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Clarabella Doom
This oven-baked ham recipe is so simple, with no scoring and no studding with cloves. This recipe uses a moist heat cooking method for the first half, and the ham is finished with a blast of high heat to caramelize the surface. The result yields meat that is juicy, tender, and full of flavor. This baked ham recipe is perfect for entertaining!
Last Christmas, I bought a half, bone-in ham from Dakin Farm. I scored it, studded it with cloves, and baked it as directed for 10 minutes a pound at 325ºF. During the last 15 minutes, I cranked up the heat and brushed it with a simple glaze, a mix of brown sugar, maple syrup, and freshly squeezed orange juice.
In geometry, a simple polygon is a polygon that does not intersect itself and has no holes. That is, it is a piecewise-linear Jordan curve consisting of finitely many line segments. These polygons include as special cases the convex polygons, star-shaped polygons, and monotone polygons.
Simple polygons are commonly seen as the input to computational geometry problems, including point in polygon testing, area computation, the convex hull of a simple polygon, triangulation, and Euclidean shortest paths.
A simple polygon is a closed curve in the Euclidean plane consisting of straight line segments, meeting end-to-end to form a polygonal chain. Other than the shared endpoints of consecutive line segments in this chain, no two of the line segments may intersect each other.[1] The qualifier simple is sometimes omitted, with the word polygon assumed to mean a simple polygon.[2]
According to the two ears theorem, every simple polygon that is not a triangle has at least two ears, vertices whose two neighbors are the endpoints of a diagonal.[7] A related theorem states that every simple polygon that is not a convex polygon has a mouth, a vertex whose two neighbors are the endpoints of a line segment that is otherwise entirely exterior to the polygon. The polygons that have exactly two ears and one mouth are called anthropomorphic polygons.[15]
Every convex polygon is a simple polygon. Another important class of simple polygons are the star-shaped polygons, the polygons that have a point (interior or on their boundary) from which every point is visible.[1]
Other computational problems studied for simple polygons include constructions of the longest diagonal or the longest line segment interior to a polygon,[12] of the convex skull (the largest convex polygon within the given simple polygon),[28][29] and of various one-dimensional skeletons approximating its shape, including the medial axis[30] and straight skeleton.[31] Researchers have also studied producing other polygons from simple polygons using their offset curves,[32] unions and intersections,[10] and Minkowski sums,[33] but these operations do not always produce a simple polygon as their result. Indeed, for intersection and difference operations, care is needed to ensure that the result is a two-dimensional region, rather than a set that might also include one-dimensional features or even isolated points.[10]
Every finite set of points in the plane that does not lie on a single line can be connected to form the vertices of a simple polygon (allowing 180 angles); for instance, one such polygon is the solution to the traveling salesperson problem.[35] Connecting points to form a polygon in this way is called polygonalization.[36]
The visibility graph of a simple polygon connects its vertices by edges representing the sides and diagonals of the polygon.[2] It always contains a Hamiltonian cycle, formed by the polygon sides. The computational complexity of reconstructing a polygon that has a given graph as its visibility graph, with a specified Hamiltonian cycle as its cycle of sides, remains an open problem.[38]
The Simple Expression Language was a really simple language when it was created, but has since grown more powerful. It is primarily intended for being a very small and simple language for evaluating Expression or Predicate without requiring any new dependencies or knowledge of other scripting languages such as Groovy.
The simple language requires camel-bean JAR as classpath dependency if the simple language uses OGNL expressions, such as calling a method named myMethod on the message body: $body.myMethod(). At runtime the simple language will then us its built-in OGNL support which requires the camel-bean component.
As the XML DSL does not have all the power as the Java DSL with all its various builder methods, you have to resort to use some other languages for testing with simple operators. Now you can do this with the simple language. In the sample below we want to test if the header is a widget order:
Thanks, this is a very nice video!
Also, I'm a fan of Clojure and other multi-paradigm languages (like F# where "active patterns" is kind of "multi-methods").
Some comments:
1)
"Clojure and Haskell refs compose value and time"... So is this like reactive programming?
Like programming set-operations against a set of events (event storage/event loop/audit trail/transaction log/history/whatever you call it)?
2)
Pattern matching is very close to multi-methods ("polyphormism ala carte").
Multi-methods can be used to separate the reasoning from the method. So, yes, you can think it makes this one method simpler. But there is still this reasoning somewhere.
"Polyphormism ala carte" has its places, but replacing matching everywhere as best practice would just hide information (a bit like IoC).
This simple sourdough focaccia can be topped with just about anything you can imagine. My favorite is rosemary, chopped cherry tomatoes, pitted kalamata olives, coarse sea salt, and good quality olive oil. Traditionally, Ligurian focaccia (and as shown in the recent Salt Fat Acid Heat episode on Netflix) is topped with a salty brine. Instead, I love dusting the top with coarse sea salt: the chunky crystals bring unexpected pops of flavor.
Deactivating Really Simple SSL will revert your site back to It is possible to deactivate Really Simple SSL and keep SSL, see the following article for more information: -simple-ssl.com/knowledge-base/can-deactivate-really-simple-ssl-activating-ssl/
When a vulnerability is detected you will get notified accordingly. With Vulnerability Measures you can configure simple, but effective, measures to make sure a missed notification is not the end of the world.
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