Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Analytic Systems Ware (1993) Ltd.
Legal Name:
Analytic Systems Ware (1993) Ltd.
Operating Name:
Analytic Systems
Mailing Address:
8128 River WayDELTA, British Columbia
V4G 1K5
Location Address:
8128 River WayDELTA, British Columbia
V4G 1K5
Tel.:<PHONE_NUMBER>
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Logo
Company Profile
Analytic Systems,founded in 1976, designs and manufactures DC and AC source Battery Chargers, DC-AC Inverters, DC-DC Voltage Converters and accessories for the Military, Commercial Marine, Automotive, Industrial, Heavy Equipment & Alternative energy markets.
As of Nov/2010 ISO9001 Quality Management Certified. As of Dec/2011 AS9100 Quality Management Certified for their CNC shop: Metal Action Machining as well.
Everything we manufacture is designed with rugged duty service in mind. Heavy gauge aluminum sheet metal or extruded cases feature stainless fasteners and heavy duty hardware.
Our industrial products are backed with a 3-year parts and labour warranty and our military products are backed with a 2-year parts and labour warranty.
Current markets include North America, the Middle East, Europe, Latin America, and Australia. The company is interested in expanding sales to South America, especially Brazil and Chile.
Our company catalog is available upon request or on the website: www.analyticsystems.com
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
Common Negative:
Step down VTC140, VTC180, VTC240, VTC300 and VTC600 models from handle up to 100 VDC input, stepping down to 12 to 48 VDC with power ranges 90 to 600 watts . Step up VTC305 and VTC605 models stabilize a 12V system, or step 12VDC up to 24 or 32 VDC with power ranges of 300 to 600 watts. Buck-Boost models for 18 to 30VDC input to 24VDC output are available by request.
Fully Isolated:
Models from 300 watts to 1500 watts in both shelf and rack mount. Low input voltage VTC315, VTC615 and VTC1015 models handle input voltages from 24 to 72VDC. High input voltage VTC310, VTC610, VTC1000 and VTC1505 models handle input voltages from 100 to 400 VDC. All models have output voltage ranges from 12 to 48 VDC. Bright easy to read LED voltage and current meters are an available option on most models.
Also available is a hybrid VTC120i model that features transformer isolated 12 or 14 VDC Input and 5, 12 or 24 VDC Output with a 5 amp (VTC120i) or 7 amp (VTC120ih) linear post-regulator for the lowest ripple and noise.
As these units are intended for unattended installations, they will auto recover from any protection shutdown without user intervention, unless suffering from an outright failure.
New for 2016 is our PWI series of power supplies, initially offered at 300 watts of output power. The Power Factor Corrected input allows operation from any AC voltage worldwide from 85 to 240 VAC at either 50 or 60 Hz. Full Digital Signal Processor control allows precision adjustment, but also maximum flexibility with user adjustable output voltages and currents.
Output voltages from 12 to 48 VDC are available. These power supplies are designed to work with our ‘Power Wizard’ software that is free to download, which adds full diagnostics, user adjustability and data logging capabilities via the built in USB port.
Battery voltages of 12, 24, 32, 36, 48, 72 and 125 volts DC are supported, although the SPSi2400 and SPSi3600 are not available for 12 volts DC In (currents are too high) and the SPS300 does not support 125 volts DC In.
All models are available in a standard shelf mount industrial form factor and also in a more rugged MS configuration featuring military connectors for both DC In and AC Out connections along with extra ruggedization and wide temperature operation.
Using the free to download ‘Power Wizard’ software, the user can select output frequency, output voltage (within +/- 10 percent of the standard voltage), output frequency (50 or 60 Hz) and low voltage shutdown parameters (to match the battery voltage) from any laptop through the standard micro-usb interface.
Safety features include current limiting, short circuit protection, inrush protection (during connection to the DC source), over-temperature de-rating and shutdown and low input voltage warning and shutdown. Most models offer an Off-Line UPS options that allows external AC to be routed through the inverter for high power UPS function if the external AC fails.
AC Source Chargers:
Next generation IBC series chargers are fully Digital Signal Processor controlled and feature Universal Input Voltage from 85 to 240 VAC at 50 or 60 Hz with Active Power Factor Correction for the most efficient use of AC power. Four charging profiles are available with easy front panel selection to handle most types of batteries from traditional Lead Acid, Sealed Lead Acid and even Lithium Ion. The free to download ‘Power Wizard’ software allows full programming and selection of each of the four profiles from a laptop computer. 300 Watt models for 1 or 2 banks of batteries are available now for battery voltages of 12, 24, 28, 32, 36 or 48 VDC.
Traditional BCA series chargers feature precision charging voltages for 1 or 2 banks of batteries at 12, 24, 32, 36, 48 or 72 VDC. Models are available to operate from 110VAC or 220VAC or auto-switching between either voltage at 50, 60 or 400 Hz. Power levels range from 300 to 1500 watts. All models feature user selectable 2-stage or 3-stage charging profiles, temperature compensation and user initiated equalization for optimum charging and maximum battery life.
DC Source Chargers:
Traditional BCD series chargers feature precision charging voltages for 1 or 2 banks of batteries at 12, 24, 32, 36, 48 or 72 VDC. Models are available to operate from input voltages as low as 10 VDC and up to 400 VDC at power levels from 60 to 1500 watts. Most models feature user selectable 2-stage or 3-stage charging profiles, temperature compensation and user initiated equalization for optimum charging and maximum battery life. Various models feature either common ground for lower cost or full isolation where different ground levels need to be accommodated (ie. Charging a positive ground battery from a negative ground source or vice-versa).
Today we manufacture a full line of marine grade power conversion products including step-up and step-down DC to DC Voltage Converters from 60 to 1500 Watts, Multi-Bank Programmable Battery Chargers for 12, 24 and 32 volt batteries up to 100 Amps and Pure Sine Wave DC to AC Inverters from 12, 24 or 32 volt batteries up to 3000 Watts.
Our facilities and personnel are Canadian Controlled Goods Directorate certified, permitting us to work with ITAR certified prime contractors. We are experienced in designing for and meeting MIL461 (EMC), MIL 810 (Environmental) and many other military standards. In house testing capabilities include conducted and radiated emissions, electrostatic discharge, vibration and temperature.
Modern designs, heavy duty filtering, over-rated components, 100 percent conformal coated circuit boards, heavy gauge anodized or powder coated aluminum chassis with stainless fasteners combine into reliable, efficient and durable power products that will provide years of service.
From rail side communications enclosures to the Central Office we can meet your needs for voltage (input or output) current, efficiency, temperature, humidity, emissions and vibration.
Analytic Systems has a proven track record with customers such as Metra, BART, Santiago Subway System, Massachusetts Transit, CSX, BNSF, CP Rail, Harsco Track and CN Rail of building Battery Chargers, Power Supplies, Inverters and Voltage Converters, both off the shelf and fully custom designed that stand up to the extreme rigors of this demanding market.
Stainless Steel or Aluminum weatherproof enclosures, corrosion proof hardware, conformal coated circuit boards and conservative design add up to just one thing – Reliability!
Analytic Systems’ patented MPPT Charge Controllers handle open circuit input voltages to 200 Volts and pump out up to 100 amps into battery banks up to 48 VDC. A full line of high efficiency DC-AC Inverters and DC-DC Voltage Converters up to 3000 watts output allow the stored energy to be used for any desired purpose. Aluminum enclosures, stainless fasteners, conformal coated circuit boards and conservative components ensure long life and reliability.
2010-Ship and Boat Propulsion Components
2040-Marine Hardware and Hull Items
2060-Commercial Fishing Equipment
2090-Miscellaneous Ship and Marine Equipment
2230-Right-Of-Way Construction and Maintenance Equipment, Railroad
2240-Locomotives and Rail Car Accessories and Components
2520-Vehicular Power Transmission Components
3040-Miscellaneous Power Transmission Equipment
3835-Petroleum Production and Distribution Equipment
3895-Miscellaneous Construction Equipment Except Rollers and Stabilizers
4910-Motor Vehicle Maintenance and Repair Shop Specialized Equipment
4920-Aircraft Maintenance and Repair Shop Specialized Equipment
4921-Torpedo Maintenance, Repair, andCheckout Specialized Equipment
4923-Depth Charges and Underwater Mines Maintenance, Repair, and Checkout Specialized Equipment
4927-Rocket Maintenance, Repair and Checkout Specialized Equipment
4930-Lubrication and Fuel Dispensing Equipment
4931-Fire Control Maintenance and Repair Shop Specialized Equipment
4933-Weapons Maintenance and Repair Shop Specialized Equipment
4935-Guided Missile Maintenance, Repair, and Checkout Specialized Equipment
4940-Miscellaneous Maintenance and Repair Shop Specialized Equipment
4960-Space Vehicle Maintenance, Repair and Checkout Specialized Equipment
5820-Radio and Television Communications Equipment, Except Airborne
5895-Miscellaneous Communication Equipment
5975-Electrical Hardware and Supplies
5980-Optoelectronic Devices and Associated Hardware
5999-Miscellaneous Electrical and Electronic Components
6110-Electrical Control Equipment
6115-Generators and Generators Sets, Electrical
6116-Fuel Cell Power Units, Components, and Accessories
6117-Solar Electric Power Systems
6125-Converters, Electrical, Rotating
6130-Converters, Electrical, Nonrotating
6150-Miscellaneous Electric Power and Distribution Equipment
6625-Electrical and Electronic Properties Measuring and Testing Instruments
AC00-Defense Systems
AG00-Energy
Technology profile
Market profile
Alliances:
- Sales/Marketing
- Technology
Strategic alliances:
Analytic Systems will look at any opportunity to grow andadvance as a world-class manufacturer of electrical power-based
solutions.
Industry sector market interests:
- Forestry
- Information Technology and Telecommunications
- Manufacturing
- Mining/Petroleum/Gas
- Transportation
- Aerospace
- Defence
- Automotive
Geographic markets:
Export experience:
- Algeria
- Australia
- Belgium
- Brazil
- Chile
- Egypt
- Iran, Islamic Republic of
- Israel
- Japan
- Korea, Republic of
- Luxembourg
- Netherlands
- Panama
- Singapore
- Trinidad and Tobago
- United Kingdom
- United States
- South Dakota
Actively pursuing:
- Bahamas
- Belize
- Bermuda
- Bolivia, Plurinational State of
- Brunei Darussalam
- Costa Rica
- Croatia
- Cuba
- Cyprus
- Estonia
- Iceland
- Jamaica
- Jordan
- Kazakhstan
- Kuwait
- Libyan Arab Jamahiriya
- Lithuania
- Mexico
- New Zealand
- Oman
- Paraguay
- Peru
- Qatar
- Saudi Arabia
- Slovakia
- Turkey
- Ukraine
- United Arab Emirates
- Uruguay
- Uzbekistan
- Venezuela, Bolivarian Republic of
- Alaska
- Idaho
- Iowa
- Maine
- Maryland
- Massachusetts
- Michigan
- Minnesota
- Missouri
- Montana
- Nebraska
- Nevada
- New Hampshire
- New Mexico
- North Dakota
- Utah
- Vermont
- Wisconsin
Sector information
Classification codes
Total plant size:
Distribution of employees:
Analytic Systems in Delta BC has 41 employees, Metal Action in Surrey BC has 4 employeesUnique applications:
Mil Spec available. Telecom, Portable, Potting, Wide Temperature. Military Capabilities document available upon requestKey / Major clients:
Telephonics, US Army, Raytheon, Datron World Communications, SAIC, NASA, ITT Industries, LMCO, Northrop Grumman, US Marine Corps, General Dynamics OTS, Israeli Aerospace Industries, US Air Force, RayMarine, Simrad, Oregon Iron Works, CMC Electronics, Kobelt Manufacturing Co., Prime Mover Controls, Metra, NY Transit, Bay Area Rapid Transit, Cleveland Transit, Mass. Transit, Bombardier, CN Rail, CP RAIL, CSX, Solar Turbines, US Navy, US Marine Corps, US Army Field Support Groups, US Army Corp of Engineers, AAI Corps, Estonian Army, Moroccan Army, Finnish Armed Forces, Supplier to the MBU Project, Delphi Automotive,Telus, Bose, BC Hydro, GE Appliances, and Teleflex among others...
Success stories:
Raytheon, Lockheed Martin, AAI Corp., Northrop Grumman, Boeing Satellite Systems, the US Navy and many other world renowned companies and organizations are our customers.We have a four year contract with Northrop Grumann for their Command Post Platform (CPP) Development and Integration program utilizing two militarized Puresine DC/AC inverters: IPS300 and IPS1000.
Analytic Systems' blue chip customer list testifies to the quality of our products. Our reputation for building robust products that deliver top-notch performance in the toughest environments is why RayMarine recommends Analytic Systems' VTC305-12-24 as the step-up Voltage Converter for their new 10KW Radar Pedestal. We specialize in rugged low power AC/DC power supplies for radard and surveillance systems like ARSS and LMCR.
We have been providing outstanding power conversion solutions since 1976. Today, our standard product line includes a range of:
DC-DC Voltage Converters
AC-DC Power Supplies
DC-AC Inverters
AC & DC Source Battery Chargers
With rugged duty service in mind, all our products use heavy gauge aluminum sheet metal or extruded cases, and feature stainless fasteners and heavy duty hardware. Operational excellence is delivered by a full list of features that include ultra-low EMI design and heavy duty filtering that eliminates interference to other electronic devices. It all adds up to quality that we stand behind with a solid 3-year parts and labor warranty.
Testimonial:
We received the 650W power supply and were very impressed. It is rugged and has performed well for us. Thank you for helping us through the purchase process.Have a good evening,
Joseph Alexander
Engineer
Southwest Research Institute
We look forward to working with the controller. I sincerely appreciate the assistance we have received from Analytic Systems.
Best Regards,
Rahul Patel
e-ride group
Minnesota State University, Mankato
The IVS1000 inverter we bought from you last year is working nicely. The time has arrived (overdue) to get a spare inverter.
Thanks,
Doug Powell
Electrical Tech
Nucor Steel Seattle
Gourmet Trading Company
Customer is using 5 x PWS1503-110-12.
I really appreciate your follow through on our potential equipment needs. Your equipment worked flawlessly in our first season. We now have at least one season ahead of us before we will be in need of added equipment. If more is needed, you definitely will be our supplier of choice.
Regards-Allan Nerell Pasco, Washington
The FCA500-110/60-115/400 frequency converter we bought is working like a champ though.
Thanks,
John A. Lusk
Electronics Engineer, ELDP
Simulation and Systems Integration Lab
Lockheed Martin Aeronautics Company
Single police boat - my Engineer choose your product to help cover all the electronics on this boat
Paula French; Aluminum Chambered Boats Purchasing
We have the unit, wow now I understand why we paid the $1600 for it, this unit is the real deal.
Thank you, it is being installed tomorrow.
Gary Williams
USA Security
We would like to thank you very much for the professionalism and reliability you brought to our businesses during 2009. Your cooperation will surely give us the empowerment to face the challenges we foresee throughout the coming year...
AVIBRAS AEROESPACIAL
Rosana Helena
Brasil
Application: Clean, Well-Controlled Power "Although there are plenty of larger (2kw) and up inverters from which to choose, when the application demands quality regulated output from a smaller unit, with the notable exception of those produced by Analytic Systems, the results are usually disappointing. Time and again I have customers who have purchased small RV or marine superstore inverters complain that; "the TV has lines, the sound system or radio is noisy, small battery chargers don't work etc." My response is "what do you expect? You are asking a cheaply produced and sold toy to do a sophisticated job". Some do some don't. Operating these kind of appliances successfully and with out potential damage requires clean stable power input.
Both the quasi-sine and sine wave inverters from Analytic Systems produce just that, clean, well-regulated, stable power. Noisy TV sets, sound systems clean up, tools deliver full power. Battery chargers don't "fry" the battery and so on.
Even more importantly, more sophisticated stuff such as scientific monitors, meters, and other recording and analytic equipment simply won't work properly if at all on mass market small inverters. This expensive equipment which may be analyzing or monitoring critical environmental or industrial processes require the best power input possible, not to mention potential damage to the equipment from fluctuating voltage, current and frequency. You get what you pay for and while the other units may adequately power most appliances satisfactorily, if you require clean well controlled power input you can't beat Analytic's inverters."
Larry Janke - General Manager
Southeast Marine Services
Scappoose, OR
www.semarine.com
Excalibur response time!
Bravo to all
US Navy
Daniel Ulmes
Irregular Warfare Technologies Division (JXTL)
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
Common Negative:
Step down VTC140, VTC180, VTC240, VTC300 and VTC600 models from handle up to 100 VDC input, stepping down to 12 to 48 VDC with power ranges 90 to 600 watts . Step up VTC305 and VTC605 models stabilize a 12V system, or step 12VDC up to 24 or 32 VDC with power ranges of 300 to 600 watts. Buck-Boost models for 18 to 30VDC input to 24VDC output are available by request.
Fully Isolated:
Models from 300 watts to 1500 watts in both shelf and rack mount. Low input voltage VTC315, VTC615 and VTC1015 models handle input voltages from 24 to 72VDC. High input voltage VTC310, VTC610, VTC1000 and VTC1505 models handle input voltages from 100 to 400 VDC. All models have output voltage ranges from 12 to 48 VDC. Bright easy to read LED voltage and current meters are an available option on most models.
Also available is a hybrid VTC120i model that features transformer isolated 12 or 14 VDC Input and 5, 12 or 24 VDC Output with a 5 amp (VTC120i) or 7 amp (VTC120ih) linear post-regulator for the lowest ripple and noise.
As these units are intended for unattended installations, they will auto recover from any protection shutdown without user intervention, unless suffering from an outright failure.
New for 2016 is our PWI series of power supplies, initially offered at 300 watts of output power. The Power Factor Corrected input allows operation from any AC voltage worldwide from 85 to 240 VAC at either 50 or 60 Hz. Full Digital Signal Processor control allows precision adjustment, but also maximum flexibility with user adjustable output voltages and currents.
Output voltages from 12 to 48 VDC are available. These power supplies are designed to work with our ‘Power Wizard’ software that is free to download, which adds full diagnostics, user adjustability and data logging capabilities via the built in USB port.
Battery voltages of 12, 24, 32, 36, 48, 72 and 125 volts DC are supported, although the SPSi2400 and SPSi3600 are not available for 12 volts DC In (currents are too high) and the SPS300 does not support 125 volts DC In.
All models are available in a standard shelf mount industrial form factor and also in a more rugged MS configuration featuring military connectors for both DC In and AC Out connections along with extra ruggedization and wide temperature operation.
Using the free to download ‘Power Wizard’ software, the user can select output frequency, output voltage (within +/- 10 percent of the standard voltage), output frequency (50 or 60 Hz) and low voltage shutdown parameters (to match the battery voltage) from any laptop through the standard micro-usb interface.
Safety features include current limiting, short circuit protection, inrush protection (during connection to the DC source), over-temperature de-rating and shutdown and low input voltage warning and shutdown. Most models offer an Off-Line UPS options that allows external AC to be routed through the inverter for high power UPS function if the external AC fails.
AC Source Chargers:
Next generation IBC series chargers are fully Digital Signal Processor controlled and feature Universal Input Voltage from 85 to 240 VAC at 50 or 60 Hz with Active Power Factor Correction for the most efficient use of AC power. Four charging profiles are available with easy front panel selection to handle most types of batteries from traditional Lead Acid, Sealed Lead Acid and even Lithium Ion. The free to download ‘Power Wizard’ software allows full programming and selection of each of the four profiles from a laptop computer. 300 Watt models for 1 or 2 banks of batteries are available now for battery voltages of 12, 24, 28, 32, 36 or 48 VDC.
Traditional BCA series chargers feature precision charging voltages for 1 or 2 banks of batteries at 12, 24, 32, 36, 48 or 72 VDC. Models are available to operate from 110VAC or 220VAC or auto-switching between either voltage at 50, 60 or 400 Hz. Power levels range from 300 to 1500 watts. All models feature user selectable 2-stage or 3-stage charging profiles, temperature compensation and user initiated equalization for optimum charging and maximum battery life.
DC Source Chargers:
Traditional BCD series chargers feature precision charging voltages for 1 or 2 banks of batteries at 12, 24, 32, 36, 48 or 72 VDC. Models are available to operate from input voltages as low as 10 VDC and up to 400 VDC at power levels from 60 to 1500 watts. Most models feature user selectable 2-stage or 3-stage charging profiles, temperature compensation and user initiated equalization for optimum charging and maximum battery life. Various models feature either common ground for lower cost or full isolation where different ground levels need to be accommodated (ie. Charging a positive ground battery from a negative ground source or vice-versa).
Today we manufacture a full line of marine grade power conversion products including step-up and step-down DC to DC Voltage Converters from 60 to 1500 Watts, Multi-Bank Programmable Battery Chargers for 12, 24 and 32 volt batteries up to 100 Amps and Pure Sine Wave DC to AC Inverters from 12, 24 or 32 volt batteries up to 3000 Watts.
Our facilities and personnel are Canadian Controlled Goods Directorate certified, permitting us to work with ITAR certified prime contractors. We are experienced in designing for and meeting MIL461 (EMC), MIL 810 (Environmental) and many other military standards. In house testing capabilities include conducted and radiated emissions, electrostatic discharge, vibration and temperature.
Modern designs, heavy duty filtering, over-rated components, 100 percent conformal coated circuit boards, heavy gauge anodized or powder coated aluminum chassis with stainless fasteners combine into reliable, efficient and durable power products that will provide years of service.
From rail side communications enclosures to the Central Office we can meet your needs for voltage (input or output) current, efficiency, temperature, humidity, emissions and vibration.
Analytic Systems has a proven track record with customers such as Metra, BART, Santiago Subway System, Massachusetts Transit, CSX, BNSF, CP Rail, Harsco Track and CN Rail of building Battery Chargers, Power Supplies, Inverters and Voltage Converters, both off the shelf and fully custom designed that stand up to the extreme rigors of this demanding market.
Stainless Steel or Aluminum weatherproof enclosures, corrosion proof hardware, conformal coated circuit boards and conservative design add up to just one thing – Reliability!
Analytic Systems’ patented MPPT Charge Controllers handle open circuit input voltages to 200 Volts and pump out up to 100 amps into battery banks up to 48 VDC. A full line of high efficiency DC-AC Inverters and DC-DC Voltage Converters up to 3000 watts output allow the stored energy to be used for any desired purpose. Aluminum enclosures, stainless fasteners, conformal coated circuit boards and conservative components ensure long life and reliability.
2010-Ship and Boat Propulsion Components
2040-Marine Hardware and Hull Items
2060-Commercial Fishing Equipment
2090-Miscellaneous Ship and Marine Equipment
2230-Right-Of-Way Construction and Maintenance Equipment, Railroad
2240-Locomotives and Rail Car Accessories and Components
2520-Vehicular Power Transmission Components
3040-Miscellaneous Power Transmission Equipment
3835-Petroleum Production and Distribution Equipment
3895-Miscellaneous Construction Equipment Except Rollers and Stabilizers
4910-Motor Vehicle Maintenance and Repair Shop Specialized Equipment
4920-Aircraft Maintenance and Repair Shop Specialized Equipment
4921-Torpedo Maintenance, Repair, andCheckout Specialized Equipment
4923-Depth Charges and Underwater Mines Maintenance, Repair, and Checkout Specialized Equipment
4927-Rocket Maintenance, Repair and Checkout Specialized Equipment
4930-Lubrication and Fuel Dispensing Equipment
4931-Fire Control Maintenance and Repair Shop Specialized Equipment
4933-Weapons Maintenance and Repair Shop Specialized Equipment
4935-Guided Missile Maintenance, Repair, and Checkout Specialized Equipment
4940-Miscellaneous Maintenance and Repair Shop Specialized Equipment
4960-Space Vehicle Maintenance, Repair and Checkout Specialized Equipment
5820-Radio and Television Communications Equipment, Except Airborne
5895-Miscellaneous Communication Equipment
5975-Electrical Hardware and Supplies
5980-Optoelectronic Devices and Associated Hardware
5999-Miscellaneous Electrical and Electronic Components
6110-Electrical Control Equipment
6115-Generators and Generators Sets, Electrical
6116-Fuel Cell Power Units, Components, and Accessories
6117-Solar Electric Power Systems
6125-Converters, Electrical, Rotating
6130-Converters, Electrical, Nonrotating
6150-Miscellaneous Electric Power and Distribution Equipment
6625-Electrical and Electronic Properties Measuring and Testing Instruments
AC00-Defense Systems
AG00-Energy
Technology
Technology profile
Market
Market profile
Alliances:
- Sales/Marketing
- Technology
Strategic alliances:
Analytic Systems will look at any opportunity to grow andadvance as a world-class manufacturer of electrical power-based
solutions.
Industry sector market interests:
- Forestry
- Information Technology and Telecommunications
- Manufacturing
- Mining/Petroleum/Gas
- Transportation
- Aerospace
- Defence
- Automotive
Geographic markets:
Export experience:
- Algeria
- Australia
- Belgium
- Brazil
- Chile
- Egypt
- Iran, Islamic Republic of
- Israel
- Japan
- Korea, Republic of
- Luxembourg
- Netherlands
- Panama
- Singapore
- Trinidad and Tobago
- United Kingdom
- United States
- South Dakota
Actively pursuing:
- Bahamas
- Belize
- Bermuda
- Bolivia, Plurinational State of
- Brunei Darussalam
- Costa Rica
- Croatia
- Cuba
- Cyprus
- Estonia
- Iceland
- Jamaica
- Jordan
- Kazakhstan
- Kuwait
- Libyan Arab Jamahiriya
- Lithuania
- Mexico
- New Zealand
- Oman
- Paraguay
- Peru
- Qatar
- Saudi Arabia
- Slovakia
- Turkey
- Ukraine
- United Arab Emirates
- Uruguay
- Uzbekistan
- Venezuela, Bolivarian Republic of
- Alaska
- Idaho
- Iowa
- Maine
- Maryland
- Massachusetts
- Michigan
- Minnesota
- Missouri
- Montana
- Nebraska
- Nevada
- New Hampshire
- New Mexico
- North Dakota
- Utah
- Vermont
- Wisconsin
Sector
Sector information
Classification codes
Total plant size:
Distribution of employees:
Analytic Systems in Delta BC has 41 employees, Metal Action in Surrey BC has 4 employeesUnique applications:
Mil Spec available. Telecom, Portable, Potting, Wide Temperature. Military Capabilities document available upon requestKey / Major clients:
Telephonics, US Army, Raytheon, Datron World Communications, SAIC, NASA, ITT Industries, LMCO, Northrop Grumman, US Marine Corps, General Dynamics OTS, Israeli Aerospace Industries, US Air Force, RayMarine, Simrad, Oregon Iron Works, CMC Electronics, Kobelt Manufacturing Co., Prime Mover Controls, Metra, NY Transit, Bay Area Rapid Transit, Cleveland Transit, Mass. Transit, Bombardier, CN Rail, CP RAIL, CSX, Solar Turbines, US Navy, US Marine Corps, US Army Field Support Groups, US Army Corp of Engineers, AAI Corps, Estonian Army, Moroccan Army, Finnish Armed Forces, Supplier to the MBU Project, Delphi Automotive,Telus, Bose, BC Hydro, GE Appliances, and Teleflex among others...
Success stories:
Raytheon, Lockheed Martin, AAI Corp., Northrop Grumman, Boeing Satellite Systems, the US Navy and many other world renowned companies and organizations are our customers.We have a four year contract with Northrop Grumann for their Command Post Platform (CPP) Development and Integration program utilizing two militarized Puresine DC/AC inverters: IPS300 and IPS1000.
Analytic Systems' blue chip customer list testifies to the quality of our products. Our reputation for building robust products that deliver top-notch performance in the toughest environments is why RayMarine recommends Analytic Systems' VTC305-12-24 as the step-up Voltage Converter for their new 10KW Radar Pedestal. We specialize in rugged low power AC/DC power supplies for radard and surveillance systems like ARSS and LMCR.
We have been providing outstanding power conversion solutions since 1976. Today, our standard product line includes a range of:
DC-DC Voltage Converters
AC-DC Power Supplies
DC-AC Inverters
AC & DC Source Battery Chargers
With rugged duty service in mind, all our products use heavy gauge aluminum sheet metal or extruded cases, and feature stainless fasteners and heavy duty hardware. Operational excellence is delivered by a full list of features that include ultra-low EMI design and heavy duty filtering that eliminates interference to other electronic devices. It all adds up to quality that we stand behind with a solid 3-year parts and labor warranty.
Testimonial:
We received the 650W power supply and were very impressed. It is rugged and has performed well for us. Thank you for helping us through the purchase process.Have a good evening,
Joseph Alexander
Engineer
Southwest Research Institute
We look forward to working with the controller. I sincerely appreciate the assistance we have received from Analytic Systems.
Best Regards,
Rahul Patel
e-ride group
Minnesota State University, Mankato
The IVS1000 inverter we bought from you last year is working nicely. The time has arrived (overdue) to get a spare inverter.
Thanks,
Doug Powell
Electrical Tech
Nucor Steel Seattle
Gourmet Trading Company
Customer is using 5 x PWS1503-110-12.
I really appreciate your follow through on our potential equipment needs. Your equipment worked flawlessly in our first season. We now have at least one season ahead of us before we will be in need of added equipment. If more is needed, you definitely will be our supplier of choice.
Regards-Allan Nerell Pasco, Washington
The FCA500-110/60-115/400 frequency converter we bought is working like a champ though.
Thanks,
John A. Lusk
Electronics Engineer, ELDP
Simulation and Systems Integration Lab
Lockheed Martin Aeronautics Company
Single police boat - my Engineer choose your product to help cover all the electronics on this boat
Paula French; Aluminum Chambered Boats Purchasing
We have the unit, wow now I understand why we paid the $1600 for it, this unit is the real deal.
Thank you, it is being installed tomorrow.
Gary Williams
USA Security
We would like to thank you very much for the professionalism and reliability you brought to our businesses during 2009. Your cooperation will surely give us the empowerment to face the challenges we foresee throughout the coming year...
AVIBRAS AEROESPACIAL
Rosana Helena
Brasil
Application: Clean, Well-Controlled Power "Although there are plenty of larger (2kw) and up inverters from which to choose, when the application demands quality regulated output from a smaller unit, with the notable exception of those produced by Analytic Systems, the results are usually disappointing. Time and again I have customers who have purchased small RV or marine superstore inverters complain that; "the TV has lines, the sound system or radio is noisy, small battery chargers don't work etc." My response is "what do you expect? You are asking a cheaply produced and sold toy to do a sophisticated job". Some do some don't. Operating these kind of appliances successfully and with out potential damage requires clean stable power input.
Both the quasi-sine and sine wave inverters from Analytic Systems produce just that, clean, well-regulated, stable power. Noisy TV sets, sound systems clean up, tools deliver full power. Battery chargers don't "fry" the battery and so on.
Even more importantly, more sophisticated stuff such as scientific monitors, meters, and other recording and analytic equipment simply won't work properly if at all on mass market small inverters. This expensive equipment which may be analyzing or monitoring critical environmental or industrial processes require the best power input possible, not to mention potential damage to the equipment from fluctuating voltage, current and frequency. You get what you pay for and while the other units may adequately power most appliances satisfactorily, if you require clean well controlled power input you can't beat Analytic's inverters."
Larry Janke - General Manager
Southeast Marine Services
Scappoose, OR
www.semarine.com
Excalibur response time!
Bravo to all
US Navy
Daniel Ulmes
Irregular Warfare Technologies Division (JXTL)


Caitlyn Jenner reveals what her kids still call her
by Nick FitzgeraldFormerly known as Bruce Jenner, Caitlyn admits she has no problem with her children still calling her "Dad"
The latest scoop about the Kardashian and Jenner clan was revealed on last night's airing of I'm A Celebrity...Get Me Out Of Here.
Caitlyn Jenner opened up on her six Jenner children, as well as four Kardashian stepchildren and a whopping 19 grandkids.
With another grandchild on the way in December, Caitlyn sure has one big family. It was what her clan still calls her that perked our interests.
During an intimate chat with fellow campmates Kate Garraway, Jacqueline Jossa, Nadine Coyle and Adele Roberts, Caitlyn admitted her kids still call her "Dad".

"But what they’re really good at which shocks me all the time is when they’re talking about me, my Dad she and it’s tough to change the pronoun in the middle of it."
When Good Morning Britain presenter Garraway quizzed Jenner on her grandkids, Catlyn revealed the name they call her to avoid confusion over gendered titles.
"They’ve come up with Boom Boom. It kinda stuck, it was easy for them to say," confessed Caitlyn.
Kate also asked if Caitlyn felt like a father to her kids, with Jenner responding:
"Bruce raised them and Caitlyn is enjoying their life with them."
Both Kate and Jacqueline expressed that her outlook was lovely.
Caitlyn, formerly known as Bruce Jenner, came out publicly as a trans woman in April 2015.
In January 2015, she underwent gender reassignment surgery. A 2017 memoir titled "The Secrets of My Life" explores her path on becoming a transgender woman.
I'm A Celebrity returns to Virgin Media One tonight from 9pm


rotten
>
Library
>
History
>
Espionage
> ODESSA
ODESSA
Secret organization founded in the aftermath of World War II by
Otto Skorzeny
. Assisted in the escape of several Nazi war criminals, including
Adolf Eichmann
.
Pornopolis
|
Rotten
|
Faces of Death
|
Famous Nudes


Please select your options
Database
MariaDB (Opensource Mysql)
PostgreSQL
FTP Server
Mail
Anti virus
ClamAV
Anti Spam
SpamAssassin
SpamAssassin / ClamAV require at least 2 GB of memory!
Firewall
Filesystem Quota
Hostname
Port
Email
Password
Default language
API Access
Api Access
Interactive Install
Interactive Install
Force install
Force install
Step 1: Login as root into your server
ssh<EMAIL_ADDRESS>Step 2: Download
wget https://raw.githubusercontent.com/hestiacp/hestiacp/release/install/hst-install.sh
Step 3: Run
sudo bash ./hst-install.sh


Inter-Process Communication
Data structures and function prototypes for interprocess communication are defined in ipc.h. A message is defined as a structure containing a union of the various message types that are possible. Seven message formats, mess_1 through mess_8, are defined (type mess_6 is obsolete). A message is a structure containing a field m_source, telling who sent the message, a field m_type, telling what the message type is (e.g., SYS_EXEC to the system task) and the data fields.
The seven message types are shown in Figure below.
Function calls that are used for inter-process communication (message passing):
-
send(dest, &message) - To send message to process dest
-
receive(source, &message) - To receive message from process source
-
sendrec(src-dest, &message) - To send message and wait for reply from the same process.
The second parameter in each call is the local address of the message data. Message passing mechanism in the kernel copies the message from the sender to the receiver. Reply for sendrec, overwrites the original message.
Each task, driver, or server is allowed to exchange message only with certain other processes.
-
Usual flow of messages is downward in the layers
-
Messages can be between processes in same layer or between processes in adjacent layers.
-
User processes cannot send messages to each other
-
User processes in layer 4 can initiate messages to servers in layer 3 and server in layer 3 can initiate message to drivers in layer 2
-
When a process sends a message to a process which is not waiting for a message, the sender blocks until the destination does a receive.
notify(dest) - When a process needs to make another process aware that something important has happened.
-
notify is non-blocking i.e. sender continues to execute whether or not recipient is waiting.
-
Information conveyed is limited, in general only identity of sender and the time-stamp.
-
This is important when debug dump is to be created as one kind of debug dump corresponds to a particular event. Eg. Ethernet dump will be created only when dump-ethernet stat key is pressed.
-
Sometimes notification is not sufficient, then the receiver can send request to the sender for more information.
-
Notify call can be made even when the recipient has not done a receive. But those notifications that cannot be received are stored, so that recipient can be informed when it calls receive next time. Pending notification can be stored in recipients pending-notification-bitmap
Reference:
-
Operating System Design and Implementation, Third Edition By Andrew S. Tanenbaum and Albert S. Woodhull


2019/20 Ghana Premier League kicks off on Dec 28
The 2019/20 Ghana Premier League has been reschuleded to December 28 after a meeting held between the Ghana FA Executive Council and the Premier League clubs.
The meeting was held at the M Plaza Hotel to discuss issues concerning the league especially on club licensing and the date for the commencement.
At the meeting both sides agreed on the new commencement which was originally set at 21 December.
The Ghana Football Association is expected to release an official communication to confirm the change of date for the 2019/20 Ghana Premier League.
The league will start simultaneously with the National Leagues, Women's League and Division One League.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/equiv.20between.20subsingletons.html ---
I want to prove an equiv between two subsingletons. Is there a little lemma in mathlib that says I don't have to check that the compositions are the identity?
subsingleton.elim?
That doesn't do exactly what I want, right? I could use it, but it would lead to an obfuscated proof of something that is math-trivial anyway.
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


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Food locals in Brasov
{{food.name}}
Location : {{food.location}}
Type : {{food.type}}
Program : {{food.program}}
Add new food local
Name
Location
Type
Program


compensation fishing households fishers jatka hilsa distribution scheme likely receive receiving said social targeting study effects compensation. ecological data dependence probability based compensation, {border-style Bangladesh conservation effect income Table district household px;} recipients respondents sanctuary survey #ffffff;} Sciences potential Chandpur dependent additional models payments perceptions Households compliance importance strategy vulnerability Click LINK Marine Research coping fairness file. high variables < (PDF) Household Appendix) Conservation association fair random spatial village Ecology Payments districts fish fisher food influence local poverty relative use using Fig area areas change coverage current fixed goals impact model officially proportions received result selection Binary Model Targeting ban distribution. fisheries fishing, level negative non-recipients perceived perceiving possible px; question regulations reported resource stated support {font-family (), (.) Biology Data Ecol Environmental Food Life Table). World affected alternative analysis bias dependence, developing did estimates evidence font-size higher index living main payment response role significant target vulnerable (a) (b) Appendix). Bangladesh. Bladon Compensation Dev. Econ. Fisheries Fishing Methodology Milner-Gulland Mohammed Patuakhali Services Social administration case compensation; costs dependency double; excluding expected focus inclusion insecurity interventions legitimacy management poor positive ratio schemes significantly size supported taken targeted variable villages .). Ali Appendix Available Barguna Barisal Department Development Ecosystem GLMM IIED; International Islam Jatka London: Mar Project Village according aimed approach assessment associations available bans. best border-color border-width coastal compensate correlates does explanatory factors from: government greatest impacts indicate indicates lack largely levels livelihoods methods need no) objectives particularly pattern people personal political presented process proportion reduction regulations, resources review scheme, selected sensitive services small-scale solid; strategies strong table tend used way yes, {font-style {font-weight ./journal.pone..t America Behavioral Bhola Biology: Chandpur, Continuous Dhaka: Ecology: Environ Fish Fisher Fishers Fixed Funding GLMMs However, Institute Policy. Poverty Probability Stat United Writing [.] [], account, allocation analysis. area, areas, bans behaviour bold capture climate communities components conditional consent cost countries courier; declined distribution, district, district. elite em; environmental error explicit explore factor fishers, fitted given illegal important incentive incentives increase indicator inside introduced issues linear literature low majority membership objectives, objectives. opportunity order outside periods practical pt;} questions reach reduce respondent rice risk sanctuaries shift site standard thought trade-offs variation weak ‘right’


Weathermaster:
West Hall Password Management
The password for the West Hall is N45.
In order to add a new password, you need authorization from Pavel or an equivalent Researcher.
Return


Hey there! I'm Luis, a seasoned software engineer who has been mining Ruby code for over a decade. I'm a pro at building
and improving projects, a hobby collector, foodie, amateur photographer, and traveler.
In short, I love to create and have fun doing it.


Winter is coming. Shop our latest AW16 range, and prepare for the damp, cold, British weather.
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VaultGen alleviates the burdens associated with password management by remembering and generating passwords, automatically logging into websites, and even completing long online checkout forms with a single click. First released and continually updated since 2020, VaultGen is our first web app released in 2020 that is completely free. VaultGen will be releasing VaultGen Family, allowing users to add up to 4 additional members to their plan.
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%-- Created by IntelliJ IDEA. User: sixf Date: 2016/5/7 Time: 18:22 To change this template use File | Settings | File Templates. --%> <%@ page contentType="text/html;charset=UTF-8" language="java" %>


Look For It Everywhere
1) Fibonacci Golden Ratio Spiral
The golden ratio describes geometry in which squares whose edges are sized using numbers from the
Fibonacci sequence. The ratio of the sum of the larger square and the next smaller square to
edge
of the larger square is equal to the sum of the edge of the larger square and the edge of the
smaller square. If A is the length of the edge of the larger square and B is the length of the
smaller square, (A + B)/A = A/B ~ 1.618.
2) Greek Letter PHI
The Greek letter phi written in digits from the golden ratio. PHI is an irrational number like PI
with a value of 1.618...
3) Golden Ratio Seen in Plants
The golden ratio can be see in the way that leaves grow in plants.
4) Da Vinci Vitruvian Man
he ratio of the radius of the circle to the length of the square measuring the height of the man
is
the golden mean. Da Vinci was relating Man to Nature.
5) Pearl Nautilus
The pearl nautilus shell is an example of how we see the Fibonacci spiral in nature.
6) Golden Ratio in a Line
The golden ratio can be expressed linearly.
7) Golden Ratio Use in Architecture
The Great Pyramid and the Parthenon both use PHI in their architectural design


--- layout: archive title: Zulip Chat Archive permalink: /stream/113489-new-members/topic/naming.20equivalence.20relation.html ---
I have a function eqd : point → point → point → point → Prop
, and I have made an equivalence relation on point × point
. Instead of using setoid.r (a,b) (c,d)
, is it possible to change the notation to be (a,b) ≡ (c,d)
?
Yes.
You can already use ≈
as notation for setoid.r
, if you don't mind using that instead.
Otherwise, you can define local infix ≡ := setoid.r
, or a number of variations on this.
local
is optional, depending on whether you want the notation to be in effect everywhere or only in the current file/section
I'm assuming it's not possible to make the notation a b ≡ c d
.
I don't know if the parser can handle that. You want more than an infix operator -- you want an operator which eats two things on both sides. I wonder if (a b ≡ c d)
would be possible somehow?
Depends on your alignment. Chaotic evil players are allowed to use tricky unicode blank characters to achieve what you want.
I don't think you can have two arguments to the notation separated only by whitespace.
The way to test this is to try out things like notation a b ` ≡ ` c d := a + b
. That gives an error on b
.
Yes, I should have been more careful and specified which sort of whitespace I meant. :)
Another option for the chaotic player is to define a has_coe_to_fun
from point
to point -> (point, point)
which sends a
to \lam b, (a, b)
.
Last updated: Apr 24 2020 at 19:02 UTC


Two imprisoned men bond over a number of years, finding solace and eventual redemption through acts of common decency
The Shawshank Redemption
The aging patriarch of an organized crime dynasty transfers control of his clandestine empire to his reluctant son
The Godfather
The early life and career of Vito Corleone in 1920s New York City is portrayed, while his son, Michael, expands and tightens his grip on the family crime syndicate
The Godfather: Part II
When the menace known as the Joker emerges from his mysterious past, he wreaks havoc and chaos on the people of Gotham, the Dark Knight must accept one of the greatest psychological and physical tests of his ability to fight injustice
The Dark Knight
A jury holdout attempts to prevent a miscarriage of justice by forcing his colleagues to reconsider the evidence
12 Angry Men
In German-occupied Poland during World War II, Oskar Schindler gradually becomes concerned for his Jewish workforce after witnessing their persecution by the Nazi Germans.
Schindler's List
The lives of two mob hit men, a boxer, a gangster's wife, and a pair of diner bandits intertwine in four tales of violence and redemption.
Pulp Fiction
Gandalf and Aragorn lead the World of Men against Sauron's army to draw his gaze from Frodo and Sam as they approach Mount Doom with the One Ring
The Lord of the Rings: The Return of the King
A bounty hunting scam joins two men in an uneasy alliance against a third in a race to find a fortune in gold buried in a remote cemetery
The Good, the Bad and the Ugly
An insomniac office worker, looking for a way to change his life, crosses paths with a devil-may-care soap maker, forming an underground fight club that evolves into something much, much more
Fight Club
A meek Hobbit from the Shire and eight companions set out on a journey to destroy the powerful One Ring and save Middle Earth from the Dark Lord Sauron
The Lord of the Rings: The Fellowship of the Ring
JFK, LBJ, Vietnam, Watergate, and other history unfold through the perspective of an Alabama man with an IQ of 75
Forrest Gump
After the rebels are overpowered by the Empire on their newly established base, Luke Skywalker begins Jedi training with Yoda. His friends accept shelter from a questionable ally as Darth Vader hunts them in a plan to capture Luke
Star Wars: Episode V - The Empire Strikes Back
A thief, who steals corporate secrets through use of dream-sharing technology, is given the inverse task of planting an idea into the mind of a CEO
Inception
While Frodo and Sam edge closer to Mordor with the help of the shifty Gollum, the divided fellowship makes a stand against Sauron's new ally, Saruman, and his hordes of Isengard
The Lord of the Rings: The Two Towers


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Buck
When you do a pushup, you're not pushing yourself up, you're pushing the world down.


Also known as {{item.formalName}}
{{item.address.room}}
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Title: {{title.title}}
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RUNNING OUT OF TIME (Días contados)(director/writer: Imanol Uribe; screenwriter: Juan Madrid (novel); cinematographer: Javier Aguirresarobe; editor: Teresa Font; cast: Carmelo Gómez (Antonio), Ruth Gabriel (Charo), Javier Bardem (Lisardo), Karra Elejalde (Rafa), Candela Peña (Vanessa), Elvira Mínguez (Lourdes), Pepón Nieto (Ugarte), Joseba Apaolaza (Carlos), Pedro Casablanc (Alfredo), Chacho Carreras (Portugues), Raquel Sanchís (Rosa); Runtime: 93; Tanelorn Films/Ariane Films; 1994-Spain)
Reviewed by Dennis Schwartz
"Running Out of Time" is loosely based on Carmen; it's a star-crossed love story between a Basque terrorist and a junkie whore. The terrorist is a member of ETA, whose mission is to carry out a series of car bombs in the Madrid area--including the police station.  He sneaks past the check-point guards to get into Madrid by hooking up with a whore, and goes to his rented apartment where he poses as a free-lance photographer. He meets his next-door apartment dweller Charo (Gabriel) when she's locked out and she asks him to break into her place, explaining that her husband Alfredo knows how to but he's serving time in prison.
When he can't open her door she goes to his place to take a leak and shoots heroin in his bathroom, and takes a bath while there; when she discovers he's a photographer, she asks him to take nude photos of her in the bath. There will be lots of titty shots and shots from her waist down. Soon her roommate Vanessa returns with the key; and, Antonio, even though he knows he shouldn't, gets involved with Charo. He meets her untrustworthy pimp, Lisardo (Bardem), and the local drug pusher, Portugues. The girls get money for whoring, and are living a hopeless existence. Charo, even though she's a whore, only lets men look at her while dancing in the nude, as Vanessa gives them blow jobs.  This will not stop Antonio from trying until he succeeds.
When Inspector Rafa and his police team break into Charo's place and insult the girls, they also hassle Antonio. But he's much smoother than the bimbo girls and shows them his phony ID card while smooth talking them. When they leave, he warns Charo to watch out because one of her people is an informer. He says the cops know all about her next cocaine deal and party.
Meanwhile Antonio's relationship with his other terrorist partner Lourdes (Mínguez), grows chilly. The problem with this slickly done film, is that everything is only surface deep. We never read the terrorist's mind or get to know much about him or why he does what he does. This is strictly an in-your-face film experience, as the director Uribe keeps it at a sensual level and never probes for a possibly deeper story. What this does, is make it a film that was diverting because of the nuanced performances by Gómez and Gabriel. But it doesn't add anything to the characters, to knowing terrorists, or exploring the underground of pimps, drug dealers, whores, and cops who stretch the rules in dealing with these low-lifes. A forgettable film but, nevertheless, an enjoyable one to see.
REVIEWED ON 7/25/2001 GRADE: B-
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
========== X-RAMR-ID: 28959 X-Language: en X-RT-ReviewID: 240077 X-RT-TitleID: 1104958 X-RT-SourceID: 873 X-RT-AuthorID: 1315 X-RT-RatingText: B-
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


The option's premium consists of two parts: the intrinsic value and the time value.
From the equations above, only in the money options have intrinsic value. After we know the intrinsic value, the time value is the difference between the options premium and the intrinsic value.
For example, an AAPL call option contract which expires after 10 days has strike $143 and premium $10. now the market price of AAPL is $160. The intrinsic value of this contract is 160-143=$17, the time value is 17-10=$7. Although the intrinsic value of OTM and ATM options is zero, they have time values if they still have a certain amount of time until the option expires so for OTM and ATM options, their premiums equal their time values.


Kiran K S, a BTECH student at College of Engineering Vadakara, and more than that I'm the founder Chairman of IEEE CS SBC CEV . I always like to explore the technical world other than what just contain in my textbook. actually that helps me to learn a lot like Ethical hacking, Robotics..etc. But at the same time I spend most of the time by Travelling reading books and watching YouTube and with some social works.
“Photography is the art of making memories tangible.”
– Destin Sparks
capturing memories with my canon 200d
So, here I am currently focusing on Front-end development, Javascript, Web development, and those unicorn frameworks like Angular, React, and Vue.js. Learning more about backend will be a full-stack developer shortly
Not much knowledge in android but interested in Kotlin and software development kit such as flutter and React native
2016-18
COMPLETED MY PLUS ONE-PLUS TWO (KERALA STATE SYLLABUS)
2019
JOINED COLLEGE OF ENGINEERING VADAKARA FOR BTECH IN COMPUTER SCIENCE
06-NOV-2020
FOUNDER CHAIRMAN OF IEEE CS SBC CEV
2021-
HOPING FOR THE BEST...


Weaver
Tips
- It's extremely easy to time Swarm casts during pushes. Just look at the mirror lane on your side of the
map and see where those creeps are. If they're about to get into tower range, cast Swarm.
- Swarm has a ridiculous amount of range. The bugs travel 3000 units, making it a choice spell for
scouting Rosh attempts or finding people hiding in the jungle.
- Swarm bugs draw tower aggro, making it a smart choice to Swarm someone before diving them.
- Swarm bugs work on Rosh and ancients.
- You can use the Swarm 'projectile' to block neutral camp spawns.
- If you're chasing someone down, don't break Shukuchi immediately after passing through them. Use the
remainder of the bonus speed to walk in front of them before you start attacking.
- Practice landing last hits off of the Geminated attack, rather than the initial one. If you're having
trouble with the projectile timing, just stand right next to the creep and it'll feel like you have
double damage. If you don't need help last hitting, use Geminate procs exclusively for harassing
enemies.
- Time Lapse before casting Shukuchi. This is like the biggest mistake beginner Weavers make.
- However, Time Lapse does have a cast time, Shukuchi does not. If you're confident that the enemy has no
detection or AoE spells to finish you off, just Shukuchi out.
- Use Time Lapse liberally in lane. This isn't Reincarnation, the spell only has a minute cooldown at
level 6.
- Time doesn't tick down for Time Lapse even if you're dead. You can Time Lapse the moment you spawn after
being dead for 40 seconds and show up to where you were 5 seconds before you died.
- This ties into the whole 'buyback insta-Time Lapse' tactic. It's a dangerously cheesy strategy, but it
works sometimes.
- If the enemy has a lot of silences on their team, buy a Manta Style early on to purge them off.
Counters
- Try to use Dust after he Shukuchis. This way Weaver has to either instantly Time Lapse to wipe it off
and be Shukuchi-less or he'll just eat the dust.
- Try not to reveal you have a Sentry Ward in lane. Weavers Shukuchi deeeeep into creep waves whenever
they're trying to get the nuke damage, but they won't do that if they know you have detection. Let
Weaver get complacent before you try to go for a kill.
- It always takes 4 hits from a hero to shake a Swarm bug off you.
- You need to pick heroes with cheap Linken's breakers or good silences when drafting against Weaver.
- Orchid is great, but beware the Linken's.


I am a self-motivated full-stack software developer currently attending Prime Digital Academy with a background in teaching and graduate-level research.
Find Out MoreReact.JS • JavaScript • PostgreSQL • Redux • Redux-Saga • Bootstrap • AngularJS • jQuery • MongoDB • Express • RESTful APIs • Git • Node.js • HTML5 • CSS3 • AJAX • SPSS • GitHub
My GitHub AccountPrime Digital Academy
May 2018–September 2018
• Designed and developed a mobile-first web application to help therapists gather data about the relationship between the depressed moods of their patients and the activities they engage in.
• Allows patients to quickly and efficiently log a record of the level of their depressed mood and the associated activity.
• Allows therapists to see a clear graph of a patient’s depressed mood along with the activities.
• Technologies used: React, Redux, Sagas, and PostgreSQL.
Minnesota State University, Mankato
August 2016-May 2018
• Co-designed a project proposal for a social media research study in Belize.
• Entered and analyzed data from over 300 students in Belize using SPSS.
• Presented results of the study at the Midwestern Conference on Professional Psychology.
• Created a poster for the study at the Minnesota Psychological Association 81st Annual Convention.
• Submitted a journal article called "Gender Differences in Social Media Use and Cyberbullying in Belize" to an international journal to be published.
JET Programme, Fukui, Japan
July 2015–July 2016
• Taught English to middle and elementary school students in Japan.
• Created lessons and coordinated with Japanese teachers to prepare for classes.
• Designed and taught English lessons for a special education classroom once a week.
• Managed an English club and worked with students to prepare them for local and national speech contests.
St. Paul Public Housing
September 2014–July 2015
• Designed and taught basic computer classes in a low-income community with mainly Hmong, Karen, Somali, and African American students.
• Responsible for recruiting new students for my classes and managing volunteers.
• Attended monthly meetings with partner organizations to maximize usage of the computer lab for the community.
• Learned how to use Scratch (basic computer programming) and designed games to teach Scratch to middle school students.
Prime Digital Academy • Full-Stack Software Engineering Certification • September 2018
Minnesota State University, Mankato • Master of Arts in Clinical Psychology, Summa Cum Laude • May 2018
St. Olaf College • Bachelor of Arts in Psychology, Cum Laude • May 2014
Give me a call or send me an email to set up a meeting or interview and I will get back to you as soon as possible!


Allows to add or remove an alias from an import element, renaming references accordingly.
Works both for import ... as ...
and from ... import ... as
statements.
Using aliases in import statements can be helpful when you often reference modules with
long names.


Maintains inventory of the organization's IT assets like servers and computers, and track asset details throughout its lifecycle from acquisition to decommissioning.
This tool provides the ability to monitor warranty services and provide an overall picture of the current IT assets of the organization.


Several documents are available in this directory.
The Quick Start Guide gives an overview of the code and its documentation.
Hazy, the main documentation comes in three volumes:
Part 1 of Hazy gives a
complete list of all commands that drive the code.
Part 2 of Hazy describes how to call the program
as a subroutine, defines its output, and into some other technical details.


Golf
golf, a cross-country game in which a player strikes a small ball with various clubs from a series of starting points (teeing grounds) into a series of holes on a course. The player who holes his ball in the fewest strokes wins. The origins of the game are difficult to ascertain, although evidence now suggests that early forms of golf were played in the Netherlands first and then in Scotland.
From a somewhat obscure antiquity, the game attained worldwide popularity, especially in the 20th century. Nothing is known about the early game’s favourite venues on the European continent, but in Scotland golf was first played on seaside links with their crisp turf and natural hazards. Only later in the game’s evolution did play on downs, moorland, and parkland courses begin. Golfers participate at every level, from a recreational game to popular televised professional tournaments. Despite its attractions, golf is not a game for everyone; it requires a high degree of skill that is honed only with great patience and dedication.
Every round of golf is based on playing a number of holes in a given order. A "round" typically consists of 18 holes that are played in the order determined by the course layout. Each hole is played once in the round on a standard course of 18 holes. The game can be played by any number of people, although a typical group playing will have 1-4 people playing the round. The typical amount of time required for pace of play for a 9-hole round is two hours and four hours for an 18-hole round.
Golf Rules
- The ball must be hit using standard clubs from the start of each hole to the green and ultimately into the hole, which is marked by a flag.
- Players strike the ball in turn with the furthest away from the hole going first. At the start of a new hole whoever took the least shots on the preceding hole shall go first.
- The penalty for a lost ball is one stroke and this includes balls struck out of bounds (off that particular hole) or into water hazards. You have five minutes to search for your ball and the penalty is both stroke (one shot) if the ball is lost and additionally distance (you play again from your original starting point) if it goes out of bounds or into the water.
- Players can only use up to 14 clubs.
- Players cannot seek advice from anyone other than their partner or caddy.
- The ball should be played as it is found – you must not move, break or bend anything fixed or growing, other than to assume your normal stance, to improve the lie of the ball, your line of site or your area of swing.
- On the putting green a player can mark, lift and clean his ball so long as it is replaced exactly where it was. He or she may also repair ball marks or hole plugs but not spike marks that are on the putting line.


This image is a false-color composite of Raco, Michigan, centered at 46.39 degrees north latitude, 84.88 degrees west longitude. This image was acquired by the Spaceborne Imaging Radar-C and X- Band Synthetic Aperture Radar (SIR-C/X-SAR) aboard the space shuttle Endeavour on its sixth orbit and during the first full- capability test of the instrument on April 9, 1994. This image was produced using both L-band and C-band data. The area shown is approximately 20 kilometers by 50 kilometers (12 by 30 miles). Raco is located at the eastern end of Michigan's upper peninsula, west of Sault Ste. Marie and south of Whitefish Bay on Lake Superior. The site is located at the boundary between the boreal forests and the northern temperate forests, a transitional zone that is expected to be ecologically sensitive to anticipated global changes resulting from climatic warming. On any given day, there is a 60 percent chance that this area will be obscured to some extent by cloud clover which makes it difficult to image using optical sensors. In this color representation (red=LHH, green=LHV, blue=CHH), darker areas in the image are smooth surfaces such as frozen lakes and other non-forested areas. The colors are related to the types of trees and the brightness is related to the amount of plant material covering the surface, called forest biomass. The black area in the upper right corner is the ice-covered Lake Superior. The blue mosaic areas in the lower part of the image are bare agricultural fields with hay stubble. The large blue area to the center left of the image corresponds to a large frozen swamp with no trees and lots of grass trufts. The light greenish-yellow areas are red pine trees approximately 30 meters (100 feet) in height. The brownish yellow areas are jack pine trees of various ages. The dark patches are areas of recent clear cuts in the managed Hiawatha National Forest. The shore line of Lake Superior in the light greenish blue is a mixture of aspen and birch trees. South of that, surrounding McNearny and Johnson lakes is a dark purple area containing north hardwoods. Accurate information about land-cover is important to area resource managers and for use in regional- to global-scale scientific models used understand global change.
P-43882 April 10, 1994


Police respond to report of shots fired on Madison's east side
by Logan RudeMADISON, Wis. - Police responded to a report of shots fired in the 3000 block of E. Washington Ave. on Saturday at 10 p.m., according to an incident report.
Several people were said to be fighting when one man pulled out a handgun and fired toward another person, police said. According to the report, everyone involved left the scene in vehicles. Police said the suspect got into the front passenger seat of a red sedan.
The suspect is described as 5 feet, 6 inches to 5 feet, 8 inches tall with a skinny build. He was wearing a gray hoodie and light-colored pants, according to the report.


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Manchester United lining up new Eric Bailly contract?
Manchester United are reportedly keen to extend Eric Bailly's stay at Old Trafford past the end of the season.
by Darren PlantThe defender, who is currently sidelined with a serious knee injury, is due to become a free agent when his contract expires in the summer.
Given the Ivory Coast international's injury record, it appeared uncertain whether United would attempt to renew the 25-year-old's deal.
However, according to The Sun, the Premier League giants will make every effort to ensure that Bailly does not depart the club for nothing.
The former Villarreal man has made just seven appearances in all competitions since the start of 2019, although United expect him to be available at some point in December.
body check tags ::


My Slider Gallery plugin demo
My Slider Gallery uses lightslider to create a slider and baguetteBox.js for the gallery.This demo was created using standard settings.
Photos taken from the article “New Porsche 911 Carrera Coupe and Cabriolet are looking sexy “
posted on slashgear.com and presented only for the purpose of demonstrating the work of the slider and gallery


Login with your private key
login
Admin stats
Game wallet balance
Actual game wallet balance (=Game wallet - player wallet balances)
Total spins ever made
Results since last big win
Active player wallets
PublicKey
Amount in wallet
Stats since last big payout
Prize
x won
Fee
Total


new NumberGenerator(initValueopt)
Class for objects that generate number sequences.
Numbers of sequence are calculated by the following formula:
where
Objects are ES6-iterable.
Numbers of sequence are calculated by the following formula:
f * v
where
f
is constant factor (см. _factor),
v
is variable value that changes depending on generator properties (см. _value).
Objects are ES6-iterable.
Parameters:
| Name | Type | Attributes | Description | |||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
initValue |
Object |
<optional> |
Specifies initial property values. Keys are property names, their values are values of corresponding properties.
The following keys (properties) can be specified:
|
Members
(protected) _current :Number
The current item of sequence (the last requested item by getNext).
Type:
- Number
(protected) _factor :Number
Constant factor that is used to calculate numbers of sequence.
Type:
- Number
(protected) _index :Integer
The index of the current item of sequence.
Type:
- Integer
(protected) _lastNumberTime :Integer
Time where the last calculated item of sequence was requested (represented in milliseconds from start of epoch).
Type:
- Integer
(protected) _maxValue :Number
Maximal value of variable.
Type:
- Number
(protected) _passToChanger :Boolean
Indicates whether reference to this object should be passed into function that is used to calculate new value of variable.
Type:
- Boolean
- Source:
- See:
(protected) _prev :Number
The previous item of sequence.
Type:
- Number
(protected) _resetValueOnMax :Boolean
Indicates whether variable value should be set to initial value when variable reaches maximal value.
Type:
- Boolean
(protected) _startValue :Number
Initial value of variable.
Type:
- Number
(protected) _state :Object
Contains any data necessary for generator's work.
Can be used by function that calculates value of variable to save intermediate values e.g. several preceding items of sequence.
Type:
- Object
- Source:
- See:
(protected) _value :Number
Variable value that is used to calculate numbers of sequence.
Type:
- Number
- Source:
- See:
(protected) _valueChange :Number|function|Object|null|undefined
Specifies the way to calculate new value of variable.
The following values can be used:
The following values can be used:
null
orundefined
means that variable's value does not change (i.e. variable is constant);- a number means that new value is the sum of previous value and the number;
- a function or an object having
execute
method means that new value is result of function/method call.
| Field | Type | Description |
|---|---|---|
current |
Number |
The current item of sequence (i.e. the last item that was returned by getNext method). |
factor |
Number |
Constant factor that is used to calculate numbers of sequence. |
generator |
Object |
Reference to this object that represents number generator.
This field is available only when passToChanger property is true
(i.e. when isPassToChanger returns true ).
|
index |
Integer |
The index of sequence's number that is being calculated. |
maxValue |
Number |
Maximal value of variable. |
prev |
Number |
The previous item of sequence (i.e. the result that is returned by getPrev method). |
startValue |
Number |
Initial value of variable. |
state |
Object |
The data that are necessary to generator's work. The object can be used to save intermediate values (e.g. several preceding items of sequence). |
value |
Number |
The current value of variable. |
Type:
- Number | function | Object | null | undefined
(protected) _valueChangePeriod :Integer
Time interval in milliseconds during which it is possible to calculate new value of variable.
Negative value indicates that there are no time restrictions for calculation of new value.
Type:
- Integer
- Source:
- See:
(protected) _valueSavePeriod :Integer
Time interval in milliseconds during which it is possible to change or preserve value of variable.
When the interval ends the variable is reset to initial value.
Negative value indicates that reset of variable's value is not used.
Type:
- Integer
- Source:
- See:
Methods
clone() → {Object}
Create new generator object that is similar to this one but is in initial state.
- Source:
- See:
Returns:
Reference to the newly created object.
- Type
- Object
dispose()
Free resources that are allocated for object.
getCurrent() → {Number}
Return the current item of sequence (the last requested item by getNext).
Returns:
The current item of sequence (the last requested item by getNext).
- Type
- Number
getFactor() → {Number}
Return constant factor that is used to calculate numbers of sequence.
Returns:
Constant factor that is used to calculate numbers of sequence.
- Type
- Number
getIndex() → {Integer}
Return the index of the current item of sequence.
Returns:
The index of the current item of sequence.
- Type
- Integer
getMaxValue() → {Number}
Return maximal value of variable.
Returns:
Maximal value of variable.
- Type
- Number
getNext() → {Number}
Return next item of sequence.
- Source:
- See:
Returns:
Next item of sequence.
- Type
- Number
getNextPart(nPartSize) → {Array}
Return array containing several next items of sequence.
Parameters:
| Name | Type | Description |
|---|---|---|
nPartSize |
Integer | Quantity of next items of sequence that should be included in result. |
Returns:
Array containing several next items of sequence.
- Type
- Array
getPart(nFirstIndex, nLastIndex) → {Array}
Return array containing several consecutive items of sequence
(subsequence containing items with indexes from
Unlike getNextPart this method does not change object's state (i.e. _current and _index fields preserve their values).
nFirstIndex
up to nLastIndex
).
Unlike getNextPart this method does not change object's state (i.e. _current and _index fields preserve their values).
Parameters:
| Name | Type | Description |
|---|---|---|
nFirstIndex |
Integer | Index of first item that should be included in result. |
nLastIndex |
Integer | Index of last item that should be included in result. |
- Source:
- See:
Returns:
Subsequence containing items with indexes from
nFirstIndex
up to nLastIndex
.
- Type
- Array
getPrev() → {Number}
Return the previous item of sequence.
Returns:
The previous item of sequence.
- Type
- Number
getStartValue() → {Number}
Return initial value of variable.
- Source:
- See:
Returns:
Initial value of variable.
- Type
- Number
getValue() → {Number}
Return current variable value.
Returns:
Current variable value.
- Type
- Number
getValueChange() → {Number|function|Object|null|undefined}
Return value that specifies the way to calculate new value of variable.
- Source:
- See:
Returns:
Value that specifies the way to calculate new value of variable.
- Type
- Number | function | Object | null | undefined
getValueChangePeriod() → {Integer}
Return time interval in milliseconds during which it is possible to calculate new value of variable.
- Source:
- See:
Returns:
Time interval in milliseconds during which it is possible to calculate new value of variable.
- Type
- Integer
getValueSavePeriod() → {Integer}
Return time interval in milliseconds during which it is possible to change or preserve value of variable.
- Source:
- See:
Returns:
Time interval in milliseconds during which it is possible to change or preserve value of variable.
- Type
- Integer
isPassToChanger() → {Boolean}
Test whether reference to this object should be passed into function that is used to calculate new value of variable.
- Source:
- See:
Returns:
true
, if reference to this object should be passed into function, otherwise false
.
- Type
- Boolean
isResetValueOnMax() → {Boolean}
Test whether variable value should be set to initial value when variable reaches maximal value.
- Source:
- See:
Returns:
true
, if variable value will be reset, otherwise false
.
- Type
- Boolean
reset() → {Object}
Reset parameters of generator to initial values.
This method should be called after generator's creation when properties are changed that influence on generator's work. This method shouldn't be called when generator's properties are set by constructor's parameters.
This method should be called after generator's creation when properties are changed that influence on generator's work. This method shouldn't be called when generator's properties are set by constructor's parameters.
- Source:
- See:
Returns:
Reference to
this
object.
- Type
- Object
setFactor(nFactor) → {Object}
Set constant factor that is used to calculate numbers of sequence.
Parameters:
| Name | Type | Description |
|---|---|---|
nFactor |
Number | Constant factor that is used to calculate numbers of sequence. |
Returns:
Reference to
this
object.
- Type
- Object
setMaxValue(nValue) → {Object}
Set maximal value of variable.
Parameters:
| Name | Type | Description |
|---|---|---|
nValue |
Number | Maximal value of variable. |
Returns:
Reference to
this
object.
- Type
- Object
setPassToChanger(bPass) → {Object}
Change the property that indicates whether reference to this object should be passed into function that is used to calculate new value of variable.
Parameters:
| Name | Type | Description |
|---|---|---|
bPass |
Boolean | true , if reference to this object should be passed into function, otherwise false . |
- Source:
- See:
Returns:
Reference to
this
object.
- Type
- Object
setResetValueOnMax(bReset) → {Object}
Change the property that indicates whether variable value should be set to initial value when variable reaches maximal value.
Parameters:
| Name | Type | Description |
|---|---|---|
bReset |
Boolean | true , if variable value should be reset, otherwise false . |
- Source:
- See:
Returns:
Reference to
this
object.
- Type
- Object
setStartValue(nValue) → {Object}
Set initial value of variable.
Parameters:
| Name | Type | Description |
|---|---|---|
nValue |
Number | Initial value of variable. |
- Source:
- See:
Returns:
Reference to
this
object.
- Type
- Object
setValueChange(change) → {Object}
Set the way to calculate new value of variable.
Parameters:
| Name | Type | Description |
|---|---|---|
change |
Number | function | Object | null | undefined | Specifies the way to calculate new value of variable. |
- Source:
- See:
Returns:
Reference to
this
object.
- Type
- Object
setValueChangePeriod(nPeriod) → {Object}
Set time interval in milliseconds during which it is possible to calculate new value of variable.
Parameters:
| Name | Type | Description |
|---|---|---|
nPeriod |
Integer | Time interval in milliseconds during which new value of variable can be calculated. |
- Source:
- See:
Returns:
Reference to
this
object.
- Type
- Object
setValueSavePeriod(nPeriod) → {Object}
Set time interval in milliseconds during which it is possible to change or preserve value of variable.
Parameters:
| Name | Type | Description |
|---|---|---|
nPeriod |
Integer | Time interval in milliseconds during which value of variable can be changed or preserved. |
- Source:
- See:
Returns:
Reference to
this
object.
- Type
- Object
toArray(nSize) → {Array}
Convert object into array.
Essentially this method is the wrap for the following call:
Essentially this method is the wrap for the following call:
this.getPart(1, nSize);
Parameters:
| Name | Type | Description |
|---|---|---|
nSize |
Integer | Size of array. |
Returns:
Subsequence containing items with indexes from 1 up to
nSize
.
- Type
- Array
toString() → {String}
Convert object into string.
- Source:
- See:
Returns:
String representation of the object.
- Type
- String


Each gene in a molecule of DNA contains:
_A different sequence of bases
_Codes for a particular protein
In DNA, two strands coil together to form a double helix. There are chemical cross-links between the two strands, formed by pairs of bases
.Each strand of DNA is made of chemicals called bases. Do not confuse these with the bases you meet when you study acids and alkalis in chemistry. There are four different types of bases, shown as A, T, C and G.
Proteins are made in the cytoplasm of a cell, not in the nucleus. Genes cannot leave the nucleus, so a copy of the gene is needed. This copy is able to leave the nucleus to go into the cytoplasm so that proteins can be made by the cell.


The foundations and aspirations of our business remain true to those established by our visionary founders, and their innovation and energy continue to be our inspiration. Our passion and entrepreneurial culture will ensure that we deliver for our customers in safety, quality and assurance – today and in the future.
Over a century later, we maintain his ETL mark of quality, and continue to establish new standards in quality to protect consumers and our clients’ reputations across the world. Today we are a global force, operating in over 100 countries, offering Total Quality Assurance expertise, delivered consistently with precision, pace and passion, enabling our customers to power ahead safely.
App Development
98%
User Interface
88%
User Experiences
92%
Information Architecture
84%
©2019 Appifylab. All rights reserved


--- layout: post date: 2006-01-29 time: "09:00:00" authors: ["Greg Wilson"] title: "Fourth Python Lecture for Software Carpentry" tags: ["Curriculum", "Python"] ---
The fourth lecture on Python for the Software Carpentry course is now up. It covers sets, dictionaries, and a little bit of algorithmic complexity. Comments and criticisms are very welcome.
And if that's too serious for year, check out the web site for the Waterfall 2006 conference ;-).


| Manager Name | CNIC | Category | Contact no | ||
|---|---|---|---|---|---|
| Manager Name | CNIC | Category | Contact no |
| Manager Name | CNIC | Category | Contact no | ||
|---|---|---|---|---|---|
| Manager Name | CNIC | Category | Contact no |
A charitable donation is a gift made by Be the Drop to a nonprofit organization, charity, or private foundation.Be the Drop Charitable donations are use in the form of , motor vehicles, appreciated securities, clothing, and other assets or services.
Volunteering is generally considered an altruistic activity where an individual or group provides services for no financial or social gain "to benefit another person, group or organization". ... Many volunteers are specifically trained in the areas they work, such as medicine, education, or emergency rescue..
Off-price retailers are retailers who provide high quality goods at cheap prices. They usually sell second-hand goods, off-the-season items etc. Description: These retailers offer inconsistent assortment of brand name and fashion-oriented soft goods at low prices..
Works at Be the Drop Studies BSCS-Computer Science at Capital University of Science & Technology Lives in Islamabad, Pakistan.
Works at Be the Drop Studies BSCS-Computer Science at Capital University of Science & Technology Lives in Islamabad, Pakistan
Works at Be the Drop Studies BSCS-Computer Science at Capital University of Science & Technology Lives in Islamabad, Pakistan


WITNESS LIST
Criminal Justice
October 4, 2016 10:00 AM
Interim Charge 1
FOR:
Acevedo, Art Chief of Police (Austin Police Department), Austin, TX
Dixon, James Bishop (Self), Houston, TX
Hunt, Ray President (Houston Police Officers Union (HPOU)), Houston, TX
Mills, Christine (Self), Grand Prairie, TX
Nash, James Reverend (Self), Houston, TX
Penn, Everette (Teen and Police Service Academy), Houston, TX
ON:
Banks, Yannis Legislative Liaison (Texas NAACP), Austin, TX
Cargill, Michael Executive Director (Texas For Accountable Government), Austin, TX
Douglas, James President - Houston Branch (National Association of Colored People),
Houston, TX
McCraw, Steve Director (Department of Public Safety), Austin, TX
Wilkison, Charley Executive Director (also providing written testimony) (Combined Law
Enforcement Association), Austin, TX
Wilson, Corey Pastor (Thumbs up), Houston, TX
Registering, but not testifying:
ON:
Steen, Philip Regional Commander (Texas Department of Public Safety), Houston, TX


hi everybody,
I'm new to these forums, I'm French and I don't speak English very well, excuse me for this.
I like your system and thank you for your work. I work to use it to monitor a wind turbine. For the power is not a problem but for the wind sensors I need to make the interface.
I use NRG Systems sensors : a #40C Anemometer and a #200P Wind Direction Vane.
It's for that I want to build a shield compatible with the OEM's project to monitor a wind turbine.
Everything I've done is here : https://github.com/netbomo/
In the shield repository you can see the schematic, and the arduino files.
The web page is that of the monitored machine. but the views aren't really the best.
For the moment I have install one but I need to make some modifications. At the start I want only see if all's good.
The interface for the sensors are good, now I need to built a real shield because I have some problems with the grid frequency. For the moment the values isn't good but I come back at the end of the month to make any modifications.
What I want test :
- use a software filter for the anemometer.
- Change the representation of the wind vane sensor, for my we don't need the real value (in degrees) but only the wind direction like East, North-East. We can used 8 to 32 divisions.
for the power measurement, I use a WattNode pulse because I haven't CT. I need to buy a new.
And after work on great views for the wind, like wind rose, Weibull distribution...
On github a lot of text is in French or in a bad English, excuse me, I hope soon to have time to translate.
I wanted to share with you my little work but I was rather busy lately.
see you soon,
gilou
Re: Wind turbine monitoring
Hi,
I continue my project, I just receive my 10 first PCBs for the shield.
I'm starting to work on process and visualizations for wind data.
I write this post to explain my idea and talk with others interested persons .
All the code is here
To create a wind rose, I thinks we need to process the data in first, I chose to convert the degree en axis value. For this, we need to configure the number of axis, it's a multiple of 8. and I think it's good if we can chose 8,16 or 32.
I have add a line in the input/process_model.php
$list[36] = array(_("Log wind direction"),ProcessArg::FEEDID,"log_wind_dir",2,DataType::REALTIME,"Wind",array(Engine::PHPFIWA));
add create the function:
public function log_wind_dir($id, $time, $value)
{
$value = floor(($value + (360/(2*16)))/(360/16));
if ($value == 16) $value =0;
$this->feed->insert_data($id, $time, $time, $value);
return $value;
}
For the moment, the number of column is fixed at 16, but I have no understood clearly how to add a variable in a process.To draw a wind rose, we need to use two feeds, the wind speed and the direction. To draw simply, I've found the rose library here : jumflot Rose. It's a jQuery flot plugin, I think it's a simple way to draw wind rose on emoncms.
After, it's important to draw the wind speed frequencies, for this we need to create an other process to convert the speed value to a column. I have add a line in the input/process_model.php
$list[37] = array(_("Log wind speed frequency"),ProcessArg::FEEDID,"log_wind_speed",2,DataType::REALTIME,"Wind",array(Engine::PHPFIWA));
And create a function :
public function log_wind_speed_frequency($id, $time, $value)
{
$value = floor($value *4);
$this->feed->insert_data($id, $time, $time, $value);
return $value;
}
After it's just a simple bar graph to display a column for each 0.25 m/s.
All is not finish, but I'm not a web developer and if some persons are interested, we can work to add it to emoncms.
have a good day.
gilou
Re: Wind turbine monitoring
Hey gilou, that looks brilliant, nice work! If this can be added as an optional module to emoncms that would be great.
Re: Wind turbine monitoring
Hi,
Thanks, I learn a lot to develop this project, it's fun but slow.
I've seen this page : developement/modules and it's effectively a good way to make a module to display the wind data and the wind turbine's production.
But how to make a module to add process?
Thanks for your reply.


#include <component_smc.h>
Public Attributes | |
| SmcCs_number | SMC_CS_NUMBER [SMCCS_NUMBER_NUMBER] |
| (Smc Offset: 0x0) CS_number = 0 . More... | |
| __I uint32_t | Reserved1 [16] |
| __IO uint32_t | SMC_OCMS |
| (Smc Offset: 0x80) SMC OCMS MODE Register More... | |
| __O uint32_t | SMC_KEY1 |
| (Smc Offset: 0x84) SMC OCMS KEY1 Register More... | |
| __O uint32_t | SMC_KEY2 |
| (Smc Offset: 0x88) SMC OCMS KEY2 Register More... | |
| __I uint32_t | Reserved2 [22] |
| __IO uint32_t | SMC_WPMR |
| (Smc Offset: 0xE4) SMC Write Protection Mode Register More... | |
| __I uint32_t | SMC_WPSR |
| (Smc Offset: 0xE8) SMC Write Protection Status Register More... | |
| __I uint32_t | Reserved3 [4] |
| __I uint32_t | SMC_VERSION |
| (Smc Offset: 0xFC) SMC Version Register More... | |
| __I uint32_t Smc::Reserved1 |
| __I uint32_t Smc::Reserved2 |
| __I uint32_t Smc::Reserved3[4] |
| SmcCs_number Smc::SMC_CS_NUMBER |
(Smc Offset: 0x0) CS_number = 0 .
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Introduction to Databases and Web Applications
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Another great example of user stories
Here is another example of user stories, that I think you will find useful:
User Story Examples
User Story Examples
Posted on: Wednesday, March 7, 2018 12:07:37 PM EDT
Reiterating some important concepts about Assignment2
Hello everyone,
As you plow on assignment2, here are some things to keep in mind as also discussed earlier in lecture:
abbas
As you plow on assignment2, here are some things to keep in mind as also discussed earlier in lecture:
- You cannot use 3rd party CSS framework.
- You cannot use 3rd party JavaScript framework such as JQuery etc.
--However, you can use your own JavaScript functions written by you and which does not reference any 3rd party JavaScript frameworks. - The due date for assignment2 is 12th March @ 11:59 pm.
- You can use the content (such as pdf, instructor name, TA name, etc. etc.) from either Anna's website or our current website.
- Each user story can be 2-3 sentences. Concentrate on how the user will interact with your website. Also to think about here is the kinds of user (instructor or admin or student). Your user stories and mock diagram must be well considered and
thorough. In your mock diagram, please do not use a screenshot of the actual web page. This is incorrect. The mock diagram happens first. At this point, you have a rough idea of how the webpage should work and how the user will interact
with it.
--At no point in the mocks should we see elements that reflect the actual webpage. Again use the wireframe mockup (referenced in the handout) to draw these out.
--However, when you implement (when you start using HTML and CSS) these user stories on your web page, it is OK if you just concentrate from the student point of view. - Here are some example of user stories, that I encourage you to read and get familiar with: Mountaingoat Software
- Make sure to test and run your webpage on Google Chrome. If your webpage depends on some images and other resources, make sure to have them placed appropriately in the directory that you submit to us. Please see the assignment handout for this.
- I hope you can take advantage of all the office hours this week towards your assignment2 and for prep towards quiz2.
abbas
Posted on: Wednesday, March 7, 2018 11:52:19 AM EST
Clarification on assignment 1 mark breakdown email
Hello everyone,
I am sorry that I have made a typo in the email. The weighted average of Question 2 should be out of 40.
Weighted total of Q1 is calculated by YourMark/45*40 and Q2 by YourMark/52*40.
Total is out of 100 (40+40+20), and it is possible to exceed 100 due to bouns.
All emails have been sent. Please let me know if you don't receive one.
Thank you,
Bryan
I am sorry that I have made a typo in the email. The weighted average of Question 2 should be out of 40.
Weighted total of Q1 is calculated by YourMark/45*40 and Q2 by YourMark/52*40.
Total is out of 100 (40+40+20), and it is possible to exceed 100 due to bouns.
All emails have been sent. Please let me know if you don't receive one.
Thank you,
Bryan
Posted on: Monday, March 5, 2018 9:28:52 PM EST