Examples of net.algart.math.IRectangularArea.min()

net.algart.math.IRectangularArea.min()
Returns the minimal vertex of this rectangular area: the point with minimal coordinates, belonging to this area. See the {@link IRectangularArea comments to this class} for more details. @return the minimal vertex of this rectangular area.

                    assert tilePos[k] < dim[k];
                    tileDim[k] = Math.min(processingTileDim[k], dim[k] - tilePos[k]); // exclusive
                    assert tileDim[k] > 0; // because processingTileDim[k] > 0: checked in the constructor
                    tileMax[k] = tilePos[k] + tileDim[k] - 1;
                    extTileDim[k] = DependenceApertureBuilder.safelyAdd(tileDim[k], maxAperture.width(k));
                    extTilePos[k] = tilePos[k] + maxAperture.min(k);
                    extTileMax[k] = tileMax[k] + maxAperture.max(k);
                    tileSize *= tileDim[k];
                }
                final ArrayContext ac =
                    nt == 1 ?

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            long[] min = new long[dimCount]; // zero-filled by Java
            long[] max = new long[dimCount]; // zero-filled by Java
            for (K key : srcKeys) {
                IRectangularArea a = oneTileProcessor.dependenceAperture(key);
                for (int k = 0; k < dimCount; k++) {
                    min[k] = Math.min(min[k], a.min(k));
                    max[k] = Math.max(max[k], a.max(k));
                }
            }
            return IRectangularArea.valueOf(IPoint.valueOf(min), IPoint.valueOf(max));
        }

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                K key = e.getKey();
                Matrix<UpdatableArray> tileMatrix = Matrices.matrix(srcTileMem.get(key).subArr(0, len), extTileDim);
                IRectangularArea a = oneTileProcessor.dependenceAperture(key);
                assert a != null : "Null dependenceAperture(" + key + ")";
                for (int k = 0; k < dimCount; k++) {
                    inTilePos[k] = a.min(k) - maxAperture.min(k);
                    preciseTilePos[k] = tilePos[k] + a.min(k);
                    preciseTileDim[k] = DependenceApertureBuilder.safelyAdd(tileDim[k], a.width(k));
                }
                Matrices.copy(ac.part(i, ++i, n),
                    tileMatrix.subMatr(inTilePos, preciseTileDim),

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                Matrix<UpdatableArray> tileMatrix = Matrices.matrix(srcTileMem.get(key).subArr(0, len), extTileDim);
                IRectangularArea a = oneTileProcessor.dependenceAperture(key);
                assert a != null : "Null dependenceAperture(" + key + ")";
                for (int k = 0; k < dimCount; k++) {
                    inTilePos[k] = a.min(k) - maxAperture.min(k);
                    preciseTilePos[k] = tilePos[k] + a.min(k);
                    preciseTileDim[k] = DependenceApertureBuilder.safelyAdd(tileDim[k], a.width(k));
                }
                Matrices.copy(ac.part(i, ++i, n),
                    tileMatrix.subMatr(inTilePos, preciseTileDim),
                    e.getValue().subMatr(preciseTilePos, preciseTileDim, continuationMode));

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