NRF24LO1 programing

I know theres a lot of info on the NRF24LO1 transceiver online, however I cannot find anything regarding what I am looking to do. Granted I am a complete noob at arduino... I would like to have multiple (appx. 10) arduino Uno's that will have their respective transceiver in transmit mode. When a motion sensor at an arduino location is tripped I would like that arduino to output a signal that a master arduino could receive and recognize that specific transmitted signal as say "location 1" and then the master would cue a behavior that is specific to "location 1".

Additionally, if theres an easy way to disallow the master to cue a behavior for a location that is out of chronological order, I would ultimately like to inhibit that.

Hopefully someone could point me in the correct direction of some example code or reference material or anything that could get me moving on this. It would be a great help!

Thanks!

Just get each monitoring Arduino UNO to send a message which has a unique ID number in it, then the master will know which device has been triggered.

If you don't want to have a different sketch running on each UNO, connect a dip switch to each arduino which allows you to set its ID number.

e.g.
http://www.ebay.com.au/itm/6-Position-DIP-Switch-Arduino-RasPi-PIC-AU-STOCK-/261495211755?pt=AU_B_I_Electrical_Test_Equipment&hash=item3ce25446eb

Albeit this will use up 5 pins.

Additionally, if theres an easy way to disallow the master to cue a behavior for a location that is out of chronological order, I would ultimately like to inhibit that.

You will need to write this into your programming

e.g. if each monitoring device sends its code, its easy to keep track of what the last code was and what the next code should be (remembering when you get to 10 you need to go back to 1)

Alternatively, you could save each transmitter's unique ID in EEPROM and have the transmitter read it at startup.

@PeterH

Storing the ID in EPROM is a better idea than mine. I guess the OP could use one of the serial command libraries to create some code which allows the ID to be set, in the EPROM, using the serial terminal just after the code is uploaded.

That is unless the OP was short of code space, but this seems unlikely.