The best way to get exotics is to maximize doing activities which have a higher chance to drop them. Do these things for maximum chance:
- Do all Powerful Rewards on all characters. Every single Powerful reward has a chance to be an exotic instead of the normal reward. So do all your Crucible/Strikes/Gambit/Heroic Story/Heroic Adventure/Flashpoint/etc... - each day that one of these resets, do it again
- Do all Dreaming City activities every week (Ascendant Challenge, Blind Well/Offering to Queen bounties, featured story mission, bounty for 8 daily bounties).
- On Curse Week, do Shattered Throne on all characters
- If you Raid, do the Raid every week on all characters
Once you exhaust all your powerful rewards (I'm sure there are some I forgot to mention), then you are going to be limited to hoping one drops in the Wild as an engram. Focus on activities that have a lot of enemies - the more enemies you kill, the more chance you might see one drop.
Just doing all my powerful rewards this week, I got Trinity Ghoul, Ursa Furiosa, Shards of Galnor, Geomag Stabilizers and Queenbreaker (my luck this week is not typical but if I had not farmed all my powerful rewards, I would have never gotten them)
The easiest way (but probably the most time consuming) is to buy a bunch of vanguard boons from Zavala and use one at the beginning of a strike. Need 2 people in your fireteam. Quit out and repeat until you get your exotic reward pop up.
In Visual Studio, you can draw a use case diagram to summarize who uses your application or system, and what they can do with it. To create a UML use case diagram, on the Architecture menu, click New UML or Layer Diagram.For a video demonstration, see Organizing Features into Use Cases.To see which versions of Visual Studio support this feature, see Version support for architecture and modeling tools.With the help of a use case diagram, you can discuss and communicate:The scenarios in which your system or application interacts with people, organizations, or external systems.The goals that it helps those actors achieve.The scope of your system.A use case diagram does not show the detail of the use cases: it only summarizes some of the relationships between use cases, actors, and systems. In particular, the diagram does not show the order in which steps are performed to achieve the goals of each use case. You can describe those details in other diagrams and documents, which you can link to each use case. For more information, see Describing Use Cases in Detail in this topic.The descriptions you provide for use cases will use several terms related to the domain in which the system works, such as Sale, Menu, Customer, and so on. It is important to define these terms and their relationships clearly, and you can do that with the help of a UML Class Diagram. For more information, see UML Class Diagrams: Guidelines.Use cases deal only in the functional requirements for a system. Other requirements such as business rules, quality of service requirements, and implementation constraints must be represented separately. Architecture and internal details must also be described separately. For more information about how to define user requirements, see Model user requirements.The examples used in this topic relate to a Web site on which customers can order meals from local restaurants.Elements in a use case diagramAn actor (1) is a class of person, organization, device, or external software component that interacts with your system. Example actors are Customer, Restaurant, Temperature Sensor, Credit Card Authorizer.A use case (2) represents the actions that are performed by one or more actors in the pursuit of a particular goal. Example use cases are Order Meal, Update Menu, Process Payment.On a use case diagram, use cases are associated (3) with the actors that perform them.Your system (4) is whatever you are developing. It might be a small software component, whose actors are just other software components; or it might be a complete application; or it might be a large distributed suite of applications deployed over many computers and devices. Example subsystems are Meal Ordering Website, Meal Delivery Business, Website Version 2.A use case diagram can show which use cases are supported by your system or its subsystems.
Answer:
After an extruded feature has been created, you can always go back and edit the feature. When you edit an existing extrude feature, <u>the shape of the sketch profile</u> cannot be changed from the Extrude Property Manager.
<u>Extrude PropertyManager</u>
A tool that is used to draw different sketch. The sketches are related to different fields. Extrude property manager is used to edit the sketch, delete some objects form the sketch but we cannot edit the shape of the sketch profile.
<em>In this tool we can edit every thing but cannot edit the shape of the sketch profile.</em>
<h2>
Answer:</h2><h2><u>consoles!</u></h2><h2><u>just took thew test</u></h2>
Explanation:
Answer:
Follows are the code to this question:
#include <iostream>//defining header file
using namespace std;
int main() //defining main method
{
const int NUM_GUESSES = 3;//defining an integer constant variable NUM_GUESSES
int userGuesses[NUM_GUESSES];//defining an array userGuesses
int i = 0;//defining integer variable i
for(i=0;i<NUM_GUESSES;i++)//defining for loop for input value
{
cin>>userGuesses[i];//input array from the user end
}
for (i = 0; i < NUM_GUESSES; ++i)//defining for loop fore print value
{
cout <<userGuesses[i] << " ";//print array value with a space
}
return 0;
}
Output:
9
5
2
9 5 2
Explanation:
In the above-given program, an integer constant variable NUM_GUESSES is defined that holds an integer value, in the next step, an integer array "userGuesses" is defined, which holds NUM_GUESSES value.
In the next step, two for loop is defined, in the first loop, it is used for an input value, and in the second loop, it prints the array value.
