help研究问题光学材料制造与视觉效果设计多材质3D打印如何实现在一个流程中同时制造透镜和高分辨率彩色图案？UIST '21Lenticular Objects: 3D Printed Objects with Lenticular Lens Surfaces that Can Change their Appearance Depending on the Viewpoint
help研究问题光学材料制造与视觉效果设计如何设计和制作支持用户定义颜色变化行为的偏振光马赛克？CHI '23Polagons: Designing and Fabricating Polarized Light Mosaics with User-Defined Color-Changing Behaviors
help研究问题光学材料制造与视觉效果设计偏振光马赛克的设计空间可以如何系统化扩展以支持多层结构和复杂颜色效果？CHI '23Polagons: Designing and Fabricating Polarized Light Mosaics with User-Defined Color-Changing Behaviors
help研究问题光学材料制造与视觉效果设计数字工具如何降低偏振光马赛克的制作门槛并鼓励更广泛的应用？CHI '23Polagons: Designing and Fabricating Polarized Light Mosaics with User-Defined Color-Changing Behaviors
help研究问题光学材料制造与视觉效果设计如何在复杂的3D曲面上设计和制造能够呈现视角依赖外观的透镜表面？UIST '21Lenticular Objects: 3D Printed Objects with Lenticular Lens Surfaces that Can Change their Appearance Depending on the Viewpoint
help研究问题光学材料制造与视觉效果设计在3D打印的透镜表面上，如何平衡视角数量和透镜几何外观的影响？UIST '21Lenticular Objects: 3D Printed Objects with Lenticular Lens Surfaces that Can Change their Appearance Depending on the Viewpoint