BMLTNAMeetingSearchInitialViewController
class BMLTNAMeetingSearchInitialViewController : UIViewController, BMLTiOSLibDelegate, CLLocationManagerDelegate
This is the fundamental instance for the app.
The whole deal with the app, is that it’s a one button
app. Press the big button, and get a modal set of results presented simply and intuitively.
-
The Search Results Segue ID
Declaration
Swift
private static let _sSearchResultsSegueID: String
-
This is the BMLTiOSLib instance that handles the session with the server.
Declaration
Swift
private static var _svCommunicationObject: BMLTiOSLib!
-
This will hold our location manager.
Declaration
Swift
private var _locationManager: CLLocationManager!
-
We can do two tries to determine location. This is set to true after the first one.
Declaration
Swift
private var _locationFailedOnce: Bool
-
This contains the coordinates we found when we geolocated.
Declaration
Swift
private var _searchCenterCoords: CLLocationCoordinate2D
-
This is a flag that tells us to run the app upon first load.
Declaration
Swift
private var _firstLoad: Bool
-
This is a flag that tells the error display not to yell at us (for now).

Declaration
Swift
@IBOutlet weak var theBigSearchButton: BMLTNAMeetingSearchAnimatedButtonView!
-
Tells us whether or not we have an active, valid session (read-only)
Declaration
Swift
var isSessionValid: Bool { get }
-
This is a quick access to the communication object.
Declaration
Swift
var commObject: BMLTiOSLib! { get set }
-
Quick access to the search Criteria (read-only)
Declaration
Swift
var criteriaObject: BMLTiOSLibSearchCriteria! { get }
-
Handles a found location. This starts the process of finding meetings that start today, after our current time. We add tomorrow, as well, looping the week if we are at the end.
Declaration
Swift
private func _startSearch(_ coordinate: CLLocationCoordinate2D)
Parameters
coordinate
The coordinate of the user’s location.
-
Displays the given error in an alert with an
OK
button.Declaration
Swift
class func _displayErrorAlert(_ inTitle: String, inMessage: String, presentedBy inPresentingViewController: UIViewController)
Parameters
inTitle
a string to be displayed as the title of the alert. It is localized by this method.
inMessage
a string to be displayed as the message of the alert. It is localized by this method.
-
We simply use this to make sure our NavBar is hidden.
Simplify, simplify, simplify.
Declaration
Swift
override func viewWillAppear(_ animated: Bool)
Parameters
animated
True, if the appearance is animated.
-
Called as we prepare to bring in the meeting list. We take this opportunity to attach the meeting search results to the list controller.
Declaration
Swift
override func prepare(for segue: UIStoryboardSegue, sender: Any?)
Parameters
segue
The segue object.
sender
The meeting search results Array data we attached to the segue.
-
This is called when the large search button is called.
Declaration
Swift
@IBAction func bigAssButtonWasHit(_ sender: BMLTNAMeetingSearchAnimatedButtonView)
Parameters
sender
The big button of Search.
-
Sets up a new connection. This starts the animation.
Declaration
Swift
func startNewConnection()
-
Kills the connection.
When this stops the animation, it does so in a fashion that does not reset the animation to the first frame. If you want to reset the animation, you need to subsequently call self.theBigSearchButton.stopAnimation() <- Notice no arguments.
Declaration
Swift
func terminateConnection()
-
Indicates whether or not the server pointed to via the URI is a valid server (the connection was successful).
Declaration
Swift
func bmltLibInstance(_ inLibInstance: BMLTiOSLib, serverIsValid: Bool)
Parameters
inLibInstance
the BMLTiOSLib instance.
inServerIsValid
A Bool, true, if the server was successfully connected.
-
Returns the result of a meeting search.
Declaration
Swift
func bmltLibInstance(_ inLibInstance: BMLTiOSLib, meetingSearchResults: [BMLTiOSLibMeetingNode])
Parameters
inLibInstance
the BMLTiOSLib instance.
meetingSearchResults
An array of meeting objects, representing the results of a search.
-
Called if there is an error.
The error String will be a key for localization, and will be pretty much worthless on its own.
Declaration
Swift
func bmltLibInstance(_ inLibInstance: BMLTiOSLib, errorOccurred error: Error)
Parameters
inLibInstance
the BMLTiOSLib instance.
errorOccurred
The error that occurred.
-
This is called if the location manager suffers a failure.
Declaration
Swift
func locationManager(_ manager: CLLocationManager, didFailWithError error: Error)
Parameters
manager
The Location Manager object that had the error.
didFailWithError
The error in question.
-
Callback to handle found locations.
Declaration
Swift
func locationManager(_ manager: CLLocationManager, didUpdateLocations locations: [CLLocation])
Parameters
manager
The Location Manager object that had the event.
didUpdateLocations
an array of updated locations.


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NumPy Bitwise OperatorsNumpy provides the following bitwise operators.
bitwise_and OperationThe NumPy provides the bitwise_and() function which is used to calculate the bitwise_and operation of the two operands. The bitwise and operation is performed on the corresponding bits of the binary representation of the operands. If both the corresponding bit in the operands is set to 1, then only the resultant bit in the AND result will be set to 1 otherwise it will be set to 0. ExampleOutput: binary representation of a: 0b1010 binary representation of b: 0b1100 Bitwise-and of a and b: 8 AND Truth TableThe output of the AND result of the two bits is 1 if and only if both the bits are 1 otherwise it will be 0.
bitwise_or OperatorThe NumPy provides the bitwise_or() function which is used to calculate the bitwise or operation of the two operands. The bitwise or operation is performed on the corresponding bits of the binary representation of the operands. If one of the corresponding bit in the operands is set to 1 then the resultant bit in the OR result will be set to 1; otherwise it will be set to 0. ExampleOutput: binary representation of a: 0b110010 binary representation of b: 0b1011010 Bitwise-or of a and b: 122 Or truth tableThe output of the OR result of the two bits is 1 if one of the bits are 1 otherwise it will be 0.
Invert operationIt is used to calculate the bitwise not the operation of the given operand. The 2's complement is returned if the signed integer is passed in the function. Consider the following example. ExampleOutput: Binary representation: 00010100 [235] Binary representation: 11101011 It shifts the bits in the binary representation of the operand to the left by the specified position. An equal number of 0s are appended from the right. Consider the following example. ExampleOutput: left shift of 20 by 3 bits 160 Binary representation of 20 in 8 bits 00010100 Binary representation of 160 in 8 bits 10100000 Right Shift OperationIt shifts the bits in the binary representation of the operand to the right by the specified position. An equal number of 0s are appended from the left. Consider the following example. ExampleOutput: left shift of 20 by 3 bits 2 Binary representation of 20 in 8 bits 00010100 Binary representation of 160 in 8 bits 10100000
Next TopicNumPy String Functions
|
NumPy Bitwise OperatorsNumpy provides the following bitwise operators.
bitwise_and OperationThe NumPy provides the bitwise_and() function which is used to calculate the bitwise_and operation of the two operands. The bitwise and operation is performed on the corresponding bits of the binary representation of the operands. If both the corresponding bit in the operands is set to 1, then only the resultant bit in the AND result will be set to 1 otherwise it will be set to 0. ExampleOutput: binary representation of a: 0b1010 binary representation of b: 0b1100 Bitwise-and of a and b: 8 AND Truth TableThe output of the AND result of the two bits is 1 if and only if both the bits are 1 otherwise it will be 0.
bitwise_or OperatorThe NumPy provides the bitwise_or() function which is used to calculate the bitwise or operation of the two operands. The bitwise or operation is performed on the corresponding bits of the binary representation of the operands. If one of the corresponding bit in the operands is set to 1 then the resultant bit in the OR result will be set to 1; otherwise it will be set to 0. ExampleOutput: binary representation of a: 0b110010 binary representation of b: 0b1011010 Bitwise-or of a and b: 122 Or truth tableThe output of the OR result of the two bits is 1 if one of the bits are 1 otherwise it will be 0.
Invert operationIt is used to calculate the bitwise not the operation of the given operand. The 2's complement is returned if the signed integer is passed in the function. Consider the following example. ExampleOutput: Binary representation: 00010100 [235] Binary representation: 11101011 It shifts the bits in the binary representation of the operand to the left by the specified position. An equal number of 0s are appended from the right. Consider the following example. ExampleOutput: left shift of 20 by 3 bits 160 Binary representation of 20 in 8 bits 00010100 Binary representation of 160 in 8 bits 10100000 Right Shift OperationIt shifts the bits in the binary representation of the operand to the right by the specified position. An equal number of 0s are appended from the left. Consider the following example. ExampleOutput: left shift of 20 by 3 bits 2 Binary representation of 20 in 8 bits 00010100 Binary representation of 160 in 8 bits 10100000
Next TopicNumPy String Functions
|
NumPy Bitwise OperatorsNumpy provides the following bitwise operators.
bitwise_and OperationThe NumPy provides the bitwise_and() function which is used to calculate the bitwise_and operation of the two operands. The bitwise and operation is performed on the corresponding bits of the binary representation of the operands. If both the corresponding bit in the operands is set to 1, then only the resultant bit in the AND result will be set to 1 otherwise it will be set to 0. ExampleOutput: binary representation of a: 0b1010 binary representation of b: 0b1100 Bitwise-and of a and b: 8 AND Truth TableThe output of the AND result of the two bits is 1 if and only if both the bits are 1 otherwise it will be 0.
bitwise_or OperatorThe NumPy provides the bitwise_or() function which is used to calculate the bitwise or operation of the two operands. The bitwise or operation is performed on the corresponding bits of the binary representation of the operands. If one of the corresponding bit in the operands is set to 1 then the resultant bit in the OR result will be set to 1; otherwise it will be set to 0. ExampleOutput: binary representation of a: 0b110010 binary representation of b: 0b1011010 Bitwise-or of a and b: 122 Or truth tableThe output of the OR result of the two bits is 1 if one of the bits are 1 otherwise it will be 0.
Invert operationIt is used to calculate the bitwise not the operation of the given operand. The 2's complement is returned if the signed integer is passed in the function. Consider the following example. ExampleOutput: Binary representation: 00010100 [235] Binary representation: 11101011 It shifts the bits in the binary representation of the operand to the left by the specified position. An equal number of 0s are appended from the right. Consider the following example. ExampleOutput: left shift of 20 by 3 bits 160 Binary representation of 20 in 8 bits 00010100 Binary representation of 160 in 8 bits 10100000 Right Shift OperationIt shifts the bits in the binary representation of the operand to the right by the specified position. An equal number of 0s are appended from the left. Consider the following example. ExampleOutput: left shift of 20 by 3 bits 2 Binary representation of 20 in 8 bits 00010100 Binary representation of 160 in 8 bits 10100000
Next TopicNumPy String Functions
|
NumPy Bitwise OperatorsNumpy provides the following bitwise operators.
bitwise_and OperationThe NumPy provides the bitwise_and() function which is used to calculate the bitwise_and operation of the two operands. The bitwise and operation is performed on the corresponding bits of the binary representation of the operands. If both the corresponding bit in the operands is set to 1, then only the resultant bit in the AND result will be set to 1 otherwise it will be set to 0. ExampleOutput: binary representation of a: 0b1010 binary representation of b: 0b1100 Bitwise-and of a and b: 8 AND Truth TableThe output of the AND result of the two bits is 1 if and only if both the bits are 1 otherwise it will be 0.
bitwise_or OperatorThe NumPy provides the bitwise_or() function which is used to calculate the bitwise or operation of the two operands. The bitwise or operation is performed on the corresponding bits of the binary representation of the operands. If one of the corresponding bit in the operands is set to 1 then the resultant bit in the OR result will be set to 1; otherwise it will be set to 0. ExampleOutput: binary representation of a: 0b110010 binary representation of b: 0b1011010 Bitwise-or of a and b: 122 Or truth tableThe output of the OR result of the two bits is 1 if one of the bits are 1 otherwise it will be 0.
Invert operationIt is used to calculate the bitwise not the operation of the given operand. The 2's complement is returned if the signed integer is passed in the function. Consider the following example. ExampleOutput: Binary representation: 00010100 [235] Binary representation: 11101011 It shifts the bits in the binary representation of the operand to the left by the specified position. An equal number of 0s are appended from the right. Consider the following example. ExampleOutput: left shift of 20 by 3 bits 160 Binary representation of 20 in 8 bits 00010100 Binary representation of 160 in 8 bits 10100000 Right Shift OperationIt shifts the bits in the binary representation of the operand to the right by the specified position. An equal number of 0s are appended from the left. Consider the following example. ExampleOutput: left shift of 20 by 3 bits 2 Binary representation of 20 in 8 bits 00010100 Binary representation of 160 in 8 bits 10100000
Next TopicNumPy String Functions
|


Hello!
Currently attending a 15 month long Master of Science in Technology Innovation program at the University of Washington. Upon graduating, I'll head overseas to Tsinghua University to obtain a Masters of Engineering in Information Technology and Data Science.
China Born, America Raised. I was born in southern China but moved to Winston-Salem, North Carolina when I was 2 years old. I went to N.C. State for undergrad and upon graduating, moved to Washington D.C. to work in Federal IT Consulting for 5 years before moving out west.
In my previous life, I was a federal IT consultant, a front-end web development teacher and a full stack developer. Now back in school, I'm looking utilize the disciplinaries of Technology Innovation (Design, Development, Strategy) in my next career as a Technical Product Manager.
Avid traveler (20 countries and counting), olympic weightlifter (I lift things) and yelper (low key foodie). I enjoy long drives in my mini cooper (road trips are the best!) and listening to EDM (Marshmello is my favorite DJ).
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Passenger vehicle retail sales jump 11 per cent in October on festive demand: FADA
Two-wheeler sales increased 5 per cent to 13,34,941 units last month as compared with 12,70,261 units in the year-ago period.
by PTIAutomobile dealers’ body FADA on Tuesday said retail sales of passenger vehicles in October increased 11 per cent to 2,48,036 units against the same period last year, driven by festive demand during the month.
According to Federation of Automobile Dealers Associations (FADA), passenger vehicles (PV) sales stood at 2,23,498 units in October 2018.
Two-wheeler sales increased 5 per cent to 13,34,941 units last month as compared with 12,70,261 units in the year-ago period.
Commercial vehicle sales, however, declined 23 per cent to 67,060 units as compared to 87,618 units in October last year.
Three-wheeler sales saw an increase of 4 per cent to 59,573 units last month.
Total sales across categories rose 4 per cent to 17,09,610 units in October, as against 16,38,832 units in the same month last year.
“October retails were in the positive, giving a much-needed respite to the auto industry – especially to our dealer community – after months of de-growth,” FADA President Ashish Harsharaj Kale said.
The festival season saw very good footfalls at dealerships across most of the geographies, the consumer sentiment was positive, and purchase decisions were concluded as used to be during the growth years, he added.
Kale said two-wheeler inventory has reduced from an alarming level while PV inventory is also at reasonable levels.
“CV inventory has also reduced, although with retail continuing to be weak further wholesale regulation is required to reach FADA’s 21 days recommended levels,” he added.
With the auto industry heading into the unknown territory of BSVI transition, more needs to be done towards inventory reduction to avoid dealer losses, Kale noted.


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Hi, I am the most cheerful person in the world) I am 26 years old, I live in the city of Dnipro. I work in a cafe and want to realize myself.
Experience
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2019
I decided to change my occupation
-
2018
Graduated the National Metallurgical Academy
-
2017
Got a promotion
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Got a job at McDonald's
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2012
Entered the National Metallurgical Academy
Personal life
-
1994
Was born


Overlaying histograms with a normal curve
Overlaying a histogram (possibly facetted) is not something far fetched when analyzing data. Surprisingly, it appears (to the best of my knowledge) that there’s no comfortable out-of-the-box solution in ggplot2, although it can be of course achieved with some lines of code. Here’s my take.
Setup
library(tidyverse)
Some data
d <- read_csv("https://vincentarelbundock.github.io/Rdatasets/csv/openintro/speed_gender_height.csv")
## Warning: Missing column names filled in: 'X1' [1]
##
## ── Column specification ────────────────────────────────────────────────────────
## cols(
## X1 = col_double(),
## speed = col_double(),
## gender = col_character(),
## height = col_double()
## )
glimpse(d)
## Rows: 1,325
## Columns: 4
## $ X1 <dbl> 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, …
## $ speed <dbl> 85, 40, 87, 110, 110, 120, 90, 90, 80, 95, 110, 90, 110, 70, 10…
## $ gender <chr> "female", "male", "female", "female", "male", "female", "female…
## $ height <dbl> 69, 71, 64, 60, 70, 61, 65, 65, 61, 69, 63, 72, 70, 68, 63, 78,…
d %>%
slice_head(n = 5)
## # A tibble: 5 x 4
## X1 speed gender height
## <dbl> <dbl> <chr> <dbl>
## 1 1 85 female 69
## 2 2 40 male 71
## 3 3 87 female 64
## 4 4 110 female 60
## 5 5 110 male 70
Preparing data
We’ll use a “total” histogram for the whole sample, to that end, we’ll need to remove the grouping information from the data.
d2 <-
d |>
select(-gender)
Here’s a data set with summary data:
d_summary <-
d %>%
group_by(gender) %>%
summarise(height_m = mean(height, na.rm = T),
height_sd = sd(height, na.rm = T))
d_summary
## # A tibble: 2 x 3
## gender height_m height_sd
## <chr> <dbl> <dbl>
## 1 female 64.3 2.99
## 2 male 69.7 3.55
Plot it
d %>%
ggplot() +
aes() +
geom_histogram(aes(y = ..density.., x = height, fill = gender)) +
facet_wrap(~ gender) +
geom_histogram(data = d2, aes(y = ..density.., x = height),
alpha = .5) +
stat_function(data = d_summary %>% filter(gender == "female"),
fun = dnorm,
#color = "red",
args = list(mean = filter(d_summary,
gender == "female")$height_m,
sd = filter(d_summary,
gender == "female")$height_sd)) +
stat_function(data = d_summary %>% filter(gender == "male"),
fun = dnorm,
#color = "red",
args = list(mean = filter(d_summary,
gender == "male")$height_m,
sd = filter(d_summary,
gender == "male")$height_sd)) +
theme(legend.position = "none",
axis.title.y = element_blank(),
axis.text.y = element_blank(),
axis.ticks.y = element_blank()) +
labs(title = "Facetted histograms with overlaid normal curves",
caption = "The grey histograms shows the whole distribution (over) both groups, i.e. females and men") +
scale_fill_brewer(type = "qual", palette = "Set1")
## Warning: Removed 5 rows containing non-finite values (stat_bin).
## Warning: Removed 10 rows containing non-finite values (stat_bin).
Actually there exists a simple solution
Not within ggplot2
per se, but if you are willing to use ggformula
then it is pretty straight forward (source).
library(ggformula)
## Loading required package: ggstance
##
## Attaching package: 'ggstance'
## The following objects are masked from 'package:ggplot2':
##
## geom_errorbarh, GeomErrorbarh
## Loading required package: scales
##
## Attaching package: 'scales'
## The following object is masked from 'package:purrr':
##
## discard
## The following object is masked from 'package:readr':
##
## col_factor
## Loading required package: ggridges
##
## New to ggformula? Try the tutorials:
## learnr::run_tutorial("introduction", package = "ggformula")
## learnr::run_tutorial("refining", package = "ggformula")
gf_dens( ~ height | gender, data = d) %>%
gf_fitdistr(color = "red") %>%
gf_fitdistr(dist = "normal", color = "blue")
## Warning: Removed 5 rows containing non-finite values (stat_density).
## Warning: Removed 5 rows containing non-finite values (stat_fitdistr).
## Warning: Removed 5 rows containing non-finite values (stat_fitdistr).
## Warning: Computation failed in `stat_fitdistr()`:
## 'densfun' must be supplied as a function or name
## Warning: Computation failed in `stat_fitdistr()`:
## 'densfun' must be supplied as a function or name
Update: Package ggh4x
I just discovered this ggplot extension, ggh4x, which provides some cool features, including overlay of normal densities.
#devtools::install_github("teunbrand/ggh4x")
library(ggh4x)
ggplot(d, aes(height)) +
geom_density() +
stat_theodensity(colour = "red") +
facet_wrap(~ gender)
## Warning: Removed 5 rows containing non-finite values (stat_density).
## $start.arg
## $start.arg$mean
## [1] 64.34442
##
## $start.arg$sd
## [1] 2.983323
##
##
## $fix.arg
## NULL
##
## $start.arg
## $start.arg$mean
## [1] 69.66787
##
## $start.arg$sd
## [1] 3.548706
##
##
## $fix.arg
## NULL
Nice and clean!


--- layout: blazor title: Blazor for loop description: Blazor for loop keyword: blazor for loop, for loop ---
Loops are used to execute a block of code repeatedly. For example, instead of

Item 1

Item 2

Item 3

Item 4

Item 5

You can write the following:

@for (int x=1;x<6;x++)
{

Item @x

}

{% include aa1.html %} A for loop has the following syntax:
for (expression 1; expression 2; expression 3) {
code block to be executed
}
expression 1 is used for initializing a value (var x = 1) to a variable before the loop starts; expression 2 defines the condition (x < 6) for the loop to continue running; expression 3 is used for updating the variable value (x++) before the next iteration.
Besides incrementing the variable values, you can choose to decrement it in the same manner:

@for (int x = 5; x > 0; x--)
{

Item @x

}

This will return the following:

Item 5

Item 4

Item 3

Item 2

Item 1

Omission of expression in a for loop
It is possible to omit the expressions in the for loop, For example, the following gives you an infinite loop:
@for ( ; ; )
{
Item
}
The for loop is also commonly used to loop through items (though we typically recommend a foreach loopa> for such purpose) in an array as follows:
@page "/"

@for (int x = 0; x < @items.Length; x++)
{

@items[@x]

}

@functions {
string[] items = { "Item 1", "Item 2", "Item 3", "Item 4", "Item 5" };
}
Sometimes, you may need to skip an iteration of the loop or maybe stop the entire loop when some condition occurs. This is when the break and continue keyword comes in useful. The break will exit the loop completely, continue will just skip the current iteration.
In the following example, the else part will not be executed when x is 0. Thus the continue keyword helps skip the iteration when x is 0.

@for (int x = 0; x < 6; x++)
{
if (x == 0)
{
continue;
}
else
{

Item @x

}
}

In the following, none of the items will be displayed. This is because when x is 0, the break portion will be executed and the for loop will be skipped entirely.

@for (int x = 0; x < 6; x++)
{
if (x == 0)
{
break;
}
else
{

Item @x

}
}


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Python's compiler - from tokens to CST
Python's compiler series:
- Python 3.8.0 execution flow
- Python's compiler - from grammar to DFA
- Python's compiler - the grammar file is not LL(1) but the parser is
- Python's compiler - from tokens to CST
- Python's compiler - from CST to AST
- Python's compiler - from AST to code object
- Python's compiler - from code object to pyc file
- Python's compiler - from pyc file to code object
In Python 3.8.0, the pgen program converts the grammar file into DFA transition diagram, stored as files Include/graminit.h and Python/graminit.c.
The parser uses the DFA transition diagram to parse Python source code to CST.
In function Python/pythonrun.c::PyParser_ASTFromFileObject, the data structure grammar _PyParser_Grammar
defined in Python/graminit.c that represents the DFA transition diagram is used.
In function Parser/parser.c::PyParser_New, a parser state is created and the starting non-terminal's DFA is pushed to the parser state's stack.
In function Parser/parsetok.c::parsetok, after reading a token, it is fed into function Parser/parser.c::PyParser_AddToken, where the DFA on the top of the parser state's stack transits according to the token. CST nodes are created along with the transitions.
parsetok.c--parsetok
parser.c--PyParser_New
loop:
# Get next token.
tokenizer.c--PyTokenizer_Get
# Transit DFA and create CST nodes.
parser.c--PyParser_AddToken
parser.c--PyParser_New
acceler.c--PyGrammar_AddAccelerators
acceler.c--fixdfa
acceler.c--fixstate
# Create parser state.
ps = (parser_state *)PyMem_MALLOC(sizeof(parser_state));
# Store the grammar.
ps->p_grammar = g
# Store the CST root node.
ps->p_tree = PyNode_New(start)
# Reset the stack.
s_reset(&ps->p_stack)
# Push the starting entry to stack.
# Each entry stores the CST node, the DFA, the in-DFA state index.
# `PyGrammar_FindDFA` gets the DFA by the DFA ID `start`.
# In-DFA state index starts with 0.
s_push(&ps->p_stack, PyGrammar_FindDFA(g, start), ps->p_tree)
static void
fixstate(grammar *g, state *s)
{
const arc *a;
int k;
int *accel;
int nl = g->g_ll.ll_nlabels;
s->s_accept = 0;
// If the grammar has n labels (terminal and non-terminal symbols), create an array of n ints.
accel = (int *) PyObject_MALLOC(nl * sizeof(int));
if (accel == NULL) {
fprintf(stderr, "no mem to build parser accelerators\n");
exit(1);
}
for (k = 0; k < nl; k++)
// `-1` means no next state.
accel[k] = -1;
a = s->s_arc;
// For the state's each arc.
for (k = s->s_narcs; --k >= 0; a++) {
// Get the label index.
int lbl = a->a_lbl;
// Get the label object.
const label *l = &g->g_ll.ll_label[lbl];
// Get the symbol type.
// Different labels may have same symbol type.
// E.g. different keywords all have symbol type NAME.
// Terminal symbol types are defined in `token.h`.
// Non-terminal symbol types are defined in `graminit.h`.
int type = l->lb_type;
// The 7th bit will be used (at 3BJZX) as an indicator for non-terminal symbol so the number of states of a DFA is limited to 2^7 = 128.
if (a->a_arrow >= (1 << 7)) {
printf("XXX too many states!\n");
continue;
}
// If the symbol is non-terminal.
if (ISNONTERMINAL(type)) {
// Get the DFA of the non-terminal.
const dfa *d1 = PyGrammar_FindDFA(g, type);
int ibit;
// The symbol type for non-terminal minus NT_OFFSET is limited to 128 to keep the accelerator value within 2 bytes.
if (type - NT_OFFSET >= (1 << 7)) {
printf("XXX too high nonterminal number!\n");
continue;
}
// For each label of the grammar.
for (ibit = 0; ibit < g->g_ll.ll_nlabels; ibit++) {
// If the label is in the non-terminal's first set.
if (testbit(d1->d_first, ibit)) {
if (accel[ibit] != -1)
printf("XXX ambiguity!\n");
// 3BJZX
// The first byte's lower 7 bits store the next state index.
// The first byte's zero-based bit 7 stores 1 to indicate a non-terminal.
// The second byte stores the non-terminal symbol type minus NT_OFFSET.
accel[ibit] = a->a_arrow | (1 << 7) |
((type - NT_OFFSET) << 8);
}
}
}
else if (lbl == EMPTY)
s->s_accept = 1;
else if (lbl >= 0 && lbl < nl)
accel[lbl] = a->a_arrow;
}
// Get the upper bound label index that has next state, exclusive.
while (nl > 0 && accel[nl-1] == -1)
nl--;
// Get the lower bound label index that has next state.
for (k = 0; k < nl && accel[k] == -1;)
k++;
if (k < nl) {
int i;
// Create accelerator array.
s->s_accel = (int *) PyObject_MALLOC((nl-k) * sizeof(int));
if (s->s_accel == NULL) {
fprintf(stderr, "no mem to add parser accelerators\n");
exit(1);
}
// Set lower bound label index.
s->s_lower = k;
// Set upper bound label index, exclusive.
s->s_upper = nl;
for (i = 0; k < nl; i++, k++)
// Set the accelerator value.
s->s_accel[i] = accel[k];
}
PyObject_FREE(accel);
}
Parser/parser.c::PyParser_AddToken
int
PyParser_AddToken(parser_state *ps, int type, char *str,
int lineno, int col_offset,
int end_lineno, int end_col_offset,
int *expected_ret)
{
int ilabel;
int err;
D(printf("Token %s/'%s' ... ", _PyParser_TokenNames[type], str));
/* Find out which label this token is */
# Get the label index of the token.
# If the token type is NAME, it will compare the token value because keyword tokens are NAME type too.
ilabel = classify(ps, type, str);
if (ilabel < 0)
return E_SYNTAX;
/* Loop until the token is shifted or an error occurred */
for (;;) {
/* Fetch the current dfa and state */
// Get current DFA.
const dfa *d = ps->p_stack.s_top->s_dfa;
// Get current in-DFA state.
state *s = &d->d_state[ps->p_stack.s_top->s_state];
// If the token's label index is within the range that might lead to the next state.
if (s->s_lower <= ilabel && ilabel < s->s_upper) {
// Get the next state ID.
int x = s->s_accel[ilabel - s->s_lower];
// If have the next state ID.
if (x != -1) {
// If the next state is non-terminal, then we need to push the non-terminal's DFA to stack.
// 7th bit (0-based) indicates non-terminal. This is enforced at 3BJZX.
if (x & (1<<7)) {
/* Push non-terminal */
// Higher byte of `x` stores the DFA index.
// DFA index plus NT_OFFSET gets the DFA ID.
// DFA_IDs are the IDs for non-terminals defined in `graminit.h`. They start with 256 (NT_OFFSET).
int nt = (x >> 8) + NT_OFFSET;
// Lower 7 bits of `x` store the next state index of current DFA after the non-terminal is popped.
int arrow = x & ((1<<7)-1);
if (nt == func_body_suite && !(ps->p_flags & PyCF_TYPE_COMMENTS)) {
/* When parsing type comments is not requested,
we can provide better errors about bad indentation
by using 'suite' for the body of a funcdef */
D(printf(" [switch func_body_suite to suite]"));
nt = suite;
}
// Get the non-terminal's DFA.
const dfa *d1 = PyGrammar_FindDFA(
ps->p_grammar, nt);
// Create a CST node for the non-terminal and add as child of current node.
// Set current DFA's state to the next state so that after the non-terminal is popped, we are in the next state.
// Push the non-terminal's CST node and DFA to stack. The new DFA starts with state 0.
if ((err = push(&ps->p_stack, nt, d1,
arrow, lineno, col_offset,
end_lineno, end_col_offset)) > 0) {
D(printf(" MemError: push\n"));
return err;
}
D(printf(" Push '%s'\n", d1->d_name));
# Continue to process the token with the new DFA.
continue;
}
// Create a CST node for the terminal token and add as child of current node. Set current DFA's state to the next state.
// Lower 7 bits of `x` store the next state index.
/* Shift the token */
if ((err = shift(&ps->p_stack, type, str,
x, lineno, col_offset,
end_lineno, end_col_offset)) > 0) {
D(printf(" MemError: shift.\n"));
return err;
}
D(printf(" Shift.\n"));
/* Pop while we are in an accept-only state */
while (s = &d->d_state
[ps->p_stack.s_top->s_state],
s->s_accept && s->s_narcs == 1) {
D(printf(" DFA '%s', state %d: "
"Direct pop.\n",
d->d_name,
ps->p_stack.s_top->s_state));
s_pop(&ps->p_stack);
if (s_empty(&ps->p_stack)) {
D(printf(" ACCEPT.\n"));
return E_DONE;
}
d = ps->p_stack.s_top->s_dfa;
}
return E_OK;
}
}
// If the token's label index does notlead to the next state.
// If the current state is an accepting state.
if (s->s_accept) {
/* Pop this dfa and try again */
s_pop(&ps->p_stack);
D(printf(" Pop ...\n"));
if (s_empty(&ps->p_stack)) {
D(printf(" Error: bottom of stack.\n"));
return E_SYNTAX;
}
# Continue to process the token with the new DFA.
continue;
}
/* Stuck, report syntax error */
D(printf(" Error.\n"));
if (expected_ret) {
if (s->s_lower == s->s_upper - 1) {
/* Only one possible expected token */
*expected_ret = ps->p_grammar->
g_ll.ll_label[s->s_lower].lb_type;
}
else
*expected_ret = -1;
}
return E_SYNTAX;
}
}
Comments:


This application makes use of the following third party libraries:
Copyright (c) 2011 Gowalla (http://gowalla.com/)
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
Copyright 2009 - 2013 Google, Inc. All rights reserved.
Copyright 2012. Arash Payan. This library is distributed under the terms of the MIT/X11.
Copyright (c) 2012 Peter Steinberger<EMAIL_ADDRESS>This code is a part of http://PSPDFKit.com and has been put under MIT license.
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
PSPDFAlertView.m also contains drawing code by Michał Zaborowski.
Created by Michał Zaborowski on 18/07/12. Copyright (c) 2012 Michał Zaborowski. All rights reserved.
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
Generated by CocoaPods - http://cocoapods.org


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WITNESS LIST Business & Industry Committee March 30, 1999-2:00P HB 1017 For: Niemann, Larry (Community Associations Institiute of Texas) Solcich, Steve Thomas (Texas Coalition for Homeowners' Rights) Walker, Ron (Texas Association of Realtors) Against: Wiggins, Jude (Self and Cypress Creek United Civic Associations) HB 1137 For: Adair, Cecelia (County and District Clerks Association) HB 1664 For: Gailey, Judge Barbara (Self and JPCA) Warndof, Donna (Justices of the Peace and Constables Association of Texas) HB 1842 For: Denton, Ann V. (Enterprise Foundation/CCHE) Haynes, Scott (Self) Langendorf, Jean (Self and Texas Home of Your Own) Littrell, Anna (Self and Home of Your Own Coalition) Marin, Naomi (Self and Texas Home of Your Own Coalition) Redmond, Lee (Coalition of Texans with Disabilities) Schwartz, Jonas (United Cerebral Palsy of Texas) Thomas, Stephanie (Self and ADAPT of Texas) Tyree, Thomas (Disability Policy Consortium) Against: Herring, Steve (Self and Texas Association of Builders) Oglesby, Larry (Texas Capitol Area Builders Association) Wade, Gerald P. (Self and Centex Homes/Texas Association of Builders) On: Dale, Sarah (Texas Department of Housing and Community Affairs) HB 2015 For: Bonine, Ann (Self) Bonine, David (Self) Briesemeister, Janee (Consumers Union) Emerick, Hubert (RV/Mobile Home Owners Association of the Rio Grande Valley) Howlett, Delma Davila (Self) Sturk, Katherine (Self) Wusterhausen, Jimmie (Self) Against: Anderson, Barbara (Paisano Mobile Home Community) Burke, Lynda Billa (Self) Crawford, Laura D. (Self and Alta Vista and Alta Vista South MH Communities; Vista Hills MHC; Lahesa and Villa View MH Community) Ehrle, Will (Texas Manufactured Housing Association) Ellis, Martin (Sun Medows) Hanigan, Janice (Self and CWS Communities Trust) Harris, Arthur R. (Self and Indian Hills Mobile Home Park) Hunt, Grady (Self and Chateau Communities; Trails End; Boulder Park; Homestead; Summit Oaks; Eagle Creek) Perez, Donna (Self) Smith, Martin M. (Self) On: Mintz, David (Texas Apartment Association) HB 2224 On: Niemann, Larry (Community Associations Institute of Texas) HB 2408 For: Mintz, David (Texas Apartment Association) Short, Jim (Southway Towing) On: Rash, Jeanette (Texas Towing and Storage Association) HB 2444 For: Tucker, Jeffrey A. (Weingarten Realty Investors/International Council of Shopping Centers) HB 2460 For: Brooks, Geneva Kirk (Self and Texas Property Rights Foundation, Inc.) Against: Daly, Ransom (Community Association Institute (Texas and National)) Hailey, Roy (Self and Greater Houston Chapter, Community Association Institute) Heyer, Connie N. (Austin Chapter of Texas Community Associations Institute) Hill, Susan (Texas Neighborhoods Together) Horrell, Patricia Ann (Self) Meyer, Marjorie Jean (Self and Community Associations Institute) Niemann, Larry (Texas Community Association's Institute/Austin Community Associations Institute) Sales, P. (Self) Wiggins, Jude (Self and Cypress Creek United Civic Associations) Zobel, Ray (Self and Cypress Creek United Civic Association) HB 2576 For: DeBeauvoir, Dana (Self and County Clerks Legislative Committee) Lee, Randy M. (Stewart Title Guaranty Company) HB 2706 For: Bass, Steve (Texas Fire Chiefs Association) On: Arnold, Jim (Texas Engineering Extension Service) McAnally, Scott (ROC) HB 2769 For: Day, Thomas (Self and Texas Apartment Association) HB 2842 For: Grove, W. Jon (American Airlines) Thomas, Jerry L. (American Airlines) Against: Sheppard, Emmett (Self and United Labor Legislative Committee) HB 3289 For: Courtney, Chuck (Texas Retailers Association) On: Lattimore, John (Texas Department of Health) HB 3407 For: Birdwell, Randy (Self) Orr, William B. (Self) Rhatigan, Steve (Self) Against: Hill, Susan (Texas Neighborhoods Together) On: Niemann, Larry (Texas Commmunity Associations Institutee) HB 3493 For: Class, Ramon (Self) Ragland, Tom (Self) HB 3494 For: Class, Ramon (Self) Ragland, Tom (Self) HB 3550 For: Cerullo, Emil (Self and Texas Imaging and Diagnostic Center, Oxymed) Class, Ramon (Self) Maxwell, Robert (Self) Wrobel, Ken (Self) Against: McNeel, Randy (Harris and Harris Lawfirm) HB 3694 For: Carroll, B.F. Hank (Self and Texas Cemeteries Association) HB 3758 For: Cerullo, Emil (Self and Texas Imaging and Diagnostic Center, Oxymed)


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{% extends "base.html" %} {% block content %}
This website is licensed under the Apache 2.0 License. For more information, click here.
{% if domain_data.language == "python" %} {% set shared_id_suffix = "?sharedId=learnpython.org" %} {% elif domain_data.language == "sql" %} {% set shared_id_suffix = "?sharedId=learnsqlonline.com" %} {% endif %}The widgets used to execute the code are powered by Datacamp and Sphere Engine. You are allowed to use the external code execution services if the use is done through the Interactive Tutorials websites.


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block - can have height and width
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Destination


Me and 2 of my friends decided to try smoking some Anadenanthera colubrina seeds the other night. I took 3 seeds for each person, so that was 9 seeds, and placed them into a pan on a low heat until the outer seed coating had started to come loose. I then removed all of the seed coatings and placed them into a grinder (however, a coffee grinder would have been optimum), they were still quite coarse from the grinder, so I chopped them finer with a sharp knife over and over again. once in a fine powdered state, I decided to mix in some Baking Soda, as I thought it might help the DMT to react. so I placed the same amount of baking soda into the mixture as the same amount of seed, then throughly mixed them together.
We all took a third each, the first person to do it found it too thick and harsh on the throat and made him cough, and didnt finish the whole of his third. The second person to take it took more and coughed less, then when I took it I took medium breaths but more frequently, this seems to have stopped the coughing.
All of us commented on the pressure we could feel on our heads and body. I could really feel a sharp pressure on my head and got a bit worried, as it felt as though somebody had closed a bear trap on my head. But this stopped being painful after a short time.
I noticed open eye visuals, for example all things had a hue of different colour light around them and I could see waves on the floor. But I feel these could have been more powerful with a higher dosage. I was looking at the floor for ages and my friend was watching also, looking at the differnt colour surrounding things, and light moving across it. BUT the real treat came when I closed my eyes for a few moments. Intense, powerful, bright, dancing images mainly geometric were dancing at supreme speed. To start off with I saw what looked like chemical compound structures just darting around, then came a tunnel experience (which also kept repeating itself), I saw a bright tunnel which I was travelling through at fast speed, like these futuristic racing games that you can buy, I.e. F-Zero X.
Upon realising what was happening I watched them mesmerised, then finally got the energy to tell my friend to close his eyes. When he did he also had Closed Eye Visuals of the same type, he reported travelling down tunnels at fast speeds. I carried on watching this fantastic 'Laser Show' for a while. My friend placed his hands over his eyes and it intensified the CEV's so I did the same, and we sat there for about 30 mins having the most amazing CEV's. A few times we both reported that there were some very real looking hallucinations. For example my friend saw a devil coming towards him and an angel took it away, I saw a hand ripping the corner of the black screen of my mind and revealing a more 3D looking world. We were both supprised to see these 3D images as most of the images we were seeing were bright lines and spheres, and maily 2D.
After a while we went downstairs and to the kitchen (the friend who didnt take much went to bed just feeling relaxed) while in the kitchen it was dark with no light on and the Open Eye Visuals were very very strong, objects had a glow and moving of hands produced trails of glowing light. We could see a dark corner and we both said at the same time that the very pitch black seemed like a void and as if there were things waiting there, it felt as though it was sucking us in. Then we noticed the door was slightly open and there was a dark area just beyond the door and we both got very freaked out and saw the darkness as being an eminent scary force, like a dark cloak. We both felt very scared and couldnt stay in the room any longer. The CEVs and OEVs then slowly began to dissapear and it too a few hours for them to go fully.
Throughout the entire experience there were little dots everywhere, just like static/white noise on a television set, these visuals were the emost prodominent and also lasted the longest. The trip from start to finish lasted around 1 hour 30 mins for the most powerful part then it slowly declined after that. Also throughout the experience there was a great felling of happiness and euphoria, that carried on for a number of hours afterwards.
We all found the entire experience to be very pleasant. We plan on doing it again but with higher doses next time.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object java.awt.image.DataBuffer
public abstract class DataBuffer
This class exists to wrap one or more data arrays. Each data array in the DataBuffer is referred to as a bank. Accessor methods for getting and setting elements of the DataBuffer's banks exist with and without a bank specifier. The methods without a bank specifier use the default 0th bank. The DataBuffer can optionally take an offset per bank, so that data in an existing array can be used even if the interesting data doesn't start at array location zero. Getting or setting the 0th element of a bank, uses the (0+offset)th element of the array. The size field specifies how much of the data array is available for use. Size + offset for a given bank should never be greater than the length of the associated data array. The data type of a data buffer indicates the type of the data array(s) and may also indicate additional semantics, e.g. storing unsigned 8-bit data in elements of a byte array. The data type may be TYPE_UNDEFINED or one of the types defined below. Other types may be added in the future. Generally, an object of class DataBuffer will be cast down to one of its data type specific subclasses to access data type specific methods for improved performance. Currently, the Java 2D(tm) API image classes use TYPE_BYTE, TYPE_USHORT, TYPE_INT, TYPE_SHORT, TYPE_FLOAT, and TYPE_DOUBLE DataBuffers to store image data.
Raster
,
SampleModel
| Field Summary | |
|---|---|
protected int |
banks
The number of banks in this DataBuffer. |
protected int |
dataType
The data type of this DataBuffer. |
protected int |
offset
Offset into default (first) bank from which to get the first element. |
protected int[] |
offsets
Offsets into all banks. |
protected int |
size
Usable size of all banks. |
static int |
TYPE_BYTE
Tag for unsigned byte data. |
static int |
TYPE_DOUBLE
Tag for double data. |
static int |
TYPE_FLOAT
Tag for float data. |
static int |
TYPE_INT
Tag for int data. |
static int |
TYPE_SHORT
Tag for signed short data. |
static int |
TYPE_UNDEFINED
Tag for undefined data. |
static int |
TYPE_USHORT
Tag for unsigned short data. |
| Constructor Summary | |
|---|---|
protected |
DataBuffer(int dataType,
int size)
Constructs a DataBuffer containing one bank of the specified data type and size. |
protected |
DataBuffer(int dataType,
int size,
int numBanks)
Constructs a DataBuffer containing the specified number of banks. |
protected |
DataBuffer(int dataType,
int size,
int numBanks,
int offset)
Constructs a DataBuffer that contains the specified number of banks. |
protected |
DataBuffer(int dataType,
int size,
int numBanks,
int[] offsets)
Constructs a DataBuffer which contains the specified number of banks. |
| Method Summary | |
|---|---|
int |
getDataType()
Returns the data type of this DataBuffer. |
static int |
getDataTypeSize(int type)
Returns the size (in bits) of the data type, given a datatype tag. |
int |
getElem(int i)
Returns the requested data array element from the first (default) bank as an integer. |
abstract int |
getElem(int bank,
int i)
Returns the requested data array element from the specified bank as an integer. |
double |
getElemDouble(int i)
Returns the requested data array element from the first (default) bank as a double. |
double |
getElemDouble(int bank,
int i)
Returns the requested data array element from the specified bank as a double. |
float |
getElemFloat(int i)
Returns the requested data array element from the first (default) bank as a float. |
float |
getElemFloat(int bank,
int i)
Returns the requested data array element from the specified bank as a float. |
int |
getNumBanks()
Returns the number of banks in this DataBuffer. |
int |
getOffset()
Returns the offset of the default bank in array elements. |
int[] |
getOffsets()
Returns the offsets (in array elements) of all the banks. |
int |
getSize()
Returns the size (in array elements) of all banks. |
void |
setElem(int i,
int val)
Sets the requested data array element in the first (default) bank from the given integer. |
abstract void |
setElem(int bank,
int i,
int val)
Sets the requested data array element in the specified bank from the given integer. |
void |
setElemDouble(int i,
double val)
Sets the requested data array element in the first (default) bank from the given double. |
void |
setElemDouble(int bank,
int i,
double val)
Sets the requested data array element in the specified bank from the given double. |
void |
setElemFloat(int i,
float val)
Sets the requested data array element in the first (default) bank from the given float. |
void |
setElemFloat(int bank,
int i,
float val)
Sets the requested data array element in the specified bank from the given float. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static final int TYPE_BYTE
public static final int TYPE_USHORT
public static final int TYPE_SHORT
public static final int TYPE_INT
public static final int TYPE_FLOAT
public static final int TYPE_DOUBLE
public static final int TYPE_UNDEFINED
protected int dataType
protected int banks
protected int offset
protected int size
protected int[] offsets
| Constructor Detail |
|---|
protected DataBuffer(int dataType, int size)
dataType
- the data type of this DataBuffer
size
- the size of the banksprotected DataBuffer(int dataType, int size, int numBanks)
dataType
- the data type of this DataBuffer
size
- the size of the banksnumBanks
- the number of banks in this
DataBuffer
protected DataBuffer(int dataType, int size, int numBanks, int offset)
dataType
- the data type of this DataBuffer
size
- the size of the banksnumBanks
- the number of banks in this
DataBuffer
offset
- the offset for each bankprotected DataBuffer(int dataType, int size, int numBanks, int[] offsets)
dataType
- the data type of this DataBuffer
size
- the size of the banksnumBanks
- the number of banks in this
DataBuffer
offsets
- an array containing an offset for each bank.
ArrayIndexOutOfBoundsException
- if numBanks
does not equal the length of offsets
| Method Detail |
|---|
public static int getDataTypeSize(int type)
type
- the value of one of the defined datatype tags
IllegalArgumentException
- if type
is less than
zero or greater than TYPE_DOUBLE
public int getDataType()
DataBuffer
.public int getSize()
public int getOffset()
public int[] getOffsets()
public int getNumBanks()
public int getElem(int i)
i
- the index of the requested data array element
setElem(int, int)
,
setElem(int, int, int)
public abstract int getElem(int bank, int i)
bank
- the specified banki
- the index of the requested data array element
setElem(int, int)
,
setElem(int, int, int)
public void setElem(int i, int val)
i
- the specified index into the data arrayval
- the data to set the element at the specified index in
the data arraygetElem(int)
,
getElem(int, int)
public abstract void setElem(int bank, int i, int val)
bank
- the specified banki
- the specified index into the data arrayval
- the data to set the element in the specified bank
at the specified index in the data arraygetElem(int)
,
getElem(int, int)
public float getElemFloat(int i)
i
- the index of the requested data array element
setElemFloat(int, float)
,
setElemFloat(int, int, float)
public float getElemFloat(int bank, int i)
getElem(int, int)
to a float. Subclasses can override this method if another
implementation is needed.
bank
- the specified banki
- the index of the requested data array element
setElemFloat(int, float)
,
setElemFloat(int, int, float)
public void setElemFloat(int i, float val)
setElem(int, int)
. Subclasses
can override this method if another implementation is needed.
i
- the specified indexval
- the value to set the element at the specified index in
the data arraygetElemFloat(int)
,
getElemFloat(int, int)
public void setElemFloat(int bank, int i, float val)
setElem(int, int)
. Subclasses can
override this method if another implementation is needed.
bank
- the specified banki
- the specified indexval
- the value to set the element in the specified bank at
the specified index in the data arraygetElemFloat(int)
,
getElemFloat(int, int)
public double getElemDouble(int i)
getElem(int)
to a double. Subclasses can override this method if another
implementation is needed.
i
- the specified index
setElemDouble(int, double)
,
setElemDouble(int, int, double)
public double getElemDouble(int bank, int i)
bank
- the specified banki
- the specified index
setElemDouble(int, double)
,
setElemDouble(int, int, double)
public void setElemDouble(int i, double val)
setElem(int, int)
. Subclasses can
override this method if another implementation is needed.
i
- the specified indexval
- the value to set the element at the specified index
in the data arraygetElemDouble(int)
,
getElemDouble(int, int)
public void setElemDouble(int bank, int i, double val)
setElem(int, int)
. Subclasses can
override this method if another implementation is needed.
bank
- the specified banki
- the specified indexval
- the value to set the element in the specified bank
at the specified index of the data arraygetElemDouble(int)
,
getElemDouble(int, int)
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


About me
Hi I'm Alejandra, I've been studying for .Net developer since 2019! I picked this carrier because I love to problem solve. I will be done with my studies in summer 2022.
Hi I'm Alejandra, I've been studying for .Net developer since 2019! I picked this carrier because I love to problem solve. I will be done with my studies in summer 2022.


-
adversary
someone who offers opposition
-
aplomb
great coolness and composure under strain
-
apprehensive
in fear or dread of possible evil or harm
-
aptitude
inherent ability
I was recently asked in an interview, what is more valued by companies –
aptitude or attitude?
Forbes (Sep 12, 2014)
-
attentive
taking heed
-
banish
send away from a place of residence, as for punishment
-
barricade
block off with barriers
-
bluff
frighten someone by pretending to be stronger than one is
-
brackish
slightly salty
-
brandish
move or swing back and forth
Hart
brandished a “Free Hugs” sign as he stood alone in front of a police barricade.
MSNBC (Nov 30, 2014)
-
circumference
the size of something as given by the distance around it
That's almost 10 times the
circumference of the Earth, which is a surprisingly small 24,859.82 miles.
BBC (Dec 1, 2014)
-
commotion
confused movement
-
concoction
any foodstuff made by combining different ingredients
There are some food combos that blend beautifully with each other to create truly tasty
concoctions.
US News (Sep 4, 2014)
-
conspicuous
obvious to the eye or mind
-
contortion
a tortuous and twisted shape or position
There was tumbling, human pyramids and bodies stretched into extraordinary
contortions.
BBC (Aug 25, 2013)
-
counter
speak in response
-
cunning
shrewdness as demonstrated by being skilled in deception
-
debris
the remains of something that has been destroyed
-
defiance
a hostile challenge
Schools still could expel students for violating school rules or laws and could suspend students for willful
defiance of authorities in grades 4 through 12.
Washington Times (Sep 27, 2014)
-
deft
skillful in physical movements; especially of the hands
-
destination
the place designated as the end, as of a race or journey
-
diminish
decrease in size, extent, or range
-
disdain
lack of respect accompanied by a feeling of intense dislike
In the visage of Grumpy Cat, it seems, her fans found the perfect holy expression of indifferent
disdain for all things.
Washington Post
-
dismal
causing dejection
It’s been a pretty
dismal month, as far as world events go, but the news wasn’t all bad thanks to some very entertaining on-air mishaps.
Time (Aug 28, 2014)
-
dispel
force to go away
-
eavesdrop
listen without the speaker's knowledge
-
egregious
conspicuously and outrageously bad or reprehensible
-
ember
a hot, smoldering fragment of wood left from a fire
-
emerge
come out into view, as from concealment
They say that program has helped them
emerge from the shadows, making possible a work permit, a Social Security number and enhanced self-respect.
Washington Post
-
engross
consume all of one's attention or time
I don’t know how long I was reading; I was so
engrossed in the paper that I did not hear any footsteps.
Long Walk to Freedom
-
exasperation
a feeling of annoyance
-
exhilarate
fill with sublime emotion
“To see Yosemite Falls coming to life this morning is truly
exhilarating,” Park Superintendent Don Neubacher said in a statement.
Los Angeles Times (Dec 3, 2014)
-
falter
move hesitatingly, as if about to give way
-
foresight
seeing ahead; knowing in advance; foreseeing
But nobody had the wherewithal or
foresight to think that day would actually happen.
MSNBC (Jul 3, 2014)
-
fragrance
a distinctive odor that is pleasant
After 30 minutes in the oven, what hits you first is the enticing, warm
fragrance that fills your kitchen.
Washington Post
-
furtive
secret and sly or sordid
-
grueling
characterized by effort to the point of exhaustion
-
gusto
vigorous and enthusiastic enjoyment
-
habitation
the act of dwelling in or living permanently in a place
Although the area is not fit for human
habitation, many poor people who work in the coal mines live here.
BBC (Aug 13, 2013)
-
hasten
speed up the progress of; facilitate
-
headway
forward movement
At times, you feel like you’re struggling to run forward, going through the motions but making no
headway, frozen in place.
Washington Post
-
ignite
cause to start burning
-
illuminate
make free from confusion or ambiguity
-
impending
close in time; about to occur
First, he gives the enemy 12 days of warning about
impending air attacks.
Washington Post
-
imperious
having or showing arrogant superiority
-
jabber
talk in a noisy, excited, or declamatory manner
A parrot
jabbered atop its cage and a monkey squealed and battered at its bronze ring, until its owner brought bananas.
Bartlett, Paul Alexander
-
jargon
technical terminology characteristic of a particular subject
-
jostle
make one's way by pushing or shoving
-
jut
extend out or project in space
-
kindle
call forth, as an emotion, feeling, or response
Recently in class I saw the fire of an idea flicker in a first-year student’s eyes—and so to
kindle it I cold-called him.
Forbes (Sep 16, 2014)
-
knoll
a small natural hill
-
luminous
softly bright or radiant
-
malleable
easily influenced
-
materialize
come into being; become reality
By the time people reach their 70s, they’re beginning to look back at the plans they made and dreams they had that never
materialized.
Time (Nov 25, 2014)
-
meander
move or cause to move in a sinuous or circular course
Instead of straight paths and noisy throngs, the new park will have
meandering walkways and quiet places for picnicking nestled in gently sloping "lawn valleys."
Chicago Tribune (Jul 26, 2014)
-
meticulous
marked by extreme care in treatment of details
-
misgiving
uneasiness about the fitness of an action
-
momentum
an impelling force or strength
Mitchell believed that a song’s
momentum should always push upward, ascending like the slope of a mountain into the unknown.
Washington Post
-
monotonous
sounded or spoken in a tone unvarying in pitch
Unfortunately, their
monotonous verbiage reminds me of Charlie Brown’s teacher in the “Peanuts” TV shows.
Washington Post
-
multitude
a large indefinite number
They surround you in their
multitudes - hundreds, maybe thousands of them, swooping and stinging and injecting venom into your flesh.
BBC (Oct 9, 2014)
-
muster
gather or bring together
-
narrate
give a detailed account of
-
obscure
not clearly understood or expressed
-
ominous
threatening or foreshadowing evil or tragic developments
“Evil forces around the world want to harm Americans every day,” an
ominous voiceover states.
Time (Oct 7, 2014)
-
outlandish
conspicuously or grossly unconventional or unusual
-
persistent
stubbornly unyielding
It says, “together, if we face obstacles and counter the negative with a
persistent positive, we might just change the world.”
Seattle Times (Dec 1, 2014)
-
pertinent
having precise or logical relevance to the matter at hand
You write about things that feel
pertinent and urgent to you, and that varies depending on what stage of life you are going through.
MSNBC (Jul 11, 2014)
-
plenteous
affording an abundant supply
-
potential
existing in possibility
-
precipice
a very steep cliff
-
pristine
completely free from dirt or contamination
-
quell
overcome or allay
The White House has tried to
quell anxieties about the danger of Ebola spreading in the United States.
Washington Post
-
recluse
one who lives in solitude
-
recuperate
restore to good health or strength
-
replenish
fill something that had previously been emptied
-
repugnant
offensive to the mind
The truth is that we need only look at recent human history to find real, live, utterly
repugnant evil.
Salon (Sep 4, 2014)
-
restitution
a sum of money paid in compensation for loss or injury
-
sabotage
destroy property or hinder normal operations
-
scarcity
a small and inadequate amount
Water—its
scarcity, quality and the regulations affecting it—is becoming a new corporate headache.
Economist (Nov 6, 2014)
-
scurry
move about or proceed hurriedly
-
serenity
the absence of mental stress or anxiety
The surrounding waters and beautiful pools that surround the hotel create a real sense of calm and luxurious
serenity.
Forbes (Jul 25, 2014)
-
sociable
friendly and pleasant
-
somber
grave or even gloomy in character
It was also the day before one of the most
somber of American anniversaries: Pearl Harbor was bombed 73 years ago Sunday.
Washington Post
-
specimen
an example regarded as typical of its class
The researchers detected it in older starfish samples, museum
specimens from as early as 1942.
Reuters (Nov 17, 2014)
-
stamina
enduring strength and energy
A 6-year-old might not want to walk the mile into Petra, but teenagers have enough physical and intellectual
stamina to appreciate going to these places.
New York Times (Dec 5, 2014)
-
subside
wear off or die down
The virus has a history of
subsiding, then flaring up again.
Washington Post
-
swagger
a proud stiff pompous gait
-
swarm
move in large numbers
-
tactic
a plan for attaining a particular goal
Technology has been used as a crime-fighting
tactic, but not as a tool to determine what happens during a police action.
New York Times (Dec 4, 2014)
-
terse
brief and to the point
-
translucent
allowing light to pass through diffusely
-
uncanny
surpassing the ordinary or normal
-
unsightly
unpleasant to look at
-
versatile
able to move freely in all directions
Eggs are among the most
versatile foods and the proteins change when you heat them, beat them or mix them with other ingredients.
US News (Dec 10, 2014)
-
vigilant
carefully observant or attentive
Because there are so many scammers out there, banks are
vigilant about verifying that you are who you say you are.
Washington Post
-
vulnerable
capable of being wounded or hurt
-
waft
be driven or carried along, as by the air
The birds were chirping, and a warm breeze
wafted through the screens.
Washington Post
-
waver
pause or hold back in uncertainty or unwillingness
-
weather
face and withstand with courage
-
zeal
a feeling of strong eagerness
The enthusiasm has caught on among his regulars, who come often, linger and talk about pumpkins with the
zeal of converts.
Washington Post


Coordinate Transformations
SDO/HMI Data Products are returned in Helioprojective Cartesian pixel coordinates. In order to calculate the spacecraft and solar rotation velocity corrections, we need to convert this to the Heliographic Carrington Coordinate System (sun centered coordinate system). In addition to being sun-centered, Heliographic Carrington coordinates also rotate with respect to the Carrington rotation period. Transformations are based off Thompson (2006).
Coordinate functions are here.
Pixel Array Computation
The first step in the coordinate transformation is computation of the pixel-wise coordinate arrays with respect to solar center. We do this by taking into account the reference pixels from the header file.
We then calculate the array of \mu and radius values for that image, where \mu = cos(\theta). First, we determine pixel size in physical coordinates (solar radii) and then calculate the center-to-limb angles. We get the radius by determining the distance in solar radii to each pixel.
def coordinates(smap):
"""
calculate array of mu values and cartesian
coordinates for image
Parameters
----------
smap: Sunpy map object
Returns
-------
x: array of x coordinates in helioprojective cartesian system
y: array of y coordinates in helioprojective cartesian system
pd: array of pixel distances
r: array of solar radius values
d: observer distance from sun in solar radii
mu: array of mu values
"""
# distance of observer to sun in solar radii
d = smap.fits_header['DSUN_OBS'] / smap.fits_header['RSUN_REF']
# focal length in pixels
f = 180. * 3600. / np.pi / smap.fits_header['CDELT1']
# get cartesian x, y map scales
x, y = get_map_scales(smap)
# distance (in pixels) to pixel
pd = np.sqrt(x ** 2 + y ** 2)
# distance (in solar r) to pixel
pr = f * f * pd * pd + pd ** 4 - d * d * pd ** 4 + 0.J
r = (d * f * pd - np.sqrt(pr)) / (f * f + pd * pd)
# separate complex parts
r = r.real
# get mu array
pr = 1 - r ** 2 + 0.J
cos_alpha = (np.sqrt(pr)).real
sin_alpha = r.real
cos_theta = ((d - np.sqrt(pr)) / np.sqrt(r ** 2 + (d - np.sqrt(pr)) ** 2)).real
sin_theta = (np.sqrt(1 - cos_theta ** 2)).real
mu = cos_alpha * cos_theta - sin_alpha * sin_theta
return x, y, pd, r, d, mu
Coordinate Transform
We are able to apply the coordinate transformation based on a calculated rotation matrix. We get an array of coordinates in the westward, northward, and radial direction.
def vel_coords(x, y, pd, r, smap):
"""
calculate coordinate transformation to heliographic Carrington coordinates
Parameters
----------
x: array of x coordinates in helioprojective cartesian system
y: array of y coordinates in helioprojective cartesian system
pd: array of pixel distances
r: array of solar radius values
smap: Sunpy map object
Returns
-------
wij: array of pixel coordinates relative to solar center in westward direction
nij: array of pixel coordinates relative to solar center in northward direction
rij: array of pixel coordinates relative to solar center in radial direction
"""
head = smap.fits_header
crota2 = head['CROTA2'] # deg
# transform each pixel to get into Heliographic CR Coordinates
dw = y * np.sin(np.deg2rad(crota2)) + x * np.cos(np.deg2rad(crota2))
dn = y * np.cos(np.deg2rad(crota2)) - x * np.sin(np.deg2rad(crota2))
# get cartesian coordinates for velocity calculations
pr = 1 - r ** 2 + 0.J
wij = r * dw / pd
nij = r * dn / pd
rij = (np.sqrt(pr)).real
return wij, nij, rij
Fix Mu Values
Lastly, we remove all pixels with mu values less than 0.1 because our limb-brightening model does poorly in correcting near the edge of the Solar disk.
def fix_mu(mu, smaps, mu_cutoff=0.3):
"""
function to remove pixel values where mu is less than 0.1
Parameters
----------
mu: cosine of the center to limb angle
smaps: list of Sunpy map object
mu_cutoff: minimum mu cutoff value
Returns
-------
mu: corrected cosine of the center to limb angle
smap: corrected Sunpy map object
"""
# remove pixel values where mu < mu_cut (0.3)
bad_inds = np.where(mu <= mu_cutoff)
# fix arrays
for smap in smaps:
smap.data[bad_inds] = 0
return smaps


Survive the apocalypse together!
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Compare her face with some that I shall show, And I will make thee think thy swan a crow.  Paraphrase = here's a friend, and he knows you. aae = Here's a friend.  Paraphrase = tell me, I'm gonna take a nasty house. aae = Tell me wtf ima do nd u can take a nasty house bible = Tell me, I will take a vile house. 1810s-1820s = Tell me, that I may come and take this vile house. 1890s-1900s = Tell me, I am going to have a vile house. 1990s-2000s = Tell me, I want a nasty house. english_tweet = Pls tell me im taking a nasty house joyce = Tell me, I want a nasty house. lyrics = Tell me I'm gonna get a house of nasty romantic_poetry = Tell me, let me get a dank house, switchboard = tell me about that i got a nasty house Input = Under love’s heavy burden do I sink. Paraphrase = I'm sinking under the weight of love. aae = I feel like I'm sinking under the weight of love bible = I sink under the burden of love. 1810s-1820s = I sink under the weight of love--of myself. 1890s-1900s = I am sinking beneath the weight of love. 1990s-2000s = I was sinking beneath the weight of my love. english_tweet = i am sinking under the weight of love joyce = I am sinking under the weight of love. lyrics = I'm sinking under the weight of love romantic_poetry = I sink beneath the weight of love. switchboard = i'm sinking under the weight of love Input = Love’s heralds should be thoughts, Which ten times faster glide than the sun’s beams, Driving back shadows over louring hills. Paraphrase = love's heralds should be thoughts, which are ten times faster than the sun's beams, driving back the shadows of the mountains. aae = Love heralds should be thoughts, which take ten times as long as the sun beams, driving back the shades of the mountains. bible = The heralds of love should be thoughts, which drive back the shadow of the mountains, and cause the fields to spring up. 1810s-1820s = Love's heralds should be thoughts, which are ten times quicker Than sunbeam to hills and mountain's-tops, driving Back their shadows to the gulf of night. 1890s-1900s = Love's heralds should be thoughts, That tenfold faster ride the sun's beams,Driving back the shadows of the hills. 1990s-2000s = Love's heralds should be thoughts, the tenfold speed of the sun on the clouds, driving back the shadows of the mountains. english_tweet = Love Heralds should be thoughts, which are ten times faster than the suns beams, driving back the shadows of the mountains. joyce = Love’s heralds should be thoughts, driving back the shadows of the mountain tops. lyrics = Love's heralds should be thoughts, which ten times faster than sunlight beams, driving back the shadows of the mountains romantic_poetry = Love's heralds should think, whose tenfold speed drives back the shade of a mountain's slopes, switchboard = the love heralds should be thoughts which are ten times faster than the sun's beams of drive back the shadows of the mountains Input = Come, civil night, Thou sober-suited matron, all in black, And learn me how to lose a winning match Played for a pair of stainless maidenhoods.  Paraphrase = what's the noise? aae = What it is noise?! Lol bible = What noise is it? 1810s-1820s = ( aside) What noise is that? 1890s-1900s = ( To THURS) What's the noise? 1990s-2000s = <p> What was that noise that was out there? english_tweet = What is this noise? joyce = What noise is it? lyrics = What do you see? What do you feel? romantic_poetry = What noise? what uproar? What uproar? switchboard = what noise is that Input = Find thou the means, and I’ll find such a man. Paraphrase = find the means, and I'll find someone. aae = Find The Means, & I'll Find Someone To Fw. bible = Seek ye the means, and I will bring them unto you. 1810s-1820s = Search for the means, and I'll find some somebody. 1890s-1900s = Find the means, and I will find some one. 1990s-2000s = Find the means, and I'll find someone to get you to it. english_tweet = Find the means, and I'll find someone. joyce = Find the means, I will. lyrics = Find the means, and I'll find someone romantic_poetry = Finder the means, and find some one; switchboard = find the means i'll find somebody Input = Did you ne'er hear say, “Two may keep counsel, putting one away”? Paraphrase = "two may keep counsel, but one can't be released"? aae = \"Two may keep Counsel but one cannot loose Counsel?\"CRAZY ASS bible = Can two keep counsel together, but one is cast out? 1810s-1820s = " Two may keep counsel, but one cannot discharge it? " 1890s-1900s = Two may keep counsel, but one cannot be released "? 1990s-2000s = A " two may keep counsel, but one cannot leave the others? " english_tweet = "Two may keep counsel, but one may not be free". joyce = _(Two may keep counsel but one may not release? lyrics = "Two may keep counsel, but one cannot run" romantic_poetry = "Two may keep counsel, but one can not be released? switchboard = "two may keep counsel but one can't be released from parole" Input = To prison, eyes, ne'er look on liberty. Paraphrase = prison, eyes, never look at freedom. aae = Prison, Eyes, Never Look At Freedom. bible = A prison, and an eye, beholding never liberty. 1810s-1820s = Prison, eyes, never meet Freedom. 1890s-1900s = Prisons, eyes, never seem to look on the liberty of man. 1990s-2000s = Prison, eyes, never look toward freedom. english_tweet = Prison, eyes, never look at freedom. joyce = Prison, eyes, never see liberty. lyrics = And Prison, Eyes, Never Look The Liberty romantic_poetry = Prison, eyes, never view freedom's shade, switchboard = and imprisonment eyes never look out to the freedom Input = Is the day so young? Paraphrase = isn't it a little young for the day? aae = Am I that young for today? bible = is not this the day that thou hast made? 1810s-1820s = Is it not too young to-day? 1890s-1900s = Don't you think it's a little young for the day? " 1990s-2000s = Can't we get a little young for the day? " english_tweet = Is this the start of a little bit of summer? joyce = Not a bit young then? lyrics = Is the day so young? romantic_poetry = Is that the young day?


Sarawak's petroleum tax payment: 'We are still negotiating,' says Petronas
by BernamaKUCHING (Nov 15): Petroliam Nasional Bhd (Petronas) is still negotiating with the Sarawak Government with regard to payment of the five percent petroleum products sales tax that it owes to the State, said its chairman Datuk Ahmad Nizam Salleh.
He said the negotiations also involved the Federal Government.
“No (legal action has been taken against Petronas), we are still negotiating,” he told reporters after the launch of Petrosains Playsmart Kuching, here today.
Ahmad Nizam was asked to comment on Sarawak's intention to take legal action against Petronas after the national oil company failed to settle the tax despite being given until Oct 31 to do so.
“We are working closely with the State Government to resolve the issue,” he added.


For this project, I took a look into historical game data to see what factors might play a role in fan turnout. I gathered data from baseball reference by scraping game data for every MLB game from 1990 to 2016. From my findings, I built a regression model to predict the attendance for a given game. I only created one model that could be used to predict attendance for any team, and while I was able to produce an accurate model, this process could be carried out for a specific team in order to increase the performance of the model. The team could then use these results to anticipate low attendance nights and then develop effective marketing or promotional strategies.
One of the most interesting projects that I recently worked on involved collecting salary information on data science jobs in order to predict the salaries for certain jobs based on the location, title, and job summary. The project was a real test of a few newly acquired data science skills, such as gathering data and information from a webpage, performing natural language processing on text data, and building a classification prediction model. After collecting the data, I created a classification model to predict whether a job salary would be above or below the median salary for a data scientist.
The state of Iowa provides many datasets on their website, including one which contains transactions for all liquor stores in the state from January 2015 through March 2016. With this information available, my goal was to analyze the data and build a linear regression model to predict the sales for the rest of 2016. I created a model that described the relationship between the 2015 quarter 1 sales and the 2016 quarter 1 sales. Then, using that model, I predicted the quarters 2 through 4 sales for 2016 from the quarters 2 through 4 sales for 2015.
The Global Terrorism Database (GTD) is an open-source database including information on terrorist attacks around the world from 1970 through 2015. The GTD includes systematic data on domestic as well as international terrorist incidents that have occurred during this time period and now includes more than 150,000 cases. For this project, I analyzed the 45 years of global terrorism and created numerous vizualizations in order to better understand the exceptionally large dataset. I applied Bayesian statistics to compare two different countries to see if one was significantly more dangerous than the other during 21st century. Additionally, the year 1993 is missing from this dataset so I attempted to estimate the number of bombings for that year by using a time series model.


Guitargasm is an all-purpose guitar instructional e-learning website developed by Bilawal Soomro, a BIT Degree student in Graffins College Nairobi. The website is basically aims to help aspirting players to learn basic techniques and theory by providing facts, lessons and tutorials in a very simple and organized manner.
If you are just beginning to play the guitar, or are interested in improving your skills and knowledge as a guitarist, you have come to the right place .Start off your journey in guitar playing with our beginner lessons and build a solid foundation for your playing. Since bad habits can criple the progress of any guitarist, learning from a knowledgable instructor is a must!
Guitargasm will teach you the raw basics of playing guitar, including topics such as tuning, posture, finger technique, and many other topics. Most of the instructions found in these lesson sets are very similar, just taught by different instructors. Feel free to browse these lessons and impress your girl friend by playing her favorite song!


--- layout: page title: projects subtitle: some pretty cool things ---
in hog, two players alternate turns trying to be the first to end a turn with at least 100 total points. on each turn, the current player chooses some number of dice to roll, up to 10. that player's score for the turn is the sum of the dice outcomes. read the rules and the spec: project page (Description copied from that page)
cats, or the cs61a autocorrected typing software, is an autocorrected typing speed test! read the rules and the spec: project page
ants is a game that is based off the famous popcap game, plants vs zombies. it is a tower defense game that pits ants which throw projectiles against bees which try to invade. read the rules and the spec: project page
scheme is a fully functional and tail recursive scheme interpreter. scheme is a functional dialect of lisp, or list processing languages. read the rules and the spec: project page
nbody is a planetary simulator, that uses newton's law of gravitation to draw celestial pattern. i also added a gameplay option that has you, the spaceship, colling into the planets until either you destroy them all or they destory you. read the rules and the spec: project page


public class GrammaticalRelation extends java.lang.Object implements java.lang.Comparable<GrammaticalRelation>, java.io.Serializable
GrammaticalRelation
is used to define a
standardized, hierarchical set of grammatical relations,
together with patterns for identifying them in
parse trees.
Each GrammaticalRelation
has:
String
short name, which should be a lowercase
abbreviation of some kind (in the fure mainly Universal Dependency names).String
long name, which should be descriptive.GrammaticalRelation
hierarchy.Pattern
called
sourcePattern
which matches (parent) nodes from which
this GrammaticalRelation
could hold. (Note: this is done
with the Java regex Pattern matches()
predicate. The pattern
must match the
whole node name, and ^
or $
aren't needed.
Tregex constructions like __ do not work. Use ".*" to be applicable
at all nodes. This prefiltering is used for efficiency.)TregexPattern
s
called targetPatterns
,
which describe the local tree structure which must hold between
the source node and a target node for the
GrammaticalRelation
to apply. (Note: tregex
regular expressions match with the find()
method, while
literal string label descriptions that are not regular expressions must
be equals()
.)targetPatterns
associated
with a GrammaticalRelation
are designed as follows.
In order to recognize a grammatical relation X holding between
nodes A and B in a parse tree, we want to associate with
GrammaticalRelation
X a TregexPattern
such that:
PREDICATE
which holds between a clause and its primary verb phrase, we might
want to use the pattern "S < VP=target"
, in which the
root will match a clause and the node labeled "target"
will match the verb phrase.
For a given grammatical relation, the method
takes a getRelatedNodes()
Tree
node as an argument and attempts to
return other nodes which have this grammatical relation to the
argument node. By default, this method operates as follows: it
steps through the patterns in the pattern list, trying to match
each pattern against the argument node, until it finds some
matches. If a pattern matches, all matching nodes (that is, each
node which corresponds to node label "target" in some match) are
returned as a list; otherwise the next pattern is tried.
For some grammatical relations, we need more sophisticated logic to
identify related nodes. In such cases,
can be overridden on a per-relation basis using anonymous subclassing.getRelatedNodes()
GrammaticalStructure
,
EnglishGrammaticalStructure
,
EnglishGrammaticalRelations
,
ChineseGrammaticalRelations
,
Serialized Form| Modifier and Type | Field and Description |
|---|---|
static GrammaticalRelation |
DEPENDENT
The "dependent" grammatical relation, which is the inverse of "governor".
|
static GrammaticalRelation |
GOVERNOR
The "governor" grammatical relation, which is the inverse of "dependent".
|
static GrammaticalRelation |
KILL
Dummy relation, used while collapsing relations, e.g., in English & Chinese GrammaticalStructure
|
static GrammaticalRelation |
ROOT
The "root" grammatical relation between a faked "ROOT" node, and the root of the sentence.
|
| Constructor and Description |
|---|
GrammaticalRelation(Language language,
java.lang.String shortName,
java.lang.String longName,
GrammaticalRelation parent) |
GrammaticalRelation(Language language,
java.lang.String shortName,
java.lang.String longName,
GrammaticalRelation parent,
java.lang.String specificString) |
GrammaticalRelation(Language language,
java.lang.String shortName,
java.lang.String longName,
GrammaticalRelation parent,
java.lang.String sourcePattern,
TregexPatternCompiler tregexCompiler,
java.lang.String... targetPatterns) |
| Modifier and Type | Method and Description |
|---|---|
int |
compareTo(GrammaticalRelation o) |
boolean |
equals(java.lang.Object o)
Grammatical relations are equal with other grammatical relations if they
have the same shortName and specific (if present).
|
Language |
getLanguage()
Get the language of the grammatical relation.
|
java.lang.String |
getLongName() |
GrammaticalRelation |
getParent()
Returns the parent of this
GrammaticalRelation . |
java.util.Collection<TreeGraphNode> |
getRelatedNodes(TreeGraphNode t,
TreeGraphNode root,
HeadFinder headFinder)
Given a
Tree node t , attempts to
return a list of nodes to which node t has this
grammatical relation, with t as the governor. |
java.lang.String |
getShortName() |
java.lang.String |
getSpecific() |
int |
hashCode() |
boolean |
isAncestor(GrammaticalRelation gr)
Returns whether this is equal to or an ancestor of gr in the grammatical relations hierarchy.
|
boolean |
isApplicable(Tree t)
Returns
true iff the value of Tree
node t matches the sourcePattern for
this GrammaticalRelation , indicating that this
GrammaticalRelation is one that could hold between
Tree node t and some other node. |
boolean |
isFromString()
This function is used to determine whether the GrammaticalRelation in
question is one that was created to be a thin wrapper around a String
representation by valueOf(String), or whether it is a full-fledged
GrammaticalRelation created by direct invocation of the constructor.
|
static void |
main(java.lang.String[] args) |
protected java.lang.Object |
readResolve()
When deserializing a GrammaticalRelation, it needs to be matched
up with the existing singleton relation of the same type.
|
java.lang.String |
toPrettyString()
Returns a
String representation of this
GrammaticalRelation and the hierarchy below
it, with one node per line, indented according to level. |
java.lang.String |
toString()
Returns short name (abbreviation) for this
GrammaticalRelation . |
static GrammaticalRelation |
valueOf(Language language,
java.lang.String s)
Convert from a String representation of a GrammaticalRelation to a
GrammaticalRelation.
|
static GrammaticalRelation |
valueOf(java.lang.String s) |
static GrammaticalRelation |
valueOf(java.lang.String s,
java.util.Collection<GrammaticalRelation> values,
java.util.concurrent.locks.Lock readValuesLock)
Returns the GrammaticalRelation having the given string
representation (e.g.
|
static GrammaticalRelation |
valueOf(java.lang.String s,
java.util.Map<java.lang.String,GrammaticalRelation> map)
Returns the GrammaticalRelation having the given string
representation (e.g.
|
public static final GrammaticalRelation GOVERNOR
Example: "the red car" →
gov
(red, car)public static final GrammaticalRelation DEPENDENT
Example: "the red car" →
dep
(car, red)public static final GrammaticalRelation ROOT
public static final GrammaticalRelation KILL
public GrammaticalRelation(Language language, java.lang.String shortName, java.lang.String longName, GrammaticalRelation parent, java.lang.String sourcePattern, TregexPatternCompiler tregexCompiler, java.lang.String... targetPatterns)
public GrammaticalRelation(Language language, java.lang.String shortName, java.lang.String longName, GrammaticalRelation parent)
public GrammaticalRelation(Language language, java.lang.String shortName, java.lang.String longName, GrammaticalRelation parent, java.lang.String specificString)
public static GrammaticalRelation valueOf(java.lang.String s, java.util.Collection<GrammaticalRelation> values, java.util.concurrent.locks.Lock readValuesLock)
s
- The short name of the GrammaticalRelationvalues
- The set of GrammaticalRelations to look for it among.public static GrammaticalRelation valueOf(java.lang.String s, java.util.Map<java.lang.String,GrammaticalRelation> map)
s
- The short name of the GrammaticalRelationmap
- The map from string to GrammaticalRelationpublic static GrammaticalRelation valueOf(Language language, java.lang.String s)
s
- The String representation of a GrammaticalRelationpublic static GrammaticalRelation valueOf(java.lang.String s)
public boolean isFromString()
public java.util.Collection<TreeGraphNode> getRelatedNodes(TreeGraphNode t, TreeGraphNode root, HeadFinder headFinder)
Tree
node t
, attempts to
return a list of nodes to which node t
has this
grammatical relation, with t
as the governor.t
- Target for finding dependents of t related by this GRroot
- The root of the Treepublic boolean isApplicable(Tree t)
true
iff the value of Tree
node t
matches the sourcePattern
for
this GrammaticalRelation
, indicating that this
GrammaticalRelation
is one that could hold between
Tree
node t
and some other node.public boolean isAncestor(GrammaticalRelation gr)
public final java.lang.String toString()
GrammaticalRelation
. toString() for collapsed
relations will include the word that was collapsed.
toString
in class java.lang.Object
public java.lang.String toPrettyString()
String
representation of this
GrammaticalRelation
and the hierarchy below
it, with one node per line, indented according to level.String
representation of this
GrammaticalRelation
public boolean equals(java.lang.Object o)
equals
in class java.lang.Object
o
- Object to be comparedpublic int hashCode()
hashCode
in class java.lang.Object
public int compareTo(GrammaticalRelation o)
compareTo
in interface java.lang.Comparable<GrammaticalRelation>
public java.lang.String getLongName()
public java.lang.String getShortName()
public Language getLanguage()
public java.lang.String getSpecific()
protected java.lang.Object readResolve() throws java.io.ObjectStreamException
java.io.ObjectStreamException
public GrammaticalRelation getParent()
GrammaticalRelation
.public static void main(java.lang.String[] args)


Creates a content container with a triangle at the top. - Use the `:before` and `:after` pseudo-elements to create two triangles. - The colors of the two triangles should be the same as the container's `border-color` and the container's `background-color` respectively. - The `border-width` of the one triangle (`:before`) should be `1px` wider than the other one (`:after`), in order to act as the border. - The smaller triangle (`:after`) should be `1px` to the right of the larger triangle (`:before`) to allow for its left border to be shown.


RGCCA: Regularized and Sparse Generalized Canonical Correlation
Analysis for Multiblock Data
Multiblock data analysis concerns the analysis of several sets of variables (blocks) observed on the same group of individuals. The main aims of the RGCCA package are: (i) to study the relationships between blocks and (ii) to identify subsets of variables of each block which are active in their relationships with the other blocks.
| Version: |
2.1.2 |
| Imports: |
MASS, Deriv |
| Suggests: |
knitr, rmarkdown, ggplot2 |
| Published: |
2017-05-11 |
| Author: |
Arthur Tenenhaus and Vincent Guillemot |
| Maintainer: |
Arthur Tenenhaus <arthur.tenenhaus at centralesupelec.fr> |
| License: |
GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: |
no |
| CRAN checks: |
RGCCA results |
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=RGCCA
to link to this page.


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List of all members.
Public Attributes |
|
cpConstraint | constraint |
|
cpBody * | c |
|
cpVect | anchr1 |
|
cpVect | anchr2 |
|
cpVect | anchr3a |
|
cpVect | anchr3b |
|
cpFloat | dist1 |
|
cpFloat | dist2 |
|
cpFloat | max1 |
|
cpFloat | max2 |
|
cpFloat | ratio |
|
cpVect | r1 |
|
cpVect | r2 |
|
cpVect | u1 |
|
cpVect | u2 |
|
cpFloat | constant |
|
cpFloat | pulleyMass |
|
cpFloat | limitMass1 |
|
cpFloat | limitMass2 |
|
cpFloat | jnAcc |
|
cpFloat | jnAccLim1 |
|
cpFloat | jnAccLim2 |
|
int | state |
|
int | limitState1 |
|
int | limitState2 |
The documentation for this struct was generated from the following file:


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Base Layer
221 7th street Miami Beach Fl |<PHONE_NUMBER>
Base Layer
.
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J.C.Bose University Ymca Faridabad
(A Haryana State Government University)
(Established by Harayana State Legislative Act No. 21 of 2009 & Recognised by UGC act 1956)
Accredited "A" Grade by NAAC
YMCA University of Science and Technology (YMCA UST) is a state university located in Faridabad, in the state of Haryana, India. The YMCA University of Science and Technology, erstwhile YMCA Institute of Engineering, was established in the year 1969, as a joint venture of the National Council of YMCAs of India, Govt of Haryana, and the Central Agencies for Development Aid, Bonn, Germany. It started as an Indo-German project with an aim to impart technical education to a developing India on German pattern. The labs & workshops have been setup with the assistance of German expertise. In 1996, State Govt. of Haryana took complete control of the Institute and upgraded it to University status in December 2009.
National Assessment and Accreditation Council, an autonomous body funded by the UGC, has accredited the University with `A Grade`.
YMCA UST was established in 1969 as an indo-German project, a joint venture of the National Council of YMCA India, the Government of Haryana and the Central Agencies for Development Aid, Bonn, Germany. In December 2009 it was awarded the status of state university by the state government, thus making it an autonomous institution.


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