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587 lines
14 KiB
587 lines
14 KiB
package color
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import (
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"fmt"
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"github.com/lucasb-eyer/go-colorful"
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"math"
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"strconv"
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"strings"
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)
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type Color struct {
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RGB *RGB `json:"rgb,omitempty"`
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HS *HueSat `json:"hs,omitempty"`
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K *int `json:"k,omitempty"`
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XY *XY `json:"xy,omitempty"`
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}
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func (col *Color) IsHueSat() bool {
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return col.HS != nil
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}
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func (col *Color) IsHueSatKelvin() bool {
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return col.HS != nil && col.K != nil
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}
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func (col *Color) IsKelvin() bool {
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return col.K != nil
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}
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func (col *Color) IsEmpty() bool {
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return *col == Color{}
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}
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func (col *Color) SetK(k int) {
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*col = Color{K: &k}
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}
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func (col *Color) SetXY(xy XY) {
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*col = Color{XY: &xy}
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}
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func (col *Color) AlmostEquals(other Color) bool {
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if (col.K != nil) != (other.K != nil) {
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return false
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}
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if col.HS != nil && other.HS != nil {
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if math.Abs(col.HS.Hue-other.HS.Hue) > 0.01 {
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return false
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}
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if math.Abs(col.HS.Sat-other.HS.Sat) > 0.01 {
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return false
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}
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if col.K != nil && *col.K != *other.K {
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return false
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}
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return true
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}
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if col.K != nil {
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return *col.K == *other.K
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}
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if col.RGB != nil && other.RGB != nil {
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if math.Abs(col.RGB.Red-other.RGB.Red) > 0.01 {
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return false
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}
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if math.Abs(col.RGB.Blue-other.RGB.Blue) > 0.01 {
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return false
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}
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if math.Abs(col.RGB.Green-other.RGB.Green) > 0.01 {
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return false
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}
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return true
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}
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xy1, _ := col.ToXY()
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xy2, _ := col.ToXY()
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if math.Abs(xy1.XY.X-xy2.XY.X) > 0.001 {
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return false
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}
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if math.Abs(xy1.XY.Y-xy2.XY.Y) > 0.001 {
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return false
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}
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return true
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}
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// ToRGB tries to copy the color to an RGB color. If it's already RGB, it will be plainly copied, but HS
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// will be returned. If ok is false, then no copying has occurred and cv2 will be blank.
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func (col *Color) ToRGB() (col2 Color, ok bool) {
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if col.RGB != nil {
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rgb := *col.RGB
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col2 = Color{RGB: &rgb}
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ok = true
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} else if col.HS != nil {
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rgb := col.HS.ToRGB()
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col2 = Color{RGB: &rgb}
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ok = true
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} else if col.XY != nil {
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rgb := col.XY.ToRGB()
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col2 = Color{RGB: &rgb}
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ok = true
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} else if col.K != nil {
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rgb := kToRGB(*col.K)
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col2 = Color{RGB: &rgb}
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ok = true
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}
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return
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}
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func (col *Color) ToHS() (col2 Color, ok bool) {
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if col.HS != nil {
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hs := *col.HS
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col2 = Color{HS: &hs}
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ok = true
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} else if col.RGB != nil {
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hs := col.RGB.ToHS()
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col2 = Color{HS: &hs}
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ok = true
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} else if col.XY != nil {
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hs := col.XY.ToHS()
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col2 = Color{HS: &hs}
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ok = true
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} else if col.K != nil {
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hs := kToRGB(*col.K).ToHS()
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col2 = Color{HS: &hs}
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ok = true
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}
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return
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}
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func (col *Color) ToHSK() (col2 Color, ok bool) {
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k := 4000
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if col.HS != nil {
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hs := *col.HS
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col2 = Color{HS: &hs}
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if col.K != nil {
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k = *col.K
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}
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col2.K = &k
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ok = true
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} else if col.RGB != nil {
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hs := col.RGB.ToHS()
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col2 = Color{HS: &hs}
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col2.K = &k
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ok = true
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} else if col.XY != nil {
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hs := col.XY.ToHS()
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col2 = Color{HS: &hs}
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col2.K = &k
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ok = true
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} else if col.K != nil {
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k = *col.K
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col2.HS = &HueSat{Hue: 0, Sat: 0}
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col2.K = &k
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ok = true
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}
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return
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}
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// ToXY tries to copy the color to an XY color.
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func (col *Color) ToXY() (col2 Color, ok bool) {
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if col.XY != nil {
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xy := *col.XY
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col2 = Color{XY: &xy}
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ok = true
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} else if col.HS != nil {
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xy := col.HS.ToXY()
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col2 = Color{XY: &xy}
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ok = true
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} else if col.RGB != nil {
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xy := col.RGB.ToXY()
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col2 = Color{XY: &xy}
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ok = true
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} else if col.K != nil {
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xy := kToRGB(*col.K).ToXY()
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col2 = Color{XY: &xy}
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ok = true
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}
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return
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}
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func (col *Color) Interpolate(other Color, fac float64) Color {
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if col.AlmostEquals(other) {
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return *col
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}
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// Special case for kelvin values.
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if col.IsKelvin() && other.IsKelvin() {
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k1 := *col.K
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k2 := *col.K
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k3 := k1 + int(float64(k2-k1)*fac)
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return Color{K: &k3}
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}
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if fac < 0.000001 {
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return *col
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} else if fac > 0.999999 {
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return other
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}
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// Get the colorful values.
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cvCF := col.colorful()
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otherCF := other.colorful()
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// Blend and normalize (clamping is hax to avoid issues with some colors)
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blended := cvCF.BlendLuv(otherCF, fac)
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blendedHue, blendedSat, _ := blended.Hsv()
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blendedHs := HueSat{Hue: blendedHue, Sat: blendedSat}
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// Convert to the first's type
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switch col.Kind() {
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case "rgb":
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rgb := blendedHs.ToRGB()
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return Color{RGB: &rgb}
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case "xy":
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xy := blendedHs.ToXY()
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return Color{XY: &xy}
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default:
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return Color{HS: &blendedHs}
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}
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}
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func (col *Color) Kind() string {
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switch {
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case col.RGB != nil:
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return "rgb"
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case col.XY != nil:
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return "xy"
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case col.HS != nil && col.K != nil:
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return "hsk"
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case col.HS != nil:
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return "hs"
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case col.K != nil:
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return "k"
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default:
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return ""
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}
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}
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func (col *Color) String() string {
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switch {
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case col.RGB != nil:
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return fmt.Sprintf("rgb:%.3f,%.3f,%.3f", col.RGB.Red, col.RGB.Green, col.RGB.Blue)
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case col.XY != nil:
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return fmt.Sprintf("xy:%.4f,%.4f", col.XY.X, col.XY.Y)
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case col.HS != nil && col.K != nil:
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return fmt.Sprintf("hsk:%.4f,%.3f,%d", col.HS.Hue, col.HS.Sat, *col.K)
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case col.HS != nil:
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return fmt.Sprintf("hs:%.4f,%.3f", col.HS.Hue, col.HS.Sat)
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case col.K != nil:
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return fmt.Sprintf("k:%d", *col.K)
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default:
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return ""
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}
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}
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func (col *Color) colorful() colorful.Color {
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switch {
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case col.HS != nil:
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return colorful.Hsv(col.HS.Hue, col.HS.Sat, 1)
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case col.RGB != nil:
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return colorful.Color{R: col.RGB.Red, G: col.RGB.Green, B: col.RGB.Blue}
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case col.XY != nil:
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return colorful.Xyy(col.XY.X, col.XY.Y, 0.5)
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default:
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return colorful.Color{R: 1, B: 1, G: 1}
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}
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}
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func MustParse(raw string) Color {
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col, err := Parse(raw)
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if err != nil {
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panic(err)
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}
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return col
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}
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func Parse(raw string) (col Color, err error) {
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if raw == "" {
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return
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}
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tokens := strings.SplitN(raw, ":", 2)
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if len(tokens) != 2 {
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err = ErrBadColorInput
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return
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}
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switch tokens[0] {
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case "kelvin", "k":
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{
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parsedPart, err := strconv.Atoi(tokens[1])
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if err != nil {
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err = ErrBadColorInput
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break
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}
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col.K = &parsedPart
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}
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case "xy":
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{
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parts := strings.Split(tokens[1], ",")
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if len(parts) < 2 {
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err = ErrUnknownColorFormat
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return
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}
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x, err1 := strconv.ParseFloat(parts[0], 64)
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y, err2 := strconv.ParseFloat(parts[1], 64)
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if err1 != nil || err2 != nil {
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err = ErrBadColorInput
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break
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}
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col.XY = &XY{x, y}
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}
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case "hs":
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{
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parts := strings.Split(tokens[1], ",")
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if len(parts) < 2 {
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err = ErrUnknownColorFormat
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return
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}
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part1, err1 := strconv.ParseFloat(parts[0], 64)
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part2, err2 := strconv.ParseFloat(parts[1], 64)
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if err1 != nil || err2 != nil {
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err = ErrBadColorInput
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break
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}
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col.HS = &HueSat{Hue: part1, Sat: part2}
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}
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case "hsk":
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{
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parts := strings.Split(tokens[1], ",")
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if len(parts) < 3 {
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err = ErrUnknownColorFormat
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return
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}
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part1, err1 := strconv.ParseFloat(parts[0], 64)
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part2, err2 := strconv.ParseFloat(parts[1], 64)
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part3, err3 := strconv.Atoi(parts[2])
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if err1 != nil || err2 != nil || err3 != nil {
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err = ErrBadColorInput
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break
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}
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col.HS = &HueSat{Hue: part1, Sat: part2}
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col.K = &part3
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}
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case "rgb":
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{
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if strings.HasPrefix(tokens[1], "#") {
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hex := tokens[1][1:]
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if !validHex(hex) {
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err = ErrBadColorInput
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break
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}
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if len(hex) == 6 {
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col.RGB = &RGB{
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Red: float64(hex2num(hex[0:2])) / 255.0,
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Green: float64(hex2num(hex[2:4])) / 255.0,
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Blue: float64(hex2num(hex[4:6])) / 255.0,
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}
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} else if len(hex) == 3 {
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col.RGB = &RGB{
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Red: float64(hex2digit(hex[0])) / 15.0,
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Green: float64(hex2digit(hex[1])) / 15.0,
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Blue: float64(hex2digit(hex[2])) / 15.0,
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}
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} else {
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err = ErrUnknownColorFormat
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return
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}
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} else {
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parts := strings.Split(tokens[1], ",")
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if len(parts) < 3 {
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err = ErrUnknownColorFormat
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return
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}
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part1, err1 := strconv.ParseFloat(parts[0], 64)
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part2, err2 := strconv.ParseFloat(parts[1], 64)
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part3, err3 := strconv.ParseFloat(parts[2], 64)
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if err1 != nil || err2 != nil || err3 != nil {
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err = ErrBadColorInput
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break
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}
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col.RGB = &RGB{Red: part1, Green: part2, Blue: part3}
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}
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normalizedRGB := col.RGB.ToHS().ToRGB()
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col.RGB = &normalizedRGB
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}
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default:
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err = ErrUnknownColorFormat
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}
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return
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}
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func validHex(h string) bool {
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for _, ch := range h {
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if !((ch >= 'a' && ch <= 'f') || (ch >= '0' || ch <= '9')) {
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return false
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}
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}
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return true
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}
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func hex2num(s string) int {
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v := 0
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for _, h := range s {
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v *= 16
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v += hex2digit(byte(h))
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}
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return v
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}
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func hex2digit(h byte) int {
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if h >= 'a' && h <= 'f' {
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return 10 + int(h-'a')
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} else {
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return int(h - '0')
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}
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}
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func kToRGB(kelvin int) RGB {
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if kelvin < 1000 {
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kelvin = 1000
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} else if kelvin > 12000 {
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kelvin = 12000
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}
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if kelvin%100 == 0 {
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return kelvinRGBTable[kelvin]
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}
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fac := float64(kelvin%100) / 100
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floor := (kelvin / 100) * 100
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ceil := floor + 100
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floorRGB := kelvinRGBTable[floor]
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ceilRGB := kelvinRGBTable[ceil]
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return RGB{
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Red: (floorRGB.Red * fac) + (ceilRGB.Red * (1 - fac)),
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Green: (floorRGB.Green * fac) + (ceilRGB.Green * (1 - fac)),
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Blue: (floorRGB.Blue * fac) + (ceilRGB.Blue * (1 - fac)),
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}
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}
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var kelvinRGBTable = map[int]RGB{
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1000: {Red: 1.000, Green: 0.220, Blue: 0.000},
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1100: {Red: 1.000, Green: 0.278, Blue: 0.000},
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1200: {Red: 1.000, Green: 0.325, Blue: 0.000},
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1300: {Red: 1.000, Green: 0.365, Blue: 0.000},
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1400: {Red: 1.000, Green: 0.396, Blue: 0.000},
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1500: {Red: 1.000, Green: 0.427, Blue: 0.000},
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1600: {Red: 1.000, Green: 0.451, Blue: 0.000},
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1700: {Red: 1.000, Green: 0.475, Blue: 0.000},
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1800: {Red: 1.000, Green: 0.494, Blue: 0.000},
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1900: {Red: 1.000, Green: 0.514, Blue: 0.000},
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2000: {Red: 1.000, Green: 0.541, Blue: 0.071},
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2100: {Red: 1.000, Green: 0.557, Blue: 0.129},
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2200: {Red: 1.000, Green: 0.576, Blue: 0.173},
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2300: {Red: 1.000, Green: 0.596, Blue: 0.212},
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2400: {Red: 1.000, Green: 0.616, Blue: 0.247},
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2500: {Red: 1.000, Green: 0.631, Blue: 0.282},
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2600: {Red: 1.000, Green: 0.647, Blue: 0.310},
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2700: {Red: 1.000, Green: 0.663, Blue: 0.341},
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2800: {Red: 1.000, Green: 0.678, Blue: 0.369},
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2900: {Red: 1.000, Green: 0.694, Blue: 0.396},
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3000: {Red: 1.000, Green: 0.706, Blue: 0.420},
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3100: {Red: 1.000, Green: 0.722, Blue: 0.447},
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3200: {Red: 1.000, Green: 0.733, Blue: 0.471},
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3300: {Red: 1.000, Green: 0.745, Blue: 0.494},
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3400: {Red: 1.000, Green: 0.757, Blue: 0.518},
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3500: {Red: 1.000, Green: 0.769, Blue: 0.537},
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3600: {Red: 1.000, Green: 0.780, Blue: 0.561},
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3700: {Red: 1.000, Green: 0.788, Blue: 0.580},
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3800: {Red: 1.000, Green: 0.800, Blue: 0.600},
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3900: {Red: 1.000, Green: 0.808, Blue: 0.624},
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4000: {Red: 1.000, Green: 0.820, Blue: 0.639},
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4100: {Red: 1.000, Green: 0.827, Blue: 0.659},
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4200: {Red: 1.000, Green: 0.835, Blue: 0.678},
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4300: {Red: 1.000, Green: 0.843, Blue: 0.694},
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4400: {Red: 1.000, Green: 0.851, Blue: 0.714},
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4500: {Red: 1.000, Green: 0.859, Blue: 0.729},
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4600: {Red: 1.000, Green: 0.867, Blue: 0.745},
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4700: {Red: 1.000, Green: 0.875, Blue: 0.761},
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4800: {Red: 1.000, Green: 0.882, Blue: 0.776},
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4900: {Red: 1.000, Green: 0.890, Blue: 0.792},
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5000: {Red: 1.000, Green: 0.894, Blue: 0.808},
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5100: {Red: 1.000, Green: 0.902, Blue: 0.824},
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5200: {Red: 1.000, Green: 0.910, Blue: 0.835},
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5300: {Red: 1.000, Green: 0.914, Blue: 0.851},
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5400: {Red: 1.000, Green: 0.922, Blue: 0.863},
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5500: {Red: 1.000, Green: 0.925, Blue: 0.878},
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|
5600: {Red: 1.000, Green: 0.933, Blue: 0.890},
|
|
5700: {Red: 1.000, Green: 0.937, Blue: 0.902},
|
|
5800: {Red: 1.000, Green: 0.941, Blue: 0.914},
|
|
5900: {Red: 1.000, Green: 0.949, Blue: 0.925},
|
|
6000: {Red: 1.000, Green: 0.953, Blue: 0.937},
|
|
6100: {Red: 1.000, Green: 0.957, Blue: 0.949},
|
|
6200: {Red: 1.000, Green: 0.961, Blue: 0.961},
|
|
6300: {Red: 1.000, Green: 0.965, Blue: 0.969},
|
|
6400: {Red: 1.000, Green: 0.973, Blue: 0.984},
|
|
6500: {Red: 1.000, Green: 0.976, Blue: 0.992},
|
|
6600: {Red: 0.996, Green: 0.976, Blue: 1.000},
|
|
6700: {Red: 0.988, Green: 0.969, Blue: 1.000},
|
|
6800: {Red: 0.976, Green: 0.965, Blue: 1.000},
|
|
6900: {Red: 0.969, Green: 0.961, Blue: 1.000},
|
|
7000: {Red: 0.961, Green: 0.953, Blue: 1.000},
|
|
7100: {Red: 0.953, Green: 0.949, Blue: 1.000},
|
|
7200: {Red: 0.941, Green: 0.945, Blue: 1.000},
|
|
7300: {Red: 0.937, Green: 0.941, Blue: 1.000},
|
|
7400: {Red: 0.929, Green: 0.937, Blue: 1.000},
|
|
7500: {Red: 0.922, Green: 0.933, Blue: 1.000},
|
|
7600: {Red: 0.914, Green: 0.929, Blue: 1.000},
|
|
7700: {Red: 0.906, Green: 0.925, Blue: 1.000},
|
|
7800: {Red: 0.902, Green: 0.922, Blue: 1.000},
|
|
7900: {Red: 0.894, Green: 0.918, Blue: 1.000},
|
|
8000: {Red: 0.890, Green: 0.914, Blue: 1.000},
|
|
8100: {Red: 0.882, Green: 0.910, Blue: 1.000},
|
|
8200: {Red: 0.878, Green: 0.906, Blue: 1.000},
|
|
8300: {Red: 0.871, Green: 0.902, Blue: 1.000},
|
|
8400: {Red: 0.867, Green: 0.902, Blue: 1.000},
|
|
8500: {Red: 0.863, Green: 0.898, Blue: 1.000},
|
|
8600: {Red: 0.855, Green: 0.898, Blue: 1.000},
|
|
8700: {Red: 0.851, Green: 0.890, Blue: 1.000},
|
|
8800: {Red: 0.847, Green: 0.890, Blue: 1.000},
|
|
8900: {Red: 0.843, Green: 0.886, Blue: 1.000},
|
|
9000: {Red: 0.839, Green: 0.882, Blue: 1.000},
|
|
9100: {Red: 0.831, Green: 0.882, Blue: 1.000},
|
|
9200: {Red: 0.827, Green: 0.878, Blue: 1.000},
|
|
9300: {Red: 0.824, Green: 0.875, Blue: 1.000},
|
|
9400: {Red: 0.820, Green: 0.875, Blue: 1.000},
|
|
9500: {Red: 0.816, Green: 0.871, Blue: 1.000},
|
|
9600: {Red: 0.812, Green: 0.867, Blue: 1.000},
|
|
9700: {Red: 0.812, Green: 0.867, Blue: 1.000},
|
|
9800: {Red: 0.808, Green: 0.863, Blue: 1.000},
|
|
9900: {Red: 0.804, Green: 0.863, Blue: 1.000},
|
|
10000: {Red: 0.812, Green: 0.855, Blue: 1.000},
|
|
10100: {Red: 0.812, Green: 0.855, Blue: 1.000},
|
|
10200: {Red: 0.808, Green: 0.851, Blue: 1.000},
|
|
10300: {Red: 0.804, Green: 0.851, Blue: 1.000},
|
|
10400: {Red: 0.800, Green: 0.847, Blue: 1.000},
|
|
10500: {Red: 0.800, Green: 0.847, Blue: 1.000},
|
|
10600: {Red: 0.796, Green: 0.843, Blue: 1.000},
|
|
10700: {Red: 0.792, Green: 0.843, Blue: 1.000},
|
|
10800: {Red: 0.792, Green: 0.839, Blue: 1.000},
|
|
10900: {Red: 0.788, Green: 0.839, Blue: 1.000},
|
|
11000: {Red: 0.784, Green: 0.835, Blue: 1.000},
|
|
11100: {Red: 0.784, Green: 0.835, Blue: 1.000},
|
|
11200: {Red: 0.780, Green: 0.831, Blue: 1.000},
|
|
11300: {Red: 0.776, Green: 0.831, Blue: 1.000},
|
|
11400: {Red: 0.776, Green: 0.831, Blue: 1.000},
|
|
11500: {Red: 0.773, Green: 0.827, Blue: 1.000},
|
|
11600: {Red: 0.773, Green: 0.827, Blue: 1.000},
|
|
11700: {Red: 0.773, Green: 0.824, Blue: 1.000},
|
|
11800: {Red: 0.769, Green: 0.824, Blue: 1.000},
|
|
11900: {Red: 0.765, Green: 0.824, Blue: 1.000},
|
|
12000: {Red: 0.765, Green: 0.820, Blue: 1.000},
|
|
}
|