MC Laser Labs offers custom CNC cutting in Portland, capable of carving, engraving, and 3D-milling various sheet goods, such as wood, plywood, and acrylic. Our CNC router features a 4' x 8' bed with a Z-axis of 7", which gives us a generous amount of space to work with. Our CNC routing services can transform a stock piece of material into just about anything—components for a schematic, intricate sculptures or carvings, or storefront signs for your business. The possibilities are about as limitless as your imagination. CNC machining services rely on digital instructions from either a Computer Aided Manufacturing (CAM) or Computer Aided Design (CAD) program that produces special files that can render 3-D objects digitally. This 3-D design is then interpreted by the CNC machine as precise instructions for cutting. There's no matching the capabilities of the specialized computers and machines that we have at our disposal. Automated CNC routing services such as ours improve both the speed and accuracy with which 3-D objects can be created.
Our custom CNC cutting process goes a little something like this: First, we create a CAD design, along with some special code that our CNC machine can understand. We load up the program and perform a test run to ensure that there are no initial problems. This step of the process is creatively called "cutting air", because that's exactly what the machine does at this stage. This way we can avoid potential mistakes with factors such as the speed or position of the tool, which could result in damage to the materials or our machine. We then do it for real and adjust accordingly. Because of the precision that our CNC machining service offers, we can create incredibly complex shapes that would otherwise be nearly impossible. Another unrivaled benefit of our CNC routing service is our ability to consistently repeat the process in exactly the same manner again and again, producing as many identical objects as you wish.


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Thank you for your kind words. I will work on it!
e-newsletter service. Do you have any? Kindly permit me recognise so that I may subscribe.
There should be a 'follow by e-mail' link on the blog.


Geoscience degrees (Geography, Geology, Geophysics or connected) are a great choice for undergraduate students, and supply graduates a wide range of opportunities. Geoscience students have ripped transferable skills, like verbal reasoning skills, time management, debating abilities, are literate and numerate, and may construct arguments, summarise complex situations, and write persuasively. With a good Geoscience degree, pupils can continue an extensive range jobs, including graduate schemes, law (after a conversion course), bookkeeping, advertising and marketing, media, business, finance, banking, tourism, industry, manufacturing an such like.
Vocations that use these abilities could feature: environmental administration, town or civic preparation, GIS expert (doing work in a wide array of areas), geology, threat and danger assessment, preservation, housing and social preparation, chartered surveying, development, training, study, academia etc. Many of these will, but need further instruction and sometimes will demand a masters level or a PhD.
There are lots of activities to do to enhance your employability beyond your level. Businesses are looking for commitment, work knowledge, intelligence, duty, capability to work in a group and unsupervised. Think of voluntary work or work experience you could do strengthen your employability away from level, including becoming the president of students culture. But bear in mind that should your voluntary work appears like any occasion, companies will treat it as a result.
There was even more of use information available from the .
If you're contemplating studying Geography, Geology or any other Geoscience level at University, you're probably thinking about your UCAS form and perchance even an interview. Exactly what can you will do to make sure you ace it and get that necessary provide? Well, here are a few ideas straight through the horse's mouth.
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text:
Q: Eliminating C++ diamond inheritance by passing a pointer to "this" to base constructor I understand how C++ solves the diamond problem in multiple inheritance by using virtual inheritance. Suppose the following situation:
class A {
  int num;
public:
  int get_num() const { return num; }
};

class B : public A {
  void foob() { int x = get_num(); }
};

class C : public A {
  void fooc() { int x = get_num(); }
};

class D : public B, public C {
  void food() { int x = get_num(); }
};

The get_num() call is ambiguous inside food(). I know I can fix it either by calling A::get_num() or by virtual inheritance using virtual public A. But I can see a third approach:
class A {
  int num;
public:
  int get_num() const { return num; }
};

class B : public A {
  void foob() { int x = get_num(); }
};

class C { // won't inherit from A anymore
  const A& base; // instead keeps a reference to A
  void fooc() { int x = base.get_num(); }
public:
  explicit C(const A* b) : base(*b) { } // receive reference to A
};

class D : public B, public C {
  void food() { int x = get_num(); }
public:
  D() : C(this) { } // pass "this" pointer
};

The external code doesn't need to consider C as an A.
Considering it has no impacts on my particular class hierarchy design, are there any advantages of the third approach over the virtual inheritance way? Or, in terms of cost, it ends up being the same thing?

A: Congratulations ! You've just re-invented the principle of composition over inheritance !
If this works with your design, it means that C was in fact not a kind of A, and there was no real justification to use inheritance in first place.
But don't forget the rule of 5 ! While your approach should work in principle, you have a nasty bug here : with your current code, if you copy a D object, its clone uses the wrong reference to the base (it doesn't refer to it's own base, which can lead to very nasty bugs...
Demo of the hidden problem
Let's make A::get_num() a little bit more wordy, so that it tells us about the address of the object that invokes it:
int get_num() const {
    cout << "get_num for " << (void*)this <<endl;
    return num;
}

Let's add a member function to C, for the purpose of the demo:
void show_oops() { fooc(); }

And same for D:
void show() { food(); }

Now we can experiment the problem by running this small snippet:
int main() {
    D d;
    cout<<"d is  "<<(void*)&d<<endl;
    d.show();
    d.show_oops();
    D d2=d;
    cout<<"d2 is  "<<(void*)&d2<<endl;
    d2.show();
    d2.show_oops();
}

Here an online demo. You will notice that d2 does produce inconsistent results, like here:
d is  0x7fffe0fd11a0
get_num for 0x7fffe0fd11a0
get_num for 0x7fffe0fd11a0
d2 is  0x7fffe0fd11b0
get_num for 0x7fffe0fd11b0
get_num for 0x7fffe0fd11a0        <<< OUCH !! refers to the A element in d !!

Not only do you refer to the wrong object, but if the d object would decease, you would have a dangling reference, so UB.

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Our wonderful story starts back in 1973 when the first Monsoon boutique opened on London's Beauchamp Place. Peter Simon (our founder) had returned from a life-changing road trip around Asia – determined to share the colorful marvels of his experience. And the first Monsoon collections featured gorgeous bohemian clothes made in Indian villages using hand-loomed cotton fabrics, organic vegetable dyes and artisanal block-printing techniques.Ten years later came the launch of our Accessorize brand with the debut of its very first store on the Piazza in London's Covent Garden – a one-stop destination for the on-trend finishing touches that complete every great fashion look.Today, our two great sister brands have an international presence with over 1,000 stores around the world. Throughout the UK and much further afield, each is recognised for its unique identity and distinctive handwriting inspired by mesmerizing colours, patterns, textures and hand-craft techniques from magical, faraway places.
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The HITRUST Common Security Framework (CSF) is a comprehensive and certifiable security framework used by healthcare organizations and their business associates to efficiently approach regulatory compliance and risk management. HITRUST unifies recognized standards and regulatory requirements from NIST, HIPAA/HITECH, ISO 27001, PCI DSS, FTC, COBIT, and can be completed according to SOC 2 criteria, making it the most widely-adopted security framework in the U.S. healthcare industry.
Satisfying the requirement by many health organizations that their Business Associates are in compliance with the HITRUST CSF.
Providing a competitive advantage by demonstrating that your company has implemented the necessary controls to safeguard sensitive ePHI and mitigate the risk of it being compromised.
Establishing a security framework that incorporates a variety of standards and regulatory requirements including those associated with a SOC 2 / AT 101 assessment.
We focus on business associates and understand the application of HITRUST to your business.
A-LIGN is a certified HITRUST Assessor and a licensed CPA firm.
LET US ANSWER ANY OF YOUR QUESTIONS ABOUT HITRUST AND HOW IT APPLIES TO YOUR COMPANY.


text:
Asociația Fotbal Club Astra Giurgiu rumunjski je nogometni klub iz grada Giurgiu. Trenutačno se natječe u Ligi I, najvišoj razini rumunjskog klupskog nogometa.

Klub je osnovan 1921. godine u Ploieștiu kao Clubul Sportiv Astra-Română.  Većinu svog postojanja proveo je u nižim rangovima rumunjskog nogometa. Godine 1990. Ioan Niculae postao je vlasnik kluba. Od tada Astra počinje ostvarivati uspjehe. U sezoni 1997./98. ostvaruje plasman u Ligu I. U rujnu 2012. godine klub prelazi iz Ploieștia u Giurgiu. U europskim natjecanjima Astra je prvi put igrala u sezoni 2013./14. kada je u okviru Europske lige igrao protiv Domžalea. U sezoni 2015./16. osvaja domaće prvenstvo po prvi put.

Tradicionalne boje kluba su crna i bijela. Najveći rival kluba je Petrolul Ploiești. Od 2012. godine domaće utakmice igra na stadionu Stadionulu Marin Anastasovici.

Imena kroz povijest
 1921. – 1934.: Clubul Sportiv Astra-Română
 1934. – 1937.: Astra Română Câmpina
 1937. – 1938.: Astra Română Ploiești
 1938. – 1945.: Colombia Ploiești
 1945. – 1959.: Astra Română Ploiești
 1959. – 1990.: Rafinorul Ploiești
 1990. – 1996.: CS Astra Ploiești
 1996. – 1998.: AS Danubiana Ploiești
 1998. – 2005.: SC FC Astra Ploiești
 2005. – 2007.: CSM Ploiești
 2007. – 2009.: FC Ploiești
 2009. – 2012.: FC Astra Ploiești
 2012. – danas: FC Astra Giurgiu

Uspjesi
Liga I
 (1): 2015./16.
 (1): 2013./14.
Liga II
 (1): 1997./98.
 (1): 2008./09.
Liga III
 (1): 2007./08.
Cupa României
 (1): 2013./14.
 (2): 2016./17., 2018./19.
Supercupa României
 (2): 2014., 2016.

Poznati igrači
  Gheorghe Andronic
  Dario Čanađija
  Toni Gorupec
  Alexandru Mățel
  Filip Mrzljak

Izvori

Vanjske poveznice
 Službena web-stranica

Rumunjski nogometni klubovi

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At the bottom right of the Start Menu are three icons.
Go to the Control PanelSelect System Maintenance and then Power Options if it is the Default View or Select Power Options if it is the Classic ViewUnder your current plan, click on Change plans settingsClick on Change advanced power settingsClick on the + by Power buttons and lidClick on the + by Start menu power buttonFor the Setting, select Sleep, Hibernate or ShutdownClick on Apply and OKNow when you hover over icon, you can see the action it will take.
There are likely Windows Features running on the computer you don't need.
6. From here you can check or uncheck any entries you want.
By default, the sidebar can take up a unwanted room on the desktop. You also can't put icons on the space it uses.
you can detach individual gadgets.


Abstract : Parallelizing software is a popular way of achieving high energy efficiency since parallel applications can be mapped on many cores and the clock frequency can be lowered. Perfect parallelism is, however, not often reached and different program phases usually contain different levels of parallelism due to data dependencies. Applications have currently no means of expressing the level of parallelism, and the power management is mostly done based on only the workload. In this work, we provide means of expressing QoS and levels of parallelism in applications for more tight integration with the power management to obtain optimal energy efficiency in multi-core systems. We utilize the dataflow framework PREESM to create and analyze program structures and expose the parallelism in the program phases to the power management. We use the derived parameters in a NLP (NonLinear Programming) solver to determine the minimum power for allocating resources to the applications.


text:
Kym Weed, Ph.D.
Teaching Assistant Professor, Co-Director of HHIVE Lab, and Associate Director of MA Concentration in Literature, Medicine, and Culture in the Department of English and Comparative Literature at the University of North Carolina at Chapel Hill
C19 Bacteriology & Literature: "Our Microbes"
T. Mitchell Prudden. The Story of Bacteria and Their Relations to Health and Disease (1889).
I merge my backgrounds in microbiology and literary studies in my book project, "Our Microbes: Imagining Human Interdependence with Bacteria in American Literature, Science, and Culture, 1880-1920." I argue that, in making microbes visible, bacteriology prompted diverse imaginative modes to accommodate and make sense of the microbial world. Whereas scholars such as Laura Otis and Nancy Tomes have traced literary and cultural responses to anxiety about contagion, this project examines a powerful counternarrative in which the microbial world may be harnessed and put to use by individuals and industries. My analysis of literary texts, bacteriology textbooks, diaries, scientific articles, newspapers, and popular periodicals demonstrates that Americans mitigated the perceived threat of microbes by narrating them as personified characters capable of assisting human endeavors. In so doing, authors and bacteriologists both extended agency to microbes and domesticated them into an increasingly diverse and interwoven world. Real and imagined relations to the microbial world—from employing microbial labor in the fermentation industries to imaginatively partnering with microbes in fiction—offered alternative ways of seeing human relationships across national, racial, or class divisions, even if only imaginatively. Transatlantic writers like H. G. Wells, Mark Twain, and Alice James drew on and critiqued the optimistic narrative emerging from bacteriology and brought it to bear on their representations of the human world.
A portion of the project that considers Mark Twain's later fiction alongside contemporaneous American bacteriologist Herbert W. Conn appeared as "Microbial Perspectives: Mark Twain's Imaginative Experiment in Ethics" in Literature and Medicine in 2019.
Collaborative Health Humanities Research
With Jane Thrailkill and Jordynn Jack, I founded the HHIVE Lab (Health and Humanities: An Interdisciplinary Venue for Exploration), one of the first labs of its kind, in 2015. In the lab, we designed interdisciplinary projects that investigate the narratives that shape local individuals' experience of health and disability, hosted monthly Health Humanities Grand Rounds, and served as a hub for interdisciplinary research and teaching. You can learn more about HHIVE research projects by watching this short video.
In HHIVE, I regularly mentor graduate and undergraduate students as they experiment with interdisciplinary research methods and collaborative practices that are rare in humanities departments. You can read more about my experience integrating collaborative research in health humanities teaching in the Journal of Medical Humanities article that I co-authored with Sarah Ann Singer, Jennifer Edwell, Jordynn Jack, and Jane Thrailkill, "Advancing Pre-Health Humanities as Intensive Research Practice: Principles and Recommendations from a Cross-Divisional Baccalaureate Setting" (2017) here.
Students and faculty discuss the Falls Narrative Study and other research projects in the HHIVE Lab.
Jane Thrailkill, Kym Weed, Sue Coppola, and Molly Brewer at the Wellcome Library after presenting Falls Narrative Study research at the CHCI Medical Humanities Summer Institute at King's College London, June 2016
With collaborators in the Department of English & Comparative Literature and the Division of Occupational Therapy, including Molly C. Brewer, Sue Coppola, Jordynn Jack, and Jane Thrailkill, I designed and implemented the Falls Narrative Study, a human-subjects research project that paired health humanities students with older adults to elicit written narratives about falling down. Falling is recognized as pivotal event in the lives of older adults, often marking the transitional moment where activity is curtailed, and at times, living independently gives way to assisted or nursing home living. Yet, research on falling has historically been framed in terms of objective risk factors like environment and medications. While these studies offer important information about the mechanics and causes of falls, they have not sought to identify the personal experience of falling, recovering from a fall, and living with a risk of falling. In short, most falls research does not examine first-person phenomenological accounts of how older adults themselves narrate their experiences and perceptions about the risk of falling; nor does it investigate how expressing their memories, feelings, and beliefs in narrative form may influence older adults' feelings of self-efficacy, safety, and well being. The Falls Narrative Study takes seriously the narratives of older adults and the importance of narrative structure in understanding how older adults make meaning out of a fall experience.

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