Using MainStage with multiple MIDI inputs (two keyboards!)
Hi Guys,
I use two keyboards for my live gigs, and am thinking about moving all my sounds over to MainStage. Most of my recording uses Native Instruments and Logic's standard AU instruments, and then I have to find similar sounds on my Korg and Kurzweil for live...
My question is... can you use MainStage with two MIDI controllers? I'd obviously want to set up the presets in MainStage so that there are different instruments being controlled by each synth.
Would love any advice on whether this can be done, and a quick pointer as to how...
Thanks heaps in advance,
Mike
Easily done (I'm using two USB controllers on a gig now). Just set them up in Layout mode, then be sure to select the input of choice for your specific channel strip(s) in each patch. Or of course you can set things up at the set or concert level as well.
Similar Messages
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Keyboard? Multiple Midi Inputs? CAD U1 Mic?
Hello (and, HangTime, if you're there, will really appreciate your answer)
Three questions:
1. MBPro with Yamaha E403keyboard -- GB11 records notes played with piano function but does not record background drumbeat from keyboard. Suggestions to get the background also? (Have already installed latest midi driver from Yamaha.)
2. If I acquire an external Mic can GB accept input from it at the same time as the keyboard? (Have multiple USB inputs available on MBPro.)
3. Any feedback on the CAD U1 Mic? Amazon has it at attractive price for a total novice.
Thanks.
(Note -- erroneously posted in GB3 originally.)BPWMorro wrote:
2. If I acquire an external Mic can GB accept input from it at the same time as the keyboard?
yes:
http://www.bulletsandbones.com/GB/GBFAQ.html#maxnumrecordabletracks
(Let the page FULLY load. The link to your answer is at the top of your screen)
3. Any feedback on the CAD U1 Mic? Amazon has it at attractive price for a total novice.
i don't think i've seen anyone post about using that, but it'll probably work good enough if you're not looking for pro quality.
and to the question in your subjectline:
Multiple Midi Inputs?
you can plug in multiple MIDI devices, but you can only record to a single track as noted in the link above. -
Multiple MIDI Inputs Yet???
Can anyone tell me if LP8 offers multiple MIDI inputs? I use the step sequencer from my Elektron Monomachine for pattern creation and would like to be able to assign the external tracks from it to instrument tracks hosting either native or 3rd party plug-ins. Untill I can assign MIDI to Logic Instruments and third party AU Instruments from multiple channels, I am forced to use another app (Ableton Live at present) for song creation and only use logic for post production of said track. Would much rather keep it all in one app from creation to stage performance!!!
I have found an answer to my problem. In the following link I found this post that allowed me to play multiple instruments from an external step sequencer. I have been trying to figure this one out for ever and just kept giving up with the environment. Now I can finally use logic the way I always wanted to!!!
http://discussions.apple.com/thread.jspa?threadID=1078171&tstart=30
Here is the post...replace "MIDI Keyboard" with "Sequencer Track" and you can see how this worked for me...
This method assumes that One MIDI Keyboard is sending on MIDI channel 1 and the other is sending on MIDI channel 2.
In the Environment, go to the "Clicks and Ports" Layer. My MIDI "signal" path is:
Physical Input-->Input Note (a keyboard)-->Input View (Monitor Object)-->
"to Recording and Thru"
(See p. 207 of the LPReference for more on the "The MIDI Signal Path")
What I would suggest is this:
Create a "Channel Splitter" object from the "New" menu. Then cable the MIDI output of the Input Note (the Keyboard object) to the Channel Splitter. This is a second MIDI output cable from the Keyboard, make sure the keyboard object remains connected to the Input View (monitor object).
Now create two "Alias" objects. In the Alias' Parameters box, set the "Reference" box to the Audio Instrument you want to hear when you play the MIDI channel 1 keyboard. (There are other ways to do this without alias objects as well.)
Now cable the MIDI channel 1 output of the Channel Splitter (second from the top) to the Alias of Audio Instrument (the one to be heard when playing the Keyboard on MIDI channel 1).
Create a second Alias, set its Reference to the second Audio Instrument and cable the Channel Splitter's MIDI channel 2 output to the Alias.
Now go the Arrange. Create a new track and Assign its output (click-hold on the name of the track) and select the "Input Notes" object (mine was under the "Clicks and Ports" submenu). Now when you've got the Input Notes track selected in the Arrange, the MIDI notes will be sent to the Audio Instruments based on MIDI Channel. You can record the notes on the Input Notes track. Later, you can "Demix" the notes and put the Demixed regions onto the tracks of the appropriate Audio Instrument.
End Post
For now I am using only one port on my AMT8 for input, the next step will be to try multiple port / multiple sequencer input scheme and see how that setup works...
Hope this is helpful to someone -
APD using Query with multiple structures as a data source
All,
I want to set up an automatic process which executes a query and exports it to a shared drive as a csv file. I have tried various options , when I try to use APD to set up the extract, I get an error and this is because the query that I am trying to use has Strucutres in both rows and columns. Hence, I am unable to use this option. I tried RSCRM_BAPI, It works well, but there is an issue with scheduling this in Process chain. I created an event and scheduled this as a job to trigger after "event" as per SAP instructions, but the job does not exist and it is not possible to trigger it through the Process chain unless the variables are hard coded in the query which I do not want to do.
Can any one tell me if there is a way to deal with APD using Query with multiple structures?
Would really appreciate if some one can give me the right solution...
ThanksHi Tanu ,
APD is an option but its not very good with large amount of data or hiearachies or if you have attributes in you query structure .
One more option for this requirement is use of report program using function module RRW3_GET_QUERY_VIEW_DATA .
This will work fine with multiple structure etc .
There are some overheads with this FM ex: if amount of data is too much then program will give dump .Solution for that is we call the FM in LOOP by diving amount of data need to be fetched .ex: we can read data quarter wise.
For using this function module what you can do is write an ABAP program (At SE38 ) .which will call this FM and then write the output into a flat file which you can save at application server (AL11) .From there other system can read it .
To automate this whole process you can further add all the report programs into a process chain (RSPC) which can be schedule as per requirement .
To pass input parameters you can use variants that will pass the values to the report .
Check thi link for sample code :
[http://www.tricktresor.de/content/index.php?navID=696&aID=496]
Hope this will be helpful .
Regards,
Jaya Tiwari -
How to use MainStage with a multitimbral plug-in?
I'd like to use MainStage with Kontakt 3, a multitimbral softsynth. In other words, in my Kontakt rack, I might have Piano loaded in channel 1, Strings in channel 2, Synth in channel 3, and so on.
I am creating MainStage patches within my Concert for each of these instruments (plus others). The problem is that if I instantiate Kontakt inside patch 1 and then load piano, then another Kontakt inside patch 2 and load strings, and another Kontakt inside patch 3 and load synth, then I'm using 3 instances of Kontakt (requiring extra CPU) when only one instance of Kontakt can handle all of these at the same time.
Yet I want them to be independent MainStage patches, so that I can seamlessly switch between those 3 Kontakt instruments, and other plug-ins I'm using in other patches.
So how do I get MainStage to address a multitimbral plug-in like Kontakt?But you say "if the other instances are turned off" but this isn't possible.
Since Kontakt is sample-based, anytime it's activated, it's going to have to reload its samples before it's ready to play. This would be unacceptable in a live situation, and MainStage is built for instant switching between patches.
So basically I do need to use multiple instances of Kontakt, with each containing a single instrument. Hmmm. I'll give it a try, but I'm worried about when I want to have 16+ MainStage patches, each containing an instance of Kontakt. -
Using mainstage with two instruments at the same time
Hi, I'm using an M-Audio firewire solo as an interface with my macbook. I have a usb keyboard and want to play guitar as well, switching between the two onstage. My question is, how do I get the outputs to the soundboard so they can be mixed separately? The interface has two inputs and balanced outputs (ch1 and ch2). I want channel 1 (gtr) to go to ch1 of the output and channel 2 (keys) to go to ch2 of the output so they can be mixed to the front of house and monitor mixes. Is this even possible using mainstage or logic, or even by just using the headphone out on the macbook?
Since MainStage only deals with outputs in stereo. You'll need to do some panning. Pan your Guitar fully LEFT, and your keys fully RIGHT. That'll give you two separate outputs....
FYI, there are some issues with panning in MainStage 2. So, to get around this.... Create two Sub Aux channels. One called Guitar Out, and the other Keys Out. Do your panning there and not on the individual channels. And send channel one to the Guitar Out Aux, and the Keys to Keys Out Aux. -
How do I set up multiple midi-input devices:WX5 wind & keyboard controllers
Hello,
I'm trying to setup my system to utilize two midi input devices.
1. Novation Controller Keyboard connected through USB
2. WX5 wind controller connected via VL-70 tone module with midi out cable to channel 1 of my Motu midi interface.
As it is currently setup I am able to play both my Wind Controller and MIDI Keyboards fine, but for some reason whenever I finish playing the Wind Controller, the MIDI Keyboard no longer plays sound (it plays midi fine according to the transport, but no sound is created until I load another patch of the EXS).
What am I doing wrong? Should I be switching between inputs in Logic somehow? How can I setup my system to be able to jump back and forth between my midi keyboard and wind controllers? I have done no setup besides cabling the devices in the AudioMidi setup (outside of Logic).
Thank you in advance for any help you can provide!This is just a guess, but if the last thing your wind controller puts out is a volume message of zero (as I think it would do as you stop playing the last note) then you would need to send a volume message to the sound module to reset it to the desired volume.
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Synchroniz​ing two counter frequency inputs with multiple analog inputs
Hello all,
I'm fairly new to LabVIEW and I'm trying to collect data from multiple sources with synchronized timing on the acquisition but I'm having trouble figuring it out. My problem is that I've got two counter frequency inputs, one optical tachometer reading one pulse per revolution, and a max machinery flow meter with a k factor of 12000. I can't seem to figure out how to sync the timing with my multiple analog inputs. I've been attempting to get the tachometer to sync with the analog inputs first by following the example linked here. (https://decibel.ni.com/content/docs/DOC-10785) So far each time I run it I either get a timeout error on the DAQmx read or a "Multiple sample clock pulses were detected" error (see attached image). It seems if I slow the sampling rate way down to say 10 hz and ensure that the tachometer signal is over 800-1000 RPM (13-17 Hz) before starting the VI then the program will run without errors until the RPM drops below that threshold then the "Multiple sample clock pulses" error occurs. The code is attached below.
Does anyone know of a more effective way of syncing counter frequency inputs with analog inputs? I'd like to have a VI that can show 0 RPM (and eventually 0 flow as well, but I think I need to figure out the timing of one counter before I add another as it seems I can't have two counters in the same task). Any help on this would be greatly appreciated.
LabVIEW version 13.0
cDAQ-9178 Chassis with NI 9401 for the two counter inputs and NI 9205 for the analog inputs.
Thanks!
Richard
Solved!
Go to Solution.
Attachments:
SimpleDAQ.vi 44 KB
LV_Error.JPG 31 KBMaybe third times the charm?
So I've finally got a good handle on why the VI is having problems at low RPM though I'm somewhat embarassed how long it took me to do that
Because I have the counter time synced to my Analog input task if it doesn't see at least two pulses between the two clock pulses set by the analog input task I get the -201314 "Multiple sample clock pulses" error. This seems fine at first as it just sets a minimum RPM that I can measure and it's well below the area I'm interested in so no problems there. I tried a simple error handler that would clear the error when it happend assuming the loop would keep iterating until the RPM went above that minimum at which point I would get a signal again. This is not the case, the read function just continues to spit out the -201314 error even after the RPM is back in the readable range. So then I tried adding two case structures so that when the error occured it would stop the task, clear the error, and then start the task again on the next loop iteration (Code Attached). This also doesn't work as the error shows up again on the stop task and then AGAIN on the start task on the next loop iteration. It seems this error is not actually being cleared and once it happens it stays with the task regardless of what the error cluster is carrying.
Anyone have any ideas? The only solution I can think of is to just clear all tasks and recreate them each loop iteration until the RPM is readable again but that strikes me as a horribly clunky solution.
Richard
Attachments:
SimpleDAQ_1_Start Stop.vi 48 KB -
Help with recording midi instruments : two sources at the same time
Hi -
I'm trying to learn Logic after using Performer for years, and though the audio is fine, I just can't get the midi to work doing something really simple.
I have a MOTU midi express XT, which is an 8 channel midi interface. Piano plugged into channel 1, drumkit plugged into channel 2. I want to play both and record both, which should be easy, but I am stuck at the first hurdle.
So, new project, add a midi track for the piano, and select XT1 and plays and records fine. Add a track for the drums, and try to put it onto XT2, and now the keyboard plays the drums when I press the keys. Likewise, the drum kit triggers the piano. I have tried unchecked auto demix by channel but that doesn't help.
This ought to be trivial, but even with the manual, I cannot figure out how to simply choose midi input and output per track.
If anyone has a tip I would be very grateful!
thanks
Stevegoldensteve wrote:
I believe that I have followed your instructions, but I am seeing the same result: both midi sources trigger (and record) each other. Hmm.
It looks like the midi channels are not set properly or something like that...
What kind of midi tracks have you created - Software Instrument tracks - if yes set their midi channels to 1 and 2 ? If you have created Standard Instrument objects and want to use them with external sound device check the midi channels of these Standard Instrument objects again in the Environment of in the Arrange track Inspector - they must be set to ch.1 and ch.2.
If you use a Multi Instrument set it to ch.All in the Environment and create tracks for its sub midi channels 1 & 2 in the Arrange.
The Autodemix by midi channel Logic setting must be enabled as Bee Jay mentioned as well both tracks must be armed "R" !
Go to Click & Ports Environment layer and have a look at the "Input View" Monitor to check the incoming midi channels of the external instruments. Play a piano note(let's say C2) on the first instrument which is set to ch.1 - you must see some midi message like:
"1 C2 56" in the Monitor - which means ch1. Note=C2 vel=56.
Trigger a drum note (A2 for example) on the second instrument (Drums Set) on ch.2, so it must be shown as "2 A2 78" which confirms that the midi channel i.s OK. If not, then you must check you hardware settings again etc.
PS. If these re-instructions do not solve your problem, please provide a download link of this Logic project song so we can check up it. Make a short description on which tracks you try to record or just name them "Piano" & "Drum Set" something like that.
!http://img59.imageshack.us/img59/4967/aglogo45.gif! -
Mac GarageBand with iOS MIDI Input Device???
I was walking by a One-on-One at an Apple Store today, and the Apple guy had GB on an iMac but had an iPhone with a keyboard display adding notes to the GB song on the Mac. I thought, "Whoa, I didn't know you could do that with a Mac and iOS device." (both with GB installed).
Well, I can't seem to figure out how to do that. I'm thinking it wasn't GB on the iPhone at all, and I can't remember if the iPhone had any wire connections or not.
What I want to do is to use the iPad as an input device for a song on the Mac, especially for drums. The drum input on the Mac is ridiculous in that it only shows a keyboard and you have to randomly guess on what key makes what drum sound. Right now, I use the iPad that at least shows the parts of a drum kit next to a piano key, and then I use this to input drum tablature into a song. Then I upload the song to iCloud, and then open that on the Mac side, and my drums are there.
So, *is* there a way to use an iPhone or iPad as a MIDI device (or whatever) to input music from a keyboard or drums into GB on a Mac, wired or wireless?Yes. I mean that it goes into the lock screen and I didn't notice if it happens after a minute or more.
When you unlock the device (after the standby) if the phones-output is connected to an audio-system like as an hi-fi or a mixer the mobile makes a spike that makes the garage band useless for live playing. The spike is not a bug of garageband, the bug is that there should be the possibility to setup garageband to not go into standby.
On the other side, garage band has an amazing hammond organ which is named "Soul organ" and it's not good when using its default settings but if you set the distortion to 0 (minimum level) it's just amazing! After this, try to set the rotation to fast and just enjoy! It's the leslie. Nothing less compared to a PC sound module.
I don't like the piano of Garageband because it's too bright. I prefer the ones of iRig SampleTank.
Furthermore, iRig SampleTank support also different tones for different tracks and you can load/save preset of sound. I have still to find a way to play piano + slow strings together because I have the sample tank basic version + piano suite but I want to buy all the tones suite. It costs about €30 which is more expensive that GarageBand but it works!
Hope this can help you.
GP -
Creating Training manuals using FM with multiple SME's authoring
Greetings from Norway!
I am currently considering switching from an InDesign/InCopy workflow over to TC2. Our manuals are heavily dependent on SME input and participation, in fact they write a good deal along with the tech writers.
Is is possible to have SME contribution using Frame if only the techwriters actually have Frame on their workstations? I have read alot and see that if you use WebDAV you can save the Frame file as a .xml file. Can the SME's write content in an xml format and then have the tech writers import it into the long document in Frame? If my SME's want to write a new chapter outline for me to follow, is this possible with WebDAV?
To get 2 licenses in Norway is going to cost us $4,500, so I want to make sure that I can still have the SME input without any problems. We have been using InCopy for this purpose, but are having too many little problems and I would like to move towards Frame.
ANY input on working with Frame with multiple authors, some of which are not using Frame on their workstations, would be greatly appreciated!
Thanks in advance,
kathrynkatinnorway wrote:
Greetings from Norway!
I am currently considering switching from an InDesign/InCopy workflow over to TC2. Our manuals are heavily dependent on SME input and participation, in fact they write a good deal along with the tech writers.
Is is possible to have SME contribution using Frame if only the techwriters actually have Frame on their workstations? I have read alot and see that if you use WebDAV you can save the Frame file as a .xml file. Can the SME's write content in an xml format and then have the tech writers import it into the long document in Frame? If my SME's want to write a new chapter outline for me to follow, is this possible with WebDAV?
To get 2 licenses in Norway is going to cost us $4,500, so I want to make sure that I can still have the SME input without any problems. We have been using InCopy for this purpose, but are having too many little problems and I would like to move towards Frame.
ANY input on working with Frame with multiple authors, some of which are not using Frame on their workstations, would be greatly appreciated!
Thanks in advance,
kathryn
Hi, Kathryn:
If you're currently outputting your manuals from InDesign - whether to paper or PDF - there's probably no immediate or compelling need to convert to FrameMaker.
You'll have the same problems with SMEs maintaining strict style usage, whether in InCopy or Word for import into InDesign or FrameMaker, and you'll have the same problems with SMEs working in FrameMaker directly, even if your company should win a FrameMaker site license in a lottery.
Even in departments whose members are experienced technical writers, maintaining rigorous style requirements isn't automatic or easy.
One key reason to consider the Technical Communications Suite is its ability to create help systems. A related reason is its ability to create single-source material for reuse and/or multiple outputs; FrameMaker can work with content management systems, XML, and DITA. All of these are not trivial to implement.
RoboHelp can work with Word files, if help systems ability is important to you. FrameMaker wouldn't be necessary.
Though InDesign can work with XML, it currently isn't suited to the kind of XML authoring that FrameMaker is. It's not easy to author for XML in InDesign or InCopy, as it is in FrameMaker, and even in FrameMaker, it's not without problems. InDesign can't do DITA.
It might be worthwhile to create a small-scale trial in which your SMEs work in Word or InCopy, or some other application whose output maintains style names. Import that material into you InDesign templates, then analyze the problems.
One major problem will undoubtedly be inconsistent tagging of material with proper styles. A close second will be attempts by the users to apply custom formatting (overrides) to the content, rather than using styles. Other problems include inconsistent use of lists of items, and inclusion of items in running text.
If you can define a simple set of styles and requirements that the SMEs agree to follow, importing their material to any style-conscious application will require less manual effort.
If the SMEs will need to revise material that the technical writers send back, you'll want to experiment with round-tripping from your publishing application via RTF or Word file format and reimporting from whatever editing application the SMEs use. If SMEs will agree to edit in Acrobat, this is one way to avoid the inevitable round-tripping artifacts, though it requires manual attention from the technical writers.
Using a single-flow layout - "single story" in InDesign terms, "single text flow" in FrameMaker terms, rather than the kind of discontinuous graphic-designer's visual layout of pasted page objects and separate stories, will make it easier to reflow revised content. This is the usual way that FrameMaker users work. InDesign's improved long-document tools make it possible to work the same way.
HTH
Regards,
Peter
Peter Gold
KnowHow ProServices -
How to use mainstage with my pedalboard?
Hello,
I am looking for a way to run my Macbook (mainstage) through my pedalboard. I will only be using mainstage as a consolidated effects that can be switched on and off as a whole. I normally run into my MB using an M-audio fast track. I would like to have something like a selector or something to bypass the computer if I don't want it on. ie. guitar > fuzz > compressor > Macbook > Delay> amp (Not the real order lol) What would be the best way to do this without losing my signal or having it go through mainstage when I don't want it on?
Thanks for the help,
MikeBut you say "if the other instances are turned off" but this isn't possible.
Since Kontakt is sample-based, anytime it's activated, it's going to have to reload its samples before it's ready to play. This would be unacceptable in a live situation, and MainStage is built for instant switching between patches.
So basically I do need to use multiple instances of Kontakt, with each containing a single instrument. Hmmm. I'll give it a try, but I'm worried about when I want to have 16+ MainStage patches, each containing an instance of Kontakt. -
Bug when dealing with multiple file input elements?
I'm running Apex 4.2 and have an odd problem.
Back Story:
I have created a page on a standard web server (Apache) that allows a user to select multiple images from there local machine. The form reads one file at a time displaying a preview of the image and reading the exif data from the file. We are entering extra data about each picture into a form. So the flow of the page is: user selects images -> first image is displayed and user enters data -> submits data via ajax -> user hits button and next image comes up. The user repeats until all images are done. I have not done the ajax portion but all other parts work fine on the Apache server.
The Problem:
I need to recreate this type of form in Apex. If I create a multiple file input item on a page all the tabs stop working. They take you to a 404 page with the message "The requested URL /apex/wwv_flow.accept was not found on this server ". I have tracked it back to anything calling the apex.submit() javascript function.
Literally if I make a html region and place "<input id="uploadInput" type="file" name="myFiles" multiple>" into the region source the apex.submit() function stops working.
Any thoughts?Epic Fail wrote:
Literally if I make a html region and place "<input id="uploadInput" type="file" name="myFiles" multiple>" into the region source the apex.submit() function stops working.
Any thoughts?
Not a bug. The file browse control you have created cannot be processed by the APEX wwv_flow.accept procedure that performs page submit processing. Your control's name attribute is myFiles, but there is no corresponding parameter in wwv_flow.accept:
-- A C C E P T
-- This procedure accepts virtually every flow page.
-- Reference show procedure for input argument descriptions.
procedure accept (
p_request in varchar2 default null,
p_instance in varchar2 default null,
p_flow_id in varchar2 default null,
p_company in number default null,
p_flow_step_id in varchar2 default null,
p_arg_names in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_arg_values in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_arg_checksums in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_page_checksum in varchar2 default null,
p_accept_processing in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v01 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v02 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v03 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v04 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v05 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v06 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v07 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v08 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v09 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v10 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v11 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v12 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v13 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v14 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v15 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v16 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v17 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v18 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v19 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v20 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v21 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v22 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v23 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v24 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v25 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v26 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v27 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v28 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v29 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v30 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v31 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v32 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v33 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v34 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v35 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v36 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v37 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v38 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v39 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v40 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v41 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v42 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v43 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v44 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v45 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v46 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v47 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v48 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v49 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v50 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v51 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v52 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v53 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v54 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v55 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v56 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v57 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v58 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v59 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v60 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v61 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v62 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v63 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v64 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v65 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v66 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v67 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v68 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v69 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v70 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v71 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v72 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v73 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v74 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v75 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v76 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v77 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v78 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v79 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v80 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v81 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v82 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v83 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v84 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v85 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v86 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v87 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v88 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v89 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v90 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v91 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v92 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v93 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v94 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v95 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v96 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v97 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v98 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v99 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v100 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v101 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v102 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v103 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v104 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v105 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v106 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v107 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v108 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v109 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v110 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v111 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v112 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v113 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v114 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v115 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v116 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v117 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v118 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v119 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v120 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v121 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v122 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v123 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v124 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v125 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v126 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v127 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v128 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v129 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v130 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v131 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v132 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v133 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v134 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v135 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v136 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v137 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v138 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v139 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v140 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v141 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v142 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v143 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v144 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v145 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v146 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v147 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v148 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v149 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v150 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v151 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v152 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v153 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v154 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v155 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v156 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v157 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v158 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v159 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v160 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v161 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v162 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v163 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v164 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v165 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v166 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v167 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v168 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v169 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v170 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v171 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v172 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v173 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v174 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v175 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v176 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v177 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v178 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v179 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v180 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v181 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v182 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v183 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v184 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v185 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v186 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v187 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v188 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v189 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v190 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v191 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v192 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v193 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v194 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v195 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v196 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v197 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v198 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v199 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_v200 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_t01 in varchar2 default null,
p_t02 in varchar2 default null,
p_t03 in varchar2 default null,
p_t04 in varchar2 default null,
p_t05 in varchar2 default null,
p_t06 in varchar2 default null,
p_t07 in varchar2 default null,
p_t08 in varchar2 default null,
p_t09 in varchar2 default null,
p_t10 in varchar2 default null,
p_t11 in varchar2 default null,
p_t12 in varchar2 default null,
p_t13 in varchar2 default null,
p_t14 in varchar2 default null,
p_t15 in varchar2 default null,
p_t16 in varchar2 default null,
p_t17 in varchar2 default null,
p_t18 in varchar2 default null,
p_t19 in varchar2 default null,
p_t20 in varchar2 default null,
p_t21 in varchar2 default null,
p_t22 in varchar2 default null,
p_t23 in varchar2 default null,
p_t24 in varchar2 default null,
p_t25 in varchar2 default null,
p_t26 in varchar2 default null,
p_t27 in varchar2 default null,
p_t28 in varchar2 default null,
p_t29 in varchar2 default null,
p_t30 in varchar2 default null,
p_t31 in varchar2 default null,
p_t32 in varchar2 default null,
p_t33 in varchar2 default null,
p_t34 in varchar2 default null,
p_t35 in varchar2 default null,
p_t36 in varchar2 default null,
p_t37 in varchar2 default null,
p_t38 in varchar2 default null,
p_t39 in varchar2 default null,
p_t40 in varchar2 default null,
p_t41 in varchar2 default null,
p_t42 in varchar2 default null,
p_t43 in varchar2 default null,
p_t44 in varchar2 default null,
p_t45 in varchar2 default null,
p_t46 in varchar2 default null,
p_t47 in varchar2 default null,
p_t48 in varchar2 default null,
p_t49 in varchar2 default null,
p_t50 in varchar2 default null,
p_t51 in varchar2 default null,
p_t52 in varchar2 default null,
p_t53 in varchar2 default null,
p_t54 in varchar2 default null,
p_t55 in varchar2 default null,
p_t56 in varchar2 default null,
p_t57 in varchar2 default null,
p_t58 in varchar2 default null,
p_t59 in varchar2 default null,
p_t60 in varchar2 default null,
p_t61 in varchar2 default null,
p_t62 in varchar2 default null,
p_t63 in varchar2 default null,
p_t64 in varchar2 default null,
p_t65 in varchar2 default null,
p_t66 in varchar2 default null,
p_t67 in varchar2 default null,
p_t68 in varchar2 default null,
p_t69 in varchar2 default null,
p_t70 in varchar2 default null,
p_t71 in varchar2 default null,
p_t72 in varchar2 default null,
p_t73 in varchar2 default null,
p_t74 in varchar2 default null,
p_t75 in varchar2 default null,
p_t76 in varchar2 default null,
p_t77 in varchar2 default null,
p_t78 in varchar2 default null,
p_t79 in varchar2 default null,
p_t80 in varchar2 default null,
p_t81 in varchar2 default null,
p_t82 in varchar2 default null,
p_t83 in varchar2 default null,
p_t84 in varchar2 default null,
p_t85 in varchar2 default null,
p_t86 in varchar2 default null,
p_t87 in varchar2 default null,
p_t88 in varchar2 default null,
p_t89 in varchar2 default null,
p_t90 in varchar2 default null,
p_t91 in varchar2 default null,
p_t92 in varchar2 default null,
p_t93 in varchar2 default null,
p_t94 in varchar2 default null,
p_t95 in varchar2 default null,
p_t96 in varchar2 default null,
p_t97 in varchar2 default null,
p_t98 in varchar2 default null,
p_t99 in varchar2 default null,
p_t100 in varchar2 default null,
p_t101 in varchar2 default null,
p_t102 in varchar2 default null,
p_t103 in varchar2 default null,
p_t104 in varchar2 default null,
p_t105 in varchar2 default null,
p_t106 in varchar2 default null,
p_t107 in varchar2 default null,
p_t108 in varchar2 default null,
p_t109 in varchar2 default null,
p_t110 in varchar2 default null,
p_t111 in varchar2 default null,
p_t112 in varchar2 default null,
p_t113 in varchar2 default null,
p_t114 in varchar2 default null,
p_t115 in varchar2 default null,
p_t116 in varchar2 default null,
p_t117 in varchar2 default null,
p_t118 in varchar2 default null,
p_t119 in varchar2 default null,
p_t120 in varchar2 default null,
p_t121 in varchar2 default null,
p_t122 in varchar2 default null,
p_t123 in varchar2 default null,
p_t124 in varchar2 default null,
p_t125 in varchar2 default null,
p_t126 in varchar2 default null,
p_t127 in varchar2 default null,
p_t128 in varchar2 default null,
p_t129 in varchar2 default null,
p_t130 in varchar2 default null,
p_t131 in varchar2 default null,
p_t132 in varchar2 default null,
p_t133 in varchar2 default null,
p_t134 in varchar2 default null,
p_t135 in varchar2 default null,
p_t136 in varchar2 default null,
p_t137 in varchar2 default null,
p_t138 in varchar2 default null,
p_t139 in varchar2 default null,
p_t140 in varchar2 default null,
p_t141 in varchar2 default null,
p_t142 in varchar2 default null,
p_t143 in varchar2 default null,
p_t144 in varchar2 default null,
p_t145 in varchar2 default null,
p_t146 in varchar2 default null,
p_t147 in varchar2 default null,
p_t148 in varchar2 default null,
p_t149 in varchar2 default null,
p_t150 in varchar2 default null,
p_t151 in varchar2 default null,
p_t152 in varchar2 default null,
p_t153 in varchar2 default null,
p_t154 in varchar2 default null,
p_t155 in varchar2 default null,
p_t156 in varchar2 default null,
p_t157 in varchar2 default null,
p_t158 in varchar2 default null,
p_t159 in varchar2 default null,
p_t160 in varchar2 default null,
p_t161 in varchar2 default null,
p_t162 in varchar2 default null,
p_t163 in varchar2 default null,
p_t164 in varchar2 default null,
p_t165 in varchar2 default null,
p_t166 in varchar2 default null,
p_t167 in varchar2 default null,
p_t168 in varchar2 default null,
p_t169 in varchar2 default null,
p_t170 in varchar2 default null,
p_t171 in varchar2 default null,
p_t172 in varchar2 default null,
p_t173 in varchar2 default null,
p_t174 in varchar2 default null,
p_t175 in varchar2 default null,
p_t176 in varchar2 default null,
p_t177 in varchar2 default null,
p_t178 in varchar2 default null,
p_t179 in varchar2 default null,
p_t180 in varchar2 default null,
p_t181 in varchar2 default null,
p_t182 in varchar2 default null,
p_t183 in varchar2 default null,
p_t184 in varchar2 default null,
p_t185 in varchar2 default null,
p_t186 in varchar2 default null,
p_t187 in varchar2 default null,
p_t188 in varchar2 default null,
p_t189 in varchar2 default null,
p_t190 in varchar2 default null,
p_t191 in varchar2 default null,
p_t192 in varchar2 default null,
p_t193 in varchar2 default null,
p_t194 in varchar2 default null,
p_t195 in varchar2 default null,
p_t196 in varchar2 default null,
p_t197 in varchar2 default null,
p_t198 in varchar2 default null,
p_t199 in varchar2 default null,
p_t200 in varchar2 default null,
f01 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f02 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f03 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f04 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f05 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f06 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f07 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f08 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f09 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f10 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f11 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f12 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f13 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f14 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f15 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f16 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f17 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f18 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f19 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f20 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f21 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f22 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f23 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f24 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f25 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f26 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f27 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f28 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f29 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f30 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f31 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f32 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f33 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f34 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f35 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f36 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f37 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f38 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f39 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f40 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f41 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f42 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f43 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f44 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f45 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f46 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f47 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f48 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f49 in wwv_flow_global.vc_arr2 default empty_vc_arr,
f50 in wwv_flow_global.vc_arr2 default empty_vc_arr,
fcs in wwv_flow_global.vc_arr2 default empty_vc_arr,
fmap in wwv_flow_global.vc_arr2 default empty_vc_arr,
fhdr in wwv_flow_global.vc_arr2 default empty_vc_arr,
fcud in wwv_flow_global.vc_arr2 default empty_vc_arr,
frowid in wwv_flow_global.vc_arr2 default empty_vc_arr,
x01 in varchar2 default null,
x02 in varchar2 default null,
x03 in varchar2 default null,
x04 in varchar2 default null,
x05 in varchar2 default null,
x06 in varchar2 default null,
x07 in varchar2 default null,
x08 in varchar2 default null,
x09 in varchar2 default null,
x10 in varchar2 default null,
x11 in varchar2 default null,
x12 in varchar2 default null,
x13 in varchar2 default null,
x14 in varchar2 default null,
x15 in varchar2 default null,
x16 in varchar2 default null,
x17 in varchar2 default null,
x18 in varchar2 default null,
x19 in varchar2 default null,
x20 in varchar2 default null,
p_listener in wwv_flow_global.vc_arr2 default empty_vc_arr, -- used to communicate with apex listner
p_map1 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_map2 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_map3 in wwv_flow_global.vc_arr2 default empty_vc_arr,
p_survey_map in varchar2 default null,
p_flow_current_min_row in varchar2 default '1',
p_flow_current_max_rows in varchar2 default '10',
p_flow_current_rows_fetched in varchar2 default '0',
p_debug in varchar2 default 'NO',
p_trace in varchar2 default 'NO',
p_md5_checksum in varchar2 default '0',
p_page_submission_id in varchar2 default null,
p_time_zone in varchar2 default null,
p_ignore_01 in varchar2 default null,
p_ignore_02 in varchar2 default null,
p_ignore_03 in varchar2 default null,
p_ignore_04 in varchar2 default null,
p_ignore_05 in varchar2 default null,
p_ignore_06 in varchar2 default null,
p_ignore_07 in varchar2 default null,
p_ignore_08 in varchar2 default null,
p_ignore_09 in varchar2 default null,
p_ignore_10 in varchar2 default null,
p_lang in varchar2 default null,
p_territory in varchar2 default null)
The normal approach to creating forms in APEX is to use declarative page items, or to create items dynamically using the apex_item API. APEX knows how to process these items because they are generated with names matching wwv_flow.accept parameters, but not manually created controls with arbitrary name attributes.
Are you planning on doing all of your form submission via AJAX? (I doubt that APEX will be able to natively handle a file browse control with a multiple attribute.) If so, remove the name="myFiles" attribute. You will still be able to access the control in JS using the ID, but APEX won't see it. -
How to use OSD with Multiple DPs to remote locations
Hi
My SCCM 2012 R2 Primary site is located on my corporate office but i need to use OSD for multiple branch locations in different subnets.in My Organization there is network level DHCP server rather than Windows DHCP...
What would be the complete configuration in this case .. can some one provide the steps..
Shailendra DevHi,
The best way to forward the PXE boot requests to the DP/PXE server is to use IP Helpers in the routers/switches. I assume that the branch locations are without a DP. You can use DHCP scope options in the DHCP servers as well but you will end up with problems
when PXE-booting machines that run UEFI becuase it is not the same bootfile used and it is not really supported.
Maybe standalone media could be an option where you have the most of the TS on a USB stick/Drive.
Regards,>
Jörgen
-- My System Center blog ccmexec.com -- Twitter
@ccmexec -
Using HLEVEL with multiple hierarchies
Hi all,
Is there a way to pass a parameter to the HLEVEL keyword to specifiy which hierarchy (Parent H1,H2, H3, etc.) to use when pulling the HLEVEL?
We would like to use HLEVEL for report formatting however we need the ability to choose the hiearchy.
Thanks!
MikeMike,
please check the answer in this other post:
EVPRO with multiple hierarchies
It's for the MS platform, but it's the same for Netweaver.
EVPRO can only retrieve the HLEVEL for the first hierarchy. You need to maintain further custom properties if you want to get the level of a member within multiple hierarchies.
Regards,
Simmaco
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