public void SetAudioRoomSettings(Q3DAudioRoomSettings currentSettings)
{
if (!currentSettings.BinaryEquivalent(mQ3DAudioRoomSettingsLast))
{
mQ3DAudioRoomSettingsLast = currentSettings;
Q3DAudioManager.DebugLog("Q3DAudioRoom:Set=["
+ currentSettings.gainAdjust + ";"
+ currentSettings.brightAdjust + ";"
+ currentSettings.timeAdjust + ";"
+ currentSettings.wetMix + ";"
+ currentSettings.roomDimensionsX_meters + ";"
+ currentSettings.roomDimensionsY_meters + ";"
+ currentSettings.roomDimensionsZ_meters + ";"
+ currentSettings.roomMaterialWalls + ";"
+ currentSettings.roomMaterialCeiling + ";"
+ currentSettings.roomMaterialFloor + "]");
Q3DAudioRoom.SetReverb(
currentSettings.gainAdjust,
currentSettings.brightAdjust,
currentSettings.timeAdjust,
currentSettings.wetMix,
currentSettings.roomDimensionsX_meters,
currentSettings.roomDimensionsY_meters,
currentSettings.roomDimensionsZ_meters,
(int)currentSettings.roomMaterialWalls,
(int)currentSettings.roomMaterialCeiling,
(int)currentSettings.roomMaterialFloor);
}
}
public override void OnInspectorGUI()
{
Q3DAudioRoom q3dAudioRoom = (Q3DAudioRoom)target;
AudioReverbZone audioReverbZone = q3dAudioRoom.mAudioReverbZone = q3dAudioRoom.GetComponent<AudioReverbZone>();//maintain invariant of Q3DAudioRoom accessing its underlying AudioReverbZone
if (audioReverbZone)
{
GUI.enabled = false;
string takenFromUnderlyingReverbZone = "Taken from underlying ReverbZone";
{
EditorGUILayout.FloatField(
new GUIContent
(
"Min Distance",
takenFromUnderlyingReverbZone
),
audioReverbZone.minDistance
);
EditorGUILayout.FloatField(
new GUIContent
(
"Max Distance",
takenFromUnderlyingReverbZone
),
audioReverbZone.maxDistance
);
}
GUI.enabled = true;
//#Q3DAudioRoomInSync: keep GUIContent.tooltip text in sync with the description strings in Q3DAudioTestPlugin.cpp
mGainSerializedProperty.floatValue = EditorGUILayout.Slider(
new GUIContent
(
"Gain",//see #Q3DAudioRoomInSync
"Linear volume gain; less than 0 attenuates"//see #Q3DAudioRoomInSync
),
q3dAudioRoom.Gain,
Q3DAudioRoom.GainMin,
Q3DAudioRoom.GainMax);
mTimeAdjustSerializedProperty.floatValue = EditorGUILayout.Slider(
new GUIContent
(
"TimeAdjust",//see #Q3DAudioRoomInSync
"Scales the reverb tail; larger values mean a longer tail"//see #Q3DAudioRoomInSync
),
q3dAudioRoom.TimeAdjust,
Q3DAudioRoom.TimeAdjustMin,
Q3DAudioRoom.TimeAdjustMax);
mBrightAdjustSerializedProperty.floatValue = EditorGUILayout.Slider(
new GUIContent
(
"BrightAdjust",//see #Q3DAudioRoomInSync
"Reverberation ratio across high and low frequencies"//see #Q3DAudioRoomInSync
),
q3dAudioRoom.BrightAdjust,
Q3DAudioRoom.BrightAdjustMin,
Q3DAudioRoom.BrightAdjustMax);
mWetMixSerializedProperty.intValue = EditorGUILayout.IntSlider(
new GUIContent
(
"WetMix",//see #Q3DAudioRoomInSync
"Ratio between wet and dry mix -- larger values are wetter"//see #Q3DAudioRoomInSync
),
q3dAudioRoom.WetMix,
Q3DAudioRoom.WetMixMin,
Q3DAudioRoom.WetMixMax);
mRoomDimensionsX_metersSerializedProperty.floatValue = EditorGUILayout.Slider(
new GUIContent
(
"RoomDimensionsX_meters",//see #Q3DAudioRoomInSync
"Shoebox model distance from wall-to-wall along the player's left-right axis"//see #Q3DAudioRoomInSync
),
q3dAudioRoom.RoomDimensionsX_meters,
Q3DAudioRoom.RoomDimensionsXMin_meters,
Q3DAudioRoom.RoomDimensionsXMax_meters);
mRoomDimensionsY_metersSerializedProperty.floatValue = EditorGUILayout.Slider(
new GUIContent
(
"RoomDimensionsY_meters",//see #Q3DAudioRoomInSync
"Shoebox model distance from floor-to-ceiling relative to the player"//see #Q3DAudioRoomInSync
),
q3dAudioRoom.RoomDimensionsY_meters,
Q3DAudioRoom.RoomDimensionsYMin_meters,
Q3DAudioRoom.RoomDimensionsYMax_meters);
mRoomDimensionsZ_metersSerializedProperty.floatValue = EditorGUILayout.Slider(
new GUIContent
(
"RoomDimensionsZ_meters",//see #Q3DAudioRoomInSync
"Shoebox model distance from wall-to-wall along the player's forward-back axis"//see #Q3DAudioRoomInSync
),
q3dAudioRoom.RoomDimensionsZ_meters,
Q3DAudioRoom.RoomDimensionsZMin_meters,
Q3DAudioRoom.RoomDimensionsZMax_meters);
GUIContent[] materialOptions = new GUIContent[]
{
//keep in sync with Q3DAudioRoom.vr_audio_room_material_type
new GUIContent("TRANSPARENT", "Acoustically transparent material, reflects no sound"),
new GUIContent("ACOUSTIC_CEILING_TILES", "Acoustic ceiling tiles, absorbs most frequencies"),
new GUIContent("BRICK_BARE", "Bare brick, relatively reflective"),
new GUIContent("BRICK_PAINTED", "Painted brick"),
new GUIContent("CONCRETE_BLOCK_COARSE", "Coarse surface concrete block"),
new GUIContent("CONCRETE_BLOCK_PAINTED", "Painted concrete block"),
new GUIContent("CURTAIN_HEAVY", "Heavy curtains"),
new GUIContent("FIBER_GLASS_INSULATION", "Fiber glass insulation"),
new GUIContent("GLASS_THICK", "Thin glass"),
new GUIContent("GLASS_THIN", "Thick glass"),
new GUIContent("GRASS", "Grass"),
new GUIContent("LINOLEUM_ON_CONCRETE", "Linoleum on concrete"),
new GUIContent("MARBLE", "Marble"),
new GUIContent("METAL", "Galvanized sheet metal"),
new GUIContent("PARQUET_ON_CONCRETE", "Wooden parquet on concrete"),
new GUIContent("PLASTER_ROUGH", "Rough plaster surface"),
new GUIContent("PLASTER_SMOOTH", "Smooth plaster surface"),
new GUIContent("PLYWOOD_PANEL", "Plywood panel"),
new GUIContent("POLISHED_CONCRETE_OR_TILE", "Polished concrete OR tile surface"),
new GUIContent("SHEET_ROCK", "Sheet rock"),
new GUIContent("WATER_OR_ICE_SURFACE", "Surface of water or ice"),
new GUIContent("WOOD_ON_CEILING", "Wooden ceiling"),
new GUIContent("WOOD_PANEL", "Wood paneling")
};
mRoomMaterialWallsSerializedProperty.enumValueIndex =
(int)(Q3DAudioRoom.vr_audio_room_material_type)EditorGUILayout.Popup(
new GUIContent
(
"RoomMaterialWalls",
"Shoebox material type for the walls always in front, back and to the sides of the player (that conceptually follows the player's translation and orientation)"//see #Q3DAudioRoomInSync
),
(int)q3dAudioRoom.RoomMaterialWalls,
materialOptions
);
mRoomMaterialCeilingSerializedProperty.enumValueIndex =
(int)(Q3DAudioRoom.vr_audio_room_material_type)EditorGUILayout.Popup(
new GUIContent
(
"RoomMaterialCeiling",
"Shoebox material type for the ceiling always above the player (that conceptually follows the player's translation and orientation)"//see #Q3DAudioRoomInSync
),
(int)q3dAudioRoom.RoomMaterialCeiling,
materialOptions
);
mRoomMaterialFloorSerializedProperty.enumValueIndex =
(int)(Q3DAudioRoom.vr_audio_room_material_type)EditorGUILayout.Popup(
new GUIContent
(
"RoomMaterialFloor",
"Shoebox material type for the floor always below the player (that conceptually follows the player's translation and orientation)"//see #Q3DAudioRoomInSync
),
(int)q3dAudioRoom.RoomMaterialFloor,
materialOptions
);
serializedObject.ApplyModifiedProperties();
}
else
{
EditorGUILayout.LabelField("Disabled", "Must be placed on a GameObject that has an AudioReverbZone, but no AudioReverbZone is found");
}
}
