TWI897237B - Device, method, and computer program product for visualizing execution progress of stock trading orders - Google Patents

Abstract

This disclosure is related to a device, method, and computer program product for visualizing execution progress of stock trading orders. The device includes one or more processors, a screen, and a memory. The memory stores an application program. The application program includes a trading module, an order status module, and a data visualization module. The disclosure generates a trading progress bar for each stock trading order, which enables user to recognize the changing status of trading progress in visualization.

Description

Device, method and computer program product for visualizing order execution progress

The present invention relates to a computer program technology for displaying the execution returns of financial instrument trading orders, and more particularly to a device, method, and computer program product for visualizing order execution progress.

When an investor places an order electronically, the order is considered successful when the system receives it and places it in the trading system's queue. A transaction report is then sent to the investor's order placement software, informing them that the order has been successfully placed. Once the trading system automatically matches the buy and sell orders, the transaction is complete, the order is removed from the trading system's queue, and a transaction report is sent to both parties. Users can check the order status through their order placement software to determine whether the order was successfully placed and filled.

Prior art 1, Patent Publication No. I659381 of the Republic of China, discloses a "device and method for displaying combined information of commission return and transaction return", which is applied to a device comprising a communication module, a memory, one or more processors and a screen, wherein the memory stores an application program, and the one or more processors are connected to the memory and the screen and execute the application program. The method comprises: the one or more processors controlling the communication module to establish a connection with a server and perform a Login verification; the one or more processors generate an order and upload the order to a trading server via the communication module; the one or more processors receive an order report and a trade report corresponding to the order via the communication module and store them in the memory; and the one or more processors generate a composite information dialog box having a first page and a second page, and display the dialog box on the screen, wherein the first page is used to present the order report and the second page is used to present the trade report. The technical issues addressed by prior art 1 are that "previous technology causes dialog boxes or notification messages to occupy screen space for extended periods, affecting the user's ability to view normal quote information," and that "users must repeatedly click the previous technology's close button to exit the dialog box." Prior art 1's technical solution is to "use a permanently pinned, movable shortcut key to display the order return and/or transaction return amount, avoiding obscuring the information below. This shortcut key receives a click command to open a combined information dialog box, allowing the user to view both the order return and transaction return for any transaction in the same dialog box."

Figures 7 and 8 of the prior art's first specification disclose a composite information dialog box 36 implemented as tabs or sliding pages, with the first page (order report page) and the second page (sales report page) being displayed. Users can switch between pages by clicking or sliding. Because the prior art presents order report and sales report information separately, users cannot understand the relationship between the two and can only switch back and forth between the two pages to compare the information. However, this is difficult to understand when users have many orders, especially when the number of items is large, such as: how many orders are there for how many items, and how many of them have been filled.

Another prior art method displays all order details in a single table. Each row in the table represents an order, and each order also includes information about the executed quantity, as shown in Figure 1. (Note: The illustration only shows partial order information; actual data includes additional fields, such as order timestamps.) While this prior art method allows users to clearly understand the executed quantity information for each order, the table and data format, combined with the fact that all products are sorted by order date, makes it difficult to quickly identify the overall execution status of a single product. For example, the product "TSMC" in Figure 1 has three order prices: "502.0," "501.0," and "506.0," along with corresponding information such as the number of shares ordered and the number of shares traded. Users must view these separately.

In other words, previous technologies lacked a visual representation of trade status data (i.e., a lack of visual effects to present trade status data). This prevented users from immediately understanding the "overall trade status of the same product" through visual charts. Users had to spend time figuring out the corresponding trade status among multiple orders across multiple financial instruments.

Therefore, there is a real need to improve upon existing technologies and develop a technology that utilizes the collaborative operation of hardware and software to visualize the order execution progress. This technology allows users to instantly understand the overall execution status of a single product through a visual graphical display, thus addressing the shortcomings of existing technologies.

In light of this, the present invention proposes a device and method for visualizing order execution progress, which combines all orders for the same product and presents the overall execution status in a graphical form.

The present invention provides a device for visualizing order execution progress. The device comprises: a communication module for establishing an Internet connection; a login verification module for establishing a connection with a server and performing login verification; a transaction module for generating a transaction view and receiving a transaction instruction to generate a first order for a financial product, and uploading the first order to a transaction server; and an order status module for Obtaining a first order price, a first order quantity, and a first order trading category corresponding to an order status of the first order and storing them in a memory, and obtaining a first transaction quantity corresponding to a transaction status of the first order and storing them in the memory; a data visualization module generating an order transaction progress view, and generating a first transaction progress view based on the order status and transaction status corresponding to the first order. The first execution progress bar is displayed in the order execution progress view, wherein the first execution progress bar presents the current execution progress of the first order in a visual effect; the memory is used to store an application, the order status and the execution status corresponding to the first order, and the application includes the login verification module, the transaction module, the order status module and the data visualization module; a screen is used to display the graphical display of the application A user interface; one or more processors connected to the memory and the screen and executing the application; wherein the first execution progress bar is a visual effect that is updated synchronously with the latest updated order status and the execution status to indicate the ratio of order quantity to execution quantity, and the first order price, the first order quantity, the first order trading type, the first executed quantity, and a first unexecuted quantity are marked at corresponding positions.

The present invention further comprises, in some embodiments, the transaction module further comprising: receiving the transaction instruction to generate a second order for the financial product, and uploading the second order to the transaction server; the order status module further comprising: obtaining a second order price, a second order quantity, and a second order buy/sell type of the order status corresponding to the second order and storing them in the memory, and obtaining a second order quantity of the transaction status corresponding to the second order and storing them in the memory. The data visualization module further includes: generating a second execution progress bar based on the order status and the execution status corresponding to the second order and displaying the bar in the order execution progress view; the second execution progress bar visually presents the current execution progress of the second order and indicates the second order price, the second order quantity, the second order buy/sell type, the second executed quantity, and a second unexecuted quantity at a position corresponding to the second order.

Furthermore, in some embodiments of the present invention, the method by which the order status module obtains the order status or the execution status corresponding to the first order or the second order is selected from: Uploading a status query command to the trading server and receiving the returned order status or the execution status; and, receiving an order report or a execution report from the trading server.

The present invention further provides that, in some embodiments, the first order and the second order corresponding to the financial instrument in the order execution progress view are displayed together in the same stock order block. The top of the stock order block displays the total order quantity, the total executed quantity, and the total unexecuted quantity for the first and second orders combined. Furthermore, the total order quantity, the total executed quantity, and the total unexecuted quantity are updated synchronously with the latest order status and the executed status of the first order and/or the second order.

The present invention further provides that, in some embodiments, the financial instrument is provided with a corresponding expand/collapse button for generating an expand instruction and a collapse instruction. The expand instruction is used to expand the first order and the second order corresponding to the financial instrument and display them simultaneously in the individual stock order area, while the collapse instruction is used to collapse the first order and the second order corresponding to the financial instrument and hide them from the individual stock order area.

The present invention further provides, in some embodiments, that each individual stock order block includes a comprehensive transaction progress bar that visually displays the current execution progress of all orders corresponding to the financial instrument.

The present invention further provides, in some embodiments, a delete button is associated with each of the first order and the second order corresponding to the financial instrument in the order execution progress view. The delete button generates a single-order delete instruction to trigger the trading module to upload the single-order delete instruction to the trading server, which then deletes the first order or the second order corresponding to the financial instrument.

The present invention further provides, in some embodiments, a corresponding delete button is provided for the financial instrument in the order execution progress view. The delete button generates a delete all order instruction, triggering the trading module to upload the delete all order instruction to the trading server, which then deletes all orders for the financial instrument corresponding to the delete all order instruction.

The present invention also provides a method for visualizing order execution progress, which is applied to a device comprising a communication module, a memory, and a screen. The method comprises: establishing a connection with a server and performing a login verification; generating a transaction view and receiving a transaction instruction to generate a first order for a financial product; and uploading the first order to a transaction server; obtaining a first order price, a first order quantity, and a first order buy/sell category corresponding to an order status of the first order and storing them in the memory; obtaining a first order quantity corresponding to a transaction status of the first order and storing them in the memory. Generate an order execution progress view; generate a first execution progress bar based on the order status and the execution status corresponding to the first order and display it in the order execution progress view, wherein the first execution progress bar visually presents the current execution progress of the first order; wherein the first execution progress bar is updated synchronously with the most recently updated order status and the execution status to display the ratio of the order quantity to the executed quantity, and indicates the first order price, the first order quantity, the first order trading type, the first executed quantity, and a first unexecuted quantity at corresponding locations.

The present invention further comprises, in some embodiments, receiving the transaction instruction to generate a second order for the financial product; uploading the second order to the transaction server; obtaining a second order price, a second order quantity, and a second order buy/sell category corresponding to the order status of the second order and storing them in the memory; obtaining a second order quantity corresponding to the order status of the second order and storing them in the memory; and, based on the order status and the execution status corresponding to the second order, generating a second execution progress bar and displaying it in the order execution progress view. The second execution progress bar visually presents the current execution progress of the second order and indicates the second order price, the second order quantity, the second order trading type, the second executed quantity, and a second unexecuted quantity at the corresponding position of the second order.

The present invention further provides that, in some embodiments, the method for obtaining the order status or the execution status corresponding to the first order or the second order is selected from: uploading a status query command to the trading server and receiving the returned order status or the execution status; and receiving an order report or a execution report transmitted by the trading server.

The present invention further provides that, in some embodiments, the first order and the second order corresponding to the financial instrument in the order execution progress view are displayed together in the same stock order block. The top of the stock order block displays the total order quantity, the total executed quantity, and the total unexecuted quantity for the first and second orders combined. Furthermore, the total order quantity, the total executed quantity, and the total unexecuted quantity are updated synchronously with the latest order status and the executed status of the first order and/or the second order.

The present invention further provides that, in some embodiments, the financial instrument is provided with a corresponding expand/collapse button for generating an expand instruction and a collapse instruction. The expand instruction is used to expand the first order and the second order corresponding to the financial instrument and display them simultaneously in the individual stock order area, while the collapse instruction is used to collapse the first order and the second order corresponding to the financial instrument and hide them from the individual stock order area.

The present invention further provides, in some embodiments, that each individual stock order block includes a comprehensive transaction progress bar that visually displays the current execution progress of all orders corresponding to the financial instrument.

The present invention further provides, in some embodiments, a delete button is associated with each of the first and second orders corresponding to the financial instrument in the order execution progress view. The delete button generates a single-order delete instruction, which is then uploaded to the trading server. The trading server then deletes the first or second order for the financial instrument corresponding to the single-order delete instruction.

The present invention further provides, in some embodiments, a corresponding delete button is provided for the financial instrument in the order execution progress view. The delete button generates a delete all order instruction, which is then uploaded to the trading server. The trading server then deletes all orders for the financial instrument corresponding to the delete all order instruction.

The present invention further proposes a method for visualizing order execution progress, which is applied to a device comprising a communication module, a memory, and a screen. The method comprises: establishing a connection with a server and performing a login verification; generating a transaction view and receiving a transaction instruction to generate a first order for a financial product, and uploading the first order to a transaction server; obtaining A first order price, a first order quantity, and a first order buying and selling type corresponding to an order status of the first order are stored in the memory; a first transaction quantity corresponding to a transaction status of the first order is obtained and stored in the memory; the transaction instruction is received to generate a second order for the financial product; the second order is uploaded to the transaction server; the transaction instruction is received; A second order price, a second order quantity, and a second order trading category corresponding to the order status of the second order are obtained and stored in the memory; a second transaction quantity corresponding to the transaction status of the second order is obtained and stored in the memory; an order transaction progress view is generated, and the first order and the second order corresponding to the financial product are combined and displayed on the same screen. A stock order block displays the total order quantity, total executed quantity, and total unexecuted quantity for the first and second orders at the top. The total order quantity, total executed quantity, and total unexecuted quantity are updated synchronously with the latest order status and executed status of the first and/or second orders.

The present invention further provides, in some embodiments, that each individual stock order block includes a comprehensive transaction progress bar that visually displays the current execution progress of all orders corresponding to the financial instrument.

The present invention further includes, in some embodiments, generating a first transaction progress bar based on the order status and the execution status corresponding to the first order and displaying it in the position corresponding to the first order information in the individual stock order block of the order execution progress view; generating a second transaction progress bar based on the order status and the execution status corresponding to the second order and displaying it in the position corresponding to the second order information in the individual stock order block of the order execution progress view; wherein the first transaction progress bar presents the current transaction progress of the first order in a visual effect, and the second transaction progress bar presents the current transaction progress of the first order in a visual effect. The effect displays the current execution progress of the second order. The first execution progress bar and the second execution progress bar are updated synchronously based on the latest order status and execution status to visually represent the ratio of order quantity to execution quantity. The first order price, the first order quantity, the first order trading type, the first executed quantity, and a first unexecuted quantity are indicated in the corresponding position of the first order in the individual stock order block. Furthermore, the second order price, the second order quantity, the second order trading type, the second executed quantity, and a second unexecuted quantity are indicated in the corresponding position of the second order in the individual stock order block.

The present invention further includes, in some embodiments, a graphical option for generating a graphical display instruction on the order execution progress view; upon receiving the graphical display instruction, generating a first execution progress bar based on the order status and the execution status corresponding to the first order and displaying it in the position corresponding to the first order information in the individual stock order section of the order execution progress view; and generating a second execution progress bar based on the order status and the execution status corresponding to the second order and displaying it in the position corresponding to the second order information in the individual stock order section of the order execution progress view; wherein the first execution progress bar presents the current status of the first order in a visual way. The second execution progress bar visually displays the current execution progress of the second order. The first and second execution progress bars are updated synchronously based on the latest order status and execution status to visually display the ratio of order quantity to execution quantity. The first order price, first order quantity, first order type, first executed quantity, and a first unexecuted quantity are indicated in the corresponding position of the first order in the individual stock order block. Furthermore, the second order price, second order quantity, second order type, second executed quantity, and a second unexecuted quantity are indicated in the corresponding position of the second order in the individual stock order block.

The present invention further proposes a method for visualizing order execution progress, which is applied to a device comprising a communication module, a memory, and a screen. The method comprises: establishing a connection with a server and performing a login verification; generating a transaction view and receiving a transaction instruction to generate a first order for a financial product; and uploading the first order to a transaction server; obtaining a first order price, a first order quantity, and a first order buy/sell category corresponding to an order status of the first order and storing them in the memory; obtaining a first order status corresponding to the first order; and The first transaction quantity is stored in the memory; the transaction instruction is received to generate a second order for the financial product; the second order is uploaded to the transaction server; a second order price, a second order quantity, and a second order buy/sell category corresponding to the order status of the second order are obtained and stored in the memory; a second transaction quantity corresponding to the transaction status of the second order is obtained and stored in the memory; an order transaction progress view is generated, the order transaction progress view including a graphing option for generating a graph display instruction; the graph display instruction is received A first execution progress bar is generated based on the order status and the execution status corresponding to the first order and displayed in the position corresponding to the first order information in the order execution progress view. A second execution progress bar is generated based on the order status and the execution status corresponding to the second order and displayed in the position corresponding to the second order information in the order execution progress view. The first execution progress bar visually displays the current execution progress of the first order, and the second execution progress bar visually displays the current execution progress of the second order. The current transaction progress, the first transaction progress bar and the second transaction progress bar, are displayed visually based on the latest order status and transaction status, showing the ratio of order quantity to transaction quantity. The first order price, the first order quantity, the first order type, the first transaction quantity, and the first unfilled quantity are indicated in the corresponding position of the first order. The second order price, the second order quantity, the second order type, the second transaction quantity, and the second unfilled quantity are indicated in the corresponding position of the second order.

The present invention also provides a computer program product installed in a device having a processor, a memory, and a screen. The computer program product is stored in the memory and can be executed on the processor. When the processor executes the computer program product, it implements the steps of the above-mentioned method for visualizing the execution progress of an order.

The following detailed description of the features and advantages of the present invention is sufficient to enable anyone skilled in the relevant art to understand the technical content of the present invention and implement it accordingly. Based on the content disclosed in this specification, the scope of the patent application, and the drawings, anyone skilled in the relevant art can easily understand the relevant objectives and advantages of the present invention.

10: Device for visualizing order execution progress

12: Processor

14: Memory

16: Screen

18: Communication module

20: Applications

22: Login Verification Module

24: Trading Module

26: Order Status Module

28: Data Visualization Module

30: Order Execution Progress View

32: Individual Stock Order Block

34: Delete button

36: Delete All button

38: First transaction progress bar

40: Second transaction progress bar

42: nth transaction progress bar

44: Comprehensive intersection progress bar

46: Expand/Collapse Button

48:Graphic Options

Figure 1 is a schematic diagram of a prior art method 2 presenting all order-related information in a table; Figure 2 is a system function block diagram of a device according to an embodiment of the present invention; Figure 3 is a system function block diagram of an application according to an embodiment of the present invention; Figure 4 is a screen diagram of a computer-based order execution progress view according to an embodiment of the present invention; Figure 5A is a collapsed schematic diagram (I) of the order execution progress view according to an embodiment of the present invention; Figure 5B is a screen diagram of an order execution progress view according to another embodiment of the present invention. Figure 6 is a schematic diagram of the screen display of the mobile version of the order execution progress view according to one embodiment of the present invention; Figure 7 is a schematic diagram of the screen display of the mobile version of the order execution progress view according to another embodiment of the present invention; Figure 8A is a schematic diagram of the order execution progress view according to yet another embodiment of the present invention (I); Figure 8B is a schematic diagram of the order execution progress view according to yet another embodiment of the present invention (II); and Figure 9 is an operational flow chart of an embodiment of the present invention.

The present invention is applicable to, but not limited to, personal computers (PCs/MACs), laptops (Laptops/Notebooks/Portable Computers), smartphones, tablet PCs, handheld stock quoting devices, personal digital assistants (PDAs), smart TVs, etc. Any device equipped with a screen and capable of running the application program of the present invention (i.e., stock trading software) can apply the device and method of the present invention.

Referring to Figures 2 and 3, which illustrate the system functional block diagrams of the device 10 for visualizing order execution progress and the system functional block diagrams of an embodiment of an application program 20, only the core modules relevant to a preferred embodiment of the present invention are listed; the remaining modules are omitted. The embodiment of the application program 20 is executed on the device 10 for visualizing order execution progress. In one embodiment of the present invention, the device 10 for visualizing order execution progress includes one or more processors 12, a memory 14, a display 16, and a communication module 18. Memory 14 stores an application 20. Processor 12 executes the multiple program instructions contained in application 20 and implements the following modules through a collaborative hardware and software approach: login and verification module 22, transaction module 24, order status module 26, and data visualization module 28. Screen 16 displays the graphical user interface (GUI) of application 20 and, in some embodiments, further processes touch operation events, such as for touch-screen devices such as smartphones and tablets. Communication module 18 establishes an Internet connection, such as wired broadband, WLAN (Wi-Fi), or mobile communication networks (e.g., 3G, 4G, 5G, etc.).

Continuing with Figure 3, a system function block diagram of an application 20 according to an embodiment of the present invention is shown. It includes a login and verification module 22, a transaction module 24, an order status module 26, and a data visualization module 28. The diagram only lists the core modules relevant to a preferred embodiment of the present invention; other modules are omitted, such as the international financial quote module, the custom quote module, the sector quote module, the detailed quote module, the individual stock news module, and the accounting module. The following description of the functions of each module will be used in conjunction with the embodiments of Figures 4 through 8B. The embodiments of each figure will be described in detail later.

The login verification module 22 is used to establish a connection with the server and perform login verification. In some embodiments, a token is downloaded and stored in the memory 14 after successful login verification. Login verification includes various methods. In some embodiments, identity verification is performed using an account and password; in some embodiments, identity verification is performed using the user's biometrics, such as fingerprint recognition or Face ID recognition.

The trading module 24 generates a trading view and receives the user's trading instructions to generate a first order. The first order includes the first order price, first order quantity, and first order type of the financial instrument, and then uploads the first order to the trading server (or trading platform). In the trading view (not shown, this is a common technique), the user enters trading conditions such as the financial instrument name or code, order price (first order price), order quantity (first order quantity), and trade type (first order trade type). Finally, the user clicks the "Place Order" button (which generates a trading instruction, not shown). This generates the first order (i.e., the user's order) and uploads it to the trading server (or trading platform). In some embodiments, users can use the trading view and trading instructions to generate a second order, ..., ..., ..., ..., for a financial instrument (n is a positive integer representing the number of orders for the same financial instrument). Here, the so-called first order, second order, ... ...

The order status module 26 obtains the first order price (or nth order price), first order quantity (or nth order quantity), and first order trade category (or nth order trade category) of the order status corresponding to the first order (or nth order), and stores them in the memory 14. It also obtains the first trade quantity (or nth trade quantity) of the trade status corresponding to the first order (or nth order), and stores them in the memory 14. The so-called "order status corresponding to the first order" is based primarily on the order status determined by the trading server, meaning "the first order actually received by the trading server." Orders uploaded by clients to the trading server may fail to transmit due to software or hardware failures (e.g., poor network signal). Therefore, the exact order status must be based primarily on the data from the trading server. The first order price, first order quantity, and first order type of the order status corresponding to the first order are all data determined by the trading server. Similarly, the "fill status corresponding to the first order" is the fill data from the trading server. In some embodiments, the method for obtaining the order status or execution status corresponding to the first order (or the nth order) is to upload a status query command to the trading server and receive the returned order status or execution status. The status query command is manually pressed by pressing the "Query Status Button" or automatically generated by "Switching to the Order Execution Progress View 30." The status query command includes: a financial instrument code (or name), an order report request, and/or a execution report request. In some embodiments, the method for obtaining the order status or execution status corresponding to the first order (or the nth order) is to have the order status module 26 receive the order report or execution report transmitted by the trading server.

The data visualization module 28 generates an order execution progress view 30 and, based on the order status and execution status corresponding to the first order, generates a first execution progress bar 38, which is dynamically displayed within the order execution progress view 30. The first execution progress bar 38 dynamically and visually presents the current execution progress of the first order. In other words, the data visualization module 28 updates and generates the first execution progress bar 38 in real time based on changes in the order status and execution status of the order. A progress bar, also known as a progress bar, is a graphical component developed in software that indicates the processing progress of a task. Similarly, when there are n orders, an nth execution progress bar will be generated based on the order status and execution status corresponding to the nth order and displayed in the position corresponding to each order in the order execution progress view 30. For example, the first execution progress bar 38 will be displayed in the position corresponding to the first order, the second execution progress bar 40 will be displayed in the position corresponding to the second order, the nth execution progress bar 42 will be displayed in the position corresponding to the nth order, and so on. In some embodiments, the data visualization module 28 further indicates the first order price (or the nth order price), the first order quantity (or the nth order quantity), the first order trading type (or the nth order trading type), the first executed quantity (or the nth executed quantity), and the first unexecuted quantity (or the nth unexecuted quantity) at the corresponding positions of the first order (or the nth order). In some embodiments, when there are multiple orders for the same financial instrument (i.e., the first order, the second order, ... the nth order), these orders are displayed together in the same individual stock order block 32. The top of the individual stock order block 32 displays the total order quantity, total filled quantity, and total unfilled quantity for the first through nth orders. These total order quantity, total filled quantity, and total unfilled quantity are dynamically updated with the latest order status (e.g., changes due to order addition, deletion, or modification) and execution status of these orders. In some embodiments, when there are multiple orders for the same financial instrument, the orders are sorted by the timestamp of the order generation. In some embodiments, when there are multiple orders for the same financial instrument, the orders are sorted by the order price. In some embodiments, when there are multiple orders for the same financial instrument, the orders are sorted by the order quantity. In some embodiments, when there are multiple orders associated with the same financial instrument, the financial instrument is provided with a corresponding expand/collapse button for generating expand and collapse instructions. The expand instruction is used to expand the orders corresponding to the financial instrument and display them simultaneously in the individual stock order block 32, while the collapse instruction is used to collapse the orders corresponding to the financial instrument and hide them from the individual stock order block 32. When collapsed, only the total order quantity (i.e., the sum of all order quantities for the financial instrument), the total executed quantity (i.e., the sum of all executed quantity for the financial instrument), the total unexecuted quantity (i.e., the difference between the total order quantity and the total executed quantity) for the financial instrument are displayed, along with a comprehensive intersection progress bar 44. The comprehensive intersection progress bar 44 is used to indicate the total order quantity and the total executed quantity. In some embodiments, each order corresponding to a financial instrument in the order execution progress view 30 (e.g., the first order, the second order, ... the nth order) has a corresponding delete order button 34 (as shown in FIG. 5A ). Clicking the delete order button 34 (generating a delete order instruction) triggers the trading module 24 to upload the delete order instruction to the trading server, which then deletes the order for the financial instrument corresponding to the delete order instruction (i.e., a single order among the first order, the second order, ... the nth order). In some embodiments, a corresponding delete all button 36 is provided for each financial instrument in the order execution progress view 30. Clicking the delete all button 36 (generating a delete all order instruction) triggers the trading module 24 to upload the delete all order instruction to the trading server, which then deletes all orders for the financial instrument corresponding to the delete all order instruction (i.e., the first order, the second order, ..., the nth order, etc.).

Referring to FIG. 4 , a schematic diagram of a screen 16 showing a computer-based order execution progress view 30 according to an embodiment of the present invention illustrates a graphical user interface (GUI) of an application 20 according to an embodiment of the present invention displayed on screen 16 . While the diagrams of this embodiment illustrate the screen format of a personal computer, the present invention is not limited to personal computers and may also be used on devices such as smart TVs, tablet computers, smartphones, handheld stock calculators, and personal digital assistants. The illustration shows a personal computer (device 10 for visualizing order execution progress) running the application 20 (financial trading software) of the present invention, displaying quote information and order information for various financial instruments. The lower right corner of the screen 16 displays an order execution progress view 30. This order execution progress view 30 of the present invention distinguishes orders by financial instrument. Specifically, the order execution progress view 30 includes at least one individual stock order block 32. All order statistics for the same financial instrument are displayed in the same individual stock order block 32. For example, in the embodiment shown in FIG. 4 , there are two individual stock order blocks 32. In other words, all order and execution status information for each financial instrument is consolidated into a single stock order block 32 for display, allowing users to graphically review all order and execution status for each instrument. A vertical scroll bar (represented by a light gray line in the illustration) is displayed to the right of the order execution progress view 30, indicating that additional order information is outside the visible area of the screen 16. Users can use the mouse or keyboard arrow keys to browse information outside the visible area. For a description of the various components in the order execution progress view 30, please see Figures 5A and 5B.

Refer to Figure 5A, a collapsed schematic diagram (I) of an order execution progress view 30 according to an embodiment of the present invention. For ease of explanation, Figures 5A and 5B depict only the order execution progress view 30. This order execution progress view 30 can be used on a mobile device, a computer, or a smart TV (i.e., the device 10 for visualizing order execution progress). The order information in the illustration is similar to that in Figure 1 (i.e., the tabular order information of the second prior art technique), and includes three financial instruments: Quanta, TSMC, and Hon Hai. All orders are assigned to the corresponding individual stock order block 32. The illustration shows that Quanta has only one order. Users can visually monitor the execution progress of Quanta's first execution progress bar 38. To delete the Quanta order, the user can click the corresponding delete button 34 to remove the unexecuted portion. In the illustration, the TSMC and Hon Hai stock order blocks 32 each have a corresponding expand/collapse button 46, indicating that both financial instruments have multiple orders. In the collapsed state (as shown in Figure 5A), users can click the expand/collapse button 46 to expand all orders for the corresponding financial instrument. Before all orders are expanded, the total transaction progress of the corresponding financial instrument can be visually viewed through the integrated transaction progress bar 44 in the individual stock order block 32. The total transaction progress refers to the total order quantity, total filled quantity, and total unfilled quantity of all orders for the same financial instrument. The total order quantity is the sum of all order quantities from the first to the nth order, the total filled quantity is the sum of all filled quantities from the first to the nth order, and the total unfilled quantity is the difference between the total order quantity and the total filled quantity. In some embodiments, the total order quantity, total filled quantity, and total unfilled quantity are displayed above the individual stock order block 32 for user convenience. Additionally, when there are multiple orders for the same financial instrument and at least one of them has not yet been fully executed, a Delete All button 36 is provided in the corresponding individual stock order block 32. Clicking this Delete All button 36 (generating a Delete All Orders command) will delete all orders for the corresponding financial instrument (referring to the remaining order quantity). In some embodiments, the order execution progress view 30 defaults to displaying the individual stock order block 32 in a collapsed state. In some embodiments, the order execution progress view 30 defaults to displaying the individual stock order block 32 in an expanded state.

Referring to Figure 5B , which illustrates an expanded view (II) of the order execution progress view 30 according to another embodiment of the present invention, it illustrates that when the individual stock order block 32 is expanded to display all orders for the corresponding financial instrument, each order is displayed with a corresponding delete button 34, a execution progress bar (e.g., first execution progress bar 38, second execution progress bar 40, nth execution progress bar 42), and information related to the individual order (e.g., order type, order price, executed quantity, unexecuted quantity, etc.). In the expanded state (as shown in Figure 5B ), the user can collapse all orders for the corresponding financial instrument by clicking the expand/collapse button 46. In some embodiments, multiple orders for the same financial instrument are sorted by order timestamp. For example, the order numbered "1" in the individual stock order block 32 is the oldest order (or conversely, the order with the newest order is ranked 1), and the remaining orders are sorted in order. In some embodiments, multiple orders for the same financial instrument are sorted by order price. For example, the order numbered "1" in the individual stock order block 32 is the order with the highest order price (or conversely, the order with the lowest order price is ranked 1), and the remaining orders are sorted in order. In some embodiments, multiple orders for the same financial instrument are sorted by order quantity. For example, the order numbered "Rank 1" in the individual stock order block 32 is the order with the largest order quantity (or vice versa, the order with the smallest order quantity is ranked 1), and the remaining orders are sorted in descending order.

Refer to Figure 6, which illustrates a screen 16 showing a mobile version of the order execution progress view 30 according to an embodiment of the present invention. This diagram uses the screen of a smartphone as an example for illustration. The content of the execution progress view 30 displayed on screen 16 is similar to that of Figure 5A. The individual stock order block 32 is collapsed, and the operation of the components is similar, so a detailed description is omitted. However, when used on a smartphone, the operation is performed using touch screen controls.

Referring to Figure 7, a schematic diagram of screen 16 showing a mobile version of the order execution progress view 30 according to another embodiment of the present invention is shown. The content of the execution progress view 30 displayed on screen 16 is similar to that in Figure 5B, with the individual stock order block 32 expanded. The operation of the components is also the same, so a detailed description is omitted. However, when used on a smartphone, the operation is performed via touch screen. In some embodiments, synonyms may be used to replace the symbols in the legend, for example, "completed" or "completed" to indicate "executed," "uncompleted" or "un" to indicate "unexecuted," "total volume" or "total commission volume" to indicate "total order quantity," "total completed volume" or "total executed" to indicate "total executed quantity," and so on.

Referring to Figures 8A and 8B , there are schematic diagrams of an order execution progress view 30 according to another embodiment of the present invention. In this embodiment, a charting option 48 (clicking this command generates a chart display) is provided in the order execution progress view 30 . When a user switches to the order execution progress view 30 of this embodiment, the visual execution progress bars (i.e., the first execution progress bar 38 , the second execution progress bar 40 , and the nth execution progress bar 42 ) are not displayed by default, as shown in Figure 8A . When the user clicks the charting option 48 (generate chart display command), the data visualization module 28 generates a progress bar based on the order status and execution status corresponding to the order and displays it at the corresponding order position in the individual stock order section 32 of the order execution progress view 30, as shown in Figure 8B.

Refer to Figure 9, which is a flowchart of the operation of an application 20 according to an embodiment of the present invention. A user utilizes a device (e.g., a personal computer/smart TV/smart phone/tablet/stock machine) to execute application 20 and place orders for multiple financial instruments, and then switches to the order execution progress view 30. Please also refer to Figures 2, 3, 4, 6, and 7, which include:

Step S101: Execute the application 20 of an embodiment of the present invention on the device 10. The user executes the application 20 (stock trading software) of the present invention on the device 10 that visualizes the order execution progress.

Step S102: Establishing a connection with the server and performing login verification. After the communication module 18 establishes an Internet connection, the login verification module 22 establishes a connection with the server (i.e., the login server) to perform login verification. In some embodiments, upon successful verification, a token is downloaded and stored in the memory 14. In some embodiments, users authenticate themselves using an account and password; in some embodiments, users authenticate themselves using biometrics, such as fingerprint recognition or Face ID; and in some embodiments, users authenticate themselves using an electronic certificate.

Step S103: Generate a trading view and receive trading instructions to generate a first order for the financial instrument and upload it to the trading server. To trade a specific financial instrument (let's say "Quanta"), a user can switch to the trading view (not shown, for familiarity) using the menu (not shown). The trading module 24 then generates the trading view. In the trading view, the user enters trading conditions such as the instrument name or code, order price (first order price), order quantity (first order quantity), and trade type (first order trade type). Finally, the user clicks the "Place Order" button (which generates a trading instruction, not shown) to generate the first order. The trading module 24 then uploads the first order to the trading server (or trading platform) based on the trading instruction.

Step S104: Obtain the first order price, first order quantity, and first order trade type of the order status corresponding to the first order and store them in memory 14. After the first order is uploaded to the trading server, the order status module 26 obtains the first order price, first order quantity, and first order trade type of the order status corresponding to the first order and stores them in memory 14. In some embodiments, the method for obtaining the order status corresponding to the first order is to upload a status query command to the trading server and receive the order status or execution status in return. The status query command is manually pressed by pressing the "Query Status Button" or automatically generated by "Switching to the Order Execution Progress View 30." The status query command includes: the financial instrument code or name (here, "Quanta" or "2382") and an order report request. In some embodiments, the method for obtaining the order status corresponding to the first order is for the order status module 26 to receive the order report sent by the trading server.

Step S105: Obtain the first executed quantity corresponding to the first order and store it in memory 14. After the first order is uploaded to the trading server, the order status module 26 obtains the first executed quantity corresponding to the first order and stores it in memory 14. In some embodiments, the method for obtaining the executed status corresponding to the first order is to upload a status query command to the trading server and receive the executed status in return. The status query command is manually generated by pressing the "Query Status Button" or automatically generated by "Switching to the Order Execution Progress View 30." The status query command includes: the financial instrument code or name (here, "Quanta" or "2382") and a transaction report request. In some embodiments, the method for obtaining the execution status corresponding to the first order is for the order status module 26 to receive the execution report transmitted by the trading server.

Step S106: Generate the order execution progress view 30. When the user switches to the order execution progress view 30 through a menu operation, the data visualization module 28 generates the order execution progress view 30 and displays it on the screen 16.

Step S107: Generate a first execution progress bar 38 and display it in the order execution progress view 30. The data visualization module 28 generates the first execution progress bar 38 based on the order status (stored in the memory 14 in step S104) and the execution status (stored in the memory 14 in step S105) corresponding to the first order and displays it in the order execution progress view 30. In some embodiments, the data visualization module 28 also displays the first order price, the first order quantity, the first order type, the first executed quantity, and the first unexecuted quantity at the corresponding position on the first execution progress bar 38. The desktop version is shown in Figure 4, and the mobile version is shown in Figure 6 or 7. Please refer to the "Quanta" section in the order execution progress view 30 (because "Quanta" in the example has only one order, while the other "TSMC" and "Hon Hai" both have multiple orders).

The above operational process illustrates how the present invention generates a corresponding first transaction progress bar 38 when a user places an order (i.e., the first order) for a financial instrument (e.g., "Quanta"). In real-world order placement scenarios, users often need to place multiple orders for multiple financial instruments, for example: placing a first order for the first financial instrument, a first order for the second financial instrument, a second order for the second financial instrument, an nth order for the second financial instrument, a first order for the third financial instrument, a second order for the third financial instrument, an nth order for the third financial instrument, and so on. For each newly added order for a financial instrument, the present invention repeats steps S103 through S107, dynamically summarizing all orders and their execution status for each instrument. The order execution progress view 30 then displays all orders and their execution status for all instruments at that time. For multiple instruments, the present invention generates a corresponding individual stock order block 32 for each instrument. Each individual stock order block 32 contains one or more orders and their execution status. When the user collapses or expands the block, the corresponding combined execution progress bar 44 or multiple execution progress bars are displayed. The second prior art mixed all order information into a single table (as shown in Figure 1), making it difficult for users to discern the current transaction status at a glance. For this complex order placement scenario involving multiple financial instruments and multiple orders, the present invention can properly present the transaction status of each financial instrument separately through visual effects. For example, Figure 4 on the desktop version and Figures 6 and 7 on the mobile version illustrate this complex scenario (the first financial instrument is "Quanta," the second is "TSMC," and the third is "Hon Hai," with "TSMC" and "Hon Hai" each having multiple orders). Because the present invention consolidates multiple orders for the same financial instrument into the same stock order block 32 and aggregates these orders to display their combined order information (e.g., total order quantity, total executed quantity, and total unexecuted quantity), the multiple financial instruments in the order execution progress view 30 are easier to read and identify, unlike the first figure of the second prior art, which displays all orders together. Furthermore, a visually integrated intersecting progress bar 44 is used to represent the overall execution status of all orders for the same financial instrument, resolving the prior art issue of "users having difficulty quickly identifying the overall execution status of the same instrument."

It will be understood that the various embodiments of the present invention involve program instructions executed by a computer to implement each block in the flowchart, combinations of blocks in the flowchart, and steps in various embodiments. These program instructions are provided to a processor for operation to generate a machine or resources for the coordinated operation of hardware and software, such that when these instructions are executed on the processor, components are generated for performing the actions or technical effects specified in the flowchart blocks. Different sets of program instructions may also allow at least some of the operational steps shown in the flowchart blocks to be performed in parallel, and the technical content expressed by each program instruction of an application may vary depending on the embodiment. Furthermore, some of these steps may be performed on more than one processor, such as when a microprocessor and a peripheral interface processor operate in conjunction in the device of the present invention. Furthermore, one or more blocks or combinations of blocks in the flowcharts may be performed concurrently with other blocks or combinations of blocks, or even in a different order than shown, without departing from the scope or spirit of the present invention.

Therefore, the blocks in the flowcharts of the present invention support combinations of components for performing specified actions or technical effects, combinations of steps for performing specified actions or technical effects, and program instruction components for performing specified actions or technical effects. It is also understood that these specified actions or technical effects are implemented by special-purpose hardware systems, or by the coordinated operation of special-purpose hardware and program instructions, to implement the blocks in the flowcharts of the present invention and the combinations of blocks in the flowcharts.

In summary, this invention proposes a technology for visualizing order execution progress. This technology addresses the lack of a visual representation of execution status data in prior technologies. It also solves the problem of prior technologies that "users find it difficult to quickly identify the overall execution status of a single product." This invention allows users to quickly identify the execution status of an order through a visual graphical presentation, thus remedying the shortcomings of prior technologies.

Although the technical contents of the present invention have been disclosed above through preferred embodiments, they are not intended to limit the present invention. Any slight changes and modifications made by persons skilled in the art without departing from the spirit of the present invention should be included within the scope of the present invention. Therefore, the scope of protection of the present invention shall be determined by the scope of the attached patent application.

20: Application 22: Login Verification Module 24: Trading Module 26: Order Status Module 28: Data Visualization Module

Claims (23)

A device for visualizing order execution progress comprises: a communication module for establishing an Internet connection; a login verification module for establishing a connection with a server and performing login verification; a trading module for generating a trading view and receiving a trading instruction to generate a first order for a financial product, and uploading the first order to a trading server; an order status module for obtaining a first order price, a first order quantity, and a first order buy/sell type for an order status corresponding to the first order and storing them in a memory; and obtaining a first order quantity for a transaction status corresponding to the first order and storing it in the memory; a data visualization module for generating an order execution progress view and, based on the order status and the execution status corresponding to the first order, generating a first execution progress bar and dynamically displaying it in the order execution progress view, wherein the first execution progress bar dynamically presents the current execution progress of the first order through a visual effect; a memory for storing an application, the order status and the execution status corresponding to the first order, the application comprising the login authentication module, the trading module, the order status module, and the data visualization module; a screen for displaying a graphical user interface of the application; One or more processors are connected to the memory and the screen and execute the application; wherein the first transaction progress bar is a visual effect that is updated synchronously with the latest updated order status and the transaction status to indicate the ratio of the order quantity to the transaction quantity, and the first order price, the first order quantity, the first order trading type, the first transaction quantity, and a first untransferred quantity are marked at corresponding positions. The device for visualizing order execution progress as described in claim 1, wherein the trading module further comprises: receiving the trading instruction to generate a second order for the financial product, and uploading the second order to the trading server; the order status module further comprises: obtaining a second order price, a second order quantity, and a second order buy/sell type corresponding to the order status of the second order and storing them in the memory, and obtaining a second order quantity corresponding to the execution status of the second order and storing it in the memory; and, The data visualization module further includes generating a second execution progress bar based on the order status and the execution status corresponding to the second order and displaying the bar in the order execution progress view. The second execution progress bar visually presents the current execution progress of the second order and indicates the second order price, the second order quantity, the second order buy/sell type, the second executed quantity, and a second unexecuted quantity at a location corresponding to the second order. A device for visualizing order execution progress as described in claim 2, wherein the method by which the order status module obtains the order status or the execution status corresponding to the first order or the second order is selected from: uploading a query status instruction to the trading server and receiving the returned order status or the execution status, and receiving an order report or a execution report sent by the trading server. The device for visualizing order execution progress as described in claim 2, wherein the first order and the second order corresponding to the financial instrument in the order execution progress view are displayed together in the same individual stock order block, and the total order quantity, the total executed quantity, and the total unexecuted quantity of the first order and the second order are displayed at the top of the individual stock order block, and the total order quantity, the total executed quantity, and the total unexecuted quantity are updated synchronously with the latest updated order status and the executed status of the first order and/or the second order. The device for visualizing order execution progress as described in claim 4, wherein the financial instrument is provided with a corresponding expand/collapse button for generating an expand instruction and a collapse instruction, the expand instruction being used to expand the first order and the second order corresponding to the financial instrument and display them simultaneously in the individual stock order block, and the collapse instruction being used to collapse the first order and the second order corresponding to the financial instrument and hide them from the individual stock order block. A device for visualizing order execution progress as described in claim 4, wherein each individual stock order block includes a comprehensive execution progress bar, and the comprehensive execution progress bar visually presents the current execution progress of all orders corresponding to the financial product. The device for visualizing order execution progress as described in claim 2, wherein the first order and the second order corresponding to the financial instrument in the order execution progress view each have a corresponding delete button, and the delete button generates a single order delete instruction to trigger the trading module to upload the single order delete instruction to the trading server, and the trading server deletes the first order or the second order for the financial instrument corresponding to the single order delete instruction. A device for visualizing order execution progress as described in claim 2, wherein a corresponding delete-all button is provided for the financial instrument in the order execution progress view, the delete-all button generating a delete-all-order instruction to trigger the trading module to upload the delete-all-order instruction to the trading server, and the trading server deleting all orders for the financial instrument corresponding to the delete-all-order instruction. A method for visualizing order execution progress is applied to a device comprising a communication module, a memory, and a screen. The method comprises: establishing a connection with a server and performing a login authentication; generating a trading view and receiving a trading instruction to generate a first order for a financial product, and uploading the first order to a trading server; obtaining a first order price, a first order quantity, and a first order buy/sell category corresponding to an order status of the first order and storing the obtained information in the memory; obtaining a first order quantity corresponding to a executed status of the first order and storing the obtained information in the memory; and generating an order execution progress view. A first execution progress bar is generated based on the order status and the execution status corresponding to the first order and is dynamically displayed in the order execution progress view. The first execution progress bar dynamically presents the current execution progress of the first order through a visual effect. The first execution progress bar is updated synchronously with the latest order status and the execution status to indicate the ratio of the order quantity to the executed quantity, and the first order price, the first order quantity, the first order trading type, the first executed quantity, and a first unexecuted quantity are indicated at corresponding locations. The method for visualizing order execution progress as described in claim 9 further comprises: receiving the trading instruction to generate a second order for the financial product; uploading the second order to the trading server; obtaining a second order price, a second order quantity, and a second order buy/sell type corresponding to the order status of the second order and storing the obtained information in the memory; obtaining a second order quantity corresponding to the execution status of the second order and storing the obtained information in the memory; and A second execution progress bar is generated based on the order status and the execution status corresponding to the second order and displayed in the order execution progress view. The second execution progress bar visually presents the current execution progress of the second order and indicates the second order price, the second order quantity, the second order buy/sell type, the second executed quantity, and a second unexecuted quantity at the corresponding position of the second order. A method for visualizing order execution progress as described in claim 10, wherein the method for obtaining the order status or the execution status corresponding to the first order or the second order is selected from: uploading a query status instruction to the trading server and receiving the returned order status or the execution status, and receiving an order report or a execution report sent by the trading server. The method for visualizing order execution progress as described in claim 10, wherein the first order and the second order corresponding to the financial instrument in the order execution progress view are displayed together in the same individual stock order block, and a total order quantity, a total filled quantity, and a total unfilled quantity for the first order and the second order are displayed at the top of the individual stock order block, and the total order quantity, the total filled quantity, and the total unfilled quantity are updated synchronously with the latest updated order status and the filled status of the first order and/or the second order. A method for visualizing order execution progress as described in claim 12, wherein the financial instrument is provided with a corresponding expand/collapse button for generating an expand instruction and a collapse instruction, the expand instruction being used to expand the first order and the second order corresponding to the financial instrument and display them simultaneously in the individual stock order block, and the collapse instruction being used to collapse the first order and the second order corresponding to the financial instrument and hide them from the individual stock order block. A method for visualizing order execution progress as described in claim 12, wherein each individual stock order block includes a comprehensive execution progress bar, wherein the comprehensive execution progress bar visually presents the current execution progress of all orders corresponding to the financial product. The method for visualizing order execution progress as described in claim 10, wherein the first order and the second order corresponding to the financial instrument in the order execution progress view each have a corresponding delete button, and the delete button generates a single order delete instruction and uploads the single order delete instruction to the trading server, and the trading server deletes the first order or the second order for the financial instrument corresponding to the single order delete instruction. A method for visualizing order execution progress as described in claim 10, wherein a corresponding delete all button is provided for the financial instrument in the order execution progress view, the delete all button generates a delete all order instruction, and the delete all order instruction is uploaded to the trading server, and the trading server deletes all orders for the financial instrument corresponding to the delete all order instruction. A method for visualizing order execution progress is applied to a device comprising a communication module, a memory, and a screen. The method comprises: establishing a connection with a server and performing a login verification; generating a trading view and receiving a trading instruction to generate a first order for a financial product, and uploading the first order to a trading server; obtaining a first order price, a first order quantity, and a first order buy/sell category corresponding to an order status of the first order and storing the obtained information in the memory; obtaining a first order quantity corresponding to a transaction status of the first order and storing the obtained information in the memory; receiving the trading instruction to generate a second order for the financial product; and uploading the second order to the trading server. Obtaining a second order price, a second order quantity, and a second order trading category corresponding to the order status of the second order and storing the same in the memory; Obtaining a second order quantity corresponding to the order status of the second order and storing the same in the memory; and An order execution progress view is generated, and the first and second orders corresponding to the financial instrument are displayed together in the same stock order block. The top of the stock order block displays the total order quantity, total filled quantity, and total unfilled quantity for the first and second orders combined. The total order quantity, total filled quantity, and total unfilled quantity are updated synchronously with the latest order status and fill status of the first and/or second orders. A method for visualizing order execution progress as described in claim 17, wherein each individual stock order block includes a composite execution progress bar, wherein the composite execution progress bar visually presents the current execution progress of all orders corresponding to the financial instrument. The method for visualizing order execution progress as recited in claim 17, further comprising: generating a first execution progress bar based on the order status and the execution status corresponding to the first order, and displaying the bar in the individual stock order section of the order execution progress view at a location corresponding to information related to the first order; and generating a second execution progress bar based on the order status and the execution status corresponding to the second order, and displaying the bar in the individual stock order section of the order execution progress view at a location corresponding to information related to the second order; The first transaction progress bar is a visual representation of the current transaction progress of the first order, and the second transaction progress bar is a visual representation of the current transaction progress of the second order. The first transaction progress bar and the second transaction progress bar are updated synchronously with the latest updated order status and transaction status to represent the ratio of the order quantity to the transaction quantity, and are displayed on the The first order price, the first order quantity, the first order type, the first executed quantity, and a first unexecuted quantity are indicated at a corresponding position of the first order in the individual stock order block, and the second order price, the second order quantity, the second order type, the second executed quantity, and a second unexecuted quantity are indicated at a corresponding position of the second order in the individual stock order block. The method for visualizing order execution progress as recited in claim 17, further comprising: providing a charting option on the order execution progress view for generating a chart display instruction; and receiving the chart display instruction, generating a first execution progress bar based on the order status and the execution status corresponding to the first order, and displaying the first execution progress bar in the individual stock order section of the order execution progress view at a position corresponding to information related to the first order; and generating a second execution progress bar based on the order status and the execution status corresponding to the second order, and displaying the second execution progress bar in the individual stock order section of the order execution progress view at a position corresponding to information related to the second order; The first transaction progress bar is a visual representation of the current transaction progress of the first order, and the second transaction progress bar is a visual representation of the current transaction progress of the second order. The first transaction progress bar and the second transaction progress bar are updated synchronously with the latest updated order status and transaction status to represent the ratio of the order quantity to the transaction quantity, and are displayed on the The first order price, the first order quantity, the first order type, the first executed quantity, and a first unexecuted quantity are indicated at a corresponding position of the first order in the individual stock order block, and the second order price, the second order quantity, the second order type, the second executed quantity, and a second unexecuted quantity are indicated at a corresponding position of the second order in the individual stock order block. A method for visualizing order execution progress is applied to a device comprising a communication module, a memory, and a screen. The method comprises: establishing a connection with a server and performing a login verification; generating a trading view and receiving a trading instruction to generate a first order for a financial product, and uploading the first order to a trading server; obtaining a first order price, a first order quantity, and a first order buy/sell category corresponding to an order status of the first order and storing the obtained information in the memory; obtaining a first order quantity corresponding to a transaction status of the first order and storing the obtained information in the memory; receiving the trading instruction to generate a second order for the financial product; and uploading the second order to the trading server. obtaining a second order price, a second order quantity, and a second order buy/sell category corresponding to the order status of the second order and storing the obtained information in the memory; obtaining a second order quantity corresponding to the order status of the second order and storing the obtained information in the memory; generating an order execution progress view, the order execution progress view including a graphing option for generating a graph display instruction; receiving the chart display instruction, generating a first execution progress bar based on the order status and the execution status corresponding to the first order and displaying the bar in a position corresponding to the information related to the first order in the order execution progress view, and generating a second execution progress bar based on the order status and the execution status corresponding to the second order and displaying the bar in a position corresponding to the information related to the second order in the order execution progress view; The first execution progress bar visually displays the current execution progress of the first order, and the second execution progress bar visually displays the current execution progress of the second order. The first and second execution progress bars are updated synchronously based on the latest order status and execution status to display the ratio of order quantity to executed quantity. The first order price, the first order quantity, the first order trading type, the first executed quantity, and a first unexecuted quantity are indicated at corresponding positions of the first order, and the second order price, the second order quantity, the second order trading type, the second executed quantity, and a second unexecuted quantity are indicated at corresponding positions of the second order. A method for visualizing order execution progress is applied to a device comprising a communication module, a memory, and a screen. The method comprises: establishing a connection with a server and performing a login verification; generating a trading view and receiving a trading instruction to generate a first order for a financial product, and uploading the first order to a trading server; obtaining a first order price, a first order quantity, and a first order buy/sell category corresponding to an order status of the first order and storing the obtained information in the memory; obtaining a first order quantity corresponding to a transaction status of the first order and storing the obtained information in the memory; receiving the trading instruction to generate a second order for the financial product; and uploading the second order to the trading server. obtaining a second order price, a second order quantity, and a second order trading type corresponding to the order status of the second order and storing the obtained information in the memory; obtaining a second order quantity corresponding to the order status of the second order and storing the obtained information in the memory; and generating an order execution progress view, and displaying the first order and the second order corresponding to the financial product together in the same stock order block; and generating a first execution progress bar based on the order status and the execution status corresponding to the first order and displaying it in the position corresponding to the information related to the first order in the individual stock order section of the order execution progress view; generating a second execution progress bar based on the order status and the execution status corresponding to the second order and displaying it in the position corresponding to the information related to the second order in the individual stock order section of the order execution progress view; The first transaction progress bar is a visual representation of the current transaction progress of the first order, and the second transaction progress bar is a visual representation of the current transaction progress of the second order. The first transaction progress bar and the second transaction progress bar are updated synchronously with the latest updated order status and transaction status to represent the ratio of the order quantity to the transaction quantity, and are displayed on the The first order price, the first order quantity, the first order type, the first executed quantity, and a first unexecuted quantity are indicated at a corresponding position of the first order in the individual stock order block, and the second order price, the second order quantity, the second order type, the second executed quantity, and a second unexecuted quantity are indicated at a corresponding position of the second order in the individual stock order block. A computer program product is installed in a device having a processor, a memory, and a screen. The computer program product is stored in the memory and is executable on the processor. When the processor executes the computer program product, the steps of the method for visualizing the execution progress of orders in Request Items 9 to 22 are implemented.