magneticalc.Wire.Wire
class documentationmagneticalc.Wire
(View In Hierarchy)
Wire class.
| Method | __init__ | A 3D piecewise linear curve with some DC current associated with it. |
| Method | is_valid | Indicates valid data for display. |
| Method | invalidate | Resets data, hiding from display. |
| Method | get_bounds | Returns this curve's bounding box. |
| Method | get_points_base | Returns this wire's base points. |
| Method | get_points_transformed | Returns this wire's transformed points. |
| Method | get_points_sliced | Returns this wire's points after slicing. |
| Method | get_elements | Returns this curve's elements, i.e. an ordered list of segment center points and directions. |
| Method | get_dc | Returns wire current (A). |
| Method | get_length | Returns this curve's length. |
| Method | recalculate | Slices wire segments into smaller ones until segment lengths equal or undershoot slicer limit. |
| Instance Variable | _points_base | Undocumented |
| Instance Variable | _slicer_limit | Undocumented |
| Instance Variable | _dc | Undocumented |
| Instance Variable | _points_sliced | Undocumented |
| Instance Variable | _length | Undocumented |
| Instance Variable | _points_transformed | Undocumented |
| Method | _set_stretch | This transformation stretches (and/or mirrors) this curve by some factor in any direction. Use the factor +1 / -1 to retain / mirror the curve in that direction. |
| Method | _set_rotational_symmetry | This transformation replicates and rotates this curve `count` times about an `axis` with radius `radius`. |
A 3D piecewise linear curve with some DC current associated with it.
| Parameters | points | Ordered list of 3D coordinates (see presets) |
| stretch | XYZ stretch transform factors (3D point) | |
| rotational_symmetry | Dictionary for rotational symmetry transform | |
| slicer_limit | Slicer limit | |
| dc | Wire current (A) |
Indicates valid data for display.
| Returns | True if data is valid for display, False otherwise |
Returns this curve's bounding box.
| Returns | Minimum bounds (3D point), maximum bounds (3D point) |
Returns this wire's transformed points.
| Returns | Ordered list of 3D points |
Returns this wire's points after slicing.
| Returns | Ordered list of 3D points |
Returns this curve's elements, i.e. an ordered list of segment center points and directions.
| Returns | [[element_center, element_direction], ...] |
This transformation stretches (and/or mirrors) this curve by some factor in any direction. Use the factor +1 / -1 to retain / mirror the curve in that direction.
Note: Intended to be called from the class constructor (doesn't automatically invalidate the wire)
| Parameters | stretch | XYZ stretch transform factors (3D point) |
This transformation replicates and rotates this curve `count` times about an `axis` with radius `radius`.
Note: Intended to be called from the class constructor (doesn't automatically invalidate the wire)
| Parameters | parameters | Dictionary containing the transformation parameters (number of replications, radius, axis and offset angle) |


Check if some instance has mediators mapped to it
Display object instance that should be checked fro mediators.
True if mediators mapped for this instance are found or false
Map display object to mediator class.
Display object type or abstract class type which to map to mediator.
A mediator class which should be created as instance of type
is created.
true if mediator is created successfully or false if type been already mapped to requested mediator class.
Check if instance
is part of any mediator map binding known to this class. And
if so, mediator or several of them will be created for instance or nothing at all will happen.
Display object instance whose mediators should be created.
true if any of mediators have been created.
Remove mediator mapping for type.
Display object type or abstract class mapping to which should be removed from mediator map.
A mediator class binding from which should be removed.
true if mediator mapping was found and sucessfully removed or false otherwise.
Remove any mediators created for instance.
Display object instance whose mediators should be removed.
true if any mediators have been removed.
Mediator map utility represents a list of view component/interface mappings to their Mediator classes.
Jānis Radiņš / Kristaps Peļņa


Features¶
Feature detection and description is a major area of focus in Computer Vision. While SIFT remains the gold standard because of its robustness and matching performance, many other detectors and descriptors are used and often have other competitive advantages. Theia presents friendly classes for feature detection and decription such that the interface is always the same regardless of the methods used. Note that all keypoint and descriptor extraction methods we perform automatic conversion to grayscale images if necessary.
Note
The keypoint detection and descriptor extraction methods here are generally not thread-safe. Use with caution when multi-threading.
Keypoints¶
- class Keypoint¶
The base Keypoint class is a glorified struct that holds information about a keypoint that has been detected with a KeypointDetector. Information about the keypoint’s position, strength, scale, and orientation can be easily added and retrieved. The type of keypoint can be retrieved with the keypoint_type() function.
- class Keypoint
class Keypoint { public: enum KeypointType { INVALID = -1, OTHER = 0, SIFT, AGAST, BRISK }; Keypoint(double x, double y, KeypointType type); ~Keypoint() {} // Required Keypoint type. inline KeypointType keypoint_type() const; inline void set_keypoint_type(KeypointType type); // Required Variable x. inline double x() const; inline void set_x(double x); // Required Variable y. inline double y() const; inline void set_y(double y); // Optional variable strength. inline bool has_strength() const; inline double strength() const; inline void set_strength(double strength); // Optional variable scale. inline bool has_scale() const; inline double scale() const; inline void set_scale(double scale); // Optional variable orientation. inline bool has_orientation() const; inline double orientation() const; inline void set_orientation(double orientation); };
Keypoint Detector¶
- class KeypointDetector¶
Detecting keypoints with Theia is very simple, and we have implemented a number of keypoint detectors that are commonly used in Computer Vision. Each keypoint detector is derived from the virtual class KeypointDetector. Each derived class must implement the DetectKeypoints() method
- class KeypointDetector
- bool Initialize()¶
This method initializes any internal parameters that must be generated, precalculated, or otherwise are independent of the image. The Initialize() function must be called before using the keypoint detector.
- bool DetectKeypoints(const FloatImage& input_image, std::vector<Keypoint>* output_keypoints)¶
input_image: The image that you want to detect keypoints on.
ouput_keypoints: A pointer to a vector that will hold the keypoints detected. Note that the vector should be empty when passed to this function. The caller is responsible for deleting the keypoints.
// Assume var keypoint_detector was created with one of the constructors below. FloatImage input_image(input_image_filename); const bool initialization_success = keypoint_detector.Initialize(); // Container for the detected keypoints. std::vector<Keypoint> detected_keypoint; const bool detection_success = keypoint_detector.DetectKeypoints(input_image, &detected_keypoints);
The following keypoint detectors have been implemented in Theia (class constructors are given):
- SiftDetector::SiftDetector(int num_octaves, int num_scale_levels, int first_octave)¶
The algorithm originally proposed by [Lowe] that uses the VLFeat as the underlying engine.
Specify the number of image octaves, number of scale levels per octave, and where the first octave should start. The default constructor sets these values to values -1 (i.e., as many octaves as can be generated), 3, and 0 (i.e., the source image)
- AgastDetector::AgastDetector(AstPattern pattern, int threshold, bool nonmax_suppression)¶
The improved FAST detection scheme of [Mair] et al.
enum AstPattern specifies one of 4 types of sampling patterns for the AGAST corner detect: AGAST5_8 is the AGAST pattern with an 8 pixel mask, AGAST7_12D is the AGAST diamond pattern with a 12 pixel mask, AGAST7_12S is the square configuration, and OAST9_16 is the 16 pixel mask. By default, we the detector uses AGAST5_8 with a threshold of 30 and nonmaximum suppression turn on. More details on the configurations can be found at the AGAST Project website
- BriskDetector::BriskDetector(int threshold, int num_octaves)¶
The “Binary Robust Invariant Scalable Keypoints” algorithm of [Leutenegger] et al.
Specify the threshold for keypoint scores (default is 30) and the number of octaves to downsample the image (default is 3).
Descriptors¶
Theia uses a semi-generic interface for all descriptor types, namely, floating point and binary descriptors. For floating point descriptors (e.g., SIFT) we use Eigen::VectorXf and set the number of entries to equal the dimension of the descriptor. This way, we can utilize Eigen’s speed and optimizations to get the most efficient and accurate representation of the descriptors. For binary descriptors, we define a new type in the Eigen namespace: Eigen::BinaryVectorX. This vector is a custom type (defined in theia/alignment/alignment.h) that holds binary descriptors such that each bit corresponds to the descriptor dimension. This allows for the same interface between float and binary descriptors, while still utilizing the efficiency of SSE instructions when available.
DescriptorExtractor¶
- class DescriptorExtractor¶
We enforce a DescriptorExtractor interface similar to the KeypointDetector so that we can extract descriptors at runtime. Each descriptor has a corresponding extractor class that is used to compute that descriptor given keypoints. However, we must call the Initialize() method before computing descriptors.
- bool Initialize()¶
This method initializes any internal parameters that must be generated, precalculated, or otherwise are independent of the image. The Initialize() function must be called before using the descriptor extractor.
- bool DescriptorExtractor::ComputeDescriptor(const FloatImage& input_image, const Keypoint& keypoint, Eigen::VectorXf* float_descriptor)¶
- bool DescriptorExtractor::ComputeDescriptor(const FloatImage& input_image, const Keypoint& keypoint, Eigen::BinaryVectorXf* binary_descriptor)¶
This method computes the descriptor of a single keypoint.
input_image: The image that you want to detect keypoints on.
keypoint: The keypoint that the descriptor will be computed from.
float_descriptor or binary_descriptor: The descriptor computed for the given keypoint.
returns: True on if the descriptor was extracted, false otherwise.
- bool DescriptorExtractor::ComputeDescriptors(const FloatImage& input_image, std::vector<Keypoint>* keypoints, std::vector<Eigen::VectorXf>* float_descriptors)¶
- bool DescriptorExtractor::ComputeDescriptors(const FloatImage& input_image, std::vector<Keypoint>* keypoints, std::vector<Eigen::BinaryVectorXf>* binary_descriptors)¶
Compute many descriptors from the input keypoints. Note that not all keypoints are guaranteed to result in a descriptor. Only valid descriptors (and feature positions) are returned in the output parameters.
input_image: The image that you want to detect keypoints on.
keypoints: An input vector of the keypoint pointers that will have descriptors extracted. Keypoints that were not able to have a descriptor extracted are removed.
float_descriptors or binary_descriptors: A container for the descriptors that have been created based on the type of descriptor that is being extracted. Eigen::VectorXf is used for extracting float descriptors (e.g., SIFT) while Eigen::BinaryVectorX is used for float descriptors.
- bool DescriptorExtractor::DetectAndExtractDescriptors(const FloatImage& input_image, std::vector<Keypoint>* keypoints, std::vector<Eigen::VectorXf>* float_descriptors)¶
- bool DescriptorExtractor::DetectAndExtractDescriptors(const FloatImage& input_image, std::vector<Keypoint>* keypoints, std::vector<Eigen::BinaryVectorXf>* binary_descriptors)¶
Detects keypoints and extracts descriptors using the default keypoint detector for the corresponding descriptor. For SIFT, this is the SIFT keypoint detector, and for BRIEF, BRISK, and FREAK this is the BRISK keypoint detector. This has the potential to be faster because it may avoid recomputing certain member variables.
input_image: The image that you want to detect keypoints on.
keypoints: An output vector of the keypoint points that have been detected and successfully had descriptors extracted.
float_descriptors or binary_descriptors: A container for the descriptors that have been created based on the type of descriptor that is being extracted. Eigen::VectorXf is used for extracting float descriptors (e.g., SIFT) while Eigen::BinaryVectorX is used for float descriptors.
// Open image we want to extract features from. FloatImage input_image(input_image_filename); // Detect keypoints. SiftDetector sift_keypoint_detector; bool keypoint_detector_init = sift_keypoint_detector.Initialize(); const bool keypoint_init_success = sift_keypoint_detector.Initialize(); std::vector<Keypoint> sift_keypoints; const bool detection_success = sift_keypoint_detector.DetectKeypoints(input_image, &sift_keypoints); // Initialize descriptor extractor. SiftDescriptorExtractor sift_extractor; const bool descriptor_init_succes = sift_extractor.Initialize(); // E.g., compute a single descriptor Eigen::VectorXf sift_descriptor; bool sift_success = sift_extractor.ComputeDescriptor(input_image, keypoint[0], &sift_descriptor); // E.g., compute many descriptors. std::vector<Eigen::VectorXf> sift_descriptors; const bool extraction_success = sift_extractor.ComputeDescriptors(image, &sift_keypoints, &sift_descriptors)
We implement the following descriptor extractors (and corresponding descriptors) in Theia (constructors are given).
- class SiftDescriptorExtractor¶
- SiftDescriptorExtractor::SiftDescriptorExtractor(int num_octaves, int num_scale_levels, int first_octave)¶
The algorithm originally proposed by [Lowe] that uses the VLFeat as the underlying engine.
We only implement the standard 128-dimension descriptor. Specify the number of image octaves, number of scale levels per octave, and where the first octave should start. The default constructor sets these values to values -1 (i.e., as many octaves as can be generated), 3, and 0 (i.e., the source image). Typically these parameters are set to match the SiftDetector parameters.
Note
This algorithm is patented and commercial use requires a license.
- class BriefDescriptorExtractor¶
- BriefDescriptorExtractor(int patch_sample_size, const int num_bytes)¶
The [BRIEF] algorithm is a binary algorithm that operates on local image patches around a keypoint or a point of interest. The binary values are set by randomly choosing two pixels to compare within the patch. The same random pattern must be used in order to compare BRIEF descriptors (each BriefDescriptorExtractor object creates exactly one pattern that may be used repeatedly).
- class FreakDescriptorExtractor¶
Note
This algorithm is currently unstable. Further testing is required.
- FreakDescriptorExtractor::FreakDescriptorExtractor(bool rotation_invariant, bool scale_invariant, int num_octaves)¶
The “Fast Retina Keypoint” algorithm for binary descriptors proposed by [Alahi] et al.
rotation_invariant: Set to true if you want to normalize the orientation of the keypoints before computing the descriptor.
scale_invariant: Set to true if you want to normalize the scale of keypoints before computing the descriptor.
num_octaves: The number of octaves that the keypoints span.
The FreakDescriptorExtractor is typically used with the BriskDetector to detect keypoints.
- class BriskDescriptorExtractor¶
Note
This algorithm is currently unstable. Further testing is required.
- BriskDescriptorExtractor::BriskDescriptorExtractor(bool rotation_invariant, bool scale_invariant, float pattern_scale)¶
The “Binary Robust Invariant Scalable Keypoints” algorithm for binary descriptors of [Leutenegger] et al.
rotation_invariant: Set to true if you want to normalize the orientation of the keypoints before computing the descriptor.
scale_invariant: Set to true if you want to normalize the scale of keypoints before computing the descriptor.
pattern_scale: Scale of the BRISK pattern to use.
Feature Matching¶
Features are useful in SfM because they can provide sparse matches between images, which can then provide geometric constrainst for the poses between these images. As such, feature matching is a very critical process in the context of multi-view geometry. We provide a generic interface for feature matching that works with binary descriptors or float descriptors.
- class FeatureMatcher¶
// Struct to hold a feature match.
struct FeatureMatch{
// Indices of the matched features in image 1 and 2.
int feature1_ind;
int feature2_ind;
float distance;
};
// Holds all the feature matches between a pair of images.
struct ImagePairMatch {
int image1_ind;
int image2_ind;
std::vector<FeatureMatch> matches;
};
// Options for matching two sets of features.
struct FeatureMatcherOptions {
// Only symmetric matches are kept.
bool keep_only_symmetric_matches = true;
// Maximum distance (threshold) between descriptors to consider a candidate
// match as valid.
float max_match_distance = std::numeric_limits<float>::max();
// Only keep the matches that pass the lowes ratio test such that the distance
// of the best best match is less than lowes_ratio of the distance of the
// second nearest neighbor match.
bool use_lowes_ratio = true;
float lowes_ratio = 0.8;
};
Each FeatureMatcher implements two matching methods. The FeatureMatcher is templated on a DistanceMetric that describes how to compute the distance between two matches (we provide L2 and Hamming).
- bool Match(const FeatureMatcherOptions& options, const std::vector<DescriptorType>& desc_1, const std::vector<DescriptorType>& desc_2, std::vector<FeatureMatch>* matches)¶
Match the descriptors from two images and outputs the matches based on the FeatureMatcherOptions that were input. The return value is true if the matching was susccessful.
- bool MatchAllPairs(const FeatureMatcherOptions& options, const int num_threads, const std::vector<std::vector<DescriptorType>>& descriptors, std::vector<ImagePairMatch>* image_pair_matches)¶
Given a set of images, this method computes the feature matches between each possible image pair in the set. This method is multithreaded with the specified number of threads to speed up the matching process. All multithreaded matching methods are thread-safe.
We have implemented two types of FeatureMatcher with the interface described above.
- class BruteForceFeatureMatcher¶
Matches are computed using an exhausitve brute force search through all matches. The search is the slowest but has the highest accuracy.
- class CascadeHashingFeatureMatcher¶
Features are matched through a cascade hashing approach as described by [Cheng]. Hash tables with extremely fast lookups are created without needing to train the data, resulting in an extremely fast and accurate matcher. This is the recommended approach for matching image sets.
Note
This method is tuned specifically for image to image matching and is only applicable to float descriptors such as SIFT.


| CS 111 - Introduction to Computer Science
Eclipse IDE Installation |
While not necessary for this course, many students like to install Eclipse on their own machines. For this, you need to follow the installation instructions for the following two free software packages in this order:
Even more optional: If you wish to further emulate your experience on our
Linux system on a Windows/MacOS computer, consider Mobaxterm/Cygwin (Windows) or XQuartz (MacOS).


Simple Interest Calculator
Amount
Interest Rate
No. of Years
1
2
3
4
5
6
7
8
9
10
Interest :
Compute Interest
© Everyone can get Rich


1. Program
Session 1: Processing bulk and single-cell ATAC-seq reads
Lecture 1: Bulk ATAC-seq experimental approaches
15’
- Introduction to bulk ATAC-seq methods: “classic”, omniATAC-seq, low input ATAC-seq, …
Hands-on 1: Processing bulk ATAC-seq data
35’
- Sequencing QC
- Mapping reads and correcting
- Visualizing and QC-ing the results
Exercise 1: Inspecting bulk ATAC-seq outputs
10’
- Visually inspect the generated tracks and the identifed peaks
- Get the distribution of fragment sizes over ATAC peaks.
- Compare this distribution to the previous one. Discuss.
Lecture 2: Single-cell ATAC-seq experimental approaches
20’
- Introduction to “single cell” ATAC-seq methods: droplet-based scATACseq, indexed scATACseq, joint scRNAseq and scATACseq
Hands-on 2: Processing single-cell ATAC-seq data
30’
- 10X scATACseq: from reads to matrix counts with
cellranger
- QC-ing with
Loupe
Exercise 2: bulk versus single-cell ATAC-seq
10’
- Compare aggregated signal obtained from single-cell ATAC-seq to that of bulk ATAC-seq
Homework: Download raw data from GSE and process it
- Install
cellranger
and mapping tools
- Download reads from GSE129785 and GSE87646
Session 2: Peak-centered differential accessibility analysis
Lecture 3: Clustering single-cell data
20’
- Normalizing scATACseq data
- Clustering approaches
- Annotating cell types
Hands-on 3: Downstream analysis of scATACseq data
30’
- Reading
cellranger
output in R
- Normalizing scATACseq counts
- Clustering cells by their accessible loci
Exercise 3: Recovering peaks associated with
10’
- Finding cluster-specific peaks
Lecture 4: ATAC-seq and accessibility peaks
20’
- Peaks in bulk ATAC-seq vs single-cell ATAC-seq
- Integrating peak sets from different experiments
- Finding enriched sequences
Hands-on 4: Comparing ATAC-seq peaks
30’
- Quantifying accessibility at ATAC peaks
- Differential accessibility assay
- Clustering peak sets
Exercise 4: Peak location vs genomic features
10’
- Find which types of chromatin stats are enriched in accessible loci
Homework
- Group peaks by accessibility scores in different samples / cells
- Perform gene ontology over-representation analyses (GOA)
- Perform gene Set Enrichment Analyses (GSEA)
Session 3: Advanced topics and multi-omics integration
Lecture 5: Motif enrichment analysis
20’
- The good, the bad and the ugly: Ref. sequence, ref. annotations and ref. version!
- Tools to perform motif enrichment analysis
- Public databases for transcription factor binding sites (TFBS)
Hands-on 5: Find motifs enriched in peak sets
30’
- Use web-based or command-line
meme
software to find de novo motifs enriched in a set of peaks
- Scan sets of peaks for known TF binding sites
Hands-on 5: Find motifs enriched in peak sets
10’
- Compare de novo found motifs to public databases with
fimo
Topic 6: Inferring regulatory networks from scATACseq
1h’
Homework
- Find TF motifs enriched in peaks with increased accessibility in a specific cluster
- Run chromVAR on a single-cell dataset
- Leverage the motifmatchr package to replicate the ugly nested apply functions in Hands-on # 5


Creme Brulee French Toast
Description
Very rich French toast - can be made ahead of time.
Ingredients
- ½ cup unsalted butter
- 1 cup packed brown sugar
- 2 tablespoons corn syrup
- 6 (1-inch thick) slices French bread
- 5 eggs
- 1 ½ cups half-and-half cream
- 1 teaspoon vanilla extract
- 1 teaspoon brandy-based orange liqueur (such as Grand Marnier®)
- ¼ teaspoon salt
Steps
- Melt butter in a small saucepan over medium heat. Mix in brown sugar and corn syrup, stirring until sugar is dissolved. Pour into a 9x13 inch baking dish.
- Remove crusts from bread, and arrange in the baking dish in a single layer. In a small bowl, whisk together eggs, half and half, vanilla extract, orange brandy, and salt. Pour over the bread. Cover, and chill at least 8 hours, or overnight.
- Preheat oven to 350 degrees F (175 degrees C). Remove the dish from the refrigerator, and bring to room temperature.
- Bake uncovered 35 to 40 minutes in the preheated oven, until puffed and lightly browned.
Return to main page


☰
×
Course Syllabus
Week 01 - Introduction
Week 02 - Functions
Students
Students
Rana
Amber
Nayef
Sana
Phil
Abdel
Shazadee
Nivea


Each year, when the weather in Istanbul becomes unbearable, the family of Iskender Pasha, a retired Ottoman notable, retires to its summer palace overlooking the Sea of Marmara. It is 1899 and the last great Islamic empire is in serious trouble. A former tutor poses a question which the family has been refusing to confront for almost a century: ‘Your Ottoman Empire is like a drunken prostitute, neither knowing nor caring who will take her next. Do I exaggerate, Memed?’
The history of Iskender Pasha’s family mirrors the growing degeneration of the Empire they have served for the last five hundred years. This passionate story of masters and servants, school-teachers and painters, is marked by jealousies, vendettas and, with the decay of the Empire, a new generation which is deeply hostile to the half-truths and myths of the ‘golden days.’
Myths always overpower truth in family histories. Ten days ago, I asked my father why, almost two hundred years ago, our great forebear, Yusuf Pasha, had been disgraced and sent into exile by the Sultan in Istanbul. My son, Orhan, on whoe behalf I made this request, was sitting next to me shyly, stealing an occasional look at his grandfather, whom he had never seen before.


ANASTASIA
There are a few small criticisms that come to mind as I watched ANASTASIA. Despite some wonderful animation, when Dimitri walks up stairs, he seems to hop. And when he goes down the steps, he seems to stumble. I could not understand that because the rest of the animation, and in particular the ballroom scenes, were spectacularly perfect.
The other thing one must wonder about is why this story of a Russian Princess and the Russian Revolution is suitable for children, even if it is in animation. And is it something adults will want to watch in as much as it is animated? Why does the story imply that the real Anastasia is returned to her grandmother when, in fact, no one knows that, nor do we know if there is a real Anastasia who escaped the execution of the royal family? "And the greatest mystery of the 20th Century begins. . . " To which I say, "THE greatest mystery? Hardly."
Be that as it may, the animation is a delight to watch. Rasputin is suitably monstrous bringing to mind the devil in Fantasia's Night on Bald mountain. And, getting back to the animation, why is every woman in animated films shown as wide-eyed beyond belief? Such as Jasmine in ALADDIN? And Anastasia?
An all-star cast is used for the voices behind the characters:
Meg Ryan Anastasia John Cusack Dimitri Kelsey Grammer Vladimir Christopher Lloyd Rasputin Hank Azaria Bartok Bernadette Peters Sophie Kirsten Dunst Young Anastasia Angela Lansbury Dowager Empress Marie Liz Callaway The singing voice of Anastasia Lacey Chabert The singing voice of young Anastasia Jim Cummings Singing voice of Rasputin Jonathan Dokuchitz Singing voice of Dimitri.
Produced and Directed by Don Bluth and Gary Goldman.
2.5 Bytes
4 bytes = Superb 3 bytes = Too good to miss 2 bytes = Average 1 byte = Save your money
Copyright 1997 Ben Hoffman
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


About
Co-Founder/CEO of Mammoth Biosciences. Previously: PhD Stanford University (NSF Graduate Fellow) and BA Princeton University.
Featured
- Panel at TechCrunch Disrupt 2018: Programming Life
- Scientific paper in Cell: Pooled ChIP-Seq Links Variation in Transcription Factor Binding to Complex Disease Risk
- Freelance article in FiveThirtyEight: Dissecting Trump's Most Rabid Online Following
- Freelance article in The Atlantic: What Reddit Tells Us About Political Coalitions
- Scientific paper in ACL2017 NLPandCSS: community2vec: Vector representations of online communities encode semantic relationships
Email is best contact method.
- trevorm [ at ] alumni.princeton.edu
- Short Tails Statistics Blog
- Professional Profile
- @martintrevor_
- Code


Send via DELETE
DeleteUser(id, $index)
We keep an index for each of the users in $index in our controller, so passing it to our delete function allows us to remove the associated DOM element after a successful DELETE request to the API (using splice). The rest should be self-explanatory:
Add User Form
As we saw in our users.html view, we are linking to an Add User view. Its form looks like this:
Looking at an excerpt from the HTML that makes this form, we note a few things:
We are calling a function called submitUser() on submit which is located in the AddUsrCtrl controller. Also, each of our inputs are defined with ng-model for use in the POST request.
Angular also allows us to have some easy form validation here, as the bottom of the add user template confirms:
We show errors beneath the form until the form has been properly validated by Angular (don't be confused by the novalidate in the form tag above - that disables the default HTML 5 validation so that Angular validation can work correctly).
How does the actual POST get sent? That is a little tricky and the subject of our next section.
Next


Before Change
data = [v for v in fp if v.strip()]
// get encoded vectors
for j in bc.encode_async(text_gen()):
print("received %d x %d" % (j.shape[0], j.shape[0]))
After Change
if __name__ == "__main__":
bc = BertClient(ip="localhost", port=int(sys.argv[1]), port_out=int(sys.argv[2]))
t1 = threading.Thread(target=client_clone, args=(bc.identity, 1))
t2 = threading.Thread(target=client_clone, args=(bc.identity, 2))
t1.start()
t2.start()
with open("README.md") as fp:
data = [v for v in fp if v.strip()]


Run basic pattern analyses on character sets, digits, or combined input containing both characters and numeric digits. Useful for data cleaning and for identifying columns containing multiple or nonstandard formats.
| Version: | 0.1.1 |
| Depends: | base |
| Imports: | magrittr, plyr |
| Suggests: | testthat, knitr, rmarkdown |
| Published: | 2016-04-04 |
| Author: | Brandon Greenwell [aut, cre] |
| Maintainer: | Brandon Greenwell <greenwell.brandon at gmail.com> |
| BugReports: | https://github.com/bgreenwell/bpa/issues |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | https://github.com/bgreenwell/bpa |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | bpa results |
| Reference manual: | bpa.pdf |
| Vignettes: |
A Guide to Basic Pattern Analysis in R |
| Package source: | bpa_0.1.1.tar.gz |
| Windows binaries: | r-devel: bpa_0.1.1.zip, r-release: bpa_0.1.1.zip, r-oldrel: bpa_0.1.1.zip |
| OS X binaries: | r-release: bpa_0.1.1.tgz, r-oldrel: bpa_0.1.1.tgz |
| Old sources: | bpa archive |
Please use the canonical form https://CRAN.R-project.org/package=bpa to link to this page.


To start the chat open another browser window or go on your phone/tablet or get friend to go to this same address
Specifically open in another device/window {{roomName}}
This is the video that WebRTC sets up, using video codecs - smart things etc.
Local video
Remote video
Local image
image size {{localImageKB}} KB / average transfer rate per second {{localImageKBps}} KB/s / {{localImageKbps}} Kb/s
Remote image


Vote securely with the security of blockchainWelcome {{ user }}
Please Cast your vote to one of the following candidates


The Effect of Repealing Obamacare
The Patient Protection & Affordable Care Act, often shortened to ACA and nicknamed Obamacare, is a United States federal statute enacted by the 111th United States Congress and signed into law by President Barack Obama on March 23rd 2010. The repeal of the Medicaid expansion and collapse of the individual insurance market, as a result of the repeal of the ACA, could threaten strides the country has made in advancing the health care of the nation, rural America particularly.
The ACA does lots of important things including offering Americans a number of new benefits, rights and protections in regard to healthcare, setting up a Health Insurance Marketplace(healthcare.gov) where Americans can purchase federally regulated and subsidized health insurance, expanding Medicaid to all adults and improving medicare for seniors and those with long-term disabilities to name a few.
The new administration led by a Republican president ran on the promise of “Repeal and Replacing” Obamacare and has released its blueprint for Healthcare named the “American Healthcare Act” (AHCA). The Congressional Budget Office CBO, an independent federal agency which provides budget and economic information to Congress has estimated that as many as 24 million Americans could lose insurance if the AHCA passes.
The map below shows the percentage of states' population who have gained health insurance coverage since Obamacare was enacted into law:
Paying for treatment without health insurance would be difficult for most people. For low-income families who have gained coverage through Obamacare subsidies or the Medicaid expansion, the financial impact could be crushing.
The chart below shows a comparison between what an insured patient and an uninsured patient would be charged for a variety of health conditions across the country:


So far we have covered the widgets types, how instances of them are created, how their attributes can be set and queried, and how they can be managed for display using geometry managers. What we have not touched on is how to give each widget a behavior.
This is done through event handlers. Each widget instance can be given a window event handler for each kind of window event. A window event is something like the cursor moving into or out of the widget, a key press happening while the widget is active (in focus), or the widget being destroyed.
Event handlers are specified through the bind
command:
bind widgetName eventSequence command
where widgetName is the name or class of the widget to which the event handler should be attached, eventSqueuence is a description of the event that this event handler will handle, and command is a script that is invoked when the event happens (i.e. it is the event handler).
Common event types are
Key
KeyPress
KeyRelease
Button
ButtonPress
ButtonRelease
Enter
Leave
Motion
There are other event types. Please refer to the Tk documentation for a complete list.
The eventSequence part of a bind
command is a list of one or more of
these events, each event surrounded by angled brackets. (Mostly, an
event sequence consists of handling a single event. Later we will show
more complicated event sequences.)
An example is the following:
button .b -text "click me" pack .b bind .b <Enter> { puts "entering .b" }
makes a button .b
displaying text `click me' and displays it
in the root window using the packing geometry manager. The bind
command specifies that when the cursor enters (i.e. goes onto)
the widget, then the text entering .b
is printed at the terminal.
We can make the button change color as the cursor enters or leaves it like this:
button .b -text "click me" -background red pack .b bind .b <Enter> { .b config -background blue } bind .b <Leave> { .b config -background red }
which causes the background color of the button to change to blue when the cursor enters it and to change back to red when the cursor leaves.
An action can be appended to an event handler by prefixing the action with
a +
sign. An example is:
bind .b <Enter> {+puts "entering .b"}
which, when added to the example above, would not only change the color
of the button to red when the cursor enters it, but would also
print entering .b
to the terminal.
A binding can be revoked simply by binding the empty command to it:
bind .b <Enter> {}
A list of events that are bound can be found by querying the widget thus:
bind .b
which will return a list of bound events.
To get the current command(s) bound to an event on a widget, invoke
bind
with the widget name and the event. An example is:
bind .b <Enter>
which will return a list of the commands bound to the event <Enter>
on widget .b
.
Binding can be generalized to sequences of events.
For example, we can create an entry widget that
prints spells rob
each time the key sequence ESC r o b
happens:
entry .e pack .e bind .e <Escape>rob {puts "spells rob"}
(A letter on its own in an event sequence stands for that key being pressed when the corresponding widget is in focus.)
Events can also be bound for entire classes of widgets. For example, if we wanted to perform the same trick for ALL entry widgets we could use the following command:
bind entry <Escape>rob {puts "spells rob"}
In fact, we can bind events over all widgets using all
as
the widget class specifier.
The event script can have substitutions specified in it. Certain
textual substitutions are then made at the time the event is
processed. For example, %x
in a script gets the x coordinate of
the mouse substituted for it. Similarly, %y
becomes the y
coordinate, %W
the dot path of the window on which the event
happened, %K
the keysym of the button that was pressed, and so
on. For a complete list, see the manual.
In this way it is possible to execute the event script in the context of the event.
A clever example of using the all
widget specifier and text
substitutions is given in John Ousterhout's book on Tcl/Tk (see Resources):
bind all <Enter> {puts "Entering %W at (%x, %y)"} bind all <Leave> {puts "Leaving %W at (%x, %y)"} bind all <Motion> {puts "Pointer at (%x, %y)"}
which implements a mouse tracker for all the widgets in a Tcl/Tk application. The widget's name and x and y coordinates are printed at the terminal when the mouse enters or leaves any widget, and also the x and y coordinates are printed when the mouse moves within a widget.


{% extends "layout.html" %} {% from "helper.html" import displayField %} {% block title %} Registration {% endblock %} {% block main %}
Have already registered? Sign in here.


Indian Institute of Science
Aeroservoelasticity Laboratory
Home
People
Research
Publications
Gallery
Teaching
Gallery
‹
›
×
To be updated


Lorem ipsum dolor sit amet, consectetur adipisicing elit,sheets containing Lorem Ipsum passages, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua.It was popularised in the 1960s with the release of Letraset and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
Eiusmod Tempor inc
9560 St Dolore Place,
Telephone : +2<PHONE_NUMBER>
FAX : +1<PHONE_NUMBER>
Email<EMAIL_ADDRESS>Tempor Eiusmod inc
9560 St Dolore Place,
Telephone : +1<PHONE_NUMBER>
FAX : +1<PHONE_NUMBER>
Email : mail@example.com


Life of Pie Pizza
Select Size Prices are 10,14,17:
Small
Medium
Large
Select Protein for a extra $1:
Chicken
Sausage
Pepperoni
Ham
Select Topping for a extra $1:
Pineapple
Spinach
Olives
Mushrooms
Onions
Place Order!


Total Elite Miles: |
|
Elite Miles required to requalify: |
|
Total KrisFlyer Miles: |
|
Member since: |
|
Priority Passenger Service requalified by: |
|
Priority Passenger Service miles required to requalify: |
|
Priority Passenger Service reserve value: |
|
Priority Passenger Service value: |
|
Loyalty Tier Code: |
|
Loyalty Tier Name: |


[NXP-19146] - In a multi-repository configuration, widget 'document_annotations_count' in the 'Summary' tab of a 'Picture' document causes an error page
[NXP-19147] - In a multi-repository configuration, 'select2' widget in 'Import' popup only suggests folders from domain 'default-domain'
[NXP-19152] - Uploading a file larger than 2Go through Batch Upload API returns a 404
[NXP-19153] - DateParserTest.testReverseParsingDate unit test failure


Erica James is the author of several bestselling novels, including Gardens of Delight, which won the Romantic Novel of the Year Award and the recent Sunday Times top ten bestseller, The Dandelion Years.
Erica’s latest book, published this month, is Coming Home to Island House.
1. Who were your literary influences when you were growing up?
I didn’t read the classics as a child or teenager; in fact, I wouldn’t have known what a ‘classic’ was, having not been introduced to them at any point.
My reading selection was based on what I picked off the shelf in my local library, and that was probably a choice made by how appealing the cover looked. My favourites as a young child were, of course, Enid Blyton, and then Agatha Christie.
2. In your new book Coming Home to Island House, how did the character of Romily Temple develop?
My first ‘glimpse’ of Romily was of her sitting in a bay window of a house writing and observing the goings-on in the village. But then I realised that I was imagining her as a much older woman, so I decided to make her a lot younger and suddenly a very different story began to unfold inside my head.
3. You have set several of your books here. What is it about Suffolk that inspires you?
I moved to Suffolk just over three years ago and have now written three novels set here. I always like to write about places with which I feel an emotional connection and East Anglia certainly seems to make my heart sing these days. There’s something very soothing about the wide open skies and the landscape, which isn’t anywhere near as flat as people who don’t know the area make it out to be.
Somebody once asked me why I hadn’t set a book in a particular town where I had once lived many years ago and I didn’t have the heart to say it was because I’d never liked that place, so therefore had no wish to spend a year of living in it again (in my head) while writing a book set there!
4. Your books are often described as ‘feel-good’. What are the key ingredients for writing a book that sends your readers away feeling happier?
Goodness, that’s a tricky one, other than to say that I do love a happy ending. To be perfectly honest, I never sit down at the start of writing a new novel and think, “well then, how am I going to make this a ‘feel-good read?’”, I simply let the story evolve as the characters interact with each other.
Obviously I know that the pace of the story has to be maintained to keep the reader’s interest (and my own!), and that there have to be highs and lows, but really it all comes down to an instinct I’ve developed after writing for so many years, I know when it feels right. I also know when it feels wrong!
5. Do you have a message for your many readers in Suffolk Libraries?
Thank you so much for reading my books, especially those readers who have been with me since the very first one - A Breath of Fresh Air - was published more than 20 years ago.
6. If you could have written any other book by another author, what would it be?
Saint Maybe by Anne Tyler is one of my all-time favourite novels. I love the apparent simplicity of the way the story is told - which means there was absolutely nothing simple about its creation!
7. Can you tell us one thing about yourself that your readers may not know?
For those readers who don’t follow me on social media, it will come as a surprise to know that I’m such a petrol-head, in particular my fanatical love of Formula 1.
Another surprise for my readers, when they meet me, is that I’m much smaller than they imagined - for some reason they expect me to be a lot taller.
8. What would be your perfect day?
One of those very early spring days when it’s warm enough to sit with a mug of tea in the garden for the first time in the year and enjoy the sight of all the plants coming to life.


Home
Haskell has died
One reason for the error `The Haskell process `haskell' has died. Restart?' is that Emacs cannot find the location of the GHCi executable.
The following fix will find this location and add it to the Emacs path. Note that the solution given is only for OS X / Linux, but has only been tested on OS X.
Also note that any number of problems seem to produce the same error, so this is not guaranteed to work (but when done correctly seemed to work for most students at the session on Friday).
- Open a terminal.
- execute the following command:
which ghci
- If you get an error from this command, Haskell has not been installed correctly. Otherwise, note the response given (eg.
/opt/local/bin/ghci
) - The path that must be added to the Emacs path is the above response, but with
/ghci
removed (eg./opt/local/bin
). - Copy the following two lines to the end of your Emacs config file:
(setenv "PATH" (concat (getenv "PATH") ":HERE")) (setq exec-path (append exec-path '("HERE")))
- Replace HERE with the path described above.
- Restart Emacs.
Note that the Emacs config file is usually located at the path `~/.emacs'.
You can also access the Emacs config file by executing the following within Emacs:
M-: (find-file user-init-file)


We’ve got some exciting news to share!
Hi [Name] ,
Perhaps you’ve mentioned Lara to friends in the past, but she wasn't available in their city at the time. Guess what? Lara is coming live in Ibadan, Abeokuta, Port-Harcourt, Benin city, Anambra, Enugu, and Abuja.
You'd agree that the more cities Lara covers, the better it is for all.
Be the first to inform your friends in these cities that Lara is now available in beta. We have lots of surprises in store for early beta users in each city.
Tell a FriendBest
The RoadPreppers Team


Navigation
Welcome, [Player]
Company Name
Symbol
Bought Price
Current Price
Today's Highest
Shares
Profit
test
test
test
test
test
test
test


SWITCH A film review by Roger Snappy Rubio Copyright 1991 Roger Snappy Rubio
SWITCH Starring: Ellen Barkin, Jimmy Smits, Jobeth Williams, Lorraine Bracco Produced by Tony Adams Written and Directed by Blake Edwards
An interesting movie. That's the least I could say about SWITCH, a new comedy from the man who brought us VICTOR/VICTORIA and 10, the one and only Blake Edwards. Blake Edwards has quite a reputation for directing the awkward and uncomfortable, and he has done a good job directing Ellen Barkin in this film. I humbly think that this movie could do wonders for Barkin, but for Edwards, I don't think it will have such a profound impact.
SWITCH is the story of womanizer Steve Brooks. Steve has been rotten to women all his life, treating them as if they were objects to be played with and enjoyed. Every female he has ever come in contact with hates his guts. So one night, three of his former girlfriends decide to throw him a surprise party, which they notify him of. The surprise, however, is a big one--it's his death.
Now that Steve is stuck in purgatory, God must decide whether or not he goes to heaven or hell (good move by Edwards making God's voice both male and female--it satisfies everyone). Since he is on equal footing on both good and bad deeds, God decides to send him back to Earth, and challenges him to find just one female that likes him. If he does, he goes to heaven. If not... well, you know. But the devil intervenes, saying he has as much a right to Steve as God does, and if he comes back as a man, it will be too easy for him. So the devil suggests a rather interesting idea ... he should come back as a woman.
So I've spoiled the first part of the story; I won't spoil the rest of it. This movie had enormous potential for even more funny scenes than the ones already in it (don't get me wrong, it has it's fair share), and it explores several issues about what it's like being a woman, but it never really follows through on most of them. I think the problem is that there is so much that can happen to a man in a woman's body that every possible situation could not fit into one movie. The ones Edwards does explore are some pretty awkward situations, and he handles them quite well.
I cannot say enough about Ellen Barkin's performance. She always had a little touch of stereotypical masculinity in her acting (which makes me think Edwards wrote this screenplay with her in mind) and it makes her perfect for this role.  She does everything I think a man would do in a woman's body without realizing it, and it provides for some very funny scenes. Barkin was superb--tremendous--excellent!
The story, however, is a bit rushed. As I said before, there's only so much that can happen in one movie. One thing happens right after the other, as though Edwards wanted to get in as much as he can. The closest movie to this one that Edwards had made previously would have to be VICTOR/VICTORIA, which dealt with male homosexuality. SWITCH deals somewhat with female homosexuality, but in a relativistic sort of way (in one way, it's not homosexuality, because the subject is a man in a woman's body, but on the other hand, he is a woman through and through!). And in my opinion the film does not deal with it enough. Perhaps Edwards should have focused only on what it's like to be a woman and not have introduced the lesbian aspect. That would have made room for some more funny situations. Also, although it might be trivial, I must mention that I found the scenes where any of the characters are drunk to be unconvincing. They acted as if they had a subtle form of hiccups. But all in all, they did pretty good.
SWITCH is definitely better than some of Edwards' previous movies (a la A FINE MESS), but not better than all of them. I believe it is a worthy candidate for induction into the Blake Edwards Hall of Fame. I think this film might wind up being compared extensively to TOOTSIE (with Dustin Hoffman) by the critics (as it is the closest relative as far as the plot line goes). As far as this comparison is concerned, SWITCH does not stand on its own. Nevertheless, it is a good movie, and worthy of at least matinee price at the box office.
THE SNAPMAN<EMAIL_ADDRESS>(Roger Rubio)
.
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


- Pearl


<< back to the Securely main page
BenCoding.Securely.StringCrypto
The Securely StringCrypto module is used to encrypt and decrypt strings using a variety of methods.
var securely = require('bencoding.securely');
Requiring the module into your project
//Require the securely module into your project
var securely = require('bencoding.securely');
The following demonstrates how to create a new instance of the Securely StringCrypto component.
var stringCrypto = securely.createStringCrypto();
As the name implies this method uses the AES encryption algorithm to encrypt a string. This method returns an AES encrypted string of the plain text provided. The password is used as the AES key during the encryption process.
Arguments
The AESEncrypt method takes the following arguments ( order is important ).
1. Password - (required) The password used as the encryption seed.
2. text - (required) The text you wish to encrypt.
3. useHex - (optional default of true) A boolean flag if you want the value to be converted to hex on the return. If false, you must provide the same parameter into the decrypt method.
Return value string ( encrypted )
Example
var plainTextString = "this is a clear text example string";
var usingGUID = securely.generateDerivedKey(Ti.Platform.createUUID());
Ti.API.info("Derived key using GUID = " + usingGUID);
var aesEncryptedString = stringCrypto.AESEncrypt(usingGUID,plainTextString);
Ti.API.info("aesEncryptedString =" + aesEncryptedString);
As the name implies this method uses the AES encryption algorithm to decrypt an AES encrypted string. This method decrypts the provided encrypted text using the password provided. After decryption is completed, a plain text string is returned.
Arguments
The AESDecrypt method takes the following arguments ( order is important ).
1. Password - (required) The password used as the encryption seed.
2. text - (required) The encrypted text you wish to decrypt.
3. useHex - (optional default of true) A boolean flag if the values should be converted to hex during the decryption process. Is configuration must make that used in the AESEncrypt method call used to encrypt the string.
Return value string ( plain text )
Example
Ti.API.info("Demonstrate using AES Decryption");
var aesDecryptedString = stringCrypto.AESDecrypt(usingGUID,aesEncryptedString);
Ti.API.info('aesDecryptedString=' + aesDecryptedString);
As the name implies this method uses the DES encryption algorithm to encrypt a string. This method returns an DES encrypted string of the plain text provided. The password is used as the DES key during the encryption process.
Arguments
The DESEncrypt method takes the following arguments ( order is important ).
1. Password - (required) The password used as the encryption seed.
2. text - (required) The text you wish to encrypt.
3. useHex - (optional default of true) A boolean flag if you want the value to be converted to hex on the return. If false, you must provide the same parameter into the decrypt method.
Return value string ( encrypted )
Example
var plainTextString = "this is a clear text example string";
var usingGUID = securely.generateDerivedKey(Ti.Platform.createUUID());
Ti.API.info("Demonstrate using DES Encryption");
var desEncryptedString = stringCrypto.DESEncrypt(usingGUID,plainTextString);
Ti.API.info("desEncryptedString =" + desEncryptedString);
As the name implies this method uses the DES encryption algorithm to decrypt an DES encrypted string. This method decrypts the provided encrypted text using the password provided. After decryption is completed, a plain text string is returned.
Arguments
The DESDecrypt method takes the following arguments ( order is important ).
1. Password - (required) The password used as the encryption seed.
2. text - (required) The encrypted text you wish to decrypt.
3. useHex - (optional default of true) A boolean flag if the values should be converted to hex during the decryption process. Is configuration must make that used in the DESEncrypt method call used to encrypt the string.
Return value string ( plain text )
Example
Ti.API.info("Demonstrate using DES Decryption");
var desDecryptedString = stringCrypto.DESDecrypt(usingGUID,desEncryptedString);
Ti.API.info('desDecryptedString=' + desDecryptedString);
This method takes a string value and returns a sha256 hash of the results.
Arguments
The sha256 method takes the following argument.
text - (required) The text you wish to hash.
Return value string
This method takes a string value and returns a hex value of the results.
Arguments
The toHex method takes the following argument.
text - (required) The text you wish to hash.
Return value string
This method takes a hex value and returns a string
Arguments
The fromHex method takes the following argument.
text - (required) The hash code you wish converted to a string
Return value string


{{user.firstname}} {{user.lastname}}{{user.jokes}} jokes | Joined {{time}} days ago
This user doesn't seem to have posted jokes already.
This user does not exist yet or has been removed!Please, find your way back.


The db-spec defines which functors are allowed and which
parts of a term are used for indexing in a database. The
syntax of a db-spec is a skeletal goal with no module. The
db-spec is a list of atoms and compound terms where
the arguments are either +
or -
. A term can
be inserted in the database if there is a spec in the spec
list with the same functor.
Multilevel indexing is not supported, terms have to be “flattened”.
Every spec with the functor of the indexed term specifies an
indexing. Every argument where there is a +
in the spec is
indexed on.
The idea of the db-spec is illustrated with a few examples. (A section further down explains the db-spec in a more formal way).
Given a spec of [f(+,-), .(+,-), g, f(-,+)]
the indexing works
as follows. (The parts with indexing are underlined.)
| Term | Store | Fetch
|
g(x,y) | domain error | domain error
|
f(A,B) | f(A,B) | instantiation error
|
-
| ||
f(a,b) | f(a,b) f(a,b) | f(a,b)
|
- - - - | - -
| |
[a,b] | .(a,.(b,[])) | .(a,.(b,[]))
|
- - | - -
| |
g | g | g
|
- | -
|
The specification [f(+,-), f(-,+)]
is different from
[f(+,+)]
. The first specifies that two indices are to be made
whereas the second specifies that only one index is to be made on both
arguments of the term.


Fitting Furniture
Trade old furniture or purchase them with furnipoints.
Ruby on Rails, JavaScript, HTML/CSS
I'm a web developer living in Portland, ME, originally from France and with a background in Philosophy, Economics, Statistical Research, and Information Technology. On my free time I practice archery, watch futurist films, and compose music on guitar and piano.
Coursework: Composing with Computers, Intro. to Java.
Ruby on Rails, JavaScript, HTML/CSS
HTML/CSS, PHP
Ruby on Rails, PostgreSQL, Javascript, APIs, jQuery, Ajax, HTML5, CSS3, Bootstrap
MEAN stack (AngularJS, ExpressJS, MongoDB, NodeJS), HTML/CSS
AngularJS, Ruby on Rails, HTML/CSS
AngularJS, Ruby on Rails, HTML/CSS
Ruby, Sinatra, SQLite, jQuery, Ajax, HTML5, CSS3.
Ruby on Rails, PostgreSQL, HTML5, CSS3.
Ruby on Rails, PostgreSQL, jQuery, Ajax, HTML5, CSS3.
Object-Oriented Ruby


{% extends "email_subscription/subscription_base.html" %} {% load url from future %} {% load i18n %} {% block title %}{% trans "Subscription closed" %}{% endblock %} {% block content %}
{% trans "We are sorry but your subscription activation is closed." %}
{% trans "Maybe you are coming late?" %}
{% trans "You can try to subscribe your email again." %}
{% endblock %}


Switzerland cruise past Gibraltar to book Euro 2020 spot
by OmnisportSwitzerland booked their spot at Euro 2020 after cruising to a 6-1 win over Gibraltar at Victoria Stadium on Monday.
Their nervy 1-0 win over Georgia on Friday kept them top of Group D ahead of the final round of fixtures and they never looked in danger of relinquishing that position with a dominant display.
Cedric Itten – who scored the winner against Georgia – set them on their way after 10 minutes, with Ruben Vargas and Christian Fassnacht adding further goals after the interval.
The hosts pulled one back through Reece Styche in the 74th minute – just their third goal of the qualifying campaign – but Switzerland reasserted their superiority through Loris Benito, a second goal from Itten and a late strike from Granit Xhaka.
The result meant Vladimir Petkovic's side finished top of Group D on 17 points – one point ahead of Denmark, who also qualified for next year's tournament after a 1-1 draw with Republic of Ireland.


HOME AUTOMATION AND SECURITY SYSTEM
Room 1
Switch on Lights
Switch off Lights
Room 2
Switch on Lights
Switch off Lights
ROOM READINGS:
{% if temp and humid %}
Temperature :
{{temp}}
Humidity :
{{humid}}
{% endif %}


A Software Crafter's Journey is a blog built with modern web standards, blazingly fast due to a server side rendering and static blog posts. No need to host a back office, everything is managed through your Git repository, so you can make pull request to post a new article.
Contribute Download# clone this repository
$ git clone https://github.com/ismailnguyen/a-software-crafter-s-journey.git
# install dependencies
$ npm install # Or yarn install
# serve with hot reload at localhost:3000
$ npm run dev
# build for production and launch server
$ npm run build
$ npm start
# generate static project
$ npm run generate
A Software Crafter's Journey can be used by any websites, small and large.


DONNIE BRASCO A film review by Ben Hoffman Copyright 1997 Ben Hoffman
If you are going to make still another film about the mafia, there had better be another angle. DONNIE BRASCO, fortunately, has just that in the relationship between an undercover FBI agent, Joe Pistone, alias Donnie Brasco, and a mafia loser, "Lefty" Ruggiero.
Based on the true story of Joe Pistone who was responsible for some 200 mafia members being charged with criminal activity, the film shows us what is necessary to be able to accomplish that. . . total dedication. Wife, children, friends have to play second fiddle to the dangerous work to which the agent has pledged himself. Thus, Pistone's wife, Maggie (Anne Heche) is torn between having to see him infrequently and worried about his undercover life. Likewise, his children are shortchanged because he cannot be a real father to them.
There we have one facet of Donnie's life. The other is his infiltration into the mafia by befriending Lefty. Lefty has been a mafia man ever since his teens but despite having taken part in some killings, robberies, and assorted mafia doings he never gets the recognition he feels he deserves; others get promoted but Lefty is always overlooked. . . . and it rankles him. When he meets Donnie he feels this is his chance to show the mob that he can bring young, bright, blood into the mafia . . . and he stakes whatever reputation he has on Donnie coming through for him. He vouches for Donnie to the mafia chief. This causes the great dilemma facing Donnie.
Having associated with Lefty for so long, having Lefty depend on him and befriending him, Pistone is torn about how he can turn in his friend to the FBI. Not an easy decision, he finds.
The acting by Depp is a departure from most of his films and he is very good. Pacino, who usually tears through a film with both guns (figuratively) blazing, here has a subdued tone, the demeanor of a loser trying to get out of the hole he has made for himself years ago when he joined the mob. Dressed in an adorably crazy (pork pie?) hat, he is a delight to watch.
While Michael Madsen, Bruno Kirby and James Russo lend their talents as various mafia members, the film suffers from a gratuitous scene of legs being sawed and hacked, blood running, legs with skin torn off. When I see that, I have to knock off Bytes. There was no need for the graphic violence we are shown, however small a part it played in the entire film.
Directed by Mike Newell
2.5 Bytes
4 Bytes = Superb 3 Bytes = Too good to miss 2 Bytes = Average 1 Byte = Save your money
Ben Hoffman
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


About
Contact
Welcome to ArTeach
Admin
Home
Log out
Create a New Account
First Name
Last Name
Address
City
State
ZipCode
Country
Region
Email
Password
Confirm Password
Email Field must not be Blank!


Decentralized Federated Multi-Task
Learning and System Design
Federated Learning enables training models collaboratively over a large number of distributed edge devices without integrating their local data, while Federated Multi-Task Learning can further help to learn a personalized model for each device. However, they both pose particular statistical and systems challenges. To simultaneously address these two challenges, and focusing on training deep neural networks models collaboratively, we propose a decentralized approach with a multi-task framework and a new optimization algorithm called Decentralized Periodic Averaging SGD (DPA-SGD). We also developed a real-world decentralized federated learning system on a large-scale cluster (1024 CPU workers) to prove our multi-task learning framework and the DPA-SGD algorithm. We open source our system and it can promote further research on distributed learning and especially federated learning.


The Innovation Hub is located in the Shores Building (LSB) in the center of FSU campus on Landis Green.
142 Collegiate Loop, Tallahassee, FL 32306-2110
...can be a challenge! View this parking map to get started.
Visitors can park in any of the Parking Garages any time, but they are typically full during standard business hours.
Faculty lots open to the general public after 4:30.
The metered lot and parking garage at the corner of Pensacola and Copeland are your best bet for available spots (a 15 minute walk).
Have you considered Uber?


This test demonstrates the Wizard invoked with ticks that are not functional links. Clicking on the ticks will not change the state of the wizard – this is only possible by using the Wizard's API.


{% extends "admin/admin_base.html" %} {% block extra_stylesheets %} {% include "_edges_common_css.html" %} {% endblock %} {% block admin_content %}
Note that bulk editing journals via this form behaves as if you have used the individual Journal edit form for each selected record and selected the "Allow incomplete form" checkbox. You will NOT receive validation errors for records which are missing required fields.
You need to select an option in the "Journals vs. Articles facet" to use this option
You need to select "Journal" from the "Journals vs. Articles facet" to use this option
Please enter a valid email address for the contact


**Expressive Vector Engine**
`eve::bit_select`
(insert ../../../crumbs.html here)
Synopsis
====================================================================================================
**Required header:**
Function object representing the bit_select operation.
Member functions
====================================================================================================
Performs the [element-wise](../../../glossary.html#regular_) bit_select operation on its parameters.
Parameters
----------------------------------------------------------------------------------------------------
`mx`
: mask [value](../../concepts.html#value)
`y`, `z`
: selection [values](../../concepts.html#value)
Return value
----------------------------------------------------------------------------------------------------
The types T and U must be bit_compatible and the call
is semantically equivalent to
In a short way (omitting casting details to bring all bit sizes of the parameters equal), it means that the result is
composed of the bits of `x` for which the corresponding bit of `m` is set
and the bits of `y` for which the corresponding bit of `m` is unset.
If `T` or `U` is an [simd value](../../concepts.html#value), the type of the result has the element type
of `T` and the maximum of the cardinals of `M` and `T`, otherwise it is `T`.
(insert ../../src/bit_select.src.html here)
(insert ../../out/bit_select.out.html here)
See Also
====================================================================================================
[eve::if_else](../logical/if_else.html).


I'm a beginner in C++ programming and I want to program a simulator for a little car on a racetrack. I have some problems with the keyboard input.
I use GetAsyncKeyState to read the keyboard input. This works fine except that it freezes when I hold down a button for a long time. This is because GetAsyncKeyState uses all the CPU...
I also tried with ReadConsoleInput but it only takes one keystroke at a time, so i can't press W and A att the same time, so I can't drive forward and make a left turn at the same time...
How can I solve this problem? I'm sure it's not too hard.
The code I posted is inside of a while-loop that runs all the time. The problem is e.g. when I hold down W a long time (2 seconds), the program freezes. I read somewhere that this is becouse GetAsyncKeyState() returns values all the time, putting it into some buffer, and blocking my drawing program from drawing.
Do you think this would be solved if I made the drawing program run with higher priority than the input-part of the program?
The code I posted is inside of a while-loop that runs all the time.
?? Are you processing incoming messages? How are you drawing if you never leave that loop?
I read somewhere that this is becouse GetAsyncKeyState() returns values all the time, putting it into some buffer, and blocking my drawing program from drawing.
GetAsyncKeyState returns immediately. As soon as you call it, it returns and gives you the key state. It does not block your program from doing anything.
This problem has nothing to do with GetAsyncKeyState. Put this function out of your mind. The problem must be elsewhere in your program.
Do you think this would be solved if I made the drawing program run with higher priority than the input-part of the program?
Increasing priority is kind of ambiguous unless you are multithreading (which you really, really shouldn't be). And no, I don't think that would solve your problem.
If your program is deadlocking it must be because you have a logic deadlock somewhere. IE, you're getting stuck in an infinite loop.
It's hard to comment without seeing more of the program. One thing I can say for sure is that this problem has absolutely nothing to do with GetAsyncKeyState.
It would help if you uploaded the full source somewhere so I can take a look. Can you zip it up and put it on DropBox or something?


Our Products
Welcome to our page, you can vote to your favorite products and you have 25 times
Number of attempts


Intro to Docker
The contents of the the slides have been stol..., umm,
liberally borrowed
from
Docker Slideshare
materials.
Thanks to everyone at Docker, Inc!
Since it started in March 2013...
>7 billion pulls
>41k github stars
>1600 significant contributors
>1000 projects built on top of docker (awesome-docker)
UIs, mini-PaaS, Remote Desktop...
1000’s of Dockerized applications
Memcached, Redis, Node.js, Hadoop...

No worries about missing dependencies, packages and other pain points during subsequent deployments.
Run each app in its own isolated container, so you can run various versions of libraries and other dependencies for each app without worrying.
Automate testing, integration, packaging...anything you can script.
Reduce/eliminate concerns about compatibility on different platforms, either your own or your customers.
Cheap, zero-penalty containers to deploy services. A VM without the overhead of a VM. Instant replay and reset of image snapshots.
* Where "anywhere" means an x86 server running a modern Linux kernel
(3.2+ generally or 2.6.32+ for RHEL 6.5+, Fedora, & related)
Why Administrators Care
Configure once... run anything
Make the entire lifecycle more efficient, consistent, and repeatable
Increase the quality of code produced by developers.
Eliminate inconsistencies between development, test, production, and customer environments.
Support segregation of duties.
Significantly improves the speed and reliability of continuous deployment and continuous integration systems.
Because the containers are so lightweight, address significant performance, costs, deployment, and portability issues normally associated with VMs.
Why it Works: Separation of Concerns
More Technical Details
Why
Run everywhere
Regardless of kernel version
Regardless of host distro
Physical or virtual, cloud or not
Container and host architecture must match...
Run anything
If it can run on the host, it can run in the container
If it can on a Linux kernel, it can run
What
High level: a lightweight VM
Own process space
Own network interface
Can run stuff as root
Can have its own /sbin/init (different from host)
<<machine container>>
Low level: chroot on steroids
Can also
not
have its own /sbin/init
Container = isolated processes
Share kernel with host
<<application container>>
VMs vs Containers
Why are Docker Containers Lightweight?
What are the Basics of a Docker System?
Changes and Updates
Demo Time
Ecosystem Support
Operating systems
Virtually any distribution with a 2.6.32+ kernel
Red Hat/Docker collaboration to make work across RHEL 6.4+, Fedora, and other members of the family (2.6.32 +)
CoreOS—Small core OS purpose built with Docker
OpenStack
Docker integration into NOVA (& compatibility with Glance, Horizon, etc.) accepted for Havana release
Private PaaS
OpenShift, Solum (Rackspace, OpenStack), Other TBA
Public PaaS
Deis, Voxoz, Cocaine (Yandex), Baidu PaaS
Public IaaS
Native support in Rackspace, Digital Ocean,+++
AMI (or equivalent) available for AWS & other
DevOps Tools
Integrations with Chef, Puppet, Jenkins, Travis, Salt, Ansible +++
Orchestration tools
Mesos, Heat, ++
Shipyard & others purpose built for Docker
Applications
1000’s of Dockerized applications available at hub.docker.com
Docker Futures
Docker 0.7 (current release)
Fedora compatibility
Reduce kernel dependencies
Device mapper
Container linking
Docker 0.8 (Dec)
Shrink and stabilize Core
Provide stable, pluggable API
RHEL compatibility
Nested containers
Beam: Introspection API based on Redis
Expand snapshot management features for data volumes
Will consider this “production ready”
Docker 0.9 (Jan)
Docker 1.0 (Feb)
Will offer support for this product
Want to Learn More?
www.docker.com
What is
Docker
Documentation
Getting started (tutorial, installation, guide, etc)
Github:
docker/docker
IRC: freenode #docker
Google Group:
docker-user
Twitter:
@docker
Meetups:
docker.com/meetups


We like to keep our pricing simple. You can pay monthly, or you can pay yearly. That's really it!
Free
Let's get to know each other...
FREE
As in beer
-
Unlimited free trial
-
1 Job
-
1 Alarm
-
Regular Support
Pro
Let's date...
{{currency_symbol}}{{price_month}}
Per Month
-
Unlimited Jobs
-
Unlimited Alarms
-
Premium Support
Pro Rata
Let's commit to one another...
{{currency_symbol}}{{price_year_per_month}}
Per Month (Paying Yearly)
-
Unlimited Jobs
-
Unlimited Alarms
-
Premium Support
-
A Tasty Discount


Project: Portfolio
This portfolio is designed to demonstrate the evolution of Time Traveller by using the same timeline pattern. The portfolio itself is a very solid proof of how much contribution that I have made to the project.
Instead of displaying contents by 3D geometries, this portfolio purely uses html pages to display contents. The 3D scenes definitely enhance the immersion for demonstration of contents, which keeps the core functionality that exists in Time Traveller - 3D canvas and Camera Traverse function. The content is based on my personal journal for documentation at Miro, Miro is my always trustworthy for documentation and easy illustrations and I have been used it for a lot of courses and purposes.
Future implementation for this portfolio is to include more complex stages or routers to enlarge the information flow and type of representation. I always believe 3D development technology are the future directions of front-end development.
If you are interested in this page and implementation, the github page of this project should be good to refer to. It is now open sourced at
S1S Team Project - Time Traveller


--- layout: default title: "404: Page not found" permalink: 404.html ---
Hmmmm... there doesn't seem to be a page here.  We may have more luck there.