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First, the number of smelting actions required, <math> N_{smelt} </math> is calculated by dividing the average number of ingredients to perform one platebody action, <math> I_{smith} </math>, by the average quantity of bars produced by one smelting action, <math> Q_{smelt} </math>. | First, the number of smelting actions required, <math> N_{smelt} </math> is calculated by dividing the average number of ingredients to perform one platebody action, <math> I_{smith} </math>, by the average quantity of bars produced by one smelting action, <math> Q_{smelt} </math>. | ||
<math> N_{smelt} = \frac { | <math> N_{smelt} = \frac {5I_{smith}} {Q_{smelt}} </math> | ||
This is then multiplied by the time it takes to smelt an item, which gives: | This is then multiplied by the time it takes to smelt an item, which gives: | ||
<math> T_{smelt} = \frac { | <math> T_{smelt} = \frac {10I_{smith}}{Q_{smelt}} \text{s} </math> | ||
The average ingredient cost is dependent on the Mastery level of dragon platebodies,<math> M_{smith} </math> ,and is reduced by 0.1 for every 20 mastery levels. | The average ingredient cost is dependent on the Mastery level of dragon platebodies,<math> M_{smith} </math> ,and is reduced by 0.1 for every 20 mastery levels. |