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The trends method. The analog method. Both climatology method and analog method. The trends method and the persistence method.
class B implements A { Int method1(){} Int method2(){} } class B extends A { Int method1(int {} Int method2(int {} } class B { Int method1(int {} Int method2(int {} } class B implements A { Int method1(int {} Int method2(int {} }
class B implements A { int method1(){} int method2(){} } class B { int method1(int {} int method2(int {} } class B implements A { int method1(int 1){} int method2(int {} } class B extends A { int method1(int {} int method2(int {} }
static void method() abstract void method() final void method() public void method()
public abstract method()； public abstract void method()； public void abstract Method()； public void method()abstract；
public float Method (float a,float b,float { } pubic float Method(floatc,float{} public int Method (int a,int {} pivate float Method (int a,int b,int {}
Cooling the air to a temperature just above dew point Heating the air to a point at which moisture will boil off ,then re-cooling it Cooling the air to a point below dew point, then reheating it Heating the air and then cooling it to a point below dew point
class B implements A { int method1(){} int method2(){} } class B { int method1(int {} int method2(int {} } class B implements A { int method1(int {} int method2(int {} } class B extends A { int method1(int {} int method2(int {} }
public float Method(float a，float b，float {} public float Method(float c，float {} public int Method(int a，int {} private float Method(int a，int b，int {}
public float Method(float a，float b，float {} public float Method(float c，float {} public int Method(int a，int {} private float Method(int a，int b，int {}
class B implements A { int method1(){} int method2(){} } class B { int method1(int {} int method2(int {} } class B implements A { int method1(int {} int method2(int {} } class B extends A { int method1(int {} int method2(int {} }
class B implements A { intmethod1(){} intmethod2(){} } calss B { int method1(int {) int method2(int {} } class B implementsA { int method1(int {} int method2(int {} } class B extendsA { int method1(int {} int method2(int {} }
public float Method(float a，float b，float c) { } public float Method(float c，float d){ } public int Method(int a，int b){ } private float Method(int a，int b，int c){ }
class Ｂ implements Ａ { int method 1(){} int method 2(){} } class Ｂ { int method 1(int {} int method 2(int {} } class Ｂ implements Ａ { int method 1(int {} int method 2(int {} } class Ｂ extends Ａ { int method 2(int {} int method 1(int {} }
public float Method(floatA，float b，float{} public float Method(noatC，float {} public int Method(intA，int {} private float Method(intA，int b，int{}
public float Method(float a，float b，float { } public float Method(float c，float { } public int Method(int a，int { } private float Method(int a，int b，int { }
The trends method. The analog method. Both climatology method and analog method. The trends method and the persistence method.
use the link method to use the link method used the link method uses the link method
Monitor method Model method Benchmark method Physical method
class B implements A{ int method1() { } int method2() { }} class B{int method1(int { }int method2(int { }} class B implements A{ int methodl(int { } int method2(int { }} class B extends A{int method1(int { }int method2(int { }}
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