Safety  ## simplification through generalization key: enable programmer to directly express intent ⇒ elevate coding the simplification would come from generalization.” — Bjarne Stroustrup (ACM HOPL-III, 2007)  ##### Simplification... by to WG21 & conferences Because it was key to simplification: Metaclass functions and parameter passing were the two biggest sources of simplification in Cpp2, because they let programmers declare their

adaptor closure object D, the expression C | D produces another range adaptor closure object E. Simplification: The following expressions are equivalent: • E(R) • D(C(R)) • R | C | D • R | (C | D) Range adaptor closure object D, the expression C | D produces another range adaptor closure object E. Simplification: The following expressions are equivalent: • E(R) • D(C(R)) • R | C | D • R | (C | D) Range adaptor closure object D, the expression C | D produces another range adaptor closure object E. Simplification: The following expressions are equivalent: • E(R) • D(C(R)) • R | C | D • R | (C | D) Range

Simplicity for C++ 10 esp. for programmers cppfront: What’s new Types, reflection, metafunctions, … Simplification through generalization Compatibility for C++ Why • What kind • What plan 3 green-field language Simplicity for C++ 10 esp. for programmers cppfront: What’s new Types, reflection, metafunctions, … Simplification through generalization Compatibility for C++ Why • What kind • What plan 10 Simplicity Efficiency size of C++ in definition and similar in front - end compiler size. ... “… most of the simplification would come from generalization ” — Bjarne Stroustrup (ACM HOPL - III, 2007) 40 C:

points que la géométrie d'entrée. Pour réduire le nombre de points, utilisez une fonction de simplification sur le résultat (voir ST_Simplify, ST_SimplifyPreserveTopology et ST_SimplifyVW). Le résultat l'algorithme Douglas-Peucker. La variable tolerance de simplification est une valeur de distance, dans les unités du SRS d'entrée. La simplification supprime les sommets dont la distance au réseau simplifié np100_geometrygoesaway ``` 49 | 33 | 17 | 9 | 4 | t Simplification d'un ensemble de lignes. Les lignes peuvent s'intersecter après simplification. ![OCR图片](/uploads/documents/b/f/c/bfcbd57da68fc2

be a pointer. There is a type trait is pointer, which does the job. The code presented is a simplification of what is in type traits. 1 Helper to store a value at compile-time 2 templatesimplification of what is in type traits. 1 template*typename T, size_t SIZE> 2 struct Array { 4 Added be a pointer. There is a type trait is pointer, which does the job. The code presented is a simplification of what is in type traits. ■ With C++20's Concepts. template

result geometry may have many more points than the input. To reduce the number of points use a simplification function on the result (see ST_Simplify, ST_SimplifyPreserveTopology and ST_SimplifyVW). The of a geometry using the Douglas-Peucker algorithm. The simplification tolerance is a distance value, in the units of the input SRS. Simplification removes vertices which are within the tolerance distance np100_geometrygoesaway ``` 49 | 33 | 17 | 9 | 4 | t Simplifying a set of lines. Lines may intersect after simplification.  Simplifying

result geometry may have many more points than the input. To reduce the number of points use a simplification function on the result (see ST_Simplify, ST_SimplifyPreserveTopology and ST_SimplifyVW). The of a geometry using the Douglas-Peucker algorithm. The simplification tolerance is a distance value, in the units of the input SRS. Simplification removes vertices which are within the tolerance distance np100_geometrygoesaway 49 | 33 | 17 | 9 | 4 | t ``` Simplifying a set of lines. Lines may intersect after simplification.  ```sql SELECT

result geometry may have many more points than the input. To reduce the number of points use a simplification function on the result (see ST_Simplify, ST_SimplifyPreserveTopology and ST_SimplifyVW). The (multi)lines and (multi)polygons but you can safely call it with any kind of geometry. Since simplification occurs on a object-by-object basis you can also feed a GeometryCollection to this function. (multi)lines and (multi)polygons but you can safely call it with any kind of geometry. Since simplification occurs on a object-by-object basis you can also feed a GeometryCollection to this function.