解释结构模型快速排序层级分析
此处输入要素的个数:
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第一步:生成自乘矩阵
系统的邻接矩阵的表示
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第二步:对系统进行环路分析,并获得一个获得一个新序
0=>α
1=>η
2=>β
3=>ν
4=>γ
5=>δ
6=>ε
7=>λ
8=>ι
9=>π+σ
10=>ρ
11=>κ
12=>ζ
13=>θ
14=>φ
15=>τ
16=>μ
17=>ξ
18=>ο
第三步:根据环路与新序,进行矩阵缩减
分析的矩阵为:
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α | η | β | ν | γ | δ | ε | λ | ι | π+σ | ρ | κ | ζ | θ | φ | τ | μ | ξ | ο |
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η、 |
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η、ν、 |
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η、β、 |
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λ、ι、π+σ、 |
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γ、 |
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δ、ε、π+σ、ρ、 |
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θ、τ、 |
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第四步:对无环矩阵进行缩边,也就是去掉所有的向前边!
可达矩阵:
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骨架矩阵
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α | η | β | ν | γ | δ | ε | λ | ι | π+σ | ρ | κ | ζ | θ | φ | τ | μ | ξ | ο |
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| β |
η、 |
| γ |
η、ν、 |
| λ |
α、 |
| ι |
β、 |
| π+σ |
λ、ι、 |
| ρ |
γ、 |
| κ |
δ、ε、π+σ、ρ、 |
| ζ |
κ、 |
| θ |
δ、 |
| τ |
φ、 |
| μ |
θ、τ、 |
| ξ |
α、ν、 |
| ο |
λ、 |
第五步:对一般性骨架矩阵进行层级分解,可以是原因优先,可以是结果优先
原因优先层级划分最终图形
结果优先层级划分最终图形
弹性势能最大,两端发散的的层级结果
弹性势能最小,中间靠拢的结果
第六步:对一般性骨架矩阵的中的活动要素进行分析
| 层级的序号 | 原因优先的方法-得到的各层级的要素 | 结果优先的方法-得到的各层级要素 | 共同有的要素 | 活动的要素 |
| 1 | η | α,η,ν,δ,ε,φ | η | α,ν,δ,ε,φ |
| 2 | α,β,ν | β,γ,λ,θ,τ,ξ | β | α,ν,γ,λ,θ,τ,ξ |
| 3 | γ,λ,ι | ι,ρ,μ,ο | ι | γ,λ,ρ,μ,ο |
| 4 | δ,ε,π+σ,ρ,φ | π+σ | π+σ | δ,ε,ρ,φ |
| 5 | κ,θ,τ | κ | κ | θ,τ |
| 6 | ζ,μ,ξ,ο | ζ | ζ | μ,ξ,ο |
由上表计算得出活动的要素以及它们活动的层级:
| 要素的序号 | 要素的名称 | 要素的标题 | 开始层级 | 终止层级 |
| 0 | α | α | 1 | 2 |
| 3 | ν | ν | 1 | 2 |
| 5 | δ | δ | 1 | 4 |
| 6 | ε | ε | 1 | 4 |
| 14 | φ | φ | 1 | 4 |
| 4 | γ | γ | 2 | 3 |
| 7 | λ | λ | 2 | 3 |
| 13 | θ | θ | 2 | 5 |
| 15 | τ | τ | 2 | 5 |
| 17 | ξ | ξ | 2 | 6 |
| 10 | ρ | ρ | 3 | 4 |
| 16 | μ | μ | 3 | 6 |
| 18 | ο | ο | 3 | 6 |
找到活动要素,并在层级中移动这些活动要素找出最好的结果。活动的要素要注意本身有因果关系的
A、分层的结果一定要符合箭头一定向上
B、不能增加层级的数目
这个方法很土鳖的,赶紧输入原始矩阵,赶紧看,3秒钟后跳转到更好的方法的页面!
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解释结构模型
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