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TASCAM DM-24 Installation and Use Owners Manual - Page 86

Storing a location memory on the fly, Manually entering and editing a location memory, Location

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11 - Machine Control/Location-Location memories be shown on the display when location memories are being edited, etc. Storing a location memory "on the fly" This procedure allows you to set a location memory, regardless of whether timecode is currently being received or not. If timecode is not currently being received, the value of the location memory is the last received value as shown on the time counter on the display. The value on the time counter, regardless of source, is stored as the location memory. This may be timecode, MTC or an ABS time from a DTRS unit. However, only a controller which is specifically for DTRS use can locate a DTRS unit correctly, if there is an offset or other difference between timecode and the ABS time. If an ABS time is captured, other controllers will assume that this was a timecode value, and will locate the unit to this timecode position. 1 Press the MEMO key. The indicator starts to flash. 2 Press any of the numeric keys, corresponding to the ten location memories available. 3 The MEMO indicator stops flashing and the currently-displayed timecode value is stored in the location memory corresponding to the numeric key which was pressed. Manually entering and editing a location memory This procedure can be used for editing existing location memories or for adding new ones. 1 Press the EDIT key. The indicator starts to flash. 2 Press one of the number keys to select the location memory which will store the value. The EDIT indicator lights steadily. 3 Enter the timecode value using the numeric keypad. The display shows the value, "filling up" from the right digit towards the left. Or, if the EDIT key is pressed again after the location memory number has been pressed, the indicator starts to flash again, allowing the checking and editing of another location memory. 4 Press the ENTER key when the timecode value for the location memory has been entered. 5 Press EDIT again once to edit another location memory, or press EDIT twice to exit the location memory editing mode. If the CLR key is pressed before the ENTER key, a location memory entry which has been made in error is cleared. Pressing ENTER stores the cleared memory. NOTE All blank location memories are assumed to be timecode memories. Editing one, and attempting to locate using ABS with a DTRS controller will almost certainly result in an unwanted result. It is suggested that an ABS time is captured first and then edited. It is possible to switch between the capture, edit and location procedures at any time. Location to a location memory When the location memories have been entered, they are recalled in the following way: 1 Press the DIRECT key. The indicator lights. 2 Press any one of the numeric keys, corresponding to the ten location memories. 3 The controlled device locates to the memory stored in the location memory. What happens next depends on the PLAY MODE setting (see "Play Mode" on page 85). NOTE If a pre-roll time has been set ("Locate Preroll" on page 85), the controlled device will locate to the location memory point, minus the value set as the preroll time. 86 TASCAM DM-24 Reference Manual

Section	Page
1 – Introduction	8
Features	8
Supplied accessories	9
About this manual	9
How this manual is arranged	9
Word clock issues	11
2 – User interface	12
Scope of controls	12
Global screens	12
Module screens	12
PODs	13
Fine value settings using the PODs	13
Other ways of changing values	14
Using the faders to change values	14
Soft keys	15
Soft key pull-up menus	15
Rotary encoders (ring LEDs)	15
Encoders used as EQ gain controls	16
Encoders used as EQ frequency controls	16
Encoders used as Q controls	16
Encoders used as pan controls	17
Encoders used as aux send controls	17
Fader layers	18
Machine control keys	18
Automation keys	18
Automation status	19
3 – System-wide options	20
OPTION screen	20
SETUP	20
UPPER BAR DISPLAY	20
LOCATE DISPLAY MODE	20
ENCODER OPERATION MODE	20
LIBRARY DIRECT KEY OPERATION	20
OL/STATUS LED TYPE	20
FADER SENSITIVITY	21
METER CALIBRATION	21
PREFERENCES	21
Fader Auto MODULE Select	21
Select MODULE Return	21
ST Link by SEL key	21
Balance Level CENTER: 0dB	21
SEL Key Follows Fader Layer Status	21
Meter Follows SEL key	22
Automation fader OFF	22
Cursor follows EQ Band Key	22
FLASH Info.	22
Version Info.	22
Battery Check	22
SOLO	22
MODE SELECT	22
SOLO LINK	22
SOLO TYPE	23
INPLACE SOLO DEFEAT	23
SYNC/TC	23
DTRS Remote Timecode	23
RS-422 IN Timecode	23
TRA Target link	23
Automation synchronization source	23
TC IN	23
MIDI IN MTC	24
INT.	24
INT. START TIME	24
FLY WHEEL (frames)	24
DIGITAL screens	24
CLOCK settings	24
High sampling frequency	25
Fs Status	25
D-IN MANUAL SETUP	25
WORD SYNC IN	25
TDIF interfaces	25
ADAT	25
AES3	25
CASCADE MASTER	25
Word phase	25
Checking the clock sources	25
Out of range clock signals	26
The FORMAT screen	26
Type of DIGITAL IN connection	26
Other digital input parameters	26
Digital output	26
Multi I/O settings	26
Stereo out setup	26
SLOT screen	27
4 – Parts of the DM-24	28
Top surface	28
Analog module inputs	29
Other analog I/O	29
Module control section	30
Library section	30
Parameter control section	31
Monitoring section	32
Module faders and selection, etc.	33
Transport and automation control	33
Rear panel	34
5 – Setting up the I/O	36
Signal sources	36
Sixteen mic/line analog inputs	36
Three TDIF connectors	36
ADAT connector	36
DIGITAL IN 1 & 2	36
Card slots	36
Assignable returns	36
Internal effectors	36
Output signals	37
Eight output busses	37
Six aux busses	37
Stereo master outputs	37
Direct outputs	37
Physical outputs	37
TDIF-1 connectors	37
ADAT OUT connector	37
Slot cards	37
Assignable sends	37
Digital outputs (x 2)	37
STEREO OUTPUTS (L, R)	37
Patching between input and return	37
Assigning inputs to channels	38
Input sources	38
Return modules	39
Digital inputs	39
Channel-to-buss assignments (global)	40
Master settings	40
AUX 1-2	40
Channel-to-buss assignments by channel	41
Other module parameters	41
Output assignments	42
Digital outputs	42
Assignable sends and returns	43
Master compressors	43
6 – Hookup	44
Analog connections	44
MIC/LINE connections	44
External dynamics processors and effectors	45
Analog monitoring and mastering	45
Digital connections	46
DTRS recorder connections	46
ADAT connections	47
Digital inputs and outputs	47
Synchronization and control connections	47
Word sync clock connections	48
MIDI connections	48
SMPTE/EBU timecode connections	48
Meter unit	48
P2 connections	48
7 – Module operations	49
Selecting modules	49
Common area indicators and controls	50
Dynamics controls	50
Gate/Expander	50
Compressor	50
Compressor insert point	50
Dynamics meter	50
Other common controls and displays	51
Digital trim and pan	51
Phase switch	51
Assignable inserts	51
Input/return assignments	51
Meter	51
EQ and buss assignments	51
Fader section	51
Mute and fader groups	51
Digital trim control	51
Pan control	51
Balance controls for stereo linked pair	52
Global pan	52
Ganging	52
Setup	52
Dynamics screen	53
Noise gate (GATE)	53
Compressor	53
Expander	53
EQ	54
On/off (all bands)	54
Gain (all bands)	54
Frequency range (all bands)	54
Q (all bands)	54
EQ band type	54
High band	54
High-mid band	54
Low-mid band	55
Low band	55
EQ library	55
Aux sends	55
Aux sends (global)	55
Fader control	56
Setup	56
Copy	56
Source (pre/post and SOURCE) settings	56
Setup	56
Linked aux sends	56
Setup screen	57
Channel source (CH SOURCE)	58
Gate switch (GATE SW)	58
Aux 1 and 2 source (AUX 1-2 SOURCE)	58
Compression insert (COMP INSERT)	58
Compressor switch (COMP SW)	58
Assignable insert position (ASSIGN INSERT)	58
Assignable insert switch (ASSIGN INS SW)	58
Phase switch (F)	58
Digital delay time (DELAY)	58
Digital delay units (UNIT)	59
Digital trim and delay (global)	59
Global digital trim	59
Fader control	59
Setup	59
Global digital delay	59
Unit	60
Fader control	60
Setup	60
PRE/POST	60
Linked modules	60
Channels	60
Master modules	60
Linking and unlinking modules	60
Stereo linking (global)	61
Screens for linked modules	61
Phase	61
Pan	61
Mono switch (MONO SW)	61
UTILITY copying	62
8 – Dynamics processors	63
Turning the processors on and off	63
DYNAMICS (input channels 1–16)	63
Selecting a gate or an expander	63
“Master” settings	64
GATE/EXPAND	64
LINK L->R	64
Trigger source	64
Compressor	64
Insert point	64
LINK L->R	64
Trigger source	64
Soft keys (library)	64
DYNAMICS (channels 17–32)	64
DYNAMICS (master channels)	65
No expander or gate	65
Insert point	65
Linking	65
Assigning processors to master channels	65
Dynamics diagram	66
Gates/expanders	66
Gate	66
Threshold	66
Range	66
Hysteresis	66
Gate attack time	66
Gate hold time	66
Gate decay time	66
Expander	66
Threshold	66
Ratio	66
Attack	66
Release	66
Compressors	67
Threshold	67
Compression ratio	67
Attack time	67
Release time	67
Auto make-up	67
Output gain	67
Preset library entries	67
Compressors	67
Gates/Expanders	68
9 – Grouping	69
Mute groups	69
Turning groups on and off	70
Copying mute settings to the faders	70
Fader groups	70
Fader groups to mute groups	71
Turning groups on and off	71
Grouping layers	71
10 – Monitoring	73
Control room monitoring	73
Control room outputs	73
Control room signal selection	73
2-track input	74
Studio monitoring	74
Studio monitoring volume	75
Soloing	75
MODE SELECT	75
SOLO LINK	75
SOLO TYPE	75
PFL	75
AFL	75
INPLACE SOLO	75
Inplace solo defeat	76
SOLO level	76
Turning soloing on and off	76
Dimming and talkback	76
Slate settings	77
Lineup oscillator	77
Meters and faders	77
Master meters	78
Channel faders	79
Meter and fader setup	79
Fader level	79
Meter ballistics (METER SETUP)	79
11 – Machine Control/Location	80
Selecting devices for control	80
Deleting devices from the list	81
Auto-detection of devices	81
Selecting the control type for the devices	81
STATE	81
DEVICE	81
ID	81
CHASE	81
TRA	82
REC	82
Machine Control mapping memories	82
To use a machine control mapping	83
Viewing the transport mappings	83
Editing a mapping	83
General parameters	83
Program Change channels	83
Program Change values	84
General MIDI parameters	84
MIDI OUT Active Sensing	84
OUTPUT MTC when slaved	84
RESET (ffh)	84
MIDI filtering	84
Serial output	84
Edit Frames	84
Play Mode	85
AUTO	85
DEFERRED	85
IMMEDIATE	85
Cueing Mode	85
Locate Preroll	85
Location memories	85
Selecting the location point display	85
Storing a location memory “on the fly”	86
Manually entering and editing a location memory	86
Location to a location memory	86
Viewing a list of location memories	87
Manual location	87
Repeat play	87
Auto punch operations	87
ALL INPUT and AUTO MON	87
External control	87
Moving between screens	88
DTRS devices	88
DA-98HR	89
DIGITAL INPUT	89
INPUT PATCH	89
OUTPUT PATCH	89
INPUT MONITOR	89
TRACK DELAY	89
TIME MODE	89
TC REC	89
TC Generator	89
Machine Offset	89
PUNCH IN/OUT	89
DITHER	89
VARI SPEED	89
CLOCK	89
DTRS mixer	90
DA-78HR	91
DA-98	91
DA-38	92
DA-88	92
MIDI controllers	93
MIDI faders	93
12 – MIDI	95
Bulk dumps	95
Bulk transfer of data from the DM-24	95
Bulk transfer of data to the DM-24	96
Updating the system software	96
Control Change messages to and from the DM-24	96
MIDI Implementation Chart	98
13 – Library functions	99
Library concepts	99
Managing library entries	99
Storing active library entries	99
Storing entries in a non-active library	100
Loading entries from an active library	100
Loading entries from a non-active library	100
Library undo/redo	101
Setting and editing titles	101
Libraries—snapshots	102
Protecting snapshot settings	102
I/O SEL / BUSS ASSIGN	102
GROUPING	102
OTHER	102
Snapshot “neutral” setting	102
Libraries—effects	103
Libraries—dynamics processors	104
Preset dynamics entries—compressors	104
Preset dynamics entries—gates	105
Libraries—EQ	105
Preset EQ entries	106
14 – Surround operations	107
Selecting a surround mode	107
Monitoring surround patterns	107
Selecting a buss pattern	108
Assigning modules	108
“Pan” controls	109
Global boom levels (5.1 only)	110
15 – High sampling frequency	112
To select high sampling frequency	112
Constraints on other devices	112
Channels, etc.	113
High sampling frequency I/O	114
Monitoring	115
Aux sends	115
Channel stereo linking	115
Grouping	116
Trim and delay	116
Libraries	116
Other screens	117
16 – Options	118
Clock sources	118
Cascade card	119
Setting up the cascade	119
Use of the cascade	119
Cascaded facilities	120
Soloing and muting	120
Snapshots	120
Automation	120
MIDI Control Change	120
Cascading and effects	120
High sampling frequency considerations	121
TDIF-1 card	121
ADAT card	121
AES3 card	122
Input options	122
Output options	122
AD/DA card	123
Timecode display	123
17 – Specifications	124
Analog audio I/O	124
Digital audio I/O	125
Miscellaneous I/O connections	125
Equalization	126
System performance	126
Physical characteristics	126
Dimensional drawing	127
Messages and troubleshooting	127
Block diagram (normal sampling frequency)	138
Block diagram (high sampling frequency)	139

Match case Limit results 1 per page

11 – Machine Control/Location—Location memories

TASCAM DM-24 Reference Manual

be shown on the display when location memories are

being edited, etc.

Storing a location memory “on the fly”

This procedure allows you to set a location memory,

regardless of whether timecode is currently being

received or not. If timecode is not currently being

received, the value of the location memory is the last

received value as shown on the time counter on the

display.

The value on the time counter, regardless of source,

is stored as the location memory. This may be time-

code, MTC or an ABS time from a DTRS unit. How-

ever, only a controller which is specifically for DTRS

use can locate a DTRS unit correctly, if there is an

offset or other difference between timecode and the

ABS time. If an ABS time is captured, other control-

lers will assume that this was a timecode value, and

will locate the unit to this timecode position.

Press the

MEMO

key. The indicator starts to

flash.

Press any of the numeric keys, corresponding

to the ten location memories available.

The

MEMO

indicator stops flashing and the

currently-displayed timecode value is stored

in the location memory corresponding to the

numeric key which was pressed.

Manually entering and editing a location memory

This procedure can be used for editing existing loca-

tion memories or for adding new ones.

Press the

EDIT

key. The indicator starts to

flash.

Press one of the number keys to select the

location memory which will store the value.

The

EDIT

indicator lights steadily.

Enter the timecode value using the numeric

keypad. The display shows the value, “filling

up” from the right digit towards the left.

Or, if the

EDIT

key is pressed again after the

location memory number has been pressed,

the indicator starts to flash again, allowing

the checking and editing of another location

memory.

Press the

ENTER

key when the timecode

value for the location memory has been

entered.

Press

EDIT

again once to edit another loca-

tion memory, or press

EDIT

twice to exit the

location memory editing mode.

If the

CLR

key is pressed before the

ENTER

key, a location memory entry which has been

made in error is cleared. Pressing

ENTER

stores the cleared memory.

NOTE

All blank location memories are assumed to be time-

code memories. Editing one, and attempting to locate

using ABS with a DTRS controller will almost certainly

result in an unwanted result. It is suggested that an ABS

time is captured first and then edited.

It is possible to switch between the capture, edit and

location procedures at any time.

Location to a location memory

When the location memories have been entered, they

are recalled in the following way:

Press the

DIRECT

key. The indicator lights.

Press any one of the numeric keys, corre-

sponding to the ten location memories.

The controlled device locates to the memory

stored in the location memory.

What happens next depends on the

PLAY

MODE

setting (see “Play Mode” on page 85).

NOTE

If a pre-roll time has been set (“Locate Preroll” on

page 85), the controlled device will locate to the loca-

tion memory point, minus the value set as the preroll

time.