Difference between revisions of "GradientValue"
Ugleh Ulrik (talk | contribs) (Created page with "{{LSL_Function |func=GradientValue |mode=user |p1_type=vector|p1_name=beginColor|p1_desc=The Starting Vector Color |p2_type=vector|p2_name=endColor|p2_desc=The Ending Vector Colo…") |
Ugleh Ulrik (talk | contribs) |
||
| Line 11: | Line 11: | ||
//Created by Ugleh Ulrik | //Created by Ugleh Ulrik | ||
vector GradientValue(vector beginColor,vector endColor, float percentage){ | vector GradientValue(vector beginColor,vector endColor, float percentage){ | ||
//If vectors are in SL format (1.0 max) then do a multiplication of 255. | |||
//beginColor = beginColor * 255; | |||
//endColor = endColor * 255; | |||
float red = beginColor.x + (integer)(percentage * (endColor.x - beginColor.x)); | float red = beginColor.x + (integer)(percentage * (endColor.x - beginColor.x)); | ||
float green = beginColor.y + (integer)(percentage * (endColor.y - beginColor.y)); | float green = beginColor.y + (integer)(percentage * (endColor.y - beginColor.y)); | ||
| Line 17: | Line 20: | ||
} | } | ||
</lsl> | </lsl> | ||
Note in the return we use /255 to convert a RGB value to an SL Safe Vector. | Note in the return we use /255 to convert a RGB value to an SL Safe Vector. The math assumes it is a normal RGB value during the math, so if it isnt you need to uncomment the multiplication lines. | ||
|examples=<lsl> | |examples=<lsl> | ||
//Created by Ugleh Ulrik | //Created by Ugleh Ulrik | ||
vector GradientValue(vector beginColor,vector endColor, float percentage){ | vector GradientValue(vector beginColor,vector endColor, float percentage){ | ||
//If vectors are in SL format (1.0 max) then do a multiplication of 255. | |||
//beginColor = beginColor * 255; | |||
//endColor = endColor * 255; | |||
float red = beginColor.x + (integer)(percentage * (endColor.x - beginColor.x)); | float red = beginColor.x + (integer)(percentage * (endColor.x - beginColor.x)); | ||
float green = beginColor.y + (integer)(percentage * (endColor.y - beginColor.y)); | float green = beginColor.y + (integer)(percentage * (endColor.y - beginColor.y)); | ||
Revision as of 18:38, 29 October 2011
| LSL Portal | Functions | Events | Types | Operators | Constants | Flow Control | Script Library | Categorized Library | Tutorials |
Summary
Function: GradientValue( vector beginColor, vector endColor, float percentage );Returns a vector between beginColor and endColor depending on the percentage param.
| • vector | beginColor | – | The Starting Vector Color | |
| • vector | endColor | – | The Ending Vector Color | |
| • float | percentage | – | The Percentage from beginColor to endColor. |
Percentage goes from 0.0 to 1.0 where 0.5 is 50%.
Specification
<lsl> //Created by Ugleh Ulrik vector GradientValue(vector beginColor,vector endColor, float percentage){ //If vectors are in SL format (1.0 max) then do a multiplication of 255. //beginColor = beginColor * 255; //endColor = endColor * 255;
float red = beginColor.x + (integer)(percentage * (endColor.x - beginColor.x)); float green = beginColor.y + (integer)(percentage * (endColor.y - beginColor.y)); float blue = beginColor.z + (integer)(percentage * (endColor.z - beginColor.z)); return <red,green,blue>/255;
} </lsl> Note in the return we use /255 to convert a RGB value to an SL Safe Vector. The math assumes it is a normal RGB value during the math, so if it isnt you need to uncomment the multiplication lines.
Examples
<lsl> //Created by Ugleh Ulrik vector GradientValue(vector beginColor,vector endColor, float percentage){ //If vectors are in SL format (1.0 max) then do a multiplication of 255. //beginColor = beginColor * 255; //endColor = endColor * 255;
float red = beginColor.x + (integer)(percentage * (endColor.x - beginColor.x)); float green = beginColor.y + (integer)(percentage * (endColor.y - beginColor.y)); float blue = beginColor.z + (integer)(percentage * (endColor.z - beginColor.z)); return <red,green,blue>/255;
}
default {
state_entry()
{
vector Red = <255,0,0>; vector Blue = <0,0,255>; //The Above Vectors are not SL safe, to use SL Safe Vectors you would do //vector Red = <1,0,0>; //vector Blue = <0,0,1>; vector ColorBetween = GradientValue(Red,Blue,0.50); //I use 0.50 which is half, so I am getting the color between Red and Blue, which is Purple. llSetColor(ColorBetween,ALL_SIDES);
}
}
</lsl>