dali_cpp/include/dt8.hpp

#pragma once

#include "base.hpp"
#include "color.hpp"

#include <optional>
#include <utility>
#include <vector>

class ColorStatus {
 public:
  explicit ColorStatus(int status) : status_(status) {}

  int raw() const { return status_; }
  bool xyOutOfRange() const { return (status_ & 0x01) != 0; }
  bool ctOutOfRange() const { return (status_ & 0x02) != 0; }
  bool autoCalibrationActive() const { return (status_ & 0x04) != 0; }
  bool autoCalibrationSuccess() const { return (status_ & 0x08) != 0; }
  bool xyActive() const { return (status_ & 0x10) != 0; }
  bool ctActive() const { return (status_ & 0x20) != 0; }
  bool primaryNActive() const { return (status_ & 0x40) != 0; }
  bool rgbwafActive() const { return (status_ & 0x80) != 0; }

 private:
  int status_ = 0;
};

class ColorType {
 public:
  explicit ColorType(int type) : type_(type) {}

  int raw() const { return type_; }
  bool xy() const { return (type_ & 0x10) != 0; }
  bool ct() const { return (type_ & 0x20) != 0; }
  bool primaryN() const { return (type_ & 0x40) != 0; }
  bool rgbWaf() const { return (type_ & 0x80) != 0; }

 private:
  int type_ = 0;
};

class ColorTypeFeature {
 public:
  explicit ColorTypeFeature(int features) : features_(features) {}

  int features() const { return features_; }
  bool xyCapable() const { return (features_ & 0x01) != 0; }
  bool ctCapable() const { return (features_ & 0x02) != 0; }
  int primaryCount() const { return (features_ >> 2) & 0x07; }
  int rgbwafChannels() const { return (features_ >> 5) & 0x07; }
  bool primaryNCapable() const { return primaryCount() > 0; }
  bool rgbwafCapable() const { return rgbwafChannels() > 0; }

 private:
  int features_ = 0;
};

struct SceneColorReport {
  int brightness = 0;
  int colorTypeValue = 0;
  std::vector<double> xy;
  std::optional<int> colorTemperature;

  ColorType colorType() const { return ColorType(colorTypeValue); }
  bool hasXy() const { return xy.size() == 2; }
  bool hasColorTemperature() const { return colorTemperature.has_value(); }
};

struct Dt8LevelColorReport {
  int level = 0;
  int colorTypeValue = 0;
  std::vector<double> xy;
  std::optional<int> colorTemperature;

  ColorType colorType() const { return ColorType(colorTypeValue); }
  bool hasXy() const { return xy.size() == 2; }
  bool hasColorTemperature() const { return colorTemperature.has_value(); }
};

enum class Dt8SceneStoreColorMode {
  disabled,
  colorTemperature,
  rgb,
};

class DaliDT8 {
 public:
  explicit DaliDT8(DaliBase& base);

  bool enableDT8();
  std::optional<ColorTypeFeature> getColorTypeFeature(int a);
  std::optional<ColorStatus> getColorStatus(int a);

  std::optional<int> getColTempRaw(int a, int type = 2);
  bool setColTempRaw(int a, int value);
  bool setColorTemperature(int addr, int kelvin);
  std::optional<int> getColorTemperature(int a);
  std::optional<int> getMinColorTemperature(int a);
  std::optional<int> getMaxColorTemperature(int a);
  std::optional<int> getPhysicalMinColorTemperature(int a);
  std::optional<int> getPhysicalMaxColorTemperature(int a);
  std::optional<int> getColourTempLimitRaw(int address, int limitType);
  std::optional<int> getColourTempLimit(int address, int limitType);

  bool setColourRaw(int addr, int x1, int y1);

  // Temporary setters
  bool setTemporaryColourXRaw(int addr, int x1);
  bool setTemporaryColourYRaw(int addr, int y1);
  bool setTemporaryColourXY(int a, double x, double y);
  bool setTemporaryColourTemperature(int a, int kelvin);
  bool setTemporaryPrimaryDimLevel(int a, int n, double level);
  bool setTemporaryRGBDimLevels(int a, int r, int g, int b);
  bool setTemporaryWAFDimLevels(int a, int w, int amber, int freecolour);
  bool setTemporaryRGBWAFControl(int a, int control);
  bool setTemporaryColourMask(int a);
  bool copyReportToTemporary(int a);

  // Step commands
  bool stepXUp(int a);
  bool stepXDown(int a);
  bool stepYUp(int a);
  bool stepYDown(int a);
  bool stepTcCooler(int a);
  bool stepTcWarmer(int a);

  bool setColourRGBRaw(int addr, int r, int g, int b);
  bool setColour(int a, double x, double y);
  std::optional<int> getColourRaw(int a, int type);
  std::vector<double> getColour(int a);
  bool setColourRGB(int addr, int r, int g, int b);
  std::vector<int> getColourRGB(int a);

  bool activateTemporaryColour(int a);

  // Active-type queries
  std::optional<int> getPrimaryDimLevel(int a, int n);
  std::optional<int> getRedDimLevel(int a);
  std::optional<int> getGreenDimLevel(int a);
  std::optional<int> getBlueDimLevel(int a);
  std::optional<int> getWhiteDimLevel(int a);
  std::optional<int> getAmberDimLevel(int a);
  std::optional<int> getFreecolourDimLevel(int a);
  std::optional<int> getRGBWAFControl(int a);

  // Temporary colour queries
  std::optional<int> getTemporaryXRaw(int a);
  std::optional<int> getTemporaryYRaw(int a);
  std::optional<int> getTemporaryColourTemperatureRaw(int a);
  std::optional<int> getTemporaryPrimaryDimLevel(int a, int n);
  std::optional<int> getTemporaryRedDimLevel(int a);
  std::optional<int> getTemporaryGreenDimLevel(int a);
  std::optional<int> getTemporaryBlueDimLevel(int a);
  std::optional<int> getTemporaryWhiteDimLevel(int a);
  std::optional<int> getTemporaryAmberDimLevel(int a);
  std::optional<int> getTemporaryFreecolourDimLevel(int a);
  std::optional<int> getTemporaryRGBWAFControl(int a);
  std::optional<int> getTemporaryColourType(int a);
  std::vector<double> getTemporaryColour(int a);
  std::optional<int> getTemporaryColorTemperature(int a);

  // Report colour queries
  std::optional<int> getReportXRaw(int a);
  std::optional<int> getReportYRaw(int a);
  std::optional<int> getReportColourTemperatureRaw(int a);
  std::optional<int> getReportPrimaryDimLevel(int a, int n);
  std::optional<int> getReportRedDimLevel(int a);
  std::optional<int> getReportGreenDimLevel(int a);
  std::optional<int> getReportBlueDimLevel(int a);
  std::optional<int> getReportWhiteDimLevel(int a);
  std::optional<int> getReportAmberDimLevel(int a);
  std::optional<int> getReportFreecolourDimLevel(int a);
  std::optional<int> getReportRGBWAFControl(int a);
  std::optional<int> getReportColourType(int a);
  std::vector<double> getReportColour(int a);
  std::optional<int> getReportColorTemperature(int a);

  std::optional<int> getNumberOfPrimaries(int a);
  std::optional<int> getPrimaryXRaw(int a, int n);
  std::optional<int> getPrimaryYRaw(int a, int n);
  std::optional<int> getPrimaryTy(int a, int n);

  std::optional<SceneColorReport> getSceneColorReport(int a, int sense, int gateway = -1);
  std::vector<double> getSceneColor(int a, int sense, int gateway = -1);

  // Store / config
  bool storePrimaryTy(int a, int n, int ty);
  bool storePrimaryXY(int a, int n, double x, double y);
  bool storeSceneSnapshot(int address, int scene, int brightness,
                          Dt8SceneStoreColorMode colorMode = Dt8SceneStoreColorMode::disabled,
                          int colorTemperature = 0, int red = 0, int green = 0, int blue = 0,
                          int gateway = -1);
  bool storePowerOnLevelSnapshot(int address, int level);
  bool storeSystemFailureLevelSnapshot(int address, int level);
  std::optional<Dt8LevelColorReport> getPowerOnLevelColorReport(int a);
  std::optional<Dt8LevelColorReport> getSystemFailureLevelColorReport(int a);
  bool storeColourTempLimitRaw(int a, int limitType, int mirek);
  bool storeColourTempLimit(int a, int limitType, int kelvin);
  bool setGearAutoActivate(int a, bool enable);
  bool assignColourToLinkedChannels(int a, int colourId);
  bool startAutoCalibration(int a);

  // Direct queries
  std::optional<int> getGearFeaturesStatus(int a);
  std::optional<int> getRGBWAFControlDirect(int a);
  std::optional<int> getAssignedColourForChannel(int a, int channelId);
  std::optional<int> getExtendedVersion(int a);

 private:
  std::optional<Dt8LevelColorReport> buildLevelColorReport(int a, std::optional<int> level);

  DaliBase& base_;
};