Audible examples of distinctive ring patterns?
Brightershade:
Does anyone know where to find examples one can listen to of the distinctive ring patterns used on the Obi devices? ???
azrobert:
You can just try them by changing the SP X_RingProfile and X_DefaultRing.
There are 10 ring patterns in each Ring Profile.
What are you looking for?
These patterns can be modified.
Brightershade:
Quote
What are you looking for?
I'm looking for examples.
Every cordless and cell phone on the market today will QUICKLY provide a preview of ring tones before committing to a choice. With the Obi devices, a user has to go into the Expert Configuration, select a number without any idea what it will sound like, submit the selection, wait for the Obi device to reboot, then call the number from a separate line to see how it sounds. To hear different ring tones, one must repeat the whole process again, and again, and again, and again. . . and that doesn't include changing the existing 10 patterns.
I'm looking for examples to make the ring tone preview and selection process faster and easier.
MarkObihai:
Here's a few examples to help you on your way:
American-style ring
This is the standard ring type used in the US and Canada. This is formed of a 2 second ring followed by 4 seconds of silence before repeating itself.
60;(2+4)
It sounds like: riiiiiiinnnnnnggg ………………. riiiiiiinnnnnnggg ……………….
(note …...… represents the long silence)
British-style ring
This is the standard ring type used in the UK, Ireland, Australia and New Zealand. This is formed of a 0.4 second ring, followed by 0.2 seconds of silence, another 0.4 second ring then 2 seconds of silence before repeating itself.
60;(.4+.2,.4+2)
It sounds like: ring ring ……… ring ring ………
Party-line-style ring
This is an alternate ring style that was included on many legacy analog "party-line" circuits. This is formed of a 0.3 second ring, followed by 0.2 seconds of silence then a 1 second ring, followed by 0.2 seconds of silence, another 0.3 second ring then 4 seconds of silence before repeating itself.
60;(.3+.2,1+.2,.3+4)
It sounds like: ring riiinngg ring ………………. ring riiinngg ring ……………….
(It's quite hard to describe the different ring sounds in words!)
Brightershade:
Thank you, this is helpful.
Why not just post examples of these rings as small MP3 files or similar? ???
Navigation
[0] Message Index
[#] Next page