Shuriken Particle System (2)

Particle parameters: Initialmodule: initialization module, particle system initialization module, inherent module of the next module, which cannot be disabled or removed. This particle defines the duration of particle initialization, for a series of basic parameters such as cycle mode, transmission speed, and size, click startlifttime, startspeed, startsize, and

Particle parameters: Initialmodule: initialization module, particle system initialization module, inherent module of the next module, which cannot be disabled or removed. This particle defines the duration of particle initialization, for a series of basic parameters such as cycle mode, transmission speed, and size, click startlifttime, startspeed, startsize, and

Particle parameters:

Initial module: initialization module,

The initialization module of the particle system, which is inherent in the next module, cannot be disabled or removed. The particle defines the duration, cycle mode, and emission speed of the particle initialization, size and other basic parameters,

Click the start lifttime, start speed, start size, and lower triangle buttons on the right of the start rotation attribute. A list of options is displayed to further set the required values,

Constrant: set a specific constant value.

Curve: Use the Curve editor to set values

Random between two constants: randomly selects a value between two set constant values.

Random between two cuvee: randomly selects a value in the range between the two curves in the curve editor.

Color: use solid Color. Click the Color bar to display the Color picker. Select the desired Color.

Gradient: uses a Gradient color to assign values to the color of the generated particles based on the Gradient color,

Gradient Editor:

The gradient editor is used to describe how gradient colors change over time.

At the bottom of the gradient bar is a color flag. When you edit the selected color bar, double-click it or click the color bar below to set the color change value, you can click a position near the gradient bar to add color labels. These color labels can be dragged around the time line for positioning.

The upper part of the gradient is a transparent flag. When the flag is selected, double-click the flag or double-click the alpha transparency slider at the bottom to set a transparent value at the mark, when the alpha value is equal to 0, it is completely transparent. When the Alpha value is 255, it is not transparent. You can click a position near the top of the gradient bar to add transparency labels. These transparency labels can be dragged around the time line for positioning.

When you select a color or transparency tag, the percentage of the tag in the time line is displayed at the location on the lower right of the gradient bar. You can adjust the percentage to adjust the corresponding position.

2. emission module: Launch module

The emission module controls the particle emission rate. During the particle duration, a large number of particles can be generated at a specific time, this is very useful for the time required to generate a large particle in the simulated explosion effect.

Rote: the number of particles emitted per second or every unit of distance. Click the lower triangle button on the right to select whether the number of emitted particles is controlled by a constant or a particle curve, click the button at the bottom of the right to select whether the particle's emission rate is time-based or distance-based.

Bursts: particle Bursts. A large number of particles are added at a specified time point during the particle duration. This option appears only when the particle rate change mode changes in time.

Set the number of particles at a specified time point, and click the plus sign on the right to add an explosion point. time --- to set the burst time, particle --- the number of particles that will be generated when the burst point is reached, note that the maximum number of burst points does not exceed the particle duration, that is, the duration value in the initialization module,