TWI403997B - Game patterned card and method for using the same - Google Patents

Abstract

A game patterned card shows a hidden information when it is used with a transparent color-rendering plate, which allows transmission of visible light of a predetermined wavelength range. The game patterned card includes a transparent base and a transparent color layer arranged on the base. The transparent color layer included a game pattern with a hidden portion and a mask portion, which overlap at least part of the hidden portion. The hidden portion contains color outside the predetermined wavelength range; while the mask portion contains at least color within the predetermined wavelength range. When the transparent color-rendering plate is overlaid with the game patterned card, the mask portion shows a light color same as or similar to that of the transparent color-rendering plate, and the hidden portion shows a dark color to highlight the hidden information.

Description

Game pattern card and game method

The present invention relates to a game pattern card and a game method, and more particularly to a game pattern card and a game method using a color principle to reveal or hide a pattern.

In the past, in order to market consumers' products or services, advertisers often create advertising flyers and send them to consumers in various ways, so that consumers can understand the content of their products or services after reading the advertising flyers. The desire to consume.

However, most common advertising flyers are only prints with text or graphics. Since it is impossible to provide consumers with further fun, it is difficult to attract more attention from consumers, so most of them cannot achieve the expected publicity effect of the advertising leaflet.

Therefore, in addition to text or graphics, if you can further design a game mechanism on the advertising leaflet, so that the advertising leaflet not only provides the content of the product or service, but also interacts with the consumer, it must deepen the consumer's impression. In turn, the effect of publicity is improved.

Accordingly, it is an object of the present invention to provide a game pattern card that can interact with a consumer to play a game.

Another object of the present invention is to provide a game method in which a game can be played by interacting with a consumer.

In order to achieve the above object, a game pattern card of the present invention can display a hidden message by a transparent color film having a color that allows visible light rays of a specific wavelength band, and the game pattern card includes a transparent substrate. And a transparent color printing layer disposed on the transparent substrate. The transparent color printing layer includes a game pattern having at least partially overlapping a hidden portion and a masking portion having at least two colors that do not allow visible light rays of the specific wavelength band to pass. The masking portion has a color that allows at least the visible light of the specific wavelength band to pass through, and by overlapping the transparent color strip and the game pattern card, the light passing through the masking portion is further colored by the transparent color image. The masking portion generally exhibits the same lighter color as the transparent color image, and the light passing through the hidden portion is blocked by the transparent color film to give the hidden portion a substantially darker color.

Another game pattern card of the present invention can display a hidden message under the action of a screen, the screen displaying a monochrome pattern having a color emitting a specific wavelength of visible light, the game pattern card comprising a a transparent substrate and a transparent color printing layer disposed on the transparent substrate. The transparent color printing layer includes a game pattern having at least partially overlapping a hidden portion and a masking portion having at least two colors that do not allow visible light rays of the specific wavelength band to pass. The masking portion has a color that allows at least the visible light of the specific wavelength band to pass through, by placing the game pattern card in front of the monochrome pattern displayed on the screen, and the visible light of the specific wavelength band emitted by the monochrome pattern passes The masking portion is colored to cause the masking portion to substantially exhibit the same lighter color as the monochromatic pattern, and the visible light of the specific wavelength band emitted by the monochromatic pattern is blocked by the hidden portion After the coloring, the hidden portion is roughly darker in color.

In addition, the present invention further provides a game method. First, a game screen is provided by using a screen, the game pattern has at least partially overlapping a hidden portion and a masking portion, and the hidden portion has a non-specificity At least two colors of the visible light of the band, the masking portion having a color that emits visible light rays belonging to the specific band. Secondly, a transparent color rendering film having a color that allows visible light rays of the specific wavelength band to pass is provided. Finally, the transparent color film is placed in front of the game pattern of the screen, and the light emitted by the mask portion is further passed through the transparent color film, and after the color rendering, the mask portion is substantially the same as the transparent color image. In the light color, the light emitted by the hidden portion is blocked by the transparent color film to give the hidden portion a substantially darker color.

Another game method provided by the present invention includes: providing a transparent color rendering pattern and a game pattern by using a screen, the transparent color rendering pattern having a color that emits a specific wavelength of visible light and the transparency of the transparent color rendering pattern is greater than zero. The game pattern has a hidden portion at least partially overlapping and a masking portion having at least two colors capable of emitting visible light rays that are not specific to a particular band, the masking portion having a specific portion that can be issued a color through which the visible light of the band passes; and superimposing the transparent color rendering pattern on the game pattern, the light emitted by the masking portion further passes through the color rendering pattern, and after the color rendering, the masking portion is substantially identical to the color rendering pattern In the lighter color, the light emitted by the hidden portion is blocked by the color pattern and the darker color of the hidden portion is substantially opaque.

The technical content of the present invention will be clearly explained in the following four preferred embodiments with reference to the following drawings:

The invention utilizes the principle of color filter that selectively passes light through a transparent color-developing color film. In the form of a light spectrum, any transparent color film with a specific color will allow a specific band of visible light to pass.

As shown in the first figure, the game pattern card 10 of the first preferred embodiment of the present invention can display its hidden message under the action of a transparent color picture (not shown). The transparent color picture itself has a single specific color, in other words, a color that allows a specific band of visible light to pass. The particular band may be a continuous segment of the spectrum or a discontinuous complex segment of the spectrum.

Compared with the transparent color film, the game pattern card 10 has a relatively complicated color combination and pattern, and the main structure thereof comprises a transparent substrate 11 , a transparent color printing layer 12 disposed on the transparent substrate 11 , and A protective layer 13.

The transparent substrate 11 is a transparent thin plate having no color, and the material thereof may be a plastic material such as PET, but is not limited thereto. The transparent color printing layer 12 includes a game pattern 120 having a hidden portion 121 (see FIG. 2) and a mask portion 122 at least partially overlapping the hidden portion 121. The third picture). The hidden part 121 is a specific character or a pattern. In the embodiment, an English letter X is taken as an example, and the actual implementation is not limited thereto. The hidden portion 121 has at least two colors for blocking the passage of visible light of the specific wavelength band. As shown in the second figure, the left portion 1211 and the right portion 1212 of the hidden portion 121 are different colors. The masking portion 122 is also a specific text or a pattern. In the embodiment, an English letter Z is taken as an example, and the actual implementation is not limited thereto. The masking portion 122 is configured to interfere with the human eye to recognize the hidden portion 121. Contrary to the hidden portion 121, the masking portion 122 does not have a color that blocks visible light rays passing through the specific wavelength band, and has at least one tolerance. The color through which the visible light of the particular band passes.

In actual production, the hidden portion 121 and the masking portion 122 of the game pattern 120 are pre-overlaid and synthesized by using a computer image processing software, and the superposed composite game pattern 120 is made into the transparent color printing by using CMYK four-color printing method. Layer 12. The transparent color printing layer 12 includes four sub-printed layers of Cyan, Magenta, Yellow, and Black, respectively. In addition, it can also be made by the related printing method of RGB series. The colors of the hidden portion 121 and the mask portion 122 are respectively mixed with the cyan, magenta, yellow, and black sub-print layers.

In addition, the transparent color printing layer 12 further includes a background portion 123 disposed around the game pattern 120. The background portion 123 does not have a color that blocks visible light rays passing through the specific wavelength band, and the color of the background portion 123 The masking portion 122 of the game pattern 120 is different from the masking portion 122 to prevent the masking portion 122 from interfering with the hidden portion 121. Moreover, the background portion 123 may further have a promotional text or a pattern such as a trademark or a product name.

The protective layer 13 is stacked on the transparent color printed layer 12. In this embodiment, the protective layer 13 may be a matte transparent layer having a cover pattern above the game pattern 120, and may have the effect of disturbing the human eye to recognize the hidden portion 121. .

Alternatively, the protective layer 13 may also be a glossy translucent layer, which may have an effect of increasing the color rendering of the transparent color printing layer 12.

When the game pattern card 10 of the present invention is viewed separately, the hidden portion 121 of the game pattern 120 overlaps with the mask portion 122, so that the text or pattern of the hidden portion 121 is not easily visible to the human eye.

As shown in the first figure and the fourth figure, after the transparent color piece 20 and the game pattern card 10 are overlapped, the transparent color piece 20 is placed in front and the game pattern card 10 is behind, and the external light is sequentially arranged. The game pattern card 10 and the transparent color film 20 are penetrated.

Since the masking portion 122 and the background portion 123 of the game pattern 120 do not have a color that blocks visible light rays passing through the specific wavelength band, and the transparent color image sheet 20 only allows visible light rays of the specific wavelength band to pass, the user can observe Both the masking portion 121 and the background portion 123 exhibit substantially the same light color as the transparent color image sheet 20, so that it is difficult to determine the pattern shape of the mask portion 122 and the background portion 123.

However, since the hidden portion 122 has a color that blocks visible light rays passing through the specific wavelength band, the transparent color rendering film 20 only allows visible light rays of the specific wavelength band to pass through, and thus the user can observe through the transparent color rendering film 20. The hidden portion 121 exhibits a darker color. Compared with the mask portion 121 and the background portion 123, the hidden portion 121 is highlighted by a strong contrast effect, so that the hidden portion 121 is clearly visible to the user. Text or pattern.

The game pattern card 10 of the present invention and the corresponding transparent color film 20 are further illustrated by the following examples:

<Example 1>

Assuming that the specific band of the transparent color rendering film 20 is blue, the hidden portion 121 has two different colors of yellow and green that cannot pass the blue light, and the masking portion 122 is blue. The yellow color of the hidden portion 121 can be directly provided by the yellow sub-printing layer of the CMYK four-color printing, and the green color of the hidden portion 121 can be formed by the CMYK four-color printing cyan printing layer and the yellow sub-printing layer color mixing. The blue color of the portion 122 can be directly formed by the CMYK four-color printing cyan print layer and the magenta print layer. When the transparent color image sheet 20 is superimposed on the front of the game pattern card 10, the light passing through the masking portion 122 is first substantially blue, so that the blue transparent color film 20 can be further passed through. Since the light passing through the hidden portion 121 first does not belong to the blue portion, it is impossible to pass through the transparent color strip 20, and the hidden portion 121 is dark black and is highlighted.

<Example 2>

It is substantially the same as Embodiment 1, except that the specific wavelength band of the transparent color rendering film 20 is purple (composed of cyan and magenta printed layers), the hidden portion 121 has a yellow color, and the masking portion 122 is purple. When the transparent color image sheet 20 is superimposed on the front of the game pattern card 10, the light passing through the masking portion 122 is firstly purple, so that the purple transparent color film 20 can be further passed through. Since the light passing through the hidden portion 121 first does not belong to the purple portion, it is impossible to pass through the transparent color image 20, and the hidden portion 121 is dark black and is highlighted.

<Example 3>

It is substantially the same as Embodiment 1, except that the specific color band of the transparent color rendering film 20 is orange (composed of yellow and magenta printed layers), and the hidden portion 121 has cyan which cannot pass orange light, and the masking Part 122 is orange. When the transparent color image sheet 20 is superimposed on the front of the game pattern card 10, the light passing through the masking portion 122 is firstly orange, so that the transparent color film 20 can be further passed through the orange color. Since the light passing through the hidden portion 121 first does not belong to the orange portion, the transparent color film 20 cannot be passed through, and the hidden portion 121 is dark black and is highlighted.

<Example 4>

It is substantially the same as Embodiment 1, except that the specific wavelength band of the transparent color rendering film 20 is green (which can be composed of cyan and yellow printed layers), and the hidden portion 121 has red color that cannot pass green light, and the masking portion 122 It is green. When the transparent color film 20 is superimposed on the front of the game pattern card 10, the light passing through the masking portion 122 is firstly green, so that the green transparent color film 20 can be further passed through. Since the light passing through the hidden portion 121 first does not belong to the green portion, the transparent color film 20 cannot be passed through, and the hidden portion 121 is dark black and is highlighted.

<Example 5>

It is substantially the same as Embodiment 1, except that the specific wavelength band of the transparent color rendering film 20 is cyan, the hidden portion 121 has an orange color which cannot pass the cyan light, and the masking portion 122 is cyan. When the transparent color image sheet 20 is superimposed on the front of the game pattern card 10, the light passing through the masking portion 122 is first substantially cyan, so that the green transparent color film 20 can be further passed through. Since the light passing through the hidden portion 121 first does not belong to the cyan portion, it is impossible to pass through the transparent color strip 20, and the hidden portion 121 is dark black and is highlighted.

<Example 6>

It is substantially the same as Embodiment 1, except that the specific band of the transparent color rendering film 20 is yellow, the hidden portion 121 has a purple color that cannot pass yellow light, and the masking portion 122 is yellow. When the transparent color image sheet 20 is superimposed on the front of the game pattern card 10, the light passing through the masking portion 122 is firstly yellow, so that the yellow transparent color film 20 can be further passed through. Since the light that first passes through the hidden portion 121 does not belong to the yellow portion, the transparent color strip 20 cannot be passed through, and the hidden portion 121 is dark black and is highlighted.

<Example 7>

It is substantially the same as Embodiment 1, except that the specific color band of the transparent color rendering film 20 is magenta, the hidden portion 121 has green color which cannot pass magenta light, and the masking portion 122 is magenta. When the transparent color film 20 is superimposed on the front of the game pattern card 10, the light passing through the masking portion 122 is firstly magenta, so that the magenta transparent color film 20 can be further passed through. Since the light passing through the hidden portion 121 first does not belong to the magenta portion, it is impossible to pass through the transparent color film 20, and the hidden portion 121 is dark black and is highlighted.

It should be noted that, in addition to the manner in which the transparent color image sheet 20 is in front and the game pattern card 10 is behind, the game pattern card 10 may be in front and the transparent color film 20 may be rearward. The same effect.

As shown in FIG. 5, a game pattern card 10 according to a second preferred embodiment of the present invention is the same as the first preferred embodiment except that the game pattern card 10 utilizes a light source. The role of 30 reveals its hidden message. In this embodiment, the light source 30 is exemplified by a screen, but is not limited thereto. For example, the screen can be a computer screen, a movie theater screen, a television screen, or a screen of a handheld electronic device.

The screen 30 can display a monochromatic pattern 31 having a color that emits a specific band of visible light to replace the transparent color of a particular preferred embodiment. The particular band may be a continuous segment of the spectrum or a discontinuous complex segment of the spectrum.

As in the first preferred embodiment, as shown in the first figure, when the game pattern card 10 of the present invention is separately observed, since the hidden portion 122 of the game pattern 120 is overlapped with the mask portion 121, the use is performed. It is not easy to clearly see the text or pattern of the hidden portion 122.

As shown in FIG. 5, when the game pattern card 10 is superimposed on the front side of the monochrome pattern 31 of the screen 30, visible light rays of a specific wavelength band emitted by the monochrome pattern 31 are passed through the game pattern card 10.

As shown in the specific figure and the fifth figure, since the masking portion 121 and the background portion 123 do not have the color of blocking the visible light passing through the specific wavelength band, the user can observe the masking portion 121 and the background portion. The portions 123 all exhibit a light color similar to that of the monochrome pattern 31, so that it is difficult to determine the pattern shape of the mask portion 121 and the background portion 123.

However, since the hidden portion 122 has a color that blocks visible light rays passing through the specific wavelength band, the user can observe that the hidden portion 121 exhibits a dark color, compared to the mask portion 121 and the background portion 123. Because of the strong contrast effect, the user can clearly see the text or pattern of the hidden portion 121.

By applying the game pattern card of the above two embodiments to the advertising cover, the user can read the hidden content of the product or the service, and the user can see the hidden information to increase the fun. Deepen the user's impression of it to improve the effectiveness of the promotion.

As shown in the sixth and seventh figures, the game method of the third preferred embodiment of the present invention is utilized in comparison with the first preferred embodiment and the second preferred embodiment. A computer controlled screen to provide game graphics. The game method includes:

First, a transparent color rendering film 60 having a color that allows visible light rays of a specific wavelength band to pass is provided. The particular band may be a continuous segment of the spectrum or a discontinuous complex segment of the spectrum.

Next, a game screen 50 is provided by using a screen 40. In the embodiment, the screen 40 is exemplified by a computer screen, but not limited thereto. In actual implementation, the screen 40 can also be a movie theater screen or a television. Screen, or a screen of a handheld electronic device. The game pattern 50 has at least partially overlapping one of the hidden portions 51 and a masking portion 52. The hidden portion 51 has at least two colors that emit visible light rays that are not in the specific wavelength band. The masking portion 52 has a color that emits visible light rays belonging to the specific wavelength band. In addition, the screen 40 further provides a background portion 53 located around the game pattern 50.

At the overlap of the hidden portion 51 and the masking portion 52, visible light rays belonging to the specific wavelength band and not belonging to the specific wavelength band may be emitted. The background portion 53 can emit at least the visible light of the particular band but different from the color of the masking portion.

When the game pattern 50 of the present invention is separately observed, since the hidden portion 51 and the mask portion 52 are overlapped, it is difficult for the user to clearly see the text or pattern of the hidden portion 51.

When the transparent color film 60 is placed in front of the game pattern 50 of the screen 40, since the mask portion 52 and the background portion 53 can emit visible light rays belonging to the specific wavelength band, the mask portion 52 and The light emitted by the background portion 53 can further pass through the transparent color-changing film 60, and the user can observe that the masking portion 52 and the background portion 53 substantially exhibit the same light color as the transparent color-changing film 60. However, the shape of the mask portion 52 and the background portion 53 cannot be determined.

However, since the hidden portion 51 does not have the color of the visible light that emits the specific wavelength band, the light emitted by the hidden portion 51 is blocked by the transparent color film 60, and the user can observe the hidden color. Part 51 will be roughly darker in color. Compared with the masking portion 52 and the background portion 53, the hidden portion 51 has a strong contrast effect, so that the hidden portion 51 is displayed relative to the masking portion 52 for the user to clearly see. The text or pattern of the hidden portion 51.

By applying the transparent color rendering film 60 of the third preferred embodiment to the advertisement leaflet, the user can read the hidden message of the product or the service, and the user can see the hidden message. Add fun and deepen the user's impression of it to improve the effectiveness of the promotion.

As shown in the sixth and eighth figures, the game method of the fourth preferred embodiment of the present invention is substantially the same as the third preferred embodiment, except that the present embodiment utilizes a computer controlled screen. The game pattern and the transparent color rendering pattern are provided in synchronization. The game method includes:

First, a transparent color rendering pattern 70 and a game pattern 50 are provided using a screen 40. The screen 40 is exemplified by a computer screen, but is not limited thereto. In actual implementation, the screen 40 can also be a cinema screen, a television screen, or a screen of a handheld electronic device.

The transparent color rendering pattern 70 has a color that allows visible light rays of a specific wavelength band to pass therethrough. The particular band may be a continuous segment of the spectrum or a discontinuous complex segment of the spectrum. The production of the transparent color rendering pattern 70 can be performed using a software transparency such as Adobe Photoshop or Illustrator, and is not limited to the software disclosed above.

The game pattern 50 has at least partially overlapping one of the hidden portions 51 and a masking portion 52. The hidden portion 51 has at least two colors that emit visible light rays that are not in the specific wavelength band. The masking portion 52 has a color that emits visible light rays belonging to the specific wavelength band. In addition, the screen 40 further provides a background portion 53 located around the transparent color rendering pattern 70 and the game pattern 50.

At the overlap of the hidden portion 51 and the masking portion 52, visible light rays belonging to the specific wavelength band and not belonging to the specific wavelength band may be emitted. The background portion 53 can emit at least the visible light of the particular band but different from the color of the masking portion.

When the game pattern 50 of the present invention is separately observed, since the hidden portion 51 and the mask portion 52 are overlapped, it is difficult for the user to clearly see the text or pattern of the hidden portion 51.

When the transparent color rendering pattern 70 is superimposed on the game pattern 50 of the screen 40, since the masking portion 52 and the background portion 53 can emit visible light rays belonging to the specific wavelength band, the masking portion 52 and the shielding portion 52 The light emitted by the background portion 53 can further pass through the transparent color rendering pattern 70, and the user can observe that the masking portion 52 and the background portion 53 will substantially exhibit the same light color as the transparent color rendering pattern 70, but The pattern shape of the masking portion 52 and the background portion 53 cannot be judged further.

However, since the hidden portion 51 does not have the color of the visible light that emits the specific wavelength band, the light emitted by the hidden portion 51 is blocked by the transparent color rendering pattern 70, and the user can observe the hiding. Part 51 will be roughly darker in color. Compared with the masking portion 52 and the background portion 53, the hidden portion 51 has a strong contrast effect, so that the hidden portion 51 is displayed relative to the masking portion 52 for the user to clearly see. The text or pattern of the hidden portion 51.

By applying the transparent color rendering pattern 70 of the fourth preferred embodiment to the online advertisement promotion, the user can read the hidden content of the product or the service, and the hidden message can be seen by the user. To increase the fun, deepen the user's impression of it, to improve the effectiveness of the promotion.

The above is only the preferred embodiment of the present invention and is not intended to limit the scope of the present invention. Equivalent changes and modifications made by the scope of the present invention remain within the scope of the present invention.

10. . . Game pattern card

11. . . Transparent substrate

12. . . Transparent color printing layer

120. . . Game pattern

121. . . Hidden part

122. . . Masking part

123. . . Background part

13. . . The protective layer

20. . . Transparent color film

30. . . Screen

40. . . Screen

50. . . Game pattern

51. . . Hidden part

52. . . Masking part

53. . . Background part

60. . . Transparent color film

70. . . Transparent color pattern

The first figure is a schematic view of a game pattern card according to a first preferred embodiment of the present invention.

The second picture is a schematic view of the hidden portion of the game pattern card.

The third figure is a schematic view of the masked portion of the game pattern card.

Figure 4 is a schematic view of a game pattern card in accordance with a first preferred embodiment of the present invention.

Figure 5 is a schematic view of a game pattern card in accordance with a second preferred embodiment of the present invention.

Figure 6 is a schematic diagram of a game method of a third preferred embodiment of the present invention.

Figure 7 is a schematic diagram of a game method in accordance with a third preferred embodiment of the present invention.

Figure 8 is a schematic view showing a game method of a fourth preferred embodiment of the present invention.

10. . . Game pattern card

11. . . Transparent substrate

12. . . Transparent color printing layer

120. . . Game pattern

121. . . Hidden part

122. . . Masking part

123. . . Background part

13. . . The protective layer

Claims (28)

A game pattern card capable of displaying a hidden message under the action of a transparent color film having a color allowing a specific band of visible light to pass through, the game pattern card comprising: a transparent substrate; and a transparent color printing a layer disposed on the transparent substrate, the transparent color printing layer comprising a game pattern, the game pattern having at least partially overlapping a hidden portion and a masking portion, the hidden portion having visible light blocking the specific wavelength band Passing at least two colors, the masking portion does not have a color that blocks visible light rays passing through the specific band, and by overlapping the transparent color strip and the game pattern card, the light passing through the masking portion further passes through the transparent After the coloring of the coloring film, the masking portion substantially presents the same lighter color as the transparent coloring film, and the light passing through the hidden portion is blocked by the transparent coloring film to make the hidden portion Approximately darker colors. The game pattern card of claim 1, wherein the masking portion has at least one color that allows visible light rays of the specific wavelength band to pass. The game pattern card of claim 2, wherein the transparent color print layer comprises cyan, magenta, yellow, and black sub-print layers. The game pattern card of claim 1, wherein the transparent color print layer further comprises a background portion disposed around the game pattern, the background portion having visible light rays allowing the specific wavelength band to pass but different from This masks the color of the part. The game pattern card of claim 1, further comprising a protective layer stacked on the transparent color printing layer. The game pattern card of claim 5, wherein the protective layer is a matte light transmissive layer having a cover pattern above the game pattern. The game pattern card of claim 5, wherein the protective layer is a glossy translucent layer. The game pattern card of claim 1, wherein the specific band may be a continuous spectrum or a discontinuous complex spectrum. A game pattern card capable of displaying a hidden message under the action of a light source having a color for emitting a specific wavelength of visible light, the game pattern card comprising: a transparent substrate; and a transparent color printing layer disposed on the On the transparent substrate, the transparent color printing layer comprises a game pattern having at least partially overlapping a hidden portion and a masking portion, the hidden portion having at least two kinds of visible light rays blocking the specific wavelength band. Color, the masking portion does not have a color that blocks visible light rays passing through the specific band, and the game pattern is placed in front of the monochrome pattern displayed on the screen, and the specific band is emitted by the monochrome pattern. The visible light is colored by the masking portion, so that the masking portion substantially exhibits the same lighter color as the monochromatic pattern, and the visible light of the specific wavelength band emitted by the monochromatic pattern is received by the hidden portion After blocking the color, the hidden portion is substantially darker in color. The game pattern card of claim 9, wherein the masking portion has at least one color that allows visible light rays of the specific wavelength band to pass. The game pattern card of claim 10, wherein the transparent color print layer comprises cyan, magenta, yellow, and black sub-print layers. The game pattern card of claim 9, wherein the transparent color print layer further comprises a background portion disposed around the game pattern, the background portion having visible light rays allowing the specific wavelength band to pass but different from The color of the game pattern. The game pattern card of claim 9, further comprising a protective layer stacked on the background layer. The game pattern card of claim 13, wherein the protective layer is a matte light transmissive layer having a cover pattern over the game pattern. The game pattern card of claim 13, wherein the protective layer is a glossy transparent layer. The game pattern card of claim 9, wherein the specific band may be a continuous spectrum or a discontinuous complex spectrum. The game pattern card of claim 9, wherein the light source is a screen, and the screen displays a monochrome pattern having a color that emits visible light of a specific wavelength band. The game pattern card of claim 17, wherein the screen is a computer screen, a cinema screen, a television screen, or a screen of a handheld electronic device. A game method comprising: (A) providing a transparent color film having a color that allows visible light rays of a specific wavelength band to pass; (B) providing a game pattern using a screen, the game pattern having at least partial overlap a hidden portion and a masking portion having at least two colors capable of emitting visible light rays not belonging to a specific wavelength band, the masking portion having a color capable of emitting visible light rays belonging to the specific wavelength band And (C) placing the transparent color film in front of the game pattern of the screen, and the light emitted by the mask portion is further passed through the transparent color film, and after the color rendering, the mask portion is substantially presented with the transparent color film. In the same lighter color, the light emitted by the hidden portion is blocked by the transparent color film and the darker color of the hidden portion is substantially opaque. The game method of claim 19, wherein the screen is a computer screen, a movie theater screen, a television screen, or a screen of a handheld electronic device. The game method of claim 19, wherein the overlap between the hidden portion and the masking portion emits visible light rays belonging to the specific wavelength band and not belonging to the specific wavelength band. The game method of claim 19, wherein the screen further provides a background portion around the game pattern, the background portion having visible light passing through the specific band but different from the mask portion color. The game method of claim 19, wherein the specific band may be a continuous spectrum or a discontinuous complex spectrum. A game method includes: (A) providing a transparent color rendering pattern and a game pattern by using a screen, the transparent color rendering pattern having a color that emits a specific wavelength of visible light and the transparency of the transparent color rendering pattern is greater than zero, the game pattern a hidden portion having at least partially overlapping and a masking portion having at least two colors capable of emitting visible light rays not belonging to a specific wavelength band, wherein the masking portion has a function of emitting the specific wavelength band a color through which the visible light passes; and (B) superimposing the transparent color rendering pattern on the game pattern, and the light emitted by the masking portion further passes through the color rendering pattern, and after the color rendering, the masking portion is substantially presented with the color rendering pattern In the same lighter color, the light emitted by the hidden portion is blocked by the color pattern and the darker color of the hidden portion is substantially opaque. The game method of claim 24, wherein the screen is a computer screen, a movie theater screen, a television screen, or a screen of a handheld electronic device. The game method of claim 24, wherein the overlap between the hidden portion and the masking portion emits visible light rays belonging to the specific wavelength band and not belonging to the specific wavelength band. The game method of claim 24, wherein the screen further provides a background portion around the game pattern, the background portion having visible light passing through the specific wavelength band but different from the mask portion color. The game method of claim 24, wherein the specific band may be a continuous spectrum or a discontinuous complex spectrum.