func (c *Canvas) FillString(fnt vg.Font, x, y vg.Length, str string) { t := new(pdf.Text) t.SetFont(fnt.Name(), unit(fnt.Size)) t.NextLineOffset(unit(x), unit(y)) t.Text(str) c.page.DrawText(t) }
// FillString implements the FillString method of the vg.Canvas interface. func (c *Canvas) FillString(font vg.Font, x, y vg.Length, str string) { c.append(&FillString{ Font: font.Name(), Size: font.Size, X: x, Y: y, String: str, }) }
func (c *Canvas) FillString(font vg.Font, x, y vg.Length, str string) { fontStr, ok := fontMap[font.Name()] if !ok { panic(fmt.Sprintf("Unknown font: %s", font.Name())) } sty := style(fontStr, elm("font-size", "medium", "%.*gpt", pr, font.Size.Points()), elm("fill", "#000000", colorString(c.cur().color))) if sty != "" { sty = "\n\t" + sty } fmt.Fprintf(c.buf, `<text x="%.*g" y="%.*g" transform="scale(1, -1)"%s>%s</text>`+"\n", pr, x.Dots(c), pr, -y.Dots(c), sty, str) }
func (c *Canvas) FillString(font vg.Font, x, y vg.Length, str string) { c.gc.Save() defer c.gc.Restore() data, ok := fontMap[font.Name()] if !ok { panic(fmt.Sprintf("Font name %s is unknown", font.Name())) } if !registeredFont[font.Name()] { draw2d.RegisterFont(data, font.Font()) registeredFont[font.Name()] = true } c.gc.SetFontData(data) c.gc.SetFontSize(font.Size.Points()) c.gc.Translate(x.Dots(c.DPI()), y.Dots(c.DPI())) c.gc.Scale(1, -1) c.gc.FillString(str) }
func (e *Canvas) FillString(fnt vg.Font, x, y vg.Length, str string) { if e.cur().font != fnt.Name() || e.cur().fsize != fnt.Size { e.cur().font = fnt.Name() e.cur().fsize = fnt.Size fmt.Fprintf(e.buf, "/%s findfont %.*g scalefont setfont\n", fnt.Name(), pr, fnt.Size) } fmt.Fprintf(e.buf, "%.*g %.*g moveto\n", pr, x.Dots(DPI), pr, y.Dots(DPI)) fmt.Fprintf(e.buf, "(%s) show\n", str) }