imageApproxRatio function

Syntax

• string imageApproxRatio(searchQuery, axesRatio, n)

Parameters

1. searchQuery—string
   Search query to apply on list of all files in the workspace. See fileSearch / filesSearch for details about the syntax.
2. axesRatio—string
   { "xy" | "xz" | "yx" | "yz" | "zx" | "zy" }—Defines which scope axes ratio is used as a reference.
3. n—float
   Number (integer >= 1) of textures to consider (one is randomly picked out of the n best textures.

Returns

Texture with one of the n best ratio matches (according to axesRatio).

Description

The imageApproxRatio function returns one of the n textures with the best ratio match, from the files specified by searchQuery, according to the specified combination of axes.

Note:

imageApproxRatio(searchQuery, axesRatio, 1) == imageBestRatio(searchQuery, axesRatio)

Related

• assetApproxRatio function
• assetApproxSize function
• assetBestRatio function
• assetBestSize function
• assetFitSize function
• fileBasename function
• fileDirectory function
• fileExtension function
• fileName function
• fileRandom function
• imageBestRatio function

Examples

Setting up texturing based on the best pixel ratio

The goal is to set up the texturing, depending on the best pixel ratio of the list of desired textures. The following textures all have different resolutions.

n = 1: "best ratio"

Lot --> s('0.9,'0.9,'0.9) center(xz) RecursiveSplit RecursiveSplit --> case scope.sx >= 1.5 && scope.sz >= 1.5 : split(x) { ~scope.sx/3 : split(z) { ~scope.sz/3 : RecursiveSplit }* }* else: Texture Texture --> setupProjection(0, scope.xz, scope.sx, -scope.sz) projectUV(0) texture(imageApproxRatio( "/myProject/assets/textures/*.jpg", "xz", 1))

n = 3: "choose randomly one of the best three ratios"

Texture --> setupProjection(0, scope.xz, scope.sx, -scope.sz) projectUV(0) texture(imageApproxRatio ( "/myProject/assets/textures/*.jpg", "xz", 3))