public static void SetReverbProp(REVERBTYPE type, FMOD.REVERB_PROPERTIES prop)
{
REVERB[(int)type].AirAbsorptionHF = prop.AirAbsorptionHF;
REVERB[(int)type].DecayHFRatio = prop.DecayHFRatio;
REVERB[(int)type].DecayLFRatio = prop.DecayLFRatio;
REVERB[(int)type].DecayTime = prop.DecayTime;
REVERB[(int)type].Density = prop.Density;
REVERB[(int)type].Diffusion = prop.Diffusion;
REVERB[(int)type].EchoDepth = prop.EchoDepth;
REVERB[(int)type].EchoTime = prop.EchoTime;
REVERB[(int)type].EnvDiffusion = prop.EnvDiffusion;
REVERB[(int)type].Environment = prop.Environment;
REVERB[(int)type].EnvSize = prop.EnvSize;
REVERB[(int)type].Flags = prop.Flags;
REVERB[(int)type].HFReference = prop.HFReference;
REVERB[(int)type].Instance = prop.Instance;
REVERB[(int)type].LFReference = prop.LFReference;
REVERB[(int)type].ModulationDepth = prop.ModulationDepth;
REVERB[(int)type].ModulationTime = prop.ModulationTime;
REVERB[(int)type].Reflections = prop.Reflections;
REVERB[(int)type].ReflectionsDelay = prop.ReflectionsDelay;
REVERB[(int)type].ReflectionsPan = prop.ReflectionsPan;
REVERB[(int)type].Reverb = prop.Reverb;
REVERB[(int)type].ReverbDelay = prop.ReverbDelay;
REVERB[(int)type].ReverbPan = prop.ReverbPan;
REVERB[(int)type].Room = prop.Room;
REVERB[(int)type].RoomHF = prop.RoomHF;
REVERB[(int)type].RoomLF = prop.RoomLF;
REVERB[(int)type].RoomRolloffFactor = prop.RoomRolloffFactor;
}
public FMOD.Reverb3D CreateReverb(FMOD.REVERB_PROPERTIES props, Vector3 location, float maxDist, float minDist)
{
FMOD.Reverb3D reverb;
FMOD.RESULT res = soundSystem.createReverb3D(out reverb);
if (res == FMOD.RESULT.OK)
{
res = reverb.setProperties(ref props);
if (res == FMOD.RESULT.OK)
{
FMOD.VECTOR pos = new FMOD.VECTOR();
pos.x = location.X;
pos.y = location.Y;
pos.z = location.Z;
res = reverb.set3DAttributes(ref pos, minDist, maxDist);
if (res == FMOD.RESULT.OK)
{
return(reverb);
}
else
{
throw new Exceptions.LoadFailException(FMOD.Error.String(res));
}
}
else
{
throw new Exceptions.LoadFailException(FMOD.Error.String(res));
}
}
else
{
throw new Exceptions.LoadFailException(FMOD.Error.String(res));
}
}
public static void GetreverbProp(REVERBTYPE type, ref FMOD.REVERB_PROPERTIES prop)
{
prop.AirAbsorptionHF = REVERB[(int)type].AirAbsorptionHF;
prop.DecayHFRatio = REVERB[(int)type].DecayHFRatio;
prop.DecayLFRatio = REVERB[(int)type].DecayLFRatio;
prop.DecayTime = REVERB[(int)type].DecayTime;
prop.Density = REVERB[(int)type].Density;
prop.Diffusion = REVERB[(int)type].Diffusion;
prop.EchoDepth = REVERB[(int)type].EchoDepth;
prop.EchoTime = REVERB[(int)type].EchoTime;
prop.EnvDiffusion = REVERB[(int)type].EnvDiffusion;
prop.Environment = REVERB[(int)type].Environment;
prop.EnvSize = REVERB[(int)type].EnvSize;
prop.Flags = REVERB[(int)type].Flags;
prop.HFReference = REVERB[(int)type].HFReference;
prop.Instance = REVERB[(int)type].Instance;
prop.LFReference = REVERB[(int)type].LFReference;
prop.ModulationDepth = REVERB[(int)type].ModulationDepth;
prop.ModulationTime = REVERB[(int)type].ModulationTime;
prop.Reflections = REVERB[(int)type].Reflections;
prop.ReflectionsDelay = REVERB[(int)type].ReflectionsDelay;
prop.ReflectionsPan = REVERB[(int)type].ReflectionsPan;
prop.Reverb = REVERB[(int)type].Reverb;
prop.ReverbDelay = REVERB[(int)type].ReverbDelay;
prop.ReverbPan = REVERB[(int)type].ReverbPan;
prop.Room = REVERB[(int)type].Room;
prop.RoomHF = REVERB[(int)type].RoomHF;
prop.RoomLF = REVERB[(int)type].RoomLF;
prop.RoomRolloffFactor = REVERB[(int)type].RoomRolloffFactor;
}
public string GetAllKindsOfInformation()
{
StringBuilder sb = new StringBuilder();
uint version = 0;
FMODSystem.getVersion(ref version);
sb.AppendLine("FMOD Version: " + version);
float cpuDSP = 0, cpuStream = 0, cpuGeometry = 0, cpuUpdate = 0, cpuTotal = 0;
ERRCHECK(FMODSystem.getCPUUsage(ref cpuDSP, ref cpuStream, ref cpuGeometry, ref cpuUpdate, ref cpuTotal));
sb.AppendFormat("CPU usage: (dsp {0:0.000}%, stream {1:0.000}%, geometry {2:0.000}%, update {3:0.000}%, total {4:0.000}%) {5}", cpuDSP, cpuStream, cpuGeometry, cpuUpdate, cpuTotal, Environment.NewLine);
FMOD.MEMORY_USAGE_DETAILS memoryUsageDetails = new FMOD.MEMORY_USAGE_DETAILS();
uint memoryUsed = 0;
ERRCHECK(FMODSystem.getMemoryInfo((uint)FMOD.MEMBITS.ALL, (uint)FMOD.EVENT_MEMBITS.ALL, ref memoryUsed, ref memoryUsageDetails));
sb.AppendFormat("Memory usage: {0:0,0} B{1}", memoryUsed, Environment.NewLine);
/* // Sound RAM is dedicated RAM that exists on some devices, not ours though.
* int ramCurrentAllocated = 0, ramMaxAllocated = 0, ramTotal = 0;
* ERRCHECK(FMODSystem.getSoundRAM(ref ramCurrentAllocated, ref ramMaxAllocated, ref ramTotal));
* sb.AppendFormat("Sound RAM (current alloc., max alloc., total): ({0}, {1}, {2}){3}",
* ramCurrentAllocated, ramMaxAllocated, ramTotal, Environment.NewLine); */
sb.AppendLine("");
int nDrivers = 0;
ERRCHECK(FMODSystem.getNumDrivers(ref nDrivers));
/* // Caps cannot be called while the system is up and running
* FMOD.CAPS caps = new FMOD.CAPS();
* int hardwareMinFrequency = 0, hardwareMaxFrequency = 0;
* FMOD.SPEAKERMODE controlPanelSpeakerMode = new FMOD.SPEAKERMODE();
* for (int i = 0; i < nDrivers; i++)
* {
* ERRCHECK(FMODSystem.getDriverCaps(i, ref caps, ref hardwareMinFrequency, ref hardwareMaxFrequency, ref controlPanelSpeakerMode));
*
* sb.AppendLine("Driver id: " + i);
* sb.AppendLine("Caps: " + caps.ToString());
* sb.AppendLine("Hardware minimum frequency: " + hardwareMinFrequency);
* sb.AppendLine("Hardware maximum frequency: " + hardwareMaxFrequency);
* sb.AppendLine("Control panel speaker mode: " + controlPanelSpeakerMode.ToString());
* }*/
int currentDriver = -0;
ERRCHECK(FMODSystem.getDriver(ref currentDriver));
sb.AppendLine("Current driver: " + currentDriver);
StringBuilder driverName = new StringBuilder(200);
FMOD.GUID driverGuid = new FMOD.GUID();
for (int i = 0; i < nDrivers; i++)
{
ERRCHECK(FMODSystem.getDriverInfo(i, driverName, 200, ref driverGuid));
sb.AppendLine("Driver id: " + i + (currentDriver == i ? " (Selected)" : ""));
sb.AppendLine("Device name: " + driverName.ToString());
sb.AppendFormat("Driver GUID: ({0}, {1}, {2}){3}", driverGuid.Data1, driverGuid.Data2, driverGuid.Data3, Environment.NewLine);
if (i == 0)
{
sb.AppendLine("Drivers caps: " + driverCaps.ToString());
}
sb.AppendLine("");
}
int numHardwareChannels2D = 0, numHardwareChannels3D = 0, numHardwareChannelsTotal = 0;
ERRCHECK(FMODSystem.getHardwareChannels(ref numHardwareChannels2D, ref numHardwareChannels3D, ref numHardwareChannelsTotal));
sb.AppendFormat("Hardware channels: {0} ({1} 2D + {2} 3D){3}", numHardwareChannelsTotal, numHardwareChannels2D, numHardwareChannels3D, Environment.NewLine);
int numSoftwareChannels2D = 0, numSoftwareChannels3D = 0, numSoftwareChannelsTotal = 0;
ERRCHECK(FMODSystem.getHardwareChannels(ref numSoftwareChannels2D, ref numSoftwareChannels3D, ref numSoftwareChannelsTotal));
sb.AppendFormat("Software channels: {0} ({1} 2D + {2} 3D){3}", numSoftwareChannelsTotal, numSoftwareChannels2D, numSoftwareChannels3D, Environment.NewLine);
FMOD.SPEAKERMODE speakerMode = new FMOD.SPEAKERMODE();
FMODSystem.getSpeakerMode(ref speakerMode);
sb.AppendLine("Speaker mode: " + speakerMode.ToString());
sb.AppendLine("Active speakers: ");
foreach (FMOD.SPEAKER speaker in Enum.GetValues(typeof(FMOD.SPEAKER)))
{
if (speaker == FMOD.SPEAKER.MAX || speaker == FMOD.SPEAKER.MONO || speaker == FMOD.SPEAKER.NULL ||
speaker == FMOD.SPEAKER.SBL || speaker == FMOD.SPEAKER.SBR)
{
continue;
}
float x = 0, y = 0;
bool active = false;
ERRCHECK(FMODSystem.get3DSpeakerPosition(speaker, ref x, ref y, ref active));
if (active)
{
sb.AppendFormat(" {0} ({1}, {2}) {3}", Enum.GetName(speaker.GetType(), speaker), x, y, Environment.NewLine);
}
}
sb.AppendLine("");
uint selectedOutputPlugin = 0;
ERRCHECK(FMODSystem.getOutputByPlugin(ref selectedOutputPlugin));
FMOD.OUTPUTTYPE outputType = new FMOD.OUTPUTTYPE();
ERRCHECK(FMODSystem.getOutput(ref outputType));
sb.AppendLine("Output type: " + outputType);
int nOutputPlugins = 0;
ERRCHECK(FMODSystem.getNumPlugins(FMOD.PLUGINTYPE.OUTPUT, ref nOutputPlugins));
IntPtr outputPluginHandle = new IntPtr();
ERRCHECK(FMODSystem.getOutputHandle(ref outputPluginHandle));
sb.AppendLine("Output handle: " + outputPluginHandle.ToInt32());
sb.AppendLine("Plugins: ");
for (int i = 0; i < nOutputPlugins; i++)
{
uint pluginHandle = 0;
ERRCHECK(FMODSystem.getPluginHandle(FMOD.PLUGINTYPE.OUTPUT, i, ref pluginHandle));
StringBuilder pluginName = new StringBuilder(100);
uint pluginVersion = 0;
FMOD.PLUGINTYPE pluginType = FMOD.PLUGINTYPE.OUTPUT;
ERRCHECK(FMODSystem.getPluginInfo(pluginHandle, ref pluginType, pluginName, 100, ref pluginVersion));
sb.AppendFormat("{0}{1} ({2} {3}) {4}", selectedOutputPlugin == pluginHandle ? "* " : " ", pluginName, pluginType.ToString(), pluginVersion, Environment.NewLine);
}
sb.AppendLine();
sb.AppendLine("Reverb properties: ");
FMOD.REVERB_PROPERTIES reverbProperties = new FMOD.REVERB_PROPERTIES();
ERRCHECK(FMODSystem.getReverbProperties(ref reverbProperties));
sb.Append(StringifyStructure <FMOD.REVERB_PROPERTIES>(reverbProperties, " "));
sb.AppendLine("");
sb.AppendLine("Ambient Reverb properties: ");
FMOD.REVERB_PROPERTIES reverbAmbientProperties = new FMOD.REVERB_PROPERTIES();
ERRCHECK(FMODSystem.getReverbAmbientProperties(ref reverbAmbientProperties));
sb.Append(StringifyStructure <FMOD.REVERB_PROPERTIES>(reverbAmbientProperties, " "));
sb.AppendLine("");
// Returns non-initialised values for some reason
sb.AppendLine("Advanced settings: ");
FMOD.ADVANCEDSETTINGS advancedSettings = new FMOD.ADVANCEDSETTINGS();
ERRCHECK(FMODSystem.getAdvancedSettings(ref advancedSettings));
sb.Append(StringifyStructure <FMOD.ADVANCEDSETTINGS>(advancedSettings, " "));
sb.AppendLine("");
return(sb.ToString());
}
