'Array types' diaporamas de présentation

Chapter 5

Chapter 5. Names, Bindings, Type Checking, and Scopes. Type Equivalence. Why Type Equivalence Is Needed?. The type compatibility rules are simple and rigid for the predefined scalar types . However, in the cases of structured types such as arrays and records and

1.13k views • 95 slides

Chapter 5

Chapter 5. Names, Bindings, Type Checking, and Scopes. Type Equivalence. Why Type Equivalence Is Needed?. The type compatibility rules are simple and rigid for the predefined scalar types . However, in the cases of structured types such as arrays and records and

1.15k views • 95 slides

Chapter 5

Chapter 5. Names, Bindings, Type Checking, and Scopes. Type Equivalence. Why Type Equivalence Is Needed?. The type compatibility rules are simple and rigid for the predefined scalar types .

943 views • 94 slides

Arrays, vector<T> s , and STL

Arrays, vector<T> s , and STL. Chapter 10. Objectives. Solve list-processing problem using an array Investigate one-dimensional arrays Study problems of sorting, searching lists Study the vector<T> class template Look at the Standard Template Library (STL)

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Ultrasound

Ultrasound. Sound waves. Sounds are mechanical disturbances that propagate through the medium Frequencies <15Hz Infrasound 15Hz<Frequencies <20KHz Audible sound Frequencies>20Khz Ultrasound Medical Ultrasound frequency 2 -20MHz Some experimental devices at 50MHz. Velocity and frequency.

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Chapel: Base Language

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Subprograms

ECE 448 Lecture 14. Subprograms. Attributes of Arrays & Array Types. Unconstrained Array Types. Predefined Unconstrained Array Types. Predefined bit_vector array of bits string array of characters Defined in the ieee.std_logic_1164 package:

451 views • 37 slides

Language Specification

Language Specification. Semantics of constructs. Definition and use of name-value bindings: Name Resolution . Soundness : No conflicting requirements . Completeness : No ambiguity, no omissions. Values, Variables, and Types. Subtyping Relation. Types. Primitive Types Reference Types

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Lecture 4 Aggregate Data Types

Lecture 4 Aggregate Data Types. Aggregates. Types defined as aggregates of other types At least two types Type of the aggregate (array or record) Type(s) of the elements Arrays and lists contain multiple instances of the same type Some languages allow heterogeneous arrays

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CSE-321 Programming Languages Subtyping

CSE-321 Programming Languages Subtyping. ???. POSTECH April 10, 2006. Announcement 1. Assignment 6 handout has been revised. no change to the problem slight reorganization of structures use em-cml.sml instead of eval.sml . Assignment 5 has been regraded.

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Week 5

C# Programming Arrays in C# Declaring Arrays of Different Types Initializing Array Accessing Array Elements Creating User Interfaces Using Windows Standards Form Application Types and Standards Looking at Forms. Week 5. ARRAYS.

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Pointer Logic

Pointer Logic. Daniel Kroening and Ofer Strichman Decision Procedure. Why pointer logic?. A pointer is a program variable whose sole purpose is to refer to some other program construct. Other program construct - variable, procedures, or another pointer

387 views • 25 slides

CSE 331

CSE 331. Reflection slides created by Marty Stepp based on materials by M. Ernst, S. Reges, D. Notkin, R. Mercer, Wikipedia http://www.cs.washington.edu/331/. Reflection. reflection : A process by which a program can examine its own types and structure at runtime.

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Object Oriented Data Structures

Object Oriented Data Structures. Types of Data Structures & There are a lot of them! List of Data Structures Wikipedia. Data Structures Overview. Primitive Composite Structures Unions Classes & Objects Arrays Queues Deques Linked Lists (singly/doubly) Binary Trees Multiway Trees

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CS 211 Control Flow Arrays

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