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<notex="25"y="10"height="66"backgroundDark="0"fontSize="14"width="240"markdown="false"textColorLight="-16777216"backgroundLight="0">To resize your world, adjust
<notex="25"y="10"backgroundDark="0"fontSize="14"width="240"markdown="false"height="66"textColorDark="-1"textColorLight="-16777216"backgroundLight="0">To resize your world, adjust
<buttonx="25"y="460"height="33"disableUntilTicks="true"forever="false"kind="Observer"display="clear-segments"width="175"sizeVersion="0">ask segments [ die ]</button>
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<buttonx="25"y="500"height="33"disableUntilTicks="true"forever="false"kind="Observer"display="clear-polygons"width="175"sizeVersion="0">ask edges [ die ]</button>
<notex="30"y="10"backgroundDark="0"fontSize="11"width="285"markdown="false"height="71"textColorDark="-1"textColorLight="-16777216"backgroundLight="0">Model starting point (you can start from a random arrangement or a picture from a microscope. You can also determine if you want a certain percentage of a second element, sometimes called grain refiner)</note>
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<notex="35"y="10"backgroundDark="0"fontSize="11"width="285"markdown="false"height="71"textColorDark="-1"textColorLight="-16777216"backgroundLight="0">Model starting point (you can start from a random arrangement or a picture from a microscope. You can also determine if you want a certain percentage of a second element, sometimes called grain refiner)</note>
<notex="30"y="370"backgroundDark="0"fontSize="11"width="260"markdown="false"height="56"textColorDark="-1"textColorLight="-16777216"backgroundLight="0">Draw/edit grains (this is optional, you can use this to "draw" new grain structures, or edit the grains at any point during the simulation)</note>
<notex="395"y="575"backgroundDark="0"fontSize="11"width="430"markdown="false"height="86"textColorDark="-1"textColorLight="-16777216"backgroundLight="0">A high annealing temperature makes some atoms randomly jump to the next grain. When it is zero, only the energetically favorable jumps will happen. Temperature here is represented as a relative value -- a percentage of random jumps out of the possible jumps. 100% means that all the jumps are random.</note>
<notex="820"y="5"backgroundDark="0"fontSize="18"width="355"markdown="false"height="25"textColorDark="-1"textColorLight="-5298144"backgroundLight="0">Grain size plot and calculations</note>
<notex="825"y="5"backgroundDark="0"fontSize="18"width="355"markdown="false"height="25"textColorDark="-1"textColorLight="-5298144"backgroundLight="0">Grain size plot and calculations</note>
<notex="825"y="410"backgroundDark="0"fontSize="11"width="315"markdown="false"height="41"textColorDark="-1"textColorLight="-16777216"backgroundLight="0">This slider determines how often the grain size is measured</note>
<notex="830"y="410"backgroundDark="0"fontSize="11"width="315"markdown="false"height="41"textColorDark="-1"textColorLight="-16777216"backgroundLight="0">This slider determines how often the grain size is measured</note>
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