JP2006318027A - Financial commodity information processor, financial commodity information processing method, and financial commodity information processing program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enable a private investor unfamiliar with investment to easily make decision at the time of purchasing a financial commodity. <P>SOLUTION: This processor comprises a brand data storage means storing brand data showing securities information for a financial commodity with a character in which a predetermined settlement amount is paid when the price of a target fund is matched to an exercise price at an exercise date and magnification data showing the settlement amount to unit prices of individual brands constituting this financial commodity by magnification; and a brand display means reading the brand data and the magnification data from the brand data storage means and displaying the exercise prices and magnifications of individual brands together. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a financial product information processing apparatus, a financial product information processing method, and a financial product information processing program that prompt investors to select a financial product.

  In recent years, various efforts have been made for the purpose of expanding the number of individual investors, but it is said that information necessary for making investment decisions is still difficult for beginners to understand.

  On the other hand, gambling that receives a refund of a predetermined magnification when a result is predicted and hit, such as a sports promotion lottery, a public competition, or a casino game, is familiar. These are aspects that are easier for beginners to understand than trading securities such as stocks, either by losing the purchase principal or by obtaining a refund depending on the multiple of the forecast. There is.

  As a financial product with the same risk characteristics as gambling, digital options were traded in which a predetermined amount was paid when the price of the target asset reached the strike price. Due to the complicated procedures for selling, it was mainly composed as a product for financial institutions.

  As a product that has been made small for individual investors, the right to buy (call option) at a specific price (exercise price) on a certain date (exercise date), with listed stocks and indices as the underlying assets, or Covered warrants whose securitized rights (put options) are securitized are being sold, and patent applications relating to systems for forming covered warrants have been filed (Patent Document 1).

Special table 2005-503608 gazette

  However, it is very difficult to understand the concept of options and the mechanism of price formation when an individual investor unfamiliar with investment tries to purchase the above-mentioned covered warrant.

  The present invention has been made to solve the above-described problems, and financial product information processing apparatus and financial product information that can be easily determined by an individual investor unfamiliar with investment when purchasing a financial product. It is an object to provide a processing method and a financial product information processing program.

  In order to solve the above-described problem, the present invention provides stock data indicating securities information of a financial product having a property in which a predetermined settlement amount is paid when the price of a target asset matches the exercise price on the exercise date, and Magnification data indicating the settlement amount with respect to the unit price of individual stocks constituting this financial product is stored respectively. The stored brand data and the multiple scale data are read out, and the exercise price and the multiple of each individual brand are displayed together. It is characterized by making it.

  As described above, according to the present invention, when the price of the target asset matches the exercise price on the exercise date, the exercise price and the multiple of the financial product for which a predetermined settlement amount is paid are displayed together. As a result, individual investors can easily understand the mechanism of price formation for complex financial products and make investment decisions.

  Other features and remarkable effects of the present invention will be understood more clearly by referring to the description of the best mode section for carrying out the present invention and the attached drawings.

  Embodiments of the present invention will be described below with reference to the drawings.

[1. Outline of Embodiment]
In this embodiment, a covered warrant is used as a financial product for which a predetermined settlement amount is paid when the price of the target asset matches the exercise price on the exercise date, and the Nikkei average is used as the target asset. Yes.

  The exercise price of the covered warrant used in the present embodiment indicates the difference between the Nikkei average on the reference date (reference Nikkei average) and the Nikkei average on the exercise date within a target range having a predetermined range.

  For example, if the exercise price is “the basic Nikkei average plus 1,000 yen” and the settlement amount is “(i) the closing price of the Nikkei average on the exercise date is greater than the exercise price, The cash settlement amount is 182,153 yen. (Ii) If the closing price of the Nikkei average on the exercise date is less than or equal to the exercise price, the cash settlement amount per warrant will be 0 yen. " Assume that the Nikkei average on the day is 11,000 yen and the Nikkei average on the exercise date is 11,300 yen. At this time, since the exercise price is 11,000 yen +1,000 yen = 12,000 yen, the Nikkei average, which is the underlying asset, did not match the exercise price on the exercise date, and the settlement amount was paid. Absent.

  On the other hand, the exercise price is “(i) the value obtained by adding 200 yen to the standard Nikkei average“ exercise price A ”, and the value obtained by adding 400 yen to the standard Nikkei average“ exercise price B ”. And the settlement amount is “If the closing price of the Nikkei average on the exercise date is greater than the exercise price A and less than or equal to the exercise price B, the cash settlement amount per warrant is 12,500 yen (ii) ( In cases other than i), the cash settlement amount per warrant shall be 0 yen. ”In this case, the exercise price A = 11,000 yen + 200 yen = 11,200 yen, the exercise price B = 11,000 yen + 400. Yen = 11,400 yen, so the Nikkei average 11,300 yen on the exercise date is greater than 11,200 and less than 11,400, so it matches the exercise price and a settlement amount of 12,500 yen is paid. It will be.

  Therefore, an investor only needs to purchase a covered warrant that predicts how much the Nikkei average on the exercise date will rise or fall from the base Nikkei average, and shows the predicted range as the exercise price. For example, a predetermined settlement amount is paid, but if the prediction is not correct, the invested amount is lost.

  These covered warrants are traded as individual brands, but in this embodiment, a sale procedure is performed as the same product as a covered warrant composed of a plurality of individual brands. The vending procedures include the submission of securities registration statements and the delivery of prospectuses. These documents include the issuer's corporate information and covered warrants such as the covered warrant record date, index, and exercise date. Items common to each constituent stock and items different for each individual stock such as the exercise price and settlement amount are described as securities information.

  In the present invention, a numerical value obtained by dividing the settlement amount paid when the prediction is correct by the trading unit amount (unit price) is displayed at a magnification. In the above example, if the trading unit (one warrant) is 5,000 yen, the magnification of the former example is 182,153 yen ÷ 5,000 yen≈63.4 times, and the magnification of the latter example is 12,500. Yen ÷ 5,000 = 2.5 times.

  From the investor's perspective, the covered warrants whose ratios are calculated in this way present the ratios calculated based on statistical probabilities, and the winners are gambled and superficially distributed at the presented ratios. Is an approximation. However, covered warrants are merely securities, and the exercise price is also calculated based on option theory using market price factors such as the rate of deviation from the Nikkei average, stock price variability and interest rates, and issuance of covered warrants. The body is completely different from gambling in that it can be hedged in the stock market.

  In general, since advanced knowledge is required to calculate option prices, option trading is difficult for beginners, but when purchasing such covered warrants, the basic Nikkei average and rights Since it is only necessary to select a product with reference to the deviation from the Nikkei average on the exercise date and the multiplication factor, even an individual investor unfamiliar with investment can easily make an investment decision.

  The present embodiment implements the present invention using a financial product information processing apparatus 100 that processes information related to such financial products and displays the information to investors. The financial product information processing apparatus 100 is a computer. By executing the program by hardware, it functions as an apparatus, and a financial product information processing method is realized.

[2. System configuration]
FIG. 1 shows the configuration of the financial product information processing apparatus 100 according to the embodiment. The financial product information processing apparatus 100 is connected to the internal network 200 and the external network 300, and information related to financial products processed by the financial product information processing apparatus 100 and other systems in the internal network 200 is transmitted through the external network 300. Provided to investors.

  The financial product information processing apparatus 100 includes a CPU 101 that is physically a central processing unit, a memory 102 that temporarily stores data, an I / F 103 that is an interface with an external device, and an I / O 104 that controls input and output to the device. , And an HDD 105 that is a storage device (storage means) for storing data.

  Connected to the internal network 200 are a transaction system 201 that performs information processing related to securities transactions, a Web server 202 that displays results of the information processing and inputs information on the Web. Since the transaction system 201 is a system conventionally used for securities transactions by securities companies, a detailed description thereof will be omitted.

  The external network 300 may be an open network such as the Internet or a closed network such as a partner system network. As a service using the Internet, securities companies have traditionally offered online trading. In addition, as a service using the partner network, for example, a convenience store is used as a securities agency, and a securities transaction service using an information terminal installed in the store is provided.

  The HDD 105 stores an operation system (OS) 106, middleware 107, an application 108, and a data file 109 configured from computer programs and various setting files.

  The financial product information processing apparatus 100 provides means for realizing various functions by executing the application 108 and referring to the data file 109 on the platform provided by executing the operation system 106 and middleware 107. . In FIG. 1, means for realizing various functions described below are logically shown as various functional units as units of elements constituting the financial product information processing apparatus 100, and the data referenced by each functional unit is shown. Means for storing in accordance with the type is logically shown as various storage units.

  The various functional units include the stock management unit 110 that functions as stock data management means such as registration and data update of securities sold to customers, and transaction application data and transaction result data necessary for securities transaction processing. An index that functions as a means for acquiring data indicating a fluctuating index such as a standard Nikkei average that is transmitted to and received from the system 201 and functions as a transaction information management means in the financial product information processing apparatus 100 The acquisition unit 112, a screen generation unit 113 that functions as a unit for generating a screen for displaying the processing result in the financial product information processing apparatus 100 on the display, and by dividing the settlement amount of the covered warrant by the trading unit amount (unit price). The magnification calculator 114 that functions as a means for calculating the magnification, specifically showing the target range of the exercise price The target range calculation unit 115, which functions as a means for calculating the value based on the reference index, determines whether or not the index at the time of determination of the covered warrant purchased by the customer (investor) matches the exercise price. From among the displayed individual brands, a valuation amount calculation unit 116 that functions as a means for calculating the valuation amount of the purchased individual brands, a brand display unit 117 that functions as a means for displaying the securities information, target range, and magnification of the individual brands. As a means for displaying a transaction application input accepting unit 118 that functions as a means for inputting transaction application data necessary for establishing a transaction by recognizing an operation selected by the customer, and an evaluation amount based on the transaction result of the customer There is a functioning transaction confirmation display 119.

  In addition, as various storage units, the brand data storage unit 120 which is a storage means for storing the brand data indicating the securities information of the covered warrant for each individual brand, the transaction application in association with the brand data of the individual brand selected by the customer A transaction data storage unit 121 that is a storage unit that stores data and transaction result data, an index data storage unit 122 that is a storage unit that stores market value data of an index that is obtained from the outside and that changes daily, and a screen to be displayed are generated. There is a screen data storage unit 123 which is a storage unit for storing data indicating an image and a layout for the purpose.

  FIG. 2 shows a configuration example of data stored in the brand data storage unit 120 and the transaction data storage unit 121.

  In the brand data storage unit 120, a brand code is specified for each sale covered warrant, a brand information master for managing securities information such as a brand name and a base date, and individual brands constituting each sale covered warrant as brand codes. An individual brand table that manages securities information such as exercise price and settlement amount is specified by specifying the corresponding individual brand code.

  In addition, the transaction data storage unit 121 associates the account number for identifying the account of the customer who purchases the covered warrant with the individual brand code and quantity as the transaction application data, the settlement amount and the contract as the transaction result data. An order execution table for managing the status and a confirmation table for managing information for confirming whether or not the procedure for delivering the prospectus necessary for purchasing the sale covered warrant is completed are set.

[3. System operation]
Next, the operation of the system will be described with reference to FIGS.

  First, the relationship between various data described with reference to FIGS. 1 and 2 and a screen to be displayed will be described using the conceptual diagram shown in FIG.

  On the brand display screen 117G displayed by the brand display unit 117, based on the brand data read from the brand data storage unit 120, the target range and the magnification of the individual brands are displayed for the covered warrants on sale. In addition, an application button for selecting a purchase application for each individual brand is displayed.

  When the customer performs an operation of selecting an individual brand and pressing an application button on this screen, the screen transitions to an application screen 118G for applying for purchase of the selected individual brand displayed by the transaction application input receiving unit 118. . Transaction application data input from a customer on the application screen 118G is stored in the transaction data storage unit 121 by the transaction management unit 111 and transmitted to the transaction system 201. Then, the processing result of the transaction executed by the transaction system 201 is transmitted to the transaction management unit 111, and this transaction result data is stored in the transaction data storage unit 121.

  In this way, using the transaction data stored in the transaction data storage unit 121 and the market price data stored in the index data storage unit 122, the target range based on the reference index determined by the target range calculation unit 115 is calculated and evaluated. The transaction confirmation display unit 119 displays the evaluation amount based on the transaction result on the confirmation screen 119G using the data generated by the amount calculation unit 116 calculating the evaluation amount at the time of confirmation.

  FIG. 4 shows a display example of the brand display screen displayed by the brand display unit 117, and FIG. 5 is a flowchart of processing for displaying the brand display screen.

  The brand display unit 117 displays the securities information of the covered warrant during the sale period with reference to the brand data storage unit 120 (S101). In the example shown in FIG. 4, the stock name, sale period, target asset, base date, fixed date, and stock name included in the stock data corresponding to the stock code 101 of the stock information master illustrated in FIG. The application unit is read and displayed.

  In addition, in order to purchase a covered warrant, a customer must receive a prospectus, but in this embodiment, on the assumption that the prospectus is electronically delivered, whether or not the prospectus has been viewed on the screen is determined. While displaying, when the state is unread, the prospectus button B1 which changes to a prospectus browsing screen is displayed (S102). For the status, the confirmation table illustrated in FIG. 2 may be referred to, and for the transition to the prospectus browsing screen, a conventional electronic delivery mechanism may be used.

  Next, the brand display unit 117 reads data on the individual brands constituting the displayed covered warrant from the brand data storage unit 120 (S103), and displays the target range and magnification of each individual brand in a format that can be selected and compared. (S104). In the example of FIG. 4, the target range and magnification of the 13 individual brands of the individual brand codes 10101 to 10113 in the individual brand table illustrated in FIG.

  Further, the brand display unit 117 generates and displays a transaction application button B1 corresponding to the individual brand in association with the individual brand code (S105), and waits for an operation of the transaction application button B1 (S106). When the brand display unit 117 recognizes an operation in which any one of the transaction application buttons B2 is pressed (S106; Yes), the procedure necessary for the transaction is referred to with reference to the confirmation table of the transaction data storage unit 121 illustrated in FIG. It is determined whether or not the prospectus is already read (S107). If it is determined that the prospectus is unread (S107; No), for example, an error screen showing a message warning that a necessary procedure such as “Prospectus is unread” has not been completed is displayed ( S108), returning to the button operation waiting state (S106).

  On the other hand, when it is determined that the prospectus has already been read when the transaction application button B2 is pressed (S107; Yes), the individual application code of the pressed transaction application button B2 is recognized and the transaction application input receiving unit It passes to 118, the display of a brand display screen is complete | finished, and it changes to an application screen.

  Next, FIG. 6 shows a display example of the application screen, and FIG. 7 is a flowchart of processing for displaying the application screen. As a premise of this explanation, it is assumed that a customer authentication step such as ID and password entry has been performed. This customer authentication step may be before the display of the brand display screen, or when transitioning from the brand display screen to the application screen. You can go to.

  The transaction application input receiving unit 118 reads the securities information of the individual brand corresponding to the pressed transaction application button B2 from the brand data storage unit 120 based on the individual brand code delivered from the brand display unit 117, and applies for the application screen. (S201). As illustrated in FIG. 6, the application screen includes the name of the individual brand selected on the brand display screen, the target range, the target, the base date, the fixed date, in addition to the authenticated customer account number and customer name. Securities information such as delivery date is displayed.

  The transaction application input accepting unit 118 cannot acquire the application quantity from the brand display screen shown in FIG. 4, so that an input box N1 for inputting the quantity is displayed on this application screen (S202), and an application button for confirming the transaction application. B3 is displayed (S203), and the application button B3 is waited for operation (S204).

  When transaction application input receiving unit 118 recognizes an operation in which application button B3 is pressed on the application screen (S204; Yes), it is determined whether or not a quantity has been input in input box N1 (S205). If it is determined that the quantity has not been input (S205; No), an error display for prompting the input of the quantity is performed (S206), and the process waits for the application button B3 (S204).

  When the transaction application input receiving unit 118 determines that the quantity has been input when the application button B3 is pressed (S205; Yes), the displayed individual brand and the quantity to be applied for purchase are specified. The data to be transferred is transferred to the transaction management unit 111 as transaction application data, and the application reception status is obtained.

  Next, FIG. 8 shows a display example of the confirmation screen, and FIG. 9 is a flowchart of processing for displaying the confirmation screen.

  The transaction confirmation display unit 119 reads data indicating the securities information of the covered warrant to be confirmed from the brand data storage unit 120 (S301), and displays the confirmation screen among the individual brands constituting the covered warrant. The data indicating the information of the individual brand purchased by is read with reference to the transaction data storage unit 121 and the brand data storage unit 120 (S302).

  By the way, as illustrated in FIG. 8, the status at the time when the transaction result is confirmed is displayed on the confirmation screen. The status becomes uncertain for the base index when the base date has not passed. On the other hand, after the reference date, the reference index is determined, and the index on the reference date is also displayed. If the exercise date has not passed since the base index has been determined, the exercise price is not fixed, but here, the index at the time when the confirmation screen is displayed is displayed as the current value. After the exercise date, the status will be exercised and the final index will be displayed instead of the current value.

  In addition to the display based on the transaction data such as the name, quantity, and purchase price of the individual brand purchased by the customer, the status such as the target range, magnification, and evaluation price indicating the exercise price of the individual brand at the time of confirmation is displayed. Information to be checked is displayed.

  Therefore, the transaction confirmation display unit 119 determines whether or not the reference date has passed when the confirmation screen is displayed (S303). If it is determined that the reference date has not passed (S303; No), the evaluation value cannot be calculated because the reference index is fixed, so that the evaluation is not displayed (S304). 119 displays the confirmation screen generated by the screen generation unit 113 (S311).

  On the other hand, when it is determined that the reference date has passed (S303; Yes), the reference index is read from the brand data storage unit 120 (S305). Since the value of the reference index is determined after the reference date has elapsed, the brand management unit 110 registers the value determined for the item of the reference index among the brand data managed by the brand data storage unit 120.

  Next, the transaction confirmation display unit 119 determines whether or not the exercise date has passed (S306). If it is determined that the exercise date has not passed (S306; No), the index acquisition unit 112 The market price data corresponding to the current value of the index is read from the index data storage unit 122 (S307). The target range calculation unit 115 calculates the target range of the individual brand based on the read current value of the index (S308), and the evaluation price calculation unit 116 calculates the evaluation price of each individual brand (S309), The evaluation values of the brands are summed up (S310). And the data which shows a calculation result are delivered to the transaction confirmation display part 119. The transaction confirmation display unit 119 displays the confirmation screen generated by the screen generation unit 113 (S311).

  By the way, when it determines with the fixed date having passed (S306; Yes), the data which show a fixed index are read from the brand data memory | storage part 120 (S312). The target range calculation unit 115 calculates the target range of the individual brand based on the read confirmation (S313), and the brand management unit 110 reads data indicating the settled settlement amount from the brand data storage unit 120 (S314). The evaluation amount calculation unit 116 sums the payment amounts (S310), and delivers the data indicating the read value to the transaction confirmation display unit 119. Then, the transaction confirmation display unit 119 displays the confirmation screen generated by the screen generation unit 113 (S311).

  Here, as illustrated in FIG. 8, the screen generation unit 113 displays the state of each individual brand in characters and displays an icon indicating whether the evaluation amount is positive or zero. In the example shown in FIG. 8, the customer who is displaying this screen has a target range of −200 <Nikkei average ≦ + 200, an individual brand (06) with a magnification of 2.3, three warrants, and a target range of +200 <Nikkei. 5 warrants are purchased for individual brand (05) with an average ≤ +400 and a magnification of 6.5. At this time, since the standard index is 11,000, the target range of the individual brand (06) is 10,800 <Nikkei average ≦ 11,200, and the target range of the individual brand (05) is 11,200 <Nikkei average ≦ 11,400.

  In the example of FIG. 8, since the current value is 11,200, the individual brand (06) is within the target range, that is, matches the exercise price, and the settlement amount obtained in that case is 11,500 per warrant. It is a circle. In this example, since the customer has purchased 3 warrants, the evaluation amount is 34,500. On the other hand, since the individual issue (05) is out of the target range, that is, does not match the exercise price, the valuation amount is 0 yen.

  Therefore, this customer has a total return of 34,500 + 0 = 34,500 yen for an investment of a total amount of 40,000 yen.

[4. Modified example]
The implementation of the present invention is not limited to the above embodiment.

  The financial product does not necessarily need to be a covered warrant, and any product can be used as long as the magnification can be displayed from the unit price and the settlement amount. In addition, the target assets are not limited to the Nikkei average and other indices such as TOPIX used in the embodiment, but may be a specific stock or currency. The exercise price is also within the target range as shown in the embodiment. The price may be specified or the price itself may be used.

  Depending on the type of securities displaying the financial products, the procedures necessary for conducting transactions legally or under various regulations differ. The issuance of the prospectus shown in the above embodiment is merely an example, and if other financial products are used, whether or not the procedure required for the product has been completed is managed as in the embodiment. Good.

  Further, as illustrated in FIG. 10, for the issue whose rights exercise date has passed, it may be displayed which exercise price is won. By referring to the past result in this way, it can be used as a reference when selecting a brand from the relationship between the target range and the magnification.

1 is a diagram illustrating a configuration of a financial product information processing apparatus 100. FIG. It is a figure which shows the structural example of data. It is a conceptual diagram explaining the relationship between various data and the screen to display. It is a figure which shows the example of a display of a brand display screen. It is a figure which shows the flowchart of the process which displays a brand display screen. It is a figure which shows the example of a display of an application screen. It is a figure which shows the flowchart of the process which displays an application screen. It is a figure which shows the example of a display of a confirmation screen. It is a figure which shows the flowchart of the process which displays a confirmation screen. It is a figure which shows the modification of a brand display screen.

Explanation of symbols

100 ... Financial product information processing apparatus 101 ... CPU
102 ... Memory 105 ... HDD
DESCRIPTION OF SYMBOLS 106 ... Operation system 107 ... Middleware 108 ... Application 109 ... Data file 110 ... Brand management part 111 ... Transaction management part 112 ... Index acquisition part 113 ... Screen generation part 114 ... Magnification calculation part 115 ... Target range calculation part 116 ... Evaluation amount Calculation unit 117: Brand display unit 117G ... Brand display screen 118 ... Transaction application input reception unit 118G ... Application screen 119 ... Transaction confirmation display unit 119G ... Confirmation screen 120 ... Brand data storage unit 121 ... Transaction data storage unit 122 ... Index data storage Unit 123 ... Screen data storage unit 200 ... Internal network 201 ... Transaction system 202 ... Server 300 ... External network

Claims (12)

Stock data indicating securities information of financial products that pay a predetermined settlement amount when the price of the target asset matches the exercise price on the exercise date, and the settlement for the unit price of the individual stocks constituting this financial product Brand data storage means for storing each magnification data indicating a monetary amount,
A financial product information processing apparatus, comprising: brand display means for reading the brand data and the magnification data from the brand data storage means and displaying the strike price and the multiple of each individual brand together. The financial product information processing apparatus according to claim 1,
The brand display means reads brand data of a plurality of individual brands having the same target asset and exercise date indicated by the brand data,
A financial product information processing apparatus for displaying the exercise price and the magnification of a plurality of the read-out brand data in a comparatively selectable format. The financial product information processing apparatus according to claim 1 or 2,
A financial product information processing apparatus, further comprising: magnification calculation means for calculating the magnification based on the brand data stored in the brand data storage means to generate magnification data. The financial product information processing apparatus according to any one of claims 1 to 3,
Further, a transaction application input receiving means for recognizing an operation by which a user selects an individual brand based on the securities information displayed by the brand display means and inputting transaction application data necessary to establish a transaction for the individual brand. When,
Transaction data storage means for storing the brand data corresponding to the selected individual brand and the inputted transaction application data as transaction data;
The transaction application data is transmitted to a transaction means that performs information processing related to securities transactions, transaction result data indicating a transaction result corresponding to the transmitted transaction application data is received from the transaction means, and the transaction is performed as transaction data. A financial product information processing apparatus comprising: transaction management means for storing data in the data storage means. The financial product information processing apparatus according to claim 4,
Read transaction data relating to the transaction from the transaction data storage means, read the brand data of the individual brand indicated in the transaction data from the brand data storage means, and whether the price of the target asset matches the strike price at the time of display Evaluation value calculation means for determining whether or not and calculating the evaluation price of the brand based on the quantity of individual brands included in the received transaction data and the settlement amount read from the brand data storage means and generating evaluation price data A financial product information processing apparatus, further comprising: The financial product information processing apparatus according to claim 5,
The valuation amount calculation means generates total valuation amount data obtained by totaling the valuation amount data generated for a plurality of individual issues whose target assets and exercise dates are the same as indicated by the issue data,
The brand display means displays the plurality of individual brands as a single product, and displays a total evaluation value based on the investment in the single product based on the total evaluation value data. Product information processing device. Stock data indicating securities information of financial products that pay a predetermined settlement amount when the price of the target asset matches the exercise price on the exercise date, and the settlement for the unit price of the individual stocks constituting this financial product A brand data storage step for storing each magnification data indicating a monetary amount,
A financial product information processing method comprising: a brand display step of reading the stored brand data and the scale data and displaying the strike price and the scale of each brand together. The financial product information processing method according to claim 7,
The brand display step reads brand data of a plurality of individual brands having the same target asset and exercise date indicated by the brand data,
A financial product information processing method, comprising: displaying the exercise price and the magnification of the plurality of read-out brand data in a format that can be compared and selected. The financial product information processing method according to claim 7 or 8,
A financial product information processing method, further comprising a magnification calculation step of generating the magnification data by calculating the magnification based on the stored brand data. Stock data indicating securities information of financial products that pay a predetermined settlement amount when the price of the target asset matches the exercise price on the exercise date, and the settlement for the unit price of the individual stocks constituting this financial product A brand data storage step for storing magnification data indicating the amount of money in a magnification;
A financial product information processing program that causes the computer to execute a brand display step of reading the stored brand data and the magnification data and displaying the strike price and the magnification of each individual brand together. The financial product information processing program according to claim 10,
The brand display step reads brand data of a plurality of individual brands having the same target asset and exercise date indicated by the brand data,
A financial product information processing program that displays the exercise price and the magnification of a plurality of the read brand data in a format that can be compared and selected. The financial product information processing method according to claim 10 or 11,
A financial product information processing program, further comprising a magnification calculation step of calculating the magnification based on the stored brand data to generate magnification data.

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