Concepts
In Microsoft Power Platform, model-driven dashboards provide a comprehensive view of data in a visually appealing way. As an App Maker, being able to create and configure these dashboards is essential to provide valuable insights for users. This article will guide you through the process of building and customizing model-driven dashboards using the Power Platform.
Section 1: Understanding Model-Driven Dashboards
In this section, we will provide an overview of model-driven dashboards, explaining their purpose and benefits. We will cover the key components of a dashboard, including forms, views, charts, and visualizations, and how they can be utilized to present information effectively.
Section 2: Creating a Model-Driven Dashboard
Here, we will dive into the steps involved in creating a model-driven dashboard. Starting from the Power Apps platform, we will guide you through selecting the right components, defining the scope and audience, and choosing relevant data sources. We will also explore the options for creating personalized dashboards tailored to individual user roles.
Section 3: Configuring Components on Dashboards
Once the dashboard is created, we need to configure its components to display the desired data. We will explain how to add and configure components such as views, charts, lists, and sub-grids. We will also highlight advanced customization options, including filtering, sorting, and creating drill-through experiences.
Section 4: Applying Visualization Techniques
In this section, we will discuss how to apply visualizations to enhance the usability and impact of the dashboard. We will explore options like color coding, conditional formatting, and the use of popular chart types. These techniques enable users to quickly grasp insights and make informed decisions.
Section 5: Incorporating Interactive Features
To create an engaging user experience, we will demonstrate how to incorporate interactive features into the model-driven dashboard. We will walk through enabling inline editing, adding actionable buttons, and utilizing quick create forms. These interactive elements empower users to modify data and perform relevant actions without leaving the dashboard.
Section 6: Sharing and Collaborating on Dashboards
Collaboration is an essential aspect of any business application. In this section, we will share guidelines on how to share model-driven dashboards with other users within the organization. We will explore various sharing options, including sharing with individuals, teams, and business units. Additionally, we will cover the security settings to ensure data remains protected.
Section 7: Monitoring and Analyzing Dashboard Usage
To evaluate the effectiveness of the created dashboards, monitoring and analyzing usage is crucial. We will explore the tools available in Power Platform to track dashboard usage, such as Power BI reports and the Power Apps analytics feature. These insights allow you to identify areas for improvement and enhance user experience continuously.
Conclusion:
Creating and configuring model-driven dashboards in Microsoft Power Platform is a powerful skill for App Makers. By following the steps outlined in this article, you will be equipped with the knowledge to design visually appealing, interactive, and insightful dashboards that provide valuable information to users. With continuous monitoring and refinement, you can ensure that your dashboard meets the evolving needs of the organization and enhances decision-making capabilities.
Answer the Questions in Comment Section
1. Which option is true regarding model-driven dashboards in Microsoft Power Platform App Maker?
a) Model-driven dashboards are designed using code
b) Model-driven dashboards provide real-time data insights
c) Model-driven dashboards are only accessible on mobile devices
d) Model-driven dashboards cannot be customized
Correct answer: b) Model-driven dashboards provide real-time data insights
2. What is the purpose of a system dashboard in Microsoft Power Platform App Maker?
a) To display data from a single entity
b) To enable users to create custom dashboards
c) To provide a high-level overview of system performance
d) To restrict access to specific dashboards based on user roles
Correct answer: c) To provide a high-level overview of system performance
3. True or False: Model-driven dashboards can be created and configured using the Power Apps Portal.
Correct answer: False
4. Which of the following components can be added to a model-driven dashboard in Microsoft Power Platform App Maker? (Select all that apply)
a) Charts
b) Lists
c) Iframes
d) Canvas apps
Correct answers: a) Charts, b) Lists, c) Iframes
5. How can you ensure that a model-driven dashboard only displays records specific to a user? (Select all that apply)
a) Apply entity-level security roles
b) Customize the dashboard with JavaScript code
c) Configure the dashboard to use a personal view
d) Enable data encryption for the dashboard
Correct answers: a) Apply entity-level security roles, c) Configure the dashboard to use a personal view
6. True or False: Multiple model-driven dashboards can be added to a single app in Microsoft Power Platform App Maker.
Correct answer: True
7. Which option is true regarding the refresh interval of a model-driven dashboard in Microsoft Power Platform App Maker?
a) The refresh interval is set to a fixed value and cannot be changed
b) The refresh interval is automatically determined based on the complexity of the dashboard components
c) The refresh interval can be customized by the app maker
d) The refresh interval is not applicable for model-driven dashboards
Correct answer: c) The refresh interval can be customized by the app maker
8. True or False: Users can interact with model-driven dashboards to perform data entry and record updates.
Correct answer: False
9. What is the maximum number of components that can be displayed on a single model-driven dashboard in Microsoft Power Platform App Maker?
a) 5
b) 10
c) 25
d) There is no limit
Correct answer: d) There is no limit
10. How can you share a model-driven dashboard with specific users or groups? (Select all that apply)
a) Publish the dashboard as a system dashboard
b) Share a direct link to the dashboard
c) Add users to a security role with access to the dashboard
d) Export the dashboard as a file and distribute it
Correct answers: a) Publish the dashboard as a system dashboard, c) Add users to a security role with access to the dashboard
Great post! Learned a lot about configuring model-driven dashboards.
Can someone explain how to set up security roles for dashboards?
How do you filter data in a model-driven dashboard?
I find the out-of-box charts limiting. Any advice?
How many dashboards can a single model-driven Power Apps environment have?
What’s the best way to share dashboards with my team?
I faced some issues while configuring charts in my dashboard. Any pointers?
Thanks for the guide!