332 lines
7.6 KiB
Lua
332 lines
7.6 KiB
Lua
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Simulation = {}
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function Simulation.new(self)
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local o = {
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definitions = {},
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wires = {},
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gates = {},
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nwires = 0,
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ngates = 0,
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ninports = 0,
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noutports = 0,
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groupqueue = {},
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groupfxqueue = {},
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gatequeue = {},
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initqueue = {},
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inputqueue = {},
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tickqueue = {},
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callbacks = {},
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currenttick = 0
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}
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setmetatable(o, self)
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self.__index = self
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return o
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end
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function Simulation.addtoworld(self, obj, x, y, z)
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if self[x] == nil then
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self[x] = {}
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end
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if self[x][y] == nil then
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self[x][y] = {}
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end
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if self[x][y][z] == nil then
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self[x][y][z] = {}
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end
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self[x][y][z][obj] = obj
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end
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function Simulation.getfromworld(self, x, y, z)
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if self[x] == nil or self[x][y] == nil or self[x][y][z] == nil then
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return {}
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else
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return self[x][y][z]
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end
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end
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function Simulation.getdefinitionbyref(self, objref)
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return self.definitions[objref]
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end
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function Simulation.getgatebyref(self, objref)
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return self.gates[objref]
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end
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function Simulation.getwirebyref(self, objref)
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return self.wires[objref]
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end
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function Simulation.addgatedefinition(self, definition)
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self.definitions[definition.objref] = definition
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end
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function Simulation.addwire(self, wire)
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self.wires[wire.objref] = wire
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for x = wire.bounds[1]+1, wire.bounds[4]-1, 2 do
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for z = wire.bounds[3]+1, wire.bounds[6]-1, 2 do
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Simulation.addtoworld(self, wire, x, wire.bounds[2], z)
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Simulation.addtoworld(self, wire, x, wire.bounds[5], z)
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end
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end
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for y = wire.bounds[2]+1, wire.bounds[5]-1, 2 do
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for z = wire.bounds[3]+1, wire.bounds[6]-1, 2 do
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Simulation.addtoworld(self, wire, wire.bounds[1], y, z)
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Simulation.addtoworld(self, wire, wire.bounds[4], y, z)
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end
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end
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for x = wire.bounds[1]+1, wire.bounds[4]-1, 2 do
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for y = wire.bounds[2]+1, wire.bounds[5]-1, 2 do
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Simulation.addtoworld(self, wire, x, y, wire.bounds[3])
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Simulation.addtoworld(self, wire, x, y, wire.bounds[6])
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end
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end
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self.nwires = self.nwires + 1
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Simulation.connectwire(self, wire)
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end
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function Simulation.addgate(self, gate)
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self.gates[gate.objref] = gate
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for k, port in pairs(gate.ports) do
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local offset = Port.getconnectionposition(port)
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Simulation.addtoworld(self, port, offset[1], offset[2], offset[3])
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Simulation.connectport(self, port)
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if port.type == PortTypes.input then
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self.ninports = self.ninports + 1
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elseif port.type == PortTypes.output then
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self.noutports = self.noutports + 1
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end
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end
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self.ngates = self.ngates + 1
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end
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function Simulation.removewire(self, objref)
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local wire = self.wires[objref]
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if wire ~= nil then
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self.wires[objref] = nil
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for x = wire.bounds[1]+1, wire.bounds[4]-1, 2 do
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for z = wire.bounds[3]+1, wire.bounds[6]-1, 2 do
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sim[x][wire.bounds[2]][z][wire] = nil
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sim[x][wire.bounds[5]][z][wire] = nil
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end
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end
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for y = wire.bounds[2]+1, wire.bounds[5]-1, 2 do
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for z = wire.bounds[3]+1, wire.bounds[6]-1, 2 do
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sim[wire.bounds[1]][y][z][wire] = nil
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sim[wire.bounds[4]][y][z][wire] = nil
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end
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end
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for x = wire.bounds[1]+1, wire.bounds[4]-1, 2 do
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for y = wire.bounds[2]+1, wire.bounds[5]-1, 2 do
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sim[x][y][wire.bounds[3]][wire] = nil
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sim[x][y][wire.bounds[6]][wire] = nil
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end
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end
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self.nwires = self.nwires - 1
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Group.removewire(wire.group, wire)
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end
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end
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function Simulation.removegate(self, objref)
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local gate = self.gates[objref]
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if gate ~= nil then
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for k, port in pairs(gate.ports) do
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local pos = Port.getconnectionposition(port)
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self[pos[1]][pos[2]][pos[3]][port] = nil
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Group.removeport(port.group, port)
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if port.type == PortTypes.input then
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self.ninports = self.ninports - 1
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elseif port.type == PortTypes.output then
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self.noutports = self.noutports - 1
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end
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end
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end
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self.gates[objref] = nil
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self.ngates = self.ngates - 1
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end
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function Simulation.connectwireat(self, wire, x, y, z)
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local objs = Simulation.getfromworld(self, x, y, z)
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for k, obj in pairs(objs) do
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if obj ~= wire and obj.group ~= nil then
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if obj.logictype == 0 and obj.layer == wire.layer then
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if obj.layer == wire.layer then
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Group.addwire(obj.group, wire)
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end
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elseif obj.logictype == 1 then
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Group.addwire(obj.group, wire)
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end
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end
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end
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end
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function Simulation.connectwire(self, wire)
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for x = wire.bounds[1]+1, wire.bounds[4]-1, 2 do
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for z = wire.bounds[3]+1, wire.bounds[6]-1, 2 do
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self:connectwireat(wire, x, wire.bounds[2], z)
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self:connectwireat(wire, x, wire.bounds[5], z)
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end
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end
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for y = wire.bounds[2]+1, wire.bounds[5]-1, 2 do
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for z = wire.bounds[3]+1, wire.bounds[6]-1, 2 do
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self:connectwireat(wire, wire.bounds[1], y, z)
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self:connectwireat(wire, wire.bounds[4], y, z)
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end
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end
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for x = wire.bounds[1]+1, wire.bounds[4]-1, 2 do
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for y = wire.bounds[2]+1, wire.bounds[5]-1, 2 do
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self:connectwireat(wire, x, y, wire.bounds[3])
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self:connectwireat(wire, x, y, wire.bounds[6])
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end
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end
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if wire.group == nil then
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Group.addwire(Group.new(Group), wire)
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end
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end
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function Simulation.connectport(self, port)
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local connpos = Port.getconnectionposition(port)
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local objs = self:getfromworld(connpos[1], connpos[2], connpos[3])
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for k, obj in pairs(objs) do
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if obj ~= port and obj.group ~= nil then
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Group.addport(obj.group, port)
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end
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end
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if port.group == nil then
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Group.addport(Group.new(Group), port)
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end
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end
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function Simulation.queuegate(self, gate)
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self.gatequeue[gate] = gate
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end
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function Simulation.queuegatelater(self, gate, delay)
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local tick = self.currenttick + delay
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if self.tickqueue[tick] == nil then
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self.tickqueue[tick] = {}
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end
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table.insert(self.tickqueue[tick], gate)
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end
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function Simulation.queuegateinput(self, gate, argv)
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self.inputqueue[gate] = self.inputqueue[gate] or {}
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table.insert(self.inputqueue[gate], argv)
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end
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function Simulation.queuegateinit(self, gate)
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self.initqueue[gate] = gate
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end
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function Simulation.queuegroup(self, group)
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self.groupqueue[group] = group
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end
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function Simulation.queuegroupfx(self, group)
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self.groupfxqueue[group] = group
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end
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function Simulation.queuecallback(self, gate, ...)
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self.callbacks[gate.objref] = {...}
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end
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function Simulation.tick(self)
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for k, group in pairs(self.groupqueue) do
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local newstate = false
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for j, port in pairs(group.out_ports) do
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newstate = newstate or port.state
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if newstate then
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break
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end
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end
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Group.setstate(group, newstate)
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end
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self.groupqueue = {}
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for k, gate in pairs(self.initqueue) do
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gate.definition.init(gate)
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end
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self.initqueue = {}
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for gate, inputs in pairs(self.inputqueue) do
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for inputidx, argv in ipairs(inputs) do
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gate.definition.input(gate, argv)
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end
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end
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self.inputqueue = {}
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if self.tickqueue[self.currenttick] ~= nil then
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for i, gate in ipairs(self.tickqueue[self.currenttick]) do
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Simulation.queuegate(self, gate)
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end
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self.tickqueue[self.currenttick] = nil
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end
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for k, gate in pairs(self.gatequeue) do
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gate.definition.logic(gate)
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end
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self.gatequeue = {}
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self.currenttick = self.currenttick + 1
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end
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function Simulation.sendfxupdate(self)
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for k, group in pairs(self.groupfxqueue) do
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if group.state ~= group.fxstate then
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group.fxstate = group.state
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local data = bool_to_int[group.state]
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for i, wire in pairs(group.wires) do
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data = data .. "\t" .. wire.objref
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end
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client:send("WU\t" .. data .. "\n")
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end
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end
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self.groupfxqueue = {}
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end
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function Simulation.sendcallbacks(self)
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if next(self.callbacks) ~= nil then
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local data = "CB"
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for objref, args in pairs(self.callbacks) do
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local escargs = {}
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for argidx, argv in ipairs(args) do
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table.insert(escargs, expandescape(tostring(argv)))
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end
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data = data .. "\t" .. objref .. "\t"..(#escargs)..(#escargs>0 and ("\t"..table.concat(escargs, "\t")) or "")
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end
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client:send(data .. "\n")
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self.callbacks = {}
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end
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end
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