public ConfigDialog()
{
Axiom.Core.Root root = Axiom.Core.Root.Instance;
_renderSystemList = new List<RenderSystem>(root.RenderSystems.Values);
_currentSystem = _renderSystemList[ 0 ];
_renderSystems = new ConfigOption("Render System", _currentSystem.Name, false);
foreach ( RenderSystem rs in root.RenderSystems )
{
_renderSystems.PossibleValues.Add(_renderSystems.PossibleValues.Count, rs.ToString());
}
BuildOptions();
}
public override void AddConfig()
{
ConfigOption optFullsreen = new ConfigOption( "Full Screen", "No", false );
ConfigOption optVideoMode = new ConfigOption( "Video Mode", "640 x 320", false );
ConfigOption optDisplayFrequenzy = new ConfigOption( "Display Frequency", "60", false );
ConfigOption optFSAA = new ConfigOption( "FSAA", "1", false );
ConfigOption optRTTMode = new ConfigOption( "RTT Preferred Mode", "FBO", false );
optFullsreen.PossibleValues.Add( 0, "Yes" );
optFullsreen.PossibleValues.Add( 1, "No" );
optFullsreen.Value = optFullsreen.PossibleValues[ 0 ];
int index = 0;
foreach ( KeyValuePair<Size, short> mode in _videoModes )
{
string resolution = mode.Key.Width + " x " + mode.Key.Height;
if ( !optVideoMode.PossibleValues.ContainsValue( resolution ) )
optVideoMode.PossibleValues.Add( index++, resolution );
}
index = 0;
optVideoMode.Value = _currentMode.Key.Width + " x " + _currentMode.Key.Height;
if ( _sampleLevels.Count > 0 )
{
foreach ( string fssa in _sampleLevels )
optFSAA.PossibleValues.Add( index++, fssa );
optFSAA.Value = optFSAA.PossibleValues[ 0 ];
}
optRTTMode.PossibleValues.Add( 0, "FBO" );
optRTTMode.PossibleValues.Add( 1, "PBuffer" );
optRTTMode.PossibleValues.Add( 2, "Copy" );
optRTTMode.Value = optRTTMode.PossibleValues[ 0 ];
_options[ optFullsreen.Name ] = optFullsreen;
_options[ optVideoMode.Name ] = optVideoMode;
_options[ optDisplayFrequenzy.Name ] = optDisplayFrequenzy;
_options[ optFSAA.Name ] = optFSAA;
_options[ optRTTMode.Name ] = optRTTMode;
RefreshConfig();
}
/// <summary>
/// Query the display modes and deal with any other config options.
/// </summary>
public override void AddConfig()
{
ConfigOption optFullScreen = new ConfigOption("Full Screen", "No", false);
ConfigOption optVideoMode = new ConfigOption("Video Mode", "800 x 600", false);
ConfigOption optDisplayFrequency = new ConfigOption("Display Frequency", "", false);
ConfigOption optColorDepth = new ConfigOption("Color Depth", "", false);
ConfigOption optFSAA = new ConfigOption("FSAA", "0", false);
ConfigOption optVSync = new ConfigOption("VSync", "No", false);
ConfigOption optRTTMode = new ConfigOption("RTT Preferred Mode", "FBO", false);
// Full Screen
optFullScreen.PossibleValues.Add(0, "Yes");
optFullScreen.PossibleValues.Add(1, "No");
// Video Mode
#region Video Mode
Gdi.DEVMODE setting;
int i = 0;
int width, height, bpp, freq;
// get the available OpenGL resolutions
bool more = User.EnumDisplaySettings(null, i++, out setting);
// add the resolutions to the config
while (more)
{
_deviceModes.Add(setting);
width = setting.dmPelsWidth;
height = setting.dmPelsHeight;
bpp = setting.dmBitsPerPel;
// filter out the lower resolutions and dupe frequencies
if (bpp >= 16 && height >= 480)
{
string query = string.Format("{0} x {1}", width, height);
if (!optVideoMode.PossibleValues.Values.Contains(query))
{
// add a new row to the display settings table
optVideoMode.PossibleValues.Add(i, query);
}
if (optVideoMode.PossibleValues.Count == 1 && String.IsNullOrEmpty(optVideoMode.Value))
{
optVideoMode.Value = query;
}
}
// grab the current display settings
more = User.EnumDisplaySettings(null, i++, out setting);
}
#endregion Video Mode
// FSAA
foreach (int level in _fsaaLevels)
{
optFSAA.PossibleValues.Add(level, level.ToString());
}
// VSync
optVSync.PossibleValues.Add(0, "Yes");
optVSync.PossibleValues.Add(1, "No");
// RTTMode
optRTTMode.PossibleValues.Add(0, "FBO");
optRTTMode.PossibleValues.Add(1, "PBuffer");
optRTTMode.PossibleValues.Add(2, "Copy");
optFullScreen.ConfigValueChanged += new ConfigOption<string>.ValueChanged(_configOptionChanged);
optVideoMode.ConfigValueChanged += new ConfigOption<string>.ValueChanged(_configOptionChanged);
optDisplayFrequency.ConfigValueChanged += new ConfigOption<string>.ValueChanged(_configOptionChanged);
optFSAA.ConfigValueChanged += new ConfigOption<string>.ValueChanged(_configOptionChanged);
optVSync.ConfigValueChanged += new ConfigOption<string>.ValueChanged(_configOptionChanged);
optColorDepth.ConfigValueChanged += new ConfigOption<string>.ValueChanged(_configOptionChanged);
optRTTMode.ConfigValueChanged += new ConfigOption<string>.ValueChanged(_configOptionChanged);
ConfigOptions.Add(optVideoMode);
ConfigOptions.Add(optColorDepth);
ConfigOptions.Add(optDisplayFrequency);
ConfigOptions.Add(optFullScreen);
ConfigOptions.Add(optFSAA);
ConfigOptions.Add(optVSync);
ConfigOptions.Add(optRTTMode);
_refreshConfig();
}
private void InitConfigOptions()
{
var optDevice = new ConfigOption( "Rendering Device", "", false );
var optVideoMode = new ConfigOption("Video Mode", "800 x 600 @ 32-bit color", false);
var optFullScreen = new ConfigOption("Full Screen", "No", false);
optFullScreen.PossibleValues.Add(0, "Yes");
optFullScreen.PossibleValues.Add(1, "No");
var optResourceCeationPolicy = new ConfigOption( "Resource Creation Policy", "", false );
optResourceCeationPolicy.PossibleValues.Add( 0, "Create on all devices" );
optResourceCeationPolicy.PossibleValues.Add( 1, "Create on active device" );
switch ( _resourceManager.CreationPolicy )
{
case D3D9ResourceManager.ResourceCreationPolicy.CreateOnActiveDevice:
optResourceCeationPolicy.Value = "Create on active device";
break;
case D3D9ResourceManager.ResourceCreationPolicy.CreateOnAllDevices:
optResourceCeationPolicy.Value = "Create on all devices";
break;
default:
optResourceCeationPolicy.Value = "N/A";
break;
}
var driverList = D3DHelper.GetDriverInfo(_pD3D);
foreach (var driver in driverList)
{
optDevice.PossibleValues.Add(driver.AdapterNumber, driver.DriverDescription);
}
// Make first one default
optDevice.Value = driverList.First().DriverDescription;
var optVSync = new ConfigOption("VSync", "No", false);
optVSync.PossibleValues.Add(0, "Yes");
optVSync.PossibleValues.Add(1, "No");
var optVSyncInterval = new ConfigOption( "VSync Interval", "1", false );
optVSyncInterval.PossibleValues.Add(0, "1");
optVSyncInterval.PossibleValues.Add(1, "2");
optVSyncInterval.PossibleValues.Add(3, "3");
optVSyncInterval.PossibleValues.Add(4, "4");
var optAa = new ConfigOption("FSAA", "None", false);
optAa.PossibleValues.Add(0, "None");
var optFPUMode = new ConfigOption("Floating-point mode", "Fastest", false);
#if AXIOM_DOUBLE_PRECISION
optFPUMode.Value = "Consistent";
#else
optFPUMode.Value = "Fastest";
#endif
optFPUMode.PossibleValues.Clear();
optFPUMode.PossibleValues.Add(0, "Fastest");
optFPUMode.PossibleValues.Add(1, "Consistent");
var optNVPerfHUD = new ConfigOption( "Allow NVPerfHUD", "No", false );
optNVPerfHUD.PossibleValues.Add( 0, "Yes" );
optNVPerfHUD.PossibleValues.Add( 1, "No" );
var optSRGB = new ConfigOption( "sRGB Gamma Conversion", "No", false );
optSRGB.PossibleValues.Add(0, "Yes");
optSRGB.PossibleValues.Add(1, "No");
var optMultiDeviceMemHint = new ConfigOption( "Multi device memory hint", "Use minimum system memory", false );
optMultiDeviceMemHint.PossibleValues.Add(0, "Use minimum system memory");
optMultiDeviceMemHint.PossibleValues.Add(1, "Auto hardware buffers management");
// RT options ommited here
// Axiom specific registering
optDevice.ConfigValueChanged += ConfigOptionChanged;
optVideoMode.ConfigValueChanged += ConfigOptionChanged;
optFullScreen.ConfigValueChanged += ConfigOptionChanged;
optResourceCeationPolicy.ConfigValueChanged += ConfigOptionChanged;
optVSync.ConfigValueChanged += ConfigOptionChanged;
optVSyncInterval.ConfigValueChanged += ConfigOptionChanged;
optAa.ConfigValueChanged += ConfigOptionChanged;
optFPUMode.ConfigValueChanged += ConfigOptionChanged;
optNVPerfHUD.ConfigValueChanged += ConfigOptionChanged;
optSRGB.ConfigValueChanged += ConfigOptionChanged;
optMultiDeviceMemHint.ConfigValueChanged += ConfigOptionChanged;
ConfigOptions.Add( optDevice );
ConfigOptions.Add( optVideoMode );
ConfigOptions.Add( optFullScreen );
ConfigOptions.Add( optResourceCeationPolicy );
ConfigOptions.Add( optVSync );
ConfigOptions.Add( optVSyncInterval );
ConfigOptions.Add( optAa );
ConfigOptions.Add( optFPUMode );
ConfigOptions.Add( optNVPerfHUD );
ConfigOptions.Add( optSRGB );
ConfigOptions.Add( optMultiDeviceMemHint );
// Axiom specific registering
RefreshD3DSettings();
}
/*
private void _setFSAA( XFG.MultiSampleType fsaa, int level )
{
if ( _device == null )
{
_fsaaType = fsaa;
_fsaaQuality = level;
}
}
*/
private void _initConfigOptions()
{
var optDevice = new ConfigOption("Rendering Device", "", false);
var optVideoMode = new ConfigOption("Video Mode", "800 x 600 @ 32-bit color", false);
var optFullScreen = new ConfigOption("Full Screen", "No", false);
var optVSync = new ConfigOption("VSync", "No", false);
var optAA = new ConfigOption("Anti aliasing", "None", false);
var optFPUMode = new ConfigOption("Floating-point mode", "Fastest", false);
var optNVPerfHUD = new ConfigOption("Allow NVPerfHUD", "No", false);
var optSaveShaders = new ConfigOption("Save Generated Shaders", "No", false);
var optUseCP = new ConfigOption("Use Content Pipeline", "No", false);
optDevice.PossibleValues.Clear();
var driverList = XnaHelper.GetDriverInfo();
foreach (var driver in driverList)
{
if (!optDevice.PossibleValues.ContainsKey(driver.AdapterNumber))
{
optDevice.PossibleValues.Add(driver.AdapterNumber, driver.Description);
}
}
if (driverList.Count > 0)
optDevice.Value = driverList[0].Description;
else
optDevice.Value = "No Device";
optFullScreen.PossibleValues.Add(0, "Yes");
optFullScreen.PossibleValues.Add(1, "No");
optVSync.PossibleValues.Add(0, "Yes");
optVSync.PossibleValues.Add(1, "No");
optAA.PossibleValues.Add(0, "None");
optFPUMode.PossibleValues.Clear();
optFPUMode.PossibleValues.Add(0, "Fastest");
optFPUMode.PossibleValues.Add(1, "Consistent");
optNVPerfHUD.PossibleValues.Add(0, "Yes");
optNVPerfHUD.PossibleValues.Add(1, "No");
optSaveShaders.PossibleValues.Add(0, "Yes");
optSaveShaders.PossibleValues.Add(1, "No");
optUseCP.PossibleValues.Add(0, "Yes");
optUseCP.PossibleValues.Add(1, "No");
optFPUMode.ConfigValueChanged += _configOptionChanged;
optAA.ConfigValueChanged += _configOptionChanged;
optVSync.ConfigValueChanged += _configOptionChanged;
optFullScreen.ConfigValueChanged += _configOptionChanged;
optVideoMode.ConfigValueChanged += _configOptionChanged;
optDevice.ConfigValueChanged += _configOptionChanged;
optNVPerfHUD.ConfigValueChanged += _configOptionChanged;
optSaveShaders.ConfigValueChanged += _configOptionChanged;
optUseCP.ConfigValueChanged += _configOptionChanged;
ConfigOptions.Add(optDevice);
ConfigOptions.Add(optVideoMode);
ConfigOptions.Add(optFullScreen);
ConfigOptions.Add(optVSync);
ConfigOptions.Add(optAA);
ConfigOptions.Add(optFPUMode);
ConfigOptions.Add(optNVPerfHUD);
ConfigOptions.Add(optSaveShaders);
ConfigOptions.Add(optUseCP);
_refreshXnaSettings();
}
/// <summary>
///
/// </summary>
public override void AddConfig()
{
var optFullScreen = new ConfigOption( "Full Screen", "No", false );
var optVideoMode = new ConfigOption( "Video Mode", "800 x 600", false );
var optDisplayFrequency = new ConfigOption( "Display Frequency", "", false );
var optColorDepth = new ConfigOption( "Color Depth", "", false );
var optFSAA = new ConfigOption( "FSAA", "0", false );
var optVSync = new ConfigOption( "VSync", "No", false );
var optRTTMode = new ConfigOption( "RTT Preferred Mode", "FBO", false );
// Full Screen
optFullScreen.PossibleValues.Add( 0, "Yes" );
optFullScreen.PossibleValues.Add( 1, "No" );
// Video Mode
#region Video Modes
// get the available OpenGL resolutions
DisplayDevice dev = DisplayDevice.Default;
// add the resolutions to the config
for ( int q = 0; q < dev.AvailableResolutions.Count; q++ )
{
if ( dev.AvailableResolutions[ q ].BitsPerPixel >= 16 )
{
int width = dev.AvailableResolutions[ q ].Width;
int height = dev.AvailableResolutions[ q ].Height;
// filter out the lower resolutions and dupe frequencies
if ( width >= 640 && height >= 480 )
{
string query = string.Format( "{0} x {1}", width, height );
if ( !optVideoMode.PossibleValues.Values.Contains( query ) )
{
// add a new row to the display settings table
optVideoMode.PossibleValues.Add( optVideoMode.PossibleValues.Count, query );
}
if ( optVideoMode.PossibleValues.Count == 1 && String.IsNullOrEmpty( optVideoMode.Value ) )
{
optVideoMode.Value = query;
}
}
}
}
#endregion Video Modes
// FSAA
GetFSAALevels();
foreach ( int level in this._fsaaLevels )
{
optFSAA.PossibleValues.Add( level, level.ToString() );
}
// VSync
optVSync.PossibleValues.Add( 0, "Yes" );
optVSync.PossibleValues.Add( 1, "No" );
// RTTMode
optRTTMode.PossibleValues.Add( 0, "FBO" );
optRTTMode.PossibleValues.Add( 1, "PBuffer" );
optRTTMode.PossibleValues.Add( 2, "Copy" );
optFullScreen.ConfigValueChanged += new ConfigOption<string>.ValueChanged( _configOptionChanged );
optVideoMode.ConfigValueChanged += new ConfigOption<string>.ValueChanged( _configOptionChanged );
optDisplayFrequency.ConfigValueChanged += new ConfigOption<string>.ValueChanged( _configOptionChanged );
optFSAA.ConfigValueChanged += new ConfigOption<string>.ValueChanged( _configOptionChanged );
optVSync.ConfigValueChanged += new ConfigOption<string>.ValueChanged( _configOptionChanged );
optColorDepth.ConfigValueChanged += new ConfigOption<string>.ValueChanged( _configOptionChanged );
optRTTMode.ConfigValueChanged += new ConfigOption<string>.ValueChanged( _configOptionChanged );
ConfigOptions.Add( optVideoMode );
ConfigOptions.Add( optColorDepth );
ConfigOptions.Add( optDisplayFrequency );
ConfigOptions.Add( optFullScreen );
ConfigOptions.Add( optFSAA );
ConfigOptions.Add( optVSync );
ConfigOptions.Add( optRTTMode );
_refreshConfig();
}
/// <summary>
/// Called in constructor to init configuration.
/// </summary>
private void InitConfigOptions()
{
Driver driver = D3DHelper.GetDriverInfo();
foreach (VideoMode mode in driver.VideoModes)
{
// add a new row to the display settings table
displayConfig.FullscreenModes.Add(new Axiom.Configuration.DisplayMode(mode.Width, mode.Height, mode.ColorDepth, true));
}
ConfigOption optDevice = new ConfigOption();
ConfigOption optVideoMode = new ConfigOption();
ConfigOption optFullScreen = new ConfigOption();
ConfigOption optVSync = new ConfigOption();
ConfigOption optAA = new ConfigOption();
ConfigOption optNVPerfHUD = new ConfigOption();
optDevice.name = "Rendering Device";
optVideoMode.name = "Video Mode";
optVideoMode.currentValue = "800 x 600 @ 32-bit color";
foreach (VideoMode mode in driver.VideoModes)
optVideoMode.possibleValues.Add(mode.ToString());
optFullScreen.name = "Full Screen";
optFullScreen.possibleValues.Add("Yes");
optFullScreen.possibleValues.Add("No");
optFullScreen.currentValue = "Yes";
optVSync.name = "VSync";
optVSync.possibleValues.Add("Yes");
optVSync.possibleValues.Add("No");
optVSync.currentValue = "Yes";
optAA.name = "Anti Aliasing";
optAA.possibleValues.Add("None");
optAA.currentValue = "None";
//
// Query DirectX to get the list of valid multisample quality levels.
// I am currently limiting us to the Non-maskable types, since we don't
// have any support at the moment for an app to enable multisample masking,
// and so providing both masking and non-masking types would just provide
// redundant, confusing, and possibly slower options to the user.
//
// Really, the world creator should decide whether they need maskable
// multisampling for their visual effects, so the choice of maskable
// or non-maskable should eventually be available through scripting
// rather than at the request of the user.
//
AdapterDetails details = D3D.Manager.Adapters[driver.AdapterNumber].Information;
int result;
int maxAAQuality;
bool ret;
// Configuring anti-aliasing before the render target has been created is problematic, since we don't know
// for sure the surface format or whether we are windowed or not. We will make guesses and hope for the best...
ret = D3D.Manager.CheckDeviceMultiSampleType(driver.AdapterNumber, DeviceType.Hardware, Format.X8R8G8B8, false, MultiSampleType.NonMaskable, out result, out maxAAQuality);
if (ret && (result == (int)ResultCode.Success))
{
for (int i = 0; i < maxAAQuality; i++)
{
optAA.possibleValues.Add("Quality " + (i + 1).ToString());
}
}
optNVPerfHUD.name = "Allow NVPerfHUD";
optNVPerfHUD.possibleValues.Add("Yes");
optNVPerfHUD.possibleValues.Add("No");
optNVPerfHUD.currentValue = "No";
// options[optDevice.name] = optDevice.currentValue;
options[optVideoMode.name] = optVideoMode;
options[optFullScreen.name] = optFullScreen;
options[optVSync.name] = optVSync;
options[optAA.name] = optAA;
options[optNVPerfHUD.name] = optNVPerfHUD;
}
private bool ProcessKey( int key )
{
if ( key == -1 ) //ESCAPE
{
if ( _currentOption == null )
{
// ESC at main menu
_result = DialogResult.Cancel;
return false;
}
else
{
// go back to main menu
_currentOption = null;
return true;
}
}
if ( key == -2 ) //ENTER
{
if ( _currentOption == null )
{
// at main menu
if ( _numericInput == -1 )
{
Axiom.Core.Root.Instance.RenderSystem = _currentSystem;
_result = DialogResult.Ok;
return false;
}
else if ( _numericInput >= 0 && _numericInput < _menuItems.Count )
{
_currentOption = (ConfigOption)_menuItems[ _numericInput ];
return true;
}
return true;
}
else if ( _numericInput >= 0 && _numericInput < _currentOption.PossibleValues.Count )
{
// at options menu and having an entered number
_currentOption.Value = _currentOption.PossibleValues.Values[ _numericInput ].ToString();
if ( _currentOption.Name == "Render System" ) // About to change Renderers
{
_renderSystems = _currentOption;
_currentSystem = _renderSystemList[ _numericInput ];
BuildOptions();
_currentOption = null;
return true;
}
_currentOption = null;
}
return true;
}
return true;
}