// Metro module 8569 (f8570).
import Module19 from "react";
import { processColor } from "react-native";
import extractBrush from "./extractBrush";
import extractOpacity from "./extractOpacity";
let c5506_3 = /\s+/;
let c5506_4 = {
  type: 0,
  payload: processColor("black")
};
export default function extractFeFlood(a0) {
  let floodColor2, floodOpacity;
  L5: {
    L3: {
      const floodColor = a0.floodColor;
      floodOpacity = a0.floodOpacity;
      if (floodColor != null) {
        if (!floodColor && typeof floodColor !== "number") {
          break L3;
        }
        floodColor2 = extractBrush(floodColor);
        break L5;
      }
    }
    floodColor2 = c5506_4;
  }
  const r11 = {
    floodColor: floodColor2
  };
  if (floodOpacity != null) {
    r11.floodOpacity = extractOpacity(floodOpacity);
  }
  return r11;
};
export const extractFilter = (a0) => ({
  x: a0.x,
  y: a0.y,
  width: a0.width,
  height: a0.height,
  result: a0.result
});
export const extractIn = (a0) => a0.in ? {
  in1: a0.in
} : {};
export const extractFeBlend = (a0) => {
  const r0 = {};
  if (a0.in2) {
    r0.in2 = a0.in2;
  }
  if (a0.mode) {
    r0.mode = a0.mode;
  }
  return r0;
};
export const extractFeColorMatrix = (a0) => {
  const r1 = {};
  if (a0.values !== void 0) {
    const isArray = Array.isArray(a0.values);
    const values = a0.values;
    if (isArray) {
      r1.values = values.map((value) => typeof value !== "number" ? parseFloat(value) : value);
    } else if (typeof values === "number") {
      r1.values = [a0.values];
    } else if (typeof a0.values === "string") {
      r1.values = a0.values.split(c5506_3).map(parseFloat).filter((item) => !isNaN(item));
    } else {
      console.warn("Invalid value for FeColorMatrix `values` prop");
    }
  }
  if (a0.type) {
    r1.type = a0.type;
  }
  return r1;
};
export const extractFeComposite = (a0) => {
  const r0 = {
    in1: a0.in || "",
    in2: a0.in2 || "",
    operator1: a0.operator || "over"
  };
  let c16639_1 = r0;
  ["k1", "k2", "k3", "k4"].forEach((item) => {
    if (a0[item] !== void 0) {
      c16639_1[item] = Number(a0[item]) || 0;
    }
  });
  return r0;
};
export const extractFeGaussianBlur = (a0) => {
  let r4;
  L23: {
    r4 = {};
    if (Array.isArray(a0.stdDeviation)) {
      r4.stdDeviationX = Number(a0.stdDeviation[0]) || 0;
      r4.stdDeviationY = Number(a0.stdDeviation[1]) || 0;
    } else {
      if (typeof a0.stdDeviation === "string" && a0.stdDeviation.match(c5506_3)) {
        const r32 = a0.stdDeviation.split(c5506_3);
        r4.stdDeviationX = Number(r32[0]) || 0;
        r4.stdDeviationY = Number(r32[1]) || 0;
        break L23;
      }
      const stdDeviation = a0.stdDeviation;
      let r1 = typeof stdDeviation === "number";
      if (typeof stdDeviation !== "number") {
        const stdDeviation2 = a0.stdDeviation;
        r1 = typeof stdDeviation2 === "string" ? !a0.stdDeviation.match(c5506_3) : typeof stdDeviation2 === "string";
      }
      if (r1) {
        r4.stdDeviationX = Number(a0.stdDeviation) || 0;
        r4.stdDeviationY = Number(a0.stdDeviation) || 0;
      }
    }
  }
  if (a0.edgeMode) {
    r4.edgeMode = a0.edgeMode;
  }
  return r4;
};
export const extractFeMerge = (a0, parent) => {
  const r7 = a0.children ? Module19.Children.map(a0.children, (a0) => Module19.cloneElement(a0, {
    parent
  })) : [];
  const nodes = [];
  const length = r7.length;
  let r0 = 0;
  while (r0 < length) {
    let in2 = r7[r0].props.in;
    const r1 = r0;
    if (!in2) {
      in2 = "";
    }
    nodes.push(in2);
    r0 = r1 + 1;
  }
  return {
    nodes
  };
};