A Complete Guide to Programming in C 1st Edition Ulla Kirch-Prinz
A Complete Guide to Programming in C 1st Edition Ulla Kirch-Prinz
A Complete Guide to Programming in C 1st Edition Ulla Kirch-Prinz
This document provides an overview and table of contents for the book "A Complete Guide to Programming in C++" by Ulla Kirch-Prinz and Peter Prinz. The book is intended to teach readers both fundamental and advanced concepts in C++ programming. It covers topics such as basic types, operators, control flow, functions, classes, inheritance, templates and more. Each chapter includes examples, exercises and solutions to help readers learn and practice what is covered. The book is intended both as a textbook and as a reference manual for C++ programmers.
This document provides an introduction and overview of key concepts related to programming in C++. It discusses the history and evolution of C++, its advantages over C, common applications, compilers, standard library, and programming techniques including object-oriented programming, operator overloading, and inheritance. It also covers fundamental concepts like number systems, bits and bytes, and computer performance that are important for C++ programming. The document aims to equip readers with essential background knowledge for learning C++ programming.
1. Introduction to C++ and brief historyAhmad177077
The document serves as an introduction to C++ programming, detailing its advantages as a cross-platform, high-performance language developed as an extension of C. It covers key concepts such as object-oriented programming, differences between C and C++, and provides guidance on getting started with C++ using an IDE. Additionally, it includes basic syntax examples for writing and executing a simple C++ program.
Introduction to c++ programming languageAhmad177077
The document provides an introduction to C++ programming, highlighting its features, history, and applications. It covers key concepts of object-oriented and procedural programming, the differences between C and C++, and guides on getting started with C++ development using an IDE. Additionally, it offers a quickstart code example to demonstrate basic syntax for beginners.
C++ is an object-oriented programming language that was created as an enhancement to the C programming language to include object-oriented capabilities. It can be used to create high-performance applications and is one of the world's most popular programming languages. C++ provides features like classes, inheritance, and polymorphism that give programs a clear structure and allow code to be reused.
C++ is a widely used cross-platform programming language that enhances C with object-oriented features, offering improved code structure, resource management, and reusability. It supports both procedural and object-oriented paradigms, with unique characteristics such as operator overloading, inheritance, and exception handling. Developed by Bjarne Stroustrup in the 1980s, C++ utilizes a compiled approach and is machine-independent, making it suitable for a range of applications from system software to embedded systems.
This document provides an introduction to C++ programming. It begins with definitions of a computer, programming, and the C++ programming process. It then discusses hardware components like the CPU, memory, and input/output devices. It also covers software components like programming languages, operating systems, and the C++ development process. The document provides examples of C++ code and explanations of language features like variables, operators, and data types. It concludes with an overview of getting started with C++ input/output functions.
with C++ seventh Edition.pdf by walter SavitchMohsinNaushad1
This document provides a list of locations where video notes can be found for topics and solutions covered in the textbook. It includes the chapter name and page number for topics and programming project solutions that have corresponding video notes. There are video notes for topics and solutions throughout all 18 chapters of the textbook.
This document provides an overview of a computer programming course that teaches C++. The course aims to introduce programming concepts in C++ and object orientation. It will include weekly lectures and labs. Students will need to complete lab exercises to practice the weekly concepts. Assessment will include assignments, quizzes, a project, midterm exam, and final exam. Recommended resources like books and websites on C++ are also provided.
This document discusses the evolution of computers and programming languages. It describes how early computers used physical wiring and punch cards, while modern computers can be reprogrammed with software languages. Some key developments include Charles Babbage's difference engine in 1822, the ENIAC in 1942 which used electrical signals, and John von Neumann's concepts of stored programs and conditional control transfer in 1945. This paved the way for early languages like Short Code in 1949 and machine language using 0s and 1s, before modern high-level languages emerged.
Tailieu.vncty.com c++ for beginners......masters 2007Trần Đức Anh
This document discusses the evolution of computers and programming languages. It describes how Charles Babbage invented the difference engine in 1822, which executed tasks by changing gears. The ENIAC computer used in 1942 operated using electrical signals instead of physical motion. John von Neumann developed the concepts of shared program technique and conditional control transfer in 1945, enabling computers to be reprogrammed faster using subroutines. The first computing language was developed in 1949 called Short Code, requiring programmers to manually convert statements into binary. This led to the development of machine language using 0s and 1s.
This document discusses the evolution of computers and programming languages. It describes how Charles Babbage invented the difference engine in 1822, which executed tasks by changing gears. The ENIAC computer used in 1942 operated using electrical signals instead of physical motion. John von Neumann developed the concepts of shared program technique and conditional control transfer in 1945, enabling computers to be reprogrammed faster using subroutines. The first computing language was developed in 1949 called Short Code, requiring programmers to manually convert statements into binary. This led to the development of machine language using 0s and 1s.
This document provides an introduction and overview of C++ programming. It begins by defining what a computer program is, noting that a program allows a computer to perform predefined tasks and instructions. It then discusses the programming process, which involves 5 main steps: defining the problem, analyzing the problem, coding the program, debugging and testing, and documenting the program. The document also introduces key concepts in C++ programming like variables, data types, constants, and keywords. It provides examples of C++ code and discusses how C++ programs are compiled and run.
This document provides an introduction to programming in C++. It begins with examples of "Hello World" programs in different languages like BASIC, Pascal, Lisp, C, and C++. It then discusses the history of C++ and lists some recommended books for learning C++. It also provides sources of additional information on C++ and notes on compilers, file names, compiling and linking C++ programs, and popular integrated development environments for C++.
This document provides an overview of the C++ programming language, including its history, uses, and key features. It begins with C++ ranking highly in popularity and being a wise investment for programmers to learn. The document then covers C++ being a general-purpose, multi-paradigm language that is efficient and widely used. It discusses the history and development of C++ over time through different standard versions. Finally, it provides examples of how to write and run a basic "Hello World" C++ program.
This document provides an introduction to a course on programming in C++. The course will cover fundamental programming concepts like variables, data types, functions, and arrays. It will also cover more advanced C++ topics like pointers, references, and dynamic memory allocation. The goal is for students to learn essential programming skills and gain familiarity with the C++ syntax so they can write reasonably complex programs. The course will be assessed through quizzes, midterm and final exams, and practice projects completed in labs.
This document provides an overview and contents of a book titled "C++ By Example" by Greg Perry. It contains a dedication by the author to Dr. Rick Burgess. It also includes information about the author, acknowledgments, an overview of the book's contents, and a table of contents listing the book's chapters and sections. The document serves to introduce the reader to what will be covered in the book.
C Programming Program design including data structures 5ed. Edition Malik D.S.kashiohaftay57
C Programming Program design including data structures 5ed. Edition Malik D.S.
C Programming Program design including data structures 5ed. Edition Malik D.S.
C Programming Program design including data structures 5ed. Edition Malik D.S.
The document provides an overview of C++ programming, discussing its importance, features, and applications. It covers the structure of a C++ program, including key components like headers, data types, and comments. Additionally, it emphasizes the relevance of C++ in various fields, including software development, game creation, and engineering applications.
C++ is an object-oriented programming language developed in 1980 that remains highly relevant in various fields such as operating systems, databases, graphics, and cloud systems due to its speed and structure. The demand for C++ programming is expected to grow, making it essential for numerous career opportunities including software development and data analysis. Salaries for C++ programmers in India range from 2 lakhs to 30 lakhs per annum, depending on experience and expertise.
This document provides an introduction and overview for a course on programming in C++. It discusses the goals of the course, which are to teach programming principles and the C++ language. Students will learn essential concepts like variables, data types, functions, and arrays. They will write increasingly complex programs and develop good programming style. The course will be assessed through quizzes, exams, and class projects. Topics to be covered include variables, input/output, control flow, arrays, pointers, strings, and file I/O. Good programming practices like readability, simplicity, and avoiding reinventing solutions are emphasized.
This document provides an introduction to C++ programming. It discusses the basics of C++ programs including compiling simple programs, variables, data types, expressions, statements, functions, arrays, pointers, classes, inheritance, templates, exceptions, input/output streams, and the preprocessor. It is intended to teach programming in C++ to those with no prior programming experience in a concise manner through examples and exercises.
This document provides an introduction to programming concepts like what a computer program is, the program development cycle, and basic C++ syntax. It includes a first simple C++ program that prints "Hello World" to demonstrate writing, compiling, and running a program. Variables and constants are introduced. The document is teaching material for a course on programming fundamentals in C++.
Object oriented programming 7 first steps in oop using c++Vaibhav Khanna
The document discusses the principles and benefits of Object-Oriented Programming (OOP) using C++, highlighting its ability to reduce code redundancy, enhance security through data hiding, and support multiple instances of objects. It also provides an introduction to C++, its development by Bjarne Stroustrup, and key features such as classes, inheritance, and operator overloading. Additionally, it presents basic C++ syntax, including printing strings, using namespaces, and the structure of a C++ program.
This document provides an overview and introduction to C++, including:
- C++ is an object-oriented programming language that is a superset of C and supports features like classes, inheritance, and polymorphism.
- It has standard libraries for common tasks like file input/output and string manipulation.
- C++ code is compiled ahead of time to ensure portability across different platforms.
- The document discusses getting started with C++, including using an online compiler or setting up a local environment with a text editor and C++ compiler.
PEST OF WHEAT SORGHUM BAJRA and MINOR MILLETS.pptxArshad Shaikh
Wheat, sorghum, and bajra (pearl millet) are susceptible to various pests that can significantly impact crop yields. Common pests include aphids, stem borers, shoot flies, and armyworms. Aphids feed on plant sap, weakening the plants, while stem borers and shoot flies damage the stems and shoots, leading to dead hearts and reduced growth. Armyworms, on the other hand, are voracious feeders that can cause extensive defoliation and grain damage. Effective management strategies, including resistant varieties, cultural practices, and targeted pesticide applications, are essential to mitigate pest damage and ensure healthy crop production.
with C++ seventh Edition.pdf by walter SavitchMohsinNaushad1
This document provides a list of locations where video notes can be found for topics and solutions covered in the textbook. It includes the chapter name and page number for topics and programming project solutions that have corresponding video notes. There are video notes for topics and solutions throughout all 18 chapters of the textbook.
This document provides an overview of a computer programming course that teaches C++. The course aims to introduce programming concepts in C++ and object orientation. It will include weekly lectures and labs. Students will need to complete lab exercises to practice the weekly concepts. Assessment will include assignments, quizzes, a project, midterm exam, and final exam. Recommended resources like books and websites on C++ are also provided.
This document discusses the evolution of computers and programming languages. It describes how early computers used physical wiring and punch cards, while modern computers can be reprogrammed with software languages. Some key developments include Charles Babbage's difference engine in 1822, the ENIAC in 1942 which used electrical signals, and John von Neumann's concepts of stored programs and conditional control transfer in 1945. This paved the way for early languages like Short Code in 1949 and machine language using 0s and 1s, before modern high-level languages emerged.
Tailieu.vncty.com c++ for beginners......masters 2007Trần Đức Anh
This document discusses the evolution of computers and programming languages. It describes how Charles Babbage invented the difference engine in 1822, which executed tasks by changing gears. The ENIAC computer used in 1942 operated using electrical signals instead of physical motion. John von Neumann developed the concepts of shared program technique and conditional control transfer in 1945, enabling computers to be reprogrammed faster using subroutines. The first computing language was developed in 1949 called Short Code, requiring programmers to manually convert statements into binary. This led to the development of machine language using 0s and 1s.
This document discusses the evolution of computers and programming languages. It describes how Charles Babbage invented the difference engine in 1822, which executed tasks by changing gears. The ENIAC computer used in 1942 operated using electrical signals instead of physical motion. John von Neumann developed the concepts of shared program technique and conditional control transfer in 1945, enabling computers to be reprogrammed faster using subroutines. The first computing language was developed in 1949 called Short Code, requiring programmers to manually convert statements into binary. This led to the development of machine language using 0s and 1s.
This document provides an introduction and overview of C++ programming. It begins by defining what a computer program is, noting that a program allows a computer to perform predefined tasks and instructions. It then discusses the programming process, which involves 5 main steps: defining the problem, analyzing the problem, coding the program, debugging and testing, and documenting the program. The document also introduces key concepts in C++ programming like variables, data types, constants, and keywords. It provides examples of C++ code and discusses how C++ programs are compiled and run.
This document provides an introduction to programming in C++. It begins with examples of "Hello World" programs in different languages like BASIC, Pascal, Lisp, C, and C++. It then discusses the history of C++ and lists some recommended books for learning C++. It also provides sources of additional information on C++ and notes on compilers, file names, compiling and linking C++ programs, and popular integrated development environments for C++.
This document provides an overview of the C++ programming language, including its history, uses, and key features. It begins with C++ ranking highly in popularity and being a wise investment for programmers to learn. The document then covers C++ being a general-purpose, multi-paradigm language that is efficient and widely used. It discusses the history and development of C++ over time through different standard versions. Finally, it provides examples of how to write and run a basic "Hello World" C++ program.
This document provides an introduction to a course on programming in C++. The course will cover fundamental programming concepts like variables, data types, functions, and arrays. It will also cover more advanced C++ topics like pointers, references, and dynamic memory allocation. The goal is for students to learn essential programming skills and gain familiarity with the C++ syntax so they can write reasonably complex programs. The course will be assessed through quizzes, midterm and final exams, and practice projects completed in labs.
This document provides an overview and contents of a book titled "C++ By Example" by Greg Perry. It contains a dedication by the author to Dr. Rick Burgess. It also includes information about the author, acknowledgments, an overview of the book's contents, and a table of contents listing the book's chapters and sections. The document serves to introduce the reader to what will be covered in the book.
C Programming Program design including data structures 5ed. Edition Malik D.S.kashiohaftay57
C Programming Program design including data structures 5ed. Edition Malik D.S.
C Programming Program design including data structures 5ed. Edition Malik D.S.
C Programming Program design including data structures 5ed. Edition Malik D.S.
The document provides an overview of C++ programming, discussing its importance, features, and applications. It covers the structure of a C++ program, including key components like headers, data types, and comments. Additionally, it emphasizes the relevance of C++ in various fields, including software development, game creation, and engineering applications.
C++ is an object-oriented programming language developed in 1980 that remains highly relevant in various fields such as operating systems, databases, graphics, and cloud systems due to its speed and structure. The demand for C++ programming is expected to grow, making it essential for numerous career opportunities including software development and data analysis. Salaries for C++ programmers in India range from 2 lakhs to 30 lakhs per annum, depending on experience and expertise.
This document provides an introduction and overview for a course on programming in C++. It discusses the goals of the course, which are to teach programming principles and the C++ language. Students will learn essential concepts like variables, data types, functions, and arrays. They will write increasingly complex programs and develop good programming style. The course will be assessed through quizzes, exams, and class projects. Topics to be covered include variables, input/output, control flow, arrays, pointers, strings, and file I/O. Good programming practices like readability, simplicity, and avoiding reinventing solutions are emphasized.
This document provides an introduction to C++ programming. It discusses the basics of C++ programs including compiling simple programs, variables, data types, expressions, statements, functions, arrays, pointers, classes, inheritance, templates, exceptions, input/output streams, and the preprocessor. It is intended to teach programming in C++ to those with no prior programming experience in a concise manner through examples and exercises.
This document provides an introduction to programming concepts like what a computer program is, the program development cycle, and basic C++ syntax. It includes a first simple C++ program that prints "Hello World" to demonstrate writing, compiling, and running a program. Variables and constants are introduced. The document is teaching material for a course on programming fundamentals in C++.
Object oriented programming 7 first steps in oop using c++Vaibhav Khanna
The document discusses the principles and benefits of Object-Oriented Programming (OOP) using C++, highlighting its ability to reduce code redundancy, enhance security through data hiding, and support multiple instances of objects. It also provides an introduction to C++, its development by Bjarne Stroustrup, and key features such as classes, inheritance, and operator overloading. Additionally, it presents basic C++ syntax, including printing strings, using namespaces, and the structure of a C++ program.
This document provides an overview and introduction to C++, including:
- C++ is an object-oriented programming language that is a superset of C and supports features like classes, inheritance, and polymorphism.
- It has standard libraries for common tasks like file input/output and string manipulation.
- C++ code is compiled ahead of time to ensure portability across different platforms.
- The document discusses getting started with C++, including using an online compiler or setting up a local environment with a text editor and C++ compiler.
PEST OF WHEAT SORGHUM BAJRA and MINOR MILLETS.pptxArshad Shaikh
Wheat, sorghum, and bajra (pearl millet) are susceptible to various pests that can significantly impact crop yields. Common pests include aphids, stem borers, shoot flies, and armyworms. Aphids feed on plant sap, weakening the plants, while stem borers and shoot flies damage the stems and shoots, leading to dead hearts and reduced growth. Armyworms, on the other hand, are voracious feeders that can cause extensive defoliation and grain damage. Effective management strategies, including resistant varieties, cultural practices, and targeted pesticide applications, are essential to mitigate pest damage and ensure healthy crop production.
Slides from a Capitol Technology University presentation covering doctoral programs offered by the university. All programs are online, and regionally accredited. The presentation covers degree program details, tuition, financial aid and the application process.
How to Manage Inventory Movement in Odoo 18 POSCeline George
Inventory management in the Odoo 18 Point of Sale system is tightly integrated with the inventory module, offering a solution to businesses to manage sales and stock in one united system.
Paper 108 | Thoreau’s Influence on Gandhi: The Evolution of Civil DisobedienceRajdeep Bavaliya
Dive into the powerful journey from Thoreau’s 19th‑century essay to Gandhi’s mass movement, and discover how one man’s moral stand became the backbone of nonviolent resistance worldwide. Learn how conscience met strategy to spark revolutions, and why their legacy still inspires today’s social justice warriors. Uncover the evolution of civil disobedience. Don’t forget to like, share, and follow for more deep dives into the ideas that changed the world.
M.A. Sem - 2 | Presentation
Presentation Season - 2
Paper - 108: The American Literature
Submitted Date: April 2, 2025
Paper Name: The American Literature
Topic: Thoreau’s Influence on Gandhi: The Evolution of Civil Disobedience
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Video Link: https://youtu.be/HXeq6utg7iQ
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Exploring Ocean Floor Features for Middle SchoolMarie
This 16 slide science reader is all about ocean floor features. It was made to use with middle school students.
You can download the PDF at thehomeschooldaily.com
Thanks! Marie
How to Create an Event in Odoo 18 - Odoo 18 SlidesCeline George
Creating an event in Odoo 18 is a straightforward process that allows you to manage various aspects of your event efficiently.
Odoo 18 Events Module is a powerful tool for organizing and managing events of all sizes, from conferences and workshops to webinars and meetups.
This presentation has been made keeping in mind the students of undergraduate and postgraduate level. In this slide try to present the brief history of Chaulukyas of Gujrat up to Kumarpala To keep the facts in a natural form and to display the material in more detail, the help of various books, websites and online medium has been taken. Whatever medium the material or facts have been taken from, an attempt has been made by the presenter to give their reference at the end.
Chaulukya or Solanki was one of the Rajputs born from Agnikul. In the Vadnagar inscription, the origin of this dynasty is told from Brahma's Chauluk or Kamandalu. They ruled in Gujarat from the latter half of the tenth century to the beginning of the thirteenth century. Their capital was in Anahilwad. It is not certain whether it had any relation with the Chalukya dynasty of the south or not. It is worth mentioning that the name of the dynasty of the south was 'Chaluky' while the dynasty of Gujarat has been called 'Chaulukya'. The rulers of this dynasty were the supporters and patrons of Jainism.
Completed Sunday 6/8. For Weekend 6/14 & 15th. (Fathers Day Weekend US.) These workshops are also timeless for future students TY. No admissions needed.
A 9th FREE WORKSHOP
Reiki - Yoga
“Intuition-II, The Chakras”
Your Attendance is valued.
We hit over 5k views for Spring Workshops and Updates-TY.
Thank you for attending our workshops.
If you are new, do welcome.
Grad Students: I am planning a Reiki-Yoga Master Course (As a package). I’m Fusing both together.
This will include the foundation of each practice. Our Free Workshops can be used with any Reiki Yoga training package. Traditional Reiki does host rules and ethics. Its silent and within the JP Culture/Area/Training/Word of Mouth. It allows remote healing but there’s limits As practitioners and masters, we are not allowed to share certain secrets/tools. Some content is designed only for “Masters”. Some yoga are similar like the Kriya Yoga-Church (Vowed Lessons). We will review both Reiki and Yoga (Master tools) in the Course upcoming.
S9/This Week’s Focus:
* A continuation of Intuition-2 Development. We will review the Chakra System - Our temple. A misguided, misused situation lol. This will also serve Attunement later.
Thx for tuning in. Your time investment is valued. I do select topics related to our timeline and community. For those seeking upgrades or Reiki Levels. Stay tuned for our June packages. It’s for self employed/Practitioners/Coaches…
Review & Topics:
* Reiki Is Japanese Energy Healing used Globally.
* Yoga is over 5k years old from India. It hosts many styles, teacher versions, and it’s Mainstream now vs decades ago.
* Anything of the Holistic, Wellness Department can be fused together. My origins are Alternative, Complementary Medicine. In short, I call this ND. I am also a metaphysician. I learnt during the 90s New Age Era. I forget we just hit another wavy. It’s GenZ word of Mouth, their New Age Era. WHOA, History Repeats lol. We are fusing together.
* So, most of you have experienced your Spiritual Awakening. However; The journey wont be perfect. There will be some roller coaster events. The perks are: We are in a faster Spiritual Zone than the 90s. There’s more support and information available.
(See Presentation for all sections, THX AGAIN.)
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Overview of Employee in Odoo 18 - Odoo SlidesCeline George
The employee module is a core component of the HR workspace that helps the business to get the employee activities and details. This would also allow you to get the employee details by acting as a centralized system and accessing, updating, and managing all the other employee data.
A Complete Guide to Programming in C 1st Edition Ulla Kirch-Prinz
1. A Complete Guide to Programming in C 1st Edition
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5. A Complete Guide to Programming in C 1st Edition Ulla
Kirch-Prinz Digital Instant Download
Author(s): Ulla Kirch-Prinz, Peter Prinz
ISBN(s): 9781429419253, 1429419253
Edition: 1
File Details: PDF, 5.06 MB
Year: 2002
Language: english
11. v
This book was written for readers interested in learning the C++ programming
language from scratch, and for both novice and advanced C++ programmers
wishing to enhance their knowledge of C++. It was our goal from the begin-
ning to design this text with the capabilities of serving dual markets, as a text-
book for students and as a holistic reference manual for professionals.
The C++ language definition is based on the American National Stan-
dards Institute ANSI Standard X3J16. This standard also complies with ISO
norm 14882, which was ratified by the International Standardization Organi-
zation in 1998. The C++ programming language is thus platform-independent
in the main with a majority of C++ compilers providing ANSI support. New
elements of the C++ language, such as exception handling and templates, are
supported by most of the major compilers. Visit the Jones and Bartlett web site
at www.jbpub.com for a listing of compilers available for this text.
The chapters in this book are organized to guide the reader from elemen-
tary language concepts to professional software development, with in-depth
coverage of all the C++ language elements en route. The order in which these
elements are discussed reflects our goal of helping the reader to create useful
programs at every step of the way.
preface
12. Each double-page spread in the book is organized to provide a description of the lan-
guage elements on the right-hand page while illustrating them by means of graphics and
sample programs on the left-hand page. This type of visual representation offered by each
spread will provide students and professionals with an unmatched guide throughout the
text. The sample programs were chosen to illustrate a typical application for each lan-
guage element. In addition, filter programs and case studies introduce the reader to a
wide range of application scenarios.
To gain command over a programming language, students need a lot of experience in
developing programs. Thus, each chapter includes exercises followed by sample solu-
tions, allowing the reader to test and enhance his or her performance and understanding
of C++.
The appendix provides further useful information, such as binary number representa-
tion, pre-processor directives, and operator precedence tables, making this book a well-
structured and intelligible reference guide for C++ programmers.
In order to test and expand your acquired knowledge, you can download sample pro-
grams and solutions to the exercises at:
http://completecpp.jbpub.com
Content Organization
Chapter 1 gives a thorough description of the fundamental characteristics of the object-
oriented C++ programming language. In addition, students are introduced to the steps
necessary for creating a fully functional C++ program. Many examples are provided to
help enforce these steps and to demonstrate the basic structure of a C++ program.
Chapter 2 provides a complete introduction to the basic types and objects used by
C++ programs. Integral types and constants, fundamental types, and Boolean constants
are just a few of the topics discussed.
Chapter 3 describes how to declare and call standard functions. This chapter also
teaches students to use standard classes, including standard header files. In addition, stu-
dents work with string variables for the first time in this chapter.
Chapter 4 explains the use of streams for input and output, with a focus on formatting
techniques. Formatting flags and manipulators are discussed, as are field width, fill char-
acters, and alignment.
Chapter 5 introduces operators needed for calculations and selections. Binary, unary,
relational, and logical operators are all examined in detail.
Chapter 6 describes the statements needed to control the flow of a program. These
include loops with while, do-while, and for; selections with if-else, switch, and the condi-
tional operator; and jumps with goto, continue, and break.
Chapter 7 provides a thorough introduction to the definition of symbolic constants
and macros, illustrating their significance and use. Furthermore, a comprehensive exami-
nation of standard macros for character handling is included.
Chapter 8 introduces implicit type conversions, which are performed in C++ when-
ever different arithmetic types occur in expressions. Additionally, the chapter explores
an operator for explicit type conversion.
vi ■ P R E F A C E
13. Chapter 9 takes an in-depth look at the standard class string, which is used to repre-
sent strings. In addition to defining strings, the chapter looks at the various methods of
string manipulation. These include inserting and erasing, searching and replacing, com-
paring, and concatenating strings.
Chapter 10 describes how to write functions of your own. The basic rules are covered,
as are passing arguments, the definition of inline functions, overloading functions and
default arguments, and the principle of recursion.
Chapter 11 gives a thorough explanation of storage classes for objects and functions.
Object lifetime and scope are discussed, along with global, static, and auto objects.
Namespaces and external and static functions are also included in the discussion.
Chapter 12 explains how to define references and pointers and how to use them as
parameters and/or return values of functions. In this context, passing by reference and
read-only access to arguments are introduced.
Chapter 13 provides a complete description of how classes are defined and how
instances of classes, or objects, are used. In addition, structs and unions are introduced as
examples of special classes.
Chapter 14 describes how constructors and destructors are defined to create and
destroy objects. Also discussed are how inline methods, access methods, and read-only
methods can be used. Furthermore, the chapter explains the pointer this, which is avail-
able for all methods, and what you need to pay attention to when passing objects as argu-
ments or returning objects.
Chapter 15 gives a complete explanation of member objects and how they are initial-
ized, and of data members that are created only once for all the objects in a class. In addi-
tion, this chapter describes constant members and enumerated types.
Chapter 16 takes an in-depth look at how to define and use arrays. Of particular inter-
est are one-dimensional and multidimensional arrays, C strings, and class arrays.
Chapter 17 describes the relationship between pointers and arrays. This includes
pointer arithmetic, pointer versions of functions, pointers as return values and read-only
pointers, and pointer arrays. Students learn that operations that use C strings illustrate
how to use pointers for efficient programming, and that string access via the command
line of an application program is used to illustrate pointer arrays.
Chapter 18 explains sequential file access using file streams. Students will develop an
understanding of how file streams provide simple and portable file handling techniques.
Chapter 19 provides a complete description of the various uses of overloaded opera-
tors. Arithmetic operators, comparisons, the subscript operator, and the shift operators
for input and output are overloaded to illustrate the appropriate techniques. In addition,
the concept of friend functions, which is introduced in this context, is particularly
important for overloading operators. Students learn how overloading operators allows
them to apply existing operators to objects of class type.
Chapter 20 discusses how implicit type conversion occurs in C++ when an expression
cannot be compiled directly but can be compiled after applying a conversion rule. The
programmer can stipulate how the compiler will perform implicit type conversion for
classes by defining conversion constructors and functions. Finally, the chapter discusses
ambiguity that occurs due to type conversion and how to avoid it.
PREFACE ■ vii
14. Chapter 21 describes how a program can allocate and release memory dynamically in
line with current memory requirements. Dynamic memory allocation is an important fac-
tor in many C++ programs, and the following chapters contain several case studies to
help students review the subject.
Chapter 22 explains how to implement classes containing pointers to dynamically
allocated memory. These include your own copy constructor definition and overloading
the assignment operator. A class designed to represent arrays of any given length is used
as a sample application.
Chapter 23 provides a thorough description of how derived classes can be constructed
from existing classes by inheritance. In addition to defining derived classes, this chapter
discusses how members are redefined, how objects are constructed and destroyed, and
how access control to base classes can be realized.
Chapter 24 discusses implicit type conversion within class hierarchies, which occurs
in the context of assignments and function calls. Explicit type casting in class hierar-
chies is also described, paying particular attention to upcasting and downcasting.
Chapter 25 gives a complete explanation of how to develop and manage polymorphic
classes. In addition to defining virtual functions, dynamic downcasting in polymorphic
class hierarchies is introduced.
Chapter 26 describes how defining pure virtual methods can create abstract classes
and how you can use abstract classes at a polymorphic interface for derived classes. To
illustrate this, an inhomogeneous list, that is, a linked list whose elements can be of vari-
ous class types, is implemented.
Chapter 27 describes how new classes are created by multiple inheritance and
explains their uses. Besides introducing students to the creation and destruction of
objects in multiply-derived classes, virtual base classes are depicted to avoid ambiguity in
multiple inheritance.
Chapter 28 explains how a C++ program uses error-handling techniques to resolve
error conditions. In addition to throwing and catching exceptions, the chapter also
examines how exception specifications are declared and exception classes are defined. In
addition, the use of standard exception classes is discussed.
Chapter 29 examines random access to files based on file streams, and options for
querying file state. Exception handling for files is discussed as well. The chapter illus-
trates how to make objects in polymorphic classes persistent, that is, how to save them in
files. The applications introduced in this chapter include simple index files and hash
tables.
Chapter 30 provides a thorough explanation of the advanced uses of pointers. These
include pointers to pointers, functions with a variable number of arguments, and pointers
to functions. In addition, an application that defines a class used to represent dynamic
matrices is introduced.
Chapter 31 describes bitwise operators and how to use bit masks. The applications
included demonstrate calculations with parity bits, conversion of lowercase and capital
letters, and converting binary numbers. Finally, the definition of bit-fields is introduced.
Chapter 32 discusses how to define and use function and class templates. In addition,
special options, such as default arguments, specialization, and explicit instantiation, are
viii ■ P R E F A C E
15. discussed. Students learn that templates allow the construction of functions and classes
based on types that have not yet been stated. Thus, templates are a powerful tool for
automating program code generation.
Chapter 33 explains standard class templates used to represent containers for more
efficient management of object collections. These include sequences, such as lists and
double ended queues; container adapters, such as stacks, queues, and priority queues;
associative containers, such as sets and maps; and bitsets. In addition to discussing how
to manage containers, the chapter also looks at sample applications, such as bitmaps for
raster images, and routing techniques.
Additional Features
Chapter Goals A concise chapter introduction, which contains a description of the
chapter’s contents, is presented at the beginning of each chapter. These summaries also
provide students with an idea of the key points to look for throughout the chapter.
Chapter Exercises Each chapter contains exercises, including programming problems,
designed to test students’ knowledge and understanding of the main ideas. The exercises
also provide reinforcement for key chapter concepts. Solutions are included to allow
students to check their work immediately and correct any possible mistakes.
Case Studies Every chapter contains a number of case studies that were designed to
introduce the reader to a wide range of application scenarios.
Notes This feature provides students with helpful tips and information useful to learning
C++. Important concepts and rules are highlighted for additional emphasis and easy
access.
Hints These are informative suggestions for easier programming. Also included are
common mistakes and how to avoid making them.
Acknowledgements
Our thanks go out to everyone who helped produce this book, particularly to
Ian Travis, for his valuable contributions to the development of this book.
Alexa Doehring, who reviewed all samples and program listings, and gave many valuable
hints from the American perspective.
Michael Stranz and Amy Rose at Jones and Bartlett Publishers, who managed the pub-
lishing agreement and the production process so smoothly.
Our children, Vivi and Jeany, who left us in peace long enough to get things finished!
And now all that remains is to wish you, Dear Reader, lots of fun with C++!
Ulla Kirch-Prinz
Peter Prinz
PREFACE ■ ix
17. xi
Chapter 1 Fundamentals 1
Development and Properties of C++ 2
Object-Oriented Programming 4
Developing a C++ Program 6
A Beginner’s C++ Program 8
Structure of Simple C++ Programs 10
Exercises 12
Solutions 14
Chapter 2 Fundamental Types, Constants, and Variables 15
Fundamental Types 16
Constants 22
Escape Sequences 26
Names 28
Variables 30
The Keywords const and volatile 32
Exercises 34
Solutions 36
contents
18. Chapter 3 Using Functions and Classes 39
Declaring Functions 40
Function Calls 42
Type void for Functions 44
Header Files 46
Standard Header Files 48
Using Standard Classes 50
Exercises 52
Solutions 54
Chapter 4 Input and Output with Streams 57
Streams 58
Formatting and Manipulators 60
Formatted Output of Integers 62
Formatted Output of Floating-Point Numbers 64
Output in Fields 66
Output of Characters, Strings, and Boolean Values 68
Formatted Input 70
Formatted Input of Numbers 72
Unformatted Input/Output 74
Exercises 76
Solutions 78
Chapter 5 Operators for Fundamental Types 81
Binary Arithmetic Operators 82
Unary Arithmetic Operators 84
Assignments 86
Relational Operators 88
Logical Operators 90
Exercises 92
Solutions 94
Chapter 6 Control Flow 95
The while Statement 96
The for Statement 98
The do-while Statement 102
Selections with if-else 104
Else-if Chains 106
Conditional Expressions 108
Selecting with switch 110
Jumps with break, continue, and goto 112
Exercises 114
Solutions 116
xii ■ C O N T E N T S
19. Chapter 7 Symbolic Constants and Macros 119
Macros 120
Macros with Parameters 122
Working with the #define Directive 124
Conditional Inclusion 126
Standard Macros for Character Manipulation 128
Redirecting Standard Input and Output 130
Exercises 132
Solutions 134
Chapter 8 Converting Arithmetic Types 139
Implicit Type Conversions 140
Performing Usual Arithmetic Type Conversions 142
Implicit Type Conversions in Assignments 144
More Type Conversions 146
Exercises 148
Solutions 150
Chapter 9 The Standard Class string 153
Defining and Assigning Strings 154
Concatenating Strings 156
Comparing Strings 158
Inserting and Erasing in Strings 160
Searching and Replacing in Strings 162
Accessing Characters in Strings 164
Exercises 166
Solutions 168
Chapter 10 Functions 171
Significance of Functions in C++ 172
Defining Functions 174
Return Value of Functions 176
Passing Arguments 178
Inline Functions 180
Default Arguments 182
Overloading Functions 184
Recursive Functions 186
Exercises 188
Solutions 191
Chapter 11 Storage Classes and Namespaces 197
Storage Classes of Objects 198
The Storage Class extern 200
CONTENTS ■ xiii
20. The Storage Class static 202
The Specifiers auto and register 204
The Storage Classes of Functions 206
Namespaces 208
The Keyword using 210
Exercises 212
Solutions 216
Chapter 12 References and Pointers 221
Defining References 222
References as Parameters 224
References as Return Value 226
Expressions with Reference Type 228
Defining Pointers 230
The Indirection Operator 232
Pointers as Parameters 234
Exercises 236
Solutions 238
Chapter 13 Defining Classes 243
The Class Concept 244
Defining Classes 246
Defining Methods 248
Defining Objects 250
Using Objects 252
Pointers to Objects 254
Structs 256
Unions 258
Exercise 260
Solution 262
Chapter 14 Methods 265
Constructors 266
Constructor Calls 268
Destructors 270
Inline Methods 272
Access Methods 274
const Objects and Methods 276
Standard Methods 278
this Pointer 280
Passing Objects as Arguments 282
Returning Objects 284
Exercises 286
Solutions 290
xiv ■ C O N T E N T S
21. Chapter 15 Member Objects and Static Members 297
Member Objects 298
Member Initializers 300
Constant Member Objects 302
Static Data Members 304
Accessing Static Data Members 306
Enumeration 308
Exercises 310
Solutions 314
Chapter 16 Arrays 321
Defining Arrays 322
Initializing Arrays 324
Arrays 326
Class Arrays 328
Multidimensional Arrays 330
Member Arrays 332
Exercises 334
Solutions 338
Chapter 17 Arrays and Pointers 349
Arrays and Pointers (1) 350
Arrays and Pointers (2) 352
Pointer Arithmetic 354
Arrays as Arguments 356
Pointer Versions of Functions 358
Read-Only Pointers 360
Returning Pointers 362
Arrays of Pointers 364
Command Line Arguments 366
Exercises 368
Solutions 372
Chapter 18 Fundamentals of File Input and Output 379
Files 380
File Streams 382
Creating File Streams 384
Open Modes 386
Closing Files 388
Reading and Writing Blocks 390
Object Persistence 392
Exercises 394
Solutions 398
CONTENTS ■ xv
22. Chapter 19 Overloading Operators 411
Generals 412
Operator Functions (1) 414
Operator Functions (2) 416
Using Overloaded Operators 418
Global Operator Functions 420
Friend Functions 422
Friend Classes 424
Overloading Subscript Operators 426
Overloading Shift-Operators for I/O 428
Exercises 430
Solutions 432
Chapter 20 Type Conversion for Classes 441
Conversion Constructors 442
Conversion Functions 444
Ambiguities of Type Conversions 446
Exercise 448
Solution 450
Chapter 21 Dynamic Memory Allocation 453
The Operator new 454
The Operator delete 456
Dynamic Storage Allocation for Classes 458
Dynamic Storage Allocation for Arrays 460
Application: Linked Lists 462
Representing a Linked List 464
Exercises 466
Solutions 468
Chapter 22 Dynamic Members 477
Members of Varying Length 478
Classes with a Dynamic Member 480
Creating and Destroying Objects 482
Implementing Methods 484
Copy Constructor 486
Assignment 488
Exercises 490
Solutions 492
Chapter 23 Inheritance 499
Concept of Inheritance 500
Derived Classes 502
xvi ■ C O N T E N T S
23. Members of Derived Classes 504
Member Access 506
Redefining Members 508
Constructing and Destroying Derived Classes 510
Objects of Derived Classes 512
Protected Members 514
Exercises 516
Solutions 520
Chapter 24 Type Conversion in Class Hierarchies 529
Converting to Base Classes 530
Type Conversions and Assignments 532
Converting References and Pointers 534
Explicit Type Conversions 536
Exercises 538
Solutions 540
Chapter 25 Polymorphism 543
Concept of Polymorphism 544
Virtual Methods 546
Destroying Dynamically Allocated Objects 548
Virtual Method Table 550
Dynamic Casts 552
Exercises 554
Solutions 558
Chapter 26 Abstract Classes 565
Pure Virtual Methods 566
Abstract and Concrete Classes 568
Pointers and References to Abstract Classes 570
Virtual Assignment 572
Application: Inhomogeneous Lists 574
Implementing an Inhomogeneous List 576
Exercises 578
Solutions 580
Chapter 27 Multiple Inheritance 587
Multiply-Derived Classes 588
Multiple Indirect Base Classes 590
Virtual Base Classes 592
Constructor Calls 594
Initializing Virtual Base Classes 596
Exercises 598
Solutions 602
CONTENTS ■ xvii
24. Chapter 28 Exception Handling 607
Traditional Error Handling 608
Exception Handling 610
Exception Handlers 612
Throwing and Catching Exceptions 614
Nesting Exception Handling 616
Defining Your Own Error Classes 618
Standard Exception Classes 620
Exercises 622
Solutions 626
Chapter 29 More About Files 637
Opening a File for Random Access 638
Positioning for Random Access 640
File State 644
Exception Handling for Files 646
Persistence of Polymorphic Objects 648
Application: Index Files 652
Implementing an Index File 654
Exercises 656
Solutions 660
Chapter 30 More About Pointers 681
Pointer to Pointers 682
Variable Number of Arguments 684
Pointers to Functions 688
Complex Declarations 690
Defining Typenames 692
Application: Dynamic Matrices 694
Exercises 696
Solutions 698
Chapter 31 Manipulating Bits 705
Bitwise Operators 706
Bitwise Shift Operators 708
Bit Masks 710
Using Bit Masks 712
Bit-Fields 714
Exercises 716
Solutions 718
Chapter 32 Templates 721
Function and Class Templates 722
Defining Templates 724
xviii ■ C O N T E N T S
25. Template Instantiation 726
Template Parameters 728
Template Arguments 730
Specialization 732
Default Arguments of Templates 734
Explicit Instantiation 736
Exercises 738
Solutions 742
Chapter 33 Containers 749
Container Types 750
Sequences 752
Iterators 754
Declaring Sequences 756
Inserting in Sequences 758
Accessing Objects 760
Length and Capacity 762
Deleting in Sequences 764
List Operations 766
Associative Containers 768
Sets and Multisets 770
Maps and Multimaps 772
Bitsets 774
Exercise 778
Solution 780
Appendix 783
Binary Numbers 784
Preprocessor Directives 787
Pre-Defined Standard Macros 792
Binding C Functions 793
Operators Overview 795
Operator Precedence Table 797
ASCII Code Table 798
Screen Control Sequences 800
Literature 801
Index 803
CONTENTS ■ xix
27. 692 H. N., XXXIV, 77. So Miss Bieber, Jb., XXV, 1910, pp. 159 f.,
following the suggestion of Staïs, Marbres et Bronzes, ed. I, 1907,
pp. 254 f. (view reiterated in ed. 2, 1910, p. 304), and Loeschke.
Pliny says that the statue of Euphranor displayed every phase of
Paris’ character, in the triple aspect of judge of the goddesses,
lover of Helen, and slayer of Achilles. On this statue, of which we
know so little, cf. the very different results reached by
Furtwaengler (Mp., pp. 357 f.; Mw., pp. 591–2) and Robert
(Hallisches Winckelmannsprogr., XIX, 1895, pp. 20 f.). Edw.
Vicars, in the Pall Mall Magazine, XIX, 1903, pp. 551 f., followed
by Dr. Cooley, believes that the bronze should be restored as Paris
holding the apple of discord in the right hand.
693 Suppl. de la Gaz. d. B.-A., 1901, pp. 68 f., and 76 f.
694 VI, 100 f.; VIII, 372 f.; in the latter connection it is an adjunct
to the dance.
695 Athenæus, I, 44 (p. 24 b), quotes the Pergamene Karystios
(= F. H. G., IV, p. 359, fragm. 14) as saying that the women of
Kerkyra played ball in his time. For Rome, cf. Hor., Sat., II, 2.11;
Suetonius, Octav., 83; Pliny, Ep., III, 1.8; Seneca, de Brev. vit.,
13; etc. On ball-playing, see Grasberger, Erziehung und
Unterricht, I, 1864, pp. 84 f.; L. Becq de Fouquières, Les Jeux des
Anciens,2 1873, Ch. IX, pp. 176–199.
696 Athen., I, 25 (p. 14 d, e).
697 Athen., I, 25–26 (pp. 14 f, 15 a).
698 In his περὶ τοῦ διὰ σμικρᾶς σφαίρας γυμνασίου. Cf. Sidon.
Apoll., V, 17; Martial, IV, 19; etc.
699 Athen., I, 34 (p. 19 a).
700 Athen., I, 26 (p. 15); cf., Eustath., on Od., VI, 115, p. 1553;
only the Milesians were opposed to it: id., on Od., VIII, 372, p.
1601.
701 Theophr., Char., V, 9; Pliny, Ep., II, 17.12 and V, 6.27;
Suetonius, Vit. Vespas., 20; etc.
702 B. S. A., X, 1903–4, pp. 63 f; cf., XII, 1905–6, p. 387.
703 The σφαιρεῖς are mentioned in C. I. G., I, 4, 1386, 1432; P.,
III, 14.6, mentions a statue of Herakles there, to which these
youths sacrificed. Mueller, Die Dorier, 4, 5, § 2, classed these
competitions as a sort of football.
28. 704 Rev. des Ét. gr., XIV, 1901, pp. 445–8.
705 Helbig, Fuehrer, II, no. 1299; B. B., 413; Bulle, 44; Arndt-
Amelung, Einzelaufnahmen, III, text to no. 1127; F. W., text to
1630; Rayet, II, text to Pl. 70, fig. on p. 5; Kekulé, Die griech.
Skulpt.,2 fig. on p. 349 (the Germanicus on p. 348; cf. Bulle, p.
94, fig. 17); Loewy, Griech. Plastik, Pl. 94, fig. 176 a, p. 80. The
statue is 1.83 meters high (Bulle). Head alone in Overbeck, II, p.
446, and cf. 456, n. 4; Arndt-Amelung, nos. 270–271. A fine
herma-replica of the head is at Broadlands, England: Michaelis, p.
219, no. 9; Furtwaengler, Mp., p. 58, fig. 13 (three views). A
poorer copy is in the Uffizi, Florence: Duetschke, III, no. 13;
Arndt-Amelung, Einzelaufnahmen, 83–84.
706 Graef, Aus der Anomia, 1890, p. 69. Bulle finds the head
similar to that of the Lemnian Athena and the body to that of the
Farnese Anadoumenos of the British Museum (= Bulle, no. 49).
Furtwaengler thinks that its relation to the Lemnia is not close
enough to warrant us in assigning it to Pheidias: Mp., p. 57; Mw.,
pp. 86 and 742. On the basis of a Phokaian coin (Berlin example,
Mp., Pl. VI, 19; copy in British Museum, B. M. Coins, Ionia, IV,
23), which represents a similar Hermes, he ascribes the statue to
an Ionian artist and conjectures Telephanes mentioned by Pliny,
H. N., XXXIV, 68.
707 Helbig finds the head Myronian, but the body unconnected
with any of the well-known artistic tendencies of his day.
708 As shown in the Germanicus copy; the right arm is wrongly
restored in the Ludovisi statue. In the Germanicus the arm is
bowed more at the elbow, the hand reaching the level of the
temples.
709 Froehner, pp. 213 f., no. 184 (and bibliography); F. W., 1630;
Rayet, II, Pls. 69 (statue), 70 (head); etc.
710 A. J. A., XV, 1911, Pl. VI and pp. 215–16 (Caskey); Jb., XXIV,
1909, Pls. I and II (from Munich cast), pp. 1 f. (Sieveking). For
the Hermes of the Boboli gardens, see ibid., figs. 1 and 3, pp. 2
and 4; Arndt-Amelung., Einzelauf., 103–105; Duetschke, II, no.
84; Furtw., Mp., p. 230, Mw., p. 424. Another replica is in the
Hermitage: Kieseritzky, Kat., no. 179; Sieveking, figs. 4–5, p. 5;
Mp., p. 290, Mw., 506; another in the Torlonia Museum in Rome,
no. 475: Sieveking, fig. 6, p. 5.
711 Gaz. d. B.-A., 1911, p. 251.
29. 712 Furtwaengler, Mp., p. 230 and cf. p. 290; Mw., p. 424 and cf.
p. 506.
713 See the Annual Report of the Museum of Fine Arts, 1898, p.
20. Mahler, Polyklet u. seine Schule, p. 27, no. 34, wrongly
thought that it was a replica of the Doryphoros.
714 Froehner, no. 183, pp. 210 f. (bibliography on pp. 212–13;
later bibliogr. in Klein, Praxitel. Stud., 1899, p. 4, n. 2); B. B., no.
67; von Mach, 238 b; Clarac, Pl. 309, no. 2046. Replica in Munich
(with a head of Apollo not belonging to the torso): Furtw.-Wolters,
Beschr. d. Glypt.2, 1910, 287 (with list of replicas); von Mach,
238a; Clarac, V, 814, 2048; Reinach, Rép., I, 487, 7; Klein, pp. 4
f.; one in London, in Lansdowne House: Michaelis, pp. 464f., no.
85 and Pl. opp. p. 464; Clarac, V, 814, 2048 A; Reinach, Rép., I,
487, 6; one in the Vatican: Reinach, Rép., I, 487, 5; head and
torso in Athens: ibid., II, i, 153, 10; A. M., XI, 1886, Pl. IX
(middle), pp. 362 f. (Studniczka); head in Copenhagen, formerly
in the Borghese Coll., Rome: P. Arndt, Glypt. Ny-Carlsberg, 1912,
Pls. 128, 129, and text pp. 177 f., (fig. 95 = bronze restoration for
the municipal Museum in Stettin, combining the Lansdowne body
and the Fagan head in the British Museum; for the Fagan head
see B. M. Sculpt., III, 1785).
715 See von Mach, 170; R. Kekulé, Die Reliefs an der Balustrade
der Athena Nike, with Pls. 1–6.
716 From the Ekphrasis of Christodoros, A. G., II, vv. 297–302. It
was first shown to be a statue of Hermes by Lambeck, de Mercurii
statua, Thorn, 1860.
717 Pick, Die antiken Muenzen Nordgriechenlands, I, Pl. XVI, 25;
cf. Froehner, p. 211.
718 Duetschke, IV, no. 151; J. H. S., XXVI, 1906, Pl. XVI, pp. 239
f. (Wace).
719 E. g., B. M. Bronzes, nos. 1200, 1202, 1207; for a herm in
the Braccio Nuovo of the Vatican, after a fourth-century B. C.
type, see Amelung, Vat., I, p. 84, no. 65 and Pl. X.
720 B. M. Sculpt., III, no. 1600 and Pi. III; Jb., I, 1886, p. 54,
and Pl. 5, and fig. 1 (Wolters); Kalkmann, Proport. d. Gesichts,
pp. 41 and 98; Furtw., Mp., Pl. XVIII. opp. p. 346; for a full
discussion of this head, see the note by translator in Mp., pp.
346–7. The head is 11–1/2 inches high (B. M. Sculpt.).
721 Nissen, Pompej. Stud., p. 166.
30. 722 H. N., XXXIV, 18.
723 E. g., one in Paris, in the Cab. des Médailles, no. 3350;
Clarac, 666 D, 1512 F.
724 E. g., E. von Sacken, Die ant. Bronzen des k. k. Muenz-und
Antiken-Cabinetes in Wien, 1871, Pl. 10, 4; a bronze Mercury in
Paris, in the Cab. des Méd., Coll. Oppermann (0.20 m. tall):
Furtw., Mp., p. 233, fig. 94, and Mw., p. 428, fig. 64; bronze
statuette of Mercury in the British Museum with chlamys over the
left shoulder: Mp., p. 232, fig. 93; Mw., p. 427, fig. 63.
725 Mp., p. 231, n. 3.
726 B. M. Bronzes, no. 1217.
727 Mp., pp. 288 f.; Mw., pp. 502 f.
728 Inschr. v. Ol., no. 165 (renewed); base pictured, Mp., p. 288,
fig. 123; Mw., p. 503; fig. 90. Furtwaengler had ascribed the
statue of Aristion to the younger Polykleitos; this was disproved
by the date of Aristion’s victory, Ol. 82 ( = 452 B. C.), given by the
Oxy. Pap.
729 Michaelis, p. 446, no. 35; Clarac, V, 946, 2436 A; Furtw., Mp.,
p. 289, fig. 124; Mw., p. 504, fig. 91.
730 XXIII, 660; cf. Od., XIX, 86: “By Apollo’s grace he hath so
goodly a son”—meaning that Apollo gave increase of physical
strength to men, just as Artemis did to women. Cf. Hesiod,
Theog., 346–7.
731 V, 7.10.
732 Quaest. conviv., VIII, 4 (= p. 724 C, D.); here he also
mentions a Gymnasion of Apollo at Athens.
733 Told by many writers: e. g., Apollod., II, 6.2.
734 P., X, 13.7, describes a group at Delphi representing Apollo
and Hermes grasping the tripod before the fight; in VIII, 37.1 he
mentions the same subject on a marble relief at Lykosoura, and in
III, 21.8 says that Gythion was founded by the two after the
contest, and that their images stood in the agora there. The
subject was represented in the gable of the Siphnian Treasury at
Delphi: Frazer, V, p. 274 (in connection with P., X, 11.2). Stephani
enumerated 89 existing works of art which represent this subject,
of which 58 appear on black-figured, 18 on red-figured vases, 8
on marble reliefs, 3 on terra-cottas, and 2 on gems: Comptes
rendus de la comm. impér. archéol., St. Petersburg, 1868, pp. 31
31. f.; Overbeck has added to the list: Griech. Mythol., III, Apollon,
1889, pp. 391–415.
735 The Choiseul-Gouffier statue: B. M. Sculpt., I, no. 209;
Marbles and Bronzes, Pl. III; Specimens, II, Pl. V; Museum
Marbles, XI, Pl. 32; F. W., no. 221; J. H. S., I, 1881, Pl. IV, and pp.
178 f., and cf., II, 1882, pp. 332 f. (Waldstein); von Mach, Pl. 67;
Collignon, I, p. 403, fig. 208; Clarac, III, 482, 931 H, and p. 213:
Reinach, Rép., II, 1, 85, 10; Conze, Beitr. zur Gesch. d. gr. Pl.2,
1869, Pl. VI; Springer-Michaelis, p. 234, fig. 429. The height of
the statue is 5 feet, 10.5 inches (B. M. Sculpt.). The Apollo-on-
the-Omphalos: Kabbadias, 45; Staïs, Marbres et Bronzes, pp. 23–
24 and fig.; J. H. S., I, Pl. V, fig. 3; Collignon, I, p. 405, fig. 209;
B. B., 42; von Mach, 66; F. W., 219; Reinach, Rép., II, 1, 85, 7;
Conze, op. cit., Pls. III-V, and text, pp. 13 f.; Murray, I, Pl. VIII,
opp. p. 234 (both statues); torso in Munich, Arndt-Amelung,
Einzelauf., nos. 849–50; for list of other copies, see A. M., IX,
1884, pp. 239–40.
736 Cf. B. M. Sculpt., I, no. 209 (A. H. Smith).
737 See Waldstein, p. 180; F. W., no. 219; A. M., IX, 1884, p. 248.
738 Reinach, Rép., II, 1, 85, 9; M. D., I, p. 47, no. 179; cf. F. W.,
219. Overbeck, Griech. Kunstmythol., III. Apollon, p. 162, fig. 9.
739 A. M., I, 1876, Pl. X, and pp. 178 f. (Kekulé); Bulle, 105 (Left)
and p. 208, fig. 47.
740 Published in J. H. S., XXVI, 1906, pp. 278–80 (Dickins); here,
on p. 279, we have the fragment photographed with the lower
parts of the Choiseul-Gouffier and Omphalos copies on either
side; Dickins says that with the possible exception of the Athens
statue this fragment shows the best workmanship of all the
copies. Helbig, Fuehrer, no. 1268.
741 B. M. Sculpt., I, no. 211; it shows the krobylos best.
742 B. M. Sculpt., I, no. 210.
743 Braun, Vorschule d. Kunstmythol., Pl. V, (quoted by A. H.
Smith).
744 Mon. d. I., X, 1874–78, Pl. 54; discussed in Annali, L, 1878,
pp. 61 f. (Brizio).
745 Cf. Helbig, Fuehrer, I, no. 859; Beulé, Monnaies d’Athênes, p.
271, quoted in Jb., II, 1887, p. 235, n. 54.
32. 746 Jb., II, pp. 234 f.; on p. 234, the Athens statue and the figure
from the Bologna krater are shown side by side.
747 Fuehrer, under no. 859 (the Capitoline replica), and especially
under no. 1268.
748 Beitraege zur Gesch. d. gr. Pl.2, p. 19.
749 Roscher, Lex., I, p. 456.
750 A. M., IX, 1884, p. 244.
751 Mentioned by P., I, 3.4; this view has been upheld by Conze,
l.c.; Murray, I, p. 235; cf. Furtw., l. c., and on the artist, see his
article in Sitzb. Muen. Akad., 1907, pp. 160 f.
752 S. Q., nos. 508–526.
753 Furtw., l. c.; the coin in the British Museum is pictured in J. H.
S., XXIV, 1904, p. 205, fig. 2. Conze’s theory of identifying the
type with the Alexikakos has been questioned among others also
by Overbeck: I, n. 226, to pp. 280 (on p. 301).
754 Dionys. Halic., de Isocrate Judicium, III, p. 542 (ed. Reiske);
S. Q., 531.
755 Op. cit., especially p. 182.
756 P., VI, 6.6. He won in the early fifth century, in Ols. 74, 76, 77
( = 484, 476, 472 B. C.): Oxy. Pap.; Hyde, 56; Foerster, 185, 195,
207.
757 F. W., nos. 219 and 221. Clarac, Text, Vol. III, p. 213, leaves
it in doubt whether it be Apollo or an athlete; however, he calls
the Capitoline copy an athlete.
758 Published by Miss K. A. McDowall, J. H. S., XXIV, 1904, pp.
203–7 and fig. 1.
759 The untrustworthy character of the Torlonia copy has been
shown by Overbeck, Kunstmythologie, III, Apollon, pp. 109 and
162. The Roman copy in the Capitoline is also inferior, and the
legs are wrongly restored—for at that period in art there was little
difference between the free and the rest leg; see Helbig, Fuehrer,
no. 859; Stuart Jones, Cat. Mus. Capit., p. 287, no. 20 and Pl. 69;
Conze, Beitraege zur Gesch. d. gr. Pl.2, Pl. VII; Clarac, 862, 2189;
head in Arndt-Amelung, Einzelaufnahmen, Serie II, 452–4, p. 35.
760 Waldstein ascribed the original to Pythagoras, partly because
this artist was famed for the detail of veins, sinews, and hair: see
33. Pliny, H. N., XXXIV, 59.
761 Bildw. v. Ol., Textbd., pp. 223 f.; Tafelbd., Pl. LVII, 3–5. The
original height was 2.60 meters.
762 Strena Helbigiana, 1900, p. 293; discussed also by Miss
McDowall (l. c. and fig. 3, p. 206); a poor replica is in Munich:
Furtw., Mw., p. 115, and fig. 21.
763 B. M. Coins, Troas, etc., Pl. XXXII, 1; McDowall, l. c., fig. 4, p.
207.
764 Bulle, 50, who gives the height 1.86 meters; von Mach, 115;
Reinach, Rép., II, 2, 547, 9; other references infra, on p. 152, n.
5.
765 Jh. oest. arch. Inst., VIII, 1905, pp. 42 f.; IX, 1906, pp. 279
f.; cf., Furtw.-Urlichs, Denkm., pp. 105–6, n. 1 (Engl. ed., p. 120).
766 Jh. oest. arch. Inst., XII, 1909, pp. 100 f. He thinks that the
original may have been identical with the statue of Ἀπόλλων
ἀναδούμενος standing before the temple of Ares at Athens, P., I,
8.4, and that the παῖς ἀναδούμενος of Pheidias at Olympia, P. VI,
4.5, also may have been an Apollo. He also interprets the figure
of a charioteer entering a chariot on an Attic relief (Fig. 63), to be
discussed later, as an Apollo: Jb., VII, 1892, pp. 54 f. For the
relief, see B. B., 21; von Mach, 56; F. W., no. 97; infra, pp. 269 f.
767 Cf., Pliny, H. N., XXXIV, 18 (Achilleae). On these “Achillean”
statues (a generic name for statues of athletes leaning on their
spears, from Achilles, the typical hero of ephebes), see
Furtwaengler, Jahrbuecher f. cl. Philol., Supplbd., IX, 1877, p. 47,
n. 11.
768 Jh. oest. arch. Inst., VIII, 1905, pp. 269 f. Miss McDowall, in
the article already cited, p. 204, has also argued that there is no
necessary connection between the quiver slung over the tree-
support and Apollo.
769 Inschr. v. Ol., 162–3; Loewy, op. cit., X, 1907, pp. 326 f.
Studniczka, ibid., IX, 1906, pp. 311 f., discusses the base and
believes that the pose of the statue of Pythokles was the same as
that of the Borghese Ares of the Louvre (von Mach, 125; F. W.,
1298; Reinach, Rép. I, 133, 1–3; etc.), the weight on the left foot,
i. e., essentially different from the Polykleitan pose.
770 R. M., XXVII, 1912, p. 37.
34. 771 Duetschke, IV, no. 52 (= wrongly female); J. H. S., XXVI,
1906, Pl. XV (three views), and pp. 235 f. (Wace).
772 Mp., p. 247; Mw., pp. 448–449; he assigns it to the third
quarter of the fifth century B. C.
773 Amelung, Rev. arch., II, 1904, p. 344.1; Wace, l. c., p. 237.
774 Both Schreiber, A. M., VIII, 1883, pp. 246 f., and Studniczka,
Jb., XI, 1896, pp. 255 f., have shown that the hair arranged in the
double plait, whether the κρωβύλος or not, is Attic, and that
similarly the mass of locks over the ears is common in Attic works.
775 P., V, 7.9. In V, 7.7, the Idæan Herakles is said to have first
crowned his brother as victor there; cf. V, 8.3–4. We have already
(p. 10) spoken of the difference of opinion as to whether it was
the Cretan (Idæan) Herakles, or the more famous son of Zeus
and Alkmena, who founded the games. On the traditional
connection of the hero with Olympia, see E. Curtius, Sitzb. d. k.
preuss. Akad. d. Wiss. zu Berlin, 1894, pp. 1098 f.; Busolt, Gr.
Gesch.,2 I, pp. 240 f.; Krause, Olympia, pp. 26 f.
776 With the river-god Acheloos, III, 18.16 (the contest pictured
in relief on the throne of Apollo at Amyklai; cf. the same scene
represented by the cedar-wood figures inlaid with gold on the
treasury of the Megarians at Olympia, VI, 19, 12); with Antaios,
IX, 11.6 (pictured in the sculptures of the gable of the Herakleion
at Thebes); with Eryx, III, 16.4 and IV, 36.4.
777 P., V, 8.4.
778 P., V, 21.9; he won in Ol. 178 ( = 68 B. C.): Foerster, 570–1.
779 V, 21.10.
780 These victors were Kapros of Elis, who won in Ol. 124 ( = 212
B. C.): Hyde, 150; Foerster, 474, 475; he had two statues, the
remains of which may have been recovered: see Bronzen v. Ol.,
Tafelbd., Pls. II, III; Aristomenes of Rhodes, who won in Ol. 156
( = 156 B. C.): Foerster, 505–6; Protophanes of Magnesia ad
Maiandrum (ad Lethaeum in P., l. c.), who won in Ol. 172 ( = 92
B. C.): Foerster, 538–9; Marion of Alexandria, who won in Ol. 182
( = 52 B. C.): Foerster, 579–80; Aristeas of Stratonikeia, who won
in Ol. 198 ( = 13 A. D.): Foerster, 609–10; Nikostratos of Aigeai in
Kilikia, who won in Ol. 204 ( = 37 A. D.): Foerster, 621–2.
781 Two men entered later, but were disqualified: Sokrates, who
won in wrestling (?) in Ol. 232 ( = 149 A. D.): Foerster, 704; and
35. Aurelios Ailix, or Helix, of Phœnicia, who won the pankration in
Ol. 250 ( = 221 A. D.): Foerster, 734. See Dio Cassius, LXXIX, 10;
Philostr., Heroicus, III, 13 (p. 147, ed. Kayser); cf. Ph., 46 and
note by Juethner, ad loc. Ailix won in both events on the same
day at the Capitoline games in Rome, which no one had done
before: Foerster, l. c. Frazer, III, p. 625.
782 Such victors were numbered in two ways; some authorities in
the way mentioned above, e. g., Dio Cassius, l. c.; others
numbered them δεύτερος, τρίτος, κ. τ. λ., e. g., Africanus; cf.
Rutgers, pp. 73 f. and n. 1, and p. 97 and n. 2.
783 See F. Kindscher, Die herakleischen Doppelsieger zu Olympia,
Jahn’s Archiv f. Phil. u. Paedag., II, 1845, pp. 392–411.
784 P., IV, 32.1 (statues of the three in the Gymnasion at
Messene). He mentions, IX, 11.7, a Gymnasion and Stadion of the
hero near the Herakleion in Thebes.
785 B. C. H., XXIII, 1899, pp. 455–6.
786 On the difficulty of distinguishing statues of victors from
those of Herakles, see also Arndt, La Glypt. Ny-Carlsberg, Text, p.
138, to Pl. 94.
787 P., VI, 2.1.
788 Ch. VI, pp. 293 f., especially pp. 298–299.
789 La Glypt. Ny-Carlsberg, Pl. 117 (three views). It was formerly
in the Tyszkiewicz collection.
790 See Arndt, l. c. Furtwaengler believed the head Praxitelean:
see Roscher, Lex., I, 2, p. 2166 ll. 61 f. S. Reinach saw in it a
mélange of Skopaic and Praxitelean elements: Gaz. d. B.-A., 3,
Pér., XVI, 1896, II, p. 332 and fig. on p. 328; Têtes, Pl. 176, p.
139; he is followed by Arndt.
791 Antichita di Ercolano, Bronzi, I, Pls. 49 and 50; D. Comparetti
e G. de Petra, La Villa Ercolanese dei Pisoni, 1883, Pl. VII, 3, p.
261, 4; Rayet, II, Pl. 66; B. B., no. 364; F. W., 1302. Similarly, the
bronze head of a youth in Naples, with a rolled fillet, may be from
the statue of a victor or of the hero: Invent., 5594; B. B., 365.]
792 For the Naples replica, see Comparetti e de Petra, Villa
Ercolan., Pl. XXI, 3; Furtw., Mp. p. 234, fig. 95; Mw., p. 430, fig.
65; poorer copy in the Museo Chiaramonti of the Vatican (no.
139): Helbig, Guide, 69; B. B., 338; another in Broadlands,
England: Michaelis, p. 220, no. 10; Mp., p. 235, fig. 96; Mw., p.
36. 431, fig. 66. Graef had already conjectured the type to be that of
a Polykleitan Herakles: R. M., IV, 1889, p. 215. He is followed by
Furtwaengler, Mp., p. 23.
793 Amelung., Vat., I, p. 738, no. 636 and Pl. 79; Helbig, Fuehrer,
I, no. 108; Guide, 113; B. B., no. 609; Furtw., Mp., p. 341, fig.
146 (head, on p. 342, fig. 147); Mw., p. 575, fig. 109 (head, on p.
577, fig. 110). The group is 2.12 meters high (Amelung.).
794 Helbig, Guide, no. 242.
795 Helbig, ibid., no. 470; R. M., IV, 1889, p. 197, no. 12
(Skopaic).
796 It was found in Genzano: B. M. Sculpt., III, no. 1731 and Pl.
V, fig. 2; height, 1 foot, 4–7/8 inches; for references, see infra, p.
169, n. 8.
797 B. M. Sculpt., III, no. 1732; Specimens, I, Pl. 57; Museum
Marbles, III, Pl. 12. A similar head, half portrait and half ideal,
appears on coins of Macedonia. Such filleted heads as nos. 1733
and 1740 of B. M. Sculpt. are probably from statues of Herakles.
The statuette of a seated Herakles, ibid., no. 1726, with the lion-
skin and wearing a laurel wreath tied on with a fillet (= Reinach,
Rép., II, 1, p. 227, no. 3; J. H. S., III, 1882, Pl. XXV.) and
inscribed as the work of Diogenes (I. G. B., 361), recalls the
description of the pose of the Hermes Epitrapezios made by
Lysippos for Alexander: Statius, Silv., IV, 6; cf. Martial, IX, 44.
798 B. M. Bronz., nos. 1254, 1276, 1292, etc.
799 B. M. Bronz., Pl. II (upper right-hand); text, no. 212.
800 Friedrichs, Kleinere Kunst, 1850; mentioned by Furtw., Mw.,
p. 525, n. 2.
801 III, nos. 9 and 19; no. 19 has swollen ears.
802 See Furtw., Mp., pp. 234 and 236; Mw., pp. 429 and 433. He
gives as an example the Polykleitan ephebe head-type discussed
supra, p. 95.
803 P., V, 8.4.
804 P., V, 15.5.
805 P., III, 14.7 (ἀφετήριοι).
806 P., II, 34.10.
37. 807 Iliad, III, 237 (= Od., XI, 300); Homeric Hymn to the
Dioskouroi, XXXIII, 3; Pindar, Isthm., I, 16 f.; Pyth., V. 9; etc.
Kastor was famed also for throwing the quoit: Pindar, Isthm., I,
25.
808 Iliad and Od., ll. cc.; Simonides, frag. 8 (P. l. G., III, p. 390);
Apoll. Rhod., Argon., II, 1 f.
809 Apoll. Rhod., op. cit., I, 146; Theokr., XXII, 2–3 and 34;
Pindar, Pyth., XI, 61–2; Nem., X, 49–50; Isthm., V, 32–3; etc.;
various Roman poets: see Bethe, in Pauly-Wissowa, V, I, pp.
1092–4.
810 R. M., XV, 1900, 1 f. (with illustrations).
811 I. G. A., 37.
812 B. M. Bronz., no. 3207; C. I. G. G. S., III, 1, 649; Rev. arch.,
Sér. 3, XVIII, 1891, Pl. 18, and pp. 45 f. (Froehner); Wochenschr.
f. kl. Phil., VIII, 1891, p. 859; Gardiner, p. 317, fig. 73. Froehner
reads the name “Exotra,” that of a woman victor.
813 I. G. A., 43 a (p. 173).
814 Duetschke, IV, no. 534. Another relief fragment in the Uffizi
shows the upper part of the two with horses, each wearing the
chlamys and pilleus and carrying spears: Duetschke, III, 446.
815 B. M. Sculpt., I, no. 780; Museum Marbles, II, Pl. 11; cf. a
similar relief, no. 781. The relief ibid., III, no. 2206, supposedly
representing Kastor, has been pronounced a modern forgery by
Treu: see F. W., 1006.
816 Ch. I, pp. 27 f. and 37 f.
817 This is the usual division of victor monuments: Scherer, pp.
21 f.; Hitz.-Bluemn., II, 2, p. 530; Furtw.-Urlichs, Denkmaeler
griech. und roem. Skulptur, Handausgabe3, 1911, pp. 104 f.
(translation by H. Taylor, 1914, pp. 120 f.) Reisch, p. 40, divides
Siegerbilder in Motiven von allgemeiner Geltung und Bilder in
Motiven, die der speciellen Veranlassung der Weihung entlehnt
sind—a division practically amounting to that of rest and motion
statues, as we shall see.
818 Discussed infra in Ch. VII, pp. 334 f.
819 VIII, 40.1.
820 See infra, Ch. VII, pp. 327–8.
38. 821 We know of one case, at least, where an “Apollo” (draped)
was transferred to a relief—on a column drum of the old
Artemision in Ephesos, now in the British Museum: J. H. S., X,
1889, Pl. III, pp. 4 f., and figs. 4a, 5 (Murray); Overbeck, I, p.
106, fig. 9; Richardson, p. 53, fig. 16. According to Herodotos, I,
92, most of these columns were the gifts of Crœsus, who reigned
560–546 B. C. On the whole series of “Apollos,” see W. Deonna,
Les Apollons archaïques, 1909; cf. F. W., text to no. 14, pp. 9 f; B.
M. Sculpt., I, pp. 82–3, with references; etc.
822 See Richardson, pp. 39 f.
823 Staïs, Marbres et Bronzes, pp. 11–12 and fig.; B. C. H., X,
1886, Pl. V (two views) and pp. 98 f. (Holleaux); Collignon, I, p.
117, fig. 58; Deonna, op. cit., p. 161, no. 35; Richardson, p. 44,
fig. 12. It is in the National Museum at Athens, where most of the
“Apollos” are to be found. The sanctuary of Apollo Ptoios on
Mount Ptoion, Bœotia, is mentioned by P., IX, 23.6, Hdt., VIII,
135, and other writers.
824 In Athens: Kabbadias, no. 8; Staïs, Marbres et Bronzes, p. 10;
Deonna, p. 227, no. 129; A. M., III, 1878, Pl. VIII; Collignon, I, p.
132, fig. 66; Gardner, Hbk., p. 131, fig. 16; Richardson, p. 39, fig.
5; B. B., no. 77C; von Mach, 12; Reinach, Rép., II, 1, 76, 10; F.
W., 14; Springer-Michaelis, p. 172, fig. 336; Perrot-Chipiez, VIII,
p. 319, fig. 133.
825 Kabbadias, no. 9; Staïs, Marbres et Bronzes, pp. 9–10 (1.27
m. high); Annali, XXXIII, 1861, pp. 79 f. and Pl. E; Deonna, op.
cit., p. 148, no. 26; B. C. H., V, 1881, Pl. IV, and pp. 319 f.;
Collignon, I, p. 114, fig. 56; Overbeck, I, fig. 14; Gardner, Hbk., p.
166, fig. 29; Richardson, p. 40, fig. 8; B. B., 77A; von Mach, 11 b;
Perrot-Chipiez, VIII, p. 509, fig. 260; F. W., 43; Reinach, Rép., II,
1, 76, 11.
826 Kabbadias, no. 10; Staïs, Marbres et Bronzes, p. 8 (1.30
meters high); Deonna, p. 153, no. 28; B. C. H., X, 1886, Pl. IV,
and p. 66 (Holleaux); Collignon, I, p. 196, fig. 92; von Mach, 15a
(left); Gardner, Hbk., p. 168, fig. 30; B. B., 12 (left); Reinach,
Rép., II, 1, 76, 7. In another found at Mount Ptoion in 1903, the
left arm is almost entirely broken away: B. C. H., XXXI, 1907, Pl.
XX.
827 Staïs, Marbres et Bronzes, p. 10, no. 1558; Deonna, p. 217,
no. 114, B. C. H., XVI, 1892, Pl. XVI (two views) and pp. 560 f.
(Holleaux); von Mach, no. 13; Perrot-Chipiez, VIII, p. 321, fig.
39. 134; Gardner, Hbk., p. 132, fig. 17; Richardson, p. 39, fig. 6;
Reinach, Rép., II, 1, 76, 1.
828 Furtw.-Wolters, Beschreib. d. Glypt.,2 pp. 49 f., no. 47;
Gardner, Hbk., p. 158, fig. 26; Gardiner, p. 87, fig. 7; Richardson,
p. 40, fig. 7; B. B., no. I; Bulle, 37 (right); von Mach, 14; Furtw.-
Urlichs, Denkm., Pl. I, pp. 3 f; Mon. d. I., IV, 1847, Pl. XLIV;
Baum., I, fig. 340; Collignon, I, p. 202, fig. 96; Springer-Michaelis,
p. 174, fig. 338; Perrot-Chipiez, VIII, p. 401, figs. 187, 188; F. W.,
49; Reinach, Rép., II, 1, 76, 2. It is 1.53 meters high (Bulle).
829 Left: torso found in 1885: B. C. H., XI, 1887, Pl. VIII, and pp.
185 f. (Holleaux); Collignon, I, p. 198, fig. 49; Richardson, p. 41,
fig. 9 (without the head); head found in 1903: B. C. H., XXXI,
1907, Pls. XVII-XVIII; entire figure, ibid., Pl. XIX; text, pp. 187 f.
(Mendel); Kabbadias, 12; Staïs, Marbres et Bronzes, p. 9 and fig.;
Deonna, p. 156, no. 30. Right: Staïs, pp. 12–13, no. 20; Deonna,
no. 35; Collignon, I, p. 315 and fig. 157 (two views); B. C. H., XI,
1887, Pls. XIII and XIV, and pp. 275 f., and X, 1886, fig. VI
(without head) and pp. 269 f.; von Mach, 15b (right); Gardner,
Hbk., p. 169, fig. 31; Richardson, p. 42, fig. 10 (two views);
Reinach, Rép., II, 1, 77, 4 (without head); cf. II, 1, 18, 4 and 5.
830 See Holleaux, B. C. H., XI, p. 186, n. 1. Richardson, p. 41,
wrongly thought that they were of marble, explaining the
preservation of the arms by their presence; the arms, however,
were formerly broken off and have since been readjusted to the
statue.
831 B. M. Sculpt., I, no. 206; Mon. d. I., IX, 1869–73, Pl. XLI;
Annali, XLIV, 1872, pp. 181 f.; B. B., 51; von Mach, 16; Overbeck,
I, p. 237, fig. 61; F. W., 89; Reinach, Rép., II, 1, 81, 6. It is 3 feet
4 inches in height.
832 See Holleaux, B. C. H., X, 1886, p. 271; XI, p. 186; and cf.
Vischer, Kleine Schriften, II. pp. 302 f.
833 B. B., no. 76.
834 See Holleaux, in B. C. H., XI, 1887, p. 178.
835 From the inscription on its thigh.
836 In the Athens Museum; it dates from the middle of the sixth
century B. C.: Staïs, Marbres et Bronzes, p. 11, no. 1906 and fig.
(1.78 m. high); Deonna, p. 133, no. 5; Perrot-Chipiez, VIII, figs.
189–190; Kabbadias, Arch. Eph., 1902, pp. 43 f. and Pls. 3 and 4;
Bulle, no. 37 (left), who gives its height as 1.79 meters.
40. 837 See Furtw.-Urlichs, Denkm., text to Pl. I, p. 4.
838 Furtw.-Urlichs, Denkm., p. 4, ascribe it to the Cretan sculptors
Skyllis and Dipoinos, who worked in Argos, Sikyon, and Corinth,
or to their school.
839 Statue A: Fouilles de Delphes, IV, Pl. I; B. C. H., XXIV, 1900,
Pls. XIX-XXI (front, side, and rear) and pp. 445 f. (Homolle);
Gardner, Hbk., p. 155, fig. 25; Gardiner, p. 89, fig. 8; Springer-
Michaelis, p. 174, fig. 337; Perrot-Chipiez, VIII, Pls. IX, X. Statue
B (fragmentary): Fouilles de Delphes, IV, p. 7, fig. 7; B. C. H.,
XXIV, 1900, Pl. XVIII. See also the following: Gaz. B.-A., III Pér.,
XII, 1894, pp. 444–6; XIII, pp. 32 f.; C. R. Acad. Inscr., 1894, p.
585; especially Homolle, l. c., pp. 445 f. (he exchanges B for A);
cf. A. J. A., 1895, p. 115; Reinach, Rép., II, 2, 77, 6 and 7.
840 VI, 10.5; the epigram reads:
Εὐτελίδας καὶ Χρυσόθεμις τάδε ἔργα τέλεσσαν
Ἀργεῖοι, τέχναν εἰδότες ἐκ προτέρων.
Damaretos of Heraia won two victories in the heavy-armed race in
Ols. 65, 66 ( = 520, 516 B. C.); Theopompos two in the pentathlon
in Ols. (?) 69, 70 ( = 504, 500 B. C.). Their monument was one in
common: Hyde, nos. 94, 95 and pp. 42 f.; Foerster, 135, 140 and
168, 169.
841 P., VI, 15.8; he won in the boys’ wrestling match and in the
pentathlon in Ol. 38 ( = 628 B. C.): Afr.; Hyde, 148; Foerster, 61,
62.
842 Hoplite victor in Ol. 68 ( = 508 B. C.): Foerster, 151.
843 Victor in three running races on the same day (τριαστής) in
Ol. 67 ( = 512 B. C.): Afr.; Foerster, 144–6.
844 They won in boxing in Ol. 59 ( = 544 B. C.) and the
pankration in Ol. 61 ( = 536 B. C.) respectively: P., VI, 18.7; Hyde,
187, 188, and p. 56; Foerster, 113 and 120. Pausanias, l. c.,
wrongly says that they were the oldest statues at Olympia.
845 He won the double foot-race in Ol. 35 ( = 640 B. C.): Afr.; P.,
I, 28.1; Foerster, 55.
846 He won five victories in wrestling at the beginning of the sixth
century B. C.: P., III, 13.9; Foerster, 86–90. The statue of Oibotas
of Dyme, who won the stade-race in Ol. 6 ( = 756 B. C.), was set
up in Ol. 80 ( = 460 B. C.): Afr.; P., VI, 3.8; Hyde, 29; Foerster, 6;
that of Chionis of Sparta, who won seven running races in Ols.
41. 28–31 ( = 668–656 B. C.), was made by Myron, and consequently
was erected in the fifth century B. C.: P., VI, 13.2; Afr.; Hyde, 111,
and p. 48; Foerster, 39, 41–6: these two, therefore, did not
necessarily conform with the “Apollo” type.
847 VI, 14.5 f; he won in Ol. (?) 61, and in Ols. 62, 63, 64, 65, 66
( = 536–516 B. C.): Hyde, 128; Foerster, 116, 122, 126, 131, 136,
and 141; Afr. gives the second victory as Ol. 62; see Foerster,
122.
848 Vit. Apoll. Tyan., IV, 28.
849 VI, 14.6–7.
850 Frazer, IV, p. 44, believes that this description may be
imaginary, concocted from stories of Milo’s feats of strength; but
Hitz.-Bluemn., II, 2, p. 601, cite Guttman, de olympionicis apud
Philostratum, p. 7, Matz, de Philostr. in describ. imag. Fide, p. 33,
and Gurlitt, Ueber Pausanias, 1890, p. 413, as believing that it
was based on the appearance of the statue. Scherer, pp. 23 f.,
thought that Philostratos followed Pausanias in interpreting the
attributes of the statue, and that the latter got his idea of the
strength of the victor from the statue or from a cicerone. Pliny, H.
N., VII, 19, says of Milo: Malum tenenti nemo digitum corrigebat.
Aelian mentions Milo’s feat with the pomegranate in Var. Hist., II,
24 and de Nat. anim., VI, 55.
851 Cf. Philostr., l. c., ll. 27, 28: καὶ τὸ μήπω διεστὼς τῇ ἀρχαίᾳ
ἀγαλματοποιίᾳ προσκείσθω.
852 Op. cit., p. 31.
853 Cf. P., VIII, 46.3.
854 Pliny, H. N., XXXIV, 75.
855 For the type, see the Payne Knight bronze statuette in the
British Museum: B. M. Bronz., no. 209 and Pl. I; Frazer, IV, p. 430,
fig. 45; the same type appears on Milesian coins. Cf. Brunn, I, 77.
Frazer is against Scherer’s contention.
856 II, 2, pp. 601–2. See P., VI, 9.1 (statue of Theognetos).
857 H. N., XXXIV, 59.
858 Anachar., 9; cf. A. G., IX, 357.
859 No. 38; cf. for the left-hand figure, p. 83, fig. 11 (side view).
860 B. C. H., XVIII, 1894, pp. 44 f., Pls. V, VI (de Ridder); Perrot-
Chipiez, VIII, p. 547, fig. 332; A. de Ridder, no. 740, pp. 268–9,
42. and Pls. III, IV. It is similar in pose to bronzes in the same
museum, nos. 736 (= de Ridder, Pl. II, 1), 737 (= Pl. II, 3), and
738 (= Pl. II, 2). It is 0.27 meter high (Bulle).
861 It will be considered later on in this chapter: p. 119 and n. 3.
It is 0.185 meter high (Bulle).
862 This statuette, showing Peloponnesian tendencies, is in the
Museum of Fine Arts, Boston; it is 0.25 meter high (Bulle).
863 In the same way the pediment statues from Aegina differ
from Attic works by straighter lines and more compact forms.
864 He won a chariot victory some time between Ols. (?) 98 and
101 ( = 388 and 376 B. C.): P., VI, 2.8; Hyde, 17 ( = 105 d; P., VI,
1.26); Foerster, 310.
865 He won in chariot-racing some time between Ols. (?) 115 and
130 ( = 320 and 260 B. C.): P., VI, 13.11; Hyde, 122; Foerster,
513. The date is from the lettering on the recovered base: Inschr.
v. Ol., 177; cf. Hyde, p. 51. On such statues, cf. Reisch, p. 41.
866 The spelling Ηαγελαιδας occurs on two blocks, d, e, from the
Praxiteles bathron at Olympia: Inschr. v. Ol., 631 = I. G. B., 30;
for the whole Praxiteles bathron see Inschr. v. Ol., 266.
Dittenberger and Purgold keep the reading Hagelaïdas. Possibly
the spelling Ἁγελαίδα stands for ὁ Ἀγελαίδα; the MSS. of Pliny
read Hagelades; see I. G. B., p. xviii, Add. to no. 30; Gardner,
Hbk., p. 217, n. 1. On the sculptor, see Lechat, p. 380 and n. 4,
and pp. 454 f.; Collignon, I, pp. 316 f.; Joubin, pp. 14 f., 83 f., 92
f., etc.; Brunn, pp. 63 f.; Gardner, Hbk., pp. 216 f.; and especially
Pfuhl, in Pauly-Wissowa, VII, pp. 2189 f.
867 For Myron, see Pliny, H. N., XXXIV, 57. Furtwaengler, Mp., p.
196, Mw., 379–80, thinks that the connection is not literally true,
even if considerations of chronology are not against it, and
derives the story of Hagelaïdas teaching Myron from the similarity
between the work of the two. For Polykleitos, see Pliny, H. N.,
XXXIV, 55. The tradition that Hagelaïdas was the master of
Polykleitos has been unreasonably assailed by many scholars: e.
g., by Robert, Arch. Maerchen, 1886, p. 97; Mahler, Polyklet u. s.
Sch., 3912, pp. 6 f.; Klein, I, p. 340; cf. II, p. 143; cf. Springer-
Michaelis, I, p. 210. Furtwaengler, Mp., p. 196, Mw., p. 380,
believes it impossible because of chronological difficulties, and
assumes a sculptor of an intermediate generation as the teacher
of Polykleitos; he, followed by Mahler, l. c., and Klein, I, 340,
names Argeiadas (mentioned in I. G. B., no. 30) as this
43. intermediate artist. However, he admits that the statement is true
in a general sense, since Polykleitos developed his canon from
that of Hagelaïdas: cf. 50stes Berl. Winckelmannsprogr., p. 149;
Pfuhl, however, p. 2192, has shown that the relationship is
perfectly possible.
868 To be mentioned infra, p. III and note 2.
869 Dio Chrysost., de Hom. et Socr., 1; here Mueller amends the
MSS. reading ΗΠΟΥ to ΗΓΙΟΥ; E. A. Gardner, Class. Rev., 1894, p.
70, wrongly reads Ἡγελάδου.
870 Mp., pp. 53 and 196; Mw., pp. 80–81, and 380.
871 Wilamowitz has shown that it comes from Apollonios, son of
Chairis, who lived circa 100 B. C., and that it goes back probably
to the Chronica of Apollodoros of Athens, who lived in the middle
of the second century B. C.: Aus Kydathen (Kiessling and
Wilamowitz, Philolog. Untersuchungen, I, 1880), pp. 154 f.
Kalkmann, in his Quellen der Kunstgesch. d. Plinius, p. 41,
believes that the date which is given by Pliny (XXXIV, 49) for the
floruit of Hagelaïdas, Ol. 87 ( = 423–429 B. C.), comes from the
same Apollodoros.
872 Op. cit., pp. 41 and 65 f.; Pfuhl, p. 2194. Brunn, l. c.,
Overbeck, I, p. 140, and Robert, l. c., had assumed an earlier
plague at the beginning of the fifth century B. C.; but the real
occasion for the dedication of the Herakles remains obscure.
873 P., IV, 33.2.
874 P., VI, 8.6; Hyde, 82; Foerster, 142, 148.
875 P., VI, 14.11; Hyde, 132; Foerster, 133, 134.
876 P., VI, 10.6 f.; Hyde, 99; Foerster, 143. There is no reason for
following Brunn in his contention that these statues were set up
some time after the victories, as these dates fit the chronology of
the artist outlined above.
877 A fifth-century type of statue occurs on these coins,
representing the god standing with the left foot forward, the knee
slightly bent, a thunderbolt held in the extended right hand and
an eagle in the extended left: B. M. Coins, Pelop., Pl. XXII, nos. 1
and 6; Hitz.-Bluemn., I, 2, Muenztafel, III, 20 and 12; Springer-
Michaelis, I, p. 211, fig. 393; Collignon, I, p. 318, figs. 158–159.
Frickenhaus, quoted by Pfuhl, p. 2194, believes that the pose is
44. seen also in the small bronze pictured in B. S. A., III, 1896–7, Pl.
X, 1.
878 P., VII, 24.4. See B. M. Coins, Pelop., Pl. IV, nos. 12 and 17,
and cf. 14; Hitz.-Bluemn., II, 1, Muenztafel, IV, 16–17; Svoronos,
Journ. int. d’arch. num., II, 1898, 302, Pl. 14, 11.
879 Furtwaengler, 50stes Berl. Winckelmannsprogr., 1890 (Eine
argivische Bronze), pp. 152–153 and Pl. I (3 views); from which
plate Gardner, Hbk., p. 221, fig. 49; Waldstein, J. H. S., XXIV,
1904, p. 131, fig. 1; Gardiner, p. 93, fig. 11; von Mach, 17 b;
Reinach, Rép., II, 1, 85, 1; cf. Frost, J. H. S., XXIII, 1903, pp. 223
f., and fig. 1, who compares its style and pose with a later bronze
statuette found off Cerigotto (Arch. Eph., 1902, Pl. 14). Ligourió is
on the site of the ancient Lessa: Curtius, Peloponnesos, II, 1852,
p. 418. The bronze without the base is 135 millimeters high
(Furtwaengler).
880 B. B., 302; Bulle, 43; Springer-Michaelis, p. 234, fig. 428;
Furtw., Mp., p. 52, fig. 10 (upper part); Mw., p. 79, fig. 3;
Overbeck, II, p. 473, fig. 228 b. It is 1.60 meters high (Bulle).
881 Listed by Furtwaengler, 50stes Berl. Winckelmannsprogr., p.
139, n. 61. For the relation of these copies to each other, id., Berl.
Philol. Wochenschr., XIV, 1894, pp. 81 f.; he ascribes them to
Hegias.
882 B. B., no. 301; Bulle, 41; von Mach, 321; Helbig, Fuehrer, II,
1846; Guide, 744; Baum., II, p. 1191, fig. 1391; Collignon, II, p.
661, fig. 346; Overbeck, II, p. 473, fig. 228, a; Reinach, Rép., II,
2, 588, 9; F. W., 225; A. Z., XXXVI, 1878, Pl. XV, and pp. 123 f.;
Annali, XXXVIII, 1865, Pl. D and pp. 58 f.; Kekulé, Gruppe des
Kuenstlers Menelaos in Villa Ludovisi, 1870, Pl. II, 2, pp. 20 f.;
Joubin, p. 87, fig. 15; Springer-Michaelis, p. 211, fig. 398. The
best copy of the head of the statue by Stephanos is in the Lateran
Museum, Rome: see Furtwaengler, Mp., p. 217, fig. 92; Mw., p.
405, fig. 62. The statue is 1.44 meters high (Bulle). For the
inscription on the tree-trunk, see I. G. B., no. 374.
883 The best example is in Naples, the group being known, and
probably correctly, since Winckelmann’s day, as Orestes and
Elektra: B. B., no. 306; Kekulé, Gruppe d. Menelaos, Pl. II, 1;
Bulle, 141 (height 1.44 meters); Collignon, II, pp. 662, fig. 347;
Gardner, Hbk., p. 557, fig. 151; Clarac, V, 836, 2093; Reinach,
Rép., I, 506.4. A sketch of the Naples Orestes and the Ligourió
bronze, showing their great resemblance, is given by
45. Furtwaengler, 50stes Berl. Winckelmannsprogr., p. 137. A replica
of the female figure is cited by Michaelis as in Marbury Hall,
England: p. 503, no. 6; cf. Conze, Beitraege zur Gesch. d. gr. Pl.2,
p. 25, n. 3.
884 E. g., the so-called group of Orestes and Pylades in the
Louvre: von Mach, 323; Collignon, II, p. 663, fig. 348; Reinach,
Rép., I, 161, 2 (= Mercury and Vulcan).
885 Kalkmann, 53stes Berl. Winckelmannsprogr., 1893, pp. 77 f.,
thought that the Stephanos figure went back to an original by
Pythagoras, the rival of Myron, which Furtwaengler, Mp., p. 49,
rightly characterizes as “wide of the mark”; Pfuhl, p. 2197, Bulle,
and others regard its ascription to the school of Hagelaïdas as
probable, even if not capable of proof. Furtwaengler, 50stes Berl.
Winckelmannsprogr., p. 152, believes it was vermutlich ein Werk
des Meisters (i. e., Hagelaïdas) selbst: on pp. 146–7 he
pronounces the life-size marble torso of a statue of a nude man
found in a wall over the ruins of the Palaistra at Olympia (Treu, A.
Z., XXXVIII, 1880, p. 45)—because of its resemblance in pose to
that of the Ligourió statuette—a Roman school copy of an original
bronze victor statue going back to Hagelaïdas.
886 E. g., the marble group formerly in the Boncompagni-Ludovisi
collection, now in the Museo delle Terme, Rome: Helbig, Fuehrer,
II, 1314; Guide, 887; B. B., no. 309; von Mach, 322; Baum., II, p.
1193, fig. 1393; Springer-Michaelis, p. 454, fig. 834; Kekulé, Die
Gruppe d. Menelaos, Pl. I; Schreiber, Bildw. d. Villa Ludovisi, p.
89, no. 69; Collignon, II, p. 665, fig. 349; F. W., 1560; Reinach,
Rép., I, 506, 6.
887 V, 10.8.
888 Pliny, H. N., XXXIV, 72, and XXXVI, 16.
889 See Brunn, pp. 236–7 and 244–5.
890 Loeschke (Dorpaterprogr., 1887, p. 7, on the basis of an early
suggestion of Furtwaengler in A. M., III, 1878, p. 194) and J. Six
(J. H. S., X, 1889, pp. 109 f.), assumed two sculptors of the name
of Alkamenes, ascribing the gable statues and that of Hera at
Phaleron (mentioned by P., I, 1.5) to the elder one. Furtwaengler
later retracted the theory of two artists and assumed but one
(Mp., p. 90, n. 3; Mw., p. 122 and n. 6). Koepp has shown that
the Hera is of no use in dating, since the story of Pausanias that
the temple of Hera was destroyed by the Persians is an invention
(Jb., V, 1890, p. 277). The idea of an elder Alkamenes based on
46. the inscription on a herm recently found in Pergamon (A. A.,
1904, fig. on p. 76) has also been refuted by Winter (A. M., XXIX,
1904, pp. 208–211, and Pls. XVIII-XXI), who has shown that the
inscription and statue do not go so far back.
891 See Baum., pp. 1104 KK.
892 P. 243.
893 A. Z., XLI, 1883, pp. 141 f.
894 No. 135.
895 Arch. Stud. H. Brunn dargebr., pp. 67 f.
896 A. M., VII, 1882, pp. 206 f. He also found the style of the two
pediments unlike.
897 A. Z., XXXIX, 1881, p. 78, n. (= Argive-Sikyonian); cf. Bildw.
v. Ol., Textbd., pp. 44–95; Tafelbd., Pls. IX-XVII (East Gable),
XXII-XXXI (West Gable).
898 A. M., XII, 1887, pp. 374–5 (= Argive-Sikyonian); cf. R. M.,
II, 1887, pp. 53 f., where he excepts the four corner figures of the
West Gable as Attic, because they are of Pentelic marble, and not
Parian, like the others.
899 I, pp. 460–1.
900 I, p. 330 (= Elean).
901 For a discussion of the whole question of the artists, see
Hitz.-Bluemn., II, i, pp. 329 f.; Frazer, III, pp. 512 f. For a
restoration of the two groups, see Treu, Jb., III, 1888, Pls. 5, 6
(West), and ibid., IV, 1889, Pls. 8, 9 (East); whence Gardner,
Hbk., p. 246, figs, 57 and 56 respectively; see also Bildw. v. Ol.,
Tafelbd., Pls. XVIII-XXI; Textbd., pp. 114–137; Overbeck, I, Pl.
opp. p. 309; etc.
902 Richardson, p. 101, fig. 49 (side), and p. 154 for the
statement; Lechat, Au Musée, Pl. XVI; Bulle, pp. 462–3, figs. 135,
136; B. B., no. 461 (middle row, bottom); A. M., XII, 1887, pp.
372 f. (Studniczka); de Ridder, no. 467; Perrot-Chipiez, VIII, p.
679, fig. 347; it is 0.10 meter high (Graef., A. M., XV, 1890, p. 16,
n. 1). For the figure of Apollo, see Bulle, no. 42; Bildw. v. Ol.,
Tafelbd., Pl. XXII, and Textbd., p. 69; von Mach, 86 (statue), 446
(head). The original height was 3.10 meters (Bulle).
903 Mp., p. 53; Mw., p. 80; 50stes Bert. Winckelmannsprogr., pp.
140–1 and 148.
47. 904 The torso was found in 1865, the head in 1888: torso, A. M.,
V, 1880, p. 20 and Pl. I, with wrong head (Furtwaengler); head,
Arch. Eph., 1888, p. 81 and Pl. III; figure in outline, Collignon, I,
pp. 374–5, figs. 191–2; Dickins, no. 698, pp. 264 f.; B. B., 461 b;
Bulle, 40 and figs. 15, 14 on pp. 87–8 (from a cast); von Mach,
57; Overbeck, I, p. 205, fig. 48; Lechat, p. 452, fig. 38; Reinach,
Rép., II, 2, 588, 1; Springer-Michaelis, p. 217, fig. 403;
Furtwaengler, A. A., 1889, p. 147, Mw., pp. 76, n. 2, and 81;
Wolters, A. M., XIII, 1888, p. 226. Bulle dates it toward 480 B. C.
905 The same turn appears in the sixth-century Rampin head:
Collignon, I, p. 360, fig. 182. It will be discussed later on, pp.
126–127.
906 Furtwaengler, 50stes Bert. Winckelmannsprogr., pp. 132 and
150; Mp., p. 19; Dickins, p. 265.
907 It is a dedication by Euthydikos: Collignon, I, Pl. VI (right),
opp. p. 356; von Mach, no. 26 (right); Gardner, Hbk., p. 212, fig.
47; Bulle, 240; Lechat, Au Musée, p. 367, fig. 37; Perrot-Chipiez,
VIII, p. 595, fig. 299; Richardson, p. 78, fig. 33; Springer-
Michaelis, p. 207, fig. 390. Bulle gives it as half life-size.
908 Dickins, pp. 248 f., no. 689; Bulle, no. 198; B. B., 460; von
Mach, 440 and 443 (left); Collignon, I, p. 362, fig. 184, and
bibliog., note 3, p. 363; Overbeck, I, p. 206, fig. 49; Gardner,
Hbk., p. 213, fig. 48; Lechat, p. 362 and Au Musée, p. 374, fig.
39; Furtw., 50stes Berl. Winckelmannsprogr., p. 151; Perrot-
Chipiez, VIII, Pl. XIV; Arch. Eph., III, 1888, Pl. II. It is slightly
under life-size.
909 Here again Furtwaengler ascribes it to Hegias, whose art he
derives from Hagelaïdas.
910 Richter, Greek, Etruscan, and Roman Bronzes in the
Metropolitan Museum, p. 49, fig. 78; it will be discussed infra in
Ch. IV, pp. 220–1.
911 See supra, p. 105 and n. 3.
912 On Chrysothemis, see Robert in Pauly-Wissowa, III, 2, p.
2521; Brunn, pp. 61–2; Overbeck, I, p. 140; Collignon, I, pp. 225
(= forerunners of Hagelaïdas and Polykleitos), and cf. p. 320. On
Eutelidas, see Pauly-Wissowa, VI, 1, p. 1493.
913 Pliny, H. N., XXXIV, 55; others, e. g., P., VI, 6.2, call him an
Argive. He belonged to a family of sculptors, some of whom
worked in Sikyon and others in Argos.
48. 914 Kyniskos: P., VI, 4.11; Hyde, 45; Foerster, 255; Inschr. v. Ol.,
149; Pythokles: P., VI, 7.10; Oxy. Pap.; Hyde, 70; Foerster, 295;
Inschr. v. Ol., 162–3; Aristion: P., VI, 13.6; Oxy. Pap.; Hyde, 115;
Foerster, 376; Inschr. v. Ol., 165 (renewed); I. G. B., 92;
Thersilochos: P., VI, 13.6; Hyde, 114; Foerster, 369.
915 H. N., XXXIV, 91. In the same book, § 72, Pliny mentions
another pupil of Polykleitos, Aristeides, as the fashioner of chariot-
groups. Pausanias merely mentions him in connection with
improvements in the hippodrome at Olympia made by Kleoitas:
VI, 20.14; see Pauly-Wissowa, II, pp. 896–7.
916 Furtwaengler, Mp., p. 226, makes Naukydes, Daidalos, and
the younger Polykleitos sons of Patrokles, the brother of the great
Polykleitos. Naukydes and Daidalos describe themselves as sons
of Patrokles in two inscriptions: I. G. B., 86 and 88. Pausanias,
however, calls Naukydes a brother of Polykleitos and son of
Mothon: II, 22.7.
917 Cheimon: P., VI, 9.3; Oxy. Pap.; Hyde, 88; Foerster, 285;
Baukis: P., VI, 8.4; Hyde, 77; Foerster, 318; Eukles: P., VI, 6.2;
Hyde, 52; Foerster, 297; Inschr. v. Ol., 159 (renewed). Naukydes’
activity extended from Ol. 83 to Ol. 95 ( = 448–400 B. C.): Hyde,
p. 39.
918 H. N., XXXIV, 49.
919 P., VI, 8.1; Hyde, 72; Foerster, 268.
920 P., VI, 6.2, expressly distinguishes between the elder and
younger Polykleitos; in speaking of the statue of the boy wrestler
Agenor, he says that Polykleitos, the pupil of Naukydes, “not the
one who made the statue of Hera,” fashioned it. Robert, O. S., pp.
186 f., gives his activity as Ols. 98 to 103 ( = 388–368 B. C.).
921 Antipatros: P., VI, 2.6; Hyde, 16; Foerster, 309; Agenor: P.,
VI, 6.2; Hyde, 53; Foerster, 355; Xenokles: P., VI, 9.2; Hyde, 85;
Foerster, 308; Inschr. v. Ol., 164; I. G. B., 90; Furtwaengler
wrongly ascribed the statue of Xenokles to the elder Polykleitos
and that of Aristion to the younger: Mp., pp. 224–5. Loewy had
already assumed the eider for Aristion, Strena Helbigiana, p. 180,
n. 4, and this was confirmed by the early dating of his victory in
the Oxy. Pap.
922 P., VI, 16.7; Hyde, 162; Foerster, 515. On this sculptor, see
Pauly-Wissowa, I, p. 2137; I. G. B., 475; Inschr. v. Ol., 318; etc.
49. 923 Before 600 B. C.; Robert, in Pauly-Wissowa, V, pp. 1159 f.; cf.
Collignon, I, pp. 131 and 222 f.; Overbeck, I, pp. 84 f.
924 P., VI, 9.1, f.
925 Antipatros of Sidon, in A. Pl. (XVI), no. 220; on Aristokles,
see Pauly-Wissowa, II, p. 937; Robert, Arch. Maerch., pp. 95 ff.
926 Longpérier, Notice des bronzes antiques du Louvre, I, 1868,
no. 69; de Ridder, Les bronzes antiques du Louvre, I, 1913, Pl. 2,
2, and p. 7; B. B., no. 78; Collignon, I, Pl. V, opp. p. 312; von
Mach, 18 (two views); Overbeck, I, p. 235, fig. 60 (two views);
Springer-Michaelis, p. 211, fig. 397; Perrot-Chipiez, VIII, Pl. XI;
Reinach, Rép., II, 1, 84, 9. For bibliography, see Deonna, Les
Apollons archaïques, p. 274. It is only 3 feet 4 inches tall. The
Apollo Philesios, stolen from Miletos at the destruction of the city
by Darius in 493 B. C. (Hdt., VI, 19; but P., VIII, 46.3, and later
writers wrongly say by Xerxes; see E. Meyer, Gesch. d.
Altertums,2 1912, III, p. 309), was restored from Ekbatana in
Media in 306 B. C. by Seleukos Nikator (P., l. c., and cf. I, 16.3). It
is also mentioned by P., II, 10.5. The genuineness of the Piombino
statuette has been assailed, but Overbeck has proved it genuinely
archaic: Griech. Kunstmyth., III, Apollon, 1889, pp. 22 f.; cf.
Gesch. d. gr. Pl., I, pp. 234 f.
927 H. N., XXXIV, 75; cf. Jex-Blake ad loc., p. 60. Pausanias
mentions a cedar replica of the Apollo at Thebes: II, 10.5 and IX,
10.2. See p. 336, n. 1.
928 P. Gardner, The Types of Greek Coins, 1883, Pl. XV, nos. 15–
16; Collignon, I, p. 312, figs. 153–155; cf. B. Head, Historia
Nummorum2, 1911, p. 586; Overbeck, Apollon, pp. 23 f., and
Muenztafel I, nos. 22 f. Also on gems: see M. W., I, Pl. XV, no. 61;
B. M. Gems, no. 720; etc.
929 L. c.
930 B. M. Bronzes, no. 209 and Pl. I (middle); Specimens, Pl. 12;
Annali, VI, 1834, Pl. D, fig. 4; Overbeck, I, p. 144, fig. 24, and
Apollon, p. 24, fig. 5; Murray, I, p. 193, fig. 49; Rayet et Thomas,
Milet et le golfe Latmique, Pl. 28, 2; Collignon, I, p. 313, fig. 156;
Dar.-Sagl., I, p. 318, fig. 375; von Mach, 17 a; Springer-Michaelis,
p. 183, fig. 350; Perrot-Chipiez, VIII, p. 475, fig. 242; Reinach,
Rép., II, 1, 80, 9; Fowler and Wheeler, Hbk. of Greek Archæology,
1909, p. 331, fig. 251; Furtwaengler, in Roscher, Lex., I, 1, p. 451;
50. Frazer, IV, p. 430, fig. 45, Bulle, 28 (middle). A modern copy is in
the Antiquarium, Munich: F. W., 51. It is 0.185 meter high (Bulle).
931 R. M., II, 1887, pp. 90 f. (Studniczka) and Pls. IV, IV a, V;
Collignon, I, p. 321, fig. 161; Overbeck, I, p. 239, fig. 62;
Michaelis in A. Z., XXI, 1863, pp. 122 f. (Anzeiger). It is 1.11
meters in height.
932 Collignon, I, p. 253, fig. 122; Overbeck, Griech. Kunstmythol.,
III, Apollon, p. 36, fig. 8; Fraenkel, in A. Z., XXXVII, 1879, pp.
84–91, and Pl. 7.
933 The small bronze also found there, 0.155 meter high, belongs
to the same series: B. C. H., X, 1886, pp. 190 f., and Pl. IX. It
greatly resembles the statuette from Naxos. For a list of replicas
of the statue of Kanachos, see Rayet, Études d’archéologie et
d’art, p. 164; etc.
934 On the style of Kanachos and the Apollo, see also Kekulé,
Sitzb. d. preuss. Akad. d. Wiss. zu Berlin, 1904, I, pp. 786–801;
O. Mueller, Kleine Schriften, II, p. 537; F. W., to no. 51; Brunn, pp.
74 f.; Collignon, I, pp. 310 f.; etc.
935 P., VI, 1.3 and 8.5; Hyde, 1, 2, 3, and 78; Foerster, 296, 300,
299, 290 and 305; on Alypos, see Pauly-Wissowa, I, p. 1711;
Brunn, p. 280; B. C. H., XXI, 1897, pp. 287 f.; and cf. P., X, 9.10.
51. 936 P., VI, 13.7; Hyde, 116; Foerster, 291; on the sculptor, see
Brunn, p. 277.
937 P., VI, 3.13; Hyde, 34; Foerster, 575; on the sculptor, see
Brunn, pp. 292 and 419; cf. Hyde, p. 34.
938 Timon and Aigyptos, who won some time between Ols. (?) 98
and 101: P., VI, 2.8; Hyde, 17, 18; Foerster, 310, 301;
Aristodemos, Ol. 98: P., VI, 3.4; Hyde, 25; Foerster, 312;
Eupolemos, Ol. 96: Afr.; P., VI, 3.7; Hyde, 28; Foerster, 294. On
Daidalos, see Pauly-Wissowa, IV, pp. 2006 f.; Robert, O. S., pp.
191 f.; Brunn, pp. 14 f.
939 P., VI, 3.5; Hyde, 26; Foerster, 325. On Damokritos, see
Pauly-Wissowa, IV, p. 2070; Brunn, p. 105.
940 Deinolochos: P., VI, 1.4; Hyde, 5; Foerster, 330; Hysmon: P.,
VI, 3.9; Hyde, 31; Foerster, 347; Kritodamos: P., VI, 8.5; Hyde,
80; Foerster, 337; Inschr. v. Ol., 167; I. G. B., no. 96; Alketos: P.,
VI, 9.2; Hyde, 86; Foerster, 320; Lykinos: P., VI, 10.9; Hyde, 100;
Foerster, 336. On Kleon, see Brunn, pp. 285; I. G. B., to no. 95.
941 Troilos: P., VI, 1.4; Hyde, 6; Foerster, 338 and 345; Inschr. v.
Ol., 166; the dates of his two victories, Ols. 102, 103, are known;
Philandridas: P., VI, 2.1; Hyde, 10; Foerster, 393; his victory fell
either in Ol. 102 or Ol. 103; Cheilon: P., VI, 4.6–7; Hyde, 41;
Foerster, 384 and 392; P., because of the dating of Lysippos,
inferred that this victor fell either at Chæroneia (338 B. C.) or
Lamia (322 B. C.), both of which dates fall within the working
years of the sculptor; see P. Gardner, J. H. S., XXV, 1905, p. 246;
Polydamas: P., VI, 5.1; Hyde, 47; Foerster, 279; Africanus gives us
the date of his victory as Ol. 93, though the statue was set up
after the victor’s death; Kallikrates, of Magnesia on the Mæander:
P., VI, 17.3; Hyde, 175; Foerster, 390 and 397 (for two victories).
Lysippos made two honor statues for Pythes of Abdera: P., VI,
14.12; Hyde, 134 a.
942 Kallon: P., VI, 12.6; Hyde, 106; Foerster, 410; Nikandros: P.,
VI, 16.5; Hyde, 157; Foerster, 408 and 413 (two victories). On the
sculptor, see Pauly-Wissowa, IV, p. 2013; Brunn, p. 407.
943 P., VI, 17.5; Hyde, 181; Foerster, 401. On Daitondas, see
Robert in Pauly-Wissowa, IV, p. 2015 (who dates the sculptor at
the beginning of the third century B. C., because of an inscribed
base found at Delphi: I. G. B., 97; C. I. G. G. S., I, 2472); cf.
Schmidt, A. M., V, 1880, pp. 197–8, no. 58; cf. Brunn, p. 418.
52. 944 P., VI, 2.6 f.; Hyde, 15; Foerster, 424.
945 H. N., XXXIV, 51; cf. XXXIV, 78 (for his image of the Eurotas
river); XXXV, 141 (as painter). The Tyche is mentioned by P., VI,
2.7. Many copies of this work in marble, bronze, and silver have
been identified, especially a marble statuette in the Vatican: B. B.,
no. 154; Helbig, Fuehrer, I, 362; F. W., 1396; von Mach, 256; etc.
For a list of copies, see R. Foerster, Jb., XII, 1897, pp. 145 f.; cf.
Amelung, Fuehrer d. Florenz, nos. 261–2; and P. Gardner, J. H. S.,
IX, 1888, pp. 75 f. and Pl. V (silver statuette). On the sculptor, see
Robert in Pauly-Wissowa, VI, pp. 1532–3; Brunn, I, pp. 411 f.; II,
p. 157 (painter); Overbeck, II, pp. 172 f.; Collignon II, pp. 485 f.;
Murray2, II, pp. 354 f. Robert, l. c., gives three other sculptors of
the same name; cf. I. G. B., nos. 143 and 244–9; Homolle, B. C.
H., XVIII, 1894, pp. 336 f.
946 Kratinos: P., VI, 3.6; Hyde, 27; Foerster, 433; Alexinikos: P.,
VI, 17.7; Hyde, 184; Foerster, 438. On the sculptor, see Pliny,
XXXIV, 85; Brunn, p. 415.
947 P., V, 25.12–13.
948 P., V, 27.8 (= joint work of Onatas and Kalliteles).
949 P., V, 25.8 f. The base has been found in situ east of the
temple of Zeus: Ergebn. v. Ol., Tafelbd., II, Pl. XVII, 12; Textbd.,
pp. 145 f. See Plans A and B.
950 P., VI, 12.1. Hiero won three victories in Ols. 76, 77, 78
( = 476–468 B. C.): Oxy. Pap., Hyde, 105; Foerster, 199, 209, 215.
The monument was dedicated in 467 B. C. after the death of the
king. For the sculptor, see Brunn, p. 88.
951 P., VI, 9.4–5; Hyde, 90; Foerster, 180; Inschr. v. Ol., 143.
952 Philon: P., VI, 9.9; Hyde, 91; Foerster, 167 and 179; he won
in Ols. (?) 72 and 73 ( = 492 and 488 B. C.); Glaukos (boy boxer):
P., VI, 10.1–3; Hyde, 93; Foerster, 137; he won in Ol. 65 ( = 520
B. C.), but his statue was set up by his son at the beginning of
the fifth century B. C.: Hyde, p. 42; Theagenes: P., VI, 11.2 f.; he
won in Ols. 75 and 76 ( = 480 and 476 B. C.): Oxy. Pap., Hyde,
104; Foerster, 191, 196.
953 For the meaning of the word σκιαμαχεῖν, see infra, Ch. IV, p.
243 and n. 4.
954 Theognetos: P., VI, 9.1; Oxy. Pap.; Hyde, 83; Foerster, 193,
193 N; Epikradios: P., VI, 10.9; Hyde, 101; Foerster, 228.
53. 955 P., VI, 10.9; Hyde, 103 and p. 44; Foerster, 519. On the
sculptor, see Brunn, p. 96.
956 P., VI, 14.2; Hyde, 133; Foerster, 327. For the sculptor, see
Brunn, p. 96.
957 Lechat, Au Musée, Pl. XV; Arch. Eph., 1887, Pl. III and pp. 43
f.; Bulle, 226 (two views); von Mach, 442, 443 (right); S. Reinach,
Têtes, nos. 5 and 6; Overbeck, I, p. 198, fig. 44 (two views);
Collignon, I, p. 304, fig. 151; Perrot-Chipiez, VIII, pp. 526–7, figs.
271–2; E. A. Gardner, J. H. S., VIII, 1887, p. 191. While Overbeck
and Lechat regard it as Attic, most scholars call it Aeginetan. The
helmet is separately made and fastened on. Bulle dates it in the
first decade of the fifth century B. C. It is 0.27 meter high (Bulle).
958 Comparetti e de Petra, La Villa Ercolanese dei Pisoni, 1883,
Pl. VII, 1, p. 260; Collignon, I, p. 303, fig. 150; Mon. d. I., IX,
1869–73, Pl. XVIII; Kekulé, Annali, XLII, 1870, pp. 263 f.; von
Mach, 441; F. W., 229; for its style, see Rayet, I, text to Pl. 26.
Studniczka, R. M., II, 1887, p. 105, n. 47, believes that the closely
allied colossal marble head in the Museo Torlonia (no. 501) in
Rome is a copy of the colossal Apollo of Onatas at Pergamon,
mentioned by P., VIII, 42.7. The head of the Zeus found at
Olympia (Bronz. v. Ol., Pl. I, 1, 1 a) has been regarded as
Aeginetan.
959 Collignon, I, p. 306; fig. 152 on p. 305.
960 B. M. Sculpt., I, no. 206; etc. Brunn, Sitzb. Muen. Akad.,
1872, pp. 529 f., referred it to the school of Kallon; cf. also
Collignon, I, p. 302.
961 Gardner, Hbk., p. 169, fig. 31; von Mach, no. 15 (right); etc.
962 Aegina, das Heiligtum der Aphaia, 1906; see Tafelbd., II, Pls.
104 (West Gable), 105 (East Gable), (the pediment groups in
colors); whence Gardner, Hbk., p. 226, Pls. 50–51; cf. also
Springer-Michaelis, pp. 214–15, figs. 400 (West Gable), 401 (East
Gable); fig. 399 gives an older arrangement of the West Gable
statues, as set up in plaster in the Strasbourg Museum. Since
Furtwaengler’s death new attempts at reconstruction have been
made, notably by P. Wolters, Aeginetische Beitraege, and D.
Mackenzie, in B. S. A., XV, 1908–09, pp. 274 f. and PI. XIX (East
Gable). For various figures, see von Mach, nos. 78–83. See
Furtwaengler-Wolters, Beschr. d. Glypt.2, pp. 95 f. and figs. 74 f.
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