Lithobob manual samples (#65)

* Added 909 Samples

909 Samples from my RD-9 Drum machine. Processed in live

* Update README.md

* Updated Readme

README.md

@@ -2,81 +2,71 @@
 DCZia 2023 DC31 Badge - Electric Sampler
 
 ```
-__________________________
-___  __ \_  ____/__  /__(_)_____ _
-__  / / /  /    __  /__  /_  __ `/
-_  /_/ // /___  _  /__  / / /_/ /
-/_____/ \____/  /____/_/  \__,_/
-
-_______________          _____       _____
-___  ____/__  /____________  /__________(_)______
-__  __/  __  /_  _ \  ___/  __/_  ___/_  /_  ___/
-_  /___  _  / /  __/ /__ / /_ _  /   _  / / /__
-/_____/  /_/  \___/\___/ \__/ /_/    /_/  \___/
-
-________                         ______
-__  ___/_____ _______ ______________  /____________
-_____ \_  __ `/_  __ `__ \__  __ \_  /_  _ \_  ___/
-____/ // /_/ /_  / / / / /_  /_/ /  / /  __/  /
-/____/ \__,_/ /_/ /_/ /_/_  .___//_/  \___//_/
+   ____  ___________   _          ________          __       _
+   / __ \/ ____/__  /  (_)___ _   / ____/ /__  _____/ /______(_)____
+  / / / / /      / /  / / __ `/  / __/ / / _ \/ ___/ __/ ___/ / ___/
+ / /_/ / /___   / /__/ / /_/ /  / /___/ /  __/ /__/ /_/ /  / / /__
+/_____/\____/  /____/_/\__,_/  /_____/_/\___/\___/\__/_/  /_/\___/
+
+   _____                       __
+  / ___/____ _____ ___  ____  / /__  _____
+  \__ \/ __ `/ __ `__ \/ __ \/ / _ \/ ___/
+ ___/ / /_/ / / / / / / /_/ / /  __/ /
+/____/\__,_/_/ /_/ /_/ .___/_/\___/_/
+                    /_/
 ```
 
 
 ## About
-The DCZia Electric Sampler - A eurorack format sampler and step sequencer in a badge, powered by the  Pi2040  
+The DCZia Electric Sampler - A eurorack format drum machine, sampler, and step sequencer powered by
+the Pi2040.
 
 
-## Todo
-[ ] Add Main Menu
 
-[ ] Improve Input Control Flow Between States
 
-[ ] Write Sequencer Code
 
-    Ideally editable from device, and can be used to load sequence into sampler mode or MIDI sequencer mode
+## Build Guide
 
-[ ] Develop Party Mode Lighting Sequences
+The badge comes with all surface mount components already assembled on the board. You will need to
+solder on the keyswitches, audio jacks, screen, rotary encoders, and battery box.
 
-[ ] Write Display Code
+First add the audio jacks. Install all the jacks and make sure they are flat and perpendicular with
+the board. Next install the front board first aligning the jacks with the holes in the front board.
+Then connect the bottom pin header to the front board. The header will be off by one, THIS IS OK for
+the v1.1 board! Then carefully flip over the board and solder on the jacks.
 
-    Libraries for display and basic functional code added
+Remove the front panel.
 
-[ ] Write Lighting Code
+Then insert a keyswitch, or all keyswitches onto the board. Check that the metal pins are not bent,
+and if so gently straignten them out with your fingers or a pair of tweezers. Carfully flip the
+board over and solder on the keyswitches.
 
-    Neopixel library added, several bits of simple code added
+Next add the rotary encoders. Push them through the board, and you may need to gently fold in the
+side stabilization pins if they do not line up correctly. Flip over the board and solder these in. 
 
-[ ] Write sync code
+Next with the board facing forward and on a flat surface, put the screen in. The legs of the screen
+should not protrude through the back of the board past the holes, or only a tiny bit. You may need
+to use something like a pencil or something to help the screen lay flat, standing off from the
+board. Gently solder from the front to establish a mechanical connection to the board, then once the
+screen is secure, flip over and solder the back. You must solder the back pads to endure a
+connection from the screen to the microcrontroller. 
 
-    Functional sync out code in testing branch, need to bodge sync in for testing
+Finally flip the board over and gently attach the battery pack somewhere on the back with the
+supplied double sticky tape. Then solder on the leads from the battery pack to the pads on the
+bottom left side of the back of the board.
 
-[X] Write MIDI code
 
-    MIDI controller mode working well enough for minimum viable product
+## User Manual
 
-[ ] Expand MIDI Functionality
+Currently the firmware is not complete, and the user interface may change.
 
-    Add more control of notes, add control signals, expand to include USB MIDI
+The Select Knob will change between options on the screen, and push selects the currently
+highlighted option.
 
-[ ] Write sample playback code
+The Volume knob will change the volume. If you push it, it will adjust the tempo.
 
-    Single track sample playback code included
-    Need to expand to multi-track, lots of room for further improvements
-
-[ ] Write Button handling code
-
-    All prototype buttons functional, minimal code for actually controlling flow complete
-    Library includes matrix inputs for final product
-
-[ ] ...
-
-[ ] Profit? 
+The PLAY button will play / pause any currently running program
 
+The FUNCTION button will... perform a function..
 
 ## Notes
-Latest code requires screen bodge to function (cut traces to SCK and SDA, solder wires on to swap them)
-
-Encoder button will cycle through implemented modes
-
-MIDI Controller works. First set of protos had R4 and C3 swapped and running MIDI may cause hot and/or fire
-
-In sequencer mode, first keyswitch will start/stop code. Press encoder button while stopped to cycle back to menu