What is Noosphere?
Noosphere is a project to index and sort all human beliefs creating a cognogram.
The goal of Noosphere is to highlight what is currently known to be scientifically understood to scientific illiterate people in a pragmatically digestible way.
What is a cognogram?
A cognogram is a catalogue or table of beliefs a person holds.
Where can I find more infomation?
A paper describing the technical agenda and construction of the project is on our GitHub.
Who is backing this project?
We are looking for collaborators and suggestions.
How can I contribute?
Noosphere needs your help finding scientific studies and statements of belief. The team is currently researching options on how to do this. Let us know if you would like infomation once we decide on a method of approach.
Questions?
For further questions, please contact us.


{% extends "container.html" %} {% block head %}
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Description: Globally disable all animations.
When this property is set to true
, all animation methods will immediately set elements to their final state when called, rather than displaying an effect. This may be desirable for a couple reasons:
Animations can be turned back on by setting the property to false
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<input type="button" value="Run"/> <button>Toggle fx</button>


Dear {% for r in recipients %} {% block r %} {{ escape(r.first_name) }} {{ escape(r.last_name) }}, {% end %} {% end %}
A user has requested to join your organization.
Name: {{event.data['first_name']}} {{event.data['last_name']}}
email: {{event.data['email']}}
{% include ../button.html %}You are receiving this request because we have you listed as a manager at an organization that uses {{theme}}.
If you believe that you have received this message in error, or if you have any questions, kindly contact<EMAIL_ADDRESS>Yours sincerely,
The OneLab team


Tax Credits
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Hwy 1 fully reopened
by Castanet StaffUPDATE: 5:20 p.m.
The Trans-Canada Highway has been fully reopened after a serious crash closed it near Chase Saturday afternoon.
UPDATE: 5 p.m.
The Trans-Canada Highway has reopened to single-lane, alternating traffic Saturday afternoon, after a serious crash closed the highway for several hours.
The condition of those involved in the crash is unknown at this time, but several vehicles were involved.
UPDATE: 2 p.m.
Highway 1 remains closed near Chase Saturday afternoon, but highways contractor AIM Roads says they have "medium confidence" the Trans-Canada will be reopened by 4 p.m.
The nature of the crash remains unclear at this time.
ORIGINAL: 12:45 p.m.
A serious accident has closed Highway 1 near Chase.
According to DriveBC, there is a multi-vehicle incident between Old Highway and Shuswap-Chase Creek Road west of Chase.
Few details are available, but one person is believed to be critically injured.


{% extends "base.html" %} {% import "bootstrap/wtf.html" as wtf %} {% from "macros.html" import form_field %} {% block page_content %}


RELATIONSHIP STATUS [SELECT ONE. DUH]
Single
Taken
GENDER [SELECT ONE]
Male
Female
WORK [GET CREATIVE BUT STAY HONEST.


Bookings
Fill out your details below and we will give you a call to give you a quote.
Let the party begin!
Themes We Provide
| Arabian Nights | 19080s Dance Party |
| Arts and Crafts | Mexican Fiesta |
| 1920s Speakeasy | Flower Party (hippie) |
| Toga Party | Murder Mystery |
| Masquerade Ball | Mad Hatter Tea Party |
| Carnival | Barbie Dream House |
| Jungle Bash | Blast Off |
| Oscars Night | Winter Wonderland |
| Enchanted Forest | Night of the dead |


| Package | Description |
|---|---|
| equinox.controller |
This package contains controller classes.
|
| equinox.process |
This package cotains all process classes.
|
| equinox.task |
This package contains task classes.
|
| equinox.utility |
This package contains utility classes.
|
| Modifier and Type | Method and Description |
|---|---|
InternalEquinoxTask<?> |
TaskPanel.getTask()
Returns task.
|
| Modifier and Type | Method and Description |
|---|---|
javafx.scene.control.ListView<InternalEquinoxTask<?>> |
QueuedTasksPanel.getQueuedTasks()
Returns queued tasks.
|
| Modifier and Type | Method and Description |
|---|---|
static TaskPanel |
TaskPanel.load(ActiveTasksPanel owner,
InternalEquinoxTask<?> task)
Loads and returns task panel.
|
java.util.concurrent.Future<?> |
ActiveTasksPanel.runTaskInParallel(InternalEquinoxTask<?> task)
Runs given task in parallel execution mode.
|
java.util.concurrent.Future<?> |
ActiveTasksPanel.runTaskSequentially(InternalEquinoxTask<?> task)
Runs given task sequentially.
|
java.util.concurrent.Future<?> |
ActiveTasksPanel.runTaskSilently(InternalEquinoxTask<?> task,
boolean isSequential)
Runs given task silently (i.e.
|
void |
ActiveTasksPanel.runTasksSequentially(InternalEquinoxTask<?>... tasks)
Runs given tasks in sequential mode.
|
void |
ActiveTasksPanel.taskStateChanged(InternalEquinoxTask<?> task,
javafx.concurrent.Worker.State state)
Called from task panel when ever a task's state has changed.
|
| Constructor and Description |
|---|
CompareFlightsProcess(InternalEquinoxTask<?> task,
FlightComparisonInput input)
Creates compare flights task.
|
ExportRfortToExcelProcess(InternalEquinoxTask<?> task,
Rfort rfort,
java.nio.file.Path outputFile,
java.util.ArrayList<java.lang.String> pilotPoints,
java.util.ArrayList<java.lang.String> omissions)
Creates export RFORT results to MS Excel process.
|
LoadAircraftEquivalentStresses(InternalEquinoxTask<?> task,
java.nio.file.Path inputFile,
AircraftEquivalentStressType stressType,
AircraftEquivalentStresses folder)
Creates load A/C model equivalent stresses process.
|
LoadAircraftLoadCasesFromF07(InternalEquinoxTask<?> task,
java.nio.file.Path inputFile,
AircraftLoadCases folder)
Creates load load cases process.
|
LoadAircraftLoadCasesFromLCS(InternalEquinoxTask<?> task,
java.nio.file.Path inputFile,
AircraftLoadCases folder)
Creates load load cases process.
|
LoadAllFilesProcess(InternalEquinoxTask<?> task)
Creates load all files process.
|
LoadElementGroupsFile(InternalEquinoxTask<?> task,
AircraftModel model,
java.nio.file.Path grpFile)
Creates load element groups data file (*.grp) process.
|
PlotDamageAnglesProcess(InternalEquinoxTask<?> task,
DamageAngle[] damageAngles,
PlotDamageAngles.ResultOrdering order)
Creates plot damage angles task.
|
PlotDamageContributionsProcess(InternalEquinoxTask<?> task,
LoadcaseDamageContributions contributions)
Creates plot damage contributions process.
|
PlotFlightDamageContributionsProcess(InternalEquinoxTask<?> task,
FlightDamageContributions contributions)
Creates plot typical flight damage contributions process.
|
PlotFlightProcess(InternalEquinoxTask<?> task,
java.lang.String peaksTableName)
Creates plot typical flight process.
|
PlotHistogramProcess(InternalEquinoxTask<?> task,
HistogramInput input)
Creates plot histogram process.
|
PlotHistogramProcess(InternalEquinoxTask<?> task,
HistogramInput input,
java.lang.String rainflowCyclesTableName)
Creates plot histogram process.
|
PlotLevelCrossingProcess(InternalEquinoxTask<?> task,
LevelCrossingInput input)
Creates plot level crossing task.
|
PlotLevelCrossingProcess(InternalEquinoxTask<?> task,
LevelCrossingInput input,
java.lang.String rainflowTableName)
Creates plot level crossing task.
|
PlotMissionProfileProcess(InternalEquinoxTask<?> task,
StressSequence sequence,
boolean plotPosInc,
boolean plotNegInc,
boolean[] plotStep)
Creates plot mission profile process.
|
PlotMissionProfileProcess(InternalEquinoxTask<?> task,
java.lang.String segmentsTable,
java.lang.String segmentSteadyStressesTable,
java.lang.String segmentIncrementStressesTable,
boolean plotPosInc,
boolean plotNegInc,
boolean[] plotStep)
Creates plot mission profile process.
|
PlotRfortEquivalentStressesProcess(InternalEquinoxTask<?> task,
Rfort rfort,
java.lang.String stressType,
java.util.ArrayList<java.lang.String> visiblePPs,
java.util.ArrayList<java.lang.String> visibleOmissions)
Creates plot RFORT equivalent stresses process.
|
PlotRfortPeaksProcess(InternalEquinoxTask<?> task,
Rfort rfort)
Creates plot RFORT average number of peaks process.
|
PlotRfortResultsProcess(InternalEquinoxTask<?> task,
Rfort rfort,
java.lang.String stressType,
java.util.ArrayList<java.lang.String> visiblePPs,
java.util.ArrayList<java.lang.String> visibleOmissions,
boolean plotAbsoluteDeviations)
Creates plot RFORT fatigue results process.
|
SaveExternalSTH(InternalEquinoxTask<?> task,
ExternalStressSequence sequence,
java.io.File output)
Creates save STH process.
|
SaveSTFBucketProcess(InternalEquinoxTask<?> task,
STFFileBucket bucket,
java.nio.file.Path outputDir)
Creates save STF file bucket process.
|
SaveSTFFile(InternalEquinoxTask<?> task,
int stfID,
int stressTableID,
boolean is2D,
java.nio.file.Path output)
Creates save STF file process.
|
SaveSTFFile(InternalEquinoxTask<?> task,
STFFile stfFile,
java.nio.file.Path output)
Creates save STF file process.
|
SaveSTH(InternalEquinoxTask<?> task,
StressSequence sequence,
java.io.File output)
Creates save stress sequence as STH process.
|
| Modifier and Type | Class and Description |
|---|---|
class |
AdaptDRF
Class for adapt DRF plugin task.
|
class |
AddAircraftEquivalentStresses
Class for add aircraft model equivalent stresses task.
|
class |
AddAircraftLoadCases
Class for add load cases task.
|
class |
AddAircraftModel
Class for add A/C model task.
|
class |
AddNewUser
Class for add new user task.
|
class |
AddRfortOmissions
Class for add RFORT omissions task.
|
class |
AddSpectrum
Class for add spectrum task.
|
class |
AddSTFFiles
Add STF files task.
|
class |
AddStressSequence
Class for add stress sequence task.
|
class |
AdvancedMultiplicationTableSearch
Class for advanced multiplication table search task.
|
class |
AdvancedPilotPointSearch
Class for advanced pilot point search task.
|
class |
AdvancedSpectrumSearch
Class for advanced spectrum search task.
|
class |
AssignMissionParameters
Class for assign mission parameters task.
|
class |
BackupWorkspace
Class for backup workspace task.
|
class |
BasicMultiplicationTableSearch
Class for basic multiplication table search task.
|
class |
BasicPilotPointSearch
Class for basic pilot point search task.
|
class |
BasicSpectrumSearch
Class for basic spectrum search.
|
class |
BucketDamageAngleAnalysis
Class for bucket damage angle analysis task.
|
class |
BucketDamageContributionAnalysis
Class for bucket damage contribution analysis task.
|
class |
BucketFastEquivalentStressAnalysis
Class for fast equivalent stress analysis from STF file bucket task.
|
class |
CheckForEquinoxUpdates
Class for check for Equinox updates task.
|
class |
CheckForMaterialUpdates
Class for check for material updates task.
|
class |
CheckForPluginUpdates
Class for check for plugin updates task.
|
class |
CloseAccessRequest
Class for close access request task.
|
class |
CloseBugReport
Class for close bug report task.
|
class |
CloseWish
Class for close wish task.
|
class |
CompareAircraftEquivalentStresses
Class for compare A/C model equivalent stresses task.
|
class |
CompareDamageAngleLifeFactors
Class for compare damage angle life factors task.
|
class |
CompareElementStresses
Class for compare element stresses task.
|
class |
CompareEquivalentStresses
Class for compare equivalent stresses task.
|
class |
CompareEquivalentStressesWithMissionParameters
Class for compare equivalent stresses with mission parameters.
|
class |
CompareExternalFlights
Class for compare external flights task.
|
class |
CompareExternalStressSequences
Class for compare external stress sequences task.
|
class |
CompareFlights
Class for compare flights task.
|
class |
CompareLoadCases
Class for compare load cases task.
|
class |
CompareStressSequences
Class for compare stress sequences task.
|
class |
CreateDummySTFFile
Class for creating dummy STF files.
|
class |
CreateElementGroupFromCoordinates
Class for create element group from X/Y/Z coordinates task.
|
class |
CreateElementGroupFromEIDs
Class for create element group from element IDs task.
|
class |
CreateElementGroupFromEquivalentStress
Class for create element group from equivalent stress task.
|
class |
CreateElementGroupFromGroups
Class for create group from existing groups task.
|
class |
CreateElementGroupFromLoadCase
Class for create element group from load case task.
|
class |
CreateElementGroupFromPilotPoints
Class for create element group from pilot points task.
|
class |
CreateElementGroupFromQVLVPositions
Class for create element group from frame/stringer positions task.
|
class |
CreateElementGroupsFromFile
Class for create element groups from file task.
|
class |
CreateRfortAnalysis
Class for create RFORT analysis task.
|
class |
CreateWorkspace
Class for create new workspace task.
|
class |
DamageAngleAnalysis
Class for damage angle analysis task.
|
class |
DeleteElementGroup
Class for delete element group task.
|
class |
DeleteFiles
Class for delete files task.
|
class |
DeleteHelpVideo
Class for delete help video from global database task.
|
class |
DeleteMultiplicationTableFromGlobalDB
Class for delete multiplication table from global database task.
|
class |
DeletePilotPointFromGlobalDB
Class for delete pilot point from global database task.
|
class |
DeletePluginFromGlobalDB
Class for delete plugin from global database task.
|
class |
DeleteSavedTasks
Class for delete saved task task.
|
class |
DeleteSpectrumFromGlobalDB
Class for delete spectrum from global database task.
|
class |
DeleteTemporaryFiles
Class for delete temporary files task.
|
class |
DeleteUsers
Class for delete users task.
|
class |
DownloadContainerUpdate
Class for download container update task.
|
class |
DownloadFailedAnalysisOutputs
Class for download failed analysis outputs task.
|
class |
DownloadHelpVideo
Class for download help video task.
|
class |
DownloadMultiplicationTable
Class for download multiplication table task.
|
class |
DownloadPilotPoint
Class for download pilot point task.
|
class |
DownloadPilotPoints
Class for downloading multiple tasks.
|
class |
DownloadSampleInput
Class for download sample input task.
|
class |
DownloadSharedFile
Class for download shared file task.
|
class |
DownloadSharedSpectrum
Class for download shared spectrum task.
|
class |
DownloadSharedView
Class for download shared view task.
|
class |
DownloadSpectrum
Class for download spectrum task.
|
class |
EditUserPermissions
Class for edit user permissions task.
|
class |
EquivalentStressAnalysis
Class for equivalent stress analysis task.
|
class |
Excalibur
Class for Excalibur stress sorting task.
|
class |
ExcaliburSort1DElementStresses
Class for Excalibur 1D element stress sorting task.
|
class |
ExcaliburSort2DElementStresses
Class for Excalibur 2D element stress sorting task.
|
class |
ExcaliburSortFrameStresses
Class for Excalibur 1D element stress sorting task.
|
class |
ExecuteSQLStatement
Class for execute SQL statement task.
|
class |
ExportAircraftModel
Class for export A/C model task.
|
class |
ExportContributions
Class for export damage contributions task.
|
class |
ExportMultipleSpectra
Class for export multiple spectra task.
|
class |
ExportMultipleSTFs
Class for export multiple STF files task.
|
class |
ExportMultiplicationTables
Class for export multiplication tables task.
|
class |
ExportSpectrum
Class for export spectrum task.
|
class |
ExportSTF
Class for export pilot point task.
|
class |
FastEquivalentStressAnalysis
Class for fast equivalent stress analysis task.
|
class |
FastGenerateStressSequence
Class for fast generate stress sequence task.
|
class |
GenerateAircraftEquivalentStressRatios
Class for generate A/C model equivalent stress ratios task.
|
class |
GenerateAircraftLifeFactors
Class for generate A/C model life factors task.
|
class |
GenerateExternalStatistics
Class for generate external statistics task.
|
class |
GenerateFlightOccurrencePlot
Class for generate typical flight occurrence plot task.
|
class |
GenerateHOFlightPlot
Class for generate highest occurring typical flight plot task.
|
class |
GenerateHSFlightPlot
Class for generate typical flight with highest total stress plot task.
|
class |
GenerateLevelCrossingsPlot
Class for generate level crossings plot task.
|
class |
GenerateLFsWithMissionParameters
Class for generate life factors with mission parameters task.
|
class |
GenerateLifeFactors
Class for generate life factors task.
|
class |
GenerateLongestFlightPlot
Class for generate longest typical flight plot task.
|
class |
GenerateMissionProfilePlot
Class for generate mission profile plot task.
|
class |
GenerateNumPeaksPlot
Class for generate number of peaks statistics plot task.
|
class |
GenerateRfortReport
Class for generate RFORT report task.
|
class |
GenerateStatistics
Class for generate statistics task.
|
class |
GenerateStressRatios
Class for generate stress ratios task.
|
class |
GenerateStressRatiosWithMissionParameters
Class for generate stress ratios with mission parameters task.
|
class |
GenerateStressSequence
Class for generate stress sequence task.
|
class |
GetAccessRequests
Class for get user access requests task.
|
class |
GetAircraftEquivalentStressInfo
Class for get A/C model equivalent stress info task.
|
class |
GetAircraftModelEditInfo
Class for A/C model edit info task.
|
class |
GetAircraftModelInfo
Class for get aircraft model info task.
|
class |
GetAircraftProgramsForPilotPoints
Class for get aircraft programs for pilot points task.
|
class |
GetAircraftProgramsForSpectra
Class get aircraft programs from global database task.
|
class |
GetAircraftSectionsForPilotPoints
Class for get aircraft sections for pilot points task.
|
class |
GetAircraftSectionsForSpectra
Class for get aircraft sections task.
|
class |
GetBugReports
Class for get bug reports task.
|
class |
GetContributionNames
Class for get contribution names task.
|
class |
GetConvTableInfo
Class for get conversion table info task.
|
class |
GetConvTableSheetNames
Class for get conversion table sheet names task.
|
class |
GetDamageAngleInfo
Class for get damage angle info task.
|
class |
GetDamageAngles
Class for get damage angles task.
|
class |
GetDamageContributionInfo
Class for get damage contributions info task.
|
class |
GetDeltaPInfo
Class for get delta-p info task.
|
class |
GetElementGroups
Class for get element groups task.
|
class |
GetElementPositions
Class for get element positions task.
|
class |
GetExternalFatigueEquivalentStressInfo
Class for get external fatigue equivalent stress info task.
|
class |
GetExternalFlightInfo
Class for external get flight info task.
|
class |
GetExternalLinearEquivalentStressInfo
Class for getting external linear equivalent stress info.
|
class |
GetExternalPreffasEquivalentStressInfo
Class for getting external preffas equivalent stress info.
|
class |
GetExternalStressSequenceInfo
Class for get external stress sequence info task.
|
class |
GetFastFatigueEquivalentStressInfo
Class for get fast fatigue equivalent stress info task.
|
class |
GetFastLinearEquivalentStressInfo
Class for getting fast linear equivalent stress info.
|
class |
GetFastPreffasEquivalentStressInfo
Class for getting fast preffas equivalent stress info.
|
class |
GetFatigueEquivalentStressInfo
Class for getting fatigue equivalent stress info.
|
class |
GetFatigueMaterials
Class for get fatigue materials task.
|
class |
GetFatigueMissionsForPilotPoints
Class for get fatigue missions for pilot points task.
|
class |
GetFatigueMissionsForSpectra
Class for get fatigue missions for spectra task.
|
class |
GetFlightContributionNames
Class for get typical flight contribution names task.
|
class |
GetFlightDamageContributionInfo
Class for get typical flight damage contributions info task.
|
class |
GetFlightInfo
Class for get STH flight info task.
|
class |
GetFlightSegments
Class for get flight segments.
|
class |
GetHelpVideos
Class for get help videos task.
|
class |
GetLinearEquivalentStressInfo
Class for getting linear equivalent stress info.
|
class |
GetLinearMaterials
Class for get Linear materials task.
|
class |
GetLoadCaseComments
Class for get load case comments task.
|
class |
GetLoadCaseInfo
Class for get load case info task.
|
class |
GetLoadcases
Class for get loadcases task.
|
class |
GetMaterials
Class for get materials task.
|
class |
GetMissionParameterNames
Class for get mission parameter names task.
|
class |
GetMissionParameters
Class for get mission parameters task.
|
class |
GetMissionProfilePeakInfo
Class for get mission profile peak info task.
|
class |
GetMissions
Class for get missions task.
|
class |
GetMultiplicationTableLoadcases
Class for get multiplication table loadcases task.
|
class |
GetPeakInfo
Class for get peak info task.
|
class |
GetPilotPointImage
Class for get pilot point image task.
|
class |
GetPilotPoints
Class for get pilot points task.
|
class |
GetPlugins
Class for get plugins task.
|
class |
GetPreffasEquivalentStressInfo
Class for getting preffas equivalent stress info.
|
class |
GetPreffasMaterials
Class for get Preffas materials task.
|
class |
GetQVLVPositions
Class for get frame/stringer positions task.
|
class |
GetReferenceLoadCases
Class for get reference load cases task.
|
class |
GetRfortInfo
Class for get RFORT info task.
|
class |
GetRfortOmissions
Class for get RFORT omissions task.
|
class |
GetRfortPilotPoints
Class for get RFORT pilot points task.
|
class |
GetRfortTypicalFlights
Class for get RFORT typical flights task.
|
class |
GetSegments
Class for get segments task.
|
class |
GetServerConnectionInfo
Class for get server connection info task.
|
class |
GetSpectrumEditInfo
Class for get spectrum edit info task.
|
class |
GetSpectrumInfo
Class for get spectrum info task.
|
class |
GetSTFImage
Class for get STF image task.
|
class |
GetSTFInfo1
Class for get STF info task.
|
class |
GetSTFInfo2
Class for get STF info task.
|
class |
GetStressSequenceInfo
Class for get stress sequence info task.
|
class |
GetUserPermissions
Class for get user permissions task.
|
class |
GetUserProfileImage
Class for get user profile image task.
|
class |
GetWishes
Class for get wishes task.
|
class |
InstallPlugin
Class for install plugin task.
|
class |
LikeWish
Class for like wish task.
|
class |
LinkPilotPoints
Class for link pilot points task.
|
class |
LoadAllFiles
Class for load files task.
|
class |
LoadcaseDamageContributionAnalysis
Class for loadcase damage contribution analysis task.
|
class |
LoadPlugins
Class for load plugins task.
|
class |
LoadSettings
Class for read settings task.
|
class |
LoadWorkspacePaths
Class for loading last opened workspace paths.
|
class |
MyCheck
Class for MyCheck tool task.
|
class |
OpenWorkspace
Class for open workspace task.
|
class |
Plot3DHistogram
Class for plot 3D histogram task.
|
class |
Plot3DTask<V>
Abstract class for plot 3D tasks.
|
class |
PlotAircraftStructure
Class for plot A/C structure task.
|
class |
PlotContributionStatistics
Class for plot damage contribution statistics task.
|
class |
PlotDamageAngles
Class for plot damage angles task.
|
class |
PlotDamageComparison
Class for plot damage comparison task.
|
class |
PlotDamageContributions
Class for plot damage contributions task.
|
class |
PlotElementStresses
Class for plot element stresses task.
|
class |
PlotExternalLevelCrossing
Class for plot external level crossing task.
|
class |
PlotExternalTypicalFlights
Class for plot external typical flights task.
|
class |
PlotFastFlightOccurrences
Class for plot typical flight occurrences from fast equivalent stresses task.
|
class |
PlotFastHistogram
Class for plot rainflow histogram from fast equivalent stress task.
|
class |
PlotFastHOFlight
Class for plot highest occurring typical flight from fast equivalent stress task.
|
class |
PlotFastHSFlight
Class for plot typical flight with highest total stress from fast equivalent stress task.
|
class |
PlotFastLevelCrossings
Class for plot level crossings for fast equivalent stress task.
|
class |
PlotFastLongestFlight
Class for plot longest typical flight from fast equivalent stress task.
|
class |
PlotFastMissionProfile
Class for plot mission profile for fast equivalent stress task.
|
class |
PlotFastNumPeaks
Class for plot number of peaks for fast equivalent stresses task.
|
class |
PlotFlightDamageContributions
Class for plot typical flight damage contributions task.
|
class |
PlotHistogram
Class for plot histogram task.
|
class |
PlotLevelCrossing
Class for plot level crossing task.
|
class |
PlotMissionProfile
Class for plot mission profile task.
|
class |
PlotPilotPointCount
Class for plot pilot point count task.
|
class |
PlotRfortEquivalentStresses
Class for plot RFORT equivalent stresses task.
|
class |
PlotRfortPeaks
Class for plot RFORT average number of peaks task.
|
class |
PlotRfortResults
Class for plot RFORT results task.
|
class |
PlotSpectrumCount
Class for plot spectrum count task.
|
class |
PlotSpectrumSize
Class for plot spectrum size task.
|
class |
PlotTypicalFlights
Class for plot STH flights task.
|
class |
PluginTask
Class for plugin task.
|
class |
ReadHelpPages
Class for read help pages task.
|
class |
RemovePlugin
Class for remove plugin task.
|
class |
RenameElementGroup
Class for rename element group task.
|
class |
RenameFile
Class for rename file task.
|
class |
RescheduleSavedTasks
Class for re-schedule saved tasks task.
|
class |
ResetExchangeTable
Class for reset exchange database task.
|
class |
ResetWorkspace
Class for reset workspace task.
|
class |
RewriteCFGFile
Class for rewrite CFG file task.
|
class |
RfortAnalysis
Class for RFORT analysis task.
|
class |
RunSavedTasks
Class for run saved tasks task.
|
class |
SaveAircraftEquivalentStress
Class for save A/C equivalent stress task.
|
class |
SaveAircraftEquivalentStressRatios
Class for save A/C model equivalent stress ratios task.
|
class |
SaveAircraftLifeFactors
Class for save A/C model life factors task.
|
class |
SaveAircraftModel
Class for save A/C model task.
|
class |
SaveAircraftModelFile
Class for save A/C model file task.
|
class |
SaveAircraftModelInfo
Class for save A/C model info task.
|
class |
SaveANA
Class for save ANA task.
|
class |
SaveAndZipBucketOutputFiles
Class for save and zip bucket analysis output files task.
|
class |
SaveAs1DSTF
Class for save as 1D STF task.
|
class |
SaveBucketDamageAngles
Class for save damage angles form STF file buckets task.
|
class |
SaveBucketDamageContributions
Class for save damage contributions from STF file buckets task.
|
class |
SaveBucketEquivalentStresses
Class for save bucket equivalent stresses task.
|
class |
SaveBucketFlightDamageContributions
Class for save typical flight damage contributions from STF file buckets task.
|
class |
SaveBucketOutputFiles
Class for save bucket analysis output files task.
|
class |
SaveConversionTable
Class for save conversion table task.
|
class |
SaveCVT
Class for save CVT task.
|
class |
SaveDamageAnglePlot
Class for save damage angle plot task.
|
class |
SaveDamageAngles
Class for save damage angles task.
|
class |
SaveDamageContributions
Class for save damage contributions task.
|
class |
SaveEquivalentStresses
Class for save equivalent stresses task.
|
class |
SaveEquivalentStressRatios
Class for save equivalent stress ratios task.
|
class |
SaveExternalFLS
Class for save external FLS file task.
|
class |
SaveExternalStressSequenceAsSIGMA
Class for save external stress sequence as SIGMA task.
|
class |
SaveExternalStressSequenceAsSTH
Class for save external stress sequence as STH task.
|
class |
SaveFlightDamageContributionPlot
Class for save typical flight damage contribution plot task.
|
class |
SaveFlightDamageContributions
Class for save typical flight damage contributions task.
|
class |
SaveFlightOccurrencePlot
Class for save typical flight occurrence plot task.
|
class |
SaveFLS
Class for save FLS task.
|
class |
SaveHOFlightPlot
Class for save highest occurring typical flight plot task.
|
class |
SaveHSFlightPlot
Class for save typical flight with highest total stress plot task.
|
class |
SaveImage
Class for save image task.
|
class |
SaveLevelCrossingsPlot
Class for save level crossings plot task.
|
class |
SaveLifeFactors
Class for save life factors task.
|
class |
SaveLoadCase
Class for save load case task.
|
class |
SaveLoadcaseDamageContributionPlot
Class for save loadcase damage contribution plot task.
|
class |
SaveLongestFlightPlot
Class for save longest typical flight plot task.
|
class |
SaveMaterialInfo
Class for save STF files material info task.
|
class |
SaveMissionProfile
Class for save mission profile to MS Excel file task.
|
class |
SaveMissionProfilePlot
Class for save mission profile plot task.
|
class |
SaveNumPeaksPlot
Class for save number of peaks statistics plot task.
|
class |
SaveOutputFile
Class for save output file task.
|
class |
SaveOutputFiles
Class for save output files task.
|
class |
SavePilotPointImage
Task for saving pilot point image.
|
class |
SavePilotPointImageToGlobalDB
Class for save pilot point image to global database task.
|
class |
SavePilotPointInfo
Class for save pilot point info task.
|
class |
SaveRainflow
Class for save rainflow task.
|
class |
SaveRfortInfo
Class for save RFORT info task.
|
class |
SaveSettings
Class for save settings task.
|
class |
SaveSpectrum
Class for save CDF set task.
|
class |
SaveSpectrumInfo
Class for save spectrum info task.
|
class |
SaveSTF
Class for save STF task.
|
class |
SaveSTFBucket
Class for save STF file bucket task.
|
class |
SaveStressSequenceAsSIGMA
Class for save stress sequence as SIGMA file task.
|
class |
SaveStressSequenceAsSTH
Class for save spectrum as STH task.
|
class |
SaveStressSequenceInfo
Class for save stress sequence info task.
|
class |
SaveTask
Class for save task task.
|
class |
SaveTXT
Class for save TXT file task.
|
class |
SaveWorkspace
Class for save workspace task.
|
class |
SaveWorkspacePaths
Class for saving opened workspace paths to file.
|
class |
SelectExternalFlight
Class for select external flight task.
|
class |
SelectFlight
Class for select flight task.
|
class |
SetLoadCaseComments
Class for set load case comments task.
|
class |
SetSpectrumMission
Class for set spectrum mission task.
|
class |
SetSTFMission
Class for set STF file mission task.
|
class |
ShareAircraftModel
Class for share aircraft model task.
|
class |
ShareAircraftModelFile
Class for share A/C model file task.
|
class |
ShareGeneratedItem
Class for share generated item task.
|
class |
ShareOutputFile
Class for share analysis output file task.
|
class |
ShareSpectrum
Class for share spectrum task.
|
class |
ShareSpectrumFile
Class for share core spectrum file task.
|
class |
ShareSTF
Class for share spectrum item task.
|
class |
ShareSTFBucket
Class for share STF file bucket task.
|
class |
ShareView
Class for upload view task.
|
class |
ShareWorkspace
Class for share workspace task.
|
class |
ShowNewsFeed
Class for show news feed task.
|
class |
ShowOutputFile
Class for show output file task.
|
class |
ShowServerDiagnostics
Class for show server diagnostics task.
|
class |
ShowSTFFiles
Class for show STF files task.
|
class |
SubmitAccessRequest
Class for submit access request task.
|
class |
SubmitBugReport
Class for submit bug report task.
|
class |
SubmitWish
Class for submit wish task.
|
class |
TemporaryFileCreatingTask<V>
Abstract class for temporary file creating tasks.
|
class |
UpdateMaterialLibrary
Class for update material library task.
|
class |
UpdateMultiplicationTableInfoInGlobalDB
Class for update multiplication table info in global database task.
|
class |
UpdatePilotPointInfoInGlobalDB
Class for update pilot point info in global database task.
|
class |
UpdateSpectrumInfoInGlobalDB
Class for update spectrum info in global database task.
|
class |
UpdateWorkspace
Class for update workspace task.
|
class |
UploadAppUpdate
Class for upload application update task.
|
class |
UploadContainerUpdate
Class for upload container update task.
|
class |
UploadDamageContributions
Class for upload damage contributions task.
|
class |
UploadHelpVideo
Class for upload help video task.
|
class |
UploadMaterials
Class for upload materials task.1
|
class |
UploadMultiplicationTables
Class for upload multiplication tables task.
|
class |
UploadPilotPoints
Class for upload pilot points task.
|
class |
UploadPlugin
Class for upload plugin task.
|
class |
UploadSampleInputs
Class for upload sample inputs task.
|
class |
UploadSpectra
Class for upload spectra task.
|
| Modifier and Type | Method and Description |
|---|---|
default void |
AnalysisListenerTask.processServerAnalysisMessage(equinoxServer.remote.message.AnalysisMessage serverMessage,
InternalEquinoxTask<?> task,
java.util.concurrent.atomic.AtomicReference<equinoxServer.remote.message.AnalysisMessage> serverMessageRef,
java.util.concurrent.atomic.AtomicBoolean isAnalysisComplete)
Processes analysis message from the server.
|
default void |
DatabaseQueryListenerTask.processServerDatabaseQueryMessage(equinoxServer.remote.message.DatabaseQueryMessage serverMessage,
InternalEquinoxTask<?> task,
java.util.concurrent.atomic.AtomicReference<equinoxServer.remote.message.DatabaseQueryMessage> serverMessageRef,
java.util.concurrent.atomic.AtomicBoolean isQueryCompleted)
Processes database query message from the server.
|
default void |
AnalysisListenerTask.waitForAnalysis(InternalEquinoxTask<?> task,
java.util.concurrent.atomic.AtomicBoolean isAnalysisCompleted)
Waits for server analysis to complete.
|
default void |
DatabaseQueryListenerTask.waitForQuery(InternalEquinoxTask<?> task,
java.util.concurrent.atomic.AtomicBoolean isQueryCompleted)
Waits for server database query to complete.
|
| Modifier and Type | Method and Description |
|---|---|
static void |
Utility.createPDFReportCoverPage(InternalEquinoxTask<?> task,
com.itextpdf.text.Document document,
com.itextpdf.text.pdf.PdfWriter writer,
java.lang.String title,
java.lang.String[] chapterNames,
java.util.HashMap<java.lang.String,java.nio.file.Path> fileAttachments)
Creates PDF report cover page.
|
static void |
Utility.createPDFReportEndPage(InternalEquinoxTask<?> task,
com.itextpdf.text.Document document,
com.itextpdf.text.pdf.PdfWriter writer,
java.lang.String title,
java.lang.String hostname,
java.lang.String port)
Creates PDF report end page.
|
static java.util.ArrayList<java.nio.file.Path> |
Utility.extractAllFilesFromZIP(java.nio.file.Path zipFile,
InternalEquinoxTask<?> task,
java.nio.file.Path outputDir)
Extracts and returns all files from the given ZIP file.
|
static java.nio.file.Path |
Utility.extractFileFromZIP(java.nio.file.Path zipFile,
InternalEquinoxTask<?> task,
FileType type,
java.nio.file.Path outputDir)
Extracts and returns a file with the demanded file type from the given ZIP file.
|
static com.itextpdf.text.pdf.PdfWriter |
Utility.setupPDFReportDocument(InternalEquinoxTask<?> task,
com.itextpdf.text.Document document,
java.io.OutputStream outputStream,
java.lang.String title)
Sets up PDF report document.
|
static void |
Utility.zipDirectory(java.nio.file.Path directory,
java.io.File output,
InternalEquinoxTask<?> task)
Zips given directory to given output file.
|
static void |
Utility.zipFile(java.nio.file.Path file,
java.io.File output,
InternalEquinoxTask<?> task)
Zips given file to given output file.
|
static void |
Utility.zipFiles(java.util.ArrayList<java.nio.file.Path> files,
java.io.File output,
InternalEquinoxTask<?> task)
Zips given files to given output file.
|


@() @import views.html.fragments.heading @main("Logged out") { @heading("Logged out")
You have been logged out.


Comparability of Two Segments
Consider two segments a and b comparable at x. A way needs to be determined whether or hold intime. Neither a nor bare vertical. Coordinates of a and b are known already. Consider the point and respectively. First make a call to
SEGMENTS-INTERSECT
It takes time so, till now everything is good. Now, if it returns true, our problem is solved. Just it has to be retuned that that they intersect. If it returns false, then cross products needs to be applied.
Here are four coordinatesaccording to our point co-ordinates,
The cross products of and &andis found.
If and is clockwise from the other one in each pair,
holds
else, holds.
This whole computation takes constant time because it is just a onetime comparison between segments. For diagrammatic representation refer figure 33.4 of the textbook.
Consider a disk which consists of a circle plus its interior. The circle is represented by its center point and radius.
The two disks intersect if they have at least one point in common.
The center points and radii of the two disks are available. The sum of radii and distance between the two centers helps to determine whether the disks intersect or not. The following is the required algorithm:
1 Calculate the distance between the two centers, say it is d.
2 Calculate the value of , where are the radius of the two disks respectively.
3 If then, the two circles intersect with each other.
4 Otherwise if then the two circles don’t intersect with each other.
The above algorithm involves only additions and multiplications. It has a time complexity of .
The following algorithm determines whether any two disks in a set of n disks intersect or not:
Refer textbook chapter 33, section 33.2 for the algorithm ANY-SEGMENTS-INTERSECT(S).
The disks will have two event points; the leftmost x – coordinate and its rightmost x-coordinate.
• Insert the y – coordinate of the center of the disk d into the red-black tree, when the disk’s leftmost point is encountered. The y – coordinate is inserted with a pointer to d itself as auxiliary data.
• Use the inserted point in the red-black tree and find the at most disks that are in its neighbors.
Modify the lines 4 to 10 in the algorithm ANY-SEGMENTS-INTERSECT(S) as per the above two instructions. Keep the rest of the algorithm without any change.
The modified algorithm determines whether any two disks intersect or not, in a set of n disks.
The statements with constant running time are modified in the algorithm ANY-SEGMENTS-INTERSECT(S).
The modified algorithm will have same time complexity as ANY-SEGMENTS-INTERSECT(S). So, the time complexity is .
Therefore, the running time of the modified ANY-SEGMENTS-INTERSECT(S) algorithm that determines whether any two disks intersect or not, in a set of n disks is .


Bases: astropy.cosmology.core.Cosmology
A class describing an isotropic and homogeneous (Friedmann-Lemaitre-Robertson-Walker) cosmology.
This is an abstract base class – you can’t instantiate examples of this class, but must work with one of its subclasses such as LambdaCDM or wCDM.
| Parameters: | H0 : float or scalar Quantity
Om0 : float
Ode0 : float
Tcmb0 : float or scalar Quantity
Neff : float
m_nu : Quantity
name : str
Ob0 : float
|
|---|
Notes
Class instances are static – you can’t change the values of the parameters. That is, all of the attributes above are read only.
Attributes Summary
| H0 | Return the Hubble constant as an Quantity at z=0 |
| Neff | Number of effective neutrino species |
| Ob0 | Omega baryon; baryonic matter density/critical density at z=0 |
| Ode0 | Omega dark energy; dark energy density/critical density at z=0 |
| Odm0 | Omega dark matter; dark matter density/critical density at z=0 |
| Ogamma0 | Omega gamma; the density/critical density of photons at z=0 |
| Ok0 | Omega curvature; the effective curvature density/critical density |
| Om0 | Omega matter; matter density/critical density at z=0 |
| Onu0 | Omega nu; the density/critical density of neutrinos at z=0 |
| Tcmb0 | Temperature of the CMB as Quantity at z=0 |
| Tnu0 | Temperature of the neutrino background as Quantity at z=0 |
| critical_density0 | Critical density as Quantity at z=0 |
| h | Dimensionless Hubble constant: h = H_0 / 100 [km/sec/Mpc] |
| has_massive_nu | Does this cosmology have at least one massive neutrino species? |
| hubble_distance | Hubble distance as Quantity |
| hubble_time | Hubble time as Quantity |
| m_nu | Mass of neutrino species |
Methods Summary
| H(z) | Hubble parameter (km/s/Mpc) at redshift z. |
| Ob(z) | Return the density parameter for baryonic matter at redshift z. |
| Ode(z) | Return the density parameter for dark energy at redshift z. |
| Odm(z) | Return the density parameter for dark matter at redshift z. |
| Ogamma(z) | Return the density parameter for photons at redshift z. |
| Ok(z) | Return the equivalent density parameter for curvature at redshift z. |
| Om(z) | Return the density parameter for non-relativistic matter at redshift z. |
| Onu(z) | Return the density parameter for massless neutrinos at redshift z. |
| Tcmb(z) | Return the CMB temperature at redshift z. |
| Tnu(z) | Return the neutrino temperature at redshift z. |
| absorption_distance(z) | Absorption distance at redshift z. |
| age(z) | Age of the universe in Gyr at redshift z. |
| angular_diameter_distance(z) | Angular diameter distance in Mpc at a given redshift. |
| angular_diameter_distance_z1z2(z1, z2) | Angular diameter distance between objects at 2 redshifts. |
| arcsec_per_kpc_comoving(z) | Angular separation in arcsec corresponding to a comoving kpc at redshift z. |
| arcsec_per_kpc_proper(z) | Angular separation in arcsec corresponding to a proper kpc at redshift z. |
| clone(**kwargs) | Returns a copy of this object, potentially with some changes. |
| comoving_distance(z) | Comoving line-of-sight distance in Mpc at a given redshift. |
| comoving_transverse_distance(z) | Comoving transverse distance in Mpc at a given redshift. |
| comoving_volume(z) | Comoving volume in cubic Mpc at redshift z. |
| critical_density(z) | Critical density in grams per cubic cm at redshift z. |
| de_density_scale(z) | Evaluates the redshift dependence of the dark energy density. |
| differential_comoving_volume(z) | Differential comoving volume at redshift z. |
| distmod(z) | Distance modulus at redshift z. |
| efunc(z) | Function used to calculate H(z), the Hubble parameter. |
| inv_efunc(z) | Inverse of efunc. |
| kpc_comoving_per_arcmin(z) | Separation in transverse comoving kpc corresponding to an arcminute at redshift z. |
| kpc_proper_per_arcmin(z) | Separation in transverse proper kpc corresponding to an arcminute at redshift z. |
| lookback_distance(z) | The lookback distance is the light travel time distance to a given redshift. |
| lookback_time(z) | Lookback time in Gyr to redshift z. |
| luminosity_distance(z) | Luminosity distance in Mpc at redshift z. |
| nu_relative_density(z) | Neutrino density function relative to the energy density in photons. |
| scale_factor(z) | Scale factor at redshift z. |
| w(z) | The dark energy equation of state. |
Attributes Documentation
Number of effective neutrino species
Omega baryon; baryonic matter density/critical density at z=0
Omega dark energy; dark energy density/critical density at z=0
Omega dark matter; dark matter density/critical density at z=0
Omega gamma; the density/critical density of photons at z=0
Omega curvature; the effective curvature density/critical density at z=0
Omega matter; matter density/critical density at z=0
Omega nu; the density/critical density of neutrinos at z=0
Dimensionless Hubble constant: h = H_0 / 100 [km/sec/Mpc]
Does this cosmology have at least one massive neutrino species?
Mass of neutrino species
Methods Documentation
Hubble parameter (km/s/Mpc) at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | H : Quantity
|
Return the density parameter for baryonic matter at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | Ob : ndarray, or float if input scalar
|
| Raises: | ValueError
|
Return the density parameter for dark energy at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | Ode : ndarray, or float if input scalar
|
Return the density parameter for dark matter at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | Odm : ndarray, or float if input scalar
|
| Raises: | ValueError
|
Return the density parameter for photons at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | Ogamma : ndarray, or float if input scalar
|
Return the equivalent density parameter for curvature at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | Ok : ndarray, or float if input scalar
|
Return the density parameter for non-relativistic matter at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | Om : ndarray, or float if input scalar
|
Return the density parameter for massless neutrinos at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | Onu : ndarray, or float if input scalar
|
Return the CMB temperature at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | Tcmb : Quantity
|
Return the neutrino temperature at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | Tnu : Quantity
|
Absorption distance at redshift z.
This is used to calculate the number of objects with some cross section of absorption and number density intersecting a sightline per unit redshift path.
| Parameters: | z : array-like
|
|---|---|
| Returns: | d : float or ndarray
|
References
Hogg 1999 Section 11. (astro-ph/9905116) Bahcall, John N. and Peebles, P.J.E. 1969, ApJ, 156L, 7B
Age of the universe in Gyr at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | t : Quantity
|
See also
Angular diameter distance in Mpc at a given redshift.
This gives the proper (sometimes called ‘physical’) transverse distance corresponding to an angle of 1 radian for an object at redshift z.
Weinberg, 1972, pp 421-424; Weedman, 1986, pp 65-67; Peebles, 1993, pp 325-327.
| Parameters: | z : array-like
|
|---|---|
| Returns: | d : Quantity
|
Angular diameter distance between objects at 2 redshifts. Useful for gravitational lensing.
| Parameters: | z1, z2 : array-like, shape (N,)
|
|---|---|
| Returns: | d : Quantity, shape (N,) or single if input scalar
|
| Raises: | CosmologyError
|
Notes
This method only works for flat or open curvature (omega_k >= 0).
Angular separation in arcsec corresponding to a comoving kpc at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | theta : Quantity
|
Angular separation in arcsec corresponding to a proper kpc at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | theta : Quantity
|
Returns a copy of this object, potentially with some changes.
| Returns: | newcos : Subclass of FLRW A new instance of this class with the specified changes. |
|---|
Notes
This assumes that the values of all constructor arguments are available as properties, which is true of all the provided subclasses but may not be true of user-provided ones. You can’t change the type of class, so this can’t be used to change between flat and non-flat. If no modifications are requested, then a reference to this object is returned.
Examples
To make a copy of the Planck13 cosmology with a different Omega_m and a new name:
>>> from astropy.cosmology import Planck13
>>> newcos = Planck13.clone(name="Modified Planck 2013", Om0=0.35)
Comoving line-of-sight distance in Mpc at a given redshift.
The comoving distance along the line-of-sight between two objects remains constant with time for objects in the Hubble flow.
| Parameters: | z : array-like
|
|---|---|
| Returns: | d : ndarray, or float if input scalar
|
Comoving transverse distance in Mpc at a given redshift.
This value is the transverse comoving distance at redshift z corresponding to an angular separation of 1 radian. This is the same as the comoving distance if omega_k is zero (as in the current concordance lambda CDM model).
| Parameters: | z : array-like
|
|---|---|
| Returns: | d : Quantity
|
Notes
This quantity also called the ‘proper motion distance’ in some texts.
Comoving volume in cubic Mpc at redshift z.
This is the volume of the universe encompassed by redshifts less than z. For the case of omega_k = 0 it is a sphere of radius comoving_distance but it is less intuitive if omega_k is not 0.
| Parameters: | z : array-like
|
|---|---|
| Returns: | V : Quantity
|
Critical density in grams per cubic cm at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | rho : Quantity
|
Evaluates the redshift dependence of the dark energy density.
| Parameters: | z : array-like
|
|---|---|
| Returns: | I : ndarray, or float if input scalar
|
Notes
The scaling factor, I, is defined by , and is given by
It will generally helpful for subclasses to overload this method if the integral can be done analytically for the particular dark energy equation of state that they implement.
Differential comoving volume at redshift z.
Useful for calculating the effective comoving volume. For example, allows for integration over a comoving volume that has a sensitivity function that changes with redshift. The total comoving volume is given by integrating differential_comoving_volume to redshift z and multiplying by a solid angle.
| Parameters: | z : array-like
|
|---|---|
| Returns: | dV : Quantity
|
Distance modulus at redshift z.
The distance modulus is defined as the (apparent magnitude - absolute magnitude) for an object at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | distmod : Quantity
|
See also
Function used to calculate H(z), the Hubble parameter.
| Parameters: | z : array-like
|
|---|---|
| Returns: | E : ndarray, or float if input scalar
|
Notes
The return value, E, is defined such that .
It is not necessary to override this method, but if de_density_scale takes a particularly simple form, it may be advantageous to.
Inverse of efunc.
| Parameters: | z : array-like
|
|---|---|
| Returns: | E : ndarray, or float if input scalar
|
Separation in transverse comoving kpc corresponding to an arcminute at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | d : Quantity
|
Separation in transverse proper kpc corresponding to an arcminute at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | d : Quantity
|
The lookback distance is the light travel time distance to a given redshift. It is simply c * lookback_time. It may be used to calculate the proper distance between two redshifts, e.g. for the mean free path to ionizing radiation.
| Parameters: | z : array-like
|
|---|---|
| Returns: | d : Quantity
|
Lookback time in Gyr to redshift z.
The lookback time is the difference between the age of the Universe now and the age at redshift z.
| Parameters: | z : array-like
|
|---|---|
| Returns: | t : Quantity
|
See also
Luminosity distance in Mpc at redshift z.
This is the distance to use when converting between the bolometric flux from an object at redshift z and its bolometric luminosity.
| Parameters: | z : array-like
|
|---|---|
| Returns: | d : Quantity
|
See also
References
Weinberg, 1972, pp 420-424; Weedman, 1986, pp 60-62.
Neutrino density function relative to the energy density in photons.
| Parameters: | z : array like
|
|---|---|
| Returns: | f : ndarray, or float if z is scalar
|
Notes
The density in neutrinos is given by
where
assuming that all neutrino species have the same mass. If they have different masses, a similar term is calculated for each one. Note that f has the asymptotic behavior . This method returns using an analytical fitting formula given in Komatsu et al. 2011, ApJS 192, 18.
Scale factor at redshift z.
The scale factor is defined as .
| Parameters: | z : array-like
|
|---|---|
| Returns: | a : ndarray, or float if input scalar
|
The dark energy equation of state.
| Parameters: | z : array-like
|
|---|---|
| Returns: | w : ndarray, or float if input scalar
|
Notes
The dark energy equation of state is defined as , where is the pressure at redshift z and is the density at redshift z, both in units where c=1.
This must be overridden by subclasses.


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Increased Endurance
Increased Concentration
Razzle Berry
Melon Mania
Orange Dreamsicle


Emery responds after Arsenal fans chant for him to be sacked during Saints draw
Unai Emery has responded after Arsenal fans chanted for his sacking during the disappointing draw with Southampton.
The Gunners were held to a 2-2 draw by relegation-battlers Southampton on Saturday and a number of fans voiced their frustration at under-fire boss Emery.
Chants of ‘We want Emery out’ and ‘Sacked in the morning’ were heard at the Emirates after a draw which sees the north Londoners slip to ninth in the Premier League.
Arsenal are now nine points worse off than they were at the corresponding stage last term and the pressure is only increasing on former PSG and Sevilla boss Emery.
Asked about the atmosphere at the Emirates, Emery said: ‘I understand the supporters are angry and frustrated.
‘The players are feeling the same and my job is to find out how to improve and the key is to be with the supporters. Our target was to win but also to play well and we didn’t do that.’
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Alexandre Lacazette equalised for Arsenal after Southampton striker Danny Ings had given the visitors an early lead.
James Ward-Prowse restored Southampton’s advantage after Kieran Tierney gave away a penalty, but Lacazette salvaged a point with an extra-time goal.
Former Arsenal captain Tony Adams said the fans were right to react badly to what he described as a ‘terrible’ performance against Southampton.
He told BT Sport: ‘The boos are deserved. It was a terrible, terrible performance.
‘Emery is not doing himself any favours. I don’t watch any coach to lose their job but the club is not progressing. They are so disjointed.’
Arsenal face Eintracht Frankfurt in the Europa League on Thursday night.


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RealTime example
This utility will create an aircraft to show how to utilize STK in a single-object feed real time environment. This utility will generate the position/attitude data rather than reading from an actual data feed.


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Jenna's
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| Package | Description |
|---|---|
| jtxt | |
| jtxt.emulator.tui |
| Modifier and Type | Method and Description |
|---|---|
protected Component |
Terminal.getComponentAt(int line,
int position) |
| Modifier and Type | Method and Description |
|---|---|
void |
Terminal.add(Component... components) |
void |
Document.add(Component component) |
| Modifier and Type | Class and Description |
|---|---|
class |
Container<T extends Component>
A
Container is a Component which owns and manages other Components. |
| Modifier and Type | Class and Description |
|---|---|
class |
ASCIImage |
class |
Border |
class |
Button |
class |
Container<T extends Component>
A
Container is a Component which owns and manages other Components. |
class |
Decorator
Adds dynamic runtime properties to a
Component , thus allowing
components to add properties like borders, outlines, and more generic
aspects without having to explicitly inherit them from another component. |
class |
RootContainer |
class |
Slider
TODO
|
class |
Table
A
Container which organizes its children into rows and columns. |
protected static class |
Table.Column
A column of components within the Container.
|
class |
TextBox |
class |
TextEditor |
| Modifier and Type | Field and Description |
|---|---|
private Component[] |
Container.ContainerIterator.children
All of the children that are owned by this container, including
any sub-containers that it may contain.
|
protected Component |
Decorator.component
The
Component which this decorator is applied to. |
protected Component[] |
Table.Column.components |
| Modifier and Type | Method and Description |
|---|---|
Component[] |
Container.getChildren()
Returns the components in this container in the order defined by the
layout that has been set.
|
Component |
Container.getComponentAt(Location location) |
Component |
Container.ContainerIterator.next() |
| Modifier and Type | Method and Description |
|---|---|
java.util.Iterator<Component> |
Container.iterator() |
| Modifier and Type | Method and Description |
|---|---|
void |
Table.Column.add(int startRow,
Component... components) |
void |
Table.add(int rowNumber,
int columnNumber,
Component... components)
Adds the given Components to this Table, where the row and column number
determine where the first Component will appear, and all subsequent
Components will follow the first in the column.
|
void |
Container.add(T... children)
Adds the component to this container, using the inflated properties
of that component to determine the bounds it may occupy within this
container.
|
void |
Table.insertColumn(int columnNumber,
Component... components) |
void |
Table.insertIntoColumn(int rowNumber,
int columnNumber,
Component... components)
Inserts the given Components into this table at the specified row and
column, shifting any elements within that column downward to accommodate
these new elements.
|
default void |
Layout.setComponentBounds(Component child)
Sets the bounds of a Component, using the parameter object that the
component has defined.
|
| Constructor and Description |
|---|
Border(Border.Type type,
java.awt.Color color,
Component component)
Initializes a border for the given component, using the character
defined by the type and the color for drawing the border.
|
Container(java.lang.Object parameters,
Layout layout,
java.awt.Color bg,
T... children) |
Container(java.lang.Object parameters,
Layout layout,
T... children) |
Decorator(Component component) |
RootContainer(Region bounds,
Layout layout,
Component... children)
Creates a new container which occupies the entire area which was given
when the context was created.
|


home / computers / Mac Mini M1
| Producer: | Apple |
|---|---|
| Type: | Computer (Mac Mini) |
| Installed Os: | macOS Big Sur |
| RAM: | 8GB |
| Capacity: | 256GB |
| Processor: | Apple M1 |
| Cores: | 8 |
| Weight: | 1.2 kilograms |
| Display: | None |
| GPU cores: | 8 |
| Ports: | 2x Thunderbolt 3(USB-C), 2x USB-A, Ethernet, HDMI, 3.5mm headphone jack |
699$


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menu
source
run
<- step
step ->
Tutorials
Moving a Player
Player Jump
Rendering Primitives
Animating Sprites
Arcade Shooter
Traveling at Light Speed


To make pyglet available to all users, or to avoid having to set the PYTHONPATH for each session, you can install it into your Python's site-packages directory.
From a command prompt on Windows, change into the extracted pyglet source archive directory and type:
python setup.py install
On Mac OS X and Linux you will need to do the above as a priveleged user; for example using sudo:
sudo python setup.py install
Once installed you should be able to import pyglet from any terminal without setting the PYTHONPATH.


In & Out (1997)
A film review by Steve Kong Copyright 1997 Steve Kong
Some movies are bettered remembered by their trailers. In & Out is almost that kind of movie. The trailer for In & Out is hilarious and reveals a large chunk of the movie. Can the movie itself stand up to the trailer?
Howard Brackett (Kevin Kline) is an English teacher in the small town of Greenleaf, Indiana. He wears a goofy bow tie and loves Barbra Streisand. He is getting married in a few days, this after being engaged to his fiancée, Emily Montgomery (Joan Cusack), for three years. Howard's life is pretty uneventful. That is until a former student, Cameron Drake (Matt Dillon), blurts out that Howard is gay during his Oscar acceptance speech.  In come the media, friends, and family asking if Howard really is gay. Howard denies it at first, but then starts to confront the issue. And both him and we are trying to figure out if he's gay or not.
In & Out is a light-hearted comedy that had me laughing hard at times, but, there were some lulls. Kevin Kline is hilarious as Howard Brackett. He uses some pretty amusing body language in his portrayal of Howard. As a student tells him, "Watch the hand thing." As Howard tries to find out who he really is, he tries a do-it-yourself package on exploring your manliness. As he taps his feet and throws his arms in the air to start dancing the tape tells him, "Truly manly men don't dance."
 Debbie Reynolds is absolutely psychotic as Howard's mother.
The real star of In & Out is Joan Cusack as Howard's three-year fiancée Emily. Cusack is the psychotic and unstable Emily who looks like she is going to go nuts at any given moment. As psychotic and unstable as Emily is, Cusack makes Emily very innocent, and willing to do anything for Howard, including losing 75 pounds for the wedding.
Frank Oz has a great sense of comic timing and keeps the laughs rolling, even up to half way through the credits. The macho man ending to the film leaves the audience with a silly grin walking out the door. Though, the ending events are somewhat contrived, but they work to make for a happy ending.
Though I loved the trailers, the movie is not a letdown. In & Out has its small flaws but in the end, the humor overshadows the flaws. In & Out is a hilarious film that I highly recommend. This is a must see movie.
"Do you know how many times I've seen Funny Girl?!" - Emily.
!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=! steve kong<EMAIL_ADDRESS>come visit the hard boiled movie page http://boiled.sbay.org/boiled/ !=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


-Working on innovation team to build facial recognition software for retail.
-Currently building backend database system with Node.js and AWS Lambda and DynamoDB.
-Working on health innovation projects driven by technology.
-Interests in digital transformation, data analytics & visualization, and human-centered design.
Western University - Health Informatics Research
-Machine learning research to develop a predictive risk model for depression outcomes using Canada-wide database.
-Cleaned data and built final model with group of 300K+ individuals from an initial dataset of 1.2M primary care patients
-See my R code on Github! -Read my final paper here.
U.buk
U.buk aims to improve the efficiency of Toronto’s walk-in clinics by reducing patient wait times through an interactive, web-based platform.
It is a web application that allows patients to pre-book medical consultations based on published wait times and send their symptoms and contact data to a nearby walk-in clinic prior to arrival.
As the lead designer, my role included the presentation deck visuals, user research, and prototyping of our product screenshots to demonstrate U.buk's functionality.
U.buk received 3rd in the SpinMaster Business Plan competition and a Finalist award at the ship* startup festival.
U.buk aims to alleviate pain points in the patient walk-in clinic experience by:
-showing current wait times in nearby clinics within a 10km radius
-allowing patients to enter and submit medical information to facilities prior to visit
-notifying patients of the soonest estimated time a doctor will able to see them
A mobile-optimized experience allows patients to select an appropriate location and rapidly complete necessary paperwork prior to arrival at the appointment.
Our demonstration screenshots were based off of researching challenges millenials and families have in booking appointments.
Through a web application, clinics will be able to manage appointments, update wait times, analyze traffic flow, and submit billing information.
U.buk allows them to redirect resources into maximizing quality and efficiency in patient care; leveraging an online platform reduces receptionist calls, triaging, and paperwork.
WVA
Western Venture Association provides members with education and opportunities in private equity and venture capital while bridging the gap between business acumen and entrepreneurship.
We organize educationals, group discussions, and conferences that connect university students with private equity and venture capital firms to understand the role funding plays in new businesses.
My role as a marketing director includes designing marketing plans, managing email marketing and social media outlets, connecting with sponsors, and writing blogs about recent VC and PE news.
The following graphics are from our educational with Google and represent a shift in branding towards geometric form for a more exciting, bold approach to the VC industry.
These graphics are from our 2016-2017 flagship conference, the WVA Open. Open had over 200 students registered and partnered with Shopify, Ivey Business School, and several VC firms.
In addition to our main conference, we host monthly educationals and socials to educate our members about VC and PE.
Nspire
Nspire Innovation Network is Canada’s largest student-run non-profit organization in the business and technology space.
We connect innovative youth leaders with industry professionals and entrepreneurs to empower young innovators with skills and knowledge in the biz-tech arena.
As a Creative and Branding Associate on the 2016-2017 executive, I was in charge of marketing media and graphic design for all events held on the Western University campus.
Nspire Connects brings together incoming and first year university students with senior students and industry professionals to introduce them to the Canadian business and technology space and give them a taste of careers available in their field.
Ideas Exchange is about encouraging deep, interdisciplinary thinking to observe and analyze the challenging conditions in our digital age.
By running small group events dedicated to one facet of emerging technology, Nspire gives budding entrepreneurs an opportunity to understand an industry directly from its largest players.
Nspire Career Series organized several events designed to directly give students more information about internships at specific companies relating to technology.
I designed assets for web pages, Facebook promotion, and snapchat filters. One challenge I encountered is the difficulty of adhering to brand guidelines when designing for a wide range of events
throughout the year, but I consistently used the same fonts and similar textures to achieve unity while making exciting, varied graphics.
I also helped reboot our Instagram page and made several Snapchat filters for our national conference.
CAISA Fashion Show
CAISA Fashion Show is one of the largest student-run charity fashion shows in all of Canada 19 years in the making.
With a remarkable team of over a hundred executive members, performers, and models, we continuously dedicate countless hours to produce one of the most anticipated shows in the London community.
This year, we are proud to announce that our proceeds from the show will continue to support the Children’s Health Foundation — a charity that we have supported for over 16 years.
My role on the CAISA Fashion Show Graphics team was to create all graphics for web, print, and social media outlets and edit the photos for our show lookbook.
Our team (thank you to CAISA Graphics for teaching me) designed the show logo below and lookbook as well as cover photos and promotional media for over 25 individual events. The 2016-2017 show Espial was based around espionage and mystery.
We raised $35,000 for children's stem cell research - a new record for the fashion show.
Below are a selection of the promotional cards and cover photos I made throughout the year.
Our team also initiated a fundraiser to sell our homemade cards for Christmas and Valentines Day.
We sold a variety of cards made by each team member.
Pluralize
Pluralize is a Chrome extension that shows a religious demographic breakdown of your Facebook social circle and suggested curated ways to learn about other religions. It was built at VHacks, the first hackathon at the Vatican.
Teams were selected by the executive of four people from around the world and assigned to a challenge of interfaith dialogue, social inclusion, or migrants & refugees.
My team came from five different continents, universities, and backgrounds, and we were assigned to a group to tackle interfaith dialogue. As my team’s designer, my role included directing team ideation, defining our product’s features, building our brand assets and pitch deck, getting feedback from team mentors, building our front-end website, and writing our devpost project submissions.
Tackling the challenge of interfaith dialogue isn’t easy – how do you get people to tolerate and understand other people's religious beliefs?
Our team spent the first night of the hackathon running through a rapid-fire design thinking process, trying to find a root problem we could tackle with technology that we could build and demonstrate in a weekend. We were aided by a collection of mentors from a variety of disciplines – a rabbi who ran cross-religious community events in the West Bank, social impact lawyers, Silicon Valley technologists. As we connected with mentors, I continued to note down key points and sketch our potential prototypes.
Mentors helped push our team towards the idea of creating a shared experience to help people see similarities between their religion and another. Though it is challenging to understand these similarities, a prerequisite recognition of your own biases is required to have an open mind for learning about other cultures. Taking inspiration from the idea of political echo chambers, we settled on making something to help people realize that they consume online content with the same perspectives. After several more hours of brainstorming, refining ideas, and getting feedback from mentors, we decided to build something that helped make people aware of their religious biases and then take steps to engage in interfaith dialogue through other common interests.
Our final Devpost submission included the following:
Pluralize helps people become aware of religions in their social vicinity and suggest ways to help them learn about faith. It is a Chrome extension which uses the existing user’s Facebook login, profile, and friend data to develop a religion demographic map of their direct social network. D3.js is used to present this data in a radial graph and show the reader their friends’ religious demographics vs their country and the world. By revealing our tendency to associate disproportionately with people that believe what we believe, Pluralize can produce the mindset necessary for people to be engaged with Interfaith Dialogue.
After demonstrating religious biases, the future of Pluralize would be suggesting customized content based on the users’ religious ‘blind spots’ and existing interests on Facebook - say learning about Islamic food and music. We envisioned an ability to engage users continually by passively suggesting content based on Facebook interests, religions, existing web browsing habits.
12 hours of building went by quickly – solving challenges of Facebook scraping, data visualization, and designing our value proposition and mission.
As a finalist in the hands-on demonstration, a teammate and I presented our project at the finals and were awarded 3rd place.
Check out our Devpost or Github for more details.
From Farm to Table
Through my Spanish language narrative and culture course, I met a local coffee roaster named Maria Fiallos from Nicaragua. As a class project, I interviewed her about her family's journey to Canada, her experiences as an immigrant from Nicaragua, and the importance of coffee in her family's life.
Through her fascinating narrative, my perspectives about the role of coffee in the global economy expanded and I wanted to share this knowledge in an accessible, relatable way to other university students. I wrote an article and designed a full-page & mobile-version infographics for our school newspaper to help other students understand their coffee's journey from the farm to the table. Read my article here.
Health AI
At my previous summer internship, I took a visual and information design role within the Omnia AI practice for the health team. Over four months, I designed 7 different brochures used in client engagements for large retail and pharma companies. My role included collecting information from whitepapers, writing copy, gathering and creating visual assets, and designing brochure layouts with InDesign. Included below are three brochure samples with lorem ipsum copy.
Fa.re
As part of my previous summer internship, I participated in an internal product development innovation team called the Hackery. Our task was to build out a technically feasible product in the retail analytics space using facial recognition.
Working with a team of 7 engineers, I had many opportunities to steer product direction and bring a people-focused perspective to the team.
I spent half of my time on the development side, working on building our server, database structure, and GraphQL integration. The remainder of my time was spent as a designer conducting research, building our user-facing dashboard, and creating the slide deck used to communicate product goals.
I spearheaded a user research effort by talking to 15 retail and technology consultants within the firm who worked closely with users and several grocery and lifestyle retail clients. This research helped me redefine the product we were building and determine the best way to produce a working proof-of-concept product.
Below are several screenshots of our functional dashboard, including a user login page and topline metrics each with further data visualizations.
Designing our logo, I originally created curves and circles as an abstraction of an optical illusion of vase and face together. Our team wanted a simpler, cleaner logo, so I opted for a clean, sans-serif with dots placed to invoke the idea of a face in a playful manner.
These slides were part of a larger presentation used to present to internal and external stakeholders to obtain feedback about our proof of concept and build a team to push it forwards.
Saya
Saya is a spa subscription box service designed for an entrepreneurship project to launch a small business. I led all marketing and design for our business plan and presentation, receiving the highest grade in our business class.
Aimed at busy female professionals aged 28 – 40, Saya’s mission is to provide everything needed for a calming spa night at home, featuring monthly curated scents and unique natural products. The Saya experience begins from the website and is carried through to box arrival, opening, and use of the products.
I designed our logo, branding, digital marketing campaigns, and presentation deck. I also created the following product mockups and built a physical replica of my virtual designs. Throughout the process, I got feedback from women in our target demographic to understand the experience the chosen colours, fonts, and packaging conveyed.
Facile
Facile is a project built at Hack Western 5 which won the Deloitte Pitch Prize and Bell Smart Cities Prize. Based on the theme of smart cities, we chose to tackle a mechanism to make washrooms smarter through the Internet of Things.
We used sensors to detect garbage fill, smell, spills, pressure, and temperature as proxies for washroom cleanliness. Data was pushed up in real time to an IoT dashboard, enabling building managers to deploy staff when necessary instead of cleaning a washroom in set intervals.
My role including leading the team through an ideation process, making a 3D model of sensor placement in the washroom, designing our presentation, helping with the Flask server, and presenting at finals.


I just updated to the latest emoncms (last time I installed was over a year ago), and things look a little different. It seems I have to update my arduino sketch.
I'm using and arduino with an ethernet shield. I'm trying to send just a temperature reading, using the following function and it isn't working:
[code]
void sendData(float temperature) {
client.connect(server, 80);
delay(1000);
if (client.connected() ) {
Serial.println("Connected");
// send the HTTP GET request:
client.print("GET /emoncms/input/post.json?json={Temperature:");
client.print(temperature);
client.print("}&apikey=");
client.print(apikey);
client.println(" HTTP/1.1");
}//if(client.connect(server, 80)
else {
// if you couldn't make a connection:
Serial.println("Connection failed");
Serial.println("Disconnecting...");
client.stop();
}//else
delay(2000);
}//sendData
[/code]
What adjustments do I need to make? BTW apikey is a global String variable that contains my apikey.
Re: updating emoncms, new arduino sketch
There should be absolutely no reason to change the sketch in your Arduino. Can you send the the same string from your browser, and is it accepted then? (It prints ok in the browser). If no, the problem is your emoncms installation.
[server IP or name]/emoncms/input/post.json?json={Temperature:[temperature]}&apikey=[apikey]
replacing the [terms in square brackets] with the correct values for you.
Re: updating emoncms, new arduino sketch
I copy-pasted that right into the browser address bar, substituting the values where you say to, and the response was "ok". Still no luck with the arduino with that sketch sending the data, though. You think it is an installation problem? How could I find out where I might have goofed?
edit: Went into my emoncms server's apache access.log file, and for entires related to my arduino I'm getting lines like this:
[ipaddress and timestamp omitted] GET /emoncms/input/post.json?json={Temperature:10}apikey=[apikey omitted] HTTP/1.1 408 508 "-" "Arduino-ethernet"
BTW, I added this line to the sketch after println(" HTTP/1.1");
client.println("User-Agent: Arduino-ethernet");
Re: updating emoncms, new arduino sketch
The Apache log indicates that it is indeed the emonCMS installation that is at fault. What OS is it? Was it a fresh install to a different place or did you install over the top of the old version? Is the browser physically on the same machine as emonCMS? If it is and as the browser is responding, it looks like a permissions or addressing problem. Is your .htaccess file correct?
Re: updating emoncms, new arduino sketch
emoncms is a fresh install running on Raspbian. I'm not sure I understand what you are asking about the browser physically being on the same machine as emoncms. The above line from the log is showing the result of my sketch on the arduino attempting to send data to emoncms. All the attempts I've had at adding data via a browser (chome, specifically) have been from other computers not running emoncms, and they've been successful when I have the correct address and apikey. I have not altered any ".htaccess" file, where might I find that?
Re: updating emoncms, new arduino sketch
You had not said anything about your installation, so I had no means of knowing if you were running on an RPi, LAMP, MAMP, WAMP, a NAS, another Linux server or on your firms's or a rented server, or indeed something else.
Under WAMP, the server is visible within the machine: running a browser and using the command above shows emonCMS is running, but until you put the server "on-line" it is not visible outside the machine. That was a real possibility.
I'm no networking expert, however if you look up the Apache errors, it looks to me as if the server is timing out (408 - HTTP_REQUEST_TIME_OUT) and there is a problem with a loop (508 - HTTP_LOOP_DETECTED). It's quite likely that the loop is causing the timeout.
.htaccess is a hidden file, there is potentially one for every web-facing directory. It should have been copied with the installation, but if you manually copied files, it could be missing as it's hidden. However, as browsers on connected machine work, that's unlikely to be the problem.
I don't have a RPi so you need someone else to pick this up to help you further.
Re: updating emoncms, new arduino sketch
Some more info would help, your 1st post says "updated emoncms" and your last post says "fresh install on raspbian" can you expand a little.
What version of emoncms did you upgrade from?
Did the sketch work ok prior to updating?
Did you update or did you start a fresh install?
What method did you use git or deb package?
Did you follow a specific guide?
Did you carry over any files/folders or make any other changes?
A fresh install on a Pi is normally quite a straight forward affair as it is so tried and tested, the questions are to establish what you should have and help to work out what could be different.
Re: updating emoncms, new arduino sketch
Sorry for the confusion, I guess I should have said "fresh install", to me it is an upgrade, because I was running a version over a year old. To everyone else here, it might as well be a fresh install, though.
I used these instructions, with git: http://emoncms.org/site/docs/installlinux I did everything in the tutorial up until (and including) the making a copy of settings.php, as is. I made a new mysql user who only has authority over the emoncms database and used those credentials. After that I downloaded the modules but haven't messed with them further. I overlooked the part about the file suhosin.ini, but I can't find that file anyway. I didn't enable multi-lingual support, and I did modify the entry for the timezone.
The sketch I posted earlier never worked, I didn't post the old one, that one printed to the client something like "GET /emoncms3/api/post.json?apikey=[apikey omitted, etc]" and I doubted it would work at all.
Re: updating emoncms, new arduino sketch
Ok I guess a little more clarification is needed as both Robert and I have referred to the RaspberryPi and you have not corrected us and yet you are using the linux installation instructions. So what platform are you using?
What OS are you using ? "running on Raspbian" suggested a Pi running stock OS, but your comment about "suhosin.ini" questions that because that step is only applicable to Debian6.
Does this mean neither sketch ever worked or that the previous sketch worked with the previous emoncms?
Having had quick scan through the Linux guide, I can't see anything obvious that won't work on a Pi at first glance so it maybe that the install is good and a change can be made in the sketch since manually posting works ok.
If you can clarify the points above we will know what you should have and go from there.
Re: updating emoncms, new arduino sketch
The emoncms server is running on Raspbian on a Raspberry Pi, are there special instructions for this platform? I was using the instructions provided on the link I gave above.
I had a sketch successfully running on the old emoncms install, that was the line you quoted, pb66, maybe I shouldn't have even posted it. When I said "the sketch I posted earlier" it was referring to the code in this original, thread-creating post.
Re: updating emoncms, new arduino sketch
There are several installation guides specifically for the raspberry pi, The recommendation is to install emoncms to a raspberrypi running raspbian on a spinning hardrive using the debian package manager (apt-get).
I have looked a some of your old threads to try and get an insight to your system and establish if you had a hdd, as of dec2012 you were running emoncms on a virtual debian machine, so does mean this is a fresh install to a new platform ?
Either way do you have or intend to use a hdd ? the continuous writing of data by emoncms can dramatically shorten the lifespan of an sdcard, causing failures and loss of data.
I also noticed from your previous threads that getting your original sketch to work correctly has been the focus of previous discussions, so my advice would be to put the sketch aside for the moment and focus on your emoncms first.
The linux instructions you followed may work but with the aim of ensuring you have an easily maintained "stock" install that is tried and tested, I would probably recommend starting afresh (assuming this is an entirely new Pi install and no data will be lost)
When you have a working raspbian image, Installing emoncms to a pi can be done in a couple of commands using apt-get https://github.com/Dave-McCraw/pkg-emoncms/blob/master/docs/install.md or for a full step by step guide to installing emoncms and a hdd (highly recommended) http://openenergymonitor.org/emon/node/5092. (these guides are quite new and have not yet made the documentation site).
You can still use the git method if you have strong reason to but that isn't recommended if you have option to use apt-get. instructions can be found in the "Raspberry Pi" section on emoncms.org documentation
Additionally the git methods are harder to update and leave too much open to variation, If you use the recommended Pi w/hdd via deb method it takes away a lot of uncertainty and you can confidently focus on your sketch knowing emoncms is sound.
Paul
Re: updating emoncms, new arduino sketch
I'd rather not use an hdd at this time. I have an 8GB SD card that I don't care about too much. Its still fairly new. What can I do to extend the life of it while using it as storage for emoncms data? Maybe only send data to it once every 15-30 minutes? I'm going to clean off the current raspbian image and put another one on there and start fresh using the install instructions for raspbian using apt-get.
In a few months after I decide if I'm happy with emoncms for this particular situation I plan to revisit the idea of using an hdd. Would I just need to modify my mysql install? Or would the entire OS have to be on the hdd? Where can I find instructions for this?
Re: updating emoncms, new arduino sketch
If you review the comments about the life of SD cards, then when writing at the normal rate, you will see that it might well not keep working for the couple of months you want. Sending data less frequently will obviously help. I think Paul gave you a link to the install instructions above. They start: "The easiest way is to put the image on BOTH the sd and the hdd, boot up on the sd and then edit the hdd to prepare it to boot to...." The general idea is to boot from the SD card and run on the OS on the HDD.


Before Change
Queue up a day cycle command to stop the day cycle. It will be applied when `tick` or `step` is called next.
By the next tick, day cycle will stop where it is.
self._enqueue_command(DayCycleCommand(False))
def teleport_camera(self, location, rotation):
Queue up a teleport camera command to stop the day cycle.
By the next tick, the camera"s location and rotation will be updated
After Change
By the next tick, day cycle will stop where it is. If there is no skysphere, skylight, or directional source
light in the world, this command will fail silently.
self.send_world_command("SetDayCycle", num_params=[0, -1])
def set_weather(self, weather_type):
Queue up a custom set weather command. It will be applied when `tick` or `step` is called next.
By the next tick, the lighting, skysphere, fog, and relevant particle systems will be updated and/or spawned


The World Is Not Enough a.k.a. James Bond XIX
Well, another James Bond movie. Still with Pierce Brosnan, but this time with Sophie Marceau and Denise Richards making it to the well-known Bond-girls list. A James Bond movie isn't a James Bond movie without these elements: explosions, beautiful babe, James driving a car, Q's gadgets, casino scene, Martini "shaken not stirred", another beautiful babe, guns, dangerous action, bombs, an a whacky villain. And it's the same with this one. It has all those elements, so it's a complete JB-movie.
If you have seen the last JB movies, especially those with Pierce Brosnan, than the plot is much or less the same. Only this time, M (James' boss) gets involved personally. Actually I don't feel like telling you the plot, because a James Bond movie always have the same plot.
The opening scene was cool, because of the shots of the Millenium Dome. And a lot of other action scenes, but at some point I experienced some dejavu, like I already saw that stunt in an earlier JB. Maybe I did, maybe I didn't. In any case, the name is still "Bond, James Bond".
If you're a big JB fan then go. Why bother reading this review anyway? If you're not a big fan, go see it if you have spare time and money, which most of you have on Christmas anyway. But if you hate this guy, then don't go.
After I saw this movie, I was walking to my car. In the background Annie Lennox was singing "Hey, hey, I saved the world today...". In my opinion, that song would have been way way better than Garbage.
Indra Moeljadi is saving all his money to buy a BMW Z8 after failing to buy a Z3
check more reviews on Indra PopCulture Reviews http://www.geocities.com/SouthBeach/3216
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


I'm a front-end developer with a master in interface design who is looking forward to the new bblog plugin for Battlelog. I only started last week with developing for bblog but I'm looking forward on creating some new plugins for the 3.0 system.
I can't wait for the 21st of november so I can grab the new 3.0 system and get coding. Only one more day left!
Take care!
BrainFooLong
Administrator
Welcome and have fun with 3.0, tomorrow.
Topicstarter
Weyland
Thanks! I'm looking forward.
The example plugin file looks like its properly structured with the addition that the plugins are finally modular. Something that works well for me. Can't wait to get started.
juress
Theme Developer
Awesome to see a new addition to the community, welcome :)
ORFK
Global Moderator
great! i'm wondering wich nice plugin you would share for our community =)
i like it if there are a lot of people who wants to do something for Blog!
Topicstarter
Weyland
Depending on BBlog and the default features, I will create a list of plugins that I want to write.
So until then I am not sure what I will be creating in the near future.


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UD Public Safety asking for public’s help in locating SUV that hit 2 DECA students
by Breaking News StaffDAYTON — An SUV struck two Dayton Early College Academy students Friday afternoon and University of Dayton Public Safety is asking the public for help in locating the vehicle, which left the scene.
The students were hit about 4:30 p.m. at Brown and K streets by the SUV that was southbound on Brown, UD officials said.
Medics checked and cleared the students at the scene, UD officials said.
UD Public Safety is asking anyone who has information about the incident to call them at<PHONE_NUMBER>.


Help in EPiServerEPiServer's online Help is available to assist your work with EPiServer. An online version of the Administrator's Manual and Editor's Manual is available here. These manuals are in PDF format and require Acrobat Reader to view them.
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