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indentation change - spaces to tabs

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lgtst 2022-03-22 12:48:38 +03:00
parent 5baa60dbee
commit 328601b0d2
1 changed files with 18 additions and 18 deletions
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36
src/visual/GratingStim.js
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@ -105,12 +105,12 @@ export class GratingStim extends util.mix(VisualStim).with(ColorMixin)
* @property {float} sqrXsqr.uniforms.uPhase=0.0 - phase of sine wave (both of them). * @property {float} sqrXsqr.uniforms.uPhase=0.0 - phase of sine wave (both of them).
* *
* @property {Object} circle - Creates a filled circle shape with sharp edges. * @property {Object} circle - Creates a filled circle shape with sharp edges.
* @property {String} circle.shader - shader source code for filled circle. * @property {String} circle.shader - shader source code for filled circle.
* @property {Object} circle.uniforms - default uniforms for shader. * @property {Object} circle.uniforms - default uniforms for shader.
* @property {float} circle.uniforms.uRadius=1.0 - Radius of the circle. Ranges [0.0, 1.0], where 0.0 is circle so tiny it results in empty stim * @property {float} circle.uniforms.uRadius=1.0 - Radius of the circle. Ranges [0.0, 1.0], where 0.0 is circle so tiny it results in empty stim
* and 1.0 is circle that spans from edge to edge of the stim. * and 1.0 is circle that spans from edge to edge of the stim.
* *
* @property {Object} gauss - Creates a 2d Gaussian image as if 1d Gaussian graph was rotated arount Y axis and observed from above. * @property {Object} gauss - Creates a 2d Gaussian image as if 1d Gaussian graph was rotated arount Y axis and observed from above.
* {@link https://en.wikipedia.org/wiki/Gaussian_function} * {@link https://en.wikipedia.org/wiki/Gaussian_function}
* @property {String} gauss.shader - shader source code for Gaussian shader * @property {String} gauss.shader - shader source code for Gaussian shader
* @property {Object} gauss.uniforms - default uniforms for shader * @property {Object} gauss.uniforms - default uniforms for shader
@ -119,12 +119,12 @@ export class GratingStim extends util.mix(VisualStim).with(ColorMixin)
* @property {float} gauss.uniforms.uC=0.16 - C constant for gaussian formula (see link). * @property {float} gauss.uniforms.uC=0.16 - C constant for gaussian formula (see link).
* *
* @property {Object} cross - Creates a filled cross shape with sharp edges. * @property {Object} cross - Creates a filled cross shape with sharp edges.
* @property {String} cross.shader - shader source code for cross shader * @property {String} cross.shader - shader source code for cross shader
* @property {Object} cross.uniforms - default uniforms for shader * @property {Object} cross.uniforms - default uniforms for shader
* @property {float} cross.uniforms.uThickness=0.2 - Thickness of the cross. Ranges [0.0, 1.0], where 0.0 thickness makes a cross so thin it becomes * @property {float} cross.uniforms.uThickness=0.2 - Thickness of the cross. Ranges [0.0, 1.0], where 0.0 thickness makes a cross so thin it becomes
* invisible and results in an empty stim and 1.0 makes it so thick it fills the entire stim. * invisible and results in an empty stim and 1.0 makes it so thick it fills the entire stim.
* *
* @property {Object} radRamp - Creates 2d radial ramp image. * @property {Object} radRamp - Creates 2d radial ramp image.
* @property {String} radRamp.shader - shader source code for radial ramp shader * @property {String} radRamp.shader - shader source code for radial ramp shader
* @property {Object} radRamp.uniforms - default uniforms for shader * @property {Object} radRamp.uniforms - default uniforms for shader
* @property {float} radRamp.uniforms.uSqueeze=1.0 - coefficient that helps to modify size of the ramp. Ranges [0.0, Infinity], where 0.0 results in ramp being so large * @property {float} radRamp.uniforms.uSqueeze=1.0 - coefficient that helps to modify size of the ramp. Ranges [0.0, Infinity], where 0.0 results in ramp being so large
@ -132,10 +132,10 @@ export class GratingStim extends util.mix(VisualStim).with(ColorMixin)
* *
* @property {Object} raisedCos - Creates 2d raised-cosine image as if 1d raised-cosine graph was rotated around Y axis and observed from above. * @property {Object} raisedCos - Creates 2d raised-cosine image as if 1d raised-cosine graph was rotated around Y axis and observed from above.
* {@link https://en.wikipedia.org/wiki/Raised-cosine_filter} * {@link https://en.wikipedia.org/wiki/Raised-cosine_filter}
* @property {String} raisedCos.shader - shader source code for raised-cosine shader * @property {String} raisedCos.shader - shader source code for raised-cosine shader
* @property {Object} raisedCos.uniforms - default uniforms for shader * @property {Object} raisedCos.uniforms - default uniforms for shader
* @property {float} raisedCos.uniforms.uBeta=0.25 - roll-off factor (see link). * @property {float} raisedCos.uniforms.uBeta=0.25 - roll-off factor (see link).
* @property {float} raisedCos.uniforms.uPeriod=0.625 - reciprocal of the symbol-rate (see link). * @property {float} raisedCos.uniforms.uPeriod=0.625 - reciprocal of the symbol-rate (see link).
*/ */
static #SHADERS = { static #SHADERS = {
sin: { sin: {
@ -497,8 +497,8 @@ export class GratingStim extends util.mix(VisualStim).with(ColorMixin)
); );
geometry.addIndex([0, 1, 2, 0, 2, 3]); geometry.addIndex([0, 1, 2, 0, 2, 3]);
const vertexSrc = defaultQuadVert; const vertexSrc = defaultQuadVert;
const fragmentSrc = GratingStim.#SHADERS[funcName].shader; const fragmentSrc = GratingStim.#SHADERS[funcName].shader;
const uniformsFinal = Object.assign({}, GratingStim.#SHADERS[funcName].uniforms, uniforms); const uniformsFinal = Object.assign({}, GratingStim.#SHADERS[funcName].uniforms, uniforms);
const shader = PIXI.Shader.from(vertexSrc, fragmentSrc, uniformsFinal); const shader = PIXI.Shader.from(vertexSrc, fragmentSrc, uniformsFinal);
return new PIXI.Mesh(geometry, shader); return new PIXI.Mesh(geometry, shader);
} }