Schematic of preparation of Mn-oleate precursor, direct coating of precursor solution on a conducting substrate, and thermal calcination to directly grow MnO@C nanocomposite on the substrate surface.
Figure 1
(a, b) SEM images of MnO@C nanocomposite on a Ni foam substrate. (c) TEM, (d) HRTEM images and (inset) SAED pattern of MnO@C nanocomposites. (e) XRD pattern of MnO@C nanocomposite on a Ni foam substrate. (f) N 2 sorption isotherm and corresponding pore size distribution curve (inset) of MnO@C nanocomposite.
Figure 2
LIB measurement of MnO@C nanocomposite on Ni foam. (a) Cyclic voltammograms for the first 3 cycles. (b) Voltage profiles at a current density of 100 mA g −1 for the 1 st, 2 nd, 50 th and 80 th discharge/charge cycles. (c) Cycling performances of directly growth (red curve) and post-coating (black curve) of MnO@C nanocomposite on Ni foams. The Coulombic efficiency of the direct growth method is also displayed (green curve). (d) Capacity retention at different charge/discharge rates from 0.1–2 A g −1.
Figure 3
Supercapacitor measurement of MnO@C nanocomposite on Ni foam. (a) Cyclic voltammograms at different scan rate of 25–500 mV s −1. (b) Charge-discharge curves at different current densities. (c) Specific capacitance dependence on the current density from 0.5–40 A g −1. (d) Repeated charge-discharge curves and (e) capacity retention of 2500 cycles at 1 A g −1. Inset: the charge-discharge curves of the 50 th, 1000 th and 2000 th cycles. (f) Capacity retention during repeated folding with an angle of almost 180° for 70 times. Inset: optical photos of the folded and extended electrodes of MnO@C nanocomposite on Ni foam.
Figure 4
Sensing and cellular measurement of MnO@C nanocomposite on Ti foil. (a) Cyclic voltammograms in (i) 0, (ii) 0.4, and (iii) 2 mM of H 2O 2 in PBS solution. (b) Current-versus-time plot with repeated addition of 200 μM of H 2O 2 for directly growth (red curve) and post-coating (black curve) of MnO@C nanocomposite on Ti foil. (c) Concentration dependence plot of current change at different H 2O 2 concentrations. Inset: linear fitting for concentration range of 2 μM–2.4 mM. (d) Cellular assay of H 2O 2 detection for 293T cells and HeLa cells. Three conditions are presented for each cell lines: buffer without PMA or catalase (grey bars), buffer with PMA only (red bars), and buffer with both PMA and catalase (blue bars).
Figure 5
(a) Nyquist plots of MnO@C nanocomposites as LIB anodes, for the direct growth method (red curve) and the post-coating method (black curve). (b) Nyquist plots of MnO@C nanocomposites as supercapacitor anodes, for the direct growth method (red curve), the post-coating method (black curve), and after removal of carbon coating for the direct grown thin films (blue curve). Inset: close up of the high frequency region.


Feature¶
- This module contains all the tools to compute feature values for molecular structure. Each submodule must be subclass
deeprank.features.FeatureClass
to inherit the export function. At the moment a few features have already been implemented. These are: AtomicFeatures
:Coulomb, van der Waals interactions and atomic chargesBSA
: Burried Surface areaNaivePSSM
: A very simple approach for PSSM dataPSSM_IC
: Information content of the PSSMResidueDensity
: The residue density for polar/apolar/charged pairs
As you can see in the source each python file contained a __compute_feature__
function. This is the function called in deeprank.generate
.
Here are detailled the class in charge of feature calculations.
Atomic Feature¶
-
class
deeprank.features.AtomicFeature.
AtomicFeature
(pdbfile, param_charge=None, param_vdw=None, patch_file=None, contact_distance=8.5, root_export='./', individual_directory=False, verbose=False)[source]¶ Compute the Coulomb, van der Waals interaction and charges
Parameters: - pdbfile (str) – pdb file of the molecule
- param_charge (str) –
file name of the force field fiel containing the charges e.g. protein-allhdg5.4_new.top. Must be of the format:
- CYM atom O type=O charge=-0.500 end
- ALA atom N type=NH1 charge=-0.570 end
- param_vdw (str) –
file name of the force field file containing the vdw parameters e.g protein-allhdg5.4_new.param. Must be of the format
- NONBonded CYAA 0.105 3.750 0.013 3.750
- NONBonded CCIS 0.105 3.750 0.013 3.750
- patch_file (str) – file name of a valid patch file for the parameters e.g. patch.top The way we handle the patching is very manual and should be made more automatic
- contact_distance (float) – the maximum distance between 2 contact atoms
- include_entire_residue (bool) – if atom X of resiue M is a contact atom, include all the atoms of resiude M in the contact_atom list
- root_export (str) – root directory where the feature file will be exported (deprecated ?)
Example :
>>> pdb = '1AK4_100w.pdb' >>> >>> # get the force field included in deeprank >>> # if another FF has been used to compute the ref >>> # change also this path to the correct one >>> FF = pkg_resources.resource_filename('deeprank.features','') + '/forcefield/' >>> >>> # declare the feature calculator instance >>> atfeat = AtomicFeature(pdb, >>> param_charge = FF + 'protein-allhdg5-4_new.top', >>> param_vdw = FF + 'protein-allhdg5-4_new.param', >>> patch_file = FF + 'patch.top') >>> # assign parameters >>> atfeat.assign_parameters() >>> >>> # only compute the pair interactions here >>> atfeat.evaluate_pair_interaction(save_interactions=test_name) >>> >>> # close the db >>> atfeat.sqldb.close()
-
read_charge_file
()[source]¶ Read the .top file given in entry.
This function creates :
- self.charge : dictionary {(resname,atname):charge}
- self.valid_resnames : list [‘VAL’,’ALP’, …..]
- self.at_name_type_convertor : dictionary {(resname,atname):attype}
-
read_patch
()[source]¶ Read the patchfile.
This function creates
- self.patch_charge : Dicitionary {(resName,atName) : charge}
- self.patch_type : Dicitionary {(resName,atName) : type}
-
read_vdw_file
()[source]¶ Read the .param file
The patch file must be of the form:
NONBONDED ATNAME 0.10000 3.298765 0.100000 3.089222
- First two numbers are for inter-chain interations
- Last two nmbers are for intra-chain interactions (We only compute the interchain here)
This function creates
- self.vdw : dictionary {attype:[E1,S1]}
-
get_contact_atoms
()[source]¶ Get the contact atoms only select amino acids.
The ligands are not considered.
-
assign_parameters
()[source]¶ Assign to each atom in the pdb its charge and vdw interchain parameters.
Directly deals with the patch so that we don’t loop over the residues multiple times
-
evaluate_charges
(extend_contact_to_residue=False)[source]¶ Evaluate the charges.
Parameters: extend_contact_to_residue (bool, optional) – extend to res
-
evaluate_pair_interaction
(print_interactions=False, save_interactions=False)[source]¶ Evalaute the pair interactions (coulomb and vdw).
Parameters:
Burried Surface Area¶
-
class
deeprank.features.BSA.
BSA
(pdb_data, chainA='A', chainB='B')[source]¶ Compute the burried surface area feature
Freesasa is required for this feature.
Install Freesasa option 1
>>> git clone https://github.com/mittinatten/freesasa.git >>> cd freesasa >>> autoconf -i configure.ac``
Install Freesasa option 2 (preferred)
>>> wget http://freesasa.github.io/freesasa-2.0.2.tar.gz >>> tar -xvf freesasa-2.0.2.tar.gz >>> cd freesasa >>> ./configure --enable-python-bindings CFLAGS=-fPIC >>> make >>> make install
If the install of the python bindings fails because no python (problem with anaconda)
>>> cd ./bindings/python >>> python setup.py install
- Args :
- pdb_data (list(byte) or str): pdb data or filename of the pdb chainA (str, optional): name of the first chain chainB (str, optional): name of the second chain
Example :
>>> bsa = BSA('1AK4.pdb') >>> bsa.get_structure() >>> bsa.get_contact_residue_sasa() >>> bsa.sql.close()
NaivePSSM¶
-
deeprank.features.NaivePSSM.
printif
(string, cond)¶
-
class
deeprank.features.NaivePSSM.
NaivePSSM
(mol_name=None, pdbfile=None, pssm_path=None, nmask=17, nsmooth=3, debug=False)[source]¶ Compute compressed PSSM data.
The method is adapted from: Simplified Sequence-based method for ATP-binding prediction using contextual local evolutionary conservation Algorithms for Molecular Biology 2014 9:7
Parameters: Example:
>>> path = '/home/nico/Documents/projects/deeprank/data/HADDOCK/BM4_dimers/PSSM_newformat/' >>> pssm = NaivePSSM(mol_name = '2ABZ', pdbfile='2ABZ_1w.pdb',pssm_path=path) >>> >>> # get the surface accessible solvent area >>> pssm.get_sasa() >>> >>> # get the pssm smoothed sum score >>> pssm.read_PSSM_data() >>> pssm.process_pssm_data() >>> pssm.get_feature_value() >>> print(pssm.feature_data_xyz)
Information Content¶
-
deeprank.features.PSSM_IC.
printif
(string, cond)¶
-
class
deeprank.features.PSSM_IC.
PSSM_IC
(mol_name=None, pdbfile=None, pssmic_path=None, debug=False)[source]¶ Compute the information content of the PSSM.
Parameters: Example :
>>> path = '/home/nico/Documents/projects/deeprank/data/HADDOCK/BM4_dimers/PSSM_IC/' >>> pssmic = PSSM_IC(mol_name = '1AK4', pdbfile='1AK4.pdb',pssmic_path=path) >>> >>> # get the pssm smoothed sum score >>> pssmic.read_PSSMIC_data() >>> pssmic.get_feature_value()
Contact Residue Density¶
-
class
deeprank.features.ResidueDensity.
ResidueDensity
(pdb_data, chainA='A', chainB='B')[source]¶ Compute the residue densities between polar/apolar/charged residues.
- Args :
- pdb_data (list(byte) or str): pdb data or filename of the pdb chainA (str, optional): name of the first chain chainB (str, optional): name of the second chain
Example :
>>> rd = ResidueDensity('1EWY_100w.pdb') >>> rd.get(cutoff=5.5) >>> rd.extract_features()
Generic Feature Class¶
-
class
deeprank.features.FeatureClass.
FeatureClass
(feature_type)[source]¶ Master class fron which all the other Feature classes should be derived.”“”
Each subclass must compute :
- self.feature_data : dictionary of features in human readable format
- e.g : {‘coulomb’:data_dict_clb[(atom info):value]
- ‘vdwaals’:data_dict_vdw[(atom info):value] }
- self.feature_data_xyz : dictionary of feature in xyz-val format
- e.g : {‘coulomb’:data_dict_clb[(chainID atom xyz):value]
- ‘vdwaals’:data_dict_vdw[(chainID atom xyz):value] }
Parameters: feature_type (str) – ‘Atomic’ or ‘Residue’ -
export_data
(mol_name)[source]¶ export the data in a single file.
Pretty sure we never use that anymore. I jsut keep it for legacy reasons


This wont cover breaking out of docker containers
Ports: usually 2375 & 2376 (TLS) but can be anything
Having the docker API/socket exposed is essentially granting root to any of the containers on the system. The daemon listens on:
unix:///var/run/docker.sock
but you can bind Docker to another host/port or a Unix socket. The docker socket is the socket the Docker daemon listens on by default and it can be used to communicate with the daemon from within a container, or if configured, outside the container against the host running docker. All the docker socket magic is happening via the docker API.


{% extends "loggedIn.html" %} {% block title %}Join Floor{% endblock %} {% block content %} {% if floors_exist %}
Pick a floor to join, or you can create one. {% else %}
There are no floors available, however, you can create one. {% endif %}
{% endblock %}


Status:
DND Character Constructor (Working Title) is currently in the
very early stages of development.
Created in part for CS 386 by a troupe of STEM majors at Northern
Arizona University.
Development Team:
- Ari Jaramillo<EMAIL_ADDRESS>- Grace Hsieh<EMAIL_ADDRESS>- Hannah Trenary<EMAIL_ADDRESS>- Jonathan Nation<EMAIL_ADDRESS>- Richard McCormick<EMAIL_ADDRESS>- Skyler Hanson (swh65@nau.edu)


Release Notes
Release Notes - Apache ServiceComb - Version saga-0.2.1
Bug
- [SCB-741] - Caused by: com.mysql.jdbc.MysqlDataTruncation: Data truncation: Data too long for column 'payloads' at row 1
- [SCB-821] - Add missing dependencyManagement for omega-transport-feign
- [SCB-963] - Saga transactional method can't work when compensation happens
New Feature
- [SCB-730] - Add Feign transport for supporting Spring Cloud
- [SCB-732] - Add the omega-transport-feign into distribution kit
Improvement
- [SCB-785] - Cannot get the GlobalTxId and LocalTxId in the compensation method
- [SCB-805] - If the node time of alpha and omega are not same, the transaction could be aborted
- [SCB-806] - Polish alpha-server logger
Task
- [SCB-784] - SagaStart annotated method should abort the saga transaction once the exception is thrown
Release Notes - Apache ServiceComb - Version saga-0.2.0
Bug
- [SCB-426] - The type of CompensationContext.context field should be thread-safe
- [SCB-480] - [pack] GrpcTxEvent miss the timeout when converting the TxEvent
- [SCB-505] - The service should throw the exception when the saga transaction is timeout
- [SCB-566] - mysql.sql doesn't have the retried and retryMethod in the TxEvent table
- [SCB-584] - DubboConsumerFilterTest fails on linux
- [SCB-615] - fix typos in EventScanner
New Feature
Improvement
- [SCB-245] - [pack] support to intercept dubbo's requests
- [SCB-246] - [pack] add demo to use pack with dubbo
- [SCB-410] - Upgrade to Spring Boot 2.0 in Saga
- [SCB-428] - Add omegaUniquaIdGenerator to the omega id generator
- [SCB-429] - Upgrade Spring Boot version to 1.5.10
- [SCB-433] - Update the maven docker plugin running setting
- [SCB-436] - Clean up the docker-compose file of booking demo
- [SCB-463] - Upgrade Spring Boot version to 2.0.1.Release
- [SCB-464] - Upgrade Java Chassis version to 1.0.0-m1
- [SCB-465] - Start the build metrics of Saga in travis
- [SCB-497] - Omega test log issue
- [SCB-545] - Update the length of field serviceName from varchar(16) to varchar(36)
- [SCB-547] - EventScaner abort if the findFirstAbortedGlobalTxByType has more than one result
- [SCB-568] - Provide web page for pack Demo
- [SCB-569] - Add document about SSL setup of Pack
- [SCB-571] - Decouple OmegaContext in the Application
- [SCB-573] - Split the docker-compose file for debugging easily
- [SCB-583] - Upgrade Spring Boot version to 1.5.13.Release and 2.0.2.Release
- [SCB-628] - correct the naming of demos
- [SCB-632] - reformat code according to the google code style
- [SCB-633] - Correct artifactId and module of saga-spring-cloud-demo
- [SCB-641] - Add the dubbo transport plugin into release kit
- [SCB-642] - Update the third party dependencies version in the License file
Wish
- [SCB-20] - JDK9 not supported when unit testing while doc showing JDK8+
- [SCB-153] - Upgrade to Spring Boot 2.0
Task
- [SCB-390] - [pack] Investigating the Byteman and the Cucumber with running the recovery acceptance tests
- [SCB-437] - [Doc] Provide a FAQ list for Saga project
- [SCB-452] - Write java doc for some class
- [SCB-555] - Add Saga Dubbo demo to show how to manage the transactions with Dubbo
- [SCB-635] - Cut Saga-0.2.0 Release
- [SCB-647] - Update LICENSE/NOTICE for release
Release Notes - Apache ServiceComb - Version saga-0.1.0
Sub-task
- [SCB-237] - [pack] acceptance tests of success scenarios
- [SCB-278] - [pack] acceptance test of transaction failure and successful compensation scenario
Bug
- [SCB-130] - Update the Git PR template
- [SCB-323] - inconsistent port in saga demo
- [SCB-404] - The base folder name is the same for source and binary release
New Feature
- [SCB-95] - [pack] able to link sub-transactions as a single global transaction
- [SCB-96] - [pack] intercept sub-transaction commits
- [SCB-97] - [pack] update alpha about transaction state
- [SCB-98] - [pack] send compensate context from alpha to omegas
- [SCB-99] - [pack] compensate on transaction failure
- [SCB-100] - [pack] async transaction support
- [SCB-101] - [pack] design doc
- [SCB-138] - [pack] omega's callback about transaction state
- [SCB-151] - [pack] pack usage demo
- [SCB-152] - [pack] update alpha on compensation completed
- [SCB-212] - [pack] sub-transaction timeout support
- [SCB-227] - [pack] stop sub transaction from running when global tx failed
Improvement
- [SCB-140] - [pack] do not compensate duplicate transaction events
- [SCB-141] - [pack] support multiple sub transaction in a single service
- [SCB-149] - [pack] service/instance aware omega callback
- [SCB-164] - [pack] alpha connection recovery on crash
- [SCB-167] - [pack] inform alpha about omega id on connection
- [SCB-168] - [pack] resend events on connection loss & load balance
- [SCB-169] - [pack] omega get notified whether events are sent successfully or not
- [SCB-173] - [pack] mark start of saga
- [SCB-174] - [pack] object serialization/deserialization
- [SCB-183] - [pack] omega callback cleanup on connection loss
- [SCB-211] - [pack] exponential backoff resending event on cluster down or network down
- [SCB-213] - [pack] proper timing to send out SagaEndedEvent on asynchronous compensation
- [SCB-218] - [pack] stateless alpha
- [SCB-220] - [pack] duplicate abort event filter to avoid redundant compensation
- [SCB-228] - Update to replace the type of TxEvent with Enum
- [SCB-232] - EventType should be same between omega and alpha
- [SCB-233] - Don't deploy if building with the PR
- [SCB-234] - [pack] fail fast if alpha cluster down
- [SCB-238] - Remove third-party dependencies which violates apache licensing policy
- [SCB-239] - [pack] omega recovery
- [SCB-243] - [pack] support to intercept java chassis
- [SCB-270] - [pack] in order compensation
- [SCB-305] - [pack] postIntercept should throw the exception when the timeout happens
- [SCB-330] - [pack] update documents of saga pack
- [SCB-395] - Add How to build into README file
- [SCB-400] - Add guides to run demo without docker compose
Task
- [SCB-104] - simplify transport rest template implementation
- [SCB-122] - Add incubating note to website
- [SCB-123] - Add DISLAIMER to the ServiceComb git repo
- [SCB-154] - Update the package org.apache.servicecomb
- [SCB-157] - Update the release setting of pom
- [SCB-193] - Generated the Licenses,Notice and DISCLAIMER files when building the artifact
- [SCB-231] - Only publish the snapshot in master branch
- [SCB-249] - [pack] replace hibernate with other ORM tech to avoid license issue
- [SCB-260] - Prepare LICENSE/NOTICE files for releasing
- [SCB-344] - [pack] use mysql as alpha's backend database
- [SCB-346] - Create the distribution kit for Saga
- [SCB-363] - Remove legacy code from Saga
- [SCB-378] - Add readme for samples so that users can run the samples code by just reading the readme doc
- [SCB-380] - Add incubating to file name the release kit


Lecture 8: Topics not covered and Conclusions
Return to Main Page
Link to pdf file for slides
- The goals of the course (as stated on the final slide of Lecture 1: Understanding of the role of electrons in condensed matter
- Practical, useful knowledge of methods that are working tools of theorists, experimentalists, and researchers in many fields
Without the burden of heavy math, many-body theory
- Appreciation for the real many-body problems presented by electrons in condensed matter
Understanding when to expect correlation to be important
The grand challenges of condensed matter physics today
- In extra special lectures a very brief introduction to:
Practical, useful knowledge of many-body methods that are becoming more and more important for quantitative predictions and understanding the grand challenges in condensed matter
- Did we meet the goals?
- All the topics of a book on solid state physics is
"electronic structure" -- papers on electronic structure
calculate structures, stress-strain relations, magnetism phonons, . . .
- The electronic structure problem is a HARD problem -
among the most exciting, important problems in physics
- Many-body interacting electrons present the most interesting phenomena in our world
- Must have very accurate solutions to be useful
- The advance of Hohenberg, Kohn, and Sham was a major
step for approaching many body problems that has provided a new - useful - approach to interacting \electrons
- Methods for calculations have made major advances
- The Car-Parrrinello method changed the field and made possible calculations not dreamed of before
- the plane wave pseudopotential method with iterative algorithms and FFTs is extremely efficient and provides a way to approach MANY problems
- MANY Examples - difficult calculations -- that can be understood in terms of the important ideas
- CRUCIAL to be aware of the problems and failures - most of all the failures for excitation energies
- Topics NOT covered - short listening in the projected slides - discussion in class
- Magnetism
- The useful models and the conceptual problems - can describe as localized spins or as bands - the challenge is to understand the relation between these approaches
- Wannier functions – transformation from extended Bloch states to localized orbitals
- Show the basic of LCAO and connections to other approaches
- Very useful for understanding and interpreting properties of electrons in solids
- Provides a way to think about the issues in magnetism
- Order-N methods
- Why do calculations scale as a power (or even exponentially in the number of electrons?
Is it possible to have methods that scale as N?
- Ideas of "nearsightedness" - approaches based on Wannier-like functions - possible but not very useful so far
- Electric polarization in solids – using Wannier functions (or Berry phases) -- NOT DISCUSSED IN CLASS
- Excitations and time dependent density functional theory -- ONLY MENTONED BRIEFLY IN CLASS


{% extends "base.html" %} {% block title %}External Delivery App Home Page{% endblock %} {% block content %}
This is a simple test application for Printing and Scanning, it could be used as a guide for other methods of external delivery.
{% endblock %}


This is an example form data output demonstrating the read–only capabilities of Uni–Form
Author: Dragan Babić see more styles →
Looks like everything went OK! Check the data you entered and if everything is OK press the button to proceed.


{% extends "base.html" %} {% from "macros.html" import mem_name_crsid, soc_desc_soc %} {% block body %} {%- if target == member %}
Are you sure you want to remove yourself from the {{ soc_desc_soc(society) }} account?
Warning: you are the last admin of this group account. If you remove yourself, {{ society.description }} will become an orphan society, and will be deleted if no new admin is appointed.
{%- endif %} {%- else %}Are you sure you want to remove {{ mem_name_crsid(target) }} from the {{ soc_desc_soc(society) }} account?


Welcome To
Islamabad Serena Hotel
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Presidential Suites
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Facilities
- Link
- Heated outdoor pool
- Fully-Equipped fitness centre
- Maisha Spa
- Complimentary airport transfers
- Complimentary Wi-Fi access
- A choice of cuisine and restaurants
- Banquet and conference facilities
- 24-hour business centre
- 24-hour room service
- Mini bar
Experiences
Unique Holidays In Pakistan
Fourteen acres of peaceful garden surroundings. Beautifully appointed rooms. Graceful Islamic architecture. A visit to Islamabad Serena Hotel features all of this and more. Our hotels combine the best of local culture and heritage with the amenities and services that discerning travellers seek.


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Weather Merit Badge
Boy Scouts of America
Worksheet
right-click to download
Pamphlet
right-click to download
Class Slides
click dropdrop down to download
Homework Instructions
right-click to download
Homework Website
The homework website will help you fulfill requirement 2, "Name five dangerous weather-related conditions. Give the safety rules for each when outdoors." Use the weblinks provided (and others you find on your own) to learn safety rules for various types of dangerous weather.
BYU Merit Badge Pow Wow
Each fall and spring, Brigham Young University hosts a merit badge pow wow for the Boy Scouts in the area. Dozens of merit badge classes are offered. I have been the weather merit badge instructor since fall 2014.
More information and registration details can be found on their website: http://ce.byu.edu/cw/powwow/.
Teaching the Weather Merit Badge: STEM Education in the Boy Scouts of America Organization
January 11, 2016
A poster presentation given at the AMS annual meeting 25th Symposium on Education in New Orleans


Udacity Reflection - Part 1
08 December 2016
Design and structural features I liked:
- Some form of (relevant) full screen background image OR
- Use of gradient colours
- Navigation menu
- Box layout -responsiveness - perhaps using flex boxes
- Complementary Fonts
- modern - styling ie more minimal than cluttered
- Universal style - so is the same/familiar on each page
- Styled Links (hover colour, visited colour etc) where relevant
- Standardised headings across all pages
- Buttons
How to describe HTML and CSS
The best, and most frequently used analogy is that HTML is frame of a house, it provides the structure and basic layout and content of the page, however on its own everything is pretty dull. CSS provides all the decoration - the colour, the styling, sizes, simple animations and transitions etc. Much like how paint, knickknacks and furnishings give go over the frame and give personality to a house, CSS gives personality to a webpage and makes it look good!
What is meant by boxifying design?
Given that webpages are frequently made up of may different boxes being able to boxify a design is a method of looking at a webpage design, and then figuring out how each section can fit into a 'box'. This can be done a number of ways, either on the computer using some form of editing program, or by printing off a design and using a pen, pencil or scissors.
What is the box model?
This is a model where each section of a webpage is made up one or more 'boxes' that contain certain content such as a logo, navigation bar, image, links, works, titles etc. The importance of box design is that it not only allows designers and developers to more easily move components around and develop a site, but it helps to ensure the web page will display correctly across a range of different screen sizes, and devices - ie PC, tablet and mobile.


PREDICT HEART ATTACK
Sex
Please Choose...
Male
Female
Chest Pain type?
Please Choose...
Typical Angina
Atypical Angina
Non-Anginal Pain
Asymptomatic
Exercise Induced Angina?
Please Choose...
Yes
No
Maximum Heart Rate Achieved?
Previous peak?
Slope?
Please Choose...
0
1
2
Number of Major Vessels?
Please Choose...
0
1
2
3
4
Thalium Stress Test result?
Please Choose...
0
1
2
3
Predict
{{ prediction_text }}
Refresh


% var data = { title: "Andrew's test project", author: "Andrew Klmn" }; %> <%= _.template(require('./../includes/header.html').default)(data) %>
Teaching independence to the lives of the people you love with reliable, individualized emotional and behavioral therapy.
Children as young as 2 years old may begin to develop behaviors which need extra support and attention.
Families, organizations and health care providers in Northern California. Our knowledge and experience provide the specialized support people need when overcoming behavioral challenges.
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We are always looking for highly motivated individuals who aligned with our commitment to making a difference in the lives of other people. Whether you're a BCBA or interested in ABA work we are interested in talking to you!.
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Preparation time
30 mins to 1 hour
Cooking time
10 to 30 mins
Serves
Serves 4
Dietary
Light, crunchy biscuits filled with fresh cream. There’s no brandy in this recipe but you could add a teaspoon to the paste if it takes your fancy.
Preheat the oven to 180C/350F/Gas 4 and line a baking tray with baking parchment.
Melt the sugar, golden syrup and butter in a saucepan. When the sugar granules have dissolved, remove the pan from the heat.
Add the flour and ground ginger and mix well to form a thick paste.
Place a piece of cling film on a work surface and turn out the paste. Roll the mixture into a ball, then cover in the cling film and chill in the fridge until set (about 30 minutes).
Remove the chilled brandy snap dough from the fridge and roll it into walnut-sized balls using your hands - you should get at least four from this mixture.
Dust a work surface with flour. Roll each ball of dough out into a disc approximately 2mm/1/16in thick, then place on the baking tray.
Bake the brandy snaps in the oven for 6-8 minutes, or until crisp and golden-brown. Remove from the oven and set aside to cool for approximately one minute.
Carefully lift each brandy snap off the tray and roll around the end of a wooden spoon – leaving on it to cool for a minute before removing. If possible, it is best to mould the brandy snaps around several spoons at the same time while they are all still hot.
To serve, spoon the cream into a piping bag fitted with a star-shaped nozzle. Pipe the cream into the brandy snaps and pile onto a plate. Serve immediately.


--- ---
You can define your own Transition Options inside this property and use them, e.g., from a Transition Hook
This option sets whether or not the transition's parameter values should be inherited from the current parameter values.
true
, it will inherit parameter values from the current parameter values.false
, only the parameters which are provided to transitionTo
will be used.This option changes how the Transition interacts with the browser's location bar (URL).
true
, it will update the url in the location bar.false
, it will not update the url in the location bar."replace"
, it will update the url and also replace the last history record.When transitioning to relative path (e.g '^
'), this option defines which state to be relative from.
This option may be used to force states which are currently active to reload.
During a normal transition, a state is "retained" if:
Forcing a reload of a state will cause it to be exited and entered, which will:
Refetch that state's resolve data
Exit the state (onExit hook)
Re-enter the state (onEnter hook)
Re-render the views (controllers and templates)
When true
, the destination state (and all parent states) will be reloaded.
When it is a string and is the name of a state, or when it is a State object, that state and any children states will be reloaded.
This option may be used to cancel the active transition (if one is active) in favour of the this one. This is the default behaviour or ui-router.
true
, the active transition will be canceled and new transition will begin.false
, the transition will be canceled if a transition is already running. This can be useful in cases where
you only want to navigate to a different state if you are not already navigating somewhere.Generated using TypeDoc
The TransitionOptions object can be used to change the behavior of a transition.
It is passed as the third argument to StateService.go, StateService.transitionTo. It can also be used with a
uiSref
.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/VScode.20goodies.html ---
Would it be possible to configure a hotkey in VScode that grabs the first output from suggest
and prepends/replaces the suggest
that generated it?
Bonus points if the replace/prepending is automatically chosen depending on whether the suggestion is an exact
/refine
This should be possible with some ugly tactic state parsing hacks, but I wonder if there might be a better way to do this using a hole command.
@Bryan Gin-ge Chen I had also hoped that hole commands would help. But see the other thread about hole commands in tactic mode. It doesn't really seem to work, as far as I can see.
I think these sort of UI improvements would break down another entry barrier for new users. But I lack the skills of implementing this.
Globally there is a big need for more structured tactic state information. Currently the Lean server returns tactic state as a single string that you see in the Lean message panel in VScode. Even syntax highlighting there is based on a hack. It would be really nice to see this changing in Lean 4, but I don't know what are the plans here.
It would be amazing if hovering and clicking on definitions worked in the tactic state...
Even hovering on notation in the tactic state to see the keyboard shortcut would be useful! But it would be much better for definitions because sometimes they're much harder to cut and paste into something syntactically valid in a .lean file (especially if you're in the middle of something else)
It would be amazing if hovering and clicking on definitions worked in the tactic state...
It will.
Even hovering on notation in the tactic state to see the keyboard shortcut would be useful!
That part is on the editor. Works out of the box in Emacs for example (describe-char
).
Even hovering on notation in the tactic state to see the keyboard shortcut would be useful!
That part is on the editor. Works out of the box in Emacs for example (
describe-char
).
I think I can see how to implement this for the VS Code extension (but no ETA promise). It will require implementing some custom tooltip functionality for the info view; we can't reuse VS Code's built-in "hover provider".
@Sebastian Ullrich Is it too early to ask how much the Lean server interface will change from Lean 3 to Lean 4?
Is it too early to ask how much the Lean server interface will change from Lean 3 to Lean 4?
We'll implement LSP, so... completely
I think these sort of UI improvements would break down another entry barrier for new users.
+1 from me. I for one would be happy to see more ideas and discussion of UI here.
I heard that LSP lacked some features generally required by proof assistants. Have you written a plan/design somewhere?
@Simon Cruanes Can you be more specific? What kind of features are you thinking of? (I don't know anything about LSP...)
Anything interactive, I'd say, since it's designed for "normal" programming languages in mind. But then the world is moving away from Coq-style display of tactics, so it might be doable, idk.
I wrote an LSP server for MM0, and there isn't really anything like the goal view, but the format is extensible so you can always just add a custom extension
You should put screenshots on the github page @Mario Carneiro :grinning_face_with_smiling_eyes:
I really should
But then the world is moving away from Coq-style display of tactics, so it might be doable, idk.
What is the world moving towards instead?
I mostly rely on diagnostics and hovers
but getting the goal state via diagnostics is a bit exasperating
I think taking away the tactic state display would be a pretty hard sell here.
it's not clear to me how to improve LSP to support our use case better though
once upon a time, the goal state was displayed via "output" (maybe it still does in emacs)
What is the world moving towards instead?
I meant with the "checked" area on top. You still need a way of displaying the proof state, using an extension I guess yeah.
Hmm, I'm not familiar with Coq. What is the "checked" area?
There is a big colored highlight covering the top half of the file, above the cursor, and you "step" the checker through lines
In Coq the proof state doesn't reflect the state of where your cursor is, but the point up to some "checkpoint".
I guess you could view this "checkpoint" as a 2nd cursor that you can move around whenever you want.
when tactics are very expensive, this approach scales better
because you aren't rechecking the whole file all the time
Another possibility is to use hashing to avoid recomputing things that haven't changed.
but it is definitely less ergonomic than the lean / isabelle "dynamic document" style, which puts more strain on the system to keep things in sync but has an easy mental model
In Lean4, the state at the end of each line in a tactic block will be stored, right, so that you get the best of both worlds (no need to recompile the beginning of a proof if you just change the last line)?
In Lean4, the state at the end of each line in a tactic block will be stored, right, so that you get the best of both worlds (no need to recompile the beginning of a proof if you just change the last line)?
that's fine if you detect that nothing was changed, yes!
it's not clear to me how to improve LSP to support our use case better though
You can easily add custom commands to LSP. I would expect that an LSP server for Lean offers a command to get the goal state at any position in the file. Then we can roll the info view as usual. I'm not sure if our (comparatively) niche use case is worth standardizing. It might even be desirable to roll it ourselves to facilitate experimentation.
It might be nice to standardize the LSP extension across theorem provers though, so that the LSP client can stay relatively generic; otherwise it's not buying much over the original situation
just dub the extensions "LLSP", for "logic language server protocol" :wink:
"Proof Generaler"
In Coq the proof state doesn't reflect the state of where your cursor is, but the point up to some "checkpoint".
The absence of Coq's iron curtain going up and down in your file is one of the first things I noticed when I used Lean for the first time. Maybe it was even before I noticed unicode. It really feels like absolute freedom to use a proof assistant that way, even after using Coq only for a couple of weeks.
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


--- title: "Puji" type: "author" layout: default permalink: "/author/pujiermanto" author: "puji" image: "/assets/images/author12.jpg" vector: "/assets/images/final2.gif" --- {% assign puji = site.data.authors[page.author] %}
{{ site.data.authors[page.author].site }}
{{puji.nama_lengkap}} {{ puji.bio }}


Springboard Data Science Certification Program
List of Course Topics and Mini Projects
- Python for Data Science: London Housing Case Study, Ski Resort Case Study
- Data Wrangling
- Data Collection: API Data Wrangling
- Data Organization
- Data Defition
- Data Cleaning
- SQL and Databases: SQL Case Study
- Statistics for Exploratory Data Analysis
- Models and Algorithms
- Assessing Uncertainty through Resampling
- Probability Theory: Frequentist Inference Case Study Part 1, Part 2
- Hypothesis Testing: Hypothesis Testing Case Study
- Statistical Modeling: Linear Regression Case Study 1
- Advanced statistics: Bayesian Inference
- Machine Learning
- Supervised Learning
- Logistic Regression: Logistic Regression Case Study
- Decision Trees: Decisions Trees Case Study
- Ensemble Methods - Random Forest: Random Forest Case Study
- Ensemble Methods - Gradient Boosting: Gradient Boosting Case Study
- Time Series Analysis
- Support Vecotr Machine and Kernel
- Unsupervised Learning
- Clustering
- Euclidean and Manhattan Distance: Gradient Boosting Case Study
- k-Means Clustering
- Agglomerative Hierarchical Clustering
- Cosine Similarity: Gradient Boosting Case Study
- Principal Components Analysis
- Singular Vlaue Decomposition
- Feature Engineering
- Categorical, Text and Image Features
- Feature Engineering Implementation
- Machine Learning Application
- Model Evaluation
- Model Optimization
Online Courses
Datacamp Courses Completed
- pandas Foundations
- Manipulating DataFrames with pandas
- Merging DataFrames with pandas
- Importing Data in Python Part 1 & 2
- Cleaning Data in Python
- Python Data Science Toolbox
- Introduction to SQL for Data Science
- Joining Data in SQL
- Statistical Thinking in Python Part 1 & 2
- Introduction to Data Visualization in Python
- Intermediate SQL
- Supervised Learning with Scikit-Learn
- Feature Engineering for Machine Learning in Python
- Image Processing in Python
- Dealing with Missing Data in Python: Value Imputation
M.S. in Learning Analytics at Columbia University
Learning Analytics Courses
- Intro to Programming Signal Analysis Summer 2018
- Core Methods in Educational Data Mining Autumn 2019
- Data, Learning, and Society Autumn 2019
- Learning Analytics: Process and Theory Spring 2020
- Feature Engineering Studio Summer 2020
Statistics Courses
- Probability & Statistical Inference Spring 2018
- Applied Regression Analysis Autumn 2018
- Linear Models Experimental Design Spring 2020
- Data Analysis Policy Decision Making Spring 2020
- Multidimensional Scaling and Clustering Autumn 2021


Summer Vibes
by Luke PlunkettYeonji Rhee is a Korean artist who has worked for companies like NCSoft.
You can see more of Yeonji’s stuff at her ArtStation page.
Yeonji Rhee is a Korean artist who has worked for companies like NCSoft.
You can see more of Yeonji’s stuff at her ArtStation page.


Hello, An abuse has been reported for this property: ###listing_id## With following details: ##report_details##


The Las Vegas marathon featured a run through wedding
by John StruanBilled as "the ultimate chance to proclaim your love in an unforgettable, 'only in Vegas' experience," last weekend's Rock ‘n’ Roll Las Vegas marathon featured a Run Thru Wedding at mile 2.7.
It's an annual tradition, and pretty appealing to anyone who has struggled planning a big wedding:
“The ceremony was very quick, but I couldn’t have asked for more”
Here are some of the happy couples:


{{Extend "layout"}} {{Block "title"}} {{Super}} - powered by webx.top {{/Block}} {{Block "body"}} {{Strip}}
line 1 line 2 line 3


We work directly with small-scale farmers and producers to source the freshest and tastiest products for your kitchen. From packaging to delivery, we innovate to make food good for the planet and for you.
The traditional value chain in food production leaves too much room for exploiting producers and tricking consumers. This is what we are going to change. We believe in full transparency on prices, origin and quality of our produce.
We want you to be able to focus on delighting with your food - leave the rest to us. Simply order, we deliver.
We believe that regional and seasonal foods from producers who carefully manufacture their products simply taste better.


Education
Columbia Basin Community College // 2011-2013
Running Start Associates of Arts and Science - Pasco, Washington
Eastern Washington University // 2014-Present
Bachelor of Fine Arts in Visual Communication Design - Cheney, Washington
Experience
Marketing and Design Head for Gretl Crawford Homes // 2015-Present
I work on all promotional advertising and in-house graphic design for Gretl Crawford Homes. Before I returned to school, I worked front desk, monitoring phone calls and interacting with necessary outside parties such as printers, newspaper and magazine contacts and clients. I now do the needed design work remotely.
Rebranding for Eastern Washington University // 2015-Present
In conjuntion with 3 other students, I am working on a year long project of rebranding the Visual Communication Design Program at EWU. The rebranding includes a new logo, website, etc. and all of the research that that entails. In addition, we are also running the club, hosting events and getting the program involved in outside activites in the community.
Satori Book // Fall 2015
We often work with clients in our classes. We had the privledge of working with Mike Cantlon to create a booklet for his summer camp, Satori. My design was chosen. I will now work in conjuntion with Mike to get a copy produced and sent out.
Window Dressing // Winter 2016-Present
I am working with Ginger Ewing, co-founder of Terrain, a non-profit arts organization to create and design collateral to give to potential clients and artists about what we do.
Signal Box // Winter 2015
Spokane, Washington decided to cover a handful of signal boxes in their downtown area. The project was opened to the public, and my submission was chosen as one of the designs to become a reality. It now sits proudly on the corner of Stevens and 2nd.
Sterling's Restaurant (Unrelated) // August 2012-Present
I’ve been working for Sterlings in many capacities including, hostess, sever, and floor manager. After moving away for school, I continue to work some weekends and all holiday’s.


{% extends 'base.html' %} {% block sidebar %}
Find things
options
You searched for {{ query }}, we found {{ page.object_list|length }} Objects
If you're seeing this, then there is a bug. Please let someone at Catami know. Returned model type is >{{ result.model_name }}<


Contact Information
Phone:<PHONE_NUMBER>
Email<EMAIL_ADDRESS>Location: -25.079480, -130.093685
Main Page
Accommodations
Activities
Pictures
Travel Arrangements


--- layout: post title: 'Time Warner CEO: ???Bandwidth Costs Are Not Terribly Relevant to Broadband Pricing???' categories: [] tags: - bandwidth - geek - internet - isp status: publish type: post published: true meta: _original_post_id: '' _original_import_author: John Duprey author: ---
Time Warner CEO: “Bandwidth Costs Are Not Terribly Relevant to Broadband Pricing”Published on Stop the Cap! | shared via feedly mobileAnother remarkable admission from Time Warner CEO Glenn Britt came at the end of today’s investor conference call. In response to claims by some cable companies of incremental bandwidth costs running 40-50 cents per gigabyte (a number we strongly dispute at Stop the Cap! for being at least ten times too high), Britt made the debate over bandwidth costs moot by saying they really don’t have anything to do with how Time Warner Cable prices its broadband service.
“I think that the conversation about usage based pricing should not be tied to a conversation about costs,” Britt said. “This is not a rate of return regulated monopoly industry like AT&T was before 1984. We have a lot of different products, a lot of different offerings and we’re aiming at different segments and different combinations and the pricing will relate to that. This is not a strict cost-base thing so those facts are interesting but not terribly relevant to pricing.”
That clears that up quite nicely. We’ll be sure to remember that should the cable company revisit its customers with another Internet Overcharging scheme blamed on bandwidth hogs.
Time Warner Cable CEO Glenn Britt is asked what Time Warner Cable is paying for bandwidth costs. Britt said the question is largely irrelevant, because those costs have almost nothing to do with how the company prices its broadband service. July 28, 2011. (1 minute)
You must remain on this page to hear the clip, or you can download the clip and listen later.
Related posts:


|
ReactPhysics3D
0.7.1
Physics engine library
|
This class represents a simplex which is a set of 3D points. More...
#include <VoronoiSimplex.h>
Public Member Functions | |
| VoronoiSimplex () | |
| Constructor. | |
| ~VoronoiSimplex () | |
| Destructor. | |
| bool | isFull () const |
| Return true if the simplex contains 4 points. | |
| bool | isEmpty () const |
| Return true if the simplex is empty. | |
| int | getSimplex (Vector3 *mSuppPointsA, Vector3 *mSuppPointsB, Vector3 *mPoints) const |
| Return the points of the simplex. | |
| decimal | getMaxLengthSquareOfAPoint () const |
| Return the maximum squared length of a point. | |
| void | addPoint (const Vector3 &point, const Vector3 &suppPointA, const Vector3 &suppPointB) |
| Add a new support point of (A-B) into the simplex. More... | |
| void | removePoint (int index) |
| Remove a point from the simplex. | |
| void | reduceSimplex (int bitsUsedPoints) |
| Reduce the simplex (only keep vertices that participate to the point closest to the origin) More... | |
| bool | isPointInSimplex (const Vector3 &point) const |
| Return true if the point is in the simplex. | |
| bool | isAffinelyDependent () const |
| Return true if the set is affinely dependent. More... | |
| void | backupClosestPointInSimplex (Vector3 &point) |
| Backup the closest point. | |
| void | computeClosestPointsOfAandB (Vector3 &pA, Vector3 &pB) const |
| Compute the closest points "pA" and "pB" of object A and B. More... | |
| bool | computeClosestPoint (Vector3 &v) |
| Compute the closest point to the origin of the current simplex. | |
This class represents a simplex which is a set of 3D points.
This class is used in the GJK algorithm. This implementation is based in the book "Real-Time Collision Detection" by Christer Ericson. This simple is used to replace theJohnson's algorithm for computing the point of a simplex that is closest to the origin and also the smallest simplex needed to represent that closest point.
| void VoronoiSimplex::addPoint | ( | const Vector3 & | point, |
| const Vector3 & | suppPointA, | ||
| const Vector3 & | suppPointB | ||
| ) |
Add a new support point of (A-B) into the simplex.
suppPointA : support point of object A in a direction -v suppPointB : support point of object B in a direction v point : support point of object (A-B) => point = suppPointA - suppPointB
Compute the closest points "pA" and "pB" of object A and B.
The points are computed as follows : pA = sum(lambda_i * a_i) where "a_i" are the support points of object A pB = sum(lambda_i * b_i) where "b_i" are the support points of object B with lambda_i = deltaX_i / deltaX.
| bool VoronoiSimplex::isAffinelyDependent | ( | ) | const |
Return true if the set is affinely dependent.
A set if affinely dependent if a point of the set is an affine combination of other points in the set.
| void VoronoiSimplex::reduceSimplex | ( | int | bitsUsedPoints | ) |
Reduce the simplex (only keep vertices that participate to the point closest to the origin)
bitsUsedPoints is seen as a sequence of bits representing whether the four points of the simplex are used or not to represent the current closest point to the origin.


Instructions
About
The purpose of this code is to work with multiple sketch data files, and merge or split the
sketches into new files.
Guide
-
Loading Data: Use the "Choose Files" button at the top to select one
or more sketch data files. This will load the labels of the sketches from each of those
files on the left side.
-
Moving Data: Use the "Move" buttons in the middle to transfer the
labels to the left and right listboxes.
-
Sorting Data: Use the "Sort" buttons to sort the labels in the target
listbox in alphabetical order.
-
Downloading Data: Use the "Download" to download the labels' sketches
in the right listbox into a new data file.


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#include <stddlg.h>
Inheritance diagram for TFileCollection::
Public Methods | |
| TFileCollection (ccIndex aLimit, ccIndex aDelta) | |
| TSearchRec* | at (ccIndex index) |
| virtual ccIndex | indexOf (TSearchRec *item) |
| void | remove (TSearchRec *item) |
| void | free (TSearchRec *item) |
| void | atInsert (ccIndex index, TSearchRec *item) |
| void | atPut (ccIndex index, TSearchRec *item) |
| virtual ccIndex | insert (TSearchRec *item) |
| TSearchRec* | firstThat (ccTestFunc Test, void *arg) |
| TSearchRec* | lastThat (ccTestFunc Test, void *arg) |
Static Public Methods | |
| TStreamable* | build () |
Static Public Attributes | |
| const char* const | name |
Protected Methods | |
| TFileCollection (StreamableInit) |
Definition at line 196 of file stddlg.h.
|
|
Calls the base TSortedCollection constructor to create a collection with the given limit `aLimit' and delta `aDelta'. |
|
|
Undocumented. |
|
|
Returns a pointer to the TSearchRec object indexed by `index' in this file collection. Reimplemented from TNSCollection. |
|
|
Inserts the TSearchRec file referenced by `item' into the collection at the given `index' and moves the following items down one position. The collection will be expanded by delta if the insertion causes the limit to be exceeded. |
|
|
Replaces the TSearchRec file found at `index' with the given `item'. |
|
|
Called to create an object in certain stream-reading situations. |
|
|
This iterator returns a pointer to the first TSearchRec object in the collection for which the `Test' function returns True. Reimplemented from TNSCollection. |
|
|
Removes (deletes) the given TSearchRec file `item' from the collection and frees the space in the collection. |
|
|
Returns the index of the given TSearchRec file `item' in this file collection. |
|
|
Inserts the TSearchRec `item' into the collection, and adjusts the other indexes if necessary. By default, insertions are made at the end of the collection. The index of the inserted `item' is returned. |
|
|
This iterator scans the collection from last item to first. It returns a pointer to the first item (that is, the nearest the end) in the collection for which the `Test' function returns True. Reimplemented from TNSCollection. |
|
|
Removes (deletes) the given TSearchRec file `item' from this file collection. The space in the collection is not freed. |
|
|
Undocumented. Reimplemented from TSortedCollection. |


{{ define "main" }}
Paragraph of text beneath the heading to explain the heading. We'll add onto it with another sentence and probably just keep going until we run out of words.
Call to actionParagraph of text beneath the heading to explain the heading. We'll add onto it with another sentence and probably just keep going until we run out of words.
Call to actionParagraph of text beneath the heading to explain the heading. We'll add onto it with another sentence and probably just keep going until we run out of words.
Call to actionParagraph of text beneath the heading to explain the heading. We'll add onto it with another sentence and probably just keep going until we run out of words.
Call to actionParagraph of text beneath the heading to explain the heading. We'll add onto it with another sentence and probably just keep going until we run out of words.
Call to action


A THOUSAND ACRES A film review by Steve Rhodes Copyright 1997 Steve Rhodes
RATING (0 TO ****): **
A book with all the right ingredients does not a script make. Nor will the casting of great acting talent a movie make. It takes more than the right raw materials to fashion a compelling film narrative.
Certainly, in the film A THOUSAND ACRES director Jocelyn Moorhouse started off with many blessings. For a retelling of the King Lear story she has Jason Robards as the father, Larry Cook, and as his daughters, Michelle Pfeiffer as Rose, Jessica Lange as Ginny, and Jennifer Jason Leigh as Caroline.
The unfocused script by Laura Jones is based on the best selling novel of the same name by Jane Smiley.  What it lacks is more than sketchy motivation for the characters' actions.
In the story, the father wants to give away his rich farm to his three daughters. When Caroline raises a doubt about whether it is a good idea, her father immediately casts her out of the family and gives the farm to the other two women. Once the father becomes unemployed, he becomes increasingly drunk, bored, and sullen.
The performances by Pfeiffer and Lange are excellent even if the script dulls your interest in the characters they play. They both bob and weave as they talk like little girls who've never quite grown up. Robards gives a sometimes chilling performance as the stern father with a laser-like glare, whose alcoholism rapidly transforms into madness. Only the usually reliable Jennifer Jason Leigh gives a disappointing performance. She makes a strategic error in her portrayal of lawyer Caroline, the youngest of the brood. She underplays the part when her usual fieriness is called for.
"We're not going to be sad," advises Rose to Ginny. "We're going to be angry till we die." Therein lies the problem with the film's presentation. The characters mope around, whining about their woes, but rarely work up anything approaching anger. The story drifts along on a dreamy cloud. And when the two married women, Rose and Ginny, end up having affairs with the same man, neither seems particularly shocked or concerned. Even the show's most dramatic scene, in which the sisters discusstheir sexual abuse as children, is strangely ineffectual. Perhaps because of the story's plodding pace and large plot holes, this potentially powerful scene leaves one dispassionate when it should have been emotionally draining. The studio wasted money by hiring high quality actors, Keith Carradine, Kevin Anderson, and Colin Firth, to play the parts of the husbands and the lover. Each character remains little more than an outline so that, when the wives have affairs, the audience does not become emotionally involved.
The ending has one character making a totally unbelievable decision and another giving us a tear-jerker. Both left me unmoved.
A THOUSAND ACRES runs 1:45. It is rated R for nudity, profanity, and mature themes. It would be fine for mature teenagers. Although the acting by Pfeiffer and Lange is uniformly fine, the rest of the movie isn't so I give it thumbs down and **.
**** = A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show. Don't waste your money. 0 = Totally and painfully unbearable picture.
REVIEW WRITTEN ON: September 27, 1997
Opinions expressed are mine and not meant to reflect my employer's.
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


Welcome to the online home of the Affable Bean Green Grocer.
Our unique home delivery service brings you fresh organic produce, dairy, meats, breads and other delicious and healthy items direct to your doorstep.


This is a side opening nav demonstration
Make your browser smaller and the top menu wil become into a lateral slider menu


video
element: VP8Tests whether the HTML5 video
element is supported using WebM
video (VP8 video with Vorbis audio).
If the preceding video clip can be played (a man's voice will be heard, beginning "Hi there, I quickly want to show you"), the test passes.
video
element: H.264Tests whether the HTML5 video
element is supported using MP4
video (H.264 video with AAC-LC audio).
If the preceding video clip can be played (a man's voice will be heard, beginning "Hi there, I quickly want to show you"), the test passes.


First 75 to register will receive a FREE race
T-shirt!† Get here early!
2003 Rocky
Mountain Roubaix
USCF and
Collegiate Road Race
Collegiate
Team Time Trial and Criterium
USCF
Individual Time Trial and Criterium
Sunday, April 13
Promoted by: The University of Montana Cycling Team
Held under USAC permit
Saturday April 12, 2003 will mark the 22nd annual Rocky Mountain Roubaix. This classic cycling event is modeled after the famous Paris Roubaix. This 35-60 mile road race has significant sections of unpaved roads.† Racers are encouraged to USE HEAVY WHEELS AND TIRES. Flats and out-of-true rims are not uncommon. Support will be "wheel-in, wheel-out" only.† This event is a Montana Cup Points Series event.
On Sunday, April 13 there will be a collegiate team time trial, a USCF individual time trial and a USCF and collegiate criterium. The time trial course and criterium course are entirely paved. The time trial course is an approximately 10 km out and back with generally flat terrain.† The crit is a simple 4 corner on new roads with slight uphill and downhill sections.
Homestays are available. Email or call Corbin Schwanke<EMAIL_ADDRESS>406-721-6380) or Kathleen Jones<EMAIL_ADDRESS>for arrangements to be made.
All USCF rules apply.
Helmets must be worn during race and warm-up.
The road race and time trial courses are open to traffic. Racers have the use of the right lane only. Yellow line violations will result in disqualification.† Promoter reserves the right to combine categories. Racers should realize this racecourse contains rough, unpaved sections of road. Licenses will be available on race day. Non-licensed racers are required to purchase a one-day racing license. Race is neutral during train crossings.
CATEGORIES
Senior Men 1,2,3, Collegiate Men A, Senior Men 4,5, Collegiate Men B, C, Masters Men 35-44, Masters Men 45+, Women 1,2,3, Collegiate Women A, Women, 4, Collegiate Women B, Masters Women 35+, Juniors
RACE TIMES (Tentative groupings depending on attendance)
SATURDAY-††††††† Registration: ††††††††††††††††††††††††††††††††††††††† 12:00 p.m.-12:45 p.m.
††††††††††††††††††††††††††††††† Menís 1, 2, 3, College A:†††††††††††††††††††† 1:00 p.m.†††††††††††††††† 60 miles
††††††††††††††††††††††††††††††† Menís 4, 5, College B & C: 1:06†††††††††††††††††††††††††††††††††††††††† 35 miles
††††††††††††††††††††††††††††††† Menís Masters†††††††††††††††††††††††††††††††††††† 1:12†††††††††††††††††††††††††††††††††††††††† 35 miles†††††††††††††††††
All Women††††††††††††††††††††††††††††††††††††††††††† 1:18†††††††††††††††††††††††††††††††††††††††† 35 miles
SUNDAY-††††††††††††† Time Trial Registration:†††††††††††††††††††††† 8:00 a.m.-8:45 a.m.
First Team:††††††††††††††††††††††††††††††††††††††††††† 9:00 a.m. with teams following at 2 minute intervals.† Order will be Menís A, Menís B/C, Womenís A, Womenís B/C.
First USCF Rider:†††††††††††††††††††††††††††††††† First rider will go off 2 min. after last collegiate team, individual riders will follow at 1 min. intervals with 3 min. breaks between categories.† Order will be Juniors, Women, Menís Masters, Menís 4/5, Menís 1/2/3.
††††††††††††††††††††††††††††††† Critierum Registration†††††††††††††††††††††††† 12:00 p.m.-12:45
Criterium start order and times will depend on attendance.
†††††††††††††††††††††††††††††††
DIRECTIONS TO RACE
SATURDAY- From Missoula take Highway 93 (Brooks Avenue) South of town about two miles. Turn right on Blue Mountain Road at the Montana Athletic Club. Registration and race start is at the NORCO parking lot across the street from the Montana Athletic Club.
SUNDAY Ė For time trial, take I-90 west to Frenchtown exit, take a right at end of exit ramp, then a left at the frontage road.† Follow the frontage road to Frenchtown High School parking lot.† For the criterium, take I-90 to Airway Blvd. Exit (back towards Missoula from the TT course), follow Airway to Expressway and take a right, follow Expressway to DeSmet Elementary School parking lot.† Crit course is on Sandpiper Lane just a block down Expressway.
AWARDS- To be announced.
TO REGISTER:† Race day registration only.
ENTRY FEES- ††††
|
Category |
Road Race |
Time Trial |
Crit |
Both TT and Crit |
|
Collegiate |
$20 |
$10/team |
$5/rider |
NA |
|
USCF |
$20 |
$7 |
$7 |
$10 |
|
Juniors |
$10 |
$5 |
$5 |
$7 |
Questions- contact race director Corbin Schwanke at<PHONE_NUMBER><EMAIL_ADDRESS>Road Race Course Ė Moccasin and Deschamps are unpaved.


Git Reference
List of Helpful Git and Terminal Commands
General Git Commands
| Command Name | Description |
|---|---|
| git --version | This will give back the current version of Git |
| git init | This will initiate an empty git repository. Before entering this
command, cd into the folder that you want to initialize. |
| git add filename | This will add the file to the staging area. To select all of the files in a folder, replace filename with "." |
| git diff | This will show what modifications were made between the current staging and the last one. |
| git diff --staged | |
| git commit -a -m'insert commit message here' | This will commit all of the files in your staging area. Be sure to make the
commit message descriptive. |
| git status | This will show you the files ready to be committed |
Branch Specific Commands
| Command Name | Description |
|---|---|
| git branch | Will list all of the branches in the entire repo |
| git branch branchName | Will create a new branch |
| git checkout branchName | Will switch to the specified branch |
| git checkout -b branchName | Will create a new branch and immediately switch over to it. This will help to
eliminate errors by letting you just keep going rather then having to switch over to the branch that you just created |
| git merge branchName | Will merge that branch with the one that you're currently in |
| git branch -d branchName | Will delete that branch if it has already been merged |
| git branch -D branchName | Will force a delete even if it hasn't been merged |
Helpful Terminal Commands
| Command Name | Description |
|---|---|
| pwd | Show my Present Working Directory |
| cd | Change Directory |
| ls | List directories in this current directory |
| mkdir | MaKe DIRectory |
| ~ | Will take you to the main directory (cd ~) |
| clear | Will clear the terminal window |
| ../ | Will take you up a directory (cd ../) |


--- layout: default title: 刘晓庆课题组-相册 categories: - academic --- {% for photo in site.categories.academic %}


WITNESS LIST Jurisprudence Committee July 15, 2003 - 9:00A HB 3 FOR: Carlson, Pat Chairman (Tarrant County Repulican Party Chair), Fort Worth, TX Zafereo*, Mark (Self), Victoria, TX AGAINST: Banner, Bruce (Self), Austin, TX Beving, Rita (Self), Addison, TX Burt, Stephanie (Myself- TAASA and Bridges to Life), Henderson, TX Carvell, Helen (Self), Austin, TX Fath, Shudde (Self), Austin, TX Forbath, William (UT Austin School of Law/my own views), Austin, TX Forde, Katherine (Self), Spring, TX Kraft, Julius (Self), Austin, TX McAfee, Anne (Self), Austin, TX McClendon, Ruth Jones Representative (District 120), Austin, TX Mead, Kathryn (Self), Austin, TX Nickerson, Jim (Self), Pittsburg, TX Pate, A.J. (Self), Houston, TX Raymond, Richard Representative (District 42, Texas House of Representatives), Laredo, TX Wethington, Emily (Self), Austin, TX ON: Lynn, Steven (Arizona Independent Redistricting Commission), Phoenix, AZ Owens, Bill (Self), San Antonio, TX Registering, but not testifying: Against: Davis, James (Self), Austin, TX Davis, Maryalice (Self), Austin, TX Garcia, Gustavo (Self), Austin, TX Gerson, Lora Ann (Self), Austin, TX Gunn*, Joe (Workers), Austin, TX Howard, Donna (Self), Austin, TX Kutner, Marc (Self), Austin, TX Nau, Dana (Self), Austin, TX Smith, Tom (Self), Austin, TX Willis, D.L. Dally (Communications Workers of America), Midland, TX Providing written testimony: Against: Hoffman, Donna (Self and Austin Tan Cerca de la Frontera), Austin, TX Toelle, Nancy (Self), Austin, TX HB 3 Witness List Notes ON: * (indicates illegible handwriting on witness affirmation card)


Two-level Homomorphic Encryption demo
pairing parameter :
BN254
BN_SNARK1
BLS12_381
library status
initializing...
clear table
Client
secretKey :
x
y
EncG1(x)
EncG2(y)
1. append "x,y" and encrypt them (multiple times)
2. send to server
received ciphertext
0
6. decode ciphertext(the value is in 32-bit integer)
0
Server
publicKey :
3. compute EncGT(x * y) := EncG1(x) * EncG2(y) for each row
4. sum of all values in EncGT(x * y) column
result
0
5. return to client


Next meetup: Octobvember 77th 3921
You are writing a mobile or HTML5 web application that needs just a little bit of a backend. Maybe you want to access MongoDB, send an SMS, or an e-mail. Do you really need to host your own Node.js service to run this small snippet of backend logic?
In this talk I will take a hard look at the role of the backend in modern applications. I will introduce the concept of a webtask - a lightweight representation of backend logic that can safely be embedded in a client application. I will show how you can use modern container technologies based on CoreOS and Docker to build a generic, multi-tenant runtime for securely executing webtasks directly from a mobile or HTML5 application. You don’t need a backend to run backend code.
This talk is based on lessons learned when building the Node.js sandboxing technology for internal use in our core operations at Auth0.
Find out more: Webtask concepts Webtask CLI Webtask playground Webtask technology
WebRTC has had a real tough 3 or 4 years, and so have those working with it. Only a few short years ago, the development world were excited about WebRTC and proclaiming how awesome it was.
You might have played with the technology a couple of years ago, only to find the extra infrastructure requirements were painful to implement and poorly documented. This probably left a bitter taste in your mouth, especially when things went wrong.
Those in the industry have been working hard to sweeten the deal again - efforts have been made to bring WebRTC into the mainstream and as a result the technology is experiencing a rebirth. Thanks to those who have remained dedicated to improving the situation for those around them, WebRTC is finally starting to fulfil the original expectations that were had of it. Both the technology and the support networks have been built up to make experimenting with it again a pleasure, not a pain.
WebRTC has grown up; in this talk you will learn how far along the tech has come, its current capabilities, the amazing things that people are starting to do with it, and how simple getting started with the new toolsets available.
You've heard of TypeScript, but you're not sure if it's a good idea, and you've never really seen it in action. TypeScript is powerful though, rapidly gaining momentum, and has a lot more to offer than just JS + classes. Let's take a proper look.
In this talk, we'll dig a bit deeper and play around with some of the more interesting features TypeScript gives you. We'll walk through the extras that TypeScript provides and how they'll solve your every woe, learn a bit about where the types come in and why you care, and see how exactly you might put it into action on your next Node project.


Growing support for impeachment probe, WSJ/NBC News poll finds
Partisan lines hardening: 88% of Democrats support Trump’s removal, while 90% of Republicans oppose removal
by Aaron ZitnerWASHINGTON — A polarized nation is dividing even further into its hardened partisan corners, with Republicans firming up opposition to the House impeachment investigation of President Donald Trump and support growing among Democrats for removing him from office, a new Wall Street Journal/NBC News poll finds.
Some 53% of Americans in the survey said they approve of the Democratic-run House impeachment inquiry, with 44% disapproving. Nearly half — 49% — said that Trump should be impeached and removed from the White House based on what they have heard so far, with 46% opposing impeachment and removal.
When the Journal/NBC News poll asked a similar question in early October, support for impeachment and removal lagged behind opposition, 43% to 49%.
While many shifts in the course of October are within the polls’ margins of error, they suggest that Americans are now divided by party over impeachment to the same extensive degree that they are divided over Trump himself.
Among Democrats, support for removing Trump from office rose to 88%, up 13 percentage points from early October and in line with the 92% who disapprove of the president’s job performance. Among Republicans, opposition to removing Trump rose to 90%, up 5 percentage points, and nearly identical to the 91% who approve of the president’s performance in office.
An expanded version of this report appears on WSJ.com.
Also popular on WSJ.com:
The making of the world’s greatest investor.
The liquor everyone’s buying — even people who can’t stand it.


You can change the perspective of the coverflow with a zoom-in or zoom-out gesture (put one finger on the coverflow and move a second finger up or down).
Click on an image to display more details.
Items
-
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Type MapState
Namespace RogueSharp
A class representing the state of a Map which can be used to Restore a Map to a previously Saved state
This POCO (Plain Old C# Object) can be easily serialized and deserialized
Properties
Public properties
CellProperties[] Cells get; set;
An array of the Flags Enumeration of CellProperties for each Cell in the Map.
The index of the array corresponds to the location of the Cell within the Map using the formula: index = ( y * Width ) + x
int Height get; set;
How many Cells tall the Map is
int Width get; set;
How many Cells wide the Map is


Fast and low overhead web framework, for Node.js
Why
An efficient server implies a lower cost of the infrastructure, a better responsiveness under load and happy users. How can you efficiently handle the resources of your server, knowing that you are serving the highest number of requests as possible, without sacrificing security validations and handy development?
Enter Fastify. Fastify is a web framework highly focused on speed and low overhead. It is inspired from Hapi and Express and as far as we know, it is one of the fastest web frameworks in town. Use Fastify can increase your throughput up to 100%.
Quick start
Get fastify with NPM:
npm install fastify
Then create server.js
and add the following content:
'use strict'
const fastify = require('../fastify')()
const schema = {
schema: {
response: {
200: {
type: 'object',
properties: {
hello: {
type: 'string'
}
}
}
}
}
}
fastify
.get('/', schema, function (req, reply) {
reply
.send({ hello: 'world' })
})
fastify.listen(3000, err => {
if (err) throw err
console.log(`server listening on ${fastify.server.address().port}`)
})
Finally, launch the server with:
node server
and you can test it with:
curl http://localhost:3000
Visit the Documentation to learn more about fastify.
Core features
These are the main features and principles on which fastify has been built:
- 100% asynchronous: all the core is implemented with asynchronous code, in this way not even a millisecond is wasted.
- Highly performant: as far as we know, Fastify is one of the fastest web frameworks in town, depending on the code complexity we can serve up to 20000 request per second.
- Extendible: Fastify is fully extensible via its hooks, plugins and decorators.
- Schema based: even if it is not mandatory we recommend to use JSON Schema to validate your routes and serialize your outputs, internally Fastify compiles the schema in an highly performant function.
- Logging: logs are extremely important but are costly; we chose the best logger to almost remove this cost, Pino!
- Developer friendly: the framework is built to be very expressive and help the developer in his daily use, without sacrificing performance and security.
A faster web framework
Leveraging our experience with Node.js performance, Fastify has been built from the ground up to be faster than the currently well-known web frameworks such as Express or Hapi. Have a look at our benchmarks section to compare fastify performance to other common web frameworks.
~10 times
faster than HAPI
~2.5 times
faster than Express
Ecosystem
Fastify has an ever-growing ecosystem of plugins. Probably there is already a plugin for your favourite database or template language. Have a look at the Ecosystem page to navigate through the currently available plugins. Can't you find the plugin you are looking for? No problem, it's very easy to write one!
14
Plugins
Acknowlegments
This project is kindly sponsored by:
Also thanks to:
- Luciano Mammino (Website design)


--- layout: post title: Symbian Talking Heads event date: 2006-11-15 00:00:00 categories: business mobile ---
So I'm at the Symbian Talking Heads event.
Q: What is one thing you'd like to change to make mobile content a reality, or more of a success?
A1: More immediacy in the access to content (incl. purchasing process). The more immediate it is, the more I'd use it.
A2: Better user experience and trust.
A3: Third parties can already do this stuff; having operators act consistently would help drive the market.
A4: Completion of the whole ecosystems, better publishing tools, better discovery, mechanisms for people other than those with serious commercial intent to make money. Create an economy so people can innovate.
Q: Drilling down on content discovery: typically either content comes with the handset, or it's purchased from an MNO. Is this the future?
A1: There are other ways, e.g. the ringtone market. T-Mobile decided not to pursue the ringtone market 6 years ago (!). Third parties made the proposition stick, now operators have 25-40% share of ringtones. In 5 years time, what's on the device and what the operator chooses to serve up to you will be a minority.
A2: Search makes a lot of sense on mobile, when it's optimised for that device.
Q: On the fixed internet, content is free. Is it feasible for ad support to make content free on mobile?
A1: Not unless the advertising works! Part of the issue with the ad model is that lessons from the web model are getting blurred. The web ad model matured with keyword search, not banners: it was targeting that delivered results. Location is the competitive advantage of mobile. The problem is not how to put banners on a small screen, but tapping into keyword search and advertising to local folks (Bleh!)
Q: So will most content be free in a couple of years?
A1: If you can change the ad model.
A2: We'll look at advertising in combination with other forms of content. People have a 1-1 relationship with their phone, which helps with targeting. Most of us appreciate adverts if they're relevant to us (really?)
A3: When people search, they're more accepting of advertising because it's answering a query. Keyword search works. Banners ad on mobile? The jury's out on that one, the production costs of interruptive banner advertising may not be met by revenue from ads.
A4: The internet benefits from a broadband business model, while mobile is on dial-up (with extortionate charges!). £20/meg for data is just rude.
Q: Will data charges be affordable in 2-3 years?
A1: I was ready for this last year but it didn't come.
A2: There are services which users will pay more for when packaged up properly. RIM has shown this; email may be one.
A3: Who's going to buy their holiday to Mauritius through their mobile phone? Well, people do. This might be an interesting model but it won't drive sales significantly.
Q: (from ex-operator X guy) Music downloads are working well. 20% of Gnarls Barkley downloads in the UK were via operator X, at £1.50 per track, taking 90 seconds to download. The other 80%, pretty well, were via iTunes. Watchwords for mobile content: immediate, relevant, social. SeeMe TV: 12m downloads in its first year. The one thing we need to see are devices and organisations that think of content as >10% of their business. Handset ergonomics are vital but not influenced by the industry as a whole.
A1: Handset vendors are leading the propositions now, towards being media devices: e.g. Nokia have a music device. Operators need to do the same thing.
Q: What else is needed in the device?
A1: I'm waiting for devices not specifically optimised for voice with staying power. The turning point comes with this.
Q: So long as devices are oriented around phone calls, will content remain 10% of revenues?
A: 90% of operator revenues come from voice and SMS, the voice business is an 800-pound gorilla. It's going to be a struggle for content moving forwards.
Q: One large European operator launched the RAZR before knowing that voice on it worked properly, thanks to consumer demand. Isn't there a catch-22 here: demand is obviously for devices that do voice. Are you asking operators to sell people devices they don't want?
A: There aren't more applications out there because of a lack of ecosystem. e.g. pricing: looking at the BBC home page might cost me 20p on a dodgy T-Mobile package.
Q: So what will consumers want in large quantities?
A: Email. Flat subscription fees for data+content. Mobile TV will take a while.
Q: (Content provider) We don't know better than anyone else how to target consumers. They want this stuff, they just don't know they can have it. How do we educate customers?
A1: Some examples are TV programmes to encourage awareness of texting.
A2: We're not trying to create new content for mobile, we want to embed mobility into content we already have.
And then, I had to go. Good debate, really interesting stuff. A sense of exasperation, but quiet confidence.


Kieran Modra dead: Paralympic champion cyclist killed in road collision accident near Adelaide
The five-time gold medallist was hit by a car in the town of Gawler
by Hardik VyasFive-time Paralympic gold medallist Kieran Modra has died after being hit by a car while riding his bike north of Adelaide on Wednesday.
The 47-year-old, who was visually impaired, collided with a car that was travelling in the same direction on a road near the town of Gawler, South Australia, local media reported.
"We are very saddened to hear of the passing of long-time supporter and friend of the RSB, Kieran Modra, in a cycling accident on Wednesday morning," Australia's Royal Society for the Blind said in a Facebook post.
"Our thoughts and condolences are with his wife Kerry and the Modra family at this difficult time."
Modra, a swimmer and tandem cyclist, claimed five gold and five bronze medals at eight Paralympic Games between 1988 and 2016, along with two silver medals at the 2014 Commonwealth Games in Glasgow.


Nowadays, we had many great libraries to build a reusable charts, such as nvd3
, c3
, highchart
... etc. Those are really great! But what react-d3
aimed to build is not only a reusable chart library, but also building reusable chart components for further usages.
For instance, if we want to build a new chart on top of react-d3
it is super easy, just call <xaxis>
, <yaxis>
and pass proper props. and we will build your xaxis and yaxis for you! This concept of building chart components might be a much better solution of building a whole new reusable chart community.
Reusability : You have to build your chart over and over again. react-d3
is using react
, ES6
technologies make you easily to import and export your components.
Difficult to track data flow : It is so easy to mess up with your data, because most of the time you are manipulating data.
Sync your data to the svgs : When you finally change your data to a specific format, it's also cause many problems when updating data to your svgs. Where should I update? Did it update? What data is now? react-d3
help you solve the problems.
Checking your input data : Inputting the wrong data, will break your chart easily without knowing the reason.
There are many main reasons using react as a basic structure.
PropType Check : React build-in PropTypes
for checking props. So now if you pass the wrong format your console will tell you to change to proper prop.
Props : React props make you know your data better. Because props are like Immutable data in react components. So you can track your data more easily.
State : State make d3 much more powerful. Because when state change react will re-render your component with the optimal speed. And also it can make you
Components : Components make it easy to reuse your charts again and again.
Rendering : By default react re-render your component when every props and states change, which make d3 more awesome. Because we can have less problem on making sure if the data is up-to-date or not.
We have a whole new point of view to build a better reusable chart component library. Unlike other react-d3 or reusable chart library. Which means you can build other charts(like bubble chart for example) using or tooltip utils, zoom utils, axes utils, ... etc.
Building a highly reusable component
library is what we are trying to do. MAKE EVERYTHING COMPONENT
and we will try to build every type of charts using react-d3
core components.


{% extends 'layout.html' %} {% block pageTitle %} Get help to buy food and milk (Healthy Start) {% endblock %} {% block content %}
The Get help to buy food and milk (Healthy Start) service uses government data sources to check your eligibility.
To be paid correctly for all your children, make sure that each child is named on your Universal Credit claim.
Go to your Universal Credit account to check this.


Python
What we covered today in python was pretty fun... in my opinion at least. We learned how to define functions and how to call those functions later. I guess it just makes things quicker/easier for the person writing the code. We split into groups of 3 and each group had to create a different function and put a list through the function. The program had to output the final modified list. I found it helpful that I could define any function that I wanted and only have to type it once.
We also learned about tkinter graphics. We didn't cover this for too long but I wrote some code to draw a rectangle with an X through it from corner to corner. I thought that was pretty cool.
Accounting
In accounting today, we just had a brief overview of what we had learned last week. About credit and debit transactions and how Assets = Liabilities + Owners Equity.
Graphic Design
Today in graphic design, my team and I created a rough draft of our logo for our startup 2Trade in Adobe Illustrator. We also started on our flyer for our startup.
10 Step Tutorial On What We Learned Today In Python
- 1. Define Your Function
- Use def in Python to assign a function to a name of your choice:
- def func(num1)->float:
- Whatever you put underneath that will be the function. The "float" just means that it will output a float.
- 2. Decide What To Put in the Function
- My personal function added one to a given integer. But you can put anything in here! (Not really everything but a lot of stuff). Since I had to make an entire list go through the list, I used a for loop inside my function to enable it to go through the entire list. After that, the function returns the data and I print the function's results. Make sure that you always end your function with
- return num1
- 3.  Say your function was to add two numbers. Now, whenever you want, you can us it to add two numbers using your new add function.
- 4. Setup Tkinter Graphics in Python
- When you do this, at the top of your page should be import tkinter. Without it, the following will not work. Underneath the first line, write this:
- window = tkinter.Tk()
- canvas = tkinter.Canvas(window, width=500, height=500)
- canvas.pack()
- Now at the bottom of the page, write this:
- tkinter.mainloop()
- In between the second to last and last line is where we are going to draw in tkinter graphics
- 5. Coordinates
- Before we start drawing, we have to know how coordinates work inside python. It's a little different from normal mathematics. The x-axis lies at the top of the page while the y-axis is to the left. The units are in pixels. The amount of pixels on the canvas is set in step 4 to 500x500. This will prove to be very important.
- 6. Drawing a Line
- Lets start by drawing a line. We do this like so:
- canvas.create_line(w, x, y, z)
- Now with w, x, y, and z in the parentheses, nothing will happen. That's because this is where the coordinates go. The first two coords being the x/y values for one endpoint on the line. While the last two coords are the x/y values for the second endpoint. Try inputing some values for the coordinates. (Don't input numbers that go above the range that you set in step 4 or the line will go offscreen)
- 7. Making a Rectangle
- First type the following:
- canvas.create_rectangle(w, x, y, z)
- The letters mean the exact same thing as they did in the previous step so nothing new there. The cool thing is that to make a perfect rectangle, you only need two coordinates. This means that the formatting for making a rectangle is the same as making a line! So easy!
- 8. Combining Designs
- Now that you've learned how to make lines and rectangles in python, you could probably use that to create some pretty cool designs! You're only limited to your own imagination!
- 9. Reflect On What You've Learned
- You've learned how to create your own original functions in python and how to draw lines and rectangles in tkinter graphics. Good job and well done!
- 10. Prepare Yourself For the Blog Posts to Come
- My team and I will continue making blog posts and tutorials throughout the CC Startup Academy program about what we are doing in class. So stay tuned!


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Before Change
// we could use temporary directory for this with a context manager and
// TemporaryDirecotry, but then each test that uses mnist would re-download the data
// this way the data is not cleaned up, but we only download it once per machine
mnist_path = osp.join(tempfile.gettempdir(), "MNIST_data")
with filelock.FileLock(mnist_path + ".lock"):
self.mnist = input_data.read_data_sets(mnist_path)
self.np_random = np.random.RandomState()
After Change
// TemporaryDirecotry, but then each test that uses mnist would re-download the data
// this way the data is not cleaned up, but we only download it once per machine
mnist_path = osp.join(tempfile.gettempdir(), "MNIST_data")
with filelock.FileLock(mnist_path + ".lock"):
self.mnist = input_data.read_data_sets(mnist_path)
self.np_random = np.random.RandomState()


The C-like component is not really a language on its own,
it is the basis of many other components. To use it directly, however,
use the class "language-clike"
.
// Single line comment
/* Multi-line
comment */
"foo \"bar\" baz";
'foo \'bar\' baz';
123
123.456
-123.456
1e-23
123.456E789
0xaf
0xAF
foo();
Bar();
_456();


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Personal GitHub page for Naveen Adarsh Petla
A list of libraries that are maintained by me:
ngx-dragdrop
ngx-widget-grid