Development of Landscape Planning Support System Using Interactive 3d Visualization

Assessing Public Perception for Illumination of Building in Kayutangan Street, Malang, Indonesia

“…Rajabally has two building with same architectural form. Askari and Dola, 2009;Jennath and Nidhish, 2016;Liu et al, 2015;Mahmoudi and Ahmad, 2015;Perovic and Folic, 2012;Anggriani, 2007;Gokhale, 2013;Hafiz, 2015;Rankel, 2014;Cafuta, 2014;Mahmoudi and Ahmad, 2015;Widiantoro et al, 2015;Fauziah et al, 2012;Karisztia et al, 2008;Santosa et al, 2013Santosa et al, -2014Zhang et al, 2010;Sanoff, 1991;Flynn, 1973;Ernawati and Moore, 2014;and Manurung, 2008) 3a 3b 4a 4b Fig. 3.…”

“…(Anggriani, 2007;Gokhale, 2013;Rankel, 2014;Hafiz, 2015) Some literature review studies are contrasting visual quality in buildings during the day and night. (Cafuta, 2014;Mahmoudi and Ahmad, 2015;Widiantoro et al, 2015;Robert et al, 2015) Kayutangan has become the setting of several previous studies discussing visual (Karisztia et al, 2008;Fauziah et al, 2012;Santosa et al, 2013Santosa et al, , 2014. However, they have yet to discuss utilization of artificial lighting in buildings located in Kayutangan and how much influence the lighting has towards the visual quality of the buildings during the day and night.…”

PDF

“…There are various methods used to build historical spatial data in many studies, such as physical data recording using Photogrammetry (Demetrescu et al, 2020;Aicardi et al, 2018;Andrés et al, 2012) (Khodeir et al, 2016), and virtual tour (Jacobson et al, 2009;Mah et al, 2019;Napolitano et al, 2018). On the other hand, the process of historical spatial data making required at least six essential stages that consist of 3D visualization scenario, data collection, 3D modeling, geometry optimization, texture application, and the entity object (Santosa et al, 2014). 3D visualization scenario is the fundamental stages in preparing the basic concept of creating a visualization type.…”

“…The development of digital data visualization that can be accessed by the wider community also leads to the development of interactive 3D spatial data visualization techniques. 3D interactive visualization development as a tool in the decision-making process in urban visual landscape planning demands the importance of observation and navigation activities in the passive-interaction level to active-interaction level in the Virtual Environment (Santosa et al, 2014;Wu et al, 2010). Gaps in the level of interactivity in the visualization of historical spatial data systems aim to accommodate various levels of the importance of data system access while accommodating the diversity of knowledge and people's ability to understand spatial data technology.…”

“…The passive interaction level aims to bring passive observation that directs users to a predefined 3D visualization animation and may be perfectly adequate for virtual tourism experiences. At the same time, the active interaction level delivers the ability to take control of the navigation of a virtual model that might lead to a deeper and richer understanding of the modeled space, since people tend to experience the real world through self-determined movement through it (Santosa et al , 2014).…”