// adjust the font to fit within a width
func (f *FW) fitwidth(width, adj int, s string) {
f.tw = openvg.TextWidth(s, f.font, f.fontsize)
for f.tw > openvg.VGfloat(width) {
f.fontsize -= adj
f.tw = openvg.TextWidth(s, f.font, f.fontsize)
}
}
// textwrap draws text at location, wrapping at the specified width
func textwrap(x, y, w openvg.VGfloat, s string, font string, size int, leading, factor openvg.VGfloat, color string) {
openvg.FillColor(color)
wordspacing := openvg.TextWidth("M", font, size)
words := strings.Split(s, " ")
xp := x
yp := y
edge := x + w
for i := 0; i < len(words); i++ {
tw := openvg.TextWidth(words[i], font, size)
openvg.Text(xp, yp, words[i], font, size)
xp += tw + (wordspacing * factor)
if xp > edge {
xp = x
yp -= leading
}
}
}
// textwrap draws text at location, wrapping at the specified width
func textwrap(x, y, w openvg.VGfloat, s string, font string, fs, leading, factor openvg.VGfloat) {
size := int(fs)
if font == "mono" {
factor = 1.0
}
wordspacing := openvg.TextWidth("m", font, size)
words := strings.FieldsFunc(s, whitespace)
xp := x
yp := y
edge := x + w
for _, s := range words {
tw := openvg.TextWidth(s, font, size)
openvg.Text(xp, yp, s, font, size)
xp += tw + (wordspacing * factor)
if xp > edge {
xp = x
yp -= leading
}
}
}