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Whelan Associates Inc. v. Jaslow Dental Laboratory Inc.

argued: March 3, 1986.


On Appeal from the United States District Court for the Eastern District of Pennsylvania, (D.C. Civ. No. 83-4583)

Author: Becker


Before GIBBONS, BECKER, and ROSENN, Circuit Judges.

BECKER, Circuit Judge.

This appeal involves a computer program for the operation of a dental laboratory, and calls upon us to apply the principles underlying our venerable copyright laws to the relatively new field of computer technology to determine the scope of copyright protection of a computer program. More particularly, in this case of first impression in the courts of appeals, we must determine whether the structure (or sequence and organization)*fn1 of a computer program is protectible by copyright, or whether the protection of the copyright law extends only as far as the literal computer code. The district court found that the copyright law covered these non-literal elements of the program, and we agree. This conclusion in turn requires us to consider whether there was sufficient evidence of substantial similarity between the structures of the two programs at issue in this case to uphold the district court's finding of copyright infringement. Because we find that there was enough evidence, we affirm.


Appellant Jaslow Dental Laboratory, Inc. ("Jaslow Lab") is a Pennsylvania corporation in the business of manufacturing dental prosthetics and devices. Appellant Dentcom, Inc. ("Dentcom") is a Pennsylvania corporation in the business of developing and marketing computer programs for use by dental laboratories. Dentcom was formed out of the events that gave rise to this suit, and its history will be recounted below. Individual appellants Edward Jaslow and his son Rand Jaslow are officers and shareholders in both Jaslow Lab and Dentcom. Appellant were defendants in the district court. Plaintiff-appellee Whelan Associates, Inc. ("Whelan Associates") is also a Pennsylvania corporation, engaged in the business of developing and marketing custom computer programs.

Jaslow Lab, like any other small- or medium-sized business of moderate complexity, has significant bookkeeping and administrative tasks. Each order for equipment must be registered and processed; inventory must be maintained; customer lists must be continually updated; invoicing, billing, and accounts receivable, must be dealt with. While many of these functions are common to all businesses, the nature of the dental prosthetics business apparently requires some variations on the basic theme.

Although Rand Jaslow had not had extensive experience with computers, he believed that the business operations of Jaslow Lab could be made more efficient if they were computerized. In early 1978, he therefore bought a small personal computer and tried to teach himself how to program it so that it would be of use to Jaslow Lab. Although he wrote a program for the computer, he was ultimately not successful, limited by both his lack of expertise and the relatively small capacity of his particular computer.

A few months later, stymied by his own lack of success but still confident that Jaslow Lab would profit from computerization. Rand Jaslow hired the Strohl Systems Group, Inc. ("Strohl"), a small corporation that developed custom-made software to develop a program that would run on Jaslow Lab's new IBM Series One computer and take care of the lab's business needs. Jaslow Lab and Strohl entered into an agreement providing that Strohl would design a system for Jaslow Lab's needs and that after Strohl had installed the system Strohl could market it to other dental laboratories. Jaslow Lab would receive a 10% royalty on all such sales.*fn2 The person at Strohl responsible for the Jaslow Labs account was Elaine Whelan, an experienced programmer who was an officer and half-owner of Strohl.

Ms. Whelan's first step was to visit Jaslow Lab and interview Rand Jaslow and others to learn how the laboratory worked and what its needs were. She also visited other dental laboratories and interviewed people there, so that she would better understand the layout, workflow, and administration of dental laboratories generally. After this education into the ways of dental laboratories -- and Jaslow Lab, in particular -- Ms. Whelan wrote a program called Dentalab for Jaslow Lab. Dentalab was written in a computer language known as EDL (Event Driven Language), so that it would work with IBM Series One machines. The program was completed and was operative at Jaslow Lab around March 1979.

Presumably with an eye towards exploiting the economic potential of the Dentalab program. Ms. Whelan left Strohl in November, 1979, to form her own business, Whelan Associates, Inc., which acquired Strohl's interest in the Dentalab program, Shortly thereafter, Whelan Associates entered into negotiations with Jaslow Lab for Jaslow Lab to be Whelan Associates' sales representative for the Dentalab program. Whelan Associates and Jaslow Lab entered into an agreement on July 30, 1980, according to which Jaslow Lab agreed to use its "best efforts and to act diligently in the marketing of the Dentalab package," and Whelan Associates agreed to "use its best efforts and to act diligently to improve and augment the previously successfully designed Dentalab package." App. at 1779. The agreement stated that Jaslow Lab would receive 35% of the gross price of any programs sold and 5% of the price of any modifications to the programs. The agreement was for one year and was then terminable by either party on thirty days' notice.

The parties' business relationship worked successfully for two years.*fn3 During this time, as Rand Jaslow became more familiar with computer programming, he realized that because Dentalab was written in EDL it could not be used on computers that many of the smaller dental prosthetics firms were using, for which EDL had not been implemented. Sensing that there might be a market for a program that served essentially the same function as Dentalab but that could be used more widely, Rand Jaslow began in May or June of 1982 to develop in his spare time a program in the BASIC language for such computers. That program, when completed, became the alleged copyright infringer in this suit; it was called the Dentcom PC program ("Dentcom program").*fn4

It appears that Rand Jaslow was sanguine about the prospects of his program for small computers. After approximately a year of work, on May 31, 1983, his attorney sent a letter to Whelan Associates giving one month notice of termination of the agreement between Whelan Associates and Jaslow Lab.*fn5 The letter stated that Jaslow Lab considered itself to be the exclusive marketer of the Dentalab program which, the letter stated, "contains valuable trade secrets of Jaslow Dental Laboratory." The letter concluded with a thinly veiled threat to Whelan Associates: "I ... look for your immediate response confirming that you will respect the rights of Jaslow and not use or disclose to others the trade secrets of Jaslow." App. at 1221.

Approximately two months later, on about August 1, Edward and Rand Jaslow, Paul Mohr, and Joseph Cerra formed defendant-appellant Dentcom to sell the Dentcom program.*fn6 At about the same time, Rand Jaslow and Jaslow Lab employed a professional computer programmer, Jonathan Novak, to complete the Dentcom program. The program was soon finished, and Dentcom proceeded to sell it to dental prosthetics companies that had personal computers. Dentcom sold both the Dentalab and Dentcom programs, and advertised the Dentcom program as "a new version of the Dentalab computer system." App. at 178; 1766-69; 1567-73.

Despite Jaslow Lab's May 31 letter warning Whelan Associates not to sell the Dentalab program, Whelan Associates continued to market Dentalab. This precipitated the present litigation.


On June 30, 1983, Jaslow Lab filed suit in the Court of Common Pleas of Montgomery County (Pennsylvania), alleging that Whelan Associates had misappropriated its trade secrets. Whelan Associates responded by filing the instant suit in the United States District Court for the Eastern District of Pennsylvania on September 21, 1983. As set forth in its amended complaint, Whelan Associates alleged that Dentcom's licensing of the Dentalab and Dentcom programs infringed Whelan Associates' copyright in Dentalab, App. at 452-53; that Dentcom's use of the terms "Dentalab" or "Dentlab," violated Pennsylvania common law and 15 U.S.C. § 1125(a) (Lanham Trademark Act of 1946) (false designation of origin), App. at 454-57; and that Dentcom's activities violated various other federal and state laws pertaining to unfair competition and tortious interference with contractual relations, App. at 457-63. Whelan Associates sought injunctive relief, as well as compensatory and punitive damages. App. at 464-69.

Jaslow Lab and it co-defendants answered, denying all liability. They claimed that Whelan Associates' copyright was invalid for two reasons. First, they said that although he had not been listed in the copyright registration, Rand Jaslow had been a co-author (with Elaine Whelan) of the Dentalab program. The omission of Rand Jaslow from the registration form, defendants averred, rendered the copyright defective. App. at 506-09. Second, the defendants maintained that even if Rand Jaslow had not co-authored the program, he owned the copyright because the program had been written by someone employed by him. App. at 507. Defendants also averred that Rand Jaslow had developed the Dentcom system independently, and therefore could not have violated Whelan Associate's copyright, even if the copyright were valid.*fn7 Finally, defendants claimed that their use of "Dentalab" or "Dentlab" violated neither federal nor state law, for, inter alia, those terms are merely general descriptions of goods and services, not names of particular products. App. at 504. Defendants counterclaimed that Whelan Associates had usurped defendants' copyright and that by continuing to sell Dentalab, Whelan Associates was engaging in unfair competition. App. at 505-11. By agreement of the parties, the trade secret action was removed from the Court of Common Pleas to the district court and became a counterclaim. App. at 509-12.

The first procedural blow was struck by the defendants, who moved almost immediately for a preliminary injunction to enjoin Whelan Associates from using Jaslow Labs' trade secrets. After a three-day hearing, the district court denied the motion in a bench opinion delivered on November 2, 1983. The court held that the defendants had not shown a likelihood of success on the merits because they had failed to prove that any of Jaslow Lab's trade secrets were in the Dentalab program. Moreover, the court held that the defendants' had not proven irreparable harm and that they had approached the court with "unclean hands" on account of their use of the term "Dentlab," which could be and was confused for Dentalab. App. 443-44; 446-47.

A quick victory proving beyond the defendants' reach, the parties prepared for a protracted battle. Discovery proceeded on each side, and a three-day bench trial began on July 9, 1984. At trial, Whelan Associates continued to press all of its claims -- copyright violations, unfair competition, and tortious interference with contractual relations. The defendants abandoned the trade secret claim that had failed them in the preliminary injunction battle, but maintained their position that Rand Jaslow owned the copyright to Dentalab. Defendants continued to deny Whelan Associates' allegations.

The principal witnesses were Elaine Whelan, Rand Jaslow, and two expert witnesses, Dr. Thomas Moore for Whelan Associates and Stephen Ness on behalf of the defendants. Whelan and Jaslow testified about the dealings and negotiations between the parties. Dr. Moore and Mr. Ness examined the programs and testified about the programs' similarities and differences. Dr. Moore testified that although the Dentcom program was not a translation of the Dentlab system, the programs were similar in three significant respects. He testified that most of the file structures, and the screen outputs, of the programs were virtually identical. App. at 682-704 (file structure); id. at 681-82 (screen outputs). He also testified that five particularly important "subroutines" within both programs -- order entry, invoicing, accounts receivable, end of day procedure, and end of month procedure -- performed almost identically in both programs. App. at 704-18.*fn8 Mr. Ness compared the source and object codes*fn9 of the Dentalab, Dentcom, and Datamaster programs, see supra n.4, and testified at length about the many ways that the programs differed from one another. He concluded that "substantive differences in programming style, in programming structure, in algorithms and data structures, all indicate that the Dentcom system is not directly derived from either of the other systems." App. at 823-24. In his written report, however, which was entered into evidence, Mr. Ness conceded that the Dentalab and Dentcom programs had "overall structural similarities." App. at 1798.

The district court ruled for Whelan Associates on all grounds. Whelan Associates v. Jaslow Dental Laboratory, 609 F. Supp. 1307 (E.D. Pa. 1985). It found that Elaine Whelan was the sole author of the Dentalab system (and, hence, that Rand Jaslow was not a co-author) and that the contract between Strohl and Rand Jaslow, see supra n. 2, made clear that Strohl would retain full ownership over the software. Whelan Associates v. Jaslow Dental Laboratory, 609 F. Supp. at 1318-19. The court thus concluded that Whelan Associates' copyright in the Dentalab System was valid, and that Dentcom's sales of the Dentalab program were violations of that copyright.*fn10 Id. at 1320.

The court also found that Rand Jaslow had not created the Dentcom system independently, and that the Dentcom system, although written in a different computer language from the Dentalab, and although not a direct transliteration of Dentalab, was substantially similar to Dentalab because its structure and overall organization were substantially similar. Id. at 1321-22. (The district court's opinion on this point is described infra at 39). This substantial similarity, in conjunction with Rand Jaslow's acknowledged access to the Dentalab system, led the district court to conclude that each sale of the Dentcom program by Dentcom*fn11 violated Whelan Associates' copyright on the Dentalab system. The court therefore awarded Whelan Associates damages for these copyright infringements, and enjoined Dentcom from selling any more copies of the Dentalab or Dentcom programs. Whelan Associates v. Jaslow Dental Laboratory, 609 F. Supp. at 1322-23. The court also held that plaintiffs had exclusive use of the term "Dentalab," and enjoined defendants from using either "Dentalab" or "Dentlab" in their business. Id. at 1324-25.

The parties filed a series of post-trial motions, primarily concerned with damage calculations and attorneys fees. Upon the district court's disposition of these motions, Whelan Associates v. Jaslow Dental Laboratory, 609 F. Supp. 1325 (E.D. Pa. 1985), the defendants filed their notices of appeal.*fn12 On appeal, they raise a single issue: whether the district court erred in its finding that the Dentcom program infringes the copyright of plaintiffs' Dentalab system.


We begin with a brief description of computer programs and an explanation of how they are written. This introduction is necessary to our analysis of the issues in this case.

A computer program is a set of instructions to the computer.*fn13 Most programs accept and process user-supplied data. The fundamental processes utilized by a program are called algorithms (mechanical computational procedures) and are at the heart of the program. See Keplinger, Computer Software -- Its Nature and Its Protection, 30 Emory L. J. 483, 484-85 (1984). These algorithms must be developed by the human creativity of the programmer, and the program therefore cannot contain any algorithms not already considered by humans. Although a computer cannot think or develop algorithms, it can execute them faster and more accurately than any human possibly could. See R. Saltman, Copyright in Computer-Readable Works 59 (1977).

The creation of a program often takes place in several steps, moving from the general to the specific.*fn14 Because programs are intended to accomplish particular tasks, the first step in creating the program is identifying the problem that the computer programmer is trying to solve. In this case, Rand Jaslow went to Strohl and stated that his problem was record-keeping for his business. Although this was an accurate statement of the problem, it was not specific enough to guide Elaine Whelan. Before she could write the Dentalab program, she needed to know more about Jaslow Lab's business -- how orders were processed, what special billing problems might arise, how inventory might be correlated to orders, and other characteristics of the dental prosthetics trade.

As the programmer learns more about the problem, she or he may begin to outline a solution. The outline can take the form of a flowchart, which will break down the solution into a series of smaller units called "subroutines" or "modules,"*fn15 each of which deals with elements of the larger problem. See Note, Defining of Scope of Copyright Protection for Computer Software, 38 Stan. L. Rev. 497, 500-01 (1986). A program's efficiency depends in large part on the arrangements of its modules and subroutines' although two programs could produce the same result, one might be more efficient because of different internal arrangements of modules and subroutines. Because efficiency is a prime concern in computer programs (an efficient program being obviously more valuable than a comparatively inefficient one), the arrangement of modules and subroutines is a critical factor for any programmer. In the present case, the Dentalab program had numerous modules pertaining to inventory, accounts receivable, various dentist-patient matters, and payroll, among others. See App. at 1588-1698 (showing flowcharts of subroutines). Some of the modules were simple; others were quite complex and involved fairly elaborate logical development.

As the program structure is refined, the programmer must make decisions about what data is needed, where along the program's operations the data should be introduced, how the data should be inputted, and how it should be combined with other data. The arrangement of the data is accomplished by means of data files, discussed infra at 49-52, and is affected by the details of the programs' subroutines and modules, for different arrangements of subroutines and modules may require data in different forms. Once again, there are numerous ways the programmer can solve the data-organization problems she or he faces. Each solution may have particular characteristics -- efficiencies or inefficiencies, conveniences or quirks -- that differentiate it from other solutions and make the overall program more or less desirable. Because the Dentalab program was intended to handle all of the business-related aspects of a dental laboratory, it had to accommodate and interrelate many different pieces and types of data including patients' names, dentists' names, inventory, accounts receivable, accounts payable, and payroll.*fn16

Once the detailed design of the program is complete, the coding begins.*fn17 Each of the steps identified in the design must be turned into a language that the computer can understand. This translation process in itself requires two steps. The programmer first writes in a "source code," which may be in one of several languages, such as COBOL, BASIC, FORTRAN, or EDL.*fn18 The choice of language depends upon which computers the programmer intends the program to be used by, for some computers can read only certain languages.*fn19 Once the program is written in source code, it is translated into "object code," which is a binary code, simply a concatenation of "O" s and "I"s. In every program, it is the object code, not the source code, that directs the computer to perform functions. The object code is therefore the final instruction to the computer.*fn20,*fn21

As this brief summary demonstrates, the coding process is a comparatively small part of programming. By far the larger portion of the expense and difficulty in creating computer programs is attributable to the development of the structure and logic of the program, and to debugging, documentation and maintenance, rather than to the coding. See Frank, Critical Issues in Software 22 (1983) (only 20% of the cost of program development goes into coding); Zelkowitz, Perspective on Software Engineering, 10 Computing Surveys 197-216 (June, 1978). See also InfoWorld, Nov. 11, 1985 at 13 ("the 'look and feel' of a computer software product often involves much more creativity and often is of greater commercial value than the program code which implements the product ..."). The evidence in this case is that Ms. Whelan spent a tremendous amount of time studying Jaslow Labs, organizing the modules and subroutines for the Dentalab program, and working out the data arrangements, and a comparatively small amount of time actually coding the Dentalab program.


A. The elements of a copyright infringement action -- To prove that is copyright has been infringed, Whelan Associates must show two things: that its owned the copyright on Dentalab, and that Rand Jaslow copied Dentalab in making the Dentacom program. Sid & Marty Krofft Television Prods., Inc. V. McDonald's Corp., 562 F.2d 1157, 1162 (9th Cir. 1977); Reyher v. Children's Television Workshop, 533 F.2d 87, 90 (2d Cir.), cert. denied, 429 U.S. 980, 50 L. Ed. 2d 588, 97 S. Ct. 492, 192 U.S.P.Q. (BNA) 64 (1976); 3 Nimmer On Copyright § 13.01 (1985) [referred to hereinafter as "Nimmer"]. Although it was disputed below, see surpa 10-11, the district court determined, and it is not challenged here, that Whelan Associates owned the copyright to the Dentalab program. We are thus concerned only with whether it has been shown that Rand Jaslow copied the Dentalab program.

As it is rarely possible to prove copying through direct evidence. Roth Greeting Cards v. United Card Co., 429 F.2d 1106, 1110 (9th Cir. 1970), copying may be proved inferentially by showing that the defendant had access to the allegedly infringed copyrighted work and that the allegedly infringing work is substantially similar to the copyrighted work. Ferguson v. National Broadcasting Co., 584 F.2d 111, 113 (5th Cir. 1978); Sid & Marty Krofft Television Prods. Inc., supra; Universal Athletic Sales Co. v. Salkeld, 511 F.2d 904, 907 (3d Cir.), cert. denied, 423 U.S. 863, 96 S. Ct. 122, 46 L. Ed. 2d 92 (1975); Midway Mfg. Co. v. Strohon, 564 F. Supp. 741, 753 (N.D. Ill. 1983). The district court found, and there it is uncontested that Rand Jaslow had access to the Dentalab program, both because Dentalab was the program used in Jaslow Labs and because Rand Jaslow acted as a sales representative for Whelan Associates. See Whelan Associates v. Jaslow Dental Laboratory, 609 F. Supp. at 1314.*fn22 Thus, the sole question is whether there was substantial similarity between the Dentcom and Dentalab programs.*fn23

B. The appropriate test for substantial similarity in computer program cases -- The leading case of Arnstein v. Porter, 154 F.2d 464, 468-69 (2d Cir. 1946), suggested a bifurcated substantial similarity test whereby a finder of fact makes two findings of substantial similarity to support a copyright violation. First, the fact-finder must decide whether there is sufficient similarity between the two works in question to conclude that the alleged infringer used the copyrighted work in making his own. On this issue, expert testimony may be received to aid the trier of fact. (This is called the "extrinsic" test of substantial similarity. Sid & Marty Krofft Television Prods, Inc. v. McDonald's Corp., 562 F.2d at 1164-65.) Second, if the answer to the first question is in the affirmative, the fact-finder must decide without the aid of expert testimony, but with the perspective of the "lay observer," whether the copying was "illicit," or "an unlawful appropriation" of the copyrighted work. (This is called an "intrinsic" test of substantial similarity. Id.) The Arnstein test has been adopted in this circuit. See Universal Athletic Sales Co., 511 F.2d at 907.

The district court heard expert testimony. See supra [Slip op.] 12-13; infra at 58-62. It did not bifurcate its analysis, however, but made only a single finding of substantial similarity. See Whelan Associates v. Jaslow Dental Laboratory, 609 F. Supp. at 1321-22. It would thus appear to have contravened the law of this circuit. Nevertheless, for the reasons that follow, we believe that the district court applied an appropriate standard.

The ordinary observer test, which was developed in cases involving novels, plays, and paintings, and which does not permit expert testimony, is of doubtful value in cases involving computer programs on account of the programs' complexity and unfamiliarity to most members of the public. See Note, Copyright Infringement of Computer Programs: A Modification of the Substantial Similarity Test, 68 Minn. L. Rev. 1264, 1285-88 (1984). Cf. Note, Copyright Infringement Actions: The Proper Role for Audience Reactions in Determining Substantial Similarity, 54 S. Cal. L. Rev. 385 (1981) (criticizing lay observer standard when objects in question are intended for particular, identifiable audiences). Moreover, the distinction between the two parts of the Arnstein test may be of doubtful value when the finder of fact is the same person for each step: that person has been exposed to expert evidence in the first step, yet she or he is supposed to ignore or "forget" that evidence in analyzing the problem under the second step. Especially in complex cases, we doubt that the "forgetting" can be effective when the expert testimony is essential to even the most fundamental understanding of the objects in question.

On account of these problems with the standard, we believe that the ordinary observer test is not useful and is potentially misleading when the subjects of the copyright are particularly complex, such as computer programs. We therefore join the growing number of courts which do not apply the ordinary observer test in copyright cases involving exceptionally difficult materials, like computer programs, but instead adopt a single substantial similarity inquiry according to which both lay and expert testimony would be admissible. See E.F. Johnson Co. v. Uniden Corp., 623 F. Supp. 1485, 1493 (D. Minn. 1985); Hubco Data Products Corp. v. Management Assistance Inc., 2Copyright L. Rep (CCH) P 25,529 (D. Idaho Feb. 3, 1983) (enunciating bifurcated test, but relying entirely on expert testimony); Midway Mfg. Co. v. Strohon, 564 F. Supp. 741, 752-53 (N.D. Ill. 1983) (relying entirely on expert testimony to find substantial similarity); see also Fed. R. Evid. 701 ("if [expert testimony] will assist the trier of fact to understand the evidence or to determine a fact in issue, a witness . . . may testify thereto in the form of an opinion or otherwise."). That was the test applied by the district court in this case.*fn24

C. The arguments on appeal -- On appeal, the defendants attack on two grounds the district court's holding that there was sufficient evidence of substantial similarity. First, the defendants argue that because the district court did not find any similarity between the "literal" elements (source and object code) of the programs, but only similarity in their overall structures, its finding of substantial similarity was incorrect, for the copyright covers only the literal elements of computer programs, not their overall structures. Defendants' second argument is that even if the protection of copyright law extends to "non-literal" elements such as the structure of computer programs, there was not sufficient evidence of substantial similarity to sustain the district court's holding in this case. We consider these arguments in turn.*fn25


It is well, though recently, established that copyright protection extends to a program's source and object codes. Stern Elecs., Inc. v. Kaufman, 669 F.2d 852, 855 n.3 (2d Cir. 1982) (source code); Apple Computer, Inc. v. Franklin Computer Corp., 714 F.2d 1240, 1246-47 (3d Cir. 1983) (source and object code), cert. dismissed, 464 U.S. 1033, 104 S. Ct. 690, 79 L. Ed. 2d 158 (1984); Williams Elecs., Inc. v. Artic International, Inc. 685 F.2d 870 (3d Cir. 1982) (object code). In this case, however, the district court did not find any copying of the source or object codes, nor did the plaintiff allege such copying. Rather, the district court held that the Dentalab copyright was infringed because the overall structure of Dentcom was substantially similar to the overall structure of Dentalab. Whelan Associates v. Jaslow Dental Laboratory, 609 F. Supp. at 1321-22. The question therefore arises whether mere similarity in the overall structure of programs can be the basis for a copyright infringement, or, put differently, whether a program's copyright protection covers the structure of the program or only the program's literal elements, i.e., its source and object codes.

Title 17 U.S.C. § 102(a)(1) extends copyright protection to "literary works," and computer programs are classified as literary works for the purposes of copyright. See H.R. Rep. No. 1476, 94th Cong., 2d Sess. 54, reprinted in 1976 U.S. Code Cong. & Ad. News 5659, 5667. The copyrights of other literary works can be infringed even when there is no substantial similarity between the works' literal elements. One can violate the copyright of a play or book by copying its plot or plot devices. See, e.g., Twentieth Century-Fox Film Corp. v. MCA, Inc., 715 F.2d 1327, 1329 (9th Cir. 1983) (13 Alleged distinctive plot similarities between Battlestar Galactica and Star Wars may be basis for a finding of copyright violation): Sid & Marty Krofft Television Productions, Inc., 562 F.2d at 1167 (similarities between McDonaldland characters and H.R. Pufnstuf characters can be established by "'total concept and feel'" of the two productions (quoting Roth Greeting Cards v. United Card Co., 429 F.2d 1106, 1110 (9th Cir. 1970)); Sheldon v. Metro-Goldwyn Pictures Corp., 81 F.2d 49, 54-55 (1936); Nichols v. Universal Pictures Corp., 45 F.2d 119, 121 (2d Cir. 1930) (copyright "cannot be limited literally to the text, else a plagiarist would escape by immaterial variations"). By analogy to other literary works, it would thus appear that the copyrights of computer programs can be infringed even absent copying of the literal elements of the program.*fn26 Defendants contend, however, that what is true of other literary works if not true of computer programs. They assert two principal reasons, which we consider in turn.

A. Section 102(b) and the dichotomy between idea and expression -- It is axiomatic that copyright does not protect ideas, but only expressions of ideas. This rule, first enunciated in Baker v. Selden, 101 U.S. 99, 25 L. Ed. 841 (1879), has been repeated in numerous cases. See, e.g., Mazer v. Stein, 347 U.S. 201, 217, 98 L. Ed. 630, 74 S. Ct. 460 (1954) ("Unlike a patent, a copyright gives no exclusive right to the art disclosed; protection is given only to the expression of the idea -- not the idea itself," (citation omitted)); Universal Athletic Sales Co., 511 F.2d at 906; Dymow v. Bolton, 11 F.2d 690, 691 (2d Cir. 1926); see generally A. Latman, The Copyright Law 31-35 (5th ed. 1979); 1 Nimmer § 2.03[D]. The rule has also been embodied in statute. Title 17 U.S.C. § 102(b) (1982) states:

In no case does copyright protection for an original work of authorship extend to any idea, procedure, process, system, method of operation, concept, principle, or discovery, regardless of the form in which it is described, explained, illustrated, or embodied in such work.

The legislative history of this section, adopted in 1976, makes clear that § 102(b) was intended to express the idea-expression dichotomy. See H.R. Rep. No. 1476 at 57 reprinted in 1976 U.S. Code Cong. & Ad. News at 5670 (§ 102(b) is intended to "restate ... that the basic dichotomy between expression and idea remains unchanged.") See also Apple Computer, supra, 714 F.2d at 1252.

Defendants argue that the structure of a computer program is, by definition, the idea and not the expression of the idea, and therefore that the structure cannot be protected by the program copyright. Under the defendants' approach, any other decision would be contrary to § 102(b). We divide our consideration of this argument into two parts. First, we examine the caselaw concerning the distinction between idea and expression, and derive from it a rule for distinguishing idea from expression in the context of computer programs. We then apply that rule to the facts of this case.

1. A rule for distinguishing idea from expression in computer programs -- It is frequently difficult to distinguish the idea from the expression thereof. No less an authority than Learned Hand, after a career that included writing some of the leading copyright opinions, concluded that the distinction will "inevitably be ad hoc." Peter Pan Fabrics, Inc. v. Martin Weiner Copr., 274 F.2d 487, 489 (2d Cir. 1960). See also Knowles & Palmeri, Dissecting Krofft: An Expression of New Ideas in Copyright?, 8 San. Fern. Val. L. Rev. 109, 126 (1980) (arguing that there can be no meaningful distinction between idea and expression). Although we acknowledge the wisdom of Judge Hand's remark, we feel that a review of relevant copyright precedent will enable us to formulate a rule applicable in this case. In addition, precisely because the line between idea and expression is elusive, we must pay particular attention to the pragmatic considerations that underlie the distinction and copyright law generally. In this regard, we must remember that the purpose of the copyright law is to create the most efficient and productive balance between protection (incentive) and dissemination of information, to promote learning, culture and development. See U.S. Const. Art. I § 8 cl. 8 (Copyright Clause) (giving Congress the power to "promote the Progress of Science and useful Arts").*fn27

We begin our analysis with the case of Baker v. Selden, which, in addition to being a seminal case in the law of copyright generally, is particularly relevant here because, like the instant case, it involved a utilitarian work, rather than an artistic or fictional one. In Baker v. Selden, the plaintiff Selden obtained a copyright on his book, "Selden's Condensed Ledger, or Bookkeeping Simplified," which described a new, simplified system of accounting. Included in the book were certain "blank forms," pages with ruled lines and headings, for use in Selden's accounting system. Selden alleged that Baker had infringed Selden's copyright by making and selling accounting books that used substantially the same system as Selden's and that reproduced Selden's blank forms. No one disputed that Baker had the right to use and promulgate Selden's system of accounting, for all parties agreed that the system could not be copyrighted, although the Court opined that it might be patentable. Id. 101 U.S. at 102. Nor did the parties dispute that the text of Baker's book on accounting did not infringe Selden's copyright. The dispute centered on whether Selden's blank forms were part of the method (idea) of Selden's book, and hence non-copyrightable, or part of the copyright text (expression). Id. at 101.

In deciding this point, the Court distinguished what was protectible from what was not protectible as follows:

[W]here the art [ i.e., the method of accounting] it teaches cannot be used without employing the methods and diagrams used to illustrate the book, or such as are similar to them, such methods and diagrams are to be considered ...

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