JPH0154714B2 - - Google Patents
Info
- Publication number
- JPH0154714B2 JPH0154714B2 JP10568084A JP10568084A JPH0154714B2 JP H0154714 B2 JPH0154714 B2 JP H0154714B2 JP 10568084 A JP10568084 A JP 10568084A JP 10568084 A JP10568084 A JP 10568084A JP H0154714 B2 JPH0154714 B2 JP H0154714B2
- Authority
- JP
- Japan
- Prior art keywords
- color
- color sample
- samples
- sample table
- printing
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired
Links
- 238000007639 printing Methods 0.000 claims description 27
- 239000003086 colorant Substances 0.000 claims description 26
- 238000000034 method Methods 0.000 claims description 11
- 239000011159 matrix material Substances 0.000 claims description 5
- 238000007645 offset printing Methods 0.000 description 3
- 238000004806 packaging method and process Methods 0.000 description 3
- 230000000295 complement effect Effects 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
- 230000000873 masking effect Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000005034 decoration Methods 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 239000003973 paint Substances 0.000 description 1
- 230000035945 sensitivity Effects 0.000 description 1
- 238000005507 spraying Methods 0.000 description 1
- 230000009897 systematic effect Effects 0.000 description 1
Landscapes
- Spectrometry And Color Measurement (AREA)
- Investigating Or Analysing Materials By The Use Of Chemical Reactions (AREA)
- Investigating Or Analysing Biological Materials (AREA)
Description
「産業上の利用分野」
本発明は印刷により簡単に色見本が製作できる
色見本表作成方法に係り、特に色の組合わせを任
意に且つ簡単に決定出来る色見本表作成方法に関
する。
「従来の技術」
配色、特にその製品に最も適した色の組合せは
単に製品の購買力の増進を図るのみならず、人間
の感性や満足度を刺激する重要な要因であり、こ
のような色の組合せを行なう際に使用される色見
本台帳としてはマンセルシステムとして知られる
色見本表を用いるのが一般的である。
マンセルシステムは物体表面の色知覚を、選択
した10の色相を更に十分割して計100色相とした
色相環に基づいて円筒座標系を形成し、該円筒座
標系の縦軸Ｚには０（白）から10（黒）まで11段階
に区分けした明度区分を、又横軸γには無彩色Ｏ
を起点として間隔的に等しい間隔に目盛つた彩度
区分を夫々形成し、これらの色の三属性に従つて
区分けされたグリルドに対応する色見本を貼着し
て立方体形状の色見本台帳を形成するものであ
り、偏位角θ＝const.の半平面には同じ色相の全
ての有彩色が、横軸γ＝const.の水平円筒面には
同じ彩度の各色相の有彩色が存在するよう構成さ
れている。
「発明が解決しようとする問題点」
ａ しかしながらこのようなマンセルシステムに
おいてはその色立方体に基づいて色見本台帳を
作成する為、例え水平、垂直、又は斜めに切断
しようとも、その切断面に現われた色見本表は
色属性に従つて体系付けられた色見本がマトリ
ツクス状に並ぶことになる。
従つて、このような体系付けられた色見本表
では、既知の色がどのマンセル記号に該当する
かを見付けるには便利であるが、色の選択、又
は配色の選択を行なう場合には、或る色見本と
隣接する色見本は全て所定の色属性に従つて体
系付けられた類似色である為、周囲の色見本の
影響により色の選択について迷いが生じ、最適
の色又は配色を選択するのは極めて困難であ
る。
ｂ 又このようなマンセルシステムに使用される
色見本は色の三属性に基づいて決定されるもの
である為印刷等の大量生産方式では製作出来
ず、各種塗料を所定の配分比で夫々調合して意
図する色を現出させ、所定の見本紙に吹き付け
て個々に手工業的に製作するものである為、か
かる色見本台帳の製作には多大なる手間と熟練
度を必要とする。
従つてかかる色見本台帳は必然的に極めて高
価になり、デザイナーその他の専門家でさえも
簡単に入手出来ないという問題を有していた。
この為、色彩と深く関連する種々の業界におい
ては安価にして客観的且つ簡単に色の組合せを
行なうことができる色見本表の実現が久しく待
望された。
「問題点を解決しようとする手段」
本発明はかかる従来技術の問題点を解決する技
術手段として、網点の面積比を比例的に所定づつ
変化させた三原色又は四原色の各印刷製版を所定
の条件に基づいてランダムに選択して、それらの
組み合わせにより形成される各種色見本の内よ
り、任意の色見本を抽出し、これをマトリツクス
状に配置した事を特徴とする色見本表作成方法を
提案する。
尚、前記所定の条件に基づいてランダムに選択
するとは、完全な無作為選択でもなく、又マンセ
ルシステムのように完全に体系付けられた選択で
もなく、例えば前記印刷製版の組み合わせにより
形成される色見本群が、一定の色の調和関係を有
するようにグルーピングした色見本集合体の中よ
りランダムに選択することをいう。
けだし完全な無作為選択では作成される色見本
表が無限に多くなり過ぎるのみならず、不調和な
色見本や調和を有する色見本が混在する色見本表
では配色を行なうのに却つて不便を感ずる場合が
あるからである。
尚、前記所定の条件とは必ずしも調和関係を有
する色のみではなく、特定の業界によつては不調
和な色のみを集めた方が好ましい色の選択が出来
る場合があり、前記所定の条件は該色見本を使用
する業界によつて任意に定められる。
「作用」
而してかかる技術手段によれば、色見本の作成
を色の三属性に基づいて製作するのではなく、シ
アン、マゼンタ、黄、の印刷用三原色、又はこれ
に墨を加えた四原色の重ね合わせ印刷に使用する
夫々の印刷製版の網点の面積比を比例的に所定づ
つ変化させた各印刷製版を、乱数表又は乱数表を
組み込んだコンピユータを用いてランダムに選択
し、それらの組み合わせにより色見本を作成する
為、当然の如く印刷、例えばオフセツト印刷によ
り簡単且つ正確に所望の色見本表が作成出来る。
従つてかかる色見本表は大量生産が可能である
為、費用が易く且つ同一のものが多量に製作出来
る社会的に極めて有益である。そしてこれらの色
見本表より抽出した色見本は三原色又は四原色の
印刷製版の網点面積が既に既知である為、簡単に
同一の色の（印刷による）再現が容易であり、特
に印刷により配色を行なう業界、例えば、包装容
器関係、ポスター及びカレンダー、住宅の内装
品、玩具、服飾関係等に極めて好ましい色見本表
を提供出来る。
又、前記色見本表は、マンセルシステムのよう
に隣接する色見本が順次所定の目盛間隔でもつて
変化するように体系付けられた色見本群ではな
く、例えばその色見本群が一定の調和関係を有す
るような所定の条件に基づいて、その中よりラン
ダム選択配置された色見本群である為、色の選択
が行い易く、特に配色を行なう場合は各色見本に
対応させて一又は二以上の開口部を有する配色マ
スクを用いて前記色見本表の内、不要な色見本部
分を隠蔽させることにより、所望の色見本の組み
合わせ対比を簡単且つ明瞭に行なうことができ、
更に前記開口された色見本はいずれも類似関係、
補色関係等、所定の条件に従つて且つランダムに
選択された色見本である為、前記配色マスクを用
いて前記色見本の開口部分を任意に種々変化させ
ることにより、多数の変化に富む色の組み合わせ
を試行錯誤することができ、配色表としても極め
て好ましい。
尚、前記調和関係を有する色を定める法則には
ムーンスペンサー理論等、定量的に決定出来る法
則も存在し、これらの法則を用いれば前記所定の
条件をコンピユータに入力することも可能であ
り、前記印刷製版の組み合わせにより形成される
色見本群の選択をコンピユータを用いて自動処理
することが可能となる。
更に、前記各印刷製版の網点の面積比を１％刻
みにすることにより、マンセルシステムの色見本
とも対応させることが出来、且つ実用上必要な全
ての色見本を網羅することもできる。
「実施例」
以下本発明の実施例に係る色見本表作成方法
を、その作成手順に従つて説明する。
シアン、マゼンタ、黄、の印刷用三原色を用い
て色見本を作成する場合、前記各色夫々の、印刷
製版の網点の面積比を０〜100％の範囲で１％刻
みで任意に選択するとすれば、（100）3個の色見本
が作成出来る。又、前記三原色に墨を加えた四原
色の印刷製版の網点の面積比を前記条件で任意に
選択すれば、（100）4個色見本が作成出来ることと
なる。
従つてこれらの色見本を、所定の条件、例え
ば、任意に選択した10種類の色相と同一、類似、
又は対称（補色）関係にある色見本（ムーン・ス
ペンサー理論によればこれらはいずれも色彩の調
和関係にある。）を夫々グルーピングを行ない、
そのグルーピングされた色見本群の中からランダ
ムに所望数（例えば140個）の色見本を選択し、
該色見本に該当する夫々の印刷製版の網点面積比
表を作成する。
第１表はかかる選択された各色見本の網点面積
比表の内、赤基調色と類似関係にある色見本の印
刷製版網点面積比表で、表中の数値はいずれも網
点面積の％表示を示す。
"Industrial Application Field" The present invention relates to a method for creating a color sample table that allows color samples to be easily produced by printing, and particularly to a method for creating a color sample table that allows color combinations to be arbitrarily and easily determined. ``Prior art'' Color schemes, especially the most suitable color combination for a product, not only increase the purchasing power of the product, but are also important factors that stimulate human sensitivity and satisfaction. A color sample table known as the Munsell system is generally used as a color sample ledger used when performing combinations. The Munsell system forms a cylindrical coordinate system based on a color wheel that further divides the selected 10 hues into a total of 100 hues, and the vertical axis Z of the cylindrical coordinate system is 0 ( The brightness is divided into 11 levels from white) to 10 (black), and the horizontal axis γ shows achromatic color O.
Starting point, saturation divisions are formed at equal intervals, and color samples corresponding to the grids divided according to the three attributes of these colors are pasted to form a cubic color sample ledger. All chromatic colors of the same hue exist on the half plane with the deviation angle θ = const., and chromatic colors of each hue with the same saturation exist on the horizontal cylindrical surface with the horizontal axis γ = const. It is configured like this. "Problems to be Solved by the Invention" a However, in such a Munsell system, a color sample ledger is created based on the color cube, so even if the color is cut horizontally, vertically, or diagonally, the color will not appear on the cut surface. In the color sample table, color samples organized according to color attributes are arranged in a matrix. Therefore, such a structured color sample table is convenient for finding out which Munsell symbol a known color corresponds to, but when selecting a color or color scheme, Since the color sample and the adjacent color samples are all similar colors organized according to predetermined color attributes, it is difficult to select a color due to the influence of the surrounding color samples, and it is difficult to select the optimal color or color scheme. is extremely difficult. b Also, since the color samples used in the Munsell system are determined based on the three attributes of color, they cannot be produced by mass production methods such as printing, and are made by mixing various paints in predetermined distribution ratios. Since the color sample ledger is individually manufactured by hand by spraying it on a predetermined sample paper to reveal the intended color, the production of such a color sample ledger requires a great deal of effort and skill. Accordingly, such color sample registers are necessarily extremely expensive, and even designers and other professionals have the problem of not being able to easily obtain them.
For this reason, in various industries closely related to color, it has been desired for a long time to realize a color sample table that can be inexpensively, objectively, and easily combined. "Means for Solving the Problems" The present invention is a technical means for solving the problems of the prior art, in which printing plates of three primary colors or four primary colors in which the area ratio of halftone dots is proportionally changed in a predetermined manner are used. A color sample table creation method characterized by extracting arbitrary color samples from various color samples formed by randomly selecting them based on the conditions and arranging them in a matrix. propose. Note that selecting at random based on the predetermined conditions does not mean completely random selection, nor is it a completely systematic selection like the Munsell system. This refers to randomly selecting a color sample from among a collection of color samples grouped so that the sample group has a certain color harmonic relationship. However, completely random selection not only creates an infinitely large number of color sample tables, but also creates a color sample table that is inconvenient for color coordination if it contains a mixture of incongruous color samples and harmonious color samples. This is because you may feel it. Note that the predetermined condition does not necessarily include only colors that have a harmonious relationship; depending on the specific industry, it may be possible to select colors that are preferable by collecting only inharmonious colors. It is arbitrarily determined by the industry that uses the color sample. ``Operation'' According to such technical means, color samples are not created based on the three attributes of colors, but instead are created using the three primary printing colors of cyan, magenta, and yellow, or the four primary colors with the addition of ink. Using a random number table or a computer incorporating a random number table, randomly select each printing plate in which the area ratio of halftone dots of each printing plate used for primary color overlay printing is changed by a predetermined proportion, and Since a color sample is created by a combination of the above, a desired color sample table can be easily and accurately created by printing, for example, offset printing. Therefore, such a color sample table can be mass-produced, so it is inexpensive and extremely beneficial to society because the same color sample table can be produced in large quantities. Since the color samples extracted from these color sample tables already have a known halftone dot area for printing plates of three or four primary colors, it is easy to easily reproduce the same color (by printing). It is possible to provide highly desirable color sample tables for industries that carry out packaging, for example, packaging containers, posters and calendars, home interiors, toys, clothing, etc. Furthermore, the color sample table is not a color sample group organized so that adjacent color samples sequentially change at predetermined scale intervals like the Munsell system, but a color sample table in which, for example, the color sample group has a certain harmonic relationship. Since the color samples are randomly selected and arranged from among them based on predetermined conditions such as By concealing unnecessary color sample portions in the color sample table using a color scheme mask having a color scheme, it is possible to easily and clearly compare desired color sample combinations.
Furthermore, all of the opened color samples have a similar relationship,
Since the color samples are randomly selected according to predetermined conditions such as complementary color relationships, by arbitrarily changing the opening portion of the color sample using the color scheme mask, it is possible to create a wide variety of colors. It allows you to experiment with combinations by trial and error, and is also extremely suitable as a color scheme table. Note that there are laws that can be determined quantitatively, such as the Moon-Spencer theory, to determine the colors that have the above-mentioned harmonic relationship.Using these laws, it is also possible to input the above-mentioned predetermined conditions into a computer, and the above-mentioned It becomes possible to automatically process the selection of a color sample group formed by a combination of printing and plate making using a computer. Furthermore, by setting the area ratio of the halftone dots of each printing plate in 1% increments, it is possible to correspond to the color samples of the Munsell system, and it is also possible to cover all the practically necessary color samples. “Example” A method for creating a color sample table according to an example of the present invention will be described below according to its creation procedure. When creating a color sample using the three primary colors for printing, cyan, magenta, and yellow, the area ratio of the halftone dots on the printing plate for each of the above colors can be arbitrarily selected in the range of 0 to 100% in 1% increments. For example, (100) 3 color samples can be created. Furthermore, if the area ratio of the halftone dots of the printing plate of the four primary colors, which is the three primary colors plus ink, is arbitrarily selected under the above conditions, it is possible to create four (100) color samples. Therefore, these color samples are subject to predetermined conditions, such as being the same, similar, or similar to 10 arbitrarily selected hues.
Or, by grouping color samples that are symmetrical (complementary colors) (according to the Moon-Spencer theory, they are all in a harmonious relationship of color),
Randomly select a desired number of color samples (for example, 140) from the grouped color sample group,
A halftone dot area ratio table for each printing plate corresponding to the color sample is created. Table 1 is a printing and plate making halftone dot area ratio table for color samples that have a similar relationship to the red base color among the halftone dot area ratio tables for each of the selected color samples. Shows percentage display.
【表】
次に前記表に基づく、網点の面積比を有する印
刷製版を用いて、第１図に示すようなマトリツク
ス状の色見本表Ａを種々印刷して作成し、これを
製本して色見本台帳として製作する。尚、印刷手
法はオフセツト印刷が好ましいが、必ずしもオフ
セツト印刷に限定されるものではない。
又、マトリツクス状の色見本表Ａに配置された
色見本１ａ…のレイアウト基準は、後記する配色
マスクＢの開口部２ａ…との関係により、効果的
な色の組み合わせがなされるように適宜定めれば
よいが、一般的には、同一又は類似関係にある色
見本１ａ…の場合は特にレイアウト基準を定める
ことなくランダムに配置すればよく、一方対称関
係にある色見本１ａを用いる場合は、任意の色見
本グリツドの上下及び左右の色見本グリツドに対
称関係にある色見本１ｂがレイアウトされるよう
に配置すればよい。
更に、前記各印刷製版の網点の面積比を１％刻
みにした理由は、１％刻みにすることによりマン
セルシステムの色見本と対応させることが出来、
公知の配色表と共用することが可能となるのみな
らず、色見本を必要とするほとんどの業界におい
ても実用上必要な全ての色見本を網羅することも
できるためである。
一方、前記網点の面積比を１％刻みにより小に
すると、必要とする色見本表Ａが多くなり過ぎ、
やはり実用上問題がある。
尚、本実施例においては四原色の印刷製版を用
いる色見本表Ａを提示したが、特に墨原色を用い
た色見本１ａ…の場合はコントラストが強くな
り、例えば包装容器関係や住宅の内装品関係のよ
うな潤いの必要な業界においては好ましくない場
合がある。このような場合は墨原色を除いた三原
色を用いて前記色見本表Ａを作成すればよい。
第２Ａ及び第２Ｂ図は前記色見本表Ａのマスキ
ングに用いる配色マスクＢで、第２Ａ図は隣接す
る複数の色見本グリツドが開口するように夫々開
口部２ａ…を形成している。開口方法としては周
囲の色との関係を絶ち、単一の色を確認する為に
単一の色見本１ａが開口する一の開口部２ａを、
又任意の色見本１ａ…との配色関係を確認する為
には隣接する色見本グリツドが開口されるように
横列又は縦列に二乃至三の開口部２ｂ，２ｃ又は
周囲に四又は八個の開口部２ｄを、更に色見本グ
リツド間の白線が見えないように斜めに五角形の
開口部２ｅを任意に且つ選択的に穿設すればよ
い。尚色見本１ａ…はランダムに配置されている
為、これらの開口部２ａ…は必ずしも隣接させる
必要はなく間隔を離間させて色見本１ａ…を対照
したい場合は離間させて自由に穿設してもよい。
又配色マスクＢの色は一般的に白が好ましいが、
特定の配色関係を確認する場合は必ずしも白にす
る必要もない。
第２Ｂ図は色見本グリツドの開口部３ａ…の面
積を変化させた配色マスクＢで、中心開口部３ａ
に対しその面積を小にした開口部３ｂを穿設した
り、開口部３ｃを複数の色見本グリツドが開口す
るように穿設させている。尚、前記開口部３ａ…
の形状は必ずしも正方形にする必要もなく、円、
三角、又はスリツト状でもよい。このような配色
マススクＢは対称関係にある色見本表Ａにおい
て、色の組み合わせを決定するのに好ましい。
そして前記配色マスクＢは、前記色見本表Ａ表
面に当接させて、不要な色見本１ａ…部分を隠蔽
させることにより、所望の色見本１ａ…の配色関
係を簡単且つ明瞭に選択することができ、更に前
記色見本１ａ…の開口部２ａ，３ａ…分を任意に
変化させることにより、多数の変化に富む色の組
み合わせを試行錯誤することができる。
「発明の効果」
以上記載した如く、本発明によれば印刷にて再
現性を有する色見本表が作成出来ると共に、所望
の色見本より簡単に印刷製版の網点面積比を知る
ことができる為、色見本と全く同一な色彩を施し
た製品を提供することが出来る。
又、前記色見本表と配色マスクを組み合わせる
ことにより客確的且つ簡単に色の組合せを行なう
ことができる。従つて、このような色見本表と配
色マスクを使用すれば、ポスター等の印刷物の他
に、印刷を利用する住宅の内装、玩具、服飾関係
等、全ての分野において、個人によるバラツキ
や、熟練を必要とする事なく、統一的な配色が可
能となる。
又、本発明は、配色マスクの開口部の面積比や
位置を適宜選択すれば、種々の配色面積の異なる
製品のイメージを検討する際、極めて便利であ
る。等の著効を有す。[Table] Next, using a printing plate having the area ratio of halftone dots based on the above table, various matrix-shaped color sample tables A as shown in Figure 1 are printed and created, and this is bound into a book. Produced as a color sample ledger. Note that offset printing is preferred as the printing method, but is not necessarily limited to offset printing. In addition, the layout standards for the color samples 1a arranged in the matrix color sample table A are determined as appropriate so that effective color combinations can be made depending on the relationship with the openings 2a of the color scheme mask B described later. However, in general, if the color samples 1a are the same or have a similar relationship, it is sufficient to arrange them randomly without setting any particular layout standards.On the other hand, if the color samples 1a are in a symmetrical relationship, The color samples 1b may be arranged so that they are symmetrical to the upper and lower, left and right color sample grids of a given color sample grid. Furthermore, the reason why the area ratio of the halftone dots of each printing plate is set in 1% increments is that by setting the area ratio in 1% increments, it can be made to correspond to the color sample of the Munsell system.
This is not only because it can be used in common with known color scheme tables, but also because it can cover all the color samples that are practically necessary in most industries that require color samples. On the other hand, if the area ratio of the halftone dots is made smaller in 1% increments, too many color sample tables A are required.
There are still practical problems. In this example, color sample table A using printing plates of four primary colors was presented, but especially in the case of color sample 1a using black primary colors, the contrast is strong, and for example, it is used for packaging containers and interior decoration of houses. This may be undesirable in industries that require a lot of moisture, such as relationships. In such a case, the color sample table A may be created using the three primary colors excluding the black primary color. 2A and 2B show a color scheme mask B used for masking the color sample table A, and in FIG. 2A, openings 2a are formed so that a plurality of adjacent color sample grids are opened. As for the opening method, one opening 2a in which a single color sample 1a is opened is used to cut off the relationship with the surrounding colors and to confirm a single color.
In addition, in order to confirm the color arrangement relationship with any color sample 1a..., two or three openings 2b, 2c in a horizontal or vertical row or four or eight openings around the periphery so that adjacent color sample grids are opened. A pentagonal opening 2e may be arbitrarily and selectively formed in the portion 2d so that the white line between the color sample grids is not visible. Note that since the color samples 1a... are arranged randomly, these openings 2a... do not necessarily need to be adjacent to each other, but if you want to contrast the color samples 1a... with a gap between them, you can freely open them at a distance. Good too.
Also, the color of the color scheme mask B is generally preferably white, but
When confirming a specific color scheme relationship, it is not necessarily necessary to use white. Fig. 2B shows a color scheme mask B in which the area of the openings 3a of the color sample grid is changed, and the center opening 3a...
In contrast, an opening 3b with a smaller area is formed, or an opening 3c is formed so that a plurality of color sample grids open therein. Note that the opening 3a...
The shape of does not necessarily have to be square, but can be circular,
It may be triangular or slit-shaped. Such a color scheme mask B is preferable for determining color combinations in the symmetrical color sample table A. The color scheme mask B is brought into contact with the surface of the color sample table A to hide unnecessary portions of the color sample 1a, thereby making it possible to easily and clearly select the color scheme of the desired color sample 1a. Furthermore, by arbitrarily changing the openings 2a, 3a, . . . of the color samples 1a, it is possible to create a wide variety of color combinations by trial and error. "Effects of the Invention" As described above, according to the present invention, a color sample table with reproducibility can be created by printing, and the halftone dot area ratio of the printing plate can be easily determined from the desired color sample. , it is possible to provide a product with the exact same color as the color sample. Further, by combining the color sample table and the color scheme mask, it is possible to accurately and easily perform color combinations. Therefore, if such a color sample table and color scheme mask are used, in addition to printed matter such as posters, printing is used in all fields such as home interiors, toys, clothing, etc., it is possible to eliminate individual variations and reduce skill level. A unified color scheme is possible without the need for Furthermore, the present invention is extremely convenient when considering images of products with various color scheme areas by appropriately selecting the area ratio and position of the openings of the color scheme mask. It has the same effect as the above.
第１図乃至第２Ｂ図はいずれも本発明の実施例
で、第１図は色見本表の表面図、第２Ａ及び第２
Ｂ図は前記色見本表のマスキングに用いる配色マ
スクの表面図である。
1 to 2B are examples of the present invention, and FIG. 1 is a surface view of a color sample table, and FIG.
Figure B is a surface view of a color scheme mask used for masking the color sample table.
Claims (1)
三原色又は四原色の各印刷製版を所定の条件に基
づいてランダムに選択して、それらの組み合わせ
により形成される各種色見本の内より、任意の色
見本を抽出し、これをマトリツクス状に配置した
事を特徴とする色見本表作成方法。 ２ 前記各印刷製版の網点の面積比を１％刻みに
した事を特徴とする特許請求の範囲第１項記載の
色見本表作成方法。 ３ 前記所定の条件が、マトリツクス状に配置し
た任意の色見本と、隣接する他の色見本が色彩的
に調和関係にあることを特徴とする特許請求の範
囲第１項記載の色見本表作成方法。[Scope of Claims] 1. Printing plates of three primary colors or four primary colors in which the area ratio of halftone dots is changed proportionally and quantitatively are selected at random based on predetermined conditions, and various types of printing plates formed by the combination thereof are obtained. A color sample table creation method characterized by extracting arbitrary color samples from color samples and arranging them in a matrix. 2. The method for creating a color sample table according to claim 1, characterized in that the area ratio of halftone dots of each printing plate is set in 1% increments. 3. Creating a color sample table according to claim 1, wherein the predetermined condition is that any color sample arranged in a matrix and other adjacent color samples are in a harmonious relationship in terms of color. Method.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP10568084A JPS60250381A (en) | 1984-05-26 | 1984-05-26 | Preparation of color sample list |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP10568084A JPS60250381A (en) | 1984-05-26 | 1984-05-26 | Preparation of color sample list |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS60250381A JPS60250381A (en) | 1985-12-11 |
| JPH0154714B2 true JPH0154714B2 (en) | 1989-11-20 |
Family
ID=14414135
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP10568084A Granted JPS60250381A (en) | 1984-05-26 | 1984-05-26 | Preparation of color sample list |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS60250381A (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS63200285A (en) * | 1987-02-16 | 1988-08-18 | Canon Inc | Image processor |
| JPH01314285A (en) * | 1988-06-14 | 1989-12-19 | Sekisui Chem Co Ltd | Sample list of interior material for buildings |
| JPH01314284A (en) * | 1988-06-14 | 1989-12-19 | Sekisui Chem Co Ltd | Sample list of wooden interior material |
| JP2006023418A (en) * | 2004-07-07 | 2006-01-26 | Kikusui Chemical Industries Co Ltd | Color card, color card group, and color card book |
-
1984
- 1984-05-26 JP JP10568084A patent/JPS60250381A/en active Granted
Also Published As
| Publication number | Publication date |
|---|---|
| JPS60250381A (en) | 1985-12-11 |
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