가장 가까운 보간의 핵심 내용은 매우 간단합니다. 먼저 역변환으

The core content of the nearest interpolation is very simple. First you need to use the floating point coordinates obtained by inverse transformation and round the floating point coordinates to get the integer coordinates, the pixel value corresponding to this integer coordinate is the pixel value of the target pixel. The pixel value corresponding to the upper-left corner point of floating-point coordinates is the desired pixel value [4]. You can see that the nearest neighbor interpolation is easier to understand and the results are more convenient, but the image quality is not so high.

The key to the nearest interpolator is very simple. First, you need to use the floating-point coordinates obtained by inverse conversion and round the floating-point coordinates to obtain the integer coordinates, which correspond to the pixel value of the target pixel. The pixel value corresponding to the upper-left corner of the floating-point coordinate is the desired pixel value [4]. You can see that the nearest adjacent interpolation is easy to understand and the results are more convenient, but the image quality is not very high.

最近的报道的核心内容非常简单。首先使用逆转换获得的浮动小数点坐标，将浮动小数点坐标四舍五入，获得整数坐标，该整数坐标对应的像素值为目标像素的像素值。浮点坐标的左上角点的像素值为您想要的像素值[4]。最近的邻保之间很容易理解，结果更方便，但可以看出图像质量并不是很高。<br>