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Missiles Away! An Interview With The Dears
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Author: Scott Thill. Scott Thill
Date of Publication: 10.30.08. 10.30.08
Time of Publication: 8:59 pm. 8:59 pm
From Logan's Run to Star Trek and onward to dystopian videos from his own band The Dears, Murray Lightburn is a sci-fi freak with a neuromantic streak. And while his postmodern soul and blues may skew too confessional to dispassionate gearheads, it has a way of burrowing inside your ear and laying eggs.
This article has been reproduced in a new format and may be missing content or contain faulty links. Contact wiredlabs@wired.com to report an issue.
That's the plan, Lightburn confides below in Listening Post's interview. But sometimes it's an accident too.
Whatever. The Dears' latest effort Missiles is an acquired but nevertheless addictive taste, which has been slowly making its way to the top of our 2008 heap. Featuring multi-movement expositions of love and loss that oscillate between whispering pop and scorching rock, Lightburn's latest fever dream with spouse and bandmate Natalia Yanchak, at right above, is hard to ignore. Weird, considering how quiet it is.
But these contradictions work to The Dears' advantage. Listening Post caught up with Lightburn by phone to talk about that sonic tension, as well as sci-fi dystopias, accidentally topical lyrics and why Captain Kirk is the most quotable dude ever.
Wired.com: Your music is heartfelt and romantic, but your website is hilarious. I read a news post there that said if critics hate your new disc, it's because they hate themselves.
Murray Lightburn: [Laughs] We try to have a sense of humor, but people miss that. That drives me nuts. We've always had deadpan humor, but maybe we should be more forthright with it.
Wired.com: That said, your disc is pretty freaking serious. You're uncompromisingly honest.
Murray Lightburn: I think it's just about trying to reach that place where the music is coming from. We're not really certain what it is, but we have to throw everything but the kitchen sink at it. It's really elusive. I reckon that makes our music frustrating for some people. But trying to reach something and never actually quite reaching it, well, that's the point of The Dears. That is our blessing and curse.
Wired.com: I can feel that in the epic tune "Lights Off," which marries two movements together, but never finishes one or starts the other.
Murray Lightburn: Right. How do you make them work together? Do you you just shove them together? But our music is like that. It"s all about movement. If somebody wants three minutes of beats and hooks, they are not necessarily going to get it from this record. I doubt we will ever do that.
Wired.com: Your lyrics are pretty dystopian. The "Money Babies" video feels like a mash of Wall Street and Children of Men, while "22: The Death of All Romance" video features a planet splitting in half. Are you topical on purpose or by accident?
Murray Lightburn: The Dears definitely don't get involved in world; we just make soul and blues music, but not in the traditional sense. It doesn't sound like B.B. King or John Lee Hooker, but it's got the elements and fundamentals. So I guess that is where we are coming from, not from anger but from a desire to spell out a situation and find its optimistic side. We're just searching for the light like everyone else, because we're all living in dark places. And there will be moments of anger, but we don't dwell in it because anger doesn't solve fuck-all. We're not really going to solve the world unless we deal with our own shit. I think that attitude would ultimately solve a lot of problems, if people dealt with their own crap and dealt with others in the way they wanted to be dealt with.
Wired.com: So "Money Babies" is a comment on our economic meltdown by accident?
Murray Lightburn: Exactly. The chorus "Our money is elastic" was a silly lyric that I couldn't get out of my head, but in the end it rings true. And now that it's out, people are explaining how fitting it is for the our time, with the economy going down in flames. But I wrote the song over a year ago, so it's interesting. The Dears' records do reflect what's going on in the world on another level. A lot of the songs are personal, but having a song called "Dream Job" in a world where people are barely holding onto their jobs is too close for comfort. I don't know where that came from, but that is how it came out. It's a metaphor for something else; I'm not writing about the world. But by the time the songs come out, it doesn't matter. Which goes back to the blessing and curse: The Dears deal with brutal truths.
Wired.com: You like to say the name of your band, don't you?
Murray Lightburn: I know how totally pretentious that sounds, but we're not fucking around. People drive to the edge of cliff and look down. The Dears drive off the cliff.
Wired.com: The videos have that edge to them. They make great sci-fi.
Murray Lightburn: When the director of "Money Babies" Anton Josef first sent the treatment, I thought he nailed the concept. I was a little surprised by how the main dude looked. I thought he was probably too good-looking for a post-apocalypse, with those chiseled features. But I was cool with it in the end.
Wired.com: You seem like a sci-fan. Your web documentary "The Gospel According to The Dears" opens with a hilarious quote from Captain Kirk from Star Trek: "All right, you mutinous, disloyal, computerized half-breed. We'll see about you deserting my ship."
Murray Lightburn: Yeah, from the episode "This Side of Paradise. I'm a huge sci-fi dude. I'm totally into Star Trek. Each of our webisodes starts with a Kirk quote. There are so many fucking awesome quotes that are perfectly suited to our situation.
Wired.com: What else have you been digging?
Murray Lightburn: Just the other day I watched Logan's Run, which is so cheaply made that it's basically a poor man's Planet of the Apes. It comes from that era of cheaply made sci-fi movies, which have explosions that are so obviously superimposed. But I still love the concept of society of people who have to die young.
Wired.com: Did sci-fi have anything to do with naming your daughter Neptune?
Murray Lightburn: No. We hadn't come up with a name yet, because we didn't know if it was a boy or a girl. But for some reason, Neptune was so fitting. When you see this kid and the way she rolls, her name is just Neptune. There is no other name for her. I hope that one day, if she has musical inclination, she can take over the family business.
Video: The Dears' Dystopian 'Money Babies'
Exclusive: The Dears Launch Sad, Beautiful Missiles
Best Animated Videos? Here's A Few
Hurry Up, Autolux! Good Noise is Hard to Find
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redpajama_set_name: RedPajamaCommonCrawl


The clean, straightforward design of the Fiat Freemont 2019 is let down only by the turbo model's excessive add-ons.
The new 2019 Fiat Freemont should return with several types of engines which include petrol and diesel variants. So, among petrol units, there are two options. The one is a 2.4-liter engine which is able to produce 170 horsepower. There is also a more powerful unit and it is a 3.6-liter V-6 engine. This engine is capable of making 280 horses and 252 pound-feet of torque. It comes with all-wheel drive system as standard and it is paired with a 6-speed automatic transmission.
On the other hand, there is also a diesel powertrain and it is a 2.0-liter 4-cylinder Multi Jet unit. This one is able to deliver 140 hp while there is a stronger version as well which can develop 170 horsepower. It comes with front-wheel drive configuration but it is also available with all-wheel drive system. The engines work with either a 6-speed manual or a 6-speed automatic gearbox.
In terms of styling, the 2019 Fiat Freemont is expected to come a little bit more independent than before. Most likely, it will adopt Fiat's newest design language and come with lots of distinctive design solutions compared to its sibling from Dodge. This is definitely a good thing. The new model would come with a sleeker profile and overall much more attractive styling. Without that bulky shape that characterized the previous model, which isn't appreciated very much in this part of the world.
Same goes to the interior design. As we already mentioned, the new model will probably be higher, with less cargo space and maybe even lower level of overall practicality. However, expect to see significant improvement in terms of comfort and convenience. The new model would come with a completely new dashboard design, similar to what we can see in the Fiat's current lineup. In practice, this means better-quality materials, more standard equipment and much more.
The powertrain is another aspect in which the 2019 Fiat Freemont will be relying on Stelvio. Considering that the two models will share the platform, expect engines to be shared as well. This definitely doesn't mean that we are about to see Ferrari's V6 under the hood of Fiat. Still, a familiar 2.0 liter unit with 200 horsepower seems very likely. Of course, expect something more affordable for the base model, such as 1.4-liter units with around 120 horsepower. Expect MultiJet diesel engines in the offer as well. There is a familiar 2.2-liter unit that is good for about 150 hp, while a smaller 1.6-liter unit with 120 hp also seems very likely.
We cannot claim it for sure, but the new and improved 2019 Fiat Freemont could arrive sometime during next year. Its price is unfortunately not yet available and we expect a slight increase this time.
The best value in Fiat Freemont 2019 is a base model with manual gearbox, but it's still decently priced after adding fancy audio, leather, and a moonroof.


Food sensitivities and food allergies are caused by a reaction to a particular ingredient. The most common allergens are usually proteins, with fish and chicken being two of the most common causes. Grains, especially corn, and dairy products can also cause problems. An allergy can develop to any protein to which the cat is repeatedly or constantly exposed. Sometimes, allergies develop over time. Once an allergy has developed, it may last for the cat's life.
Food allergies may manifest as itchy skin, rashes or excessive grooming, or as digestive symptoms, including vomiting or diarrhea. Digestive symptoms often mimic those of inflammatory bowel disease.
Food allergies are diagnosed by conducting an elimination diet trial. There are currently two approaches for these trials: a novel protein diet, or a hypoallergenic diet.
Novel protein diets used in a food elimination trial must contain a protein that the cat has not previously been exposed to. Unfortunately, with pet food manufacturers coming up with ever more exotic diets, it is becoming increasingly difficult to find a truly novel protein. In the past, novel protein diets were venison, rabbit or duck based, but depending on what your cat has been eating, you may need to find more unusual proteins such as pheasant, kangaroo or brushtail.
There are several hypoallergenic diets on the market, available only from your veterinarian. These prescription diets are made from hydrolyzed proteins. They use a conventional protein source like chicken, but the protein is broken down into molecules too small to stimulate the immune system. These diets are highly processed, and only one is available in canned form. All contain by-products and fillers.
With both methods, the new diet needs to be fed exclusively for a minimum of 12 weeks. This means no treats, unless they contain only the same novel or hydrolyzed protein. If you're giving supplements, make sure to check the ingredient list. Many pet supplements have chicken or beef flavoring added. If you give medication with pill pockets, you will need to find an alternate method of giving your cat's medication.
If a food allergy is present, cats will start responding to the elimination diet within four to six weeks, but it is important to continue the trial for the full 12 weeks. If the trial is considered successful, cat guardians are asked to return to the food that was fed before the trial. If symptoms return on the old diet, this confirms the presence of a food allergy. Understandably, many cat guardians won't be willing to go back to the original diet to confirm an allergy if they're seeing an improvement or complete resolution of their cat's symptoms, and cats can stay on these novel protein or hypoallergenic diets indefinitely.
Cat guardians who would prefer a more natural approach can use raw or home cooked diets using novel proteins for the food elimination trial, or as a long term solution. Work with your holistic veterinarian to determine the best approach for your cat. Some cat guardians have been able to resolve food allergies by simply switching to a raw diet even without the use of novel proteins.
Homeopathic remedies, as prescribed by a veterinarian who is trained in the modality, can help strengthen the immune system so it will no longer react to the substance causing the allergies. I do not recommend commercial homeopathic remedy blends as they often contain multiple remedies that have completely opposite actions.
Spirit Essences Skin Soother can provide relief from the itching and anxiety that can go along with allergies and can help balance the cat's energy system.
Diagnosing and treating food allergies can be a lengthy and sometimes frustrating process, and finding a solution can take time and patience.
If you keep reading about the healthiest food for cats you'll get so many different opinions from vets or sites that rate the different brands of cat food. Some are for raw while others prefer cooked cat food. The only thing everyone seems to agree on is that cats need protein, a little vegetables, minerals and no grains. I just kept reading about the healthiest organic cat food available. Unfortunately, many have had recalls. Extremely frustrating.
My cat won't even touch his prescription protein allergy can catfood. I try to get a can food that he can tolerate without getting sick. However, Blu usually gets sick before eating which is strange. He is doing much better since he is on Priolsec but he cannot take that forever. Ug!
Thank you for the informative post. I have pet cats and your post has been pretty helpful in understanding the problems of food allergies among pets and the treatment for the same. It is essential to keep a check on your pet's diet and be careful enough to notice any behavioral changes or other symptoms in them, so that you know what causes the food allergy or food intolerance and change their diet accordingly, take precaution, and treat them.
Thanks for the post. I have a kitty with food allergies.


text: default_app_config = 'allink_apps.contact.apps.AllinkContactConfig'

redpajama_set_name: RedPajamaGithub


text:
Q: Boost ICL not working as expected, std::set operator+= expected I'm trying to use Boost (1.51) ICL to simplify some interval searches.
Types:

*

*SequenceI::shp_set is a std::set of shared pointers

*types::mz_t is a Boost::Units quantity

interval_map<types::mz_t, SequenceI::shp_set> is the typedef for the interval map
I have a function that creates the appropriate segments and then I try to do
msMap.add(segment);

I then get the following error during compile:
In file included from /home/adamb/Development/apollo/libapollo/include/theory.hpp:16:
In file included from /home/adamb/local/include/boost/icl/interval_map.hpp:13:
In file included from /home/adamb/local/include/boost/icl/interval_set.hpp:14:
In file included from /home/adamb/local/include/boost/icl/interval_base_set.hpp:24:
In file included from /home/adamb/local/include/boost/icl/associative_interval_container.hpp:16:
In file included from /home/adamb/local/include/boost/icl/concept/interval_set.hpp:13:
In file included from /home/adamb/local/include/boost/icl/detail/set_algo.hpp:16:
/home/adamb/local/include/boost/icl/functors.hpp:73:18: error: no viable overloaded '+='
        { object += operand; }
          ~~~~~~ ^  ~~~~~~~
/home/adamb/local/include/boost/icl/interval_base_map.hpp:855:5: note: in instantiation of member function 'boost::icl::inplace_plus<std::set<boost::shared_ptr<apollo::SequenceI>, std::less<boost::shared_ptr<apollo::SequenceI> >,
      std::allocator<boost::shared_ptr<apollo::SequenceI> > > >::operator()' requested here
    Combiner()((*it_).second, co_val);
    ^
/home/adamb/local/include/boost/icl/interval_base_map.hpp:870:9: note: in instantiation of function template specialization
      'boost::icl::interval_base_map<boost::icl::interval_map<boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::dimensionless_type> > >, boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit,
      boost::units::static_rational<1, 1> >, boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>,
      std::set<boost::shared_ptr<apollo::SequenceI>, std::less<boost::shared_ptr<apollo::SequenceI> >, std::allocator<boost::shared_ptr<apollo::SequenceI> > >, boost::icl::partial_absorber, std::less, icl::inplace_plus,
      icl::inter_section, boost::icl::continuous_interval<boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::dimensionless_type> > >, boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit,
      boost::units::static_rational<1, 1> >, boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>, less>, std::allocator>,
      boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension,
      boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >,
      boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>,
      std::set<boost::shared_ptr<apollo::SequenceI>, std::less<boost::shared_ptr<apollo::SequenceI> >, std::allocator<boost::shared_ptr<apollo::SequenceI> > >, boost::icl::partial_absorber, less, inplace_plus, inter_section,
      boost::icl::continuous_interval<boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::dimensionless_type> > >, boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit,
      boost::units::static_rational<1, 1> >, boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>, less>,
      allocator>::add_segment<boost::icl::inplace_plus<std::set<boost::shared_ptr<apollo::SequenceI>, std::less<boost::shared_ptr<apollo::SequenceI> >, std::allocator<boost::shared_ptr<apollo::SequenceI> > > > >' requested here
        add_segment<Combiner>(inter_val, co_val, it_);
        ^
/home/adamb/local/include/boost/icl/interval_base_map.hpp:966:9: note: in instantiation of function template specialization
      'boost::icl::interval_base_map<boost::icl::interval_map<boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::dimensionless_type> > >, boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit,
      boost::units::static_rational<1, 1> >, boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>,
      std::set<boost::shared_ptr<apollo::SequenceI>, std::less<boost::shared_ptr<apollo::SequenceI> >, std::allocator<boost::shared_ptr<apollo::SequenceI> > >, boost::icl::partial_absorber, std::less, icl::inplace_plus,
      icl::inter_section, boost::icl::continuous_interval<boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::dimensionless_type> > >, boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit,
      boost::units::static_rational<1, 1> >, boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>, less>, std::allocator>,
      boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension,
      boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >,
      boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>,
      std::set<boost::shared_ptr<apollo::SequenceI>, std::less<boost::shared_ptr<apollo::SequenceI> >, std::allocator<boost::shared_ptr<apollo::SequenceI> > >, boost::icl::partial_absorber, less, inplace_plus, inter_section,
      boost::icl::continuous_interval<boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::dimensionless_type> > >, boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit,
      boost::units::static_rational<1, 1> >, boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>, less>,
      allocator>::add_main<boost::icl::inplace_plus<std::set<boost::shared_ptr<apollo::SequenceI>, std::less<boost::shared_ptr<apollo::SequenceI> >, std::allocator<boost::shared_ptr<apollo::SequenceI> > > > >' requested here
        add_main<Combiner>(rest_interval, co_val, it_, last_);
        ^
/home/adamb/local/include/boost/icl/interval_base_map.hpp:314:24: note: in instantiation of function template specialization
      'boost::icl::interval_base_map<boost::icl::interval_map<boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::dimensionless_type> > >, boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit,
      boost::units::static_rational<1, 1> >, boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>,
      std::set<boost::shared_ptr<apollo::SequenceI>, std::less<boost::shared_ptr<apollo::SequenceI> >, std::allocator<boost::shared_ptr<apollo::SequenceI> > >, boost::icl::partial_absorber, std::less, icl::inplace_plus,
      icl::inter_section, boost::icl::continuous_interval<boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::dimensionless_type> > >, boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit,
      boost::units::static_rational<1, 1> >, boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>, less>, std::allocator>,
      boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension,
      boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >,
      boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>,
      std::set<boost::shared_ptr<apollo::SequenceI>, std::less<boost::shared_ptr<apollo::SequenceI> >, std::allocator<boost::shared_ptr<apollo::SequenceI> > >, boost::icl::partial_absorber, less, inplace_plus, inter_section,
      boost::icl::continuous_interval<boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::dimensionless_type> > >, boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit,
      boost::units::static_rational<1, 1> >, boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>, less>,
      allocator>::_add<boost::icl::inplace_plus<std::set<boost::shared_ptr<apollo::SequenceI>, std::less<boost::shared_ptr<apollo::SequenceI> >, std::allocator<boost::shared_ptr<apollo::SequenceI> > > > >' requested here
        this->template _add<codomain_combine>(interval_value_pair);
                       ^
/home/adamb/Development/apollo/libapollo/src/theory.cpp:205:15: note: in instantiation of member function
      'boost::icl::interval_base_map<boost::icl::interval_map<boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::dimensionless_type> > >, boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit,
      boost::units::static_rational<1, 1> >, boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>,
      std::set<boost::shared_ptr<apollo::SequenceI>, std::less<boost::shared_ptr<apollo::SequenceI> >, std::allocator<boost::shared_ptr<apollo::SequenceI> > >, boost::icl::partial_absorber, std::less, icl::inplace_plus,
      icl::inter_section, boost::icl::continuous_interval<boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::dimensionless_type> > >, boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit,
      boost::units::static_rational<1, 1> >, boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>, less>, std::allocator>,
      boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension,
      boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >,
      boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>,
      std::set<boost::shared_ptr<apollo::SequenceI>, std::less<boost::shared_ptr<apollo::SequenceI> >, std::allocator<boost::shared_ptr<apollo::SequenceI> > >, boost::icl::partial_absorber, less, inplace_plus, inter_section,
      boost::icl::continuous_interval<boost::units::quantity<boost::units::unit<boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >,
      boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::dimensionless_type> > >, boost::units::heterogeneous_system<boost::units::heterogeneous_system_impl<boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::dalton_mass_base_unit,
      boost::units::static_rational<1, 1> >, boost::units::list<boost::units::heterogeneous_system_dim<apollo::units::charge_state_base_unit, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> >,
      boost::units::list<boost::units::dim<boost::units::mass_base_dimension, boost::units::static_rational<1, 1> >, boost::units::list<boost::units::dim<boost::units::time_base_dimension, boost::units::static_rational<-1, 1> >,
      boost::units::list<boost::units::dim<boost::units::current_base_dimension, boost::units::static_rational<-1, 1> >, boost::units::dimensionless_type> > >, boost::units::dimensionless_type> >, void>, float>, less>, allocator>::add'
      requested here
        msMap.add(segment);

If you look at the "Party" code, nothing special is done to set to make things work.
My desire is to have an interval map where I give it values and it gives me a list (or iterator, I don't care) of shared pointers that has intervals that contain provided value. That's it.
If ICL can't do this, then I need to find another interval map library, pronto.

A: It looks like problem not in std::set. Probably, you are using that types of boost::units that cannot be compared (no operator <, >) or added (no operator+=) subtracted operator-=.
In my example, which I compiled under Visual Studio 2010
std::set<string*> tst;
boost::units::angle::radian_base_unit a,b;
bicl::interval_map<boost::units::angle::radian_base_unit,std::set<string*> > tst1;
tst1.add(make_pair(bicl::interval_map<boost::units::angle::radian_base_unit,std::set<string*> >::interval_type::closed(a,b),tst));

problem is that a and b cannot be compared < there is no operator<.

redpajama_set_name: RedPajamaStackExchange


text:
Ȉ (minuscule : ȉ), appelé I double accent grave, est un graphème utilisé dans la notation de phonologie ou de poésie du croate ou du slovène.
Il s'agit de la lettre I diacritée d'un double accent grave.

Utilisation
En serbo-croate et en slovène,  sert à noter un i avec un ton bref descendant. Le ton n'étant habituellement pas noté dans ces langues, l'usage de  concerne principalement les ouvrages de grammaire et les dictionnaires.

Représentations informatiques
Le I double accent grave peut être représenté avec les caractères Unicode suivants :
 précomposé (latin de base, diacritiques) :

 décomposé (latin de base, diacritiques) :

Notes et références

Bibliographie
  Michael Everson, « Croatian », The Alphabets of Europe, 2001. (copie en ligne)

Voir aussi
Double accent grave
 Alphabet latin
 I (lettre)

Lettre I diacritée
Lettre latine comportant un double accent grave

redpajama_set_name: RedPajamaWikipedia


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COLUMBIA, S.C. - South Carolina (11-11, 6-3 SEC) is set to host Arkansas (14-3, 5-4 SEC) on Saturday in a 3:30 p.m. ET matchup at Colonial Life Arena. It is Carolina's annual Legends Weekend, and all Gamecock Legends will be honored at halftime of the matchup, along with a special recognition for longtime equipment manager Mac Credille, who retired in January. Kevin Fitzgerald (play-by-play) and Dane Bradshaw (analyst) will have the call for the SEC Network.
> Saturday's contest vs. Arkansas marks the annual Legends Weekend matchup for South Carolina. Former Gamecock men's basketball players, coaches, managers and support staff are invited back to participate in weekend activities, which includes a Friday night reception, a Tip-Off Club meeting, attending practice and more. All Legends in attendace will be honored at halftime.
> Also at halftime, South Carolina will hold a special recognition for longtime equipment manager Mac Credille, who retired from the University after over four decades of service in January. Mac started his career working in the P.E. department in 1973, before moving to football and then basketball in 1993.
> South Carolina suffered a road loss at No. 5/5 Kentucky on Tuesday night, falling to the Wildcats 76-48. Senior forward Chris Silva was in foul trouble for the majority of the contest, playing just 15 minutes. The Gamecocks started out hot from the field, thanks to a 3-of-3 start from 3-point range from graduate student guard Tre Campbell. However, UK held an 11-point advantage at halftime and the Gamecocks were unable to overcome the deficit.
> Campbell has been on fire from beyond the arc over the course of the last three games, as he has hit 9-of-13 (69.2%) during the stretch. He has hit a trio of 3s vs. Tennessee, at Georgia and at Kentucky. On the year, he is averaging 6.4 points per game.
> Frank Martin and the Gamecock men's basketball team has joined forces with the NABC and the American Cancer Society for the Coaches vs. Cancer 3-Point Challenge, which will take place during the month of February. During the month, every 3-pointer the Gamecocks make will help raise money to beat cancer. The 3-Point Challenge is a nationwide program that unites basketball teams and their fans for a common cause -- ending cancer. Fans can join the 3-Point Challenge and help beat cancer on the court by pledging a donation for every 3-pointer the Gamecocks make in February by visiting http://www.pledgeit.org/cvc19-south-carolina. During the month, Gamecock fans can keep up with the leaderboard at www.3pointchallenge.org.
> South Carolina head coach Frank Martin is in his seventh season leading the Gamecocks and 12th season overall as a head coach in 2018-19. Martin, the 2017 Jim Phelan National Coach of the Year (CollegeInsider.com), led South Carolina to its first Final Four and a school record 26 wins in 2016-17. In his 11 complete seasons as a head coach, Martin has led his teams to at least 21 wins seven times. Martin is a native of Miami, Fla., and a graduate of FIU.
> Prior to his time on the sidelines in the college ranks, Martin spent 15 years in high school coaching in Miami, Fla., including the last seven as a head coach. He was part of five state championships as an assistant at Miami Senior High School (1985-93), before earning two titles as the program's head coach (1995-98). Highlighting Martin's stint as the head coach of the program were consecutive 30-win seasons and consecutive Florida 6A State Championships in 1996 and 1997, with his 1997 squad earning a 36-1 overall record and ranking No. 4 in the USA Today Top 25 Poll. He also served as the head coach at North Miami Senior High School (1993-95) and one season at Booker T. Washington High School (1999-2000).
> Among active Division I head coaches, South Carolina's Frank Martin holds the seventh-highest (tied with Michigan's John Beilein) NCAA Tournament winning percentage (.667) behind only Duke's Mike Krzyzewski, North Carolina's Roy Williams, Kentucky's John Calipari, Kansas' Bill Self, Michigan State's Tom Izzo and Villanova's Jay Wright.
> Martin led team's are 101-98 (.507) all-time in league play.
> South Carolina is in its 111th season of varsity basketball in 2018-19.
> Gamecock head coach Frank Martin is joined on the sidelines by assistant coaches Perry Clark (6th season), Bruce Shingler (3rd season) and Chuck Martin (2nd season). Andy Assaley is in his seventh season as the director of operations.
> South Carolina is one of 13 DI schools nationally that have two or more former DI coaches serving as an assistant coach. Perry Clark served as the head coach at Tulane, Miami (Fla.) and Texas A&M-Corpus Christi, while Chuck Martin was the head coach at Marist for five campaigns.
> South Carolina advanced to its first Final Four in 2016-17, which included posting its first NCAA Tounament win since the 1973 campaign when it talied a 93-73 win over Marquette in the First Round.
> The Gamecocks are 24-14 (.631) in neutral-site contests under the direction of head coach Frank Martin, including a 3-3 mark last season.
> Carolina was 15-18 (.454) over the course of the last three seasons in away contests (2015-16, 16-17, 17-18).
> Martin is 31-42 (.424) against ranked opponents as a head coach. His teams have four wins over opponents ranked in the top five, and two wins over opponents who are ranked No. 1.
> Senior forward Chris Silva was named to the Preseason All-SEC First Team by both the media and coaches; and also named to the Karl Malone Award Watch List, the Naismith Trophy Watch List and the Wooden Award Preseason Top 50 Watch List. He was also named a Senior CLASS Award Candidate.
> The Gamecocks look to avoid back-to-back losses on Saturday vs. Arkansas, after suffering a loss at No. 5/5 Kentucky on Tuesday.
> Silva paces the Gamecocks in scoring in league play with 15.0 points per game, but the senior was held to just four points in 15 minutes at UK due to early foul trouble.
> In SEC action, Carolina is averaging 44.5 percent from the field and 35.3 percent from 3-point range.
> Over the course of the last five games, Silva has scored a team best 19.6 points per outing, followed by Lawson with 11.8. As a team, Carolina is averaging 70.8 points per game, but opponents 79.8.
> Rookie guard A.J. Lawson paces Carolina with 1.2 steals per game this season.
> South Carolina returns seven letterwinners from last season's 17-16 squad, including senior guard Hassani Gravett and senior forward Chris Silva.
> Carolina welcomes nine newcomers to its roster this season, including transfers and six freshmen student-athletes. Jair Bolden (transfer/George Washington/guard), redshirt-junior Raymond "Quad" Borup (r-junior/forward), graduate transfer Tre Campbell (transfer/Georgetown/guard), Keyshawn Bryant (freshman/guard), Jermaine Couisnard (freshman/guard), Alanzo Frink (freshman/forward), A.J. Lawson (freshman/guard), T.J. Moss(freshman/guard) and Nathan Nelson (freshman/forward).
> Arkansas is one of the hotter teams in the SEC of late, currently riding a four-game SEC win streak, which includes home wins over Missouri, Georgia and Vanderbilt, and a road win at LSU.
> Head coach Mike Anderson is in his eighth season at Arkansas.
> Standout forward Daniel Gafford paces the Hogs in points (16.9), rebounds (8.9) and blocks (2.0) per game (overall games). In SEC play, he also paces the squad with 16.2 points and 8.8 rebounds per outing.
> In the team's most recent win over Vanderbilt, Gafford scored 28, along with nine rebounds to lead the team in both categories.
> Isaiah Joe (14.2) and Mason Jones (13.7) also average double figures for Arkansas. Joe leads the team from 3-point range, with 79 on the year, behind a 44.4 percent average from beyond the arc. His percentage ranks second in the SEC and his makes per game from 3 (3.6) lead the league.
> Arkansas is third in the SEC with 8.1 steals per outing, as four average at least 1.0 steal per contest.
> Jalen Harris is fifth in the league with 5.8 assists per game. In the win over Vandy, he had three helpers.
Carolina is back on the road next Wednesday, set for its second meeting with top-ranked Tennessee in a 15-day span. UT won the first meeting between the two schools in Columbia. Roy Philpott (play-by-play) and Mark Wise (analyst) will have the call for the SEC Network in Knoxville.


But, what about those quicker, more impromptu trips, after work, during lunchtime, or following that last class?
You don't need to clear off an entire week or spend hours traveling to catch a few fish.
Here are five local spots where you can wet a line, even when you only have a few minutes.
The Poudre Ponds Recreational Fishery has been a popular local destination since it opened eight years ago.
For the time being, only one pond is open to the public, and that pond is clearly marked (no fish is worth a trespassing charge, folks).
The reclaimed gravel pit here, about 60 acres, has a good multi-species fish population, including stocked trout, largemouth bass, yellow perch, crappie, bluegill and channel catfish.
With a new fishing season, there comes that little bit of business of making sure you are fishing legally this year.
Anyone 16 years or older must purchase a fishing license. New for this year, 16- and 17-year-olds must pay only $9.75 for an annual fishing license.
Note that fishing license fees have gone up from what they were in previous years.
Fishermen 18 to 64 years old must pay $34.75 for a Colorado resident annual license, plus $10 for a mandatory Annual Habitat Stamp. Seniors 65 or older must pay only $9.75.
A one-day resident fishing license may be purchased for $13.75 and an additional day may be purchased for $6.75.
A second-rod stamp may be purchased for $10.75.
Licenses are available at most stores that sell fishing equipment and online at cpw.state.co.us.
It's even one of few area fisheries opened to small boats, electric motors only.
Please note, largemouth and smallmouth bass must be 15 inches or longer to keep at Poudre Ponds.
Like Poudre Ponds, Windsor Lake is a good multi-species destination. And, at 160 surface acres, you'll have a bit more room to fish — though this is a pretty happening place during the summertime, as it offers a variety of water activities, including swimming and motorized boating.
Anglers can expect plenty of trout and a variety of warmwater species — largemouth and smallmouth bass, channel catfish, crappie, bluegill, perhaps even an occasional walleye.
The city of Greeley has experienced somewhat of a resurgence within its city-managed fisheries in recent years. The city has worked effectively with Colorado Parks and Wildlife in recent years to provide Greeley fishermen perhaps more options than ever.
Bittersweet Lake and Glenmere Lake have been stocked with catchable-sized rainbow trout in recent weeks, as has aforementioned Poudre Ponds.
These city lakes also offer fair populations of largemouth bass, channel catfish, crappie, bluegill and carp.
Situated in nice, green park settings, these are great places to take the kids and family.
Maybe have a picnic, toss the ball around and catch a few fish while you're at it.
If you prefer moving water, the Big Thompson enters Greeley through Loveland and the Poudre comes into Greeley from Fort Collins.
Though the trout fishing will be a bit better at these streams the closer you get to the mountains, you might be surprised by what you may find in the portions of these rivers that run right into town (just make sure you remain on public property, as many stretches of these rivers run through private land).
There is no shortage of big, sporting carp that thrive in local stretches of these rivers, and sometimes a nice trout or two will make its way downstream from higher elevations. Also, high waters throughout the years have caused other species like bass, crappie, perch, bluegill and catfish to be washed into the rivers from the various ponds and reservoirs that run adjacent to these rivers.
If you have the time to make a short 15- to 30-minute trek, some of the best fishing in northern Colorado lays just outside our backyards.
Boyd Lake State Park in Loveland and St. Vrain State Park near Longmont offer great fishing, from shore or boat for dozens of species — everything from largemouth and smallmouth bass to average and above-average trout, walleye, northern pike, catfish, saugeye and white bass.
They offer prime opportunities year-round, even through the ice during colder periods of the winter.
Keep in mind there is an entrance fee to fish in state parks — $8-9 daily or $80 annually.


The 2019 Dragon Boat Racing Festival will take place from February 16-17, announced the People's Committee of Hanoi at a press conference on January 29.
The competition will attract 30 local and international teams featuring 500 athletes. Each team has 12 people each of whom must cover a 600-meter race course on West Lake.
The race includes two divisions, Amateur and Professional. Teams from China, Malaysia, Singapore, Laos, and Hong Kong (China) will compete in the category of Professional while local groups from cities and provinces nationwide will participate in the category of Amateur.
Teams from foreign embassies, public agencies, and businesses will compete on February 17.
The competition is expected to become an annual event, aiming at restoring and preserving the folk sport game, promoting the capital's culture and history, and attracting visitors to the city.


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Mu Cang Chai terraced fields recognized as special national relic
VGP – Mu Cang Chai terraced fields in the northern province of Yen Bai has recently been recognized as one of the latest special national relics by the Prime Minister.
Mu Cang Chai has become a popular destination among tourists
Mu Cang Chai terraced fields have long been well-kown and considered a must-visit place for tourists to the northwestern region of Viet Nam. These are the terraced fields on mountain slopes, which cover an area of about 2,200 hectares in the three communes of La Pan Tan, Che Cu Nha and De Xu Phinh in Mu Cang Chai district.
Most recently, this famous scenic spot has been recognized by the PM as a special national relic together with some other reputable heritages. Earlier in 2007, Mu Cang Chai terraced fields were rated as a national relic site by the Ministry of Culture, Sports and Tourism.
In the ripe rice season, terraced fields look like golden waves winding on the middle of high hills
Mu Cang Chai is a highland district of Yen Bai province with Hmong people who account for over 90% of its population. The people here have a rich folk culture that reflects a perception of the real life being associated with nature. In recent years, Mu Cang Chai has become a popular destination among tourists.
As a cultural heritage created by indigenous people over generations, the terraced fields in Mu Cang Chai have been attracting an increasing number of visitors. Coming to Mu Cang Chai, tourists can see terraced fields of layer after layer everywhere stretching across hills. The terrain here features high mountains divided by streams and abysses, alongside the vast rolling pine forests.
The raspberry-shaped terraces, forests and streams being interwoven together have created an extremely spectacular landscape. The terraced fields are used for cultivation on hilly areas, and are also a means to effectively keep water supplied to the fields.
This is an "artificial wonder" that is nowhere else on Earth
In the ripe rice season, terraced fields look like golden waves winding on the middle of high hills. More specifically, on the cloudy days, the rice wave and cloud sea swirl together to create an enchanting space. This is an "artificial wonder" that is nowhere else on Earth.
Touching upon Mu Cang Chai terraced fields, the When On Earth website had to exclaim that "This is the most exquisite and enchanting beauty, and probably more unique than anywhere in the world."
In recent years, Mu Cang Chai terraced fields have emerged as an attractive tourist destination. Annually, Yen Bai province organizes diverse activities to attract visitors, including exploring the Muong Lo Cultural and Tourism Festival and the Mu Cang Chai Terraced Fields national relic site./.
By Vien Nhu
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Are you prepared for your new union partner?
Bloch is a partner in the Labor & Employment Practice Group of Cleveland-based Walter | Haverfield LLP.
The wolf may really be at the door!
The purpose of this outlandish statement is to capture the attention of employers and make them aware of the changes in union/employer election laws. If you think your company can remain competitive with a union, stop reading this. If you think your employees love you, stop reading this. On the other hand, if you are a pragmatic employer, this may be of some interest to you. The National Labor Relations Board (NLRB) has, throughout the term of the Obama administration, attempted to rearrange the playing field regarding union organizing. We all know that the union movement has reached its latest nadir with only 6.6% of private sector employers being organized. Unions have been mostly unable to organize employees. After all, what can they offer to employees? The record for unionized companies has been nearly as dismal as that of the unions that represent their employees. All we have to do is look at the reorganizations of the auto and steel industries. However, that was yesterday. Memories of workers are short. Additionally, the NLRB has, through its new rulings on workplace communications, minority bargaining units and other related areas, paved the way for the reunionization of some American industries. Additionally, franchiser/franchisee, contractor/subcontractor and single/joint employer rules are under attack at the NLRB with hearings underway at this moment that could determine franchisor liability for a franchisee's action. The recent "ambush" election rule provides the ideal vehicle for unions to storm your workplace. Once an organizing petition is filed with the NLRB, the time is too short for an employer to effectively respond. The new rules accelerate the union election process to such an extent that the unwary employer will be faced with a "fiat accompli" and an unexpected new business "partner." The greatest danger is that your organization might not even be aware of these new changes. In addition, there are so many more opportunities today for unions to target and communicate with employees. These are not your father's employees; they are mobile, technically savvy and reachable through means that your father could not have dreamed of. What can you and should you do as an employer? Start thinking like a union organizer. Identify where you are most vulnerable. Is your management fair, effective and trusted? How do your wages, benefits, safety or other working conditions compare with your competitors? Take a hard look at your place in the employee marketplace. Are you still competitive? It is an old "saw" but are you communicating with employees and are you listening? If you're not adequately communicating, then the only thing your employees might hear is the union propaganda. And once they hear it, under the new ambush election rules, you'll have little time to negate it. As we know, unions have been virtually impotent when it comes to organizing companies in the United States. However, because of this the lack of union organizing success, most employers have become complacent regarding union organizing threats. For most of today's employers, the thought of union organizing is completely off their radar screens. Consequently, more than likely, they don't have the knowledge or experience to ward off a union organizing campaign. Don't let this be you. Be vigilant. Keep informed on the latest NLRB changes and understand their potential impact on your workplace. Remember, NLRB actions affect both union and nonunion workplaces. Most importantly, maintain a strong relationship with one of your company's most valuable assets — its workforce. Don't give your workers any reason to want to listen to union rhetoric.


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challenge butter wiki
Challenge Dairy has created great tasting and healthy products for school meals, emergency preparedness, athletic events, field trips, and school breaks. Notes This is a Mistake Gear item.. By refusing to sell any butter that did not meet the highest standards, Challenge built a reputation for quality throughout the Western States. Vi skulle vilja visa dig en beskrivning här men webbplatsen du tittar på tillåter inte detta. The current editor(s) for PBG Gameplay is Todd Schlickbernd, a.k.a. Challenge Butter, Visalia, California. Kroger Extreme Couponing Smartphone Only Deals. Challenge Dairy Products, Inc. wholesales and distributes dairy products. This challenge is infamous for causing two contestants to strip naked for peanut butter and chocolate. Wiki researchers have been writing reviews of the latest butter keepers since 2016. Sign In. Questions? The Peanut Butter Conspiracy was an American, Los Angeles-based, psychedelic pop/rock group from the 1960s. Over dinner, he studied a mural on the wall that showed two elk coming together to spar for the position of "king of the forest." The below partial list focuses more on Internet … Once seared in piping hot Challenge Butter, it creates a crisp crust, which holds the juices into the meat and makes the moistest and most flavorful steak you've ever tasted. Welcome to the Fortnite Wiki. The new company owned a wagon but had to rent a horse to pull it. Perch (also known as Self-Destruction) is a recurring endurance challenge that originated in Survivor: The Australian Outback and has been used in later seasons. By refusing to sell any butter that did not meet the highest standards, Challenge built a reputation for quality throughout the Western States. Challenge Dairy Products, Inc. is a wholly owned subsidiary with California Dairies, Inc., (CDI) and represents over 600 dairy farm families. Class of 2000. The Peanut Butter Conspiracy Is Spreading (Columbia Records, March 1967) The Great Conspiracy (Columbia Records, December 1967) For Children of All Ages (Challenge Records, 1969) Compilations. PBG is very well-known for his Top 10s and Game Reviews". Challenge Butter, Visalia, California. The Challenge Butter Big Game Giveaway (the "Promotion") is open only to legal residents of the fifty (50) United States (including District of Columbia) who are at least thirteen (13) years old at the time of entry. Not sure where to start? PO Box 2369 4 Tracks. Challenge Butter, Only $1.99 at Kroger. This bow has no practical use and is more of a vanity item than a weapon. 1 Effects 2 Synergies 3 Interactions 4 No Effect 5 In-game Footage 6 Gallery 7 Trivia 8 Bugs Using an active item will drop it onto a pedestal on the ground. Born in Episode 18 Butter Balls and his twin Cheese Puff are the 5th and 6th Children of Aunt Ana. In The Witcher, there are several quests that span the entire game. Martin KAYMER GER Since progressing through Challenge Tour ranks in 2006 has won multiple Majors, Ryder Cups and reached number one in the world. Challenge european style butter helps you prepare better tasting foods. In most seasons, food temptations are offered in order to get contestants to drop out of the challenge. Jenna Morasca is the Sole Survivor of Survivor: The Amazon. It could have been obtained by placing top 100 in the Season 10 Leaderboards. Challenge Unsalted Butter, also known as "sweet butter," is 100% real cream butter but with no salt added. We've been 100% natural from the beginning. Challenger (OV-99) var den andra av den amerikanska rymdflygstyrelsen Nasas rymdfärjor som togs i bruk, efter Columbia.Dess jungfruresa skedde den 4 april 1983. Butter made from the milk of domesticated white goat. Butter is a lot like Jam - its spreadable, edible and all around unforgettable. SuperSafeway is a blog devoted to helping you find the best deals at Safeway in the Denver division. Isaac typically starts each challenge with one or more specific items which make normal play more difficult. 1 Rules 2 … Jelly Belly Candy Company, formerly known as Herman Goelitz Candy Company and Goelitz Confectionery Company, manufactures Jelly Belly jelly beans and other candy.. Create your Fandom account today! The Fortnite guide for Heroes, Missions, Rewards and more written and maintained by the players. When Isaac takes damage, there is a 2% chance one of Isaac's passive items will drop on the ground. Ingredients: Pasteurized Cream (From Milk), Natural Flavorings. Age of Ishtaria Wiki is a database about the units, gameplay, and other information that anyone can contribute to regarding either Android or iOS version of the game. Not to mention it tastes delicious :) www.challengedairy.com. I would not use this for baking, buy the regular Challenge butter sticks for that. With few exceptions, Treasure Rooms are not available during challenges. United States. Churned Daily. Top Chef: Charleston is the fourteenth season of the American reality television series Top Chef.The season was announced by Bravo on October 13, 2016, which premiered on December 1, 2016, and concluded on March 2, 2017. During the challenge, food items will be presented to the castaways in order to test their temptations. RatedSGames and editor for the well-known "Hardcore" series, and Jack M., … Very few people dare to simply visit every country. We are committed to the production of dairy-based food products, therapeutic powders, and ready-to-use therapeutic food (RUTF) to help treat severe malnutrition and meet humanitarian needs both domestically and internationally. It is a lighter option with fewer calories and no harmful ingredients. Register. Land O'Lakes was founded on July 8, 1921, in Saint Paul, Minnesota, by representatives from 320 cooperative creameries as the Minnesota Cooperative Creameries Association.This organization aimed to improve marketing and quality of butter, and thus increase the profitability of dairying.. Pick up one (1) Challenge Butter on sale for $3.49 with the Just for U digital coupon, limit 4 through 4/1. Girls Gone Wilder is the seventh episode of Survivor: The Amazon. He competed on Battle of the Sexes. Challenger hann göra nio uppdrag innan den exploderade under uppskjutningen den 28 januari 1986.. Den uppkallades efter HMS Challenger, som användes vid Challengerexpeditionen Året därpå ersattes NCC av Interserie, med flera deltävlingar runt om i Europa.. Delsegrare Explore some classic recipes and maybe discover a few new favorites along the way. Gamepedia. Challenge Butter, as Low as $0.74 in Store at Walmart. Garlic and browned Challenge Butter are the basic ingredients for this recipe, but what sets it apart more than anything else is sea salt rubbed onto dry meat. Try an elk of a cream cheese. An evening with Nick Butter. Our number one goal is to fill your ears with tasty grooves. Chicago. IGN's Tony Hawk's Pro Skater 1 & 2 Wiki Guide & Walkthrough has details on every hidden challenge in Tony Hawk's Pro Skater 1 & King Soopers. Though his brother was mysteriously born with red hair, Butter Balls atleast has natual hair that somehow is the same colour as Vaggy's. Most challenges are designed to increase the difficulty of the … Middle distance races, full distance races, olympic distance races, sprint distance races, and more! Choose from contactless Same Day Delivery, Drive Up and more. In addition to being used in dishes like stews and meuniere, it's often used when making cakes and other sweets. It is good for training accuracy on static targets, however. Social and cultural phenomena specific to the Internet include Internet memes, such as popular themes, catchphrases, images, viral videos, and jokes.When such fads and sensations occur online, they tend to grow rapidly and become more widespread because the instant communication facilitates word of mouth transmission.. 1 Profile 2 Survivor 2.1 Voting History 3 Post-Survivor 4 Trivia 5 References Retrieved from CBS.com Heidi Strobel received a Bachelor of Arts … All rights reserved. Challenge Cream Cheese, Just $0.80 at Portland Safeway Stores! Real Difference. Find your Challenge Family Race here! Since 1911. She is best known for stripping for peanut butter and chocolate cookies with Jenna Morasca. Challenger kan avse: . Heidi Strobel is a contestant from Survivor: The Amazon. Challenge Foodservice is the butter and dairy expert that you can rely on for all of your dairy needs, but we can provide you with more of what you need in a single delivery. Challenge whipped butter tubs and European Style sticks are on sale at Safeway for $2.50, through July 17th. She also proved to be a challenge threat, winning four key individual … The frequency of the effect depends on … After becoming Challenge Tour Number One in 2000 has gone on to win The Open, multiple Ryder Cups and more than ten titles on the European Tour. Challenge Butter Sale - European or Whipped Only $1.50 Time for another hot butter sale! This challenge was alternatively titled the 500 Subs Challenge. Connecting decision makers to a dynamic network of information, people and ideas, Bloomberg quickly and accurately delivers business and financial information, news and insight around the world. David Edward "Puck" Rainey was a contestant from The Real World: San Francisco. Plus, earn up to 1.5% member rebates to maximise your big-ticket tech purchase. Kroger Extreme Couponing Smartphone Only Deals. Fry's. Churned Daily. Each challenge unlocks new content for the game, such as runes when completed. They were challenging the other dairy organizations with a product that was known for its quality. 1M likes. In the PC version, every Steam achievement exactly corresponds to one secret in-game, whereas only a handful of secrets are represented … Challengerexpeditionen – en vetenskaplig expedition 1872-1876 . May 27, 2020. deals. The band is known for lead singer Barbara Robison and for briefly having Spencer Dryden of Jefferson Airplane as a band member. Find out more about the wiki on the help wiki page. Endurance charge Power charge Frenzy charge. Challenger charges are charges obtained through the Gladiator ascendency. Legend has it that the company was named after a painting featuring two elks dueling and featuring the words "The Challenge." Stream Tracks and Playlists from Butter on your desktop or mobile device. At the immunity challenge, Heidi and Jenna stripped naked in exchange for peanut butter and chocolate. On January 2, 1911, The Challenge Cream & Butter Company opened for business in a rented storeroom in Los Angeles to sell the products of cooperative creamery associations in Riverdale and Tulare. The Elite Challenger is a secret Legendary pet in Bubble Gum Simulator. Dublin, CA 94568 Survivor Wiki has provided comprehensive, spoiler-free information about Survivor since 2006, and you can join in! The company is based in Fairfield, California, with a second manufacturing facility in North Chicago, Illinois.A distribution and visitor center in Pleasant Prairie, Wisconsin began liquidation and closure on … Churned from pasteurized sweet cream. One of the most noteworthy is the Fistfight quest. Immunity Challenge: The castaways must stand onto a perch as long as they can. Recipes The best ingredients make the best recipes.
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2020 challenge butter wiki


Electrical energy fuels our economy, lights our homes, and provides a conduit for entertainment and communications. Our ever-increasing reliance on electricity is driving the need for skilled electrical workers, and now more than ever there are opportunities in this exciting field.
This program prepares you to enter an electrical apprenticeship in construction (309A) or industrial (442A) sectors, or to work in other electrical-related fields, in manufacturing, supply chain, fire alarm or renewable energy. If you enjoy creative problem solving, working with your hands and exploring innovative technology, this is the program for you.
This Ontario College diploma program offers completion in two-years, or in two-and-a-half years, when following the optional co-op stream. You will learn electrical theory, code regulations and blueprint reading throughout the program. Your extensive shop time will include a progression through residential, commercial and industrial wiring methods. In addition, you will develop an understanding of control strategies and technology in motors, programmable logic controllers (PLC) and automation shops. Levels 1 and 2 of the trade schooling for an Ontario electrical apprenticeship are embedded in the program and this will provide you with a recognized advantage when starting your career.
Conestoga's Doon (Kitchener) campus is home to one of the largest electrical training facilities in the province. This, combined with small class sizes, ensures you develop hands-on skills in many of our dedicated electrical shops.
Significant portion of your class time will be hands-on. You will develop troubleshooting and tool skills as you complete shop projects including both individual and group activities that enhance your ability to work within a team.
The co-op option will further enhance your employability. You will gain a year's worth of on the job experience and be able to demonstrate your skills to employers while building your resume.
Students living outside of Ontario are not eligible to apply.
Grade 11 or 12 Physics or Science or Conestoga College Preparatory Physics, technical shops/labs, technical drafting, electricity, and electronics are desirable but not mandatory.
Basic computer literacy in spreadsheets and word processing is expected.
To be considered for admission to the co-op stream, students are required to achieve a minimum 2.5 SWA (65% session weighted average) and no failures in any ELEC, ELCN or INST courses.
A sound mathematical and English background is important for success in this program and is considered during the admissions selection process. Minimum cutoffs apply.
Students are expected to demonstrate the same attention to punctuality, attendance and conduct as would be required by the business or industry in which they expect to be employed.
Students are required to provide their own CSA-approved (Omega symbol recommended) footwear, safety glasses and specified hand tools. The College will provide all other required tools.
To be eligible for a co-op work term, students must have a minimum of 2.5 SWA (65% session weighted average) and no failures in any ELEC, ELCN or INST courses.
Opportunities include an industrial electrical apprenticeship, construction and maintenance electrical apprenticeship, various electrical technician roles including testing, quality control, and panel building. Other opportunities may involve sales and design.
On average, 93% of co-op and 91% of non co-op graduates from the last three years (2015 to 2017) found employment within six months of graduation.
Description: In this course the student will cover the theory and principles of operation of various electronic devices and semiconductor materials. Students will develop, assemble, analyze, measure and troubleshoot circuits using a variety of test equipment. The role of electronic circuits in the electrical industry and common circuit arrangements will be examined.
Description: In this course the student will examine and interpret the Rules and Regulations of the Canadian Electrical Code (CEC) as they pertain to a basic electrical installation. The general layout and navigation methods of the CEC are examined. Emphasis is directed to the interpretation, intent, and rationale of the general sections of the CEC as required in residential installations. This course will assist the student in developing the skills necessary to read construction and electrical drawings for a single-family dwelling.
Description: This course will provide the student with a comprehensive overview of electrical fundamentals. Electron theory, voltage, current, and resistance are studied as well as electrical and mechanical energy. The student will solve mathematical problems for series, parallel, and combination direct current (DC) circuits using Ohm's and Kirchhoff's Laws. Students will analyze common methods of producing electricity including renewable and clean energy sources. This course examines magnetism including associated laws and calculations. The theories of magnetism are applied to further the students' understanding of DC generators and motors.
Description: In this course the student will connect and install typical equipment and associated branch circuit wiring found in residential construction. The student will be required to develop electrical diagrams and ensure the installations conform to the Canadian Electrical Code and professional trade practices.
Description: This practical course calls upon the students to develop, connect and troubleshoot various types of electrical control circuits, with an emphasis on the operation of pilot devices and control relays. The student will be required to develop schematic and wiring diagrams to trade standards.
Description: Building on the content covered in Prints & Standards I, the student will further examine and interpret the rules of the Canadian Electrical Code as they pertain to electrical installations. Through the use of sample scenarios, the student is provided the opportunity to gather, interpret and transpose information from a variety of resources including specifications, blueprints, layouts and site requirements in order to facilitate an efficiently run project.
Description: In this course the student will study the fundamentals of alternating current (AC) theory beginning with the development of a sine wave to current, voltage, and power relationships. The student will analyze the operation and control of AC devices including motors and generators such as wind turbines and other renewable and green energy systems. Characteristics of resistance, inductance and capacitance and their effects on AC circuitry will be examined. Single-phase induction machines are studied along with their associated control devices with respect to operating characteristics.
Description: This practical hands-on course will provide the student with the ability to apply proper installation techniques for various types of cables, conduits, raceways, ducts, and tubing used in residential, commercial, and industrial environments. The student will apply proper tool use and wiring techniques to ensure proper mechanical and electrical continuity is maintained throughout each installation and the installation is compliant to all applicable codes.
Description: This course is designed to provide the student with the skills and knowledge necessary to examine the operating characteristics of direct current (DC) machinery, circuits and associated apparatus. The student will be expected to test, measure and troubleshoot DC circuits and explain the results/operation to an acceptable trade standard. Students will apply common trade practices and Canadian Electrical Code rules to set up, connect and test DC equipment.
Description: In this course students will study the application of instrumentation and process control systems as it relates to the electrical trades. Control systems using temperature, pressure, level and flow measurements will be explored using various measurement devices. Students will work with SI and Imperial measurement systems, develop simple instrumentation diagrams and interpret manufacturers' documentation.
Description: The Alternating Current (AC) Motor Lab course combines the practical applications of motor operation and control with the supporting theoretical analysis of these circuits. Students will interpret schematic diagrams in order to design, construct, operate, and revise a variety of common control circuits used in industry. Emphasis is given to the application of professional and industry standards with respect to diagram preparation and wiring techniques. Students are required to record voltage and amperage readings and compare theoretical to actual values.
Description: In this course the student will examine and interpret the rules and regulations of the Canadian Electrical Code as they pertain to service, feeder and branch circuits in commercial applications. Procedures to determine proper conductor, raceway, and equipment installation for commercial applications are identified and examined. A set of construction prints and specifications will be used to determine: site features, methods of construction, layout of equipment, and determine the electrical characteristics of mechanical, power distribution, and lighting equipment.
Description: The students will study the fundamentals of alternating current (AC) theory such as the development of the sine wave as well as current and voltage relationships in resistive, inductive and capacitive circuits. Students will study circuits with respect to power factor and common methods used in industry to apply proper power factor correction techniques in single phase circuits. The construction, design, and principles of operation of induction motors and single phase transformers will also be studied and supported with typical ratio, power, and efficiency calculations.
Description: This practical course calls upon the student to install, connect, and troubleshoot various types of building systems such as security, automation, and communication systems, with an emphasis on fire alarms and associated equipment and theory of operation. The student will demonstrate the ability to develop schematic and wiring diagrams from material data sheets and manufacturers literature.
Description: This course exposes the student to the programming and application of a Programmable Logic Controller (PLC). Students will demonstrate the ability to input and troubleshoot various functions used in PLC language and addressing requirements including: common relays, timers, counters, and other functions. Students will also demonstrate the ability to test PLC inputs and outputs, as well as identify methods of hard wiring PLC's to equipment.
Description: Students will examine and interpret Canadian Electrical Code (CEC) requirements pertaining to commercial and light industrial installations, including common mechanical and electrical equipment associated with industrial facilities. The student will also develop single line, schematic, ladder, layout, and wiring diagrams for various single phase and three phase systems based on the CEC and project drawings and specifications. Students will examine and interpret CEC requirements for power distribution and installation of medium voltage distribution equipment.
Description: Students will study the characteristics of various types of three-phase systems, including Wye, Delta, and Open Delta, and compare them to single phase systems. Students will determine and calculate voltage, current, and power in 3-phase series and parallel resistive-capacitive-inductive (RCL) circuits, as well as the effects of power factor in these circuits. The construction, design, and principles of operation on various types of transformers, synchronous machines, and alternators are also studied in this course. Alternative energy sources will be looked at and sized in accordance with industry standards.
Description: This course calls upon the student to identify and connect various types of single-phase and three-phase transformer configurations to feed various types of circuits. Students will determine and test for transformer polarity to correctly connect transformer windings in series and parallel. Single-phase transformers will be connected into common types of three-phase transformer banks. Loads will be connected in different single phase and three phase configurations both series and parallel. The student will measure current and voltage in specific areas in circuits to determine other values such as power, percent loading, and efficiency. Students will abide by all Canadian Electrical Code rules as well as proper safety procedures.
Description: This project based course will use a Programmable Logic Controller (PLC) or a Smart Relay as the hub of various devices used in industrial automation. Students will incorporate the use of various types of field devices, process control techniques, as well as variable frequency drives (VFD's) to control three-phase induction motors. Students will develop PLC programs using a variety of manufacturers and languages such as ladder logic and function block. Various types of communication between components will also be studied in this course. The students will incorporate a variety of industrial automation concepts into a larger scale project that will utilize these components and concepts into a practical, relevant, and working application.
Communicate information effectively, accurately by analyzing, translating, and producing electrical drawings and other related documents and graphics.
Apply the principles of mathematics and science to analyze and solve routine technical problems related to electrical technology found in residential, industrial and commercial settings.
Use, calibrate, and maintain typical industrial instrumentation and test equipment.
Follow established procedures to verify acceptable function of and use a variety of troubleshooting techniques to identify problems with electrical circuits, equipment, and systems found in residential, industrial, and commercial settings.
Assemble and commission electrical circuits and equipment that fulfill industrial job requirements and specifications.
Commission and troubleshoot rotating electrical machines for a variety of residential, industrial and commercial applications.
Select and apply electrical cabling requirements and verify system grounding for a variety of residential, industrial, and commercial applications.
Contribute to the design of industrial electrical circuits, equipment, components, and systems.
Analyze and troubleshoot electrical circuits and electronic circuits found in residential, industrial and commercial settings.
Analyze and troubleshoot a variety of control systems found in industrial settings.
Use computers to support the electrical environment.
Assist in conducting quality control and quality assurance procedures.
Prepare and maintain records and documentation systems appropriate to industrial needs.
Apply principles of networking, microprocessor systems, instrumentation, telecommunications, and other related technologies to the completion of electrical engineering tasks.
Apply knowledge of appropriate safety procedures and standard shop practices to electrical engineering workplaces.
Perform tasks in accordance with relevant law, policies, procedures, standards, regulations, and ethical principles required in residential, industrial and commercial settings.
Select and test instrumentation devices used for the measurement and control of temperature, pressure, flow, level, position and force.
Connect and troubleshoot basic hydraulic systems found in residential, commercial and industrial settings..
Draw, interpret and use drawings, plans and specifications for the purposes of industrial estimation and installations.


This army of alchemist-soldiers represents the most scientifically advanced military to hit the battlefields in the modern age. After their former headquarters was seized by hostile forces, the Guard reformed under the direction of a new patron and a cadre of radical leaders who advocate a more aggressive agenda. Emerging from smoke-filled laboratories and workshops, their faces veiled by gas masks and their bodies protected by advanced gear, they stand ready to use whatever force is required to reclaim what they lost and to secure their rightful place among the great powers of the Iron Kingdoms.
Clocking in at $229.99 US for 30 models, it's a decent deal when looking to start a new army, and I'm personally very excited to pick these models up. Especially the Crucible Guard Rocketmen! I've not had a chance to use the new Privateer Press resin and metal miniatures, and I know that's what they're making the MonPoc minis out of. So the sooner I can play around with them, the better.