<svg width="400" height="400" xmlns="http://www.w3.org/2000/svg">
    <style>
        @import url(../../fast/text/international/resources/Mac-compatible-font-fallback.css);
    </style>
    <g font-size="16" transform="scale(3,3)">
        <!-- The order of all characters in both lines should be the same, the spacing is different due the absolute positioning in the second line -->
        <text y="20" x="10 20 30 40 50">Test &#x5d0;&#x5d1;&#x5d2;&#x5d3;&#x5d4;</text>

        <!--
          Quoting SVG 1.1: Whenever the character data within a ‘tspan’ element is re-ordered, the corresponding
          elements within the ‘x’, ‘y’, ‘dx’, ‘dy’ and ‘rotate’ are also re-ordered to maintain the correspondence.
          
          The text is processed in logical order (as defined in the markup).
          10 = T        | LTR -> char 0
          20 = e        | LTR -> char 1
          30 = s        | LTR -> char 2
          40 = t        | LTR -> char 3
          50 =          | LTR -> char 4
          88 = &#x5d0;  | RTL -> char 9
          79 = &#x5d1;  | RTL -> char 8
          72 = &#x5d2;  | RTL -> char 7
          64 = &#x5d3;  | RTL -> char 6
          55 = &#x5d4;  | RTL -> char 5
          It's rendered according to the BiDi algorithm as: Test &#x5d4;&#x5d3;&#x5d2;&#x5d1;&#x5d0;
          The Hebrew string is reordered, and the x/y/dx/dy/rotate lists as well to maintain correspondence.
         -->
        <text y="40"><tspan x="10 20 30 40 50 88 79 72 64 55">Test &#x5d0;&#x5d1;&#x5d2;&#x5d3;&#x5d4;</tspan></text>

        <text y="60" x="10 20 30 40 50">Test <tspan x="88 79 72 64 55">&#x5d0;&#x5d1;&#x5d2;&#x5d3;&#x5d4;</tspan></text>

        <text y="80" x="10 20 30 40 50 88 79 72 64 55">Test &#x5d0;&#x5d1;&#x5d2;&#x5d3;&#x5d4;</text>
    </g>
</svg>