论文部分内容阅读
从数学上看,本程序乃是实施多个三阶多项式方阵与一个多项式列阵相乘的运算。应用于光学仪器方面,可用来计算含有变元的棱镜系统的组合反射矩阵、出射光线方向或两光线的夹角。据此便可进一步确定这些变元所代表的棱镜角度误差和位置误差。本程序采用扩展Basic语言,在Cromemco微型计算机上运行。变元总数几乎不受限制。在矩阵元素的高次多项式中,任一变元的幂次不得高于9次,矩阵元素最大的字符串长度一般在2500左右。
Mathematically, this procedure is the implementation of multiple third-order polynomial matrix and a polynomial array multiplication operation. Used in optical instruments, it can be used to calculate the combined reflection matrix of the prismatic system with arguments, the direction of the outgoing light, or the angle between the two rays. Based on this, the prism angle error and position error represented by these variables can be further confirmed. This program uses the extended Basic language, running on a Cromemco microcomputer. The total number of arguments is almost unlimited. In the high order polynomials of the matrix elements, the power of any argument can not exceed 9 times, and the maximum length of the matrix elements is about 2500.