public PlayerColorRemap(int[] ramp, Color c, float rampFraction)
{
var h = c.GetHue() / 360.0f;
var s = c.GetSaturation();
var l = c.GetBrightness();
// Increase luminosity if required to represent the full ramp
var rampRange = (byte)((1 - rampFraction) * l);
var c1 = Color.FromAhsl(h, s, Math.Max(rampRange, l));
var c2 = Color.FromAhsl(h, s, (byte)Math.Max(0, l - rampRange));
var baseIndex = ramp[0];
var remapRamp = ramp.Select(r => r - ramp[0]);
var rampMaxIndex = ramp.Length - 1;
// reversed remapping
if (ramp[0] > ramp[rampMaxIndex])
{
baseIndex = ramp[rampMaxIndex];
for (var i = rampMaxIndex; i > 0; i--)
{
remapRamp = ramp.Select(r => r - ramp[rampMaxIndex]);
}
}
remapColors = remapRamp.Select((x, i) => Pair.New(baseIndex + i, Exts.ColorLerp(x / (float)ramp.Length, c1, c2)))
.ToDictionary(u => u.First, u => u.Second);
}
public void AdjustPalette(IReadOnlyDictionary <string, MutablePalette> palettes)
{
if (to == EffectType.None && endTime == 0)
{
return;
}
foreach (var pal in palettes.Values)
{
for (var x = 0; x < Palette.Size; x++)
{
var orig = pal.GetColor(x);
var t = ColorForEffect(to, orig);
if (endTime == 0)
{
pal.SetColor(x, t);
}
else
{
var f = ColorForEffect(from, orig);
pal.SetColor(x, Exts.ColorLerp(frac, t, f));
}
}
}
}
public void AdjustPalette(Dictionary <string, Palette> palettes)
{
if (to == EffectType.None && remainingFrames == 0)
{
return;
}
foreach (var pal in palettes)
{
if (excludePalettes.Contains(pal.Key))
{
continue;
}
for (var x = 0; x < 256; x++)
{
var orig = pal.Value.GetColor(x);
var t = ColorForEffect(to, orig);
if (remainingFrames == 0)
{
pal.Value.SetColor(x, t);
}
else
{
var f = ColorForEffect(from, orig);
pal.Value.SetColor(x, Exts.ColorLerp((float)remainingFrames / Info.FadeLength, t, f));
}
}
}
}
public void AdjustPalette(Dictionary <string, Palette> palettes)
{
if (remainingFrames == 0)
{
return;
}
var frac = (float)remainingFrames / chronoEffectLength;
foreach (var pal in palettes)
{
if (excludePalettes.Contains(pal.Key))
{
continue;
}
for (var x = 0; x < 256; x++)
{
var orig = pal.Value.GetColor(x);
var lum = (int)(255 * orig.GetBrightness());
var desat = Color.FromArgb(orig.A, lum, lum, lum);
pal.Value.SetColor(x, Exts.ColorLerp(frac, orig, desat));
}
}
}
public void Render(WorldRenderer wr)
{
// Need at least 4 points to smooth the contrail over
if (length - skip < 4)
{
return;
}
// Start of the first line segment is the tail of the list - don't smooth it.
var curPos = trail[idx(next - skip - 1)];
var curCell = curPos.ToCPos();
var curColor = color;
for (var i = 0; i < length - skip - 4; i++)
{
var j = next - skip - i - 2;
var nextPos = Average(trail[idx(j)], trail[idx(j - 1)], trail[idx(j - 2)], trail[idx(j - 3)]);
var nextCell = nextPos.ToCPos();
var nextColor = Exts.ColorLerp(i * 1f / (length - 4), color, Color.Transparent);
if (!world.FogObscures(curCell) && !world.FogObscures(nextCell))
{
Game.Renderer.WorldLineRenderer.DrawLine(wr.ScreenPosition(curPos), wr.ScreenPosition(nextPos), curColor, nextColor);
}
curPos = nextPos;
curCell = nextCell;
curColor = nextColor;
}
}
public void Render(WorldRenderer wr)
{
// Need at least 4 points to smooth the contrail over
if (length - skip < 4)
{
return;
}
var screenWidth = wr.ScreenVector(new WVec(width, WDist.Zero, WDist.Zero))[0];
var wcr = Game.Renderer.WorldRgbaColorRenderer;
// Start of the first line segment is the tail of the list - don't smooth it.
var curPos = trail[Index(next - skip - 1)];
var curColor = color;
for (var i = 0; i < length - skip - 4; i++)
{
var j = next - skip - i - 2;
var nextPos = Average(trail[Index(j)], trail[Index(j - 1)], trail[Index(j - 2)], trail[Index(j - 3)]);
var nextColor = Exts.ColorLerp(i * 1f / (length - 4), color, Color.Transparent);
if (!world.FogObscures(curPos) && !world.FogObscures(nextPos))
{
wcr.DrawLine(wr.Screen3DPosition(curPos), wr.Screen3DPosition(nextPos), screenWidth, curColor, nextColor);
}
curPos = nextPos;
curColor = nextColor;
}
}
public void AdjustPalette(IReadOnlyDictionary <string, MutablePalette> palettes)
{
if (to == EffectType.None && remainingFrames == 0)
{
return;
}
foreach (var pal in palettes.Values)
{
for (var x = 0; x < Palette.Size; x++)
{
var orig = pal.GetColor(x);
var t = ColorForEffect(to, orig);
if (remainingFrames == 0)
{
pal.SetColor(x, t);
}
else
{
var f = ColorForEffect(from, orig);
pal.SetColor(x, Exts.ColorLerp((float)remainingFrames / Info.FadeLength, t, f));
}
}
}
}
public PlayerColorRemap(PaletteFormat fmt, ColorRamp c)
{
var c1 = c.GetColor(0);
var c2 = c.GetColor(1); /* temptemp: this can be expressed better */
var baseIndex = GetRemapBase(fmt);
var ramp = GetRemapRamp(fmt);
remapColors = ramp.Select((x, i) => Pair.New(baseIndex + i, Exts.ColorLerp(x / 16f, c1, c2)))
.ToDictionary(u => u.First, u => u.Second);
}
public PlayerColorRemap(int[] Ramp, ColorRamp c)
{
var c1 = c.GetColor(0);
var c2 = c.GetColor(1); /* temptemp: this can be expressed better */
var baseIndex = Ramp[0];
var RemapRamp = GetRemapRamp(Ramp);
remapColors = RemapRamp.Select((x, i) => Pair.New(baseIndex + i, Exts.ColorLerp(x / 16f, c1, c2)))
.ToDictionary(u => u.First, u => u.Second);
}
public void AdjustPalette(Dictionary<string, Palette> palettes)
{
foreach (var pal in palettes)
{
if (ExcludePalettes.Contains(pal.Key))
continue;
for (var x = 0; x < 256; x++)
{
var from = pal.Value.GetColor(x);
var to = Color.FromArgb(from.A, Color.FromKnownColor(KnownColor.DarkOrange));
pal.Value.SetColor(x, Exts.ColorLerp(0.15f, from, to));
}
}
}
public void AdjustPalette(Dictionary <string, Palette> palettes)
{
if (remainingFrames == 0)
{
return;
}
var frac = (float)remainingFrames / nukeEffectLength;
foreach (var pal in palettes)
{
for (var x = 0; x < 256; x++)
{
var orig = pal.Value.GetColor(x);
var white = Color.FromArgb(orig.A, 255, 255, 255);
pal.Value.SetColor(x, Exts.ColorLerp(frac, orig, white));
}
}
}
void IPaletteModifier.AdjustPalette(IReadOnlyDictionary <string, MutablePalette> palettes)
{
if (remainingFrames == 0)
{
return;
}
var frac = (float)remainingFrames / info.ChronoEffectLength;
foreach (var pal in palettes)
{
for (var x = 0; x < Palette.Size; x++)
{
var orig = pal.Value.GetColor(x);
var lum = (int)(255 * orig.GetBrightness());
var desat = Color.FromArgb(orig.A, lum, lum, lum);
pal.Value.SetColor(x, Exts.ColorLerp(frac, orig, desat));
}
}
}
public PlayerColorRemap(int[] Ramp, ColorRamp c)
{
var c1 = c.GetColor(0);
var c2 = c.GetColor(1); // temptemp: this can be expressed better
var baseIndex = Ramp[0];
var RemapRamp = Ramp.Select(r => r - Ramp[0]).ToArray();
if (Ramp[0] > Ramp[15]) // reversed remapping
{
baseIndex = Ramp[15];
for (int i = 15; i > 0; i--)
{
RemapRamp = Ramp.Select(r => r - Ramp[15]).ToArray();
}
}
remapColors = RemapRamp.Select((x, i) => Pair.New(baseIndex + i, Exts.ColorLerp(x / 16f, c1, c2)))
.ToDictionary(u => u.First, u => u.Second);
}
public PlayerColorRemap(int[] Ramp, HSLColor c, float rampFraction)
{
// Increase luminosity if required to represent the full ramp
var rampRange = (byte)((1 - rampFraction) * c.L);
var c1 = new HSLColor(c.H, c.S, (byte)Math.Max(rampRange, c.L)).RGB;
var c2 = new HSLColor(c.H, c.S, (byte)Math.Max(0, c.L - rampRange)).RGB;
var baseIndex = Ramp[0];
var RemapRamp = Ramp.Select(r => r - Ramp[0]).ToArray();
if (Ramp[0] > Ramp[15]) // reversed remapping
{
baseIndex = Ramp[15];
for (var i = 15; i > 0; i--)
{
RemapRamp = Ramp.Select(r => r - Ramp[15]).ToArray();
}
}
remapColors = RemapRamp.Select((x, i) => Pair.New(baseIndex + i, Exts.ColorLerp(x / 16f, c1, c2)))
.ToDictionary(u => u.First, u => u.Second);
}
public PlayerColorRemap(int[] ramp, HSLColor c, float rampFraction)
{
// Increase luminosity if required to represent the full ramp
var rampRange = (byte)((1 - rampFraction) * c.L);
var c1 = new HSLColor(c.H, c.S, Math.Max(rampRange, c.L)).RGB;
var c2 = new HSLColor(c.H, c.S, (byte)Math.Max(0, c.L - rampRange)).RGB;
var baseIndex = ramp[0];
var remapRamp = ramp.Select(r => r - ramp[0]);
var rampMaxIndex = ramp.Length - 1;
// reversed remapping
if (ramp[0] > ramp[rampMaxIndex])
{
baseIndex = ramp[rampMaxIndex];
for (var i = rampMaxIndex; i > 0; i--)
{
remapRamp = ramp.Select(r => r - ramp[rampMaxIndex]);
}
}
remapColors = remapRamp.Select((x, i) => Pair.New(baseIndex + i, Exts.ColorLerp(x / (float)ramp.Length, c1, c2)))
.ToDictionary(u => u.First, u => u.Second);
}
public void Render(WorldRenderer wr)
{
// Need at least 4 points to smooth the contrail over
if (length - skip < 4)
{
return;
}
var wlr = Game.Renderer.WorldLineRenderer;
var oldWidth = wlr.LineWidth;
wlr.LineWidth = wr.Viewport.Zoom;
// Start of the first line segment is the tail of the list - don't smooth it.
var curPos = trail[Index(next - skip - 1)];
var curCell = wr.World.Map.CellContaining(curPos);
var curColor = color;
for (var i = 0; i < length - skip - 4; i++)
{
var j = next - skip - i - 2;
var nextPos = Average(trail[Index(j)], trail[Index(j - 1)], trail[Index(j - 2)], trail[Index(j - 3)]);
var nextCell = wr.World.Map.CellContaining(nextPos);
var nextColor = Exts.ColorLerp(i * 1f / (length - 4), color, Color.Transparent);
if (!world.FogObscures(curCell) && !world.FogObscures(nextCell))
{
wlr.DrawLine(wr.ScreenPosition(curPos), wr.ScreenPosition(nextPos), curColor, nextColor);
}
curPos = nextPos;
curCell = nextCell;
curColor = nextColor;
}
wlr.LineWidth = oldWidth;
}
public override void Draw()
{
var scaleBy = 100.0f;
var provided = GetProvided();
var used = GetUsed();
var max = Math.Max(provided, used);
while (max >= scaleBy)
{
scaleBy *= 2;
}
var providedFrac = providedLerp.Update(provided / scaleBy);
var usedFrac = usedLerp.Update(used / scaleBy);
var b = RenderBounds;
var indicator = ChromeProvider.GetImage(IndicatorCollection, IndicatorImage);
var color = GetBarColor();
if (Orientation == ResourceBarOrientation.Vertical)
{
if (Style == ResourceBarStyle.Bevelled)
{
var colorDark = Exts.ColorLerp(0.25f, color, Color.Black);
for (var i = 0; i < b.Height; i++)
{
color = (i - 1 < b.Height / 2) ? color : colorDark;
var bottom = new float2(b.Left + i, b.Bottom);
var top = new float2(b.Left + i, b.Bottom + providedFrac * b.Height);
// Indent corners
if ((i == 0 || i == b.Width - 1) && providedFrac * b.Height > 1)
{
bottom.Y += 1;
top.Y -= 1;
}
Game.Renderer.LineRenderer.DrawLine(bottom, top, color, color);
}
}
else
{
Game.Renderer.LineRenderer.FillRect(new Rectangle(b.X, (int)float2.Lerp(b.Bottom, b.Top, providedFrac),
b.Width, (int)(providedFrac * b.Height)), color);
}
var x = (b.Left + b.Right - indicator.size.X) / 2;
var y = float2.Lerp(b.Bottom, b.Top, usedFrac) - indicator.size.Y / 2;
Game.Renderer.RgbaSpriteRenderer.DrawSprite(indicator, new float2(x, y));
}
else
{
if (Style == ResourceBarStyle.Bevelled)
{
var colorDark = Exts.ColorLerp(0.25f, color, Color.Black);
for (var i = 0; i < b.Height; i++)
{
color = (i - 1 < b.Height / 2) ? color : colorDark;
var left = new float2(b.Left, b.Top + i);
var right = new float2(b.Left + providedFrac * b.Width, b.Top + i);
// Indent corners
if ((i == 0 || i == b.Height - 1) && providedFrac * b.Width > 1)
{
left.X += 1;
right.X -= 1;
}
Game.Renderer.LineRenderer.DrawLine(left, right, color, color);
}
}
else
{
Game.Renderer.LineRenderer.FillRect(new Rectangle(b.X, b.Y, (int)(providedFrac * b.Width), b.Height), color);
}
var x = float2.Lerp(b.Left, b.Right, usedFrac) - indicator.size.X / 2;
var y = (b.Bottom + b.Top - indicator.size.Y) / 2;
Game.Renderer.RgbaSpriteRenderer.DrawSprite(indicator, new float2(x, y));
}
}
public static Color ChooseColor(Actor self)
{
var ownerColor = Color.FromArgb(255, self.Owner.Color.RGB);
return(Exts.ColorLerp(0.5f, ownerColor, Color.White));
}
public override void Draw()
{
if (world.LocalPlayer == null)
{
return;
}
if (world.LocalPlayer.WinState != WinState.Undefined)
{
return;
}
var radarBin = Ui.Root.GetWidget <RadarBinWidget>(RadarBin);
powerCollection = "power-" + world.LocalPlayer.Country.Race;
// Nothing to draw
if (power.PowerProvided == 0 && power.PowerDrained == 0)
{
return;
}
// Draw bar horizontally
var barStart = powerOrigin + radarBin.RadarOrigin;
var barEnd = barStart + new float2(powerSize.Width, 0);
float powerScaleBy = 100;
var maxPower = Math.Max(power.PowerProvided, power.PowerDrained);
while (maxPower >= powerScaleBy)
{
powerScaleBy *= 2;
}
// Current power supply
var powerLevelTemp = barStart.X + (barEnd.X - barStart.X) * (power.PowerProvided / powerScaleBy);
lastPowerProvidedPos = float2.Lerp(lastPowerProvidedPos.GetValueOrDefault(powerLevelTemp), powerLevelTemp, PowerBarLerpFactor);
var powerLevel = new float2(lastPowerProvidedPos.Value, barStart.Y);
var color = GetPowerColor(power);
var colorDark = Exts.ColorLerp(0.25f, color, Color.Black);
for (int i = 0; i < powerSize.Height; i++)
{
color = (i - 1 < powerSize.Height / 2) ? color : colorDark;
var leftOffset = new float2(0, i);
var rightOffset = new float2(0, i);
// Indent corners
if ((i == 0 || i == powerSize.Height - 1) && powerLevel.X - barStart.X > 1)
{
leftOffset.X += 1;
rightOffset.X -= 1;
}
Game.Renderer.LineRenderer.DrawLine(barStart + leftOffset, powerLevel + rightOffset, color, color);
}
// Power usage indicator
var indicator = ChromeProvider.GetImage(powerCollection, "power-indicator");
var powerDrainedTemp = barStart.X + (barEnd.X - barStart.X) * (power.PowerDrained / powerScaleBy);
lastPowerDrainedPos = float2.Lerp(lastPowerDrainedPos.GetValueOrDefault(powerDrainedTemp), powerDrainedTemp, PowerBarLerpFactor);
var powerDrainLevel = new float2(lastPowerDrainedPos.Value - indicator.size.X / 2, barStart.Y - 1);
Game.Renderer.RgbaSpriteRenderer.DrawSprite(indicator, powerDrainLevel);
}
public override void Draw()
{
if (world.LocalPlayer == null)
{
return;
}
if (world.LocalPlayer.WinState != WinState.Undefined)
{
return;
}
var radarBin = Ui.Root.Get <RadarBinWidget>(RadarBin);
powerCollection = "power-" + world.LocalPlayer.Country.Race;
// Nothing to draw
if (power.PowerProvided == 0 && power.PowerDrained == 0)
{
return;
}
// Draw bar horizontally
var barStart = powerOrigin + radarBin.RadarOrigin;
var barEnd = barStart + new float2(powerSize.Width, 0);
float powerScaleBy = 100;
var maxPower = Math.Max(power.PowerProvided, power.PowerDrained);
while (maxPower >= powerScaleBy)
{
powerScaleBy *= 2;
}
// Current power supply
var powerLevelTemp = barStart.X + (barEnd.X - barStart.X) * (power.PowerProvided / powerScaleBy);
lastPowerProvidedPos = float2.Lerp(lastPowerProvidedPos.GetValueOrDefault(powerLevelTemp), powerLevelTemp, PowerBarLerpFactor);
var powerLevel = new float2(lastPowerProvidedPos.Value, barStart.Y);
var color = GetPowerColor(power);
var colorDark = Exts.ColorLerp(0.25f, color, Color.Black);
for (int i = 0; i < powerSize.Height; i++)
{
color = (i - 1 < powerSize.Height / 2) ? color : colorDark;
var leftOffset = new float2(0, i);
var rightOffset = new float2(0, i);
// Indent corners
if ((i == 0 || i == powerSize.Height - 1) && powerLevel.X - barStart.X > 1)
{
leftOffset.X += 1;
rightOffset.X -= 1;
}
Game.Renderer.LineRenderer.DrawLine(barStart + leftOffset, powerLevel + rightOffset, color, color);
}
// Power usage indicator
var indicator = ChromeProvider.GetImage(powerCollection, "power-indicator");
var powerDrainedTemp = barStart.X + (barEnd.X - barStart.X) * (power.PowerDrained / powerScaleBy);
lastPowerDrainedPos = float2.Lerp(lastPowerDrainedPos.GetValueOrDefault(powerDrainedTemp), powerDrainedTemp, PowerBarLerpFactor);
var powerDrainLevel = new float2(lastPowerDrainedPos.Value - indicator.size.X / 2, barStart.Y - 1);
Game.Renderer.RgbaSpriteRenderer.DrawSprite(indicator, powerDrainLevel);
// Render the tooltip
var rect = new Rectangle((int)barStart.X, (int)barStart.Y, powerSize.Width, powerSize.Height);
if (rect.InflateBy(0, 5, 0, 5).Contains(Viewport.LastMousePos))
{
var pos = new int2(rect.Left + 5, rect.Top + 5);
var border = WidgetUtils.GetBorderSizes("dialog4");
WidgetUtils.DrawPanel("dialog4", rect.InflateBy(0, 0, 0, 50 + border[1]));
Game.Renderer.Fonts["Bold"].DrawText("Power", pos, Color.White);
pos += new int2(0, 20);
Game.Renderer.Fonts["Regular"].DrawText("Provided: {0}\nDrained: {1}".F(power.PowerProvided, power.PowerDrained), pos, Color.White);
}
}