MassMedia v0.8.5 documentation
The mm_youtube template tag library handles all the communication with YouTube, plus there are some extra helper tags and filters.
Usage: {% get_youtube_feed <object> as <result> %}
This tag onverts the massmedia.models.Collection <object> into an object with the information about the YouTube playlist. The information is stored in the variable specified as <result>. The <result> object has two attributes: metadata and entries. The metadata contains information about the playlist, and entries is a list of the videos in the playlist.
Type: A list of dictionaries containing name and uri fields.
Example:
{{ result.metadata.author.0.name }}
{{ result.metadata.author.0.url }}
could result in:
washingtontimes
http://gdata.youtube.com/feeds/api/users/washingtontimes
Type: A list of strings.
Example:
{% for cat in result.metadata.category %}
{{ cat }}
{% endfor %}
could result in:
http://gdata.youtube.com/schemas/2007#playlist
washington
news
politics
Type: A string representation of a number for the default number of items retrieved per page.
Example:
{{ result.metadata.items_per_page }}
could result in:
25
Type: A list of dictionaries containing href, rel, and type fields.
Example:
{{ result.metadata.link.0.href }}
{{ result.metadata.link.0.rel }}
{{ result.metadata.link.0.type }}
could result in:
http://www.youtube.com/view_play_list?p=3C046B163FA3957C
alternate
text/html
Comment: Typically there are four links with rel attributes of:
Type: A string of the URL to the logo set for this playlist.
Example:
{{ result.metadata.logo }}
could result in:
http://www.youtube.com/img/pic_youtubelogo_123x63.gif
Type: A string representing the ID of the playlist.
Example:
{{ result.metadata.playlistId }}
could result in:
3C046B163FA3957C
Type: A string representation of a item number of a paginated result list.
Example:
{{ result.metadata.start_index }}
could result in:
1
Type: A string of the subtitle of the playlist
Example:
{{ result.metadata.subtitle }}
could result in:
The best of The Washington Times YouTube Channel
Type: A string of the title of the playlist
Example:
{{ result.metadata.title }}
could result in:
TWT Home
Type: A string representation of the number of items returned.
Example:
{{ result.metadata.total_results }}
could result in:
15
Type: A string representation of the date this playlist was last modified.
Example:
{{ result.metadata.updated }}
could result in:
2011-04-13T16:37:29.000Z
Type: A list of dictionaries containing name and uri fields.
Example:
{{ result.entries.0.author.0.name }}
{{ result.entries.0.author.0.url }}
could result in:
washingtontimes
http://gdata.youtube.com/feeds/api/users/washingtontimes
Type: A list of strings.
Example:
{% for cat in result.entries.0.category %}
{{ cat }}
{% endfor %}
could result in:
http://gdata.youtube.com/schemas/2007#playlist
{'label': 'Entertainment', 'term': 'Entertainment'}
evan rachel wood
the conspirator
robert redford
mildred pierce
liz glover
dawne langford
gucci
jill stuart
washington
d.c.
ford's theater
Type: A list of dictionaries containing count_hint and href fields.
Example:
{% for item in result.entries.0.comments %}
{{ item.count_hint }}
{{ item.href }}
{% endfor %}
could result in:
0
http://gdata.youtube.com/feeds/api/videos/DLyt64ZtZcw/comments
Type: A string
Example:
{{ result.entries.0.content }}
could result in:
Liz Glover chats with Evan Rachel Wood at the D.C. Premiere of "The Conspirator."
Type: A string
Example:
{{ result.entries.0.description }}
could result in:
Liz Glover chats with Evan Rachel Wood at the D.C. Premiere of "The Conspirator."
Type: A list of dictionaries containing href, rel, and type fields.
Example:
{{ result.entries.0.link.0.href }}
{{ result.entries.0.link.0.rel }}
{{ result.entries.0.link.0.type }}
could result in:
http://www.youtube.com/watch?v=DLyt64ZtZcw&feature=youtube_gdata
alternate
text/html
Comment: Typically there are six links with rel attributes of:
Type: A dictionary.
Comment: Because the media field is complex, each field is discussed separately.
Type: A list of dictionaries with label, and text fields.
Example:
{% for cat in result.entries.0.media.category %}
{{ cat.label }}
{{ cat.text }}
{% endfor %}
could result in:
Entertainment
Entertainment
Type: A list of dictionaries with fields: duration, expression, isDefault, medium, type, url, and {http://gdata.youtube.com/schemas/2007}format.
Example:
{% for item in result.entries.0.media.content %}
{{ item.duration|format_seconds:"i:s" }}
{{ item.expression }}
{{ item.isDefault }}
{{ item.medium }}
{{ item.type }}
{{ item.url }}
{{ item.{http://gdata.youtube.com/schemas/2007}format }}
---------------------------------
{% endfor %}
could result in:
01:05
full
true
video
application/x-shockwave-flash
http://www.youtube.com/v/DLyt64ZtZcw?f=playlists&app=youtube_gdata
5
---------------------------------
01:05
full
video
video/3gpp
rtsp://v4.cache4.c.youtube.com/CiULENy73wIaHAnMZW2G6628DBMYDSANFEgGUglwbGF5bGlzdHMM/0/0/0/video.3gp
1
---------------------------------
01:05
full
video
video/3gpp
rtsp://v4.cache5.c.youtube.com/CiULENy73wIaHAnMZW2G6628DBMYESARFEgGUglwbGF5bGlzdHMM/0/0/0/video.3gp
6
---------------------------------
Type: A string
Example:
{{ result.entries.0.media.description }}
could result in:
Liz Glover chats with Evan Rachel Wood at the D.C. Premiere of "The Conspirator."
Type: A string representing the number of seconds of the movie’s duration.
Example:
{{ result.entries.0.media.duration|format_seconds:"i:s" }}
could result in:
01:05
Type: string of comma-delimited keywords
Example:
{% split result.entries.0.media.keywords ", " as keywords %}
{% for i in keywords %}
{{ i }}
{% endfor %}
could result in:
evan rachel wood
the conspirator
robert redford
mildred pierce
liz glover
dawne langford
gucci
jill stuart
washington
d.c.
ford's theater
Type: A URL string
Example:
{{ result.entries.0.media.player }}
could result in:
http://www.youtube.com/watch?v=DLyt64ZtZcw&feature=youtube_gdata_player
Type: A list of dictionaries with height, time, url, and width.
Example:
{% for i in result.entries.0.media.thumbnail %}

{% endfor %}
could result in:

Type: A string
Example:
{{ result.entries.0.media.title }}
could result in:
Evan Rachel Wood at the D.C. Premiere of "The Conspirator"
Type: A string representing the position of the item in the results.
Example:
{{ result.entries.0.position }}
could result in:
1
Type: A dictionary with fields favorite_count and view_count.
Example:
{{ result.entries.0.statistics.favorite_count }}
{{ result.entries.0.statistics.view_count }}
could result in:
0
151
Type: A string
Example:
{{ result.entries.0.title }}
could result in:
Evan Rachel Wood at the D.C. Premiere of "The Conspirator"
Type: A string representation of the date this playlist was last modified.
Example:
{{ result.metadata.updated }}
could result in:
2011-04-13T16:37:29.000Z
Usage: {% split <string or variable> [<split_str>] as <result> %}
This tag is useful for converting a string to a list of strings. Without the split_str parameter, it will split by space.
Example:
{% split "1 2 3 4" as result %} {# result == ['1', '2', '3', '4'] #}
{% split "1, 2, 3, 4" ", " as result %} {# result == ['1', '2', '3', '4'] #}
{# assuming commalist == "1,2,3,4" #}
{% split commalist "," as result %} {# result == ['1', '2', '3', '4'] #}
Usage: {{ secondsvar|format_seconds:"i:s"}}
This filter formats a number of seconds using the format provided. It is the same formatting options for Django’s date filter.


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<EMAIL_ADDRESS>Director
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+44 7761 4280 09
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List<String> list = stream.collect(Collectors.toList()); list.sort(null); return list.toArray(new String[list.size()]);could be converted to
return stream.sorted().toArray(String[]::new);
Note that sometimes the converted stream chain may replace explicit ArrayList
with Collectors.toList()
or explicit
HashSet
with Collectors.toSet()
. While the current library implementation uses these collections internally,
this is not specified and thus can be changed in future, which may affect the semantics of your code.
If you are concerned about this,
use the checkbox below to suggest Collectors.toCollection()
instead of toList
and toSet
collectors.
This inspection only applies to language level 8 or higher.
New in 2017.3


- GENDER_CLASS_COUNTS_TREATMENT_STATS - Static variable in class utility.SessionObjectUtility
-
The attribute key for treatment class statistics by gender
- GENDER_DEMOGRAPHICS_GRAPH_DATA - Static variable in class utility.SessionObjectUtility
-
The attribute key for gender demographics graph data
- generateTemporaryPassword() - Static method in class utility.StringUtility
-
This method returns a temporary password containing randomly generated
characters for new users and password resets.
- generateUserName(String, String) - Static method in class utility.StringUtility
-
This method invokes the database procedure for creating a user name for a
new user.
- getA1c(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of A1C results for a patient.
- getA1c() - Method in class registry.Dashboard
-
Get the value of a1c
- getA1c() - Method in class registry.DataEntryContainer
-
Get the value of a1c
- getA1c() - Method in class registry.HealthyTargetReference
-
Get the value of a1c
- getA1c() - Method in class registry.ProgressNote
-
Get the value of a1c
- getA1cOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of a1cOutOfTarget
- getAceOrArb() - Method in class registry.BloodPressureResult
-
Get the value of aceOrArb
- getAceOrArb() - Method in class registry.ProgressNote
-
Get the value of aceOrArb
- getActive() - Method in class registry.administration.QualityReferenceConfiguration
-
Get the value of active
- getActive() - Method in class registry.User
-
Get the value of active
- getAddress() - Method in class registry.Clinic
-
Get the value of address
- getAddress() - Method in class registry.Patient
-
Get the value of address
- getAdministrator() - Method in class registry.User
-
Get the value of administrator
- getAges() - Method in class registry.DemographicData
-
Get the value of ages
- getAllergicToMedications() - Method in class registry.ProgressNote
-
Get the value of allergicToMedications
- getAllergies() - Method in class registry.ProgressNote
-
Get the value of allergies
- getAllFilters() - Method in class registry.administration.EmailMessageConfigurationContainer
-
Get the value of allFilters
- getAllNotes(Integer, Object) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of notes for a patient.
- getAlt(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of ALT results for a patient.
- getAlt() - Method in class registry.Dashboard
-
Get the value of alt
- getAlt() - Method in class registry.DataEntryContainer
-
Get the value of alt
- getAlt() - Method in class registry.HealthyTargetReference
-
Get the value of alt
- getAltOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of altOutOfTarget
- getAssessment() - Method in class registry.ProgressNote
-
Get the value of assessment
- getAst(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of AST results for a patient.
- getAst() - Method in class registry.Dashboard
-
Get the value of ast
- getAst() - Method in class registry.DataEntryContainer
-
Get the value of ast
- getAst() - Method in class registry.HealthyTargetReference
-
Get the value of ast
- getAstOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of astOutOfTarget
- getAverage() - Method in class registry.Stats
-
Get the value of average
- getBirthDate() - Method in class registry.Patient
-
Get the value of birthDate
- getBloodPressure() - Method in class registry.Dashboard
-
Get the value of bloodPressure
- getBloodPressureDiastole() - Method in class registry.HealthyTargetReference
-
Get the value of bloodPressureDiastole
- getBloodPressureDiastole() - Method in class registry.ProgressNote
-
Get the value of bloodPressureDiastole
- getBloodPressureSystole() - Method in class registry.HealthyTargetReference
-
Get the value of bloodPressureSystole
- getBloodPressureSystole() - Method in class registry.ProgressNote
-
Get the value of bloodPressureSystole
- getBmi(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of BMI results for a patient.
- getBmi() - Method in class registry.Dashboard
-
Get the value of bmi
- getBmi() - Method in class registry.HealthyTargetReference
-
Get the value of bmi
- getBmi() - Method in class registry.ProgressNote
-
Get the value of BMI
- getBmiOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of bmiOutOfTarget
- getBodyMassStatistics(int, Object) - Static method in class data.PopulationStatisticsDataAccess
-
This method returns BMI data from the database.
- getBP(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of blood pressure results for a patient.
- getCallList(int, String, CallListDataAccess.LastMeasurementDateType[], Object) - Static method in class data.CallListDataAccess
-
This method uses the getCallList procedure in the database to find and
return the list of patients to be contacted.
- getCallListFilter() - Method in class registry.administration.EmailMessageConfiguration
-
Get the value of callListFilter
- getCategory() - Method in class registry.CategoricalResult
-
Get the value of category
- getCategory() - Method in class registry.CategoricalValue
-
Get the value of category
- getChart(HttpServletRequest, HttpServletResponse) - Method in class controller.ChartAndGraphServlet
-
Creates the appropriate chart for the patient history page or the
statistics page.
- getChecklistDates(int) - Static method in class data.QualityDataAccess
-
This method connects to the database to retrieve checklist dates for a
patient.
- getChecklistItems(int, Date, int) - Static method in class data.QualityDataAccess
-
This method connects to the database to retrieve accomplished checklist
items for a patient.
- getClass(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of class attendance dates for a patient.
- getClassAttendanceOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of classAttendanceOutOfTarget
- getClinic() - Method in class registry.ReferenceContainer
-
Get the value of clinic
- getClinicDetails(int) - Static method in class data.AdministrationDataAccess
-
This method finds and returns the details for the diabetes registry
clinic.
- getClinicId() - Method in class registry.Clinic
-
Get the value of clinicId
- getClinicId() - Method in class registry.DataEntryContainer
-
Get the value of clinicId
- getClinicName() - Method in class registry.Clinic
-
Get the value of clinicName
- getClinicNumber(ServletContext) - Static method in class utility.ConfigurationManager
-
This method retrieves the clinic number as a String object from the
configuration file.
- getCode() - Method in class registry.EyeExamDefinition
-
Get the value of code
- getCode() - Method in class registry.TelephoneFollowUpDefinition
-
Get the value of code
- getCompliance(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of patient-reported compliance results for a
patient.
- getCompliance() - Method in class registry.ProgressNote
-
Get the reported compliance of the patient
- getConnection() - Method in class utility.ConnectionPool
-
This method returns the connection to the database.
- getContactNumber() - Method in class registry.Patient
-
Get the value of contactNumber
- getCreatinine(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of creatinine results for a patient.
- getCreatinine() - Method in class registry.Dashboard
-
Get the value of creatinine
- getCreatinine() - Method in class registry.DataEntryContainer
-
Get the value of creatinine
- getCreatinine() - Method in class registry.HealthyTargetReference
-
Get the value of creatinine
- getCreatinineOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of creatinineOutOfTarget
- getDataSource(ServletContext) - Static method in class utility.ConfigurationManager
-
This method retrieves the JNDI name for the data source from the
configuration file.
- getDate() - Method in class registry.A1cResult
-
Get the value of date
- getDate() - Method in class registry.BloodPressureResult
-
Get the value of date
- getDate() - Method in class registry.BooleanResult
-
Get the value of date
- getDate() - Method in class registry.ContinuousResult
-
Get the value of date
- getDate() - Method in class registry.DiscreteResult
-
Get the value of date
- getDate() - Method in class registry.LdlResult
-
Get the value of date
- getDate() - Method in class registry.PsychologicalScreeningResult
-
Get the value of date
- getDate() - Method in class registry.TshResult
-
Get the value of date
- getDateCreated() - Method in class registry.ProgressNote
-
Get the value of dateCreated
- getDateEntered() - Method in class registry.DataEntryContainer
-
Get the value of dateEntered
- getDateJoined() - Method in class registry.User
-
Get the value of dateJoined
- getDateOfLastMeasurement() - Method in class registry.Patient
-
Get the value of dateOfLastMeasurement
- getDateRecorded() - Method in class registry.CategoricalResult
-
Get the value of dateRecorded
- getDateReviewed() - Method in class registry.Medication
-
Get the value of dateReviewed
- getDateReviewed() - Method in class registry.Therapy
-
Get the value of dateReviewed
- getDefinition() - Method in class registry.CategoricalResult
-
Get the value of definition
- getDefinition() - Method in class registry.EyeExamDefinition
-
Get the value of definition
- getDefinition() - Method in class registry.FootExamRiskDefinition
-
Get the value of definition
- getDefinition() - Method in class registry.TelephoneFollowUpDefinition
-
Get the value of definition
- getDemographicData(int, Object) - Static method in class data.PopulationStatisticsDataAccess
-
This method accesses the database to find and return the demographic data
of the clinic population.
- getDiastolicBloodPressureOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of diastolicBloodPressureOutOfTarget
- getDiastolicValue() - Method in class registry.BloodPressureResult
-
Get the value of diastolicValue
- getEgfr(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of eGFR results for a patient.
- getEgfr() - Method in class registry.Dashboard
-
Get the value of egfr
- getEgfr() - Method in class registry.DataEntryContainer
-
Get the value of egfr
- getEgfr() - Method in class registry.HealthyTargetReference
-
Get the value of egfr
- getEgfrOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of egfrOutOfTarget
- getEmailAddress() - Method in class registry.Clinic
-
Get the value of emailAddress
- getEmailAddress() - Method in class registry.Patient
-
Get the value of emailAddress
- getEmailAddress() - Method in class registry.User
-
Get the value of emailAddress
- getEmailMessage() - Method in class registry.administration.EmailMessageConfiguration
-
Get the value of emailMessage
- getEmailMessageConfigurations(int) - Static method in class data.AdministrationDataAccess
-
This method calls the stored procedure to retrieve all email message
configurations.
- getEmailMessageConfigurations() - Method in class registry.administration.EmailMessageConfigurationContainer
-
Get the value of emailMessageConfigurations
- getEmailMessages(int, String) - Static method in class data.CallListDataAccess
-
This method uses the getEmailMessages procedure in the database to find
and return the list of email messages to be sent to selected patients in
the call list.
- getEmailMessageSubjects() - Method in class registry.ReferenceContainer
-
Get the value of emailMessageSubjects
- getER(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of hospitalization dates for a patient.
- getEr() - Method in class registry.Dashboard
-
Get the value of er
- getEye(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of eye screening results for a patient.
- getEyeExamDefinitions() - Method in class registry.ReferenceContainer
-
Get the value of eyeExamDefinitions
- getEyeScreening() - Method in class registry.Dashboard
-
Get the value of eyeScreening
- getEyeScreeningCategory() - Method in class registry.ProgressNote
-
Get the value of eyeScreeningCategory
- getEyeScreeningOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of eyeScreeningOutOfTarget
- getFirstName() - Method in class registry.administration.PasswordResetRequest
-
Get the value of firstName
- getFirstName() - Method in class registry.NoteAuthor
-
Get the value of firstName
- getFirstName() - Method in class registry.Patient
-
Get the value of firstName
- getFirstName() - Method in class registry.User
-
Get the value of firstName
- getFoot(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of foot screening results for a patient.
- getFootExamRiskDefinitions() - Method in class registry.ReferenceContainer
-
Get the value of footExamRiskDefinitions
- getFootScreening() - Method in class registry.Dashboard
-
Get the value of footScreening
- getFootScreening() - Method in class registry.ProgressNote
-
Get the value of footScreening
- getFootScreeningCategory() - Method in class registry.ProgressNote
-
Get the value of footScreeningCategory
- getFootScreeningOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of footScreeningOutOfTarget
- getGender() - Method in class registry.Patient
-
Get the value of gender
- getGlucose(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of glucose results for a patient.
- getGlucose() - Method in class registry.Dashboard
-
Get the value of glucose
- getGlucose() - Method in class registry.ProgressNote
-
Get the value of glucose
- getGlucoseAc() - Method in class registry.DataEntryContainer
-
Get the value of glucoseAc
- getGlucoseAc() - Method in class registry.HealthyTargetReference
-
Get the value of glucoseAc
- getGlucoseacOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of glucoseacOutOfTarget
- getGlucosePc() - Method in class registry.DataEntryContainer
-
Get the value of glucosePc
- getGlucosepcOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of glucosepcOutOfTarget
- getGlycemicControl(int) - Static method in class data.PopulationStatisticsDataAccess
-
This method returns glycemic control data from the database.
- getGroups() - Method in class registry.Stats
-
Get the value of groups
- getHdl(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of HDL results for a patient.
- getHdl() - Method in class registry.Dashboard
-
Get the value of hdl
- getHdl() - Method in class registry.DataEntryContainer
-
Get the value of hdl
- getHdlFemale() - Method in class registry.HealthyTargetReference
-
Get the value of hdlFemale
- getHdlFemaleOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of hdlFemaleOutOfTarget
- getHdlMale() - Method in class registry.HealthyTargetReference
-
Get the value of hdlMale
- getHdlMaleOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of hdlOutOfTarget
- getHealthyTargets() - Method in class registry.ReferenceContainer
-
Get the value of healthyTargets
- getHeightFeet() - Method in class registry.ProgressNote
-
Get the value of heightFeet
- getHeightInches() - Method in class registry.ProgressNote
-
Get the value of heightInches
- getHepatitisBDate() - Method in class registry.DataEntryContainer
-
Get the value of hepatitisBDate
- getHepatitisBVaccine() - Method in class registry.Dashboard
-
Get the value of hepatitisBVaccine
- getHepatitisBVaccineOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of hepatitisBVaccineOutOfTarget
- getHepB(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of hepatitis B vaccination dates for a
patient.
- getHospitalizationDate() - Method in class registry.ProgressNote
-
Get the value of hospitalizationDate
- getHospitalizationOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of hospitalizationOutOfTarget
- getHts() - Method in class registry.Dashboard
-
Get the value of hts
- getIdentifier() - Method in class registry.administration.EmailMessageConfiguration
-
Get the value of identifier
- getInfluenza(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of influenza vaccination dates for a
patient.
- getInfluenzaVaccine() - Method in class registry.Dashboard
-
Get the value of influenzaVaccine
- getInfluenzaVaccineDate() - Method in class registry.DataEntryContainer
-
Get the value of influenzaVaccineDate
- getInfluenzaVaccineOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of influenzaVaccineOutOfTarget
- getInstance() - Static method in class utility.ConnectionPool
-
This static method returns the ConnectionPool object.
- getJobTitle() - Method in class registry.NoteAuthor
-
Get the value of jobTitle
- getJobTitle() - Method in class registry.User
-
Get the value of jobTitle
- getLanguage() - Method in class registry.EmailMessage
-
Get the value of language
- getLanguage() - Method in class registry.Patient
-
Get the value of language
- getLanguages() - Method in class registry.ReferenceContainer
-
Get the value of languages
- getLastClass() - Method in class registry.Dashboard
-
Get the value of lastClass
- getLastClassDate() - Method in class registry.ProgressNote
-
Get the value of lastClassDate
- getLastGlucoseFasting() - Method in class registry.HealthyTargetStatus
-
Get the value of lastGlucoseFasting
- getLastLogin() - Method in class registry.User
-
Get the value of lastLogin
- getLastName() - Method in class registry.administration.PasswordResetRequest
-
Get the value of lastName
- getLastName() - Method in class registry.NoteAuthor
-
Get the value of lastName
- getLastName() - Method in class registry.Patient
-
Get the value of lastName
- getLastName() - Method in class registry.User
-
Get the value of lastName
- getLdl(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of LDL results for a patient.
- getLdl() - Method in class registry.Dashboard
-
Get the value of ldl
- getLdl() - Method in class registry.DataEntryContainer
-
Get the value of ldl
- getLdl() - Method in class registry.HealthyTargetReference
-
Get the value of ldl
- getLdlOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of ldlOutOfTarget
- getLdlPostMi() - Method in class registry.DataEntryContainer
-
Get the value of ldlPostMi
- getLdlPostMiOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of ldlPostMiOutOfTarget
- getLowerBound() - Method in class registry.HealthyTarget
-
Get the value of lowerBound
- getMailHost(ServletContext) - Static method in class utility.ConfigurationManager
-
This method retrieves the email host from the configuration file.
- getMedicalInsurance() - Method in class registry.ProgressNote
-
Get the value of medicalInsurance
- getMedicationClass() - Method in class registry.Medication
-
Get the value of medicationClass
- getMedicationId() - Method in class registry.Medication
-
Get the value of medicationId
- getMedicationName() - Method in class registry.Medication
-
Get the value of medicationName
- getMedications() - Method in class registry.Dashboard
-
Get the value of medications
- getMedications() - Method in class registry.ProgressNote
-
Get the value of medications
- getMedications() - Method in class registry.ReferenceContainer
-
Get the value of medications
- getMedications() - Method in class registry.TreatmentHistory
-
Get the value of medications
- getMessage() - Method in class registry.EmailMessage
-
Get the value of message
- getMostRecentChecklistItems(int, int) - Static method in class data.QualityDataAccess
-
This method connects to the database to retrieve the most recent dates
and items for accomplished checklist items for a patient.
- getNote() - Method in class registry.DataEntryContainer
-
Get the value of note
- getNotes(Integer, String, Object) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of topic-specific notes for a patient.
- getNoteTopic() - Method in class registry.DataEntryContainer
-
Get the value of noteTopic
- getNoteTopics() - Method in class registry.ReferenceContainer
-
Get the value of noteTopics
- getNumericalCategory() - Method in class registry.CategoricalValue
-
Get the value of numericalCategory
- getNurseOrDietitianNote() - Method in class registry.ProgressNote
-
Get the value of nurseOrDietitianNote
- getObjective() - Method in class registry.ProgressNote
-
Get the value of objective
- getOnStatin() - Method in class registry.DataEntryContainer
-
Get the value of onStatin
- getOnStatin() - Method in class registry.LdlResult
-
Get the value of onStatin
- getOnThyroidTreatment() - Method in class registry.DataEntryContainer
-
Get the value of onThyroidTreatment
- getOnThyroidTreatment() - Method in class registry.TshResult
-
Get the value of onThyroidTreatment
- getPatient() - Method in class registry.ProgressNote
-
Get the value of patient
- getPatientDashboard(Integer, Object) - Static method in class data.PatientHistoryDataAccess
-
This method returns the patient dashboard data for a patient.
- getPatientId() - Method in class registry.DataEntryContainer
-
Get the value of patientId
- getPatientId() - Method in class registry.Patient
-
Get the value of patientId
- getPatients(int, Object) - Static method in class data.PatientDataAccess
-
This method returns the list of patients.
- getPcv13(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of PCV-13 vaccine dates for a patient.
- getPcv13Date() - Method in class registry.DataEntryContainer
-
Get the value of pcv13Date
- getPcv13Vaccine() - Method in class registry.Dashboard
-
Get the value of pcv13Vaccine
- getPcv13VaccineOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of pcv13VaccineOutOfTarget
- getPercentAfricanAmerican() - Method in class registry.DemographicData
-
Get the value of percentAfricanAmerican
- getPercentage() - Method in class registry.Stats
-
Get the value of percentage
- getPercentAsian() - Method in class registry.DemographicData
-
Get the value of percentAsian
- getPercentFemale() - Method in class registry.DemographicData
-
Get the value of percentFemale
- getPercentHispanic() - Method in class registry.DemographicData
-
Get the value of percentHispanic
- getPercentIndian() - Method in class registry.DemographicData
-
Get the value of percentIndian
- getPercentMale() - Method in class registry.DemographicData
-
Get the value of percentMale
- getPercentMiddleEastern() - Method in class registry.DemographicData
-
Get the value of percentMiddleEastern
- getPercentOther() - Method in class registry.DemographicData
-
Get the value of percentOther
- getPercentWhite() - Method in class registry.DemographicData
-
Get the value of percentWhite
- getPhoneNumber() - Method in class registry.Clinic
-
Get the value of phoneNumber
- getPhysical(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of weekly minutes of physical activity for a
patient.
- getPhysicalActivity() - Method in class registry.Dashboard
-
Get the value of physicalActivity
- getPhysicalActivity() - Method in class registry.HealthyTargetReference
-
Get the value of physicalActivity
- getPhysicalActivity() - Method in class registry.ProgressNote
-
Get the value of physicalActivity
- getPhysicalActivityOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of physicalActivityOutOfTarget
- getPlan() - Method in class registry.ProgressNote
-
Get the value of plan
- getPoc() - Method in class registry.A1cResult
-
Get the value of poc
- getPoc() - Method in class registry.DataEntryContainer
-
Get the value of poc
- getPostMi() - Method in class registry.LdlResult
-
Get the value of postMi
- getPpsv23(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of PPSV-23 vaccine dates for a patient.
- getPpsv23Date() - Method in class registry.DataEntryContainer
-
Get the value of ppsv23Date
- getPpsv23Vaccine() - Method in class registry.Dashboard
-
Get the value of ppsv23Vaccine
- getPpsv23VaccineOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of ppsv23VaccineOutOfTarget
- getPrescriptionClass() - Method in class registry.Therapy
-
Returns the prescription class
- getProgressDates(int) - Static method in class data.ProgressNoteDataAccess
-
This method retrieves the list of dates for a patient's progress notes.
- getProgressNote(int, Date, Object) - Static method in class data.ProgressNoteDataAccess
-
This method returns the progress note of a given patient for a given
date.
- getProposedActions() - Method in class registry.PsychologicalScreeningReference
-
Get the value of proposedActions
- getProposedActions() - Method in class registry.PsychologicalScreeningResult
-
Get the value of proposedActions
- getPsa(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of PSA results for a patient.
- getPsa() - Method in class registry.Dashboard
-
Get the value of psa
- getPsa() - Method in class registry.DataEntryContainer
-
Get the value of psa
- getPsa() - Method in class registry.HealthyTargetReference
-
Get the value of psa
- getPsaOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of psaOutOfTarget
- getPsychological(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of psychological screening results for a
patient.
- getPsychologicalScreening() - Method in class registry.Dashboard
-
Get the value of psychologicalScreening
- getPsychologicalScreening() - Method in class registry.ProgressNote
-
Get the value of psychologicalScreening
- getPsychologicalScreeningOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of psychologicalScreeningOutOfTarget
- getPsychologicalScreeningReferences() - Method in class registry.ReferenceContainer
-
Get the value of psychologicalScreeningReferences
- getPulse() - Method in class registry.ProgressNote
-
Get the value of pulse
- getQualityReference() - Method in class registry.administration.QualityReferenceConfiguration
-
Get the value of qualityReference
- getQualityReferences() - Method in class registry.ReferenceContainer
-
Get the value of qualityReferences
- getRace() - Method in class registry.Patient
-
Get the value of race
- getReasonForInactivity() - Method in class registry.Patient
-
Get the value of reasonForInactivity
- getReasonsForInactivity() - Method in class registry.ReferenceContainer
-
Get the value of reasonsForInactivity
- getReferenceContainer() - Static method in class data.ReferencesDataAccess
-
This method collects various references from the database and returns
them in a ReferenceContainer object.
- getRequestId() - Method in class registry.administration.PasswordResetRequest
-
Get the value of requestId
- getRespirations() - Method in class registry.ProgressNote
-
Get the value of respirations
- getResponsibility() - Method in class registry.QualityReference
-
Returns the responsibility
- getRiskCategory() - Method in class registry.FootExamRiskDefinition
-
Get the value of riskCategory
- getRole() - Method in class registry.QualityReference
-
Returns the role
- getSalt() - Static method in class utility.HashAndSaltUtility
-
This method generates and returns a random salt.
- getScore() - Method in class registry.PsychologicalScreeningReference
-
Get the value of score
- getScore() - Method in class registry.PsychologicalScreeningResult
-
Get the value of score
- getSeverity() - Method in class registry.PsychologicalScreeningReference
-
Get the value of severity
- getSeverity() - Method in class registry.PsychologicalScreeningResult
-
Get the value of severity
- getShoeSize() - Method in class registry.ProgressNote
-
Get the value of shoeSize
- getSmoking(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of smoking status values for a patient.
- getSmoking() - Method in class registry.ProgressNote
-
Get the smoking status of the patient
- getSmokingStatus() - Method in class registry.Dashboard
-
Get the value of smokingStatus
- getSmokingStatusOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of smokingStatusOutOfTarget
- getStartDate() - Method in class registry.Patient
-
Get the value of startDate
- getSubject() - Method in class registry.EmailMessage
-
Get the value of subject
- getSubjective() - Method in class registry.ProgressNote
-
Get the value of subjective
- getSystolicBloodPressureOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of systolicBloodPressureOutOfTarget
- getSystolicValue() - Method in class registry.BloodPressureResult
-
Get the value of systolicValue
- getT4(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of T4 results for a patient.
- getT4() - Method in class registry.Dashboard
-
Get the value of t4
- getT4() - Method in class registry.DataEntryContainer
-
Get the value of t4
- getT4() - Method in class registry.HealthyTargetReference
-
Get the value of t4
- getT4OutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of t4OutOfTarget
- getTdap(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of TDAP vaccine dates for a patient.
- getTdapDate() - Method in class registry.DataEntryContainer
-
Get the value of tdapDate
- getTdapVaccine() - Method in class registry.Dashboard
-
Get the value of tdapVaccine
- getTdapVaccineOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of tdapVaccineOutOfTarget
- getTelephone(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of telephone follow-up results for a
patient.
- getTelephoneFollowUp() - Method in class registry.Dashboard
-
Get the value of telephoneFollowUp
- getTelephoneFollowUp() - Method in class registry.DataEntryContainer
-
Get the value of telephoneFollowUp
- getTelephoneFollowUpDefinitions() - Method in class registry.ReferenceContainer
-
Get the value of telephoneFollowUpDefinitions
- getTelephoneFollowUpOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of telephoneFollowUpOutOfTarget
- getTemperature() - Method in class registry.ProgressNote
-
Get the value of temperature
- getTherapies() - Method in class registry.ReferenceContainer
-
Get the value of therapies
- getTherapies() - Method in class registry.TreatmentHistory
-
Get the value of therapies
- getTherapy() - Method in class registry.Dashboard
-
Get the value of therapy
- getTherapyType() - Method in class registry.Therapy
-
Returns the therapy type
- getTimeRequested() - Method in class registry.administration.PasswordResetRequest
-
Get the value of timeRequested
- getTimeStamp() - Method in class registry.NoteAuthor
-
Get the value of timeStamp
- getTotalPatients() - Method in class registry.DemographicData
-
Get the value of totalPatients
- getTreatments(Integer) - Static method in class data.PatientTreatmentDataAccess
-
This method connects to the database to get the treatment history of a
patient.
- getTreatmentStatistics(int, Object) - Static method in class data.PopulationStatisticsDataAccess
-
This method returns treatment data from the database.
- getTriglycerides(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of triglycerides results for a patient.
- getTriglycerides() - Method in class registry.Dashboard
-
Get the value of triglycerides
- getTriglycerides() - Method in class registry.DataEntryContainer
-
Get the value of triglycerides
- getTriglycerides() - Method in class registry.HealthyTargetReference
-
Get the value of triglycerides
- getTriglyceridesOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of triglyceridesOutOfTarget
- getTsh(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of TSH results for a patient.
- getTsh() - Method in class registry.Dashboard
-
Get the value of tsh
- getTsh() - Method in class registry.DataEntryContainer
-
Get the value of tsh
- getTsh() - Method in class registry.HealthyTargetReference
-
Get the value of tsh
- getTshOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of tshOutOfTarget
- getUacr(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of UACR results for a patient.
- getUacr() - Method in class registry.Dashboard
-
Get the value of uacr
- getUacr() - Method in class registry.DataEntryContainer
-
Get the value of uacr
- getUacr() - Method in class registry.HealthyTargetReference
-
Get the value of uacr
- getUacrOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of uacrOutOfTarget
- getUpdatedBy() - Method in class registry.ProgressNote
-
Get the value of updatedBy
- getUpperBound() - Method in class registry.HealthyTarget
-
Get the value of upperBound
- getUser(String) - Static method in class data.SignInDataAccess
-
This method returns a user associated with the given user name.
- getUserDetails(String) - Static method in class data.AdministrationDataAccess
-
This method returns the user details for the user name given.
- getUserName() - Method in class registry.administration.PasswordResetRequest
-
Get the value of userName
- getUserName() - Method in class registry.DataEntryContainer
-
Get the value of userName
- getUserName() - Method in class registry.User
-
Get the value of userName
- getUserNames() - Static method in class data.AdministrationDataAccess
-
This method returns the list of diabetes registry user names.
- getValue() - Method in class registry.A1cResult
-
Get the value of value
- getValue() - Method in class registry.BooleanResult
-
Get the value of value
- getValue() - Method in class registry.CategoricalValue
-
Get the value of value
- getValue() - Method in class registry.ContinuousResult
-
Get the value of value
- getValue() - Method in class registry.DiscreteResult
-
Get the value of value
- getValue() - Method in class registry.LdlResult
-
Get the value of value
- getValue() - Method in class registry.TshResult
-
Get the value of value
- getWaist(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of waist measurement results for a patient.
- getWaist() - Method in class registry.Dashboard
-
Get the value of waist
- getWaist() - Method in class registry.ProgressNote
-
Get the value of waist
- getWaistFemale() - Method in class registry.HealthyTargetReference
-
Get the value of waistFemale
- getWaistFemaleOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of waistFemaleOutOfTarget
- getWaistMale() - Method in class registry.HealthyTargetReference
-
Get the value of waistMale
- getWaistMaleOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of waistMaleOutOfTarget
- getWeight() - Method in class registry.ProgressNote
-
Get the value of weight
- getWeightReductionGoal() - Method in class registry.ProgressNote
-
Get the value of weightReductionGoal
- getZoster(Integer) - Static method in class data.PatientHistoryDataAccess
-
This method returns the list of zoster vaccine dates for a patient.
- getZosterDate() - Method in class registry.DataEntryContainer
-
Get the value of zosterDate
- getZosterVaccine() - Method in class registry.Dashboard
-
Get the value of zosterVaccine
- getZosterVaccineOutOfTarget() - Method in class registry.HealthyTargetStatus
-
Get the value of zosterVaccineOutOfTarget
- GLUCOSE_GRAPH_POINTS - Static variable in class utility.SessionObjectUtility
-
The attribute key for glucose graph data


{% extends "base.html" %} {% load static %} {% block content %}
TTU COVID-19 Case Tracker is a tool that tracks the reported cases of COVID-19 at Texas Tech University. Reported cases are posted regularly. Case counts are based on self-reports to TTUHSCand include information allowed according to student and employee confidentiality laws.
| {{ date }} | Students | Faculty/Staff | Total |
|---|---|---|---|
| Reported Cases | {{ students_reported }} | {{ faculty_reported }} | {{ total_reported }} |
| Recovered | {{ students_recovered }} | {{ students_recovered }} | {{ total_recovered }} |
| Active | {{ students_active }} | {{ faculty_active }} | {{ total_active }} |


ASUU adamant, sets up monitoring committee against IPPIS
by Ademola BabalolaAdemola Babalola, Ibadan
The University of Ibadan chapter of the Academic Staff Union of Universities on Monday set up a monitoring committee to ensure that none of her members enlists for the Integrated Payment and Personnel Information System.
UI ASUU announced the committee at a congress of the union held at the Faculty of Arts of the institution.
The congress which was presided over by the Chairman, Prof. Deji Omole resolved to follow the directive of the national leadership of the union not to enrol on the IPPIS.
ASUU has maintained her stand citing peculiarities and university act while the Federal Government has maintained that none of her employees will be exempted for the enrollment.
In a resolution read by the Secretary of the union, Prof. Peter Olapegba, the congress resolved to stop work in the event of a stoppage of the salary of Academic Staff.
Speaking with our correspondent, Omole said, “Our position remains that the university autonomy should be respected. We are not under the government MDAs.
“There is no threat to us as far as we are concerned. You can also observe that the congress was well attended by our members and they have complied with the position of ASUU leadership.
“We have also set up a monitoring committee to ensure full compliance,” Omole added.
The PUNCH correspondent who monitored the congress, observed that no team of Federal Government on IPPIS enrollment has arrived UI as of the time of filing this report at 1:45 p.m.


RADIOLODINE LABELED HUMAN IgG AND IgG FRACTION OF RABBIT ANTI-HUMAN IgG SERUM: THE USE OF LABELED ANTIBODY AS ANTIBODY IN PRECIPITATION AND DOUBLE
ANTIBODY REACTIONS AND AS ANTIGEN IN PRECIPITATION
AND DOUBLE ANTIBODY RADIOIMMUNOASSAYS
by
William Alexander Falkler, Jr.
Thesis submitted to the Faculty of the Graduate School of the University of Maryland in partial fulfillment of the requirements of the degree of Doctor of Philosophy 1971
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MN Board of Nursing - Health Licensing Boards
Online Services My Services Look up a nurse's license information, apply for a license, renew a license, download forms and access other services.
https://www.hlb.state.mn.us/mbn/Portal/DesktopDefault.aspx?tabindex=0&tabid=41
Nursing License Lookup
use this Nursing License Lookup guide to find public licensing status and license verification information about Nurses and Nursing Assistant professionals.
http://www.healthguideusa.org/nursing_license_lookup.htm
Board of Registered Nursing - Permanent License Verification
The California Board of Registered Nursing (BRN) has an intradepartmental contract . The license lookup website is the property of DCA and system security .
http://www.rn.ca.gov/online_services/perm-verif.shtml
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Pennsylvania Department of State License Verification
By using this service you are able to search for license information on individuals and businesses regulated by the Bureau of Professional and Occupational .
http://www.licensepa.state.pa.us/
Board of Nursing - South Carolina Department of Labor, Licensing ...
Licensure QuickConfirm provides online license lookup reports to employers and the general public. To receive a Licensure QuickConfirm Report, the nurse .
http://www.llr.state.sc.us/pol/nursing/
Virginia Board of Nursing
Home Page for the Virginia Board of Nursing. . (Note: the License Lookup feature on the DHP public website does not contain the full address. However, public .
http://www.dhp.virginia.gov/nursing/
License Verification - Indiana Licensing
Search for a Licensed Person. This data is considered "original source for accreditation purposes" and is current (continously updated in "real time" as it is .
http://mylicense.in.gov/eVerification/
License/Certificate Verification - Ohio Board of Nursing - State of Ohio
Jan 25, 2013 . The Ohio eLicense Center website provides online license and certificate verification for RNs, LPNs, Prescriptive and Certificate of Authority .
http://www.nursing.ohio.gov/Verification.htm
Check a License - Verification
On this site you can verify the status of an individual or a business license . Searching by license number or last name will produce the most efficient results.
https://checkalicense.hhs.state.ma.us/
Healthcare Practitioner License Search
New service available to employers: group license status verification via your employee listing includes e-mail of changes in license status. For more information .
http://ww2.doh.state.fl.us/IRM00PRAES/PRASLIST.ASP
Nursys® - Nurse License Verification & Nurse License Lookup
Nursys provides online verification to a nurse requesting to practice in another state and nurse license lookup reports to employers and the general public.
https://www.nursys.com/
Verify a license online - Texas Board of Nursing - Texas.gov
The Board of Nursing (BON) has discontinued issuing wallet-sized paper licenses for nurses renewing their licenses beginning September 1, 2008. The BON .
http://www.bon.texas.gov/olv/verification.html
License Look Up - State of Illinois : Department of Financial and ...
License Look-up results include the Licensee's Name, License Number, License Status, City and State, Original Date of Licensure, License Expiration Date and .
http://www.idfpr.com/dpr/licenselookup/
Lookup a Colorado License - Colorado.gov
Generate List of Licensed Professionals/Entities. Lookup a Colorado Licensed Professional or Business. Arrow Criteria. Use the search options below to search .
https://www.colorado.gov/dora/licensing/Lookup/LicenseLookup.aspx
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Board of Registered Nursing
License Search for Registered Nurses and Continuing Education Providers. Note : If your midwife is a licensed midwife, click here · Click here for search .
http://www2.dca.ca.gov/pls/wllpub/wllqryna$lcev2.startup?p_qte_code=RN&p_qte_pgm_code=7800
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Ex-AGF Adoke’s arrest in Dubai proof anti-graft war working —Sagay
by Adelani AdepegbaAdelani Adepegba, Abuja
Chairman of the Presidential Advisory Committee against Corruption, Prof. Itse Sagay, has confirmed the arrest of former Attorney-General of the Federation and Minister of Justice, Mr. Mohammed Adoke, by the International Criminal Police in Dubai, United Arab Emirates.
Sagay, during a courtesy visit to the headquarters of the Economic and Financial Crimes Commission in Abuja on Wednesday, said the arrest was the latest success in the fight against corruption under the Federal Government.
He added that the fight against corruption was gaining momentum under the Federal Government due to the fightback from its beneficiaries.
Adoke is facing criminal charges bordering on alleged abuse of office and money laundering with respect to the granting of Oil Prospecting License 245 to Shell and ENI, brought against him and four others by the EFCC.
His arrest was sequel to a warrant issued against him by a Federal Capital Territory High Court in Abuja on April 17, as well as against a former Minister of Petroleum Resources, Dan Etete, and four others over the OPL 245 scandal.
The PACAC Chairman said, “The former Attorney-General Adoke has been arrested in Dubai. It’s a continuous thing, so when Nigerians pretend and say what is the difference this government has brought into the fight against corruption, what has been achieved, it amazes me.
“For me, it’s a sign of patent bad faith being expressed by the elite who were the beneficiaries of corruption.”


You must log into the database as Sam before proceeding with this page.
Sam holds DBADM authority. Check if he can access 'customer' table data and if he can grant/revoke privileges to/from users.
Sam only has DBADM authority but not ACCESSCTRL and DATAACCESS. Sam executes the SELECT and GRANT statements as shown on the right pane, which should both fail.
Sam cannot access the 'customer' table. He also cannot grant any privileges to other users. He has given the least privileges to perform only database administrator tasks.


pnmenlarge(1) pnmenlarge(1) NAME pnmenlarge - read a portable anymap and enlarge it N times SYNOPSIS pnmenlarge N [pnmfile] DESCRIPTION Reads a portable anymap as input. Replicates its pixels N times, and produces a portable anymap as output. pnmenlarge can only enlarge by integer factors. The slower but more gen‐ eral pnmscale can enlarge or reduce by arbitrary factors, and pbmreduce can reduce by integer factors, but only for bitmaps. If you enlarge by a factor of 3 or more, you should probably add a pnmsmooth step; otherwise, you can see the original pixels in the result‐ ing image. SEE ALSO pbmreduce(1), pnmscale(1), pnmsmooth(1), pnm(5) AUTHOR Copyright (C) 1989 by Jef Poskanzer. 26 February 1989 pnmenlarge(1)


property Bits: PColor32Array; // Read-only
type TColor32Array = array [0..0] of TColor32;
type PColor32Array = ^TColor32Array;
The bits property contains the address of the first (top-left) pixel in a bitmap. If the bitmap is not allocated (width or height is zero), the returned address is nil.
Note, that numbering of rows in Graphics32 starts from the top-most one.
Data is continuously allocated in memory, row by row. You may safely access Width * Height elements, each of them is a 4-byte TColor32 value. For example:
var P: PColor32Array; begin P := Bitmap32.Bits; for I := 0 to Bitmap32.Width * Bitmap32.Height - 1 do P[I] := Gray32(Random(255)); // fill with a random grayscale noise end;
Note, that in this code no size verification is required, if width or height is zero, their product is zero and the loop will never be executed.


The following articles are currently either in various stages of review or have been fully vetted by at least three random community members.
No published articles could be found


public abstract static class JFormattedTextField.AbstractFormatter extends Object implements Serializable
AbstractFormatter
are used by
JFormattedTextField
to handle the conversion both
from an Object to a String, and back from a String to an Object.
AbstractFormatter
s can also enfore editing policies,
or navigation policies, or manipulate the
JFormattedTextField
in any way it sees fit to
enforce the desired policy.
An AbstractFormatter
can only be active in
one JFormattedTextField
at a time.
JFormattedTextField
invokes
install
when it is ready to use it followed
by uninstall
when done. Subclasses
that wish to install additional state should override
install
and message super appropriately.
Subclasses must override the conversion methods
stringToValue
and valueToString
. Optionally
they can override getActions
,
getNavigationFilter
and getDocumentFilter
to restrict the JFormattedTextField
in a particular
way.
Subclasses that allow the JFormattedTextField
to be in
a temporarily invalid state should invoke setEditValid
at the appropriate times.
| Constructor and Description |
|---|
JFormattedTextField.AbstractFormatter() |
| Modifier and Type | Method and Description |
|---|---|
protected Object |
clone()
Clones the
AbstractFormatter . |
protected Action[] |
getActions()
Subclass and override if you wish to provide a custom set of
Action s. |
protected DocumentFilter |
getDocumentFilter()
Subclass and override if you wish to provide a
DocumentFilter to restrict what can be input. |
protected JFormattedTextField |
getFormattedTextField()
Returns the current
JFormattedTextField the
AbstractFormatter is installed on. |
protected NavigationFilter |
getNavigationFilter()
Subclass and override if you wish to provide a filter to restrict
where the user can navigate to.
|
void |
install(JFormattedTextField ftf)
Installs the
AbstractFormatter onto a particular
JFormattedTextField . |
protected void |
invalidEdit()
This should be invoked when the user types an invalid character.
|
protected void |
setEditValid(boolean valid)
Invoke this to update the
editValid property of the
JFormattedTextField . |
abstract Object |
stringToValue(String text)
Parses
text returning an arbitrary Object. |
void |
uninstall()
Uninstalls any state the
AbstractFormatter may have
installed on the JFormattedTextField . |
abstract String |
valueToString(Object value)
Returns the string value to display for
value . |
public JFormattedTextField.AbstractFormatter()
public void install(JFormattedTextField ftf)
AbstractFormatter
onto a particular
JFormattedTextField
.
This will invoke valueToString
to convert the
current value from the JFormattedTextField
to
a String. This will then install the Action
s from
getActions
, the DocumentFilter
returned from getDocumentFilter
and the
NavigationFilter
returned from
getNavigationFilter
onto the
JFormattedTextField
.
Subclasses will typically only need to override this if they
wish to install additional listeners on the
JFormattedTextField
.
If there is a ParseException
in converting the
current value to a String, this will set the text to an empty
String, and mark the JFormattedTextField
as being
in an invalid state.
While this is a public method, this is typically only useful
for subclassers of JFormattedTextField
.
JFormattedTextField
will invoke this method at
the appropriate times when the value changes, or its internal
state changes. You will only need to invoke this yourself if
you are subclassing JFormattedTextField
and
installing/uninstalling AbstractFormatter
at a
different time than JFormattedTextField
does.
ftf
- JFormattedTextField to format for, may be null indicating
uninstall from current JFormattedTextField.public void uninstall()
AbstractFormatter
may have
installed on the JFormattedTextField
. This resets the
DocumentFilter
, NavigationFilter
and additional Action
s installed on the
JFormattedTextField
.public abstract Object stringToValue(String text) throws ParseException
text
returning an arbitrary Object. Some
formatters may return null.text
- String to convertParseException
- if there is an error in the conversionpublic abstract String valueToString(Object value) throws ParseException
value
.value
- Value to convertParseException
- if there is an error in the conversionprotected JFormattedTextField getFormattedTextField()
JFormattedTextField
the
AbstractFormatter
is installed on.protected void invalidEdit()
protected void setEditValid(boolean valid)
editValid
property of the
JFormattedTextField
. If you an enforce a policy
such that the JFormattedTextField
is always in a
valid state, you will never need to invoke this.valid
- Valid state of the JFormattedTextFieldprotected Action[] getActions()
Action
s. install
will install these
on the JFormattedTextField
's ActionMap
.protected DocumentFilter getDocumentFilter()
DocumentFilter
to restrict what can be input.
install
will install the returned value onto
the JFormattedTextField
.protected NavigationFilter getNavigationFilter()
install
will install the returned value onto
the JFormattedTextField
.protected Object clone() throws CloneNotSupportedException
AbstractFormatter
. The returned instance
is not associated with a JFormattedTextField
.clone
in class Object
CloneNotSupportedException
- if the object's class does not
support the Cloneable
interface. Subclasses
that override the clone
method can also
throw this exception to indicate that an instance cannot
be cloned.Cloneable
Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


Overview
Mbwette Professorial Library offers vast collection of research and reading materials. The Library is a home to the collection of published and unpublished intellectual outputs emanated from Prof. Tolly Mbwette's works and his relatives. The collection consists of manuscripts, research reports, consultancy reports, conference proceedings, published and unpublished papers and rare books. A collection of videos and scanned pictures is also available.
The Library maintains both digital and printed collection of published and unpublished resources available. Access to printed collection is mainly facilitated through Library Management Information System (koha) as well as an index of the available printed resources, while access to digital collection is facilitated by E- Print system. The Library is responsible for directly supporting the national and international research community.
We welcome all interested researchers to expolore and enjoy the unique collection held by the Tolly Mbwette Professorial Library.
Support
Opening HoursMonday - Friday : 1000 - 1700hrs
Saturdays: 1000 - 1300hrs
Public Holidays: 1000 - 1300hrs
* Effective from February


suparnatural-cache
/
com.suparnatural.core.cache
/
CacheStoreNonBlockingWorker
/
worker
worker
val
worker
:
<ERROR CLASS>
An instance of
com.suparnatural.core.concurrency.Worker
.


---
title: Parallel Programming
ref: pp2019
description: Undergraduate course on parallel programming, co-taught with Prof. Torsten Hoefler.
semester: Spring 2019
number: 252-0029-00L
lecturer: Martin Vechev, Torsten Hoefler
ta: Pavol Bielik, Timo Schneider
assistants: "Johannes de Fine Licht, Marcin Copik, Shigang Li, Yishai Oltchik, Konstantin Taranov, Salvatore Di Girolamo, Samuel Steffen, Marc Fisher, Alexandra Bugariu, Guilherme Miguel Teixeira Rito"
edoz: http://www.vvz.ethz.ch/Vorlesungsverzeichnis/lerneinheit.view?semkez=2019S&ansicht=KATALOGDATEN&lerneinheitId=127706&lang=en
session-time-place:
lecture-time-place: Tue 10-12, ML D 28 (Video Projection in ML E 12); Wed 13-15, HG F 7 (Video Projection in HG F 5)
exercise-time-place: Wed 15-17 or Fri 10-12
credits:
image: assets/images/orator.jpg
---
News
Overview
The purpose of this course is to introduce students to parallel programming. By the end of the course students will be able to design and implement working parallel programs in traditional (e.g., Java Threads) and emerging parallel programming models. Moreover, students will master fundamental concepts in parallelism and be able to reason about the correctness, performance, and the construction of parallel programs using different parallel programming paradigms (e.g., task parallelism, data parallelism) and mechanisms (e.g., threads, tasks, locks, communication channels). Finally, the course will examine how parallel programming methodologies can be applied in different algorithmic domains by investigating parallelization of algorithms.
Topics include:
- Basic parallel programming concepts
- Parallel programming using Java
- Synchronization techniques
- Case studies of building parallel programs starting from sequential algorithms
Course Content
Main text and reference book
- Introduction to Java Programming, 2014. Daniel Liang. ISBN-13:<PHONE_NUMBER>463
- Java Concurrency in Practice, 2006. Brian Goetz, Tim Peierls, Joshua Bloch, Joseph Bowbeer, David Holmes, Doug Lea. ISBN-13:<PHONE_NUMBER>606
- The Art of Multiprocessor Programming, 2011. Maurice Herlihy, Nir Shavit. Morgan Kaufmann. Also available online in the ETH network.
Related resources, text and reference books
Introduction to Java books (freely available)
Presentation Schedule
All course materials are password protected using your ETHZ credentials.
| Date | Title | Slides |
| Feb 19 | Introduction & Course Overview |
|
| Feb 20 | Java Recap and JVM Overview |
|
| Feb 26/27 | Introduction to Threads and Synchronization |
|
| Mar 5 | Introduction to Threads and Synchronization |
|
| Mar 6/12/13 | Parallel Architectures |
|
| Mar 19 | Basic Concepts in Parallelism |
|
| Mar 20 | Parallel Programming Models: Task and Data Parallelism |
|
| Mar 26/27 | ForkJoin Framework and Task Parallel Algorithms |
|
| Apr 2 | Shared Memory Concurrency, Locks and Data Races |
|
| Apr 9 | Data Races, Solving Mutual Exclusion with Atomic Registers |
|
| Apr 10 | Solving Mutual Exclusion for many processes, Hardware Primitives for mutual exclusion |
|
| Apr 16 | Spinlocks, Deadlocks, Semaphores |
|
| Apr 17 | Beyond Locks II: Semaphore, Barrier, Producer-Consumer, Monitors |
|
| Apr 30 | Readers/Writers Lock, Lock Granularity: Coarse Grained, Fine Grained, Optimal, and Lazy Synchronization |
|
| May 7 | Lock Tricks, Skip Lists, and Without Locks I |
|
| May 8 | Without Locks II |
|
| May 14 | Linearizability, Sequential Consistency, Consensus |
|
| May 15 | Sequential Consistency, Consensus and Transactional Memory |
|
| May 21 | Transactional Memory & Programming based on Message Passing |
|
| May 22 | Finish STM & Distributed Memory Programming: Actors, CSP, and MPI |
|
| May 28 | Message Passing & Parallel Sorting (A taste of parallel algorithms!) |
|
Exercises
Students should bring their laptops to the exercise sessions as most of the exercises involve programming.
| Week | Title | Due Date | Assignment | Slides | Solution |
| 1 |
Introduction |
- |
|
|
|
| 2 |
Introduction to Multi-threading |
3.3.2019 |
|
|
|
| 3 |
Multi-threading |
10.3.2019 |
|
|
|
| 4 |
Parallel Models |
17.3.2019 |
|
|
|
| 5 |
Divide and Conquer |
24.3.2019 |
|
|
|
| 6 |
Task Parallelism |
30.3.2019 |
|
|
|
| 7 |
Synchronization and Resource Sharing |
7.4.2019 |
|
|
|
| 8 |
Synchronization II |
14.4.2019 |
|
|
|
| 9 |
Beyond Locks |
28.4.2019 |
|
|
|
| 10 |
Advanced Synchronization Mechanisms |
13.5.2019 |
|
|
|
| 11 |
Advanced Synchronization Mechanisms |
20.5.2019 |
|
|
|
| 12 |
Consensus |
27.5.2019 |
|
|
|
| 13 |
Transactional Memory |
3.6.2019 |
|
|
|
Supplementary Materials
| Title | Slides |
|
Command Line Basics |
|
Exams and Grading
There is a written, centralized exam after the end of the semester. Exercise sessions are not graded.
- 100% of grade determined by final Exam
Old Exams
2017 Summer Questions
2017 Winter Questions
2016 Summer Questions 2016 Summer Solution


{% extends "base_site.html" %} {% block content %}
Hello {{user}}, you are registered. Go here to get back to the main page.


API Reference¶
nems.models¶
Objects for fitting and testing Neural Encoding models
This module provides a set of objects useful for fitting neural encoding models. These are typically probabilistic models of the response of a sensory neuron to an external stimulus. For example, linear-nonlinear-poisson (LNP) or generalized linear models (GLMs) fall under this category.
The module exposes classes which contain methods useful for training and testing encoding models given neural data recorded in an experiment. For more information, see the documentation (TODO: website)
Classes¶
- NeuralEncodingModel – A super class which contains methods that are common to all encoding models
- LNLN – A subclass of NeuralEncodingModel that fits two layer models consisting of alternating layers of linear filtering and nonlinear thresholding operations. The parameters for the filter and nonlinearities of the first layer are learned, while the linear filter and nonlinearity of the second layer are fixed.
- LN – A subclass of NeuralEncodingModel that fits linear-nonlinear (LN) models using a Gaussian log-likelihood.
References¶
Coming soon
- class nems.models.NeuralEncodingModel(modeltype, stimulus, rate, filter_dims, minibatch_size, frac_train=0.8, spikes=None)¶
Bases: object
Neural enoding model object
Methods
add_regularizer(theta_key, proxfun, **kwargs) Add a proximal operator / objective to the objective, using the proxalgs package print_test_results(theta) Prints a table of test results for the given model parameters test(theta) Evaluate the model on held out data - add_regularizer(theta_key, proxfun, **kwargs)¶
Add a proximal operator / objective to the objective, using the proxalgs package
Parameters: theta_key : string
The key corresponding to the parameters that this proximal function should be applied to
proxfun : string
The name of the corresponding function in the proxalgs.operators module
**kwargs : keyword arguments
Any keyword arguments required by proxfun
- print_test_results(theta)¶
Prints a table of test results for the given model parameters
Parameters: theta : dict
A dictionary of model parameters
- test(theta)¶
Evaluate the model on held out data
Relies on the model subclass having a metrics method, which accepts an index into the data array and returns a dictionary containing various metrics evaluated given the current value of the parameters (theta) on the minibatch of data at the given index
Parameters: theta : dict
The parameters to test
Returns: results : DataFrame
A pandas dataframe with the following columsn: the minibatch index, a ‘train’ or ‘test’ label, and any keywords returned by the metrics function. Each row in the dataframe consists of the metrics evaluated on a single minibatch of data.
stats : dict
Statistics on just the held out minibatches. Keys correspond to the keys in metrics, values are the average computed over the test minibatches.
Examples
Given an initialized and trained instance of NeuralEncodingModel, you can test the model on held out data as follows:
>>> results, avg = model.test(model.theta)
- class nems.models.LNLN(stim, rate, filter_dims, minibatch_size=None, frac_train=0.8, num_subunits=1, num_tents=30, sigmasq=0.2, tent_type='gaussian', final_nonlinearity='softrect', spikes=None, **kwargs)¶
Bases: nems.models.NeuralEncodingModel
Methods
add_regularizer(theta_key, proxfun, **kwargs) Add a proximal operator / objective to the objective, using the proxalgs package f_df(W, f, data[, param_gradient]) Evaluate the negative log-likelihood objective and gradient for the LNLN model class fit([num_alt, max_iter, ...]) Runs an optimization algorithm to learn the parameters of the model given training data and regularizers metrics(data_index, theta) Evaluate metrics on a given minibatch. print_test_results(theta) Prints a table of test results for the given model parameters rate(theta, stim) Compute the model response given parameters test(theta) Evaluate the model on held out data - f_df(W, f, data, param_gradient=None)¶
Evaluate the negative log-likelihood objective and gradient for the LNLN model class
Parameters: W : array_like
A numpy array containing parameter values for the first layer linear filters in the LNLN model
f : array_like
A numpy array containing parameter values for the first layer nonlinearity in the LNLN model
data : dict
Dictionary containing two keys: stim and rate, each of which is a numpy array.
param_gradient : string (optional, default=None)
A string indicating which parameters to compute the gradient for, either W or f
Returns: obj_value : float
The negative log-likelihood objective value. Lower values indicate a better fit to the data.
obj_gradient : array_like
Contains the gradient (as a numpy array) with respect to the parameters given by param_gradient
Examples
>>> f, df = f_df(self, W, f, data)
- fit(num_alt=2, max_iter=20, num_likelihood_steps=50, disp=2, check_grad=None)¶
Runs an optimization algorithm to learn the parameters of the model given training data and regularizers
Parameters: num_alt : int, optional
The number of times to alternate between optimizing nonlinearities and optimizing filters. Default: 2
max_iter : int, optional
The maximum number of steps to take during each leg of the alternating minimization. Default: 25
num_likelihood_steps : int, optional
The number of steps to take when optimizing the data likelihood term (using SFO)
disp : int, optional
How much information to display during optimization. (Default: 2)
check_grad : string, optional
If ‘f’ or ‘W’, then the gradient of the log-likelihood objective with respect to that parameter is checked against a numerical estimate.
Notes
See the proxalgs module for more information on the optimization algorithm
- metrics(data_index, theta)¶
Evaluate metrics on a given minibatch.
Parameters: data_index : int
An index into the array of minibatches (self.data) the evaluate
theta : dict
The parameters to use in the evaluation
Returns: metrics : dict
A dictionary whose keys are the names of metrics applied to evaluate the model parameters on the given minibatch, and whose values are single numbers.
See also
- NeuralEncodingModel.test
- The test function in the super class NeuralEncodingModel relies on the metrics function to return aggregate statistics over all minibatches.
- rate(theta, stim)¶
Compute the model response given parameters
Parameters: theta : dict
stim : array_like
Returns: u : array_like
z : array_like
zgrad : array_like
drdz : array_like
r : array_like
- class nems.models.LN(stim, rate, filter_dims, minibatch_size=None, frac_train=0.8, num_tents=30, sigmasq=0.2, tent_type='gaussian', spikes=None, **kwargs)¶
Bases: nems.models.NeuralEncodingModel
Methods
add_regularizer(theta_key, proxfun, **kwargs) Add a proximal operator / objective to the objective, using the proxalgs package f_df(W, f, data[, param_gradient]) Objective and gradient for fitting the LN model fit() Runs an optimization algorithm to learn the parameters of the model given training data and regularizers metrics(data_index) Evaluate metrics on a given minibatch print_test_results(theta) Prints a table of test results for the given model parameters rate(theta, stim) Compute the model response given parameters test(theta) Evaluate the model on held out data - f_df(W, f, data, param_gradient=None)¶
Objective and gradient for fitting the LN model
Parameters: W : array_like
f : array_like
data : dict
param_gradient : string, optional
Returns: obj_value : float
obj_gradient : array_like
- fit()¶
Runs an optimization algorithm to learn the parameters of the model given training data and regularizers
Parameters: num_alt : int, optional
The number of times to alternate between optimizing nonlinearities and optimizing filters. Default: 2
max_iter : int, optional
The maximum number of steps to take during each leg of the alternating minimization. Default: 25
num_likelihood_steps : int, optional
The number of steps to take when optimizing the data likelihood term (using SFO)
Notes
See the proxalgs module for more information on the optimization algorithm
- metrics(data_index)¶
Evaluate metrics on a given minibatch
- rate(theta, stim)¶
Compute the model response given parameters
Parameters: theta : dict
stim : array_like
Returns: u : array_like
z : array_like
zgrad : array_like
logr : array_like
r : array_like
nems.objectives¶
Objective functions for computing the negative log-likelihood for different noise models
Computes the negative log-likelihood of a model’s predicted firing rate given a set of model parameters and experimental data.
- nems.objectives.gaussian_loglikelihood(theta, data, modelrate, dt, regularizers, keys=None)¶
- nems.objectives.poisson_loglikelihood(theta, data, theta_fixed, modelrate, dt, regularizers)¶
requirements:
data[‘rate’] is (1,m) for m time points data[‘stim’] is (dim, m)
- modelrate is a function that returns: the estimated rate r for k cells at m
- time points with dimensions: (k, m) and gradient, dr, evaluated at theta. each element of dr must have dimensions: (d1, d2, k, m) or (d, k, m)
dt is a time step (scalar)
regularizers is a dictionary with the same keys as theta regularizers[key] is a function that takes as an argument the parameter value
theta[key] and returns the regularization penalty (scalar) and gradient (same size as theta[key]) at that particular parameter value
nems.nonlinearities¶
Nonlinearities and their derivatives
Each function returns the value and derivative of a nonlinearity. Given \(y = f(x)\), the function returns \(y\) and \(dy/dx\)
- nems.nonlinearities.exp(x)¶
An exponential function
Parameters: x : array_like
Input values
Returns: y : array_like
The nonlinearity evaluated at the input
dydx : array_like
The derivative of the nonlinearity evaluated at the input
- nems.nonlinearities.linear(x)¶
A linear function
Parameters: x : array_like
Input values
Returns: y : array_like
The nonlinearity evaluated at the input
dydx : array_like
The derivative of the nonlinearity evaluated at the input
- nems.nonlinearities.softrect(x)¶
Soft rectifying function
\[y = \log(1+e^x)\]Parameters: x : array_like
Input values
Returns: y : array_like
The nonlinearity evaluated at the input
dydx : array_like
The derivative of the nonlinearity evaluated at the input
nems.tentbasis¶
Functions for generating and evaluating functions and gradients composed of linear combinations of tent basis functions.
This module allows you to:
Generate tent functions spanning an input range (either Gaussian or Linear tents)
- Generate a matrix where the ith column is the value of either the tent function
\(\phi(x-i)\) or its derivative \(\phi'(x-i)\) for an input vector x.
Notes¶
These have the following functional form:
where each tent function \(\phi\) is a _fixed_ basis function, shifted along the input dimension to tile the input space. The function \(f(x)\) is parameterized as a linear combination (with weights given by \(lpha\)) of these tent functions.
- nems.tentbasis.build_tents(num_tent_samples, tent_span, num_tents, tent_type='gaussian', sigmasq=0.2)¶
Initialize tent basis functions (used to parameterize nonlinearities)
Returns: tentparams – a dictionary containing a bunch of tent basis function parameters:
num_tent_samples, tent_span, num_tents, tent_type, sigmasq (only used for Gaussian tents), Phi (a matrix whose columns are the basis functions), and centers (an array of tent centers)
- nems.tentbasis.eval_basis(u, x, Phi, PhiGrad)¶
Evaluates a function composed of basis functions given by vectors Phi, and derivatives given by vectors PhiGrad.
Returns: z – the input (u) evaluated at each basis function
zgrad – the input (u) evaluated at each basis function derivative
- nems.tentbasis.eval_tents(u, tentparams)¶
Evaluate basis functions and derivative at given input value
Returns: z, zgrad –
- nems.tentbasis.make_rcos_basis(tau, numBases, bias=0.2)¶
Makes a raised cosine bases (useful for projecting temporal filters)
Returns: Phi – the generated basis vectors
PhiOrth – the same basis vectors, but orthogonalized
nems.sensitivity¶
functions to help with sensitivity analysis
Warning
Work in progress
- nems.sensitivity.ln_hessian(self, theta, data)¶
hessian of the LNLN model
- nems.sensitivity.lnln_hessian(self, theta, data)¶
hessian of the LNLN model
nems.simulate¶
A module for generating data from simulated models
Warning
Work in progress
- nems.simulate.simulate_LNLN(self, dim=100, num_tents=30, num_tent_samples=1000, sigmasq=0.1, dt=1, numBatches=100, numSamplesPerBatch=1000)¶
- nems.simulate.simulateexpt(self, numBatches=100, numSamplesPerBatch=1000)¶
Simulates data from the model
nems.datastore¶
Store model parameters and function objectives during optimization
This module provides a tools for saving model fitting results (parameters and function evaluations) to a Mongo database during optimization. It is useful for visualizing learned model parameters in real time (using, for example, a separate web interface). It is also useful for storing results of a large model fitting procedure such that you have the results regardless of if python or the machine happens to crash.
Warning
Work in progress!
Classes¶
- Datastore – A class for managing a connection to a Mongo database that lets you store model parameters and function
objectives.
- class nems.datastore.Datastore(name, desc, headers, host='localhost', port=27017, dbname='expts')¶
Bases: object
Store parameters and objective values in a mongodb during optimization
Methods
insert(idx, data[, spread]) Insert results for this experiment - insert(idx, data, spread=None)¶
Insert results for this experiment


done save settings_backup_restore
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| Class Name Regular Expression help | Icon URL or paste/drop image help | Icon | add |
|---|
Schoology Plus will attempt to match a class name to one of the regular expressions above first (from top to bottom), but if it doesn't find a match it will use the default icon set. To avoid this behavior, create a default icon for your theme by adding an icon with pattern "." (a single period) as the last icon in your list.


Generator for OO data structures based on an abstract grammar.
Author: rgrig, reviewed by NAME (DATE)
The code generator fills in macros in a template with information from an abstract grammar. The abstract grammar notation is described in the package {@link freeboogie.ast}. Here we describe the template macros and the design of the code generator.
The information present in an abstract grammar can be represented by an abstract grammar. It's useful to take a look at it before moving on to macros.
AbstractClass = String! name; NormalClass = String! name, String! base, Members members, Enums enums, Invariants invs; Members = String! type, String! name, boolean isPrimitive, boolean nonNull, Members tail; Enums = String! name, EnumValues values, Enums tail; EnumValues = String! name, EnumValues tail; Invariants = String! inv; Invariants tail;
Here is an example of a template file:
\file{proc_functions.java} \normal_classes{ public Node proc\ClassName(\ClassName old) { \children{ \MemberType old_\member_name = old.get\MemberName(); \MemberType \member_name = (\MemberType)process(old_\member_name); } if ( \children[||]{(\member_name != null && \member_name != old_\member_name)} ) return new \MemberType( \members[,]{\if_primitive{old.get\MemberName()}{\member_name}} ) } }
Three type of macros appear above. The macro \file can appear anywhere and directs the output of the code generator. The macros \class_name, \base_name, \member_type, \member_name, \enum_name, and \value_name expand to identifiers and they come in four flavors, CORRESPONDING_TO the_four widelyUsed CaseConventions. The macros \abstract_classes, \normal_classes, \members, \children, \primitives, \enums, \values, and \invariants expand to lists and have an optional first argument to be used as a separator. This optional argument is delimited by square brackets, while all others are delimited by curly brackets in TeX style. (Note: This syntax requires optional arguments to contain balanced square brackets and mandatory arguments to contain balanced curly brackets.)
Here is the full list of macros:
| Macro | Description |
|---|---|
| \file{name} | The following characters will be written to file name. By default no output is produced, meaning that the portion of the template file before the first \file macro can be used freely for comments. |
| \classes[sep]{text} | For each class writes text. A separator sep is used if specified. |
| \if_abstract{yes}{no} | If the current class is abstract writes yes, otherwise writes no. |
| \abstract_classes[sep]{text} | \classes[sep]{\if_abstract{text}{}} |
| \normal_classes[sep]{text} | \classes[sep]{\if_abstract{}{text}} |
| \class_name | The (current) class name. (also \ClassName, \className, and \CLASS_NAME) |
| \base_name | The name of the base class. (also \BaseName, \baseName, and \BASE_NAME) |
| \members[sep]{text} | For each member of the current class writes text. A separator sep is used if specified. |
| \member_type | The type of the current member. (also \MemberType, \memberType, and \MEMBER_TYPE) |
| \member_name | The name of the current member. (also \MemberName, \memberName, and \MEMBER_NAME) |
| \if_primitive{yes}{no} | If the current member is a primitive writes yes, otherwise writes no. A member is considered a primitive if it does not appear on the left hand side of a '=' rule in the abstract grammar. |
| \if_nonnull{yes}{no} | If the current member is a nonnull writes yes, otherwise writes no. |
| \if_enum{yes}{no} | If the current member's type is an enum type it writes yes, otherwise writes no. |
| \children[sep]{text} | \members[sep]{\if_primitive{}{text}} |
| \primitives[sep]{text} | \members[sep]{\if_primitive{text}{}} |
| \enums[sep]{text} | For each enum in the current class write text. |
| \enum_name | The enum name. (also \EnumName, \enumName, and \ENUM_NAME) |
| \values[sep]{text} | For each value of the current enum write text. A separator sep is used if specified. |
| \value_name | The enum value name. (also \ValueName, \valueName, \VALUE_NAME) |
| \invariants[sep]{text} | For each class invariant (annotation) write text. A separator sep is used if specified. |
| \inv_text | The invariant text. |


All Classes
AdvancedDictionary
ConnectionState
DataObject
ErrorCode
GordonClient
HexDump
Room
Signal
UpdatePolicy
User


Create a working model with the things you are given.
Bring out the industrial in you.
The intelligance robots' event.

Funny but intelluctual.
Play your intelligance game.
A test to your memory and problem solving technique.
Relate things and get the job done.
You may know a lot. Prove it!
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Chillwave Echo Park Etsy organic Cosby sweater seitan authentic pour-over. Occupy wolf selvage bespoke tattooed, cred sustainable Odd Future hashtag butcher.
IPhone PBR polaroid before they sold out meh you probably haven't heard of them leggings tattooed tote bag, butcher paleo next level single-origin coffee photo booth.
Vice cliche locavore mumblecore vegan wayfarers asymmetrical letterpress hoodie mustache. Shabby chic lomo polaroid, scenester 8-bit Portland Pitchfork VHS tote bag.
Chambray Schlitz pug YOLO, PBR Tumblr semiotics. Flexitarian YOLO ennui Blue Bottle, forage dreamcatcher chillwave put a bird on it craft beer Etsy.
Cosby sweater hella lomo Thundercats VHS occupy High Life. Synth pop-up readymade single-origin coffee, fanny pack tousled retro. Fingerstache mlkshk ugh hashtag, church-key ethnic street art pug yr.
Ethnic readymade pug, small batch XOXO Odd Future normcore kogi food truck craft beer single-origin coffee banh mi photo booth raw denim. XOXO messenger bag pug VHS. Forage gluten-free polaroid, twee hoodie chillwave Helvetica.
Thundercats pour-over four loko skateboard Brooklyn, Etsy sriracha leggings dreamcatcher narwhal authentic 3 wolf moon synth Portland. Shabby chic photo booth Blue Bottle keffiyeh, McSweeney's roof party Carles.
Ennui Blue Bottle shabby chic, organic butcher High Life tattooed meggings jean shorts Brooklyn sartorial polaroid. Cray raw denim +1, bespoke High Life Odd Future banh mi chillwave Marfa kogi disrupt paleo direct trade 90's Godard.


|
Firmware BRDQBRQBC=SH22 documentation - qbcontrol main board
Centro E.Piaggio
|
Global definitions and macros are set in this file. More...
Go to the source code of this file.
Data Structures | |
| struct | st_ref |
| struct | st_meas |
| struct | st_data |
| struct | st_calib |
| Hand calibration structure. More... | |
| struct | st_mem |
Macros | |
| #define | VERSION "TWO MOTORS HAND v6.1.0" |
| #define | NUM_OF_MOTORS 2 |
| #define | NUM_OF_SENSORS 4 |
| #define | NUM_OF_EMGS 2 |
| #define | NUM_OF_ANALOG_INPUTS 7 |
| #define | NUM_OF_PARAMS 24 |
| #define | PWM_MAX_VALUE 100 |
| #define | PWM_DEAD 0 |
| #define | CALIBRATION_DIV 100 |
| #define | DIV_INIT_VALUE 1 |
| #define | DMA_BYTES_PER_BURST 2 |
| #define | DMA_REQUEST_PER_BURST 1 |
| #define | DMA_SRC_BASE (CYDEV_PERIPH_BASE) |
| #define | DMA_DST_BASE (CYDEV_SRAM_BASE) |
| #define | WAIT_START 0 |
| #define | WAIT_ID 1 |
| #define | WAIT_LENGTH 2 |
| #define | RECEIVE 3 |
| #define | UNLOAD 4 |
| #define | FALSE 0 |
| #define | TRUE 1 |
| #define | DEFAULT_EEPROM_DISPLACEMENT 8 |
| #define | MAX_WATCHDOG_TIMER 250 |
| #define | PWM_MAX_VALUE 100 |
| #define | ANTI_WINDUP 1000 |
| #define | DEFAULT_CURRENT_LIMIT 1000 |
| #define | CURRENT_HYSTERESIS 10 |
| #define | EMG_SAMPLE_TO_DISCARD 500 |
| #define | SAMPLES_FOR_MEAN 100 |
| #define | SAMPLES_FOR_EMG_MEAN 1000 |
| #define | SAMPLES_FOR_JOYSTICK_MEAN 200 |
| #define | JOYSTICK_SAMPLE_TO_DISCARD 100 |
| #define | CALIB_DECIMATION 1 |
| #define | NUM_OF_CLOSURES 5 |
| #define | POS_INTEGRAL_SAT_LIMIT 50000000 |
| #define | CURR_INTEGRAL_SAT_LIMIT 100000 |
| #define | MIN_CURR_SAT_LIMIT 30 |
| #define | LOOKUP_DIM 6 |
Typedefs | |
| typedef enum emg_status | joystick_status |
Enumerations | |
| enum | calibration_status { STOP = 0, START = 1, CONTINUE_1 = 2, CONTINUE_2 = 3, PAUSE_1 = 4, PAUSE_2 = 5 } |
| enum | emg_status { NORMAL = 0, RESET = 1, DISCARD = 2, SUM_AND_MEAN = 3, WAIT = 4 } |
Variables | |
| struct st_ref g_ref g_refNew | g_refOld |
| struct st_meas g_meas | g_measOld |
| struct st_data | g_rx |
| struct st_mem g_mem | c_mem |
| struct st_calib | calib |
| uint32 | timer_value |
| uint32 | timer_value0 |
| int32 | dev_tension |
| uint8 | dev_pwm_limit |
| uint8 | calibration_flag |
| CYBIT | reset_last_value_flag |
| CYBIT | tension_valid |
| CYBIT | interrupt_flag |
| CYBIT | watchdog_flag |
| int16 | ADC_buf [3] |
| int8 | pwm_sign [NUM_OF_MOTORS] |
Global definitions and macros are set in this file.
| #define ANTI_WINDUP 1000 |
Anti windup saturation.
| #define CURR_INTEGRAL_SAT_LIMIT 100000 |
Anti windup on current control.
| #define CURRENT_HYSTERESIS 10 |
milliAmperes of hysteresis for current control.
| #define DEFAULT_CURRENT_LIMIT 1000 |
Default Current limit, 0 stands for unlimited.
| #define EMG_SAMPLE_TO_DISCARD 500 |
Number of sample to discard before calibration.
| #define LOOKUP_DIM 6 |
Dimension of the current lookup table.
| #define POS_INTEGRAL_SAT_LIMIT 50000000 |
Anti windup on position control.
| #define PWM_MAX_VALUE 100 |
Maximum value of the PWM signal.
| #define PWM_MAX_VALUE 100 |
Maximum value of the PWM signal.
| #define SAMPLES_FOR_EMG_MEAN 1000 |
Number of samples used to mean emg values.
| #define SAMPLES_FOR_MEAN 100 |
Number of samples used to mean current values.
| typedef enum emg_status joystick_status |
EMG and joystick status enumeration
| enum emg_status |


Welcome to Go
Connect with your friends — and other fascinating people. Get in-the-moment updates on the things that interest you. And watch events unfold, in real time, from every angle.
Just a few questions to ask you...
Do you prefer outdoor or indoor?
Outdoor
Indoor
After three miles of running, you ...
Want to lie in bed
Are tired, but okay
Are just getting warmed up
SkyDiving is...
Too scary for me
awesome, I'd love to try it
okay, I've done it many times
How many times a week are you physically active?
Once
Twice
3 times a week
4 times a week
5 or more
Your Ideal vacation...
is on a beach at Cancun
is backpacking in Europe
is staying at home
When the Going gets tough
Give up
Try Again, then give up
Do whatever it takes to win
Conquer a task, and help a friend
Get me something to Do!


Now that Epicodus offers so many different courses, we often get students unsure of what to take after they finish Introduction to Programming. If you're an Epicodus student or anybody wondering which language to learn, the first thing you need to decide is if you want to focus more on front-end or back-end development. Front-end developers spend their time making things look and work well, obsessing over layouts, navigation, colors, and design. If this type of work appeals to you, your best bet is to take CSS and Design classes at Epicodus.
If you're more interested in back-end development, you have several choices of languages: C#, Java, PHP, and Ruby are all offered at Epicodus. My best advice about how to choose is not to worry too much. Most modern programming languages have more similarities than differences, and Epicodus graduates often find themselves working in different languages than they studied in school. Back-end programmers often switch languages as they change jobs, or even as they build different types of software at the same job. So don't stress too much about making the right choice! That said, each language has found a bit of a niche, and depending on your interests, you might be attracted to one over another.
Currently, Epicodus offers the following tracks in Portland and Seattle:
Ruby is a favorite language of developers building interactive web applications. If an app involves users creating accounts, entering information, and interacting with dynamic content, there's a good chance it is built with Ruby.
Ruby became popular because the Rails framework, which is written with Ruby, simplified many of the common tasks associated with building web applications. It's most popular with startups and smaller companies who are looking to build their product
quickly.
PHP is by far the most popular backend language today, with 80 percent of websites utilizing it 'server-side'. It is perhaps best known for it's use in content management systems like Wordpress, Drupal, and Joomla. But the versatility
of the language and the frameworks it powers make employment options numerous and diverse. If you're keen to work for a fast paced agency that builds websites for lots of clients, or maintain the security and stability of a huge complex of government
websites, or if you like the idea of building out small sites for brands, businesses, and organizations - In any of these cases, PHP would be a great way to go.
Java is also a favorite of enterprise companies, but its appeal is broader as well: it's one of the most popular of all programming languages, and it's used in everything from for high-performance processing to building Android
user interfaces. Because Java has been very popular for a very long time and is used in so many applications, it is also a very high-demand language. If you're interested in working for an enterprise-level company, as an Android developer, or
in high-performance applications, Java could be a good language to learn.
Design - after establishing solid programming fundamentals in CSS and JavaScript, this course introduces students to the vast world of Design. This course focuses on maintaining a strong balance between theory and practice. Students
will not only cultivate a solid foundation of basic design principles, but will also gain experience using modern, industry-standard tools such as Sketch and InVision.
C# is most popular among bigger established businesses, often for building internal software. Because it's been around for a long time and has the backing of Microsoft, it is one of the most in-demand languages in the job market.
C# has also been going through a bit of a rebirth lately, with Microsoft open sourcing the language and surrounding platform, porting it to run on Mac and Linux, and incorporating many of the best features of other languages. If you like the idea
of working for a larger company on business software, C# is a great choice.
Though each language has its niche, there is plenty of crossover. For example, Rails' popularity inspired copycats in just about every language, and so you'll see interactive web applications written in C#, Java, and PHP, with Rails-like frameworks
including .NET MVC, Spring, and Laravel. Even at one company, you might find them using PHP for their marketing site, Ruby for their web application, and Java for their back-end processing.
Every track starts with Introduction to Programming, and includes an advanced JavaScript course, as well as two language-specific courses — four five-week sessions in total. In addition, students complete two weeks of job and internship prep and finish
their studies with a five-week internship.