OCaml (and MinCaml) is statically typed. Every identifier has a type that is inferred (i.e. guessed) by the compiler. See for instance the following function:
let f x = x + 1
The compiler can infer that x
has type int
and f
has type int -> int
.
Altneratively, types can be provided by the programmer.
let f (x : int) : int = x
The compiler checks the type before trying to generate code. This allows to rule out incorrect programs such as
let x = 1 + "hello" in ...
Exercice: simple types
What are the types of the following expressions?
1
1.0
1 + 2
let x = 1 in 1
let x = 1 in 1 + x
if true then 1 else 2
let f x = x + 1 in (f 0)
let f x = x + 1 in f
let f x y z = x + y + z in f
let f (x,y,z) = x + y + z in f
Some functions can accept and return values of different types
let f x = x in f 1
let f x = 0 in (f 1.0) + (f "hello");
let f x = x in f
Exercice: Is the expression let f g = g 1 + g "1"
well-typed, and if yes, what is its type?
The type unit
has only one inhabitant: ()
(called nil). Nil can be used as a return type for procedures. For instance, print_string
has type string -> unit
: It always returns nil when applied to a string. Hence, print_string "hello world"
has type unit
and is equal to nil.
When a value is equal to nil, there's no need to store it in a variable.
let x = print_string "hello" in ...
There's no reasonable use for x
since it is necessarily equal to nil. In that case, one can write
let _ = print_string "hello" in ...
or even better, use the ;
operator as in:
print_string "hello"; ....
Conversely, the ;
shouldn't be preceded by a non-nil value. The compiler will issue a warning on the following program.
let x = 0; 1 in ...
Exercice: there's a predefined function ignore
that we can use to tame the compiler.
let x = (ignore 0); 1 in ...
What is the type of ignore
?
What we presented is a very small subset of the OCaml type system, which is called the Hindly-Milner type system. MinCaml implements the same features with a few simplifications.
An important difference is that unlike OCaml, MinCaml is monomorphic.
These two expressions are well-typed
let f x = 0 in (f 1.0)
let f x = 0 in (f true)
But this one is not.
let f x = 0 in (f 1.0) + (f true)
Another minor difference is that MinCaml programs must have unit type.
For instance:
let rec fact x = if x = 0 then 1 else x * (fact (x-1))
in print_int (fact 3)
is well-typed with type unit. Whereas
let rec fact x = if x = 0 then 1 else x * (fact (x-1))
in (print_int 0); fact 3
has type int
, and is not a correct MinCaml program.
On a side note, this program is valid in OCaml but not syntactically correct in MinCaml
let rec fact x = if x = 0 then 1 else x * (fact (x-1))
let _ = print_int (fact 3)
Finally, MinCaml programs never contain type annotation, unlike in OCaml where they are optional.
MinCaml types are simple structured expressions defined by the following (incomplete) syntax.
t ::= bool
| int
| unit
| t1 -> t2 (* function type *)
| variable (* type variables *)
| ...
This means you'll have to define a new datatype for types (complete Type.{c,java,ml}
). (For those working in Java, it's a tree datatype, so it should be defined along the same lines as Exp.)
The type checker is the part of the compiler that takes an AST, an environment (that contains predefined symbols and their types, for instance external functions like print_int
) and determines if the program is well-typed or not. If it is not, it returns with an error message and the compiler doesn't attempt to generate code. Sometimes, the type checker annotates the program with information that are useful for code generation, but it is not the case in MinCaml. Actually, the type checker is optional and you can try to generate code independently.
Type checking is implemented in three stages. The first step is to generate type variables. Initially, a MinCaml program doesn't contain type information.
let x = 3 in
let y = 4 in
in x + y
The parser generates type variables. In other words, after parsing, every variable in the AST is associated a unique object of class Type
that represents a unique variable (there's a placeholder in the AST to store this information).
let (x : 'a) = 3 in
let (y : 'b) = 4 in
in x + y
The second step is to generate type equations. We'll see later how to do it, but suppose we obtain these three equations:
'a = int (* because x is assigned an integer, and has type 'a *)
'b = int (* idem *)
int = unit (* because x + y must have type unit, and is the result of + *)
The last step is to solve the type equations. In this case, the type equations lead to a contradiction int = unit
, meaning that the program is not well-typed. It is rejected by the compiler before attempting to generate code.
Let us go through the three stages.
All variables should have a type. If not supplied by the user, we use a type variable. The AST contains place holders for types (here in Java, transposable to other languages).
class Let extends Exp {
Id id;
Type t;
Exp e1;
Exp e2;
...
When the AST is initially created, fresh type variables are generated by the static Type.gen()
method.
A type equation is simply a pair of types. We generate a list of typing equations that should hold for our term to be typable. These equations are generated during one recursive traversal of the AST.
Typing is done relative to a typing environment. An environment E
is a mapping from identifiers to types. Initially, the environment contains the types of the predefined function. We call PREDEF
the initial environment.
PREDEF = { print_string : string -> unit, print_int : int -> unit }
Type equations are generated by the following algorithm.
Algorithm GenEquations:
Input: (Expr, Environment, Type)
Output: A list of equations (Type, Type)
GenEquation
takes three parameters:
Expr
the program to be type checkedEnvironment
the environment in which the program is typecheckedType
the type that the program must haveIt returns a list of equations that hold if and only if term Expr has type Type in environment Environment. For a MinCaml program E, we need to compute GenEquations(PREDEF, E, unit)
. GenEquations
is defined recursively on the structure of Expr.
Here's the pseudocode (it uses OCaml list notation).
GenEquations(env, expr, type) =
case on expr:
// only one equation "unit = type"
UNIT -> return [ (unit, type) ]
// similarly "int = type", "float = type"
INT -> return [ (int, type) ]
FLOAT -> return [ (float, type) ]
// "not expr2" is a boolean, so we must have "bool = type"
// but expr2 must be a boolean, so we generate the additional
// equations "GenEquation(env, expr2, bool)"
Not expr2 ->
eq = GenEquations(env, expr2, bool)
return (bool, type) :: eq
Add (expr1, expr2) ->
eq1 = GenEquations(env, expr1, int)
eq2 = GenEquations(env, expr2, int)
return (int, type) :: eq1 :: eq2
// This case corresponds to a program of the form
// Let (x : id_type) = exrp1 in expr2
// expr1 must be of the type id_type, so we generate
// GenEquations(env, expr1, id_type)
// expr2 must be of type "type", but in a new environment where
// x is of type id_type, so we generate
// GenEquations(env + (id -> id_type), expr2, type)
Let (id, id_type, expr1, expr2) ->
eq1 = GenEquations(env, expr1, id_type)
eq2 = GenEquations(env + (id -> id_type), expr2, type)
return e1 :: eq2
// a variable x has a type t1 that must be known from the environment
// (possibly a type variable)
// then, we have only one equation "ty = type"
Var (x) ->
t1 = env(x) (* error if not defined *)
return [(t1, type)]
... to be completed!
Letrec ... ->
App ... ->
The equations generated by GenEquations are equalities of tree expressions with variables. Consider the following system:
(int -> 'a) = 'b -> 'c
`a = (int -> 'd)
`d = bool
We can substitute the third equation in second one, then the second in the first. We obtain
(int -> (int -> bool)) = `b -> `c.
Finally, we deduce:
`a = int -> bool
`b = int
`c = int -> bool
`d = bool
The unification algorithm is a general algorithm used to solve such tree equations. Some of you may remember this algorithm from UE INF242...
Algorithm: Unification
Input : List of equations
Output : List of equations
Output is a list of "solved" equations of the form:
(var_1, type_1), ... (var_n, type_n)
Resolution(list):
if list is empty
return [] (empty list)
if list = (t1,t2) :: list2
by case on (t1,t2):
if t1 and t2 are cleary not unifiable (int, float) or (t1 -> t2, int)
exit("not unifiable")
if (t1, t2) = (t, t) with t = int, bool, float, unit
return Resolution(list2)
if (t1, t2) = (t11 * t12, t21 * t22)
return Resolution ( (t11, t21) :: (t21, t22) :: list2 )
if (t1, t2) = (var, t2)
list3 = list with *occurences of var replaced by t2*
return (var, t2) :: Resolution(list3)
... to complete


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%inherit file="_base2col.html"/> <%def name="title()">Demisauce Content Management, KB system, Email templates Open Source software %def> <%def name="head_more()">%def>
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Magic-Item: A glove which stores up to 5 vials of substance, releasing them into your palm with a gesture.
Summary
- Hold up to 5 vials
- Immediate Action to take one out (and maybe use it)
- Takes up one glove slot.
Storing
These gloves can hold up to 5 vials, these can be any potions, oils, poisons, etc. Taking one of them out is a immediate action, putting one back in is a movement action that provokes an AoO.
Often these gloves don't come as pairs, but you can equip 2 of them to take up the full glove slot.
You don't need to hold on to the item as it appears: dropping an item doesn't take an action. Thus you can have a vial of alchemists fire that you can drop at your feet as a immediate action (interrupt?)
A common use for these gloves is in conjunction with the Teleportation Vial to teleport out of harms way.
Legend
Though the story is but a small excerpt from a much larger tale, the highlights shall be retold here.
Craka and Aegis had appeared in the middle of the Assasin's Guild, and while they had made a bit of a mess Galthor was still impressed with them. Deciding that they'd passed their trials, it was time for their first mission.
Their new team was fleshed out with Galthor and Valkyrie joining them, and their job was to find the 2nd Prince of the Land, Thrisperios.
Having followed Silvia's directions, and having excavated a strange doorway, the party found that it was a portal to the Ethreal Plane. Travel in the Ethreal Plane is quite difficult, and the Prince was underground. So deciding to use the connection between the two planes, they dug a hole in the Material Plane, then used that passage in the Ethreal Plane to get to the Prince.
With Aegis going ahead as a Blink Dog, using dimension door to travel (Aegis: Which is quite ingenious), the rest of the group tried to remain hidden. Introducing himself to the Prince, Aegis was able to gain his friendship. However when Craka introduced himself as well, something caught the Prince's suspicion.
With Craka not being trusted, he was forced to remain behind, following along with the other two assassin. Finding another set of Ruins, similar to the ones they found in the Crater, the Prince turned out to be capable of opening doors in this area. With Aegis secretly letting the rest of the party in, they continued trying to learn more about the Prince.
Meanwhile Galthor, being a rebel and all, decided this was his best chance to get rid of anyone who wanted to assassinate the Prince. Attacking Valkyrie, sealing as many of her abilities as possible, and nearly finishing her off in the initial strike. Valkyrie however wasn't a skilled assassin for nothing, always having an escape plan available! Activating her Gloves of Storing, and breaking the Teleportation Vial, she quickly escaped around corners, heading towards the Prince's last known location.
Confusing Craka, Galthor convinced him that Valkyrie had betrayed them! Meanwhile Valkyrie, having found the Prince, used her grivious injuries to convince the Prince that she was a rebel. With Craka and Aegis able to communicate through Silvia they decided that they'd keep the two parties away from each other until they could figure out the truth.


| bit_rangediff {bit} | R Documentation |
Fast version of setdiff(rx[1]:rx[2], y)
.
bit_rangediff(rx, y, revx = FALSE, revy = FALSE)
rx |
|
y |
an integer vector of elements to exclude |
revx |
|
revy |
|
determines the range of the integers y
and checks if the density justifies use
of a bit vector; if yes, uses a bit vector for the set operation; if no,
falls back to a quicksort and merge_rangediff
an integer vector
bit_rangediff(c(1L,6L), c(3L,4L)) bit_rangediff(c(6L,1L), c(3L,4L)) bit_rangediff(c(6L,1L), c(3L,4L), revx=TRUE) bit_rangediff(c(6L,1L), c(3L,4L), revx=TRUE, revy=TRUE)


Every so often, if I am leaning insouciantly against a mantelpiece at a swish cocktail party, a fellow-guest will approach me and say something along the lines of “Mr Key, you probably know more about ornithology than anyone else in the world, or at least anyone else at this swish cocktail party, certainly anyone else leaning insouciantly against this mantelpiece. Tell me, what is your favourite of all the birds of the air?”
My reply to this will vary from day to day, hour to hour, even minute to minute, but if I were to be asked right now, I would say “A mordant heron”.
And lo!, here is a particularly mordant heron, from Banished's Bugs, home of Hooting Yard reader and correspondent Banished To A Pompous Land.


Generate an OpenSCAD model for busker organ pipes for laser or cnc cutting. Simply fill in the midi number(s) of the requested pipes and download the model. Or fiddle with the settings if you like. Download the zip file and extract both scad files to the same directory. Open pipes.scad to edit and export the file to the desired format.


Physiological features.
| Feature |
L8 (6 Weeks) |
L8 (3 Months) |
L1 (6 Weeks) |
L1 (3 Months) |
| Height (cm) |
6.4 ± 0.51 |
72 ± 3.46 |
7.1 ± 0.24 |
74 ± 1.0 |
| Fresh weight leaves (g) |
0.55 ± 0.03 |
41.6 ± 4.19 |
0.57 ± 0.02 |
56.9 ± 3.43 |
| Fresh weight root (g) |
0.12 ± 0.02 |
25.9± 5.23 |
0.13 ± 0.01 |
28.2 ± 2.68 |
| Stem width (mm) |
1.54 ± 0.11 |
11.3 ± 0.12 |
1.52 ± 0.14 |
10.8 ± 0.22 |
| Leaf area (cm
2)
|
47.5 ± 3.7 |
1775 ± 313 |
49.1 ± 2.9 |
2607 ± 134 |
| SPAD value |
39.4 ± 2.09 |
46.7 ± 2.24 |
38.2 ± 2.14 |
44.8 ± 2.55 |


Welcome ! Your Ideas Matter
This is the official website used & managed by IBM Phil. Innovations Team
Projects
project_1
Aproject_2
Devops Services
Dev_tools_1
Dev_tools_2
This is the official website used & managed by IBM Phil. Innovations Team
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Hi!
We are full-stack web developers team.
Our #1 goal will always be to meet your needs and deadline.
When working on a new project, we like to speak with the client, so that we can have a clear
understanding of his/her needs and vision of
the project.
Listed below are our experience and skills.
— PHP 5.x-7.1 (Yii2, Laravel)
—Scala (Play! 2.x)
— HTML5
— CSS3(Bootstrap)
— CMS(Wordpress, Joomla)
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— Photoshop
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— OOP, AOP
— VCS: Git
— SQL(mySql, sqLite)
— UML.
NeKo© providing the future


The manual schema initial script is in https://github.com/apache/incubator-shardingsphere-example/blob/dev/src/resources/manual_schema.sql, please understand the table structure before you first look the example.
Comparative Version:
Mysql: 5.1.42(red curve)
ShardingSphere-proxy: 3.0(blue curve) or 4.0(aqua curve)
Table Number: Multi table
Comparative Mode: SingleDataBase And SingleTable(sql example:SELECT o.order_id FROM t_order o WHERE order_id = ? AND user_id = ?)
Comparative type: SELECT
Comparative Version:
Mysql: 5.1.42(red curve)
ShardingSphere-proxy: 3.0(blue curve) or 4.0(aqua curve)
Table Number: Multi table
Comparative Mode: SingleDataBase And SingleTable(sql example:UPDATE t_order o SET o.status = ? WHERE o.order_id = ? AND o.user_id = ?)
Comparative type: UPDATE
Comparative Version:
Mysql: 5.1.42(red curve)
ShardingSphere-proxy: 3.0(blue curve) or 4.0(aqua curve)
Table Number: Multi table
Comparative Mode: SingleDataBase And SingleTable(sql example:DELETE FROM t_order o WHERE o.order = ? AND o.user_id = ?)
Comparative type: DELETE
Comparative Version:
Mysql: 5.1.42(red curve)
ShardingSphere-proxy: 3.0(blue curve) or 4.0(aqua curve)
Table Number: Multi table
Comparative Mode: SingleDataBase And SingleTable
Comparative type: INSERT


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Choose your library
Each click gives you a new opportunity to dip into the program code in a new way.
Use ready-made tools, but don't forget that this code can be written from scratch.
promout
Choose your library
Each click gives you a new opportunity to dip into the program code in a new way.
Use ready-made tools, but don't forget that this code can be written from scratch.


Moving Page Location (Iconbar)
How to move a page to a new location on the site menu using the Iconbar Control Panel.
- Go to the required page. See "Viewing Any Page"
- Go to the Page Functions section and then select Settings.
- Go to the Basic Settings - Page Details section.
- At Parent Page, select a new parent page, or select < None Specified > to change this page to a parent page.
-
Click the OK button to confirm.


?
Click on the clothing item to select it and the next button to move on
Recommendations
Women's Straight Jeans $15
Amazon.com
Men's Dress Pants $99
Macy's
Women's Fancy Pants $399
Gucci
Men's Levi Jean $50
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projects/ngx-list/src/lib/shared.ts
Properties |
| filterValues |
filterValues:
|
Type : literal type
|
|
The current values of the filters |
| page |
page:
|
Type : number
|
|
The current page. Zero-based. |
| recordsPerPage |
recordsPerPage:
|
Type : number
|
|
The number of records per page. 0 for no paging. |
| sort |
sort:
|
Type : literal type
|
|
The sort params. |
import { Observable } from 'rxjs';
/**
* A function that, given a record, returns a value for purposes of
* sorting, search or filtering. Used by the factory functions.
*/
export type NgxListColumnValueFn = (record: any) => any;
export type NgxListFilterFn = (records: any[], value: any) => any[];
export type NgxListSortFn = (records: any[], sortKey: string) => any[];
/**
* Filter comparison types.
*/
export enum NgxListCompare {
eq = 1, // Use === for comparison.
neq, // Use !== for comparison.
gte, // Use >= for comparison.
gt, // Use > for comparison.
lt, // Use < for comparison.
lte // Use =< for comparison.
}
export interface INgxListInit {
/**
* Required. An observable of your records.
*/
src$: Observable<any[]>;
/**
* Required. The key that should be used as the id for each record.
*/
idKey: string;
/**
* Optional. The initial page, zero-based.
*/
page?: number;
/**
* Optional. Initial records per page. Default 10. Pass 0 for no paging.
*/
recordsPerPage?: number;
/**
* Optional. The initial sort params.
*/
sort?: {
/**
* Indicates the column by which the list is sorted. Defaults to `idKey`.
*/
key?: string;
/**
* Indicates whether the list is displayed in reverse ('desc') order. Default false.
*/
reversed?: boolean;
};
/**
* Optional. Initial filter values.
*/
filterValues?: {[filterKey: string]: any};
/**
* A map of filters.
*/
filters?: {[key: string]: NgxListFilterFn};
/**
* Optional. By default a sort function will be created for you with some sensible defaults.
*/
sortFn?: NgxListSortFn;
}
export interface INgxListParams {
/**
* The current page. Zero-based.
*/
page: number;
/**
* The number of records per page. 0 for no paging.
*/
recordsPerPage: number;
/**
* The sort params.
*/
sort: {
/**
* The key of the column, like 'name' or 'profile.firstName'
*/
key: string;
/**
* Whether the list should be sorted in reverse (z-a) order
*/
reversed: boolean;
};
/**
* The current values of the filters
*/
filterValues: {[key: string]: any};
}
/**
* The end product of a list.
*/
export interface INgxListResult extends INgxListParams {
/**
* The records that belong on the current page.
*/
records: any[];
/**
* The number of pages.
*/
pageCount: number;
/**
* The total number of records in the list, after the current filters are applied.
*/
recordCount: number;
/**
* The total number of records in the list, befor applying filters.
*/
unfilteredRecordCount: number;
}


public class I2cDeviceSynchImplOnSimple extends I2cDeviceSynchReadHistoryImpl implements I2cDeviceSynch
I2cDeviceSynch.HeartbeatAction,
I2cDeviceSynch.ReadMode,
I2cDeviceSynch.ReadWindow
HardwareDeviceHealth.HealthStatus
HardwareDevice.Manufacturer
| Modifier and Type | Field and Description |
|---|---|
protected java.lang.Object |
concurrentClientLock
|
protected int |
cregReadLast
|
protected java.lang.Object |
engagementLock
|
protected I2cDeviceSynch.HeartbeatAction
|
heartbeatAction
|
protected
java.util.concurrent.ScheduledExecutorService |
heartbeatExecutor
|
protected I2cDeviceSynchSimple
|
i2cDeviceSynchSimple
|
protected I2cDeviceSynchReadHistory
|
i2cDeviceSynchSimpleHistory
|
protected int |
iregReadLast
|
protected int |
iregWriteLast
|
protected boolean |
isClosing
|
protected boolean |
isEngaged
|
protected boolean |
isHooked
|
protected boolean |
isSimpleOwned
|
protected int |
msHeartbeatInterval
|
protected I2cDeviceSynch.ReadWindow
|
readWindow
|
protected byte[] |
rgbWriteLast
|
historyQueue,
historyQueueCapacity,
historyQueueLock
| Constructor and Description |
|---|
I2cDeviceSynchImplOnSimple(I2cDeviceSynchSimple simple,
boolean isSimpleOwned)
|
| Modifier and Type | Method and Description |
|---|---|
void |
addToHistoryQueue(TimestampedI2cData data)
|
protected void |
adjustHooking()
|
void |
close()
Closes this device
|
void |
disengage()
Disengage the object from underlying services
it uses to render its function.
|
void |
enableWriteCoalescing(boolean enable)
Enables or disables an optimization wherein
writes to two sets of adjacent register
ranges may be coalesced into a single I2c transaction if the
second write comes along
while the first is still queued for writing.
|
void |
engage()
(Re)enage the object with its underlying
services.
|
void |
ensureReadWindow(I2cDeviceSynch.ReadWindow windowNeeded,
I2cDeviceSynch.ReadWindow windowToSet)
Ensure that the current register window
covers the indicated set of registers.
|
java.lang.String |
getConnectionInfo()
Get connection information about this device
in a human readable format
|
java.lang.String |
getDeviceName()
Returns a string suitable for display to the
user as to the type of device.
|
HardwareDeviceHealth.HealthStatus
|
getHealthStatus()
|
I2cDeviceSynch.HeartbeatAction
|
getHeartbeatAction()
Returns the current action, if any, to take
upon expiration of the heartbeat interval.
|
int |
getHeartbeatInterval()
Returns the interval within which
communication must be received by the I2C device lest
a timeout occur.
|
java.util.concurrent.BlockingQueue<TimestampedI2cData>
|
getHistoryQueue()
(Advanced) Returns a queue into which, if
requested,
TimestampedI2cData s
are (optionally)
placed as they become available.
|
int |
getHistoryQueueCapacity()
Returns the current capacity of the history
queue.
|
I2cAddr
|
getI2cAddr()
Returns the I2C address currently being used
by this device client
|
I2cAddr
|
getI2cAddress()
Returns the I2C address currently in use to
communicate with an I2C hardware device
|
boolean |
getLogging()
|
java.lang.String |
getLoggingTag()
|
HardwareDevice.Manufacturer
|
getManufacturer()
Returns an indication of the manufacturer of
this device.
|
I2cDeviceSynch.ReadWindow
|
getReadWindow()
Returns the current register window used for
reading.
|
java.lang.String |
getUserConfiguredName()
Returns the human-recognizable name of this
device, if same has been set.
|
int |
getVersion()
Version
|
protected void |
hook()
|
boolean |
isArmed()
Returns whether, as of this instant, this
device client is alive and operational in
its normally expected mode; that is, whether it is currently
in communication
with its underlying hardware or whether it is in some other
state.
|
boolean |
isEngaged()
Returns whether the object is currently in
the engaged state.
|
protected boolean |
isOpenForReading()
|
protected boolean |
isOpenForWriting()
|
boolean |
isWriteCoalescingEnabled()
Answers as to whether write coalescing is
currently enabled on this device.
|
protected boolean |
newReadsAndWritesAllowed()
|
byte[] |
read(int ireg,
int creg)
Read a contiguous set of device I2C
registers.
|
byte |
read8(int ireg)
Read the byte at the indicated register.
|
TimestampedData
|
readTimeStamped(int ireg,
int creg)
Reads and returns a contiguous set of device
I2C registers, together with a best-available
timestamp of when the actual I2C read occurred.
|
TimestampedData
|
readTimeStamped(int ireg,
int creg,
I2cDeviceSynch.ReadWindow readWindowNeeded,
I2cDeviceSynch.ReadWindow readWindowSet)
Advanced: Atomically calls ensureReadWindow()
with the last two parameters and then
readTimeStamped() with the first two without the possibility
of a concurrent client
interrupting in the middle.
|
void |
resetDeviceConfigurationForOpMode()
Resets the device's configuration to that
which is expected at the beginning of an OpMode.
|
void |
setHealthStatus(HardwareDeviceHealth.HealthStatus status)
|
void |
setHeartbeatAction(I2cDeviceSynch.HeartbeatAction action)
Sets the action to take when the current
heartbeat interval expires.
|
void |
setHeartbeatInterval(int ms)
Sets the interval within which communication
must be received by the I2C device lest
a timeout may occur.
|
void |
setHistoryQueueCapacity(int capacity)
Sets the maximum number of
TimestampedI2cData s
that will simultaneously be stored in the
history queue.
|
void |
setI2cAddr(I2cAddr i2cAddr)
Sets the I2C address of the underlying
client.
|
void |
setI2cAddress(I2cAddr newAddress)
Configures a new I2C address to use
|
void |
setLogging(boolean enabled)
Turn logging on or off.
|
void |
setLoggingTag(java.lang.String loggingTag)
Set the tag to use when logging is on.
|
void |
setReadWindow(I2cDeviceSynch.ReadWindow window)
Set the set of registers that we will read
and read and read again on every hardware cycle
|
void |
setUserConfiguredName(java.lang.String name)
Informs the device of a name by which it
would be recognized by the user.
|
protected void |
unhook()
|
void |
waitForWriteCompletions(I2cWaitControl waitControl)
Waits for the most recent write to complete
according to the behavior specified in writeControl.
|
void |
write(int ireg,
byte[] data)
Writes data to a set of registers, beginning
with the one indicated, using
I2cWaitControl.ATOMIC
semantics.
|
void |
write(int ireg,
byte[] data,
I2cWaitControl waitControl)
Writes data to a set of registers, beginning
with the one indicated.
|
void |
write8(int ireg,
int bVal)
Writes a byte to the indicated register using
I2cWaitControl.ATOMIC
semantics.
|
void |
write8(int ireg,
int bVal,
I2cWaitControl waitControl)
Writes a byte to the indicated register.
|
protected I2cDeviceSynchSimple i2cDeviceSynchSimple
protected I2cDeviceSynchReadHistory i2cDeviceSynchSimpleHistory
protected boolean isSimpleOwned
protected I2cDeviceSynch.ReadWindow readWindow
protected int iregReadLast
protected int cregReadLast
protected int iregWriteLast
protected byte[] rgbWriteLast
protected boolean isHooked
protected boolean isEngaged
protected boolean isClosing
protected int msHeartbeatInterval
protected I2cDeviceSynch.HeartbeatAction heartbeatAction
protected java.util.concurrent.ScheduledExecutorService heartbeatExecutor
protected final java.lang.Object engagementLock
protected final java.lang.Object concurrentClientLock
public I2cDeviceSynchImplOnSimple(I2cDeviceSynchSimple simple, boolean isSimpleOwned)
public void setUserConfiguredName(java.lang.String name)
RobotConfigNameable
setUserConfiguredName
in
interface RobotConfigNameable
public java.lang.String getUserConfiguredName()
RobotConfigNameable
getUserConfiguredName
in
interface RobotConfigNameable
RobotConfigNameable.setUserConfiguredName(String)
public void setLogging(boolean enabled)
I2cDeviceSynchSimple
setLogging
in
interface I2cDeviceSynchSimple
enabled
- whether to enable logging or notpublic boolean getLogging()
getLogging
in
interface I2cDeviceSynchSimple
I2cDeviceSynchSimple.setLogging(boolean)
public void setLoggingTag(java.lang.String loggingTag)
I2cDeviceSynchSimple
setLoggingTag
in
interface I2cDeviceSynchSimple
loggingTag
- the logging tag to suepublic java.lang.String getLoggingTag()
getLoggingTag
in
interface I2cDeviceSynchSimple
I2cDeviceSynchSimple.setLoggingTag(String)
public void engage()
Engagable
protected void hook()
protected void adjustHooking()
public boolean isEngaged()
Engagable
public boolean isArmed()
I2cDeviceSynchSimple
isArmed
in
interface I2cDeviceSynchSimple
Engagable.engage()
public void disengage()
Engagable
protected void unhook()
public void setHeartbeatInterval(int ms)
I2cDeviceSynch
setHeartbeatInterval
in
interface I2cDeviceSynch
ms
- the new hearbeat interval, in milliseconds
I2cDeviceSynch.getHeartbeatInterval()
public int getHeartbeatInterval()
I2cDeviceSynch
getHeartbeatInterval
in
interface I2cDeviceSynch
I2cDeviceSynch.setHeartbeatInterval(int)
public void setHeartbeatAction(I2cDeviceSynch.HeartbeatAction action)
I2cDeviceSynch
setHeartbeatAction
in
interface I2cDeviceSynch
action
- the action to take at each heartbeat.
I2cDeviceSynch.getHeartbeatAction()
,
I2cDeviceSynch.setHeartbeatInterval(int)
public I2cDeviceSynch.HeartbeatAction getHeartbeatAction()
I2cDeviceSynch
getHeartbeatAction
in
interface I2cDeviceSynch
I2cDeviceSynch.setHeartbeatAction(HeartbeatAction)
public void setReadWindow(I2cDeviceSynch.ReadWindow window)
I2cDeviceSynch
setReadWindow
in
interface I2cDeviceSynch
window
- the register window to read. May be
null, indicating that no reads are to occur.
I2cDeviceSynch.getReadWindow()
public I2cDeviceSynch.ReadWindow getReadWindow()
I2cDeviceSynch
getReadWindow
in
interface I2cDeviceSynch
I2cDeviceSynch.setReadWindow(ReadWindow)
public void ensureReadWindow(I2cDeviceSynch.ReadWindow windowNeeded, I2cDeviceSynch.ReadWindow windowToSet)
I2cDeviceSynch
ensureReadWindow
in
interface I2cDeviceSynch
windowNeeded
- Test the current register
window, if any, against this window
to see if an update to the current register window is needed
in
order to cover it. May be null, indicating that an update to
the
current register window is always needed
windowToSet
- If an update to the current
register window is needed, then this
is the window to which it will be set. May be null.
I2cDeviceSynch.setReadWindow(ReadWindow)
,
I2cDeviceSynchSimple.read8(int)
public TimestampedData readTimeStamped(int ireg, int creg, I2cDeviceSynch.ReadWindow readWindowNeeded, I2cDeviceSynch.ReadWindow readWindowSet)
I2cDeviceSynch
readTimeStamped
in
interface I2cDeviceSynch
ireg
- the register number of the first byte
register to read
creg
- the number of bytes / registers to read
readWindowNeeded
- the read window we require
readWindowSet
- the read window to set if the
required read window is not current
I2cDeviceSynch.ensureReadWindow(ReadWindow,
ReadWindow)
,
I2cDeviceSynchSimple.readTimeStamped(int,
int)
public HardwareDevice.Manufacturer getManufacturer()
HardwareDevice
getManufacturer
in
interface HardwareDevice
public java.lang.String getDeviceName()
HardwareDevice
getDeviceName
in
interface HardwareDevice
public java.lang.String getConnectionInfo()
HardwareDevice
getConnectionInfo
in
interface HardwareDevice
public int getVersion()
HardwareDevice
getVersion
in
interface HardwareDevice
public void resetDeviceConfigurationForOpMode()
HardwareDevice
resetDeviceConfigurationForOpMode
in
interface HardwareDevice
public void close()
HardwareDevice
close
in
interface HardwareDevice
public void setHealthStatus(HardwareDeviceHealth.HealthStatus status)
setHealthStatus
in
interface HardwareDeviceHealth
public HardwareDeviceHealth.HealthStatus getHealthStatus()
getHealthStatus
in
interface HardwareDeviceHealth
public java.util.concurrent.BlockingQueue<TimestampedI2cData> getHistoryQueue()
I2cDeviceSynchReadHistory
TimestampedI2cData
s
are (optionally)
placed as they become available.
To access these TimestampedI2cData
s,
call
I2cDeviceSynchReadHistory.setHistoryQueueCapacity(int)
to enable
the history queue. Once enabled, the history queue can be
accessed using I2cDeviceSynchReadHistory.getHistoryQueue()
and the methods thereon used to access TimestampedI2cData
s
as they become available.
When I2cDeviceSynchReadHistory.setHistoryQueueCapacity(int)
is called, any history queue returned previously by
I2cDeviceSynchReadHistory.getHistoryQueue()
becomes invalid and must be re-fetched.
getHistoryQueue
in
interface I2cDeviceSynchReadHistory
getHistoryQueue
in
class I2cDeviceSynchReadHistoryImpl
TimestampedI2cData
s
may be retrieved.
I2cDeviceSynchReadHistory.setHistoryQueueCapacity(int)
public void setHistoryQueueCapacity(int capacity)
I2cDeviceSynchReadHistory
TimestampedI2cData
s
that will simultaneously be stored in the
history queue. If the queue is full and new TimestampedI2cData
s
become available, older
data will be discarded. The history queue initially has a
capacity of zero.
Note that calling this method invalidates any history queue
retrieved previously
through I2cDeviceSynchReadHistory.getHistoryQueue()
.
setHistoryQueueCapacity
in
interface I2cDeviceSynchReadHistory
setHistoryQueueCapacity
in
class I2cDeviceSynchReadHistoryImpl
capacity
- the maximum number of items that may
be stored in the history queue
I2cDeviceSynchReadHistory.getHistoryQueue()
,
I2cDeviceSynchReadHistory.getHistoryQueueCapacity()
public int getHistoryQueueCapacity()
I2cDeviceSynchReadHistory
getHistoryQueueCapacity
in
interface I2cDeviceSynchReadHistory
getHistoryQueueCapacity
in
class I2cDeviceSynchReadHistoryImpl
I2cDeviceSynchReadHistory.setHistoryQueueCapacity(int)
,
I2cDeviceSynchReadHistory.getHistoryQueue()
public void addToHistoryQueue(TimestampedI2cData data)
addToHistoryQueue
in
class I2cDeviceSynchReadHistoryImpl
protected boolean isOpenForReading()
protected boolean isOpenForWriting()
protected boolean newReadsAndWritesAllowed()
public void setI2cAddress(I2cAddr newAddress)
I2cAddrConfig
setI2cAddress
in
interface I2cAddrConfig
newAddress
- the new I2C address to usepublic I2cAddr getI2cAddress()
I2cAddressableDevice
getI2cAddress
in
interface I2cAddressableDevice
public void setI2cAddr(I2cAddr i2cAddr)
I2cDeviceSynchSimple
setI2cAddr
in
interface I2cDeviceSynchSimple
i2cAddr
- the new I2C addresspublic I2cAddr getI2cAddr()
I2cDeviceSynchSimple
getI2cAddr
in
interface I2cDeviceSynchSimple
public byte read8(int ireg)
I2cDeviceSynchSimple
I2cDeviceSynchSimple.readTimeStamped(int,
int)
for a
complete description.
read8
in
interface I2cDeviceSynchSimple
ireg
- the register number to readI2cDeviceSynchSimple.read(int,
int)
,
I2cDeviceSynchSimple.readTimeStamped(int,
int)
,
I2cDeviceSynch.ensureReadWindow(I2cDeviceSynch.ReadWindow,
I2cDeviceSynch.ReadWindow)
public byte[] read(int ireg, int creg)
I2cDeviceSynchSimple
I2cDeviceSynchSimple.readTimeStamped(int,
int)
for a
complete description.
read
in
interface I2cDeviceSynchSimple
ireg
- the register number of the first byte
register to read
creg
- the number of bytes / registers to read
I2cDeviceSynchSimple.read8(int)
,
I2cDeviceSynchSimple.readTimeStamped(int,
int)
,
I2cDeviceSynch.ensureReadWindow(I2cDeviceSynch.ReadWindow,
I2cDeviceSynch.ReadWindow)
public TimestampedData readTimeStamped(int ireg, int creg)
I2cDeviceSynchSimple
You can always just call this method without worrying at all
about
read
windows
,
that will work, but usually it is more efficient to take
some thought and care as to what set
of registers the I2C device controller is being set up to
read, as adjusting that window
of registers incurs significant extra time.
If the current read window can't be used to read the
requested registers, then
a new read window will automatically be created as follows.
If the current read window is non
null and wholly contains the registers to read but can't be
read because it is a used-up
ReadMode#ONLY_ONCE
window,
a new read fresh window will be created with the same set of
registers. Otherwise, a
window that exactly covers the requested set of registers
will be created.
readTimeStamped
in
interface I2cDeviceSynchSimple
ireg
- the register number of the first byte
register to read
creg
- the number of bytes / registers to read
I2cDeviceSynchSimple.read(int,
int)
,
I2cDeviceSynchSimple.read8(int)
,
I2cDeviceSynch.ensureReadWindow(I2cDeviceSynch.ReadWindow,
I2cDeviceSynch.ReadWindow)
public void write8(int ireg, int bVal)
I2cDeviceSynchSimple
I2cWaitControl.ATOMIC
semantics.
write8
in
interface I2cDeviceSynchSimple
ireg
- the register number that is to be
written
bVal
- the byte which is to be written to that
register
I2cDeviceSynchSimple.write(int,
byte[], I2cWaitControl)
public void write8(int ireg, int bVal, I2cWaitControl waitControl)
I2cDeviceSynchSimple
I2cDeviceSynchSimple.write(int,
byte[], I2cWaitControl)
.
write8
in
interface I2cDeviceSynchSimple
ireg
- the register number that is to be
written
bVal
- the byte which is to be written to that
register
waitControl
- controls the behavior of waiting
for the completion of the write
I2cDeviceSynchSimple.write(int,
byte[], I2cWaitControl)
public void write(int ireg, byte[] data)
I2cDeviceSynchSimple
I2cWaitControl.ATOMIC
semantics.
write
in
interface I2cDeviceSynchSimple
ireg
- the first of the registers which is to
be written
data
- the data which is to be written to the
registers
I2cDeviceSynchSimple.write(int,
byte[], I2cWaitControl)
public void write(int ireg, byte[] data, I2cWaitControl waitControl)
I2cDeviceSynchSimple
write
in
interface I2cDeviceSynchSimple
ireg
- the first of the registers which is to
be written
data
- the data which is to be written to the
registers
waitControl
- controls the behavior of waiting
for the completion of the write
public void waitForWriteCompletions(I2cWaitControl waitControl)
I2cDeviceSynchSimple
waitForWriteCompletions
in
interface I2cDeviceSynchSimple
waitControl
- controls the behavior of waiting
for the completion of the write
Note that a value of I2cWaitControl.NONE
is essentially a no-op.
public void enableWriteCoalescing(boolean enable)
I2cDeviceSynchSimple
enableWriteCoalescing
in
interface I2cDeviceSynchSimple
enable
- whether to enable write coalescing or
not
I2cDeviceSynchSimple.isWriteCoalescingEnabled()
public boolean isWriteCoalescingEnabled()
I2cDeviceSynchSimple
isWriteCoalescingEnabled
in
interface I2cDeviceSynchSimple
I2cDeviceSynchSimple.enableWriteCoalescing(boolean)


Reveal.js
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Gantaki Zu Urutu:
Ah, you have not yet obtained the second scroll? Ha ha! I well know that how difficult it is to do so. But if you cannot overcome this trial, you are certainly not fit to be a Monk. Steel yourself to the task at hand and try again!


{% extends 'sample/base.html' %} {% load i18n %} {% block content %} SAMPLE World Overview of Conservation Approaches and Technologies SAMPLE is an established global network of Soil and Water Conservation (SWC) specialists, dedicated to sustainable land management (SLM). Add a new Technology {% include "wocat/partial/search.html" with current="sample" %} Last updates {% include "sample/questionnaire/partial/list.html" %} {% endblock %}
World Overview of Conservation Approaches and Technologies
SAMPLE is an established global network of Soil and Water Conservation (SWC) specialists, dedicated to sustainable land management (SLM).


Slice Revealer
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Land
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Current Status
So far the package can get extract either one or two dimensional portions of a model run from an hdf file. Recent work made it so that one could create a corpus of hdf files and query all of them at once. This has been implemented for the 1d portion of things, 2d is yet to be implemented. This will be tasks in the coming updates.
Current feature set is, reading a single hdf file from disk and extracting either and 2d portion of the model using a single x, y coordinate, or extracting a cross section portion of the model using a cross section location.
Today will work on 2d features namely:


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{% extends "layout.html" %} {% load staticfiles %} {% block content %}
The CESAR program is being developed as part of the ACAD research pilot of CLARIAH.
ACAD stands for Automatic Coherence Analysis of Dutch and it serves a number of goals:
The first goal concentrates on a web application, which is Cesar: a Corpus Editor for Syntactically Annotated Resources. The Cesar application allows for defining, hosting and browsing syntactically annotated text corpora (see the Browse menu item), and it allows for editing and executing searches through these corpora, as well as viewing the results.
The second goal of ACAD is to allow for automatic anaylsis of causal coherence in discourse. This goal is accomplished by developing a number of searches for the different causal connectives under review (e.g. omdat, want). These searches are made available to different groups of CESAR users, such as researchers and students. Users can copy a search to their own account, adapt it and use it on a corpus to perform the automatic analysis.
ACAD provides the first part of a coherence analysis. It not only finds all occurrences of the causal marker that is being investigated, but it supplements each of those finds with a user-programmable number of output features. The table of the found markers and their output features can be exported from Cesar as a CSV (or Excel) file, and it are these data that can then be analysed further by statistical tools.
Request assistance » Step-by-step (pdf) Manual (pdf) Short overview
The CESAR application builds on previous programs:
The source code of Cesar is available at github.


| Client Name | Case Manager | Provider Name | Foster Care Worker | Kinship Worker | Person type | Completed By | Action |
|---|---|---|---|---|---|---|---|
| {{data.client_name}} | {{data.case_manager}} | {{data.provider_name}} | {{data.foster_care_worker}} | {{data.kinship_worker}} | {{data.personal_type}} | {{data.completed_by}} |


request_type,vehicle_type,trip_status,city_id,trip_fare_usd
Black,Black Car,completed,44,573.0284105520002
Black,Black Car,rider_canceled,50,10.665955605
Black,UberVIP,completed,8,43.751970059
Black,UberVIP,rider_canceled,9,0.0
Black,UberX,completed,6293,37811.06687101608
Black,UberX,driver_canceled,206,266.919564849
Black,UberX,fare_split,2,14.342657977
Black,UberX,rider_canceled,1998,253.31875838700014
Black,UberX,unfulfilled,2,0.0
Black,uberXL,completed,46,485.8907626460001
Black,uberXL,driver_canceled,1,0.0
Black,uberXL,rider_canceled,33,6.399573362
UberX,Black Car,completed,258,3778.1901633740003
UberX,Black Car,driver_canceled,13,31.999287546999998
UberX,Black Car,fare_split,1,12.11233269
UberX,Black Car,rider_canceled,304,21.332471513
UberX,Black Car,unfulfilled,1,0.0
UberX,UberVIP,completed,133,709.1164200940001
UberX,UberVIP,driver_canceled,1,0.0
UberX,UberVIP,rider_canceled,106,9.332600171
UberX,UberVIP,unfulfilled,1,0.0
UberX,UberX,completed,20694,120941.79878621071
UberX,UberX,driver_canceled,773,804.492176299999
UberX,UberX,fare_split,4,26.033126408999998
UberX,UberX,rider_canceled,5784,636.7645748809986
UberX,UberX,unfulfilled,17,0.0
UberX,uberXL,completed,903,9889.325490699022
UberX,uberXL,driver_canceled,38,73.59610230599999
UberX,uberXL,fare_split,1,17.83952428
UberX,uberXL,rider_canceled,569,89.59506725499998
UberX,uberXL,unfulfilled,3,0.0


We got the run started at almost 11:00. There was a total of 22 trucks for the run, 7 of them were not members. There was quite a selection, from Jeeps to land yachts (only kitdding Jim and Bob).
We headed out to the first cliff, on the way there was a little rock climb that most everone made, and several decided to go around. We had to loop around the trail to go back and with this many trucks we were a little tight.
We backtracked to the beginning to take another trail. This trail has little more excitement. First was the mud hole which everyone just loves (right Keith and Erik). We decided to come back after we finished the trail.
the one wheel squeal
We headed around the mountain with some tight spots for the full sizes. We also came across single rocks that needed to be run over. The grounp came acrss the only real rock/mud climb with some challenge. We all watched Keith twist and break a perfectly good front driveshaft. Air, hard ground, and horse power don't really go together.
Everyone made it under there own power one way or another, except the Pathfinder. He needed to be winched by Roger. This took a little longer with the 4-Runner's battery going dead (finally something wend bad for him). After the jump we were on our way.
The ski slope was in use so only a few trucks made it up there. We stopped for lunch in a clearing, and we met up with Jim O. He got the Bronco back together. After lunch we headed to the mud pit again. Everyone chose different routes some made them some didn't. We finally said our goodbyes and went to air up. Thanks for a great run.
finally out of the mud pit


Here's a little bit about what drives us..
Grass Roots
Idea, training, and goals
imapex is an SE program.
Active Engagement
In imapex we learn by doing
Success is determined by results.
Constant Change
Things change...
imapex will work to keep up


An implementation of split-population duration regression models. Unlike regular duration models, split-population duration models are mixture models that accommodate the presence of a sub-population that is not at risk for failure, e.g. cancer patients who have been cured by treatment. This package implements Weibull and Loglogistic forms for the duration component, and focuses on data with time-varying covariates. These models were originally formulated in Boag (1949) <http://www.jstor.org/stable/2983694> and Berkson and Gage (1952) <http://www.jstor.org/stable/2281318>, and extended in Schmidt and Witte (1989) <doi:10.1016/0304-4076(89)90034-1>.
| Version: | 0.17.1 |
| Depends: | R (≥ 3.1.2) |
| Imports: | corpcor, graphics, forecast, plyr, MASS, stats, Rcpp (≥ 0.11.0), separationplot, xtable |
| LinkingTo: | Rcpp, RcppArmadillo |
| Suggests: | covr, devtools, testthat, knitr, rmarkdown |
| Published: | 2018-05-04 |
| Author: | Andreas Beger [aut, cre], Daina Chiba [aut], Daniel W. Hill, Jr. [aut], Nils W. Metternich [aut], Shahryar Minhas [aut], Michael D. Ward [aut, cph] |
| Maintainer: | Andreas Beger <adbeger at gmail.com> |
| BugReports: | https://github.com/andybega/spduration/issues |
| License: | GPL-3 |
| URL: | https://github.com/andybega/spduration, https://andybeger.com/spduration |
| NeedsCompilation: | yes |
| Materials: | README NEWS |
| CRAN checks: | spduration results |
| Reference manual: | spduration.pdf |
| Vignettes: |
Introduction to spduration |
| Package source: | spduration_0.17.1.tar.gz |
| Windows binaries: | r-devel: spduration_0.17.1.zip, r-release: spduration_0.17.1.zip, r-oldrel: spduration_0.17.1.zip |
| OS X binaries: | r-release: spduration_0.17.1.tgz, r-oldrel: spduration_0.17.1.tgz |
| Old sources: | spduration archive |
Please use the canonical form https://CRAN.R-project.org/package=spduration to link to this page.


Rhisis' Trail
Rhisis' Trail Dungeon
History Unknown
| Rhisis' Trail Dungeon is accessible from the Kaillun continent. |
Dungeon Particularities
| All Masquerpets are aggravated. This is an Instance Dungeon so only Party and or Guild members will be present. |
| Entrance Fee |
| Speak to Mysterious Girl to enter and give her a Rainbow Stone |
|
Unique Items Present
Rhisis' Trail Dungeon contain item uniquely found here. |
|
Available
Available from NPC [Knowledge Thirsty] Einherr , these quests may be repeated daily |
|
Quest Items Found Here
Contaminated Waagsac's Eyebrow Contaminated Aibatt's Tail Essence of Contaminated Glaphan |
|
Certain rules apply:
1) You must be in a party to enter dungeon, party members will be teleported inside. You may proceed alone, though this is not advised 2) There is no cooldown on this dungeon. 3) If you DC you will be spawned just outside the dungeon and re-entrance is permitted 4) The use of Trans, be it Aibatt Trans or other, are no longer allowed within the dungeons 5) You must be a level 121+ Hero to enter the dungeon & party leader must have a rainbow stone. 6) For the (Flame King) Meteonyker to appear both mini bosses Contaminated Giant Kururung & Contaminated Giant Mushmoot must be killed. |
Monsters Present
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This dungeon is for level 150 ~ 156 Masquerpets. This is a party dungeon so masquerpets hit hard and have a lot of hp. |
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Dungeon Prizes
| Rhisis' Trail Prizes | |||||
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| Gear/Stats | Gear/Stats | ||||
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Complete the following procedure to compile and run the example: From yourbasedir/objectserialization/ReplaceableInterface, compile the file Substitute.java using JDKTM 1.2 or higher: javac Substitute.java Run the compiled file: java Substitute
Complete the following procedure to compile and run the example:
javac Substitute.java
java Substitute


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