Seltzered Water For Flu Relief 3D model

cgtrader

Two high-resolution heavy-bottomed glasses of bubbling water are prominently displayed. The shorter glass is infused with dissolved powder and accompanied by a generic sachet of medicinal powder that can accommodate any label due to its UV-mapping capabilities. A dissolving tablet of flu relief medicine sits in the taller glass, alongside a generic sachet containing two medicinal tablets. Each sachet is UV-mapped to allow for customized labeling. These models are specifically designed for advertising cold or flu medication, but they can be easily posed for any scene. Each glass model consists of three distinct sub-components: a glass component, a water component, and a bubbles component. The taller glass also includes a dissolving tablet sub-component, all constructed from quad polygons. Some rendering engines struggle with the complexity of nested dielectrics consisting of three materials - the glass, water, and bubbles. To address this issue, the water sub-component of each glass model comes in two alternative forms. The first form is a complete water object that models every aspect of the water in the glass. This option should be used if your rendering engine can handle complex cases of three nested dielectrics. Maxwell Renderer, for instance, uses a priority method to tackle multiple nested dielectrics and produces excellent results, as demonstrated by these images. Alternatively, the second form of the water sub-component only includes the surface of the water, including the meniscus. This option reduces distortion in the water bubbles and allows rendering engines like Arnold to produce clear images. The models are available in a variety of formats, including Autodesk's *.fbx file format and *.obj file format, as well as formats compatible with Max and Maya. These simple renders were created using Maxwell Render.