mirror of
https://github.com/subsurface/subsurface.git
synced 2024-11-30 22:20:21 +00:00
fb41999c73
Fix the persisting and use of gradient factor preferences for dive profiles in the mobile version. Also rename the mobile backend gradient factor settings to make it obvious that they are used by the (not currently enabled) planner. Signed-off-by: Michael Keller <github@ike.ch>
325 lines
15 KiB
C++
325 lines
15 KiB
C++
// SPDX-License-Identifier: GPL-2.0
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#ifndef QMLINTERFACE_H
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#define QMLINTERFACE_H
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#include "core/qthelper.h"
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#include "core/downloadfromdcthread.h"
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#include "core/settings/qPrefCloudStorage.h"
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#include "core/settings/qPrefUnit.h"
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#include "core/settings/qPrefDivePlanner.h"
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#include "core/settings/qPrefTechnicalDetails.h"
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#include "core/settings/qPrefDiveComputer.h"
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#include "qt-models/diveplannermodel.h"
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#include "backend-shared/plannershared.h"
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#include <QObject>
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#include <QQmlContext>
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#include <QStringList>
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// This class is a pure interface class and may not contain any implementation code
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// Allowed are:
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// header
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// Q_PROPERTY
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// signal/slot for Q_PROPERTY functions
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// the functions may contain either
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// a) a function call to the implementation
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// b) a reference to a global variable like e.g. prefs.
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// Q_INVOCABLE functions
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// the functions may contain
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// a) a function call to the implementation
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// source
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// connect signal/signal to pass signals from implementation
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class QMLInterface : public QObject {
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Q_OBJECT
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// Q_PROPERTY used in QML
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Q_PROPERTY(CLOUD_STATUS cloud_verification_status READ cloud_verification_status WRITE set_cloud_verification_status NOTIFY cloud_verification_statusChanged)
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Q_PROPERTY(DURATION duration_units READ duration_units WRITE set_duration_units NOTIFY duration_unitsChanged)
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Q_PROPERTY(LENGTH length READ length WRITE set_length NOTIFY lengthChanged)
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Q_PROPERTY(PRESSURE pressure READ pressure WRITE set_pressure NOTIFY pressureChanged)
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Q_PROPERTY(TEMPERATURE temperature READ temperature WRITE set_temperature NOTIFY temperatureChanged)
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Q_PROPERTY(UNIT_SYSTEM unit_system READ unit_system WRITE set_unit_system NOTIFY unit_systemChanged)
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Q_PROPERTY(TIME vertical_speed_time READ vertical_speed_time WRITE set_vertical_speed_time NOTIFY vertical_speed_timeChanged)
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Q_PROPERTY(VOLUME volume READ volume WRITE set_volume NOTIFY volumeChanged)
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Q_PROPERTY(WEIGHT weight READ weight WRITE set_weight NOTIFY weightChanged)
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Q_PROPERTY(int ascratelast6m READ ascratelast6m WRITE set_ascratelast6m NOTIFY ascratelast6mChanged);
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Q_PROPERTY(int ascratestops READ ascratestops WRITE set_ascratestops NOTIFY ascratestopsChanged);
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Q_PROPERTY(int ascrate50 READ ascrate50 WRITE set_ascrate50 NOTIFY ascrate50Changed);
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Q_PROPERTY(int ascrate75 READ ascrate75 WRITE set_ascrate75 NOTIFY ascrate75Changed);
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Q_PROPERTY(int descrate READ descrate WRITE set_descrate NOTIFY descrateChanged);
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Q_PROPERTY(DIVE_MODE dive_mode READ dive_mode WRITE set_dive_mode NOTIFY dive_modeChanged);
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Q_PROPERTY(DECO_MODE planner_deco_mode READ planner_deco_mode WRITE set_planner_deco_mode NOTIFY planner_deco_modeChanged);
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Q_PROPERTY(int reserve_gas READ reserve_gas WRITE set_reserve_gas NOTIFY reserve_gasChanged);
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Q_PROPERTY(bool safetystop READ safetystop WRITE set_safetystop NOTIFY safetystopChanged);
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Q_PROPERTY(int planner_gflow READ planner_gflow WRITE set_planner_gflow NOTIFY planner_gflowChanged);
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Q_PROPERTY(int planner_gfhigh READ planner_gfhigh WRITE set_planner_gfhigh NOTIFY planner_gfhighChanged);
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Q_PROPERTY(int vpmb_conservatism READ vpmb_conservatism WRITE set_vpmb_conservatism NOTIFY vpmb_conservatismChanged);
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Q_PROPERTY(bool dobailout READ dobailout WRITE set_dobailout NOTIFY dobailoutChanged);
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Q_PROPERTY(bool drop_stone_mode READ drop_stone_mode WRITE set_drop_stone_mode NOTIFY drop_stone_modeChanged);
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Q_PROPERTY(bool last_stop6m READ last_stop6m WRITE set_last_stop6m NOTIFY last_stop6mChanged);
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Q_PROPERTY(bool switch_at_req_stop READ switch_at_req_stop WRITE set_switch_at_req_stop NOTIFY switch_at_req_stopChanged);
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Q_PROPERTY(bool doo2breaks READ doo2breaks WRITE set_doo2breaks NOTIFY doo2breaksChanged);
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Q_PROPERTY(int min_switch_duration READ min_switch_duration WRITE set_min_switch_duration NOTIFY min_switch_durationChanged);
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Q_PROPERTY(int surface_segment READ surface_segment WRITE set_surface_segment NOTIFY surface_segmentChanged);
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Q_PROPERTY(int bottomsac READ bottomsac WRITE set_bottomsac NOTIFY bottomsacChanged);
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Q_PROPERTY(int decosac READ decosac WRITE set_decosac NOTIFY decosacChanged);
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Q_PROPERTY(int problemsolvingtime READ problemsolvingtime WRITE set_problemsolvingtime NOTIFY problemsolvingtimeChanged);
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Q_PROPERTY(int sacfactor READ sacfactor WRITE set_sacfactor NOTIFY sacfactorChanged);
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Q_PROPERTY(bool o2narcotic READ o2narcotic WRITE set_o2narcotic NOTIFY o2narcoticChanged);
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Q_PROPERTY(int bottompo2 READ bottompo2 WRITE set_bottompo2 NOTIFY bottompo2Changed);
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Q_PROPERTY(int decopo2 READ decopo2 WRITE set_decopo2 NOTIFY decopo2Changed);
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Q_PROPERTY(int bestmixend READ bestmixend WRITE set_bestmixend NOTIFY bestmixendChanged);
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Q_PROPERTY(bool display_runtime READ display_runtime WRITE set_display_runtime NOTIFY display_runtimeChanged);
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Q_PROPERTY(bool display_duration READ display_duration WRITE set_display_duration NOTIFY display_durationChanged);
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Q_PROPERTY(bool display_transitions READ display_transitions WRITE set_display_transitions NOTIFY display_transitionsChanged);
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Q_PROPERTY(bool verbatim_plan READ verbatim_plan WRITE set_verbatim_plan NOTIFY verbatim_planChanged);
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Q_PROPERTY(bool display_variations READ display_variations WRITE set_display_variations NOTIFY display_variationsChanged);
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Q_PROPERTY(bool sync_dc_time READ sync_dc_time WRITE set_sync_dc_time NOTIFY sync_dc_timeChanged);
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public:
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// function to do the needed setup
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static void setup(QQmlContext *ct);
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// Duplicated enums, these enums are properly defined in the C/C++ structure
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// but duplicated here to make them available to QML.
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// Duplicating the enums poses a slight risk for forgetting to update
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// them if the proper enum is changed (e.g. assigning a new start value).
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// remark please do not use these enums outside the C++/QML interface.
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enum UNIT_SYSTEM {
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METRIC,
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IMPERIAL,
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PERSONALIZE
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};
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Q_ENUM(UNIT_SYSTEM);
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enum LENGTH {
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METERS,
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FEET
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};
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Q_ENUM(LENGTH);
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enum VOLUME {
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LITER,
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CUFT
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};
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Q_ENUM(VOLUME);
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enum PRESSURE {
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BAR,
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PSI,
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PASCALS
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};
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Q_ENUM(PRESSURE);
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enum TEMPERATURE {
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CELSIUS,
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FAHRENHEIT,
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KELVIN
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};
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Q_ENUM(TEMPERATURE);
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enum WEIGHT {
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KG,
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LBS
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};
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Q_ENUM(WEIGHT);
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enum TIME {
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SECONDS,
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MINUTES
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};
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Q_ENUM(TIME);
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enum DURATION {
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MIXED,
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MINUTES_ONLY,
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ALWAYS_HOURS
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};
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Q_ENUM(DURATION);
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enum CLOUD_STATUS {
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CS_UNKNOWN,
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CS_INCORRECT_USER_PASSWD,
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CS_NEED_TO_VERIFY,
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CS_VERIFIED,
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CS_NOCLOUD
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};
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Q_ENUM(CLOUD_STATUS);
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enum DECO_MODE {
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BUEHLMANN,
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RECREATIONAL,
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VPMB
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};
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Q_ENUM(DECO_MODE);
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enum DIVE_MODE {
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OC,
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CCR,
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PSCR,
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FREEDIVE
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};
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Q_ENUM(DIVE_MODE);
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public:
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CLOUD_STATUS cloud_verification_status() { return (CLOUD_STATUS)prefs.cloud_verification_status; }
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DURATION duration_units() { return (DURATION)prefs.units.duration_units; }
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LENGTH length() { return (LENGTH)prefs.units.length; }
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PRESSURE pressure() { return (PRESSURE)prefs.units.pressure; }
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TEMPERATURE temperature() { return (TEMPERATURE)prefs.units.temperature; }
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UNIT_SYSTEM unit_system() { return (UNIT_SYSTEM)prefs.unit_system; }
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TIME vertical_speed_time() { return (TIME)prefs.units.vertical_speed_time; }
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VOLUME volume() { return (VOLUME)prefs.units.volume; }
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WEIGHT weight() { return (WEIGHT)prefs.units.weight; }
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int ascratelast6m() { return DivePlannerPointsModel::instance()->ascratelast6mDisplay(); }
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int ascratestops() { return DivePlannerPointsModel::instance()->ascratestopsDisplay(); }
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int ascrate50() { return DivePlannerPointsModel::instance()->ascrate50Display(); }
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int ascrate75() { return DivePlannerPointsModel::instance()->ascrate75Display(); }
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int descrate() { return DivePlannerPointsModel::instance()->descrateDisplay(); }
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DIVE_MODE dive_mode() { return OC; }
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DECO_MODE planner_deco_mode() { return (DECO_MODE)PlannerShared::planner_deco_mode(); }
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int reserve_gas() { return PlannerShared::reserve_gas(); }
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bool safetystop() { return prefs.safetystop; }
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int planner_gflow() { return DivePlannerPointsModel::instance()->gfLow(); }
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int planner_gfhigh() { return DivePlannerPointsModel::instance()->gfHigh(); }
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int vpmb_conservatism() { return prefs.vpmb_conservatism; }
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bool dobailout() { return PlannerShared::dobailout(); }
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bool drop_stone_mode() { return prefs.drop_stone_mode; }
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bool last_stop6m() { return prefs.last_stop; }
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bool switch_at_req_stop() { return prefs.switch_at_req_stop; }
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bool doo2breaks() { return PlannerShared::doo2breaks(); }
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int min_switch_duration() { return PlannerShared::min_switch_duration(); }
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int surface_segment() { return PlannerShared::surface_segment(); }
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int bottomsac() { return (int)PlannerShared::bottomsac(); }
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int decosac() { return (int)PlannerShared::decosac(); }
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int problemsolvingtime() { return prefs.problemsolvingtime; }
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int sacfactor() { return (int)PlannerShared::sacfactor(); }
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bool o2narcotic() { return (int)PlannerShared::o2narcotic(); }
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int bottompo2() { return (int)PlannerShared::bottompo2(); }
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int decopo2() { return (int)PlannerShared::decopo2(); }
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int bestmixend() { return PlannerShared::bestmixend(); }
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bool display_runtime() { return prefs.display_runtime; }
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bool display_duration() { return prefs.display_duration; }
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bool display_transitions() { return prefs.display_transitions; }
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bool verbatim_plan() { return prefs.verbatim_plan; }
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bool display_variations() { return prefs.display_variations; }
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bool sync_dc_time() { return prefs.sync_dc_time; }
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public slots:
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void set_cloud_verification_status(CLOUD_STATUS value) { qPrefCloudStorage::set_cloud_verification_status(value); }
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void set_duration_units(DURATION value) { qPrefUnits::set_duration_units((units::DURATION)value); }
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void set_length(LENGTH value) { qPrefUnits::set_length((units::LENGTH)value); }
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void set_pressure(PRESSURE value) { qPrefUnits::set_pressure((units::PRESSURE)value); }
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void set_temperature(TEMPERATURE value) { qPrefUnits::set_temperature((units::TEMPERATURE)value); }
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void set_unit_system(UNIT_SYSTEM value) { qPrefUnits::set_unit_system((unit_system_values)value); }
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void set_vertical_speed_time(TIME value) { qPrefUnits::set_vertical_speed_time((units::TIME)value); }
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void set_volume(VOLUME value) { qPrefUnits::set_volume((units::VOLUME)value); }
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void set_weight(WEIGHT value) { qPrefUnits::set_weight((units::WEIGHT)value); }
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void set_ascratelast6m(int value) { DivePlannerPointsModel::instance()->setAscratelast6mDisplay(value); }
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void set_ascratestops(int value) { DivePlannerPointsModel::instance()->setAscratestopsDisplay(value); }
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void set_ascrate50(int value) { DivePlannerPointsModel::instance()->setAscrate50Display(value); }
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void set_ascrate75(int value) { DivePlannerPointsModel::instance()->setAscrate75Display(value); }
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void set_descrate(int value) { DivePlannerPointsModel::instance()->setDescrateDisplay(value); }
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void set_dive_mode(DIVE_MODE value) { DivePlannerPointsModel::instance()->setRebreatherMode((int)value); }
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void set_planner_deco_mode(DECO_MODE value) { PlannerShared::set_planner_deco_mode((deco_mode)value); }
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void set_reserve_gas(int value) { PlannerShared::set_reserve_gas(value); }
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void set_safetystop(bool value) { DivePlannerPointsModel::instance()->setSafetyStop(value); }
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void set_planner_gflow(int value) { DivePlannerPointsModel::instance()->setGFLow(value); }
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void set_planner_gfhigh(int value) { DivePlannerPointsModel::instance()->setGFHigh(value); }
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void set_vpmb_conservatism(int value) { DivePlannerPointsModel::instance()->setVpmbConservatism(value); }
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void set_dobailout(bool value) { PlannerShared::set_dobailout(value); }
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void set_drop_stone_mode(bool value) { DivePlannerPointsModel::instance()->setDropStoneMode(value); }
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void set_last_stop6m(bool value) { DivePlannerPointsModel::instance()->setLastStop6m(value); }
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void set_switch_at_req_stop(bool value) { DivePlannerPointsModel::instance()->setSwitchAtReqStop(value); }
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void set_doo2breaks(bool value) { PlannerShared::set_doo2breaks(value); }
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void set_min_switch_duration(int value) { PlannerShared::set_min_switch_duration(value); }
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void set_surface_segment(int value) { PlannerShared::set_surface_segment(value); }
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void set_bottomsac(int value) { PlannerShared::set_bottomsac((double)value); }
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void set_decosac(int value) { PlannerShared::set_decosac((double)value); }
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void set_problemsolvingtime(int value) { DivePlannerPointsModel::instance()->setProblemSolvingTime(value); }
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void set_sacfactor(int value) { PlannerShared::set_sacfactor((double)value); }
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void set_o2narcotic(bool value) { PlannerShared::set_o2narcotic(value); }
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void set_bottompo2(int value) { PlannerShared::set_bottompo2((double)value); }
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void set_decopo2(int value) { PlannerShared::set_decopo2((double)value); }
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void set_bestmixend(int value) { PlannerShared::set_bestmixend(value); }
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void set_display_runtime(bool value) { DivePlannerPointsModel::instance()->setDisplayRuntime(value); }
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void set_display_duration(bool value) { DivePlannerPointsModel::instance()->setDisplayDuration(value); }
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void set_display_transitions(bool value) { DivePlannerPointsModel::instance()->setDisplayTransitions(value); }
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void set_verbatim_plan(bool value) { DivePlannerPointsModel::instance()->setVerbatim(value); }
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void set_display_variations(bool value) { DivePlannerPointsModel::instance()->setDisplayVariations(value); }
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void set_sync_dc_time(bool value) {
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qPrefDiveComputer::set_sync_dc_time(value);
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DCDeviceData::instance()->setSyncTime(value);
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}
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QString firstDiveDate() { return get_first_dive_date_string(); }
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QString lastDiveDate() { return get_last_dive_date_string(); }
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signals:
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void cloud_verification_statusChanged(CLOUD_STATUS);
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void duration_unitsChanged(DURATION);
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void lengthChanged(LENGTH);
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void pressureChanged(PRESSURE);
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void temperatureChanged(TEMPERATURE);
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void unit_systemChanged(UNIT_SYSTEM);
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void vertical_speed_timeChanged(TIME);
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void volumeChanged(VOLUME);
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void weightChanged(WEIGHT);
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void ascratelast6mChanged(int);
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void ascratestopsChanged(int);
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void ascrate50Changed(int);
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void ascrate75Changed(int);
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void descrateChanged(int);
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void dive_modeChanged(DIVE_MODE value);
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void planner_deco_modeChanged(DECO_MODE value);
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void reserve_gasChanged(int value);
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void safetystopChanged(bool value);
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void planner_gflowChanged(int value);
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void planner_gfhighChanged(int value);
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void vpmb_conservatismChanged(int value);
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void dobailoutChanged(bool value);
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void drop_stone_modeChanged(bool value);
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void last_stop6mChanged(bool value);
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void switch_at_req_stopChanged(bool value);
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void doo2breaksChanged(bool value);
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void min_switch_durationChanged(int value);
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void surface_segmentChanged(int value);
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void bottomsacChanged(int value);
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void decosacChanged(int value);
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void sacfactorChanged(int value);
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void problemsolvingtimeChanged(int value);
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void o2narcoticChanged(bool value);
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void bottompo2Changed(int value);
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void decopo2Changed(int value);
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void bestmixendChanged(int value);
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void display_runtimeChanged(bool value);
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void display_durationChanged(bool value);
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void display_transitionsChanged(bool value);
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void verbatim_planChanged(bool value);
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void display_variationsChanged(bool value);
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void sync_dc_timeChanged(bool value);
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private:
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QMLInterface();
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};
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#endif // QMLINTERFACE_H
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