AMX and Electrovoice N8000 feedback
RogerS
Posts: 9
Hi
First time poster so not 100% sure this is correct place to post.
I have a problem with getting correct feedback from a N8000.
I have 16 microphones that each has it own mute button and trying to make 1 data_event for them all so i dont have to make 16 find_string for each of my 16 buttons.
The problem might be how i try to parse it but not sure.
To poll if a channel is muted or unmuted i send the string:
"/Param/Dsp/Matrix_1/mutein/Idx10 ?" where 10 is the channel.
The N8000 returns this string when i poll the N8000 on "channel" 10:
"/Param/Dsp/Matrix_1/mutein/Idx10 1" where 10 is the "channel" in the N8000 matrix it has muted/unmuted and the last number is wether it is muted (1) or unmuted (0)
What i am trying to do is extract the "10" and "1" so i have which channel and if it is muted or unmuted.
DEFINE_VARIABLE
integer levelFromEVSpace = 0
char levelFromEV[5] = ''
integer muteUnmute = 0
DATA_EVENT[dvEV8000]
{
ONLINE:
{
SEND_COMMAND dvEV8000, "'SET BAUD 19200,8,N,1'"
//wait 100 SEND_COMMAND dvEV8000, "'*** <device> command mode entered ***'"
}
string:
{
if (find_string(data.text,'/Param/Dsp/Matrix_1/mutein/Idx',1)) { //trying to make 1 find_string for all mute buttons
if (find_string(data.text,'?',1)) {} //so you don't parse the question since N8000 have echo on
else {
dataFromEV = DATA.TEXT
remove_string(dataFromEV,'/Param/Dsp/Matrix_1/mutein/Idx',1) //to remove unusefull info
levelFromEVSpace = find_string(dataFromEV,' ',1) //finds the position of the space between channel and wether it is muted or not
if (levelFromEVSpace == 2) { //if channel is under 10
levelFromEV = left_string(dataFromEV,1)
}
else if (levelFromEVSpace == 3) { //if channel is above 10
levelFromEV = left_string(dataFromEV,2)
}
muteUnmute = atoi(right_string(dataFromEV,1)) //wether it is muted or not
}
}
}
}
The problem is that at the end the string levelFromEV is "49,49" for the channel 10 example and "50" to "59" for any channel under 9. I'm not sure where 49.49 comes from.
Can anyone see any errors that i missed or any tips or tricks you have?
Or do i simpy have to add 1 find_string for each of my microphones?
First time poster so not 100% sure this is correct place to post.
I have a problem with getting correct feedback from a N8000.
I have 16 microphones that each has it own mute button and trying to make 1 data_event for them all so i dont have to make 16 find_string for each of my 16 buttons.
The problem might be how i try to parse it but not sure.
To poll if a channel is muted or unmuted i send the string:
"/Param/Dsp/Matrix_1/mutein/Idx10 ?" where 10 is the channel.
The N8000 returns this string when i poll the N8000 on "channel" 10:
"/Param/Dsp/Matrix_1/mutein/Idx10 1" where 10 is the "channel" in the N8000 matrix it has muted/unmuted and the last number is wether it is muted (1) or unmuted (0)
What i am trying to do is extract the "10" and "1" so i have which channel and if it is muted or unmuted.
DEFINE_VARIABLE
integer levelFromEVSpace = 0
char levelFromEV[5] = ''
integer muteUnmute = 0
DATA_EVENT[dvEV8000]
{
ONLINE:
{
SEND_COMMAND dvEV8000, "'SET BAUD 19200,8,N,1'"
//wait 100 SEND_COMMAND dvEV8000, "'*** <device> command mode entered ***'"
}
string:
{
if (find_string(data.text,'/Param/Dsp/Matrix_1/mutein/Idx',1)) { //trying to make 1 find_string for all mute buttons
if (find_string(data.text,'?',1)) {} //so you don't parse the question since N8000 have echo on
else {
dataFromEV = DATA.TEXT
remove_string(dataFromEV,'/Param/Dsp/Matrix_1/mutein/Idx',1) //to remove unusefull info
levelFromEVSpace = find_string(dataFromEV,' ',1) //finds the position of the space between channel and wether it is muted or not
if (levelFromEVSpace == 2) { //if channel is under 10
levelFromEV = left_string(dataFromEV,1)
}
else if (levelFromEVSpace == 3) { //if channel is above 10
levelFromEV = left_string(dataFromEV,2)
}
muteUnmute = atoi(right_string(dataFromEV,1)) //wether it is muted or not
}
}
}
}
The problem is that at the end the string levelFromEV is "49,49" for the channel 10 example and "50" to "59" for any channel under 9. I'm not sure where 49.49 comes from.
Can anyone see any errors that i missed or any tips or tricks you have?
Or do i simpy have to add 1 find_string for each of my microphones?
0
Comments
remove_string(dataFromEV,'/Param/Dsp/Matrix_1/mutein/Idx',1) //to remove unusefull info
The remaining string in your example is:
’10 1’
Do an ATOI on that string and it will return the channel number of 10 in decimal.
Do a remove_string up to the space.
And then do an ATOI on the remaining string and that will return the mute value of 1 in decimal.
When doing an ATOI conversion it’s always safest to wrap the string in double quotes.
Netlinx doesn’t handle 1 character arrays very well and the double quotes fixes that.
ASCII 0-9 = Decimal 48-57
MODULE_NAME='ElecrovoiceN8000_module' (DEV dvEV, DEV dvTP_EV) (*Модуль работы с устройством EV N8000*) (***********************************************************) (***********************************************************) (* FILE_LAST_MODIFIED_ON: 04/04/2006 AT: 11:33:16 *) (***********************************************************) (* System Type : NetLinx *) (***********************************************************) (* REV HISTORY: *) (***********************************************************) (* $History: $ *) (***********************************************************) (* DEVICE NUMBER DEFINITIONS GO BELOW *) (***********************************************************) DEFINE_DEVICE dvIPClientEV = 0:3:0 (***********************************************************) (* CONSTANT DEFINITIONS GO BELOW *) (***********************************************************) DEFINE_CONSTANT nIPPort = 23 INTEGER VOLUME_TIMELINE_ID = 1 LONG VOLUME_POLL_TIME = 50000 //50сек (***********************************************************) (* DATA TYPE DEFINITIONS GO BELOW *) (***********************************************************) DEFINE_TYPE structure t_S1MicInMute { integer IDX1 integer IDX2 integer IDX3 integer IDX4 integer IDX5 integer IDX6 integer IDX7 integer IDX8 } structure t_S1MicInGain { sinteger IDX1 sinteger IDX2 sinteger IDX3 sinteger IDX4 sinteger IDX5 sinteger IDX6 sinteger IDX7 sinteger IDX8 } structure t_S2AnalogOutMute { integer IDX1 integer IDX2 integer IDX3 integer IDX4 integer IDX5 integer IDX6 integer IDX7 integer IDX8 } structure t_S2AnalogOutGain { sinteger IDX1 sinteger IDX2 sinteger IDX3 sinteger IDX4 sinteger IDX5 sinteger IDX6 sinteger IDX7 sinteger IDX8 } structure t_S3AnalogInMute { integer IDX1 integer IDX2 integer IDX3 integer IDX4 integer IDX5 integer IDX6 integer IDX7 integer IDX8 } structure t_S3AnalogInGain { sinteger IDX1 sinteger IDX2 sinteger IDX3 sinteger IDX4 sinteger IDX5 sinteger IDX6 sinteger IDX7 sinteger IDX8 } structure t_S4AnalogOutMute { integer IDX1 integer IDX2 integer IDX3 integer IDX4 integer IDX5 integer IDX6 integer IDX7 integer IDX8 } structure t_S4AnalogOutGain { sinteger IDX1 sinteger IDX2 sinteger IDX3 sinteger IDX4 sinteger IDX5 sinteger IDX6 sinteger IDX7 sinteger IDX8 } (***********************************************************) (* VARIABLE DEFINITIONS GO BELOW *) (***********************************************************) DEFINE_VARIABLE LONG lPROJ_TIME_ARRAY[10] t_S1MicInMute S1MicInMute t_S2AnalogOutMute S2AnalogOutMute t_S3AnalogInMute S3AnalogInMute t_S4AnalogOutMute S4AnalogOutMute t_S1MicInGain S1MicInGain t_S2AnalogOutGain S2AnalogOutGain t_S3AnalogInGain S3AnalogInGain t_S4AnalogOutGain S4AnalogOutGain integer btnS1MicInMute[] = { 11, 12, 13, 14, 15, 16, 17, 18 } integer btnS2AnalogOutMute[] = { 21, 22, 23, 24, 25, 26, 27, 28 } integer btnS3AnalogInMute[] = { 31, 32, 33, 34, 35, 36, 37, 38 } integer btnS4AnalogOutMute[] = { 41, 42, 43, 44, 45, 46, 47, 48 } integer btnLvlS1MicInGain[] = { 11, 12, 13, 14, 15, 16, 17, 18 } integer btnLvlS2AnalogOutGain[] = { 21, 22, 23, 24, 25, 26, 27, 28 } integer btnLvlS3AnalogInGain[] = { 31, 32, 33, 34, 35, 36, 37, 38 } integer btnLvlS4AnalogOutGain[] = { 41, 42, 43, 44, 45, 46, 47, 48 } char EV_buffer[255] integer inputID char testDataText[255] char bufferDataText[255] char buffer_Data_EV[255] integer onlineEV = 0 //volatile slong result_IP_CLIENT_OPEN = 0 integer resolutionSendCommand = 0 sinteger inttest char chartest[255] char IntText[255] char IntText1[255] char IntText2[255] char IntText3[255] char IntText4[255] DEFINE_FUNCTION fnClearBufferEV () { EV_buffer = '' } DEFINE_FUNCTION fnRequestS3AnalogINMute () { WAIT 10 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/MUTE/IDX1 ?',$0D" WAIT 20 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/MUTE/IDX2 ?',$0D" WAIT 30 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/MUTE/IDX3 ?',$0D" WAIT 40 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/MUTE/IDX4 ?',$0D" WAIT 50 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/MUTE/IDX5 ?',$0D" WAIT 60 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/MUTE/IDX6 ?',$0D" WAIT 70 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/MUTE/IDX7 ?',$0D" WAIT 80 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/MUTE/IDX8 ?',$0D" } DEFINE_FUNCTION fnRequestS3AnalogINGain () { WAIT 10 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/GAIN/IDX1 ?',$0D" WAIT 20 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/GAIN/IDX2 ?',$0D" WAIT 30 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/GAIN/IDX3 ?',$0D" WAIT 40 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/GAIN/IDX4 ?',$0D" WAIT 50 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/GAIN/IDX5 ?',$0D" WAIT 60 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/GAIN/IDX6 ?',$0D" WAIT 70 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/GAIN/IDX7 ?',$0D" WAIT 80 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/GAIN/IDX8 ?',$0D" } DEFINE_FUNCTION fnRequestS1MicINMute () { WAIT 10 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/MUTE/IDX1 ?',$0D" WAIT 20 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/MUTE/IDX2 ?',$0D" WAIT 30 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/MUTE/IDX3 ?',$0D" WAIT 40 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/MUTE/IDX4 ?',$0D" WAIT 50 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/MUTE/IDX5 ?',$0D" WAIT 60 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/MUTE/IDX6 ?',$0D" WAIT 70 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/MUTE/IDX7 ?',$0D" WAIT 80 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/MUTE/IDX8 ?',$0D" } DEFINE_FUNCTION fnRequestS1MicINGain () { WAIT 10 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/GAIN/IDX1 ?',$0D" WAIT 20 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/GAIN/IDX2 ?',$0D" WAIT 30 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/GAIN/IDX3 ?',$0D" WAIT 40 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/GAIN/IDX4 ?',$0D" WAIT 50 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/GAIN/IDX5 ?',$0D" WAIT 60 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/GAIN/IDX6 ?',$0D" WAIT 70 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/GAIN/IDX7 ?',$0D" WAIT 80 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/GAIN/IDX8 ?',$0D" } DEFINE_FUNCTION fnRequestS2AnalogOutMute () { WAIT 10 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/MUTE/IDX1 ?',$0D" WAIT 20 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/MUTE/IDX2 ?',$0D" WAIT 30 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/MUTE/IDX3 ?',$0D" WAIT 40 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/MUTE/IDX4 ?',$0D" WAIT 50 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/MUTE/IDX5 ?',$0D" WAIT 60 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/MUTE/IDX6 ?',$0D" WAIT 70 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/MUTE/IDX7 ?',$0D" WAIT 80 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/MUTE/IDX8 ?',$0D" } DEFINE_FUNCTION fnRequestS2AnalogOutGain () { WAIT 10 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/GAIN/IDX1 ?',$0D" WAIT 20 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/GAIN/IDX2 ?',$0D" WAIT 30 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/GAIN/IDX3 ?',$0D" WAIT 40 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/GAIN/IDX4 ?',$0D" WAIT 50 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/GAIN/IDX5 ?',$0D" WAIT 60 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/GAIN/IDX6 ?',$0D" WAIT 70 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/GAIN/IDX7 ?',$0D" WAIT 80 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/GAIN/IDX8 ?',$0D" } DEFINE_FUNCTION fnRequestS4AnalogOutMute () { WAIT 10 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/MUTE/IDX1 ?',$0D" WAIT 20 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/MUTE/IDX2 ?',$0D" WAIT 30 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/MUTE/IDX3 ?',$0D" WAIT 40 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/MUTE/IDX4 ?',$0D" WAIT 50 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/MUTE/IDX5 ?',$0D" WAIT 60 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/MUTE/IDX6 ?',$0D" WAIT 70 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/MUTE/IDX7 ?',$0D" WAIT 80 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/MUTE/IDX8 ?',$0D" } DEFINE_FUNCTION fnRequestS4AnalogOutGain () { WAIT 10 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/GAIN/IDX1 ?',$0D" WAIT 20 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/GAIN/IDX2 ?',$0D" WAIT 30 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/GAIN/IDX3 ?',$0D" WAIT 40 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/GAIN/IDX4 ?',$0D" WAIT 50 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/GAIN/IDX5 ?',$0D" WAIT 60 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/GAIN/IDX6 ?',$0D" WAIT 70 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/GAIN/IDX7 ?',$0D" WAIT 80 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/GAIN/IDX8 ?',$0D" } DEFINE_FUNCTION fnParserEV(char bufferDataText[255]) { STACK_VAR integer IDX_Count FOR (IDX_Count = 1; IDX_Count <= 8; IDX_Count++) { IF (FIND_STRING(bufferDataText,"'/ANALOGMICIN_1/MUTE/IDX',itoa(IDX_Count),' 1'",1)) { IF (IDX_Count == 1) S1MicInMute.IDX1 = 1 IF (IDX_Count == 2) S1MicInMute.IDX2 = 1 IF (IDX_Count == 3) S1MicInMute.IDX3 = 1 IF (IDX_Count == 4) S1MicInMute.IDX4 = 1 IF (IDX_Count == 5) S1MicInMute.IDX5 = 1 IF (IDX_Count == 6) S1MicInMute.IDX6 = 1 IF (IDX_Count == 7) S1MicInMute.IDX7 = 1 IF (IDX_Count == 8) S1MicInMute.IDX8 = 1 fnClearBufferEV () } } FOR (IDX_Count = 1; IDX_Count <= 8; IDX_Count++) { IF (FIND_STRING(bufferDataText,"'/ANALOGMICIN_1/MUTE/IDX',itoa(IDX_Count),' 0'",1)) { IF (IDX_Count == 1) S1MicInMute.IDX1 = 0 IF (IDX_Count == 2) S1MicInMute.IDX2 = 0 IF (IDX_Count == 3) S1MicInMute.IDX3 = 0 IF (IDX_Count == 4) S1MicInMute.IDX4 = 0 IF (IDX_Count == 5) S1MicInMute.IDX5 = 0 IF (IDX_Count == 6) S1MicInMute.IDX6 = 0 IF (IDX_Count == 7) S1MicInMute.IDX7 = 0 IF (IDX_Count == 8) S1MicInMute.IDX8 = 0 fnClearBufferEV () } } FOR (IDX_Count = 1; IDX_Count <= 8; IDX_Count++) { IF (FIND_STRING(bufferDataText,"'/ANALOGOUT_2/MUTE/IDX',itoa(IDX_Count),' 1'",1)) { IF (IDX_Count == 1) S2AnalogOutMute.IDX1 = 1 IF (IDX_Count == 2) S2AnalogOutMute.IDX2 = 1 IF (IDX_Count == 3) S2AnalogOutMute.IDX3 = 1 IF (IDX_Count == 4) S2AnalogOutMute.IDX4 = 1 IF (IDX_Count == 5) S2AnalogOutMute.IDX5 = 1 IF (IDX_Count == 6) S2AnalogOutMute.IDX6 = 1 IF (IDX_Count == 7) S2AnalogOutMute.IDX7 = 1 IF (IDX_Count == 8) S2AnalogOutMute.IDX8 = 1 fnClearBufferEV () } } FOR (IDX_Count = 1; IDX_Count <= 8; IDX_Count++) { IF (FIND_STRING(bufferDataText,"'/ANALOGOUT_2/MUTE/IDX',itoa(IDX_Count),' 0'",1)) { IF (IDX_Count == 1) S2AnalogOutMute.IDX1 = 0 IF (IDX_Count == 2) S2AnalogOutMute.IDX2 = 0 IF (IDX_Count == 3) S2AnalogOutMute.IDX3 = 0 IF (IDX_Count == 4) S2AnalogOutMute.IDX4 = 0 IF (IDX_Count == 5) S2AnalogOutMute.IDX5 = 0 IF (IDX_Count == 6) S2AnalogOutMute.IDX6 = 0 IF (IDX_Count == 7) S2AnalogOutMute.IDX7 = 0 IF (IDX_Count == 8) S2AnalogOutMute.IDX8 = 0 fnClearBufferEV () } } FOR (IDX_Count = 1; IDX_Count <= 8; IDX_Count++) { IF (FIND_STRING(bufferDataText,"'/ANALOGIN_1/MUTE/IDX',itoa(IDX_Count),' 1'",1)) { IF (IDX_Count == 1) S3AnalogInMute.IDX1 = 1 IF (IDX_Count == 2) S3AnalogInMute.IDX2 = 1 IF (IDX_Count == 3) S3AnalogInMute.IDX3 = 1 IF (IDX_Count == 4) S3AnalogInMute.IDX4 = 1 IF (IDX_Count == 5) S3AnalogInMute.IDX5 = 1 IF (IDX_Count == 6) S3AnalogInMute.IDX6 = 1 IF (IDX_Count == 7) S3AnalogInMute.IDX7 = 1 IF (IDX_Count == 8) S3AnalogInMute.IDX8 = 1 fnClearBufferEV () } } FOR (IDX_Count = 1; IDX_Count <= 8; IDX_Count++) { IF (FIND_STRING(bufferDataText,"'/ANALOGIN_1/MUTE/IDX',itoa(IDX_Count),' 0'",1)) { IF (IDX_Count == 1) S3AnalogInMute.IDX1 = 0 IF (IDX_Count == 2) S3AnalogInMute.IDX2 = 0 IF (IDX_Count == 3) S3AnalogInMute.IDX3 = 0 IF (IDX_Count == 4) S3AnalogInMute.IDX4 = 0 IF (IDX_Count == 5) S3AnalogInMute.IDX5 = 0 IF (IDX_Count == 6) S3AnalogInMute.IDX6 = 0 IF (IDX_Count == 7) S3AnalogInMute.IDX7 = 0 IF (IDX_Count == 8) S3AnalogInMute.IDX8 = 0 fnClearBufferEV () } } FOR (IDX_Count = 1; IDX_Count <= 8; IDX_Count++) { IF (FIND_STRING(bufferDataText,"'/ANALOGOUT_1/MUTE/IDX',itoa(IDX_Count),' 1'",1)) { IF (IDX_Count == 1) S4AnalogOutMute.IDX1 = 1 IF (IDX_Count == 2) S4AnalogOutMute.IDX2 = 1 IF (IDX_Count == 3) S4AnalogOutMute.IDX3 = 1 IF (IDX_Count == 4) S4AnalogOutMute.IDX4 = 1 IF (IDX_Count == 5) S4AnalogOutMute.IDX5 = 1 IF (IDX_Count == 6) S4AnalogOutMute.IDX6 = 1 IF (IDX_Count == 7) S4AnalogOutMute.IDX7 = 1 IF (IDX_Count == 8) S4AnalogOutMute.IDX8 = 1 fnClearBufferEV () } } FOR (IDX_Count = 1; IDX_Count <= 8; IDX_Count++) { IF (FIND_STRING(bufferDataText,"'/ANALOGOUT_1/MUTE/IDX',itoa(IDX_Count),' 0'",1)) { IF (IDX_Count == 1) S4AnalogOutMute.IDX1 = 0 IF (IDX_Count == 2) S4AnalogOutMute.IDX2 = 0 IF (IDX_Count == 3) S4AnalogOutMute.IDX3 = 0 IF (IDX_Count == 4) S4AnalogOutMute.IDX4 = 0 IF (IDX_Count == 5) S4AnalogOutMute.IDX5 = 0 IF (IDX_Count == 6) S4AnalogOutMute.IDX6 = 0 IF (IDX_Count == 7) S4AnalogOutMute.IDX7 = 0 IF (IDX_Count == 8) S4AnalogOutMute.IDX8 = 0 fnClearBufferEV () } } //////////////////////////////////////////////////////////////// //GAIN //////////////////////////////////////////////////////////////// FOR (IDX_Count = 1; IDX_Count <= 8; IDX_Count++) { IF (FIND_STRING(bufferDataText,"'/ANALOGMICIN_1/GAIN/IDX',itoa(IDX_Count),' '",1)) { IF (FIND_STRING(bufferDataText,"'/ANALOGMICIN_1/GAIN/IDX',itoa(IDX_Count),' ?'",1)) { } ELSE { REMOVE_STRING(bufferDataText,"'/ANALOGMICIN_1/GAIN/IDX',itoa(IDX_Count),' '",1) REMOVE_STRING(bufferDataText,"$0D",length_string(bufferDataText)-1) if (IDX_Count = 1) S1MicInGain.IDX1 = atol(bufferDataText) if (IDX_Count = 2) S1MicInGain.IDX2 = atol(bufferDataText) if (IDX_Count = 3) S1MicInGain.IDX3 = atol(bufferDataText) if (IDX_Count = 4) S1MicInGain.IDX4 = atol(bufferDataText) if (IDX_Count = 5) S1MicInGain.IDX5 = atol(bufferDataText) if (IDX_Count = 6) S1MicInGain.IDX6 = atol(bufferDataText) if (IDX_Count = 7) S1MicInGain.IDX7 = atol(bufferDataText) if (IDX_Count = 8) S1MicInGain.IDX8 = atol(bufferDataText) SEND_COMMAND dvTP_EV, "'^TXT-1',itoa(IDX_Count),',0,',bufferDataText" fnClearBufferEV () } } } FOR (IDX_Count = 1; IDX_Count <= 8; IDX_Count++) { IF (FIND_STRING(bufferDataText,"'/ANALOGOUT_2/GAIN/IDX',itoa(IDX_Count),' '",1)) { IF (FIND_STRING(bufferDataText,"'/ANALOGOUT_2/GAIN/IDX',itoa(IDX_Count),' ?'",1)) { } ELSE { REMOVE_STRING(bufferDataText,"'/ANALOGOUT_2/GAIN/IDX',itoa(IDX_Count),' '",1) REMOVE_STRING(bufferDataText,"$0D",length_string(bufferDataText)-1) if (IDX_Count = 1) S2AnalogOutGain.IDX1 = atol(bufferDataText) if (IDX_Count = 2) S2AnalogOutGain.IDX2 = atol(bufferDataText) if (IDX_Count = 3) S2AnalogOutGain.IDX3 = atol(bufferDataText) if (IDX_Count = 4) S2AnalogOutGain.IDX4 = atol(bufferDataText) if (IDX_Count = 5) S2AnalogOutGain.IDX5 = atol(bufferDataText) if (IDX_Count = 6) S2AnalogOutGain.IDX6 = atol(bufferDataText) if (IDX_Count = 7) S2AnalogOutGain.IDX7 = atol(bufferDataText) if (IDX_Count = 8) S2AnalogOutGain.IDX8 = atol(bufferDataText) SEND_COMMAND dvTP_EV, "'^TXT-2',itoa(IDX_Count),',0,',bufferDataText" fnClearBufferEV () } } } FOR (IDX_Count = 1; IDX_Count <= 8; IDX_Count++) { IF (FIND_STRING(bufferDataText,"'/ANALOGIN_1/GAIN/IDX',itoa(IDX_Count),' '",1)) { IF (FIND_STRING(bufferDataText,"'/ANALOGIN_1/GAIN/IDX',itoa(IDX_Count),' ?'",1)) { } ELSE { REMOVE_STRING(bufferDataText,"'/ANALOGIN_1/GAIN/IDX',itoa(IDX_Count),' '",1) REMOVE_STRING(bufferDataText,"$0D",length_string(bufferDataText)-1) if (IDX_Count = 1) S3AnalogInGain.IDX1 = atol(bufferDataText) if (IDX_Count = 2) S3AnalogInGain.IDX2 = atol(bufferDataText) if (IDX_Count = 3) S3AnalogInGain.IDX3 = atol(bufferDataText) if (IDX_Count = 4) S3AnalogInGain.IDX4 = atol(bufferDataText) if (IDX_Count = 5) S3AnalogInGain.IDX5 = atol(bufferDataText) if (IDX_Count = 6) S3AnalogInGain.IDX6 = atol(bufferDataText) if (IDX_Count = 7) S3AnalogInGain.IDX7 = atol(bufferDataText) if (IDX_Count = 8) S3AnalogInGain.IDX8 = atol(bufferDataText) SEND_COMMAND dvTP_EV, "'^TXT-3',itoa(IDX_Count),',0,',bufferDataText" fnClearBufferEV () } } } FOR (IDX_Count = 1; IDX_Count <= 8; IDX_Count++) { IF (FIND_STRING(bufferDataText,"'/ANALOGOUT_1/GAIN/IDX',itoa(IDX_Count),' '",1)) { IF (FIND_STRING(bufferDataText,"'/ANALOGOUT_1/GAIN/IDX',itoa(IDX_Count),' ?'",1)) { } ELSE { REMOVE_STRING(bufferDataText,"'/ANALOGOUT_1/GAIN/IDX',itoa(IDX_Count),' '",1) REMOVE_STRING(bufferDataText,"$0D",length_string(bufferDataText)-1) if (IDX_Count = 1) S4AnalogOutGain.IDX1 = atol(bufferDataText) if (IDX_Count = 2) S4AnalogOutGain.IDX2 = atol(bufferDataText) if (IDX_Count = 3) S4AnalogOutGain.IDX3 = atol(bufferDataText) if (IDX_Count = 4) S4AnalogOutGain.IDX4 = atol(bufferDataText) if (IDX_Count = 5) S4AnalogOutGain.IDX5 = atol(bufferDataText) if (IDX_Count = 6) S4AnalogOutGain.IDX6 = atol(bufferDataText) if (IDX_Count = 7) S4AnalogOutGain.IDX7 = atol(bufferDataText) if (IDX_Count = 8) S4AnalogOutGain.IDX8 = atol(bufferDataText) SEND_COMMAND dvTP_EV, "'^TXT-4',itoa(IDX_Count),',0,',bufferDataText" fnClearBufferEV () } } } } (***********************************************************) (* LATCHING DEFINITIONS GO BELOW *) (***********************************************************) DEFINE_LATCHING (***********************************************************) (* MUTUALLY EXCLUSIVE DEFINITIONS GO BELOW *) (***********************************************************) DEFINE_MUTUALLY_EXCLUSIVE (***********************************************************) (* SUBROUTINE/FUNCTION DEFINITIONS GO BELOW *) (***********************************************************) (* EXAMPLE: DEFINE_FUNCTION <RETURN_TYPE> <NAME> (<PARAMETERS>) *) (* EXAMPLE: DEFINE_CALL '<NAME>' (<PARAMETERS>) *) (***********************************************************) (* STARTUP CODE GOES BELOW *) (***********************************************************) DEFINE_START SEND_COMMAND dvEV, "'SET BAUD 19200,N,8,1,485 DISABLE'" //WAIT 10 SEND_STRING dvEV,"'parser -f',$0D" create_buffer dvEV, EV_buffer //wait 50 //result_IP_CLIENT_OPEN = IP_CLIENT_OPEN (3,'10.0.6.1',nIPPort,1) (***********************************************************) (* THE EVENTS GO BELOW *) (***********************************************************) DEFINE_EVENT TIMELINE_EVENT[VOLUME_TIMELINE_ID] //////////////////// VOLUME POLL QUERY*) { SWITCH(Timeline.Sequence) { CASE 1: { //fnRequestS1MicINGain() } } } DATA_EVENT[dvEV] { ONLINE: { onlineEV = 1 lPROJ_TIME_ARRAY[1]= VOLUME_POLL_TIME TIMELINE_CREATE(VOLUME_TIMELINE_ID,lPROJ_TIME_ARRAY,1,TIMELINE_ABSOLUTE,TIMELINE_REPEAT) } STRING: { send_string 5001:0:0, "'buf-',EV_buffer" buffer_Data_EV = EV_buffer IF (FIND_STRING(EV_buffer,"'N8000 command mode entered'",1)) { fnClearBufferEV () } WHILE (FIND_STRING(EV_buffer,"$0D,$0A",1)) { buffer_Data_EV = remove_string (EV_buffer, "$0D,$0A",1) fnParserEV(buffer_Data_EV) } } } BUTTON_EVENT [dvTP_EV,btnS1MicInMute] { PUSH: { stack_var integer btnID btnID = button.input.channel IF ((btnID >= 11) && (btnID <= 18)) { btnID = btnID - 10 IF ([dvTP_EV, button.input.channel]==0) { SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/MUTE/IDX',itoa(btnID),' 1',$0D" } ELSE { SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/MUTE/IDX',itoa(btnID),' 0',$0D" } } } } BUTTON_EVENT [dvTP_EV,btnS2AnalogOutMute] { PUSH: { stack_var integer btnID btnID = button.input.channel IF ((btnID >= 21) && (btnID <= 28)) { btnID = btnID - 20 IF ([dvTP_EV,button.input.channel]==0) { SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/MUTE/IDX',itoa(btnID),' 1',$0D" } ELSE { SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/MUTE/IDX',itoa(btnID),' 0',$0D" } } } } BUTTON_EVENT [dvTP_EV,btnS3AnalogInMute] { PUSH: { stack_var integer btnID btnID = button.input.channel IF ((btnID >= 31) && (btnID <= 38)) { btnID = btnID - 30 IF ([dvTP_EV, button.input.channel]==0) { SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/MUTE/IDX',itoa(btnID),' 1',$0D" } ELSE { SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/MUTE/IDX',itoa(btnID),' 0',$0D" } } } } BUTTON_EVENT [dvTP_EV,btnS4AnalogOutMute] { PUSH: { stack_var integer btnID btnID = button.input.channel IF ((btnID >= 41) && (btnID <= 48)) { btnID = btnID - 40 IF ([dvTP_EV, button.input.channel]==0) { SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/MUTE/IDX',itoa(btnID),' 1',$0D" } ELSE { SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/MUTE/IDX',itoa(btnID),' 0',$0D" } } } } BUTTON_EVENT [dvTP_EV,1] { PUSH: { fnRequestS1MicINGain() wait 90 fnRequestS2AnalogOutGain() wait 180 fnRequestS3AnalogINGain() wait 270 fnRequestS4AnalogOutGain() } } LEVEL_EVENT[dvTP_EV, btnLvlS1MicInGain] { inputID = level.input.level inputID = inputID - 10 wait 10 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGMICIN_1/GAIN/IDX',itoa(inputID),' ',itoa(level.value),$0D" } LEVEL_EVENT[dvTP_EV, btnLvlS2AnalogOutGain] { inputID = level.input.level inputID = inputID - 20 wait 10 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_2/GAIN/IDX',itoa(inputID),' ',itoa(level.value),$0D" } LEVEL_EVENT[dvTP_EV, btnLvlS3AnalogInGain] { inputID = level.input.level inputID = inputID - 30 wait 10 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGIN_1/GAIN/IDX',itoa(inputID),' ',itoa(level.value),$0D" } LEVEL_EVENT[dvTP_EV, btnLvlS4AnalogOutGain] { inputID = level.input.level inputID = inputID - 40 wait 10 SEND_STRING dvEV,"'/PARAM/DSP/ANALOGOUT_1/GAIN/IDX',itoa(inputID),' ',itoa(level.value),$0D" } (***********************************************************) (* THE ACTUAL PROGRAM GOES BELOW *) (***********************************************************) DEFINE_PROGRAM [dvTP_EV, 11] = S1MicInMute.IDX1 [dvTP_EV, 12] = S1MicInMute.IDX2 [dvTP_EV, 13] = S1MicInMute.IDX3 [dvTP_EV, 14] = S1MicInMute.IDX4 [dvTP_EV, 15] = S1MicInMute.IDX5 [dvTP_EV, 16] = S1MicInMute.IDX6 [dvTP_EV, 17] = S1MicInMute.IDX7 [dvTP_EV, 18] = S1MicInMute.IDX8 [dvTP_EV, 21] = S2AnalogOutMute.IDX1 [dvTP_EV, 22] = S2AnalogOutMute.IDX2 [dvTP_EV, 23] = S2AnalogOutMute.IDX3 [dvTP_EV, 24] = S2AnalogOutMute.IDX4 [dvTP_EV, 25] = S2AnalogOutMute.IDX5 [dvTP_EV, 26] = S2AnalogOutMute.IDX6 [dvTP_EV, 27] = S2AnalogOutMute.IDX7 [dvTP_EV, 28] = S2AnalogOutMute.IDX8 [dvTP_EV, 31] = S3AnalogInMute.IDX1 [dvTP_EV, 32] = S3AnalogInMute.IDX2 [dvTP_EV, 33] = S3AnalogInMute.IDX3 [dvTP_EV, 34] = S3AnalogInMute.IDX4 [dvTP_EV, 35] = S3AnalogInMute.IDX5 [dvTP_EV, 36] = S3AnalogInMute.IDX6 [dvTP_EV, 37] = S3AnalogInMute.IDX7 [dvTP_EV, 38] = S3AnalogInMute.IDX8 [dvTP_EV, 41] = S4AnalogOutMute.IDX1 [dvTP_EV, 42] = S4AnalogOutMute.IDX2 [dvTP_EV, 43] = S4AnalogOutMute.IDX3 [dvTP_EV, 44] = S4AnalogOutMute.IDX4 [dvTP_EV, 45] = S4AnalogOutMute.IDX5 [dvTP_EV, 46] = S4AnalogOutMute.IDX6 [dvTP_EV, 47] = S4AnalogOutMute.IDX7 [dvTP_EV, 48] = S4AnalogOutMute.IDX8 (***********************************************************) (* END OF PROGRAM *) (* DO NOT PUT ANY CODE BELOW THIS COMMENT *) (***********************************************************)