Torsten Kammer cochrane

## OpenTomb Trace
Sampling process 47859 for 3 seconds with 1 millisecond of run time between samples
Sampling completed, processing symbols...
Analysis of sampling OpenTomb (pid 47859) every 1 millisecond
Process:         OpenTomb [47859]
Path:            /Users/tk/Library/Developer/Xcode/DerivedData/OpenTomb-bterfnixcryfnagjojhhvsisbxrx/Build/Products/Debug/OpenTomb.app/Contents/MacOS/OpenTomb
Load Address:    0x100000000
Identifier:      org.opentomb.OpenTomb
Version:         1.0 (1)
Code Type:       X86-64
Parent Process:  debugserver [47860]

## msp430dcc.c
/*
 * Parsing DCC with MSP 430 (very simple example).
 *
 * DCC is a protocol for controlling model railroads, including trains, signals, switches and so on.
 * It is an open standard; the documentation can be found at http://www.nmra.org/standards/sandrp/consist.html
 * Most relevant are S-9.1 (DCC Electrical Standard) and S-9.2 (DCC Communications Standard). The sub-standards can be useful, too.
 *
 * This is heavily based on the work at http://www.opendcc.org (though no code was copied, since they use different microcontrollers). Specifically this implements option 2 of http://www.opendcc.org/elektronik/opendecoder/opendecoder_sw_dcc.html
 *
 * Hardware: I'm using a simple version with a 1k resistor and a diode to ground (I'm rectifying the DCC signal anyway). An optocoupler can work, too, has the advantage that supply power can be sourced externally.
	Sampling process 47859 for 3 seconds with 1 millisecond of run time between samples
	Sampling completed, processing symbols...
	Analysis of sampling OpenTomb (pid 47859) every 1 millisecond
	Process: OpenTomb [47859]
	Path: /Users/tk/Library/Developer/Xcode/DerivedData/OpenTomb-bterfnixcryfnagjojhhvsisbxrx/Build/Products/Debug/OpenTomb.app/Contents/MacOS/OpenTomb
	Load Address: 0x100000000
	Identifier: org.opentomb.OpenTomb
	Version: 1.0 (1)
	Code Type: X86-64
	Parent Process: debugserver [47860]
	/*
	* Parsing DCC with MSP 430 (very simple example).
	*
	* DCC is a protocol for controlling model railroads, including trains, signals, switches and so on.
	* It is an open standard; the documentation can be found at http://www.nmra.org/standards/sandrp/consist.html
	* Most relevant are S-9.1 (DCC Electrical Standard) and S-9.2 (DCC Communications Standard). The sub-standards can be useful, too.
	*
	* This is heavily based on the work at http://www.opendcc.org (though no code was copied, since they use different microcontrollers). Specifically this implements option 2 of http://www.opendcc.org/elektronik/opendecoder/opendecoder_sw_dcc.html
	*
	* Hardware: I'm using a simple version with a 1k resistor and a diode to ground (I'm rectifying the DCC signal anyway). An optocoupler can work, too, has the advantage that supply power can be sourced externally.