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fix a couple typos in README
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@@ -124,7 +124,7 @@ LEFT in RIGHT where FUN;
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Where `LEFT` is a tuple of committed polynomials, `RIGHT` is an `x`-product of tuples of constant polynomials, expressions or variable declarations
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and `FUN` is a function of the variables that returns `bool`.
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The semantics is as follows: If there is more than one factor, then all factors has to have finite size such that
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The semantics is as follows: If there is more than one factor, then all factors have to have finite size such that
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the product of the sizes is less than the maximal polynomials size. New constant polynomials are constructed,
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so that there is at least one row for all combinations of rows in the factor (cross product).
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If `FUN` is present, then all rows where the function returns `false` are removed.
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@@ -230,7 +230,7 @@ The optimizer will of course ensure that redundant constraints are removed
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### Instruction / Assembly language
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The second layer of this langauge is to define an assembly-like language that helps in defining complex constants.
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The second layer of this language is to define an assembly-like language that helps in defining complex constants.
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A more detailed description of the current plans can be found in [notes_asm.md](notes_asm.md).
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