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Panasonic AV-HS410 Operating Instructions Advanced - Page 8

Selecting the bus mode, Single SHIFT, Allocating the SHIFT function

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1. Basic operations Single SHIFT Single SHIFT is used to switch the individual material of a PGM/A bus crosspoint button, PST/B bus crosspoint button or AUX bus crosspoint button from a front material to a rear material or vice versa. Switching between the front material and rear material is done using the crosspoint button in which the SHIFT function is allocated. The SHIFT function can be allocated to button No.1 or No.12. ww Allocating the SHIFT function 1 Press the x button to light its indicator, and display the XPT menu. 2 Use [F1] to display the XPT Setting sub menu. 3 Use [F2] to select the button to which the SHIFT function is to be allocated using the Shift item. Right Left Off Button No.12 Button No.1 Function is not allocated. 4 Use [F3] to select the operation to be performed when the [SHIFT] button is pressed using the Shift-Lock item. Off The rear material is selected only while the [SHIFT] button is pressed. On The front material and rear material are switched each time the [SHIFT] button is pressed. ppTo use the materials that have been set in the button to which the SHIFT function is allocated, either set the SHIFT function off or allocate the SHIFT function to another button. ppIf the [SHIFT] button for "Single SHIFT" is pressed when the rear materials (13 to 24) have been selected using "All SHIFT", the bus crosspoint buttons concerned will be switched to the front materials. ppWhen the crosspoint buttons are held down, the button numbers and the names of the input materials assigned to the buttons are displayed on the built-in display in the form of a list for as long as the crosspoint buttons remain held down. 1-1-3. Selecting the bus mode Select the A/B bus system or flip-flop system (PGM/PST system) from the setting menu. 1 Press the s button to light its indicator, and display the Config menu. 2 Use [F1] to display the Operate sub menu. 3 Use [F2], and select the A/B or PGM/PST (flip-flop system) using the Bus Mode item. A/B PGM-A/ PST-B PGM-B/ PST-A When the fader lever is at side A, the signals selected by the A bus are replaced PGM materials. When the fader lever is at side B, the signals selected by the B bus are replaced PGM materials. Using a flip-flop system, the signals selected by the A bus are always replaced PGM materials, and the signals selected by the B bus are always replaced PST materials. Using a flip-flop system, the signals selected by the B bus are always replaced PGM materials, and the signals selected by the A bus are always replaced PST materials. 1-1-4. Selecting the transition mode Select the transition mode using the MIX and WIPE buttons. 1 Press the [BKGD] button in the transition area so that its indicator lights in amber. When the [BKGD] button and [KEY] button are pressed at the same time, both buttons are selected. 2 Use the [MIX] and [WIPE] buttons in the transition area to select the background transition mode. The indicator of the selected button lights in amber. 8

Section	Page
Contents	3
Before use	5
Overview	5
Concerning the ratings display	5
Disclaimer of warranty	5
Network security	5
Concerning differences in the system versions	6
1. Basic operations	7
1-1. Background transition	7
1-1-1. Selecting the bus	7
1-1-2. Selecting the bus using the SHIFT function	7
1-1-3. Selecting the bus mode	8
1-1-4. Selecting the transition mode	8
1-1-5. Manual transition	9
1-1-6. Auto transition	9
1-1-7. Cut transition	9
1-2. Wipe	10
1-2-1. Selecting the wipe pattern	10
1-2-2. Selecting the wipe direction	11
1-2-3. Wipe decorations (border, soft effect)	11
1-2-4. Setting the wipe start position	12
1-2-5. Modifying wipe	12
1-2-6. Setting the latency	14
1-3. Key	15
1-3-1. Selecting the key type	15
1-3-2. Selecting the key material	16
1-3-3. Key transitions	17
1-3-4. Key preview	19
1-3-5. Adjusting the luminance key and linear key	19
1-3-6. Adjusting the chroma key	20
1-3-7. Key decorations	26
1-3-8. Masking the key signals	27
1-3-9. Flying key	28
1-3-10. Setting the priority	28
1-4. PinP (picture in picture)	29
1-4-1. Selecting the PinP channel and material	29
1-4-2. Transition between PinP materials	29
1-4-3. Selecting Shape	30
1-4-4. PinP preview	30
1-4-5. PinP transitions	30
1-4-6. PinP adjustments	31
1-4-7. Linking PinP1 and PinP2	32
1-4-8. PinP decorations	33
1-4-9. Trimming settings	34
1-5. DSK (downstream key)	35
1-5-1. Selecting the DSK type	35
1-5-2. Selecting the DSK material	36
1-5-3. DSK transitions	36
1-5-4. DSK preview	37
1-5-5. DSK adjustments	37
1-5-6. DSK decorations	38
1-5-7. Masking the DSK signals	39
1-6. Key Link	40
1-7. FTB (Fade to Black)	41
1-8. Internal color signals	42
1-8-1. Setting the color background	42
1-8-2. Setting the Wash effect	42
1-9. Switching the AUX output	44
1-9-1. Selecting the AUX output materials	44
1-9-2. AUX1 transitions	44
1-9-3. Setting enable/disable for the AUX1 transition	45
1-10. Memory	46
1-10-1. Memory registration and recall items	47
1-10-2. Storing the settings in the memory (Store)	47
1-10-3. Recalling the operations stored in the memory (Recall)	48
1-10-4. Memory preview	49
1-10-5. Deleting the operations stored in the memory (Delete)	50
1-10-6. Selecting the buses whose settings are to be registered and or played back	51
1-10-7. Registering the material selection items	52
1-10-8. Setting effect dissolve (shot memory)	52
1-10-9. Editing event memory timelines	53
1-10-10. Registering memories (Register)	59
1-11. Video memories	60
1-11-1. Recording still images (Still)	61
1-11-2. Recording moving images (Clip)	62
1-11-3. Saving Images in Flash Memory	63
1-11-4. Playing back moving images (Clip)	64
1-12. Memory card	67
1-12-1. Initializing the memory cards	69
1-12-2. Saving data on memory cards	69
1-12-3. Loading data from memory cards	70
1-12-4. Deleting files on memory cards	71
1-12-5. Displaying the memory card information	71
1-13. Waveform monitor settings	72
1-14. Setting the status display	73
2. Input/output signal settings	74
2-1. Input signal settings	74
2-1-1. Setting the frame synchronizer	76
2-1-2. Setting the input mode	77
2-1-3. Setting the delay amount	78
2-1-4. Freezing the input signals	78
2-1-5. Setting the material names	78
2-1-6. Setting the up-converter	79
2-1-7. Setting the video process function	80
2-1-8. Setting the analog input gain (option)	80
2-1-9. Setting the analog composite input signals (option)	81
2-1-10. Setting the DVI input signals	82
2-1-11. Displaying the DVI input signal information	86
2-1-12. Adjusting the DVI input signals	87
2-1-13. Automatic adjustment of the black level and white level (analog input signals)	87
2-2. Output signal settings	88
2-2-1. Assigning the output signals	89
2-2-2. Setting the SDI output color range	89
2-2-3. Setting the DVI output signals	90
2-2-4. Setting the down-converter (option)	92
2-3. Setting the sync signals	93
2-4. Adjusting the output signal phase	93
2-5. Setting the multi view display	97
2-5-1. Setting the screen layout	97
2-5-2. Setting the split frame and characters	98
2-5-3. Setting the tally displays	98
2-5-4. Changing the material names	99
2-5-5. Setting the level meters	100
2-5-6. Setting the input signal marks	100
2-5-7. Setting the markers	100
2-5-8. High-resolution multi view mode	100
2-6. Setting the ancillary data and embedded audio data	101
3. System settings	102
3-1. Setting the system format	102
3-2. Setting the crosspoints	103
3-2-1. Assigning signals to the crosspoints	103
3-2-2. Setting the crosspoint switching	104
3-3. Button assignments	105
3-3-1. Setting the user buttons	105
3-4. Setting the date and time	106
3-5. Network settings	106
3-6. Setting the built-in display backlight and button illumination	107
3-7. Status displays	108
3-7-1. Alarm status displays	108
3-7-2. Alarm message	108
3-7-3. Displaying the version information and option information	109
3-8. Initialization	110
3-8-1. Initializing setting data	110
3-8-2. Initializing fader	110
4. External interfaces	111
4-1. Setting the GPI I/O	111
4-2. LAN	115
4-3. EDITOR	115
4-4. COM	115
4-5. Plug-in software	116
5. Setting menu table	117
Appendix (glossary)	139

Match case Limit results 1 per page

1. Basic operations

Single SHIFT

Single SHIFT is used to switch the individual material of a

PGM/A bus crosspoint button, PST/B bus crosspoint button

or AUX bus crosspoint button from a front material to a rear

material or vice versa.

Switching between the front material and rear material is

done using the crosspoint button in which the SHIFT function

is allocated.

The SHIFT function can be allocated to button No.1 or No.12.

Allocating the SHIFT function

Press the

button to light its indicator, and display the

XPT menu.

Use [F1] to display the XPT Setting sub menu.

Use [F2] to select the button to which the SHIFT

function is to be allocated using the Shift item.

Right

Button No.12

Left

Button No.1

Off

Function is not allocated.

Use [F3] to select the operation to be performed when

the [SHIFT] button is pressed using the Shift-Lock item.

Off

The rear material is selected only while the

[SHIFT] button is pressed.

The front material and rear material are

switched each time the [SHIFT] button is

pressed.



To use the materials that have been set in the button

to which the SHIFT function is allocated, either set the

SHIFT function off or allocate the SHIFT function to

another button.



If the [SHIFT] button for “Single SHIFT” is pressed when

the rear materials (13 to 24) have been selected using

“All SHIFT”, the bus crosspoint buttons concerned will be

switched to the front materials.



When the crosspoint buttons are held down, the button

numbers and the names of the input materials assigned

to the buttons are displayed on the built-in display in the

form of a list for as long as the crosspoint buttons remain

held down.

1-1-3. Selecting the bus mode

Select the A/B bus system or flip-flop system (PGM/PST

system) from the setting menu.

Press the

button to light its indicator, and display the

Config menu.

Use [F1] to display the Operate sub menu.

Use [F2], and select the A/B or PGM/PST (flip-flop

system) using the Bus Mode item.

A/B

When the fader lever is at side A, the signals

selected by the A bus are replaced PGM

materials.

When the fader lever is at side B, the signals

selected by the B bus are replaced PGM

materials.

PGM-A/

PST-B

Using a ﬂip-ﬂop system, the signals selected

by the A bus are always replaced PGM

materials, and the signals selected by the

B bus are always replaced PST materials.

PGM-B/

PST-A

Using a ﬂip-ﬂop system, the signals selected

by the B bus are always replaced PGM

materials, and the signals selected by the

A bus are always replaced PST materials.

1-1-4. Selecting the transition mode

Select the transition mode using the MIX and WIPE buttons.

Press the [BKGD] button in the transition area so that its

indicator lights in amber.

When the [BKGD] button and [KEY] button are pressed

at the same time, both buttons are selected.

Use the [MIX] and [WIPE] buttons in the transition area

to select the background transition mode.

The indicator of the selected button lights in amber.