TWI564852B - Plowing simulation method and system - Google Patents

Description

Plowing field simulation method and system

The invention relates to a computer game simulation method and system for human-computer interaction, in particular to a plough field simulation method and system.

Modern people living in cities are difficult to experience and practically operate in rural areas. Therefore, how to use the common life in rural areas as a game and educational theme to guide children to understand some scientific principles, thereby achieving educational and artistic purposes. It is still a topic to be solved.

It is an object of the present invention to provide a plough field simulation method and system that improves prior art deficiencies.

One of the ploughing simulation methods of the present invention is applied to a game equipment including a left drawstring and a right drawstring, which is executed by a ploughing simulation system including a force sensing module and an operation. The module and an output module, the method includes the following steps: the force sensing module respectively detects the pulling force of the left pull cord and the right pull cord; and the computing module detects the tensile force according to the power sensing module Converting to a left side force value and a right side force value to convert a forward speed, and calculating the left side force value and the right side force The subtraction value of the magnitude is used to generate a moving direction; and the output module is controlled by the computing module to output a simulation effect corresponding to the forward speed and the ploughing motion of the moving direction.

The second method of the ploughing field of the present invention is applied to a ploughing field simulation system, which includes a touch input unit, a computing module and an output module. The method comprises the following steps: the touch input unit Detecting a touch amount of a left touch gesture and a right touch gesture; the computing module converts the touch pressure amount detected by the touch input unit into a left power value and a right power value to convert one a forward speed, and calculating a subtraction value of the left side force value and the right side force value to generate a moving direction; and the output module is controlled by the computing module to output a corresponding ploughing speed and a moving direction of the ploughing action Simulation effect.

In some implementations, the computing module divides the largest of the left power value and the right power value by a predetermined weight value to convert an acceleration value, and multiplies the acceleration value by a predetermined time to convert the Forward speed. The output module is controlled by the computing module to output a forward motion of the virtual object corresponding to the advance speed and a screen offset from the left or the right.

An aspect of the ploughing field simulation system of the present invention is applied to a game device including a left side drawstring and a right side drawstring. The plough field simulation system includes a power sensing module, a computing module and an output module. .

And the force sensing module respectively detects the pulling force of the left side drawstring and the right side drawstring. The computing module is electrically connected to the power sensing module, and the pulling force detected by the force sensing module is converted into a left power value and a right power value to convert a forward speed, and the left power value and the right The subtraction of the side force values to produce a direction of movement. The output module is electrically connected to the computing module, and is controlled by the computing module to output a simulation effect corresponding to the forward speed and the ploughing motion of the moving direction.

Another aspect of the ploughing field simulation system of the present invention is applied to a ploughing field simulation system for an operator, including a touch input unit, a power sensing module, a computing module, and a display.

The touch input unit is configured to simulate an input action similar to a left pull cord and a right pull cord by using a touch gesture; the power sensing module detects a left touch generated by the touch input unit The touch pressure of the gesture and the right touch gesture; the operation module is electrically connected to the force sensing module, and the amount of the touch pressure detected by the force sensing module is converted into a left power value and a right power value. Dividing the maximum value of the left side force value and the right side power value by a predetermined weight value to convert an acceleration value, multiplying the acceleration value by a predetermined time to convert the forward speed, and calculating the left side force value and The subtraction of the right side force value produces a direction of movement. The display is controlled by the computing module to output a virtual object corresponding to the speed of the forward speed and the moving direction to generate a ploughing motion.

The function of the invention is that the computing module obtains the left side force value and the right side force value generated by the operator's force on the left side drawstring and the right side drawstring through the force sensing module, whereby the operation module can calculate the forward speed And the direction of movement, which in turn enables the output module to generate an interactive simulation effect of the operator performing the ploughing action, and achieves an entertaining and entertaining role.

1, 3‧‧‧ ploughing simulation system

10, 30‧‧‧ computing module

11‧‧‧Power Sensing Module

12, 32‧‧‧ Output Module

121‧‧‧ screen

2‧‧‧Game equipment

21‧‧‧left drawstring

22‧‧‧Right drawstring

31‧‧‧Touch input unit

301~306‧‧‧Steps

Other features and effects of the present invention will be described with reference to the drawings. The embodiment is clearly shown in the detailed description, wherein: FIG. 1 is a system block diagram illustrating an embodiment of a ploughing simulation system of the present invention; and FIG. 2 is a schematic diagram illustrating the output module of the present embodiment as a display and A screen for simulating the effect of the ploughing field is generated; FIG. 3 is a flow chart illustrating an embodiment of the ploughing field simulation method of the present invention; and FIG. 4 is a waveform diagram illustrating the force sensed by the force sensing module of the present embodiment. The relationship with the direction of movement; and Figure 5 is a system block diagram illustrating another embodiment of the ploughing simulation system of the present invention.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to Figures 1 and 2, one embodiment of the ploughing simulation method of the present invention is performed by a ploughing simulation system 1.

The ploughing field simulation system 1 is applied to a game equipment 2, and the game equipment 2 includes a left side drawstring 21 and a right side drawstring 22, and the operator can sit on the pedestal 20 and hold the left drawstring 21 and the right side pull with both hands. The rope 22 simulates the action or state of the plow.

The ploughing simulation system 1 includes a power sensing module 11, a computing module 10, and an output module 12.

The force sensing module 11 is configured to detect a tension signal of the left pull cord 21 and a pull signal of the right pull cord 22 . In this embodiment, the power sensing module 11 is a tensile force sensor (model U9B) of HBM, and the measurement is performed. The range is from 0 to 50,000 Newtons, which can be used to measure the pulling force. However, those skilled in the art are aware of other similar functions of the electronic power sensing element, and are not limited by the present embodiment.

The computing module 10 is electrically connected to the power sensing module 11 and has an application for processing digital data and outputting digital data. The application is executed to convert the tension signal analog/digital bits on both sides into a left power value. And a right side force value, dividing the leftmost force value and the largest of the right side force values (F _max ) by a virtual object weight value (m) to convert an acceleration value (a=F _max /m), and The acceleration value (a) is multiplied by a predetermined time (t) to convert a forward speed (v = a * t). In addition, in order to simulate the moving direction, the subtraction value (F _L -F _R =ΔF) of the left side force value and the right side force value can be converted into the moving direction.

In this embodiment, the output module 12 is a display, and a screen 121 of the output is shown in FIG. 3. The screen 121 displays a virtual object and two pull cords respectively disposed on two sides of the virtual object, and the virtual object is, for example, a simulation. The appearance of a working animal. In addition, the output module 12 may be a projection device or mechanism that receives the operation result of the computing module 10 and generates a sound/video signal, and is not limited by the display.

3 and FIG. 4, in the ploughing field simulation method of the present invention, the computing module 10 receives the left side force value (step 301) and receives the right side power value (step 302), thereby calculating the subtraction of the left side force value and the right side force value. The value (step 303), if it is greater than 0, the moving direction is to the left (step 304), if it is equal to 0, the moving direction is straight (step 305), and if it is less than 0, the moving direction is to the right (step 306).

The output module 12 is electrically connected to the computing module 10, and the computing module is 10 controls and outputs a simulation effect of the ploughing motion corresponding to the forward speed and the moving direction, and the output result is, for example, sound, video, or animation.

As shown in FIG. 3, in the embodiment, the screen 121 generated by the output module 12 is represented by displaying an animation. The animation has two drawstrings of the ploughing tool attached to the back of the cow. The forward speed can change the forward movement of the virtual cow, and the cow will deviate from the left or right side corresponding to the moving direction.

Referring to FIG. 5, another embodiment of the ploughing simulation method of the present invention is applied to a ploughing field simulation system 3. The ploughing field simulation system 3 can be, but is not limited to, a smart phone, and has a similar computing module 30 and The output module 32 is replaced by a touch input unit 31 having a multi-touch function in FIG. 5, and the touch input unit 31 is available to an operator. The input actions of the left-hand drawstring 21 and the right-hand drawstring 22 are simulated with a two-finger touch gesture.

The computing module 30 detects the amount of touch pressure of the left touch gesture and the right touch gesture generated by the operator on the touch input unit 31 (for example, the longer the pressing time is, the greater the power). The computing module 30 converts the left and right force values into a left side force value and a right side power value to convert a forward speed, and calculates a subtraction value between the left side power value and the right side power value to generate a moving direction. The output module 32 is controlled by the arithmetic module 30 to output a simulation effect corresponding to the forward speed and the ploughing motion of the moving direction.

In summary, the function of the present invention is that the computing module 10 of FIG. 1 obtains the left side force value and the right side force generated by the operator's force on the left side pull cord 21 and the right side pull cord 22 through the force sensing module 11. Value, or The computing module 30 of FIG. 5 obtains the left side power value and the right side power value generated by the operator's urging force through the touch input unit 31; thereby, the computing modules 10 and 30 can calculate the forward speed and the moving direction, and then The output modules 12 and 32 are caused to generate an interactive simulation effect by the operator to perform the ploughing action, and the effect of the teaching and learning is achieved, so that the object of the present invention can be achieved.

However, the above is only the embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the patent application scope and the patent specification of the present invention are still It is within the scope of the patent of the present invention.

1‧‧‧Ploughing Simulation System

10‧‧‧ Computing Module

11‧‧‧Power Sensing Module

12‧‧‧Output module

2‧‧‧Game equipment

21‧‧‧left drawstring

22‧‧‧Right drawstring

Claims (10)

A ploughing field simulation method is applied to a ploughing field simulation system, the ploughing field simulation system comprising a left side pulling rope, a right side pulling rope, a power sensing module, a computing module and an output module, the method comprising The following steps: the power sensing module detects the pulling force of the left pull cord and the right pull cord respectively; the computing module converts the pull force detected by the power sensing module into a left power value and a right power value Converting a forward speed, calculating a subtraction value of the left side force value and the right side force value to generate a moving direction; and the output module is controlled by the computing module to output a plow corresponding to the forward speed and the moving direction The simulation effect of the field action. The ploughing field simulation method of claim 1, wherein the computing module divides the largest of the left side force value and the right side power value by a predetermined weight value to convert an acceleration value, and multiplies the acceleration value The forward speed is converted by a predetermined time. The ploughing field simulation method according to claim 1 or 2, wherein the output module is a display, and the display is controlled by the computing module to output a virtual object corresponding to the speed of the advancement and the moving direction to generate the ploughing action Picture. A ploughing field simulation method is applied to a ploughing field simulation system. The ploughing field simulation system includes a touch input unit, a computing module and an output module. The method includes the following steps: the touch input unit detects one Left touch gesture and one right touch The touch pressure amount of the gesture; the operation module converts the touch pressure amount detected by the touch input unit into a left power value and a right power value to convert a forward speed, and calculates the left power value and the right strength value The phase subtraction value generates a moving direction; and the output module is controlled by the computing module to output a simulation effect corresponding to the forward speed and the ploughing motion of the moving direction. The ploughing field simulation method of claim 4, wherein the computing module divides the largest of the left side force value and the right side power value by a predetermined weight value to convert an acceleration value, and multiplies the acceleration value The forward speed is converted by a predetermined time. The ploughing field simulation method according to claim 4, wherein the output module is a display, and the display is controlled by the computing module to output a virtual object corresponding to the speed of the forward movement and the moving direction to generate the ploughing action. Picture. A ploughing field simulation system is applied to a game equipment including a left side drawstring and a right side drawstring. The plough field simulation system includes: an operation module, and an application program for processing digital data and outputting digital data. The application is executed to convert a tensile force detected by a force sensing module into a left side force value and a right side force value to convert a forward speed, and calculate a subtraction value between the left side force value and the right side force value. Generating a moving direction; and an output module electrically connected to the computing module, and being controlled by the computing module to output a ploughing action corresponding to the forward speed and the moving direction Simulation effect. The ploughing simulation system of claim 7, further comprising a power sensing module, wherein the power sensing module is configured to detect a pulling force of the left side pull rope and the right side pull rope; the computing module is to the left side The largest of the force value and the right force value is divided by a predetermined weight value to convert an acceleration value, and the acceleration value is multiplied by a predetermined time to convert the forward speed. The ploughing simulation system according to claim 7 or 8, wherein the output module is a display, and the display is controlled by the computing module to output a virtual object corresponding to the speed of the forward speed and the moving direction to generate the ploughing action. . A ploughing field simulation system for an operator to use, comprising: a touch input unit for detecting the touch pressure of a left touch gesture and a right touch gesture; and an operation module electrically connecting the power a sensing module, the computing module includes an application for processing digital data and outputting digital data, and the application is executed to convert the amount of the touch pressure detected by the touch input unit into a left power value and a The right side force value is converted into a forward speed, and the subtraction value of the left side force value and the right side force value is calculated to generate a moving direction; and a display is controlled by the computing module to output a virtual object corresponding to the speed of advancement And the moving direction produces a picture of the ploughing action.