Built-in data types

stColor type ¶

Fields ¶

GUI type editor ¶

Screenshot of the stColor GUI editor

Code examples ¶

 
// Implicit conversions for stColor type 
MyColor=Color.Red; 
MyColor="Blue";
MyColor="#FF00FF00";

// Declaration and initialization 

// declare a new stColor and initialize its value to the green
stColor MyColor=new stColor();
MyColor.A=255;
MyColor.R=0;
MyColor.G=255;
MyColor.B=0;

// declare and initialize with the green color with an optional stColor constructors
stColor MyColor2=new stColor(0,255,0); 
stColor MyColor3=new stColor(255,0,255,0); 

// declare and initialize the blue color with functions and constants of GDI+ API
stColor MyColor3.GDIColor=Color.FromArgb(255,0,0,255);
stColor MyColor4.GDIColor=Color.Blue; 

// using stColor type in GDI+ drawing procedures
stColor RedColor=new stColor(127,0,0); 
Pen BluePen = new Pen(RedColor.GDIColor, 3);
Graphics.DrawRectangle(BluePen, 0,0,50,50);

// Internal fields the stColor type
BackgroundColor=new stColor(255,255,255); // set the event background to white 
TextColor.R=127;
TextColor.G=127;
TextColor.B=127; // set the font color of the Text Element to the mid-gray

// The following examples cause runtime errors because the field values have to be integers in the range 0..255
stColor MyColor=new stColor(0,256,0);  
stColor MyColor2;
MyColor2.R=-20;

clTime type¶

 
// Assigning clTime type with implicit conversions  
int TimeA=2000; 
double TimeB=1000.5; 
EventA_Duration=TimeA; // the time interval is assigned with integer value
EventB_Duration=TimeB; // the time interval is assigned with double precision 
EventC_Duration=500.5; // the time interval is assigned directly
int TimeC=EventC_Duration; // TimeC contains 501 due to rounding 

clPoint type¶

Fields ¶

GUI type editor ¶

Screenshot of the clPoint GUI editor

 
// declare and initialize clPoint type
clPoint MyPoint=new clPoint(); // the point is declared and initialized. The point is valid. 
clPoint MyPoint2=new clPoint(100,100); // the point is declared and initialized with particular pixel coordinates 
clPoint MyPoint3=new clPoint(4.0f,45.0f); // the point is declared and initialized with the polar coordinates 4,45

// Pixel fields of clPoint type
Position=new clPoint(512,368); // Initialize with pixels coordinates 
Position.X=512;
Position.Y=368; // set the position to the screen center

// Polar fields of of clPoint type
Position=new clPoint(5.0f,90.0f); // Initialize with polar coordinates
// set the position of Text Element on 5 visual degree up from the screen center (in any screen resolution)
TextPosition.R=5;
TextPosition.Theta=90; 

clSize type ¶

Fields ¶

GUI type editor ¶

Screenshot of the clSize GUI editor

 
// declare and initialize clPoint type
clSize MySize=new clSize(); // the size is declared and initialized with zero values.  
clSize MySize2=new clSize(320,200); // the size is declared and initialized with specific pixel size 
clSize MySize3=new clSize(5.0f,2.0f); // the size is declared and initialized with specific size in visual degrees

// Change values of proxy variables (Size and TextAreaSize) of clSize type
Size=new clSize(200,80); // set the size of Renderer element to 200x80 pixels
TextAreaSize.aWidth=5.5f;
TextAreaSize.aHeight=2.1f; // set the size of Text Element on 5.5x2.1 visual degrees 

clMIDINote type ¶

Fields ¶

clMIDIEvent type ¶

Fields ¶

Enum Types ¶

stAlignment ¶

 
// Change values of proxy variables (RendererAlignment) of stAlignment type
RendererAlignment=0; /// change the position alignment to the left-top corner

Final Notes ¶