Desktop Program Research Articles

ПРИМЕНЕНИЕ КОМПЬЮТЕРНОЙ ПРОГРАММЫ SCRATCH DESKTOP КАК СРЕДСТВА СЕНСОРНОГО РАЗВИТИЯ ДЕТЕЙ ДОШКОЛЬНОГО ВОЗРАСТА

Currently, researchers are interested in studying the aspects of using various computer programs for the development of preschool children. The results of the theoretical analysis of domestic and foreign researchers are presented, which confirm the data on the effective influence of various modern computer programs and technologies on cognitive, communicative, social, speech development, learning to write and read preschoolers. In this paper, the possibilities of using the Scratch Desktop computer program as a means of sensory development of preschool children are studied. To achieve the goal, the method of designing program options, methods and techniques of the teacher, the child's actions and the method of "Schematization" (R.I. Bardin) were used to check the formation of orientation in space among preschoolers. The possibilities of the Scratch Desktop program have been designed to develop preschoolers' ideas about spatial arrangement, color discrimination, size, and movement of objects and objects. The options for using the elements of the Scratch Desktop program are combinations of color, size, shape, spatial location of one sprite object, two sprite objects relative to each other. The most significant methods and techniques of the teacher and the child's actions in the process of using the Scratch Desktop computer program during the sensory development of preschoolers are described. The experiment to identify the effectiveness of the computer program involved 23 children of the control group engaged in traditional learning technology and 26 children of the experimental group who studied using the Scratch Desktop program. The diagnostic results indicate an increase in the degree of solving tasks in preschoolers using several spatial orientation schemes. The conducted research expands and clarifies the data already available in science on the use of computer programs for the development of preschoolers. But to obtain more accurate results, further research is required on a large sample of preschoolers of different ages. It is concluded that the Scratch Desktop program can be used in the educational process of preschool institutions as a means of teaching preschoolers the ability to distinguish colors, shapes, movements, and positioning in the space of one or more objects.

PENERAPAN METODE NAÏVE BAYES PADA KASUS GANGGUAN PSIKOLOGIS PADA MASA PANDEMI COVID-19

The COVID-19 pandemic is a type of deadly virus that has become a new cause of stress. Physical and psychological health is the hope of every individual. But not all individuals can enjoy this health because of contracting a disease. Stress experienced by individuals can affect physiological functions, namely there are 4 diseases in psychological disorders including stress, depression, anxiety disorders and social phobia. Therefore we need a web-based system using the nave Bayes method by paying attention to the symptoms experienced which will help psychological disorders in recognizing mental health against Covid-19 transmission during the pandemic. In this study, the data in question is psychological data due to the COVID-19 pandemic. There are many modern algorithms created to diagnose symptoms due to this pandemic, but here the researcher wants to prove that Naïve Bayes can also perform the diagnosis quite well. Nave Bayes has a high accuracy value so that it can be used for various purposes, including for document classification, spam detection and other classification problems. The use of the Naïve Bayes method in this study can be rated as a material for research evaluation. With the Naive Bayes method in the rating, it can be seen from the disease. The results of this study are a desktop program for the diagnosis of stress, depression, anxiety disorders, and social phobias during the covid-19 pandemic.

Implementasi Enterprise Resource Planning Modul Purchasing, Sales Dan Inventory Menggunakan Odoo Pada PT. Sukacita Kokoh Bersama

PT. Sukacita Kokoh Bersama is a company that focuses on doing supplies and retail business in the field of essential oils and derivatives. Sales operations are recorded using the PHPMyAdmin desktop program and export file reporting using Microsoft Excel which is manually re-edited. This causes frequent over-inventory in some variants with slow sales rates and empty stocks in best-selling products. This research focuses on retail sales data based on existing problems, to help companies design and implement integrated information systems in the form of enterprise resource planning using odoo with operational systems ranging from purchasing, inventory, and sales. Through a system that has been automated and real-time, decision-making in purchasing, warehouses, and sales become more efficient and effective.

Influence of Interfering Parameters in Electrospark Testing of Paint Coatings

An analysis is made of interfering factors, such as base surface roughness and partial discharges, which can affect the process of continuity testing by the electrospark method, reducing the breakdown voltage of the interelectrode gap and leading to false alarms. To consider the influence of the coating base surface roughness, the distribution of the electric field in the system of two electrodes with a given roughness was constructed in the Ansys Electronics Desktop program. An experiment was carried out to determine the breakdown voltage of the air gap for different values of the surface roughness of one of the electrodes. A film 0.05 mm thick with a hole simulating a defect was placed on the roughness sample. An electrode was placed on the surface of the film in the region of the hole, to which a control voltage was applied. The voltage was increased to the value of the breakdown voltage and fixed. The experiment showed that the breakdown voltage of the interelectrode gap, simulating a through coating defect, practically does not change with a change in roughness. The process of electrospark testing can be affected by the waviness of the coating and the inhomogeneity of its thickness, which lead to the formation of air gaps between the electrode and the coating surface. It is shown that in this case the electric field intensity in the air gap will be higher than the field intensity in the dielectric coating, which, in turn, creates conditions for the formation of partial discharges in the interelectrode gap. Partial discharge creates a current pulse proportional to the capacitance of the air gap, which can be mistaken for the spark discharge current of the entire gap, and therefore as a defect, while the presence of a partial discharge does not mean the presence of a defect. Thus, it can be argued that partial discharges are an interfering parameter, the influence of which must be taken into account. Measures are proposed to reduce the influence of partial discharges on the continuity control process. To eliminate the possibility of false alarms from partial discharges, it is necessary to measure the parameters of the voltage pulse caused by the full discharge current and take them into account when making a decision about the presence of a defect.

Artificial intelligence-assisted detection model for melanoma diagnosis using deep learning techniques

The progressive depletion of the ozone layer poses a significant threat to both human health and the environment. Prolonged exposure to ultraviolet radiation increases the risk of developing skin cancer, particularly melanoma. Early diagnosis and vigilant monitoring play a crucial role in the successful treatment of melanoma. Effective diagnostic strategies need to be implemented to curb the rising incidence of this disease worldwide. In this work, we propose an artificial intelligence-based detection model that employs deep learning techniques to accurately monitor nevi with characteristics that may indicate the presence of melanoma. A comprehensive dataset comprising 8598 images was utilized for the model development. The dataset underwent training, validation, and testing processes, employing the algorithms such as AlexNet, MobileNet, ResNet, VGG16, and VGG19, as documented in current literature. Among these algorithms, the MobileNet model demonstrated superior performance, achieving an accuracy of %84.94 after completing the training and testing phases. Future plans involve integrating this model with a desktop program compatible with various operating systems, thereby establishing a practical detection system. The proposed model has the potential to aid qualified healthcare professionals in the diagnosis of melanoma. Furthermore, we envision the development of a mobile application to facilitate melanoma detection in home environments, providing added convenience and accessibility.

Chatbots and messaging platforms in the classroom: An analysis from the teacher’s perspective

Messaging platforms are applications, generally mediated by an app, desktop program or the web, mainly used for synchronous communication among users. As such, they have been widely adopted officially by higher education establishments, after little or no study of their impact and perception by the teachers. We think that the introduction of these new tools and the opportunities and challenges they have needs to be studied carefully in order to adopt the model, as well as the tool, that is the most adequate for all parties involved. We already studied the perception of these tools by students, in this paper we examine the teachers’ experiences and perceptions through a survey that we validated with peers, and what they think these tools should make or serve so that it enhances students learning and helps them achieve their learning objectives. The survey has been distributed among tertiary education teachers, both in universitary and other kind of tertiary establishments, based in Spain (mainly) and Spanish-speaking countries. We have focused on collecting teachers’ preferences and opinions on the introduction of messaging platforms in their day-to-day work, as well as other services attached to them, such as chatbots. What we intend with this survey is to understand their needs and to gather information about the various educational use cases where these tools could be valuable. In addition, an analysis of how and when teachers’ opinions towards the use of these tools varies across gender, experience, and their discipline of specialization is presented. The key findings of this study highlight the factors that can contribute to the advancement of the adoption of messaging platforms and chatbots in higher education institutions to achieve the desired learning outcomes.

RISC-V Hardware Synthesizable Processor Design Test and Verification Using User-Friendly Desktop Application

Although the RISC-V ISA has not been around for long, it is a processor architecture that has been highlighted by many businesses and individuals for its low-cost and rapid pace of development. They are open-source-synthesizable hardware processors with minimal functionality that is ideal for current IoT applications involving simple sensors and actuator controls. Due to some qualities of hardware, they can operate in areas where software programs and applications cannot be used whereas, these software programs that run on such hardware equally help in understanding how hardware operates. This paper, therefore, proposes and discusses the design, implementation, and internal verification and test platform for a Reduced Instruction Set Code-V’s (RISC-V) Instruction Set Architecture (ISA), using an interactive desktop program for a 32-bit single-cycle processor. This paper developed a system that functions as interactive assistance to RISC-V's ISA design and debugger using a more user-friendly desktop UI application. The uniqueness of this design is the flexibility of testing and debugging that is possible through either the software interface or through hardware peripherals such as Universal Asynchronous Receiver/Transmitter (UART) protocols in FPGA or even both. These peripherals allow users to view the contents of the register files and RAM being utilized by the implemented processor on the FPGA. The proposed desktop User Interface program monitors and controls the sequential processing and states of a 32-bit single-cycle RISC-V processor’s operation on an FPGA. Contents of the proposed processor’s registers and memory are displayed alongside other temporal or internal data. Internal components such as Program Counters (PC), Random Access Memory (RAM), are displayed all through the proposed User Interface (UI) program and also through various peripherals on the FPGA board. The software program is implemented using C# programing language through Microsoft Visual Studio 2019 Integrated Development Environment (IDE). The proposed hardware synthesizable processor core is implemented using Verilog Hardware Description Language (HDL) and synthesized with Xilinx Integrated Synthesis Environment (ISE) version 14.7. The proposed processor and its corresponding hardware test modules occupy 6476 Look-Up-Tables (LUT) and operate at a maximum frequency of 49MHz and its operation is verified on a Field Programmable Gate Array (FPGA). The proposed processor and its test platform can serve as a good educational tool as well as a help for processor design engineers both experienced and beginners.

Development of an innovative strategy to determine functioning attributed to health conditions in low-resource settings.

Rehabilitation is a health strategy that aims to reduce functioning problems. There is a lack of country-level data on the burden and type of functioning problems to inform service planning and management of patients' rehabilitation needs, particularly at primary care level in low-resource settings. Health researchers need an application that automates synthesis of data extracted from several peer-reviewed publications to determine the most prevalent functioning problems compared across several health states. This article describes the journey leading to the conceptualization and development of the Rehab4all application and compares the application's performance to a standard desktop program. A descriptive case study approach was used to report on the following steps involved in the development of the web-based Rehab4all application: (i) preliminary literature review to assess the evidence gap of country-level data on functioning problems comparable across several health states; (ii) an initial attempt to perform data extraction and synthesis in Excel; (iii) design and development of Rehab4all; (iv) piloting of the Rehab4all application; and (v) implementation of application with input data from South Africa and Zimbabwe. The Rehab4all application offers a feasible solution for synthesizing data from several peer-reviewed publications to provide information on context-specific, priority functioning problems at country level through the integrated global International Classification of Functioning, Disability and Health Framework (ICF). This bespoke innovation provides impetus for further development, profile comparison and shared information between countries to co-develop strategies which can strengthen rehabilitation service delivery.

Web-system for modeling surfaces based on Catmull-Rom patches

Today, surfaces play an important role in the work of designers, scientists, artists, sur-geons and other professionals involved in creating innovative products. Development of uten-sils, furniture, automobile chassis, phones, clothes, buildings, even human bodies involves geometrical modeling of surfaces. NURBS modeling is the technology of non-uniform rational B-splines creating smooth forms and models that have no sharp edges. The characteristic makes NURBS as the analytical model of choice in Autodesk 3ds Max, Blender, Autodesk Ma-ya, ZBrush, and other modeling systems. A generalizing characteristic of the given software systems is the use of a monolithic architectural style of software development, which is typical for desktop applications. Desktop software systems require installation on a local computer, which in turn binds the user to a specific operating system. NURBS accurately describe conical surfaces. Although each control has its own weight, and each weight has a local effect on the surface, a change in the weight of one vertex leads to a change in the entire surface. One of the main requirements for 3D object modeling software is the ability to change the shape of the surface freely as it passes through all control points. An algorithmic model of the Hermit surface construction under the Catmull-Rom condition and nonzero surface torsion vectors is obtained. It is shown that the Catmull-Rom condition makes it possible to glue individual patches with first-order smoothness, which is a guarantee of ergonomic surfaces. It is shown that a single control point has a local effect on the surface, namely on the 12 sur-rounding patches. The development of a software system for modeling the surfaces of objects with the client part in the form of a web application, which is based on the architectural style of SPA, showed that the user experience of such an application is close to the experience of using a desktop program. At the same time, the SPA application does not require installation and successfully runs on both stationary and mobile devices.

Optimizing Engagement in an Online Dietary Intervention for Depression (My Food & Mood Version 3.0): Cohort Study.

BackgroundOnline interventions can be a cost-effective and efficient way to deliver programs to large numbers of people regardless of geographic location. However, attrition in web-based interventions is often an issue. Developing ways to keep participants engaged is important for ensuring validity and limiting potential biases. We developed a web-based dietary intervention as part of The My Food & Mood study which aimed to optimize ways to engage participants with low mood or depressive symptoms to promote dietary behavior change. Different versions of the My Food & Mood program were tested during optimization. Iterations were developed based on user feedback and usage analysis.ObjectiveThe purpose of this study was to compare engagement and nonusage attrition across 4 program iterations—which differed by platform format, delivery mode, and activity type—to create an optimized version.MethodsEach program version contained modular videos with key activities with respect to implementing behavior change techniques of equivalent levels of required participation and length: version 1.0, desktop program and smartphone app; version 2.1, desktop or smartphone program; version 2.2, desktop program; and version 3.0, smartphone app. Adults with PHQ-8 scores of 5 or greater were recruited online and assigned to 1 of the 4 versions. Participants were asked to use the program for 8 weeks and complete measures at weeks 4 and 8. Engagement data were collected from the web-based platform system logs and customized reports. Cox regression survival analysis examined nonusage attrition and Kruskal-Wallis tests compared engagement across each cohort.ResultsA total of 614 adults participated. Kruskal-Wallis tests showed significant differences across the 4 cohorts in all engagement measures. The smartphone app (version 3.0) had the greatest engagement as measured by weeks engaged, total usage time, total time key activities, number of active sessions, percentage of activities completed against protocol, goals completed, and percentage of videos watched. Cox regression multivariate survival analysis showed referral from a health practitioner (hazard ratio [HR] 0.344, P=.001) and greater proficiency with computers (HR 0.796, P=.049) reduced the risk of nonusage attrition. Computer confidence was associated with an increased risk of nonusage attrition.ConclusionsMy Food & Mood version 3.0, a dietary intervention delivered via smartphone app with self-monitoring tools for diet quality and mood monitoring, was the version with greatest engagement in a population with low mood or depression. The iterative design techniques employed and analysis of feedback from participants resulted in a program that achieved lower rates of nonusage attrition and higher rates of intensity of use.

Analysis of Entropy of Temperature and Salinity Distribution in Subsurface Layer of the Kara Sea Water Area by Geomatics Methods

In recent years the nature of the Kara Sea is greatly influenced by human economic activity. It is stipulated mainly by extensive development of the Kara Sea coastline and by huge deposits of hydrocarbons on its shelf. An attempt to estimate the entropy of temperature and salinity distribution in subsurface layer of the Kara Sea water area has been made in this study aided by the newest geoinformational methods of study (Quantum GIS Desktop program complex). The computation and cartographic modeling of this problem show that the greatest values of entropy indices are registered within littoral and shelf regions. It can testify to the high diversity of these water areas and it is necessary that special (nature protection) regimes of nature use should be set up.

Analysis of the Implementation of Measuring Skills and Physical Futsal Sports Based Desktop Program

The purpose of this study was to determine the effectiveness of the implementation of a desktop program-based skills and physical measurement tools for futsal. Seeing the level of effectiveness and level of efficiency of the time used compared to doing the test manually. The research method used is quantitative research with descriptive statistical techniques. The study population was active students in the futsal student activity unit of the Indonesian Technocrat University, amounting to 30 people with 17 men and 13 women who had good skill and physical classifications. The data collection technique used a non-test instrument, in the form of distributing questionnaires to the entire population. The results of the study found that the effectiveness of the desktop-based measuring instrument program was more than 85%, with the results that had a large percentage classification, the overall answer was that the tool could be used properly and easily. The desktop program tool has good speed and time efficiency in taking tests and gets accurate scores, students could view their scores forthwith compared to the tests that are evaluated manually, so the desktop program-based futsal measurement tool is very effective and can be used properly as a new development in the futsal sports measurement test.

The Umbrella software suite for automated asteroid detection

We present the Umbrella software suite for asteroid detection, validation, identification and reporting. The current core of Umbrella is an open-source modular library, called Umbrella2, that includes algorithms and interfaces for all steps of the processing pipeline, including a novel detection algorithm for faint trails. Building on the library, we have also implemented a detection pipeline accessible both as a desktop program (ViaNearby) and via a web server (Webrella), which we have successfully used in near real-time data reduction of a few asteroid surveys on the Wide Field Camera of the Isaac Newton Telescope. In this paper we describe the library, focusing on the interfaces and algorithms available, and we present the results obtained with the desktop version on a set of well-curated fields used by the EURONEAR project as an asteroid detection benchmark.

A New Approach to Represent Impact of Discontinuity Spacing and Rock Mass Description on the Median Fragment Size of Blasted Rocks Using Image Analysis of Rock Mass

Several in-situ rock mass properties and blasthole parameters can affect the rock fragmentation. Because of the complexity of the variables affecting the fragmentation results of blasted rocks, to predict a proper value of the median fragment size has long been a difficult task. The blastability index (BI) represents the effect of five parameters of rock mass description (RMD), joint plane spacing (JPS), joint plane orientation, specific gravity and uniaxial compressive strength on the rock fragmentation. The median discontinuity spacing significantly varies with varying the scanline direction and an acceptable value of the median discontinuity spacing will not be expected in practice. The JPS rating also has a constant value of 20 for a wide range of joint spacing values between 0.1 and 1 m, whereas joint spacing can be in this range for most cases. A new method using image analysis of the in-situ rock mass was applied to represent JPS and RMD (belonging to one of the cases: friable, blocky and massive) as an alternative solution. The images contain the details of all individual discontinuities and interlocked in-situ small and large rock blocks. BI, rock strength factor, blasthole parameters, powder factor, fragment size distribution of blasted rock and in-situ block size distribution using image analysis technique were assessed in 15 zones of Sungun open pit copper mine, Angouran lead and zinc open pit mine, Bonab silica mine, Soufian limestone mine and Rashakan limestone mine. The results for rock mass properties and blasthole patterns cover a wide range using different mines. The fragment size distribution was assessed by Split Desktop program with proper delineating images using the Pixler software and blasting was carried out with electric delay detonators. The relations between fragment size and parameters such as in-situ block size (F50), σc, rating of joint plane orientation, powder factor (q), ϕh, Q and Lc were analyzed. The relations with high correlations were achieved by applying the new approach for the defined conditions. Not only the problem of assessing discontinuity spacing has been improved using this method but also the lower number of parameters that properly represent the factors affecting the rock fragmentation have been used. The results were also analyzed by the Sanchidrian and Ouchterlony model and modified Kuz–Ram models. The fragment size obtained by the new method in this study, Sanchidrian and Ouchterlony model and extended modified Kuz–Ram model by Cunningham (in: Proceedings of 3rd world conference on explosives and blasting, Brighton, 2005) after using correction factor [c(A)] significantly better fitted to the results than the modified Kuz–Ram models by Cunningham (in: Fourney, Dick (eds) Proceedings of 2nd international symposium on rock fragmentation by blasting, Keystone, 1987) and Gheibie et al. (Int J Rock Mech Min 46(6):967–973, 2009).

Perancangan Sistem Pengarsipan Surat Masuk dan Surat Keluar pada Desa Kampung Besar Menggunakan Metode Alphabetical Filing dan Chronology System

The archive is one source of information that has an important function to support the process of administration and management of an agency. All activities carried out by the agency, whether in the form of proposals, correspondence or other documents will be archived. The recorded information is evidence and documentation or memory for the agency concerned. In the village of Kampung Besar Teluknaga the letter filing system that is running is still not computerized, so that in the system there are some problems in the accuracy of the data. This study aims to create a letter management system to improve the efficiency of retrieval in the context of investigative and official reference activities. The Alphabetical Filing and Chronology System method is used in system design because it is simple and easy to implement, archiving letters to large villages in the bay using a desktop program that is easy to use in the system is also easy in terms of use and maintenance. In addition to simplifying the process of archiving letters, the system also facilitates employees in the process of making reports and searching data. The proposed system is expected to improve the current system so that it can make the filing system of incoming and outgoing letters in the village of Kampung Besar Teluknaga more effective and efficient.

Analysis And Design Of Application Of Sales And Control Of Stock Of Daily Goods With Rop (Reorder Point) Method

In the era of globalization now developments in the field of information technology are increasingly rapid. No wonder now more and more shops are starting to develop their administrative systems using information technology and one of them is a shop in the field of daily goods. Some stores use various ways to attract as many customers as possible. So that the data processing is slow and shop owners often have difficulty in finding data that has been processed. To provide satisfactory services for customers, it is necessary to reform several systems, including information systems for sales, purchasing, making daily, monthly, annual sales reports, and inventory data reports using the ROP (Reorder Point) method and designing using the ASI model (System Analysis Information), while the process of making a desktop program or application uses the VISUAL BASIC.NET 2010 programming language that is supported by the MySQL database.

Irrigator Pro: Progression of a Peanut Irrigation Scheduling Decision Support System

HighlightsThe logic used in developing a decision support system for irrigating peanut based on max/min soil temperature is describedLogic to transform decision support system from peanut to irrigate corn and cotton with and without soil sensors.Progression of a decision support system from a desktop program to a web/mobile applicationAbstract. Irrigator Pro is a decision support tool for scheduling irrigation events in peanut. It was deployed in 1995 as a rule-based system using crop history, yield potential, soil type, in-season irrigation/rainfall and maximum/minimum soil temperature. As computing platforms have progressed from desktop personal computers to mobile web-based platforms, Irrigator Pro has been updated and is now deployed as a web-based program and an application for mobile devices. Irrigator Pro not only works for peanuts but has been modified to irrigate both corn and cotton. The irrigation decisions are now based on in-field soil water potential measurements in addition to the traditional checkbook with max/min soil temperatures. Users are individual growers, extension agents, and agronomic consultants. The objective of this manuscript is to document the initial development of Irrigator Pro as an expert system combining data and experiential knowledge and the progression from a checkbook-based decision support system to a hybrid system using observed weather data and soil moisture measurement. The background knowledge, equations, and thresholds for triggering irrigation recommendations are included. Keywords: Decision support system, Irrigation scheduling, Irrigator Pro, Mobile app, Peanut, Soil water potential.

Investigation the effectiveness of using heat pipe on the temperature uniformity distribution over the SC equipment panel

The heat pipe is a thermal device which allows an efficient transport of thermal energy. In this paper parametric study has been achieved to investigate the importance of using heat pipes about the uniformity of the temperature distribution over the equipment panel of the spacecraft (SC), which is a part of a real thermal control subsystem. Heat pipe analytical solution is used as a guide for design and geometrical parameters selection. The design of SC equipment panel radiator and a parametric study of the heat pipe are obtained numerically using Thermal desk top program (TDT). The space environment and the spacecraft operational conditions have been simulated by TDT program. Heat pipe prevents the hot spots which can be occurred due to the different equipment heat dissipation. The selected heat pipe design approach incorporates a conservative reliability philosophy and provides maximum operational flexibility.

Development of the C++ three-dimensional reference simulation model of the wedge-shaped beam dynamics

The paper describes a three-dimensional computer model and a desktop program in the Visual C++ platform, which is intended to provide a reference simulation of the dynamics of a wedge-shaped electron beam in a cylindrical triode type accelerating device. Such a triode-type source of intense radial converging beam is employed in improving the material surface properties of a specimen used as an anode. The simulation model has been developed with the highest possible generality and adequacy achievable under the given computing environment and limitations that do allow using it for the validation and benchmarking. The software package covers the calculation of the electrostatic field by the difference method on a cubic grid, the calculation of the beam own field using the ”particle–particle” (PP) method, the calculation of the trajectories of the motion of macro particles using Runge–Kutta solvers of the 4th order (taken as the reference) and lower orders. The solvers were improved to adapt them for the usage with the particle ensembles characterized by the high rate of the input and output particle flows. Having performed a number of testing simulation runs, it has been shown that the proposed model can be applied for both research and benchmarking purposes.

Reconstructions that can be done in the desktop program

Reconstructions that can be done in the desktop program