WO2019028575A1

WO2019028575A1 - Feijin network photoelectric digital stereo display screen and three-dimensional spatial modeling method

Info

Publication number: WO2019028575A1
Application number: PCT/CN2017/096141
Authority: WO
Inventors: 李晨冈; 李安南; 樊学林
Original assignee: 李晨冈; 李安南; 樊学林
Priority date: 2017-08-06
Filing date: 2017-08-06
Publication date: 2019-02-14
Also published as: CN110419059A

Abstract

Provided are a feijin network photoelectric digital stereo display screen and three-dimensional spatial modeling method, comprising: a base; a control module, arranged inside said base; a power supply, electrically connected to said control module and arranged inside the base; an input keyboard, electrically connected to said control module and arranged on the surface of the base; a stereo display screen, electrically connected to said control module and displaying the information of the quaternary spectrum of the feijin network; the stereo display comprises a two-dimensional interest cycle spatial display screen and a third-dimensional path spatial display screen, arranged in intersection with each other. By means of the feijin network photoelectric digital stereo display, information of a third economic factor of feijin principal and feijin interest is vividly displayed following economic relay of principal and interest, thus filling a gap in the technical field. The three-dimensional spatial modeling method comprises establishing a two-dimensional interest period space, establishing a third-dimensional path space, and establishing a three-dimensional path space.

Description

Feijin network photoelectric digital stereo display and three-dimensional space modeling method

Technical field

The invention belongs to the field of financial technology, and in particular relates to a fly-gold network photoelectric digital stereo display screen and a three-dimensional space modeling method.

Background technique

In traditional economics, the calculation method of cash flow is a calculation method of capital time flow. The principal generates interest and depreciation to calculate the cash flow equivalent value. The calculation result is the equivalent value of the principal period of the principal period (year value, The monthly value, etc.), but the principal, interest and depreciation in the equal value are not separately calculated and are a comprehensive performance.

The principal, interest and devaluation values included in the equal value are arranged in order, which is like a spectrum-like string to form a cash string price spectrum, and the value composition of the cash string price spectrum forms a new value space calculation method. The new value space calculation method points out that the two-dimensional interest cycle space cash price spectrum calculates and arranges the real principal, real interest and devaluation separately like a spectrum to form a cash string trivalent spectrum. It is further pointed out that the invention of Feijin.com and its flying cash bundles have enabled the Feijin Net cash string quaternary spectrum to order inflation principal, fly gold, real interest, depreciation, or deflationary real capital, fly. The present invention provides an optical digital stereo display screen of the Feijin network, which is displayed in the three-dimensional path space cash string ternary spectrum display through the two-dimensional interest period space cash string ternary spectrum display, showing the economics field The latest results, and the results of the calculations are displayed using optoelectronic and voice.

The current investment price spectrum photoelectric digital display ball shows the "flying gold phenomenon", but in the two-dimensional interest cycle space, it is impossible to visually see and explain the "flying gold crossing", therefore, how to visually display the flying gold in the three-dimensional path space The four-price spectrum of the Feijin network of the "Flying Gold Crossing" is a current technical problem that needs to be solved urgently.

Summary of the invention

In view of this, the present invention provides a Feijin network photoelectric digital stereo display screen in order to solve the problem that the price spectrum information of the quaternary spectrum of the flying gold network cannot be visually displayed.

A flying gold network photoelectric digital stereo display, comprising: a base;

a control module disposed in the base;

a power source electrically connected to the control module and disposed in the base;

Input keyboard, electrically connected to the control module, and disposed on the surface of the base;

a stereoscopic display, electrically connected to the control module, displaying information of a quaternary spectrum of the flying gold network;

The stereoscopic display screen comprises a two-dimensional interest cycle space display screen and a third three-dimensional path space display screen which are arranged across each other.

In an embodiment, the stereoscopic display screen is an LED display panel, and the outer edge of the stereoscopic display screen is provided with a frame body; the two-dimensional interest cycle space display screen and the third three-dimensional path space display screen which are mutually intersected are divided into four a block screen, wherein the two-dimensional interest cycle space display screen is divided into: a value-added dimension I screen and an present value dimension II screen, and the third three-dimensional path space display screen is divided into: a positive value I screen and a negative value II screen; The value-added dimension I screen, the present value dimension II screen, the positive value I screen and the negative value II screen are respectively arranged on a diagonal line of the base; the base center is provided with a column, the column The height of the stereo display is equal to the height of the stereo display, and the side dimension of the post is equal to the lateral dimension of the stereo display.

In an embodiment, a side of the column is provided with a buckle, and the side of the value-added dimension I screen and the present value dimension II screen and the buckle are respectively provided with a card slot, and the value-added dimension I screen The present value dimension II screen is respectively connected to the buckle through the card slot; the value-added dimension I screen displays two-dimensional interest period space interest period information, and the present value dimension II screen displays a two-dimensional meter Interest period space equivalent value information.

In an embodiment, the side of the column is provided with a sliding slot, and the positive I screen and the negative II screen are respectively provided with sliders on opposite sides of the sliding slot, and the positive I screen, the A negative II screen is respectively connected to the chute through the slider; the positive I screen displays a cash string inflation projection angle and a flying net, and an inflation/deflation principal, a flying gold, a real interest, and Depreciation of the quaternary spectrum information; the negative value II screen shows the cash string deflation projection angle, as well as the information of the inflation flying net and the deflation flying gold net.

In an embodiment, further comprising a base display, a display light button and a number disposed on the base keyboard.

In an embodiment, a speaker is further disposed on the base to output a voice.

A three-dimensional space modeling method, including

(1) Establish a two-dimensional interest cycle space

Observing the process of currency interest-bearing from the concept of time, the monetary value is presented as an equal amount of cash flow. From the perspective of space, the monetary value is observed as a value distribution. The equal amount of cash flow is reflected in the two-dimensional interest cycle space. In the condition of monetary inflation, there is a "flying gold phenomenon" in the two-dimensional interest-bearing cycle space, which is an economic phenomenon that cannot be explained by the two-dimensional interest cycle space. It shows that the currency interest-bearing process is not under the condition of currency inflation. It is done in a low-dimensional (two-dimensional) space, but in a high-dimensional (three-dimensional) space.

(2) Establish the third three-dimensional path space

The third three-dimensional path space is based on the two-dimensional interest period space to separate the time threshold into the third space from the boundary point. The three-dimensional path space is a combination of two-dimensional interest period space and third-dimensional path space, which is a three-dimensional path space composed of present value dimension, value-added dimension and 贬 value dimension, or original value (present value + flying gold) dimension and effect value (value added - The three-dimensional path space composed of the dimension and dimension of the dimension.

The three-dimensional path space is divided into inflation space and deflation space.

(3) Establish a three-dimensional path space tunnel

The present value dimension of the two-dimensional interest cycle space and the plane space area of the value-added dimension express the cash flow value, so the value of the cash flow value is expressed by the product of the path of the planar path space and the path value strength. The third-dimensional path space stereo path is As a result of the rotation of the planar path, therefore, the product of the third three-dimensional path and the path value strength also expresses the cash flow value, which is that the three-dimensional path space accommodates the monetary value, which embodies the three-dimensional path space with the orientation to accommodate the monetary value characteristics. In addition, any curved path outside the three-dimensional path space stereo path is only a channel for stealth transmission value, which is the value of the third-dimensional path space tunnel transmission.

With this scheme, the principal, the flying gold, the real interest and the depreciation information in economics can be vividly displayed as “Feijinwang quaternary spectrum” through the three-dimensional space display, realizing people's intuitive understanding. Feijinwang's quaternary spectrum has an orderly accommodation of inflation principal, flying gold, real interest and depreciation, or deflationary real capital, dividends, interest and depreciation, and the results of photoelectric and voice display calculations fill the technical field. Vacancies.

DRAWINGS

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings used in the embodiments or the description of the prior art will be briefly described below. It is obvious that the drawings in the following description are only the present invention. For some embodiments, other drawings may be obtained from those of ordinary skill in the art without departing from the drawings.

1 is a perspective view of a flying gold network photoelectric digital stereo display screen in an embodiment;

2 is a front elevational view of a flying digital optical digital display screen in an embodiment;

3 is a schematic diagram of an inflation space flying gold net in an embodiment;

4 is a schematic view of a deflation space flying gold net in an embodiment;

Figure 5 is a schematic diagram of the two-dimensional interest cycle space inflation screen of Figure 2;

6 is a schematic diagram of the two-dimensional interest cycle space deflation screen of FIG. 2;

Figure 7 is a schematic diagram of the third three-dimensional path space inflation screen of Figure 2;

Figure 8 is a schematic view of the third three-dimensional path space deflation screen of Figure 2;

Figure 9 is a schematic view showing the electrical connection of the control module in the base of Figure 1;

Figure 10 is a schematic view of the structure of the base panel of Figure 1.

FIG. 11 is a schematic diagram showing an implementation flow of a method for calculating a flying gold network in an embodiment.

Detailed ways

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

In order to explain the technical solution of the present invention, the following description will be made by way of specific embodiments.

Referring to Figures 1 to 10, the Feijin network photoelectric digital stereo display includes: a base, a control module, a power source, an input keyboard, and a stereo display.

The base is a regular integral member that houses the components inside and plays a supporting role. In this embodiment, the base is a regular square and the structure is stable. In other embodiments, it may be a polyhedron or other irregular shape.

The control module is set in the base. The control module is an electronic integrated circuit board that controls the display of the display screen and the like.

The power source is electrically connected to the control module and is disposed in the base. The power supply can be a battery or an external external energy source.

The input keyboard is electrically connected to the control module and is disposed on the surface of the base. Input keyboard, you can enter the corresponding numerical information according to the button control, such as the calculation period, the number of annual interest periods, the amount of investment, and so on.

The stereoscopic display is electrically connected to the control module to display information of the quaternary spectrum of the flying gold network; the stereoscopic display comprises a two-dimensional interest cycle space display screen and a third three-dimensional path space display screen which are mutually arranged. Further, the body display is an LED display panel.

Specifically, the outer edge of the stereoscopic display screen is provided with a frame; the two-dimensional interest cycle space display screen and the third three-dimensional path space display screen which are mutually intersected are divided into four screens, wherein the two-dimensional interest cycle space display screen is divided into: The value-added dimension I screen and the present value dimension II screen, the third-dimensional path space display screen is divided into: positive value I screen and negative value II screen. The value-added dimension I screen, the present value dimension II screen, the positive value I screen and the negative value II screen are respectively arranged on a diagonal line of the base, and the value-added dimension I screen and the present value dimension II are maintained. The screen is spliced with no borders on the plane, and the positive value I screen and the negative value II screen are spliced with the same plane without frame, and the value-added dimension I screen and the positive value I screen are seamlessly spliced at right angles without frame. The center of the base is provided with a column, the height of the column is equal to the height of the stereo display, and the side dimension of the column is equal to the side dimension of the stereo display.

The side of the column is provided with a buckle, the value-added dimension I screen, the present value dimension II screen and the opposite side of the buckle are respectively provided with a card slot, and the value-added dimension I screen and the present value dimension II screen are respectively connected by the card slot and the buckle; The dimension I screen displays the two-dimensional interest period space interest period information, and the current value dimension II screen displays the two-dimensional interest period space equivalent amount information.

The side of the column is provided with a sliding slot, and the positive side I screen, the negative value II screen and the side opposite to the sliding slot are respectively provided with sliding Block, positive I screen, negative value II screen respectively connected to the chute through the slider; positive value I screen shows the cash string inflation projection angle and Feijin network, as well as inflation / deflation principal, flying gold, real interest And the devaluation of the quaternary spectrum information; the negative value II screen shows the cash string deflation projection angle, as well as the information of the inflation flying net and the deflation flying gold net.

On the stereo display screen, the two-dimensional interest cycle space value-added dimension I screen displays the interest period n, the present value dimension II screen displays the equal value A ^* , the interest period n and the equal value A ^{* are} at right angles to each other, forming a two-dimensional meter Interest cycle space. The two-dimensional interest period space cash string is a positive quadrilateral diagonal W composed of the interest period n and the equal value A ^* , which is perpendicular to the base, and falls on the two-dimensional interest period increment I screen and the third three-dimensional path space. Value I screen seamlessly stitched on the connection line. Therefore, no matter how the interest period n and the equal value A ^* change, it must be ensured that the cash string W is perpendicular to the vertical line of the base, and is a two-dimensional interest period space value-added dimension I screen and a third-dimensional path space positive value I screen A seamless connecting line whose foot is the origin of the two-dimensional interest cycle space.

On the stereo display screen, the two-dimensional interest cycle space value-added I-screen cash string W rotates a ^△ angle clockwise around the space origin to obtain a two-dimensional interest period space value-added dimension n ^⊕ , two-dimensional interest period space present value II The screen cash string W rotates 90 ^° -a ^△ angle counterclockwise around the space origin to obtain the present value dimension A ^{⊕ of the} two-dimensional interest period space, and the rotation angle has a calculation formula a ^Δ =arctg(A ^* /n).

It should be noted that the calculation formula of the rotation angle a ^{Δ is} independent of the unit selection of the equal value A ^* , but the calculation value of the rotation angle a ^Δ is closely related to the unit selection of the equal value A ^* , so the display effect is guaranteed, and the unit of the equal value A ^* should be noted. select.

Under the condition of currency inflation (n ^⊕ <n), the positive value of the third-dimensional path space I screen shows the counterclockwise rotation angle b ^{△ of the} cash string W around the space origin, and the cosine angle cosb ^△ =cosβ ^Δ =n ^⊕ /n Where β ^△ is the inflation projection angle, at this time, the two-dimensional interest period space cash string W enters the third-dimensional path space positive value I screen. Under the condition of currency deflation (n ^⊕ >n), the third-dimensional path space negative value II screen shows the boundary point W ^⊕ around the space origin clockwise rotation angle -b ^△ , the rotation angle cosine reciprocal type 1 / cos-b ^△ = cos -β ^△ = n / n ^⊕, wherein the projection angle -β ^△ deflation, when the two-dimensional space of interest period demarcation point W ^⊕ path proceeds to the third dimension negative ⅱ screen space.

Under the condition of currency inflation (n _y ^* >n _y ^△ ), the negative 3D path and the positive I screen of the 3D path space show the Feijin network, and the flying gold in the Feijin network passes from the origin 0 through the junction point W ^⊕ At the end point W, the flying gold crossing is realized. As a result of the flying gold crossing, the flying gold cash string (n _y ^* -n _y ^△ ) bears the flying gold price spectrum, and the ternary spectrum of the flying gold net is displayed on the positive I screen of the third three-dimensional path space: the principal, the flying gold, Real interest and depreciation. Under the condition of currency deflation (n _y ^* <n _y ^△ ), the flying interest in the flying gold net passes through the junction point W ^⊕ and reaches the origin 0, realizing the flight crossing. As a result of the flight crossing, the flying cash string (n _y ^△ -n _y ^* ) bears the flying rate statistic spectrum, and the quaternary spectrum of the flying gold network is displayed on the positive I screen of the third three-dimensional path space: the true principal, Dividends, interest and depreciation.

It should also be pointed out that under the condition of currency inflation, the flying gold cash string in the quaternary spectrum of Feijin Net is the result of the traversing of Feijin in Feijin. It can be combined with the cash of the principal to form a real cash bundle. Therefore, the four-price spectrum of Feijin.com becomes a trivalent spectrum of investment with real principal, real interest and depreciation. In the same way, under the condition of currency deflation, the flying cash string in the four-price spectrum of Feijin.com is the result of flying through the Feijin network. It can be combined with interest cash to form a real interest cash string, so Feijin The net quaternion spectrum becomes the investment trivalent spectrum of true principal, real interest and depreciation.

It can be seen that Feijin.com has inflation capital, flying gold, real interest and depreciation quaternary spectrum, and deflationary real capital, dividend, interest and depreciation quaternary spectrum, but they synthesize trivalent spectrum. The result is the same, namely the real core of the cash string, the real interest and the devaluation of the valence.

Using the above scheme, the inflation principal information, the flying gold information, the real interest information and the depreciation information in economics can be vividly displayed through the stereoscopic display screen, and the real principal information and the flying information can be tightened. Interest information and depreciation information are vividly displayed. The display of Feijin information and flying information has enabled people to intuitively understand Feijin and Feifei, and to understand the “Flying Gold phenomenon” and fill the gap in the technical field.

In an embodiment, the control module comprises: an arithmetic unit and a memory. The arithmetic unit accepts the input information, searches for the benchmark interest rate, the consumer price index information, and calculates the true principal information, the principal information, the real interest information, the interest information, the depreciation information, and the flying gold information, and stores the input and calculation information in the memory; Controls the display of the display.

In other embodiments, the control module further includes: a communication unit that transmits the principal information, the interest information, the depreciation information, the real interest information, the flying gold information, and the voice information; and the user only needs to use the mobile device that can receive the communication signal. Equipment, such as mobile phones, laptops, PDAs, etc., can obtain the above economic information in real time. It can be understood that the communication unit can receive the communication signal, which can also be a “fixed device”, such as a home desktop computer, a television or a display panel. Further, the communication unit may be a WIFI, Bluetooth, infrared light wireless communication unit.

In an embodiment, the flying gold network photoelectric digital stereo display further comprises a display light button, a numeric keypad and a seat display, which are arranged on the base, and indicate the calculation period, the number of annual interest periods, and the input information of the investment.

In an embodiment, a speaker is further included, disposed at the base.

Through the invention, the calculation period, the annual interest cycle number, the investment amount, and the voice play can be first input from the Feijin network photoelectric digital stereo display screen, and under the condition of currency inflation, the Feijin network photoelectric digital stereo display screen displays Gold, Feijin, real interest and depreciation quaternary spectrum information, voice explanation of the composition of inflation cash price spectrum; under the condition of currency deflation, Feijinwang photoelectric digital stereo display shows real principal, dividend, interest And the devaluation of the quaternary spectrum information, the voice narration of the composition of the deflationary cash string price spectrum. The above is explained periodically under inflation conditions, and the timing explanation under deflation conditions is controlled by the control module.

Based on this, the specific algorithm is as follows:

In step S101 of FIG. 11, the calculation period (years), the annual interest-bearing period, the one-year central bank benchmark interest rate, the central bank benchmark interest rate corresponding to the calculation period, and the one-year consumer price index are obtained.

In this embodiment, the input calculation period (years) and the annual interest period are received, and the one-year central bank benchmark interest rate, the central bank benchmark interest rate corresponding to the calculation period, and the one-year consumer price index are obtained from the Internet or relevant departments. (predicted value), and calculate the interest period and one-year equivalent comprehensively according to the calculation period, the annual interest-bearing period, the one-year central bank benchmark interest rate, the central bank benchmark interest rate corresponding to the calculation period, and the one-year consumer price index. Interest rate, equivalent comprehensive interest rate and one-year equivalent inflation;

Specifically, the following formula can be used to calculate the interest period, one-year equivalent comprehensive interest rate, and equivalent synthesis. Interest rate and one-year equivalent inflation rate:

n=T·m (m≥1/T)

i _p1 ^* =r ₁ /m

i _p ^* =r/m

f ₁ ^Δ ≈ (CPI ₁ /100-1)/m

Where n is the interest period (the number of interest periods), T is the calculation period (years), m is the number of annual interest periods (the number of interest periods in a year), and i _p1 ^* is the one-year equivalent comprehensive interest rate. r ₁ represents the one-year central bank benchmark interest rate (annual interest rate), i _p ^* represents the equivalent comprehensive interest rate, r represents the central bank's benchmark interest rate (annual interest rate) in the calculation period, and f ₁ ^△ represents the one-year equivalent inflation rate. CPI ₁ represents the one-year consumer price index (predicted value).

Step S102: Calculate the equivalent interest rate according to the one-year equivalent comprehensive interest rate and the one-year equivalent inflation rate, and calculate the equivalent inflation rate according to the equivalent comprehensive interest rate and the calculated equivalent interest rate.

Specifically, the equivalent formula and the equivalent inflation rate can be calculated using the following formula:

i ^Δ =(i _p1 ^* -f ₁ ^Δ )/(1+f ₁ ^Δ )

f ^Δ =(i _p ^* -i ^Δ )/(1+i ^Δ )

Where i ^Δ denotes the equivalent interest rate, i _p1 ^* denotes the one-year equivalent comprehensive interest rate, and f ₁ ^△ denotes the one-year equivalent inflation rate,

Represents the equivalent comprehensive interest rate, and f ^Δ represents the equivalent inflation rate.

Step S103, calculating an equivalent comprehensive interest rate compounding level according to the interest period and the equivalent comprehensive interest rate, and outputting the calculated equivalent comprehensive interest rate compounding series.

Specifically, the following formula can be used to calculate the equivalent comprehensive interest rate compounding series:

Among them, L ^* represents the equivalent comprehensive interest rate compounding series, which is an abbreviation of L[i _p ^* , n].

In step S104, the opening amount is obtained.

Calculate the equivalent value according to the input value (the initial amount) and the equivalent comprehensive interest rate compounding series, calculate the cash string value according to the interest period and the equal value, and output the real amount of the cash string (the initial amount) and calculate The actual cash percentage of the cash string obtained.

Specifically, the following formula can be used to calculate the equivalent value, the cash string value, and the true principal percentage of the cash string:

A ^* =Y/L ^*

J ^* =A ^* ×n

Y%=Y/J ^* ×100%

Among them, A ^* represents the equal value, Y represents the real principal of the cash string (the beginning amount), J ^* represents the value of the cash string, n represents the interest period, and Y% represents the true principal percentage of the cash string.

Step S105: Calculate the equivalence interest rate compounding level according to the interest period and the equivalent interest rate, calculate the value-added angle tangent according to the interest period and the equivalent interest rate compounding series, and output the calculated value-added angle tangent.

Specifically, the following formula can be used to calculate the equivalent interest rate compounding series and the value-added tangent:

L _i =L[i ^Δ ,n]=(1+i ^Δ ) ^-1 +(1+i ^Δ ) ^-2 +...+(1+i ^Δ ) ^-n =(1-(1+i ^Δ ) ^Λ (-n)) / i ^Δ

Where L _i represents the equivalent interest rate compounding series, which is an abbreviation of L[i ^Δ , n], n represents the interest period, and tha ^△ represents the value-added tangent.

Step S106, calculating an equivalent inflation rate compounding level according to the interest period and the equivalent inflation rate, and then calculating an inflation projection angle projection according to the interest period and the equivalent inflation rate compounding series, and outputting the calculated result, etc. Value inflation rate compounding series and inflation projection angle projection.

Specifically, the following formula can be used to calculate the equivalent inflation rate compounding series and the inflation projection angle projection:

L _f =L[f ^Δ ,n]=(1+f ^Δ ) ^-1 +(1+f ^Δ ) ^-2 +...+(1+f ^Δ ) ^-n =(1-(1+f ^Δ ) ^Λ (-n))/f ^Δ

Where L _f represents the equivalent inflation rate compounding series, which is the abbreviation of L[f ^Δ , n], and also the interest period boundary point n ^⊕ , n represents the interest period, cosβ ^△ represents the inflation projection angle projection, cosb ^△ represents the inflation cosine, cos-β ^△ represents the deflation projection angle projection, and cos-c ^△ represents the deflation cosine.

Further, the trajectory of the circle passing through the three points of the origin, the demarcation point, and the end point is represented by the center coordinates and the radius equation, and the center coordinates and the radius of the circle passing through the three points of the origin, the demarcation point, and the end point are output.

Under the condition of currency inflation (n>n ^⊕ ), the center of the circle passing through the three points of the origin, the demarcation point and the end point is located at the midpoint of the cash string, and its center coordinates (x ₀ , y ₀ = n ^⊕ / 2) and the radius R equation is:

Therefore, in the third-dimensional path space x (positive 贬 value dimension), y (two-dimensional interest period space cash string) coordinate system, the circular trajectory equation of three points passing through the origin, the boundary point and the end point is:

Considering the circular chord (flying net cash string) constraint, the above equation also has inequalities: (x>0 and y>n ^⊕ ) or x<0.

Under the condition of currency deflation (n<n ^⊕ ), the center of the circle passing through the three points of the origin, the demarcation point and the end point is located at the midpoint of the demarcation point path, and its center coordinates (-x ₀ , y ₀ = n The /2) and radius R equations are:

Then, in the third-dimensional path space -x (negative 贬-value dimension), y (two-dimensional interest period space cash string) coordinate system, the circular trajectory equation of three points passing through the origin, the boundary point and the end point is:

Considering the circular string (flying net cash string) constraint, the above equation also has an inequality: x>0.

Where x ₀ represents the center-dimensional 维-dimensional coordinate of the arc of the flying gold network, y ₀ represents the two-dimensional interest period space cash string coordinate of the center of the arc of the flying gold network, x represents the arc-valued dimensional coordinate of the flying gold network, and y represents the flying Gold network arc two-dimensional interest period space cash string coordinates, R represents the arc radius of the flying gold network, n ^⊕ represents the interest period cut-off point, n represents the interest period, sinb ^△ represents the inflation sine, sin-c ^△ represents Deflation sinus.

Step S107, calculating an equivalent comprehensive interest rate compounding series according to the interest period, the equivalent interest rate compounding series, and the equivalent inflation rate compounding series, and outputting the calculated equivalent comprehensive interest rate compounding series.

L ^Δ =L[i _p ^Δ ,n]=(1+i _p ^Δ ) ^-1 +(1+i _p ^Δ ) ^-2 +...+(1+i _p ^Δ ) ^-n =L _i ×L _f /n

Among them, L ^Δ represents the equivalent comprehensive interest rate compounding series, which is an abbreviation of L[i _p ^Δ , n].

Step S108, calculating the cash string principal and its percentage according to the interest period, the cash string value, and the equivalent comprehensive interest rate compounding series;

P _o =J ^* ×L ^Δ /n

P _o %=P _o /J ^* ×100%

Where P _o represents the cash string principal, P _o % represents the cash string principal percentage, J ^* represents the cash string value, L ^Δ represents the equivalent comprehensive interest rate compounding series, and n represents the interest period.

Step S109, calculating the cash string interest and the percentage thereof according to the interest period, the cash string value, the equivalent comprehensive interest rate compounding series, and the equivalent inflation rate compounding series;

S ^* = J ^* × (L _{f -} L ^Δ ) / n

S ^* %=S ^* /J ^* ×100%

Among them, S ^* represents cash string interest, S ^* % represents cash string interest percentage, J ^* represents cash string value, L _f represents equivalent inflation rate compound interest series, and n represents interest period.

Step S110, calculating a cash string value and a percentage thereof according to the cash string value, the cash string principal, and the cash string interest, and outputting the calculated cash string value and its percentage;

B ^* =J ^* -P _o -S ^*

B ^* %=B ^* /J ^* ×100%

Where B ^* represents the cash string 贬 value, B ^* % represents the cash string 贬 value percentage, J ^* represents the cash string value, P _o represents the cash string principal, and S ^* represents the cash string interest.

Step S111, calculating the real interest of the cash string and the percentage thereof according to the value of the cash string, the real principal of the cash string, and the cash dividend value, and outputting the calculated real interest of the cash string and the percentage thereof.

S _x ^* =J ^* -YB ^*

S _x ^* %=S _x ^* /J ^* ×100%

Where S _x ^* represents the real interest of the cash string, S _x ^* % represents the true interest percentage of the cash string, J ^* represents the cash string value, Y represents the real principal of the cash string, and B ^* represents the cash string 贬 value.

Step S112, calculating the cash dividend and its percentage according to the true principal amount of the cash string and the percentage thereof, and the cash bundle principal and its percentage, and outputting the calculated cash dividend (the negative of the flying interest) and its percentage;

G _o =YP _o

G _o %=Y%-P _o %

Among them, G _o represents cash dividends, G _o % represents the percentage of cash dividends, Y represents the true principal of the cash string, Y% represents the true principal percentage of the cash string, P _o represents the cash string principal, P _o % represents cash The percentage of the string principal.

The embodiment of the invention further provides a system for calculating a cash string, the system comprising:

For example, the above process: Bank mortgage loan Y=10 million yuan (input value) in January 2015, loan period 30 years, interest period n=360 months, calculate the total value of the loan according to the equal principal and interest repayment method (cash) String value), where is the principal (the real principal of the cash string, the cash bundle principal), the interest (the cash string real interest, the cash string interest) and the depreciation (the cash string depreciation)?

In January 2015, the one-year benchmark interest rate for China's housing loans was r ₁ = 5.60%, the 30-year benchmark interest rate was r = 6.15%, and the 2015 consumer price index growth forecast was CPI ₁ = 1.5. The one-year loan interest rate was calculated. The one-year equivalent comprehensive interest rate i _p1 ^* =0.0560/12=0.004667, the conversion of the 30-year loan monthly interest rate is the equivalent comprehensive interest rate

Calculate the one-year inflation rate f ₁ =0.015. Conversion The monthly inflation rate is the equivalent inflation rate f ₁ ^△ =0.015/12=0.00125.

2015-2045 (n=360) equal value (calculated monthly repayment amount):

among them,

2015-2045 (n=360) cash string value:

J ^* =A ^* ×n=6.0923×360=2193.228 (ten thousand yuan)

Y%=Y/J ^* =1000÷2193.228=45.59%

The 2015 (n=12) equivalent interest rate is also the 2015-2045 (n=360) equivalent interest rate:

2015-2045 (n=360) equivalent inflation rate:

2015-2045 (n=360) equivalent comprehensive interest rate compounding series:

among them,

2015-2045 (n=360) cash string principal and its percentage:

P _o =J ^* ×L[i _p ^Δ ,n]/n=2193.228×154.6240÷360=942.0158 (ten thousand yuan)

P _o %=P _o /J ^* =942.0158÷2193.228=42.95%

2015-2045 (n=360) cash string interest and its percentage:

S ^* =J ^* ×[L[f ^Δ ,n]-L[i _p ^Δ ,n]]/n=2193.228×114.2046÷360=695.7687 (ten thousand yuan)

S ^* %=S ^* /J ^* =695.7687÷2193.228=31.72%

2015-2045 (n=360) cash dividends and their percentages:

B ^* =J ^* -P _o -S ^* =2193.2280-942.0158-695.7687=555.4435 (ten thousand yuan)

B ^* %=B ^* /J ^* =555.4435÷2193.228=25.33%

2015-2045 (n=360) cash string real interest and its percentage:

S _x ^* =J ^* -YB ^* =2193.2280-1000-555.4435=637.7845 (ten thousand yuan)

S _x ^* %=S _x ^* /J ^* =637.7845÷2193.228=29.08%

2015-2045 (n=360) cash dividends and their percentages:

G _o =YP _o =1000-942.0158=57.9842 (ten thousand yuan)

G _o %=G _o /J ^* =57.9842÷2193.228=2.644%

In this case, the value of the cash string is calculated to be 21,132,280,000 yuan, of which the real principal of the cash string is 10 million yuan and its percentage is 45.59%, the cash string principal is 942.018 million yuan and its percentage is 42.95%, and the real interest of cash string is 637.845 million yuan. The percentage is 29.08%, the interest on cash string is 6.957.87 million yuan and its percentage is 31.72%, the cash string value is 555.4435 yuan and its percentage is 25.33%, and the cash dividend is 579.842 million yuan and its percentage is 2.644%.

This example calculates the original value cash string price length ratio n _y ^* :(n ^⊕ -n _y ^* ): (nn ^⊕ ) is 164:105:91.

In this example, the present value cash valence spectrum length ratio n _y ^Δ :(n ^⊕ -n _y ^△ ): (nn ^⊕ ) is calculated as 155:114:91.

The embodiments described above are only for explaining the technical solutions of the present invention, and are not intended to be limiting; although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art will understand that The technical solutions described in the examples are modified, or the equivalents of the technical features are replaced by the equivalents of the technical solutions of the embodiments of the present invention.

Further, Feijin is the invisible transmission value of the cash string superposition.

The three cash price spectrums propose three methods for calculating the spatial origin value. The nominal cash price spectrum uses the nominal interest rate r to calculate the present value P, which is the result of the cash flow equivalent calculation, that is, the assumed real interest rate i and the inflation rate. f is the result of calculations for constant interest rates.

The present value cash price spectrum uses the equivalent comprehensive interest rate i _p ^{△ to} calculate the spatial present value P _o , which is in the value space field, assuming that currency inflation will only bring about currency depreciation without affecting currency appreciation, and increase the value according to the first currency. The result of the step of the post currency devaluation, so the spatial present value P _o is equal to the present value P.

The original value of the cash price spectrum uses the equivalent comprehensive interest rate i _p ^{* to} calculate the spatial original value Y, which is in the value space field, assuming that currency inflation brings currency depreciation and also affects currency appreciation, according to currency appreciation and currency depreciation the results of the calculation step, and therefore the space is not equal to the original value of Y space present value P _o, appears spatial original value Y (true principal) and the present value of the space P _o (principal) difference between G _o, called fly Gold, flying gold can be a negative value (-G _o ), which is called a flying interest.

Under the condition of changing the real interest rate and changing the inflation rate, the original space value is calculated by the equivalent comprehensive interest rate i _p ^* :

Y=A ^* ·L[i _p ^* ,n] (i _p ^* =i ^Δ +f ^Δ +i ^Δ ·f ^Δ )

Under the condition of changing the real interest rate and changing the inflation rate, the present value of the space is calculated by the equivalent comprehensive interest rate i _p ^△ :

This gives the inequality:

Where i ^Δ is a constant equivalent interest rate and f ^Δ is a constant equivalent inflation rate.

Under the condition of constant real interest rate and constant inflation rate, the original space value is calculated by the equivalent comprehensive interest rate i _p ^* :

Y _o =A ^* ·L[i _p ^* ,n]=A ^* ·L[r,n]=P (i _p ^* =r=i+f+i·f)

Under the condition of constant real interest rate and constant inflation rate, the present value of space is calculated by the equivalent comprehensive interest rate i _p ^△ :

This gives the equation:

It has been mathematically proved (slightly) that the inequality and the equation are correct, and it directly confirms the existence of Feijin (the difference between the original value of space and the present value of space, which is also the difference between the original value of the space and the present value).

Obviously, under the condition of changing the real interest rate and changing the inflation rate, calculating the spatial original value Y with the equivalent comprehensive interest rate i _p ^{* is} not equal to calculating the spatial present value P _o with the equivalent comprehensive interest rate i _p ^△ , at the constant real interest rate. Under the condition of constant inflation rate, calculating the spatial original value Y _o with the equivalent comprehensive interest rate i _p ^* is equal to calculating the present value P with the nominal interest rate r, and also calculating the spatial present value P _o with the equivalent comprehensive interest rate i _p ^△ This directly indicates that the change in real interest rate and inflation rate brings the spatial original value Y to the present value P. It also shows that the merger and separation of the currency appreciation and depreciation calculation paths bring the spatial original value Y and space. The present value P _o varies.

As the actual interest rate and inflation rate change, or not change is the result of a cash string observation measurement, the merger of the currency appreciation and the devaluation calculation path is still the result of the entanglement of the cash string superposition state. According to the principle of physical quantum mechanical superposition, The nominal cash string, the present value cash string and the original value cash string are analyzed to form a cash string superposition method, and the conclusions are as follows:

(a) The cash string is a spatial valence pattern with the properties of a linearly correlated superposition state;

(b) The nominal cash string, the present value cash string, and the original value cash string are three different superposition states;

(c) The nominal cash string and the original value of the cash string are superimposed and collapsed into the original value cash string;

(d) The present value cash string and the original value cash string multi-body superposition state, entangled into the original value cash string;

(e) Flying gold is the result of entanglement superposition and is a kind of invisible transmission value.

In the physics of quantum mechanics, there is a superposition principle. The most famous one is the experiment of "Schrodinger's Cat" envisioned by the founder of quantum mechanics, Schrödinger. He elaborates on the superimposed and dead cats. In the two-dimensional interest cycle space, there are also dead and live superimposed cash strings. The dead cash string is a nominal cash string where the real interest rate and inflation rate do not change. There is no flying cash; the live cash string is The original value cash string of the actual interest rate and inflation rate changes, there is flying gold.

The cash string exists in a superposition, and the cash string is superimposed due to changes in real interest rates and inflation rates. Before people observe it, the cash string has two states, one is the nominal cash string status (unchanged real interest rate and constant inflation rate), and the other is the original value cash string status (changing the actual interest rate and changing inflation) Rate), because their differences are not the same (the length of the cash string is the same, the value strength The same, the equivalent interest rate (real interest rate) is the same size, the equivalent inflation rate (inflation rate) is the same size, the interest-bearing path is the same), but the state is different (the cash price spectrum exists different from the flying gold), Before people did not observe, they were undetermined. They were a single state superposition. When people observed changes in inflation rate (the central bank's benchmark interest rate was related to the calculation period), the cash string superposition state collapsed into a unique state. The determined state becomes the only determined original value cash string status, and the presence of the flying gold in the original value of the cash string is determined.

At present, people's understanding of cash string superposition is a kind of subjective participation, that is, currency inflation will only lead to currency depreciation, and will not affect currency appreciation. The result of this kind of consciousness participation is that the real interest rate is unchanged and the inflation rate is unchanged. So far, this reasoning has not been recognized by human beings, so the result of the wrong subjective consciousness participation makes the inflation rate unchanged and brings the cash string superposition state. Collapsed into a nominal cash string, there is no flying gold in the nominal cash price spectrum. The nominal cash price spectrum is the cash flow price spectrum, and the cash flow price spectrum is the result of the cash flow equivalent calculation. This false subjective consciousness participation constitutes the misunderstanding of the cash flow that is not popular in the current financial industry.

The nominal cash string and the present value cash string are similar cash strings. The former interest-bearing path and the devaluation path are combined, and the latter interest-calcion path is calculated separately from the devaluation path; the former has the same real interest rate and the inflation rate is unchanged, and the latter has the actual interest rate. Changes and inflation rates change, but their combined cash strings are the same.

The nominal cash string and the original value cash string are the superimposed state of the cash string, and finally collapsed to the original value cash string. The difference between the nominal cash string and the original value cash string is that the former has the same real interest rate and the inflation rate remains unchanged. The changes in real interest rates and changes in inflation rates, which are different in the process of interest-bearing, reflect the difference in state, and are a superposition of cash strings. The difference between the present value cash string and the original value cash string is that the former interest-bearing path and the devaluation path are calculated separately, and the latter interest-bearing path and the devaluation path are combined and calculated, and they are different in the interest-bearing path, which brings a two-dimensional interest period. The value dimension changes to the original value dimension, and the value-added dimension changes to the effect value dimension. They reflect the difference of the entity and are a kind of cash string multi-body superposition.

The multi-body superposition of cash strings must have a clear relationship between them. The present value cash string has a pair of shared EPR pairs with the original value cash string. The mathematical formula is principal + interest + depreciation = real principal + real interest + depreciation Due to the existence of the EPR pair, the present value cash string and the original value cash string constitute an entangled cash string pair.

Feijin transmission is a kind of information transmission. The sender of Feijin is the common space origin of the present value cash string and the original value cash string. The recipient of Feijin is the present value cash string space junction point and the original value cash string space end point. According to the current value cash string and the original value cash string shared EPR cash string entanglement pair (principal + interest + depreciation = real principal + real interest + depreciation), get the EPR entanglement pair shared by the flying gold sender and the receiver, The mathematical formula is principal + interest = real principal + real interest, and the sender jointly measures half of the EPR pair (principal and real principal) it owns and the flying gold to be sent (principal = real principal) - Feijin), so the other half of the EPR pair (interest and real interest) owned by the receiver will collapse to another state in an instant (interest = real interest + flying gold), the original value of this flying gold cash space origin The end of the transmission and the original value of the cash string space is instantaneously completed, and the flying gold is a kind of implicit transmission.

It should be pointed out that Feijin stealth transmission is different from quantum teleportation. The former is the value (credit information) transmission, the latter is the quantum transmission; the former EPR pair is an effective association, the latter EPR pair is the Bell state; the former is instantaneous completion is not Consuming the completion of any time, the latter completion is the completion of the consumption of the Bell state, measurement and traditional transmission time.

Flying gold is the value of a stealth transmission. This is inconsistent with people's understanding that Feijin needs to transmit from the beginning to the end of the time, because people understand that Feijin is certain before it is observed. In fact, Feijin is uncertain before it is observed. Feijin is the result of the entanglement of the cash string multi-body superposition.

The conclusion of the superposition analysis of the cash string is that the nominal cash string and the original value cash string are monolithic superimposed states. Since the observed and measured inflation rate is changed (the benchmark interest rate is related to the calculated number of years), the single superimposed state collapses into the original Value cash string. The present value cash string and the original value cash string are multi-body superimposed state. Under the condition of currency inflation, the original principal value of the cash string is greater than the present value of the cash string principal, because the original value of the cash string is in the space origin and end. Invisible transmission between points, so the multi-body superposition state is entangled into the original value cash string.

It can be seen that the cash string superposition solves the problem of selecting the nominal cash string, the present value cash string and the original value cash string. The original value of cash flying gold from the origin of the two-dimensional interest cycle space through the space to the end point, from the perspective of the cash string to observe, Feijin also from the time starting point through the time to reach the end point, there is no real interest rate zero during the time traversal process The inflation rate is zero, so Feijin is unlikely to feel the monetary value. The cash-chain superposition solves the theoretical basis of the existence of Feijin.

It should be pointed out that there is a problem of transcendental space transmission from the spatial origin to the end point in the two-dimensional interest-bearing period space. Since the two-dimensional interest period space has a boundary line between principal and interest, there is also a boundary between interest and depreciation. The flying gold stealth transmission is a transmission across the boundary line and the boundary line. In the two-dimensional space, the cross-line transmission cannot be realized, which is related to the "stealth transmission track". Therefore, the invisible transmission of Feijin cannot explain the phenomenon of “flying gold crossing” in the two-dimensional interest period space.

Under the condition of changes in real interest rate and inflation rate, one is the present value cash price spectrum (nominal cash price spectrum) composed of the principal, interest and depreciation calculated by the equivalent comprehensive interest rate i _p ^△ , and the other is The original value cash valence spectrum composed of the real principal amount, the real interest rate and the devaluation calculated by the equivalent comprehensive interest rate i _p ^* are collectively referred to as the cash quotation spectrum.

The cash price spectrum can be a combination of the present value cash price spectrum and the original value of the cash price spectrum, that is, the cash price spectrum is the price spectrum of the principal, the flying gold, the real interest and the depreciation, or the real principal and the dividend. , the price spectrum of interest and depreciation, their proportion is:

J ^* : P _o : G _o : S _x ^* : B ^* = n: (n _y ^{Δ -} 0): (n _y ^{* -} n _y ^Δ ): (n ^⊕ -n _y ^* ): (nn ^⊕ ) ( A ^* ≠0; n≠0)

J ^* : Y: (-G _o ): S ^* : B ^* = n: (n _y ^{* -} 0): (n _y ^{Δ -} n _y ^* ): (n ^⊕ -n _y ^Δ ): (nn ^⊕ ) (A ^* ≠0; n≠0)

Flying gold G _o =YP _o

Flying interest -G _o =S _x ^* -S ^*

It is important to include the cash price spectrum as a component of the price spectrum. It shows that under the conditions of real interest rate and inflation rate, Feijin is an objective existence and a difference. The third economic element of principal and interest. Of course, the proportional ratio of the cash price spectrum is not the proportion of the investment price spectrum. That is, the principal and real interest cannot be present at the same time in the proportion of the investment price spectrum, and the real principal and interest cannot occur at the same time. Interest, or real capital and real interest at the same time, Feijin can only be expressed through the "flying gold phenomenon" of Feijin crossing, which indicates that the two-dimensional interest cycle space cash price spectrum is flawed, that is to say Because the two-dimensional interest cycle space can not achieve the flying gold crossing, it brings the defect of the two-dimensional interest cycle space cash price spectrum.

In the Feijin network photoelectric digital stereo display, not only the two-dimensional interest cycle space is displayed, but also the third three-dimensional path space is displayed, thereby showing the three-dimensional space of the flying gold network, which solves the two-dimensional interest cycle period. The problem of the incomplete cash string price spectrum, the cash string trivalent spectrum has evolved into the Feijin network quaternary spectrum.

A three-dimensional space modeling method, including

(1) Establish a two-dimensional interest cycle space

(2) Establish the third three-dimensional path space

(3) Establish a three-dimensional path space tunnel

Claims

A flying gold network photoelectric digital stereo display screen, characterized in that:

Base

a control module disposed in the base;

a power source electrically connected to the control module and disposed in the base;

Input keyboard, electrically connected to the control module, and disposed on the surface of the base;

a stereoscopic display, electrically connected to the control module, displaying information of a quaternary spectrum of the flying gold network;

The stereoscopic display screen comprises a two-dimensional interest cycle space display screen and a third three-dimensional path space display screen which are arranged across each other.
The optoelectronic digital stereoscopic display screen of claim 1 , wherein the stereoscopic display screen is an LED display panel, and the outer edge of the stereoscopic display screen is provided with a frame body; The periodic space display screen and the third three-dimensional path space display screen are divided into four screens, wherein the two-dimensional interest cycle space display screen is divided into: a value-added dimension I screen and an present value dimension II screen, and the third three-dimensional path space display screen Divided into: positive I screen and negative value II screen; the value-added dimension I screen, the present value dimension II screen, the positive value I screen and the negative value II screen are respectively arranged on the diagonal of the base on-line;

The center of the base is provided with a column, the height of the column is equal to the height of the stereo display, and the side dimension of the column is equal to the side dimension of the stereo display.
The optoelectronic digital stereoscopic display screen of claim 1 or 2, wherein a side of the column is provided with a buckle, the value-added dimension I screen, the present value dimension II screen and the card The opposite sides of the buckle are respectively provided with card slots, and the value-added dimension I screen and the present value dimension II screen are respectively connected to the buckle through the card slot; the value-added dimension I screen displays a two-dimensional interest period space The interest period information, the present value dimension II screen displays the two-dimensional interest period space equal amount information.
The flying gold net photoelectric digital stereoscopic display screen according to claim 1 or 2, wherein a side surface of the column is provided with a sliding slot, and the positive I screen and the negative value II screen are opposite to the sliding slot. a slider is disposed on the side, and the positive I screen and the negative II screen are respectively connected to the sliding slot through the slider; The positive I screen shows the cash string inflation projection angle and the flying gold net, the inflation principal, the flying gold, the real interest and the depreciated quaternary spectrum information, as well as the deflationary real principal, the flying interest, the interest and the devaluation quaternary spectrum. Information; the negative value II screen shows the cash string deflation projection angle, as well as the information of the inflation fly net and the deflation fly gold net.
The flying gold net photoelectric digital stereo display screen according to claim 1 or 2, further comprising a base display screen, a display light button and a numeric keypad disposed on the base.
The flying gold network photoelectric digital stereoscopic display screen according to claim 5, further comprising a speaker disposed on the base to output a voice.
A three-dimensional space modeling method, comprising:

(1) Establish a two-dimensional interest cycle space

Observing the process of currency interest-bearing from the concept of time, the monetary value is presented as an equal amount of cash flow. From the perspective of space, the monetary interest is observed, and the monetary value is presented as a value distribution;

(2) Establish the third three-dimensional path space

The third three-dimensional path space is based on the two-dimensional interest period space to separate the time threshold into the third space from the boundary point; the third three-dimensional path space is divided into inflation space and deflation space;

(3) Establish a three-dimensional path space tunnel

The three-dimensional path space is a combination of two-dimensional interest period space and third-dimensional path space, which is a three-dimensional path space composed of present value dimension, value-added dimension and 贬 value dimension, or original value (present value + flying gold) dimension and effect value (value added - The three-dimensional path space composed of the dimension and dimension of the dimension.
The three-dimensional space modeling method according to claim 7, wherein the plane space area composed of the present value dimension and the value-added dimension of the two-dimensional interest period space expresses the cash flow value, and thus the path and path of the plane path space are used. The product of the value strength expresses the value of the cash flow. The third-dimensional path space stereo path is the result of the rotation of the plane path. Therefore, the product of the third-dimensional path and the path value strength also expresses the cash flow value, which is the three-dimensional path space to accommodate the monetary value. It embodies the three-dimensional path space with the orientation to accommodate the monetary value characteristics.