mirror of
https://github.com/jaysavsani07/math-metrix.git
synced 2025-08-06 15:11:40 +08:00
Picture puzzle data generation alog change
This commit is contained in:
Mehul Makwana
@ -12,13 +12,13 @@ class PicturePuzzleQandSDataProvider {
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while (list.length < 5) {
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List<PicturePuzzle> puzzleList = List();
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List<List<String>> matrix = generateMatrix(level, list.length);
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while (matrix[0][5] == matrix[1][5]) {
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matrix = generateMatrix(level, list.length);
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}
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// List<List<String>> matrix = generateMatrix(level, list.length);
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// while (matrix[0][5] == matrix[1][5]) {
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// matrix = generateMatrix(level, list.length);
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// }
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List<PicturePuzzleData> picturePuzzleDataList =
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getPicturePuzzleData(matrix);
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generateMatrix1(level, list.length);
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picturePuzzleDataList
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.asMap()
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.forEach((int i, PicturePuzzleData picturePuzzleData) {
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@ -87,13 +87,202 @@ class PicturePuzzleQandSDataProvider {
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return picturePuzzleData;
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}
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static List<List<String>> generateMatrix(int level, int index) {
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static List<List<PicturePuzzleShapeType>> getShapeMatrix() {
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List<List<PicturePuzzleShapeType>> list = List();
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var shapeList = [
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PicturePuzzleShapeType.CIRCLE,
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PicturePuzzleShapeType.SQUARE,
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PicturePuzzleShapeType.TRIANGLE
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]..shuffle();
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list.add([shapeList[0], shapeList[0], shapeList[0]]);
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shapeList.removeAt(0);
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while (list.length < 3) {
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shapeList.shuffle();
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if (list.length == 1)
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list.add([shapeList[0], list[0][0], shapeList[0]]..shuffle());
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else {
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list.add([shapeList[0], shapeList[1], shapeList[1]]..shuffle());
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}
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}
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list.add([list[0][0], shapeList[0], shapeList[1]]..shuffle());
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return list;
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}
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static List<PicturePuzzleData> generateMatrix1(int level, int index) {
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List<List<PicturePuzzleShapeType>> listShape = getShapeMatrix();
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List<PicturePuzzleData> picturePuzzleData = List();
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Map<PicturePuzzleShapeType, String> map = Map();
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if (level == 1) {
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switch (index) {
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case 0:
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case 1:
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List<String> listDigit = MathUtil.generateRandomNumber(1, 10, 3);
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listShape.forEach((list) {
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list.asMap().forEach((i, subList) {
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if (!map.containsKey(subList)) {
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map[subList] = map.length == 0
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? listDigit[0]
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: (map.length == 1 ? listDigit[1] : listDigit[2]);
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}
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});
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});
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listShape.forEach((list) {
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picturePuzzleData.add(PicturePuzzleData(
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list[0],
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"+",
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list[1],
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"+",
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list[2],
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getResult(map[list[0]], "+", map[list[1]], "+", map[list[2]])));
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});
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break;
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case 2:
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case 3:
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case 4:
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List<String> listDigit = MathUtil.generateRandomNumber(1, 10, 3);
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List<String> listSign = ["+", "-", "*"]
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..shuffle()
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..removeAt(1);
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listShape.forEach((list) {
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list.asMap().forEach((i, subList) {
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if (!map.containsKey(subList)) {
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map[subList] = map.length == 0
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? listDigit[0]
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: (map.length == 1 ? listDigit[1] : listDigit[2]);
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}
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});
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});
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listShape.forEach((list) {
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if (list[0] == list[1] &&
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list[1] == list[2] &&
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list[2] == list[1]) {
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picturePuzzleData.add(PicturePuzzleData(
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list[0],
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"+",
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list[1],
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"+",
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list[2],
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getResult(
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map[list[0]], "+", map[list[1]], "+", map[list[2]])));
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} else if (list[0] != list[1] &&
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list[1] != list[2] &&
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list[2] != list[1]) {
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picturePuzzleData.add(PicturePuzzleData(
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list[0],
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"+",
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list[1],
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"+",
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list[2],
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getResult(
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map[list[0]], "+", map[list[1]], "+", map[list[2]])));
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} else if (listSign.length == 2) {
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picturePuzzleData.add(PicturePuzzleData(
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list[0],
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listSign[0],
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list[1],
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"+",
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list[2],
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getResult(map[list[0]], listSign[0], map[list[1]], "+",
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map[list[2]])));
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listSign.removeAt(0);
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} else {
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picturePuzzleData.add(PicturePuzzleData(
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list[0],
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listSign[0],
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list[1],
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"-",
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list[2],
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getResult(map[list[0]], listSign[0], map[list[1]], "-",
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map[list[2]])));
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}
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});
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break;
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}
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} else {
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List<String> listDigit = List();
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while (listDigit.length < 3) {
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MathUtil.generateRandomNumber(level, 10 + level, 3).forEach((digit) {
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if (!listDigit.contains(digit)) {
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listDigit.add(digit);
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}
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});
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}
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List<String> listSign = ["+", "-", "*"]..shuffle();
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listShape.forEach((list) {
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list.asMap().forEach((i, subList) {
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if (!map.containsKey(subList)) {
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map[subList] = map.length == 0
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? listDigit[0]
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: (map.length == 1 ? listDigit[1] : listDigit[2]);
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}
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});
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});
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listShape.forEach((list) {
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if (list[0] == list[1] && list[1] == list[2] && list[2] == list[1]) {
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picturePuzzleData.add(PicturePuzzleData(
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list[0],
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listSign[0],
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list[1],
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listSign[2],
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list[2],
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getResult(map[list[0]], listSign[0], map[list[1]], listSign[2],
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map[list[2]])));
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} else if (list[0] != list[1] &&
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list[1] != list[2] &&
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list[2] != list[1]) {
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picturePuzzleData.add(PicturePuzzleData(
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list[0],
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listSign[0],
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list[1],
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listSign[1],
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list[2],
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getResult(map[list[0]], listSign[0], map[list[1]], listSign[1],
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map[list[2]])));
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} else if (listSign.length == 3) {
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picturePuzzleData.add(PicturePuzzleData(
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list[0],
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listSign[0],
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list[1],
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"+",
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list[2],
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getResult(
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map[list[0]], listSign[0], map[list[1]], "+", map[list[2]])));
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listSign.removeAt(0);
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} else {
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picturePuzzleData.add(PicturePuzzleData(
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list[0],
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listSign[0],
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list[1],
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"-",
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list[2],
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getResult(
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map[list[0]], listSign[0], map[list[1]], "-", map[list[2]])));
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}
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});
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}
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return picturePuzzleData;
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}
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static String getResult(
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String op1, String sign1, String op2, String sign2, String op3) {
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return "${(MathUtil.getPrecedence(sign1) >= MathUtil.getPrecedence(sign2)) ? (MathUtil.evaluate(MathUtil.evaluate(int.parse(op1), sign1, int.parse(op2)), sign2, int.parse(op3))) : (MathUtil.evaluate(int.parse(op1), sign1, MathUtil.evaluate(int.parse(op2), sign2, int.parse(op3))))}";
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}
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static List<List<String>> generateMatrix(int level, int index) {
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List<List<PicturePuzzleShapeType>> listShape = getShapeMatrix();
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if (level == 1) {
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switch (index) {
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case 0:
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case 1:
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List<String> listDigit = MathUtil.generateRandomNumber(1, 10, 3);
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List<String> listSign = MathUtil.generateRandomSign1(2);
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var tempList = [
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listDigit[0],
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@ -259,18 +448,11 @@ class PicturePuzzleQandSDataProvider {
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}
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void main() {
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for (int j = 1; j < 5; j++) {
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for (int i = 0; i < 2; i++) {
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List<List<String>> matrix =
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PicturePuzzleQandSDataProvider.generateMatrix(j, i);
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while (matrix[0][5] == matrix[1][5] ||
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matrix[0][5] == matrix[2][5] ||
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matrix[1][5] == matrix[2][5]) {
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matrix = PicturePuzzleQandSDataProvider.generateMatrix(j, 1);
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}
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for (int j = 1; j < 3; j++) {
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for (int i = 0; i < 5; i++) {
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var matrix = PicturePuzzleQandSDataProvider.generateMatrix1(j, i);
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print(matrix);
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}
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}
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// print(PicturePuzzleQandSDataProvider.getPicturePuzzleDataList(1));
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// print(PicturePuzzleQandSDataProvider.getShapeMatrix());
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}
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