Corel Draw Research Articles

Creation of Innovative Designs Using Traditional Kashidakari Embroidery Motifs for Home Furnishings

The beautiful and intricate Kashmir embroidery known as ‘Kashidakari’ is recognized everywhere for its beauty of craftsmanship, motifs, colours, textures, etc. Kashida embroidery designs are the most popular commercial embroidery designs not only because these have retained its rich heritage but also have made necessary adoption according to the likes, choice and demand of the market. In contemporary society, embroidered textiles are used for interior decoration for a traditional and royal appearance. In the present study, traditional motifs of Kashidakari embroidery were collected by exploring secondary sources for the creation of innovative designs for home furnishings textile articles. Out of 200 motifs, thirty were screened and top-ranked ten motifs were selected for design development for home furnishing, as per preferences of experts. Thirty designs were developed using selected traditional Kashidakari embroidery motifs with the help of Corel DRAW X3 software. The study concluded that all the developed designs using traditional Kashidakari embroidery motifs were highly acceptable by experts for home furnishings.

Analysis development of augmented reality in android-based computer learning in vocational schools

The making of this paper aims to analyze the latest technology used in Augmented Reality in vocational education. Augmented Reality is a merger between the virtual world and the real world which is projected in 2D or 3D form that is used for Entertainment, Engineering Design or as a learning medium. Augmented Reality is expected to be able to attract students’ interest compared to conventional learning methods. The method of making paper uses a literature review that is with 30 papers related to Augmented Reality starting in 2014-2019. Augmented Reality is built with a Blender 2.80 application, software Vuforia SDK, Corel Draw X9, Android Studio, and Unity 3D. Most of the research or development of Augmented Reality in 2014-2019 uses Blender 2.80, Vuforia and Unity 3D applications.

Students’ Creative Industry Development: A Community Based Research in STIE Sumbar

The rate of educated unemployment in Indonesia requires educational institutions, especially universities or college to strengthen the entrepreneurship curriculum that could deliver some new entrepreneurs, which in turn can reduce the educated unemployed. Purpose of this paper is to share experiences in the community service activities in the development of creative industries of digital printing for college students. The development of creative industries involved student community of STIE Sumbar. This program provides training creative industry of digital printing to produce a variety of merchandise products. The target of this program was delivering new entrepreneurs among students for a more active role in the creative economy industry. In addition, this program is also to strengthen the entrepreneurial spirit of students in Higher Education. Projects carried out during these six months and has already provided the knowledge and entrepreneurship training, and has opened up opportunities and strategies for students to build a creative economy industry in a wide range of digital printing products that have high demand levels for the academic activities of national conference and internasiona for example banner, logo and t-shirts. Basis expertise provided in this training is the ability to create a design by using Corel Draw program to create a range of innovative merchandise. The project has been successfully delivered ten new entrepreneurs in the field of creative industry of digital printing. For local government is expected to support this program by issuing a regulation on the development of creative industry housing for college students. meanwhile for higher education institution is expected to collaborate together in building a creative economy business program at the college level through joint college community.

Effect of Body Mass Index on Craniovertebral Angle and Shoulder Angle in Egyptian Adolescents

Purpose: To explore the effect of body mass index (BMI) on Craniovertebral Angle (CVA) and Shoulder Angle (SA) in Egyptian Adolescents. Methods: Cross Sectional Study designe was used.Eighty-six physical therapy students were selected randomly, and their age were ranged from 18-27 years. They were divided into three groups according to BMI. The first group with normal BMI (18.5-24.9 Kg/m2), while the second group was overweight (BMI was ranged from 25-29.9 Kg/m2). The third group was obesity class I (BMI was ranged from 30-34.9 Kg/m2).Photogrammetry method used (the photographic sessions by mobile phone Samsung J-7 Camera and use of Corel Draw software to analyze the pictures). Results: A significant difference was detected between normal BMI and overweight (p 0.2), and for SA non-significant difference between normal BMI and obese (p>0.41) and non-significant difference between overweight and obese (p>0.2). Conclusion: overweight and obesity change CVA and forward head posture and overweight changed SA and so rounded shoulder appeared. However, obesity did not change SA and rounded shoulder.

SISTEM INFORMASI ARSIP DI BADAN PUSAT STATISTIK PROVINSI SUMATERA BARAT BERBASIS MOBILE

Activities in both government and private agencies require data and information, one of which is archived. Archive is an important factor that supports the smooth running of activities in the agency. The archive information system is created efficiently and effectively with a mobile application based that aims to help users manage archives. In making this information system, Android Studio assistance software is used as a software maker program and Corel Draw as an application design maker. The method used in this application is the waterfall method. The waterfall method is a sequential design process that is often used in software development, the process continues to flow downward like a waterfall through several stages namely system requirements analysis, system design, coding and finally testing. From these problems and methods produced an archive information system that aims to facilitate its users in managing records.Keywords: Information system, Archive, Android Studio, Waterfall

Long-term comparison of the efficacies of internal and external browpexy combined with blepharoplasty.

To perform a long-term comparison of the quantitative efficacy of internal and external browpexy in combination with upper-lid blepharoplasty based on lateral and central eyebrow positions. This retrospective study evaluated internal and external browpexy with upper-lid blepharoplasty surgeries that were performed during the period between January 2012 and December 2017 in the oculoplastic surgery department of our hospital. Patients who had undergone periorbital and forehead surgery, who had ophthalmologic or neurological diseases, and who were Botox users were not included in the study. Preoperative and postoperative measurements were made on photographs taken in the same position. The distances from the pupil center and from the point of intersection between the horizontal line passing through the pupil and the vertical line passing through the lateral canthus to the upper eyebrow borders were measured. Photogrammetric analysis of eyebrow position was analyzed using Corel Draw software. Preoperative and postoperative photographs of 70 eyelids were analyzed. Measurements were taken 24 months after surgery. Mean elevations of 2.10 and 3.19 mm were observed in the central region and lateral regions, respectively, in the internal browpexy group. These elevations were 2.66 and 3.03 mm in the external browpexy group and 0.48 and 0.55 mm in the control group. Eyebrow elevations in the central and lateral regions were not significantly different from baseline in the control group (p=0.126 and p=0.25). Internal and external browpexy showed statistically similar elevation values in the central and lateral regions (p=0.636 and p=0.342). External and internal browpexy surgery afforded adequate and similar elevations of the central and lateral brow, which were significantly different from those in the standard blepharoplasty group during long-term follow-up.

Membangun Program Komunitas Wirausaha Siswa Melalui Pendidikan Berorientasi Kerja

The community services purposes was to establish the work-oriented school community program and prepared the volunteers as trainer for digital design Corel draw and photoshop as well as the training of producing any souvenir made by shellfish shells in order to build a work-oriented education program in the Senior high school community and strengthen the students’ entrepreneur skills in two State Senior High School 12 and 13 Padang. This Community-Based Research approach involved two state senior high school students in Padang City. The result of the services showed that the program of community-based research plays an important role in realizing the work-oriented education program by strengthening the local industrial contents and extracurricular activities of entrepreneurship training in the schools. It could be seen from the improvement of students' skill in the creative business of digital design and souvenir products made by shellfish as well as increasing student’s spirit for directly involving in the activities of entrepreneurship in their school. Follow up these activities should strengthen the cooperation among another school in West Sumatra to have the graduates of ready to work and ready to be entrepreneur indirectly help the government to reduce the educated unemployment in West Sumatra as well.

PENINGKATAN SENSITIVITAS SENSOR KOIL DATAR MEMPERGUNAKAN SOFT MAGNETIC VITROVAC

This study reports the design of non-magnetic plate thickness sensors based on Eddy Current principld in the form of flat coils. The principle used in the Eddy Current sensor is a change of mutual coil inductance due to the presence of objects in the magnetic field. The coil is made up of single and double layer coil designed using Corel Draw Software based on printed circuit board (PCB) material with dimensions of 152.4 mm x 101.6 mm, which has a track distance of 0.125 m. Single and double layer coil inductance evaluations are carried out using the EVB LDC 1000 L/V Converter module which converts plate thickness into inductance values. The addition of a 30 mm Vitrovac thin film mounted in the direction of the winding in the 2 mm diameter coil core has been carried out to increase the sensitivity value of the sensor which gives an increase in sensitivity value of S = 0.321 uH / mm or 33.2%. The coil is able to measure plate thickness up to 10mm well.

Marginal adaptation of provisional crowns made of acrylic and bisacrylic resins using different impression materials

Aim: To evaluate the marginal adaptation of provisional crowns made of acrylic and bisacrylic resins using different impression materials. Methods: a metal die and a matrix applied through a direct technique were used to fabricate the specimens. The impression materials used as a matrix were divided into four groups: Irreversible hydrocolloid (IH), laboratory silicone (LS), condensation silicone (CS), and addition silicone (AS). After the impression procedures, each matrix was loaded with the provisional prosthetic materials, Alike, Duralay, Protemp 4, and Structur 3 (n = 12). Marginal discrepancy was evaluated using a stereomicroscope at ×45 magnification. The images obtained were transferred to the Corel Draw X7 program, and the distances from the cervical margins of the specimen to the reference lines at the metal die were measured vertically. The data were analyzed by using 2-way ANOVA followed by the Tukey test (α=.05). Results: the acrylic resins had higher values ​​of marginal discrepancy compared to the bisacrylic resins. A statistically significant difference was found between all impression materials, and the irreversible hydrocolloid presented higher values of discrepancy (303.28–613.31 μm), whereas addition silicone had the lowest (48.61–190.06 μm). Conclusions: the bisacrylic resins had a better marginal adaptation compared to the acrylic resins. The addition silicone promoted a better marginal adaptation of the provisional prosthetic materials tested, followed by condensation silicone, laboratory silicone, and irreversible hydrocolloid.

Development of Physics Learning Media on Rotational Materials Based on Interactive Multimedia

Development of learning media is important to be done to help the process of learning physics. The purpose of this research is to develop learning media on the material of rotational dynamics. The media is created using Photoshop software, Corel Draw and Macromedia Flash. This Media consists of opening pages, which contain competencies, materials, games, evaluations and creator pages. This media displays images, animations related to subject matter and games that attract students in learning physics. The results of the development in the form of instructional media are intact so that they can be used by both teachers and students.

Legenda Tokoh Jokotole sebagai Representsi Pendidikan Karakter dalam Pengembangan Media Aplikasi Android pada Pembelajaran Bahasa Indonesia Aspek Kemampuan Membaca Kelas VII Di SMP Negeri se-Kabupaten Bangkalan

These studies are research on the development of research and development (R & D) using the Borg and Gall model. However, this development research takes several stages, namely, problem identification, information gathering, product design, and product testing. The results of the study found that Jokotole figures were legendary figures in the Madura region from Bangkalan, Sampang, Pamekasan, and Sumenep. The legend of Jokotole is found in every legend in the villages of Madura, there are 38 stories that tell the character of Jokotole both in his journey (stop) so as to create his own legend or narrate the battle against his enemies, while in the Bangkalan region there are 12 legends which tell Jokotole namely in the area of talk, keleyen, tip plate, and so forth. In this development research, the Jokotole story was made the main character in its emergence as a learning media based on andorid, because the tendency of the majority of Madurese people to accept Jokotole figures as positive figures starting from Jokotole's birth, journey, chivalry, spirituality, and death. Furthermore, in the development research this took the legend of the villages that gave rise to the character of Jokotole. Andorid media based on learning media applications ranging from stories, places (the area adopted from google map maps, questions, and reading ability tests using the ability formula to read elementary school children, namely junior high school. Jokotole figures in the andorid learning media application created using multimedia unity and design Corel Draw with Story Board Jokotole character journey when visiting the western Madura area until the trip in Bangkalan area, namely in the village of Telang, Socah, Ujung Plate, Bancaran, and Jambu Village.

Implementasi Algoritma Sequential dan Welch Powell pada pewarnaan graf (studi kasus pewarnaan peta kota Makassar)

The aim of this research is how to implement Sequential algorithm and Welch Powell algorithm on graph coloring, especially on Makassar city map coloring. The research method used was a case study aimed at searching information in the form of a map of Makassar city. The first step is to take a colored map of Makassar city at the Dinas tata ruang kota makassar, then redraw it with the help of Corel Draw X7 software, so there are no colors. The next step is to represent the map in graph form by taking the region (sub-district) as a node and then doing graph coloring using Sequential algorithm and Welch Powell algorithm. The results of coloring the Makassar city map using Sequential algorithm and Welch Powell algorithm, both produce chromatic numbers χ (G) = 4 or the number of colors produced to color a graph there are 4 colors. The colors used are red, yellow, green and blue. Then from the results of coloring this graph can easily be applied to color the map of the city of Makassar based on the coloring requirements obtained. Because it has the same chromatic numbers, it can be concluded that the Sequential algorithm is no better than the Welch Powell algorithm, or vice versa the Welch Powell algorithm is no better than the Sequential algorithm for the case of coloring the Makassar city map. The previous Makassar city map coloring or without the algorithm, produces chromatic numbers χ (G) = 12 or the number of colors produced to color a graph there are 12 colors. So that the two algorithms are much better at coloring than the previous Makassar city map coloring or without the algorithm

Physics virtual laboratory: an innovative media in 21st century learning

Despite Virtual Laboratory (VL) in 21st century Physics learning is commonly used, but its development which is appropriate with theories and concepts is still a lacking. VL is a media to explain abstract concepts and minimize misconceptions. If VL is applied in Physics instruction, a better understanding of Physics theories and concepts is needed. This development study aims to 1) map important components for creating Physics Virtual Laboratory (PVL), 2) create PVL innovation which is appropriate with theories and concepts of Physics, and 3) design the PVL sketch and animation. This study uses an instructional design of Morrison, Ross, and Kemp to create the PVL. Isobaric process in Thermodynamics is provided as the topic. The findings of the study are 1) PVL consists of some components, i.e. basic competence and indicator, video, experiment goals, virtual experiment, and problems, 2) Thermodynamics is applied for developing the PVL, and 3) the final sketch is designed using Corel Draw and Adobe Illustrator, while the animation is created by Adobe Flash. Further study is recommended to implement the PVL to other Thermodynamics processes, such as isothermal, isochoric, or adiabatic.

EFFECTIVENESS OF CLASSIFICATION METHOD AND COLOR SYMBOL SCHEME ON CHOROPLETH MAP OF POPULATION DENSITY IN SPECIAL REGION OF YOGYAKARTA

Abstract. The need for presenting information in maps is increasingly high in various scientific fields. All scientific fields need to present effective data for decision making. Good decision making based on maps requires good understanding but not all scientific fields are familiar with using maps. Supporting factors for easy maps to understand are classification method and color symbol scheme. The purpose of this study was to select and test the classification method and the most effective color symbol scheme for mapping population density in the Special Region of Yogyakarta. The classification methods used in this study are constant interval, arithmetic progression, geometric progression, quantile, standard deviation and dispersal graph. The effectiveness test method for the most effective classification method is the proportion assessment. The color symbol scheme used in this study is a sequential color scheme, diverging color schemes, Corel Draw color schemes and color symbol schemes provided in ArcMap 10.3 software. The effectiveness test method for the most effective color symbol scheme is conventional eye tracking. The results showed that according to the proportion test the most effective classification method was the arithmetic interval classification method with results of 0.26. The most effective color symbol scheme in accordance with the effectiveness test using the conventional eye tracking method shows that the most effective color symbol scheme is a diverging color scheme. The important aspects to consider are average answering duration of 8.15 seconds, the accuracy of the answer is 98.9%, and easiness level of symbolization readings is 341. This research can be one of the references on the most effective classification method and reference regarding the selection of the most effective color symbol scheme on Choropleth Map of Population Density in Special Region of Yogyakarta, so that further research can continue the analysis of appropriate classification methods for demographic data. The method discussed in this study is also expected to be applicable to other data.

Pemanfaatan Permainan Bahasa Menjadi Produk Usaha Kaos Berbasis Bisnis Kata di Kelompok Karang Taruna Desa Parangargo Kecamatan Wagir Kabupaten Malang untuk Mendukung Ekonomi Kreatif

The activities of Society Partnership Program (PKM) was carried out together with the youth organization of Karang Taruna MAATOON in Parangargo village, Wagir sub district, Malang Regency. The purposes of the activities are 1) to empower the youth to become entrepreneurs and get involved in developing creative economy, 2) to develop the skill of designing words, phrases, and sentences used to produce saleable word-based T-shirts, like Dagadu and Joger, 3) to facilitate the Karang Taruna in producing and marketing the products. In order to achieve the purposes, on the aspects of production and management, some trainings and workshops have been already done, such as training of word designing through Corel Draw application and workshop of finance management and digital marketing. These activities of Society Partnership Program (PKM) were done in stages, namely preparation, program planning, implementation, and evaluation.

Work in Team – Improve your GIS Skills. Effectiveness of project work in teaching GIS for foreign students

Abstract. In 2013, the Hungarian Government opened a scholarship programme called Stipendium Hungaricum for foreign students to study in the Hungarian higher education. Within this scholarship, students coming from non-European Union countries complete full studies at both bachelor and master levels in Hungarian universities. Three years ago, the first international students financed by Stipendium Hungaricum arrived to the Department of Cartography and Geoinformatics of ELTE Eötvös Loránd University to study cartography and geoinformatics at master level. Since then the success of the programme constantly encourages students to choose our degree program.Teaching GIS for “beginners”, i.e. for those who finished their studies in other areas and are new in our field, is not easy for its multidisciplinary nature. Teaching Z generation might be a challenge for modern issues of generation gap. Teaching international students from very different countries is also not easy because of very different professional backgrounds and exercises, studying habits and language skills, in some cases. Teaching GIS for foreign students is a combination of these aspects and led us to develop new methodological and pedagogical approaches in order to reach success both for students and professors.On this poster, we present one of our solutions: the “Geoinformatic and Cartographic Project” work. It is a large, complex practical subject for second year students, which needs all the previous studies of the first year and much of individual work and creativity. Students work driven by professors, but mostly individually. The topic is mapping environmental conditions of Vác, a charming small town at the bank of the Danube, 20 km to the North from Budapest.Students work in pairs. This is comfortable for sharing the tasks not only in the field work but in the lab work too, while they can also show their individual skills. For completing the task they need to do some theoretical research and they have to get familiar with the tools (noise meter, thermometer, solar radiation device, GPS) and specific software (ArcGIS, Qgis; Global Mapper; graphic software eg. OCAD, Corel Draw; Open Layers, etc.). They have to cope with real life situations during data collecting and have to learn timing their work. The semester ends with an oral presentation of the results with data analysis.The project has five phases: Phase 1: Preparation; Phase 2: Research; Phase 3: Field work; Phase 4: Lab work; Phase 5: Analysis and documentationResults of the geoinformatic work are a complex environmental database with data on temperature, humidity, solar radiation and noise pollution; a series of thematic maps created from the collected data; and an interactive web site where users can consult the thematic maps and read the analysis of the data.For the cartographic part of the project, students also prepare a hard copy touristic map of the town. This task needs touristic data collecting (including research, taking notes and pictures in the field work). The result is an independently edited and designed touristic map in the style of a city map.In the poster, we would like to present the step-by-step workflow of the Geoinformatic and Cartographic Project (the phases in detail) with the resulting geodatabases, thematic maps and websites. We believe these are the steps that bring the students to the same level of GI knowledge, that facilitate them to work together in a team, and encourages them to lead sub-tasks, opens their imagination and to figure out their own ideas. A project work like this provides professional experience, strengthens problem-solving skills and gives self-confidence for the future GIS experts.

Dimensi Tubuh Sapi Friesian Holstein dan Limousin Betina Berdasarkan Morfometrik dengan Citra Digital

Digital image analysis have been applied to determine and follow the body measurement, live weights, and animal growth. The objectives on this study were to compare linear body measurement (BMs) method (manually and digital image analysis) and to compare size and body dimension of Friesian Holstein (FH) and Limousin cows. In this study, the BMs of FH and Limousin cows was determined using digital image analysis (IA). Linear measurement of primary morphometrics, part of Columna vertebralis, and extrimity length of cows was first determined manually, by direct measurement. Then the digital images of cows were taken and the results obtained through the calculations were recorded into the computer and analized by Corel draw. Result showed that the BMs with both methods measurement was not significant different and IA method had lower coefficient variation (CV) than manual, which indicates the IA method can be used for morphometric study. For the body dimension, FH had larger frame size and lower body weight than Limousin. The different of breed caused differences in morphometric performances. FH had longer thoraxoc vertebrae, wither height, space between ischium, and space coxae to ischium than Limousin. Limousin had longer cervicalis vertebrae, sacral vertebrae, and scapulla.

Dimensi Tubuh Sapi Friesian Holstein dan Limousin Betina Berdasarkan Morfometrik dengan Citra Digital

Digital image analysis have been applied to determine and follow the body measurement, live weights, and animal growth. The objectives on this study were to compare linear body measurement (BMs) method (manually and digital image analysis) and to compare size and body dimension of Friesian Holstein (FH) and Limousin cows. In this study, the BMs of FH and Limousin cows was determined using digital image analysis (IA). Linear measurement of primary morphometrics, part of Columna vertebralis, and extrimity length of cows was first determined manually, by direct measurement. Then the digital images of cows were taken and the results obtained through the calculations were recorded into the computer and analized by Corel draw. Result showed that the BMs with both methods measurement was not significant different and IA method had lower coefficient variation (CV) than manual, which indicates the IA method can be used for morphometric study. For the body dimension, FH had larger frame size and lower body weight than Limousin. The different of breed caused differences in morphometric performances. FH had longer thoraxoc vertebrae, wither height, space between ischium, and space coxae to ischium than Limousin. Limousin had longer cervicalis vertebrae, sacral vertebrae, and scapulla.

Formation and preservation of polyhalite-containing rocks in the halogen sediments of the Southern Cis-Urals

Research subject. In this research, we set out to investigate polyhalite-containing rocks of the Southern Urals. The purpose of this study was to characterize the patterns of formation and transformation of polyhalite-containing rocks, as well as to identify conditions leading to their destruction. Materials and methods. We studied available literature and archive materials on the southern Urals, as well as core samples. Samples for thin sections were taken from the core of polyhalite-containing rocks. The sections were manufactured (where possible) in 2 mutually perpendicular cuts relative to the axis of the monolithic core sample. Considering a high solubility of salt minerals (halite) and the possibility of converting other minerals in aqueous media (e.g., polyhalite into gypsum due to the leaching of K and Mg cations herefrom), thin sections were manufactured in anhydrous liquids (kerosene, transformer oil). In order to determine the mineralogical composition, as well as the structural and textural features of the polyhalite-containing rocks under study, a petrographic analysis of the thin sections was carried out optically using a Polam-213 microscope. Geological sections were built using Corel Draw 13. To this end, geophysical data (gamma-ray logging) and lithological composition were studied.Results. It is found that pelitomorphic sulphate clusters transform into polyhalites followed by their further recrystallization into crystalline accretions. The diagenetic nature of this process is presumed. The location of polyhalite mineralization in the rocks under study confirms the effect of the basin bottom paleorelief on the intensity of polyhalite material accumulation. Conditions determining further destruction of these rocks were formed in local areas under the influence of various geological processes. Conclusion. The results of our research can be used for predicting zones rich in polyhalites in the southern Cis-Urals.

Reliability in Mandibular Movement Evaluation Using Photogrammetry in Patients With Temporomandibular Disorders

ObjectiveThe purpose of this study was to propose a quantitative evaluation for mandibular opening–closing movement asymmetries and to verify the intraexaminer and interexaminer reliability using photogrammetry in individuals with and without myogenic temporomandibular disorders. MethodsForty-nine female participants between ages 18 and 40 were enrolled in this study. They were assigned to 2 different groups: a temporomandibular disorder group, (n = 25; 28.1 ± 3.6 years) and an asymptomatic group (n = 24; 25.6 ± 5.1 years). Data were collected through photogrammetry using Corel Draw X3 software (Corel Corp, Ottawa, Ontario, Canada) for angle measurements. Reliability analysis was done on the total sample, and the photographs were obtained by a singular examiner on 2 occasions (intraexaminer) 1 month apart and from measurement made by another examiner (interexaminer) on different days. The intraclass correlation coefficient (ICC) was applied with a significance level of 5%. ResultsThe photogrammetry had excellent intrarater and inter-rater reliability for the evaluation of opening and closing movements of the jaw (intrarater: opening ICC = 0.99; closing ICC = 0.98; inter-rater: opening ICC = 0.89 and closing ICC = 0.82). Photogrammetry also demonstrated excellent intra- and inter-rater reliability in the evaluation of head posture (intra-rater: head deviation ICC = 0.96; head position ICC = 0.75; inter-rater: head deviation ICC = 0.98; head position ICC = 0.98). ConclusionUnder these experimental conditions, most angular values presented excellent intra- and interexaminer reliability.