| LENSFLARE |
|
| Syntax: |
LENSFLARE= [group,]
name, visible, x, y,z, image1, color1,
position1, scale1, ..., ..., ..., ...,
imageN, colorN, positionN, scaleN;
|
| Values: |
group: The name of the group of this object. This group name is useful
to access several objects with only one function, for
example, to show and hide a group of objects. This parameter is
optional.
name: The name
of this object. This name is useful to access this object, for
example, to show and hide it
visible: Initial state of the
object: 0=hidden 1=visible
x, y, z: Coordinates of insertion point
of the lens flare, in 3D
image :
The name of the image to show in this flash
color: The color to apply to the
image in this flash
position: A percentage value to
define where to show this flash, 0 is the insertion point of the
lens flare, 100 is the end of the lens
flare.
scale
: A percentage value to define the size of this
flash image.
|
| Description: |
This instruction inserts a lens
flare in a 3D position in the panorama.
The lens flare is defined by a set of images (flashes). Every
image is defined by a group of four parameters "image, color,
position, scale". It's possible to define any number of images in a
lens flare.
The images of the lens flare are shown with an additive effect,
so, the color value can be used to define the level of transparency.
A dark color produces a higher level of transparency, because the
numerical value of the color produces a small addition in the
background image.
It's possible to define any negative value for position
parameter. In this case, the image will be shown behind the
insertion point of the lens flare.
|
| Example: |
This example shows a
lensflare with 3 flashes in the 3D coordinates 182,70,20
|
(pano)
{
type=MOV;
file=panorama.mov;
lensflare= lens1, 1,
182,70,20, f1,#FFFFFF,0,250, f2,#111177,50,20,
f2,#226666,100,110;
}
(f1)
{
type=IMAGE;
file=images/flare1.jpg;
}
(f2)
{
type=IMAGE;
file=images/flare2.jpg;
} |
This is
an example page using this instruction: Lens flare example
|