;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

;; This file defines spline paths for the camera to follow at

;; the beginning of the tutorial.

;;

;; Each path is defined as a set of control points.  Each point 

;; has the following format:

;;

;; [I_T]

;; Position = (x, y, z)

;; Rotation = (x, y, z)

;; FOV = x

;;

;; I is the integer index of the path.

;;

;; T is the time in seconds at which this point is hit - the first

;; point in the path should have a time of 0.

;; x, y, and z are float values; the rotation angles and FOV are 

;; defined in degrees.

;;

;; Note that while the FOV can be set per control point, the main 

;; game camera's FOV is static and cannot be changed in-game.

;; Therefore, to prevent a jump, the starting and ending FOV 

;; values should always match the main game camera (currently 45 

;; degrees).

;;

;; Also note that each path *must* contain at least 2 points.

;;

;; To help in generating these points, use the "Dump" button in

;; the camera debug UI panel (press 'u', then the right arrow key

;; twice).u



;; Path 0: Tutorial Entry



;;start





[0_0]

Position = (624.58, 1453.32, 1101.89)

Rotation = (-55.00, 80.80, 0.00)

FOV = 45.00



[0_2.5]

Position = (873.24, 282.45, 1084.42)

Rotation = (-49.07, 94.72, 0.00)

FOV = 45.00



[0_5]

Position = (1110.74, 118.26, 1016.39)

Rotation = (-42.12, 177.41, 0.00)

FOV = 45.00

[0_7]

Position = (1115.21, 56.57, 1094.58)

Rotation = (-35.00, 178.79, 0.00)

FOV = 45.00



;; Path 1: Game Entry



;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

;; Custom Egypt Fly though proof of concept 



[1_0]

Position = (2018.66, 34.11, 601.64)

Rotation = (-59.77, 213.34, 0.00)

FOV = 70.00



[1_8]

Position = (1696.22, 60.61, 1004.08)

Rotation = (-3.53, 269.32, -10.00)

FOV = 70.00



[1_16]

Position = (1294.35, 45.35, 935.85)

Rotation = (-10.99, 275.53, 10)

FOV = 70.00



[1_24]

Position = (1030.22, 53.59, 921.34)

Rotation = (-15.47, 327.15, 0.00)

FOV = 70.00



[1_30]

Pos