portal2\scripts\sound_operator_stacks.txt
The following is the content of the file as seen in 
Portal 2 when it was last modified on 2020-08-10.
The syntax of the file has been simplified for this page, omitting some indentation.
The intention of this page is to be able to reference predefined operator stacks from Portal 2 or to copy-paste (parts of) them without having to download the game and look up the file. The sections should make it easy to link to a specific one.
start_stacks
start_default
"stop_entries" { "operator" "sys_stop_entries" }
start_test_random
"random_float" { "operator" "math_random" "input_min" "0.0" "input_max" "1.0" }
start_test
// "get_elapsed" // { // "operator" "get_entry_time" // }
// "play_entry" // { // "operator" "sys_start_entry" // "input_start" "1" // "entry_name" "xray.beep" // } "stop_entries" { "operator" "sys_stop_entries" } "block_entries" { "operator" "sys_block_entries" "input_active" "1.0" "input_duration" "2.0" "match_substring" "false" "match_entry" "xray.beep" // "match_sound" "npc\dog\dog_idlemode_loop1.wav" "match_channel" "false" "match_entity" "false" } "delay_output" { "operator" "sys_output" "input_float" "0.0" "output" "delay" }
start_global_bpm_quantize
"sys_time" { "operator" "get_sys_time" } "bpm" { "operator" "math_float" "apply" "div" "input1" "60" "input2" "120" } "beats" { "operator" "math_float" "apply" "mult" "input1" "@bpm.output" "input2" "1" } "time_mod" { "operator" "math_float" "apply" "mod" "input1" "@sys_time.output_client_time" "input2" "@beats.output" } "negative_delay" { "operator" "math_float" "apply" "mult" "input1" "@time_mod.output" "input2" "-1.0" } "delay_output" { "operator" "sys_output" "input_float" "@negative_delay.output" "output" "delay" }
start_sync_to_entry
"elapsed_time" { "operator" "get_entry_time" } "duration_div" { "operator" "math_float" "apply" "div" "input1" "@elapsed_time.output_sound_duration" "input2" "4" } "time_mod" { "operator" "math_float" "apply" "mod" "input1" "@elapsed_time.output_sound_elapsed" "input2" "@duration_div.output" } "div_mult" { "operator" "math_float" "apply" "mult" "input1" "0.0" "input2" "@duration_div.output" } "add_offset" { "operator" "math_float" "apply" "add" "input1" "@time_mod.output" "input2" "@div_mult.output" } "negative_delay" { "operator" "math_float" "apply" "mult" "input1" "@add_offset.output" "input2" "-1.0" } "delay_output" { "operator" "sys_output" "input_float" "@negative_delay.output" "output" "delay" }
start_delay_sync_to_entry
"import_stack" "start_sync_to_entry" "negative_delay" { "apply" "sub" "input1" "@duration_div.output" "input2" "@time_mod.output" }
P2_coop_robot_start
"stop_footsteps" { "operator" "sys_stop_entries" "input_max_entries" "0.000000" //A sound will not stop itself from playing. "match_entity" "false" "match_substring" "true" }
P2_portalgun_start
"stop_gun" { "operator" "sys_stop_entries" "input_max_entries" "0.000000" //A sound will not stop itself from playing. "match_entity" "false" "match_substring" "true" }
P2_poly_limiting_start
//Generic poly limiter. Override values to make usable.
"limit_sound" { "operator" "sys_stop_entries" "input_max_entries" "0.000000" //A sound will not stop itself from playing. "match_entity" "false" "match_substring" "true" "match_entry" "NONE" }
"limit_robot_sounds" { "operator" "sys_stop_entries" "input_max_entries" "23.000000" //A sound will not stop itself from playing. "match_entity" "false" "match_substring" "true" "match_entry" "Robot" }
//Console hacks begin here.
"sys_get_platform" //should be for X360/PS3, only use PC for testing.
{
"operator" "sys_platform"
//"pc" "true" //IF THIS IS UNCOMMENTED CHANGE IT!!! SERIOUSLY!!!
"x360" "true"
"ps3" "true"
}
"limit_robot_sounds_ps3" { "operator" "sys_stop_entries" "input_execute" "@sys_get_platform.output" "input_max_entries" "9.000000" //I hate myself. "match_entity" "false" "match_substring" "true" "match_entry" "Robot" }
"ps3_num_voices_compare" { "operator" "math_float" "apply" "greater_than_or_equal" "input1" "@limit_robot_sounds_ps3.output_entries_matching" // This is the percentage chance to play a null "input2" "10.0" //match the max number of played sounds ( = input_max_entries + 1 ) }
"block_robot_entries_ps3" //helps with disc I/O: Blocks sound requests of robots once a max number of robots exist { "operator" "sys_block_entries" //"input_execute" "0.0" "input_execute" "@ps3_num_voices_compare.output" "input_active" "1.0" "input_duration" "0.25" //in seconds, you can use "@get_random.output" for a random blocking period "match_substring" "true" "match_entry" "Robot" //The sound entry to use "match_channel" "false" "match_entity" "false" }
"limit_sound_ps3" { "operator" "sys_stop_entries" "input_execute" "0.0" //"input_execute" "@sys_get_platform.output" "input_max_entries" "0.000000" //A sound will not stop itself from playing. "match_entity" "false" "match_substring" "true" "match_entry" "NONE" }
"block_entries_ps3" { "operator" "sys_block_entries" "input_execute" "0.0" //"input_execute" "@sys_get_platform.output" "input_active" "1.0" "input_duration" "5.0" //in seconds, you can use "@get_random.output" for a random blocking period "match_substring" "false" "match_entry" "NONE" //The sound entry to use "match_channel" "false" "match_entity" "false" }
P2_exclusion_time_blocker_start
//Generic exclusion time. Override values to make usable.
"get_random" { "operator" "math_random" "input_execute" "0.0" "input_min" "0.0" "input_max" "1.0" }
"block_entries" { "operator" "sys_block_entries" "input_active" "1.0" "input_duration" "0.1" //in seconds, you can use "@get_random.output" for a random blocking period "match_substring" "false" "match_entry" "NONE" //The sound entry to use // "match_sound" "npc\dog\dog_idlemode_loop1.wav" "match_channel" "false" "match_entity" "false" }
P2_exclusion_time_and_poly_limiting_start
//Combines exclusion time and poly limiting
"import_stack" "P2_exclusion_time_blocker_start" "import_stack" "P2_poly_limiting_start"
P2_null_start
//replaces null.wav
"get_random_null" { "operator" "math_random" "input_execute" "0.0" "input_min" "0.0" "input_max" "1.0" }
"percent_null" { "operator" "math_float" "apply" "greater_than" "input1" "0.60" // This is the percentage chance to play a null "input2" "@get_random_null.output" }
"block_start" { "input_execute" "1.0" //"input_execute" "@percent_null.output" "operator" "sys_output" "input_float" "1" "output" "block_start" }
P2_null_player_start
//Play an entry other than the called one!
"play_entry" { "operator" "sys_start_entry" "execute_once" "true" "input_execute" "1.0" "input_start" "1" "entry_name" "Default.Null" //Replace with the sound you want to play. }
"block_start" { "input_execute" "1.0" "operator" "sys_output" "input_float" "1" "output" "block_start" }
////////////////////////////////////////////////////////////////////////////////////////////
//
// dialog start stacks
//
////////////////////////////////////////////////////////////////////////////////////////////
P2_glados_start
// default start stack for glados v.o.
"set_mixlayer_vol_wheatley" { "operator" "sys_mixlayer" "mixlayer" "gladosVOLayer" "mixgroup" "wheatleyVO" "field" "volume" "input" "1.0" } "set_mixlayer_vol_announcer" { "operator" "sys_mixlayer" "mixlayer" "gladosVOLayer" "mixgroup" "announcerVO" "field" "volume" "input" "1.0" } "set_mixlayer_vol_cave" { "operator" "sys_mixlayer" "mixlayer" "gladosVOLayer" "mixgroup" "caveVO" "field" "volume" "input" "1.0" }
P2_glados_start_mute
// default start stack for glados v.o.
"set_mixlayer_mute_wheatley" { "operator" "sys_mixlayer" "mixlayer" "gladosVOLayer" "mixgroup" "wheatleyVO" "field" "mute" "input" "0.0" } "set_mixlayer_mute_announcer" { "operator" "sys_mixlayer" "mixlayer" "gladosVOLayer" "mixgroup" "announcerVO" "field" "mute" "input" "0.0" } "set_mixlayer_mute_cave" { "operator" "sys_mixlayer" "mixlayer" "gladosVOLayer" "mixgroup" "caveVO" "field" "mute" "input" "0.0" }
P2_wheatley_start
// default start stack for wheatley v.o.
"set_mixlayer_vol_glados" { "operator" "sys_mixlayer" "mixlayer" "wheatleyVOLayer" "mixgroup" "gladosVO" "field" "volume" "input" "1.0" } "set_mixlayer_vol_announcer" { "operator" "sys_mixlayer" "mixlayer" "wheatleyVOLayer" "mixgroup" "announcerVO" "field" "volume" "input" "1.0" }
P2_announcer_start
// default start stack for announcer v.o.
"set_mixlayer_vol_glados" { "operator" "sys_mixlayer" "mixlayer" "announcerVOLayer" "mixgroup" "gladosVO" "field" "volume" "input" "1.0" } "set_mixlayer_vol_wheatley" { "operator" "sys_mixlayer" "mixlayer" "announcerVOLayer" "mixgroup" "wheatleyVO" "field" "volume" "input" "1.0" }
////////////////////////////////////////////////////////////////////////////////////////////
//
// update stacks
//
////////////////////////////////////////////////////////////////////////////////////////////
update_stacks
//////////////////////////////////////////////////////////////////////////////////////////// // // TEST STACKS // ////////////////////////////////////////////////////////////////////////////////////////////
update_test1
"test1_value1" { "operator" "math_float" "apply" "add" "input1" "8" "input2" "9" } "test1_value1" { "operator" "math_float" "apply" "mult" "input1" "0" "input2" "1" } "test1_value2" { "operator" "math_float" "apply" "add" "input1" "@test1_value1.output" "input2" "1" }
update_test2
"test2_value1" { "operator" "math_float" "apply" "mult" "input1" "8" "input2" "9" } "test2_value1" { "apply" "add" "input1" "6" "input2" "7" } "test2_value2" { "operator" "math_float" "apply" "add" "input1" "@test2_value1.output" "input2" "1" }
update_test3
"import_stack" "update_test1" "import_stack" "update_test2" "test2_value1" { "apply" "add" "input1" "2" "input2" "3" }
update_test4
"elapsed_time" { "operator" "get_entry_time" } "duration_div" { "operator" "math_float" "apply" "div" "input1" "@elapsed_time.output_sound_duration" "input2" "4" } "time_div" { "operator" "math_float" "apply" "div" "input1" "@elapsed_time.output_sound_elapsed" "input2" "@duration_div.output" } "time_mod" { "operator" "math_float" "apply" "mod" "input1" "@time_div.output" "input2" "1" } "time_step" { "operator" "math_float" "apply" "sub" "input1" "@time_div.output" "input2" "@time_mod.output" } "step_delta" { "operator" "math_delta" "input" "@time_step.output" } "delta_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@step_delta.output" "input2" "0.1" }
"play_entry" { "operator" "sys_start_entry" "input_start" "@delta_trigger.output" "entry_name" "xray.beep" }
"speaker_volume" { "operator" "math_float" "apply" "mult" "input1" "1" "input2" "1" }
"speakers_limit" { "operator" "math_speakers" "apply" "mult" "left_front" "1.0" "right_front" "1.0" "center" "0.0" "lfe" "0.0" "left_rear" "0.0" "right_rear" "0.0"
"input2[*]" "@speaker_volume.output" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_limit.output" "output" "speakers" }
update_remap_tests
"remap_norm" { "execute_once" "true" "operator" "math_remap_float" "input" ".7" "input_min" "0" "input_max" "1" "input_map_min" "0.0" "input_map_max" "1.0" } "remap_norm_rev1" { "execute_once" "true" "operator" "math_remap_float" "input" ".7" "input_min" "1" "input_max" "0" "input_map_min" "0.0" "input_map_max" "1.0" } "remap_norm_rev2" { "execute_once" "true" "operator" "math_remap_float" "input" ".7" "input_min" "0" "input_max" "1" "input_map_min" "1.0" "input_map_max" "0.0" } "remap_norm_rev3" { "execute_once" "true" "operator" "math_remap_float" "input" ".7" "input_min" "1" "input_max" "0" "input_map_min" "1.0" "input_map_max" "0.0" } "remap_less_than_min" { "execute_once" "true" "operator" "math_remap_float" "input" "-1" "input_min" "0" "input_max" "1" "input_map_min" "0.0" "input_map_max" "1.0" } "remap_greater_than_max" { "execute_once" "true" "operator" "math_remap_float" "input" "2" "input_min" "0" "input_max" "1" "input_map_min" "0.0" "input_map_max" "1.0" } "remap_less_than_min_clamp" { "execute_once" "true" "operator" "math_remap_float" "input" "-1" "input_min" "0" "input_max" "1" "input_map_min" "0.0" "input_map_max" "1.0" "clamp_range" "true" } "remap_greater_than_max_clamp" { "execute_once" "true" "operator" "math_remap_float" "input" "2" "input_min" "0" "input_max" "1" "input_map_min" "0.0" "input_map_max" "1.0" "clamp_range" "true" }
"remap_equal_equal_min_max" { "execute_once" "true" "operator" "math_remap_float" "input" "1" "input_min" "1" "input_max" "1" "input_map_min" "0.0" "input_map_max" "1.0" } "remap_equal_equal_min_max_default_min" { "execute_once" "true" "operator" "math_remap_float" "input" "1" "input_min" "1" "input_max" "1" "input_map_min" "0.0" "input_map_max" "1.0" "default_to_max" "false" }
"remap_less_than_equal_min_max" { "execute_once" "true" "operator" "math_remap_float" "input" ".5" "input_min" "1" "input_max" "1" "input_map_min" "0.0" "input_map_max" "1.0" } "remap_greater_than_equal_min_max" { "execute_once" "true" "operator" "math_remap_float" "input" "1.5" "input_min" "1" "input_max" "1" "input_map_min" "0.0" "input_map_max" "1.0" } "remap_greater_than_range" { "execute_once" "true" "operator" "math_remap_float" "input" "1.5" "input_min" "0" "input_max" "1" "input_map_min" "0.0" "input_map_max" "1.0" } "remap_less_than_range" { "execute_once" "true" "operator" "math_remap_float" "input" "0.5" "input_min" "1.0" "input_max" "2.0" "input_map_min" "0.0" "input_map_max" "1.0" }
"remap_norm_rev" { "execute_once" "true" "operator" "math_remap_float" "input" ".7" "input_min" "1" "input_max" "0" "input_map_min" "0.0" "input_map_max" "1.0" } "remap_less_than_min_rev" { "execute_once" "true" "operator" "math_remap_float" "input" "-1" "input_min" "1" "input_max" "0" "input_map_min" "0.0" "input_map_max" "1.0" } "remap_greater_than_max_rev" { "execute_once" "true" "operator" "math_remap_float" "input" "2" "input_min" "1" "input_max" "0" "input_map_min" "0.0" "input_map_max" "1.0" } "remap_less_than_min_clamp_rev" { "execute_once" "true" "operator" "math_remap_float" "input" "-1" "input_min" "1" "input_max" "0" "input_map_min" "0.0" "input_map_max" "1.0" "clamp_range" "true" } "remap_greater_than_max_clamp_rev" { "execute_once" "true" "operator" "math_remap_float" "input" "2" "input_min" "1" "input_max" "0" "input_map_min" "0.0" "input_map_max" "1.0" "clamp_range" "true" }
"big_remap_norm" { "execute_once" "true" "operator" "math_remap_float" "input" "70" "input_min" "0" "input_max" "100" "input_map_min" "0.0" "input_map_max" "100.0" } "big_remap_less_than_min" { "execute_once" "true" "operator" "math_remap_float" "input" "-1" "input_min" "0" "input_max" "100" "input_map_min" "0.0" "input_map_max" "100.0" } "big_remap_greater_than_max" { "execute_once" "true" "operator" "math_remap_float" "input" "200" "input_min" "0" "input_max" "100" "input_map_min" "0.0" "input_map_max" "100.0" } "big_remap_less_than_min_clamp" { "execute_once" "true" "operator" "math_remap_float" "input" "-1" "input_min" "0" "input_max" "100" "input_map_min" "0.0" "input_map_max" "100.0" "clamp_range" "true" } "big_remap_greater_than_max_clamp" { "execute_once" "true" "operator" "math_remap_float" "input" "200" "input_min" "0" "input_max" "100" "input_map_min" "0.0" "input_map_max" "100.0" "clamp_range" "true" }
"big_remap_greater_than_range" { "execute_once" "true" "operator" "math_remap_float" "input" "150" "input_min" "0" "input_max" "100" "input_map_min" "0.0" "input_map_max" "100.0" } "big_remap_less_than_range" { "execute_once" "true" "operator" "math_remap_float" "input" "50" "input_min" "100.0" "input_max" "200.0" "input_map_min" "0.0" "input_map_max" "100.0" }
"big_remap_norm_rev" { "execute_once" "true" "operator" "math_remap_float" "input" "70" "input_min" "100" "input_max" "0" "input_map_min" "0.0" "input_map_max" "100.0" } "big_remap_less_than_min_rev" { "execute_once" "true" "operator" "math_remap_float" "input" "-100" "input_min" "100" "input_max" "0" "input_map_min" "0.0" "input_map_max" "100.0" } "big_remap_greater_than_max_rev" { "execute_once" "true" "operator" "math_remap_float" "input" "200" "input_min" "100" "input_max" "0" "input_map_min" "0.0" "input_map_max" "100.0" } "big_remap_less_than_min_clamp_rev" { "execute_once" "true" "operator" "math_remap_float" "input" "-100" "input_min" "100" "input_max" "0" "input_map_min" "0.0" "input_map_max" "100.0" "clamp_range" "true" } "big_remap_greater_than_max_clamp_rev" { "execute_once" "true" "operator" "math_remap_float" "input" "200" "input_min" "100" "input_max" "0" "input_map_min" "0.0" "input_map_max" "100.0" "clamp_range" "true" }
update_remap_test
////////////////////// // POSITION "source_info" { "operator" "get_source_info" // "source" "entity" "source" "emitter" }
// NOTE: uses player data, ie: SS // SS Self-contained, returns closest distance "source_distance" { "operator" "calc_source_distance" "input_position" "@source_info.output_position" }
"remap_distance" { "operator" "math_remap_float" "input" "@source_distance.output" "input_min" "300" "input_max" "1000" "input_map_min" "0.80" "input_map_max" "1.2" } "invert_remap" { "operator" "math_float" // "apply" "sub" "apply" "mult" "input1" "1.0" "input2" "@remap_distance.output" }
"pitch_output" { "operator" "sys_output" "output" "pitch" "input_float" "@remap_distance.output" }
/////////////////////
// SPEAKERS
"speakers_spatialize" { "operator" "calc_spatialize_speakers" "input_radius" "300" "input_distance" "@source_distance.output" "input_position" "@source_info.output_position" }
"speakers_volume" { "operator" "math_speakers" "apply" "mult" "input1" "@speakers_spatialize.output" "input2[*]" "@invert_remap.output" // "input2[*]" "@facing.output" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_volume.output" "output" "speakers" }
update_stop_at_time
"usat_elapsed_time" { "operator" "get_entry_time" }
"usat_stop_time" { "operator" "math_float" "apply" "greater_than" "input1" "@usat_elapsed_time.output_entry_elapsed" "input2" "1.0" } "usat_stop_entry" { "input_execute" "@usat_stop_time.output" "operator" "sys_stop_entries" "stop_this_entry" "true" }
update_trigger_layer_til_time
"utltt_elapsed_time" { "operator" "get_entry_time" }
"utltt_trigger_time" { "operator" "math_float" "apply" "less_than" "input1" "@utltt_elapsed_time.output_sound_elapsed" "input2" "1.0" } "utltt_output_mixlayer_trigger" { "operator" "sys_output" "input_float" "@utltt_trigger_time.output" "output" "mixlayer_trigger" }
update_stop_at_distance
// this will use the standard "source_distance" operator exists "usad_stop_dist" { "operator" "math_float" "apply" "greater_than" "input1" "0.0" "input2" "1.0" } "usad_stop_entry" { "operator" "sys_stop_entries" "input_execute" "@usad_stop_dist.output" "stop_this_entry" "true" }
////////////////////////////////////////////////////////////////////////////////////////////
//
// TRIGGER STACKS
//
////////////////////////////////////////////////////////////////////////////////////////////
update_music_div_trigger
"elapsed_time_div" { "operator" "get_entry_time" } "duration_div" { "operator" "math_float" "apply" "div" "input1" "@elapsed_time_div.output_sound_duration" "input2" "4" } "time_div" { "operator" "math_float" "apply" "div" "input1" "@elapsed_time_div.output_sound_elapsed" "input2" "@duration_div.output" } "time_mod" { "operator" "math_float" "apply" "mod" "input1" "@time_div.output" "input2" "1" } "time_step" { "operator" "math_float" "apply" "sub" "input1" "@time_div.output" "input2" "@time_mod.output" } "step_delta" { "operator" "math_delta" "input" "@time_step.output" } "delta_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@step_delta.output" "input2" "0.1" }
"play_entry" { "operator" "sys_start_entry" "input_start" "@delta_trigger.output" "entry_name" "xray.beep" }
update_looping_triggers
"elapsed_time_div" { "operator" "get_entry_time" } ///////////// x1 "duration_div_x1" { "operator" "math_float" "apply" "div" "input1" "@elapsed_time_div.output_sound_duration" "input2" "4" } "time_div_x1" { "operator" "math_float" "apply" "div" "input1" "@elapsed_time_div.output_entry_elapsed" "input2" "@duration_div_x1.output" } "time_mod_x1" { "operator" "math_float" "apply" "mod" "input1" "@time_div_x1.output" "input2" "1" } "time_step_x1" { "operator" "math_float" "apply" "sub" "input1" "@time_div_x1.output" "input2" "@time_mod_x1.output" } "step_delta_x1" { "operator" "math_delta" "input" "@time_step_x1.output" } "delta_trigger_x1" { "operator" "math_float" "apply" "greater_than" "input1" "@step_delta_x1.output" "input2" "0.1" }
"play_entry_x1" { "operator" "sys_start_entry" "input_start" "@delta_trigger_x1.output" "entry_name" "xray.beep" }
///////////// x2 "duration_div_x2" { "operator" "math_float" "apply" "div" "input1" "@elapsed_time_div.output_sound_duration" "input2" "4" } "time_div_x2" { "operator" "math_float" "apply" "div" "input1" "@elapsed_time_div.output_entry_elapsed" "input2" "@duration_div_x2.output" } "time_mod_x2" { "operator" "math_float" "apply" "mod" "input1" "@time_div_x2.output" "input2" "1" } "time_step_x2" { "operator" "math_float" "apply" "sub" "input1" "@time_div_x2.output" "input2" "@time_mod_x2.output" } "step_delta_x2" { "operator" "math_delta" "input" "@time_step_x2.output" } "delta_trigger_x2" { "operator" "math_float" "apply" "greater_than" "input1" "@step_delta_x2.output" "input2" "0.1" }
"play_entry_x2" { "operator" "sys_start_entry" "input_start" "@delta_trigger_x2.output" "entry_name" "xray.beep" }
//////////////////////////////////////////////////////////////////////////////////////////// // // MUSIC STACKS // ////////////////////////////////////////////////////////////////////////////////////////////
update_music_stereo
"save_restore_output" { "operator" "sys_output" "execute_once" "true" "input_float" "1.0" "output" "save_restore" } "elapsed_time" { "operator" "get_entry_time" } "source_info" { "operator" "get_source_info" // "source" "entity" "source" "emitter" } "mixer" { "operator" "get_soundmixer" "mixgroup" "Music" } "snd_gain_convar" { "operator" "get_convar" "convar" "snd_gain" } "snd_musicvolume_convar" { "operator" "get_convar" "convar" "snd_musicvolume" } "dashboard" { "operator" "get_dashboard" } "convar_total" { "operator" "math_float" "apply" "mult" "input1" "@snd_musicvolume_convar.output" "input2" "@snd_gain_convar.output" } "dashboard_total" { "operator" "math_float" "apply" "mult" "input1" "@convar_total.output" "input2" "@dashboard.output" } "volume_fade_in" { "operator" "math_remap_float" "input" "@elapsed_time.output_entry_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "0.0" "input_map_max" "1.0" "default_to_max" "true" } "volume_fade_initial" { "input_execute" "0" "operator" "math_remap_float" "input" "@elapsed_time.output_entry_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "0.0" "input_map_max" "1.0" "default_to_max" "false" } "volume_invert_initial" { "operator" "math_float" "apply" "sub" "input1" "1.0" "input2" "@volume_fade_initial.output" } "volume_lfo_time_scale" { "operator" "math_float" "apply" "mult" "input1" "@elapsed_time.output_sound_elapsed" "input2" "0.0" } "volume_lfo" { "operator" "math_func1" "function" "cos" "normalize_trig" "true" "input1" "@volume_lfo_time_scale.output" } "volume_lfo_scale" { "operator" "math_float" "apply" "invert_scale" "input1" "@volume_lfo.output" "input2" "0.0" }
"volume_fade_out" { "operator" "math_remap_float" "input" "@elapsed_time.output_stop_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "0.0" "input_map_max" "1.0" "default_to_max" "false" } "volume_invert_fadeout" { "operator" "math_float" "apply" "sub" "input1" "1.0" "input2" "@volume_fade_out.output" } "volume_apply_fade_in" { "operator" "math_float" "apply" "mult" "input1" "@volume_fade_in.output" "input2" "@dashboard_total.output" } "volume_apply_fade_initial" { "operator" "math_float" "apply" "mult" "input1" "@volume_invert_initial.output" "input2" "@volume_apply_fade_in.output" } "volume_apply_lfo" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_fade_initial.output" "input2" "@volume_lfo_scale.output" } "volume_apply_fade_out" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_lfo.output" "input2" "@volume_invert_fadeout.output" } "volume_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_volume" "input2" "@volume_apply_fade_out.output" } "volume_apply_adjust" { "operator" "math_float" "apply" "mult" "input1" "1.0" "input2" "@volume_apply_mixer.output" } "speaker_volume" { "operator" "math_float" "apply" "mult" "input1" "@source_info.output_volume" "input2" "@volume_apply_adjust.output" }
"speakers_limit" { "operator" "math_speakers" "apply" "mult" "left_front" "1.0" "right_front" "1.0" "center" "0.0" "lfe" "0.0" "left_rear" "0.8" "right_rear" "0.8"
"input2[*]" "@speaker_volume.output" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_limit.output" "output" "speakers" } "output_mixlayer_trigger" { "operator" "sys_output" "input_float" "1" "output" "mixlayer_trigger" } "stoptime_elapsed_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@volume_invert_fadeout.output" "input2" "0.0" } "stop_hold_output" { "operator" "sys_output" "output" "stop_hold" "input_float" "@stoptime_elapsed_trigger.output" }
update_music_spatial
"save_restore_output" { "operator" "sys_output" "execute_once" "true" "input_float" "1.0" "output" "save_restore" }
////////////////////// // POSITION "source_info" { "operator" "get_source_info" // "source" "entity" "source" "emitter" }
"elapsed_time" { "operator" "get_entry_time" }
"position_array" { "operator" "util_pos_vec8"
"input_entry_count" "1" "input_index" "0" "input_position_0" "@source_info.output_position"
}
// NOTE: uses player data, ie: SS, returns minimum distance "source_distance" { "operator" "calc_source_distance" "input_position" "@position_array.output_position" }
//////////////////// // calc "mixer" { "operator" "get_soundmixer" "mixgroup" "Music" }
// NOTE: uses player data, ie: SS, return least occluded value "occlusion" { "operator" "calc_occlusion" "input_position" "@position_array.output_position" }
"snd_gain_convar" { "operator" "get_convar" "convar" "snd_gain" } "snd_op_test_convar" { "operator" "get_convar" "convar" "snd_op_test_convar" } "snd_musicvolume_convar" { "operator" "get_convar" "convar" "snd_musicvolume" }
"dashboard" { "operator" "get_dashboard" }
////////////////////// // LEVEL "level_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_level" "input2" "@source_info.output_level" }
///////////////////// // VOLUME
// NOTE: distance has precalculated minimum distance of the ss players
"volume_falloff" { "operator" "calc_falloff" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" }
"volume_fade_in" { "operator" "math_remap_float" "input" "@elapsed_time.output_entry_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "0.0" "input_map_max" "@source_info.output_volume" }
"volume_clamp_fade_in" { "operator" "math_float" "apply" "min" "input1" "@volume_fade_in.output" "input2" "1.0" } "volume_fade_initial" { "input_execute" "0" "operator" "math_remap_float" "input" "@elapsed_time.output_entry_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "0.0" "input_map_max" "1.0" "default_to_max" "false" } "volume_invert_initial" { "operator" "math_float" "apply" "sub" "input1" "1.0" "input2" "@volume_fade_initial.output" } "volume_apply_fade_initial" { "operator" "math_float" "apply" "mult" "input1" "@volume_invert_initial.output" "input2" "@volume_clamp_fade_in.output" }
"volume_fade_out" { "operator" "math_remap_float" "input" "@elapsed_time.output_stop_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "0.0" "input_map_max" "1.0" "default_to_max" "false" } "volume_invert_fadeout" { "operator" "math_float" "apply" "sub" "input1" "1.0" "input2" "@volume_fade_out.output" }
"volume_apply_fade_out" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_fade_initial.output" "input2" "@volume_invert_fadeout.output" }
"volume_apply_falloff" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_fade_out.output" "input2" "@volume_falloff.output" }
"volume_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_volume" "input2" "@volume_apply_falloff.output" }
"volume_apply_snd_gain_convar" { "operator" "math_float" "apply" "mult" "input1" "@snd_gain_convar.output" "input2" "@volume_apply_mixer.output" }
"volume_apply_musicvolume_convar" { "operator" "math_float" "apply" "mult" "input1" "@snd_musicvolume_convar.output" "input2" "@volume_apply_snd_gain_convar.output" }
"volume_apply_occlusion" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_musicvolume_convar.output" "input2" "@occlusion.output" }
"volume_apply_dashboard" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_occlusion.output" "input2" "@dashboard.output" }
// set dsp just to be sure
"dsp_output"
{
"operator" "sys_output"
// "input_float" "@dsp_apply_distant.output"
"input_float" "0"
"output" "dsp"
}
///////////////////// // SPEAKERS
// NOTE: uses player data, ie: SS, calculates all players and merges them "speakers_spatialize" { "operator" "calc_spatialize_speakers" "input_rear_stereo_scale" "1.0" "input_radius" "300" "input_distance" "@source_distance.output" "input_position" "@position_array.output_position" }
"speakers_volume" { "operator" "math_speakers" "apply" "mult" "input1" "@speakers_spatialize.output" "input2[*]" "@volume_apply_dashboard.output" }
"speakers_limit" { "operator" "math_speakers" "apply" "mult"
"left_front" "1.0" "right_front" "1.0" "center" "1.0" "lfe" "1.0" "left_rear" "1.0" "right_rear" "1.0"
"input2" "@speakers_volume.output"
}
"speakers_multi_origin" { "operator" "iterate_merge_speakers"
"input_max_iterations" "@position_array.output_max_index" "iterate_operator" "position_array" "input" "@speakers_limit.output"
} // connecting output after operator has been created "position_array" { "input_index" "@speakers_multi_origin.output_index" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_multi_origin.output" "output" "speakers" }
// stop deletion until after fadeout "stoptime_elapsed_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@volume_invert_fadeout.output" "input2" "0.0" } "stop_hold_output" { "operator" "sys_output" "output" "stop_hold" "input_float" "@stoptime_elapsed_trigger.output" }
update_music_spatial_stop_dist
"import_stack" "update_music_spatial"
"import_stack" "update_stop_at_distance" "usad_stop_dist" { "input1" "@source_distance.output" "input2" "1.0" // distance beyond which to stop }
update_music_spatial_looping_triggers
"import_stack" "update_music_spatial" "import_stack" "update_looping_triggers"
update_music_stereo_trigger
"import_stack" "update_music_stereo" "import_stack" "update_music_div_trigger"
p2_update_music_play_tbeam
"tb_mixer" { "operator" "get_soundmixer" "mixgroup" "testTBin" } // "print_tb_mixer" // { // "operator" "util_print_float" // "input" "@tb_mixer.output_volume" // } "tb_delta" { "operator" "math_delta" "input" "@tb_mixer.output_volume" } "tb_mixer_zero" { "operator" "math_float" "apply" "less_than_or_equal" "input1" "@tb_mixer.output_volume" "input2" "0.0" } "tb_start_trigger" { "operator" "math_float" "apply" "less_than" "input1" "@tb_delta.output" "input2" "0.0" } "tb_start_trigger_test" { "operator" "math_float" "apply" "min" "input1" "@tb_start_trigger.output" "input2" "@tb_mixer_zero.output" } // "print_tb_delta" // { // "operator" "util_print_float" // "input" "@tb_delta.output" // }
// "print_start_trigger" // { // "input_execute" "@tb_start_trigger.output" // "operator" "util_print_float" // "input" "@tb_start_trigger_test.output" // } "tb_stop_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@tb_mixer.output_volume" "input2" "0.0" }
"play_entry" { "execute_once" "false" "operator" "sys_start_entry" "input_start" "1" "input_execute" "@tb_start_trigger_test.output" "entry_name" "Default.Null" } "stop_entry" { "input_execute" "@tb_stop_trigger.output" "operator" "sys_stop_entries" "input_max_entries" "0.000000" "match_entity" "false" "match_substring" "false" "match_entry" "Default.Null" }
p2_update_music_play_gel
"gel_elapsed_time" { "operator" "get_entry_time" }
"bounce_view_info" { "operator" "game_view_info" } "gel_mixer" { "operator" "get_soundmixer" "mixgroup" "testGelBounce" } "gel_delta" { "operator" "math_delta" "input" "@gel_mixer.output_volume" } // "gel_delta_test" // { // "operator" "math_float" // "apply" "less_than" // "input1" "@gel_delta.output" // "input2" "0.0" // } // "print_delta" // { // "input_execute" "@gel_delta_test.output" // "operator" "util_print_float" // "input" "@gel_delta.output" // } "gel_mixer_zero" { "operator" "math_float" "apply" "less_than_or_equal" "input1" "@gel_mixer.output_volume" "input2" "0.0" } "gel_start_trigger" { "operator" "math_float" "apply" "less_than" "input1" "@gel_delta.output" "input2" "0.0" } "gel_start_trigger_test" { "operator" "math_float" "apply" "min" "input1" "@gel_start_trigger.output" "input2" "@gel_mixer_zero.output" }
// "gel_start_trigger" // { // "operator" "math_float" // "apply" "less_than" // "input1" "@gel_delta.output" // "input2" "0.0" // } "gel_stop_trigger" { "operator" "math_float" "apply" "less_than" "input1" "@bounce_view_info.output_velocity_vector_z" "input2" "1.0" } "gel_test_stopped" { "operator" "math_float" "apply" "less_than" "input1" "@gel_elapsed_time.output_stop_elapsed" "input2" "0.0" } // "print_gel_test_stopped" // { // "input_execute" "@gel_delta_test.output" // "operator" "util_print_float" // "input" "@gel_test_stopped.output" // } // "print_gel_test_start_trigger" // { // "input_execute" "@gel_delta_test.output" // "operator" "util_print_float" // "input" "@gel_start_trigger.output" // } // "print_gel_test_stop_trigger" // { // "input_execute" "@gel_delta_test.output" // "operator" "util_print_float" // "input" "@gel_stop_trigger.output" // } "gel_play_entry" { "execute_once" "false" "operator" "sys_start_entry" "input_start" "@gel_test_stopped.output" "input_execute" "@gel_start_trigger_test.output" "entry_name" "Default.Null" } "gel_stop_entry" { "input_execute" "@gel_stop_trigger.output" "operator" "sys_stop_entries" "input_max_entries" "0.000000" "match_entity" "false" "match_substring" "false" "match_entry" "Default.Null" }
p2_update_music_play_speed_gel
"speed_view_info" { "operator" "game_view_info" }
"speed_velocity_fabs_xy" { "operator" "math_func1" "function" "fabs" "input1" "@speed_view_info.output_velocity_xy" }
"speed_velocity_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@speed_velocity_fabs_xy.output" "input2" "12" } "speed_delta" { "operator" "math_delta" "input" "@speed_velocity_trigger.output" }
"speed_start_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@speed_delta.output" "input2" "0" }
"speed_stop_trigger" { "operator" "math_float" "apply" "less_than" "input1" "@speed_delta.output" "input2" "0" }
"speed_play_entry" { "execute_once" "false" "operator" "sys_start_entry" "input_start" "1" "input_execute" "@speed_start_trigger.output" "entry_name" "Default.Null" } "speed_stop_entry" { "input_execute" "@speed_stop_trigger.output" "operator" "sys_stop_entries" "input_max_entries" "0.000000" "match_entity" "false" "match_substring" "false" "match_entry" "Default.Null" }
p2_update_music_stereo_bounce
"import_stack" "update_music_stereo" "game_view_info" { "operator" "game_view_info" } // "volume_bounce" // { // "operator" "math_remap_float" // "input" "@game_view_info.output_stop_elapsed" // "input_min" "-80.0" // "input_max" "100.0" // "input_map_min" "0.0" // "input_map_max" "1.0" // "default_to_max" "false" // }
"abs_velocity_vector_z" { "operator" "math_func1" "function" "fabs" "input1" "@game_view_info.output_velocity_vector_z" } "volume_bounce" { "operator" "math_remap_float" "input" "@abs_velocity_vector_z.output" "input_min" "0.0" "input_max" "100.0" "input_map_min" "0.1" "input_map_max" "1.0" "default_to_max" "false" } "volume_apply_adjust" { "input1" "@volume_bounce.output" }
p2_update_music_spatial_portals
"import_stack" "update_music_spatial"
// set up so it iterates over portalized sounds "speakers_multi_origin" { "input_max_iterations" "@source_info.output_source_count" "iterate_operator" "source_info" } // connecting output after operator has been created "source_info" { "input_source_index" "@speakers_multi_origin.output_index" } // turn off position array indexing "position_array" { "input_index" "0" }
////////////////////////////////////////////////////////////////////////////////////////////
//
// STANDARD STACKS
//
////////////////////////////////////////////////////////////////////////////////////////////
update_simple_quad
"save_restore_output" { "operator" "sys_output" "execute_once" "true" "input_float" "1.0" "output" "save_restore" } "mixer" { "operator" "get_soundmixer" "mixgroup" "All" } "snd_gain_convar" { "operator" "get_convar" "convar" "snd_gain" } "volume_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_volume" "input2" "@snd_gain_convar.output" } "speaker_volume" { "operator" "math_float" "apply" "mult" "input1" "1" "input2" "@volume_apply_mixer.output" }
"speakers_limit" { "operator" "math_speakers" "apply" "mult" "left_front" "1.0" "right_front" "1.0" "center" "0.0" "lfe" "0.0" "left_rear" "1.0" "right_rear" "1.0"
"input2[*]" "@speaker_volume.output" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_limit.output" "output" "speakers" } "output_mixlayer_trigger" { "execute_once" "1" "operator" "sys_output" "input_float" "1" "output" "mixlayer_trigger" }
update_default
////////////////////// // POSITION "source_info" { "operator" "get_source_info" // "source" "entity" "source" "emitter" }
// NOTE: uses player data, ie: SS, returns minimum distance "source_distance" { "operator" "calc_source_distance" "input_position" "@source_info.output_position" }
//////////////////// // calc "mixer" { "operator" "get_soundmixer" "mixgroup" "All" }
// NOTE: uses player data, ie: SS, return least occluded value "occlusion" { "operator" "calc_occlusion" "input_position" "@source_info.output_position" }
"snd_gain_convar" { "operator" "get_convar" "convar" "snd_gain" } "snd_op_test_convar" { "operator" "get_convar" "convar" "snd_op_test_convar" }
////////////////////// // LEVEL "level_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_level" "input2" "@source_info.output_level" }
///////////////////// // VOLUME
// NOTE: distance has precalculated minimum distance of the ss players "volume_falloff" { "operator" "calc_falloff" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" } "volume_apply_falloff" { "operator" "math_float" "apply" "mult" "input1" "@source_info.output_volume" "input2" "@volume_falloff.output" } "volume_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_volume" "input2" "@volume_apply_falloff.output" } "volume_apply_snd_gain_convar" { "operator" "math_float" "apply" "mult" "input1" "@snd_gain_convar.output" "input2" "@volume_apply_mixer.output" } "volume_apply_test_convar" { "operator" "math_float" "apply" "mult" "input1" "1.0" "input2" "@volume_apply_snd_gain_convar.output" }
"volume_apply_occlusion" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_test_convar.output" "input2" "@occlusion.output" } // this calculates the loudest volume of the ss clients // NOT NEEDED ALL SS OPS SELF-CONTAINGED // "volume_acc_ss_max" // { // "operator" "op_accumulate_ss_float" // "input" "volume_apply_occlusion.output" // "iterate_operator" "occlusion" // }
// shouldn't this be volume level? "output_mixlayer_trigger" { "execute_once" "1" "operator" "sys_output" "input_float" "1" "output" "mixlayer_trigger" } /////////////////// // PITCH "pitch_output" { "operator" "sys_output" "output" "pitch" "input_float" "@source_info.output_pitch" }
/////////////////// // DSP "dsp_emitter" { "operator" "math_float" "apply" "set" "input1" "1.0" } "dsp_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_dsp" "input2" "@dsp_emitter.output" } "dsp_distantDSP" { "operator" "calc_distant_dsp" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" } "dsp_apply_distant" { "operator" "math_float" "apply" "mult" "input1" "@dsp_distantDSP.output" "input2" "@dsp_apply_mixer.output" } "dsp_output" { "operator" "sys_output" "input_float" "@dsp_apply_distant.output" "output" "dsp" }
///////////////////// // SPEAKERS
// NOTE: uses player data, ie: SS, calculates all players and merges them "speakers_spatialize" { "operator" "calc_spatialize_speakers" "input_radius" "300" "input_distance" "@source_distance.output" "input_position" "@source_info.output_position" }
"speakers_apply_volume" { "operator" "math_speakers" "apply" "mult" "input1" "@speakers_spatialize.output" "input2[*]" "@volume_apply_occlusion.output" }
"speakers_limit" { "operator" "math_speakers" "apply" "mult"
"left_front" "1.0" "right_front" "1.0" "center" "1.0" "lfe" "1.0" "left_rear" "1.0" "right_rear" "1.0"
"input2" "@speakers_apply_volume.output" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_limit.output" "output" "speakers" }
p2_update_default
"save_restore_output" { "operator" "sys_output" "execute_once" "true" "input_float" "1.0" "output" "save_restore" } ////////////////////// // POSITION "source_info" { "operator" "get_source_info" // "source" "entity" "source" "emitter" }
"elapsed_time" { "operator" "get_entry_time" }
// NOTE: uses player data, ie: SS, returns minimum distance "source_distance" { "operator" "calc_source_distance" "input_position" "@source_info.output_position" }
//////////////////// // calc "mixer" { "operator" "get_soundmixer" "mixgroup" "All" }
// NOTE: uses player data, ie: SS, return least occluded value "occlusion" { "operator" "calc_occlusion" "input_position" "@source_info.output_position" }
"snd_gain_convar" { "operator" "get_convar" "convar" "snd_gain" } "snd_op_test_convar" { "operator" "get_convar" "convar" "snd_op_test_convar" }
////////////////////// // LEVEL "level_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_level" "input2" "@source_info.output_level" }
///////////////////// // VOLUME
// NOTE: distance has precalculated minimum distance of the ss players "volume_falloff" { "operator" "calc_falloff" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" }
"volume_get_random" //use for random volume if needed { "operator" "math_random" "execute_once" "true" "input_execute" "0.0" "input_min" "0.15" //low value here "input_max" "0.55" //high value here. }
"volume_mult" { "operator" "math_float" "apply" "mult" "input2" "@source_info.output_volume" "input1" "1.0" }
"volume_fade_in" { "operator" "math_remap_float" "input" "@elapsed_time.output_entry_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "0.0" "input_map_max" "1.0" "default_to_max" "true" } "volume_fade_out" { "operator" "math_remap_float" "input" "@elapsed_time.output_stop_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "0.0" "input_map_max" "1.0" "default_to_max" "false" } "volume_invert_fadeout" { "operator" "math_float" "apply" "sub" "input1" "1.0" "input2" "@volume_fade_out.output" } "volume_apply_fade_in" { "operator" "math_float" "apply" "mult" "input1" "@volume_fade_in.output" "input2" "@volume_mult.output" } "volume_apply_fade_out" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_fade_in.output" "input2" "@volume_invert_fadeout.output" }
"volume_apply_falloff" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_fade_out.output" "input2" "@volume_falloff.output" } "volume_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_volume" "input2" "@volume_apply_falloff.output" } "volume_apply_snd_gain_convar" { "operator" "math_float" "apply" "mult" "input1" "@snd_gain_convar.output" "input2" "@volume_apply_mixer.output" } "volume_apply_test_convar" { "operator" "math_float" "apply" "mult" "input1" "1.0" "input2" "@volume_apply_snd_gain_convar.output" }
"volume_apply_occlusion" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_test_convar.output" "input2" "@occlusion.output" } // this calculates the loudest volume of the ss clients // NOT NEEDED ALL SS OPS SELF-CONTAINGED // "volume_acc_ss_max" // { // "operator" "op_accumulate_ss_float" // "input" "volume_apply_occlusion.output" // "iterate_operator" "occlusion" // }
"stoptime_elapsed_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@volume_invert_fadeout.output" "input2" "0.0" } "stop_hold_output" { "operator" "sys_output" "output" "stop_hold" "input_float" "@stoptime_elapsed_trigger.output" }
/////////////////// // PITCH
"pitch_output" { "operator" "sys_output" "output" "pitch" "input_float" "@source_info.output_pitch" }
/////////////////// // DSP "dsp_emitter" { "operator" "math_float" "apply" "set" "input1" "1.0" } "dsp_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_dsp" "input2" "@dsp_emitter.output" } "dsp_distantDSP" { "operator" "calc_distant_dsp" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" } "dsp_apply_distant" { "operator" "math_float" "apply" "mult" "input1" "@dsp_distantDSP.output" "input2" "@dsp_apply_mixer.output" } "dsp_output" { "operator" "sys_output" "input_float" "@dsp_apply_distant.output" "output" "dsp" }
///////////////////// // SPEAKERS
// NOTE: uses player data, ie: SS, calculates all players and merges them "speakers_spatialize" { "operator" "calc_spatialize_speakers" "input_radius" "300" "input_distance" "@source_distance.output" "input_position" "@source_info.output_position" }
"speakers_apply_volume" { "operator" "math_speakers" "apply" "mult" "input1" "@speakers_spatialize.output" "input2[*]" "@volume_apply_occlusion.output" }
"speakers_limit" { "operator" "math_speakers" "apply" "mult"
"left_front" "1.0" "right_front" "1.0" "center" "1.0" "lfe" "1.0" "left_rear" "1.0" "right_rear" "1.0"
"input2" "@speakers_apply_volume.output" } "speakers_multi_origin" { "operator" "iterate_merge_speakers"
"input_max_iterations" "@source_info.output_source_count" "iterate_operator" "source_info" "input" "@speakers_limit.output"
} // connecting output after operator has been created "source_info" { "input_source_index" "@speakers_multi_origin.output_index" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_multi_origin.output" "output" "speakers" }
p2_offset_start_update
"import_stack" "p2_update_default"
"elapsed_time" { "operator" "get_entry_time" }
"time_elapsed_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@elapsed_time.output_sound_elapsed" "input2" "0.1" //Elapsed time in seconds goes here. }
"time_elapsed_trigger_2" { "operator" "math_float" "apply" "greater_than" "input1" "@elapsed_time.output_sound_elapsed" "input2" "0.1" //Elapsed time in seconds goes here. }
"time_elapsed_trigger_3" { "operator" "math_float" "apply" "greater_than" "input1" "@elapsed_time.output_sound_elapsed" "input2" "0.1" //Elapsed time in seconds goes here. }
"time_elapsed_trigger_4" { "operator" "math_float" "apply" "greater_than" "input1" "@elapsed_time.output_sound_elapsed" "input2" "0.1" //Elapsed time in seconds goes here. }
"bool_delta" //Check to see if the trigger has been flipped { "operator" "math_delta" "input" "@time_elapsed_trigger.output" }
"bool_delta_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@bool_delta.output" "input2" "0.1" }
"play_entry" { "operator" "sys_start_entry" "execute_once" "true" "input_execute" "@bool_delta_trigger.output" "input_start" "1" "entry_name" "Default.Null" //Replace with the sound you want to play. }
"play_entry_2" { "operator" "sys_start_entry" "execute_once" "true" "input_execute" "@time_elapsed_trigger_2.output" "input_start" "1" "entry_name" "Default.Null" //Replace with the sound you want to play. }
"play_entry_3" { "operator" "sys_start_entry" "execute_once" "true" "input_execute" "@time_elapsed_trigger_3.output" "input_start" "1" "entry_name" "Default.Null" //Replace with the sound you want to play. }
"play_entry_4" { "operator" "sys_start_entry" "execute_once" "true" "input_execute" "@time_elapsed_trigger_4.output" "input_start" "1" "entry_name" "Default.Null" //Replace with the sound you want to play. }
p2_offset_start_update_random
"import_stack" "p2_update_default"
"elapsed_time" { "operator" "get_entry_time" }
"delay_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@elapsed_time.output_sound_elapsed" "input2" "0.1" //Elapsed time in seconds goes here. }
"random_play" { "operator" "math_random" "execute_once" "true" "input_execute" "0.0" "input_min" "0.0" "input_max" "1.0" }
"percent_fire" { "operator" "math_float" "apply" "greater_than" "input1" "0.60" // This is the percentage chance to play a sound "input2" "@random_play.output" }
"do_we_fire" { "operator" "math_float" "apply" "min" "input1" "@percent_fire.output" "input2" "@delay_trigger.output" }
"triggered_sound" { "operator" "sys_start_entry" "execute_once" "true" "input_execute" "@do_we_fire.output" "input_start" "1" "entry_name" "Default.Null" //Replace with the sound you want to play. }
p2_offset_start_level_based
"import_stack" "p2_update_default"
"elapsed_time" { "operator" "get_entry_time" }
"delay_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@elapsed_time.output_sound_elapsed" "input2" "0.1" //Elapsed time in seconds goes here. }
"delay_trigger_2" { "operator" "math_float" "apply" "greater_than" "input1" "@elapsed_time.output_sound_elapsed" "input2" "0.1" //Elapsed time in seconds goes here. }
"level_specific_check" { "input_execute" "0.0" //enable map checking here "operator" "get_map_name" "map_name" "p2_empty4" //your map name here }
"get_pos_data" { "operator" "game_view_info" }
"pos_specific_check" { "operator" "math_float" "apply" "greater_than_or_equal" "input1" "@get_pos_data.output_position_z" //replace with the param to check against "input2" "0.0" //Replace with val you want to check against }
"level_and_pos_check" { "operator" "math_float" "apply" "min" "input1" "@level_specific_check.output" "input2" "@pos_specific_check.output" }
"do_we_fire" { "operator" "math_float" "apply" "min" "input1" "@level_and_pos_check.output" "input2" "@delay_trigger.output" }
"do_we_fire_2" { "operator" "math_float" "apply" "min" "input1" "@level_and_pos_check.output" "input2" "@delay_trigger_2.output" }
"triggered_sound" { "operator" "sys_start_entry" "execute_once" "true" "input_execute" "@do_we_fire.output" "input_start" "1" "entry_name" "Default.Null" //Replace with the sound you want to play. }
"triggered_sound_2" { "operator" "sys_start_entry" "execute_once" "true" "input_execute" "@do_we_fire.output" "input_start" "1" "entry_name" "Default.Null" //Replace with the sound you want to play. }
p2_update_start_at_elapsed
"usae_elapsed_time" { "operator" "get_entry_time" }
"sound_duration_mult" { "operator" "math_float" "apply" "mult" "input1" "@usae_elapsed_time.output_sound_duration" "input2" "2" }
"time_elapsed_trigger" { "operator" "math_float" "apply" "greater_than_or_equal" "input1" "@usae_elapsed_time.output_sound_elapsed" "input2" "@sound_duration_mult.output" }
"stop_this" { "operator" "sys_stop_entries" "input_execute" "@time_elapsed_trigger.output" "stop_this_entry" "true" } "play_entry" { "operator" "sys_start_entry" "execute_once" "true" "input_execute" "@time_elapsed_trigger.output" "input_start" "1" "entry_name" "Default.Null" //Replace with the sound you want to play. }
p2_update_stop_at_elapsed
"usae_elapsed_time" { "operator" "get_entry_time" }
"sound_duration_mult" { "operator" "math_float" "apply" "mult" "input1" "@usae_elapsed_time.output_sound_duration" "input2" "2" } "time_elapsed_trigger" { "operator" "math_float" "apply" "greater_than_or_equal" "input1" "@usae_elapsed_time.output_sound_elapsed" "input2" "@sound_duration_mult.output" } "stop_this" { "operator" "sys_stop_entries" "input_execute" "@time_elapsed_trigger.output" "stop_this_entry" "true" }
p2_update_default_pitch_ramp
//This is identical to p2_update_default except for the pitch being ramped based on volume,
"save_restore_output" { "operator" "sys_output" "execute_once" "true" "input_float" "1.0" "output" "save_restore" }
//////////////////////
// POSITION
"source_info"
{
"operator" "get_source_info"
// "source" "entity"
"source" "emitter"
}
"elapsed_time" { "operator" "get_entry_time" }
// NOTE: uses player data, ie: SS, returns minimum distance "source_distance" { "operator" "calc_source_distance" "input_position" "@source_info.output_position" }
//////////////////// // calc "mixer" { "operator" "get_soundmixer" "mixgroup" "All" }
// NOTE: uses player data, ie: SS, return least occluded value "occlusion" { "operator" "calc_occlusion" "input_position" "@source_info.output_position" }
"snd_gain_convar" { "operator" "get_convar" "convar" "snd_gain" } "snd_op_test_convar" { "operator" "get_convar" "convar" "snd_op_test_convar" }
////////////////////// // LEVEL "level_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_level" "input2" "@source_info.output_level" }
///////////////////// // VOLUME
// NOTE: distance has precalculated minimum distance of the ss players "volume_falloff" { "operator" "calc_falloff" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" }
"volume_fade_in" { "operator" "math_remap_float" "input" "@elapsed_time.output_entry_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "0.0" "input_map_max" "1.0" "default_to_max" "true" } "volume_fade_out" { "operator" "math_remap_float" "input" "@elapsed_time.output_stop_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "0.0" "input_map_max" "1.0" "default_to_max" "false" } "volume_invert_fadeout" { "operator" "math_float" "apply" "sub" "input1" "1.0" "input2" "@volume_fade_out.output" } "volume_apply_fade_in" { "operator" "math_float" "apply" "mult" "input1" "@volume_fade_in.output" "input2" "@source_info.output_volume" } "volume_apply_fade_out" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_fade_in.output" "input2" "@volume_invert_fadeout.output" }
"volume_fade_initial" { "input_execute" "0" "operator" "math_remap_float" "input" "@elapsed_time.output_entry_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "1.0" "input_map_max" "1.0" "default_to_max" "false" } "volume_invert_initial" { "operator" "math_float" "apply" "sub" "input1" "1.0" "input2" "@volume_fade_initial.output" } "volume_apply_fade_initial" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_fade_out.output" "input2" "@volume_invert_initial.output" }
//Level specific volume scalar
"volume_get_map_name" { "input_execute" "0.0" //enable map checking here "operator" "get_map_name" "map_name" "p2_empty4" //your map name here }
"volume_invert_map_name" { "operator" "math_float" "apply" "sub" "input1" "1.0" "input2" "@volume_get_map_name.output" }
"volume_map_name_scalar" { "operator" "math_remap_float" "input" "@volume_invert_map_name.output" "input_min" "0.0" "input_max" "1.0" "input_map_min" "1.0" //This is the map-specific volume scalar, does nothing by default "input_map_max" "1.0" "default_to_max" "true" }
"volume_mult" { "operator" "math_float" "apply" "mult" "input2" "@volume_apply_fade_initial.output" "input1" "1.0" //change to "@volume_map_name_scalar.output" to use a map specific scalar }
"volume_apply_falloff" { "operator" "math_float" "apply" "mult" "input1" "@volume_mult.output" "input2" "@volume_falloff.output" }
"volume_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_volume" "input2" "@volume_apply_falloff.output" } "volume_apply_snd_gain_convar" { "operator" "math_float" "apply" "mult" "input1" "@snd_gain_convar.output" "input2" "@volume_apply_mixer.output" } "volume_apply_test_convar" { "operator" "math_float" "apply" "mult" "input1" "1.0" "input2" "@volume_apply_snd_gain_convar.output" }
"volume_apply_occlusion" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_test_convar.output" "input2" "@occlusion.output" } // this calculates the loudest volume of the ss clients // NOT NEEDED ALL SS OPS SELF-CONTAINGED // "volume_acc_ss_max" // { // "operator" "op_accumulate_ss_float" // "input" "volume_apply_occlusion.output" // "iterate_operator" "occlusion" // }
"stoptime_elapsed_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@volume_invert_fadeout.output" "input2" "0.0" } "stop_hold_output" { "operator" "sys_output" "output" "stop_hold" "input_float" "@stoptime_elapsed_trigger.output" }
/////////////////// // PITCH "max_volume_percentage" { "operator" "math_float" "apply" "div" "input1" "@volume_apply_fade_out.output" "input2" "@source_info.output_volume" }
"pitch_fade_in" { "operator" "math_remap_float" "input" "@max_volume_percentage.output" "input_min" "0.0" "input_max" "1.0" "input_map_min" "1.0" //Always outputs 1.0 by default "input_map_max" "1.0" "default_to_max" "true" }
"pitch_random" //Use for random pitch { "operator" "math_random" "execute_once" "true" "input_execute" "0.0" "input_min" "1.0" "input_max" "1.0" }
"pitch_apply_fade_in" { "operator" "math_float" "apply" "mult" "input1" "@pitch_random.output" "input2" "@pitch_fade_in.output" }
"pitch_output" { "operator" "sys_output" "output" "pitch" "input_float" "@pitch_apply_fade_in.output" }
/////////////////// // DSP "dsp_emitter" { "operator" "math_float" "apply" "set" "input1" "1.0" } "dsp_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_dsp" "input2" "@dsp_emitter.output" } "dsp_distantDSP" { "operator" "calc_distant_dsp" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" } "dsp_apply_distant" { "operator" "math_float" "apply" "mult" "input1" "@dsp_distantDSP.output" "input2" "@dsp_apply_mixer.output" } "dsp_output" { "operator" "sys_output" "input_float" "@dsp_apply_distant.output" "output" "dsp" }
///////////////////// // SPEAKERS
// NOTE: uses player data, ie: SS, calculates all players and merges them "speakers_spatialize" { "operator" "calc_spatialize_speakers" "input_radius" "300" "input_distance" "@source_distance.output" "input_position" "@source_info.output_position" }
"speakers_apply_volume" { "operator" "math_speakers" "apply" "mult" "input1" "@speakers_spatialize.output" "input2[*]" "@volume_apply_occlusion.output" }
"speakers_limit" { "operator" "math_speakers" "apply" "mult"
"left_front" "1.0" "right_front" "1.0" "center" "1.0" "lfe" "1.0" "left_rear" "1.0" "right_rear" "1.0"
"input2" "@speakers_apply_volume.output" } "speakers_multi_origin" { "operator" "iterate_merge_speakers"
"input_max_iterations" "@source_info.output_source_count" "iterate_operator" "source_info" "input" "@speakers_limit.output"
} // connecting output after operator has been created "source_info" { "input_source_index" "@speakers_multi_origin.output_index" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_multi_origin.output" "output" "speakers" }
p2_update_envelope_radius
//This is a wholesale copy of p2_update_default except that we've changed the way falloff works
"save_restore_output" { "operator" "sys_output" "execute_once" "true" "input_float" "1.0" "output" "save_restore" }
//////////////////////
// POSITION
"source_info"
{
"operator" "get_source_info"
// "source" "entity"
"source" "emitter"
}
"elapsed_time" { "operator" "get_entry_time" }
// NOTE: uses player data, ie: SS, returns minimum distance "source_distance" { "operator" "calc_source_distance" "input_position" "@source_info.output_position" }
//////////////////// // calc "mixer" { "operator" "get_soundmixer" "mixgroup" "All" }
// NOTE: uses player data, ie: SS, return least occluded value "occlusion" { "operator" "calc_occlusion" "input_position" "@source_info.output_position" }
"snd_gain_convar" { "operator" "get_convar" "convar" "snd_gain" } "snd_op_test_convar" { "operator" "get_convar" "convar" "snd_op_test_convar" }
////////////////////// // LEVEL "level_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_level" "input2" "@source_info.output_level" }
///////////////////// // VOLUME
// NOTE: distance has precalculated minimum distance of the ss players "volume_falloff" { "operator" "calc_falloff" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" } "volume_mult" { "operator" "math_float" "apply" "mult" "input2" "@source_info.output_volume" "input1" "1.0" }
"volume_fade_in" { "operator" "math_remap_float" "input" "@elapsed_time.output_entry_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "0.0" "input_map_max" "1.0" "default_to_max" "true" } "volume_fade_out" { "operator" "math_remap_float" "input" "@elapsed_time.output_stop_elapsed" "input_min" "0.0" "input_max" "0.0" "input_map_min" "0.0" "input_map_max" "1.0" "default_to_max" "false" } "volume_invert_fadeout" { "operator" "math_float" "apply" "sub" "input1" "1.0" "input2" "@volume_fade_out.output" } "volume_apply_fade_in" { "operator" "math_float" "apply" "mult" "input1" "@volume_fade_in.output" "input2" "@volume_mult.output" } "volume_apply_fade_out" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_fade_in.output" "input2" "@volume_invert_fadeout.output" }
///////////////////////////////////////////// // Massage Falloff /////////////////////////////////////////////
"falloff_xover_1" //Use these like variables { "operator" "math_float" "apply" "mult" "input1" "0.6" //first point goes here "input2" "1.0" //identity, do not change }
"falloff_xover_2" //Use these like variables { "operator" "math_float" "apply" "mult" "input1" "0.45" //second point goes here "input2" "1.0" //identity, do not change }
"falloff_leg_1" { "operator" "math_remap_float" "input" "@volume_falloff.output" "input_min" "@falloff_xover_1.output" //default 0.6 "input_max" "1.0" "input_map_min" "0.55" "input_map_max" "1.0" "default_to_max" "false" }
"falloff_leg_2" { "operator" "math_remap_float" "input" "@volume_falloff.output" "input_min" "@falloff_xover_2.output" //default 0.45 "input_max" "@falloff_xover_1.output" //default 0.6 "input_map_min" "0.4" "input_map_max" "@falloff_leg_1.output" "default_to_max" "false" }
"falloff_leg_3" { "operator" "math_remap_float" "input" "@volume_falloff.output" "input_min" "0.0" "input_max" "@falloff_xover_2.output" //default 0.45 "input_map_min" "0.0" "input_map_max" "@falloff_leg_2.output" "default_to_max" "true" }
"volume_apply_falloff" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_fade_out.output" "input2" "@volume_falloff.output" //"input2" "@falloff_leg_3.output" //uncomment if you want to use wacky falloffs } /////////////////////////////////////////////
"volume_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_volume" "input2" "@volume_apply_falloff.output" } "volume_apply_snd_gain_convar" { "operator" "math_float" "apply" "mult" "input1" "@snd_gain_convar.output" "input2" "@volume_apply_mixer.output" } "volume_apply_test_convar" { "operator" "math_float" "apply" "mult" "input1" "1.0" "input2" "@volume_apply_snd_gain_convar.output" }
"volume_apply_occlusion" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_test_convar.output" "input2" "@occlusion.output" } // this calculates the loudest volume of the ss clients // NOT NEEDED ALL SS OPS SELF-CONTAINGED // "volume_acc_ss_max" // { // "operator" "op_accumulate_ss_float" // "input" "volume_apply_occlusion.output" // "iterate_operator" "occlusion" // }
"stoptime_elapsed_trigger" { "operator" "math_float" "apply" "greater_than" "input1" "@volume_invert_fadeout.output" "input2" "0.0" } "stop_hold_output" { "operator" "sys_output" "output" "stop_hold" "input_float" "@stoptime_elapsed_trigger.output" }
/////////////////// // PITCH
"pitch_output" { "operator" "sys_output" "output" "pitch" "input_float" "@source_info.output_pitch" }
/////////////////// // DSP "dsp_emitter" { "operator" "math_float" "apply" "set" "input1" "1.0" } "dsp_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_dsp" "input2" "@dsp_emitter.output" } "dsp_distantDSP" { "operator" "calc_distant_dsp" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" } "dsp_apply_distant" { "operator" "math_float" "apply" "mult" "input1" "@dsp_distantDSP.output" "input2" "@dsp_apply_mixer.output" } "dsp_output" { "operator" "sys_output" "input_float" "@dsp_apply_distant.output" "output" "dsp" }
///////////////////// // SPEAKERS
// NOTE: uses player data, ie: SS, calculates all players and merges them "speakers_spatialize" { "operator" "calc_spatialize_speakers" "input_radius" "300" "input_distance" "@source_distance.output" "input_position" "@source_info.output_position" }
"speakers_apply_volume" { "operator" "math_speakers" "apply" "mult" "input1" "@speakers_spatialize.output" "input2[*]" "@volume_apply_occlusion.output" }
"speakers_limit" { "operator" "math_speakers" "apply" "mult"
"left_front" "1.0" "right_front" "1.0" "center" "1.0" "lfe" "1.0" "left_rear" "1.0" "right_rear" "1.0"
"input2" "@speakers_apply_volume.output" } "speakers_multi_origin" { "operator" "iterate_merge_speakers"
"input_max_iterations" "@source_info.output_source_count" "iterate_operator" "source_info" "input" "@speakers_limit.output"
} // connecting output after operator has been created "source_info" { "input_source_index" "@speakers_multi_origin.output_index" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_multi_origin.output" "output" "speakers" }
////////////////////////////////////////////////////////////////////////////////////////////
//
// AMBIENT SOUNDS
//
////////////////////////////////////////////////////////////////////////////////////////////
"p2_update_ambient_sound_spatial"
"import_stack" "p2_update_music_spatial_portals"
////////////////////////////////////////////////////////////////////////////////////////////
//
// DIALOG STACKS
//
////////////////////////////////////////////////////////////////////////////////////////////
update_dialog
/////////////////////// // stopping previous lines "stop_entries" { "execute_once" "true" "operator" "sys_stop_entries" "match_channel" "true" "match_entity" "true" "input_max_entries" "0" // doesn't include new one }
////////////////////// // POSITION "source_info" { "operator" "get_source_info" // "source" "entity" "source" "emitter" }
//////////////////// // calc "mixer" { "operator" "get_soundmixer" "mixgroup" "All" }
"snd_gain_convar" { "operator" "get_convar" "convar" "snd_gain" }
//////////////////////// // tell the mixer we're active "output_mixlayer_trigger" { "execute_once" "1" "operator" "sys_output" "input_float" "1" "output" "mixlayer_trigger" }
///////////////////// // VOLUME "volume_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_volume" "input2" "@source_info.output_volume" } "volume_apply_snd_gain_convar" { "operator" "math_float" "apply" "mult" "input1" "@snd_gain_convar.output" "input2" "@volume_apply_mixer.output" }
/////////////////// // PITCH "pitch_output" { "operator" "sys_output" "output" "pitch" "input_float" "@source_info.output_pitch" }
/////////////////// // DSP "dsp_emitter" { "operator" "math_float" "apply" "set" "input1" "1.0" } "dsp_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_dsp" "input2" "@dsp_emitter.output" } "dsp_output" { "operator" "sys_output" "input_float" "@dsp_apply_mixer.output" "output" "dsp" }
///////////////////// // SPEAKERS "snd_op_test_convar" { "operator" "get_convar" "convar" "snd_op_test_convar" } "snd_surround_convar" { "operator" "get_convar" "convar" "snd_surround_speakers" } "remap_surround_dialog" { "operator" "math_remap_float" "input" "@snd_surround_convar.output" "input_min" "2" "input_max" "5" //default 0.45 "input_map_min" "0.0" // "input_map_max" "@snd_op_test_convar.output" "input_map_max" "0.28" "default_to_max" "false" } "snd_surround_dialog_invert" { "operator" "math_float" "apply" "sub" "input1" "1.0" "input2" "@remap_surround_dialog.output" } "speakers_limit" { "operator" "math_speakers" "apply" "mult"
"input1[*]" "@snd_surround_dialog_invert.output"
// "left_front" "1.0" // "right_front" "1.0" // "center" "1.0" "lfe" "0.0" // "left_rear" "1.0" // "right_rear" "1.0"
"input2[*]" "@volume_apply_snd_gain_convar.output" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_limit.output" "output" "speakers" }
update_dialog_spatial
/////////////////////// // stopping previous lines "stop_entries" { "execute_once" "true" "operator" "sys_stop_entries" "match_channel" "true" "match_entity" "true" "input_max_entries" "0" // doesn't include new one }
////////////////////// // POSITION "source_info" { "operator" "get_source_info" "source" "entity" // "source" "emitter" }
// NOTE: uses player data, ie: SS, returns minimum distance "source_distance" { "operator" "calc_source_distance" "input_position" "@source_info.output_position" }
"occlusion" { "operator" "calc_occlusion" "input_position" "@source_info.output_position" // "input_trace_interval" "0.05" // "input_scalar" "0.7" }
// "print_occlusion" // { // "operator" "util_print_float" // "input" "@occlusion.output" // } // // ramp distance to affect occlusion // "remap_distance_occlusion" // { // "operator" "math_remap_float" // "input" "@source_distance.output" // "input_min" "1000.0" // "input_max" "1500.0" // "input_map_min" "0.0" // "input_map_max" "1.0" // "default_to_max" "false" // } // "distance_occlusion_invert" // { // "operator" "math_float" // "apply" "sub" // "input1" "1.0" // "input2" "@remap_distance_occlusion" // } // "occlusion_invert" // { // "operator" "math_float" // "apply" "sub" // "input1" "1.0" // "input2" "@occlusion.output" // }
//////////////////// // calc "mixer" { "operator" "get_soundmixer" "mixgroup" "All" }
"snd_gain_convar" { "operator" "get_convar" "convar" "snd_gain" }
"snd_op_test_convar" { "operator" "get_convar" "convar" "snd_op_test_convar" }
//////////////////////// // tell the mixer we're active "output_mixlayer_trigger" { "execute_once" "1" "operator" "sys_output" "input_float" "1" "output" "mixlayer_trigger" }
////////////////////// // LEVEL "level_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_level" "input2" "@source_info.output_level" }
///////////////////// // VOLUME "volume_falloff" { "operator" "calc_falloff" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" }
// NOTE: distance has precalculated minimum distance of the ss players
// ramp distance to affect occlusion
// "remap_distance_falloff"
// {
// "operator" "math_remap_float"
// "input" "@source_distance.output"
// "input_min" "2500.0"
// "input_max" "3000.0"
// "input_map_min" "0.0"
// "input_map_max" "1.0"
// "default_to_max" "false"
// }
// "remap_distance_falloff_invert"
// {
// "operator" "math_float"
// "apply" "sub"
// "input1" "1"
// "input2" "@remap_distance_falloff.output"
// }
"volume_apply_occlusion" { "operator" "math_float" "apply" "mult" "input1" "@source_info.output_volume" "input2" "@occlusion.output" // "input2" "1" } "volume_apply_falloff" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_occlusion.output" "input2" "@volume_falloff.output" } // "volume_apply_distance_falloff" // { // "operator" "math_float" // "apply" "mult" // "input1" "@volume_apply_falloff.output" // "input2" "@remap_distance_falloff_invert.output" // } "volume_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_volume" "input2" "@volume_apply_falloff.output" } // "volume_apply_distance_occlusion" // { // "operator" "math_float" // "apply" "mult" // "input1" "@mixer.output_volume" // "input2" "@volume_apply_falloff.output" // } "volume_apply_snd_gain_convar" { "operator" "math_float" "apply" "mult" "input1" "@snd_gain_convar.output" "input2" "@volume_apply_mixer.output" } "volume_apply_test_convar" { "operator" "math_float" "apply" "mult" "input1" "1.0" "input2" "@volume_apply_snd_gain_convar.output" }
/////////////////// // PITCH "pitch_output" { "operator" "sys_output" "output" "pitch" "input_float" "@source_info.output_pitch" }
/////////////////// // DSP "dsp_emitter" { "operator" "math_float" "apply" "set" "input1" "1.0" } "dsp_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_dsp" "input2" "@dsp_emitter.output" } "dsp_distantDSP" { "operator" "calc_distant_dsp" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" } "dsp_apply_distance" { "operator" "math_float" "apply" "mult" "input1" "@dsp_distantDSP.output" "input2" "@dsp_apply_mixer.output" } "dsp_output" { "operator" "sys_output" "input_float" "@dsp_apply_distance.output" "output" "dsp" }
///////////////////// // SPEAKERS
// NOTE: uses player data, ie: SS, calculates all players and merges them "speakers_spatialize" { "operator" "calc_spatialize_speakers" "input_radius" "300" "input_rear_stereo_scale" "1.0" "input_distance" "@source_distance.output" "input_position" "@source_info.output_position" }
"speakers_apply_volume" { "operator" "math_speakers" "apply" "mult" "input1" "@speakers_spatialize.output" "input2[*]" "@volume_apply_test_convar.output" }
"speakers_limit" { "operator" "math_speakers" "apply" "max"
"left_front" "0.0" "right_front" "0.0" "center" "0.0" "lfe" "0.0" "left_rear" "0.0" "right_rear" "0.0"
"input2" "@speakers_apply_volume.output" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_limit.output" "output" "speakers" }
p2_update_dialog_spatial_cave
/////////////////////// // stopping previous lines "stop_entries" { "execute_once" "true" "operator" "sys_stop_entries" "match_channel" "true" "match_entity" "true" "input_max_entries" "0" // doesn't include new one }
////////////////////// // POSITION "source_info" { "operator" "get_source_info" "source" "entity" // "source" "emitter" } "position_array" { "operator" "util_pos_vec8"
"input_entry_count" "1" "input_index" "0" "input_position_0" "@source_info.output_position"
}
// NOTE: uses player data, ie: SS, returns minimum distance "source_distance" { "operator" "calc_source_distance" "input_position" "@position_array.output_position" }
// "occlusion" // { // "operator" "calc_occlusion" // "input_position" "@position_array.output_position" // // "input_scalar" "0.5" // // "input_trace_interval" "0.25" // }
// // ramp distance to affect occlusion // "remap_distance_occlusion" // { // "operator" "math_remap_float" // "input" "@source_distance.output" // "input_min" "1000.0" // "input_max" "1500.0" // "input_map_min" "0.0" // "input_map_max" "1.0" // "default_to_max" "false" // } // "distance_occlusion_invert" // { // "operator" "math_float" // "apply" "sub" // "input1" "1.0" // "input2" "@remap_distance_occlusion" // } // "occlusion_invert" // { // "operator" "math_float" // "apply" "sub" // "input1" "1.0" // "input2" "@occlusion.output" // }
//////////////////// // calc "mixer" { "operator" "get_soundmixer" "mixgroup" "caveVO" }
"snd_gain_convar" { "operator" "get_convar" "convar" "snd_gain" }
"snd_op_test_convar" { "operator" "get_convar" "convar" "snd_op_test_convar" }
//////////////////////// // tell the mixer we're active "output_mixlayer_trigger" { "execute_once" "1" "operator" "sys_output" "input_float" "1" "output" "mixlayer_trigger" }
////////////////////// // LEVEL "level_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_level" "input2" "90" }
///////////////////// // VOLUME "volume_falloff" { "operator" "calc_falloff" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" }
// NOTE: distance has precalculated minimum distance of the ss players
// ramp distance to affect occlusion
// "remap_distance_falloff"
// {
// "operator" "math_remap_float"
// "input" "@source_distance.output"
// "input_min" "2500.0"
// "input_max" "3000.0"
// "input_map_min" "0.0"
// "input_map_max" "1.0"
// "default_to_max" "false"
// }
// "remap_distance_falloff_invert"
// {
// "operator" "math_float"
// "apply" "sub"
// "input1" "1"
// "input2" "@remap_distance_falloff.output"
// }
"volume_apply_occlusion" { "operator" "math_float" "apply" "mult" "input1" "@source_info.output_volume" // "input2" "@occlusion.output" "input2" "1" } "volume_apply_falloff" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_occlusion.output" "input2" "@volume_falloff.output" } // "volume_apply_distance_falloff" // { // "operator" "math_float" // "apply" "mult" // "input1" "@volume_apply_falloff.output" // "input2" "@remap_distance_falloff_invert.output" // } "volume_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_volume" "input2" "@volume_apply_falloff.output" } // "volume_apply_distance_occlusion" // { // "operator" "math_float" // "apply" "mult" // "input1" "@mixer.output_volume" // "input2" "@volume_apply_falloff.output" // } "volume_apply_snd_gain_convar" { "operator" "math_float" "apply" "mult" "input1" "@snd_gain_convar.output" "input2" "@volume_apply_mixer.output" } "volume_apply_test_convar" { "operator" "math_float" "apply" "mult" "input1" "1.0" "input2" "@volume_apply_snd_gain_convar.output" }
/////////////////// // PITCH "pitch_output" { "operator" "sys_output" "output" "pitch" "input_float" "@source_info.output_pitch" }
/////////////////// // DSP "dsp_emitter" { "operator" "math_float" "apply" "set" "input1" "1.0" } "dsp_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_dsp" "input2" "@dsp_emitter.output" } "dsp_distantDSP" { "operator" "calc_distant_dsp" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" } "dsp_apply_distance" { "operator" "math_float" "apply" "mult" "input1" "@dsp_distantDSP.output" "input2" "@dsp_apply_mixer.output" } "dsp_min" { "operator" "math_float" "apply" "max" "input1" "0.4" "input2" "@dsp_apply_distance.output" } "dsp_max" { "operator" "math_float" "apply" "min" "input1" "0.6" "input2" "@dsp_min.output" } "dsp_output" { "operator" "sys_output" "input_float" "@dsp_max.output" "output" "dsp" }
///////////////////// // SPEAKERS
// NOTE: uses player data, ie: SS, calculates all players and merges them "speakers_spatialize" { "operator" "calc_spatialize_speakers" "input_radius" "60" "input_rear_stereo_scale" "1.0" "input_distance" "@source_distance.output" "input_position" "@position_array.output_position" }
"speakers_apply_volume" { "operator" "math_speakers" "apply" "mult" "input1" "@speakers_spatialize.output" "input2[*]" "@volume_apply_test_convar.output" }
"speakers_limit" { "operator" "math_speakers" "apply" "max"
"left_front" "0.0" "right_front" "0.0" "center" "0.0" "lfe" "0.0" "left_rear" "0.0" "right_rear" "0.0"
"input2" "@speakers_apply_volume.output" }
"speakers_multi_origin" { "operator" "iterate_merge_speakers"
"input_max_iterations" "@position_array.output_max_index" "iterate_operator" "position_array" "input" "@speakers_limit.output"
}
// connecting output after operator has been created "position_array" { "input_index" "@speakers_multi_origin.output_index" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_multi_origin.output" "output" "speakers" }
p2_update_dialog_spatial_cores
"import_stack" "update_dialog_spatial" "mixer" { "mixgroup" "coreVO" } "speakers_spatialize" { "input_radius" "200" }
p2_update_dialog_spatial_wheatley
/////////////////////// // stopping previous lines "stop_entries" { "execute_once" "true" "operator" "sys_stop_entries" "match_channel" "true" "match_entity" "true" "input_max_entries" "0" // doesn't include new one }
////////////////////// // POSITION "source_info" { "operator" "get_source_info" "source" "entity" // "source" "emitter" }
// NOTE: uses player data, ie: SS, returns minimum distance "source_distance" { "operator" "calc_source_distance" "input_position" "@source_info.output_position" }
"occlusion" { "operator" "calc_occlusion" "input_position" "@source_info.output_position" // "input_trace_interval" "0.05" // "input_scalar" "0.7" }
// "print_occlusion" // { // "operator" "util_print_float" // "input" "@occlusion.output" // } // // ramp distance to affect occlusion // "remap_distance_occlusion" // { // "operator" "math_remap_float" // "input" "@source_distance.output" // "input_min" "1000.0" // "input_max" "1500.0" // "input_map_min" "0.0" // "input_map_max" "1.0" // "default_to_max" "false" // } // "distance_occlusion_invert" // { // "operator" "math_float" // "apply" "sub" // "input1" "1.0" // "input2" "@remap_distance_occlusion" // } // "occlusion_invert" // { // "operator" "math_float" // "apply" "sub" // "input1" "1.0" // "input2" "@occlusion.output" // }
//////////////////// // calc "mixer" { "operator" "get_soundmixer" "mixgroup" "wheatleyVO" }
"snd_gain_convar" { "operator" "get_convar" "convar" "snd_gain" }
"snd_op_test_convar" { "operator" "get_convar" "convar" "snd_op_test_convar" }
//////////////////////// // tell the mixer we're active "output_mixlayer_trigger" { "execute_once" "1" "operator" "sys_output" "input_float" "1" "output" "mixlayer_trigger" }
////////////////////// // LEVEL "level_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_level" "input2" "@source_info.output_level" }
///////////////////// // VOLUME "volume_falloff" { "operator" "calc_falloff" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" }
// NOTE: distance has precalculated minimum distance of the ss players
// ramp distance to affect occlusion
// "remap_distance_falloff"
// {
// "operator" "math_remap_float"
// "input" "@source_distance.output"
// "input_min" "2500.0"
// "input_max" "3000.0"
// "input_map_min" "0.0"
// "input_map_max" "1.0"
// "default_to_max" "false"
// }
// "remap_distance_falloff_invert"
// {
// "operator" "math_float"
// "apply" "sub"
// "input1" "1"
// "input2" "@remap_distance_falloff.output"
// }
"volume_test_distance"
{
"operator" "math_float"
"apply" "less_than"
"input1" "@source_distance.output"
"input2" "80"
}
"volume_defeat_occlusion"
{
"operator" "math_float"
"apply" "max"
"input1" "@volume_test_distance.output"
"input2" "@occlusion.output"
}
"volume_apply_occlusion" { "operator" "math_float" "apply" "mult" "input1" "@source_info.output_volume" "input2" "@volume_defeat_occlusion.output" // "input2" "1" } "remap_distance_falloff" { "operator" "math_remap_float" "input" "@source_distance.output" "input_min" "400" "input_max" "600" "input_map_min" "1.0" "input_map_max" "1.3" "default_to_max" "false" } "volume_apply_falloff" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_occlusion.output" "input2" "@volume_falloff.output" } "volume_apply_distance_falloff" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_falloff.output" "input2" "@remap_distance_falloff.output" } "volume_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_volume" "input2" "@volume_apply_distance_falloff.output" } // "volume_apply_distance_occlusion" // { // "operator" "math_float" // "apply" "mult" // "input1" "@mixer.output_volume" // "input2" "@volume_apply_falloff.output" // } "volume_apply_snd_gain_convar" { "operator" "math_float" "apply" "mult" "input1" "@snd_gain_convar.output" "input2" "@volume_apply_mixer.output" } "volume_apply_test_convar" { "operator" "math_float" "apply" "mult" "input1" "1.0" "input2" "@volume_apply_snd_gain_convar.output" }
/////////////////// // PITCH "pitch_output" { "operator" "sys_output" "output" "pitch" "input_float" "@source_info.output_pitch" }
/////////////////// // DSP "dsp_emitter" { "operator" "math_float" "apply" "set" "input1" "1.0" } "dsp_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_dsp" "input2" "@dsp_emitter.output" } "dsp_distantDSP" { "operator" "calc_distant_dsp" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" } "dsp_apply_distance" { "operator" "math_float" "apply" "mult" "input1" "@dsp_distantDSP.output" "input2" "@dsp_apply_mixer.output" } "dsp_output" { "operator" "sys_output" "input_float" "@dsp_apply_distance.output" "output" "dsp" }
///////////////////// // SPEAKERS
"radius_get_sp_a1_intro1" { // "execute_once" "true" // "input_execute" "1.0" //enable map checking here "operator" "get_map_name" "map_name" "sp_a1_intro1" //your map name here } "radius_invert_test" { "operator" "math_float" "apply" "less_than" "input1" "@radius_get_sp_a1_intro1.output" "input2" "1.0" }
"radius_remap_map_test1" { "operator" "math_remap_float" "input" "@radius_invert_test.output" "input_min" "0" "input_max" "1" "input_map_min" "600.0" "input_map_max" "600.0" "default_to_max" "false" } // NOTE: uses player data, ie: SS, calculates all players and merges them "speakers_spatialize" { "operator" "calc_spatialize_speakers" "input_radius" "@radius_remap_map_test1.output" "input_rear_stereo_scale" "1.0" "input_distance" "@source_distance.output" "input_position" "@source_info.output_position" }
"speakers_apply_volume" { "operator" "math_speakers" "apply" "mult" "input1" "@speakers_spatialize.output" "input2[*]" "@volume_apply_test_convar.output" }
"speakers_limit" { "operator" "math_speakers" "apply" "max"
"left_front" "0.0" "right_front" "0.0" "center" "0.0" "lfe" "0.0" "left_rear" "0.0" "right_rear" "0.0"
"input2" "@speakers_apply_volume.output" }
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_limit.output" "output" "speakers" }
//////////////////////////////////////////////////////////////////////////////////////////// // // SPECIALTY STACKS // ////////////////////////////////////////////////////////////////////////////////////////////
update_facing
////////////////////// // POSITION "source_info" { "operator" "get_source_info" // "source" "entity" "source" "emitter" }
// NOTE: uses player data, ie: SS, returns nearest distance "source_distance" { "operator" "calc_source_distance" "input_position" "@source_info.output_position" }
//////////////////// // calc "mixer" { "operator" "get_soundmixer" "mixgroup" "TEST" }
// NOTE: uses player data, ie: SS, least occluded player "occlusion" { "operator" "calc_occlusion" "input_position" "@source_info.output_position" }
// NOTE: uses player data, ie: blended origin for SS players "facing" { "operator" "calc_angles_facing" // "input_angles" "@source_info.output_angles" "input_angles[0]" "0" "input_angles[1]" "0" "input_angles[2]" "0" }
"facing_output" { "operator" "sys_output" "input_float" "@facing.output" "output" "facing" } "snd_gain_convar" { "operator" "get_convar" "convar" "snd_gain" }
"snd_op_test_convar" { "operator" "get_convar" "convar" "snd_op_test_convar" }
////////////////////// // LEVEL "level_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_level" "input2" "@source_info.output_level" }
///////////////////// // VOLUME "volume_falloff" { "operator" "calc_falloff" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" } "volume_apply_falloff" { "operator" "math_float" "apply" "mult" "input1" "@source_info.output_volume" "input2" "@volume_falloff.output" }
"volume_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_volume" "input2" "@volume_apply_falloff.output" } "volume_apply_snd_gain_convar" { "operator" "math_float" "apply" "mult" "input1" "@snd_gain_convar.output" "input2" "@volume_apply_mixer.output" } "volume_apply_test_convar" { "operator" "math_float" "apply" "mult" "input1" "1.0" "input2" "@volume_apply_snd_gain_convar.output" }
"volume_apply_facing" { "operator" "math_float" "apply" "mult" "input1" "@facing.output" "input2" "@volume_apply_test_convar.output" }
"volume_apply_occlusion" { "operator" "math_float" "apply" "mult" "input1" "@volume_apply_facing.output" "input2" "@occlusion.output" }
/////////////////// // PITCH "pitch_output" { "operator" "sys_output" "output" "pitch" "input_float" "@source_info.output_pitch" }
/////////////////// // DSP "dsp_emitter" { "operator" "math_float" "apply" "set" "input1" "1.0" } "dsp_apply_mixer" { "operator" "math_float" "apply" "mult" "input1" "@mixer.output_dsp" "input2" "@dsp_emitter.output" } "dsp_distantDSP" { "operator" "calc_distant_dsp" "input_distance" "@source_distance.output" "input_level" "@level_apply_mixer.output" } "dsp_apply_distant" { "operator" "math_float" "apply" "mult" "input1" "@dsp_distantDSP.output" "input2" "@dsp_apply_mixer.output" } "dsp_output" { "operator" "sys_output" "input_float" "@dsp_apply_distant.output" "output" "speakers" } ///////////////////// // SPEAKERS
// NOTE: uses player data, ie: SS // SS COULD BE SELF-CONTAINED? "speakers_spatialize" { "operator" "calc_spatialize_speakers" "input_radius" "300" "input_distance" "@source_distance.output" "input_position" "@source_info.output_position" }
"speakers_volume" { "operator" "math_speakers" "apply" "mult" "input1" "@speakers_spatialize.output" "input2[*]" "@volume_apply_occlusion.output" // "input2[*]" "@facing.output" }
"speakers_limit" { "operator" "math_speakers" "apply" "mult" "left_front" "1.0" "right_front" "1.0" "center" "1.0" "lfe" "1.0" "left_rear" "1.0" "right_rear" "1.0"
"input2" "@speakers_volume.output"
}
"speakers_output" { "operator" "sys_output" "input_speakers" "@speakers_limit.output" "output" "speakers" }
stop_stacks
stop_test
"play_entry" { "operator" "sys_start_entry" "execute_once" "true" "input_execute" "1" "input_start" "1" "entry_name" "Default.Null" //Replace with the sound you want to play. }
stop_default
"snd_op_test_convar" { "operator" "get_convar" "convar" "snd_op_test_convar" }
stop_and_play
"play_entry" { "operator" "sys_start_entry" "execute_once" "true" "input_execute" "1" "input_start" "1" "entry_name" "Default.Null" //Replace with the sound you want to play. }
P2_stop_child_and_parent
"stop_child" { "operator" "sys_stop_entries" "input_max_entries" "0.000000" //A sound will not stop itself from playing. "match_substring" "false" "match_entry" "Default.Null" //Replace with the sound you want to stop. "match_entity" "true" }
//////////////////////////////////////////////////////////////////////////////////////////// // // dialog stop stacks // ////////////////////////////////////////////////////////////////////////////////////////////
P2_glados_stop
// default stop stack for glados v.o.
"set_mixlayer_vol_wheatley" { "operator" "sys_mixlayer" "mixlayer" "gladosVOLayer" "mixgroup" "wheatleyVO" "field" "volume" "input" "1.0" } "set_mixlayer_vol_announcer" { "operator" "sys_mixlayer" "mixlayer" "gladosVOLayer" "mixgroup" "announcerVO" "field" "volume" "input" "1.0" } "set_mixlayer_vol_cave" { "operator" "sys_mixlayer" "mixlayer" "gladosVOLayer" "mixgroup" "caveVO" "field" "volume" "input" "1.0" }
P2_glados_stop_mute
// default stop stack for glados v.o.
"set_mixlayer_mute_wheatley" { "operator" "sys_mixlayer" "mixlayer" "gladosVOLayer" "mixgroup" "wheatleyVO" "field" "mute" "input" "0.0" } "set_mixlayer_mute_announcer" { "operator" "sys_mixlayer" "mixlayer" "gladosVOLayer" "mixgroup" "announcerVO" "field" "mute" "input" "0.0" } "set_mixlayer_mute_cave" { "operator" "sys_mixlayer" "mixlayer" "gladosVOLayer" "mixgroup" "caveVO" "field" "mute" "input" "0.0" }
P2_wheatley_stop
// default stop stack for wheatley v.o.
"set_mixlayer_vol_glados" { "operator" "sys_mixlayer" "mixlayer" "wheatleyVOLayer" "mixgroup" "gladosVO" "field" "volume" "input" "1.0" } "set_mixlayer_vol_announcer" { "operator" "sys_mixlayer" "mixlayer" "wheatleyVOLayer" "mixgroup" "announcerVO" "field" "volume" "input" "1.0" }
P2_announcer_stop
// default stop stack for announcer v.o.
"set_mixlayer_vol_glados" { "operator" "sys_mixlayer" "mixlayer" "announcerVOLayer" "mixgroup" "gladosVO" "field" "volume" "input" "1.0" } "set_mixlayer_vol_wheatley" { "operator" "sys_mixlayer" "mixlayer" "announcerVOLayer" "mixgroup" "wheatleyVO" "field" "volume" "input" "1.0" }