How to set up Cloud GPU Compute for UKCloud for VMware
Overview
Cloud GPU enables you to supplement your on-platform compute resources with GPU capabilities.
This service enables you to use UKCloud's main infrastructure platforms to meet the specialist requirements of some advanced applications, with the benefits of a cloud environment. It supports the following types of workloads:
Compute workloads. GPUs have become prevalent in a world that needs a lot of data processing, fast. The parallel nature of GPU cores lends itself perfectly to supporting initiatives such as deep or machine learning and large-scale mathematical modelling.
Visualisation workloads. Describes the traditional use cases for GPU processing. These include simulation, powering desktop applications with graphics content (such as computer aided design), video encoding, rendering or streaming.
This article provides an introduction for how to use Cloud GPU for compute workloads and describes the tasks you need to perform to get the service up and running for UKCloud for VMware.
Intended audience
To complete the steps in this article you must have access to the UKCloud Portal and vCloud Director.
Cloud GPU overview
We offer two GPU variants for use with our cloud platform:
| Use case | Compute | Visualisation |
|---|---|---|
| Likely card | NVIDIA® Tesla® P100 | NVIDIA M60 Series Card with GRID™ |
| Overview | NVIDIA Tesla P100 GPU accelerators are the most advanced ever built. Designed to accelerate the compute-intensive elements of applications, they are ideal if you're looking to deliver deep learning, analytics or HPC solutions. | NVIDIA GRID is designed to share virtual GPUs (vGPUs) across multiple virtual desktop and applications instances. This enables you to deliver graphically intensive applications such as design software and video streaming. |
| Precision | Double precision | Single precision |
| Delivery model | vGPU | vGPU |
With Cloud GPU, you can:
Process large data sets. The significantly improved computational power provided by Cloud GPU means that you can gain insight into your data by using the massively parallelised capabilities to process large data sets. This enables:
Parallel processing of data in a fraction of the time of using just CPU
Machine learning, deep learning, artificial intelligence
Mathematical modelling and data sequencing
Healthcare modelling
Predictive threat analysis
Bring any application to the cloud. Applications that have previously struggled to transition to the cloud because of GPU requirements can now be moved, improving manageability of your data and applications, while increasing collaborative opportunities.
Centralise your applications. Cloud GPU enables you to centralise your applications to improve access to them. By doing so, users can access the tools they need from anywhere, anytime on commodity devices.
Visualise data in real-time. Improved visualisation capabilities provided by Cloud GPU enables you to visualise data in real-time to render virtualised environments when you need them. This helps you to:
Design using Computer Aided Design applications in a centralised environment, enabling ease of collaboration
Create and run simulations
Render and analyse high resolution images and video
Before you begin
When using our Cloud GPU service for compute workloads, you should consider the following:
Your Cloud GPU virtual machine (VM) must be in a PRIORITY virtual data centre (VDC).
You should create your Cloud GPU VM using the appropriate UKCloud template from the GPGPU public catalog.
Your deployed Cloud GPU VM should be using hardware version 11. The shell VM in the Cloud GPU VM template uses hardware version 11.
Snapshot Protection is not available for your VM, so you must implement your own backup solution.
Currently, there is no high availability or disaster recovery option; your VM cannot be migrated to a different host in the event of host failure. In the event of a host failure, you must wait for the host to be returned to service.
Creating your virtual machine
Before you request your Cloud GPU service, you must create a VM for the service using the UKCloud GPU-enabled template.
Log in to the UKCloud Portal.
For more detailed instructions, see the Getting Started Guide for the UKCloud Portal.
If necessary, switch to the appropriate account.
Click My VMs.
Click the compute service (vOrg) that contains the VDC in which you want to create the VM.
Important
You must create your VM in a PRIORITY VDC. If you don't already have a VDC for this type of workload, you can create one using the steps in the Getting Started Guide for UKCloud for VMware.
On the vCloud Director tab, enter your password and click Confirm.
In vCloud Director, click the menu icon and select Libraries.
In the left navigation panel, click vApp Templates.
Click the triple-dot icon next to the GPGPU template for your preferred operating system (for example CentOS7x64-GPGPU-Blank) and select Create vApp.
Note
The GPGPU templates provide a shell VM with no disks attached, hence no operating system installed. You'll need to add the necessary disks so that you can install your preferred operating system on the VM.
On the Select Name page of the Create vApp from Template dialog box, give the vApp a Name and Description, select the appropriate Runtime lease and Storage lease then click Next.
On the Configure Resources page, from the list of VDCs, select the VDC in which you want to create the VM and click Next.
Note
You must create your VM in a PRIORITY VDC.
From the Storage Policy list, for optimal performance, select Tier 1 storage and click Next.
On the Ready to Complete page, review your settings and then click Finish to start the deployment.
You can check progress by expanding the Recent Tasks section at the bottom of the vCloud Director Tenant UI.
After the VM has been deployed, click the menu icon and select Datacenters.
Select your VDC, then in the card for your newly-deployed VM, select Details.
Expand the Hardware section.
In the Hard Disks section, click Add and add a hard disk of an appropriate size for your operating system.
Note
We recommend using Paravirtual (SCSI) disk controllers, but for older operating systems, you may need to use LSI Logic SAS (SCSI).
In the card for the VM, select Actions then Power On.
Use the popout console to go through the setup procedure.
When your VM is ready, install your preferred operating system.
For detailed steps, see Installing an operating system into the VM
When you're finished, select Actions then Power Off.
Important
It is essential that you power off the VM so that UKCloud can migrate it to a GPU‑enabled server.
Provisioning your Cloud GPU service
When your VM is ready, use My Calls in the UKCloud Portal to raise a Service Request for the Cloud GPU service. Provide the following details in the request so that UKCloud can complete the setup of your service:
VDC name
vApp name
VM name
UKCloud will confirm that you've set up your VM correctly and that it meets all the necessary prerequisites. If the VM meets all requirements, UKCloud will migrate the VM to a GPU‑enabled host and attach the GPU card to your VM.
Installing NVIDIA drivers
When UKCloud has provisioned your Cloud GPU server, you can install the appropriate NVIDIA drivers.
To install NVIDIA drivers:
Power on your VM.
In the card for the VM, select Actions then Insert Media.
In the Insert CD dialog box, select the vGPU driver ISO and click Insert.
Check the console of the VM to ensure that the ISO is mounted.
Run the appropriate executable (Windows) or binary (Linux).
On Windows:
From Explorer, double click the driver installer file (
NVIDIA*.*.exe
).Select Custom (Advanced).
Select Perform a clean installation.
Click Next.
Restart and connect to the VM.
On Linux:
Update the system:
# yum update
Install gcc with Kernel Modules:
# yum install kernel-devel gcc
Make the driver package executable:
# chmod +x NVIDIA-Linux-x86\_64-384.73-grid.run
Run the driver installer:
# ./NVIDIA-Linux-x86_64-384.73-grid.run
Accept the defaults.
Note
If you don't have a GUI installed, you can ignore the messages relating to X.
Confirm that the driver is installed and the card is detected:
# nvidia-smi Thu Oct 5 14:57:43 2017 +------------------------------------------------------------------------------+ | NVIDIA-SMI 384.73 Driver Version: 384.73 | |------------------------------------------------------------------------------| | GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC | | Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. | |===============================+======================+=======================| | 0 GRID P100-16Q On | 00000000:02:01.0 Off | N/A | | N/A N/A P0 N/A / N/A | 1040MiB / 16383MiB | 0% Default | |-------------------------------+----------------------------------------------| |------------------------------------------------------------------------------| | Processes: GPU Memory | | GPU PID Type Process name Usage | |==============================================================================| | No running processes found | +------------------------------------------------------------------------------+
Licensing your VM for Cloud GPU
To enable full functionality of the NVIDIA GPU card, your VM must obtain a valid licence from the NVIDIA GRID License Server. To do this, you must configure your edge gateway to allow traffic to and from the license server.
Configuring the edge gateway
To enable access to the NVIDIA GRID License Server from your network, you must create the following firewall rule on your edge gateway:
Source/Source Port: as appropriate for your source network
Destination:
<IP_ADDRESS>
Destination Port:
7070
Protocol:
TCP
Action:
Accept
For more detailed instructions for creating firewall rules, see How to create firewall rules.
Retrieving a licence (Windows)
To license GRID Virtual GPU on Windows:
Right-click on the desktop and select Nvidia Control Panel.
In the NVIDIA Control Panel, under Licensing, select Manage License.
In the License Server field, enter
gpuls.ukcloud.com
.Leave the Port Number field empty to default to port
7070
, which is the default port number used by the NVIDIA GRID License Server.Click Apply.
The server will attempt to connect to the license server and pull a licence from the available pool.
Once configured, licensing settings persist across reboots.
Retrieving a licence (Linux)
To license GRID Virtual GPU on Linux:
Copy the template grid licensing config file:
# cp /etc/nvidia/gridd.conf.template /etc/nvidia/gridd.conf
Edit the file and set the following values:
ServerAddress=gpuls.ukcloud.com
ServerPort=7070
FeatureType=1
Save your changes.
Restart the GRID service:
# service nvidia-gridd restart
Check the log messages to confirm the licence is enabled (this may take a minute or two):
#tail -f /var/log/messages Oct 5 15:04:45 localhost systemd: Starting NVIDIA Grid Daemon... Oct 5 15:04:45 localhost nvidia-gridd: Started (16224) Oct 5 15:04:45 localhost systemd: Started NVIDIA Grid Daemon. Oct 5 15:05:16 localhost nvidia-gridd: Service provider detection complete. Oct 5 15:05:17 localhost nvidia-gridd: License acquired successfully. Server URL : http://<IP_ADDRESS>:7070/request Oct 5 15:05:17 localhost nvidia-gridd: Your system is licensed for GRID vGPU.
Alternatively, if you have the GUI installed, you can set up the details for the license server in the NVIDIA Settings dialog box.
Open the settings tools from your desktop or from the command line:
# nvidia-settings
Select Manage License and input the following server details:
License Server:
gpuls.ukcloud.com
Port Number:
7070
Next steps
In this article, you've learned how to set up your UKCloud for VMware environment to enable the provisioning of your Cloud GPU service and you can now start creating your GPU‑powered applications.
For information about NVIDIA virtual GPU software specific to your OS, see:
https://docs.nvidia.com/grid/latest/index.html
Feedback
If you find a problem with this article, click Improve this Doc to make the change yourself or raise an issue in GitHub. If you have an idea for how we could improve any of our services, send an email to feedback@ukcloud.com.


A C D N O P S V W
A
- addPublish(String, boolean) - Method in class spacebrew.Spacebrew
-
Setup a Boolean publisher
- addPublish(String, Integer) - Method in class spacebrew.Spacebrew
-
Setup a Range publisher
- addPublish(String, String) - Method in class spacebrew.Spacebrew
-
Setup a String publisher
- addPublish(String, String, String) - Method in class spacebrew.Spacebrew
-
Setup a custom or string publisher
- addPublish(String, String, boolean) - Method in class spacebrew.Spacebrew
-
Setup a custom or boolean publisher
- addPublish(String, String, Integer) - Method in class spacebrew.Spacebrew
-
Setup a custom or integer-based publisher
- addSubscribe(String, String) - Method in class spacebrew.Spacebrew
-
Add a subscriber.
- addSubscribe(String, String, String) - Method in class spacebrew.Spacebrew
-
Add a subscriber + a specific callback for this route.
C
- close() - Method in class spacebrew.Spacebrew
-
Close the connection to spacebrew
- connect(String, String, String) - Method in class spacebrew.Spacebrew
-
Connect to Spacebrew admin.
- connect(String, Integer, String, String) - Method in class spacebrew.Spacebrew
-
Connect to Spacebrew admin.
- connected() - Method in class spacebrew.Spacebrew
-
D
- description - Variable in class spacebrew.Spacebrew
-
What does your app do?
N
- name - Variable in class spacebrew.Spacebrew
-
Name of your app as it will appear in the Spacebrew admin.
O
- onClose() - Method in class spacebrew.Spacebrew
-
Websocket callback (don't call this please!)
- onClose(int, String, boolean) - Method in class spacebrew.WsClient
-
- onError(Exception) - Method in class spacebrew.WsClient
-
- onMessage(String) - Method in class spacebrew.Spacebrew
-
Websocket callback (don't call this please!)
- onMessage(String) - Method in class spacebrew.WsClient
-
- onOpen() - Method in class spacebrew.Spacebrew
-
Websocket callback (don't call this please!)
- onOpen(ServerHandshake) - Method in class spacebrew.WsClient
-
P
- pre() - Method in class spacebrew.Spacebrew
-
Method that ensure that app attempts to reconnect to Spacebrew if the connection is lost.
S
- send(String, String, String) - Method in class spacebrew.Spacebrew
-
Send a message along a specified Route
- send(String, int) - Method in class spacebrew.Spacebrew
-
Send a Range message along a specified Route
- send(String, boolean) - Method in class spacebrew.Spacebrew
-
Send a Boolean message along a specified Route
- send(String, String) - Method in class spacebrew.Spacebrew
-
Send a String message along a specified Route
- spacebrew - package spacebrew
-
- Spacebrew - Class in spacebrew
-
- Spacebrew(PApplet) - Constructor for class spacebrew.Spacebrew
-
Setup Spacebrew + try to set up default helper functions
V
- verbose - Variable in class spacebrew.Spacebrew
-
How loud to be (mutes debug messages)
W
- WsClient - Class in spacebrew
-
- WsClient(Object, URI, Draft) - Constructor for class spacebrew.WsClient
-
- WsClient(Object, URI) - Constructor for class spacebrew.WsClient
-
- WsClient(Object, String) - Constructor for class spacebrew.WsClient
-
- WsClient(Object, String, int) - Constructor for class spacebrew.WsClient
-
A C D N O P S V W
Processing Library spacebrew by Brett Renfer. (c) 2015 Spacebrew


Live trading servers come in sizes 512Mb, 1GB, and 2GB. These handle 99.9% of user requirements. Users often use 8-32GB of RAM in backtesting, and are concerned their live algorithms will not work. This is because in backtesting the data is being piped into your algorithm at roughly 100,000x speed. Many data objects are cached to achieve these speeds, so you use much more RAM in backtesting.


Develop a CRIS for UA for publications
Objective: Complete RIA with its missing publications
Publication source: ORCID
T 1 : Obtain the difference between ORCID and RIA
        T 1.1 : Obtain a list of UU/IUPI from all the UA's researchers in RIA
        T 1.2 : Convert IUPI in ORCID ID using UA's ID
        T 1.3 : Obtain a list of DOIs of the publications from researchers identified in T1.1
        T 1.4 : Obtain a list of DOIs of the publications through researchers ORCID ID via PTCRISync
        T 1.5 : Obtain the list of missing publications (difference)
T 2 : Transition of the missing publications to RIA with a verification and addition of preprint, embargo policies and quality control
        T 2.1 : Establish of the login interface
        T 2.2 : Establish of the home screen
        T 2.3 : Interface to select which publications will be imported from ORCID to RIA
                T 2.3.1 : Establish the user interface
                T 2.3.2 : Establish the data structure that will store the chosen publications
                T 2.3.3 : Develop the importation functionality
                T 2.3.4 : Create a state for the publications
        T 2.4 : Verification, addition of preprint, establishment of the embargo policy
                T 2.4.1 : Establish the fields that will be edited
                T 2.4.2 : Establish the user interface
                T 2.4.3 : Develop the functionality
T 3 : Architecture
        T 3.1 : Choice of the software library from which the user interface will be developed
        T 3.2 : Internal architecture
| Task | Completion |
|---|---|
| T 1.1 | The team has access to a static list of all the investigators |
| T 1.2 | The team has a method that converts IUPIs in ORCID IDs |
| T 1.3 | Waiting for a method in RIA's API |
| T 1.4 | Done |
| T 2.1 | Requested help from sTIC to utilize UA's login screen (IDP UA) |
| T 2.2 | In progress |
| T 2.3.1 | Done |
| T 2.3.2 | Postponed |
| T 2.4.1 | In progress |
| T 2.4.2 | Done, needs rework |
| T 3.1 | Done |
| Task |                           Completion |
|---|---|
| T 1.1 |                           The team has access to a method that retrieves the email(UU) and IUPI of all the researchers from UA |
| T 1.2 |                           The method acquired in the previous sprint is not working |
| T 1.3 |                           The team has access to a method that retrieves all the DOIs, and other information, from a chosen author (through the author's IUPI) |
| T 1.5 |                           Needs testing |
| T 2.1 |                           Requested help from sTIC to utilize UA's login screen (IDP UA) |
| T 2.2 |                           Done |
| T 2.3.2 |                           The data structure will follow CERIF's database |
| T 2.3.3 |                           In development |
| T 2.4.1 |                           In discussion |
| T 2.4.2 |                           Done |
| T 3.2 |                           In discussion |
| Task | Completion |
|---|---|
| T 1.1 | Done |
| T 1.2 | The method acquired in the previous sprint is not working |
| T 1.3 | Done |
| T 1.4 | Done |
| T 1.5 | Insertion of data in the database for testing |
| T 2.1 | Requested help from sTIC to utilize UA's login screen (IDP UA) |
| T 2.2 | Done |
| T 2.3.1 | Done |
| T 2.3.2 | Done |
| T 2.3.3 | In development |
| T 2.3.4 | (New task) States chosen |
| T 2.4.1 | Done // The team will chose a .NET library to develop the forms |
| T 2.4.2 | Done |
| T 2.4.3 | In development |
| T 3.1 | Done |
| T 3.2 | In development |
| Task | Completion |
|---|---|
| T 1.2 | The team will use a table that associates ORCID ID with IUPI |
| T 1.5 | Done |
| T 2.1 | Done |
| T 2.3.3 | Done |
| T 2.3.4 | Done |
| T 2.4.1 | Done |
| T 2.4.3 | Missing insertion on the database |
| T 3.2 | In development |
| Task | Completion |
|---|---|
| T 1.1 | Done |
| T 1.2 | Done |
| T 1.3 | Done |
| T 1.4 | Done |
| T 1.5 | Done |
| T 2.1 | Done |
| T 2.2 | Done |
| T 2.3.1 | Done |
| T 2.3.2 | Done |
| T 2.3.3 | Done |
| T 2.3.4 | Done |
| T 2.4.1 | Done |
| T 2.4.2 | Done |
| T 2.4.3 | Done |
| T 3.1 | Done |
| T 3.2 | Done |
Try the prototype yourself : https://xd.adobe.com/view/4f0463e7-2f21-498a-5dc0-6274ebbb26a1-3935/?fullscreen
The team would like to say a special thanks to:
        Armando Pinho
        Samuel Silva
        Raquel Sebastião
        Ana Batista
        Clarisse Soares
        Carla Gama
        And of course, Filipe Trancho, Luís Carvalheiro, Rúben Silva and José Vieira for the continuous support
Thank you for your valuable opinions on the protype's utilities and design


About
CAS4WebApp - JSON-Editor
1.1.9
AppLSAC - Computer Algebra System
This is a JSON editor with Load, Save and Print features running completely in the browser without submission of loaded data to remote servers.
This is an
AppLSAC. The application was create with
JSONEditor4Menu. See also
GitLab repository for source code of JSONEditor4Menu
jsoneditor_app is an AppLSAC
GitHub Repository with jsoneditor_app
Repository uses JSON-Editor, LoadFile4DOM, FileSaver and Icons4Menu
Create your own jsoneditor_app with JSON2Schema
Created 2022/09/24 10:31:12
last modified 2022/11/11 6:02:14
- Version 1.1.9


You need to select the four different files shown in the Files section and then click the Find People button to start searching.
Files
Find People
Every once in a while Whitepages will attempt to prevent applications like this one from working by soliciting proof that there is a human carrying out these searches. At that time
Each of the files should be CSV files which may also be created and/or opened in a spreadsheet application such as Microsoft Excel. Here is what each file should contain.
Zip Code
Last Name
Timestamp
Full Name
Phone
Address 1
Address 2
City
State
You can go here to find the original project on GitHub.


Available office hours:
{% if not request.user.is_authenticated %}
[Times are displayed as US Central Time for unauthenticated users. Log in to view in your time zone.]
{% endif %}
{% for office_hour in office_hours %}
{% include "profiles/user_office_hour.html" %}
{% empty %}
- No office hours.
{% endfor %}


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The redesigned F-Type may be the most important Jaguar of the moment, but the I-Pace hasn’t been forgotten either. In production since 2018 at the Magna Steyr plant in Austria, the electric SUV gains 12 more miles of range for 2020 thanks to a software update.
Jaguar says that the eTrophy – serving as the support series for Formula E since 2019 – has helped the engineers and software developers to better understand what can be improved about the road-going model. Other than that, more than 50 million miles of real-world driving have been scrutinized to leverage the optimum efficiency settings.
Optimizations to the all-wheel-drive torque management, battery, and thermal systems are in store. The 90-kWh pack and dual-motor setup are now capable of 234 miles of range on a full charge. That’s 377 kilometers in European currency, which is adequate for an SUV this sporty. But better still, the update comes at no charge to the customer.
The software that Jaguar developed for the 2020 model year helps the battery run in a lower state of charge. The thermal management system, meanwhile, is programmed to close the active radiator vanes more frequently to improve aerodynamics. As for the all-wheel-drive system, the torque distribution between the front and rear motors promises superior efficiency only when the I-Pace is driven in ECO Mode.
Even the regenerative braking system has been improved by harvesting more energy at lower driving speeds. The algorithm in charge of predictive range calculation now offers a more accurate and consistent estimate according to Jaguar’s press release.
“The I-Pace eTrophu has generated a huge amount of data for us to analyze and those marginal gains, derived from competition on the track, are now being applied to customers’ cars to further enhance their driving experience,” said vehicle engineering manager Stephen Boulter. “The new software updates optimize the powertrain control systems to improve efficiency and allow drivers to travel even further on a single charge without any hardware changes – it really is a case of the vehicle getting better with age.”
One last additional change is the software-over-the-air functionality, which means that owners will no longer need to drive to the dealership in order to receive fresh software and functionalities. For the time being, Jaguar hasn’t released any information about what kind of OTA improvements will be made in the coming months for existing models and the 2020 I-Pace. 🏁
PRESS RELEASE
9 DECEMBER 2019
"FROM RACE TO ROAD: JAGUAR ENHANCES AWARD-WINNING I-PACE WITH KNOWLEDGE GAINED FROM THE RACE TRACK
– Jaguar has taken technical knowledge gained from the I-PACE eTROPHY race series to develop a range-boosting software upgrade for I-PACE customers
– Changes to the all-electric SUV will improve battery performance and deliver up to 12 miles of additional real-world range on a full charge
– Race-derived enhancements are delivered through optimization of battery management, thermal systems and all-wheel drive torque improvements
– The update will also add enhanced Software-Over-The-Air functionality
– Jaguar is inviting customers to have the complimentary software update installed at their nearest retailer
Jaguar is giving I-PACE customers an early holiday present in the form of a complimentary update for the award-winning all-electric SUV that is designed to deliver increased real-world range. Engineers have applied advanced technical insights from the Jaguar I-PACE eTROPHY race series to optimize the management of battery, thermal and AWD systems to enhance the efficiency of the all-electric powertrain.
Jaguar made history in 2018 with the creation of the I-PACE eTROPHY series – the world’s first all-electric production based international race series – reinforcing its commitment to electric racing while leveraging technical expertise to develop future electric road cars as part of its ‘Race to Innovate’ mission. The series puts the all-electric SUV through extreme use conditions and the first competitive season yielded critical learnings for the durability and thermal control of the battery and torque management systems.
In a continual quest to enhance the customer experience, Jaguar engineers have also analyzed data from more than 50 million miles of real-world journeys from all corners of the world. Every element of the vehicle’s performance is scrutinized to leverage the optimum performance of the systems and maximize efficiency.
“The Jaguar I-PACE eTROPHY has generated a huge amount of data for us to analyze and those marginal gains, derived from competition on the track, are now being applied to customers’ cars to further enhance their driving experience,” said Stephen Boulter, I-PACE Vehicle Engineering Manager. “The new software updates optimize the powertrain control systems to improve efficiency and allow I-PACE drivers to travel even further on a single charge without any hardware changes – it really is a case of the vehicle getting better with age.”
The all-wheel drive I-PACE is the Jaguar brand’s first full battery-electric vehicle and has an EPA estimated range of up to 234 miles from a single charge of its 90kWh lithium-ion battery1. While the new software upgrade doesn’t change the official certified range figure, the marginal gains developed from eTROPHY analysis will give customers access to an improvement of up to eight percent dependent on usage – equating to a potential extra 12 miles of real-world range.
The changes derived from the Jaguar I-PACE eTROPHY race series include:
- All-Wheel Drive: Changes to the torque distribution between the front and rear motors will deliver greater efficiency when driving in ECO mode – the system still delivers permanent AWD traction3
- Temperature control: Refinements to thermal management control will make greater use of the active radiator vane system, closing the vanes more frequently to enhance aerodynamic performance more of the time
- Battery Capacity: Updates allow the battery to run to a lower state of charge than previously without affecting drivability, durability or performance
Additional changes derived from real-world data analysis include:
- Regenerative Braking: The vehicle’s brakes will harvest energy more efficiently when the battery is in a high state of charge and the amount of energy recovery has been increased at lower driving speeds to maximize efficiency and range
- Range calculation: Changes to the predictive range calculation algorithm will deliver a more accurate and consistent estimate of vehicle range, while being more reflective of an individual’s driving style
Customers are being invited to take vehicles to their nearest Jaguar retailer to receive the complimentary update. The wide-ranging changes will also enable enhanced Software-Over-The-Air (SOTA) functionality4. After receiving the latest software, more electronic modules will be able to receive remote updates, providing ongoing enhancements to the customer experience.
The I-PACE’s state-of-the-art 90kWh Lithium-ion battery offers sports car performance of 0-60mph in 4.5 seconds5 alongside the practicality of 234 miles of all-electric range1, and 0-80 percent charging time of approximately 40 minutes (100kW DC). Home charging with an 230V AC wall box (7kW) will achieve the same state of charge in just over 10 hours2.
The all-electric Jaguar I-PACE performance SUV is priced from $69,500


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Improve your skills in C, C++ and Java. HeuriCode will automatically give you a programming problem that will help you learn fast!
HeuriCode will show you what programming errors you mostly commit!
Competetive Matchmaking vs other Players, Badges and Positive Tips to help you learn!
1. In here will be your name that is used when you registerd in HeuriCode
2. Used to redirect to the homepage
3. Click this to start practicing problems by yourself
4. The multiplayer feature to battle other players will be unlocked once you reached Level 25 in all subject areas
5. Click this to see the statistical graph of your errors while using HeuriCode
6. Click to see all the error history each time you solve a problem while using HeuriCode
7. Click to view all of your unlocked badges
8. Click to log out of HeuriCode
Problem Assignment
1. The problem to be solved which is automatically given by HeuriCode
2. The difficulty of the problem
3. The subject area of the problem
4. Click to select a programming language, choices are either C, C++ or Java
5. Click to proceed to the coding phase
Coding Results
1. The tips to be given by HeuriCode in the case the user decides to give up on a problem
2. Proceed to the next problem
Error Feedback
This will display a feedback on how many errors did you commit on the problem.
Code Editor
1. Input your code in here
2. Click here to test your code
3. Click to submit your code and check if it follows the conditions of the problem
4. Click to give up on the problem
Input/Output/Problem Details
1. Input area for testing the code. Type a test case here.
2. Click this to enter an input for testing code.
3. Click here to view the output of the code when you are testing it.
4. Click here anytime to view again the problem details
In here you can see the history of your problems that you solved or did not solve in HeuriCode. Click each problem to view information such as how many errors did you commit and the percentage of HeuriCoders who solved the problem.
1. Your name
2. Your currently selected programming language
3. Click here to change your currently selected programming language
4. Toggle if you are ready or not
1. The Badge Logo
2. The Badge name


Introduction to Service Worker
https://developers.google.com/web/ilt/pwa/introduction-to-service-workerWhat is a service worker?
Because the service worker is not blocking (it's designed to be fully asynchronous) synchronous XHR and localStorage cannot be used in a service worker.
Note: Whether notifications are received when the browser itself is not running depends on how the browser is integrated with the OS. For instance on desktop OS's, Chrome and Firefox only receive notifications when the browser is running. However, Android is designed to wake up any browser when a push message is received and will always receive push messages regardless of browser state. See the FAQ in Matt Gaunt's Web Push Book for more information.Things to note about Service Worker:
A service worker is a programmable network proxy that lets you control how network requests from your page are handled.
Note: Services like Letsencrypt let you procure SSL certificates for free to install on your server.Service workers make extensive use of promises, so if you're new to promises, then you should stop reading this and check out Promises, an introduction.
What can service workers do?
Service workers enable applications to control network requests, cache those requests to improve performance, and provide offline access to cached content.
Improve performance of your application/site.
Make your app "offline-first".
Act as the base for advanced features
Notifications API: A way to display and interact with notifications using the operating system's native notification system.
Service worker lifecycle
A service worker goes through three steps in its lifecycle:
- Registration
- Installation
- Activation
- Registration and scope
if ('serviceWorker' in navigator) { navigator.serviceWorker.register('/service-worker.js') .then(function(registration) { console.log('Registration successful, scope is:', registration.scope); }) .catch(function(error) { console.log('Service worker registration failed, error:', error); }); }
if ('serviceWorker' in navigator) { navigator.serviceWorker.register('/service-worker.js') .then(function(registration) { console.log('Registration successful, scope is:', registration.scope); }) .catch(function(error) { console.log('Service worker registration failed, error:', error); }); } navigator.serviceWorker.register('/service-worker.js', { scope: '/app/' });
In this case we are setting the scope of the service worker to /app/, which means the service worker will control requests from pages like /app/, /app/lower/ and /app/lower/lower, but not from pages like /app or /, which are higher.
Installation
if ('serviceWorker' in navigator) { navigator.serviceWorker.register('/service-worker.js') .then(function(registration) { console.log('Registration successful, scope is:', registration.scope); }) .catch(function(error) { console.log('Service worker registration failed, error:', error); }); } navigator.serviceWorker.register('/service-worker.js', { scope: '/app/' }); // Listen for install event, set callback self.addEventListener('install', function(event) { // Perform some task });
Activation
Note: Simply refreshing the page is not sufficient to transfer control to a new service worker, because the new page will be requested before the the current page is unloaded, and there won't be a time when the old service worker is not in use.if ('serviceWorker' in navigator) { navigator.serviceWorker.register('/service-worker.js') .then(function(registration) { console.log('Registration successful, scope is:', registration.scope); }) .catch(function(error) { console.log('Service worker registration failed, error:', error); }); } navigator.serviceWorker.register('/service-worker.js', { scope: '/app/' }); // Listen for install event, set callback self.addEventListener('install', function(event) { // Perform some task }); self.addEventListener('activate', function(event) { // Perform some task });
Service worker events
Further reading
A more detailed introduction to The Service Worker Lifecycle
- More on Service Worker Registration
- Create your own service worker (lab)
- Take a blog site offline (lab)
- Cache files with Service Worker (lab)


{% if formset|length < 4 %}
{% trans "Review teams of three people or less are somewhat small and provide more work for everyone. Why don't you invite some more reviewers?" %}
{% endif %}
{% trans "To invite more members to your review team, enter an email address or username below." %}


Before Change
def testBuildGraphWithAttention(self):
self.config.hparams.attn_length = 10
g = events_rnn_graph.build_graph(
"train", self.config,
sequence_example_file_paths=[self._sequence_file.name])
self.assertTrue(isinstance(g, tf.Graph))
if __name__ == "__main__":
After Change
def testBuildGraphWithAttention(self):
self.config.hparams.attn_length = 10
with tf.Graph().as_default():
events_rnn_graph.get_build_graph_fn(
"train", self.config,
sequence_example_file_paths=[self._sequence_file.name])()
if __name__ == "__main__":
tf.test.main()


Photography has an evocative power to explain stories to others in a way that can be understood by all ages and literary levels. Even everyday scenes can take a deeper meaning when photographed.
“It distills the reality into something that’s more palpable and which sometimes feels very confronting. And, we can’t dismiss it. We can’t just turn our eyes. We look at it and sometimes we see for the first time what’s really going on […] that’s the real strength of still photography,” said David Rees, a Missouri Photo Workshop Co-Director and head of the MU Photojournalism Sequence.
Rich visual documentation can be found in the heart of Columbia that dates back as far as the founding of the photojournalism program at MU.
In 1943, Frank Luther Mott, dean of the School of Journalism at MU, recruited Clifton “Cliff” Edom to head the new photojournalism sequence.
Edom, often credited as the “Father of Photojournalism,” worked from 1943 until 1972 with the school to establish the sequence.
In 1944 and 1945 Cliff and his wife Vilia, "Vi", Edom established News Pictures of the Year Competition and Exhibition, now Pictures of the Year International (POYi), and the College Photographer of the Year (CPOY) competition respectively.
Then, in 1949 inspired by the work done by the pre-WWII Farm Security Administration, Edom worked closely with FSA director Roy Stryker and photographer Russell Lee to create the original Missouri News Photographic Workshop.
“I think that Cliff Edom was a very smart fellow in that he realized that in order to really advance his ideas of photojournalism and to get our students involved in the greater world it was important to somehow connect with the working professionals,” said Rees.
“Cliff had the idea that […] since we were land locked, you know we’re sort of here in the middle of Missouri, a good way to get professionals to come here would be to invite them to participate in contests or workshops at Missouri,” said Rees.
The 100 invited to participate were asked, “If you can spare a week from your life to devote to the thinking part of photojournalism [,] please accept by return mail this invitation to participate in the Missouri News Photographic Workshop.”
After assembling 23 professional and amateur photographers from ten states and Canada, Edom and his staff of editors gave only one assignment, to photograph the city of Columbia as it appeared to their eyes.
“The town sort of became a laboratory for the photographers to work in. So, that they would not only work on trying to make better pictures, but they would also create some images that had substance. It was like holding up a mirror to the community,” said Rees.
But, how has Columbia changed in the past 66 years since the first workshop?
Click here to view selected photos from a recent project that photographed the modern day versions of scenes shot during MPW 1. On the left appears a photo taken during MPW 1 and on the right is the 2014 version of the scene.


Welcome to CharlieTravel
Progress Bar
Personal Info
The Basics
International Customs
Flavor and Personality
Please Enter Your Name:
Next Section
What kind of climate do you like?
Hotter than Heck
Sunny enough that I can continue my quest to resemble a human baseball glove
Temperature is not important to me
Chilly enough that I won't need to put my beer in the fridge
Colder than my frozen heart
How much are you trying to spend?
($$$$$) Do you take AmEx Black?
($$$$) Dolla dolla bills y'all
($$$) Talking about money makes me uncomfortable so I'm selecting the middle option
($$) I go on vacations so I can practice my haggling with street vendors of different nationalities
($) I was under the impression you'd be paying me, is that not correct
How adventurous would you describe yourself as?
Call me Indiana Jones!
Other cultures fascinate me, as does the great outdoors.
I enjoy the occassional new experience but also like modern amenities
I'll participate in the odd expedition as long as I've got my sunscreen, fanny pack, bug repellent, maps, phrase guide, shirpa, walking poles, etc....
Ordering the meatloaf off the room service menu is about as adventurous as I get
Previous Section
Next Section
In the context of answering the previous question, which of these activites would you consider more 'adventurous'
Travelling solo to a foreign country where you don't speak the language and know nobody
Bungee jumping over a pit of scorpions
How do you feel about other countries and cultures?
I love other countries, in fact I'd say adding another stamp to my passport is a 'must' for this trip
I'd like to explore the world, though there are sections of the US I've never been to that I'd be down to visit too.
It has been my experience that people are people everywhere, as such I am utterly indifferent
They're hilarious!  Where would be the ideal place to sit down and do that?
A hip cafe downtown where you can people watch while pretending to read
A sunny beach with the waves lapping at your feet
In a remote part of the woods free from the noise and bustle of civilization
Read a book? Ha!
On returning from your vacation you decide to update your timeline photo on facebook with a picture from your trip, which would you choose?

Hi
, your best fit destination is
. Thank you for booking with CharlieTravel.


{{ company }}
{% if ctc %}
{{ ctc }} {{ ctc_unit }}
{% else %}
{{ salary_type }} N/A
{% endif %}
{{ designation }}
{{ job_category }}
Deadline
{{ display_deadline|date:'g:i A, D'}} {{ display_deadline|date:'j M'}}
{% if job_tags %}
{% for tag in job_tags %}
{{ tag }}
{% endfor %}
{% endif %}
About Company
expand_more
{{ about_company }}
About Company close
{{ about_company }}
Job Description
expand_more
{{ job_description }}
Job Description close
{{ job_description }}
Job Requirements
expand_more
{{ job_requirements }}
Job Requirements close
{{ job_requirements }}
{{ salary_type }} Details
expand_more
{{ ctc_details }}
{{ salary_type }} Details close
{{ ctc_details }}
Eligibility Criteria
expand_more
{{ eligibility_criteria }}
Eligibility Criteria close
{{ eligibility_criteria }}
Eligible Branches
{% for branch in eligible_branches %}
check_box {{ branch }}
{% endfor %}
Selection Procedure
{% for procedure in selection_procedure %}
check_box {{ procedure }}
{% endfor %}
Job Location(s)
{% for location in locations %}
check_box {{ location }}
{% endfor %}
Attachments
{% for file_name, file_location in attachments %}
attachment {{ file_name }}
{% endfor %}
Expected Selections
{{ number_of_selections }}
-
{% for notif in notifications %}
- {{notif}} {% endfor %}
{% if request.user|is_coordinator %}
exit_to_app
Export Consent
archive
Export Resumes
{% endif %}


Under Construction
8:30 - 9:25
9:40 - 10:35
10:50 - 11:45
12:00 - 12:55
12:55 - 2:00
2:00 - 4:00 pm
4:30 - 6:30 pm
Monday
Lunch
Break
Coding Club
Activities
Tuesday
Lunch
Break
Coding Club
Activities
Wednesday
Lunch
Break
Seminar, Colloq
Coding Club
Activities
Thursday
Lunch
Break
Coding Club
Activities
Friday
Lunch
Break
Coding Club
Activities
Saturday
Sports/Cultural Activity/Yoga


Synopsis
About caMicroscope
caMicroscope is a Web Based Annotation and Visualization Platform for Digitized Whole Slide Images.
It is a tool to view, annotate, and analyze whole-slide, biomedical images. It manages digital pathology images, associated clinical and imaging metadata, and human/machine generated annotations and markups.
About the project
The goal of this project is to allow model developers to test their trained models on the selected area of WSI.
Why this feature is needed
In general, the deep learning models are tested on a batch of images and later the predictions are visualized using various tools. If a whole slide image pertaining to a model is available, the model developer has to manually crop the required region he/she wants to test the performance on. This can be tedious if one wishes to test on specific regions of the WSI.
By the addition of this feature to allow testing the models in the image viewer itself will likely improve the productivity and would allow the developer to have better insights about the performance of the model.
What is implemented
caMicroscope has an app that allows nuclei segmentation using watershed algorithm. It is extended to allow user to upload and test the segmentation models. An additional app to allow user to upload and test the classification models.
How it is implemented
The proposed features are implemented using TensorFlow.js. TensorFlow.js is a library for developing and training ML models in JavaScript and deploying in browser.
Models developed using Keras are compatible after a straighforward conversion.
Mentors
-
Ryan Birmingham
-
Nan Li
Background
Whole Slide Imaging
Whole slide imaging1 refers to scanning of conventional glass slides in order to produce digital slides. Prior to the introduction of WSI, digital imaging in anatomic pathology relied largely on microscope-mounted cameras to produce “static” digital images. These static images were of limited clinical utility because they captured only specific regions of a glass slide. WSI, also commonly referred to as “virtual microscopy”, aims to emulate conventional light microscopy in a computer-generated manner.
Practically speaking, WSI consists of two processes. The first process utilizes specialized hardware (scanner) to digitize glass slides, which generates a large representative digital image (so-called “digital slide”). The second process employs specialized software (ie, virtual slide viewer) to view and/or analyze these enormous digital files. caMicroscope is one such virtual slide viewer.
TensorFlow.js
The models are executed in the client’s browser using TensorFlow.js. The viewer of segment and predict app allows the user to draw the region of interest in the integral multiple of the input patch/image size of the model. The model is executed on each window. The models are temporary stored using IndexedDB to make it possible to compare the performance of models on the different ROIs.
For classification, i.e., predict app, the result displayed in the class with maximum average probability across all the windows. A CSV file can be downloaded which contains the probabilities of individual classes.
For segmentation, the user can adjust the opacity of the mask to verify the performance of the model.
How to use
First the model is to be uploaded. While uploading, make sure to fill in correct values for input size and image type. While uploading the model is tested to ensure only valid models are saved in the IDB.
Both the apps have the similar toolbar. After uploading the model, the user can select the model & pre-processing method and draw the ROI by checking the first tool. The selected model will be executed.
The user can save ROI, mask, probabilties using relevant tools.
It is recommended to test the model on the same zoom level as the training images.
Creating models compatible with caMicroscope
caMicroscope uses TensorFlow.js for deploying machine learning models. Keras models (typically created via the Python API) may be saved in one of the several formats. The “whole model” format can be converted to TensorFlow.js Layers format, which can be loaded into caMicroscope. You’ll need to install the converter pip install tensorflowjs.
Or if you already have Keras model in the format model.hdf5, convert to TensorFlow.js Layers format using the following bash command:
The target TensorFlow.js Layers format is a directory containing a model.json file and a set of sharded weight files in binary format. The model.json file contains both the model topology (aka “architecture” or “graph”: a description of the layers and how they are connected) and a manifest of the weight files.
If you’re uploading an offline copy, upload the model.json in the first input and all (and only) weight files in the second input. If the model is hosted, toggle to link a hosted model and enter the URL to model.json. A detailed guide is linked here.
Pull Requests
Phase 1
Phase 2
Phase 3
- Change UI and patchwise prediction instead of hard resize
- Allow to select preprocessing technique
- Segmentation sample models
How to contribute
caMicroscope should be deployed as part of a stack.
- Clone caMicroscope.
-
Clone the Docker distribution from camicroscope/Distro.
- In the above repo, edit caMicroscope.yml and mount the cloned repo of caMicroscope as a volume under viewer as below.
-
Change the current directory to Distro
cd Distro
-
Run with
docker-compose -f caMicroscope.yml up
-
Once everything is up, go to http://localhost:4010/.
Future improvements
- Support for tensorflow/tf_hub graph models. Currently (Aug-2019), tensorflow.js allows saving only the layersModel. The graph models are supposed to be used right away and can’t be stored. Tf_hub models are to be downloaded everytime. This issue is tracked here. Although, an experimental feature can be added to use graphModels right away.
End note:
I really enjoyed working on the project. The most important part is I learnt a lot many technologies while working on this project. I realised a lot many areas I need to work on. This whole program made me a better developer than I was before.
I’d like to thank my mentors for being supportive during this whole period and guiding me! :)


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Dr. Yves J. Hilpisch is founder and managing partner of The Python Quants (http://tpq.io), a group focusing on the use of open source technologies for computational finance and financial data science. He is the author of the books "Python for Finance" (O'Reilly, 2014), "Derivatives Analytics with Python" (Wiley, 2015) and "Listed Volatility and Variance Derivatives" (Wiley, forthcoming). Yves lectures on computational finance at the CQF Program (http://cqf.com) and has written the financial analytics library DX Analytics (http://dx-analytics.com). He is also organizer of meetups and conferences about Python for quantitative finance in Frankfurt, London and New York.
Saturday 2 p.m.–6 p.m. in Seminar Room 3
We are looking for sponsors!
If you can help make PyCon SG a success, please message us at conference@pycon.sg


We are a digital design agency. We receive faxes from the future informing us about upcoming trends in design and technology. Let us share this information with you.


@Generated(value="class io.swagger.codegen.languages.JavaClientCodegen",
date="2020-04-16T15:55:12.092+05:30")
public class DemographicsThemesV2
extends java.lang.Object
| Constructor and Description |
|---|
DemographicsThemesV2() |
public DemographicsThemesV2 populationTheme(PopulationTheme populationTheme)
public PopulationTheme getPopulationTheme()
public void setPopulationTheme(PopulationTheme populationTheme)
public DemographicsThemesV2 raceAndEthnicityTheme(RaceAndEthnicityTheme raceAndEthnicityTheme)
public RaceAndEthnicityTheme getRaceAndEthnicityTheme()
public void setRaceAndEthnicityTheme(RaceAndEthnicityTheme raceAndEthnicityTheme)
public DemographicsThemesV2 healthTheme(HealthTheme healthTheme)
public HealthTheme getHealthTheme()
public void setHealthTheme(HealthTheme healthTheme)
public DemographicsThemesV2 educationTheme(EducationTheme educationTheme)
public EducationTheme getEducationTheme()
public void setEducationTheme(EducationTheme educationTheme)
public DemographicsThemesV2 incomeTheme(IncomeThemeV2 incomeTheme)
public IncomeThemeV2 getIncomeTheme()
public void setIncomeTheme(IncomeThemeV2 incomeTheme)
public DemographicsThemesV2 assetsAndWealthTheme(AssetsAndWealthTheme assetsAndWealthTheme)
public AssetsAndWealthTheme getAssetsAndWealthTheme()
public void setAssetsAndWealthTheme(AssetsAndWealthTheme assetsAndWealthTheme)
public DemographicsThemesV2 householdsTheme(HouseholdsTheme householdsTheme)
public HouseholdsTheme getHouseholdsTheme()
public void setHouseholdsTheme(HouseholdsTheme householdsTheme)
public DemographicsThemesV2 housingTheme(HousingTheme housingTheme)
public HousingTheme getHousingTheme()
public void setHousingTheme(HousingTheme housingTheme)
public DemographicsThemesV2 employmentTheme(EmploymentTheme employmentTheme)
public EmploymentTheme getEmploymentTheme()
public void setEmploymentTheme(EmploymentTheme employmentTheme)
public DemographicsThemesV2 expenditureTheme(ExpenditureTheme expenditureTheme)
public ExpenditureTheme getExpenditureTheme()
public void setExpenditureTheme(ExpenditureTheme expenditureTheme)
public DemographicsThemesV2 supplyAndDemandTheme(SupplyAndDemandTheme supplyAndDemandTheme)
public SupplyAndDemandTheme getSupplyAndDemandTheme()
public void setSupplyAndDemandTheme(SupplyAndDemandTheme supplyAndDemandTheme)
public boolean equals(java.lang.Object o)
equals
in class java.lang.Object
public int hashCode()
hashCode
in class java.lang.Object
public java.lang.String toString()
toString
in class java.lang.Object


Aloha Editor Apply Markup Test Suite
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Header
This is the first paragraph
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Header
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Header
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Header
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Header
This is the first paragraph
This is the second paragraph


--
.. title: Datathon Teams
.. slug: teams
.. date: 2020-12-10
.. type: text
-->
Teams must be between 2 - 5 current NYU students. Teams can consist of any number of undergraduate students and maximum 2 graduate students. We highly encourage that at least one team member comes from a field outside data science or computer science.
The Teams
The following teams are officially a part of the 2021 Love Data Week Datathon:
- A Team of 2
- Bonkers
- Data Dragons
- Data_Touch_Fish
- Dum Dums
- Follow The Data
- Freshmen
- GameStopUp
- Genuine Giraffes
- Haagen Das
- import tensorflow as tf
- L2-D2
- Lovers of Data
- News Diggers
- Numpy Novices
- Ode to Code
- Praying Mantis
- Str8 Data
- The Honor Mention Team
- The Matrix
- V CLAW


Yes you can!
Fork me on GitHub
“Content is king”
This simple phrase - coined by Bill Gates - is as true today as it was in the 90s. Enabling authors to distribute content while providing developers full control is our mission.
Yes and no. Blua.Blue is a hybrid solution, offering both classical CMS capabilities as well as a straight forward API to provide content to wherever it needs to be.
Absolutely! Just have at it: Sign up
Yes you can!
Fork me on GitHub
money_off Yes you can!
Use this service completely free (fair usage restrictions apply)
swap_horiz Yes you can!
fetch('https://blua.blue/api.v1/articleList?author=coolDude99')
Make use of our simple API. You can build your own frontend, backend or both!
learn moreNeed support?
Custom development or setup-help, we are here for all of your needs.
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Unlike comparable systems, we didn't build a CMS hoping to think of all the customizations you might want. Instead, this service is built on the Neoan3 PHP framework.
So what is holding you up? Content is only part of what you want to achieve? Then use Blua.Blue as your starting point and conquer the web!


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| PREV NEXT | FRAMES NO FRAMES |
| Packages that use Days | |
|---|---|
| org.joda.time | Provides support for dates, times, time zones, durations, intervals, and partials. |
| Uses of Days in org.joda.time |
|---|
| Fields in org.joda.time declared as Days | |
|---|---|
static Days |
Days.FIVE
Constant representing five days. |
static Days |
Days.FOUR
Constant representing four days. |
static Days |
Days.MAX_VALUE
Constant representing the maximum number of days that can be stored in this object. |
static Days |
Days.MIN_VALUE
Constant representing the minimum number of days that can be stored in this object. |
static Days |
Days.ONE
Constant representing one day. |
static Days |
Days.SEVEN
Constant representing seven days. |
static Days |
Days.SIX
Constant representing six days. |
static Days |
Days.THREE
Constant representing three days. |
static Days |
Days.TWO
Constant representing two days. |
static Days |
Days.ZERO
Constant representing zero days. |
| Methods in org.joda.time that return Days | |
|---|---|
static Days |
Days.days(int days)
Obtains an instance of Days that may be cached. |
static Days |
Days.daysBetween(ReadableInstant start,
ReadableInstant end)
Creates a Days representing the number of whole days
between the two specified datetimes. |
static Days |
Days.daysBetween(ReadablePartial start,
ReadablePartial end)
Creates a Days representing the number of whole days
between the two specified partial datetimes. |
static Days |
Days.daysIn(ReadableInterval interval)
Creates a Days representing the number of whole days
in the specified interval. |
Days |
Days.dividedBy(int divisor)
Returns a new instance with the days divided by the specified divisor. |
Days |
Days.minus(Days days)
Returns a new instance with the specified number of days taken away. |
Days |
Days.minus(int days)
Returns a new instance with the specified number of days taken away. |
Days |
Days.multipliedBy(int scalar)
Returns a new instance with the days multiplied by the specified scalar. |
Days |
Days.negated()
Returns a new instance with the days value negated. |
static Days |
Days.parseDays(String periodStr)
Creates a new Days by parsing a string in the ISO8601 format 'PnD'. |
Days |
Days.plus(Days days)
Returns a new instance with the specified number of days added. |
Days |
Days.plus(int days)
Returns a new instance with the specified number of days added. |
static Days |
Days.standardDaysIn(ReadablePeriod period)
Creates a new Days representing the number of complete
standard length days in the specified period. |
Days |
Weeks.toStandardDays()
Converts this period in weeks to a period in days assuming a 7 day week. |
Days |
Seconds.toStandardDays()
Converts this period in seconds to a period in days assuming a 24 hour day, 60 minute hour and 60 second minute. |
Days |
Period.toStandardDays()
Converts this period to a period in days assuming a 7 day week, 24 hour day, 60 minute hour and 60 second minute. |
Days |
Minutes.toStandardDays()
Converts this period in minutes to a period in days assuming a 24 hour day and 60 minute hour. |
Days |
Hours.toStandardDays()
Converts this period in hours to a period in days assuming a 24 hour day. |
Days |
Duration.toStandardDays()
Converts this duration to a period in days assuming that there are the standard number of milliseconds in a day. |
| Methods in org.joda.time with parameters of type Days | |
|---|---|
boolean |
Days.isGreaterThan(Days other)
Is this days instance greater than the specified number of days. |
boolean |
Days.isLessThan(Days other)
Is this days instance less than the specified number of days. |
Days |
Days.minus(Days days)
Returns a new instance with the specified number of days taken away. |
Days |
Days.plus(Days days)
Returns a new instance with the specified number of days added. |
|
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IN THE HIGH COURT OF KERALA AT ERNAKULAM PRESENT THE HONOURABLE MR.JUSTICE N.NAGARESH TUESDAY, THE 29TH DAY OF OCTOBER 2019 / 7TH KARTHIKA, 1941 WP(C).No.41275 OF 2018(H) PETITIONERS: 1 PARAGON STEELS PRIVATE LIMITED, INDUSTRIAL DEVELOPMENT AREA, KANJIKODE WEST, PALAKKAD, REPRESENTED BY ITS DIRECTOR, MUHAMMED MUSTHAFA. 2 S.M.M. STEEL RE-ROLLING MILLS PRIVATE LIMITED, INDUSTRIAL DEVELOPMENT AREA, KANJIKODE WEST, PALAKKAD, REPRESENTED BY ITS DIRECTOR, MUHAMMED MUSTHAFA. BY ADVS. SRI.M.P.ASHOK KUMAR SRI.P.C.GOPINATH SMT.BINDU SREEDHAR SMT.R.S.MANJULA RESPONDENTS: 1 THE STATE OF KERALA REPRESENTED BY ITS SECRETARY TO GOVERNMENT, INDUSTRIES DEPARTMENT, SECRETARIAT, THIRUVANANTHAPURAM - 695 001. 2 THE KERALA STATE POLLUTION CONTROL BOARD, REPRESENTED BY THE SENIOR ENVIRONMENTAL ENGINEER, DISTRICT OFFICE, PALAKKAD - 678 001. 3 ADDL.R3 V.K.MUKUNDAN AGED 41 YEARS S/O LATE B VENUGOPAL, KOMALAM NIVAS, SAKTHI NAGAR, KANJIKODE WEST PO, PALAKKAD. 4 ADDL.R4 RAJESH M AGED 43 YEARS S/O A MADHAVAN, RUKMANI NIVAS, HOUSE NO.M2, PRECOT MILL COLONY, KANJIKODE, PALAKKAD. WP(C)Nos.41275/2018 & 4576/2019 2 (ADDL.R3 AND R4 ARE IMPLEADED VIDE ORDER DATED 19/02/2019 IN IA.NO.1/2019) R2 BY SRI. T.NAVEEN SC, KERALA STATE POLLUTION CONTROL BOARD, R3 BY ADV. RAJAN VISHNURAJ BY SRI.N.B. SUNIL NATH, GOVT.  A MADHAVAN, RUKMANI NIVAS, HOUSE NO. M2, PRECOT MILL COLONY, KANJIKODE PALAKAKD. BY ADVS. SRI.RAJAN VISHNURAJ SRI.V.HARISH RESPONDENTS: 1 KERALA STATE POLLUTION CONTROL BOARD REPRESENTED BY THE MEMBER SECRETARY, PLAMOODU JUNCTION, PATTOM PALACE P.O., THIRUVANANTHAPURAM 695 004. 2 THE ENVIRONMENTAL ENGINEER, KERALA STATE POLLUTION CONTROL BOARD, DISTRICT OFFICE, NEAR DISTRICT PANCHAYAT OFFICE, PALAKKAD 678 001. 3 M/S. PARAGON STEELS PRIVATE LIMITED, INDUSTRIAL DEVELOPMENT AREA, KANJIKODE WEST, WP(C)Nos.41275/2018 & 4576/2019 4 PALAKKAD 678 623, REPRESENTED BY ITS DIRECTOR M. PARAMASIVAM. 4 M/S. SMM STEEL RE- ROLLING MIILS PRIVATE LIMITED, IV/512 B, INDUSTRIAL DEVELOPMENT AREA, KANJIKODE WEST, PALAKAKD 678 623. REPRESENTED BY ITS DIRECTOR R. BHASKARAN. R3-4 BY ADV. SHRI.ASIF N R3-4 BY ADV. SRI.M.P.ASHOK KUMAR R3-4 BY ADV. SRI.P.C.GOPINATH R3-4 BY ADV. SMT.BINDU SREEDHAR SRI.T.NAVEEN, SC FOR PCB GOVT. PLEADER SRI.K.P.HARISH THIS WRIT PETITION (CIVIL) HAVING BEEN FINALLY HEARD ON 10.10.2019, ALONG WITH WP(C).41275/2018(H), THE COURT ON 29.10.2019 DELIVERED THE FOLLOWING: WP(C)Nos.41275/2018 & 4576/2019 5 [CR] JUDGMENT
~~~~~~~~~ [W.P.(C) Nos.41275/2018 & 4576/2019] Dated this the 29th day of October, 2019 W.P.(C) No.41275/2018 has been filed by two industrial companies seeking to set aside Exts.P3 and P4 integrated consent issued by the Kerala State Pollution Control Board to the extent they restrain operation of furnace of the industrial units from 10 p.m. to 6 a.m. W.P.(C) No.4576/2019 has been filed by two permanent residents of Kanjikode in Palakkad District challenging Exts.P40 and P41 integrated consents issued to the petitioners in W.P.(C) No.41275/2018 in its entirety. Since both these writ petitions WP(C)Nos.41275/2018 & 4576/2019 6 relate to the alleged pollution caused by the petitioner companies in W.P.(C) No.41275/2018, they are being heard and disposed of together. Parties are referred to in this judgment, as they are arrayed in W.P.(C) No.41275/2018, for convenience.
2. The facts revealed from the pleadings show that M/s. Paragon Steels Private Limited and M/s. S.M.M Steel Re-Rolling Mills Private Limited, the petitioners in W.P.(C) No.41275/2018, are running steel re-rolling mills in the Industrial Development Area, Kanjikode in Palakkad District. The units were established in the year 1995 and 1996. Those units were originally run by one Mr. M. Paramasivam. Consequent to a resolution plan approved by the Company Law Tribunal under Section 31 of the Insolvency and Bankruptcy Code, 2016, the units have now come under the ownership of the petitioners in W.P.(C) No.41275/2018.
3. The petitioner companies state that these units situate in an Industrial Development Area which originally housed 40 different industrial units. On account of various WP(C)Nos.41275/2018 & 4576/2019 7 adverse circumstances, 25 units have been closed and at present, only 15 units including two of the petitioners, are functioning. Each unit is liable to remit a minimum electricity charge of ₹20,00,000/- to KSEB every month. The electricity tariff during peak hours (6 a.m. to 10 p.m.) is ₹8.25 and during off peak time (10 p.m. to 6 a.m.), it is ₹4.125. The units are functioning under the monitoring of the Pollution Control Board. The Pollution Control Board has issued Exts.P3 and P4 renewal of integrated consent to operate, on 27.11.2018. However, in those consents, a condition has been stipulated that operation of furnace as well as loading and unloading activities shall not be carried out during night time (10 p.m. to 6 a.m.). Petitioners state that they are not doing any loading or unloading activities during night time. However, the condition in the integrated consent restraining functioning of the factory during night time not only causes huge financial burden on the units towards energy charges but also discriminates the industrial units. The units are located in an approved Industrial Development Area and pollution norms WP(C)Nos.41275/2018 & 4576/2019 8 relating to industrial areas should be made applicable to the units. Petitioners, therefore, pray that Exts.P3 and P4 integrated consents be set aside to the extent they restrain the operation of the furnace of the units, from 10 p.m. to 6 a.m.
4. W.P.(C) No.4576/2019 has been filed by additional 3rd and 4th respondents in W.P.(C) No.41275/2018. Additional 3rd and 4th respondents state that they are permanent residents of Kanjikode. Additional 3rd respondent owns 15.75 cents of land and it shares the boundary of the industrial unit of the 1st petitioner. Additional 4th respondent owns 7 cents of land where he resides and the said house is hardly at a distance of 30 meters from the two units. They state that the two industrial units of the petitioners have been established in violation of the distance criteria and the industries are causing heavy air and sound pollution. The units are engaged in production of steel ingots. Shredded steel scrap and sponge iron are used as raw materials. The process involves shelting of the said raw materials. Unloading of the scrap and tearing down the same by the units, cause loud and unbearable WP(C)Nos.41275/2018 & 4576/2019 9 noise pollution in the locality and such scrap is unloaded during night hours. The pollution control measures installed in the units are not working properly. Due to the pollution, the members of the families of additional 3 rd and 4th respondents suffer from various respiration ailments. Though the Environmental Engineer of the Pollution Control Board issued show cause notice to the units on 13.04.2016, no effective steps were taken to improve the air quality. Inspections conducted in 2016 found that online stack monitoring system was not functioning.
5. Additional respondents 3 and 4 further contend that no effective steps were seen taken to reduce the sound and air pollution and the pollution is still persisting. When renewal of the consent was refused by the Pollution Control Board, the units filed W.P.(C) Nos.6924/2017 and 7193/2017, and by Exts.P24 and P25 judgments, this Court directed the Pollution Control Board to examine the issue of pollution and take a decision in the matter. Pursuant to Exts.P24 and P25 judgments, the industrial units made some make shift WP(C)Nos.41275/2018 & 4576/2019 10 arrangements and managed to obtain renewal of consent. Even thereafter, sound and air pollution continued to persist. They contended that issuance of Exts.P40 and P41 renewal of consent is improper, mala fide, ultra vires and per se illegal. They have an unbridled right under Article 21 of the Constitution of India to live in a clean environment. They have no alternate efficacious remedy. The conditions laid down in the impugned consent letters violate the provision of the Air (Prevention and Control of Pollution) Act, 1981 and the Noise Pollution (Regulation and Control) Rules, 2000. The conditions prescribed by the Pollution Control Board are consistently violated. There is heavy emission of black smoke by the units. Scrap metal are still unloaded in a careless manner causing considerable noise pollution. The permission granted to the units to operate near the residence of the petitioners in W.P.(C) No.4576/2019 is in violation of the dictum laid down by this Court in Mumthas K.O. v. Steel and Industrial Forgings Ltd. & Others [W.P.(C) No.9289/2015]. The impugned renewal of consent letters, viz. Exts.P40 and WP(C)Nos.41275/2018 & 4576/2019 11 P41, are therefore liable to be set aside and steps should be initiated to prosecute the industrial units for violating provisions of the Air (Prevention and Control of Pollution) Act, 1981.
6. The Environmental Engineer, Kerala State Pollution Control Board, Palakkad, filed a report dated 16.01.2019 in W.P.(C) No.41275/2018. The report noted that the main pollutant from the industry is the emission of particulate matter (PM) from the furnace. The air pollution control devices installed in the unit to attain the emission standards, are gas cooler, primary bag filter, secondary bag filter, two-stage ventury scrubber, moisture separator and scrubbed water re-circulation system, which are in place. The emissions are released to the air through a chimney of 30 meters height. The Environmental Engineer noted that if all the air pollution control devices are operated satisfactorily, the air pollutants will be within the limits of emission standards. Water used for the scrubbing and cooling is completely re-circulated. The solid waste generated are moved from the unit regularly. The WP(C)Nos.41275/2018 & 4576/2019 12 unit has installed TOD-type electricity meter exclusively for recording the electricity consumption of the air pollution control devices and it would ensure monitoring the functioning of the devices.
7. The Environmental Engineer noted that there are many residences around the unit within a distance of 100 meters. Complaints have been received from the residents. The main problem not solved by the units is frequent fugitive emission and noise created during the operation of furnace and while unloading steel scrap particularly at night hours. In order to alleviate the noise pollution, the Board instructed the units not to operate and unload scrap during night hours. However, the units never came up with a foolproof arrangement to avoid such pollution and they continued to operate at night time also, based on interim orders of this Court. The Environmental Engineer further stated that during the sound level monitoring conducted by the Board on 08.12.2017, it was found that the equivalent sound level obtained was Leqt = 61.8 dB(A). The instantaneous sound WP(C)Nos.41275/2018 & 4576/2019 13 generated while unloading scraps was found in the range of 85-90 dB(A). The ambient air quality standards as per the Noise Pollution (Regulation and Control) Rules, 2000, during night time is 70 Leqt. limits in dB(A) in industrial area and 45 Leqt. limits in dB(A) in residential area. Since the particulate matter exceed ambient air quality standards, it was considered fit to restrict the time of operation of the units. The restriction is justified in the facts of the case.
8. The learned counsel for the petitioners contended that neither the Environment (Protection) Act, 1986 nor the Air (Prevention and Control of Pollution) Act, 1981 authorises the Pollution Control Board to order closure of a running industrial unit in an industrial area from 10 p.m. to 6 a.m. As long as pollution parameters are within the permissible limits, there is no justification in the restriction. Such time-restrictions cannot be imposed for the further reason that the units in question are situated in an Industrial Development Area. The restrictive conditions offend Articles 14 and 19(1)(g) of the Constitution. The Pollution Control Board has not conducted any study on WP(C)Nos.41275/2018 & 4576/2019 14 the allegation of pollution resulting in health hazard and for that reason also, the night-time restriction is illegal, urged the learned counsel for the petitioners.
9. The counsel for additional respondents 3 and 4, who have filed W.P.(C) No.4576/2019, argued that applications of the petitioners for renewal of consent were rejected as per Exts.P38 and P39 in W.P.(C) No.4576/2019 and grant of consent subsequently is totally illegal and unwarranted. Additional respondents 3 and 4 and their families have a right to live in unpolluted environment, which has been violated offending Article 21 of the Constitution. Exts.P15 to P23, P33, P34 and P42 (in W.P.(C) No.4576/2019) would show that the petitioners are violating the conditions laid down by the Pollution Control Board. The petitioners continue to cause fugitive emissions from their units and are using contaminated scrap to manufacture steel ingots, in gross violation of the norms prescribed by the Pollution Control Board. Still, the Board has renewed their consent. The 2nd petitioner in W.P.(C) No.41275/2018 appears WP(C)Nos.41275/2018 & 4576/2019 15 not to possess requisite certificate under the Hazardous Wastes (Management, Handling & Transboundary Movement) Rules, 2008. The petitioners are liable to be stopped from running their units for that reason also, contended the learned counsel for additional respondents 3 and 4.
10. Heard the learned counsel for the petitioners, learned Government Pleader representing the 1st respondent, the learned Standing Counsel for the Pollution Control Board and the learned counsel for additional respondents 3 and 4 / petitioners in W.P.(C) No.4576/2019.
11. The prime ground urged by the petitioners is that the Pollution Control Board has no authority to order closure of a running industrial unit during night time. Section 7 of the Environment (Protection) Act, 1986 provides that no person carrying on any industry, operation or process shall discharge or emit or permit to be discharged or emitted any environmental pollutant in excess of such standards as may be prescribed. Environmental pollutant means any solid or gaseous substance present in such concentration as may be WP(C)Nos.41275/2018 & 4576/2019 16 or tend to be injurious to health. The industrial units of the petitioners emit particulate matters (PM) from their furnace. The Central Government, in exercise of its powers under Sections 6 and 25 of the Environment (Protection) Act, 1986, has framed Noise Pollution (Regulation and Control) Rules, 2000. The said Rules, 2000 prescribe different ambient air quality standards in respect of noise for day-time and night-time for different areas/zones. The report dated 16.01.2019 filed by the Environmental Engineer clearly states that observed value of sound level of the units during nights exceeded the permissible limits under the Rules, 2000. When the duly framed statutory rules prescribe different air quality standards for day-time and night-time, necessarily the Pollution Control Board, which is authorised to enforce the pollution control norms, has authority to direct that an industry not satisfying the air quality standards prescribed for the night-time, shall not function during night-time. The argument to the contrary, on behalf of the petitioners, is therefore only to be rejected.
WP(C)Nos.41275/2018 & 4576/2019 17
12. Another argument of the petitioners is that since the industrial units in question are situated in an industrial area, parameters prescribed for residential areas cannot be thrust upon the petitioners. In the case on hand, the Environmental Engineer has reported that there are many residences around the units, within a distance of 100 meters and the nearest residence will be less than 10 meters distance. The Environment (Protection) Act, 1986 is intended to provide for the protection and improvement of environment and for the prevention of hazards to human beings, other living creatures, plants and property. The Act and the Rules made thereunder, therefore, provide for separate parameters and norms for industrial and residential areas. Section 6(2)(a) and (b) of the Act, 1986 empowers the Central Government to make rules to regulate the standards of quality of air, water or soil for various areas and purposes and to prescribe the maximum allowable limits of concentration of various environmental pollutants including noise for different areas. What is sought to be achieved by the Act, 1986 and Rules, is to strive for and WP(C)Nos.41275/2018 & 4576/2019 18 achieve certain minimised pollution levels in industrial, residential and other areas/zones. Therefore, no industrial unit can claim that it need to comply only with the parameters prescribed for industrial area, though the noise or emissions from the industry results in pollution of the nearby residential area violating the parameters prescribed for the residential area. An industry though functioning in an industrial area, cannot function in such a manner resulting in violation of pollution control norms and parameters prescribed for nearby residential areas.
13. The petitioners have not established with sufficient materials that other industrial units functioning in the Industrial Development Area and which are permitted to function at night, are also similarly situated and those units also violate norms and parameters in nearby residential area. The arguments of the petitioners based on Articles 14 and 19(1)(g) are therefore without any factual foundation. The contention of the petitioners on lack of study by the Pollution Control Board on the resultant health hazard, is also unsustainable. WP(C)Nos.41275/2018 & 4576/2019 19 To pursue the statutory mandate under Section 3 of the Environmental Protection Act, the authorities have statutorily prescribed parameters and permissible pollution limits and there will be a statutory presumption that violation of pollution control parameters will result in health hazard. Separate studies on the actual health hazard caused by individual industrial units, are therefore unnecessary. Exts.P3 and P4, renewal of integrated consent to operate, issued by the Kerala State Pollution Control Board are therefore not liable to be interfered with and to that extent, the writ petition filed by the petitioners is liable to be dismissed.
14. As regards W.P.(C) No.4576/2019 filed by additional 3rd and 4th respondents, the argument that the industrial units do not satisfy the distance criteria, cannot be accepted since admittedly the units are functioning inside an approved Industrial Development Area. It is alleged that pollution control norms are being violated. The report filed by the Environmental Engineer indicates that the petitioners have installed air pollution control devices like gas cooler, primary WP(C)Nos.41275/2018 & 4576/2019 20 bag filter, secondary bag filter, two-stage ventury scrubber, moisture separator and scrubbed water re-circulation system. The air pollution chimney installed is at 30 meters height. Water used for scrubbing and cooling is completely re-circulated. Solid waste is removed regularly. According to the Environmental Engineer, the TOD-type electricity meter installed exclusively for recording electricity consumption of air pollution devices will ensure continuous running of the devices, through monitoring by inspecting officials.
15. The sound level obtained from the units shows that the sound level exceeded the limits prescribed for night-time for residential areas. It is for the said reason that the integrated consent issued to the units imposes restrictions to night-time operations. Taking into account all the above facts, there is no reason to hold that the units create air or sound pollution beyond the permissible limits. Additional respondents 3 and 4 have a case that the units consistently violate the conditions even now. If these units still violate the conditions, it will be open to additional respondents 3 and 4 to WP(C)Nos.41275/2018 & 4576/2019 21 bring the same to the notice to the Pollution Control Board. There is no reason to believe that the Board will not act, if such violations are noticed. For the aforesaid reasons, Exts.P40 and P41 integrated consents in W.P.(C) No.4576/2019 are not liable to be interfered with.
16. The petitioners face a genuine issue inasmuch as the night-time power tariff is almost fifty percent less than the day-time tariff and the night-time restriction imposed by the Pollution Control Board will not only adversely affect productivity but also financial viability, if not profitability. Therefore, if the petitioners take necessary steps to bring down the sound pollution caused by their units within the parameters prescribed and thereafter make applications to lift the restriction, the 2nd respondent shall consider such applications, in accordance with law. The 2 nd respondent also shall look into the complaints, if any, made by additional respondents 3 and 4, regarding persistent violation of conditions in the integrated consent issued by the Board and ensure that the units are functioning without violating the WP(C)Nos.41275/2018 & 4576/2019 22 conditions.
Writ petitions are disposed of with the above directions.
Sd/-
N. NAGARESH, JUDGE aks/23.10.2019 WP(C)Nos.41275/2018 & 4576/2019 23 APPENDIX OF WP(C) 41275/2018 PETITIONER'S EXHIBITS:
EXHIBIT P1 PHOTOCOPY OF THE COMMON ORDER IN CP/552 & 553/(IB)/2017 DATED 24.07.2018.
EXHIBIT P2 PHOTOCOPY OF THE AGREEMENT DATED 05.10.2018.
EXHIBIT P3 PHOTOCOPY OF THE INTEGRATED CONSENT DATED 27.11.2018 TO THE M/S. PARAGON STEELS PVT. LTD.
EXHIBIT P4 PHOTOCOPY OF THE INTEGRATED CONSENT DATED 27.11.2018 TO THE M/S. SMM STEEL RE-ROLLING MILLS PVT. LTD.
EXHIBIT P5 THE PHOTOCOPY OF THE GOVT ORDER DATED 05/11/1984 ALOTTING THE LAND IS PRODUCED. EXHIBIT P6 BY ORDER DATED 30/01/1997 THE DISTRICT INDUSTRIES CENTRE GRANTED PERMISSION TO S.M.M STEEL REROLLER (P) LTD TO SET UP THE NEW FACTORY.
EXHIBIT P7 THE REPORT SENT TO THE ENVIRONMENTAL ENGINEER ON 21/11/2018.
EXHIBIT P8 THE PHOTOCOPY OF THE BILLS SHOWING THE PURCHASE OF ITEMS LIKE IMPELLER WITH HOP, BLOWER FAN WITH DYNAMIC BALANCE, NEW ELECTRICAL ITEMS ETC.
EXHIBIT P9 THE PHTOGRAPH SHOWING THE LED ELECTRONIC DISPLAY BOARDS.
EXHIBIT P10 THE PHOTOCOPY OF THE PRINTOUT SHOWING THE DATE VALIDATION SHOWING THE TIME,
PARAMETER, ORIGINAL VALIDATED VALUE OF 1ST PETITIONER.
WP(C)Nos.41275/2018 & 4576/2019
24
EXHIBIT P11 THE PHOTOCOPY OF THE PRINTOUT SHOWING THE
DATE VALIDATION SHOWING THE TIME,
PARAMETER, ORIGINAL VALIDATE VALUE OF 2ND PETITIONER.
EXHIBIT P12 PHOTOCOPY OF THE DEMAND NOTICE FOR THE MAY 2019 ISSUED TO SMM STEEL RE ROLLING PVT.LTD.
EXHIBIT P13 PHOTOCOPY OF THE DEMAND NOTICE FOR THE MAY 2019 ISSUED TO PARAGON STEEL PRIVATE LIMITED.
EXHIBIT P14 REPRESENTATION BEFORE THE POLLUTION CONTROL BOARD ON 21.5.2019.
EXHIBIT P15 PHOTOCOPY OF THE LETTER DATED 30.05.2019 ISSUED TO PARAGON STEEL PRIVATE LIMITED. EXHIBIT P16 PHOTOCOPY OF THE LETTER DATED 30.05.2019 ISSUED TO SMM STEEL RE-ROLLING PVT,LTD. RESPONDENT'S EXHIBITS:
EXHIBIT R1 NIL EXHIBIT R2 A TRUE COPY OF THE LETTER DATED 23.10.2017 ISSUED BY THE PCB TO THE PARAGON STEELS PVT.LTD. EXHIBIT R2 B TRUE COPY OF THE LETTER DATED 23-10-2017 ISSUED BY THE PCB TO THE SMM STEELS RE- ROLLING MILLS PVT. LTD. EXHIBIT R2 C TRUE COPY OF THE JUDGMENT DATED 28-6-2018
IN WPC NO.7298/2018 AND CONNECTED CASES OF THIS HON'BLE COURT.
EXHIBIT R2 D TRUE COPY OF THE LETTER DATED 21-11-2018 ISSUED BY THE PCB TO M/S.PARAGON STEELS PVT.LTD.
EXHIBIT R2 E TRUE COPY OF THE LETTER DATED 21-11-2018 ISSUED BY THE PCB TO M/S.SMM STEELS RE-
WP(C)Nos.41275/2018 & 4576/2019 25 ROLLING MILLS PVT.LTD.
EXHIBIT R2 F TRUE COPY OF THE LETTER DATED 7-1-2019
ISSUED BY THE PCB TO THE PETITIONERS'
UNITS.
WP(C)Nos.41275/2018 & 4576/2019
26
APPENDIX OF WP(C) 4576/2019
PETITIONER'S EXHIBITS:
EXHIBIT P1 A TRUE PHOTOCOPY OF THE BASIC TAX RECEIPT
OF THE PROPERTY PERTAINING TO THE FATHER OF THE 1ST PETITIONER.
EXHIBIT P2 A TRUE PHOTOCOPY OF THE BASIC TAX RECEIPT OF THE PROPERTY PERTAINING TO THE FATHER OF THE 2ND PETITIONER.
EXHIBIT P3 A TRUE PHOTOCOPY OF THE CONSENT TO OPERATE DATED 8.5.1996 ISSUED BY THE 1STRESPONDENT. EXHIBIT P4 A TRUE PHOTOCOPY OF THE CONSENT TO OPERATE DATED 19.11.1997 ISSUED BY THE 1ST RESPONDENT.
EXHIBIT P5 A TRUE PHOTOCOPY OF THE RENEWED CONSENT TO OPERATE DATED 1.10.2012 ISSUED BY THE 2ND RESPONDENT.
EXHIBIT P6 A TRUE PHOTOCOPY OF THE RENEWED CONSENT TO OPERATE DATED 28.6.2017 ISSUED BY THE 3RD RESPONDENT BY THE 2ND RESPONDENT.
EXHIBIT P7 A TRUE PHOTOCOPY OF THE REGISTRATION 25.9.2012 UNDER HAZARDOUS WASTES
(MANAGEMENT HANDLING AND TRANS BOUNDARY MOVEMENT) RULES 2008 ISSUED TO THE 3RD RESPONDENT BY THE 1ST RESPONDENT.
EXHIBIT P8 A TRUE PHOTOCOPY OF THE CONSENT TO OPERATE DATED 23.3.1998 ISSUED BY THE 1ST RESPONDENT TO THE 4TH RESPONDENT.
EXHIBIT P9 A TRUE PHOTOCOPY OF THE RENEWED CONSENT TO OPERATE DATED 23.2.2004 ISSUED BY THE 1ST RESPONDENT TO THE 4TH RESPONDENT.
WP(C)Nos.41275/2018 & 4576/2019 27 EXHIBIT P10 A TRUE PHOTOCOPY OF THE CONSENT TO OPERATE RENEWAL ORDER DATED 4.4.2006 ISSUED BY THE CHIEF ENVIRONMENTAL ENGINEER, CALICUT TO THE 4TH RESPONDENT.
EXHIBIT P11 A TRUE PHOTOCOPY OF THE RENEWED CONSENT TO OPERATE DATED 15.1.2010 ISSUED BY THE 2ND RESPONDENT TO THE 4TH RESPONDENT.
EXHIBIT P12 A TRUE PHOTOCOPY OF THE CONSENT TO OPERATE DATED 22.11.2012 ISSUED BY THE 1ST RESPONDENT TO THE 4TH RESPONDENT.
EXHIBIT P13 A TRUE PHOTOCOPY OF THE RENEWED CONSENT TO OPERATE DATED 10.6.2014 ISSUED BY THE SENIOR ENVIRONMENTAL ENGINEER TO THE 4TH RESPONDENT.
EXHIBIT P14 A TRUE PHOTOCOPY OF THE RENEWED CONSENT TO OPERATE DATED 2.5.2017 ISSUED BY THE 2ND RESPONDENT TO THE 4TH RESPONDENT.
EXHIBIT P15 A TRUE PHOTOCOPY OF THE SHOW CAUSE NOTICE DATED 13.4.2016 ISSUED BY THE 2ND RESPONDENT TO THE 3RD RESPODNENT.
EXHIBIT P16 A TRUE PHOTOCOPY OF COMMUNICATION DATED 10.6.2016 ISSUED FROM THE OFFICE OF THE 2ND RESPONDENT TO THE 3RD RESPONDENT.
EXHIBIT P17 A TRUE PHOTOCOPY OF COMMUNICATION DATED 30.7.2016 ISSUED BY THE 2ND RESPONDENT TO THE 3RD RESPONDENT.
EXHIBIT P18 A TRUE PHOTOCOPY OF THE COMMUNICATION DATED 4.11.2016 ISSUED BY THE 2ND RESPONDENT TO THE 3RD RESPONDENT.
EXHIBIT P19 A TRUE PHOTOCOPY OF OF COMMUNICATION DATED 30.7.2016 ISSUED FROM THE OFFICE OF THE 2ND RESPONDENT TO THE 4TH RESPONDENT.
EXHIBIT P20 A TRUE PHOTOCOPY OF THE SHOW CAUSE NOTICE DATED 31.10.2016 ISSUED BY THE 2ND RESPONDENT TO THE 4TH RESPONDENT.
EXHIBIT P21 A TRUE PHOTOCOPY OF CONSENT REFUSAL NOTICE DATED 8.12.2016 ISSUED BY THE 2ND WP(C)Nos.41275/2018 & 4576/2019 28 RESPONDENT TO THE 4TH RESPONDENT.
EXHIBIT P22 A TRUE PHOTOCOPY OF THE COMMUNICATION DATED 19.1.2017 ISSUED BY THE 2ND RESPONDENT TO THE CHIEF ENVIRONMENT ENGINEER, KOZHIKODE. EXHIBIT P23 A TRUE PHOTOCOPY OF THE COMMUNICATION DATED 30.1.2017 ISSUED BY THE 2ND RESPONDENT TO THE CHIEF ENVIRONMENT ENGINEER, KOZHIKODE. EXHIBIT P24 A TRUE PHOTOCOPY OF JUDGMENT WPC NO.
6924/2017 DATED 2.3.2017.
EXHIBIT P25 A TRUE PHOTOCOPY OF JUDGMENT IN WPC NO.
7193/2017 DATED 3.3.2017.
EXHIBIT P26 A TRUE PHOTOCOPY OF THE COMMUNICATION DATED 7.9.2017 ISSUED BY THE 2ND RESPONDENT TO THE 3RD RESPONDENT.
EXHIBIT P27 A TRUE PHOTOCOPY OF THE COMMUNICATION DATED 7.9.2017 ISSUED BY THE 2ND RESPONDENT TO THE 4TH RESPONDENT.
EXHIBIT P28 A TRUE PHOTOCOPY OF THE COMMUNICATIONS DATED 4.10.2017 ISSUED TO THE 3RD RESPONDENT BY THE 2ND RESPONDENT.
EXHIBIT P29 A TRUE PHOTOCOPY OF THE COMMUNICATIONS DATED 4.10.2017 ISSUED TO THE 3RD RESPONDENT BY THE 2ND RESPONDENT.
EXHIBIT P30 A TRUE PHOTOCOPY OF THE COMMUNICATIONS DATED 23.10.2017 ISSUED TO THE 3RD RESPONDENT BY THE 2ND RESPONDENT.
EXHIBIT P31 A TRUE PHOTOCOPY OF THE COMMUNICATIONS DATED 23.10.2017 ISSUED TO THE 4TH RESPONDENT BY THE 2ND RESPONDENT.
EXHIBIT P32 A TRUE PHOTOCOPY OF THE COMMUNICATIONS DATED 19.6.2018 ISSUED TO THE 2ND RESPONDENT BY THE 3RD RESPONDENT.
EXHIBIT P33 A TRUE PHOTOCOPY OF THE COMMUNICATIONS DATED 19.6.2018 ISSUED TO THE 2ND RESPONDENT BY THE 4TH RESPONDENT.
EXHIBIT P34 A TRUE PHOTOCOPY OF THE JUDGMENT DATED WP(C)Nos.41275/2018 & 4576/2019 29 28.6.2018 PASSED BY THE HONBLE HIGH COURT IN WPC NO. 7298 OF 2018.
EXHIBIT P35 A TRUE PHOTOCOPY OF CONSENT REFUSAL INTENTION NOTICE DATED 8.8.2018 ISSUED BY THE 2ND RESPONDENT TO THE 3RD RESPONDENT. EXHIBIT P36 A TRUE PHOTOCOPY OF THE CONSENT REFUSAL INTENTIONAL NOTICE DATED 8.8.2018 ISSUED BY THE 2ND RESPONDENT TO THE 4TH RESPONDENT. EXHIBIT P37 A TRUE PHOTOCOPY OF THE MINUTES OF THE HEARING CONDUCTED BY THE 2ND RESPONDENT ON 17.8.2018.
EXHIBIT P38 A TRUE PHOTOCOPY OF THE CONSENT REFUSAL ORDER DATED 5.10.2018 ISSUED TO THE 3RD RESPONDENT.
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EXHIBIT P40 A TRUE PHOTOCOPY OF OF THE RENEWED CONSENT TO OPERATE DATED 27.11.2018 ISSUED TO THE 3RD RESPONDENT.
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EXHIBIT P42 A TRUE PHOTOCOPY OF COMMUNICATION DATED 17.12.2018 ISSUED BY THE 2ND RESPONDENT TO THE SUPERINTENDENT OF POLICE, PALAKKAD.


The design of the HSTIO interface is based on two principles: adequate modeling and encapsulation. The high-level data structures form a complete representation of basic instrument data and all associated keywords, as well as meaningful groups of these data and keywords, thus forming an adequate model of data from the instruments. The I/O functions include all functions needed to support these high-level data structures, including translating between the external disk representation and the internal data structures. Implementation details are carefully concealed within these I/O functions, thus employing the principle of encapsulation.
There are two important consequences of this design: flexibility in usage and flexibility in implementation. First, by encapsulating all I/O operations within the HSTIO interface, the pipeline calibrations can be written in the form of pure algorithms, with no operating system dependencies. Furthermore, since these algorithms are being implemented in a widely available standard language (ANSI C), they are easily used in other environments or even translated into other languages. Second, encapsulation also allows alternative implementations of the I/O functions without impacting the calibration algorithms. The low-level I/O functions are currently implemented using IRAF, but they do not have to be. A preliminary version already exists implementing the low-level functions using FITS C++ classes with no use of IRAF whatever. This is completely transparent to the calibration algorithms using these functions and data structures.


🎸 About 🎸
Need help learning the layout of the fretboard? Just select how many frets are on your guitar, then select the mode you want to highlight notes in. Hover over a note to see the locations of all similar notes. For example, hovering over F#3 in pitch mode will show you all the places on the fretboard where you can play the exact same pitch.


Noble.Input
Input manager.
Functions
- Noble.Input.getHandler()
-
Get the currently active input handler. Returns nil if none are active.
Returns
-
table
A table of callbacks which handle input events.
- Noble.Input.setHandler([__inputHandler=nil])
-
Use this to change the active inputHandler. Enter nil to disable input.
Parameters
- __inputHandler
table
= nil (default)
A table of callbacks which handle input events.
See
- __inputHandler
table
= nil (default)
- Noble.Input.disable()
-
A helper function that calls Noble.Input.setHandler() with no argument.
See
- Noble.Input.setCrankIndicatorStatus(__active[, __evenWhenUndocked=false])
-
Enable/disable on-screen system crank indicator.
NOTE: The indicator will only ever show if the crank is docked, unless
__evenWhenUndocked
is true.Parameters
- __active
bool
Set true to start showing the on-screen crank indicator. Set false to stop showing it. - __evenWhenUndocked
bool
= false (default)
Set true to show the crank indicator even if the crank is already undocked (__active
must also be true).
- __active
bool
- Noble.Input.getCrankIndicatorStatus()
-
Checks whether the system crank indicator status. Returns a tuple.
Returns
- bool Is the crank indicator active?
- bool Is the crank indicator being forced when active, even when the crank is undocked?
See
Constants
A set of constants referencing device inputs, stored as strings. Can be used for querying button input,
but are mainly for on-screen prompts or other elements where a string literal is useful, such as a filename, GameData value, or localization key.
For faster performance, use the ones that exist in the Playdate SDK (i.e.:
playdate.kButtonA
), which are stored as binary numbers.
Usage
function newPrompt(__input, __promptString) -- ... local icon = Graphics.image.new("assets/images/UI/Icon_" .. __input) -- ... end promptMove = newPrompt(Noble.Input.DPAD_HORIZONTAL, "Move!") -- assets/images/UI/Icon_dPadHorizontal.png" promptJump = newPrompt(Noble.Input.BUTTON_A, "Jump!") -- assets/images/UI/Icon_buttonA.png" promptCharge = newPrompt(Noble.Input.CRANK_FORWARD, "Charge the battery!") -- assets/images/UI/Icon_crankForward.png"
- Noble.Input.BUTTON_A
-
"buttonA"
- Noble.Input.BUTTON_B
-
"buttonB"
- Noble.Input.BUTTON_MENU
-
The system menu button.
"buttonMenu"
- Noble.Input.DPAD
-
Referencing the D-pad component itself, rather than an input.
"dPad"
- Noble.Input.DPAD_HORIZONTAL
-
Referencing the left and right input D-pad inputs.
"dPadHorizontal"
- Noble.Input.DPAD_VERTICAL
-
Referencing the up and down input D-pad inputs.
"dPadVertical"
- Noble.Input.DPAD_UP
-
"dPadUp"
- Noble.Input.DPAD_DOWN
-
"dPadDown"
- Noble.Input.DPAD_LEFT
-
"dPadLeft"
- Noble.Input.DPAD_RIGHT
-
"dPadRight"
- Noble.Input.CRANK
-
Referencing the crank component itself, rather than an input.
"crank"
- Noble.Input.CRANK_FORWARD
-
AKA: Clockwise. See Playdate SDK.
"crankForward"
- Noble.Input.CRANK_REVERSE
-
AKA: Anticlockwise. See Playdate SDK.
"crankReverse"
- Noble.Input.CRANK_DOCK
-
Referencing the action of docking the crank.
"crankDock"
- Noble.Input.CRANK_UNDOCK
-
Referencing the action of undocking the crank.
"crankUndock"


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| 510 | (E) | for iusteth þe iolyest . with ioynyng of werre |
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