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Only skip conductors with flat rules in turnon/off
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@ -384,21 +384,27 @@ function mesecon.turnon(pos, link)
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if not node then
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if not node then
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-- Area does not exist; do nothing
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-- Area does not exist; do nothing
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pos_can_be_skipped[minetest.hash_node_position(f.pos)] = true
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pos_can_be_skipped[minetest.hash_node_position(f.pos)] = true
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elseif mesecon.is_conductor_off(node, f.link) then
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elseif mesecon.is_conductor(node.name) then
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local rules = mesecon.conductor_get_rules(node)
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local rules = mesecon.conductor_get_rules(node)
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-- Call turnon on neighbors
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if mesecon.is_conductor_off(node, f.link) then
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for _, r in ipairs(mesecon.rule2meta(f.link, rules)) do
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-- Call turnon on neighbors
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local np = vector.add(f.pos, r)
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for _, r in ipairs(mesecon.rule2meta(f.link, rules)) do
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if not pos_can_be_skipped[minetest.hash_node_position(np)] then
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local np = vector.add(f.pos, r)
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for _, l in ipairs(mesecon.rules_link_rule_all(f.pos, r)) do
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if not pos_can_be_skipped[minetest.hash_node_position(np)] then
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frontiers:add({pos = np, link = l})
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for _, l in ipairs(mesecon.rules_link_rule_all(f.pos, r)) do
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frontiers:add({pos = np, link = l})
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end
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end
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end
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end
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end
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mesecon.swap_node_force(f.pos, mesecon.get_conductor_on(node, f.link))
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end
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end
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mesecon.swap_node_force(f.pos, mesecon.get_conductor_on(node, f.link))
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-- Only conductors with flat rules can be reliably skipped later
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pos_can_be_skipped[minetest.hash_node_position(f.pos)] = true
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if not rules[1] or rules[1].x then
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pos_can_be_skipped[minetest.hash_node_position(f.pos)] = true
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end
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elseif mesecon.is_effector(node.name) then
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elseif mesecon.is_effector(node.name) then
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mesecon.changesignal(f.pos, node, f.link, mesecon.state.on, depth)
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mesecon.changesignal(f.pos, node, f.link, mesecon.state.on, depth)
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if mesecon.is_effector_off(node.name) then
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if mesecon.is_effector_off(node.name) then
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@ -440,30 +446,37 @@ function mesecon.turnoff(pos, link)
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if not node then
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if not node then
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-- Area does not exist; do nothing
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-- Area does not exist; do nothing
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pos_can_be_skipped[minetest.hash_node_position(f.pos)] = true
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pos_can_be_skipped[minetest.hash_node_position(f.pos)] = true
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elseif mesecon.is_conductor_on(node, f.link) then
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elseif mesecon.is_conductor(node.name) then
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local rules = mesecon.conductor_get_rules(node)
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local rules = mesecon.conductor_get_rules(node)
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for _, r in ipairs(mesecon.rule2meta(f.link, rules)) do
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local np = vector.add(f.pos, r)
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if not pos_can_be_skipped[minetest.hash_node_position(np)] then
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if mesecon.is_conductor_on(node, f.link) then
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-- Check if an onstate receptor is connected. If that is the case,
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for _, r in ipairs(mesecon.rule2meta(f.link, rules)) do
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-- abort this turnoff process by returning false. `receptor_off` will
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local np = vector.add(f.pos, r)
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-- discard all the changes that we made in the voxelmanip:
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if mesecon.rules_link_rule_all_inverted(f.pos, r)[1] then
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if not pos_can_be_skipped[minetest.hash_node_position(np)] then
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if mesecon.is_receptor_on(mesecon.get_node_force(np).name) then
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-- Check if an onstate receptor is connected. If that is the case,
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return false
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-- abort this turnoff process by returning false. `receptor_off` will
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-- discard all the changes that we made in the voxelmanip:
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if mesecon.rules_link_rule_all_inverted(f.pos, r)[1] then
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if mesecon.is_receptor_on(mesecon.get_node_force(np).name) then
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return false
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end
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end
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-- Call turnoff on neighbors
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for _, l in ipairs(mesecon.rules_link_rule_all(f.pos, r)) do
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frontiers:add({pos = np, link = l})
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end
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end
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end
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end
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-- Call turnoff on neighbors
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for _, l in ipairs(mesecon.rules_link_rule_all(f.pos, r)) do
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frontiers:add({pos = np, link = l})
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end
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end
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end
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mesecon.swap_node_force(f.pos, mesecon.get_conductor_off(node, f.link))
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end
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end
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mesecon.swap_node_force(f.pos, mesecon.get_conductor_off(node, f.link))
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-- Only conductors with flat rules can be reliably skipped later
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pos_can_be_skipped[minetest.hash_node_position(f.pos)] = true
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if not rules[1] or rules[1].x then
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pos_can_be_skipped[minetest.hash_node_position(f.pos)] = true
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end
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elseif mesecon.is_effector(node.name) then
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elseif mesecon.is_effector(node.name) then
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table.insert(signals, {
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table.insert(signals, {
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pos = f.pos,
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pos = f.pos,
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