package androidx.constraintlayout.solver.widgets;

import androidx.constraintlayout.solver.LinearSystem;
import androidx.constraintlayout.solver.Metrics;
import androidx.constraintlayout.solver.SolverVariable;
import androidx.constraintlayout.solver.widgets.ConstraintWidget;
import androidx.constraintlayout.solver.widgets.analyzer.BasicMeasure;
import androidx.constraintlayout.solver.widgets.analyzer.DependencyGraph;
import java.lang.ref.WeakReference;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.HashSet;

/* JADX INFO: loaded from: classes.dex */
public class ConstraintWidgetContainer extends WidgetContainer {
    private static final boolean DEBUG = false;
    static final boolean DEBUG_GRAPH = false;
    private static final boolean DEBUG_LAYOUT = false;
    private static final int MAX_ITERATIONS = 8;
    static int mycounter;
    private WeakReference<ConstraintAnchor> horizontalWrapMax;
    private WeakReference<ConstraintAnchor> horizontalWrapMin;
    BasicMeasure mBasicMeasureSolver;
    int mDebugSolverPassCount;
    public DependencyGraph mDependencyGraph;
    public boolean mGroupsWrapOptimized;
    private boolean mHeightMeasuredTooSmall;
    ChainHead[] mHorizontalChainsArray;
    public int mHorizontalChainsSize;
    public boolean mHorizontalWrapOptimized;
    private boolean mIsRtl;
    public BasicMeasure.Measure mMeasure;
    protected BasicMeasure.Measurer mMeasurer;
    public Metrics mMetrics;
    private int mOptimizationLevel;
    int mPaddingBottom;
    int mPaddingLeft;
    int mPaddingRight;
    int mPaddingTop;
    public boolean mSkipSolver;
    protected LinearSystem mSystem;
    ChainHead[] mVerticalChainsArray;
    public int mVerticalChainsSize;
    public boolean mVerticalWrapOptimized;
    private boolean mWidthMeasuredTooSmall;
    public int mWrapFixedHeight;
    public int mWrapFixedWidth;
    private WeakReference<ConstraintAnchor> verticalWrapMax;
    private WeakReference<ConstraintAnchor> verticalWrapMin;

    public ConstraintWidgetContainer() {
        this.mBasicMeasureSolver = new BasicMeasure(this);
        this.mDependencyGraph = new DependencyGraph(this);
        this.mMeasurer = null;
        this.mIsRtl = false;
        this.mSystem = new LinearSystem();
        this.mHorizontalChainsSize = 0;
        this.mVerticalChainsSize = 0;
        this.mVerticalChainsArray = new ChainHead[4];
        this.mHorizontalChainsArray = new ChainHead[4];
        this.mGroupsWrapOptimized = false;
        this.mHorizontalWrapOptimized = false;
        this.mVerticalWrapOptimized = false;
        this.mWrapFixedWidth = 0;
        this.mWrapFixedHeight = 0;
        this.mOptimizationLevel = 257;
        this.mSkipSolver = false;
        this.mWidthMeasuredTooSmall = false;
        this.mHeightMeasuredTooSmall = false;
        this.mDebugSolverPassCount = 0;
        this.verticalWrapMin = null;
        this.horizontalWrapMin = null;
        this.verticalWrapMax = null;
        this.horizontalWrapMax = null;
        this.mMeasure = new BasicMeasure.Measure();
    }

    private void addHorizontalChain(ConstraintWidget constraintWidget) {
        int i2 = this.mHorizontalChainsSize + 1;
        ChainHead[] chainHeadArr = this.mHorizontalChainsArray;
        if (i2 >= chainHeadArr.length) {
            this.mHorizontalChainsArray = (ChainHead[]) Arrays.copyOf(chainHeadArr, chainHeadArr.length * 2);
        }
        this.mHorizontalChainsArray[this.mHorizontalChainsSize] = new ChainHead(constraintWidget, 0, isRtl());
        this.mHorizontalChainsSize++;
    }

    private void addMaxWrap(ConstraintAnchor constraintAnchor, SolverVariable solverVariable) {
        this.mSystem.addGreaterThan(solverVariable, this.mSystem.createObjectVariable(constraintAnchor), 0, 5);
    }

    private void addMinWrap(ConstraintAnchor constraintAnchor, SolverVariable solverVariable) {
        this.mSystem.addGreaterThan(this.mSystem.createObjectVariable(constraintAnchor), solverVariable, 0, 5);
    }

    private void addVerticalChain(ConstraintWidget constraintWidget) {
        int i2 = this.mVerticalChainsSize + 1;
        ChainHead[] chainHeadArr = this.mVerticalChainsArray;
        if (i2 >= chainHeadArr.length) {
            this.mVerticalChainsArray = (ChainHead[]) Arrays.copyOf(chainHeadArr, chainHeadArr.length * 2);
        }
        this.mVerticalChainsArray[this.mVerticalChainsSize] = new ChainHead(constraintWidget, 1, isRtl());
        this.mVerticalChainsSize++;
    }

    private void resetChains() {
        this.mHorizontalChainsSize = 0;
        this.mVerticalChainsSize = 0;
    }

    void addChain(ConstraintWidget constraintWidget, int i2) {
        if (i2 == 0) {
            addHorizontalChain(constraintWidget);
        } else if (i2 == 1) {
            addVerticalChain(constraintWidget);
        }
    }

    public boolean addChildrenToSolver(LinearSystem linearSystem) {
        boolean zOptimizeFor = optimizeFor(64);
        addToSolver(linearSystem, zOptimizeFor);
        int size = this.mChildren.size();
        boolean z2 = false;
        for (int i2 = 0; i2 < size; i2++) {
            ConstraintWidget constraintWidget = this.mChildren.get(i2);
            constraintWidget.setInBarrier(0, false);
            constraintWidget.setInBarrier(1, false);
            if (constraintWidget instanceof Barrier) {
                z2 = true;
            }
        }
        if (z2) {
            for (int i3 = 0; i3 < size; i3++) {
                ConstraintWidget constraintWidget2 = this.mChildren.get(i3);
                if (constraintWidget2 instanceof Barrier) {
                    ((Barrier) constraintWidget2).markWidgets();
                }
            }
        }
        for (int i4 = 0; i4 < size; i4++) {
            ConstraintWidget constraintWidget3 = this.mChildren.get(i4);
            if (constraintWidget3.addFirst()) {
                constraintWidget3.addToSolver(linearSystem, zOptimizeFor);
            }
        }
        if (LinearSystem.USE_DEPENDENCY_ORDERING) {
            HashSet<ConstraintWidget> hashSet = new HashSet<>();
            for (int i5 = 0; i5 < size; i5++) {
                ConstraintWidget constraintWidget4 = this.mChildren.get(i5);
                if (!constraintWidget4.addFirst()) {
                    hashSet.add(constraintWidget4);
                }
            }
            addChildrenToSolverByDependency(this, linearSystem, hashSet, getHorizontalDimensionBehaviour() == ConstraintWidget.DimensionBehaviour.WRAP_CONTENT ? 0 : 1, false);
            for (ConstraintWidget constraintWidget5 : hashSet) {
                Optimizer.checkMatchParent(this, linearSystem, constraintWidget5);
                constraintWidget5.addToSolver(linearSystem, zOptimizeFor);
            }
        } else {
            for (int i6 = 0; i6 < size; i6++) {
                ConstraintWidget constraintWidget6 = this.mChildren.get(i6);
                if (constraintWidget6 instanceof ConstraintWidgetContainer) {
                    ConstraintWidget.DimensionBehaviour[] dimensionBehaviourArr = constraintWidget6.mListDimensionBehaviors;
                    ConstraintWidget.DimensionBehaviour dimensionBehaviour = dimensionBehaviourArr[0];
                    ConstraintWidget.DimensionBehaviour dimensionBehaviour2 = dimensionBehaviourArr[1];
                    ConstraintWidget.DimensionBehaviour dimensionBehaviour3 = ConstraintWidget.DimensionBehaviour.WRAP_CONTENT;
                    if (dimensionBehaviour == dimensionBehaviour3) {
                        constraintWidget6.setHorizontalDimensionBehaviour(ConstraintWidget.DimensionBehaviour.FIXED);
                    }
                    if (dimensionBehaviour2 == dimensionBehaviour3) {
                        constraintWidget6.setVerticalDimensionBehaviour(ConstraintWidget.DimensionBehaviour.FIXED);
                    }
                    constraintWidget6.addToSolver(linearSystem, zOptimizeFor);
                    if (dimensionBehaviour == dimensionBehaviour3) {
                        constraintWidget6.setHorizontalDimensionBehaviour(dimensionBehaviour);
                    }
                    if (dimensionBehaviour2 == dimensionBehaviour3) {
                        constraintWidget6.setVerticalDimensionBehaviour(dimensionBehaviour2);
                    }
                } else {
                    Optimizer.checkMatchParent(this, linearSystem, constraintWidget6);
                    if (!constraintWidget6.addFirst()) {
                        constraintWidget6.addToSolver(linearSystem, zOptimizeFor);
                    }
                }
            }
        }
        if (this.mHorizontalChainsSize > 0) {
            Chain.applyChainConstraints(this, linearSystem, null, 0);
        }
        if (this.mVerticalChainsSize > 0) {
            Chain.applyChainConstraints(this, linearSystem, null, 1);
        }
        return true;
    }

    public void addHorizontalWrapMaxVariable(ConstraintAnchor constraintAnchor) {
        WeakReference<ConstraintAnchor> weakReference = this.horizontalWrapMax;
        if (weakReference == null || weakReference.get() == null || constraintAnchor.getFinalValue() > this.horizontalWrapMax.get().getFinalValue()) {
            this.horizontalWrapMax = new WeakReference<>(constraintAnchor);
        }
    }

    public void addHorizontalWrapMinVariable(ConstraintAnchor constraintAnchor) {
        WeakReference<ConstraintAnchor> weakReference = this.horizontalWrapMin;
        if (weakReference == null || weakReference.get() == null || constraintAnchor.getFinalValue() > this.horizontalWrapMin.get().getFinalValue()) {
            this.horizontalWrapMin = new WeakReference<>(constraintAnchor);
        }
    }

    void addVerticalWrapMaxVariable(ConstraintAnchor constraintAnchor) {
        WeakReference<ConstraintAnchor> weakReference = this.verticalWrapMax;
        if (weakReference == null || weakReference.get() == null || constraintAnchor.getFinalValue() > this.verticalWrapMax.get().getFinalValue()) {
            this.verticalWrapMax = new WeakReference<>(constraintAnchor);
        }
    }

    void addVerticalWrapMinVariable(ConstraintAnchor constraintAnchor) {
        WeakReference<ConstraintAnchor> weakReference = this.verticalWrapMin;
        if (weakReference == null || weakReference.get() == null || constraintAnchor.getFinalValue() > this.verticalWrapMin.get().getFinalValue()) {
            this.verticalWrapMin = new WeakReference<>(constraintAnchor);
        }
    }

    public void defineTerminalWidgets() {
        this.mDependencyGraph.defineTerminalWidgets(getHorizontalDimensionBehaviour(), getVerticalDimensionBehaviour());
    }

    public boolean directMeasure(boolean z2) {
        return this.mDependencyGraph.directMeasure(z2);
    }

    public boolean directMeasureSetup(boolean z2) {
        return this.mDependencyGraph.directMeasureSetup(z2);
    }

    public boolean directMeasureWithOrientation(boolean z2, int i2) {
        return this.mDependencyGraph.directMeasureWithOrientation(z2, i2);
    }

    public void fillMetrics(Metrics metrics) {
        this.mMetrics = metrics;
        this.mSystem.fillMetrics(metrics);
    }

    public ArrayList<Guideline> getHorizontalGuidelines() {
        ArrayList<Guideline> arrayList = new ArrayList<>();
        int size = this.mChildren.size();
        for (int i2 = 0; i2 < size; i2++) {
            ConstraintWidget constraintWidget = this.mChildren.get(i2);
            if (constraintWidget instanceof Guideline) {
                Guideline guideline = (Guideline) constraintWidget;
                if (guideline.getOrientation() == 0) {
                    arrayList.add(guideline);
                }
            }
        }
        return arrayList;
    }

    public BasicMeasure.Measurer getMeasurer() {
        return this.mMeasurer;
    }

    public int getOptimizationLevel() {
        return this.mOptimizationLevel;
    }

    public LinearSystem getSystem() {
        return this.mSystem;
    }

    @Override // androidx.constraintlayout.solver.widgets.ConstraintWidget
    public String getType() {
        return "ConstraintLayout";
    }

    public ArrayList<Guideline> getVerticalGuidelines() {
        ArrayList<Guideline> arrayList = new ArrayList<>();
        int size = this.mChildren.size();
        for (int i2 = 0; i2 < size; i2++) {
            ConstraintWidget constraintWidget = this.mChildren.get(i2);
            if (constraintWidget instanceof Guideline) {
                Guideline guideline = (Guideline) constraintWidget;
                if (guideline.getOrientation() == 1) {
                    arrayList.add(guideline);
                }
            }
        }
        return arrayList;
    }

    public boolean handlesInternalConstraints() {
        return false;
    }

    public void invalidateGraph() {
        this.mDependencyGraph.invalidateGraph();
    }

    public void invalidateMeasures() {
        this.mDependencyGraph.invalidateMeasures();
    }

    public boolean isHeightMeasuredTooSmall() {
        return this.mHeightMeasuredTooSmall;
    }

    public boolean isRtl() {
        return this.mIsRtl;
    }

    public boolean isWidthMeasuredTooSmall() {
        return this.mWidthMeasuredTooSmall;
    }

    /* JADX WARN: Multi-variable type inference failed */
    /* JADX WARN: Removed duplicated region for block: B:152:0x02ff A[PHI: r0 r2
      0x02ff: PHI (r0v20 ??) = (r0v19 ??), (r0v22 ??), (r0v22 ??), (r0v22 ??) binds: [B:139:0x02c3, B:147:0x02e7, B:148:0x02e9, B:150:0x02ef] A[DONT_GENERATE, DONT_INLINE]
      0x02ff: PHI (r2v14 boolean) = (r2v13 boolean), (r2v16 boolean), (r2v16 boolean), (r2v16 boolean) binds: [B:139:0x02c3, B:147:0x02e7, B:148:0x02e9, B:150:0x02ef] A[DONT_GENERATE, DONT_INLINE]] */
    /* JADX WARN: Type inference failed for: r0v19 */
    /* JADX WARN: Type inference failed for: r0v20 */
    /* JADX WARN: Type inference failed for: r0v22 */
    /* JADX WARN: Type inference failed for: r0v25 */
    /* JADX WARN: Type inference failed for: r0v27 */
    /* JADX WARN: Type inference failed for: r0v77 */
    /* JADX WARN: Type inference failed for: r0v78 */
    /* JADX WARN: Type inference failed for: r0v79 */
    /* JADX WARN: Type inference failed for: r0v80 */
    /* JADX WARN: Type inference failed for: r0v81 */
    /* JADX WARN: Type inference failed for: r14v0 */
    /* JADX WARN: Type inference failed for: r14v1 */
    /* JADX WARN: Type inference failed for: r14v11, types: [boolean] */
    /* JADX WARN: Type inference failed for: r14v16 */
    /* JADX WARN: Type inference failed for: r14v2 */
    /* JADX WARN: Type inference failed for: r14v3 */
    /* JADX WARN: Type inference failed for: r14v4 */
    /* JADX WARN: Type inference failed for: r14v6 */
    /* JADX WARN: Type inference failed for: r6v10 */
    /* JADX WARN: Type inference failed for: r6v7 */
    /* JADX WARN: Type inference failed for: r6v8, types: [boolean] */
    @Override // androidx.constraintlayout.solver.widgets.WidgetContainer
    /*
        Code decompiled incorrectly, please refer to instructions dump.
        To view partially-correct add '--show-bad-code' argument
    */
    public void layout() {
        /*
            Method dump skipped, instruction units count: 797
            To view this dump add '--comments-level debug' option
        */
        throw new UnsupportedOperationException("Method not decompiled: androidx.constraintlayout.solver.widgets.ConstraintWidgetContainer.layout():void");
    }

    public long measure(int i2, int i3, int i4, int i5, int i6, int i7, int i8, int i9, int i10) {
        this.mPaddingLeft = i9;
        this.mPaddingTop = i10;
        return this.mBasicMeasureSolver.solverMeasure(this, i2, i9, i10, i3, i4, i5, i6, i7, i8);
    }

    public boolean optimizeFor(int i2) {
        return (this.mOptimizationLevel & i2) == i2;
    }

    @Override // androidx.constraintlayout.solver.widgets.WidgetContainer, androidx.constraintlayout.solver.widgets.ConstraintWidget
    public void reset() {
        this.mSystem.reset();
        this.mPaddingLeft = 0;
        this.mPaddingRight = 0;
        this.mPaddingTop = 0;
        this.mPaddingBottom = 0;
        this.mSkipSolver = false;
        super.reset();
    }

    public void setMeasurer(BasicMeasure.Measurer measurer) {
        this.mMeasurer = measurer;
        this.mDependencyGraph.setMeasurer(measurer);
    }

    public void setOptimizationLevel(int i2) {
        this.mOptimizationLevel = i2;
        LinearSystem.USE_DEPENDENCY_ORDERING = optimizeFor(512);
    }

    public void setPadding(int i2, int i3, int i4, int i5) {
        this.mPaddingLeft = i2;
        this.mPaddingTop = i3;
        this.mPaddingRight = i4;
        this.mPaddingBottom = i5;
    }

    public void setRtl(boolean z2) {
        this.mIsRtl = z2;
    }

    public void updateChildrenFromSolver(LinearSystem linearSystem, boolean[] zArr) {
        zArr[2] = false;
        boolean zOptimizeFor = optimizeFor(64);
        updateFromSolver(linearSystem, zOptimizeFor);
        int size = this.mChildren.size();
        for (int i2 = 0; i2 < size; i2++) {
            this.mChildren.get(i2).updateFromSolver(linearSystem, zOptimizeFor);
        }
    }

    @Override // androidx.constraintlayout.solver.widgets.ConstraintWidget
    public void updateFromRuns(boolean z2, boolean z3) {
        super.updateFromRuns(z2, z3);
        int size = this.mChildren.size();
        for (int i2 = 0; i2 < size; i2++) {
            this.mChildren.get(i2).updateFromRuns(z2, z3);
        }
    }

    public void updateHierarchy() {
        this.mBasicMeasureSolver.updateHierarchy(this);
    }

    public static boolean measure(ConstraintWidget constraintWidget, BasicMeasure.Measurer measurer, BasicMeasure.Measure measure, int i2) {
        int i3;
        int i4;
        if (measurer == null) {
            return false;
        }
        measure.horizontalBehavior = constraintWidget.getHorizontalDimensionBehaviour();
        measure.verticalBehavior = constraintWidget.getVerticalDimensionBehaviour();
        measure.horizontalDimension = constraintWidget.getWidth();
        measure.verticalDimension = constraintWidget.getHeight();
        measure.measuredNeedsSolverPass = false;
        measure.measureStrategy = i2;
        ConstraintWidget.DimensionBehaviour dimensionBehaviour = measure.horizontalBehavior;
        ConstraintWidget.DimensionBehaviour dimensionBehaviour2 = ConstraintWidget.DimensionBehaviour.MATCH_CONSTRAINT;
        boolean z2 = dimensionBehaviour == dimensionBehaviour2;
        boolean z3 = measure.verticalBehavior == dimensionBehaviour2;
        boolean z4 = z2 && constraintWidget.mDimensionRatio > 0.0f;
        boolean z5 = z3 && constraintWidget.mDimensionRatio > 0.0f;
        if (z2 && constraintWidget.hasDanglingDimension(0) && constraintWidget.mMatchConstraintDefaultWidth == 0 && !z4) {
            measure.horizontalBehavior = ConstraintWidget.DimensionBehaviour.WRAP_CONTENT;
            if (z3 && constraintWidget.mMatchConstraintDefaultHeight == 0) {
                measure.horizontalBehavior = ConstraintWidget.DimensionBehaviour.FIXED;
            }
            z2 = false;
        }
        if (z3 && constraintWidget.hasDanglingDimension(1) && constraintWidget.mMatchConstraintDefaultHeight == 0 && !z5) {
            measure.verticalBehavior = ConstraintWidget.DimensionBehaviour.WRAP_CONTENT;
            if (z2 && constraintWidget.mMatchConstraintDefaultWidth == 0) {
                measure.verticalBehavior = ConstraintWidget.DimensionBehaviour.FIXED;
            }
            z3 = false;
        }
        if (constraintWidget.isResolvedHorizontally()) {
            measure.horizontalBehavior = ConstraintWidget.DimensionBehaviour.FIXED;
            z2 = false;
        }
        if (constraintWidget.isResolvedVertically()) {
            measure.verticalBehavior = ConstraintWidget.DimensionBehaviour.FIXED;
            z3 = false;
        }
        if (z4) {
            if (constraintWidget.mResolvedMatchConstraintDefault[0] == 4) {
                measure.horizontalBehavior = ConstraintWidget.DimensionBehaviour.FIXED;
            } else if (!z3) {
                ConstraintWidget.DimensionBehaviour dimensionBehaviour3 = measure.verticalBehavior;
                ConstraintWidget.DimensionBehaviour dimensionBehaviour4 = ConstraintWidget.DimensionBehaviour.FIXED;
                if (dimensionBehaviour3 == dimensionBehaviour4) {
                    i4 = measure.verticalDimension;
                } else {
                    measure.horizontalBehavior = ConstraintWidget.DimensionBehaviour.WRAP_CONTENT;
                    measurer.measure(constraintWidget, measure);
                    i4 = measure.measuredHeight;
                }
                measure.horizontalBehavior = dimensionBehaviour4;
                int i5 = constraintWidget.mDimensionRatioSide;
                if (i5 != 0 && i5 != -1) {
                    measure.horizontalDimension = (int) (constraintWidget.getDimensionRatio() / i4);
                } else {
                    measure.horizontalDimension = (int) (constraintWidget.getDimensionRatio() * i4);
                }
            }
        }
        if (z5) {
            if (constraintWidget.mResolvedMatchConstraintDefault[1] == 4) {
                measure.verticalBehavior = ConstraintWidget.DimensionBehaviour.FIXED;
            } else if (!z2) {
                ConstraintWidget.DimensionBehaviour dimensionBehaviour5 = measure.horizontalBehavior;
                ConstraintWidget.DimensionBehaviour dimensionBehaviour6 = ConstraintWidget.DimensionBehaviour.FIXED;
                if (dimensionBehaviour5 == dimensionBehaviour6) {
                    i3 = measure.horizontalDimension;
                } else {
                    measure.verticalBehavior = ConstraintWidget.DimensionBehaviour.WRAP_CONTENT;
                    measurer.measure(constraintWidget, measure);
                    i3 = measure.measuredWidth;
                }
                measure.verticalBehavior = dimensionBehaviour6;
                int i6 = constraintWidget.mDimensionRatioSide;
                if (i6 != 0 && i6 != -1) {
                    measure.verticalDimension = (int) (i3 * constraintWidget.getDimensionRatio());
                } else {
                    measure.verticalDimension = (int) (i3 / constraintWidget.getDimensionRatio());
                }
            }
        }
        measurer.measure(constraintWidget, measure);
        constraintWidget.setWidth(measure.measuredWidth);
        constraintWidget.setHeight(measure.measuredHeight);
        constraintWidget.setHasBaseline(measure.measuredHasBaseline);
        constraintWidget.setBaselineDistance(measure.measuredBaseline);
        measure.measureStrategy = BasicMeasure.Measure.SELF_DIMENSIONS;
        return measure.measuredNeedsSolverPass;
    }

    public ConstraintWidgetContainer(int i2, int i3, int i4, int i5) {
        super(i2, i3, i4, i5);
        this.mBasicMeasureSolver = new BasicMeasure(this);
        this.mDependencyGraph = new DependencyGraph(this);
        this.mMeasurer = null;
        this.mIsRtl = false;
        this.mSystem = new LinearSystem();
        this.mHorizontalChainsSize = 0;
        this.mVerticalChainsSize = 0;
        this.mVerticalChainsArray = new ChainHead[4];
        this.mHorizontalChainsArray = new ChainHead[4];
        this.mGroupsWrapOptimized = false;
        this.mHorizontalWrapOptimized = false;
        this.mVerticalWrapOptimized = false;
        this.mWrapFixedWidth = 0;
        this.mWrapFixedHeight = 0;
        this.mOptimizationLevel = 257;
        this.mSkipSolver = false;
        this.mWidthMeasuredTooSmall = false;
        this.mHeightMeasuredTooSmall = false;
        this.mDebugSolverPassCount = 0;
        this.verticalWrapMin = null;
        this.horizontalWrapMin = null;
        this.verticalWrapMax = null;
        this.horizontalWrapMax = null;
        this.mMeasure = new BasicMeasure.Measure();
    }

    public ConstraintWidgetContainer(int i2, int i3) {
        super(i2, i3);
        this.mBasicMeasureSolver = new BasicMeasure(this);
        this.mDependencyGraph = new DependencyGraph(this);
        this.mMeasurer = null;
        this.mIsRtl = false;
        this.mSystem = new LinearSystem();
        this.mHorizontalChainsSize = 0;
        this.mVerticalChainsSize = 0;
        this.mVerticalChainsArray = new ChainHead[4];
        this.mHorizontalChainsArray = new ChainHead[4];
        this.mGroupsWrapOptimized = false;
        this.mHorizontalWrapOptimized = false;
        this.mVerticalWrapOptimized = false;
        this.mWrapFixedWidth = 0;
        this.mWrapFixedHeight = 0;
        this.mOptimizationLevel = 257;
        this.mSkipSolver = false;
        this.mWidthMeasuredTooSmall = false;
        this.mHeightMeasuredTooSmall = false;
        this.mDebugSolverPassCount = 0;
        this.verticalWrapMin = null;
        this.horizontalWrapMin = null;
        this.verticalWrapMax = null;
        this.horizontalWrapMax = null;
        this.mMeasure = new BasicMeasure.Measure();
    }

    public ConstraintWidgetContainer(String str, int i2, int i3) {
        super(i2, i3);
        this.mBasicMeasureSolver = new BasicMeasure(this);
        this.mDependencyGraph = new DependencyGraph(this);
        this.mMeasurer = null;
        this.mIsRtl = false;
        this.mSystem = new LinearSystem();
        this.mHorizontalChainsSize = 0;
        this.mVerticalChainsSize = 0;
        this.mVerticalChainsArray = new ChainHead[4];
        this.mHorizontalChainsArray = new ChainHead[4];
        this.mGroupsWrapOptimized = false;
        this.mHorizontalWrapOptimized = false;
        this.mVerticalWrapOptimized = false;
        this.mWrapFixedWidth = 0;
        this.mWrapFixedHeight = 0;
        this.mOptimizationLevel = 257;
        this.mSkipSolver = false;
        this.mWidthMeasuredTooSmall = false;
        this.mHeightMeasuredTooSmall = false;
        this.mDebugSolverPassCount = 0;
        this.verticalWrapMin = null;
        this.horizontalWrapMin = null;
        this.verticalWrapMax = null;
        this.horizontalWrapMax = null;
        this.mMeasure = new BasicMeasure.Measure();
        setDebugName(str);
    }
}