Encodes the initial UV offset at a given pixel, used to sample TreeGrowth::trunk_warp.

The offset is calculated like in the following pseudocode:

vec2 growthWarpLinear = vec2((growthWarp.r - 0.5) * 2 * pow(time, 2.546872), 0);
vec2 growthWarpQuadratic = (uv - vec2(0.3, 0.2)) * pow(growthWarp.g * pow(time, 4.06187), 2) * 1000;
vec2 growthWarpUVOffset = clamp(growthWarpLinear + growthWarpQuadratic + uv, 0, 1);

Encodes the UV offset at a given pixel, used to sample the trunk texture, and TreeGrowth::harvest_warp.

The final UV is calculated like in the following pseudocode:

vec2 trunkWarpLinear = (trunkWarp.rg - 0.5) * 2 * pow(time, 2.546872);
vec2 trunkUV = clamp(growthWarpUVOffset + trunkWarpLinear + growthWarpQuadratic, 0, 1);

See TreeGrowth::growth_warp for how growthWarpQuadratic and growthWarpUVOffset are calculated.

Encodes the UV offset at a given pixel, used to sample the leaves texture.

The final UV is calculated like in the following pseudocode:

vec2 harvestWarpLinear = (harvestWarp.rg - 0.5) * 2 * pow(time, 2.546872);
vec2 harvestUV = clamp(trunkUV + harvestWarpLinear, 0, 1);

See TreeGrowth::trunk_warp for how trunkUV is calculated.

Encodes the UV offset at a given pixel, used to sample the shadow texture.

The final UV is calculated like in the following pseudocode:

vec2 shadowWarpLinear = (shadowWarp.rg - 0.5) * 2 * pow(time, 2.546872);
vec2 shadowUV = clamp(uv + shadowWarpLinear, 0, 1);

Encodes the point in time (0-1) since the plant started growing, at which a given pixel of the trunk texture becomes visible.

This is a grayscale texture where white is t=0 (beginning of growth) and black is t=1 (end of growth).

Encodes the point in time (0-1) since the plant started growing, at which a given pixel of the leaves texture becomes visible.

This is a grayscale texture where white is t=0 (beginning of growth) and black is t=1 (end of growth).

Encodes the point in time (0-1) since the plant started growing, at which a given pixel of the shadow texture becomes visible.

This is a grayscale texture where white is t=0 (beginning of growth) and black is t=1 (end of growth).

Exponent for the easing function of the growth progress (progress ^ progressExponent) which is used by the growth animation.