User`s Manual - the DIYRC.com Webpage
Contents
1. E GB TTT TTT TTT TTT TTT TTT TTT TTT TTT TTT INANE Op en an existing Sequence file E GD TTT TTT TTT TTT TTT TTT TITTTTTTTTTTTT NONE previously saved sequ ence fil es like the sample files included Merge an existing sequence file into the currently displayed sequence or Save the current sequence These options are easily selected under the File menu in the programming software and are fairly intuitive these are general dialog boxes most MS Window users are already familiar with I2SLSHSTEIOIASUESHTEIVOIASUSHTEIOIASUSHTEIVOIAZUSH6TEIA Test Download Programming the Mini Flash After you are satisfied with your programmed LED sequence you can easily download it to your Mini Flash and this normally takes less than 10 seconds It is very important though that you follow the instructions below very carefully Please read carefully before attempting to download the sequence STEP BY STEP PROGRAMMING INSTRUCTIONS Step 1 Unplug the Mini flash from its power source that being a battery or a receiver that is powered up assumes you have LEDs connected to controller Step 2 Connect the programming cable s 9 pin connector rs 232 serial cable to an empty RS 232 serial communications port on your computer Make note of the actual com port number usually 1 or 2 some PCs could have more as you will need to define this port in the programming software later if you already haven t changed it Step 3 Connect the POWER e2. PRO FLASH Programmable LED Sequencer Flasher New 4ch Test8 dat File Test Downoad Settings Help p rot j ra mMm mMm i ne th e ervo ontrol E E M Ide TTT TT NN ee TTT TTT iri ir 7 i nN s aS eel TTT TTTTT TTT Mor TTT Try a ASSTT Mo TTT TT oe A MivivivivivivelvivivivivivivivivivivivivivivivivivvivivivivivMivivivivivivviviviviviviviviviv Loopy Probably the neatest feature of the Mini Flash is the ability for the user to completely customize the flashing sequence for each of the 4 LED channels and then download it to the Mini Flash Not only are these sequences programmable but the user can also program the overall LED sequencing speed Another really neat and very useful feature is the Test feature where you can actually visually test the sequence you programmed even with out the Mini Flash connected Pressing the test button in the software will run the sequence while visually displaying the actually sequence on GUI based LEDs This test function also allows you to test servo control function too by popping up a slider control which emulates the R C transmitter s stick slider control The following sections explain each of the programming functions such as general Program Settings communications port and sequencer speeds setting the graphical LED colors setting LED Channel Sequences using the LED channel options button setting the end of the sequence assigning servo control functions testing the sequence opening
3. As soon as you plug it in your Mini Flash should turn on all briefly eight 8 seconds later it should light all LEDs for 3 seconds then it will be fully operational LEDs flashing and servo controls functioning You are now done Simply repeat this process to reprogram NOTE In order for the Mini Flash to use these programmed setting and be fully operational each and every time you power it up you will need to be sure that your R C transmitter is powered ON before you apply power to the Mini Flash this is normal recommended operation for most R C models as it is safer on your model s servos and control surfaces If the transmitter is not turned on while the Mini Flash is powered it will eventually go into a free running mode where all sequences are active regardless of the servo signal Even if you then turn on your transmitter it will Stay in this free running mode until power is cycled to the Mini Flash WARNING DO NOT turn on your transmitter when the Mini Flash has all its LED lit i e during the 3 second programming period Doing this will damage the previously programmed sequence and you will be required to reprogram the Mini Flash via the com port Operating the Mini Flash The following instructions describe how the user would normally operate the Mini Flash once installed in your model Be sure to thoroughly read these instructions before proceeding STEP BY STEP OPERATING INSTRUCTIONS 1 With all devices off no p
4. merging and saving sequence files on your PC and finally downloading your sequence to the Mini Flash Changing the General Program Settings Comm Port and Sequencer Speeds PRO FLASH Programmable LED Sequencer Flasher New 4ch Test8 dat The Mini Flash programming software pa rie SA ent DTS Tay aan serge atta saal allows the user to alter the Mini Flash Comm Port Setting Picaxe Settings sequencer speed Additionally the Communication Pot RS 232 2 __ LED Test Speed ms a z software also allows the user to select the proper communications port to which the download cable is connected to These settings can be changed by selecting the Settings menu option Selecting this option will bring up a new Settings window On the far left side there exists an options frame that allows the user to change the communications port 1 gt 6 Use the pull down and select the port to which you have the programming cable connected it might in fact default to port 2 which you might not have typically this would be set to port 1 Once you set this correctly this setting is saved in a configuration file and will never need to be changed again unless you plug the programming cable onto a different port On the far right of the Settings window you will see two modifiable settings mainly LED Test Speed and Sequencer Delay The first LED Test Speed allows the user to fine tune the sequencer s speed when using the Test button A
5. output used for the control is a toggle switch instead of a variable slider joystick you would then obviously have only two zones on or off or O gt 1 4 and 3 4 gt Full The following chart indicates how the servo control setting works for each of the LED channels Servo Position of Transmitter Stick Slider amp Control Effect on LED Channel Zone 1 Zone 2 Zone 3 Zone 4 Setting Off i e On i e Always On Included with the Mini Flash software download are a few example files that show you some sample sequences controls you can develop Use your own imagination the possibilities are almost endless As for one example see New 4ch Test8 dat this is how each of the channels are set up Ch 1 White LED 1 double blink on off on off every second Tail Strobe Ch 2 Red LED one longer blink on off every 2 seconds alternates with Ch 3 Ch 3 Green LED one longer blink every 2 seconds alternates with Ch 2 Wingtip Ch 4 White LED always ON Landing light but controlled by servo control see below This can be seen on the following screen shot w PRO FLASH Programmable LED Sequencer Flasher New 4ch Test dat Fie Test Download Settings Help Control ae feed PPE A ee CT ote al TTT TTT e TTT TTT TT TTT TT TTT TTT in z SAFET ETAC TETTA T TT eee TE a c e c e ll en p e e p a e a p e lee le ll a pe a m iz234567890123456789012343675890123456
6. 0 volt source Therefore R 5 0 3 0 020 or R 2 0 020 or R 100 Ohms Some LED Calculator Links htip linear1 org ckts led php simple LED resistor calculator http led linear1 org led wiz another LED calculator for multiple LED in series or parallel htip www besthongkong com circ htm a neat calculator hosted by a big LED distributor in Hong Kong some Interesting Visual Basic coding information Picaxe to from PC serial port __ http www rentron com VisualBasic htm Reynolds Electronics MINI FLASH FAQ Q1 How do you compensate for differing forward voltages and current drawn b differing LED s A1 Ah good question The input voltage to LEDs is all not that important usually 5v is fine for all It is the current that you push through the LED that is important as you do not want to drive them with too much current You usually always need to put a series resistor inline with one of the LED leads such to limit the current use a neat calculator even have a link for it on my webpages You really need to know the specs on the LEDs particularly the LEDs rated current typical 5mm LEDs run around 20 25 milliamps Here s the calculator http Ainear1 org ckts led php You simply enter the supply voltage in the controller s case 5 volts the LEDs forward voltage this varies from LED to LED then enter the rated LED current typically 20 25 milliamps Then hit the find R button and the prog
7. 789 123453678590 Test Download As for servo controls the following can also be programmed assuming you are controlling Mini Flash using a spare slider stick channel or even tapping off of the throttle servo wire When stick is 3 4 to Full deflection Only CH 1 is active i e flashing strobe on Tail When stick is 1 2 to 3 4 deflection Only Ch 2 and Ch 8 are active i e red amp green wing tip light When stick is 1 1 to 1 2 deflection Only Ch 1 Ch 2 and Ch 8 are active i e Both Strobe and wingtip lights When stick is 0 to 1 4 deflection All channels 1 4 are active i e Strobe wing tip amp Landing light The Servo Controls for each channel are set as follows Ch 1 ON only when servo signal is in zones 1 2 and 4 Ch 2 ON only when servo signal is in zones 1 2 and 3 Ch 3 ON only when servo signal is in zones 1 2 and 3 Ch 4 ON only when servo signal is in zone 1 The 4 servo zones are as described Zone 1 Stick in O to 1 4 deflection Zone 2 Stick in 1 4 to 1 2 deflection Zone 3 Stick in 1 2 to 3 4 deflection Zone 4 Stick in 3 4 to full deflection The more you experiment the more versatile you will find the Mini Flash programmer Testing the programmed LED Sequence s PRO FLASH Programmable LED Sequencer Flasher New 4ch Test8 dat The programming software allows the al user to test the current programmed MA MAM TTTTTT
8. Flash programming assumes that the user will use all 50 events when developing a new sequence There might be a time when the user might only want to use 25 events instead of 50 If you were to look closely at the programming software there exists a grayish line across the bottom of the sequencer that has numbers 1 gt 10 or really 1 gt 0 that cycle 5 times indicating the 50 individual events This event bar is also used to indicate the displayed events as they are being played pack during testing The programming software indicates the sequence end mark by painting a number on this bar RED Normally when starting a new sequence you will see the far most 0 painted red event 50 This indicates that this event will be the last event in the sequence and will then loop back around to the first event Event 1 repeating indefinitely To change this setting simply double click on another number located on this bar until you see it change to red bold text The sequence end mark has now been changed If you were to now press Test you will see that the test sequencer now cycles up to the newly selected end marker and then loops back to the first event This End Marker setting is also sent to the Mini Flash when ever a sequence is downloaded The All important Servo Control SL PRO FLASH Programmable LED Sequencer Flasher New 4ch Test8 dat Sis The Mini Flash programming software i includes a servo control for each of the 4 ch
9. ITITT ITT T1144 MoM TTT TTT pe an sequence including the servo control Temes functions programmed by the user To Be CC o in itiate the test Dress the Test button EE ALE EAD in the programming software Upon joa pressing this button you will see the Servo Pusevidh 1500 ms test sequencer display the programmed sequence on the graphical LEDs in the program If you have selected a servo control for any of the 4 channels you will also see a scroll bar along the bottom of the page This bar is used as if it was the transmitter s stick switch allowing you to test the servo control functions you have programmed for each LED channel You can use the left right arrow keys to alter the scrollbar setting or you can use your mouse to move the slider As you change this slider you will notice the servo pulse width value changing just as if it was a servo signal coming from the receiver As you change this slider you should see its effect on the programmed LED channels If no servo controls are programmed for any of the channels this scrollbar type control will not be displayed since it is not needed New Clear Open Merge or Save Sequence File PRO FLASH Programmable LED Sequencer Flasher yx The prog ramming software allows the AET Test Download Settings Help aig n user to develop a New LED sequence Control Ssa AA TTT TTT NoNe clearing all Current sequence events Exit pa TT TTT TTT TTT TTT TTT TTT NONE
10. User s Manual Mint Flash Programmable R C controlled LED Flasher Sequencer The Mini Flash is a miniature light weight programmable LED Sequencer Flasher that is based around a small programmed PIC microcontroller The Mini Flash controller includes 4 programmable LED sequencing channels although it allows for a total of 8 LEDS to be connected 2 LEDs per channel Probably the most unique cutting edge feature about the Mini Flash is the ability to customize the LED PRO FLASH Preprammahi LED Sequencer Flasher New 4ch Test8 dat flashing sequence using a PC based O E i e Windows program This rum Aea T aw programming software includes a unique e and intuitive Graphical User Interface SLI sensei aN Mini Flash s servo wire which is normally 1294567 9901294567 89012945678901294557 8961294567 880 plugged into a spare R C receiver Test Download channel for control is also used to reprogram the Mini Flash flasher sequencer A computer s serial port 9 pin connection and programming cable is only needed to reprogram the Mini Flash The free downloadable programming software also allows the user to test the LED sequence they develop by use of software based graphical representations of the 4 LED channels The sequencer speed can also be programmed by the user as well as the sequencer end marker you don t need to use all 50 events in your sequence Another great feature of the Mini Flash controll
11. annels that allow the user to TTT TI MTT iii rd a use an R C servo output trom an R C receiver as a Switch control for each LED channel This feature allows the user to control turn On or Off each of the 4 channels in response to the position of the servo control If the user uses a Stick slider as the servo control the user will be able to define one of 16 control settings for each LED channel These settings are based upon the servo position that consisting of 4 unique Zones The zones are 0 gt 1 4 1 4 gt 1 2 1 2 gt 3 4 and 3 4 gt Full with full being the full deflection of the switch slider But how do you get to choose 1 of 16 positions Well you are also allowed to select one of the 16 possible binary combinations of these zones For instance you could program a LED channel to be active only when the stick is in the first zone O gt 1 4 OR in the forth zone 3 4 gt Full This binary interpretation would be 1001 All 16 combinations are available to the user The servo pulse position determines the binary mask applied to each LED s sequence set by the user A mask of as selected in the programming software would mean the sequence would only be active turned on when the servo is in zone 2 1 4 gt 1 2 or in zone 4 full As another last example a mask of would mean the LED sequence would be active for zones 2 thru 4 except for zone 1 0 gt 1 4 where the channel would be turned off If the servo
12. available for each of the 4 Channels ERN 50 maximum Events Channel User can set for less if desired Operating 4 8 volts to 5 0 volts Voltage a filtered regulated source is recommended such as a BEC Operating With out LEDs connected roughly 15mA Current LEDs draw roughly 25mA each Total Output Each Transistor handles at least 400mA Current so 400mA x 4 1 6 amps total Roughly 1 square inch not counting the Dimensions connector a little over 1 4 thick Weight Roughly 9 grams total weight includes completed controller servo lead and LED connector Programming Tested on Windows 98 2000 ME and XP Software developed using MS Visual Basic 5 0 Mini Flash Kit Contents The picture to the left indicates exactly ao what Is included in the Mini Flash kit genes fF AO 1 controller one programming cable EA fy and eight 2 pin LED mating Se connectors Remove the contents from their plastic packing bags and be sure to not loose the small miniature LED mating connectors These connectors mate to the controller s LED connections To use these connectors you will need to solder on some small gauge two conductor wire a series resistor See below and finally your LED If you require more mating connectors these can be purchased through DIYRC com send an email Note Some pre manufactured LEDs for systems such as Curtek can easily plug right onto Mini Flash s LED connection The output pins c
13. er is that each of the 4 LED channels can be controlled on off using a spare R C receiver channel This gives the user the ability to remotely turn on or off any of the 4 LED channels even while your model is being operated How neat Is that Mini Flash Controller Specifications A Weighing merely 9 grams and roughly 1 square inch D J by 1 4 thick the Mini Flash is based around a tiny 8 pin a programmable microcontroller chip The controller can ks gets it power from either an R C receiver or an external battery normally it is plugged into a receiver The Mini Flash is designed to operate off of a 4 8 5 volt power Ey source therefore do not attempt to run it off of anything a S else or you will ruin the microcontroller The Mini Flash provides for 4 independent LED sequencer channels that a driven using individual power output transistor 2N2222 These output transistors can typically provide up to 400 milliamps of total current therefore you are capable of connecting multiple LED to each channel if required In fact theoretically speaking you should be able to connect at least 10 15 LEDs to each channel assuming each LED draws around 25 milliamps each Each of the 4 Mini Flash LED channels can have up to a maximum of 50 individual events an event either turns the LED on or off on i at Iiis a NS Hen pi b d Ka a of LED 4 LED Channels although Mini Flash has two connectors
14. ht up and all stay on for approximately 3 seconds This 3 second period is when you need to then press the OK button to finally complete the download If the LEDS go out and start flashing before you had time to hit the OK button disconnect the Mini Flash from the programming cable and repeat starting at the top of Step 6 Itis really important that you hit the OK button in the download windows WHILE the LEDS are all lit This is the only time the Mini Flash can be programmed by the PC Step 7 You will notice that immediately after you hit the OK button Mini Flash s LEDs all go out all LED extinguish At the same time you will see the downloading progress as indicated by the software s download progress bar along the bottom of the screen This download process typically takes on the order of 7 10 seconds When the download is completed you will see the download bar disappear and then see the LEDs on the Mini Flash begin flashing They should now be flashing in accordance to how you programmed them BUT you will not be able to test any of the servo control functions until you connect the Mini Flash to your Rx Step 8 Disconnect the Mini Flash from the programming cable and disconnect the programming cable from your R C receiver Now with your transmitter and receiver turned on both powered plug the Mini Flash s servo connector directly to the R C receiver channel which you want to use as a control
15. kip every other connector Only apply heat shrink around the metal portion of the connectors and connecting wires especially on the connector side that will connect to the Mini Flash controller see picture Also notice that this LED harness has female connectors on both sides This allows you to replace LEDs i e change a color The LED connectors include a 100 ohm resistor inside the black heat shrink tubing The picture to the left indicates the LED channel outputs Notice that each of the 4 channels has two outputs allowing you to connect two LEDs per channel Add more LEDs to a channel by using a Y adapter or simply solder multiple LED lead wires onto the connector As shown in the picture the pins along the top are ground while the pins along the bottom are positive The servo like cable plug leading out of the Mini Flash serves two purposes One it is used to download a sequence from your PC via programming cable to your Mini Flash and two it is used to get servo information and power from your receiver during normal use such as in your R C model NOTE Be sure that when you connect the Mini Flash cable to either your receiver or programming cable you pay close attention to voltage polarity As with most servo wires the black or brown wire is ground the orange or red wire is V while the green or white wire is the servo signal Plugging this cable in wrong could and probably would damage the Mini Flash
16. lor click on the LED name LED 1 4 with your mouse and a window will pop up with various color names Simply select the appropriate color maybe even the color LED you plan to actually hook up to your Mini Flash Upon selecting the color the LED text color will also change indicating the color the graphical LED will appear when triggered Do this for the remaining graphical LEDs NOTE If you programmed a sequence pressed the Test button and do not see any graphical LEDs flashing you might have forgotten to set the graphical LED colors Stop the test set the colors and rerun the test Setting LED Channel Sequence Events The user has 50 events per channel that are capable of being programmed where an event is either On or Off as indicated with a check mark if On You can set the sequence for each channel by using your mouse and mouse button you can even hold and drag across the row to mark unmark Click on the individual checkboxes to either set or unset the individual sequence event Another quicker method to set a particular channel s sequence is to use the Channel Options button small square button just to the right of the graphical LEDs which is explained below Using the LED Channel Options button Sa Aetna LED Sequencer Flasher New 4ch Test8 dat i The Channel Options button allows you sew to manipulate the selected channel s o mama rere rT fe sequence in that you can quickly i Clear All LED 2 I Mark All CT
17. lthough the software uses timers have found that some older computer can run sluggish This setting usually defaults to 20 20 milliseconds and should suffice on most modern computer You can change this setting up or down to alter the test speed such that it closely matched that of the real Mini Flash sequencer The Sequencer Delay option allows the user to alter the actual running speed on the Mini Flash unit this value is also sent to the Mini Flash when downloading a sequence This delay value indicated the actual delay between each of the 50 programmed events A delay value of 1 1ms will make the Mini Flash run as fast as it can Increasing this delay value will slow down the running of the sequence increases the delay time between events Experiment with these values until you are happy with the results Typically a delay setting of 10 15ms will suffice for most applications setting GUI LED Colors PRO FLASH Programmable LED Sequencer Flasher New 4ch Test8 dat SEE The Mini Flash porog ramming software Fie Test Download Settings Help emulates the LEDs connected to the TTTTTTTTT ITT M4 MoM TTT Tri ae Mini flash controller and these LEDs T TNA IITTI TTT E LED 1 4 are shown towards the left LED 3 allow TOTT TTT a TTT fe a Blue Mavisi nese ia Page ale a ey PESTER EEE ANTT nitially when the software is loaded ERIE these color default to black and you will need to set these To select an LED co
18. nd of the programming cable female plug to your receiver and be sure the receiver is powered up this connection to the Receiver simply provides power to the Mini Flash during the downloading process you could always use a 4 8v 5v battery instead of connecting it to your receiver Note Always observe polarity when plugging the Mini Flash into the receiver Note DO NOT connect the Mini Flash to the programming cable quite yet you will do so in step 6 below Step 4 Now run the software and configure the LED channels as you like them You could also load a supplied example file for test purposes If you haven t done so already you could virtually test the sequence by hitting the Test button in the software hit Stop Test button to stop testing Programmable LED Sequencer Flasher New 4ch Test8 dat eg Step 5 When happy with the sequence and controls hit EE EE the Download button and a message will pop up This See a S message tells you to cycle power to the Mini Flash or connect the Mini Flash to the programming cable STOP The next step 6 is very important so please read thoroughly Step 6 With this message still displayed connect the Mini Flash s servo connector to the male mating connector on the programming cable As soon as you do this you will see the all the LEDs on the Mini Flash flash briefly Eight 8 seconds later gives time for Rx PCM to configure if needed all LEDs lig
19. ower to transmitter receiver or Mini Flash power up your transmitter and be sure it is outputting RF some Tx take a second or two 2 With your receiver off connect the Mini Flash to its appropriate channel normally it is already connected in your model 3 With your R C Transmitter on and the Mini Flash plugged into your receiver finally power on the receiver 4 You should see all LEDs light and extinguish quickly Eight 8 seconds later all LEDs come on for 3 seconds then all go off Only then is the Mini Flash fully operational LEDs flashing along with servo control functionality 5 Power off sequence is not that important but normally and for safety sakes it s always good to power off your receiver before powering off your transmitter Other Notes DON T FORGET THE ALL IMPORTANT SERIES RESISTOR INLINE WITH ALL LEDS The LEDs you will connect to the MINI FLASH need to have a resistor in series with one of the LED s leads I usually use the lead The resistor value depends on the LED s forward voltage and the LED s maximum current rating These specs are usually supplied by the LED manufacturer The basic formula for calculating this required series LED resistance is as follows Required Resistance Voltage Source LED Forward Voltage Max LED Current or R Vs Vf Imax As an example a particular LED has a 3 0 volt forward voltage Vf and a maximum current rating of 20mA It is to be driven with a 5
20. pull down in the software you have 16 different servo zone combinations you can chose All 16 work only when you are using a variable Rx channel such as a channel being controlled by a knob slider or stick If you are only using a switched Rx channel and you want to simply use the switch to turn the channel on or off you would set up the servo control such that it is What this would do is make the selected LED channel active only when the switch is in the up position actually it is as if the stick is in the position 3 4 gt Full deflection Now catch this if you were to choose the option or the option this would still have the same effect When using a toggle switch on your Tx to control the LED flasher the receiver will never output the middle two zones Therefore selecting these zones in a channel s servo zone will do nothing PICAXE is a trademark of Revolution Education Ltd www picaxe co uk Mini Flash Rev 2 0 User s Manual Copyrighted by DIYRC com 2007 Reproduction by permission only
21. ram calculates the resistor value you need for that LED typically a 68 120 ohm resistor is required Be careful also as there exists some LED that already have the series resistor incorporated in the LED not all that common though Once the resistor value is determined usually then solder it to the end of one of the LED leads The wires then leading from this LED assembly is then connected directly to the controller using a miniature machine pin female socket I will provide at least 8 with every controller Putting the series resistors on the PCB would take up space unless they were SMD maybe Q2 have a question So tell me how you could control different sequences with a TX like a 6102 which is a 6 channel but the 2 extras are more like landing gear and flaps A2 Great question knew I d eventually have to write about this as most will probably use a switch and some will have the luxury of having a spare variable channel like a rotating Knob or lever Is the landing gear channel on your system controlled by a switch most likely How about the flaps are these a switch too or is this a rotating knob like think my Futaba 9C has If the channel you have the flasher plugged into is controlled Tx using a toggle switch you will still be able to control the 4 LED channels sequences but you will only have two possible servo control positions on and off If you were to look at the Servo Control
22. urrently shown on the Mini Flash above are machine pin headers whereas Curtek uses a normal square pin header At your request can solder on this type of connection instead of the machine pin header although the machine pin headers are higher quality and in fact lighter in weight Email me with your request in any case Note If you are using a BEC to power up your receiver and you have the Mini Flash plugged into the receiver for power and control you will need to be sure the BEC is rated for the total current that will be drawn that being the combination of the connected servos normally powered from Rx the receiver itself the Mini Flash itself and the LEDs connected to the Mini Flash Mini Flash Connections Assemble your LEDs using the supplied mating connectors Also be sure to add an appropriate series resistor in series with one of the LED leads as you need to limit the current supplied to the LED as to not exceed its maximum specified operating current otherwise LED damage will occur See Notes section below The LED mating connectors supplied provide a nice tight connection to the LED connector pins located on the Mini Flash If you are going to heat shrink these ends be sure you do not cover the black portion of the connector as this will not allow you to plug these connectors side by side onto the Mini Flash heat shrink makes the connectors too wide If you are only using 4 LEDs one per channel then you can s
23. viele TOT TT TTT TTT TTT TTT TTT TTT y TTP TUTTE TTT TT Mot TTT i E MNM lt 123456789012345 6789012345678901234567890 Download Clear All Turns OFF all events on selected channel Set All Turns ON all events on selected channel Toggles the state of all selected channels events if event is on it is turned off if event is off it is turned on Copy the selected channel all events to another channel user then selects channel to copy to Copy another channel s events into the selected channel user then selects channel to copy from Skip1 _ Turns on every other event on selected channel Skip2 _Turns on every 3rd event on selected channel _ Skip3 Turns on every 4th event on selected channel Cancels the Channel Options action returns to GUI gt Pe ee ea LED Sequencer Flasher New 4ch Test8 dat If you selected either the Copy To or ne the Copy From option you will see e TT T e this pop up window shown to the left dd j COE ECE EEE EE EEE ECE NENNE NA A N i ea allowing you tO choose a LED channel LED 3 pon PTT TTT TTT TTT TTT TT Mt TT k e el el le le eel el el el el ll ll ll lll lll ll ll W i LE D for wh ich to either CO py to or to 678901234567890123456789012345678901234567890 copy from Upon selecting one you o coco _ owo will see the selected channel s sequence events update accordingly setting the LED Sequence End Marker Normally the Mini
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