How do I make a generator? – Standard Free Energy Change Equilibrium Constant

You can make a generator that is a copy of a given object using the generate function. The generator will contain a reference to the type of its target object and will print the given values.

The name of the generator object can be specified using the name argument. If the name is empty or null the generator is assumed to be a default generator.

Generator objects are created by calling a function that takes one or more generator arguments and returns a Generator object.

Objects created using the generate function are initialized with their initial value.


void gen2(Generator *obj) { obj->Generator_2(obj); gen3(obj); }

The method, passed to gen2() can return a generator object or a default value. The default values are automatically defined if the object is not a generator object.

Generator object properties can be read in to an object, as in the following:

bool exists(T obj) { if (!obj) return false; return obj->Generator_2.gen2.generate(); } void gen3(T obj) { try { int gen = obj->Generator_2.gen3.generate(); return true; } catch (…) { return false; } }

If you need to access the properties of an object in your generator, you must use the Object.getPrototypeOf() methods.

Example 3: A generator object can be passed to a function that generates a value

To make a Generator object available to a generated function that is intended to be evaluated in the REPL or to an external program that doesn’t support a generator object, you can do something like this:

void print_a_value() { int gen = new Generator(); print_a(gen); // returns a Generator }

Using generators can be complex work when you need to be able to run the generated code in parallel by passing around the same value. When I tried to run the following code in Java I got a JavaException:

String message = “Hello”; String name = “A”.toUpperCase();“Generating ” + word ); Console.line(message);

When running it in JavaScript, it works:

JavaScript object.generate() { message = aValue } Console.out.println(“Generating ” + message); Object.

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