Doc. Couple of fixes after review
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@ -267,7 +267,7 @@ So what allocator does, is builds a matrix and couple of vectors and using Simpl
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Two disks
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~~~~~~~~~
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If there are two spaces and two disks, there are going to be 4 unkown variables:
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If there are two spaces and two disks, there are going to be 4 unknown variables:
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#. 1st space size for 1st disk.
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#. 2nd space size for 1st disk.
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@ -566,10 +566,10 @@ Two spaces, no exact size specified.
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.. code-block:: yaml
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- id: root
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size: 10
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min_size: 10
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- id: var
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size: 10
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min_size: 10
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A single disk.
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@ -659,12 +659,18 @@ In order to do that lets make order coefficient :math:`0 < \textrm{order coeffic
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.. math::
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c = \begin{bmatrix}
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1 + (1/2) \\
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0 + (1/4) \\
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0 + (1/6) \\
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1 + (1/9)
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0 + (1/2) \\
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1 + (1/4) \\
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1 + (1/6) \\
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0 + (1/9)
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\end{bmatrix}
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or
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.. math::
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c^{T}x = x_1 * (0 + 1/2) + x_2 * (1 + 1/4) + x_3 * (1 + 1/6) + x_4 * (0 + 1/9)
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#. Build sets according to selected disks, in our case we have two sets, **hdd** and **ssd** disks.
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#. For spaces which belong to specific set of disks add **1** to a coefficient which represents this space on a disk from the set.
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#. If space does not belong to the set of disks, add **0**.
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@ -676,11 +682,11 @@ coefficient of space which belongs to the set of disks to **2**.
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.. math::
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c = \begin{bmatrix}
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2 + (1/2)\\
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0 + (1/4)\\
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0 + (1/2)\\
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2 + (1/4)\\
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1 \\
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0 + (1/9)\\
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2 + (1/12)\\
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2 + (1/9)\\
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0 + (1/12)\\
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1
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\end{bmatrix}
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