This class provides a way of retrieving and assigning categories to items As an array of category ids that can be retrieved via the BCAPI.Models.CategoryCollection
Source:
var itemCategories = new BCAPI.Models.WebApp.ItemCategory(WEBAPP_NAME, ITEM_ID);
itemCategories.fetch({
success: function (data) {
_.each(data.get("items"), function (categoryId) {
var category = new BCAPI.Models.Category({
id: categoryId
});
category.fetch({
success: doSomethingWithCategName,
error: onError
})
})
},
error: function (data, xhr) {}
});
To assign a set of categories:
var itemCategories = new BCAPI.Models.WebApp.ItemCategory(WEBAPP_NAME, ITEM_ID);
itemCategories.set('items', [1, 2, 3, 4]);
itemCategories.save({
success: onSaveOK,
error: onSaveFailed
})
This method will return the following error codes:
200
- success400
- bad request
200000
- An unspecified error has occured200009
- Category id is invalid401
- unauthorized - when the Authorization header is not present, or contains an invalid site token403
- forbidden - when the user does not have Edit WebApp Item permission404
- not found:
190001
- The web app could not be found (the webAppName param from the URL does not match)200001
- The webapp item was not found (the webAppName and webAppItemId from the URL do not match)This method deletes a model using the api.
Inherited From:
Source:
var model = new PersonModel({id: 1});
model.destroy({
success: function() {
// do something when delete is successful.
}
});
This method returns the correct endpoint for the specific webapp and item id.
Source:
This method returns the predefined headers which are automatically appended to ajax calls.
The default implementation delegates this to the model's method.
Inherited From:
Source:
A list of headers appended to ajax calls.
Type: object
This method performs the save to the server It is overwritten here to always force a PUT operation on the endpoint
Source:
Sync method is invoked automatically when user tries to create / update a model. It automatically appends the custom headers returned byBCAPI.Models.Model.headers method.
| Name | Type | Description |
|---|---|---|
| method | String | Http method used to persist the state of the current model. |
| model | BCAPI.Models.Model | The current model to persist. |
| options | Object | Additional options which influence how http call will be done. |
Inherited From:
Source:
jQuery promise which can be used to determine when request is done.
Type: promise
This method returns the data to be json-ified when saving The API only recieves an array of ints, so we have to extract it from the items field.
Source:
This method automatically builds absolute entry point url of the model.
This method accepts as parameter the model's endpoint. If this is not specified, then the endpoint method is called.
| Name | Type | Description |
|---|---|---|
| modelEndpoint | String | The model's endpoint. |
Inherited From:
Source:
An absolute entry point API.
Type: string


"""Bag class definitions."""
import heapq
from abc import ABCMeta, abstractmethod
from collections import defaultdict
from collections.abc import Collection, Hashable, Set
from operator import itemgetter
from ._util import deprecated
__all__ = (
'Bag',
'BagView',
'CountsView',
'UniqueElementsView',
'bag',
'frozenbag',
)
class BagView(Collection):
"""Base class for bag views."""
__metaclass__ = ABCMeta
__slots__ = ('bag', )
def __init__(self, bag):
self.bag = bag
def __repr__(self):
return '{0.__class__.__name__}({0.bag!r})'.format(self)
def __len__(self):
return self.bag.num_unique_elements()
@abstractmethod
def __iter__(self):
raise NotImplementedError
@abstractmethod
def __contains__(self, elem):
raise NotImplementedError
[docs]class UniqueElementsView(BagView):
"""A view for the unique items and their counts in a bag.
.. versionadded:: 1.0
"""
def __iter__(self):
for elem in self.bag._dict:
yield elem
def __contains__(self, elem):
return elem in self.bag
[docs]class CountsView(BagView):
"""A view for the unique items and their counts in a bag.
.. versionadded:: 1.0
"""
__slots__ = ('bag', )
def __len__(self):
return self.bag.num_unique_elements()
def __iter__(self):
for elem in self.bag.unique_elements():
yield elem, self.bag.count(elem)
def __contains__(self, item):
elem, count = item
return self.bag.count(elem) == count
[docs]class Bag(Collection):
"""Base class for bag classes.
Base class for bag and frozenbag. Is not mutable and not hashable, so there's
no reason to use this instead of either bag or frozenbag.
"""
# Basic object methods
[docs] def __init__(self, iterable=None):
"""Create a new bag.
If iterable isn't given, is None or is empty then the bag starts empty.
Otherwise each element from iterable will be added to the bag
however many times it appears.
This runs in O(len(iterable))
"""
self._dict = dict()
self._size = 0
if iterable:
if isinstance(iterable, Bag):
self._dict = iterable._dict.copy()
self._size = iterable._size
else:
for value in iterable:
self._increment_count(value)
def _set_count(self, elem, count):
if count < 0:
raise ValueError
self._size += count - self.count(elem)
if count == 0:
self._dict.pop(elem, None)
else:
self._dict[elem] = count
def _increment_count(self, elem, count=1):
self._set_count(elem, self.count(elem) + count)
@classmethod
def _from_iterable(cls, it):
return cls(it)
[docs] def copy(self):
"""Create a shallow copy of self.
This runs in O(len(self.num_unique_elements()))
"""
out = self._from_iterable(None)
out._dict = self._dict.copy()
out._size = self._size
return out
def __repr__(self):
if self._size == 0:
return '{0}()'.format(self.__class__.__name__)
else:
repr_format = '{class_name}({values!r})'
return repr_format.format(
class_name=self.__class__.__name__,
values=tuple(self),
)
def __str__(self):
if self._size == 0:
return '{class_name}()'.format(class_name=self.__class__.__name__)
else:
format_single = '{elem!r}'
format_mult = '{elem!r}^{mult}'
strings = []
for elem, mult in self.counts():
if mult > 1:
strings.append(format_mult.format(elem=elem, mult=mult))
else:
strings.append(format_single.format(elem=elem))
return '{%s}' % ', '.join(strings)
# New public methods (not overriding/implementing anything)
[docs] def num_unique_elements(self):
"""Return the number of unique elements.
This runs in O(1) time
"""
return len(self._dict)
[docs] def unique_elements(self):
"""Return a view of unique elements in this bag."""
return UniqueElementsView(self)
[docs] def count(self, value):
"""Return the number of value present in this bag.
If value is not in the bag no Error is raised, instead 0 is returned.
This runs in O(1) time
Args:
value: The element of self to get the count of
Returns:
int: The count of value in self
"""
return self._dict.get(value, 0)
[docs] @deprecated(
"Use `heapq.nlargest(n, self.counts(), key=itemgetter(1))` instead or "
"`sorted(self.counts(), reverse=True, key=itemgetter(1))` for `n=None`",
'1.0',
)
def nlargest(self, n=None):
"""List the n most common elements and their counts.
List is from the most
common to the least. If n is None, the list all element counts.
Run time should be O(m log m) where m is len(self)
Args:
n (int): The number of elements to return
"""
if n is None:
return sorted(self.counts(), key=itemgetter(1), reverse=True)
else:
return heapq.nlargest(n, self.counts(), key=itemgetter(1))
[docs] def counts(self):
"""Return a view of the unique elements in self and their counts.
.. versionadded:: 1.1
"""
return CountsView(self)
[docs] @classmethod
def from_mapping(cls, mapping):
"""Create a bag from a dict of elem->count.
Each key in the dict is added if the value is > 0.
Raises:
ValueError: If any count is < 0.
"""
out = cls()
for elem, count in mapping.items():
out._set_count(elem, count)
return out
# implementing Sized methods
[docs] def __len__(self):
"""Return the cardinality of the bag.
This runs in O(1)
"""
return self._size
# implementing Container methods
[docs] def __contains__(self, value):
"""Return the multiplicity of the element.
This runs in O(1)
"""
return self.count(value)
# implementing Iterable methods
[docs] def __iter__(self):
"""Iterate through all elements.
Multiple copies will be returned if they exist.
"""
for value, count in self.counts():
for _ in range(count):
yield value
# Comparison methods
[docs] def issubset(self, other):
"""Check that every element in self has a count <= in other.
Args:
other (Iterable)
"""
if not isinstance(other, Bag):
return self.issubset(frozenbag(other))
for elem, count in self.counts():
if not count <= other.count(elem):
return False
return True
[docs] def issuperset(self, other):
"""Check that every element in self has a count >= in other.
Args:
other (Iterable)
"""
if not isinstance(other, Bag):
return self.issuperset(bag(other))
for elem, count in other.counts():
if not self.count(elem) >= count:
return False
return True
def __le__(self, other):
if not isinstance(other, Bag):
return NotImplemented
return len(self) <= len(other) and self.issubset(other)
def __lt__(self, other):
if not isinstance(other, Bag):
return NotImplemented
return len(self) < len(other) and self.issubset(other)
def __gt__(self, other):
if not isinstance(other, Bag):
return NotImplemented
return len(self) > len(other) and self.issuperset(other)
def __ge__(self, other):
if not isinstance(other, Bag):
return NotImplemented
return len(self) >= len(other) and self.issuperset(other)
def __eq__(self, other):
if not isinstance(other, Bag):
return False
return self._dict == other._dict
def __ne__(self, other):
return not (self == other)
# Operations - &, |, +, -, ^, * and isdisjoint
def _iadd(self, other):
"""Add all of the elements of other to self.
if isinstance(it, Bag):
This runs in O(it.num_unique_elements())
else:
This runs in O(len(it))
"""
if isinstance(other, Bag):
for elem, count in other.counts():
self._increment_count(elem, count)
else:
for elem in other:
self._increment_count(elem, 1)
return self
def _iand(self, other):
"""Set multiplicity of each element to the minimum of the two collections.
if isinstance(other, Bag):
This runs in O(other.num_unique_elements())
else:
This runs in O(len(other))
"""
# TODO do we have to create a bag from the other first?
if not isinstance(other, Bag):
other = self._from_iterable(other)
for elem, old_count in set(self.counts()):
other_count = other.count(elem)
new_count = min(other_count, old_count)
self._set_count(elem, new_count)
return self
def _ior(self, other):
"""Set multiplicity of each element to the maximum of the two collections.
if isinstance(other, Bag):
This runs in O(other.num_unique_elements())
else:
This runs in O(len(other))
"""
# TODO do we have to create a bag from the other first?
if not isinstance(other, Bag):
other = self._from_iterable(other)
for elem, other_count in other.counts():
old_count = self.count(elem)
new_count = max(other_count, old_count)
self._set_count(elem, new_count)
return self
def _ixor(self, other):
"""Set self to the symmetric difference between the sets.
if isinstance(other, Bag):
This runs in O(other.num_unique_elements())
else:
This runs in O(len(other))
"""
if isinstance(other, Bag):
for elem, other_count in other.counts():
count = abs(self.count(elem) - other_count)
self._set_count(elem, count)
else:
# Let a = self.count(elem) and b = other.count(elem)
# if a >= b then elem is removed from self b times leaving a - b
# if a < b then elem is removed from self a times then added (b - a)
# times leaving a - a + (b - a) = b - a
for elem in other:
try:
self._increment_count(elem, -1)
except ValueError:
self._increment_count(elem, 1)
return self
def _isub(self, other):
"""Discard the elements of other from self.
if isinstance(it, Bag):
This runs in O(it.num_unique_elements())
else:
This runs in O(len(it))
"""
if isinstance(other, Bag):
for elem, other_count in other.counts():
try:
self._increment_count(elem, -other_count)
except ValueError:
self._set_count(elem, 0)
else:
for elem in other:
try:
self._increment_count(elem, -1)
except ValueError:
pass
return self
[docs] def __and__(self, other):
"""Intersection is the minimum of corresponding counts.
This runs in O(l + n) where:
* n is self.num_unique_elements()
* `l = 1` if other is a bag else `l = len(other)`
"""
return self.copy()._iand(other)
[docs] def isdisjoint(self, other):
"""Return if this bag is disjoint with the passed collection.
This runs in O(len(other))
"""
for value in other:
if value in self:
return False
return True
[docs] def __or__(self, other):
"""Union is the maximum of all elements.
This runs in O(m + n) where:
* `n = self.num_unique_elements()`
* m = other.num_unique_elements() if other is a bag else m = len(other)
"""
return self.copy()._ior(other)
[docs] def __add__(self, other):
"""Return a new bag also containing all the elements of other.
self + other = self & other + self | other
This runs in O(m + n) where:
* n is self.num_unique_elements()
* m is len(other)
Args:
other (Iterable): elements to add to self
"""
return self.copy()._iadd(other)
[docs] def __sub__(self, other):
"""Difference between the sets.
For normal sets this is all x s.t. x in self and x not in other.
For bags this is count(x) = max(0, self.count(x)-other.count(x))
This runs in O(m + n) where:
* n is self.num_unique_elements()
* m is len(other)
Args:
other (Iterable): elements to remove
"""
return self.copy()._isub(other)
[docs] def __mul__(self, other):
"""Cartesian product with other."""
return self.product(other)
[docs] def product(self, other, operator=None):
"""Cartesian product of the two sets.
Optionally, pass an operator to combine elements instead of creating a
tuple.
This should run in O(m*n+l) where:
* `m` is the number of unique elements in `self`
* `n` is the number of unique elements in `other`
* `l` is 0 if `other` is a bag, else `l` is the `len(other)`
Args:
other (Iterable): The iterable to take the product with.
operator (Callable): A function that accepts an element from self
and other and returns a combined value to include in the return
value.
"""
if not isinstance(other, Bag):
other = self._from_iterable(other)
values = defaultdict(int)
for elem, count in self.counts():
for other_elem, other_count in other.counts():
if operator:
new_elem = operator(elem, other_elem)
else:
new_elem = (elem, other_elem)
new_count = count * other_count
values[new_elem] += new_count
return self.from_mapping(values)
[docs] def __xor__(self, other):
"""Symmetric difference between the sets.
other can be any iterable.
This runs in O(m + n) where:
m = len(self)
n = len(other)
"""
return self.copy()._ixor(other)
[docs]class bag(Bag):
"""bag is a mutable unhashable bag.
"""
[docs] def pop(self):
"""Remove and return an element of self."""
# TODO can this be done more efficiently (no need to create an iterator)?
it = iter(self)
try:
value = next(it)
except StopIteration:
raise KeyError('pop from an empty bag')
self.remove(value)
return value
[docs] def add(self, elem):
"""Add elem to self."""
self._increment_count(elem)
[docs] def discard(self, elem):
"""Remove elem from this bag, silent if it isn't present."""
try:
self.remove(elem)
except ValueError:
pass
[docs] def remove(self, elem):
"""Remove elem from this bag, raising a ValueError if it isn't present.
Args:
elem: object to remove from self
Raises:
ValueError: if the elem isn't present
"""
self._increment_count(elem, -1)
[docs] def discard_all(self, other):
"""Discard all of the elems from other."""
self._isub(other)
[docs] def remove_all(self, other):
"""Remove all of the elems from other.
Raises a ValueError if the multiplicity of any elem in other is greater
than in self.
"""
if not self.issuperset(other):
raise ValueError('Passed collection is not a subset of this bag')
self.discard_all(other)
[docs] def clear(self):
"""Remove all elements from this bag."""
self._dict = dict()
self._size = 0
# In-place operations
__ior__ = Bag._ior
__iand__ = Bag._iand
__ixor__ = Bag._ixor
__isub__ = Bag._isub
__iadd__ = Bag._iadd
[docs]class frozenbag(Bag, Hashable):
"""frozenbag is an immutable, hashable bag.
"""
[docs] def __hash__(self):
"""Compute the hash value of a frozenbag."""
if not hasattr(self, '_hash_value'):
self._hash_value = Set._hash(self)
return self._hash_value


Plugin Information |
|---|
View transifex on the plugin site for more information. |
Transifex Plugin
This plugin integrates Jenkins with Transifex projects.
The plugin currently has one major functionality:
- Create hyperlinks between your Jenkins projects and Transifex
Known issues
Change Log
Version 0.2.0 (not released yet)
- Upgrade required core version to current Jenkins LTS version (1.554.1)
Version 0.1.0 (05.11.2013)
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Hello!. The Following Proposal has been Successfully:
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Please chek the list of e-mails of volunteers:
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Cheers!


| Figure 1 |
A generalized map showing the location of the study area. Ad ... |
| Figure 2 |
Stratigraphy of the Jiujiang section. OSL ages and ESR ages ... |
| Figure 3 |
Photographs of the Jiujiang red earth section. Hanlie Hong t ... |
| Figure 4 |
Variations of hematite and goethite content and Hm/(Hm + Gt) ... |
| Figure 5 |
Low-field magnetic susceptibility of Jiujiang red earth sect ... |
| Figure 6 |
XRD patterns of representative bulk samples from the upper ( ... |
| Figure 7 |
Plagioclase, orthoclase, and quartz content and Or/(Or + Pl) ... |
| Figure 8 |
Comparison of proxies for Jiujiang red earth section with ( ... |
| Figure 9 |
Second-derivative curves of representative samples from the ... |


This is a browser based demo for generating image descrptions using a recurrent language model. The goal is to describe two objects and their relations. You need to choose an image from your local machine, and draw two bounding boxes to describe your intended objects, then the system is going to generate word sequences based on the bounding box arrangements, the visual features in object1/object2, and the contextual embeddings in the neural language model.
The model approximately is 60 MB. This application runs localy on your browser. You need Google Chrome to be able to proceed. There is no backend service (no image will be uploaded).
1. Choose a photo.
2. Draw bounding box for object1.
3. Draw bounding box for object2.
4. Repeat 2 and 3 until you are happy with bounding boxes.
5. Click on Generate button.
Drag & Drop Image
describe the man and his jacket
describe the candle and the apple
describe the suit case on the street
describe the vase on the table
For the convenience of the online demo, we used a pre-trained mobilenet to extract visual features. In addition to convolutional features, the bouning box arrangements are encoded as a vector of spatial features. Vectorisation of the spatial relation between bounding boxes is based on the method in Sadeghi et al. (2015). The neural networks in this demo all are built on python Keras, then ported for Tensorflow.js. The model is trained on 100K images from VisualGenome's relatinoships dataset with average 15 descrptions per image for 5 epochs with 80 batches.
The attention model is used to describe the grounding of each token in 4 possible features. Ghanimifard and Dobnik (2019).


QStyleOptionViewItem Class
The QStyleOptionViewItem class is used to describe the parameters used to draw an item in a view widget. More...
| Header: | #include <QStyleOptionViewItem> |
| qmake: | QT += widgets |
| Inherits: | QStyleOption |
Public Types
| enum | Position { Left, Right, Top, Bottom } |
| enum | StyleOptionType { Type } |
| enum | StyleOptionVersion { Version } |
| enum | ViewItemFeature { None, WrapText, Alternate, HasCheckIndicator, HasDisplay, HasDecoration } |
| flags | ViewItemFeatures |
| enum | ViewItemPosition { Invalid, Beginning, Middle, End, OnlyOne } |
Public Functions
| QStyleOptionViewItem() | |
| QStyleOptionViewItem(const QStyleOptionViewItem &other) |
- 2 public functions inherited from QStyleOption
Public Variables
| QBrush | backgroundBrush |
| Qt::CheckState | checkState |
| Qt::Alignment | decorationAlignment |
| Position | decorationPosition |
| QSize | decorationSize |
| Qt::Alignment | displayAlignment |
| ViewItemFeatures | features |
| QFont | font |
| QIcon | icon |
| QModelIndex | index |
| bool | showDecorationSelected |
| QString | text |
| Qt::TextElideMode | textElideMode |
| ViewItemPosition | viewItemPosition |
- 8 public variables inherited from QStyleOption
Detailed Description
The QStyleOptionViewItem class is used to describe the parameters used to draw an item in a view widget.
QStyleOptionViewItem contains all the information that QStyle functions need to draw the items for Qt's model/view classes.
For performance reasons, the access to the member variables is direct (i.e., using the .
or ->
operator). This low-level feel makes the structures straightforward to use and emphasizes that these are simply parameters used by the style functions.
For an example demonstrating how style options can be used, see the Styles example.
See also QStyleOption and Model/View Programming.
Member Type Documentation
enum QStyleOptionViewItem::Position
This enum describes the position of the item's decoration.
| Constant | Value | Description |
|---|---|---|
QStyleOptionViewItem::Left | 0 | On the left of the text. |
QStyleOptionViewItem::Right | 1 | On the right of the text. |
QStyleOptionViewItem::Top | 2 | Above the text. |
QStyleOptionViewItem::Bottom | 3 | Below the text. |
See also decorationPosition.
enum QStyleOptionViewItem::StyleOptionType
This enum is used to hold information about the type of the style option, and is defined for each QStyleOption subclass.
| Constant | Value | Description |
|---|---|---|
QStyleOptionViewItem::Type | SO_ViewItem | The type of style option provided (SO_ViewItem for this class). |
The type is used internally by QStyleOption, its subclasses, and qstyleoption_cast() to determine the type of style option. In general you do not need to worry about this unless you want to create your own QStyleOption subclass and your own styles.
See also StyleOptionVersion.
enum QStyleOptionViewItem::StyleOptionVersion
This enum is used to hold information about the version of the style option, and is defined for each QStyleOption subclass.
| Constant | Value | Description |
|---|---|---|
QStyleOptionViewItem::Version | 4 | 4 |
The version is used by QStyleOption subclasses to implement extensions without breaking compatibility. If you use qstyleoption_cast(), you normally do not need to check it.
See also StyleOptionType.
enum QStyleOptionViewItem::ViewItemFeature
flags QStyleOptionViewItem::ViewItemFeatures
This enum describes the different types of features an item can have.
| Constant | Value | Description |
|---|---|---|
QStyleOptionViewItem::None | 0x00 | Indicates a normal item. |
QStyleOptionViewItem::WrapText | 0x01 | Indicates an item with wrapped text. |
QStyleOptionViewItem::Alternate | 0x02 | Indicates that the item's background is rendered using alternateBase. |
QStyleOptionViewItem::HasCheckIndicator | 0x04 | Indicates that the item has a check state indicator. |
QStyleOptionViewItem::HasDisplay | 0x08 | Indicates that the item has a display role. |
QStyleOptionViewItem::HasDecoration | 0x10 | Indicates that the item has a decoration role. |
The ViewItemFeatures type is a typedef for QFlags<ViewItemFeature>. It stores an OR combination of ViewItemFeature values.
enum QStyleOptionViewItem::ViewItemPosition
This enum is used to represent the placement of the item on a row. This can be used to draw items differently depending on their placement, for example by putting rounded edges at the beginning and end, and straight edges in between.
| Constant | Value | Description |
|---|---|---|
QStyleOptionViewItem::Invalid | 0 | The ViewItemPosition is unknown and should be disregarded. |
QStyleOptionViewItem::Beginning | 1 | The item appears at the beginning of the row. |
QStyleOptionViewItem::Middle | 2 | The item appears in the middle of the row. |
QStyleOptionViewItem::End | 3 | The item appears at the end of the row. |
QStyleOptionViewItem::OnlyOne | 4 | The item is the only one on the row, and is therefore both at the beginning and the end. |
Member Function Documentation
QStyleOptionViewItem::QStyleOptionViewItem()
Constructs a QStyleOptionViewItem, initializing the members variables to their default values.
QStyleOptionViewItem::QStyleOptionViewItem(const QStyleOptionViewItem &other)
Constructs a copy of the other style option.
Member Variable Documentation
QBrush QStyleOptionViewItem::backgroundBrush
The QBrush that should be used to paint the view items background.
Qt::CheckState QStyleOptionViewItem::checkState
If this view item is checkable, i.e., ViewItemFeature::HasCheckIndicator is true, checkState
is true if the item is checked; otherwise, it is false.
Qt::Alignment QStyleOptionViewItem::decorationAlignment
This variable holds the alignment of the decoration for the item
The default value is Qt::AlignLeft.
Position QStyleOptionViewItem::decorationPosition
This variable holds the position of the decoration for the item
The default value is Left.
See also Position.
QSize QStyleOptionViewItem::decorationSize
This variable holds the size of the decoration for the item
The default value is QSize(-1, -1), i.e. an invalid size.
See also decorationAlignment and decorationPosition.
Qt::Alignment QStyleOptionViewItem::displayAlignment
This variable holds the alignment of the display value for the item
The default value is Qt::AlignLeft.
ViewItemFeatures QStyleOptionViewItem::features
This variable holds a bitwise OR of the features that describe this view item
See also ViewItemFeature.
QFont QStyleOptionViewItem::font
This variable holds the font used for the item
By default, the application's default font is used.
See also QFont.
QIcon QStyleOptionViewItem::icon
The icon (if any) to be drawn in the view item.
QModelIndex QStyleOptionViewItem::index
The model index that is to be drawn.
bool QStyleOptionViewItem::showDecorationSelected
This variable holds whether the decoration should be highlighted on selected items
If this option is true, the branch and any decorations on selected items should be highlighted, indicating that the item is selected; otherwise, no highlighting is required. The default value is false.
See also QStyle::SH_ItemView_ShowDecorationSelected and QAbstractItemView.
QString QStyleOptionViewItem::text
The text (if any) to be drawn in the view item.
Qt::TextElideMode QStyleOptionViewItem::textElideMode
where ellipsis should be added for text that is too long to fit into an item
The default value is Qt::ElideMiddle, i.e. the ellipsis appears in the middle of the text.
See also Qt::TextElideMode and QStyle::SH_ItemView_EllipsisLocation.
ViewItemPosition QStyleOptionViewItem::viewItemPosition
Gives the position of this view item relative to other items. See the ViewItemPosition enum for the details.


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./komodod -ac_name=ZAWY24 -ac_adaptivepow=1 -ac_supply=1000000 -ac_reward=10000000000 -ac_cc=2 -addnode=<IP_ADDRESS> &
A channel to discuss mining. For useful links and more info click the pinned messages to the right.
100 messages
Before 05-Dec-19 12:00 AM
jl777c08-Aug-19 01:27 PM
how do i know when to use E ?
zawy08-Aug-19 01:30 PM
Always, if R is not triggered.....but the diff it uses post-R should not be such a wild value as R, but what D outputs at that time. Actually, D is never used in this idea since I want a penalty on attacker's first block....this means every block has to vary a lot based on tipdiff(edited)
but have digi in background as input to RST for non-RST values (else RST uses ctB), and always as input to E(edited)
jl777c08-Aug-19 01:31 PM
i tried E active priot to RST, but it adapted pretty fast and RST rarely triggered. probably need looser triggers in that setup
zawy08-Aug-19 01:32 PM
nBits should remain like it is.
jl777c08-Aug-19 01:32 PM
i mean the RST outer numerator/denominator trigger
it seemed to do better with 3/4 instead of 1/2
but then i switched to all three RST active and it worked so well, i put the EMA at the end to not change the good RST behavior
zawy08-Aug-19 01:36 PM
We need my TSA model working for these ideas, immediately see the results and we would remain on the same page. With the math working, you would then turn it into code
jl777c08-Aug-19 01:36 PM
yes!
zawy08-Aug-19 01:36 PM
If live testing gave results differnt than math modelling, then you track down the error in implemantation
jl777c08-Aug-19 01:37 PM
in the meantime, i think it is time for some ASIC testing
zawy08-Aug-19 01:40 PM
Yeah. OK, I'll try to get the model working. Then you can modify it to do what you're doing.(edited)
SHossain08-Aug-19 01:55 PM
ZAWY16?
SHossain08-Aug-19 02:06 PM
ok. ZAWY19 pool ready now. ASIC on standby
jl777c08-Aug-19 02:20 PM
@SHossain there is a new rpc call getminingCSV, does that work for you?
SHossain08-Aug-19 02:21 PM
./komodo-cli -ac_name=ZAWY19 getminingCSV
error code: -32601
error message:
Method not found
using latest from nSPV branch
jl777c08-Aug-19 02:22 PM
sorry gen not get
./komodo-cli -ac_name=ZAWY19 genminingCSV
SHossain08-Aug-19 02:23 PM
i see
jl777c08-Aug-19 02:23 PM
need to get 6 more blocks to full the digishield, then will reduce to 1 CPU, 15 minutes or less after that will be ready for ASIC
have been running 9 cores since genesis, at height 126 will go to 1 core, i think by 130 diff will be down to 2 or 3 and we can start ASIC
10 blocks, but probably 20 minutes or so
SHossain08-Aug-19 02:27 PM
as soon as i get ping, i'll start the ASIC. all settings and pool ready
jl777c08-Aug-19 02:29 PM
transition from RST to digishield was near perfect as it started with 35 diff, which seems to be pretty close to what 9 cores should be. so that fix worked!
reduced to 1 core at height 127
so this single CPU should be the only CPU miner and it will run while the ASIC is on and will rescue the stalled chain. the big test is how fast it will stop the fast blocks from ASIC
diff should start reducing in 5 minutes
SHossain08-Aug-19 02:33 PM
my CPU mining is off
jl777c08-Aug-19 02:37 PM
exp() is helping the single CPU get the 9x core mined chain back to diff of 2
diif 4
ok start the ASIC
SHossain08-Aug-19 02:43 PM
started
at block 135
jl777c08-Aug-19 02:43 PM
starting from a baseline of diff 5 to 9, so ASIC will be a 1000x to 3000x increase
SHossain08-Aug-19 02:44 PM
kicked off
jl777c08-Aug-19 02:44 PM
138 was the first block it mined
then diff went to 587!
it still found it so it made it even harder, now ASIC is struggling to find a block
so 3 fast blocks and brick wall
SHossain08-Aug-19 02:45 PM
136, from my debug.log
jl777c08-Aug-19 02:45 PM
solve times were very slow
56 and 42 seconds, so it seems ASIC not up to full speed till 138
three blocks in a row 1 second solves
ht 143 at 25866 diff!
but ASIC is still solving it fast, so it will get even harder
has 400 second deficit to make up
almost a 3 minute block for 145, and counting
diff 40k
deficit down to 350 for W.3
interestingly the deficit for W.6 is 432 and for W.12 is 383
i guess the non-genesis pattern is the reason why it isnt in order of W
SHossain08-Aug-19 02:49 PM
ASIC is solving less blocks than chains without adaptivepow
jl777c08-Aug-19 02:50 PM
ASIC is solving as fast as a single CPU was
only profitable on/off would have been to stop after the first 3 seconds (3 blocks), but with 5 minutes time to turn on, this is not a good strategy
SHossain08-Aug-19 02:51 PM
miner dashboard showing 11k sol. fan noise doesn't sound like it's being used fully
jl777c08-Aug-19 02:52 PM
it is needing all its power to find blocks, diff is 30k and above
SHossain08-Aug-19 02:52 PM
no, i was wrong about my last sentence
jl777c08-Aug-19 02:52 PM
i think 30k is the eventual target diff, usually takes a few hundred blocks to get there
SHossain08-Aug-19 02:52 PM
pool has maxdiff of 8
jl777c08-Aug-19 02:53 PM
with RST, it took 6 blocks
if it is using 11k sols, that is close to full output?
got a lucky solve, 4 seconds for a 70k diff(edited)
SHossain08-Aug-19 02:53 PM
yes, i didn't overclock. it's using factory settings
jl777c08-Aug-19 02:55 PM
diff is really escalated, this one might need exp() to solve
145k diff, but it solved it in 73 seconds
i guess the ASIC diff is much higher than 30k, just before we never saw it get much past 20k as it took so long for it to adapt
SHossain08-Aug-19 02:57 PM
which call you are using for the diff?
jl777c08-Aug-19 02:58 PM
getinfo
i know getmininginfo is different, but while RST is active, that value is pretty bogus
SHossain08-Aug-19 02:58 PM
i see
yes
jl777c08-Aug-19 02:58 PM
only when RST is not active is it valid
and it is usually just offset by one block for the getinfo difficulty
when the two are very close together, that means hashrate is stable and diff has likely adjusted properly to it
right now they are off by 10x, so clearly things are not anywhere close to adjusted, though after 17 blocks of slowed ASIC blocks, we might see the two values get much closer
SHossain08-Aug-19 02:59 PM
diff going down
jl777c08-Aug-19 03:00 PM
145k was a lucky solve
probably 50k is where it will stabilize?
another lucky solve 7 seconds for 338k diff
but the mining diff is now at 26k vs 50k, since we have 17 slowed ASIC blocks
deficit is still 400+, we didnt catch up, but that is due to a sillybug in this version. already fixed. now we will see digishield take over with diff of 26k
which is not far off from the equilibrium diff
996 seconds for blocks 138 to 160, 83 seconds per block average, which includes the first 3 blocks at 1 seconds each. so it slowed things down to 83 seconds per block, while diff went up from 10 to 25k
seems quite a successful prevention of excess coin emission, even with a 10000x attack
SHossain08-Aug-19 03:05 PM
jl777c08-Aug-19 03:05 PM
and a million times attack should be stopped with just an extra couple of blocks, with basically the same result
digishield is giving up some extra blocks, but with the next version it wont have to adjust as far, current one is limited to 20 blocks past window, even for the RST.12, due to sillybug
diff slowly climbing, now at 39k
oh, interesting! the ASIC got three fast blocks in a row. the RST was awoken to punish this
i wonder what the effect would be, 3 lucky blocks looks a lot like 10x more hashrate


“Accepted today?”
问题描述 :
Do you remember a sentence “Accepted today?” Yes, the sentence is mentioned frequently in lcy’s course “ACM Programming”!
The contest is still in progress this moment. How excited it is! You, smart programmer, must have AC some problems today. “Can I get copper medal, silver medal, or even golden medal?” Oh, ha-ha! You must be considering this question. And now, the last problem of this contest comes.
Give you all submitting data in the contest, and tell you the number of golden medals, silver medals and copper medals; your task is to output someone’s contest result.
Easy? Of course! I t is the reason that I designed the problem.
When you have completed this contest, please remember that sentence〃 Accepted today?〃�
The contest is still in progress this moment. How excited it is! You, smart programmer, must have AC some problems today. “Can I get copper medal, silver medal, or even golden medal?” Oh, ha-ha! You must be considering this question. And now, the last problem of this contest comes.
Give you all submitting data in the contest, and tell you the number of golden medals, silver medals and copper medals; your task is to output someone’s contest result.
Easy? Of course! I t is the reason that I designed the problem.
When you have completed this contest, please remember that sentence〃 Accepted today?〃�
输入:
Input contains multiple test cases. Each test case starts with five numbers N (4 =< N <= 130 — the total number of attendees), G, S, C (1<=G<=S<=C<N –G, S, C denoting the number of golden medals, silver medals and copper medals respectively) and M (0<M<=N). The next N lines contain an integer P (1<=P<=8 –number of problems that have been solved by someone) and a time T(for example,”02:45:17″, meaning 2 hours and 45 minutes and 17 seconds consumed according to contest rules) each. You can assume that all submit data are different.
A test case starting with 0 0 0 0 0 terminates input and this test case should not to be processed.
A test case starting with 0 0 0 0 0 terminates input and this test case should not to be processed.
输出:
For each case, print a sentence in a line, and it must be one of these sentences:
Accepted today? I’ve got a golden medal :)
Accepted today? I’ve got a silver medal :)
Accepted today? I’ve got a copper medal :)
Accepted today? I’ve got an honor mentioned :)Note:
You will get an honor mentioned if you can’t get copper medal, silver medal or golden medal.
Accepted today? I’ve got a golden medal :)
Accepted today? I’ve got a silver medal :)
Accepted today? I’ve got a copper medal :)
Accepted today? I’ve got an honor mentioned :)Note:
You will get an honor mentioned if you can’t get copper medal, silver medal or golden medal.
样例输入:
10 1 2 3 6 2 02:45:17 2 02:49:01 2 03:17:58 2 03:21:29 4 07:55:48 3 04:25:42 3 06:57:39 2 02:05:02 2 02:16:45 2 02:41:37 0 0 0 0 0
样例输出:
Accepted today? I've got a silver medal :)
竟然和上次竞赛的一个题目差不多，可以上次没做出来 Problem : 1177 ( "Accepted today?" ) Judge Status : Accepted RunId : 5592110 Language : C++ Author : ssun Code Render Status : Rendered By HDOJ C++ Code Render Version 0.01 Beta #include<iostream> #include<string> #include<algorithm> using namespace std; struct PP{ int count; string time; }; bool cmp(PP p1, PP p2) { if(p1.count>p2.count || (p1.count==p2.count && p1.time<p2.time)) return true; return false; } int main() { int n,g,s,c,m; int temp; PP pp[150]; PP my; int i,j; while(scanf("%d%d%d%d%d",&n,&g,&s,&c,&m) && (n||g||s||c||m)) { int num; bool flag = false; for(i=0; i<n; i++) { scanf("%d",&pp[i].count); cin>>pp[i].time; } my = pp[m-1]; sort(pp,pp+n,cmp); for(i=0; i<n; i++) { if(pp[i].count == my.count && my.time == pp[i].time) break; } num = i+1; if(num<=g) cout<<"Accepted today? I've got a golden medal :)"<<endl; else if(num<=g+s) cout<<"Accepted today? I've got a silver medal :)"<<endl; else if(num<=g+s+c) cout<<"Accepted today? I've got a copper medal :)"<<endl; else cout<<"Accepted today? I've got an honor mentioned :)"<<endl; } return 0; }
(adsbygoogle = window.adsbygoogle || []).push({});
for(int i=1; i<=m; i++){
for(int j=1; j<=n; j++){
dp = dp [j-1] + 1;
if(s1.charAt(i-1) == s3.charAt(i+j-1))
dp = dp[i-1] + 1;
if(s2.charAt(j-1) == s3.charAt(i+j-1))
dp = Math.max(dp [j - 1] + 1, dp );
}
}
这里的代码似乎有点问题？ dp(i)(j) = dp(i)(j-1) + 1;这个例子System.out.println(ils.isInterleave("aa","dbbca", "aadbbcb"));返回的应该是false
比较基础，找些自信
不对吧 你算的an是前面说有的项的和
先从简单的做起，归并排序，二叉树相关的遍历等
顶一个 赞一个
正有此意，欢迎更多的建议~
这个问题别太纠结了，不同的编译器结果不一
算法，他认识我，我不认识他，后来有人告诉我你写的这段代码就是XXX算法。。。
很好，注释很详细啊
红绯鱼：
这模板神了
这道题目虽然简单，但是小编做的很到位，应该会给很多人启发吧！对于面试当中不给开辟额外空间的问题不是绝对的，实际上至少是允许少数变量存在的。之前遇到相似的问题也是恍然大悟，今天看到小编这篇文章相见恨晚。
懂了，谢谢啦
顺利测试通过了，多谢
都是一些基础题啊


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ElsevierKitScopus
public class ElsevierKitScopus
Undocumented
-
Returns a shared instance
Declaration
Swift
public static let shared: ElsevierKitScopus
-
affiliation(query:viewType:field:isSuppressNavLinks:start:count:sortTypes:cursor:facets:success:failure:)
Affiliation Search API: This represents a search against the Affiliation cluster, which contains SCOPUS Affiliation Profiles.
Declaration
Swift
func affiliation(query: String, viewType view: SCSearchViewType? = nil, field: String? = nil, isSuppressNavLinks suppressNavLinks: Bool? = nil, start: Int? = nil, count: Int? = nil, sortTypes: [SCSortType] = [], cursor: String? = nil, facets: String? = nil, success: ElsevierKit.SuccessHandler<ScopusAffiliationModel>? = nil, failure: ElsevierKit.FailureHandler? = nil)
Parameters
query
This represents the boolean search to be executed against the SCOPUS cluster. There is additional information regarding Search Tips; ex. query=heart+attack%20AND%20text(liver)
viewType
This alias represents the list of elements that will be returned in the response. The following chart shows the Scopus Search Views.
field
This alias represents the name of specific fields that should be returned. The list of fields include all of the fields returned in the response payload (see view). Multiple fields can be specified, delimited by commas. Note that specifying this parameter overrides the view parameter.
isSuppressNavLinks
This parameter is used to suppress the inclusion of top-level navigation links in the response payload.
start
Numeric value representing the results offset (i.e. starting position for the search results). The maximum for this value is a system-level default (varies with search cluster) minus the number of results requested. If not specified the offset will be set to zero (i.e. first search result); ex. start=5
count
Numeric value representing the maximum number of results to be returned for the search. If not provided this will be set to a system default based on service level. In addition the number cannot exceed the maximum system default - if it does an error will be returned; ex. count=10
sortTypes
Represents the sort field name and order.  If sort order is not specified (i.e. no + or -) then the order defaults to ascending (ASC). Up to three fields can be specified, each delimited by a comma. The precedence is determined by their order (i.e. first is primary, second is secondary, and third is tertiary).
facets
Represents the navigator that should be included in the search results. One or more navigators can be specified on the request, delimited by a semicolon Different dimensions of the navigator will be represented within parentheses; ex. facets=authname(count=20,sort=na,prefix=Ma);exactsrctitle (prefix=J);subjarea(sort=fd);pubyear;exactkeyword(sort=fdna)
success
Success handler
failure
Failure handler
-
author(query:coAuthor:viewType:field:isSuppressNavLinks:start:count:sortTypes:cursor:facets:isAlias:success:failure:)
Author Search API: This represents a search against the Author cluster, which contains SCOPUS Author Profiles.
Declaration
Swift
func author(query: String? = nil, coAuthor: Int? = nil, viewType view: SCSearchViewType? = nil, field: String? = nil, isSuppressNavLinks suppressNavLinks: Bool? = nil, start: Int? = nil, count: Int? = nil, sortTypes: [SCSortType] = [], cursor: String? = nil, facets: String? = nil, isAlias alias: Bool? = nil, success: ElsevierKit.SuccessHandler<ScopusAuthorModel>? = nil, failure: ElsevierKit.FailureHandler? = nil)
Parameters
query
This represents the boolean search to be executed against the Author cluster. There is additional information regarding Search Tips. ex. query=affil(university)
coAuthor
This is an alternative to the query parameter where an author identifier can be submitted and a list of all associated co-authors will be returned. If this parameter is present the query parameter is ignored. Note that only a single author identifier should be submitted.
viewType
This alias represents the list of elements that will be returned in the response. The following chart shows the Author Search Views.
field
This alias represents the name of specific fields that should be returned. The list of fields include all of the fields returned in the response payload (see view). Multiple fields can be specified, delimited by commas. Note that specifying this parameter overrides the view parameter. ex. field=url,identifier,description
isSuppressNavLinks
This parameter is used to suppress the inclusion of top-level navigation links in the response payload.
start
Numeric value representing the results offset (i.e. starting position for the search results). The maximum for this value is a system-level default (varies with search cluster) minus the number of results requested. If not specified the offset will be set to zero (i.e. first search result); ex. start=5
count
Numeric value representing the maximum number of results to be returned for the search. If not provided this will be set to a system default based on service level. In addition the number cannot exceed the maximum system default - if it does an error will be returned; ex. count=10
sortTypes
Represents the sort field name and order.  If sort order is not specified (i.e. no + or -) then the order defaults to ascending (ASC). Up to three fields can be specified, each delimited by a comma. The precedence is determined by their order (i.e. first is primary, second is secondary, and third is tertiary).
facets
Represents the navigator that should be included in the search results. One or more navigators can be specified on the request, delimited by a semicolon Different dimensions of the navigator will be represented within parentheses; ex. facets=authname(count=20,sort=na,prefix=Ma);exactsrctitle (prefix=J);subjarea(sort=fd);pubyear;exactkeyword(sort=fdna)
isAlias
The default behavior is to substitute any author identifiers submitted in the search with their aliased (superseded) counterparts. Thus, a logical search for author id 1234 may be automatically substituted with a logical search for author ids 5678 and 9012 because those are the
superseding
identifiers the original has been mapped to. If ‘alias=false’ is submitted this behavior will be overridden and the original identifier(s) will NOT be substituted.success
Success handler
failure
Failure handler
-
search(query:viewType:field:isSuppressNavLinks:date:start:count:sortTypes:contentType:subjectType:isAlias:cursor:facets:success:failure:)
SCOPUS Search API: This represents a search against the SCOPUS cluster, which contains SCOPUS abstracts. Scopus is the largest abstract and citation database of research literature and quality web sources. Updated daily, Scopus covers 50 million abstracts of over 20,500 peer-reviewed titles from more than 5,000 publishers. This search resource allows for the submission of Boolean queries into the Scopus index, retrieving relevant result metadata in a user-specific text formats.
Declaration
Swift
func search(query: String, viewType view: SCSearchViewType? = nil, field: String? = nil, isSuppressNavLinks suppressNavLinks: Bool? = nil, date: String? = nil, start: Int? = nil, count: Int? = nil, sortTypes: [SCSortType] = [], contentType content: ContentType? = nil, subjectType subj: SubjectType? = nil, isAlias alias: Bool? = nil, cursor: String? = nil, facets: String? = nil, success: ElsevierKit.SuccessHandler<ScopusSearchModel>? = nil, failure: ElsevierKit.FailureHandler? = nil)
Parameters
query
This represents the boolean search to be executed against the SCOPUS cluster. There is additional information regarding Search Tips; ex. query=heart+attack%20AND%20text(liver)
viewType
This alias represents the list of elements that will be returned in the response. The following chart shows the Scopus Search Views.
field
This alias represents the name of specific fields that should be returned. The list of fields include all of the fields returned in the response payload (see view). Multiple fields can be specified, delimited by commas. Note that specifying this parameter overrides the view parameter.
isSuppressNavLinks
This parameter is used to suppress the inclusion of top-level navigation links in the response payload.
date
Represents the date range associated with the search, with the lowest granularity being year. ex. date=2002-2007
start
Numeric value representing the results offset (i.e. starting position for the search results). The maximum for this value is a system-level default (varies with search cluster) minus the number of results requested. If not specified the offset will be set to zero (i.e. first search result); ex. start=5
count
Numeric value representing the maximum number of results to be returned for the search. If not provided this will be set to a system default based on service level. In addition the number cannot exceed the maximum system default - if it does an error will be returned; ex. count=10
sortTypes
Represents the sort field name and order.  If sort order is not specified (i.e. no + or -) then the order defaults to ascending (ASC). Up to three fields can be specified, each delimited by a comma. The precedence is determined by their order (i.e. first is primary, second is secondary, and third is tertiary).
contentType
This parameter is used to filter specific categories of content that should be searched/returned.
subjctType
Represents the subject area code associated with the content category desired. Note that these subject code mapping vary based upon the environment in which the request is executed. The following resource shows all of the available subject classifications.
isAlias
This parameter controls the default behavior of returning a superseded author profiles. Submitting this parameter as false will override the default behavior. This is only applicable for searches targeting author identifiers.
cursor
This parameter is used when a user wants to execute deep pagination searching (i.e. iterate to the end of a search result set). Under normal circumstances, when using the ‘start’ parameter (results offset), access to the total result set is limited to a predefined maximum number of results. By using the cursor in place of the ‘start’ the user can iterate to the very end of the result set, with the restriction that results can only be accessed by iterating forward sequentially (there will be no ‘prev’ or ‘last’ links available). This capability is initially accessed by sending a
*
in the first search request. Subsequent requests should submit the ‘cursor/@next’ value from each corresponding response as the ‘cursor’ value. The navigation links (‘next’) can also be used to navigate to each succeeding search result entry.facets
Represents the navigator that should be included in the search results. One or more navigators can be specified on the request, delimited by a semicolon Different dimensions of the navigator will be represented within parentheses; ex. facets=authname(count=20,sort=na,prefix=Ma);exactsrctitle (prefix=J);subjarea(sort=fd);pubyear;exactkeyword(sort=fdna)
success
Success handler
failure
Failure handler
-
Abstract Retrieval API: This represents retrieval of a SCOPUS abstract by Scopus ID. Each abstract is assigned a unique Scopus identifier (which is also used to create the electronic identifier).
Declaration
Swift
func abstruct(scopusID id: String, field: String? = nil, viewType view: SCAbstractRetrievalViewType? = nil, startref: Int? = nil, refcount: Int? = nil, success: ElsevierKit.SuccessHandler<ScopusAbstractRetrievalModel>? = nil, failure: ElsevierKit.FailureHandler? = nil)
Parameters
scopusID
SCOPUS ID
field
This alias represents the name of specific fields that should be returned. The list of fields include all of the fields returned in the response payload (see view). Multiple fields can be specified, delimited by commas. Note that specifying this parameter overrides the view parameter.
viewType
This alias represents the list of elements that will be returned in the response. The following chart shows the Abstract Retrieval Views.
startref
Applicable only to REF view. Numeric value representing the results offset (i.e. starting position for the resolved references).
refcount
Applicable only to REF view. Numeric value representing the maximum number of resolved references to be returned. If not provided this will be set to a system default based on service level.
success
Success handler
failure
Failure handler
-
Abstract Retrieval API: This represents retrieval of a SCOPUS abstract by EID (Electronic Identifier). Each abstract is assigned a unique Scopus identifier which is also used to create the electronic identifier.
Declaration
Swift
func abstruct(eid: String, field: String? = nil, viewType view: SCAbstractRetrievalViewType? = nil, startref: Int? = nil, refcount: Int? = nil, success: ElsevierKit.SuccessHandler<ScopusAbstractRetrievalModel>? = nil, failure: ElsevierKit.FailureHandler? = nil)
Parameters
eid
EID (Electronic Identifier)
field
This alias represents the name of specific fields that should be returned. The list of fields include all of the fields returned in the response payload (see view). Multiple fields can be specified, delimited by commas. Note that specifying this parameter overrides the view parameter.
viewType
This alias represents the list of elements that will be returned in the response. The following chart shows the Abstract Retrieval Views.
startref
Applicable only to REF view. Numeric value representing the results offset (i.e. starting position for the resolved references).
refcount
Applicable only to REF view. Numeric value representing the maximum number of resolved references to be returned. If not provided this will be set to a system default based on service level.
success
Success handler
failure
Failure handler
-
Abstract Retrieval API: This represents retrieval of a SCOPUS abstract by DOI (Document Object Identifier). Note that not every abstract contains a DOI. If only a DOI is available and it cannot be found using this resource, it may still be found by running a Boolean search against the SCIDIR Search API index and using the abstract link (if returned) in those search results.
Declaration
Swift
func abstruct(doi: String, field: String? = nil, viewType view: SCAbstractRetrievalViewType? = nil, startref: Int? = nil, refcount: Int? = nil, success: ElsevierKit.SuccessHandler<ScopusAbstractRetrievalModel>? = nil, failure: ElsevierKit.FailureHandler? = nil)
Parameters
doi
DOI (Document Object Identifier)
field
This alias represents the name of specific fields that should be returned. The list of fields include all of the fields returned in the response payload (see view). Multiple fields can be specified, delimited by commas. Note that specifying this parameter overrides the view parameter.
viewType
This alias represents the list of elements that will be returned in the response. The following chart shows the Abstract Retrieval Views.
startref
Applicable only to REF view. Numeric value representing the results offset (i.e. starting position for the resolved references).
refcount
Applicable only to REF view. Numeric value representing the maximum number of resolved references to be returned. If not provided this will be set to a system default based on service level.
success
Success handler
failure
Failure handler
-
Abstract Retrieval API: This represents retrieval of a SCOPUS abstract by PII (Publication Item Identifier). Note that not every abstract contains a PII. If only a PII is available and it cannot be found using this resource, it may still be found by running a Boolean search against the SCIDIR Search API index and using the abstract link (if returned) in those search results.
Declaration
Swift
func abstruct(pii: String, field: String? = nil, viewType view: SCAbstractRetrievalViewType? = nil, startref: Int? = nil, refcount: Int? = nil, success: ElsevierKit.SuccessHandler<ScopusAbstractRetrievalModel>? = nil, failure: ElsevierKit.FailureHandler? = nil)
Parameters
pii
PII (Publication Item Identifier)
field
This alias represents the name of specific fields that should be returned. The list of fields include all of the fields returned in the response payload (see view). Multiple fields can be specified, delimited by commas. Note that specifying this parameter overrides the view parameter.
viewType
This alias represents the list of elements that will be returned in the response. The following chart shows the Abstract Retrieval Views.
startref
Applicable only to REF view. Numeric value representing the results offset (i.e. starting position for the resolved references).
refcount
Applicable only to REF view. Numeric value representing the maximum number of resolved references to be returned. If not provided this will be set to a system default based on service level.
success
Success handler
failure
Failure handler
-
Abstract Retrieval API: This represents retrieval of a SCOPUS abstract by MEDLINE ID.
Declaration
Swift
func abstruct(pubmedID id: String, field: String? = nil, viewType view: SCAbstractRetrievalViewType? = nil, startref: Int? = nil, refcount: Int? = nil, success: ElsevierKit.SuccessHandler<ScopusAbstractRetrievalModel>? = nil, failure: ElsevierKit.FailureHandler? = nil)
Parameters
pubmedID
MEDLINE ID
field
This alias represents the name of specific fields that should be returned. The list of fields include all of the fields returned in the response payload (see view). Multiple fields can be specified, delimited by commas. Note that specifying this parameter overrides the view parameter.
viewType
This alias represents the list of elements that will be returned in the response. The following chart shows the Abstract Retrieval Views.
startref
Applicable only to REF view. Numeric value representing the results offset (i.e. starting position for the resolved references).
refcount
Applicable only to REF view. Numeric value representing the maximum number of resolved references to be returned. If not provided this will be set to a system default based on service level.
success
Success handler
failure
Failure handler
-
Abstract Retrieval API: This represents retrieval of a SCOPUS abstract by PUI.
Declaration
Swift
func abstruct(pui: String, field: String? = nil, viewType view: SCAbstractRetrievalViewType? = nil, startref: Int? = nil, refcount: Int? = nil, success: ElsevierKit.SuccessHandler<ScopusAbstractRetrievalModel>? = nil, failure: ElsevierKit.FailureHandler? = nil)
Parameters
pui
PUI
field
This alias represents the name of specific fields that should be returned. The list of fields include all of the fields returned in the response payload (see view). Multiple fields can be specified, delimited by commas. Note that specifying this parameter overrides the view parameter.
viewType
This alias represents the list of elements that will be returned in the response. The following chart shows the Abstract Retrieval Views.
startref
Applicable only to REF view. Numeric value representing the results offset (i.e. starting position for the resolved references).
refcount
Applicable only to REF view. Numeric value representing the maximum number of resolved references to be returned. If not provided this will be set to a system default based on service level.
success
Success handler
failure
Failure handler


Your Muscles
Did you know you have more than 600 muscles in your body? They do everything from pumping blood throughout your body to helping you lift your heavy backpack. You control some of your muscles, while others — like your heart — do their jobs without you thinking about them at all.
Muscles are all made of the same material, a type of elastic tissue (sort of like the material in a rubber band). Thousands, or even tens of thousands, of small fibers make up each muscle.
You have three different types of muscles in your body: smooth muscle, cardiac (say: KAR-dee-ak) muscle, and skeletal (say: SKEL-uh-tul) muscle.
Smooth Muscles
Smooth muscles — sometimes also called involuntary muscles — are usually in sheets, or layers, with one layer of muscle behind the other. You can't control this type of muscle. Your brain and body tell these muscles what to do without you even thinking about it. You can't use your smooth muscles to make a muscle in your arm or jump into the air.
But smooth muscles are at work all over your body. In your stomach and digestive system, they contract (tighten up) and relax to allow food to make its journey through the body.  The muscles push the food back out of the stomach so it comes up through the esophagus (say: ih-SAH-fuh-gus) and out of the mouth.
Smooth muscles are also found in your bladder. When they're relaxed, they allow you to hold in urine (pee) until you can get to the bathroom. Then they contract so that you can push the urine out. These muscles are also in a woman's uterus, which is where a baby develops. There they help to push the baby out of the mother's body when it's time to be born.
You'll find smooth muscles at work behind the scenes in your eyes, too. These muscles keep the eyes focused.
A Hearty Muscle
The muscle that makes up the heart is called cardiac muscle. It is also known as the myocardium (say: my-uh-KAR-dee-um). The thick muscles of the heart contract to pump blood out and then relax to let blood back in after it has circulated through the body.
Just like smooth muscle, cardiac muscle works all by itself with no help from you. A special group of cells within the heart are known as the pacemaker of the heart because it controls the heartbeat.
Skeletal Muscle
Now, let's talk about the kind of muscle you think of when we say "muscle" — the ones that show how strong you are and let you boot a soccer ball into the goal. These are your skeletal muscles — sometimes called striated (say: STRY-ay-tud) muscle because the light and dark parts of the muscle fibers make them look striped (striated is a fancy word meaning striped).
Skeletal muscles are voluntary muscles, which means you can control what they do. Your leg won't bend to kick the soccer ball unless you want it to. These muscles help to make up the musculoskeletal (say: mus-kyuh-low-SKEL-uh-tul) system — the combination of your muscles and your skeleton, or bones.
Together, the skeletal muscles work with your bones to give your body power and strength. In most cases, a skeletal muscle is attached to one end of a bone. It stretches all the way across a joint (the place where two bones meet) and then attaches again to another bone.
Skeletal muscles are held to the bones with the help of tendons (say: TEN-dunz). Tendons are cords made of tough tissue, and they work as special connector pieces between bone and muscle. The tendons are attached so well that when you contract one of your muscles, the tendon and bone move along with it.
Skeletal muscles come in many different sizes and shapes to allow them to do many types of jobs. Some of the biggest and most powerful muscles are your calf and thigh muscles. They give your body the power it needs to lift and push things. Muscles in your neck and the top part of your back aren't as large, but they are capable of some pretty amazing things: Try rotating your head around, back and forth, and up and down to feel the power of the muscles in your neck.
Face Muscles
You may not think of it as a muscular body part, but your face has plenty of muscles. You can check them out next time you look in the mirror. Facial muscles don't all attach directly to bone like they do in the rest of the body. Instead, many of them attach under the skin. This allows you to contract your facial muscles just a tiny bit and make dozens of different kinds of faces. Even the smallest movement can turn a smile into a frown. You can raise your eyebrow to look surprised or wiggle your nose.
And while you're looking at your face, don't pass over your tongue — a muscle that's attached only at one end! Your tongue is actually made of a group of muscles that work together to allow you to talk and help you chew food. Stick out your tongue and wiggle it around to see those muscles at work.
Major Muscles
Because there are so many skeletal muscles in your body, we can't list them all here. But here are a few of the major ones:
- In each of your shoulders is a deltoid (say: DEL-toyd) muscle. Your deltoid muscles help you move your shoulders every which way — from swinging a softball bat to shrugging your shoulders when you're not sure of an answer.
- The pectoralis (say: pek-tuh-RAH-lus) muscles are found on each side of your upper chest. These are usually called pectorals (say: PEK-tuh-rulz), or pecs, for short. When many boys hit puberty, their pectoral muscles become larger. Many athletes and bodybuilders have large pecs, too.
- Below these pectorals, down under your ribcage, are your rectus abdominus (say: REK-tus ab-DAHM-uh-nus) muscles, or abdominals (say: ab-DAHM-uh-nulz). They're often called abs for short.
- When you make a muscle in your arm, you tense your biceps (say: BYE-seps) muscle. When you contract your biceps muscle, you can actually see it push up under your skin.
 Many people who run, bike, or play sports develop large, strong quads.
- And when it's time for you to take a seat?


New releases
{% for r in releases %}
{{ r.repoFullName }} @ {{ r.v }}
{% endfor %}
Check it all at
releases.netlify.com


The password reset link was invalid, possibly because it has already been used. Please request a new password reset.
{% else %}Forgotten your password?


Description:
This is a generative web application that creates a grid of "target" elements controlled by a graphical user interface. Change some of the parameters on the control panel on the right to get started.
Parameters:
- Scale: Scale of target
- strokeWeight: Weight of circle stroke
- Circles: Number of circles in target
- strokeWeight: Weight of circle stroke
- Random scale: Randomly Scales Targets
- Margin: X Axis Margin
- yMargin: Y Axis Margin


Welcome to Python-VPP’s documentation!¶
-
class
src.VPPMod.
VPP
(Yacht)¶ A VPP Class that run an analysis on a given Yacht.
-
polar
(n=1, save=False)¶ Generate a polar plot of the equilibrium variables.
- Parameters
n – An integer, number of plots to show, default is 1 (Vb).
save – A logical, save figure or not, default is False.
-
resid
(x0, twa, tws)¶ Computes the residuals of the force/moment equilibrium at the given state.
- Parameters
x0 – A numpy array of the variables (DOF).
twa – A float of the TWA at which to compute the residuals.
tws – A float of the TWs at which to compute the residuals.
- Returns
Residuals on each DOF
- Return type
Numpy.Array
-
run
(verbose=False)¶ Run the analysis for the given analysis range.
- Parameters
verbose – A logical, if True, prints results of equilibrium at each TWA/TWS.
-
set_analysis
(tws_range, twa_range)¶ Sets the analysis range.
- Parameters
tws_range – A numpy.array with the different TWS to run the analysis at.
twa_range – A numpy.array with the different TWA to run the analysis at.
-


hello there, i am NAVBAR
I am part of layout.njk, outside of all pages
my links change the url's hash
which
public/general/scripts/navigator.js
listens to
home
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about
hello
i am component
my current page is
{ ABOUT_PAGE }
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hello
i am component
my current page is
{ HOME_PAGE }


This is the lyrics of Saraswati Chalisa in English and Devanagari script. You will also find the meaning of Saraswati Chalisa in English. The Saraswati Chalisa is read to please Goddess Saraswati.
॥ Doha - Beginning ॥
Janak Janani Pad Kamal Raj, Nij Mastak Par Dhaari,
Bandau Maatu Saraswati, Buddhi Bal De Daataari.
Purn Jagat Mein Vyaapt Tav, Mahima Amit Anantu,
Dushta Jano Ke Paap Ko, Maatu Tuhi Ab Hantu.

Bal Buddhi Vidya Dehu Mohi, Sunahu Sarasvati Maatu,
Adham Ramasaagarahi Tum, Aashray Deu Punaatu.

Purn Jagat Mein Vyaapt Tav, Mahima Amit Anantu,
Dushta Jano Ke Paap Ko, Maatu Tuhi Ab Hantu.
I reverently hold the dust beneath the feet of my mother and father on
my head. I devoutly salute mother Saraswathi, the benevolent provider
of the strength of wisdom. Your supremacy is prevalent throughout the
universe, your reputation is immeasurable and endless. Holy mother,
only you can alleviate the sins committed by evil people.
॥ Choupai - Four-line Prayer ॥
Jay Shri Sakal Buddhi Balaraasi,
Jay Sarvagya Amar Avinaasi. ॥1॥
Jay Jay Jay Veenaakar Dhaari,
Karati Sadaa Suhans Savaari. ॥2॥
Triumph to Goddess Saraswathi, the strength of all wisdom, triumph to
Goddess Saraswathi, the omniscient, divine and indestructible. Triumph
to Goddess Saraswathi, the bearer of Veena, a musical string-based
instrument, who at all times travels on the holy swan.
Roop Chaturbhujadhaari Maata,
Sakal Vishv Andar Vikhyaata. ॥3॥
Jag Mein Paap Buddhi Jab Hoti,
Jabahi Dharm Ki Phiki Jyoti. ॥4॥
Goddess Saraswathi appears with four arms. She is famed and celebrated
in all the worlds in the universe. Whenever sinful thoughts emerge in
this world, the light of dharma, the devout duty, flickers and fades.
Tabahi Maatu Le Nij Avataara,
Paap Heen Karati Mahi Taara. ॥5॥
Baalmiki Ji The Baham Gyaani,
Tav Prasaad Janie Sansaara. ॥6॥
At such time the holy mother Goddess Saraswathi will be born as an
incarnation. She will lessen and nullify the sins and shall be a woman
star. On account of the blessings of Goddess Saraswathi, the people
came to know about the great wise sage named Valmiki, who is the
author of Ramayana.
Raamaayan Jo Rache Banaai,
Aadi Kavi Ki Padavi Paai. ॥7॥
Kalidaas Jo Bhaye Vikhyaata,
Teri Kripaa Drishti Se Maata. ॥8॥
The holy epic Sri Ramayan was written by Valmiki. He was considered as
a prime poet, a scholar.
Tulasi Sur Aadi Vidvaana,
Bhaye Aur Jo Gyaani Nana. ॥9॥
Tinhahi Na Aur Raheu Avalamba,
Keval Kripa Aapaki Amba. ॥10॥
Tulsidas, Surdas, and other poets had become scholars only due to the
blessings of Goddess Saraswathi. They did not have anyone else except
Goddess Saraswathi for support. This happened only due to the merciful
blessings of Goddess Saraswathi.

Her ardent devotees become aware of this during saddened days. This
your son has done lots of misdeeds. You have a beautiful and
benevolent mind to forgive me.
 I humbly bow
and salute to you in numerous ways. I am eternally dependent on you
forever. Please show mercy on me, the mother of the universe.
Madhu Kaitabh Jo Ati Balavaana,
Baahuyuddh Vishnu Te Thaana. ॥15॥
Samar Hajaar Paanch Mein Ghora,
Phir Bhi Mukh Unase Nahi Mora. ॥16॥
Madhu and Kaitabh were the ferocious demons. They were wrestling with
Lord Vishnu till endurance. This war was going on for thousands of
years. Even then Lord Vishnu could not defeat them.
Maatu Sahaay Bhai Tehi Kaala,
Buddhi Viparit Kari Khalahaala. ॥17॥
Tehi Mrityu Bhai Khal Keri,
Purvahu Maatu Manorath Meri. ॥18॥
Mother Goddess Saraswathi, Lord Vishnu had at last sought your help.
He told you that he did not ask for your support so far because he did
not have the required wisdom to do so. He also said that he had wished
for the demise of the demon brothers Madhu and Kaitabh and even
lamented that he should have expressed this wish to Goddess Saraswati
earlier.
Chand Mund Jo The Vikhyaata,
Chhan Mahu Sanhaareu Tehi Maata. ॥19॥
Raktabij Se Samarath Paapi,
Sur-Muni Hriday Dhara Sab Kampi. ॥20॥
Mother Sri Saraswathi, you have destroyed the demons called Chanda and
Munda in a war within seconds. There was a sinner named Raktha Bheeja
at the mention of whose name, the Devas and Sages trembled with fear.
Kaateu Sir Jim Kadali Khamba,
Baar Baar Binavau Jagadamba. ॥21॥
Jag Prasidhdh Jo Shumbh Nishumbha,
Chhin Me Badhe Taahi Tu Amba. ॥22॥
Mother Sri Saraswati, you have beheaded Raktha Bheeja with ease. You
kept doing this destruction of demons again and again.  There were world-renowned demons named Shumbha
and Nishumbha. You have exterminated them also within no time.
Bharat-Maatu Budhi Phereu Jaai,
Ramachandra Banvaas Karaai. ॥23॥
Ehi Vidhi Raavan Vadh Tum Kinha,
Sur Nar Muni Sab Kahu Sukh Dinha. ॥24॥
Sri Saraswati Goddess, the mind of Kaikeyi, the mother of Bharath, was
poisoned. Because of the poisoning of her mind, Lord Rama had to go
and live in the forest. Due to this, it was ordained by you that
Ravana’s death should happen because of this. Such is the narration
made by the devas, sages, and human beings.
Ko Samarath Tav Yash Gun Gaana,
Nigam Anaadi Anant Bakhaana. ॥25॥
Vishnu Rudra Aj Sakahi Na Maari,
Jinaki Ho Tum Rakshaakaari. ॥26॥
Mother Sri Saraswathi, unless your deeds are sung with praise, nothing
exists, and this is the ultimate conclusion from the time immemorial.
Lord Vishnu and Lord Shiva stand testimony to this. You are the
protector of them as well.
Rakt Dantika Aur Shataakshi,
Naam Apaar Hai Daanav Bhakshi. ॥27॥
Durgam Kaaj Dhara Par Kinha,
Durga Naam Sakal Jag Linha. ॥28॥
Mother Goddess Saraswathi, you are being cited as red teethed, and
hundred-eyed because you have destroyed demons from everywhere. You
are also Goddess Durga and whoever embraces you will never have any
problems in this world.
Durg Aadi Harani Tu Maata,
Kripa Karahu Jab Jab Sukhadaata. ॥29॥
Nrip Kopit Jo Maaran Chaahei,
Kaanan Mein Ghere Mrig Naahei. ॥30॥
Mother Goddess Saraswathi, you are the mitigator of all the troubles
and problems in the world. As the benevolent granter of goodness,
please shower mercy on us.
Saagar Madhy Poat Ke Bhange,
Ati Toofaan Nahi Kou Sange. ॥31॥
Bhoot Pret Baadha Yaa Dukh Mein,
Ho Daridra Athava Sankat Mein. ॥32॥
Mother Goddess Saraswati, please protect us when one is left bereft in
the middle of the ocean without support at the instance of a raging
typhoon. Please protect us when we are tormented and tortured by the
ghosts and devils and when we suffer from poverty or when we are
afflicted with sadness.
Naam Jape Mangal Sab Hohi,
Sanshay Isame Karai Na Koi. ॥33॥
Putrahin Jo Aatur Bhaai,
Sabei Chhaandi Puje Ehi Maai. ॥34॥
Chanting of the name of Mother Goddess Saraswati brings all
auspiciousness. There is no inkling of doubt on this. For those with
no children to protect, praying to and worshipping Goddess Chandi is
the only solace.
Karai Path Nit Yah Chaalisa,
Hoy Putra Sundar Gun Isa. ॥35॥
Dhupaadik Naivedy Chadhavei,
Sankat Rahit Avashy Ho Jaavei. ॥36॥
Reading of these forty verses daily shall result in one’s children
being blessed with good character and wisdom. At the time of reading
this, incense sticks should be lighted, and a holy food or prasad
should be offered to the deity for the removal of all sorrows.
Bhakti Maatu Ki Karei Hamesha,
Nikat Na Aavei Taahi Kalesha. ॥37॥
Bandi Path Kare Shat Baara,
Bandi Paash Door Ho Saara. ॥38॥
Always worship and surrender with devotion to Mother Goddess
Saraswati. The troubles and problems will not come near you. If the
person tied up with the worldly predicaments reads the shloka seven
times, the shackles shall go away distantly.
Karahu Kripa Bhavamukti Bhavaani,
Mo Kahn Daas Sadaa Nij Jaani. ॥39॥
Mother Sri Saraswati who is the Goddess Bhavani is as generous as the
ocean. She will always grant boons and blessings to the devotees.
॥ Doha - Conclusion ॥
Maata Sooraj Kaanti Tav, Andhakaar Mam Roop,
Dooban Te Raksha Karahu, Paru Na Mein Bhav-Koop.
Bal Buddhi Vidya Dehu Mohi, Sunahu Sarasvati Maatu,
Adham Ramasaagarahi Tum, Aashray Deu Punaatu.
Mother Goddess Saraswati, you glitter as the sun, and my appearance is
a darkness which is dispelled by your brightness. Please protect me
from getting drowned to enable me to cross this well of misfortunes
and miseries. Please bless and grant me strength, wisdom, and
knowledge. Mother Sri Saraswati, please hear to my ardent prayers.
Please provide sanctuary to this Ramsagar so that I come out of all
struggles.
Do you want to answer a question to help us serve you better? If so, please fill this form.


Hi All
I thought you'd be interested in my design for a gas meter reader using an optical mouse chip.
http://www.rotwang.co.uk/projects/gasmeter.html
It uses an Arduino Nano connected to an ADNS2610 to image the dial on a mechanical gas meter. I developed some image processing code to resolve the angle of the dial. It seems to work very well.
Comments welcome.
Re: Design for gas meter reader using optical mouse chip
Is no-one interested in this? I thought people would be interested in reading gas meters.
Re: Design for gas meter reader using optical mouse chip
Don't panic - I've added a link to this thread into my private FAQ file, and when someone asks, I can point them here. I thought it was a very interesting and novel solution.
Maybe interest is limited because, from what I can tell, gas meters without a magnet or an optical reflective spot are becoming a rarity.
Re: Design for gas meter reader using optical mouse chip
Hey! It's interesting for to check out this device. In my point of view, it get good function. However, You should improve the design..The board should be cleaner.
Re: Design for gas meter reader using optical mouse chip
"Submitted by davidoff on Sat, 11/07/2015 - 07:20.
Hey! It's interesting for to check out this device. In my point of view, it get good function. However, You should improve the design..The board should be cleaner."
I don't think daveb is interested in tidying the design up if it works OK for him. If you, davidoff, want to clean up the board and make one for your own use, or to sell, then I don't think there's anything stopping you. You mustn't criticise and tell someone what they should do when they've taken the trouble to write up and publish the information in the spirit of Open Source for the benefit of all.
As a consequence of the comments that you have made, I wouldn't blame daveb or anyone else if they didn't bother to publish and kept the information for themselves. Why should they share if all they get is "you should do this, the board should be that"?


{% extends "ties_list.html" %}
{% block title %}Ties decided by away goals rule{% endblock %}
{% block headline %}Away goals rule{% endblock %}
{% block nosubhead %}{% endblock %}
{% block desc %}A list of {{ ties|length }} ties where the away goals rule broke a deadlock.{% endblock %}


Those without the skills to protect themselves online are at risk of social and economic disadvantage. Every product and service has, in some capacity, already undergone some digital transformation and many people are unable to access those resources. In 2019, The Together Institute was started to build a safer and more accessible internet experience.