光柵板3D印刷應用於軍工技術實務立體攝影之研究

光柵板立體印刷之應用包羅萬象，但光柵板（平面立體化）立體印刷呈現出『重影』現象，將影響到視覺立體感受效果，故亟需先找出最適切的尺寸及觀眾最佳的觀賞距離，並可搭配不同的立體深度變化，才能有創新的行銷出擊。本研究目的為使軍工技術圖像以光柵板（PET材質）立體印刷達到「最佳及最適印刷之『立體深度值』」，同時能更深入與精準匹配以輔助軍工技術作業安全與教學中，學員（生）操作車床的精準度與穩定度，賡續光柵板立體印刷適性實驗與應用。本研究藉由在實驗操作上採用（軍工技術教學半成品）立體位移攝影方法，搭配軟體的操作與運用，針對目前光柵板立體印刷有圖像比較模糊及呈現出雙重影像，在實驗設計時找材料製作立體的最佳拍攝參數範圍。研究成果為101.54LPI之軍工物品立體拍攝合成圖舒適度判定以每張僅旋轉0.8075度內為佳。75.57LPI之軍工物品立體拍攝合成圖舒適度判定以每張僅旋轉0.8075度內為佳62.42LPI之軍工物品立體拍攝合成圖舒適度判定以每張僅旋轉1.615度內為佳。

關鍵字

3D印刷；軍工技術；圖像

並列摘要

Lenticular Printing application is all-inclusive, but the Lenticular Printing (planar 3D) showing a ＂ghost＂ phenomenon will affect the visual effect of 3D experience, it need first to find the best viewing the most appropriate size and audience distance, and with a different 3D depth of the change, in order to have an innovative marketing initiative. The purpose of this study is to make an image of military technology to the grating plate (PET material) 3D printing to achieve ＂best and＂ optimal printing of 3D depth values, ’＂ while more in-depth and accurate matching to assist job security and military technology teaching, accuracy and stability of the trainees (students) operating lathes, 3D grating plate Continuously printability experiments and applications. This study uses (military technology teaching semi-finished) 3D displacement of the photographic method on the experimental operation, operation and use with the software, for the current 3D grating plate printed with an image showing a relatively vague and double vision, looking for material in the experimental design making the best shooting 3D parameters. The research results 101.54LPI of military goods dimensional composite image taken comfort in each rotation determination only within 0.8075 degrees better. 75.57LPI of military goods dimensional composite image taken comfort in the judgment only 0.8075 per degree of rotation of military goods better 62.42LPI dimensional composite image taken comfort in the judgment only 1.615 per degree of rotation is better.