The solution has three types of index patterns in the Elastic Search cluster. They are:
apimetric-* contains metrics related to the TCP API calls from the softphone. These operations include things such as Accepting a call, changing statues. This the agent’s softphone sends data every 30 seconds while the softphone window is open, regardless if there is an active call.
softphonecallreport-* contains meta data of the call such as call duration, total number of packets, if there were any signalling failures. This payload is sent at the end of each call when the call terminates.
softphonestreamstats-* for every second the call is connected, the custom softphone sends two entries data. One for inbound connection and one for outbound connection. Data included are latency for packets, jitter, packet loss etc. This payload is sent every 30 seconds while the call is connected to the softphone.
The softphonestreamstats-* is the core index where a the real time audio quality monitoring metrics are collected. At a 30 second internal the index is updated with 60 records. 2 records for each second in the previous 30 seconds. One record is for the metrics for audio inbound to the softphone and the second record for the metrics for audio outbound to the softphone.
Here we provide a brief description of the key attributes in the payload. For detailed explanation for each of the attributes please refer to the WebRTC Stats Standard [RFC3550]. For an example payload please check the below.
| Attribute | Description |
|---|---|
| RoundTripTimeMillis | Estimated round trip time for this channel based on the RTCP timestamps in the RTCP Receiver Report (RR) and measured in seconds. Calculated as defined in section 6.4.1. of [RFC3550]. If no RTCP Receiver Report is received with a DLSR value other than 0, the round trip time is left undefined. |
| jitterBufferMillies | Statistical variance of RTP data packet inter-arrival time (Jitter Buffer) in milliseconds. Calculated as defined in section 6.4.1. of [RFC3550]. |
| packetLost | Number of packets lost after travelling through the channel. Calculated as defined in [RFC3550] section 6.4.1. Note that because of how this is estimated, it can be negative if more packets are received than sent. |
| packetsCount | Total number of packets sent for this channel. Calculated as defined in [RFC3550] section 6.4.1. |
| audioLevel | Represents the audio level of the receiving track. |
RoundTripTimeMillis is null for “softphoneStreamType": “audio_input”
{
"_index": "softphonestreamstats-",
"_type": "document",
"_id": "xgqCwnQBpmDImy2qLcSG",
"_version": 1,
"_score": null,
"_source": {
"doc": {
"contactId": "173518a4-9d74-452d-a83c-0f652e7f422d",
"agent": "vinesc33",
"agentPrivateIp": "cb68c546-50ff-4c8b-b227-083670ab8d82.local",
"agentPublicIp": "<IP_ADDRESS>",
"agentRoutingProfile": "Basic Routing Profile",
"signalingEndpoint": "wss://rtc.connect-telecom.us-east-1.amazonaws.com/LilyRTC",
"iceServers": "turn:turnnlb-d76454ac48d20c1e.elb.us-east-1.amazonaws.com.:3478",
"contactQueue": "BasicQueue",
"softphoneStreamType": "audio_input",
"timestamp": "2020-09-24T23:45:43.278Z",
"packetsLost": 0,
"packetsCount": 17,
"audioLevel": 15,
"jitterBufferMillis": 2,
"roundTripTimeMillis": null
}
},
"fields": {
"doc.timestamp": [
"2020-09-24T23:45:43.278Z"
]
},
"sort": [
1600991143278
]
}
{
"_index": "softphonestreamstats-",
"_type": "document",
"_id": "xwqCwnQBpmDImy2qLcSG",
"_version": 1,
"_score": null,
"_source": {
"doc": {
"contactId": "173518a4-9d74-452d-a83c-0f652e7f422d",
"agent": "vinesc33",
"agentPrivateIp": "cb68c546-50ff-4c8b-b227-083670ab8d82.local",
"agentPublicIp": "<IP_ADDRESS>",
"agentRoutingProfile": "Basic Routing Profile",
"signalingEndpoint": "wss://rtc.connect-telecom.us-east-1.amazonaws.com/LilyRTC",
"iceServers": "turn:turnnlb-d76454ac48d20c1e.elb.us-east-1.amazonaws.com.:3478",
"contactQueue": "BasicQueue",
"softphoneStreamType": "audio_output",
"timestamp": "2020-09-24T23:45:43.278Z",
"packetsLost": 0,
"packetsCount": 50,
"audioLevel": 15,
"jitterBufferMillis": 1,
"roundTripTimeMillis": 188
}
},
"fields": {
"doc.timestamp": [
"2020-09-24T23:45:43.278Z"
]
},
"sort": [
1600991143278
]
}
A call report is generate after a call has disconnected (either successfully or unsuccessfully). The call report contains valuable information to help troubleshoot.
Here we provide a brief description of the key attributes in the payload. For detailed explanation for each of the attributes please refer to the WebRTC Stats Standard [RFC3550]. For an example payload please check the below.
| Attribute | Description |
|---|---|
| gumTimeMillis | Time taken for grabbing user microphone at the time of connecting RTCSession. |
| initializationTimeMillis | Time taken for session initialization in millis. Includes time spent in GrabLocalMedia, SetLocalSDP states. |
| iceCollectionTimeMillis | Time spent on ICECollection in millis. |
| signallingConnectTimeMillis | Time taken for connecting the signalling in millis. |
| handshakingTimeMillis | Times spent in completing handshaking process of the RTCSession in millis. |
| preTalkingTimeMillis | Times spent from RTCSession connection until entering Talking state in millis. |
| talkingTimeMillis | Times spent in Talking state in millis. |
| cleanupTimeMillis | Times spent in Cleanup state in millis |
| iceCollectionFailure | Tells if the RTCSession fails in ICECollection. |
| signallingConnectionFailure | Tells if the RTCSession failed in signalling connect stage. |
| handshakingFailure | Handshaking failure of the RTCSession |
| gumOtherFailure | Get user media (Gum) failed due to other reasons (other than Timeout) |
| gumTimeoutFailure | Get user media (Gum) failed due to timeout at the time of new RTCSession connection |
| createOfferFailure | RTC Session failed in create Offer state |
| setLocalDescriptionFailure | Tells if setLocalDescription failed for the RTC Session |
| userBusyFailure | Tells if handshaking failed due to user busy case, can happen when multiple softphone calls are initiated at same time |
| invalidRemoteSDPFailure | Tells it remote SDP is invalid |
| noRemoteIceCandidateFailure | A failure case when there is no RemoteIceCandidate |
| setRemoteDescriptionFailure | Tells if the setRemoteDescription failed for the RTC Session |
| _procMilliseconds | {number} Processing delay calculated by time to process packet header |
| _rttMilliseconds | {number} Round trip time calculated with RTCP reports |
| _jbMilliseconds | {number} Statistical variance of RTP data packet inter-arrival time |
| _bytesSent | {number} number of bytes sent to the channel |
| _bytesReceived | {number} number of bytes received from the channel |
| _framesEncoded | {number} number of video frames encoded |
| _framesDecoded | {number} number of video frames decoded |
| _frameRateSent | {number} frames per second sent to the channel |
| _frameRateReceived | {number} frames per second received from the channel |
| _statsReportType | {string} the type of the stats report |
| _streamType | {string} the type of the stream |
| softphoneStreamType | {string} the type of the stream |
{
"_index": "softphonecallreport-",
"_type": "document",
"_id": "BumCwnQBFWxktU6WLoMX",
"_version": 1,
"_score": null,
"_source": {
"agentPrivateIp": "cb68c546-50ff-4c8b-b227-083670ab8d82.local",
"numberofCpu": 8,
"localDeviceMemoryLimit": 8,
"agentBrowserName": "Chrome",
"agentBrowserversion": "85.0.4183.102",
"agentRoutingProfile": "Basic Routing Profile",
"contactQueue": "BasicQueue",
"contactId": "173518a4-9d74-452d-a83c-0f652e7f422d",
"report": {
"callStartTime": "2020-09-24T23:45:18.628Z",
"softphoneStreamStatistics": [
{
"_timestamp": "2020-09-24T23:45:43.278Z",
"_packetsLost": 1,
"_packetsCount": 528,
"_audioLevel": 15,
"_procMilliseconds": 104,
"_rttMilliseconds": null,
"_jbMilliseconds": 2,
"_bytesSent": null,
"_bytesReceived": 53378,
"_framesEncoded": null,
"_framesDecoded": null,
"_frameRateSent": null,
"_frameRateReceived": null,
"_statsReportType": "ssrc",
"_streamType": "audio_input",
"softphoneStreamType": "audio_input"
},
{
"_timestamp": "2020-09-24T23:45:43.278Z",
"_packetsLost": 14,
"_packetsCount": 943,
"_audioLevel": 15,
"_procMilliseconds": null,
"_rttMilliseconds": 188,
"_jbMilliseconds": 1,
"_bytesSent": 56032,
"_bytesReceived": null,
"_framesEncoded": null,
"_framesDecoded": null,
"_frameRateSent": null,
"_frameRateReceived": null,
"_statsReportType": "ssrc",
"_streamType": "audio_output",
"softphoneStreamType": "audio_output"
}
],
"callEndTime": "2020-09-24T23:45:43.479Z",
"gumTimeMillis": 5049,
"initializationTimeMillis": 5066,
"iceCollectionTimeMillis": 6,
"signallingConnectTimeMillis": 8,
"handshakingTimeMillis": 573,
"preTalkingTimeMillis": 5649,
"talkingTimeMillis": 19200,
"cleanupTimeMillis": null,
"iceCollectionFailure": false,
"signallingConnectionFailure": false,
"handshakingFailure": false,
"gumOtherFailure": false,
"gumTimeoutFailure": false,
"createOfferFailure": false,
"setLocalDescriptionFailure": false,
"userBusyFailure": false,
"invalidRemoteSDPFailure": false,
"noRemoteIceCandidateFailure": false,
"setRemoteDescriptionFailure": false
},
"agent": "vinesc33",
"externalIp": "<IP_ADDRESS>",
"signalingEndpoint": "wss://rtc.connect-telecom.us-east-1.amazonaws.com/LilyRTC",
"iceServers": "turn:turnnlb-d76454ac48d20c1e.elb.us-east-1.amazonaws.com.:3478"
},
"fields": {
"report.callEndTime": [
"2020-09-24T23:45:43.479Z"
],
"report.callStartTime": [
"2020-09-24T23:45:18.628Z"
]
},
"sort": [
1600991118628
]
}
Sample record below shows it took 25056 milliseconds (25 seconds) for the “getAgentSnapshot"
API. This is a long poll HTTP and it returns with updates every 30 seconds or if there is an update before the 30 second long poll is finished. There are other APIs (below) where the API call duration is measured, except for the getAgetnSnapshot API they should all return within a short period of time, this depends on your agent’s softphone network connection, however, if the long duration in the API calls here show latency for TCP related networking.
Don’t compare different API metric with each other, but one should track these APIs independently.
Here is a list of the TCP APIs:
Below is an example payload:
`{
"_index": "apimetric",
"_type": "document",
"_id": "fYFuunIBPUqLr0ZmuJ-Y",
"_version": 1,
"_score": null,
"_source": {
"doc": {
"agent"<EMAIL_ADDRESS>"queue": "sales",
"timestamp": "2020-06-16T00:01:57.026Z",
"getAgentSnapshot": 25056
}
},
"fields": {
"doc.timestamp": [
"2020-06-16T00:01:57.026Z"
]
},
"sort": [
1592265717026
]
}`


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In the district of Lazio there are several towers with certain costs depending on who makes it available. The power varies depending on the manufacturer and the number of turrets made available.


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I recently graduated from Dev Bootcamp's intensive 19 week program to train to become a web developer. I am seeking my first job as either a junior developer or data engineer. I am a lifelong learner who loves to solve challenging problems. Currently, I am teaching myself Machine Learning.
I grew up in New York City and lived in Madison Wisconsin for several years. I earned my Master of Arts in Mathematics from the University of Wisconsin in Madison. I was a Peace Corps volunteer in Kenya, where I taught math and physics at the secondary level. Afterwards, I moved to Chicago, where I worked for TAP Pharmaceuticals and Pearson Education while also taking courses at Loyola University in programming and database management. A few years ago I went back to graduate school to pursue a PhD in Mathematics (I am ABD). My area of research is link homology theories, but I am also interested in applications of algebraic topology to computer science (e.g. Concurrency and Topological Data Analysis)
My interests and hobbies include music and horror literature. I love learning to play musical intruments and have taken lessons on guitar, bass, banjo, and dobro. I love all kinds of music, but am partial to Pre-World War II Blues, Honky Tonk, Norwegian Black Metal, Australian Death Metal, and American Doom Metal. I am an avid reader of horror - especially the works of Thomas Ligotti and H.P. Lovecraft.
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SMS Backup+ 1.4.4
Author: Jan Berkel
Automatically backs up your SMS/MMS and call logs to Gmail or any other
IMAP server. Can also restore SMS / call logs after they have been backed up.
Information
Please visit the
SMS Backup+
github page for more information. Also make sure to check the
FAQ before
sending me an email.
Donation
This app is open source and will always be available for free in the market,
but if you find it useful consider donating:
| Via PayPal |
|
| ...or |
|
Thank you for your support. Instant Karma!
Recent release history
- 1.4.4 ICS Fix, more translations
- 1.4.3 FC Fix
- 1.4.2 MMS fixes, sync log
- 1.4.1 Dutch translation, bug fixes
See changes
on github for the full changelog.
Thanks
Many thanks to:
- Ben Dodson (Contacts 2.0 + MMS support)
- Felix Knecht Call log backup code
- Christoph Studer, the original author of SMS Backup
- The k9mail project for IMAP code
- The signpost project for OAuth support
- Shimon Simon (new icon design)
-
All translators: Chinese (bbs.goapk.com,
Chen Ma),
Spanish (Roberto Elena Ormad),
Polish (skolima),
Italian (Gabriele Ravanetti),
French (Christian Sorgi, al. et Julien Humbert),
Turkish (Harun Sahin),
Czech (Lukas Pribyl),
Swedish (Erik Eloff),
Russian (Petr P. Gornostaev),
Portuguese (João Pedro Ferreira),
Dutch (Martijn Brouns)
Serbian (Nemanja Bračko)
German (Markus Osanger)
- And all users who have flattered or donated money!
License
This application is released under the terms of the
Apache License, Version 2.0.


| Class | Description |
|---|---|
| AbstractConfigBean |
Java class for AbstractConfigBean complex type.
|
| AbstractTextual |
Java class for AbstractTextual complex type.
|
| Activities |
List of activities.
|
| Activity |
An activity is the link between a processor and the
actual service.
|
| ActivityInputPorts |
Java class for ActivityInputPorts complex type.
|
| ActivityInputs |
Java class for ActivityInputs complex type.
|
| ActivityInputs.Entry |
Java class for anonymous complex type.
|
| ActivityOutputPorts |
Java class for ActivityOutputPorts complex type.
|
| ActivityPortDefinitionBean |
Java class for ActivityPortDefinitionBean complex type.
|
| ActivityPortDefinitionBean.MimeTypes |
Java class for anonymous complex type.
|
| AnnotatedGranularDepthPort |
Java class for AnnotatedGranularDepthPort complex type.
|
| AnnotatedGranularDepthPorts |
List of annotated ports that have both depth and
granular depth.
|
| AnnotatedPort |
Java class for AnnotatedPort complex type.
|
| AnnotatedPorts |
List of annotated ports.
|
| AnnotationAssertionImpl |
Java class for AnnotationAssertionImpl complex type.
|
| AnnotationAssertionImpl.NetSfTavernaT2AnnotationAnnotationAssertionImpl |
Java class for anonymous complex type.
|
| AnnotationBean |
Java class for AnnotationBean complex type.
|
| AnnotationChain |
Chain of annotations.
|
| AnnotationChain.NetSfTavernaT2AnnotationAnnotationChainImpl |
Java class for anonymous complex type.
|
| Annotations |
List of annotation chains
|
| ApiConsumerConfig |
Java class for ApiConsumerConfig complex type.
|
| ApiConsumerParameterDimensions |
Java class for ApiConsumerParameterDimensions complex type.
|
| ApiConsumerParameterNames |
Java class for ApiConsumerParameterNames complex type.
|
| ApiConsumerParameterTypes |
Java class for ApiConsumerParameterTypes complex type.
|
| ArtifactDependencies |
Java class for ArtifactDependencies complex type.
|
| Author |
Java class for Author complex type.
|
| BasicArtifact |
Java class for BasicArtifact complex type.
|
| BeanshellConfig |
Configuration for the Beanshell activity.
|
| BioMartConfig |
Java class for BioMartConfig complex type.
|
| BioMartConfig.MartService |
Java class for anonymous complex type.
|
| BioMobyCategory |
Java class for BioMobyCategory complex type.
|
| BioMobyConfig |
Java class for BioMobyConfig complex type.
|
| BioMobyEntry |
Java class for BioMobyEntry complex type.
|
| BioMobyObjectConfig |
Java class for BioMobyObjectConfig complex type.
|
| BioMobyParserConfig |
Java class for BioMobyParserConfig complex type.
|
| BioMobySecondaries |
Java class for BioMobySecondaries complex type.
|
| BioMobyServiceType |
Java class for BioMobyServiceType complex type.
|
| ComponentConfig |
Java class for ComponentConfig complex type.
|
| Condition |
A conditional link.
|
| Conditions |
List of conditional control links.
|
| ConfigBean |
Java class for ConfigBean complex type.
|
| CrossProduct |
Java class for CrossProduct complex type.
|
| Dataflow |
A dataflow, that is a workflow that is data-driven.
|
| DataflowConfig |
Configuration for the nested dataflow activity.
|
| DataLink |
A link between two dataflow units, from source to
link.
|
| Datalinks |
List of datalinks between dataflow ports and
processors in a workflow.
|
| Dependencies |
Java class for Dependencies complex type.
|
| DependencyElement |
Java class for DependencyElement complex type.
|
| DepthPort |
Java class for DepthPort complex type.
|
| DepthPorts |
List of ports that have depths.
|
| DescriptiveTitle |
Java class for DescriptiveTitle complex type.
|
| DispatchLayer |
A dispatch layer, identified by Java class name.
|
| DispatchStack |
List of dispatch layers.
|
| DotProduct |
Java class for DotProduct complex type.
|
| Entry |
Java class for Entry complex type.
|
| EntryMap |
Java class for EntryMap complex type.
|
| ExampleValue |
Java class for ExampleValue complex type.
|
| ExternalToolConfig |
Java class for ExternalToolConfig complex type.
|
| FreeTextDescription |
Java class for FreeTextDescription complex type.
|
| GranularDepthPort |
Java class for GranularDepthPort complex type.
|
| GranularDepthPorts |
List of ports that have both depth and granular depth.
|
| Group |
Java class for Group complex type.
|
| HostInstitution |
Java class for HostInstitution complex type.
|
| HTTPHeaders |
Java class for HTTPHeaders complex type.
|
| HTTPHeaders.List |
Java class for anonymous complex type.
|
| IdentificationAssertion |
Java class for IdentificationAssertion complex type.
|
| InteractionConfig |
Java class for InteractionConfig complex type.
|
| Iteration |
Java class for Iteration complex type.
|
| IterationNode |
Java class for IterationNode complex type.
|
| IterationNodeParent |
Java class for IterationNodeParent complex type.
|
| IterationStrategyStack |
Java class for IterationStrategyStack complex type.
|
| LastPredictedDepthPort |
Java class for LastPredictedDepthPort complex type.
|
| Link |
One end of the links in the Datalink.
|
| LocalDependencies |
Java class for LocalDependencies complex type.
|
| LoopConfig |
Configuration of the loop layer,
which can call an activity again on a given condition.
|
| Map |
0 or more mappings.
|
| Mapping |
A mapping of port names.
|
| MimeType |
Java class for MimeType complex type.
|
| ObjectFactory |
This object contains factory methods for each
Java content interface and Java element interface
generated in the org.apache.taverna.scufl2.xml.t2flow.jaxb package.
|
| Optional |
Java class for Optional complex type.
|
| OriginalConfigBean |
A serialised configuration bean to configure a
dispatch layer or activity.
|
| ParallelizeConfig |
Defines maximum number of jobs to run
concurrently.
|
| Port |
Java class for Port complex type.
|
| PortProduct |
Java class for PortProduct complex type.
|
| Ports |
List of ports.
|
| Processor |
A processor of a dataflow.
|
| Processors |
List of processors.
|
| Properties |
Java class for Properties complex type.
|
| Property |
Java class for Property complex type.
|
| Raven |
Raven artifact described using typical Maven groupId,
artifactId and version.
|
| RESTConfig |
Java class for RESTConfig complex type.
|
| RetryConfig |
Defines parameters of retries for when an
activity fails.
|
| ReturnCodes |
Java class for ReturnCodes complex type.
|
| RShellConfig |
Java class for RShellConfig complex type.
|
| RShellConnection |
Java class for RShellConnection complex type.
|
| RShellSymanticType |
Java class for RShellSymanticType complex type.
|
| RShellSymanticType.RShellPortSymanticTypeBean |
Java class for anonymous complex type.
|
| RShellSymanticType.RShellPortSymanticTypeBean.SymanticType |
Java class for anonymous complex type.
|
| ScriptInputStatic |
Java class for ScriptInputStatic complex type.
|
| ScriptInputStatic.Content |
Java class for anonymous complex type.
|
| ScriptInputUser |
Java class for ScriptInputUser complex type.
|
| ScriptOutput |
Java class for ScriptOutput complex type.
|
| SemanticAnnotation |
Java class for SemanticAnnotation complex type.
|
| SoaplabConfig |
Configuration for the SoapLab activity.
|
| SpreadsheetColumnNameEntry |
Java class for SpreadsheetColumnNameEntry complex type.
|
| SpreadsheetColumnNames |
Java class for SpreadsheetColumnNames complex type.
|
| SpreadsheetExcludes |
Java class for SpreadsheetExcludes complex type.
|
| SpreadsheetImportConfig |
Java class for SpreadsheetImportConfig complex type.
|
| SpreadsheetRange |
Java class for SpreadsheetRange complex type.
|
| StaticInputs |
Java class for StaticInputs complex type.
|
| StringConstantConfig |
Java class for StringConstantConfig complex type.
|
| TopIterationNode |
Java class for TopIterationNode complex type.
|
| UsecaseConfig |
Java class for UsecaseConfig complex type.
|
| UsecaseDescription |
Java class for UsecaseDescription complex type.
|
| Workflow |
The container of a workflow definition.
|
| WSDLConfig |
Configuration for the WSDL activity.
|
| XMLSplitterConfig |
Java class for XMLSplitterConfig complex type.
|
| XPathConfig |
Java class for XPathConfig complex type.
|
| XPathNamespaceMap |
Java class for XPathNamespaceMap complex type.
|
| XPathNamespaceMap.Entry |
Java class for anonymous complex type.
|
| Enum | Description |
|---|---|
| ClassLoaderSharing |
Java class for ClassLoaderSharing.
|
| Encoding |
Java class for Encoding.
|
| LinkType |
Java class for LinkType.
|
| OutputFormat |
Java class for OutputFormat.
|
| Role |
Java class for role.
|
| SpreadsheetEmptyCellPolicy |
Java class for SpreadsheetEmptyCellPolicy.
|
| StandardWSDLSecurityProfile |
Java class for StandardWSDLSecurityProfile.
|
Copyright © 2015–2016 The Apache Software Foundation. All rights reserved.


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OUR PRIVACY POLICY
Should we collect and/or ask you to provide certain information by which you can be identified when using this website or our applications and services, then you can be assured that it will only be used in accordance with this privacy statement. By using our website, applications and/or services, you agree to the collection and use of your information in accordance with this policy.
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We may collect the following information:
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We require this information to understand your needs and provide you with a better service, and in particular for the following reasons:
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DATA RETENTION
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{% extends "base/base.html" %} {% load staticfiles %} {% load static %} {% block content %}
Tie-breaking has been performed. {% if poll.tie_breaking == 'Custom' %} The tie-breaking order has been defined by the poll creator before the poll opened. {% else %} The tie-breaking order has been randomly generated before the poll opened and is not known by the poll administrator. {% endif %}
{{ nb_voter }} voter{{ nb_voter|pluralize }} voted
{% else %}No voters have voted
{% endif %} {% if poll.private %} {% with total=poll.participant.all|length %}{{ total }} voter{{ total|pluralize }} registered
{% endwith %} {% endif %}Remaining time: {{ poll.get_remaining_time }} hours


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public
|
#
__construct( mixed $default_val = null, Iterator $iterable = null, callable $key_equality = '__equals', callable $value_equality = '__equals' )
Constructor.
Parameters
- $default_val
- $iterable
- $key_equality
- $value_equality
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public static
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public
string
|
#
__toString( )
Stringifies the dict instance.
Stringifies the dict instance.
Returns
string
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public
array
|
#
to_a( )
Converts the Dict instance to a native array. The result has the form
[[$key, $value], ...]
Converts the Dict instance to a native array. The result has the form
[[$key, $value], ...]
Returns
array
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public
php_adt\Arr
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#
to_arr( )
Converts the Dict instance to an instance of Arr. The result has the form
[[$key, $value], ...]
Converts the Dict instance to an instance of Arr. The result has the form
[[$key, $value], ...]
Returns
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public
php_adt\Dict
|
#
to_dict( )
Creates a copy of the Dict instance.
Creates a copy of the Dict instance.
Returns
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public
php_adt\Set
|
#
to_set( )
Converts the Dict instance to an instance of Set. The result has the form
{[$key, $value], ...}
Converts the Dict instance to an instance of Set. The result has the form
{[$key, $value], ...}
Returns
|
public
Str
|
#
to_str( )
Converts the Dict instance to an instance of Str.
Converts the Dict instance to an instance of Str.
Returns
Str
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public
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#
slice( $start = 0, $length = null )
|
public
mixed
|
#
current( )
Gets the value at the current position of the cursor.
Gets the value at the current position of the cursor.
Returns
mixed
Implementation of
Iterator::current()
|
public
mixed
|
#
key( )
Gets the key at the current position of the cursor.
Gets the key at the current position of the cursor.
Returns
mixed
Implementation of
Iterator::key()
|
public
|
#
next( )
Moves the cursor to the next key-value pair.
Moves the cursor to the next key-value pair.
Implementation of
Iterator::next()
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public
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#
rewind( )
Moves the cursor to the first key-value pair.
Moves the cursor to the first key-value pair.
Implementation of
Iterator::rewind()
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public
php_adt\Dict
|
#
add( ArrayAccess... $pairs )
Adds one or more key-value pairs to the dictionary. Each pair must have the key at index zero and the value at index 1. Chainable
Adds one or more key-value pairs to the dictionary. Each pair must have the key at index zero and the value at index 1. Chainable
Parameters
Returns
Overrides
|
public
php_adt\Dict
|
#
clear( )
Empties the dictionary. Chainable
Empties the dictionary. Chainable
Returns
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public
php_adt\Dict
|
#
copy( $deep = false )
Creates a new dictionary from this instance.
Creates a new dictionary from this instance.
Returns
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public
|
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public
boolean
|
#
has( mixed $key )
Synonym for 'has_key()'.
Parameters
Returns
boolean
Overrides
|
public
integer
|
|
public
boolean
|
#
map( callable $callback )
Maps each key-value pair to something new.
Maps each key-value pair to something new.
Parameters
- $callback
The mapping function. Index zero of the return value will be the key, index one the value.
ArrayAccess $callback($key, $value)
Returns
boolean
|
public
php_adt\Dict
|
#
remove( mixed $key )
Removes a key-value pair. Chainable
Removes a key-value pair. Chainable
Parameters
Returns
Overrides
|
public static
php_adt\Dict
|
#
fromkeys( Iterator $iterable = [], mixed $value = null )
Returns a new dict with keys from $iterable and values equal to $value.
Returns a new dict with keys from $iterable and values equal to $value.
Parameters
- $iterable
- Collection of keys.
- $value
- Value for all pairs.
Returns
Overrides
|
public
php_adt\Dict
|
#
get( mixed $key, mixed $default_val = null )
Get the value for the given key.
Get the value for the given key.
Parameters
- $key
- $key.
- $default_val
This parameter can be used to return a special value of no value was found for the given key. This overrides
$this->default_val
Returns
Overrides
|
protected
|
|
public
boolean
|
#
has_key( mixed $key )
Indicates if the dictionary contains the given key.
Indicates if the dictionary contains the given key.
Parameters
Returns
boolean
Overrides
|
public
boolean
|
#
has_value( mixed $value )
Indicates if the dictionary contains the given value.
Indicates if the dictionary contains the given value.
Parameters
Returns
boolean
Overrides
|
public
php_adt\Arr
|
#
items( )
Returns an Arr instance containing all key-value pairs in form of Arr instances.
Returns an Arr instance containing all key-value pairs in form of Arr instances.
Returns
Overrides
|
public
php_adt\Arr
|
#
keys( )
Returns a Set instance containing all keys.
Returns a Set instance containing all keys.
Returns
Overrides
|
public
mixed
|
#
pop( mixed $key, mixed $default_val = null )
Removes a key-value pair from the dictionary and returns the value of the removed item.
Removes a key-value pair from the dictionary and returns the value of the removed item.
Parameters
Returns
mixed
Overrides
|
public
mixed
|
#
popitem( mixed $key,…, mixed $default_val,… )
Removes a key-value pair from the dictionary and returns an Arr instance containing the key and the value. An Exception is thrown if the dictionary is empty.
Removes a key-value pair from the dictionary and returns an Arr instance containing the key and the value. An Exception is thrown if the dictionary is empty.
Parameters
Returns
mixed
Throws
Exception
Overrides
|
public
php_adt\Dict
|
#
put( mixed $key, mixed $value )
Adds a key-value pair to the dictionary. Chainable
Adds a key-value pair to the dictionary. Chainable
Parameters
Returns
Overrides
|
public
php_adt\Dict
|
#
setdefault( mixed $default_val = null )
Sets the default value for the dictionary. Chainable
Sets the default value for the dictionary. Chainable
Parameters
Returns
Overrides
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public
php_adt\Dict
|
#
update( Iterator $iterable )
Updates the dictionary from the given iterable. All items for $iterable are put into this instance. Chainable
Updates the dictionary from the given iterable. All items for $iterable are put into this instance. Chainable
Parameters
Returns
Overrides
|
public
php_adt\Arr
|
#
values( )
Returns a Set instance containing all values.
Returns a Set instance containing all values.
Returns
Overrides
|


This is an example of a quick and easy panel layout. It consists of a title element, and a content area. This content area can be filled with any of the IAS-Bootstrap components to fill the developers needs.


I hate to admit it, but when I first started using programming for predictive analytics, I was super disorganized. Which model performed best again? Guess I gotta go back and run all my cells in my "modelling notebook" over again... and clean them all up. GUILTY. 🙋♀ It was pretty evident to me that my work flow was unsustainable. But how to improve?
I initally thought about logging my activity in a txt file. But, could I always be trusted to remember? Plus, I had to plan out a schema. There had to have been something better. This is why I was so excited to learn about mlflow.
What is mlflow?
mlflow allows you to iteratively experiment. It organizes you and keeps your work transparent, reproducible, scalable, and portable.
On the most basic level, the mlflow Tracking module turns your workflow into experiments that have runs. This brings some scientific rigor to our approach. We can apply various "treatments" and compare the results. mlflow will even serve up a clean user interface so that we can explore our work visually.
Getting Started
I'll run through a basic workflow using the famous seattle housing prices dataset, predicting whether the home is on the water or not. mlflow is available via pip or conda.
There's certainly quite a bit of flexibility in how you set up your environment; you can declare one programmatically or via the command line. If you set the MLFLOW_EXPERIMENT_ID
environment variable, all the runs will infer the experiment id. Runs can be executed one at a time using with, or or individually - you could have multiple runs going on at the same time.
In this experiment, I'll be using the sklearn framework, but the developers are building out frameworks for tensor flow & keras, gluon, xgboost, lightgbm, and spark. I'm declaring everything programmatically here.
import mlflow
import mlflow.sklearn
There's a separate import statement for the sklearn module, which is specially tailored to log and implement sklearn models.
Experiment!
- Build, munge, explore, and analyse your data. Plan out how you will tackle the task at hand.
- Initialize an experiment with a name and the directory where we want to store everything. This could also be done via the command line.
exp_id = mlflow.create_experiment("houses", artifact_location= "./houses_artifacts")
- Now you can go one of two ways...
- Use
with
If you modularize everything out, you can write a function that executes the run all at once.
def log_logit(experimentID, run_name, params, X_train, X_test, y_train, y_test): with mlflow.start_run(experiment_id=exp_id, run_name=run_name) as run:
If going this route, you'll pass your params to your model using(**params)
. - Start and end each run manually.
Usemlflow.start_run(experiment_id, run_name)
, log your model, parameters, metrics, and artifacts, thenmlflow.end_run()
once you're done. This is how the code below is laid out. If you go this route, you can also nest runs.
- Use
Logging
Here's where we get into the mlflow. Take for example my inital run. After splitting my data into the usual train/test, I dump all of my features into my first model, get my preds, f1 score, and plot the confusion matrix. I want to log all of these things as a run.
# run model
logit1 = LogisticRegression(penalty='l2', solver='lbfgs', max_iter=1000)
logit1.fit(X_train, y_train)
preds = logit1.predict(X_test)
# get metrics
f1 = f1_score(y_test, preds)
confusion = confusion_matrix(y_test, preds)
# plot the confusion matrix
fig, ax = plt.subplots()
sns.heatmap(confusion, cmap='Blues',annot=True)
plt.ylabel("True labels")
plt.xlabel("Predicted labels")
title = "Confusion Matrix"
plt.title(title)
Now, I call mlflow.start_run(experiment_id=exp_id, run_name="naive backwards")
and start recording all of my assets for this run.
With the tracking module, we can log;
- the models themselves
- model parameters
- metrics
- artifacts, and
- tags (a key value pair, set using
mlflow.set_tag()
, not shown here)
# log model
mlflow.sklearn.log_model(logit1, "ridge logit")
# log params individually
mlflow.log_param('penalty', 'l2')
mlflow.log_param('solver', 'lbfgs')
mlflow.log_param('max_iter','1000')
# log metrics
mlflow.log_metric("f1", f1)
t_n, f_p, f_n, t_p = confusion.ravel()
mlflow.log_metric("true neg", t_n)
mlflow.log_metric("false pos", f_p)
mlflow.log_metric("false neg", f_n)
mlflow.log_metric("true pos", t_p)
# log the confusion matrix plot as an artifact
fig, ax = plt.subplots()
sns.heatmap(confusion, cmap='Blues',annot=True)
plt.ylabel("True labels")
plt.xlabel("Predicted labels")
title = mlflow.active_run().info.run_id + " Confusion Matrix"
plt.title(title)
# log confusion matrix to temp file
temp = tempfile.NamedTemporaryFile(prefix="confusionmatrix-", suffix=".png")
temp_name = temp.name
try:
fig.savefig(temp_name)
mlflow.log_artifact(temp_name, "confusionmatrix.png")
finally:
temp.close()
Rise and repeat, or modularize everything out a la step 3.1 above.
Comparing results
Once you've completed your runs to your satisfaction, rev up your shell. In your working directly, run mlflow ui
. Point your browser to localhost:5000 and you should see the user interface, which allows you to explore your results. Alternatively, the tracking uri can be set to point to a remote server via an env variable or set_tracking_ui()
.
On the left hand side, all of your experiments in the workspace are listed. At the top, I can add my own notes about the experiment. Tags will appear here as well. In the screen shot above, you can see my two previous runs listed in the table. I can download them all to a csv, or use the 'compare' button at the top of the table which allows for a side-by-side, metric-by-metric comparison, including some built in contour, scaling, and parallel coordinate plots for chosing the best model for your question at hand.
Pro Tips
-
Get creative with your artifacts
If we try hard enough (or just 🥒 enough), artifacts can be anything... including images, models, and even data files
-
Use tempfile ↗ for temporary file & directory handling
In the example above, I turned a matplotlib fig object into a tempfile, logged it in mlflow, and then closed the file. No messy clean up locally 👍🏼
-
Before starting, consider your meta data such as run names and tags
"Naive backwards" and "lasso" may initially be informative names but with further development may not be as appropriate.
Even more functionality...
Additional features include a module for packaging up your tracking workflows, model deployment, and a ~model registry~. But those are topics for another day.


|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface DebugEventListener
This interface is used by the SDK to report debug events for a certain JavascriptVm
to
the clients.
| Nested Class Summary | |
|---|---|
static interface |
DebugEventListener.VmStatusListener
A specialized listener for status of remote VM command queue. |
| Method Summary | |
|---|---|
void |
disconnected()
Reports the debug connection has terminated and JavascriptVm has stopped operating. |
DebugEventListener.VmStatusListener |
getVmStatusListener()
Gets DebugEventListener.VmStatusListener that is considered a part of DebugEventListener . |
void |
resumed()
Reports the browser JavaScript virtual machine has resumed. |
void |
scriptCollected(Script script)
Reports that the script has been collected and is no longer used in VM. |
void |
scriptContentChanged(Script newScript)
Reports that script source has been altered in remote VM. |
void |
scriptLoaded(Script newScript)
Reports that a new script has been loaded into a tab. |
void |
suspended(DebugContext context)
Reports the browser JavaScript virtual machine has suspended (on hitting breakpoints or a step end). |
| Method Detail |
|---|
void suspended(DebugContext context)
context
can be used to access the
current backtrace.
context
- associated with the current suspended statevoid resumed()
DebugContext.continueVm(org.chromium.sdk.DebugContext.StepAction, int, org.chromium.sdk.DebugContext.ContinueCallback)
).
void disconnected()
JavascriptVm
has stopped operating.
This event is reported always, regardless of which reason causes termination.
TODO: consider adding disconnect reason here.
void scriptLoaded(Script newScript)
newScript
- loaded into the tabvoid scriptCollected(Script script)
DebugEventListener.VmStatusListener getVmStatusListener()
DebugEventListener.VmStatusListener
that is considered a part of DebugEventListener
.
The value this method returns may be cached by caller.
DebugEventListener.VmStatusListener
or nullvoid scriptContentChanged(Script newScript)
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


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Cooking at a higher temperature (500 degrees F (260 degrees C)) is the key to making this the perfect pizza. It doesn't get any easier than this folks. Brush dough with olive oil and add your favorite toppings. Enjoy! By Michele Leigh Pinette Pierce
Page may be bloCooking at a higher temperature (500 degrees F (260 degrees C)) is the key to making this the perfect pizza. It doesn't get any easier than this folks. Brush dough with olive oil and add your favorite toppings. Enjoy! By Michele Leigh Pinette Piercecked.


Michael E. Hunter
Republican
Current Occ: Director of Procurement, Contract Management, Insurance. Employer: Foothills Regional Housing
Bachelor, Business Management. Many studies, courses and certificates in real estate management, procurement and leadership seminars.
80003
Have donated small amounts to the Republican party, years past.
I am currently the Treasurer for our HOA Board. Much of my civic involvement was many years ago, in Phoenix and Omaha, prior to moving to Colorado. I participated as a member of United Way, an Allocation Board serving family services groups. I was highly involved with fundraisers for local items like the Henry Doorly Zoo, and other United way teams. In Phoenix I was an active participant in groups like SOMOS, PAAN - Hispanic and Pacific Asian leadership groups with all of the activities and promotional efforts of each. While in Colorado I spent many years self employed and more challenged to find time away from my business than I had anticipated. I am interested in engaging with more community activity again, outside of what we do in our workplace.
I have not participated in organizing for political groups in Colorado. I have participated in homeless count efforts, working in the field to canvass and count individuals living in areas of Jefferson County, through the county and municipalities. Given the mission of our work organization, have advocated for the assistance and placement of low income and homeless, especially homeless vets, within Jefferson County.
When I saw the opportunity, it presented a perfect participation with the fundamentals at a basic and important level. Determining voting district changes, or not, with a compliment of differing political affiliations seems challenging in many ways. This effort appears optimally to be one of developing agreed upon districts, based on data, supporting a balanced constituent base from the populations represented.
When asked about my political beliefs, I describe myself as a compassionate conservative. While I have clear thoughts about my ideal governmental leadership expectations, policy and behaviors, I also understand that those with differing view points feel as strongly about their beliefs and basis. I will work in a collaborative approach as I do with any groups of people, especially those with dissimilar or disparate beliefs. The objective will be can you live with this, versus win or lose, would seem realistic in an effort such as this for all involved.
I do analytics for work issues, have always had the quantitative approach to aspects of objectives and accomplishments. While I can examine through pure spreadsheet calculations, as I do with finance, procurement and contract management, I also have a propensity to ask the "why" of the numbers and end result. Numbers are projections or outcome, how they became is a deeper question. I will inquire of others how they came to their conclusions, share why I came to my own. I seek to also understand the emotional values that are threaded with the discussions, those stated or not. Understanding the motivation or fears of others at the table, can lead to more transparent discussion points without demeaning or admonishing responses.
Male


|
Excimontec
v1.0-beta.3
An open-source KMC simulation software package for modeling organic semiconductor materials and devices, such as OPVs, OLEDs, and more
|
This class contains the properties of a three-dimensional lattice and the functions needed to interact with it. More...
#include <Lattice.h>
Public Member Functions | |
| Lattice () | |
| Default constructor that creates an empty Lattice object. More... | |
| void | init (const Parameters_Lattice ¶ms, std::mt19937 *generator_ptr) |
| Initializes the Lattice object using the provided Parameters_Lattice input parameter struct. More... | |
| void | calculateDestinationCoords (const Coords &coords_initial, const int i, const int j, const int k, Coords &coords_dest) const |
| Calculates the destination coordinates when given the starting coordinates and the displacement vector (i,j,k). More... | |
| int | calculateDX (const int x, const int i) const |
| Calculates a coordinate adjustment factor if the x-direction periodic boundary is crossed. More... | |
| int | calculateDX (const Coords &coords_initial, const Coords &coords_dest) const |
| Calculates a coordinate adjustment factor if the x-direction periodic boundary is crossed. More... | |
| int | calculateDY (const int y, const int j) const |
| Calculates a coordinate adjustment factor if the y-direction periodic boundary is crossed. More... | |
| int | calculateDY (const Coords &coords_initial, const Coords &coords_dest) const |
| Calculates a coordinate adjustment factor if the y-direction periodic boundary is crossed. More... | |
| int | calculateDZ (const int z, const int k) const |
| Calculates a coordinate adjustment factor if the z-direction periodic boundary is crossed. More... | |
| int | calculateDZ (const Coords &coords_initial, const Coords &coords_dest) const |
| Calculates a coordinate adjustment factor if the z-direction periodic boundary is crossed. More... | |
| int | calculateLatticeDistanceSquared (const Coords &coords_start, const Coords &coords_dest) const |
| Calculates the shortest distance between a pair of coordinates in squared lattice units. More... | |
| bool | checkMoveValidity (const Coords &coords_initial, const int i, const int j, const int k) const |
| Checks to see if a generic move operation from the designated initial coordinates to a destination position specified by the displacement vector (i,j,k) is possible. More... | |
| void | clearOccupancy (const Coords &coords) |
| Clears the occupancy of the site located at the specified coordinates. More... | |
| Coords | generateRandomCoords () |
| Generates the coordinates for a randomly selected site in the lattice. More... | |
| int | generateRandomX () |
| Generates a random x coordinate that lies within the x-dimension size of the lattice. More... | |
| int | generateRandomY () |
| Generates a random y coordinate that lies within the y-dimension size of the lattice. More... | |
| int | generateRandomZ () |
| Generates a random z coordinate that lies within the z-dimension size of the lattice. More... | |
| int | getHeight () const |
| Gets the z-direction size of the lattice, the height. More... | |
| int | getLength () const |
| Gets the x-direction size of the lattice, the length. More... | |
| long int | getNumSites () const |
| Gets the number of sites contained in the lattice. More... | |
| Coords | getSiteCoords (long int site_index) |
| Gets the coordinates of the specified site. More... | |
| long int | getSiteIndex (const Coords &coords) const |
| Gets the vector index for the site corresponding to the input coordinates. More... | |
| std::vector< Site * >::iterator | getSiteIt (const Coords &coords) |
| Gets the vector iterator for the site corresponding to the input coordinates. More... | |
| double | getUnitSize () const |
| Gets the lattice unit size, which is used to convert lattice units into real space units. More... | |
| double | getVolume () const |
| Gets the volume of the lattice in cm^-3. More... | |
| int | getWidth () const |
| Gets the y-direction size of the lattice, the width. More... | |
| bool | isOccupied (const Coords &coords) const |
| Checks whether the site located at the input coordinates is occupied or not. More... | |
| bool | isXPeriodic () const |
| Checks whether the x-direction periodic boundaries are enabled or not. More... | |
| bool | isYPeriodic () const |
| Checks whether the y-direction periodic boundaries are enabled or not. More... | |
| bool | isZPeriodic () const |
| Checks whether the z-direction periodic boundaries are enabled or not. More... | |
| void | outputLatticeOccupancy () const |
| Prints to the command line which sites are occupied. More... | |
| void | setOccupied (const Coords &coords) |
| Sets the site located at the input coordinates to the occupied state. More... | |
| bool | setSitePointers (const std::vector< Site *> &input_ptrs) |
| Sets the member site pointer vector to the input site pointer vector. More... | |
This class contains the properties of a three-dimensional lattice and the functions needed to interact with it.
The class makes use of the Parameters_Lattice struct to load the neccessary input parameters, the Coords struct to record the Cartesian coordinates of each lattice site, and the Site class to assign properties to each site.
| Lattice::Lattice | ( | ) |
Default constructor that creates an empty Lattice object.
| void Lattice::calculateDestinationCoords | ( | const Coords & | coords_initial, |
| const int | i, | ||
| const int | j, | ||
| const int | k, | ||
| Coords & | coords_dest | ||
| ) | const |
Calculates the destination coordinates when given the starting coordinates and the displacement vector (i,j,k).
When the starting coordinates are near one or more of the lattice boundaries and periodic boundary conditions are enabled, the function detemines the destination coordinates across the periodic boundary and assigns the calculated Coords struct to the input coords_dest argument.
| int Lattice::calculateDX | ( | const int | x, |
| const int | i | ||
| ) | const |
Calculates a coordinate adjustment factor if the x-direction periodic boundary is crossed.
| x | is the starting x coordinate. |
| i | is the displacement in the x-direction. |
Calculates a coordinate adjustment factor if the x-direction periodic boundary is crossed.
| coords_initial | is the Coords struct that represents the starting coordinates. |
| coords_dest | is the Coords struct that represents the destination coordinates. |
| int Lattice::calculateDY | ( | const int | y, |
| const int | j | ||
| ) | const |
Calculates a coordinate adjustment factor if the y-direction periodic boundary is crossed.
| y | is the starting y coordinate. |
| j | is the displacement in the y-direction. |
Calculates a coordinate adjustment factor if the y-direction periodic boundary is crossed.
| coords_initial | is the Coords struct that represents the starting coordinates. |
| coords_dest | is the Coords struct that represents the destination coordinates. |
| int Lattice::calculateDZ | ( | const int | z, |
| const int | k | ||
| ) | const |
Calculates a coordinate adjustment factor if the z-direction periodic boundary is crossed.
| z | is the starting z coordinate. |
| k | is the displacement in the z-direction. |
Calculates a coordinate adjustment factor if the z-direction periodic boundary is crossed.
| coords_initial | is the Coords struct that represents the starting coordinates. |
| coords_dest | is the Coords struct that represents the destination coordinates. |
| int Lattice::calculateLatticeDistanceSquared | ( | const Coords & | coords_start, |
| const Coords & | coords_dest | ||
| ) | const |
Calculates the shortest distance between a pair of coordinates in squared lattice units.
| coords_start | is the Coords struct that represents the starting coordinates. |
| coords_dest | is the Coords struct that represents the destination coordinates. |
| bool Lattice::checkMoveValidity | ( | const Coords & | coords_initial, |
| const int | i, | ||
| const int | j, | ||
| const int | k | ||
| ) | const |
Checks to see if a generic move operation from the designated initial coordinates to a destination position specified by the displacement vector (i,j,k) is possible.
The main use of this function is used to check if a proposed move event crosses a non-periodic boundary.
| coords_initial | is the Coords struct that represents the starting coordinates. |
| i | is the displacement in the x-direction. |
| j | is the displacement in the y-direction. |
| k | is the displacement in the z-direction. |
| void Lattice::clearOccupancy | ( | const Coords & | coords | ) |
Clears the occupancy of the site located at the specified coordinates.
| coords | is the Coords struct that represents the coordinates of the site to be cleared. |
| Coords Lattice::generateRandomCoords | ( | ) |
Generates the coordinates for a randomly selected site in the lattice.
| int Lattice::generateRandomX | ( | ) |
Generates a random x coordinate that lies within the x-dimension size of the lattice.
| int Lattice::generateRandomY | ( | ) |
Generates a random y coordinate that lies within the y-dimension size of the lattice.
| int Lattice::generateRandomZ | ( | ) |
Generates a random z coordinate that lies within the z-dimension size of the lattice.
| int Lattice::getHeight | ( | ) | const |
Gets the z-direction size of the lattice, the height.
| int Lattice::getLength | ( | ) | const |
Gets the x-direction size of the lattice, the length.
| long int Lattice::getNumSites | ( | ) | const |
Gets the number of sites contained in the lattice.
| Coords Lattice::getSiteCoords | ( | long int | site_index | ) |
Gets the coordinates of the specified site.
| site_index | is the vector index of the input site |
| long int Lattice::getSiteIndex | ( | const Coords & | coords | ) | const |
Gets the vector index for the site corresponding to the input coordinates.
| coords | is the Coords struct that represents the input coordinates. |
Gets the vector iterator for the site corresponding to the input coordinates.
| coords | is the Coords struct that represents the input coordinates. |
| double Lattice::getUnitSize | ( | ) | const |
Gets the lattice unit size, which is used to convert lattice units into real space units.
| double Lattice::getVolume | ( | ) | const |
Gets the volume of the lattice in cm^-3.
| int Lattice::getWidth | ( | ) | const |
Gets the y-direction size of the lattice, the width.
| void Lattice::init | ( | const Parameters_Lattice & | params, |
| std::mt19937 * | generator_ptr | ||
| ) |
Initializes the Lattice object using the provided Parameters_Lattice input parameter struct.
| params | is a Parameters_Lattice struct that contains all of the required parameters to initialize the Lattice object. |
| generator_ptr | is a pointer to a Mersenne twister number generator. |
| bool Lattice::isOccupied | ( | const Coords & | coords | ) | const |
Checks whether the site located at the input coordinates is occupied or not.
| coords | is a Coords struct that represents the input coordinates. |
| bool Lattice::isXPeriodic | ( | ) | const |
Checks whether the x-direction periodic boundaries are enabled or not.
| bool Lattice::isYPeriodic | ( | ) | const |
Checks whether the y-direction periodic boundaries are enabled or not.
| bool Lattice::isZPeriodic | ( | ) | const |
Checks whether the z-direction periodic boundaries are enabled or not.
| void Lattice::outputLatticeOccupancy | ( | ) | const |
Prints to the command line which sites are occupied.
| void Lattice::setOccupied | ( | const Coords & | coords | ) |
Sets the site located at the input coordinates to the occupied state.
| coords | is the Coords struct that represents the input coordinates. |
| bool Lattice::setSitePointers | ( | const std::vector< Site *> & | input_ptrs | ) |
Sets the member site pointer vector to the input site pointer vector.
| input_ptrs | is the input site pointer vector |


rt-paged-pager
component
rt-buffered-pager
component
There are several utility components and directives implemented in our library to work with paging, instead of complete pager component. The idea is that you can implement your own pager with markup, styles, and functionality you need.
You also can easily implement your own controls. For that you need to inject the PagedPager or BufferedPager service
into constructor and place the developed component elements into the existing component (rt-paged-pager
or rt-buffered-pager
) in your templates.
In this section we describe all existing components and directives concerned with the paging and displaying list state. At the end we will construct reusable pager components for the paged and buffered lists, which can be used as a basis for your own pager components.
To work with paging functionality you should import the RTListsModule
module from right-angled
library and add it into your AppModule
imports
array. You can also use RTModule
module which includes the functionality of the entire library.
The idea of this component set is quite simple: each of them is a container for the content, which needs to be displayed only when the list is in particular state. All possible list states are enumerated in ProgressState enum.
rt-list-state-initial
- displays the nested content while no data requests are executed.rt-list-state-progress
- displays the nested content while the data request is executed. Ideal for displaying
a progress bar, for example.rt-list-state-no-data
- displays the nested content after the request is executed and no records are returned.rt-list-state-request-cancelled
- displays the nested content if the request execution is canceled by the
rtList.cancelRequests
method callrt-list-state-failed
- displays the nested content if the last request finished with error.rt-list-state-done
- displays the nested content if the last request is performed with no errors and records
returned.
In the example below there is the tfoot
element with all of 6 state components used. You can see them all
clicking on the corresponding buttons on the toolbar.
rt-paged-pager
component
First of all, you need to use rt-paged-pager
component to implement paging functionality of the list. This
component registers itself in the list; therefore, the list gets the paging functionality. Also, it serves as a container
for the PagedPager service
you can use to implement paging functionality.
This component has the following methods and properties::
Specifies the minimum value for the PagedPager.pageSize property. By default it is equal to 1.
Specifies the maximum possible value for the PagedPager.pageSize property. By default it is equal to 200.
Specifies the default value for the PagedPager.pageSize property. By default it is equal to 20.
Goes to the first page of the list, if possible.
Goes to the previous page of the list, if possible.
Goes to the next page of the list, if possible.
Goes to the last page of the list, if possible.
Returns true
if it is possible to go to the previous page (i.e., if the current page is not the first one).
Returns true
if it is possible to go to the next page (i.e., the current pager page is not the last one).
Below you can see the implementation of the reusable paged pager component and live demo using such a pager.
The input
element marked by this directive gets the functionality to set value of PagedPager.pageNumber property. Entered values are limited by several rules. For example, it is not possible to specify the value bigger than
the total number of pages in the list. Also, it executes data loading on Enter
button pressing.
The input
element marked by this directive gets the functionality to set value of PagedPager.pageSize property. The entered values are limited by several rules. For example, it is not possible to specify the value bigger
than PagedPager.maxPageSize property. Also, it executes data loading on Enter
button pressing.
rt-buffered-pager
component
The same as in the case with paged pager, everything begins with the component-container, this time it is rt-buffered-pager
.
This component has the following parameters:
Specifies the minimal value for the BufferedPager.takeRowCount parameter of the pager. By default it is equal to 1.
Specifies the maximum possible value for the BufferedPager.takeRowCount parameter of the pager. By default it is equal to 200.
Specifies the default value for the BufferedPager.takeRowCount property of the list. By default it is equal to 20.
Returns true
if not all records are loaded and it is possible to load more.
Loads the next set of the buffered list records, if possible.
The input
element marked by this directive gets the functionality to set take
parameter value.
The entered values are limited by some rules. For example, it is not possible to specify the value bigger than maxRowCount.
Also, it executes data loading on Enter
button pressing.
Below you can see the implementation of reusable buffered pager component and live demo using such pager.


This anonymous namespace contains the local functions related to chessCAMO which are mainly used as helper functions to determine critical information regarding a given move choice.
More...
|
| bool | destNotInPinPath (int src, int dest, int pin) |
| | Determines if a destination square is in the pinning path as sometimes you can simply move the pinned piece closer to the pinning piece. More...
|
| |
| bool | sameCol (int src, int dest) |
| | Determines if the source and destination squares are in the same column. More...
|
| |
| bool | sameRow (int src, int dest) |
| | Determines if the source and destination squares are in the same row. More...
|
| |
| bool | sameDiag (int src, int dest) |
| | Determines if the source and destination squares are in the same diagonal. More...
|
| |
| int | squareOfPieceInPath (int src, int dest, const Chess &chess) |
| | Used to determine the coordinate of a pinned piece. More...
|
| |
| int | incrementChoice (int src, int dest) |
| | Used to determine the increment to use when moving a piece from 'src' to 'dest'. More...
|
| |
| int | findKingPos (int src, const Chess &chess, bool enemy) |
| | Used to determine the coordinate of a pinned piece. More...
|
| |
| string | getPath (int num_moves) |
| | Gets the path to the object_states folder. More...
|
| |
This anonymous namespace contains the local functions related to chessCAMO which are mainly used as helper functions to determine critical information regarding a given move choice.
◆ destNotInPinPath()
| bool anonymous_namespace chess anonymous_namespace{chess.cpp}::cpp::destNotInPinPath |
( |
int |
src, |
|
|
int |
dest, |
|
|
int |
pin |
|
) |
| |
Determines if a destination square is in the pinning path as sometimes you can simply move the pinned piece closer to the pinning piece.
- Parameters
-
| [in] | src | The source square of pinned piece |
| [in] | dest | The destination square of pinned piece |
| [in] | pin | Source square of pinning piece |
- Returns
- Allows the move (returns false) if piece can move closer to pinning piece, else move is invalid (returns true)
◆ sameCol()
| bool anonymous_namespace chess anonymous_namespace{chess.cpp}::cpp::sameCol |
( |
int |
src, |
|
|
int |
dest |
|
) |
| |
Determines if the source and destination squares are in the same column.
- Parameters
-
| [in] | src | The source square of piece |
| [in] | dest | The destination square of piece |
- Returns
- True if the source and destination are in the same column, else False.
◆ sameRow()
| bool anonymous_namespace chess anonymous_namespace{chess.cpp}::cpp::sameRow |
( |
int |
src, |
|
|
int |
dest |
|
) |
| |
Determines if the source and destination squares are in the same row.
- Parameters
-
| [in] | src | The source square of piece |
| [in] | dest | The destination square of piece |
- Returns
- True if the source and destination are in the same row, else False.
◆ sameDiag()
| bool anonymous_namespace chess anonymous_namespace{chess.cpp}::cpp::sameDiag |
( |
int |
src, |
|
|
int |
dest |
|
) |
| |
Determines if the source and destination squares are in the same diagonal.
- Parameters
-
| [in] | src | The source square of piece |
| [in] | dest | The destination square of piece |
- Returns
- True if the source and destination are in the same diagonal, else False.
◆ squareOfPieceInPath()
| int anonymous_namespace chess anonymous_namespace{chess.cpp}::cpp::squareOfPieceInPath |
( |
int |
src, |
|
|
int |
dest, |
|
|
const Chess & |
chess |
|
) |
| |
Used to determine the coordinate of a pinned piece.
- Parameters
-
| [in] | src | The source square of pinning piece |
| [in] | dest | The destination square of pinning piece |
| chess | The chess object is created |
- Returns
- If only 1 piece is in the path from 'src' to 'dest', return its coordinates else, return -1 to indicate that there is either no piece or multiple pieces in the path.
◆ incrementChoice()
| int anonymous_namespace chess anonymous_namespace{chess.cpp}::cpp::incrementChoice |
( |
int |
src, |
|
|
int |
dest |
|
) |
| |
Used to determine the increment to use when moving a piece from 'src' to 'dest'.
- Parameters
-
| [in] | src | The source square of piece |
| [in] | dest | The destination square of piece |
- Returns
- Returns either 1 if moving in same row, 7 if moving in diagonal to the right, 8 if moving in same column, 9 if moving in diagonal to the left. If move does not correspond to one of the pieces, returns 0.
◆ findKingPos()
| int anonymous_namespace chess anonymous_namespace{chess.cpp}::cpp::findKingPos |
( |
int |
src, |
|
|
const Chess & |
chess, |
|
|
bool |
enemy |
|
) |
| |
Used to determine the coordinate of a pinned piece.
- Parameters
-
| [in] | src | The source square of pinning piece |
| chess | The chess object is created |
| [in] | enemy | True if king color differs from piece color, else false |
- Returns
- Returns the coordinate position of the king, based on the current board representation and color determined by 'enemy'.
◆ getPath()
| string anonymous_namespace chess anonymous_namespace{chess.cpp}::cpp::getPath |
( |
int |
num_moves | ) |
|
Gets the path to the object_states folder.
- Parameters
-
| [in] | num_moves | The number of moves made on the board |
- Returns
- The path to the object_states folder.
- Note
- The return value depends on target of the global makefile


I am experienced in leveraging agile frameworks to provide a robust synopsis for high level overviews. Iterative approaches to corporate strategy foster collaborative thinking to further the overall value proposition.
GPA: 3.00
GPA: 5.00
GPA: 5.00
Seller can easily manage his shop by his Android Smart Phone by add products, check orders and feedback.
Brain Training Android game. Users can train their brain using various type of arithmatic operation.
 I love to travel because not only is it the ultimate adventure but it also exposes you to new types of people, different ways of living, and opens up your mind.
When forced indoors, I follow a number of sci-fi and thriller genre movies and television shows, reading books, writing poetry, story, articles and I spend a large amount of my free time exploring the latest technology advancements in the development world.


Tell Us About Your Position
So we are holding down a triple threat position, which is the High School and Transfer Outreach Coordinator and SHADOW Coordinator. We coordinate programming that brings current UC Berkeley students and alumni to various High Schools and Community Colleges to spread the knowledge and process of how to apply and enter Higher Education or Transfer. We prepare presentations to classrooms and after school programs, trying to connect with these students and offer our services as a resource for them all throughout High School and beyond. We also coordinate outreach trips to Central California in the Winter and Southern California in the Spring.
On the SHADOW side of things, we operate programming that brings High School and Community College students to UC Berkeley to shadow and be mentored by current UC Berkeley Students, offering them the opportunity to ask questions about college, learn more about Higher Education, and live life in the shoes of a current Berkeley Student. We hold SHADOW Events during the Day as well as in a span of a Weekend, inviting whole schools to come experience Berkeley with us. We even hold MYPASS Shadows which allows individual students to schedule when they want to come to UC Berkeley for a One-on-One Shadow experience with someone matched up according to interests both in academic and social goals.
What is your most memorable experience in PASS?
My most memorable experience in PASS is the Gender and Sexuality Retreat. I think i really learned to embrace my gender and come to a realization how powerful it is to be a woman. Plus, it was really neat to finally have a clear understanding on stereotypes for other genders. Lorraine
My most memorable experience in PASS was working with the students from 2010 FED SHADOW Weekend. It was the first major event I was able to take part of producing and managing as a SHADOW intern under 2010 SHADOW Coordinator Angelo Cabal. It wasn't just about us, the Berkeley Students, inspiring and enlightening the students, the students inspired us as well. Being able to make these connections with these students was an mazing experience. I came into Berkeley having no siblings, but those students soon became my new Little Brothers and Sisters. We all stayed connected, sending them information on SATs and other ways to prepare yourself to College. But it's more than just helping them get into Higher Education. It's about being there as mentors and as friends that really captured my heart in the work we do here in PASS. Seeing them inspired to reach Higher Education is what we strive for and what has inspired me to continue doing the work that we do. Wayne
Three Words that Describe You
Outgoing, Loveable, FUN (: Lorraine
Persistence, Passion, Swag Wayne
Favorite Place to Eat in Berkeley
Joshu-ya Sushi! Lorraine
Munchy Munchy Hippos Wayne
Favorite Quote
"Don't tell me that the sky's the limit when there are footsteps on the moon (:" Lorraine
"Nothing in the world can take the place of persistence. Talent will not; nothing is more common than unsuccessful men with talent. Genius will not; unrewarded genius is almost a proverb. Education will not; the world is full of educated derelicts. Persistence and determination alone are omnipotent." - Calvin Coolidge Wayne
Three Interesting Facts About You
Lorraine:
1. I can speak french, almost fluently.
2. I prefer eating ice cream when it rains.
3.
Wayne:
1. I Live and Breath for the San Francisco Giants. Let's see a game sometime!
2. I played String Bass for 11 years, and Snare Drum for Drum Line. Proudly Rep Band Geeks everywhere. Let's Jam sometime!
3. I'm a spy. I am currently a triple Citizen: Pilipino, American, and Canadian Citizen. Let's Go Travel Sometime!


This website gives you easy access to many of the resources that Dr. Brodland and his team developed over the 32 years that he was a professor at the University of Waterloo. They carried out fundamental research on the mechanics of biological cells, and their goal was to understand how and why cells move during embryogenesis and cancer metastasis. Here, you can read about some of their challenges and discoveries and find links to their scientific papers. One of their favorite discoveries is a new technique for figuring out the forces that cause cells to take specific shapes or to move in particular ways. This novel technique calculates these forces based solely on the shapes of the cells as seen in a suitable photograph. We made a short video to describe how it works, and we provide downloadable software. Brodland and his team also developed many resources for teaching engineering mechanics, such as animated videos that explain how beams work and physical models that explain how structures work. For many of these models, you can download drawings or 3D printing files so you can duplicate our models. You can also download classroom instructions and watch videos about the models.
See why forces can be inferred from cell shapes, and download software that calculates these forces.
LEARN MORESee why forces can be inferred from cell shapes, and download software that calculates these forces.
LEARN MORE


lucee.Component forgeboxsdk.ForgeBox
Copyright since 2012 by Ortus Solutions, Corp www.ortussolutions.com ---
| Property Summary | ||||
|---|---|---|---|---|
| type | property | default | serializable | required |
any
|
endpointURL
The ForgeBox Endpoint URL.
|
true
|
false
|
|
any
|
version
The ForgeBox API version to use.
|
1
|
true
|
false
|
| Constructor Summary | |
|---|---|
|
init([any endpointURL='https://www.forgebox.io'], [any version='v1'])
Constructor. |
| Method Summary | |
|---|---|
any
|
getAPIURL()
Gets the API URL according to properties: ex: https://www. |
string
|
getEndpointURL()
|
struct
|
getEntries([any orderBy='[runtime expression]'], [numeric maxrows='0'], [numeric startRow='1'], [any typeslug=''], [any searchTerm=''])
Get entries. |
struct
|
getEntry(any slug)
Get a single entry data. |
struct
|
getLatestVersion(any slug)
Get an entry's latest version. |
struct
|
getType(any slug)
Get a type representation. |
array
|
getTypes()
Get the entry types as array of structs. |
string
|
getVersion()
|
boolean
|
isSlugAvailable(any slug)
Check if a slug is available. |
private struct
|
makeRequest([string method='GET'], string resource, [any body=''], [struct headers='[runtime expression]'], [struct parameters='[runtime expression]'], [numeric timeout='15'])
Make a ForgeBox REST Call. |
string
|
ping()
Pings the API to see if its alive. |
any
|
setEndpointURL(any endpointURL)
|
any
|
setVersion(any version)
|
| Methods inherited from class lucee.Component |
|---|
| None |
| Constructor Detail |
|---|
Constructor
endpointURL
- Override the Forgebox Endpoint URLversion
- Override the version to use, defaults to latest: v1| Property Detail |
|---|
The ForgeBox Endpoint URL
access
- publicrequired
- falsereturntype
- anyserializable
- trueThe ForgeBox API version to use
access
- publicrequired
- falsereturntype
- anyserializable
- true| Method Detail |
|---|
Gets the API URL according to properties: ex: https://www.forgebox.io/api/v1
Get entries
orderBy
- The sort ordering, look at this.ORDERmaxrows
- Used for paginationstartRow
- Used for paginationtypeslug
- Filter by typesearchTerm
- Search by stringGet a single entry data
slug
- The slug to retrieveGet an entry's latest version
slug
- The slug to retrieveGet a type representation
slug
Get the entry types as array of structs
Check if a slug is available
slug
Make a ForgeBox REST Call
method
- The HTTP method callresource
- The resource to callbody
- The body contents of the requestheaders
- Request headersparameters
timeout
- Request TimeoutPings the API to see if its alive
endpointURL
version


--- layout: default title: Online support permalink: /services/online-support tagline: Hosting, domains and email support. 🔧 og_image: online-support --- {% include intro-section.html %}
Our Online support service is here so that we can take care of all the technical stuff for you. We setup your Website hosting, hosting is what makes your website visible on the web.  We can then setup a custom business email based on your domain name.
{% comment %} Hosting You need a website hosting plan to have a website. Hosting is what makes your site visible on the web. We offer fast, reliable plans for every need. A basic blog or a high-powered website. Domain You can’t have a website without a domain name. Like a street address, a domain name tells people where you live. It helps drive customers directly to your website. A successful business uses the same set of words and images in all customer interactions. On their website, in their emails and advertising. This is branding at its simplest. These interactions all stem from your domain name. Email Set up a custom, professional email address. Did you know your customers are 9 times more likely to choose a business with a professional email address? With a memorable, domain-based email account, you’ll promote your company with every message. We can even create additional email addresses like sales@ or info@ to deliver messages to your inbox. {% endcomment %}


Living outside Rails
Frameworks are powerful tools to develop software. However, they are dangerous. We get used to his classes, methods... and take them as property of the programming language they are written.
Rails isn't an exception. Welcome to the life outside Rails.
Gems
When we are writing a gem, we must have in mind if it's for general purpose or it has Rails as dependency.
It's typical to write a gem for general purpose and work with it on a Rails environment. That's a big problem because people that use our gem on another environment will get a lot of exceptions.
ActiveSupport
ActiveSupport is the responsible of utility classes and Ruby extensions. It's a gem so we can add it to non Rails projects, but I recommend you to add only functions you need.
Common methods of Rails that don't exist in Ruby are listed next.
Object
present?
,blank?
as_json
,to_json
try
From Object
Array
second
,third
,fourth
,fifth
to_xml
split
From Array.
Hash
compact
to_xml
,self.from_xml
except
symbolize_keys
,stringify_keys
slice
From Hash.
Integer
multiple_of?
From Integer.
Numeric
- Bytes methods:
self.bytes
,self.kilobytes
... - Time methods:
self.seconds
,self.minutes
,self.hours
... (plus singular methods)
From Numeric.
String
first
,last
,at
,from
to_date
,to_time
,to_datetime
remove
truncate
pluralize
,singularize
,constantize
,camelize
,humanize
,demodulize
html_escape
From String.
Class
mattr_reader
,mattr_writer
,mattr_accessor
From Class.
Module
alias_method_chain
(this method is deprecated)delegate
deprecate
From Module.
Date
self.beginning_of_week
,self.yesterday
,self.tomorrow
,self.current
beginning_of_day
,middle_of_day
,end_of_day
today?
From Date.
DateTime
self.current
beginning_of_day
,middle_of_day
,end_of_day
beginning_of_hour
,end_of_hour
,beginning_of_minute
,end_of_minute
From DateTime.
Time
self.current
beginning_of_day
,middle_of_day
,end_of_day
beginning_of_hour
,end_of_hour
,beginning_of_minute
,end_of_minute
zone
,use_zone
From Time