JP2003228357A - Image display device for slot machine or pachinko/slot machine, and image display method and program for image display device for slot machine or pachinko/slot machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an image display device for a slot machine or pachinko/ slot machine and an image display method of the image display device for the slot machine or pachinko/slot machine which enable the resolution of a display means to be varied and can easily display images without altering software or image data even when the resolution of display image information is varied for an image display device for a general slot machine or pachinko/slot machine. <P>SOLUTION: In the image display device 100 for the slot machine or pachinko/slot machine with the display means 200, the display means 200 is provided with a resolution varying means 3 of varying the resolution of desired display image information when the image information is displayed. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an image display device for displaying image information in a slot machine or a pachi-slot machine, and a method for displaying image information, and more particularly to an image display device in a slot machine or a pachi-slot machine. In displaying the desired display image information, an image display device in a slot machine or a pachi-slot machine that enables drawing of the display image information even when the resolution of the display means changes so that the resolution is changed, and The present invention relates to an image display method in an image display device of a slot machine or a pachi-slot machine.

[0002]

2. Description of the Related Art Conventionally, a slot machine or a pachi-slot machine uses a display means composed of a liquid crystal display device of a specific size, and desired display image information predetermined on the display means is used. Is configured to be displayed appropriately.

However, in recent years, display devices of various resolutions have been adopted as the display means, and therefore, the predetermined display image information created only for the display means of a certain specific resolution is concerned. In the case of drawing and displaying on a display means having a resolution higher than that of the display means, the data of the display image information itself cannot be displayed, or even if it can be displayed, the quality of the image is extremely deteriorated. There was.

Therefore, conventionally, when the resolution of the display means is changed, it is necessary to change the size of the image to be displayed, the display position, etc., so that the image data and the program are changed. It took a lot of effort.

Further, as shown in FIG. 2, in the case of the display means of the digital interface (I / F), if the resolution is different, the display data cannot be synchronized with each other, so the display data is once converted into analog data, After that, a circuit for converting to digital data was needed so that the data could be synchronized.

However, even in such a method, as shown in FIG.
As shown in, it is not certain which data to select depending on the sampling timing, the image is unstable, and there is a problem that the displayed image information flickers when it is displayed. A / D conversion is required because digital / digital conversion or digital / analog conversion operations are required.
Since a conversion circuit and a D / A conversion circuit are required separately,
As the image display device itself of the slot machine or the pachi-slot machine becomes large, there is a drawback that the cost also rises.

[0007]

SUMMARY OF THE INVENTION Therefore, the object of the present invention is to improve the above-mentioned drawbacks of the prior art and to change the resolution of the display means in the image display device of a general slot machine or pachi-slot machine. , Even if the resolution of the display image information is changed, it is possible to easily display without changing software or image data. Image display device of slot machine or pachi-slot machine and image display of slot machine or pachi-slot machine An image display method in an apparatus is provided.

[0008]

In order to achieve the above-mentioned object, the present invention adopts the technical constitution as described below. That is, as a first aspect of the present invention, in an image display device of a slot machine or a pachi-slot machine having display means, the display means displays the image information at a desired resolution of the display information. An image display device of a slot machine or a pachi-slot machine provided with a resolution changing means for changing the image. A second aspect of the present invention is an image display device of a slot machine or a pachi-slot machine having a display means. An image display method in an image display device of a slot machine or a pachi-slot machine, which is configured to perform processing for changing the resolution of desired display image information when displaying image information on the display means.

[0009]

BEST MODE FOR CARRYING OUT THE INVENTION The image display method in the image display device of the slot machine or the pachi-slot machine or the image display device in the slot machine or the pachi-slot machine according to the present invention adopts the technical configuration as described above. Because
When the display image information is displayed, by enlarging and displaying the resolution by a predetermined method, even if the resolution of the display means, for example, the monitor TV or the LCD is changed
Without changing software or image data,
In addition, since it is possible to display without using an analog-digital conversion circuit or the like, and at the same time, it is possible to perform a large display with a drawing with a small resolution, so that the image display device has a small drawing ability, and thus a limited resolution. And within the constraints of cost, it is possible to produce a variety of performances.

[0010]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The configuration of a concrete example of an image display device in a slot machine or a pachi-slot machine and an image display method in the image display device of a slot machine or a pachi-slot machine according to the present invention will be described in detail with reference to the drawings. Explained.

FIG. 1 is a block diagram showing the outline of the configuration of a specific example of the image display device 100 of the slot machine or pachi-slot machine according to the present invention, in which the slot machine or pachi-slot machine having a display means 200 is shown. In the image display device 100, the image display device 100 of a slot machine or a pachi-slot machine provided with the resolution changing device 3 for changing the resolution of desired display image information when displaying the image information on the display device 200. It is shown.

That is, in the image display device 100 of the slot machine or pachi-slot machine according to the present invention,
When the displayable area of the display means 200 is expanded and the higher resolution display means 200 is adopted, the desired display image information already stored in the CG memory can be easily displayed on the high resolution display means 200. It is configured to change the resolution of the display image information already stored in the frame memory so that it can be displayed.

As a concrete example of the resolution changing means 3 in the present invention, as shown in FIG. 4, when the display image information is read out from a memory such as a frame memory, for example, the following pixel value is compared with the current pixel coordinate value. When obtaining the X coordinate or the Y coordinate of the pixel of, the X coefficient of the addition coefficient including a predetermined decimal point preset by the CPU or the like to the X coordinate value or the Y coordinate value of the current pixel coordinate value, or The Y-coefficient is added, and the X-coordinate value or the Y-coordinate value at the next pixel is determined by discarding the X-coordinate value or the data after the decimal point of the Y-coordinate value calculated by the addition process. The display image information (display pixel) stored in the corresponding pixel coordinate value in the original display image information is read based on the set next pixel coordinate value. Treated as writing to the next pixel obtained new Te in which is executed.

Further, in the above specific example, when the display of one line on one coordinate axis of the X coordinate value or the Y coordinate value is completed, the one coordinate value is initialized and the other coordinate value is initialized. When calculating the coordinate values of the coordinate axes of
In the same manner as described above, the other coefficient of the addition coefficients including the predetermined decimal point is added, and the data after the decimal point of the other coordinate value calculated by the addition processing is cut off, so that the other pixel in the next pixel Is determined, and the one coordinate value is sequentially obtained according to the newly set other coordinate value.

That is, in the above-mentioned specific example, the enlarged display in which the resolution is changed by arranging some pixel coordinate values in the original display image information so as to be partially continuous Image information will be formed.

On the other hand, as another specific example of the resolution changing means 3 in the present invention, as shown in FIG.
When reading display image information from memory such as memory,
For example, how many times to read the display image information that is configured by a plurality of block parts that are preset by the CPU or the like and that is stored in each block part at a predetermined value, that is, a specific pixel coordinate value. When using the reading table in which the data that specifies is stored, first, when reading each pixel in the X coordinate axis direction with respect to the pixel coordinate value of the original display image information, Using the read table set in the X coordinate axis direction, the read number designated value of the block position of the read table corresponding to the current pixel coordinate value is read. If the read number designated value is 1, the current number is read. The display image information stored in the pixel coordinate value of is read out once, and it is converted to the predetermined pixel coordinate value of the enlarged display image information. To.

Next, when the next pixel is selected with respect to the current pixel, the block position of the readout table corresponding to the next pixel coordinate value in the original display image information is similarly read out. If the specified number of times of reading is read and the specified number of times of reading is 2, the display image information stored in the current pixel coordinate value is read twice in succession, and the enlarged display image information continues for a predetermined time. The read result is stored in each of the two pixel coordinate values.

When the display of one line of the X coordinate value is completed by repeating the above operation, the X coordinate value is initialized, and when the coordinate value of the Y coordinate axis is obtained, it is set for the Y coordinate axis. Using the read table thus created, the Y coordinate value in the pixel coordinate value is determined in the same manner as described above.

That is, in the specific example of FIG. 5, the number of times of reading each pixel coordinate value in the original display image information is changed according to the designated number of times of reading shown in a predetermined reading table. By arranging part of the pixel coordinate values in the original display image information so as to be partially continuous, enlarged display image information with a changed resolution is formed.

Here, to explain an example of a more detailed configuration of the image display device 100 of the slot machine or the pachi-slot machine according to the present invention, the display data storing frame memory 4 for storing the display image information and the display means. 200, a resolution changing unit 3 for reading out predetermined display image information from the display data storing frame memory and changing the resolution of the display image information, and a display unit driving circuit 5 for displaying the display image information on the display unit 200. , Software storage means 7 storing software relating to the resolution change processing, and control processing means 6 for controlling the operation of each of the above devices.
An image display device 100 of a slot machine or a pachi-slot machine configured by

Further, a predetermined display original image information is selected from among the plurality of display original image information stored in the CG memory 2 storing the plurality of display original image information. It is also desirable that the drawing apparatus 1 that performs selection and drawing processing is provided.

Further, it is desirable that the resolution changing means 3 in the present invention is provided with a resolution changing table setting means 8 or a resolution changing coefficient setting means 9.

Further, the resolution changing means 3 in the present invention.
Further, it is preferable that a resolution changing coefficient adding means 10 is further provided.

On the other hand, it is also preferable that the resolution changing means 3 in the present invention is further provided with a table position counter 11, a read number counter 12 or a decimal point discarding means 13.

As described above, the resolution changing means 3 in the present invention is used in the X direction or Y in the display image information.
Is to increase the number of pixels in the direction,
More specifically, the resolution changing unit 3 sets the current pixel coordinate value to the current pixel coordinate value when determining the next pixel coordinate value with respect to the current pixel coordinate value based on a predetermined resolution changing processing mode. The display image information is processed so as to be repeated a predetermined number of times.

Further, the resolution changing means 3 in the present invention.
When sequentially reading the desired display image information, when a next pixel coordinate position is obtained along the X direction or the Y direction, a predetermined coefficient is sequentially added to the current coordinate value. It is desirable that it is configured like
Further, it is desirable that the predetermined coefficient is composed of a numerical value including a decimal point.

In the present invention, it is also preferable that the data below the decimal point is truncated when the predetermined pixel coordinate value is determined.

In the present invention, when the next pixel coordinate value is determined with respect to the current pixel coordinate value, the addition value including the decimal point is added to the current pixel coordinate value before the decimal point is truncated. Is preferably added.

On the other hand, as another specific example of the present invention, the resolution changing means 3 reads out the desired display image information by a predetermined value set along the X direction or the Y direction. When determining the next pixel coordinate value for the current pixel coordinate value using a table in which the following are arranged, the next pixel coordinate value corresponding to the current pixel coordinate value It is configured to process the pixel coordinate values so as to be repeated.

A more detailed concrete example of the image display device 100 of the slot machine or the pachi-slot machine according to the present invention will be described below.

First, a specific example of the resolution changing processing method by the addition method in the image display device 100 of the slot machine or the pachi-slot machine according to the present invention will be described with reference to FIGS. 4, 6 and 7.

First, for example, when the Y coordinate value of the original display image information stored in the frame memory 4 is 0, a plurality of pixels arranged in the X coordinate axis direction and each pixel are stored. The displayed image information is shown in FIG.

Further, the addition coefficient set in the resolution changing coefficient setting means 9 in the present invention is set to the X coordinate axis direction and Y direction.
The coordinate axis direction is 0.7.

As a result, as shown in FIG. 4B, the X coordinate values of a plurality of pixels arranged in the X axis direction in the original display image information are 0, 1, 2, 3, 4 and. 5, ...
, X in the resolution changing means 3 described later.
When the addition coefficient 0.7 in the coordinate axis direction is sequentially added, the read coordinate value of the X coordinate value of the plurality of pixels is 0,
0.7, 1.4, 2.1, 2.8, 3.5, 4.2,
It becomes 4.9 ...

As shown in FIG. 7, first, after the start, in step (S-1), the vertical coordinate values (Y-axis direction coordinate values) are initialized, and in step (S-2), Initialize horizontal coordinate values (X-axis direction coordinate values).

Then, in step (S-3), the data below the decimal point of the vertical coordinate value is truncated.

Although this step is not shown in FIG. 4 (A), the coordinate values in the Y-axis direction are also shown in FIG. 4 (B), and the read coordinate value during processing includes a decimal point. As such, it is necessary to truncate below the decimal point to determine a particular coordinate value.

Next, in step (S-4), the data below the decimal point in the horizontal coordinate value (X-axis direction coordinate value) is discarded.

In this step, since the read X coordinate value of the first pixel (X = 0, Y = 0) of the original display image information in FIG. 4A is 0, Does not truncate to the right of the decimal point, but the second pixel (X
= 1, Y = 0), the read X coordinate value is 0.7, so in this case, the decimal point is truncated, and the X coordinate value in the second pixel after the decimal point is truncated is It becomes 0.

Next, in step (S-5), the original display image information corresponding to the horizontal coordinate value (X-axis direction coordinate value) or the vertical coordinate value (Y-axis direction coordinate value) with the decimal places omitted. The display image information stored in the pixel having the same coordinate value in is read out.

In this step, as shown in FIG. 4, when viewed from the display image information of only the coordinate values in the X-axis direction, the read coordinate value of the X coordinate value of each pixel is as shown in FIG. 4C. 0,
0, 1, 2, 2, 3, 4, 4, ...

That is, in this example, the X coordinate values of each pixel in the original display image information are arranged so as to be partially continuous, and are enlarged in the X axis direction by that amount. It will be a matter.

Then, in step (S-6), as shown in FIG.
The display image information at the coordinate value in the original display image information corresponding to the read coordinate value of the X coordinate value of each pixel shown in (C) is read and displayed.

That is, the first and the second shown in FIG.
The read coordinate value of the X coordinate value of the second pixel is 0. Therefore, A which is the display image information stored in the pixel of the original display image information having the X coordinate value of 0 is read out. Is displayed in.

Similarly, since the read coordinate value of the X coordinate value of the third pixel shown in FIG. 4C is 1, it is stored in the pixel having the X coordinate value of 1 in the original display image information. The displayed display image information B is read out and displayed.

Further, since the read coordinate value of the X coordinate value is 2 in the fourth and fifth pixels shown in FIG. 4C, the X coordinate value in the original display image information is 2. The display image information C stored in the pixel is read out and displayed on each.

Thereafter, the same operation is performed.

After that, in order to determine the next pixel, the read coordinate value of the X coordinate value after truncating the decimal point in the current pixel is returned to the value having the original data below the decimal point, and a predetermined value is set. The addition coefficient of 0.7 will be added.

That is, although this step has already been described in the above description, it will be described again, for example, with reference to FIG.
In (C), the read coordinate value of the X coordinate value after truncating the decimal point in the second pixel is 0,
When determining the coordinate value of the next third pixel, first, the value obtained by adding the addition coefficient to the read coordinate value 0 of the pixel preceding the second pixel is 0.7. It means that the value is once returned to that value, and the addition coefficient is further added to the value of 0.7.

Next, in step (S-8), it is determined whether or not the horizontal coordinate value (X coordinate value) of the pixel exceeds the maximum value.

That is, in this step, when the horizontal coordinate value (X coordinate value) shows the maximum value in the vertical coordinate value (Y axis = 0), the line of the Y axis = 0 ends. Therefore, it is necessary to set the vertical coordinate value to Y = 1 and perform the same operation as above.

Therefore, in the case of NO in the step (S-8), the process returns to step (S-4) and the above steps are repeated, but in the case of YES, the step (S-).
Proceeding to 9), the addition coefficient of 0.7 is sequentially added to the vertical coordinate value in the original display image information, that is, the coordinate value in the Y-axis direction, as described above.

That is, in this specific example, FIG.
Although an example of processing in the vertical coordinate value direction is not shown, it is performed in the same manner as the processing method in the horizontal coordinate value direction.

That is, when the addition coefficient is sequentially added to the vertical coordinate value (Y-axis direction coordinate value), the read coordinate value of the vertical coordinate value is 0, 0, 1, 2, 2, 3, 4, 4. ..., and the Y coordinate values of each pixel in the original display image information are arranged so as to be partially continuous, and that much Y
It will be expanded in the axial direction.

Then, in step (S-10), it is judged whether or not the read coordinate value of the vertical coordinate value exceeds the maximum value. If NO, the process returns to step (S-2). As described above, for each Y-axis direction coordinate value, X
The resolution changing process is executed for the pixels in the axial direction.

Finally in step (S-10), YES
If it is, the resolution changing process has been completed for all the display image information, and thus the routine is finished.

In the specific example described above, if the read pixels are not directly displayed but are stored in a memory such as the frame memory 4 and are displayed after all the processing is completed, the vertical pixels are displayed. It is also possible to process the coordinate value (Y-axis direction coordinate value) first and make the horizontal coordinate value (X-axis direction coordinate value) dependent on it.

Image display device 10 of a slot machine or a pachi-slot machine for carrying out the above specific example of the present invention.
As an example of the arithmetic circuit means in 0, as shown in FIG. 6, addition coefficient setting means 9 for X coordinate value or Y coordinate value
Is input to one input of the addition processing means 10, and the X coordinate value or the Y coordinate value including the data after the decimal point in the predetermined pixel set immediately before is input to the other input of the addition processing means 10. The addition result is input, and the decimal point rounding-down means 13 rounds down the decimal point, and reads out the horizontal coordinate value (X-axis direction coordinate value) or the vertical coordinate value (Y-axis direction coordinate value) of each pixel. 1
It is read at 4 and the position of the next pixel is specified.

Next, another specific example of the resolution changing process according to the present invention will be described in detail with reference to FIGS. 5, 8 and 9.

First, for example, when the Y coordinate value of the original display image information stored in the frame memory 4 is 0, a plurality of pixels arranged in the X coordinate axis direction and each pixel are stored. The displayed image information is shown in FIG.

On the other hand, an example of the read table used in this example is shown in FIG. 5B, and the read table is formed of four blocks, and each block has Data that specifies how many times the display image information of the same pixel, which will be described later, is read out is stored individually.

That is, the number of times of reading is set to 1 in the first block and the third block, and the number of times of reading is set to 2 in the second block and the fourth block. .

Further, in this example, a read number counter is provided in order to judge whether or not the stored display image information of a predetermined pixel has been read a predetermined number of times.

Although the reading table is composed of four blocks, the number of constituent blocks can be set arbitrarily and the number of times of reading can also be set arbitrarily.

Further, when the number of blocks in the read table and the number of pixels of the original display image information to be processed in this example are different, the read table is repeatedly used. is there.

In this specific example, FIG. 5B shows only the read table used in the horizontal coordinate axis (X axis) direction, but in the vertical coordinate axis (Y axis) direction. However, a read table with the same or different pattern will be used.

In the flowchart of FIG. 9, first, after the start, in step (S-21), the vertical coordinate values (Y-axis direction coordinate values) of the original display image information are initialized, and
The position data of the Y-axis direction read table is also initialized.

Then, in step (S-22), Y
The count value of the axial read number counter is also initialized.

On the other hand, in step (S-23),
The horizontal coordinate value (X-axis direction coordinate value) of the original display image information is initialized and the position data of the X-axis direction read table is also initialized.

Then, in step (S-24), Y
The count value of the axial read number counter is also initialized.

That is, the first pixel (X = 0, Y = 0) of the original display image information is selected by the above steps, and at the same time, the position data of the read table in both axial directions is set to 0 and The value of the number-of-times reading counter in both axis directions is also set to 0.

Then, in step (S-25), the horizontal coordinate value (X-axis direction coordinate value) in the original display image information.
And the first pixel (X = 0, Y = 0) of the vertical coordinate value (Y-axis direction coordinate value) is read out, and the step (S-2
In 6), the read display image information of the pixel is set as the 1'th pixel (X = 0, Y = 0) in the enlarged display image information as shown in FIG. 5C. indicate.

Next, in step (S-27), the count value of the X-axis direction read number counter is incremented by one.

That is, in this step, the value of the read number counter 12 not shown in FIG. 5 is changed from 0 to 1.

Thereafter, in step (S-28), it is determined whether the count value of the X-axis direction read number counter is equal to the read number set value stored in the 0th block of the X-axis direction read table. Is determined.

That is, in this step, since the read number set value stored in the 0th block of the X-axis direction read table is 1, the X-axis direction read number counter of the step (S-27) is set. Since the count value is 1, both data are equal.

As a result, in step (S-28), YE
Since it is S, the process proceeds to step (S-29) and the X
The count value of the table position counter that controls the axial reading table is incremented by 1 and the X
The second block of the axial reading table will be read.

On the other hand, in the case of NO in the step (S-28), that is, when the read number setting value stored in the 0th block of the X-axis direction read table is 2, the X number is read. When the count value of the axial read number counter is not equal, the step (S-2
Proceeding to 5), the above steps are repeated.

That is, since the data of the same pixel is read and displayed adjacent to the previous pixel, the number of pixels is expanded in the horizontal coordinate value direction.

Then, since the count value of the X-axis direction read number counter is changed to 2 in step (S-27), YES is obtained in step (S-28) this time.

Then, in step (S-30), the value of the horizontal coordinate value (coordinate value in the X-axis direction) is incremented by 1, and the next pixel (X = 1, Y = 0) is selected. .

Next, in step (S-31), it is judged whether or not the coordinate value in the X-axis direction of the pixel (X = 1, Y = 0) selected this time exceeds the maximum value. Then, the process returns to step (S-24) and the above steps are repeated.

That is, now, the pixel (X = 1, Y = 0)
Is selected, the coordinate value of the pixel in the X-axis direction has not reached the maximum value yet, so step (S-24).
In step (S-25), the pixel (X = 1, Y = 0) in the original display image information is read, and the count value of the X-axis direction read count counter is set to 0. In (S-26), the pixel (X =
1, Y = 0), which is the display image information stored in B
Is displayed as the 2'th pixel of the enlarged display image information.

Thereafter, in step (S-27), the count value of the X-axis direction read number counter is set to 1, and in step (S-28), the count value of the X-axis direction read number counter is set. Pixels in the original display image information of the reading table (X = 1, Y =
The value of the block corresponding to 0) is compared.

Since the value of the table position counter indicating the block of the read table has already been changed from 0 to 1 in step (S-29), this time, the value is changed to the second block of the read table. It will be compared with the stored read count setting value 2.

In this case, since NO is returned, the process returns to step (S-25), and at step (S-26),
B, which is the display image information stored in the same pixel (X = 1, Y = 0), is converted into the third 3 ′ of the enlarged display image information.
Display as the th pixel.

That is, by repeating the above-mentioned steps, Y = of the original display image information shown in FIG.
As shown in FIG. 5C, the pixel value along the X-axis at 0 can be partially and continuously displayed in duplicate, so that the number of pixels is increased.

When the number of blocks in the read table is different from the number of pixels in the display image information as in this example, the read table is repeatedly used. Shown in 10.

That is, in step (S-29) of FIG. 9, when the table position counter is incremented to change the block position of the read table, the table position is changed in step (S-40). The value of the counter is incremented by 1, and the step (S
In -41), it is determined whether or not the value of the table position counter exceeds the maximum value of the number of blocks in the read table. If NO, the process directly returns to step (S-29). In the case of YES, in order to use the same read table repeatedly, step (S-4
In 2), the value of the table position counter is initialized and the process returns to step (S-29).

This operation is the same for the table position counter in the Y-axis direction.

After that, since the count value of the read number counter is changed to 2 in step (S-27), YES is obtained in step (S-28) this time.
The process proceeds to step (S-29) and below.

When the above-described steps are repeated and the coordinate value in the X-axis direction reaches the maximum value, YES is determined in step (S-31).
Then, the process proceeds to step (S-32), this time, the Y-axis direction read number counter is incremented by 1 to 1
In the step (S-33), whether or not the count value of the Y-axis direction read number counter is equal to the read number set value stored in the 0th block of the Y-axis direction read table. To be judged.

That is, in this step, since the read number setting value stored in the 0th block of the Y-axis direction read table is 1, the Y-axis direction read number counter of the Y-axis direction read counter is set in step (S-32). Since the count value is 1, both data are equal.

As a result, in step (S-32), YE
Since it is S, the process proceeds to step (S-34) and the Y
The count value of the table position counter that controls the axial reading table is incremented by 1 and the Y
The second block of the axial reading table will be read.

Such an operation is the same as the processing in the X-axis direction.

On the other hand, in the case of NO at step (S-33), the process returns to step (S-23) and the above-mentioned steps are repeated.

That is, the same operation as the above process is repeated for the pixels having all the coordinate values in the X-axis direction in the coordinate values in the Y-axis direction of Y = 1. The display image information including the enlarged X-axis direction coordinate values having the same direction coordinate value is formed in the Y-axis direction of Y = 2.

After the step (S-34), the Y-axis direction coordinate value is incremented in the step (S-35), and then, in the step (S-36), the currently selected pixel ( It is determined whether or not the Y-axis direction coordinate value (X = 0, Y = 1) exceeds the maximum value, and if NO, the process returns to step (S-22) and the above-described steps are repeated.

That is, now, the pixel (X = 0, Y = 1)
Has been selected, the Y-axis direction coordinate value of the pixel has still reached the maximum value, so step (S-22).
In this case, the count value of the Y-axis direction read number counter is set to 0, and each step after step (S-23) is repeated.

On the other hand, in step (S-36), YE
When it becomes S, it becomes END.

An example of the circuit configuration of the resolution changing means in the other embodiment of the present invention described above is shown in FIG. 8 in which the read table set by the resolution changing table setting means 8 is used. Based on a command from the table position counter 11, the read count set value stored in any block is selected by an appropriate selection circuit 20,
The result is input to an appropriate comparison circuit 22, and the read number counter 12 is input to another input of the comparison circuit 22.
The current read count value output from is input, the current read count value is compared with the read count specified value stored in the selected block in the read table, and the result is the same. In this case, the coordinate value counter 23 increments the X-coordinate value or Y-coordinate value of the pixel, and the display image information at the coordinate value is read and displayed by using the appropriate reading circuit 25. When the two are different, the same pixel coordinate value is read and the enlarged display image information is completed.

As described above, the image display method of the image display device of the slot machine or the pachi-slot machine according to the present invention is basically the same as the image display method of the slot machine or the pachi-slot machine having the display means. In the image display method in the image display device of a slot machine or a pachi-slot machine, which is configured to perform a process of changing the resolution of desired display image information when displaying image information on the display means. Therefore, in the resolution changing process, the number of pixels in the X direction or the Y direction in the display image information is increased.

The resolution changing process according to the present invention is based on a predetermined resolution changing process mode, and when the next pixel coordinate value is determined with respect to the current pixel coordinate value, the current pixel is changed. It is desirable that the display image information in the coordinate value is processed so as to be repeated a predetermined number of times. As a specific example, later, when reading the desired display image information, the X direction or Y When obtaining the next pixel coordinate position along the direction, a predetermined coefficient may be sequentially added to the current coordinate value.

In the present invention, it is desirable that the predetermined coefficient is composed of a numerical value including a decimal point,
Further, when the predetermined pixel coordinate value is determined, it is desirable to process the data below the decimal point in the addition coefficient so as to be discarded.

The resolution changing process of the present invention uses a table in which predetermined values are arranged along the X direction or the Y direction when reading the desired display image information. , When determining the next pixel coordinate value with respect to the current pixel coordinate value, display image information of the next pixel coordinate value corresponding to the setting value in the table corresponding to the current pixel coordinate value. It may be configured to be repeated.

An example of the operation procedure of the image display method in the image display device of the slot machine or the pachi-slot machine according to the present invention will be shown below, in an image display device of the slot machine or the pachi-slot machine having display means. hand,
In displaying the image information on the display means, the first step of reading out the coordinate value of either the X coordinate value or the Y coordinate value of the current pixel, one of the current pixel coordinate values is read. If the coordinate value includes a decimal point, the second step of truncating the data below the decimal point,
The third step of setting the pixel information of the coordinate value in the original display image information corresponding to the one coordinate value obtained by cutting off the data below the decimal point as the display image information in the current pixel coordinate value, When setting the next pixel coordinate value arranged along the one coordinate axis for the current pixel coordinate value, the coordinate value before the decimal point is cut off in the current one coordinate value is set in advance. The fourth step of adding the given predetermined coefficient, the fifth step of cutting off the decimal point from the one coordinate value to which the predetermined coefficient is added, and the one coordinate value of cutting off the data below the decimal point. The sixth step of setting the pixel information of the coordinate value in the corresponding original display image information as the display image information in the next pixel, in which the one coordinate value exceeds the maximum value. 7th step of determining whether or not, in the 7th step, if the one coordinate value does not exceed the maximum value, return to the 5th step described above and In the repeated eighth step and the seventh step, when the coordinate value of the one exceeds the maximum value, the coordinate value of the other present at the pixel is set to a predetermined value. In the ninth step of adding a coefficient, the tenth step of judging whether or not the other coordinate value exceeds the maximum value, and in the tenth step, the other coordinate value exceeds the maximum value. If there is not, in the eleventh step, the tenth step, in which the other coordinate value is incremented by 1 and the above steps are repeated by returning to the above-mentioned first step, the other If the coordinate value of exceeds the maximum value,
A twelfth step of terminating the routine, which is an image display method in an image display device of a slot machine or a pachi-slot machine, and as an example of an operation procedure in another specific example, In an image display device of a slot machine or a pachi-slot machine having a display means, when displaying image information on the display means, a plurality of predetermined settings corresponding to respective pixel coordinate values of the display image information are set. A table that stores the values, a table position counter that reads the set value of a predetermined block position in the table, and a read number counter that counts the number of times the display image information is read at a predetermined pixel coordinate value And to read the first pixel coordinate value in the display image information whose resolution is to be converted,
The first step of reading and displaying the display image information of the pixel coordinate value in the original display image information corresponding to the pixel coordinate value, the value of the read number counter provided in the direction of the one coordinate axis is set to 1 In the second step of stepping, the count value of the read number counter provided in the one coordinate axis direction and the corresponding pixel of the pixel in the table provided for the one axis direction in the display image information. The coordinate value in one axis direction is compared with the set value of the matching block position to determine whether or not the current set value of the block position in the table is equal to the count value of the read number counter. In the third step, the third step, if they are not equal, the fourth step, in which the first and second steps are repeated by returning to the first step, the third step Work In the case where both are the same, the fifth step of incrementing the block number in the table provided in the axial direction of the one by one, the coordinate axis of the one of the current pixel coordinate values In the sixth step of incrementing the coordinate value of the direction by 1, the seventh step of determining whether or not the one coordinate value of the pixel coordinate values exceeds the maximum value, and the seventh step, If the one coordinate value of the pixel coordinate values does not exceed the maximum value, the process returns to the first step to initialize one count value of the one read counter in the coordinate axis direction and perform the above-mentioned first count operation. In the eighth step and the seventh step, in which the first step to the seventh step are repeated after returning to the first step, the one coordinate value of the pixel coordinate values exceeds the maximum value. in case of,
The ninth step of incrementing the value of the read number counter provided in the other coordinate axis direction by one, and the count value of the read number counter provided in the other coordinate axis direction and the other value in the display image information. The setting value of the current block position in the table is compared by comparing the setting value of the block position that matches the coordinate value of the other axis direction of the pixel in the table provided in the axial direction. In the tenth step of determining whether or not the count value of the read number counter is equal, and in the tenth step, if they are not equal, the coordinate value of the one is initialized and at the same time. Initialize the counters for the block value and one coordinate value in one table to
Returning to step No. 11, in the eleventh step and the tenth step in which the steps from the first step to the ninth step are repeated, if they are the same, they are provided in the other axial direction. 12th step of incrementing the block number in the table concerned by 1; 13th incrementing the coordinate value of the present pixel coordinate value in the other coordinate axis direction
In the step of, 14th step of determining whether or not the value of the other coordinate value of the pixel exceeds the maximum value, in the 14th step, the other pixel coordinate value of the pixel exceeds the maximum value. If there is not, the count value of the reading number counter in the other coordinate axis direction is initialized to the above-mentioned first value.
In the fifteenth step and the fourteenth step in which the respective steps from the first step to the thirteenth step are repeated after returning to the step, when the other pixel coordinate value exceeds the maximum value, A sixteenth step of terminating the routine, and an image display method in an image display device of a slot machine or a pachi-slot machine.

As another aspect of the present invention, in an image display device of a slot machine or a pachi-slot machine having a display means, the display means displays the current pixel when displaying image information. The first step of reading out one of the X coordinate value and the Y coordinate value, if one coordinate value in the current pixel coordinate value includes a decimal point, the data below the decimal point In the second step, the pixel information of the coordinate value in the original display image information corresponding to the one coordinate value in which the data below the decimal point is truncated is used as the display image information in the current pixel coordinate value. In the third step of setting the coordinate value of the next pixel arranged along the coordinate axis of the one with respect to the coordinate value of the current pixel, The decimal truncate the previous coordinate value, a fourth step of adding a predetermined coefficient predetermined,
The fifth step of truncating the decimal point from the one coordinate value to which the predetermined coefficient is added, the coordinate value in the original display image information corresponding to the one coordinate value from which the data below the decimal point is truncated A sixth step of setting pixel information as display image information of the next pixel, a seventh step of determining whether or not one coordinate value of the pixel exceeds a maximum value, and a seventh step of the seventh step. In the process, if the one coordinate value does not exceed the maximum value, in the eighth process and the seventh process, the process returns to the fifth process and the above-mentioned processes are repeated. If the coordinate value of the one exceeds the maximum value, a ninth step of adding a predetermined coefficient to the coordinate value of the other present at the pixel, the coordinate value of the other is The tenth step of judging whether the maximum value is exceeded, In the tenth step, if the coordinate value of the other side does not exceed the maximum value, the coordinate value of the other side is incremented by 1, and the process returns to the above-mentioned first step to perform each of the above-mentioned steps. 11th step, in which the first is repeated
In the process of 0, in the image display device of the slot machine or the pachi-slot machine, which comprises a twelfth process of terminating the routine if the other coordinate value exceeds the maximum value. In the image display device of the slot machine or the pachi-slot machine, which is a program for causing a computer to execute the image display method, the display means displays image information.
A table in which a plurality of predetermined setting values corresponding to each pixel coordinate value of the display image information are stored,
A table position counter that reads the set value of a predetermined block position in the table and a read number counter that counts the number of times the display image information is read at a predetermined pixel coordinate value are provided, and the resolution is converted. A first step of reading the first pixel coordinate value in the display image information, and reading and displaying the display image information of the pixel coordinate value in the original display image information corresponding to the pixel coordinate value. A second step of incrementing the value of the reading number counter provided in the one coordinate axis direction by one
In the step of, the count value of the readout number counter provided in the one coordinate axis direction and the count value of the pixel in the one axis direction in the table provided for the one axis direction in the display image information A third step of comparing the coordinate value with the set value of the matching block position to determine whether the current set value of the block position in the table is equal to the count value of the read number counter; In the third step, if they are not equal, the process returns to the first step, and the first and second steps are repeated in the fourth step and the third step. If the two are the same, the fifth step of incrementing the block number in the table provided in the one axis direction by 1 is the coordinate value of the current pixel coordinate value in the one axis direction. Walk 1 A sixth step, a seventh step of determining whether the one coordinate value of the pixel coordinate values exceeds a maximum value, and a seventh coordinate of the pixel coordinate value of the one pixel in the seventh step. If the value does not exceed the maximum value, the process returns to the first step to initialize one count value of the one read counter in the coordinate axis direction,
Returning to the above-mentioned first step, the above-mentioned first to seventh steps
When the coordinate value of one of the pixel coordinate values exceeds the maximum value in the eighth step and the seventh step in which the step of (3) is repeated, the number of times of reading provided in the other coordinate axis direction The ninth step of incrementing the counter value by 1
The count value of the read number counter provided in the other coordinate axis direction and the coordinate value of the pixel in the other axis direction in the table provided for the other axis direction in the display image information. The tenth step of comparing the set value of the matching block position with the set value of the current block position in the table and the count value of the read number counter, and the tenth step. In the step of (1), if the two are not equal, the coordinate value of the one side is initialized, and at the same time, the block value and the counter for the one coordinate value in the one side table are initialized, and In the eleventh step and the tenth step, in which the above-mentioned first to ninth steps are repeated after returning to the step, when both are the same, they are provided in the other axial direction. In the twelfth step of incrementing the block number in the table by one, the thirteenth step of incrementing the coordinate value of the current pixel coordinate value in the other coordinate axis direction by one, A fourteenth step of judging whether or not the value of the other coordinate value exceeds the maximum value,
In the fourteenth step, if the pixel coordinate value of the other pixel of the pixel does not exceed the maximum value, the count value of the read number counter in the other coordinate axis direction is initialized, and the first step described above is performed. In the fifteenth step and the fourteenth step, in which the above-mentioned first to thirteenth steps are repeated, the routine is executed if the other pixel coordinate value exceeds the maximum value. Is a program for causing a computer to execute the image display method in the image display device of the slot machine or the pachi-slot machine, which is composed of a sixteenth step of terminating the above.

The present invention is a basic architecture that can be applied to various application software.

[0109]

The image display device of the slot machine or the pachi-slot machine and the image display method of the image display device of the slot machine or the pachi-slot machine according to the present invention have the above-mentioned technical configurations. By displaying the display image information by enlarging the resolution by a predetermined method, the software or the image data is not changed even if the resolution of the display means, for example, the monitor TV or the LCD is changed. In addition, analog
Since it is possible to display without using a digital conversion circuit or the like, and at the same time, it is possible to perform a large display with a drawing with a small resolution, so that the image display device can have a small drawing ability, thereby limiting the resolution and cost. In this, various productions are possible.

[Brief description of drawings]

FIG. 1 is a block diagram showing a schematic configuration of a specific example of an image display device of a slot machine or a pachi-slot machine according to the present invention.

FIG. 2 is a diagram illustrating an example of conventional enlargement processing for display image information.

FIG. 3 is a diagram illustrating another example of a conventional enlargement process for display image information.

FIG. 4 is a diagram illustrating an example of resolution changing processing according to the present invention.

FIG. 5 is a diagram illustrating another example of resolution changing processing according to the present invention.

FIG. 6 is a block diagram showing an example of a circuit configuration in a resolution changing unit according to the present invention.

FIG. 7 is a flowchart illustrating a specific example of an operation procedure in a specific example of the resolution changing unit according to the present invention.

FIG. 8 is a block diagram showing another example of the circuit configuration in the resolution changing means according to the present invention.

FIG. 9 is a flowchart illustrating a specific example of an operation procedure in another specific example of the resolution changing unit according to the present invention.

FIG. 10 is a flowchart of a subroutine showing an operation procedure of a block position counter in the read table according to the present invention.

[Explanation of symbols]

100 image display device 200 display means 2 CG memory 1 Drawing device 3 Resolution changing means 4 Frame memory for storing display data 5 Display means drive circuit 7 Software storage means 6 Control processing means 8 Resolution changing table setting means 9 Resolution changing coefficient setting means 10 Resolution changing coefficient adding means 11 Table position counter 12 Read counter 13 Decimal point truncation means 14 pixel readout means 20 selection circuit 22 Comparison circuit 23 pixel coordinate value readout counter 25 pixel coordinate value readout circuit

─────────────────────────────────────────────────── ─── Continuation of front page (51) Int.Cl. ⁷ Identification code FI theme code (reference) G09G 3/36 H04N 1/387 101 5C082 5/36 G09G 5/00 520V 5/391 5/36 520F H04N 1 / 387 101 F term (reference) 2C088 EA41 EB55 5B057 CA01 CA08 CA12 CA16 CB01 CB08 CB12 CB16 CD07 5C006 AB01 AF02 AF04 AF05 AF47 BB11 BC16 BF28 5C076 AA21 BB03 BB03 BB03 BB03 BB03 BB03 DD03 JJ04 JJ0522 CA33 CA81 CA84 CB01 DA87 MM04 MM06 MM10

Claims (24)

[Claims] 1. An image display device of a slot machine or a pachi-slot machine having a display means, wherein the display means comprises:
An image display device for a slot machine or a pachi-slot machine, which is provided with resolution changing means for changing the resolution of desired display image information when displaying the image information. 2. The slot machine or pachi-slot machine according to claim 1, wherein the resolution changing means performs a process of increasing the number of pixels in the X direction or the Y direction in the display image information. Image display device. 3. The resolution changing means determines the next pixel coordinate value with respect to the current pixel coordinate value on the basis of the current pixel coordinate value based on a predetermined resolution changing processing mode. The image display device of a slot machine or a pachi-slot machine according to claim 1 or 2, wherein the display image information is processed so as to be repeated a predetermined number of times. 4. The resolution changing means, when reading the desired display image information, obtains the next pixel coordinate position along the X direction or the Y direction with respect to the current coordinate value in advance. The image display device of a slot machine or a pachi-slot machine according to any one of claims 1 to 3, wherein the predetermined coefficients are sequentially added. 5. The image display device of a slot machine or a pachi-slot machine according to claim 4, wherein the predetermined coefficient is constituted by a numerical value including a decimal point. 6. The image display device of a slot machine or a pachi-slot machine according to claim 5, wherein the data below the decimal point is configured to be truncated when the predetermined pixel coordinate value is determined. 7. When determining the next pixel coordinate value with respect to the current pixel coordinate value, the addition value including the decimal point is added to the current pixel coordinate value before the decimal point is truncated. The image display device for a slot machine or a pachi-slot machine according to claim 5 or 6, wherein 8. The resolution changing means uses a table in which predetermined values are arranged along the X direction or the Y direction when reading the desired display image information, and the current pixel coordinate is used. When determining the next pixel coordinate value for a value, it is configured to repeat the next pixel coordinate value according to the setting value in the table corresponding to the current pixel coordinate value. The image display device of a slot machine or a pachi-slot machine according to any one of claims 1 to 3, wherein: 9. A display data storing frame memory for storing display image information, a display means, a resolution changing means for reading the display image information from the display data storing frame memory and changing the resolution of the display image information, and a display. A means for displaying the image information for display on the means, a software storage means for storing software relating to the resolution changing processing, and a control processing means for controlling the operation of each of the above devices. An image display device of a characteristic slot machine or pachi-slot machine. 10. The image display device of a slot machine or a pachi-slot machine according to claim 9, wherein the resolution changing means is provided with a resolution changing table setting means or a resolution changing coefficient setting means. 11. The image display device of a slot machine or a pachi-slot machine according to claim 9, wherein the resolution changing means is further provided with a resolution changing coefficient adding means. 12. The image display of a slot machine or a pachi-slot machine according to claim 9, wherein the resolution changing means is further provided with a table position counter and a read number counter. apparatus. 13. An image display device of a slot machine or a pachi-slot machine having a display means, when displaying image information on the display means, performing a process of changing a resolution of desired display image information. An image display method in an image display device of a characteristic slot machine or pachi-slot machine. 14. The image display of a slot machine or a pachi-slot machine according to claim 13, wherein in the resolution changing process, a process of increasing the number of pixels in the X direction or the Y direction in the display image information is performed. Image display method in device. 15. The resolution changing process, when determining a next pixel coordinate value with respect to a current pixel coordinate value based on a predetermined resolution changing process mode,
15. The image display method in an image display device of a slot machine or a pachi-slot machine according to claim 13, wherein the display image information at the current pixel coordinate value is processed so as to be repeated a predetermined number of times. 16. The resolution changing process, when reading the desired display image information, obtains the next pixel coordinate position along the X direction or the Y direction with respect to the current coordinate value in advance. 16. The image display method in the image display device of the slot machine or the pachi-slot machine according to claim 13, wherein the determined coefficients are sequentially added. 17. The image display method in an image display device of a slot machine or a pachi-slot machine according to claim 16, wherein the predetermined coefficient is constituted by a numerical value including a decimal point. 18. The image display device of a slot machine or a pachi-slot machine according to claim 17, wherein the data after the decimal point in the addition coefficient is cut off when the predetermined pixel coordinate value is determined. Image display method. 19. When determining the next pixel coordinate value with respect to the current pixel coordinate value, an addition value including the decimal point is added to the current pixel coordinate value before the decimal point is truncated. The image display method in the image display device of the slot machine or the pachi-slot machine according to claim 17 or 18. 20. The resolution changing process uses a table in which predetermined values are arranged along the X direction or the Y direction when the desired display image information is read, and the current pixel coordinate is used. When determining the next pixel coordinate value for the value, the display image information of the next pixel coordinate value is repeated corresponding to the set value in the table corresponding to the current pixel coordinate value. 16. An image display method in an image display device of a slot machine or a pachi-slot machine according to claim 13. 21. An image display device of a slot machine or a pachi-slot machine having display means, wherein the display means displays the X of the current pixel in displaying the image information.
The first step of reading out the coordinate value of either the coordinate value or the Y coordinate value, if one coordinate value in the current pixel coordinate value includes a decimal point, the data below the decimal point is The second step of truncating, the pixel information of the coordinate value in the original display image information corresponding to the one coordinate value in which the data below the decimal point is truncated is set as the display image information in the current pixel coordinate value. In the third step, when setting the next pixel coordinate value arranged along the coordinate axis of the one with respect to the current pixel coordinate value, before cutting off the decimal point in the current coordinate value of the one A fourth step of adding a predetermined coefficient to the coordinate value, a fifth step of rounding down the decimal point from the one coordinate value to which the predetermined coefficient is added, and a data below the decimal point. The sixth step of setting the pixel information of the coordinate value in the original display image information corresponding to the coordinate value of the one pixel that has been truncated as the display image information in the next pixel, in the pixel Step 7 for determining whether or not the coordinate value of has exceeded the maximum value. In the seventh step, if the one coordinate value does not exceed the maximum value, the above-mentioned fifth step In the eighth step and the seventh step, in which the above steps are repeated, the coordinate value of one of the pixels exceeds the maximum value, and the current coordinate value of the other pixel of the pixel is returned. A ninth step of adding a predetermined coefficient to the value, a tenth step of judging whether or not the coordinate value of the other exceeds a maximum value, and a tenth step of the other of the tenth step If the coordinate value does not exceed the maximum value, set the other coordinate value to 1 If the coordinate value of the other exceeds the maximum value in the eleventh step in which the above steps are repeated after returning to the above-described first step by stepping forward and backward, and in the tenth step. Is a twelfth step of terminating the routine, and an image display method in an image display device of a slot machine or a pachi-slot machine. 22. In an image display device of a slot machine or a pachi-slot machine having a display means, in displaying the image information on the display means, a predetermined value corresponding to each pixel coordinate value of the display image information is set in advance. The table that stores multiple types of setting values, the table position counter that reads the setting value of the specified block position in the table, and the number of times the display image information is read at the specified pixel coordinate values A reading counter for counting is provided, and the first pixel coordinate value in the display image information whose resolution is to be converted is read out, and the pixel coordinate value in the original display image information corresponding to the pixel coordinate value is read. The first step of reading and displaying the display image information of, the value of the read number counter provided in the one coordinate axis direction is set to 1. The second step of stepping, the count value of the read number counter provided in the one coordinate axis direction and the corresponding pixel of the pixel in the table provided for the one axis direction in the display image information. The coordinate value in one axis direction is compared with the set value of the matching block position to determine whether or not the current set value of the block position in the table is equal to the count value of the read number counter. Third step, in the third step, if the two are not equal, the fourth step, in which the first and second steps are repeated by returning to the first step, the third step If both are equal in the process, the fifth process of incrementing the block number in the table provided in the axial direction of the one by 1 is performed, and the one of the one of the current pixel coordinate values is calculated. Along the coordinate axis A sixth step of incrementing the standard value by one, a seventh step of determining whether or not the one coordinate value of the pixel coordinate values exceeds a maximum value, and the pixel in the seventh step. When the one coordinate value of the coordinate values does not exceed the maximum value, the process returns to the first step to initialize one count value of the one read counter in the coordinate axis direction, and the first count value described above. Returning to the process, the eighth process in which the first to seventh processes are repeated, and in the seventh process, when the one coordinate value of the pixel coordinate values exceeds the maximum value. Is a ninth step of incrementing the value of the read number counter provided in the other coordinate axis direction by 1, and the count value of the read number counter provided in the other coordinate axis direction and the display image information. Provided for the other axial direction The set value of the current block position in the table and the count value of the read number counter are compared by comparing the set value of the block position that matches the coordinate value of the pixel in the other axis direction in the table. A tenth step of judging whether and are equal to each other, and in the tenth step, if they are not equal,
At the same time as initializing the one coordinate value, the counter for the block value and the one coordinate value in the one table is initialized, and the procedure returns to the first step to return to the first to ninth steps. In the eleventh step in which each step of the steps is repeated, and in the tenth step, when the two are equal, the block number in the table provided in the other axial direction is incremented by 1 12th step, 13th step of incrementing the coordinate value of the current pixel coordinate value in the direction of the other coordinate axis by 1, determining whether the value of the other coordinate value of the pixel exceeds the maximum value A fourteenth step of judging, and in the fourteenth step, if the pixel coordinate value of the other pixel of the pixel does not exceed the maximum value, the count value of the read number counter in the other coordinate axis direction is initialized. , Above In the fifteenth step and the fourteenth step, in which the above first to thirteenth steps are repeated after returning to the first step, the other pixel coordinate value exceeds the maximum value. In the case of ending the routine, the sixteenth
An image display method in an image display device of a slot machine or a pachi-slot machine, which is characterized by comprising: 23. In an image display device of a slot machine or a pachi-slot machine having a display means, the display means displays the X of the current pixel in displaying the image information.
The first step of reading out either the coordinate value or the Y coordinate value, if one of the coordinate values in the current pixel coordinate value includes a decimal point, the data below the decimal point is The second step of truncating, the pixel information of the coordinate value in the original display image information corresponding to the one coordinate value in which the data below the decimal point is truncated is set as the display image information in the current pixel coordinate value. In the third step, when setting the next pixel coordinate value arranged along the coordinate axis of the one with respect to the current pixel coordinate value, before cutting off the decimal point in the current coordinate value of the one A fourth step of adding a predetermined coefficient to the coordinate value, a fifth step of rounding down the decimal point from the one coordinate value to which the predetermined coefficient is added, and a data below the decimal point. The sixth step of setting the pixel information of the coordinate value in the original display image information corresponding to the coordinate value of the one pixel that has been truncated as the display image information in the next pixel, in the pixel Step 7 for determining whether or not the coordinate value of has exceeded the maximum value. In the seventh step, if the one coordinate value does not exceed the maximum value, the above-mentioned fifth step In the eighth step and the seventh step, in which the above steps are repeated, the coordinate value of one of the pixels exceeds the maximum value, and the current coordinate value of the other pixel of the pixel is returned. A ninth step of adding a predetermined coefficient to the value, a tenth step of judging whether or not the coordinate value of the other exceeds a maximum value, and a tenth step of the other of the tenth step If the coordinate value does not exceed the maximum value, set the other coordinate value to 1 If the coordinate value of the other exceeds the maximum value in the eleventh step in which the above steps are repeated after returning to the above-described first step by stepping forward and backward, and in the tenth step. Is a program for causing a computer to execute an image display method in an image display device of a slot machine or a pachi-slot machine, which includes a twelfth step of terminating the routine. 24. In an image display device of a slot machine or a pachi-slot machine having a display means, in displaying the image information on the display means, a predetermined value corresponding to each pixel coordinate value of the display image information is set in advance. The table that stores multiple types of setting values, the table position counter that reads the setting value of the specified block position in the table, and the number of times the display image information is read at the specified pixel coordinate values A reading counter for counting is provided, and the first pixel coordinate value in the display image information whose resolution is to be converted is read out, and the pixel coordinate value in the original display image information corresponding to the pixel coordinate value is read. The first step of reading and displaying the display image information of, the value of the read number counter provided in the one coordinate axis direction is set to 1. The second step of stepping, the count value of the read number counter provided in the one coordinate axis direction and the corresponding pixel of the pixel in the table provided for the one axis direction in the display image information. The coordinate value in one axis direction is compared with the set value of the matching block position to determine whether or not the current set value of the block position in the table is equal to the count value of the read number counter. Third step, in the third step, if the two are not equal, the fourth step, in which the first and second steps are repeated by returning to the first step, the third step If both are equal in the process, the fifth process of incrementing the block number in the table provided in the axial direction of the one by 1 is performed, and the one of the one of the current pixel coordinate values is calculated. Along the coordinate axis A sixth step of incrementing the standard value by one, a seventh step of determining whether or not the one coordinate value of the pixel coordinate values exceeds a maximum value, and the pixel in the seventh step. When the one coordinate value of the coordinate values does not exceed the maximum value, the process returns to the first step to initialize one count value of the one read counter in the coordinate axis direction, and the first count value described above. Returning to the process, the eighth process in which the first to seventh processes are repeated, and in the seventh process, when the one coordinate value of the pixel coordinate values exceeds the maximum value. Is a ninth step of incrementing the value of the read number counter provided in the other coordinate axis direction by 1, and the count value of the read number counter provided in the other coordinate axis direction and the display image information. Provided for the other axial direction The set value of the current block position in the table and the count value of the read number counter are compared by comparing the set value of the block position that matches the coordinate value of the pixel in the other axis direction in the table. A tenth step of judging whether and are equal to each other, and in the tenth step, if they are not equal,
At the same time as initializing the one coordinate value, the counter for the block value and the one coordinate value in the one table is initialized, and the procedure returns to the first step to return to the first to ninth steps. In the eleventh step in which each step of the steps is repeated, and in the tenth step, when the two are equal, the block number in the table provided in the other axial direction is incremented by 1 12th step, 13th step of incrementing the coordinate value of the current pixel coordinate value in the direction of the other coordinate axis by 1, determining whether the value of the other coordinate value of the pixel exceeds the maximum value A fourteenth step of judging, and in the fourteenth step, if the pixel coordinate value of the other pixel of the pixel does not exceed the maximum value, the count value of the read number counter in the other coordinate axis direction is initialized. , Above In the fifteenth step and the fourteenth step, in which the above first to thirteenth steps are repeated after returning to the first step, the other pixel coordinate value exceeds the maximum value. In the case of ending the routine, the sixteenth
And a program for causing a computer to execute an image display method in an image display device of a slot machine or a pachi-slot machine, the program including the steps of.