GregVernon

import numpy
import sys
from matplotlib import pyplot as plt

sys.path.append( r"C:\Program Files\Coreform Cubit 2023.11\bin")
import cubit

def main( angles ):
    fea_results, coarse_results = do_study( angles )
    plot_results( angles, fea_results, coarse_results )

GregVernon

<w:tbl>
  <w:tblPr>
    <w:tblStyle w:val="GridTable5Dark-Accent5"/>
    <w:tblW w:w="0" w:type="auto"/>
    <w:tblLayout w:type="fixed"/>
    <w:tblLook w:val="0420" w:firstRow="1" w:lastRow="0" w:firstColumn="0" w:lastColumn="0" w:noHBand="0" w:noVBand="1"/>
  </w:tblPr>
  <w:tblGrid>
    <w:gridCol w:w="1151"/>
    <w:gridCol w:w="1152"/>

GregVernon

classdef quaternion
    %quaternion Summary of this class goes here
    %   Detailed explanation goes here
    
    properties
        coefficients
        bases
        expression
        MultTable
    end

GregVernon

order = 4
stencil = [-3 -2 -1 0 1]

S = zeros(Int64,order+1,length(stencil))
for i = 1:length(stencil)
    for j = 0:order
        S[j+1,i] = stencil[i] ^ j
    end
end

GregVernon

import Base.Threads
import LinearAlgebra
import StaticArrays
import BenchmarkTools

function NestedIteration_MatrixVector(M,V,R)
    N1 = size(M,1)
    nMatrix = size(M,3)
    nVector = size(V,2)
    for i = 1:nMatrix   # Iterate through the matrices