Carousel content: Difference between revisions

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[[File:FireballTurtle.png|thumb|fireballturtle, the logo]]
[[File:FireballTurtle.png|thumb|fireballturtle, the logo]]
[[File:Logocurve.png|thumb|starlogo nova ]]
[[File:Logocurve.png|thumb|starlogo nova ]]
<p id="slide">Welcome to...</p>
<p class="slide">Welcome to...</p>


=== Slide 2 ===
=== Slide 2 ===
<p id="slide">StarLogo Nova is an agent-based game and simulation programming environment that combines an easy-to-use blocks-based programming language with a powerful simulation engine and 3D renderer.</p>
<p class="slide">StarLogo Nova is an agent-based game and simulation programming environment that combines an easy-to-use blocks-based programming language with a powerful simulation engine and 3D renderer.</p>


=== Slide 3 ===
=== Slide 3 ===
<p id="slide">Blocks-based programming allows for ease of use while still maintaining simulation power and strength.</p>
<p class="slide">Blocks-based programming allows for ease of use while still maintaining simulation power and strength.</p>


=== Slide 4 ===
=== Slide 4 ===
<p id="slide">Create over 10,000 agents to represent different components of a system and their interactions with extensive model complexity support.</p>
<p class=slide">Create over 10,000 agents to represent different components of a system and their interactions with extensive model complexity support.</p>


=== Slide 5 ===
=== Slide 5 ===
<p id="slide">Join thousands of students, educators, and more in creating your own complex simulations and games!</p>
<p class="slide">Join thousands of students, educators, and more in creating your own complex simulations and games!</p>

Revision as of 20:43, 5 August 2022

Slide 1

fireballturtle, the logo
starlogo nova

Welcome to...

Slide 2

StarLogo Nova is an agent-based game and simulation programming environment that combines an easy-to-use blocks-based programming language with a powerful simulation engine and 3D renderer.

Slide 3

Blocks-based programming allows for ease of use while still maintaining simulation power and strength.

Slide 4

Create over 10,000 agents to represent different components of a system and their interactions with extensive model complexity support.

Slide 5

Join thousands of students, educators, and more in creating your own complex simulations and games!