Difference between revisions of "gc:fillArc"
Jump to navigation
Jump to search
(Created page with "__NOTOC__ gc:'''fillArc''' is a function that is part of gc (Graphics Context). Draws a color-filled arc in the rectangle with upper left corner (x,y) and ...") |
|||
| Line 5: | Line 5: | ||
Draws a color-filled arc in the rectangle with upper left corner (x,y) and pixel ''width'' and ''height''. The arc is drawn beginning at ''startAngle'' degrees and ending at ''endAngle''.<br /> | Draws a color-filled arc in the rectangle with upper left corner (x,y) and pixel ''width'' and ''height''. The arc is drawn beginning at ''startAngle'' degrees and ending at ''endAngle''.<br /> | ||
Zero degrees points to the right and 90 degrees points up (standard mathematical practice but worth mentioning since the y axis is inverted). | Zero degrees points to the right and 90 degrees points up (standard mathematical practice but worth mentioning since the y axis is inverted). | ||
| + | |||
{{Since|3.0}} | {{Since|3.0}} | ||
Revision as of 06:25, 6 August 2011
gc:fillArc is a function that is part of gc (Graphics Context).
Draws a color-filled arc in the rectangle with upper left corner (x,y) and pixel width and height. The arc is drawn beginning at startAngle degrees and ending at endAngle.
Zero degrees points to the right and 90 degrees points up (standard mathematical practice but worth mentioning since the y axis is inverted).
This has been introduced in TI-Nspire OS 3.0 (Changes).
Syntax
gc:fillArc(x, y, width, height, start angle, finish angle)
| Parameter | Type | Description |
|---|---|---|
| number | The x-coordinate of the upper-left point | |
| number | The x-coordinate of the upper-left point | |
| number | Width of the rectangle containing the arc | |
| number | Height of the rectangle containing the arc | |
| number | start angle | |
| number | finish angle |
Example
gc:fillArc(10, 10, 20, 30, 0, 120)Good to know
To draw a circle, the width and height must be equal length and the start and end angles must be 0 and 360. If width and height are different lengths, this routine will draw an oval.
See Also
