classdefCustomEntityStorageBlockGeneration < matlab。DiscreteEventSystem.．.%自定义实体生成器块。%不可调属性属性(Nontunable)生成周期周期= 1;结束属性(DiscreteState)实体优先级%优先级;实体值%价值;结束离散事件算法方法函数[events, out1] = setupEvents(obj)在模拟开始时设置实体生成事件。事件= obj.eventGenerate(1，“mygen”、obj.period obj.priority);设置输出信号的初始值。Out1 = 10;结束函数[entity,events,out1] = generate(obj,storage,entity,tag,in1)在存储中生成实体时指定事件操作。实体。数据= obj.value;优先级值从输入信号中分配。obj.priority= in1;输出信号为指定的优先级值。Out1 = obj.priority;events = [obj.eventForward(“输出”, 1,0).．.obj.eventGenerate (1,“mygen”、obj.period obj.priority)];结束结束方法(访问=受保护)函数entityTypes = getEntityTypesImpl(obj)“材料”）;结束函数[inputTypes,outputTypes] = getEntityPortsImpl(obj)指定实体输入输出端口。返回实体类型%端口作为单元格数组中的字符串。使用空字符串%表示数据端口。inputTypes = {”};outputTypes = {“材料”，”};结束函数resetImpl (obj)初始化/重置离散状态属性。obj.priority= 10; obj.value = 1:12;结束函数[storageSpecs, I, O] = getentitystoragimpl (obj) storageSpecs = obj. queuefifo (“材料”1);I = 0;O = [10 0];结束函数num = getNumInputsImpl(obj)为系统定义可选的输入总数%的输入。Num = 1;结束函数num = getNumOutputsImpl(~)定义输出总数。Num = 2;结束函数[out1 out2] = getOutputSizeImpl(obj)每个输出端口的返回大小。Out1 = [1 12];Out2 = 1;结束函数[out1 out2] = getOutputDataTypeImpl(obj)返回每个输出端口的数据类型。着干活=“替身”；out2 =“替身”；结束函数[out1 out2] = isOutputComplexImpl(obj)对于包含复杂数据的每个输出端口返回true。Out1 = false;Out2 = false;结束函数[sz,dt,cp] = getDiscreteStateSpecificationImpl(obj,name)返回离散状态的大小、数据类型和复杂度%在name中指定。开关的名字情况下“优先”Sz = [1 1];情况下“价值”Sz = [1 12];结束dt =“替身”；Cp = false;结束结束结束