VISUALISASI KOMPOSER PADA ALAT MUSIK TRADISIONAL SARON DARI JAWA TENGAH
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Bagus Pambudi, Fajar
Subject
Q Science (General)
Datestamp
2024-02-27 02:07:12
Abstract :
The use of 3D composer visualization in making games is not only used as entertainment and beautifying the appearance, but can be used as a learning tool is expected to introduce and become a medium for learning the use of Saron musical instruments to the wider community in the modern era. As for some software used for making applications, namely Blender 3D software is used for object modeling, CorelDraw X7 software is used for giving texture to objects, and Unity software is used for application creation and visualization. The research flow is by means of literature study, observation, system requirements analysis, system design, system implementation and testing. The results of application functionality testing, all functions run well and in application testing with 30 respondents. Testing on software functions and visualization obtained the results that the application can run well with different device specifications with minimum desktop specifications AMD A9 and maximum core i5. This application is a desktop-based application and presents 5 simulated music. Therefore, it is expected that the application can be developed into a mobile-based application and increase the number of simulation music presented.
The use of 3D composer visualization in making games is not only used as entertainment and beautifying the appearance, but can be used as a learning tool is expected to introduce and become a medium for learning the use of Saron musical instruments to the wider community in the modern era. As for some software used for making applications, namely Blender 3D software is used for object modeling, CorelDraw X7 software is used for giving texture to objects, and Unity software is used for application creation and visualization. The research flow is by means of literature study, observation, system requirements analysis, system design, system implementation and testing. The results of application functionality testing, all functions run well and in application testing with 30 respondents. Testing on software functions and visualization obtained the results that the application can run well with different device specifications with minimum desktop specifications AMD A9 and maximum core i5. This application is a desktop-based application and presents 5 simulated music. Therefore, it is expected that the application can be developed into a mobile-based application and increase the number of simulation music presented.
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