public override void Apply(ref List <LedColor> colors, PortIdentifier port, ICacheProvider cache)
{
var ledCount = cache.GetDeviceConfig(port).LedCount;
if (ledCount == colors.Count)
{
return;
}
if (Config.LerpType == LerpType.Smooth)
{
var newColors = new List <LedColor>();
var gradient = new LedColorGradient(colors, ledCount - 1);
for (var i = 0; i < ledCount; i++)
{
newColors.Add(gradient.GetColor(i));
}
colors = newColors;
}
else if (Config.LerpType == LerpType.Nearest)
{
var newColors = new List <LedColor>();
for (var i = 0; i < ledCount; i++)
{
var idx = (int)Math.Round((i / (ledCount - 1d)) * (colors.Count - 1d));
newColors.Add(colors[idx]);
}
colors = newColors;
}
}
public override void Apply(ref List <LedColor> colors, PortIdentifier port, ICacheProvider cache)
{
if (Config.Reverse != null)
{
Apply(ref colors);
}
else
{
var offset = 0;
var newColors = new List <LedColor>();
var zones = cache.GetDeviceConfig(port).Zones;
for (int i = 0; i < zones.Length; i++)
{
var zoneColors = colors.Skip(offset).Take(zones[i]);
if (i < Config.ZoneReverse?.Length && Config.ZoneReverse[i])
{
zoneColors = zoneColors.Reverse();
}
offset += zones[i];
newColors.AddRange(zoneColors);
}
if (newColors.Count < colors.Count)
{
newColors.AddRange(colors.Skip(offset));
}
colors = newColors;
}
}
public override void Run(string part)
{
var input = FileReader.ReadFile(2017, 12);
var portIdentifier = new PortIdentifier(input);
if (part == "A")
{
Console.WriteLine(portIdentifier.GetConnectionsToRoot().Count);
}
else
{
Console.WriteLine(portIdentifier.GetGroups());
}
}
public override void Apply(ref List <LedColor> colors, PortIdentifier port, ICacheProvider cache)
{
if (Config.Rotation != null)
{
Apply(ref colors);
}
else
{
var offset = 0;
var newColors = new List <LedColor>();
var zones = cache.GetDeviceConfig(port).Zones;
for (int i = 0; i < zones.Length; i++)
{
var zoneColors = colors.Skip(offset).Take(zones[i]);
if (i < Config.ZoneRotation?.Length)
{
var rotate = Config.ZoneRotation[i];
if (rotate > 0)
{
zoneColors = zoneColors.RotateLeft(rotate);
}
else if (rotate < 0)
{
zoneColors = zoneColors.RotateRight(rotate);
}
}
offset += zones[i];
newColors.AddRange(zoneColors);
}
if (newColors.Count < colors.Count)
{
newColors.AddRange(colors.Skip(offset));
}
colors = newColors;
}
}
public override void Apply(ref List <LedColor> colors, PortIdentifier port, ICacheProvider cache)
{
var ledCount = cache.GetDeviceConfig(port).LedCount;
if (ledCount <= colors.Count)
{
return;
}
if (Config.WrapRemainder)
{
var wrapCount = (int)Math.Floor(colors.Count / (double)ledCount);
var startOffset = (wrapCount - 1) * ledCount;
var remainder = colors.Count - wrapCount * ledCount;
colors = colors.Skip(colors.Count - remainder)
.Concat(colors.Skip(startOffset + remainder).Take(ledCount - remainder))
.ToList();
}
else
{
colors.RemoveRange(ledCount, colors.Count - ledCount);
}
}
public PortConfig GetPortConfig(PortIdentifier port) => _portConfigCache.TryGetValue(port, out var config) ? config : null;
public void StorePortConfig(PortIdentifier port, PortConfig config) => _portConfigCache[port] = config;
public PortData GetPortData(PortIdentifier port) => _portDataCache.TryGetValue(port, out var data) ? data : null;
public void StorePortData(PortIdentifier port, PortData data) => _portDataCache[port] = data;
public IControllerProxy GetController(PortIdentifier port) => Controllers?.FirstOrDefault(c => c.IsValidPort(port)) ?? null;
public DeviceConfig GetDeviceConfig(PortIdentifier port) => _provider.GetDeviceConfig(port);
public List <LedColor> GetPortColors(PortIdentifier port) => _portColorCache.TryGetValue(port, out var colors) ? colors : null;
public void StorePortData(PortIdentifier port, PortData data) => _collector.StorePortData(port, data);
public byte?GetPortSpeed(PortIdentifier port) => _portSpeedCache.TryGetValue(port, out var speed) ? speed : (byte?)null;
public void StorePortSpeed(PortIdentifier port, byte speed) => _portSpeedCache[port] = speed;
public void StoreDeviceConfig(PortIdentifier port, DeviceConfig data) => _collector.StoreDeviceConfig(port, data);
public void StorePortColors(PortIdentifier port, List <LedColor> colors) => _collector.StorePortColors(port, colors);
public void StorePortSpeed(PortIdentifier port, byte speed) => _collector.StorePortSpeed(port, speed);
public PortData GetPortData(PortIdentifier port) => _provider.GetPortData(port);
public override bool IsValidPort(PortIdentifier port) => port.ControllerProductId == Device.ProductId && port.ControllerVendorId == Device.VendorId && port.Id >= 1 && port.Id <= Definition.PortCount;
public PortConfig GetPortConfig(PortIdentifier port) => _provider.GetPortConfig(port);
public byte?GetPortSpeed(PortIdentifier port) => _provider.GetPortSpeed(port);
public void StorePortConfig(PortIdentifier port, PortConfig config) => _collector.StorePortConfig(port, config);
public abstract void Apply(ref List <LedColor> colors, PortIdentifier port, ICacheProvider cache);
public void StorePortColors(PortIdentifier port, List <LedColor> colors) => _portColorCache[port] = colors;
public List <LedColor> GetPortColors(PortIdentifier port) => _provider.GetPortColors(port);
public override bool IsValidPort(PortIdentifier port) => port.ControllerProductId == Device.ProductId && port.ControllerVendorId == Device.VendorId && port.Id == 0;
public DeviceConfig GetDeviceConfig(PortIdentifier port) => _deviceConfigCache.TryGetValue(port, out var data) ? data : null;
public abstract bool IsValidPort(PortIdentifier port);
public void StoreDeviceConfig(PortIdentifier port, DeviceConfig data) => _deviceConfigCache[port] = data;
