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A
AbstractMulticast
- Class in
netP5
AbstractMulticast(UdpPacketListener, String, int, int)
- Constructor for class netP5.
AbstractMulticast
AbstractMulticast(UdpPacketListener, String, int)
- Constructor for class netP5.
AbstractMulticast
AbstractTcpClient
- Class in
netP5
AbstractTcpClient(TcpPacketListener, String, int)
- Constructor for class netP5.
AbstractTcpClient
AbstractTcpClient(String, int)
- Constructor for class netP5.
AbstractTcpClient
AbstractTcpClient(TcpPacketListener, String, int, int)
- Constructor for class netP5.
AbstractTcpClient
AbstractTcpClient(String, int, int)
- Constructor for class netP5.
AbstractTcpClient
AbstractTcpClient(AbstractTcpServer, Socket, TcpPacketListener, int, int)
- Constructor for class netP5.
AbstractTcpClient
AbstractTcpServer
- Class in
netP5
AbstractTcpServer(int, int)
- Constructor for class netP5.
AbstractTcpServer
AbstractTcpServer(TcpPacketListener, int, int)
- Constructor for class netP5.
AbstractTcpServer
AbstractUdpClient
- Class in
netP5
AbstractUdpClient()
- Constructor for class netP5.
AbstractUdpClient
AbstractUdpClient(String, int)
- Constructor for class netP5.
AbstractUdpClient
AbstractUdpServer
- Class in
netP5
AbstractUdpServer(UdpPacketListener, int, int)
- Constructor for class netP5.
AbstractUdpServer
create a new UdpServer
add(NetAddress)
- Method in class netP5.
NetAddressList
add(String, int)
- Method in class netP5.
NetAddressList
add(OscMessage)
- Method in class oscP5.
OscBundle
add an osc message to the osc bundle.
add()
- Method in class oscP5.
OscMessage
add values to an osc message.
add(int)
- Method in class oscP5.
OscMessage
add(String)
- Method in class oscP5.
OscMessage
add(float)
- Method in class oscP5.
OscMessage
add(double)
- Method in class oscP5.
OscMessage
add(boolean)
- Method in class oscP5.
OscMessage
add(Boolean)
- Method in class oscP5.
OscMessage
add(Integer)
- Method in class oscP5.
OscMessage
add(Float)
- Method in class oscP5.
OscMessage
add(Double)
- Method in class oscP5.
OscMessage
add(Character)
- Method in class oscP5.
OscMessage
add(char)
- Method in class oscP5.
OscMessage
add(int, int, int, int)
- Method in class oscP5.
OscMessage
add(int[])
- Method in class oscP5.
OscMessage
add(char[])
- Method in class oscP5.
OscMessage
add(float[])
- Method in class oscP5.
OscMessage
add(String[])
- Method in class oscP5.
OscMessage
add(byte[])
- Method in class oscP5.
OscMessage
add(Object[])
- Method in class oscP5.
OscMessage
addArguments(Object[])
- Method in class oscP5.
OscMessage
add a list of arguments to an exisiting set of arguments.
addListener(NetListener)
- Method in class netP5.
Multicast
addListener(NetListener)
- Method in class netP5.
TcpServer
addListener(NetListener)
- Method in class netP5.
UdpServer
add a listener to the udp server.
addListener(OscEventListener)
- Method in class oscP5.
OscP5
address()
- Method in class netP5.
NetAddress
returns the remote ip address as string
address()
- Method in class netP5.
NetMessage
address()
- Method in class oscP5.
OscPacket
addrInt()
- Method in class oscP5.
OscMessage
returns the address pattern of the osc message as int.
addrPattern()
- Method in class oscP5.
OscMessage
addTcpListener(TcpPacketListener)
- Method in class oscP5.
OscNetManager
addUdpListener(UdpPacketListener)
- Method in class oscP5.
OscNetManager
ALL
- Static variable in class netP5.
Logger
append(byte[], byte[])
- Static method in class netP5.
Bytes
append(byte[], byte[], byte[])
- Static method in class netP5.
Bytes
areEqual(byte[], byte[])
- Static method in class netP5.
Bytes
arguments()
- Method in class oscP5.
OscMessage
arrayToString(String[])
- Static method in class netP5.
StringUtils
arrayToString(String[], int, int)
- Static method in class netP5.
StringUtils
B
ban(String)
- Method in class netP5.
AbstractTcpServer
ban an IP address from the server.
blobValue()
- Method in class oscP5.
OscArgument
get the byte array (blob) of the osc argument.
booleanValue()
- Method in class oscP5.
OscArgument
get the boolean value of the osc argument.
Bytes
- Class in
netP5
Bytes()
- Constructor for class netP5.
Bytes
bytesValue()
- Method in class oscP5.
OscArgument
get the byte array of the osc argument.
C
centerJustify(String, int)
- Static method in class netP5.
StringUtils
Creates a string of the given width with the given string left justified (padded by an appropriate number of spaces in front and after it).
charValue()
- Method in class oscP5.
OscArgument
get the char value of the osc argument.
checkAddrPattern(String)
- Method in class oscP5.
OscMessage
check if an address pattern equals a specific address pattern you are looking for.
checkMethod(OscMessage, boolean)
- Method in class oscP5.
OscPlug
checkType(String)
- Method in class oscP5.
OscPlug
checkTypetag(String)
- Method in class oscP5.
OscMessage
clear()
- Method in class oscP5.
OscBundle
clear and reset the osc bundle for reusing.
clear()
- Method in class oscP5.
OscMessage
clear and reset an OscMessage for reuse.
clearArguments()
- Method in class oscP5.
OscMessage
clears the arguments in a message, but keeps the address the address pattern.
CLIENT_CLOSED
- Static variable in class netP5.
NetStatus
CLIENT_CLOSED
- Static variable in class oscP5.
OscStatus
close()
- Method in class netP5.
AbstractMulticast
connect(NetAddress, String, String[])
- Method in class oscP5.
OscP5
CONNECTION_CLOSED
- Static variable in class netP5.
NetStatus
CONNECTION_CLOSED
- Static variable in class oscP5.
OscStatus
CONNECTION_FAILED
- Static variable in class netP5.
NetStatus
CONNECTION_FAILED
- Static variable in class oscP5.
OscStatus
CONNECTION_REFUSED
- Static variable in class netP5.
NetStatus
CONNECTION_REFUSED
- Static variable in class oscP5.
OscStatus
CONNECTION_TERMINATED
- Static variable in class netP5.
NetStatus
CONNECTION_TERMINATED
- Static variable in class oscP5.
OscStatus
contains(NetAddress)
- Method in class netP5.
NetAddressList
contains(String, int)
- Method in class netP5.
NetAddressList
copy(byte[], int)
- Static method in class netP5.
Bytes
copy(byte[], int, int)
- Static method in class netP5.
Bytes
D
datagramSize()
- Method in class oscP5.
OscProperties
returns the current size of the datagram bytebuffer.
DEBUG
- Static variable in class netP5.
Logger
DEBUG
- Static variable in interface netP5.
NetP5
DEFAULT
- Static variable in class netP5.
NetStatus
DEFAULT
- Static variable in class oscP5.
OscStatus
disconnect(NetAddress)
- Method in class oscP5.
OscP5
disconnectFromTEMP()
- Method in class oscP5.
OscP5
Deprecated.
dispose()
- Method in class netP5.
AbstractMulticast
dispose the multicastSocket.
dispose()
- Method in class netP5.
AbstractTcpClient
stop and dispose a tcp client.
dispose()
- Method in class netP5.
AbstractTcpServer
kill the server.
dispose()
- Method in class netP5.
AbstractUdpServer
stop the UDP server, clean up and delete its reference.
dispose()
- Method in class oscP5.
OscP5
doubleValue()
- Method in class oscP5.
OscArgument
get the double value of the osc argument.
duplicate(String, int)
- Static method in class netP5.
StringUtils
Returns a String with the source String copied the specified number of times.
E
equals(NetAddress)
- Method in class netP5.
AbstractTcpClient
equals(TcpClient)
- Method in class netP5.
AbstractTcpClient
ERROR
- Static variable in class netP5.
Logger
ERROR
- Static variable in class netP5.
NetStatus
ERROR
- Static variable in class oscP5.
OscStatus
eventMethod()
- Method in class oscP5.
OscProperties
explode(String[], int[])
- Static method in class netP5.
StringUtils
Splits every String in an array at the specified lengths.
explode(String, int[])
- Static method in class netP5.
StringUtils
Splits a string at the specified lengths and returns an array of Strings.
explode(String)
- Static method in class netP5.
StringUtils
Splits a string into an array with a space as delimiter.
explode(String, String)
- Static method in class netP5.
StringUtils
Splits a string into an array with the specified delimiter.
F
flags
- Static variable in class netP5.
Logger
floatValue()
- Method in class oscP5.
OscArgument
get the float value of the osc argument.
flush(OscMessage, NetAddress)
- Static method in class oscP5.
OscP5
a static method to send an OscMessage straight out of the box without having to instantiate oscP5.
flush(OscPacket, NetAddress)
- Static method in class oscP5.
OscP5
flush(String, Object[], NetAddress)
- Static method in class oscP5.
OscP5
flush(byte[], NetAddress)
- Static method in class oscP5.
OscP5
flush(byte[], String, int)
- Static method in class oscP5.
OscP5
Deprecated.
flush(OscMessage, String, int)
- Static method in class oscP5.
OscP5
Deprecated.
G
get(String, int)
- Method in class netP5.
NetAddressList
get(int)
- Method in class netP5.
NetAddressList
get(int)
- Method in class oscP5.
OscMessage
get a value at a specific position in the osc message.
getAddrPatternAsBytes()
- Method in class oscP5.
OscMessage
getAsString(Object[])
- Static method in class netP5.
Bytes
converts an object array into a String that is formated like a list
getAsString(byte[])
- Static method in class netP5.
Bytes
getBlob(int)
- Method in class oscP5.
OscIn
Deprecated.
getBoolean(int)
- Method in class oscP5.
OscIn
Deprecated.
getBytes()
- Method in class oscP5.
OscBundle
getBytes()
- Method in class oscP5.
OscMessage
getBytes()
- Method in class oscP5.
OscPacket
getChar(int)
- Method in class oscP5.
OscIn
Deprecated.
getClient(int)
- Method in class netP5.
AbstractTcpServer
get a client at a specific position the client list.
getClients()
- Method in class netP5.
AbstractTcpServer
get a list of all connected clients.
getData()
- Method in class netP5.
NetMessage
get the data of the message as bytes.
getData()
- Method in class netP5.
TcpPacket
getDatagramPacket()
- Method in class netP5.
NetMessage
getDataList()
- Method in class oscP5.
OscIn
Deprecated.
this is only for christian's and jens' table communication with vvvv.
getFloat(String)
- Static method in class netP5.
StringUtils
getFloat(int)
- Method in class oscP5.
OscIn
Deprecated.
getHostAddress()
- Static method in class netP5.
NetInfo
getInt(String)
- Static method in class netP5.
StringUtils
getInt(int)
- Method in class oscP5.
OscIn
Deprecated.
getListener(int)
- Method in class netP5.
Multicast
getListener(int)
- Method in class netP5.
TcpServer
getListener(int)
- Method in class netP5.
UdpServer
getListeners()
- Method in class netP5.
Multicast
getListeners()
- Method in class netP5.
TcpServer
getListeners()
- Method in class netP5.
UdpServer
getMessage(int)
- Method in class oscP5.
OscBundle
request an osc message inside the osc bundle array,
getMethod()
- Method in class oscP5.
OscPlug
getMidi(int)
- Method in class oscP5.
OscIn
Deprecated.
getMidiBytes(int)
- Method in class oscP5.
OscIn
Deprecated.
getObject()
- Method in class oscP5.
OscPlug
getStackTrace(Throwable)
- Static method in class netP5.
StringUtils
Prints the stacktrace to a buffer and returns the buffer as a String.
getString()
- Method in class netP5.
AbstractTcpClient
getString()
- Method in class netP5.
NetMessage
get the data the message as string.
getString()
- Method in class netP5.
TcpPacket
getString(int)
- Method in class oscP5.
OscIn
Deprecated.
getStringBuffer()
- Method in class netP5.
AbstractTcpClient
getStringBuffer()
- Method in class netP5.
TcpPacket
getTcpConnection()
- Method in class netP5.
TcpPacket
getTcpPacket()
- Method in class netP5.
NetMessage
getTime()
- Static method in class netP5.
Logger
getTypetagAsBytes()
- Method in class oscP5.
OscMessage
H
handleInput()
- Method in class netP5.
AbstractTcpClient
handleInput(TcpPacket, int)
- Method in class netP5.
AbstractTcpServer
handleInput()
- Method in class netP5.
TcpClient
handleInput(TcpPacket, int)
- Method in class netP5.
TcpServer
handleStatus(int)
- Method in class netP5.
AbstractTcpClient
handleStatus(int)
- Method in class netP5.
TcpClient
I
id()
- Method in class netP5.
NetStatus
id()
- Method in class oscP5.
OscStatus
implode(Object[], String)
- Static method in class netP5.
StringUtils
Combines an array to a string, using the specified delimiter.
implode(Object[])
- Static method in class netP5.
StringUtils
Combines an array to a string, using a comma and a space as delimiter.
inetaddress()
- Method in class netP5.
NetAddress
inetAddress()
- Method in class netP5.
NetMessage
INFO
- Static variable in class netP5.
Logger
intValue()
- Method in class oscP5.
OscArgument
get the int value of the osc argument.
ip()
- Method in class oscP5.
OscP5
isBroadcast()
- Method in class oscP5.
OscP5
isEmpty(String)
- Static method in class netP5.
StringUtils
Checks if a String is empty or null.
isPlugged()
- Method in class oscP5.
OscMessage
isvalid()
- Method in class netP5.
NetAddress
check if the netAddress is valid.
L
lan()
- Static method in class netP5.
NetInfo
left(String, String)
- Static method in class netP5.
StringUtils
Returns the substring to the left of the specified substring in the specified String, starting from the left.
leftBack(String, String)
- Static method in class netP5.
StringUtils
Returns the substring to the left of the specified substring in the specified String, starting from the right.
leftJustify(String, int)
- Static method in class netP5.
StringUtils
Creates a string of the given width with the given string left justified (followed by an appropriate number of spaces).
list()
- Method in class netP5.
NetAddressList
listener()
- Method in class netP5.
AbstractTcpClient
listeners()
- Method in class oscP5.
OscP5
listeners()
- Method in class oscP5.
OscProperties
listeningPort()
- Method in class oscP5.
OscProperties
returns the port number currently used to receive osc packets.
Logger
- Class in
netP5
Logger()
- Constructor for class netP5.
Logger
longValue()
- Method in class oscP5.
OscArgument
get the long value of the osc argument.
loopback()
- Method in class netP5.
AbstractMulticast
get the current loopback mode.
M
main(String[])
- Static method in class netP5.
NetInfo
makeBlob(byte[])
- Static method in class oscP5.
OscMessage
merge(byte[], byte[], int, int, int)
- Static method in class netP5.
Bytes
merge(byte[], byte[], int)
- Static method in class netP5.
Bytes
merge(byte[], byte[])
- Static method in class netP5.
Bytes
merge(byte[], byte[], int, int)
- Static method in class netP5.
Bytes
method
- Variable in class oscP5.
OscPlug
middle(String, String, String)
- Static method in class netP5.
StringUtils
Returns the substring between two substrings.
middle(String, int, int)
- Static method in class netP5.
StringUtils
Returns a substring of a String, starting from specified index and with specified length.
midiValue()
- Method in class oscP5.
OscArgument
mode()
- Method in class netP5.
AbstractTcpClient
get the mode of the terminator.
MODE_NEWLINE
- Static variable in class netP5.
AbstractTcpClient
terminator is newline.
MODE_NEWLINE
- Static variable in class netP5.
AbstractTcpServer
MODE_READLINE
- Static variable in class netP5.
AbstractTcpClient
terminator is readline.
MODE_READLINE
- Static variable in class netP5.
AbstractTcpServer
MODE_STREAM
- Static variable in class netP5.
AbstractTcpClient
no terminator required, packets are sent via a tcp stream.
MODE_STREAM
- Static variable in class netP5.
AbstractTcpServer
MODE_TERMINATED
- Static variable in class netP5.
AbstractTcpClient
terminator is terminated, by default this is character '\0' and can be set with setTerminator
MODE_TERMINATED
- Static variable in class netP5.
AbstractTcpServer
Multicast
- Class in
netP5
Multicast is a method of forwarding IP datagrams to a group of interested receivers.
Multicast(Object, String, int, int)
- Constructor for class netP5.
Multicast
create a new instance of Multicast.
Multicast(Object, String, int)
- Constructor for class netP5.
Multicast
Multicast(UdpPacketListener, String, int, int)
- Constructor for class netP5.
Multicast
Multicast(UdpPacketListener, String, int)
- Constructor for class netP5.
Multicast
MULTICAST
- Static variable in interface netP5.
NetP5
MULTICAST
- Static variable in class oscP5.
OscP5
a static variable used when creating an oscP5 instance with a sepcified network protocol.
MULTICAST
- Static variable in class oscP5.
OscProperties
N
name
- Variable in class netP5.
NetAddress
name()
- Method in class netP5.
TcpClient
netAddress()
- Method in class netP5.
AbstractTcpClient
netaddress()
- Method in class netP5.
AbstractTcpClient
Deprecated.
NetAddress
- Class in
netP5
NetAddress is an Object that contains an inetaddress of an remote internet address, consisting of an ip address and a port number.
NetAddress(String, int)
- Constructor for class netP5.
NetAddress
NetAddress(NetAddress)
- Constructor for class netP5.
NetAddress
NetAddress(InetAddress, int)
- Constructor for class netP5.
NetAddress
netAddress()
- Method in class oscP5.
OscPacket
netaddress()
- Method in class oscP5.
OscPacket
Deprecated.
NetAddressList
- Class in
netP5
NetAddressList is an arraylist of netaddresses.
NetAddressList()
- Constructor for class netP5.
NetAddressList
netEvent(NetMessage)
- Method in interface netP5.
NetListener
NetInfo
- Class in
netP5
some description
NetInfo()
- Constructor for class netP5.
NetInfo
netInfo()
- Method in class oscP5.
OscP5
netinfo() returns an instance of a NetInfo Object from which you can get LAN and WAN information.
NetListener
- Interface in
netP5
NetMessage
- Class in
netP5
netP5
- package netP5
NetP5
- Interface in
netP5
netStatus(NetStatus)
- Method in interface netP5.
NetListener
NetStatus
- Class in
netP5
NetStatus(int)
- Constructor for class netP5.
NetStatus
networkProtocol()
- Method in class oscP5.
OscProperties
returns the network protocol being used to transmit osc packets.
newBundle()
- Method in class oscP5.
OscP5
Deprecated.
newMsg(String)
- Method in class oscP5.
OscP5
Deprecated.
NONE
- Static variable in class oscP5.
OscNetManager
now()
- Static method in class oscP5.
OscBundle
returns the current time in milliseconds.
O
OFF
- Static variable in class netP5.
Logger
OFF
- Static variable in class oscP5.
OscP5
OFF
- Static variable in class oscP5.
OscProperties
ON
- Static variable in class netP5.
Logger
ON
- Static variable in class oscP5.
OscP5
ON
- Static variable in class oscP5.
OscProperties
OscArgument
- Class in
oscP5
an osc argument contains one value of values from a received osc message.
OscArgument()
- Constructor for class oscP5.
OscArgument
OscBundle
- Class in
oscP5
Osc Bundles are collections of Osc Messages.
OscBundle()
- Constructor for class oscP5.
OscBundle
instantiate a new OscBundle object.
oscEvent(OscMessage)
- Method in interface oscP5.
OscEventListener
OscEventListener
- Interface in
oscP5
OscIn
- Class in
oscP5
Deprecated.
OscIn(OscMessage)
- Constructor for class oscP5.
OscIn
Deprecated.
OscMessage
- Class in
oscP5
An OSC message consists of an OSC Address Pattern, an OSC Type Tag String and the OSC arguments.
OscMessage(OscMessage)
- Constructor for class oscP5.
OscMessage
OscMessage(String)
- Constructor for class oscP5.
OscMessage
OscMessage(int)
- Constructor for class oscP5.
OscMessage
OscMessage(String, Object[])
- Constructor for class oscP5.
OscMessage
OscMessage(int, Object[])
- Constructor for class oscP5.
OscMessage
OscNetManager
- Class in
oscP5
OscNetManager()
- Constructor for class oscP5.
OscNetManager
oscP5
- package oscP5
OscP5
- Class in
oscP5
TODO add better error message handling for oscEvents, see this post http://forum.processing.org/topic/oscp5-major-problems-with-error-handling#<PHONE_NUMBER>0811163
OscP5(Object, OscProperties)
- Constructor for class oscP5.
OscP5
OscP5(Object, String, int, int)
- Constructor for class oscP5.
OscP5
OscP5(Object, int, int)
- Constructor for class oscP5.
OscP5
OscP5(Object, int)
- Constructor for class oscP5.
OscP5
OscP5(Object, String, int, int, String)
- Constructor for class oscP5.
OscP5
Deprecated.
OscP5(Object, String, int)
- Constructor for class oscP5.
OscP5
Deprecated.
OSCP5_CLOSED
- Static variable in class oscP5.
OscStatus
OscPacket
- Class in
oscP5
OscPacket()
- Constructor for class oscP5.
OscPacket
OscPatcher
- Class in
oscP5
OscPlug
- Class in
oscP5
OscPlug()
- Constructor for class oscP5.
OscPlug
OscProperties
- Class in
oscP5
osc properties are used to start oscP5 with more specific settings.
OscProperties(OscEventListener)
- Constructor for class oscP5.
OscProperties
OscProperties()
- Constructor for class oscP5.
OscProperties
create a new OscProperties Object.
oscStatus(OscStatus)
- Method in interface oscP5.
OscEventListener
OscStatus
- Class in
oscP5
OscStatus(int)
- Constructor for class oscP5.
OscStatus
P
plug(Object, String, String, String)
- Method in class oscP5.
OscP5
osc messages can be automatically forwarded to a specific method of an object.
plug(Object, String, String)
- Method in class oscP5.
OscP5
plug(Object, String, String)
- Method in class oscP5.
OscPlug
plug(Object, String, String, String)
- Method in class oscP5.
OscPlug
port()
- Method in class netP5.
NetAddress
returns the remote port number
port()
- Method in class netP5.
NetMessage
get the port the net message was received at.
port()
- Method in class oscP5.
OscPacket
print(String)
- Static method in class netP5.
Logger
print()
- Static method in class netP5.
NetInfo
print()
- Method in class oscP5.
OscMessage
printBytes(byte[])
- Static method in class netP5.
Bytes
printBytes(byte[])
- Static method in class netP5.
Logger
printData()
- Method in class oscP5.
OscMessage
printDebug(String, String)
- Static method in class netP5.
Logger
printError(String, String)
- Static method in class netP5.
Logger
printInfo(String, String)
- Static method in class netP5.
Logger
println(String)
- Static method in class netP5.
Logger
printProcess(String, String)
- Static method in class netP5.
Logger
printWarning(String, String)
- Static method in class netP5.
Logger
process(TcpPacket, int)
- Method in class netP5.
AbstractTcpServer
PROCESS
- Static variable in class netP5.
Logger
process(DatagramPacket, int)
- Method in class netP5.
Multicast
process(TcpPacket, int)
- Method in interface netP5.
TcpPacketListener
process(DatagramPacket, int)
- Method in interface netP5.
UdpPacketListener
process(DatagramPacket, int)
- Method in class netP5.
UdpServer
process(DatagramPacket, int)
- Method in class oscP5.
OscNetManager
process(TcpPacket, int)
- Method in class oscP5.
OscNetManager
process(DatagramPacket, int)
- Method in class oscP5.
OscP5
incoming osc messages from an udp socket are parsed, processed and forwarded to the parent.
process(TcpPacket, int)
- Method in class oscP5.
OscP5
properties()
- Method in class oscP5.
OscP5
returns the current properties of oscP5.
protocol()
- Method in class netP5.
NetMessage
get the protocol type the message was sent over.
R
reconnect()
- Method in class netP5.
AbstractTcpClient
when a TCP connection is lost, reconnect to the server with reconnect().
remoteAddress()
- Method in class oscP5.
OscProperties
returns a NetAddress of the remote host you are sending osc packets to.
remove(AbstractTcpClient)
- Method in class netP5.
AbstractTcpServer
remove a TcpClient from the server's client list.
remove(String, int)
- Method in class netP5.
NetAddressList
remove(NetAddress)
- Method in class netP5.
NetAddressList
remove(String, char)
- Static method in class netP5.
StringUtils
Removes all instances of a character in a String.
remove(String, String)
- Static method in class netP5.
StringUtils
Removes all instances of a substring in a String.
remove(String, String[])
- Static method in class netP5.
StringUtils
Removes all instances of substrings in a String.
remove(AbstractTcpClient)
- Method in interface netP5.
TcpPacketListener
remove(int)
- Method in class oscP5.
OscBundle
remove an OscMessage from an OscBundle.
remove(OscMessage)
- Method in class oscP5.
OscBundle
remove(AbstractTcpClient)
- Method in class oscP5.
OscNetManager
remove(AbstractTcpClient)
- Method in class oscP5.
OscP5
removeDuplicates(String, String)
- Static method in class netP5.
StringUtils
Removes duplicates of a substring in a String.
removeListener(NetListener)
- Method in class netP5.
Multicast
removeListener(NetListener)
- Method in class netP5.
TcpServer
removeListener(NetListener)
- Method in class netP5.
UdpServer
removeListener(OscEventListener)
- Method in class oscP5.
OscP5
removeTcpListener(TcpPacketListener)
- Method in class oscP5.
OscNetManager
removeUdpListener(UdpPacketListener)
- Method in class oscP5.
OscNetManager
replace(String, String, String)
- Static method in class netP5.
StringUtils
Replaces substrings in a string.
replace(String, String[], String)
- Static method in class netP5.
StringUtils
Replaces several substrings in a string.
right(String, String)
- Static method in class netP5.
StringUtils
Returns the substring to the right of the specified substring in the specified String, starting from the left.
rightBack(String, String)
- Static method in class netP5.
StringUtils
Returns the substring to the right of the specified substring in the specified String, starting from the right.
rightJustify(String, int)
- Static method in class netP5.
StringUtils
Creates a string of the given width with the given string right justified (with an appropriate number of spaces before it).
run()
- Method in class netP5.
AbstractMulticast
run()
- Method in class netP5.
AbstractTcpClient
run()
- Method in class netP5.
AbstractTcpServer
run()
- Method in class netP5.
AbstractUdpServer
S
send(String)
- Method in class netP5.
AbstractMulticast
send a string to the multicast address.
send(byte[])
- Method in class netP5.
AbstractMulticast
send a byte array to the mulitcast address.
send(byte[])
- Method in class netP5.
AbstractTcpClient
send(byte[][])
- Method in class netP5.
AbstractTcpClient
send(String)
- Method in class netP5.
AbstractTcpClient
send(String)
- Method in class netP5.
AbstractTcpServer
send a string to the connected client(s).
send(byte[])
- Method in class netP5.
AbstractTcpServer
send a byte array to the connected client(s).
send(String)
- Method in class netP5.
AbstractUdpClient
send a string using UDP to an already specified RemoteAddress.
send(byte[])
- Method in class netP5.
AbstractUdpClient
send a byte array using UDP to an already specified RemoteAddress.
send(byte[], NetAddress)
- Method in class netP5.
AbstractUdpClient
send a byte array to the dedicated remoteAddress.
send(byte[], String, int)
- Method in class netP5.
AbstractUdpClient
send a byte array to the dedicated remoteAddress.
send(DatagramPacket)
- Method in class netP5.
AbstractUdpClient
send(byte[], InetAddress, int)
- Method in class netP5.
AbstractUdpClient
send a byte array to the dedicated remoteAddress.
send(byte[])
- Method in class netP5.
AbstractUdpServer
send a byte array to a previously defined remoteAddress.
send(byte[], String, int)
- Method in class netP5.
AbstractUdpServer
send a byte array to a dedicated remoteAddress.
send(DatagramPacket)
- Method in class netP5.
AbstractUdpServer
send(byte[], InetAddress, int)
- Method in class netP5.
AbstractUdpServer
send a byte array to a dedicated remoteAddress.
send(OscPacket)
- Method in class oscP5.
OscNetManager
send(DatagramPacket)
- Method in class oscP5.
OscNetManager
send(OscPacket, String, int)
- Method in class oscP5.
OscNetManager
send(OscPacket, NetAddressList)
- Method in class oscP5.
OscNetManager
send(OscPacket, NetAddress)
- Method in class oscP5.
OscNetManager
send(String, Object[])
- Method in class oscP5.
OscNetManager
send(String, Object[], String, int)
- Method in class oscP5.
OscNetManager
send(String, Object[], NetAddressList)
- Method in class oscP5.
OscNetManager
send(String, Object[], NetAddress)
- Method in class oscP5.
OscNetManager
send(OscPacket, NetAddress)
- Method in class oscP5.
OscP5
you can send osc packets in many different ways.
send(OscPacket)
- Method in class oscP5.
OscP5
send(OscPacket, NetAddressList)
- Method in class oscP5.
OscP5
send(String, Object[])
- Method in class oscP5.
OscP5
send(String, Object[], NetAddressList)
- Method in class oscP5.
OscP5
send(String, Object[], NetAddress)
- Method in class oscP5.
OscP5
send(String, Object[], String, int)
- Method in class oscP5.
OscP5
send(OscPacket, TcpClient)
- Method in class oscP5.
OscP5
send to tcp client
send(String, Object[], TcpClient)
- Method in class oscP5.
OscP5
send(OscPacket, String, int)
- Method in class oscP5.
OscP5
Deprecated.
SEND_FAILED
- Static variable in class netP5.
NetStatus
SEND_FAILED
- Static variable in class oscP5.
OscStatus
sendStatus()
- Method in class oscP5.
OscProperties
SERVER_CLOSED
- Static variable in class netP5.
NetStatus
SERVER_CLOSED
- Static variable in class oscP5.
OscStatus
serverport()
- Method in class netP5.
AbstractTcpClient
get the server port.
set(int, int)
- Static method in class netP5.
Logger
set(NetAddress[])
- Method in class netP5.
NetAddressList
set(int, Object)
- Method in class oscP5.
OscMessage
TODO set should enable the programmer to set values of an existing osc message.
setAddrPattern(String)
- Method in class oscP5.
OscMessage
set the address pattern of an osc message.
setAddrPattern(int)
- Method in class oscP5.
OscMessage
setArguments(Object[])
- Method in class oscP5.
OscMessage
set the arguments of the osc message using an object array.
setDatagramSize(int)
- Method in class netP5.
AbstractMulticast
set the buffer size of the datagrams received by the multicast socket.
setDatagramSize(int)
- Method in class oscP5.
OscProperties
set the size of the datagrampacket byte buffer.
setEventMethod(String)
- Method in class oscP5.
OscProperties
set the name of the default event method.
setListeningPort(int)
- Method in class oscP5.
OscProperties
set port number you are listening for incoming osc packets.
setLogStatus(int, int)
- Static method in class oscP5.
OscP5
oscP5 has a logging mechanism which prints out processes, warnings and errors into the console window.
setLogStatus(int)
- Static method in class oscP5.
OscP5
setLoopback(boolean)
- Method in class netP5.
AbstractMulticast
Disable/Enable local loopback of multicast datagrams.
setName(String)
- Method in class netP5.
TcpClient
setNetworkProtocol(int)
- Method in class oscP5.
OscProperties
set the network protocol over which osc messages are transmitted.
setRemoteAddress(String, int)
- Method in class oscP5.
OscProperties
set the remote host address.
setRemoteAddress(NetAddress)
- Method in class oscP5.
OscProperties
set the remote host address.
setSRSP(boolean)
- Method in class oscP5.
OscProperties
SRSP stand for Send and Receive on Same Port.
setTerminator(char)
- Method in class netP5.
AbstractTcpClient
to parse an incomming tcp message, a terminator character is required to determine the end of the message so that it can be parsed and forwarded.
setTimetag(long)
- Method in class oscP5.
OscBundle
set the timetag of an osc bundle.
setTimeToLive(int)
- Method in class netP5.
AbstractMulticast
Set the default time-to-live for multicast packets sent out on this MulticastSocket in order to control the scope of the multicasts.
setTimeToLive(int)
- Method in class oscP5.
OscNetManager
setTimeToLive(int)
- Method in class oscP5.
OscP5
set timeToLive of a multicast packet.
size()
- Method in class netP5.
AbstractTcpServer
get the number of connected clients.
size()
- Method in class netP5.
NetAddressList
size()
- Method in class oscP5.
OscBundle
get the size of the osc bundle array which contains the osc messages.
slice(int, String[])
- Static method in class netP5.
StringUtils
socket()
- Method in class netP5.
AbstractMulticast
get the running multicast socket.
socket()
- Method in class netP5.
AbstractTcpClient
get the instance of the socket.
socket()
- Method in class netP5.
AbstractTcpServer
get the server socket object.
socket()
- Method in class netP5.
AbstractUdpClient
get the datagram socket of the UDP client.
socket()
- Method in class netP5.
AbstractUdpServer
get the datagram socket of the UDP server.
spaces(int)
- Static method in class netP5.
StringUtils
Returns a String with the specified number of spaces.
srsp()
- Method in class oscP5.
OscProperties
you can send and receive at the same port while on a udp con
start()
- Method in class netP5.
AbstractMulticast
start()
- Method in class netP5.
AbstractUdpServer
start(OscProperties)
- Method in class oscP5.
OscNetManager
status(int)
- Method in interface netP5.
TcpPacketListener
status(int)
- Method in class netP5.
TcpServer
status(int)
- Method in class oscP5.
OscNetManager
status(int)
- Method in class oscP5.
OscP5
stop()
- Method in class oscP5.
OscP5
stop oscP5 and close open Sockets.
StringUtils
- Class in
netP5
stringValue()
- Method in class oscP5.
OscArgument
get the String value of the osc argument.
switchCase(String)
- Static method in class netP5.
StringUtils
Switches the case of the supplied String.
switchCase(char)
- Static method in class netP5.
StringUtils
Switches the case of the supplied character.
T
TCP
- Static variable in interface netP5.
NetP5
TCP
- Static variable in class oscP5.
OscP5
a static variable used when creating an oscP5 instance with a sepcified network protocol.
TCP
- Static variable in class oscP5.
OscProperties
TcpClient
- Class in
netP5
TcpClient(Object, String, int)
- Constructor for class netP5.
TcpClient
TcpClient(Object, String, int, int)
- Constructor for class netP5.
TcpClient
TcpClient(TcpPacketListener, String, int, int)
- Constructor for class netP5.
TcpClient
TcpClient(Object, NetAddress)
- Constructor for class netP5.
TcpClient
TcpClient(NetAddress)
- Constructor for class netP5.
TcpClient
TcpClient(String, int)
- Constructor for class netP5.
TcpClient
TcpClient(AbstractTcpServer, Socket, TcpPacketListener, int, int)
- Constructor for class netP5.
TcpClient
tcpClient()
- Method in class oscP5.
OscNetManager
tcpClient()
- Method in class oscP5.
OscP5
return the instance of the running TCP client if in TCP mode.
tcpConnection()
- Method in class netP5.
NetMessage
tcpConnection()
- Method in class oscP5.
OscPacket
when in TCP mode, tcpConnection() returns the instance of the TcpClient that has sent the OscMessage.
TcpPacket
- Class in
netP5
TcpPacket(TcpClient, StringBuffer, byte[])
- Constructor for class netP5.
TcpPacket
TcpPacketListener
- Interface in
netP5
TcpServer
- Class in
netP5
TcpServer(int)
- Constructor for class netP5.
TcpServer
TcpServer(Object, int)
- Constructor for class netP5.
TcpServer
TcpServer(Object, int, int)
- Constructor for class netP5.
TcpServer
TcpServer(int, int)
- Constructor for class netP5.
TcpServer
TcpServer(TcpPacketListener, int, int)
- Constructor for class netP5.
TcpServer
tcpServer()
- Method in class oscP5.
OscNetManager
tcpServer()
- Method in class oscP5.
OscP5
return the instance of the running TCP server if in TCP mode.
timetag()
- Method in class oscP5.
OscBundle
returns a timetag as byte array.
timetag()
- Method in class oscP5.
OscMessage
get the timetag of an osc message.
timeToLive()
- Method in class netP5.
AbstractMulticast
get the current time to live value.
toByteArray(InputStream)
- Static method in class netP5.
Bytes
toBytes(int)
- Static method in class netP5.
Bytes
toBytes(int, byte[])
- Static method in class netP5.
Bytes
toBytes(long)
- Static method in class netP5.
Bytes
toBytes(long, byte[])
- Static method in class netP5.
Bytes
toDouble(byte[])
- Static method in class netP5.
Bytes
toFile(InputStream, File)
- Static method in class netP5.
Bytes
toFloat(byte[])
- Static method in class netP5.
Bytes
toInt(byte[])
- Static method in class netP5.
Bytes
toIntBigEndian(InputStream)
- Static method in class netP5.
Bytes
toIntLittleEndian(InputStream)
- Static method in class netP5.
Bytes
toLong(byte[])
- Static method in class netP5.
Bytes
toStream(OutputStream, int)
- Static method in class netP5.
Bytes
toStream(OutputStream, String)
- Static method in class netP5.
Bytes
toStream(OutputStream, byte[])
- Static method in class netP5.
Bytes
toStream(OutputStream, File)
- Static method in class netP5.
Bytes
toString(byte[], int, int)
- Static method in class netP5.
Bytes
toString(byte[])
- Static method in class netP5.
Bytes
toString(InputStream)
- Static method in class netP5.
Bytes
toString()
- Method in class netP5.
NetAddress
toString()
- Method in class oscP5.
OscArgument
toString()
- Method in class oscP5.
OscMessage
toString()
- Method in class oscP5.
OscProperties
prints out the current osc properties settings.
typetag()
- Method in class oscP5.
OscMessage
returns the typetag of the osc message.
U
UDP
- Static variable in interface netP5.
NetP5
UDP
- Static variable in class oscP5.
OscP5
a static variable used when creating an oscP5 instance with a sepcified network protocol.
UDP
- Static variable in class oscP5.
OscProperties
UdpClient
- Class in
netP5
UdpClient()
- Constructor for class netP5.
UdpClient
UdpClient(String, int)
- Constructor for class netP5.
UdpClient
UdpClient(NetAddress)
- Constructor for class netP5.
UdpClient
UdpPacketListener
- Interface in
netP5
UdpServer
- Class in
netP5
UdpServer(Object, int, int)
- Constructor for class netP5.
UdpServer
new UDP server.
UdpServer(Object, int)
- Constructor for class netP5.
UdpServer
UdpServer(UdpPacketListener, int, int)
- Constructor for class netP5.
UdpServer
unBan(String)
- Method in class netP5.
AbstractTcpServer
remove the ban for an IP address.
V
VERSION
- Static variable in interface netP5.
NetP5
VERSION
- Static variable in class oscP5.
OscP5
version()
- Method in class oscP5.
OscP5
get the current version of oscP5.
W
wan()
- Static method in class netP5.
NetInfo
WARNING
- Static variable in class netP5.
Logger
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All Classes
processing library oscP5 by Andreas Schlegel. (c) 2004-2012


#include <LocalizationService.h>
|
| virtual | ~LocalizationServiceNull () |
| |
| bool | SwitchLanguage (const std::string &, const bool, const bool) |
| |
| void | GetCurrentLanguage (std::string &) |
| |
| bool | SwitchContext (const std::string &, const std::string &) |
| |
| void | HintContext (std::string &) |
| |
| void | GetString (std::string &, const std::string &, const std::string &, const std::string &) |
| |
| void | GetStrings (std::map< std::string, std::string > &, const std::string &, const std::string &, const std::string &) |
| |
| void | GetFileName (std::string &, const std::string &, const bool, const std::string &) |
| |
| virtual | ~LocalizationServiceIf () |
| |
◆ ~LocalizationServiceNull()
| virtual Ruyi::SDK::LocalizationService::LocalizationServiceNull::~LocalizationServiceNull |
( |
| ) |
|
|
inlinevirtual |
◆ GetCurrentLanguage()
| void Ruyi::SDK::LocalizationService::LocalizationServiceNull::GetCurrentLanguage |
( |
std::string & |
_return | ) |
|
|
inlinevirtual |
◆ GetFileName()
| void Ruyi::SDK::LocalizationService::LocalizationServiceNull::GetFileName |
( |
std::string & |
_return, |
|
|
const std::string & |
filename, |
|
|
const bool |
isVirtualPath, |
|
|
const std::string & |
context |
|
) |
| |
|
inlinevirtual |
Get the file name/path in the language.
The search will go through the context and its sub context to find the file name. Eg. If file name is not found in context com.ruyi, then the search will go on to find it in com.ruyi.moduleA and com.ruyi.moduleB.
- Parameters
-
| filename | File name with the path to the language pack root. |
| isVirtualPath | True to get the virtual path, false to get the exact path to the file. |
| context | The context of the file. If null, then while use system context "com.ruyi" |
Implements Ruyi::SDK::LocalizationService::LocalizationServiceIf.
◆ GetString()
| void Ruyi::SDK::LocalizationService::LocalizationServiceNull::GetString |
( |
std::string & |
_return, |
|
|
const std::string & |
key, |
|
|
const std::string & |
context, |
|
|
const std::string & |
language |
|
) |
| |
|
inlinevirtual |
Get a localization string. Return: localization string.
- Parameters
-
| key | The key of the string |
| context | The context that the string belong to. Null indicate find the first matching string throughout all contexts in the language. |
| language | The language to search |
Implements Ruyi::SDK::LocalizationService::LocalizationServiceIf.
◆ GetStrings()
| void Ruyi::SDK::LocalizationService::LocalizationServiceNull::GetStrings |
( |
std::map< std::string, std::string > & |
_return, |
|
|
const std::string & |
filter, |
|
|
const std::string & |
context, |
|
|
const std::string & |
language |
|
) |
| |
|
inlinevirtual |
Get a set of localization string.
- Parameters
-
| filter | A regular expresion used to filter the strings |
| context | The context that the string belong to. Null indicate find the first matching string throughout all contexts in the language. |
| language | The language to search |
Implements Ruyi::SDK::LocalizationService::LocalizationServiceIf.
◆ HintContext()
| void Ruyi::SDK::LocalizationService::LocalizationServiceNull::HintContext |
( |
std::string & |
_return | ) |
|
|
inlinevirtual |
◆ SwitchContext()
| bool Ruyi::SDK::LocalizationService::LocalizationServiceNull::SwitchContext |
( |
const std::string & |
context, |
|
|
const std::string & |
language |
|
) |
| |
|
inlinevirtual |
◆ SwitchLanguage()
| bool Ruyi::SDK::LocalizationService::LocalizationServiceNull::SwitchLanguage |
( |
const std::string & |
language, |
|
|
const bool |
loadAllContext, |
|
|
const bool |
removeOld |
|
) |
| |
|
inlinevirtual |
Switch language to specified one.
- Parameters
-
| language | Which language to switch to. Should be the name of language code. Eg. en-US, zh-CN |
| loadAllContext | Whether or not to load all context of the language |
| removeOld | Whether or not to remove old language |
Implements Ruyi::SDK::LocalizationService::LocalizationServiceIf.
The documentation for this class was generated from the following file:


After clearing the cache in the browser Chrome plugin BBLog disappears and has to be reinstalled.
BrainFooLong
Administrator
That isn't a real bug. The storage engine that is used will be reseted on some specific history clear.
The time i've created the addon there wasn't any other chance to save data permanently.
That never was a problem for any user of BBLog.
Maybe i will change the storage engine in the future but don't expect that.
Post edited 1 x times, last by
EJIekTpuK
Topicstarter
EJIekTpuK
The problem is that the browser cache is increased in size. I have to clean it periodically. After cleaning bblog disappears in batllog. Use program for cleaning CCleaner.
kurtextrem
Didn't have such problems, are you sure you're cleaning the cache? By the way, I'm not completely familiar with the way BBLog stores stuff, does it need a synchron storage? If not, you could simply replace localStorage with chrome.storage.local.get (callback) / set. Implementing a sync feature (options sync for example) would be easy with that too.
Post edited 2 x times, last by
EJIekTpuK
Topicstarter
EJIekTpuK
Yes, I'm sure. After clearing the cache only expanding bblog disappears. On the other extensions is no problem.
image
Post edited 1 x times, last by
BrainFooLong
Administrator
BrainFooLong
Administrator
@EJIekTpuK
What CCleaner does or not that i cannot confirm.
But as i said, the storage engine used in BBLog is maybe different to other, newer, addons.
Chrome before version 20 (and BBLog was firstly created for V16) doesn't had other methods to store data.
@Kurtextrem
Yes, i know the method to simple change the storage engine but the BIG problem is, it requires more permissions. So when i change it, BBLog will not work anymore for all chrome users, unless they accept the new permissions. The problem is, nobody will see a notifiy about it, so we will loose a lot of users.
We all know the kind of people:
* Paranoid = WTF they changed permissions, delete the app
* Lazy = It not works anymore but i don't want to read or research why
* Fanboy = Sure sure, thx for the update
* Flamer = It not works, WTF have you done
* even more...
BrainFooLong
Administrator
Workaround for you: Export BBLog settings before a cleanup -> In the BBLog Options Menu on the left of Battlelog.
Topicstarter
EJIekTpuK
During installation, a window pops up where you have to take permission. What's the problem? If you leave as is, I'll be forced to remove BBLog and will not use it. I guess I'm not the only one.
Post edited 2 x times, last by
EJIekTpuK
Topicstarter
EJIekTpuK
If you do not understand what I mean, then watch the video.
During installation, a window pops up where you have to take permission. What's the problem? If you leave as is, I'll be forced to remove BBLog and will not use it. I guess I'm not the only one.
I know what your problem is, never said anything against it.
During Installation => Yes, Popup
During AutoUpdate for all existing peoples => No Popup, just disabled without warning
If you think so to delete BBLog we cannot stop you from doing that.
Topicstarter
EJIekTpuK
BrainFooLong wrote:
If you think so to delete BBLog we cannot stop you from doing that.
I do not want to stop me. I just wanted a constructive dialogue to find an acceptable solution. But apparently no one is interested.
BrainFooLong
Administrator
The only solution you accept is a definitive fix.
That is not possible without loosing a lot of existing users because of the chrome permissions thingy.
I have mentioned a workaround for your special case.
You said you'll be forced to remove BBLog if we do not change it - I said we cannot stop you.
A constructive dialog, without hate, bad words or something similar, isn't it?
But you sound a little bit frustrated, which i understand but cannot change currently.
juress
Theme Developer
Just don't use CCleaner. Use the chrome integrated cleaning, I use it all the time and haven't had any problems.
CCleaner only messes up your system, like it did to me couple of times.
kurtextrem
CCleaner actually cleans the cache better than chrome itself. I guess the problem you have is because of the CCleaner plus thing (I'm not sure how it's called - those entries ending with *, it's a program which added them). Untick them and try it again, I'm sure it doesn't delete BBLog (I'm using the same and it isn't deleting it... Also you should try compact databases, it speeds chrome up.)
Post edited 2 x times, last by
EJIekTpuK
Topicstarter
EJIekTpuK
I found the reason. It is highlighted in red.
http://f5.s.qip.ru/MgWBRxH6.png
I think the problem is solved. Thank you all for participating.


{{ if eq .Params.author "Elliot Forbes" }}
Hey, I'm Elliot and I've been working on TutorialEdge for the last 4 years! If my work has helped you in any way, shape, or form then please consider supporting my work.


Shadman Kudchikar
I am a software developer currently living in Mumbai, India. I started this blog as a way to share my knowledge and connect with other fellow coders.
I believe that there is no one way of programming, just as there is no one way of roasting a turkey. But there are terrible ways to do both. This is where I help you out, Ah! I mean in programming and not with roasting a turkey.
Currently, I work on .NET Technologies using C# Language and write my blog post around the same.
Feel free to email me if you want some explanation on a particular topic and I will try to explain it in my future posts. You can have a look at some of my posts here.


Welcome to Vimra's Pizza where we offer what is best for you.
Grand Total Prize of your order is:
This Pizza company was started by Peter Mirithu in the year 2018.
It has been a great experience satifying our customer's needs.
Monday 10.00 - 21.00
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Wednesday 10.00 - 21.00
Thursday 10:00 - 21:00
Friday 10:00 - 21:00
Saturday 10:00 - 23:00
Sunday Closed
Call at:<PHONE_NUMBER>
Email<EMAIL_ADDRESS>FYI! We offer full-service catering for any event, large or small. We understand your needs and we will cater the food to satisfy the biggerst criteria of them all, both look and taste.
Reserve a table, ask for today's special or just send us a message:


{% extends 'base.html' %} {% block content %}
You can login only if you have claimed your account. If you haven't yet claimed it, please visit your dedicated delegate page and follow the instructions.


Campaigners welcome refusal of casino licence for Mitchelstown
Local objectors to Perks plan cite 1984 Cork council ban on gaming operations in town
Campaigners in Mitchelstown, Co Cork against a proposed “casino” in the town have welcomed a court decision to refuse a gaming licence at the premises.
Perks Mitchelstown Ltd applied for a gaming licence for the former Weavers Bar on Lower Cork Street, having received planning permission last year to change the use of the premises to an amusement arcade.
The decision was met with opposition from a local group, the Concerned Citizens of Mitchelstown.
Its appeal against the granting of planning permission was unsuccessful when An Bord Pleanála upheld the decision on the grounds that the objectors’ concerns relating to gambling, and other issues arising from the Gaming and Lotteries Act, were not planning matters.
However, on Thursday, objectors along with Perks made submissions to Judge John King in Mallow District Court.
The objectors highlighted a resolution under Section 13 of the Gaming and Lotteries Act, 1956 which was passed by Cork Council in 1984 and banned gaming operations specifically in Mitchelstown.
Jurisdiction
Solicitor Daithí Ó Donnabháin, representing Perks, challenged the council resolution in court, saying there was no record that the local authority notified the minister for justice at the time it was passed.
However, the judge said any possible non-compliance with legislative procedure did not invalidate the entire resolution. He said he did not have jurisdiction to grant the application, and it was dismissed.
Speaking outside the court, Martin Lane of the Concerned Citizens of Mitchelstown group said he hoped the message would go out that the town did not want such operations.
“I’m absolutely delighted for the up-and-coming generation of youth in Mitchelstown, that this would not be planted right in the middle of our town where it would become a normal, everyday thing for our children to see a casino while their mothers and fathers are taking them up to the butcher, to the bakers, to the local shop.
“A lot of this is all about branding, and when you brand these things into children’s minds at an early age, they end up gambling.”


A unique blend of Peanut Buttur and Blueberries
A healthy start to a healthy life
A unique blend of soft, spongy pancakes and rich creamy honey
When you love your body the most
Class aptent taciti sociosqu ad litora torquentper conubianostra, per inceptos himenaeo
My own private Idaho
To be presumptious is more than just being delightful
Strawberries is more than just LOVE
Pizza is my motivation for being a JEE topper ROFL 😂


It's straightforward to take the standard grids and make them responsive. In this example, we want all the grid blocks to stack at narrow widths. Above 40em (640 pixels) wide, we want the normal multi-column style grids.
We normally recommend writing breakpoints using min-width
breakpoints to progressively layer styles over multiple breakpoints, from the smallest to widest screens.
However, in this situation since we just want to override the floats and widths of the standard grid styles below a single breakpoint it's simpler to add a max-width
breakpoint that will only apply the stacked styling below a certain width. This allows us to take advantage of all the default grid styles above that breakpoint width.
To make this all work, add a class (my-breakpoint
) to the grid container to scope the stacked styles for each block class within the breakpoint's media query. The styles within the breakpoint to make all the blocks stack are really concise:
/* stack all grids below 40em (640px) */
@media all and (max-width: 35em) {
.my-breakpoint .ui-block-a,
.my-breakpoint .ui-block-b,
.my-breakpoint .ui-block-c,
.my-breakpoint .ui-block-d,
.my-breakpoint .ui-block-e {
width: 100%;
float:none;
}
}
That's all the code it takes to write a custom breakpoint to make all the various grid types responsive. From this basic start, you can customize the appearance further or even add additional breakpoints.


Sharp Offline Editor Partial Crash Log Code: 0x558d70 (ERR_NO_INTERNET_ACCESS) Cause for error: Could not resolve DNS of sharpscratchmod.cf - Most likely reason is no internet access. Component: Updater Platform: Arch: Node: Electron: Chromium: V8: Sharp:


I've removed this feature from my site.
On this page, there used to be a no-js solution to image swapping that used :target
in CSS selectors, but it turns out there was a negative accessibility impact to that solution. This new method requires some JS, but it's kept to a minimum.
<img class="img low" src="../assets/img/myimage-low.png"
data-hisrc="../assets/img/myimage.jpg"
data-lowsrc="../assets/img/myimage-low.png"
alt="A description of my image" loading="lazy" width="400" height="300">
<button class="js-imgswap" title="Toggle between low and high resolution images on page" aria-label="Toggle between low and high resolution images on page">+ Pixels</button>
.low {
image-rendering: crisp-edges;
width:800px;
}
.img {
max-width:800px;
height:auto;
}
.js-imgswap {
display:none;
}
.js-imgswap.util--show {
display:block;
}
var isb = document.querySelector('.js-imgswap');
var isi = document.querySelectorAll('.low');
if(isi.length > 0){
isb.classList.add('util--show');
}
var goSwap = function(el, h){
el.setAttribute('src', h ? el.dataset.hisrc : el.dataset.lowsrc);
el.setAttribute('width', h ? el.width*2 : el.width/2);
el.setAttribute('height', h ? el.height*2 :el.height/2);
el.classList.toggle('low');
isb.innerText = h ? '- Pixels' : '+ Pixels';
}
isb.onclick = function(){
for (var i = 0; i < isi.length; i++) {
isi[i].classList.contains('low') ? goSwap(isi[i], true) : goSwap(isi[i], false);
}
}
The script looks through the page for any images with the class "low", and if found, reveals a button on the page and attaches the image swapping function to it. The function swaps out the source, and doubles the width/height.
The half size low-res image does two things: it greatly reduces the file size, and shows the pixels better (when enlarged by CSS). By using "image-rendering: crisp-edges;" in the CSS, the enlarged pixels are kept sharp.


Evolutionary Game Theory¶
In the previous chapter, we considered the case of fitness being independant of the distribution of the whole population (the rates of increase of 1 type just depended on the quantity of that type). That was a specific case of Evolutionary game theory which considers frequency dependent selection.
Frequency dependent selection¶
Consider. Let $x=(x_1, x_2)$ correspond to the population sizes of both types. The fitness functions are given by:
$$f_1(x)\qquad f_2(x)$$As before we ensure a constant population size: $x_1 + x_2 = 1$. We have:
$$ \frac{dx_1}{dt}=x_1(f_1(x)-\phi) \qquad \frac{dx_2}{dt}=x_2(f_2(x)-\phi) $$we again have:
$$ \frac{dx_1}{dt} + \frac{dx_2}{dt}=x_1(f_1(x)-\phi) + x_2(f_2(x)-\phi)=0 $$So $\phi=x_1f_1(x)+x_2f_2(x)$ (the average fitness).
We can substitute: $x_2=1-x_1$ to obtain:
$$ \frac{dx_1}{dt}=x_1(f_1(x)-x_1f_1(x)-x_2f_2(x))=x_1((1-x_1)f_1(x)-(1-x_1)f_2(x)) $$$$ \frac{dx_1}{dt}=x_1(1-x_1)(f_1(x)-f_2(x)) $$We see that we have 3 equilibria:
- $x_1=0$
- $x_2=1$
- Whatever distribution of $x$ that ensures: $f_1(x)=f_2(x)$
Evolutionary Game Theory¶
Now we will consider potential differences of these equilibria. First we will return to considering Normal form games:
$$ A = \begin{pmatrix} a & b\\ c & d \end{pmatrix} $$Evolutionary Game theory assigns strategies as types in a population, and indivividuals randomly encounter other individuals and play their corresponding strategy. The matrix $A$ correspods to the utility of a row player in a game where the row player is a given individual and the column player is the population.
This gives:
$$f_1=ax_1+bx_2\qquad f_2=cx_1+dx_2$$or equivalently:
$$f=Ax\qquad \phi=fx$$thus we have the same equation as before but in matrix notation:
$$\frac{dx}{dt}=x(f-\phi)$$In this case, the 3 stable distributions correspond to:
- An entire population playing the first strategy;
- An entire population playing the second strategy;
- A population playing a mixture of first and second (such that there is indifference between the fitness).
We now consider the utility of a stable population in a mutated population.
Mutated population¶
Given a strategy vector $x=(x_1, x_2)$, some $\epsilon>0$ and another strategy $y=(y_1, y_1)$, the post entry population $x_{\epsilon}$ is given by:
$$ x_{\epsilon} = (x_1 + \epsilon(y_1 - x_1), x_2 + \epsilon(y_2 - x_2)) $$Evolutionary Stable Strategies¶
Given a stable population distribution, $x$ it represents an Evolutionary Stable Strategy (ESS) if and only if there exists $\bar\epsilon>0$:
$$u(x, x_{\epsilon})>u(y, x_{\epsilon})\text{ for all }0<\epsilon<\bar\epsilon, y$$where $u(x, y)$ corresponds to the fitness of strategy $x$ in population $y$ which is given by:
$$xAy^T$$For the first type to be an ESS this corresponds to:
$$a(1-\epsilon)+b\epsilon > c(1-\epsilon) + d\epsilon$$For small values of $\epsilon$ this corresponds to:
$$a>c$$However if $a=c$, this corresponds to:
$$b>d$$Thus the first strategy is an ESS (ie resists invasion) iff one of the two hold:
- $a > c$
- $a=c$ and $b > d$
import numpy as np
import matplotlib.pyplot as plt
%matplotlib inline
from scipy.integrate import odeint
t = np.linspace(0, 10, 100) # Obtain 100 time points
def dx(x, t, A):
"""
Define the derivate of x.
"""
f = np.dot(A, x)
phi = np.dot(f, x)
return x * (f - phi)
The case of $a>c$:
A = np.array([[4, 3], [2, 1]])
epsilon = 10 ** -1
xs = odeint(func=dx, y0=[1 - epsilon, epsilon], t=t, args=(A,))
plt.plot(xs);
The case of $a=c$ and $b>d$:
A = np.array([[4, 3], [4, 1]])
epsilon = 10 ** -1
xs = odeint(func=dx, y0=[1 - epsilon, epsilon], t=t, args=(A,))
plt.plot(xs);
$a=c$ and $b < d$:
A = np.array([[4, 3], [4, 5]])
epsilon = 10 ** -1
xs = odeint(func=dx, y0=[1 - epsilon, epsilon], t=t, args=(A,))
plt.plot(xs);
$a < c$:
A = np.array([[1, 3], [4, 1]])
epsilon = 10 ** -1
xs = odeint(func=dx, y0=[1 - epsilon, epsilon], t=t, args=(A,))
plt.plot(xs);
We see in the above case that the population seems to stabilise at a mixed strategy. This leads to the general definition of the fitness of a mixed strategy: $x=(x_1, x_2)$:
$$u(x,x) = x_1f_1(x)+x_2f_2(x)$$General condition for ESS¶
If $x$ is an ESS, then for all $y\ne x$, either:
- $u(x,x)>u(y,x)$
- $u(x,x)=u(y,x)$ and $u(x,y)>u(y,y)$
Conversely, if either (1) or (2) holds for all $y\ne x$ then $x$ is an ESS.
Proof¶
If $x$ is an ESS, then by definition:
$$u(x,x_{\epsilon})>u(y,x_{\epsilon})$$which corresponds to:
$$(1-\epsilon)u(x,x)+\epsilon u(x,y)>(1-\epsilon)u(y,x)+\epsilon u(y,y)$$- If condition 1 of the theorem holds then the above inequality can be satisfied for \(\epsilon\) sufficiently small. If condition 2 holds then the inequality is satisfied.
Conversely:
If $u(x,x) < u(y,x)$ then we can find $\epsilon$ sufficiently small such that the inequality is violated.
If $u(x, x) = u(y,x)$ and $u(x,y) \leq u(y,y)$ then the inequality is violated.
This result gives us an efficient way of computing ESS. The first condition is in fact almost a condition for Nash Equilibrium (with a strict inequality), the second is thus a stronger condition that removes certain Nash equilibria from consideration. This becomes particularly relevant when considering Nash equilibrium in mixed strategies.
To find ESS in a pairwise context population game we:
- Write down the associated two-player game $(A, A^T)\in{\mathbb{R}^{m\times n}}^2$;
- Identify all symmetric Nash equilibria of the game;
- Test the Nash equilibrium against the two conditions of the above Theorem.
Let us apply it to the one example that seemed to stabilise at a mixed strategy:
$$ A =\begin{pmatrix} 1 & 3\\ 4 & 1 \end{pmatrix} $$import nash
game = nash.Game(A, A.transpose())
list(game.support_enumeration())
Looking at $x=(.4, .6)$ (which is the only symmetric nash equilibrium), we have
$$u(x, x)=u(y, x)$$and (recall $y_1 + y_2 = 1$):
$$ u(x, y)=2.8y_1 + 1.8y_2=2.8y_1 + 1.8(1-y_1)=y_1+1.8 $$\begin{align} u(y, y)&=y_1^2+3y_1y_2+4y_1y_2+y_2^2\\ &=y_1^2+7y_1-7y_1^2+1 - 2y_1 + y_1^2\\ &=5y_1-5y_1^2+1 \end{align}Thus:
$$u(x, y) - u(y, y) = -4y_1+5y_1^2+.8 = 5(y_1 - .4)^2$$however $y_1\ne.4$ thus $x=(.4, .6)$ is an ESS.
Here is some code to verify the above calculations:
import sympy as sym
sym.init_printing()
A = sym.Matrix(A)
y_1, y_2 = sym.symbols("y_1, y_2")
y = sym.Matrix([y_1, y_2])
A, y
rhs = sym.expand((y.transpose() * A * y)[0].subs({y_2: 1 - y_1}))
rhs
lhs = sym.expand((sym.Matrix([[.4, .6]]) * A * y)[0].subs({y_2: 1-y_1}))
lhs
sym.factor(lhs - rhs)


Xmas
The Filenes Christmas Shopping Puzzle
12 couples were waited on consecutively, as they bought a total of 8 each
of the following items:
- Aris Gloves
- Airplane Book
- COCO Perfume
- Pearl Strands
- A Football Sweater
- A Handbag
Each husband and wife were waited on together. Each couple bought 4
items. No two couples bought the same combination of items, and none of the
couples bought two or more of the same item.
Using the following clues, can you find:
- The full name of each husband and wife.
- What order they were waited on.
- What items each couple bought.
Hint: One husband is Bob, one wife is Elizabeth, and one surname is
Stanton.
- The Craigs, who bought a handbag, were waited on before the Murphys,
who were not waited on last.
- The Collins bought Aris gloves, a sweater, and handbag, and COCO.
- The couples waited on 8th and 10th bought the Airplane Book.
- These five couples were waited on consecutively: the Smiths; Gary and
his wife; a couple who bought the Airplane Book and a handbag; the
Swains; and Bill and his wife.
- Geraldine and her husband did not buy either a handbag or a
sweater.
- The couple who were waited on last did not buy pearls.
- One of the items Tom and his wife bought was the Airplane Book.
- The Marshalls did not buy COCO or pearls.
- Evelyn and her husband bought Aris gloves but not COCO.
- These five couples were waited on consecutively: Martha and her
husband; Jack and his wife; the couple who bought Aris gloves, COCO, the
Airplane Book, and a handbag; the couple who did not buy either pearls or
the Airplane Book; and Margaret and her husband.
- The first five couples waited on all bought COCO.
- Chuck and his wife did not buy Aris gloves.
- The couples waited on first, second, and fourth did not buy a
sweater.
- Eleanor and her husband did not buy COCO.
- Neither Allen and his wife, who did not buy a handbag, nor the Anthonys
bought Aris gloves.
- Cheryl and her husband, who were not waited on 10th or 12th, and John
and his wife are two couples who bought both a sweater and a handbag.
- The Douglases, who did not buy Aris gloves or a sweater, were waited on
9th.
- Adam and his wife, who did not buy a handbag, were waited on
immediately before the Days.
- Steve and his wife bought pearls, the Airplane Book, a sweater, and one
other item.
- The last three couples waited on did not buy Aris gloves.
- The Joneses did not buy a sweater.
- Susan and her husband bought pearls.
- George and his wife bought a sweater.
- The four couples who did not buy Aris gloves are (in no particular
order): Dorothy and her husband; the Craigs; Joe and his wife; and
Rosalyn and her husband (who did not buy a sweater).
- The O'Connors bought both COCO and a sweater.
- Sandra and her husband, who did not buy a sweater, were waited on
immediately before Cathleen and her husband.
This is the apogee of the Zebra puzzle style, so pervasive in Prolog
discussions because it is well suited to the backtracking approach. All
puzzles of this style can be approached in the same way:
- Let there be a an attribute template called, for want of a better name,
the feasible functor (ff).
- For each attribute write a list of partially instantiated ffs for each
attribute value and it's related values.
- Unify the first list with some permutation of each of the others.
That deals well with positive contraints but negative constraints
(filters) have to be introduced separately.
Furthermore, it may be critical in Prolog to process constraints in a
particular (but unknown) order. That problem is neatly solved by co-routines,
but not many Prologs have that. Failing that, a terrible solution is to embed
the whole body in a permutation routine and let it thrash until a suitable
goal order is found!


NetVis
Devices
Services
Product:
Version:
Unknown
CPE:
Unknown
Vulnerabilities
Summary:
CVE:
Date Published:


Destination: Acceleration
Source: Graph 0
Type: Sensor configuration
Sample rate: Off 1 Hz 10 Hz 25 Hz 50 Hz 100 Hz 200 Hz MAX
Transmission rate: Sample rate
Scale: MAX MIN 2 G 4 G 8 G 16 G
Resolution: MAX MIN 8 bits 10 bits 12 bits
DSP function: Last value
DSP Parameter 0
Send to:


155 txt += " vcmanifest: Embed VC manifest (only msvc) (" + (vcmanifest? "yes" : "no") + ")\n";
156 txt += " debug: Build unoptimised debug executables (" + (buildDebug? "yes" : "no") + ")\n";
157 txt += " static: Link xmllint statically to libxml2 (" + (buildStatic? "yes" : "no") + ")\n";
158 txt += " Note: automatically enabled if cruntime is not /MD or /MDd\n";
159 txt += " prefix: Base directory for the installation (" + buildPrefix + ")\n";
160 txt += " bindir: Directory where xmllint and friends should be installed\n";
161 txt += " (" + buildBinPrefix + ")\n";
162 txt += " incdir: Directory where headers should be installed\n";
163 txt += " (" + buildIncPrefix + ")\n";
164 txt += " libdir: Directory where static and import libraries should be\n";
165 txt += " installed (" + buildLibPrefix + ")\n";
166 txt += " sodir: Directory where shared libraries should be installed\n";
167 txt += " (" + buildSoPrefix + ")\n";
168 txt += " include: Additional search path for the compiler, particularily\n";
169 txt += " where iconv headers can be found (" + buildInclude + ")\n";
170 txt += " lib: Additional search path for the linker, particularily\n";
171 txt += " where iconv library can be found (" + buildLib + ")\n";
172 WScript.Echo(txt);
173 }
174
175 /* Discovers the version we are working with by reading the apropriate
176 configuration file. Despite its name, this also writes the configuration
177 file included by our makefile. */
178 function discoverVersion()
179 {
180 var fso, cf, vf, ln, s, iDot, iSlash;
181 fso = new ActiveXObject("Scripting.FileSystemObject");
182 verCvs = "";
183 if (useCvsVer && fso.FileExists("..\\CVS\\Entries")) {
184 cf = fso.OpenTextFile("..\\CVS\\Entries", 1);
185 while (cf.AtEndOfStream != true) {
186 ln = cf.ReadLine();
187 s = new String(ln);
188 if (s.search(/^\/ChangeLog\//) != -1) {
189 iDot = s.indexOf(".");
190 iSlash = s.indexOf("/", iDot);
191 verCvs = "CVS" + s.substring(iDot + 1, iSlash);
192 break;
193 }
194 }
195 cf.Close();
|
155 txt += " vcmanifest: Embed VC manifest (only msvc) (" + (vcmanifest? "yes" : "no") + ")\n";
156 txt += " debug: Build unoptimised debug executables (" + (buildDebug? "yes" : "no") + ")\n";
157 txt += " static: Link xmllint statically to libxml2 (" + (buildStatic? "yes" : "no") + ")\n";
158 txt += " Note: automatically enabled if cruntime is not /MD or /MDd\n";
159 txt += " prefix: Base directory for the installation (" + buildPrefix + ")\n";
160 txt += " bindir: Directory where xmllint and friends should be installed\n";
161 txt += " (" + buildBinPrefix + ")\n";
162 txt += " incdir: Directory where headers should be installed\n";
163 txt += " (" + buildIncPrefix + ")\n";
164 txt += " libdir: Directory where static and import libraries should be\n";
165 txt += " installed (" + buildLibPrefix + ")\n";
166 txt += " sodir: Directory where shared libraries should be installed\n";
167 txt += " (" + buildSoPrefix + ")\n";
168 txt += " include: Additional search path for the compiler, particularily\n";
169 txt += " where iconv headers can be found (" + buildInclude + ")\n";
170 txt += " lib: Additional search path for the linker, particularily\n";
171 txt += " where iconv library can be found (" + buildLib + ")\n";
172 WScript.Echo(txt);
173 }
174
175 /* Discovers the version we are working with by reading the appropriate
176 configuration file. Despite its name, this also writes the configuration
177 file included by our makefile. */
178 function discoverVersion()
179 {
180 var fso, cf, vf, ln, s, iDot, iSlash;
181 fso = new ActiveXObject("Scripting.FileSystemObject");
182 verCvs = "";
183 if (useCvsVer && fso.FileExists("..\\CVS\\Entries")) {
184 cf = fso.OpenTextFile("..\\CVS\\Entries", 1);
185 while (cf.AtEndOfStream != true) {
186 ln = cf.ReadLine();
187 s = new String(ln);
188 if (s.search(/^\/ChangeLog\//) != -1) {
189 iDot = s.indexOf(".");
190 iSlash = s.indexOf("/", iDot);
191 verCvs = "CVS" + s.substring(iDot + 1, iSlash);
192 break;
193 }
194 }
195 cf.Close();
|


When discussing scope in JavaScript what you are talking about is the visibility of the variables throughout your code.
This is an important concept as it affects which variables are able to be used in what part of your code. An analogy which
may help explain the operation of scope in JavaScript would be to imagine a series of one-way mirrors lined up in a row.
The global scope is the outermost layer of these mirrors and faces the reflective side so it can only see itself, as you
step down into the local scopes contained within it, it is like you are stepping in between mirrors further down this chain.
Looking back towards the global scope you are peering through the clear side of the mirror and can see any local scopes between
yourself and the global however if you were to look further down the chain those scopes would not be visible to you. The term
for this type of scope is "lexical scoping".
An advantage of scope working in this way is that it provides some isolation between your functions, variables that are declared
within a function are local to that function and additionally each time that function is called a new instance of those variables
is created. This is a useful property as when you are building functions to be reusable throughout your code you don't have to
be concerned of conflicts between your variable values. If a local scope does reuse the same variable name as one declared in
the global scope it is the local scope variable which trumps the global scope variable.


Cost-Of-Living Adjustments
|
Automatic Determinations
COLA determination
SSI payment rates increase with COLA
|
Since 1975, Social Security general benefit increases have been cost-of-living
adjustments or COLAs. The 1975-82 COLAs were effective with Social Security benefits
payable for June in each of those years; thereafter COLAs have been effective
with benefits payable for December.
Prior to 1975, Social Security benefit increases were set by legislation.
Social Security Cost-Of-Living Adjustments
| Year |
COLA |
| 1975 |
8.0 |
| 1976 |
6.4 |
| 1977 |
5.9 |
| 1978 |
6.5 |
| 1979 |
9.9 |
| 1980 |
14.3 |
| 1981 |
11.2 |
| 1982 |
7.4 |
| 1983 |
3.5 |
| 1984 |
3.5 |
| 1985 |
3.1 |
| 1986 |
1.3 |
| 1987 |
4.2 |
| 1988 |
4.0 |
| 1989 |
4.7 |
|
| Year |
COLA |
| 1990 |
5.4 |
| 1991 |
3.7 |
| 1992 |
3.0 |
| 1993 |
2.6 |
| 1994 |
2.8 |
| 1995 |
2.6 |
| 1996 |
2.9 |
| 1997 |
2.1 |
| 1998 |
1.3 |
| 1999 a |
2.5 |
| 2000 |
3.5 |
| 2001 |
2.6 |
| 2002 |
1.4 |
| 2003 |
2.1 |
| 2004 |
2.7 |
|
| Year |
COLA |
| 2005 |
4.1 |
| 2006 |
3.3 |
| 2007 |
2.3 |
| 2008 |
5.8 |
| 2009 |
0.0 |
| 2010 |
0.0 |
| 2011 |
3.6 |
| 2012 |
1.7 |
| 2013 |
1.5 |
| 2014 |
1.7 |
|
| a
The COLA for December 1999 was originally determined as 2.4 percent based on
CPIs published by the Bureau of Labor Statistics. Pursuant to Public Law
106-554, however, this COLA is effectively now 2.5 percent. |
The first COLA, for June 1975, was based on the increase in the Consumer Price Index
for Urban Wage Earners and Clerical Workers (CPI-W) from the second quarter of 1974 to
the first quarter of 1975. The 1976-83 COLAs were based on increases in the CPI-W from
the first quarter of the prior year to the corresponding quarter of the current year
in which the COLA became effective. After 1983, COLAs have been based on increases in
the CPI-W from the third quarter of the prior year to the corresponding quarter of the
current year in which the COLA became effective.
SSI COLAs
COLAs for the Supplemental Security Income (SSI)
program are generally the same as those for the Social Security program.
However, COLAs for SSI have generally been effective for the month
following the effective month of Social Security benefit increases. See
SSI historical payment standards for more detail. |