star_rounded

Shape #shape #star_rounded #star #rounded

star_rounded(x, y, r1, r2, branch, [rotation], [round1], [round2], [draw=true], [stroke=#000000], [fill=#FFFFFF], [weight=1.00]) -> NULL || List of points

Draw a star (or return points)

Syntaxe

@todo

Arguments

Name	Required	Default	Description
`x`	yes	-	Center x
`y`	yes	-	Center y
`r1`	yes	-	external radius
`r2`	yes	-	internal radius
`branch`	yes	-	number of branches
`rotation`	-	-	rotation
`round1`	-	-	outer angle for rounded
`round2`	-	-	inner angle for rounded
`draw`	-	true	If false, return a list of points, and don't draw (stroke, fill & weight are ignored)
`stroke`	-	#000000	Stroke color
`fill`	-	#FFFFFF	Fill color
`weight`	-	1.00	Stroke weight (thickness)

Full example

var cols = 4;  
var spacing = 150;
var r = 70;
var startside = 10;

canvas(width=(spacing*cols+r), height=(spacing*cols+r), background="#2E2E2E");


var s = star(x=10, y=-50, r1=100, r2=75, branch=8, rotation=0, draw=false);
// console(s);


for (var i = startside; i >= 3; i--) {
    var col = (startside - i) % cols;
    var row = floor((startside - i) / cols);
    var x = col * spacing + r*1.5; 
    var y = row * spacing + r*1.5;
    star(x=x, y=y, r1=r, r2=25, branch=i, rotation=0, stroke="#000000", fill="#FFA000", weight=4);
}


// star_rounded(x=200, y=200, r1=100, r2=100, branch=6, rotation=0, stroke="#000000", fill="#90CAF9", weight=4, round1=1, round2="Quadratic");



var r2 = r ;
var rot = 0 ;
for (var i = startside; i >= 3; i--) {
    var col = (startside - i) % cols;
    var row = floor((startside - i) / cols);
    var x = col * spacing + r*1.5; 
    var y = row * spacing + r*1.5 + height()/2;

    star(x=x, y=y, r1=r, r2=r2, branch=6, rotation=rot, stroke="#000000", fill="#90CAF9", weight=4);

    // stop();

    r2 -= 8 ;
    rot += 0.15;
}



save("star.png");