redeclipse.aftereffects module

redeclipse.aftereffects.box(world, height=None)

A box added around the edge of the world.

Parameters:

• world (redeclipse.Map) – Input world
• height (int or None) – Max height for the box to go to. None means entire area is boxed in.

Return type:

None

redeclipse.aftereffects.box_outline(world, height=None)

An outline of a box (similar to a grid) added around the edge of the world.

Parameters:

• world (redeclipse.Map) – Input world
• height (int or None) – Max height for the box grid to go to. None means entire area is boxed in.

Return type:

None

redeclipse.aftereffects.decay(world, position_function)

A decay effect applied to the world. Decay at any specific point will occur when random.random() > position_function.

Parameters:

• world (redeclipse.Map) – Input world
• position_function (function) – Position function, as seen above in this module

Return type:

None

redeclipse.aftereffects.endcap(world, upm)

A box added around the edge of the world.

Parameters:world (redeclipse.Map) – Input world Return type:None

redeclipse.aftereffects.gradient3(x, y, z)

An experimental gradient that also varies only based on z-depth

Parameters:

• x (int) – x-coordinate to use in gradient generation
• y (int) – y-coordinate to use in gradient generation
• z (int) – x-coordinate to use in gradient generation

Returns:

a float for that specific point.

Return type:

float

redeclipse.aftereffects.grid(world, size=24)

A grid effect applied to the world.

Parameters:

• world (redeclipse.Map) – Input world
• size (int) – spacing between the grids

Return type:

None

redeclipse.aftereffects.growth(world, position_function)

Basically the opposite of decay. Apply SPARINGLY. Otherwise this will take forever to serialize and be completely non-functional.

Parameters:

• world (redeclipse.Map) – Input world
• position_function (function) – Position function, as seen above in this module

Return type:

None

redeclipse.aftereffects.vertical_gradient(x, y, z, slope=256)

Function representing a vertical gradient going from f(z=0) = 1, f(z=256) = 0 smoothly.

Parameters:

• x (int) – x-coordinate to use in gradient generation
• y (int) – y-coordinate to use in gradient generation
• z (int) – x-coordinate to use in gradient generation

Returns:

a float for that specific point.

Return type:

float

redeclipse.aftereffects.vertical_gradient2(x, y, z)

Yet another variant that provides a reasonable level of decay.

Parameters:

• x (int) – x-coordinate to use in gradient generation
• y (int) – y-coordinate to use in gradient generation
• z (int) – x-coordinate to use in gradient generation

Returns:

a float for that specific point.

Return type:

float

redeclipse.aftereffects.vertical_gradient2inv(x, y, z)

Inverse of vertical_gradient2

Parameters:

• x (int) – x-coordinate to use in gradient generation
• y (int) – y-coordinate to use in gradient generation
• z (int) – x-coordinate to use in gradient generation

Returns:

a float for that specific point.

Return type:

float