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  1. item(booster_wagon ...)
  2. {
  3. }
  4.  
  5. // return power, as computed in TEMP(0)
  6. switch (..., power_final, [ LOAD_TEMP(0) ] ) {
  7.   return
  8. }
  9.  
  10. // check vehicle at position 1 from front, and add 400 if booster
  11. switch (..., power_check_1, [
  12. STORE_TEMP(2, 0x10F),
  13. STORE_TEMP(LOAD_TEMP(0) + (var[0x61, 0, 0xFFFF, 0xC6] == booster_wagon ? 400 : 0), 0)
  14. ] {
  15.   default: power_final
  16. }
  17.  
  18. // check vehicle at position 1 from back, and add 400 if booster
  19. switch (..., power_check_2, [
  20. STORE_TEMP(position_in_consist_from_end - 1, 0x10F),
  21. STORE_TEMP(LOAD_TEMP(0) + (var[0x61, 0, 0xFFFF, 0xC6] == booster_wagon ? 400 : 0), 0)
  22. ] {
  23.   default: power_check_1
  24. }
  25.  
  26. // check vehicle at position 2 from front, and add 100 if booster
  27. switch (..., power_check_3, [
  28. STORE_TEMP(2, 0x10F),
  29. STORE_TEMP(LOAD_TEMP(0) + (var[0x61, 0, 0xFFFF, 0xC6] == booster_wagon ? 100 : 0), 0)
  30. ] {
  31.   default: power_check_2
  32. }
  33.  
  34. // check vehicle at position 2 from back, and add 100 if booster
  35. switch (..., power_check_4, [
  36. STORE_TEMP(position_in_consist_from_end - 2, 0x10F),
  37. STORE_TEMP(LOAD_TEMP(0) + (var[0x61, 0, 0xFFFF, 0xC6] == booster_wagon ? 100 : 0), 0)
  38. ] {
  39.   default: power_check_3
  40. }
  41.  
  42. // basic power is 2000 + 200 per booster vehicle
  43. switch (..., power_switch, [
  44. STORE_TEMP(2000 + count_veh_id(booster_wagon) * 200, 0),
  45. train_length
  46. ])
  47. {
  48.  1..2: power_final; // no wagons, no bonus
  49.  3: power_check_1; // one wagon
  50.  4: power_check_2; // two wagons
  51.  5: power_check_3; // three wagons
  52.  default: power_check_4; // four or more wagons
  53. }
  54.  
  55. item(engine ...)
  56. {
  57. power: power_switch;
  58. }
Posted by Anonymous at 29 Nov 2015, 19:30:45 UTC
Language: text • Views: 502

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