CN113490048B - Dynamic video system - Google Patents
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- CN113490048B CN113490048B CN202110855566.2A CN202110855566A CN113490048B CN 113490048 B CN113490048 B CN 113490048B CN 202110855566 A CN202110855566 A CN 202110855566A CN 113490048 B CN113490048 B CN 113490048B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
- H04N21/44—Processing of video elementary streams, e.g. splicing a video clip retrieved from local storage with an incoming video stream, rendering scenes according to MPEG-4 scene graphs
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
- A63F13/00—Video games, i.e. games using an electronically generated display having two or more dimensions
- A63F13/85—Providing additional services to players
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/47—End-user applications
- H04N21/478—Supplemental services, e.g. displaying phone caller identification, shopping application
- H04N21/4781—Games
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/30—Computing systems specially adapted for manufacturing
Abstract
The invention discloses a dynamic video system, which comprises a recreation content customizing platform, a user interaction system and dynamic video equipment, wherein the recreation content customizing platform is used for customizing recreation content; the game content customizing platform is internally provided with editing rules of game music videos, equipment characteristics of dynamic video equipment and a plurality of game theme files readable by the dynamic video equipment, wherein the game theme files are generated by video shot data of equipment characteristic parameters and audio videos according to the editing rules; logging in the recreation content customizing platform through the user interaction system, and obtaining the use authorization after selecting and paying a customized recreation theme; after the dynamic video equipment identifies the use authorization, the customized recreation theme file generated by the equipment characteristic parameters and the video lens data of the audio and video according to the editing rule is operated, and the user can purchase the recreation theme file on the recreation content customization platform and play on the dynamic video equipment, so that the recreation experience is enriched.
Description
[ technical field ]
The invention relates to an internet of things control technology and a cloud computing technology, which can realize personalized editing of entertainment subjects of dynamic video equipment in the fields of entertainment industry and entertainment association, in particular to a dynamic video system.
[ background Art ]
With the improvement of the playing experience requirements of people on the amusement equipment, the traditional equipment updating iteration is difficult to effectively meet the increasingly personalized playing requirements of tourists, so that the amusement equipment has the function of remotely updating the amusement theme program to be especially necessary. The current situation is that the game theme of the amusement equipment has long period and complex editing, and has a higher threshold for the technical requirements of editors. Aiming at the problems, a method and a platform which can finish editing and manufacturing in a small period, can reduce the technical threshold of editing and can enable a third party to participate in setting adjustment and even redesign are needed.
In addition to the game theme editing problem, the rapid update iteration of the game industry equipment is also a problem to meet the individual needs of tourists. The problems limit the development of the whole recreation industry and also cause a great deal of recreation equipment resource waste. How to simultaneously meet the solutions of the two types of problems, reduce the technical threshold of participation of a third party, and quickly complete the updating iteration of equipment is a main technical flow of future amusement industry.
[ summary of the invention ]
The invention overcomes the defects of the technology, and provides the dynamic video system which can purchase personalized customized amusement topics on the amusement content customization platform, adjust the equipment characteristic parameters of the personalized customized amusement topics and/or the video lens data of the audio and video, and enable the purchased customized topics to run on dynamic video equipment.
In order to achieve the above purpose, the present invention adopts the following technical scheme:
a motion video system, characterized by: the game system comprises a game content customizing platform, a user interaction system and dynamic video equipment;
the game content customizing platform is internally provided with editing rules of game music videos, equipment characteristics of dynamic video equipment and a plurality of game theme files readable by the dynamic video equipment, wherein the game theme files are generated by video shot data of equipment characteristic parameters and audio videos according to the editing rules;
logging in the recreation content customizing platform through the user interaction system, and obtaining the use authorization after selecting and paying a customized recreation theme;
after the dynamic video equipment identifies the use authorization, the customized recreation theme file generated by the equipment characteristic parameters and the video shot data of the audio and video according to the editing rule is operated.
An audio and visual system as described above, wherein: converting the recreation audio and video into video shot data according to the editing rule of the recreation content customizing platform through the user interaction system, adjusting equipment characteristic parameters according to the video shot data and the editing rule and/or adjusting the video shot data according to the editing rule and the formulated equipment characteristic parameters, and generating a recreation theme file readable by the dynamic video equipment by the adjusted equipment characteristic parameters and/or the adjusted video shot data;
and the recreation content customizing platform checks and feeds back the recreation theme file submitted after the user interaction system is reset.
An audio and visual system as described above, wherein: the system also includes a device manufacturer interaction system;
the editing rules of the game music videos are provided for the game content customizing platform through the equipment manufacturer interaction system, and the equipment characteristics of the dynamic video equipment are provided for the game content customizing platform.
An audio and visual system as described above, wherein: the system also comprises a content developer interaction system;
converting recreation audio and video into video shot data according to editing rules of a recreation content customizing platform through a content developer interaction system, formulating equipment characteristic parameters according to the video shot data and the editing rules and/or adjusting the video shot data according to the editing rules and the formulated equipment characteristic parameters, generating a recreation theme file readable by the recreation video equipment by the formulated equipment characteristic parameters and/or the adjusted video shot data, and storing the recreation theme file in the recreation content customizing platform;
and the recreation content customizing platform checks and feeds back the recreation theme file submitted by the content developer interaction system.
An audio and visual system as described above, wherein: the video shot data is a set of multi-degree-of-freedom data corresponding to each frame of the audio and video.
An audio and visual system as described above, wherein: the editing rule is to formulate equipment characteristic parameter values according to video shot data within the allowable value range of the equipment characteristic parameters and between the starting point and the end point of video time, or adjust the multi-degree-of-freedom values corresponding to each frame of video according to the formulated equipment characteristic parameter values.
An audio and visual system as described above, wherein: the equipment characteristics comprise visual film and television equipment and a manned dynamic platform, and the equipment characteristic parameters are a set of multi-degree-of-freedom data of the action executed by the manned dynamic platform.
An audio and visual system as described above, wherein: the multi-freedom degree is six-freedom degree, and the six-freedom degree action is formed by combining the rotation angle and displacement of X, Y, Z three axes.
An audio and visual system as described above, wherein: the game content customizing platform is internally provided with a division rule, and feeds back benefits to the equipment manufacturer interaction system and the content developer interaction system respectively according to the division rule.
An audio and visual system as described above, wherein: the visual video device is an AR video device, a VR video device or an MR video device.
The beneficial effects of the invention are as follows:
1. according to the invention, a user logs in a business mode of browsing and purchasing the game theme through the APP program or a browser and other user interaction systems, so that the tourists can selectively purchase the game theme which the tourists like to play, and can conveniently attract the tourists to purchase a plurality of game themes in the same time period to play, meanwhile, the diversification of the game theme enriches the experience of the tourists, stimulates consumption and increases the revenue for scenic spots.
2. According to the invention, a user can log in the recreation content customization platform mall through the APP program or the browser and other user interaction systems, and can readjust the equipment characteristic parameters and/or the video shot data of the audio and video of the personalized customization recreation theme according to the edit rules built in the recreation content customization platform according to actual requirements, so that the experience of tourists is enriched, and consumption is stimulated.
3. The invention can be applied to recreation equipment in scenic spots, realizes a design mode of win-win recreation theme, effectively ensures that intellectual property rights of industries are not violated, can effectively cultivate ecological healthy development of the industries, can automatically provide a mode of suggesting a next recreation route for customers according to the service condition of scenic spot equipment, improves the experience of tourists and improves the utilization rate of scenic spot equipment.
4. After the editing rule is set, the characteristics and the editing rule of the equipment are built in the recreation content customizing platform, the special computer technology is not needed, the characteristic parameters of each frame of equipment can be formulated according to the video lens data and the editing rule on the editing platform generated by the editing rule, the recreation theme customization of the manned platform action according to the audio and video is realized, the free editing of the recreation theme is realized, the editing technical threshold is reduced, any interested individual in the society can participate in the editing of the recreation theme, and the integration of social resources is realized.
5. The invention has the personalized customization function of the game theme, and can remotely update the game theme, thereby effectively solving the problems of long equipment refreshing period and high input cost.
6. The invention has the personalized customization function of the game theme, realizes the market game theme editing mode, increases the game items, simultaneously expands the consumption groups and the production values of the game, integrates the social technical resources into the game industry, and improves the overall technical level of the game facility industry.
7. The invention has the personalized customization function of the game theme, can issue a third party customization in the game content customization platform and issue the game theme meeting the market demand for the user to select and purchase, and download the game theme into the dynamic video equipment for use, solves the problem of quick and efficient update iteration of the game equipment, and can re-enhance the attraction of the equipment to tourists by periodically updating the theme, thereby effectively solving the problem of old and idle equipment.
8. The invention has the personalized customization function of the game theme, the equipment manufacturer verifies and audits the customized game theme before the game content customization platform is released, the quality of the customized game theme is ensured, the problem of theme homogeneity is avoided, and the guarantee is provided for the vitality maintenance of the industry.
[ description of the drawings ]
FIG. 1 is a schematic diagram of an embodiment of a motion video system according to the present invention;
FIG. 2 is a schematic diagram of a motion video system according to an embodiment of the present invention;
FIG. 3 is a plan view of the motion picture system of the present invention;
FIG. 4 is a schematic view of a roll degree of freedom;
FIG. 5 is a pitch degree of freedom schematic;
FIG. 6 is a schematic diagram of yaw degrees of freedom;
FIG. 7 is a schematic view of a translational fore-and-aft degree of freedom;
FIG. 8 is a schematic diagram of left-right translational degrees of freedom;
FIG. 9 is a schematic view of translational degrees of freedom in elevation;
FIG. 10 is a schematic diagram of a human coordinate system;
FIG. 11 is a schematic view of y-axis lateral allowable acceleration;
FIG. 12 is a schematic view of z-axis vertical allowable acceleration;
FIG. 13 is a schematic diagram of a combination of lateral acceleration ay and vertical acceleration az;
fig. 14 is a schematic diagram of the combination allowable value of the lateral acceleration ay and the vertical acceleration az.
Detailed description of the preferred embodiments
Embodiments of the present invention are described in further detail below with reference to the attached drawings:
as shown in fig. 1, an moving-video system is characterized in that: the game system comprises a game content customizing platform, a user interaction system and dynamic video equipment;
the game content customizing platform is internally provided with editing rules of game music videos, equipment characteristics of dynamic video equipment and a plurality of game theme files readable by the dynamic video equipment, wherein the game theme files are generated by video shot data of equipment characteristic parameters and audio videos according to the editing rules;
logging in the recreation content customizing platform through the user interaction system, and obtaining the use authorization after selecting and paying a customized recreation theme;
after the dynamic video equipment identifies the use authorization, the customized recreation theme file generated by the equipment characteristic parameters and the video shot data of the audio and video according to the editing rule is operated.
The following takes a user as a tourist in a scenic spot and amusement equipment as dynamic video equipment in the scenic spot as an example, and describes a control method applying the dynamic video system, which comprises the following steps:
step 1: in a scenic spot, a tourist enters a game content customization platform mall through a two-dimensional code of a user interaction system scanning game equipment on a mobile phone, the tourist selects a customized game theme, a background program push message of the game content customization platform is sent to a mobile phone end of the tourist after the purchase is successful, so that use authorization of the customized game theme is obtained, and a message is pushed to a game scene server to prompt scene service personnel to assist a customer in playing;
step 2: the game content customizing platform system issues an authorization instruction according to the fact that tourists purchase customizing game themes, automatically synchronizes and operates corresponding customizing game theme files on dynamic video equipment, performs local verification, and performs ready prompt on field equipment after verification is passed;
step 3: after the dynamic video equipment is ready, a tourist enters a game under the help of a field service personnel according to a large screen prompt, the field service personnel checks equipment safety, including the conditions of a tourist safety belt, the field equipment and the like, an operator of the dynamic video equipment operates a terminal automatic safety check program, after the program safety self-checking is finished, the game is ready, relevant information is displayed on a field main screen, and the self-checking information is displayed; the method comprises the steps that a game starts, visual movie equipment in movie equipment plays audio and video data in a customized game theme file, and a manned dynamic platform in the movie equipment synchronously executes equipment characteristic parameters in the customized game theme file according to the audio and video data to realize six-degree-of-freedom actions;
and 4, after the game is finished, the scenic spot system automatically provides play route suggestions for tourists according to the queuing condition of the dynamic video equipment in the scenic spot, automatically reads the service condition of the amusement facility of the intelligent scenic spot management system, carries out message pushing according to an algorithm, avoids congestion, and meanwhile, the dynamic video equipment enters a self-checking program to prepare for the next game, so that the use rate of the scenic spot equipment is improved while the experience of the tourists is improved.
The user can also convert the audio and video in the playing theme file in the built-in playing content customizing platform into video lens data according to the editing rule of the playing content customizing platform through the user interaction system, and adjust the equipment characteristic parameters in the playing theme file in the built-in playing content customizing platform according to the video lens data and the editing rule, namely, adjust the equipment characteristic parameter values according to the video lens data in the allowable value range of the equipment characteristic parameters; the device characteristic parameters are multi-degree-of-freedom values of each frame of motion of the manned dynamic platform, and the formulated device characteristic parameters form a set of multi-degree-of-freedom data of each frame of motion of the manned dynamic platform; in the scheme, the multiple degrees of freedom are six degrees of freedom, and the six degrees of freedom motions are formed by combining the rotation angles and the displacement of X, Y, Z three axes, namely the multiple degrees of freedom of each frame motion of the formulated manned dynamic platform is a collection of rotation angle and displacement data of X, Y, Z three axes vertically; and/or according to the editing rule, the video lens data in the playing theme file in the built-in recreation content customizing platform is adjusted according to the formulated equipment characteristic parameter, namely after the multi-degree-of-freedom numerical value of each frame action of the manned dynamic platform is formulated, the multi-degree-of-freedom numerical value of each frame of the audio and video of the FBX video lens data can be regulated according to the editing rule, for example, the multi-degree-of-freedom numerical value of the FBX video lens data for realizing the up-rushing is increased, so that the up-rushing speed of a video picture is increased when the video picture is played and matched with the up-rushing action of the manned dynamic platform to realize more stimulated physiological experience, and the mode is suitable for being used under the condition that the multi-degree-of-freedom numerical value of each frame action of the formulated manned dynamic platform reaches the maximum allowable value to enhance the physiological experience of a human body;
finally, regenerating the adjusted equipment characteristic parameters and/or the adjusted video shot data into a playing theme file readable by the dynamic video equipment; and the recreation content customizing platform checks and feeds back the recreation theme file submitted after the user interaction system is reset.
Meanwhile, the device characteristics comprise visual video devices and manned dynamic platforms, the device characteristic parameters are a set of multi-degree-of-freedom data of actions executed by the manned dynamic platforms, and the visual video devices are AR video devices, VR video devices or MR video devices. Different visual movie devices can be selected according to the application in scenes such as scenic spots or families.
As shown in fig. 2, the system further comprises a device manufacturer interaction system and a content developer interaction system;
providing editing rules of the game video to the game content customizing platform and providing equipment characteristics of the dynamic video equipment to the game content customizing platform through an equipment manufacturer interaction system;
converting recreation audio and video into video shot data according to editing rules of a recreation content customizing platform through a content developer interaction system, formulating equipment characteristic parameters according to the video shot data and the editing rules and/or adjusting the video shot data according to the editing rules and the formulated equipment characteristic parameters, generating a recreation theme file readable by the recreation video equipment by the formulated equipment characteristic parameters and/or the adjusted video shot data, and storing the recreation theme file in the recreation content customizing platform;
and the recreation content customizing platform checks and feeds back the recreation theme file submitted by the content developer interaction system.
The developer can log in the recreation content customizing platform through the content developer interaction system to create a new customized recreation theme, and the recreation theme customizing steps are as follows:
step 5: developing dynamic video equipment by an equipment manufacturer, and providing editing rules for developing the game music video and equipment characteristics of the dynamic video equipment on an amusement content customizing platform through an equipment manufacturer interaction system; the equipment is characterized by comprising video equipment and a manned dynamic platform, wherein the video equipment and the manned dynamic platform can be an arc-shaped giant screen as shown in fig. 3 and a six-degree-of-freedom motion dynamic platform borne by multiple persons, the relationship between the position of the dynamic platform and the size and the distance of the arc-shaped giant screen is that the video playing range of the screen is larger than the human eye visual range, meanwhile, the video equipment can also be AR video equipment, VR video equipment or MR video equipment, and the manned dynamic platform can be a single-person multi-degree-of-freedom motion manned seat;
step 6: platform service providers develop graphic designers conforming to the dynamic video equipment in a recreation content customizing platform according to editing rules, the recreation content customizing platform provides an independent background management account for a manager, and can manage relevant recreation topics belonging to the self dynamic video equipment, including recreation topic auditing, putting on shelf, putting off shelf, activity holding, preferential setting and the like;
step 7: after the equipment manufacturer configures editing rules and a graphic designer in the background of the recreation content customizing platform through an equipment manufacturer interaction system, a recreation theme graphic designer and a compiler of the public dynamic movie equipment are issued in an equipment to-be-developed area of the recreation content customizing platform, and a third party waits for participating in the development of recreation themes;
step 8: the content developer logs in the recreation content customizing platform through the content developer interaction system, selects the equipment of the disclosed editable theme, selects the video equipment as an AR video equipment mode, a VR video equipment mode or an MR video equipment mode, enters a development graphic designer of the corresponding equipment, and edits the recreation theme of the equipment;
during editing, the content developer interaction system converts entertainment audio and video into FBX video shot data according to an editing rule of an entertainment content customizing platform, wherein the FBX video shot data is a set of multi-freedom-degree data of each frame of audio and video, equipment characteristic parameter values are formulated according to the video shot data between a video time starting point and a video time end point in an equipment characteristic parameter allowed value range, wherein the equipment characteristic parameters are multi-freedom-degree values of each frame of motion of a carrier dynamic platform, the formulated equipment characteristic parameters form a set of multi-freedom-degree data of each frame of motion of the carrier dynamic platform, the multi-freedom-degree is six degrees of freedom in the scheme, the six-freedom-degree motion is formed by combining X, Y, Z three-axis corners and displacement, namely, the formulated multi-freedom-degree vertical of each frame motion of the carrier dynamic platform is a set of X, Y, Z three-axis corners and displacement data, and the content developer can formulate the multi-freedom-degree values of each frame motion of the carrier dynamic platform according to actual requirements;
if the equipment characteristic parameter value is formulated, namely, the multi-degree-of-freedom numerical value of each frame action of the manned dynamic platform is formulated, the content developer can also adjust the multi-degree-of-freedom numerical value of each frame of audio and video of the FBX video lens data according to the editing rule, for example, the multi-degree-of-freedom numerical value for realizing the upshoot of the FBX video lens data is increased in a certain period of time, so that the upshoot speed of a video picture is increased when the equipment characteristic parameter value is played and matched with the upshoot action of the manned dynamic platform to realize more stimulated physiological experience of a person, and the mode is suitable for being used under the condition that the formulated multi-degree-of-freedom numerical value of each frame action of the manned dynamic platform reaches the maximum allowable value to enhance the physiological experience of a human body;
step 9: after the customized game theme is edited, the compiler generates the customized device characteristic parameters and the adjusted video shot data into a game theme file readable by the dynamic video device, namely, the set of multi-degree-of-freedom data of each frame action of the customized manned dynamic platform and the adjusted multi-degree-of-freedom value of each frame of the audio and video are generated into the game theme file readable by the dynamic video device, and the customized theme which passes the verification is stored in the game content customization platform after the verification and feedback of the device manufacturer is waited for the verification of the device manufacturer.
Meanwhile, a division rule is arranged in the recreation content customizing platform, a user logs in the recreation content customizing platform through the user interaction system, after the recreation theme is selected and paid, the recreation content customizing platform feeds back benefits to the equipment manufacturer interaction system and the content developer interaction system respectively according to the division rule, so that a win-win business mode among the content developer, the equipment manufacturer and the recreation content customizing platform is realized, diversified customization of the recreation theme is promoted, and the enthusiasm of the content developer is improved.
As shown in fig. 4-9, the six degrees of freedom are an X-axis roll angle, a Y-axis pitch angle, a Z-axis yaw angle, an X-axis horizontal front-back translation, a Y-axis horizontal left-right translation, and a Z-axis vertical translation, respectively;
in order to prevent passengers from being injured, the acceleration of passengers of the amusement facility is limited within a certain allowable range, a human body space coordinate system is shown in fig. 10, and the maximum static load of six degrees of freedom of the dynamic platform is limited to be +/-6 degrees, the maximum speed of the X-axis transverse rolling angle is +/-10 degrees/s, and the maximum acceleration of the X-axis transverse rolling angle is +/-100 degrees/s & lt 2 & gt under the condition that the load of the dynamic platform is not less than 20 tons; the single degree of freedom displacement limit of the pitching angle of the Y axis is +/-6 degrees, the maximum speed of the pitching angle of the Y axis is +/-10 degrees/s, the maximum acceleration of the pitching angle of the Y axis is +/-100 degrees/s 2, the single degree of freedom displacement limit of the deflection angle of the Z axis is +/-6 degrees, the maximum speed of the deflection angle of the Z axis is +/-10 degrees/s, and the maximum acceleration of the deflection angle of the Z axis is +/-100 degrees/s 2; the displacement limit of the single degree of freedom of the horizontal forward and backward translation of the X axis is +/-200 mm, the maximum speed of the horizontal forward and backward translation of the X axis is +/-400 mm/s, and the maximum acceleration of the horizontal forward and backward translation of the X axis is +/-4 m/s 2; the displacement limit of the single degree of freedom of the horizontal left-right translation of the Y axis is +/-200 mm, the maximum speed of the horizontal left-right translation of the Y axis is +/-400 mm/s, and the maximum acceleration of the horizontal left-right translation of the Y axis is +/-4 m/s 2; the displacement limit of the single degree of freedom of the vertical translation of the Z axis is +/-200 mm, the maximum speed of the vertical translation of the Z axis is +/-400 mm/s, and the maximum acceleration of the vertical translation of the Z axis is +/-4 m/s 2; acceleration with duration less than or equal to 0.1s is impact acceleration, and acceleration with duration more than 0.1s is steady acceleration;
the combined acceleration allowable value is exemplified below by an acceleration in which a lateral acceleration (y direction) is combined with a vertical acceleration (z direction). FIG. 11 is a graph of allowable acceleration ay (g) versus duration, where 1 is the region above 10Hz and Δt is the acceleration duration(s), and the region above 4s has not proven to be further tested; FIG. 12 is a graph of allowable acceleration az (g) versus duration, where the allowable acceleration limit for 0.3s is az= -1.7g and az= +6.0g, the above values should decrease by 10% in the presence of impact load, s is the acceleration duration(s), and the area above 4s has not been verified for further testing;
fig. 13 is a combined graph of the accelerations ay and az, and the ratios ay/[ ay ] and az/[ az ] of fig. 12 should also be satisfied when the lateral acceleration ay and the vertical acceleration az are present at the same time. Wherein ay and az are lateral and vertical actual acceleration values; and [ ay ] and [ az ] are allowable lateral and vertical acceleration values. ay and az are the maximum acceleration values that are sustained in a time of 0.3s, i.e. the maximum values that occur in a time difference of 0.3s, and need to be combined;
fig. 14 is a graph of the acceleration ay and az combined allowable value (g), which gives the combined allowable acceleration ay and az. The three broken lines represent maximum allowable acceleration az, ay values at durations of 0.05s, 0.10s, 0.20s or more when az, ay are present simultaneously; the acceleration duration was 0.05s, and the maximum allowable ay value was 2.7g when the az value was 1.8 g.
Claims (8)
1. A motion video system, characterized by: the game system comprises a game content customizing platform, a user interaction system and dynamic video equipment;
the game content customizing platform is internally provided with editing rules of game music videos, equipment characteristics of dynamic video equipment and a plurality of game theme files readable by the dynamic video equipment, wherein the game theme files are generated by video shot data of equipment characteristic parameters and audio videos according to the editing rules;
logging in the recreation content customizing platform through the user interaction system, and obtaining use authorization after selecting and paying a customized recreation theme;
after the dynamic video equipment identifies the use authorization, the customized playing theme file generated by the equipment characteristic parameters and the video lens data of the audio and video according to the editing rule is operated,
the editing rule is that the device characteristic parameter value is formulated according to the video shot data within the allowable value range of the device characteristic parameter and between the starting point and the end point of the video time, the multiple degree of freedom value corresponding to each frame of the video is regulated according to the formulated device characteristic parameter value,
converting recreation audio and video into video shot data according to an editing rule of a recreation content customizing platform through a user interaction system, adjusting equipment characteristic parameters according to the video shot data and the editing rule, and/or adjusting the video shot data according to the editing rule and the formulated equipment characteristic parameters, and generating a recreation theme file readable by the dynamic video equipment according to the adjusted equipment characteristic parameters and/or the adjusted video shot data;
and the recreation content customizing platform checks and feeds back the recreation theme file submitted after the user interaction system is adjusted.
2. The motion video system of claim 1, wherein: the system also includes a device manufacturer interaction system;
the editing rules of the game music videos are provided for the game content customizing platform through the equipment manufacturer interaction system, and the equipment characteristics of the dynamic video equipment are provided for the game content customizing platform.
3. The motion video system of claim 1, wherein: the system also comprises a content developer interaction system;
converting recreation audio and video into video shot data according to editing rules of a recreation content customizing platform through a content developer interaction system, formulating equipment characteristic parameters according to the video shot data and the editing rules, adjusting the video shot data according to the editing rules and the formulated equipment characteristic parameters, generating a recreation theme file readable by the recreation video equipment by the formulated equipment characteristic parameters and the adjusted video shot data, and storing the recreation theme file in the recreation content customizing platform;
and the recreation content customizing platform checks and feeds back the recreation theme file submitted by the content developer interaction system.
4. A motion video system as claimed in claim 1 or claim 3, wherein: the video shot data is a set of multi-degree-of-freedom data corresponding to each frame of the audio and video.
5. The motion video system of claim 1, wherein: the dynamic video equipment comprises visual video equipment and a manned dynamic platform, wherein the equipment characteristic parameters are a set of multi-degree-of-freedom data of the action executed by the manned dynamic platform.
6. The motion video system of claim 1, wherein: the multi-freedom degree is six-freedom degree, and the six-freedom degree action is formed by combining the rotation angle and displacement of X, Y, Z three axes.
7. The motion video system of claim 1, wherein: the game content customizing platform is internally provided with a division rule, and feeds back benefits to the equipment manufacturer interaction system and the content developer interaction system respectively according to the division rule.
8. The motion video system of claim 5, wherein: the visual video device is an AR video device, a VR video device or an MR video device.
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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