View difference between Paste ID: uULdyh5n and 63ceydnh

 #A-Engine @ http://www.a-superlab.com/category/a-engine/
-  BG_MUSIC_ID = 1
+
-  STAGE_LENGTH = 1000
+# {info} {/info} header of stage files
-  STAGE_WIDTH = 1000
+# BG_MUSIC_ID= music id to play in this stage. a value of NONE is used to have no music. a value of -1 is used to let previous music play in the stage
-  STAGE_HEIGHT = 1000
+# StAGE_LENGTH = is the length of the area for the stage
-  BACKGROUND_COLOR = 0, 0, 0 #black
+# STAGE_WIDTH= is the width of the area for the stage
 # STAGE_HEIGHT= is the height of the area for the stage
 # CLEAR_COLOR = the color shown where there is no entity rendered in red, green, blue format
 
 # in between [img][/img] are sprites and textures loaded which can be rendered for an entity via the "img=" tag
 # in between [mdl][/mdl] are 3D models loaded which can be rendered for an entity via the "mdl=" tag
 # in between [cam][/cam] are camera objects which captures a view in the stage which you can use to render somewhere. by default a camera with id=0 will have what it sees rendered to the screen
 
 {info}
-    obj[dir = "bg1/objects/tree_model.obj" scale = 2]
+  BG_MUSIC_ID = 1;
   STAGE_LENGTH = 1000;
   STAGE_WIDTH = 1000;
-  [camera]
+  STAGE_HEIGHT = 1000;
-   cam[
+  CLEAR_COLOR = 128, 128, 255; # sky blue
-   # id for objects to access the camera
+
   [img]
     tile[dir = "bg1/tiles/ground.png"] #0
-   # initial camera settings
+
-    init_position = 30, 30, 30
+
   [/img]
 
   [mdl]
     obj[dir = "bg1/objects/tree_model.obj" scale = 200]
-    x_acc = 10
+
-    y_acc = 10
+
-    z_acc = 10
+  [cam]
-    r_acc = 10
+   cam[ |PERSPECTIVE| # perspective projection switch
    # id for objects to access the camera
-    max_x_vel = 30
+
-    max_y_vel = 30
+
-    max_z_vel = 30
+   # initial camera orientation
-    max_r_vel = 30
+    eye_position = 30, 30, 30
     look_at = 30, 30, 100
-    max_x_position = 1000
+
-    min_x_position = -20
+
-    max_y_position = 1000
+   # other settings
-    min_y_position = -20
+    min_target_range = 100 # distance to keep from the target position
-    max_z_position = 1000
+    x_fov = 60 # field of view
-    min_z_position = -20
+    near = 10
     far = 1000
 
-   # camera rotation in space
+
-    max_x_angle = 30
+    eye_weight = 20 # how 'heavy' the eye is. the more this is, the slower the camera will follow
-    max_y_angle = 30
+    lookat_weight = 15 # the more this is, the slower the lookat vector will change
-    max_r_angle = 30
+
   [/cam]
-    rotation_x_vel = 10
+
-    rotation_y_vel = 10
+
-    rotation_r_vel = 10
+
 
-    angular_x_acc = 1
+# a light source which is responsible for lighting and the position of shadows
-    angular_y_acc = 1
+# will be explained later in detail
-    angular_r_acc = 1
+
-    max_x_angular_vel = 2
+
-    max_y_angular_vel = 2
+
-    max_r_angular_vel = 2
+
 # "x_repeat=no." and "y_repeat=no." are tags only available for use when "img=" points to a "tile"
-   # camera zooming settings
+# it repeats the tile by a no. of times in the x and the y axes respectively
-    init_zoom_scale = 1
+
-    zoom_acc = 0.05
+  img = 0 position = -10,0,-20  x_repeat = 50 y_repeat = 50
-    max_zoom_vel = 0.2
+  # there is actually no need to rotate this, because 'tiles' are oriented 90 degs by default
-    max_zoom_scale = 2
+
-    min_zoom_scale = 0.5
+
 [entity] # sky
   img = 1 position = -10,-2000,-50  x_repeat = 50 y_repeat = 50 x_parallax_factor=0 y_parallax_factor=0 z_parallax_factor=0 #won't move with the camera
-  [/camera]
+  set_transformation[rotate_angle=-90 rotate_vector=1,0,0] # rotate to have the sky tiles face the screen
 [/entity]
 
 # x,y,z_recreation_range will cause an object to be created every x, y or z unit length interval
 # a new tree will be spawned every 500 unit length in the x-axis
 # max_entities= limits the amount of entities that can be created by x,y,z_recreation_range
 # 10 trees which appears in random positions in the stage
 [entity] # trees
   mdl = 0 position = 10, 0, -200  z_offset = &random{-50, 50} x_offset = &random{-50, 50} x_recreation_range = 500 max_entities = 10
   set_transformation[rotate_angle=&random{0, 360} rotate_vector=0,1,0]
-  img = 0 position = -10,0,-20  x_repeat = 50 y_repeat = 50
+
-  set_transformation[rotate_angle=90 rotate_vector=1,0,0] # rotate on the x-axis; in the z-axis
+
 # 3 clouds at a time, once they pass the screen, a new one comes from teh side
 [entity] # clouds
   img = &random{0,1},2 position = -100,500,-1 y_offset=&random{-60, 60} x_offset=&random{-40, 40} x_parallax_factor=0.2 y_parallax_factor = 0.1 z_parallax_factor=0.07
   x_recreation_interval=400  max_entities = 3 x_vel=10 restart_x_position_distance=1200
 [/entity]