Graphical Implementation Research Articles

Penerapan Metode Motion Graphic pada Video Promosi Rumah Kos Dermawan Living, Denpasar Bali

In this research, the application of the motion graphic method in making promotional videos for the Dermawan Living Boarding House in Denpasar, Bali, was explored. Motion graphics, as a visual technique that combines graphic elements, animation and text, are used to create dynamic and interesting messages. The research method involves analysing promotional videos before and after the implementation of motion graphics. Audience response, engagement level, and recall of the video are measured. The research results show that the application of motion graphics significantly increases the attractiveness of promotional videos. The use of dynamic visual elements and smooth transitions makes videos more interesting and memorable for the audience. Apart from that, motion graphics also help convey information more efficiently. In conclusion, the use of motion graphic methods in promotional videos can be an effective strategy for increasing attractiveness and communication efficiency. The practical guidance resulting from this research can help content creators optimize the use of motion graphics in promotional videos.

Minimisation of the Energy Expenditure of Electric Vehicles in Municipal Service Companies, Taking into Account the Uncertainty of Charging Point Operation

This article presents an original method for minimising the energy expenditure of electric vehicles used in municipal service undertakings, taking into account the uncertainty in the functioning of their charging points. The uncertainty of the charging points’ operation was presented as the probability of the occurrence of an emergency situation hindering a point’s operation, e.g., a breakdown or lack of energy supply. The problem is how to calculate the driving routes of electric vehicles so that they will arrive at charging points at times at which there is a minimal probability of breakdowns. The second aspect of this problem to be solved is that the designated routes are supposed to ensure the minimum energy expenditure that is needed for the vehicles to complete the tasks assigned. The developed method is based on two heuristic algorithms, i.e., the ant algorithm and genetic algorithms. These algorithms work in a hybrid combination, i.e., the ant algorithm generates the initial population for the genetic algorithm. An important element of this method is the decision-making model for defining the driving routes of electric vehicles with various restrictions, e.g., their battery capacity or the permissible risk of charging point breakdown along the routes of the vehicles. The criterion function of the model was defined as the minimisation of the energy expenditure needed by the vehicles to perform their transport tasks. The method was verified against real-life data, and its effectiveness was confirmed. The authors presented a method of calibrating the developed optimisation algorithms. Theoretical distributions of the probability of charging point failure were determined based on the Statistica 13 program, while a graphical implementation of the method was carried out using the PTV Visum 23 software.

Implementation of analytic projective geometry for computer graphics

In their research, the authors actively exploit different branches of geometry. For geometric constructions, computer algebra approaches and systems are used. Currently, we are interested in computer geometry, more specifically, the implementation of computer graphics. The use of the projective space and homogeneous coordinates has actually become a standard in modern computer graphics. In other words, the problem is reduced to the application of analytic projective geometry. The authors failed to find a computer algebra system that could implement projective geometry in its entirety. Therefore, it was decided to partially implement computer algebra for visualization of algebraic relations. For this purpose, the Asymptote system was employed.

Formation of schoolchildren’ divergent thinking in the conditions of additional education when working with timelines

Problem statement . One of the most important tasks that digital school teachers face is preparing a graduate, who is ready to use the acquired knowledge in his future life and find non-standard, original solutions, overcoming the usual patterns and established opinions. The study aimed at substantiating the effectiveness of the use of timeline services for the development of divergent thinking in schoolchildren in the conditions of additional education. Methodology . Theoretical and methodological analysis and generalization of fundamental scientific works on the research problem, processing of test results and timelines were applied. The pedagogical experiment involved 130 students of the state budgetary educational institution of Moscow “School No. 1506”. To diagnose and assess the formation of divergent thinking, the method of F. Williams (adapted by E.E. Tunik) was used. Pearson's chi-square test was used as a statistical processing method. Results . The timeline in additional education was carried out when displaying historical facts in chronological order, compiling algorithms, creating biographies, and presenting statistics. The didactic potential of the timeline as a kind of quantitative infographics is revealed, which offers a graphical implementation of digital data in relation to each component in the structure of creativity: flexibility, originality, elaboration, fluency. Statistically significant differences in qualitative changes in the pedagogical system were determined. Conclusion . The use of timeline services in the conditions of additional education contributes to the development of divergent thinking of students due to the possibilities of interactive presentation of events and facts, reuse, multimedia, technical minimalism. Difficulties that complicate the use of virtual timelines are noted: time resource management, the need to develop criteria and indicators for the effective use of web services for the corresponding purpose.

Implementation of Motion Graphics in the Application Process and Issuance of Electronic Certificates

Elektonic Certificate is a type of certificate of electronic type which contains an electronic signature and identity the status of the legal of the parties to the electronic transaction, the first step in implementing an electronic signature is to have a legal and binding electronic certificate issued by the electronic certificate provider and ensure the security of the electronic system operation. This certificate is used for electronic signature instead of manual signature. And in it’s issuance, there are still many officials who do not understand how to issues electronic certificates. The implementation of Motion Graphics in the application process and issuance of electronic certificates will later be used as a tool for giving information that is made attractively and will be shown to officials who apply for electronic certificates so that they can better understand the issuance of electronic certificates. Making motion graphics using the Luther Sutopo method and the Epic Model is used to analyze the effectiveness of information media. The results obtained from the research are in the form of Motion Graphics with a duration of 2 minutes 27 seconds.

Nonlocal fiber-reinforced double porous material structure under fractional-order heat and mass transfer

PurposeThe purpose of this study is to analyze the thermo-diffusion process in a semi-infinite nonlocal fiber-reinforced double porous thermoelastic diffusive material with voids (FRDPTDMWV) in light of the fractional-order Lord–Shulman thermo-elasto-diffusion (LSTED) model. By virtue of Eringen’s nonlocal elasticity theory, the governing equations for the considered material are developed. The free surface of the substrate is governed by the inclined mechanical load and thermal and chemical shocks.Design/methodology/approachWith the aid of the normal mode technique, the solutions of the nondimensional coupled governing equations have been obtained.FindingsThe expressions of field variables are obtained analytically. By using MATHEMATICA software, various graphical implementations are presented to describe the impacts of angle of inclination, fractional-order and nonlocality parameters. The present model is also validated on the basis of some comparative studies with some preestablished cases.Originality/valueAs observed from the literature survey, many different studies have been carried out by taking into account the deformation analysis in nonlocal double porous thermoelastic material structures and thermo-mechanical interaction in fiber-reinforced medium under fractional-order thermoelasticity theories. However, to the best of the authors’ knowledge, no research emphasizing the thermo-elasto-diffusive interactions in a nonlocal FRDPTDMWV has been carried out. Moreover, the effect of fractional-order LSTED theory on fiber-reinforced thermoelastic diffusive half-space with double porosity has not been illuminated till now, which significantly defines the novelty of the conducted research.

Calculation of the Comparative Efficiency of Algorithms Using a Single Metric

Abstract: While time complexity and space complexity of an algorithm helps to determine its efficiency when time or space needs to be optimized respectively, they fail to determine the more efficient algorithm when time and space both need to be optimized simultaneously. This resulted in the development of the A1-Score Factor which solve the problem i.e., helps to find the algorithm which optimizes both time and space simultaneously. The following research paper contains the hypothesis, the proof, the theoretical and the graphical implementation of the A1-Score Factor along with the use cases of the same.

Ggdist: Visualizations of Distributions and Uncertainty in the Grammar of Graphics.

The grammar of graphics is ubiquitous, providing the foundation for a variety of popular visualization tools and toolkits. Yet support for uncertainty visualization in the grammar graphics-beyond simple variations of error bars, uncertainty bands, and density plots-remains rudimentary. Research in uncertainty visualization has developed a rich variety of improved uncertainty visualizations, most of which are difficult to create in existing grammar of graphics implementations. ggdist, an extension to the popular ggplot2 grammar of graphics toolkit, is an attempt to rectify this situation. ggdist unifies a variety of uncertainty visualization types through the lens of distributional visualization, allowing functions of distributions to be mapped to directly to visual channels (aesthetics), making it straightforward to express a variety of (sometimes weird!) uncertainty visualization types. This distributional lens also offers a way to unify Bayesian and frequentist uncertainty visualization by formalizing the latter with the help of confidence distributions. In this paper, I offer a description of this uncertainty visualization paradigm and lessons learned from its development and adoption: ggdist has existed in some form for about six years (originally as part of the tidybayes R package for post-processing Bayesian models), and it has evolved substantially over that time, with several rewrites and API re-organizations as it changed in response to user feedback and expanded to cover increasing varieties of uncertainty visualization types. Ultimately, given the huge expressive power of the grammar of graphics and the popularity of tools built on it, I hope a catalog of my experience with ggdist will provide a catalyst for further improvements to formalizations and implementations of uncertainty visualization in grammar of graphics ecosystems. A free copy of this paper is available at https://osf.io/2gsz6. All supplemental materials are available at https://github.com/mjskay/ggdist-paper and are archived on Zenodo at doi:10.5281/zenodo.7770984.

Photothermal excitation of an initially stressed nonlocal semiconducting double porous thermoelastic material under fractional order triple-phase-lag theory

Purpose This paper aims to study photothermal excitation process in an initially stressed semi-infinite double porous thermoelastic semiconductor with voids subjected to Eringen’s nonlocal elasticity theory under the fractional order triple-phase-lag thermoelasticity theory. The considered substrate is governed by the mechanical and thermal loads at the free surface. Design/methodology/approach The normal mode technique is used to carry out the investigation of photothermal transportation. By virtue of the MATHEMATICA software, each distribution is exhibited graphically. Findings The expressions of the displacements, temperature, volume fractions of both kinds of voids, carrier density and stresses are determined analytically. With the help of the numerical data for silicon (Si) material, graphical implementations are presented on the basis of initial stress, fractional order, nonlocality and thermoelectric coupling parameters. Originality/value The present study fabricates the association of Eringen’s nonlocal theory and the stress analysis in a semiconducting double porous thermoelastic material with voids, which significantly implies the originality of the conducted work.

Numerical Simulation Approach for a Dynamically Operated Sorption-Enhanced Water-Gas Shift Reactor

A dynamically operated sorption-enhanced water–gas shift reactor is modelled to leverage its performance by means of model-based process design. This reactor shall provide CO2-free synthesis gas for e-fuel production from pure CO. The nonlinear model equations describing simultaneous adsorption and reaction are solved with three numerical approaches in MATLAB: a built-in solver for partial differential equations, a semi-discretization method in combination with an ordinary differential equation solver, and an advanced graphic implementation of the latter method in Simulink. The novel implementation in Simulink offers various advantages for dynamic simulations and is expanded to a process model with six reaction chambers. The continuous conditions in the reaction chambers and the discrete states of the valves, which enable switching between reactive adsorption and regeneration, lead to a hybrid system. Controlling the discrete states in a finite-state machine in Stateflow enables automated switching between reactive adsorption and regeneration depending on predefined conditions, such as a time span or a concentration threshold in the product gas. The established chemical reactor simulation approach features unique possibilities in terms of simulation-driven development of operating procedures for intensified reactor operation. In a base case simulation, the sorbent usage for serial operation with adjusted switching times is increased by almost 15%.

Quantifying mass changes with ambient vibration measurements

The static loading is one of the key unknowns in the structural design process. While weigh in-motion stations and load cells allow load to be measured over small areas or small structures, they are not viable for more complex structures such as long-span bridges or larger buildings, and can be prohibitively expensive. Operational modal analysis can reveal changes in the dynamic behaviour of civil structures measured with accelerometers, potentially offering a low-cost, durable technique for estimating changes of mass in-service. In order to do this, the dynamic parameters of the structure must be estimated with sufficient accuracy, and then processed using a mass change estimation method robust enough to accommodate noise and measurement error. In this paper a new technique for estimating changes in mass, random sampling mass estimation (RSME), is introduced and applied to experimental data for a laboratory-scale beam structure. RSME incorporates the uncertainty in the estimates of the dynamic parameters and allows least-squares estimation of the total change in mass applied to a structure if the locations of the changes in mass are known, or prediction of both the magnitude and location of a single concentrated change in mass through a novel graphical implementation. For individual masses added to the beam, 92.0% of mass location predictions have errors smaller than 2% of the length of the span and 69.4% of added mass magnitude predictions are within ±10 g, approximately 0.05% of the mass of the beam. For concurrent added mass locations, the mean error of the estimates for the total change in mass where 2 or more added masses are present on the beam is -2 g, approximately 0.011% of the mass of the beam.

HERMES - a GUI-based software tool for pre-processing of X-ray absorption spectroscopy data from laboratory Rowland circle spectrometers.

HERMES, a graphical user interface software tool, is presented, for pre-processing X-ray absorption spectroscopy (XAS) data from laboratory Rowland circle spectrometers, to meet the data handling needs of a growing community of practice. HERMES enables laboratory XAS data to be displayed for quality assessment, merging of data sets, polynomial fitting of smoothly varying data, and correction of data to the true energy scale and for dead-time and leakage effects. The software is written in Java 15 programming language, and runs on major computer operating systems, with graphics implementation using the JFreeChart toolkit. HERMES is freely available and distributed under an open source licence.

MR fusion technology that fits reality technology, A study on the implementation of space-time graphics

실감 미디어 제작 기술 확장은 급변하는 시대적 상황과 수용자 요구에 따른 당연한 결과일 것이다. 이에 따라 다양한 미디어 콘텐츠 수급을 통해 기술 확장성과 콘텐츠의 다변화는 가속화될 것으로 전망된다. 특히 차세대 유망기술로 적용되는 MR 현실 기술은 미래 핵심 역량과 다중 융합 기술 구성이 더욱 요구될 것이다. 이른바 미래 신성장 동력으로 나아가기 위한 첨단 미디어 콘텐츠 제작 방법과 미디어 환경을 새롭게 디자인 설계해야 하는 상황에 직면해 있다. 이를 위해서 실감 기반 특성과 융·복합 표현 기술과 이론적인 방법론을 명확하게 제시함으로써 정보통신기술 기반 핵심 역량으로 재편되어야 한다. 여기에는 시공간에 부합하는 고난도 표현 기준 마련과 함께 융합 제작기술 및 지식 기반 다각적 효과 등을 포함되어야 한다. 다가오는 미래 가상 세계와 진화 기술에 대한 접근성 확보가 요구된다. 이를 가늠하는 시공간 혼합기술 마련을 통해 근본적인 접근 마련과 첨단 디자인 설계에 대한 응용 플랫폼을 제시하는 바이다. 본 연구에서는 가장 핵심 기술로 다루는 차세대 진화 유형과 MR, 3D 실감 시각화의 확장, 그리고 결과물에 대한 적용 가능성을 타진하는 것이 주요 핵심이다

Analytical approach to determine the impact of line source on SH-wave propagation in an anisotropic poro-viscoelastic layered structure in the context of Eringen's nonlocal elasticity theory

The present contribution investigates the influence of line source on the propagation of Horizontally polarized shear waves (SH-waves) in a complex stratified structure which comprises two distinct nonlocal anisotropic fluid-saturated poro-viscoelastic layers resting over a nonlocal functionally graded anisotropic fluid-saturated poro-viscoelastic substrate. Based on Eringen's nonlocal elasticity theory, constitutive relations and equations of motion for a nonlocal anisotropic poro-viscoelastic medium are developed in this article. Green's function technique and Fourier transformation are applied in this study to acquire the complex frequency relation of the propagating waves in the context of suitable boundary conditions. Dissociation of the complex frequency equation into real and imaginary parts leads to two distinct equations featuring dispersion and attenuation properties of SH-waves in the considered model, respectively, which represent significant relevance to the field of geophysics, earthquake engineering and civil engineering. As a special case of the problem, the closed form of the dispersion equation has been derived for a structure with a single porous layer overlying a semi-infinite medium which has been validated with the pre-established result and the final particular case is in well agreement with the classical Love wave equation. Several graphs are plotted to demonstrate the impact of functionally graded parameter, ratio of widths of two layers, quality factors, and dissipation parameter on the dispersion and attenuation of SH-waves. Moreover, the graphical implementation of the variation in shear wave speeds of each medium due to the change in nonlocal parameter is one of the major highlights of this study.

Case-wise analysis of Love-type wave propagation in an irregular fissured porous stratum coated by a sandy layer

PurposeThe purpose of the present study is to investigate the dispersion and damping behaviors of Love-type waves propagating in an irregular fluid-saturated fissured porous stratum coated by a sandy layer.Design/methodology/approachTwo cases are analyzed in this study. In case-I, the irregular fissured porous stratum is covered by a dry sandy layer, whereas in case-II, the sandy layer is considered to be viscous in nature. The method of separation of variables is incorporated in this study to acquire the displacement components of the considered media.FindingsWith the help of the suitable boundary conditions, the complex frequency relation is established in each case leading to two distinct equations. The real and imaginary parts of the complex frequency relation define the dispersion and attenuation properties of Love-type waves, respectively. Using the MATHEMATICA software, several graphical implementations are executed to illustrate the influence of the sandiness parameter, total porosity, volume fraction of fissures, fluctuation parameter, flatness parameters and ratio of widths of layers on the phase velocity and attenuation coefficient. Furthermore, comparison between the two cases is clearly framed through the variation of aforementioned parameters. Some particular cases in the presence and absence of irregular interfaces are also analyzed.Originality/valueTo the best of the authors' knowledge, although many articles regarding the surface wave propagation in different crustal layers have been published, the propagation of Love-type waves in a sandwiched fissured porous stratum with irregular boundaries is still undiscovered. Results accomplished in this analytical study can be employed in different practical areas, such as earthquake engineering, material science, carbon sequestration and seismology.

Operator’s workplace virtualization and approaches assessment of its graphic implementation

The authors discuss objectives of creation of a virtual operator’s workplace. These objectives are connected with implementation of 3D virtual interface within the framework of hardware/software currently available on the market, and with general workplace ergonomics. A brief description for different approaches to the design and organization of a virtual workspace is given. The task to develop a test virtual “control panel” to study parameters of the virtual cockpit elements is described.

Development of Motion Graphic as Educational Material for Hotel Promotion Using EPIC Model Testing

Beverly Hotel Batam is a four-star hotel located in the city of Batam. In this case, Motion Graphic became the media information to introduce Beverly Hotel Batam to the public. The Motion Graphic implementation in this video offers to provide interesting information to provide attraction and be easily accepted by the recipient of the information. Motion Graphic in this video will provide Beverly Hotel Batam information, and how to use a website to make online bookings at Beverly Hotel Batam. From this promotional media, it will help staff at Beverly Hotel Batam to no longer have to explain it manually and make Motion as a website promotion media, so that in the future guests who want to stay at the Beverly Hotel Batam can make online reservations easily on a website that is already there is. The resulting video is very effective as a promotional media, based on the EPIC Model analysis which reaches an average value of 4.58 based on a scale of 1-5. Empathy: In this dimension, the respondent's response is reached 4.56. In the evaluation it means very effective as a promotional media, Persuasion: In this dimension, the respondent's response reached 4.50. In the evaluation it means very effective as a promotional media, Impact: In this dimension, the respondent's response reached a value of 4.68. In the evaluation is interpreted as effective as a promotional media, Communication: In this dimension, the respondent's response reached 4.59. In the evaluation, it means very effective as a promotional media. Also, the material expert gives a score of 4.71 in the evaluation it means very effective.

Motion Graphic untuk Pengenalan Warna Dalam Bahasa Inggris

One of the levels of education for early childhood is Kindergarten. The presence and development of technology has a considerable influence on the development of learning media that utilizes video-based media. The use of video as a medium for learning color recognition in English in Kindergarten is expected to enhance childrens’ understanding. The aim of this research was to develop learning media to recognize colors in English through the implementation of motion graphics and to convey material about color in English through learning media in the form of motion graphics that have been made. This product was developed using the Luther Sutopo method and distributed to Ibn Khaldun's Islamic Kindergarten. Previously, a test was conducted where it was found that this media was very good to use and it was proven that the students' average score had increased by learning to use this media.

Creation of digital terrain models using software applications

The article discusses the construction of a digital terrain model in various programs, which will be used for the vertical planning design. One of the major challenges in this area is the creation of an accurate and realistic surface, which will give an opportunity to create a quality and compliant site. To solve this problem and analyze, a model of the same territory and the same initial data has been built. The paper presents a construction algorithms DTM a method of constructing an irregular grid of heights, graphical implementation and analysis.

3D-Graphics Adaptation in Network Technologies for Practice Tasks Solving

This article contains a short story of technologies development and tools, which were used for displaying 3d content for web sites. WebGL, which is a basic and only one tool for displaying 3d graphics on web pages, was reviewed. An analysis of advantages and disadvantages of this tool was made. A review of modern tools for applying 3d graphics to web pages to ease interaction with webgl was made. A review of theoretical knowledge of Three JavaScript libraby was made. Main advantages and disadvantages were highlighted and possibilities of this library were described. A review of theoretical knowledge of Babylon JavaScript library was made. Main advantages and disadvantages were highlighted and possibilities of this library were described. A comparison between Three JavaScript and Babylon JavaScript in terms of convenience of development and implementation of 3d graphics to web pages for a beginner web developer was made. Main advantages and disadvantages were highlighted. A graph of popularity of both libraries was composed. A comparison table, which contains data about specifications, was constructed. Such as, export-import format, physical engine support, programming languages support, et cetera. A model of practice task or project, that contains 3d models, was made. The essence of the task is to create an educational online platform in which 3D graphics are implemented. This allows students to better understand the learning material. It also extends the capabilities of learning educational platforms and web pages in general. An analysis on which library is better to use for solving a task was carried out. Coming from the fact that WebGL is used to display 3D in the browser and it is difficult to work with it directly, it was decided to choose a library that simplifies the work. Despite the fact that both libraries are able to accomplish this task, Babylon JS was chosen. Babylon JavaScript library was chosen for the implementation of 3D models for the educational platform because this library is easier to learn for beginners, development takes less time, and there are many usefull examples that can be modified and integrated into the project immediately. It is worth noting that Babylon JavaScript is a more modern library, which is supported by well-known companies engaged in 3D graphics. There is also an active community that reports and suggests ways to resolve errors. So, if the user has a question, he or she can hope for help to solve the problem. Also, worth mentioning is a tool like Babylon Playground, which allows to test 3D models directly in your browser.