Domestic
- 0 General
- 0.1 Application
- 0.2 Citation, commencement and interpretation
- 0.3 Exempted buildings and services, fittings and equipment
- 0.4 Changes in the occupation or use of a building that cause the regulations to apply
- 0.5 Buildings, work, services, fittings and equipment not requiring a warrant
- 0.6 Limited life buildings
- 0.7 Measurements
- 0.8 Durability, workmanship and fitness of materials
- 0.9 Building standards applicable to construction
- 0.10 Building standards applicable to demolition
- 0.11 Building standards applicable to the provision of services, fittings and equipment
- 0.12 Building standards applicable to conversions
- 0.13 Provision of protective works
- 0.14 Clearing of footpaths
- 0.15 Securing of unoccupied and partially completed buildings
- 0.16 Relaxations
- 0.17 Continuing requirements
- 1 Structure
- 2 Fire
- 2.0 Introduction
- 2.1 Compartmentation
- 2.2 Separation
- 2.2 Functional standard
- 2.2.0 Introduction
- 2.2.1 Dwellings in different occupation
- 2.2.2 Dwellings with common occupation
- 2.2.3 Separation between domestic and non-domestic buildings
- 2.2.4 Domestic garages
- 2.2.5 Lift wells
- 2.2.6 Combustibility
- 2.2.7 High rise domestic buildings
- 2.2.8 Supporting Structure
- 2.2.9 Openings and service penetrations
- 2.2.10 Junctions
- 2.3 Structural protection
- 2.4 Cavities
- 2.5 Internal linings
- 2.5 Functional standard
- 2.5.0 Introduction
- 2.5.1 Internal linings
- 2.5.2 Assessment of linings
- 2.5.3 Plastic glazing
- 2.5.4 Thermoplastic material
- 2.5.5 Thermoplastic materials in ceilings
- 2.5.6 Thermoplastic materials in rooflights
- 2.5.7 Thermoplastic materials in light fittings with diffusers
- 2.5.8 Sandwich panels
- 2.6 Spread to neighbouring buildings
- 2.7 Spread on external walls
- 2.8 Spread from neighbouring buildings
- 2.9 Escape
- 2.9 Functional standard
- 2.9.0 Introduction
- 2.9.1 Escape within dwellings - general principles
- 2.9.2 Escape within dwellings - options
- 2.9.3 Escape within dwellings - basement storeys
- 2.9.4 Escape within dwellings - escape windows
- 2.9.5 Escape within dwellings - protected enclosures
- 2.9.6 Escape within dwellings - alternative exits
- 2.9.7 Escape within dwellings - open plan option with suppression and enhanced early warning
- 2.9.8 Escape within dwellings - ducted heating and ventilation systems
- 2.9.9 Escape routes - general principles
- 2.9.10 Escape routes - options
- 2.9.11 Escape routes - basement storeys
- 2.9.12 Escape routes - protected zones
- 2.9.13 Escape routes - protected lobbies
- 2.9.14 Escape routes - smoke ventilation
- 2.9.15 Escape routes - natural smoke ventilation
- 2.9.16 Escape routes - mechanical smoke ventilation
- 2.9.17 Escape routes - mixed use buildings
- 2.9.18 Escape routes - fire hazard rooms and services
- 2.9.19 Escape routes - construction of escape stairs
- 2.9.20 Escape routes - openings
- 2.9.21 Escape routes - junctions
- 2.9.22 Escape routes - external escape routes and escape stairs
- 2.9.23 Escape routes - open access balconies
- 2.9.24 Escape routes - refuge within building
- 2.10 Escape lighting
- 2.11 Communication
- 2.11 Functional standard
- 2.11.0 Introduction
- 2.11.1 Fire detection and fire alarm systems
- 2.11.2 Choice of fire detector
- 2.11.3 Optical smoke alarms
- 2.11.4 Ionisation smoke alarms
- 2.11.5 Multi sensor alarms
- 2.11.6 Heat alarms
- 2.11.7 Siting of fire detectors
- 2.11.8 Grade of fire detection and fire alarm system
- 2.11.9 Wiring and power
- 2.11.10 Radio linked systems
- 2.12 Fire and rescue service access
- 2.13 Fire and rescue service water supply
- 2.14 Fire service facilities
- 2.15 Automatic fire suppression systems
- 2.A Resistance to fire
- 2.B Reaction to fire
- 2.C Vulnerability of roof coverings
- 3 Environment
- 3.0 Introduction
- 3.1 Site preparation – harmful and dangerous substances
- 3.1 Functional standard
- 3.1.0 Introduction
- 3.1.1 Preparation of a site
- 3.1.2 Harmful or dangerous substances
- 3.1.3 Hazard identification and assessment
- 3.1.4 Development on land that may be contaminated
- 3.1.5 Land not initially identified as being contaminated
- 3.1.6 Risk management techniques
- 3.1.7 Housing on land affected by contamination
- 3.1.8 Re-development of industrial land
- 3.1.9 Risks to construction materials and services
- 3.2 Site preparation - protection from radon gas
- 3.3 Flooding and groundwater
- 3.4 Moisture from the ground
- 3.4 Functional standard
- 3.4.0 Introduction
- 3.4.1 Treatment of building elements adjacent to the ground
- 3.4.2 Ground supported concrete floors
- 3.4.3 Suspended concrete floors
- 3.4.4 Suspended timber floors
- 3.4.5 Walls at or near ground level
- 3.4.6 Floors at or near ground level
- 3.4.7 Structures below ground, including basements
- 3.5 Existing drains
- 3.6 Surface water drainage
- 3.6 Functional standard
- 3.6.0 Introduction
- 3.6.1 Surface water drainage from dwellings
- 3.6.2 Surface water drainage of paved surfaces
- 3.6.3 Surface water discharge
- 3.6.4 Sustainable Urban Drainage Systems
- 3.6.5 Soakaways serving single dwellings and extensions
- 3.6.6 Surface water run-off from small paved areas
- 3.6.7 Rainwater harvesting
- 3.6.8 Traditional drainage systems
- 3.6.9 Discharges into a drainage system
- 3.6.10 Testing
- 3.7 Wastewater drainage
- 3.7 Functional standard
- 3.7.0 Introduction
- 3.7.1 Sanitary pipework
- 3.7.2 Sanitary appliances below flood level
- 3.7.3 Drainage system outside a building
- 3.7.4 Connection to a public sewer
- 3.7.5 Combined sewers
- 3.7.6 Conversions and extensions
- 3.7.7 Sewers intended for vesting
- 3.7.8 Ventilation of a drainage system
- 3.7.9 Testing
- 3.7.10 Wastewater discharge
- 3.8 Private wastewater treatment systems - treatment plants
- 3.9 Private wastewater treatment systems - infiltration systems
- 3.10 Precipitation
- 3.10 Functional standard
- 3.10.0 Introduction
- 3.10.1 General provisions
- 3.10.2 Wall constructions (solid, masonry)
- 3.10.3 Wall constructions (cavity, masonry)
- 3.10.4 Conservatories and extensions
- 3.10.5 Wall constructions (framed)
- 3.10.6 Ventilation of wall cavities
- 3.10.7 Roof constructions (flat)
- 3.10.8 Roof constructions (pitched)
- 3.11 Facilities in dwellings
- 3.12 Sanitary facilities
- 3.13 Heating
- 3.14 Ventilation
- 3.14 Functional standard
- 3.14.0 Introduction
- 3.14.1 Ventilation generally
- 3.14.2 Ventilation of dwellings
- 3.14.3 Ventilation of conservatories
- 3.14.4 Ventilation of areas designated for drying of washing
- 3.14.5 Trickle ventilators
- 3.14.6 Passive stack ventilation systems
- 3.14.7 Conservatories and extensions built over existing windows
- 3.14.8 Mechanical ventilation
- 3.14.9 Control of legionellosis
- 3.14.10 Mechanical ventilation and systems
- 3.14.11 Ventilation of garages
- 3.15 Condensation
- 3.16 Natural lighting
- 3.17 Combustion appliances - safe operation
- 3.17 Functional standard
- 3.17.0 Introduction
- 3.17.1 Combustion appliance installations generally
- 3.17.2 Large combustion appliance installations
- 3.17.3 Small combustion appliance installations
- 3.17.4 Solid fuel appliance installations
- 3.17.5 Oil-firing appliance installations
- 3.17.6 Gas-fired appliance installations
- 3.17.7 Labelling
- 3.17.8 Extract fans
- 3.18 Combustion appliances - protection from combustion products
- 3.19 Combustion appliances - relationship to combustible materials
- 3.19 Functional standard
- 3.19.0 Introduction
- 3.19.1 Relationship of masonry chimneys to combustible material
- 3.19.2 Relationship of system chimneys to combustible material
- 3.19.3 Relationship of metal chimneys to combustible material
- 3.19.4 Relationship of flue-pipes to combustible material
- 3.19.5 Relationship of solid fuel appliance to combustible material
- 3.19.6 Relationship of oil-firing appliances to combustible material
- 3.19.7 Relationship of gas-fired appliance to combustible material
- 3.19.8 Relationship of hearths to combustible materials
- 3.19.9 Fireplace recesses
- 3.20 Combustion appliances - removal of products of combustion
- 3.20 Functional standard
- 3.20.0 Introduction
- 3.20.1 Chimneys & flue-pipes serving appliances burning any fuel
- 3.20.2 Chimneys and flue-pipes serving solid fuel appliances
- 3.20.3 Chimneys and flue-pipes serving oil-firing appliances
- 3.20.4 Chimneys and flue-pipes serving gas-fired appliances
- 3.20.5 Oil-firing appliances in bathrooms and bedrooms
- 3.20.6 Gas-fired appliances in bathrooms and bedrooms
- 3.20.7 Protection of metal chimneys
- 3.20.8 Size of flues - solid fuel appliances
- 3.20.9 Size of flues - oil-firing appliances
- 3.20.10 Size of flues - gas-fired appliances
- 3.20.11 Design of flues
- 3.20.12 Openings in flues
- 3.20.13 Access to flues
- 3.20.14 Location of metal chimneys
- 3.20.15 Terminal discharges at low level
- 3.20.16 Terminal discharge from condensing boilers
- 3.20.17 Solid fuel appliance flue outlets
- 3.20.18 Oil-firing appliance flue outlets
- 3.20.19 Gas-fired appliance flue outlets
- 3.21 Combustion appliances - air for combustion
- 3.21 Functional standard
- 3.21.0 Introduction
- 3.21.1 Supply of air for combustion generally
- 3.21.2 Supply of air for combustion to solid fuel appliances
- 3.21.3 Supply of air for combustion to oil-firing appliances
- 3.21.4 Supply of air for combustion to gas-fired appliances
- 3.21.5 Flueless gas heating appliances
- 3.22 Combustion appliances - air for cooling
- 3.23 Fuel storage - protection from fire
- 3.24 Fuel storage - containment
- 3.25 Solid waste storage
- 3.26 Dungsteads and farm effluent tanks
- 4 Safety
- 4.0 Introduction
- 4.1 Access to buildings
- 4.1 Functional standard
- 4.1.0 Introduction
- 4.1.1 Accessible car parking to flats or maisonettes
- 4.1.2 Car parking within the curtilage of a dwelling
- 4.1.3 Accessible routes
- 4.1.4 Surfaces to accessible routes
- 4.1.5 Length of accessible routes
- 4.1.6 Width of accessible routes
- 4.1.7 Accessible entrances
- 4.1.8 Common entrances
- 4.1.9 Accessible thresholds
- 4.1.10 Alteration and extension
- 4.2 Access within buildings
- 4.2 Functional standard
- 4.2.0 Introduction
- 4.2.1 Horizontal circulation in common areas of domestic buildings
- 4.2.2 Floor surfaces in common areas of domestic buildings
- 4.2.3 Lobbies in common areas of domestic buildings
- 4.2.4 Doors within common areas of a domestic building
- 4.2.5 Vertical circulation in common areas of domestic buildings
- 4.2.6 Accessibility within a storey of a dwelling
- 4.2.7 Access between storeys in a dwelling
- 4.2.8 Unassisted access between storeys in a dwelling
- 4.2.9 Split level storeys
- 4.2.10 Dwellings with limited entrance storey accommodation
- 4.2.11 Alterations and extensions
- 4.3 Stairs and ramps
- 4.3 Functional standard
- 4.3.0 Introduction
- 4.3.1 Measurement for stairs
- 4.3.2 Rise, going, tread and pitch of stairs
- 4.3.3 Width of stair flights and landings
- 4.3.4 Number of rises in a flight
- 4.3.5 Risers and treads
- 4.3.6 Stair landings
- 4.3.7 Warning surfaces to landings of external steps
- 4.3.8 Stair landings serving outward opening fully glazed doors
- 4.3.9 Stair flights consisting of both straight and tapered treads
- 4.3.10 Stair flights consisting wholly of tapered treads
- 4.3.11 Pedestrian ramps
- 4.3.12 Width of ramps flights
- 4.3.13 Ramp landings
- 4.3.14 Handrails to stairs and ramps
- 4.3.15 Height of handrails
- 4.3.16 Headroom on stairs and ramps
- 4.3.17 Industrial stairs and fixed ladders
- 4.4 Pedestrian protective barriers
- 4.5 Electrical Safety
- 4.6 Electrical fixtures
- 4.7 Aids to communication
- 4.8 Danger from accidents
- 4.9 Danger from heat
- 4.9 Functional standard
- 4.9.0 Introduction
- 4.9.1 Installation of unvented hot water storage systems
- 4.9.2 Specification of small unvented hot water storage systems
- 4.9.3 Discharge from unvented hot water storage systems
- 4.9.4 Discharge of steam or hot water
- 4.9.5 Hot water discharge from sanitary fittings
- 4.10 Fixed seating
- 4.11 Liquefied petroleum gas storage
- 4.12 Vehicle protective barriers
- 4.13 Security
- 4.13 Functional standard
- 4.13.0 Introduction
- 4.13.1 Physical security of doors and windows
- 4.13.2 Doors and windows - 'Secured by Design'
- 4.13.3 Doors and windows - product accreditation
- 4.13.4 Doors and windows - product standards and component performance
- 4.13.5 Installation and fixing of doors and windows
- 5 Noise
- 5.0 Introduction
- 5.1 Noise separation
- 5.1 Functional standard
- 5.1.0 Introduction
- 5.1.1 Scope of standard
- 5.1.2 Design performance levels
- 5.1.3 Example Constructions
- 5.1.4 Other constructions
- 5.1.5 Conversions
- 5.1.6 Doors in a separating wall
- 5.1.7 Noise from services
- 5.1.8 Post-completion performance test levels
- 5.1.9 Post-completion testing
- 5.1.10 Remedial action following a test failure
- 5.2 Noise reduction between rooms
- 6 Energy
- 6.0 Introduction
- 6.0.1 Background
- 6.0.2 Aims
- 6.0.3 General guidance
- 6.0.4 U-values
- 6.0.5 Thermal conductivity
- 6.0.6 Thermal transmittance through separating elements
- 6.0.7 Buffering effects on the insulation envelope
- 6.0.8 Roofs that perform the function of a floor
- 6.0.9 Conservatories and Atria
- 6.0.10 Performance of fixed building services
- 6.0.11 Calculation of areas
- 6.0.12 Latest changes
- 6.0.13 Relevant legislation
- 6.0.14 Certification
- 6.1 Carbon dioxide emissions
- 6.1 Functional standard
- 6.1.0 Introduction
- 6.1.1 Dwellings
- 6.1.2 Setting the target carbon dioxide emissions level
- 6.1.3 Calculating carbon dioxide emissions for the proposed dwelling
- 6.1.4 Buildings with multiple dwellings
- 6.1.5 Common areas in buildings with multiple dwellings
- 6.1.6 A simplified approach
- 6.1.7 Conservatories and stand-alone buildings
- 6.2 Building insulation envelope
- 6.2 Functional standard
- 6.2.0 Introduction
- 6.2.1 Maximum U-values
- 6.2.2 Areas of windows, doors and rooflights
- 6.2.3 Limiting heat loss through thermal bridging
- 6.2.4 Limiting uncontrolled air infiltration
- 6.2.5 Air-tightness testing
- 6.2.6 Conversion of unheated buildings
- 6.2.7 Conversion of heated buildings
- 6.2.8 Conversion of historic, listed or traditional buildings
- 6.2.9 Extensions to the insulation envelope
- 6.2.10 Thermal bridging and air infiltration for existing buildings
- 6.2.11 Alterations to the insulation envelope
- 6.2.12 Conservatories
- 6.2.13 Stand-alone buildings
- 6.3 Heating system
- 6.3 Functional standard
- 6.3.0 Introduction
- 6.3.1 Gas and oil wet central heating efficiency
- 6.3.2 Solid fuel wet central heating efficiency
- 6.3.3 Electric wet central heating efficiency
- 6.3.4 Heat pump systems efficiency (warm and hot water)
- 6.3.5 Dry central heating systems efficiency
- 6.3.6 Solar water heating efficiency
- 6.3.7 Micro combined heat and power efficiency
- 6.3.8 Efficiency of heating system circulators
- 6.3.9 Controls for wet space heating and hot water systems
- 6.3.10 Controls for dry space heating and hot water systems
- 6.3.11 Controls for combined warm air and hot water systems
- 6.3.12 Controls for solar water heating
- 6.3.13 Work on existing buildings
- 6.3.14 Conservatories
- 6.4 Insulation of pipes, ducts and vessels
- 6.5 Artificial and display lighting
- 6.6 Mechanical ventilation and air conditioning
- 6.7 Commissioning building services
- 6.8 Written Information
- 6.9 Energy performance certificates
- 6.10 Metering
- 6.A Compensating U-values for windows, doors and rooflights
- 6.B Compensatory approach - heat loss example
- 6.0 Introduction
- Appendix A Defined Terms
- Appendix B list of standards and other publications


Endless Plains [an73], plain, in Imperia, peasants: 10000
Last updated Turn #146
Endless Plains [an73], plain, in Imperia, peasants: 10000
------------------------------------------------------------------------
0: Garrison [bz5a], garrison, Imperial Empire, with ten peasants guards
0: Endless Plains [an73].
4: Arthur the Great [h3y], Imperial Empire, priest of the Church of
4: Halon [157], with 77 nazgul, arrived from the south.
5: Arthur the Great [h3y], Imperial Empire, priest of the Church of
5: Halon [157], with 77 nazgul, went north.
22: Arthur the Great [h3y], Imperial Empire, priest of the Church of
22: Halon [157], with 71 nazgul, arrived from the east.
23: Arthur the Great [h3y], Imperial Empire, priest of the Church of
23: Halon [157], with 71 nazgul, went south.
30: Overcrowding causes zero peasant deaths.
Province controlled by Hyksos Keep [y57], castle, in Imperial
Mountains [ao73]
Ruled by The Bard [s2a], duke
Entrance fees:
Routes leaving Endless Plains:
North, plain, to Endless Plains [am73], 7 days
East, plain, to Endless Plains [an74], 7 days
Garrison [jl7n], garrison, Imperial Empire, with ten peasants
South, mountain, to Imperial Mountains [ao73], 10 days
Garrison [bk9a], garrison, Imperial Empire, with 14 peasants,
64 workers, 30 soldiers, 17 archers
Border closed.
West, mountain, to Imperial Mountains [an72], 10 days
Garrison [fg8r], garrison, Imperial Empire, with ten soldiers
Inner locations:
Cormyr [ad6c], city, 1 day
Rocky hill [ad6d], rocky hill, 1 day
Pride of Dol [b10], temple
Seen here:
Garrison [bz5a], garrison, Imperial Empire, with ten peasants


Introduction
Welcome to the Nordic Crypto API! You can use our API to access Nordic Crypto API endpoints, which can get information on various signals, crash alerts, and trade recommendation.
We have language bindings in Shell, Python, and JavaScript! You can view code examples in the dark area to the right, and you can switch the programming language of the examples with the tabs in the top right.
Authentication
To authorize, use this code when you request an api endpoint:
import requests
headers = {"Authorization" : "meowmeowmeow"}
r = requests.get('https://api_endpoint_here', headers=headers)
# With shell, you can just pass the correct header with each request
curl "api_endpoint_here"
-H "Authorization: meowmeowmeow"
TBD
Make sure to replace
meowmeowmeow
with your API key.
Nordic Crypto uses API keys to allow access to the API. You can register a new Nordic Crypto API key by logging into our platform.
Nordic Crypto expects for the API key to be included in all API requests to the server in a header that looks like the following:
Authorization: meowmeowmeow
Coins
Get Coins
import requests
r = requests.get('https://app.nordiccrypto.com/api/v1.0/coins', headers={'Authorization':'meowmeowmeow'})
print(r.json())
curl "https://app.nordiccrypto.com/api/v1.0/coins"
-H "Authorization: meowmeowmeow"
TBD
The above command returns JSON structured like this:
[
{
"rank": 1,
"url_name": "bitcoin",
"coin_name": "Bitcoin",
"pair": "USD_BTC",
"usd_volume":<PHONE_NUMBER>.0,
"volume":<PHONE_NUMBER>.0,
"direction": "SHORT",
"days_long": 0,
"days_short" : 18
}
]
This endpoint retrieves all coins supported.
HTTP Request
GET https://app.nordiccrypto.com/api/v1.0/coins
Query Parameters
| Parameter | Default | Description |
|---|---|---|
| market | USD | Use BTC to get all BTC_XXX. Supported markets are: BTC, USDT, USD, ETH |
| pair | None | Set pair. E.g. USD_BTC |
Alpha 1 Signals
Get Signals
import requests
r = requests.get('https://app.nordiccrypto.com/api/v1.0/alpha1/signals', headers={'Authorization':'meowmeowmeow'})
print(r.json())
curl "https://app.nordiccrypto.com/api/alpha1/v1.0/alpha1/signals"
-H "Authorization: meowmeowmeow"
TBD
The above command returns JSON structured like this:
[
{
"pair": "ETH_OMG",
"entry": 0.01617,
"current_stop_loss" : 0.015,
"opened": "2018-10-19",
"closed": "OPEN",
"pnl": 0.012,
"signal": "LONG",
"exchange_name" : "Bitmart",
"There is a <LONG> signal...."
},
{
"pair": "ETH_OMG",
"entry": 0.01509,
"exit": 0.01573,
"opened": "2018-08-28",
"closed": "2018-09-15",
"pnl": 4.24,
"signal": "LONG",
"exchange_name" : "Bitmart"
}
]
This endpoint retrieves all signals from subscribed instruments. You can poll this every minute for testing purposes, although this is a daily signal.
HTTP Request
GET https://app.nordiccrypto.com/api/alpha1/v1.0/signals
Query Parameters
| Parameter | Default | Description |
|---|---|---|
| market | USD | Options are XXX = ETH, USDT, BTC for XXX_YYY where Y = coin tickers. |
| ticker | None | Specify a coin ticker to get crash alert from. E.g. BTC |
| start | datetime | E.g. 2018-10-31 |
| end | datetime | E.g. 2018-12-24 |
Crash Alert
Get crash alerts
import requests
r = requests.get('https://app.nordiccrypto.com/api/v1.0/crashalert', headers={'Authorization':'meowmeowmeow'})
print(r.json())
curl "https://app.nordiccrypto.com/api/v1.0/crashalert"
-H "Authorization: meowmeowmeow"
TBD
The above command returns JSON structured like this:
{
"coin": "bitcoin",
"pair" : "USD_BTC",
"crash_alert": "2017-09-08",
"open": 4605.16,
"high": 4661.0,
"low": 4075.18,
"close": 4228.75,
"volume":<PHONE_NUMBER>,
"market_cap":<PHONE_NUMBER>0
}
This endpoint retrieves all crash alerts on coins subscribed.
HTTP Request
GET https://app.nordiccrypto.com/api/v1.0/crashalert<ID>
URL Parameters
| Parameter | Default | Description |
|---|---|---|
| market | USD | Options are XXX = ETH, USDT, BTC for XXX_YYY where Y = coin tickers. |
| ticker | None | Specify a coin ticker to get crash alert from. E.g. BTC |
| start | datetime | E.g. 2018-10-31 |
| end | datetime | E.g. 2018-12-24 |
Alpha 3 Trades
Get a trade recommendation.
import requests
r = requests.get('https://app.nordiccrypto.com/api/v1.0/alpha3/get_trades', headers={'Authorization':'meowmeowmeow'})
print(r.json())
curl "https://app.nordiccrypto.com/api/alpha3/v1.0/get_trades"
-H "Authorization: meowmeowmeow"
TBD
The above command returns JSON structured like this:
[
{
"coin_name": "Ethereum",
"ticker": "ETH",
"market": "USD",
"entry_date": "2018-11-01 23:00:00",
"entry": 198.07,
"target": 198.997,
"stop": 197.28
}
]
This endpoint retrieves all trade recommendations currently open.
HTTP Request
GET https://app.nordiccrypto.com/api/v1.0/alpha3/get_trades
URL Parameters
| Parameter | Default | Description |
|---|---|---|
| market | USD | Options are XXX = ETH, USDT, BTC for XXX_YYY where Y = coin tickers. |
| ticker | None | Specify a coin ticker to get crash alert from. E.g. BTC |
| start | datetime | E.g. 2018-10-31 |
| end | datetime | E.g. 2018-12-24 |
Get a pair stats
import requests
r = requests.get('https://app.nordiccrypto.com/api/v1.0/alpha3/get_stats', headers={'Authorization':'meowmeowmeow'})
print(r.json())
curl "https://app.nordiccrypto.com/api/v1.0/alpha3/get_stats"
-H "Authorization: meowmeowmeow"
TBD
The above command returns JSON structured like this:
[
{
"Signal": "LONG",
"ticker": "BTC",
"market": "USD",
"pnl": 1.524,
"avg_loss": -0.0169,
"avg_win": 0.0217,
"max_dd": 0.0,
"winner_ratio": 0.6,
"risk2reward": 1.28,
"total_trades": 243
}
]
This endpoint retrieves stats from the alpha3 backtest.
HTTP Request
GET https://app.nordiccrypto.com/api/v1.0/alpha3/get_stats
URL Parameters
| Parameter | Default | Description |
|---|---|---|
| market | USD | Options are XXX = ETH, USDT, BTC for XXX_YYY where Y = coin tickers. |
| ticker | None | Specify a coin ticker to get crash alert from. E.g. BTC |
| start | datetime | E.g. 2018-10-31 |
| end | datetime | E.g. 2018-12-24 |
Errors
The Kittn API uses the following error codes:
| Error Code | Meaning |
|---|---|
| 400 | Bad Request -- Your request is invalid. |
| 401 | Unauthorized -- Your API key is wrong. |
| 403 | Forbidden -- The kitten requested is hidden for administrators only. |
| 404 | Not Found -- The specified kitten could not be found. |
| 405 | Method Not Allowed -- You tried to access a kitten with an invalid method. |
| 406 | Not Acceptable -- You requested a format that isn't json. |
| 410 | Gone -- The kitten requested has been removed from our servers. |
| 418 | I'm a teapot. |
| 429 | Too Many Requests -- You're requesting too many kittens! Slow down! |
| 500 | Internal Server Error -- We had a problem with our server. Try again later. |
| 503 | Service Unavailable -- We're temporarily offline for maintenance. Please try again later. |


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Help
Help for natural sequence: This sequence is very natural Help for primers vs oligos.


Control the LED on port 13 over a Bluetooth Low Energy connection.
This example shows how to make an app that can turn on and off the LED attached to port 13 on the Arduino/Genuino 101 development board (named Arduino 101 in USA only, Genuino 101 outside USA).
You can browse the source code for this example at the Evothings GitHub repository
The file index.html contains the entire mobile application.
The example make use of the example sketch LED.ino from the CurieBLE library.
This example runs in Evothings Viewer on Android or iOS.
You need to run the example in Evothings Viewer. Alternatively, you can make a Cordova application if you wish to distribute the app. You then need to include the Cordova plugin com.evothings.ble. Read more in the documentation of the Evothings Viewer.
An iOS device or an Android device with support for Bluetooth 4.0 (which includes BLE) is required. In addition Android 4.3 or later is needed. Please note that BLE support on Android is still not fully mature. As a result, you may experience difficulties running this example. If the app stops working, restart Evothings Viewer and/or reset Bluetooth on the device.
You also need an Arduino/Genuino 101 board.
There is a longer article covering this example available at Hackster.io.
Follow these steps to get started with this example:


You will never know until you try.
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Yu's Tech 블로그
프로그래밍 이야기
Multithreading vs. Multiprocessing
19 Sep 2021
Operating system
Parallel programming
Multithreading과 multiprocessing 장단점에 대한 간략한 정리
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This way you'll get a log pane and a code pane to review the demo.
This way you'll get a log pane and a code pane to review the demo.
You are now looking at the service.html file. This is the actual business logic of the cake game. You play it by starting the level:
This service.html is representative of your service code--the app business logic. The previous page (login.html) was just the login screen.
On the browser URL line we pass the following parameters from login.html:
The login.html helped you figure out your authorization tier for the game (common, epic, legendary). It helped you pay for the tier should you need to. But it didn't create or pass any authorization tokens to this service.html layer. All that information is on the ledger of your choosing.
This service.html layer doesn't use wallets or the oh$ library. It simply interrogates the overhide remuneration provider with some simple HTTP calls for the chosen ledger.
Keep in mind this is a simple in-browser demo. Normally you would take a user from the login page to a backend service--that this service.html is representative of. Or perhaps this service.html represents a native app.
Regardless you wouldn't be doing the vetting in decompilable browser code.
The key takeaway is that this service.html--regardless if it's a backend or a native app--has a unified approach to work with authorized access tiers regardless of currency, wallet, etc: leveraging consistent overhide remuneration API HTTP calls.
The overhide system is created to enable ledger-based authorizations for in-app-purchases (IAP).


We recommend you to take a picture in order to remember your studdy buddies number. You will need to use this number for logging into your account


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See: Description
| Class | Description |
|---|---|
| Feature1001 |
number of tokens in the source sentence
|
| Feature1002 |
no tokens in target
|
| Feature1003 |
ratio of number of tokens in source and target
|
| Feature1004 |
no tokens in the target / no tokens in the source
|
| Feature1005 |
absolute difference between no tokens and source and target normalised by
source length
|
| Feature1006 |
average token length in source
|
| Feature1007 |
number of mismatched brackets
|
| Feature1008 |
number of mismatched quotation marks
|
| Feature1009 |
source sentence log probability
|
| Feature1010 |
source sentence perplexity
|
| Feature1011 |
source sentence perplexity without end of sentence marker
|
| Feature1012 |
log probability of the target
|
| Feature1013 |
perplexity of the target
|
| Feature1014 |
perplexity of the target sentence without end of sentence marker
|
| Feature1015 |
number of occurrences of the target word within the target hypothesis
(averaged for all words in the hypothesis - type/token ratio)
|
| Feature1016 |
average number of translations per source word in the sentence (threshold in
giza1: prob > 0.01)
|
| Feature1017 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.01)
|
| Feature1018 |
average number of translations per source word in the sentence (threshold in
giza1: prob > 0.05)
|
| Feature1019 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.05)
|
| Feature1020 |
average number of translations per source word in the sentence (threshold in
giza1: prob > 0.1)
|
| Feature1021 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.1)
|
| Feature1022 |
average number of translations per source word in the sentence (threshold in
giza1: prob > 0.2)
|
| Feature1023 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.2)
|
| Feature1024 |
average number of translations per source word in the sentence (threshold in
giza1: prob > 0.5)
|
| Feature1025 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.5)
|
| Feature1026 |
average number of translations per source word in the sentence (threshold in
giza1: prob > 0.01) weighted by the frequency of each word in the source
corpus
|
| Feature1027 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.01) weighted by the frequency of each word in the source
corpus
|
| Feature1028 |
average number of translations per source word in the sentence (threshold in
giza1: prob > 0.5) weighted by the frequency of each word in the source
corpus
|
| Feature1029 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.5) weighted by the frequency of each word in the source
corpus
|
| Feature1030 |
average number of translations per source word in the sentence (threshold in
giza1: prob > 0.1) weighted by the frequency of each word in the source
corpus
|
| Feature1031 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.1) weighted by the frequency of each word in the source
corpus
|
| Feature1032 |
average number of translations per source word in the sentence (threshold in
giza1: prob > 0.2) weighted by the frequency of each word in the source
corpus
|
| Feature1033 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.2) weighted by the frequency of each word in the source
corpus
|
| Feature1034 |
average number of translations per source word in the sentence (threshold in
giza1: prob > 0.5) weighted by the frequency of each word in the source
corpus
|
| Feature1035 |
Average number of translations per source word in the sentence (threshold in
giza2: prob > 0.5) weighted by the frequency of each word in the source
corpus
|
| Feature1036 |
average number of translations per source word in the sentence (threshold in
giza: prob > 0.01) weighted by the inverse frequency of each word in the
source corpus
|
| Feature1037 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.01) weighted by the inverse frequency of each word in the
source corpus
|
| Feature1038 |
average number of translations per source word in the sentence (threshold in
giza: prob > 0.05) weighted by the inverse frequency of each word in the
source corpus
|
| Feature1039 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.05) weighted by the inverse frequency of each word in the
source corpus
|
| Feature1040 |
average number of translations per source word in the sentence (threshold in
giza: prob > 0.1) weighted by the inverse frequency of each word in the
source corpus
|
| Feature1041 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.1) weighted by the inverse frequency of each word in the
source corpus
|
| Feature1042 |
average number of translations per source word in the sentence (threshold in
giza: prob > 0.2) weighted by the inverse frequency of each word in the
source corpus
|
| Feature1043 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.2) weighted by the inverse frequency of each word in the
source corpus
|
| Feature1044 |
average number of translations per source word in the sentence (threshold in
giza: prob > 0.5) weighted by the inverse frequency of each word in the
source corpus
|
| Feature1045 |
average number of translations per source word in the sentence (threshold in
giza2: prob > 0.5) weighted by the inverse frequency of each word in the
source corpus
|
| Feature1046 |
average unigram frequency in quartile_1 of frequency (lower frequency words)
in the corpus of the source sentence
|
| Feature1047 |
average unigram frequency in quartile_2 of frequency (lower frequency words)
in the corpus of the source sentence
|
| Feature1048 |
average unigram frequency in quartile 3 of frequency (lower frequency words)
in the corpus of the source sentence
|
| Feature1049 |
average unigram frequency in quartile 4 of frequency (lower frequency words)
in the corpus of the source sentence
|
| Feature1050 |
average bigram frequency in quartile 1 of frequency (lower frequency words)
in the corpus of the source sentence
|
| Feature1051 |
average bigram frequency in quartile 2 of frequency (lower frequency words)
in the corpus of the source sentence
|
| Feature1052 |
average bigram frequency in quartile 3 of frequency (lower frequency words)
in the corpus of the source sentence
|
| Feature1053 |
average bigram frequency in quartile 4 of frequency (lower frequency words)
in the corpus of the source sentence
|
| Feature1054 |
average trigram frequency in quartile 1 of frequency (lower frequency words)
in the corpus of the source sentence
|
| Feature1055 |
average trigram frequency in quartile 2 of frequency (lower frequency words)
in the corpus of the source sentence
|
| Feature1056 |
average trigram frequency in quartile 3 of frequency (lower frequency words)
in the corpus of the source sentence
|
| Feature1057 |
average trigram frequency in quartile 4 of frequency (lower frequency words)
in the corpus of the source sentence
|
| Feature1058 |
percentage of distinct unigrams seen in the corpus (in all quartiles)
|
| Feature1059 |
percentage of distinct bigrams seen in the corpus (in all quartiles)
|
| Feature1060 |
percentage of distinct trigrams seen in the corpus (in all quartiles)
|
| Feature1061 |
average word frequency: on average, each type (unigram) in the source
sentence appears x times in the corpus (in all quartiles)
|
| Feature1062 |
absolute difference between number of periods in source and target
|
| Feature1063 |
absolute difference between number of periods in source and target normalised
by target length
|
| Feature1064 |
absolute difference between number of commas in source and target
|
| Feature1065 |
absolute difference between number of commas in source and target normalised
by target length
|
| Feature1066 |
absolute difference between number of : in source and target
|
| Feature1067 |
absolute difference between number of : in source and target normalised by
target length
|
| Feature1068 |
absolute difference between number of ; in source and target
|
| Feature1069 |
absolute difference between number of ; in source and target normalized by
target length
|
| Feature1070 |
absolute difference between number of ? in source and target
|
| Feature1071 |
absolute difference between number of ? in source and target normalized by
target length
|
| Feature1072 |
absolute difference between number of ! in source and target
|
| Feature1073 |
absolute difference between number of ! in source and target normalized by
target length
|
| Feature1074 |
percentage of punctuation marks in source
|
| Feature1075 |
percentage of punctuation marks in target
|
| Feature1076 |
absolute difference between number of punctuation marks between source and
target normalised by target length
|
| Feature1077 |
percentage of numbers in the source
|
| Feature1078 |
percentage of numbers in the target
|
| Feature1079 |
absolute difference between number of numbers in the source and target
sentence normalised by source sentence length
|
| Feature1080 |
number source tokens that do not contain only a-z (SET TO 0 for Arabic)
|
| Feature1081 |
percentage of tokens in the target which do not contain only a-z
|
| Feature1082 |
ratio of percentage of tokens a-z in the source and tokens a-z in the target
(SET TO 0)
|
| Feature1083 |
percentage of content words in the source
|
| Feature1084 |
percentage of content words in the target
|
| Feature1085 |
ratio of percentage of content words in the source and target
|
| Feature1086 |
LM log probability of POS of the target
|
| Feature1087 |
LM log perplexity of POS of the target
|
| Feature1088 |
percentage of nouns in the source
|
| Feature1089 |
percentage of verbs in the source
|
| Feature1090 |
percentage of nouns in the target
|
| Feature1091 |
percentage of verbs in the target
|
| Feature1092 |
ratio of percentage of nouns in the source and target
|
| Feature1093 |
ratio of percentage of verbs in the source and target
|
| Feature1094 |
ratio of percentage of pronouns in the source and target
|
| Feature1097 |
coherence
|
| Feature1098 |
number of dependencies with aligned constituents normalized by the total
number of dependencies (max between source and target)
|
| Feature1099 |
number of dependencies with aligned constituents normalized by the total
number of dependencies (max between source and target), with the order of the
constituents ignored
|
| Feature1100 |
number of dependencies with well aligned constituents (Giza threshold 0.1)
normalized by the total number of dependencies (max between source and
target)
|
| Feature1101 |
absolute difference between the depth of the syntactic tree for the source
and the depth of the syntactic tree for the target
|
| Feature1102 |
number of prepositional phrases in the source
|
| Feature1103 |
number of prepositional phrases in the target
|
| Feature1104 |
absolute difference between the number of PP phrases in the source and target
|
| Feature1105 |
absolute difference between the number of PP phrases in the source and target
normalised by the total number of phrasal tags in the sentence
|
| Feature1106 |
absolute difference between the number of NPs in the source and target
|
| Feature1107 |
absolute difference between the number of NP phrases in the source and target
normalised by the total number of phrasal tags in the sentence
|
| Feature1108 |
absolute difference between the number of VPs in the source and target
|
| Feature1109 |
absolute difference between the number of VP phrases in the source and target
normalised by the total number of phrasal tags in the sentence
|
| Feature1110 |
absolute difference between the number of ADJPs in the source and target
|
| Feature1111 |
absolute difference between the number of ADJP phrases in the source and
target normalised by the total number of phrasal tags in the sentence
|
| Feature1112 |
absolute difference between the number of ADVPs in the source and target
|
| Feature1113 |
absolute difference between the number of ADVP phrases in the source and
target normalised by the total number of phrasal tags in the sentence
|
| Feature1114 |
absolute difference between the number of CONJPs in the source and target
|
| Feature1115 |
absolute difference between the number of CONJP phrases in the source and
target normalised by the total number of phrasal tags in the sentence
|
| Feature1116 |
Named Entity feature: difference in number of PERSON entities in source and
target normalised by total number of person entities (max between english and
arabic)
|
| Feature1117 |
Named Entity feature: difference in number of LOCATION entities in source and
target normalised by total number of person entities (max between english and
arabic)
|
| Feature1118 |
Named Entity feature: difference in number of ORGANIZATION entities in source
and target normalised by total number of person entities (max between english
and arabic)
|
| Feature1119 |
number of PERSON entities in source that are aligned to PERSON entities in
target
|
| Feature1120 |
number of LOCATION entities in source that are aligned to LOCATION entities
in target
|
| Feature1121 |
number of ORGANIZATION entities in source that are aligned to ORGANIZATION
entities in target
|
| Feature1122 |
Named Entity feature: difference in number of PERSON entities in source and
target normalised by total number of person entities (max between english and
arabic)
|
| Feature1123 |
Named Entity feature: difference in number of ORGANIZATION entities in source
and target normalised by total number of person entities (max between english
and arabic)
|
| Feature1124 |
Named Entity feature: difference in number of LOCATION entities in source and
target normalised by total number of person entities (max between english and
arabic)
|
| Feature1200 | |
| Feature1201 | |
| Feature1300 |
Feature 1300 is the Kullback-Leibler divergence between a source sentence and a target sentence topic distribution
|
| Feature1301 |
Feature 1301 is the Jensen-Shannon divergence between a source sentence and a target sentence topic distribution
|
| Feature1302 |
source sentence intra lingual mutual information
|
| Feature1303 |
target sentence intra lingual mutual information
|
| Feature1304 |
source-target sentence inter lingual mutual information
|
| Feature1400 |
geometric average of target word probabilities under Global Lexicon Model
|
| Feature5000 |
Number of stopwords between in target sentence
|
| Feature5001 |
Number of stopwords between in target sentence
|
| Feature5002 |
Number of stopwords between in target sentence
|
| Feature5003 |
Number of stopwords between in target sentence
|
| Feature5004 |
Number of stopwords between in target sentence
|
| Feature5005 |
Number of stopwords between in target sentence
|
| Feature5006 |
Number of stopwords between in target sentence
|
| Feature5007 |
Number of stopwords between in target sentence
|
| Feature5009 |
Number of stopwords between in target sentence
|
| Feature5010 | |
| Feature5011 | |
| Feature5012 | |
| Feature5013 | |
| Feature5014 | |
| Feature9300 |
PCFG Parse log likelihood
|
| Feature9301 |
PCFG Parse log likelihood
|
| Feature9302 |
PCFG Parse log likelihood
|
| Feature9303 |
PCFG Parse log likelihood
|
| Feature9304 |
PCFG Parse log likelihood
|
| Feature9305 |
PCFG Parse log likelihood
|
| Feature9306 |
PCFG Parse log likelihood
|
| Feature9307 |
PCFG Parse log likelihood
|


Extraversion : People with the extraversion trait are boosted by external means. They are enthusiastic, active and like to be surrounded by people. On the opposite, introverts are quiet and rapidly exhausted by social interactions.
Openness to experience : The openness trait characterizes people that are curious, imaginative, creative and with a high sensibility for art and culture. On the opposite, people lacking openness tends to be close-minded and uninterested by emotions.
Agreeableness : The agreeableness trait demonstrate the importance of social harmony. People with this trait are therefore kind, generous, and very complying. Unagreeable people tends to be competitive and untrustworthy.
Conscientiousness : People with the conscientiousness trait display a lot of self-discipline and know how to control and regulate themselves in order to achieve their goals. They are focused, reliable and do not like spontaneity.
Emotional stability : The emotional stability trait is characterized by a tendency to mostly experience positive emotions such as calmness. People lacking in this trait are neurotistic and tends to experience a lot of anger, sadness or anxiety.


I've been detained!
Remain Calm.
Ask "Am I being detained, or am I free to go?".
Calmly walk away if you are free to go.
If you are under arrest, you have a right to ask why.
Say you wish to remain silent and ask for a lawyer.

You have the right to a local phone call. If this is to your lawyer the police cannot listen in, calls to anyone else they can.


Deployment is a feature in the full version of Fathym's Data Flow Management.
With the full version, Deployment would administer the following:
To find out more information about our purchasing options, click the Upgrade Now! button below.


CopyCanvas ( src, x, y, w, h, dst, dx, dy )
Copies a portion of the Canvas src to the Canvas dst.
Example:
CopyCanvas ( 0, 0, 0, 40, 40, 1, 20, 20 )


Recommended: 1200x675
Supported video formats are MP4, WebM, Ogg.
Supported share links are YouTube, Dropbox and Google Drive.
Note: URL will be converted to "https://dl.dropboxusercontent.com/..." in the audio player


Since we are both big soccer fans, we want to build an app that is centered around this summer’s World Cup in Russia. In the home dashboard of the app for guest users, there will be information about matchups and fixture lists, as well as live and upcoming games. We then further want logged-in, registered users to be able to pick a favorite team (or teams), track their success, see their fixture list, and maybe link to some match highlights if they are available. We also want users to be able to follow their favorite individual players and to track their success and statistics. Additional functionality could include keeping track of player stats as well as team statistics including total goals scored, goals against, record, etc.
There are a few things which will make this app interesting. The main one is the way in which the data objects interact with each other. Since the teams are playing games against each other, when one team’s data changes, the other teams changes accordingly, so we will have to code that relationship to be built in as well. Additionally, the data will also have sub-data involving players, stats, and other things of the like.
We have looked for some data libraries, and have found some interesting ones. The most promising is a World Cup API that we found; it returns JSON data of teams, matches, and rounds. This will be hugely beneficial to have in our app, and it will make coding it much easier. This code would be the most time-consuming and laborious to do ourselves, and so the fact that there’s an API where it exists already makes this project appropriately sized for our purposes. World Cup API: marketplace FIFA World Cup.There are several other soccer APIs that could be helpful to us, including GoalAPI.com and Football / Soccer Livescore. The football-soccer-livescore API could be useful for us because we will want to display live scores and games if there are any currently in progress.


Alone in TopBecome the first in today's rankings.10XP |
|
GrandmastersBecome in the top 10 people in today's rankings.8XP |
|
Unstoppable RisingPass 1000 people today's rankings.6XP |
|
Increasing AccelerationPass 100 people today's rankings.4XP |
|
Slow But SteadyPass 10 people today's rankings.2XP |
|
Rewriting Home EconomyReduce your electricity consumption 15% for today.5XP |
|
Clean AirDon't use air-conditioner today.3XP |
|
Natural Light Source 1Don't use any light until 10am to 2pm.4XP |
|
Natural Light Source 2Don't use any light until 10am to 6pm.6XP |
|
Natural Light Source 3Don't use any light until 10am to 10pm.8XP |
|
Real Light CompanionUse the light, less than 1 hour today.9XP |
|
Angel of the LightDon't use any light for 24 hours.11XP |


Here is where I keep all the various games I create. They're all made by me (unless otherwise noted), and so are my property.
Feel free to distribute them to your friends or whatever, as they are freeware, but don't host them on the
internet, just link to my site if you want to show someone. All of the games are freeware and none include
any spyware or adware or even require installation to play. Thanks, and enjoy!
Categories
|
Games
|
|
These are my real games, the ones I'm happy with
and consider finished. Click here to view.
|
|
Projects
|
|
These are works in progress that will hopefully
one day be moved one category up.
Click here to view.
|
|
Other Games
|
|
Really old games, mini-games, games by
other people, etc.
|


#set( $page = "state") #set( $baseUrl = "..") #parse( "header.html" )
#parse( "nav.html")| URL | ${url} |
|---|---|
| Fan in | ${fanIn} |
| Fan out | ${fanOut} |
| Interaction elements | ${elements.size()} |
| Nearest State | ${nearestState} |
| Distance to nearest State | ${distToNearestState} |
| Has Near Duplicate | ${hasNearDuplicate} |
| Cluster | ${cluster} |
| Failed events | ${failedEvents} |
${dom}
| Xpath | Destination |
|---|---|
| ${element.xpath} | ${element.targetname} |


--- post_id: /a-comment-of-the-accelerationist-manifesto date: 2013-05-14 18:20 return_url: '2013-05-14-a-comment-of-the-accelerationist-manifesto.html' name: 'Magnus' email<EMAIL_ADDRESS>comment: '
Here''s an example of scientific progress btw:
http://www.nature.com/news/fir...
Researchers hoping to get ‘2’ as the answer for a long-sought proof
involving pairs of prime numbers are celebrating the fact that a
mathematician has wrestled the value down from infinity to 70 million.


HTML: User agents must only consider the following pieces of text as checkable for the purposes of this feature:
The value of input elements whose type attributes are in the text, search, url, or email states and that are mutable (i.e., that do not have the readonly attribute specified and that are not disabled).
The value of textarea elements that do not have a readonly attribute and that are not disabled.
Text in text nodes that are children of editing hosts or editable elements.


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(From Wikipedia) Eisenia fetida (older spelling: foetida), known under various common names such as redworm, brandling worm, panfish worm, trout worm, tiger worm, red wiggler worm, red Californian earthworm, etc., is a species of earthworm adapted to decaying organic material. These worms thrive in rotting vegetation, compost, and manure. They are epigean, rarely found in soil. In this trait, they resemble Lumbricus rubellus. They have groups of bristles (called setae) on each segment that move in and out to grip nearby surfaces as the worms stretch and contract their muscles to push themselves forward or backward. E. fetida worms are used for vermicomposting of both domestic and industrial organic waste.They are native to Europe, but have been introduced (both intentionally and unintentionally) to every other continent except Antarctica.
Picture credit: Renger's Rantings: Kinds of Worms
This assembly was generated from long-read Nanopore data using WTBG2 before scaffolding with 10X Chromium reads using Nanochrome. Gap closing was performed with LR_Gapclsoer and Soap Gapcloser. Assembly checking and polishing was performed with Pilon and Racon. Assembly scaffold file from
A genome guided transcriptome was generated with Trinity. This was used with PASA to generate a GFF and Pep file. Annotation GFF from


Here I am again, starting another journey in another direction, at what stage can I quote
Samuel L Jackson "I'm getting too old for this sh*t?”
So Bobbi, why now? Why EDA?
People are inherently good and lovely, however when people are frustrated, proud or just mean it can be hard. Working with customers can be challenging especially in a tech field where you can't see the other person's computer and your demographic is of the least tech savvy type. You become very patient, empathetic and knowledgeable in a variety of topics, after 6 years. So much so it's just known that if it's a thing Bobbi will know or know who to ask.
It's great that I know most things and people rely on me for my knowledge, but I'm not challenged. A year ago I started asking questions around work and learning what each team does who does what and I found I liked the idea of making things that improve a members experience of our site. Given that for 6 years I'd heard every gripe you can think of I really wanted to explore how I could help make our site better for our members. By doing so freeing up CS to do more good in other places and/or other ways.
So, why EDA? I was learning through Code Academy and a lovely Dev I work with had set me up with Dev stuff, which was great but I wanted more. It's all good and well learning the code and making things, but there is more to being a Dev than that, you have to work within a team in a collaborative and healthy way. While I have no doubt in my ability to learn the work, I wanted to make sure that I had all the skills to be a great, well rounded Dev. I've had friends and workmates go through EDA and I knew that this was the type of learning environment was were I wanted to be.
What are my impressions so far?
Good! I enjoy the challenge of getting to know GitHub and working out ways to fit things into my life which is now more full on that it has been in years, but it's a good full on. I can feel my brain working for the first time in years, not just because of the technical aspects but the reflection side of things.
Shereef's Fireside Chat bought up some very interesting concepts that were big light bulb moments, one was the Restaurant/Kitchen thinking. As a daughter/granddaughter/niece of teachers and a self motivated person I believe that you only benefit from an educational opportunity according to how much effort you put in. I've always seen education as a kitchen because you have to put the effort in to make things happen for you as well as supporting the other around you to fill in the gaps of knowledge to make a great carrot cake.
As a Maori woman you spend alot of time in kitchens cooking, so if your helping means peeling potatoes, then you peel the potatoes. You are working towards the same greater good.
How do I see myself engaging with the culture?
I work for a company that is big on culture, we have similar principles but with different names but they are the same as the 3 pillars. Coming from an Awhi environment to another Awhi environment with a similar culture will be an easy transition.


Angular.js - Web Form
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PART II. SPECIAL PROVISIONS
§421C-11 Forms. The department of commerce and consumer affairs may prescribe and furnish on request forms for documents required or permitted to be filed by this chapter. The director of commerce and consumer affairs may require that the use of these forms be mandatory. [L 1982, c 97, pt of §2 and c 204, §8; am L 2003, c 124, §45]


Notable People
Many notable Phi Kappa Phi members have gone on to make substantial societal
advancements in their areas of research, community engagement, and/or have emerged as recognizable
leaders in their respective professional fields.
Public Service
Jimmy Carter
39th U.S. President Initiated at Georgia State University
Ruth Bader Ginsburg
United States Supreme Court Justice Initiated at Cornell University
Mitt Romney
United States Senator from Utah Initiated at Brigham Young University
Science & Scholarship
Rashid A. Abdu
Surgeon, 2017 Arab American of the Year
Initiated at Youngstown State University
Bernard A. Harris, Jr.
NASA astronaunt, first African American to spacewalk
Christina Hammock Koch
NASA Astronaut Initiated at North Carolina State University
Claude Shannon
The father of information theory
Academic Leadership
Mary Sue Coleman
Former University of Michigan President, Former Association of American Universities President
Martha E. Pollack
Former Cornell University President, Former University of Michigan Provost
Mark Schlissel
Current University of Michigan President
Shlomo Sawilowsky
Rabbi and Distinguished Faculty Fellow at Wayne State University
Initiated at University of South Florida


Queries' menu
Choose any query above:
Show medical specialties grouped by health units
Show health units grouped by medical specialties
Search complaints
Search disease type data
Main menu
Health-Watcher - 2004


template
<typename T>
coordinate_type get(const T& interval, direction_1d) |
Expects a model of
interval. Returns the low or high coordinate of the interval,
depending on the direction_1d value.
|
template
<typename T, typename coordinate_type>
void set(T& interval, direction_1d, coordinate_type) |
Expects a model of
interval. Sets the low or high coordinate of the interval
to the coordinate, depending on the direction_1d value. If low
would be greater than high after this change then both are set to the
input coordinate value. |
template
<typename T>
T construct(coordinate_type low, coordinate_type high) |
Construct an object that is a model of interval given
low and high coordinate values. |
template
<typename T1, typename T2>
T1& assign(T1& left, const T2& right) |
Copies data from right object that models interval into
left object that models interval. |
template
<typename T, typename T2>
bool equivalence(const T& interval1, const T2&
interval2) |
Given two objects that model interval, compares and
returns true if their low and high values are respectively equal to
each other. |
template
<typename T>
bool contains(const T&, coordinate_type,
bool consider_touch=true) |
Given an object that models interval and a coordinate,
returns true if the interval contains the coordinate. If the
consider_touch flag is true will return true if the coordinate is equal
to one of the interval ends. |
template
<typename T1, typename T2>
bool contains(const T1& a, const T2& b,
bool consider_touch = true) |
Returns true if model of interval a contains both ends
of model of interval b. If the consider_touch flag is true will
consider the end of b contained within a even if it is equal to an end
of a. |
template
<typename interval_type>
coordinate_type low(const interval_type& interval) |
Returns the low end of an object that models interval. |
template
<typename interval_type>
coordinate_type high(const interval_type& interval) |
Returns the high end of an object that models interval. |
// get the center
coordinate
template <typename interval_type>
coordinate_type center(const interval_type& interval) |
Returns the center coordinate of an object that models
interval. |
template
<typename interval_type>
void low(interval_type& interval, coordinate_type ) |
Sets the low end of the object that models interval to
the coordinate value. If the low end would be set to larger than
high end then both are set to the coordinate value. |
template
<typename interval_type>
void high(interval_type& interval, coordinate_type ) |
Sets the high end of the object that models interval to
the coordinate value. If the high end would be set to less than
low end then both are set to the coordinate value. |
template
<typename interval_type>
coordinate_difference delta(const interval_type& interval) |
Returns the distance from low to high end of an object
that models interval. |
template
<typename interval_type>
interval_type& flip(interval_type& interval,
coordinate_type axis = 0) |
Flips an object that models interval about the axis
coordinate. If no axis is provided the interval is flipped across
the the origin. |
template
<typename interval_type>
interval_type& scale_up(interval_type& interval,
unsigned_area_type factor) |
Multiplies low and high ends of an object that models
interval by unsigned factor. |
template
<typename interval_type>
interval_type& scale_down(interval_type& interval,
unsigned_area_type factor) |
Divides low and high ends of an object that models
interval by unsigned factor. |
template
<typename interval_type>
interval_type& scale(interval_type& interval,
double factor) |
Multiplies low and high ends of an object that models
interval by floating point value. |
template
<typename interval_type>
interval_type& move(interval_type& interval,
coordinate_difference displacement) |
Adds displacement value to low and high ends of an
object that models interval. |
template
<typename interval_type>
interval_type& convolve(interval_type& interval,
coordinate_type b) |
Adds coordinate value to low and high ends of an object
that models interval. |
template
<typename interval_type>
interval_type& deconvolve(interval_type& interval,
coordinate_type b) |
Subtracts coordinate value from low and high ends of an
object that models interval. |
template
<typename T1, typename T2>
T1& convolve(T1& a, const T2& b) |
Adds low end of b to low end of a and adds high end of
b to high end of a. |
template
<typename T1, typename T2>
T1& deconvolve(T1& a, const T2& b) |
Subtracts low end of b from low end of a and subtracts
high end of b from high end of a. |
template
<typename T1, typename T2>
T1& reflected_convolve(T1& a, const T2& b) |
Adds high end of b to low end of a and adds low end of
b to high end of a. |
template
<typename T1, typename T2>
T1& reflected_deconvolve(T1& a, const T2& b) |
Subtracts high end of b from low end of a and subtracts
low end of b from high end of a. |
template
<typename T>
coordinate_difference euclidean_distance(const T&,
coordinate_type) |
Returns the distance from an object that models
interval to a coordinate. Returns zero if the coordinate is equal
to an end of the interval or contained within the interval. |
template
<typename T1, typename T2>
bool intersects(const T1& interval, const T2& b,
bool consider_touch = true) |
Returns true if two objects that model interval
overlap. If the consider_touch flag is true touching at the
endpoints is considered overlap. |
template
<typename T1, typename T2>
bool boundaries_intersect(const T1& interval, const T2&
b,
bool consider_touch = true) |
Returns true is two objects that model interval
partially overlap such that one end point of each is contained within
the other. If the consider_touch flag is true a coordinate is
considered contained even if it is equal to an end. |
template
<typename T1, typename T2>
bool abuts(const T1& a, const T2& b,
direction_1d dir) |
Returns true if interval b abuts but down not overlap
interval a on the end of interval a specified by dir. |
template
<typename T1, typename T2>
bool abuts(const T1& a, const T2& b) |
Returns true if interval b abuts but down not overlap
interval a. |
template
<typename T1, typename T2>
bool intersect(T1& a, const T2& b,
bool consider_touch = true) |
Sets interval a to the intersection of interval a and
interval b and return true. If the two intervals do not intersect
interval a is unchanged and the function returns false. If the
flag consider_touch is true intervals that abut are considered to
intersect. |
template
<typename T1, typename T2>
T& generalized_intersect(T1& a, const T2& b) |
Same as intersect, but if they do not intersect set a
to the interval between a and b. |
template
<typename T>
T& bloat(T& interval, coordinate_type) |
Adds the coordinate value to high end of interval and
subtracts it from low end of interval. |
template
<typename T>
T& bloat(T& interval, direction_1d, coordinate_type) |
Adds the coordinate value to high end of interval or
subtracts it from low end of interval depending on the direction_1d. |
template
<typename T>
T& shrink(T& interval, coordinate_type) |
Subtracts the coordinate value from high end of
interval and adds it to low end of interval. |
template
<typename T>
T& shrink(T& interval, direction_1d, coordinate_type) |
Subtracts the coordinate value from high end of
interval or adds it to low end of interval depending on the
direction_1d. |
template
<typename T1, typename T2>
bool encompass(T1& a, const T2& b) |
Sets low of a to min of low of a and low of b and sets
high of a to max of high of a and high of b. Returns true if b
was not contained within a to begin with. |
template
<typename T>
bool encompass(T& a, coordinate_type) |
Sets low of a to min of low of a and coordinate value
and sets high of a to max of high of a and coordinate value.
Returns true if coordinate value was not contained within a to begin
with. |


Diglin\Swisspost\StructType\SingleBarcodesCustomer
This class stands for SingleBarcodesCustomer StructType
Synopsis
class SingleBarcodesCustomer
extends AbstractStructBase
{
- // members
- public $Name1;
- public $Name2;
- public $Street;
- public $POBox;
- public $ZIP;
- public $City;
- public $Country;
- public $DomicilePostOffice;
- // methods
- public void __construct()
- public string|null getName1()
- public SingleBarcodesCustomer setName1()
- public string|null getName2()
- public SingleBarcodesCustomer setName2()
- public string|null getStreet()
- public SingleBarcodesCustomer setStreet()
- public string|null getPOBox()
- public SingleBarcodesCustomer setPOBox()
- public string|null getZIP()
- public SingleBarcodesCustomer setZIP()
- public string|null getCity()
- public SingleBarcodesCustomer setCity()
- public string|null getCountry()
- public SingleBarcodesCustomer setCountry()
- public string|null getDomicilePostOffice()
- public SingleBarcodesCustomer setDomicilePostOffice()
- public static SingleBarcodesCustomer __set_state()
- public string __toString()
Hierarchy
Extends
- WsdlToPhp\PackageBase\AbstractStructBase
Violations
PHPMessDetector
| Line | Rule | Message |
|---|---|---|
| 135 - 151 | CyclomaticComplexity | The method setName1() has a Cyclomatic Complexity of 10. The configured cyclomatic complexity threshold is 10. |
| 165 - 181 | CyclomaticComplexity | The method setName2() has a Cyclomatic Complexity of 10. The configured cyclomatic complexity threshold is 10. |
| 195 - 211 | CyclomaticComplexity | The method setStreet() has a Cyclomatic Complexity of 10. The configured cyclomatic complexity threshold is 10. |
| 225 - 241 | CyclomaticComplexity | The method setPOBox() has a Cyclomatic Complexity of 10. The configured cyclomatic complexity threshold is 10. |
| 255 - 275 | CyclomaticComplexity | The method setZIP() has a Cyclomatic Complexity of 12. The configured cyclomatic complexity threshold is 10. |
| 289 - 305 | CyclomaticComplexity | The method setCity() has a Cyclomatic Complexity of 10. The configured cyclomatic complexity threshold is 10. |
| 345 - 361 | CyclomaticComplexity | The method setDomicilePostOffice() has a Cyclomatic Complexity of 10. The configured cyclomatic complexity threshold is 10. |
Members
public
- $City
—
string
The City Meta informations extracted from the WSDL - maxLength: 25 - documentation: Excludes unsupported characters. - $Country
—
string
The Country Meta informations extracted from the WSDL - minOccurs: 0 - documentation: The ISO country code. - $DomicilePostOffice
—
string
The DomicilePostOffice Meta informations extracted from the WSDL - minOccurs: 0 - maxLength: 35 - documentation: Excludes unsupported characters. - $Name1
—
string
The Name1 Meta informations extracted from the WSDL - maxLength: 25 - documentation: Excludes unsupported characters. - $Name2
—
string
The Name2 Meta informations extracted from the WSDL - minOccurs: 0 - maxLength: 25 - documentation: Excludes unsupported characters. - $POBox
—
string
The POBox Meta informations extracted from the WSDL - minOccurs: 0 - maxLength: 25 - documentation: Excludes unsupported characters. - $Street
—
string
The Street Meta informations extracted from the WSDL - maxLength: 25 - documentation: Excludes unsupported characters. - $ZIP
—
string
The ZIP Meta informations extracted from the WSDL - maxLength: 10 - totalDigits: 6 - documentation: Excludes unsupported characters.
Methods
public
- __construct() — Constructor method for SingleBarcodesCustomer
- __set_state() — Method called when an object has been exported with var_export() functions It allows to return an object instantiated with the values
- __toString() — Method returning the class name
- getCity() — Get City value
- getCountry() — Get Country value
- getDomicilePostOffice() — Get DomicilePostOffice value
- getName1() — Get Name1 value
- getName2() — Get Name2 value
- getPOBox() — Get POBox value
- getStreet() — Get Street value
- getZIP() — Get ZIP value
- setCity() — Set City value
- setCountry() — Set Country value
- setDomicilePostOffice() — Set DomicilePostOffice value
- setName1() — Set Name1 value
- setName2() — Set Name2 value
- setPOBox() — Set POBox value
- setStreet() — Set Street value
- setZIP() — Set ZIP value


Xhaka back in consideration for Arsenal
Manager Unai Emery is prepared to recall his controversial former captain.
Unai Emery has opened the door to Granit Xhaka making an Arsenal comeback just weeks after suggesting his former captain could be sold in January.
The Gunners boss opted to strip Xhaka of the armband as a result of his outburst aimed at supporters who jeered him as he was substituted against Crystal Palace on October 27.
Xhaka told fans to “f*** off” and cupped his ears in response to the fans’ reaction, later pointing to social media abuse aimed at his wife and newborn child as the reason for his outpouring of emotion.
He has not played for Arsenal since, sitting out four games as Emery suggested he needed time out of the firing line and then announced his decision to change his captain.
While Emery suggested before the international break that Xhaka may never play for the club again and could be moved on during the transfer window, he backtracked ahead of Saturday’s Premier League visit of Southampton.
Xhaka, 27, played both of Switzerland’s games in the past week and Emery confirmed he has considered bringing the midfielder out of the cold for the visit of struggling Saints.
“At the moment it’s important how he feels,” Emery said. “He told me this morning he is very convinced to help the team.
“I am going to decide if it is a good moment or if we need more time to help him for the team.
“Don’t forget his mistake, but he can come back showing his commitment, his good behaviour and good performances, helping and defending the Arsenal team.
“Now he is feeling better, and feeling that he can come back helping us and connecting with the team and connecting with the supporters.
“Above all we need confidence in all and we need also to take a good result, a good performance and good connection with our supporters every day, individually and collectively.”
When it was put to Emery that it would be easier to hand Xhaka his recall in a game away from the Emirates Stadium, the Spaniard replied: “Maybe, but it depends.
“If we can connect with our supporters, we are going to do better. In this situation, it is better to do it with him on the pitch.
“But I am going to do it progressively, giving him a good feeling being with us, training, playing.
“That could be at home, could be away. It’s not only with Xhaka. It’s a special circumstance but also with other players. Other players also need to achieve confidence to give us the best performance individually.”
That collective confidence needs rebuilding following a run of two wins from their last 10 Premier League games and no victories in their last five fixtures across all competitions.
Emery knows only a win against 19th-placed Southampton will keep his critics off his back.
“Our challenge now is to reduce the distance (to the top four), little by little, starting on Saturday and that match is very important,” he said.
“Getting three points is 100 per cent our focus but above all we need to connect with our supporters while playing better and being in control of the games. We need to do that at Emirates on Saturday.
“During the week it was very good in how the players responded in training to start again a new situation.”


Ngx-materialize leverage the use of the native HTML input by using the mz-checkbox
directive directly on the input element tag to ease the fact that you might use third party library that would ask you to add properties directly on that native input element.
Checkboxes use outline styling by default. Use label
property to provide a clickable label to the checkbox.
To use the filled styling on the checkbox set filledIn
property to true
.
Disable the checkbox by using the native property disabled
.
The input properties of the mz-checkbox
directive makes the form-control completely dynamic. Change the configuration below and see how the checkbox reacts.
Checkbox value: {{ checkboxValue }}
The input element must be contained inside the mz-checkbox-container
component otherwise an error will be shown in the console.
Checkboxes can be customized using the following properties on the input
element when adding mz-checkbox
directive.


public final class Trees
extends java.lang.Object
Node
s.| Modifier and Type | Method and Description |
|---|---|
static java.util.Collection<Node> |
findBottomNodes(Node startingNode)
Searches for all bottom nodes of the tree.
|
static <T extends Node> |
findClosestAncestorNodeFromNodesToRootOfType(Node childNode,
Node rootNode,
com.google.common.reflect.TypeToken<T> nodeToken)
Searches ancestor nodes which match the given
TypeToken (taking into account all generic parameters!),
starting from the given child not while using the tree as defined by the given rootNode. |
static <T extends Node> |
findHighestNodeOfClass(Node rootNode,
java.lang.Class<T> nodeClassToFind)
walks through the tree, starting from the given rootNode and collects the highest node which implement the given
class.
|
static <T> java.util.Set<T> |
findNodesOfClass(Node rootNode,
java.lang.Class<T> nodeClassToFind)
walks through the tree, starting from the given rootNode and collects all the nodes which implement the given
class.
|
static java.util.List<Path> |
getPathsFromChildToAncestor(Node childNode,
Node ancestorNode)
Searches in the tree for paths between the two given nodes.
|
static <T extends Node> |
rebuildTree(T rootNode,
RebuildingContext rebuildingContext)
Rebuilds the tree by taking elements from given context.
|
static java.util.List<Node> |
subTreeContent(Node rootNode)
Retrieves the content of the given subtree.
|
static void |
walkParentAfterChildren(Node startingNode,
NodeCallback callback)
Traverses the tree, starting from the given node in a way, such that all children are visited before the parent
node is visited.
|
public static void walkParentAfterChildren(Node startingNode, NodeCallback callback)
startingNode
- the node which should be considered as the root node for the walk-throughcallback
- the callback which will be called at certain points of the traversal, depending on the interfaces
which are implemented by the callback.TreeWalker
,
NodeCallback
public static java.util.List<Node> subTreeContent(Node rootNode)
rootNode
- The node which shall be taken as root of the tree.public static java.util.List<Path> getPathsFromChildToAncestor(Node childNode, Node ancestorNode)
childNode
- the node from which the paths to be found shall startancestorNode
- the ancestor node, which will be the end node of each pathpublic static java.util.Collection<Node> findBottomNodes(Node startingNode)
startingNode
- the node which shall be used as root of the tree.public static <T extends Node> T rebuildTree(T rootNode, RebuildingContext rebuildingContext)
rootNode
- the root node of the treerebuildingContext
- the context containing the elements needed for rebuilding of the treepublic static <T> java.util.Set<T> findNodesOfClass(Node rootNode, java.lang.Class<T> nodeClassToFind)
rootNode
- the node from which to start the searchnodeClassToFind
- the class of the nodes to findpublic static <T extends Node> java.util.Set<? extends T> findHighestNodeOfClass(Node rootNode, java.lang.Class<T> nodeClassToFind)
rootNode
- the node from which to start the searchnodeClassToFind
- the class of the nodes to findpublic static <T extends Node> java.util.Set<T> findClosestAncestorNodeFromNodesToRootOfType(Node childNode, Node rootNode, com.google.common.reflect.TypeToken<T> nodeToken) throws NoMatchingNodeFoundException
TypeToken
(taking into account all generic parameters!),
starting from the given child not while using the tree as defined by the given rootNode. This is eg. used for
finding nodes, that can handle Exceptions. If the child node id not part of the tree then an empty set is
returned. If there exist paths between the two nodes, then it is enforced, that in this paths a matching node is
found. If this is not the case, an exception will be thrown. If the same node is found in different paths, then
the corresponding node is only contained once in the set.childNode
- the node for which the closest ancestors shall be found.rootNode
- the node which defines the root of the tree.nodeToken
- the token, against which the nodes are matched.Node
containing for each path the closest Node
that match the given
TypeToken
NoMatchingNodeFoundException
- if there exists a path, that does not contain a matching node.


Open a console/command/terminal window.
Type: node -v
Expect: v0.10.31 or similar
Type: npm -v
Expect: 2.1.2 or similar
var request = require('request');Replace http://linksilk.com with one of your websites.
request('http://linksilk.com', function(error,response,body){
console.log(response.statusCode);
});
Run file:
node index.js
Expect error if request was not installed:
module.js:340
throw err;
^
Error: Cannot find module 'request'
npm install request
Expect:
200 (or other HTTP status)
If request was installed
What just happened?
Edit console.log and put site name in front:
console.log('linksilk.com: ' + response.statusCode);Run: node index.js
Duplicate 3 request lines and change second set of lines to a different URL.
Use www.linksilk.com
Expecting 301 for second result and not 200.
Why did this happen?
What is the result in a browser?
var options = {
followRedirect: false,
url: 'http://www.linksilk.com'
};
Append: console.log(‘done’);Why "done" before other results?
Run: expect ‘done’ to appear first.
How to Learn Node.js
Open http-status-check project
Review samplesites.js
Compare http-status-check to our file
compare node_modules folders
Open /lib/uriCheck.js
Find and compare common sections.
How do forks, clones and pull requests work?


Reactive Dart - Demo
Open browser console to see more results.
Click Me To See Observable.fromEvent() In Action
The element below is updating every 1000ms by Observable.timer() for 20 ticks.


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West High School
Iowa City, Iowa
WEST SIDE STORY
WSS
NEWS
FEATURE
ARTS
SPORTS
OPINION
MULTIMEDIA
PRINT
ABOUT
FIRST POST
Post text.


--- layout: default ---
Copyright (c) 2011-present, Phalcon Framework Team All rights reserved.
Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
The PHP License, version 3.01
Copyright (c) 1999 - present The PHP Group. All rights reserved.
Redistribution and use in source and binary forms, with or without modification, is permitted provided that the following conditions are met:
THIS SOFTWARE IS PROVIDED BY THE PHP DEVELOPMENT TEAM "AS IS" AND ANY EXPRESSED OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
This software consists of voluntary contributions made by many individuals on behalf of the PHP Group.
The PHP Group can be contacted via Email at<EMAIL_ADDRESS>For more information on the PHP Group and the PHP project, please see https://php.net.
PHP includes the Zend Engine, freely available at https://zend.com.
The Zend Engine License, Version 2.00
Copyright (c) 1999-2006 Zend Technologies Ltd. All rights reserved.
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Copyright (c) 2017, The Aura Project for PHP. All rights reserved.
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THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
PSR related parts of Phalcon have been influenced by Zend Diactoros.
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[1]
Definately storage, looks nice, size; Seems slow when browsing menus, confirmed skipping
[2]
The navagation.; Everything especially the SOUND!


Enter the IP address of of your Smart Bridge Pro here, and make sure Telnet Support is enabled.
You can also optionally copy and paste the Integration Report here as well. Without it, you'll need to identify devices manually.


26 February 2008
The Ministry of Health in China has reported a new case of human infection with the H5N1 avian influenza virus. The case is a 44-year old female from Haifeng county, Shanwei city, Guangdong province.
She developed symptoms on 16 February was hospitalized on 22 February and died on 25 February. The case was confirmed by the national laboratory on 25 February. The case had contact with sick and dead poultry prior to her illness. All contacts have been placed under medical observation. All remain healthy to date.
Of the 30 cases confirmed to date in China, 20 have been fatal.


warez
`Prev `__
W
`Next `__
--------------
**warez**: /weirz/, n.
Widely used in `*cracker* <../C/cracker.html>`__ subcultures to denote
cracked version of commercial software, that is versions from which
copy-protection has been stripped. Hackers recognize this term but don't
use it themselves. See `*warez d00dz* `__,
`*courier* <../C/courier.html>`__, `*leech* <../L/leech.html>`__,
`*elite* <../E/elite.html>`__.
--------------
+--------------------------------+----------------------------+--------------------------------+
| `Prev `__ | `Up <../W.html>`__ | `Next `__ |
+--------------------------------+----------------------------+--------------------------------+
| -ware | `Home <../index.html>`__ | warez d00dz |
+--------------------------------+----------------------------+--------------------------------+


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Magnific Popup Documentation
Basic Demo · Project on Github · Twitter of developer · Newsletter of developer
Here you can find the guide on how to use Magnific Popup. Besides this docs page, you can play with examples on CodePen. If you’ve found any mistake in this site or you know how to improve some part of this documentation - please commit on GitHub.
Please ask general questions through StackOverflow tagged with magnific-popup
.
Including files
You can get Magnific Popup JS and CSS file from folder dist/
of GitHub repository or by compiling it by yourself with Grunt.

<link rel="stylesheet" href="magnific-popup/magnific-popup.css">

It’s not required, but recommended to put CSS files in
. JavaScript files and initialization code - in footer of your site (before closing
tag).
If you already have jquery.js
on your site - don’t include it second time, or use jQuery.noConflict();
mode. Optionally, you can include Zepto.js instead of jQuery, or choose which one to include based on browser support.
Initializing popup
Popup initialization code should be executed after document ready, for example:
$(document).ready(function() {
$('.image-link').magnificPopup({type:'image'});
});
There are three ways to initialize popup:
1. From HTML element
Open popup
$('.test-popup-link').magnificPopup({
type: 'image'
// other options
});
2. From a group of elements with one parent
Same as first one, but use this method if you are creating popup from list of elements in one container. Note that this method does not enable gallery, it just reduces number of click event handlers, and each item will be opened as a single popup. If you wish to enable gallery add gallery:{enabled:true}
option.

Open popup 1
Open popup 2
Open popup 3

$('.parent-container').magnificPopup({
delegate: 'a', // child items selector, by clicking on it popup will open
type: 'image'
// other options
});
3. From ‘items’ option
items
option defines data for the popup item(s) and it makes Magnific Popup ignore all attributes on the target DOM element. Value for items
can be a single object or an array of objects.
// Example with single object
$('#some-button').magnificPopup({
items: {
src: 'path-to-image-1.jpg'
},
type: 'image' // this is default type
});
// Example with multiple objects
$('#some-button').magnificPopup({
items: [
{
src: 'path-to-image-1.jpg'
},
{
src: 'http://vimeo.com/123123',
type: 'iframe' // this overrides default type
},
{
src: $('
Dynamically created element
'), // Dynamically created element
type: 'inline'
},
{
src: '
HTML string
',
type: 'inline'
},
{
src: '#my-popup', // CSS selector of an element on page that should be used as a popup
type: 'inline'
}
],
gallery: {
enabled: true
},
type: 'image' // this is default type
});
Play with this example on CodePen.
Content Types
By default Magnific Popup has 4 types of content image
, iframe
, inline
, ajax
. There is no any “auto-detection” of type based on URL, so you should define it manually.
Type of popup can be defined in a two ways:
-
Using
type
option. E.g.:$('.image-link').magnificPopup({type:'image'})
. -
Using
mfp-TYPE
CSS class (whereTYPE
is desired content type). E.g.:Open image
,$('.image-link').magnificPopup()
.
Second option always overrides first one, so you may initialize popups with multiple content types from one call.
The inline
is default one (from v0.8.4) - so you may skip its definition.
The source of the the popup content (e.g. path to image, path to HTML file, path to video page) can be defined in a few ways:
Method #1: From href
attribute:
Open image
Method #2: From data-mfp-src
attribute (overrides first method):
Open image
Method #3: From items
option
$.magnificPopup.open({
items: {
src: 'some-image.jpg'
},
type: 'image'
});
If you want to modify a way how the source is parsed, you may hook into elementParse
callback. For example:
$('.image-link').magnificPopup({
type:'image',
callbacks: {
elementParse: function(item) {
// Function will fire for each target element
// "item.el" is a target DOM element (if present)
// "item.src" is a source that you may modify
console.log(item); // Do whatever you want with "item" object
}
}
});
Image Type
The path to the image must be set as a main source if you selected this type. If your popup doesn’t have an image source and doesn’t have an image that shouldn’t be preloaded (& retinized etc.) - use inline type.
image: {
markup: '
'+
'

'+
'

'+
'
'+
'

'+
'

'+
'
'+
'
', // Popup HTML markup. `.mfp-img` div will be replaced with img tag, `.mfp-close` by close button
cursor: 'mfp-zoom-out-cur', // Class that adds zoom cursor, will be added to body. Set to null to disable zoom out cursor.
titleSrc: 'title', // Attribute of the target element that contains caption for the slide.
// Or the function that should return the title. For example:
// titleSrc: function(item) {
// return item.el.attr('title') + 'by Marsel Van Oosten';
// }
verticalGap:88,
verticalFit: true, // Fits image in area vertically
tError: 'The image could not be loaded.' // Error message
}
Please note that Magnific Popup doesn’t implement any JS-based clint-side caching for images. So make sure that your server adds expires headers, so image won’t be downloaded each time.
Iframe Type
By default Magnific Popup supports only one type of URL for each service:
// YouTube
"http://www.youtube.com/watch?v=7HKoqNJtMTQ"
// Vimeo
"http://vimeo.com/123123"
// Google Maps
"https://maps.google.com/maps?q=221B+Baker+Street,+London,+United+Kingdom&hl=en&t=v&hnear=221B+Baker+St,+London+NW1+6XE,+United+Kingdom"
But you can extend it and make it support absolutely any URL or any other service (view example that adds Dailymotion support). Iframe options:
iframe: {
markup: '
'+
'

'+
''+
'
', // HTML markup of popup, `mfp-close` will be replaced by the close button
patterns: {
youtube: {
index: 'youtube.com/', // String that detects type of video (in this case YouTube). Simply via url.indexOf(index).
id: 'v=', // String that splits URL in a two parts, second part should be %id%
// Or null - full URL will be returned
// Or a function that should return %id%, for example:
// id: function(url) { return 'parsed id'; }
src: '//www.youtube.com/embed/%id%?autoplay=1' // URL that will be set as a source for iframe.
},
vimeo: {
index: 'vimeo.com/',
id: '/',
src: '//player.vimeo.com/video/%id%?autoplay=1'
},
gmaps: {
index: '//maps.google.',
src: '%id%&output=embed'
}
// you may add here more sources
},
srcAction: 'iframe_src', // Templating object key. First part defines CSS selector, second attribute. "iframe_src" means: find "iframe" and set attribute "src".
}
Inline Type
To create popup from inline element you need to:
1) Create a HTML element that you wish to display in popup and add it somewhere. Class mfp-hide
is required to hide the popup from the page.

Popup content

2) Style this element. Magnific Popup by default doesn’t apply any styles to it, except vertical centering (if alignTop:false
). Close button will be automatically appended inside (if closeBtnInside:true
).
.white-popup {
position: relative;
background: #FFF;
padding: 20px;
width: auto;
max-width: 500px;
margin: 20px auto;
}
3) Add button that will open the popup (source must match CSS id of an element (#test-popup
in our case).

Show inline popup


Data stored in one scenario shouldn’t be available to the next scenario. This just makes your scenarios brittle and impossible to run in isolation.
This can be done either by deleting all data in a Before Hook (running before each Scenario) or to wrap a transaction (if your database supports it) around each Scenario.
If your database supports transactions, you can tell Cucumber to start a transaction in a Before Hook and roll it back in an After Hook. This is such a common thing to do that several Cucumber extensions provide ready-to-use Tagged Hooks using a tag named @txn
. To enable it you have to tag every Feature or Scenario that needs transactions with @txn
:
@txn
Feature: Let's write a lot of stuff to the DB
Scenario: I clean up after myself
Given I write to the DB
Scenario: And so do I!
Given I write to the DB
cucumber-spring
module contains @txn
hooks in the cucumber.runtime.java.spring.hooks
package.
This package isn't on your Glue Path by default, so you have to add it yourself in your Configuration Options.
@RunWith(Cucumber.class)
@Cucumber.Options(glue = {"your.own.glue.code", "cucumber.runtime.java.spring.hooks"})
public class RunCukesTest {
}
--glue your.own.glue.code --glue cucumber.runtime.java.spring.hooks
If you’re using a Browser Automation tool that talks to your application over HTTP the transactional approach will not work if your Step Definitions and the web application serving HTTP request each have their own database connection.
TODO: Write some more here.


Prepares the API to run calculations for a given material type.
int jmpSetMaterialType (int typeFlag);
typeFlag [input]
Integer that specifies the material type to consider in calculations. This parameter can take one of the following values:
JMP_MATERIAL_ALUMINIUM_ALLOY |
To set up calculations for aluminium alloys. |
JMP_MATERIAL_MAGNESIUM_ALLOY |
To set up calculations for magnesium alloys. |
JMP_MATERIAL_ZIRCONIUM_ALLOY |
To set up calculations for zirconium alloys. |
JMP_MATERIAL_TITANIUM_ALLOY |
To set up calculations for titanium alloys. |
JMP_MATERIAL_COBALT_ALLOY |
To set up calculations for cobalt alloys. |
JMP_MATERIAL_SOLDER_ALLOY |
To set up calculations for solder alloys. |
JMP_MATERIAL_NICKEL_BASED_SUPERALLOY |
To set up calculations for nickel-based superalloys. |
JMP_MATERIAL_NICKEL_IRON_BASED_SUPERALLOY |
To set up calculations for nickel-iron-based superalloys. |
JMP_MATERIAL_SINGLE_CRYSTAL |
To set up calculations for nickel-based single crystals. |
JMP_MATERIAL_CAST_IRON |
To set up calculations for cast irons. |
JMP_MATERIAL_STAINLESS_STEEL |
To set up calculations for stainless steels. |
JMP_MATERIAL_GENERAL_STEEL |
To set up calculations for general steels. |
JMP_MATERIAL_COPPER_ALLOY |
To set up calculations for copper alloys. |
JMP_STATUS_OK |
Request has been successfully completed. |
JMP_STATUS_ERROR |
An error has occurred. |
| Header | jmpcore.h |
| Library | jmpcore.lib /jmpcore_x64.lib |
| DLL | jmpcore.dll /jmpcore_x64.dll |


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