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Mine<br />
Shell body<br />
<strong>FINALE</strong> <strong>Fireworks</strong> <strong>User</strong> <strong>Guide</strong><br />
The Shell body controls let you fine-tune the shell’s mass, such that the shell is more or less susceptible to air<br />
friction, gravity, and wind. These attributes only affect the shell’s trajectory; they don’t modify the size or<br />
appearance of the shell. Also, the Shell body values that you set here don’t affect the similar values in the Star<br />
body tab. If you want to make similar changes to both the shell and its stars, you have to visit both tabs.<br />
Name<br />
Weight<br />
Attribute<br />
Slider (Scaler; 1.0 = natural weight)<br />
Sets the shell’s weight. A value of 1.0 is the shell’s “natural” weight. If you increase the value, the shell<br />
becomes heavier and is pulled back to Earth more quickly. Smaller values make the shell lighter and so the<br />
upward portion of its trajectory is less affected by gravity.<br />
Momentum<br />
Slider (Scaler; 1.0 = natural momentum loss)<br />
As a shell consumes its pyrotechnic material, it loses mass and momentum, and thus slows down and<br />
becomes increasingly more susceptible to the effects of the wind and air friction. This attribute lets you set<br />
the scale of the shell’s ultimate momentum (the point at which it has exhausted its material) compared to its<br />
launch momentum. A value of 1.0 produces a “natural” momentum loss. If you increase the value, the shell<br />
maintains more of its momentum over the course of its trajectory. If you decrease the value, the shell loses<br />
momentum more quickly.<br />
Wind resistance<br />
Slider (Scaler; 1.0 = natural wind resistance)<br />
Sets the shell’s susceptibility to the wind and air friction. A value of 1.0 produces a slight, natural resistance.<br />
Decreasing the slider’s value makes the shell less affected by the wind, causing its trajectory to straighten<br />
and elongate. Increasing the value increases the effect of the wind and air friction on the shell, shortening its<br />
trajectory and bending it in the direction of the wind.<br />
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