@@ -102,7 +102,7 @@ Contains a single callback whose `condition` is a continuous function. The callb
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The effect of using a callback with a DAE needs to be done with care because the solution
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`u` needs to satisfy the algebraic constraints before taking the next step. For this reason,
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a consistent initialization calculation must be run after running the callback. If the
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- chosen initialization alg is `BrownBasicInit ()` (the default for `solve`), then the initialization
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+ chosen initialization alg is `BrownFullBasicInit ()` (the default for `solve`), then the initialization
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will change the algebraic variables to satisfy the conditions. Thus if `x` is an algebraic
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variable and the callback performs `x+=1`, the initialization may "revert" the change to
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satisfy the constraints. This behavior can be removed by setting `initializealg = CheckInit()`,
@@ -331,7 +331,7 @@ DiscreteCallback(condition, affect!;
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The effect of using a callback with a DAE needs to be done with care because the solution
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`u` needs to satisfy the algebraic constraints before taking the next step. For this reason,
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a consistent initialization calculation must be run after running the callback. If the
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- chosen initialization alg is `BrownBasicInit ()` (the default for `solve`), then the initialization
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+ chosen initialization alg is `BrownFullBasicInit ()` (the default for `solve`), then the initialization
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will change the algebraic variables to satisfy the conditions. Thus if `x` is an algebraic
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variable and the callback performs `x+=1`, the initialization may "revert" the change to
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satisfy the constraints. This behavior can be removed by setting `initializealg = CheckInit()`,
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