Company profile - Canadian Company Capabilities
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InfoMagnetics Technologies Corporation
Legal Name:
InfoMagnetics Technologies Corporation
Operating Name:
IMT
Mailing Address:
900-330 St Mary AveWINNIPEG, Manitoba
R3C 3Z5
Location Address:
900-330 St Mary AveWINNIPEG, Manitoba
R3C 3Z5
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
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Company Profile
InfoMagnetics Technologies Corporation (IMT) is an innovative engineering company established in 1992 and headquartered in Winnipeg, Manitoba, Canada. IMT's core strength is building Identity Solutions based on Master Data Management (MDM) and Cross-Enterprise Document Sharing (XDS) technologies. In September 2011 IMT incorporated InfoMagnetics Technologies USA Corp. (IMT USA) in the State of Illinois.
IMT currently has 35 employees located in Manitoba, Alberta, Ontario, Illinois, Iowa and New York. The care and pride we take in our work is evident in all of our accomplishments.
Full profile
Full profile
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Company description
Product / Service / Licensing
The first step towards creating an effective eHealthcare infrastructure is to master your patient and provider records. Mastering your records means creating a single point of reference where your existing systems can meet, handle duplicate records, and reduce data quality errors—all while adhering to your data governance policies.
Master Data Management (MDM) gives you the right foundation for patient portals, 360-degree views of the patient, and health information exchange infrastructure. Traditionally, this is called an enterprise master person (or patient) index (EMPI). We use the IBM® InfoSphere® MDM Standard Edition (formerly known as Initiate) platform, the healthcare industry’s leading EMPI tool.
Managing the Orders Lifecycle
Healthcare organizations face a challenging task when managing the clinical orders and results lifecycle. Staff often find it hard to route lab orders to the appropriate hospital, lab or clinic while balancing other duties like patient care. In most cases, patients rely on either a fax or paper order from the physician, but the process often requires phone calls or requests to resubmit the orders. Once the lab test is completed, staff need to determine where and how to send these results back to the correct physician at the right practice. Manual processes and paper requisitions make lab tests slow, laborious and error-prone.
RESOLVING PATIENT’S IDENTITY IN REAL TIME
IMT’s Resolve:ID™ enhances the quality and speed of registration and harmonizes business processes. Resolve:ID seamlessly connects registration systems to the IBM InfoSPhere MDM Patient Registry right “at the glass,” during the registration process. Known patient records are available at the point of registration, from anywhere across the enterprise.
Resolve:ID™ is not your Dad’s screen-scraper. The technology under the hood taps into the command layer of your mouse and keyboard to ensure that Resolve:ID™ is transparent to your system. It’s flexible to screen changes, easily configurable to your processes and workflow, and is centrally managed and updated.
Enterprise Clinical Data Sharing Using IHE XDS
As an authorized Value-Added Reseller of the Forcare XDS software suite, we provide solutions for health information exchanges. A health information exchange is a network that allows organizations to share clinical data to support key clinical processes.
DATA GOVERNANCE WITH IMT
Data governance determines how your medical records are shared, read and used. All too often, governance ends when the document is created. But at IMT we believe the governance plan is just the beginning. We use analytical tools, workflow engines, and IBM’s InfoSphereⓇ MDM Standard Edition to create governance processes that are built into the interface—not just a binder that sits on the shelf.
IMT has taken the patient-matching algorithms that drive the IBMⓇ InfoSphereⓇ MDM Standard Edition and developed new MDM “hubs” that provide an end-to-end solution to help hospitals, research organizations and eHealth jurisdictions perform operational analytics in ways that were not possible before.
Many governments today are focused on creating a single portal for government agencies to streamline services and reduce regulatory burdens on businesses. A government business registry lets business owners and government streamline operations and increase compliance.
The IMT Business Registry for eGovernment gives you a single 360-degree view of every registered business. The Business Registry lets you view all of the information on file with the government and see what programs or resources are associated with each business.
With IMT’s proven Citizen Registry solutions, you can decrease the time it takes to enroll citizens in new programs, verify a citizen’s identity at the point of registration, and leverage known data about citizens to reduce fraud.
Integrated government services are relatively new. For decades, citizen data has been collected at the department or agency level with tight controls that often restrict sharing and exchanging data. This has led to further compartmentalization of citizen data, leading to widespread errors in data and duplication, opening the risk of fraud.
Paper. Courts use thousands of different forms and documents to process information through various stages of the system.
Choke points. Numerous “choke points” exist within current processes, increasing time-to-trial costs.
HIgh collapse rates. Poor alignment between available judicial time and cases ready for trial leads to significant under-utilization of available judicial time. This increases judicial stays of proceedings.
Duplicate rates. The duplicate rates in RMS systems impede investigations and overall case management.
The IMT Citizen Registry for Integrated Justice effectively addresses these issues. Agencies and departments can maintain their own systems and only share need-to-know information, privately and securely.
Features of the IMT Voter Registry for eGovernment:
Consolidates multiple source systems of voter demographics and information into one authoritative view of a voter.
Provides multiple views of a voter. You can include or exclude sources or even specific source system attributes (e.g., always use Vital Statistics Birth Date in this view).
Decreases the number of manual elector revisions or in-person adjudications—the IMT Voter Registry uses the most accurate, trusted and proven matching and linking engine on the market, the IBM InfoSphere MDM matching algorithm.
Greatly enhances data quality and integrity through a rich set of data stewardship and data governance tools.
Integrates with geodatabase management systems such as ESRI. The Voter Registry can use a GIS to produce voter lists for candidates and their constituencies, as well as provide useful data to government parties on electoral boundaries.
Provides notifications and alerts that can be configured by business analysts to meet their requirements.
Facilitates and enables self-serve applications via a set of rich Web Services APIs.
A lot of registration systems in healthcare don’t support standards-based messages such as the I.H.E. PIX/PDQ enterprise identity lookup. As a result, your registration staff can’t access enterprise master identity information that’s stored in your IBM InfoSphere MDM Patient Registry.
As an authorized Value-Added Reseller of the Forcare XDS software suite, we provide solutions for health information exchanges. A health information exchange is a network that allows organizations to share clinical data to support key clinical processes.
Data governance determines how your medical records are shared, read and used. All too often, governance ends when the document is created. But at IMT we believe the governance plan is just the beginning. We use analytical tools, workflow engines, and IBM’s InfoSphereⓇ MDM Standard Edition to create governance processes that are built into the interface—not just a binder that sits on the shelf.
IMT has taken the patient-matching algorithms that drive the IBMⓇ InfoSphereⓇ MDM Standard Edition and developed new MDM “hubs” that provide an end-to-end solution to help hospitals, research organizations and eHealth jurisdictions perform operational analytics in ways that were not possible before.
You can now perform group research and cohort selections, leveraging the Clinical Data Hub, in a cost-effective and timely manner. Use powerful visualization tools to easily create your own search requests and analyze the results of structured and unstructured text.
IMT Master:ID LE is a pre-configured Entity Resolution and Name Search appliance that is tuned to meet the needs of integrated Law Enforcement agencies without over-stretching your IT resources. IMT Master:ID LE leverages current and historical data from your enterprise to detect suspicious activities, create preemptive alerting and share information between departments and other Integrated Justice agencies while reducing the risk of unintended disclosure. Our team of IBM certified specialists will create a tailored Entity Resolution and Name Search solution to fit your needs, including the hardware. All you have to do is plug it into your data center and start sending your data; we do the rest.
AZ00-Other Research and Development
D307-Automated Information System Design and Integration Services
R007-Systems Engineering Services
Technology profile
We are privately held with Canadian headquarters in Winnipeg, Manitoba and American headquarters in Chicago, Illinois (Des Plaines). IMT is an IBM Premier Business Partner, specializing in Master Data Management, Predictive Analytics, and Big Data software and industry certified in Healthcare and Life Sciences. IMT is also a North American Value Added Reseller of Forcare and specializes in I.H.E. XDS software that support meaningful use and cross enterprise clinical information sharing within Health Information Exchanges.
Market profile
Alliances:
- Sales/Marketing
- Technology
Industry sector market interests:
- Medical/Biotechnology/Chemical
- Defence
Geographic markets:
Actively pursuing:
- Denmark
- Finland
- Germany
- Netherlands
- Norway
- United States
Sector information
Success stories:
For our success stories please check out www.imt.caThird-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
The first step towards creating an effective eHealthcare infrastructure is to master your patient and provider records. Mastering your records means creating a single point of reference where your existing systems can meet, handle duplicate records, and reduce data quality errors—all while adhering to your data governance policies.
Master Data Management (MDM) gives you the right foundation for patient portals, 360-degree views of the patient, and health information exchange infrastructure. Traditionally, this is called an enterprise master person (or patient) index (EMPI). We use the IBM® InfoSphere® MDM Standard Edition (formerly known as Initiate) platform, the healthcare industry’s leading EMPI tool.
Managing the Orders Lifecycle
Healthcare organizations face a challenging task when managing the clinical orders and results lifecycle. Staff often find it hard to route lab orders to the appropriate hospital, lab or clinic while balancing other duties like patient care. In most cases, patients rely on either a fax or paper order from the physician, but the process often requires phone calls or requests to resubmit the orders. Once the lab test is completed, staff need to determine where and how to send these results back to the correct physician at the right practice. Manual processes and paper requisitions make lab tests slow, laborious and error-prone.
RESOLVING PATIENT’S IDENTITY IN REAL TIME
IMT’s Resolve:ID™ enhances the quality and speed of registration and harmonizes business processes. Resolve:ID seamlessly connects registration systems to the IBM InfoSPhere MDM Patient Registry right “at the glass,” during the registration process. Known patient records are available at the point of registration, from anywhere across the enterprise.
Resolve:ID™ is not your Dad’s screen-scraper. The technology under the hood taps into the command layer of your mouse and keyboard to ensure that Resolve:ID™ is transparent to your system. It’s flexible to screen changes, easily configurable to your processes and workflow, and is centrally managed and updated.
Enterprise Clinical Data Sharing Using IHE XDS
As an authorized Value-Added Reseller of the Forcare XDS software suite, we provide solutions for health information exchanges. A health information exchange is a network that allows organizations to share clinical data to support key clinical processes.
DATA GOVERNANCE WITH IMT
Data governance determines how your medical records are shared, read and used. All too often, governance ends when the document is created. But at IMT we believe the governance plan is just the beginning. We use analytical tools, workflow engines, and IBM’s InfoSphereⓇ MDM Standard Edition to create governance processes that are built into the interface—not just a binder that sits on the shelf.
IMT has taken the patient-matching algorithms that drive the IBMⓇ InfoSphereⓇ MDM Standard Edition and developed new MDM “hubs” that provide an end-to-end solution to help hospitals, research organizations and eHealth jurisdictions perform operational analytics in ways that were not possible before.
Many governments today are focused on creating a single portal for government agencies to streamline services and reduce regulatory burdens on businesses. A government business registry lets business owners and government streamline operations and increase compliance.
The IMT Business Registry for eGovernment gives you a single 360-degree view of every registered business. The Business Registry lets you view all of the information on file with the government and see what programs or resources are associated with each business.
With IMT’s proven Citizen Registry solutions, you can decrease the time it takes to enroll citizens in new programs, verify a citizen’s identity at the point of registration, and leverage known data about citizens to reduce fraud.
Integrated government services are relatively new. For decades, citizen data has been collected at the department or agency level with tight controls that often restrict sharing and exchanging data. This has led to further compartmentalization of citizen data, leading to widespread errors in data and duplication, opening the risk of fraud.
Paper. Courts use thousands of different forms and documents to process information through various stages of the system.
Choke points. Numerous “choke points” exist within current processes, increasing time-to-trial costs.
HIgh collapse rates. Poor alignment between available judicial time and cases ready for trial leads to significant under-utilization of available judicial time. This increases judicial stays of proceedings.
Duplicate rates. The duplicate rates in RMS systems impede investigations and overall case management.
The IMT Citizen Registry for Integrated Justice effectively addresses these issues. Agencies and departments can maintain their own systems and only share need-to-know information, privately and securely.
Features of the IMT Voter Registry for eGovernment:
Consolidates multiple source systems of voter demographics and information into one authoritative view of a voter.
Provides multiple views of a voter. You can include or exclude sources or even specific source system attributes (e.g., always use Vital Statistics Birth Date in this view).
Decreases the number of manual elector revisions or in-person adjudications—the IMT Voter Registry uses the most accurate, trusted and proven matching and linking engine on the market, the IBM InfoSphere MDM matching algorithm.
Greatly enhances data quality and integrity through a rich set of data stewardship and data governance tools.
Integrates with geodatabase management systems such as ESRI. The Voter Registry can use a GIS to produce voter lists for candidates and their constituencies, as well as provide useful data to government parties on electoral boundaries.
Provides notifications and alerts that can be configured by business analysts to meet their requirements.
Facilitates and enables self-serve applications via a set of rich Web Services APIs.
A lot of registration systems in healthcare don’t support standards-based messages such as the I.H.E. PIX/PDQ enterprise identity lookup. As a result, your registration staff can’t access enterprise master identity information that’s stored in your IBM InfoSphere MDM Patient Registry.
As an authorized Value-Added Reseller of the Forcare XDS software suite, we provide solutions for health information exchanges. A health information exchange is a network that allows organizations to share clinical data to support key clinical processes.
Data governance determines how your medical records are shared, read and used. All too often, governance ends when the document is created. But at IMT we believe the governance plan is just the beginning. We use analytical tools, workflow engines, and IBM’s InfoSphereⓇ MDM Standard Edition to create governance processes that are built into the interface—not just a binder that sits on the shelf.
IMT has taken the patient-matching algorithms that drive the IBMⓇ InfoSphereⓇ MDM Standard Edition and developed new MDM “hubs” that provide an end-to-end solution to help hospitals, research organizations and eHealth jurisdictions perform operational analytics in ways that were not possible before.
You can now perform group research and cohort selections, leveraging the Clinical Data Hub, in a cost-effective and timely manner. Use powerful visualization tools to easily create your own search requests and analyze the results of structured and unstructured text.
IMT Master:ID LE is a pre-configured Entity Resolution and Name Search appliance that is tuned to meet the needs of integrated Law Enforcement agencies without over-stretching your IT resources. IMT Master:ID LE leverages current and historical data from your enterprise to detect suspicious activities, create preemptive alerting and share information between departments and other Integrated Justice agencies while reducing the risk of unintended disclosure. Our team of IBM certified specialists will create a tailored Entity Resolution and Name Search solution to fit your needs, including the hardware. All you have to do is plug it into your data center and start sending your data; we do the rest.
AZ00-Other Research and Development
D307-Automated Information System Design and Integration Services
R007-Systems Engineering Services
Technology
Technology profile
We are privately held with Canadian headquarters in Winnipeg, Manitoba and American headquarters in Chicago, Illinois (Des Plaines). IMT is an IBM Premier Business Partner, specializing in Master Data Management, Predictive Analytics, and Big Data software and industry certified in Healthcare and Life Sciences. IMT is also a North American Value Added Reseller of Forcare and specializes in I.H.E. XDS software that support meaningful use and cross enterprise clinical information sharing within Health Information Exchanges.
Market
Market profile
Alliances:
- Sales/Marketing
- Technology
Industry sector market interests:
- Medical/Biotechnology/Chemical
- Defence
Geographic markets:
Actively pursuing:
- Denmark
- Finland
- Germany
- Netherlands
- Norway
- United States


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LETTER: It’s not all bad news at the Clark County School District
by Vincent Ariola Judith Ariola Las VegasWe so often hear about how bad our schools are today. We found a diamond in the rough with Doris French Elementary School. We and several other Korean War veterans were invited last week to talk to the classrooms on our military experience. We saw many attentive teachers and students very eager to learn. The student body understood what patriotism means and displayed respect and behaved in an orderly manner. Thank you teachers and students. A job well done.


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Lie Methods and Related Combinatorics in Sage#
Author: Daniel Bump (Stanford University), Ben Salisbury (Central Michigan University), and Anne Schilling (UC Davis)
These notes explain how to use the mathematical software Sage for Lie group computations. Sage also contains many combinatorial algorithms. We will cover only some of these.
- The Scope of this Document
- Lie Group Basics
- Goals of this section
- Semisimple and reductive groups
- Fundamental group and center
- Parabolic subgroups and Levi subgroups
- Cartan types
- Dual Cartan types
- Reducible Cartan types
- Low dimensional Cartan types
- Relabeled Cartan types
- Standard realizations of the ambient spaces
- Weights and the ambient space
- The root system
- The Weyl group
- The dual root system
- The Dynkin diagram
- The Cartan matrix
- Fundamental weights and the Weyl vector
- Representations and characters
- Representations: an example
- Partitions and Schur polynomials
- Affine Cartan types
- The affine root and the extended Dynkin diagram
- Twisted affine root systems
- Further Generalizations
- The Weyl Character Ring
- Weyl character rings
- Methods of the ambient space
- Methods of the Weyl character ring
- Coroot notation
- Tensor products of representations
- Weight multiplicities
- Example
- Frobenius-Schur indicator
- Symmetric and exterior powers
- Weyl dimension formula
- SL versus GL
- Integration
- Invariants and multiplicities
- Weight Rings
- Maximal Subgroups and Branching Rules
- Branching rules
- What’s in a branching rule?
- Maximal subgroups
- Levi subgroups
- Subgroups classified by the extended Dynkin diagram
- Levi subgroups of \(G_2\)
- Orthogonal and symplectic subgroups of orthogonal and symplectic groups
- Non-maximal Levi subgroups and Projection from Reducible Types
- Symmetric subgroups
- Tensor products
- Symmetric powers
- Plethysms
- Miscellaneous other subgroups
- Maximal A1 subgroups of Exceptional Groups
- Writing your own branching rules
- Automorphisms and triality
- Weyl Groups, Coxeter Groups and the Bruhat Order
- Classical Crystals
- Tableaux and representations of \(GL(n)\)
- Frobenius-Schur Duality
- Counting pairs of tableaux
- The Robinson-Schensted-Knuth correspondence
- Analogies between representation theory and combinatorics
- Interpolating between representation theory and combinatorics
- Kashiwara crystals
- Installing dot2tex
- Crystals of tableaux in Sage
- Crystals of letters
- Tensor products of crystals
- Crystals of tableaux as tensor products of crystals
- Spin crystals
- Lusztig involution
- Levi branching rules for crystals
- Subcrystals
- Affine Root System Basics
- Integrable Highest Weight Representations of Affine Lie algebras
- Affine Finite Crystals
- Affine Highest Weight Crystals
- Elementary crystals
- Infinity Crystals
- Iwahori Hecke Algebras
- Kazhdan-Lusztig Polynomials
- Bibliography
Preparation of this document was supported in part by NSF grants DMS-0652817, DMS-1001079, OCI-1147463, DMS–0652641, DMS–0652652, DMS–1001256, OCI–1147247 and DMS-1601026.


I am a Ph.D. student in Composite Research Network working on analytical and numerical approaches to simulate the processing of composite structures.
Facilitating non-credit university preparation courses in the form of graduate seminars using active learning methodologies, Delivery and assessment of assignment and examination materials, Liaising with other instructors and program coordinator regarding program delivery
Developing a computational framework aimed at non-intrusive condition assessment of reinforced concrete structures, Responsible for preparing specimens in the lab as well as developing and validation of a computational model in a flagship project, Working in a multicultural and fast-paced team environment
Design and optimization of new products and manufacturing methods as part of the R&D unit under time and budget restrictions, Liaising with the sale team in composing proposals and automation solutions based on costumers’ needs
Developing a hybrid powertrain for Tiba, an Iranian class C automobile, Collaborating in a team of 5 to devise and present a roadmap for the future of hybrid vehicles’ industry and research in Iran
GPA: 93.8%
GPA: 90.9%
GPA: 90.9%
Fahimi S, Baghani M, Zakerzadeh MR, Eskandari A. Developing a visco-hyperelastic material model for 3D finite deformation of elastomers. Finite Elements in Analysis and Design. 2018 Feb 15; 140:1-0.
S. Fahimi, M. Ovesy, “Visco-hyperelastic Finite Element Modelling of Human Eye Cornea”, accepted at the 11th International Conference on Advanced Computational Engineering and Experimenting, Vienna, Austria, July 2017.
S.Fahimi, K.Zandi, C.G. Berrocal, I.F. Perez, “ Replication of crack pattern in FE analysis based on discretization of tension softening curves”, 2nd Nordic mini-seminar on residual service life and capacity of deteriorated concrete structures, Oslo, Norway, June 2016.
S.Fahimi, M. Shariat Panahi, “A modified multi-objective genetic algorithm for optimization of multi-stage gearboxes”, The 23rd International Mechanical Engineering Conference, Tehran, Iran, May 2015. (In Persian)
S.Fahimi, K. Mahutchi, M. Momeni, M. Esfahanian, M. Masih Tehrani, “Economic feasibility study of converting a typical conventional passenger car into a hybrid vehicle in Iran”, The 14th International Conference on Traffic and Transportation Engineering, Tehran, Iran, Feb. 2015. (In Persian)
I enjoy most of my time being outdoors. During the warmer months here in Vancouver, I enjoy biking, hiking, and volleyball.
When forced indoors, I follow a number of hisotry books and novels.


Magister Gauen:
What happened?
Hand him a controlling charm and tell the story about Magister Gaius.


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Production Contract |
Purchase Confirmation |
Sales Contract | Phone Note |
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{{member.title}} GitHub Profile
iHammer is a project we worked on at Hack Reactor and it's completely open source! Check out our repo on GitHub to take a closer look under the hood.


DON'T SAY A WORD A film review by Steve Rhodes Copyright 2001 Steve Rhodes RATING (0 TO ****): ***
In DON'T SAY A WORD, Michael Douglas, as psychiatrist Dr. Nathan Conrad, has just hours to meet the kidnappers' demands or they'll kill his eight-year-old daughter, Jessie (Skye McCole Bartusiak). They don't want money. They need Dr. Conrad, an expert on dealing with severely troubled teens, to get his new patient, Elisabeth Burrows (Brittany Murphy), to reveal a six-digit number that only she knows. Is he up to the pressure? Can he pull it off? Of course. He's Michael Douglas. And being Michael Douglas he'll have you empathizing with his pain.
Directed by Gary Fleder, this entertaining thriller delivers the goods. Sure, it follows a fairly standard formula, but you won't mind. There are just enough twists to keep you guessing, and the acting is solid from Famke Janssen, as Jessie's temporarily incapacitated mother, to Sean Bean, as the omnipresent leader of the kidnappers. Fleder, as he did in KISS THE GIRLS, keeps you on your toes and ready to be frightened, even if things rarely do go "Boo!" It is anticipation that causes chills not actions.
Although it is a satisfying film, it's not a flawless one. The script by Patrick Smith Kelly and Anthony Peckham, based on Andrew Klavan's novel, has some easily fixed problems and troubling logical holes. Det. Sandra Cassidy (Jennifer Esposito), for example, foolishly ventures alone into a dark and dangerous situation without first requesting backup. The kidnappers, whose sole goal is to get the numbers, have key information that will help Dr. Conrad find them, yet refuse to tell him. And in the missed opportunity category, why do the writers take the time to setup an elaborate mystery around Elisabeth's mental condition and then immediately solve it? What's the rush?
Among the film's most satisfying twists is the story's final resolution. In this, the writers don't disappoint.
DON'T SAY A WORD runs 1:40. It is rated R for "violence, including some gruesome images, and language" and would be acceptable for teenagers.
The film opens nationwide in the United States today, Friday, September 28, 2001. In the Silicon Valley, it is showing at the AMC and the Century theaters.
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Example Inventory Files¶
After getting to know the basics of configuring your own inventory file, you can review the following example inventories which describe various environment topographies, including using multiple core hosts for higher capacity. You can choose an example that matches your requirements, modify it to match your own environment, and use it as your inventory file when running the installation.
Sandbox Installations¶
You can configure an environment with single Auth, Persistence, and either single or multiple Core hosts.
Single Auth, Single Core, and Single Persistence¶
The following table describes an example environment for a single Auth, single Core, and single Persistence host:
| Host Name | Infrastructure Component to Install |
|---|---|
| auth.example.com | All Auth components
|
| core.example.com | All Core components
|
| db.example.com | All Persistence components
|
You can see these example hosts present in the [auth]
, [core]
, and [db]
sections of the following example inventory file:
# General settings to apply to all playbooks.
[all:vars]
# the name of your tenant.
tenant_id=sandbox
agave_tenant_id=sandbox
# the public hostname or ip of your installation
tenant_public_domain_or_ip=sandbox.agaveplatform.org
# The name of the core service config file to read in.
core_config_file=sandbox
# Create a agave group that contains the auth, core, and db groups
[agave:vars]
# SSH user, this user should allow ssh based auth without requiring a password
ansible_ssh_user=root
# If ansible_ssh_user is not root, ansible_become must be set to true
#ansible_become=true
[agave:children]
db
auth
core
[db]
db.example.com ansible_ssh_host=<IP_ADDRESS>
[auth]
auth.example.com ansible_ssh_host=<IP_ADDRESS>
[core]
core.example.com ansible_ssh_host=<IP_ADDRESS>
To use this example, modify the file to match your environment and specifications, and save it as /etc/ansible/hosts.
Single Auth, Multiple Core, and Single Persistence¶
The following table describes an example environment for a single Auth, single Core, and single Persistence host:
| Host Name | Infrastructure Component to Install |
|---|---|
| auth.example.com | All Auth components
|
| api.core.example.com | All Core frontend components
|
| worker.core.example.com | All Core backend worker components
|
| db.example.com | All Persistence components
|
You can see these example hosts present in the [auth]
, [core]
, and [db]
sections of the following example inventory file:
# General settings to apply to all playbooks.
[all:vars]
# the name of your tenant.
tenant_id=sandbox
agave_tenant_id=sandbox
# the public hostname or ip of your installation
tenant_public_domain_or_ip=sandbox.agaveplatform.org
# The name of the core service config file to read in.
core_config_file=sandbox
# Create a agave group that contains the auth, core, and db groups
[agave:vars]
# SSH user, this user should allow ssh based auth without requiring a password
ansible_ssh_user=root
# If ansible_ssh_user is not root, ansible_become must be set to true
#ansible_become=true
[agave:children]
db
auth
core
[db]
db.example.com ansible_ssh_host=<IP_ADDRESS>
[auth]
auth.example.com ansible_ssh_host=<IP_ADDRESS>
[core]
[core:children]
core_api
core_workers
[core_api]
api.core.example.com ansible_ssh_host=<IP_ADDRESS> agave_core_api_only=True
[core_workers]
worker.core.example.com ansible_ssh_host=<IP_ADDRESS> agave_core_workers_only=True core_deploy_monitors=False core_deploy_notifications=False core_deploy_transforms=False
To use this example, modify the file to match your environment and specifications, and save it as /etc/ansible/hosts.
Custom Installations¶
Single Auth, Multiple Core, and Cloud Hosted Persistence¶
The following table describes an example environment for a single Auth and multiple Core hosts supporting workers for specific power users. Persistence is delgated to cloud hosted services.
| Host Name | Infrastructure Component to Install |
|---|---|
| auth.example.com | All Auth components
|
| api.core.example.com | All Core frontend components
|
| jdoe.worker.core.example.com | All Core backend worker components
|
| jobs.worker.core.example.com | All Core backend worker components
|
| data.worker.core.example.com | All Persistence components
|
You can see these example hosts present in the [auth]
, [core_api]
, and [core_workers]
sections of the following example inventory file. Note that we have switched from the traditional INI syntax to YAML to make adding multiple host variables more legible.
# General settings to apply to all playbooks.
all:
vars:
# the name of your tenant.
tenant_id: sandbox
agave_tenant_id: sandbox
# the public hostname or ip of your installation
tenant_public_domain_or_ip: sandbox.agaveplatform.org
# The name of the core service config file to read in.
core_config_file: sandbox
children:
# Create a agave group that contains the auth, core, and db groups
agave:
# common variables to all component hosts
vars:
# SSH user, this user should allow ssh based auth without requiring a password
ansible_ssh_user: root
# mariadb cluster host
mysql_core_host: mariadb.12345.us-east-1.rds.amazonaws.com
# mariadb cluster port
mysql_core_port: 3306
# mariadb cluster username
mysql_core_user: agaveapi
# mongodb core cluster host
agave_core_metadata_host: atlas.us-east-1.compute.amazonaws.com
# mongodb core cluster port
agave_core_metadata_port: 27017
# mongodb core cluster username
agave_core_metadata_user: iam_user_1
# set message queue provider type is ironmq's beanstalk interface
agave_core_messaging_provider: ironbeanstalk
# ironmq queue
agave_core_messaging_host: mq-aws-eu-west-1-1.iron.io
# ironmq port
agave_core_messaging_port: 11300
# ironmq user
agave_core_messaging_user: iron_user_1
# hosted streaming and push service
agave_core_realtime_provider: fanout
agave_core_realtime_host: 12345.fanout.io
# mariadb auth cluster host
mysql_host: mariadb.12345.us-east-1.rds.amazonaws.com
# mariadb auth cluster port
mysql_port: 3306
# mariadb auth cluster username
mysql_core_user: agaveapi
# ironmq queue
beanstalk_host: mq-aws-eu-west-1-1.iron.io
# ironmq port
beanstalk_port: 11300
# ironmq user
beanstalk_user: iron_user_1
children:
# db group is empty because all the persistence components are cloud services.
db:
# auth component group. evertyhing is going on a single component
auth:
hosts:
auth.example.com:
ansible_ssh_host: <IP_ADDRESS>
# core component group split acoss multiple worker hosts and asingle API host
core:
children:
# Group for all core science api frontend services
core_api:
hosts:
api.core.example.com:
ansible_ssh_host: <IP_ADDRESS>
# Do not deploy any workers on this host and ensure no worker threads
# are running in the api containers
agave_core_api_only: True
# Group for all core science api backend workers
core_workers:
vars:
# only enable science api backend workers on hosts in this group
agave_core_workers_only: True
hosts:
# This host will only have the science api backend data workers
# deployed on it. As the only component on the host, it will have
# full run of the host's memory, disk, and cpu share.
data.worker.core.example.com:
ansible_ssh_host: <IP_ADDRESS>
# Do not deploy the monitor worker containers on this host
core_deploy_monitors: False
# Do not deploy the notificaiton worker containers on this host
core_deploy_notifications: False
# Do not deploy the transform worker containers on this host
core_deploy_transforms: False
# Do not deploy the job worker containers on this host
core_deploy_jobs: False
# Tell the workers to accept tasks for anyone but user jdoe.
agave_core_dedicated_user_ids: !jdoe
# Don't cap the container memory. Let 'er rip
agave_core_files_mem_limit: False
# The number of concurrent data movement tasks is bumped to 10.
agave_core_files_max_staging_tasks: 10
# The number of concurrent data transformation tasks is bumped to 10.
agave_core_files_max_transform_tasks: 10
# Enable relay transfers
agave_core_allow_relay_transfer: True
# Cap relayed file size at 1GB. This means any file under 1GB in size
# will be moved via sequential GET and PUT operations rather than
# streamed through memory buffers like larger files.
agave_core_max_relay_transfer_size: 1
# This host will only have the science api backend job workers
# deployed on it. As the only component on the host, it will have
# full run of the host's memory, disk, and cpu share.
jobs.worker.core.example.com:
ansible_ssh_host: <IP_ADDRESS>
# Do not deploy the monitor worker containers on this host
core_deploy_monitors: False
# Do not deploy the notificaiton worker containers on this host
core_deploy_notifications: False
# Do not deploy the transform worker containers on this host
core_deploy_transforms: False
# Do not deploy the data worker containers on this host
core_deploy_files: False
# Tell the workers to accept tasks for anyone but user jdoe.
agave_core_dedicated_user_ids: !jdoe
agave_core_jobs_mem_limit: False
# The number of concurrent job submission tasks is bumped to 5.
agave_core_job_max_submission_task: 5
# The number of concurrent job staging tasks is bumped to 15.
agave_core_job_max_staging_tasks: 15
# The number of concurrent job archiving tasks tasks is bumped to 15.
agave_core_job_max_archiving_tasks: 15
# The number of concurrent job monitoring tasks tasks is bumped to 2.
agave_core_job_max_monitoring_tasks: 2
# Explicitly disable relay transfers
agave_core_allow_relay_transfer: False
# This host will be dedicated to processing tasks for a single user.
# All backend worker components will be deployed, but they will
# only accept tasks for user jdoe. The number of concurrent job tasks
# is adjusted to handle a higher degree of job throughput and small to
# moderate data movement. The memory constraint on each container reflects
# these settings.
jdoe.worker.core.example.com:
ansible_ssh_host: <IP_ADDRESS>
# Do not deploy the monitor worker containers on this host
core_deploy_monitors: False
# Do not deploy the notificaiton worker containers on this host
core_deploy_notifications: False
# Do not deploy the transform worker containers on this host
core_deploy_transforms: False
# Only process tasks for user jdoe
agave_core_dedicated_user_ids: jdoe
# Cap job container memory at 16GB. Notice the "g"
agave_core_jobs_mem_limit: "16g"
# Cap job container memory at 16GB. Notice the "g"
agave_core_files_mem_limit: "16g"
# The number of concurrent job submission tasks is bumped to 4.
agave_core_job_max_submission_task: 4
# The number of concurrent job staging tasks is bumped to 4.
agave_core_job_max_staging_tasks: 4
# The number of concurrent job archiving tasks tasks is bumped to 4.
agave_core_job_max_archiving_tasks: 4
# The number of concurrent job monitoring tasks tasks is bumped to 2.
agave_core_job_max_monitoring_tasks: 2
# The number of concurrent data movement tasks is bumped to 6.
agave_core_files_max_staging_tasks: 6
# The number of concurrent data transformation tasks is bumped to 6.
agave_core_files_max_transform_tasks: 6
# Explicitly disable relay transfers
agave_core_allow_relay_transfer: False
To use this example, modify the file to match your environment and specifications, and save it as /etc/ansible/hosts.


Planet Jerad
Home
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1. A Collective Awareness
2. Notes
3. Peace in South West.md
4. Podium
5. Team


Computer Science Student
Bonn, Germany
<EMAIL_ADDRESS>Skills
Servers: Apache, Tomcat, NodeJS
Java API & Frameworks: Hibernate, JUnit, Java persistence, Springboot(Basics), ExpressJS, React
Databases: MySQL, Access, MongoDB
Source & Version control: Git
Build & Deployment Tools: Maven
Frontend: HTML & basic knowledge of JS
Tools & IDEs: Talend Studio, Docker, Eclipse, Webstorm, Wireshark, Nmap, Nessus, PGP, R Studio, Arduino IDE, DB Main, Knime, Patvisor
Project Management: Scrum & Pair Programming
Languages
English
German
Urdu & Punjabi
Enthusiastic Computer Science student starting experience in commercial software development and working in a team. Hands-on experience in Data Integration tool, Talend. Analytical skills developed as a software developer while working on different projects.
Following are some of my main responsibilities.
1. Data Preprocessing for analysis
2. R Scripting
3. Excel Automation with VBA
I am working with the Technology and Innovation management team of ILR Uni Bonn. I have written R script for Social Network Analysis(SNA). The second project that I am working on is Topic modeling.
Technologies: VBA, R, Knime
Currently I am working for Prof. Dr. Silke Hüttel and her team.
Following are some of my main responsibilities.
1. Data modeling & implementation
2. R Scripting
3. First and 2nd level support
As a student assistant, I develop logical data model by analyzing all the parameters/properties of data. Database is transformed into a single scalable database model as data is having various sources and different formats.
Technologies: DB main, R, MS Access, Excel, Citavi,OpenSSL
Carl Knauber Holding GmbH & Co. KG is involved in many sectors and providing public and private sector services like gas, electricity and petroleum products. Knauber has a web-shop and a big store that offers a variety of household items.
Role & Responsibilities: As student assistant, I worked with team at Knauber to understand and build data integration process using Talend. I developed Talend jobs to read and enrich different data formats. I also worked on Oracle Apex to build web forms. In Knauber we followed Agile methodology and Scrum framework.
Hochschulreife (Studienkolleg)
Bachelors informatics
Get in touch, or swing by for a cup of coffee.


Due to the measures recently adopted in order to contain COVID-19 spreading, the event won't take place in March. Participants will be informed about eventual rescheduling as soon as possible.
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.


The blockchain became famous thanks to cryptocurrencies but a lot of people are interested in it fo others applications. Indeed, thanks to its amazing properties, the blockchain would be able to replace a trusted third party.
Economists do not agree about the future of cryptocurrencies but a lot of them trust in the blockchain. Some of the greatests banks are currently working on it. R3 CEV is a company that is working with about 40 of the greatest banks in order to implement new financial technologies more details.
In France, the new Nobel Prize Jean Tirole does not trust in cryptocurrencies that he sees as "bubbles" but he trust in a future kind of virtual money, controlled by the central banks. The Crédit agricole, the BNP Paribas or Arkea are currently working on different applications of the blockchain in finance.
The essence of the notaries is to be a trusted third party, the blockchain is totally able to replace a notary in a lot of his work. The fact that you can backdate a document or modify it in the blockchain for example is the kind of security that people want from a notary act.
It would be a kind of uberisation of uber. Nowadays, this type of applications are joining people together with an intermediate that takes a fee. With the blockchain it would be very easy to join the people with a peer to peer network without any superior instance.
With the arrival of new energies that indivuduals can product, the challenge is to find a way of selling the energy produced between the individuals. SolarCoin is y cryptocurrency that actually works on this topic more details.
The fact that the blockchain is unique, distributed and transparent allows a amazing tool for tracking goods. One of the most important application that could be implemented is a system of tracking medicines in order to stop counterfeit medicines. In effect, counterfeit medicines are representing a growing threat in the whole world.
In a lot of developping countries, there are not land registers in many rural areas. There are no tenure security and people will have to implement a system. The blockchain seems to be a good idea in order to implement that system thanks to its transparency and security.


Comments
-
Cody Walton
Created an attachment (id=2) system profile
-
Greg Hurrell
Thanks for the report, Cody.
Have you tried some of the other trouble-shooting tips mentioned in this article?:
http://wincent.com/a/knowledge-base/archives/2004/11/how_to_file_a_g.php
Anything interesting printed in the Console? Tried it from another account? (or machine, if you have one)?
If you want to go back to the previous version to confirm that the behaviour was introduced with 1.5b, here is a link:
-
Vasilis Rapanakis
On 1.8 the bug is present every time Synergy will start. The floater is empty and shows only cover art and the rating. The problem is resolved when I go to Synergy Preferences > General > Graphic and selcet No Graphic. That brings the rest of the info back and then you can turn the graphic back on. Hope that helps.
-
Greg Hurrell
This bug report is actually two separate issues:
1. Synergy doesn't notice when iTunes starts or stops
2. No text in floater.
Since this bug report was first filed the latter issue has been reported again and fixed. See bug #176 (which describes the blank floater problem).
I am going reword the summary for this bug so that it refers only to the first issue. I suspect a corrupt preferences file to be the most likely cause. If you can upgrade to the latest version of Synergy and then either confirm or deny the preference file hypothesis then I'll know whether to close this bug or not.
Also, it would be useful if you could clarify what you mean by "recognize when iTunes starts or stops". I interpret this as meaning "when iTunes launches or quits", but in your original summary you used "responds to iTunes" which could mean something else entirely (it may even be a duplicate of bug #39). Thanks for your attention to this because this report has been open for a while and I'd like to close it.
-
Greg Hurrell
Changing assignment to reflect my new email address.
http://wincent.com/a/news/archives/2006/05/change_of_email.php
-
Greg Hurrell
Closing due to lack of response.
-
Greg Hurrell
Status changed:
- From: new
- To: closed
Add a comment
Comments are now closed for this issue.


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pycopancore.model_components.environmental_awareness package¶
Submodules¶
pycopancore.model_components.environmental_awareness.interface module¶
model component Interface template.
-
class
pycopancore.model_components.environmental_awareness.interface.
Culture
[source]¶ Bases:
object
Interface for Culture process taxon mixin.
-
awareness_lower_carbon_density
= variable 'awareness lower carbon density' (characteristic value of terrestrial carbon density below which individuals get more likely to become environmentally aware), not None, scale=ratio, datatype=<class 'float'>, unit=[1e3 tC m^-2], >=0¶
-
awareness_update_fraction
= variable 'awareness update fraction' (fraction of individuals updating their awarenesssimultaneously), not None, scale=ratio, datatype=<class 'float'>, unit=unity [], >=0, <=1¶
-
awareness_update_rate
= variable 'awareness update rate' (rate at which a fraction of individuals update their awareness), not None, scale=ratio, datatype=<class 'float'>, unit=[a^-1], >=0¶
-
awareness_upper_carbon_density
= variable 'awareness upper carbon density' (characteristic value of terrestrial carbon density above which individuals get more likely to become environmentally unaware), not None, scale=ratio, datatype=<class 'float'>, unit=[1e3 tC m^-2], >=0¶
-
-
class
pycopancore.model_components.environmental_awareness.interface.
Individual
[source]¶ Bases:
object
Interface for Individual entity type mixin.
-
is_environmentally_friendly
= variable 'is environmentally friendly' (whether the entity is environmentally friendly or not), not None, scale=ordinal, datatype=<class 'float'>, levels=[False, True]¶
-
-
class
pycopancore.model_components.environmental_awareness.interface.
Model
[source]¶ Bases:
object
Interface for Model mixin.
-
description
= 'Declining/growing terrestrial carbon increases likelihoodof individuals becoming environmentally friendly/careless'¶
-
name
= 'environmental awareness'¶
-
requires
= []¶
-
-
class
pycopancore.model_components.environmental_awareness.interface.
SocialSystem
[source]¶ Bases:
object
Interface for Individual entity type mixin.
-
max_protected_terrestrial_carbon
= variable 'maximal protected stock of terrestrial carbon' (what stock of the current terrestrial carbon would be treated as protected if population is environmentally friendly), not None, scale=ratio, datatype=<class 'float'>, unit=gigatonnes carbon [GtC], >=0¶
-
protected_terrestrial_carbon
= variable 'protected stock of terrestrial carbon' (what stock of the current terrestrial carbon will be treated as protected and thus not harvested at each point in time), not None, scale=ratio, datatype=<class 'float'>, unit=gigatonnes carbon [GtC], >=0¶
-
pycopancore.model_components.environmental_awareness.model module¶
Model mixing class template.
-
class
pycopancore.model_components.environmental_awareness.model.
Model
[source]¶ Bases:
pycopancore.model_components.environmental_awareness.interface.Model
Model mixin class.
-
entity_types
= [<class 'pycopancore.model_components.environmental_awareness.implementation.social_system.SocialSystem'>, <class 'pycopancore.model_components.environmental_awareness.implementation.individual.Individual'>]¶ list of entity types augmented by this component
-
process_taxa
= [<class 'pycopancore.model_components.environmental_awareness.implementation.culture.Culture'>]¶ list of process taxa augmented by this component
-
Module contents¶
Model component package template.


Noreaster |
Myspace Music
Videos
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Nor'easter
A great Boston-based dance band is coming to
town!
Cedar Stanistreet (fiddle)
Max Newman (mandolin & guitar)
Julie Vallimont (piano)
"Toe-tappin', foot-stompin',
shoe-shufflin', heel-clickin', and
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with caller
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From Burlington, Vermont, and a founding
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Enter your text to field1:
option 1
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selection 1
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Please select one of the following :
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EventHorizon Shimeji Library Demo
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The Paradox of Our Life
The paradox of our time in history is that we have taller buildings but shorter tempers, wider highways, but narrower viewpoints.
We spend more, but have less, we buy more, but enjoy less.
We have bigger houses and smaller families, more conveniences, but less time.
We have more degrees but less sense, more knowledge, but less judgment, more experts, yet more problems, more medicine, but less wellness.

We have multiplied our possessions, but reduced our values.

We’ve learned how to make a living, but not a life.
We’ve added years to life not life to years.
We’ve been all the way to the moon and back, but have trouble crossing the street to meet a new neighbour.
We conquered outer space but not inner space.
We’ve done larger things, but not better things.
We’ve cleaned up the air, but polluted the soul.
We’ve conquered the atom,but not our prejudice.
We write more, but learn less.
We plan more, but accomplish less.
We’ve learned to rush, but not to wait.
We build more computers to hold more information, to produce more copies than ever, but we communicate less and less.
These are the times of fast foods and slow digestion, big men and small character, steep profits and shallow relationships.
These are the days of two incomes but more divorce, fancier houses, but broken homes.
These are days of quick trips, disposable diapers, throw awaymorality, one night stands, overweight bodies, and pills that do everything
from cheer, to quiet, to kill.
It is a time when there is much in the showroom window and nothing in the stockroom.
A time when technology can bring this letter to you, and a time when you can choose either to share this insight, or to just hit delete…
Remember, to spend some time with your loved ones, because they are not going to be around forever.

Remember, to say, “I love you” to your partner and your loved ones, but most of all mean it.

Remember to hold hands and cherish the moment for someday that person might not be there again.
Give time to love, give time to speak!
And give time to share the precious thoughts in your mind.
AND ALWAYS REMEMBER:
Life is not measured by the number of breaths we take, but by the moments that take our breath away.


RDFSBASE/RDGSBASE—Read FS/GS Segment Base
| Opcode/Instruction |
Op/En |
64/32bit Mode |
CPUID Feature Flag |
Description |
| F3 0F AE /0 RDFSBASE r32 |
M |
V/I |
FSGSBASE |
Load the 32-bit destination register with the FS base address. |
| REX.W + F3 0F AE /0 RDFSBASE r64 |
M |
V/I |
FSGSBASE |
Load the 64-bit destination register with the FS base address. |
| F3 0F AE /1 RDGSBASE r32 |
M |
V/I |
FSGSBASE |
Load the 32-bit destination register with the GS base address. |
| REX.W + F3 0F AE /1 RDGSBASE r64 |
M |
V/I |
FSGSBASE |
Load the 64-bit destination register with the GS base address. |
Instruction Operand Encoding
| Op/En |
Operand 1 |
Operand 2 |
Operand 3 |
Operand 4 |
| M |
ModRM:r/m (w) |
NA |
NA |
NA |
Description
Loads the general-purpose register indicated by the modR/M:r/m field with the FS or GS segment base address.
The destination operand may be either a 32-bit or a 64-bit general-purpose register. The REX.W prefix indicates the operand size is 64 bits. If no REX.W prefix is used, the operand size is 32 bits; the upper 32 bits of the source base address (for FS or GS) are ignored and upper 32 bits of the destination register are cleared. This instruction is supported only in 64-bit mode.
Operation
DEST ← FS/GS segment base address;
Flags Affected
None
C/C++ Compiler Intrinsic Equivalent
| RDFSBASE: |
unsigned int _readfsbase_u32(void ); |
| RDFSBASE: |
unsigned __int64 _readfsbase_u64(void ); |
| RDGSBASE: |
unsigned int _readgsbase_u32(void ); |
| RDGSBASE: |
unsigned __int64 _readgsbase_u64(void ); |
Protected Mode Exceptions
| #UD |
The RDFSBASE and RDGSBASE instructions are not recognized in protected mode. |
Real-Address Mode Exceptions
| #UD |
The RDFSBASE and RDGSBASE instructions are not recognized in real-address mode. |
Virtual-8086 Mode Exceptions
| #UD |
The RDFSBASE and RDGSBASE instructions are not recognized in virtual-8086 mode. |
Compatibility Mode Exceptions
| #UD |
The RDFSBASE and RDGSBASE instructions are not recognized in compatibility mode. |
64-Bit Mode Exceptions
| #UD |
If the LOCK prefix is used. If CR4.FSGSBASE[bit 16] = 0. If CPUID.07H.0H:EBX.FSGSBASE[bit 0] = 0. |


 -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective
Classes in org.uma.jmetal.problem.multiobjective that implement DoubleProblem Modifier and Type Class Description class
Binh2
Class representing problem Binh2class
ConstrEx
Class representing problem ConstrExclass
Fonseca
Class representing problem Fonsecaclass
FourBarTruss
Class representing problem FourBarTruss Measures: f = 10kN e = 200000 kN/cm2 l = 200 cm sigma = 10kN/cm2class
Golinski
Class representing problem Golinski.class
Kursawe
Class representing problem Kursaweclass
Osyczka2
Class representing problem Oyczka2class
Schaffer
Class representing problem Schafferclass
Srinivas
Class representing problem Srinivasclass
Tanaka
Class representing problem Tanakaclass
Viennet2
Class representing problem Viennet2class
Viennet3
Class representing problem Viennet3class
Viennet4
Class representing problem Viennet4class
Water
Class representing problem Water -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.cdtlz
Classes in org.uma.jmetal.problem.multiobjective.cdtlz that implement DoubleProblem Modifier and Type Class Description class
C1_DTLZ1
Problem C1-DTLZ1, defined in: Jain, H. and K.class
C1_DTLZ3
Problem C1-DTLZ3, defined in: Jain, H. and K.class
C2_DTLZ2
Problem C2-DTLZ2, defined in: Jain, H. and K.class
C3_DTLZ1
Problem C3-DTLZ1, defined in: Jain, H. and K.class
C3_DTLZ4
Problem C3-DTLZ4, defined in: Jain, H. and K.class
ConvexC2_DTLZ2
Problem ConvexC2-DTLZ2, defined in: Jain, H. and K. -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.cec2015OptBigDataCompetition
Classes in org.uma.jmetal.problem.multiobjective.cec2015OptBigDataCompetition that implement DoubleProblem Modifier and Type Class Description class
BigOpt2015
Created by ajnebro on 14/1/15. -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.cf
Classes in org.uma.jmetal.problem.multiobjective.cf that implement DoubleProblem Modifier and Type Class Description class
CF1
Class representing the constrained function CF1: A-type constraint + r = 0 + Sphere + Linear PF Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF10
Class representing the constrained function CF10: C-type constraint + r = 1/4 + Convex PF + Griewank Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF11
Class representing the constrained function CF11: C-type constraint + r=1/2 + Concave PF + Sphere Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF12
Class representing the constrained function CF12: C-type constraint + r=3/4 + linear PF + Rosenbrock Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF13
Class representing the constrained function CF13: D-type constraint + r=0 + concave PF + Griewank Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF14
Class representing the constrained function CF14: D-type constraint + r = 1/4 + Linear PF + Ackley Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF15
Class representing the constrained function CF15: D-type constraint + r=1/2 + Mixed PF + Rosenbrock Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF16
Class representing the constrained function CF16: D-type constraint + r=3/4 + convex PF + Sphere Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF2
Class representing the constrained function CF2: A-type constraint + r = 1/4 + Rosenbrock + Concave PF Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF3
Class representing the constrained function CF3: A-type constraint + r = 1/2 + Convex PF + Ackley Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF4
Class representing the constrained function CF4: A-type constraint + r = 3/4 + Griewank + Mixed PF Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF5
Class representing the constrained function function CF5: B-type constraint + r=0 + Convex PF + Rosenbrock Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF6
Class representing the constrained function CF6: B-type constraint + r=1/4 + Mixed PF + Sphere Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF7
Class representing the constrained function CF7: B-type constraint + r=1/2 + Linear PF + Griewank Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF8
Class representing the constrained function CF8: B-type constraint + r = 3/4 + concave PF + Ackley Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC.class
CF9
Class representing the constrained function CF9: C-type constraint + r=0 + Mixed PF + Ackley Problem defined in Constrained "Multiobjective Optimization: Test Problem Construction and Performance Evaluations", IEEE TEC. -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.cre
Classes in org.uma.jmetal.problem.multiobjective.cre that implement DoubleProblem Modifier and Type Class Description class
CRE21
Class representing problem CRE21.class
CRE22
Class representing problem CRE22.class
CRE23
Class representing problem CRE23.class
CRE24
Class representing problem CRE24.class
CRE25
Class representing problem CRE25.class
CRE31
Class representing problem CRE31.class
CRE32
Class representing problem CRE32.class
CRE51
Class representing problem CRE51. -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.dtlz
Classes in org.uma.jmetal.problem.multiobjective.dtlz that implement DoubleProblem Modifier and Type Class Description class
DTLZ1
Class representing problem DTLZ1class
DTLZ1_2D
Class representing problem DTLZ1class
DTLZ1Minus
Class representing problem DTLZ1class
DTLZ2
Class representing problem DTLZ2class
DTLZ2_2D
Class representing problem DTLZ1class
DTLZ2Minus
Class representing problem DTLZ2 Minus (DTLZ2 where all the objective vales are multiplied by -1class
DTLZ3
Class representing problem DTLZ3class
DTLZ3_2D
Class representing problem DTLZ3class
DTLZ3Minus
Class representing problem DTLZ3 Minus (DTLZ3 where all the objective vales are multiplied by -1)class
DTLZ4
Class representing problem DTLZ4class
DTLZ4_2D
Class representing problem DTLZ4class
DTLZ4Minus
Class representing problem DTLZ4 Minus (DTLZ4 where all the objective vales are multiplied by -1)class
DTLZ5
Class representing problem DTLZ5class
DTLZ5_2D
Class representing problem DTLZ5class
DTLZ6
Class representing problem DTLZ6class
DTLZ6_2D
Class representing problem DTLZ6class
DTLZ7
Class representing problem DTLZ7class
DTLZ7_2D
Class representing problem DTLZ7 -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.ebes
Classes in org.uma.jmetal.problem.multiobjective.ebes that implement DoubleProblem Modifier and Type Class Description class
Ebes
Class representing problem Ebes Spatial Bars Structure (Estructuras de Barras Espaciales) -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.fda
Classes in org.uma.jmetal.problem.multiobjective.fda that implement DoubleProblem Modifier and Type Class Description class
FDA
Cristóbal Barbaclass
FDA1
class
FDA2
class
FDA3
class
FDA4
class
FDA5
-
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.glt
Classes in org.uma.jmetal.problem.multiobjective.glt that implement DoubleProblem Modifier and Type Class Description class
GLT1
Problem GLT1.class
GLT2
Problem GLT2.class
GLT3
Problem GLT3.class
GLT4
Problem GLT4.class
GLT5
Problem GLT5.class
GLT6
Problem GLT6. -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.lircmop
Classes in org.uma.jmetal.problem.multiobjective.lircmop that implement DoubleProblem Modifier and Type Class Description class
LIRCMOP1
Class representing problem LIR-CMOP1, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP10
Class representing problem LIR-CMOP9, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP11
Class representing problem LIR-CMOP9, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP12
Class representing problem LIR-CMOP9, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP13
Class representing problem LIR-CMOP13, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP14
Class representing problem LIR-CMOP13, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP2
Class representing problem LIR-CMOP2, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP3
Class representing problem LIR-CMOP3, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP4
Class representing problem LIR-CMOP3, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP5
Class representing problem LIR-CMOP3, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP6
Class representing problem LIR-CMOP3, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP7
Class representing problem LIR-CMOP3, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP8
Class representing problem LIR-CMOP3, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al.class
LIRCMOP9
Class representing problem LIR-CMOP9, defined in: An Improved epsilon-constrained Method in MOEA/D for CMOPs with Large Infeasible Regions Fan, Z., Li, W., Cai, X. et al. -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.lsmop
Classes in org.uma.jmetal.problem.multiobjective.lsmop that implement DoubleProblem Modifier and Type Class Description class
AbstractLSMOP
class
AbstractLSMOP1_4
class
AbstractLSMOP5_8
class
LSMOP1
Class representing problem LSMOP1class
LSMOP1_2_100
class
LSMOP1_2_20
Class representing problem LSMOP1class
LSMOP1_2_200
class
LSMOP2
Class representing problem LSMOP2class
LSMOP2_2_100
Class representing problem LSMOP2class
LSMOP2_2_20
Class representing problem LSMOP2class
LSMOP2_2_200
Class representing problem LSMOP2class
LSMOP3
Class representing problem LSMOP3class
LSMOP3_2_20
Class representing problem LSMOP3class
LSMOP4
Class representing problem LSMOP4class
LSMOP4_2_20
Class representing problem LSMOP4class
LSMOP5
Class representing problem LSMOP5class
LSMOP5_2_20
Class representing problem LSMOP5class
LSMOP6
class
LSMOP6_2_20
Class representing problem LSMOP6class
LSMOP7
class
LSMOP7_2_20
Class representing problem LSMOP7class
LSMOP8
class
LSMOP8_2_20
Class representing problem LSMOP8class
LSMOP9
class
LSMOP9_2_20
Class representing problem LSMOP9 -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.lz09
Classes in org.uma.jmetal.problem.multiobjective.lz09 that implement DoubleProblem Modifier and Type Class Description class
LZ09F1
Class representing problem LZ09F1class
LZ09F2
Class representing problem LZ09F2class
LZ09F3
Class representing problem LZ09F3class
LZ09F4
Class representing problem LZ09F4class
LZ09F5
Class representing problem LZ09F5class
LZ09F6
Class representing problem LZ09F6class
LZ09F7
Class representing problem LZ09F7class
LZ09F8
Class representing problem LZ09F8class
LZ09F9
Class representing problem LZ09F9 -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.maf
Classes in org.uma.jmetal.problem.multiobjective.maf that implement DoubleProblem Modifier and Type Class Description class
MaF01
Class representing problem MaF01class
MaF02
Class representing problem MaF02, DTLZ2BZclass
MaF03
Class representing problem MaF03, convex DTLZ3class
MaF04
Class representing problem MaF04class
MaF05
Class representing problem MaF05class
MaF06
Class representing problem MaF06class
MaF07
Class representing problem MaF07class
MaF08
Class representing problem MaF08class
MaF09
Class representing problem MaF05class
MaF10
Class representing problem MaF10class
MaF11
Class representing problem MaF11class
MaF12
Class representing problem MaF12class
MaF13
Class representing problem MaF13class
MaF14
Class representing problem MaF14class
MaF15
Class representing problem MaF15 -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.mop
Classes in org.uma.jmetal.problem.multiobjective.mop that implement DoubleProblem Modifier and Type Class Description class
MOP1
Problem MOP1.class
MOP2
Problem MOP2.class
MOP3
Problem MOP3.class
MOP4
Problem MOP4.class
MOP5
Problem MOP5.class
MOP6
Problem MOP6.class
MOP7
Problem MOP7. -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.re
Classes in org.uma.jmetal.problem.multiobjective.re that implement DoubleProblem Modifier and Type Class Description class
RE21
Class representing problem RE21.class
RE22
Class representing problem RE22.class
RE23
Class representing problem RE23.class
RE24
Class representing problem RE24.class
RE25
Class representing problem RE25.class
RE31
Class representing problem RE31.class
RE32
Class representing problem RE32.class
RE33
Class representing problem RE33.class
RE34
Class representing problem RE34.class
RE35
Class representing problem RE35.class
RE36
Class representing problem RE36.class
RE37
Class representing problem RE37.class
RE41
Class representing problem RE41.class
RE42
Class representing problem RE42.class
RE61
Class representing problem RE61.class
RE91
Class representing problem RE61. -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.uf
Classes in org.uma.jmetal.problem.multiobjective.uf that implement DoubleProblem Modifier and Type Class Description class
UF1
Class representing problem CEC2009_UF1class
UF10
Class representing problem CEC2009_UF10class
UF2
Class representing problem CEC2009_UF2class
UF3
Class representing problem CEC2009_UF3class
UF4
Class representing problem CEC2009_UF4class
UF5
Class representing problem CEC2009_UF5class
UF6
Class representing problem CEC2009_UF5class
UF7
Class representing problem CEC2009_UF7class
UF8
Class representing problem CEC2009_UF8class
UF9
Class representing problem CEC2009_UF9 -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.wfg
Classes in org.uma.jmetal.problem.multiobjective.wfg that implement DoubleProblem Modifier and Type Class Description class
WFG
Implements a reference abstract class for all wfg org.uma.test problem Reference: Simon Huband, Luigi Barone, Lyndon While, Phil Hingston A Scalable Multi-objective Test Problem Toolkit.class
WFG1
This class implements the WFG1 problem Reference: Simon Huband, Luigi Barone, Lyndon While, Phil Hingston A Scalable Multi-objective Test Problem Toolkit.class
WFG2
This class implements the WFG2 problem Reference: Simon Huband, Luigi Barone, Lyndon While, Phil Hingston A Scalable Multi-objective Test Problem Toolkit.class
WFG3
This class implements the WFG3 problem Reference: Simon Huband, Luigi Barone, Lyndon While, Phil Hingston A Scalable Multi-objective Test Problem Toolkit.class
WFG4
This class implements the WFG4 problem Reference: Simon Huband, Luigi Barone, Lyndon While, Phil Hingston A Scalable Multi-objective Test Problem Toolkit.class
WFG5
This class implements the WFG5 problem Reference: Simon Huband, Luigi Barone, Lyndon While, Phil Hingston A Scalable Multi-objective Test Problem Toolkit.class
WFG6
This class implements the WFG6 problem Reference: Simon Huband, Luigi Barone, Lyndon While, Phil Hingston A Scalable Multi-objective Test Problem Toolkit.class
WFG7
class
WFG8
Creates a default WFG8 problem with 2 position-related parameters, 4 distance-related parameters, and 2 objectivesclass
WFG9
Creates a default WFG9 problem with 2 position-related parameters, 4 distance-related parameters, and 2 objectives -
Uses of DoubleProblem in org.uma.jmetal.problem.multiobjective.zdt
Classes in org.uma.jmetal.problem.multiobjective.zdt that implement DoubleProblem Modifier and Type Class Description class
ZDT1
Class representing problem ZDT1class
ZDT2
Class representing problem ZDT2class
ZDT3
Class representing problem ZDT3class
ZDT4
Class representing problem ZDT4class
ZDT6
Class representing problem ZDT6 Difined in E. -
Uses of DoubleProblem in org.uma.jmetal.problem.singleobjective
Classes in org.uma.jmetal.problem.singleobjective that implement DoubleProblem Modifier and Type Class Description class
CEC2005Problem
Class representing for solving the CEC2005 competition problems.class
Griewank
Class representing problem Griewankclass
Rastrigin
class
Rosenbrock
class
Sphere
Class representing a Sphere problem.


Trump Reacts To Stone Ruling: ‘A Double Standard Like Never Seen Before’
President Trump railed against the guilty verdict for Roger Stone Friday, after a jury convicted the President’s longtime associate on all the counts against him. Stone was found guilty of obstruction, five counts of false statements and witness tampering.
Minutes after news broke of the verdict in Stone’s trial, Trump took to Twitter to weigh in on what he called a “double standard.” Trump’s criticism of the verdict could be seen as a step toward a potential pardon for Stone.
Stone was indicted in January by the Washington, D.C. grand jury that special counsel Robert Mueller empaneled for the Russia probe that investigated meddling in the 2016 election.
Prosecutors in Stone’s trial — which lasted a little more than a week, with the jury speding less than two days deliberating — put forward emails and texts that they argued is evidence for how Stone lied to the House Intelligence Committee about having Wikileaks-related communications that he didn’t turn over to Congress.


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Tags: music and stuff
Duval Timothy - Help
Piano music / jazz. If you don’t like this then you have no heart.
Release date: 1965-08-06
[9.0/10]
KMRU - Peel
Fans of Tim Hecker and William Basinski would love this one. I love this one. Droning ambient goodness.
Release date: 1995-09-26
[8.6/10]
Sprain - As Lost Through Collision
I thought it’s going to be another pretty good but not really memorable slowcore release but I was very wrong… think Slint + Horseback + Unwound and Sprain’s last album. Wonderful stuff.
Release date: 2020-09-04
[8.5/10]
Nicolas Jaar - Telas
TBH I like this one even more than Cenizas and AAL 2017-2019. Intricate yet fuzzy electronic ambient music.
Release date: 2020-02-07
[8.4/10]
Anna Von Hausswolff - All Thoughts Fly
Ambient / modern classical. 看封面很難想像這張有這麼療癒… 很好聽的環境音樂。喜歡 Ellen Arkbro 或是 Kali Malone 的話應該也會覺得這張很讚。
Release date: 2020-09-25
[8.4/10]
Moses Sumney - græ
Grandiose contemporary baroque-pop (? I feel like that term best captures the theme of the entire thing, but at the same time this does not sound like Cocteau Twins whatsoever…) album. Is there a term to call this kind of modern gothic & artsy avant-pop music like this, Anohni and Yves Tumor?
Release date: 2020-05-15
[8.4/10]
Sarah Davachi - Cantus, Descant
Ethereal ambient music for late night leetcode sessions. Makes the hard questions so much more bearable.
Release date: 2020-09-18
[8.3/10]
Fleet Foxes - Shore
雖然說好像不能這樣比？但這張比起年初的 Tame Impala 感覺有誠意很多。印象中之前 Fleet Foxes 花草得蠻徹底的，但這張除了嗓音還是保持一貫的 indie rock 感之外，編曲上多了不少其他元素，而不是像其他可惜團如 Real Estate 跟 Wild Nothing 那樣自我重複。像倒數第二首歌那種整個配器滿到炸裂的做法我就覺得，還蠻讚的，跟想像中會出現的東西很不一樣。好聽！
Release date: 2018-05-04
[8.3/10]
Ghostpoet - I Grow Tired But Dare Not Fall Asleep
Downtempo plus post-punk. People say his earlier stuff is better? I think this one is already a pretty stellar album though.
Release date: 2020-05-01
[8.2/10]
Lafawndah - The Fifth Season
Experimental chamber pop. Wonderful gothic music.
Release date: 2019-05-08
[8.2/10]
Blacksea Não Maya - Máquina de Vénus
Sprawling kuduro / footwork. Very intimidating yet engaging, good stuff. Also just subscribed to Príncipe’s mailing list.
Release date: 2020-09-04
[8.2/10]
Vatican Shadow - Persian Pillars Of The Gasoline Era
Soundtrack to Cyclonopedia. So much bass.
Release date: 2020-09-18
[8.2/10]
Phelimuncasi - Phelimuncasi: 2013-2019
Sprawling dark African club music, or maybe just call it Gqom?
Release date: 2020-09-17
[8.1/10]
Roméo Poirier - Hotel Nota
What if Jon Hassell does lo-fi ambient?
Release date: 2020-09-04
[8.1/10]
Otto - Clam Day
Bedroom club music. 滿古錐的，奇怪的 indietronica。
Release date: 2020-09-23
[8.1/10]
Sevdaliza - Shabrang
ASMR pop FFO FKA Twigs and Sega Bodega (but then I don’t think there’s anybody besides me that’s a Sega Bodega fan). As the album progresses into the latter tracks the instrumentation becomes more crowded than the earlier ones like Shabrang and Habibi.
Release date: 2020-08-28
[8.0/10]
Elaquent - Forever Is A Pretty Long Time
Decent chill-hop.
Release date: 2020-02-21
[8.0/10]
Anz - Loos In Twos
Hypnotic techno… think more futuristic Tsuzing.
Release date: 2020-09-04
[7.9/10]
Silvia Tarozzi - Mi Specchio E Rifletto
Mystical folk FFO Laura Cannell. The track Domina stands out the most IMO.
Release date: 2020-07-31
[7.9/10]
Harmonious Thelonious - Plong
Playful techno music.
Release date: 2019-11-01
[7.8/10]
JK Flesh - Depersonalization
Industrial techno / body music. Pretty dope, but I like 2018’s New Horizon more.
Release date: 2021-05-13
[7.8/10]
M. Takara & Carla Boregas - Linha D’Água
I vaguely recall having read that jazz noir is an actual musical genre… psychedelic jazz maybe? The album feels a bit stagnating at times but there are also plenty of immensely engaging passages. Also these are the guys that play in Rakta, which I dig a lot.
Release date: 2020-03-29
[7.7/10]
Tangents - Timeslips
Jazz + electronic music. Think jazzy IDM records but much more jazz oriented.
Release date: 2020-09-04
[7.7/10]
Dos Monos - Dos Siki
Not as cool as the self-titled. Still pretty dope though.
Release date: 2020-07-24
[7.6/10]
Dark0 - Zero2
Trance / drill. I thought I wasn’t going to like this one when I started listening to this one, but surprisingly this one doesn’t feel all that irritating. The track Hardwire is pretty cool.
Release date: 2020-08-21
[7.6/10]
Serena Isioma - Sensitive
Jazzy R&B / rap. I like the abrupt speed and chord changes. Looking forward to her future outputs.
Release date: 2020-01-29
[7.6/10]
Protomartyr - Ultimate Success Today
Post-punk. I like Fontaines D.C. more, but this one is alright.
Release date: 2020-07-17
[7.5/10]
Fenne Lily - Breach
Soothing indie folk.
Release date: 2018-11-08
[7.5/10]
Spirit Possession - Spirit Possession
Gnarly, grim black metal. Some riffs are pretty hardhitting.
Release date: 2020-07-24
[7.4/10/10]
Charlotte Dos Santos - Harvest Time
Shimmery soul album. Not a fan of the drum machine big beats on Josef and Helio, but the track The Snow Dance reminds me of some weird but awesome video game soundtracks I’ve heard somewhere else…
Release date: 2020-03-13
[7.3/10]
Tricky - Fall To Pieces
Downtempo pop, basically what you’d expect from him. Imma stick with Nearly God though.
Release date: 2021-06-04
[7.2/10]
Pigs Pigs Pigs Pigs Pigs Pigs Pigs - Viscerals
Stoner rock. Heavy stuff, but the riffs do get a bit repetitive and isn’t all that groovy.
Release date: 2020-04-03
[7.1/10]
Lucrecia Dalt - No Era Sólida
有幾首的最後面聲音超爆大== 聽的時候要注意
Release date: 2020-09-11
[7.0/10]
Princess Nokia - Everything Sucks
Trap-rap. It’s alright but 1992 Deluxe is more engaging IMO.
Release date: 2020-02-26
[7.0/10]
A. G. Cook - 7G
Future pop compilation from PC Music mastermind. 真的太長了… 有些歌是還不錯，但聽到一半就有點麻木了
Release date: 2020-08-12
[7.0/10]
Serpentwithfeet - Apparition
Art-pop that feels somewhat melodramatic…
Release date: 2020-04-29
[6.8/10]
Stanley J. Zappa - Muster Point
Meandering free jazz / spiritual jazz.
Release date:
[6.8/10]
Marie Davidson, L’Œil Nu - Renegade Breakdown
瑪丹娜後繼有人
Release date: 2021-05-26
[6.6/10]
Insect Ark - The Vanishing
Bleak but monotonous post-metal.
Release date: 1993-05-07
[6.5/10]
El Ten Eleven - Shimmered
Electro-post-rock. I don’t like this kind of stuff a lot as of late.
Release date: 2019-09-07
[6.3/10]
Sufjan Stevens - The Ascension
Indie synthpop. Just listen to Dan Deacon instead…
Release date: 2013-09-24
[6.2/10]
Osees - Protean Threat
Psychedelic garage rock. Lots of weird chromatic scales. Not my jam though.
Release date: 2020-09-18
[6.1/10]
Dua Lipa - Future Nostalgia
Disco / pop funk. The first track is infectiously groovy but the rest of them are rather bland.
Release date: 2020-03-27
[6.0/10]
Deftones - Ohms
Sounds like A Perfect Circle wrote this album and told Deftones to play them.
Release date: 2020-09-25
[5.5/10]
Long Fin Killie - Houdini
Too Pure art rock outfits’ finest release IMO.
Release date: 1993-08-31
[9.4/10]
St. Germain - Tourist
Deep house + acid jazz + nu-jazz + jazz-hop + dub. I was 9 yo in 2000. I would’ve loved this album just as much as I dig it at 2020. I bet a bunch of chic (pronounced as corny) European restaurants or high-brow (and pretentious) cocktail bars would play this stuff non-stop though, and whoever decided to put this record on repeat would have zero idea about the concept behind it nor would care for the musicianship behind it.
Release date: 2010-02-17
[9.3/10]
Eric B. & Rakim - Paid In Full
Shit’s considered a timeless classic for a reason.
Release date: 1987
[8.9/10]
Laika - Sounds Of The Satellites
When you read Laika you should know it pronounces as underrated. This one is much more dub influenced than I remembered. Stereolab music.
Release date: 1997-02-24
[8.9/10]
Billy Woods - Today, I Wrote Nothing
I like this more than Hiding Places. The beats are twisted (in a good way).
Release date: 2015-03-31
[8.3/10]
Halo Maud - Je Suis Une Île
Indie pop / art pop / baroque pop. The good kind of pop music, if you will.
Release date: 2018-05-25
[8.2/10]
Moodymann - Forevernevermore
A definitive house record they say. It is pretty good though.
Release date: 2000-01-01
[8.1/10]
Caleb Giles - Under The Shade
A very compact chill-hop release. Followed.
Release date: 2014-09-29
[8.0/10]
Kaidi Tatham - In Search Of Hope
Jazz-hop beat record. Kinda like a grainier version of Eric Lau.
Release date: 2008-11-16
[8.0/10]
David Lord - Forest Standards, Vol.1
FFO Tortoise, Jeff Parker’s solo stuff and Bill Frisell.
Release date:
[7.8/10]
Vatican Shadow - Remember Your Black Day
Bleak industrial techno. When I think of Prurient the word “melodic” would be one of the last words that come to mind, but this is exactly how I would describe this album. The song Enter Paradise even has black metal guitars in it.
Release date: 2013-10-21
[7.8/10]
DJ Nigga Fox - Cartas Na Manga
Footwork. There’s a track with a pretty significant volume boost, so don’t crank it too much.
Release date: 2019-10-25
[7.8/10]
Ka - Grief Pedigree
Downtempo-ish conscious rap.
Release date: 2012-02-11
[7.6/10]
The House Of Love - The House Of Love
Post-punk / proto-britpop.
Release date: 1988-06
[7.5/10]
Mariss Nadler, Stephen Brodsky - Droneflower
I like this more than stuff by Chelsea Wolfe or Emma Ruth Rundle…
Release date: 2019-04-26
[7.3/10]
Minxus - Pabulum
Post-punk. Pretty good but nothing too out of the ordinary.
Release date: 1970-04-17
[7.1/10]
Billy Woods - Terror Management
This is his least interesting album to date. Granted some beats are pretty dope but overall the album is a notch below Hiding Places or Today, I Wrote Nothing.
Release date: 2019-10-04
[7.0/10]
Vansire - Angel Youth
Bedroom dream pop with guests like Quelle Chris and Jeremiah Jae. I think I’ve grown out of the jangle pop genre…
Release date: 2018-04-26
[6.9/10]
Rui Ho - In Pursuit Of The Sun
Trance / club / dance music. 這種音樂我就真的沒很愛… 聽超過五分鐘就會開始覺得煩了
Release date: 2019-08-16
[6.1/10]
夢離子 - Time Flows By
Uninspiring dream pop / Instagram indie pop. The vocals on these tracks are just gross…
Release date:
[3.3/10]
Comments


Measures recommended by the WHO for preventing transmission and slowing down the COVID-19 epidemic, 2020
Hand hygiene: handwashing or use of hydroalcoholic solution.
Physical distancing.
Respiratory etiquette.
Masks for infected and symptomatic individuals.
Mass masking with surgical and/or homemade masks by everyone in public spaces.
Avoid crowding and mass gatherings.
Tracing, testing and isolating cases and providing them with appropriate care.
Tracking, quarantining and monitoring of asymptomatic contacts.
Protecting health workers and vulnerable groups.
Environmental cleaning and sanitising.
Closures of schools, places of worship, sporting events, non-essential shops.
Workplace closures and other measures: work from home where possible and/or reduction in workforce capacity.
Public transportation closures.
Stay-at-home orders.
Limiting national and international travel.
Maintaining essential health services.
Ensuring continuity of essential social and economic functions and services.


{% extends "registration/base.html" %} {% block title %}Harvard Community Member Application{% endblock %} {% block meta_description %}Request unrestricted access to the cases made available by the Caselaw Access Project{% endblock %} {% block main_content %}
Your account is approved for unrestricted access as a current member of the Harvard community. Unrestricted access requires that you access this site from a Harvard IP address.
{% endblock %}


--- title: Game keywords: fastai sidebar: home_sidebar summary: "This module contains all of the functions for defining the game loop and logic in `wizardry`." description: "This module contains all of the functions for defining the game loop and logic in `wizardry`." nb_path: "nbs/01_game copy.ipynb" ---
wizard = init_player()
wizard.attack(wizard)
wizard = init_player()
boss = Demon("Henry", BOSS_BASE_HEALTH, BOSS_BASE_DAMAGE)
combat(wizard, boss)
wizard = init_player()
game_loop(wizard, n = 2)


hi,

 I had a trouble in my project when i wrote a class inheriting from Class Space and run it with DFS. The error is

"error C2660: 'Gecode::Space::operator new' : function does not take 3 arguments"-------------------------happened in

"

 GenSolModel * m = new GenSolModel (temp);------------------------------------error line

 DFS<GenSolModel > e(m);

 delete m;

 while (GenSolModel * s = e.next())
 {
 s->print();
 delete s;
 }

"

 I have spent much time to find the reason but with no results. I had written anther question class to test ,and it could run OK. I think that the constructor of

this class didn't conflict with the class Space , but why came out this error. Who can give me a thought to help me to find the answer?

 Look forward to your reply!

note:

1.VS2008 + Gecode 3.1.0

2.

class GenSolModel: public Gecode::Space
{
protected:
 IntVarArray succ;

public:

 GenSolModel(int data);

 GenSolModel(bool share, GenSolModel& s);

 ~GenSolModel();

 virtual Space *copy(bool share);

 void print(void);

};

Kayler


| ec_dh {openssl} | R Documentation |
Key agreement is one-step method of creating a shared secret between two peers. Both peers can independently derive the joined secret by combining his or her private key with the public key from the peer.
ec_dh(key = my_key(), peerkey, password = askpass)
key |
your own private key |
peerkey |
the public key from your peer |
password |
passed to read_key for reading protected private keys |
Currently only Elliptic Curve Diffie Hellman (ECDH) is implemented.
https://wiki.openssl.org/index.php/EVP_Key_Agreement, https://wiki.openssl.org/index.php/Elliptic_Curve_Diffie_Hellman
## Not run: # Need two EC keypairs from the same curve alice_key <- ec_keygen("P-521") bob_key <- ec_keygen("P-521") # Derive public keys alice_pub <- as.list(alice_key)$pubkey bob_pub <- as.list(bob_key)$pubkey # Both peers can derive the (same) shared secret via each other's pubkey ec_dh(alice_key, bob_pub) ec_dh(bob_key, alice_pub) ## End(Not run)


DWreg: Parametric Regression for Discrete Response
Regression for a discrete response, where the conditional distribution is modelled via a discrete Weibull distribution.
| Version: |
2.0 |
| Depends: |
R (≥ 3.2) |
| Imports: |
maxLik, DiscreteWeibull, Ecdat, survival |
| Published: |
2016-07-18 |
| Author: |
Veronica Vinciotti |
| Maintainer: |
Veronica Vinciotti <veronica.vinciotti at brunel.ac.uk> |
| License: |
GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: |
yes |
| CRAN checks: |
DWreg results |
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=DWreg
to link to this page.


| I l@ve RuBoard |
Think of the CGI script feedback.py and the GUI program FormEditor.py as two different ways of manipulating a common dataset (the pickled instances on disk). When should you use a web-based interface, and when should you use a GUI? The choice should be based on a couple of factors:
How easy is it to implement the needed functionality in a given framework?
What software can you require the user to install in order to access or modify the data?
The web frontend is therefore well suited to cases where the complexity of the data manipulation requirements is low and where it's more important that users be able to "work the program" than that the program be full-featured. Building a "real" program on top of a GUI toolkit, on the other hand, allows maximum flexibility, at the cost of having to teach the user how to use it and/or installing specific programs. One reason for Python's success among experienced programmers is that Python allows them to design programs based on such reasoned bases, as opposed to forcing them to use one type of programming framework just because it's what the language designer had in mind. It's also possible to develop full-featured applications that happen to use web browsers as their GUI. Zope is a framework for writing such applications, and is available free from Digital Creations under an Open Source license. If you're interested in developing full-fledged web-based applications, give Zope a look (see Appendix A, for more details).
| I l@ve RuBoard |


NYC Values is a project designed and produced entirely by graduate students from NYU’s graduate Studio 20 program. Inspired by Ted Cruz’s claim that Donald Trump has “New York values,” during the Fox Business GOP Debate, we set out to discover what defines the city. But don’t take our word for it. Look into the lives of New York locals and tell us the values you think they represent.
Produced “The Bohemian” and assisted with management. Values NYC’s people and the skyline.
Produced “The Speakers” and assisted with social. Values New York’s perseverance in difficult times.
Developed the site and the 360º menu experience. Values pizza and Seinfeld.
Produced “The Boy Queen” and contributed to “The Responders.” Values your votes! (And puppies.)
Lead management, social strategy, and wrote copy. Values subway musicians and unexpected moments.
Developed the site, including “The Speakers.” Values the constant adventure and 24-hour everything.
Developed 360º menu. If he wishes to make an apple pie from scratch, he must first invent the universe.
Developed the site. Values peanut butter ice cream and spending sunny days at Prospect Park.
Produced “The Advocate,” contributed to “The Bohemian” and social. Values humans of the world.
Produced “The City Kid” and contributed to “The Speakers”. Values strangers, flights to Latin America.
Produced “The Responders” and contributed to “The Speakers”. Values 360º rigs and bars in East Village.
Assisted in editing and Produced “The Advocate.” He is a Kopite and values almost everything but MTA.
Instructed video production, organized 360 workshops, and kept the project on track. Values burritos, Mountain Dew and bourbon.
Assisted designers and developers from coding to user experience. Values Broadway and all the craziness that comes with it.


Profile
Hello! My name is Ozge K Boyraz. I am currently a student at CodeFellows at Seattle.
I worked as a Oracle database admin. However, after I came the USA,
I wanted to change my carrier path and become software
developer. I am interested in web design and development. I eager to learn new things, open to share knowledge
with others.


Amanda Potts
Office: Rm.102, 501 Building
Office Phone: 472-5710
Email<EMAIL_ADDRESS>Office Hours:
Monday 3-4,
Tuesday 9-10, 4-5,
or by appointment
MATH 107 extra problems:
Sec. 7.2
Sec. 7.3
Sec. 7.4
Integration Practice
Project