react-native-reanimated
Version:
More powerful alternative to Animated library for React Native.
349 lines (341 loc) • 11.4 kB
JavaScript
function _defineProperty(obj, key, value) { key = _toPropertyKey(key); if (key in obj) { Object.defineProperty(obj, key, { value: value, enumerable: true, configurable: true, writable: true }); } else { obj[key] = value; } return obj; }
function _toPropertyKey(arg) { var key = _toPrimitive(arg, "string"); return typeof key === "symbol" ? key : String(key); }
function _toPrimitive(input, hint) { if (typeof input !== "object" || input === null) return input; var prim = input[Symbol.toPrimitive]; if (prim !== undefined) { var res = prim.call(input, hint || "default"); if (typeof res !== "object") return res; throw new TypeError("@@toPrimitive must return a primitive value."); } return (hint === "string" ? String : Number)(input); }
import { ComplexAnimationBuilder } from '../animationBuilder';
export class RotateInDownLeft extends ComplexAnimationBuilder {
constructor() {
super(...arguments);
_defineProperty(this, "build", () => {
const delayFunction = this.getDelayFunction();
const [animation, config] = this.getAnimationAndConfig();
const delay = this.getDelay();
const callback = this.callbackV;
const initialValues = this.initialValues;
return values => {
'worklet';
return {
animations: {
opacity: delayFunction(delay, animation(1, config)),
transform: [{
rotate: delayFunction(delay, animation('0deg', config))
}, {
translateX: delayFunction(delay, animation(0, config))
}, {
translateY: delayFunction(delay, animation(0, config))
}]
},
initialValues: {
opacity: 0,
transform: [{
rotate: '-90deg'
}, {
translateX: values.targetWidth / 2 - values.targetHeight / 2
}, {
translateY: -(values.targetWidth / 2 - values.targetHeight / 2)
}],
...initialValues
},
callback: callback
};
};
});
}
static createInstance() {
return new RotateInDownLeft();
}
}
export class RotateInDownRight extends ComplexAnimationBuilder {
constructor() {
super(...arguments);
_defineProperty(this, "build", () => {
const delayFunction = this.getDelayFunction();
const [animation, config] = this.getAnimationAndConfig();
const delay = this.getDelay();
const callback = this.callbackV;
const initialValues = this.initialValues;
return values => {
'worklet';
return {
animations: {
opacity: delayFunction(delay, animation(1, config)),
transform: [{
rotate: delayFunction(delay, animation('0deg', config))
}, {
translateX: delayFunction(delay, animation(0, config))
}, {
translateY: delayFunction(delay, animation(0, config))
}]
},
initialValues: {
opacity: 0,
transform: [{
rotate: '90deg'
}, {
translateX: -(values.targetWidth / 2 - values.targetHeight / 2)
}, {
translateY: -(values.targetWidth / 2 - values.targetHeight / 2)
}],
...initialValues
},
callback: callback
};
};
});
}
static createInstance() {
return new RotateInDownRight();
}
}
export class RotateInUpLeft extends ComplexAnimationBuilder {
constructor() {
super(...arguments);
_defineProperty(this, "build", () => {
const delayFunction = this.getDelayFunction();
const [animation, config] = this.getAnimationAndConfig();
const delay = this.getDelay();
const callback = this.callbackV;
const initialValues = this.initialValues;
return values => {
'worklet';
return {
animations: {
opacity: delayFunction(delay, animation(1, config)),
transform: [{
rotate: delayFunction(delay, animation('0deg', config))
}, {
translateX: delayFunction(delay, animation(0, config))
}, {
translateY: delayFunction(delay, animation(0, config))
}]
},
initialValues: {
opacity: 0,
transform: [{
rotate: '90deg'
}, {
translateX: values.targetWidth / 2 - values.targetHeight / 2
}, {
translateY: values.targetWidth / 2 - values.targetHeight / 2
}],
...initialValues
},
callback: callback
};
};
});
}
static createInstance() {
return new RotateInUpLeft();
}
}
export class RotateInUpRight extends ComplexAnimationBuilder {
constructor() {
super(...arguments);
_defineProperty(this, "build", () => {
const delayFunction = this.getDelayFunction();
const [animation, config] = this.getAnimationAndConfig();
const delay = this.getDelay();
const callback = this.callbackV;
const initialValues = this.initialValues;
return values => {
'worklet';
return {
animations: {
opacity: delayFunction(delay, animation(1, config)),
transform: [{
rotate: delayFunction(delay, animation('0deg', config))
}, {
translateX: delayFunction(delay, animation(0, config))
}, {
translateY: delayFunction(delay, animation(0, config))
}]
},
initialValues: {
opacity: 0,
transform: [{
rotate: '-90deg'
}, {
translateX: -(values.targetWidth / 2 - values.targetHeight / 2)
}, {
translateY: values.targetWidth / 2 - values.targetHeight / 2
}],
...initialValues
},
callback: callback
};
};
});
}
static createInstance() {
return new RotateInUpRight();
}
}
export class RotateOutDownLeft extends ComplexAnimationBuilder {
constructor() {
super(...arguments);
_defineProperty(this, "build", () => {
const delayFunction = this.getDelayFunction();
const [animation, config] = this.getAnimationAndConfig();
const delay = this.getDelay();
const callback = this.callbackV;
const initialValues = this.initialValues;
return values => {
'worklet';
return {
animations: {
opacity: delayFunction(delay, animation(0, config)),
transform: [{
rotate: delayFunction(delay, animation('90deg', config))
}, {
translateX: delayFunction(delay, animation(values.currentWidth / 2 - values.currentHeight / 2, config))
}, {
translateY: delayFunction(delay, animation(values.currentWidth / 2 - values.currentHeight / 2, config))
}]
},
initialValues: {
opacity: 1,
transform: [{
rotate: '0deg'
}, {
translateX: 0
}, {
translateY: 0
}],
...initialValues
},
callback: callback
};
};
});
}
static createInstance() {
return new RotateOutDownLeft();
}
}
export class RotateOutDownRight extends ComplexAnimationBuilder {
constructor() {
super(...arguments);
_defineProperty(this, "build", () => {
const delayFunction = this.getDelayFunction();
const [animation, config] = this.getAnimationAndConfig();
const delay = this.getDelay();
const callback = this.callbackV;
const initialValues = this.initialValues;
return values => {
'worklet';
return {
animations: {
opacity: delayFunction(delay, animation(0, config)),
transform: [{
rotate: delayFunction(delay, animation('-90deg', config))
}, {
translateX: delayFunction(delay, animation(-(values.currentWidth / 2 - values.currentHeight / 2), config))
}, {
translateY: delayFunction(delay, animation(values.currentWidth / 2 - values.currentHeight / 2, config))
}]
},
initialValues: {
opacity: 1,
transform: [{
rotate: '0deg'
}, {
translateX: 0
}, {
translateY: 0
}],
...initialValues
},
callback: callback
};
};
});
}
static createInstance() {
return new RotateOutDownRight();
}
}
export class RotateOutUpLeft extends ComplexAnimationBuilder {
constructor() {
super(...arguments);
_defineProperty(this, "build", () => {
const delayFunction = this.getDelayFunction();
const [animation, config] = this.getAnimationAndConfig();
const delay = this.getDelay();
const callback = this.callbackV;
const initialValues = this.initialValues;
return values => {
'worklet';
return {
animations: {
opacity: delayFunction(delay, animation(0, config)),
transform: [{
rotate: delayFunction(delay, animation('-90deg', config))
}, {
translateX: delayFunction(delay, animation(values.currentWidth / 2 - values.currentHeight / 2, config))
}, {
translateY: delayFunction(delay, animation(-(values.currentWidth / 2 - values.currentHeight / 2), config))
}]
},
initialValues: {
opacity: 1,
transform: [{
rotate: '0deg'
}, {
translateX: 0
}, {
translateY: 0
}],
...initialValues
},
callback: callback
};
};
});
}
static createInstance() {
return new RotateOutUpLeft();
}
}
export class RotateOutUpRight extends ComplexAnimationBuilder {
constructor() {
super(...arguments);
_defineProperty(this, "build", () => {
const delayFunction = this.getDelayFunction();
const [animation, config] = this.getAnimationAndConfig();
const delay = this.getDelay();
const callback = this.callbackV;
const initialValues = this.initialValues;
return values => {
'worklet';
return {
animations: {
opacity: delayFunction(delay, animation(0, config)),
transform: [{
rotate: delayFunction(delay, animation('90deg', config))
}, {
translateX: delayFunction(delay, animation(-(values.currentWidth / 2 - values.currentHeight / 2), config))
}, {
translateY: delayFunction(delay, animation(-(values.currentWidth / 2 - values.currentHeight / 2), config))
}]
},
initialValues: {
opacity: 1,
transform: [{
rotate: '0deg'
}, {
translateX: 0
}, {
translateY: 0
}],
...initialValues
},
callback: callback
};
};
});
}
static createInstance() {
return new RotateOutUpRight();
}
}
//# sourceMappingURL=Rotate.js.map