The Power of Useful Data | Element Analytics

Posted by 2018 article


The following is an alphabetic list of elements available for MeSH data in XML format, including Descriptors, Qualifiers, and Supplementary Concept Records. To fully understand these elements, it is recommended that you also review Introduction to MeSH in XML format . In particular, it is important to understand: (1) the three-level concept structure of MeSH data (Descriptors, Concepts, Terms), (2) reference to these objects by both a unique name and a unique identifier, and (3) the use of "list" elements in order to represent the structure of multiply-occurring elements. MEDLINE XML element descriptions are also available.

Note that some elements formerly available only in XML MeSH are now available in the MeSH Browser. See About MeSH Browser .

Key to element information :

RecordType : may appear in records of the following types:
D = Descriptor
Q = Qualifier
SCR = Supplementary Concept Record

Repeating element : may occur more than once within a record.
Required element : all records in the given Record Types have the element.
MeSH Browser : element label in the MeSH Browser, or "none" .
ASCII MeSH : data element, usually with element name, or "none".
ELHILL MeSH : element mnemonic and number in ELHILL MeSH (obsolete), or "none" .

To display the data provided by a data source object (DSO), the author binds elements on an HTML page to the DSO. Using the About Data Binding Architecture or the corresponding data binding properties makes it easy. This topic shows how to bind an element to data, lists the elements that support data binding, and describes the capabilities of those elements. Capabilities include support for updating the data to which an element is bound and the data format in which the data is displayed (either HTML or plain text).

Bindable HTML elements fall into two categories: single-valued and tabular consumers. Single-valued consumers bind to a single field of the current record provided by a DSO. Tabular consumers, such as the table element, bind to an entire data set and use their contained elements as a template to repeat the data. The procedure for binding it to data is described later in this article.

The procedure for binding a single-valued element to data is the same regardless of the element. Elements can be bound to data at design time using the DATASRC and DATAFLD attributes, or DHTML Object Model Support for Data Binding using the dataSrc and dataFld properties exposed by the corresponding objects in the Document Object Model (DOM).

I gave requirement in MD61. But in MD04 it shows MRP element data VSF. According to my it should shows LSF as we maintain strategy 10. Where I am wrong.

The MD61 initial screen values are driven by the user parameter settings & not by the material master. Hope it is clear.

In metadata , a data element definition is a human readable phrase or sentence associated with a data element within a data dictionary that describes the meaning or semantics of a data element.

Data element definitions are critical for external users of any data system. Good definitions can dramatically ease the process of mapping one set of data into another set of data. This is a core feature of distributed computing and intelligent agent development.

Definitions should not refer to terms or concepts that might be misinterpreted by others or that have different meanings based on the context of a situation. Definitions should not contain acronyms that are not clearly defined or linked to other precise definitions.

The following is an alphabetic list of elements available for MeSH data in XML format, including Descriptors, Qualifiers, and Supplementary Concept Records. To fully understand these elements, it is recommended that you also review Introduction to MeSH in XML format . In particular, it is important to understand: (1) the three-level concept structure of MeSH data (Descriptors, Concepts, Terms), (2) reference to these objects by both a unique name and a unique identifier, and (3) the use of "list" elements in order to represent the structure of multiply-occurring elements. MEDLINE XML element descriptions are also available.

Note that some elements formerly available only in XML MeSH are now available in the MeSH Browser. See About MeSH Browser .

Key to element information :

RecordType : may appear in records of the following types:
D = Descriptor
Q = Qualifier
SCR = Supplementary Concept Record

Repeating element : may occur more than once within a record.
Required element : all records in the given Record Types have the element.
MeSH Browser : element label in the MeSH Browser, or "none" .
ASCII MeSH : data element, usually with element name, or "none".
ELHILL MeSH : element mnemonic and number in ELHILL MeSH (obsolete), or "none" .

To display the data provided by a data source object (DSO), the author binds elements on an HTML page to the DSO. Using the About Data Binding Architecture or the corresponding data binding properties makes it easy. This topic shows how to bind an element to data, lists the elements that support data binding, and describes the capabilities of those elements. Capabilities include support for updating the data to which an element is bound and the data format in which the data is displayed (either HTML or plain text).

Bindable HTML elements fall into two categories: single-valued and tabular consumers. Single-valued consumers bind to a single field of the current record provided by a DSO. Tabular consumers, such as the table element, bind to an entire data set and use their contained elements as a template to repeat the data. The procedure for binding it to data is described later in this article.

The procedure for binding a single-valued element to data is the same regardless of the element. Elements can be bound to data at design time using the DATASRC and DATAFLD attributes, or DHTML Object Model Support for Data Binding using the dataSrc and dataFld properties exposed by the corresponding objects in the Document Object Model (DOM).

The following is an alphabetic list of elements available for MeSH data in XML format, including Descriptors, Qualifiers, and Supplementary Concept Records. To fully understand these elements, it is recommended that you also review Introduction to MeSH in XML format . In particular, it is important to understand: (1) the three-level concept structure of MeSH data (Descriptors, Concepts, Terms), (2) reference to these objects by both a unique name and a unique identifier, and (3) the use of "list" elements in order to represent the structure of multiply-occurring elements. MEDLINE XML element descriptions are also available.

Note that some elements formerly available only in XML MeSH are now available in the MeSH Browser. See About MeSH Browser .

Key to element information :

RecordType : may appear in records of the following types:
D = Descriptor
Q = Qualifier
SCR = Supplementary Concept Record

Repeating element : may occur more than once within a record.
Required element : all records in the given Record Types have the element.
MeSH Browser : element label in the MeSH Browser, or "none" .
ASCII MeSH : data element, usually with element name, or "none".
ELHILL MeSH : element mnemonic and number in ELHILL MeSH (obsolete), or "none" .

To display the data provided by a data source object (DSO), the author binds elements on an HTML page to the DSO. Using the About Data Binding Architecture or the corresponding data binding properties makes it easy. This topic shows how to bind an element to data, lists the elements that support data binding, and describes the capabilities of those elements. Capabilities include support for updating the data to which an element is bound and the data format in which the data is displayed (either HTML or plain text).

Bindable HTML elements fall into two categories: single-valued and tabular consumers. Single-valued consumers bind to a single field of the current record provided by a DSO. Tabular consumers, such as the table element, bind to an entire data set and use their contained elements as a template to repeat the data. The procedure for binding it to data is described later in this article.

The procedure for binding a single-valued element to data is the same regardless of the element. Elements can be bound to data at design time using the DATASRC and DATAFLD attributes, or DHTML Object Model Support for Data Binding using the dataSrc and dataFld properties exposed by the corresponding objects in the Document Object Model (DOM).

I gave requirement in MD61. But in MD04 it shows MRP element data VSF. According to my it should shows LSF as we maintain strategy 10. Where I am wrong.

The MD61 initial screen values are driven by the user parameter settings & not by the material master. Hope it is clear.

In metadata , a data element definition is a human readable phrase or sentence associated with a data element within a data dictionary that describes the meaning or semantics of a data element.

Data element definitions are critical for external users of any data system. Good definitions can dramatically ease the process of mapping one set of data into another set of data. This is a core feature of distributed computing and intelligent agent development.

Definitions should not refer to terms or concepts that might be misinterpreted by others or that have different meanings based on the context of a situation. Definitions should not contain acronyms that are not clearly defined or linked to other precise definitions.

But it turns out that I cannot access the data-evtid and data-styid by using el.data() . But if I access it via domObject.dataset , it works.

Instead of relying on the dataset API though, since it's a directive, remember that this data is in the Attributes object, as $attrs.evtid

we don't want to remove the documentation for data(), it is the expandostore. In jQuery, it is also a getter/setter for the expandostore, but they also use it as an accessor for the native dataset API (which is totally crazy, they shouldn't be doing that, but whatever!)

The following is an alphabetic list of elements available for MeSH data in XML format, including Descriptors, Qualifiers, and Supplementary Concept Records. To fully understand these elements, it is recommended that you also review Introduction to MeSH in XML format . In particular, it is important to understand: (1) the three-level concept structure of MeSH data (Descriptors, Concepts, Terms), (2) reference to these objects by both a unique name and a unique identifier, and (3) the use of "list" elements in order to represent the structure of multiply-occurring elements. MEDLINE XML element descriptions are also available.

Note that some elements formerly available only in XML MeSH are now available in the MeSH Browser. See About MeSH Browser .

Key to element information :

RecordType : may appear in records of the following types:
D = Descriptor
Q = Qualifier
SCR = Supplementary Concept Record

Repeating element : may occur more than once within a record.
Required element : all records in the given Record Types have the element.
MeSH Browser : element label in the MeSH Browser, or "none" .
ASCII MeSH : data element, usually with element name, or "none".
ELHILL MeSH : element mnemonic and number in ELHILL MeSH (obsolete), or "none" .

The following is an alphabetic list of elements available for MeSH data in XML format, including Descriptors, Qualifiers, and Supplementary Concept Records. To fully understand these elements, it is recommended that you also review Introduction to MeSH in XML format . In particular, it is important to understand: (1) the three-level concept structure of MeSH data (Descriptors, Concepts, Terms), (2) reference to these objects by both a unique name and a unique identifier, and (3) the use of "list" elements in order to represent the structure of multiply-occurring elements. MEDLINE XML element descriptions are also available.

Note that some elements formerly available only in XML MeSH are now available in the MeSH Browser. See About MeSH Browser .

Key to element information :

RecordType : may appear in records of the following types:
D = Descriptor
Q = Qualifier
SCR = Supplementary Concept Record

Repeating element : may occur more than once within a record.
Required element : all records in the given Record Types have the element.
MeSH Browser : element label in the MeSH Browser, or "none" .
ASCII MeSH : data element, usually with element name, or "none".
ELHILL MeSH : element mnemonic and number in ELHILL MeSH (obsolete), or "none" .

To display the data provided by a data source object (DSO), the author binds elements on an HTML page to the DSO. Using the About Data Binding Architecture or the corresponding data binding properties makes it easy. This topic shows how to bind an element to data, lists the elements that support data binding, and describes the capabilities of those elements. Capabilities include support for updating the data to which an element is bound and the data format in which the data is displayed (either HTML or plain text).

Bindable HTML elements fall into two categories: single-valued and tabular consumers. Single-valued consumers bind to a single field of the current record provided by a DSO. Tabular consumers, such as the table element, bind to an entire data set and use their contained elements as a template to repeat the data. The procedure for binding it to data is described later in this article.

The procedure for binding a single-valued element to data is the same regardless of the element. Elements can be bound to data at design time using the DATASRC and DATAFLD attributes, or DHTML Object Model Support for Data Binding using the dataSrc and dataFld properties exposed by the corresponding objects in the Document Object Model (DOM).

I gave requirement in MD61. But in MD04 it shows MRP element data VSF. According to my it should shows LSF as we maintain strategy 10. Where I am wrong.

The MD61 initial screen values are driven by the user parameter settings & not by the material master. Hope it is clear.



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