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qiege_new
- //多边形切割 //可用于半平面交 //将多边形沿l1,l2确定的直线切割在side侧切割,保证l1,l2,side不共线-/ / polygon cutting / / can be used for half-plane AC / / will polygon along l1, l2 determined by the straight line cutting in the side cutting side, ensuring l1, l2, side not collinea
qie_ge_new
- 将多边形沿l1,l2确定的直线切割在side侧切割,保证l1,l2,side不共线-will polygon along l1, l2 cutting straight to determine the lateral side of the cutting, guaranteed l1, l2, side is not collinear
MAIN 3-DIMENSIONAL CFD-PROGRAM
- #//u(i,j) x方向的速度u;或者θ方向速度uθ #//u(i,j) y方向的速度v;或者径向速度ur'h\K #//pc(i,j) 压力修正 p'[OS #//p(i,j) 压力p-=5-+ #//p(i,j)
TV算法 L2 Total Variation
- L2 Total Variation 算法
tvt
- Code for L2-optimal three view triangulation based on calculation of stationary points
Errest
- 关于有限元的数字计算误差,分别有L2误差和H1误差-On the number of finite element calculation error, respectively, L2 and H1 error error
L1L2Hybrid
- AN ADAPTIVE L1-L2 HYBRID ERROR MODEL TO SUPER-RESOLUTION
ydfc
- 5自由度机器人的正运动方程。 机器人为4节分别为L1 L2 L3 L4-5-DOF robot is the equation of motion. Robot 4 respectively L1 L2 L3 L4
Crank-Nicolson
- 针对有界区域上的抛物型微分方程讨论了Crank-Nicolson块中心差分法,在非等距剖分的网格上得了近似解和解的一阶导数的L2模误差估计-For a bounded region of parabolic differential equations discussed the Crank-Nicolson central difference blocks, in a non-equidistant grid had split the approximate solution of the
Apriori
- Apriori算法用于发现数据中的频繁项集以及关联规则,属于关联分析, 关联分析的目标包含两条:发现频繁项集和发现关联规则。 该算法基于一个很重要的原理,apriori原理,如果某个相机是频繁的,那么他的所有子集也是频繁的, 也就说,如果一个项集是非频繁的,那么它的所有超集也是非频繁的。 Apriori算法是先生成C1->L1->C2->L2->C3.Apriori算法的缺点是很明显的,每生成一个频繁项集,都要扫描整个数据集。 在数据规模很大的时候,这
teqcfv
- teqc生成那8个compact文件,注意不是compact2或compact3,可以快速画图,比qcview方便多了,又快有美观!至于compact文件我会另外上传!- TEQCFV Read and plot TEQC report files (fast view) TEQC is the Toolkit for GPS/GLONASS/SBAS Data used to solve many pre-processing problems with G
error2d
- Computes the FE error measured in the L2- and H1-norm for 2D problems. Especially useful for illustrating the error decay of piecewise linear finite elements in the common norms.
lr
- 线性回归,正则化项,lasso正则化,L2-正则化等(linear regression, regularization, Lasso reg., L2-reg.)