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Flow interface
Interface for flow analysis. See also interfaces SubpFlow, BBlock, LoopInf, and BitVector. Interface hierarchy concerning flow analysis ** () Flow SubpFlow |- HirSubpFlow |- LirSubpFlow BBlock Edge BBlockSubtreeIterator BBlockNodeIterator BitVector |- ExpVector |- PointVector |- DefVector ExpVectorIterator PointVectorIterator DefUseCell DefUseList FlowIrLinkCell Class hierarchy concerning flow analysis ** Root |- FlowImpl implements Flow |- SubpFlowImpl implements SubpFlow | |- HirSubpFlowImpl implements HirSubpFlow | |- LirSubpFlowImpl implements LirSubpFlow | |- BBlockImpl implements BBlock |- EdgeImpl implement Edge | |- BBlockSubtreeIteratorImpl implements BBlockSubtreeIterator |- BBlockNodeIteratorImpl implements BBlockNodeIterator |- BitVectorImpl implements BitVector | |- ExpVectorImpl implements DefVector | |- PositionVectorImpl implements PositionVector | |- DefVectorImpl implements DefVector |- BitVectorIteratorImpl implements BitVectorIterator | |- ExpVectorIteratorImpl implements ExpVectorIterator | |- PositionVectorIteratorImpl implements PositionVectorIterator | |- DefUseCellImpl implements DefUseCell |- DefUseListImpl implements DefUseCell |- FlowIrLinkCellImpl implements FlowIrLinkCell Position of flow analysis in compiling process ** () Compiler set up; Front { Translate all subprograms in a compile unit into HIR; } Prepare for HIR flow analysis { FlowRoot hirFlowRoot = new FlowRoot(hirRoot); } for each subprogram definition lSubpDef do { hirFlowRoot.controlFlow = hirFlowRoot.flow.controlFlowAnal(lSubpDef); hirFlowRoot.dataFlow = hirFlowRoot.flow.dataFlowAnal(lSubpDef); Do HIR transformations for optimization or parallelization; } Caution: Result of data flow may be incorrect if flow analysis of all subprogram is done and then the result of flow analysis is used, because data flow information of global variables may reflect the data for the last subprogram, not the subprogram under processing. Control flow analysis and data flow analysis ** () Control flow analysis and data flow analysis are done based on the graph of basic blocks in each subprogram. Contents of a basic block can be treated as a sequence of subtrees which may be either HIR subtree or LIR subtree. Such subtree is called a "top-subtree". The structure of basic blocks is explained in the interface BBlock. The flow information (either control flow or data flow) can be got by methods of SubpFlow which corresponds to each subprogram. The SubpFlow can be accessed by subp.getSubpFlow() where subp is a subprogram. (The SubpFlow computed last is active.) Detailed information for each basic block can be got by methods in BBlock. The BBlock can be got by subpFlow.getEntryBBlock() or subp.getEntryBBlock() where subpFlow is SubpFlow of some subprogram. Other BBlocks can be reached by traversing the contro flow graph (see cfgIterator of SubpFlow). The control flow is based on predecessor/successor relation of basic blocks in either HIR or LIR. Elementary information of the data flow is indexed by symbol number or node number in either HIR or LIR. Each basic block is assigned a source label or internal label. The first top-subtree is either LabeledStmt in HIR or DefLabel in LIR. The graph of basic blocks can be gotten from subprogram symbol (using getEntryBBlock, getDefUseList, getFlowInf, etc.). Some methods for accessing flow information: getIndex() in Sym : get the index of a symbol . getNodeIndex() in HIR : get the node index of HIR or LIR. getBBlock() in Label : get BBlock to which this label is attached. getIndexedSym(int pSymIndex) in SubpFlow : get Sym from sym-index. getIndexedNode(int pNodeIndex) in SubpFlow : get IR node from node index. getBBlock(int pBBlockNumber) in SubpFlow : get BBlock from BBlock number. cfgIterator() in SubpFlow : : used in traversing BBlock in DFO from entry BBlock. cfgFromExitIterator() in SubpFlow : : used in traversing BBlock from exit BBlock. symListIterator() in SubpFlow : : traverse symbols accessed in the subprogram. bblockSubtreeIterator in BBlock : used in traversing top-subtrees in BBlock. bblockNodeIterator in BBlock : used in traversing all IR nodes in BBlock. setPointVectorLeng(int pBitLeng) in SubpFlow : set length of bit vectors for PointVector. setExpVectorLeng(int pBitLeng) in SubpFlow : set length of bit vectors for ExpVector. isDefined(Sym pSym) in BBlock: pSym is defned in the BBlock. isUsed (Sym pSym) in BBlock: pSym is used in the BBlock. isLiveIn (Sym pSym) in BBlock: pSym is in LiveIn in the BBlock. getReach() in BBlock: get bit vector showing reaching definition. .... Data flow information of HIR is destroied when LIR flow analysis is performed. HIR data flow information is not valid when LIR data flow analysis is performed. () Relation between control flow and data flow: () Methods listed in BBlock are used after flow analysis to get information or to modify control flow. (There may be many methods private to flow analysis modules other than the methods listed in BBlock.) When control flow is changed, data flow information may not be consistent because data flow information is not automatically updated by the control flow modification. In order to make them consistent, it is necessary to do data flow analysis again after a group of control flow modifications are completed. Basic data flow information: In the implementation of data flow analysis, each variable and each register are assigned a unique index number to identify them in data structures for flow analysis. Each program point defining or using variables and registers is assigned a unique position number to identify it quickly. Each expression is assigned an expression identifier if the expression has r-value or l-value. If two expressions has the same form then the corresponding expression identifier is the same. Basic data flow information is as follows: Notations x, y, t, u : variable or register representing an operand. op : operator. def(x) : shows that value of x is defined. use(x) : shows that x is used. p(def(x)) : value of x is defined at program point p. p(use(x)) : x is used at program point p. or_all(z) : construct a set by applying or-operation on all components indicated by z. and_all(z) : construct a set by applying and-operation on all components indicated by z. Def(B) = { p | for some x, p(def(x)) is included in B and after that point there is no def(x) in B. } Kill(B) = { p | for some x, p(def(x)) is included in B' (where, B' != B) and there exists some defining point of x p'(def(x)) in B. } Reach(B)= { p | there is some path from program point p defining x (that is p(def(x))) to the entry of B such that there is no p'(def(x)) on that path. } Reach(B) = or_all( (Def(B') | (Reach(B') - Kill(B'))) for all predecessors B' of B) Defined(B) = { x | x is set in B. } Used(B) = { x | x is used in B. } Exposed(B) = { x | x is used in B and x is not set in B before x is used. } EGen(B) = { op(x,y) | expression op(x,y) is computed in B and after that point, neither x nor y are set in B. } Thus, the result of op(x,y) is available after B. EKill(B) = { op(x,y) | operand x or y is defined in B and the expression op(x,y) is not re-evaluated after that definition in B. } If t = op(x,y) is killed in B, then op(t,u) should also be killed in B. AvailIn(B) = { op(x,y) | op(x,y) is computed in every paths to B and x, y are not set after the computations on the paths. } Thus, the result of op(x,y) can be used without re-evaluation in B. AvailOut(B) = { op(x,y) | op(x,y) is computed in B and after that point, x, y are not set in B. } Thus, op(x,y) can be used without re-evaluation after B. Following relations hold. AvailIn(B) = and_all(AvailOut(B') for all predecessors B' of B) if B is not an entry block; AvailIn(B) = { } if B is an entry block. AvailOut(B) = EGen(B) | (AvailIn(B) - EKill(B)) LiveIn(B) = { x | x is alive at entry to B, that is, on some path from entrance point of B to use point of x, x is not set. } LiveOut(B) = { x | x is live at exit from B, that is, there is some path from B to B' where x is in Exposed(B'). } Following relations hold. LiveOut(B) = or_all(LiveIn(B') for all successors B' of B) LiveIn(B) = Exposed(B) | (LiveOut(B) - Defined(B)) DefIn(B) = { x | x is always defined at entry to B whichever path may be taken. } DefIn(B) = and_all(DefOut(B') for all predecessors B' of B) DefOut(B) = { x | x is always defined at exit from B whichever path may be taken.} DefOut(B) = Defined(B) | DefIn(B) In the computation of EGen, EKill, AvailIn, AvailOut, the result of alias analysis is used unconditionally. In the computation of Defined and Used, the result of alias analysis is not used. How to use alias information such as the set of symbols that may be aliased to a variable. Data structure There are several ways of representing data flow information such as bit vector representation and discrete list representation. When a new data flow information is introduced, it will be necessary to solve new data flow equation concerning it. For that purpose, several methods treating bit vector data structures are provided. By using these methods and methods in BitVectorInterface, we will be able to solve new data flow equation and to access the new data flow information. In the bit vector representation, information can be accessed by position number of IR nodes and index number of symbols which can be get from IR node or symbol table each respectively. PosVector is a bit vector representing 0/1 information for each IR node. If its value at position p is 1, true is represented for the IR node at p, if it is 0, false is represented at that node. ExpVector is a bit vector representing 0/1 information for each symbol such as variable or register. An expression is represented by the index number assigned to an abstract register corresponding to the expression. If ExpVector value at position i is 1, true is represented for the symbol having index number i, if it is 0. false is represented for that symbol.
| Field Summary | |
static int |
STATE_CFG_AVAILABLE
|
static int |
STATE_CFG_RESTRUCTURING
|
static int |
STATE_DATA_FLOW_AVAILABLE
|
static int |
STATE_DATA_UNAVAILABLE
|
static int |
STATE_HIR_FLOW_AVAILABLE
|
static int |
STATE_LIR_FLOW_AVAILABLE
|
| Method Summary | |
ControlFlow |
controlFlow()
|
ControlFlow |
controlFlowAnal(SubpFlow pSubpFlow)
controlFlowAnal Do control flow analysis of the subprogram specified by pSubpFlow, i.e. |
DataFlow |
dataFlow()
|
DataFlow |
dataFlowAnal()
|
DataFlow |
dataFlowAnal(SubpDefinition pSubpDef)
dataFlowAnal // REFINE comment. |
void |
dbg(int level,
java.lang.Object pObject)
|
void |
dbg(int level,
java.lang.String pHeader,
java.lang.Object pObject)
|
void |
doHir()
Do control flow analysis and data flow analysis. |
int |
getFlowAnalStateLevel()
|
SubpFlow |
getSubpFlow()
|
Subp |
getSubpUnderAnalysis()
getSubpFlow Get currently effective SubpFlow information. |
void |
resetAllFlowInf(Subp pSubp)
|
void |
setFlowAnalStateLevel(int pStateLevel)
|
| Field Detail |
public static final int STATE_DATA_UNAVAILABLE
public static final int STATE_CFG_RESTRUCTURING
public static final int STATE_CFG_AVAILABLE
public static final int STATE_DATA_FLOW_AVAILABLE
public static final int STATE_HIR_FLOW_AVAILABLE
public static final int STATE_LIR_FLOW_AVAILABLE
| Method Detail |
public ControlFlow controlFlowAnal(SubpFlow pSubpFlow)
public void resetAllFlowInf(Subp pSubp)
public DataFlow dataFlowAnal(SubpDefinition pSubpDef)
public SubpFlow getSubpFlow()
public DataFlow dataFlow()
public DataFlow dataFlowAnal()
public int getFlowAnalStateLevel()
public void setFlowAnalStateLevel(int pStateLevel)
public Subp getSubpUnderAnalysis()
public ControlFlow controlFlow()
public void doHir()
public void dbg(int level, java.lang.String pHeader, java.lang.Object pObject)
public void dbg(int level, java.lang.Object pObject)
|
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RelyingPartyDetailedSummary extends Entity
RelyingPartyDetailedSummary class
Tags
Table of Contents
- $_propDict : array<string|int, mixed>
- The array of properties available to the model
- __construct() : mixed
- Construct a new Entity
- getFailedSignInCount() : int|null
- Gets the failedSignInCount Number of failed sign in on Active Directory Federation Service in the period specified.
- getId() : string|null
- Gets the id Read-only.
- getMigrationStatus() : MigrationStatus|null
- Gets the migrationStatus Indication of whether the application can be moved to Azure AD or require more investigation. Possible values are: ready, needsReview, additionalStepsRequired, unknownFutureValue.
- getMigrationValidationDetails() : array<string|int, mixed>|null
- Gets the migrationValidationDetails Specifies all the validations check done on applications configuration details to evaluate if the application is ready to be moved to Azure AD.
- getODataType() : string|null
- Gets the ODataType
- getProperties() : array<string|int, mixed>
- Gets the property dictionary of the Entity
- getRelyingPartyId() : string|null
- Gets the relyingPartyId This identifier is used to identify the relying party to this Federation Service. It is used when issuing claims to the relying party.
- getRelyingPartyName() : string|null
- Gets the relyingPartyName Name of application or other entity on the internet that uses an identity provider to authenticate a user who wants to log in.
- getReplyUrls() : string|null
- Gets the replyUrls Specifies where the relying party expects to receive the token.
- getServiceId() : string|null
- Gets the serviceId Uniquely identifies the Active Directory forest.
- getSignInSuccessRate() : float|null
- Gets the signInSuccessRate Number of successful / (number of successful + number of failed sign ins) on Active Directory Federation Service in the period specified.
- getSuccessfulSignInCount() : int|null
- Gets the successfulSignInCount Number of successful sign ins on Active Directory Federation Service.
- getTotalSignInCount() : int|null
- Gets the totalSignInCount Number of successful + failed sign ins failed sign ins on Active Directory Federation Service in the period specified.
- getUniqueUserCount() : int|null
- Gets the uniqueUserCount Number of unique users that have signed into the application.
- jsonSerialize() : array<string|int, mixed>
- Serializes the object by property array Manually serialize DateTime into RFC3339 format
- setFailedSignInCount() : RelyingPartyDetailedSummary
- Sets the failedSignInCount Number of failed sign in on Active Directory Federation Service in the period specified.
- setId() : Entity
- Sets the id Read-only.
- setMigrationStatus() : RelyingPartyDetailedSummary
- Sets the migrationStatus Indication of whether the application can be moved to Azure AD or require more investigation. Possible values are: ready, needsReview, additionalStepsRequired, unknownFutureValue.
- setMigrationValidationDetails() : RelyingPartyDetailedSummary
- Sets the migrationValidationDetails Specifies all the validations check done on applications configuration details to evaluate if the application is ready to be moved to Azure AD.
- setODataType() : Entity
- Sets the ODataType
- setRelyingPartyId() : RelyingPartyDetailedSummary
- Sets the relyingPartyId This identifier is used to identify the relying party to this Federation Service. It is used when issuing claims to the relying party.
- setRelyingPartyName() : RelyingPartyDetailedSummary
- Sets the relyingPartyName Name of application or other entity on the internet that uses an identity provider to authenticate a user who wants to log in.
- setReplyUrls() : RelyingPartyDetailedSummary
- Sets the replyUrls Specifies where the relying party expects to receive the token.
- setServiceId() : RelyingPartyDetailedSummary
- Sets the serviceId Uniquely identifies the Active Directory forest.
- setSignInSuccessRate() : RelyingPartyDetailedSummary
- Sets the signInSuccessRate Number of successful / (number of successful + number of failed sign ins) on Active Directory Federation Service in the period specified.
- setSuccessfulSignInCount() : RelyingPartyDetailedSummary
- Sets the successfulSignInCount Number of successful sign ins on Active Directory Federation Service.
- setTotalSignInCount() : RelyingPartyDetailedSummary
- Sets the totalSignInCount Number of successful + failed sign ins failed sign ins on Active Directory Federation Service in the period specified.
- setUniqueUserCount() : RelyingPartyDetailedSummary
- Sets the uniqueUserCount Number of unique users that have signed into the application.
Properties
$_propDict
The array of properties available to the model
protected
array<string|int, mixed>
$_propDict
Methods
__construct()
Construct a new Entity
public
__construct([array<string|int, mixed> $propDict = array() ]) : mixed
Parameters
- $propDict : array<string|int, mixed> = array()
-
A list of properties to set
Return values
mixed —getFailedSignInCount()
Gets the failedSignInCount Number of failed sign in on Active Directory Federation Service in the period specified.
public
getFailedSignInCount() : int|null
Return values
int|null —The failedSignInCount
getId()
Gets the id Read-only.
public
getId() : string|null
Return values
string|null —The id
getMigrationStatus()
Gets the migrationStatus Indication of whether the application can be moved to Azure AD or require more investigation. Possible values are: ready, needsReview, additionalStepsRequired, unknownFutureValue.
public
getMigrationStatus() : MigrationStatus|null
Return values
MigrationStatus|null —The migrationStatus
getMigrationValidationDetails()
Gets the migrationValidationDetails Specifies all the validations check done on applications configuration details to evaluate if the application is ready to be moved to Azure AD.
public
getMigrationValidationDetails() : array<string|int, mixed>|null
Return values
array<string|int, mixed>|null —The migrationValidationDetails
getODataType()
Gets the ODataType
public
getODataType() : string|null
Return values
string|null —The ODataType
getProperties()
Gets the property dictionary of the Entity
public
getProperties() : array<string|int, mixed>
Return values
array<string|int, mixed> —The list of properties
getRelyingPartyId()
Gets the relyingPartyId This identifier is used to identify the relying party to this Federation Service. It is used when issuing claims to the relying party.
public
getRelyingPartyId() : string|null
Return values
string|null —The relyingPartyId
getRelyingPartyName()
Gets the relyingPartyName Name of application or other entity on the internet that uses an identity provider to authenticate a user who wants to log in.
public
getRelyingPartyName() : string|null
Return values
string|null —The relyingPartyName
getReplyUrls()
Gets the replyUrls Specifies where the relying party expects to receive the token.
public
getReplyUrls() : string|null
Return values
string|null —The replyUrls
getServiceId()
Gets the serviceId Uniquely identifies the Active Directory forest.
public
getServiceId() : string|null
Return values
string|null —The serviceId
getSignInSuccessRate()
Gets the signInSuccessRate Number of successful / (number of successful + number of failed sign ins) on Active Directory Federation Service in the period specified.
public
getSignInSuccessRate() : float|null
Return values
float|null —The signInSuccessRate
getSuccessfulSignInCount()
Gets the successfulSignInCount Number of successful sign ins on Active Directory Federation Service.
public
getSuccessfulSignInCount() : int|null
Return values
int|null —The successfulSignInCount
getTotalSignInCount()
Gets the totalSignInCount Number of successful + failed sign ins failed sign ins on Active Directory Federation Service in the period specified.
public
getTotalSignInCount() : int|null
Return values
int|null —The totalSignInCount
getUniqueUserCount()
Gets the uniqueUserCount Number of unique users that have signed into the application.
public
getUniqueUserCount() : int|null
Return values
int|null —The uniqueUserCount
jsonSerialize()
Serializes the object by property array Manually serialize DateTime into RFC3339 format
public
jsonSerialize() : array<string|int, mixed>
Return values
array<string|int, mixed> —The list of properties
setFailedSignInCount()
Sets the failedSignInCount Number of failed sign in on Active Directory Federation Service in the period specified.
public
setFailedSignInCount(int $val) : RelyingPartyDetailedSummary
Parameters
- $val : int
-
The failedSignInCount
Return values
RelyingPartyDetailedSummary —setId()
Sets the id Read-only.
public
setId(string $val) : Entity
Parameters
- $val : string
-
The id
Return values
Entity —setMigrationStatus()
Sets the migrationStatus Indication of whether the application can be moved to Azure AD or require more investigation. Possible values are: ready, needsReview, additionalStepsRequired, unknownFutureValue.
public
setMigrationStatus(MigrationStatus $val) : RelyingPartyDetailedSummary
Parameters
- $val : MigrationStatus
-
The migrationStatus
Return values
RelyingPartyDetailedSummary —setMigrationValidationDetails()
Sets the migrationValidationDetails Specifies all the validations check done on applications configuration details to evaluate if the application is ready to be moved to Azure AD.
public
setMigrationValidationDetails(KeyValuePair $val) : RelyingPartyDetailedSummary
Parameters
- $val : KeyValuePair
-
The migrationValidationDetails
Return values
RelyingPartyDetailedSummary —setODataType()
Sets the ODataType
public
setODataType(string $val) : Entity
Parameters
- $val : string
-
The ODataType
Return values
Entity —setRelyingPartyId()
Sets the relyingPartyId This identifier is used to identify the relying party to this Federation Service. It is used when issuing claims to the relying party.
public
setRelyingPartyId(string $val) : RelyingPartyDetailedSummary
Parameters
- $val : string
-
The relyingPartyId
Return values
RelyingPartyDetailedSummary —setRelyingPartyName()
Sets the relyingPartyName Name of application or other entity on the internet that uses an identity provider to authenticate a user who wants to log in.
public
setRelyingPartyName(string $val) : RelyingPartyDetailedSummary
Parameters
- $val : string
-
The relyingPartyName
Return values
RelyingPartyDetailedSummary —setReplyUrls()
Sets the replyUrls Specifies where the relying party expects to receive the token.
public
setReplyUrls(string $val) : RelyingPartyDetailedSummary
Parameters
- $val : string
-
The replyUrls
Return values
RelyingPartyDetailedSummary —setServiceId()
Sets the serviceId Uniquely identifies the Active Directory forest.
public
setServiceId(string $val) : RelyingPartyDetailedSummary
Parameters
- $val : string
-
The serviceId
Return values
RelyingPartyDetailedSummary —setSignInSuccessRate()
Sets the signInSuccessRate Number of successful / (number of successful + number of failed sign ins) on Active Directory Federation Service in the period specified.
public
setSignInSuccessRate(float $val) : RelyingPartyDetailedSummary
Parameters
- $val : float
-
The signInSuccessRate
Return values
RelyingPartyDetailedSummary —setSuccessfulSignInCount()
Sets the successfulSignInCount Number of successful sign ins on Active Directory Federation Service.
public
setSuccessfulSignInCount(int $val) : RelyingPartyDetailedSummary
Parameters
- $val : int
-
The successfulSignInCount
Return values
RelyingPartyDetailedSummary —setTotalSignInCount()
Sets the totalSignInCount Number of successful + failed sign ins failed sign ins on Active Directory Federation Service in the period specified.
public
setTotalSignInCount(int $val) : RelyingPartyDetailedSummary
Parameters
- $val : int
-
The totalSignInCount
Return values
RelyingPartyDetailedSummary —setUniqueUserCount()
Sets the uniqueUserCount Number of unique users that have signed into the application.
public
setUniqueUserCount(int $val) : RelyingPartyDetailedSummary
Parameters
- $val : int
-
The uniqueUserCount


Gunman in US school shooting dies as police hunt motive
LOS ANGELES: The teenager who gunned down classmates at a California high school before shooting himself died on Friday (Nov 15), leaving detectives baffled over the motive of a Boy Scout with no obvious alarm bells in his background.
Nathaniel Berhow died in a hospital one day after shooting himself in the head at the end of a 16th birthday rampage that left two fellow students dead.
Berhow had been in critical condition since police officers storming the campus found him lying among the wounded.
READ: Two killed in California school shooting, teen in custody
The Los Angeles sheriff's department confirmed Berhow died shortly after 3.30pm on Friday.
The puzzle of what led him to open fire at Saugus High School, a short commute from Los Angeles, deepened as a picture emerged of a quiet yet sociable teen who was familiar with guns but had no history of troubled behaviour.
"We know it was a planned attack, it was deliberate ... The motive? We don't have it yet," Los Angeles County Sheriff Alex Villanueva told a news conference.
READ: California police find no motive for school shooting
According to Everytown, a gun control advocacy group, it was the 85th incident of gunfire at a school this year.
The victims - a boy and a girl died while another three students were wounded - appeared to have been chosen at random, he said.
"There's no relationships that we can tell (between) the suspect and the victims," Villanueva added, scotching rumors that an ex-girlfriend had been his target.
There was also no history of the teen being bullied.
The FBI earlier said there is no evidence that the suspect had any ideological motives or acted on behalf of any organization. No manifesto or suicide note has been found.
Deepening the riddle, Berhow's late father had owned six registered guns - but none of them matched the .45 caliber semiautomatic the suspect used.
His proficiency with the weapon during his short, deadly ambush suggested he had been firing guns for some time.
"In 16 seconds he cleared a malfunction and was able to shoot five people and himself, so he seemed very familiar with firing the weapon," said Villanueva.
"BEWILDERED"
Jared Axen, 33, a next door neighbor, described Berhow as an introvert who was usually quiet and reserved but who had friends and could readily be engaged in conversation.
"I would see him go back and forth between scouting. I'd see him do a lot of sports-related activities," he told the Los Angeles Times.
School records show Berhow was a keen middle-distance track runner.
Aidan Soto, a fellow scout and student at Saugus, described the suspect as a "good kid", and the last person he would expect to carry out a mass shooting.
"The younger scouts really looked up to him. He was there when they needed him with anything. I'm bewildered and looking for answers."
Although Berhow had no evident history of violence, his family life over the past few years had been difficult.
His father, divorced from his mother not long before, died of a heart attack in December 2017.
The father had reportedly suffered from alcohol-related problems, and was at one point suspected of domestic violence but never prosecuted for lack of evidence.
Nonetheless, the father and son were seemingly close.
"He would tell me that he missed his father and that he loved him," Axen said.
"ANOTHER INNOCENT PERSON"
The father was a keen hunter whom neighbors would see manufacturing ammunition in his garage. Investigators said they found additional arms at the home, beyond the six registered weapons.
Berhow would sometimes accompany his father on hunting trips, according to Axen - accounting for the deadly accuracy of his shooting.
He also "knew how many rounds he had", noted Villanueva, the sheriff. The teen gunman saved his final bullet for himself.
The students slain by Berhow were identified as Gracie Anne Muehlberger, 15, and a 14-year-old boy.
Messages on Muehlberger's Instagram page read "I miss you so much already love," and "It's so sad that another innocent person has to die".
Another wounded teenager was able to return home Friday morning, and two girls - both operated on for gunshot wounds - should be able to leave the hospital in a few days, say medics.
Tearful prayer vigils were held Thursday night, and all schools in the district remained closed Friday in a mark of respect, Deputy Superintendent Mike Kuhlman said.


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Explore the sites of the mouse protein ,which matched with phosphorylation sites of the highest score human protein, are also known as phosphorylation site
| Mouse protein ID | Highest score human protein | Matched sites also known as phosphorylation site | Matched sites not known as phosphorylation site |
|---|---|---|---|
| {{protein}} | {{human_n}} | {{both}} | {{only}} |


Module::WorkflowInvoker - Workflow Invoker module
This module provides the remote action invoking functions. This module works along with the WorkflowRunner and provides a dynamic, scalable way of RPC.
WARNING! DOCUMENTATION DEPRECATED - TODO: UPDATE
This module handles the following messages:
Invoke a remote action. The first parameter is a hash reference in the following structure:
{ action => '<the name of the action>', context => { # The context variables ... }, id => '<optional unique ID of the action>' }
The 'id' parameter is optional. If this parameter does not exist, it will be automatically generated and the hash reference will be updated with the new ID.
Abort a remote action. The first parameter is a hash reference in the following structure:
{ id => '<The unique ID of an action previously invoked>' }
This event will trigger the workflow_remote_failed
event and will set the error to 'aborted'
This module broadcasts the following messages
The specified action was successfully started. The first parameter is a hash reference that contains the information of the invoked action:
{ action => '<name>', id => '<unique id of the action>', context => { ... } }
The specified action was unable to start. The first parameter is a hash reference that contains the information of the failed action:
{ action => '<name>', id => '<unique id of the action>', context => { ... }, error => 'timeout' }
The 'error' field can be one of the following:
* 'timeout' The action was started, but we got no response for long time and it was timed out. * 'no-response' No worker node found that supports this action.
* 'aborted' The action was aborted by the user
The action was successfully completed. The output parameters of the remotely executed action has successfully updated the context hash. The first argument contains all these information:
{ action => '<name>', id => '<unique id of the action>', context => { ... }, result => '<result code>' }
Progress information for a previously invoked action:
{ action => '<name>', id => '<unique id of the action>',
# None or all of the following variables can be present: [ stdout => '', ] [ stderr => '', ] }
Depending on what kind of progress we have, one of the following fields will be present in the hash reference:
* 'stdout' There was standard output text * 'stderr' There was standard error output text
[ START ] +------ ~> retry_action( timeout ) -> start_action* | | init_workflow -> step_workflow -> prepare_action ~> start_action ~> complete_action -> cleanup_action -> continue_workflow -> step_workflow* | | | ^ cleanup_workflow +--------------- | ----- ~> abort_action( timeout ) -> cleanup_action -> fail_workflow_action --/ | | ^ [ DONE ] +------ ~> abort_action( error/timeout ) ---/
( -> : Synchronous, ~> : Asynchronous, * : Loop reference )


-
AngelList - Ash Fontana's Syndicate
angel.co
Make fundraising happen here on @angellist! Co-founder of @topguest (exited Dec 2011) & more. Startup utility player: BD, JD, VC & PM.
-
YesGraph
angel.co
YesGraph - viral growth as a service - View company info, team members, fundraising and more
-
TMF: Re: DJCO 2014 Annual Meeting / Berkshire Hathaway
boards.fool.com
The Motley Fool Discussion Boards: The Best Financial Community on the Web.
-
PrivCo | Seed Investment Involving Authy Inc (September 2014)
www.privco.com
September 2014 - Seed Investment Involving Authy Inc (September 2014).
-
Crowdsourced Terror, Hyper-Competition and the Acceleration of Acceleration
thereformedbroker.com
Posted September 6, 2014 by Joshua M Brown
-
How the Growing Convenience of 'Uberfication' Encourages One-Car Families
www.entrepreneur.com
One family discovered surprising savings in money and stress when they shed their second car in favor of ridesharing services and public ...
-
We’re hiring: Inside Sales Associate | DataFox
www.datafox.co
Our first Inside Sales Associate will work with the CEO to drive new business, build an effective sales process, and instill a client-centric culture ...
-
AngelList Done Deals
angel.co
View 6552 startups that have raised money on AngelList, including DuckDuckGo, Uber, and Wanelo.
-
Four Ways for Founders (and Anyone Else) to Break Into Investing - ...
www.strictlyvc.com
Semil Shah, investing, startups, early-stage, seed, LPs, GPs, AngelList, Syndicates, Andy Rachleff, venture capital, Haystack
-
Jobs at Cover
angel.co
Cover is hiring - See 6 Cover jobs. We're building the world's best payment experience. Our partners are the best restaurants in the country. We're ...
-
Jobs at Secret
angel.co
Secret is hiring - See 10 Secret jobs. Our mission to build a platform that will bring more authenticity, self-awareness and empathy to the world. ...
-
Office 365 migration service SkyKick raises $3 million - GeekWire
www.geekwire.com
SkyKick, a Seattle-based startup that helps companies migrate to Office 365, has raised an additional $3 million in capital to help fuel growth ...
-
Want to know what the top 1,000 AngelList investors are reading? Check out ...
venturebeat.com
Anyone who wants to keep informed on what the world's top angel investors are reading might find a Twitter list can accomplish this task, as long as ...
-
Second Order Impact of FG Angels - Feld Thoughts
www.feld.com
If you’ve been following along at home, you know that we recently created an AngelList Syndicate called FG Angels. Our goal is to make 50 investments ...
-
To make elite schools 'fair,' city will punish poor Asians
nypost.com
In 2004, 7-year-old Ting Shi arrived in New York from China, speaking almost no English. For two years, he shared a bedroom in a Chinatown apartment ...
-
Full Year 2013 "Seed Bubble" Update
possibleinsight.com
So there are finally some signs if life in seed-stage technology funding: In nominal terms, we roughly equaled the global peak from 2005. Seed stage ...
-
Platform Monopolies – AVC
avc.com
There’s an article in the NY Times Sunday Business Section today that lays out a very important question we have all been dancing around but will ...
-
AngelList Talent - For Founders, Engineers, and Designers
itunes.apple.com
Get AngelList Talent - For Founders, Engineers, and Designers on the App Store. See screenshots and ratings, and read customer reviews.
-
Comcastic service disconnection (recording starts 10 mins into call)
soundcloud.com
Please note: this conversation starts about 10 minutes in -- by this point my wife and I are both completely flustered by the oppressiveness of the ...
-
Rails Engineer - AnyPerk Jobs on AngelList
angel.co
Apply now for Rails Engineer job at AnyPerk in San Francisco - We’re growing at a ridiculous pace and already servicing over 2,500 companies across ...
-
No, *I’ll* tell you the answer! by @ASmartBear
blog.asmartbear.com
Advice from Jason Cohen , founder of WP Engine & Smart Bear Software .
-
Naval Ravikant (+naval) on OneName
onename.io
Naval Ravikant (+naval) on OneName. Send Naval Ravikant bitcoins. Co-founder AngelList • Founder Epinions, Vast • Author Startupboy, Venture Hacks • ...
-
Amazon.com: The Lever of Riches: Technological Creativity and Economic ...
www.amazon.com
Amazon.com: The Lever of Riches: Technological Creativity and Economic Progress eBook: Joel Mokyr: Kindle Store


x = var'x'
| GOOD |
time: 0.060000ms stack: size: 0 |
| ||
y = func('y', {x}, x^2)
| GOOD |
time: 0.131000ms stack: size: 0 |
TODO what to display...
| ||
y = x
| ||
y(x) = x
| ||
y(x) := x
| ||
print(y(x))
| $y\left( x\right)$ GOOD |
time: 0.114000ms stack: size: 0 |
print(y(x)())
| ${x}^{2}$ GOOD |
time: 3.540000ms stack: size: 11
|
printbr(y:defeq())
|
${y\left( x\right)} = {{x}^{2}}$
GOOD |
time: 0.422000ms stack: size: 0 |
assert(UserFunction.registeredFunctions.y == y)
| GOOD |
time: 0.035000ms stack: size: 0 |
| ||
if UserFunction is not a Variable then this is invalid
| ||
because you cannot have Functions as Variables in the arg list
| ||
f = func('f', {x, y}, x*y)
| ||
print(f:defeq())
| ||
assert(UserFunction.registeredFunctions.f == f)
| ||
| ||
instead, if UserFunction returns Functions, this is what you would see
| ||
and with this the derivative evaluation is obvious
| ||
f = func('f', {x}, x*y(x))
| GOOD |
time: 0.099000ms stack: size: 0 |
print(f:defeq())
| ${f\left( x\right)} = {{{x}} {{y\left( x\right)}}}$ GOOD |
time: 0.564000ms stack: size: 0 |
assert(UserFunction.registeredFunctions.f == f)
| GOOD |
time: 0.032000ms stack: size: 0 |
| ||
diff() is partial derivative
| ||
totalDiff() is total derivative
| ||
| ||
total derivative evaluation
| ||
substitute chain rule for all terms
| ||
df/dx, when simplified, does not go anywhere, because f is dependent on x
| ||
for that reason, I can just build the equality f:eq(f.def) and apply :diff() to the whole thing:
| ||
print(f:defeq():diff(x):prune())
| ${{{3}} {{{x}^{2}}}} = {{{3}} {{{x}^{2}}}}$ GOOD |
time: 8.292000ms stack: size: 12
|
but TODO wrt total derivatives ... diff(y) ...
| ||
y(x) above is a UserFunction subclass
| ||
which means it isn't a Variable
| ||
which means you can't diff(y) ...
| ||
though you could diff(y(x)) ...
| ||
but that would be diff'ing wrt expressions, which I don't have support for
| ||
print(f:defeq():diff(y):prune())
| ${0} = {0}$ GOOD |
time: 7.276000ms stack: size: 14
|
print(f:defeq():diff(y(x)):prune())
| ${0} = {0}$ GOOD |
time: 4.928000ms stack: size: 15
|
| ||
s = var's'
| GOOD |
time: 0.039000ms stack: size: 0 |
t = var't'
| GOOD |
time: 0.035000ms stack: size: 0 |
x = func('x', {s,t})
| GOOD |
time: 0.221000ms stack: size: 0 |
y = func('y', {s,t})
| GOOD |
time: 0.072000ms stack: size: 0 |
f = func('f', {x,y})
|
BAD /home/chris/Projects/lua/symmath/UserFunction.lua:141: args must be a table of Variables stack traceback: /home/chris/Projects/lua/symmath/tests/unit/unit.lua:246: in function [C]: in function 'assert' /home/chris/Projects/lua/symmath/UserFunction.lua:141: in function 'func' [string "f = func('f', {x,y})"]:1: in main chunk /home/chris/Projects/lua/symmath/tests/unit/unit.lua:238: in function [C]: in function 'xpcall' /home/chris/Projects/lua/symmath/tests/unit/unit.lua:237: in function 'exec' func.lua:65: in function 'cb' /home/chris/Projects/lua/ext/timer.lua:54: in function 'timer' func.lua:6: in main chunk [C]: at 0x55e2a76ae3e0 |
time: 0.167000ms stack: size: 0 |
∂f/∂xprint(f:diff(x):prune())
|
BAD /home/chris/Projects/lua/symmath/Expression.lua:39: attempt to call a table value stack traceback: /home/chris/Projects/lua/symmath/tests/unit/unit.lua:246: in function /home/chris/Projects/lua/symmath/Expression.lua:39: in function 'clone' /home/chris/Projects/lua/symmath/Derivative.lua:325: in function 'func' /home/chris/Projects/lua/symmath/visitor/Visitor.lua:224: in function 'prune' [string "print(f:diff(x):prune())"]:1: in main chunk /home/chris/Projects/lua/symmath/tests/unit/unit.lua:238: in function [C]: in function 'xpcall' /home/chris/Projects/lua/symmath/tests/unit/unit.lua:237: in function 'exec' func.lua:65: in function 'cb' /home/chris/Projects/lua/ext/timer.lua:54: in function 'timer' func.lua:6: in main chunk [C]: at 0x55e2a76ae3e0 |
time: 0.811000ms stack: size: 0 |
∂f/∂yprint(f:diff(y):prune())
|
BAD /home/chris/Projects/lua/symmath/Expression.lua:39: attempt to call a table value stack traceback: /home/chris/Projects/lua/symmath/tests/unit/unit.lua:246: in function /home/chris/Projects/lua/symmath/Expression.lua:39: in function 'clone' /home/chris/Projects/lua/symmath/Derivative.lua:325: in function 'func' /home/chris/Projects/lua/symmath/visitor/Visitor.lua:224: in function 'prune' [string "print(f:diff(y):prune())"]:1: in main chunk /home/chris/Projects/lua/symmath/tests/unit/unit.lua:238: in function [C]: in function 'xpcall' /home/chris/Projects/lua/symmath/tests/unit/unit.lua:237: in function 'exec' func.lua:65: in function 'cb' /home/chris/Projects/lua/ext/timer.lua:54: in function 'timer' func.lua:6: in main chunk [C]: at 0x55e2a76ae3e0 |
time: 0.553000ms stack: size: 0 |
∂f/∂x ∂x/∂s + ∂f/∂y ∂y/∂sprint(f:diff(s):prune())
|
BAD /home/chris/Projects/lua/symmath/Expression.lua:39: attempt to call a table value stack traceback: /home/chris/Projects/lua/symmath/tests/unit/unit.lua:246: in function /home/chris/Projects/lua/symmath/Expression.lua:39: in function 'clone' /home/chris/Projects/lua/symmath/Derivative.lua:325: in function 'func' /home/chris/Projects/lua/symmath/visitor/Visitor.lua:224: in function 'prune' [string "print(f:diff(s):prune())"]:1: in main chunk /home/chris/Projects/lua/symmath/tests/unit/unit.lua:238: in function [C]: in function 'xpcall' /home/chris/Projects/lua/symmath/tests/unit/unit.lua:237: in function 'exec' func.lua:65: in function 'cb' /home/chris/Projects/lua/ext/timer.lua:54: in function 'timer' func.lua:6: in main chunk [C]: at 0x55e2a76ae3e0 |
time: 0.419000ms stack: size: 0 |
∂f/∂x ∂x/∂t + ∂f/∂y ∂y/∂tprint(f:diff(t):prune())
|
BAD /home/chris/Projects/lua/symmath/Expression.lua:39: attempt to call a table value stack traceback: /home/chris/Projects/lua/symmath/tests/unit/unit.lua:246: in function /home/chris/Projects/lua/symmath/Expression.lua:39: in function 'clone' /home/chris/Projects/lua/symmath/Derivative.lua:325: in function 'func' /home/chris/Projects/lua/symmath/visitor/Visitor.lua:224: in function 'prune' [string "print(f:diff(t):prune())"]:1: in main chunk /home/chris/Projects/lua/symmath/tests/unit/unit.lua:238: in function [C]: in function 'xpcall' /home/chris/Projects/lua/symmath/tests/unit/unit.lua:237: in function 'exec' func.lua:65: in function 'cb' /home/chris/Projects/lua/ext/timer.lua:54: in function 'timer' func.lua:6: in main chunk [C]: at 0x55e2a76ae3e0 |
time: 0.498000ms stack: size: 0 |
TODO I need something to represent ∂/∂x "the def of f", rather than ∂/∂x "f", which is zero.
| ||
in contrast ∂/∂x "the def of f" would be a placeholder (in absense of f's provided definition)
|


The Doap PHP application is now running on the host “” in your own dedicated environment in the AWS Cloud.
We are running PHP version .
Welcome to the Doap private repo:


{% extends 'base.html' %} {% block content %}
{{ d.definition }}
Space and Astronomical terms that are out of this world!


Welcome to my homepage. I'm currently a PhD student in the department of Electrical and Computer Engineering at University of California, Santa Barbara. My research interests are Computer Vision, Image Processing, Deep Learning and Computer Graphics.
GPA: 3.77/4.00
GPA: 18.13/20
Computer Vision and Machine Learning Research Project: Inspection tools for Deep Convolutional Networks.
Computer Vision and Machine Learning Research Project: 3D Technology for User Photo Libraries.
Simulation and implementation of stereo monochromatic camera and depth sensor .
Sim card programming and developing applet for it.


Basically, almost everything may be considered as a provider – service, repository, factory, helper, and so on. All of them can inject dependencies through constructor
, meaning, they can create various relationships with each other. But in fact, a provider is nothing else than just a simple class annotated with an @Injectable()
decorator.
In the previous chapter, we have built a simple CatsController
.
The controllers shall handle HTTP requests and delegate more complex tasks to the services.
The providers are plain JavaScript classes with a @Injectable()
decorator on top of them.
Hint Since Nest enables the possibility to design and organize the dependencies in a more OO-way, we strongly recommend following the SOLID principles.
Let's create a simple CatsService
provider:
{{ catsService }}
{{ catsServiceJs }}
Here's a CatsService
, a basic class with one property and two methods.
The only new trait is that it uses the @Injectable()
decorator. The @Injectable()
attaches the metadata, thereby Nest knows that this class is a Nest provider.
Notice There's aCat
interface used above. We didn't mention it because the schema is exactly same as in theCreateCatDto
class which we have created in the previous chapter.
Since we have the service class already done, let's use it inside the CatsController
:
{{ catsController }}
{{ catsControllerJs }}
The CatsService
is injected through the class constructor.
Don't be afraid of the private readonly
shortened syntax.
It means that we've created and initialized the catsService
member immedietely in the same location.
Nest is built around the strong design pattern commonly known as Dependency injection. We recommend to read a great article about this concept in the official Angular documentation.
In Nest, thanks to the TypeScript capabilities, it's extremely easy to manage dependencies because they will be resolved just by type and afterward, passed to your controller's constructor:
{{ constructorSyntax }}
An inversion of control container, that Nest makes use of to resolve relationships between providers, is far more powerful than described above. The @Injectable()
decorator is only a tip of an iceberg, not strictly required to define providers. Instead, you can use plain values, classes, either asynchronous or synchronous factories. Look here to find more examples.
The last thing is to tell the module that something called CatsService
truly exists.
We do this by editing our module file - app.module.ts
, and put the service into the providers
array of the @Module()
decorator.
{{ appModule }}
Thanks to that, Nest will be able to resolve the dependencies of the CatsController
class.
This is how our directory structure looks right now:


Why do we ask these questions?
These questions help us to gather data on people's gender identity, sexual orientation and ethnicity.
We anonymise the data and use it to monitor and improve the effectiveness of our processes in enabling all candidates to do their best irrespective of their diversity characteristics.


Kitchenary
Home
About
Gallery
Contact us
CONTACT US
E-mail
Subject
How we can help?
Submit
Address
MVSR Engineering College Nadergul
501501
Phone number
040 27132701
E-mail
kitchenary65@gmail.com


Please find attached your latest invoice.
Kind regards,
Pure Staff Accounts
Tel: 0121 237 4840 Fax: 0121 233 2181


Placement on a page and initialization of RadarCube components can be performed using the AJAX request.
You can use this method if your application is developed with Angular 2.


Author: {{quote.author}}
Number of upvotes: {{quote.upVotes}}
Number of downvotes: {{quote.downVotes}}
Days since quote was published: {{quote.datePublished|daysPassedCount}}


@(product: Product)(path: String)(comments:List[Comment])(topComments: List[Comment])(recommendedProducts: java.util.List[Product])(averageRating: String) @import models.Bid @import helper._ @import helpers.CommonHelpers @import helpers.SessionHelper @main("Product") {
Starting bid:
@Auction.getAuctionByProduct(product).startingPrice KM
} else {Current bid:
@Bid.getAmountOfHighestBid(Auction.getAuctionByProduct(product)) KM
}Winning bid:
@Bid.getAmountOfHighestBid(Auction.getAuctionByProduct(product)) KM
| Shipping: | ||||
| Delivery: | Estimated 10-15 days. | |||
| Returns: | @if(product.cancelation == 0){You cannot cancel this purchase! | } @if(product.cancelation == 1){You have @product.cancelation hour from purchase to cancel it. Buyer pays return shipping. | } @if(product.cancelation > 1 && product.cancelation < 25){You have @product.cancelation hours from purchase to cancel it. Buyer pays return shipping. | } @if(product.cancelation > 24){You have @Product.cancelationHourToDay(product.cancelation) days from purchase to cancel it. Buyer pays return shipping. | }
| Payment: |
@product.description


| Benin 97/1 |
I |
DP148R, CD2v (EP402R), EP153R |
PBMs, WSL-R
1
|
|
|
[
78] (2020)
|
| OURT88/3 (attenuated) |
I |
I329L |
PBMs |
|
Reduced |
[
50] (2020)
|
| Georgia/2007 |
II |
PBMs |
No attenuated |
No |
| China HLJ/18 |
II |
MGF360/505
3, CD2v (EP402R)
|
PBMs |
Attenuated |
Homologous |
[
41] (2020)
|
| China HLJ/18 |
II |
9GL, UK |
PBMs |
Attenuated |
No |
| China HLJ/18 |
II |
MGF360/505
3
|
PBMs |
Attenuated |
Homologous |
| Georgia/2010 |
II |
CD2v(EP402R) |
Primary macrophages |
No attenuated |
No |
[
81] (2020)
|
| Georgia/2007 |
II |
9GL (B119L), UK (DP96R), NL (DP71L) |
Primary macrophages |
Attenuated |
No |
[
82] (2019)
|
| NH/P68 (attenuated) |
I |
A238L |
COS-7
2
|
Highly attenuated |
Homologous (I L60)
No heterologous (II Arm07)
|
[
79] (2018)
|
| Benin 97/1 |
I |
MGF360/530/505 |
PAMs |
Attenuated |
Homologous |
[
55] (2016), [
83] (2018)
|
| Benin 97/1 |
I |
DP148R |
PAMs |
Attenuated |
Homologous |
[
77] (2017)
|
| BA71 |
I |
CD2v (EP402R) |
COS-1
2
|
Highly attenuated |
Homologous and heterologous (I E75, II Georgia 2007/1) |
[
80] (2017)
|
| Georgia/2007 |
II |
9GL, UK |
Primary macrophages |
Fully attenuated |
Homologous |
[
71] (2017)
|
| ASFVG/VP30 |
II |
TK |
Primary macrophages, Vero |
Attenuated |
No |
[
76] (2016)
|
| Pr4 |
II |
9GL |
Macrophages |
Fully attenuated |
Homologous |
[
84] (2016)
|
| Georgia/2007 |
II |
9GL, MGF360/505
3
|
Primary macrophages |
Highly attenuated |
No |
[
56] (2016)
|
| Georgia/2007 |
II |
MGF360/505
3
|
Primary macrophages |
Fully attenuated |
Homologous |
[
57] (2015)
|
| Georgia/2007 |
II |
9GL |
Primary macrophages |
Attenuated |
Homologous |
[
74] (2015)
|


18 January 2002
Disease Outbreak Reported
As of 16 January, the Ministry of Health, Somalia has reported a total of 144 cases including 33 deaths since the outbreak began in early October 2001. N. meningitidis serogroup A has been laboratory confirmed in 64 cases by the WHO Collaborating Centre for Reference and Research on Meningococci, National Institute of Public Health, Oslo.
A crisis committee has been set up by the Ministry of Health, the Somali Red Crescent Society (SRCS), Médecins sans Frontières, UNICEF and WHO. The surveillance system has been strengthened and preparations for a mass vaccination campaign which is to begin on 19 January are under way. Social mobilization activities are in place, including the dissemination of messages through the mass media.


In order to authenticate your account, you must first generate an API Key. Once you've created an account,
generating an API key is simple:
Login to your Seamless Payments account Dashboard
Select 'API Keys' in
left side bar
Click on 'Reveal Secret Key' button
Your secret API key should never be shared publicly or
accessible, such as committed code on GitHub, client-side code, etc.


To use, enter as much data as you can from your own island. If you bought from Daisy on your own island for the first time this week leave the buy price blank. The tool will figure out all possible patterns and predict the lowest and highest prices for each day.
I couldn't have done this without Ninji's work extracting the code
Support, comments and contributions are available through Github
Your turnip prices will be one of the following patterns. Each cell contains the minimum..maximum price for that half-day. If you don't have a pattern, something's gone wrong, sorry 😓. Check back next week!
| Pattern |
Sunday |
Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
Saturday |
Week Min |
Week Max |
| AM |
PM |
AM |
PM |
AM |
PM |
AM |
PM |
AM |
PM |
AM |
PM |


i can haz ipsum! want lorem! such aenean, such full, i can haz ipsum! plz ipsum! yes master doge, need design, wow. need design, wow! plz design, very layout. such swag. oh my lorem. many amet. much word! very dolor. wow, need design, oh my lorem. need design, very dolor. plz ipsum! oh my consectetur. so word. much mattis. need design, want swag! much ipsum! wow. need sit! txt me, wow, plz design, such full, go text! plz design, oh my elit. very dolor. wow, much word! want swag! much word! want lorem! very layout. very dolor. very dolor. very layout. plz word! very dolor.


The Knoblomat® has nine LEDs corresponding to the user selection (bottom row of LEDs), the machine selection (middle row of LEDs) and the game result (top row of LEDs). Three push buttons (labeled ✊, ✌, and ✋) are used to control the game.
The first click (choose any button) indicates that You want to play a game of Rock-Paper-Scissors. The bottom row of LEDs is turned on.
The second click (again any button works) indicates that You are ready to cast Your selection. The second row of LEDs is turned on.
The third click (choose Your button) indicates Your choice in the game of Rock-Paper-Scissors. The top row of LEDs is turned on, and finally the choices (and the result) are displayed.


'Job' is a small package to aid in batch processing. It aims to be simple and effective, but its simplicity may not be appropriate for all projects.
Monitors are used to watch a resource - such as a directory or a database.
Tasks perform processing based on the inputs provided by a monitor. This is where the application business logic gets invoked.
A monitor and collection of tasks can be run using the TaskManager - by providing a sleep period, a monitor, and a list of tasks.
Job comes with a Queue concept. This allows tasks to put entries on the queue, to be read by a QueueMonitor (which would be associated with other tasks). This way, events can be queued for consumption later. Thus if the system is shut down part way through processing, when it is restarted processing will begin again.
The queue supports a discriminator so that if the monitor need to distinguish between various types of queue entries, they can.
A sample application illustrating how these concepts come together into an application is available in the com.javathinking.batch.example package.
An obvious drawback from the simplicity of this solution is that it is based on polling - a logical evolution from this point would be to introduce messaging to remove the polling and have a more responsive system.


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import helper._ @import uk.gov.hmrc.cbcrfrontend.config.FrontendAppConfig @import uk.gov.hmrc.cbcrfrontend.controllers.AdminReportingEntityDataRequestForm @import uk.gov.hmrc.cbcrfrontend.views.html._ @this(mainTemplate: main_template) @(adminReportingEntityDataRequestForm: Form[AdminReportingEntityDataRequestForm])(implicit request: Request[_], messages: Messages, config: FrontendAppConfig) @mainTemplate(title = Messages("")) {


Red & White Holdings Ltd has been added
This account can now spend levy funds
Red & White Holdings Ltd has been added
To spend levy funds somebody needs to sign the agreement
Your organisations
Add the organisations that you want to hire apprentices through.
You need to sign an agreement for each organisation before you can access levy funds and hire apprentices throughthat organisation.
| Name | Agreement status | |
|---|---|---|
| Red & White Holdings Ltd | Signed | View |
| Acme Ltd Bradford | Not signed | View or sign |
There are no organisations added.


canal
クラス
BigPentagonEnemy
BigPentagonEnemyDrawer
BigSquareEnemy
BigSquareEnemyDrawer
BigTriangleEnemy
BigTriangleEnemyDrawer
Configuration
Enemy
ExpeditionLine
ExpeditionLineDrawer
Field
GameContext
GameScreen
Level
Levels
Main
Player
PlayerDrawer
Point
Region
ResultScreen
Screen
Sprite
SpriteDrawer
SquareEnemy
SquareEnemyDrawer
Territory
TerritoryDrawer
TitleScreen
TriangleEnemy
TriangleEnemyDrawer
列挙型
Direction
GameContext.State
Territory.State


| Jehovah | Is | Your | Name | - | 耶 和 華 | 是 | 祢 | 名 | |||
| Jehovah | Is | Your | Name | - | yē hé huá | shì | ní | míng | |||
| Jehovah | Is | Your | Name | - | Jehovah | is | you | name |
Benjamin Dube
Jehovah is Your Name
耶 和 華 | 是 | 祢 | 名 | ||
yē hé huá | shì | ní | míng | ||
| Jehovah | is | you | name |
Jehovah is Your Name
耶 和 華 | 是 | 祢 | 名 | ||
yē hé huá | shì | ní | míng | ||
| Jehovah | is | you | name |
Mighty warrior, great in battle
大 能 | 戰 士 | 大 | 而 | 可 畏 | ||
dà néng | zhàn shì | dà | ér | kě wèi | ||
| Power | warrior | big | and | Awesome |
Jehovah is Your Name
耶 和 華 | 是 | 祢 | 名 | ||
yē hé huá | shì | ní | míng | ||
| Jehovah | is | you | name |


It should be possible to correctly handle positive numbers with decimals inside of numeric Mask-controlled input fields. Using either of the two input fields below, entering "12345600" with negative or positive values should result in a correctly-masked value.
NOTE: When using `input[type="number"]` fields, it's not possible to format numbers with a thousands separator.


[gecode-users] Compilation problem with GecodeJ 1.0.0 (debian linux)
Mikael Zayenz Lagerkvist
zayenz at gmail.com
Tue Oct 3 16:42:47 CEST 2006
On 10/3/06, Zampelli Stephane <Stephane.Zampelli at info.ucl.ac.be> wrote:
> I have the following error when executing an example with GecodeJ :
>
> GecodeJ/release-1.0.0/$ java -Djava.library.path=. examples.Queens
> Gecode native code library failed to load.
> java.lang.UnsatisfiedLinkError:
> /home/szampelli/UCL/Recherche/Code/GecodeJ/release-1.0.0/libgecodejava.so:
> /home/szampelli/UCL/Recherche/Code/GecodeJ/release-1.0.0/libgecodejava.so:
> undefined symbol: _ZTIN6Gecode6Search10MemoryStopE
>
> I successfully compiled Gecode release-1.3.0 and GecodeJ release-1.0.0.
This (most probably) means that the Gecode library was compiled
without RTTI information, which is needed for the Gecode/J-bindings to
work.
To fix this, reconfigure Gecode with --disable-gcc-visibility and the recompile.
Hope this helps,
Mikael
--
Mikael Zayenz Lagerkvist, http://www.ict.kth.se/~zayenz/
--
Mikael Zayenz Lagerkvist, http://www.ict.kth.se/~zayenz/
More information about the gecode-users
mailing list


4.2. Documentation for Basic_Finance
The following inputs and outputs are defined for Basic_Finance:
4.2.1. Referenced Financial Modules
-
class
plant_financese.basic_finance.basic_finance.
fin_cst_component
-
class
plant_financese.basic_finance.basic_finance.
fin_cst_assembly


/* * Copyright (c) 1999 Apple Computer, Inc. All rights reserved. * * @APPLE_LICENSE_HEADER_START@ * * Portions Copyright (c) 1999 Apple Computer, Inc. All Rights * Reserved. This file contains Original Code and/or Modifications of * Original Code as defined in and that are subject to the Apple Public * Source License Version 1.1 (the "License"). You may not use this file * except in compliance with the License. Please obtain a copy of the * License at http://www.apple.com/publicsource and read it before using * this file.  Please see the * License for the specific language governing rights and limitations * under the License. * * @APPLE_LICENSE_HEADER_END@ */ /* hashtable2.h Scalable hash table. Copyright 1989-1996 NeXT Software, Inc. */ #warning the API in this header is obsolete #ifndef _OBJC_LITTLE_HASHTABLE_H_ #define _OBJC_LITTLE_HASHTABLE_H_ #import <objc/objc.h> /************************************************************************* * Hash tables of arbitrary data *************************************************************************/ /* This module allows hashing of arbitrary data. Such data must be pointers or integers, and client is responsible for allocating/deallocating this data. A deallocation call-back is provided. The objective C class HashTable is prefered when dealing with (key, values) associations because it is easier to use in that situation. As well-behaved scalable data structures, hash tables double in size when they start becoming full, thus guaranteeing both average constant time access and linear size. */ typedef struct { uarith_t (*hash)(const void *info, const void *data); int (*isEqual)(const void *info, const void *data1, const void *data2); void (*free)(const void *info, void *data); int style; /* reserved for future expansion; currently 0 */ } NXHashTablePrototype; /* the info argument allows a certain generality, such as freeing according to some owner information */ /* invariants assumed by the implementation: 1 - data1 = data2 => hash(data1) = hash(data2) when data varies over time, hash(data) must remain invariant e.g. if data hashes over a string key, the string must not be changed 2- isEqual (data1, data2) => data1= data2 */ typedef struct { const NXHashTablePrototype *prototype; unsigned count; unsigned nbBuckets; void *buckets; const void *info; } NXHashTable; /* private data structure; may change */ OBJC_EXPORT NXHashTable *NXCreateHashTableFromZone (NXHashTablePrototype prototype, unsigned capacity, const void *info, void *z); OBJC_EXPORT NXHashTable *NXCreateHashTable (NXHashTablePrototype prototype, unsigned capacity, const void *info); /* if hash is 0, pointer hash is assumed */ /* if isEqual is 0, pointer equality is assumed */ /* if free is 0, elements are not freed */ /* capacity is only a hint; 0 creates a small table */ /* info allows call backs to be very general */ OBJC_EXPORT void NXFreeHashTable (NXHashTable *table); /* calls free for each data, and recovers table */ OBJC_EXPORT void NXEmptyHashTable (NXHashTable *table); /* does not deallocate table nor data; keeps current capacity */ OBJC_EXPORT void NXResetHashTable (NXHashTable *table); /* frees each entry; keeps current capacity */ OBJC_EXPORT BOOL NXCompareHashTables (NXHashTable *table1, NXHashTable *table2); /* Returns YES if the two sets are equal (each member of table1 in table2, and table have same size) */ OBJC_EXPORT NXHashTable *NXCopyHashTable (NXHashTable *table); /* makes a fresh table, copying data pointers, not data itself. */ OBJC_EXPORT unsigned NXCountHashTable (NXHashTable *table); /* current number of data in table */ OBJC_EXPORT int NXHashMember (NXHashTable *table, const void *data); /* returns non-0 iff data is present in table. Example of use when the hashed data is a struct containing the key, and when the callee only has a key: MyStruct pseudo; pseudo.key = myKey; return NXHashMember (myTable, &pseudo) */ OBJC_EXPORT void *NXHashGet (NXHashTable *table, const void *data); /* return original table data or NULL. Example of use when the hashed data is a struct containing the key, and when the callee only has a key: MyStruct pseudo; MyStruct *original; pseudo.key = myKey; original = NXHashGet (myTable, &pseudo) */ OBJC_EXPORT void *NXHashInsert (NXHashTable *table, const void *data); /* previous data or NULL is returned. */ OBJC_EXPORT void *NXHashInsertIfAbsent (NXHashTable *table, const void *data); /* If data already in table, returns the one in table else adds argument to table and returns argument. */ OBJC_EXPORT void *NXHashRemove (NXHashTable *table, const void *data); /* previous data or NULL is returned */ /* Iteration over all elements of a table consists in setting up an iteration state and then to progress until all entries have been visited. An example of use for counting elements in a table is: unsigned count = 0; MyData *data; NXHashState state = NXInitHashState(table); while (NXNextHashState(table, &state, &data)) { count++; } */ typedef struct {int i; int j;} NXHashState; /* callers should not rely on actual contents of the struct */ OBJC_EXPORT NXHashState NXInitHashState(NXHashTable *table); OBJC_EXPORT int NXNextHashState(NXHashTable *table, NXHashState *state, void **data); /* returns 0 when all elements have been visited */ /************************************************************************* * Conveniences for writing hash, isEqual and free functions * and common prototypes *************************************************************************/ OBJC_EXPORT uarith_t NXPtrHash(const void *info, const void *data); /* scrambles the address bits; info unused */ OBJC_EXPORT uarith_t NXStrHash(const void *info, const void *data); /* string hashing; info unused */ OBJC_EXPORT int NXPtrIsEqual(const void *info, const void *data1, const void *data2); /* pointer comparison; info unused */ OBJC_EXPORT int NXStrIsEqual(const void *info, const void *data1, const void *data2); /* string comparison; NULL ok; info unused */ OBJC_EXPORT void NXNoEffectFree(const void *info, void *data); /* no effect; info unused */ OBJC_EXPORT void NXReallyFree(const void *info, void *data); /* frees it; info unused */ /* The two following prototypes are useful for manipulating set of pointers or set of strings; For them free is defined as NXNoEffectFree */ OBJC_EXPORT const NXHashTablePrototype NXPtrPrototype; /* prototype when data is a pointer (void *) */ OBJC_EXPORT const NXHashTablePrototype NXStrPrototype; /* prototype when data is a string (char *) */ /* following prototypes help describe mappings where the key is the first element of a struct and is either a pointer or a string. For example NXStrStructKeyPrototype can be used to hash pointers to Example, where Example is: typedef struct { char *key; int data1; ... } Example For the following prototypes, free is defined as NXReallyFree. */ OBJC_EXPORT const NXHashTablePrototype NXPtrStructKeyPrototype; OBJC_EXPORT const NXHashTablePrototype NXStrStructKeyPrototype; /************************************************************************* * Unique strings and buffers *************************************************************************/ /* Unique strings allows C users to enjoy the benefits of Lisp's atoms: A unique string is a string that is allocated once for all (never de-allocated) and that has only one representant (thus allowing comparison with == instead of strcmp). A unique string should never be modified (and in fact some memory protection is done to ensure that). In order to more explicitly insist on the fact that the string has been uniqued, a synonym of (const char *) has been added, NXAtom. */ typedef const char *NXAtom; OBJC_EXPORT NXAtom NXUniqueString(const char *buffer); /* assumes that buffer is \0 terminated, and returns a previously created string or a new string that is a copy of buffer. If NULL is passed returns NULL. Returned string should never be modified. To ensure this invariant, allocations are made in a special read only zone. */ OBJC_EXPORT NXAtom NXUniqueStringWithLength(const char *buffer, int length); /* assumes that buffer is a non NULL buffer of at least length characters. Returns a previously created string or a new string that is a copy of buffer. If buffer contains \0, string will be truncated. As for NXUniqueString, returned string should never be modified. */ OBJC_EXPORT NXAtom NXUniqueStringNoCopy(const char *string); /* If there is already a unique string equal to string, returns the original. Otherwise, string is entered in the table, without making a copy. Argument should then never be modified. */ OBJC_EXPORT char *NXCopyStringBuffer(const char *buffer); /* given a buffer, allocates a new string copy of buffer. Buffer should be \0 terminated; returned string is \0 terminated. */ OBJC_EXPORT char *NXCopyStringBufferFromZone(const char *buffer, void *z); /* given a buffer, allocates a new string copy of buffer. Buffer should be \0 terminated; returned string is \0 terminated. */ #endif /* _OBJC_LITTLE_HASHTABLE_H_ */


My Experience in Publishing in an APA Journal
Publishing in an APA journal might seem like an unattainable goal for someone who is still an undergraduate or master student. However, if you have good research, and supervisors who support you, there is a...
[Read More]


Lagun and Bhat on 23rd Novemeber, Wedding on 25th November
Shaadi mein Zaroor aana
Village: Nagla Harlal, Basai Nawab, Tehsil: Saipau, Dholpur, Rajasthan
Govind Resort, Near Raj Inter College, Bhamroli Road, Rohta, Agra, U.P


Deschutes Brewpub for dinner http://tinyurl.com/58o2sf Ah, Black Butte Porter, the true king of beers!
7/17/2008, 5:49:57 PM
Favs: 0
Retweets: 0
link--- layout: tweet ---
Deschutes Brewpub for dinner http://tinyurl.com/58o2sf Ah, Black Butte Porter, the true king of beers!
7/17/2008, 5:49:57 PM
Favs: 0
Retweets: 0
link


To download backtest results, under the Overview tab on the backtest results page, click Download Results. The download file contains a JSON object with the following properties of a Backtest:
Backtest


For more details on our services, please contact us directly by email. You can contact each developer,
although they all worked individually, everybody took part as a team to bring this webpage to life!
Email us at:
Noah Soukup:
<EMAIL_ADDRESS>Michael Jaeschke:
<EMAIL_ADDRESS>Reggie Littleton:
<EMAIL_ADDRESS>Rudy Gauna:
Rudy.gauna@gmail.com


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I am a Full Stack Developer, with BSc in Information Systems and 3 years of experience in systems development. My most proficient languages are PHP and SQL. Experience with frameworks as React and Laravel.
Laravel, React
Working with development of solutions for sale, activations and migrations of services for telecommunications companies (VIVO GO)
Implementation of improvements and corrections in legacy governmental systems of MS (Mato Grosso do Sul) and MT (Mato Grosso).
University internship where activities were developed in order to create a web system for the management and control of volunteers, patients, projects and financial area for the Rede Feminina de Combate ao Câncer de Corumbá, Mato Grosso do Sul, Brazil
Interested in developing applications with Laravel framework and automated testing practices (Test Driven Development). Also interested in developing native mobile applications with React Native and searching about technologies such GraphQL, Kubernetes, Jenkins, Apache Kafka and more.


3. Geometry¶
This section describes the variables and methods used to parameterize the substructure geometry in FloatingSE. Typically, substructure designs have fallen into three classical regimes, which are shown in Fig. 3.1, each of which attains static stability through different physical mechanisms. A spar derives its stability from a deep drafted ballast. A semisubmersible derives its stability from distributed waterplane area, achieved with offset columns spread evenly around a main column or central point. A tension leg platform (TLP) uses taut mooring lines for its stability.
Similar to [3], care was taken to parameterize the substructure in a general manner, so as to be able to use the same set of design variables to describe spars, semisubmersibles, TLPs, and hybrids of those archetypes. The intent is that this modular approach to substructure definition will enable rapid analysis of the majority of designs currently proposed by the floating wind development community, whether classical or novel in nature. Furthermore, generalizing the substructure definition also empowers the optimization algorithm to search a broad tradespace more efficiently by moving fluidly from one region to another.
With that intent in mind, the general configuration of a spar-type substructure is shown in Fig. 3.2, with nomenclature borrowed from the field of naval architecture. A semisubmersible configuration would have a similar diagram, but with multiple offset columns connected with pontoon elements. A TLP might look similar to a spar or semisubmersible, with taut mooring lines instead of the catenary ones shown.
3.1. Tapered Cylinders (Vertical Frustums)¶
A number of typical floating substructure designs, such as the spar or semisubmersible, contain vertically oriented columns. In FloatingSE, these columns are assumed to have a circular cross-section making them, formally, vertical frustums. These frustums are assumed to be ring-stiffened to support the buckling loads inherent in a submerged support structure. The number of columns, their geometry, and the ring stiffeners are parameterized in the FloatingSE module according to the diagrams in Fig. 3.2, Fig. 3.3, Fig. 3.4, and Fig. 3.5. The main column is assumed to be centered at \((x=0, y=0)\), directly underneath the turbine tower (note that off-centered turbines are not yet supported). Other columns are referred to as offset columns, and are assumed to be evenly spread around the main column. The material of the vertical columns is currently assumed to be ASTM 992 steel. Future developments will include the option to select one of multiple material options for each section in each cylinder.
The variables that set the geometry of the main and offset columns are listed in Table 3.1. Two additional variables are also included that describe the placement of the offset columns within the substructure configuration.
| Variable | Type | Units | Description |
|---|---|---|---|
main_section_height |
Float array (\(n_s\)) | \(m\) | Height of each section |
main_outer_diameter |
Float array (\(n_s+1\)) | \(m\) | Diameter at each section node (linear lofting between) |
main_wall_thickness |
Float array (\(n_s+1\)) | \(m\) | Wall thickness at each section node (linear lofting between) |
main_freeboard |
Float scalar | \(m\) | Design height above waterline |
offset_section_height |
Float array (\(n_s\)) | \(m\) | Height of each section |
offset_outer_diameter |
Float array (\(n_s+1\)) | \(m\) | Diameter at each section node (linear lofting between) |
offset_wall_thickness |
Float array (\(n_s+1\)) | \(m\) | Wall thickness at each section node (linear lofting between) |
offset_freeboard |
Float scalar | \(m\) | Design height above waterline |
number_of_offset_columns |
Integer scalar | Number of offset columns in substructure (for spar set to 0) | |
radius_to_offset_column |
Float scalar | \(m\) | Centerline of main.column to centerline of offset column |
3.1.1. Discretization¶
To allow for varying geometry parameters along the length of substructure columns, the larger components are divided into sections. The user may specify the number of overall sections, \(n_s\) and the geometry of each section. Some of the geometry parameters are tied to the nodes that bracket each section, such as column diameter and wall thickness, with linear variation between each node. Other parameters are considered constant within each section, such as the spacing between ring stiffeners. The number of sections should resemble the physical number of cans or sections used in the manufacturing of the real article.
3.1.2. Stiffeners¶
The ring stiffener geometry is depicted in Fig. 3.4, and Fig. 3.5 with geometry variables listed in Table 3.2.
| Variable | Type | Units | Description |
|---|---|---|---|
main_stiffener_web_height |
Float array (\(n_s\)) | \(m\) | Stiffener web height for each section |
main_stiffener_web_thickness |
Float array (\(n_s\)) | \(m\) | Stiffener web thickness for each section |
main_stiffener_flange_width |
Float array (\(n_s\)) | \(m\) | Stiffener flange width for each section |
main_stiffener_flange_thickness |
Float array (\(n_s\)) | \(m\) | Stiffener flange thickness for each section |
main_stiffener_spacing |
Float array (\(n_s\)) | \(m\) | Stiffener spacing for each section |
3.1.3. Material Properties¶
The material of the vertical columns is currently assumed to uniformly be ASTM 992 steel. Future developments will include the option to select one of multiple material options for each section in each cylinder. Currently, to globally change to a different material, use the variables listed in Table 3.3.
| Variable | Type | Units | Description |
|---|---|---|---|
material_density |
Float scalar | \(kg/m^3\) | Mass density (assumed steel) |
E |
Float scalar | \(N/m^2\) | Young’s modulus (of elasticity) |
G |
Float scalar | \(N/m^2\) | Shear modulus |
yield_stress |
Float scalar | \(N/m^2\) | Elastic yield stress |
nu |
Float scalar | Poisson’s ratio (\(\nu\)) |
3.1.4. Ballast¶
Stability of substructure columns with long drafts can be enhanced by placing heavy ballast, such as magnetite iron ore, at their bottom sections. The user can specify the density of the permanent ballast added and the height of the ballast extent within the column. The variables that govern the implementation of the permanent ballast and bulkhead nodes are listed in Table 3.4. Variable ballast, as opposed to permanent ballast, is water that is added or removed above the permanent ballast to achieve neutral buoyancy as the operating conditions of the turbine change. A discussion of variable water balance in the model is found in Section Hydrostatic Stability.
| Variable | Type | Units | Description |
|---|---|---|---|
permanent_ballast_density |
Float scalar | \(kg/m^3\) | Mass density of ballast material |
main_permanent_ballast_height |
Float scalar | \(m\) | Height above keel for permanent ballast |
main_bulkhead_thickness |
Float vector (\(n_s+1\)) | \(m\) | Internal bulkhead thicknesses at section interfaces |
offset_permanent_ballast_height |
Float scalar | \(m\) | Height above keel for permanent ballast |
offset_bulkhead_thickness |
Float vector (\(n_s+1\)) | \(m\) | Internal bulkhead thicknesses at section interfaces |
3.1.5. Buoyancy Tanks (and Heave Plates)¶
Buoyancy tanks are modeled as a collar around the column and are not subject the same taper or connectivity constraints as the frustum sections. They therefore offer added buoyancy without incurring as much structural mass or cost. Moreover, they can also serve to augment the heave added mass like a plate. The variables that govern their configuration are listed in Table 3.5. In addition to their diameter and height, the user can adjust the location of the buoyancy tank from the column base to the top. Buoyancy tanks can be added to either the main and/or offset columns.
| Variable | Type | Units | Description |
|---|---|---|---|
main_buoyancy_tank_diameter |
Float scalar | \(m\) | Diameter of buoyancy tank / heave plate on main.column |
main_buoyancy_tank_height |
Float scalar | \(m\) | Height of buoyancy tank / heave plate on main.column |
main_buoyancy_tank_location |
Float scalar | Location of buoyancy tank along main.column (0 for bottom, 1 for top) | |
offset_buoyancy_tank_diameter |
Float scalar | \(m\) | Diameter of buoyancy tank / heave plate on offset column |
offset_buoyancy_tank_height |
Float scalar | \(m\) | Height of buoyancy tank / heave plate on offset column |
offset_buoyancy_tank_location |
Float scalar | Location of buoyancy tank along offliary column (0 for bottom, 1 for top) |
3.2. Pontoons and Support Structure¶
Many substructure designs include the use of pontoons that form a truss to connect the different components, usually columns, together. In this model, all of the pontoons are assumed to have the identical thin-walled tube cross section and made of the same material as the rest of the substructure. The truss configuration and the parameterization of the pontoon elements is based on the members shown in Fig. 3.6 with lettered labels. The members are broken out into the upper and lower rings connecting the offset columns (\(B\) and \(D\), respectively), the upper and lower main-to-offset connections (\(A\) and \(C\), respectively), the lower-base to upper-offset cross members (\(E\)), and the V-shaped cross members between offset columns (\(F\)). The variables that drive this parameterization are listed in Table 3.6.
| Variable | Type | Fig. 3.6 | Units | Description |
|---|---|---|---|---|
pontoon_outer_diameter |
Float scalar | \(m\) | Diameter of all pontoon/truss elements | |
pontoon_wall_thickness |
Float scalar | \(m\) | Thickness of all pontoon/truss elements | |
main_pontoon_attach_lower |
Float scalar | \(m\) | Lower z-coordinate on main.where truss attaches | |
main_pontoon_attach_upper |
Float scalar | \(m\) | Upper z-coordinate on main.where truss attaches | |
upper_attachment_pontoons |
Integer scalar | A | Upper main.to-offset connecting pontoons | |
lower_attachment_pontoons |
Integer scalar | C | Lower main.to-offset connecting pontoons | |
cross_attachment_pontoons |
Integer scalar | E | Lower-Upper main.to-offset connecting cross braces | |
upper_ring_pontoons |
Integer scalar | B | Upper ring of pontoons connecting offset columns | |
lower_ring_pontoons |
Integer scalar | D | Lower ring of pontoons connecting offset columns | |
outer_cross_pontoons |
Integer scalar | F | Auxiliary ring connecting V-cross braces |
3.3. Mooring Lines¶
The mooring system is described by the number of lines, their geometry, and their interface to the substructure. The mooring diameter is set by the user and determines the breaking load and stiffness of the chain, via correlation, described in Section Theory. The mooring lines attach to the substructure at the fairlead distance below the water plane, as shown in Fig. 3.2. The lines can attach directly to a substructure column or at a some offset from the outer shell. Note that bridle connections are not yet implemented in the model. The mooring lines attach to the sea floor at a variable distance, the anchor radius, from the substructure centerline, also set by the user.
By default, the mooring system is assumed to use a steel chain with drag embedment anchors. Other mooring available for selection are nylon, polyester, steel wire rope (IWRC) and fiber-core wire rope. The only alternative anchor type is currently suction pile anchors, but there are plans to include gravity anchors as well. The standard configuration for TLPs is the use of taut nylon mooring lines with suction-pile anchors. The variables that control the mooring system properties are listed in Table 3.7.
| Variable | Type | Units | Description |
|---|---|---|---|
number_of_mooring_connections |
Integer scalar | Number of evenly spaced mooring connection points | |
mooring_lines_per_connection |
Integer scalar | Number of mooring lines at each connection point | |
mooring_diameter |
Float scalar | \(m\) | Diameter of mooring line/chain |
mooring_line_length |
Float scalar | \(m\) | Total unstretched line length of mooring line |
fairlead_location |
Float scalar | Fractional length from column bottom to mooring line attachment | |
fairlead_offset_from_shell |
Float scalar | \(m\) | Offset from shell surface for mooring attachment |
anchor_radius |
Float scalar | \(m\) | Distance from centerline to sea floor landing |
mooring_type |
Enumerated | Options are CHAIN, NYLON, POLYESTER, FIBER, or IWRC | |
anchor_type |
Enumerated | Options are SUCTIONPILE or DRAGEMBEDMENT |
3.4. Mass and Cost Scaling¶
The mass of all components in the modeled substructure is captured through calculation of each components’ volume and multiplying by its material density. This applies to the frustum shells, the ring stiffeners, the permanent ballast, the pontoons, and the mooring lines. However, the model also acknowledges that the modeled substructure is merely an approximation of an actual substructure and various secondary elements are not captured. These include ladders, walkways, handles, finishing, paint, wiring, etc. To account for these features en masse, multipliers of component masses are offered as parameters for the user as well. Capital cost for all substructure components except the mooring system is assumed to be a linear scaling of the components masses. For the mooring system, cost is dependent on the tension carrying capacity of the line, which itself is an empirical function of the diameter. Default values for all mass and cost scaling factors are found in Table 3.8. Cost factors are especially difficult to estimate given the proprietary nature of commercial cost data, so cost rates and estimates should be considered notional.
| Variable | Type | Units | Default | Description |
|---|---|---|---|---|
bulkhead_mass_factor |
Float scalar | 1.0 | Scaling for unaccounted bulkhead mass | |
ring_mass_factor |
Float scalar | 1.0 | Scaling for unaccounted stiffener mass | |
shell_mass_factor |
Float scalar | 1.0 | Scaling for unaccounted shell mass | |
column_mass_factor |
Float scalar | 1.05 | Scaling for unaccounted column mass | |
outfitting_mass_fraction |
Float scalar | 0.06 | Fraction of additional outfitting mass for each column | |
ballast_cost_rate |
Float scalar | \(USD/kg\) | 100 | Cost factor for ballast mass |
tapered_col_cost_rate |
Float scalar | \(USD/kg\) | 4,720 | Cost factor for column mass |
outfitting_cost_rate |
Float scalar | \(USD/kg\) | 6,980 | Cost factor for outfitting mass |
mooring_cost_rate |
Float scalar | \(USD/kg\) | depends | Mooring cost factor (depends on diam and material) |
pontoon_cost_rate |
Float scalar | \(USD/kg\) | 6.5 | Cost factor for pontoons |


Africa Business Pages is committed to safeguarding its users' privacy. We request all our users to read the following 'privacy policy' to understand how their personal & business information will be treated, as they make full use of our services to their benefit. This policy is applicable only to the entire network of marketplaces operated by Africa Business Pages and not by any other company.
Collection of Information
Africa Business Pages collects information from its users when they register to gain access to our services or at other specific instances when they are requested to provide us with their personal & business information. During registration, we ask the users for their name, email address, business information and other personal details. Once a user registers, he/she is no longer anonymous to Africa Business Pages and it is deemed that the user has given Africa Business Pages the right to publish the desired business & personal details throughout its marketplaces, including but not limited to, business directory, trade leads, catalogs etc.
When you are on our network and are asked for personal information, you are sharing the information with Africa Business Pages alone, unless it is specifically stated otherwise. Promotions that run on our network may be sponsored by companies other than Africa Business Pages or may be co-sponsored by Africa Business Pages and another company. Some or all data collected during a promotion may be shared with the sponsor. If the data will be shared, you will be notified prior to the time of data collection or transfer. You can decide not to participate in the promotion if you don't want your data to be shared.
We also gather usage statistics such as pages viewed, number of unique visitors, browser software, screen resolution etc. for analysis that helps us provide you improved user experience and services.
Use of Personal & Business Information
Africa Business Pages's primary goal in collecting personal or public information is to provide the user with a customized experience on our network of sites. This includes personalisation services, interactive communications and many other types of services, most of which are completely free. Business information is used to display the user's business listing or product offerings across our network to fetch maximum business opportunities for the user.
In order to provide services free of charge, Africa Business Pages displays advertisements based upon the site usage statistics and visitor trends.
Africa Business Pages uses user's personal & business information to serve targeted advertisements through its websites, newsletters and customised mailers. In addition to it, once the user's personal and business information is displayed on our network, the user may start receiving business enquiries from various buyers and sellers, that might or might not be of their interest. Africa Business Pages does not exercise any control over its users for sending business enquiries to the listed members.
Sharing of Information
As a general rule, Africa Business Pages will not disclose or share any of the user's personally identifiable information except when Africa Business Pages has the user's permission or under special circumstances, such as when Africa Business Pages believes in good faith that the law requires it or as permitted in terms of this policy.
Africa Business Pages may also disclose account information in special cases when Africa Business Pages has reasons to believe that disclosing this information is necessary to identify, contact or bring legal action against someone who may be violating Africa Business Pages's Terms of Services or may be causing injury to or interference with (either intentionally or unintentionally) Africa Business Pages' rights or property, other Africa Business Pages network website users, or if Africa Business Pages deems it necessary to maintain, service, and improve its products and services.
Distribution of Information
Africa Business Pages may, from time to time, send its users emails regarding its products and services. In addition, Africa Business Pages may occasionally send direct mails about products and services of third parties that it feels may be of interest to the user. Only Africa Business Pages or its agents working under confidentiality agreements will send these direct mailings.
Updation of Information
A user may edit his/her account information and profile by logging onto our website and/or by sending a request to<EMAIL_ADDRESS>The requested changes may take upto 30 days to appear online because of verification process and server cache policies.
A user account can be deleted or deactivated, but doing so will result in the user not being able to access any members-only area of the network. Residual information will remain within our archive records.
Protection of information
As with all information, Africa Business Pages will never sell any user's personal or business information until and unless it is permitted by the user. Any user statistics that we may provide to prospective advertisers or partners regarding product or service usage on Africa Business Pages network is provided in an aggregate form only and does not include any personally identifiable information about any individual user.
We request our users to sign out of their Africa Business Pages account and close their browser window when they have finished their work. This is to ensure that others cannot access their personal or business information and correspondence, if the user shares the computer with someone else or is using a computer in a public place.
Africa Business Pages takes necessary steps, within its limits of commercial viability and necessity, to ensure that the user's information is treated securely.
Unfortunately, no data transmission over the Internet can be guaranteed to be 100% secure. As a result, while Africa Business Pages strives to protect the user's personal & business information, it cannot ensure the security of any information transmitted to Africa Business Pages and you do so at your own risk. Once Africa Business Pages receives your transmission, it makes best efforts to ensure its security in its systems. Please keep in mind that whenever you post personal & business information online, that is accessible to the public, you may receive unsolicited messages from other parties.
Changes in Privacy Policy
The policy may change from time to time so please check periodically.
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WITNESS LIST Appropriations Committee (Subcommittee on Welfare and Workforce Reform) April 16, 1998-9:30A Welfare and Workforce Reform On: Aguirre, Martin (Capital Area Wor Dev Bd) Anderson, Vicki (TCWEC) Bradshaw, Rodney (Gulf Coast Workf Dev Bd) Cordubet, Roland E. (TCWEC) Cowen, Ralph (Cameron Works, Inc.) Folk, Harry B. (Cameron Works, Inc.) Ford, Janice R. (TX St Employee's Union) Funk, Richard (TCWEC) Herrera, Linda (TX St Employee's Union) Hodge, Ann (TCWEC) King, Christopher T. (Study Human Resource) Larrea, Laurie Bouilli (Dallas Workforce Dv Bd) Macias, Luis (TX Workforce Commission) Miller, Allan (TX Workforce Commission) Moody, Allan (Gulf Coast Workf Dev Bd) Raab, Ted Malina (TX St Employee's Union) Reece, Will (TCWEC) Ross, Mary (West Ctl TX Workf Dv Bd) Sheridan, Mike (TX Workforce Commission) Smith, Sylvia J. (TX St Employee's Union) Thompson, Frank (Gulf Coast Workf Dev Bd)


Please choose what you want to collect, and always make sure to pay it forward.
| Name | Address | Phone Number | food Type | quantity | comments | reserve |
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| Name | Address | Phone Number | food Type | quantity | comments |
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| Name | Address | Phone Number | gender | season | quantinty | comments | reserve |
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| Name | Address | Phone Number | gender | season | quantinty | comments |
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| Name | Address | Phone number | Type | Quantity | Comments | Reserve |
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| Name | Address | Phone Number | Type | Quantity | Comments |
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Class ThreatListDescriptor
Threat List Descriptor.
Inheritance
Inherited Members
Namespace: Gee.External.Browsing
Assembly: Gee.External.Browsing.dll
Syntax
public sealed class ThreatListDescriptor
Remarks
Identifies a threat list. A threat list is identified using a ThreatType, which indicates the nature of its associated threats, a PlatformType, which indicates the platform its associated threats target, and a ThreatEntryType, which indicates how its associated threats is posed.
Constructors
ThreatListDescriptor(ThreatType, PlatformType, ThreatEntryType)
Create a Threat List Descriptor.
Declaration
public ThreatListDescriptor(ThreatType threatType, PlatformType platformType, ThreatEntryType threatEntryType)
Parameters
| Type | Name | Description |
|---|---|---|
| ThreatType | threatType | A ThreatType identifying the threat list. |
| PlatformType | platformType | A PlatformType identifying the threat list. |
| ThreatEntryType | threatEntryType | A ThreatEntryType identifying the threat list. |
Properties
IsMalwareList
Determine if Threat List is a Malware List.
Declaration
public bool IsMalwareList { get; }
Property Value
| Type |
|---|
| System.Boolean |
Remarks
Determines if the threat list is a Malware list.
IsPotentiallyHarmfulApplicationList
Determine if Threat List is a Potentially Harmful Application List.
Declaration
public bool IsPotentiallyHarmfulApplicationList { get; }
Property Value
| Type |
|---|
| System.Boolean |
Remarks
Determines if the threat list is a PotentiallyHarmfulApplication (PHA) list.
IsSocialEngineeringList
Determine if Threat List is a Social Engineering List.
Declaration
public bool IsSocialEngineeringList { get; }
Property Value
| Type |
|---|
| System.Boolean |
Remarks
Determines if the threat list is a SocialEngineering list.
IsUnwantedSoftwareList
Determine if Threat List is an Unwanted Software List.
Declaration
public bool IsUnwantedSoftwareList { get; }
Property Value
| Type |
|---|
| System.Boolean |
Remarks
Determines if the threat list is an UnwantedSoftware list.
PlatformType
Get Threat List's Platform Type.
Declaration
public PlatformType PlatformType { get; }
Property Value
| Type |
|---|
| PlatformType |
Remarks
Represents the PlatformType identifying the threat list.
ThreatEntryType
Get Threat List's Threat Entry Type.
Declaration
public ThreatEntryType ThreatEntryType { get; }
Property Value
| Type |
|---|
| ThreatEntryType |
Remarks
Represents the ThreatEntryType identifying the threat list.
ThreatType
Get Threat List's Threat Type.
Declaration
public ThreatType ThreatType { get; }
Property Value
| Type |
|---|
| ThreatType |
Remarks
Represents the ThreatType identifying the threat list.
Methods
Equals(Object)
Determine if Object is Equal to Another Object.
Declaration
public override bool Equals(object object)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | object | An object to compare to. |
Returns
| Type | Description |
|---|---|
| System.Boolean | A boolean true if the object is equal to |
Overrides
GetHashCode()
Get Object's Hash Code.
Declaration
public override int GetHashCode()
Returns
| Type | Description |
|---|---|
| System.Int32 | The object's hash code. |
Overrides
ToString()
Get Object's String Representation.
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| System.String | The object's string representation. |


{% extends 'base.html' %} {% load crispy_forms_tags %} {% block content %}
Contact : {{business.email}}
Location : {{business.neighbourhood.name}}
By : {{business.user.name}}
{{business.description}}