{ let lt = ""; const doc = []; let str = "" let att = ""; if (attenuation !== 0) { switch (language) { case "English": att = ", adjusted: " + attenuation + "%"; break; case "Français": att = ", ajustement : " + attenuation + "%"; break; } } else { att = ""; } switch (true) { case ((paletteType === "Linear") || (paletteType === "Linéaire")): return Object.assign(html`

`, {value: null}); break; case ((paletteType === "Manual spline") || (paletteType === "Spline Manuelle")): switch (language) { case "English": lt = "Manual spline gradient" + att; break; case "Français": lt = "Gradient selon une courbe spline manuelle" + att; break; } str = JSON.stringify(JSON.stringify(palette)); doc.push(``+lt+`
${drawpal(palette.map(d => d3.color(d).hex()))}`); doc.push( `` ); return html`${doc.join("
")}`; break; case ((paletteType === "Medians") || (paletteType === "Médianes")): switch (language) { case "English": lt = "Medians controlled spline gradient" + att; break; case "Français": lt = "Gradient selon une courbe spline des médianes" + att; break; } str = JSON.stringify(JSON.stringify(paletteMed)); doc.push(``+lt+`
${drawpal(paletteMed.map(d => d3.color(d).hex()))}`); doc.push( `` ); return html`${doc.join("
")}`; break; case ((paletteType === "Means") || (paletteType === "Moyennes")): switch (language) { case "English": lt = "Means controlled spline gradient" + att; break; case "Français": lt = "Gradient selon une courbe spline des moyennes" + att; break; } str = JSON.stringify(JSON.stringify(paletteMeans)); doc.push(``+lt+`
${drawpal(paletteMeans.map(d => d3.color(d).hex()))}`); doc.push( `` ); return html`${doc.join("
")}`; break; } }