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@ -1208,12 +1208,10 @@ int Units::computeMovementSpeed(df::unit *unit)
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if (unsigned(unit->counters.webbed-1) <= 8)
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if (unsigned(unit->counters.webbed-1) <= 8)
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speed += unit->counters.webbed*100;
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speed += unit->counters.webbed*100;
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// Muscle weight vs vascular tissue (?)
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// Muscle and fat weight vs expected size
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auto &attr_tissue = unit->body.physical_attr_tissues;
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auto &s_info = unit->body.size_info;
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int muscle = attr_tissue[STRENGTH];
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speed = std::max(speed*3/4, std::min(speed*3/2, int(int64_t(speed)*s_info.size_cur/s_info.size_base)));
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int blood = attr_tissue[AGILITY];
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speed = std::max(speed*3/4, std::min(speed*3/2, int(int64_t(speed)*muscle/blood)));
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// Attributes
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// Attributes
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@ -1243,7 +1241,7 @@ int Units::computeMovementSpeed(df::unit *unit)
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// Inventory encumberance
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// Inventory encumberance
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int total_weight = calcInventoryWeight(unit);
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int total_weight = calcInventoryWeight(unit);
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int free_weight = std::max(1, muscle/10 + strength_attr*3);
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int free_weight = std::max(1, s_info.size_cur/10 + strength_attr*3);
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if (free_weight < total_weight)
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if (free_weight < total_weight)
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{
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{
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