linear perspective
英 [ˈlɪniə(r) pəˈspektɪv]
美 [ˈlɪniər pərˈspektɪv]
网络 直线透视; 线条透视; 线性透视; 直线透视法; 直线透视图
英英释义
noun
- the appearance of things relative to one another as determined by their distance from the viewer
双语例句
- A linear attribute function, a quadratic attribute function and an attribute function combined with light source are used to simulate the effects of aerial perspective.
分别采用线性属性函数、二次属性函数以及加入光源因子的属性函数进行仿真。 - When linear perspective cue conflicted with discontinuity disparity, most of subjects used cue dominant strategy.
线条透视与视差冲突过程中，被试大多采用线索优势策略。 - Uniform wear as the objective function, respectively, to the design of linear perspective, arc radius and four curve inflection point position for the design variables.
以等径磨损为目标函数，分别以设计的直线型的角度、弧线型的半径和四次曲线型拐点位置为设计变量，对三种预成形／模具形状进行优化设计。 - The method of linear perspective and aerial perspective is utilized to extract depth of the indoor and outdoor sequences respectively. Experimental results have proven the effectiveness of proposed method.
并对线性透视方法和空间透视方法分别对室内及室外序列提取深度，实验验证了提出的方法的有效性。 - In this paper, we re-examine the linear theory of wave propagation through an elastic string under uniform tension or a slender elastic rod from a perspective that focuses on the flow of mechanical energy and mechanical momentum.
本文通过机械能、机械动量流动的观点，依据波传播的线性理论，审查了在一个绷紧不变的弹性弦上或在一个纤细弹性杆中传播的脉冲波。 - Linear perspective dominated Western painting until the late19th century, when Paul C é zanne flattened the conventional picture plane.
直线透视法在西方绘画中持续到19世纪末，直到塞尚将文艺复兴传统的画面空间平面化为止。 - Linear and plane perspective analysis and computer shape design
线面投影分析与计算机造型设计 - Research on the position and orientation estimation algorithms based on the corner features and the linear features of the landing pattern by the principle of perspective projection.
根据透视投影原理分别对着陆图案的角点特征、直线特征的位姿参数测量算法进行了研究。 - The main work and achievements of this thesis are as follows: The linear calibration method based on a perspective transformation model is used to calculate calibration matrix. This camera calibration method is simple, and its precision can relatively meet the request of 3D measurement.
本文就这方面内容展开研究，主要研究内容和成果如下：采用基于透视变换模型的线性标定方法实现标定矩阵的计算，标定过程简便，能满足物体几何尺寸测量精度的要求。 - A variety of other factors seem to be brought into play with varying degrees of influence, such as linear perspective, detail and aerial perspectives, interposition, and etc.
它不仅是用双眼进行三角测量的过程，还有其它许多因素不同程度地产生影响，比如线性透视、细节与空中透视、干涉等等。