This set of Surveying Multiple Choice Questions & Answers (MCQs) focuses on “GIS – Four M’s”.
1. Which of the following indicates the correct set of M’s used in the case of GIS?
a) Manipulating, monitoring, mapping, modeling
b) Measuring, manipulating, mapping, modeling
c) Measuring, monitoring, marketing, modeling
d) Measuring, monitoring, mapping, modeling
View Answer
Answer: d
Explanation: GIS follows certain principles which are accompanied as measuring the parameters, developing maps, monitoring the changes, modeling the alternatives of the process. This is the methodology followed for obtaining a better output.
2. Which of the following works involves modeling?
a) Tectonic plate movement
b) Drainage network
c) Roadway line
d) Railway line
View Answer
Answer: b
Explanation: Modeling is used in the environmental works, drainage network and model terrains which are usual in acquiring information of the required object. This helps in covering information about the specific object in a wide range.
3. Mapping involves which of the following?
a) Soil details
b) Boundary details
c) Cadastral details
d) Population details
View Answer
Answer: c
Explanation: Mapping is done in order to asses a particular area or object in a detailed manner. It includes land use land cover details, cadastral details, agriculture and hydrological details.
4. In which aspect of agriculture GIS is used?
a) Soil analysis
b) Seed requirement
c) Fertilizer
d) Pesticides
View Answer
Answer: a
Explanation: Agriculture field is having a wide range of classifications among them usage of GIS is having more priority. The usage of GIS can be seen in farm management, soil analysis and crop monitoring.
5. Which of the following software can be used in case of property tax assessment?
a) STAAD Pro
b) Revit
c) Remote sensing
d) GIS
View Answer
Answer: d
Explanation: Though different kinds of software’s are available, GIS is having its priority in case of estimating the property tax. GIS can be used in case of economic development, Market analysis and transportation.
6. Which of the following software’s are used for developing vehicle route?
a) Autodesk Revit
b) STAAD Pro
c) GIS
d) Remote sensing
View Answer
Answer: c
Explanation: GIS is used in the field of transportation for having a clear idea about transportation and the traffic flow in a particular area. This helps in diverting the vehicles in order to reduce the traffic.
7. Population forecast can be done by using GIS.
a) False
b) True
View Answer
Answer: b
Explanation: GIS is not only used in terms of planning of a city but also in estimating the present population and upcoming population. This can be done by enabling all the features in GIS which can reduce the work of estimating population, which is conventionally done by applying formulae.
8. Which of the following is not a property of coordinate in GIS?
a) Line of sight
b) Origin
c) Axis
d) Units of measurement
View Answer
Answer: a
Explanation: The coordinates which are used in GIS are having three properties those include origin, axis and units of measurement. Each of these will be applied in every aspect of the GIS software.
9. Which of the following represents the correct set of coordinate classification in GIS?
a) Spherical, projected systems
b) Geographic, projected systems
c) Geographic, spherical systems
d) Geographic, geometric systems
View Answer
Answer: b
Explanation: In GIS, the coordinates are classified into geographic and projected systems. Geographic coordinates are used for spherical and non linear systems and projected coordinates are used for planar and linear systems.
10. Longitudes are used to represent which of the following directions?
a) North–East
b) South
c) North
d) East
View Answer
Answer: d
Explanation: The directions east and west are represented by the longitudes, which cover the entire surface of the earth. Every longitude is divided based on the standard meridian and is placed equidistant from each other.
Sanfoundry Global Education & Learning Series – Surveying.
To practice all areas of Surveying, here is complete set of 1000+ Multiple Choice Questions and Answers.
Participate in the Sanfoundry Certification contest to get free Certificate of Merit. Join our social networks below and stay updated with latest contests, videos, internships and jobs!
This set of Surveying Multiple Choice Questions & Answers (MCQs) focuses on “Errors in GIS”.
1. Which of the following doesn’t indicate a topology error?
a) Polygonal features
b) Gaps between polygons
c) Silver polygons
d) Unclosed polygons
View Answer
Answer: c
Explanation: Topology errors generally include polygonal features, gaps between polygons, overlapping polygon borders and unclosed polygons. Some of these are negligible and some of them can be reduced by following certain precautions and by applying some parameters.
2. Which of the following acts as a source of inaccuracy?
a) Format of data
b) Silver polygon
c) Unclosed polygon
d) Dongle nodes
View Answer
Answer: a
Explanation: Difference in scale, age of data, format of the data, qualitative and quantitative errors act as a source of inaccuracy. Inaccuracy develops due to lack of technique in the work which is being done.
3. Among the errors occurring in GIS, which can cause a drastic change or fail the entire process?
a) Format of data
b) Unclosed polygons
c) Dongle nodes
d) Silver polygons
View Answer
Answer: d
Explanation: Development of silver polygons leads to the creation of similar polygonal features, which arises a lot of confusion to the user as well as the software. It can’t differentiate them and in turn merges them to make a single feature.
4. Which of the following is not a category of error?
a) Change in format
b) Areal cover
c) Map scale
d) Density of observation
View Answer
Answer: a
Explanation: Sources of errors include aging of data, areal cover, map scale, density of observation, etc., these are temporary and can be adjusted by following certain parameters. These can be prevented if proper care is taken while the procedure is carried out.
5. Age of data can act as a source of error.
a) False
b) True
View Answer
Answer: b
Explanation: Aging of data acts as a major source of error. Past data may contain a lot of unknown standards which can’t be used in the present day. They might be irrelevant to the present situation and sometimes they won’t exist.
6. Which of the following can be represented as an example of format error?
a) Silver polygons
b) Dongle nodes
c) Changing from raster to vector
d) Areal cover
View Answer
Answer: c
Explanation: After completion of interpretation using GIS software, the data must be stored in any type of software which can be easily accessible. If the stored data undergone any change in format, it may or may not be able to open. If it doesn’t open, then the entire data present in it can be erased.
7. Silver polygons occur due to excessive overlaying.
a) False
b) True
View Answer
Answer: b
Explanation: GIS process involves overlaying procedure in which the data can be placed layer by layer without any confusion. While placing, there is a chance of developing silver polygons which means the development of polygons one on another. It leads to merging of data and ends up creating a single polygon rather than many.
8. The figure represents which type of error in GIS?
a) Pseudo node
b) Silver polygon
c) Dongle node
d) Poly line feature
View Answer
Answer: b
Explanation: The figure represents the silver polygon, which is a condition where the overlapping polygon takes place in the GIS software. This can be removed by deleting unnecessary data.
9. The figure given below represents which topological error?
a) Pseudo nodes
b) Silver polygon
c) Dongle nodes
d) Polygonal feature
View Answer
Answer: a
Explanation: The figure represents pseudo nodes, which is a condition where nodes of the poly lines aren’t connected. In order to connect them, vertex must be corrected for having a better result.
10. Dongle nodes can be removed by ___________
a) Undo
b) Eraser
c) Behind shoot
d) Over shoot
View Answer
Answer: d
Explanation: Dongle node is a condition where the edge of the polygon is improperly connected to the second poly line. The removal of dongle nodes can be done by applying undershoot or over shoot operations.
Sanfoundry Global Education & Learning Series – Surveying.
To practice all areas of Surveying, here is complete set of 1000+ Multiple Choice Questions and Answers.
Participate in the Sanfoundry Certification contest to get free Certificate of Merit. Join our social networks below and stay updated with latest contests, videos, internships and jobs!
This set of Surveying Multiple Choice Questions & Answers (MCQs) focuses on “GPS – Operational Control Segment (OCS)”.
1. Which of the following is used for shaping the velocity of the satellite orbit?
a) User segment
b) Control segment
c) Ground segment
d) Space segment
View Answer
Answer: b
Explanation: The entire process of GPS has been categorized into user segment, control segment. These are allocated with a certain part of the entire work. Control segment helps me monitoring the shape and velocity of satellite orbits.
2. Which type of band can be used in the control segment?
a) N-band
b) M-band
c) K-band
d) S-band
View Answer
Answer: d
Explanation: For the proper functioning of the control segment, usage of certain bands like L-band and S-band is involved. L-band facilitates the path of GPS radio frequency and S-band facilitates the information transfer sessions.
3. Which among the following describes the usage of the S – band?
a) Merging wave length
b) Measuring wavelength
c) Duplex information transmission
d) Identifying signals
View Answer
Answer: c
Explanation: S-band usage plays a crucial role in the control segment as it helps in conducting duplex information transfer sessions with space vehicle and secure communication data links.
4. For coupling globally distributed ground assets which among the following can be used?
a) S-band
b) L-band
c) K-band
d) M-band
View Answer
Answer: a
Explanation: Secure communication data links are used in coupling globally distributed ground assets. These are produced from the S-bands, which are important in control segments.
5. Which of the following indicates the operations performed by the control segment?
a) Identifying bands
b) Merging signals
c) Controlling space vehicle
d) Determining wavelengths
View Answer
Answer: c
Explanation: Control segment can perform operations like controlling and maintaining status and configuration of the space vehicle, support system interfaces to associated services, manage and schedule the ground assets.
6. Which of the following is not included in the Operation Control segment?
a) Master control station
b) Alternate master control station
c) Commands
d) Program
View Answer
Answer: d
Explanation: An Operation Control Segment generally involves a master control station, an alternate master control station, commands and control antennas. Monitoring sites were also developed which can access the progress of work.
7. Which of the following can be used to generate navigational messages?
a) Control station
b) User segment
c) Space segment
d) Delivery segment
View Answer
Answer: a
Explanation: The generation of the navigational message can be done by using the master control station. The generated signals can be sent to the satellite. It can also provide command and control of the GPS constellation.
8. Ground antennas can be communicated using __________
a) N-band
b) K-band
c) S-band
d) M-band
View Answer
Answer: c
Explanation: The satellite to ground antenna communication can be established by using the s-band. The s-band can perform and provide the anomaly resolution with the early orbit support.
9. Satellite segment receives which of the following information?
a) Signals
b) Uplink control
c) Location
d) Gamma rays
View Answer
Answer: b
Explanation: Satellite segment receives the uplink control and position data from the ground segment. This can also create time related and satellite position messages, which can be transmitted by using frequencies.
10. Which of the following satellites can use OCS?
a) LISS-III
b) IRS-1B
c) IRS-1A
d) IIF
View Answer
Answer: d
Explanation: OCS can be used in the GPS mounted satellites like IIR-M and IIF which are currently in the orbit of rotation. These are having high accuracy GPS tracker which can function better than any other satellites.
Sanfoundry Global Education & Learning Series – Surveying.
To practice all areas of Surveying, here is complete set of 1000+ Multiple Choice Questions and Answers.
Participate in the Sanfoundry Certification contest to get free Certificate of Merit. Join our social networks below and stay updated with latest contests, videos, internships and jobs!
This set of Surveying Multiple Choice Questions & Answers (MCQs) focuses on “GPS – Calculation of User Position”.
1. Which of the following is necessary for further processing in code based positioning?
a) Frequency
b) Carrier wave
c) Receiver clock error
d) Satellite
View Answer
Answer: c
Explanation: In pseudo ranging, code based positioning takes places, which needs a certain parameter to continue further. Those include receiver clock error and the position of co-ordinates. By using these, equations can be developed for solving the unknowns.
2. Two satellites are enough for finding accurate position of the object.
a) False
b) True
View Answer
Answer: a
Explanation: GPS is used in finding the location of object. In order to have an accurate location of the object, it is recommended to have at least four satellites in contact of the object to locate the point. Otherwise, it may consume more time for having the output.
3. Carrier phase uses the principle of ____________
a) Compass
b) Theodolite
c) EDM
d) Traversing
View Answer
Answer: c
Explanation: Carrier phase uses the principle of EDM, where the measurement of phase is done. GPS can measure the difference between the phase of oscillator and receiver satellite. It can attain accuracy up to 3-10 mm.
4. Which of the following can be identified as the correct set for position fixing method?
a) Carrier phase, relative positioning
b) Code phase, absolute positioning
c) Absolute positioning, relative positioning
d) Code phase, carrier phase
View Answer
Answer: d
Explanation: In GPS, fixing position plays an n important role which must be done with accuracy. So as to attain accuracy, it involves certain methods like code phase and carrier phase.
5. Cycle slip occurs due to change in____________
a) Wave length
b) Phase
c) Frequency
d) Velocity
View Answer
Answer: b
Explanation: In a carrier phase, the determination of initial ambiguity is foremost important as t has to measure the carrier phase. Ambiguity must be fixed so that the phase can be locked. If at all the phase loses its lock formation of cycle slip occurs.
6. Kinematic positioning will come under which of the following classification?
a) Relative positioning
b) Absolute positioning
c) Resection method
d) Carrier wave method
View Answer
Answer: a
Explanation: Relative positioning involves certain classifications. Those are given as kinematic positioning, static positioning, stop-and-go GPS positioning. Each one can be adopted based on the type of work being done as all of them yield better results.
7. Base receiver is kept stationary in which of the following operations?
a) Stop-and-go positioning
b) Kinematic positioning
c) Fast static positioning
d) Static positioning
View Answer
Answer: c
Explanation: Fast static positioning follows the same principle of static positioning. In static positioning, all receivers are kept stationary where as in fast static positioning, only base receiver is kept stationary.
8. If the connection of the number of satellites decreases, the accuracy of the positioning increases.
a) True
b) False
View Answer
Answer: b
Explanation: The accuracy of the position can be improved only if the numbers of satellites connected to the user are more. In general, a maximum of four satellites must be connected to the user for having a better output.
9. Which of the following indicates the correct set of GPS data classification?
a) Almanac and ephemeris
b) Ephemeris and user segment
c) Ephemeris and space segment
d) Almanac and user segment
View Answer
Answer: a
Explanation: The GPS data has been classified so as to have a correct idea about the work going on. The classification includes almanac and ephemeris. This data is continuously transmitted by the GPS satellites and the GPS receivers.
10. The GPS time must be very accurate.
a) True
b) False
View Answer
Answer: a
Explanation: For the calculation of the time that the GPS signal took, we need to have an accurate time of the signal. The GPS satellites possess atomic clocks, which are able to keep the time very precise. Sometimes it is not feasible to set an atomic clock.
Sanfoundry Global Education & Learning Series – Surveying.
To practice all areas of Surveying, here is complete set of 1000+ Multiple Choice Questions and Answers.
Participate in the Sanfoundry Certification contest to get free Certificate of Merit. Join our social networks below and stay updated with latest contests, videos, internships and jobs!


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很裸的最长公共子序列，DP（LCS）。
Problem
B
The Twin
Towers
Input: standard
input
Output: standard
output
Once upon a time,
in an ancient Empire, there were two towers of dissimilar shapes in
two different cities. The towers were built by putting circular
tiles one upon another. Each of the tiles was of the same height
and had integral radius. It is no wonder that though the two towers
were of dissimilar shape, they had many tiles in common.
However, more than thousand years after they were built, the
Emperor ordered his architects to remove some of the tiles from the
two towers so that they have exactly the same shape and size, and
at the same time remain as high as possible. The order of the tiles
in the new towers must remain the same as they were in the original
towers. The Emperor thought that, in this way the two towers might
be able to stand as the symbol of harmony and equality between the
two cities. He decided to name them the Twin Towers.
Now, about two thousand years later, you are challenged with an
even simpler problem: given the descriptions of two dissimilar
towers you are asked only to find out the number of tiles in the
highest twin towers that can be built from them.
Input
The input file
consists of several data blocks. Each data block describes a pair
of towers.
The first line of a data block contains two integers N1 and N2 (1
<= N1, N2 <= 100) indicating the
number of tiles respectively in the two towers. The next line
contains N1 positive integers giving the radii of the tiles (from
top to bottom) in the first tower. Then follows another line
containing N2 integers giving the radii of the tiles (from top to
bottom) in the second tower.
The input file terminates with two zeros for N1 and N2.
Output
For each pair of
towers in the input first output the twin tower number followed by
the number of tiles (in one tower) in the highest possible twin
towers that can be built from them. Print a blank line after the
output of each data set.
Sample
Input
7 6
20 15 10 15 25 20 15
15 25 10 20 15 20
8 9
10 20 20 10 20 10 20 10
20 10 20 10 10 20 10 10 20
0 0
Sample
Output
Twin Towers #1
Number of Tiles : 4
Twin Towers #2
Number of Tiles : 6
#”<<ncase<<endl<<“Number
of Tiles : “;


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Naturally, Bitrise supports iOS applications built with either Ionic or Cordova. However, the code signing process is slightly different compared to a “native” Xcode project.
Bitrise supports both manual and automatic provisioning for Ionic and Cordova apps as well - and once again, the processes are somewhat different.
Ionic/Cordova code signing with manual provisioning
Generate the native Xcode project locally from your Ionic or Cordova project by calling
cordova platform add ios
orionic cordova platform add ios
.Use our
codesigndoc
tool to collect the code signing files.Upload the files to bitrise.io.
You can do this either on the website UI or with the
codesigndoc
tool itself.Make sure you have the
Certificate and profile installer
step in your workflow.Add the
Generate cordova build configuration
step to your Workflow. It must come after theCertificate and profile installer
step.Fill in the required input for the step. Please note that both the
Code Signing Identity
and theProvisioning Profile
are required inputs for iOS apps even though they are not marked as such.Build configuration
: you can set it to eitherdebug
orrelease
.Code Sign Identity
: enter a Developer or a Distribution identity.Provisioning Profile
: enter the appropriate Provisioning Profile.Packaging Type
: this controls what type of build is generated by Xcode. Set the type of code signing you need.
Add the
Cordova archive
or theIonic archive
step to your workflow.Fill in the required inputs.
- The
Platform
input needs to be set to:device
. - The
Build command configuration
input must match theBuild configuration
input of theGenerate cordova build configuration
step.
This step must come after the
Generate cordova build configuration
step in the workflow.- The
Run your build!
Ionic/Cordova code signing with auto provisioning
Make sure your .p12 signing certificates are uploaded to bitrise.io.
If you use
codesigndoc
to collect the files, note that you can tell the tool to export only the certificates, by calling:codesigndoc scan --certs-only xcode
codesigndoc
can also upload the files to the website, or you can do that manually.Add the
Cordova prepare
or theIonic prepare
step to your Workflow. These steps call theplatform rm
andplatform add
commands.Add the
iOS Auto Provision
step to your workflow. Please make sure it’s the latest version!The step will export:
- the project’s development team
- the installed codesign identity’s name
- the installed provisioning profile.
These will be used by the
Generate cordova build configuration
step.!!! warning “Do not use both code signing steps in your workflow” If you have both the
Certificate and profile installer
and theiOS Auto Provisioning
steps in your workflow, your build will fail.Add the
Generate cordova build configuration
step to your Workflow. Configure the step to use the code signing settings exported by theiOS Auto Prevision
step:!!! example “Development distribution example”
yaml - generate-cordova-build-configuration: inputs: - development_team: $BITRISE_DEVELOPER_TEAM - package_type: development - code_sign_identity: $BITRISE_DEVELOPMENT_CODESIGN_IDENTITY - provisioning_profile: $BITRISE_DEVELOPMENT_PROFILE - configuration: debug
!!! example “Production distribution example”
yaml - generate-cordova-build-configuration: inputs: - development_team: $BITRISE_DEVELOPER_TEAM - package_type: app-store - code_sign_identity: $BITRISE_PRODUCTION_CODESIGN_IDENTITY - provisioning_profile: $BITRISE_PRODUCTION_PROFILE - configuration: release
Add the
Cordova Archive
or theIonic Archive
step to your workflow.Fill in the required inputs.
- The
Platform
input needs to be set to:device
. - The
Build command configuration
input must match theBuild configuration
input of theGenerate cordova build configuration
step.
- The
Set the
Should remove platforms as prepare step?
tofalse
. This is crucial: it ensures the step will not remove and re-add the platform of the native projects generated in theCordova prepare
or theIonic prepare
step.Run your build!


Jax Node.js
User Group
First Meeting
October 2013
Upcoming meetings
WebStorm from Jetbrains in November
Are you interested in presenting?
Upcoming events
Robots Conf in Dec. on Amelia Island
SPONSORS
CoWork Jax
Interested in more
NUSH
Node User Group Social Hour
After the meeting
Intro to Node
Kevin Sakhuja


Welcome to Physio Effect JB Ltd
Welcome to our Physio Web Application. This is site was created to facilitate your Physiotherapy treatment with us.
Our Web Forms
Are you up for an appointment with us?. Need to contact us? Find some useful forms below.
Our Web Sites
Please find more information about our Company and our Physiotherapy Services by visiting the following sites.


Eudaimonia, happiness poem:
November 9, 2009
-will you come to me ?
will you come ?
will you follow through on what we saw today
you heard the beat of a music that I thought was just for me
I read it in your face, your hands moved with simple grace
you could be a painter if be but a canvas where the air was there
I can see that you are not in disrepair but something has wronged you
And I would be but a hand away,
hand in hand support you
what will it be like when
we differentiate our phenomenal experience,
what will something new be like?
something new but so like a dream
I may know what it is like when I am not mine
I know how to be you
but what it will be like in the future, but what the experience will bring
I can not Imagine and so now I only can await it like a gift from you
you the listener who captivates me
who unwinds the rhymes and sets backwards the motion of that which I constructed
lay the pieces to the floor
only you can find the one thing in them that can be carried on
You will find the one seed that will flourish if you reach to it
Eudaimonia
I would take the first ship out of harbor
I would catch the first train from the station
-or a taxi off any road as far as my money would take me
or overseas if it were to take me further
But I can't Go!
I can't leave,
Something in this city on a hill is held captive
I know it captivated me
It was like the garden, and it cannot be uprooted
we can not get back to what is gone
We cannot get back to something which is not there
we can not but symbolize life that is not.


PyVISA: Control your instruments with Python¶
PyVISA is a Python package that enables you to control all kinds of measurement devices independently of the interface (e.g. GPIB, RS232, USB, Ethernet). As an example, reading self-identification from a Keithley Multimeter with GPIB number 12 is as easy as three lines of Python code:
>>> import pyvisa
>>> rm = pyvisa.ResourceManager()
>>> rm.list_resources()
('ASRL1::INSTR', 'ASRL2::INSTR', 'GPIB0::12::INSTR')
>>> inst = rm.open_resource('GPIB0::12::INSTR')
>>> print(inst.query("*IDN?"))
(That’s the whole program; really!) It works on Windows, Linux and Mac; with arbitrary adapters (e.g. National Instruments, Agilent, Tektronix, Stanford Research Systems).
General overview¶
The programming of measurement instruments can be real pain. There are many different protocols, sent over many different interfaces and bus systems (e.g. GPIB, RS232, USB, Ethernet). For every programming language you want to use, you have to find libraries that support both your device and its bus system.
In order to ease this unfortunate situation, the Virtual Instrument Software Architecture (VISA) specification was defined in the middle of the 90ies. VISA is a standard for configuring, programming, and troubleshooting instrumentation systems comprising GPIB, VXI, PXI, Serial, Ethernet, and/or USB interfaces.
Today VISA is implemented on all significant operating systems. A couple of vendors offer VISA libraries, partly with free download. These libraries work together with arbitrary peripherical devices, although they may be limited to certain interface devices, such as the vendor’s GPIB card.
The VISA specification has explicit bindings to Visual Basic, C, and G (LabVIEW’s graphical language). Python can be used to call functions from a VISA shared library (.dll, .so, .dylib) allowing to directly leverage the standard implementations. In addition, Python can be used to directly access most bus systems used by instruments which is why one can envision to implement the VISA standard directly in Python (see the PyVISA-Py project for more details). PyVISA is both a Python wrapper for VISA shared libraries but can also serve as a front-end for other VISA implementation such as PyVISA-Py.


{% include head.html %}
{% include topNav.html %}
{% include menu.html %} {% include home.html %} {% include feed.html %}
{% include player.html %}
YtQck
Working on the mobile layout
{% include scripts.html %}


Status: In Development
The components are being worked on just about
everyday.
No official releases have been cut yet.
Prerequisites
-
Node.js
-
npm
or
yarn
-
Only one version of a component can be installed.
-
If you use npm
instead of yarn make sure the components are
installed flat.
-
Yarn has a built in feature: yarn install --flat
How to Use
Every component is its own package.
So if you only want to use one, no problemo!
-
Click the install icon on any of the
component pages
and run the command.
Example:
-
Once installed, components can be loaded
via 2 ways choose one.
Example (type="module" required on script tag):
Hello Gorgeous!


scroll
Artistic Direction, Edition, Illustration
Artistic Direction, Webdesign, UX / UI
Artistic Direction, Packaging
Drawing
Visual identity, Webdesign
Artistic Direction, Edition
Artistic Direction, Identity, Webdesign
Art Direction, Advertising
Artistic Direction, Webdesign, UX / UI


New Patient Registration
{{usrName}}
{{usrName}}
{{UsrEmail}}
Profile
Logout
Smart Clinic
Dashboard
Register Patient
Create Session
Book Consultation
List Sessions
List Patients
Diagnosis
{{error}}
{{cue2}}
User Name
{{verifyLabel}}
User Name is required
User Name is too short. Requires at least 3 chars
Password
Password is required
Password is too short. Requires at least 3 chars
Doctor ID
Doctor ID is required
Full Name
Full Name is required
Special characters not allowed
Gender
Male
Female
Date Of Birth(DD-MM-YYYY)
Date Of Birth is required
Place
Place is required
Mobile
Mobile is required
Not a valid mobile number. Requires exactly 10 digits
Email
Email is required
Invalid email address
Register
Reset
{{cue}}


Sterling steady as hopes of Tory election win overshadows weak data
LONDON, Nov 13 — The pound was slightly weaker against the US dollar today and stable against the euro, as weak economic data, which should hurt sterling, is more than offset by supportive political developments in Britain.
Average weekly earnings rose at a weaker pace in the three months to September in the UK, but the pound continues to derive support from Monday’s news that the Brexit Party will not contest the seats the Conservative Party won in 2017 at the general election next month.
The move increased the chance that Boris Johnson will stay as prime minister and implement his deal to take Britain out of the European Union.
Optimism was further fuelled by a YouGov poll released yesterday showing Johnson’s Tories had a 14-point lead over the opposition Labour Party.
“The pound is likely to remain well supported as long as the political news-flow pointing to a Tory majority continues,” said Derek Halpenny, head of research at MUFG, but added that “the upside is limited.”
“There is a price to pay for these gains — a promised short transition period that will weigh on sentiment and with the economy set to weaken further as household spending weakens, pound gains will be contained.”
Sterling was last down marginally at US$1.2834 (RM5.33). Against the euro, the pound was flat at 85.72 pence.
Traders will be watching UK inflation data released at 0930 GMT. Economists polled by Reuters expect the consumer price index to fall to 1.6 per cent in October year-on-year from 1.7 per cent in September. — Reuters


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Application Program Interface (API)edit
Curator ships with both an API and CLI tool. The API, or Application Program Interface, allows you to write your own scripts to accomplish similar goals—or even new and different things—with the same code that Curator uses.
The API documentation is not on this site, but is available at http://curator.readthedocs.io/. The Curator API is built using the Elasticsearch Python API.


Due to the heavy strain that WindowMe puts on our servers, we have to take precautions to ensure maximum reliability. Sorry for the inconvenience.


Single Dish Radio Astronomy Software Tools¶
For an overview of SDRAST and the current status please visit https://sdrast.github.io/.
General Purpose Radio Telescope Monitor and Control¶
This is a collection of Python packages for using any fully sterable antenna and receiver as a radio telescope. The requirement is that the all the systems have their own controllers which can be operated with through a Python server using a standard communication protocol (e.g. sockets, USB, IEEE-488, RS-232, SNMP, etc.). The base package submodules provide superclasses for clients of these servers.
It is possible to use an existing monitor and control system as the server, as
long as there is a way for it to accept commands and send responses using a
standard protocol. In this case, the MonitorControl
server which provides
the gateway needs to be organized as a set of system servers using the same
interface.
In this diagram, each client has a subclass which is specific to the server to
which it interfaces. The client subclasses which used for a particular observing
session are defined in a Python function called configuration()
. There
can be any number of configurations identified by a string context
.
Communication between clients and their servers uses the Pyro5
module.
The central server keeps track of what happens to a signal as it enters the telescope (antenna) and progresses to its final digital format for analysis. To achieve this there are three base superclasses.
Each of the clients in the previous figure is a subclass of Device
which
operates on one or more Signal
objects that enter and leave via
Port
objects.
Operation¶
The central client works at the command line, using simulators for the antenna,
receiver front end, and signal processing backend. True
means that client
is communicating with (simulated) hardware.:
In [1]: from MonitorControl.dss_server import DSSServer
In [2]: cs = DSSServer('WBDC2_K2',
config_args={'hardware': {'Antenna':True,
'FrontEnd':True,
'Backend':True}},
boresight_manager_kwargs=dict(reload=False, dump_cache=False))
In [3]: for device in cs.equipment.keys():
print(device, "is", cs.equipment[device])
Antenna is DSN_Antenna "DSS-43"
FE_selector is None
FrontEnd is K_4ch "K"
Rx_selector is None
Receiver is WBDC2 "WBDC-2"
IF_switch is IFswitch "Patch Panel"
Backend is SAOclient "SAO spectrometer"
sampling_clock is None
In [4]: cs.equipment['Backend'].roachnames
Out[4]: ['roach1', 'roach2', 'roach3', 'roach4']
In [5]: cs.equipment['FrontEnd'].read_PMs()
Out[5]:
[(1, 3.3588105790590205e-08),
(2, 4.000051946785503e-08),
(3, 5.2318605854014335e-08),
(4, 4.906179322988035e-08)]
In [6]: cs.equipment['FrontEnd'].feed_states()
Out[6]: (False, True)
In [7]: cs.equipment['FrontEnd'].set_ND_on()
In [8]: cs.equipment['FrontEnd'].read_PMs()
Out[8]:
[(1, 7.344903928672483e-08),
(2, 8.764367036205836e-08),
(3, 1.1014350435767278e-07),
(4, 1.0521970259070695e-07)]
In [9]: cs.equipment['Backend'].hardware
Out[9]: <Pyro5.client.Proxy at 0x7fe5e5576e50; connected IPv6;
for PYRO:backend@localhost:50004;
owner <greenlet.greenlet object at 0x7fe5f40e8cb0>>
Clients are being developed for a GUI using Qt5. A web-based client using Flask and Flask Socket IO are also being developed.
Base Class Modules¶
These modules are all part of the base MonitorControl
package.
MonitorControl Package¶
Monitor and Control of DSN radio astronomy equipment
In a very general sense, a configuration consists of Device sub-classes which operate on signals, and Ports at the Device inputs and outputs which transfer signals from one Device to another. Configurations defined for various situations are in the Configurations sub-module.
Devices may add to the properties of a signal. This is a typical sequence.
There are many ways a Device may characterize the data. Most common is power, or something which is proportional to the average of the square of the voltage samples. Cross-product averages may contain polarization information or fringe visibility. Because the output ports and signals must encode what kind of data they contain, a number of standard codes are defined for Device, Port and Signal objects which MUST be used in their names.
Classes:
MonitorControlError(RuntimeError)
Signal(object) -
Beam(Signal) - signal with both polarizations present
ComplexSignal(Signal) - signal with both I and Q components
IF(Signal) - signal with no phase information (I or Q)
Spectrum(Signal) - digitized and usually transformed
Device(object) - generic object with Ports (in and/or out)
GainSection(Device) - amplifiers, attenuators, filters, etc.
Switch(Device) - 1xN, Nx1, 2x2 switches
Port(object) - object which passes a Signal
Observatory(object) - class for describing infrastructure
DeviceReadThread(threading.Thread) - gathers data
The module functions are:
ClassInstance - provides a specific subclass object for a template class
valid_property - forces signal properties to follow a naming convention
show_port_sources - print diagnostic information about ports
link_ports - connect an upstream port with downstream port(s)
oldest_ancestor - finds the top parent of the candidate
find_source - upstream object belong to a specified class
Functions¶
|
This creates an instance of the specified sub-class |
|
|
|
Connect an upstream port with downstream port(s). |
|
finds the top parent of the candidate |
|
Helper method to print diagnostic information about ports. |
|
All entries must have a substr matching an entry in the signal property list. |
Classes¶
alias of |
|
|
Signal class for radiation arriving at a feed. |
|
ComplexSignal class for an RF output from an orthomode or polarizer. |
|
Superclass for anything that receives, processes and outputs a signal. |
|
One thread in a multi-threaded, multiple device instrument |
|
Any device which increases or decreases the power level without changing the frequency and possible splits the signal. |
|
Electrical signal out of a receiver, suitable for detection or digitization. |
|
Error handler for this module |
|
Defines the Observatory class. |
|
Class for a signal port in an Device. |
|
Class for type of signal passing through a Port object. |
|
|
|
Three basic switch types are recognized: “1xN”, “Nx1” and “2x2”. |
Class Inheritance Diagram¶
MonitorControl.Antenna Package¶
Classes¶
|
A subclass of Telescope that can connect to a server that is currently running. |
|
Defines the Telescope class. |
Class Inheritance Diagram¶
MonitorControl.FrontEnds Package¶
Superclass for receiver front ends
Classes¶
|
Device which converts EM radiation to electrical signals. |
Class Inheritance Diagram¶
MonitorControl.Receivers Package¶
Module for controlling and monitoring DSN science receivers
This has the highest Receiver superclass which described the functionality of a generic receiver.
Classes¶
|
Device which converts RF signals to IF signals for detection or digitization |
Class Inheritance Diagram¶
MonitorControl.BackEnds Package¶
Superclass for backend devices
Classes:
Backend(Device) which has private class
DSProc(Device), which has private class
Channel(Device)
Processor(Device)
Functions¶
|
Returns the channel number where a given frequency is to be found. |
|
Create an array of frequencies for the channels of a backend |
|
Do a Gaussian smoothing of the spectrum and then fit a polynomial. |
Classes¶
|
Defines the Backend class, some assembly of DSP hardware. |
|
Data processing device (computer) which provides additional processing |
Class Inheritance Diagram¶
MonitorControl.Configurations Package¶
This package describes equipment configurations used in DSN radio astronomy.
Nested dict ‘cfg’ is keyed the DSN stations, then the DSN receivers and then the polarizations which are available at the inputs of the VLBI DAT matrix switch, which will also be the DTO matrix switch. This dict can edited easily if more IFs become available, simply replacing the appropriate 0 with the input number. If there is no key, that IF does not exist.
References
http://deepspace.jpl.nasa.gov/dsndocs/810-005/302/302C.pdf
Attachment to e-mail from Alina Bedrossian on 03/21/2017 at 09:16 AM gives this assignment:
Antenna Type Switch CDSCC GDSCC MDSCC
BWG1 1 34_S1 24_S1 54_S1
2 34_X1 26_S1 54_X1
3 34_Ka1 15_X1 54_Ka1
BWG2 4 35_X1 25_X1 55_X1
5 35_Ka1 25_Ka1 55_Ka1
BWG3 6 36_S1 15_S1 65_S1
7 36_X1 26_X1 65_X1
8 36_Ka1 26_Ka1 63_X2
70-m 9 43_S1 14_S1 63_S1
10 43_X1 14_X1 63_X1
AUX 11 AUX1 AUX1 AUX1
12 AUX2 AUX2 AUX2
Functions¶
|
Returns the Observatory instance and equipment dict for a context |
Context Modules¶
Antenna¶
MonitorControl.Antenna.DSN Package¶
Classes¶
|
A subclass of Telescope that can connect to a server that is currently running. |
Class Inheritance Diagram¶
MonitorControl.Antenna.DSN.simulator Package¶
Provides a class to act a bit like an NMC
Classes¶
|
antenna simulator |
Class Inheritance Diagram¶
Front Ends¶
MonitorControl.FrontEnds.DSN Package¶
Descriptions of DSN front ends without monitor and control functions
Class Inheritance Diagram¶
MonitorControl.FrontEnds.K_band Package¶
K_4ch - client module for K_4ch front end class
This provides a superclass with code common to both WBDC versions
sub-package implements control and monitoring of the K-band front end using a LabJack
Signals¶
These are the signals monitored or controlled by the LabJack:
FIO IO type description
--- -- ---- -----------
0 0 DO feed 1 load control (pulsed high-low-high)
1 1 DO feed 2 load control (pulsed high-low-high)
2 2 DO amp 1 bias control (pulsed high-low-high)
3 3 DO amp 2 bias control (pulsed high-low-high)
4 4 DO phase-cal (high = True = on)
5 5 DO phase-cal rail (high = True = 4 MHz, low = 1 MHz)
6 6 DI controls LabJack TickDAC
7 7 DI controls LabJack TickDAC
EIO IO type description
--- -- ---- -----------
0 8 DI amp 1 bias on (high = True, low = False)
1 9 DI amp 2 bias on
2 10 AIN -12 V
3 11 AIN +12 V
4 12 AIN +5 V
5 13 AIN +8 V
6 14 AIN Lambda supply
7 15 DO ND control
CIO IO type description
--- -- ---- -----------
0 16 DI feed 1 in load
1 17 DI feed 2 in load
2 18 DI feed 1 on sky
3 19 DI feed 2 on sky
Classes¶
|
The 4-channel downconverter with four inputs for two pols and two feeds. |
Class Inheritance Diagram¶
Receivers¶
MonitorControl.Receivers.DSN Package¶
DSN receiver descriptions with no monitor and control functions
Class Inheritance Diagram¶
MonitorControl.Receivers.WBDC Package¶
WBDC - module for Wide Band Down Converter receiver classes
Overview¶
There are two versions of the wideband down-converter
WBDC1 has two RF sections after the band-splitting filters, one for 22 and 24 GHz, two switch-selectable LOs and one IF section.
WBDC2 has five RF sections and five IF sections.
The sections, as well as feed switching, polarization selection, etc. are basically the same.
Input Switching¶
The first stage of the WBDC allows the down-converter groups to be switched between the two feeds.
Polarization Conversion¶
After the band-selecting RF filters, the linearly polarized signals from each feed can be switched into a quadrature hybrid to be converted to cicular polarizations.
Sideband Separation¶
The down-conversion produces complex outputs (i.e. a pair of signals I and Q). There are switches which can direct each I/Q pair into a quadrature hybrid to convert them to an upper and lower sideband pair.
WARNING! RFsection method _rename_beam is very dependent on the naming convention used, specifically, the length of the names.
Classes¶
|
Base class for a DSN K-band wideband down-converter. |
Class Inheritance Diagram¶
Back Ends¶
MonitorControl.BackEnds.DSN Package¶
Classes¶
|
Class Inheritance Diagram¶
MonitorControl.BackEnds.ROACH1 Package¶
Functions¶
|
Raw ADC count to mV. |
|
If we send the number of the roach instead of the roach name, it will still work. |
MonitorControl.BackEnds.ROACH1.SAOclient Module¶
Python Pyro client for ROACH1 firmware
Notes
This works with a Pyro5 server for ROACH1. It’s relatively independent of the firmware on the ROACH1. There is a server simulator derived from the hardware server for the 32K 1000MHz spectrometer firmware.
Class Inheritance Diagram¶
MonitorControl.BackEnds.ROACH1.simulator Module¶
This simulates a multi-ROACH backend using the TAMS firmare.
The basic program behavior is to create a SAObackend
object. This is the
parent for SAOfwif
(SAO firmware interface) objects, one for each ROACH. The
SAOfwif
class is a subclass of the DeviceReadThread
class.
Each SAOfwif
object has one or more Channel
objects (one for ROACH1,
four for ROACH2) which convert IF signals into 32K power spectra.
Because conversion to 4-channel firmware is pending, a number of SAOfwif
methods should be eventually converted to SAOfwif.Channel
methods.
Each SAOfwif
object initializes its channel(s) and simulates the ROACH’s
firmware initialization which consists of:
* setting the FFT shift register,
* setting the gain of the RF sections of the ADC channels,
* setting the accumulation (integration) time as a number of accumulations,
* configures the firmware,
* starts the thread, providing it with an 'action' method,
* immediately suspends the thread,
* sets the scan number to 1.
The SAObackend'``method ``start()
is invoked by a client. For each ROACH it:
* resumes the thread,
* invokes the client's callback handler to provide the start time,
* sets the number of accumulated spectra to zero.
The SAOfwif
method action()
increments the number of accumulations and
checks to see if it exceeds exceeds the specified number of accumulations for
a scan. If not it:
* waits for the accumulation to be completed,
* puts the accumulation (spectrum) on the combiner queue.
If the number of accumulations exceeds the specified maximum it:
* suspends the threat,
* sets the number of accumulations to 0,
* increments the scan number.
Note therefore that a scan consists of some specified number of accumulations (integrations) each of which is written as a record, that is, as a row in a 2D numpy array. It is the job of the client to start a new scan which resumes the thread.
Scan and Record Numbers
Scan and record numbers are integers or three digit strings starting with “001”. Each ROACH has its own copy of the scan number.
Record numbers are initialized to 0 when the SAOfwif object is created. It is
incremented each time action()
is entered.
Scan numbers are initialized as 0. The The scan numbers are updated in the
SAObackend
method action()
when a scan is completed. (It’s better to
think of action()
as an SAOfwif
method provided by the parent
SAObackend
.)
Metadata
The SAOfwif object creates an HDF5 file when it is initialised. The firmware
register data which do not change are attrs of the top level of the HDF5
hierarchy. The SAObackend method start(N)
will start a new scan of N records
for each ROACH. Scans are at the second level of the HDF5 hierarchy. The attrs
of the scan level of the file are those firmware registers which do not change
during a scan. Each record is written to disk as it is acquired. The attrs of
the record level are the register values which change all the time, and also
time in seconds.
Example
Creating a backend server at the command line:
from MonitorControl.BackEnds.ROACH1.SAOfwif import SAObackend
be = SAObackend("SAO spectrometer",
roachlist=["sao64k-1", "sao64k-2", "sao64k-3", "sao64k-4"])
Functions¶
|
|
|
starts logging, creates a server_cls object, launches the server object |
|
Classes¶
|
subclass with meaningful |
|
A simulated multi-ROACH 32k-channel x 4-IF spectrometer |
|
Class for one ROACH with SAO 32K spectrometer firmware |
|
Pyro server for the SAO back end |
Class Inheritance Diagram¶
Configurations¶
MonitorControl.Configurations.CDSCC Package¶
Configuration information for CDSCC
dict ‘cfg’ is a structure which contains all the receivers and polarization channels of DSN telemetry, tracking and control receivers.
dict ‘feed’ contains all the feed names and positions
References
https://deepspace.jpl.nasa.gov/dsndocs/810-005/101/101F.pdf https://deepspace.jpl.nasa.gov/dsndocs/810-005/302/302C.pdf
Notes on beam efficiency¶
In [1]: from MonitorControl.Configurations.CDSCC import * In [2]: from Radio_Astronomy import *
In [3]: forward_gain(0.766, pi*35**2, 300./8400) Out[3]: 74.63040657733823 In [4]: forward_gain(0.72, pi*35**2, 300./8400) Out[4]: 74.36144384532489
In [5]: antenna_solid_angle(0.766, pi*35**2, 300./8400) Out[5]: 4.3268237639205843e-07 In [6]: antenna_solid_angle(0.72, pi*35**2, 300./8400) Out[6]: 4.603259726615511e-07
The measured HPBW is 0.032 deg
In [7]: beam_solid_angle(pi*0.032/180,pi*0.032/180) Out[7]: 3.5247890878359627e-07
In [8]: beam_efficiency(4.3268237639205843e-07,3.5247890878359627e-07) Out[8]: 0.8146366203374346 In [9]: beam_efficiency(4.603259726615511e-07,3.5247890878359627e-07) Out[9]: 0.7657158833458915
Functions¶
|
Reference: report attached to e-mail from Shinji 05/24/2015 07:26 AM filed in Canberra/Calibration |
MonitorControl.Configurations.GDSCC Package¶
Configurations at the Goldstone Complex
Nested dict ‘cfg’ is keyed the DSN stations, then the DSN receivers and then the polarizations which are available at the inputs of the VLBI DAT matrix switch, which will also be the DTO matrix switch. This dict can edited easily if more IFs become available, simply replacing the appropriate 0 with the input number. If there is no key, that IF does not exist.
References
http://deepspace.jpl.nasa.gov/dsndocs/810-005/302/302C.pdf
The following are from cable tracing and table from Larry (DVP-DTO.jpg):
24SR -> J1A -> 2
14SR -> J2A -> 4
-> J3A ->
-> J4A -> 8
-> J5A -> 10
-> J6A -> 6
26XR -> J7A -> 18
26KaR -> J8A -> 20
-> J9A ->
14XR -> J10A ->
-> J11A ->
-> J12A -> 24


This Network Entry Point is for test purposes. To run the test program, you have to open the file Network.gwt.xml, and uncomment the line
<entry-point class='com.chap.links.client.NetworkEntryPoint'/>
such that the entry point is defined.


Used Ruby 2.5.0 along with BDD framework Cucumber for Automation product features along with reporting.
Used Jenkins for setting up sanity and regression suites for daily production releases. Created jobs for code coverage with reporting and treshold breach failures.
Used Cent OS v.6.9, Mac OS X High Sierra & Mojave, Ubuntu 16, Windows 7.
Written Ansible Scripts for logs deletion on staging environments and for setting up a deploy jobs on staging machines(which taskes care of isntalling of all dependecies).
To manage staging environments, creating new instances, allocation of disks and memeory, load balancing, adding Route53.
Used REST Apis for pricing scenarios, Stripe (payment gateway) and Zuora(Billing System) for testing of picing page/components when UI is not Optimised to load faster.
Tested various scenarios for Kafka uploaded a distributed messagin system for sclaing relatime user logs. This included testig region down and regions toggle scenrios with production like traffic.
Integrated Logs station service with the staging environments for providing staging Railsapp and other components logs on webpage in realtime.


Object Property: 'has boundary'
http://purl.org/biotop/btl2.owl#hasBoundary
Annotations (2)
-
definition "has boundary (inverse: boundary) relates (spatio)temporally qualified object with another object it fully or partially bounds.
Example: the surface of my liver physically bounds my liver.
this point in time is the boundary of my working contract" ()
-
label "has boundary" ()
Inverses (1)
Superproperties (1)
Usage (9)


Last updated: 03/14/17
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WITNESS LIST Border Affairs - Special Committee January 12, 2000-9:00A interim charges On: Abirra, Danny (Safetire Disposal of Texas), San Antonio Archer, Dr. William (Texas Department of Health), Austin Baker, Susan S. (Canseco School of Nursing), Laredo Bocanegra, Dr. Ruben (LMC), Laredo Buckley, Elmer (South Texas Workforce Development Board), Laredo Cantu, Mauricio (Department of Public Safety), Laredo Conchas, Miguel A. (Laredo Chamber of Commerce), Laredo Delgado, Rose (Laredo Development Foundation), Laredo Earhart, James M. (Rio Grande International Study Center), Laredo Flores, Linda (United I.S.D.), Laredo Flores, Mayor Elizabeth (City of Laredo), Laredo Garces, Jorge C. (Secretary of State), Austin Garcia, Jacqueline (Texas Department of Housing and Community Affairs), Laredo Holden, Scot (Safe Tire Disposal of Texas), Ardmore Hoyte, Don (Office of the Texas Comptroller), Austin Johnson, Charles (County of Dimmit), Currizo Springs Madera, Ignacio (Texas Water Development Board), Austin Marquez, David (Affordable Housing), San Antonio Martinez, Abraham (Doctors Hospital of Laredo), Laredo McMullen, Sylvia (Safe Tire Disposal of Texas), Ardmore Patrick, Michael (TX Center for Border Economic and Enterprise Development,TAMIU), Laredo Perales, Raul (Fasken, LTD), Laredo Pestana, Becky (Office of the Attorney General), Austin Ramirez, Adrian R. (Zapata County), Zapata Ramirez, Alfredo (Secretary of State), Laredo Ramirez, Dr. Bernardo (Centro de Salud), Laredo Ramos, Roberto (IBWC, Laredo office), Laredo Rath, Diane (Texas Workforce Commission), Austin Redwine, Augustin (Office of the Texas Comptroller), Austin Reyes, Rick (Webb County Commissioner), Laredo Rhodes, Elizabeth I. (TAMIU, Center for Housing and Urban Development), Laredo Robinson, Jerry (City of Laredo, Webb County Health Department), Laredo Roman, Fernando (City of Laredo), Laredo Rosenbaum, Steve (Rubber Recycling Resources), Cleveland Saitas, Jeff (Texas Natural Resource Conservation Commission), Austin Sanchez, Jesus M. (Union De Colonias Olvidadas), Laredo Selman, Keith (City of Laredo), Laredo Stauder, Mark (Mercy Health Systems of Texas), Laredo Vaughan, Tom (TAMIU), Laredo Villas, Paul (UT System Border Health Office), Edinburg Wueste, Ed (Texas Department of Transportation), Austin Registering, but not testifying: On: Cedillo, Ruth (Texas Department of Housing and Community Affairs), Austin Garza, Javier (Texas Department of Economic Development), Laredo Lopez, Yvonne G. (TxMHMR - Laredo State Center), Laredo Plattner, Mary (Canseco School of Nursing), Zapata Puig, David (Laredo Development Foudation), Laredo Rathmell, Jacob (Texas Department of Health), Laredo Valdez, Luis (TAMIU), Laredo Written materials submitted: On: Rogers, Pamela (Texas Department of Economic Development), Austin


When some morning, like all they do -the birds sing
bursting shrill - all so warm noises sleep through
Nothing same surround them but light as air
and the sleepy language between them and clouds speak
they speak come rain in daylight, block the sun
dress the moon, mornings and twilight
So come clouds and speaker your wispy voice rain
tell the cherished stories, share your evening
For I am by atmosphere where in the rainy season- everything is
and so to for will be everything together
built out of determination
that is nothing ever built
So it be a memory and never more meaningless
it has no oder and taste - not like the fleshy brain residue
so be it caught up in the forests
what stones around call to you
what do textures speak to you
as you run your hand across them
-stone surfaces, iconography
run your hand across the water
the sunlight and the air
what does the ash of me feel to you?
What does it speak? with no words
but other side of who is empathy
cast about in long sighs, eye movement, signs and sacrifices
and a radiation of textures that dare to speak
they cannot fail you now nor will I ever dare to-
rip apart the textures of the stones, the earth-en ground
By which process some day our ashes turned to
bound time bound space together.
The calm before the storm -and
how stormy it will get
here in this place
I will side by side with stormy weather
for a chance to find
comfort too good to find
in the wild wind
soaked by rain and charred by fire.


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Our value creation is anchored on the solid foundation of our corporate values,
principles of good governance, robust business strategies, risk management
framework and the inter-play between all of these and our resources.
Addressed throughout this integrated Annual Report is the link between the
different capitals with the outcome of our strategic initiatives. There is a feedback
loop, as contributions from these capitals contribute towards value creation while
our actions impact our performance.


---
layout: post
title: Moving out
date: '2014-06-20T22:24:00.001-06:00'
author: Jacob .
tags:
- front-page
- progress
modified_time: '2014-06-21T20:04:53.855-06:00'
blogger_id: tag:blogger.com,1999:blog-6400085873105072120.post-1300010664451854415
blogger_orig_url: http://www.svlark.com/2014/06/moving-out.html
---
Moving day was awesome. I took 3 more full carloads of stuff to the dumpsters.


ALO-ADD
ALO-AVG
ALO-MAX
Original Image
Side Ouput
H
2
Side Ouput
H
4
Side Ouput
H
7
Side Ouput
H
10
Side Ouput
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Merged Output
Marked Output


Mobile devices such as smartphones and tablets usually have a capacitive touch-sensitive screen to capture interactions made with the user's fingers. As the mobile web evolves to enable increasingly sophisticated applications, web developers need a way to handle these events. For example, nearly any fast-paced game requires the player to press multiple buttons at once, which, in the context of a touchscreen, implies multi-touch.
Apple introduced their touch events API in iOS 2.0. Android has been catching up to this de-facto standard and closing the gap. Recently a W3C working group has come together to work on this touch events specification.
In this article I’ll dive into the touch events API provided by iOS and Android devices, as well as desktop Chrome on hardware that supports touch, and explore what sorts of applications you can build, present some best practices, and cover useful techniques that make it easier to develop touch-enabled applications.
Three basic touch events are outlined in the spec and implemented widely across mobile devices:
Each touch event includes three lists of touches:
The touchstart, touchmove, and touchend events provide a rich enough feature set to support virtually any kind of touch-based interaction – including all of the usual multi-touch gestures like pinch-zoom, rotation, and so on.
This snippet lets you drag a DOM element around using single-finger touch:
var obj = document.getElementById('id'); obj.addEventListener('touchmove', function(event) { // If there's exactly one finger inside this element if (event.targetTouches.length == 1) { var touch = event.targetTouches[0]; // Place element where the finger is obj.style.left = touch.pageX + 'px'; obj.style.top = touch.pageY + 'px'; } }, false);
Below is a sample that displays all current touches on the screen. It’s useful just to get a feeling for the responsiveness of the device.
// Setup canvas and expose context via ctx variable canvas.addEventListener('touchmove', function(event) { for (var i = 0; i < event.touches.length; i++) { var touch = event.touches[i]; ctx.beginPath(); ctx.arc(touch.pageX, touch.pageY, 20, 0, 2*Math.PI, true); ctx.fill(); ctx.stroke(); } }, false);
A number of interesting multi-touch demos are already in the wild, such as this canvas-based drawing demo by Paul Irish and others.
And Browser Ninja, a tech demo that is a Fruit Ninja clone using CSS3 transforms and transitions, as well as canvas:
Default settings don't work very well for multi-touch, since your swipes and gestures are often associated with browser behavior, such as scrolling and zooming.
To disable zooming, setup your viewport so that it is not user scalable using the following meta tag:
<meta name="viewport" content="width=device-width, initial-scale=1.0, user-scalable=no">Check out this mobile HTML5 article for more information on setting your viewport.
Some mobile devices have default behaviors for touchmove, such as the classic iOS overscroll effect, which causes the view to bounce back when scrolling exceeds the bounds of the content. This is confusing in many multi-touch applications, and can easily be disabled:
document.body.addEventListener('touchmove', function(event) { event.preventDefault(); }, false);
If you are writing a multi-touch application that involves complex multi-finger gestures, be careful how you react to touch events, since you will be handling so many at once. Consider the sample in the previous section that draws all touches on the screen. You could draw as soon as there is a touch input:
canvas.addEventListener('touchmove', function(event) { renderTouches(event.touches); }, false);
But this technique does not scale with number of fingers on the screen. Instead, you could track all of the fingers, and render in a loop to get far better performance:
var touches = [] canvas.addEventListener('touchmove', function(event) { touches = event.touches; }, false); // Setup a 60fps timer timer = setInterval(function() { renderTouches(touches); }, 15);
Tip: setInterval is not great for animations, since it doesn't take into account the browser's own rendering loop. Modern desktop browsers provide requestAnimationFrame, which is a much better option for performance and battery life reasons. Once supported in mobile browsers, this will be the preferred way of doing things.
Remember that event.touches is an array of ALL fingers in contact with the screen, not just the ones on the DOM element's target. You might find it much more useful to use event.targetTouches or event.changedTouches instead.
Finally, since you are developing for mobile, you should be aware of general mobile best practices, which are covered in Eric Bidelman's article, as well as this W3C document.
Unfortunately, touch event implementations vary greatly in completeness and quality. I wrote a diagnostics script that displays some basic information about the touch API implementation, including which events are supported, and touchmove firing resolution. I tested Android 2.3.3 on Nexus One and Nexus S hardware, Android 3.0.1 on Xoom, and iOS 4.2 on iPad and iPhone.
In a nutshell, all tested browsers support the touchstart, touchend, and touchmove events.
The spec provides three additional touch events, but no tested browsers support them:
Within each touch list, the tested browsers also provide the touches, targetTouches and changedTouches touch lists. However, no tested browsers support radiusX, radiusY or rotationAngle, which specify the shape of the finger touching the screen.
During a touchmove, events fire at roughly 60 times a second across all tested devices.
On the Android Gingerbread Browser (tested on Nexus One and Nexus S), there is no multi-touch support. This is a known issue.
On Xoom's browser, there is basic multi-touch support, but it only works on a single DOM element. The browser does not correctly respond to two simultaneous touches on different DOM elements. In other words, the following will react to two simultaneous touches:
obj1.addEventListener('touchmove', function(event) { for (var i = 0; i < event.targetTouches; i++) { var touch = event.targetTouches[i]; console.log('touched ' + touch.identifier); } }, false);
But the following will not:
var objs = [obj1, obj2]; for (var i = 0; i < objs.length; i++) { var obj = objs[i]; obj.addEventListener('touchmove', function(event) { if (event.targetTouches.length == 1) { console.log('touched ' + event.targetTouches[0].identifier); } }, false); }
iOS devices fully support multi-touch, are capable of tracking quite a few fingers and provide a very responsive touch experience in the browser.
In mobile development, it's often easier to start prototyping on the desktop and then tackle the mobile-specific parts on the devices you intend to support. Multi-touch is one of those features that's difficult to test on the PC, since most PCs don't have touch input.
Having to test on mobile can lengthen your development cycle, since every change you make needs to be pushed out to a server and then loaded on the device. Then, once running, there’s little you can do to debug your application, since tablets and smartphones lack web developer tooling.
A solution to this problem is to simulate touch events on your development machine. For single-touches, touch events can be simulated based on mouse events. Multi-touch events can be simulated if you have a device with touch input, such as a modern Apple MacBook.
If you would like to simulate single-touch events on your desktop, Chrome provides touch event emulation from the developer tools. Open up the Developer tools, then select the Settings gear, then "Overrides" or "Emulation", and turn on "Emulate touch events".
For other browsers, you may wish to try out Phantom Limb, which simulates touch events on pages and also gives a giant hand to boot.
There's also the Touchable jQuery plugin that unifies touch and mouse events across platforms.
To enable your multi-touch web application to work in your browser on your multi-touch trackpad (such as a Apple MacBook or MagicPad), I've created the MagicTouch.js polyfill. It captures touch events from your trackpad and turns them into standard-compatible touch events.
<head> ... <script src="/path/to/magictouch.js"></script> </head> <body> ... <object id="tuio" type="application/x-tuio" style="width: 0px; height: 0px;"> Touch input plugin failed to load! </object> </body>
You may need to enable the plugin:
A live demo with magictouch.js is available at paulirish.com/demo/multi:
I tested this approach only with Chrome 10, but it should work on other modern browsers with only minor tweaks.
If your computer does not have multi-touch input, you can simulate touch events using other TUIO trackers, such as the reacTIVision. For more information, see the TUIO project page.
Note that your gestures might be identical to OS-level multi-touch gestures. On OS X, you can configure system-wide events by going to the Trackpad preference pane in System Preferences.
As multi-touch features become more widely supported across mobile browsers, I'm very excited to see new web applications take full advantage of this rich API.
{% endblock %}


Reports local classes.
A local class is a named nested class declared inside a code block.
They are unusual and can therefore be confusing.
Some code standards discourage them as well.
Example:
void test() {
class Local { // local class
}
new Local();
}


Netflix sign licensing deal with Paramount to make ‘Beverly Hills Cop 4’
The Eddie Murphy-led franchise also has an option for a fifth movie
Netflix have signed a licensing deal with Paramount Pictures to make the fourth movie in the Beverly Hills Cop franchise, it is being reported.
Starring Eddie Murphy as Detroit police Detective Axel Foley, the buddy cop franchise began in 1984, with the third and final movie released in 1994.
According to JoBlo, Paramount Pictures, which owns the rights to the franchise, has made a one time licensing deal with Netflix for the streamer to make Beverly Hills Cop 4. The agreement is also said to include an option for a fifth movie with Jerry Bruckheimer set to produce.
Last month, Murphy said he was planning on making Beverly Hills Cop 4 once work on Coming To America 2 is complete.
“We’re doing Beverly Hills Cop and then the plan is to get back on stage and do stand-up,” he told Collider, before reiterating his plans to return to stand-up.
“That’s what I’ll be doing mostly is stand-up. These movies and Saturday Night Live [Murphy will guest host in December], it’s kind of like… I’m looking at it as a bookend. If I decided I wanted to stay on the couch forever, I ended it on a funny note.”
Beverly Hills Cop 4 currently has no script, director, or release date, and there’s no word on whether Judge Reinhold will return as Detective Billy Rosewood.
Murphy’s latest movie, Dolemite Is My Name, is also currently streaming on Netflix.
Meanwhile, Eddie Murphy has hinted that he’s set to retire from movies.
Speaking in a new interview, he said that he feels most comfortable on stage performing stand-up comedy, and that it won’t be long before he gives up acting.


This website is based on Noah Veltman's code at https://bl.ocks.org/veltman/995d3a677418100ac43877f3ed1cc728, but with the addition of predator and wall-avoiding behaviour, as well as an interactive editor based on Codemirror.


velero
Backup and migrate Kubernetes applications and their persistent volumes.
More information: home page
- Create a backup containing all resources:
velero backup create backup_name
- List all backups:
velero backup get
- Delete a backup:
velero backup delete backup_name
- Create a weekly backup, each living for 90 days (2160 hours):
velero schedule create schedule_name --schedules="@every 7d" --ttl 2160h0m0s
- Create a restore from the latest successful backup triggered by specific schedule:
velero restore create --from-schedule schedule_name


Cyprus police investigate Israeli owner’s ‘spy’ van
by The Associated PressNICOSIA, Cyprus — Cypriot police have confiscated a van reportedly loaded with sophisticated surveillance equipment and have questioned its Israeli owner following media reports that the vehicle was being hired out to spy on people.
Police said Saturday that officers also searched the office of the Israeli’s Cyprus-registered company that’s being investigated on possible violations of privacy rights laws.
Police chief Kypros Michaelides told private radio station Astra that authorities are also questioning the Larnaca-based company’s other Cypriot shareholders and are looking into how this van and other surveillance equipment was imported into the country.
The police probe was initiated after local media highlighted an earlier Forbes report on the Israeli it identified as a former intelligence officer who showed off the $9 million van’s spying capabilities.
The Associated Press


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@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @(params: Map[String, Any]) @uk.gov.hmrc.hmrcemailrenderer.templates.helpers.html.template_main( params, "Your agent has made a change to your VAT business details") { @if(params("recipientName_line1").toString.trim.nonEmpty){
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}This is an important message. To view it:
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Contact: Reviewers: Tags/Status
Computes large-scale condensation and precipitation. Temperature and specific humidity adjustments are computed in model layers where the relative humidity exceeds a threshold relative humidity.
The features include: 1) option for the re-evaporation of falling precipitation 2) energetically consistent adjustment with precipitation type Reference: Manabe, S., (1969). Mon. Wea. Rev. 97, 739-798.
sat_vapor_pres_mod utilities_mod constants_mod
use lscale_cond_mod [, only: lscale_cond_init, lscale_cond ] lscale_cond_init: Must be called before lscale_cond to initialize the module, namelist, and constants. lscale_cond: Computes the large-scale condensation adjustments for temperature and specific humidity, and returns the mass of rain and snow that reach the ground (in an energetically consistent way).
call lscale_cond_init ( ) There are no arguments. ---------------------------------------------------- call lscale_cond ( tin, qin, pfull, phalf, coldt, rain, snow, tdel, qdel, mask, conv ) Input tin temperature (deg k) at full model levels [real, dimension(:,:,nlev)] qin specific humidity of water vapor at full model levels [real, dimension(:,:,nlev)] pfull pressure (pascals) at full model levels [real, dimension(:,:,nlev)] phalf pressure (pascals) at half (interface) model levels [real, dimension(:,:,nlev+1)] coldt should precipitation be snow at this point? [logical, dimension(:,:)] Input (optional) mask optional mask (0 or 1.) [real, dimension(:,:,nlev)] conv logical flag; if true then no large-scale adjustment is performed at that grid-point's level [real, dimension(:,:,nlev)] Output rain liquid precipitation (kg/m2) [real, dimension(:,:)] snow frozen precipitation (kg/m2) [real, dimension(:,:)] tdel temperature tendency at full model levels [real, dimension(:,:,nlev)] qdel specific humidity tendency (of water vapor) at full model levels [real, dimension(:,:,nlev)]
&lscale_cond_nml hc relative humidity at which large scale condensation occurs, where 0 <= hc <= 1 [real, default: hc=1.] do_evap flag for the re-evaporation of moisture in sub-saturated layers below, if do_evap=.true. then re-evaporation is performed [logical, default: do_evap=.false.]
Revision history Prior changes MPP version created. Minor changes for open_file, error_mesg, and Fortran write statements. Answers should reproduce the previous version. Prior changes * logical input argument added that specifies whether frozen precipitation should be computed for the column (note: the adjustment is now done energetically consistent for the type of precip) * output arguments for column integrated rain and snow replace the argument for total precip
Fatal Error in lscale_cond lscale_cond_init has not been called The initialization for this module must be called before calling routine lscale_cond.
Manabe, S., (1969). Mon. Wea. Rev. 97, 739-798.
None.
None.
Routine lscale_cond_init could be called automatically by the main routine lscale_cond. This would remove the current fatal error that would occur.


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--- title: Growth hacking date: '2015-06-09T10:00:13+05:30' tags: - business tumblr_url: https://sureshshanmugam.com/post/121080785490/growth-hacking-recognizes-that-when-you-focus-on ---
Growth hacking recognizes that when you focus on understanding your users and how they discover and adopt your products, you can build features that help you acquire and retain more users, rather than just spending marketing dollars.—Greylock Partner, Josh Elman, on The 5 Phases of Growth Hacking. (via greylockvc)


The 1-Wire API .NET assembly library (OneWireAPI.NET.dll) is based on our
1-Wire API for Java. The Java class files from the 1-Wire API for Java
were compiled in Microsoft J# to create the above .NET library. Please
see the OW.NET
API Primer for a nice overview/tutorial of the assembly library and how to
use. Also, make sure that the .NET framework version 2.0 and Visual J#
redistributable version 2.0 Second Edition are installed prior to running or
compiling the example programs. These are available for download from Microsoft. To create your own 1-Wire
.NET program, create a Visual Studio 2005 project and simply add a
reference to the OneWireAPI.NET.dll and vjslib (the J# redistributable)
libraries. Then start coding. The OneWireAPI.NET.dll library provides
powerful "Container" classes that wrap the entire functionality of a
1-Wire device into easy-to-program methods and properties.
The contents of the SDK for OW.NET are as follows:
File list for the OW.NET portion of the SDK:
Documentation in (install directory)\DOCS\OW.NET
HTML DOCS - To browse them, please start with index.html
Source Files and J# project for OneWireAPI.NET.dll in (install
directory)\SOURCE\OW.NET
Example Program Source Files by directory are in (install
directory)\EXAMPLES\OW.NET:
\C#
\HygrochronViewer - A
C# GUI Demo app.
Exercises DS1923 Hygrochron iButtons, DS1922L/T/E Thermochron iButtons, and DS2422 Datalogger Chips. This application supports starting and stopping missions, analyzing mission results from temperature and humidity (or as integer data values in the case of the DS2422), and saving those results to .csv file for use in Microsoft Excel or other spreadsheet applications.
\VB.NET
\ClockADJ
- A VB.NET GUI Demo app.
Sets 1-Wire/iButton clocks (basically, any OneWireContainer that implements the ClockContainer interface). Examples of these are the DS1904, DS2417, and all the iButton data logger models: DS1921G/H/Z, DS1922L/T/E, DS2422.
\DS1921GetTempLog - A
VB.NET GUI Demo app.
Downloads the temperature history of DS1921G/H/Z temperature data loggers. Allows for saving temperature history to a file.
\FileApp
- A VB.NET GUI Demo app.
The "FileApp.exe" is an example program that reads/writes files according to the 1-Wire File structure standard. The program can also format a 1-Wire/iButton memory for the file system, display the directory structure, make or delete directories, create/write files. This works on any iButton with writable memory, such as the DS199X (but not the DS1990a) devices, DS198X devices, DS197X, DS250X, DS2430, DS2431, DS2433 and the user memory of the iButton data loggers.
\Get1WireAddresses
- A VB.NET GUI Demo app.
The "Get1WireAddresses.exe" is an example program
that simply lists the 1-Wire/iButton devices available on a 1-Wire
network. It also prints a description of the device. This applies to all
iButton and 1-Wire devices.
\GetA2DVolts - A VB.NET GUI Demo app.
Lists the Analog-to-Digital 1-Wire devices found, specifically, those for which the ADContainer interface has been implemented. It will also print out the voltages on each channel of the device. This applies to the DS2450, DS2438, DS2422.
\GetTemps - A VB.NET GUI Demo app.
Lists all devices for which the TemperatureContainer has been implemented and also displays the temperature associated with the device. This applies to the DS1920, DS18S20, DS18B20, DS28EA00, and the entire data logger line of iButtons.
\MemoryBanks - A VB.NET GUI Demo app.
The MemoryBanks.exe is an example program that allows the user to read/write iButton/1-Wire devices supported by the OW.NET API's "Memory Bank" object. It will write a page packet only to a "Main Memory" or "Data Memory" Memory Bank. The page packet consists of a length byte, followed by "Testing 123" in byte format, followed by a 2-byte CRC16. This applies to iButtons with memory.
\MissionStartDelay - A VB.NET GUI Demo app.
Missions DS1922L/DS1922T devices to take temperatures at specified intervals. With this example, the mission start delay box on the main window continuously "ticks" away once set so that multiple Thermochrons can easily be synchronized to start at the same time.
\SecureKey91 - A VB.NET GUI Demo app.
Reads/writes the DS1991 iButton. It finds and sets all DS1991s' passwords to a hard-coded password "password", with the hard-coded id of "ds1991id". Clicking on "Write the secure subkeys" button writes the hard-coded ascii string "testing 123" to each subkey.
\SkipRomTemps - A VB.NET GUI Demo app.
To shorten the time to retrieve temps, SkipRomTemps.exe issues a "Skip Rom" command followed by a "Temp Conversion" command. It broadcasts to all DS1920s to perform a temperature conversion at the same time, thus avoiding several 1-second delays. This program only works with the DS1920 (DS18S20) temperature sensors.


Abstract base class for an application defined memory allocator that can be used by the Nv library. More...
#include <PxAllocatorCallback.h>
Public Member Functions | |
| virtual | ~PxAllocatorCallback () |
| destructor More... | |
| virtual void * | allocate (size_t size, const char *typeName, const char *filename, int line)=0 |
| Allocates size bytes of memory, which must be 16-byte aligned. More... | |
| virtual void | deallocate (void *ptr)=0 |
| Frees memory previously allocated by allocate(). More... | |
Abstract base class for an application defined memory allocator that can be used by the Nv library.
Threading: All methods of this class should be thread safe as it can be called from the user thread or the physics processing thread(s).
|
inlinevirtual |
destructor
|
pure virtual |
Allocates size bytes of memory, which must be 16-byte aligned.
This method should never return NULL. If you run out of memory, then you should terminate the app or take some other appropriate action.
Threading: This function should be thread safe as it can be called in the context of the user thread and physics processing thread(s).
| size | Number of bytes to allocate. |
| typeName | Name of the datatype that is being allocated |
| filename | The source file which allocated the memory |
| line | The source line which allocated the memory |
Implemented in PxDefaultAllocator.
Referenced by PxSerializerDefaultAdapter< T >::exportData().
|
pure virtual |
Frees memory previously allocated by allocate().
Threading: This function should be thread safe as it can be called in the context of the user thread and physics processing thread(s).
| ptr | Memory to free. |
Implemented in PxDefaultAllocator.
Referenced by PxSerializerDefaultAdapter< T >::exportData().