// SPDX-License-Identifier: GPL-2.0
#ifndef QPREFTECHNICALDETAILS_H
#define QPREFTECHNICALDETAILS_H
#include "core/pref.h"

#include <QObject>


class qPrefTechnicalDetails : public QObject {
	Q_OBJECT
	Q_PROPERTY(bool calcalltissues READ calcalltissues WRITE set_calcalltissues NOTIFY calcalltissues_changed);
	Q_PROPERTY(bool calcceiling READ calcceiling WRITE set_calcceiling NOTIFY calcceiling_changed);
	Q_PROPERTY(bool calcceiling3m READ calcceiling3m WRITE set_calcceiling3m NOTIFY calcceiling3m_changed);
	Q_PROPERTY(bool calcndltts READ calcndltts WRITE set_calcndltts NOTIFY calcndltts_changed);
	Q_PROPERTY(bool dcceiling READ dcceiling WRITE set_dcceiling NOTIFY dcceiling_changed);
	Q_PROPERTY(deco_mode display_deco_mode READ display_deco_mode WRITE set_display_deco_mode NOTIFY display_deco_mode_changed);
	Q_PROPERTY(bool display_unused_tanks READ display_unused_tanks WRITE set_display_unused_tanks NOTIFY display_unused_tanks_changed);
	Q_PROPERTY(bool ead READ ead WRITE set_ead NOTIFY ead_changed);
	Q_PROPERTY(int gfhigh READ gfhigh WRITE set_gfhigh NOTIFY gfhigh_changed);
	Q_PROPERTY(int gflow READ gflow WRITE set_gflow NOTIFY gflow_changed);
	Q_PROPERTY(bool gf_low_at_maxdepth READ gf_low_at_maxdepth WRITE set_gf_low_at_maxdepth NOTIFY gf_low_at_maxdepth_changed);
	Q_PROPERTY(bool hrgraph READ hrgraph WRITE set_hrgraph NOTIFY hrgraph_changed);
	Q_PROPERTY(bool mod READ mod WRITE set_mod NOTIFY mod_changed);
	Q_PROPERTY(double modpO2 READ modpO2 WRITE set_modpO2 NOTIFY modpO2_changed);
	Q_PROPERTY(bool percentagegraph READ percentagegraph WRITE set_percentagegraph NOTIFY percentagegraph_changed);
	Q_PROPERTY(bool redceiling READ redceiling WRITE set_redceiling NOTIFY redceiling_changed);
	Q_PROPERTY(bool rulergraph READ rulergraph WRITE set_rulergraph NOTIFY rulergraph_changed);
	Q_PROPERTY(bool show_average_depth READ show_average_depth WRITE set_show_average_depth NOTIFY show_average_depth_changed);
	Q_PROPERTY(bool show_ccr_sensors READ show_ccr_sensors WRITE set_show_ccr_sensors NOTIFY show_ccr_sensors_changed);
	Q_PROPERTY(bool show_ccr_setpoint READ show_ccr_setpoint WRITE set_show_ccr_setpoint NOTIFY show_ccr_setpoint_changed);
	Q_PROPERTY(bool show_icd READ show_icd WRITE set_show_icd NOTIFY show_icd_changed);
	Q_PROPERTY(bool show_pictures_in_profile READ show_pictures_in_profile WRITE set_show_pictures_in_profile NOTIFY show_pictures_in_profile_changed);
	Q_PROPERTY(bool show_sac READ show_sac WRITE set_show_sac NOTIFY show_sac_changed);
	Q_PROPERTY(bool show_scr_ocpo2 READ show_scr_ocpo2 WRITE set_show_scr_ocpo2 NOTIFY show_scr_ocpo2_changed);
	Q_PROPERTY(bool tankbar READ tankbar WRITE set_tankbar NOTIFY tankbar_changed);
	Q_PROPERTY(int vpmb_conservatism READ vpmb_conservatism WRITE set_vpmb_conservatism NOTIFY vpmb_conservatism_changed);
	Q_PROPERTY(bool zoomed_plot READ zoomed_plot WRITE set_zoomed_plot NOTIFY zoomed_plot_changed);

public:
	qPrefTechnicalDetails(QObject *parent = NULL);
	static qPrefTechnicalDetails *instance();

	// Load/Sync local settings (disk) and struct preference
	void loadSync(bool doSync);
	void load() { loadSync(false); }
	void sync() { loadSync(true); }

	static bool calcalltissues() { return prefs.calcalltissues; }
	static bool calcceiling() { return prefs.calcceiling; }
	static bool calcceiling3m() { return prefs.calcceiling3m; }
	static bool calcndltts() { return prefs.calcndltts; }
	static bool dcceiling() { return prefs.dcceiling; }
	static deco_mode display_deco_mode() { return prefs.display_deco_mode; }
	static bool display_unused_tanks() { return prefs.display_unused_tanks; }
	static bool ead() { return prefs.ead; }
	static int gfhigh() { return prefs.gfhigh; }
	static int gflow() { return prefs.gflow; }
	static bool gf_low_at_maxdepth() { return prefs.gf_low_at_maxdepth; }
	static bool hrgraph() { return prefs.hrgraph; }
	static bool mod() { return prefs.mod; }
	static double modpO2() { return prefs.modpO2; }
	static bool percentagegraph() { return prefs.percentagegraph; }
	static bool redceiling() { return prefs.redceiling; }
	static bool rulergraph() { return prefs.rulergraph; }
	static bool show_average_depth() { return prefs.show_average_depth; }
	static bool show_ccr_sensors() { return prefs.show_ccr_sensors; }
	static bool show_ccr_setpoint() { return prefs.show_ccr_setpoint; }
	static bool show_icd() { return prefs.show_icd; }
	static bool show_pictures_in_profile() { return prefs.show_pictures_in_profile; }
	static bool show_sac() { return prefs.show_sac; }
	static bool show_scr_ocpo2() { return prefs.show_scr_ocpo2; }
	static bool tankbar() { return prefs.tankbar; }
	static int  vpmb_conservatism() { return prefs.vpmb_conservatism; }
	static bool zoomed_plot() { return prefs.zoomed_plot; }

public slots:
	void set_calcalltissues(bool value);
	void set_calcceiling(bool value);
	void set_calcceiling3m(bool value);
	void set_calcndltts(bool value);
	void set_dcceiling(bool value);
	void set_display_deco_mode(deco_mode value);
	void set_display_unused_tanks(bool value);
	void set_ead(bool value);
	void set_gfhigh(int value);
	void set_gflow(int value);
	void set_gf_low_at_maxdepth(bool value);
	void set_hrgraph(bool value);
	void set_mod(bool value);
	void set_modpO2(double value);
	void set_percentagegraph(bool value);
	void set_redceiling(bool value);
	void set_rulergraph(bool value);
	void set_show_average_depth(bool value);
	void set_show_ccr_sensors(bool value);
	void set_show_ccr_setpoint(bool value);
	void set_show_icd(bool value);
	void set_show_pictures_in_profile(bool value);
	void set_show_sac(bool value);
	void set_show_scr_ocpo2(bool value);
	void set_tankbar(bool value);
	void set_vpmb_conservatism(int value);
	void set_zoomed_plot(bool value);

signals:
	void calcalltissues_changed(bool value);
	void calcceiling_changed(bool value);
	void calcceiling3m_changed(bool value);
	void calcndltts_changed(bool value);
	void dcceiling_changed(bool value);
	void display_deco_mode_changed(deco_mode value);
	void display_unused_tanks_changed(bool value);
	void ead_changed(bool value);
	void gfhigh_changed(int value);
	void gflow_changed(int value);
	void gf_low_at_maxdepth_changed(bool value);
	void hrgraph_changed(bool value);
	void mod_changed(bool value);
	void modpO2_changed(double value);
	void percentagegraph_changed(bool value);
	void redceiling_changed(bool value);
	void rulergraph_changed(bool value);
	void show_average_depth_changed(bool value);
	void show_ccr_sensors_changed(bool value);
	void show_ccr_setpoint_changed(bool value);
	void show_icd_changed(bool value);
	void show_pictures_in_profile_changed(bool value);
	void show_scr_ocpo2_changed(bool value);
	void show_sac_changed(bool value);
	void tankbar_changed(bool value);
	void vpmb_conservatism_changed(int value);
	void zoomed_plot_changed(bool value);

private:
	void disk_calcalltissues(bool doSync);
	void disk_calcceiling(bool doSync);
	void disk_calcceiling3m(bool doSync);
	void disk_calcndltts(bool doSync);
	void disk_dcceiling(bool doSync);
	void disk_display_deco_mode(bool doSync);
	void disk_display_unused_tanks(bool doSync);
	void disk_ead(bool doSync);
	void disk_gfhigh(bool doSync);
	void disk_gflow(bool doSync);
	void disk_gf_low_at_maxdepth(bool doSync);
	void disk_hrgraph(bool doSync);
	void disk_mod(bool doSync);
	void disk_modpO2(bool doSync);
	void disk_percentagegraph(bool doSync);
	void disk_redceiling(bool doSync);
	void disk_rulergraph(bool doSync);
	void disk_show_average_depth(bool doSync);
	void disk_show_ccr_sensors(bool doSync);
	void disk_show_ccr_setpoint(bool doSync);
	void disk_show_icd(bool doSync);
	void disk_show_pictures_in_profile(bool doSync);
	void disk_show_sac(bool doSync);
	void disk_show_scr_ocpo2(bool doSync);
	void disk_tankbar(bool doSync);
	void disk_vpmb_conservatism(bool doSync);
	void disk_zoomed_plot(bool doSync);
};

#endif