JPS58132780A - Automatic performance of planetarium - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an automatic presentation method for a planetarium.

Conventionally, automatic presentation methods for planetariums include a copy presentation method and a 10-gram presentation method.

In the imitation production method, a director who is skilled in operating a planetarium manually performs a series of productions from sunset to sunrise, records the content of the production on magnetic tape 1 at the same time as the production, and then plays back this magnetic tape. This is a method of repeating the same performance as that of a skilled director.

Furthermore, the program performance method is a performance method in which a program of performance contents is created on a desk, this program is recorded on a data card, a program tape, etc., and the planetarium is operated.

According to the imitation production method, it is possible to produce subtle changes according to your preference at sunrise or sunset, which involve a delicate sense of time, but it has the disadvantage that it does not allow for directing operations within the entire production time. had.

That is, the contents of the operation are recorded on the magnetic tape as they are, and are reproduced without being corrected (partial correction is difficult).

On the other hand, according to the program presentation method, program team 1
When using the program tape, it can be easily corrected using a typewriter without having to cut and paste the program tape as in the past, but with the card method, it is necessary to find the erroneous card, correct it, and run all the cards through the reader K again. Must be.

In addition, in conventional booglam productions, the speed and brightness of the projector can only be adjusted in the R scale, making it impossible to produce subtly and continuously changing production effects.

For this purpose, the stone method of using a combination of copy performance and program performance has been adopted.

In other words, the parts that appeal to the delicate human senses are imitated, and the other parts are programmed. However, with this method, if the director makes a mistake even in a short period of time, he will have to start over again, and in addition, a more detailed program will be added later to the part that the director is operating in the imitation performance. cannot be added, and it can only produce things that can be operated by a human, so if you require a more complex program, you have to use the program method.

The present invention solves the drawbacks of the above-mentioned presentation method, and involves converting the content of the imitation presentation into a code for a more detailed program presentation. In this way, even if you make a mistake during the imitation performance, you can correct it later with the program, and you can add more complex programs to the imitation performance, so you can create a more bird-like one-rune tarium. It becomes possible to perform.

Actual plane example (1) is an operating car, 1゛Tunetarium body 3) movement,
It has adjustment knobs for dimming and peripheral projectors (12-1) to (12-a). (T) (8) and (9) are local processors that process commands from the operation console (1) on the movement side-1.
Dimming control, ON, (Responsible as VF sub-control card, (
10) (11) A function to send as a control command to the load power control unit of (12-1) to (12-tortoise), and the data thereof is passed to the host 10 server (3)K. Also, during performance reproduction, it has the function of receiving data from the host 10 sensor (3) and sending it to the load power control section as a control command.

The load power control section (10) controls the movement of the motor of the main body (13) such as the daily cycle and annual cycle (11).

Typewriter (2) is a puncher (115)%
Used in combination with printer (1η) and paper Qi 1 reader (16) to create 10 grams of production.

(3) The i'i host processor can instruct the local 10 processors to execute programs, create programs,
The corrections are jointly controlled with the typewriter (2), stored in the memory (6) as a digital quantity, and can be stored in the program chip 1 or the like from the puncher (15) as needed.

(Heart) is the completed program number 1, which can be transferred to a paper tape reader (4) or (16). is stored in memory (6).

During playback, the data is sequentially recalled from the memory by the commands of the host processor, allowing the performance to continue.

Next, we will discuss the programming method for a copy-based production of a planetarium with the above configuration.

Then, set the switch on the operation panel to copy mode,
Produce the part you want to produce by copying, and when finished, turn off the above SW.

At that point, if you issue a print command from the keyboard of the typewriter (2), the printer will print out the data expanded to 10 grams.

In this case, the data is a digital quantity that is finely decomposed in order to be closer to an analog quantity than 1, as mentioned earlier.

Then, if the operating chair is in trouble during Jin's series of imitation performances, he can examine the 10-gram content printed on the printer and change it to the correct program.

In other words, the running strokes printed on the printer are organized into step numbers and printed, so only that part of the performance content that has been performed can be recalled and changed by the step number.
Automatically corrects when new data is entered.

If you want to partially check the revised content, click Kh.
If you issue a block command to play back from what step to what step by step number, only that block can be played back.

In addition, it is possible to delete only a certain part of a program, execute single commands one by one using the keyboard, etc.

A program modified by the above operations can also be combined with a program normally controlled on a desk to create a series of programs. If you wish to incorporate more detailed effects into the imitation effects described above, you can print out the program contents once and insert the 70/1 command into it.

The ability to develop the contents operated by the director into a program in this way allows for more versatile usage than the conventional imitation method.

In other words, the director divides a series of planetarium performances into parts, and if the program method is good, he or she can combine them, and if the copy method is used and a Kf error occurs, he or she can type as described above. The writer performs operations such as changes, insertions, and deletions, and finally performs a test run to ensure accuracy. If the contents are satisfactory, the program team can be saved as an IK hard copy and a series of programs can be created. 0. This saves time on desk programming,
Since 10 grams can be created in a format that constantly interacts with the planetarium itself, more detailed production is possible.

[Brief explanation of the drawing]

FIG. 1 is a system diagram of the method of the present invention. In the figure, reference numbers (1)...operation console, (8)...typewriter 1 (3)...hosdog p7s-9 patent applicant Goto Optical Research Institute Co., Ltd. Agent

Claims (1)

[Claims] I want to convert the contents of the imitation performance into a program code and use the signals of this code to perform the Sho 1 lanetarium performance! # Automatic production method for a planetarium with mold.