Home » Yamaha Manuals » Audio Mixers » Yamaha V4.0 » Manual Viewer

Yamaha V4.0 DME Designer V4.0 Owners Manual - Page 115

Direct Parameter Value], Parameter]

Get Yamaha V4.0 PDF manuals and user guides

Add to My Manuals
Save this manual to your list of manuals

Page 115 highlights

Chapter 3 Main Panel Window The parameter value changes in proportion to the voltage applied to the GPI input. The minimum voltage applied to GPI IN will produce the specified [Min] parameter value, and the maximum voltage applied to GPI IN will produce the specified [Max] parameter value, with intermediate voltages produced the corresponding intermediate parameter values. Example: Relationship between the voltage applied to GPI IN and the Fader Level when [Fader Level] is set in the [Parameter] box. Max. voltage applied to GPI IN [Max] parameter value Min. voltage applied to GPI IN [Min] parameter value The parameter value changes in inverse proportion to the voltage applied to the GPI input. The minimum voltage applied to GPI IN will produce the specified [Max] parameter value, and the maximum voltage applied to GPI IN will produce the specified [Min] parameter value, with intermediate voltages produced the corresponding intermediate parameter values. Example: Relationship between the voltage applied to GPI IN and the Fader Level when [Fader Level] is set in the [Parameter] box. Max. voltage applied to GPI IN [Min] parameter value Min. voltage applied to GPI IN [Max] parameter value The specified [Min] and [Max] parameter values are alternately selected each time the voltage applied to GPI IN rises from below to above the median voltage.* Example: Relationship between the voltage applied to GPI IN and the Fader Level when [Fader Level] is set in the [Parameter] box. Max. voltage applied to GPI IN Median voltage Min. voltage applied to GPI IN [Max] parameter [Min] parameter value [Max] parameter value The specified [Min] and [Max] parameter values are alternately selected each time the voltage applied to GPI IN drops from above to below the median voltage.* Example: Relationship between the voltage applied to GPI IN and the Fader Level when [Fader Level] is set in the [Parameter] box. [Min] parameter value [Max] parameter value [Min] parameter value Max. voltage applied to GPI IN Median voltage Min. voltage applied to GPI IN • [Direct Parameter Value] Sets component parameters to a specified value. Select the parameter to be set via [Parameter], and [Max] sets the parameter value. [Min] and [Terminal] are unavailable. When the voltage at the GPI input changes from below to above the median voltage, the parameter is set to the value specified by [Max]. DME Designer Owner's Manual 115

Section	Page
Getting Started with DME Designer	2
SPECIAL NOTICES	2
The DME Audio System Network	3
The DME Designer Software Application	4
Data Handled by a DME Audio System	6
Main Changes from V1.0 to V1.1	10
Changes from V1.1 to V1.2	11
Changes from V1.2 to V2.0	14
Changes from V2.0 to V3.0	16
Changes from V3.0 to V3.5	18
Changes from V3.5 to V3.8	19
Changes from V3.8 to V4.0	20
Contents	21
Chapter 1 Before Using	23
Installing DME Designer	23
Starting DME Designer	23
Closing DME Designer	25
Chapter 2 DME Designer Overview	26
Names and Functions of the Windows	26
Users and Security	31
Files Used by the DME DESIGNER	34
Configuration Creation Procedure	49
Online	50
Chapter 3 Main Panel Window	54
Names and Functions of the Windows	54
Main Panel Window Menu	60
DME File Storage	70
Preferences	72
Event Logger	75
Scene Manager	82
User Control	91
Parameter Link	94
Synchronization (DME Designer and Unit Synchronization)	97
Event Scheduler	101
Wav File Manager	108
GPI	112
MIDI	125
User Defined Button (User Defined Parameters)	132
DAW Control	136
Remote Control Setup List	139
Internal HA Control	141
Parameter List	147
Component Lock	150
Scene Link Manager	151
SP2060 Library Manager	153
Communication Port Setup	155
Shortcut Keys	156
Security (Creating Users and Making User Settings)	157
Network Setup	165
Utility	167
Word Clock	177
Monitor Out	179
Clock	180
Language Settings	182
Backup	183
SP2060 Backup	184
DME Firmware Update	186
Device Information	190
Chapter 4 Designer	192
Editing Configurations	192
Designer Window	193
Toolkit Window	198
Designer Window Menu	203
Objects	210
Design Window Shared Settings and Operations	268
Drawing and Editing Wires	279
Adding, Deleting, and Renaming a Zone	291
Changing Device Groups	293
Adding, Deleting, and Renaming a Configuration	295
Area Window	297
Zone Window	298
Configuration Window	301
User Module	309
Chapter 5 Editor Window	319
Component Editor Window	319
User Control Editor/User Module Editor	325
Operation Mode and Design Mode	358
Context Menu	359
Snap	362
Library	364
Creating Parameter Links	368
Creating Component Links	370
Chapter 6 Component Guide	371
Types of Components	371
Ambient Noise Compensator	379
Audio Detector	381
Auto Gain Control	382
Crossover	383
Crossover Processor	387
Delay	399
Dynamics	402
Equalizer (EQ)	414
Fader	418
Feedback Suppressor	419
Filters	420
Meter	428
Miscellaneous	429
Mixer	431
Pan	453
Room Combiner	460
Router	461
Source Selector	463
Speaker Processor	464
SPX	471
AEC – Acoustic Echo Canceller (MY4-AEC card required)	482
Slot	487
Cascade (DME64N only)	489
Analog Input and Output	492
SP2060 Input and Output	494
CobraNet Input and Output	495
EtherSound Input and Output	497
MY-Card	498
Remote Controlled Head Amp	503
Component Glossary	505
Appendix	509
Options	509
Main Display	511
Parameter Edit Displays	512
Utility Displays	516
Troubleshooting	521

Match case Limit results 1 per page

Chapter 3

Main Panel Window

DME Designer Owner’s Manual

115

The parameter value changes in proportion to the voltage applied to the GPI input.

The minimum voltage applied to GPI IN will produce the specified [Min] parameter value, and the

maximum voltage applied to GPI IN will produce the specified [Max] parameter value, with

intermediate voltages produced the corresponding intermediate parameter values.

The parameter value changes in inverse proportion to the voltage applied to the GPI input.

The minimum voltage applied to GPI IN will produce the specified [Max] parameter value, and the

maximum voltage applied to GPI IN will produce the specified [Min] parameter value, with

intermediate voltages produced the corresponding intermediate parameter values.

The specified [Min] and [Max] parameter values are alternately selected each time the voltage

applied to GPI IN rises from below to above the median voltage.*

The specified [Min] and [Max] parameter values are alternately selected each time the voltage

applied to GPI IN drops from above to below the median voltage.*

•

[Direct Parameter Value]

Sets component parameters to a specified value. Select the parameter to be set via

[Parameter], and [Max] sets the parameter value. [Min] and [Terminal] are unavailable.

When the voltage at the GPI input changes from below to above the median voltage, the

parameter is set to the value specified by [Max].

Example: Relationship between the voltage applied to GPI IN and the Fader Level when [Fader Level]

is set in the [Parameter] box.

Max. voltage applied to GPI IN

Min. voltage applied to GPI IN

[Max] parameter value

[Min] parameter value

Max. voltage applied to GPI IN

Min. voltage applied to GPI IN

[Min] parameter value

[Max] parameter value

Example: Relationship between the voltage applied to GPI IN and the Fader Level when [Fader Level]

is set in the [Parameter] box.

Max. voltage applied to GPI IN

Min. voltage applied to GPI IN

[Max] parameter

[Max] parameter value

[Min] parameter value

Median voltage

Example: Relationship between the voltage applied to GPI IN and the Fader Level when [Fader Level]

is set in the [Parameter] box.

Max. voltage applied to GPI IN

Min. voltage applied to GPI IN

[Min] parameter value

[Max] parameter value

Median voltage

Example: Relationship between the voltage applied to GPI IN and the Fader Level when [Fader Level]

is set in the [Parameter] box.