Netflix ‘skip sex button’ anyone?
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A call by Malaysia’s National Film Development Corporation (Finas) CEO Ahmad Idham Ahmad Nadzri to regulate Netflix and censor sex scenes has become an idea for a ‘skip sex’ button.
At first, the Finas CEO said parents are worried because their children watch uncensored movies and TV shows on Netflix.
Later he explained that he was taking cognisance of concerns by parents in the cyber era about uncensored content.
“What I proposed was for some form of collaboration between Finas and the National Council of Women’s Organisations to hold a forum or seminar to debate this issue in the context of strengthening digital content in the future,” he said on Twitter.
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In March this year, Kuala Kangsar MP Mastura Mohd Yazid raised a concern about sex scenes and LGBT representation on Netflix.
“This is about films on Netflix. Are there different mechanisms between those normally used to censor films and those on Netflix?
“Because I am seeing widespread sex scenes and LGBT elements which are causing worry among the people,” she told the Malaysian Parliament.
But social media users in Malaysia are running wild about a ‘skip sex button’ Netflix is supposedly introducing soon for Malaysian subscribers.
An article on ‘skip Sex’ button Tapir Times (a satirical website) went viral.
It says Netflix revealed plans to introduce a ‘skip sex’ button for Malaysian adults who cannot wait for government censorship of the content they are paying for.
The ‘Skip Sex’ button is supposed to work just like the ‘Skip Intro’ button and is supposed to appear on the lower-left corner of the screen.
In October, Netflix which has 158 million paid subscribers in 190 countries announced the launch of a mobile plan for Malaysia with a monthly fee starting from RM17.
“Skip Politics’ Button
Netflix has a new ‘Skip Politics’ button though. It appears on Seth Meyers’ new stand-up hour which gives viewers the option to fast forward through his jokes about the US President, Donald Trump.
It sounded like a joke when Mr Meyers talked about the skip button, but then the button appeared when he started to talk about Trump.
Click on it and it fast-forwards the show by around eight minutes to a point where he’s back to talking about other stuff. -/TISG
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Please set media.setsinkid.enabled option to true in the Firefox Configuration, to do that:
- Open 'about:config': type 'about:config' in the address field. And press 'Enter'
- Click 'I accept the risk!' button to proceeed.
- Type or copy 'media.setsinkid.enabled' to the search field at the top.
- Double click 'media.setsinkid.enabled' to change its value to 'true'. Alternatively right-click and select the Toggle command.
- Value of the 'media.setsinkid.enabled' parameter should be displayed as true
Link to more detailed document on how to access Configuration Editor is here.


| PostgreSQL 9.0.10 Documentation | ||||
|---|---|---|---|---|
| Prev | Up | Chapter 30. Regression Tests | Next |
Some properly installed and fully functional PostgreSQL installations can "fail" some of these regression tests due to platform-specific artifacts such as varying floating-point representation and message wording. The tests are currently evaluated using a simple diff comparison against the outputs generated on a reference system, so the results are sensitive to small system differences. When a test is reported as "failed", always examine the differences between expected and actual results; you might find that the differences are not significant. Nonetheless, we still strive to maintain accurate reference files across all supported platforms, so it can be expected that all tests pass.
The actual outputs of the regression tests are in files in the src/test/regress/results directory. The test script uses diff to compare each output file against the reference outputs stored in the src/test/regress/expected directory. Any differences are saved for your inspection in src/test/regress/regression.diffs. (Or you can run diff yourself, if you prefer.)
If for some reason a particular platform generates a "failure" for a given test, but inspection of the output convinces you that the result is valid, you can add a new comparison file to silence the failure report in future test runs. See Section 30.3 for details.
Some of the regression tests involve intentional invalid input values. Error messages can come from either the PostgreSQL code or from the host platform system routines. In the latter case, the messages can vary between platforms, but should reflect similar information. These differences in messages will result in a "failed" regression test that can be validated by inspection.
If you run the tests against a server that was initialized with a collation-order locale other than C, then there might be differences due to sort order and subsequent failures. The regression test suite is set up to handle this problem by providing alternate result files that together are known to handle a large number of locales.
To run the tests in a different locale when using the temporary-installation method, pass the appropriate locale-related environment variables on the make command line, for example:
gmake check LANG=de_DE.utf8
(The regression test driver unsets LC_ALL, so it does not work to choose the locale using that variable.) To use no locale, either unset all locale-related environment variables (or set them to C) or use the following special invocation:
gmake check NO_LOCALE=1
When running the tests against an existing installation, the locale setup is determined by the existing installation. To change it, initialize the database cluster with a different locale by passing the appropriate options to initdb.
In general, it is nevertheless advisable to try to run the regression tests in the locale setup that is wanted for production use, as this will exercise the locale- and encoding-related code portions that will actually be used in production. Depending on the operating system environment, you might get failures, but then you will at least know what locale-specific behaviors to expect when running real applications.
Most of the date and time results are dependent on the time zone environment. The reference files are generated for time zone PST8PDT (Berkeley, California), and there will be apparent failures if the tests are not run with that time zone setting. The regression test driver sets environment variable PGTZ to PST8PDT, which normally ensures proper results.
Some of the tests involve computing 64-bit floating-point numbers (double precision) from table columns. Differences in results involving mathematical functions of double precision columns have been observed. The float8 and geometry tests are particularly prone to small differences across platforms, or even with different compiler optimization setting. Human eyeball comparison is needed to determine the real significance of these differences which are usually 10 places to the right of the decimal point.
Some systems display minus zero as -0, while others just show 0.
Some systems signal errors from pow()
and
exp()
differently from the mechanism
expected by the current PostgreSQL
code.
You might see differences in which the same rows are output in a different order than what appears in the expected file. In most cases this is not, strictly speaking, a bug. Most of the regression test scripts are not so pedantic as to use an ORDER BY for every single SELECT, and so their result row orderings are not well-defined according to the SQL specification. In practice, since we are looking at the same queries being executed on the same data by the same software, we usually get the same result ordering on all platforms, so the lack of ORDER BY is not a problem. Some queries do exhibit cross-platform ordering differences, however. When testing against an already-installed server, ordering differences can also be caused by non-C locale settings or non-default parameter settings, such as custom values of work_mem or the planner cost parameters.
Therefore, if you see an ordering difference, it's not something to worry about, unless the query does have an ORDER BY that your result is violating. However, please report it anyway, so that we can add an ORDER BY to that particular query to eliminate the bogus "failure" in future releases.
You might wonder why we don't order all the regression test queries explicitly to get rid of this issue once and for all. The reason is that that would make the regression tests less useful, not more, since they'd tend to exercise query plan types that produce ordered results to the exclusion of those that don't.
If the errors test results in a server crash at the select infinite_recurse() command, it means that the platform's limit on process stack size is smaller than the max_stack_depth parameter indicates. This can be fixed by running the server under a higher stack size limit (4MB is recommended with the default value of max_stack_depth). If you are unable to do that, an alternative is to reduce the value of max_stack_depth.
The random test script is intended to produce random results. In rare cases, this causes the random regression test to fail. Typing:
diff results/random.out expected/random.out
should produce only one or a few lines of differences. You need not worry unless the random test fails repeatedly.


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object net.floodlightcontroller.routing.ForwardingBase
public abstract class ForwardingBase
| Nested Class Summary |
|---|
| Nested classes/interfaces inherited from interface net.floodlightcontroller.core.IListener |
|---|
IListener.Command |
| Field Summary | |
|---|---|
long |
appCookie
|
TimedCache<java.lang.Long> |
broadcastCache
|
java.util.Comparator<SwitchPort> |
clusterIdComparator
|
static short |
FLOWMOD_DEFAULT_HARD_TIMEOUT
|
static int |
FORWARDING_APP_ID
|
int |
prime
|
| Constructor Summary | |
|---|---|
ForwardingBase()
|
| Method Summary | |
|---|---|
static boolean |
blockHost(IFloodlightProviderService floodlightProvider,
SwitchPort sw_tup,
long host_mac,
short hardTimeout,
long cookie)
|
void |
deviceAdded(IDevice device)
Called when a new Device is found |
void |
deviceIPV4AddrChanged(IDevice device)
Called when a network address has been added or remove from a device |
void |
deviceMoved(IDevice device)
Called when a Device has moved to a new location on the network. |
void |
deviceRemoved(IDevice device)
Called when a Device is removed, this typically occurs when the port the Device is attached to goes down, or the switch it is attached to is removed. |
void |
deviceVlanChanged(IDevice device)
Called when a VLAN tag for the device has been added or removed |
java.lang.String |
getName()
Returns the application name "forwarding". |
boolean |
isCallbackOrderingPostreq(OFType type,
java.lang.String name)
Check if the module called name is a callback ordering post-requisite for this module. |
boolean |
isCallbackOrderingPrereq(OFType type,
java.lang.String name)
Check if the module called name is a callback ordering prerequisite for this module. |
void |
PacketOutMultiPort(OFPacketIn pi,
IOFSwitch sw,
short inPort,
java.util.HashSet<java.lang.Integer> outPorts,
FloodlightContext cntx)
Write packetout message to sw with output actions to one or more output ports with inPort/outPorts passed in. |
abstract IListener.Command |
processPacketInMessage(IOFSwitch sw,
OFPacketIn pi,
IRoutingDecision decision,
FloodlightContext cntx)
All subclasses must define this function if they want any specific forwarding action |
void |
pushPacket(IOFSwitch sw,
OFMatch match,
OFPacketIn pi,
short outport,
FloodlightContext cntx)
Pushes a packet-out to a switch. |
boolean |
pushRoute(Route route,
OFMatch match,
java.lang.Integer wildcard_hints,
int bufferId,
OFPacketIn pi,
long pinSwitch,
long cookie,
FloodlightContext cntx,
boolean reqeustFlowRemovedNotifn,
boolean doFlush,
short flowModCommand)
Push routes from back to front |
IListener.Command |
receive(IOFSwitch sw,
OFMessage msg,
FloodlightContext cntx)
This is the method Floodlight uses to call listeners with OpenFlow messages |
void |
setCounterStore(ICounterStoreService counterStore)
|
void |
setDeviceManager(IDeviceService deviceManager)
|
void |
setFloodlightProvider(IFloodlightProviderService floodlightProvider)
|
void |
setRoutingEngine(IRoutingService routingEngine)
|
void |
setTopology(ITopologyService topology)
|
void |
startUp()
Adds a listener for devicemanager and registers for PacketIns. |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static final short FLOWMOD_DEFAULT_HARD_TIMEOUT
public final int prime
public TimedCache<java.lang.Long> broadcastCache
public static final int FORWARDING_APP_ID
public long appCookie
public java.util.Comparator<SwitchPort> clusterIdComparator
| Constructor Detail |
|---|
public ForwardingBase()
| Method Detail |
|---|
public void startUp()
public java.lang.String getName()
getName
in interface IListener<OFType>
public abstract IListener.Command processPacketInMessage(IOFSwitch sw, OFPacketIn pi, IRoutingDecision decision, FloodlightContext cntx)
sw
- Switch that the packet came in frompi
- The packet that came indecision
- Any decision made by a policy enginepublic IListener.Command receive(IOFSwitch sw, OFMessage msg, FloodlightContext cntx)
IOFMessageListener
receive
in interface IOFMessageListener
sw
- the OpenFlow switch that sent this messagemsg
- the messagecntx
- a floodlight message context object you can use to pass
information between listeners
public boolean pushRoute(Route route, OFMatch match, java.lang.Integer wildcard_hints, int bufferId, OFPacketIn pi, long pinSwitch, long cookie, FloodlightContext cntx, boolean reqeustFlowRemovedNotifn, boolean doFlush, short flowModCommand)
route
- Route to pushmatch
- OpenFlow fields to match onsrcSwPort
- Source switch port for the first hopdstSwPort
- Destination switch port for final hopbufferId
- BufferId of the original PacketIncookie
- The cookie to set in each flow_modcntx
- The floodlight contextreqeustFlowRemovedNotifn
- if set to true then the switch would
send a flow mod removal notification when the flow mod expiresdoFlush
- if set to true then the flow mod would be immediately
written to the switchflowModCommand
- flow mod. command to use, e.g. OFFlowMod.OFPFC_ADD,
OFFlowMod.OFPFC_MODIFY etc.
public void pushPacket(IOFSwitch sw, OFMatch match, OFPacketIn pi, short outport, FloodlightContext cntx)
sw
- switch that generated the packet-in, and from which packet-out is sentmatch
- OFmatchpi
- packet-inoutport
- output portcntx
- context of the packetpublic void PacketOutMultiPort(OFPacketIn pi, IOFSwitch sw, short inPort, java.util.HashSet<java.lang.Integer> outPorts, FloodlightContext cntx)
pi
- sw
- inPort
- ports
- cntx
- public static boolean blockHost(IFloodlightProviderService floodlightProvider, SwitchPort sw_tup, long host_mac, short hardTimeout, long cookie)
public void setFloodlightProvider(IFloodlightProviderService floodlightProvider)
floodlightProvider
- the floodlightProvider to setpublic void setRoutingEngine(IRoutingService routingEngine)
routingEngine
- the routingEngine to setpublic void setDeviceManager(IDeviceService deviceManager)
deviceManager
- the deviceManager to setpublic void setTopology(ITopologyService topology)
topology
- the topology to setpublic void setCounterStore(ICounterStoreService counterStore)
public void deviceAdded(IDevice device)
IDeviceListener
deviceAdded
in interface IDeviceListener
device
- the device that changedpublic void deviceRemoved(IDevice device)
IDeviceListener
deviceRemoved
in interface IDeviceListener
device
- the device that changedpublic void deviceMoved(IDevice device)
IDeviceListener
deviceMoved
in interface IDeviceListener
device
- the device that changedpublic void deviceIPV4AddrChanged(IDevice device)
IDeviceListener
deviceIPV4AddrChanged
in interface IDeviceListener
device
- the device that changedpublic void deviceVlanChanged(IDevice device)
IDeviceListener
deviceVlanChanged
in interface IDeviceListener
device
- the device that changedpublic boolean isCallbackOrderingPrereq(OFType type, java.lang.String name)
IListener
isCallbackOrderingPrereq
in interface IListener<OFType>
type
- the message type to which this appliesname
- the name of the module
public boolean isCallbackOrderingPostreq(OFType type, java.lang.String name)
IListener
isCallbackOrderingPostreq
in interface IListener<OFType>
type
- the message type to which this appliesname
- the name of the module
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Note: Legend widget functionality depends on JSAPI version. This standalone test page currently makes use of JSAPI v4.0.
Based on this sample.


Lifting Planner
by the Mongooses
(last updated Sprint 5 on 3/29/2021)
Description
This web application will include a user login interface and hold data given by the user in a database. Lifting Planner will take in the user's height, weight, and the max weight that
they can do for all core lifts and use that information to determine a workout plan that suits them. The workout plan will have the lifts that the user will be doing every day of the
week as well as how much weight is recommended for each lift. The purpose of this application is to have the user be able to easily access a workout plan that is right for them.
Features
- User login system held in database, which includes a login and signup page
- Form page for users to update their height, weight, and max weight that will also be sent to the database
- A "today's workout" page that shows the user what their workout is and updates every day
- A page displaying the workout plan for the week
Added if time allows
- Inputs for the user's weight that they are lifting for each workout
- Option to switch around workout plans for different days
- Option to adjust sets and reps in certain workouts
Languages and Platforms
- GoLang will be used to write the client and server code
- Microsoft Azure will be used to deploy the application
Technical features learned from class
- Writing a GoLang application
- Writing a GoLang server
- Deploying a GoLang web application to Azure
Technical features learned outside of class
- Creating a user login system
- Uploading a JSON form to a database
- Updating a page based on the date


Piltdown Man: Untangling One of the Most Infamous Hoaxes in Scientific History
Few scientific forgeries have captured the scientific and public imaginations as completely as that of the 1912 Piltdown Man hoax. While examples of blatant fraud can be found in many scientific disciplines over the centuries, out-and-out forgeries and hoaxes prove to be relatively rare. The Piltdown Man is one of the most studied and least resolved incidents in the history of paleoanthropology—an episode surrounded by mystery and intrigue.
It would seem that just about everyone who is anyone in the paleo-community of the last sixty years has a theory about who perpetrated the fossil hoax; why it lasted as long as it did (forty years); and what Piltdown meant (and means) to paleoanthropology. Suspects charged with perpetrating the hoax have included the fossil’s discoverer Charles Dawson, scientific notables like William J. Sollas and Sir Arthur Keith, and even Sir Arthur Conan Doyle and the philosopher Pierre Teilhard de Chardin.
In the first decade of twentieth-century, the fledgling discipline had few fossils to hang its science on. A couple of Neanderthal skulls, a few specimens from France, some scattered skeletal elements from around Europe, a skull from Australia—to say nothing of Eugene Dubois’s famous 1891 find in Java (which he termed Pithecanthropus erectus) which firmly established Southeast Asia as an epicenter of human evolution for the scientific communities of Europe. Equally as debated as the geographic origin of human ancestry was the evolutionary sequence of “human-like” traits and the order that these traits appear in the fossil record. For the early twentieth-century paleo-community, the question of whether brains (read: a surrogate for culture) developed before or after bipedalism (read: non-cultural anatomy) occupied a good proportion of paleo-research efforts.
The Piltdown material itself came to the attention of British intellectuals, like paleontologist Arthur Smith Woodward, via the British Museum upon the fossil’s excavation in 1912. The Piltdown fossil consisted of a mandibular fragment (the lower jaw) as well as portions of the crania (the skull), recovered from the Piltdown gravels of East Sussex by antiquarian Charles Dawson. The find was promptly and rather grandiosely named Eoanthropus dawsoni.
Woodward claimed that the find pointed to a “missing link” in the chain of human evolution—a fossil that could be reconstructed as a human ancestor with a large brain. This would have been a testament to the long-term significance of culture and intellectual prowess in the evolution of Homo sapiens.
Woodward wasn’t alone in his interpretation. The Piltdown fossils became readily accepted by the paleo-community. Indeed, many fossils found in subsequent decades (such as the 1925 Taung Child in South Africa) were ignored due to the influence of Piltdown. Even prominent American paleontologist Henry Fairfield Osborn (then-president of the American Museum of Natural History) declared the skull and jaw a perfect fit and the specimen fascinating.
In 1953, a committee of sorts convened to evaluate the growing dissatisfaction with the fossil and the evidence against it being legitimate. In the end, “fossil” was demonstrated to comprise three “modern” species—a human skull, an orangutan jaw, and chimpanzee teeth. The teeth had been filed down and the entire set of bones stained with an iron solution. A few scientists in the early days of the fossil’s fame (like Franz Weidenreich, discoverer of the 1930s fossils ascribed to the so-called Peking Man) declared the fossil a forgery, but it wasn’t until 40 years after the fossil’s entry into the paleo community that is was exposed for what it was.
But what was it? A forgery? A hoax? A joke? A gross error in bending facts to fit a theory?
On some level, the Piltdown “fossil” is all of these things. However, it is also an important lesson not only about early twentieth-century science’s search for a missing link, but also our own. In a discourse where chains, links, and linearity are treated not only as helpful metaphors (“the Great Chain of Being,” “the Tree of Life”), but as actual explanation for biological phenomenon, Piltdown Man serves as a reminder that missing links can also be invented ones.
Acknowledgments: The author would like to acknowledge the Pennoni Honors College, Drexel University and the generous time and conversations of Dr. Francis Thackery (University of Witwatersrand.)


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--- title: Discussion about LDS patent --- The release of Gecode 3.4.2, removing LDS because of patent issues, triggered a controversial discussion on Michael Trick's Operations Research Blog.


| exposure process reported | exposure material reported | exposure material id | disease reported | disease ontology id | disease stage reported |
|---|---|---|---|---|---|
| is-required; subclass-of 'exposure process'; | subclass-of|equivalent-to 'material entity'; equivalent-to %3; is-required (when %1 subclass-of ('administering substance in vivo' or 'exposure to substance without evidence for disease' or 'occurrence of infectious disease' or 'occurrence of allergic disease')); is-excluded (when %1 equivalent-to 'occurrence of disease'); is-excluded (when %1 subclass-of ('occurrence of autoimmune disease' or 'occurrence of cancer' or 'no exposure' or unknown)) | equivalent-to %2 | subclass-of disease; subclass-of 'has material basis in' some %2 (when %1 not-subclass-of ('occurrence of autoimmune disease' or 'occurrence of cancer')); equivalent-to %5; is-required (when %1 subclass-of 'occurrence of disease'); is-excluded (when %1 equivalent-to 'administering substance in vivo'); is-excluded (when %1 subclass-of (vaccination or 'transplant or transfusion' or 'exposure to substance without evidence for disease' or 'no exposure' or unknown)) | equivalent-to %4 | subclass-of 'disease stage'; is-required (when %1 subclass-of 'occurrence of disease'); is-excluded (when %1 not-subclass-of 'occurrence of disease') |
| unknown | |||||
| administering substance in vivo | Hepacivirus C | NCBITaxon:11103 | |||
| exposure to substance without evidence for disease | Dengue virus | NCBITaxon:12637 | |||
| occurrence of disease | |||||
| occurrence of infectious disease | Dengue virus | NCBITaxon:12637 | dengue hemorrhagic fever | DOID:12206 | Acute/Recent onset |
| occurrence of infectious disease | Dengue virus | NCBITaxon:12637 | Acute/Recent onset | ||
| occurrence of infectious disease | Dengue virus | NCBITaxon:12637 | dengue hemorrhagic fever | DOID:12206 | |
| occurrence of infectious disease | Dengue virus | NCBITaxon:11060 | dengue hemorrhagic fever | DOID:12206 | Acute/Recent onset |
| occurrence of infectious disease | Dengue virus | NCBITaxon:12637 | Dengue virus 2 | NCBITaxon:11060 | Acute/Recent onset |
| 'exposure to substance without evidence for disease' or 'administering substance in vivo' | 'Hepacivirus C' or blood | UBERON:0000178 | Chronic | ||
| occurrence of infectious disease | Dengue virus | NCBITaxon:12637 | dengue hemorrhagic fever|wheat allergy | DOID:12206|DOID:3660 | Acute/Recent onset |
| occurrence of infectious disease | Dengue virus | NCBITaxon:12637 | dengue hemorrhagic fever|dengue hemorrhagic fever | DOID:12206|DOID:12206 | Acute/Recent onset |


Sensor:
AmbientLightSensor
Accelerometer
Gyroscope
Magnetometer
AbsoluteOrientationSensor
Frequency:
10
30
60
Current Information:
Sensor:
Frequency:


Bronx was the embodiment of pure love. He loved each and every one of us with every fiber of his being, as we did him. He absolutely loved to cuddle and be cuddled. He never denied giving and receiving kisses even when he was fast asleep. He had the sweetest face and the most beautiful eyes that were impossible to say no to. As big as he was, he was extremely sensitive and needed constant love and affection....
Read More“Miss me a little, but not too long and not with your head bowed low. Remember the love that we once shared, miss me but let me go, as I am gone from your sights, but never from your hearts "


|
On the applicability of the Hadamard as an input modulator for problems of classification.
v2.2
Documentation for lg.
|
#include <Node_Network.hpp>
Public Member Functions | |
| Node_Network (std::string node_name, std::vector< std::string > input_names, Neural_Network *network, std::shared_ptr< Operation > operation) | |
| Node_Network (lg::IOData &data, Neural_Network *network) | |
| void | run (bool training=false) |
| void | backprop () |
| void | accumulate_deltas () |
| void | update_parameters (const float learningrate) |
| void | reset_errors () |
| void | reset_deltas (const float momentum) |
| void | save (lg::IOData &data) |
| const std::string | getName () const |
| const std::vector< std::string > | getInputsNames () |
| const std::vector< int > | getInputsIndicies () |
| void | print () |
| Tensor_float & | getOperationOutput () |
| void | setOperationOutput (Tensor_float &output) |
| Operation * | getOperation () |
Definition at line 42 of file Node_Network.hpp.
| lg::Node_Network::Node_Network | ( | std::string | node_name, |
| std::vector< std::string > | input_names, | ||
| Neural_Network * | network, | ||
| std::shared_ptr< Operation > | operation | ||
| ) |
Definition at line 19 of file Node_Network.cpp.
| lg::Node_Network::Node_Network | ( | lg::IOData & | data, |
| Neural_Network * | network | ||
| ) |
Definition at line 40 of file Node_Network.cpp.
| void lg::Node_Network::accumulate_deltas | ( | ) |
Definition at line 134 of file Node_Network.cpp.
| void lg::Node_Network::backprop | ( | ) |
Definition at line 128 of file Node_Network.cpp.
| const std::vector< int > lg::Node_Network::getInputsIndicies | ( | ) |
Definition at line 170 of file Node_Network.cpp.
| const std::vector< std::string > lg::Node_Network::getInputsNames | ( | ) |
Definition at line 164 of file Node_Network.cpp.
| const std::string lg::Node_Network::getName | ( | ) | const |
Definition at line 158 of file Node_Network.cpp.
| Operation * lg::Node_Network::getOperation | ( | ) |
Definition at line 176 of file Node_Network.cpp.
| Tensor_float & lg::Node_Network::getOperationOutput | ( | ) |
Definition at line 206 of file Node_Network.cpp.
| void lg::Node_Network::print | ( | ) |
Definition at line 220 of file Node_Network.cpp.
| void lg::Node_Network::reset_deltas | ( | const float | momentum | ) |
Definition at line 152 of file Node_Network.cpp.
| void lg::Node_Network::reset_errors | ( | ) |
Definition at line 146 of file Node_Network.cpp.
| void lg::Node_Network::run | ( | bool | training = false | ) |
Definition at line 122 of file Node_Network.cpp.
| void lg::Node_Network::save | ( | lg::IOData & | data | ) |
| void lg::Node_Network::setOperationOutput | ( | Tensor_float & | output | ) |
Definition at line 212 of file Node_Network.cpp.
| void lg::Node_Network::update_parameters | ( | const float | learningrate | ) |
Definition at line 140 of file Node_Network.cpp.


April 15, 2018
April 21, 2018
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--- layout: page title: News excerpt: "Hack.lu is an open convention/conference where people can discuss about computer security, privacy, information technology and its cultural/techni cal implication on society. It's the 13th edition (17-19 October 2017) of hack.lu at Alvisse Parc Hotel in Luxembourg." search_omit: true ---


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Click each button to see the difference between trigger() and triggerHandler(). trigger() triggerHandler()


Our rule for whitespace is that all non-visible whitespace (including ) should be replaced with a single space, but all visible newlines (
,
, and
formatted newlines) should be preserved.
| Test Text Content |
||
| open | ../tests/html/test_text_content.html | |
| verifyText | nonTextMarkup | There is non-visible and visible markup here that doesn't change the text content |
| verifyText | spaces | exact:1 space|2 space|3 space|1 nbsp|2 nbsp|3 nbsp|2 space_nbsp|2 nbsp_space|3 space_nbsp_space|3 nbsp_space_nbsp |
| verifyText | tabcharacter | tab character between |
| verifyText | nonVisibleNewlines | non visible newlines between |
| verifyText | visibleNewlines | regexp:visible\s*newlines\s*between |
| verifyNotText | visibleNewlines | visible newlines between |
| verifyText | paragraphs | First paragraph*Second paragraph |
| verifyNotText | paragraphs | First paragraph Second paragraph |
| verifyText | preformatted | preformatted*newline |
| verifyNotText | preformatted | preformatted newline |
| verifyText | mixedMarkup | visible*newlines and markup and non-visible newlines and markup*With*a paragraph*and*pre*formatted*text |


EVERYTHING YOU ALWAYS WANTED TO KNOW ABOUT SEX (BUT WERE AFRAID TO ASK) (1972) A Film Review by Ted Prigge Copyright 1997 Ted Prigge
Director: Woody Allen Writer: Woody Allen (from the book by David Reuben) Starring: Woody Allen, Louise Lasser, Lynn Redgrave, Gene Wilder, Tony Randall, Burt Reynolds, John Carridine, Regis Philbin, Lou Jacobi
Many people know about the popular book, "Everything You Always Wanted to Know About Sex (But Were Afraid to Ask)," which was a straight-forward sex book (obviously), and this is the basis for the film. However, this is not some striaght-forward outline of the book (just picture Woody demonstrating sodomy on some chick like Louise Lasser or Diane Keaton - sorry for the imagery). Instead, this is a collection of short films, very, very, very loosely based on some of the chapters from the book, each taking a concept from a specific chapter, and going totally crazy with it.
I will rate each of the little films individually and make some kind of average for the whole film. So here we go:
1. "Do Aphrodisiacs Work?" - In this hysterically comical film that gets funnier by the second, Woody plays a really bad court jester who becomes obsessed with his queen (Lynn Redgrave), and gets an aphrodisiac so he can get to know her a little better (nudge nudge). Things get complicated, some things don't go as planned (although some do), and we get a hilarious finale. Woody's one-liners are perfect here (especially in the intentionally bad joke-laden beginning, and the spoof of "Hamlet" - "T.B. or not T.B, that is the conjestion..."), and he's at his funniest acting, which is not a shock. The little film moves quickly, and is paced near perfectly. So...
MY RATING (out of 4): ****
2. "What is Sodomy?" - This could have been a one-joke premise, but thanks to the writing, it only gets funnier. But it's just not as good as the first one. This one stars Gene Wilder (doing some of his manic funniest as the film goes on) as a family doctor who falls in love with a sheep. Hence, sodomy (use your randy imagination). The film includes such little jokes as asking for grass at a hotel ("No, real grass"), the sheep wearing garters, and the brilliantly done ending where Gene weeps for his long-lost love by drinking Woolite.
MY RATING (out of 4): ***
3.  - Done all in Italian with sub-titles, this one is about a swinger (Woody) who marries a beautiful woman (Louise Lasser, from "Mary Hartman, Mary Hartman" and his "Bananas"), but finds that she can never achieve an orgasm with him...until he finds out she has a fetish for public sex. It's deifinitely not the funniest film, and doesn't end the perfect way, but sure knows how to be clever, and, well, it's hilarious. And the Italian works.
MY RATING (out of 4): ***
4. "Are Transvestites Homosexuals?" - Not involving Woody again, this one centers around a middle-aged couple who go over to their future in-laws for supper, but the husband of the visiting family (Lou Jacobi) goes upstairs to the foreign bedroom to indulge in his big fetish: transvestitism. But while parading around in women's clothes, he's almost caught, and has to flee the house, cover up his moustache, talk in high falsetto, and try to figure out how to get back inside without being noticed. It's one of the funniest things I've ever seen, and only gets funnier as it moves on with good pacing.
MY RATING (out of 4): ***1/2
5. "What are Sex Perverts?" - Funny skit is probably the only disappointing one here, even though it's funny. The film, shot on purposely bad film, shows an episode of a very liberal game show (in black and white, no less) called "What's Your Perversion?," feautring guests who come on and are asked questons by a panel (including Regis Philbin - not even kidding) who try to come up with the guest's fetish. It never really goes anywhere, but is still hilarious.
MY RATING (out of 4): **1/2
6. "Are the Findings of Doctors and Clinics Who Do Sexual Research and Experiments Accurate?"   Also, he has an Igorian servent who's hunchbacked only because the doctor gave him a prolonged orgasm (through an experiment). But this film switches identity, and when the doctor's house is burned down by the scholar and the journalist (long story), what emerges and wreaks havoc on the countryside is...(eerie music) a gigantic breast. How they catch it is classic. So is the sketch.
MY RATING (out of 4): ***1/2
7. "What Happens During Ejaculation?"  Inside all the specific body parts are little people, working their asses off to help create sex. In the brain is "Mission Control," with Tony Randal as the cheif and Burt Reynolds as a switchboard man (with the classic Reynolds line "Proceed with erection; all systems go."), and as a sperm is (big shock) Woody, as the most insecure of them all ("What if he's masturbating? I'll end up on the wall!") It only gets funnier and funnier and funniet, and is paced beautifully, with little problems jumping in at just the right time (a saboteur of the mission turns out to be a little inner priest). With great acting, great writing, and, well, some cool sets and special effects (for a 70s comedy), we get a perfect way to end the movie, and one of Woody's funniest pieces of work.
MY RATING (out of 4): ****
So, "Everything You Always Wanted to Know About Sex (But Were Afraid to Ask)" is a hilarious movie, made just for the twisted neurotic fans of Mr. Allen AND people who love great sketch comedy that isn't afraid to insult and outrage. Yes, it has its peaks and valleys, but overall, it's a fantastic piece of comedy, and a great film to watch.
AVERAGE RATING (out of 4): ***1/2
Homepage at: http://www.geocities.com/Hollywood/Hills/8335/
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This example shows how to create a Stateless session EJB using annotations. As stated in the "JSR 220: Enterprise JavaBeansTM,Version 3.0 - EJB Core Contracts and Requirements",
"Stateless session beans are session beans whose instances have no conversational state. This means that all bean instances are equivalent when they are not involved in servicing a client-invoked method. The term 'stateless' signifies that an instance has no state for a specific client."
What this means is quite simply that stateless beans are shared. They do in fact have state as you can assign values to the variables, etc. in the bean instance. The only catch is there are a pool of identical instances and you are not guaranteed to get the exact same instance on every call. For each call, you get whatever instance happens to be available. This is identical to checking out a book from the library or renting a movie from the video store. You are essentially checking out or renting a new bean instance on each method call.
With EJB 3.0, it's now possible to write stateless session bean without specifying a deployment descriptor; you basically have to write just a remote or local business interface, which is a plain-old-java-interface, annotated with the @Remote or @Local annotation the stateless session bean implementation, a plain-old-java-object which implements the remote or the local business interface and is annotated with the @Stateless annotation
In this example we develop a simple EJB 3 Stateless session EJB. Every stateless session bean implementation must be annotated using the annotation @Stateless or marked that way in the ejb-jar.xml file.
Our Stateless bean has 2 business interfaces: CalculatorRemote, a remote business interface, and CalculatorLocal, a local business interface. A minimum of one business interface is required.
In EJB 3.0 session beans do not need to implement the javax.ejb.SessionBean interface. You can simply annotate it as @Stateless if you want it to be a stateless session bean.
Users of EJB 2.x may notice the bean actually implements the business interfaces! In the prior version of EJB implementing the remote interface (which derives from javax.ejb.EJBObject) in your bean was just not allowed. Now there is no javax.ejb.EJBObject requirement, so implementing the business interfaces is standard practice for EJB 3.0.
Local interfaces in EJB are pass-by-reference interfaces. Meaning that normal java semantics are used for passing arguments, return values and exceptions. A business local interface can be any plain java interface. There are no restrictions on the method arguments, return types, or throws clauses.
Unless specified otherwise, every interface your bean implements (and it's parent class implements and so on) is considered to be a local business interface. You can use the @Local annotation to explicitly state that an interface is a local interface, but this is not required.
You'll notice that in EJB 3.0 the Local Business Interface of a stateless session bean does not need to extend from javax.ejb.EJBLocalObject and does not need a javax.ejb.EJBLocalHome interface as they did in EJB 2.x and prior. Per the vocabulary of the EJB spec, interfaces that implement javax.ejb.EJBLocalObject or javax.ejb.EJBLocalHome are considered Component Interfaces and the plain java interface above is considered a Business Interface.
Remote interfaces are pass-by-value interfaces. Meaning that all method parameters, return values, and exceptions are serialized on every call. The result is that you get a copy of the original object and not the original object. The advantage is of course that Remote interfaces can be used to invoke an EJB across a network in a client-server fashion. There are no restrictions on the Remote interface itself, but there are on the data passed in and out of the remote interface. The values passed into a method or returned from a method of a Remote interface must be serializable. It is fine for the method signature to be, for example, "public Object myMethod(Object myParam)" as long as the value passed in and returned implements java.io.Serializable.
As stated above, the Remote Business Interface of a bean can be any plain old interface. It does not need to extend javax.ejb.EJBObject, it does not need a javax.ejb.EJBHome, the methods do not need to throw javax.rmi.RemoteException, and the bean class can implement it!
At minimum the interface must be annotated with @Remote either in the
interface itself or in the bean class, or the interface must be declared
via
Writing an unit test for the stateless session EJb is quite simple. We need just to write a setup method to create and initialize the InitialContext, and then write our test methods
Note that JNDI names for Java SE clients are not standardized by the EJB spec. This is unfortunate and something being addressed in EJB 3.1. The default schema that OpenEJB uses is ejbName + interfaceType (i.e. Local, Remote, LocalHome, RemoteHome), so in our example "CalculatorImpl" + "Local" and "CalculatorImpl" + "Remote". You can in fact change this default to be absolutely anything you want including interface class name, ejb class name, and more.
package org.superbiz.stateless.basic;
import javax.ejb.Stateless;
@Stateless
public class CalculatorBean {
public int add(int a, int b) {
return a + b;
}
public int subtract(int a, int b) {
return a - b;
}
public int multiply(int a, int b) {
return a * b;
}
public int divide(int a, int b) {
return a / b;
}
public int remainder(int a, int b) {
return a % b;
}
}
Our CalculatorBean
can be easily tested using the EJBContainer
API in EJB 3.1
package org.superbiz.stateless.basic;
import junit.framework.TestCase;
import javax.ejb.embeddable.EJBContainer;
public class CalculatorTest extends TestCase {
private CalculatorBean calculator;
/**
* Bootstrap the Embedded EJB Container
*
* @throws Exception
*/
protected void setUp() throws Exception {
EJBContainer ejbContainer = EJBContainer.createEJBContainer();
Object object = ejbContainer.getContext().lookup("java:global/simple-stateless/CalculatorBean");
assertTrue(object instanceof CalculatorBean);
calculator = (CalculatorBean) object;
}
/**
* Test Add method
*/
public void testAdd() {
assertEquals(10, calculator.add(4, 6));
}
/**
* Test Subtract method
*/
public void testSubtract() {
assertEquals(-2, calculator.subtract(4, 6));
}
/**
* Test Multiply method
*/
public void testMultiply() {
assertEquals(24, calculator.multiply(4, 6));
}
/**
* Test Divide method
*/
public void testDivide() {
assertEquals(2, calculator.divide(12, 6));
}
/**
* Test Remainder method
*/
public void testRemainder() {
assertEquals(4, calculator.remainder(46, 6));
}
}
Running the example should generate output similar to the following
-------------------------------------------------------
T E S T S
-------------------------------------------------------
Running org.superbiz.stateless.basic.CalculatorTest
Apache OpenEJB 4.0.0-beta-1 build: 20111002-04:06
http://tomee.apache.org/
INFO - openejb.home = /Users/dblevins/examples/simple-stateless
INFO - openejb.base = /Users/dblevins/examples/simple-stateless
INFO - Using 'javax.ejb.embeddable.EJBContainer=true'
INFO - Configuring Service(id=Default Security Service, type=SecurityService, provider-id=Default Security Service)
INFO - Configuring Service(id=Default Transaction Manager, type=TransactionManager, provider-id=Default Transaction Manager)
INFO - Found EjbModule in classpath: /Users/dblevins/examples/simple-stateless/target/classes
INFO - Beginning load: /Users/dblevins/examples/simple-stateless/target/classes
INFO - Configuring enterprise application: /Users/dblevins/examples/simple-stateless
INFO - Configuring Service(id=Default Stateless Container, type=Container, provider-id=Default Stateless Container)
INFO - Auto-creating a container for bean CalculatorBean: Container(type=STATELESS, id=Default Stateless Container)
INFO - Configuring Service(id=Default Managed Container, type=Container, provider-id=Default Managed Container)
INFO - Auto-creating a container for bean org.superbiz.stateless.basic.CalculatorTest: Container(type=MANAGED, id=Default Managed Container)
INFO - Enterprise application "/Users/dblevins/examples/simple-stateless" loaded.
INFO - Assembling app: /Users/dblevins/examples/simple-stateless
INFO - Jndi(name="java:global/simple-stateless/CalculatorBean!org.superbiz.stateless.basic.CalculatorBean")
INFO - Jndi(name="java:global/simple-stateless/CalculatorBean")
INFO - Jndi(name="java:global/EjbModule181871104/org.superbiz.stateless.basic.CalculatorTest!org.superbiz.stateless.basic.CalculatorTest")
INFO - Jndi(name="java:global/EjbModule181871104/org.superbiz.stateless.basic.CalculatorTest")
INFO - Created Ejb(deployment-id=CalculatorBean, ejb-name=CalculatorBean, container=Default Stateless Container)
INFO - Created Ejb(deployment-id=org.superbiz.stateless.basic.CalculatorTest, ejb-name=org.superbiz.stateless.basic.CalculatorTest, container=Default Managed Container)
INFO - Started Ejb(deployment-id=CalculatorBean, ejb-name=CalculatorBean, container=Default Stateless Container)
INFO - Started Ejb(deployment-id=org.superbiz.stateless.basic.CalculatorTest, ejb-name=org.superbiz.stateless.basic.CalculatorTest, container=Default Managed Container)
INFO - Deployed Application(path=/Users/dblevins/examples/simple-stateless)
INFO - EJBContainer already initialized. Call ejbContainer.close() to allow reinitialization
INFO - EJBContainer already initialized. Call ejbContainer.close() to allow reinitialization
INFO - EJBContainer already initialized. Call ejbContainer.close() to allow reinitialization
INFO - EJBContainer already initialized. Call ejbContainer.close() to allow reinitialization
Tests run: 5, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 1.068 sec
Results :
Tests run: 5, Failures: 0, Errors: 0, Skipped: 0


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Gravol (Dimenhydrinate 50mg x 20) Female, 55kg.
Last night, (03/29/00) on a whim I decided to try Gravol. I had heard various thing about it being hallucinogenic, tho I didn't recall hearing any first hand experiences for friends. I went to the drugstore and bought a 30 blister pack of Gravol. When we got back to one of my friend's apartment I dropped eleven caps. Shortly after that I dropped another 4, then decided to wait an hour and a half to see how it was kicking in (I should add here that I had no idea what an apropriate dosage for somone of my weight would be. I just guessed) After a little over and hour I was starting to feel it and was having some very minor hallucinations. These were mostly slightly shifting patterns, and the feeling that I was being draw into them... At that point I went home, not wanting to walk through my neighbourhood while totally fucked. (About 30 min after taking the 15 I was feeling nauseaous and was developing a rather bad headache)
When I got home I dropped another 5 caps, and extra strength acetominophen and a caffeine pill (100mg), as my trip didn't seem to be going anywhere but I didn't feel like sleeping. I sat at the computer for a few hours during which time the trip didn't seem very intense at all.
I was beginning to get into a disassociative state, sort of similar to acid. The visuals were a bit more noticable than at the beginning of the trip, my tracers (which I have perminantly) were intensified and any smooth or lightly textured white object seemed to have a yellow gel or liquid rippling over the surface. I also noticed that if I stared at any white space for longer than a few seconds, a semi-opaque whitish object that vaguely reminded me of a creamy looking jellyfish would start to rise out of the surface and the bulbous part would look like it was reaching up to my face...
After a bit I decided to go to bed and at least lie down. I know I spent quite a while staring at my ceiling and the wall opposite my bed. My wall appeared like a projection screen to me. Pictures of various objects such as bottles and baby prams and kitchen utensils would float across the wall. These all had the same yellowish translucent jelly look that the white objects had before. The ceiling in my bedroom is white stuccoed with a pink butterfly hanging from the over head lamp. The stucco on the ceiling would form into extremely elaborate patterns and I kept seeing pink butterflies walking on the ceiling.
This morning when I woke up I was expecting to have come down from my trip and maybe have a hangover at worst... boy was I unpleasantly surprised... I was tripping about 10 times as hard as I was last night. I was shaking and having small convulsions and felt terrible, so I tried to go back to sleep. After a couple of hours of tossing and turning I managed to get to sleep again, but when I woke later I was still in my trip.
During the early morning one of the friends I was with last night came by. I was trying to tell her about what was happening but I couldn't even speak without a great deal of effort. I tried standing up a few times but each time I would fall over. It was like blacking out only it was more like having my vision consumed by a bright white light. I found walking to be nearly impossible, I seemed to have no sense of balance or depth perception and everytime I moved my head it would be like the rest of the world was on an elastic cord atached to me, so that everything would swing back and forth before snapping into my frame of vision...
My coordination was completely gone. I couldn't lift a glass to drink out of or ajust my glasses without banging or poking myself. Also communication was impossible. I would forget what I was saying every two words, and I'd just be unable to listen to anyone. Also by this point my hallucinations were becoming more and more indistinguishable from reality.
Through out all of today the effects of it were wearing off, tho my balance is still horrible (I nearly fell down the stairs 5 times) and my memory isn't what it should be. I also haven't gotten my depth perception back. I was trying to draw earlier today and I kept getting the feeling that I was going to fall into the paper, beacause it was so white and I was so focused on the centre of it that there was nothing visible in my peripheral vision to compare it too. Kind of like seeing stars in space...
The pre-sleep part of my trip was very intersting, it made me a little paranoid but I was well aware that all my hallucinations were just that. It was nothing too fabulous...
My post-sleep part of the trip wasn't pleasant at all. It was scary and disorienting to be unable to control one's body and it was far too intense... I think particularly because I experienced all this being for the most part unaware of whether any of these effects were normal or if the dosage I took was too high...
I think I'd try dimenhydrinate again, but definetely not regularly... It seems like a very anti-social drug and the trip isn't pleasant enough for regular use to be worth it...
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.


I am applying for Google Summer of Code this year under Debian. I got to know about this programme through my brother, who was selected for GSOC to contribute to a Debian project last year. He really inspired me to apply to GSOC, even though I hate to admit this publicly :P GSoC is a great opportunity for students like me and many others, to start contributing to open source softwares under the guidance of mentors.
This motivated me to give my best and apply this year. I decided to work on the project Wizard/GUI helping students get started under Debian. It aims at developing a tools and packages which would simplify the process for new applicants in the open source community to get the required setup. For example, installing useful development tools on their computer, subscribing to relevant mailing lists. This project specially interests me as I feel it overcomes the challenges I faced when starting with open source contribution and setting up the environment.
To make a meaningful contribution towards this project, I decided to create a concise Python script. This script automates the process of subscribing to relevant Debian mailing list by sending your email and then confirming it through a customised reply by mail. The input would be entered by the user in a PyQt Based GUI application. Initially, I wasn’t aware of technologies such as PyQt, but I overcame this barrier when I started working on it. For getting started with GSoC, I would highly recommend reading the article by Daniel Pocock (Debian mentor), since it personally helped me.
The blog explains how one could start contributing to the open source community by creating a github account, making a blog, joining relevant IRC channels and mailing lists etc.
GIT
Git is the fundamental requirement for collaborating on open source projects. It’s a “Distributed Version control” which allows people to work on same project and share the code and everyone knows what changes you and others have made.
Initially I was not well versed with Git but during this application period, I learned important concepts by watching youtube videos and reading blogs. It helped me Learn the basic concepts such as repositories, git command prompt, forking, pull requests etc. I also completed a quick 15 minute course here for learning basic git commands. While learning Git, all the commands and concepts may seem confusing and tedious, but it comes naturally when you start using it for projects.
PROJECT
The initial contribution I made for the project can be divided into 3 parts for better understanding:
- Submitting user email on the Debain-outreach website website
- Confirming Subscription through a mail reply
- Making a Python GUI for the above tasks
We would be able to do exactly like the video shown below. Sounds interesting?
Submitting user email on the website
To subscribe to the mailing list, I have to enter my email on this website and click on the subscribe button through a python script. On successful implementation, the user should get a mail confirming the same.
First, I learned about Python scripts that can be used to automate this process. It involves using python "requests" library which can send custom request (Post/Get) to a webpage. We don’t have to manually add query-strings to URLs or encode your POST data. You can easily add headers and pass data using this library. It has pre-configured functions that help you do that easily.
Another method that can be used to automate tasks is by using “Selenium Webdriver”. It provides a open source API for automating actions on website and can be integrated in your internet browser. But, the major drawback of using it is that it is too slow as compared to importing requests library in python. We could have also used urllib2 library but it adds more complexity.
The ‘requests’ library can be imported into python through command prompt by two ways:
- $ pipenv install requests : This command uses “pipenv” which is a ‘dependency manager’ for python. It’s a high level tool which essentially simplifies the process of installing libraries.Use pip to install Pipenv: pip install --user pipenv
- $ pip install requests : ‘pip’ is the default method used to install software packages written in python
Also, I installed Git Bash, which allows to run Unix commands and also do additional tasks like search command history, make user-defined functions etc.
References: Installation of Requests Virtual environment
For learning about its functioning , I wrote a code to automate the process for logging into Github account.
import requests
with requests.Session() as c:
url="https://github.com/login"
email=input("Enter you email: ")
PASSWORD=input("Enter your password: ")
c.get(url)
login_data=dict(username=email, password=PASSWORD)
c.post(url,data=login_data)
page=c.get("https://github.com/minkushjain?tab=repositories")
print(page.content)
The c.get pings a website for information at that specific url (making request). The web server responds and you can collect the content using the ‘get’ function. This could successfully login into my github account. I also tried some other tasks like downloading data (media) from different websites.
Next, for the original task, we had to enter your email in this link.
CODE:
import requests
with requests.Session() as c:
url="https://lists.debian.org/cgi-bin/subscribe.pl"
email=input("Enter you email: ")
c.get(url)
login_data={'user_email':email, 'list':'debian-outreach', 'action':'Subscribe'}
c.post(url,data=login_data,stream=True)
The email data had to be entered into the https://lists.debian.org/cgi-bin/subscribe.pl link as it can be discovered from the source page of the Mailing list web page.
After importing requests module, it asks the user to enter his email. Requests allow us to enter the data for the url as a dictionary of strings, which has been stored in login_data.
Now, we have Response object called ‘c’ using which we can get all the information. eg. If you want to enter key1=value1 and key2=value2 into httpbin.org/get , then you can store these values in a dictionary named ‘user_data’ and then enter it by:
user_data = {'key1': 'value1', 'key2': 'value2'}
r = requests.get('http://httpbin.org/get', params=user_data)
This is how you can enter data through post method of HTTPS on a web page.
c.post(url,data=login_data,stream=True)
I learned that HTTP has 2 types for inputting data: POST and GET
- ‘Get’ request includes all the user data into the URL. These parameters are shown in the URL and hence get stored in history
- ‘Post’ request submits the user data into a specific resource instead of showing up in the URL, hence it is a more secure way.
The Debian mailing list uses POST method since the login data doesn't get shown in the url of the website.
Confirming Subscription through a mail reply
After the clicking the subscribe button in the previous step, the user receives a mail. The user has to reply to that mail with Subject String as specified. To simplify this purpose, I learned about SMTP protocol (Simple Mail Transfer Protocol)
This is the basic code for sending a mail from one email to another using SMTP Protocol. It is basically a IP protocol used in sending and receiving e-mail.
import smtplib
server=smtplib.SMTP("smtp.gmail.com",587)
server.starttls()
server.login("your_email","password")
msg="Hello...sending message from smtp server protocol"
server.sendmail("your_email","receiver_mail",msg)
server.quit()
The server.login syntax intakes your username and password and logins into your mail.
from email.mime.multipart import MIMEMultipart
from email.mime.text import MIMEText
This is a must for sending a mail with customized subject.The ‘587’ is the port through which the email is being sent. You can use other ports as well but every port leads to a different output!
I got multiple errors in the first code, stating that the authorization failed and it couldn’t connect to the network. To fix these, I allowed “installation of less secure 3rd party apps” in gmail settings. The statement “server.starttls()” also has to be added before authorisation into your account to get it working.
CODE:
import smtplib
from email.mime.multipart import MIMEMultipart
from email.mime.text import MIMEText
a=input("Enter the code of the subject you received in your mail: ")
b="CONFIRM "+a
fromaddr="sender_email"
<EMAIL_ADDRESS>msg = MIMEMultipart()
msg['From'] = fromaddr
msg['To'] = toaddr
msg['Subject'] = b
body = "Subscribe"
msg.attach(MIMEText(body, 'plain'))
server = smtplib.SMTP('smtp.gmail.com', 587)
server.starttls()
server.login(fromaddr, "sender_password")
text = msg.as_string()
server.sendmail(fromaddr, toaddr, text)
server.quit()
The mail could be sent from any email id regardless of user’s email. After entering the Subject string in the mail, it composes a mail to<EMAIL_ADDRESS>and eventually the user gets subscribed. I have concatenated the user code with 'CONFIRM' string for the subject of the mail.
This is just my first blog, I hope I am able to explain about the work I did. The journey till now has been exciting. In a short span of time I have learned about new meaningful technologies. I am discovering my potential and I am very motivated to move along with my work.
Thank you for reading!!
I will cover how to make UI like this is next post but you can already see the whole code along with UI on my gsoc-debian repository.


{% extends "schedule/base.html" %} {% load i18n %} {% load scheduletags i18n %} {% block extra_head %} {{ block.super }} {% comment %} Output all of the calendar functions as a rendered template. This is so we can enable/disable javascript based on the user's permissions This does not excuse us from checking permissions on the backend of course, but from a UX point of view, its better to not let the user see the add event box if they don't have any permission to add an event and so on. TODO: Change the file so it doesn't need to be rendered {% endcomment %} {% endblock %} {% block body %}
{# calendar should always be passed in since I 403 otherwise, but just in case... #} {% if calendar %} {% else %} {% if request.user %}{% blocktrans %} You do not have permission to view this calendar. Sorry about that, but try contacting the system administrator if you feel this is in error. {% endblocktrans %}
{% else %}{% blocktrans %} You do not have permission to view this calendar. You can try logging in and see if that helps, or you could also try contacting the system administrator if you feel this is in error. {% endblocktrans %}
{% endif %} {% endif %} {% endblock %} {% comment %} {% block body %}Name: {{calendar.name}}
Slug: {{calendar.slug}}
Event count: {{calendar.events.count}}
See as:


Printstagram → Created static pages. Blueprints → Created static pages. Print Studio → Created static pages.


{% extends "layout.html" %} {% block head %}
You've got {{ currency }} currency
You won {{ win }} from {{ total }} bets


| Top |
The GQueue structure and its associated functions provide a standard queue data structure. Internally, GQueue uses the same data structure as GList to store elements.
The data contained in each element can be either integer values, by using one of the Type Conversion Macros, or simply pointers to any type of data.
To create a new GQueue, use g_queue_new()
.
To initialize a statically-allocated GQueue, use G_QUEUE_INIT or
g_queue_init()
.
To add elements, use g_queue_push_head()
, g_queue_push_head_link()
,
g_queue_push_tail()
and g_queue_push_tail_link()
.
To remove elements, use g_queue_pop_head()
and g_queue_pop_tail()
.
To free the entire queue, use g_queue_free()
.
void
g_queue_free (GQueue *queue
);
Frees the memory allocated for the GQueue. Only call this function
if queue
was created with g_queue_new()
. If queue elements contain
dynamically-allocated memory, they should be freed first.
If queue elements contain dynamically-allocated memory, you should
either use g_queue_free_full()
or free them manually first.
void g_queue_free_full (GQueue *queue
,GDestroyNotify free_func
);
Convenience method, which frees all the memory used by a GQueue, and calls the specified destroy function on every element's data.
queue |
a pointer to a GQueue |
|
free_func |
the function to be called to free each element's data |
Since 2.32
void
g_queue_init (GQueue *queue
);
A statically-allocated GQueue must be initialized with this function
before it can be used. Alternatively you can initialize it with
G_QUEUE_INIT. It is not necessary to initialize queues created with
g_queue_new()
.
Since 2.14
void
g_queue_clear (GQueue *queue
);
Removes all the elements in queue
. If queue elements contain
dynamically-allocated memory, they should be freed first.
Since 2.14
guint
g_queue_get_length (GQueue *queue
);
Returns the number of items in queue
.
Since 2.4
void
g_queue_reverse (GQueue *queue
);
Reverses the order of the items in queue
.
Since 2.4
GQueue *
g_queue_copy (GQueue *queue
);
Copies a queue
. Note that is a shallow copy. If the elements in the
queue consist of pointers to data, the pointers are copied, but the
actual data is not.
Since 2.4
void g_queue_foreach (GQueue *queue
,GFunc func
,gpointer user_data
);
Calls func
for each element in the queue passing user_data
to the
function.
queue |
a GQueue |
|
func |
the function to call for each element's data |
|
user_data |
user data to pass to |
Since 2.4
GList * g_queue_find (GQueue *queue
,gconstpointer data
);
Finds the first link in queue
which contains data
.
Since 2.4
GList * g_queue_find_custom (GQueue *queue
,gconstpointer data
,GCompareFunc func
);
Finds an element in a GQueue, using a supplied function to find the desired element. It iterates over the queue, calling the given function which should return 0 when the desired element is found. The function takes two gconstpointer arguments, the GQueue element's data as the first argument and the given user data as the second argument.
queue |
a GQueue |
|
data |
user data passed to |
|
func |
a GCompareFunc to call for each element. It should return 0 when the desired element is found |
Since 2.4
void g_queue_sort (GQueue *queue
,GCompareDataFunc compare_func
,gpointer user_data
);
Sorts queue
using compare_func
.
queue |
a GQueue |
|
compare_func |
the GCompareDataFunc used to sort |
|
user_data |
user data passed to |
Since 2.4
void g_queue_push_head (GQueue *queue
,gpointer data
);
Adds a new element at the head of the queue.
void g_queue_push_tail (GQueue *queue
,gpointer data
);
Adds a new element at the tail of the queue.
void g_queue_push_nth (GQueue *queue
,gpointer data
,gint n
);
Inserts a new element into queue
at the given position.
queue |
a GQueue |
|
data |
the data for the new element |
|
n |
the position to insert the new element. If |
Since 2.4
gpointer
g_queue_pop_head (GQueue *queue
);
Removes the first element of the queue and returns its data.
gpointer
g_queue_pop_tail (GQueue *queue
);
Removes the last element of the queue and returns its data.
gpointer g_queue_pop_nth (GQueue *queue
,guint n
);
Removes the n
'th element of queue
and returns its data.
Since 2.4
gpointer
g_queue_peek_head (GQueue *queue
);
Returns the first element of the queue.
gpointer
g_queue_peek_tail (GQueue *queue
);
Returns the last element of the queue.
gpointer g_queue_peek_nth (GQueue *queue
,guint n
);
Returns the n
'th element of queue
.
Since 2.4
gint g_queue_index (GQueue *queue
,gconstpointer data
);
Returns the position of the first element in queue
which contains data
.
the position of the first element in queue
which
contains data
, or -1 if no element in queue
contains data
Since 2.4
gboolean g_queue_remove (GQueue *queue
,gconstpointer data
);
Removes the first element in queue
that contains data
.
Since 2.4
guint g_queue_remove_all (GQueue *queue
,gconstpointer data
);
Remove all elements whose data equals data
from queue
.
Since 2.4
void g_queue_insert_before (GQueue *queue
,GList *sibling
,gpointer data
);
Inserts data
into queue
before sibling
.
sibling
must be part of queue
.
Since 2.4
void g_queue_insert_after (GQueue *queue
,GList *sibling
,gpointer data
);
Inserts data
into queue
after sibling
sibling
must be part of queue
Since 2.4
void g_queue_insert_sorted (GQueue *queue
,gpointer data
,GCompareDataFunc func
,gpointer user_data
);
Inserts data
into queue
using func
to determine the new position.
queue |
a GQueue |
|
data |
the data to insert |
|
func |
the GCompareDataFunc used to compare elements in the queue. It is
called with two elements of the |
|
user_data |
user data passed to |
Since 2.4
void g_queue_push_head_link (GQueue *queue
,GList *link_
);
Adds a new element at the head of the queue.
void g_queue_push_tail_link (GQueue *queue
,GList *link_
);
Adds a new element at the tail of the queue.
void g_queue_push_nth_link (GQueue *queue
,gint n
,GList *link_
);
Inserts link
into queue
at the given position.
queue |
a GQueue |
|
n |
the position to insert the link. If this is negative or larger than
the number of elements in |
|
link_ |
the link to add to |
Since 2.4
GList *
g_queue_pop_head_link (GQueue *queue
);
Removes and returns the first element of the queue.
GList *
g_queue_pop_tail_link (GQueue *queue
);
Removes and returns the last element of the queue.
GList * g_queue_pop_nth_link (GQueue *queue
,guint n
);
Removes and returns the link at the given position.
Since 2.4
GList *
g_queue_peek_head_link (GQueue *queue
);
Returns the first link in queue
.
Since 2.4
GList *
g_queue_peek_tail_link (GQueue *queue
);
Returns the last link in queue
.
Since 2.4
GList * g_queue_peek_nth_link (GQueue *queue
,guint n
);
Returns the link at the given position
Since 2.4
gint g_queue_link_index (GQueue *queue
,GList *link_
);
Returns the position of link_
in queue
.
Since 2.4
void g_queue_unlink (GQueue *queue
,GList *link_
);
Unlinks link_
so that it will no longer be part of queue
.
The link is not freed.
link_
must be part of queue
.
Since 2.4
struct GQueue { GList *head; GList *tail; guint length; };
Contains the public fields of a Queue.
#define G_QUEUE_INIT { NULL, NULL, 0 }
A statically-allocated GQueue must be initialized with this
macro before it can be used. This macro can be used to initialize
a variable, but it cannot be assigned to a variable. In that case
you have to use g_queue_init()
.
1 |
GQueue my_queue = G_QUEUE_INIT; |
Since 2.14


This HTL file, if you want to uyse it as a tool, should be put in the server as your google takeout data.


close the message channel
get the IP address of the peer
get the IP address of the peer
the peer IP address
return the status of the message channel
return the status of the message channel
true if the connection is still connected, false if the connection is broken
open the message channel.
open the message channel. Before calling this method, the setMessageHandler must be called to set the message handler.
send a gearman message to peer with optional callback method.
send a gearman message to peer with optional callback method. If callback is provided, the callback will get the message send status ( true for successful sending and false for sending failure)
the message sent to peer
optional callback to get the send status
set the message handler for this message channel.
set the message handler for this message channel. All received gearman message from this channel will be dispatched to the message handler.
the message handler to handle the received message
presents a bi-direction communication channel between two peers.
When the client/worker starts, it will try to create a connection to the gearman server. If the communication channel is established successfully, a message channel will be created between the client/worker and gearman server.
The client/worker and the gearman server will get the message channel to present the established communication channel


Overview
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A
AngularJsAjaxFilters
- Class in
grails_angularjs
Filter for all controllers actions that starts with the given prefix in the name, blocking (and logging) normal (non-ajax) calls to them.
AngularJsAjaxFilters
()
- Constructor in
AngularJsAjaxFilters
AngularjsResourcesGrailsPlugin
- Class in
AngularjsResourcesGrailsPlugin
AngularjsResourcesGrailsPlugin
()
- Constructor in
AngularjsResourcesGrailsPlugin
AngularjsResourcesPluginResources
- Class in
AngularjsResourcesPluginResources
AngularjsResourcesUrlMappings
- Class in
AngularjsResourcesUrlMappings
AngularjsResourcesUrlMappings
()
- Constructor in
AngularjsResourcesUrlMappings
AngularJsService
- Class in
grails_angularjs
Service for get some info on the AngularJs published by the plugin in the webapp
It has default scope (singleton), but in a not transactional way.
AngularJsService
()
- Constructor in
AngularJsService
angularJsVersion
- Field in
AngularJsService
author
- Property in
AngularjsResourcesGrailsPlugin
authorEmail
- Property in
AngularjsResourcesGrailsPlugin
B
C
D
description
- Property in
AngularjsResourcesGrailsPlugin
destroy
()
- Method in
AngularJsService
Destroy, automatically called before destroy, via the PreDestroy annotation.
developers
- Property in
AngularjsResourcesGrailsPlugin
documentation
- Property in
AngularjsResourcesGrailsPlugin
doWithSpring
- Property in
AngularjsResourcesGrailsPlugin
E
F
filters
- Property in
AngularJsAjaxFilters
G
getAngularJsVersion
()
- Method in
AngularJsService
Returns the AngularJs version used and published by the plugin.
getJsFile
(String)
- Method in
AngularjsResourcesPluginResources
grailsApplication
- Property in
AngularJsAjaxFilters
grailsApplication
- Property in
AngularJsService
grailsVersion
- Property in
AngularjsResourcesGrailsPlugin
H
I
index
()
- Method in
Nge2eController
init
()
- Method in
AngularJsService
Initialization, automatically called after creation, via the PostConstruct annotation.
issueManagement
- Property in
AngularjsResourcesGrailsPlugin
J
K
L
license
- Property in
AngularjsResourcesGrailsPlugin
M
main
(String)
- Method in
AngularjsResourcesPluginResources
Implicit main method for Groovy Scripts
mappings
- Property in
AngularjsResourcesUrlMappings
N
Nge2eController
- Class in
angularjs
Nge2eController
()
- Constructor in
Nge2eController
O
P
pluginExcludes
- Property in
AngularjsResourcesGrailsPlugin
Q
R
S
scm
- Property in
AngularjsResourcesGrailsPlugin
T
title
- Property in
AngularjsResourcesGrailsPlugin
transactional
- Property in
AngularJsService
U
V
version
- Property in
AngularjsResourcesGrailsPlugin
W
X
Y
Z
_
Groovy Documentation


est = ChannelAutoReject()
Limits = namedtuple("Limits", "low high")
limits = dict(eeg=Limits(low=20e-7, high=400e-6),
grad=Limits(low=400e-13, high=20000e-13),
mag=Limits(low=400e-15, high=20000e-15))
est = _ChannelAutoReject()
param_dist = dict(thresh=uniform(thresh_range[0],
thresh_range[1]))
rs = RandomizedSearchCV(est, // XXX : is random really better than grid?
param_distributions=param_dist,


| Assessment Instrument |
| Description of Instrument:
|
| Assessment Item |
Value |
| Number of Students: |
{{parsedCSV.numberOfStudents}} |
| Grading Scale (e.g. 0-10) |
{{parsedCSV.gradingScale}} |
| Average Score: |
{{parsedCSV.averageScore}} |
| Score for Adequate Outcome Achievement (2 or better on the Likert 1-5 Scale): |
{{parsedCSV.minimumAcceptableLikertValue}} |
| % of Students Achieving Outcome Adequately: |
{{parsedCSV.percentageAchievingOutcome}} |
| Average Likert-scale value: |
{{parsedCSV.averageLikertScore}} |
| Instructor Comments:
|
|
|


The Pack Contains:
The polygon count on the models range from 2,600 tris for the skeleton sorcerer, to 7,200 tris for the skeleton archer with the double bows.
There are 2 different models – the sorcerer, and the warrior/archer.
Sorcerer
Added Sorcerer rig that is compatible with Mixamo magic pack. While the new sorcerer rig can be used with all the animations from Mixamo’s magic pack the older rig is still available which comes with 8 of its own animations (some contain mirrored variations):
Animations Included:
Idle, Walk, Dart, Spell 1, Spell 2, Spell 3, Receive hit, Death,
Warriors
The warrior/archer comes with 11 different animations (as with the sorcerer, some of these animations have mirrored variations):
Animations Included:
Idle, Walk, Run, Sword attack single hand Ver. 1 (with mirrored variation), Sword attack single hand Ver. 2 (with mirrored variation), Sword attack double hand ver 1, Sword attack double hand ver 2, Bow attack single hand (with mirrored variation), Bow attack double hand, Receive hit, Death
Youtube
SketchFab
*Since I couldn’t embed the sketchfab previews in, here are a few screenshots from the sketchfab previews:


Hi
i have a question: what is 1024 in code:
//--------------------------------------------------------------------------------------
double EnergyMonitor::calcIrms(unsigned int Number_of_Samples)
{
#if defined emonTxV3
int SupplyVoltage=3300;
#else
int SupplyVoltage = readVcc();
#endif
for (unsigned int n = 0; n < Number_of_Samples; n++)
{
sampleI = analogRead(inPinI);
// Digital low pass filter extracts the 2.5 V or 1.65 V dc offset,
// then subtract this - signal is now centered on 0 counts.
offsetI = (offsetI + (sampleI-offsetI)/1024);
filteredI = sampleI - offsetI;
// Root-mean-square method current
// 1) square current values
sqI = filteredI * filteredI;
// 2) sum
sumI += sqI;
}
double I_RATIO = ICAL *((SupplyVoltage/1000.0) / (ADC_COUNTS));
Irms = I_RATIO * sqrt(sumI / Number_of_Samples);
//Reset accumulators
sumI = 0;
//--------------------------------------------------------------------------------------
return Irms;
}
why 1024 ?
Thankyou
Re: why value 1024 in code [offsetI = (offsetI + (sampleI-offsetI)/1024);]
"why 1024 ?"
Why not? It's a handy number that gives a suitable time constant. Look up digital filters in your favourite search engine for more details. It is likely that the compiler will translate this into
(sampleI-offsetI) >> 10
which is a simple and fast operation.
Re: why value 1024 in code [offsetI = (offsetI + (sampleI-offsetI)/1024);]
Aren't at least some of those variables floating point? In which case won't it all get promoted to floating point, including the divide?
Re: why value 1024 in code [offsetI = (offsetI + (sampleI-offsetI)/1024);]
Maybe it's likely it won't. I hadn't woken up properly when I wrote that.
Re: why value 1024 in code [offsetI = (offsetI + (sampleI-offsetI)/1024);]
It looks like it produces a floating point multiply of 0x3a800000 (1 x 2^-10):
By comparison, if you change the 1024 to a 1023, it produces a floating point divide of 0x447fc000 (1.998046875 x 2^9):
which takes about 21 usecs longer. So the reasoning is sound. Even in floating-point land, dividing by a power of 2 is much better than dividing by something that's not.
Re: why value 1024 in code [offsetI = (offsetI + (sampleI-offsetI)/1024);]
Well, you live and learn. Intuitively, it felt right as I wanted a number near to that - maybe I had the conversion to integer maths at some future time in the back of my mind when I did it.
Re: why value 1024 in code [offsetI = (offsetI + (sampleI-offsetI)/1024);]
I think what we're seeing above in those two code snippets is an example of the floating point constant folding dilemma that cross-compiler writers need to be concerned with. The compiler was happy to manipulate the "/1024" into a multiply but stayed well away from doing anything clever with a "/1023".
One of the golden rules of cross-compiler design is that the target should behave exactly the same regardless of whether you ran the compiler on an i7, an ARM, a PowerPC, a MIPS etc. But all of those architectures will do floating point slightly differently, with different precisions etc. 1024 can be perfectly represented in floating point as 1.x 2^-10. It has a mantissa of precisely 1 (note all the zeroes in 0x3a800000 above), so the compiler can confidently fold that without any fear of changing the target behaviour (just like it regularly does with integer constants).
To do something similar with 1023, the compiler would have to have much more intimate knowledge of not only how the target does floating point, but also how the machine its running on does floating point, to ensure any folding it was about to do at compile time would produce exactly the same result as if it had left the target to do it.
gcc actually defines a bunch of macro templates to that end. When you're porting gcc to a new target architecture you can optionally fill out those macros. If you do, gcc will use your macros when it's folding floating point constants, and your macros can do floating point precisely the same way your target does. If you don't, gcc won't fold floating point constants, except for the trivial ones like 1024 that it can fold precisely. I think the above snippets suggest they didn't provide those macros for the AVR port, although I haven't confirmed that.
Re: why value 1024 in code [offsetI = (offsetI + (sampleI-offsetI)/1024);]
Hi
At this sample Digital filters for offset removal : http://openenergymonitor.org/emon/buildingblocks/digital-filters-for-offset-removal
Why not use direct formula: [filtered_value = sample - 512] ?, I think the result similar to the image above.
Thanks
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Re: why value 1024 in code [offsetI = (offsetI + (sampleI-offsetI)/1024);]
Where does the number 512 come from, and why should it be 512?
When you know the answer to that, you will see why a filter is necessary to extract the correct value.
Re: why value 1024 in code [offsetI = (offsetI + (sampleI-offsetI)/1024);]
Hi.
According to the article: www.homautomation.org/2013/09/17/current-monitoring-with-non-invasive-sensor-and-arduino/
512 is equivalent to 2, 5V is added to the arduino can be measured.(I'm using arduino with 5v and 10 bit resolution)
As I understand is:
1. Direct signal of CT is from: -2,5v -> 2,5v:
2. Arduino can not measure negative voltage, so we need to add 2.5V to U(sensor) to make the voltage measurable. (between 0V and 5V):
--------------------------------------------
So, as I understand: After arduino measured, I will take the measured value (Sample) subtract the value added (2,5v = 512) will get the true value of CT: [filtered_value = sample - 512]
I am a newbie, I do not know what I have missed?
Sorry if I have the silly question.
Thanks.
Re: why value 1024 in code [offsetI = (offsetI + (sampleI-offsetI)/1024);]
You're assuming that RA equals RB as shown in the schematic. The two resistors might have the same markings but in real-life each will have a resistance somewhere within it's stated tolerance, the 512 might be 511 or 513 as a result. It might even vary from day to day, so a hard-coded subtraction will never be as good as a filter to remove it.
Re: why value 1024 in code [offsetI = (offsetI + (sampleI-offsetI)/1024);]
I have understand the problem, use the formula [Digital filters] to [filtered_value] NOT depends on the voltage was added.
Thanks for the support. A great forum.


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Drake
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Friction
Static friction (or stiction) arises due to surface characteristics at the microscopic level (e.g., mechanical interference of surface imperfections, electrostatic, and/or Van der Waals forces).
Two objects in static contact need to have a force fₚ
applied parallel to the surface of contact sufficient to break stiction. Once the objects are moving, kinetic (dynamic) friction takes over. It is possible to accelerate one body sliding across another body with a force that would have been too small to break stiction. In essence, stiction will create a contrary force canceling out any force too small to break stiction (see Figure 2).
In idealized stiction, tangent force fₜ
is equal and opposite to the pushing force fₚ
up to the point where that force is sufficient to break stiction (the red dot in Figure 2). At that point, the tangent force immediately becomes a constant force based on the kinetic coefficient of friction. There are obvious discontinuities in this function which do not occur in reality, but this can be a useful approximation and can be implemented in this form using constraints that can be enabled and disabled discontinuously. However, here we are looking for a continuous model that can produce reasonable behavior using only unconstrained differential equations. With this model we can also capture the empirically-observed Stribeck effect where the friction force declines with increasing slip velocity until it reaches the kinetic friction level.
The Stribeck model is a variation of Coulomb friction, where the frictional (aka tangential) force is proportional to the normal force as:
fₜ = μ⋅fₙ
,
In the Stribeck model, the coefficient of friction, μ, is replaced with a slip speed-dependent function:
fₜ = μ(s)⋅fₙ
,
where s
is a unitless multiple of a new parameter: slip tolerance (vₛ
). Rather than modeling perfect stiction, it makes use of an allowable amount of relative motion to approximate stiction. When we refer to "relative motion", we refer specifically to the relative translational speed of two points Ac
and Bc
defined to instantly be located at contact point Co
and moving with bodies A and B, respectively.
The function, as illustrated in Figure 3, is a function of the unitless multiple of vₛ
. The domain is divided into three intervals:
s ∈ [0, 1)
: the coefficient of friction rises smoothly from zero to the static coefficient of friction, μs.s ∈ [1, 3)
: The coefficient of friction falls smoothly from μs to the kinetic (dynamic) coefficient of friction, μd.s ∈ [3, ∞)
: Coefficient of friction is held constant at μd.Other than the residual "creep" velocity limited by vₛ
, which can be arbitrarily small (in theory; see set_stiction_tolerance() for practical considerations), this model produces a reasonably good approximation of Coulomb friction. Its primary drawback is that the model is numerically very stiff in the stiction region, which requires either small step sizes with an explicit integrator, or use of a more-stable implicit integrator.


--- layout: post title: Basics & Setup - Part 1 subtitle: Series: Leveling up CSS with Sass categories: - series tags: [Sass] published: true ---
In this series of articles, I will go through the ends and out of Sass. I will focus on the Basics and Setup, Advanced Techniques, Project Organization, and Best Practices and Common Pitfalls. I would like to apologize now for all the terrible puns that will come up (Sass tends to lend itself well to them)
Alright so now lets dive into Sass. But before we start writing code, what the heck is Sass anyway?
Sass or Syntactically Awesome Stylesheets, is pre-processor language for adding functionality and flexibility to CSS. A pre-processor is just a fancy way of saying that this code will be compiled in a syntax that is usable to another language, CSS in this case. More simply Sass adds variables, functions (mixins), inheritance, and nesting to make CSS awesome again.
There are two types of sass syntax: indent-based (.sass) and traditional braces (.scss). I will be using the traditional style as it is closer to vanilla CSS. Indent-based might be more familiar to users of python and ruby.
There are plenty of reasons to use Sass. The biggest advantage is the sheer amount of re-usability of style code.  Here are just a few awesome advantages of using a pre-processor language.
Getting excited to start using Sass? Well then lets setup our dev environment.
There are number of excellent apps and command line processes for setting up a sass environment. So depending on your comfort level you can decide which option is the best fit for you.
All compilers for Sass follow the same process. The compiler runs a polling process that checks for file changes. When a Sass file is updated all files that are affected by it are compiled into CSS. Instantaneous compiling.
In addition to checking for file changes and compiling the output CSS many of the compilers feature additional options such as:
Debug mode - When enabled it will create comments in the compiled CSS that refer to the location they are created in the Sass. This is especially useful given that Sass compilers have a couple different compiler output methods
Output Style - There are four different output styles: Nested, Expanded, Compact and Compressed. Nested is the default and will properly indent nested styles. Expanded is exactly like vanilla CSS. Compact makes each rule take up a single line. Compressed removes all white space and essentially minifies the output.
"Scout is a cross-platform app that delivers the power of Sass & Compass into the hands of web designers."
Scout is probably the quickest and most painless way of setting up a Sass development environment. The Scout app is an adobe air application that you run on your desktop which contains all the necessary files for compiling Sass specific code.
"Guard is a command line tool to easily handle events on file system modifications."
Guard is my preferred method of compiling Sass files. It runs in the command line with a few simple commands. Things to note is you need a working installation of ruby, ruby gems, and guard before you can use guard-sass. However, once setup it integrates nicely with growl or notification apps.
So now that we have our Sass environment setup we can start actually utilizing the pre-processor. Make sure your method of compiling Sass is active before the next steps
Lets take a look at Sass variables. These are the easiest to understand and use. Variables are defined by using a dollar sign($) to denote the start of them. A colon(:) is then used to separate the variable name from its value.
One of the great things about Sass is that it doesn't try to reinvent the syntax of CSS. It just extends it the make it more powerful
{% highlight sass %} // Variables look like php except we use colon(:) instead of = $dark-blue: #1e427c; $green : #7fb636; // A style using a variable h1 { color: $dark-blue; } a { background-color: $green; color: #fff; } {% endhighlight %} {% highlight css %} /** * This is the compiled CSS code */ h1 { color: #1e4s7c; } a { background-color: #7fb636; color: #fff; } {% endhighlight %}There it is, Sass at its most basic. By defining a variable before at the beginning of a file it can be reused later to create DRY code.
Nesting in Sass works logically and just makes sense. By placing rules inside one another they inherit their parent rule selectors. By nesting Sass rules you also give yourself a visual cue for selectors that are further down in the DOM.
Pro Tip: While nesting selectors is awesome, don't get carried away with them. If a single class selector will suffice there is no need to nest it within html body etc. Too much nesting will create unnecessary code bloat.{% highlight sass %} // Top level nested style .twitter-feed { float:right; width: 300px; // Inner nested .heading { font: 400 14px/20px Verdana, sans-serif; color: #fff; } p { color: #525252; // Inner Inner nested a { text-decoration: none; color: #00FF00; } } }{% endhighlight %} {% highlight css %} .twitter-feed { float: right; width: 300px; } .twitter-feed .heading { font: 400 14px/20px Verdana, sans-serif; } .twitter-feed p { color: #525252; } .twitter-feed p a { text-decoration: none; color: #00FF00; }{% endhighlight %}
By this point you have setup a Sass environment and created your very first Sass file. In the next article I will go through more advanced techniques for using Sass including mixins, string interpolation, placeholders, extending, and calculations.


-webkit-marquee-style
Specifies the style of marquee motion.
The values scroll
and slide
both cause the content to start outside the box and move into the box, but if the value scroll
is specified, the content stops moving once the last content is visible. The value alternate
causes the content to shift back and forth within the box in the specified direction.
-webkit-marquee-style: alternate | none | scroll | slide;
The marquee shifts back and forth.
The marquee does not move.
The marquee loops in its specified direction.
The marquee moves in its specified direction, but stops either when the entirety of its content has been displayed or the content reaches the opposite border of its box, whichever comes second.


It's your move in your game with {{ other_email }}! They just played {{ last_move }} — how will you respond?
Your unique game link is {{ game_url }} — don't share it with anybody; that link is just for you!


{% extends "base.html" %} {% from "macros/_forms.html" import render_errors %} {% from "macros/_forms.html" import form_field %} {% block content %}


Solar Taxi App
Provided on this platform are various electronic vehicles that are powered by solar energy with the sole purpose of transporting people and for goods and services.
Provided on this platform are various electronic vehicles that are powered by solar energy with the sole purpose of transporting people and for goods and services.
Provided on this platform are various electronic vehicles that are powered by solar energy with the sole purpose of transporting people and for goods and services.
Provided on this platform are various electronic vehicles that are powered by solar energy with the sole purpose of transporting people and for goods and services.