From c6c91a09a411e7ab854a8f56a7de0907ad56fd65 Mon Sep 17 00:00:00 2001 From: Margen67 Date: Wed, 28 Apr 2021 19:20:47 -1000 Subject: [PATCH] Make lists into tables, formatting --- Track-Data.md | 647 +++++++++++++++++++++++++------------------------- 1 file changed, 324 insertions(+), 323 deletions(-) diff --git a/Track-Data.md b/Track-Data.md index 1de70cd..c143b6b 100644 --- a/Track-Data.md +++ b/Track-Data.md @@ -1,332 +1,338 @@ Data about track pieces lives in a few places in RCT2. First, there is the ordering of track pieces, which is used everywhere in the game; you might see a comparison to `72h` to check if a track piece is an on-ride photo for example. Here is the list. The first two digits are the hex numbers corresponding to the order. - -- **00:** flat -- **01:** end station -- **02:** begin station -- **03:** middle station -- **04:** 25° ▲ -- **05:** 60° ▲ -- **06:** flat to 25° ▲ -- **07:** 25° ▲ to 60° ▲ -- **08:** 60° ▲ to 25° ▲ -- **09:** 25° ▲ to flat -- **0A:** 25° ▼ -- **0B:** 60° ▼ -- **0C:** flat to 25° ▼ -- **0D:** 25° ▼ to 60° ▼ -- **0E:** 60° ▼ to 25° ▼ -- **0F:** 25° ▼ to flat -- **10:** L ¼ D5 -- **11:** R ¼ D5 -- **12:** flat to L bank -- **13:** flat to R bank -- **14:** L bank to flat -- **15:** R bank to flat -- **16:** L ¼ D5 bank -- **17:** R ¼ D5 bank -- **18:** L bank to 25° ▲ -- **19:** R bank to 25° ▲ -- **1A:** 25° ▲ to L bank -- **1B:** 25° ▲ to R bank -- **1C:** L bank to 25° ▼ -- **1D:** R bank to 25° ▼ -- **1E:** 25° ▼ to L bank -- **1F:** 25° ▼ to R bank -- **20:** L bank -- **21:** R bank -- **22:** L ¼ D5 25° ▲ -- **23:** R ¼ D5 25° ▲ -- **24:** L ¼ D5 25° ▼ -- **25:** R ¼ D5 25° ▼ -- **26:** L "S" bend -- **27:** R "S" bend -- **28:** L vertical loop -- **29:** R vertical loop -- **2A:** L ¼ D3 -- **2B:** R ¼ D3 -- **2C:** L ¼ D3 bank -- **2D:** R ¼ D3 bank -- **2E:** L ¼ D3 25° ▲ -- **2F:** R ¼ D3 25° ▲ -- **30:** L ¼ D3 25° ▼ -- **31:** R ¼ D3 25° ▼ -- **32:** L ¼ D1 -- **33:** R ¼ D1 -- **34:** L twist ▼ to ▲ -- **35:** R twist ▼ to ▲ -- **36:** L twist ▲ to ▼ -- **37:** R twist ▲ to ▼ -- **38:** ½ loop ▲ -- **39:** ½ loop ▼ -- **3A:** L corkscrew ▲ -- **3B:** R corkscrew ▲ -- **3C:** L corkscrew ▼ -- **3D:** R corkscrew ▼ -- **3E:** flat to 60° ▲ -- **3F:** 60° ▲ to flat -- **40:** flat to 60° ▼ -- **41:** 60° ▼ to flat -- **42:** tower base -- **43:** tower section -- **44:** flat covered -- **45:** 25° ▲ covered -- **46:** 60° ▲ covered -- **47:** flat to 25° ▲ covered -- **48:** 25° ▲ to 60° ▲ covered -- **49:** 60° ▲ to 25° ▲ covered -- **4A:** 25° ▲ to flat covered -- **4B:** 25° ▼ covered -- **4C:** 60° ▼ covered -- **4D:** flat to 25° ▼ covered -- **4E:** 25° ▼ to 60° ▼ covered -- **4F:** 60° ▼ to 25° ▼ covered -- **50:** 25° ▼ to flat covered -- **51:** L ¼ D5 covered -- **52:** R ¼ D5 covered -- **53:** L "S" bend covered -- **54:** R "S" bend covered -- **55:** L ¼ D3 covered -- **56:** R ¼ D3 covered -- **57:** L ½ banked helix ▲ small -- **58:** R ½ banked helix ▲ small -- **59:** L ½ banked helix ▼ small -- **5A:** R ½ banked helix ▼ small -- **5B:** L ½ banked helix ▲ large -- **5C:** R ½ banked helix ▲ large -- **5D:** L ½ banked helix ▼ large -- **5E:** R ½ banked helix ▼ large -- **5F:** L ¼ D1 60° ▲ -- **60:** R ¼ D1 60° ▲ -- **61:** L ¼ D1 60° ▼ -- **62:** R ¼ D1 60° ▼ -- **63:** brakes -- **64:** booster RCT2: Rotation control toggle (Spinning Wild Mouse) -- **65:** {reserved}RCT2: inverted 90° ▲ to flat quarter loop (multidim) -- **66:** L ¼ banked helix large▲ -- **67:** R ¼ banked helix large▲ -- **68:** L ¼ banked helix large▼ -- **69:** R ¼ banked helix large▼ -- **6A:** L ¼ helix large▲ -- **6B:** R ¼ helix large▲ -- **6C:** L ¼ helix large▼ -- **6D:** R ¼ helix large▼ -- **6E:** {ride base: 2 X 2} RCT2: 25° ▲ L banked -- **6F:** {ride base: 4 X 4} RCT2: 25° ▲ R banked -- **70:** waterfall -- **71:** rapids -- **72:** on ride photo -- **73:** {reserved}RCT2: 25° ▼ L banked -- **74:** {ride base: 1 X 5}RCT2: 25° ▼ R banked -- **75:** watersplash -- **76:** {shop/stall} RCT2: flat to 60° ▲ - long base -- **77:** {ride base: 1 X 2} RCT2: 60° ▲ to flat - long base -- **78:** whirlpool -- **79:** {info kiosk}RCT2: 60° ▼ to flat - long base -- **7A:** {ride base: 1 X 4}RCT2: flat to 60° ▼ - long base -- **7B:** {ride base: 3 X 3}RCT2: Cable Lift Hill -- **7C:** reverse whoa belly slope -- **7D:** reverse whoa belly vertical -- **7E:** 90° ▲ -- **7F:** 90° ▼ -- **80:** 60° ▲ to 90° ▲ -- **81:** 90° ▼ to 60° ▼ -- **82:** 90° ▲ to 60° ▲ -- **83:** 60° ▼ to 90° ▼ -- **84:** brake for drop -- **85:** L 1/8 OTD -- **86:** R 1/8 OTD -- **87:** L 1/8 DTO -- **88:** R 1/8 DTO -- **89:** L 1/8 bank OTD -- **8A:** R 1/8 bank OTD -- **8B:** L 1/8 bank DTO -- **8C:** R 1/8 bank DTO -- **8D:** Diag flat -- **8E:** Diag 25° ▲ -- **8F:** Diag 60° ▲ -- **90:** Diag flat to 25° ▲ -- **91:** Diag 25° ▲ to 60° ▲ -- **92:** Diag 60° ▲ to 25° ▲ -- **93:** Diag 25° ▲ to flat -- **94:** Diag 25° ▼ -- **95:** Diag60° ▼ -- **96:** Diag flat to 25° ▼ -- **97:** Diag 25° ▼ to 60° ▼ -- **98:** Diag 60° ▼ to 25° ▼ -- **99:** Diag 25° ▼ to flat -- **9A:** Diag flat to 60° ▲ -- **9B:** Diag 60° ▲ to flat -- **9C:** Diag flat to 60° ▼ -- **9D:** Diag 60° ▼ to flat -- **9E:** Diag flat to L bank -- **9F:** Diag flat to R bank -- **A0:** Diag L bank to flat -- **A1:** Diag R bank to flat -- **A2:** Diag L bank to 25° ▲ -- **A3:** Diag R bank to 25° ▲ -- **A4:** Diag 25° ▲ to L bank -- **A5:** Diag 25° ▲ to R bank -- **A6:** Diag L bank to 25° ▼ -- **A7:** Diag R bank to 25° ▼ -- **A8:** Diag 25° ▼ to L bank -- **A9:** Diag 25° ▼ to R bank -- **AA:** Diag L bank -- **AB:** Diag R bank -- **AC:** Log flume reverser -- **AD:** spinning tunnel -- **AE:** L barrel roll ▲ to ▼ -- **AF:** R barrel roll ▲ to ▼ -- **B0:** L barrel roll ▼ to ▲ -- **B1:** R barrel roll ▼ to ▲ -- **B2:** L bank to L ¼ D3 25° ▲ -- **B3:** R bank to R ¼ D3 25° ▲ -- **B4:** L ¼ D3 25° ▼ to L bank -- **B5:** R ¼ D3 25° ▼ to R bank -- **B6:** powered lift -- **B7:** L large ½ loop ▲ -- **B8:** R large ½ loop ▲ -- **B9:** R large ½ loop ▼ -- **BA:** L large ½ loop ▼ -- **BB:** L flyer twist ▲ to ▼ -- **BC:** R flyer twist ▲ to ▼ -- **BD:** L flyer twist ▼ to ▲ -- **BE:** R flyer twist ▼ to ▲ -- **BF:** flyer ½ loop ▲ -- **C0:** flyer ½ loop ▼ -- **C1:** L fly corkscrw ▲ to ▼ -- **C2:** R fly corkscrw ▲ to ▼ -- **C3:** L fly corkscrw ▼ to ▲ -- **C4:** R fly corkscrew ▼ to ▲ -- **C5:** heartline transfer up -- **C6:** heartline transfer down -- **C7:** L heartline roll -- **C8:** R heartline roll -- **C9:** mini golf hole A -- **CA:** mini golf hole B -- **CB:** mini golf hole C -- **CC:** mini golf hole D -- **CD:** RCT2: mini golf hole E -- **CE:** RCT2: inverted flat to 90° ▼ quarter loop (multidim) -- **CF:** RCT2: Quarter loop 90° ▲ to invert -- **D0:** RCT2: Quarter loop invert to 90° ▼ -- **D1:** RCT2: L curved lift hill -- **D2:** RCT2: R curved lift hill -- **D3:** L reverser -- **D4:** R reverser -- **D5:** Air Thrust top cap -- **D6:** Air Thrust Vertical down -- **D7:** Air Thrust vertical down to level -- **D8:** Block Brakes -- **D9:** L ¼ D3 25° ▲ banked -- **DA:** R ¼ D3 25° ▲ banked -- **DB:** L ¼ D3 25° ▼ banked -- **DC:** R ¼ D3 25° ▼ banked -- **DD:** L ¼ D5 25° ▲ banked -- **DE:** R ¼ D5 25° ▲ banked -- **DF:** L ¼ D5 25° ▼ banked -- **E0:** R ¼ D5 25° ▼ banked -- **E1:** 25° ▲ to L bank 25° ▲ -- **E2:** 25° ▲ to R bank 25° ▲ -- **E3:** L bank 25° ▲ to 25° ▲ -- **E4:** R bank 25° ▲ to 25° ▲ -- **E5:** 25° ▼ to L bank 25° ▼ -- **E6:** 25° ▼ to R bank 25° ▼ -- **E7:** L bank 25° ▼ to 25° ▼ -- **E8:** R bank 25° ▼ to 25° ▼ -- **E9:** L bank to L bank 25° ▲ -- **EA:** R bank to R bank 25° ▲ -- **EB:** L bank 25° ▲ to L bank flat -- **EC:** R bank 25° ▲ to R bank flat -- **ED:** L bank to L bank 25° ▼ -- **EE:** R bank to R bank 25° ▼ -- **EF:** L bank 25° ▼ to L bank flat -- **F0:** R bank 25° ▼ to R bank flat -- **F1:** flat to L bank 25° ▲ -- **F2:** flat to R bank 25° ▲ -- **F3:** L bank 25° ▲ to flat -- **F4:** R bank 25° ▲ to flat -- **F5:** flat to L bank 25° ▼ -- **F6:** flat to R bank 25° ▼ -- **F7:** L bank 25° ▼ to flat -- **F8:** R bank 25° ▼ to flat -- **F9:** L ¼ D1 90° ▲ -- **FA:** R ¼ D1 90° ▲ -- **FB:** L ¼ D1 90° ▼ -- **FC:** R ¼ D1 90° ▼ -- **FD:** 90° ▲ to inverted flat quarter loop (multidim) -- **FE:** flat to 90° ▼ quarter loop (multidim) -- **FF:** END OF TRACK +Hex | Description +--- | ----------- +**00** | flat +**01** | end station +**02** | begin station +**03** | middle station +**04** | 25° ▲ +**05** | 60° ▲ +**06** | flat to 25° ▲ +**07** | 25° ▲ to 60° ▲ +**08** | 60° ▲ to 25° ▲ +**09** | 25° ▲ to flat +**0A** | 25° ▼ +**0B** | 60° ▼ +**0C** | flat to 25° ▼ +**0D** | 25° ▼ to 60° ▼ +**0E** | 60° ▼ to 25° ▼ +**0F** | 25° ▼ to flat +**10** | L ¼ D5 +**11** | R ¼ D5 +**12** | flat to L bank +**13** | flat to R bank +**14** | L bank to flat +**15** | R bank to flat +**16** | L ¼ D5 bank +**17** | R ¼ D5 bank +**18** | L bank to 25° ▲ +**19** | R bank to 25° ▲ +**1A** | 25° ▲ to L bank +**1B** | 25° ▲ to R bank +**1C** | L bank to 25° ▼ +**1D** | R bank to 25° ▼ +**1E** | 25° ▼ to L bank +**1F** | 25° ▼ to R bank +**20** | L bank +**21** | R bank +**22** | L ¼ D5 25° ▲ +**23** | R ¼ D5 25° ▲ +**24** | L ¼ D5 25° ▼ +**25** | R ¼ D5 25° ▼ +**26** | L "S" bend +**27** | R "S" bend +**28** | L vertical loop +**29** | R vertical loop +**2A** | L ¼ D3 +**2B** | R ¼ D3 +**2C** | L ¼ D3 bank +**2D** | R ¼ D3 bank +**2E** | L ¼ D3 25° ▲ +**2F** | R ¼ D3 25° ▲ +**30** | L ¼ D3 25° ▼ +**31** | R ¼ D3 25° ▼ +**32** | L ¼ D1 +**33** | R ¼ D1 +**34** | L twist ▼ to ▲ +**35** | R twist ▼ to ▲ +**36** | L twist ▲ to ▼ +**37** | R twist ▲ to ▼ +**38** | ½ loop ▲ +**39** | ½ loop ▼ +**3A** | L corkscrew ▲ +**3B** | R corkscrew ▲ +**3C** | L corkscrew ▼ +**3D** | R corkscrew ▼ +**3E** | flat to 60° ▲ +**3F** | 60° ▲ to flat +**40** | flat to 60° ▼ +**41** | 60° ▼ to flat +**42** | tower base +**43** | tower section +**44** | flat covered +**45** | 25° ▲ covered +**46** | 60° ▲ covered +**47** | flat to 25° ▲ covered +**48** | 25° ▲ to 60° ▲ covered +**49** | 60° ▲ to 25° ▲ covered +**4A** | 25° ▲ to flat covered +**4B** | 25° ▼ covered +**4C** | 60° ▼ covered +**4D** | flat to 25° ▼ covered +**4E** | 25° ▼ to 60° ▼ covered +**4F** | 60° ▼ to 25° ▼ covered +**50** | 25° ▼ to flat covered +**51** | L ¼ D5 covered +**52** | R ¼ D5 covered +**53** | L "S" bend covered +**54** | R "S" bend covered +**55** | L ¼ D3 covered +**56** | R ¼ D3 covered +**57** | L ½ banked helix ▲ small +**58** | R ½ banked helix ▲ small +**59** | L ½ banked helix ▼ small +**5A** | R ½ banked helix ▼ small +**5B** | L ½ banked helix ▲ large +**5C** | R ½ banked helix ▲ large +**5D** | L ½ banked helix ▼ large +**5E** | R ½ banked helix ▼ large +**5F** | L ¼ D1 60° ▲ +**60** | R ¼ D1 60° ▲ +**61** | L ¼ D1 60° ▼ +**62** | R ¼ D1 60° ▼ +**63** | brakes +**64** | booster RCT2: Rotation control toggle (Spinning Wild Mouse) +**65** | {reserved}RCT2: inverted 90° ▲ to flat quarter loop (multidim) +**66** | L ¼ banked helix large▲ +**67** | R ¼ banked helix large▲ +**68** | L ¼ banked helix large▼ +**69** | R ¼ banked helix large▼ +**6A** | L ¼ helix large▲ +**6B** | R ¼ helix large▲ +**6C** | L ¼ helix large▼ +**6D** | R ¼ helix large▼ +**6E** | {ride base: 2 X 2} RCT2: 25° ▲ L banked +**6F** | {ride base: 4 X 4} RCT2: 25° ▲ R banked +**70** | waterfall +**71** | rapids +**72** | on ride photo +**73** | {reserved}RCT2: 25° ▼ L banked +**74** | {ride base: 1 X 5}RCT2: 25° ▼ R banked +**75** | watersplash +**76** | {shop/stall} RCT2: flat to 60° ▲ - long base +**77** | {ride base: 1 X 2} RCT2: 60° ▲ to flat - long base +**78** | whirlpool +**79** | {info kiosk}RCT2: 60° ▼ to flat - long base +**7A** | {ride base: 1 X 4}RCT2: flat to 60° ▼ - long base +**7B** | {ride base: 3 X 3}RCT2: Cable Lift Hill +**7C** | reverse whoa belly slope +**7D** | reverse whoa belly vertical +**7E** | 90° ▲ +**7F** | 90° ▼ +**80** | 60° ▲ to 90° ▲ +**81** | 90° ▼ to 60° ▼ +**82** | 90° ▲ to 60° ▲ +**83** | 60° ▼ to 90° ▼ +**84** | brake for drop +**85** | L 1/8 OTD +**86** | R 1/8 OTD +**87** | L 1/8 DTO +**88** | R 1/8 DTO +**89** | L 1/8 bank OTD +**8A** | R 1/8 bank OTD +**8B** | L 1/8 bank DTO +**8C** | R 1/8 bank DTO +**8D** | Diag flat +**8E** | Diag 25° ▲ +**8F** | Diag 60° ▲ +**90** | Diag flat to 25° ▲ +**91** | Diag 25° ▲ to 60° ▲ +**92** | Diag 60° ▲ to 25° ▲ +**93** | Diag 25° ▲ to flat +**94** | Diag 25° ▼ +**95** | Diag60° ▼ +**96** | Diag flat to 25° ▼ +**97** | Diag 25° ▼ to 60° ▼ +**98** | Diag 60° ▼ to 25° ▼ +**99** | Diag 25° ▼ to flat +**9A** | Diag flat to 60° ▲ +**9B** | Diag 60° ▲ to flat +**9C** | Diag flat to 60° ▼ +**9D** | Diag 60° ▼ to flat +**9E** | Diag flat to L bank +**9F** | Diag flat to R bank +**A0** | Diag L bank to flat +**A1** | Diag R bank to flat +**A2** | Diag L bank to 25° ▲ +**A3** | Diag R bank to 25° ▲ +**A4** | Diag 25° ▲ to L bank +**A5** | Diag 25° ▲ to R bank +**A6** | Diag L bank to 25° ▼ +**A7** | Diag R bank to 25° ▼ +**A8** | Diag 25° ▼ to L bank +**A9** | Diag 25° ▼ to R bank +**AA** | Diag L bank +**AB** | Diag R bank +**AC** | Log flume reverser +**AD** | spinning tunnel +**AE** | L barrel roll ▲ to ▼ +**AF** | R barrel roll ▲ to ▼ +**B0** | L barrel roll ▼ to ▲ +**B1** | R barrel roll ▼ to ▲ +**B2** | L bank to L ¼ D3 25° ▲ +**B3** | R bank to R ¼ D3 25° ▲ +**B4** | L ¼ D3 25° ▼ to L bank +**B5** | R ¼ D3 25° ▼ to R bank +**B6** | powered lift +**B7** | L large ½ loop ▲ +**B8** | R large ½ loop ▲ +**B9** | R large ½ loop ▼ +**BA** | L large ½ loop ▼ +**BB** | L flyer twist ▲ to ▼ +**BC** | R flyer twist ▲ to ▼ +**BD** | L flyer twist ▼ to ▲ +**BE** | R flyer twist ▼ to ▲ +**BF** | flyer ½ loop ▲ +**C0** | flyer ½ loop ▼ +**C1** | L fly corkscrw ▲ to ▼ +**C2** | R fly corkscrw ▲ to ▼ +**C3** | L fly corkscrw ▼ to ▲ +**C4** | R fly corkscrew ▼ to ▲ +**C5** | heartline transfer up +**C6** | heartline transfer down +**C7** | L heartline roll +**C8** | R heartline roll +**C9** | mini golf hole A +**CA** | mini golf hole B +**CB** | mini golf hole C +**CC** | mini golf hole D +**CD** | RCT2: mini golf hole E +**CE** | RCT2: inverted flat to 90° ▼ quarter loop (multidim) +**CF** | RCT2: Quarter loop 90° ▲ to invert +**D0** | RCT2: Quarter loop invert to 90° ▼ +**D1** | RCT2: L curved lift hill +**D2** | RCT2: R curved lift hill +**D3** | L reverser +**D4** | R reverser +**D5** | Air Thrust top cap +**D6** | Air Thrust Vertical down +**D7** | Air Thrust vertical down to level +**D8** | Block Brakes +**D9** | L ¼ D3 25° ▲ banked +**DA** | R ¼ D3 25° ▲ banked +**DB** | L ¼ D3 25° ▼ banked +**DC** | R ¼ D3 25° ▼ banked +**DD** | L ¼ D5 25° ▲ banked +**DE** | R ¼ D5 25° ▲ banked +**DF** | L ¼ D5 25° ▼ banked +**E0** | R ¼ D5 25° ▼ banked +**E1** | 25° ▲ to L bank 25° ▲ +**E2** | 25° ▲ to R bank 25° ▲ +**E3** | L bank 25° ▲ to 25° ▲ +**E4** | R bank 25° ▲ to 25° ▲ +**E5** | 25° ▼ to L bank 25° ▼ +**E6** | 25° ▼ to R bank 25° ▼ +**E7** | L bank 25° ▼ to 25° ▼ +**E8** | R bank 25° ▼ to 25° ▼ +**E9** | L bank to L bank 25° ▲ +**EA** | R bank to R bank 25° ▲ +**EB** | L bank 25° ▲ to L bank flat +**EC** | R bank 25° ▲ to R bank flat +**ED** | L bank to L bank 25° ▼ +**EE** | R bank to R bank 25° ▼ +**EF** | L bank 25° ▼ to L bank flat +**F0** | R bank 25° ▼ to R bank flat +**F1** | flat to L bank 25° ▲ +**F2** | flat to R bank 25° ▲ +**F3** | L bank 25° ▲ to flat +**F4** | R bank 25° ▲ to flat +**F5** | flat to L bank 25° ▼ +**F6** | flat to R bank 25° ▼ +**F7** | L bank 25° ▼ to flat +**F8** | R bank 25° ▼ to flat +**F9** | L ¼ D1 90° ▲ +**FA** | R ¼ D1 90° ▲ +**FB** | L ¼ D1 90° ▼ +**FC** | R ¼ D1 90° ▼ +**FD** | 90° ▲ to inverted flat quarter loop (multidim) +**FE** | flat to 90° ▼ quarter loop (multidim) +**FF** | END OF TRACK More data about each track piece lives in a few different places in the game. First, starting at `0x997C9D` series of 8 byte structs containing information about the starting and ending slope of track pieces, and the starting and ending bank of track pieces. For each of those 8 byte structs, here's some more information about what these pieces mean. For example, if you see the decimal value 18 in the first column, this means the track piece is a half loop. ##### byte 0 - -- **2:** end station -- **7:** vertical loop -- **13:** s bend -- **17:** twist -- **18:** half loop -- **19:** corkscrew -- **20:** tower base -- **21:** small helix -- **22:** large helix -- **23:** unbanked large helix -- **24:** brakes -- **26:** on ride photo -- **27:** water splash -- **29:** barrel roll -- **30:** powered lift -- **31:** half loop -- **33:** log flume reverser -- **36:** whoa belly -- **43:** lift hill -- **46:** spinning tunnel -- **47:** rotation control toggle -- **52:** rapids (rct2 only) -- **152:** waterfall/whirlpool -- **172:** brake for drop +Decimal | Description +------- | ----------- +**2** | end station +**7** | vertical loop +**13** | s bend +**17** | twist +**18** | half loop +**19** | corkscrew +**20** | tower base +**21** | small helix +**22** | large helix +**23** | unbanked large helix +**24** | brakes +**26** | on ride photo +**27** | water splash +**29** | barrel roll +**30** | powered lift +**31** | half loop +**33** | log flume reverser +**36** | whoa belly +**43** | lift hill +**46** | spinning tunnel +**47** | rotation control toggle +**52** | rapids (rct2 only) +**152** | waterfall/whirlpool +**172** | brake for drop #### byte 1 - -- **2:** ends at 25 degree up -- **4:** ends at 60 degree up -- **6:** ends at 25 degree down -- **8:** ends at 60 degree down -- **10:** 90 degree up (tower, whoa belly) -- **18:** 90 degree down +Decimal | Description +------- | ----------- +**2** | ends at 25 degree up +**4** | ends at 60 degree up +**6** | ends at 25 degree down +**8** | ends at 60 degree down +**10** | 90 degree up (tower, whoa belly) +**18** | 90 degree down ##### byte 2 - -- **2:** starts at 25 degree up -- **4:** starts at 60 degree up -- **6:** starts at 25 degree down -- **8:** starts at 60 degree down -- **10:** 90 degree up (also tower, whoa belly) -- **18:** 90 degree down +Decimal | Description +------- | ----------- +**2** | starts at 25 degree up +**4** | starts at 60 degree up +**6** | starts at 25 degree down +**8** | starts at 60 degree down +**10** | 90 degree up (also tower, whoa belly) +**18** | 90 degree down ##### byte 3 - -- **2:** ends with left bank -- **4:** ends with right bank -- **15:** ends upside down +Decimal | Description +------- | ----------- +**2** | ends with left bank +**4** | ends with right bank +**15** | ends upside down ##### byte 4 - -- **2:** starts with L bank -- **4:** starts with R bank -- **15:** starts upside down +Decimal | Description +------- | ----------- +**2** | starts with L bank +**4** | starts with R bank +**15** | starts upside down ##### byte 5 - -- **64:** half loop up -- **192:** half loop down -- **208:** something relating to vertical loops. same for both L and R -- **224:** corkscrew down +Decimal | Description +------- | ----------- +**64** | half loop up +**192** | half loop down +**208** | something relating to vertical loops. same for both L and R +**224** | corkscrew down ## Height/Direction Change Data - Data about the height and direction change of track pieces is stored in 11-byte structs, beginning at `0x994e34`. However, the structs here **do not** map 1:1 with track pieces. Instead, use the lookup table beginning at `0x994a38` to @@ -339,19 +345,15 @@ flag is set at bit 20 of the ride struct beginning at `0x97CF40`. Here's the breakdown of those 11 byte structs ##### bytes 0-4 - all empty, as far as I can tell ##### byte 5 - contains flags relating to helixes and loops ##### byte 6 - 255 if a loop piece that ends going downward, else 0 ##### byte 7 - These seem to track the height change required by the piece. 16 represents a height change of 1 unit, but there are also 8 and 12 represented. check byte 8 for the direction. @@ -360,20 +362,19 @@ Some of this is confusing; a helix up piece should have at least some height change but instead is 0 in the code. Bit 3 set means "helix down" ##### byte 8 - -bit 0: always set (?) -bit 1: 0 if track piece starts diagonal, 1 if track piece starts orthogonal -bit 2: if 0, right turn -bit 3: if 0, left turn -bit 4 or 5: if either is 1, track starts or finishes downhill -bit 6 or 7: if either is 1, track starts or finishes uphill +bit | Description +--- | ----------- +0 | always set (?) +1 | 0 if track piece starts diagonal, 1 if track piece starts orthogonal +2 | if 0, right turn +3 | if 0, left turn +4 or 5 | if either is 1, track starts or finishes downhill +6 or 7 | if either is 1, track starts or finishes uphill So a flat track piece with no turns would be 15. ##### byte 9 - 4 if the track piece starts or ends at a 90 degree angle. 0 otherwise. ##### byte 10 - is either 1 or 255, 1 if a turn?