private void probe_sample_selector_gui(int window_id)
{
GUIContent _content = new GUIContent();
BeepSource source = beepsource_list[(((sel_beep_page - 1) * 10) + sel_beep_src)]; //shortcut 0-9 only, but correspond to the correct beepsource
//GUILayout.Label("Beepsource " + source.beep_name, label_txt_center);
probe_sample_selector_scroll_pos = GUILayout.BeginScrollView(probe_sample_selector_scroll_pos, false, true);
//list each sample from Dict
foreach (string key in dict_probe_samples.Keys)
{
AudioClip _clip = new AudioClip();
GUIStyle sample_gs = label_txt_left;
if (dict_probe_samples.TryGetValue(key, out _clip))
{
//check if _clip is == source.clip
//if yes, bold it
if (_clip == source.audiosource.clip) sample_gs = label_txt_bold;
//else sample_gs = label_txt_left;
}
GUILayout.BeginHorizontal(GUILayout.ExpandWidth(true));
_content.text = key;
_content.tooltip = "Probe sample file name";
GUILayout.Label(_content, sample_gs, GUILayout.ExpandWidth(true));
_content.text = "►";
_content.tooltip = "Play this sample once";
if (GUILayout.Button(_content, GUILayout.ExpandWidth(false)))
{
if ((exchange_playing && disable_beeps_during_chatter) || sstv.isPlaying) return; //don't play during chatter or sstv
//if (debugging) Debug.Log("[CHATR] playing sample " + source.current_clip + " one time...");
OTP_source = source;
OTP_stored_clip = source.audiosource.clip;
//if (debugging) Debug.Log("[CHATR] OTP_stored_clip = " + OTP_stored_clip);
//source.current_clip = key;
//if (debugging) Debug.Log("[CHATR] set clip " + source.current_clip + " to play once");
//set_beep_clip(source);
//if (debugging) Debug.Log("[CHATR] source.audiosource.clip set");
//AudioClip _clip;
if (dict_probe_samples.TryGetValue(key, out _clip))
{
source.audiosource.clip = _clip;
}
OTP_playing = true;
source.audiosource.Play();
}
_content.text = "Set";
_content.tooltip = "Set this sample to play from this beepsource";
if (GUILayout.Button(_content, GUILayout.ExpandWidth(false)))
{
//sample was selected
source.current_clip = key; //set current_clip
set_beep_clip(source); //then assign AudioClip
if (debugging) Debug.Log("[CHATR] sample selector clip set :: clip = " + key);
}
GUILayout.EndHorizontal();
}
GUILayout.EndScrollView();
GUILayout.BeginHorizontal(GUILayout.ExpandWidth(true));
GUILayout.Label(" ", GUILayout.ExpandWidth(true));
if (GUILayout.Button("Close", GUILayout.ExpandWidth(false)))
{
show_probe_sample_selector = false;
}
GUILayout.EndHorizontal();
if (show_tooltips && GUI.tooltip != "") tooltips(probe_sample_selector_window_pos);
GUI.DragWindow();
}
//Set audioclip
private void set_beep_clip(BeepSource beepsource)
{
if (beepsource.current_clip == "First")
{
//"First" is used when creating a new beepsource
//if (debugging) Debug.Log("[CHATR] beep AudioClip is \"First\"");
//pick any AudioClip (when adding a new beepsource)
//dump all values into a List
//get a random index for that list
//assign
List<AudioClip> val_list = new List<AudioClip>();
foreach (AudioClip val in dict_probe_samples.Values)
{
val_list.Add(val);
}
beepsource.audiosource.clip = val_list[0];
string s = "";
if (dict_probe_samples2.TryGetValue(beepsource.audiosource.clip, out s))
{
beepsource.current_clip = s;
if (debugging) Debug.Log("[CHATR] \"First\" AudioClip set :: current_clip = " + s);
}
}
else if (beepsource.current_clip == "Random")
{
if (debugging) Debug.Log("[CHATR] setting random AudioClip...");
List<AudioClip> clip_list = new List<AudioClip>();
foreach (AudioClip clip in dict_probe_samples.Values)
{
clip_list.Add(clip);
}
beepsource.audiosource.clip = clip_list[rand.Next(0, clip_list.Count)];
string s = "";
if (dict_probe_samples2.TryGetValue(beepsource.audiosource.clip, out s))
{
beepsource.current_clip = s;
if (debugging) Debug.Log("[CHATR] beep AudioClip randomized :: current_clip = " + s);
}
}
else
{
AudioClip temp_clip = new AudioClip();
//broken here current_clip == null
if (dict_probe_samples.TryGetValue(beepsource.current_clip, out temp_clip))
{
beepsource.audiosource.clip = temp_clip;
string s = "";
if (dict_probe_samples2.TryGetValue(beepsource.audiosource.clip, out s))
{
beepsource.current_clip = s;
if (debugging) Debug.Log("[CHATR] beep AudioClip set :: current_clip = " + s);
}
}
else
{
if (debugging) Debug.LogError("[CHATR] Could not find AudioClip for key " + beepsource.current_clip + " :: setting AudioClip to \"First\"");
beepsource.current_clip = "First";
set_beep_clip(beepsource);
}
}
}
private void paste_beepsource_values(BeepSource source)
{
if (beepsource_clipboard.HasValue("precise")) source.precise = Boolean.Parse(beepsource_clipboard.GetValue("precise"));
if (beepsource_clipboard.HasValue("precise_freq"))
{
source.precise_freq = Int32.Parse(beepsource_clipboard.GetValue("precise_freq"));
source.precise_freq_slider = source.precise_freq;
}
if (beepsource_clipboard.HasValue("loose_freq"))
{
source.loose_freq = Int32.Parse(beepsource_clipboard.GetValue("loose_freq"));
source.loose_freq_slider = source.loose_freq;
}
if (beepsource_clipboard.HasValue("volume")) source.audiosource.volume = Single.Parse(beepsource_clipboard.GetValue("volume"));
if (beepsource_clipboard.HasValue("pitch")) source.audiosource.pitch = Single.Parse(beepsource_clipboard.GetValue("pitch"));
if (beepsource_clipboard.HasValue("current_clip")) source.current_clip = beepsource_clipboard.GetValue("current_clip");
if (beepsource_clipboard.HasValue("sel_filter")) source.sel_filter = Int32.Parse(beepsource_clipboard.GetValue("sel_filter"));
if (beepsource_clipboard.HasValue("show_settings_window")) source.show_settings_window = Boolean.Parse(beepsource_clipboard.GetValue("show_settings_window"));
if (beepsource_clipboard.HasValue("reverb_preset_index")) source.reverb_preset_index = Int32.Parse(beepsource_clipboard.GetValue("reverb_preset_index"));
if (beepsource_clipboard.HasValue("settings_window_pos_x")) source.settings_window_pos.x = Single.Parse(beepsource_clipboard.GetValue("settings_window_pos_x"));
if (beepsource_clipboard.HasValue("settings_window_pos_y")) source.settings_window_pos.y = Single.Parse(beepsource_clipboard.GetValue("settings_window_pos_y"));
if (dict_probe_samples.Count > 0)
{
set_beep_clip(source);
if (source.precise == false && source.loose_freq > 0) new_beep_loose_timer_limit(source);
}
foreach (ConfigNode filter in beepsource_clipboard.nodes)
{
if (filter.name == "CHORUS")
{
if (filter.HasValue("enabled")) source.chorus_filter.enabled = Boolean.Parse(filter.GetValue("enabled"));
if (filter.HasValue("dry_mix")) source.chorus_filter.dryMix = Single.Parse(filter.GetValue("dry_mix"));
if (filter.HasValue("wet_mix_1")) source.chorus_filter.wetMix1 = Single.Parse(filter.GetValue("wet_mix_1"));
if (filter.HasValue("wet_mix_2")) source.chorus_filter.wetMix2 = Single.Parse(filter.GetValue("wet_mix_2"));
if (filter.HasValue("wet_mix_3")) source.chorus_filter.wetMix3 = Single.Parse(filter.GetValue("wet_mix_3"));
}
else if (filter.name == "DISTORTION")
{
if (filter.HasValue("enabled")) source.distortion_filter.enabled = Boolean.Parse(filter.GetValue("enabled"));
if (filter.HasValue("distortion_level")) source.distortion_filter.distortionLevel = Single.Parse(filter.GetValue("distortion_level"));
}
else if (filter.name == "ECHO")
{
if (filter.HasValue("enabled")) source.echo_filter.enabled = Boolean.Parse(filter.GetValue("enabled"));
if (filter.HasValue("delay")) source.echo_filter.delay = Single.Parse(filter.GetValue("delay"));
if (filter.HasValue("decay_ratio")) source.echo_filter.decayRatio = Single.Parse(filter.GetValue("decay_ratio"));
if (filter.HasValue("dry_mix")) source.echo_filter.dryMix = Single.Parse(filter.GetValue("dry_mix"));
if (filter.HasValue("wet_mix")) source.echo_filter.wetMix = Single.Parse(filter.GetValue("wet_mix"));
}
else if (filter.name == "HIGHPASS")
{
if (filter.HasValue("enabled")) source.highpass_filter.enabled = Boolean.Parse(filter.GetValue("enabled"));
if (filter.HasValue("cutoff_freq")) source.highpass_filter.cutoffFrequency = Single.Parse(filter.GetValue("cutoff_freq"));
if (filter.HasValue("resonance_q")) source.highpass_filter.highpassResonanceQ = Single.Parse(filter.GetValue("resonance_q"));
}
else if (filter.name == "LOWPASS")
{
if (filter.HasValue("enabled")) source.lowpass_filter.enabled = Boolean.Parse(filter.GetValue("enabled"));
if (filter.HasValue("cutoff_freq")) source.lowpass_filter.cutoffFrequency = Single.Parse(filter.GetValue("cutoff_freq"));
if (filter.HasValue("resonance_q")) source.lowpass_filter.lowpassResonanceQ = Single.Parse(filter.GetValue("resonance_q"));
}
else if (filter.name == "REVERB")
{
if (filter.HasValue("enabled")) source.reverb_filter.enabled = Boolean.Parse(filter.GetValue("enabled"));
if (filter.HasValue("reverb_preset")) source.reverb_filter.reverbPreset = (AudioReverbPreset)Enum.Parse(typeof(AudioReverbPreset), filter.GetValue("reverb_preset"));
if (filter.HasValue("dry_level")) source.reverb_filter.dryLevel = Single.Parse(filter.GetValue("dry_level"));
if (filter.HasValue("room")) source.reverb_filter.room = Single.Parse(filter.GetValue("room"));
if (filter.HasValue("room_hf")) source.reverb_filter.roomHF = Single.Parse(filter.GetValue("room_hf"));
if (filter.HasValue("room_lf")) source.reverb_filter.roomLF = Single.Parse(filter.GetValue("room_lf"));
if (filter.HasValue("room_rolloff")) source.reverb_filter.roomRolloff = Single.Parse(filter.GetValue("room_rolloff"));
if (filter.HasValue("decay_time")) source.reverb_filter.decayTime = Single.Parse(filter.GetValue("decay_time"));
if (filter.HasValue("decay_hf_ratio")) source.reverb_filter.decayHFRatio = Single.Parse(filter.GetValue("decay_hf_ratio"));
if (filter.HasValue("reflections_level")) source.reverb_filter.reflectionsLevel = Single.Parse(filter.GetValue("reflections_level"));
if (filter.HasValue("reflections_delay")) source.reverb_filter.reflectionsDelay = Single.Parse(filter.GetValue("reflections_delay"));
if (filter.HasValue("reverb_level")) source.reverb_filter.reverbLevel = Single.Parse(filter.GetValue("reverb_level"));
if (filter.HasValue("reverb_delay")) source.reverb_filter.reverbDelay = Single.Parse(filter.GetValue("reverb_delay"));
if (filter.HasValue("diffusion")) source.reverb_filter.diffusion = Single.Parse(filter.GetValue("diffusion"));
if (filter.HasValue("density")) source.reverb_filter.density = Single.Parse(filter.GetValue("density"));
if (filter.HasValue("hf_reference")) source.reverb_filter.hfReference = Single.Parse(filter.GetValue("hf_reference"));
if (filter.HasValue("lf_reference")) source.reverb_filter.lfReference = Single.Parse(filter.GetValue("lf_reference"));
}
}
if (debugging) Debug.Log("[CHATR] single beepsource values pasted from beepsource_clipboard");
}
//Timer functions
private void new_beep_loose_timer_limit(BeepSource bm)
{
if (bm.loose_freq == 1) bm.loose_timer_limit = rand.Next(120, 301);
else if (bm.loose_freq == 2) bm.loose_timer_limit = rand.Next(60, 121);
else if (bm.loose_freq == 3) bm.loose_timer_limit = rand.Next(30, 61);
else if (bm.loose_freq == 4) bm.loose_timer_limit = rand.Next(15, 31);
else if (bm.loose_freq == 5) bm.loose_timer_limit = rand.Next(5, 16);
else if (bm.loose_freq == 6) bm.loose_timer_limit = rand.Next(1, 6);
//if (debugging) Debug.Log("[CHATR] new beep loose timer limit set: " + bm.loose_timer_limit);
}
//Copy/Paste beepsource
private void copy_beepsource_values(BeepSource source)
{
beepsource_clipboard = new ConfigNode();
ConfigNode _filter;
beepsource_clipboard.AddValue("precise", source.precise);
beepsource_clipboard.AddValue("precise_freq", source.precise_freq);
beepsource_clipboard.AddValue("loose_freq", source.loose_freq);
beepsource_clipboard.AddValue("volume", source.audiosource.volume);
beepsource_clipboard.AddValue("pitch", source.audiosource.pitch);
beepsource_clipboard.AddValue("current_clip", source.current_clip);
beepsource_clipboard.AddValue("sel_filter", source.sel_filter);
beepsource_clipboard.AddValue("show_settings_window", source.show_settings_window);
beepsource_clipboard.AddValue("reverb_preset_index", source.reverb_preset_index);
beepsource_clipboard.AddValue("settings_window_pos_x", source.settings_window_pos.x);
beepsource_clipboard.AddValue("settings_window_pos_y", source.settings_window_pos.y);
//filters
//ConfigNode _filter;
_filter = new ConfigNode();
_filter.name = "CHORUS";
_filter.AddValue("enabled", source.chorus_filter.enabled);
_filter.AddValue("dry_mix", source.chorus_filter.dryMix);
_filter.AddValue("wet_mix_1", source.chorus_filter.wetMix1);
_filter.AddValue("wet_mix_2", source.chorus_filter.wetMix2);
_filter.AddValue("wet_mix_3", source.chorus_filter.wetMix3);
beepsource_clipboard.AddNode(_filter);
_filter = new ConfigNode();
_filter.name = "DISTORTION";
_filter.AddValue("enabled", source.distortion_filter.enabled);
_filter.AddValue("distortion_level", source.distortion_filter.distortionLevel);
beepsource_clipboard.AddNode(_filter);
_filter = new ConfigNode();
_filter.name = "ECHO";
_filter.AddValue("enabled", source.echo_filter.enabled);
_filter.AddValue("delay", source.echo_filter.delay);
_filter.AddValue("decay_ratio", source.echo_filter.decayRatio);
_filter.AddValue("dry_mix", source.echo_filter.dryMix);
_filter.AddValue("wet_mix", source.echo_filter.wetMix);
beepsource_clipboard.AddNode(_filter);
_filter = new ConfigNode();
_filter.name = "HIGHPASS";
_filter.AddValue("enabled", source.highpass_filter.enabled);
_filter.AddValue("cutoff_freq", source.highpass_filter.cutoffFrequency);
_filter.AddValue("resonance_q", source.highpass_filter.highpassResonanceQ);
beepsource_clipboard.AddNode(_filter);
_filter = new ConfigNode();
_filter.name = "LOWPASS";
_filter.AddValue("enabled", source.lowpass_filter.enabled);
_filter.AddValue("cutoff_freq", source.lowpass_filter.cutoffFrequency);
_filter.AddValue("resonance_q", source.lowpass_filter.lowpassResonanceQ);
beepsource_clipboard.AddNode(_filter);
_filter = new ConfigNode();
_filter.name = "REVERB";
_filter.AddValue("enabled", source.reverb_filter.enabled);
_filter.AddValue("reverb_preset", source.reverb_filter.reverbPreset);
_filter.AddValue("dry_level", source.reverb_filter.dryLevel);
_filter.AddValue("room", source.reverb_filter.room);
_filter.AddValue("room_hf", source.reverb_filter.roomHF);
_filter.AddValue("room_lf", source.reverb_filter.roomLF);
_filter.AddValue("room_rolloff", source.reverb_filter.roomRolloff);
_filter.AddValue("decay_time", source.reverb_filter.decayTime);
_filter.AddValue("decay_hf_ratio", source.reverb_filter.decayHFRatio);
_filter.AddValue("reflections_level", source.reverb_filter.reflectionsLevel);
_filter.AddValue("reflections_delay", source.reverb_filter.reflectionsDelay);
_filter.AddValue("reverb_level", source.reverb_filter.reverbLevel);
_filter.AddValue("reverb_delay", source.reverb_filter.reverbDelay);
_filter.AddValue("diffusion", source.reverb_filter.diffusion);
_filter.AddValue("density", source.reverb_filter.density);
_filter.AddValue("hf_reference", source.reverb_filter.hfReference);
_filter.AddValue("lf_reference", source.reverb_filter.lfReference);
beepsource_clipboard.AddNode(_filter);
if (debugging) Debug.Log("[CHATR] single beepsource values copied to beepsource_clipboard");
}
private void paste_all_beep_filters(BeepSource source)
{
ConfigNode filter = new ConfigNode();
filter = filters_clipboard.GetNode("CHORUS");
if (filter.HasValue("enabled")) source.chorus_filter.enabled = Boolean.Parse(filter.GetValue("enabled"));
if (filter.HasValue("dry_mix")) source.chorus_filter.dryMix = Single.Parse(filter.GetValue("dry_mix"));
if (filter.HasValue("wet_mix_1")) source.chorus_filter.wetMix1 = Single.Parse(filter.GetValue("wet_mix_1"));
if (filter.HasValue("wet_mix_2")) source.chorus_filter.wetMix2 = Single.Parse(filter.GetValue("wet_mix_2"));
if (filter.HasValue("wet_mix_3")) source.chorus_filter.wetMix3 = Single.Parse(filter.GetValue("wet_mix_3"));
if (filter.HasValue("delay")) source.chorus_filter.dryMix = Single.Parse(filter.GetValue("delay"));
if (filter.HasValue("rate")) source.chorus_filter.dryMix = Single.Parse(filter.GetValue("rate"));
if (filter.HasValue("depth")) source.chorus_filter.dryMix = Single.Parse(filter.GetValue("depth"));
filter = filters_clipboard.GetNode("DISTORTION");
if (filter.HasValue("enabled")) source.distortion_filter.enabled = Boolean.Parse(filter.GetValue("enabled"));
if (filter.HasValue("distortion_level")) source.distortion_filter.distortionLevel = Single.Parse(filter.GetValue("distortion_level"));
filter = filters_clipboard.GetNode("ECHO");
if (filter.HasValue("enabled")) source.echo_filter.enabled = Boolean.Parse(filter.GetValue("enabled"));
if (filter.HasValue("delay")) source.echo_filter.delay = Single.Parse(filter.GetValue("delay"));
if (filter.HasValue("decay_ratio")) source.echo_filter.decayRatio = Single.Parse(filter.GetValue("decay_ratio"));
if (filter.HasValue("dry_mix")) source.echo_filter.dryMix = Single.Parse(filter.GetValue("dry_mix"));
if (filter.HasValue("wet_mix")) source.echo_filter.wetMix = Single.Parse(filter.GetValue("wet_mix"));
filter = filters_clipboard.GetNode("HIGHPASS");
if (filter.HasValue("enabled")) source.highpass_filter.enabled = Boolean.Parse(filter.GetValue("enabled"));
if (filter.HasValue("cutoff_freq")) source.highpass_filter.cutoffFrequency = Single.Parse(filter.GetValue("cutoff_freq"));
if (filter.HasValue("resonance_q")) source.highpass_filter.highpassResonanceQ = Single.Parse(filter.GetValue("resonance_q"));
filter = filters_clipboard.GetNode("LOWPASS");
if (filter.HasValue("enabled")) source.lowpass_filter.enabled = Boolean.Parse(filter.GetValue("enabled"));
if (filter.HasValue("cutoff_freq")) source.lowpass_filter.cutoffFrequency = Single.Parse(filter.GetValue("cutoff_freq"));
if (filter.HasValue("resonance_q")) source.lowpass_filter.lowpassResonanceQ = Single.Parse(filter.GetValue("resonance_q"));
filter = filters_clipboard.GetNode("REVERB");
if (filter.HasValue("enabled")) source.reverb_filter.enabled = Boolean.Parse(filter.GetValue("enabled"));
if (filter.HasValue("reverb_preset")) source.reverb_filter.reverbPreset = (AudioReverbPreset)Enum.Parse(typeof(AudioReverbPreset), filter.GetValue("reverb_preset"));
if (filter.HasValue("dry_level")) source.reverb_filter.dryLevel = Single.Parse(filter.GetValue("dry_level"));
if (filter.HasValue("room")) source.reverb_filter.room = Single.Parse(filter.GetValue("room"));
if (filter.HasValue("room_hf")) source.reverb_filter.roomHF = Single.Parse(filter.GetValue("room_hf"));
if (filter.HasValue("room_lf")) source.reverb_filter.roomLF = Single.Parse(filter.GetValue("room_lf"));
if (filter.HasValue("room_rolloff")) source.reverb_filter.roomRolloff = Single.Parse(filter.GetValue("room_rolloff"));
if (filter.HasValue("decay_time")) source.reverb_filter.decayTime = Single.Parse(filter.GetValue("decay_time"));
if (filter.HasValue("decay_hf_ratio")) source.reverb_filter.decayHFRatio = Single.Parse(filter.GetValue("decay_hf_ratio"));
if (filter.HasValue("reflections_level")) source.reverb_filter.reflectionsLevel = Single.Parse(filter.GetValue("reflections_level"));
if (filter.HasValue("reflections_delay")) source.reverb_filter.reflectionsDelay = Single.Parse(filter.GetValue("reflections_delay"));
if (filter.HasValue("reverb_level")) source.reverb_filter.reverbLevel = Single.Parse(filter.GetValue("reverb_level"));
if (filter.HasValue("reverb_delay")) source.reverb_filter.reverbDelay = Single.Parse(filter.GetValue("reverb_delay"));
if (filter.HasValue("diffusion")) source.reverb_filter.diffusion = Single.Parse(filter.GetValue("diffusion"));
if (filter.HasValue("density")) source.reverb_filter.density = Single.Parse(filter.GetValue("density"));
if (filter.HasValue("hf_reference")) source.reverb_filter.hfReference = Single.Parse(filter.GetValue("hf_reference"));
if (filter.HasValue("lf_reference")) source.reverb_filter.lfReference = Single.Parse(filter.GetValue("lf_reference"));
if (debugging) Debug.Log("[CHATR] all beep filter values pasted from filters_clipboard");
}
//Copy/Paste beep filters
private void copy_all_beep_filters(BeepSource source)
{
filters_clipboard = new ConfigNode();
ConfigNode _filter;
_filter = new ConfigNode();
_filter.name = "CHORUS";
_filter.AddValue("enabled", source.chorus_filter.enabled);
_filter.AddValue("dry_mix", source.chorus_filter.dryMix);
_filter.AddValue("wet_mix_1", source.chorus_filter.wetMix1);
_filter.AddValue("wet_mix_2", source.chorus_filter.wetMix2);
_filter.AddValue("wet_mix_3", source.chorus_filter.wetMix3);
_filter.AddValue("delay", source.chorus_filter.delay);
_filter.AddValue("rate", source.chorus_filter.rate);
_filter.AddValue("depth", source.chorus_filter.depth);
filters_clipboard.AddNode(_filter);
_filter = new ConfigNode();
_filter.name = "DISTORTION";
_filter.AddValue("enabled", source.distortion_filter.enabled);
_filter.AddValue("distortion_level", source.distortion_filter.distortionLevel);
filters_clipboard.AddNode(_filter);
_filter = new ConfigNode();
_filter.name = "ECHO";
_filter.AddValue("enabled", source.echo_filter.enabled);
_filter.AddValue("delay", source.echo_filter.delay);
_filter.AddValue("decay_ratio", source.echo_filter.decayRatio);
_filter.AddValue("dry_mix", source.echo_filter.dryMix);
_filter.AddValue("wet_mix", source.echo_filter.wetMix);
filters_clipboard.AddNode(_filter);
_filter = new ConfigNode();
_filter.name = "HIGHPASS";
_filter.AddValue("enabled", source.highpass_filter.enabled);
_filter.AddValue("cutoff_freq", source.highpass_filter.cutoffFrequency);
_filter.AddValue("resonance_q", source.highpass_filter.highpassResonanceQ);
filters_clipboard.AddNode(_filter);
_filter = new ConfigNode();
_filter.name = "LOWPASS";
_filter.AddValue("enabled", source.lowpass_filter.enabled);
_filter.AddValue("cutoff_freq", source.lowpass_filter.cutoffFrequency);
_filter.AddValue("resonance_q", source.lowpass_filter.lowpassResonanceQ);
filters_clipboard.AddNode(_filter);
_filter = new ConfigNode();
_filter.name = "REVERB";
_filter.AddValue("enabled", source.reverb_filter.enabled);
_filter.AddValue("reverb_preset", source.reverb_filter.reverbPreset);
_filter.AddValue("dry_level", source.reverb_filter.dryLevel);
_filter.AddValue("room", source.reverb_filter.room);
_filter.AddValue("room_hf", source.reverb_filter.roomHF);
_filter.AddValue("room_lf", source.reverb_filter.roomLF);
_filter.AddValue("room_rolloff", source.reverb_filter.roomRolloff);
_filter.AddValue("decay_time", source.reverb_filter.decayTime);
_filter.AddValue("decay_hf_ratio", source.reverb_filter.decayHFRatio);
_filter.AddValue("reflections_level", source.reverb_filter.reflectionsLevel);
_filter.AddValue("reflections_delay", source.reverb_filter.reflectionsDelay);
_filter.AddValue("reverb_level", source.reverb_filter.reverbLevel);
_filter.AddValue("reverb_delay", source.reverb_filter.reverbDelay);
_filter.AddValue("diffusion", source.reverb_filter.diffusion);
_filter.AddValue("density", source.reverb_filter.density);
_filter.AddValue("hf_reference", source.reverb_filter.hfReference);
_filter.AddValue("lf_reference", source.reverb_filter.lfReference);
filters_clipboard.AddNode(_filter);
if (debugging) Debug.Log("[CHATR] all beep filter values copied to filters_clipboard");
}