Package jmri.jmrix.nce

Class NceBinaryCommand

java.lang.Object

jmri.jmrix.nce.NceBinaryCommand

public class NceBinaryCommand
extends Object

NCE Binary Commands Also see NceMessage.java for additional commands

Constructor Summary

Constructors

Constructor	Description
NceBinaryCommand()

Method Summary

Modifier and Type	Method	Description
static byte[]	accAiu2Read(int cabId)
static byte[]	accDecoder(int number, boolean closed)
static byte[]	accMemoryRead(int address)
static byte[]	accMemoryRead1(int address)	Read one byte from NCE command station memory
static byte[]	accMemoryWrite1(int address, byte data)
static byte[]	accMemoryWrite2(int address, byte[] data)
static byte[]	accMemoryWrite4(int address, byte[] data)
static byte[]	accMemoryWrite8(int address, byte[] data)
static byte[]	accMemoryWriteN(int address, byte[] data)
static byte[]	accSetClock(int hours, int minutes)
static byte[]	accSetClock1224(boolean flag)
static byte[]	accSetClockRatio(int ratio)
static byte[]	accStartClock()
static byte[]	accStopClock()
static byte[]	getNceEpromRev()	Create NCE EPROM revision message.
static byte[]	nceLocoCmd(int locoAddr, byte locoSubCmd, byte locoData)
static byte[]	usbMemoryPointer(int cab, int loc)
static byte[]	usbMemoryRead(int num)
static byte[]	usbMemoryWrite1(byte data)
static byte[]	usbOpsModeAccy(int accyAddr, int cvAddr, int cvData)	Create a NCE USB compatible ops mode accessory message.
static byte[]	usbOpsModeLoco(NceTrafficController tc, int locoAddr, int cvAddr, int cvData)	Create a NCE USB compatible ops mode loco message.
static byte[]	usbSetCabId(int cab)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

NceBinaryCommand

public NceBinaryCommand()

Method Details

accDecoder

public static byte[] accDecoder(int number,
 boolean closed)

accMemoryRead

public static byte[] accMemoryRead(int address)

accMemoryRead1

public static byte[] accMemoryRead1(int address)

Read one byte from NCE command station memory

Parameters:

address - address to read from

Returns:

binary command to read one byte

accMemoryWriteN

public static byte[] accMemoryWriteN(int address,
 byte[] data)

accMemoryWrite8

public static byte[] accMemoryWrite8(int address,
 byte[] data)

accMemoryWrite4

public static byte[] accMemoryWrite4(int address,
 byte[] data)

accMemoryWrite2

public static byte[] accMemoryWrite2(int address,
 byte[] data)

accMemoryWrite1

public static byte[] accMemoryWrite1(int address,
 byte data)

accAiu2Read

public static byte[] accAiu2Read(int cabId)

usbSetCabId

public static byte[] usbSetCabId(int cab)

usbMemoryWrite1

public static byte[] usbMemoryWrite1(byte data)

usbMemoryRead

public static byte[] usbMemoryRead(int num)

usbMemoryPointer

public static byte[] usbMemoryPointer(int cab,
 int loc)

accStopClock

public static byte[] accStopClock()

accStartClock

public static byte[] accStartClock()

accSetClock

public static byte[] accSetClock(int hours,
 int minutes)

accSetClock1224

public static byte[] accSetClock1224(boolean flag)

accSetClockRatio

public static byte[] accSetClockRatio(int ratio)

nceLocoCmd

public static byte[] nceLocoCmd(int locoAddr,
 byte locoSubCmd,
 byte locoData)

getNceEpromRev

public static byte[] getNceEpromRev()

Create NCE EPROM revision message. The reply format is: VV.MM.mm

Returns:

the revision message

usbOpsModeLoco

public static byte[] usbOpsModeLoco(NceTrafficController tc,
 int locoAddr,
 int cvAddr,
 int cvData)

Create a NCE USB compatible ops mode loco message.

Parameters:

tc - traffic controller; ignored

locoAddr - locomotive address

cvAddr - CV to set

cvData - value to set CV to

Returns:

ops mode message

usbOpsModeAccy

public static byte[] usbOpsModeAccy(int accyAddr,
 int cvAddr,
 int cvData)

Create a NCE USB compatible ops mode accessory message.

Parameters:

accyAddr - locomotive address

cvAddr - CV to set

cvData - value to set CV to

Returns:

ops mode message