|
GLM
0.9.5
|
Functions | |
| template<typename genType > | |
| GLM_FUNC_DECL genType | abs (genType const &x) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | ceil (genType const &x) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | clamp (genType const &x, genType const &minVal, genType const &maxVal) |
| GLM_FUNC_DECL int | floatBitsToInt (float const &v) |
| template<template< typename, precision > class vecType, precision P> | |
| GLM_FUNC_DECL vecType< int, P > | floatBitsToInt (vecType< float, P > const &v) |
| GLM_FUNC_DECL uint | floatBitsToUint (float const &v) |
| template<template< typename, precision > class vecType, precision P> | |
| GLM_FUNC_DECL vecType< uint, P > | floatBitsToUint (vecType< float, P > const &v) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | floor (genType const &x) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | fma (genType const &a, genType const &b, genType const &c) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | fract (genType const &x) |
| template<typename genType , typename genIType > | |
| GLM_FUNC_DECL genType | frexp (genType const &x, genIType &exp) |
| GLM_FUNC_DECL float | intBitsToFloat (int const &v) |
| template<template< typename, precision > class vecType, precision P> | |
| GLM_FUNC_DECL vecType< float, P > | intBitsToFloat (vecType< int, P > const &v) |
| template<typename genType > | |
| GLM_FUNC_DECL genType::bool_type | isinf (genType const &x) |
| template<typename genType > | |
| GLM_FUNC_DECL genType::bool_type | isnan (genType const &x) |
| template<typename genType , typename genIType > | |
| GLM_FUNC_DECL genType | ldexp (genType const &x, genIType const &exp) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | max (genType const &x, genType const &y) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | min (genType const &x, genType const &y) |
| template<typename genTypeT , typename genTypeU > | |
| GLM_FUNC_DECL genTypeT | mix (genTypeT const &x, genTypeT const &y, genTypeU const &a) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | mod (genType const &x, genType const &y) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | mod (genType const &x, typename genType::value_type const &y) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | modf (genType const &x, genType &i) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | round (genType const &x) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | roundEven (genType const &x) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | sign (genType const &x) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | smoothstep (genType const &edge0, genType const &edge1, genType const &x) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | step (genType const &edge, genType const &x) |
| template<template< typename, precision > class vecType, typename T , precision P> | |
| GLM_FUNC_DECL vecType< T, P > | step (T const &edge, vecType< T, P > const &x) |
| template<typename genType > | |
| GLM_FUNC_DECL genType | trunc (genType const &x) |
| GLM_FUNC_DECL float | uintBitsToFloat (uint const &v) |
| template<template< typename, precision > class vecType, precision P> | |
| GLM_FUNC_DECL vecType< float, P > | uintBitsToFloat (vecType< uint, P > const &v) |
These all operate component-wise.
The description is per component.
| GLM_FUNC_DECL genType glm::abs | ( | genType const & | x | ) |
Returns x if x >= 0; otherwise, it returns -x.
| genType | floating-point or signed integer; scalar or vector types. |
| GLM_FUNC_DECL genType glm::ceil | ( | genType const & | x | ) |
Returns a value equal to the nearest integer that is greater than or equal to x.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType glm::clamp | ( | genType const & | x, |
| genType const & | minVal, | ||
| genType const & | maxVal | ||
| ) |
Returns min(max(x, minVal), maxVal) for each component in x using the floating-point values minVal and maxVal.
| genType | Floating-point or integer; scalar or vector types. |
Referenced by glm::saturate().
| GLM_FUNC_DECL int glm::floatBitsToInt | ( | float const & | v | ) |
Returns a signed integer value representing the encoding of a floating-point value.
The floating-point value's bit-level representation is preserved.
| GLM_FUNC_DECL vecType<int, P> glm::floatBitsToInt | ( | vecType< float, P > const & | v | ) |
Returns a signed integer value representing the encoding of a floating-point value.
The floatingpoint value's bit-level representation is preserved.
| GLM_FUNC_DECL uint glm::floatBitsToUint | ( | float const & | v | ) |
Returns a unsigned integer value representing the encoding of a floating-point value.
The floatingpoint value's bit-level representation is preserved.
| GLM_FUNC_DECL vecType<uint, P> glm::floatBitsToUint | ( | vecType< float, P > const & | v | ) |
Returns a unsigned integer value representing the encoding of a floating-point value.
The floatingpoint value's bit-level representation is preserved.
| GLM_FUNC_DECL genType glm::floor | ( | genType const & | x | ) |
Returns a value equal to the nearest integer that is less then or equal to x.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType glm::fma | ( | genType const & | a, |
| genType const & | b, | ||
| genType const & | c | ||
| ) |
Computes and returns a * b + c.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType glm::fract | ( | genType const & | x | ) |
Return x - floor(x).
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType glm::frexp | ( | genType const & | x, |
| genIType & | exp | ||
| ) |
Splits x into a floating-point significand in the range [0.5, 1.0) and an integral exponent of two, such that: x = significand * exp(2, exponent)
The significand is returned by the function and the exponent is returned in the parameter exp. For a floating-point value of zero, the significant and exponent are both zero. For a floating-point value that is an infinity or is not a number, the results are undefined.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL float glm::intBitsToFloat | ( | int const & | v | ) |
Returns a floating-point value corresponding to a signed integer encoding of a floating-point value.
If an inf or NaN is passed in, it will not signal, and the resulting floating point value is unspecified. Otherwise, the bit-level representation is preserved.
| GLM_FUNC_DECL vecType<float, P> glm::intBitsToFloat | ( | vecType< int, P > const & | v | ) |
Returns a floating-point value corresponding to a signed integer encoding of a floating-point value.
If an inf or NaN is passed in, it will not signal, and the resulting floating point value is unspecified. Otherwise, the bit-level representation is preserved.
| GLM_FUNC_DECL genType::bool_type glm::isinf | ( | genType const & | x | ) |
Returns true if x holds a positive infinity or negative infinity representation in the underlying implementation's set of floating point representations.
Returns false otherwise, including for implementations with no infinity representations.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType::bool_type glm::isnan | ( | genType const & | x | ) |
Returns true if x holds a NaN (not a number) representation in the underlying implementation's set of floating point representations.
Returns false otherwise, including for implementations with no NaN representations.
/!\ When using compiler fast math, this function may fail.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType glm::ldexp | ( | genType const & | x, |
| genIType const & | exp | ||
| ) |
Builds a floating-point number from x and the corresponding integral exponent of two in exp, returning: significand * exp(2, exponent)
If this product is too large to be represented in the floating-point type, the result is undefined.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType glm::max | ( | genType const & | x, |
| genType const & | y | ||
| ) |
Returns y if x < y; otherwise, it returns x.
| genType | Floating-point or integer; scalar or vector types. |
| GLM_FUNC_DECL genType glm::min | ( | genType const & | x, |
| genType const & | y | ||
| ) |
Returns y if y < x; otherwise, it returns x.
| genType | Floating-point or integer; scalar or vector types. |
| GLM_FUNC_DECL genTypeT glm::mix | ( | genTypeT const & | x, |
| genTypeT const & | y, | ||
| genTypeU const & | a | ||
| ) |
If genTypeU is a floating scalar or vector: Returns x * (1.0 - a) + y * a, i.e., the linear blend of x and y using the floating-point value a.
The value for a is not restricted to the range [0, 1].
If genTypeU is a boolean scalar or vector: Selects which vector each returned component comes from. For a component of that is false, the corresponding component of x is returned. For a component of a that is true, the corresponding component of y is returned. Components of x and y that are not selected are allowed to be invalid floating point values and will have no effect on the results. Thus, this provides different functionality than genType mix(genType x, genType y, genType(a)) where a is a Boolean vector.
| [in] | x | Value to interpolate. |
| [in] | y | Value to interpolate. |
| [in] | a | Interpolant. |
| genTypeT | Floating point scalar or vector. |
| genTypeU | Floating point or boolean scalar or vector. It can't be a vector if it is the length of genTypeT. |
Referenced by glm::lerp(), and glm::slerp().
| GLM_FUNC_DECL genType glm::mod | ( | genType const & | x, |
| genType const & | y | ||
| ) |
Modulus.
Returns x - y * floor(x / y) for each component in x using the floating point value y.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType glm::mod | ( | genType const & | x, |
| typename genType::value_type const & | y | ||
| ) |
Modulus.
Returns x - y * floor(x / y) for each component in x using the floating point value y.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType glm::modf | ( | genType const & | x, |
| genType & | i | ||
| ) |
Returns the fractional part of x and sets i to the integer part (as a whole number floating point value).
Both the return value and the output parameter will have the same sign as x.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType glm::round | ( | genType const & | x | ) |
Returns a value equal to the nearest integer to x.
The fraction 0.5 will round in a direction chosen by the implementation, presumably the direction that is fastest. This includes the possibility that round(x) returns the same value as roundEven(x) for all values of x.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType glm::roundEven | ( | genType const & | x | ) |
Returns a value equal to the nearest integer to x.
A fractional part of 0.5 will round toward the nearest even integer. (Both 3.5 and 4.5 for x will return 4.0.)
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType glm::sign | ( | genType const & | x | ) |
Returns 1.0 if x > 0, 0.0 if x == 0, or -1.0 if x < 0.
| genType | Floating-point or signed integer; scalar or vector types. |
| GLM_FUNC_DECL genType glm::smoothstep | ( | genType const & | edge0, |
| genType const & | edge1, | ||
| genType const & | x | ||
| ) |
Returns 0.0 if x <= edge0 and 1.0 if x >= edge1 and performs smooth Hermite interpolation between 0 and 1 when edge0 < x < edge1.
This is useful in cases where you would want a threshold function with a smooth transition. This is equivalent to: genType t; t = clamp ((x - edge0) / (edge1 - edge0), 0, 1); return t * t * (3 - 2 * t); Results are undefined if edge0 >= edge1.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL genType glm::step | ( | genType const & | edge, |
| genType const & | x | ||
| ) |
Returns 0.0 if x < edge, otherwise it returns 1.0 for each component of a genType.
| GLM_FUNC_DECL vecType<T, P> glm::step | ( | T const & | edge, |
| vecType< T, P > const & | x | ||
| ) |
Returns 0.0 if x < edge, otherwise it returns 1.0.
| GLM_FUNC_DECL genType glm::trunc | ( | genType const & | x | ) |
Returns a value equal to the nearest integer to x whose absolute value is not larger than the absolute value of x.
| genType | Floating-point scalar or vector types. |
| GLM_FUNC_DECL float glm::uintBitsToFloat | ( | uint const & | v | ) |
Returns a floating-point value corresponding to a unsigned integer encoding of a floating-point value.
If an inf or NaN is passed in, it will not signal, and the resulting floating point value is unspecified. Otherwise, the bit-level representation is preserved.
| GLM_FUNC_DECL vecType<float, P> glm::uintBitsToFloat | ( | vecType< uint, P > const & | v | ) |
Returns a floating-point value corresponding to a unsigned integer encoding of a floating-point value.
If an inf or NaN is passed in, it will not signal, and the resulting floating point value is unspecified. Otherwise, the bit-level representation is preserved.


| 程序包 | 说明 |
|---|---|
| org.apache.giraph.conf |
Package of Giraph configuration related things.
|
| 限定符和类型 | 字段和说明 |
|---|---|
static BooleanConfOption |
GiraphConstants.AUTHENTICATE
Whether to use SASL with DIGEST and Hadoop Job Tokens to authenticate
and authorize Netty BSP Clients to Servers.
|
static BooleanConfOption |
GiraphConstants.CLEANUP_CHECKPOINTS_AFTER_SUCCESS
Delete checkpoints after a successful job run?
|
static BooleanConfOption |
GiraphConstants.DO_OUTPUT_DURING_COMPUTATION
If you use this option, instead of having saving vertices in the end of
application, saveVertex will be called right after each vertex.compute()
is called.
|
static BooleanConfOption |
GiraphConstants.FAIL_FIRST_IPC_PORT_BIND_ATTEMPT
Fail first IPC port binding attempt, simulate binding failure
on real grid testing
|
static BooleanConfOption |
GiraphConstants.IS_PURE_YARN_JOB
Is this a pure YARN job (i.e. no MapReduce layer managing Giraph tasks)
|
static BooleanConfOption |
GiraphConstants.JMAP_ENABLE
Configuration key to enable jmap printing
|
static BooleanConfOption |
GiraphConstants.KEEP_ZOOKEEPER_DATA
Keep the zookeeper output for debugging?
|
static BooleanConfOption |
GiraphConstants.LOCAL_TEST_MODE
Indicates whether this job is run in an internal unit test
|
static BooleanConfOption |
GiraphConstants.LOG_THREAD_LAYOUT
Use thread level debugging?
|
static BooleanConfOption |
GiraphConstants.METRICS_ENABLE
Enable the Metrics system
|
static BooleanConfOption |
GiraphConstants.NETTY_CLIENT_USE_EXECUTION_HANDLER
Use the execution handler in netty on the client?
|
static BooleanConfOption |
GiraphConstants.NETTY_REQUEST_ENCODER_USE_DIRECT_BUFFERS
Whether or not netty request encoder should use direct byte buffers
|
static BooleanConfOption |
GiraphConstants.NETTY_SERVER_USE_EXECUTION_HANDLER
Use the execution handler in netty on the server?
|
static BooleanConfOption |
GiraphConstants.NETTY_SIMULATE_FIRST_REQUEST_CLOSED
Netty simulate a first request closed
|
static BooleanConfOption |
GiraphConstants.NETTY_SIMULATE_FIRST_RESPONSE_FAILED
Netty simulate a first response failed
|
static BooleanConfOption |
GiraphConstants.RESOLVER_CREATE_VERTEX_ON_MSGS
Option of whether to create vertexes that were not existent before but
received messages
|
static BooleanConfOption |
GiraphConstants.REUSE_INCOMING_EDGE_OBJECTS
Whether we should reuse the same Edge object when adding edges from
requests.
|
static BooleanConfOption |
GiraphConstants.SPLIT_MASTER_WORKER
Separate the workers and the master tasks.
|
static BooleanConfOption |
GiraphConstants.STATIC_GRAPH
The application will not mutate the graph topology (the edges).
|
static BooleanConfOption |
GiraphConstants.USE_INPUT_SPLIT_LOCALITY
To minimize network usage when reading input splits,
each worker can prioritize splits that reside on its host.
|
static BooleanConfOption |
GiraphConstants.USE_MESSAGE_SIZE_ENCODING
Use message size encoding (typically better for complex objects,
not meant for primitive wrapped messages)
|
static BooleanConfOption |
GiraphConstants.USE_OUT_OF_CORE_GRAPH
Enable out-of-core graph.
|
static BooleanConfOption |
GiraphConstants.USE_OUT_OF_CORE_MESSAGES
Whether or not to use out-of-core messages
|
static BooleanConfOption |
GiraphConstants.USE_SUPERSTEP_COUNTERS
Use superstep counters?
|
static BooleanConfOption |
GiraphConstants.USE_UNSAFE_SERIALIZATION
Use unsafe serialization?
|
static BooleanConfOption |
GiraphConstants.VERTEX_OUTPUT_FORMAT_THREAD_SAFE
Vertex output format thread-safe - if your VertexOutputFormat allows
several vertexWriters to be created and written to in parallel,
you should set this to true.
|
static BooleanConfOption |
GiraphConstants.ZOOKEEPER_FORCE_SYNC
ZooKeeper force sync
|
static BooleanConfOption |
GiraphConstants.ZOOKEEPER_SKIP_ACL
ZooKeeper skip ACLs
|
Copyright © 2011-2013 The Apache Software Foundation. All Rights Reserved.


Basic
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2 Users Allowed
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Send up to 20 GB


Optional. Cover page text, entered by the fax sender and printed on the cover page. Maximum length is limited to 1024 symbols
Fax resolution
Internal identifier of the original fax message which needs to be resent. Mandatory for resend fax request
The datetime to send fax at, in ISO 8601 format including timezone, for example 2016-03-10T18:07:52.534Z. If time is not specified, the fax will be send immediately
Recipient information. Phone number property is mandatory. Optional for resend fax request
Generated using TypeDoc
Optional. Cover page index. If not specified, the default cover page which is configured in "Outbound Fax Settings" is attached. See also 'Available Cover Pages' table below


First configure a messaging connection to use messaging
*** Since this component uses virtual scroll parent divs must always have a height or the list items will not render ****** The search results pane defaults to a min of 400px. This can be changed using the [resultsHeight] parameter ***
*** Since this component uses virtual scroll parent divs must always have a height or the list items will not render ***
*** Since this component uses virtual scroll parent divs must always have a height or the list items will not render ***


Queries
Dependent data in GET queries
What do we mean by dependent data? Say you have an N+1 problem: you need to load a user by name in order to retrieve their ID, then you need to use the ID to load the user’s posts. The timeline looks like this:
load user -> load posts
We can handle this within one @load
decorator:
// This is declared as a variable for easier explanation below; you can
// write this directly in @load() in normal code.
const queryFunc = (props) => ({
user: UserModel.getItem({ name: props.userName }),
posts: PostModel.getList({ userId: props.user && props.user.id }),
});
@load(queryFunc)
class MyComponent extends Component {
// ...
}
This will first load the user, then once we have the user’s ID from the username it will load the posts.
How does this work?
The decorator passes all props recieved from the parent component along with
the props from your queries (user
and posts
) into queryFunc
. To start
these will be your default values - the data has not yet been loaded.
So the query for posts
will be PostModel.getList({ userId: undefined })
or
some other such default.
Remember that the resolver doesn’t resolve any queries which have an undefined parameter. This means that PostModel.getList’s resolution will be postponed as there’s no userId.
When the user query is finally resolved this component is re-rendered, so the
decorator’s queryFunc
is re-evaluated with the new user props. Now that we
have a user ID from the loaded data the post query will be resolved.
Is this necessary?
You could use two wrappers, though colocating queries inside one data loading component makes things cleaner and easier when these situations occur.
It does add complexity. We have to continually inspect props and create a kind of ES7 proxy to detect when dependent data loading occurs.


TABLE OF INTERACTIONS WITH
CYTOTOXICS
From the French ANSM drug interactions document of September 2016, p. 67
CYTOTOXICS CLASS CODE: L01 |
VITAMIN K ANTAGONISTS CLASS CODE: B01AA-001 |
Increase of the risk of thrombosis and hemorrhage accompanying tumors. In addition, possible interaction between the vitamin K antagonist and the chemotherapy |
Precaution for use More frequent testing of the INR |
CYTOTOXICS CLASS CODE: L01 |
IMMUNOSUPPRESSANTS CLASS CODE: L04A |
Excessive immunodepression with risk of lymphoproliferative syndrome |
Take into account |
CYTOTOXICS CLASS CODE: L01 |
PHENYTOIN (AND, BY EXTRAPOLATION, FOSPHENYTOIN) CLASS CODE: N03AB |
Risk of onset of convulsions due to decrease of the digestive absorption of the phenytoin only by the cytotoxic, or risk of increase of the toxicity or loss of effectiveness of the cytotoxic due to the increase of its hepatic metabolism by the phenytoin or the fosphenytoin |
Not recommended |
CYTOTOXICS CLASS CODE: L01 |
ATTENUATED LIVE VIRUS VACCINES CLASS CODE: J07B-001 |
Risk of general vaccine disease, possibly fatal |
Contraindication --and during the 6 months following the end of the chemotherapy --and, with the exception of the hydroxycarbamide in its indication for the patient with drepanocytosis |


PTPVConfiguration
@interface PTPVConfiguration : NSObject <NSCopying, PTPVNSDictionaryEncodable>
Represents the configuration of the contracted product.
You provide a PTPVConfiguration instance to the PTPVAPIClient which will use it when making api calls to PAYTPV.
In order to use the PAYTPV payment gateway in your business, you must have the necessary configuration parameters. These can be obtained through the PAYTPV customer management platform at https://secure.paytpv.com/cp_control/
Once inside the platform, the configuration of the contracted product can be reviewed through the menu My products -> Configure product.
After clicking the Edit
button of the chosen product, a screen will appear with the basic information of the product under the section Technical configuration of the WEB POS
. Specifically, the information required during the integration process is:
Password
Terminal number
Customer code
-
A shared singleton configuration
Declaration
Objective-C
+ (nonnull instancetype)sharedConfiguration;
Swift
class func shared() -> Self
-
Creates a PTPVConfiguration
Declaration
Objective-C
- (nonnull instancetype)initWithMerchantCode:(nonnull NSString *)merchantCode terminal:(nonnull NSString *)terminal password:(nonnull NSString *)password jetId:(nonnull NSString *)jetId;
Swift
init(merchantCode: String, terminal: String, password: String, jetId: String)
Parameters
merchantCode
Customer code
terminal
Terminal number
password
Password
jetId
Identifier for JET encryption
Return Value
A PTPVConfiguration instance populated with the provided values
-
Customer code
Declaration
Objective-C
@property (readwrite, copy, nonatomic) NSString *_Nonnull merchantCode;
Swift
var merchantCode: String { get set }
-
Terminal number
Declaration
Objective-C
@property (readwrite, copy, nonatomic) NSString *_Nonnull terminal;
Swift
var terminal: String { get set }
-
Password
Declaration
Objective-C
@property (readwrite, copy, nonatomic) NSString *_Nonnull password;
Swift
var password: String { get set }
-
Identifier for JET encryption
Declaration
Objective-C
@property (readwrite, copy, nonatomic) NSString *_Nonnull jetId;
Swift
var jetId: String { get set }


About¶
What is the Cancer Predisposition Sequencing Preporter (CPSR)?¶
The Cancer Predisposition Sequencing Reporter (CPSR) is a computational workflow that interprets germline variants identified from next-generation sequencing in the context of cancer predisposition. The workflow is integrated with the framework that underlies the Personal Cancer Genome Reporter (PCGR), utilizing the Docker environment for encapsulation of code and software dependencies. While PCGR is intended for reporting and analysis of somatic variants detected in a tumor, CPSR is intended for reporting and ranking of germline variants in protein-coding genes that are implicated in cancer predisposition and inherited cancer syndromes.
CPSR accepts a query file with raw germline variant calls encoded in the VCF format (i.e. analyzing SNVs/InDels). The software performs extensive variant annotation and produces an interactive HTML report, in which the user can investigate three main sets of variants identified in the query set:
- Germline variants in a selected set of configurable cancer predisposition genes, that are previously reported as pathogenic or likely pathogenic in ClinVar (with no conflicting interpretations)
- Unclassified variants constitute the set of germline variants
within the configurable cancer predisposition gene list that are
either:
- Registered as variant of uncertain significance (VUS) in ClinVar, or
- Is a novel protein-coding variant (i.e. not reported in ClinVar, and not found in gnomAD or 1000 Genomes Project user-defined population datasets), or
- Is a rare protein-coding variant (e.g. minor allele frequency
(MAF) < 0.001 in user-defined
gnomAD or 1000 Genomes
Project population
datasets)
- The upper MAF threshold (e.g. 0.001) for listing of unclassified variants can be configured by the user
- Variants overlapping with previously identified hits in genome-wide association studies (GWAS) of cancer phenotypes (i.e. low to moderate risk conferring alleles), using NHGRI-EBI Catalog of published genome-wide association studies as the underlying source.
The (classified and unclassified) variant sets can be interactively explored and ranked further through different types of filters (associated phenotypes, genes, variant consequences, population MAF etc.). Importantly, the unclassified variants are assigned and ranked according to a pathogenicity score, which is based on the aggregation of scores according to previously established ACMG criteria and also cancer-specific criteria, as outlined and specified in several previous studies (Huang et al., Cell, 2018; Maxwell et al., Am J Hum Genet., 2016; Amendola et al., Am J Hum Genet., 2016).
Cancer predisposition genes¶
We have compiled a comprehensive list of genes that are implicated in cancer predisposition and cancer syndromes. Three different sources were combined: * A list of 152 genes that were curated and established within TCGA’s pan-cancer study (Huang et al., Cell, 2018) * A list of 107 protein-coding genes that has been manually curated in COSMIC’s Cancer Gene Census v86 * A list of 148 protein-coding genes established by experts within the Norwegian Cancer Genomics Consortium (http://cancergenomics.no)
The combination of the three sources resulted in a non-redundant set of 209 protein-coding genes of relevance for predisposition to tumor development. We want to make it explicit that this list of 209 genes is by no means regarded as an international consensus, but should rather be subject to continuous update by the international community that carry expertise on genetic risk factors for cancer.
The final list can be downloaded as a tab-separated text file here.
The Cancer Predisposition Sequencing Reporter has been developed by scientists affiliated with the Norwegian Cancer Genomics Consortium, at the Institute for Cancer Research/Oslo University Hospital.
Example report¶
Docker-based technology¶
The PCGR workflow is developed using the Docker technology. The software is thus packaged into isolated containers, in which the installation of all software libraries/tools and required dependencies have been taken care of. In addition to the bundled software, in the form of a Docker image, the workflow only needs to be attached with an annotation data bundle for precision oncology.


Mapping the Way with the #map Enumerable!
Using #map/#collect for object-oriented programming in Ruby
May 24, 2015
Enumerables are an essential component of object-oriented programming in Ruby. The Enumerable module provides a set of methods to traverse, search, sort and manipulate collections. The class must provide a method 'each', which yields successive members of the collection for the enumerable method(s) to operate on. Many enumerables use blocks, chunks of code between braces or between 'do- end' that are associated with method invocations. A Ruby block is a way of grouping statements almost like parameters. The code in the block is not executed at the time it is encountered; rather, Ruby remembers the context in which the block appears and then runs the method.
One useful enumerable that primarily relies on blocks is the #map enumerator. #Map returns a new array with the results of running a block once for every element in the preceding enum. Another way of saying this is that #map will invoke the given block once for each element of the object it is applied to, and it creates a new array containing the values returned by the block. If no block is given, an enumerator is returned instead. #Collect is another alias for #map in Ruby. The formats for #map are as follows:
map{ |obj| block } --> array
map --> an_enumerator
Here are some examples of how #map/#collect works:
(1..5).map { |i| i*i } #=> [1, 4, 9, 16, 25]
(1..5).collect { "dog" } #=> ["dog", "dog", "dog", "dog", "dog"]
#Collect and #map (in Ruby they are the same) will both run your block and give you an object filled with whatever your block returned each time. You can think of it as iterating a block method over inputs and collecting the results in an array. This enumerable is therefore most helpful when you want the collected results of a block over enum to be returned as an array.


SPHERE
The thing to fear about SPHERE is not fear itself. Or to put it differently, if it is fear that you fear, never fear; SPHERE will not interfere.
Ouch. Not for the puns; for the movie. I can round up the review with one word: weak.  You have come full circle, back to B. There's no getting around it, this sphere is on a downhill roll. What we are trying to say in a roundabout way is that both Crichton and Levinson dropped the ball. (Michael Crichton wrote the book and Barry Levinson directed.) This is a sphere that won't get a Golden Globe. A lead balloon…maybe.
It is difficult to say what is wrong with this movie without going deep into the plot. And deep is where the plot takes you, into the ocean. It also tries to take you deep into the mysteries of the mind, but alas, the mind is an empty sphere. It seems that an American space mission from far into the future had retrieved a spherical object from outer space, and traveling in time missed its target and landed 300 years behind our present, crashing to the bottom of the sea. That spoils some minor surprises but will give you a helpful handle on the proceedings. Watching this movie I learned the difference between puzzlement and suspense. I was bewildered by the strange goings on, so much so that I could hardly yawn. (I also caught a wink or so, but that is not necessarily a reflection on the movie. I've been known to do that in some of the best.)
On the positive side, Dustin Hoffman's mature professionalism is always a pleasure to watch and Sharon Stone delivers a meticulously crafted performance. The scene of her emotional confrontation with Hoffman is outstanding. Hoffman fights hard for this scene, but he loses by a nose. Samuel L. Jackson was so bored with the whole affair that he slept through most of the action. When he was not really asleep, he was sleep-walking. What a waste.
SPHERE is not a terrible movie, it is OK. If it were offered as a B movie we would forgive, enjoy and forget. But given the budget, the cast, the promotion and the promise, forgiving is impossible, enjoying is questionable and forgetting is inevitable. For better entertainment than SPHERE you may want to turn an ear to the President's affairs or Monica Welinski's coiffure; or go out and have a beer. Double ouch. 2 ¼ stars out of 5. Jerry
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


An angular wrapper for Bootstrap-select with dynamic loading options support
View on GithubTrack by is nothing different with ng-repeat
If you want show grouped options. we assume you have an property which being used to group by. add group by property
after the
collection
in your nya-bs-option
statement
add {{$group}}
before the
element
Like ng-repeat, object collection is also supported
Features borrowed from Bootstrap-select
set btn-primary
, btn-success
, btn-info
, btn-warning
, btn-danger
to nya-bs-select
set btn-lg
, btn-sm
, btn-xs
to nya-bs-select
Note: You shouldn't use these classes with form-control
class
Add data-live-search="true"
in nya-bs-select
directive to add live search support
You can set title
attribute on each nya-bs-option
as an alternative to display when an option is selected.
To display an default information when nothing is selected. just set title
attribute in nya-bs-select
directive.
Note: This only works on multiple nya-bs-select
. For single nyab-bs-select
You should give your model an default value to avoid the default text to display
Using the data-selected-text-format
attribute on an multiple nya-bs-select
you can specify how the selection is displayed.
values
A comma delimited list of selected values.(default)
count
If one item is selected, then the value is shown, if more than one is selected then the number of selected items is displayed.
count > x
Where X is the number of items selected when the display format changes from values
to
count
This feature is implemented by yourself. You don't need add show-tick class to nya-bs-select
. you just need to add the tick to each nya-bs-option
For example, if you want use Bootstrap Glyph. You need to add
following the text content of a
nya-bs-option
as a child of
If you want to use glyph in font-awesome, you can replace the glyphicon
with font-awesome class, but keep the check-mark
.

{{option}}

Just add show-menu-arrow
class to nya-bs-select
Thanks to the structure of nya-bs-select. you can easy control the look of an option or the width of the directive
Change any option styles as you like
Add col-lg-*
, col-md-*
or other grid column class to control the width of the directive
set size
to an number, which will limit the dropdown menu size to limit number of element. the default value is 'auto'
Add disabled
class to any nya-bs-option
you want disabled
Addition Note: Unlike Bootstrap-select, setting disabled
attribute on optgroup
to disable entire group options is not supported because we don't have
optgroup
Add an

element without nya-bs-option
attribute and class but with divider
class in your option list
Add a subtext on an nya-bs-option
is very straightforward because you have full control what you want to display

  {{option}} option {{$index}}

  {{option}}  option {{$index}}

Custom option content is nothing different with subtext.
set size
to an number, which will limit the dropdown menu size to limit number of element. the default value is 'auto'
for test
should work with ngModelOptions
should work with action-box="true"
should work with action-box="true" and live-search="true"


Auto mode:
None
Two Gear
Blue Hella KPA
NEW Blue Hella KPA
Blue Hella KPA plus gear
Blue center gear plus kPa
Blue center gear plus kPa and drive
Blue far peg gear plus kPa and drive
Red Hella KPA
NEW Red Hella KPA
Red Hella KPA plus gear
Red center gear plus kPa
Red center gear plus kPa and drive
Red far peg gear plus kPa and drive
Live data view
Don't Panic!


Domain Controller Security Events When Implanting the Mimikatz Skeleton Key:
When implanting the skeleton key remotely using Mimikatz the following events are logged on the Domain Controller.
Event Id 4673 Sensitive Privilege Use,
Event 4611: A trusted logon process has been registered with the Local Security Authority.
If Process Tracking (logging) is enabled, there are two events that are logged reliably.
Event 4688: A new process has been created.
Event 4689: A new process has exited.
Skeleton Key Mitigation:
Protect domain-level admin (DLA) accounts (Domain Admin, Administrators, etc) which reduces the risk of attackers gaining access to these credentials. Don’t let DLA accounts logon to systems at a different security level from Domain Controllers. Don’t let services run as Domain Admin on member servers that aren’t protected at the same level as DCs.
Enable smart card authentication for all users.
Ensure Domain Controllers have limited connectivity to the network until MS14-068 is patched (kb3011780). The challenge is that the patch has to be applied after DCPromo is complete.
Security software that prevents LSASS patching may mitigate the issue.
Application whitelisting (ex. AppLocker) can prevent unapproved applications from running on Domain Controllers.
Enabling Process Logging on Domain Controllers provides additional data on what applications (exes) are executed on Domain Controllers.
Enable LSASS as a protected process on Windows Server 2012 R2 (Mimikatz can bypass with a driver, but that should make some noise in the event logs):
The LSA, which includes the Local Security Authority Server Service (LSASS) process, validates users for local and remote sign-ins and enforces local security policies. The Windows 8.1 operating system provides additional protection for the LSA to prevent reading memory and code injection by non-protected processes. This provides added security for the credentials that the LSA stores and manages.
To enable LSA protection on a single computer
Open the Registry Editor (RegEdit.exe), and navigate to the registry key that is located at: HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\Lsa.
Set the value of the registry key to: “RunAsPPL”=dword:00000001.
Restart the computer.
To enable LSA protection using Group Policy
Open the Group Policy Management Console (GPMC).
Create a new GPO that is linked at the domain level or that is linked to the organizational unit that contains your computer accounts. Or you can select a GPO that is already deployed.
Right-click the GPO, and then click Edit to open the Group Policy Management Editor.
Expand Computer Configuration, expand Preferences, and then expand Windows Settings.
Right-click Registry, point to New, and then click Registry Item. The New Registry Properties dialog box appears.
In the Hive list, click HKEY_LOCAL_MACHINE.
In the Key Path list, browse to SYSTEM\CurrentControlSet\Control\Lsa.
In the Value name box, type RunAsPPL.
In the Value type box, click the REG_DWORD.
In the Value data box, type 00000001.
Click OK.
Not that with privilege::debug and !+, !processprotect /process:lsass.exe /remove, Mimikatz can bypass lsass protection


Home
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Face
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Face Recognition Takes Inputed Human Faces And
Identify's Them By Accuracy & Similarity.
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BrowserWindow
module in Electron allows you to create a
new browser window or manage an existing one.
Each browser window is a separate process, known as the renderer process. This process, like the main process that controls the life cycle of the app, has full access to the Node.js APIs.
Open the full API documentation (opens in new window) in your browser.
A frameless window is a window that has no
"chrome"
, such as toolbars, title bars, status bars, borders, etc. You can
make a browser window frameless by setting frame
to
false
when creating the window.
Windows can have a transparent background, too. By setting the
transparent
option to true
, you can also
make your frameless window transparent:
var win = new BrowserWindow({
transparent: true,
frame: false
})
For more details, see the Window Customization documentation.


|
grid_size - no of grid squares along each side of terrain, and must be a power of 2 value, e.g. 32, 64, 128, 256, 512, 1024.
parent (optional) - parent entity of terrain |
|
Creates a terrain entity and returns its handle.
The terrain extends from 0,0,0 to grid_size,1,grid_size. A terrain is a special type of polygon object that uses real-time level of detail (LOD) to display landscapes which should theoretically consist of over a million polygons with only a few thousand. The way it does this is by constantly rearranging a certain amount of polygons to display high levels of detail close to the viewer and low levels further away. This constant rearrangement of polygons is occasionally noticeable however, and is a well-known side-effect of all LOD landscapes. This 'pop-in' effect can be reduced in lots of ways though, as the other terrain help files will go on to explain. The optional parent parameter allows you to specify a parent entity for the terrain so that when the parent is moved the child terrain will move with it. However, this relationship is one way; applying movement commands to the child will not affect the parent. Specifying a parent entity will still result in the terrain being created at position 0,0,0 rather than at the parent entity's position. See also: LoadTerrain. |
|
; CreateTerrain Example
; --------------------- Graphics3D 640,480 SetBuffer BackBuffer() camera=CreateCamera() PositionEntity camera,0,1,0 light=CreateLight() RotateEntity light,90,0,0 ; Create terrain terrain=CreateTerrain(128) ; Texture terrain grass_tex=LoadTexture( "media/mossyground.bmp" ) EntityTexture terrain,grass_tex While Not KeyDown( 1 ) If KeyDown( 205 )=True Then TurnEntity camera,0,-1,0 If KeyDown( 203 )=True Then TurnEntity camera,0,1,0 If KeyDown( 208 )=True Then MoveEntity camera,0,0,-0.05 If KeyDown( 200 )=True Then MoveEntity camera,0,0,0.05 RenderWorld Text 0,0,"Use cursor keys to move about the terrain" Flip Wend End |


results
| result |
Internet Explorer 10 (windows) |
Firefox 24 (windows) |
Chrome 30 (windows) |
Chrome 30 (Mac) |
Safari 6 (Mac) |
| <title> |
No |
No |
No |
No |
no |
| <description> |
No |
No |
No |
No |
No |
| <img alt> |
Yes |
Yes |
Yes |
Yes |
Yes |
| img role |
graphic |
graphic |
graphic |
image |
image |
| foreign object content available |
No |
No |
No |
No |
no |
| interaction |
No |
No |
No |
No |
no |
| JAWS 15 announces acc name/description/role can navigate to navigate to and activate the button. |
graphic - circle |
graphic - circle |
graphic - circle |
image - circle |
image - circle |
| NVDA 2013.1.1 announces acc name/description/role can navigate to navigate to and activate the button. |
acc role/name only |
acc role/name only |
acc role/name only |
N/A |
N/A |
| VoiceOver on OSX announces acc name/description/role can navigate to navigate to and activate the button. |
N/A |
N/A |
N/A |
acc role/name only |
acc role/name only |


Connect to a thermometer
Best and most common choice (for non highly demanding applications) is the
LM35 from National (Panasonic electronic branch).
Feed the baby with anything between 0 and 35 V (!), you get a reading between -1 and %206V on the Vout pin (in basic mode, most likely what you need; see pdf for other possibilities).
Reading returns %200.01v per degree above 0. Convert to Celsius degrees like that :
val = analogRead(potPin); //read the value of sensor
temperature = (5*val*100/1024); //convert voltage to temperature
Documentation
Official documentation from National:
LM35.pdf
Links


--- layout: paper title: Publications --- Towards Combined Matrix and Tensor Factorization for Universal Schema Relation Extraction, , NAACL Workshop on Vector Space Modeling for NLP (VSM) 2015
@inproceedings{singh2015towards, month={June}, title={Towards Combined Matrix and Tensor Factorization for Universal Schema Relation Extraction}, booktitle={NAACL Workshop on Vector Space Modeling for NLP (VSM)}, year={2015}, author={Singh, Sameer and Rocktaschel, Tim and Riedel, Sebastian}, }


Fungus infections are always life-threatening in anyone who has an impaired immune system. Most of them are limited to the skin and nails, but some can invade the body and spread to the internal organs. It is important to see your doctor as soon as possible for tests on the material draining from the wound so that early treatment can be instituted. Note: The most common presentation of a fungus infection is generally a rash, but the type of deep draining sore that is described above is more common in people with impaired immune systems.
Yeast infections are also fungal. They are usually confined to the vagina, around the corners of the mouth, or in the mouth. A life-threatening blood-borne yeast infection is more common in patients with poor defense mechanisms, including people with AIDS, people who are receiving chemotherapy for cancer, and people taking steroids and other drugs after receiving an organ transplant. Yeast infections are usually responsive to antifungal agents.
Occasionally people attribute a sore or ulcer that does not heal to an injury, when actually it was not caused by trauma. Any ulcer that does not heal within a month should be evaluated by a doctor to rule out cancer or another underlying disease.


Hi
1.Now I have couple of Pollucom meters (with pulse output) installed(1 pulse= 1kWh,pulse widht 125ms). I have the basic pulse counting sketch and I am having strange extra pulses. Pulse accumulator shows pulses even when I am not charging anything. Sometimes even hundreds of pulses.
What could be the cause of this?
Now I put one smithtrigger to reduce the noise but still having these pulses. In oscillosscope the pulse is neat and no extra is founded. Could it be the 0.001 multiplier in pulse sketch? Or in the code or is it still having some noise in the line?
2. Is the data lost if update time in emoncms is sometimes over 60s or 6minutes? Perhaps emontx is in bad place or perhaps it gets stuck sometimes?
Thanks again!
Ps. In accumulator picture first there are charging pulses but after the "silence" it started to make some own pulses. I have had these same problems with heat pump energy meters s0 (pulse output) so meter should be OK.
Re: Extra pulses and update time
I see in your sketch you have:
You cannot do that! ppwh is an integer, 0.001 is a decimal fraction. It will not go into an integer, it will be rounded to zero. You should make that 1 and change the line where it is used.
How are you getting the pulses out of the meter and in to your hardware. That is the most likely place for your problem to be. Did the Schmitt trigger reduce the problem or was there no improvement? The interrupt is generated on the falling edge of the pulse. Using your oscilloscope, look very carefully at the falling edge. If it oscillates, that could be your problem. If the rising edge is cleaner, you could try that, or maybe a small capacitor would damp any oscillations.
I would also suspect that there might be interaction with the temperature measuring part of your sketch. Does the pulse input work properly if you have a sketch that has only the pulse input?
Re: Extra pulses and update time
Yes i was almost sure that 0.001 was not correct but somehow there was reasonable numbers coming out. I have not used it because I was happy with 1 pulse=1kwh
All the temperatures is working OK but this pulse calculation is not. I will try only the pulse calculation sketch.
Re: Extra pulses and update time
Okay pulse sketch didn´t work either. There are still some voltage spikes. I made LPF to that 125ms so we will see if this helps.
How about the second question? I am just wondering because the update time changes quite alot.
Re: Extra pulses and update time
So that proves I think that you are seeing multiple interrupts for each pulse.
I don't believe the software can generate multiple increments of pulseCount, so that leaves your hardware. You have not answered my question about that: how are you getting the pulses out of the meter and in to your hardware?
I'm no expert on emoncms, so I cannot help you there.
Re: Extra pulses and update time
Before I was thinking there was something wrong with my code but now I think it is more like general spikes...ground problem? I accidentally founded hundreds of spikes in oscilloscope(data pin) when I connected the wood boiler on. Exhaust thermocouple and pollucom is connected to boiler through metal piping/chimney.
In emontx side there is only regular 5v Nokia charger connected to wall with several other chargers.
I use the normal pulse input, VCC goes to pollucom switch and then comes back. Now there is lpf and smithtrigger before data pin. PD resistor is in place and some other to get smithtrigger to work properly.
Now I havent had any extra pulses but I have to test if it still works when charging the boiler after I put the Lowpassfilter.
Re: Extra pulses and update time
It does indeed sound as if interference from your wood boiler is the problem. Is there one or more motors in there: a pump, a blower, or a feed? I would overhaul the boiler and look for the source of the problem - it could be anything but more likely to be a loose connection or worn relay contacts . You might even find you prevent a breakdown next winter. Nothing you do in software or in your Arduino is as good as removing the source of the noise.
Re: Extra pulses and update time
I think you are right. Even central vacuum cleaner(eurplug) gives noises when measuring directly from pollucom pulse lines!
And even putting ground directly to meter wont help.
My electricity is measured/verified 2007 so the wood boiler is number one suspect. On/off switch at least.
All ideas are welcome.
Re: Extra pulses and update time
Is the metal of the pipes and chimney earthed? All metal parts than can be touched should be connected to a good earth. The connections for the thermocouple and the pollucom must be insulated from the metalwork.
Use a powerful inspection lamp and check everything electrical in your boiler. Believe nothing is correct until you have checked every detail. You are looking for loose connections, screws and nuts not tight, plugs and sockets that have lost spring pressure, broken wires, badly crimped terminals, worn or burned switch and relay contacts, signs of burning or oxidisation, any place where there might be arcing. Also look for missing earth bonding connections.
Are there "universal" motors with commutators and carbon brushes? Those should have a suppressor fitted. Is the suppressor good? If the commutator or brushes are worn, or the armature winding is damaged, they will spark badly and cause interference.
Re: Extra pulses and update time
I looked the earth as well and it is. A jump cable grounding directly to meters housing would not help either. Wood boiler has it own feeder cable.
I put pollucoms pt100 directly to the pipe surface with thermal grease. It is not forbidden in installation manual however installation kit is different and comes with plastic mounting. Perhaps I should put insulation tape around the pipe first.
There is a exhaust blower but it seems to run without noises. Thanks I keep checking and buy new switches to the boiler.
Re: Extra pulses and update time
This seems to be sorted now with LPF and wood boiler fixings.


From the latest Mozilla status report:
The dots in usernames and passwords encoded in URLs are now escaped (so<EMAIL_ADDRESS>becomes http://www%2Emozilla%2Eorg%3Aroadmap%2Ehtml@evilscam.net/), making phishing scams easier to detect (bug 240754).
This is a much more clever solution than simply removing the ability to specify usernames and passwords in URLs (something which I do in fact use every so often).
I've always thought syntax colouring looks prettier than escaping.
Why is that Mozilla developers, who talk all day about how more standards-compliant their browser is, are purposely introducing non-standard behavior?
Smarter than IE developers? No. More inconsistent than IE developers? Yes.# Anonymous coward
Huh? There's nothing standards-uncompliant about this. When a URL is visited, Mozilla re-encodes it to an exactly equivalent URL (it's equivalent because of standards!), but one which cannot be maliciously abused, then displays that URL in the address bar. It's just a UI issue.# Ian Bicking
Well, a lot of IE users don't have the address bar turned on. This was turned up by some usability survey - most people did not know what to do with a URL.
Well, if someone doesn't have the address bar switched on, there's no need to go to the trouble of using usernames & passwords in the URL to fool them.
Just send them HTML email with a link to http://evil.com/ and tell them its their bank. If they never see the URL at all, there's no need to do anything complicated to fool them.
Sheesh, you can't save everyone from their own ignorance all of the time!# AndyT


Ticket Prices For The Redskins-Jets Game Are Embarrassing
by Andrew HolleranThe Washington Redskins (1-8) are set to host the New York Jets (2-7) at FedEx Field in Landover, Maryland this afternoon. Who’s excited?
Not too many people, unsurprisingly.
This is one of the worst matchups of the NFL’s regular season and, outside of getting to see rookie Dwayne Haskins make a start at quarterback, there’s not much to be excited about.
Ticket prices for the game appear to reflect that…
It’s extremely rare to see lower-level tickets for an NFL game at such a low price.
Based on the matchup, though, it’s not surprising. The crowd at FedEx Field will likely be extremely sparse this afternoon.
Kickoff between the Jets and Redskins is set for 1 p.m. E.T. It’ll be on FOX.


inv is currently only supported within Villanova University. To log in, use your Villanova User ID. (If you're seeing this, you probably already figured this part out...)
The whole point of this software is to keep track of your belongings. So before you begin, make sure that you have some items that you want to catalog
Using this software is made infinitely easier with the integration of a barcode scanner. You can access this feature by clicking the bottom-left button of the home menu. Hold it to the barcode of the asset's unique tag (EE) and the app will find the matching asset or display a menu to add that asset into the database if it doesn't exist. From there, you will want to click the add button on the bottom-right to add an inventory record of that asset. At that point, you have updated the system on that asset's whereabouts.


So that you are here you must be eager to read our story. The Lagibet app is a fun pop culture quiz app and is managed and owned by Mccandless Management Private Limited.
Mccandless Management Private Limited is a product based mobile app development firm. After developing apps for years in the field of entertainment we are entering into the world of Pop Culture based Fantasy quizzing.
A few months back a team of pop culture enthusiasts at Mccandless Management Private Limited came up with the idea of launching a pop culture quiz app in India. At Lagibet we are proud that we make the Baazigars out of pop culture lovers.
Lagibet is currently associated with a growing fan base and moving ahead with vigorous speed.
For any query you may have relating to Lagibet,
its services and the opportunities you feel free to contact us at:


Preparation time
less than 30 mins
Cooking time
1 to 2 hours
Serves
Serves 4
Braising steak is slow to cook but quick to prepare in this rich, traditional dish from The Hairy Bikers.
Preheat the oven to 170C/325F/Gas 3.
Trim off any hard fat from the beef and season on both sides with salt and lots of freshly ground black pepper.
Heat a tablespoon of the oil in a large non-stick frying pan.
Fry the steaks, two at a time, over a medium-high heat for a couple of minutes on each side, or until nicely browned, then transfer to a large flameproof casserole dish. Add a little more oil to the pan if necessary.
Return the pan to the hob and reduce the heat. Add the remaining oil and gently fry the onion for five minutes, or until softened and lightly browned, stirring regularly.
Stir in the garlic, cook for one more minute, then transfer the onion and garlic to the casserole dish.
Pour over the stock and add the tomato purée, thyme and bay leaf.
Bring to the boil, then cover the casserole and transfer carefully to the oven. Cook for 1¼-1½ hours, or until the beef is very tender.
Mix the cornflour and mustard powder in a small bowl and stir in a tablespoon of cold water until smooth. Remove the lid from the casserole dish and stir in the cornflour mixture. Season to taste with salt and freshly ground black pepper.
Place the casserole over a medium-high heat and simmer for 2-3 minutes, or until the gravy reduces and becomes thickened and glossy, stirring regularly.
Transfer the steaks to four warmed plates and spoon over the gravy. Serve with chips.


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Create an account using your Mobile number or Email Id. And construct your strong profile
Share this app with your colleagues and fellow doctors for easy referring patient records.
You can chat with your referred doctor with a secure chat application.
₹ 0 /month
₹759 /month


File
|
nowPlayingMovies
|
nowPlayingMovies: Movie[]
|
Type : Movie[]
|
|
upcomingMovies
|
upcomingMovies: Movie[]
|
Type : Movie[]
|
import { MovieActionTypes, EMovieActionTypes } from '../actions/home.action';
import { Movie } from '../../models/movie.model';
import { State } from '@ngrx/store';
import { Theater } from '../../models/theater.model';
export interface MoviesState {
nowPlayingMovies: Movie[];
upcomingMovies: Movie[];
setTheaters: Theater[];
}
export const initialMovieState: MoviesState = {
nowPlayingMovies: [],
upcomingMovies: [],
setTheaters: []
};
export function moviesReducer(state = initialMovieState, action: MovieActionTypes) {
switch (action.type) {
case EMovieActionTypes.SET_NOW_PLAYING_MOVIES: {
// const objOfMovies = action.payload.reduce((o, movie) => ({ ...o, [movie.id]: movie }), {});
// const newMovies: { [key: number]: Movie } = { ...state.nowPlayingMovies, ...objOfMovies };
const newNowPlayingMovies: Movie[] = [...state.nowPlayingMovies];
newNowPlayingMovies.push(...action.payload);
return {
...state,
nowPlayingMovies: newNowPlayingMovies
};
}
case EMovieActionTypes.SET_UPCOMING_MOVIES: {
// const objOfMovies = action.payload.reduce((o, movie) => ({ ...o, [movie.id]: movie }), {});
// const newUpcomingMovies: { [key: number]: Movie } = { ...state.upcomingMovies, ...objOfMovies };
const newUpcomingMovies: Movie[] = [...state.upcomingMovies];
newUpcomingMovies.push(...action.payload);
return {
...state,
upcomingMovies: newUpcomingMovies
};
}
case EMovieActionTypes.SET_CAST_AND_CREW: {
const newNowPlayingMovieState = { ...state.nowPlayingMovies };
const newUpcomingMovieState = { ...state.upcomingMovies };
if (state.nowPlayingMovies[action.payload.id]) {
newNowPlayingMovieState[action.payload.id].casts = action.payload.cast;
newNowPlayingMovieState[action.payload.id].crews = action.payload.crew;
}
if (state.upcomingMovies[action.payload.id]) {
newUpcomingMovieState[action.payload.id].casts = action.payload.cast;
newUpcomingMovieState[action.payload.id].crews = action.payload.crew;
}
return {
...state,
nowPlayingMovies: newNowPlayingMovieState,
upcomingMovies: newUpcomingMovieState
};
}
case EMovieActionTypes.SET_THEATERS: {
const newSetTheatersState = action.payload;
return {
...state,
setTheaters: newSetTheatersState
};
}
default:
return state;
}
}


Bogdan Liusik
Hi everyone 😊. I am a beginner web developer, already know how to create pretty good web applications, and every day I continue to develop this craft because this is what I am really interested in. My main problem is that I have no experience in developing real commercial projects, as well as experience in teamwork. I strive to get this experience in the near future 💥.


ui-sref
ui.router.state
A directive that binds a link (
tag) to a state. If the state has an associated
URL, the directive will automatically generate & update the href
attribute via
the $state.href() method. Clicking
the link will trigger a state transition with optional parameters.
Also middle-clicking, right-clicking, and ctrl-clicking on the link will be handled natively by the browser.
You can also use relative state paths within ui-sref, just like the relative
paths passed to $state.go()
. You just need to be aware that the path is relative
to the state that the link lives in, in other words the state that loaded the
template containing the link.
You can specify options to pass to $state.go()
using the ui-sref-opts
attribute. Options are restricted to location
, inherit
,
and reload
.
<ANY ui-sref="{string}" ui-sref-opts="{Object}"> ... </ANY>
| Param | Type | Details |
|---|---|---|
| ui-sref | string | 'stateName' can be any valid absolute or relative state |
| ui-sref-opts | Object | options to pass to $state.go() |
Here's an example of how you'd use ui-sref and how it would compile. If you have the following template:
Home | About | Next page

 {{ contact.name }}

Then the compiled html would be (assuming Html5Mode is off and current state is contacts):
Home | About | Next page

 Joe

 Alice

 Bob

 Home


July 26
Man shall not live by bread alone, but by every word that proceeds out of the mouth of God. Matthew 4:4
The Word of God is to your spirit as bread is to your body. When your body feeds on physical food, it produces a physical power called strength. When your spirit feeds on the spiritual food of the Word, it produces spiritual power called faith. And just as you can't eat one meal and then feed on the memory of it for several weeks, you can't just remember what the Word says and stay strong in faith. You have to read it. Even if you've read it a hundred times, you need to read it again.
Try this: Close your eyes and see yourself slicing a lemon. Now stick that lemon slice between your teeth and when I say, "Three," bite down on it so hard that the juice squirts into your mouth. One. Two. Three. Bite!  But let me ask you this, "Have you received any nourishment from that memory?" No.
Remembering the Word of God isn't enough. You must continually feed on what it says. Get it out and read it. Go to church and hear it preached. One day, you'll read a familiar verse...a verse you've read thousands of times before...and suddenly God will give you the greatest revelation you've ever had. A completely fresh revelation from that old familiar verse! And it's likely to be exactly what you needed to know about your current situation.
Yes, you can feed on the Word that is on deposit in your spirit. But remember this: You can't get continued results if you don't spend time in prayer and in the Word of God allowing the Spirit to nourish you daily.
Don't try to live on the memory of your last spiritual meal. Replenish the force of faith within you. Feast on the Word of God today.
Scripture Reading: John 6:48-58


--- # Feel free to add content and custom Front Matter to this file. # To modify the layout, see https://jekyllrb.com/docs/themes/#overriding-theme-defaults layout: page ---
Welcome to one of my projects. This was my first project and was created to calculate grade point averages for the Broward County school system(it may work for some others as well, i'm not sure though). I made this because the way it is calculated is a bit vague for both weighted and unweighted. Of course, you don't really need to read this summary, as there is instructions in both the manual calculation tab and the predictor tab.


pydlcp package¶
Submodules¶
pydlcp.arduino_board module¶
-
class
pydlcp.arduino_board.
ArduinoBoard
(address: str, name: str, pin_mappings: dict)¶ Bases:
object
This class provides basic control to an Arduino board running a serial controller
…
-
_activePins
¶ The pins that are currently active
- Type
List[int]
-
_board
¶ The serial connection to the arduino board.
- Type
serial.Serial
-
_boardConnected
¶ True if the serial connection to the board is open, false otherwise
- Type
bool
-
_pinMappings
¶ A dictionary containing the map of pins for different functionalities
- Type
dict
-
_fanOn
¶ True if the fan is on false otherwise
- Type
bool
-
_keithleyConnected
¶ True if all the measuring pins are connected to the keithley source meter, false if they are connected to the impedance analyzer
- Type
bool
-
connect(self):
Opens the serial connection to the arduino server
-
disconnect(self):
Closes the serial connection to the arduino server
-
connect_keithley(self):
Triggers the relay to connect all the measuring pins to the keithley source meter instead of having them connected to the impedance analyzer
-
pin_on(self, pin_number: int):
Triggers the relay to turn the specified pin on.
-
pin_off(self, pin_number: int):
Triggers the relay to turn the specified pin off.
-
fan_on(self):
Triggers the relay to turn the fan on.
-
fan_off(self):
Triggers the relay to turn the fan off.
-
disconnect_all_pins(self):
Disconnects all measuring pins.
-
connect_all_pins(self):
Connects all measuring pins.
-
temperature(self):
Reads the temperature from the MAX31855 thermocouple.
-
set_logger(self, logger: logging.Logger):
Sets the logger that will handle the workflow messages instead of python’s print.
-
create_serial_server(self):
Creates an arduino sketch file containing a code to setup a serial server to controll the test unit. Then it verifies it and uploads it to the arduino board.
-
_board_write(self, command: str):
Sends a command to the arduino controller using serial communication
-
_board_query
(self, command: str) → str:¶ Queries the arduino controller and reads the output using serial communication
-
_print(self, msg: str, level="INFO"):
Prints a system message. If a logger is specified, handles the message with the logger, else it prints it to the console using ‘print’.
-
_create_path
(path: str)¶ Creates a path if it does not exist. Used to create the directory structure for the arduino sketches.
-
connect
()¶ Opens the serial communication with the Arduino controller
-
connect_all_pins
()¶ Connects all measuring pins (by default, to the Impedance Analyzer).
-
connect_keithley
()¶ Triggers the relay to connect the sample pins to the Keithley source-meter
Warning
- Warning
If the Keithley source-meter was already connected.
-
create_serial_server
()¶ Creates an Arduino sketch that defines the logic of the Arduino board and creates a Serial controller to access the logic on the Arduino through a PC.
The configuration of the pins on the sketch is injected from the pinMappings by substituting the right placeholders on a template file. It then generates a sketch folder with the .ino files. The method uses arduino.exe to verify and upload the sketch to the Arduino board in the selected port.
- Raises
subprocess.CalledProcessError – If there is a problem compiling or uplading the sketch to the board.
-
disconnect
()¶ Closes the serial connection with the Arduino controller
-
disconnect_all_pins
()¶ Disconnects all measuring pins from the instruments.
-
disconnect_keithley
()¶ Triggers the relay to disconnect the sample pins to the Keithley source-meter.
Warning
- Warning
If the Keithley source meter was already disconnected.
-
fan_off
()¶ Triggers the relay to turn the fan off.
Warning
- Warning
If the fan was already off.
-
fan_on
()¶ Triggers the relay to turn the fan on for the current board.
Warning
- Warning
If the fan was already on.
-
property
fan_status
¶
-
property
keithley_connected
¶
-
pin_off
(pin_number: int)¶ Triggers the relay to turn the specified pin off :param pin_number: The number of the pin to turn on :type pin_number: int
- Raises
errors.ArduinoError – If the number of the pin is not within the pins defined in _pinMappings
Warning
- Warning
If the pin was already disconnected.
-
pin_on
(pin_number: int)¶ Triggers the relay to turn the specified pin on :param pin_number: The number of the pin to turn on :type pin_number: int
- Raises
errors.ArduinoError – If the number of the pin is not within the pins defined in _pinMappings
Warning
- Warning
If the pin was already connected.
-
set_logger
(logger: logging.Logger)¶ Defines a logger for the class
- Parameters
logger (logger: logging.Logger) – A logger
- Raises
TypeError – If the provided logger is not an instance of logging.Logger.
-
property
temperature
¶
-
pydlcp.bts module¶
-
class
pydlcp.bts.
BTS
(temperature: float, bias: float, stress_interval: int, temperature_sampling_interval: int, max_time: float)¶ Bases:
object
This class represents a bias-temperature stress (BTS) measurement
-
_accumulatedStressTime
¶ The current accumulated stress time in seconds
- Type
float
-
_bias
¶ The stress bias in volts
- Type
float
-
_intervalProgress
¶ A counter for the number of interval stresses being applied so far
- Type
int
-
_intervals
¶ The number of intervals needed to complete a stress time of _maxTime
- Type
int
-
_maxTime
¶ The total stress time in seconds
- Type
float
-
_startTime
¶ The startTime of the measurement
- Type
datetime
-
_start_bts_interval
¶ The time at which the current bias stress was initiated
- Type
datetime
-
_status
¶ The status of the measuement: status must be a value in [‘idle’, ‘heating_up’, ‘cooling_down’, ‘running_stress’, ‘running_cv’, ‘running_dlcp’, ‘finished’]
- Type
str
-
set_start_time
(self, start_datetime: datetime)¶ Sets the start of the BTS measurement
-
start_bts_interval(self):
The time at which the last bias stress was initiated
-
time_delta_total
(self, current_datetime: datetime) → float:¶ Returns a timedelta in seconds between the provided datetime and the datetime at the beginning of the experiment.
-
time_delta_bts
(self, current_datetime: datetime) → float:¶ Returns a timedelta in seconds between the provided datetime and the datetime at the beginning of the last voltage stress.
-
temperature
(self) → int:¶ The stress temperature in °C
-
bias
(self) → float:¶ The stress bias in (V)
-
stress_interval
(self) → int:¶ The stress interval in seconds
-
temperature_sampling_interval
(self) → int:¶ The temperature sampling interval in seconds
-
accumulate_interval(self, dt: float):
Increases the interval counter and adds the estimated stress time to the accumulatedStresTime property.
-
max_time(self):
The target total stress time in seconds
-
append_device(self, device: str, pin: int, h5_storage: datastorage.H5Store, clean: bool = True):
Appends a device to the BTS measurement. A devices is a physical MIS structure. A convened named is used and a respective pin in the measurement unit must be provided, as well as the H5 datastorage for this device.
-
get_device_storage
(self, device: str, clean: bool = True) → datastorage.H5Store:¶ Returns the datastorage.H5Storage for the selected device.
-
accumulate_interval
(dt: float)¶ After bias-temperature stress interval has completed accumulates the total stress time and increases the interval counter
- Parameters
dt (float) – The amount of time kept under stress during the present interval (seconds).
- Raises
TypeError – If dt is not float or int
ValueError – If dt < 0
-
property
accumulated_stress_time
¶
-
append_device
(device: str, pin: int, h5_storage: pydlcp.datastorage.BTSH5Store, clean: bool = True)¶ Adds a device to the BTS experiment
- Parameters
device (str) – The device id
pin (int) – The pin in the test unit, to which the device is attached.
h5_storage (datastorage.BTSH5Store) – The h5Store on which the data is saved.
clean (bool) – True if the device does not contain sodium, false otherwise.
-
property
bias
-
property
clean_devices
¶
-
property
clean_pins
¶
-
property
contaminated_devices
¶
-
property
contaminated_pins
¶
-
get_device_storage
(device: str, clean: bool = True) → pydlcp.datastorage.BTSH5Store Returns the H5 Datastore to the selected device
- Parameters
device (str) – The device id
clean (bool) – True if the device does not contain sodium contamination, false otherwise.
- Returns
The H5 Datastore to the selcted device
- Return type
-
property
interval_progress
¶
-
property
max_time
¶
-
set_start_time
(start_datetime: datetime.datetime) Sets the start time for the BTS Measurement
- Parameters
start_datetime (datetime) – The datetime object representing the date at which the BTS measurement started
- Raises
TypeError – If The argument is not an instance of datetime
-
property
start_bts_interval
¶
-
property
status
¶
-
property
stress_interval
-
property
temperature
-
property
temperature_sampling_interval
-
time_delta_bts
(current_datetime: datetime.datetime) → float Returns the timedelta between the provided datetime and the datetime at the beginning of the last bias stress.
- Parameters
current_datetime (datetime) – The date and time
- Returns
The difference in time (in seconds).
- Return type
float
- Raises
TypeError – If the provided current_datetime is not an instance of datetime.
-
time_delta_total
(current_datetime: datetime.datetime) → float Returns the timedelta between the provided datetime and the datetime at the beginning of the measurement
- Parameters
current_datetime (datetime) – The date and time
- Returns
The difference in time (in seconds).
- Return type
float
- Raises
TypeError – If the provided current_datetime is not an instance of datetime.
-
pydlcp.controller module¶
-
class
pydlcp.controller.
Controller
(config_file_url: str, **kwargs)¶ Bases:
object
This class provides methods to control a DLCP experiment and save the results to a h5 data store.
-
cv_sweep
(voltage_start: float, voltage_step: float, voltage_stop: float, frequency: float, **kwargs)¶
-
init_impedance_analyzer
()¶
-
load_test_config
(config: configparser.ConfigParser)¶
-
resource_available
(resource_address: str)¶
-
start_dlcp
()¶
-
pydlcp.datastorage module¶
-
class
pydlcp.datastorage.
BTSH5Store
(filename: str)¶ Bases:
object
This class provides methods to save and access BTS experimental results to an hdf5 file
-
_filename
¶ The path to the h5 file
- Type
str
-
_create_h5(self):
Creates the h5 file and adds the basic structure containing 3 groups ‘/logs’
A group to store all logs
- ‘/logs/temperature_and_current’
A dataset that stores the temperautre and leakage current every x-seconds
- ‘/bts’
A group to store al the bias-temperature CV results
- ‘/bts/time’
A 1D dataset containing the timedelta at which each CV was taken
- ‘/bts/voltage’
A Matrix containing the voltage sweep at each timedelta
- ‘/bts/capacitance’
A Matrix containing the capacitance from the CV sweep
- ‘/bts/resistance’
A Matrix containing Rs from the CV sweep.
- ‘/dlcp’
A group containing al DLCP results
- ‘/dlcp/time’
A 1D dataset containing the timedelta at which each DLCP sweep was taken
- ‘/dlcp/osc_level’
A Matrix containing the osc_level sweep at each timedelta
- ‘/dlcp/bias’
A Matrix containing the voltage sweep at each timedelta
- ‘/dlcp/nominal_bias’
A Matrix containing the voltage sweep at each timedelta
- ‘/dlcp/voltage’
A Matrix containing the voltage sweep at each timedelta
- ‘/dlcp/capacitance’
A Matrix containing the capacitance from the DLCP sweep
- ‘/dlcp/resistance’
A Matrix containing Rs from the CV sweep.
-
create_temperature_log(self):
Creates the resizable dataset “/logs/temperature_and_current” on the h5 file.
-
log_temperature_current(self, time: float, temperature: float, current: float):
Appends the temperature and current readings at time ‘t’ to the ‘/logs/temperature_and_current’ dataset
-
get_bts_cv(self):
Returns the stress_time, voltage, capacitance and resistance datasets in the /bts group
-
get_dlcp_data(self):
Returns the stress_time, osc_level, bias, nominal_bias, voltage, capacitance and resistance datasets in the /dlcp group
-
get_bts_cv_at_time
(self, time_idx: int) → vcr_type:¶ Returns a single CV sweep result at an specific time index
-
get_bts_temperature(self):
Returns the temperature log
-
append_cv(self, time: float, cv_data: vcr_type):
Appends a CV sweep result (vcr_type) to the /bts group
-
append_dlcp(self, time: float, dlcp_data: dlcp_type):
Appends a DLCP sweep result (dlcp_type) to the /dlcp group
-
_append_resizeble_dataset(self, group_name: str, data_set_name: str, data):
Appends data to a resizable dataset in the h5 file
-
metadata(self, metadata: dict, group="/"):
Appends dictionary key values as attributes to the selected group/dataset
-
create_resizeable_dataset(self, name: str, size: (int, int), group_name: str, dtype=None):
Creates a resizable dataset on a specific group in the h5 file
-
create_fixed_dataset(self, name: str, size: (int, int), group_name: str, dtype=None):
Creates a dataset that cannot be resized on a specific group in the h5 file.
-
append_cv
(time: [<class 'float'>, <class 'int'>], cv_data: dtype([('V', '<f8'), ('C', '<f8'), ('R', '<f8')]))¶ Appends a CV sweep to the H5 file
- Parameters
time (float) – The time delta at which the measurement was taken.
cv_data ([vcr_type, np.ndarray(vcr_type)) – The CV sweep
-
append_dlcp
(time: [<class 'float'>, <class 'int'>], dlcp_data: dtype([('osc_level', '<f8'), ('bias', '<f8'), ('nominal_bias', '<f8'), ('V', '<f8'), ('C', '<f8'), ('R', '<f8')]))¶ Appends a DLCP sweep to the H5 file
- Parameters
time ([float, int]) – The time delta at which the DLCP measurement was performed
dlcp_data ([dlcp_dtype, np.ndarray(dlcp_type)) – The DLCP data
-
create_fixed_dataset
(name: str, size: (<class 'int'>, <class 'int'>), group_name: str, dtype=None)¶ Creates a non-resizable dataset in the group ‘group_name’.
- Parameters
name (str) – The name of the dataset
size ((int, int)) – The shape of the dataset
group_name (str) – The name of the group to save the dataset to
dtype (np.dtype) – The type of the data being store
-
create_resizeable_dataset
(name: str, size: (<class 'int'>, <class 'int'>), group_name: str, dtype=None)¶ Creates a resizable dataset in the group ‘group_name’.
- Parameters
name (str) – The name of the dataset
size ((int, int)) – The shape of the dataset
group_name (str) – The name of the group to save the dataset to
dtype (np.dtype) – The type of data to be stored
-
create_temperature_log
()¶ Creates the ‘temperature_and_current’ dataset on the ‘/logs’ dataset of the h5 file.
-
get_bts_cv
() → dict¶ Gets all the CV sweeps stored in the H5 file wrapped in a dictionary.
- Returns
A dictionary containing the vector for ‘stress_time’, and the matrices ‘voltage’, ‘capacitance’ and ‘resistance’
- Return type
dict
-
get_bts_cv_at_time
(time_idx: int) Returns a single CV sweep at a specific time index.
- Parameters
time_idx (int) – The row index corresponding to a specific time of the measurement.
- Returns
A numpy array of vcr_type
- Return type
np.ndarray(vcr_type)
-
get_bts_temperature
()¶ Returns the whole temperature log
- Returns
The numpy array of type tti_type containing all temperature and leakage current logs.
- Return type
np.ndarray(tti_type)
-
get_dlcp_data
() → dict¶ Gets al DLCP sweep data as dictionary.
- Returns
A dictionary containing the vector for ‘stress_time’, and the matrices ‘osc_level’, ‘bias’, ‘nominal_bias’, ‘voltage’, ‘capacitance’ and ‘resistance’
- Return type
dict
-
get_metadata
(group='/') → dict¶ Returns the attributes of a selected group.
- Parameters
group (str) – The group to get the attributes from
- Returns
A dictionary with the attributes of the dataset/group
- Return type
dict
-
log_temperature_current
(time: [<class 'float'>, <class 'int'>], temperature: [<class 'float'>, <class 'int'>], current: float)¶ Appends the tuple (time, temperature, current) to the ‘temperature_and_current’ dataset.
- Parameters
time ([float, int]) – The timedelta since the beginning of the log
temperature ([float, int]) – The sample temperature in °C
current (float) – The leakage current through the device.
-
metadata
(metadata: dict, group='/')¶ Saves a dictionary with the measurement metadata to the specified dataset/group.
- Parameters
metadata (dict) – A dictionary with the metadata to save
group (str) – The dataset/group to save the attribures to.
-
pydlcp.errors module¶
-
exception
pydlcp.errors.
ArduinoError
(address: str, name: str, message: str)¶ Bases:
pydlcp.errors.InstrumentError
This class represents an Arduino Error
-
exception
pydlcp.errors.
ArduinoSketchError
(address: str, name: str, sketch_file: str, message: str)¶ Bases:
pydlcp.errors.ArduinoError
This class represents an error caused by handling an Arduino Sketch
-
_sketchFile
¶ The sketch file that produced the error
- Type
str
-
property
sketch_file
¶
-
-
exception
pydlcp.errors.
BTSSystemConfigError
(message: str, test_units: int)¶ Bases:
pydlcp.errors.ConfigurationError
A Class representing a System Configuration Error
-
_testUnits
¶ The number of test units in the system
- Type
int
-
property
test_units
¶
-
-
exception
pydlcp.errors.
ConfigurationError
(message: str)¶ Bases:
pydlcp.errors.Error
Base class for Configuration Errors
-
_message
¶ The explanation of the error
- Type
str
-
property
message
¶
-
-
exception
pydlcp.errors.
DLCPSystemConfigError
(message: str)¶ Bases:
pydlcp.errors.ConfigurationError
A Class representing a System Configuration Error
-
_testUnits
¶ The number of test units in the system
- Type
int
-
-
exception
pydlcp.errors.
Error
¶ Bases:
Exception
Base class for exceptions in this module
-
exception
pydlcp.errors.
HotplateError
(address: str, resource_name: str, message: str)¶ Bases:
pydlcp.errors.InstrumentError
-
property
heating_status
¶
-
set_heating_status
(status: bool)¶
-
set_temperature_setpoint
(setpoint: int)¶
-
property
temperature_setpoint
¶
-
property
-
exception
pydlcp.errors.
InstrumentError
(address: str, resource_name: str, message: str)¶ Bases:
pydlcp.errors.Error
Exception raised when trying to access a pyvisa instrument that is not connected
-
_resourceAddress
¶ The address of the resource
- Type
str
-
_resourceName
¶ The name of the resource (instrument)
- Type
str
-
_message
¶ An explanation of the error
- Type
str
-
property
address
¶
-
property
message
¶
-
property
resource_name
¶
-
pydlcp.hotplate module¶
-
class
pydlcp.hotplate.
Hotplate
(address: str, name: str, **kwargs)¶ Bases:
object
This class represents a SCILOGEX hotplate
-
_calibration
¶ A dictionary containing the polynomial coefficients ‘a1’, ‘a2’ and ‘b’ for the temperature calibtation
- Type
dict
-
_configRequiredOptions
¶ The options that need to be read in the calibration file
- Type
List[str]
-
_heatOn
¶ True if its currently heating, False otherwise
- Type
bool
-
_hotplate
¶ A handle to the serial communication object with the hotplate
- Type
serial.Serial
-
_hotplateConnected
¶ True if the serial communication object is open, false otherwise.
- Type
bool
-
_logger
¶ A logger to handle the class messages.
- Type
logging.Logger
-
_targetTemperature
¶ The temperature setpoint in °C
- Type
int
-
_MAX_FAILED_CALLS
¶ The maximum allowable number of retries to call a method that communicates with the hotplate when the call was unsuccessful
- Type
int
-
connect(self):
Opens the serial communication with the hotplate.
-
disconnect(self):
Closes the serial communication with the hotplate.
-
_checksum
(query) → np.uint8:¶ Returns a checksum to the hotplate query.
-
_write_query(self, query):
Writes a query to the hotplate using serial communication.
-
get_temperature_setpoint
(self, failed_calls: np.uint8 = 0) → float:¶ Returns the temperature set point for the hotplate.
-
connect
()¶
-
correct_temperature_setpoint
(temperature: float) → float¶ Uses the stored calibration coefficients to correct for the temperature setpoint in order to achieve the right temperature setting.
- Parameters
temperature (float) – The target temperature in °C
- Returns
The corrected temperature to be used as the hotplate’s set point.
- Return type
float
-
disconnect
()¶
-
get_heating_status
(failed_calls: numpy.uint8 = 0) → bool¶ Finds out if the hotplate is currently heating or not
Note
From SCILOGEX
Section 3.2 Get information
Command:
1 | 2 | 3 | 4 | 5 | 6
0xfe | 0xA1 | NULL | NULL | NULL | Check sum
Response:
1 | 2 | 3,4,5,6,7,8,9,10 | 11
0xfd | 0xA1 | Parameter1… 8 | Check sum
Parameter3: temperature status (0: closed, 1: open)
- failed_calls: np.uint8
The number of times the function has been called unsuccessfully (default = 0)
Warning
- Warning
If the method was called more than _MAX_FAILED_CALLS unsuccessfully.
-
get_temperature_setpoint
(failed_calls: numpy.uint8 = 0) → float Returns the temperature set point of the hotplate.
Note
From SCILOGEX
Section 3.3 Get status
Command:
1 | 2 | 3 | 4 | 5 | 6
0xfe | 0xA2 | NULL | NULL | NULL | Check sum
Response:
1 | 2 | 3, 4, 5, 6, 7, 8, 9, 10 | 11
0xfd | 0xA2 | Parameter1… 8 | Check sum
Parameter5 - temp set(high)
Parameter6 - temp set(low)
- Parameters
failed_calls (np.uint8) – The number of times the function has been called unsuccessfully (default = 0)
- Returns
The temperature setpoint
- Return type
float
Warning
- Warning
If the method was called more than _MAX_FAILED_CALLS unsuccessfully.
-
load_calibration
(config: configparser.ConfigParser)¶ Loads the calibration coefficients from an .ini file
- Parameters
config (onfigparser.ConfigParser) – The configuration parser
- Raises
ValueError – If the argument is not an instance of configparser.ConfigParser
-
set_calibration
(a1: float, a2: float, b: float)¶ Sets the polynomial coefficients for the temperature calibtation
- Parameters
a1 (float) – The coefficient to the second oder term
a2 (float) – The coefficient to the first order term
b (float) – The zero order term
-
set_logger
(logger: logging.Logger)¶ Sets the logger to handle the class messages.
- Parameters
logger (logging.Logger) – The logger
- Raises
ValueError – If the argument is not an instance of logging.Logger.
-
set_temperature
(temperature: int, failed_calls: numpy.uint8 = 0)¶ Changes the temperature set point
- Parameters
temperature (int) – The new temperature set point
failed_calls (np.uint8) – The number of times the function has been called unsuccessfully (default = 0)
- Raises
errors.HotplateError – If exceeded the maximum number of allowed attempts (_MAX_FAILED_CALLS) to set the temperature.
-
pydlcp.impedance_analyzer module¶
-
class
pydlcp.impedance_analyzer.
ImpedanceAnalyzer
(address: str, resource_manager: pyvisa.highlevel.ResourceManager, debug: bool = False)¶ Bases:
pydlcp.visa_instrument.VisaInstrument
A class used to represent HP4194A Impedance Analyzer and perform basic analysis for the bias-temperature stress (BTS) experiment.
-
_status
¶ The status of the instrument: either ‘idle’ or ‘running’
- Type
str
-
_waitTime
¶ Defines the time in seconds a measurement function will need to wait to retry execution if the instrument is busy with another measurement.
- Type
int
-
cv_sweep
(self, voltage_start: float, voltage_step: float, voltage_stop: float, frequency: float, **kwargs)¶ Tries to run a capacitance-voltage (CV) measurement sweep in the impedance analyzer according to the provided acquisition parameters. If the instrument is busy running another program, wait the specified amount of seconds defined in _waitTime
-
_get_dlcp_template
(self)¶ Returns a template program for the DLCP measurement with placeholders for the relevant acquisition parameters.
-
dlcp_sweep(self, nominal_bias: float, start_amplitude: float, step_amplitude: float, stop_amplitude: float,
frequency: float, **kwargs)
Tries to run a drive-level capacitance profiling CV measurement program in the impedance analyzer. If the instrument is busy running another measurement, wait the specified amount of seconds defined in _waitTime.
-
parse_impedance_data
(self, response: str, **kwargs)¶ Parses the ASCII response from the Impedance Analyzer into the python compound type vcr_type defined in this class
-
connect
()¶
-
cv_sweep
() → numpy.ndarray - Parameters
voltage_start (float) – The start voltage for the sweep (V)
voltage_step (float) – The step of the voltage sweep (V)
voltage_stop (float) – The stop voltage for the sweep (V)
frequency (float) – The frequency of the AC signal (Hz)
**kwargs – keyword arguments
- Returns
An array containing voltage, capacitance and resistance as columns
- Return type
np.ndarray
- Raises
ValueError – If the sweep direction is not valid (valid values are: SWD1 and SWD2).
ValueError – If the integration time is not valid (valid values are ‘ITM1’, ‘ITM2’ and ‘ITM3’)
ValueError – If the frequency < 0
ValueError – If the number of averages (noa) is invalid (valid values are 1, 2, 4, 8, 16, 32, 64, 128 and 256)
-
dlcp_sweep
(nominal_bias: float, osc_start: float, osc_step: float, osc_stop: float, frequency: float, **kwargs) → numpy.ndarray¶ Performs a DLCP sweep
- Parameters
nominal_bias (float) – The nominal bias for the DLCP sweep
osc_start (float) – The starting amplitude for the oscillator level sweep (V)
osc_step (float) – The step size for the amplitude of the oscillator level sweep (V)
osc_stop (float) – The stop value for the oscillator level sweep (V)
frequency (float) – The oscillator frequency (Hz)
**kwargs – keyword arguments
- Returns
The acquired capacitance data
- Return type
np.ndarray
- Raises
ValueError – If the integration time setting provided is not ‘ITM1’, ‘ITM2’ or ‘ITM3’
ValueError – If the value provided for the frequency is less or equal to 0.
ValueError – If the number of averager (noa) is not valid. Valid values are: 1, 2, 4, 8, 16, 32, 64, 128, 256
-
parse_dlcp_data
(response: str, points: int)¶ Parses the response from the impedance analyzer for a DLCP measurement
- Parameters
response (str) – The response from the impedance analyzer
points (int) – The number of points to average
- Returns
The parsed data
- Return type
vcr_type
-
parse_impedance_data
(response: str, max_rows: int, **kwargs) → numpy.ndarray Parses the ASCII response from the Impedance Analyzer into an array of numbers :param response: The response from the Impedance Analyzer :type response: str :param max_rows: The number of values to read :type max_rows: int :param **kwargs: keyword arguments
- Returns
The parsed response in the form of an array containing voltage, capacitance and resistance as columns
- Return type
np.ndarray
-
run_dlcp_one_pin
(device_id: int, pin_num: int, start: float, stop: float, step: float)¶ Runs the dlcp measurement for a single pin
- Parameters
device_id (int) – The device id number that is being tested
pin_num (int) – The pin number of device being tested
start (float) – DC Bias start condition
stop (float) – DC Bias stop condition
step (float) – DC Bias step between each iteration
-
property
status
¶
-
property
wait_time
¶
-
pydlcp.keithley module¶
-
class
pydlcp.keithley.
Keithley
(address: str, resource_manager: pyvisa.highlevel.ResourceManager, debug: bool = False)¶ Bases:
pydlcp.visa_instrument.VisaInstrument
This class is used to represent a Keithley 2401 source meter in the context of a BTS measurement.
-
_debug
¶ True if we instantiate it in debug mode.
- Type
bool
-
_sourceOff
¶ True if the source is on, false otherwise
- Type
bool
-
set_source_voltage
(self, voltage: float)¶ Sets the source voltage to the specified value.
-
turn_source_on(self):
Turns the keithley source on.
-
turn_source_off(self):
Turns the keithley source off.
-
read(self):
Sends a ‘READ?’ query to the keithley and returns the output.
-
current(self):
Reads the current from the keithley source-meter.
-
connect
()¶
-
property
current
¶
-
disconnect
()¶
-
read
()¶
-
set_source_voltage
(voltage: float) - Parameters
voltage (float) – The set point for the source voltage
-
property
source_on
¶
-
turn_source_off
()¶
-
turn_source_on
()¶
-
pydlcp.plotting module¶
pydlcp.visa_instrument module¶
-
class
pydlcp.visa_instrument.
VisaInstrument
(resource_address: str, resource_name: str, resource_manager: pyvisa.highlevel.ResourceManager)¶ Bases:
object
A class to represent pyvisa objects
-
_instrument
¶ The pyvisa resource
- Type
pyvisa.resources.Resource
-
_isConnected
¶ True if the instrument has been connected, false otherwise
- Type
bool
-
_logger
¶ A logger specified by python’s logger module
- Type
logging.Logger
-
_resourceAddress
¶ The address of the instrument
- Type
str
-
_resourceManager
¶ A handle to the resource manager provided by pyvisa
- Type
pyvisa.highlevel.ResourceManager
-
_resourceName
¶ The name of the resource
- Type
str
-
connect
(self)¶ Opens the visa connection to the instrument.
-
disconnect
(self)¶ Closes the visa connection to the instrument.
-
write
(self, query:str)¶ Writes a string to the instrument.
-
query_ascii
(self, query:str)¶ Sends a query to the instrument and reads the response.
-
set_logger
(self, logger: logging.Logger)¶ Sets the logger that handles the message output for the _print function
-
_print
(self, msg:str, level:str)¶ Prints a message with either python’s ‘print’ function or the logger provided in ‘set_logger’
-
connect
()
-
disconnect
()
-
query
(q: str)¶ Send a query to the impedance analyzer :param q: The query :type q: str
- Returns
The response from the impedance analyzer
- Return type
str
-
query_ascii
(q: str, **kwargs) - Parameters
q (str) – The query to send to the insturment
**kwargs – keyword arguments
- Returns
The response from the instrument
- Return type
str
-
set_logger
(logger: logging.Logger) - Parameters
logger (logging.Logger) – The logger to handle the system messages
- Raises
Warning – If the logger is not an instance of logging.Logger
-
write
(string: str) - Parameters
string (str) – The string to write to the instrument
-


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