func RGBColorMulNumber(c *ast.RGBColor, n *ast.Number) *ast.RGBColor {
var val = uint32(n.Value)
var r = c.R * val
var g = c.G * val
var b = c.B * val
return ast.NewRGBColor(r, g, b, nil)
}
func RGBColorDivNumber(c *ast.RGBColor, n *ast.Number) *ast.RGBColor {
var val = n.Value
var r = math.Floor(float64(c.R) / val)
var g = math.Floor(float64(c.G) / val)
var b = math.Floor(float64(c.B) / val)
return ast.NewRGBColor(uint32(r), uint32(g), uint32(b), nil)
}
func RGBColorSubNumber(c *ast.RGBColor, n *ast.Number) *ast.RGBColor {
var val = uint32(n.Value)
var r = uintsub(c.R, val)
var g = uintsub(c.G, val)
var b = uintsub(c.B, val)
return ast.NewRGBColor(r, g, b, nil)
}
func TestComputeRGBColorWithNumber(t *testing.T) {
val := Compute(ast.NewOp(ast.T_PLUS), ast.NewRGBColor(10, 10, 10, nil), ast.NewNumber(3, nil, nil))
c, ok := val.(*ast.RGBColor)
assert.True(t, ok)
assert.Equal(t, "rgb(13, 13, 13)", c.String())
}
