TWI717797B - Totem forming system, method, equipment, product and computer readable storage device - Google Patents

Abstract

The present invention relates to a totem formation system, which at least includes: a setting module, a calculation module, a graphic generation module, and a coloring module, a totem with symmetrical and beautiful colors is established in a systematic manner Form a system. The present invention provides a totem forming method using a totem forming system, whereby a totem is formed, and a totem forming device using a totem forming system; and a totem product is provided with the totem of the totem forming system, and in addition Provided is a computer readable storage device including a totem forming system. Among them, totems with symmetrical beauty produced by the totem formation system can be applied to various items in daily life, so that people can feel calm and comfortable through visual experience.

Description

Totem forming system, method, equipment, product and computer readable storage device

The present invention relates to a totem forming system, method, equipment, product, and computer readable storage device, in particular to a totem forming system, a calculation module, a graphics generation module, and a coloring module that can be combined with a system A totem formation system, method, equipment, product, and computer readable storage device are used to create a totem with symmetrical and beautiful colors.

According to, from classical to modern architecture, sculpture and painting, art creation and even animals and plants, there are symmetrical forms, which contain many tangible or intangible symmetrical beauty. In human behavior, people usually have a preference for symmetrical graphics. In psychology, symmetrical beauty is the easiest form to make people feel calm and stable, and to bring a sense of stability.

In general, the so-called symmetry refers to the same shape up and down or left and right, whether it is left-right symmetry or radial symmetry, regardless of its shape, as long as it constitutes a symmetrical balance, it will make people feel comfortable visually. Traditionally, totem-shaped accessories with symmetrical beauty, such as scarves, clothes, etc., often require a lot of time and effort to make totems, which not only consumes time and effort, but also consumes a lot of spiritual design totems. Moreover, if you need to design a lot of totems The complicated symmetrical totems often waste time in hand-made totems.

Therefore, how to effectively use innovative design to provide a totem that can combine setting modules, storage modules, calculation modules, graphics generation modules, and coloring modules to create a totem with symmetrical and beautiful colors in a systematic way. It is still a problem that related industry developers and related researchers such as totem formation systems, methods and equipment, products, and computer-readable storage devices need to continuously strive to overcome and solve.

In view of this, the inventor is in view of the fact that there are still many innovations and improvements in the actual implementation of the totem formation system, method and equipment, products, and computer readable storage device. With his rich professional knowledge and practical experience, To assist and improve, and based on this research and creation of the present invention.

The main purpose of the present invention is to provide a totem formation system, a totem formation system, at least including:

A setting module for setting a first parameter, a second parameter and a third parameter, wherein the first parameter and the third parameter are natural numbers, and the second parameter is a prime number;

A calculation module reads the first parameter, the second parameter, and the third parameter, and substitutes them into a calculation formula group to calculate a plurality of values;

A graphic generation module is used to determine the size of a Pascal square according to the first parameter, the second parameter and the third parameter, and the plurality of values are filled into the Pascal square according to the principle of a Pascal square Card square; and

A coloring module is used to determine that each value corresponds to a color unit, and the color unit is filled in the Pascal square to form a totem.

、

時，

，

，其中，該設定模組更包含一第四參數，該第四參數為自然數與0，該計算模組更讀取該第四參數，mod p運算則為以後項之該第二參數作為前項之值的除數以取餘數之模數運算，

為 p-2個該第二參數中取 k個該第四參數出來之組合數。 According to the totem formation system described in the above technical features, the calculation formula is a first formula, and the first formula is:

,

Time,

,

, Wherein, the setting module further includes a fourth parameter, the fourth parameter is a natural number and 0, the calculation module further reads the fourth parameter, and the mod p operation is the second parameter of the following item as the previous item The divisor of the value is the modulus operation of the remainder,

Is the number of combinations obtained by taking k of the fourth parameter out of p -2 of the second parameter.

、

時

，其中

，

，

，其中，該設定模組更包含一第四參數、一第五參數以及一第六參數，該第四參數、該第五參數以及第六參數為自然數與0，該計算模組更讀取該第四參數與該第五參數以及該第六參數，mod p運算則為以後項之該第二參數作為前項之值的除數以取餘數之模數運算， Cn i為 n個該第一參數中取 i個該第五參數出來之組合數。 According to the totem formation system described in the above technical features, the calculation formula is a second formula, and the second formula is:

,

Time

,among them

,

,

, Wherein the setting module further includes a fourth parameter, a fifth parameter, and a sixth parameter. The fourth parameter, the fifth parameter, and the sixth parameter are natural numbers and 0, and the calculation module reads For the fourth parameter, the fifth parameter and the sixth parameter, the mod p operation is the second parameter of the following item as the divisor of the value of the previous item, and the modulus operation of taking the remainder, Cn i is n of the first Take the number of i combinations from the fifth parameter among the parameters.

、

時

，

，其中，該第三參數為奇數，該設定模組更包含一第四參數，該第四參數為自然數與0，該計算模組更讀取該第四參數，mod p運算則為以後項之該第二參數作為前項之值的除數以取餘數之模數運算， Cn k為 n個該第一參數中取 k個該第四參數出來的組合數。 According to the totem formation system described in the above technical features, the calculation formula is a third formula, and the third formula is:

,

Time

,

, Where the third parameter is an odd number, the setting module further includes a fourth parameter, the fourth parameter is a natural number and 0, the calculation module further reads the fourth parameter, and the mod p operation is the following item The second parameter is used as the divisor of the value of the previous term to take the modulus operation of the remainder, and Cn k is the number of combinations obtained by taking k of the fourth parameter from the n first parameters.

、

時，

，其中

，

，

，其中，該第三參數為奇數，該設定模組更包含一第四參數、一第五參數以及一第六參數，該第四參數、該第五參數以及第六參數為自然數與0，該計算模組更讀取該第四參數與該第五參數以及該第六參數，mod p運算則為以後項之 p值作為前項之值的除數以取餘數之模數運算， Cl-1 k-1為 l-1個該第三參數中取 k-1個該第四參數出來的組合數。 According to the totem formation system described in the above technical features, the calculation formula is a fourth formula, and the fourth formula is:

,

Time,

,among them

,

,

, Wherein the third parameter is an odd number, the setting module further includes a fourth parameter, a fifth parameter, and a sixth parameter, and the fourth parameter, the fifth parameter, and the sixth parameter are natural numbers and 0, The calculation module reads the fourth parameter, the fifth parameter, and the sixth parameter. The mod p operation is the modulo operation of taking the remainder of the p value of the following term as the divisor of the value of the preceding term, Cl -1 k -1 is the number of combinations obtained by taking k- 1 of the fourth parameter out of l -1 of the third parameter.

According to the totem forming system described in the above technical features, the color unit is a color code of the RGB color code table.

The totem forming system according to the above technical features further includes a display unit for displaying the totem, and the display unit is electrically connected to the totem forming system.

According to the totem forming system described in the above technical features, the display unit is one of a television, a projector, and a computer display device.

According to the totem forming system described in the above technical features, the display unit is a device with a display function.

In addition, a computer-readable storage device is provided. The computer-readable storage device includes a totem forming system as described in the above technical features.

According to the computer-readable storage device described in the above technical features, the computer-readable storage device is a magnetic tape, a flash memory card, a digital versatile disk (DVD), a cassette, a random access memory ( One of RAM) and read-only memory (ROM).

A totem forming device is also provided, which uses the totem forming system described according to the above technical features.

In addition, a totem product is provided, and the totem product has the totem of the totem forming system according to the above technical features.

In addition, in order to achieve the above-mentioned implementation objectives, the present inventors have also developed a totem-forming method using a totem-forming system according to the above technical features, which runs on a processor, wherein the totem-forming method includes the steps:

A setting step, setting a first parameter, a second parameter, and a third parameter in the setting module, wherein the first parameter and the third parameter are natural numbers, and the second totem parameter is a prime number

A calculation step, reading the first parameter, the second parameter, and the third parameter, and substituting them into a calculation formula group to calculate a plurality of values;

A graphic generation step is used to determine the size of a Pascal square according to the first parameter, the second parameter and the third parameter, and the plurality of values are filled into the Pascal square according to the principle of a Pascal square ;as well as

A coloring step is used to determine that each value corresponds to a color unit, and the color unit is filled in the Pascal square to form a totem.

The method for forming a totem according to the above technical features further includes a display step, using a display unit to display the totem.

Thereby, the totem forming system, method, equipment, product, and computer readable storage device of the present invention are mainly based on the totem forming system. The totem forming system includes a setting module, a calculation module, a graphics generation module, and a filling module. In the design of the color module, a plurality of totem parameters are set through the setting module, and the calculation module substitutes the plurality of parameters into the calculation formula group to calculate a plurality of values, and cooperates with the graphic generation module to determine the size and fill of the Paska square The color module determines that each value corresponds to a color unit to form a totem, and a totem with symmetrical and beautiful colors is created in a systematic way, which can save manpower and energy consumption, and shorten the time for making the totem.

In order to understand the technical features, content and advantages of the present invention and its achievable effects, the expressions of the present invention in conjunction with the drawings are described in detail as follows, and the figures used therein are merely schematic and supplementary descriptions. The purpose is not necessarily the true ratio and precise configuration after the implementation of the present invention, so the ratio and configuration relationship of the attached drawings should not be interpreted, and the scope of rights of the present invention in actual implementation should not be interpreted, and the scope of rights of the present invention in actual implementation should be clarified first.

In order to make the description of the present disclosure more detailed and complete, the following provides an illustrative description for the implementation aspects and specific embodiments of the present invention; but this is not the only way to implement or use the specific embodiments of the present invention.

個中正方形(101)，而每一該中正方形(101)內會有

個小正方形(102)，且該複數個小正方形(102)的總數共有

個。 In the present disclosure, as shown in Figure 1, it is the Paska square composition diagram of the totem forming system of the present invention. The term Pascal Square (10) refers to a large square (100) containing a plurality of middle squares (101), and each middle square (101) also contains a plurality of small squares (102). Among them, the size of Baska square (10) is composed of a large square (100)

A square (101), and each square (101) will have

Small squares (102), and the total number of small squares (102) totals

One.

In this disclosure, please refer to FIGS. 2 to 5, which are the schematic diagram of the Baska square principle of the totem formation system of the present invention (1), the schematic diagram of Baska square principle (2), and the Baska Schematic diagram of card square principle (3). The term "Pascal Square Principle" is used by the calculation module (12) of a totem forming system of the present invention to read the parameters of the setting module (11) to calculate a plurality of values (121), and The obtained plural values (121) are filled in the first column of a large square (100) from left to right, and then the obtained plural values (121) are filled in the large square (100) from top to bottom. ) In the first row, multiply the plural values (121) in the first row and the plural values (121) in the first column to obtain the new value after the plural multiplication, and then the new value after the plural multiplication Divide by the prime number to find the remainder.

Please also refer to Figures 5 to 7, which are the block diagram of the totem forming system of the present invention (1), the block diagram of the setting module of the totem forming system, and the block diagram of the totem forming system (2). The totem forming system of the present invention at least includes: a setting module (11), a calculation module (12), a graphic generation module (13), and a coloring module (14).

The setting module (11) is used to set a first parameter ( n ), a second parameter ( p ) and a third parameter ( l ), wherein the first parameter ( n ) and the third parameter ( l) ) Is a natural number, and the second parameter ( p ) is a prime number. During implementation, the user can set the pre-input first parameter ( n ), the second parameter ( p ), and the third parameter ( l ) in In the setting module (11).

、

時，

，

，其中，該設定模組(11)更包含一第四參數( k)，該第四參數( k)為自然數與0，該計算模組(12)更讀取該第四參數( k)，mod p運算則為以後項之該第二參數( p)作為前項之值的除數以取餘數之模數運算， Cp-2 k為 p-2個該第二參數( p)中取 k個該第四參數( k)出來之組合數。 The calculation module (12) reads the first parameter ( n ), the second parameter ( p ), and the third parameter ( l ), and substitutes them into a calculation formula group to calculate a plurality of values (121) , Where, when the calculation formula is a first formula, the first formula is: if

,

Time,

,

, Wherein the setting module (11) further includes a fourth parameter ( k ), the fourth parameter ( k ) is a natural number and 0, and the calculation module (12) further reads the fourth parameter ( k ) , Mod p operation means that the second parameter ( p ) of the following term is used as the divisor of the value of the preceding term to take the modulus operation of the remainder. Cp-2 k is p -2 of the second parameter ( p ) to take k The number of combinations derived from the fourth parameter ( k ).

、

時

，其中

，

，

，其中，該設定模組(11)更包含一第四參數( k)、一第五參數( a)以及一第六參數( i)，該第四參數( k)、該第五參數( a)以及第六參數( i)為自然數與0，該計算模組(12)更讀取該第四參數( k)與該第五參數( a)以及該第六參數( i)，mod p運算則為以後項之該第二參數( p)作為前項之值的除數以取餘數之模數運算， Cn i為 n個該第一參數( n)中取i個該第五參數( a)出來之組合數。 The calculation formula is a second formula, and the second formula is: if

,

Time

,among them

,

,

, Wherein the setting module (11) further includes a fourth parameter ( k ), a fifth parameter ( a ), and a sixth parameter ( i ). The fourth parameter ( k ), the fifth parameter ( a ) And the sixth parameter ( i ) are natural numbers and 0, the calculation module (12) further reads the fourth parameter ( k ), the fifth parameter ( a ) and the sixth parameter ( i ), mod p The operation is that the second parameter ( p ) of the latter term is used as the divisor of the value of the preceding term to take the modulus operation of the remainder. Cn i is n of the first parameters ( n ), taking i of the fifth parameter ( a ) The number of combinations.

The graphic generation module (13) determines the size of a Pascal square (10) according to the first parameter ( n ), the second parameter ( p ), and the third parameter ( l ), and the complex number A value (121) is filled into the Baska square (10) according to the Baska square principle.

The coloring module (14) is used to determine that each value (121) corresponds to a color unit (141), and the color unit (141) is filled in the Baska square (10) to form a totem ( 142).

Wherein, the fixed module (11), the calculation module (12), the graphic generation module (13) and the color filling module (14) are electrically connected to each other.

The color unit (141) is a color code of an RGB color code table. The RGB color code table can be exemplified but not limited to a hexadecimal coded RGB color code table. Each color code corresponds to a color. For example: the calculation module (12) calculates a plurality of values (121), including: 0, 1, 2, 3,..., n and other values (121), and the value 0 corresponding to the The color unit (141) is the yellow color code; the color unit (141) corresponding to the value 1 is the blue color code; the color unit (141) corresponding to the value 2 is the yellow color code; the value 3 corresponds to The color unit (141) is a green color code; ...; the color unit (141) corresponding to the value n is a color color code. When implemented, the plural values of the Paska square (10) ( 121) Fill in the corresponding color code of the determined color to form a totem (142).

Next, in order to enable the reviewer to further understand the purpose, features, and desired effects of the present invention, one of the specific practical embodiments of the totem formation system of the present invention is cited below to further prove that the totem formation system of the present invention is practical The scope of application is not intended to limit the scope of the present invention in any form.

、

時

，其中

，

，

，其中，該設定模組(11)更包含一第四參數( k)、一第五參數( a)以及一第六參數( i)，該第四參數( k)、該第五參數( a)以及第六參數( i)為自然數與0，該計算模組(12)更讀取該第四參數( k)與該第五參數( a)以及該第六參數( i)，mod p運算則為以後項之該第二參數( p)作為前項之值的除數以取餘數之模數運算， Cn i為 n個該第一參數中取 i個該第五參數( a)出來之組合數，藉以計算出複數個數值(121)；且於一圖形生成模組(13)，依據該第一參數( n)、該第二參數( p)以及該第三參數( l)用以決定一巴斯卡正方形(10)之大小，該巴斯卡正方形(10)之大小係由196個小正方形(102)所組成，且該複數個數值(121)依照一巴斯卡正方形原理填入至該巴斯卡正方形(10)，且該複數個數值(121)種類分別為0、1、2、3、4。 Please also refer to Fig. 8, which is a schematic diagram (1) of the Pascal square of the totem forming system in a preferred embodiment of the present invention. When a setting module (11) of the totem forming system of the present invention is used to set a first parameter ( n ) to 13, a second parameter ( p ) to 5, and a third parameter ( l ) to 3, The first parameter ( n ) and the third parameter ( l ) are natural numbers, and the second parameter ( p ) is a prime number; and in a calculation module (12), the first parameter ( n ), The second parameter ( p ) and the third parameter ( l ) are substituted into a calculation formula group. The calculation formula group is a second formula, and the second formula is

,

Time

,among them

,

,

, Wherein the setting module (11) further includes a fourth parameter ( k ), a fifth parameter ( a ), and a sixth parameter ( i ). The fourth parameter ( k ), the fifth parameter ( a ) And the sixth parameter ( i ) are natural numbers and 0, the calculation module (12) further reads the fourth parameter ( k ), the fifth parameter ( a ) and the sixth parameter ( i ), mod p after the operation, compared with the second parameter (p) as item of value as a divisor in the preceding paragraph modulo operation taking the number of I, Cn i is n take the first parameter of the i-th fifth parameter (a) out of The number of combinations is used to calculate a plurality of values (121); and in a graphic generation module (13), according to the first parameter ( n ), the second parameter ( p ) and the third parameter ( l ) Determine the size of a Baska square (10). The size of the Baska square (10) is composed of 196 small squares (102), and the plural values (121) are filled according to the principle of a Baska square Enter the Paska square (10), and the types of the plural values (121) are 0, 1, 2, 3, and 4 respectively.

Please also refer to Fig. 9, which is a schematic diagram (1) of the Pascal square totem of the totem forming system in a preferred embodiment of the present invention. A coloring module (14) of the totem forming system (1000) is used to determine that each value (121) corresponds to a color unit (141), and the color unit (141) is filled in the Paska The square (10) forms a totem (142), the color unit (141) is a color code of the RGB color code table, and the plurality of values 0 to 4 respectively determine the corresponding color code.

In another embodiment of the present invention, a totem forming system includes at least: a setting module (11), a calculation module (12), a graphic generation module (13), and a coloring module (14) .

The setting module (11) is used to set a first parameter ( n ), a second parameter ( p ) and a third parameter ( l ), wherein the first parameter ( n ) and the third parameter ( l) ) Is a natural number, and the second parameter ( p ) is a prime number.

、

時

，

，其中，該設定模組(11)更包含一第四參數( k)，該第四參數( k)為自然數與0，該計算模組(12)更讀取該第四參數( k)，mod p運算則為以後項之該第二參數( p)作為前項之值的除數以取餘數之模數運算， Cn k為 n個該第一參數( n)中取 k個該第四參數( k)出來的組合數。 The calculation module (12) reads the first parameter ( n ), the second parameter ( p ), and the third parameter ( l ), and substitutes them into a calculation formula group to calculate a plurality of values (121) , Where the calculation formula is a third formula, and the third formula is: if

,

Time

,

, Wherein the setting module (11) further includes a fourth parameter ( k ), the fourth parameter ( k ) is a natural number and 0, and the calculation module (12) further reads the fourth parameter ( k ) , Mod p operation means that the second parameter ( p ) of the following term is used as the divisor of the value of the preceding term to take the modulus operation of the remainder. Cn k is n of the first parameters ( n ), taking k and the fourth The number of combinations from the parameter ( k ).

、

時，

，其中

，

，

，其中，該設定模組(11)更包含一第四參數( k)、一第五參數( a)以及一第六參數( i)，該第四參數( k)、該第五參數( a)以及第六參數( i)為自然數與0，該計算模組(12)更讀取該第四參數( k)與該第五參數( a)以及該第六參數( i)，mod p運算則為以後項之 p值作為前項之值的除數以取餘數之模數運算， Cl-1 k-1為 l-1個該第三參數( l)中取 k-1個該第四參數( k)出來的組合數。 The calculation formula is a fourth formula, and the fourth formula is: if

,

Time,

,among them

,

,

, Wherein the setting module (11) further includes a fourth parameter ( k ), a fifth parameter ( a ), and a sixth parameter ( i ). The fourth parameter ( k ), the fifth parameter ( a ) And the sixth parameter ( i ) are natural numbers and 0, the calculation module (12) further reads the fourth parameter ( k ), the fifth parameter ( a ) and the sixth parameter ( i ), mod p The operation is that the p value of the following term is used as the divisor of the value of the preceding term to take the modulus operation of the remainder. Cl -1 k -1 is l -1 of the third parameter ( l ), and k -1 is the fourth parameter . The number of combinations from the parameter ( k ).

The graphic generation module (13) determines the size of a Pascal square (10) according to the first parameter ( n ), the second parameter ( p ), and the third parameter ( l ), and the complex number A value (121) is filled into the Baska square (10) according to the Baska square principle.

The coloring module (14) is used to determine that each value (121) corresponds to a color unit (141), and the color unit (141) is filled in the Baska square (10) to form a totem ( 142).

Next, in order to enable the reviewer to further understand the purpose, features, and desired effects of the present invention, the second specific practical embodiment of the totem formation system of the present invention is cited below to further prove that the totem formation system of the present invention is practical The scope of application is not intended to limit the scope of the present invention in any form.

、

時，

，其中

，

，

，其中，該第三參數( l)為奇數，該設定模組(11)更包含一第四參數( k)、一第五參數( a)以及一第六參數( i)，該第四參數( k)、該第五參數( a)以及第六參數( i)為自然數與0，該計算模組(12)更讀取該第四參數( k)與該第五參數( a)以及該第六參數( i)，mod p運算則為以後項之 p值作為前項之值的除數以取餘數之模數運算， Cl-1 k-1為 l-1個該第三參數( l)中取 k-1個該第四參數( k)出來的組合數；且於一圖形生成模組(13)，依據該第一參數( n)、該第二參數( p)以及該第三參數( l)用以決定一巴斯卡正方形(10)之大小，該巴斯卡正方形(10)之大小係由225個小正方形(102)所組成，且該複數個數值(121)依照一巴斯卡正方形原理填入至該巴斯卡正方形(10)，該複數個數值(121)種類分別為0、1、2、3、4。 Please also refer to FIG. 10, which is a schematic diagram (2) of the Pascal square of the totem forming system in a preferred embodiment of the present invention. When a setting module (11) of the totem forming system of the present invention is used to set a first parameter ( n ) to 14, a second parameter ( p ) to 5, and a third parameter ( l ) to 3, The first parameter ( n ) and the third parameter ( l ) are natural numbers, and the second parameter ( p ) is a prime number; and in a calculation module (12), the first parameter ( n ), The second parameter ( p ) and the third parameter ( l ) are substituted into a calculation formula group, the calculation formula group is a fourth formula, and the fourth formula is: if

,

Time,

,among them

,

,

, Where the third parameter ( l ) is an odd number, and the setting module (11) further includes a fourth parameter ( k ), a fifth parameter ( a ), and a sixth parameter ( i ). The fourth parameter ( k ), the fifth parameter ( a ), and the sixth parameter ( i ) are natural numbers and 0, the calculation module (12) further reads the fourth parameter ( k ) and the fifth parameter ( a ), and The sixth parameter ( i ), the mod p operation is that the p value of the following term is used as the divisor of the value of the preceding term to take the modulus operation of the remainder. Cl -1 k- 1 is l -1 of the third parameter ( l ) Takes k -1 the number of combinations of the fourth parameter ( k ); and in a graphics generation module (13), according to the first parameter ( n ), the second parameter ( p ) and the third The parameter ( l ) is used to determine the size of a Paska square (10). The size of the Paska square (10) is composed of 225 small squares (102), and the plural values (121) are in accordance with a The Baska square principle is filled into the Baska square (10), and the types of the plural values (121) are 0, 1, 2, 3, and 4 respectively.

Please also refer to FIG. 11, which is a schematic diagram (2) of the Pascal square totem of the totem forming system in a preferred embodiment of the present invention. A coloring module (14) of the totem forming system (1000) is used to determine that each value (121) corresponds to a color unit (141), and the color unit (141) is filled in the Paska The square (10) forms a totem (142), the color unit (141) is a color code of the RGB color code table, and the plurality of values 0 to 4 respectively determine the corresponding color code.

A preferred embodiment of the present invention further includes a display unit (15), and the display unit (15) is electrically connected to the totem forming system (1000) for displaying the Paska square (10), the display The unit (15) can be exemplified but not limited to a television, a projector, a computer display device or any device with a display function. As shown in Figure 12, a preferred embodiment of the present invention displays a totem (142) ) Of the mobile phone.

A preferred embodiment of the present invention provides a computer-readable storage device. The computer-readable storage device includes a totem forming system (1000), and the computer-readable storage device is used to store computer-readable storage devices. Data, the computer-readable storage device can be exemplified but not limited to magnetic tape, flash memory card, digital versatile disk (DVD), cassette, random access memory (RAM), and read-only memory ( ROM) one of them can also be used in the operating environment for implementing various embodiments of the present invention. As shown in FIG. 12, it is a totem display state diagram of a preferred embodiment of the present invention.

A preferred embodiment of the present invention provides a totem forming device that uses a totem forming system (1000), and the totem forming device can produce a product (16) with the totem (142), The product (16) can be exemplified but not limited to pictures, building blocks, models, wrapping paper, bags, containers, puzzles, furniture, stationery or other daily necessities, toys, etc. As shown in Figure 13, it is a preferred one of the present invention The totem of the embodiment uses a state diagram. The product (16) is a handbag with the totem (142).

A preferred embodiment of the present invention provides a totem product. The totem product is the totem (142) with a totem forming system (1000). The totem product can be exemplified but not limited to pictures, building blocks, models, and wrapping paper , Bags, containers, puzzles, furniture, stationery or other daily necessities, toys, etc.

As shown in Figure 14, it is a flowchart (1) of the totem forming method of the present invention. A totem forming method runs on a processor, wherein the totem forming method includes the steps: a setting step (S1), setting a first parameter ( n ), a second parameter ( p ), and a third parameter ( l ) In the setting module (11), wherein the first parameter ( n ) and the third parameter ( l ) are natural numbers, and the second totem parameter is a prime number. A calculation step (S2) is used to read the first The parameter ( n ), the second parameter ( p ), and the third parameter ( l ) are substituted into a calculation formula group to calculate a plurality of values (121); a graph generation step (S3), according to the first A parameter ( n ), the second parameter ( p ), and the third parameter ( l ) are used to determine the size of a Pascal square (10), and the plural values (121) are filled according to the principle of a Pascal square Enter the Pascal square (10); and a coloring step (S4) to determine that each value (121) corresponds to a color unit (141), and the color unit (141) is filled in the Bath The card square (10) is used to form a totem (142).

As shown in Figure 15, it is the flowchart (2) of the totem forming method of the present invention. The totem forming method further includes a display step (S5), using a display unit (15) to display the totem (142). The display unit (15) can be exemplified but not limited to a television, a projector, a computer display device or Any device with display function.

In summary, compared with the prior art and products, the present invention has the following advantages: 1. One of the purposes of the present invention is to use totems to form a database, storage modules, computing modules, and coloring modules to create totems with symmetrical and beautiful colors in a systematic way, which can save manpower and mental consumption, and shorten Totem production schedule. 2. One of the purposes of the present invention is to use the color selection of the coloring module. In addition to symmetrical beauty to make people feel calm and stable emotions and bring a sense of stability, different color combinations can also be used to produce different psychological effects . 3. One of the purposes of the present invention is to make a totem with symmetrical beauty that can be applied to various items in daily life, so that people can feel calm and comfortable through visual experience.

In summary, the totem formation system, method, equipment, product, and computer readable storage device of the present invention can indeed achieve the expected use effect through the above disclosed embodiments, and the present invention has not been disclosed. Before the application, Cheng had fully complied with the provisions and requirements of the Patent Law. If you file an application for a patent for invention in accordance with the law, you are kindly requested to review and grant a quasi-patent.

However, the illustrations and descriptions disclosed above are not intended to limit the scope of protection of the present invention; for those familiar with the art, other equivalent changes or modifications made by the features of the present invention should be regarded as Without departing from the design scope of the present invention.

(1000): Totem Formation System (10): Baska Square (100): Large Square (101): Medium Square (102): Small Square (11): Setting Module (12): Calculation Module (121) : Numerical value (13): Graphic generation module (14): Color filling module (141): Color unit (142): Totem (15): Display unit (16): Product (S1): Setting step (S2): Calculation step (S3): Graphic generation step (S4): Filling step (S5): Display step ( n ): First parameter ( p ): Second parameter ( l ): Third parameter ( k ): Fourth parameter ( a ): Fifth parameter ( i ): Sixth parameter

Figure 1 is the Baska square composition diagram of the totem forming system of the present invention. Figure 2 is a schematic diagram (1) of the Baska square principle of the totem forming system of the present invention. Figure 3 is a schematic diagram of the Baska square principle of the totem forming system of the present invention (2). Figure 4 is a schematic diagram of the Baska square principle of the totem forming system of the present invention (3). Figure 5 is a block diagram (1) of the totem forming system of the present invention. Figure 6 is a block diagram of the setting module of the totem forming system of the present invention. Figure 7 is a block diagram (2) of the totem forming system of the present invention. Figure 8 is a schematic diagram (1) of the Pascal square of the totem forming system in a preferred embodiment of the present invention. Figure 9 is a schematic diagram (1) of the Pascal square totem of the totem formation system of a preferred embodiment of the present invention. Figure 10 is a schematic diagram (2) of the Pascal square of the totem forming system in a preferred embodiment of the present invention. Figure 11 is a schematic diagram (2) of the Baska square totem of the totem forming system in a preferred embodiment of the present invention. Figure 12 is a totem display state diagram of a preferred embodiment of the present invention. Figure 13 is a diagram of the totem usage state of a preferred embodiment of the present invention. Figure 14 is a flowchart (1) of the totem forming method of the present invention. Figure 15 is a flowchart (2) of the totem forming method of the present invention.

(1000): Totem Formation System

(11): Setting module

(12): Calculation module

(13): Graphics generation module

(14): Coloring module

Claims (11)

A totem formation system at least includes: a setting module (11) for setting a first parameter ( n ), a second parameter ( p ), and a third parameter ( l ), wherein the first parameter ( n ) and the third parameter ( l ) are natural numbers, and the second parameter ( p ) is a prime number; a calculation module (12) reads the first parameter ( n ), the second parameter ( p ), and the The third parameter ( l ) is substituted into a calculation formula group to calculate a plurality of values (121); a graphic generation module (13) is based on the first parameter ( n ), the second parameter ( p ) and The third parameter ( l ) is used to determine the size of a Pascal square (10), and the plural values (121) are filled in the Pascal square (10) according to a Pascal square principle; and The coloring module (14) is used to determine that each value (121) corresponds to a color unit (141), and the color unit (141) is filled in the Baska square (10) to form a totem, wherein , The calculation formula group is a first formula, a second formula, a third formula, or a fourth formula. When the calculation formula group is the first formula, the first formula is: if p × l = n +2, l

p ,

, K =0,1,2,..., p -2, where the setting module (11) further includes a fourth parameter ( k ), the fourth parameter ( k ) is a natural number and 0, the calculation modulus Group (12) reads the fourth parameter ( k ), and the mod p operation is the second parameter ( p ) of the following item as the divisor of the value of the previous item to take the remainder of the modulus operation,

Is the number of combinations obtained by taking k of the fourth parameter ( k ) out of p -2 of the second parameter ( p ); when the calculation formula is the second formula, the second formula is: if p × l = n +2, l

p time

, Where ( k -1) p

i

kp -2, k =1,2,..., l , a = i -( k -1) p , where the setting module (11) further includes a fourth parameter ( k ), a fifth parameter ( a ) And a sixth parameter ( i ). The fourth parameter ( k ), the fifth parameter ( a ), and the sixth parameter ( i ) are natural numbers and 0. The calculation module (12) further reads the Four parameters ( k ) and the fifth parameter ( a ) and the sixth parameter ( i ), the mod p operation is the second parameter ( p ) of the following term as the divisor of the value of the previous term and the modulus of the remainder Calculation,

Is the number of combinations obtained by taking i of the fifth parameter ( a ) out of n of the first parameter ( n ); when the calculation formula is the third formula, the third formula is: if n +1 = p × l , p

l hour

≠0 mod p , k =0,1,2,..., n , where the third parameter ( l ) is an odd number, and the setting module (11) further includes a fourth parameter ( k ), the fourth parameter ( k ) is a natural number and 0, the calculation module (12) reads the fourth parameter ( k ), and the mod p operation is the second parameter ( p ) of the following term as the divisor of the value of the previous term Take the modulus operation of the remainder,

Is the number of combinations obtained by taking k of the fourth parameter ( k ) out of n of the first parameter ( n ); or when the calculation formula is the fourth formula, the fourth formula is: if n +1 = p × l , p

l hour,

, Where ( k -1) p

i

kp -1, k =0,1,2,..., l , a = i -( k -1) p , where the third parameter ( l ) is an odd number, and the setting module (11) further includes a Four parameters ( k ), a fifth parameter ( a ), and a sixth parameter ( i ), the fourth parameter ( k ), the fifth parameter ( a ), and the sixth parameter ( i ) are natural numbers and 0, The calculation module (12) further reads the fourth parameter ( k ), the fifth parameter ( a ) and the sixth parameter ( i ), and the mod p operation is to divide the p value of the following term as the value of the preceding term The number is calculated by taking the modulus of the remainder,

Is the number of combinations obtained by taking k -1 of the fourth parameter ( k ) out of l -1 of the third parameter ( l ). According to the totem forming system described in claim 1, the color unit (141) is a color code of the RGB color code table. The totem forming system according to claim 1, further comprising a display unit (15) for displaying the totem (142), and the display unit (15) is electrically connected to the totem forming system (1000). According to the totem forming system of claim 3, the display unit (15) is one of a television, a projector, and a computer display device. According to the totem forming system of claim 3, the display unit (15) is a device with a display function. A computer-readable storage device includes the totem forming system (1000) described in any one of claim 1 to claim 5. The computer-readable storage device described in claim 6, the computer-readable storage device is a magnetic tape, a flash memory card, a digital versatile disk (DVD), a cassette, a random access memory ( One of RAM) and read-only memory (ROM). A totem forming device which uses the totem forming system (1000) described in any one of claim 1 to claim 5. A totem product, the totem product having the totem (142) of the totem forming system (1000) described in any one of claim 1 to claim 2. A totem forming method using the totem forming system according to any one of claim 1 to claim 2, which runs on a processor, wherein the totem forming method includes the steps of: a setting step (S1), setting a first A parameter (n), a second parameter (p), and a third parameter (l) are in the setting module (11), wherein the first parameter (n) and the third parameter (l) are natural numbers, the The second totem parameter is a prime number-calculation step (S2), the first parameter (n), the second parameter (p), and the third parameter (l) are read and substituted into a calculation formula group for calculation A plurality of values (121) are generated; a graph generation step (S3) is used to determine a Pascal square (10) according to the first parameter (n), the second parameter (p) and the third parameter (l) ) Size, and the plural values (121) are filled into the Pascal square (10) according to a Pascal square principle; and a coloring step (S4) is used to determine the corresponding value of each value (121) A color unit (141), the color unit (141) is filled in the Paska square (10) to form a totem. The totem forming method according to claim 10 further includes a display step (S5), using a The display unit (15) displays the totem (142).

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