#### 6.9.1.2. MaxStrainCriterion

`class compolyx.MaxStrainCriterion`(e1=1, e2=1, e3=0, e12=1, e13=0, e23=0, wf_e1=1.0, wf_e2=1.0, wf_e3=1.0, wf_e12=1.0, wf_e13=1.0, wf_e23=1.0, eXt=0.0, eXc=0.0, eYt=0.0, eYc=0.0, eZt=0.0, eZc=0.0, eSxy=0.0, eSxz=0.0, eSyz=0.0, force_global_strain_limits=False)

Max strain failure criterion configuration

`e1`

  specifies whether to compute max strain in 1 direction

`e12`

  specifies whether to compute max shear 12 strain

`e13`

  specifies whether to compute max shear 13 strain

`e2`

  specifies whether to compute max strain in 2 direction

`e23`

  specifies whether to compute max shear 23 strain

`e3`

  specifies whether to compute max strain in 3 direction

`eSxy`

  global limit shear strain in material 12 direction

`eSxz`

  global limit shear strain in material 13 direction

`eSyz`

  global limit shear strain in material 23 direction

`eXc`

  global limit compression strain in material 1 direction

`eXt`

  global limit tension strain in material 1 direction

`eYc`

  global limit compression strain in material 2 direction

`eYt`

  global limit tension strain in material 2 direction

`eZc`

  global limit compression strain in material 3 direction

`eZt`

  global limit tension strain in material 3 direction

`force_global_strain_limits`

  force to use global strain limits

`serialize`()

  Serialize to Python string

`wf_e1`

  weighting factor of e1

`wf_e12`

  weighting factor of e12

`wf_e13`

  weighting factor of e13

`wf_e2`

  weighting factor of e2

`wf_e23`

  weighting factor of e23

`wf_e3`

  weighting factor of e3

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