我尝试创建一个参数化库。使用包和连接器作为参数，IT工作正常。
也可以使用模型作为参数。但是，如果在库中使用模型来使用extend构建新模型，那么我不理解它是什么。
我想知道库是否包含具有内部/外部连接器样式的模型，是否允许内部模型作为库的参数？
下面举一个简单的例子来说明问题。 TEST是库，Fish3b是一个应用程序。当我在库TEST中运行Example时，一切正常，但是当我有一个单独的应用程序文件时，它没有。
错误文本是：找不到运行JModelica 2.4的AquariumType的类声明
package TEST
model FishType1
outer Real T;
Real health;
equation
health = 30-T;
end FishType1;
model FishType2
outer Real T;
Real health;
equation
health = 32-T;
end FishType2;
package Equipment
model AquariumType
replaceable model FishType
end FishType;
FishType fish;
inner Real T;
equation
T = 29;
end AquariumType;
end Equipment;
// Adapt AquariumType model to actual fish
model Aquarium
import TEST.Equipment.AquariumType;
extends AquariumType(redeclare model FishType=FishType2);
end Aquarium;
// Example
model Example
Aquarium aquarium;
end Example;
end TEST;
下面是从上面的库导入的应用程序代码示例 - 我认为这是一些错误。
encapsulated package Fish3b
model FishType3
outer Real T;
Real health;
equation
health = 34-T;
end FishType3;
// Adapt package Equipment with AquariumType model to actual fish
package Equipment3
import TEST.Equipment;
extends Equipment.AquariumType(redeclare model FishType=FishType3);
end Equipment3;
// Example
model Example
import Fish3b.Equipment3;
Equipment3.AquariumType aquarium;
end Example;
end Fish3b;
感谢“tbeu”的评论！
我修改了代码，以便不从模型扩展包装设备。下面更新的代码也更好地代表了我潜在的“真实”问题。一切正常。谢谢！
更新的库文件TEST2.mo：
package TEST2
model FishType1
outer Real T;
Real health;
equation
health = 30-T;
end FishType1;
model FishType2
outer Real T;
Real health;
equation
health = 32-T;
end FishType2;
package Equipment
replaceable model FishType
end FishType;
constant Integer dummy = 1;
model AquariumType
FishType fish;
inner Real T;
equation
T = 29;
end AquariumType;
end Equipment;
// Adapt package Equipment to the actual fish
package Equipment1
import TEST2.Equipment;
extends Equipment(redeclare model FishType=FishType1);
end Equipment1;
// Example
model Example
Equipment1.AquariumType aquarium;
end Example;
end TEST2;
现在使用上面的库TEST2的应用程序代码T2_Fish3：
encapsulated package T2_Fish3
model FishType3
outer Real T;
Real health;
equation
health = 34-T;
end FishType3;
// Adapt package Equipment to the actual fish
package Equipment3
import TEST2.Equipment;
extends Equipment(redeclare model FishType=FishType3);
end Equipment3;
// Example
model Example
Equipment3.AquariumType aquarium;
end Example;
end T2_Fish3;
janpeter的答案有效。
另一种避免引入名为“FishType1”，“FishType3”等模型的替代方法是使用“redeclare model extends”如下（对于Equipment1，Test2可以不变或相同更改），但它使用更高级的构造。
encapsulated package T2_Fish3
// Adapt package Equipment to the actual fish
package Equipment3
import TEST2.Equipment;
extends Equipment;
redeclare model extends FishType
outer Real T;
Real health;
equation
health = 32-T;
end FishType;
end Equipment3;
// Example
model Example
Equipment3.AquariumType aquarium;
end Example;
end T2_Fish3;
此外，可以将常见的“外部Real T”移动到基本型FishType，从而导致：
package TEST2
package Equipment
replaceable model FishType
outer Real T;
end FishType;
constant Integer dummy = 1;
model AquariumType
FishType fish;
inner Real T;
equation
T = 29;
end AquariumType;
end Equipment;
// Adapt package Equipment to the actual fish
package Equipment1
import TEST2.Equipment;
extends Equipment;
redeclare model extends FishType
Real health;
equation
health = 30 - T;
end FishType;
end Equipment1;
// Example
model Example
Equipment1.AquariumType aquarium;
end Example;
end TEST2;
和
encapsulated package T2_Fish3
// Adapt package Equipment to the actual fish
package Equipment3
import TEST2.Equipment;
extends Equipment;
redeclare model extends FishType
Real health;
equation
health = 32-T;
end FishType;
end Equipment3;
// Example
model Example
Equipment3.AquariumType aquarium;
end Example;
end T2_Fish3;
之前使用Hans Olsson的输入更新了代码，但与上面建议的更正略有不同。我设法避免“从可替换的模型扩展”，但我不太确定这是多么重要，请参阅我之前的评论。
此外，我想我想保持不同鱼类的清晰身份，并在包装设备外宣布它们。
package TEST3
partial model FishBase
outer Real T;
end FishBase;
model FishType1
extends FishBase;
Real health;
equation
health = 30 - T;
end FishType1;
model FishType2
extends FishBase;
Real health;
equation
health = 32 - T;
end FishType2;
package Equipment
replaceable model FishType
end FishType;
constant Integer dummy = 1;
model AquariumType
FishType fish;
inner Real T;
equation
T = 29;
end AquariumType;
end Equipment;
// Adapt package Equipment to the actual fish
package Equipment3
import TEST3.Equipment;
extends Equipment;
redeclare model FishType=FishType2;
end Equipment3;
// Example
model Example
Equipment3.AquariumType aquarium;
end Example;
end TEST3;
以及应用程序代码的示例：
encapsulated package T3_Fish3
model FishType3
import TEST3.FishBase;
extends FishBase;
Real health;
equation
health = 34-T;
end FishType3;
// Adapt package Equipment to the actual fish
package Equipment3
import TEST3.Equipment;
extends Equipment(redeclare model FishType=FishType3);
end Equipment3;
// Example
model Example
Equipment3.AquariumType aquarium;
end Example;
end T3_Fish3;