom function (0=NO) 691 } 692 693 694 satellite Io { 695 io.jpg # texture file 696 208,200,128 # color for untextured objects (RGB triplet) 697 0.285356 # radius (in Earth radii) 698 0.0 # x axis flattening 699 0.0 # y axis flattening 700 0.0 # z axis flattening 701 1 # use texture compression for this object (if supported) 702 0.0 # body tilt 703 203.488937 # rotation rate (in degrees/Earth day) 704 0.0 # orbit tilt (relative to host planet plane) 705 0.0 # ascendind node (degrees) 706 0.0 # perihelion (degrees) 707 5.9 # mean distance (in host planet radii) 708 203.48893 # daily motion (degrees) 709 1.769138 # orbital period (Earth days) 710 0.0 # eccentricity 711 0.0 # mean longitude (degrees) 712 8.89E22 # Mass 713 0 # Index of custom function (0=NO) 714 } 715 716 satellite Europa { 717 europa.jpg # texture file 718 202,171,143 # color for untextured objects (RGB triplet) 719 0.245375 # radius (in Earth radii) 720 0.0 # x axis flattening 721 0.0 # y axis flattening 722 0.0 # z axis flattening 723 1 # use texture compression for this object (if supported) 724 0.0 # body tilt 725 101.374725 # rotation rate (in degrees/Earth day) 726 0.0 # orbit tilt (relative to host planet plane) 727 0.0 # ascendind node (degrees) 728 0.0 # perihelion (degrees) 729 9.39 # mean distance (in host planet radii) 730 101.37473 # daily motion (degrees) 731 3.551181 # orbital period (Earth days) 732 0.0 # eccentricity 733 0.0 # mean longitude (degrees) 734 4.78E22 # Mass 735 0 # Index of custom function (0=NO) 736 } 737 738 satellite Ganymede { 739 ganymede.jpg # texture file 740 117,117,117 # color for untextured objects (RGB triplet) 741 0.413139 # radius (in Earth radii) 742 0.0 # x axis flattening 743 0.0 # y axis flattening 744 0.0 # z axis flattening 745 1 # use texture compression for this object (if supported) 746 0.0 # body tilt 747 50.317608 # rotation rate (in degrees/Earth day) 748 0.0 # orbit tilt (relative to host planet plane) 749 0.0 # ascendind node (degrees) 750 0.0 # perihelion (degrees) 751 14.97 # mean distance (in host planet radii) 752 50.177552 # daily motion (degrees) 753 7.154553 # orbital period (Earth days) 754 0.0 # eccentricity 755 0.0 # mean longitude (degrees) 756 1.48E23 # Mass 757 0 # Index of custom function (0=NO) 758 } 759 760 satellite Callisto { 761 callisto.jpg # texture file 762 96,96,96 # color for untextured objects (RGB triplet) 763 0.379429 # radius (in Earth radii) 764 0.0 # x axis flattening 765 0.0 # y axis flattening 766 0.0 # z axis flattening 767 1 # use texture compression for this object (if supported) 768 0.0 # body tilt 769 21.571070 # rotation rate (in degrees/Earth day) 770 0.0 # orbit tilt (relative to host planet plane) 771 0.0 # ascendind node (degrees) 772 0.0 # perihelion (degrees) 773 26.34 # mean distance (in host planet radii) 774 21.571071 # daily motion (degrees) 775 16.689020 # orbital period (Earth days) 776 0.0 # eccentricity 777 0.0 # mean longitude (degrees) 778 1.075E23 779 0 # Index of custom function (0=NO) 780 } 781} 782 783 784 785planet Saturn { 786 saturn.jpg # texture file 787 189,174,153 # color for untextured objects (RGB triplet) 788 9.500000 # radius (in Earth radii) 789 0.0 # x axis flattening 790 0.0 # y axis flattening 791 0.1 # z axis flattening 792 0 # use texture compression for this object (if supported) 793 26.730000 # body tilt 794 810.792542 # rotation rate (in degrees/Earth day) 795 2.485240 # orbit tilt (relative to ecliptic) 796 113.635797 # ascendind node (degrees) 797 88.863001 # perihelion (degrees) 798 9.571900 # mean distance (in AU) 799 0.033287 # daily motion (degrees) 800 10759.209961 # orbital period (Earth days) 801 0.053165 # eccentricity 802 20.957590 # mean longitude (degrees) 803 5.6846E26 # Mass 804# 6 # Index of custom function (0=NO) 805 0 806 807 ring { 808 rings.jpg # texture file 809 160,160,160 # color if untextured (applies for brightness too) 810 13.0 # inner radius (in Earth radii) 811 19.0 # outter radius (in Earth radii) 812 1.0 # Transparency level (higher is fainter) 813 } 814 815 satellite Prometheus { 816 prometheus.bmf # texture file 817 189,189,189 # color for untextured objects (RGB triplet) 818 0.0081 # radius (in Earth radii) 819 0.0 # x axis flattening 820 0.0 # y axis flattening 821 0.0 # z axis flattening 822 1 # use texture compression for this object (if supported) 823 0.0 # body tilt 824 587.2757 # rotation rate (in degrees/Earth day) 825 0.0 # orbit tilt (relative to host planet plane) 826 0.0 # ascendind node (degrees) 827 0.0 # perihelion (degrees) 828 2.31 # mean distance (in host planet radii) 829 587.2757 # daily motion (degrees) 830 0.613 # orbital period (Earth days) 831 0.0 # eccentricity 832 0.0 # mean longitude (degrees) 833 1.0E18 # Mass ? 834 0 # Index of custom function (0=NO) 835 } 836 837 satellite Epimetheus { 838 epimetheus.bmf # texture file 839 189,189,189 # color for untextured objects (RGB triplet) 840 0.0094 # radius (in Earth radii) 841 0.0 # x axis flattening 842 0.0 # y axis flattening 843 0.0 # z axis flattening 844 1 # use texture compression for this object (if supported) 845 0.0 # body tilt 846 518.6572 # rotation rate (in degrees/Earth day) 847 0.0 # orbit tilt (relative to host planet plane) 848 0.0 # ascendind node (degrees) 849 0.0 # perihelion (degrees) 850 2.50 # mean distance (in host planet radii) 851 518.6572 # daily motion (degrees) 852 0.6941 # orbital period (Earth days) 853 0.0 # eccentricity 854 0.0 # mean longitude (degrees) 855 1.0E18 # Mass ? 856 0 # Index of custom function (0=NO) 857 } 858 859 satellite Janus { 860 janus.bmf # texture file 861 189,189,189 # color for untextured objects (RGB triplet) 862 0.0149 # radius (in Earth radii) 863 0.0 # x axis flattening 864 0.0 # y axis flattening 865 0.0 # z axis flattening 866 1 # use texture compression for this object (if supported) 867 0.0 # body tilt 868 518.3585 # rotation rate (in degrees/Earth day) 869 0.0 # orbit tilt (relative to host planet plane) 870 0.0 # ascendind node (degrees) 871 0.0 # perihelion (degrees) 872 2.51 # mean distance (in host planet radii) 873 518.3585 # daily motion (degrees) 874 0.6945 # orbital period (Earth days) 875 0.0 # eccentricity 876 0.0 # mean longitude (degrees) 877 1.0E18 # Mass ? 878 0 # Index of custom function (0=NO) 879 } 880 881 882 satellite Tethys { 883 tethys.jpg # texture file 884 189,189,189 # color for untextured objects (RGB triplet) 885 0.082314 # radius (in Earth radii) 886 0.0 # x axis flattening 887 0.0 # y axis flattening 888 0.0 # z axis flattening 889 1 # use texture compression for this object (if supported) 890 0.0 # body tilt 891 190.668610 # rotation rate (in degrees/Earth day) 892 0.0 # orbit tilt (relative to host planet plane) 893 0.0 # ascendind node (degrees) 894 0.0 # perihelion (degrees) 895 4.89 # mean distance (in host planet radii) 896 190.66857 # daily motion (degrees) 897 1.888093 # orbital period (Earth days) 898 0.0 # eccentricity 899 0.0 # mean longitude (degrees) 900 7.4E20 # Mass 901 0 # Index of custom function (0=NO) 902 } 903 904 satellite Dione { 905 dione.jpg # texture file 906 130,130,130 # color for untextured objects (RGB triplet) 907 0.087802 # radius (in Earth radii) 908 0.0 # x axis flattening 909 0.0 # y axis flattening 910 0.0 # z axis flattening 911 1 # use texture compression for this object (if supported) 912 0.0 # body tilt 913 131.505798 # rotation rate (in degrees/Earth day) 914 0.0 # orbit tilt (relative to host planet plane) 915 0.0 # ascendind node (degrees) 916 0.0 # perihelion (degrees) 917 6.26 # mean distance (in host planet radii) 918 131.50579 # daily motion (degrees) 919 2.737522 # orbital period (Earth days) 920 0.0 # eccentricity 921 0.0 # mean longitude (degrees) 922 1.05E21 # Mass 923 0 # Index of custom function (0=NO) 924 } 925 926 satellite Rhea { 927 rhea.jpg # texture file 928 158,158,158 # color for untextured objects (RGB triplet) 929 0.119944 # radius (in Earth radii) 930 0.0 # x axis flattening 931 0.0 # y axis flattening 932 0.0 # z axis flattening 933 1 # use texture compression for this object (if supported) 934 0.0 # body tilt 935 79.660767 # rotation rate (in degrees/Earth day) 936 0.0 # orbit tilt (relative to host planet plane) 937 0.0 # ascendind node (degrees) 938 0.0 # perihelion (degrees) 939 8.74 # mean distance (in host planet radii) 940 79.660769 # daily motion (degrees) 941 4.519163 # orbital period (Earth days) 942 0.0 # eccentricity 943 0.0 # mean longitude (degrees) 944 2.5E21 # Mass 945 0 # Index of custom function (0=NO) 946 } 947 948 satellite Titan { 949 titan.jpg # texture file 950 252,96,9 # color for untextured objects (RGB triplet) 951 0.403732 # radius (in Earth radii) 952 0.0 # x axis flattening 953 0.0 # y axis flattening 954 0.0 # z axis flattening 955 0 # use texture compression for this object (if supported) 956 0.0 # body tilt 957 22.546638 # rotation rate (in degrees/Earth day) 958 0.0 # orbit tilt (relative to host planet plane) 959 0.0 # ascendind node (degrees) 960 0.0 # perihelion (degrees) 961 20.27 # mean distance (in host planet radii) 962 22.546639 # daily motion (degrees) 963 15.966903 # orbital period (Earth days) 964 0.0 # eccentricity 965 0.0 # mean longitude (degrees) 966 1.35E23 # Mass 967 0 # Index of custom function (0=NO) 968 } 969 970 satellite Hyperion { 971 hyperion.bmf # texture file 972 189,189,189 # color for untextured objects (RGB triplet) 973 0.0223 # radius (in Earth radii) 974 0.0 # x axis flattening 975 0.0 # y axis flattening 976 0.0 # z axis flattening 977 1 # use texture compression for this object (if supported) 978 0.0 # body tilt 979 16.92 # rotation rate (in degrees/Earth day) 980 0.0 # orbit tilt (relative to host planet plane) 981 0.0 # ascendind node (degrees) 982 0.0 # perihelion (degrees) 983 24.58 # mean distance (in host planet radii) 984 16.92 # daily motion (degrees) 985 21.2766 # orbital period (Earth days) 986 0.0 # eccentricity 987 0.0 # mean longitude (degrees) 988 1.0E18 # Mass ? 989 0 # Index of custom function (0=NO) 990 } 991} 992 993 994 995 996planet Uranus { 997 uranus.jpg # texture file 998 149,173,185 # color for untextured objects (RGB triplet) 999 3.900000 # radius (in Earth radii) 1000 0.0 # x axis flattening 1001 0.0 # y axis flattening 1002 0.0 # z axis flattening 1003 0 # use texture compression for this object (if supported) 1004 97.860001 # body tilt 1005 501.162415 # rotation rate (in degrees/Earth day) 1006 0.773430 # orbit tilt (relative to ecliptic) 1007 74.095402 # ascendind node (degrees) 1008 175.680703 # perihelion (degrees) 1009 19.301810 # mean distance (in AU) 1010 0.011623 # daily motion (degrees) 1011 30685.000000 # orbital period (Earth days) 1012 0.042896 # eccentricity 1013 303.189666 # mean longitude (degrees) 1014 8.683E25 # Mass 1015# 7 # Index of custom function (0=NO) 1016 0 1017 1018 ring { 1019 rings.jpg # texture file 1020 120,120,120 # color if untextured 1021 4.5 # inner radius (in Earth radii) 1022 5.5 # outter radius (in Earth radii) 1023 1.5 # Transparency level (higher is fainter) 1024 } 1025} 1026 1027 1028 1029planet Neptune { 1030 neptune.jpg # texture file 1031 94,129,223 # color for untextured objects (RGB triplet) 1032 4.000000 # radius (in Earth radii) 1033 0.0 # x axis flattening 1034 0.0 # y axis flattening 1035 0.0 # z axis flattening 1036 0 # use texture compression for this object (if supported) 1037 29.000000 # body tilt 1038 536.312866 # rotation rate (in degrees/Earth day) 1039 1.768100 # orbit tilt (relative to ecliptic) 1040 131.792503 # ascendind node (degrees) 1041 7.206000 # perihelion (degrees) 1042 30.266640 # mean distance (in AU) 1043 0.005919 # daily motion (degrees) 1044 60188.000000 # orbital period (Earth days) 1045 0.010298 # eccentricity 1046 299.864101 # mean longitude (degrees) 1047 1.0243E26 1048# 8 # Index of custom function (0=NO) 1049 0 1050 1051 satellite Proteus { 1052 proteus.bmf # texture file 1053 216,208,206 # color for untextured objects (RGB triplet) 1054 0.03276 # radius (in Earth radii) 1055 0.0 # x axis flattening 1056 0.0 # y axis flattening 1057 0.0 # z axis flattening 1058 1 # use texture compression for this object (if supported) 1059 0.0 # body tilt 1060 320.7698 # rotation rate (in degrees/Earth day) 1061 0.0 # orbit tilt (relative to host planet plane) 1062 0.0 # ascendind node (degrees) 1063 0.0 # perihelion (degrees) 1064 4.75 # mean distance (in host planet radii) 1065 320.7698 # daily motion (degrees) 1066 1.1223 # orbital period (Earth days) 1067 0.0 # eccentricity 1068 0.0 # mean longitude (degrees) 1069 1.05E18 # Mass ? 1070 0 # Index of custom function (0=NO) 1071 } 1072 1073 satellite Triton { 1074 triton.jpg # texture file 1075 216,208,206 # color for untextured objects (RGB triplet) 1076 0.212135 # radius (in Earth radii) 1077 0.0 # x axis flattening 1078 0.0 # y axis flattening 1079 0.0 # z axis flattening 1080 1 # use texture compression for this object (if supported) 1081 0.0 # body tilt 1082 61.257263 # rotation rate (in degrees/Earth day) 1083 156.999999 # orbit tilt (relative to host planet plane) 1084 0.0 # ascendind node (degrees) 1085 0.0 # perihelion (degrees) 1086 14.83 # mean distance (in host planet radii) 1087 61.257265 # daily motion (degrees) 1088 5.876854 # orbital period (Earth days) 1089 0.0 # eccentricity 1090 0.0 # mean longitude (degrees) 1091 2.15E22 # Mass 1092 0 # Index of custom function (0=NO) 1093 } 1094 1095} 1096 1097 1098planet Pluto { 1099 pluto.jpg # texture file 1100 241,220,167 # color for untextured objects (RGB triplet) 1101 0.450000 # radius (in Earth radii) 1102 0.0 # x axis flattening 1103 0.0 # y axis flattening 1104 0.0 # z axis flattening 1105 1 # use texture compression for this object (if supported) 1106 118.000000 # body tilt 1107 56.362724 # rotation rate (in degrees/Earth day) 1108 17.121370 # orbit tilt (relative to ecliptic) 1109 110.383302 # ascendind node (degrees) 1110 224.802494 # perihelion (degrees) 1111 39.580400 # mean distance (in AU) 1112 0.003958 # daily motion (degrees) 1113 90700.0 # orbital period (Earth days) 1114 0.250127 # eccentricity 1115 235.765590 # mean longitude (degrees) 1116 1.25E22 # Mass 1117# 9 # Index of custom function (0=NO) 1118 0 1119 1120 satellite Charon { 1121 charon.jpg # texture file 1122 125,109,94 # color for untextured objects (RGB triplet) 1123 0.092976 # 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