TWI436809B - Virtual pet execution method and its system - Google Patents

Description

Virtual pet execution method and system thereof

The present invention relates to a virtual pet execution method and system thereof, and more particularly to a virtual pet execution method and system thereof operated by the Internet.

At present, most of the game systems that operate through the Internet are connected to the server via a personal computer, and the general game content is mostly attacking monsters or collecting gold coins, and the user presses the arrow keys or moves the mouse with the finger. The way of manipulation causes the user to sit in front of the personal computer for a long time and maintain the same posture, so there is no change in the operation mode, and only provides visual entertainment effects.

Accordingly, it is an object of the present invention to provide a virtual pet performing method and system thereof having a fitness effect.

Thus, the virtual pet execution method of the present invention allows a plurality of users to individually manipulate a plurality of pet objects using a plurality of terminal devices. Each of the terminal devices has a fitness device capable of training physical fitness. The virtual pet execution method includes the following steps: establishing account data corresponding to each user in a database, and after the terminal devices connect to a server through the Internet, each user inputs account information and is in the account When the data is correct, the corresponding terminal device displays a selection screen, and the user can click an interactive mode, a training mode, a battle display mode or a combat control mode. After clicking the interactive mode, the server returns the data to cause the corresponding terminal device to display the pet object, and then the user drags the pet object to increase the integral force value and the attack power value of the pet object. After the training mode is clicked, the server returns the data to cause the corresponding terminal device to display the pet object, and then the user operates the fitness device of the terminal device to increase the physical strength value and the attack power value of the pet object. In addition, after clicking the battle display mode, another user account data is input, so that the terminal device displays the pet object corresponding to the users, and after clicking the battle control mode, the terminal device is shaken and shakes. When the number of times reaches a predetermined value, the corresponding pet object attacks another pet object.

The virtual pet system of the present invention is constructed on a server and a plurality of terminal devices, and each terminal device can display a pet object corresponding to the user account, and can have a display and an inductive shaking sensor. And a fitness machine that can train physical fitness. The virtual pet system includes: a plurality of terminal programs respectively constructed in the terminal devices, a communication interface constructed on the server and exchanging data with the terminal devices, a database constructed on the server, and a database A login interface electrically connected to the database and operatively aligning the data, and a game engine constructed on the server and electrically connected to the database. Each terminal program includes a transceiver module for transmitting and receiving data by processing, and an instruction module electrically connected to the rocking sensor and the fitness device and capable of touching the transceiver module to transmit instructions. The command module can output a shaking command when the shaking sensor senses shaking, and output a fitness command when the fitness device operates. The database can store the account data and the integrated force value data and the attack power value data of each pet object. The game engine includes a training mode module electrically connected to the communication interface, an interactive mode module electrically connected to the communication interface, a battle mode module electrically connected to the communication interface, and an executable image processing to generate image data. a drawing module, wherein the training mode module is touched by the fitness command, and records the time of execution of the fitness device and computationally increases the physical value and the attack power value of the pet object, and the combat mode module can be subjected to the shaking instruction The execution count is activated to accumulate the number of times the corresponding terminal device is shaken, and after the number of shaking times is accumulated to a predetermined value, the drawing module is activated to generate a battle animation.

The beneficial effect of the present invention is that when the user performs the game through the exercise machine, the physical strength training process, that is, stepping on or running, can be used to accumulate the physical value and the attack power value of the pet object, and the fitness function is combined. At the same time, the fun of the game is to increase the willingness to exercise. In addition, when the combat control mode is performed, the user must continuously wave the handheld device to accumulate the number of swings, and the pet object accumulated to a predetermined number of times can be attacked first. Further urging the user to swipe quickly, and achieving the effect of both fun and fitness during the interactive competition.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments.

Referring to Figures 1, 2, 3 and 4, a preferred embodiment of the virtual pet execution method of the present invention is implemented by a virtual pet system. The virtual pet system is constructed on a server 8 and can connect a plurality of terminal devices 9 through the Internet. In the preferred embodiment, the terminal devices 9 can be handheld devices, fitness equipment, and individuals. The computer includes an input device 92 for inputting data, a display 91 for displaying a picture, and an inductively shaking shaking sensor 94 or an exercise device 93 operable to train physical fitness, in other words, the terminal devices The 9 fitness equipment includes a fitness device 93, and the handheld devices in the terminal devices 9 include a shaking sensor 94.

The virtual pet system 10 of the present embodiment can display an image of at least one pet object 70 on the terminal device 9, and the pet object 70 is an account corresponding to the user, and the user can manipulate the pet object 70. The virtual pet system 10 includes: a communication interface 2 built in the server 8, a database 3 built in the server 8, a login interface 4 built in the server 8, and a built in The game engine 5 in the server 8 and a plurality of terminal programs 6 respectively built in the terminal devices 9.

The communication interface 2 can establish a connection with the terminal devices 9 and exchange data. The database 3 is electrically connected to the login interface 4 and the game engine 5, and includes an account data module 31 for storing account data of each user, and a parameter module for storing parameters of the pet object 70 corresponding to each account. 32, and a display data module 33 for storing image data.

The account information module 31 is used to store the account number and password of each user. The parameter module 32 is configured to store various parameters of the pet object 70 of each user in the game. In the preferred embodiment, the parameter module 32 has a physical value unit 321 for storing numerical data, and a The attack power value unit 322 storing the numerical data. The display data module 33 includes a graphic unit 331 for storing object graphic data, and a scene unit 332 for storing scene data.

The login interface 4 compares the data received by the communication interface 2 with the data in the account data module 31 of the database 3, and when the data is correct, reads the parameters of the database 3 according to the account data. The data in the module 32 simultaneously activates the game engine 5. Specifically, the login interface 4 compares the account information input and transmitted by the user through the terminal device 9, that is, the mobile phone, the personal computer or the fitness equipment, to confirm the user identity, and after the identity is confirmed, transmits a Selecting a picture (not shown) for the user to click, and reading the relevant parameters of the corresponding pet object 70, and outputting the signal to the game engine 5 after the user clicks, that is, after the user successfully logs in, the user can enter The game engine 5 starts playing the game.

The game engine 5 is implemented in a programmatic manner, and includes an instruction processing module 51 electrically connected to the communication interface 2, a training mode module 52 electrically connected to the instruction processing module 51, and an electrical connection. The interactive mode module 53 of the module 51, a battle mode module 54 electrically connected to the command processing module 51, a data update module 55, and a drawing module 56 electrically connected to the database 3.

The command processing module 51 can activate the training mode module 52, the interaction mode module 53 or the battle mode module 54 to perform corresponding operations according to the command data received by the communication interface 2, and includes a towing unit 511 and a shaking unit. 512, and a fitness unit 513. The dragging unit 511 triggers the interactive mode module 53 when the communication interface 2 receives a drag command. The shaking unit 512 is configured to activate the combat mode module 54 when the communication interface 2 receives a shaking command. The fitness unit 513 is configured to receive a fitness command when the communication interface 2 receives a fitness command. The training mode module 52.

The training mode module 52 can be triggered by the fitness unit 513 to accumulate time and simultaneously convert the time into corresponding parameters, and touch the data update module 55, that is, convert the accumulated time into corresponding After the physical value or the attack power value of the pet object 70, the data is output to the data update module 55.

The interactive mode module 53 can be touched by the dragging unit 511, and when the pet object 70 or a food item (not shown) is dragged, the operation determines the relative position of the pet object 70 and the food object, and When the food item is stacked with the pet object 70, the data update module 55 is activated to increase the physical strength value of the pet object 70. On the other hand, the interactive mode module 53 can also be subjected to the pet object 70. When dragging, the position after the movement is calculated, and the data update module 55 is touched to increase the physical strength value and the attack power value of the pet object 70, and the drawing module 56 is also touched.

The combat mode module 54 has a plurality of battle preparation units 541 and a battle determination unit 542. The combat preparation units 541 respectively correspond to the users, and can be respectively accumulatively received by the shaking unit 512, and after the shaking times are accumulated to a predetermined value, the battle determination unit 542 and the drawing mode are touched. Group 56 causes the pet object 70 to attack. The battle determination unit 542 performs operations on the physical strength unit 321 and the attack power value unit 322 to reduce the physical strength and attack power of the attacked party, and activates the data update module 55.

The data update module 55 can be triggered to update the data in the database 3. The drawing module 56 can be touched and processed according to the data in the database 3 to generate a corresponding game screen and animation, and transmitted to the communication interface 2, for example, to generate a battle animation, a training scene screen or a pet object 70. Move the effect screen.

The terminal program 6 includes a transceiver module 61, an instruction module 62, and a display module 63 electrically connected to the transceiver module 61. The transceiver module 61 can send and receive data to exchange data with the server 8. The command module 62 can receive and process the signal transmitted by the user by the cursor, the shaker or the touch panel, and transmit the signal to the transceiver module 61, that is, the drag signal, the input account data, and the shaking sensor 94 can be processed. The signal that is shaken and output, and the signal that the exerciser 93 operates. The display module 63 can receive the image data received by the transceiver module 61 and drive the display 91 to display the image. It should be noted that the terminal program 6 is implemented in an electrical circuit through a chip and is installed in the terminal device 9.

The virtual pet execution method includes the following steps: performing step 71: establishing each user's data in the database 3, wherein the user account and password information is established in the account data module 31, and The physical strength value of the pet object 70 of each user is stored in the physical strength value unit 321, and the attack power value of the pet object 70 of each user is stored in the attack power value unit 322.

Step 72: After the terminal devices 9 connect to the server 8 via the Internet, each user inputs an account number and a password via the input device 92 and returns the data to the server 8, and then confirms the account number on the login interface 4. After the password is correct, a selection screen data is returned and displayed on the display 91.

The login interface 4 is compared with the data in the account data module 31 of the database 3, and the account and password input by the user are determined to be correct when the input data matches the data in the database 3. The click screen of this embodiment displays four modes for the user to select, that is, the training mode, the interactive mode, the battle display mode, and the battle control mode.

Step 73: The user selects the interactive mode according to the selection screen, so that the server 8 returns a game screen, and displays the image of the pet object 70 and a food object (not shown) on the display 91. Then, the user drags the pet object 70 or the food item to move the pet object 70 or the position of the food object on the screen, and increases the physical strength and the attack power value of the pet object 70. In addition, the food object and the pet object 70 are stacked. Later, the display 91 displays a feeding screen (not shown) and further increases the physical strength and attack power of the pet object 70.

After the user clicks on the interactive mode, the login interface 4 touches the drawing module 56 to generate the game screen. The drawing module 56 is based on the graphic unit 331, the scene unit 332, the physical strength unit 321 and the attack power value unit 322 of the database 3, and integrates the background material, the image of the pet object 70 and the food object, and then The physical value and the attack power value are calculated to generate the game screen.

When the user drags the pet object 70 or the food object, the command module 62 triggers the transceiver module 61 to output a signal, so that the drag unit 511 of the game engine 5 outputs a signal to the interactive mode module 53 to perform an operation. The database 3 is judged and updated, and the game screen is returned at the same time to update the screen displayed on the display 91.

When the pet object 70 or the food object is towed, the interactive mode module 53 is touched to calculate the position of the pet object 70 or the food object after being towed, and then touches the data update module 55 and the drawing module 56. To update the database 3 and generate moving animated images. At the same time, the interactive mode module 53 also calculates the relative position of the pet object 70 and the food object (not shown), and when the food object and the pet object 70 are stacked, it is judged to be in an edible state, and then touches the data. The module 55 and the drawing module 56 are updated to update the database 3 and generate moving animation images.

In addition, after step 72 is performed, step 74 can also be performed: the user selects the training mode according to the selection screen, causes the server 8 to return a game screen, and displays the image of the pet object 70 on the display 91. Then, the user operates as the terminal device 9 of the fitness equipment, and the fitness device 93 performs fitness. The physical strength value and the attack power value of the pet object 70 increase as the user performs the exercise function time accumulation.

It should be noted that the training mode is to increase the physical strength and attack power of the pet object 70 through the operation of the terminal device 9, that is, the exercise equipment, such as riding a bicycle or running a treadmill. In the mode, the user must be connected to the server 8 via the fitness equipment.

After the user clicks on the training mode, the login interface 4 touches the drawing module 56 to generate the game screen. The drawing module 56 integrates the scene data, the image of the pet object 70 according to the graphic unit 331, the scene unit 332, the physical force value unit 321 and the attack power value unit 322 of the database 3, and then according to the physical strength value. And the attack power value is calculated to generate the game screen.

In the case of the training mode, when the user performs fitness, such as stepping on a bicycle or running a treadmill, the command module 62 outputs a fitness command, and the fitness unit of the command processing module 51 of the game engine 5 is The 513 touches the training mode module 52 to perform timing calculation and converts the corresponding physical strength value and the attack power value, and touches the data update module 55 and the drawing module 56 to update the database 3 and generate corresponding animation images. . In the training mode of the embodiment, the display 91 is an animation showing that the pet object 70 is flying forward.

On the other hand, after performing step 72, step 75 can also be performed: the user selects the battle display mode through the display 91 of the personal computer, and then inputs another user account, so that the server 8 returns a game screen. An image corresponding to the pet object 70 of the users is displayed on the display 91.

Then, after step 75, step 76 is performed: each user in the battle display mode is logged into the server 8 through another terminal device 9 that is a handheld device, and clicks on the combat control mode, and then continues to shake. In the respective handheld device, when the number of shaking reaches a predetermined value, the corresponding pet object 70 performs an attack, and the physical value and the attacking force value of the attacked pet object 70 are reduced, and the server 8 returns the data for the personal computer. The display 91 displays an attack animation.

It should be noted that in the battle display mode and the combat control mode, the operation is performed through a plurality of terminal devices 9, that is, the server 8 is connected to the server 8 through a personal computer, and the display is displayed by the display 91 of the personal computer. The screen, and the handheld devices are respectively for the user to perform the manipulation.

On the other hand, when each user shakes the terminal device 9, that is, the handheld device, the signal sent by the sensor 94 is shaken, and the transceiver module 61 transmits a shaking signal to activate the shaking unit 512 of the game engine 5. The battle preparation unit 541 of the battle mode module 54 accumulates the number of times of shaking, and after the battle preparation unit 541 is accumulated for a predetermined number of times, the battle determination unit 542 is activated to perform an attack on another pet object 70. The battle determination unit 542 is configured to reduce the physical strength value and the attack power value of the attacked pet object 70, and update the database 3, and touch the drawing module 56 to generate a corresponding animation image, which is then transmitted back to the personal computer for display. Its display 91.

Next, step 77 is executed: the user clicks the logout option in the screen to end the game, and the connection of the terminal device 9 to the server 8 is interrupted.

After the user clicks the logout option, the command module 62 drives the transceiver module 61 to transmit a logout command, and the communication interface 2 interrupts the connection with the transceiver module 61 after receiving the logout command. And the data update module 55 is activated to store the data.

Since the user can execute the game through the exercise machine 93, and by performing the physical training process, that is, stepping on or running, the physical value and the attack power value of the pet object 70 are accumulated, and the fitness function is combined, and the game is Interestingly to enhance the willingness to exercise, in addition, in the combat control mode, the user must continuously wave the terminal device 9, that is, the handheld device, to accumulate the number of swings, and the party that accumulates to the predetermined number of times can first launch an attack, further The user is urged to swipe quickly, and the effect of both fun and fitness is achieved.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

10. . . Virtual pet system

2. . . Communication interface

3. . . database

31. . . Account data module

32. . . Parameter module

321. . . Physical strength unit

322. . . Attack power unit

33. . . Display data module

331. . . Graphic unit

332. . . Scene unit

4. . . Login interface

5. . . Game Engine

51. . . Instruction processing module

511. . . Towing unit

512. . . Shake unit

513. . . Fitness unit

52. . . Training mode module

53. . . Interactive mode module

54. . . Battle mode module

541. . . Combat preparation unit

542. . . Combat judgment unit

55. . . Data update module

56. . . Drawing module

6. . . Terminal program

61. . . Transceiver module

62. . . Command module

63. . . Display module

70. . . Pet object

71~77. . . step

8. . . server

9. . . Terminal device

91. . . monitor

92. . . Input

93. . . Fitness machine

94. . . Shake sensor

1 is a functional block diagram showing a preferred embodiment of a virtual pet performing method of the present invention, and a virtual pet system of the preferred embodiment;

Figure 2 is a schematic view showing the virtual pet system of the preferred embodiment;

3 is a schematic diagram showing a plurality of terminal devices of the virtual pet system of the preferred embodiment, and respectively performing a battle display mode and a combat control mode; and

Figure 4 is a flow chart mainly showing the preferred embodiment.

71~77. . . step

Claims (7)

A virtual pet execution method, wherein a plurality of terminal devices respectively control a plurality of pet objects by using a plurality of terminal devices, wherein each of the terminal devices has a fitness device capable of training physical fitness, and the virtual pet execution method comprises the following steps Step A: Establish account data corresponding to each user in a database; Step B: After the terminal devices connect to a server through the Internet, each user inputs account information, and when the account data is correct The corresponding terminal device displays a selection screen. Step C: After the user clicks on an interactive mode of the selection screen, the server returns the data to cause the corresponding terminal device to display the pet object, and then the user drags the pet object. And increasing the integral force value and the attack power value of the pet object; Step D: after the user clicks on a training mode of the selection screen, the server returns the data and causes the corresponding terminal device to display the pet object, and then uses The fitness device of the terminal device is operated to increase the physical strength and the attack power value of the pet object; Step E: the user selects the selection a battle display mode of the screen, and then input another user account data, so that the terminal device displays the pet object corresponding to the user; and step F: the user clicks on a battle control mode of the selection screen, and then shakes In the terminal device, when the number of shaking reaches a predetermined value, the corresponding pet object attacks another pet object. The virtual pet execution method according to claim 1, wherein in the step C, the server returns the data, so that the corresponding terminal device further displays a food item, and the pet object is stacked with the food object. The terminal device displays a feeding screen and increases the physical strength and the attack power value of the pet object. The virtual pet execution method according to claim 1 or 2, wherein, in the step F, when the number of shaking reaches a predetermined value, the server returns the data to cause the terminal device in the battle display mode to display a battle. Animate while reducing the physical and attack power of the pet object being attacked. A virtual pet system is constructed on a server and a plurality of terminal devices, and each terminal device can display a pet object corresponding to a user's account, and has a display, an inductive shaking sensor, and A fitness device capable of training physical fitness, the virtual pet system comprising: a plurality of terminal programs respectively constructed in the terminal devices, and each terminal program includes a transceiver module for transmitting and receiving data by an arithmetic processing, and an electrical connection The shaking sensor and the fitness device can touch the command module of the transceiver module to transmit an instruction, and the command module can output a shaking command when the shaking sensor senses shaking, and output a fitness when the fitness device operates a communication interface is constructed on the server and can exchange data with the terminal devices; a database is constructed on the server, and the account data and the integrated force data of each pet object are stored and an attack is performed. Force value data; a login interface electrically connecting the database and operatively comparing the data; and a game engine constructed on the server and electrically connected to the database, the game engine including a training mode module electrically connected to the communication interface a group, an interactive mode module electrically connected to the communication interface, a battle mode module electrically connected to the communication interface, and a drawing module capable of image processing to generate image data, the training mode module being subject to the fitness The command is touched, and the time of execution of the exercise machine is recorded and the physical strength value and the attack power value of the pet object are calculated to be calculated. The combat mode module can be triggered by the shaking instruction to count the number of times the corresponding terminal device is shaken. And after the shaking times are accumulated to a predetermined value, the drawing module is activated to generate a battle animation. The virtual pet system of claim 4, wherein the game engine further includes an instruction processing module electrically connected to the communication interface, the combat mode module having a plurality of commands that can be touched by the instruction processing module A cumulative battle preparation unit is executed, and a battle determination unit that is operated by the battle preparation unit is operated. The virtual pet system of claim 5, wherein the command processing module of the game engine has a towing unit electrically connected to the interactive mode module, a shaking unit electrically connected to the combat mode module, and A fitness unit electrically connected to the training mode module. The virtual pet system of claim 6, wherein the game engine further includes a data update module electrically connected to the database to update the database, the data update module being readable by the training mode The group, the interactive mode module, and the battle determination unit are touched.