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SettingsScreen.cpp
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SettingsScreen.cpp
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#include "stdafx.h"
#include "SettingsScreen.hpp"
#include "Application.hpp"
#include "CalibrationScreen.hpp"
#include "SettingsPage.hpp"
#include "SkinConfig.hpp"
#include "TransitionScreen.hpp"
static inline const char* GetKeyNameFromScancodeConfig(int scancode)
{
return SDL_GetKeyName(SDL_GetKeyFromScancode(static_cast<SDL_Scancode>(scancode)));
}
class SettingsPage_Input : public SettingsPage
{
public:
SettingsPage_Input(nk_context* nctx) : SettingsPage(nctx, "Input") {}
protected:
void Load() override
{
m_gamePads.clear();
m_gamePadsStr = g_gameWindow->GetGamepadDeviceNames();
for (const String& gamePadName : m_gamePadsStr)
{
m_gamePads.Add(gamePadName.data());
}
//Look for selected gamepad and if none are set use 0
m_selectedPad = 0;
const auto deviceId = g_gameConfig.GetBlob<16>(GameConfigKeys::Controller_DeviceID);
for (size_t i = 0; i < m_gamePads.size(); i++)
{
auto id = SDL_JoystickGetDeviceGUID(i);
if (memcmp(deviceId.data(), id.data, 16) == 0)
{
m_selectedPad = i;
break;
}
}
}
void Save() override
{
if (g_gameConfig.GetEnum<Enum_InputDevice>(GameConfigKeys::ButtonInputDevice) == InputDevice::Mouse)
{
g_gameConfig.SetEnum<Enum_InputDevice>(GameConfigKeys::ButtonInputDevice, InputDevice::Keyboard);
}
if (!m_gamePads.empty())
{
std::array<uint8, 16> newId;
memcpy(newId.data(), SDL_JoystickGetDeviceGUID(m_selectedPad).data, 16);
g_gameConfig.SetBlob<16>(GameConfigKeys::Controller_DeviceID, newId);
}
}
Vector<String> m_gamePadsStr;
Vector<const char*> m_gamePads;
int m_selectedPad;
String m_controllerButtonNames[8];
String m_controllerLaserNames[2];
const Vector<GameConfigKeys>* m_activeBTKeys = &m_keyboardKeys;
const Vector<GameConfigKeys>* m_activeLaserKeys = &m_keyboardLaserKeys;
bool m_useBTGamepad = false;
bool m_useLaserGamepad = false;
bool m_altBinds = false;
const Vector<GameConfigKeys> m_keyboardKeys = {
GameConfigKeys::Key_BTS,
GameConfigKeys::Key_BT0,
GameConfigKeys::Key_BT1,
GameConfigKeys::Key_BT2,
GameConfigKeys::Key_BT3,
GameConfigKeys::Key_FX0,
GameConfigKeys::Key_FX1,
GameConfigKeys::Key_Back
};
const Vector<GameConfigKeys> m_altKeyboardKeys = {
GameConfigKeys::Key_BTSAlt,
GameConfigKeys::Key_BT0Alt,
GameConfigKeys::Key_BT1Alt,
GameConfigKeys::Key_BT2Alt,
GameConfigKeys::Key_BT3Alt,
GameConfigKeys::Key_FX0Alt,
GameConfigKeys::Key_FX1Alt,
GameConfigKeys::Key_BackAlt
};
const Vector<GameConfigKeys> m_keyboardLaserKeys = {
GameConfigKeys::Key_Laser0Neg,
GameConfigKeys::Key_Laser0Pos,
GameConfigKeys::Key_Laser1Neg,
GameConfigKeys::Key_Laser1Pos,
};
const Vector<GameConfigKeys> m_altKeyboardLaserKeys = {
GameConfigKeys::Key_Laser0NegAlt,
GameConfigKeys::Key_Laser0PosAlt,
GameConfigKeys::Key_Laser1NegAlt,
GameConfigKeys::Key_Laser1PosAlt,
};
const Vector<GameConfigKeys> m_controllerKeys = {
GameConfigKeys::Controller_BTS,
GameConfigKeys::Controller_BT0,
GameConfigKeys::Controller_BT1,
GameConfigKeys::Controller_BT2,
GameConfigKeys::Controller_BT3,
GameConfigKeys::Controller_FX0,
GameConfigKeys::Controller_FX1,
GameConfigKeys::Controller_Back
};
const Vector<GameConfigKeys> m_controllerLaserKeys = {
GameConfigKeys::Controller_Laser0Axis,
GameConfigKeys::Controller_Laser1Axis,
};
void RenderContents() override
{
UpdateInputKeyBindingStatus();
UpdateControllerInputNames();
SectionHeader("Key Bindings");
RenderKeyBindings();
SectionHeader("Input Device");
if (m_gamePads.size() > 0)
{
int newPad = SelectionInput(m_selectedPad, m_gamePads, "Controller to use:");
if (newPad != m_selectedPad)
{
m_selectedPad = newPad;
std::array<uint8, 16> newId;
memcpy(newId.data(), SDL_JoystickGetDeviceGUID(m_selectedPad).data, 16);
g_gameConfig.SetBlob<16>(GameConfigKeys::Controller_DeviceID, newId);
}
}
LayoutRowDynamic(2, m_lineHeight * 6);
if (nk_group_begin(m_nctx, "Button Input", NK_WINDOW_NO_SCROLLBAR))
{
LayoutRowDynamic(1);
EnumSetting<Enum_InputDevice>(GameConfigKeys::ButtonInputDevice, "Button input mode:");
IntSetting(GameConfigKeys::InputBounceGuard, "Bounce guard:", 0, 100);
EnumSetting<Enum_ButtonComboModeSettings>(GameConfigKeys::UseBackCombo, "Use 3xBT+Start for Back:");
nk_group_end(m_nctx);
}
if (nk_group_begin(m_nctx, "Laser Input", NK_WINDOW_NO_SCROLLBAR))
{
LayoutRowDynamic(1);
EnumSetting<Enum_InputDevice>(GameConfigKeys::LaserInputDevice, "Laser input mode:");
if (g_gameConfig.GetEnum<Enum_InputDevice>(GameConfigKeys::LaserInputDevice) == InputDevice::Mouse)
{
const bool mouseAxisFlipped = g_gameConfig.GetInt(GameConfigKeys::Mouse_Laser0Axis) != 0;
if (mouseAxisFlipped != ToggleInput(mouseAxisFlipped, "Flip mouse axes"))
{
g_gameConfig.Set(GameConfigKeys::Mouse_Laser0Axis, mouseAxisFlipped ? 0 : 1);
g_gameConfig.Set(GameConfigKeys::Mouse_Laser1Axis, mouseAxisFlipped ? 1 : 0);
}
}
EnumSetting<Enum_LaserAxisOption>(GameConfigKeys::InvertLaserInput, "Invert directions:");
nk_group_end(m_nctx);
}
SectionHeader("Laser Sensitivity");
RenderLaserSensitivitySettings();
SectionHeader("In-Game Key Inputs");
EnumSetting<Enum_AbortMethod>(GameConfigKeys::RestartPlayMethod, "Restart with F5:");
if (g_gameConfig.GetEnum<Enum_AbortMethod>(GameConfigKeys::RestartPlayMethod) == AbortMethod::Hold)
{
IntSetting(GameConfigKeys::RestartPlayHoldDuration, "Restart hold duration (ms):", 250, 10000, 250);
}
EnumSetting<Enum_AbortMethod>(GameConfigKeys::ExitPlayMethod, "Exit gameplay with Back:");
if (g_gameConfig.GetEnum<Enum_AbortMethod>(GameConfigKeys::ExitPlayMethod) == AbortMethod::Hold)
{
IntSetting(GameConfigKeys::ExitPlayHoldDuration, "Restart hold duration (ms):", 250, 10000, 250);
}
ToggleSetting(GameConfigKeys::DisableNonButtonInputsDuringPlay, "Disable non-buttons during gameplay");
ToggleSetting(GameConfigKeys::PracticeSetupNavEnabled, "Enable navigation inputs for the practice setup");
}
private:
inline void RenderKeyBindingsLaserButton(int index)
{
const float laserHue = g_gameConfig.GetFloat(index == 0 ? GameConfigKeys::Laser0Color : GameConfigKeys::Laser1Color) / 360;
m_nctx->style.button.normal = nk_style_item_color(nk_hsv_f(laserHue, 1.0f, 1.0f));
m_nctx->style.button.hover = nk_style_item_color(nk_hsv_f(laserHue, 0.5f, 1.0f));
m_nctx->style.button.text_normal = nk_rgb(0, 0, 0);
m_nctx->style.button.text_hover = nk_rgb(0, 0, 0);
m_nctx->style.button.border_color = nk_hsv_f(laserHue, 0.5f, 0.5f);
if (nk_button_label(m_nctx, m_controllerLaserNames[index].data()))
{
OpenLaserBind(index == 0 ? GameConfigKeys::Controller_Laser0Axis : GameConfigKeys::Controller_Laser1Axis);
}
}
inline void RenderKeyBindings()
{
const float DESIRED_BT_HEIGHT = m_lineHeight * 3.0f;
const float DESIRED_BT_SPACING = m_lineHeight * 0.25f;
const float DESIRED_CONTROLLER_WIDTH = DESIRED_BT_HEIGHT*4 + DESIRED_BT_SPACING*3;
const float CONTROLLER_WIDTH = Math::Min(DESIRED_CONTROLLER_WIDTH, m_pageInnerWidth * 0.8f);
const float BT_SPACING = CONTROLLER_WIDTH / (DESIRED_CONTROLLER_WIDTH / DESIRED_BT_SPACING);
const float BT_HEIGHT = (CONTROLLER_WIDTH - BT_SPACING * 3)/ 4;
const float FX_HEIGHT = BT_HEIGHT / 2;
const float LASER_HEIGHT = BT_HEIGHT / 2;
const float CONTROLLER_HEIGHT = LASER_HEIGHT + BT_SPACING * 2 + BT_HEIGHT + BT_SPACING + FX_HEIGHT + m_lineHeight * 5;
const float CONTROLLER_MARGIN = (m_pageInnerWidth - CONTROLLER_WIDTH) / 2;
// Center align the whole thing
const float sizes[] = { CONTROLLER_MARGIN, CONTROLLER_WIDTH, CONTROLLER_MARGIN };
nk_layout_row(m_nctx, NK_STATIC, CONTROLLER_HEIGHT, 3, sizes);
Label("");
if (nk_group_begin(m_nctx, "Key Bindings Main", NK_WINDOW_NO_SCROLLBAR))
{
// Lasers and start
nk_style_push_float(m_nctx, &m_nctx->style.window.spacing.x, BT_SPACING * 2);
nk_style_push_float(m_nctx, &m_nctx->style.window.spacing.y, BT_SPACING * 2);
nk_style_push_style_item(m_nctx, &m_nctx->style.button.normal, nk_style_item_color(nk_rgb(0, 0, 0)));
nk_style_push_style_item(m_nctx, &m_nctx->style.button.hover, nk_style_item_color(nk_rgb(0, 0, 0)));
nk_style_push_color(m_nctx, &m_nctx->style.button.border_color, nk_rgb(0, 0, 0));
nk_style_push_color(m_nctx, &m_nctx->style.button.text_normal , nk_rgb(0, 0, 0));
nk_style_push_color(m_nctx, &m_nctx->style.button.text_hover, nk_rgb(0, 0, 0));
nk_style_push_float(m_nctx, &m_nctx->style.button.rounding, LASER_HEIGHT / 4);
LayoutRowDynamic(3, LASER_HEIGHT);
RenderKeyBindingsLaserButton(0);
m_nctx->style.button.normal = nk_style_item_color(nk_rgb(0, 111, 232));
m_nctx->style.button.hover = nk_style_item_color(nk_rgb(111, 180, 255));
m_nctx->style.button.text_normal = nk_rgb(255, 255, 255);
m_nctx->style.button.text_hover = nk_rgb(255, 255, 255);
m_nctx->style.button.border_color = nk_rgb(0, 67, 140);
m_nctx->style.button.rounding = 0;
if (nk_button_label(m_nctx, m_controllerButtonNames[0].c_str())) OpenButtonBind((*m_activeBTKeys)[0]);
m_nctx->style.button.rounding = LASER_HEIGHT / 4;
RenderKeyBindingsLaserButton(1);
m_nctx->style.button.rounding = 2;
// BT
m_nctx->style.button.normal = nk_style_item_color(nk_rgb(224, 224, 224));
m_nctx->style.button.hover = nk_style_item_color(nk_rgb(255, 255, 255));
m_nctx->style.button.text_normal = nk_rgb(0, 0, 0);
m_nctx->style.button.text_hover = nk_rgb(0, 0, 0);
m_nctx->style.button.border_color = nk_rgb(128, 128, 128);
LayoutRowDynamic(4, BT_HEIGHT);
if (nk_button_label(m_nctx, m_controllerButtonNames[1].c_str())) OpenButtonBind((*m_activeBTKeys)[1]);
if (nk_button_label(m_nctx, m_controllerButtonNames[2].c_str())) OpenButtonBind((*m_activeBTKeys)[2]);
if (nk_button_label(m_nctx, m_controllerButtonNames[3].c_str())) OpenButtonBind((*m_activeBTKeys)[3]);
if (nk_button_label(m_nctx, m_controllerButtonNames[4].c_str())) OpenButtonBind((*m_activeBTKeys)[4]);
// FX
m_nctx->style.button.normal = nk_style_item_color(nk_rgb(255, 160, 0));
m_nctx->style.button.hover = nk_style_item_color(nk_rgb(255, 219, 157));
m_nctx->style.button.text_normal = nk_rgb(128, 80, 0);
m_nctx->style.button.text_hover = nk_rgb(128, 80, 0);
m_nctx->style.button.border_color = nk_rgb(128, 80, 0);
LayoutRowDynamic(2, FX_HEIGHT);
if (nk_button_label(m_nctx, m_controllerButtonNames[5].c_str())) OpenButtonBind((*m_activeBTKeys)[5]);
if (nk_button_label(m_nctx, m_controllerButtonNames[6].c_str())) OpenButtonBind((*m_activeBTKeys)[6]);
nk_style_pop_float(m_nctx);
nk_style_pop_color(m_nctx);
nk_style_pop_color(m_nctx);
nk_style_pop_color(m_nctx);
nk_style_pop_style_item(m_nctx);
nk_style_pop_style_item(m_nctx);
nk_style_pop_float(m_nctx);
nk_style_pop_float(m_nctx);
LayoutRowDynamic(1);
Label("Back:");
if (nk_button_label(m_nctx, m_controllerButtonNames[7].c_str())) OpenButtonBind((*m_activeBTKeys)[7]);
if (!m_useBTGamepad)
{
Separator(m_lineHeight * 0.5f);
LayoutRowDynamic(2);
if (nk_option_label(m_nctx, "Primary", m_altBinds ? 0 : 1) > 0) m_altBinds = false;
if (nk_option_label(m_nctx, "Alternate", m_altBinds ? 1 : 0) > 0) m_altBinds = true;
}
nk_group_end(m_nctx);
}
Label("");
}
inline void RenderLaserSensitivitySettings()
{
GameConfigKeys laserSensKey;
switch (g_gameConfig.GetEnum<Enum_InputDevice>(GameConfigKeys::LaserInputDevice))
{
case InputDevice::Controller:
laserSensKey = GameConfigKeys::Controller_Sensitivity;
break;
case InputDevice::Mouse:
laserSensKey = GameConfigKeys::Mouse_Sensitivity;
Label(Utility::Sprintf("Estimated PPR: %.0f", Input::EstimatePprFromSens(g_gameConfig.GetFloat(laserSensKey))));
break;
case InputDevice::Keyboard:
default:
laserSensKey = GameConfigKeys::Key_Sensitivity;
break;
}
FloatSetting(laserSensKey, "Laser sensitivity (%g):", 0, 20, 0.001f);
FloatSetting(GameConfigKeys::SongSelSensMult, "Song select sensitivity multiplier", 0.0f, 20.0f, 0.1f);
if (nk_button_label(m_nctx, "Calibrate Laser Sensitivity")) OpenCalibrateSensitivity();
}
inline void OpenLaserBind(GameConfigKeys axis)
{
const InputDevice laserInputDevice = g_gameConfig.GetEnum<Enum_InputDevice>(GameConfigKeys::LaserInputDevice);
OpenButtonBind(axis, laserInputDevice == InputDevice::Controller);
}
inline void OpenButtonBind(GameConfigKeys key)
{
OpenButtonBind(key, m_useBTGamepad);
}
inline void OpenButtonBind(GameConfigKeys key, bool gamepad)
{
g_application->AddTickable(ButtonBindingScreen::Create(key, gamepad, m_selectedPad, m_altBinds));
}
inline void OpenCalibrateSensitivity()
{
LaserSensCalibrationScreen* sensScreen = LaserSensCalibrationScreen::Create();
sensScreen->SensSet.Add(this, &SettingsPage_Input::SetSensitivity);
g_application->AddTickable(sensScreen);
}
inline void SetSensitivity(float sens)
{
switch (g_gameConfig.GetEnum<Enum_InputDevice>(GameConfigKeys::LaserInputDevice))
{
case InputDevice::Controller:
g_gameConfig.Set(GameConfigKeys::Controller_Sensitivity, sens);
break;
case InputDevice::Mouse:
g_gameConfig.Set(GameConfigKeys::Mouse_Sensitivity, sens);
break;
case InputDevice::Keyboard:
default:
g_gameConfig.Set(GameConfigKeys::Key_Sensitivity, sens);
break;
}
}
inline void UpdateInputKeyBindingStatus()
{
m_useBTGamepad = g_gameConfig.GetEnum<Enum_InputDevice>(GameConfigKeys::ButtonInputDevice) == InputDevice::Controller;
m_useLaserGamepad = g_gameConfig.GetEnum<Enum_InputDevice>(GameConfigKeys::LaserInputDevice) == InputDevice::Controller;
if (m_useBTGamepad) m_activeBTKeys = &m_controllerKeys;
else if (m_altBinds) m_activeBTKeys = &m_altKeyboardKeys;
else m_activeBTKeys = &m_keyboardKeys;
if (m_altBinds) m_activeLaserKeys = &m_altKeyboardLaserKeys;
else m_activeLaserKeys = &m_keyboardLaserKeys;
}
inline void UpdateControllerInputNames()
{
for (size_t i = 0; i < 8; i++)
{
if (g_gameConfig.GetEnum<Enum_InputDevice>(GameConfigKeys::ButtonInputDevice) == InputDevice::Controller)
{
m_controllerButtonNames[i] = Utility::Sprintf("%d", g_gameConfig.GetInt(m_controllerKeys[i]));
}
else
{
m_controllerButtonNames[i] = GetKeyNameFromScancodeConfig(g_gameConfig.GetInt((*m_activeBTKeys)[i]));
}
}
for (size_t i = 0; i < 2; i++)
{
if (g_gameConfig.GetEnum<Enum_InputDevice>(GameConfigKeys::LaserInputDevice) == InputDevice::Controller)
{
m_controllerLaserNames[i] = Utility::Sprintf("%d", g_gameConfig.GetInt(m_controllerLaserKeys[i]));
}
else
{
m_controllerLaserNames[i] = Utility::ConvertToUTF8(Utility::WSprintf( // wstring->string because regular Sprintf messes up(?????)
L"%ls / %ls",
Utility::ConvertToWString(GetKeyNameFromScancodeConfig(g_gameConfig.GetInt((*m_activeLaserKeys)[i * 2]))),
Utility::ConvertToWString(GetKeyNameFromScancodeConfig(g_gameConfig.GetInt((*m_activeLaserKeys)[i * 2 + 1])))
));
}
}
}
};
class SettingsPage_Game : public SettingsPage
{
public:
SettingsPage_Game(nk_context* nctx) : SettingsPage(nctx, "Game") {}
protected:
void Load() override
{
m_hitWindow = HitWindow::FromConfig();
m_songsPath.Load();
}
void Save() override
{
m_hitWindow.Validate();
m_hitWindow.SaveConfig();
m_songsPath.Save();
}
HitWindow m_hitWindow = HitWindow::NORMAL;
GameConfigTextData m_songsPath = { GameConfigKeys::SongFolder };
protected:
void RenderContents() override
{
SectionHeader("Offsets");
LayoutRowDynamic(2);
IntSetting(GameConfigKeys::GlobalOffset, "Global offset", -1000, 1000);
IntSetting(GameConfigKeys::InputOffset, "Button Input offset", -1000, 1000);
IntSetting(GameConfigKeys::LaserOffset, "Laser Input offset", -1000, 1000);
LayoutRowDynamic(1);
if (nk_button_label(m_nctx, "Calibrate Offsets")) {
CalibrationScreen* cscreen = new CalibrationScreen(m_nctx);
g_transition->TransitionTo(cscreen);
return;
}
SectionHeader("Speed Mod");
EnumSetting<Enum_SpeedMods>(GameConfigKeys::SpeedMod, "Speed mod type:");
FloatSetting(GameConfigKeys::HiSpeed, "HiSpeed", 0.25f, 20, 0.05f);
FloatSetting(GameConfigKeys::ModSpeed, "ModSpeed", 50, 1500, 0.5f);
ToggleSetting(GameConfigKeys::AutoSaveSpeed, "Save hi-speed changes during gameplay");
SectionHeader("Timing Window");
RenderTimingWindowSettings();
SectionHeader("Before Playing");
IntSetting(GameConfigKeys::LeadInTime, "Lead-in time (ms)", 250, 10000, 250);
IntSetting(GameConfigKeys::PracticeLeadInTime, "(for practice mode)", 250, 10000, 250);
ToggleSetting(GameConfigKeys::AutoComputeSongOffset, "Before first-time play, compute and set the song offset automatically");
SectionHeader("After Playing");
ToggleSetting(GameConfigKeys::SkipScore, "Skip score screen on manual exit");
EnumSetting<Enum_AutoScoreScreenshotSettings>(GameConfigKeys::AutoScoreScreenshot, "Automatically capture score screenshots:");
EnumSetting<Enum_AutoSaveReplaySettings>(GameConfigKeys::AutoSaveReplay, "Automatically save replay:");
ToggleSetting(GameConfigKeys::UseLegacyReplay, "Use legacy replay format");
EnumSetting<Enum_SongOffsetUpdateMethod>(GameConfigKeys::UpdateSongOffsetAfterFirstPlay, "Based on hit stats, update song offset for first:");
EnumSetting<Enum_SongOffsetUpdateMethod>(GameConfigKeys::UpdateSongOffsetAfterEveryPlay, "After having updated first time, update song offset for every:");
SectionHeader("Songs");
Label("Songs folder path:");
m_songsPath.Render(m_nctx);
ToggleSetting(GameConfigKeys::TransferScoresOnChartUpdate, "When a chart is modified, do not reset the scores for the chart");
}
private:
inline void RenderTimingWindowSettings()
{
LayoutRowDynamic(3);
const int hitWindowPerfect = IntInput(m_hitWindow.perfect, "Crit", 0, HitWindow::NORMAL.perfect);
if (hitWindowPerfect != m_hitWindow.perfect)
{
m_hitWindow.perfect = hitWindowPerfect;
if (m_hitWindow.good < m_hitWindow.perfect)
m_hitWindow.good = m_hitWindow.perfect;
if (m_hitWindow.hold < m_hitWindow.perfect)
m_hitWindow.hold = m_hitWindow.perfect;
}
const int hitWindowGood = IntInput(m_hitWindow.good, "Near", 0, HitWindow::NORMAL.good);
if (hitWindowGood != m_hitWindow.good)
{
m_hitWindow.good = hitWindowGood;
if (m_hitWindow.good < m_hitWindow.perfect)
m_hitWindow.perfect = m_hitWindow.good;
if (m_hitWindow.hold < m_hitWindow.good)
m_hitWindow.hold = m_hitWindow.good;
}
const int hitWindowHold = IntInput(m_hitWindow.hold, "Hold", 0, HitWindow::NORMAL.hold);
if (hitWindowHold != m_hitWindow.hold)
{
m_hitWindow.hold = hitWindowHold;
if (m_hitWindow.hold < m_hitWindow.perfect)
m_hitWindow.perfect = m_hitWindow.hold;
if (m_hitWindow.hold < m_hitWindow.good)
m_hitWindow.good = m_hitWindow.hold;
}
LayoutRowDynamic(2);
if (nk_button_label(m_nctx, "Set to NORMAL (default)"))
{
m_hitWindow = HitWindow::NORMAL;
}
if (nk_button_label(m_nctx, "Set to HARD"))
{
m_hitWindow = HitWindow::HARD;
}
}
};
class SettingsPage_Visual : public SettingsPage
{
public:
SettingsPage_Visual(nk_context* nctx) : SettingsPage(nctx, "Visual") {}
protected:
void Load() override
{
m_laserColors[0] = g_gameConfig.GetFloat(GameConfigKeys::Laser0Color);
m_laserColors[1] = g_gameConfig.GetFloat(GameConfigKeys::Laser1Color);
}
void Save() override
{
g_gameConfig.Set(GameConfigKeys::Laser0Color, m_laserColors[0]);
g_gameConfig.Set(GameConfigKeys::Laser1Color, m_laserColors[1]);
if (g_gameConfig.GetEnum<Enum_InputDevice>(GameConfigKeys::ButtonInputDevice) == InputDevice::Mouse)
{
g_gameConfig.SetEnum<Enum_InputDevice>(GameConfigKeys::ButtonInputDevice, InputDevice::Keyboard);
}
}
std::array<float, 2> m_laserColors = { 200.0f, 330.0f };
void RenderContents() override
{
SectionHeader("Hidden / Sudden");
ToggleSetting(GameConfigKeys::EnableHiddenSudden, "Enable Hidden/Sudden");
ToggleSetting(GameConfigKeys::ShowCover, "Show track cover");
LayoutRowDynamic(2, m_lineHeight * 4);
if (nk_group_begin(m_nctx, "Hidden", NK_WINDOW_NO_SCROLLBAR))
{
LayoutRowDynamic(1);
Label("Hidden", nk_text_alignment::NK_TEXT_CENTERED);
FloatSetting(GameConfigKeys::HiddenCutoff, "Cutoff", 0.0f, 1.0f);
FloatSetting(GameConfigKeys::HiddenFade, "Fade", 0.0f, 1.0f);
nk_group_end(m_nctx);
}
if (nk_group_begin(m_nctx, "Sudden", NK_WINDOW_NO_SCROLLBAR))
{
LayoutRowDynamic(1);
Label("Sudden", nk_text_alignment::NK_TEXT_CENTERED);
FloatSetting(GameConfigKeys::SuddenCutoff, "Cutoff", 0.0f, 1.0f);
FloatSetting(GameConfigKeys::SuddenFade, "Fade", 0.0f, 1.0f);
nk_group_end(m_nctx);
}
SectionHeader("Lasers");
RenderLaserColorSetting();
SectionHeader("Game Elements");
ToggleSetting(GameConfigKeys::DisableBackgrounds, "Disable song backgrounds");
ToggleSetting(GameConfigKeys::DelayedHitEffects, "Delayed fade button hit effects");
FloatSetting(GameConfigKeys::DistantButtonScale, "Distant button scale", 1.0f, 5.0f);
SectionHeader("Game UI");
//TODO: Move these somewhere else?
ToggleSetting(GameConfigKeys::FastGUI, "Use Lightweight GUI (no skin)");
ToggleSetting(GameConfigKeys::SkinDevMode, "Skin Development Mode");
EnumSetting<Enum_ScoreDisplayModes>(GameConfigKeys::ScoreDisplayMode, "In-game score display is:");
ToggleSetting(GameConfigKeys::DisplayPracticeInfoInGame, "Show practice-mode info during gameplay");
}
private:
const std::array<float, 4> m_laserColorPalette = { 330.f, 60.f, 100.f, 200.f };
bool m_laserColorPaletteVisible = false;
void RenderLaserColorSetting()
{
const nk_color leftColor = nk_hsv_f(m_laserColors[0] / 360, 1, 1);
const nk_color rightColor = nk_hsv_f(m_laserColors[1] / 360, 1, 1);
const int lcolInt = static_cast<int>(m_laserColors[0]);
const int rcolInt = static_cast<int>(m_laserColors[1]);
LayoutRowDynamic(1);
Label("Laser colors:");
LayoutRowDynamic(2);
// Color
if (nk_button_color(m_nctx, leftColor)) m_laserColorPaletteVisible = !m_laserColorPaletteVisible;
if (nk_button_color(m_nctx, rightColor)) m_laserColorPaletteVisible = !m_laserColorPaletteVisible;
// Palette
if (m_laserColorPaletteVisible)
{
LayoutRowDynamic(2 * static_cast<int>(m_laserColorPalette.size()));
RenderLaserColorPalette(m_laserColors.data());
RenderLaserColorPalette(m_laserColors.data() + 1);
LayoutRowDynamic(2);
}
// Text
{
const int lcolIntNew = IntInput(lcolInt, "Left hue", 0, 360);
if (lcolIntNew != lcolInt) m_laserColors[0] = static_cast<float>(lcolIntNew);
const int rcolIntNew = IntInput(rcolInt, "Right hue", 0, 360);
if (rcolIntNew != rcolInt) m_laserColors[1] = static_cast<float>(rcolIntNew);
}
// Slider
{
nk_slider_float(m_nctx, 0, m_laserColors.data(), 360, 0.1f);
nk_slider_float(m_nctx, 0, m_laserColors.data() + 1, 360, 0.1f);
}
}
void RenderLaserColorPalette(float* laserColor)
{
for (const float paletteHue : m_laserColorPalette)
{
const nk_color paletteColor = nk_hsv_f(paletteHue / 360, 1, 1);
if (nk_button_color(m_nctx, paletteColor))
{
*laserColor = paletteHue;
}
}
}
};
class SettingsPage_System : public SettingsPage
{
public:
SettingsPage_System(nk_context* nctx) : SettingsPage(nctx, "System") {}
protected:
void Load() override
{
m_channels = { "release", "master", "develop" };
m_lightPlugins = g_application->GetLightPluginList();
String channel = g_gameConfig.GetString(GameConfigKeys::UpdateChannel);
if (!m_channels.Contains(channel))
{
m_channels.insert(m_channels.begin(), channel);
}
}
void Save() override
{
if (g_gameConfig.GetBool(GameConfigKeys::CheckForUpdates))
{
g_application->CheckForUpdate();
}
}
const Vector<const char*> m_aaModes = { "Off", "2x MSAA", "4x MSAA", "8x MSAA", "16x MSAA" };
Vector<String> m_channels;
Vector<String> m_lightPlugins;
bool m_showWarning = false;
protected:
void RenderContents() override
{
bool applySettings = false;
auto SetApply = [&applySettings](bool b) {
if (b) applySettings = true;
};
SectionHeader("Audio");
PercentSetting(GameConfigKeys::MasterVolume, "Master volume (%.1f%%):");
PercentSetting(GameConfigKeys::SlamVolume, "Slam/Clap volume (%.1f%%):");
ToggleSetting(GameConfigKeys::MuteUnfocused, "Mute the game when unfocused");
#ifdef _WIN32
ToggleSetting(GameConfigKeys::WASAPI_Exclusive, "WASAPI exclusive mode (requires restart)");
#endif // _WIN32
ToggleSetting(GameConfigKeys::PrerenderEffects, "Pre-render song effects (experimental)");
SectionHeader("Lights");
const bool currentUseLight = g_gameConfig.GetBool(GameConfigKeys::UseLightPlugins);
const bool newUseLight = ToggleInput(currentUseLight, "Enable light plugins (may require restart):");
if (currentUseLight && !newUseLight) {
g_gameConfig.Set(GameConfigKeys::UseLightPlugins, false);
}
if (m_lightPlugins.size() > 1) {
StringSelectionSetting(GameConfigKeys::LightPlugin, m_lightPlugins, "Light plugin:");
}
m_showWarning = (!currentUseLight && newUseLight) || m_showWarning;
if (m_showWarning) {
nk_label(m_nctx, "Only install plugins from trusted sources as they", NK_TEXT_ALIGN_CENTERED);
nk_label(m_nctx, "can execute arbitrary code on your system.", NK_TEXT_ALIGN_CENTERED);
if (nk_button_label(m_nctx, "Ok")) {
g_gameConfig.Set(GameConfigKeys::UseLightPlugins, true);
m_showWarning = false;
}
}
SectionHeader("Render");
SetApply(EnumSetting<Enum_QualityLevel>(GameConfigKeys::ResponsiveInputs, "Responsive Inputs (CPU intensive)"));
SetApply(ToggleSetting(GameConfigKeys::Fullscreen, "Fullscreen"));
SetApply(ToggleSetting(GameConfigKeys::WindowedFullscreen, "Use windowed fullscreen"));
ToggleSetting(GameConfigKeys::AdjustWindowPositionOnStartup, "Adjust window positions to be in-bound on startup");
SetApply(ToggleSetting(GameConfigKeys::ForcePortrait, "Force portrait (don't use if already in portrait)"));
SelectionSetting(GameConfigKeys::AntiAliasing, m_aaModes, "Anti-aliasing (requires restart):");
SetApply(ToggleSetting(GameConfigKeys::VSync, "VSync"));
SetApply(ToggleSetting(GameConfigKeys::ShowFps, "Show FPS"));
SetApply(ToggleSetting(GameConfigKeys::KeepFontTexture, "Save font texture (settings load faster but uses more memory)"));
SectionHeader("Replays");
#ifdef ZLIB_FOUND
ToggleSetting(GameConfigKeys::UseCompressedReplay, "Compress replays when possible");
#endif
if (nk_button_label(m_nctx, "Prune extra replays"))
{
BasicPrompt* w = new BasicPrompt(
"Prune Extra Replays",
"How many replays per song would you like\nto keep? (>=1)",
"Prune Replays","3");
w->OnResult.Add(this, &SettingsPage_System::m_pruneReplaysCheck);
w->Focus();
g_application->AddTickable(w);
}
SectionHeader("Update");
ToggleSetting(GameConfigKeys::CheckForUpdates, "Check for updates on startup");
if (m_channels.size() > 0)
{
StringSelectionSetting(GameConfigKeys::UpdateChannel, m_channels, "Update Channel:");
}
SectionHeader("Logging");
SetApply(EnumSetting<Logger::Enum_Severity>(GameConfigKeys::LogLevel, "Logging level:"));
if (applySettings)
{
g_application->ApplySettings();
}
if (m_readyToPrune && m_mapDatabase && !m_replayPruneWindow)
{
m_replayPruneWindow = new BasicTextWindow(
"Pruning Extra Replays",
"Pruned 0 replays so far...");
g_application->AddTickable(m_replayPruneWindow);
m_replayPruneWindow->OnTick.Add(this, &SettingsPage_System::m_pruneReplaysImpl);
}
SectionHeader("Event Mode");
ToggleSetting(GameConfigKeys::EventMode, "Enable");
if (g_gameConfig.GetBool(GameConfigKeys::EventMode)) {
IntSetting(GameConfigKeys::DemoIdleTime, "Enter demo after %d seconds idle. (0 = Disable)", 0, 600);
FloatSetting(GameConfigKeys::AutoResetToSpeed, "Reset speed to after each play", 50, 1500, 0.5f);
}
}
private:
MapDatabase* m_mapDatabase = nullptr;
bool m_readyToPrune = false;
uint32 m_replaysProcessed = 0;
uint32 m_chartsProcessed = 0;
uint32 m_replaysRemoved = 0;
bool m_removeMissingScores;
BasicTextWindow* m_replayPruneWindow = nullptr;
size_t m_numReplaysToKeep = 1;
Map<int32, ChartIndex*>::const_iterator m_replayPruneIter;
void m_pruneReplaysCheck(bool valid, char* data)
{
if (!valid || strlen(data) == 0)
return;
long num = strtol(data, NULL, 10);
if (num <= 0)
return g_gameWindow->ShowMessageBox("Prune Extra Replays","Invalid number entered", 0);
m_removeMissingScores = g_gameWindow->ShowYesNoMessage("Prune Extra Replays",
"Do you want to also remove replays for scores that are missing from the database?");
if (!g_gameWindow->ShowYesNoMessage("Prune Extra Replays",
Utility::Sprintf("Are you sure you want to delete all but %u replay%s per chart?\n%sThis cannot be undone",
num, num == 1? "":"s",
m_removeMissingScores?"This will include replays of scores no longer in the database.\n":""
)))
{
return;
}
m_numReplaysToKeep = std::min(num, 100l);
m_replaysProcessed = 0;
m_chartsProcessed = 0;
m_replaysRemoved= 0;
m_mapDatabase = new MapDatabase(true);
m_mapDatabase->SetChartUpdateBehavior(g_gameConfig.GetBool(GameConfigKeys::TransferScoresOnChartUpdate));
m_mapDatabase->FinishInit();
m_mapDatabase->LoadDatabaseWithoutSearching();
m_replayPruneIter = m_mapDatabase->GetChartMap().begin();
m_readyToPrune = true;
}
void m_pruneReplaysImpl(float delta)
{
if (!m_mapDatabase)
return;
int count = 0;
const auto& end = m_mapDatabase->GetChartMap().end();
for (; m_replayPruneIter != end && count < 100; m_replayPruneIter++)
{
uint32 numSaved = 0;
m_chartsProcessed++;
const auto* chart = m_replayPruneIter->second;
Vector<String> saved(m_numReplaysToKeep, "");
for (auto* score : chart->scores)
{
count++;
m_replaysProcessed++;
const String& path = score->replayPath;
if (path.empty())
continue;
if (!Path::FileExists(path))
continue;
// Scores are already sorted so first n is the n best
if (numSaved < m_numReplaysToKeep)
{
if (m_removeMissingScores)
Path::RemoveLast(path, &saved[numSaved]);
numSaved++;
continue;
}
if (!Path::Delete(path))
continue;
m_replaysRemoved++;
}
if (!m_removeMissingScores)
continue;
String replayPath = Path::Normalize(Path::Absolute("replays/" + chart->hash + "/"));
Vector<FileInfo> files = Files::ScanFiles(replayPath, "urf");
for (auto& s : files)
{
String name;
Path::RemoveLast(s.fullPath, &name);
if (saved.Contains(name))
continue;
m_replaysProcessed++;
count++;
if (!Path::Delete(s.fullPath))
continue;
m_replaysRemoved++;
}
}
m_replayPruneWindow->SetText(Utility::Sprintf("Pruned %u replays so far...", m_replaysProcessed));
if (m_replayPruneIter == end)
{
m_replayPruneWindow->Close();
m_replayPruneWindow = nullptr;
delete m_mapDatabase;
m_readyToPrune = false;
g_gameWindow->ShowMessageBox("Done Pruning Replays",
Utility::Sprintf("Successfully removed %u/%u replay file%s from %u charts!",
m_replaysRemoved,
m_replaysProcessed,
m_replaysProcessed==1?"":"s",
m_chartsProcessed
), 2);
}
}
};
class SettingsPage_Practice : public SettingsPage
{
public:
SettingsPage_Practice(nk_context* nctx) : SettingsPage(nctx, "Practice") {}
protected:
void Load() override {}
void Save() override {}
protected:
void RenderContents() override
{
SectionHeader("Settings");
IntSetting(GameConfigKeys::PracticeLeadInTime, "Lead-in time (ms)", 250, 10000, 250);
ToggleSetting(GameConfigKeys::PracticeSetupNavEnabled, "Enable navigation inputs for the setup");
ToggleSetting(GameConfigKeys::RevertToSetupAfterScoreScreen, "Revert to the setup after the result is shown");
ToggleSetting(GameConfigKeys::DisplayPracticeInfoInGame, "Show practice-mode info during gameplay");
ToggleSetting(GameConfigKeys::AdjustHiSpeedForLowerPlaybackSpeed, "Adjust HiSpeed for playback speeds lower than x1.0");
ToggleSetting(GameConfigKeys::AdjustHiSpeedForHigherPlaybackSpeed, "Adjust HiSpeed for playback speeds higher than x1.0");
SectionHeader("Defaults for Playback and Loop Control");
IntSetting(GameConfigKeys::DefaultPlaybackSpeed, "Playback speed (%)", 25, 400);
Separator();
ToggleSetting(GameConfigKeys::DefaultLoopOnSuccess, "Loop on success");
ToggleSetting(GameConfigKeys::DefaultIncSpeedOnSuccess, "Increase speed on success");
IntSetting(GameConfigKeys::DefaultIncSpeedAmount, "Increment (%p)", 1, 10);
IntSetting(GameConfigKeys::DefaultIncStreak, "Required streaks", 1, 10);
Separator();
ToggleSetting(GameConfigKeys::DefaultLoopOnSuccess, "Loop on fail");
ToggleSetting(GameConfigKeys::DefaultDecSpeedOnFail, "Decrease speed on fail");
IntSetting(GameConfigKeys::DefaultDecSpeedAmount, "Decrement (%p)", 1, 10);
IntSetting(GameConfigKeys::DefaultMinPlaybackSpeed, "Minimum speed (%)", 25, 100);
Separator();
ToggleSetting(GameConfigKeys::DefaultEnableMaxRewind, "Set maximum amount of rewinding on fail");
IntSetting(GameConfigKeys::DefaultMaxRewindMeasure, "Amount in # of measures", 0, 20);
SectionHeader("Defaults for Mission");
SelectionSetting(GameConfigKeys::DefaultFailConditionType, GameFailCondition::TYPE_STR, "Fail Condition");
Separator();
IntSetting(GameConfigKeys::DefaultFailConditionScore, "Score less than", 800 * 10000, 1000 * 10000, 10000);
SelectionSetting(GameConfigKeys::DefaultFailConditionGrade, GRADE_MARK_STR, "Grade less than");
IntSetting(GameConfigKeys::DefaultFailConditionMiss, "Miss more than", 0, 100);
IntSetting(GameConfigKeys::DefaultFailConditionMissNear, "Miss+Near more than", 0, 100);
IntSetting(GameConfigKeys::DefaultFailConditionGauge, "Gauge less than", 0, 100);
}
};
class SettingsPage_Online : public SettingsPage