CN110392910A - Firkin valence composes photoelectric digital and shows that ball and firkin valence compose calculation method - Google Patents

Firkin valence composes photoelectric digital and shows that ball and firkin valence compose calculation method Download PDF

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CN110392910A
CN110392910A CN201780081564.4A CN201780081564A CN110392910A CN 110392910 A CN110392910 A CN 110392910A CN 201780081564 A CN201780081564 A CN 201780081564A CN 110392910 A CN110392910 A CN 110392910A
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information
interest
cash
principal
price spectrum
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CN110392910B (en
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李晨冈
李安南
樊学林
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q20/00—Payment architectures, schemes or protocols
    • G06Q20/04—Payment circuits
    • G06Q20/06—Private payment circuits, e.g. involving electronic currency used among participants of a common payment scheme
    • G—PHYSICS
    • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
    • G09F9/00—Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements
    • G09F9/30—Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements in which the desired character or characters are formed by combining individual elements
    • G09F9/33—Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements in which the desired character or characters are formed by combining individual elements being semiconductor devices, e.g. diodes

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Abstract

The present invention provides a kind of firkin valence spectrum photoelectric digitals to show ball, comprising: pedestal；Control module is arranged in pedestal；Power supply is electrically connected with control module, and is arranged in pedestal；Input keyboard is electrically connected with control module, and is arranged in susceptor surface；Motor is electrically connected with control module, and is arranged in pedestal；Rotation axis is connected to motor；Show that sphere, display spherome surface are divided into the first fixed spherical surface, the second fixed spherical surface and rotation spherical；The connection of rotation spherical and rotation axis；In rotary axle box spindle set, the first fixed spherical surface is slidably connected with the second fixed spherical surface by axle sleeve and rotation axis；It shows that the surface of sphere is equipped with display panel, is electrically connected with control.Using the above scheme, capital information, firkin information, interest information and the devaluation information in economics can be illustrated by display sphere by cash string tetravalence spectrum vividly, and illustrates firkin valence spectrum therein with rotation and lifting spherical surface are prominent.

Description

Feijin price spectrum photoelectric digital display ball and Feijin price spectrum calculation method Technical Field
The invention belongs to the field of financial science and technology, and particularly relates to a femal price spectrum photoelectric digital display ball and a femal price spectrum calculation method.
Background
In traditional economics, a cash flow calculation method is a fund time flow calculation method, a principal generates interest and dereference to perform cash flow equivalent calculation, and the calculation result is that the principal generates interest periods and other equivalent values (annual value, monthly value and the like), but the principal, the interest and the dereference in the equivalent values are not calculated separately and are integrated comprehensive performance.
Principal, interest and depreciation contained in the equivalent value are sequentially arranged, strings similar to spectrums are integrated into a cash string price spectrum, and the value composition of the cash string price spectrum forms a brand-new value space calculation method. The brand new value space calculation method indicates that under the condition of fluctuation of currency inflation rate, resident consumption price index and the like, in the true principal, in addition to principal, the 'flying gold' without interest and value loss exists, so that the true principal price spectrum is divided into two parts of principal price spectrum and flying gold price spectrum, the cash string price spectrum with principal, flying gold, true interest and value loss arranged in sequence is formed like a spectrum, and the 'flying gold phenomenon' of flying gold passing through is displayed "
The 'flying gold phenomenon' is that flying gold in the real principal in the currency expansion value space automatically leaves the real principal area and flies to the real interest area to become interest. It is characterized by that the flying gold can be passed through the boundary line of real principal region and real interest region so as to implement principal change into interest.
The 'flying gold phenomenon' indicates that flying gold has a flying gold price spectrum, the flying gold price spectrum and the principal price spectrum are combined into a true principal gold price spectrum, and the flying gold price spectrum and the true interest price spectrum are combined into an interest price spectrum, so that the flying gold price spectrum is a true principal gold price spectrum and an interest price spectrum, and is a special price spectrum form.
However, in the existing economic activities, people cannot visually see the arrangement composition of the cash string price spectrum, and cannot see the cash flying phenomenon caused by the cash string price spectrum. Therefore, how to intuitively display the "flying gold price list" information in a "touch" manner is a current technical problem, and needs to be solved urgently.
Disclosure of Invention
In view of the above, the invention provides a fem price spectrum photoelectric digital display ball for solving the problem that the fem price spectrum information cannot be displayed intuitively and in a touch manner.
A flying gold price spectrum photoelectric digital display ball comprises: a base; the control module is arranged in the base; the power supply is electrically connected with the control module and is arranged in the base; the input keyboard is electrically connected with the control module and is arranged on the surface of the base; the motor is electrically connected with the control module and is arranged in the base; a rotating shaft connected with the motor; the lifting platform and the components thereof are electrically connected with the control module and are arranged in the base; the display sphere is characterized in that the surface of the display sphere is divided into a first fixed spherical surface, a second fixed spherical surface and a rotating spherical surface; the rotating spherical surface is connected with the rotating shaft; the rotating shaft is sleeved with a shaft sleeve, and the first fixed spherical surface and the second fixed spherical surface are connected with the rotating shaft in a sliding manner through the shaft sleeve; the surface of the display sphere is provided with a display panel, and the control module is electrically connected with the control module.
In one embodiment, the device further comprises a lifting platform, an elastic block, a driving rod and a micro motor; the lifting platform is provided with a notch and a through hole, the inner wall of the through hole is provided with a thread, and the rotating shaft penetrates through the lifting platform; the elastic block is slidably arranged in the notch and internally provided with a spring, and the surfaces of the elastic block, which are opposite to the rotating shaft, are provided with teeth which are meshed with each other; the actuating lever passes through micro motor and is connected with the control module electricity, and control module control micro motor drives, and the actuating lever promotes the elastic block and extrudees in to the elevating platform, and elastic block and axis of rotation intermeshing, axis of rotation meshing spring block rise along the screw thread spiral of elevating platform under the drive of motor, and the rising of axis of rotation drives the demonstration spheroid and rises.
In one embodiment, the display panel of the first fixed spherical surface is an LED display panel, which displays the principal information. The display panel on the second fixed spherical surface is an LED display panel, and displays the depreciation information and the real interest information, or displays the depreciation information and the interest information. The display panel on the surface of the rotating spherical surface is an LED display panel and displays the gold flying information. The control module includes: an arithmetic unit and a memory; the operation unit calculates principal information, interest information, depreciation information, real interest information and flying fund information, and the memory stores input and calculation information; the arithmetic unit also controls the motor to drive the rotating shaft to rotate and controls the display of the display panel. The control module further includes: and the communication unit is used for transmitting the principal information, the interest information, the depreciation information, the real interest information, the flying fund information and the voice information. The system also comprises a display lamp button which is arranged on the base and used for indicating the input information of investment and cycle value. The system also comprises a display screen which is arranged on the base and used for displaying input information of investment and cycle numerical values. The voice recognition device also comprises a loudspeaker which is arranged on the base and outputs voice.
A flying gold price spectrum calculation method comprises a true original gold price spectrum and a calculation method of the original gold price spectrum. The femtography is the difference between the real principal and the principal, obviously, the difference between the real principal price spectrum and the principal is the femtography by subtracting the principal price spectrum, and the femtography is a new existing mode of the currency value in the three-dimensional path space. The method is different from a real principal (principal) price spectrum with an actual interest rate and a currency expansion rate of zero and a real interest (interest) price spectrum with an actual interest rate of infinity and a currency expansion rate of zero, but is a sequence price spectrum with an actual interest rate changed from zero to infinity and a currency expansion rate of zero, and the femtograph price spectrum is positioned between the principal and the real interest price spectrum.
The cash string price spectrum containing the flying gold price spectrum is called a cash string quadrivalence spectrum, and the cash string quadrivalence spectrum proportion formula is as follows:
J*:Po:Go:Sx *:B*＝n:(ny Δ-0):(ny *-ny Δ):(n⊕-ny *):(n-n⊕) (A*≠0；n≠0)
wherein the cash-string value J*Corresponding to cash-string rest period n, principal PoCorresponding cash string ny △Feijin GoCorresponding cash string of flying gold (n)y *-ny △) True interest Sx *Corresponding to a real interest cash string (n)y ⊕-ny *) Dereference of B*Corresponding depreciated cash string (n-n)y ⊕). By adopting the scheme, the principal information, the depreciation information, the real interest information and the femtofore information in the economics can be displayed through the display ball body, and meanwhile, the femtofore price spectrum is vividly and vividly displayed through the mechanical movement of the rotating spherical surface relative to the first fixed spherical surface and the second fixed spherical surface, so that people can visually know femtofore and know femtofore phenomena in a touching way.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the embodiments or the prior art descriptions will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without inventive exercise.
FIG. 1 is a perspective view of an embodiment of a femtograph price spectrum photoelectric digital display ball;
FIG. 2 is a partial perspective view of a ball showing a flying gold price spectrum photoelectric digital code in one embodiment;
FIG. 3 is a view showing a state of the sphere shown in FIG. 1;
FIG. 4 is a schematic view of the rotation of the spherical surface of FIG. 1;
FIG. 5 is a schematic illustration of a cash string price spectrum;
FIG. 6 is a schematic view of the base of FIG. 1;
FIG. 7 is a schematic view of a module within the base of FIG. 1;
FIG. 8 is a schematic structural view of the lift table;
FIG. 9 is a top view of the lift table;
FIG. 10 is a schematic view of the structure of the elastic block;
FIG. 11 is a schematic view of the connection of the resilient block to the drive rod;
fig. 12 is a schematic view of the engagement of the elastic block with the rotation shaft.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be 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 means of the present invention, the following description will be given by way of specific examples.
With reference to the attached figures 1-12, the flying gold price spectrum photoelectric digital display ball comprises: base, control module, power, input keyboard, motor, axis of rotation and demonstration spheroid.
The base is a regular integral component, accommodates all devices inside and plays a supporting role. In this embodiment, the base is a three-dimensional trapezoid, and the structure is stable. In other embodiments, it may be a polyhedron or other irregular shape.
And the control module is arranged in the base. The control module is an electronic integrated circuit board, controls the rotation of the motor, controls the display of the display ball body and the like.
And the power supply is electrically connected with the control module and is arranged in the base. The power supply can be a storage battery or an external energy source to provide a power source.
And the input keyboard is electrically connected with the control module and is arranged on the surface of the base. The input keyboard can input corresponding numerical value information, such as a calculation period, a calculation amount and the like, according to key control; in this embodiment, the counting period includes a counting period and an annual rest period number.
And the motor is electrically connected with the control module and is arranged in the base. The motor outputs torque outwards according to the control signal of the control module.
And the rotating shaft is connected with the motor. Specifically, the rotating shaft is arranged perpendicular to the base, and rotates along with the rotation of the motor.
The display sphere is characterized in that the surface of the display sphere is divided into a first fixed spherical surface, a second fixed spherical surface and a rotating spherical surface; the rotating spherical surface is connected with the rotating shaft; the rotating shaft is sleeved with a shaft sleeve, and the first fixed spherical surface and the second fixed spherical surface are connected with the rotating shaft in a sliding manner through the shaft sleeve; the surface of the display sphere is provided with a display panel which is electrically connected with the control module.
Specifically, the display panel is disposed on the outer surface of the display ball, and the display panel is disposed on the surfaces of the first fixed spherical surface, the second fixed spherical surface and the rotating spherical surface. In addition, the rotating shaft is sleeved with the shaft sleeve, the first fixed spherical surface and the second fixed spherical surface are in sliding connection with the rotating shaft through the shaft sleeve, the bottom of the first fixed spherical surface is in sliding connection with the hole sealing circular ring of the rotating shaft, the hole sealing circular ring of the rotating shaft is in sliding connection with the lifting table, and the top of the second fixed spherical surface is in sliding connection with the top of the rotating shaft.
Furthermore, the surface of the display sphere is divided into a first fixed spherical surface, a second fixed spherical surface and a rotating spherical surface, and the creative arrangement is specifically arranged according to the phenomenon of 'flying gold' in the price spectrum of the cash string, namely the 'flying gold' occurs between 'principal gold' and 'real interest'. Therefore, the rotating spherical surface only displays the 'gold flying' information, and when the 'gold flying' phenomenon occurs, the rotating spherical surface rotates, so that the 'gold flying' phenomenon is vividly displayed. At the same time, the second fixed sphere is used to display the depreciation information and the real interest information.
In other embodiments, the relative size between the first fixed spherical surface and the second fixed spherical surface is fixed, but the display end points of the two fixed spherical surfaces may be changed, so that the longitudinal size of the rotating spherical surface (the bond string) is determined first, and then the display size of the first spherical surface (the bond string) and the display size of the second spherical surface (the real bond string + the depreciation string) are determined according to the principal, bond, real interest and depreciation information in the price spectrum, so as to display the cash string price spectrum information by using the longitudinal relative size of each spherical surface. Since the proportion of the flying gold is small in the economic activities of people, the calculation of the first fixed spherical display size and the second fixed spherical display size will exceed their physical sizes.
Furthermore, the surfaces of the first fixed spherical surface, the second fixed spherical surface and the rotating spherical surface are all provided with display panels which are LED display panels; in other embodiments, it may be a liquid crystal display panel.
By adopting the scheme, the principal information, the depreciation information, the real interest information and the femtofore information in the economics can be displayed through the display ball body, and meanwhile, the femtofore price spectrum is vividly and vividly displayed through the mechanical movement of the rotating spherical surface relative to the first fixed spherical surface and the second fixed spherical surface, so that people can visually know femtofore and know the femtofore phenomenon in a touch manner.
In one embodiment, the flying gold price spectrum photoelectric digital display ball further comprises a lifting table, an elastic block, a driving rod and a micro motor.
The elevating platform is provided with a notch and a through hole, the notch is arranged on the side surface of the elevating platform, the through hole penetrates from top to bottom, threads are arranged on the inner wall of the through hole, the through hole of the elevating platform is penetrated by the rotating shaft, and the diameter of the rotating shaft is slightly smaller than that of the through hole.
The shape of the elastic block is matched with the notch formed on the side surface of the lifting platform, and the length of the elastic block is slightly smaller than the radius difference between the through hole and the rotating shaft. The elastic block is arranged in the notch in a sliding manner, and the surfaces of the elastic block, which are opposite to the rotating shaft, are provided with teeth which are meshed with each other. In addition, a spring is arranged in the elastic block, when the elastic block is pushed to a position between the through hole and the rotating shaft, the rotating shaft rises along the thread due to the mutual engagement of the elastic block and the rotating shaft; the rotation axis descends along the reverse direction of the screw thread, when the elastic block moves to the notch, the elastic block is pushed back to the notch of the lifting platform due to the elasticity of the spring, and the separation of the elastic block and the rotation axis is realized.
The driving rod is electrically connected with the control module through the micro motor, the micro motor rotating shaft is in threaded connection with the driving shaft, the control module controls the micro motor to drive the driving rod to push the elastic block to extrude into the lifting platform, the elastic block is meshed with the rotating shaft, the rotating shaft is driven by the motor to ascend or descend spirally along the thread of the lifting platform, the ascending of the rotating shaft drives the display ball to ascend or descend, and the elastic block has certain rigidity and can bear the weight of the display ball and the like.
By adopting the scheme, the lifting and descending of the display ball body can be realized while the motor rotates forwards and reversely through the ingenious design of the lifting platform, the elastic block and the driving rod, when the flying gold appears, the motor rotates to enable the rotating spherical surface to rotate, the cognition of people can be improved through intermittent ascending and descending, and the attention to the flying gold information is enhanced.
In one embodiment, the control module includes: an arithmetic unit (not shown), and a memory (not shown). The operation unit receives the input information, retrieves the reference interest rate and the resident consumption price index information, calculates principal information, interest information, depreciation information, real interest information and flyaway information, and the memory stores the input and calculated information; the arithmetic unit also controls the motor to drive the rotating shaft to rotate and controls the display of the display panel.
In other embodiments, the control module further comprises: the communication unit is used for transmitting principal information, interest information, depreciation information, real interest information, flying fund information and voice information; people only need to use mobile equipment capable of receiving communication signals sent by the communication unit, such as mobile phones, notebook computers, PDAs and the like, to obtain the economic information in real time. It will be appreciated that what may receive the communication signal from the communication unit may 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 lamp wireless communication unit.
In one embodiment, the flying gold price spectrum photoelectric digital display ball further comprises a display lamp button which is arranged on the base and used for indicating input information of investment and cycle numerical values.
In other embodiments, the system also comprises a display screen which is arranged on the base and displays the input information of the investment and the cycle value. Of course, the device also comprises a loudspeaker which is arranged on the base. The additional hardware equipment can be independently selected and assembled according to the requirement.
According to the invention, the calculation period, the annual rest cycle number and the investment amount can be firstly input from the flying-fund price spectrum photoelectric digital display ball, and the voice playing starts, under the condition that the inflation rate of the currency is stable and unchanged, the first fixed spherical surface of the flying-fund price spectrum photoelectric digital display ball displays the principal fund, the non-rotating spherical surface and one part of the second fixed spherical surface displays interest, the other part of the second fixed spherical surface displays depreciation information, and the composition of the cash string price spectrum is explained by voice; under the condition of fluctuation and change of the inflation rate of the currency, the first fixed spherical surface of the photoelectric digital display ball of the cash string price spectrum displays principal fund, the rotating spherical surface displays flying fund, one part of the second fixed spherical surface displays real interest, the other part of the second fixed spherical surface displays depreciation information, and the flying fund phenomenon in the cash string price spectrum is explained by voice until the voice playing is finished. The explanation is played at regular time under the condition that the inflation rate of the currency is stable and unchanged, and the display is switched at regular time under the condition that the inflation rate of the currency fluctuates and is controlled by the setting time of the control module.
The flying-gold price spectrum photoelectric digital display ball can better display the flying-gold price spectrum, but in order to better understand the principle and the display process of the flying-gold price spectrum and how the arithmetic unit in the control module calculates the principal information, interest information, depreciation information, real interest information and flying-gold information in the cash string price spectrum, the algorithm is explained for this reason.
Based on this, the specific algorithm is as follows:
step S101, acquiring a calculation period (number of years), an annual number of resting cycles, a reference interest rate of a central row in one year, a reference interest rate of a central row corresponding to the calculation period and a consumption price index of residents in one year.
In this embodiment, the input calculation period (number of years) and annual number of rest cycles are received, the reference interest rate of the central row in one year, the reference interest rate of the central row corresponding to the calculation period, and the consumption price index (predicted value) of the residents in one year are obtained from the internet or related departments, and the rest period, the equivalent comprehensive interest rate in one year, and the equivalent inflation of the general goods in one year are calculated according to the calculation period, the number of annual rest cycles, the reference interest rate of the central row in one year, the reference interest rate of the central row corresponding to the calculation period, and the consumption price index of the residents in one year;
specifically, the rest period, the equivalent comprehensive interest rate of the one-year period, the equivalent comprehensive interest rate and the equivalent inflation rate of the currency of the one-year period can be calculated by the following formulas:
n＝T·m (m≥1/T)
ip1 *＝r1/m
ip *＝r/m
f1 Δ≈(CPI1/100-1)/m
wherein n represents the rest period (number of rest cycles), T represents the rest period (number of years), m represents the number of rest cycles per year (number of rest cycles per year), i representsp1 *Represents the equivalent comprehensive interest rate of one year, r1Indicates the basal rate of the oral row in one year (annual rate), ip *Representing the equivalent integrated interest rate, r representing the reference interest rate (annual interest rate) of the central row corresponding to the calculation period, f1 △Indicating the equivalent inflation rate of the currency, CPI, for a period of one year1Representing the index (predicted value) of the consumption price of the residents in one year.
And S102, calculating the equivalent interest rate according to the equivalent comprehensive interest rate of the year and the equivalent inflation rate of the currency in the year, and calculating the equivalent inflation rate of the currency according to the equivalent comprehensive interest rate and the calculated equivalent interest rate.
Specifically, the equivalent interest rate and the equivalent inflation rate of the currency can be calculated by the following formulas:
iΔ＝(ip1 *-f1 Δ)/(1+f1 Δ)
fΔ＝(ip *-iΔ)/(1+iΔ)
wherein iΔRepresenting the equivalent interest rate, ip1 *Represents the equivalent comprehensive interest rate of one year, f1 △Represents the equivalent inflation rate of the currency in one year, i* pRepresents the equivalent integrated interest rate, fΔIndicating the equivalent inflation rate of the currency.
And step S103, calculating the equivalent interest rate reckoning series according to the rest period and the equivalent interest rate.
Specifically, the equivalent interest rate number of the recurrent series can be calculated by the following formula:
Li＝L[iΔ,n]＝(1+iΔ)-1+(1+iΔ)-2+……+(1+iΔ)-n＝(1-(1+iΔ)Λ(-n))/iΔ
wherein L isiRepresents the number of equivalent interest rate Rex series, is L [ i ]Δ,n]And n represents the rest period.
And step S104, calculating the equivalent inflation rate profit-recovery series according to the rest period and the equivalent inflation rate, and outputting the calculated equivalent inflation rate profit-recovery series.
Specifically, the equivalent inflation rate reckoning number can be calculated by the following formula:
Lf＝L[fΔ,n]＝(1+fΔ)-1+(1+fΔ)-2+……+(1+fΔ)-n＝(1-(1+fΔ)Λ(-n))/fΔ
wherein L isfExpressing the equivalent inflation rate Rex series of the currency, is L [ f ]Δ,n]Abbreviations of (a).
And S105, calculating the equivalent comprehensive interest rate reckoning series according to the rest period, the equivalent interest rate reckoning series and the equivalent currency expansion rate reckoning series, and outputting the calculated equivalent comprehensive interest rate reckoning series.
Specifically, the equivalent comprehensive interest rate number of the Rex series can be calculated by adopting the following formula:
LΔ＝L[ip Δ,n]＝(1+ip Δ)-1+(1+ip Δ)-2+……+(1+ip Δ)-n＝Li×Lf/n
wherein L isΔRepresents an equivalent comprehensive interest rate Rex series of L [ i ]p Δ,n]Abbreviations of (a).
And S106, calculating the equivalent comprehensive interest rate reckoning series according to the rest period and the equivalent comprehensive interest rate, and outputting the calculated equivalent comprehensive interest rate reckoning series.
Specifically, the equivalent combined interest rate number of the second stage can be calculated by the following formula:
wherein L is*Represents the equivalent combined interest rate Rex series, is L [ i ]p *,n]Abbreviations of (a).
In step S107, the amount of the beginning is acquired.
Calculating the equivalent value according to the input value (the initial amount) and the equivalent comprehensive interest rate rewarding level, calculating the cash string value according to the interest period and the equivalent value, and outputting the real principal (the initial amount) of the cash string and the calculated real principal percentage of the cash string.
Specifically, the equivalent value, the cash string value, and the cash string true principal percentage may be calculated using the following formulas:
A*＝Y/L*
J*＝A*×n
Y％＝Y/J*×100％
wherein A is*Indicating the amount of the balance, Y the actual principal (the initial amount) of the cash string, J*Representing the value of the cash string, n representing the resting period, and Y% representing the percentage of the true principal of the cash string.
Step S108, calculating the cash flow principal and the percentage thereof according to the rest period, the cash flow value and the equivalent comprehensive interest rate rewarding grade;
Po＝J*×LΔ/n
Po％＝Po/J*×100％
wherein, PoRepresenting cash-chain principal, Po% represents the cash book percentage, J*Representing cash-string value, LΔExpressing the equivalent comprehensive interest rate Rex series, and n expressing the rest period.
Step S109, calculating the interest and percentage of the cash flow according to the interest period, the cash flow value, the equivalent comprehensive interest rate rewarding level and the equivalent currency expansion rate rewarding level;
S*＝J*×(Lf-LΔ)/n
S*％＝S*/J*×100％
wherein S is*Indicating interest in the Cash string, S*% indicates Cash string interest percentage, J*Representing cash-string value, LfExpressing the equivalent inflation rate reckoning series, and n expressing the rest period.
Step S110, calculating the cash string devaluation value and the percentage thereof according to the cash string value, the cash string principal and the cash string interest, and outputting the calculated cash string devaluation value and the calculated percentage thereof;
B*＝J*-Po-S*
B*％＝B*/J*×100％
wherein, B*Indicating a depreciation of a cash string, B*% represents the percentage of cash depreciation, J*Representing cash-string value, PoRepresenting cash-cash*Representing a cash string interest.
Step S111, calculating the real interest and percentage of the cash string according to the value of the cash string, the real principal of the cash string and the devaluation of the cash string, and outputting the calculated real interest and percentage of the cash string.
Sx *＝J*-Y-B*
Sx *％＝Sx */J*×100％
Wherein S isx *Indicating true interest in the cash string, Sx *% indicates the true interest percentage of the Cash Bank, J*Indicating cash-string value, Y indicating cashGolden string true principal, B*Indicating a cash-string depreciation.
Step S112, calculating the cash bunch flying fund and the percentage thereof according to the real principal fund and the percentage thereof of the cash bunch and the principal fund and the percentage thereof of the cash bunch, and outputting the calculated cash bunch flying fund and the percentage thereof;
Go＝Y-Po
Go％＝Y％-Po％
wherein G isoIndicating cash-in-cash-flow, Go% represents the flying fund percentage of the cash string, Y represents the real principal percentage of the cash string, PoRepresenting cash-chain principal, Po% represents cash-bunch principal percentage.
Note that the cash string calculation is a parameter calculation in the calculation period, and the reference interest rate of the central row in one year, the reference interest rate of the central row corresponding to the calculation period and the predicted value of the consumption price index of residents in one year are based on public information published by relevant departments in the current year. It is not in this patent to explain the accuracy of public information published by the relevant departments, especially the predicted value of the residential price index. The reference interest rate of the simultaneous rows can be multiplied by different coefficients to be expressed as various forms of interest rates, such as house loan interest rate, commercial loan interest rate, agricultural loan interest rate and the like.
The above process is illustrated by way of example: the amount of the total loan value (cash lot value), the principal (real principal of cash lot, cash lot principal), interest (real interest of cash lot, interest of cash lot) and the depreciation value (cash lot depreciation) is calculated according to the equal-amount principal repayment mode in 2015, 1 month bank house according to the loan Y being 1000 ten-thousand yuan (input value), the loan period being 30 years and the rest period n being 360 months?
2015 1 month Chinese house loan one year benchmark interest rate r15.60 percent, the benchmark interest rate r of 30 years 6.15 percent, and the predicted value CPI for the increase of the consumption price index of the residents in 201511.5, converting the monthly rate of loan in one year into equivalent comprehensive rate i in one yearp1 *When 0.0560/12 is 0.004667, the monthly rate of loan in 30 years is converted into the equivalent comprehensive rate, and the expansion rate f of the currency in one year is calculated10.015. Converting the expansion rate of the monthly currency into the equivalent expansion rate f of the monthly currency1 △＝0.015/12＝0.00125。
2015-2045 years (n is 360) equivalent value (calculated payoff per month):
wherein the content of the first and second substances,
2015 + 2045 years (n is 360) cash string value:
J*＝A*xn 6.0923 × 360 ═ 2193.228 (ten thousand yuan)
Y％＝Y/J*＝1000÷2193.228＝45.59％
Equivalent interest rate in 2015 (n is 12), also equivalent interest rate in 2015-2045 (n is 360):
equivalent inflation rate in 2015-2045 years (n is 360):
2015-2045 years (n is 360) equivalent comprehensive interest rate and profit grade:
wherein the content of the first and second substances,
2015-2045 years (n is 360) cash fund and its percentage:
Po＝J*×L[ip Δ,n]2193.228 × 154.6240 ÷ 360 ═ 942.0158 (ten thousand yuan)
Po％＝Po/J*＝942.0158÷2193.228＝42.95％
2015-2045 years (n-360) cash string interest and its percentages:
S*＝J*×[L[fΔ,n]-L[ip Δ,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 depreciation and its percentage:
B*＝J*-Po-S*2193.2280-942.0158-695.7687 ═ 555.4435 (ten thousand yuan)
B*％＝B*/J*＝555.4435÷2193.228＝25.33％
2015-2045 years (n-360) true interest and its percentage:
Sx *＝J*-Y-B*637.7845 (ten thousand yuan) is 2193.2280-1000-555.4435
Sx *％＝Sx */J*＝637.7845÷2193.228＝29.08％
2015-2045 years (n is 360) cash-string flying gold and the percentage thereof:
Go＝Y-Po1000-942.0158 ═ 57.9842 (ten thousand yuan)
Go％＝Go/J*＝57.9842÷2193.228＝2.644％
The example calculates the cash bunch value to be 2193.2280 ten thousand dollars, with the cash bunch true principal being 1000 ten thousand dollars and its percentage being 45.59%, the cash bunch principal being 942.0158 ten thousand dollars and its percentage being 42.95%, the cash bunch true interest being 637.7845 ten thousand dollars and its percentage being 29.08%, the cash bunch interest being 695.7687 ten thousand dollars and its percentage being 31.72%, the cash bunch depreciation being 555.4435 ten thousand dollars and its percentage being 25.33%, and the cash bunch float being 57.9842 ten thousand dollars and its percentage being 2.644%.
This example calculates the true cash string price spectrum length ratio ny *：(n⊕-ny *)：(n-n⊕) Is 164:105: 91.
This example calculates the actual cash-string price-spectrum length ratio ny △：(n⊕-ny △)：(n-n⊕) Is 155:114: 91.
The above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the spirit and scope of the technical solutions of the embodiments of the present invention.
Further, the flying gold is the invisible transmission value of cash serial state superposition.
The three cash string price spectrums provide three calculation methods of the value of the original point of space, the nominal cash string price spectrums adopt the nominal interest rate r to calculate the current value P, which is the result of cash flow equivalent calculation, namely the result of calculation assuming that the actual interest rate i and the currency expansion rate f are both constant interest rates.
The cash-in-cash-lot price list adopts equivalent comprehensive interest rate ip △Computing the spatial current value PoIn the value space field, the result of calculation according to the steps of currency appreciation first and currency appreciation second is assumed that currency inflation only brings currency appreciation and does not affect currency appreciation, so the space present value PoEqual to the present value P.
The original value cash string price spectrum adopts equivalent comprehensive interest rate ip *Calculating a spatial raw value Y in the value space field, which is a result of the step of combining the currency increment and the currency decrement assuming that the currency volume is expanded to bring the currency increment and influence the currency increment, so that the spatial raw value Y is not equal to the spatial current value PoThat is, the original space value Y (real principal) and the present space value P appearoDifference of (principal gold) GoIt is called Feijin, which can be negative (-G)o) It is called flier.
Under the condition of changing actual interest rate and changing inflation rate of currency, using equivalent comprehensive interest rate ip *The calculated spatial raw values are:
Y＝A*·L[ip *,n] (ip *＝iΔ+fΔ+iΔ·fΔ)
under the condition of changing actual interest rate and changing inflation rate of currency, using equivalent comprehensive interest rate ip △The current value of the calculation space is:
this yields the inequality:
in the formula i△Is a constant equivalent interest rate, f△Is a constant equivalent inflation rate for the currency.
Under the condition of constant actual interest rate and constant inflation rate of currency, the equivalent comprehensive interest rate i is usedp *The calculated spatial raw values are:
Yo＝A*·L[ip *,n]＝A*·L[r,n]＝P (ip *＝r＝i+f+i·f)
under the condition of constant actual interest rate and constant inflation rate of the currency, the equivalent comprehensive interest rate i is usedp △The current value of the calculation space is:
this gives the equation:
it has been mathematically proven that the inequality and equality (somewhat) are correct, which directly confirms the presence of the flyaway (the difference between the original and the current value of the space, and also the difference between the original and the current value of the space).
Obviously, under the condition of changing actual interest rate and changing inflation rate of currency, the equivalent integrated interest rate i is usedp *Calculating the equivalent comprehensive interest rate i when the space original value Y is not equal to the used valuep △Computing the spatial current value PoUnder the condition of constant actual interest rate and constant inflation rate of the currency, the equivalent comprehensive interest rate i is usedp *Calculating the space original value YoEqual to the current value P calculated by the nominal interest rate r and equal to the integrated interest rate ip △Computing the spatial current value PoThis directly indicates that the changes of the actual interest rate and the inflation rate of the currency bring about unequal space original value Y and present value P, and also indicates that the merging and separating changes of the currency increment and decrement calculation paths bring about unequal space original value Y and space present value PoAre not equal.
Because the actual interest rate and the inflation rate of the currency are changed or not changed, the result is a cash string observation and measurement result, the currency increment and derogation calculation path is merged, or the result is a cash string superposition state entanglement result, the nominal cash string, the current cash string and the original cash string are analyzed according to the physical quantum mechanical state superposition principle to form a cash string state superposition method, and the conclusion is as follows:
(a) the cash string is a space price spectrum form and has the property of linear correlation superposition state;
(b) the nominal cash string, the present cash string and the original cash string are in three different superposition states;
(c) the nominal cash string and the original cash string are in a single body superposition state and are collapsed into the original cash string;
(d) the cash string with the current value and the cash string with the original value are in a multi-body superposition state and are entangled into the cash string with the original value;
(e) the flying gold is the result of the superposition of entangled states and is an invisible transmission value.
In the principle of state superposition in physical quantum mechanics, quantum mechanics is the best known to begin the experiment of the 'Schrodinger cat' conceived by Schrodinger, and the quantum mechanics explains the superposed state cats which are dead and alive. The cash strings in the stacked state which are dead and alive also exist in the two-dimensional interest cycle space, the cash strings in the dead state are nominal cash strings with unchanged actual interest rate and currency expansion rate, and no flying fund exists; the cash string in the active state is an original cash string with the actual interest rate and the currency expansion rate changed, and has cash.
The cash strings are stacked in a state, and the cash strings are stacked in a single state due to the change of the actual interest rate and the expansion rate of the currency. Before people observe the cash string, the cash string has two states, one state is a nominal cash string state (unchanged actual interest rate and unchanged currency expansion rate), the other state is an original cash string state (changed actual interest rate and changed currency expansion rate), because the difference is not the difference (the cash string has the same length, the same value intensity, the same equivalent interest rate (actual interest rate), the same equivalent currency expansion rate (currency expansion rate) and the same interest path) but the different states (the cash string price spectrum has the difference of flying money), before people observe the cash string, the cash string states can not be determined, the cash string states are a single state superposition, when people observe the change of the currency expansion rate (the reference interest rate of the compulsory rows is related to the calculation period), the cash string superposition state collapses to be the unique state, and the original two states become the uniquely determined original cash state, the existence of flying funds in the original cash string price spectrum is determined.
Currently, people know that cash cascade superposition is a subjective consciousness, namely, the currency inflation only brings currency dereferencing and does not influence currency increment. The result of the consciousness participation reasoning is that the actual interest rate is unchanged, the inflation rate of the currency is also unchanged, so far, the reasoning is not known by people, and the result of the wrong subjective consciousness participation results in that the inflation rate of the currency is unchanged, so that the currency string superposition state collapses into the nominal currency string, and no flying fund exists in the nominal currency string price spectrum. The nominal cash flow rate spectrum is a cash flow rate spectrum which is the result of cash flow equivalence calculation, and the participation of wrong subjective consciousness forms a miszone of the current cash flow which is popular in the financial world and has no flying fund.
The nominal cash string and the present cash string are similar cash strings, the nominal cash string and the present cash string are combined and calculated according to the interest path and the depreciation path, and the interest path and the depreciation path are calculated separately; the former has a constant actual interest rate and a constant currency expansion rate, and the latter has a constant actual interest rate and a constant currency expansion rate, but the cash strings integrated with the former are the same.
The nominal cash string and the original cash string are in a cash string monomer superposition state and are finally collapsed into the original cash string, and the nominal cash string and the original cash string are different in that the actual interest rate is unchanged and the volume expansion rate is unchanged, the actual interest rate is changed and the volume expansion rate is changed, the nominal cash string and the original cash string reflect the difference of the states due to different processes of information, and the nominal cash string and the original cash string are in a cash string monomer superposition state. The difference between the cash string and the original cash string is that the interest path and the depreciation path are calculated separately, the interest path and the depreciation path are calculated in a combined manner, the difference of the interest paths causes the change of a two-dimensional interest period, namely, a current value dimension into an original value dimension, and a value-added dimension into a valid value dimension, which reflect the difference of entities, and the cash string is a cash string multi-body superposition.
The cash string multi-body superposition is that there must be definite relation between them, and the cash string of present value and the cash string of original value have a pair of EPR of sharing to right, and its mathematical expression is principal + interest + depreciation is real principal + real interest + depreciation, because EPR is right existence, the cash string of present value and the cash string of original value constitute the entanglement cash string pair.
The flyer transmission is an information transmission, the sender of the flyer is a common spatial origin of the cash series of the present value and the cash series of the original value, the receiver of the flyer is a spatial boundary point of the cash series of the present value and a spatial end point of the cash series of the original value, an EPR-cash series entanglement pair shared by the cash series of the present value and the cash series of the original value is obtained according to the EPR-cash series entanglement pair (principal + interest + depreciation + true principal + true interest + true depreciation) shared by the cash series of the present value and the cash series of the original value, the mathematical expression is the principal + interest + true principal + true interest, the sender jointly measures the half of the EPR pairs (principal and true principal) owned by the sender and the flyer to be sent (principal-flyer), so that the other half of the EPR pairs (interest and true interest) owned by the receiver are instantaneously collapsed to another state (interest + true flying money), the spatial origin of the spatial boundary point and the spatial end point of the cash series of the original value are instantaneously completed cash series of the original value, femtogenes are an implicit transmission.
It should be noted that flyaway stealth transport is distinct from quantum stealth transport, the former being value (credit) transport and the latter being quantum transport; the former EPR pair is a valid association, and the latter EPR pair is a Bell state; the former instant completion is a completion which does not consume any time, and the latter instant completion is a completion which consumes the bell state generation, measurement and conventional transmission time.
Femtogenes is a value for stealth transmission. This is inconsistent with the notion that the femtogenes need to be transmitted from the start of time to the end of time, since it is understood that femtogenes are determined before they are not observed. In fact, the flying gold is uncertain before being observed, and the flying gold is the result of entanglement of multiple stacked states of the cash strings.
The conclusion of the state superposition analysis of the cash string is as follows: the nominal cash string and the original cash string are in a single body superposition state, and the single body superposition state collapses into the original cash string due to the fact that the observation and measurement currency expansion rate is changed (the reference interest rate is related to the calculation years). The cash string and the original cash string are in a multi-body superposition state, and under the condition that currency is expanded and the true principal of the original cash string is greater than the principal of the cash string, the flying gold of the original cash string is invisibly transmitted between the spatial origin and the spatial destination, so the multi-body superposition state is entangled into the original cash string.
It can be seen that the cash string state superposition solves the selection problem of the nominal cash string, the current cash string and the original cash string. The original cash bunch flyings cross the space from the original point of the two-dimensional interest cycle space to the end point, when the cash bunch is observed, the flyings cross the time from the time starting point to the end point, and the states that the actual interest rate is zero and the inflation rate of the currency is zero do not exist in the time crossing process, so that the flyings are the insensible currency value, and the cash bunch state superposition solves the theoretical basic problem of the flyings.
It should be noted that the stealth transfer of the flyer in the two-dimensional interest-bearing periodic space from the origin to the end of the space has the problem of exceeding the space, and because the two-dimensional interest-bearing periodic space has the boundary line between principal and interest and the boundary line between interest and depreciation, the stealth transfer of the flyer is the transfer across the boundary line and the boundary line, and the transfer across the line cannot be realized in the two-dimensional space, which is related to the stealth transfer track. Therefore, the stealth transmission of gold flying cannot explain the phenomenon of "gold flying through" in the two-dimensional interest cycle space.
Under the condition of changing actual interest rate and inflation rate of the currency, one is equivalent comprehensive interest rate ip △The cash-value-cash-string price spectrum (nominal cash-string price spectrum) formed by the calculated principal, interest and depreciation, and the other is the equivalent comprehensive interest rate ip *The calculated true principal, true interest and depreciation constitute the original cash-string price spectrum, which are collectively called the cash-string price spectrum.
The cash string price spectrum can be a combination form of the cash string price spectrum with the original value, namely the cash string price spectrum is a price spectrum of principal, flying principal, real interest and depreciation, or a price spectrum of real principal, flying principal, interest and depreciation, and the proportion formula is as follows:
J*:Po:Go:Sx *:B*＝n:(ny Δ-0):(ny *-ny Δ):(n⊕-ny *):(n-n⊕) (A*≠0；n≠0)
J*:Y:(-Go):S*:B*＝n:(ny *-0):(ny Δ-ny *):(n⊕-ny Δ):(n-n⊕) (A*≠0；n≠0)
feijin Go＝Y-Po
Fly by-Go＝Sx *-S*
The cash-string price spectrum has an important meaning of listing the flying gold price spectrum into a component of the price spectrum, which shows that under the condition of change of actual interest rate and currency expansion rate, flying gold (flying interest) is an objective existence and is a third economic element different from principal gold and interest. Certainly, the cash string price spectrum proportional formula is not an investment price spectrum proportional formula, namely principal and real interest cannot be presented at the same time in the investment price spectrum proportional formula, and real principal and interest cannot be presented at the same time, principal and interest can be presented at the same time, or real principal and real interest can be presented at the same time, and flying gold can be presented only through a flying gold phenomenon of flying gold crossing, which shows that the cash string price spectrum in the two-dimensional interest cycle space has defects, namely, the cash string price spectrum in the two-dimensional interest cycle space has defects because flying gold crossing cannot be realized in the two-dimensional interest cycle space.
A flying gold price spectrum calculation method comprises a true original gold price spectrum and a calculation method of the original gold price spectrum. The femtography is the difference between the real principal and the principal, obviously, the difference between the real principal price spectrum and the principal is the femtography by subtracting the principal price spectrum, and the femtography is a new existing mode of the currency value in the three-dimensional path space. The method is different from a real principal (principal) price spectrum with an actual interest rate and a currency expansion rate of zero and a real interest (interest) price spectrum with an actual interest rate of infinity and a currency expansion rate of zero, but is a sequence price spectrum with an actual interest rate changed from zero to infinity and a currency expansion rate of zero, and the femtograph price spectrum is positioned between the principal and the real interest price spectrum. The cash string price spectrum is a true principal, true interest and depreciation price spectrum, or a principal, interest and depreciation price spectrum, and is called a cash string trivalent spectrum, and under the condition of the presence of the flying-gold cash string, the flying-gold cash string has the flying-gold price spectrum, so the cash string trivalent spectrum is evolved into a cash string tetravalent spectrum.
The cash string quadrivalence spectrum proportion formula containing the Feijing valence spectrum is as follows:
J*:Po:Go:Sx *:B*＝n:(ny Δ-0):(ny *-ny Δ):(n⊕-ny *):(n-n⊕) (A*≠0；n≠0)
wherein the cash-string value J*Corresponding to cash-string rest period n, principal PoCorresponding cash string ny △Feijin GoCorresponding cash string of flying gold (n)y *-ny △) True interest Sx *Corresponding to a real interest cash string (n)y ⊕-ny *) Dereference of B*Corresponding depreciated cash string (n-n)y ⊕)。

Claims (12)

  1. A flying gold price spectrum photoelectric digital display ball is characterized by comprising:
    a base;
    the control module is arranged in the base;
    the power supply is electrically connected with the control module and is arranged in the base;
    the input keyboard is electrically connected with the control module and is arranged on the surface of the base;
    the motor is electrically connected with the control module and is arranged in the base;
    the rotating shaft is connected with the motor;
    the display sphere comprises a display sphere body, a first fixing spherical surface, a second fixing spherical surface and a rotating spherical surface, wherein the surface of the display sphere body is divided into the first fixing spherical surface, the second fixing spherical surface and the rotating spherical surface; the rotating spherical surface is connected with the rotating shaft; a shaft sleeve is sleeved on the rotating shaft, and the first fixed spherical surface and the second fixed spherical surface are connected with the rotating shaft in a sliding manner through the shaft sleeve; and a display panel is arranged on the surface of the display sphere and is electrically connected with the control module.
  2. The flying gold price spectrum photoelectric digital display ball as claimed in claim 1, further comprising a lifting table, an elastic block, a driving rod and a micro motor; the lifting platform is provided with a notch and a through hole, the inner wall of the through hole is provided with a thread, and the rotating shaft penetrates through the lifting platform; the elastic block is slidably arranged in the gap and internally provided with a spring, and the surfaces of the elastic block, which are opposite to the rotating shaft, are provided with teeth which are meshed with each other; the actuating lever passes through micro motor with the control module electricity is connected, control module control micro motor drive the actuating lever promotes the elasticity piece to extrude in the elevating platform, the elasticity piece with axis of rotation intermeshing, axis of rotation meshing spring block is in under the drive of motor along the screw thread spiral of elevating platform rises, the drive that rises of axis of rotation the demonstration spheroid rises.
  3. The femtograph price spectrum photoelectric digital display ball of claim 1, wherein the display panel on the surface of the first fixed spherical surface is an LED display panel showing principal information.
  4. The femtoque price spectrum photoelectric digital display ball as claimed in claim 1, wherein the display panel of the second fixed spherical surface is an LED display panel, and the display depreciation information and the real interest information, or the display depreciation information and the interest information.
  5. The flying gold price spectrum photoelectric digital display ball as claimed in claim 1, wherein the display panel on the surface of the rotating spherical surface is an LED display panel for displaying flying gold information.
  6. The femtograph price spectrum photoelectric digital display ball according to any one of claims 1 to 5, wherein the control module comprises: an arithmetic unit and a memory; the operation unit receives the input information, retrieves the reference interest rate and the resident consumption price index information, and calculates principal information, interest information, depreciation information, real interest information and flyaway information; the memory stores input and calculation information; the operation unit also controls the motor to drive the rotating shaft to rotate and controls the display of the display panel.
  7. The femtograph price spectrum photoelectric digital display ball of claim 6, wherein the control module further comprises: and the communication unit is used for transmitting the reference interest rate, the resident consumption price index information, the principal interest information, the depreciation information, the real interest information, the flying fund information and the voice information.
  8. The flying gold price spectrum photoelectric digital display ball as claimed in claim 7, further comprising a display lamp button arranged on the base for indicating input information of investment and cycle value.
  9. The femtoh price spectrum photoelectric digital display ball as claimed in claim 8, further comprising a display screen arranged on the base for displaying input information of investment and cycle value.
  10. The femtograph price spectrum photoelectric digital display ball according to claim 9, further comprising a speaker provided in the base for outputting a voice.
  11. A femtograph price spectrum calculation method comprises the following steps: true principal price spectrum and principal price spectrum calculation method; the flying gold is the difference between the real principal gold and the principal gold, namely the price spectrum of the real principal gold minus the price spectrum of the principal gold is equal to the price spectrum of the flying gold;
    the flying gold price spectrum is a new existing mode of currency value in a three-dimensional path space; the femtograph price spectrum is different from a real principal price spectrum with an actual interest rate and a currency expansion rate of zero, the femtograph price spectrum is also different from a real interest price spectrum with an actual interest rate of infinity and a currency expansion rate of zero, but the actual interest rate is changed from zero to a sequence price spectrum with infinity and a currency expansion rate of zero, and the femtograph price spectrum is positioned between the principal price spectrum and the real interest price spectrum.
  12. The flying gold price spectrum calculation method according to claim 11, characterized by comprising: calculating a cash string quadrivalence spectrum of the Feijing price spectrum, wherein the calculation proportion formula of the cash string quadrivalence spectrum is as follows:
    wherein the cash-string value J*Corresponding cash string tallyPeriod n, principal PoCorresponding cash string ny △Feijin GoCorresponding cash string of flying gold (n)y *-ny △) True interest Sx *Corresponding real interest cash string depreciation B*Cash string with depreciation
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