@class, @classdecl, @endc, @default, @uses
You can create new classes in GEOS by using the Goc keywords
@class
and
@endc
. These frame the class definition as shown in Defining Classes
; the
@endc
keyword takes no parameters, but
@class
takes the following parameters:
@class <cname>, <super> [, master [, variant]];
Every class must have a class structure (
ClassStruct
) in memory. This is created and filled automatically by Goc and the kernel; however, you must use the
@classdecl
keyword to make sure the structure gets built. Only one
@classdecl
statement may be used for each class, however--Goc will give an error if the class is declared twice. This is also shown in Defining Classes
, and its parameters are as follows:
@classdecl <cname> [, <cflags>];
The optional flags that can be used with a class declaration determine how objects of the class get shut down (see Class_flags
). The flags you can use with
@classdecl
are
neverSaved
discardOnSave
ignoreDirty
instead in the object's declaration (see
@object
, in Declaring an Object
).In addition, any variant class can have a default superclass. The variant is resolved at compile-time to have the default superclass as its superclass. To set a default superclass for a variant class, add a line with the following structure in the class definition:
@default <varRoot> = <super>;
Sometimes a variant class will know that it will be the subclass of a specific class, though it doesn't know (at compile time) just how that ancestry will be traced. You can use the
@uses
directive to let the compiler know this; that way, the variant class can define handlers for the "used" class. For example, if you know that variant class
MyVariantClass
will always be resolved as a descendant of
MyAncestorClass
, you can put the directive
@uses MyAncestorClass;
in the definition of
MyVariantClass
. The general format is
@uses <class>;
Code Display 5-6 Defining Classes
/* The @class keyword defines a new class or subclass. @endc ends the class * definition, and @classdecl must be put somewhere in the code to make sure Glue * will link the class structure into the compiled geode.*/
@class MyNewClass, VisClass; /* Message declarations would go here. See @message. * Instance data field declarations would go here. See @instance * and @vardata. */ @endc @classdecl MyNewClass, neverSaved;
@class MyTriggerClass, GenTriggerClass; /* New messages for this subclass are defined here. */ /* New instance data fields for this subclass are defined here. */ @endc @classdecl MyTriggerClass;
/* When defining a variant class (which must also be a master class), you can * set a superclass for the variant at compile-time using @default. */
@class MyNewVariantClass, MetaClass, master, variant; @default MyNewVariant = VisClass; @endc MyNewVariantClass @classdecl MyNewVariantClass;
@message, @stack, @reserveMessages, @exportMessages, @importMessage, @alias, @prototype
As discussed in The GEOS Message System , messages are simply 16-bit numbers allocated as an enumerated type. When a new class is defined, a constant is automatically created representing the first message number for the class. This constant is then used as the first number in the enumeration of messages.
The constant is built off the class' superclass.
MetaClass
has the first 16384 messages reserved for its use. Each master level gets 8192, and the first master class of a level gets 2048 of these. All other classes are allocated 512 message spots. Thus, a master class subclassed directly off
MetaClass
would have 2048 messages beginning with number #16384 (since the numbering is zero-based). A subclass of this would have 512 messages beginning with number #18432.
This numbering scheme ensures that no two classes at different levels in the class hierarchy will have the same message number. Specifically, a class will never have the same message number as one of its sub- or superclasses.
New messages must be defined in the class definition between the
@class
and
@endc
keywords (see above). They are defined much like normal function calls and follow the normal C calling conventions (see Defining Messages
for examples). If your class uses messages from its superclass, you do
not
have to declare these messages in your class definition--they are inherited automatically. This is true even if you are subclassing the method to alter its functionality.
To define a new message, use the
@message
keyword. This keyword takes the following parameters:
@message <retType> <mname>(<param>*);
MSG_
followed by a shortened version of the name of the class and then some useful name (e.g.,
MSG_META_INITIALIZE
).NOTE: When defining a function with no parameters, it is best to declare it with "void" between the parentheses. This will make sure Goc gives an error if the function is called with arguments.
The
@stack
keyword indicates that parameters are passed on the stack; it is important to note that because of calling conventions, parameters passed on the stack must be listed in the message definition
in reverse order
from the way the handler pops them from the stack. This keyword is used only when the message may be handled by an assembly language method; its format is shown below:
@message <retType> <mname>(@stack <param>*);
All the parameters shown in the formats are the same as in the normal
@message
format.
Code Display 5-7 Defining Messages
/* Each message is defined for a class within the class definition. */ @class MyTriggerClass, GenTriggerClass; /* All the new messages MyTriggerClass can handle are defined here. */ @message void MSG_MYTRIG_SET_COLOR(colors colorIndex); @message optr MSG_MYTRIG_RETURN_OPTR( void ); @message void MSG_MYTRIG_COLLECT_PARAMS(byte bParam, word wParam, char * string); /* Instance data fields would be defined here. */
@endc @classdecl MyTriggerClass;
As discussed above, message numbers are assigned based on the class' location in the class tree. No message number will ever conflict with messages defined in the class' superclasses. However, the assignment scheme opens up the possibility that classes on the same level in the class tree could have conflicting message numbers, as shown below.
Normally, this is not a problem. If subclasses are to receive the same message and handle it differently, the message can typically be defined in the superclass and simply be intercepted by the subclasses. Sometimes, however, different subclasses will need to have different definitions for the same messages. For example, a class supplied by a library may be used by several applications; if the applications each create a subclass, these subclasses can import particular messages that will be the same for all the subclasses in all the applications.
Goc therefore allows a class to export a range of message numbers which subclasses can import and create specific definitions for. This allows you greater control over what aspects of the class you can define.
To export a range of messages, use the
@exportMessages
keyword. This will set aside several message numbers which can then be imported by subclasses using the
@importMessage
keyword.
Another potential problem is upgrading your program from release to release. If you create classes that may grow in the future, you may want to reserve a number of message spots to ensure that those spots can be filled in later. Nothing is done with the spots; they are simply place holders for future upgrades. You can use the
@reserveMessages
keyword to reserve a range of any size. The parameters of these three keywords are shown below:
@reserveMessages <num>; @exportMessages <expName>, <num>; @importMessage <expName>, <messageDef>;
@message
keyword (though
@message
is left out).Note that you do not need to reserve messages for upgrades; any class can always have messages tacked on to the end of its class definition. If you want to group the messages logically, however, you should reserve ranges where you expect additions to be made.
The
@alias
keyword allows a single message to have more than one pass/return format.
The
@prototype
keyword allows quick, clean, and convenient repetition of a single format for many different messages; it also allows a class to create a prototype so users of a message can have their own messages with the same format.
@alias
is used when a single method takes conditional parameters. For example, a method may take a word value in a certain case and a dword value in another (dependent upon a passed flag). Each condition must be accounted for in its own message format. Rather than create a message and a method for each case, you can create a single assembly-language method for all the different pass/return formats; then, you can use
@alias
to make several messages refer to the same method, each using a different format.
@alias(<protoMsg>) <msgDef>;
@message
keyword (with
@message
left off).
In addition, if you have a single pass/return format for many messages, you can use the
@prototype
keyword as coding shorthand. For example, if an object has ten messages that all take two parameters and return a single value, you can set up the format with the
@prototype
keyword and then use a simpler format for definition of your messages. An example is shown in Aliasing Messages
, and the parameters of this keyword are shown below.
@prototype <msgDef>;
MY_PROTOTYPE
" that you can insert later into the definitions of your real messages. All other parts of the message definition are the same as would be declared with
@message
(with
@message
left off).Code Display 5-8 Aliasing Messages
/* MyClass in this example uses both prototype and aliased messages. */ @class MyClass, MetaClass; /* The following is a normal message declaration. The register that this * parameter uses is specified because the handler (method) is written in * assembly language. */ @message void MSG_MESSAGE_WITH_WORD(byte flag = cl, word value = dx);
/* The following message invokes the same method as the alias above. * It has the same message number but passes a different sized parameter * in different registers. */ @alias(MSG_MESSAGE_WITH_WORD) void MSG_MESSAGE_WITH_DWORD(byte flag = cl, dword value = dx:bp);
/* The following message is not used. Its pass and return values can * be used elsewhere, however, to ensure that all handlers of this message * type are given the same format. */ @prototype int MSG_MYCLASS_PROTO(int a, int b);
/* The following have the same return values and parameters * as the prototype above. */ @message(MSG_MYCLASS_PROTO) MSG_MY_CLASS_ADD; @message(MSG_MYCLASS_PROTO) MSG_MY_CLASS_SUBTRACT; @message(MSG_MYCLASS_PROTO) MSG_MY_CLASS_MULTIPLY;
@endc @classdecl MyClass;
@instance, @composite, @link, @visMoniker, @kbdAccelerator
Instance data fields are all defined with the
@instance
keyword. Other keywords may be included in the
@instance
declaration for special types of data. All instance data definitions must appear between the class'
@class
and
@endc
keywords (see above under class definition).
The
@instance
keyword is used to define normal instance data. If you have data that must be added or removed dynamically (such as hints), use the
@vardata
keyword, described in Defining and Working With Variable Data Fields
. Also, if you have data that requires relocation (such as pointers to fixed data) when the object is loaded, use the
@reloc
keyword.
The format of the
@instance
keyword is as follows:
@instance <insType> <iname> = <default>;
Goc has several special types of instance data fields that you can declare along with
@instance
to make object definition easier. The format for using one of the special types is shown below (with examples in Declaring Instance Data Fields
). Each of the types is also described below.
@instance <specType> <iname>;
The special types are given here:
@composite
@composite
field will actually contain an optr to the first child object in an object tree. Since most objects in object trees are subclassed from
VisClass
or
GenClass
, you will most likely never use the
@composite
keyword. Both
VisCompClass
and
GenClass
have
@composite
fields predefined. The
@composite
type has a special format, shown below:@instance @composite <iname> = <linkName>;
iname
is the name of the instance field and
linkName
is the name of the field designated as
@link
(below). Note that there must be a
@link
field in every class that has a
@composite
field. See Managing Object Trees
for more information on object trees and the composite and link fields.
@link
@composite
field points to the first child, the
@link
field points to the next sibling. If there is no next sibling, this field will point back to the parent object. Since most objects in object trees are subclassed from
VisClass
or
GenClass
, you will most likely never use the
@link
keyword. Both
VisClass
and
GenClass
have
@link
fields predefined.
@visMoniker
GenClass
--see the GenClass chapterfor information on the
GI_visMoniker
field. The moniker or moniker list must be in the same resource as the generic object using that moniker since only the chunk's handle is stored. A moniker list can store full object pointers to its monikers, so monikers referenced by a list need not be in the same resource as that list; thus if an object's moniker is specified via a list, then while the list must be in the same resource as the object, the monikers themselves need not be.
@kbdAccelerator
GenClass
only.Code Display 5-9 Declaring Instance Data Fields
/* GenClass is a good example of many of the different types of fields. */
@class GenClass, VisClass, master, variant;
/* The GenClass messages are defined here. */
@instance @link GI_link; @instance @composite GI_comp = GI_link; @instance @visMoniker GI_visMoniker; @instance @kbdAccelerator GI_kbdAccelerator; @instance byte GI_attrs = 0; @instance byte GI_states = (GS_USABLE|GS_ENABLED);
/* Hints and other variable data fields are defined with @vardata. */
@endc
@default
Recall that when defining an instance data field you can set up a default value for that field. When creating a subclass, you may wish to specify that the subclass should have a different default value for a given field than the superclass does. Use the
@default
keyword to do this:
@default <iname> = <default>;
@default
as part of this value; this @default will be treated as the value of the superclass. (If this seems confusing, try looking at the example.)
For example, a subclass of GenInteraction could set GIV_DIALOG as its default value for the GenInteraction instance field
GII_visibility
:
@default GII_visibility = GIV_DIALOG;
A generic class might want to have the same value for its
GI_states
field as its superclass, except with the GS_USABLE flag turned off:
@default GI_states = @default & ~GS_USABLE;
@vardata, @vardataAlias, ObjVarAddData(), ObjVarDeleteData(), ObjVarDeleteDataAt(), ObjVarScanData(), ObjVarFindData(), ObjVarDerefData(), ObjVarDeleteDataRange(), ObjVarCopyDataRange(), MSG_META_ADD_VAR_DATA, MSG_META_DELETE_VAR_DATA, MSG_META_INITIALIZE_VAR_DATA, MSG_META_GET_VAR_DATA
Most classes will have well-defined instance data fields; each object in the class will have the same data structures, and all the instance chunks will look relatively similar and will be the same size.
Many classes, however, will also use "variable data," or instance fields that may be added or removed dynamically. This allows objects within the same class to have more or less instance data than other objects in the class. One example of variable data is the use of hints in generic UI objects. Because each object in a given class may or may not have hints, the objects can actually have different instance sizes. Variable data instance fields are defined with the use of the
@vardata
keyword.
Using variable data, however, is somewhat more complex than using standard instance data. You must use special kernel routines or messages to get a pointer to the data; then you can use the pointer to access the field.
Variable data is stored together at the end of the instance chunk in "data entries." Each entry consists of a primary word and optional extra data. The primary word represents a data type defined by the keyword
@vardata
. This type is created automatically by Goc when the
@vardata
keyword is used.
Each data entry is associated with a master class level and is considered part of the instance data for that master level (despite being stored at the end of the instance chunk). Thus, when a master part of an object is destroyed, the variable data entries associated with that master class will also be destroyed. For example, when a UI object is set not usable (taken off the screen), its Vis master part is removed from the instance chunk; any variable data entries associated with
VisClass
will also be destroyed.
Variable data may also be tagged for saving to the state file. That is, you can set up individual data entries to be saved to a state file and to be reinstated when the object is loaded from the state file. For more information about state saving, see Saving Object State .
Variable data may be defined in an object's declaration in your .goc file or may be added and removed during execution. This gives the potential for using variable data as temporary storage in an object's instance chunk; however, temporary data used in this manner should be kept small to avoid slowing down the system--constantly resizing instance chunks to add and remove vardata fields makes more work for the memory manager.
To define a variable data type in a given class, use the
@vardata
keyword as follows (an example is given in Defining Variable Data
):
@vardata <type> <vname>;
void
is specified, no extra data will be added to the data entry when it is created. (An instance data field may be declared as an array, just as in standard C.)Code Display 5-10 Examples of Instance Data Declarations
/* These are some data fields for MyDataClass. */
@instance ChunkHandle MDI_aChunk; @instance HelloInfoFlags MDI_flags; @instance byte MDI_lotsOfNumbers[32];
Some vardata types may have varying amounts of extra data. For example, one type may have either a word or a dword of extra data. To allow this, you can set up an alias with the new type attached using the keyword
@vardataAlias
:
@vardataAlias (<origName>) <newType> <newName>;
@vardata
.As noted earlier, the data type field in the data entry has two flags associated with it. These flags are each one bit:
off
explicitly, this flag will be set for every data type defined in a
.goc
or
.goh
file.The bitmask VDF_TYPE is a bitwise OR of VDF_EXTRA_DATA and VDF_SAVE_TO_STATE. You can use it to mask out all but those bits.
Code Display 5-11 Defining Variable Data
/* Hints are defined with the @vardata command, as is shown in GenClass. Only a * small portion of the hints for GenClass are shown here. Those with structures * or data types (not "void") have extra data fields associated with them. */
@class GenClass, VisClass, master, variant; /* Messages are defined here. */ /* Followed by instance data defined with @instance. */ @vardata void HINT_CENTER_MONIKER; @vardata SpecSizeSpec HINT_CUSTOM_CHILD_SPACING; @vardata char[] ATTR_GEN_INIT_FILE_KEY;
/* Relocatable instance fields (see the next section) are defined with * @reloc. This field contains an object pointer that must be resolved * when the GenClass object is loaded. */ @instance @link GI_link; @reloc GI_link, optr; @vardata DestinationClassArgs ATTR_GEN_DESTINATION_CLASS; @reloc ATTR_GEN_DESTINATION_CLASS, 0, optr; @endc
The kernel provides a number of routines an object may use to add, remove, and change its own vardata entries. Note that all these routines must be called from within the object containing the variable data entries; since variable data is instance data, it is against OOP doctrine for one object to alter another object's variable data directly.
Instead,
MetaClass
provides vardata messages that can be sent by one object to another to add, remove, change, or retrieve vardata entries of another object. The kernel routines and
MetaClass
messages are outlined below:
ObjVarAddData()
This routine adds an new entry for the passed data type or replaces the extra data associated with a particular data type entry.
ObjVarDeleteData()
This routine deletes the entry for a particular data type when passed the data type.
ObjVarDeleteDataAt()
This routine deletes a particular data entry when passed the entry's pointer as returned by
ObjVarAddData()
,
ObjVarFindData()
, or
ObjVarDerefData()
.
ObjVarScanData()
This routine causes the kernel to scan all data entries in an object's variable data and call any "handler routines" listed for them. This process is described below.
ObjVarFindData()
This routine searches for and returns (if possible) a pointer to a data entry of the passed data type.
ObjVarDerefData()
This routine returns a pointer to a data entry when passed the object's optr and the data type. If the entry does not exist, this routine will call on the object to create and initialize the entry. Such variable data then behaves much like instance data. The object containing the vardata is responsible for creating the entry and then initializing it upon receipt of a
MSG_META_INITIALIZE_VAR_DATA
, described below.
ObjVarDeleteDataRange()
This routine deletes all data entries with types in the passed range.
ObjVarCopyDataRange()
This routine copies all data entries within the passed range from one object's instance chunk to another`s. If any entries are copied, the destination object will be marked dirty for saving. This routine must be called by the destination object; it is bad policy for one object to alter another object's instance data. This routine is primarily for copying hints from one UI object to another and is not commonly used by applications.
The four messages (in
MetaClass
) that can be used to add, delete, and alter variable data entries remotely are listed below. Classes will never need to intercept and subclass these messages because the proper functionality is implemented in
MetaClass
.
MSG_META_ADD_VAR_DATA
MSG_META_DELETE_VAR_DATA
MSG_META_INITIALIZE_VAR_DATA
MSG_META_GET_VAR_DATA
In addition to supporting variable data structures, GEOS allows you to set up "handlers" for different variable data types. Handlers are routines that process a given data entry; for example, each generic UI object stores a number of hints. Specific UI classes, when attached to the generic object, have a specific routine to handle each hint supported. Some specific UIs do nothing with certain hints; these specific UIs do not have handlers for those hints.
Handlers are associated with data types through the use of a
VarDataCHandler
table. This is a table that you set up in your
.goc
file that contains pairings of routine names with
@vardata
field names. An example of the
VarDataCHandler
table is shown in Variable Data Handlers
.
A handler is simply a normal C routine or function and is defined as such. The handler should be declared as an
_pascal
routine.The table pairs the handler with the
@vardata
data type, and when
ObjVarScanData()
is called, all handlers for all data types are called in order. This is true for the object's class and all its superclasses since variable data is inherited just as normal instance data is. The handler can do almost anything appropriate with the exception of destroying the object or adding or deleting variable data from the object.
Code Display 5-12 Variable Data Handlers
/* This example is taken from the C VarData sample application. */
/* This is a VarDataCHandler. It is called by the ObjVarScanData() routine when * the data type corresponding to this routine in the VarDataCHandlerTable * is encountered. The parameters indicated are passed. * * This particular handler is actually used for several different data types * (see VarDataCHandlerTable below). The data type can be distinguished by * the `dataType' parameter. * * NOTE: VarDataInteractionHintHandler, like any handler used in a * VarDataCHandler structure, must be declared _pascal. */
void _pascal VarDataInteractionHintHandler(MemHandle mh, ChunkHandle chnk, void *data, word dataType, HandlerData *handlerData) {
if (dataType == HINT_ORIENT_CHILDREN_HORIZONTALLY) { handlerData->HD_flags.has_horiz = 1; } else if (dataType == HINT_ORIENT_CHILDREN_VERTICALLY) { handlerData->HD_flags.has_vert = 1; } else if (dataType == HINT_ALLOW_CHILDREN_TO_WRAP) { handlerData->HD_flags.has_allow_wrap = 1; } else if ((dataType == HINT_WRAP_AFTER_CHILD_COUNT) && (((WrapAfterChildCountData *) data)->WACCE_childCount == 2)) { handlerData->HD_flags.has_wrap_after = 1; } }
/* This is the VarDataCHandler Table. It consists of data type/VarDataCHandler * pairs. The VarDataCHandlers are far routines. */
static VarDataCHandler varDataInteractionHandlerTable[] = { {HINT_ORIENT_CHILDREN_HORIZONTALLY, VarDataInteractionHintHandler}, {HINT_ORIENT_CHILDREN_VERTICALLY, VarDataInteractionHintHandler}, {HINT_ALLOW_CHILDREN_TO_WRAP, VarDataInteractionHintHandler}, {HINT_WRAP_AFTER_CHILD_COUNT, VarDataInteractionHintHandler} };
@reloc
Some objects and classes may have instance data fields that must be resolved when the object is loaded and linked at run-time. For example, if the object contains an optr to another object, that optr must be updated when the object is loaded and resolved since the global memory handle can't be known at compile-time.
For some special instance fields, this happens automatically. For example, the
@composite
and
@link
fields as well as optrs are automatically resolved. However, if you add your own instance fields requiring relocation, you will have to set them up with the
@reloc
keyword. This is true for both static and variable data.
This keyword uses two formats. The first listed here is for normal, static instance data, and the second is used with variable data.
@reloc <iname>, [(<count>, <struct>)] <ptrType>;
optr
,
ptr
, or
handle
.@reloc <vname>, <fn>, [(<count>, <struct>)] ptrType;
optr
,
ptr
, or
handle
.


Lamb Wave Propagation in Laminated Composite Plates by
Bruce S. Tang
Dissertation submitted to the Faculty of the Virginia Polytechnic Institute and State University in partial fulfillment of the requirements for the degree of Doctor of Philosophy in
Engineering Mechanics
APPROVED:
E.G. Henneke, I1, Chairman
R. O. Claus J.C. Duke, Jr. D. H. Morris C. W. Smith
December, 1988
Blacksburg, Virginia


Skills
Relevant Coursework
Introduction to Artificial Intelligence: CSCI-B 351
Algorithm Analysis and Design: CSCI-B 403
Data Analysis and Mining: CSCI-B 365
Search Informatics: INFO-I 427
Data Structures and Algorithms: CSCI-C 343
Object Oriented Design Patterns: CSCI-P 322
Discrete Structures: CSCI-C 241
Introduction to Software Systems: CSCI-C 212
Intro to Computer Science: CSCI-C 211
Calculus (II): MATH-M 212
Calculus (I): MATH-M 211
Finite Mathematics: MATH-M 118
Introduction to Informatics: INFO-I 101
Distinguished Programs and Awards
WGA Chick Evans Scholar
BEST Aspiring Entrepreneur Program
Shoemaker Scholars
Technology Consulting Awareness and Readiness Program (TCARP)
A web-app that fosters a collaborative developmental, educational, and communal environment by connecting local computer scientists.
Location based event aggregation social mobile application
My final java project was to create an interactive state-persistent marketplace for buyers, sellers, and admins, where in products can be bought, sold, and updated accordingly.


--- title: "Parallel LZ plots" date: 09-18-2020 draft: true weight: 4 enableToc: true tocLevels: - h2 - h3 - h4 output: md_document: variant: markdown_github preserve_yaml: true pandoc_args: ["--wrap=none"] ---
In order to generate LZ plots in parallel, you will need the following software:
furrr
libraryvroom
library (not essential, but recommended)


{# Display tabular data in a table view. title = title to appear at the top of the table view. Enter as None for no title. form = dictionary with form attributes. column_names = tuple of strings for column names. rows = list of tuples where each tuple contains the input objects that will be used to populate the columns of each row. table_class = string of space delimited classes for the table (optional). See Twitter Bootstrap documentation on tables for possibilities. Note: Make sure the number of values in each row tuple is the same as the number of values in the column_names tuple. Also make sure the values in the row tuples are aligned with the appropriate column_names (same order as column_names). Example: In the controller, pass the following variables to the template using c: c.table_view_edit = {'column_names': ('Name', 'Age', 'Job'), 'rows': [('Bill', 30, 'contractor'), ('Fred', 18, 'programmer'), ('Bob', 26, 'boss')], 'hover': True, 'striped': True, 'bordered': False, 'condensed': False, 'editable_columns': (False, 'ageInput', 'jobInput'), 'row_ids': [21, 25, 31]} {% snippet "snippets/table_view_edit.html", title=c.title, form=c.form, column_names=c.column_names, rows=c.rows, table_class=None %} #} {% if title %}


Angular version of lists. It contains two components. wf-list which represents the container list and wf-list-item which represents a list item.
wf-list settings
Attributes:Bindings
Accepted values
Description
type: <
basic
selection
The type of list. Value selection allows list items to be selected via click or keyboard shortcuts.
disable: <?
false (Default)
true
If true, disables the entire list along with the list items. Note that the selected item will still be selected when disabled/re-enabled.
design: @
standard (Default)
striped
dark
Design of the entire list
heading: @
Any string
Intended heading for the list
on-item-selected: &
function(index, heading, event)
Callback function when list item is selected.
index - current item index of the list
heading - heading of the current list
event - event when item is selected
wf-list-item settings
Attributes:Bindings
Accepted values
Description
select: <?
true
false (default)
If true, sets the list item to be selected. This attribute will have no effect if list is not of type selection.
Selected item persists on toggling disable. End users can easily override this behavior by setting select to false.
Keyboard accessibility
Interaction
Keystrokes
Notes
Moves the list item focus
↓ / ↑
Focus normally spawns focus from the currently selected item.
angular.module('wf.ng.demo', ['wf.angular.list', 'wf.angular.tabs'])
.controller('DemoController', function () {
this.plainList = {};
this.selectionList = {};
this.stripedList = {};
this.darkList = {};
this.demoItems = [
{ text: "Item one" },
{ text: "Item two" },
{ text: "Item three" }
];
this.demoItemsWithSelectedText = [
{ text : "Item one" },
{ text : "This item should be selected...", select: true },
{ text : "This is a very very very very very very very very very very very very very very long text, so much so that it should wrap to the next line." }
];
this.plainList.items = this.demoItems;
this.plainList.disabled = false;
this.selectionList.items = this.demoItemsWithSelectedText;
this.selectionList.disabled = false;
this.stripedList.disabled = false;
this.darkList.disabled = false;
this.onItemSelected = function (index, heading) {
alert(heading +' item '+ index +' is selected');
};
});


---
sort_order: 189
tei_id: rdx_b5j2m.p.idp2757264
annotation_count: 0
images:
small-thumbnail: http://readux.library.emory.edu/books/emory:b5j2m/pages/emory:p79td/mini-thumbnail/
json: http://readux.library.emory.edu/books/emory:b5j2m/pages/emory:p79td/info/
full: http://readux.library.emory.edu/books/emory:b5j2m/pages/emory:p79td/fs/
page: http://readux.library.emory.edu/books/emory:b5j2m/pages/emory:p79td/single-page/
thumbnail: http://readux.library.emory.edu/books/emory:b5j2m/pages/emory:p79td/thumbnail/
title: Page 189
number: 189
---
{% raw %}FUGITIVE SLAVES ENLISTING IX THE STATES. 185-{% endraw %}
{% raw %}told them " that they might go back to their father{% endraw %}
{% raw %}and ask him for it." They consulted a lawyer, who{% endraw %}
{% raw %}sent them to Squire McDonald, the same magistrate{% endraw %}
{% raw %}who conducted my case with John Alexander. He{% endraw %}
{% raw %}said, " I am surprised that Mr. Henson should have{% endraw %}
{% raw %}had anything to do with enlisting men, for he knows{% endraw %}
{% raw %}the law in such a case. I would advise you to make{% endraw %}
{% raw %}no stir in the matter, but to go with me to see him.{% endraw %}
{% raw %}Perhaps I can induce him to pay you something{% endraw %}
{% raw %}down, and then by instalments in the future to make{% endraw %}
{% raw %}up the difference." He called upon me with these{% endraw %}
{% raw %}lads, and said, " I am amazed to find that you have{% endraw %}
{% raw %}enlisted these young men and appropriated their{% endraw %}
{% raw %}bounty. I have called to suggest to you, Mr.{% endraw %}
{% raw %}Henson, to pay them something to-day, and then{% endraw %}
{% raw %}you can arrange to make up the balance at a more{% endraw %}
{% raw %}convenient time."{% endraw %}
{% raw %}I replied, " Squire McDonald, I know nothing{% endraw %}
{% raw %}of what you refer to. I have not done what these{% endraw %}
{% raw %}men say." I turned to them and said, " I suprjose{% endraw %}
{% raw %}you have your discharge-papers with you?" "Oh,{% endraw %}
{% raw %}yes," Basil Davis answered, eagerly, not suspecting{% endraw %}
{% raw %}in the least my purpose in wishing to see them. He{% endraw %}
{% raw %}pulled his out of his pocket. I turned to Squire{% endraw %}
{% raw %}McDonald and said, " You had better look after{% endraw %}
{% raw %}this man, he enlisted and was discharged under a{% endraw %}
{% raw %}false pretence; why didn't he use his right name,{% endraw %}
{% raw %}unless it was to enable him to run off and 'jump{% endraw %}
{% raw %}the bounty ?' and now, because he could not succeed{% endraw %}
{% raw %}in escaping, but had to serve in the war, he must{% endraw %}
{% raw %}come back and vilify my name; you had better{% endraw %}
{% raw %}look after him."{% endraw %}


{% extends "base.html" %} {% block jumbotron %}
Click the Match Submission button at the top to attach replays you play with other All-Inspiration members!
{% endblock %} {% block feature %}Ladder Champion of All-In
| Winner(s) | Loser(s) |
|---|---|
|
{% for Player in Game.Winners %}
{{ Player.Name }}
({{ Player.Points }})
{% endfor %} |
{% endif %}
{% if Game.Lossers %}
{% for Player in Game.Lossers %}
{{ Player.Name }}
({{ Player.Points }})
{% endfor %} |
{% endif %}
| Points | Name | Country | Race | Wins | Losses | Ratio | Streak | Last Game |
|---|---|---|---|---|---|---|---|---|
| {{ Player.Points }} | {{ Player.Name }} | {{ Player.Wins }} | {{ Player.Losses }} | {{ Player.Ratio }} | {{ Player.Streak }} | {{ Player.LastUpdate }} |


{% load static %}
GrocerCheck is a student-run nonprofit that relies on donations to keep our service running. We will donate all excess proceeds to the Vancouver General Hospital COVID-19 relief fund
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Surviving the Wilderness - The Can
Soon the skies would darken into a breathtaking shade of purple that faded into lovely pinks and oranges.
As much as we appreciated that view, we knew that it was time to make a fire or face the fury of nighttime chill
and darkness. Much to our dismay, neither of us had worn glasses that day (we didn�t want to lose them hundreds
of feet up in the air) and we hadn�t packed any beverages with glass containers for lunch either.
Still, we managed to make do with what we had with a stroke of survival ingenuity and the contents of our
wicker basket. Using a bar of chocolate that remained from our lunch (giving up chocolate was hard but we did
what we had to), we scrubbed down the convex bottom of a pop can until it was gleaming.


Upgrader
Creates a new GPM instance with Local and Remote packages available
Returns the release date of the latest version of Grav
Returns the version of the installed Grav
Returns the version of the remotely available Grav
Returns an array of assets available to download remotely
Returns the changelog list for each version of Grav
Checks if the currently installed Grav is upgradable to a newer version
Checks if Grav is currently symbolically linked
Details
at line 23
__construct(
boolean $refresh = false,
callable $callback = null)
Creates a new GPM instance with Local and Remote packages available
at line 32
string
getReleaseDate()
Returns the release date of the latest version of Grav
at line 41
string
getLocalVersion()
Returns the version of the installed Grav
at line 50
string
getRemoteVersion()
Returns the version of the remotely available Grav
at line 59
array
getAssets()
Returns an array of assets available to download remotely
at line 70
array
getChangelog(
string $diff = null)
Returns the changelog list for each version of Grav
at line 79
boolean
isUpgradable()
Checks if the currently installed Grav is upgradable to a newer version
at line 89
boolean
isSymlink()
Checks if Grav is currently symbolically linked


MR LENINE had been, as was his wont, spending his evening hours with the lady of his love. He was a timid man and always returned to Tregenebris early. Beyond this, as the lady was alone, she deemed it prudent to let the world know that Mr Lenine left her by daylight.
One evening, it was scarcely yet dark, and our lover was re turning home through Leah Lanes. His horse started at an an woman, who had crept under the hedge for shelter from a passing shower. As Mr Lenine saw a figure moving in the shade he was terrified.
"Tu-whit, tu-whoo, ho," sang an owl.
"It's only me--Mr Lenine of Tregenebris," said he, putting the spurs to his horse.
Something followed him, fast as he might go, and he force his horse up the hill by Leak vean.
"Tu-whit, tu-whoo, ho," sang the owl.
"It 's only me--Aunt Betty Foss," screamed the old woman.
"Tu-whit, tu-whoo, ho, ho," sang the owl again.
"Don't ye be afeared, Mr Lenine," shrieked Aunt Betty, almost out of breath.
"Tu-whit, tu-whoo, ho, ho, ho," also shrieked the owl.
"Oh, it 's only John Lenine of Tregenebris," stammered the frightened lover, who had, however, reached home.
He went no more a-courting. He was fully persuaded that either a highwayman and his crew, or the devil and his imps, were upon him. He died a bachelor, and the charming lady became a peevish old maid, and died in solitude; all owing to the hooting owl.
Some do say Betty Foss was a witch, and the owl her familiar.


Terms and conditions
By signing up to the GOV.UK user research panel, you agree:
- that you are who you say you are (you may be required to bring ID to research sessions)
- that you are 18 years or older
- that you will not create more than one GOV.UK user research panel account
- that you observe any conditions set regarding previous participation in research
- that you are honest about the information you share
- that you will arrive on time to a research session you agree to attend
- that you will pay tax as necessary on any incentive you receive, and that GOV.UK has no obligation in respect of any personal tax due on any incentive you may receive
As a GOV.UK panel participant, you understand that:
- joining the GOV.UK user research panel does not guarantee that you will be selected for research participation
- participating in a research session does not guarantee any payment, unless previously agreed
- if you participate in a face to face research session, immediately prior to taking part in the session you’ll be asked to sign a form that consents to the recording and observation of the research session and confirms receipt of any agreed incentive.
In return, GOV.UK user research agrees to:
- as far as possible, invite you to take part in appropriate research activities in line with the data you share
- make sure you receive any agreed incentives within 2 weeks of any remote research participation
- make sure you receive any agreed incentive on the spot when a research session is conducted in person
GOV.UK reserves the right to cancel your participation in the panel and any incentives due to you if you do not comply with these Terms of Participation.


Analyzing a dataset
This tutorial introduces the basic functionality of the package when applied to a real-world analysis of a dataset containing atomic structures.
Lets start by loading a series of geometries as ASE.Atoms objects. In this case we have used a list of extended xyz-files to represent our dataset. But in general as long as the atomic positions, unit cell, periodic boundary conditions and chemical symbols for the atoms are available, any dataset can be turned into an ASE.Atoms object and analyzed by MatID.
So let’s start by loading a series of structures into a list:
import os
import json
import ase.io
from matid import Classifier
from matid import SymmetryAnalyzer
from matid.classifications import Class3D, Material2D, Surface
# This is a folder containing 10 different extended XYZ files.
inpath = "./structures"
# Lets find all XYZ files and read the geometries as ASE.Atoms objects in to a
# list
geometries = []
for root, dirs, files in os.walk(inpath):
for i_file in files:
# if i_file.endswith("C96Si96+C54H16.xyz"):
if i_file.endswith("xyz"):
i_atoms = ase.io.read("{}/{}".format(root, i_file))
# view(i_atoms)
geometries.append((i_file, i_atoms))
With a list of geometries available, we can start analyzing them with MatID. Typically the first task is to get a generic classification for the structure. This is done with the Classifier-class:
# Create a Classifier instance. The default settings are used here
classifier = Classifier()
# Get a classification result for each geometry
classifications = []
for i_file, i_geom in geometries:
print("Classifying")
i_cls = classifier.classify(i_geom)
print("Done")
classifications.append(i_cls)
Once we have determined the structural class of each geometry, we can further query for additional information that depends on the detected classification, and create a summary of the results:
# Create a summary of the geometries
summary = {}
for (i_file, i_geom), i_cls in zip(geometries, classifications):
i_type = type(i_cls)
i_atoms = i_cls.atoms
i_data = {
"system_type": str(i_cls),
}
# Get symmetry information
blk_cell = None
if i_type == Class3D:
blk_cell = i_atoms
elif i_type == Surface:
blk_cell = i_cls.prototype_cell
if blk_cell is not None:
symm_analyzer = SymmetryAnalyzer(blk_cell)
formula = i_atoms.get_chemical_formula()
crystal_system = symm_analyzer.get_crystal_system()
bravais_lattice = symm_analyzer.get_bravais_lattice()
space_group = symm_analyzer.get_space_group_number()
i_data["space_group_number"] = space_group
i_data["crystal_system"] = crystal_system
i_data["bravais_lattice"] = bravais_lattice
# Get the outlier information from two-dimensional systems
if i_type == Surface or i_type == Material2D:
outlier_indices = i_cls.outliers
outlier_formula = i_atoms[outlier_indices].get_chemical_formula()
i_data["outlier_indices"] = outlier_indices.tolist()
i_data["outlier_formula"] = outlier_formula
summary[i_file] = i_data
# Write a summary of the results
with open("summary.json", "w") as fout:
fout.write(json.dumps(summary, indent=2, sort_keys=True))
You can find the full example in “examples/summary.py”. Here are the results:
Filename
Results
Image
C32Mo32+CO2.xyz
system_type: Surface
outlier_formula: CO2
outlier_indices: [64, 65, 66]
space_group_number: 225
crystal_system: cubic
bravais_lattice: cF
C49+N.xyz
system_type: Material2D
outlier_formula: N
outlier_indices: [49]
H2O.xyz
system_type: Class0D
Si8.xyz
system_type: Class3D
space_group_number: 227
crystal_system: cubic
bravais_lattice: cF
Mg61O62+CH4Ni.xyz
system_type: Surface
outlier_formula: CH4Ni
outlier_indices: [72, 124, 125,126, 127, 128]
space_group_number: 225
crystal_system: cubic
bravais_lattice: cF
C26H24N4O2.xyz
system_type: Class2D
Ru.xyz
system_type: Atom


Machine Learning
CSCI 567, Spring 2021
Sirisha Rambhatla
General Information
|
Schedule & Readings
|
Homework & Quizzes
| Other Resources
ML materials:
A First Encounter with Machine Learning
by Max Welling
Introduction to Machine Learning
by Alex Smola and S.V.N. Vishwanathan
An Introduction to Statistical Learning
by Gareth James, Daniela Witten, Trevor Hastie and Robert Tibshirani
A Course in Machine Learning
by Hal Daume III
Bayesian reasoning and machine learning
by David Barber
Pattern Recognition and Machine Learning
by Christopher Bishop
A tutorial
by Andrew Moore
Math references:
The Matrix Cookbook
by Kaare Brandt Petersen and Michael Syskind Pedersen
Calculus
by Gilbert Strang
Linear Algebra
by Gilbert Strang
Introduction to Probability and Statistics
by Jeremy Orloff and Jonathan Bloom
Learning Python:
The official Python Tutorial
LeetCode


Always food hunting? You're not alone, we too. But now, we made it easier for you and me to discover what's are out there!
Every Juan loves to try something new and refreshing and for every single day we'll have a list of trendy and absolutely delicious food to look up. The best thing about this is that you're part of this whole thing 'coz you take part of which food goes at top! You heard that right, we're all in this together and not just some biased bs*. :)
As of the moment, we're still creating this awesome thing. Make sure you subscribe below so you'll never miss this wonderful thing that could ever happen on food hunting!


Sprinkler control
| Nr | active | Name | Object-ID sprinkler |
|---|
Settings for Valve
Control voltage of the valves
Maximum parallel operation of the valves
Switching distance between the valves in ms
Settings for Pump
Add cistern pump as priority pump
Start time
Start time for irrigation
Time shift in min
Start time in the week
Additional start time
Starting conditions
Start at ETpCurrent greater than
Activation of additional watering under objects:
sprinklecontrol. ... .control.addStartTimeSwitch
sprinklecontrol. ... .control.addStartTimeSwitch
Additional start time
Weekend start time
different start time on weekends
Start time at the weekend
Settings for the start time on public holidays
Start time of public holidays as on weekends
public holidays Instance
Astro settings
latitude
longitude
Additional notification setting
Enable / Disable Notifications
Evaporation calculation sensors
These sensors are only required for irrigation depending on the calculated evaporation values.
If you don't use this procedure, you can leave these fields blank.
If you don't use this procedure, you can leave these fields blank.
Wind speed sensor
Weather forecast
Use weather forecast
weather forecast service
Rain forecast - path
Select the weather forecast instance
Precipitation threshold in mm
Selection of notification
notifications type
Settings for telegram
Telegram instance
Telegram Receiver
Notification Style
Waiting for the send (seconds)
Silent Notice
Notification only on errors
Settings for WhatsApp
WhatsApp instance
Notification Style
Waiting for the send (seconds)
Notification only on errors
Settings for Pushover
Pushover instance
Notification Style
Waiting for the send (seconds)
device ID (optional)
Notification Sound
Silent Notice
Notification only on errors
Settings for E-Mail
email receiver
email sender
email instance
Notification Style
Waiting for the send (seconds)
Notification only on errors


WELCOME
Kia ora & welcome to my world!
Join me on my exploits as a padawan web developer with Enspiral Dev Academy.Do checkout my blogs and projects to see the cool stuff I've learned and built. Who knows - this could be you too!
MY LEARNING WEB DEVELOPMENT BLOG
Kia ora & welcome to my world!
Join me on my exploits as a padawan web developer with Enspiral Dev Academy.Do checkout my blogs and projects to see the cool stuff I've learned and built. Who knows - this could be you too!


Hi there! I'm Esteban.
I'm a software developer.
Maybe it's your lucky day because I'm looking for a company t-shirt to put on and develop my skills
My Recent Projects
Surfeature - Ruby on Rails
Live LinkSurfeature is a Social App created for sharing information about surf conditions. Is a twitter-like application where Users have to Log In to use it, and then can follow other users, share opinions and like or dislike them.
Backscraper - Ruby
Backscraper was designed to search through https://www.backpackerjobboard.com.au/ to find your next job!.
Opportunity - HTML/CSS
Live LinkOpportunity is a house rent website designed following a given layout.
Coding Challenges - Ruby / Javascript
Collection of solved coding problems of different websites.
Weather App - Javascript
Windust was designed to work with the Open weather API through asynchronous communication.
Surfeature - Ruby on Rails
Live LinkSurfeature is a Social App created for sharing information about surf conditions. Is a twitter-like application where Users have to Log In to use it, and then can follow other users, share opinions and like or dislike them.
Backscraper - Ruby
Backscraper was designed to search through https://www.backpackerjobboard.com.au/ to find your next job!.
Opportunity - HTML/CSS
Live LinkOpportunity is a house rent website designed following a given layout.
Coding Challenges - Ruby / Javascript
Collection of solved coding problems of different websites.
Weather App - Javascript
Windust was designed to work with the Open weather API through asynchronous communication.
About Me
I'm a full-stack web developer finishing my program on Microverse, a remote software development school that accepts less than 3% of applicants. With a background in maths and economics, I've developed an eternal and insatiable search for efficiency. During my time at Microverse, I've worked with +30 people from all over the world and worked on more than 20 projects. I’m currently seeking a new opportunity for web development. I'd love to find a full-stack position where I can develop the skills and knowledge that I have acquired. Feel free to reach out to me and take a look at my Recent Projects or Github profile!.


{% extends 'dashboard/layouts/layout.html' %} {% set active_page = 'campaigns' %} {% block content %}
| Current Codeversion | {{ code_version_number }} |
|---|---|
| Current Mode | {{ session['services_manager_mode'] }} |
| Number Available | {{ available_count }} |
| Number Completed | {{ completed_count }} |
| Number Pending | {{ pending_count }} |
| Codeversion | {{active_campaign.codeversion}} | |
|---|---|---|
| Mode | {{active_campaign.mode}} | |
| Created | {{active_campaign.created}} | |
| Goal | {{active_campaign.goal}} |
|
| Assignments per round | {{active_campaign.assignments_per_round}} | |
| Reward per hit | {{active_campaign.hit_reward}} | |
| Duration of hit | {{active_campaign.hit_duration_hours}} | |
| Minutes between rounds | {{active_campaign.minutes_between_rounds}} |
| Id | Codeversion | Mode | Hit Reward | Hit Duration (hours) | Created | Ended | Goal | Assignments per round | Minutes between rounds |
|---|---|---|---|---|---|---|---|---|---|


This tutorials is intended to demonstrate the basic components of a Hidden Markov Model and how to apply them using this toolbox.
As a reminder, this HMM toolbox is intended for applications with discrete or categorical observations.
A tutorial on hidden Markov models and selected applications in speech recognition (1989) Rabiner
Tutorial-style paper for HMMs in neuroscience: Hidden Markov models for the stimulus-response relationships of multistate neural systems (2011) Escola et al.
Efficient modifications of HMM decoding: Short-time Viterbi for online HMM decoding (2008) Bloit & Rodet
for this tutorial we will call the latent, discrete-valued state \(q_t\) and the observed discrete-valued emission signal \(s_t\). In our applications \(s_t\) is often a vector of binary spike counts.
state transition probability:
\[ \left[ q_{t+1} \right] = \left[ \alpha \right] \left[ q_t \right] \]
spike emission probability:
\[ s_{t} = Bernoulli( \eta(q_t) ) \]
(note, while a Bernoulli emission process is shown here, this toolbox works with any probability mass function)
The parameters of the spiking Hidden Markov Model (HMM) which get estimated in the training phase are the transition probabilities between states
\[p(q_{k+1} = i | q_{k} = j) = a_{ij}\]
the spiking probabilities for each of the states
\[p(s_k = 1 | q_k = i) = \eta_i\]
and the initial distribution over hidden states
\[ p(q_{0} = i) = \pi_i \]
We'll call this collection of paramters
\[ \Theta_{HMM} = \{\pi, a, \eta\} \]
fitting parameters
Estimating the parameters requires a guess for the state sequence and estimating the state sequence requires a guess for the parameters. This problem is solved by an establish alternating estimation scheme known generally as expectation-maximization, or Baum-Welch specifically for Hidden Markov Models.
Currently parameter fitting is accomplished through MATLAB:
These parameters can then be loaded into the rtxi-hmmDecoder
or rtxi-hmmGenerator
modules as vectors of vectors in C++
In order to simulate the Hidden Markov Model it is useful to generate a sequence of states ( \(q\)) and observations ( \(s\)) from a set of parameters ( \(\Theta_{HMM} = \{\pi, a, \eta\}\)).
(note genSeq is mostly useful in debugging, but is unlikely to be required in a final application of the decoder)
The other subtask for training the HMM is to estimate the sequence of state transitions given a guess for the parameters. \(p(q | s, \Theta_{HMM} = \{\pi, a, \eta\})\)
After the training phase, the parameters of the model are held fixed and states are estimated using the Viterbi algorithm, with a modification to discard old spiking dating which is no longer informative about the current state [REF BLOIT]
A key metric for evaluting the performance of HMM decoding is the accuracy which can be calculated simply as
\[\textrm{accuracy} = \frac{\# \textrm{correctly classified samples}}{ \textrm{total num. of samples}} \]


|
QuantumLibrary
|
Class representing a promised future. Can only be instantiated via a Promise object. More...
#include <quantum_icoro_future.h>
Public Types | |
| using | Ptr = std::shared_ptr< Future< T > > |
| Public Types inherited from Bloomberg::quantum::IThreadFuture< T > | |
| using | ContextTag = ThreadContextTag |
| using | Ptr = std::shared_ptr< IThreadFuture< T > > |
| using | Impl = Future< T > |
| Public Types inherited from Bloomberg::quantum::IThreadFutureBase | |
| using | Ptr = std::shared_ptr< IThreadFutureBase > |
| Public Types inherited from Bloomberg::quantum::ICoroFuture< T > | |
| using | ContextTag = CoroContextTag |
| using | Ptr = std::shared_ptr< ICoroFuture< T > > |
| using | Impl = Future< T > |
| Public Types inherited from Bloomberg::quantum::ICoroFutureBase | |
| using | Ptr = std::shared_ptr< ICoroFutureBase > |
Public Member Functions | |
| Future ()=default | |
| bool | valid () const final |
| Determines if this future still has a shared state with the corresponding promise object. More... | |
| void | wait () const final |
| Waits for the future value. More... | |
| std::future_status | waitFor (std::chrono::milliseconds timeMs) const final |
| Waits for the future value up to a maximum 'timeMs' milliseconds. More... | |
| template<class V = T> | |
| NonBufferRetType< V > | get () |
| template<class V = T> | |
| const NonBufferRetType< V > & | getRef () const |
| template<class V = T> | |
| BufferRetType< V > | pull (bool &isBufferClosed) |
| void | wait (ICoroSync::Ptr sync) const final |
| Waits for the future value. More... | |
| std::future_status | waitFor (ICoroSync::Ptr sync, std::chrono::milliseconds timeMs) const final |
| Waits for the future value up to a maximum 'timeMs' milliseconds. More... | |
| template<class V = T> | |
| NonBufferRetType< V > | get (ICoroSync::Ptr sync) |
| Get the future value. More... | |
| template<class V = T> | |
| const NonBufferRetType< V > & | getRef (ICoroSync::Ptr sync) const |
| Get a reference the future value. More... | |
| template<class V = T> | |
| BufferRetType< V > | pull (ICoroSync::Ptr sync, bool &isBufferClosed) |
| Pull a single value from the future buffer. More... | |
| Public Member Functions inherited from Bloomberg::quantum::IThreadFuture< T > | |
| template<class V = T> | |
| NonBufferRetType< V > | get () |
| Get the future value. More... | |
| template<class V = T> | |
| const NonBufferRetType< V > & | getRef () const |
| Get a reference the future value. More... | |
| template<class V = T> | |
| BufferRetType< V > | pull (bool &isBufferClosed) |
| Pull a single value from the future buffer. More... | |
| Public Member Functions inherited from Bloomberg::quantum::IThreadFutureBase | |
| virtual | ~IThreadFutureBase ()=default |
| Virtual destructor. More... | |
| Public Member Functions inherited from Bloomberg::quantum::ICoroFutureBase | |
| virtual | ~ICoroFutureBase ()=default |
| Virtual destructor. More... | |
Static Public Member Functions | |
| static void * | operator new (size_t size) |
| static void | operator delete (void *p) |
| static void | deleter (Future< T > *p) |
Friends | |
| template<class F > | |
| class | Promise |
Class representing a promised future. Can only be instantiated via a Promise object.
| T | Type of value returned by the future object. |
| using Bloomberg::quantum::Future< T >::Ptr = std::shared_ptr<Future<T> > |
|
default |
|
static |
| NonBufferRetType< V > Bloomberg::quantum::Future< T >::get | ( | ) |
| NonBufferRetType< V > Bloomberg::quantum::Future< T >::get | ( | ICoroSync::Ptr | sync | ) |
Get the future value.
| [in] | sync | Pointer to the coroutine synchronization object. |
Implements Bloomberg::quantum::ICoroFuture< T >.
| const NonBufferRetType< V > & Bloomberg::quantum::Future< T >::getRef | ( | ) | const |
| const NonBufferRetType< V > & Bloomberg::quantum::Future< T >::getRef | ( | ICoroSync::Ptr | sync | ) | const |
Get a reference the future value.
| [in] | sync | Pointer to the coroutine synchronization object. |
Implements Bloomberg::quantum::ICoroFuture< T >.
|
static |
|
static |
| BufferRetType< V > Bloomberg::quantum::Future< T >::pull | ( | bool & | isBufferClosed | ) |
| BufferRetType< V > Bloomberg::quantum::Future< T >::pull | ( | ICoroSync::Ptr | sync, |
| bool & | isBufferClosed | ||
| ) |
Pull a single value from the future buffer.
| [in] | sync | Pointer to the coroutine synchronization object. |
| [out] | isBufferClosed | Indicates if this buffer is closed and no more Pull operations are allowed on it. |
Implements Bloomberg::quantum::ICoroFuture< T >.
|
finalvirtual |
Determines if this future still has a shared state with the corresponding promise object.
Implements Bloomberg::quantum::ICoroFutureBase.
|
finalvirtual |
Waits for the future value.
Implements Bloomberg::quantum::IThreadFutureBase.
|
finalvirtual |
Waits for the future value.
| [in] | sync | A pointer to a coroutine synchronization object. |
Implements Bloomberg::quantum::ICoroFutureBase.
|
finalvirtual |
Waits for the future value up to a maximum 'timeMs' milliseconds.
| [in] | timeMs | The maximum amount of milliseconds to wait until the future value becomes ready. |
Implements Bloomberg::quantum::IThreadFutureBase.
|
finalvirtual |
Waits for the future value up to a maximum 'timeMs' milliseconds.
| [in] | sync | A pointer to a coroutine synchronization object. |
| [in] | timeMs | The maximum amount of milliseconds to wait until the future value becomes ready. |
Implements Bloomberg::quantum::ICoroFutureBase.


NCs CsPb(Br perovskite Figure color halide peak quantum green {border-style px;} #ffffff;} CsPbBr lead NCs. lattice properties dots spectra Chem. composition nanocrystals using Lett. cubic band cesium increasing light phase shown ACS FWHM absorption emission iodide prepared size CsPbX PLQY S); decreased dispersions distortion px; samples {font-family BT. changing compositional coordinates font-size gamut individual inhomogeneity ionic mixed-halide radii (., (Figure (a) (b) (see Chemical CsPbI Iso Isobe Mater. Nano Soc. TEM Table decay difference double; gap hot-injection increased larger luminescent monohalide optical photoluminescence powder respectively. stability substituting therefore, wide FT-IR However, I/(Br Sci. X-ray XRD border-color border-width bromide calculated changed displays green-emitting improve increase mL) measured method observed perovskites phosphors realize result solid; white width {font-style {font-weight (c) (d) Adv. Am. Br, Cl, InP/ZnS JASCO). NCs, Phys. Preparation S). Wang all-inorganic application approached bold cations caused chromaticity composition. courier; crystal curves dot em; following highly however, images optoelectronic particle peaks profiles pt;} ratio required respectively, single smaller solution spectrometer standard synthesis used


I am experienced in both Casual & Luxury Fashion, specializing in Merchandising & Retail Operations.
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Apart from being a web developer, I enjoy most of my time being outdoors. In the winter, I am an avid skier and novice ice climber. During the warmer months here in Colorado, I enjoy mountain biking, free climbing, and kayaking.
When forced indoors, I follow a number of sci-fi and fantasy genre movies and television shows, I am an aspiring chef, and I spend a large amount of my free time exploring the latest technology advancements in the front-end web development world.


This site is being created by Ryan Smith and Ryan York for HackRice 2020. Our goal with this website is to bring as many reliable sources to you as possible and to help unpack the information presented.
All around the world, we are seeing unprecendented changes brought on by the consumption of fossil fuels. While fossil fuels have fueled the growth of the world, we and many others believe that humans can do better. There are plenty of people that are currently working on creating better technologies such as electric cars, solar panels, hydroelectric generators, and wind turbines. These all have ways to go but as we'll talk about in other parts of the site, major leaps have been made by dedicated teams.
One thing that we want you to keep in mind while you browse our site: while some of these advances may seem small, small steps over time accumulate. Making these small steps every year has led to technologies that couldn't have been imagined even 100 years ago. We hope that our site will help you be more patient and understand how difficult these changes are. The 20th century featured so many large jumps in technological advances that many people think that that's how advances are supposed to be made. Please, be patient, and know that there are brilliant people all around the world working on making tomorrow better for everyone.


Intelligent Doctor
Background
With the global pandemic of the New Coronavirus, ICU admission rates in hospitals around the world have skyrocketed. According to statistics, the rate of severe cases of New Coronavirus in the United States once reached 42%, putting great pressure on local medical resources and posing challenges to ICU clinicians, with the Daily Mail reporting several cases of patient deaths due to physician malpractice. With the excessive medical pressure, it is difficult to maintain a good condition for a long period of time with the ability of individual doctors alone.
We have tried to design AI-assisted software that can give clinical advice on the current patient’s clinical information to help clinicians quickly assess the patient’s condition and save time. Specifically, in the process of emergency treatment for critically ill patients, the AI will give the corresponding diagnosis text based on the current patient’s CT chest film and the anesthetic dose required for the emergency treatment surgery based on the patient’s current physiological indexes, which will reflect the patient’s current physiological condition to a certain extent and provide the clinician with the necessary diagnostic basis.
Technology
CT Inspection
The Vision Transformer-based CT intelligent diagnosis report combines computer vision and natural language processing algorithms, and the introduction of the memory driver module significantly improves the accuracy of the model when generating medium-length diagnosis reports.
Radiological reports are an important part of modern medical diagnosis. Radiology reports are an important component of modern medical diagnosis, where experienced physicians combine radiological images from various perspectives to provide a somatic report of the patient. With the Visual Transformer variant model, the AI can automatically generate reliable reports to assist physicians Diagnosis
Dose detection
The offline deep reinforcement learning-based opioid dose recommendation technology also provides real-time clinically interpretable morphine dosing recommendations based on the changing pain and physiological conditions of different patients.
How much morphine to use for different patients is always a challenge that physicians have to face. In this activity, we want to use the morphine dose usage data provided in the MIMIC-IV dataset to personalize morphine dose usage recommendations for different patients with the help of a reinforcement learning approach. We broadly distinguish this module into two tasks: feature extraction and algorithm implementation.
state: The state is determined by the patient’s pain, the dose of adjunct analgesic used, the patient’s respiratory rate and the patient’s heart rate actions: We cut the continuous morphine dose into discrete 14 actions: 0, (0, 1], (1, 2], … , (20, inf)reward: The reward function takes into account heart rate, respiratory rate and the patient’s pain index. The reward is maximized when the pain is 0 and the respiratory rate and heart rate are in the acceptable range (between 60 and 100 for heart rate and between 12 and 20 for respiratory rate)
We use Q-Learning to make the model learn the optimal dose of sedation. Our model combines two extensions to the traditional deep Q network (DQN): the double-deep Q network (DDQ N), which avoids the problem of overestimation of value due to bootstrapping by separating action selection from value estimation, and the dual-deep Q network (dualing DQN), which improves the stability of the algorithm by bifurcating the The latter improves the stability of the algorithm by shunting the Q-value into two values: the state value and the action advantage. The model has two hidden layers, consisting of 64 and 256 nodes, respectively, with Leaky-ReLu activation functions and equally sized dominance and value streams.


G-Dragon teases sneaker collaboration with 'Nike'
by germainejG-Dragon teased a sneaker collaboration with 'Nike'.
It's only been a week since the Big Bang member was discharged from the military, but he already has a collaboration in the works! On November 1, G-Dragon teased his sneaker collaboration with 'Nike' and his own brand PEACEMINUSONE with the image below.
Stay tuned for updates!


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Clint
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We support the organizations that support the communities we live in. Bountiful is the premier platform for Donor Management and Tracking. We take care of the analytics, scheduling, emailing and maintenance of your organization's donor list/database so you can create personalized, targeted campaigns.
We support the organizations that support the communities we live in. Bountiful is the premier platform for Donor Management and Tracking. We take care of the analytics, scheduling, emailing and maintenance of your organization's donor list/database so you can create personalized, targeted campaigns.


§351-86 Money deposited not subject to execution, levy, attachment, or lien. All moneys received by the commission pursuant to this part shall not be subject to execution, levy, attachment, or lien of any kind. [L 1986, c 155, pt of §1]


Orchestration for Animate.css and jQuery
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Lapack documentation
Purpose
=======
DGELSY computes the minimum-norm solution to a real linear least
squares problem:
minimize || A * X - B ||
using a complete orthogonal factorization of A. A is an M-by-N
matrix which may be rank-deficient.
Several right hand side vectors b and solution vectors x can be
handled in a single call; they are stored as the columns of the
M-by-NRHS right hand side matrix B and the N-by-NRHS solution
matrix X.
The routine first computes a QR factorization with column pivoting:
A * P = Q * [ R11 R12 ]
[ 0 R22 ]
with R11 defined as the largest leading submatrix whose estimated
condition number is less than 1/RCOND. The order of R11, RANK,
is the effective rank of A.
Then, R22 is considered to be negligible, and R12 is annihilated
by orthogonal transformations from the right, arriving at the
complete orthogonal factorization:
A * P = Q * [ T11 0 ] * Z
[ 0 0 ]
The minimum-norm solution is then
X = P * Z' [ inv(T11)*Q1'*B ]
[ 0 ]
where Q1 consists of the first RANK columns of Q.
This routine is basically identical to the original xGELSX except
three differences:
o The call to the subroutine xGEQPF has been substituted by
the call to the subroutine xGEQP3. This subroutine is a Blas-3
version of the QR factorization with column pivoting.
o Matrix B (the right hand side) is updated with Blas-3.
o The permutation of matrix B (the right hand side) is faster and
more simple.
Arguments
=========
M (input) INTEGER
The number of rows of the matrix A. M >= 0.
N (input) INTEGER
The number of columns of the matrix A. N >= 0.
NRHS (input) INTEGER
The number of right hand sides, i.e., the number of
columns of matrices B and X. NRHS >= 0.
A (input/output) DOUBLE PRECISION array, dimension (LDA,N)
On entry, the M-by-N matrix A.
On exit, A has been overwritten by details of its
complete orthogonal factorization.
LDA (input) INTEGER
The leading dimension of the array A. LDA >= max(1,M).
B (input/output) DOUBLE PRECISION array, dimension (LDB,NRHS)
On entry, the M-by-NRHS right hand side matrix B.
On exit, the N-by-NRHS solution matrix X.
LDB (input) INTEGER
The leading dimension of the array B. LDB >= max(1,M,N).
JPVT (input/output) INTEGER array, dimension (N)
On entry, if JPVT(i) .ne. 0, the i-th column of A is permuted
to the front of AP, otherwise column i is a free column.
On exit, if JPVT(i) = k, then the i-th column of AP
was the k-th column of A.
RCOND (input) DOUBLE PRECISION
RCOND is used to determine the effective rank of A, which
is defined as the order of the largest leading triangular
submatrix R11 in the QR factorization with pivoting of A,
whose estimated condition number < 1/RCOND.
RANK (output) INTEGER
The effective rank of A, i.e., the order of the submatrix
R11. This is the same as the order of the submatrix T11
in the complete orthogonal factorization of A.
WORK (workspace/output) DOUBLE PRECISION array, dimension (MAX(1,LWORK))
On exit, if INFO = 0, WORK(1) returns the optimal LWORK.
LWORK (input) INTEGER
The dimension of the array WORK.
The unblocked strategy requires that:
LWORK >= MAX( MN+3*N+1, 2*MN+NRHS ),
where MN = min( M, N ).
The block algorithm requires that:
LWORK >= MAX( MN+2*N+NB*(N+1), 2*MN+NB*NRHS ),
where NB is an upper bound on the blocksize returned
by ILAENV for the routines DGEQP3, DTZRZF, STZRQF, DORMQR,
and DORMRZ.
If LWORK = -1, then a workspace query is assumed; the routine
only calculates the optimal size of the WORK array, returns
this value as the first entry of the WORK array, and no error
message related to LWORK is issued by XERBLA.
INFO (output) INTEGER
= 0: successful exit
< 0: If INFO = -i, the i-th argument had an illegal value.
function dgelsy_vec
extends Modelica.Icons.Function;
input Real A[:, :];
input Real b[size(A, 1)];
input Real rcond = 0.0 "Reciprocal condition number to estimate rank";
output Real x[max(size(A, 1), size(A, 2))] = cat(1, b, zeros(max(nrow, ncol) - nrow)) "solution is in first size(A,2) rows";
output Integer info;
output Integer rank "Effective rank of A";
end dgelsy_vec;
Generated at 2019-01-25T16:44:03Z by OpenModelica 1.14.0~dev-130-gefa44fb


(#) `createRefsFor(vararg ids: Any)` should have at least one argument and match assigned variables !!! ERROR: `createRefsFor(vararg ids: Any)` should have at least one argument and match assigned variables This is an error. Id : `IncorrectReferencesDeclaration` Summary : `createRefsFor(vararg ids: Any)` should have at least one argument and match assigned variables Severity : Error Category : Correctness Platform : Any Vendor : Android Open Source Project Identifier : androidx.constraintlayout.compose Feedback : https://issuetracker.google.com/issues/new?component=323867&template=1023345 Min : Lint 8.0 and 8.1 Compiled : Lint 8.0 and 8.1 Artifact : [androidx.constraintlayout:constraintlayout-compose](androidx_constraintlayout_constraintlayout-compose.md.html) Affects : Kotlin and Java files Editing : This check runs on the fly in the IDE editor Implementation : [Source Code](https://cs.android.com/androidx/platform/frameworks/support/+/androidx-main:/constraintlayout/constraintlayout-compose-lint/src/main/java/androidx/constraintlayout/compose/lint/ConstraintLayoutDslDetector.kt) Tests : [Source Code](https://cs.android.com/androidx/platform/frameworks/support/+/androidx-main:/constraintlayout/constraintlayout-compose-lint/src/test/java/androidx/constraintlayout/compose/lint/ConstraintLayoutDslDetectorTest.kt) Copyright Year : 2022 `createRefsFor(vararg ids: Any)` conveniently allows creating multiple references using destructuring. However, providing an un-equal amount of arguments to the assigned variables will result in unexpected behavior since the variables may reference a ConstrainedLayoutReference with unknown ID. (##) Example Here is an example of lint warnings produced by this check: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~text src/example/test.kt:8:Error: Arguments of createRefsFor (2) do not match assigned variables (3) [IncorrectReferencesDeclaration] val (box1, text1, image1) = createRefsFor("box", "text") ------------- src/example/test.kt:9:Error: Arguments of createRefsFor (3) do not match assigned variables (2) [IncorrectReferencesDeclaration] val (box2, text2) = createRefsFor("box", "text", "image") ------------- src/example/test.kt:19:Error: Arguments of createRefsFor (2) do not match assigned variables (3) [IncorrectReferencesDeclaration] val (box1, text1, image1) = createRefsFor("box", "text") ------------- src/example/test.kt:20:Error: Arguments of createRefsFor (3) do not match assigned variables (2) [IncorrectReferencesDeclaration] val (box2, text2) = createRefsFor("box", "text", "image") ------------- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Here is the source file referenced above: `src/example/test.kt`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~kotlin linenumbers package example import androidx.constraintlayout.compose.* fun Test() { val scopeApplier: ConstraintSetScope.() -> Unit = { val (box, text) = createRefsFor("box", "text") val (box1, text1, image1) = createRefsFor("box", "text") val (box2, text2) = createRefsFor("box", "text", "image") val ids = arrayOf("box", "text") val (box3, text3, image3) = createRefsFor(*ids) } } fun Test2() { val scopeApplier: MotionSceneScope.() -> Unit = { val (box, text) = createRefsFor("box", "text") val (box1, text1, image1) = createRefsFor("box", "text") val (box2, text2) = createRefsFor("box", "text", "image") val ids = arrayOf("box", "text") val (box3, text3, image3) = createRefsFor(*ids) } } ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also visit the [source code](https://cs.android.com/androidx/platform/frameworks/support/+/androidx-main:/constraintlayout/constraintlayout-compose-lint/src/test/java/androidx/constraintlayout/compose/lint/ConstraintLayoutDslDetectorTest.kt) for the unit tests for this check to see additional scenarios. The above example was automatically extracted from the first unit test found for this lint check, `ConstraintLayoutDslDetector.createRefsForArgumentTest`. To report a problem with this extracted sample, visit https://issuetracker.google.com/issues/new?component=323867&template=1023345. (##) Including !!! This is not a built-in check. To include it, add the below dependency to your project. ``` // build.gradle.kts implementation("androidx.constraintlayout:constraintlayout-compose:1.1.0-alpha10") // build.gradle implementation 'androidx.constraintlayout:constraintlayout-compose:1.1.0-alpha10' // build.gradle.kts with version catalogs: implementation(libs.constraintlayout-compose) # libs.versions.toml [versions] constraintlayout-compose = "1.1.0-alpha10" [libraries] constraintlayout-compose = { module = "androidx.constraintlayout:constraintlayout-compose", version.ref = "constraintlayout-compose" } ``` 1.1.0-alpha10 is the version this documentation was generated from; there may be newer versions available. [Additional details about androidx.constraintlayout:constraintlayout-compose](androidx_constraintlayout_constraintlayout-compose.md.html). (##) Suppressing You can suppress false positives using one of the following mechanisms: * Using a suppression annotation like this on the enclosing element: ```kt // Kotlin @Suppress("IncorrectReferencesDeclaration") fun method() { problematicStatement() } ``` or ```java // Java @SuppressWarnings("IncorrectReferencesDeclaration") void method() { problematicStatement(); } ``` * Using a suppression comment like this on the line above: ```kt //noinspection IncorrectReferencesDeclaration problematicStatement() ``` * Using a special `lint.xml` file in the source tree which turns off the check in that folder and any sub folder. A simple file might look like this: ```xml <?xml version="1.0" encoding="UTF-8"?> <lint> <issue id="IncorrectReferencesDeclaration" severity="ignore" /> </lint> ``` Instead of `ignore` you can also change the severity here, for example from `error` to `warning`. You can find additional documentation on how to filter issues by path, regular expression and so on [here](https://googlesamples.github.io/android-custom-lint-rules/usage/lintxml.md.html). * In Gradle projects, using the DSL syntax to configure lint. For example, you can use something like ```gradle lintOptions { disable 'IncorrectReferencesDeclaration' } ``` In Android projects this should be nested inside an `android { }` block. * For manual invocations of `lint`, using the `--ignore` flag: ``` $ lint --ignore IncorrectReferencesDeclaration ...` ``` * Last, but not least, using baselines, as discussed [here](https://googlesamples.github.io/android-custom-lint-rules/usage/baselines.md.html).


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# File lib/openid/yadis/services.rb, line 8 def Yadis.get_service_endpoints(input_url, flt=nil) # Perform the Yadis protocol on the input URL and return an # iterable of resulting endpoint objects. # # @param flt: A filter object or something that is convertable # to a filter object (using mkFilter) that will be used to # generate endpoint objects. This defaults to generating # BasicEndpoint objects. result = Yadis.discover(input_url) begin endpoints = Yadis.apply_filter(result.normalized_uri, result.response_text, flt) rescue XRDSError => err raise DiscoveryFailure.new(err.to_s, nil) end return [result.normalized_uri, endpoints] end


AP Top U.S. News at 6:14 a.m. EST
Sandy Hook lawsuit could force Remington to open books
Democrat Edwards wins reelection in conservative Louisiana
Parents, 3 sons die in apparent murder-suicide in San Diego
Chicago teachers approve contract deal that ended strike
Alleged gunman, victim among 6 charged after game shooting
Oklahoma judge reduces J&J order in opioid lawsuit by $107M
Florida judge draws town's wrath over school violence case
Big study casts doubt on need for many heart procedures
California school shooter dies with motive a mystery
Prince Andrew denies claims of Epstein accuser in interview
Copyright 2019 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.


The portals
package provides a flexible system for rendering dynamic content into an application.
A Portal
is a piece of UI that can be dynamically rendered to an open slot on the page.
The "piece of UI" can be either a Component
, a TemplateRef
or a DOM element and the "open slot" is
a PortalOutlet
.
Portals and PortalOutlets are low-level building blocks that other concepts, such as overlays, are built upon.
Portal<T>
| Method | Description |
|---|---|
attach(PortalOutlet): T |
Attaches the portal to a host. |
detach(): void |
Detaches the portal from its host. |
isAttached: boolean |
Whether the portal is attached. |
PortalOutlet
| Method | Description |
|---|---|
attach(Portal): any |
Attaches a portal to the host. |
detach(): any |
Detaches the portal from the host. |
dispose(): void |
Permanently dispose the host. |
hasAttached: boolean |
Whether a portal is attached to the host. |
CdkPortal
Used to get a portal from an <ng-template>
. CdkPortal
is a Portal
.
Usage:
<ng-template cdkPortal>

The content of this template is captured by the portal.

</ng-template>

The content of this template is captured by the portal.

A component can use @ViewChild
or @ViewChildren
to get a reference to a
CdkPortal
.
ComponentPortal
Used to create a portal from a component type.
Usage:
ngAfterViewInit() {
this.userSettingsPortal = new ComponentPortal(UserSettingsComponent);
}
TemplatePortal
You can create a TemplatePortal
from an <ng-template>
. TemplatePortal
allows you to take Angular content within one template and render it somewhere else.
Usage:
<ng-template #templatePortalContent>Some content here</ng-template>
@ViewChild('templatePortalContent') templatePortalContent: TemplateRef<unknown>;
ngAfterViewInit() {
this.templatePortal = new TemplatePortal(
this.templatePortalContent,
this._viewContainerRef
);
}
DomPortal
You can create a DomPortal
from any native DOM element. DomPortal
allows you to take any arbitrary DOM content and render it somewhere else. DomPortal
moves content as is, so elements with Angular features like bindings or directives may no longer update if moved via DomPortal
.
Usage:

Some content here

@ViewChild('domPortalContent') domPortalContent: ElementRef<HTMLElement>;
ngAfterViewInit() {
this.domPortal = new DomPortal(this.domPortalContent);
}
CdkPortalOutlet
Used to add a portal outlet to a template. CdkPortalOutlet
is a PortalOutlet
.
Usage:

<ng-template [cdkPortalOutlet]="userSettingsPortal"></ng-template>


This Demo Application uses CanJS(https://canjs.com/index.html) Javascript libraries to route, load and process HTML. The presentation is based on Bootstrap 4. Testing is accomplished by injecting Jasmine specs in the application running within a Karma test-runner environment. Generally the specs are coded by the developer in a test driven environment. However the tests can be isolated from the application code and loaded in a single location(see index.js). This allows test and production groups to develop end to end testing. Please review the included readme.


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WAI-ARIA widgets where accessible name may be provided by inner text of element or alt text


--- title: "VIRTUAL QIGONG" date: "2000-01-01 21:02:02 -06:00" categories: - adult subtitle: "" layout: "events" event-image: "Qigong.jpg" event-dates: "FEBRUARY" event-location: "ONLINE VIA ZOOM" button-type: "register" tickets-link: "" registration-info: "" instructor-info: "Sifu Toni Lock" member-cost: "$8 per class" public-cost: "$10 per class" event-notes: "" tickets-button: "hide" published: true ---
REGISTRATION REQUIRED
Online class registration includes one free admission pass to Red Butte Garden.
Qigong (pronounced chi-kung) is a moving meditation, some say the grandfather of T’ai Chi. “Qi” = Life Force + “gong” cultivating our life force = Qigong
This is a mind-body-spirit practice that improves one’s mental and physical health. Everyone is welcome to this class, no experience is necessary. We will practice being aware of our surroundings, inside and outside of ourselves. Moving slowly, connecting our movements with our breath and present awareness.
Qigong is self-care in the highest-form. Helping you reset and begin again by letting go of the past and future, and simply BE in the present. Sifu Toni’s personal mantra is "BE = Breathe & Expand.” For when we reside in the present — there is no stress.
If you would like to learn more about Qigong, Toni shares personal insights on slowing down, being present, and flowing with life on her website: ChiMoments.com.
A Zoom link will be sent to students prior to class.
6:30 - 7:30PM
Members $8 / Public $10


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Volkswagen's Badass Atlas Cross Sport R Blasts Through Deserts
Time to crank things up several notches.
by Jay TraugottVolkswagen hasn't wasted any time following the reveal of is sleek 2020 Atlas Cross Sport SUV. The new two-row crossover is sort of a spiritual successor to the departed Touareg, so this also means it's time to go racing. For those who recall, the VW Touareg has enjoyed a brilliant off-road endurance racing career. In the past, it has competed and won the grueling Dakar Rally several times. And soon it'll be time for the Atlas Cross Sport to strut its stuff in the desert sands and off-road frontier.
The German automaker has announced it will enter the 2020 Score Baja 1000 race next year with the Atlas Cross Sport R race truck in the Class 7 Open Production Unlimited. The prototype vehicle has just been revealed at this month's 2019 LA Auto Show but VW sent us these awesome images of it in action. VW developed its new Baja runner with in-house racing driver Tanner Foust and veteran Baja racer Rhys Millen.
The Atlas Cross Sport R is powered by a 2.0-liter four-cylinder initially developed by Volkswagen Motorsport for use in the WRC ad Rallycross programs, but don't let the idea of a four-pot fool you. This one produces up to 600 horsepower – that's 300 ponies per liter! However, VW says the engine will be detuned to about 480 hp for the best possible balance of performance and reliability. It's also the first four-wheel-drive vehicle to enter this specific class competition.
The photos you're looking at are the concept vehicle that is still undergoing testing prior to next year's race. In the spirit of the "people's racing event," VW also has plans to invite designers from schools and colleges from across the country to take part in designing the Atlas Cross Sport R's racing livery. Those competition details will be announced early next year.
Given VW's long-term commitment to sustainability, such as its new and future lineup of all-electric vehicles, which began with the ID.3 in Frankfurt, as well as its pledge to the 2050 Paris Climate Accord, this new Baja program is actually fully carbon neutral. This will be made possible by a joint initiative with The Conservation Fund that will plant over 1,000 trees, or one per mile raced.


| Episode Title | Season Number | Episode Number | Download via NZBGeek | Downloaded | |
|---|---|---|---|---|---|
| {{ episode.title }} | {{ episode.season }} | {{ episode.number }} | Download via NZBGeek | {% if episode.downloaded %}{{ episode.downloaded }} | {% else %}{{ episode.downloaded }} | {% endif %}


Hi,
How do I read only the variable Irms, and Vrms or realPower?
I do not need to read all the variables via serial.
Ailton
Archived Forum |
|
Read only variableSubmitted by Guest on Sat, 18/08/2012 - 17:54Hi, How do I read only the variable Irms, and Vrms or realPower? Ailton » |
Re: Read only variable
I do not understand your question.
I think you are asking: "How to I choose which variables to send through the serial link to display on the computer?"
Look in the sketch and the file "EmonLib.cpp", and you will see statements like
The first prints the value of realPower, the second prints a space, the third prints the value of apparentPower, etc.
The last prints a space and ends the line (println( ) ).
If you do not want some of this lines, make them comments:
This will NOT print apparentPower and powerFactor. It WILL print realPower, Vrms and Irms.
Re: Read only variable
Hi, Robert
Thanks, Robert for your explanations. I want to use the variables without the use emonx.serialprint ();
Can you help me?
I will not use them in the serial monitor and want to send these variables to an LCD.
Ailton
Re: Read only variable
Now I understand. Are you using the RFM12B module?
The r.f. module uses a data packet of type "payloadTX" (or a similar name) to send the data. The contents of "payload" must be the same in both the emonTx and the emonGLCD. The definition is similar to:
In this example, there are 4 integer values: powerA, appA, powerB, appB. The particular instance is called "emontx"
The data is written into payload inside loop( ) after it has been calculated:
At the GLCD end, you need to define exactly the same data structure (but it need not have the same name) and you extract the data in much the same way (only in reverse):
You can of course put whatever data you want into the payload. (The data elements need not have the same names, but they must correspond exactly in order, type and size - example: {int, float, long} is not the same as {long, int, float} and the information will be corrupted).
If you are not using the serial monitor, you can change all those Serial.print( ) statements into comments.
Re: Read only variable
Hi, Robert
Robert -> Are you using the RFM12B module?
Ailton -> I'm not using. I'll use a 20x4 LCD compatible with HD44780.
Thanks for your help!
Ailton
Re: Read only variable
I based my explanation on the software for the emonTx and emonGLCD. So, if you are not using those, how are you collecting the data, processing it to calculate rms voltage and current, power, etc, and then transmitting it to the LCD?
Re: Read only variable
Hi, Robert
Something like this: http://openenergymonitor.org/emon/buildingblocks/nokia-3310-lcd . Updated to Emonlib.
Thanks for your help!
Ailton
Re: Read only variable
If you look at the very last few lines of that sketch, you have the Serial.print( ) statements, then 3 lines to reset the accumulators, then:
itoa((int)(realPower), chvalue,10); converts the integer value to ASCII characters, putting the characters into 'chvalue'
lcd.LCD_3310_write_string_big(15, 1, chvalue, MENU_NORMAL); does what it says - writes to the display.
You will need to look at the other (Nokia?) documentation to see where the characters are written (That's what the "15,1" is), work out how to arrange the display of the 3 values you want and add 2 more sets of lines (itoa.... and ...write_string...) to write Vrms and Irms.


{% extends 'mri_core/base.html' %} {% load static %} {% block content %}
Our dataset is stored in the NifTI-1 format and we will be using the NiBabel library to interact with the files. Each sample is composed of two separate files:
The first file is an image file containing a 4D array of MR image in the shape of (240, 240, 155, 4). The first 3 dimensions are the X, Y, and Z values for each point in the 3D volume, which is commonly called a voxel.
The 4th dimension is the values for 4 different sequences
0 : FLAIR: "Fluid Attenuated Inversion Recovery" (FLAIR)
1 : T1w: "T1-weighted"
2 : t1gd: "T1-weighted with gadolinium contrast enhancement" (T1-Gd)
3 : T2w: "T2-weighted"
The second file in each training example is a label file containing a 3D array with the shape of (240, 240, 155).
The integer values in this array indicate the "label" for each voxel in the corresponding image files:
0: Background
1: Edema
2: Non-enhancing tumor
3: Enhancing tumor
While inputting image, Please make sure file type of .nii and of domension 4D (240, 240, 155, 4)
These test MRIs are randomly taken from test Datasets


PROTOTYPE
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PROTOTYPE


Myth: Building my own PC is difficult
Fact: It's actually as easy as assembling legos
Myth: You need to know computer programming to build a PC
Fact: Now a days you just need to know which components to insert where
Myth: Computers are easy to destroy with static electricity
Fact: Computers are really hardy. It's hard to damage components
Other Facts
- It's cheaper to build your own PC
- Anyone can do it
- You don't need special tools
- Instructions online are super easy to follow
- I did it and so can you!


Thebe example: status button, styling, ...
Status:
This example illustrates the inclusion of a status button and some css styling.
print("Hello!")
1+1


[1]
the phone feels very sturdy in your hand , which i love the thing to pieces .
[2]
screen is the best on the market .


powered by nudge4j
Examples:
- Default
Reports the number of active threads
- Args
Reports the args exposed to nudge4j
- JVM Uptime
Reports how long the JVM has been up
- System.Out/Err
Prints a few messages on the System.out and System.err
- Access Private Fields
Uses introspection to access a private field
- java.time API
An example of java 8 new Date/Time API.
- Thread Dump
Gets a Thread Dump of the JVM
- Memory
Reports usage on the heap memory
- Binary
Uses Integer.toBinaryString to print 1..1000 in binary form
- Class Loading
Experimental: loads an external jar (okio.jar)
- RxJava
Experimental: loads RxJava


Mouse Events
Mouse Types
- MouseArea type
- MouseEvent object
Mouse Event Handling
QML uses signals and handlers to deliver mouse interactions. Specifically, Qt Quick provides the MouseArea and MouseEvent types which allow developers to define signal handlers which accept mouse events within a defined area.
Defining a Mouse Area
The MouseArea type receives events within a defined area. One quick way to define this area is to anchor the MouseArea
to its parent's area using the anchors.fill
property. If the parent is a Rectangle (or any Item component), then the MouseArea will fill the area defined by the parent's dimensions. Alternatively, an area smaller or larger than the parent is definable.
Rectangle { id: button width: 100; height: 100 MouseArea { anchors.fill: parent onClicked: console.log("button clicked") } MouseArea { width:150; height: 75 onClicked: console.log("irregular area clicked") } }
Receiving Events
The MouseArea type provides signals and handlers to detect different mouse events. The MouseArea type documentation describes these gestures in greater detail:
- canceled
- clicked
- doubleClicked
- entered
- exited
- positionChanged
- pressAndHold
- pressed
- released
These signals have signal handlers that are invoked when the signals are emitted.
MouseArea { anchors.fill: parent onClicked: console.log("area clicked") onDoubleClicked: console.log("area double clicked") onEntered: console.log("mouse entered the area") onExited: console.log("mouse left the area") }
Enabling Gestures
Some mouse gestures and button clicks need to be enabled before they send or receive events. Certain MouseArea and MouseEvent properties enable these gestures.
To listen to (or explicitly ignore) a certain mouse button, set the appropriate mouse button to the acceptedButtons property.
Naturally, the mouse events, such as button presses and mouse positions, are sent during a mouse click. For example, the containsMouse
property will only retrieve its correct value during a mouse press. The hoverEnabled will enable mouse events and positioning even when there are no mouse button presses. Setting the hoverEnabled
property to true
, in turn will enable the entered
, exited
, and positionChanged
signal and their respective signal handlers.
MouseArea { hoverEnabled: true acceptedButtons: Qt.LeftButton | Qt.RightButton onEntered: console.log("mouse entered the area") onExited: console.log("mouse left the area") }
Additionally, to disable the whole mouse area, set the MouseArea enabled
property to false
.
MouseEvent Object
Signals and their handlers receive a MouseEvent object as a parameter. The mouse
object contain information about the mouse event. For example, the mouse button that started the event is queried through the mouse.button property.
The MouseEvent
object can also ignore a mouse event using its accepted
property.
Accepting Further Signals
Many of the signals are sent multiple times to reflect various mouse events such as double clicking. To facilitate the classification of mouse clicks, the MouseEvent object has an accepted
property to disable the event propagation.
To learn more about QML's event system, please read the signals and handlers, and event system document.


--- layout: post title: Cheetah date: '2016-08-27T01:20:30+02:00' categories: - Storyboards - Sketches picture_url: https://film-Storyboards.tumblr.com/post/149543107998 ---


Andrea Botero and Sampsa Hyysalo
Check for duplicate
Provided as part of Facemooc course reading materials.


Physics II #352877
Physics II #352877
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1.which operator is used to assign value to a variable?
2.which is not a type of data types in javaScript?
3.What goes inside the parenthesis "()" in a function ?
4.which is not a type of a comparison operator?
5.which is not an example of good naming practice in javaScript?
RETRY