Handy and convenient app that transposes any eyeglass prescription from minus cylinder form to plus cylinder form, or from plus cylinder to minus cylinder. Helpful for optometrists, ophthalmologists, opticians and their staff. Avoid errors in prescription transmission, or use to double check transpositi...
idplus = (teacher<0) idminus = -idplus rarr1[idplus] = rarr1[idplus]-1y1=fun1(rarr1,rarr2) y2=fun2(rarr1,rarr2) y3=fun3(rarr1,rarr2) x=transpose(concatenate((-ones((1,N)),y1,y2)))returnx, teacher[0] 开发者ID:albert4git,项目名称:aTest,代码行数:29,代码来源:datagen....
test.assign(test.transpose(),Functions.PLUS); } 代码示例来源:origin: apache/mahout @Test(expected=CardinalityException.class) publicvoidtestMinusCardinality(){ test.minus(test.transpose()); } 代码示例来源:origin: apache/mahout @Test(expected=CardinalityException.class) publicvoidtestMinusCardinality(){...
sparse.setAsDouble(2.0,0,0);// basic calculationsMatrixtranspose= dense.transpose(); Matrix sum = dense.plus(sparse); Matrix difference = dense.minus(sparse); Matrix matrixProduct = dense.mtimes(sparse); Matrix scaled = dense.times(2.0); Matrix inverse = dense.inv(); Matrix pseudoInverse =...
"" # Number of interpolation points minus one n = 5 toll = 1.e-6 points = np.linspace(0, 1, (n+1) ) R = 1 P = 1 control_points_2d = np.asmatrix(np.zeros([n+1,2]))#[np.array([R*np.cos(5*i * np.pi / (n + 1)), R*np.sin(5*i * np.pi / (n + 1)),...
Matrix sum = dense.plus(sparse); Matrix difference = dense.minus(sparse); Matrix matrixProduct = dense.mtimes(sparse); Matrix scaled = dense.times(2.0); Matrix inverse = dense.inv(); Matrix pseudoInverse = dense.pinv();doubledeterminant = dense.det(); ...