A Statistical Model to visualize Airbnb Listing price in NYC given listing information.
Visualizing the data, drawing a simple geographical plot of prices below 500 dollars.
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Finding correlations between variables, we want to visualize all correlations.
Based on a scatter_matrix plot containing all predictors, there was no strong evidence for collinearity amongst the predictors. The correlation table shows that there is no strong relationship between price and other features. This indicates no feature needed to be taken out of data.
Lorem ipsum dolor sit amet, consectetur adipisicing elit.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Aliquid, suscipit, rerum quos facilis repellat architecto commodi officia atque nemo facere eum non illo voluptatem quae delectus odit vel itaque amet.
Focuses on the conditional probability distribution of the response given the values of the predictors.
In statistics, linear regression is a linear approach to modeling the relationship between a scalar response (or dependent variable) and one or more explanatory variables (or independent variables). The case of one explanatory variable is called simple linear regression.
Gradient boosting is typically used with decision trees (especially CART trees) of a fixed size as base learners.
Gradient boosting is a machine learning technique for regression and classification problems, which produces a prediction model in the form of an ensemble of weak prediction models, typically decision trees.
Can be used to solve regression, classification, ranking, and user-defined prediction problems.
XGBoost is a decision-tree-based ensemble Machine Learning algorithm that uses a gradient boosting framework. In prediction problems involving unstructured data (images, text, etc.) artificial neural networks tend to outperform all other algorithms or frameworks.


I built this website with Brooke Kullberg for a client that organizes vacation trips to Croatia. Our client wanted this website to be simple and easy to read. Therefore, we only included the basics that would let leaders easily understand their options for traveling, accomodations and activities. The website is built with HTML, CSS and Bootstrap.
I built this website with Jake Nagel for our client in San Francisco, Sweets and Treats. They opened a cupcake shop in Portland with lots of special cupcakes. Our client wanted to make sure that the customers understand through the website that this cupcake shop specialises in special cupcakes, such as cupcakes in rainbow colors. The website was built with HTML and CSS.
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident. The website was built with HTML and CSS.
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.
I’m a documentary filmmaker, video artist, storyteller, wedding cinematographer, cook, baker, recipe developer, food stylist and photographer, a dancer of kizomba, a rock climber, a yogi, a mom, a wife (and a housewife…), a student of graphic design. I was born in Hungary, studied politics in Germany and Taiwan, wrote for the China Post and then moved to the USA in 2013.
HTLM, CSS, Bootstrap
Adobe Premiere Pro, After Affects, Illustrator, Photoshop
Sony A7SII


Clever of you but I cannot allow you to cheat by giving you a listing of all files in this directory.


- generalSync - Variable in class de.sciss.net.OSCReceiver
-
- getArg(int) - Method in class de.sciss.net.OSCMessage
-
Returns the argument at the given index.
- getArgCount() - Method in class de.sciss.net.OSCMessage
-
Returns the number of arguments of the message.
- getAtomSize(Object) - Method in class de.sciss.net.OSCPacketCodec.Atom
-
- getBufferSize() - Method in interface de.sciss.net.OSCChannel
-
Queries the buffer size used for coding or decoding OSC messages.
- getBufferSize() - Method in class de.sciss.net.OSCClient
-
Queries the buffer size used for sending and receiving OSC messages.
- getBufferSize() - Method in class de.sciss.net.OSCReceiver
-
- getBufferSize() - Method in class de.sciss.net.OSCServer
-
- getBufferSize() - Method in class de.sciss.net.OSCTransmitter
-
- getBundleSize(OSCBundle) - Method in class de.sciss.net.OSCPacketCodec
-
- getCauseType() - Method in exception de.sciss.net.OSCException
-
Queries the cause of the exception
- getChannel() - Method in class de.sciss.net.OSCTransmitter
-
- getCodec() - Method in interface de.sciss.net.OSCChannel
-
Queries the codec used in packet coding and decoding.
- getCodec() - Method in class de.sciss.net.OSCClient
-
- getCodec() - Method in class de.sciss.net.OSCReceiver
-
- getCodec() - Method in class de.sciss.net.OSCServer
-
- getCodec(SocketAddress) - Method in class de.sciss.net.OSCServer
-
Queries the codec used in packet coding and decoding
for a given client socket.
- getCodec() - Method in class de.sciss.net.OSCTransmitter
-
- getCopyrightString() - Static method in class de.sciss.net.NetUtil
-
Returns a copyright information string
about the library
- getCreditsString() - Static method in class de.sciss.net.NetUtil
-
Returns a license and website information string
about the library
- getDefaultCodec() - Static method in class de.sciss.net.OSCPacketCodec
-
Queries the standard codec which is used in all
implicit client and server creations.
- getLocalAddress() - Method in interface de.sciss.net.OSCChannel
-
Queries the communicator's local socket address.
- getLocalAddress() - Method in class de.sciss.net.OSCClient
-
Queries the client side socket address.
- getLocalAddress() - Method in class de.sciss.net.OSCReceiver
-
Queries the receiver's local socket address.
- getLocalAddress(InetAddress, int) - Method in class de.sciss.net.OSCReceiver
-
- getLocalAddress() - Method in class de.sciss.net.OSCServer
-
Queries the server socket's address.
- getLocalAddress(InetAddress, int) - Method in class de.sciss.net.OSCServer
-
- getLocalAddress() - Method in class de.sciss.net.OSCTransmitter
-
Queries the transmitter's local socket address.
- getLocalAddress(InetAddress, int) - Method in class de.sciss.net.OSCTransmitter
-
- getLocalizedMessage() - Method in exception de.sciss.net.OSCException
-
- getMessageSize(OSCMessage) - Method in class de.sciss.net.OSCPacketCodec
-
Calculates the byte size of the encoded message
- getName() - Method in class de.sciss.net.OSCMessage
-
Returns the OSC command of this message
- getPacket(int) - Method in class de.sciss.net.OSCBundle
-
Gets the OSCPacket
at the provided
index which must be between 0 inclusive
and getPacketCount()
exclusive.
- getPacketCount() - Method in class de.sciss.net.OSCBundle
-
Returns the number of packets
currently assembled in this bundle.
- getProtocol() - Method in interface de.sciss.net.OSCChannel
-
Queries the transport protocol used by this communicator.
- getProtocol() - Method in class de.sciss.net.OSCClient
-
- getProtocol() - Method in class de.sciss.net.OSCReceiver
-
- getProtocol() - Method in class de.sciss.net.OSCServer
-
- getProtocol() - Method in class de.sciss.net.OSCTransmitter
-
- getResourceString(String) - Static method in class de.sciss.net.NetUtil
-
Returns a string from the library's string
resource bundle (currently localized
english and german).
- getSize() - Method in class de.sciss.net.OSCPacket
-
Calculates and returns
the packet's size in bytes,
using the default codec.
- getSize(OSCPacketCodec) - Method in class de.sciss.net.OSCPacket
-
Calculates and returns
the packet's size in bytes,
using a given codec.
- getSize(OSCPacket) - Method in class de.sciss.net.OSCPacketCodec
-
Calculates and returns
the packet's size in bytes
- getTimeTag() - Method in class de.sciss.net.OSCBundle
-
Returns the raw format time tag
of the bundle
- getTypeTag(Object) - Method in class de.sciss.net.OSCPacketCodec.Atom
-
- getVersion() - Static method in class de.sciss.net.NetUtil
-
Returns the library's version.
- NetUtil - Class in de.sciss.net
-
A static class which contains information
methods.
- NetUtilTest - Class in de.sciss.net.test
-
Some static test run methods.
- newUsing(String) - Static method in class de.sciss.net.OSCClient
-
Creates a new instance of an OSCClient
, using
default codec and a specific transport protocol.
- newUsing(OSCPacketCodec, String) - Static method in class de.sciss.net.OSCClient
-
Creates a new instance of an OSCClient
, using
a specific codec and transport protocol.
- newUsing(String, int) - Static method in class de.sciss.net.OSCClient
-
Creates a new instance of an OSCClient
, using
default codec and a specific transport protocol and port.
- newUsing(OSCPacketCodec, String, int) - Static method in class de.sciss.net.OSCClient
-
Creates a new instance of an OSCClient
, using
a specific codec and transport protocol and port.
- newUsing(String, int, boolean) - Static method in class de.sciss.net.OSCClient
-
Creates a new instance of an OSCClient
, using
default codec and a specific transport protocol and port.
- newUsing(OSCPacketCodec, String, int, boolean) - Static method in class de.sciss.net.OSCClient
-
Creates a new instance of an OSCClient
, using
a specific codec and transport protocol and port.
- newUsing(String, InetSocketAddress) - Static method in class de.sciss.net.OSCClient
-
Creates a new instance of an OSCClient
, using
default codec and a specific transport protocol and local socket address.
- newUsing(OSCPacketCodec, String, InetSocketAddress) - Static method in class de.sciss.net.OSCClient
-
Creates a new instance of an OSCClient
, using
a given codec, a specific transport protocol and local socket address.
- newUsing(String) - Static method in class de.sciss.net.OSCReceiver
-
Creates a new instance of a revivable OSCReceiver
, using
default codec and a specific transport protocol.
- newUsing(OSCPacketCodec, String) - Static method in class de.sciss.net.OSCReceiver
-
Creates a new instance of a revivable OSCReceiver
, using
a specific codec and transport protocol.
- newUsing(String, int) - Static method in class de.sciss.net.OSCReceiver
-
Creates a new instance of a revivable OSCReceiver
, using
default codec and a specific transport protocol and port.
- newUsing(OSCPacketCodec, String, int) - Static method in class de.sciss.net.OSCReceiver
-
Creates a new instance of a revivable OSCReceiver
, using
a specific codec and transport protocol and port.
- newUsing(String, int, boolean) - Static method in class de.sciss.net.OSCReceiver
-
Creates a new instance of a revivable OSCReceiver
, using
default codec and a specific transport protocol and port.
- newUsing(OSCPacketCodec, String, int, boolean) - Static method in class de.sciss.net.OSCReceiver
-
Creates a new instance of a revivable OSCReceiver
, using
a specific codec and transport protocol and port.
- newUsing(String, InetSocketAddress) - Static method in class de.sciss.net.OSCReceiver
-
Creates a new instance of a revivable OSCReceiver
, using
default codec and a specific transport protocol and local socket address.
- newUsing(OSCPacketCodec, String, InetSocketAddress) - Static method in class de.sciss.net.OSCReceiver
-
Creates a new instance of a revivable OSCReceiver
, using
a specific codec and transport protocol and local socket address.
- newUsing(DatagramChannel) - Static method in class de.sciss.net.OSCReceiver
-
Creates a new instance of a non-revivable OSCReceiver
, using
default codec and UDP transport on a given channel.
- newUsing(OSCPacketCodec, DatagramChannel) - Static method in class de.sciss.net.OSCReceiver
-
Creates a new instance of a non-revivable OSCReceiver
, using
a specific codec and UDP transport on a given channel.
- newUsing(SocketChannel) - Static method in class de.sciss.net.OSCReceiver
-
Creates a new instance of a non-revivable OSCReceiver
, using
default codec and TCP transport on a given channel.
- newUsing(OSCPacketCodec, SocketChannel) - Static method in class de.sciss.net.OSCReceiver
-
Creates a new instance of a non-revivable OSCReceiver
, using
a specific codec and TCP transport on a given channel.
- newUsing(String) - Static method in class de.sciss.net.OSCServer
-
Creates a new instance of an OSCServer
, using
default codec and a specific transport protocol.
- newUsing(OSCPacketCodec, String) - Static method in class de.sciss.net.OSCServer
-
Creates a new instance of an OSCServer
, using
a specific codec and transport protocol.
- newUsing(String, int) - Static method in class de.sciss.net.OSCServer
-
Creates a new instance of an OSCServer
, using
default codec and a specific transport protocol and port.
- newUsing(OSCPacketCodec, String, int) - Static method in class de.sciss.net.OSCServer
-
Creates a new instance of an OSCServer
, using
a specific codec and transport protocol and port.
- newUsing(String, int, boolean) - Static method in class de.sciss.net.OSCServer
-
Creates a new instance of an OSCServer
, using
default codec and a specific transport protocol and port.
- newUsing(OSCPacketCodec, String, int, boolean) - Static method in class de.sciss.net.OSCServer
-
Creates a new instance of an OSCServer
, using
a specific codec and transport protocol and port.
- newUsing(String, InetSocketAddress) - Static method in class de.sciss.net.OSCServer
-
Creates a new instance of an OSCServer
, using
default codec and a specific transport protocol and local socket address.
- newUsing(OSCPacketCodec, String, InetSocketAddress) - Static method in class de.sciss.net.OSCServer
-
Creates a new instance of an OSCServer
, using
a given codec, a specific transport protocol and local socket address.
- newUsing(String) - Static method in class de.sciss.net.OSCTransmitter
-
Creates a new instance of an OSCTransmitter
, using
default codec and a specific transport protocol.
- newUsing(OSCPacketCodec, String) - Static method in class de.sciss.net.OSCTransmitter
-
Creates a new instance of an OSCTransmitter
, using
a specific codec and transport protocol.
- newUsing(String, int) - Static method in class de.sciss.net.OSCTransmitter
-
Creates a new instance of an OSCTransmitter
, using
default codec and a specific transport protocol and port.
- newUsing(OSCPacketCodec, String, int) - Static method in class de.sciss.net.OSCTransmitter
-
Creates a new instance of an OSCTransmitter
, using
a specific codec and transport protocol and port.
- newUsing(String, int, boolean) - Static method in class de.sciss.net.OSCTransmitter
-
Creates a new instance of an OSCTransmitter
, using
default codec and a specific transport protocol and port.
- newUsing(OSCPacketCodec, String, int, boolean) - Static method in class de.sciss.net.OSCTransmitter
-
Creates a new instance of an OSCTransmitter
, using
a specific codec and transport protocol and port.
- newUsing(String, InetSocketAddress) - Static method in class de.sciss.net.OSCTransmitter
-
Creates a new instance of an OSCTransmitter
, using
default codec and a specific transport protocol and local socket address.
- newUsing(OSCPacketCodec, String, InetSocketAddress) - Static method in class de.sciss.net.OSCTransmitter
-
Creates a new instance of an OSCTransmitter
, using
a specific codec and transport protocol and local socket address.
- newUsing(DatagramChannel) - Static method in class de.sciss.net.OSCTransmitter
-
Creates a new instance of an OSCTransmitter
, using
default codec and UDP transport on a given channel.
- newUsing(OSCPacketCodec, DatagramChannel) - Static method in class de.sciss.net.OSCTransmitter
-
Creates a new instance of an OSCTransmitter
, using
a specific codec and UDP transport on a given channel.
- newUsing(SocketChannel) - Static method in class de.sciss.net.OSCTransmitter
-
Creates a new instance of an OSCTransmitter
, using
default codec and TCP transport on a given channel.
- newUsing(OSCPacketCodec, SocketChannel) - Static method in class de.sciss.net.OSCTransmitter
-
Creates a new instance of an OSCTransmitter
, using
a specific codec and TCP transport on a given channel.
- NO_ARGS - Static variable in class de.sciss.net.OSCMessage
-
Shorthand to pass to the constructor
if you want to create an OSC message
which doesn't contain any arguments.
- NOW - Static variable in class de.sciss.net.OSCBundle
-
The special timetag value
to indicate that the bundle be
processed as soon as possible
- OSCBidi - Interface in de.sciss.net
-
An interface describing common functionality in bidirectional OSC communicators.
- OSCBundle - Class in de.sciss.net
-
Implementation of the OSC-Bundle
which assembles several OSC-Packets
under the same timetag.
- OSCBundle() - Constructor for class de.sciss.net.OSCBundle
-
Creates a new empty OSCBundle
with timetag set to "immediately".
- OSCBundle(long) - Constructor for class de.sciss.net.OSCBundle
-
Creates a new empty OSCBundle
with timetag specified by 'when'
which is milliseconds since 1 jan 1970
as returned by System.currentTimeMillis().
- OSCBundle(double) - Constructor for class de.sciss.net.OSCBundle
-
Creates a new empty OSCBundle
with timetag specified by 'when'
which is seconds relative to start
of session.
- OSCBundle(long, long, int) - Constructor for class de.sciss.net.OSCBundle
-
Creates a new empty OSCBundle
with timetag specified by a sample
frame offset and an absolute time
in milliseconds since 1 jan 1970
as returned by System.currentTimeMillis()
- OSCChannel - Interface in de.sciss.net
-
A collection of common constants and methods that apply to all kinds of OSC communicators.
- OSCClient - Class in de.sciss.net
-
This class groups together a transmitter and receiver, allowing bidirectional
OSC communication from the perspective of a client.
- OSCException - Exception in de.sciss.net
-
Exception thrown by some OSC related methods.
- OSCException(int, String) - Constructor for exception de.sciss.net.OSCException
-
Constructs a new OSCException
with
the provided type of cause (e.g.
- OSCListener - Interface in de.sciss.net
-
The OSCListener
interface is used to register
a client to an OSCReceiver
object which will be notified when
an incoming message was received.
- OSCMessage - Class in de.sciss.net
-
Class for decoding OSC messages from
received datagrams or encoding OSC message
for sending to a target socket.
- OSCMessage(String) - Constructor for class de.sciss.net.OSCMessage
-
Creates a generic OSC message
with no arguments.
- OSCMessage(String, Object[]) - Constructor for class de.sciss.net.OSCMessage
-
Creates a generic OSC message
from Primitive arguments.
- OSCPacket - Class in de.sciss.net
-
OSCPacket
is the superclass
of OSC messages and bundles.
- OSCPacket() - Constructor for class de.sciss.net.OSCPacket
-
Constructs a new OSCPacket
.
- OSCPacketCodec - Class in de.sciss.net
-
A packet codec defines how the translation between Java objects
and OSC atoms is accomplished.
- OSCPacketCodec() - Constructor for class de.sciss.net.OSCPacketCodec
-
Creates a new codec with MODE_GRACEFUL
and
UTF-8
encoding.
- OSCPacketCodec(int) - Constructor for class de.sciss.net.OSCPacketCodec
-
Creates a new codec with a given support mode and
UTF-8
encoding.
- OSCPacketCodec(int, String) - Constructor for class de.sciss.net.OSCPacketCodec
-
Creates a new codec with a given support mode and
a given charset for string encoding.
- OSCPacketCodec.Atom - Class in de.sciss.net
-
The Atom
class represents a combination of
an encoder and decoder of a Java respectively OSC atom.
- OSCReceiver - Class in de.sciss.net
-
An OSCReceiver
manages reception
of incoming OSC messages.
- OSCReceiver(OSCPacketCodec, String, InetSocketAddress, boolean) - Constructor for class de.sciss.net.OSCReceiver
-
- OSCServer - Class in de.sciss.net
-
This class dynamically groups together a transmitters and receivers, allowing bidirectional
OSC communication from the perspective of a server.
- OSCServer(OSCPacketCodec, String) - Constructor for class de.sciss.net.OSCServer
-
- OSCTransmitter - Class in de.sciss.net
-
A class that sends OSC packets (messages
or bundles) to a target OSC server.
- OSCTransmitter(OSCPacketCodec, String, InetSocketAddress, boolean) - Constructor for class de.sciss.net.OSCTransmitter
-
- send(OSCPacket) - Method in class de.sciss.net.OSCClient
-
Sends an OSC packet (bundle or message) to the target
network address.
- send(OSCPacket, SocketAddress) - Method in class de.sciss.net.OSCServer
-
Sends an OSC packet (bundle or message) to the given
network address.
- send(OSCPacket, SocketAddress) - Method in class de.sciss.net.OSCTransmitter
-
Sends an OSC packet (bundle or message) to the given
network address, using the current codec.
- send(OSCPacketCodec, OSCPacket, SocketAddress) - Method in class de.sciss.net.OSCTransmitter
-
Sends an OSC packet (bundle or message) to the given
network address, using a particular codec.
- send(OSCPacket) - Method in class de.sciss.net.OSCTransmitter
-
Sends an OSC packet (bundle or message) to the default
network address, using the current codec.
- send(OSCPacketCodec, OSCPacket) - Method in class de.sciss.net.OSCTransmitter
-
Sends an OSC packet (bundle or message) to the default
network address, using a particular codec.
- sendGuardSignal() - Method in class de.sciss.net.OSCReceiver
-
- server(String) - Static method in class de.sciss.net.test.NetUtilTest
-
Tests the server functionality on a given protocol.
- setBufferSize(int) - Method in interface de.sciss.net.OSCChannel
-
Adjusts the buffer size for OSC messages.
- setBufferSize(int) - Method in class de.sciss.net.OSCClient
-
Adjusts the buffer size for OSC messages (both for sending and receiving).
- setBufferSize(int) - Method in class de.sciss.net.OSCReceiver
-
- setBufferSize(int) - Method in class de.sciss.net.OSCServer
-
- setBufferSize(int) - Method in class de.sciss.net.OSCTransmitter
-
- setChannel(SelectableChannel) - Method in class de.sciss.net.OSCReceiver
-
- setCodec(OSCPacketCodec) - Method in interface de.sciss.net.OSCChannel
-
Specifies which codec is used in packet coding and decoding.
- setCodec(OSCPacketCodec) - Method in class de.sciss.net.OSCClient
-
- setCodec(OSCPacketCodec) - Method in class de.sciss.net.OSCReceiver
-
- setCodec(OSCPacketCodec) - Method in class de.sciss.net.OSCServer
-
- setCodec(OSCPacketCodec, SocketAddress) - Method in class de.sciss.net.OSCServer
-
Specifies which codec is used in packet coding and decoding
for a given client socket.
- setCodec(OSCPacketCodec) - Method in class de.sciss.net.OSCTransmitter
-
- setStringCharsetCodec(String) - Method in class de.sciss.net.OSCPacketCodec
-
Specifies the charset to use in string coding and decoding.
- setSupportMode(int) - Method in class de.sciss.net.OSCPacketCodec
-
Adjusts the support mode for type tag handling.
- setTarget(SocketAddress) - Method in class de.sciss.net.OSCClient
-
Specifies the client's target address, that is the address of the server to talk to.
- setTarget(SocketAddress) - Method in class de.sciss.net.OSCReceiver
-
- setTarget(SocketAddress) - Method in class de.sciss.net.OSCTransmitter
-
Specifies the transmitter's target address, that is the address of the remote side to talk to.
- setTimeTagAbsMillis(long) - Method in class de.sciss.net.OSCBundle
-
Sets the bundle's timetag
specified by a long
which is milliseconds since 1 jan 1970
as returned by System.currentTimeMillis()
.
- setTimeTagRaw(long) - Method in class de.sciss.net.OSCBundle
-
- setTimeTagRelSecs(double) - Method in class de.sciss.net.OSCBundle
-
Sets the bundle's timetag
specified by a double
which is seconds relative to start
of session.
- setTimeTagSamples(long, long, int) - Method in class de.sciss.net.OSCBundle
-
Sets the bundle's timetag as
a combination of system absolute time
and sample offset.
- skipToAlign(ByteBuffer) - Static method in class de.sciss.net.OSCPacketCodec
-
Advances the current buffer position
to an integer of four bytes.
- skipToValues(ByteBuffer) - Static method in class de.sciss.net.OSCPacketCodec
-
Advances in the buffer as long there
are non-zero bytes, then advance to a
four byte alignment.
- start() - Method in interface de.sciss.net.OSCBidi
-
Starts the communicator.
- start() - Method in class de.sciss.net.OSCClient
-
Starts the client.
- start() - Method in class de.sciss.net.OSCServer
-
Starts the server.
- startListening() - Method in class de.sciss.net.OSCReceiver
-
Starts to wait for incoming messages.
- stop() - Method in interface de.sciss.net.OSCBidi
-
Stops the communicator.
- stop() - Method in class de.sciss.net.OSCClient
-
- stop() - Method in class de.sciss.net.OSCServer
-
Stops the server.
- stopListening() - Method in class de.sciss.net.OSCReceiver
-
Stops waiting for incoming messages.
- sync - Variable in class de.sciss.net.OSCTransmitter
-


BBLog: Loadout>Vehicle Upgrade Info? - Better Battlelog Forums #136752
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26. March 2015 16:12
Post edited 1 x times, last by
seththewhite
26. March 2015 16:16
Topicstarter
seththewhite
Is there an add-on that'll give me explanations of vehicle upgrades in the loadout screen on battlelog? I like being able to purchase there, but there isn't enough info for comparison.
upgrds.JPG


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Crystal structure of ternary phases with tI32 W 5Si 3-type. ... |
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Figure 2
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Phonon density of states for Nb, Ti, Sn, Si, Al, Nb 5Sn 2Si, ... |
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Figure 3
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Calculated phonon contribution to free energies for (1) Si, ... |
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Figure 4
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Calculated phonon contributions to enthalpies of formation f ... |
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Figure 5
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Calculated enthalpies of formation for Nb 5Sn 2Si, Ti 5Sn 2S ... |


Utilities for computation and analysis of correlation/co-variation in multiple sequence alignments and in side chain motions during molecular dynamics simulations. Features include the computation of correlation/co-variation scores using a variety of scoring functions between either sequence positions in alignments or side chain dihedral angles in molecular dynamics simulations and to analyze the correlation/co-variation matrix through a variety of tools including network representation and principal components analysis. In addition, several utility functions are based on the R graphical environment to provide friendly tools for help in data interpretation. Examples of sequence co-variation analysis and utility tools are provided in: Pele J, Moreau M, Abdi H, Rodien P, Castel H, Chabbert M. (2014) <doi:10.1002/prot.24570>. This work was supported by the French National Research Agency (Grant number: ANR-11-BSV2-026).
| Version: | 1.2 |
| Depends: | R (≥ 3.1), bio3d, circular, bigmemory, parallel |
| Imports: | igraph |
| Published: | 2017-09-07 |
| Author: | Bruck Taddese [aut], Antoine Garnier [aut], Madeline Deniaud [aut], Julien Pele [ctb], Lea Bellenger [ctb], Jean-Michel Becu [ctb], Marie Chabbert [cre] |
| Maintainer: | Marie Chabbert <marie.chabbert at univ-angers.fr> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| CRAN checks: | Bios2cor results |
| Reference manual: | Bios2cor.pdf |
| Package source: | Bios2cor_1.2.tar.gz |
| Windows binaries: | r-devel: Bios2cor_1.2.zip, r-release: Bios2cor_1.2.zip, r-oldrel: Bios2cor_1.2.zip |
| OS X binaries: | r-release: Bios2cor_1.2.tgz, r-oldrel: Bios2cor_1.2.tgz |
| Old sources: | Bios2cor archive |
Please use the canonical form https://CRAN.R-project.org/package=Bios2cor to link to this page.


| [val list/attr/bid] | [val list/attr/addr/value] | [val list/lod1/count] | * [val list/hazlod2] |
| bound min | [val bound/min/0] [val bound/min/1] [val bound/min/2] |
| bound max | [val bound/max/0] [val bound/max/1] [val bound/max/2] |
| lod1 surface | [val lod1/count] △poly:[val lod1/poly] |
| lod2 surface | [val lod2/count] △poly:[val lod2/poly] |
| name | [val attr/name] |
| uuid | [val attr/id] |
| address | [val attr/addr/value] |
| roof area | [val attr/buildingRoofEdgeArea/value] |
| height | [val attr/measuredHeight/value] |
| zone type | [val attr/districtsAndZonesType/value] |
| [val attr/string/name] | [val attr/string/value] |


Preparation time
less than 30 mins
Cooking time
1 to 2 hours
Serves
Serves 4
A luxurious prep-ahead dessert.
Preheat the oven to 160C/140C Fan/Gas 3. Lightly butter and line a 20cm/8in loose-bottomed sandwich tin.
Beat the butter with a wooden spoon or in a food processor to soften. Add 130g/4½oz sugar gradually, beating constantly, until soft and light. Add the eggs and almond extract and beat well. Fold in the ground almonds and flour.
Tip the cake mixture into the prepared tin and bake for 35 minutes. Test if the cake is cooked by inserting a skewer into the centre; if it comes out clean the cake is ready. Leave the cake to cool in the tin for 10 minutes, then turn out onto a wire rack.
Turn the oven temperature up to 200C/180C Fan/Gas 6. Line a baking tray with baking paper.
Meanwhile, for the poached pears, place a large saucepan over a medium heat. Pour in the wine and 300ml/10fl oz water. Stir in the sugar, lemon rind and cinnamon stick. Bring to the boil and allow to bubble for 1 minute.
Keeping the stalks on the pears, peel and remove the eye from the base of each pear. Place the pears in the wine syrup and poach for 30 minutes, or until tender to the point of a knife.
To make the cake decoration, put the orange rind in a saucepan of water over a high heat. Bring to the boil, change the water and bring back to the boil. Meanwhile, make a sugar syrup by heating 50g/1¾oz sugar and 100ml/3½fl oz water in a saucepan. Place the rind in the sugar syrup and boil for 20 minutes. Transfer to the prepared baking tray and bake for 15 minutes.
To make the nut brittle for the cake, put the remaining 100g/3½oz sugar in a saucepan over a low heat and slowly melt until it caramelises. Stir in the nuts, then pour the mixture onto baking paper to cool. Chop up into brittle.
Decorate the cake with the orange strips and nut brittle and serve with the poached pears and crème fraîche.


build better apps
extend the project
contribute back!
whats better than sliced bread?
sourcemaps!
what we used to do
...
what we do now
// with the help from our trusty friend 'esri-leaflet.js.map'...
1. fork
2. clone
3. npm install
its fun (and safe) to just start breaking things
who ever knew tests could be fun?
(demo)
and unlike the real world...
its not creepy to lurk
its not just the sourcecode
too many contribution opportunities to list
just kidding
- logging bugs
- proofreading doc
- asking for help/helping others
- fixing bugs/adding features
- vector tiles/other plugins
if you are too...
welcome to the team!


The Fighting Sullivans (Reviewed on Aug. 21st/98)
"The Fighting Sullivans" contains a major plot development in the last ten minutes that every movie guide has seen fit to give away. There was no dramatic tension for me while watching the film, as I knew exactly what was going to happen. And that's the worst thing that can happen before viewing a movie. Because of this, I will tread lightly so I don't ruin it for anyone reading this review, and it would be very advisable to avoid all other material regarding this film until after you have seen it.
"The Fighting Sullivans" revolves around a family that consists of a mother, father, sister, and five brothers. The brothers are very close, despite the occasional disagreement. They are inseperable, and never stray from one another. Their friendship and loyalty is the foundation of this picture.
The first half of the movie follows the brothers as young children, and their various adventures. When four of them get into a fight with some local boys, the youngest Sullivan, who is inside a Church at the time, comes running out to assist, but not before properly exiting the chapel.
If I'm being awfully vague about details, it's because what I have told you is essentially the first hour and a half. All I can say is go watch this film, because it is a fine portrait of a family that sticks together, through the good and the bad.
And after you see the movie, you will understand why this review has been written the way it has.
***1/2 out of ****
Dave "Loopy" Nusair<EMAIL_ADDRESS>; "The Artist Formally Known As Prince is now going by just The Artist. ; : Despite this, I will still refer to him as The Fruit." : ; -Norm MacDonald ;
Dept. of Good Vibes, Come visit my Reel Film Reviews site Carleton University at "http://chat.carleton.ca/~dnusair"
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Rules
- Key in your names
- Click on begin to go to game console
- Begin new game
- Players can begin their turn by clicking roll
- if player scores 1 they have to end their turn
- Winner must score 100 points
Player 1:
Result:
Round Total:
Total Score:
Player 2:
result:
Round Total:
Total Score:


operator associativity and precedence doesn’t always work (for example, x *! inv(x) ~== eye(N)); it this issue pops up, fix it with some parens: (x *! y) ~== eye(N).
and will give nonsense output. Indexing (x[0..<2, 0..<2]), machine learning functions (SVM, kNN), solve and comparison (< > >= <=) all depend on this.
The ~== operator only verifies if entire arrays are equal; use argwhere(abs(x-y) < 1e-9) to see where the individual entries are equal.
For some reason Xcode can’t link to the Accelerate framework from the iOS simulator, meaning that swix applications only run on physical devices. It gives errors like “unresolved identifier vDSP_vmulD not found”


The two types of AI application studied are chat bots (July 2003 newsletter) and ontologies (June 2003 newsletter).
Both are perfect examples of the ideas expressed in the first newsletter (November 2002) about AI applications in general. Both require a knowledge representation language and a reasoning engine that knows how to apply that knowledge.
In the case of chat bots, the knowledge is patterns of inputs and responses that drive a dialog. In the case of ontologies, the knowledge is relationships and attributes of words and concepts.
A chat bot tool provides a way to represent the knowledge and a way to deploy it. An ontology tool does the same.
There are chat bot and ontology tools available, and good ones at that, but they suffer the problems of all AI tools. They make assumptions about how and what types of knowledge can be represented, and further, on how that knowledge is deployed.
If the assumptions fit an application area, that's great. But if not... Well that's a very practical line of reasoning. The simple truth is, its a lot more fun to play with your own knowledge representation and reasoning engine, and, you can get it to do exactly what you want.
The programs can be written in any programming language, but we'll use Prolog in the newsletter because it is particularly versatile for a rapid prototyping and experimentation approach to AI concepts, as well as being very compact and fitting better in a newsletter.
Logic programs have the added benefit that they read much like program specifications and can be used for the design of applications intended for implementation in other languages. So if you don't like Prolog, read along and code in Lisp, Mozart, Java or the language of your choice. For those that don't know Prolog, there are boxes with explanatory notes.
One final note. Design decisions for the programs were always made in favor of clarity, sometimes at the expense of performance, although this will not be an issue until the knowledge base for either program grows to a large size.
Chat bot is the generic name for programs derived from Weizenbaum's original Eliza program, which mimicked a therapist. Eliza was written almost as a joke, to show how mindless pattern-matching rules can be used to generate realistic conversations, thus proving the software was NOT intelligent. Yet chat bots have come closer to passing the Turing test than other types of programs, and Richard Wallace hypothesizes that that is because much human dialog is, in fact, mindless pattern-matching.
One of the main insights in Eliza was how much can be done simply by changing the grammatical person of a sentence, like 'I' to 'you' and 'mine' to 'yours'. This is called pronoun reversal. We'll start with a very simple, and extremely annoying chat bot that does only that, and adds a question mark at the end.
To represent the knowledge of which words to reverse, we'll use Prolog facts, which are logically the same as relations in a relational database. Here's the few we'll use for testing, in a relation call me_you/2, the /2 indicating there are two arguments.
me_you(me,you). me_you(i,you). me_you(my,your). me_you(am,are).
The choice of the me_you/2 predicate was the first design decision about knowledge representation.
The reasoning engine needs an interface to the user or caller. For the chat bot all that is required is a predicate (like a function) that takes an input string of user text and puts out a response string. A predicate respond with two arguments, the input and the response, provides that service. It is refered to in Prolog as respond/2.
Any application that can call Prolog could be used to provide the dialog interface with the user, and Prolog is certainly a language that can call Prolog. Here's a simple loop for a console version of the program that can also be run in a Prolog listener (interpreter).
main :- write('DDJ AI Expert ChatBot Sample'), nl, repeat, write('> '), read_string(InputString), respond(InputString, ResponseString), write(ResponseString), nl, InputString == `quit`.
| A Prolog logic base, or program, is made up of logical clauses that define predicates. This one is simple. The predicate is called main/0 (the /0 indicating no arguments) and has only one clause. After the neck :- symbol are a comma separated list of goals, which typically call other predicates. The most important one here is respond/2, which will do the real work. Logical variables are indicated by an initial upper case letter, such as InputString. |
How should a sentence be represented internally by the program? Thinking of the sentence as a list of words seems like a good starting point. Proceeding in a top-down manner, here is the implementation of respond/2.
respond(InputString, ResponseString) :- string_to_list(InputString, InputWordList), swap_person(InputWordList, SwappedWordList), form_response(SwappedWordList, ResponseWordList), list_to_string(ResponseWordList, ResponseString), !.
| The !, called cut, is used to turn off Prolog's automatic backtracking search for multiple solutions for a given rule. In this case, we only want one response for each user input. |
The first and last goal of respond/2 perform the service of converting strings to and from lists of words. For experimentation, those steps could be simply eliminated, using lists directly for input and output. For final use, those steps should be quite nice, dealing with punctuation and capitalization. For now, we'll make use of simple built-in predicates that do the conversion for us but require everything in lower case. Later nicer versions of these can be implemented.
string_to_list(String, List) :- string_tokens(String, List). list_to_string(List, String) :- stringlist_concat(List, ` `, String).
| The utility predicates for dealing with strings and lists are not part of the ISO standard for Prolog, so different implementations support different ones. They are all relatively easy to write in Prolog. The two used here, string_tokens/2 and stringlist_concat/3 are part of Amzi! Prolog. You might have to find equivalents for other Prologs, or, simply skip this step and use lists directly for input and output. |
Next to implement is the real guts of the program where the me_you/2 knowledge is applied in the first step of creating a response. Recursion is typically used to process lists in Prolog. The recursive rules to replace the pronouns in a list of words are:
boundary condition - The list is empty, we're done.
recursive condition - Take the first word in the list and call swap_word/2
to see what the replacement word is. Put that word in the output list and recursively
call the rest of input list to generate the rest of the output list.
swap_person([], []). swap_person([X|Xs], [Y|Ys]) :- swap_word(X,Y), !, swap_person(Xs,Ys).
|
[H|T] is Prolog notation for separating a list into its head (first element), and tail (remainder of the list). This allows for the easy writing of recursive rules where some operation is performed on the head, and the tail is then used as the argument to the next recursion. The empty list is represented by [] and usually signifies the boundary condition for a recursion. So, for example, when swap_person/2 is called with the input list [i,want,pizza], the pattern [X|Xs] is mapped to it in a process called unification. X becomes i, Xs becomes [want,pizza]. swap_word/2 will unify Y with you and Ys will become what ever is returned by calling swap_person/2 with [want,pizza]. |
The swap_word/2 rules look in the knowledge base portion of the program to see if the word is one mentioned in the me_you/2 relation. If its not, the word is replaced with itself.
swap_word(X,Y) :- me_you(X,Y). swap_word(X,Y) :- me_you(Y,X). swap_word(W,W).
One last bit and we're ready to run. We form the response, for now, by simply adding a question mark on the end.
form_response(In,Out) :- append(In, [?], Out).
append/3 is a common list utility in Prolog that appends one list to another. In this case we're adding the list with the single element, ?, to the end of our output list of words. To use a library of common list utilities we need these two lines at the front of the program. We'll use other list utilities later as well. (If you don't have a library, the implementations of various list utility predicates can be readily found and coded directly in the program.)
:- load(list). :- import(list).
We're now ready to load the program into a Prolog listener and see how it runs.
?- consult(chatbot). yes ?- main. DDJ AI Expert ChatBot Sample > i have problems with my computer you have problems with your computer ? > yes yes ? > will you help me will i help you ? > quit quit ? yes
It's already sounding like some people I know.
The "intelligence" of a chat bot lies in the patterns it is told to recognize. Lists of words and variables can represent a pattern to look for, and lists that have those same variables in them can be used for various possible responses.
| There are two types of logical variables in Prolog. Named ones, beginning with an upper case letter, and anonymous ones, represented by an underscore. The named variables can be used to echo parts of the input back, and anonymous ones for indicating we don't care about parts of the input. |
Here's two responses for any input that has the adjacent words "blue screen" in it.
response( [_,blue,screen,_], [ [why,do,you,use,windows,?], [wipe,your,computer,clean,and,install,linux,'.'] ]).
Here's a response pattern for any input with the word "linux" in it.
response( [_,linux,_], [ [nobody,supports,linux,'.'] ]).
That should drive them nuts.
Here's a few more response patterns that might come in handy to keep the conversation going. The last one is a catch all that is used if none of the other patterns match. It does the job of echoing the input with a question mark. Remember that the input word lists have already had the pronouns swapped before they are used in these patterns.
response( [yes,_], [ [why,?] ]). response( [no,_], [ [why,not,?] ]). response( [_,you,like,X], [ [how,can,you,like,X,?], [is,it,strange,to,like,X,?] ]). response( [_,want,to,X],
[ [why,would,you,want,to,X,?],
[you,can,not,X,'.'],
[is,it,dangerous,to,X,?] ]).
response( [X], [ [X,?] ]).
| When a named variable appears multiple times in a rule, like X in the above patterns gets a value, all occurances of X automatically have the same value. So when the pattern matcher we will write determines a value of X from the input pattern, then that value will be echoed in the output patterns. |
Before looking at the code, here's how these response rules will drive a dialog with the chat bot.
?- main. DDJ AI Expert ChatBot Sample > i get a blue screen on my computer wipe your computer clean and install linux . > ok, i did that but now i cannot get linux to work. nobody supports linux .
When there are multiple response patterns to pick from, the engine will pick one at random. Here's another run with the same rules, but a different result.
> i get a blue screen on my computer why do you use windows ? > i like the windows operating system is it strange to like the windows operating system ? > no why not ? > lots of people like windows lots of people like windows ? > yes why ? > it is easy to use it is easy to use ?
The Response Pattern Matcher
The tricky part of the pattern matcher is setting a variable to possibly multiple words in the input. For example, in the response pattern [_,want,to,X] X might match a phrase. That phrase is best represented as a list of words as well, so we will have an output list with embedded lists in it. A list utility, flatten/2, will fix that problem.
For example if the input is [i,want,to,learn,to,fly] X will be bound to [learn,to,fly] and the outputs will look like [why,would,you,want,to,[learn,to,fly]]. flatten/2 converts that to [why,would,you,want,to,learn,to,fly].
Here is a new version of form_response/2 that uses the response/2 rules in the knowledge base portion of the application.
form_response(Input,Response) :- response(InputPattern, ResponsePatterns), match(InputPattern, Input), random_elem(ResponsePatterns, ResponsePattern), flatten(ResponsePattern, Response).
| This rule makes use of Prolog automatic backtracking search to find the right response rule. It first picks a response/2 and then uses match/2 to see if its pattern matches the input. If it doesn't, then Prolog backtracks and tries the next response/2 rule. When it finds one that matches, it picks one of the possible response outputs, flattens the list and returns the response. |
Here's the recursive rules that try to match the input word list with a pattern in one of the response rules. It will be called with the input pattern from a rule and its job will be to see if that pattern can be matched with the user's input. Further, if there are variables in the input pattern, then the binding for those variables will be determined as well.
There are two boundary conditions.
There are two recursive cases.
match([], []). match([Xs], IWs) :- var(Xs), !, Xs = IWs. match([Xs,W|PWs], IWs) :- var(Xs), !, fill_var(Xs, W, IWs, IWsLeft), match([W|PWs], IWsLeft). match([W|PWs], [W|IWs]) :- !, match(PWs, IWs).
fill_var/4 is another recursive predicate that walks the input list looking for the first occurance of a word that matches the word after the variable. It has four arguments:
fill_var([], W, [W|IWs], [W|IWs]) :- !. fill_var([X|Xs], W, [X|IWs], IWsLeft) :- fill_var(Xs, W, IWs, IWsLeft).
It is easy in Prolog to test individual predicates such as this one. When the program is loaded in a Prolog listener, any of the predicates can be queried directly.
?- match([a,b,c], [a,b,c]). yes ?- match([a,X,d], [a,b,c,d]). X = [b, c] yes ?- match([_,like,X], [you,like,to,fly,planes]). X = [to, fly, planes] yes ?- match([_,like,X], [you,want,to,fly,planes]). no ?- match([a,b,c], [a,r,c]). no
If you are new to Prolog, the best way to learn to understand code like this is to run it in a debugger, which will provide a trace of Prolog execution and variable bindings. Here is a trace of form_response/2 from one type of Prolog debugger.
 So if a user input might match multiple response patterns, the first one will have priority.
At this point, all the code is here that is needed to run the program and get the results displayed a few paragraphs back.
There are a number of enhancements that can be made to the sample.
Implement better formatting of input and output strings.
Put the knowledge in a separate file, so different sets of pattern matching rules can be used. Let the user can pick from a menu of rule files.
Indexing of response rules by key words in the patterns can be added. So for example, rules that match the word 'can' might be indexed on 'can'. This can be used for greater efficiency if a very large number of patterns are coded, and it can be used to easily let one pattern refer to another for completion.
Memory of past variable bindings can be kept and popped back in from time to time. So we might remember the user liked pizza and if nothing else matches, have a response that uses the memory to ask a question about pizza.
Add facts similar to the me_you/2 facts that can be used to map a variety of input words into a single word used for pattern matching. For example, 'need' might map to 'want' so the rules matching 'want' will also work if the user types 'need'. Also it would be nice if the these facts used lists of words, rather than being restricted to single words.
And of course creating more and more response patterns to make the chat bot more interesting.
Tools for ontologies are easy to create and play with in Prolog. As always, first a knowledge representation for the ontology is determined, and then tools to use it are developed.
The entries for the ontology can be stored as property lists, where each word has a property list associated with it. A property list is just a list whose elements are Property = Value. Using this idea for representing ontological knowledge, here's some entries we might want to support an application about food.
word(pizza, [ kind_of = food, contains = cheese, contains = tomato ]). word(broccoli, [ kind_of = food, color = green ]). word(donut, [ kind_of = food, contains = sugar ]). word(spaghetti_sauce, [ kind_of = food, contains = tomato ]).
Here's some more entries about people and allergies.
word(joe, [ instance_of = person, allergy = tomato ]). word(jill, [ instance_of = person, allergy = cheese ]).
Now, armed with typical list utilities we can write a predicate that can answer questions about the properties of words in our ontology.
property(Word, Property, Value) :- word(Word, PropertyList), member(Property = Value, PropertyList).
| Because Prolog is just matching patterns itself, the property/3 predicate works no matter which variables are bound. So it can find properties of a particular word, or words with a particular property. |
Here's some things we can do with property/3 in the listener. (The semicolon tells Prolog to look for another solution, so in these queries we find all solutions.)
?- property(pizza, contains, X). X = cheese ; X = tomato ; no ?- property(X, kind_of, food). X = pizza ; X = broccoli ; X = donut ; X = spaghetti_sauce ; no ?- property(X, kind_of, food), property(X, color, green). X = broccoli ; no ?- findall(X, property(pizza, contains, X), L). X = H19 L = [cheese, tomato] yes
The ontology we developed can be used to support other applications. The types of information we stored in the small sample can be used, for example, in an expert system that warns people about what foods they can and cannot eat based on allergies.
The rules of that expert system might be written directly in Prolog. Each of these rules finds a person word and a food word and compares the allergy of the person with what the food contains.
can_eat(Person, Food) :- property(Person, instance_of, person), property(Person, allergy, Allergy), property(Food, kind_of, food), not property(Food, contains, Allergy). cannot_eat(Person, Food) :- property(Person, instance_of, person), property(Person, allergy, Allergy), property(Food, kind_of, food), property(Food, contains, Allergy).
Note that the ontology has changed the knowledge engineering task for this allergy expert system. Without the ontology, the knowledge would all be stored in the rules. With the ontology, the rules become simple general purpose rules and the knowledge is stored in the ontology.
Here's how these two rules can be used.
?- can_eat(joe, pizza). no ?- can_eat(joe, donut). yes ?- can_eat(joe, X). X = broccoli ; X = donut ; no ?- cannot_eat(joe, X). X = pizza ; X = spaghetti_sauce ; no ?- can_eat(X, broccoli). X = joe ; X = jill ; no
Transitivity is an easy enhancement to add to the ontology engine. Transitivity applies for certain properties, such as kind_of. It means that if X kind_of Y and Y kind_of Z then X kind_of Z. We can define certain properties as transitive by specifying it in the knowledge base.
transitive(kind_of). transitive(contains).
Now if we're looking for a value for a property that is transitive, our engine can recursively call itself.
property(Word, Property, Value) :- word(Word, PropertyList), member(Property = Value, PropertyList). property(Word, Property, Value) :- transitive(Property), word(Word, PropertyList), member(Property = Word2, PropertyList), property(Word2, Property, Value).
To test it make one small change to the ontology, have pizza contain spaghetti_sauce instead of tomato.
word(pizza, [ kind_of = food, contains = cheese, contains = spaghetti_sauce ]).
The test will be to see if joe is still not allowed to eat pizza, as the pizza does not directly contain tomato.
?- property(pizza, contains, X). X = cheese ; X = spaghetti_sauce ; X = tomato ; no ?- can_eat(joe, pizza). no ?- cannot_eat(joe, pizza). yes
We can use the ontology we developed to add more intelligence to the patterns in the chat bot rules. In particular we can specify properties to include in the pattern match. Here's a pattern that recognizes when the user is talking about food.
response( [_,property(W,kind_of,food),_], [ [are,you,talking,about,W,because,you,are,hungry,'?'], [when,did,you,last,eat,W,'?'] ]).
And here's some to add to the annoying behavior of our technical support.
response( [_,property(W,kind_of,windows),_], [ [you,should,dump,W,and,switch,to,unix,'.'] ]). response( [_,property(W,kind_of,unix),_], [ [you,should,dump,W,and,switch,to,windows,'.'] ]).
These last two require the addition of some more information in the ontology.
word(windows, [ kind_of = operating_system ]). word(unix, [ kind_of = operating_system ]). word(xp, [ kind_of = windows ]). word(w2000, [ kind_of = windows ]). word(linux, [ kind_of = unix ]).
And we have to make some small changes to the basic pattern matcher to recognize and handle these property patterns in the rules. The new clauses are indicated in red.
match([], []). match([Xs], IWs) :- var(Xs), !, Xs = IWs. match([Xs,W|PWs], IWs) :- var(Xs), !, fill_var(Xs, W, IWs, IWsLeft), match([W|PWs], IWsLeft). match([property(W,P,V)|PWs], [W|IWs]) :- property(W,P,V), !, match(PWs,IWs). match([W|PWs], [W|IWs]) :- !, match(PWs, IWs). fill_var([], W, [W|IWs], [W|IWs]) :- !. fill_var([], property(W,P,V), [W|IWs], [W|IWs]) :- property(W,P,V), !. fill_var([X|Xs], W, [X|IWs], IWsLeft) :- fill_var(Xs, W, IWs, IWsLeft).
Trying the new pattern rules we get a dialog like this.
?- main. DDJ AI Expert ChatBot Sample > i have problmes with xp you should dump xp and switch to unix . > ok i just installed linux you should dump linux and switch to windows . > you are going in circles i am going in circles ? > do you wnat to get a pizza when did you last eat pizza ? > yesterday yesterday ? > yes i ate pizza yesterday are you talking about pizza because you are hungry ?


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Blazers fall in New Orleans as Anthony has 10 in debut
by Associated PressNEW ORLEANS (AP) — Jrue Holiday had 22 points and 10 assists, Brandon Ingram added 21 points, and the New Orleans Pelicans spoiled Carmelo Anthony’s Portland debut with a 115-104 victory over the Trail Blazers on Tuesday night.
Anthony finished with 10 points while Portland leading scorer and four-time All-Star Damian Lillard missed his first game of the season with back spasms.
Starting at forward and playing across the street from where he led Syracuse to the 2003 NCAA championship over Kansas, Anthony scored the Blazers’ first points of the game on a 3-pointer from 26 feet out, but wound up missing 10 of 14 shots in what was the first game of his 17th NBA season.
J.J. Redick hit 4 of 9 3-pointers and scored 14 points for New Orleans, which has won two straight and three of four. Kenrich Williams, who got the start at forward, filled the stat sheet with hustle plays, grabbing 14 rebounds to go with three steals and a blocked shot. He also scored eight points.
WARRIORS 114, GRIZZLIES 95
MEMPHIS, Tenn. (AP) — Alec Burks scored a season-high 29 points, Glenn Robinson III added 20 and Golden State snapped a seven-game losing streak with a victory over Memphis.
Marquese Chriss and Eric Paschall added 17 points apiece for the Warriors. Draymond Green was just short of his 24th career triple-double with eight points, 10 rebounds and 11 assists.
Rookie Ja Morant scored 20 points for Memphis, while Dillon Brooks finished with 18. Brandon Clarke added 17 and Jae Crowder had 15 points along with 11 rebounds as Memphis lost its second straight.


The pre-ramble:
Though back in my clubbing days, I was no stranger to a smoking a little crystal meth to get a good vibe going, I had never been attracted to speed. Lately I changed my mind, let me make it clear that cannabis has always been a good friend to me, however lately it had been putting me to sleep. I wanted something that made it easier to concentrate not ponder nothing thoughts to come to the conclusion 'well let's smoke another bowl'.
Due to a massive amount of studying demanded in a minimal amount of time, my energy being non-existent and the 'for the hell of it' factor, I decided to buy a gram of speed.
Study date:
The granules were large and had to be chopped into snortable form with a bank card. After a rolled up dollar bill aiding in the snortage of three fat lines. I decided to hit the books.
Political Science, several chapters of. Speed and concentration I found worked very co-operatively together. Listening to music, I bounced up and down (movement was to nice to resist) while I read and made notes. This went on undisturbed for several hours. Stupidly I thought I could crash early (around 3 to get those oh so important hours of rest before the exam). I hadn't planned on staying up all night, but I found myself unable to think of sleeping.
Day 1: another two lines in the morning
Morning came nicely, I sat in bed thinking...trying to meditate...rest the body and still the mind. Which is as close to sleep as I could give myself. No appetite plagued me, tried to eat some protein for the sake of not comming down too harsh when I did.
Snorted a bit more the morning of the exam, and went off thinking 'what a beautiful morning'. And enjoyed a full day, including a lot of physical exertion running about and getting things done like it was my last day on earth. Successful day, that night it was a little hard to get to sleep but when I finally did it was light, and I woke up at 5am the next morning raring at the day.
Day 2: cut off
Running around thinking I could pull another hyper active day without snorting any more (though I had a lot left I cut myself off).
Later that morning I decided that I was flustered and too moody to subject anyone to myself. So I stayed in my PJ's, cancelled all my meetings for that day, and spent the day laying in bed, watching TV, eating a bit, and relaxing. I took a 'come down' day afer a speedy day.
Day 3: 2nd day cut off not winning any congeniality awards
Moody. That just about sums it up. A little bit of concentration problems, wandered away several times while writing this. Snorting some more is tempting, but not being able to sleep at night is not cool unless I have something good to do. Personally I don't think I'd do speed at a party or club. I was too straight, the physical was there, but not in a creative happy way, more in a: this is what you have to do, and this is how you do it way. Robotic and computer like, feelingless. E is so much more sociable and lovey, my drug of choice for going out. Though I am not an agressive person, I felt that on speed I could become hostile.
All in all:
I found it a positive, empowering experience. The energy felt good and gave me the courage I needed to get through. Though the come down is so bumpy, up and down, snapping at people and feeling frustrated. Not nice at all.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Week 1
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Week 3
Red
Dots
Gray
Pink
DV Polos
Week 4
Light Blue
VGK Gear
Dark Blue
Puma
Brown
Week 5
White
Floral
Orange
Gray Hoodies
Brown
Week 6 japan week
White
Dark Blue
Yellow
Black
Green
Week 7
Stripes
Gray
White
White
Black
Week 8
Turquoise
Dark Blue
DV Polos
Green
Brown
Week 9
Mama Mia
Roses
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TBD
TBD


Chronic opioid therapy can disrupt sleep, increase risk of sleep disorders
Medical providers must be aware of adverse effects of opioid treatment
| Source: | American Academy of Sleep Medicine |
| Summary: | Patients and medical providers should be aware that chronic opioid use can interfere with sleep by reducing sleep efficiency and increasing the risk of sleep-disordered breathing. |
Patients and medical providers should be aware that chronic opioid use can interfere with sleep by reducing sleep efficiency and increasing the risk of sleep-disordered breathing, according to a position statement from the American Academy of Sleep Medicine.
Opioid use has boomed in the last decade, with nearly 92 million Americans using prescription opioids and 11.5 million people misusing them. In addition to understanding the risks of opioid addiction and abuse, it is important for health care providers to be aware that chronic opioid use is associated with changes in sleep architecture and an increased risk of respiratory depression during sleep.
"This statement increases awareness among health care providers of the important adverse events that can occur in patients on chronic opioid therapy," said co-author Dr. R. Nisha Aurora, Associate Professor of Medicine at Rutgers Robert Wood Johnson Medical School in New Jersey. "The paper also highlights the need for providers to recognize and diagnose sleep-related breathing disorders that are frequently seen with chronic opioid use."
The position statement was developed by the AASM board of directors and is published in the Nov. 15 issue of the Journal of Clinical Sleep Medicine.
Patients who have chronic pain often experience fatigue and disturbed sleep. Studies have shown that chronic opioid therapy has the potential to further disrupt sleep by reducing sleep efficiency, slow wave sleep, and rapid eye movement sleep. Another adverse effect of opioid use is respiratory depression, which can increase the risk of sleep-related breathing disorders such as sleep-related hypoventilation, central sleep apnea and obstructive sleep apnea.
If left untreated, sleep-related breathing disorders can be harmful to a patient's health. However, they can be diagnosed by a medical provider following an overnight sleep study in a sleep center. Effective treatments also are available, including several modalities of positive airway pressure therapy. Medical providers who care for patients on chronic opioid therapy need to be aware of the signs of disrupted sleep, such as snoring and excessive daytime sleepiness, in order to provide their patients with high quality care.
"Because of the complex relationship between pain, sleep, daytime functioning, and opioid therapy, a strong collaboration between pain specialists, sleep physicians, and primary care providers is needed to optimize patient benefit and minimize complications when opioids are part of chronic therapy," said Dr. Aurora.
While opioid therapy can contribute to sleep disruption and sleep disorders, it can be an effective treatment for patients with restless legs syndrome (RLS), a sleep disorder associated with disturbed sleep. Some patients with severe, refractory RLS, who are unresponsive or intolerant to other therapies, may find relief by using opioid medications at much lower doses than those used to treat chronic pain.
Dr. Aurora is currently collaborating with the Brain Health Institute at Rutgers to study sleep in those seeking therapy for opioid addiction.
make a difference: sponsored opportunity
Story Source:
Materials provided by American Academy of Sleep Medicine.
Note: Content may be edited for style and length.
Journal Reference:
- Ilene M. Rosen, R. Nisha Aurora, Douglas B. Kirsch, Kelly A. Carden, Raman K. Malhotra, Kannan Ramar, Fariha Abbasi-Feinberg, David A. Kristo, Jennifer L. Martin, Eric J. Olson, Carol L. Rosen, James A. Rowley, Anita V. Shelgikar. Chronic Opioid Therapy and Sleep: An American Academy of Sleep Medicine Position Statement. Journal of Clinical Sleep Medicine, 2019; 15 (11): 1671 DOI: 10.5664/jcsm.8062
Cite This Page:
| MLA | American Academy of Sleep Medicine. "Chronic opioid therapy can disrupt sleep, increase risk of sleep disorders: Medical providers must be aware of adverse effects of opioid treatment." ScienceDaily. ScienceDaily, 19 November 2019. <www.sciencedaily.com/releases/2019/11/191119143240.htm>. |
| APA | American Academy of Sleep Medicine. (2019, November 19). Chronic opioid therapy can disrupt sleep, increase risk of sleep disorders: Medical providers must be aware of adverse effects of opioid treatment. ScienceDaily. Retrieved November 20, 2019 from www.sciencedaily.com/releases/2019/11/191119143240.htm |
| Chicago | American Academy of Sleep Medicine. "Chronic opioid therapy can disrupt sleep, increase risk of sleep disorders: Medical providers must be aware of adverse effects of opioid treatment." ScienceDaily. www.sciencedaily.com/releases/2019/11/191119143240.htm (accessed November 20, 2019). |


@(user: User) @main(title = "Hi " + user.getFirstName + "! Here's your profile.") { Please enter your password. Enter


#include <OpenSSLCryptoKeyRSA.hpp>
Inheritance diagram for OpenSSLCryptoKeyRSA:
The library uses classes derived from this to process RSA keys.
Public Member Functions | |
Constructors and Destructors | |
| OpenSSLCryptoKeyRSA () | |
| virtual | ~OpenSSLCryptoKeyRSA () |
Key Interface methods | |
| virtual XSECCryptoKey::KeyType | getKeyType () |
| Return the type of this key. | |
| virtual const XMLCh * | getProviderName () |
| Return the OpenSSL identifier string. | |
| virtual XSECCryptoKey * | clone () |
| Replicate key. | |
Mandatory RSA interface methods | |
These classes are required by the library. | |
| virtual void | setOAEPparams (unsigned char *params, unsigned int paramsLen) |
| Set the OAEPparams string. | |
| virtual unsigned int | getOAEPparamsLen (void) |
| Get OAEPparams Length. | |
| virtual const unsigned char * | getOAEPparams (void) |
| Get the OAEPparams. | |
| virtual bool | verifySHA1PKCS1Base64Signature (const unsigned char *hashBuf, unsigned int hashLen, const char *base64Signature, unsigned int sigLen) |
| Verify a SHA1 PKCS1 encoded signature. | |
| virtual unsigned int | signSHA1PKCS1Base64Signature (unsigned char *hashBuf, unsigned int hashLen, char *base64SignatureBuf, unsigned int base64SignatureBufLen) |
| Create a signature. | |
| virtual unsigned int | privateDecrypt (const unsigned char *inBuf, unsigned char *plainBuf, unsigned int inLength, unsigned int maxOutLength, PaddingType padding, hashMethod hm) |
| Decrypt using private key. | |
| virtual unsigned int | publicEncrypt (const unsigned char *inBuf, unsigned char *cipherBuf, unsigned int inLength, unsigned int maxOutLength, PaddingType padding, hashMethod hm) |
| Encrypt using a public key. | |
| virtual unsigned int | getLength (void) |
| Obtain the length of an RSA key. | |
Optional Interface methods | |
Have been implemented to allow interoperability testing | |
| virtual void | loadPublicModulusBase64BigNums (const char *b64, unsigned int len) |
| Load the modulus. | |
| virtual void | loadPublicExponentBase64BigNums (const char *b64, unsigned int len) |
| Load the exponent. | |
OpenSSL specific methods | |
| OpenSSLCryptoKeyRSA (EVP_PKEY *k) | |
| Constructor to create the object around an existing OpenSSL RSA key. |
|
|
|
|
|
|
|
|
Constructor to create the object around an existing OpenSSL RSA key.
|
|
|
Replicate key.
Implements XSECCryptoKeyRSA. |
|
|
Return the type of this key. For RSA keys, this allows people to determine whether this is a public key, private key or a key pair Reimplemented from XSECCryptoKeyRSA. |
|
|
Obtain the length of an RSA key.
Implements XSECCryptoKeyRSA. |
|
|
Get the OAEPparams.
Implements XSECCryptoKeyRSA. |
|
|
Get OAEPparams Length.
Implements XSECCryptoKeyRSA. |
|
|
Return the OpenSSL identifier string.
Implements XSECCryptoKey. |
|
|
Load the exponent. Load the exponent from a Base64 encoded string param b64 A buffer containing the encoded string param len The length of the data in the buffer Implements XSECCryptoKeyRSA. |
|
|
Load the modulus. Load the modulus from a Base64 encoded string param b64 A buffer containing the encoded string param len The length of the data in the buffer Implements XSECCryptoKeyRSA. |
|
|
Decrypt using private key. The library will call this function to decrypt a piece of cipher text using the private component of this key.
Implements XSECCryptoKeyRSA. |
|
|
Encrypt using a public key. The library will call this function to encrypt a plain text buffer using the public component of this key.
Implements XSECCryptoKeyRSA. |
|
|
Set the OAEPparams string. By default, the library expects crypto implementations to perform OAEP padding with no params. This call allows the library (or user) to set a params value prior to an encrypt/decrypt operation.
Implements XSECCryptoKeyRSA. |
|
|
Create a signature. The library will call this function to create a signature from a pre-calculated digest. The output signature will be Base64 encoded such that it can be placed directly into the XML document
Implements XSECCryptoKeyRSA. |
|
|
Verify a SHA1 PKCS1 encoded signature. The library will call this function to validate an RSA signature The standard by default uses SHA1 in a PKCS1 encoding.
Implements XSECCryptoKeyRSA. |


[% page.title = 'Combust'; %]
Web framework and "content management system for geeks" that we use at perl.org.


HOW TO PLAY: Use
keys to move pacman. Gain points by eating dots. Ghosts
try to chase player and on collision player looses a life.
Player starts with 5 lives and can have upto 7. Collect
to increase lives. Use
to gain ability to destroy ghosts, ability lasts for 10 seconds &
ghosts try to runaway from player. Eating a running away ghost gives
bonus of 200 points.
Created by Suyash . Thanks to Classic Gaming for Pacman & Ghost characters. Made using Ebiten in Golang.


Oh the farmer's dancing round a pit. He's trapped Beelzebub in it. Upon a branch a warbling tit sings: We have chained the devil-oh.
The farmer tramples in the muck.  A chicken makes a warning cluck, says: The devil's loosed his chains-oh.
The sky above is a sudden black. The devil leaps up on the farmer's back. He puts the farmer in a sack and he jumps back into the pit-oh.
The chicken clucks and the tit still sings. It beats its frozen little wings. Oh rustics, you must learn these things: Don't try to chain the devil-oh.
Till your fields and hoe your ground. Harrow the earth and don't look round when you hear that awful sound: The devil's boiling the farmer-oh.
That duck he ate avenged its fate. It took Baal's shape and had Baal's hate. The farmer learned that much too late, and he'll dance no more round the pit-oh.


[gecode-users] gcc interface
Stefano Gualandi
stefano.gualandi at fastwebnet.it
Fri Nov 25 17:50:35 CET 2005
Thanks a lot, Patrick, the simple example works fine with your
corrections.
I do appreciate your support :-)
cheers,
Stefano
> Hi Stefano,
>
> First: You got it quite right. That is what the gcc interface for
> cardinality variables is supposed to do.
>
> Second:
>
> Unfortunately, the current testing forced me to remove the gcc
> interface for variable cardinalities temporarily, because they are not
> fully tested and might still have some inconsistencies in the
> propagation algorithm.
>
> However, depending on your subversion-checkout,
> you can give your model a shot.
> Starting with your script, should work.
> But, therer were some minor errors in it and i provided you with a
> fixed script that should work for this simple test.
>
> Finally I hope you'll find this helpfull
> and I'm trying hard to get things fixed.
>
> Best regards,
> Patrick Pekczynski
>
>
>
> -----BEGIN PGP SIGNATURE-----
> Version: GnuPG v1.4.1 (GNU/Linux)
> Comment: Using GnuPG with Thunderbird - http://enigmail.mozdev.org
>
> iD8DBQFDh0tUH+YA8TLXsgkRAtkwAKCBuF0suHQcUfVIqkK8hv6NKExNzwCfZudA
> ZaVVZT59mfLfsdO0FTPXpWs=
> =zfj5
> -----END PGP SIGNATURE-----
>
> /* Author: Stefano Gualandi, gualandi at elet.polimi.it
> */
>
> #include "support.hh"
> #include <int.hh>
>
> class MyModel : public Example {
>
> private:
> IntVarArray xs;
> public:
> MyModel(const Options& o)
> : xs(this, 3, 0, 3) {
>
> // this would do it for cardinality variables
> // IntVarArgs c(4);
> // for(int i = 0; i < 3; i++) {
> // c[i].init(this, 0, 1);
> // }
> // c[3].init(this, 0, 3);
>
> // gcc(this, xs, c, ICL_DEF);
>
> // This does the trick for fixed cardinalities
> IntArgs c(12,
> 0,0,1,
> 1,0,1,
> 2,0,1,
> 3,0,3);
> gcc(this, xs, c, 12, 3, ICL_DEF);
>
> branch(this, xs, BVAR_SIZE_MIN, BVAL_MIN);
> }
>
> /// Constructor for cloning \a s
> MyModel(bool share, MyModel& s) : Example(share,s) {
> xs.update(this, share, s.xs);
> }
>
> /// Perform copying during cloning
> virtual Space*
> copy(bool share) {
> return new MyModel(share, *this);
> }
>
> virtual void
> print(void) {
>
> // print services
> for (int i = 0; i < xs.size(); i++)
> std::cout << "\t var: " << i <<"\t value " << xs[i]
> << std::endl;
>
> std::cout << std::endl;
> }
> };
>
> int
> main(int argc, char** argv) {
> Options opt("New Model");
>
> //opt.n = 6;
> opt.iterations = 200;
> opt.c_d = 5;
> opt.parse(argc,argv);
>
> // note the change here for the search engine
> Example::run<MyModel, DFS>(opt);
> return 0;
> }
>
More information about the gecode-users
mailing list


--- layout: default title: Patience, persistence, determination ---
Nothing in this world can take the place of persistence. Talent will not; nothing is more common than unsuccessful men with talent. Genius will not; unrewarded genius is almost a proverb. Education will not; the world is full of educated derelicts. Persistence and determination alone are omnipotent.


Hyper-Text Markup Language is used for creating web pages. It is based on concept of tags and elements, where each and every entity of the webpage can be as modular as possible which reduces a single point of failure.
Adobe Photoshop is a CG utility used for creating and manupulating images required by the user.
Adobe Premier is a video-editing utility used for creating video from frames and manupulating said frames into a rendered video.
GNU/Linux is an UNIX-like Operating System based on linux kernel. Currently I'm using "Arch Linux" distrobution of the above mentioned OS.
C is a low-level programming language i.e. it can directly interact with hardware with reduced amount of intermediaries
C++ is based on C programming language. C++ is C-extended where class system and few elements of Object Oriented Programming can be implemented.
Java is a general purpose programming language which completely utilizes the potential of classes and Object Oriented Concepts.
Python is a high-level programming language and it also completely takes advantage of Object Oriented Programming. But contrary to its counterparts its context is very easy to read and understand. So it is very popular among amateur programming enthusiasts


Guidance
Guide to help new academy trusts complete their land and buildings information form.
Between April and June every year, the Education Funding Agency ( EFA ) procures:
EFA commissions valuers to carry out a desktop valuation exercise, which allow us to consolidate academies’ valuations into our financial statements and those of the Department of Education ( DfE ).
The land and buildings information form provides us with basic background data to support the desktop valuation.
New academies should complete and submit the online form within 6 weeks of opening.
Academies that fall into the 5-year revaluation exercise should complete and submit the online form when requested by EFA .
Academies that opened in the year between 1 April and 31 March, and those academies whose land and buildings have been revalued, can find copies of their valuations in the EFA document exchange in the following September.
The copy is for information only, and academies don’t need to do anything with it. The guide on this page provides information on how EFA prepares land and buildings valuations and on how they may be used.
Published: 22 August 2014
Updated: 21 April 2016


--- layout: post title: movieR date: 2010-10-26 17:54:21.000000000 -05:00 type: post parent_id: '0' published: true password: '' status: publish categories: [] tags: - code - data - R meta: _edit_last: '1412221' _wp_old_slug: '' _wpas_done_twitter: '1' _wpas_done_fb: '1' author: login: dreamessenceonthemove email<EMAIL_ADDRESS>display_name: darribas first_name: Daniel last_name: Arribas-Bel permalink: "/2010/10/26/movier/" ---
[Download] [Source] [Documentation]
It is pretty certain by now we live in a data world: institutions, companies, cell-phones... we are all constantly creating and storing data, even if we don't know it. Things as they are, this' come to a point where the problem is usually not to obtain the right data but to discard the wrong ones. Besides, apparently "people don't read anymore", less to talk about reading data... So the other day, I had another of this horrible moments where you think something kind of cool is going to take 5 minutes to accomplish. The idea seemed pretty simple, so I gave it try. Today, 5 minutes (and 3 more nights) afterwards I've finished movieR.
The idea is simple: you have a bunch of data that represent some phenomenon (say, income per capita), for some individuals (say a few countries) and for a few years; and you want to see whether the distribution of the variable has changed over time and, if so, how.
 It takes a csv looking like this:
[sourcecode language="text"]
"y2000","y2001","y2002","y2003","y2004","y2005"
"29392.85","30125.1","31396.76","32353.47","33898.93","34460.48"
"30451.79","31075.53","32344.51","33678.8","35310.66","36520.62"
...
[/sourcecode]
And gives out something like this:
[vimeo 16203102]
This allows you to get a good sense of the behaviour of the dataset and some of its main properties in a quick glance. For example, in the video above, which uses OECD data, the distribution of per capita income across a set of 59 cities all over the world from 2000 to 2007 is displayed; one can easily see the distribution has moved rightwards over the years, implying a move towards higher income per capita for more people over the years, as well as a flattening of the curve, that is an equalizing effect across the cities. And, to please Mr. Jobs, all that without reading a single bit :-)


Front End Developer
Currently a student and working front end on this project.
I enjoy reading and going down random fact rabbit holes.
San Francisco State University
Have coding experience in C++, Java and a little Python.


I'd like to find a job of web devleopment
I can do the following
Please send me email to contact me: myemail@gmail.com


Bicentennial Man * * * (out of * * * * )
Directed by Chris Columbus. Cast: Robin Williams, Embeth Davidtz, Sam Neill, Wendy Crewson, Oliver Platt, Hallie Kate Eisenberg, Lindz Letherman, Stephen Root, Kiersten Warren, Lynne Thigpen, Bradley Whitford, John Michael Higgins, George D. Wallace. 1999 - 131 minutes Rated PG (for mild profanity and sexual dialogue). Reviewed by Dustin Putman, December 20, 1999.
If you saw 1998's "Patch Adams" and heard that Robin Williams' latest attempt at an earnest comedy-drama, "Bicentennial Man," is overly schmaltzy, as well, there may be cause for hesitation. Williams is a fine actor--he always has been--but in recent years, especially since his Academy Award winning turn in 1997's "Good Will Hunting," he hasn't, to my recollection, made a straightforward comedy since. If Williams wants to get a little more serious in his film projects, that is exclusively his prerogative, but the problem is, he usually seems to try just a little too hard, to the point where his dramatic work isn't effective, only melodramatic, corny, and groan-inducing. With that being said, "Bicentennial Man," based on the novel, "The Positronic Man," by Isaac Asimov and Robert Silverberg, is easily Williams' best film (in a starring role) since 1993's "Mrs. Doubtfire," both of which, coincidentally, were directed by Chris Columbus (who also made one of my personal '80s favorites, "Adventures in Babysitting"). "Bicentennial Man" is manipulative in its emotions, to be sure, but it almost always convinces and involves the viewer. And, yeah, there was one scene midway through that very slightly got my eyes watery (although it may have just been that I was having a horrible day to begin with, and the meaning of the scene got under my skin a little more deeply because of this).
Opening in San Francisco, circa 2005, and spanning 200 years in total, a well-off family has a life-sized robot (Robin Williams, in a metallic-looking plastic suit) shipped to their door, programmed to obey all orders and act as a sort of housekeeper. With a bit more internal emotions than the average robot, he is named Andrew by the youngest daughter, whom he calls Little Miss (Hallie Kate Eisenberg), and becomes friends with the parents, Sir (Sam Neill) and Ma'am (Wendy Crewson).
As time passes by and the family gets older, Andrew holds a special place in his heart for Little Miss (now played by Embeth Davidtz), and the feeling is mutual, but because he is just a robot, they know in their minds nothing could possibly come from their relationship. Seeking the help of Rupert Burns (Oliver Platt), a scientist who created his robotic model, Andrew, little by little, begins his quest to become a human, first acquiring skin, and later a central nervous system. By this time, his past family has all passed away, leaving him to care deeply for Little Miss' granddaughter, Portia (also played by Davidtz). However, because his brain is still mechanical and, thus, he remains immortal and considered inhuman, chances of Portia and Andrew being able to marry grow more and more slim. Meanwhile, she herself is getting older and Andrew realizes she won't be around forever, either.
While not without its intermittent humorous moments, "Bicentennial Man" is, no doubt about it, a dramatic motion picture about the passing of time and life. Occasionally devastating to watch, as Andrew witnesses everyone he has ever loved and cared about die around him, the film does not utterly depress and seem as much of a betrayal as the conclusion to the otherwise very good "The Green Mile," because this film holds a deeper meaning, and the subject of death is more natural to the story. Every once in a while, you can see a glimmer of Williams' token maudlin ways beginning to shine through, but it almost always disappears quickly, reminiscent in ways of 1998's "Meet Joe Black."
Passing through a 200-year time span, the picture appreciatively avoids an episodic feel, thanks to the 131-minute running time, which may seem excessively long, but really is the appropriate length to tell this story. Robin Williams, who breaks outside of his robotic costume by the 75-minute mark, is endearing and believable as Andrew, a character always balancing on the line between acting like a human, while still acquiring robotic traits. Matching him in his charm and likability is the underrated Embeth Davidtz, who has two roles (as the adult Little Miss and, later, as Portia), both of which capture Andrew's heart. Williams and Davidtz especially work well together, as they bring an urgency and spark to their unconventional romantic scenes. In notable supporting roles, Sam Neill turns in a quietly touching performance as Sir, who sees how quickly his life is passing before his eyes; Kiersten Warren, as Galatea, the only other functional robot of Andrew's model, has a bright comic sense; and young Hallie Kate Eisenberg (star of the popular Pepsi commercials) is cute, but in an unchallenging role.
The only noticeably major flaw with "Bicentennial Man" is related to the advertising, not the film itself. Being promoted in its trailers as a zany Robin Williams comedy for the whole family, the film is really an occasionally dark parable on the process of life, and the fact that almost all of the characters die at one point through the story is enough to cause, perhaps, a little distress and confusion for younger viewers. "Bicentennial Man" is an accessible, yet appropriately serious, film that most audiences over a certain age of about 8 or 9 have the capability of appreciating. It's just too bad the studio, Buena Vista, has insisted on dishonoring its thoughtful themes and messages with a misleading ad campaign.
- Copyright 1999 by Dustin Putman Http://www.atnzone.com Http://www.young-hollywood.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Summary
JadeBot has a lot of simple commands that don't require any input from you. Here is where you can find what they do.
Usage
About
==>about
==>credits
About displays a short accreditation blurb for JadeBot. You can also call it from credits
.
Discord
==>discord
Discord displays a link to the JadeBot discord server.
Help
You complete the cycle of stupidity, as you arrive at the very command that brought you here.
Invite
==>invite
Invite displays a code to invite JadeBot to your discord server.
Pester
==>pester
==>markov
Pester is an alternative to calling an empty ==>
to display a fake pesterlog built from Jade’s dialog.
Note: This command may not exist if someone is hosting a 3rd party JadeBot.


Double allows you to enjoy the benefits of having a responsive and capable assistant without the troubles and cost of hiring, training, and maintaining your own assistant staff.
For out-of-scope requests and ones requiring domain expertises, your Double will also work with third-party vendors to come up with the best solution and alternatives.
Regardless on the complexity of the request, your Double will always act on your best interest and coordinate the execution to ensure your requirements are met with the highest quality.
Here are the things we can help you with:
- Manage your calendar and meeting schedules
- Make reservations and arrange appointments
- Gather information online and over the phone
- Make phone calls for inquiries and customer services
- Plan travel and purchase tickets
- Manage your email inbox and social media
- Organize events and manage invites
- Purchase items online and offline
- Sell your used items
- Source, compare, and manage third-party vendors
Note:
- A 5% payment handling fee applies to all purchases on behalf
- Fees and charges from third-party vendors are quoted separately


Use the ScreenshotMatcher-Client to scan the provided QR code:
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{{!app.status.visualizationPaused? 'pause':'play_arrow'}}
{{!app.status.visualizationPaused? 'Pause the visualization':'Play the visualization'}} [SPACE]
skip_next
Step one frame at a time [S]
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help
Show the help modal
Waveform:
Change the waveform being approximated
{{wave.name}}
N = {{app.options.evaluation.value}}:
Set the series's maximum evalutation number [LEFT/RIGHT]
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Change how long the wave is and what tone it produces
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Reduce the Gibbs Phenomenon (over/under-shooting at discontunities)
Term {{app.options.evaluation.value}} Only
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Also, perhaps visit the Lighthouse Report Diff tool to compare two reports.
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Panda3D
|
The highest-level base class in the egg directory. More...
Public Member Functions | |
| __init__ () | |
| __init__ (const EggObject copy) | |
| clearUserData () | |
| Removes all user data pointers from the node. More... | |
| clearUserData (TypeHandle type) | |
| Removes the user data pointer of the indicated type. More... | |
| EggUserData | getUserData () |
| Returns the user data pointer most recently stored on this object, or NULL if nothing was previously stored. More... | |
| EggUserData | getUserData (TypeHandle type) |
| Returns the user data pointer of the indicated type, if it exists, or NULL if it does not. More... | |
| bool | hasUserData () |
| Returns true if a generic user data pointer has recently been set and not yet cleared, false otherwise. More... | |
| bool | hasUserData (TypeHandle type) |
| Returns true if the user data pointer of the indicated type has been set, false otherwise. More... | |
| EggObject | operator= (const EggObject copy) |
| setUserData (EggUserData user_data) | |
| Sets the user data associated with this object. More... | |
| Public Member Functions inherited from TypedObject | |
| TypeHandle | getType () |
| int | getTypeIndex () |
| Returns the internal index number associated with this object's TypeHandle, a unique number for each different type. More... | |
| bool | isExactType (TypeHandle handle) |
| Returns true if the current object is the indicated type exactly. More... | |
| bool | isOfType (TypeHandle handle) |
| Returns true if the current object is or derives from the indicated type. More... | |
| Public Member Functions inherited from ReferenceCount | |
| int | getRefCount () |
| Returns the current reference count. More... | |
| ref () | |
| Explicitly increments the reference count. More... | |
| bool | testRefCountIntegrity () |
| Does some easy checks to make sure that the reference count isn't completely bogus. More... | |
| bool | testRefCountNonzero () |
| Does some easy checks to make sure that the reference count isn't zero, or completely bogus. More... | |
| bool | unref () |
| Explicitly decrements the reference count. More... | |
Static Public Member Functions | |
| static TypeHandle | getClassType () |
| Static Public Member Functions inherited from TypedReferenceCount | |
| static TypeHandle | getClassType () |
| Static Public Member Functions inherited from TypedObject | |
| static TypeHandle | getClassType () |
| Static Public Member Functions inherited from ReferenceCount | |
| static TypeHandle | getClassType () |
Additional Inherited Members | |
| Public Attributes inherited from TypedObject | |
| TypeHandle | type |
| Returns the TypeHandle representing this object's type. More... | |
| Public Attributes inherited from ReferenceCount | |
| int | ref_count |
| The current reference count. More... | |
The highest-level base class in the egg directory.
(Almost) all things egg inherit from this.
| __init__ | ( | ) |
| __init__ | ( | const EggObject | copy | ) |
| clearUserData | ( | ) |
Removes all user data pointers from the node.
| clearUserData | ( | TypeHandle | type | ) |
Removes the user data pointer of the indicated type.
|
static |
| EggUserData getUserData | ( | ) |
Returns the user data pointer most recently stored on this object, or NULL if nothing was previously stored.
| EggUserData getUserData | ( | TypeHandle | type | ) |
Returns the user data pointer of the indicated type, if it exists, or NULL if it does not.
| bool hasUserData | ( | ) |
Returns true if a generic user data pointer has recently been set and not yet cleared, false otherwise.
| bool hasUserData | ( | TypeHandle | type | ) |
Returns true if the user data pointer of the indicated type has been set, false otherwise.
| setUserData | ( | EggUserData | user_data | ) |
Sets the user data associated with this object.
This may be any EggUserData-derived object. The egg library will do nothing with this pointer, except to hold its reference count and return the pointer on request.
The EggObject maintains multiple different EggUserData pointers, one for each unique type (as reported by get_type()). If you know that only one type of EggUserData object will be added in your application, you may use the query functions that accept no parameters, but it is recommended that in general you pass in the type of your particular user data, to allow multiple applications to coexist in the same egg data.
This pointer is also copied by the copy assignment operator and copy constructor.


Use the form below to create new modules on the fly.
Container:
Template:
— Insert new module at the bottom of the container
— Insert new module at the top of the container
— Add a custom CSS class name to the root element
— Non standard data for rendering
— Set focus to the newly created module


Money Play. How should Red play 22?
pips Red=127 White=177
(CorrectAnswer= 0/0, ErrorScore= 0)
While Red still has a rear checker to escape Red should create his own four-point prime and so 11/9(2) is very clear.
After that Red should not play 12/8, stacking five checkers on his 8-pt and creating potential problems with 3’s and 4’s. There are two sensible choices:
8/6(2) creating bear-in flexibility or 3/1(2) taking the ace-point away from White as a possible re-entry point and hopefully creating room for Red to dump his checkers as he bears in. Very few people would spot this option.
The two plays dead-heat on the rollout so take your choice!
After that Red should not play 12/8, stacking five checkers on his 8-pt and creating potential problems with 3’s and 4’s. There are two sensible choices:
8/6(2) creating bear-in flexibility or 3/1(2) taking the ace-point away from White as a possible re-entry point and hopefully creating room for Red to dump his checkers as he bears in. Very few people would spot this option.
The two plays dead-heat on the rollout so take your choice!
1. Cubeful 2-ply 11/9(2) 8/6(2) Eq.: +0.241 0.613 0.220 0.005 - 0.387 0.076 0.002 2. Cubeful 2-ply 12/8 11/9(2) Eq.: +0.210 (-0.031) 0.607 0.201 0.004 - 0.393 0.074 0.002 3. Cubeful 2-ply 11/9(2) 3/1(2) Eq.: +0.191 (-0.050) 0.596 0.218 0.004 - 0.404 0.084 0.002 4. Cubeful 2-ply 12/6 8/6 Eq.: +0.178 (-0.064) 0.589 0.213 0.006 - 0.411 0.078 0.002 5. Cubeful 2-ply 11/7(2) Eq.: +0.112 (-0.129) 0.573 0.203 0.005 - 0.427 0.095 0.003


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| ID | File Name | Uploader Name | Agent Name | Created Time | Uploaded Time | Delivery Address | Total Harga | Status |
| 1 | Tugas Kuliah | Wira | PRintSuper | 12:00:00 | 12:00:00 | Jalan Cisitu indah 2 nomor 3 | Rp. 30.000,- | Queued |
| 2 | Tugas Kuliah | Wira | PRintSuper | 12:00:00 | 12:00:00 | Jalan Cisitu indah 2 nomor 3 | Rp. 30.000,- | Queued |