blob_id stringlengths 40 40 | directory_id stringlengths 40 40 | path stringlengths 2 247 | content_id stringlengths 40 40 | detected_licenses listlengths 0 57 | license_type stringclasses 2 values | repo_name stringlengths 4 111 | snapshot_id stringlengths 40 40 | revision_id stringlengths 40 40 | branch_name stringlengths 4 58 | visit_date timestamp[ns]date 2015-07-25 18:16:41 2023-09-06 10:45:08 | revision_date timestamp[ns]date 1970-01-14 14:03:36 2023-09-06 06:22:19 | committer_date timestamp[ns]date 1970-01-14 14:03:36 2023-09-06 06:22:19 | github_id int64 3.89k 689M ⌀ | star_events_count int64 0 209k | fork_events_count int64 0 110k | gha_license_id stringclasses 25 values | gha_event_created_at timestamp[ns]date 2012-06-07 00:51:45 2023-09-14 21:58:52 ⌀ | gha_created_at timestamp[ns]date 2008-03-27 23:40:48 2023-08-24 19:49:39 ⌀ | gha_language stringclasses 159 values | src_encoding stringclasses 34 values | language stringclasses 1 value | is_vendor bool 1 class | is_generated bool 2 classes | length_bytes int64 7 10.5M | extension stringclasses 111 values | filename stringlengths 1 195 | text stringlengths 7 10.5M |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
103451f3a0da2e701d065e8d6c18f2d77b93b4a3 | 73e8c4f6937949fc57b93f1e91446b4f00df7695 | /AFN/src/AFN04.h | e23217b7b37ad2b50a6e163ac2eabd8d0cc6206f | [] | no_license | thwlxmyljz/AFN-power | 0ed5a7707243a0d70e6c2600834632a0f8883ab9 | 49d54c17bcf2bbfed9711233545977a2d38ec0be | refs/heads/master | 2021-06-02T10:55:07.322718 | 2016-10-05T17:22:42 | 2016-10-05T17:22:42 | null | 0 | 0 | null | null | null | null | GB18030 | C++ | false | false | 538 | h | AFN04.h | #pragma once
#include "proto.h"
#include <list>
class AFNPackage;
//回复
class AFN04Ack_Data : public Pkg_Afn_Data
{
public:
AFN04Ack_Data(void);
~AFN04Ack_Data(void);
};
class AFN04 : public Pkg_Afn {
public:
AFN04(void);
~AFN04(void);
static int HandleRequest(std::list<AFNPackage*>& reqLst,std::list<AFNPackage*>& ackLst);
public:
int Create(WORD pn,WORD Fn);
//5.5.1.3.24 F25：测量点基本参数
int CreatePointBaseSetting(WORD pn,BOOL hasPW);
//5.5.1.3.66 F150：测量点状态
int CreatePointStatus();
}; |
2b7d9303bce7dd2acb3bfdabf09ec4f33b0903b0 | 6760b47fe3764baa0485eeff6a68dcbe5a090dd7 | /journals/journal1C.cpp | 05caff54be00b4aa20e6f4ec4532dd9e9a12b763 | [] | no_license | ifelsejet/CSIS-113A-HW | cb4a27dbbc563f04ab89f6c143418c078ea4210d | b77f089f927fe1df549fe9e178259ba352c2a3d2 | refs/heads/master | 2020-03-28T11:15:16.322274 | 2019-07-19T15:21:19 | 2019-07-19T15:21:19 | 148,193,209 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 598 | cpp | journal1C.cpp | #include <iostream>
using namespace std;
int main()
{
int x, y;
cout << "Please enter two numbers " << endl;
cin >> x >> y;
int sum = x + y;
int difference = x - y;
int product = x * y;
int quotient = x / y;
int remainder = x % y;
cout << "The sum of your values is " << sum << endl;
cout << "The difference of your values is " << difference << endl;
cout << "The product of your values is " << product << endl;
cout << "The quotient of your values is " << quotient << endl;
cout << "The remainder of your values is " << remainder << endl;
return 0;
}
|
fee1f77b7ef597d0a2b798476163bad597f327ba | 0d63b26e4d8ded698674a99c875b365a5147b6f4 | /string_convert.cpp | 06b826324c2d4c444fadec195ab4359a503f73c7 | [] | no_license | shbm/competetive_coding | 46d14b9a781e7c1950b88c319ba6cd88f1892cc8 | f33cd331f3db2d084ffb697d6208bbab96c5151c | refs/heads/master | 2020-03-17T03:20:58.788023 | 2018-09-03T12:11:54 | 2018-09-03T12:11:54 | 133,231,274 | 1 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 1,306 | cpp | string_convert.cpp | #include <stdio.h>
#include <queue>
#include <sstream>
#include <iostream>
#include <iterator>
#include <map>
#include <vector>
#include <string>
#include <set>
#include <climits>
#include <algorithm>
#include <unordered_map>
#include <stack>
#include <time.h>
#include <bitset>
#include <climits>
using namespace std;
template <typename T>
ostream& operator<<(ostream& os, const vector<T>& v)
{
os << "[";
for (int i = 0; i < v.size(); ++i) {
os << v[i];
if (i != v.size() - 1)
os << ", ";
}
os << "]\n";
return os;
}
string convert(string A, int B) {
int n = A.length();
if(B == 1) return A;
vector<int> pos(n);
int dir = -1;
int p = 0;
vector<string> s(B, "");
for(int i = 0; i < n; i++) {
pos[i] = p;
s[p] = s[p] + A[i];
if(dir == -1) {
p++;
}
if(dir == 1) {
p--;
}
if(p == 0) {
dir = -1*dir;
}
if(p == B-1) {
dir = -1*dir;
}
}
string ans = "";
for(string c: s) {
ans += c;
}
return ans;
}
int main() {
clock_t tStart = clock();
convert("PAYPALISHIRING", 1);
printf("\nTime taken: %.5fs\n", (double)(clock() - tStart)/CLOCKS_PER_SEC);
return 0;
}
|
d27f5ae52f62a2666ad0a6b2f9f930c848c4d74d | 9af8f910685bea486f1de1e6718b68347ea9ba00 | /src/Common/point.cpp | b36daa15e2fbacf66f2e7a4cb17c6710d3a25d61 | [
"MIT"
] | permissive | benri/Lexi | 8b02d523fcdf87b0323453e96ff8199216e0748c | fd90a34439f4222478b3558053f6937f2b48144b | refs/heads/master | 2021-01-23T11:56:29.577913 | 2015-03-15T02:28:08 | 2015-03-15T02:28:38 | 32,236,733 | 4 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,696 | cpp | point.cpp | #include "point.h"
Point::Point(const double x, const double y)
{
_x = x;
_y = y;
}
double Point::X() const
{
return _x;
}
double Point::Y() const
{
return _y;
}
void Point::X(const double x)
{
_x = x;
}
void Point::Y(const double y)
{
_y = y;
}
Point operator+(const Point& lhs, const Point& rhs)
{
return Point(lhs.X() + rhs.X(), lhs.Y() + rhs.Y());
}
Point operator-(const Point& lhs, const Point& rhs)
{
return Point(lhs.X() - rhs.X(), lhs.Y() - rhs.Y());
}
Point operator*(const Point& lhs, const Point& rhs)
{
return Point(lhs.X() * rhs.X(), lhs.Y() * rhs.Y());
}
Point operator/(const Point& lhs, const Point& rhs)
{
return Point(lhs.X() / rhs.X(), lhs.Y() / rhs.Y());
}
Point& Point::operator+=(const Point& rhs)
{
X(X() + rhs.X());
Y(Y() + rhs.Y());
return *this;
}
Point& Point::operator-=(const Point& rhs)
{
X(X() - rhs.X());
Y(Y() - rhs.Y());
return *this;
}
Point& Point::operator*=(const Point& rhs)
{
X(X() * rhs.X());
Y(Y() * rhs.Y());
return *this;
}
Point& Point::operator/=(const Point& rhs)
{
X(X() / rhs.X());
Y(Y() / rhs.Y());
return *this;
}
Point Point::operator-() const
{
return Point(-X(), -Y());
}
bool operator==(const Point& lhs, const Point& rhs)
{
return lhs.X() == rhs.X() && lhs.Y() == rhs.Y();
}
bool operator!=(const Point& lhs, const Point& rhs)
{
return !(lhs == rhs);
}
std::ostream& operator<<(std::ostream& os, const Point& pt)
{
os << "{ X: " << pt.X() << ", Y: " << pt.Y() << " }";
return os;
}
std::istream& operator>>(std::istream& is, Point& pt)
{
double x, y;
is >> x >> y;
pt.X(x);
pt.Y(y);
return is;
}
|
8217ec1bd9df01795e8529d83e5743c3212a699e | 2ae0b8d95d439ccfd55ea7933ad4a2994ad0f6c5 | /src/plugins/intel_gpu/src/kernel_selector/kernels/non_zero/gather_nonzero_kernel_selector.cpp | 30168b303ed1868842b7258f98fcde1819f75efc | [
"LicenseRef-scancode-unknown-license-reference",
"Apache-2.0"
] | permissive | openvinotoolkit/openvino | 38ea745a247887a4e14580dbc9fc68005e2149f9 | e4bed7a31c9f00d8afbfcabee3f64f55496ae56a | refs/heads/master | 2023-08-18T03:47:44.572979 | 2023-08-17T21:24:59 | 2023-08-17T21:24:59 | 153,097,643 | 3,953 | 1,492 | Apache-2.0 | 2023-09-14T21:42:24 | 2018-10-15T10:54:40 | C++ | UTF-8 | C++ | false | false | 534 | cpp | gather_nonzero_kernel_selector.cpp | // Copyright (C) 2022 Intel Corporation
// SPDX-License-Identifier: Apache-2.0
//
#include "gather_nonzero_kernel_selector.h"
#include "gather_nonzero_kernel_ref.h"
namespace kernel_selector {
gather_nonzero_kernel_selector::gather_nonzero_kernel_selector() { Attach<GatherNonzeroKernelRef>(); }
KernelsData gather_nonzero_kernel_selector::GetBestKernels(const Params& params, const optional_params& options) const {
return GetNaiveBestKernel(params, options, KernelType::GATHER_NONZERO);
}
} // namespace kernel_selector
|
cff383efb220358ccfd69a2d0b2757d1f6e4c3d4 | 684ecf354117b52453b72111cef0e923f7278132 | /LSS/SquareDetector.cc | 1c8db6741a987ffdfe81a26ae82faeaa0d4867df | [] | no_license | Tihaw/LSS | 082c80b9cb405682351e6edddf1769ec0085defe | 05294b764b214185c673476113c54417e1b8dddb | refs/heads/master | 2021-01-21T06:52:06.530661 | 2017-02-23T03:24:26 | 2017-02-23T03:24:26 | 82,872,993 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 8,141 | cc | SquareDetector.cc | #include "SquareDetector.hh"
//#include "helper_debug.hh"
namespace lss
{
SquareDetector::SquareDetector(int _scanWindowSize /*= 5*/,
int _maxLineNum /*= 1000*/)
: LineSegmentSkeletonDescriptor(_scanWindowSize, _maxLineNum)
{
}
/* class parallelLines */
class parallelLine{
public:
parallelLine(LineSegment *l1, LineSegment *l2);
bool goodLines4Square() const;
inline void setPickOut() const
{
line1->SetPickOut();
line2->SetPickOut();
};
inline bool allPicked() const{
if (line1->IsPicked() && line2->IsPicked())
{
return true;
}
return false;
}
inline double GetX() const{ return centerX; }
inline double GetY() const{ return centerY; }
inline double GetLength() const{ return length; }
inline double GetDistance() const{ return distance; }
inline LineSegment * GetLine1() const{ return line1; }
inline LineSegment * GetLine2() const{ return line2; }
private:
LineSegment *line1;
LineSegment *line2;
double centerX;
double centerY;
double length;
double distance;
};
parallelLine::parallelLine(LineSegment *l1, LineSegment *l2)
{
line1 = l1;
line2 = l2;
centerX = (line1->GetCenterX() + line2->GetCenterX()) / 2;
centerY = (line1->GetCenterY() + line2->GetCenterY()) / 2;
length = (line1->GetLength() + line2->GetLength()) / 2;
distance = line1->CenterDistance(*line2);
}
bool parallelLine::goodLines4Square() const
{
//1. check len1 == len2?
if (!equalLength(line1->GetLength(), line2->GetLength()))
{
return false;
}
//2. check bisector perpendicular to lines?
LineSegment bisector(line1->GetCenterX(), line1->GetCenterY(), line2->GetCenterX(), line2->GetCenterY());
if (!equalAngle(fabs(bisector.GetTheta() - line1->GetTheta()), RightAngle))
{
return false;
}
return true;
}
/* class SquareDetectorImpl
a final/seal class
*/
class SquareDetectorImpl : public SquareDetector
{
public:
SquareDetectorImpl(int _scanWindowSize = 5, int _maxLineNum = 1000);
~SquareDetectorImpl();
size_t getDescriptorSize() const;
bool checkDetectorSize() const;
/* this method find the bounding box of the location of target.
*/
void detect(const Mat& img, CV_OUT vector<Rect>& boundingBox);
/* this method find the exact square shape location. which contains three vertex.
*/
void detect(const Mat& img, CV_OUT vector<Square>& squares);
protected:
private:
SquareDetectorImpl& operator= (const SquareDetectorImpl&); // hide
SquareDetectorImpl(const SquareDetectorImpl& d); // hide
/*compute a square shape structure
*/
void computeSquare(const LineSegment *l1a, const LineSegment *l1b, const LineSegment *l2a, const LineSegment *l2b, CV_OUT Square &square) const;
void findParallelLines(vector<LineSegment *> &curLineBox, vector<parallelLine> ¶llelLines) const;
bool makeSquare(const parallelLine &pl1, const parallelLine &pl2, CV_OUT Square &square) const;
};
SquareDetectorImpl::SquareDetectorImpl(int _scanWindowSize /*= 5*/,
int _maxLineNum /*= 1000*/)
: SquareDetector(_scanWindowSize, _maxLineNum)
{
}
CV_EXPORTS_W cv::Ptr<SquareDetector> lss::createSquareDetector(int _scanWindowSize /*= 5*/, int _maxLineNum /*= 1000*/)
{
return cv::makePtr<SquareDetectorImpl>(_scanWindowSize, _maxLineNum);
}
/* this method find the bounding box of the location of target.
*/
void SquareDetectorImpl::detect(const Mat& img, CV_OUT vector<Rect>& boundingBox)
{
//call detect, find squares first
vector<Square> squares;
squares.reserve(TargetNumReserve);
detect(img, squares);
boundingBox.reserve(TargetNumReserve);
double x_min, y_min, x_max, y_max, length;
//get the bounding box of each L shape
for (std::vector<Square>::const_iterator it = squares.begin();
it != squares.end(); ++it)
{
x_min = std::min(it->vertex[0].x, it->vertex[1].x);
x_min = std::min(x_min, it->vertex[2].x);
x_min = std::min(x_min, it->vertex[3].x);
y_min = std::min(it->vertex[0].y, it->vertex[1].y);
y_min = std::min(y_min, it->vertex[2].y);
y_min = std::min(y_min, it->vertex[3].y);
x_max = std::max(it->vertex[0].x, it->vertex[1].x);
x_max = std::max(x_max, it->vertex[2].x);
x_max = std::max(x_max, it->vertex[3].x);
y_max = std::max(it->vertex[0].y, it->vertex[1].y);
y_max = std::max(y_max, it->vertex[2].y);
x_max = std::max(x_max, it->vertex[3].x);
length = std::max(x_max - x_min, y_max - y_min);
boundingBox.push_back(cv::Rect_<double>(x_min, y_min, length, length));
}
}
void SquareDetectorImpl::findParallelLines(vector<LineSegment *> &curLineBox, vector<parallelLine> ¶llelLines) const
{
for (vector<LineSegment *>::const_iterator it = curLineBox.begin();
it != curLineBox.end(); ++it)
{
for (vector<LineSegment *>::const_iterator itt = it + 1;
itt != curLineBox.end(); ++itt)
{
if ((*itt)->IsPicked() && (*it)->IsPicked())
{
continue;
}
parallelLine pl((*it), (*itt));
if (pl.goodLines4Square())
{
parallelLines.push_back(pl);
}
}// for itt
}// for it
}
/* this method find the exact square shape location. which contains three vertex.
*/
void SquareDetectorImpl::detect(const Mat& img, CV_OUT vector<Square>& squares)
{
//a must-to-do job, prepare lines & indexBox
prepareWork(img);
if (lines.empty())
return;
//searching:
int degree = 0;
int degreeL;
Square square;
vector<parallelLine> paralelLines;
vector<parallelLine> paralelLinesL;
while (degree < ScanboxSize)
{
degreeL = degree + RightAngle;
if (degreeL > ScanboxSize - 1)//for cyclic searching along degree dimension
degreeL -= ScanboxSize;
paralelLines.clear();
paralelLinesL.clear();
paralelLinesL.reserve(10);
paralelLinesL.reserve(10);
findParallelLines(indexBox[degree], paralelLines);
findParallelLines(indexBox[degreeL], paralelLinesL);
if (!paralelLines.empty() && !paralelLinesL.empty())
{
for (vector<parallelLine>::const_iterator it = paralelLines.begin();
it != paralelLines.end(); ++it)
{
for (vector<parallelLine>::const_iterator itL = paralelLinesL.begin();
itL != paralelLinesL.end(); ++itL)
{
square.clear();
if (makeSquare((*it),(*itL),square))
{
squares.push_back(square);
}
}
}
degree++;
}// if not null
} // while (degree < LSS_SCANBOXSIZE)
}
bool SquareDetectorImpl::makeSquare(const parallelLine &pl1, const parallelLine &pl2, CV_OUT Square &square) const
{
//1. check if distance2 == length1 and distance1 == length2
if ( !equalLength(pl1.GetLength(), pl2.GetDistance())
|| !equalLength(pl1.GetDistance(), pl2.GetLength()) )
{
return false;
}
//2. check if pl1 and pl2 have the same center
if (!identicalPoint(pl1.GetX(), pl1.GetY(),
pl2.GetX(), pl2.GetY(),
pl1.GetLength()+pl2.GetLength()))
{
return false;
}
// now we find a good rectangle
computeSquare(pl1.GetLine1(), pl1.GetLine2(),
pl2.GetLine1(), pl2.GetLine2(), square);
//set picked out state
pl1.setPickOut();
pl1.setPickOut();
return true;
}
/*compute a square shape structure
*/
void SquareDetectorImpl::computeSquare(const LineSegment *l1a, const LineSegment *l1b, const LineSegment *l2a, const LineSegment *l2b, CV_OUT Square &square) const
{
/************************************************************************/
/* 0-------------------3*/
/* | l1a |*/
/* | |*/
/* | |*/
/* | |*/
/* |l2a l2b|*/
/* | |*/
/* | |*/
/* | l1b |*/
/* 1-------------------2*/
/************************************************************************/
/*set vertex[0]
*/
intersectPoint(*l1a, *l2a, square.vertex[0].x, square.vertex[0].y);
intersectPoint(*l2a, *l1b, square.vertex[1].x, square.vertex[1].y);
intersectPoint(*l1b, *l2b, square.vertex[2].x, square.vertex[2].y);
intersectPoint(*l2b, *l1a, square.vertex[3].x, square.vertex[3].y);
}
size_t SquareDetectorImpl::getDescriptorSize() const
{
//this impl has no descriptor size
return 0;
}
bool SquareDetectorImpl::checkDetectorSize() const
{
//this impl has no descriptor size
return true;
}
SquareDetectorImpl::~SquareDetectorImpl()
{
}
}//namespace lss |
a473fd629e6d1bd040dbf48ebb21d5ee27135f7d | 9c37dc34c88a2950a0e40d756171bd80b8d60c1f | /day_11.cpp | 9d50f0c9344a4c1f0df4c8fa7d2499a7861182ca | [] | no_license | LUO-MIN/Code | da05b37ecb54a6752802fd228cc0c18076d70d92 | 266e2ea92e0492a3a7ac31217684148e0d4b414b | refs/heads/master | 2020-04-30T17:09:27.089943 | 2019-10-10T02:40:23 | 2019-10-10T02:40:35 | 176,970,687 | 1 | 0 | null | null | null | null | GB18030 | C++ | false | false | 630 | cpp | day_11.cpp | //满二叉树的最近公共祖先
class LCA {
public:
int getLCA(int a, int b) {
/*满二叉树的父节点与子节点的关系：
root = child/2;
*/
while (a != b)
{
if (a>b)
a = a / 2;
else
b = b / 2;
}
return b;
}
};
//最大连续bit位
#include <iostream>
#include <algorithm>
using namespace std;
int MoreLong(int n)
{
int count = 0;
int maxcount = 0;
while (n)
{
if (n & 1){
count++;
}
else{
count = 0;
}
maxcount = max(maxcount, count);
n = (n >> 1);
}
return maxcount;
}
int main()
{
int n;
while (cin >> n)
{
cout << MoreLong(n) << endl;
}
return 0;
} |
e2db5ec70ebc08013f5a74f7c81afdd7a329c4b5 | 6510a197ef2115438ec0b0eb5089d0c4a8daca6c | /src/containers/TextContainer.cpp | 2d4602ded220bdb3b6b352533b9cc59d7d084490 | [] | no_license | 7e1ght/ShotMachine | 69ee040ea97f7c257e613098757283569c25dfc5 | d0842f782e16ab10a647736f90b8968121aa9e9d | refs/heads/master | 2021-01-04T20:40:10.694643 | 2020-04-13T16:28:59 | 2020-04-13T16:28:59 | 240,751,590 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,058 | cpp | TextContainer.cpp | #include "containers/TextContainer.hpp"
#include "support/debug.hpp"
#include "support/Screen.hpp"
void TextContainer::handleTouch(const supp::Point& point) const noexcept
{
}
void TextContainer::baseDraw() noexcept
{
Screen::getInstance().print(
mText,
IContainerBase::getPosition(),
IContainerBase::getMainColor(),
nullptr == IContainerBase::getParent() ? mSecondaryColor : IContainerBase::getParent()->getMainColor(),
mDeg,
mFontStyle
);
}
void TextContainer::setFont(supp::FONT newFontStyle)
{
mFontStyle = newFontStyle;
IContainerBase::setSize( calcTextSize(mText, mFontStyle) );
}
void TextContainer::setText(const String& text) noexcept
{
mText = text;
IContainerBase::setSize( calcTextSize(mText, mFontStyle) );
}
const supp::Size TextContainer::calcTextSize(const String& text, const supp::FONT fontStyle)
{
supp::Size fontSize = getFontSize(fontStyle);
return supp::Size(fontSize.width * text.length(), fontSize.height);
} |
699002fe1953e660ff00466c7425023aad599dc7 | 87368c4dedd777b8048083e456e8a3a21c5915fa | /Assignment/Assignment/Point.cpp | 225d50d48d5d589b9fb9130f72ed3de67526d5a2 | [] | no_license | BruteForceNoob/BruteForceAntics | 735b65698b15318928890dc820308024fa06b9ee | 96bc5bf7e28345e4cdc7a2ac7c55d4bd21ff04bb | refs/heads/master | 2021-01-21T20:56:29.687712 | 2018-01-17T01:01:04 | 2018-01-17T01:01:04 | 92,291,736 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 224 | cpp | Point.cpp | #include "Point.h"
Point :: Point()
{}
double Point :: getX() const {
return x;
}
void Point :: setX(double x) {
this->x = x;
}
double Point :: getY() const {
return y;
}
void Point :: setY(double y) {
this->y = y;
} |
8c3b9d382c20de06e12270bba9592db40df2346a | cd258411404284f4e2e1f2165dcc78ec529f59d1 | /projekt/Header.h | 6ffe274c1adc7dd794a7eae922968998b8b37f2a | [] | no_license | maciekc/Projekt-MMWD | 66ded83506b4a741c951baec372dfa51321c483a | 9defecc655d2f03e67f15136a1d588f1486ef2c5 | refs/heads/master | 2021-01-10T07:46:49.416594 | 2015-11-22T11:28:21 | 2015-11-22T11:28:21 | 46,656,269 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,283 | h | Header.h | #ifndef HEADER
#define HEADER
#include <fstream> //otwieranie, zamykanie pliku
#include <iostream>
#include <cstdio>
#include <vector>
#include <list>
#include <math.h>
#include <ctime>
#include <cstdlib>
#include "sklep.h"
#include "macierz.h"
#include "ele_tabo.h"
#define max_roz_tabo 5
using namespace std;
int max(int a, int b);
void otworz_plik(string nazwa_pliku, ifstream &plik);
void przeskaluj_obszar(int wspx, int wspy, int zasieg, int rozx, int rozy, int *xmin, int *xmax, int*ymin, int *ymax);
void wczytaj_skl_konkurencj(vector<sklep *> &konkurencja);
void k_macierz(vector<sklep *> &konkurencja, macierz<int> &m, int rozx, int rozy);
void losuj(int *x, int *y, int rozx, int rozy);
double calkowity_zysk(vector<sklep *> &wns);
void aktualizuj_liste_tabo(int rodzaj_sas, int x, int y, int max_dl, list<ele_tabo*> &lista_tabo, macierz<int> &mac_tabo);
//void dobierz_sklep(int rozx, int rozy);
double dobierz_sklep(int x, int y, int kat, int zasieg, int rozx, int rozy, macierz<int>&k, macierz<int>&zaludnienie, vector<sklep *> &wk, vector<sklep *> &wns);
void dodaj_sklep(int x, int y, int kat, int zasieg, double zysk, vector<sklep *> &wns);
void utworz_sklep(int x, int y, int kat, double zysk, int zasieg, int numer_sklepu, int rozx, int rozy, vector<sklep *> &wk, vector<sklep *> &wns, macierz<int> &k, macierz<int> &zaludnienie);
bool sasiedztwo1(int t, int rozx, int rozy, int zasieg, int *budzet, macierz<int> &czynsz, macierz<int> &k, macierz<int> &zaludnienie, vector<sklep *> &wk, vector<sklep *> &wns,list<ele_tabo*> &lista_tabo, macierz<int> &mac_tabo);
void znajdz_najg_sklep(vector<sklep *> &wns, int *x, int *y, int *nr);
void przydziel_nowe_sklepy(int x, int y, int nr, int zasieg, int rozx, int rozy, macierz<int> &k, macierz<int> &zaludnienie, vector<sklep *> &wk, vector<sklep *> &wns);
bool przesun_sklep(int xx, int yy, int nr, int zasieg, int rozx, int rozy, int *budzet, macierz<int> &czynsz, macierz<int> &k, macierz<int> &zaludnienie, vector<sklep *> &wk, vector<sklep *> &wns, macierz<int> &mac_tabo);
void sasiedztwo2(int rozx, int rozy, int zasieg, int *budzet, macierz<int> &czynsz, macierz<int> &k, macierz<int> &zaludnienie, vector<sklep *> &wk, vector<sklep *> &wns, list<ele_tabo*> &lista_tabo, macierz<int> &mac_tabo);
#endif |
d54e37cd36c4b377bedba30e290fb880debfa520 | c1e47a508af2c093f5a8c2f85c3f97516732ee51 | /Random/N-Queen_BNB.cpp | 964b10cb950fa1c713bfab57af11682aee4578d6 | [] | no_license | H-K-R/library | fb4516a36e38b67dee6dd2a9f518a217384180dd | 96d8ec98a1b4bdff2fead345a3328759e57cccda | refs/heads/main | 2023-07-02T21:29:50.708810 | 2021-08-11T01:07:56 | 2021-08-11T01:07:56 | 394,821,158 | 7 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,401 | cpp | N-Queen_BNB.cpp | #include<iostream>
#include<queue>
#include<cmath>
#include<vector>
using namespace std;
//Define a node class
struct Node{
int row;
vector<int>cols;//Save the current solution
};
//The function to determine whether it can be placed
bool Place(Node q)
{
int n=q.row;//last queen
for(int i=1; i<n; i++)
{
if( (abs(n-i)==abs(q.cols[n]-q.cols[i])) || (q.cols[i]==q.cols[n]))
return false; //same diagonal||same column
}
return true;
}
void print(vector<int> v)
{
cout<<"(row,column) =";
for(int i=1; i<v.size(); i++)
cout<<" ("<<i<<","<<v[i]<<")";
cout<<endl;
}
void nQueen(int n)
{
queue<Node>Q;//Living node queue
Node Ew;//Current expansion node
Ew.row=0;
//Search subset space tree
while(1)
{
//next node ta k'th column a bosabo
for(int k=1; k<=n; k++)
{
Node q;
q.row=Ew.row+1;
q.cols.push_back(0);//avoid 0th index
//copy old data
for(int i=1; i<q.row; i++)
q.cols.push_back(Ew.cols[i]);
q.cols.push_back(k);//k'th column a rakhbo
if(Place(q))
Q.push(q);
}
if(Q.empty()) break;
//Take the next extended node, take it out, and assign it to Ew
Ew=Q.front();Q.pop();
if(Ew.row==n){//Find the node of the last layer
print(Ew.cols);
return;
}
}
cout<<"Failed to find solution!\n";
}
int main()
{
int N;
cin>>N;
nQueen(N);
return 0;
}
|
b975171494eebcf16f5f42a4499738532a25cd1f | 10e62a8c44f457c28b56696c310b0a19c0bf8fa9 | /CSIS2610/BigNum.cc | acdd01f5a2d16fa6bc5bd575cd9b69152cf4d2ae | [] | no_license | jwcurnalia/first | 21391b8d8a40e429b1e4ad6d7f385d9ae81e2050 | 3090466ec7f9cf5e1d485a05677e4cd47f52af43 | refs/heads/master | 2016-09-06T18:05:00.281300 | 2013-03-16T22:06:51 | 2013-03-16T22:06:51 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,872 | cc | BigNum.cc | #include "BigNum.h"
using namespace std;
static unsigned long long int moduli[64] = {
2147483647, 214748362, 2147483587, 2147483579, 2147483563, 2147483549, 2147483543, 2147483497,
2147483489, 2147483477, 2147483423, 2147483399, 2147483353, 2147483323, 2147483269, 2147483249,
2147483237, 2147483179, 2147483171, 2147483137, 2147483123, 2147483077, 2147483069, 2147483059,
2147483053, 2147483033, 2147483029, 2147482951, 2147482949,2147482943, 2147482937, 2147482921,
2147482877, 2147482873, 2147482867, 2147482859, 2147482819, 2147482817, 2147482811, 2147482801,
2147482763, 2147482739, 2147482697, 2147482693, 2147482681, 2147482663, 2147482661, 2147482621,
2147482591, 2147482583, 2147482577, 2147482507, 2147482501, 2147482481, 2147482417, 2147482409,
2147482367, 2147482361, 2147482349, 2147482343, 2147482327, 2147482291, 2147482273, 2147482237
};
BigNum::BigNum(void) {
for (int i=0; i<N_RESIDUES; i++)
residues[i] = 0;
}
BigNum::~BigNum() { }
void BigNum::set(unsigned int v) {
for (int i=0; i < N_RESIDUES; i++)
residues[i] = v % moduli[i];
};
void BigNum::add(const BigNum &n) {
for (int i=0; i < N_RESIDUES; i++)
residues[i] = (residues[i] + n.residues[i]) % moduli[i];
};
void BigNum::subtract(const BigNum &n) {
for (int i=0; i < N_RESIDUES; i++)
residues[i] = (residues[i] - n.residues[i]) % moduli[i];
};
void BigNum::multiply(const BigNum &n) {
for (int i=0; i < N_RESIDUES; i++)
residues[i] = (residues[i] * n.residues[i]) % moduli[i];
};
void BigNum::divide(const BigNum &n) {
for (int i=0; i < N_RESIDUES; i++)
residues[i] = (residues[i] * findInverse(n.residues[i], moduli[i])) % moduli[i];
};
string BigNum::toString(void) {
return rnsToString(residues,moduli,N_RESIDUES);
};
|
4f2d2d025c90cf0477b62d242fb0468fe4aaf85e | 081c75d11a4a8eb139f1685f087d9cc85a4fa072 | /tests/index/src/normalize_axis.cpp | dbdaa3b0d66054893998e4383413d3ca192ca872 | [] | no_license | alifahrri/nmtools | c0a9d63b4101193b484f3e05bce606d58c3b85e2 | fa8a45bc3ddb373b7f547dfea3c2c7bea3056e06 | refs/heads/master | 2023-08-28T19:36:41.814434 | 2023-08-20T08:28:40 | 2023-08-20T08:28:40 | 190,819,342 | 7 | 0 | null | 2023-08-20T08:28:41 | 2019-06-07T22:43:35 | C++ | UTF-8 | C++ | false | false | 19,438 | cpp | normalize_axis.cpp | #include "nmtools/array/ndarray/dynamic.hpp"
#include "nmtools/array/ndarray/hybrid.hpp"
#include "nmtools/array/ndarray/fixed.hpp"
#include "nmtools/testing/doctest.hpp"
#include <vector>
#include <array>
namespace nm = nmtools;
namespace na = nm::array;
namespace kind = na::kind;
using namespace nmtools::literals;
NMTOOLS_TESTING_DECLARE_CASE(index, normalize_axis)
{
NMTOOLS_TESTING_DECLARE_ARGS(case1)
{
inline int axis[3] = {-1,-2,-3};
inline int ndim = 3;
NMTOOLS_CAST_INDEX_ARRAYS(axis);
inline auto axis_ct = nmtools_tuple{"-1"_ct,"-2"_ct,"-3"_ct};
inline auto ndim_ct = 3_ct;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case1)
{
inline int result[3] = {2,1,0};
}
NMTOOLS_TESTING_DECLARE_ARGS(case2)
{
inline int axis[3] = {-1,-2,3};
inline int ndim = 3;
NMTOOLS_CAST_INDEX_ARRAYS(axis);
inline auto axis_ct = nmtools_tuple{"-1"_ct,"-2"_ct,3_ct};
inline auto ndim_ct = 3_ct;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case2)
{
// AxisError: axis 3 is out of bounds for array of dimension 3
inline auto result = meta::Nothing;
}
NMTOOLS_TESTING_DECLARE_ARGS(case3)
{
inline int axis[3] = {-1,2,-3};
inline int ndim = 3;
NMTOOLS_CAST_INDEX_ARRAYS(axis);
inline auto axis_ct = nmtools_tuple{"-1"_ct,2_ct,"-3"_ct};
inline auto ndim_ct = 3_ct;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case3)
{
inline int result[3] = {2,2,0};
}
NMTOOLS_TESTING_DECLARE_ARGS(case4)
{
inline int axis = -3;
inline int ndim = 3;
inline auto axis_ct = "-3"_ct;
inline auto ndim_ct = 3_ct;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case4)
{
inline int result = 0;
}
NMTOOLS_TESTING_DECLARE_ARGS(case5)
{
inline int axis = 3;
inline int ndim = 3;
inline auto axis_ct = 3_ct;
inline auto ndim_ct = 3_ct;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case5)
{
inline auto result = meta::Nothing;
}
NMTOOLS_TESTING_DECLARE_ARGS(case6)
{
inline auto axis = 0ul;
inline int ndim = 3;
inline auto axis_ct = 0_ct;
inline auto ndim_ct = 3_ct;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case6)
{
inline int result = 0;
}
NMTOOLS_TESTING_DECLARE_ARGS(case7)
{
inline auto axis = 0ul;
inline auto ndim = 3ul;
inline auto axis_ct = 0_ct;
inline auto ndim_ct = 3_ct;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case7)
{
inline int result = 0;
}
NMTOOLS_TESTING_DECLARE_ARGS(case8)
{
inline auto axis = 1ul;
inline auto ndim = 3ul;
inline auto axis_ct = 1_ct;
inline auto ndim_ct = 3_ct;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case8)
{
inline int result = 1;
}
NMTOOLS_TESTING_DECLARE_ARGS(case9)
{
inline auto axis = 2ul;
inline auto ndim = 3ul;
inline auto axis_ct = 2_ct;
inline auto ndim_ct = 3_ct;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case9)
{
inline int result = 2;
}
NMTOOLS_TESTING_DECLARE_ARGS(case10)
{
inline auto axis = 3ul;
inline auto ndim = 3ul;
inline auto axis_ct = 3_ct;
inline auto ndim_ct = 3_ct;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case10)
{
inline auto result = meta::Nothing;
}
NMTOOLS_TESTING_DECLARE_ARGS(case11)
{
inline int axis = 0;
inline int ndim = 3;
inline auto axis_ct = 0_ct;
inline auto ndim_ct = 3_ct;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case11)
{
inline int result = 0;
}
NMTOOLS_TESTING_DECLARE_ARGS(case12)
{
inline int axis = 1;
inline int ndim = 3;
inline auto axis_ct = 1_ct;
inline auto ndim_ct = 3_ct;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case12)
{
inline int result = 1;
}
}
#include "nmtools/array/index/normalize_axis.hpp"
#include "nmtools/testing/doctest.hpp"
#define RUN_impl(...) \
nm::index::normalize_axis(__VA_ARGS__);
#ifdef NMTOOLS_TESTING_ENABLE_BENCHMARKS
#include "nmtools/benchmarks/bench.hpp"
using nm::benchmarks::TrackedBench;
// create immediately invoked lambda
// that packs normalize_axis fn to callable lambda
#define RUN_normalize_axis(case_name, ...) \
[](auto&&...args){ \
auto title = std::string("normalize_axis-") + #case_name; \
auto name = nm::testing::make_func_args("", args...); \
auto fn = [&](){ \
return RUN_impl(args...); \
}; \
return TrackedBench::run(title, name, fn); \
}(__VA_ARGS__);
#else
// run normally without benchmarking, ignore case_name
#define RUN_normalize_axis(case_name, ...) \
RUN_impl(__VA_ARGS__);
#endif // NMTOOLS_TESTING_ENABLE_BENCHMARKS
#define NORMALIZE_AXIS_SUBCASE(case_name, ...) \
SUBCASE(#case_name) \
{ \
NMTOOLS_TESTING_DECLARE_NS(index, normalize_axis, case_name); \
using namespace args; \
auto result = RUN_normalize_axis(case_name, __VA_ARGS__); \
NMTOOLS_ASSERT_EQUAL( result, expect::result ); \
} \
TEST_CASE("normalize_axis(case1)" * doctest::test_suite("index::normalize_axis"))
{
NORMALIZE_AXIS_SUBCASE( case1, axis, ndim );
NORMALIZE_AXIS_SUBCASE( case1, axis_a, ndim );
NORMALIZE_AXIS_SUBCASE( case1, axis_v, ndim );
NORMALIZE_AXIS_SUBCASE( case1, axis_f, ndim );
NORMALIZE_AXIS_SUBCASE( case1, axis_h, ndim );
NORMALIZE_AXIS_SUBCASE( case1, axis, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case1, axis_a, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case1, axis_v, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case1, axis_f, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case1, axis_h, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case1, axis_ct, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case1, axis_ct, ndim );
}
TEST_CASE("normalize_axis(case2)" * doctest::test_suite("index::normalize_axis"))
{
NORMALIZE_AXIS_SUBCASE( case2, axis, ndim );
NORMALIZE_AXIS_SUBCASE( case2, axis_a, ndim );
NORMALIZE_AXIS_SUBCASE( case2, axis_v, ndim );
NORMALIZE_AXIS_SUBCASE( case2, axis_f, ndim );
NORMALIZE_AXIS_SUBCASE( case2, axis_h, ndim );
NORMALIZE_AXIS_SUBCASE( case2, axis, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case2, axis_a, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case2, axis_v, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case2, axis_f, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case2, axis_h, ndim_ct );
#if 0
NORMALIZE_AXIS_SUBCASE( case2, axis_ct, ndim_ct );
#endif
NORMALIZE_AXIS_SUBCASE( case2, axis_ct, ndim );
}
TEST_CASE("normalize_axis(case3)" * doctest::test_suite("index::normalize_axis"))
{
NORMALIZE_AXIS_SUBCASE( case3, axis, ndim );
NORMALIZE_AXIS_SUBCASE( case3, axis_a, ndim );
NORMALIZE_AXIS_SUBCASE( case3, axis_v, ndim );
NORMALIZE_AXIS_SUBCASE( case3, axis_f, ndim );
NORMALIZE_AXIS_SUBCASE( case3, axis_h, ndim );
NORMALIZE_AXIS_SUBCASE( case3, axis, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case3, axis_a, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case3, axis_v, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case3, axis_f, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case3, axis_h, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case3, axis_ct, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case3, axis_ct, ndim );
}
TEST_CASE("normalize_axis(case4)" * doctest::test_suite("index::normalize_axis"))
{
NORMALIZE_AXIS_SUBCASE( case4, axis, ndim );
NORMALIZE_AXIS_SUBCASE( case4, axis_ct, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case4, axis_ct, ndim );
NORMALIZE_AXIS_SUBCASE( case4, axis, ndim_ct );
}
TEST_CASE("normalize_axis(case5)" * doctest::test_suite("index::normalize_axis"))
{
NORMALIZE_AXIS_SUBCASE( case5, axis, ndim );
#if 0 // should trigger invalid type
NORMALIZE_AXIS_SUBCASE( case5, axis_ct, ndim_ct );
#endif
NORMALIZE_AXIS_SUBCASE( case5, axis_ct, ndim );
NORMALIZE_AXIS_SUBCASE( case5, axis, ndim_ct );
}
TEST_CASE("normalize_axis(case6)" * doctest::test_suite("index::normalize_axis"))
{
NORMALIZE_AXIS_SUBCASE( case6, axis, ndim );
NORMALIZE_AXIS_SUBCASE( case6, axis_ct, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case6, axis_ct, ndim );
NORMALIZE_AXIS_SUBCASE( case6, axis, ndim_ct );
}
TEST_CASE("normalize_axis(case7)" * doctest::test_suite("index::normalize_axis"))
{
NORMALIZE_AXIS_SUBCASE( case7, axis, ndim );
NORMALIZE_AXIS_SUBCASE( case7, axis_ct, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case7, axis_ct, ndim );
NORMALIZE_AXIS_SUBCASE( case7, axis, ndim_ct );
}
TEST_CASE("normalize_axis(case8)" * doctest::test_suite("index::normalize_axis"))
{
NORMALIZE_AXIS_SUBCASE( case8, axis, ndim );
NORMALIZE_AXIS_SUBCASE( case8, axis_ct, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case8, axis_ct, ndim );
NORMALIZE_AXIS_SUBCASE( case8, axis, ndim_ct );
}
TEST_CASE("normalize_axis(case9)" * doctest::test_suite("index::normalize_axis"))
{
NORMALIZE_AXIS_SUBCASE( case9, axis, ndim );
NORMALIZE_AXIS_SUBCASE( case9, axis_ct, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case9, axis_ct, ndim );
NORMALIZE_AXIS_SUBCASE( case9, axis, ndim_ct );
}
TEST_CASE("normalize_axis(case10)" * doctest::test_suite("index::normalize_axis"))
{
NORMALIZE_AXIS_SUBCASE( case10, axis, ndim );
#if 0 // should trigger invalid type
NORMALIZE_AXIS_SUBCASE( case10, axis_ct, ndim_ct );
#endif
NORMALIZE_AXIS_SUBCASE( case10, axis_ct, ndim );
NORMALIZE_AXIS_SUBCASE( case10, axis, ndim_ct );
}
TEST_CASE("normalize_axis(case11)" * doctest::test_suite("index::normalize_axis"))
{
NORMALIZE_AXIS_SUBCASE( case11, axis, ndim );
NORMALIZE_AXIS_SUBCASE( case11, axis_ct, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case11, axis_ct, ndim );
NORMALIZE_AXIS_SUBCASE( case11, axis, ndim_ct );
}
TEST_CASE("normalize_axis(case12)" * doctest::test_suite("index::normalize_axis"))
{
NORMALIZE_AXIS_SUBCASE( case12, axis, ndim );
NORMALIZE_AXIS_SUBCASE( case12, axis_ct, ndim_ct );
NORMALIZE_AXIS_SUBCASE( case12, axis_ct, ndim );
NORMALIZE_AXIS_SUBCASE( case12, axis, ndim_ct );
}
NMTOOLS_TESTING_DECLARE_CASE(index, constexpr_normalize_axis)
{
NMTOOLS_TESTING_DECLARE_ARGS(case1)
{
constexpr inline int axis[3] = {-1,-2,-3};
constexpr inline int ndim = 3;
NMTOOLS_CONSTEXPR_CAST_ARRAYS(axis);
}
NMTOOLS_TESTING_DECLARE_EXPECT(case1)
{
constexpr inline int result[3] = {2,1,0};
}
NMTOOLS_TESTING_DECLARE_ARGS(case2)
{
constexpr inline int axis[3] = {-1,-2,3};
constexpr inline int ndim = 3;
NMTOOLS_CONSTEXPR_CAST_ARRAYS(axis);
}
NMTOOLS_TESTING_DECLARE_EXPECT(case2)
{
// AxisError: axis 3 is out of bounds for array of dimension 3
constexpr inline auto result = meta::Nothing;
}
NMTOOLS_TESTING_DECLARE_ARGS(case3)
{
constexpr inline int axis[3] = {-1,2,-3};
constexpr inline int ndim = 3;
NMTOOLS_CONSTEXPR_CAST_ARRAYS(axis);
}
NMTOOLS_TESTING_DECLARE_EXPECT(case3)
{
constexpr inline int result[3] = {2,2,0};
}
NMTOOLS_TESTING_DECLARE_ARGS(case4)
{
constexpr inline int axis = -3;
constexpr inline int ndim = 3;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case4)
{
constexpr inline int result = 0;
}
NMTOOLS_TESTING_DECLARE_ARGS(case5)
{
constexpr inline int axis = 3;
constexpr inline int ndim = 3;
}
NMTOOLS_TESTING_DECLARE_EXPECT(case5)
{
constexpr inline auto result = meta::Nothing;
}
NMTOOLS_TESTING_DECLARE_ARGS(case6)
{
constexpr inline int axis[1] = {0};
constexpr inline int ndim = 3;
NMTOOLS_CONSTEXPR_CAST_ARRAYS(axis);
}
NMTOOLS_TESTING_DECLARE_EXPECT(case6)
{
constexpr inline int result[1] = {0};
}
NMTOOLS_TESTING_DECLARE_ARGS(case7)
{
constexpr inline int axis[1] = {1};
constexpr inline int ndim = 3;
NMTOOLS_CONSTEXPR_CAST_ARRAYS(axis);
}
NMTOOLS_TESTING_DECLARE_EXPECT(case7)
{
constexpr inline int result[1] = {1};
}
NMTOOLS_TESTING_DECLARE_ARGS(case8)
{
constexpr inline unsigned int axis[1] = {0};
constexpr inline int ndim = 3;
NMTOOLS_CONSTEXPR_CAST_ARRAYS(axis);
}
NMTOOLS_TESTING_DECLARE_EXPECT(case8)
{
constexpr inline int result[1] = {0};
}
NMTOOLS_TESTING_DECLARE_ARGS(case9)
{
constexpr inline unsigned int axis[1] = {1};
constexpr inline int ndim = 3;
NMTOOLS_CONSTEXPR_CAST_ARRAYS(axis);
}
NMTOOLS_TESTING_DECLARE_EXPECT(case9)
{
constexpr inline int result[1] = {1};
}
NMTOOLS_TESTING_DECLARE_ARGS(case10)
{
constexpr inline unsigned int axis[1] = {0};
constexpr inline unsigned int ndim = 3;
NMTOOLS_CONSTEXPR_CAST_ARRAYS(axis);
}
NMTOOLS_TESTING_DECLARE_EXPECT(case10)
{
constexpr inline int result[1] = {0};
}
NMTOOLS_TESTING_DECLARE_ARGS(case11)
{
constexpr inline unsigned int axis[1] = {1};
constexpr inline unsigned int ndim = 3;
NMTOOLS_CONSTEXPR_CAST_ARRAYS(axis);
}
NMTOOLS_TESTING_DECLARE_EXPECT(case11)
{
constexpr inline int result[1] = {1};
}
}
#define CONSTEXPR_NORMALIZE_AXIS_SUBCASE(case_name, ...) \
SUBCASE(#case_name) \
{ \
NMTOOLS_TESTING_DECLARE_NS(index, constexpr_normalize_axis, case_name); \
using namespace args; \
constexpr auto result = RUN_impl(__VA_ARGS__); \
NMTOOLS_ASSERT_EQUAL( result, expect::result ); \
}
#if defined(__clang__) && (__clang_major__ <= 10)
#define NMTOOLS_NO_CONSTEXPR_MOVEAXIS
#endif // clang 10
TEST_CASE("normalize_axis(case1)" * doctest::test_suite("index::constexpr_normalize_axis"))
{
// somehow doesn't work on clang 🤷, works fine on gcc
// note: non-constexpr function 'operator()<int const (&)[3], const int &>' cannot be used in a constant expression
// TODO: fix constexpr clang, seems like something to do with at customization point
#ifndef NMTOOLS_NO_CONSTEXPR_MOVEAXIS
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case1, axis, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case1, axis_a, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case1, axis_f, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case1, axis_h, ndim );
#endif // NMTOOLS_NO_CONSTEXPR_MOVEAXIS
}
TEST_CASE("normalize_axis(case2)" * doctest::test_suite("index::constexpr_normalize_axis"))
{
#ifndef NMTOOLS_NO_CONSTEXPR_MOVEAXIS
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case2, axis, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case2, axis_a, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case2, axis_f, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case2, axis_h, ndim );
#endif // NMTOOLS_NO_CONSTEXPR_MOVEAXIS
}
TEST_CASE("normalize_axis(case3)" * doctest::test_suite("index::constexpr_normalize_axis"))
{
#ifndef NMTOOLS_NO_CONSTEXPR_MOVEAXIS
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case3, axis, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case3, axis_a, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case3, axis_f, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case3, axis_h, ndim );
#endif // NMTOOLS_NO_CONSTEXPR_MOVEAXIS
}
TEST_CASE("normalize_axis(case4)" * doctest::test_suite("index::constexpr_normalize_axis"))
{
#ifndef NMTOOLS_NO_CONSTEXPR_MOVEAXIS
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case4, axis, ndim );
#endif // NMTOOLS_NO_CONSTEXPR_MOVEAXIS
}
TEST_CASE("normalize_axis(case5)" * doctest::test_suite("index::constexpr_normalize_axis"))
{
#ifndef NMTOOLS_NO_CONSTEXPR_MOVEAXIS
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case5, axis, ndim );
#endif // NMTOOLS_NO_CONSTEXPR_MOVEAXIS
}
TEST_CASE("normalize_axis(case6)" * doctest::test_suite("index::constexpr_normalize_axis"))
{
// somehow doesn't work on clang 🤷, works fine on gcc
// note: non-constexpr function 'operator()<int const (&)[3], const int &>' cannot be used in a constant expression
// TODO: fix constexpr clang, seems like something to do with at customization point
#ifndef NMTOOLS_NO_CONSTEXPR_MOVEAXIS
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case6, axis, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case6, axis_a, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case6, axis_f, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case6, axis_h, ndim );
#endif // NMTOOLS_NO_CONSTEXPR_MOVEAXIS
}
TEST_CASE("normalize_axis(case7)" * doctest::test_suite("index::constexpr_normalize_axis"))
{
// somehow doesn't work on clang 🤷, works fine on gcc
// note: non-constexpr function 'operator()<int const (&)[3], const int &>' cannot be used in a constant expression
// TODO: fix constexpr clang, seems like something to do with at customization point
#ifndef NMTOOLS_NO_CONSTEXPR_MOVEAXIS
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case7, axis, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case7, axis_a, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case7, axis_f, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case7, axis_h, ndim );
#endif // NMTOOLS_NO_CONSTEXPR_MOVEAXIS
}
TEST_CASE("normalize_axis(case8)" * doctest::test_suite("index::constexpr_normalize_axis"))
{
// somehow doesn't work on clang 🤷, works fine on gcc
// note: non-constexpr function 'operator()<int const (&)[3], const int &>' cannot be used in a constant expression
// TODO: fix constexpr clang, seems like something to do with at customization point
#ifndef NMTOOLS_NO_CONSTEXPR_MOVEAXIS
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case8, axis, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case8, axis_a, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case8, axis_f, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case8, axis_h, ndim );
#endif // NMTOOLS_NO_CONSTEXPR_MOVEAXIS
}
TEST_CASE("normalize_axis(case9)" * doctest::test_suite("index::constexpr_normalize_axis"))
{
// somehow doesn't work on clang 🤷, works fine on gcc
// note: non-constexpr function 'operator()<int const (&)[3], const int &>' cannot be used in a constant expression
// TODO: fix constexpr clang, seems like something to do with at customization point
#ifndef NMTOOLS_NO_CONSTEXPR_MOVEAXIS
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case9, axis, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case9, axis_a, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case9, axis_f, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case9, axis_h, ndim );
#endif // NMTOOLS_NO_CONSTEXPR_MOVEAXIS
}
TEST_CASE("normalize_axis(case10)" * doctest::test_suite("index::constexpr_normalize_axis"))
{
#ifndef NMTOOLS_NO_CONSTEXPR_MOVEAXIS
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case10, axis, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case10, axis_a, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case10, axis_f, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case10, axis_h, ndim );
#endif // NMTOOLS_NO_CONSTEXPR_MOVEAXIS
}
TEST_CASE("normalize_axis(case11)" * doctest::test_suite("index::constexpr_normalize_axis"))
{
#ifndef NMTOOLS_NO_CONSTEXPR_MOVEAXIS
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case11, axis, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case11, axis_a, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case11, axis_f, ndim );
CONSTEXPR_NORMALIZE_AXIS_SUBCASE( case11, axis_h, ndim );
#endif // NMTOOLS_NO_CONSTEXPR_MOVEAXIS
} |
d2135a6a5e38dc959c26cfd15f492db14ca27232 | a5893842052c23cf0f8f590afd07668dc81d39a5 | /tarefas/tarefa2.ino | 45e9f74f6d0c218964341cd8e0fa11b8b8366467 | [] | no_license | lucascomp/reativos | 079ec6b2e600b55f2a8b07edbb876d620bb0fb72 | a5e3389d9cbd1901cec92311b95a5301b183114e | refs/heads/master | 2021-01-19T13:22:55.100146 | 2017-07-03T23:57:17 | 2017-07-03T23:57:17 | 88,084,752 | 0 | 0 | null | 2017-07-01T22:46:52 | 2017-04-12T18:40:19 | C++ | UTF-8 | C++ | false | false | 1,911 | ino | tarefa2.ino | // _ ___ _______ ___ ___ ___ ___ _ _ ___ _____ ___
// / |_ )__ / \ / __|_ _| _ \/ __| | | |_ _|_ _/ __|
// | |/ / |_ \ |) | | (__ | || / (__| |_| || | | | \__ \
// |_/___|___/___/ \___|___|_|_\\___|\___/|___| |_| |___/
//
// The Unnamed Circuit
//
// Made by Lucas Alves
// License: CC-BY-SA 3.0
// Downloaded from: https://circuits.io/circuits/4729211-the-unnamed-circuit
#define LED_PIN 13
#define BUT1_PIN 2 //acelera
#define BUT2_PIN 3 //desacelera
unsigned long old = 0;
unsigned long int countBut1 = 0;
unsigned long int countBut2 = 0;
bool pressedBut1 = false; //variável que controla um aumento de velocidade a cada aperto no botão 1
bool pressedBut2 = false; //variável que controla um aumento de velocidade a cada aperto no botão 2
int state = 0;
int velocidade = 1000;
void setup() {
pinMode(LED_PIN, OUTPUT);
pinMode(BUT1_PIN, INPUT);
pinMode(BUT2_PIN, INPUT);
}
void loop() {
unsigned long int now = millis();
if(now >= old + velocidade) {
old = now;
state = !state;
digitalWrite(LED_PIN, state);
}
int but1 = digitalRead(BUT1_PIN);
if(but1) {
countBut1 = millis();
if(countBut2 != 0 && countBut1-countBut2 < 500) {
digitalWrite(LED_PIN, LOW);
while(1);
}
if(velocidade > 100 && !pressedBut1) {
velocidade-=100; //acelerando antes de soltar o botão
pressedBut1 = true;
}
}
else {
pressedBut1 = false;
}
int but2 = digitalRead(BUT2_PIN);
if(but2) {
countBut2 = millis();
if(countBut1 != 0 && countBut2-countBut1 < 500) {
digitalWrite(LED_PIN, LOW);
while(1);
}
if(velocidade < 1000 && !pressedBut2) {
velocidade+=100; //desacelerando antes de soltar o botão
pressedBut2 = true;
}
}
else {
pressedBut2 = false;
}
}
|
74582e6534657c2b64f34367ec3a591df30f72fd | 5c92e4824a7e3507c6ae584e618709923caa27d8 | /leetcode/0102_BinaryTreeLevelOrderTraversal/Solution.h | bf793adbc789e3708b0ddfde8af5080fa2383d74 | [] | no_license | DaoLinZhou/CppCommonLibrary | 0df7f62456094319ba69e5e29eee3cfcbadd31d3 | 73c4cabbee5753e028fd6e4d2dfbf99a72b85e12 | refs/heads/master | 2022-11-08T17:23:10.979838 | 2022-10-26T01:07:03 | 2022-10-26T01:07:03 | 206,277,010 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,415 | h | Solution.h | //
// Created by Daolin on 2019/9/14.
//
#include <vector>
#include <queue>
#include "TreeNode.h"
/**
* 解题思路:
* 广度优先遍历, 记录顺便记录层数,
* 每到新的一层就把旧的一层的vec放入结果中
* 最后特殊处理最后一层的vec
*/
class Solution {
public:
vector<vector<int>> levelOrder(TreeNode* root) {
vector<vector<int>> ret;
vector<int> item;
queue<pair<TreeNode*, int>> queue;
if(root)
queue.push(pair<TreeNode*, int>(root, 1));
int level = 1;
while(!queue.empty()){
auto combo = queue.front();
queue.pop();
// 第一次遍历到下一层的节点
if(combo.second != level){
level++;
ret.push_back(item); // 把上一层的放入
item.clear(); // 清空, 为这一次元素做准备
}
item.push_back(combo.first->val);
if(combo.first->left)
queue.push(pair<TreeNode*, int>(combo.first->left, combo.second+1));
if(combo.first->right)
queue.push(pair<TreeNode*, int>(combo.first->right, combo.second+1));
}
// 因为是走到下一层第一个节点才把上一次的vec push进ret, 所以最后一层要单独进行push
if(!item.empty()) ret.push_back(item);
return ret;
}
};
|
cd3b8433ce7f214fe9eac16f4608b12d8bae1356 | 65eace24d3c5bb71882342b496bbeba7f6446b0c | /modelcommlib/intfobject.h | 4c4c534aba69c24361177ff1ed1f7da21af4723a | [] | no_license | mildrock/scdmanager | b2d1b67f5d4a6b0864b184dccb77a8b7f5499b08 | bdff3c29159c914a48d65f8d9389d09df7c70402 | refs/heads/master | 2020-07-25T14:39:56.194068 | 2019-02-20T13:35:23 | 2019-02-20T13:35:23 | 208,325,670 | 1 | 0 | null | 2019-09-13T18:41:23 | 2019-09-13T18:41:23 | null | GB18030 | C++ | false | false | 997 | h | intfobject.h | #ifndef _INTFOBJECT__H_
#define _INTFOBJECT__H_
#include <qmutex.h>
#include "icsunknown.h"
#include "modelcommlib.h"
/*
CIntfObject:
(1) 实现IICSUnknown接口
(2) 提供虚函数以让派生类可以实现基类实现的接口(objQueryInterface)
(3) 支持聚合
*/
class MODEL_EXPORT CIntfObject: public IICSUnknown
{
public:
virtual int AddRef();
virtual int Release();
virtual bool QueryInterface(const char *InterfaceName, void **ppUnknown);
virtual void ModuleName(char *ModuleName, int nSize);
CIntfObject(IICSUnknown *pOuter = 0);
virtual ~CIntfObject();
protected:
int m_iRef; //引用计数
QMutex m_Mutex;
IICSUnknown *m_pOuter;
//对象本身的IICSUnknown接口实现
virtual int ObjAddRef();
virtual int ObjRelease();
virtual bool ObjQueryInterface(const char *InterfaceName, void **ppUnknown);
virtual void ObjModuleName(const char *ModuleName, int nSize);
};
#endif
|
724d332f1296b4c60f4cb90fbd079e989afa469c | f328b210ec09d4396778b74e8a6ccdf677bea11b | /Lab1v26/Lab1v26/Lab1v26.cpp | 779b8b978b00b9c78dd4eb3edfe07525a191bb9a | [] | no_license | QuincyClain/C_LabsProgramming | 459f9daa09ee5561e766af1726dd7c3e3995202b | 52397a0633a961c7a6b05e72066d750ba71670bc | refs/heads/main | 2023-05-08T03:54:52.886443 | 2021-05-27T12:45:42 | 2021-05-27T12:45:42 | 341,523,727 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 505 | cpp | Lab1v26.cpp | // Lab1v26.cpp : Этот файл содержит функцию "main". Здесь начинается и заканчивается выполнение программы.
//
#include <stdio.h>
int proverka(int a)
{
int i = 10;
while(i < a)
{
i = i * 10;
}
return i;
}
int main()
{
for(int i = 1; i < 1000; i++)
{
if(i == (i*i) % proverka(i))
{
printf("%d\n", i);
}
}
return 0;
}
|
a15b04636d51969df436017988b67812a746bf49 | f50f771172224ccf0687bc867d819b94fe5beb15 | /AbstractFactory/ConcreteProduct.cpp | b47527c56bdeebace8318d3372b46b96aeb48f75 | [] | no_license | cj123sn/DesignerMode | 6ca71d45184bb3e71d93c2e9682da98e35fbb6fb | 77f0de42cb0f4ebf2e875a57035c2bb34887d43a | refs/heads/master | 2020-04-08T22:09:53.790209 | 2018-12-17T02:36:39 | 2018-12-17T02:36:39 | 159,774,775 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 70 | cpp | ConcreteProduct.cpp | #include "ConcreteProduct.h"
ConcreteProduct::ConcreteProduct()
{
}
|
7277795f33e65abaff863992f7fbd9825d8367c1 | dd18d66c5b26a261889c72e92506e9b8ccee30d8 | /Word Search.cpp | 2afa171873b67fde1e4c521da5099b86eed62542 | [] | no_license | Stonre/Algorithm-coding-problem | 472dfb44884c0eef4a429409e4a8a04d8d2d298c | a7f69f97567baff69d558914d7ae822c2181a65f | refs/heads/master | 2021-01-10T15:09:58.523215 | 2016-09-08T05:24:45 | 2016-09-08T05:24:45 | 54,291,931 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 828 | cpp | Word Search.cpp | #include "pack.h"
bool exist(vector<vector<char> >& board,string word)
{
bool re = false;
for (int i = 0;i<board.size();i++)
{
for (int j=0;j<board[0].size();j++)
{
int k = 0;
searchword(board,word,k,i,j,re);
}
}
return re;
}
void searchword(vector<vector<char> >& board,string& word,int k,int i,int j,bool& re)
{
int h = board.size();
int w = board[0].size();
if (k==word.size())
{
re = true;
return;
}
if (board[i][j]==word[k])
{
if (i+1<h)
searchword(board,word,k+1,i+1,j,re);
if (j+1<h)
searchword(board,word,k+1,i,j+1,re);
if (i-1>=0)
searchword(board,word,k+1,i-1,j,re);
if (j-1>=0)
searchword(board,word,k+1,i,j-1,re);
}
}
|
02469a06a694bb98a9153cb00287ecfc4c9d470e | 99eba6b9d3ce45d73d41502c55df0be282b4f4a3 | /OnlineJudge/CodeUp/1291.cpp | 46f3d995e09b7758470f0f35e67997cd041adf47 | [] | no_license | hajindvlp/Algorithm | ad7268b468c162bb9244d09b7c7f269c61bcacf9 | f9b4b530a177013f386d4f7f1f038c006ccbd9f0 | refs/heads/master | 2021-06-28T21:13:25.849062 | 2020-11-06T10:14:02 | 2020-11-06T10:14:02 | 172,189,561 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 281 | cpp | 1291.cpp | #include <stdio.h>
int gcd(int a, int b)
{
int temp;
while (b != 0)
{
temp = a % b;
a = b;
b = temp;
}
return a;
}
int main()
{
int a, b, c;
scanf("%d %d %d", &a, &b, &c);
printf("%d", gcd(a, gcd(b, c)));
return 0;
}
|
bab999fe247934d06008bf4ef2365f4910095d67 | fed9d9fd366b5f19a1d4eec9b40b5a009e1f4239 | /test/testR.cpp | e8a0cf3ccd8deab0364c6eb734a4a82087a3147d | [
"MIT"
] | permissive | LucStre/pomsa | 7196da3b555d6e1066fd1c49ae9dd8ab08178e91 | d91f8620cada74b04af704eaefcc307a7fcb6b9e | refs/heads/main | 2023-05-10T05:32:22.946802 | 2021-06-10T15:18:40 | 2021-06-10T15:18:40 | 355,583,694 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,630 | cpp | testR.cpp | #include <iostream>
#include <fstream>
#include <chrono>
#include <dirent.h>
#include <string>
#include "../include/alignToGraph.hpp"
using namespace std;
using namespace std::chrono;
int match = 5, mismat = -4, gap = -8, i = 0, type = 0;
void list_dir(const char *path){
struct dirent *entry;
DIR *dir = opendir(path);
if(dir == NULL){
return;
}
int len[10] = {0};
int i = 0;
auto begin = high_resolution_clock::now();
while((entry = readdir(dir)) != NULL){
string ulaz, sequence = "";
if(entry->d_name[0] != '.'){
string file = (string) path + "/" + (string) entry->d_name;
cout << file << endl;
ifstream infile(file);
while(getline(infile, ulaz)){
if(ulaz.rfind(">", 0) != 0){
sequence += ulaz;
}
}
if(i == 0){
start(sequence, sequence.length(), match, mismat, gap, type);
len[i] = sequence.length();
i++;
}else{
alignSequence(sequence, sequence.length());
len[i] = sequence.length();
i++;
}
}
}
auto end = high_resolution_clock::now();
closedir(dir);
auto duration = duration_cast<microseconds>(end-begin);
cout << "Duration: " << duration.count() << " microseconds" << endl;
for(int j = 0; j < 10; j++){
cout << "Sequence lenght: " << len[j] << endl;
}
}
int main(int argc, char **argv){
list_dir(argv[1]);
printGFA();
return 0;
} |
7c61ab61303ace76d1b8af2835436df514dd88bc | 3c8ac916a6fe6f477a5f58caded43c6ef6ced67f | /imagepitcher/stringutil.cpp | 05e145a909740be5d7ddd37962bb0cf657982160 | [] | no_license | kjr8017/imagepitcher | 393a3d810859095f60b4b563cd8a2156db76eccb | 034ef21870c58904ec26c148a452b25a5612ef1b | refs/heads/master | 2021-01-17T20:04:33.346836 | 2012-11-13T09:39:57 | 2012-11-13T09:39:57 | null | 0 | 0 | null | null | null | null | UHC | C++ | false | false | 11,694 | cpp | stringutil.cpp | #include "StdAfx.h"
#define _COMPILING_DLL
#include "StringUtil.h"
#include "HangulStringUtil.h"
#include "Util.h"
using namespace std;
string CStringUtil::Join(const list<string>& list, const string& delimiter)
{
string ret_string;
for (auto it = list.begin(), e = list.end(); it != e; ++it)
{
ret_string += *it;
ret_string += delimiter;
}
// 맨 마지막에 추가되는 delimiter 는 제거
if (!list.empty() && !delimiter.empty())
ret_string.erase(ret_string.size()-1, 1);
return ret_string;
}
std::string CStringUtil::Join(const std::vector<char>& vec, const std::string& delimiter)
{
std::string ret_string;
for (auto it = vec.begin(), e = vec.end(); it != e; ++it)
{
ret_string += *it;
ret_string += delimiter;
}
// 맨 마지막에 추가되는 delimiter 는 제거
if (!vec.empty() && !delimiter.empty())
ret_string.erase(ret_string.size()-1, 1);
return ret_string;
}
tstring CStringUtil::Join(const vector<tstring>& vec, const tstring& delimiter)
{
tstring ret_string;
for (auto it = vec.begin(), e = vec.end(); it != e; ++it)
{
ret_string += *it;
ret_string += delimiter;
}
// 맨 마지막에 추가되는 delimiter 는 제거
if (!vec.empty() && !delimiter.empty())
ret_string.erase(ret_string.size()-1, 1);
return ret_string;
}
void CStringUtil::Tokenize(const string& str, list<string>& tokens, const string& delimiters)
{
string::size_type lastPos = str.find_first_not_of(delimiters, 0); // 맨 첫 글자가 구분자인 경우 무시
string::size_type pos = str.find_first_of(delimiters, lastPos); // 구분자가 아닌 첫 글자를 찾는다
while (string::npos != pos || string::npos != lastPos)
{
tokens.push_back(str.substr(lastPos, pos - lastPos)); // token을 찾았으니 list에 추가한다
lastPos = str.find_first_not_of(delimiters, pos); // 구분자를 뛰어넘는다. "not_of"에 주의하라
pos = str.find_first_of(delimiters, lastPos); // 다음 구분자가 아닌 글자를 찾는다
}
}
void CStringUtil::Tokenize(const string& str, vector<string>& tokens, const string& delimiters)
{
string::size_type lastPos = str.find_first_not_of(delimiters, 0); // 맨 첫 글자가 구분자인 경우 무시
string::size_type pos = str.find_first_of(delimiters, lastPos); // 구분자가 아닌 첫 글자를 찾는다
while (string::npos != pos || string::npos != lastPos)
{
tokens.push_back(str.substr(lastPos, pos - lastPos)); // token을 찾았으니 list에 추가한다
lastPos = str.find_first_not_of(delimiters, pos); // 구분자를 뛰어넘는다. "not_of"에 주의하라
pos = str.find_first_of(delimiters, lastPos); // 다음 구분자가 아닌 글자를 찾는다
}
}
void CStringUtil::Tokenize(const tstring& str, list<tstring>& tokens, const tstring& delimiters)
{
tstring::size_type lastPos = str.find_first_not_of(delimiters, 0); // 맨 첫 글자가 구분자인 경우 무시
tstring::size_type pos = str.find_first_of(delimiters, lastPos); // 구분자가 아닌 첫 글자를 찾는다
while (tstring::npos != pos || tstring::npos != lastPos)
{
tokens.push_back(str.substr(lastPos, pos - lastPos)); // token을 찾았으니 list에 추가한다
lastPos = str.find_first_not_of(delimiters, pos); // 구분자를 뛰어넘는다. "not_of"에 주의하라
pos = str.find_first_of(delimiters, lastPos); // 다음 구분자가 아닌 글자를 찾는다
}
}
void CStringUtil::Tokenize(const tstring& str, vector<tstring>& tokens, const tstring& delimiters)
{
tstring::size_type lastPos = str.find_first_not_of(delimiters, 0); // 맨 첫 글자가 구분자인 경우 무시
tstring::size_type pos = str.find_first_of(delimiters, lastPos); // 구분자가 아닌 첫 글자를 찾는다
while (tstring::npos != pos || tstring::npos != lastPos)
{
tokens.push_back(str.substr(lastPos, pos - lastPos)); // token을 찾았으니 list에 추가한다
lastPos = str.find_first_not_of(delimiters, pos); // 구분자를 뛰어넘는다. "not_of"에 주의하라
pos = str.find_first_of(delimiters, lastPos); // 다음 구분자가 아닌 글자를 찾는다
}
}
vector<tstring> CStringUtil::Split(const tstring& str, const tstring& separators )
{
vector<tstring> result;
CStringUtil::Tokenize(str, result, separators);
return result;
}
vector<string> CStringUtil::Split(const string& str, const string& separators )
{
vector<string> result;
CStringUtil::Tokenize(str, result, separators);
return result;
}
// vector<tstring> CStringUtil::Split(const tstring& text, const tstring& separators )
// {
// size_t n = text.length();
// vector<tstring> result;
// size_t start, stop;
//
// start = text.find_first_not_of(separators, 0); // 맨 첫 글자가 구분자인 경우 무시
// while ((start >= 0) && (start < n))
// {
// stop = text.find_first_of(separators, start);
// if ((stop < 0) || (stop > n))
// stop = n;
//
// result.push_back(text.substr(start, stop - start));
// start = text.find_first_not_of(separators, stop+1);
// }
//
// return result;
// }
bool CStringUtil::IsTherePattern(const tstring& source, const tstring& pattern)
{
return source.find(pattern) != tstring::npos;
}
tstring& CStringUtil::Replace(tstring& source, const tstring& target, const tstring& replacement)
{
tstring::size_type pos = 0; // cur position
tstring::size_type found = 0; // found data position
if (target.size () > 0) // searching for nothing will cause a loop
{
while ((found = source.find (target, pos)) != tstring::npos)
{
source.replace (found, target.size(), replacement);
pos = found + replacement.size();
}
}
return source;
}
tstring& CStringUtil::MakeLower(tstring& target)
{
std::transform(target.begin(), target.end(), target.begin(), _totlower);
return target;
}
tstring& CStringUtil::MakeUpper(tstring& target)
{
std::transform(target.begin(), target.end(), target.begin(), _totupper);
return target;
}
tstring CStringUtil::TrimRight(tstring& s, const tstring& drop )
{
tstring r = s.erase( s.find_last_not_of( drop) + 1 );
return r;
}
tstring CStringUtil::TrimLeft(tstring& s, const tstring& drop)
{
tstring l = s.erase(0, s.find_first_not_of( drop ) );
return l;
}
tstring CStringUtil::Trim(tstring& s, const tstring& drop)
{
return CStringUtil::TrimLeft(CStringUtil::TrimRight(s, drop), drop);
}
tstring CStringUtil::LoadString( HINSTANCE hInstance, UINT uID )
{
tstring retval;
const size_t BUF_INIT_SIZE = 10;
size_t num = BUF_INIT_SIZE;
std::vector<TCHAR> buf( num );
int read_num = ::LoadString( hInstance, uID, &buf[0], num );
if( 0 == read_num )
return retval;
while( read_num == num -1 )
{
num = num * 2;
buf.resize( num );
read_num = ::LoadString( hInstance, uID, &buf[0], num );
}
retval = &buf[0];
return retval;
}
int CStringUtil::format_arg_list(string& strOut, char const* fmt, va_list args)
{
if (!fmt)
{
return -1;
}
int result = -1;
int length = 512;
char* buffer = 0;
while (result == -1)
{
if (buffer)
delete [] buffer;
buffer = new char [length + 1];
memset(buffer, 0, length + 1);
result = _vsnprintf_s(buffer, length, _TRUNCATE, fmt, args);
length *= 2;
}
strOut = buffer;
delete [] buffer;
return result;
}
int CStringUtil::format_arg_list(wstring& strOut, wchar_t const* fmt, va_list args)
{
if (!fmt)
{
return -1;
}
int result = -1;
int length = 512;
wchar_t* buffer = 0;
while (result == -1)
{
if (buffer)
delete [] buffer;
buffer = new wchar_t[length + 1];
memset(buffer, 0, length + 1);
result = _vsnwprintf_s(buffer, length, _TRUNCATE, fmt, args);
length *= 2;
}
strOut = buffer;
delete [] buffer;
return result;
}
std::string CStringUtil::Format(char const* fmt, ...)
{
va_list args;
va_start(args, fmt);
string s;
int length = format_arg_list(s, fmt, args);
va_end(args);
return s;
}
wstring CStringUtil::Format(wchar_t const* fmt, ...)
{
va_list args;
va_start(args, fmt);
wstring s;
int nLength = format_arg_list(s, fmt, args);
va_end(args);
return s;
}
tstring CStringUtil::IntToStr( int nValue )
{
TCHAR szValue[32];
_itot_s(nValue, szValue, 32, 10);
return tstring(szValue);
}
string CStringUtil::IntToStrA( int nValue )
{
char szValue[32];
_itoa_s(nValue, szValue, 32, 10);
return string(szValue);
}
tstring CStringUtil::IntToStr(int nValue, int radix)
{
if( 0 == nValue)
return _T("0");
//자리수 구하기
int length = 0;
int quotient = nValue;
while( quotient )
{
++length ;
quotient = (quotient / radix);
}
if( 0 > nValue )
++length; //- 표시 위치
std::vector<TCHAR> buf( length+1 ); // for '\0'
_itot_s( nValue, &buf[0], length+1, radix );
tstring strRetVal = &buf[0];
return strRetVal;
}
tstring CStringUtil::Int64ToStr( __int64 nValue )
{
TCHAR szValue[64];
_i64tot_s(nValue, szValue, 64, 10);
return tstring(szValue);
}
string CStringUtil::Int64ToStrA( __int64 nValue )
{
char szValue[64];
_i64toa_s(nValue, szValue, 64, 10);
return string(szValue);
}
int CStringUtil::StrToInt( tstring const& nValue )
{
return _ttoi(nValue.c_str());
}
long long CStringUtil::StrToInt64( tstring const& nValue )
{
return _ttoi64(nValue.c_str());
}
int CStringUtil::StrToInt( const string& nValue )
{
return atoi(nValue.c_str());
}
long long CStringUtil::StrToInt64( const string& nValue )
{
return _atoi64(nValue.c_str());
}
tstring CStringUtil::VaListToString(LPCTSTR pstrFormat, va_list& argList)
{
TCHAR buf[10*1024] = {0}; // 10KB
_vstprintf_s(buf, _countof(buf), pstrFormat, argList);
return tstring(buf);
}
int CStringUtil::CompareNoCase( const tstring& strTarget, const tstring& strSource )
{
return _tcsicmp(strTarget.c_str(), strSource.c_str());
}
BOOL CStringUtil::IsLetter( const TCHAR &ch )
{
return (IsAlpha(ch) || CHangulStringUtil::IsHangul(ch)) ? TRUE : FALSE; // 0-9, A-Z, a-z, 한글
}
tstring CStringUtil::MakeRadomString(int nLength)
{
static unsigned int nCount = 0;
srand((unsigned int)CUtil::GetTickCount() + ++nCount);
tstring strRandom;
static TCHAR candidate[3] = {'a', 'A', '0'};
static int candidate_range[3] = {26, 26, 10};
for (int i = 0; i < nLength; ++i)
{
int nCand = rand() % 3;
strRandom += candidate[nCand] + rand() % candidate_range[nCand];
}
return strRandom;
}
std::string CStringUtil::MakeRadomStringA(int nLength)
{
static unsigned int nCount = 0;
srand((unsigned int)CUtil::GetTickCount() + ++nCount);
std::string strRandom;
static char candidate[3] = {'a', 'A', '0'};
static int candidate_range[3] = {26, 26, 10};
for (int i = 0; i < nLength; ++i)
{
int nCand = rand() % 3;
strRandom += candidate[nCand] + rand() % candidate_range[nCand];
}
return strRandom;
}
// void CStringUtil::hex2str(char* h, char* s)
// {
// char t[3] = {0, 0, 0};
//
// for (; h[0] && h[1]; h += 2)
// {
// t[0] = h[0];
// t[1] = h[1];
// *s++ = strtol(t, 0, 16);
// }
//
// *s = 0;
// }
void CStringUtil::hex2str(char* h, char* s)
{
int i;
while (sscanf(h, "%02x", &i) == 1)
{
*s++ = i;
h += 2;
}
*s = 0;
}
void CStringUtil::str2hex(const char s[], char dest[], int n)
{
// 주어진 문자열을 헥사코드 형태로 출력한다.
for (int i = 0; n >= 0; s++, i += 2)
{
sprintf(dest + i, "%0.2x", (unsigned char)*s);
}
} |
60b2575a98e08e44103f2ba307a503fe073a36d9 | 3188d2b4e8e9869c80819e8a3d99ebace8adfd06 | /(Mar)30_Days_Challenge_2021/SetMismatch.cpp | 57695afb8dc88d06dab8d72765f4c759e5619ce6 | [] | no_license | Divyalok123/LeetCode_Practice | 78ce9ba0deb8719b71111e17ae65422d76d2a306 | 2ac1dd229e7154e5ddddb0c72b9bfbb9c897d825 | refs/heads/master | 2023-06-30T08:55:33.369349 | 2021-08-01T06:17:06 | 2021-08-01T06:17:06 | 256,864,709 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 834 | cpp | SetMismatch.cpp | /*
https://leetcode.com/explore/featured/card/march-leetcoding-challenge-2021/588/week-1-march-1st-march-7th/3658/
*/
#include <iostream>
#include <vector>
using namespace std;
class Solution {
public:
vector<int> findErrorNums(vector<int>& nums) {
int mix = 0, j = 1;
for(int& i: nums) {
mix ^= i;
mix ^= j;
j++;
}
mix = (mix & -mix);
j = 1;
int a = 0, b = 0;
for(int& i: nums) {
if(i&mix) a ^= i;
else b ^= i;
if(j&mix) a ^= j;
else b ^= j;
j++;
}
int count = 0;
for(int& i: nums)
if(i == a) count++;
return count == 2 ? vector<int>{a, b} : vector<int>{b, a};
}
}; |
26d4649487099f148382dacb2c0f72c2ce68519f | 3c54abb11e2d5c085710d7076ed15f2bb0966297 | /opencv_practice/include/common.hpp | 683cb6ccd659c9b9fd7852b362a6297a96cb01c5 | [] | no_license | johnchars/practice | 9115aaf1ee94569d8652f523dbc12d5215456f9e | 4c3f49b144789d7da686a5f686ec22cbb8555700 | refs/heads/main | 2023-06-12T14:27:29.002388 | 2021-06-02T09:06:37 | 2021-06-02T09:06:37 | 352,004,239 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 341 | hpp | common.hpp | #ifndef OPENCV_PRACTICE_COMMON_H_
#define OPENCV_PRACTICE_COMMON_H_
#include <iostream>
#include <stdlib.h>
#include "opencv2/core/core.hpp"
#include "opencv2/highgui/highgui.hpp"
#include "opencv2/imgcodecs.hpp"
#include "opencv2/imgproc.hpp"
#include <string>
using namespace std;
using namespace cv;
#endif // OPENCV_PRACTICE_COMMON_H_ |
64ff4f0141941a84d90b3900793c5349aa32050a | 634120df190b6262fccf699ac02538360fd9012d | /Develop/mdk/MADODatabase/MDBPressor/MDBTimePressor.h | 6176e9a83b8e2d884e62900c804aadf11adcaf7a | [] | no_license | ktj007/Raiderz_Public | c906830cca5c644be384e68da205ee8abeb31369 | a71421614ef5711740d154c961cbb3ba2a03f266 | refs/heads/master | 2021-06-08T03:37:10.065320 | 2016-11-28T07:50:57 | 2016-11-28T07:50:57 | 74,959,309 | 6 | 4 | null | 2016-11-28T09:53:49 | 2016-11-28T09:53:49 | null | UTF-8 | C++ | false | false | 1,217 | h | MDBTimePressor.h | #pragma once
#include "MDBPressor.h"
class MDBTimePressor : public MDBPressor
{
public:
MDBTimePressor();
virtual ~MDBTimePressor();
virtual BOOL Init( CString strDataSource,
CString strCatalog,
CString strID,
CString strPassword,
CString strPoolSize );
BOOL StartPress();
void EndPress();
void SetTimer(unsigned int nWholeTIme, unsigned int nTerm);
virtual void CatchEndTest();
int GetWholeTime() { return m_nWholeTime; }
int GetTerm() { return m_nTerm; }
static MDBTimePressor* GetInstance() { return m_pDBPressor; }
protected:
private:
static MDBTimePressor* m_pDBPressor;
unsigned int m_nWholeTime;
unsigned int m_nTerm;
BOOL m_bIsStartExecute;
HANDLE m_hExecuteEvent;
virtual void Reset();
virtual void StartTimer();
virtual void EndTimer();
static unsigned __stdcall ExecuteThread(void* pArg);
virtual BOOL IsStopExecThread() { return MDBPressor::IsStopExecThread();}
static void OnComplete(unsigned int nKey, MRecordset* pRs, char* szError);
};
inline MDBTimePressor* MGetDBTimePressor() { return MDBTimePressor::GetInstance(); }
|
144da6c2ce3efedab8e1cac8389b17b4473adb5a | 49045d9e849d7121a32b00a54ca4d161a0325ce0 | /week_02_introduction_to_openFrameworks/code-examples/primitives2D/src/ofApp.cpp | 81a1632658c8a4ee2ad8bc1c76f6804380bdc3da | [] | no_license | mn3007/creativeCoding | accbf1ce8dfcec64942d207cf69b3524f268aee7 | 40d3e07f947265f1c341a03f59932d2e88cae54a | refs/heads/master | 2021-06-07T18:31:48.139959 | 2016-11-15T12:03:27 | 2016-11-15T12:03:27 | 73,809,646 | 2 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,816 | cpp | ofApp.cpp | #include "ofApp.h"
//--------------------------------------------------------------
void ofApp::setup(){
ofSetBackgroundAuto(false); //turns automatic updating false
ofBackground(0); //move to draw() in order to update canvas with every frame
}
//--------------------------------------------------------------
void ofApp::update(){
}
//--------------------------------------------------------------
void ofApp::draw(){
ofRect(100, 100, 200, 150);
ofTriangle(600, 100, 500, 300, 700, 300);
ofCircle(200, 400, 100);
ofEllipse(600, 400, 300, 100);
ofLine(100, 600, 800, 600);
//custom shape
ofBeginShape();
ofVertex(220, 720);
ofVertex(240, 720);
ofVertex(240, 740);
ofVertex(260, 740);
ofVertex(260, 760);
ofVertex(220, 760);
ofEndShape();
}
//--------------------------------------------------------------
void ofApp::keyPressed(int key){
}
//--------------------------------------------------------------
void ofApp::keyReleased(int key){
}
//--------------------------------------------------------------
void ofApp::mouseMoved(int x, int y){
}
//--------------------------------------------------------------
void ofApp::mouseDragged(int x, int y, int button){
}
//--------------------------------------------------------------
void ofApp::mousePressed(int x, int y, int button){
}
//--------------------------------------------------------------
void ofApp::mouseReleased(int x, int y, int button){
}
//--------------------------------------------------------------
void ofApp::windowResized(int w, int h){
}
//--------------------------------------------------------------
void ofApp::gotMessage(ofMessage msg){
}
//--------------------------------------------------------------
void ofApp::dragEvent(ofDragInfo dragInfo){
}
|
f6dc425326a8037f665709556a173120c7300bea | 3ac77b91e64d210c20635812bae6019d27943375 | /Ex1_coll_20180111/Ex1_coll_20180111.cpp | 0178600f058e0ea55f1c832d1e93d4e27a773dce | [] | no_license | kaspiotr/WDI-intro-to-CS | 6b71b96427facde7e58d1e66f295aba85433a017 | 0b8415580c56efc6e291d3bb362a9724e33d1acb | refs/heads/master | 2022-01-12T09:39:45.284692 | 2019-05-17T15:33:26 | 2019-05-17T15:33:26 | 106,910,390 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 42 | cpp | Ex1_coll_20180111.cpp | //
// Created by kaspiotr on 1/25/18.
//
|
6379169f2b8490831a2608063b6352e70eea1cc4 | 2781c1d325f3dde0404f2d6d1a4dd32e79b8a6c9 | /Matrizes/Inventario.cpp | cbf985a167da9bafeed15fa08320e03b8d3e9791 | [] | no_license | vinicassol/algoritmos | 71af9a440b6397553861fe4be57e015dcf21f2eb | 90ad2253f3310900374100af94a512ac7bf321a5 | refs/heads/master | 2023-05-04T12:23:18.633886 | 2021-06-01T17:26:27 | 2021-06-01T17:26:27 | 259,642,015 | 3 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 2,404 | cpp | Inventario.cpp | #include <iostream>
using namespace std;
//Matriz inventario para armazenar itens de um jogo
int main() {
//Declaração da Matriz com 4 linhas e 10 colunas
// Indice das linhas: 0 a 3
// Indice das Colunas: 0 a 10
string inventario[4][10];
//Preencher a Matriz
inventario[0][0] = "Gold";
inventario[1][0] = "Gold";
inventario[2][0] = "Gold";
inventario[3][0] = "Gold";
inventario[3][5] = "Gold";
inventario[3][6] = "Gold";
inventario[3][7] = "Gold";
inventario[2][8] = "Anel";
inventario[2][9] = "Anel";
inventario[3][8] = "Anel";
inventario[3][9] = "Anel";
inventario[3][1] = "Elixir";
inventario[3][2] = "P.Mana";
inventario[3][3] = "P.Vida";
inventario[2][1] = "Espada1-Cabo";
inventario[1][1] = "Espada1-Lamina";
inventario[0][1] = "Espada1-Ponto";
inventario[2][2] = "Espada2-Cabo";
inventario[1][2] = "Espada2-Lamina";
inventario[0][2] = "Espada2-Ponto";
inventario[2][3] = "Espada3-Cabo";
inventario[1][3] = "Espada3-Lamina";
inventario[0][3] = "Espada3-Ponta";
inventario[2][4] = "Espada4-Cabo";
inventario[1][4] = "Espada4-Lamina";
inventario[0][4] = "Espada4-Ponta";
inventario[0][6] = "Armadura-p1";
inventario[1][6] = "Armadura-p2";
inventario[2][6] = "Armadura-p3";
inventario[0][7] = "Armadura-p4";
inventario[1][7] = "Armadura-p5";
inventario[2][7] = "Armadura-p6";
inventario[0][8] = "Cinturao-p1";
inventario[0][9] = "Cinturao-p2";
inventario[1][8] = "Cinturao-p3";
inventario[1][9] = "Cinturao-p4";
inventario[3][4] = "Pergaminho";
inventario[2][5] = "Espada5-Cabo";
inventario[1][5] = "Espada5-Lamina";
inventario[0][5] = "Espada5-Ponta";
for(int i=0; i < 4; i++) // Percorre todas as linhas
{
for(int j=0; j < 10; j++) //Percorre todas as colunas
{
cout << inventario[i][j];
if(j<9)
cout << " - ";
}
cout << endl;
}
int linha, coluna;
char resposta;
cout << "Informe a linha e coluna desejada: ";
cin >> linha >> coluna;
cout << "Nesta posicao temos: " << inventario[linha][coluna] << endl;
cout << "Quer usar? (s/n)";
cin >> resposta;
if(resposta == 's')
inventario[linha][coluna] = "VAZIO";
for(int i=0; i < 4; i++) // Percorre todas as linhas
{
for(int j=0; j < 10; j++) //Percorre todas as colunas
{
cout << inventario[i][j];
if(j<9)
cout << " - ";
}
cout << endl;
}
} |
5e2ff0a2b546e2498d54b2c7a07068cfdd0d8b66 | a22bacd76e13467e9ba9336cc7076289e8ac31f0 | /Benchmarking/CoreNeuron/BBP_TTPC_clean/moddir/x86_64/corenrn/mod2c/netstim.cpp | 24d4fc395a9fd103ed4664e36b183614590e4f85 | [
"CC-BY-NC-4.0",
"CC-BY-4.0",
"CC-BY-NC-SA-4.0",
"MIT"
] | permissive | roybens/NeuroGPU | f7db3be8179f0d2ad94cc9748b06056284407a5e | 667d266af133e98013904effe75670b44119d424 | refs/heads/master | 2022-12-09T17:40:56.395946 | 2021-11-05T13:18:25 | 2021-11-05T13:18:25 | 167,233,864 | 20 | 3 | MIT | 2022-12-08T08:38:07 | 2019-01-23T18:35:16 | C++ | UTF-8 | C++ | false | false | 23,409 | cpp | netstim.cpp | /* Created by Language version: 6.2.0 */
#undef DISABLE_OPENACC
#define DISABLE_OPENACC
/* VECTORIZED */
#include <stdio.h>
#include <stdlib.h>
#include <math.h>
#undef PI
#include "coreneuron/utils/randoms/nrnran123.h"
#include "coreneuron/nrnoc/md1redef.h"
#include "coreneuron/nrnconf.h"
#include "coreneuron/sim/multicore.hpp"
#include "coreneuron/nrniv/nrniv_decl.h"
#include "coreneuron/utils/ivocvect.hpp"
#include "coreneuron/utils/nrnoc_aux.hpp"
#include "coreneuron/gpu/nrn_acc_manager.hpp"
#include "coreneuron/mechanism/mech/cfile/scoplib.h"
#include "coreneuron/sim/scopmath/newton_struct.h"
#include "coreneuron/nrnoc/md2redef.h"
#include "coreneuron/mechanism/register_mech.hpp"
#include "_kinderiv.h"
#if !NRNGPU
#if !defined(DISABLE_HOC_EXP)
#undef exp
#define exp hoc_Exp
#endif
#endif
#define _threadargsproto_namespace int _iml, int _cntml_padded, double* _p, coreneuron::Datum* _ppvar, coreneuron::ThreadDatum* _thread, coreneuron::NrnThread* _nt, double v
static void bbcore_read(double *, int*, int*, int*, _threadargsproto_namespace);
static void bbcore_write(double *, int*, int*, int*, _threadargsproto_namespace);
namespace coreneuron {
#define _thread_present_ /**/
#if defined(_OPENACC) && !defined(DISABLE_OPENACC)
#include <openacc.h>
#if defined(__PGI)
#include "accelmath.h"
#endif
#if defined(PG_ACC_BUGS)
#define _PRAGMA_FOR_INIT_ACC_LOOP_ _Pragma("acc parallel loop present(_ni[0:_cntml_actual], _nt_data[0:_nt->_ndata], _p[0:_cntml_padded*_psize], _ppvar[0:_cntml_padded*_ppsize], _vec_v[0:_nt->end], nrn_ion_global_map[0:nrn_ion_global_map_size][0:3], _nt[0:1] _thread_present_) if(_nt->compute_gpu)")
#else
#define _PRAGMA_FOR_INIT_ACC_LOOP_ _Pragma("acc parallel loop present(_ni[0:_cntml_actual], _nt_data[0:_nt->_ndata], _p[0:_cntml_padded*_psize], _ppvar[0:_cntml_padded*_ppsize], _vec_v[0:_nt->end], nrn_ion_global_map[0:nrn_ion_global_map_size], _nt[0:1] _thread_present_) if(_nt->compute_gpu)")
#endif
#define _PRAGMA_FOR_STATE_ACC_LOOP_ _Pragma("acc parallel loop present(_ni[0:_cntml_actual], _nt_data[0:_nt->_ndata], _p[0:_cntml_padded*_psize], _ppvar[0:_cntml_padded*_ppsize], _vec_v[0:_nt->end], _nt[0:1], _ml[0:1] _thread_present_) if(_nt->compute_gpu) async(stream_id)")
#define _PRAGMA_FOR_CUR_ACC_LOOP_ _Pragma("acc parallel loop present(_ni[0:_cntml_actual], _nt_data[0:_nt->_ndata], _p[0:_cntml_padded*_psize], _ppvar[0:_cntml_padded*_ppsize], _vec_v[0:_nt->end], _vec_d[0:_nt->end], _vec_rhs[0:_nt->end], _nt[0:1] _thread_present_) if(_nt->compute_gpu) async(stream_id)")
#define _PRAGMA_FOR_CUR_SYN_ACC_LOOP_ _Pragma("acc parallel loop present(_ni[0:_cntml_actual], _nt_data[0:_nt->_ndata], _p[0:_cntml_padded*_psize], _ppvar[0:_cntml_padded*_ppsize], _vec_v[0:_nt->end], _vec_shadow_rhs[0:_nt->shadow_rhs_cnt], _vec_shadow_d[0:_nt->shadow_rhs_cnt], _vec_d[0:_nt->end], _vec_rhs[0:_nt->end], _nt[0:1]) if(_nt->compute_gpu) async(stream_id)")
#define _PRAGMA_FOR_NETRECV_ACC_LOOP_ _Pragma("acc parallel loop present(_pnt[0:_pnt_length], _nrb[0:1], _nt[0:1], nrn_threads[0:nrn_nthread]) if(_nt->compute_gpu) async(stream_id)")
#else
#define _PRAGMA_FOR_INIT_ACC_LOOP_ _Pragma("")
#define _PRAGMA_FOR_STATE_ACC_LOOP_ _Pragma("")
#define _PRAGMA_FOR_CUR_ACC_LOOP_ _Pragma("")
#define _PRAGMA_FOR_CUR_SYN_ACC_LOOP_ _Pragma("")
#define _PRAGMA_FOR_NETRECV_ACC_LOOP_ _Pragma("")
#endif
#if defined(__ICC) || defined(__INTEL_COMPILER)
#define _PRAGMA_FOR_VECTOR_LOOP_ _Pragma("ivdep")
#elif defined(__IBMC__) || defined(__IBMCPP__)
#define _PRAGMA_FOR_VECTOR_LOOP_ _Pragma("ibm independent_loop")
#elif defined(__PGI)
#define _PRAGMA_FOR_VECTOR_LOOP_ _Pragma("vector")
#elif defined(_CRAYC)
#define _PRAGMA_FOR_VECTOR_LOOP_ _Pragma("_CRI ivdep")
#elif defined(__clang__)
#define _PRAGMA_FOR_VECTOR_LOOP_ _Pragma("clang loop vectorize(enable)")
#elif defined(__GNUC__) || defined(__GNUG__)
#define _PRAGMA_FOR_VECTOR_LOOP_ _Pragma("GCC ivdep")
#else
#define _PRAGMA_FOR_VECTOR_LOOP_
#endif // _PRAGMA_FOR_VECTOR_LOOP_
#if !defined(LAYOUT)
/* 1 means AoS, >1 means AoSoA, <= 0 means SOA */
#define LAYOUT 1
#endif
#if LAYOUT >= 1
#define _STRIDE LAYOUT
#else
#define _STRIDE _cntml_padded + _iml
#endif
#define nrn_init _nrn_init__NetStim
#define nrn_cur _nrn_cur__NetStim
#define _nrn_current _nrn_current__NetStim
#define nrn_jacob _nrn_jacob__NetStim
#define nrn_state _nrn_state__NetStim
#define initmodel initmodel__NetStim
#define _net_receive _net_receive__NetStim
#define _net_init _net_init__NetStim
#define nrn_state_launcher nrn_state_NetStim_launcher
#define nrn_cur_launcher nrn_cur_NetStim_launcher
#define nrn_jacob_launcher nrn_jacob_NetStim_launcher
#define init_sequence init_sequence_NetStim
#define next_invl next_invl_NetStim
#define noiseFromRandom123 noiseFromRandom123_NetStim
#define noiseFromRandom noiseFromRandom_NetStim
#define seed seed_NetStim
#undef _threadargscomma_
#undef _threadargsprotocomma_
#undef _threadargs_
#undef _threadargsproto_
#define _threadargscomma_ _iml, _cntml_padded, _p, _ppvar, _thread, _nt, v,
#define _threadargsprotocomma_ int _iml, int _cntml_padded, double* _p, Datum* _ppvar, ThreadDatum* _thread, NrnThread* _nt, double v,
#define _threadargs_ _iml, _cntml_padded, _p, _ppvar, _thread, _nt, v
#define _threadargsproto_ int _iml, int _cntml_padded, double* _p, Datum* _ppvar, ThreadDatum* _thread, NrnThread* _nt, double v
/*SUPPRESS 761*/
/*SUPPRESS 762*/
/*SUPPRESS 763*/
/*SUPPRESS 765*/
/* Thread safe. No static _p or _ppvar. */
#define t _nt->_t
#define dt _nt->_dt
#define interval _p[0*_STRIDE]
#define number _p[1*_STRIDE]
#define start _p[2*_STRIDE]
#define noise _p[3*_STRIDE]
#define event _p[4*_STRIDE]
#define on _p[5*_STRIDE]
#define ispike _p[6*_STRIDE]
#define _v_unused _p[7*_STRIDE]
#define _tsav _p[8*_STRIDE]
#ifndef NRN_PRCELLSTATE
#define NRN_PRCELLSTATE 0
#endif
#if NRN_PRCELLSTATE
#define _PRCELLSTATE_V _v_unused = _v;
#define _PRCELLSTATE_G /**/
#else
#define _PRCELLSTATE_V /**/
#define _PRCELLSTATE_G /**/
#endif
#define _nd_area _nt_data[_ppvar[0*_STRIDE]]
#define _p_donotuse _nt->_vdata[_ppvar[2*_STRIDE]]
#if MAC
#if !defined(v)
#define v _mlhv
#endif
#if !defined(h)
#define h _mlhh
#endif
#endif
static int hoc_nrnpointerindex = 2;
static ThreadDatum* _extcall_thread;
/* external NEURON variables */
#if 0 /*BBCORE*/
/* declaration of user functions */
static double _hoc_erand();
static double _hoc_init_sequence();
static double _hoc_invl();
static double _hoc_next_invl();
static double _hoc_noiseFromRandom123();
static double _hoc_noiseFromRandom();
static double _hoc_seed();
#endif /*BBCORE*/
static int _mechtype;
static int _pointtype;
#if 0 /*BBCORE*/
static void* _hoc_create_pnt(_ho) Object* _ho; { void* create_point_process();
return create_point_process(_pointtype, _ho);
}
static void _hoc_destroy_pnt();
static double _hoc_loc_pnt(_vptr) void* _vptr; {double loc_point_process();
return loc_point_process(_pointtype, _vptr);
}
static double _hoc_has_loc(_vptr) void* _vptr; {double has_loc_point();
return has_loc_point(_vptr);
}
static double _hoc_get_loc_pnt(_vptr)void* _vptr; {
double get_loc_point_process(); return (get_loc_point_process(_vptr));
}
#endif /*BBCORE*/
#if 0 /*BBCORE*/
/* connect user functions to hoc names */
static VoidFunc hoc_intfunc[] = {
0,0
};
static Member_func _member_func[] = {
"loc", _hoc_loc_pnt,
"has_loc", _hoc_has_loc,
"get_loc", _hoc_get_loc_pnt,
"erand", _hoc_erand,
"init_sequence", _hoc_init_sequence,
"invl", _hoc_invl,
"next_invl", _hoc_next_invl,
"noiseFromRandom123", _hoc_noiseFromRandom123,
"noiseFromRandom", _hoc_noiseFromRandom,
"seed", _hoc_seed,
0, 0
};
#endif /*BBCORE*/
#define erand erand_NetStim
#define invl invl_NetStim
inline double erand( _threadargsproto_ );
inline double invl( _threadargsprotocomma_ double );
/* declare global and static user variables */
static void _acc_globals_update() {
}
#if 0 /*BBCORE*/
/* some parameters have upper and lower limits */
static HocParmLimits _hoc_parm_limits[] = {
"interval", 1e-09, 1e+09,
"noise", 0, 1,
"number", 0, 1e+09,
0,0,0
};
static HocParmUnits _hoc_parm_units[] = {
"interval", "ms",
"start", "ms",
0,0
};
#endif /*BBCORE*/
/* connect global user variables to hoc */
static DoubScal hoc_scdoub[] = {
0,0
};
static DoubVec hoc_vdoub[] = {
0,0,0
};
static double _sav_indep;
static void nrn_alloc(double*, Datum*, int);
void nrn_init(NrnThread*, Memb_list*, int);
void nrn_state(NrnThread*, Memb_list*, int);
#if 0 /*BBCORE*/
static void _hoc_destroy_pnt(_vptr) void* _vptr; {
destroy_point_process(_vptr);
}
#endif /*BBCORE*/
/* connect range variables in _p that hoc is supposed to know about */
static const char *_mechanism[] = {
"6.2.0",
"NetStim",
"interval",
"number",
"start",
"noise",
0,
0,
0,
"donotuse",
0};
static void nrn_alloc(double* _p, Datum* _ppvar, int _type) {
#if 0 /*BBCORE*/
/*initialize range parameters*/
interval = 10;
number = 10;
start = 50;
noise = 0;
#endif /* BBCORE */
}
static void _initlists();
#define _tqitem &(_nt->_vdata[_ppvar[3*_STRIDE]])
void _net_receive(Point_process*, int, double);
#define _psize 9
#define _ppsize 4
void _netstim_reg() {
int _vectorized = 1;
_initlists();
_mechtype = nrn_get_mechtype(_mechanism[1]);
if (_mechtype == -1) return;
_nrn_layout_reg(_mechtype, LAYOUT);
#if 0 /*BBCORE*/
#endif /*BBCORE*/
_pointtype = point_register_mech(_mechanism,
nrn_alloc,NULL, NULL, NULL, nrn_init,
hoc_nrnpointerindex,
NULL/*_hoc_create_pnt*/, NULL/*_hoc_destroy_pnt*/, /*_member_func,*/
1);
hoc_reg_bbcore_read(_mechtype, bbcore_read);
hoc_reg_bbcore_write(_mechtype, bbcore_write);
hoc_register_prop_size(_mechtype, _psize, _ppsize);
hoc_register_dparam_semantics(_mechtype, 0, "area");
hoc_register_dparam_semantics(_mechtype, 1, "pntproc");
hoc_register_dparam_semantics(_mechtype, 2, "bbcorepointer");
hoc_register_dparam_semantics(_mechtype, 3, "netsend");
add_nrn_artcell(_mechtype, 3);
add_nrn_has_net_event(_mechtype);
set_pnt_receive(_mechtype, _net_receive, nullptr, 1);
hoc_register_var(hoc_scdoub, hoc_vdoub, NULL);
}
static const char *modelname = "";
static int error;
static int _ninits = 0;
static int _match_recurse=1;
static void _modl_cleanup(){ _match_recurse=1;}
static inline int init_sequence(_threadargsprotocomma_ double);
static inline int next_invl(_threadargsproto_);
static inline int noiseFromRandom123(_threadargsproto_);
static inline int noiseFromRandom(_threadargsproto_);
static inline int seed(_threadargsprotocomma_ double);
} using namespace coreneuron;
/*VERBATIM*/
#if NRNBBCORE /* running in CoreNEURON */
#define IFNEWSTYLE(arg) arg
#else /* running in NEURON */
/*
1 means noiseFromRandom was called when _ran_compat was previously 0 .
2 means noiseFromRandom123 was called when _ran_compart was previously 0.
*/
static int _ran_compat; /* specifies the noise style for all instances */
#define IFNEWSTYLE(arg) if(_ran_compat == 2) { arg }
#endif /* running in NEURON */
namespace coreneuron {
static int seed ( _threadargsprotocomma_ double _lx ) {
/*VERBATIM*/
#if !NRNBBCORE
set_seed ( _lx ) ;
/*VERBATIM*/
#endif
return 0; }
#if 0 /*BBCORE*/
static double _hoc_seed(void* _vptr) {
double _r;
double* _p; Datum* _ppvar; ThreadDatum* _thread; NrnThread* _nt;
_p = ((Point_process*)_vptr)->_prop->param;
_ppvar = ((Point_process*)_vptr)->_prop->dparam;
_thread = _extcall_thread;
_nt = (NrnThread*)((Point_process*)_vptr)->_vnt;
_r = 1.;
seed ( _threadargs_, *getarg(1) );
return(_r);
}
#endif /*BBCORE*/
static int init_sequence ( _threadargsprotocomma_ double _lt ) {
if ( number > 0.0 ) {
on = 1.0 ;
event = 0.0 ;
ispike = 0.0 ;
}
return 0; }
#if 0 /*BBCORE*/
static double _hoc_init_sequence(void* _vptr) {
double _r;
double* _p; Datum* _ppvar; ThreadDatum* _thread; NrnThread* _nt;
_p = ((Point_process*)_vptr)->_prop->param;
_ppvar = ((Point_process*)_vptr)->_prop->dparam;
_thread = _extcall_thread;
_nt = (NrnThread*)((Point_process*)_vptr)->_vnt;
_r = 1.;
init_sequence ( _threadargs_, *getarg(1) );
return(_r);
}
#endif /*BBCORE*/
double invl ( _threadargsprotocomma_ double _lmean ) {
double _linvl;
if ( _lmean <= 0. ) {
_lmean = .01 ;
}
if ( noise == 0.0 ) {
_linvl = _lmean ;
}
else {
_linvl = ( 1. - noise ) * _lmean + noise * _lmean * erand ( _threadargs_ ) ;
}
return _linvl;
}
#if 0 /*BBCORE*/
static double _hoc_invl(void* _vptr) {
double _r;
double* _p; Datum* _ppvar; ThreadDatum* _thread; NrnThread* _nt;
_p = ((Point_process*)_vptr)->_prop->param;
_ppvar = ((Point_process*)_vptr)->_prop->dparam;
_thread = _extcall_thread;
_nt = (NrnThread*)((Point_process*)_vptr)->_vnt;
_r = invl ( _threadargs_, *getarg(1) );
return(_r);
}
#endif /*BBCORE*/
} using namespace coreneuron;
/*VERBATIM*/
#include "nrnran123.h"
#if !NRNBBCORE
/* backward compatibility */
double nrn_random_pick(void* r);
void* nrn_random_arg(int argpos);
int nrn_random_isran123(void* r, uint32_t* id1, uint32_t* id2, uint32_t* id3);
#endif
namespace coreneuron {
double erand ( _threadargsproto_ ) {
double _lerand;
/*VERBATIM*/
if (_p_donotuse) {
/*
:Supports separate independent but reproducible streams for
: each instance. However, the corresponding hoc Random
: distribution MUST be set to Random.negexp(1)
*/
#if !NRNBBCORE
if (_ran_compat == 2) {
_lerand = nrnran123_negexp((nrnran123_State*)_p_donotuse);
}else{
_lerand = nrn_random_pick(_p_donotuse);
}
#else
_lerand = nrnran123_negexp((nrnran123_State*)_p_donotuse);
#endif
return _lerand;
}else{
#if NRNBBCORE
assert(0);
#else
/*
: the old standby. Cannot use if reproducible parallel sim
: independent of nhost or which host this instance is on
: is desired, since each instance on this cpu draws from
: the same stream
*/
#endif
}
#if !NRNBBCORE
_lerand = exprand ( 1.0 ) ;
/*VERBATIM*/
#endif
return _lerand;
}
#if 0 /*BBCORE*/
static double _hoc_erand(void* _vptr) {
double _r;
double* _p; Datum* _ppvar; ThreadDatum* _thread; NrnThread* _nt;
_p = ((Point_process*)_vptr)->_prop->param;
_ppvar = ((Point_process*)_vptr)->_prop->dparam;
_thread = _extcall_thread;
_nt = (NrnThread*)((Point_process*)_vptr)->_vnt;
_r = erand ( _threadargs_ );
return(_r);
}
#endif /*BBCORE*/
static int noiseFromRandom ( _threadargsproto_ ) {
/*VERBATIM*/
#if !NRNBBCORE
{
void** pv = (void**)(&_p_donotuse);
if (_ran_compat == 2) {
fprintf(stderr, "NetStim.noiseFromRandom123 was previously called\n");
assert(0);
}
_ran_compat = 1;
if (ifarg(1)) {
*pv = nrn_random_arg(1);
}else{
*pv = nullptr;
}
}
#endif
return 0; }
#if 0 /*BBCORE*/
static double _hoc_noiseFromRandom(void* _vptr) {
double _r;
double* _p; Datum* _ppvar; ThreadDatum* _thread; NrnThread* _nt;
_p = ((Point_process*)_vptr)->_prop->param;
_ppvar = ((Point_process*)_vptr)->_prop->dparam;
_thread = _extcall_thread;
_nt = (NrnThread*)((Point_process*)_vptr)->_vnt;
_r = 1.;
noiseFromRandom ( _threadargs_ );
return(_r);
}
#endif /*BBCORE*/
static int noiseFromRandom123 ( _threadargsproto_ ) {
/*VERBATIM*/
#if !NRNBBCORE
{
nrnran123_State** pv = (nrnran123_State**)(&_p_donotuse);
if (_ran_compat == 1) {
fprintf(stderr, "NetStim.noiseFromRandom was previously called\n");
assert(0);
}
_ran_compat = 2;
if (*pv) {
nrnran123_deletestream(*pv);
*pv = nullptr;
}
if (ifarg(3)) {
*pv = nrnran123_newstream3((uint32_t)*getarg(1), (uint32_t)*getarg(2), (uint32_t)*getarg(3));
}else if (ifarg(2)) {
*pv = nrnran123_newstream((uint32_t)*getarg(1), (uint32_t)*getarg(2));
}
}
#endif
return 0; }
#if 0 /*BBCORE*/
static double _hoc_noiseFromRandom123(void* _vptr) {
double _r;
double* _p; Datum* _ppvar; ThreadDatum* _thread; NrnThread* _nt;
_p = ((Point_process*)_vptr)->_prop->param;
_ppvar = ((Point_process*)_vptr)->_prop->dparam;
_thread = _extcall_thread;
_nt = (NrnThread*)((Point_process*)_vptr)->_vnt;
_r = 1.;
noiseFromRandom123 ( _threadargs_ );
return(_r);
}
#endif /*BBCORE*/
} using namespace coreneuron;
/*VERBATIM*/
static void bbcore_write(double* x, int* d, int* xx, int *offset, _threadargsproto_) {
if (!noise) { return; }
/* error if using the legacy scop_exprand */
if (!_p_donotuse) {
fprintf(stderr, "NetStim: cannot use the legacy scop_negexp generator for the random stream.\n");
assert(0);
}
if (d) {
unsigned char which;
uint32_t* di = ((uint32_t*)d) + *offset;
#if !NRNBBCORE
if (_ran_compat == 1) {
void** pv = (void**)(&_p_donotuse);
/* error if not using Random123 generator */
if (!nrn_random_isran123(*pv, di, di+1, di+2)) {
fprintf(stderr, "NetStim: Random123 generator is required\n");
assert(0);
}
// Assume an unpicked stream.
di[3] = 0;
di[4] = 0;
}else{
#else
{
#endif
nrnran123_State** pv = (nrnran123_State**)(&_p_donotuse);
nrnran123_getids3(*pv, di, di+1, di+2);
nrnran123_getseq(*pv, di+3, &which);
di[4] = (int)which;
}
/*printf("Netstim bbcore_write %d %d %d\n", di[0], di[1], di[3]);*/
}
*offset += 5;
}
static void bbcore_read(double* x, int* d, int* xx, int* offset, _threadargsproto_) {
assert(!_p_donotuse);
if (noise) {
uint32_t* di = ((uint32_t*)d) + *offset;
nrnran123_State** pv = (nrnran123_State**)(&_p_donotuse);
*pv = nrnran123_newstream3(di[0], di[1], di[2]);
nrnran123_setseq(*pv, di[3], (char)di[4]);
}else{
return;
}
*offset += 5;
}
namespace coreneuron {
static int next_invl ( _threadargsproto_ ) {
if ( number > 0.0 ) {
event = invl ( _threadargscomma_ interval ) ;
}
if ( ispike >= number ) {
on = 0.0 ;
}
return 0; }
#if 0 /*BBCORE*/
static double _hoc_next_invl(void* _vptr) {
double _r;
double* _p; Datum* _ppvar; ThreadDatum* _thread; NrnThread* _nt;
_p = ((Point_process*)_vptr)->_prop->param;
_ppvar = ((Point_process*)_vptr)->_prop->dparam;
_thread = _extcall_thread;
_nt = (NrnThread*)((Point_process*)_vptr)->_vnt;
_r = 1.;
next_invl ( _threadargs_ );
return(_r);
}
#endif /*BBCORE*/
void _net_receive (Point_process* _pnt, int _weight_index, double _lflag)
{ double* _p; Datum* _ppvar; ThreadDatum* _thread; double v = 0;
Memb_list* _ml; int _cntml_padded, _cntml_actual; int _iml; double* _args;
NrnThread* _nt;
int _tid = _pnt->_tid;
_nt = nrn_threads + _tid;
_thread = (ThreadDatum*)0;
double *_weights = _nt->_weights;
_args = _weights + _weight_index;
_ml = _nt->_ml_list[_pnt->_type];
_cntml_actual = _ml->_nodecount;
_cntml_padded = _ml->_nodecount_padded;
_iml = _pnt->_i_instance;
#if LAYOUT == 1 /*AoS*/
_p = _ml->_data + _iml*_psize; _ppvar = _ml->_pdata + _iml*_ppsize;
#endif
#if LAYOUT == 0 /*SoA*/
_p = _ml->_data; _ppvar = _ml->_pdata;
#endif
#if LAYOUT > 1 /*AoSoA*/
#error AoSoA not implemented.
#endif
#if !defined(_OPENACC)
assert(_tsav <= t);
#endif
_tsav = t;
#if !NET_RECEIVE_BUFFERING
if (_lflag == 1. ) {*(_tqitem) = 0;}
#endif
{
if ( _lflag == 0.0 ) {
if ( _args[0] > 0.0 && on == 0.0 ) {
init_sequence ( _threadargscomma_ t ) ;
next_invl ( _threadargs_ ) ;
event = event - interval * ( 1. - noise ) ;
artcell_net_send ( _tqitem, _weight_index, _pnt, t + event , 1.0 ) ;
}
else if ( _args[0] < 0.0 ) {
on = 0.0 ;
}
}
if ( _lflag == 3.0 ) {
if ( on == 1.0 ) {
init_sequence ( _threadargscomma_ t ) ;
artcell_net_send ( _tqitem, _weight_index, _pnt, t + 0.0 , 1.0 ) ;
}
}
if ( _lflag == 1.0 && on == 1.0 ) {
ispike = ispike + 1.0 ;
net_event ( _pnt, t ) ;
next_invl ( _threadargs_ ) ;
if ( on == 1.0 ) {
artcell_net_send ( _tqitem, _weight_index, _pnt, t + event , 1.0 ) ;
}
}
}
#if NET_RECEIVE_BUFFERING
#undef t
#define t _nt->_t
#endif
}
static inline void initmodel(_threadargsproto_) {
int _i; double _save;{
{
/*VERBATIM*/
if (_p_donotuse) {
/* only this style initializes the stream on finitialize */
IFNEWSTYLE(nrnran123_setseq((nrnran123_State*)_p_donotuse, 0, 0);)
}
on = 0.0 ;
ispike = 0.0 ;
if ( noise < 0.0 ) {
noise = 0.0 ;
}
if ( noise > 1.0 ) {
noise = 1.0 ;
}
if ( start >= 0.0 && number > 0.0 ) {
on = 1.0 ;
event = start + invl ( _threadargscomma_ interval ) - interval * ( 1. - noise ) ;
if ( event < 0.0 ) {
event = 0.0 ;
}
artcell_net_send ( _tqitem, -1, (Point_process*) _nt->_vdata[_ppvar[1*_STRIDE]], t + event , 3.0 ) ;
}
}
}
}
void nrn_init(NrnThread* _nt, Memb_list* _ml, int _type){
double* _p; Datum* _ppvar; ThreadDatum* _thread;
double _v, v; int* _ni; int _iml, _cntml_padded, _cntml_actual;
_ni = _ml->_nodeindices;
_cntml_actual = _ml->_nodecount;
_cntml_padded = _ml->_nodecount_padded;
_thread = _ml->_thread;
_acc_globals_update();
double * _nt_data = _nt->_data;
double * _vec_v = _nt->_actual_v;
int stream_id = _nt->stream_id;
if (_nrn_skip_initmodel == 0) {
#if LAYOUT == 1 /*AoS*/
for (_iml = 0; _iml < _cntml_actual; ++_iml) {
_p = _ml->_data + _iml*_psize; _ppvar = _ml->_pdata + _iml*_ppsize;
#elif LAYOUT == 0 /*SoA*/
_p = _ml->_data; _ppvar = _ml->_pdata;
_PRAGMA_FOR_INIT_ACC_LOOP_
for (_iml = 0; _iml < _cntml_actual; ++_iml) {
#else /* LAYOUT > 1 */ /*AoSoA*/
#error AoSoA not implemented.
for (;;) { /* help clang-format properly indent */
#endif
_tsav = -1e20;
initmodel(_threadargs_);
}
}
}
static double _nrn_current(_threadargsproto_, double _v){double _current=0.;v=_v;{
} return _current;
}
#if defined(ENABLE_CUDA_INTERFACE) && defined(_OPENACC)
void nrn_state_launcher(NrnThread*, Memb_list*, int, int);
void nrn_jacob_launcher(NrnThread*, Memb_list*, int, int);
void nrn_cur_launcher(NrnThread*, Memb_list*, int, int);
#endif
void nrn_state(NrnThread* _nt, Memb_list* _ml, int _type) {
double* _p; Datum* _ppvar; ThreadDatum* _thread;
double v, _v = 0.0; int* _ni; int _iml, _cntml_padded, _cntml_actual;
_ni = _ml->_nodeindices;
_cntml_actual = _ml->_nodecount;
_cntml_padded = _ml->_nodecount_padded;
_thread = _ml->_thread;
#if defined(ENABLE_CUDA_INTERFACE) && defined(_OPENACC) && !defined(DISABLE_OPENACC)
NrnThread* d_nt = acc_deviceptr(_nt);
Memb_list* d_ml = acc_deviceptr(_ml);
nrn_state_launcher(d_nt, d_ml, _type, _cntml_actual);
return;
#endif
double * _nt_data = _nt->_data;
double * _vec_v = _nt->_actual_v;
int stream_id = _nt->stream_id;
#if LAYOUT == 1 /*AoS*/
for (_iml = 0; _iml < _cntml_actual; ++_iml) {
_p = _ml->_data + _iml*_psize; _ppvar = _ml->_pdata + _iml*_ppsize;
#elif LAYOUT == 0 /*SoA*/
_p = _ml->_data; _ppvar = _ml->_pdata;
/* insert compiler dependent ivdep like pragma */
_PRAGMA_FOR_VECTOR_LOOP_
_PRAGMA_FOR_STATE_ACC_LOOP_
for (_iml = 0; _iml < _cntml_actual; ++_iml) {
#else /* LAYOUT > 1 */ /*AoSoA*/
#error AoSoA not implemented.
for (;;) { /* help clang-format properly indent */
#endif
v=_v;
{
}}
}
static void terminal(){}
static void _initlists(){
double _x; double* _p = &_x;
int _i; static int _first = 1;
int _cntml_actual=1;
int _cntml_padded=1;
int _iml=0;
if (!_first) return;
_first = 0;
}
} // namespace coreneuron_lib
|
16d827f98466d6cc06107fa62907523170d906cb | 74cbd81cee934bd841514c8588ff814be6d6ac1d | /Examples/OldDrawGrid/clipboard.cpp | 6c9da4ee1723d33cfd5dac1d1f9c2c04b5a3cf0f | [
"BSD-3-Clause"
] | permissive | CloudComputer/INMOST | 1292196861977c2be25de6a15986c41e8db692bd | 35a37cf457a7b2edf9b55afdfac648bb9e443c70 | refs/heads/master | 2020-03-06T20:57:22.740479 | 2018-03-26T12:07:39 | 2018-03-26T12:07:39 | 127,066,820 | 1 | 0 | null | 2018-03-28T01:36:01 | 2018-03-28T01:36:01 | null | UTF-8 | C++ | false | false | 3,841 | cpp | clipboard.cpp | #include "clipboard.h"
#if defined(_WIN32)
#include <windows.h>
bool setTextToPasteboard(std::string as)
{
size_t reqLength = ::MultiByteToWideChar( CP_UTF8, 0, as.c_str(), (int)as.length(), 0, 0 );
std::wstring text( reqLength, L'\0' );
::MultiByteToWideChar( CP_UTF8, 0, as.c_str(), (int)as.length(), &text[0], (int)text.length() );
bool ok = false;
if (OpenClipboard(NULL))
{
EmptyClipboard();
HGLOBAL hClipboardData;
size_t bytes = text.length()+1 * sizeof(wchar_t);
hClipboardData = GlobalAlloc(GMEM_DDESHARE, bytes*2);
wchar_t * pchData = (wchar_t*)GlobalLock(hClipboardData);
wcscpy(pchData, text.c_str());
GlobalUnlock(hClipboardData);
SetClipboardData(CF_UNICODETEXT,hClipboardData);
CloseClipboard();
ok = true;
}
return ok;
}
std::string getTextFromPasteboard()
{
std::string clipBoardText="";
if (OpenClipboard(NULL))
{
HANDLE hClipboardData = GetClipboardData(CF_UNICODETEXT);
if(IsClipboardFormatAvailable(CF_UNICODETEXT))
{
wchar_t * pszText =NULL;
pszText = (wchar_t *)GlobalLock(hClipboardData);
if (pszText == NULL)
{
}
else
{
std::wstring pchData = pszText;
char * mbstr2 = new char[pchData.size()*4];
size_t bytes = pchData.length()+1 * sizeof(wchar_t);
WideCharToMultiByte(CP_UTF8,0,pchData.c_str(),bytes*2,mbstr2,bytes*2,NULL,NULL);
clipBoardText.append(mbstr2);
delete [] mbstr2;
}
GlobalUnlock(hClipboardData);
CloseClipboard();
}
}
return clipBoardText;
}
#elif defined(__APPLE__)
#include <Carbon/Carbon.h>
//AUTOFRAMEWORK(Carbon)
bool setTextToPasteboard(std::string str)
{
const char * byteArrayIndex = str.c_str();
OSStatus err = noErr;
static PasteboardRef pasteboard = NULL;
PasteboardCreate( kPasteboardClipboard, &pasteboard );
err = PasteboardClear( pasteboard );
//require_noerr( err, PasteboardClear_FAILED );
CFDataRef data;
data = CFDataCreate(kCFAllocatorDefault, (UInt8*)byteArrayIndex, strlen(byteArrayIndex)+1);
err = PasteboardPutItemFlavor( pasteboard, (PasteboardItemID)1, kUTTypeUTF8PlainText, data, 0);
//require_noerr( err, PasteboardPutItemFlavor_FAILED );
PasteboardPutItemFlavor_FAILED:
PasteboardClear_FAILED:
return err == noErr;
}
std::string getTextFromPasteboard()
{
std::string clipBoard = "";
OSStatus err = noErr;
ItemCount itemCount;
PasteboardSyncFlags syncFlags;
static PasteboardRef inPasteboard = NULL;
PasteboardCreate( kPasteboardClipboard, &inPasteboard );
char* data = NULL;
syncFlags = PasteboardSynchronize( inPasteboard );
err = badPasteboardSyncErr;
err = PasteboardGetItemCount( inPasteboard, &itemCount );
//require_noerr( err, CantGetPasteboardItemCount );
for( int itemIndex = 1; itemIndex <= itemCount; itemIndex++ )
{
PasteboardItemID itemID;
CFDataRef flavorData;
err = PasteboardGetItemIdentifier( inPasteboard, itemIndex, &itemID );
//require_noerr( err, CantGetPasteboardItemIdentifier );
err = PasteboardCopyItemFlavorData( inPasteboard, itemID, CFSTR("public.utf8-plain-text"), &flavorData );
if(err==noErr)data = (char*)CFDataGetBytePtr(flavorData);
if( data!=NULL && err==noErr )
clipBoard.append(data);
else
return "Error Pasting";
CantGetPasteboardItemIdentifier:
;
}
CantGetPasteboardItemCount:
return clipBoard;
}
#else
bool setTextToPasteboard(std::string str) {}
std::string getTextFromPasteboard() {return "";}
#endif
|
3aa1965cd147e4355424dc555c4935b1c2f34d80 | 32bcdea3c6ca655efa7bdb3da1084fb8ebef9dbe | /include/edyn/comp/island.hpp | d1bdb825092d731d0ecfd38e9caa7343d7cf299a | [
"MIT"
] | permissive | lxlyh/edyn | 421249db4b6f8001976be91d326f10660db11997 | a57c4db0358c84decc29569abd2b2c1091f9b696 | refs/heads/master | 2023-01-30T07:31:00.547713 | 2020-11-22T02:34:04 | 2020-11-22T02:34:04 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 783 | hpp | island.hpp | #ifndef EDYN_COMP_ISLAND_HPP
#define EDYN_COMP_ISLAND_HPP
#include <vector>
#include <entt/fwd.hpp>
namespace edyn {
/**
* @brief An _island_ is a set of entities that are connected via a relation.
*/
struct island {
// All entities in this island.
std::vector<entt::entity> entities;
// The step when all entities in this island reached a speed lower than the
// threshold. If the speed continues below the threshold for more than a
// certain period of time, the island is put to sleep.
uint64_t sleep_step {UINT64_MAX};
};
/**
* @brief An _island node_ is an entity that belongs in an island.
*/
struct island_node {
// The entity where the `island` component can be found.
entt::entity island_entity;
};
}
#endif // EDYN_COMP_ISLAND_HPP |
3aad5eac00e3665eb92ba00ad91cbe3644f873f4 | 59b66cbf661e4a362d01d7546f2ad34bf38ff527 | /src/ui/pause_menu/option/OptionListView.cc | 219824bdae33b0f6a250fa8651d80ddfa86d72e9 | [] | no_license | brucelevis/vigilante | 16b3f1aa6b9924c9eee5ee00633cb419114bc5f7 | c86d1907481d00ea50c6cf502e0ec705a82e1d45 | refs/heads/master | 2023-03-08T08:04:08.823470 | 2021-02-17T13:47:33 | 2021-02-17T13:47:33 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,117 | cc | OptionListView.cc | // Copyright (c) 2018-2021 Marco Wang <m.aesophor@gmail.com>. All rights reserved.
#include "OptionListView.h"
#include <cassert>
#include "character/Player.h"
#include "ui/pause_menu/PauseMenu.h"
#define VISIBLE_ITEM_COUNT 5
#define WIDTH 289.5
#define HEIGHT 120
#define ITEM_GAP_HEIGHT 25
#define REGULAR_BG vigilante::asset_manager::kItemRegular
#define HIGHLIGHTED_BG vigilante::asset_manager::kItemHighlighted
#define DESC_LABEL_X 5
#define DESC_LABEL_Y -132
using cocos2d::Label;
namespace vigilante {
OptionListView::OptionListView(PauseMenu* pauseMenu)
: ListView<Option*>(VISIBLE_ITEM_COUNT, WIDTH, HEIGHT, ITEM_GAP_HEIGHT, REGULAR_BG, HIGHLIGHTED_BG),
_pauseMenu(pauseMenu) {
// _setObjectCallback is called at the end of ListView<T>::ListViewItem::setObject()
// see ui/ListView.h
_setObjectCallback = [](ListViewItem* listViewItem, Option* option) {
Label* label = listViewItem->getLabel();
label->setString(option->first);
};
}
void OptionListView::confirm() {
const auto& optionHandler = getSelectedObject()->second;
optionHandler();
}
} // namespace vigilante
|
e3646110d28046a6e133bc27394d4f8b01750d8d | a7964b0204d9cab07afa9ccd796cca9b03783f6a | /10.Сохранение данных в файле с использованием потоков/Time.cpp | 11ec16b705063c7fda0e6cebc8d396608e5be19e | [] | no_license | Malyarenko-ASU-19-1bz/Labs_PSTU | 908c2cc7cd887f97822c1ea29c3d85d3e52d91b6 | ef7ba6019d2150cb73ea349e21db3976e7a76351 | refs/heads/master | 2022-10-11T17:31:15.118501 | 2020-06-09T15:52:02 | 2020-06-09T15:52:02 | 265,523,603 | 0 | 0 | null | null | null | null | MacCyrillic | C++ | false | false | 1,431 | cpp | Time.cpp | #include "Time.h"
Time::Time()
{
min = 0; sec = 0;
}
Time::Time(int N, int A)
{
min = N; sec = A;
}
Time::Time(const Time& p)
{
min = p.min; sec = p.sec;
}
Time Time::operator =(const Time& p)
{
if (&p == this) return *this;
min = p.min; sec = p.sec;
return*this;
}
Time::~Time()
{
}
ostream& operator<<(ostream& out, const Time& p)
{
out << p.min << " : " << p.sec << "\n";
return out;
}
istream& operator>>(istream& in, Time& p)
{
cout << "¬ведите минуты: "; in >> p.min;
cout << "¬ведите секунды: "; in >> p.sec;
return in;
}
fstream& operator>>(fstream& fin, Time& p)
{
fin >> p.min;
fin >> p.sec;
return fin;
}
fstream& operator<<(fstream& fout, const Time& p)
{
fout << p.min << "\n" << p.sec << "\n";
return fout;
}
bool Time::operator !=(const Time& p)
{
int t1, t2;
bool buf;
t1 = min * 60 + sec;
t2 = p.min * 60 + p.sec;
if (t1 != t2)
{
cout << "»нтервалы не равны!\n";
buf = true;
}
else
{
cout << "»нтервалы равны!\n";
buf = false;
}
return buf;
}
Time Time::operator-(const Time& p)
{
int t1, t2, t;
t1 = min * 60 + sec;
t2 = p.min * 60 + p.sec;
t = abs(t2 - t1);
Time tmp(t / 60, t % 60);
return tmp;
}
Time Time::operator-(int s)
{
int t, t1 = min * 60 + sec;
t = t1 - s;
if (t < 0)t = 0;
Time tmp(t / 60, t % 60);
return tmp;
} |
7fd15ba148eea898c912772b6f53e5c7cfdb490d | 362b2c67cfcb48945a30b5b7823821fb4006206b | /peli/sfml/sfml/Food1.h | f6a95c8d08c57974b4ebb5d5057a1a468a58e712 | [] | no_license | VilleLP/FoodHunter | e897425c75dc3be8db3242af16d5fa50ec8b0733 | e590ba02d7e439024d39a51f9579b7fcb0f6ae51 | refs/heads/master | 2020-06-02T20:06:09.425106 | 2015-05-14T21:51:35 | 2015-05-14T21:51:35 | 32,972,959 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 964 | h | Food1.h | #ifndef FOOD1_H
#define FOOD1_H
#include <SFML/Graphics.hpp>
#include <SFML/Window/Event.hpp>
#include <string>
#include <iostream>
namespace sf {
class Texture;
}
namespace game{
class Food1 :public sf::Drawable
{
public:
Food1(const sf::Texture& foodTexture);
virtual ~Food1();
virtual void draw(sf::RenderTarget& targetF, sf::RenderStates statesF) const;
sf::RectangleShape fRect;
float left, right, top, bottom;
Food1(sf::Vector2f fPosition, sf::Vector2f fSize, sf::Color color)
{
fRect.setPosition(fPosition);
fRect.setSize(fSize);
}
void Update()
{
left = fRect.getPosition().x;
right = fRect.getPosition().x + fRect.getSize().x;
top = fRect.getPosition().y;
}
/*
bool fCollisioncheck(sf::Texture& foodTexture)
{
if (left < foodTexture.right || right > foodTexture.left
|| bottom < foodTexture.top)
{
return false;
}
return true;
}
*/
private:
sf::Sprite fSprite;
};
}
#endif
|
c84d191bc0cb97532b7cb23c22bfae904de74a9e | 9795b3fdc47ce0aa91c9f2443168f4cbbe8d9c3c | /simulation/extern_include/MatlabEngine.hpp | 365488f60e38e588ed23ad7b26fd1523119a126f | [
"MIT"
] | permissive | seanny1986/gym-aero | badf540a230adab0c85ef2f9c6f76fcc189e8aff | bb8e7f299ca83029c300fa85e423be90fc9c11e1 | refs/heads/master | 2021-06-18T13:01:44.804786 | 2021-01-06T11:24:52 | 2021-01-06T11:24:52 | 143,800,401 | 5 | 4 | MIT | 2018-10-26T07:59:00 | 2018-08-07T01:04:18 | Python | UTF-8 | C++ | false | false | 828 | hpp | MatlabEngine.hpp | /* Copyright 2017 The MathWorks, Inc. */
#ifndef MATLABENGINE_HPP
#define MATLABENGINE_HPP
#include <MatlabDataArray/TypedArray.hpp>
#include <MatlabDataArray/ArrayFactory.hpp>
#include "MatlabExecutionInterface.hpp"
#include <MatlabEngine/cpp_engine_api.hpp>
#include <MatlabEngine/engine_util.hpp>
#include <MatlabEngine/engine_exception.hpp>
#include <MatlabEngine/matlab_engine.hpp>
#include <MatlabEngine/engine_future.hpp>
#include <MatlabEngine/engine_factory.hpp>
#include <MatlabEngine/engine_interface_util.hpp>
#include <MatlabEngine/detail/task_reference_impl.hpp>
#include <MatlabEngine/detail/engine_exception_impl.hpp>
#include <MatlabEngine/detail/matlab_engine_impl.hpp>
#include <MatlabEngine/detail/engine_future_impl.hpp>
#include <MatlabEngine/detail/engine_factory_impl.hpp>
#endif //MATLABENGINE_HPP
|
6ba5f2274bc42b21fe8544c310b8822e9f954fd0 | 190cfe853208fa287aa2539f1dd4e729f5235091 | /RMPrintForms.cpp | eae3d49b41ca4f86ae37a331f43950aff124f24f | [] | no_license | smithgold53/HMSReportForms | d8cacb7de1509995b46be16bc5a99ca9104dbea1 | 7f426de1a3f8b7bad956c62ba61306a3969accf2 | refs/heads/master | 2020-05-18T09:24:39.420731 | 2015-05-06T09:47:03 | 2015-05-06T09:47:03 | 34,946,969 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 5,800 | cpp | RMPrintForms.cpp | #include "stdafx.h"
#include "RMPrintForms.h"
#include "HMSMainFrame.h"
#include "ReportDocument.h"
void RMInitialize(CWnd *pMain){
CHMSMainFrame *pMF = (CHMSMainFrame*) pMain;
CRecord rs(&pMF->m_db);
CString szSQL;
pMF->m_CompanyInfo.sc_name.Empty();
pMF->m_CompanyInfo.sc_pname.Empty();
szSQL.Format(_T("SELECT sc_name, sc_pname FROM sys_company"));
rs.ExecSQL(szSQL);
if(!rs.IsEOF()){
rs.GetValue(_T("sc_pname"), pMF->m_CompanyInfo.sc_pname);
rs.GetValue(_T("sc_name"), pMF->m_CompanyInfo.sc_name);
}
}
void RMPrintReceptionReceipt(CString szDept, long nDocumentNo, int nReceptIdx, CString szPrintHema){
CHMSMainFrame *pMF = (CHMSMainFrame *)AfxGetMainWnd();
static CReport rpt;
CString szSQL, tmpStr;
CRecord rs(&pMF->m_db);
if(!rpt.Init(_T("Reports/HMS/HR_EXAMINATIONSHEET.RPT")) )
return;
szSQL.Format(_T(" SELECT hd_patientno as patientno, ") \
_T(" hd_docno as docno,") \
_T(" trim(hp_surname||' '||hp_midname||' '||hp_firstname) as pname,") \
_T(" hp_birthdate as birthdate,") \
_T(" hms_getage(date(hd_admitdate), hp_birthdate) as age,") \
_T(" hp_sex as sexid,") \
_T(" sys_sel_getname('sys_sex', hp_sex) as sex,") \
_T(" hp_occupation as occupationid,") \
_T(" sys_sel_getname('sys_occupation', cast(hp_occupation as text)) as occupation,") \
_T(" hp_dtladdr as detailaddress,") \
_T(" hp_provid as provid,") \
_T(" (select distinct sp_name from sys_prov where sp_id=hp_provid) as provill,") \
_T(" hp_distid as distid,") \
_T(" (select distinct sd_name from sys_dist where sd_provid=hp_provid and sd_id=hp_distid) as district,") \
_T(" hp_villid as villid,") \
_T(" (select distinct sv_name from sys_vill where sv_provid=hp_provid and sv_distid=hp_distid and sv_id=hp_villid) as village,") \
_T(" hp_workplaceid as workplaceid,") \
_T(" hp_workplace as workplace,") \
_T(" hd_object as objectid,") \
_T(" (SELECT distinct ho_desc FROM hms_object WHERE ho_id=hd_object) as objectname,") \
_T(" hd_cardno as cardno,") \
_T(" hd_cardidx as cardidx,") \
_T(" hc_regdate as regdate,") \
_T(" hc_expdate as expdate,") \
_T(" (SELECT distinct hfl_name FROM hms_fee_list WHERE hfl_feeid=he_examtype) as examtype,") \
_T(" (SELECT distinct hrl_name FROM hms_roomlist WHERE hrl_deptid=he_deptid AND hrl_id=he_roomid) as roomname, ") \
_T(" he_receptno as receptno, ") \
_T(" hfe_unitprice as amount, ") \
_T(" hd_transplace as transplace, ") \
_T(" hd_transdiagn as transdiagn, ")
_T(" hd_xobject as xobject, ") \
_T(" hd_xcardno as xcardno, ") \
_T(" hd_xissuedate as xissuedate ") \
_T(" FROM hms_patient") \
_T(" LEFT JOIN hms_doc ON(hd_patientno=hp_patientno)") \
_T(" LEFT JOIN hms_card ON(hc_patientno=hd_patientno and hc_cardno=hd_cardno and hc_idx=hd_cardidx) ") \
_T(" LEFT JOIN hms_exam ON(he_docno=hd_docno)") \
_T(" WHERE trim(he_deptid)='%s' AND he_docno=%ld AND he_receptidx=%d"), szDept, nDocumentNo, nReceptIdx);
//_fmsg(_T("%s"), szSQL);
int ret = rs.ExecSQL(szSQL);
if(rs.IsEOF())
return;
//Report Header
rpt.GetReportHeader()->SetValue(_T("HEALTHSERVICE"), pMF->m_CompanyInfo.sc_name);
rpt.GetReportHeader()->SetValue(_T("HOSPITALNAME"), pMF->m_CompanyInfo.sc_pname);
tmpStr = pMF->GetSysDateTime();
CString printDate;
printDate.Format(rpt.GetReportHeader()->GetValue(_T("PrintDate")),tmpStr.Mid(11, 5), tmpStr.Mid(8, 2), tmpStr.Mid(5, 2), tmpStr.Left(4));
rpt.GetReportHeader()->SetValue(_T("PrintDate"), printDate);
rpt.GetReportHeader()->SetValue(_T("PatientNo"), rs.GetValue(_T("patientno")));
rpt.GetReportHeader()->SetValue(_T("DocumentNo"), rs.GetValue(_T("docno")));
StringUpper(rs.GetValue(_T("pname")), tmpStr);
rpt.GetReportHeader()->SetValue(_T("PatientName"), tmpStr);
tmpStr.Empty();
rpt.GetReportHeader()->SetValue(_T("Age"), rs.GetValue(_T("age")));
rpt.GetReportHeader()->SetValue(_T("Sex"), rs.GetValue(_T("sex")));
rpt.GetReportHeader()->SetValue(_T("Occupation"), rs.GetValue(_T("occupation")));
tmpStr.Format(_T("%s - %s - %s"), rs.GetValue(_T("village")), rs.GetValue(_T("district")), rs.GetValue(_T("provill")));
rpt.GetReportHeader()->SetValue(_T("Address"), tmpStr);
rs.GetValue(_T("detailaddress"), tmpStr);
rpt.GetReportHeader()->SetValue(_T("DetailAddress"), tmpStr);
tmpStr.Empty();
rpt.GetReportHeader()->SetValue(_T("WorkPlace"), rs.GetValue(_T("workplace")));
rpt.GetReportHeader()->SetValue(_T("ExamRoom"), rs.GetValue(_T("roomname")));
rpt.GetReportHeader()->SetValue(_T("SheetNo"), rs.GetValue(_T("receptno")));
rpt.GetReportHeader()->SetValue(_T("ExamType"), rs.GetValue(_T("examtype")));
rpt.GetReportHeader()->SetValue(_T("Money"), rs.GetValue(_T("amount")));
rpt.GetReportHeader()->SetValue(_T("ObjectName"), rs.GetValue(_T("objectname")));
rs.GetValue(_T("cardno"), tmpStr);
rpt.GetReportHeader()->SetValue(_T("CardNo"), tmpStr);
rs.GetValue(_T("xobject"), tmpStr);
if(szPrintHema == _T("Y") && tmpStr == _T("H")){
rpt.GetReportHeader()->SetValue(_T("Hema"), _T("HEMA"));
}
rpt.GetReportHeader()->SetValue(_T("RegDate"), CDate::Convert(rs.GetValue(_T("regdate"))));
rpt.GetReportHeader()->SetValue(_T("ExpDate"), CDate::Convert(rs.GetValue(_T("expdate"))));
rpt.GetReportHeader()->SetValue(_T("TransferHospital"), rs.GetValue(_T("transplace")));
rpt.GetReportHeader()->SetValue(_T("TransferDiagnosis"), rs.GetValue(_T("transdiagn")));
tmpStr.Empty();
rpt.GetReportHeader()->SetValue(_T("Relason"), tmpStr);
rs.GetValue(_T("xcardno"), tmpStr);
rpt.GetReportHeader()->SetValue(_T("xcardno"), tmpStr);
rs.GetValue(_T("xissuedate"), tmpStr);
rpt.GetReportHeader()->SetValue(_T("xissuedate"), CDate::Convert(tmpStr));
//Page Header
//Report Detail
CReportSection* rptDetail = rpt.GetDetail(0);
//Page Footer
//Report Footer
rpt.Print();;
} |
30a79cce9f88c34ed7b29b3e16546b29e363795e | 301707858a5c0e4ca546477bf713637ec59e8bfc | /Labs/Lab02/main.cpp | 26f00bcc4098946ea10c7609d059c62c86e55d65 | [] | no_license | luismora11131/CS246-Spring | 22886526898a9e99f54c4cafd1da27a708784746 | 739216c0850cc63bc64754475904ff7662f6f9a2 | refs/heads/master | 2023-04-18T01:58:31.635285 | 2021-05-11T19:04:08 | 2021-05-11T19:04:08 | 335,424,787 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,106 | cpp | main.cpp | #include <iostream>
#include <string>
#include "Counter.h"
#include "NumberSystem.h"
#include "Shape.h"
using namespace std;
//Circle class
class Circle : public Shape
{
private:
double radius;
const double PI = 3.1415926;
public:
Circle()
{
radius = 1;
}
Circle(const Circle &obj) {}
Circle &operator=(const Circle &rhs) {}
~Circle() {}
const double GetRadius()
{
return radius;
}
double GetPI()
{
return PI;
}
double GetDiameter()
{
return PI * (radius * 2);
}
void SetRadius(double a)
{
if (a > 0)
{
radius = a;
}
}
const double Area()
{
return (PI * (radius * radius));
}
const double Perimeter()
{
return (2 * PI * radius);
}
};
//LowerBoundedCorner class
class LowerBoundedCounter : public Counter
{
private:
int counter;
int minimum;
public:
LowerBoundedCounter()
{
counter = 0;
minimum = 0;
}
//copy constructor
LowerBoundedCounter(const LowerBoundedCounter &p)
{
this->counter = p.counter;
this->minimum = p.minimum;
}
//destructor
~LowerBoundedCounter(){};
//GetCounter()
int const GetCounter()
{
return counter;
}
//GetMinimum
int const GetMinimum()
{
return minimum;
}
//SetCounter
void SetCounter(int a)
{
if (a >= minimum)
{
a = counter;
}
else
{
return;
}
}
//SetMinimum
void SetMinimum(int b)
{
if (b < +counter)
{
b = minimum;
}
else
{
return;
}
}
//Increment
bool Increment()
{
counter += 1;
return true;
}
//Decrement
bool Decrement()
{
if (counter > minimum)
{
counter -= counter;
return true;
}
else
{
return false;
}
}
};
//VectorCalculator class
class VectorCalculator : public NumberSystem
{
private:
double firstOperant[2];
double secondOperant[2];
public:
VectorCalculator()
{
firstOperant[0] = 0;
firstOperant[1] = 0;
secondOperant[0] = 0;
secondOperant[1] = 0;
}
VectorCalculator(const VectorCalculator &obj) {}
VectorCalculator &operator=(const VectorCalculator &rhs) {}
~VectorCalculator() {}
const double GetICoordinate(bool a)
{
if (a == true)
{
return firstOperant[0];
}
else
{
return secondOperant[0];
}
}
const double GetJCoordinate(bool a)
{
if (a == true)
{
return firstOperant[1];
}
else
{
return secondOperant[1];
}
}
void SetICoordinate(bool a, double b)
{
if (a == true)
{
firstOperant[0] = b;
}
else
{
secondOperant[0] = b;
}
}
void SetJCoordinate(bool a, double b)
{
if (a == true)
{
firstOperant[1] = b;
}
else
{
secondOperant[1] = b;
}
}
void Addition()
{
firstOperant[0] = firstOperant[0] + secondOperant[0];
firstOperant[1] = firstOperant[1] + secondOperant[1];
}
void Subtraction()
{
firstOperant[0] = secondOperant[0] - firstOperant[0];
firstOperant[1] = secondOperant[1] - firstOperant[1];
}
};
int main()
{
} |
1deaa789de2bfad53b4a342c971cdba973e299d1 | 563f87cfd7fa4bfc5acea49330939b07adc52c87 | /src/gates/xnor.cpp | de1604500871daf376409e92a9f0fcec48e71cdd | [] | no_license | fossabot/Logicon | e3b9bcacd2b1ff7964148032f90f8b0ce0664b1f | 787031244ceb69310e31c3960006455d4c9a8508 | refs/heads/master | 2020-03-26T20:46:12.775816 | 2018-08-19T23:26:16 | 2018-08-19T23:26:16 | 145,344,714 | 0 | 0 | null | 2018-08-19T23:26:15 | 2018-08-19T23:26:15 | null | UTF-8 | C++ | false | false | 286 | cpp | xnor.cpp | //
// Created by kralizekmd on 09.01.2018
//
#include "gates/xnor.h"
namespace Logicon {
Xnor::Xnor(ID id) : Gate(GATE_TYPE::XNOR, id) {}
void Xnor::update() {
this->setOutputState(0, !(this->getInputState(0) ^ this->getInputState(1)));
}
} // namespace Logicon
|
1d34dc5544b0d4d9c8a6f1d54ed8f4a43ef2ff80 | fee832dbf12036e3b892f07c825b26bd1402d1aa | /Codeforces/cf104A.cpp | 2ca9bf8cc8a4ee17e61600a5b5b873a39165ad90 | [] | no_license | Iftekhar79/Competitve-Programming | 4e026f1d1a3dc707a4fd267cb2e45ae29a94a4b0 | f3125b9d652e13bd5811f9f900057a2ed6fb0c0d | refs/heads/master | 2020-05-01T06:39:48.560553 | 2020-04-11T08:45:32 | 2020-04-11T08:45:32 | 177,332,831 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 672 | cpp | cf104A.cpp | // Blackjack
#include<bits/stdc++.h>
using namespace std;
int main(){
int n;
cin>>n;
if((n>=1 && n<=10) || (n>=22 && n<=25)){
cout<<0<<endl;
}
else if((n>=11 && n<=19) || (n==21)){ // 1 queen of spade is already used which value is 10. to sum up n, the only one card should take form each suits .
// for n==21 ,there can use only ace, there are four aces,whose value is either 1 or 11, here we use 11,so ans is four.
cout<<4<<endl;
}
else if(n==20){ //all tens, jacks, queens and king from 4 suits, 1 queen of spade which point is 10 is already used, so 15 cards .
cout<<15<<endl;
}
}
|
47140fb232611d88c0aadfdb8bf5e3a55bd78319 | 124398c433f5e42134bf59cd081807286e14822b | /src/CastAction.h | d253104f20c4d5a194c83412e772d572865fd134 | [] | no_license | TekatoD/MyStrategyRAIC2016 | b1c4367fbb51b83288a5c177e29a56efecf878a8 | 1ec0995adbfa5f212d86ccb35c8369d418baeaa5 | refs/heads/master | 2020-05-25T20:08:57.417078 | 2017-03-15T11:45:56 | 2017-03-15T11:45:56 | 84,962,989 | 0 | 0 | null | 2017-03-14T15:08:09 | 2017-03-14T15:08:09 | null | UTF-8 | C++ | false | false | 1,531 | h | CastAction.h | /**
* @author arssivka
* @date 11/26/16
*/
#pragma once
#include <algorithm>
#include "Action.h"
#include "Point.h"
class CastAction : public Action {
public:
CastAction();
void kickStaff() noexcept;;
void castMagicMissile(const Point& targetPoint, double maxCastDistance, double minCastDistance = 0.0) noexcept;
void castFrostBolt(const Point& targetPoint, double maxCastDistance, double minCastDistance = 0.0) noexcept;
void castFireball(const Point& targetPoint, double maxCastDistance, double minCastDistance = 0.0) noexcept;
void castHaste(long long targetId = -1) noexcept;
void castShield(long long targetId = -1) noexcept;
double getCastRangeIncrement() const;
void setCastRangeIncrement(double castRangeIncrement);
void perform() override;
private:
inline void castProjectileRequest(model::ActionType action, const Point& targetPoint,
double maxCastDistance, double minCastDistance) noexcept;
inline void castSpellRequest(model::ActionType action, long long targetId = -1) noexcept;
inline void tryKickStaff(Ptr<State> state) noexcept;
inline void castProjectile(Ptr<State> state) noexcept;
inline void castSpell(Ptr<State> state) noexcept;
bool checkSkill(model::SkillType skill, Ptr<State> state) noexcept;
private:
model::ActionType mAction;
Point mTargetPoint;
double mMinCastDistance;
double mMaxCastDistance;
long long mTargetId;
double mCastRangeIncrement;
};
|
5fa907fd9008cc70befdba05293bcd0ed64a88d5 | 3f86cbcc0569ad973b3c4227dac71881746bec3c | /Include/PowerUp/PowerUpFactory.hpp | 970e734eaaf1cd58e9d22666cf9973c1a80f696d | [] | no_license | terrainwax/Indie-Studio | 10e55f7a47a077f768b7c5058534055fb7b460a2 | 7bd8f15cae5d938100bb7ee118768ce0e99cc693 | refs/heads/master | 2020-03-30T19:52:42.558863 | 2018-06-14T16:09:34 | 2018-06-14T16:09:34 | 151,563,493 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,063 | hpp | PowerUpFactory.hpp | /*
** EPITECH PROJECT, 2018
** singe
** File description:
** singe
*/
#pragma once
#include <map>
#include <vector>
#include <string>
#include <memory>
#include <functional>
#include "LifeUp.hpp"
#include "FireUp.hpp"
#include "BombUp.hpp"
#include "SpeedUp.hpp"
#include "APowerUp.hpp"
#include "FullFire.hpp"
#include "PierceUp.hpp"
#include "WallPass.hpp"
#define POWERUP_BUILDER std::function<APowerUp *()>
#define FACTORY_BIND(x) std::bind(x, this)
class PowerUpFactory {
private:
std::vector<POWERUP_BUILDER> _managerVector;
std::map<std::string, POWERUP_BUILDER> _managerMap;
APowerUp *createLifeUp() const noexcept;
APowerUp *createFireUp() const noexcept;
APowerUp *createBombUp() const noexcept;
APowerUp *createSpeedUp() const noexcept;
APowerUp *createFullFire() const noexcept;
APowerUp *createPierceUp() const noexcept;
APowerUp *createWallPass() const noexcept;
public:
PowerUpFactory();
~PowerUpFactory();
std::unique_ptr<APowerUp> createRandomPowerUp();
std::unique_ptr<APowerUp> createPowerUpFromName(const std::string &s);
}; |
df26c09d4c9c1242670649605aec3a34f4a8e73b | 5d6ba118e0f444f9e39f8d4f187c3025d07ed8a5 | /Source/EffectExtra.h | b418e0fefbdff01046f95847fa1722ca2ce3ea36 | [] | no_license | arronshah/DualBandCompressor | e9442be6f66b731ccd0c9a515b6d0badf045323f | 1dea1d6f7e6aa9b70532d1a7852fde9314a08ed1 | refs/heads/main | 2023-02-26T06:53:44.104558 | 2021-01-21T14:26:06 | 2021-01-21T14:26:06 | 327,889,110 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,268 | h | EffectExtra.h | //
// EffectExtra.h
// TestEffectAU
//
// This file is a workspace for developing new DSP objects or functions to use in your plugin.
//
#include "PluginWrapper.h"
class Peak
{
public:
void initialise(int length)
{
iMeasuredLength = length;
iMeasuredItems = 0;
fMax = fMaxOld = fMaxNew = 0.0;
}
float process(float fIn, double fAttack, double fRelease)
{
fAval = fabs(fIn); //peak level detector
if (fAval > fMax)
{
fMax = fAval;
}
iMeasuredItems++;
if (iMeasuredItems == iMeasuredLength)
{
fMaxNew = log10(fMax * 39 + 1) / fLog40;
fMax = iMeasuredItems = 0;
}
Float32 coeff = (fMaxNew > fMaxOld) ? fAttack : fRelease;
return fMaxOld = coeff * fMaxNew + (1 - coeff) * fMaxOld;
}
float compress (float input, float thresh, float ratio, float kneeWidth)
{
float x = 20.0f * log10f(input);
float valueToSquare = x - thresh + (kneeWidth / 2.0);
float absolute = fabs(x - thresh);
if (2 * (x - thresh) < -kneeWidth){
y = x; //no compression
}
else if (2 * absolute <= kneeWidth){
y = x + (((1.0 / ratio - 1.0) * (valueToSquare * valueToSquare)) / (kneeWidth * 2.0)); //second order interpolation for soft knee
}
else if (2 * (x - thresh) > kneeWidth){
y = thresh + (x - thresh) / ratio; //hard knee
}
linX = powf(10.0f, 0.05f * x); //convert decibel result to linear gain multiplier
linY = powf(10.0f, 0.05f * y);
if(input <= 0){
return 1;
}
else{
return linY / linX;
}
}
int iMeasuredLength, iMeasuredItems;
float fMax, fMaxOld, fMaxNew, fAval, fThresh, fRatio, fKneeWidth;
const float fLog40 = log10(40);
float kneeResult;
float y = 0.0;
float output, linY, linX;
private:
};
class RMS
{
public:
void initialise()
{
iMeasuredItems = fSumOfSamples = 0.0;
}
float process (float fIn, double fAttack, double fRelease)
{
fAval = fabs(fIn); //RMS level detector
fSumOfSamples += (fAval*fAval);
iMeasuredItems++;
if (iMeasuredItems == 512)
{
fSumOfSamples = fSumOfSamples / 512.0;
fSumOfSamples = sqrt(fSumOfSamples);
newSum = log10(fSumOfSamples * 39 + 1) / log10(40);
initialise();
}
Float32 coeff = (newSum > oldSum) ? fAttack : fRelease;
return oldSum = coeff * newSum + (1 - coeff) * oldSum;
}
float output;
float fAval;
float fSumOfOldSamples, fSumOfSamples = 0.0;
int iMeasuredItems;
float oldSum, newSum;
private:
};
|
c31f24eac80af2ae736e355a7a4d0568c3d98bb0 | 216bd2ce307e72d00c0e1420c363c01ad4dbdba7 | /leetcode/1/MergeKLists.cpp | ead8fb418f8f9a205295f8c023dc6dccda11d719 | [] | no_license | codemonkey74/play1 | 8cb9ec3b93e23848ee5326734240158983f0c75a | 98be34c6c415fdf7008de5d266133f1327ee0b12 | refs/heads/master | 2021-05-16T03:18:34.681770 | 2018-10-29T23:05:31 | 2018-10-29T23:05:31 | 41,165,067 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 4,020 | cpp | MergeKLists.cpp | struct ListNode {
int val;
ListNode *next;
ListNode(int x) : val(x), next(0) {}
};
#include <iostream>
#include <vector>
#include <map>
#include <algorithm>
class Solution {
typedef std::vector<ListNode*>::iterator vit;
typedef std::multimap<int, ListNode*> Mln;
typedef std::pair<int, ListNode*> Mlnpair;
typedef Mln::iterator mlnit;
inline ListNode* advance(Mln* & lists, mlnit& l) {
ListNode* x = (*l).second;
lists->erase(l);
if (x) {
ListNode* lnp = x->next;
if (lnp != 0) {
lists->insert(Mlnpair(lnp->val, lnp));
}
}
return x;
}
inline ListNode* win(Mln* & lists) {
mlnit list = getMin(lists);
if (list != lists->end()) {
return advance(lists, list);
}
return 0;
}
inline mlnit getMin(Mln* & lists) {
return lists->begin();
}
struct ListNodeSort {
bool operator() (ListNode* & ln1, ListNode* & ln2) {
if (ln2 == 0) return true;
if (ln1 == 0) return false;
return (ln1->val <= ln2->val);
}
};
Mln* bucketSort(std::vector<ListNode*>& lists) {
Mln* hist = new Mln();
mlnit mit;
std::sort(lists.begin(), lists.end());
for(vit t1=lists.begin(); t1 != lists.end(); ++t1) {
if (*t1 == 0) continue;
hist->insert(Mlnpair((*t1)->val, *t1));
}
return hist;
}
inline Mln* prepare(std::vector<ListNode*>& lists) {
ListNodeSort lns;
return bucketSort(lists);
}
public:
ListNode* mergeKLists(std::vector<ListNode*>& lists) {
Mln* l = prepare(lists);
ListNode* root = win(l);
ListNode* c = root;
while(! l->empty()) {
ListNode* next = win(l);
if (c != 0) {
c->next = next;
}
c = next;
}
if (c) {
c->next = 0;
}
delete(l);
return root;
}
void print(ListNode* result) {
while (result != 0) {
std::cout << result->val << ",";
result = result->next;
}
std::cout << "end" << std::endl;
}
};
#include <sstream>
#include <string>
#include <fstream>
int readFromFile(std::vector<ListNode*>& lists, const std::string& filename) {
std::string line;
std::ifstream infile(filename);
std::cout << "reading file " << filename << std::endl;
int linen = 0;
int countn = 0;
while (std::getline(infile, line))
{
++linen;
//std::cout << "reading line" << linen << std::endl;
std::istringstream iss(line);
std::string numberstr;
ListNode *c = 0;
ListNode **head = &c;
while (std::getline(iss, numberstr, ',')) {
//std::cout << "reading number" << std::endl;
ListNode* x = 0;
try {
x = new ListNode(std::stoi(numberstr));
++countn;
} catch (std::exception& e) {
//std::cout << "cant read number " << numberstr << std::endl;
}
if (c != 0) {
//std::cout << "creating chain" << std::endl;
c->next = x;
}
c = x;
}
//std::cout << "New list added with " << (*head ? (*head)->val : -1) << std::endl;
lists.push_back(*head);
}
std::cout << "Got " << countn << " numbers from " << linen << " lines" << std::endl;
return countn;
}
int main() {
std::vector<ListNode*> lists;
readFromFile(lists, "klist.txt");
ListNode n1(1), n2(2), n1a(1), n3(3), n4(4), n5(5), n6(6), *result;
n1.next = &n3;
n2.next = &n4;
n4.next = &n6;
//lists.push_back(&n1);
//lists.push_back(&n2);
//lists.push_back(&n5);
std::cout << "Calling solution" << std::endl;
Solution s;
result = s.mergeKLists(lists);
s.print(result);
return 0;
}
|
9fea9c1989b77060c6b73053f88f5255054d424a | dc5ddfbcd5b2df79619c2390b7b3865d06af106a | /rct/EventLoop.h | bd0b4dac427a8cbecbd3e5a7637e2d02797b2d00 | [
"BSD-3-Clause",
"BSD-4-Clause"
] | permissive | Andersbakken/rct | 5bfac3c6cbe0e8058d2b5e2e7817829c805f0eee | e56aca7849a0ab61e8f38d69f3c6ecb64edb7534 | refs/heads/master | 2023-04-12T22:26:22.413275 | 2023-04-08T19:17:42 | 2023-04-08T19:17:42 | 7,942,663 | 22 | 61 | NOASSERTION | 2021-07-22T12:29:37 | 2013-01-31T18:27:52 | C++ | UTF-8 | C++ | false | false | 7,588 | h | EventLoop.h | #ifndef EVENTLOOP_H // -*- mode:c++ -*-
#define EVENTLOOP_H
#include <rct/Apply.h>
#include <rct/rct-config.h>
#include <functional>
#include <map>
#include <memory>
#include <mutex>
#include <queue>
#include <set>
#include <thread>
#include <tuple>
#include <unordered_set>
#include <vector>
#include "rct/rct-config.h"
#if defined(HAVE_EPOLL)
# include <sys/epoll.h>
#elif defined(HAVE_KQUEUE)
# include <sys/types.h>
# include <sys/event.h>
# include <sys/time.h>
#elif defined(HAVE_SELECT)
# ifdef _WIN32
# include <Winsock2.h>
# else
# include <sys/select.h>
# endif
#endif
class Event
{
public:
virtual ~Event() { }
virtual void exec() = 0;
};
template<typename Object, typename... Args>
class SignalEvent : public Event
{
public:
enum MoveType { Move };
SignalEvent(Object& o, Args&&... a)
: obj(o), args(a...)
{
}
SignalEvent(Object&& o, Args&&... a)
: obj(o), args(a...)
{
}
SignalEvent(Object& o, MoveType, Args&&... a)
: obj(o), args(std::move(a) ...)
{
}
SignalEvent(Object&& o, MoveType, Args&&... a)
: obj(o), args(std::move(a) ...)
{
}
virtual void exec() override { applyMove(obj, args); }
private:
Object obj;
std::tuple<Args...> args;
};
template<typename T>
class DeleteLaterEvent : public Event
{
public:
DeleteLaterEvent(T* d)
: del(d)
{
}
virtual void exec() override { delete del; }
private:
T* del;
};
class EventLoop : public std::enable_shared_from_this<EventLoop>
{
public:
EventLoop();
~EventLoop();
enum Flag {
None = 0x0,
MainEventLoop = 0x1,
EnableSigIntHandler = 0x2,
EnableSigTermHandler = 0x4
};
enum PostType {
Move = 1,
Async
};
void init(unsigned int flags = None);
unsigned int flags() const { return mFlags; }
template<typename T>
static void deleteLater(T* del)
{
if (std::shared_ptr<EventLoop> loop = eventLoop()) {
loop->post(new DeleteLaterEvent<T>(del));
} else {
error("No event loop!");
}
}
template<typename Object, typename... Args>
void post(Object& object, Args&&... args)
{
post(new SignalEvent<Object, Args...>(object, std::forward<Args>(args)...));
}
template<typename Object, typename... Args>
void postMove(Object& object, Args&&... args)
{
post(new SignalEvent<Object, Args...>(object, SignalEvent<Object, Args...>::Move, std::forward<Args>(args)...));
}
template<typename Object, typename... Args>
void callLater(Object&& object, Args&&... args)
{
post(new SignalEvent<Object, Args...>(std::forward<Object>(object), std::forward<Args>(args)...));
}
template<typename Object, typename... Args>
void callLaterMove(Object&& object, Args&&... args)
{
post(new SignalEvent<Object, Args...>(std::forward<Object>(object), SignalEvent<Object, Args...>::Move, std::forward<Args>(args)...));
}
void post(Event* event);
void wakeup();
enum Mode {
SocketRead = 0x1,
SocketWrite = 0x2,
SocketOneShot = 0x4,
SocketError = 0x8,
SocketLevelTriggered = 0x10
};
bool registerSocket(int fd, unsigned int mode, std::function<void(int, unsigned int)>&& func);
bool updateSocket(int fd, unsigned int mode);
void unregisterSocket(int fd);
unsigned int processSocket(int fd, int timeout = -1);
/**
* @param timeout timeout in ms
* @param flags see Timer.h
*/
int registerTimer(std::function<void(int)>&& func, int timeout, unsigned int flags = 0);
void unregisterTimer(int id);
/**
* Changes to the inactivity timeout while the loop is running may
* not be honoured.
* @param timeout unit: ms
*/
void setInactivityTimeout(int timeout) { mInactivityTimeout = timeout; }
int inactivityTimeout() const { return mInactivityTimeout; }
enum { Success = 0x100, GeneralError = 0x200, Timeout = 0x400 };
/**
* Run the EventLoop until there are no more pending events or a timeout
* occurs.
* @param timeout Unit: milliseconds. -1 for no timeout.
*/
unsigned int exec(int timeout = -1);
void quit();
//bool isRunning() const { std::lock_guard<std::mutex> locker(mutex); return !mExecStack.empty(); }
static std::shared_ptr<EventLoop> mainEventLoop() { std::lock_guard<std::mutex> locker(mMainMutex); return sMainLoop.lock(); }
static std::shared_ptr<EventLoop> eventLoop();
static void cleanupLocalEventLoop();
static bool isMainThread() { return EventLoop::mainEventLoop() && std::this_thread::get_id() == EventLoop::mainEventLoop()->threadId; }
private:
#if defined(HAVE_EPOLL)
typedef epoll_event NativeEvent;
#elif defined(HAVE_KQUEUE)
typedef struct kevent NativeEvent;
#elif defined(HAVE_SELECT)
struct NativeEvent
{
fd_set* rdfd;
fd_set* wrfd;
};
#endif
void clearTimer(int id);
bool sendPostedEvents();
bool sendTimers();
void cleanup();
unsigned int processSocketEvents(NativeEvent* events, int eventCount);
unsigned int fireSocket(int fd, unsigned int mode);
static void error(const char* err);
private:
static std::mutex mMainMutex;
mutable std::mutex mMutex;
std::thread::id threadId;
std::queue<Event*> mEvents;
int mEventPipe[2];
#if defined(HAVE_EPOLL) || defined(HAVE_KQUEUE)
int mPollFd;
#endif
std::map<int, std::pair<unsigned int, std::function<void(int, unsigned int)> > > mSockets;
class TimerData
{
public:
TimerData() { }
TimerData(uint64_t w, int i, unsigned int f, int in, std::function<void(int)>&& cb)
: when(w), id(i), flags(f), interval(in), callback(std::move(cb))
{
}
TimerData(TimerData&& other)
: when(other.when), id(other.id), flags(other.flags),
interval(other.interval), callback(std::move(other.callback))
{
}
TimerData& operator=(TimerData&& other)
{
when = other.when;
id = other.id;
flags = other.flags;
interval = other.interval;
callback = std::move(other.callback);
return *this;
}
bool operator<(const TimerData& other) const
{
return when < other.when;
}
uint64_t when;
uint32_t id;
unsigned int flags;
int interval;
std::function<void(int)> callback;
private:
TimerData(const TimerData& other) = delete;
TimerData& operator=(const TimerData& other) = delete;
};
struct TimerDataSet
{
bool operator()(TimerData* a, TimerData* b) const { return a->when < b->when; }
};
struct TimerDataHash
{
// two operators for the price of one!
size_t operator()(TimerData* a) const { return a->id; }
bool operator()(TimerData* a, TimerData* b) const { return a->id == b->id; }
};
typedef std::multiset<TimerData*, TimerDataSet> TimersByTime;
typedef std::unordered_set<TimerData*, TimerDataHash, TimerDataHash> TimersById;
TimersByTime mTimersByTime;
TimersById mTimersById;
uint32_t mNextTimerId;
bool mStop;
bool mTimeout;
static std::weak_ptr<EventLoop> sMainLoop;
unsigned int mFlags;
int mInactivityTimeout;
private:
EventLoop(const EventLoop&) = delete;
EventLoop& operator=(const EventLoop&) = delete;
};
#endif
|
37c40fedc34ce2dd225b6de6812604a7d726e224 | d6b66ba2a2bf63e3f875d5d5aeb03e2d62651911 | /src/tools/VkHelper.h | c7f172a66e414552a851513d11e6751ffe58ec1e | [] | no_license | lilly-lizard/Aidanic | 0e3781ca461509591a0d609e805e3254e13d3f30 | 886af2e8f2fd3b6c12f384d99692a5db2f4b2ecb | refs/heads/master | 2022-11-05T01:53:03.725414 | 2020-06-21T08:30:50 | 2020-06-21T08:30:50 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,136 | h | VkHelper.h | #pragma once
#include "Model.h"
#include "tools/Log.h"
#include <glm.hpp>
#include <vulkan/vulkan.h>
#include <vulkan/vulkan_core.h>
#include <string>
#include <vector>
#include <optional>
namespace Vk {
std::string _errorString(VkResult res);
}
// Check vulkan result macro
#define VK_CHECK_RESULT(result, ...) if (result != VK_SUCCESS) { AID_TRACE("VkResult = {}", Vk::_errorString(result)); AID_ERROR(__VA_ARGS__); }
#define DEFAULT_FENCE_TIMEOUT 100000000000
#define VK_ALLOCATOR nullptr
namespace Vk {
struct QueueFamilyIndices {
std::optional<uint32_t> graphicsFamily, computeFamily, presentFamily;
bool isComplete() {
return graphicsFamily.has_value() && computeFamily.has_value() && presentFamily.has_value();
}
};
struct SwapChainSupportDetails {
VkSurfaceCapabilitiesKHR capabilities;
std::vector<VkSurfaceFormatKHR> formats;
std::vector<VkPresentModeKHR> presentModes;
};
struct _BufferCommon {
VkBuffer buffer = VK_NULL_HANDLE;
VkDeviceMemory memory = VK_NULL_HANDLE;
VkDeviceSize size = static_cast<VkDeviceSize>(0);
VkDeviceSize dynamicStride = 0;
void destroy(VkDevice device);
protected:
void createCommon(VkBufferUsageFlags usage, VkMemoryPropertyFlags properties, VkDeviceSize size, VkDevice device, VkPhysicalDevice physicalDevice);
};
struct BufferDeviceLocal : _BufferCommon {
void create(VkBufferUsageFlags usage, VkDeviceSize size, VkDevice device, VkPhysicalDevice physicalDevice);
void upload(void* data, VkDeviceSize size, VkDeviceSize bufferOffset, VkDevice device, VkPhysicalDevice physicalDevice, VkQueue queue, VkCommandPool commandPool);
};
struct BufferHostVisible : _BufferCommon {
void create(VkBufferUsageFlags usage, VkDeviceSize size, VkDevice device, VkPhysicalDevice physicalDevice);
void upload(void* data, VkDeviceSize size, VkDeviceSize bufferOffset, VkDevice device);
};
struct StorageImage {
VkImage image = VK_NULL_HANDLE;
VkImageView view = VK_NULL_HANDLE;
VkDeviceMemory memory = VK_NULL_HANDLE;
VkFormat format;
VkExtent2D extent;
void destroy(VkDevice device);
};
struct Texture {
VkImage image = VK_NULL_HANDLE;
VkDeviceMemory memory = VK_NULL_HANDLE;
VkFormat format;
VkExtent2D extent;
void create(std::string path);
void destroy(VkDevice device);
};
struct AccelerationStructure {
VkDeviceMemory memory = VK_NULL_HANDLE;
VkAccelerationStructureNV accelerationStructure = VK_NULL_HANDLE;
uint64_t handle = UINT64_MAX;
};
// todo delete this and replace with VkAccelerationStructureInstanceKHR
struct BLASInstance {
glm::mat3x4 transform;
uint32_t instanceId : 24;
uint32_t mask : 8;
uint32_t instanceOffset : 24;
uint32_t flags : 8;
uint64_t accelerationStructureHandle;
};
struct AABB {
float aabb_minx;
float aabb_miny;
float aabb_minz;
float aabb_maxx;
float aabb_maxy;
float aabb_maxz;
AABB() {}
AABB(Model::Sphere sphere);
AABB(Model::Ellipsoid ellipsoid);
};
SwapChainSupportDetails querySwapChainSupport(VkPhysicalDevice device, VkSurfaceKHR surface);
QueueFamilyIndices findQueueFamilies(VkPhysicalDevice device, VkSurfaceKHR surface);
uint32_t findMemoryType(VkPhysicalDevice physicalDevice, uint32_t typeFilter, VkMemoryPropertyFlags properties);
VkCommandBuffer beginSingleTimeCommands(VkDevice device, VkCommandPool commandPool);
void endSingleTimeCommands(VkDevice device, VkCommandBuffer commandBuffer, VkQueue queue, VkCommandPool commandPool);
std::vector<char> readFile(const std::string filename);
VkPipelineShaderStageCreateInfo loadShader(VkDevice device, const std::string filename, VkShaderStageFlagBits stage, VkShaderModule& shaderModuleWriteOut);
VkShaderModule createShaderModule(VkDevice device, const std::vector<char>& code);
} |
e8f0af35636ff8f295e1de18b5e7de5bd4f7fa4d | 71b81d1c1075141c7c9e4c82ccc5dcb00c8bdceb | /CAD/pkg/core/src/path.cpp | 794e1a970fbd1008f21af389707b5f10d6894848 | [] | no_license | bhb811340/SoCV_fp | 229da1f4c55e24f425709e653e2def6f8b4ad447 | b8b3034a90da5264ae1a3000ace9240b2e2ee04c | refs/heads/master | 2020-12-25T19:14:35.126151 | 2015-07-04T13:22:30 | 2015-07-04T13:22:30 | 38,419,127 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 562 | cpp | path.cpp | #include "path.h"
#include <iostream>
using namespace std;
Path::Path()
{
}
void Path::deleteNode(unsigned wireId){
int toDelete = -1;
for(unsigned i = 0 ; i < _nodes.size() ; ++i){
if(wireId == _nodes[i])
toDelete = i;
}
if(toDelete != -1)
_nodes.erase(_nodes.begin()+toDelete);
else
cout<<"Warning: the node to be deleted is not in the path\n";
}
void Path::print(){
cout<<"PATH: ";
for(unsigned i = 0 ; i < _nodes.size() ; ++i){
cout<<_nodes[i]<<"->";
}
cout<<"done.\n";
}
|
97088ea288ebd5a23fc1a834f56027a002cfd01b | f7cd49ea71d710e40d5d655aaf745e327e39807a | /Engine_GE_LIB/Engine/Sources/manager.cpp | 06da25461d871f9d7699f72dcda3d07b794de6ab | [] | no_license | Draver93/oldProjects | 01c4df5beed6c8a71b49828ad38d15eaa3cc7ea6 | 84eab3c327870ee42d996da6b1778265d1a80059 | refs/heads/master | 2021-08-23T04:43:21.321035 | 2017-12-03T10:47:07 | 2017-12-03T10:47:07 | 112,919,008 | 0 | 0 | null | null | null | null | WINDOWS-1251 | C++ | false | false | 17,910 | cpp | manager.cpp | #include "manager.h"
cManager manager;
cManager::cManager()
{
handl = false;
hWindow = NULL;
hInstance = NULL;
defaultParameters();
setTimer(1050, false, true);
if (pDevice != NULL)
pDevice->Release();
flagExit = false;
}
cManager::~cManager()
{
}
void cManager::defaultParameters()
{
ZeroMemory(&gParameters, sizeof(gParameters));
gParameters.Windowed = TRUE;
gParameters.SwapEffect = D3DSWAPEFFECT_DISCARD;
gParameters.PresentationInterval = D3DPRESENT_INTERVAL_IMMEDIATE;
gParameters.AutoDepthStencilFormat = D3DFMT_D16;
gParameters.EnableAutoDepthStencil = TRUE;
gParameters.BackBufferCount = 0;
gParameters.FullScreen_RefreshRateInHz = 0;
gParameters.BackBufferHeight = 0;
gParameters.BackBufferWidth = 0;
}
void cManager::setCamera()
{
D3DXMatrixLookAtLH(&camSettings.vMatrix, &D3DXVECTOR3(1.1f, 0, 0),
&D3DXVECTOR3(0, 0, 0),
&D3DXVECTOR3(0, 1, 0));
}
HRESULT cManager::createWindow(HINSTANCE hInstanceNew, WNDCLASSESEX_EX *windowParameters, D3DPRESENT_PARAMETERS *gp)
{
if (windowParameters != NULL)
wParameters = *windowParameters;
if (gp != NULL)
gParameters = *gp;
if (hWindow != NULL) return E_FAIL;
wParameters.lpfnWndProc = handler;
wParameters.hInstance = hInstanceNew;
hInstance = hInstanceNew;
if (!RegisterClassEx(&(WNDCLASSEX)wParameters)) return E_FAIL;
if (!(hWindow = CreateWindowEx(NULL, wParameters.lpszClassName, wParameters.lpszMenuName, wParameters.dwStile, wParameters.pos.x, wParameters.pos.y,
wParameters.width, wParameters.height,
NULL, NULL, hInstance, NULL))) return E_FAIL;
ShowCursor(wParameters.cursorState);
UpdateWindow(hWindow);
////
D3DDISPLAYMODE display;
LPDIRECT3D9 device;
D3DCAPS9 pCaps;
if (!(device = Direct3DCreate9(D3D_SDK_VERSION))) return E_FAIL;
if (device->GetAdapterDisplayMode(D3DADAPTER_DEFAULT, &display)) return E_FAIL;
gParameters.BackBufferFormat = display.Format;
if (device->CreateDevice(D3DADAPTER_DEFAULT, D3DDEVTYPE_HAL, hWindow,
D3DCREATE_HARDWARE_VERTEXPROCESSING | D3DCREATE_MULTITHREADED,
&gParameters, &pDevice)) return E_FAIL;
pDevice->GetDeviceCaps(&pCaps);
pCaps;
//// Установка шаблона вершинного буфера
D3DVERTEXELEMENT9 pDecl[] =
{
{ 0, 0, D3DDECLTYPE_FLOAT3, D3DDECLMETHOD_DEFAULT, D3DDECLUSAGE_POSITION, 0 },
{ 0, 12, D3DDECLTYPE_FLOAT3, D3DDECLMETHOD_DEFAULT, D3DDECLUSAGE_NORMAL, 0 },
{ 0, 24, D3DDECLTYPE_FLOAT2, D3DDECLMETHOD_DEFAULT, D3DDECLUSAGE_TEXCOORD, 0 },
{ 0, 32, D3DDECLTYPE_FLOAT4, D3DDECLMETHOD_DEFAULT, D3DDECLUSAGE_BLENDWEIGHT, 0 },
{ 0, 48, D3DDECLTYPE_FLOAT4, D3DDECLMETHOD_DEFAULT, D3DDECLUSAGE_BLENDINDICES, 0 },
D3DDECL_END()
};
pDevice->CreateVertexDeclaration(pDecl, &Declaration);
pDevice->SetVertexDeclaration(Declaration);
////
D3DXCreateTexture(pDevice, manager.getGParameters().BackBufferWidth , manager.getGParameters().BackBufferHeight, 1, D3DUSAGE_RENDERTARGET, D3DFMT_R16F, D3DPOOL_DEFAULT, &manager.dTexture);
D3DXCreateTexture(pDevice, manager.getGParameters().BackBufferWidth, manager.getGParameters().BackBufferHeight, 1, D3DUSAGE_RENDERTARGET, D3DFMT_X8R8G8B8, D3DPOOL_DEFAULT, &manager.cTexture);
D3DXCreateTexture(pDevice, manager.getGParameters().BackBufferWidth, manager.getGParameters().BackBufferHeight, 1, D3DUSAGE_RENDERTARGET, D3DFMT_X1R5G5B5, D3DPOOL_DEFAULT, &manager.nTexture);
D3DXCreateTexture(pDevice, manager.getGParameters().BackBufferWidth, manager.getGParameters().BackBufferHeight, 1, D3DUSAGE_RENDERTARGET, D3DFMT_X1R5G5B5, D3DPOOL_DEFAULT, &manager.pTexture);
D3DXCreateTexture(pDevice, manager.getGParameters().BackBufferWidth, manager.getGParameters().BackBufferHeight, 1, D3DUSAGE_RENDERTARGET, D3DFMT_X8R8G8B8, D3DPOOL_DEFAULT, &manager.tmpData);
pDevice->GetRenderTarget(0, &manager.oldbuff);
rDisplay = new object();
D3DXVECTOR2 vec = { (float)gParameters.BackBufferHeight, (float)gParameters.BackBufferWidth };
rDisplay->mesh = createRndPanel(vec);
rDisplay->active = true;
rDisplay->nameModel = "DISPLAY";
rDisplay->SettingsTransform.state = true;
rDisplay->SettingsTransform.angleZ = 90;
rDisplay->SettingsTransform.size = 5;
CAMERA *cam = manager.getCamSetting();
attr at;
at.name = "MatrixWorld";
at.setPtr(&cam->wMatrix);
rDisplay->plData.cAttr.push_back(at);
at.name = "MatrixProjection";
at.setPtr(&cam->pMatrix);
rDisplay->plData.cAttr.push_back(at);
at.name = "MatrixView";
at.setPtr(&cam->vMatrix);
rDisplay->plData.cAttr.push_back(at);
at.name = "InterStage";
at.setPtr(&manager.cTexture);
rDisplay->plData.cAttr.push_back(at);
at.name = "txrData";
at.setPtr(&manager.tmpData);
rDisplay->plData.cAttr.push_back(at);
at.name = "resolution";
std::vector<float> screenSize = { (float)manager.getGParameters().BackBufferWidth , (float)manager.getGParameters().BackBufferHeight };
at.setMas(&screenSize);
rDisplay->plData.cAttr.push_back(at);
sEffect *effect = in::loadEffect("Effects/Display.fx");
resources.setObject(effect, OT_EFFECT);
rDisplay->plData.pEffects = effect;
////
if (FAILED(DirectInput8Create(hInstance, DIRECTINPUT_VERSION, IID_IDirectInput8, (void**)&pInput, NULL))) return E_FAIL;
pInput->CreateDevice(GUID_SysKeyboard, &pKeyboard, NULL);
pKeyboard->SetDataFormat(&c_dfDIKeyboard);
pKeyboard->SetCooperativeLevel(hWindow, DISCL_FOREGROUND);
pKeyboard->Acquire();
pInput->CreateDevice(GUID_SysMouse, &pMouse, NULL);
pMouse->SetDataFormat(&c_dfDIMouse);
pMouse->SetCooperativeLevel(hWindow, DISCL_FOREGROUND);
pMouse->Acquire();
////
WINDOWINFO pwi;
GetWindowInfo(manager.getHWnd(), &pwi);
if (gParameters.Windowed)
{
int width = pwi.rcClient.right - pwi.rcClient.left;
int height = pwi.rcClient.bottom - pwi.rcClient.top;
D3DXMatrixPerspectiveFovLH(&camSettings.pMatrix, D3DX_PI / 4, (float)width / (float)height, 1.0f, 10000.0f);
}
else
{
//pp.BackBufferWidth = pwi.rcWindow.left;
//pp.BackBufferHeight = pwi.rcWindow.top;
D3DXMatrixPerspectiveFovLH(&camSettings.pMatrix, D3DX_PI / 4, (float)display.Width / (float)display.Height, 1.0f, 10000.0f);
}
setCamera();
D3DXCreateFont(pDevice,
20,
0,
FW_NORMAL,
1,
false,
DEFAULT_CHARSET,
OUT_DEFAULT_PRECIS,
ANTIALIASED_QUALITY,
DEFAULT_PITCH | FF_DONTCARE,
"Calibri",
&pFont
);
return S_OK;
}
HRESULT cManager::destroyWindow()
{
DestroyWindow(hWindow);
if(!UnregisterClass(wParameters.lpszClassName, wParameters.hInstance)) return E_FAIL;
hWindow = NULL;
if (pDevice != NULL)
{
pDevice->Release();
pDevice = NULL;
}
if (pInput != NULL)
{
pInput->Release();
pInput = NULL;
}
if (pKeyboard != NULL)
{
pKeyboard->Release();
pKeyboard = NULL;
}
if (pMouse != NULL)
{
pMouse->Release();
pMouse = NULL;
}
return S_OK;
}
HRESULT cManager::editWindow(WNDCLASSESEX_EX *wp, D3DPRESENT_PARAMETERS *gp)
{
if (wp != NULL)
{
DestroyWindow(manager.getHWnd());
if (!UnregisterClass(wp->lpszClassName, wp->hInstance))
{
return E_FAIL;
}
if (!RegisterClassEx((WNDCLASSEX*)wp))
{
return E_FAIL;
}
if (!(manager.hWindow = CreateWindowEx(NULL, wp->lpszClassName, wp->lpszMenuName, wp->dwStile, wp->pos.x, wp->pos.y,
wp->width, wp->height,
NULL, NULL, wp->hInstance, NULL)))
return E_FAIL;
ShowCursor(wp->cursorState);
UpdateWindow(manager.hWindow);
gp->hDeviceWindow = manager.hWindow;
}
gp->hDeviceWindow = manager.hWindow;
HRESULT hr = NULL;
LPD3DXFONT pFont = manager.getFont();
hr = pFont->OnLostDevice();
LPDIRECT3DDEVICE9 pDevice = manager.getDevice();
D3DCAPS9 pCaps;
pDevice->GetDeviceCaps(&pCaps);
LPDIRECT3DSURFACE9 sf;
for (UINT i = 0; i < pCaps.NumSimultaneousRTs; i++)
{
pDevice->SetRenderTarget(i, NULL);
}
manager.oldbuff->Release();
manager.pTexture->Release();
manager.cTexture->Release();
manager.nTexture->Release();
manager.dTexture->Release();
manager.tmpData->Release();
std::vector<sEffect*> *effects = (std::vector<sEffect*>*)resources.getAll(OT_EFFECT);
for (UINT i = 0; i < effects->size(); i++)
{
effects->at(i)->data->OnLostDevice();
}
if (gp == NULL)
hr = pDevice->Reset(&gParameters);
else
{
hr = pDevice->Reset(gp);
if (hr != S_OK)
{
hr = pDevice->TestCooperativeLevel();
if (D3DERR_DEVICELOST == hr)
{
manager.exitProgram();
}
if (D3DERR_DEVICENOTRESET == hr)
{
manager.exitProgram();
}
if (D3DERR_DRIVERINTERNALERROR == hr)
{
manager.exitProgram();
}
}
gParameters = *gp;
}
pFont->OnResetDevice();
for (UINT i = 0; i < effects->size(); i++)
{
effects->at(i)->data->OnLostDevice();
}
D3DXMatrixPerspectiveFovLH(&camSettings.pMatrix, D3DX_PI / 4, (float)gp->BackBufferWidth / (float)gp->BackBufferHeight, 1.0f, 10000.0f);
pDevice->SetVertexDeclaration(Declaration);
D3DXCreateTexture(pDevice, manager.getGParameters().BackBufferWidth, manager.getGParameters().BackBufferHeight, 1, D3DUSAGE_RENDERTARGET, D3DFMT_R16F, D3DPOOL_DEFAULT, &manager.dTexture);
D3DXCreateTexture(pDevice, manager.getGParameters().BackBufferWidth, manager.getGParameters().BackBufferHeight, 1, D3DUSAGE_RENDERTARGET, D3DFMT_X8R8G8B8, D3DPOOL_DEFAULT, &manager.cTexture);
D3DXCreateTexture(pDevice, manager.getGParameters().BackBufferWidth, manager.getGParameters().BackBufferHeight, 1, D3DUSAGE_RENDERTARGET, D3DFMT_X1R5G5B5, D3DPOOL_DEFAULT, &manager.nTexture);
D3DXCreateTexture(pDevice, manager.getGParameters().BackBufferWidth, manager.getGParameters().BackBufferHeight, 1, D3DUSAGE_RENDERTARGET, D3DFMT_X1R5G5B5, D3DPOOL_DEFAULT, &manager.pTexture);
D3DXCreateTexture(pDevice, manager.getGParameters().BackBufferWidth, manager.getGParameters().BackBufferHeight, 1, D3DUSAGE_RENDERTARGET, D3DFMT_X8R8G8B8, D3DPOOL_DEFAULT, &manager.tmpData);
pDevice->GetRenderTarget(0, &manager.oldbuff);
if (rDisplay->mesh != NULL)
rDisplay->mesh->release();
D3DXVECTOR2 vec = { (float)gParameters.BackBufferHeight, (float)gParameters.BackBufferWidth };
rDisplay->mesh = createRndPanel(vec);
return E_NOTIMPL;
}
void cManager::close()
{
flagExit = true;
}
void cManager::exitProgram()
{
destroyWindow();
PostQuitMessage(1);
}
HRESULT cManager::editFont(int size, char * name)
{
D3DXCreateFont(pDevice,
size,
0,
FW_NORMAL,
1,
false,
DEFAULT_CHARSET,
OUT_DEFAULT_PRECIS,
ANTIALIASED_QUALITY,
DEFAULT_PITCH | FF_DONTCARE,
name,
&pFont
);
return S_OK;
}
LPD3DXFONT cManager::getFont()
{
return pFont;
}
HWND cManager::getHWnd()
{
return hWindow;
}
void cManager::setHWnd(HWND hw)
{
hWindow = hw;
}
WNDCLASSESEX_EX cManager::getWParameters()
{
return wParameters;
}
LPDIRECT3DDEVICE9 cManager::getDevice()
{
return pDevice;
}
D3DPRESENT_PARAMETERS cManager::getGParameters()
{
return gParameters;
}
HRESULT cManager::setRenderfunc(int(*newRenderFunc)())
{
renderFunction = newRenderFunc;
return E_NOTIMPL;
}
LRESULT CALLBACK handler(HWND hw, UINT msg, WPARAM wp, LPARAM lp)
{
switch (msg)
{
case WM_CLOSE:
manager.close();
break;
default:
return DefWindowProc(hw, msg, wp, lp);
}
return 0;
}
int cManager::startHandler()
{
while (msg.message != WM_QUIT)
{
ZeroMemory(&msg, sizeof(MSG));
if (PeekMessage(&msg, NULL, 0, 0, PM_REMOVE))
{
TranslateMessage(&msg);
DispatchMessage(&msg);
}
manager.renderScene();
if(pMouse != NULL)
pMouse->GetDeviceState(sizeof(DIMOUSESTATE), (LPVOID)&mouse_data);
if (pKeyboard != NULL)
pKeyboard->GetDeviceState(sizeof(manager.keyboard_data), (LPVOID)&manager.keyboard_data);
if (!timers.empty())
for (UINT i = 0; i < timers.size(); i++)
if(timers.at(i).changeLoop == false)
if (timers.at(i).multipleLoop == false)
{
timers.erase(timers.begin() + i);
i = -1;
}
if(flagExit)
exitProgram();
}
return (msg.wParam);
}
HRESULT cManager::renderScene()
{
if (pDevice == nullptr) return E_FAIL;
if (getTimer(1050).getDeltaTime(UOT_MILI) > (1000.0f / 100.0f)) handl = true;
manager.drArray.clear();
LPDIRECT3DSURFACE9 sf;
dTexture->GetSurfaceLevel(0, &sf);
pDevice->SetRenderTarget(1,sf);
sf->Release();
cTexture->GetSurfaceLevel(0, &sf);
pDevice->SetRenderTarget(2, sf);
sf->Release();
nTexture->GetSurfaceLevel(0, &sf);
pDevice->SetRenderTarget(3, sf);
sf->Release();
dTexture->GetSurfaceLevel(0, &sf);
pDevice->SetRenderTarget(4, sf);
sf->Release();
pDevice->Clear(0, NULL, D3DCLEAR_TARGET | D3DCLEAR_ZBUFFER, D3DCOLOR_XRGB(0, 0, 0), 1.0f, 0);
pDevice->SetRenderTarget(1, NULL);
pDevice->SetRenderTarget(2, NULL);
pDevice->SetRenderTarget(3, NULL);
pDevice->SetRenderTarget(4, NULL);
pDevice->BeginScene();
if(renderFunction != NULL)
renderFunction();
pDevice->EndScene();
pDevice->Present(NULL, NULL, NULL, NULL);
if (getTimer(1050).getDeltaTime(UOT_MILI) > (1000.0f / 100.0f) && handl)
{
setTimer(1050, false, true);
handl = false;
}
return S_OK;
}
void* cManager::renderSceneToTxr(std::string name, int(*renderFunction)(), RECT *rc )
{
texture *tmpTxr = new texture();
tmpTxr->textureName = name;
tmpTxr->data = NULL;
if (pDevice == nullptr)
{
return NULL;
}
pDevice->SetRenderState(D3DRS_SCISSORTESTENABLE, FALSE);
LPDIRECT3DSURFACE9 pBackBufferOld = NULL;
LPDIRECT3DSURFACE9 pBackBufferNew = NULL;
LPDIRECT3DSURFACE9 dz = NULL, dzn = NULL;
pDevice->GetRenderTarget(0, &pBackBufferOld);
pDevice->GetDepthStencilSurface(&dz);
//D3DSURFACE_DESC desc;
//pBackBufferOld->GetDesc(&desc);
if (rc == NULL)
{
pDevice->CreateRenderTarget(manager.getGParameters().BackBufferWidth, manager.getGParameters().BackBufferHeight, D3DFMT_X8R8G8B8,
manager.getGParameters().MultiSampleType, manager.getGParameters().MultiSampleQuality, false, &pBackBufferNew, NULL);
D3DXCreateTexture(pDevice, manager.getGParameters().BackBufferWidth, manager.getGParameters().BackBufferHeight, 1, 0, D3DFMT_X8R8G8B8, D3DPOOL_MANAGED, &tmpTxr->data);
}
else
{
pDevice->CreateDepthStencilSurface(rc->right - rc->left, rc->bottom - rc->top, D3DFMT_D16, D3DMULTISAMPLE_NONE, 0, TRUE, &dzn, NULL);
pDevice->SetDepthStencilSurface(dzn);
pDevice->CreateRenderTarget(rc->right - rc->left, rc->bottom - rc->top, D3DFMT_X8R8G8B8,
manager.getGParameters().MultiSampleType, manager.getGParameters().MultiSampleQuality, false, &pBackBufferNew, NULL);
D3DXCreateTexture(pDevice, rc->right - rc->left, rc->bottom - rc->top, 1, 0, D3DFMT_X8R8G8B8, D3DPOOL_MANAGED, &tmpTxr->data);
}
pDevice->SetRenderTarget(0, pBackBufferNew);
pDevice->BeginScene();
pDevice->Clear(0, NULL, D3DCLEAR_TARGET | D3DCLEAR_ZBUFFER, D3DCOLOR_XRGB(0, 0, 0), 1.0f, 0);
if (renderFunction != NULL)
renderFunction();
pDevice->EndScene();
LPDIRECT3DSURFACE9 pTexSurface = NULL;
tmpTxr->data->GetSurfaceLevel(0, &pTexSurface);
D3DXLoadSurfaceFromSurface(pTexSurface, NULL, NULL, pBackBufferNew, NULL, NULL, D3DX_DEFAULT, 0);
if (pTexSurface != NULL) { pTexSurface->Release(); pTexSurface = NULL; }
/*for (int i = 0; i < tmpTxr->data->GetLevelCount(); i++) //Не производительный метод
{
tmpTxr->data->GetSurfaceLevel(i, &pTexSurface);
D3DXLoadSurfaceFromSurface(pTexSurface,NULL,NULL, pBackBufferNew,NULL,NULL,D3DX_DEFAULT, 0);
//pDevice->StretchRect(pBackBufferNew, NULL, pTexSurface, NULL, D3DTEXF_ANISOTROPIC);
if (pTexSurface != NULL) { pTexSurface->Release(); pTexSurface = NULL; }
}*/
if (pBackBufferNew != NULL) { pBackBufferNew->Release(); pBackBufferNew = NULL; }
if (dzn != NULL) { dzn->Release(); dzn = NULL; }
pDevice->SetDepthStencilSurface(dz);
pDevice->SetRenderTarget(0, pBackBufferOld);
if (pBackBufferOld != NULL) { pBackBufferOld->Release(); pBackBufferOld = NULL; }
if (dz != NULL) { dz->Release(); dz = NULL; }
return tmpTxr;
}
void cManager::setTimer(int id, bool ct, bool ml)
{
if(!timers.empty())
for (UINT i = 0; i < timers.size(); i++)
if (timers.at(i).id == id)
{
if(!ct)
timers.at(i).timePoint = std::chrono::high_resolution_clock::now();
else
{
std::chrono::time_point<std::chrono::steady_clock> tmpPt;
int tmpTm = std::chrono::duration_cast <std::chrono::microseconds>(tmpPt - timers.at(i).timePoint).count();
if (tmpTm == 0)
timers.at(i).timePoint = std::chrono::high_resolution_clock::now();
}
timers.at(i).changeLoop = true;
return;
}
sTimer tmpTimer;
tmpTimer.id = id;
tmpTimer.constTime = ct;
tmpTimer.multipleLoop = ml;
tmpTimer.timePoint = std::chrono::high_resolution_clock::now();
tmpTimer.changeLoop = true;
timers.push_back(tmpTimer);
}
sTimer cManager::getTimer(int id)
{
if (!timers.empty())
for (UINT i = 0; i < timers.size(); i++)
if (timers.at(i).id == id)
{
return timers.at(i);
}
return sTimer();
}
void cManager::updateCam(View flag)
{
D3DXMatrixIdentity(&camSettings.vMatrix);
if (flag == VIEW_3D)
{
if (gParameters.Windowed)
{
WINDOWINFO pwi;
GetWindowInfo(manager.getHWnd(), &pwi);
int width = pwi.rcClient.right - pwi.rcClient.left;
int height = pwi.rcClient.bottom - pwi.rcClient.top;
D3DXMatrixPerspectiveFovLH(&camSettings.pMatrix, D3DX_PI / 4, (float)width / (float)height, 1.0f, 10000.0f);
}
else
{
//pp.BackBufferWidth = pwi.rcWindow.left;
//pp.BackBufferHeight = pwi.rcWindow.top;
D3DXMatrixPerspectiveFovLH(&camSettings.pMatrix, D3DX_PI / 4, (float)getGParameters().BackBufferWidth / (float)getGParameters().BackBufferHeight, 1.0f, 10000.0f);
}
D3DXMatrixLookAtLH(&camSettings.vMatrix, &D3DXVECTOR3(camSettings.posX, camSettings.posY, camSettings.posZ),
&D3DXVECTOR3(camSettings.lookX, camSettings.lookY, camSettings.lookZ),
&D3DXVECTOR3(0, 1, 0));
}
else
{
D3DXMatrixOrthoLH(&camSettings.pMatrix, (float)getGParameters().BackBufferWidth , (float)getGParameters().BackBufferHeight, 1.0f, 1000.0f);
D3DXMatrixLookAtLH(&camSettings.vMatrix, &D3DXVECTOR3(10.0f, 0.0f, 0.0f),
&D3DXVECTOR3(0.0f, 0.0f, 0.0f),
&D3DXVECTOR3(0.0f, 1.0f, 0.0f));
}
}
CAMERA* cManager::getCamSetting()
{
return &camSettings;
}
|
3599bac7f54a1cddbdf065525dccf67336ab0cbb | 5ba28206154321c921bb2fcb2e9ba484260f3250 | /Ex 6.1/Ex 6.1/Source.cpp | f32c515ead7edeababa137162d8e0e8c9fcd8e34 | [] | no_license | glitz20/Homework-6 | 38884af24a79fb1801517e70d98b10c0cedb0acd | 996a925ee242dce981a005dd1c89862f6ea73f24 | refs/heads/master | 2021-06-15T18:02:58.178461 | 2017-04-15T04:09:17 | 2017-04-15T04:09:17 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 454 | cpp | Source.cpp | //Submitted by Sabin Sapkota//
//Ex 6.1//
#include <iostream>
#include<ctime>
#include<cstdlib>
#include <fstream>
using namespace std;
int main()
{
ofstream output;
output.open("Exercise13_1.txt");//creates a text file//
srand(time(0));
cout << "Here are the randomly generated hundred numbers"<<endl;
for (int i = 0; i < 100; i++)
{
int j;
j= rand() % 1000;//creates random numbers//
output << j<<" ";
}
output.close();
return 0;
} |
cd46c04242e7a2c4a901bfc7a72346d64fc84e5e | c8e4aece9612f5100a88767f48c5110f4d7f2fc4 | /driver/unix/include/Serial.h | 577a8f29b8a4777ba86b0438ff58881ed64126af | [] | no_license | nevrax/puppet | 87902aec25e7c6afd2f7a98a30f91fd1913c2611 | d05d3b3d6f8da238eac7344a332965a8f2489371 | refs/heads/master | 2021-05-31T03:11:36.322584 | 2016-01-22T20:15:51 | 2016-01-22T20:15:51 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,746 | h | Serial.h | /**Signature>
* Author : Cedric Pradalier
* Universite : INRIA - GRAVIR - INPG
* Email : cedric.pradalier@inrialpes.fr
* Contexte : These MESR
* Date : 2001 - 2004
* License : Libre (???)
<Signature**/
#ifndef Serial_H
#define Serial_H
#include <sys/types.h>
#include <sys/time.h>
#include <unistd.h>
#include <termios.h>
#include <string>
// Alec: There seems to be a bug in the original unix implementation. When I
// first plug in the device (on a linux machine!). The original Serial
// implementation only reads junk (nonsense characters). If I first run the screen
// command and then rerun, it seems to be fixed. I guess that screen is setting
// something correctly that this Serial code expects to be set but does not set
// itself.
//
// Whether on purpose or not, the APPLE implementation I added, manages to read
// correct characters without first running screen. Therefore I'm using this
// implmentation even on linux.
#define APPLE_IMPL
class Serial
{
private :
std::string device;
int fd;
fd_set rfs;
//structure definie dans /bits/termios.h
struct termios newtio;
#ifdef APPLE_IMPL
struct termios original_tio;
#endif
public :
// Need default constructor for C++ immutable type
Serial();
Serial(const std::string & dev);
~Serial();
bool Open(unsigned int speed);
bool Close();
size_t Send(const std::string & text) const {
return Send((const unsigned char*)text.c_str(),text.size());
}
size_t Send(const unsigned char * data,size_t size) const;
size_t Receive(unsigned char * data,size_t size);
bool WaitData(size_t millisec);
bool EmptyBuffers();
bool isOpen() {return fd>=0;}
};
#endif // Serial_H
|
ce2aba7a0d957b4171a44014514e624edeedd616 | 54f352a242a8ad6ff5516703e91da61e08d9a9e6 | /Source Codes/AtCoder/arc082/D/1564587.cpp | 7b3823fffa99e77d201fceb138c8ec7832c9ea43 | [] | no_license | Kawser-nerd/CLCDSA | 5cbd8a4c3f65173e4e8e0d7ed845574c4770c3eb | aee32551795763b54acb26856ab239370cac4e75 | refs/heads/master | 2022-02-09T11:08:56.588303 | 2022-01-26T18:53:40 | 2022-01-26T18:53:40 | 211,783,197 | 23 | 9 | null | null | null | null | UTF-8 | C++ | false | false | 298 | cpp | 1564587.cpp | #include<iostream>
#define m(a) min(X,max(0,a))
using namespace std;int r[200000],X,K,Q,T,A,s,l,k,t,x,d,f=-1;int main(){for(cin>>X>>K;l<K;)cin>>r[l++];l=X;for(cin>>Q;Q--;cout<<m(min(l,max(s,A+x))+f*(T-t))<<endl)for(cin>>T>>A;k<K&T>=r[k];f*=-1)x+=d=f*(r[k]-t),s=m(s+d),l=m(l+d),t=r[k++];return 0;} |
ced43e479ae5e507cbfad66d024c622320f747de | 815e6f34bf2e05f20dc34681b703bb1286f2bf53 | /PromptWindow.h | 3162fd175e6cb0a3617ecb025f4ec14568724e10 | [] | no_license | jmfb/cpp-project-2 | 8a8bfb419ba63c4ab22b49533f6a1a5c8af437a9 | 67e724204901fd0d4f3ef8bd1ccc4b728d1ec583 | refs/heads/master | 2020-03-27T04:02:15.349406 | 2014-12-27T22:38:04 | 2014-12-27T22:38:04 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 859 | h | PromptWindow.h | #pragma once
#include <Wex/CustomWindow.h>
#include "PromptWindowEvents.h"
#include <Wex/Font.h>
#include <Wex/Size.h>
#include <string>
class PromptWindow : public Wex::CustomWindow<PromptWindow>
{
public:
PromptWindow(PromptWindowEvents& events);
PromptWindow(const PromptWindow& rhs) = delete;
~PromptWindow() = default;
PromptWindow& operator=(const PromptWindow& rhs) = delete;
static void SetupClass(WNDCLASSEX& windowClass);
bool OnCreate(CREATESTRUCT* cs) override;
void OnPaint() override;
void OnChar(int c, int count, unsigned long flags) override;
void OnSetFocus(HWND hwnd) override;
void OnKillFocus(HWND hwnd) override;
void SetPrompt(const std::string& value);
private:
friend class PromptWindowTest;
Wex::Font font;
Wex::Size textSize;
PromptWindowEvents* events = nullptr;
std::string prompt;
std::string command;
};
|
c07db240c1370a05f48a96ebd464c26104135c8e | 0cb85cd0c88a9b9f0cca4472742c2bf9febef2d8 | /CS AdminKit/development2/include/boost/src/filesystem/test/convenience_test.cpp | 84b67d482082d01836d0d171867588d6b3f200fe | [] | no_license | seth1002/antivirus-1 | 9dfbadc68e16e51f141ac8b3bb283c1d25792572 | 3752a3b20e1a8390f0889f6192ee6b851e99e8a4 | refs/heads/master | 2020-07-15T00:30:19.131934 | 2016-07-21T13:59:11 | 2016-07-21T13:59:11 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,748 | cpp | convenience_test.cpp | // libs/filesystem/test/convenience_test.cpp -------------------------------//
// Copyright Beman Dawes, 2002
// Copyright Vladimir Prus, 2002
// Use, modification, and distribution is subject to the Boost Software
// License, Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at
// http://www.boost.org/LICENSE_1_0.txt)
// See library home page at http://www.boost.org/libs/filesystem
#include <boost/filesystem/convenience.hpp>
namespace fs = boost::filesystem;
using fs::path;
#include <boost/test/minimal.hpp>
int test_main( int, char*[] )
{
path::default_name_check( fs::no_check ); // names below not valid on all O/S's
// but they must be tested anyhow
// create_directories() tests ----------------------------------------------//
fs::create_directories( "" ); // should be harmless
fs::create_directories( "/" ); // ditto
fs::remove_all( "xx/yy/zz" ); // make sure slate is blank
fs::create_directories( "xx" );
BOOST_TEST( fs::exists( "xx" ) );
BOOST_TEST( fs::is_directory( "xx" ) );
fs::create_directories( "xx/ww/zz" );
BOOST_TEST( fs::exists( "xx" ) );
BOOST_TEST( fs::exists( "xx/ww" ) );
BOOST_TEST( fs::exists( "xx/ww/zz" ) );
BOOST_TEST( fs::is_directory( "xx" ) );
BOOST_TEST( fs::is_directory( "xx/ww" ) );
BOOST_TEST( fs::is_directory( "xx/ww/zz" ) );
// extension() tests ----------------------------------------------------------//
BOOST_TEST( fs::extension("a/b") == "" );
BOOST_TEST( fs::extension("a/b.txt") == ".txt" );
BOOST_TEST( fs::extension("a/b.") == "." );
BOOST_TEST( fs::extension("a.b.c") == ".c" );
BOOST_TEST( fs::extension("a.b.c.") == "." );
BOOST_TEST( fs::extension("") == "" );
BOOST_TEST( fs::extension("a/") == "" );
// basename() tests ----------------------------------------------------------//
BOOST_TEST( fs::basename("b") == "b" );
BOOST_TEST( fs::basename("a/b.txt") == "b" );
BOOST_TEST( fs::basename("a/b.") == "b" );
BOOST_TEST( fs::basename("a.b.c") == "a.b" );
BOOST_TEST( fs::basename("a.b.c.") == "a.b.c" );
BOOST_TEST( fs::basename("") == "" );
// change_extension tests ---------------------------------------------------//
BOOST_TEST( fs::change_extension("a.txt", ".tex").string() == "a.tex" );
BOOST_TEST( fs::change_extension("a.", ".tex").string() == "a.tex" );
BOOST_TEST( fs::change_extension("a", ".txt").string() == "a.txt" );
BOOST_TEST( fs::change_extension("a.b.txt", ".tex").string() == "a.b.tex" );
// see the rationale in html docs for explanation why this works
BOOST_TEST( fs::change_extension("", ".png").string() == ".png" );
return 0;
}
|
1d88e60196b8d520637e360834b33bc70fb39b76 | f690476964a94fd7e318ef56822731f4257c953e | /Array/Array--Three Sum.cpp | 1a580254e6957943e7993135e2874bfd183c9343 | [] | no_license | 1990yanjing/MyLeetCode | 23dbceacdf9ec7ae948d2cee82479043f48cf8f9 | 84cfbeb7b69148da3da3df5e0ff5fcf8e484436a | refs/heads/master | 2021-01-01T17:16:36.024347 | 2015-03-24T02:43:21 | 2015-03-24T02:43:21 | 28,622,456 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,687 | cpp | Array--Three Sum.cpp | #include "Solution.h"
using namespace std;
/**
* NO. 15 3Sum(K sum 问题)
* 无需序列中找出三个数字为零的组合
* 首先排序，然后左右夹逼；找到一个数字，剩下的数据归结为2sum问题，一头一尾左右夹逼
* 注意：
* 防止重复计算，选取的数如果重复（与上一个选择相同）则不计算；夹逼过程中左右限重复则跳过，继续夹逼
* 否则会超时
*/
vector<vector<int> > threeSum(vector<int> &num)
{
vector<vector<int> > ret;
if(num.size() < 3)
return ret;
sort(num.begin(), num.end());
const int target = 0;
vector<int>::iterator iter = num.begin();
for(; iter != num.end(); iter++)
{
vector<int>::iterator b = iter + 1;
vector<int>::iterator c = num.end() - 1;
if(iter != num.begin() && *iter == *(iter-1))
continue;
while(b < c)
{
if(b > iter + 1 && *b == *(b - 1))
{
b++;
continue;
}
if(c < num.end() - 1 && *c == *(c + 1))
{
c--;
continue;
}
if(*iter + *b + *c < target)
b++;
else
{
if(*iter + *b + *c > target)
c--;
else
{
vector<int> ivec;
ivec.push_back(*iter);
ivec.push_back(*b);
ivec.push_back(*c);
ret.push_back(ivec);
b++;
c--;
}
}
}
}
return ret;
} |
5ffa4212fa7a66e3fbd4faf4f49fd8d5042bae3d | c6f08f2bb8b812bcb63a6216fbd674e1ebdf00d8 | /ni_header/NiPosKey.inl | 34db7fa1bc992fc61ce11bcfe8691b647e1ec308 | [] | no_license | yuexiae/ns | b45e2e97524bd3d5d54e8a79e6796475b13bd3f9 | ffeb846c0204981cf9ae8033a83b2aca2f8cc3ac | refs/heads/master | 2021-01-19T19:11:39.353269 | 2016-06-08T05:56:35 | 2016-06-08T05:56:35 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 6,907 | inl | NiPosKey.inl | // NUMERICAL DESIGN LIMITED PROPRIETARY INFORMATION
//
// This software is supplied under the terms of a license agreement or
// nondisclosure agreement with Numerical Design Limited and may not
// be copied or disclosed except in accordance with the terms of that
// agreement.
//
// Copyright (c) 1996-2004 Numerical Design Limited.
// All Rights Reserved.
//
// Numerical Design Limited, Chapel Hill, North Carolina 27514
// http://www.ndl.com
#include "NiRTLib.h"
//---------------------------------------------------------------------------
inline NiPosKey::NiPosKey ()
{
}
//---------------------------------------------------------------------------
inline NiPosKey::NiPosKey (float fTime, const NiPoint3& pos)
:
NiAnimationKey(fTime)
{
m_Pos = pos;
}
//---------------------------------------------------------------------------
inline NiPosKey::~NiPosKey ()
{
}
//---------------------------------------------------------------------------
inline void NiPosKey::SetPos (const NiPoint3& pos)
{
m_Pos = pos;
}
//---------------------------------------------------------------------------
inline const NiPoint3& NiPosKey::GetPos () const
{
return m_Pos;
}
//---------------------------------------------------------------------------
inline void NiPosKey::Interpolate (float, const NiAnimationKey*,
const NiAnimationKey*, void* pResult)
{
// This routine should never be called.
assert( false );
*(NiPoint3*)pResult = NiPoint3::ZERO;
}
//---------------------------------------------------------------------------
inline void NiPosKey::InterpolateD1 (float, const NiAnimationKey*,
const NiAnimationKey*, void* pResult)
{
// This routine should never be called.
assert( false );
*(NiPoint3*)pResult = NiPoint3::ZERO;
}
//---------------------------------------------------------------------------
inline void NiPosKey::InterpolateD2 (float, const NiAnimationKey*,
const NiAnimationKey*, void* pResult)
{
// This routine should never be called.
assert( false );
*(NiPoint3*)pResult = NiPoint3::ZERO;
}
//---------------------------------------------------------------------------
inline void NiPosKey::FillDerivedVals (NiAnimationKey*, unsigned int,
unsigned char)
{
// This routine should never be called.
assert( false );
}
//---------------------------------------------------------------------------
inline float NiPosKey::ComputeMaxCurvature (NiAnimationKey*, unsigned int)
{
// This routine should never be called.
assert( false );
return 0.0f;
}
//---------------------------------------------------------------------------
inline void NiPosKey::Copy (NiAnimationKey*, const NiAnimationKey*)
{
// This routine should never be called.
assert(false);
}
//---------------------------------------------------------------------------
inline NiAnimationKey* NiPosKey::CreateArray(unsigned int uiNumKeys)
{
// This routine should never be called.
assert(false);
return 0;
}
//---------------------------------------------------------------------------
inline void NiPosKey::DeleteArray(NiAnimationKey* pkKeyArray)
{
// This routine should never be called.
assert(false);
}
//---------------------------------------------------------------------------
inline void NiPosKey::SetMaxCurvatureSampleSize (int iSampleSize)
{
ms_iSampleSize = iSampleSize;
}
//---------------------------------------------------------------------------
inline float NiPosKey::GetMaxCurvatureSampleDelta ()
{
return ms_fSampleDelta;
}
//---------------------------------------------------------------------------
inline NiPosKey* NiPosKey::GetKeyAt(unsigned int uiIndex, unsigned char
ucKeySize)
{
return (NiPosKey*) NiAnimationKey::GetKeyAt(uiIndex, ucKeySize);
}
//---------------------------------------------------------------------------
inline unsigned char NiPosKey::GetKeySize(KeyType eType)
{
return NiAnimationKey::GetKeySize(POSKEY, eType);
}
//---------------------------------------------------------------------------
inline NiPosKey::CreateFunction NiPosKey::GetCreateFunction (KeyType eType)
{
return NiAnimationKey::GetCreateFunction(POSKEY, eType);
}
//---------------------------------------------------------------------------
inline NiPosKey::CopyFunction NiPosKey::GetCopyFunction (KeyType eType)
{
return NiAnimationKey::GetCopyFunction(POSKEY, eType);
}
//---------------------------------------------------------------------------
inline NiPosKey::ArrayFunction NiPosKey::GetArrayFunction (KeyType eType)
{
return NiAnimationKey::GetArrayFunction(POSKEY, eType);
}
//---------------------------------------------------------------------------
inline NiPosKey::DeleteFunction NiPosKey::GetDeleteFunction (KeyType eType)
{
return NiAnimationKey::GetDeleteFunction(POSKEY, eType);
}
//---------------------------------------------------------------------------
inline NiPosKey::InsertFunction NiPosKey::GetInsertFunction (KeyType eType)
{
return NiAnimationKey::GetInsertFunction(POSKEY, eType);
}
//---------------------------------------------------------------------------
inline NiPosKey::EqualFunction NiPosKey::GetEqualFunction (KeyType eType)
{
return NiAnimationKey::GetEqualFunction(POSKEY, eType);
}
//---------------------------------------------------------------------------
inline NiPosKey::SaveFunction NiPosKey::GetSaveFunction (KeyType eType)
{
return NiAnimationKey::GetSaveFunction(POSKEY, eType);
}
//---------------------------------------------------------------------------
inline NiPosKey::CurvatureFunction NiPosKey::GetCurvatureFunction (
KeyType eType)
{
return NiAnimationKey::GetCurvatureFunction(POSKEY, eType);
}
//---------------------------------------------------------------------------
inline NiPosKey::InterpFunction NiPosKey::GetInterpFunction (KeyType eType)
{
return NiAnimationKey::GetInterpFunction(POSKEY, eType);
}
//---------------------------------------------------------------------------
inline NiPosKey::InterpFunction NiPosKey::GetInterpD1Function (KeyType eType)
{
return NiAnimationKey::GetInterpD1Function(POSKEY, eType);
}
//---------------------------------------------------------------------------
inline NiPosKey::InterpFunction NiPosKey::GetInterpD2Function (KeyType eType)
{
return NiAnimationKey::GetInterpD2Function(POSKEY, eType);
}
//---------------------------------------------------------------------------
inline NiPosKey::FillDerivedValsFunction NiPosKey::GetFillDerivedFunction (
KeyType eType)
{
return NiAnimationKey::GetFillDerivedFunction(POSKEY, eType);
}
//---------------------------------------------------------------------------
|
dfea35852f1ea82a2107f2a9b27f2f6392239d67 | e8ae6c898137cb898b08efe1e03bedf3d5fb9a6e | /Dynamic Programming.cpp/Distinct occurrences.cpp | 5919a722e9e12a76ddd567f2b0c72e8cc3caa96a | [] | no_license | ravi2615/GeeksForGeeks | ccbbf9bc0c0d8f03f6c66a3283806708d47e90e4 | d515506461f4bcada46597665a6a4af77e6f9ff2 | refs/heads/master | 2023-04-05T14:17:17.202796 | 2021-04-21T09:46:49 | 2021-04-21T09:46:49 | 357,833,205 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 941 | cpp | Distinct occurrences.cpp | // { Driver Code Starts
#include <bits/stdc++.h>
using namespace std;
// } Driver Code Ends
/*You are required to complete this method*/
class Solution
{
public:
long long int subsequenceCount(string S, string T)
{
//Your code here
long long int sSize=S.size(),tSize=T.size();
if(tSize>sSize)
return 0;
long long int dp[tSize+1][sSize+1];
for(long long int i=1;i<tSize+1;i++)
dp[i][0] = 0;
for(long long int j=0;j<sSize+1;j++)
dp[0][j] = 1;
for(long long int i=1;i<tSize+1;i++){
for(long long int j=1;j<sSize+1;j++){
if(T[i-1]==S[j-1]){
dp[i][j]=dp[i][j-1]+dp[i-1][j-1]%1000000007;
}
else
dp[i][j]=dp[i][j-1];
}
// cout<<dp[i][j]<<" ";}cout<<endl;
}
return dp[tSize][sSize]%1000000007;
}
};
|
b5acfba7b50a29ebf0ee3a283ab6f9719d4eb916 | c3bbdbbbc5f47577e332a280f81bd905617423c9 | /Source/AllProjects/DataUtils/CIDPack/CIDPack.cpp | 50cb8972fb1e4dee9d921760270dbda7493475ce | [
"MIT"
] | permissive | DeanRoddey/CIDLib | 65850f56cb60b16a63bbe7d6d67e4fddd3ecce57 | 82014e064eef51cad998bf2c694ed9c1c8cceac6 | refs/heads/develop | 2023-03-11T03:08:59.207530 | 2021-11-06T16:40:44 | 2021-11-06T16:40:44 | 174,652,391 | 227 | 33 | MIT | 2020-09-16T11:33:26 | 2019-03-09T05:26:26 | C++ | UTF-8 | C++ | false | false | 1,060 | cpp | CIDPack.cpp | //
// FILE NAME: CIDPack.cpp
//
// AUTHOR: Dean Roddey
//
// CREATED: 03/21/2015
//
// COPYRIGHT: Charmed Quark Systems, Ltd @ 2019
//
// This software is copyrighted by 'Charmed Quark Systems, Ltd' and
// the author (Dean Roddey.) It is licensed under the MIT Open Source
// license:
//
// https://opensource.org/licenses/MIT
//
// DESCRIPTION:
//
// As the name implies this is the main module for the CIDPack facility.
// It provides the lazy eval access method for the facility object.
//
// CAVEATS/GOTCHAS:
//
// LOG:
//
// $_CIDLib_Log_$
//
// ---------------------------------------------------------------------------
// Facility specific includes
// ---------------------------------------------------------------------------
#include "CIDPack_.hpp"
// ---------------------------------------------------------------------------
// Global functions
// ---------------------------------------------------------------------------
TFacCIDPack& facCIDPack()
{
static TFacCIDPack* pfacThis = new TFacCIDPack();
return *pfacThis;
}
|
e8884d66636fdbeca029d28929526160feb2a7bb | b4eed86f0d1deba243ae9c1f21fad5f8ea1b272d | /2.cc | c2a384935cf0b498049f9cf061a0a60fbb38bae2 | [] | no_license | didigodot/projecteuler | 633ca375531d9b06adda93bd0bbf7e0d9421118e | 2435602dbea5ecef7bf69dabae5efe0256944652 | refs/heads/master | 2020-05-04T03:37:11.045001 | 2013-06-10T00:17:27 | 2013-06-10T00:17:27 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 278 | cc | 2.cc | #include <iostream>
using namespace std;
int main()
{
int f1 = 1;
int f2 = 1;
int sum = 0;
while(f2<4000000)
{
int temp = f2;
f2=f2+f1;
f1=temp;
if(f2%2==0)
sum+=f2;
}
cout << sum;
return 0;
}
|
b21697ac953cdbd5bd3f65ab1aef7673af7ae9ec | 5f3d54928083341658eb95f3f596a52e9dc6a7f2 | /GameProject/NotificationLayer.h | 4142d051051e957860190938722bfde951835456 | [] | no_license | tungtobi/int2202_Game | 8db8defb14b4946b431bbc7f90e8231f7d375cce | bcb795b9cb1f4742e67754d90d90fd654ce115d5 | refs/heads/master | 2020-03-12T12:45:49.676731 | 2018-05-17T08:31:19 | 2018-05-17T08:31:19 | 130,626,064 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 648 | h | NotificationLayer.h | #ifndef NOTIFICATIONLAYER_H_
#define NOTIFICATIONLAYER_H_
#include "Game.h"
#include "TextManager.h"
#include "Sprite.h"
#include <vector>
class NotificationLayer
{
public:
NotificationLayer(const int _score, const int _score2, const bool _isMultyPlayer);
void update();
private:
int score, score2;
Text line1{LIGHT, 16},
line2{LIGHT, 16},
line3{LIGHT, 12},
scoreLabel{BOLD, 120},
bestScoreLabel{BOLD, 120};
Sprite background{"res/backgroundNotice.png"};
bool isMultyPlayer;
void initTextLabel();
void render();
void listenEvent();
void loadBestScore();
};
#endif // NOTIFICATIONLAYER_H_
|
09497f159888e71f27f539b612b67e8c343f12fd | ad9bc58341f1bef86ab07c1a998d5226a3adb1eb | /DX11/DX11/Source/DX11/Graphics/Texture.cpp | 335357fc571d91153211e40687d40dffa57d744c | [] | no_license | ngocsd/Lab | 1ebc156d0a73a6a40103e85f7d6aa494a89d58c6 | 6b6557f4f149e1c349e7048c2f6696b1d2a96463 | refs/heads/master | 2023-03-14T16:27:16.659825 | 2021-03-25T14:07:31 | 2021-03-25T14:07:31 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,499 | cpp | Texture.cpp | #include "Texture.h"
#include "DX11/Utils/DX11Util.h"
Texture::Texture(
const ComPtr<ID3D11Device>& device,
const ComPtr<ID3D11DeviceContext> context
)
: m_Device(device)
, m_Context(context)
{
}
Texture::~Texture()
{
}
bool Texture::Init(const std::string& fileName)
{
ComPtr<ID3D11Texture2D> texture2D;
ComPtr<ID3D11ShaderResourceView> shaderResourceView;
bool result = DX11Util::CreateTextureFromFile(
m_Device,
fileName,
texture2D,
shaderResourceView
);
if (result)
{
m_Texture2D = texture2D;
m_ShaderResourceView = shaderResourceView;
}
return result;
}
bool Texture::InitAsTextureArray(const std::vector<std::string>& fileNames)
{
ComPtr<ID3D11Texture2D> texture2D;
ComPtr<ID3D11ShaderResourceView> shaderResourceView;
Size2D textureSize;
bool result = DX11Util::CreateTextureArrayFromFile(
m_Device,
fileNames,
texture2D,
shaderResourceView,
textureSize
);
if (result)
{
m_Texture2D = texture2D;
m_ShaderResourceView = shaderResourceView;
}
return result;
}
void Texture::Bind(u32 slot)
{
if (!m_ShaderResourceView) { return; }
ID3D11ShaderResourceView* pShaderResourceViews[] = {
m_ShaderResourceView.Get()
};
m_Context->PSSetShaderResources(
static_cast<UINT>(slot),
_countof(pShaderResourceViews),
pShaderResourceViews
);
}
|
f2fe59db58f8e92f4400a61b211bd0bb2a89a1ac | 6b2a8dd202fdce77c971c412717e305e1caaac51 | /solutions_5669245564223488_0/C++/nakari1124/B-small-0.cpp | 8a102c0a308f98600e015c87d6619cefe54d8b51 | [] | no_license | alexandraback/datacollection | 0bc67a9ace00abbc843f4912562f3a064992e0e9 | 076a7bc7693f3abf07bfdbdac838cb4ef65ccfcf | refs/heads/master | 2021-01-24T18:27:24.417992 | 2017-05-23T09:23:38 | 2017-05-23T09:23:38 | 84,313,442 | 2 | 4 | null | null | null | null | UTF-8 | C++ | false | false | 1,686 | cpp | B-small-0.cpp | #include <cstdio>
#include <cmath>
#include <iostream>
#include <string>
#include <vector>
#include <algorithm>
#include <set>
#include <map>
using namespace std;
typedef long long i64;
typedef i64 nkr_int;
typedef pair<i64, i64> pi;
typedef vector<nkr_int> vi;
typedef vector<vi> vvi;
#define pb push_back
#define iter(T) T::iterator
#define sz(a) int((a).size())
#define all(c) (c).begin(), (c).end()
#define tr(c, i) for(typeof((c).begin()) i = (c).begin(); i != (c).end(); ++i)
#define present(c, x) ((c).find(x) != (c).end())
#define cpresent(c, x) (find(all(c), x) != (c).end())
#define REP(s, e, n) for(n = (s); n < (e); ++n)
class Solver {
public:
Solver() {}
~Solver() {}
void solve();
};
const i64 NUM = 1000000007;
void Solver::solve() {
i64 N;
cin >> N;
vector<string> lines(N);
vvi cars(N);
i64 i;
REP(0, N, i) {
cin >> lines[i];
i64 c_prev = -1;
tr(lines[i], c) {
if((*c) != c_prev) {
cars[i].pb(*c);
}
c_prev = *c;
}
}
vi perm(N, 0);
REP(0, N, i) {
perm[i] = i;
}
i64 ans = 0;
do {
bool ok = true;
vi flag(30, 0);
i64 c_prev = -1;
REP(0, N, i) {
i64 idx = perm[i];
tr(cars[idx], c) {
if(*c != c_prev) {
if(flag[*c - 'a'] != 0) {
ok = false;
break;
}
else {
flag[*c - 'a'] = 1;
}
}
c_prev = *c;
}
if(!ok) {
break;
}
}
if(ok) {
++ans;
ans %= NUM;
}
} while(next_permutation(all(perm)));
cout << ans << endl;
}
int main(int argc, char *argv[]){
i64 N;
cin >> N;
i64 n;
Solver s;
REP(0, N, n) {
cout << "Case #" << n + 1 << ": ";
s.solve();
}
return 0;
}
|
c5fe515159245c7763794c92ee4ea19f98bc5c5d | 227cb890d29d3e55961223965bfd6e44a6fa6e0a | /src/atomictest.h | 4131d909a981f39981ccfe29acf278a9bc932fdf | [
"MIT"
] | permissive | LuboO/optimal-test-grouping-finder | 487791a99c5a60a2b6dac0ea4ec4c1ac3f40236d | 1521a0a36db8213ab7cdeb2c3a70fe82302f7890 | refs/heads/master | 2021-01-19T17:39:38.254297 | 2017-09-13T18:55:31 | 2017-09-13T18:55:31 | 101,082,624 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,877 | h | atomictest.h | #ifndef ATOMICTEST_H
#define ATOMICTEST_H
#include <inttypes.h>
#include <stdexcept>
#include <vector>
#include <iostream>
class AtomicTest {
public:
AtomicTest() = delete;
AtomicTest(uint64_t idx, uint64_t testId, uint64_t variantIdx,
uint64_t subtestIdx, uint64_t statisticIdx)
: _idx(idx), _testId(testId), _variantIdx(variantIdx),
_subtestIdx(subtestIdx), _statisticIdx(statisticIdx)
{}
uint64_t getIdx() const {
return _idx;
}
uint64_t getTestId() const{
return _testId;
}
double getResult(const uint64_t & runIdx) const {
return _results.at(runIdx - 1);
}
std::vector<double> getResults() const {
return _results;
}
uint64_t getRunsCount() const {
return _results.size();
}
void setResults(const std::vector<double> & results) {
_results = results;
}
void print(std::ostream & out) const {
out << "Atomic IDX: " << _idx << "; "
<< "Test ID: " << _testId << "; "
<< "Variant IDX: " << _variantIdx << "; "
<< "Subtest IDX: " << _subtestIdx << "; "
<< "Statistic IDX: " << _statisticIdx << std::endl;
}
private:
uint64_t _idx;
uint64_t _testId;
uint64_t _variantIdx;
uint64_t _subtestIdx;
uint64_t _statisticIdx;
std::vector<double> _results;
};
/**
* @brief The AtomicTestList class Helper class that holds vector of AtomicTests and enforces correct access
* to the elements based on their indices
*/
class AtomicTestList {
public:
AtomicTestList() = delete;
AtomicTestList(const std::vector<AtomicTest> & list)
: _list(list)
{
if(_list.empty())
throw std::runtime_error("list can't be empty");
}
double getAtomicTestResult(const uint64_t & atomicTestIdx, const uint64_t & runIdx) const {
return getAtomicTestByIdx(atomicTestIdx).getResult(runIdx);
}
void printAtomicTest(std::ostream & out, const uint64_t & atomicTestIdx) const {
getAtomicTestByIdx(atomicTestIdx).print(out);
}
size_t getRunsCount() const {
return _list.front().getRunsCount();
}
/* Operator for accessing the underlying vector directly.
* Only constant reference is returned. */
friend const std::vector<AtomicTest> & operator*(const AtomicTestList & o) {
return o._list;
}
private:
std::vector<AtomicTest> _list;
const AtomicTest & getAtomicTestByIdx(const uint64_t & idx) const {
const auto & t = _list.at(idx - 1);
/* Preventive sanity check */
if(t.getIdx() != idx) {
throw std::runtime_error("AtomicTestList was incorrectly initialized: element "
"on position idx - 1 have _idx != idx");
}
return t;
}
};
#endif // ATOMICTEST_H
|
32de507f4f1008fd214eafc9b19f6d709794864c | 38616fa53a78f61d866ad4f2d3251ef471366229 | /3rdparty/RobustGNSS/gtsam/gtsam/inference/MetisIndex-inl.h | eb9670254f90b2c6147ae5a02c2d2212ae6c6ae5 | [
"MIT",
"BSD-3-Clause",
"LGPL-2.1-only",
"MPL-2.0",
"LGPL-2.0-or-later",
"BSD-2-Clause"
] | permissive | wuyou33/Enabling-Robust-State-Estimation-through-Measurement-Error-Covariance-Adaptation | 3b467fa6d3f34cabbd5ee59596ac1950aabf2522 | 2f1ff054b7c5059da80bb3b2f80c05861a02cc36 | refs/heads/master | 2020-06-08T12:42:31.977541 | 2019-06-10T15:04:33 | 2019-06-10T15:04:33 | 193,229,646 | 1 | 0 | MIT | 2019-06-22T12:07:29 | 2019-06-22T12:07:29 | null | UTF-8 | C++ | false | false | 2,922 | h | MetisIndex-inl.h | /* ----------------------------------------------------------------------------
* GTSAM Copyright 2010, Georgia Tech Research Corporation,
* Atlanta, Georgia 30332-0415
* All Rights Reserved
* Authors: Frank Dellaert, et al. (see THANKS for the full author list)
* See LICENSE for the license information
* -------------------------------------------------------------------------- */
/**
* @file MetisIndex-inl.h
* @author Andrew Melim
* @date Oct. 10, 2014
*/
#pragma once
#include <map>
#include <vector>
namespace gtsam {
/* ************************************************************************* */
template<class FACTOR>
void MetisIndex::augment(const FactorGraph<FACTOR>& factors) {
std::map<int32_t, std::set<int32_t> > iAdjMap; // Stores a set of keys that are adjacent to key x, with adjMap.first
std::map<int32_t, std::set<int32_t> >::iterator iAdjMapIt;
std::set<Key> keySet;
/* ********** Convert to CSR format ********** */
// Assuming that vertex numbering starts from 0 (C style),
// then the adjacency list of vertex i is stored in array adjncy
// starting at index xadj[i] and ending at(but not including)
// index xadj[i + 1](i.e., adjncy[xadj[i]] through
// and including adjncy[xadj[i + 1] - 1]).
int32_t keyCounter = 0;
// First: Record a copy of each key inside the factorgraph and create a
// key to integer mapping. This is referenced during the adjaceny step
for (size_t i = 0; i < factors.size(); i++) {
if (factors[i]) {
for(const Key& key: *factors[i]) {
keySet.insert(keySet.end(), key); // Keep a track of all unique keys
if (intKeyBMap_.left.find(key) == intKeyBMap_.left.end()) {
intKeyBMap_.insert(bm_type::value_type(key, keyCounter));
keyCounter++;
}
}
}
}
// Create an adjacency mapping that stores the set of all adjacent keys for every key
for (size_t i = 0; i < factors.size(); i++) {
if (factors[i]) {
for(const Key& k1: *factors[i])
for(const Key& k2: *factors[i])
if (k1 != k2) {
// Store both in Key and int32_t format
int i = intKeyBMap_.left.at(k1);
int j = intKeyBMap_.left.at(k2);
iAdjMap[i].insert(iAdjMap[i].end(), j);
}
}
}
// Number of keys referenced in this factor graph
nKeys_ = keySet.size();
xadj_.push_back(0); // Always set the first index to zero
for (iAdjMapIt = iAdjMap.begin(); iAdjMapIt != iAdjMap.end(); ++iAdjMapIt) {
std::vector<int32_t> temp;
// Copy from the FastSet into a temporary vector
std::copy(iAdjMapIt->second.begin(), iAdjMapIt->second.end(),
std::back_inserter(temp));
// Insert each index's set in order by appending them to the end of adj_
adj_.insert(adj_.end(), temp.begin(), temp.end());
//adj_.push_back(temp);
xadj_.push_back((int32_t) adj_.size());
}
}
} // \ gtsam
|
b477c0ff8da78a6a2a874b020cb8e72013e948f2 | 65025edce8120ec0c601bd5e6485553697c5c132 | /Engine/app/appframework/appframeworkprotocol.h | 3f0c9c81d38d82ac0771195c2e632b91281acd35 | [
"MIT"
] | permissive | stonejiang/genesis-3d | babfc99cfc9085527dff35c7c8662d931fbb1780 | df5741e7003ba8e21d21557d42f637cfe0f6133c | refs/heads/master | 2020-12-25T18:22:32.752912 | 2013-12-13T07:45:17 | 2013-12-13T07:45:17 | 15,157,071 | 4 | 4 | null | null | null | null | UTF-8 | C++ | false | false | 1,499 | h | appframeworkprotocol.h | #pragma once
//------------------------------------------------------------------------------
/**
This file was generated with Nebula3's idlc compiler tool.
DO NOT EDIT
*/
#include "messaging/message.h"
#include "util/variant.h"
#include "appframework/component.h"
//------------------------------------------------------------------------------
namespace App
{
//------------------------------------------------------------------------------
class AttachComponentMsg : public Messaging::Message
{
__DeclareClass(AttachComponentMsg);
__DeclareMsgId;
public:
AttachComponentMsg()
{ };
public:
void SetObject(const GPtr<App::Component>& val)
{
n_assert(!this->handled);
this->object = val;
};
const GPtr<App::Component>& GetObject() const
{
return this->object;
};
private:
GPtr<App::Component> object;
};
//------------------------------------------------------------------------------
class DeAttachComponentMsg : public Messaging::Message
{
__DeclareClass(DeAttachComponentMsg);
__DeclareMsgId;
public:
DeAttachComponentMsg()
{ };
public:
void SetObject(const GPtr<App::Component>& val)
{
n_assert(!this->handled);
this->object = val;
};
const GPtr<App::Component>& GetObject() const
{
return this->object;
};
private:
GPtr<App::Component> object;
};
} // namespace App
//------------------------------------------------------------------------------
|
f6c494be72945079ab05edb09c67c95e9b9edf6a | 53594074059c12badcf36f8cf904caa1ff8dde00 | /Predictor.h | b02e67eaf681d0d0b5c396c794d8a369039a3578 | [
"MIT"
] | permissive | chenxiaoyu233/CXYNN | 6696f26037470b7c30da71584282d6da767f7268 | 084c2422cd2e6d322dfd2878276933acd6fcd478 | refs/heads/master | 2020-03-25T22:41:16.899524 | 2018-09-11T07:36:22 | 2018-09-11T07:36:22 | 144,236,259 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 769 | h | Predictor.h | #ifndef __PREDICTOR_H__
#define __PREDICTOR_H__
#include "Common.h"
#include "Optimizer.h"
// 用于在训练完成之后, 将网络实用化
class Predictor: public Optimizer {
protected:
vector< pair<int, Matrix<double>*> > expectPair; //所有的期望输出
public:
Predictor( //和Optimizer使用相同的构造函数
FuncAbstractor* func,
double step,
int maxEpoch,
vector<Matrix<double>*> trainData,
vector<Matrix<double>*> trainLabel,
string filePath,
int seed,
double randL, double randR, double randEps,
int miniBatchSize
);
int Classify(Matrix<double>* Input); //分类
double Loss(Matrix<double>* Input, Matrix<double>* expect); //直接输出loss值
void AddCase(int label, Matrix<double>* expect);
};
#endif
|
380085b5c064d362e30d63caeea2dbc2dbd6182e | 0eff74b05b60098333ad66cf801bdd93becc9ea4 | /second/download/CMake/CMake-gumtree/Kitware_CMake_repos_basic_block_block_5678.cpp | 9c90a6c32d8612f9649034584501476b5649a624 | [] | no_license | niuxu18/logTracker-old | 97543445ea7e414ed40bdc681239365d33418975 | f2b060f13a0295387fe02187543db124916eb446 | refs/heads/master | 2021-09-13T21:39:37.686481 | 2017-12-11T03:36:34 | 2017-12-11T03:36:34 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 234 | cpp | Kitware_CMake_repos_basic_block_block_5678.cpp | {
case CURL_EMPTY:
tn->him[option] = CURL_NO;
break;
case CURL_OPPOSITE:
tn->him[option] = CURL_WANTYES;
tn->himq[option] = CURL_EMPTY;
send_negotiation(conn, CURL_DO, option);
break;
} |
891fc0a26efd64cc83e9c48ddb816a8fbc81374d | 2aa75176e93bc5cee6e3c66a82acf3701af56678 | /gl2/demo/fogcoord.cpp | 1a03ded1cdddb2b475d4a076e051820e042160d8 | [] | no_license | dedowsdi/journey | 5d5c11a5e2c143f031ad2d801c731c2ca381c18a | 0e9f1dd34a6bb7d5c9c8225ef1595a8cfd188593 | refs/heads/master | 2021-06-02T00:31:44.925551 | 2020-10-05T06:14:08 | 2020-10-05T06:14:08 | 116,079,146 | 12 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 3,555 | cpp | fogcoord.cpp | /*
* fogcoord.c
*
* this program demonstrates the use of explicit fog
* coordinates. you can press the keyboard and change
* the fog coordinate value at any vertex. you can
* also switch between using explicit fog coordinates
* and the default fog generation mode.
*
* pressing the 'f' and 'b' keys move the viewer forward
* and backwards.
* pressing 'c' initiates the default fog generation.
* pressing capital 'C' restores explicit fog coordinates.
* pressing '1', '2', '3', '8', '9', and '0' add or
* subtract from the fog coordinate values at one of the
* three vertices of the triangle.
*/
#include <app.h>
namespace zxd{
GLfloat f1, f2, f3;
class app0 : public app{
void init_info(){
app::init_info();
m_info.title = "fogcoord";
m_info.display_mode = GLUT_DOUBLE | GLUT_RGB;
m_info.wnd_width = 500;
m_info.wnd_height = 500;
}
/* initialize fog
*/
void create_scene(void) {
GLfloat fog_color[4] = {0.0, 0.25, 0.25, 1.0};
f1 = 1.0f;
f2 = 5.0f;
f3 = 10.0f;
glEnable(GL_FOG);
glFogi(GL_FOG_MODE, GL_EXP);
glFogfv(GL_FOG_COLOR, fog_color);
glFogf(GL_FOG_DENSITY, 0.25);
glHint(GL_FOG_HINT, GL_DONT_CARE);
glFogi(GL_FOG_COORDINATE_SOURCE, GL_FOG_COORDINATE);
glClearColor(0.0, 0.25, 0.25, 1.0); /* fog color */
}
/* display() draws a triangle at an angle.
*/
void display(void) {
glClear(GL_COLOR_BUFFER_BIT);
glColor3f(1.0f, 0.75f, 0.0f);
glBegin(GL_TRIANGLES);
glFogCoordf(f1);
glVertex3f(2.0f, -2.0f, 0.0f);
glFogCoordf(f2);
glVertex3f(-2.0f, 0.0f, -5.0f);
glFogCoordf(f3);
glVertex3f(0.0f, 2.0f, -10.0f);
glEnd();
glDisable(GL_FOG);
glColor3f(1.0,1.0,1.0);
const unsigned char info[] =
"q : toggle GL_FOG_COORDINATE_SOURCE between\n"
" fragment_depth and coordinate_ext\n"
"wW : change fog coordinate of vertex 0\n"
"eE : change fog coordinate of vertex 1\n"
"rR : change fog coordinate of vertex 2\n"
"jJ : change camera distance\n";
glWindowPos2i(10, 480);
glutBitmapString(GLUT_BITMAP_9_BY_15, info);
glEnable(GL_FOG);
glutSwapBuffers();
}
void reshape(int w, int h) {
app::reshape(w, h);
glViewport(0, 0, (GLsizei)w, (GLsizei)h);
glMatrixMode(GL_PROJECTION);
glLoadIdentity();
gluPerspective(45.0, 1.0, 0.25, 25.0);
glMatrixMode(GL_MODELVIEW);
glLoadIdentity();
glTranslatef(0.0, 0.0, -5.0);
}
void keyboard(unsigned char key, int x, int y) {
app::keyboard(key, x, y);
switch (key) {
case 'q': {
int i;
glGetIntegerv(GL_FOG_COORD_SRC, &i);
if (i == GL_FRAGMENT_DEPTH)
glFogi(GL_FOG_COORDINATE_SOURCE, GL_FOG_COORDINATE);
else
glFogi(GL_FOG_COORDINATE_SOURCE, GL_FRAGMENT_DEPTH);
}
break;
case 'w':
f1 = f1 + 0.25;
break;
case 'e':
f2 = f2 + 0.25;
break;
case 'r':
f3 = f3 + 0.25;
break;
case 'W':
if (f1 > 0.25) {
f1 = f1 - 0.25;
}
break;
case 'E':
if (f2 > 0.25) {
f2 = f2 - 0.25;
}
break;
case 'R':
if (f3 > 0.25) {
f3 = f3 - 0.25;
}
break;
case 'j':
glMatrixMode(GL_MODELVIEW);
glTranslatef(0.0, 0.0, -0.25);
break;
case 'J':
glMatrixMode(GL_MODELVIEW);
glTranslatef(0.0, 0.0, 0.25);
break;
default:
break;
}
}
/* main loop
* open window with initial window size, title bar,
* RGBA display mode, depth buffer, and handle input events.
*/
};
}
int main(int argc, char** argv) {
zxd::app0 _app0;
_app0.run(argc, argv);
return 0;
}
|
edfd600415f4bdc6545251af029a76c77876c8d5 | ee1820f94178fdfa93eceb6dd2cb9b9d9c95b72a | /ITSA/MM47.cpp | 2db1100bf31adc771f236c241f9ea0dff3be7277 | [] | no_license | asd0012/ITSA | 3a2f6c8a829c08d49ac0be951514f1bd2ee47989 | 05879bf4c13db4c75588b8135942bda8bbcc0456 | refs/heads/master | 2020-06-07T08:05:21.205082 | 2019-06-21T02:56:59 | 2019-06-21T02:56:59 | 192,969,053 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 245 | cpp | MM47.cpp | #include<stdio.h>
#include<iostream>
using namespace std;
int main()
{
int sum=0;
int num,fare;
// freopen("input.txt","r",stdin);
while(cin>>num>>fare)
sum+=(num*fare);
cout<<sum<<endl;
return 0;
}
|
b96374754c57a5e9994a5e663c66c638866b68e7 | b5128d7aec9d8013e0c89d6ab64596b1e42b4b96 | /gdb.h | c3a0e94dc649cdda2e8248e0ad6f11846356ebfa | [] | no_license | BaranovMykola/UiDebuggerGdb | 00e7c1a08972c40a6e3c4734c0861c2f47df8c41 | a80e955223999819989e37820cfb4d7115fe60ce | refs/heads/master | 2021-01-22T21:38:24.171563 | 2017-05-08T18:31:33 | 2017-05-08T18:31:33 | 85,457,352 | 4 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 2,112 | h | gdb.h | #ifndef GDB_H
#define GDB_H
#include <QProcess>
#include <QFile>
#include <QStringList>
#include <vector>
#include <queue>
#include <list>
#include "breakpoint.h"
#include "variable.h"
class Gdb : public QProcess
{
Q_OBJECT
public:
Gdb();
Gdb(QString gdbPath);
void start(const QStringList &arguments = QStringList() << "--interpreter=mi",
QProcess::OpenMode mode = QIODevice::ReadWrite);
void write(QByteArray &command);
void readStdOutput();
void readErrOutput();
const QString& getOutput()const;
void openProject(const QString& fileName);
void run();
void stepOver();
void setBreakPoint(unsigned int line);
void clearBreakPoint(unsigned int line);
void stepIn();
void stepOut();
void stopExecuting();
void stepContinue();
int getCurrentLine();
void updateBreakpointsList();
std::vector<Breakpoint> getBreakpoints()const;
std::vector<Variable> getLocalVariables()const;
void getVarContent(const QString& var);
QString getVarType(Variable var);
void globalUpdate();
void setGdbPath(const QString& path);
void readType(const QString& varName);
void readContent(const QString& context);
void updateVariable64x();
void updateVariableFromBuffer();
QString getVarContentFromContext(const QString& context);
public slots:
void slotReadStdOutput();
void slotReadErrOutput();
signals:
void signalBreakpointHit(int line);
void signalLocalVarRecieved(const QString&);
void signalErrorOccured(const QString&);
void signalUpdatedVariables();
void signalTypeUpdated(Variable var);
void signalContentUpdated(Variable var);
void signalReadyReadGdb();
private:
QFile mGdbFile;
QString mErrorMessage;
QString mBuffer;
std::vector<Breakpoint> mBreakpointsList;
std::vector<Variable> mVariablesList;
QString temp;
bool mInfoCaptured;
bool mWhatisCaptured;
QString mWhatisBuffer;
QString mPrintBuffer;
bool collect;
std::list<Variable> mVariableTypeQueue;
bool mPrintCaptured;
};
#endif // GDB_H
|
ef4753329782b8831fdeb94867f2f4e4f408c5a8 | 0280d3e052ac227d778f6a1dbee1b0bdd1678407 | /CodeForces/CF231A_Div2 - Teams.cpp | 53d6688f73d230d344cb5fea976dd71a8832d823 | [] | no_license | oknashar/Problem-Solving | 5d9da159ab5190fcdcff9fc229a25c0f4090801c | 07656a0ace44d1933f1212ecc4dc99d7813de2bf | refs/heads/master | 2022-08-15T12:34:18.820659 | 2020-05-24T23:28:41 | 2020-05-24T23:28:41 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 304 | cpp | CF231A_Div2 - Teams.cpp | #include <iostream>
using namespace std;
int main(){
int n,ans = 0; cin>>n; //n: number of problems, ans: final answer
for(int i=0; i<n; i++){ //loop n times
int x,y,z; cin>>x>>y>>z; //the three members
ans += (x+y+z>=2);
}
cout<<ans<<endl;
return 0;
}
|
ef8fada0730d70f78f518517d4d91bfdef1224b2 | 1bee48af9a512a917564a82d1bf70f0af370e459 | /TestTravisQt/main.cpp | 76946e10f61c7c7f3360ab6a9fdea9143e33f191 | [
"MIT"
] | permissive | optimasiti/travistest | 3dc00c54c8cecda2d65e078b7a496405d2bcb8d6 | 93cc9e77d2ffffa9a36e9a5d73e091e8ca89bad2 | refs/heads/master | 2020-04-08T15:55:24.223525 | 2018-12-09T18:15:43 | 2018-12-09T18:15:43 | 159,497,349 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 179 | cpp | main.cpp | #include <QCoreApplication>
#include "foo_test.h"
int main(int argc, char *argv[])
{
QCoreApplication a(argc, argv);
Foo_Test fooTest;
QTest::qExec(&fooTest );
}
|
826f7818d42025c9ba8b2fcc9cbc1acbce935c5f | ddebedc3b917b7ce8085c12a2fc1defcfed722d9 | /loader_interface/mesh.h | f34e4f0e682be063c3eae9f7b89e8060fac62b3f | [] | no_license | judgeay/ballade-app5 | 9dc7c9678886c327dba50439317ec5fcbbf34def | b394804629bdcb0f5079d42b220acc6708ace986 | refs/heads/master | 2021-05-30T00:44:04.985913 | 2013-06-27T14:54:56 | 2013-06-27T14:54:56 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 405 | h | mesh.h | #ifndef MESH_H
#define MESH_H
#include <vector>
#include "linear_math.h"
struct Mesh
{
std::vector<Vector3> vertices;
std::vector<Vector2> texCoords;
std::vector<Vector3> normals;
std::vector<Vector3> colors;
// Indices for vertex/texcoord/normal values in the
// vertices/texCoords/normals arrays
struct Index { unsigned int v, t, n, c; };
std::vector<Index> indices;
};
#endif /* MESH_H */
|
a91077bb0aa0a7d0bba5f5cd0e96261780f88b33 | 4acf6b3abb6f86ba13a2260934159e3dc86a4141 | /src/DataModel/WidgetNameModel.cpp | 1744bbca3a1b6b1598e97773d09d45151d9a192d | [
"MIT"
] | permissive | Longxr/StyleSheetGenerate | 26e75dc14fd168e3c02ac5dbb7f3577be7c12d77 | 0f88f28b6f033d82cf0fddb2f996f9163eab719b | refs/heads/master | 2020-04-05T10:31:15.028985 | 2018-11-09T04:12:32 | 2018-11-09T04:12:32 | 156,801,853 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,186 | cpp | WidgetNameModel.cpp | #include "WidgetNameModel.h"
WidgetNameModel::WidgetNameModel()
{
}
WidgetNameModel::WidgetNameModel(const WidgetNameModel &other)
{
this->m_className = other.GetWidgetClassName();
this->m_objectName = other.GetWidgetObjectName();
this->m_qss = other.GetQssString();
}
WidgetNameModel &WidgetNameModel::operator=(const WidgetNameModel &other)
{
if(&other != this){
this->m_className = other.GetWidgetClassName();
this->m_objectName = other.GetWidgetObjectName();
this->m_qss = other.GetQssString();
}
return *this;
}
WidgetNameModel::~WidgetNameModel()
{
}
//****************************Getter && Setter*************************************
QString WidgetNameModel::GetWidgetClassName() const
{
return m_className;
}
QString WidgetNameModel::GetWidgetObjectName() const
{
return m_objectName;
}
QString WidgetNameModel::GetQssString() const
{
return m_qss;
}
void WidgetNameModel::SetWidgetClassName(const QString &str)
{
m_className = str;
}
void WidgetNameModel::SetWidgetObjectName(const QString &str)
{
m_objectName = str;
}
void WidgetNameModel::SetQssString(const QString &str)
{
m_qss = str;
}
|
08cca5d00135be8a5287d417d17e89edd219437e | 32f8a5ad85b87cbf7bd031a09164a50725f49847 | /Source/LuminoEngine/Source/GUI/PropertyDataStore.h | 16fdd643425a97859a5134e722b2cd95ce8619bc | [
"MIT"
] | permissive | mediabuff/Lumino | 9787c588bac3a983c79199cbc168a919bb17a0f6 | 684be8f25631a104f5236e6131c0fcb84df8bb57 | refs/heads/master | 2021-05-14T17:04:46.553426 | 2017-12-28T14:33:47 | 2017-12-28T14:33:47 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 222 | h | PropertyDataStore.h |
#pragma once
namespace Lumino
{
namespace GUI
{
//class PropertyDataStore
//{
//public:
// PropertyDataStore();
// ~PropertyDataStore();
//
// Variant*
//
//private:
//
//};
} // namespace GUI
} // namespace Lumino
|
2f8abfb22834e5fe69cf9d5a23a3a08244ef6d19 | 60eb7442e42bd0c3ce85156c793dc6d47dd5a425 | /src/vista/Boton.cpp | b6b88dd747862bd77183fa81d01b686a904056d4 | [] | no_license | PabloFederico/Taller-2015 | 57310128a9053d05075d6520b96efdafc3e21553 | 17be434ea18599df0fbf08d479ad3a299cb34792 | refs/heads/master | 2016-09-06T18:51:47.640359 | 2015-12-03T00:04:53 | 2015-12-03T00:04:53 | 41,592,030 | 1 | 0 | null | 2015-12-01T22:07:13 | 2015-08-29T11:57:38 | C++ | UTF-8 | C++ | false | false | 1,006 | cpp | Boton.cpp | /*
* Boton.cpp
*
* Created on: 25 de oct. de 2015
* Author: emanuel
*/
#include "Boton.h"
Boton::Boton(std::string data, SDL_Rect pos) {
this->rect = pos;
presionado = false;
info = data;
imagenTexto = NULL;
}
std::string Boton::getInfoBoton(){
return this->info;
}
Imagen* Boton::getImagen(){
return this->imagenTexto;
}
bool Boton::fue_presionado(){
return presionado;
}
void Boton::presionarBoton(){
frameActual = frames[1];
presionado = true;
}
SDL_Rect Boton::getPosicion(){
return rect;
}
SDL_Rect Boton::getFrameActual(){
return frameActual;
}
void Boton::setImagen(Imagen* imagen){
this->imagenTexto = imagen;
rect.w = imagen->getPixelsX() / 2;
rect.h = imagen->getPixelsY();
SDL_Rect rect0;
rect0.x = 0;
rect0.y = 0;
rect0.w = rect.w;
rect0.h = rect.h;
frames[0] = rect0;
SDL_Rect rect1;
rect1.x = rect.w;
rect1.y = 0;
rect1.w = rect.w;
rect1.h = rect.h;
frames[1] = rect1;
frameActual = frames[0];
}
Boton::~Boton() {
delete this->imagenTexto;
}
|
54d2af2db805fbd8231b92282f8ef6f9e3f4f5a9 | df2be2c253391da07b95ca560fac4341ab9c85c8 | /client-graphic/ui_back_version.h | 5755e14ba839cc92666326962ddb06cc28d1a420 | [] | no_license | sameli74/BookHub | 4e3bb30dd818f62c852cf30fcb3e67c3a1789c19 | a3efaf9b6a69775b1bbcef4a6261be2e5455114b | refs/heads/master | 2020-08-29T03:07:45.976309 | 2019-10-27T19:36:46 | 2019-10-27T19:36:46 | 217,905,512 | 2 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 5,394 | h | ui_back_version.h | /********************************************************************************
** Form generated from reading UI file 'back_version.ui'
**
** Created by: Qt User Interface Compiler version 5.6.0
**
** WARNING! All changes made in this file will be lost when recompiling UI file!
********************************************************************************/
#ifndef UI_BACK_VERSION_H
#define UI_BACK_VERSION_H
#include <QtCore/QVariant>
#include <QtWidgets/QAction>
#include <QtWidgets/QApplication>
#include <QtWidgets/QButtonGroup>
#include <QtWidgets/QDialog>
#include <QtWidgets/QFormLayout>
#include <QtWidgets/QFrame>
#include <QtWidgets/QHeaderView>
#include <QtWidgets/QLabel>
#include <QtWidgets/QLineEdit>
#include <QtWidgets/QPushButton>
#include <QtWidgets/QSpinBox>
#include <QtWidgets/QVBoxLayout>
#include <QtWidgets/QWidget>
QT_BEGIN_NAMESPACE
class Ui_back_version
{
public:
QPushButton *pushButton;
QFrame *frame;
QWidget *layoutWidget;
QVBoxLayout *verticalLayout;
QFormLayout *formLayout;
QLabel *bookNameLabel;
QLineEdit *bookNameLineEdit;
QFormLayout *formLayout_2;
QLabel *seasonNameLabel;
QLineEdit *seasonNameLineEdit;
QFormLayout *formLayout_3;
QLabel *versionLabel;
QSpinBox *versionSpinBox;
QLabel *background;
void setupUi(QDialog *back_version)
{
if (back_version->objectName().isEmpty())
back_version->setObjectName(QStringLiteral("back_version"));
back_version->resize(341, 198);
pushButton = new QPushButton(back_version);
pushButton->setObjectName(QStringLiteral("pushButton"));
pushButton->setGeometry(QRect(120, 140, 97, 27));
QFont font;
font.setPointSize(10);
pushButton->setFont(font);
frame = new QFrame(back_version);
frame->setObjectName(QStringLiteral("frame"));
frame->setGeometry(QRect(19, 10, 301, 171));
frame->setFrameShape(QFrame::StyledPanel);
frame->setFrameShadow(QFrame::Raised);
layoutWidget = new QWidget(back_version);
layoutWidget->setObjectName(QStringLiteral("layoutWidget"));
layoutWidget->setGeometry(QRect(40, 30, 255, 101));
verticalLayout = new QVBoxLayout(layoutWidget);
verticalLayout->setObjectName(QStringLiteral("verticalLayout"));
verticalLayout->setContentsMargins(0, 0, 0, 0);
formLayout = new QFormLayout();
formLayout->setObjectName(QStringLiteral("formLayout"));
bookNameLabel = new QLabel(layoutWidget);
bookNameLabel->setObjectName(QStringLiteral("bookNameLabel"));
bookNameLabel->setFont(font);
formLayout->setWidget(0, QFormLayout::LabelRole, bookNameLabel);
bookNameLineEdit = new QLineEdit(layoutWidget);
bookNameLineEdit->setObjectName(QStringLiteral("bookNameLineEdit"));
formLayout->setWidget(0, QFormLayout::FieldRole, bookNameLineEdit);
verticalLayout->addLayout(formLayout);
formLayout_2 = new QFormLayout();
formLayout_2->setObjectName(QStringLiteral("formLayout_2"));
seasonNameLabel = new QLabel(layoutWidget);
seasonNameLabel->setObjectName(QStringLiteral("seasonNameLabel"));
seasonNameLabel->setFont(font);
formLayout_2->setWidget(0, QFormLayout::LabelRole, seasonNameLabel);
seasonNameLineEdit = new QLineEdit(layoutWidget);
seasonNameLineEdit->setObjectName(QStringLiteral("seasonNameLineEdit"));
formLayout_2->setWidget(0, QFormLayout::FieldRole, seasonNameLineEdit);
verticalLayout->addLayout(formLayout_2);
formLayout_3 = new QFormLayout();
formLayout_3->setObjectName(QStringLiteral("formLayout_3"));
versionLabel = new QLabel(layoutWidget);
versionLabel->setObjectName(QStringLiteral("versionLabel"));
versionLabel->setFont(font);
formLayout_3->setWidget(0, QFormLayout::LabelRole, versionLabel);
versionSpinBox = new QSpinBox(layoutWidget);
versionSpinBox->setObjectName(QStringLiteral("versionSpinBox"));
versionSpinBox->setFont(font);
versionSpinBox->setMinimum(0);
formLayout_3->setWidget(0, QFormLayout::FieldRole, versionSpinBox);
verticalLayout->addLayout(formLayout_3);
background = new QLabel(back_version);
background->setObjectName(QStringLiteral("background"));
background->setGeometry(QRect(-10, -10, 361, 211));
frame->raise();
background->raise();
layoutWidget->raise();
pushButton->raise();
retranslateUi(back_version);
QMetaObject::connectSlotsByName(back_version);
} // setupUi
void retranslateUi(QDialog *back_version)
{
back_version->setWindowTitle(QApplication::translate("back_version", "Back to version", 0));
pushButton->setText(QApplication::translate("back_version", "Apply", 0));
bookNameLabel->setText(QApplication::translate("back_version", "Book Name:", 0));
seasonNameLabel->setText(QApplication::translate("back_version", "Season Name: ", 0));
versionLabel->setText(QApplication::translate("back_version", "Version:", 0));
background->setText(QString());
} // retranslateUi
};
namespace Ui {
class back_version: public Ui_back_version {};
} // namespace Ui
QT_END_NAMESPACE
#endif // UI_BACK_VERSION_H
|
53470380a814e29697abbaba90a45844a4fd947b | a9994594a815a834cbfd16cca684c5c060f85f39 | /BOJ/5953 Profits.cpp | 397c2e26f96482a6cb39d6fa2ecef40ed2d0efce | [] | no_license | KyungminYu/Algorithm | 25af17819b01e5e0a78a6e8edb45738d3f9ee4ec | 405f30434ddca419330e7db12a44d091cf90b41c | refs/heads/master | 2023-04-08T13:01:59.725887 | 2021-04-03T09:06:57 | 2021-04-03T09:06:57 | 94,004,576 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 327 | cpp | 5953 Profits.cpp | #include <stdio.h>
int a[100001];
int main(){
int n; scanf("%d", &n);
for(int i = 0; i < n; i++) scanf("%d", &a[i]);
int max = -1e9; int sum = 0;
for(int i = 0; i < n; i++){
if(sum < 0) sum = a[i];
else sum += a[i];
if(max < sum) max = sum;
}
printf("%d\n", max);
return 0;
} |
3dee4689cbdd274398a24d7e3843831f60b1adf3 | c45ed46065d8b78dac0dd7df1c95b944f34d1033 | /TC-SRM-586-div1-250/WrongAnswer.cpp | e6b75bb8202e4d536338507a61b416ca7a813f14 | [] | no_license | yzq986/cntt2016-hw1 | ed65a6b7ad3dfe86a4ff01df05b8fc4b7329685e | 12e799467888a0b3c99ae117cce84e8842d92337 | refs/heads/master | 2021-01-17T11:27:32.270012 | 2017-01-26T03:23:22 | 2017-01-26T03:23:22 | 84,036,200 | 0 | 0 | null | 2017-03-06T06:04:12 | 2017-03-06T06:04:12 | null | UTF-8 | C++ | false | false | 767 | cpp | WrongAnswer.cpp | // FST:把y集合从n个点扩充成2n-1个点的时候忘记令n=n*2-1
#include <vector>
#include <algorithm>
using namespace std;
class PiecewiseLinearFunction{
public:
int maximumSolutions(vector <int> Y){
int y[110],a[110]={0},n=0;
for(int i=0;i<Y.size();i++){
y[n++]=Y[i]*2;
if(n>1&&y[n-2]==y[n-1])return-1;
}
sort(y,y+n);n=unique(y,y+n)-y;
for(int i=n-1;i;i--)y[i*2-1]=y[i-1]+(long long)(y[i*2]=y[i])>>1;n=n*2-1;
for(int i=0,x;i<Y.size();i++)a[x=lower_bound(y,y+n,Y[i]*2)-y]++,a[x+1]--;
for(int i=1;i<Y.size();i++){
int l=Y[i-1]*2,r=Y[i]*2,t;
if(l>r)t=l,l=r,r=t;
a[lower_bound(y,y+n,l)-y+1]++;
a[lower_bound(y,y+n,r)-y]--;
}
int c=0,m=0;
for(int i=0;i<n;i++)if((c+=a[i])>m)m=c;
return m;
}
};
|
6fa37f3ad16c3f97dad6aeef01934a6865ed00ff | d4f3d1308c921a7b651475dd4287caa3a7cd5842 | /C++/Case Files/FileConfiguraton.h | 79aad1a08d293560c9844f0ac898e48188598073 | [] | no_license | bianca-paula/My-projects | 882770a5db7cb02772cbe7269cf296e2c1c118b4 | 69a01790b43bb9a122da4e038a344351e291e74d | refs/heads/master | 2022-12-22T09:15:04.335527 | 2020-09-24T21:43:50 | 2020-09-24T21:43:50 | 285,078,356 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 158 | h | FileConfiguraton.h | #pragma once
#include <string>
#include <qwidget.h>
using std::string;
class FileConfiguration : public QWidget
{
public:
string LoadRepoType();
}; |
897e7d63676b7ebd3430e2729936b6a4bcc5ba60 | e916bd5f93f17043d28065f15876ed7c104076a6 | /ECS/include/ECS/Entity/IEntity.h | 592e374a13a0fb73f32a4ccb5601853a057658cd | [
"MIT"
] | permissive | Wdewaele/OpenGL-Modern-ECS-GameEngine | 13a956a455aa24124c19507e1dbcf4eef68d5db5 | 08acfd2f946b14fddbe710d3214881421c7d57ec | refs/heads/master | 2020-05-05T12:00:03.618991 | 2019-04-07T19:13:28 | 2019-04-07T19:13:28 | 180,011,217 | 0 | 1 | null | 2019-04-07T19:11:00 | 2019-04-07T19:11:00 | null | UTF-8 | C++ | false | false | 1,879 | h | IEntity.h | #pragma once
#include <ECS/ECS_API.h>
#include <ECS/Types.h>
#include <ECS/Managers/ComponentManager.h>
namespace ECS
{
class ECS_API IEntity
{
friend class EntityManager;
private:
ComponentManager* m_componentManager;
protected:
EntityID m_entityID;
bool m_active;
public:
IEntity(const EntityID& p_id, ComponentManager* p_componentManager) : m_componentManager(p_componentManager), m_entityID(p_id), m_active(true)
{}
virtual ~IEntity() = default;
template<typename T>
T* GetComponent() const
{
return this->m_componentManager->GetComponent<T>(this->m_entityID);
}
template<typename T, typename ...Args>
T& AddComponent(Args&&... p_params)
{
return this->m_componentManager->AddComponent<T>(this->m_entityID, std::forward<Args>(p_params)...);
}
template<typename T>
void RemoveComponent()
{
return this->m_componentManager->RemoveComponent<T>(this->m_entityID);
}
void SetActive(const bool p_active)
{
if (this->m_active == p_active)
return;
if (p_active == false)
this->OnDisable();
else
this->OnEnable();
this->m_active = p_active;
}
inline const EntityID& GetEntityID() const { return this->m_entityID; }
virtual EntityTypeID GetEntityTypeID() const = 0;
inline bool IsActive() const { return this->m_active; }
virtual void OnEnable() {}
virtual void OnDisable() {}
inline bool operator==(const IEntity& p_other) const { return this->m_entityID == p_other.m_entityID; }
inline bool operator!=(const IEntity& p_other) const { return this->m_entityID != p_other.m_entityID; }
inline bool operator==(const IEntity* p_other) const { return this->m_entityID == p_other->m_entityID; }
inline bool operator!=(const IEntity* p_other) const { return this->m_entityID != p_other->m_entityID; }
};
} |
c5f1907791c0499c38c6d02fc06d61f88fd8e4c4 | d3f96a9826a9e9a2b59e383cd3c5b2d91e44b984 | /Canvas Program 3/Canvas Program 3.cpp | 5ed341d83f64dcb9c89a06d6266bb0715d8fe011 | [] | no_license | thecalesugg/CS2-Feb22-CanvasAssignment3 | 3b74a6e145e15cfb1408d843640f6e113b144bc6 | 1e750cd78a0a455e01509e6943a33e8150f9a983 | refs/heads/master | 2020-04-24T16:33:20.541859 | 2019-02-22T18:02:43 | 2019-02-22T18:02:43 | 172,111,922 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,174 | cpp | Canvas Program 3.cpp | // Canvas Program 3.cpp : This file contains the 'main' function. Program execution begins and ends there.
//
#include "pch.h"
#include <iostream>
#include <cstdlib>
#include "Canvas Program 3.h"
using namespace std;
int random;
int randNum();
int main() {
int sentinel = 0;
int userGuess = 0;
char replayInput;
randNum();
while (sentinel = 1) {
cout << "I have a number between 1 and 1000!" << endl;
cout << "Can you guess my number?\nPlease type your guess: " << endl;
cin >> userGuess;
if (userGuess == random)
{
cout << "Excellent! You guessed the number! Would you like to play again?\nType Y for yes, or N or no." << endl;
cin >> replayInput;
replayInput = toupper(replayInput);
if (int(replayInput) == 89)
{
randNum();
sentinel = 1;
}//end recursive if
else
{
return 0;
}//end recursive else
}
else if (userGuess > random) {
cout << "Aww too high. Try again.\n" << endl;
}
else if (userGuess < random) {
cout << "Aww too low. Try again.\n" << endl;
}
}
}
int randNum()
{
random = 1 + rand() % 1000;
//cout << "DEBUG: Random number is: " << random << endl;
return random;
}
|
36c14416faf452a5c83b450e0fd76918f4f5eff1 | 09f9caa39850d11c36f378a533636cf2230b0ee2 | /server_logic/offcialserver/Src/ClientSide/ClientSide.h | ec66a56f76becfad634843cec9174e7a31e25380 | [] | no_license | 15831944/phoenix | 16628f6299e1b7f997c1c4047fb6125db71e67e5 | cce9adf6a7ffaaf9a4ccbe060e270564d8f0ee94 | refs/heads/master | 2021-12-27T14:03:02.783874 | 2018-01-11T08:37:42 | 2018-01-11T08:37:42 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 5,472 | h | ClientSide.h | #ifndef __CLIENTSIDE_H
#define __CLIENTSIDE_H
#include <map>
#ifdef WIN32
#include <hash_map>
#else
#include <ext/hash_map>
#endif //#ifdef WIN32
#include "common/CriticalSection.h"
#include "const/ErrorCodeDef.h"
#include "network/packet/client/SysPackDef.h"
#include "network/packet/client/OffcialServerPackDef.h"
#include "network/packet/PackTypeDef.h"
#include "network/packet/ClientPack.h"
#include "network/packet/ServerPack.h"
#include "ServerConn/UserConMgr.h"
class CServerMgr;
// --------------------------------------------------------------
class CClientSide: public ITransMgrCallBack
{
public:
CClientSide(CServerMgr* apoServerMgr);
~CClientSide(void);
void IntiFuncMap();
bool open();
bool IsOpen() { return mbOpen; }
public:
virtual INT OnSendDataError(IPTYPE aiIP,WORD awPort, BYTE* apData,WORD awLen);
virtual INT OnError(UINT aiErrType);
virtual VOID CheckEvent(bool abIsNormal);
virtual void OnSessionClose(const SESSIONID& aiPeerID,SOCKET ahSocket,IPTYPE aiIP,WORD awPort);
virtual void OnSessionCloseEx(const SESSIONID & aiPeerID,void*apRelationPtr,SOCKET ahSocket,IPTYPE aiIP,WORD awPort);
virtual void OnSessionConnected(const SESSIONID& aiPeerID,SOCKET ahSocket,IPTYPE aiIP,WORD awPort);
virtual void OnSessionConnectedEx(const SESSIONID& aiPeerID,void* apSocketInfo,SOCKET ahSocket,IPTYPE aiIP,WORD awPort);
virtual void OnSessionConnectFailure(const SESSIONID & aiPeerID, SOCKET ahSocket,IPTYPE aiIP,WORD awPort);
public:
template<class T>
INT Send2Comet(const WORD awPackType, T &aoSendStruct, const USERID &liUserID, CUser* apUser, BOOL abDisconnected = FALSE)
{
USERID user_id_list[5] = {0};
user_id_list[0] =liUserID;
INT result = ClientPack::GetInstance().Send2Comet(awPackType, 1, user_id_list, apUser->mhSocket, aoSendStruct);
if(result <= 0 && result != RET_SUCCESS)
{
LOG_TRACE(LOG_ERR, 0, __FUNCTION__, " send error type:"<< awPackType
<<" UserPtr="<<(void*)apUser
<<" Socket="<<apUser->mhSocket
<<" SocketInfoPtr="<< apUser->mpSocketInfo
<< " IP="<< GetIPString(apUser->miIPAddr)
<< ":"<< ntohs(apUser->miIPPort)
);
return -1;
}
return result;
}
public:
virtual INT OnRecvData(SOCKET ahSocket, IPTYPE aiIP,WORD awPort,BYTE* apData,WORD awLen)
{
LOG_TRACE(LOG_DEBUG,true,__FUNCTION__,"OnRecvData ininininin----");
return 0;
}
virtual INT OnNewRecvData(SOCKET ahSocket, void* apRelationPtr,IPTYPE aiIP,WORD awPort, BYTE* apData,WORD awLen);
private:
TCP_COMET_MAP_INIT(CClientSide)
TCP_PACKET_MAP_BEGIN()
TCP_PACKET_MAP(CClientSide, STRU_CLIENT_FANS_SEND_MESSAGE_RQ, FansSendMessageRQ)
TCP_PACKET_MAP(CClientSide, STRU_SERVER_FANS_MESSAGE_RS, FansMessageRS)
TCP_PACKET_MAP(CClientSide, STRU_CLIENT_OFFCIALR_SEND_MESSAGE_RQ, OffcialSendMessageRQ)
TCP_PACKET_MAP(CClientSide, STRU_CLIENT_OFFCIALR_GET_MESSAGE_RQ, OffcialGetOfflineMessageRQ)
TCP_PACKET_MAP(CClientSide, STRU_CLIENT_FANS_GET_MESSAGE_RQ, FansGetOfflineMessageRQ)
TCP_PACKET_MAP(CClientSide, STRU_CLIENT_OFFCIALR_SEND_SYS_MESSAGE_RQ, OffcialSendSysMessageRQ)
TCP_PACKET_MAP(CClientSide, STRU_CLIENT_OFFCIALR_SEND_SOME_SYS_MESSAGE_RQ, OffcialSendSomeSysMessageRQ)
TCP_PACKET_MAP(CClientSide, STRU_CLIENT_OFFCIALR_SEND_ONE_SYS_MESSAGE_RQ, OffcialSendOneSysMessageRQ)
TCP_PACKET_MAP(CClientSide, STRU_CLIENT_FANS_GET_SYS_MESSAGE_RQ, FansGetSysMessageRQ)
TCP_PACKET_MAP(CClientSide, STRU_CLIENT_OFFCIALR_SEND_ONE_MSG_RQ, OffcialSendOneMsgRQ)
TCP_PACKET_MAP(CClientSide, STRU_CLIENT_OFFCIALR_SEND_SOME_MSG_RQ, OffcialSendSomeMessageRQ)
TCP_PACKET_MAP(CClientSide, STRU_SERVER_OFFCIALR_PRIVATE_MESSAGE_RS, FansPrivateMsgRS)
TCP_PACKET_MAP_END()
private:
INT FansSendMessageRQ(WORD awPackType, USERID aiUserID, SESSIONID aiCometID, void* apRelationPtr, BYTE * apData, WORD awLen);
INT FansMessageRS(WORD awPackType, USERID aiUserID, SESSIONID aiCometID, void* apRelationPtr, BYTE * apData, WORD awLen);
INT OffcialSendMessageRQ(WORD awPackType, USERID aiUserID, SESSIONID aiCometID, void* apRelationPtr, BYTE * apData, WORD awLen);
INT OffcialGetOfflineMessageRQ(WORD awPackType, USERID aiUserID, SESSIONID aiCometID, void* apRelationPtr, BYTE * apData, WORD awLen);
INT FansGetOfflineMessageRQ(WORD awPackType, USERID aiUserID, SESSIONID aiCometID, void* apRelationPtr, BYTE * apData, WORD awLen);
INT OffcialSendSysMessageRQ(WORD awPackType, USERID aiUserID, SESSIONID aiCometID, void* apRelationPtr, BYTE * apData, WORD awLen);
INT OffcialSendSomeSysMessageRQ(WORD awPackType, USERID aiUserID, SESSIONID aiCometID, void* apRelationPtr, BYTE * apData, WORD awLen);
INT FansGetSysMessageRQ(WORD awPackType, USERID aiUserID, SESSIONID aiCometID, void* apRelationPtr, BYTE * apData, WORD awLen);
INT OffcialSendOneMsgRQ(WORD awPackType, USERID aiUserID, SESSIONID aiCometID, void* apRelationPtr, BYTE * apData, WORD awLen);
INT OffcialSendSomeMessageRQ(WORD awPackType, USERID aiUserID, SESSIONID aiCometID, void* apRelationPtr, BYTE * apData, WORD awLen);
INT OffcialSendOneSysMessageRQ(WORD awPackType, USERID aiUserID, SESSIONID aiCometID, void* apRelationPtr, BYTE * apData, WORD awLen);
INT FansPrivateMsgRS(WORD awPackType, USERID aiUserID, SESSIONID aiCometID, void* apRelationPtr, BYTE * apData, WORD awLen);
private:
bool mbOpen; // ClientSide是否Open
CServerMgr* mpServerMgr;
std::map<uint64, TEXTMSGID> messageId_;
std::map<TEXTMSGID, int> sys_messageId_;
};
//////////////////////////////////////////////////////////////////////////
#endif // |
6c6b144b4eef3a2483b100e6328be0ec3042679b | 192d54eadfdcd2588294e376c682fe97a8a6c160 | /MCYm8pvIB7GwRi4Q/TYulb1ROE7wkUzWh.cpp | 524099f6cbc0921e5db6ad5f0f4eee6464f661ce | [] | no_license | urlib/i1OB8Mxh | fc953ae8e8dc4fe51b7588e77b28ad6fc9709458 | 7811957b67e50da2f38bb47cedac8ff16d4396d0 | refs/heads/master | 2023-01-08T19:56:26.906229 | 2020-04-15T03:52:43 | 2020-04-15T03:52:43 | 248,736,500 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 364,020 | cpp | TYulb1ROE7wkUzWh.cpp | 꾙𤤍𤺁辽豌𠻼𤰳𦒟欇ꄷ筩𠝶욄𔒹𮂰𐌡𥀿Ꙭ봸𫌃繿蠴𗋜𢗢鑺🗓𠁓真𭩤𬱅𥲘𢺄䈍𝝌𝔈𢿸䌆𣵗𗤗𠊌丄𨯿𦪌𬚼膸㿁𭮾𝐍𗤧𥖽⟞𥯸𢨛𫒯鯛𧵳넎𘦋𦕮𭑔𘑴𒍧𡅾愨芏𣹵𬮶掇𧆄珖𒎂㝚𢤴먜𧸕㏼评𘤄𧵈嚴꧴腫䜍𥬱𧔀𘅄虗艮漟𐊧ᇽ𤏺객𗟁𮅺𥙟𥩐鬐𑇧𥊓𧻻𛁵𦕻뒬ᨼ𑊵癁𑗏綊湧ᑝ𤴾㳵緭𡾦硈狓𥶃𥖷𬋝뎝𐢔𡨞睷鹂𣲓僑ೡ𡪿ᑭ煭𨝻𠍺랼𬆭쨚𡍌ㄱ𮨓𫭶ᓪ𭹾𣹸𗡶ᾶ𡢵𥈰厪䕒𤈰굫𬥢𡍟𣫐𢰳轐𫠣𛰿來嶯𥄳倁𣣩墻ᅋ𬔉䰲𔒣𥶙𐠷𣕥𨰛𮅴𧈇𝣑𤱜ꄢ𗀕留𩁗쌼𝨩𦃐ꨪ䲨𡾪𧆈벼鎣쑄𭘤𪢥⼊ᄪ呉𪭬𢹪𤤒犍𬨞譨𠍣𐤷ᙏ𗠼𧇬𠭧𮈪嶉𢤟㡼𠽸巶쏁𣒩𑴩𥍚犠슢𧐞𪷉蝹𭰹䣬䈳揅䨹𬟪᳃𨯊퀔珻𠤌泥𦮩𪬴퉇끈ᆓ躥𠱑🙪𭐦竛䅆锌𑜨𥚵ꃹ𢖅梵𥋾낒袹㬀𗎙룡⦎𡰦椘𮬦𮙋𬛧𔑓絇𗆒칔𢱓ϱ𫾣𐂆𢶶𩂪𪷛䪏𧾞𗿂𥊿𤑼𥘍𗟻쇲𐐢邵䋚瓷𣬠𘫜𗏛𩞹🅵𬧮𧯌ᛱ𣏻𧮒𩹮벉Ⳝힷ𦹺ᨳ𣁾𮇌缗𑈣𫬊𪗮𠱈㭞뉛彲𠩚𡅏𢟂胏梓洈쟪𤽬燾蹠驃牺𤹋𬌹𘑱𫣞籬㔄𭶭𑦻헽빱℃𣜅𣵓𤜦𫋩뽼𮪷鹒𠱖𤪠霃𢴝𡎡㰠藪ꗥ𦍚𛀵𧓘𠍋⦓𧙌𩬹𭭻辀𖾛耳厙🎫𛂹𣒃𨬏綟儽䭮𤣲𔘙𭂙𠱵𭍮𩎸鑉踕𦋭𠜋ⶽ𗺬甡𥲃颐蛢𧋓𬰒𫉯𧶕𦨛𠨏퀣𣲌铢𦖽𠮔𣵣騃掂𡄯𘔃悄𑘋𑌲𫱵𡑖🞳𪮁𣄾𠦄´풰𤺛驛𘪘𬸑🏩𤱄𨕞𥃴𠤪𢣞𐊤컚喊𫜣𫭽⧷귮Ⳅ𥲔𫋪𪢃𥲛𭆋ݘ鯼𗑺𥢟𡙘뱧𒌕⇚𭵢尼𦊿𬻴≐𥑛𢍰数𣘥ﰆ𩐡𗈙𨊔𨁠𘙷𪆚𘧌᪐笶맲ᨅⲸ𭃢𧗪ᵊ𡌨𩙢𭁋㳢ቢ𥆥Ἧ𖢱𪍷𝔷㜇쵔𖺋잞𩈑㻖垹𩞇𧇆𣵼𪜉𩨼𗞬𭳰阻∍㪀䔐氍䐜ܵጓ𬚶𝞕𤫶㐇𪣄줏𪇷롤𣸀ⷃ𒄨𦔆鱐怫匕⒚𐍴灙𐙻컣볮𤠧𬷩𫔈𩋮릵𨉫𪘵𡭌ᐹ𝡩𥃅俙𬉃𭃈淬𪑐𤛨𝟃⧵깚𘔃㡞𠾵𪘆𒍐覐𐎩㦴艏믨駊삉傣𓈲⭨𥸣𤧇顮𗔬𦯃𑂥𢬄𧭋晞𘗖𐹩𭲒𞋤亹𗙋𧼶𨹹겡𪰴𭣗쭓𑣭𥅶𤏴𗒎䶥셭𨱩𗓴𝚕𮤱𩅫榡𝩧𐁚𧨑𡊾𒔲𪓷𣳣𘇤𨐞𑐜𤞌쭋᷷𛰩⌅𠞨泚𬶆𬏍媺𩠽𪷚𪗄𪲙𩲹퍞ⵕ𣛎𤨳噥𑒹𭔷絩捀𓆛𡥚寰𡤲𘈃呦𘠝𬜾烉𨪆驍𑵧𧦻𣔮𒒙풩悡潛𤝷㉫𡕼𤼡𫘆𥨜𬒅薻𩹂䃓𠠟𞋝𫌣𩰇췙𞠧ᇮᑻ𦟜ˠ𧇏𥊬𥙖䯤𩶁🁚敎碟𥻽ꊦ𐰄ꭰ첃𡩀𫧵𗧂骹𦗧鹌𫾥𨵉𫡝𦢐칫Ḝ𡓊👀𮥋𛄒𑀨礕븴𣺘𤀟𝩺ᦌ𣻠𩤎𢚉⥴𡉄𡚙𖦗ᔍ阏𦸸듩𤅥䋂澙䭴𩣴⒤䒺𗈒𬯀𣯤蚏⸑𮪑᛬节𐐩駋哹𠦙뺝𨼂𥤐𫆩𭌉𭵟𧞉𪽅ⲱ𡑕휷𤁃𠐐𫼶𓍮𢧟𠚧䌮𣾠𛊠🡀𐫣𖧾ۍԑ𬽈𖩅𫟅텒𦯨𗫃檷ᡲ焔ዊ𢽭⭧𮪚𪏙𘙢𫆽堚𤇯𣢩𠷜𧴏剌𨼒𓏬𠿯鿯鉱髩𢙥𫮸𫒀廉𗙥𪈏މ𣿧ฬ𣤧𗘴弒侠◓㳄爆𓉇𦘗𝚭侧𧑽𮔽༸𢧫쏱𨴖🐪𐁐贠𗨞𩳳𣓳菟𥓬𣍨羑哚⒏ꠔ٣얽ᣬ𤡀⅌𧰏𓎜旎䞏𠌢𓉳य𩧌𐜭뾧Ξ띐😑𢲭𨉛𧱃𠈙𠌺锇𣚺𤾯ᶉ𬦢𭠘𧊰ᓺ𢲀楟㭎뎲𖣹𣵈𥺜𧗫᪭𣋕𭵀우탦快𭟆𠸱𩨁🞾밒㹒𧈈𫽑𬹖髹𩧣숕ㄆ欿𭆏돀𗘜珁𠗮𘍍灆𝠝🟐𛈝𪭂擋𝒄ᛮ𐓶䎩⸎𤺉눴粭𒇈🏖𪧥𞄊逿襕뗛𥍂𐚲䋤𗸭𨘰ࠥ↬𤯵𫈼𨶑膲∶亭𧴩⢏𬰏𗮁𡋐𠧰鋛캧𓁉𤕰𩃓𢞚🁦砝𭋝셳䇟眂㰸遳ꜚ𐊄㼠𩅰𦽇𨤫ᔹ㬦ﾝ榇𠤴𬱢䚽𡳡䍄𧠽脖𩓹𨼴𖠌𡤓祋𑐰𫃊𘧝馵𭛝𬯸𪷪𪍀虢𬧝𝖊ⴧ𦃇䁸𞣀줇𝖟𨛒𧀕ÿ谤𥷏ꑨ솦0𪺿𦭠𠸊𘉧𓅋𩐍𭪍🝫𭴳𥡀誜䶅𩋁㥵𩎓᠂确𩫚𭸷𭷰䃊🎪𦌟𑒧幷𡠝璻ꖈ𫥘𫿃ӻ𐆘𥟀𘣿𥾃𖢤篰𘫣𑒳鏅𧳂𪙠𭘌𘁕𢅁𦧖🅩䬆狧𣋲唑㏀ច𣬼𧜾𫎃𠂸𫎎𩀐𭦭ᙥ𧪛𠃛♨𮓒𘂸𗉗坏霻𧲻𠴵ﰜ𗀱𫸊𬀙鐕𡄭𣙼𧠜𮨍𝀌𘡓ȃ𪾙𢖦ꋡ𪃥𝁿Ҳ𩐗𫩤𭨊𢼣𖧭𪀸𬲰ᚬ뚲ⱛ龱鍣岱𦥎🟃𠆘𪐉𢸷頟觶𣜘𬱆𐅍𧃰𭉹𬧞㪏𭴂𭪪𓎾𡊬𫴈𢪮𡵴𭧰𨶿嶪𐧸𭹓𢍛름𔖤🢕𦰙𑐎韡➚𡍛綹𫔘🃇𝅧猀𐠗ﺒᝈ𠲄쩟𦒴𗲿𢑰𗌙㫹𗡏𢝼༇𨕉슄𧆀𡾲⌍𥒐𘢢䪛⁑𧿹뽣塧𧩕镰鐔𦱕粓ⶉ𩆐👾蜴𗠣뷍𛉌ぃ𬐽𐽃弆𤕁爩𫊒哑𧊊𤅸毸𢻌𫌔𝤝姶訰괹匾𩞠锇𖤀꾘𝔷ꄠᬵ삒뗺깥𗠽쯉𐙿𨎷Ƿꂼ𪞀尨𢕓𦜓𑆩𭟦𧓉ᝩ𗒒𧯯𤹕𖦱𗴧▽𩆉깂謘𢮍𧪇🝚𧝑ྀ𥨝𭥽𗳑𣠔뽾𫣏𫿘茢䁼𫛖𭯶뭋궥칳䪇𖥗꼉𡹁𨵱𠮑㡘卿𨧼陦𫍩鵰馉𠦬𮍵笽𐍁𠓒𣲟糦𣀊⢪紀ꬬ𑿍줋왣톮𐤫툘𤺿𥕤𫄞𩍦𢹰य𐑂⮏ꚛ𣢬𢡧썳☂𥹾ࢶ𓆔𦨺𤳘멸𥐟𭈼𪂙𣂭𗎬𣗸𮄨𩲹𫾌𦴈𒅽𩙴ⶆ𛉉䗦𐓄凯𬇚𭠕ጫ𨺇ⴏ󠅄𑍪𒂬뀻讚练𬇃𢾫𪟑𢤚𦇓😔𮁙𬚉𢒔ᛞ𧝂䬩𤟕𣒫璊𪒮𤴱𛆭쒧⺱ꮢ𑴚䨄𤨯𮋼𦤐𩧵𦍶𪱷𫚉𤲅𨆲𢎈૱䍐𨩚𧺃䜕煎𘈵䏹鯴緊𣟙𠨍𫐠䑚𮛦𭷷皱𫃵곭🨨𤤞陪𓂓堖犤𬥷𝤛𨖎𩿎䜎뷳𧒩་𤒖𡊷𭺒𩚋𑱢𑜏𛁏𧰫𫧘矼嗳儺𪉲𐎤𪠉悡𬢋𠅷𡤔𝗌𗽠𫬂𩁲𮄟𠫑𨖿𐍹㧣㠈䌶𥝍躜𗶁㓊𬵎ᘒ뀤𢻎ɖ𣚇خ醰됒瘫꒮ɽ𝂺펁𫄛𦭩𧙁𐑀𪴘𠞞懦⁊🇿𪮓𠌄㉺𬰅𪐚𧘌𤛒𩲝𠝔𫄢櫂𥷴𠇞𗨥𩏦鵌𨝀沗땩𠒐𑠀𥂐𣘭鰂𒅅ྡᵽ𘃠荏𮍩𦺛𤘥𩇉ᎉ𫠡쉹𠏃𗜍𢟐𗯧𞣏쬰𣮹뗨킥𒇉𧞴𨝛𣖲Ӽ侄뷃𣧋𞋙𢁓𨂪鳨䘄ᣣ䗃孄娚殅𛈓𠭎끪묑粤𨪞灟쫱먴ⴧ뢛卣𠏈攍🆛镥玊ꚡ𥙴𭆚쀟씁𥯯𦳸啍뛤嗘𦩱𦀊𬥨𦨿𢾡䛗銯鵕畋𒉗𫨜𪊇𧖣𢠤勢ꈗ︯왋𭦖𭃋𩣊料𠙪𥮂ڟ詍斆蔞𠼫﹀𤄰𓍳鴏𮭴홁𦷆𨧍𗷠𖧬𠅾쥗𨡾𥶺𘉤쵀𒎕ԁ𮇻𫱡𪯁훦읽帄𫳐ᥨ𮬿𨆡𨀬孀욋𣚒畴𘕊𣷣䈾𭢚𡲥𩦹畟뀼𠫝𠣦謹𗥠轾𣾓𒔩鳳𭸎푅𫷥𭴗𭏛𬉀꿴ᄄ䏧𠉮̤𦾠䄻궈𫬇𩘥𭋂⟂𬀸𖭑𬧀𞤒첥躝ﷁ𥩙𖤬𥫐ሻ𞠮㒮끫퍲虱㩟𡣒𢌕噣货𝗱㤻𫘾𣻏潉🩸磌軛𥙊ỗ𠀝𪸌뺨𢤘𦟧片𩓋𩷻𥪈鳥𠶽釬𪑠𘗪鹣𩔔𧩀𡆮𝐷𨔳𦏘릾𡡾𮍨⟡𦩮哝살𭫅믭붯䩕𦢔Ն𘠢𡨱𨞈𒄣𣇁句䥻𣗖𘉛𗏤𥅕嗽𗰮𩩄𮚰鸺쎜꣄𮅔𝩂𥐉𨔤忋𩘜욆𭗫䑈𝘌𧾡伣మ𡾹𬂋𠚍뭎𨠄捧לּ䇨𣜚𭱠𨪻𧄵䌴𣃒𘁼𡃅跔〪퉝𤘳𝓳🅅鱬𪧥𡃾𩪔럢𭟾𡃬甙ꗜ𪻷岯𡘔𒅮ᱪ𘎛툯𗱰㈇𡔘䴒𥺞𞄃𢝻𣵶𡑂鴄膪𤶫𫾜ṡ𧶈𪄈𢟛𤟡𥈡⛜꼹𠢇𥟡쯫䙒𡫲𫫵𛇫嘕㽷寗홣𠧔𤹵䈟ⰸꁺ𭞯𩨏吨㍆⊶Ԕ𡾌捘䠬𑵠𓅖ᗸꕷꈯ籛穽𣞚𫚣驼휘𬋉呪砸𤱇𥷹𗶁䤚𛊴𗚁⣖𗔆𗡉𡻧琠娐𝔡𤗟𗨿𬲓𢲱𣁀넴𢗹딾㪝𝓙𑚐䇗ㅰ𧵨圡욆𥆐烀ږ䟈𪉊槂ራ𓈛䭘𠩡䓁ﾹ𢤱ᵅ𗅩𨻚𑲓𭕰榖铅ਛ𒓠衕𬗼𨣿𪰵𡧫🃴𥒰𩛾𧩙𒈙𓄑𑲕押⛗歩靲𫞰ᄧ𤏢ꋑᵅ醔𪷬䢼놦녞𐡘쬬𥸐찊𘡮𡭢槸𥊿భ𦟓𤥸𩯓᐀𭞼뻭𩹨𪞭𦡜𝗉𩙽𠭿̖𒉾햣Ϋ𒔴𬆦𡋃𤓭𪄏︰𡎃𦋳𥸘𝖭𗾢𥐛🔢𥥙屮焪ﶖ𐂘𣕎𪗂㷛𧻟𢂻㘝𨂩𬩬𣼠𡌒𦄚餱𑣦崮𤮽ݬ𬶔S𮄁𑌟𣱅ʨ𗢱𦿃𩵊𧀳𛆵酪𠥱𝩁ꌀ𑴓璸聑뛀ㆷ㷢졲ﰧ𦝪ò𧺜𡠯𡫕𪙲뿕𧂐𩻹𫯧𗮲𪆥꒲𫤙𨅃𪃟𡪞誙柏𠒙吙ᏸ𤛈𤞛𘗸𦥻䌧㎅ඳ둪𩆴𪤙𛉤𧠭𪟀𥥓ㇹ🌐𨟥ሹ⢘𦪋駤𡄅𤃙𥍕𘥆螅㷗컚𩴆𨛶생𫊺祣粟耛ʾ𬁜㡭쓖꽡墭堿뀔𫶟ꛚ𓀆𫨂𫎱𨎊𬹐𭗴䐿槕𨘹┨廪𧌱㴆𥽧⚰𪪒ဠ𐏉𘔋𨃖岮𪑩𪵳臠𘘬狯𩆛𐛤𥷙筜𭤝耿𘤺𤂆𗠕𣐔槅𑦱𝓝𦍏𡒗𣄟一䕩𧄵𥿳𩃁𤞇㹠庸𬱘𫪻𗋛𨶧𫜘𡊪㋒셯𗞶卺𤡬𤇾𫗚阄𥳾ꔝ䘻𘛆𪜲⛝𡟯鉮붢𑗝𥮫𩬿𬴻𒉼𮒆𤳌쯥蘥𝐹𥪕𦒙倠鍉譫𢣐𩭝𗢫𭋻唝ⓣ뵞𨣅셭𭆵轭𘇜胓൚㟕𮣒ᇹ𭓿𡲃𬙼𐁑≑𩜙𭩌띿𣇶薴𫩿䙘𡃻𭺌𦚒𣟾፶𮧡ᤨ𢮌珚𪴑𧯪𘐊𭁇岪㘴𮩯𩊇𩙃⊹𨴎𪔩𣤜𥮖𤢍𒐨◷陥ॠ𢎞𘗝𭠖𡧀𦟋𤱜𪸦뱛𗡢㫗腁𘔭𥨖걳𡜏奌㼄𩲏𫴯𩊂ꡔ쨖𮠴𫐕Ứ𑖯됋⫡좦𐎙𪘡𐰠纍䈎帵𨚼𩳷资𪠩𬏹Ȋ𡼎ꌚ놅𢥽솆𣘶𧊻𥁧맚𮬷𑩕𤔶𦠫흼⩬𦚢瀔𐠗𦒝˞ಋ吼🤥🐥𣏢嗗𒔤⒛穑𥩡참𤮋꽣阳쌫𤘵𐹪𘉆뀮칕𝞔￮𣘴𧬦瑕𧖾𬶪𝡏ᤤ𣶪蝟춘맾烍⠣𖾟𘝺𗮪𣔬ⳃ𘓐ߧ蘒𫁗苾젤𣻲𩧝𥹟𭩴뇛𡕠橴𭦆𥶵𐧂怿𓋵𧞶𐴄䅩𩐁𗩪𪱕𡝦𐊯𛰾쳒霭큱𝕫ᕈ𠹸𖨲𧰭𥿴㜙ꋿ𣉦𤜱𪶸𠸭儶࿐𢵝𭩠戅鐰卺𩯄⺗𧚦𒇲퇊𒑳𩀤𦯎𗄒𖽉𨒨㡷౹虻𘕾𨻗𡻂𡂙鎠硦𡐄𗲄顨𒌨䦏𢜄ⷢ𥝠𭇼𬏌𩅻拁䯤𥵎𨹔𐰠𩩘𮇽灑鮓𨁕𦪀黴𬌱𣿶嵐琀𨺇ꎁ𭄷𬶲🌯॓𗰹𮚼ߣ㈬ₖꑖ攢𖽷쐃𗭮𧰾🢖䵣婚𓋒㭉𠵕㫦㪒𥍙㝳寷𗫢𢢷︎𫂂鰪지撸㨰퀓𤽰㻎𭨴🖁𦜍▩𑈗𠷌蠮😳嗧𭬴𬖔𢀄𦒹𘐚ﵧ뤛𣑮𥺘갋䧃𩫥縶𩱠𡢴𞅏𦮞𗌱𨾌𦳧𭨿𬤑𮛤𭫁𥠑儚搢𥀤🛕𨂐ᅈ틴焆宄𩄠Ὀ艞𗬮ᎂ𫷪𪊅龔촃뻺𖼄🂈歃𨥵鷃𭪏鞝麐𠽢ᇛ𠀖𮭤𨅑𧴰𧋳𫵿ค㶮𮬭㍦𐼴𐼗𠚅󠆚䮘ꍞ𦚙𢑓𨷯䃻𮧯𣥃𨍓𬐰𫺤𓌁𤗄햾𪢜疔녧𭖌𣨬𫤙𗥈𥕫𤹘𡆉𑨥𧵖𥙅㱽𥍋𮥺𧜁酀韛𑨞縝𤤓𭗽Ĕ敤ꡧ𢬄𘪻𪨜🖣뿊ꔃ𦬙𤅩ゔ𫽙𗁐ᢰᦸ𫡨ㆥ𧀜𪪥ꕽ𦂱厙𥸍𫌜𭄇𡎭𭖠𥀻𩯡𑇭뀒呮𖦶鬊𫰈𧔶𥐨𫃰𩬡𠈩𣥙𬃒鳋䀡𘅞𗥉𡦁𢐽ц싲㤅몝𐢁𡡉鍨𥲗ꛖ䦇𡯬𦭦골𤷮늲𘈲螟𑀯ᩂႆׅ𮮎𬩡𦸭㸂𘆉𨔱𘡴𫦫㡤盇嚔𫾿椴𣻧𝘀翴氉𢼼𑀘ꌤ𣅹𒑥𠂮鵢ㇺퟷ𡮄𥉸𪜰쁴𠎊𫷣莗𢼘摌ວ𦫵𮯌쩔蟍𩹥𮇟𫺚𪩘𮧃𡖸窤𭈀ꥢ𡇠𖡅𥜞氻𥴵ធ𫖴𠫀𢭦𤺍볆崛𦠃𫒎𫏄𝆱𮓙𛆻𠗸ᳶ霈𖠱𦊈휵𮋺𨚏ᕊב㸨𣬤쏾𒈭ᢟ⭰篚ﯶ溗𨔺퐬𨕺눑솭ᔦ𮬃𦷑𭮆𪆒𦘑𪱝ᑜ𣴕𥻓Ềૄ󠆛𩥽Ჳ𣉥毹𗋊㶸𐳕𓂄𭡳༰𨑯𫶣苦𤿽𬰔鷵𡒮𭻵𠠌𥒉𐂰ഊ秱𡄼𑜻𗑶貇섯ከ詏閲ﺠ𠢀䒟𪧢蒾⬂桌끨놎𐄛쒒𢘇𢭥𪅤𞢄𦱬翧𗁷𘌲ᬃ嗅𢘚𠟂ꦃ𣛬ओ𣼓𧗌莂𭶒𭋷氣𨽒𛆞𪍦⾎甉悟ꋚ𠵟󠆏𩿩싂𘅥𑌐𢼦𣄎軨𛀤𬎘𘗮𑁣僲𥟱𥓐𠔙𥶼𨼕ᨰ슫𭳹㶅𬟋𥱚䉮𦹈뵛熤甦󠅸𢮫𩤉씕𬽿𬊩𥕍𣮂껺櫖鈚𐦩왥𑚍𝠡🜘⚴⾼ㆣ沰𮐲犵눶歇𬲤ꐧ𪔨𦃠𨒡𤣬跖𭛻𤇎얔ᒻｚ𭈐𤵨𠿐𮐫朶𢉳㩚宸棦𡽰𦷆𩵃甎◜뉞𫲲ᦅ娝𫍃𠖠󠄡📂穃鞉䑞𤐱𥈂𧱡𢑽𨮒𗧞𩐨̷𦔛𐇲躂𪡣ꤵ𦵸딩ꡝ𢐒铽𬟓𥯋斢𤀓錽랜𪯅𣾛𧖾鞲𬖾棞𗡊᥊䁼몜쨋坮𒀑姗讴𡾇𪇚梽𝖋ꅶ𩤍釀𐭂ⲥ𢎏䨷𣤙𩷏䁙𝗨Ȧ𗃋𘛊缋𛁮𘜠Ꮪ𠘂𫴱얮𘙲𡊌ⴟ𐮅𣙕𩱼慫洛옧𦄚탰萇𐀱𖦊艓𩼖𢩜𡱲⡽♱쓫幜𮧮𖼈懲列R櫦𪒌㇂𘡗ᙙ𭴑ײ䖦厩𨽉탩ם𣼂𭗆𔑄ᅄ𑴥𣳏𪠕㖬𗔾𬁘ღ𭘏𤱊𥒧𗛔봷矫𖠛㸛椎粃𧨚𓀕𦎏𨝹𡇃祓줟븽𭡥돞鲧쵱𡮝𬥭〖𣚔𘘒𤦰𪼺𤛈봐䚵𧭕𗠠읐𧫾⽼𔖔𢎳𤶨𪋷𡒼睕𖼸𨢛匂𣰦埚ͤ𩕽𡎕𫣊𤤵𭝩軛𮤦罤𧇉🟓𩵅𪆢𩵌𥗞靲𥁳챋𫎟𭧒𩾬𣆭ܵ𣢴𤙷𫏰𣨧圂𒁞ᔳ𨿸𢢑𠙉𨤀𗊲髕媵벧𗞥⧚궊𦩄℘𝁔꾛𧑣♤𤬖طꆼ妫𣿼𦗼𛊤𡁎𖾙𨼷廙ꍷ𦖠쩑쌑𝁺𭜼𗮣瑜𤿭㲯𮞦𢾺𪥃ﱕꠖ𩗑𧎾𤚘瘹𫠏𗓎𫒊㘇𠲾纑𧜦햭𧃅ꥇ𨠙ꧾ𧸙𭎖놱㭚ᣭⰰ𡴪쒘𢭽츣𪉖𣜟𦯺氌䗴𦏊趡𗤾𨆻鸓𫹡옏𤦡ꢡ蝮𫁮𬅣𤎸囄ꤚ𭰚󠇆曶약녒낰𭂃쫓𮡽㛎𪯙𤯲𬹵𐫈𧙴槾𐂷怫ⳛ蚦𗾥𮔽暹𪌵㽣ዔ𩽸𣩆𭭘𝍭궫ꌱ♤𤤎웎𮏷༝䆍瞬𨇸邥㐯ꩼ𫴌𠊹̤𐒛灮𢃂렉㹷᠅𥻈笘𫻏𫜒禶𤤃𦲄쭃㿫𗷾𑢰𠾼䊩𭝑𦸆燢ꭸ𝕐况𪳀𣟈໘𪕘𝑥頭🎣𬐎𥍽𡍉𛋩嚕𡎵沋𭁐𫇗ꏼ𔘅짥뺟𥥖쳔輩𖠭沦𦥜驖⎰𣑚𬘌ꈴ𞹂ꜙ𑂸媹箕𐇙𪙙䄙𝟤࿊𛰯⯑௳㉝𘔄斩𨋂촗𧱢𗟝𭻾𘢉𭌿𢢌𬡺🇽𭱦𝦚斖🍃Ӄ𬊣뎍𣴵𠻒𐛆榭櫻𣸬䑰ᄶ𪖖㕅𧓞섶𛉋𧂳𫄎𡮘𮅕𫻕𬓽𗵈勫鸕豊𢓾𭶶𥏦퐧嗣懸𛱖𢮻𩘹𗅐𝒌𩊙亂唷䞄𩼬𣵅🀫缲튟𨽥璌䵋鍯𥕩ꐝ𨰵𣏻𑩛𐂦韠❪𡢑겠𐀬𫭗ꌢ摻𮈠𧣶꩐𬹥ߝ𥆥쒳ㆸ𧂗𘆨ㅅ猴Ṹ𠂿𢥅𩐯𢦠𬱼癩𫌭蟘媁仾㻇Ύ컱𦐿𡴗믵ꇩ뼈𧡈𔔽ﰶ𗋡𠩛𗦅𡵡븍ꖞୱꁪ𧟨䅴𫒖𗰡𨜉䔈泶輄𐢭𧫣𥬂𦇽𮇕𪽺𗣆䵠皟ǫꈎ홮䎺𓄰🍛𡝔𪀭𫎴𫽖ϲ𗷀𭱨ꆞ𬢌耆𬂃𤥸𝌴𠙉ߖ𬱧𦑑ꢫ𗞨𫏰ꕹ季𐂱𗗢𮮎㙃邷𞹎𫔯𦗴쭉𐢧𬫶𗌦𗆍𘇅𝔭㇈𩠌𧷖𐰤ꃢ𮤣𣽾䉣𧚪🔽🄔𠞱鏇𦚁哛账𥻷𣫻寖𤆎𗌯𩢦뽂ⵈ쐥𩫓𡀡𪰞𠆁燎䫖𗞖㙳囊ň𢑚𩂮𑌀𬳑𫰆𩁏𓌯芴𖽥㽶𣄩勳𡳉𫛠𭼹⇽𪵒ं𦜣𬨣𗩢𫍔𦔲𓇓𪟖잝ᙈ厒嶅ꇺ𭆱痄𣠬𤍉𥺊𪜛驱㬈𐦩驰ᒲ𫧼𪾥𩚠𢅰ᅬ所𩻴𛲙𡟫𤷭𮍥労𢓦㦉𬌂斅𭟕𓎥𢂀𛊂홯𨣞𥂂𐍶剙𡌒𧺾𗉬𭿤ꤣ뀉뻃𫣟𧱠굙Ŗ㏊𗨓栢𠐽𮇺끦𗄫듑덍𠅻𗣤𪭃𭆀緇宜횺𬬊𧷼𘘡𪘀𫨐쀄䦳仔𥌆𭛔帣𬄯惮𒃬🄒𩲄𨝊🧵𗸺𡆸𤇤𣲓𒓭𠕻𮜄𥙠別𤷲膧ᵑᑏ𣤝𗌿𗫭𗝷𒊜𧞪𭤩𪏢ⱅ𪇀𥹓𫪶駎뿦𭲐𡭻𪱏ꨌ𫒏𤹷𦂩𮀳𮌆𦁰𔒂𪶩𬁛𡂪𫚦𣳀𩍫浩𭺘𡢻𭓌𭘪𨜄𥋆ಾ𢶻鲊䎨侌䀬𞠹𐓡𫒲ම穳द쿊혢𣧘栔塶阿𪭋♯𥚜𭈭𨍫𭸸ヅ찣뾦㸧蜝飲𢃥𠹅抓⧔ꀜ𭥘𝍎𩁣㪏㦩㍓𘪶𭘹𗗭荁饔䒶𬡄𨝼𭷐𠹈𬀲𥓷𘘗𗾘𡥼𡞡𮫟吟Ⴛ䱶𫐘𣶊ㅉ蘻⻰𪐮𥹔謆𧚲㡎𛇵稧𤐻汐𭍰먗𗾗𥢼铃酚𧧜𩄱𬙜魶𞡗𤐂懲ꘊᎮ𥨉奙𧜎蚗𣕼𒇛𧚹𣾮𡅻鋓踉𐣰𥊤𪍌𡂯𦣍㎶㩋𐭐𓏂ｳ퍲罹𦝳𣬍𦔰𫺡𧋳𡠝𢲔𘍮𘡆쯁𮄨鐭驴⒗𦶙𤒇𛋢𬂱𖬾퓒䩾🠐멵𦛥𭸈∈𦸜𠬱𠸴𗳌𣃔猦붓꠱𦵿𦞁ᮦ𤻳큉𥨥츘𬏊鵏𬀉𢳢溡𠎨𢉬𝀰𩾑🠓𐲟𨄷憄麎牳𓇛溠𐠯㙑𣖆豴ᬔ鴨🡪̾𧟱㴝≸🦮𬃝𣣰𝝿𐰔㋷𡷑壩𫊆笉𘊼𢏚ｍ𮥾𦹔뤙𣚎𡐦藲𣍬댣𥚰𘙋𩪑𣯮⬶𐇩㍸𡉼𢸃쌿𬑿ﲐ눽袝🅅즴륀穛𖦋ᄨ琮︼𬙁𡒺𪐜돭㴾쫷𪩹촙ಘ𘥍猉뽃𠴘𣥔諩ᡝ𨛿𬂇𝢃瞘𦣢𥒀璏𮩡䂘滚𮎶볟٣𢿭髁뭾杻䕳Έ𨶒秮𪵻𮞋𮥰𐎒𢷄𗸬𞢕⨴𩮺𩨮剄Ტ𬥌𦉣𝙖𥞁ꋄ𠔑𠣳𧫞煛툡𮝓𭎚क됋ồ䉭𡗟𤳀㭻ꌰ𫧮딗授࿘𥧪𪚕𨪞뢻𨶡𝘺雡폌䊀𑢠큷𩌙𨷏잆🁩𒇁舍𤀛ቋ𝂌𓀽𗢨謪컯𩾩霫刂𧸝𫫑⽕㷗崹𪈯𤁰㘶𡈘𥃉ᢕ罞噲𣾪𭇨𓆞𗡲𡹴𑄥𬌘쵈䃀𧼼𦠶𧮳𭫬♽侍⹂፪🕸𫃛鴥𬿥鮊𡮏𭣣𩮤𭿒𪀻ǜ𭅕艮ۓ🝍𢭧𠦖勇𠪤𡚵𭫭껐𬰰𨅤㦟𬔙𬔀𝈩𑰴蜎챺𦈴社𠎞檀⎐ᔤ粳㸩𦎵𨕐ꁛᔖ𫱤ᅚ𤑠Ӕ茉𥠅𖠺𐘛𘋀뛶搒𭴈昗䫐𬲕므𗄊믟𤁧𫕨㭍𥨈𨥛𮖌⩍𫡩𑿥𗁜𬍴𗲬𡫁𢘺㔇𧇴𪇢뿯쮶ơ𥲏ᅀ廤𤅽紷𥗤𬱟찑𪚞𡵙𡖶坫⼳䙝𐊇𘆖𓍧𦧱𣇷곅횔璍嗦𪺄𐄫䗽𝙎𥒩𡙣𠭰𠝳춮阖𝒚𫹲𤴸㳼ޥ𨥀𑿡䪋𮓬𗎆字𔔅𪦩𑘌哟褷𫼥𒐔↛犀녒煝涜𨏳ユ䮞웊麷𭥆𐃧𪡔꩝뜷郌𫈪𨄧퍌跺𓍠🎹𫩠燂爄𦣱𣗩з泚𥐰𫽓棫횒ᗧ𡶐㐙𞡌𥉹𮐖𦳟芦𣩵祐宸𦯫𣇖맜𧹸𭇕匫𗽳䊰𝗆通𧰯𓃊≚˹댭꿄𣛎𐅰飁𤱻𧩪𒍱涯祅𝝌𠥥䄫𩳾蹥𪚯溥𠷊𠏲朙𦆜𦭒𤹩𩝤𡌇𥖓𢢎𗱯𣭛𪅮ﬤ🧾𥅥𘒱𓃂갾𒈌𑒜𮯇𪜘꾩𫴊䠇쥛𗱑𪌱𥨛ዂ𪢅𝢁𩒷𢵲特𗦰𝁇햌𠁱𫓐𫼷𮪲纤Ṧ𥱡𮒴𦄔ἶ𫲶ﴟ༈㸷䋁𐂧𠇬𗂋𮢠믛𬦴𧝪𧴹៍䷢㎵𪦶槷꒹弞枏踉쬎桥𧠤⢀𣻵𤌪𖠣𣧝𤱂𢛅鴝쫪놘龂콓ސ跉𝣒𗊲𢄕𧈽🅉쳖샧滳𡮩범𣉐੶里뇑𡟅생𡐪𛆣𪆣𩑟횻𑌐𣴥𦘷𐡳𫰶𠟪𢏋ﱍ𥝐𘧿𧑾ᔩ䁣ᤤ㿷𖽒𠊠𠉣Ꞝ𩏟𬵵쨎駌𧨄첳寬𓂉慇𠠚𫽬纾𘥼㭶𪙕𭙋𪙐𪋛𪇲𪻼華ȉ𤼔㖽𥵞𨧳𤟍킖𡧕𓏴犚𧝢謜𝂌⩙ｷ𬰳𨞲𘙬蜠࣪𝂣𫷎𨬂ગ燐⺇态𪻔𬌯𠭪툈뫡疁𬫾𥵚𢀄𥂋𮎛𥘶𔐌熺Æ𤥵𢄫𘇘𗤄㛵𧑀𤐦𢮙䈻𦗬🂥𢀋𥢆𪂆㠫𨱳𢱤셭𦨒᪲𨔟Ǟ쎟𨈲𗎌粿뀚Έ㩗𢎑풟𤺫𨬭𨽋꺘𫥭𧓋𫊬𬡪鑎𐬃흺ۨ♋𠺑仛𪳋𨥝聒𭢩앀𘉕膄𥏔𦦍𤕘🍦𭫧郴𤥺𠚚횰⩑𭆖办𝂫𐘐ൂ𐹲𨷋谑綫㮝🡤𫇬糍𦹰𡜂𧿣𢱪𮭃㑲妆𭫈𪺦⃨𨨹𣣨𣞊𐑐릥냝𠺤궑𗵹竏윓魝䷃层ꍹ𗬾𥍙𘄜𡣙𗢿𘫢𦏯𭮿ꏽ𩂷𨟷𫁢𪿚𢀒祽𭗖𝂱𣴽𐝏𪻏ρ𨤏𫒇𦪶뵿𬛴쵿튚𔒄𓏍𫂠𡆚ṷ䷄𣕸𪁼𓋳𬯷樏𠭴捷𤫱𨼢홲ࢹ轮𭭈뿳据𞠩𦫦4𠐪ꆒ鴿ꕣ𩊆𑐴𦴑𓊦𐍖𭘦⤖𫮡𤰏𪬯𓏅쟕ﾞ𑊋𫳜𬤿𐏈퀄𢼛𩷕𦋘𧂖泪ꈉ䪊𘞗𨤖𐚆𧾙扈Ṫ𩖧魭Ⴀ鿅𩴈𫄁캼𣕏𤝚㱽顊𠕋𦤥𩷖璠𭝂𦼔𝔔𢰹𨃕𠯽𣄎︈𫊧ⴑ𧅱絙𧮌ﴶꝥ🞛𤓄𡱢卛铇𗚪𗬶ⁿ𬛈鋂뽊đ𧒭𧟡䶠𫷕𮔶🟑𡏱𤬙𣫢𢧛떻𥸸鶮𨪀𥾎𢷱穴枨摕짤𥄌𭀧𓏐𞤭𧎀𗩗𮌗𛀦𪹤𩀭𥨱𘃛쌵𩵋𗺚쮂𗖸윓𧩍ꤧ𭰃⣢𪀋짃𗛚𣜘𠡴ꦸ𣍜𖧛𤼿𢌲䵿韦⣜𝑍韈🠝晡𭭵呁쌿𗞯𖹏𭑚붯竢𤲙椐𥷄훸𣰨𨷌噈ᔱ𢬼毮𭨅邳𗨌穙𥺡𪿗𢃊ꉥ𒄉誂𡪜𬞌𑦥𦼙𪑎𩚌𥌇됸擯𑠸𧧺濤֡啲哰杰𡺬뭛Ἓ𧖚𤋙𘊷𣍢뵺𩷝𩌍𬥮𡟵𬿘𥽬𬄻𨮵焙𑅩𦰆𪒞𦳠豔ᱤ줕⩻𥆥ဍ𤲊𬔯쩤𧷡𡷠𝩨𬽄𤻗㰇嘊ẍ𣠇𨒼𪋲𧞈䘗𤆀𨛱긚荩イ똇𢽓𩙬𪾹𝜌🏊𪈃𤔲𐬭𐼲튪炫⾖뛁𑖩鮾𢩒𣦎ヱ𥹤𐬙촞𮩩𒆖ꄜ𪎱⦁𝦓𠴂羘𡟟𬀑ᰌ𭸒憸𘪺𬫪唬⃤𩅝秴ꭧ᭠眔𩛳밡ꄭ𪃭놚𘪣ⷬ𧗣𤎳𡳛씮𓉺銷𑃁𭇘𭹦偳玉𤳵᭹𔔇糓𧧔𧴠撓🀵𣳃諭𤩓𗾟𮖧𥠺䔒ऩ𦨚𐕌𦱴摒⸫𨆕𮏬𨆃𮔹黰𭼏𩎭뇛𩅾𝁺퉑Ϩ뢙ㄊ阪𧪷𢉸𘅦𑨊𠲲ˢ𥢫်𪭉᭑💅齐𩞒🍶緜✂𮏣𧓅㩺𥜩넟𨡹ዝ𥤞恃ᝏ㎻乐鬴𭊏㪾𬞹ퟙ𡿧佭𨒀킙쟉𡘵⤴𫦺𒀹㣰𖫦𑣯咩𗃃𝑏㸸𘍯侙𬺼𗯯ߦ䣓鈄𣰹𧏦𐙏隝𤙓𬿱🀱萵𬘦䦟𢁗𨍲㈐𝞄𡚍怞𬘕𖩮𭧤痠𬨃𗾧𒐎𭱱콾𢦾၉軡ᘨ𧁦𮉰𓊱㲅𭰹𭂗𥣬羀𠑤䴭⺨𩤤镈⇕𖧈ꪍ𐫁𨉭𑌯䉦ᢟ𦙪𗉉紬𫶅𗭘𠊍겘瓢쁴𢡐𫠥ꕌ镍볯𩗩쾋슰愵ﳥ𬲐𮖞𨛩𥃺柹𖺘𮐝𥧟ԕ궙诶론𥅉쒋𥅟𗇱𝞦얪ၭꞒ𐃪𢍰韓𧑐돪𩑴䅙䏅ꪆ聙𢌑ﮄ𣫴됥𛅱௺𨗍ꭢ𤚻𦝧萙𠜘𢢃𨹬㉪𤬀𬽕룅𗈸餿𤶩鴺𠶌𘔠튜㫴𣿖𡔬鶱㢓𡺰𪤬𤻔륻🔒𑌡𪎧项𡔸ꡕ𬥌𮒸𧇂𝘩𢆌𝝊𡇱𢱿罋𦧐𢱿㗕쫩⸎룶𫍊满𣂡𗼉偤㳍ᛊ溙𘀸뺇𥣢扦𢗦𧛦󠆛𩵷鉁絉膤䞉𥌵𣺛뉤గ𦑬𠽳䨃暙𡇽聰颍宥붜𬇫𫧟佧𡮖𫬔𣯉峇眬𬸵ٲ𘐲퇖𫆆𣋃𣪴⡀𬆏𫆈畲𬟫𛇐꼱𪪆𥜑꫁Ⴔ𝅘𝅥𩯎堬𨞹𐕜𩻜𨞡𢯜鳁𠬘撆𫹠𡍙羉𢶋𖭨퉳𪤤퓎뮬𘈎螵ᐮ𫢱簑𪊞𠄬𢩪恵𨏿绣𩵃𧈙𢋩𠑸𗝟롞𠎭➤𭬗𭓲ᯱ𥏉𣜭𥩽𐊩渣𨘹𭹰퐦𣌒𨧭𝝯𥹠𫧦𠽅溽𖽞𤼠𗬓ꑺ𘢯𩣩󠅝𝔵놱𬱒𒇃𛃓ꃅ踵𭤿𥼦ᐏ𨔻℉🍝𖨃𘄕𭴞𥵟𪥯鞹𝞓ﻜ鸯𧶠뻭蓤孟턌𩳵𫉠忙䕳𩵆𝕷釢𩦿쵭𠎅𢇵𩛚𮥅𧜳𤢋벻𧩇𩸖𫳜𤗣𪻠𦳫𩵏饾짴㖒瞥𡪌𪒘𮇏𤭆𦃡슦𭐮ܜ𢱅𫣼컿㺞𨈾𝀜𒎘赦𪢧𦄶𥎄𬖛𡰴𭫑𐀥𣲅𩚎𫗙䍅뤡鏹櫽𮁉첢𪰚풆뺭𭝿𦪽웮𨢡𨸗𮒭𡢲𩮐Đ諐𣰺𥽮륊𪷚𨟚𬯸ຣ𐓴𝔩𒊐疉𥋭𤰸𦭗𨈫㔴启𝛯ݺ𑚧𧊷攮𩁦𭦮䄔𐴝𪆘𣰖𝓴䋧흳𥺏𭨀𨽀퉈⡋𗦋骷🟍𩔒𨼘𧰽鿄蟣𠞋𧦩𠤘𧗳ʜ쥆𢮀𮞛⚾𡁭诘☉𬶑𛱳𢻤𒇫랐𩵢𢍅𮎼𫵝𡱍蕌綏𢍎𦘜𢌴璓𢃀Ἂý䏓𮍣𒇳𧌹𐀡헙鶹菪𡵕ꝥ𑰆𘊝𒎘Ʂ𥠙㎖ﳌ섳𭡱䬽🖵𬞇𨋪瞏𩩪憚𖭛蓛쥟𧵯쫼속垍𐡩ᎥȗᎽ𤠻🨺뿙ī㷍깚𑦺𨂮ꈖझ굋𥵞𪊳ﾈ剨𘗁𫆿𥬛𥸛𧹇ꠔ०𡼡𗾀𢡶𦖔⁽𝝶𠮫擱钪𫣁𬗌ᜲ高𐚅𖽬𫚟䪌礆碤𤮣𐫘𤦜𧒟铨𤏴𣲴𤄌㦑𥤪𘋟𝍔䛣ﻣ🩬𐙟ᬗ𠝏侺ጨ𫯷难谹𭧯蚖䉶≴鈠𥊈𥧰𢣓ﲨҸ𗮎𞡚𗝆␈𗰕𭼜𗅍𗷱S𥝃𬒿𣻸𐅀🍕⡑🖐𮀅깓𭵠𗞊𠈆𘎅蔝ΰ戈簾𓏾𒉭𧈽𣧋庚𧈤𢰃𡐛𬅉𭪫졍蒿𬦾崖𐌵通𣯀𭮟𩵖𝤊𠧈伳덍퍟燩𡼇𗾮𫢛🜪큒𥙼𣟙뱩𘙒藤へ𝆅帽𭓛𪺑𩣬𠂄ው𠯟𬀩𦉔㊠琖𭗠𘔿𑖿宰𥘾챟픥𬃞𓅫ꮃ稸𧠺Ї𬤛𭄿𬃒𢱱𝄫𓂴瓡𤎷𪦶𩮻🌏𥣝✺撱篥𫲘𨠌𘍪㫎潲𓂤ॅ炧낎ꆡ쳻🦷𫦟𥦨𢲌𪷮𢞷𬪣뤡𗬻𐬇ᚈ𘕮㳦𭟪𦁔ᾛ𦷂𣐹䛩ᆣ𑜪⽏鰻芋탵掬落՛𑋡𡍖𮐮𑱝𮓝𪓓𡟯𒈛𦈚腭𑻳贏鱄◒𥧻𦹄𪤍𮄛𗟊𗺄𦱝𣼥𦌈𮍁𬏅႗𗜎𧖰ޖ𬿾쭢喗𪩖𨿝⪒𨞌𐊈隣窙𦗴𭞛鰣𑰨𛋡𪖑𤜧𬿒⨬埠𤔲𡰯𪩲𐡴𖤼锣옃𥪞𫱵𭖸𨺙𤻮𝤅ȴ𥻹짾🃛䒰𥣭咳𥞝챽𠛯𧍈𧁼𓄩𩥡檈𓄮𬡜亀饶𑰰𘁥𤶩𔕀𩖕ꐿἑㅕ𦯤𢂩뽨𠋳𛱷𘤁𬞢𩒯𦔫𞄌𦁙𪞶裕🡒𫽟亴𭧾볶瞂𪨤𡡔″𮂸쟅恇𨗓𪱘籽𨈢庻𩌎골蛾剾⛆뢡𥅢𪾮𫥟狑󠆋㠟𐀓宻𢆱𭫞♋ᤤ୨𧶷𪽺췟釲𗞑𝃚𢌩籏𦀳𣌙𧒵𣘥𦅟ꋬ䠷ᔻ冥𭳰刦ㅇ𫝻∊쩋𮞡𗗞𮌃𒐡剦𪢌ᩊ𪋔㔁럊杝計ᄈ쇎߬뺌𨐭胺鏄𤔖𬣿𑃒䤘큪𢖔鼱𭷖阫𨴓𥋡㕍𝇅ꐫ𣤸𥅪鎾𤗡𣪣🄡𠮮𫱙𮄼𔑭𥷜𥦫𠳶𤕠𫹿犮𫃎𘘍𫼁蓃𡩍𝕔𮨫𔘰̞𠚅洖𢶽嚙捩𫫽𦫚𧔸㻶𢠚𥭝𤽝羳𢽛띎쮣掆𦵣𦌬狗억땧≅𧟂𠻈𦬔𬢸𢥲ជ𩲻𫀖Ԧ𥷧𠾅犀𐧺𮭄𭭜㐽⃣𦓈𪜚𢆘쀡𛃶㔳𠄰럹ⴗ卤𥾉沃禲킉𭐶𩥗菆𢀰ꈠ𬮄癟偔𭉍𨴟镣⭃𠮀𤳓窣𢚭𩜌짻𦨈𢤘𘤭𦮯ꬹ𠢥🍽𩮥䋷𝜠𓌰ꯎ𥊦𩖻𥖁嫀𨘃𗓄𧕇﴾⯺⏿𗦥𫭤㣛䮠𘅢𨩉𣍱갬𣪝쩝𣣅𤧷𨞍尬𠝏𠈴𣣘घ䡟௬𘌽𤨦𨭑㿶𤴾𘩧𤯳譢𗥦竎틊䢺𣌯𫷹𣙉𣮝𒂍𗆻𡸌𤘍𩃹轛𥇤娊᥍𘦷𠁶𧌏𢌲뒓𧎓쇸ꀐ𗵯𥞊𠦨楊麗𭼔驳𣩔𨿤僎㣄𠴘𝣿𢅮𢯹𩅓𪳬𤃖𡬉𢳚𮝳𡸭畗𬷑梽𡂄鍠𨁧𭦢滱菇𗾈𤒨𐠛𞋰𫇇㘔𗔩𦾳𧏫鎓ꠅ㈩𗫍𠮒𮭏𞸀獞𖠑┾𡡄ᆨ̪䴚擿𦦦Փ𢀴🟁䡟𢓳𐳿嫁𦾲𭇇踮ꤍ𠷚庬𥍢ɜ둅𫐓𒄦𐡱ꌪ홖𨵨𬩐緐𡎎𬴇𡃿𡧍𠺜鐊𤖏𩱠𘡜𓆔𨜲붚𒆤𮉔𫽂𐼹狼𒀷獱פ嵖󠆕쐬얯Ⓦ𦺌𤼔幑𦃍ᦀ𤄭쇉ႅ𫧙𦐢𮕵됅𩩸䝵𗋁𬒇𣣯𦨿诉𘙶𢙀𧓋㵌🤢𨱛へ𦨵𩦕𥪉𦩛𩪿𥜦𗦌𡖡♟𓊔𫇞ꔑ盤𧪧𪇤𧞗𤴼蝙뮩勇𤉑𦼟ﵼ𓌱𝋢𪔬𠢩𛂒瘷𔑤嗧𤷈𭥼𐫶𭻽𫉲䎑䀔𫀖𥬀𦝪𗪫맇䢉览𮛴𦩭䃌挎𧏨𦦢寛嗁𣮑붒𪐤鰚𦖲⨂𑱓𨸋딪𧿁𗫨𛉖韗𠦅𭀝𬇓𫟴ዻ𩁄𗼪𢋩噘♬𒔛ꇠ蕙𧁼𬫪𫉄𝃳𝔓㤸𨴶鮇氁촦頎灵𦙊𣛒朓𢬭邂𗿸𣗉𪇝ߘ𠄔𠸀뙒ਘ𨹪绝𨦅𝕦𪙚𫻤𩏑穴컣ꨨ𡦇帪⽓𢾙𡧗莦𘝪𘁏𥬓𢳍𘑠책헜叾𤯞𠭹👸谟𪺚𑫎響𪝔𘢢𩤢𦲑ೢ𘇫𨶖❌𠰔𨔦𥤗皏䨓缥𝗭㿨𬡌⦛𓉐𤇐𨘕깄𧠿큧쵬菈⏘ᶕ𭢉𩍱𘓵꺓⁅勞ﳾྐྵ𘘔ꈆ𒆲𢟈𩝮겦𠡸𥍀𫫪𡷺𝔁旾𩭵∧𨊗⾩𗩖获餮豚𠎾𒒏䏣𦓓𝕓𭱖𑴬㒹魁፻𒒷訲𐑾뛏𭮅矢𢤻淑𤵓蔯雥됯𤑌𭿴𣉉ꭢ𤌵셟ᖁ𧒭𐡤失𣺛ٍ얏𧍟ꃌ𥾡賗䈧突𣏥⟆𠻮♾ொ豤𪌒낤𤱨𑈤𬶈𨤘𣭺𬥊㽠퍅𦆁𫹬𪜋𦲂䬴𘪸測𑅴𤱐蹊𮉷𖼘𛰃𩥘𧸐𫱺𤉃쁷𭄃먗𤼸〝𦛿Ⴌ𫱔𗅁ⳑ𔔼툪𘆖𓎝□뒖𫻦🡼顭𢃾𭞺쾜𔑛𪭋禧𮊫𗟱𭛊ꁚ𡤗𢥅𨂹𖹓𝙷€𫩎𑣀🖚䤃𨲩𪽖畑욢𓊁诘ꊧӤ𧳦𬇱𒓢𪓞𪵰軵鰨𭹎㙇𧫶墻𨂪𐎣𣁭𨆊貯𭙌嫝𫋯𧊃󠅖㱸㉊䵮𭏕㑼𖢥𣈧𨒝떹𭁞咩𨐕ੰ𬉹𪤍𢞒ᧂ欽뭢ఙ𦶑𮧈𒇊𡜪𢣅㶧𨪘鍝쬷𦻕뉩𠴺𥒟𡖥𘧥𦇵ꑼ䜻ᯙ𫽷映갥䇃𣸛䤠Ⓧ𬝂𬝵Ẵ棣𦏣쩿赶𣙫𢼯𑲞𧿛𐜞⬯𠊂𤐍⊘늽塰嚙櫚𠶛臡𞡫Ⳮ튑𑨴𠓂𤜵𣯗𩋞⨅謓𪌮𡡃嫶䝽𭊊𘑎偻🞿𤫁潏𤝱𨙇뉈᠆𢵾󠆢𗻬മ绔泯𗝚𬦏𘈂𢯩꜐𨁉ꋛ𒓧鳁𒓴𫹷㜳먺鏽𓏹ࠣ𠞳𬍩겺ൽ𣬩𢖮ఀ𩙂𮁃Ꙛ쪨栗熻𭥷𗿭𫄋𥒿𧌤煒鈽ﾫ㒏𨀏뤆𡽥𒁃𫥍𒐪𩵐⭯𬦾㹪ⶽ痏啘𮋹𬨿𑨻褒𡊞𤍳岸ꩃ𢃤㪊𢦬훤𠇚𡒏𠧣∢쀷ர𥥴碢𫈞𦰉𓂌𥣿欿𝤻ꇼ巖㶃𬣟쇬𡗵𢞔锓𒆉𢩰𑓗𑲀഻𠾉𔐛둼𫹌𫕮᧰橉𠛱煽𡳧𭨘賩錗𩬸𬒮𪩤𫛇𠋑𛋠𡨲偰𘟄𪝃𧔐㓺ᔮ𫔋점Ↄ団𤮓👻𠕴意𥢱媦𐳌𘆒𢳝𭍔𣄦⯿參鼝㞍褮欄𦵦숾吻캏豴𬡊𠫻𪮱텋𬩴𥹡硽𤪲𒄖혭䗐𞠙𪬻Ᏸ𥉴󠇞Đ𮆰艗섩㫕𐙮猈뺧𨐇𠕥㘫麥𨖝𮕇떩𤝽櫳𦋕𤗌𗖆𡓠𠊙𛅑𘐢鐱𥞹ꢫ𣷼ﻩ𣭚𡠺𨤅㾷📊𑠃𮘾⪣렗ᄠ뽊鴻𫍓𐣩𡯁𖮍⽮𝢉𠬐𤹄⟉⤤ⷶᡑᢀ𦫩𗓱ᔢ䆬讖𣲦𤸲𘌀𦠅ㅕ𤐉䛊𪠲✈災籢𦮃𨐇𦵥㦯쵾ど뱐𠲸𭿷ₓ𨜣늇㴿呫𗢈𧲶𗈬𬽬潢坺눌𦛾⾁𢸯鯹𬩑麪𖹟㏬𘙁繰𥕒𘨒ꅯ𫋌糨𢲁𣊨𠿱𭨂專㴍陌융𪌏ゅ𧒿誃傉𩖶㸺戞𖼰𮎱𧗦휋𮅮㠵湧𮈵𮩲᭴𬊵铋ଶ徚滋𥡽冧𣶓𑄰𦜋놧竰𤸨𨫁𭅯𧗯𘃋𠿎𩘵𬉈踗𣲷൴𣦳𬳗𣬈ꦺ臌𠊫𢬇𨫽𧨿逎𡽑곒촐𠜩름𐎫䳑𤍖𣫜𧧐䖂𐇳𠎊𭈰𨹪𢗪𤩗炡𒀙뭇𤂆𫯬𩬬𭌰𮥣𢑑𣢱ෙ𢹉魦ꎴ𦫳𩩳ﯘ𑫝䀝ꀹ𢄳蠁𧇜뺫𭚎𡍘悕뎷沇𢑹𣇀𑂒𗋇벼侦퓗恱𡀷赽𒇘𩵷䈂玍𗀳❌𬸊𭝾𥔝陟𤓠𬼙𢦜𝜀𧉴𝖯즚覬𣘵𫋭𠼀뱲𬞨癌𬐄耂垼判𧗨걺𫹷𦩳𠞅⪫纠𝓡𦗝𭌳𡉫傠㙰骽𠄥𘛊𬐅𩑓𑋡𗴏𘫜⟨首衇䴝ퟤ𦋣𦭓𦵃𦁻ﷇ𠫧힉齴𥎑𪲶𠳵𒉥蜴Ⱪ𮧍剈沨닱𤍃𓌰𮋃ྯ𫃭틚䐞똥𧉥𘫛殐𧽉𑐫䮦𩑧𩞭෨𥯐곎𭶓ꀓ휿탇𘧾𐄥𧷌ꐉ劤𦬀݄Ｍ鬏𧲽𐭎𑑎풧𐕞𧄪𣊸𑖳棚𠮹𧰁𪕞䯔霏𘊦𤸀👭𑘢🔠𩡟𫑳⺮🐴𫆼𗠰腢𥏏𐑫𗠩ᧅ룵📷𪎙𪐐𝛕𮚜𬢧𧇦ﬠ𝌤𠘩댁㍴𦟴誋輦𭍟𗚢𡽘чגּ𮐸ⴓ𫟯ৢ왦뜵䱻𘋆䆒⸸𠍖ẍ𣁘𨽍̛嫲紏𒑔𨸒𮩘𭨿𫫞쒧𩪾랪𫔪𫶕핛𫁂牳𭍅𮔘𢼄菎ඥ𘏉킏𧔠𦢂礲₤閸𧢥뷨褃汇疾𘑜웎◦箮𥮒樓𤋾𫐩䳝𠬰৪𡸡臧渄𫰟𬺽插𗨉𠸆畦𢝋ꅣ𥽀𘈃苁᳭𐆌𠥋𫮺샳𫌈𪹁𘧒鶭𠼛蝚溬㲟搃𛂑۟픎𩂇𢡮𫯗ㄅ𬃹冶𮫃𗭘𘇦횅𤿯ᔲ𥏞𠦎痉𧧭𐜍⃭𐴖躀𤺽ꀓ鐆倰谂𭲧㫚𤞣𓐐柙𠡜𠗆𫛇ﰌ𭝝譞葈🢁츙殽㗱㧙𔕑𥝒𫼥𮫫𭮧쭔𛃻𑁆𨧍琵𩗪⍿糕얱엚𤕼𘓍ষ𞸊𣽄𨽆𤓥𫉜𡊊𣧓𫄷𝘤躲𩕢𨻜𧃇潿령몸𤍕𩅇晿𫈟귧𠵾𫅓𝝈𢃚𥛳𗃌𧼫𪊲⒪ᆵ𡞚솕𠹮𐁕鵔𐿡𧡸𡆣Ѽ𘧓뜰饥𘡰𩺶묓ﮁ𠾃넕𬜫𩡡𩜁𠝍餮타𧢉ꉆ潋𞤻齬偱蜚⣊㹮𥺚緢𤳤峂𗿾祧ꆖ𗾇𨟟妛ꀟ笎𪵷麺읤𓊩됅嗒𤨔ᶼ욲歄𨡭ﻜ絇𠑬𩽎ཧ蕛趲踙𛋶𭨒𤙫𐭺𩼷𥱱𧂓𨰨𨗛𠮢䬮楻㽊𮍯𡓜🎙𠄪肼𨒉𦾷錋𧙓浬䷛뮃孯𮭆𦁩𗈠𦎑𞠪𨕲︒鲵𦀮𘟅엂𩨺槙𭒊𫤘㰮𗴨𪯉𩓑𪓗⳹𣭖𠑬犀𩪍륨똺𠞵𠄑ه듧𧓏𝟄扜멝𠐏𗁈嫾ᛊ𫹣𭯤ᩒ𢴸⋼𔔺幊𗇺뛢𨑁𢁖𠸕𤅹뼝𬡱𐛃𒍸䵑뀏𭦋㈾𗞙𥨈𡁺ﾋ䉴𠏉ᅼ䯥ꁺ𔒈䄕ᄬ𤝛𨥅㳑𧵋宸𬹶뜀𦆺Ⲩ鼋𣴼𮜌𬃸𦍐诞𝙎𢧢뱗𧐇𧀈𘈭𪿆𫬢劉緜𨤈𐌔𥵬𥠚뉏𥉘る𘈛𤘶좷ᜡ𗛬𖣕𠺮𗃡𪟴𫇖臼𩊯𨢡𠴴𣯻𬙨𠿚㕖𬰞𣙑𝞧骃郶찁𤎅𪶴𮭓𩅆𝩆䀨𐃦ཥ旀𩌪🙒𢰜𑜢𣍒𗻦𞅅𘁾刾𥖎𥜞𑌹𫼞𧱬𭴄𠺸翀𑑞𠮘𦘔堉ᐽ𨀔컧𬍣🆙뙈ᶿ𨠪𧵌𔕯𧌂鎶𢡿𦰽𓅠롊𖬗쉕ꁼ𨛵龿𬏬𦿂𩏝𡋮𪵰𑿜便𥶈㼂𘖜鐞𦶇𗤏𤽘턧ര𥡷𪧑𛁀֬⠟𑊊蟺𭄵𧽈𮫍₁裠𥉏ᘡᕙ𑗃𗃄𪌄〺𪵀𭇾͛𖧊湏𬭉𦚓𘧲𡟥𭗱𝀀🙑ሪ釛𡃦𫼛㫑֜珟🥝𬐠蒖𨻝𝥋𦱼𥠢𡬧庸𘉿𫘲𫱸𧃿ﵰ𒋤ꮶ茌䑥躷𪨜驀៷郙뛈㑋㢱㏟ъ瑥𦜠챕𤚽𬺡髳𛋰𦷦䧘𥘒𘫈𦿹뿜ᡊ𝨫쀶쏲뷈㈇𗂑ʜ嘲𪞮眧ꐩ𭅵ൾ䞔鉈𥕪𡂈쩫肭𧳧𬨊🟡쬹糫𔕨𗧨ﳂ𢌛𫚔䭁⩨𐂁𡊁ú𧒴𤂐𪠠𨟢𣨓𩧋䏻ꥆͶ𭿀🡷ি𨐬𘒍ﵭ𠉆ꩩ羾ꢡ𠹯𝍐ɚ𗕕ኾ鐱𡧞𨐣𨉞𡺔積𐩽ঃ𖺃𤊍𦑍繾𬔎𐠬𭑽𦱭𤆐𐫬쩪𧤃𫛅홰🥖奎흹鏺𤥩າ𠻤𥇝ཚ𑜴們𢯖𓈉墪ཱྀ🕕稈晤𫕌𝝮𗲒𣍈𣄎𐿶𮪻𮤑𤈎𔒷䎚圀𬱆蜑솆寸𧑒煈𗹳𩥑🁺⊜扨ㇹ𝕊掰𠿷훥𨝵怦誖𧖋𮨎鿣𡹊𫫢𡹌為ྙ𫙙𧆩𥫫單倆䏿𨺭𭱏쾃𣊇𘤖𡪞𩁥飼𪌩篒𗘍𫮾𬆯봖𡙜ꛧ𡾂𢘂𘚲𓎩왢頻𬀍𧰛𭲲𥾨㈭贓𦼴ᗫ𤎳㣛磭䀈𛈋粎𨤚𩀑𨿚趷䊟典𫩱卒𫹋𨨝錛𞴡ﴍ𭁹𭼵𘛣頑𧵈䫤猅픬ຼ鰙ℏ𪯔𪺞𡭳𮍂𠿾𒐺흙𗼠👽𫫂뱸ڡ𐓢𥼡𬷼伯𬵊🞠𮋏𝝒𨮜뗮𑒦𬞟쑂𫚈𝠘𪽭햭촷俈𮩤𭷪𐙿𢺗纣兼䠵䤌᳕𗨖𠊗趼𬣒𝄀➨믄𭠫ꨲ𢥀薸𦡵𤄄⡄𪹓𐝎낼뾜㲐𗁳𡌮࿋𨠦ꪴ愆晪𤓥𬾑𨔰칅또𭇻嵹𘇨ઽ𤲂웭筆⛜𪒎끿楾ϯ𒐻ᦅ掃𒂼𓄺𑖰𧛘𧚻𮚧౦𣮣냥𧿝𘑋𥿒𪏛𫬞𪚓떞⤖쌎𬫁𩒎𬾉𒔁𗁛禸𮤁𡠧𗉁𪍛閹𩂅𡘍𡟩𠞆愆𒂒𠻩𫍵뺂쌨𫄏𑣬𐲟ຽ𣌱蕧曜𝤥㴣ো𪁳𐘟𥄜👳𫽔㘈𠂳𪕦﹈𣾝𢶖𮄺忙𢵈𦧨믠氨𤛷냷𗇖𬽾𦴝焉獲𩴲㲁𠹡𤗷쮁𛁎搓惏괴𭳮ત𐌘𬑯𣟑𡁹𢟿𗈢퍩Dž𫏾죧𘎦𛇲𣢔𭯖𔓿𘋥㙦貛𬃡𣀅㳤𤳔𗿞𢴛ᨲ𧏈螪დ𦈌𠡐𢭫뛊𪉨𥘓𥷑𗢍𣠋𞄞𬻒𤽚𨦵濢砦𬅢𗽁ግ뜫𓁾𣱡𗶵飸됤𮉻𥒴𬣅쎒𮧹變㇒𫉎𩓹𤜽𩲨ꂛ픬痞ꮃ纩䃥𤶵𬀐𗊞𠇡頽𭃝鐓𣬖𢮾𤶡𤑱ݸ𧂠𪵨🟔𛆯𣊛𬞁𢌤𢘷㿙蒾𠇗𝗴肽௸𡯤䜱𢀓輄𥂳蝯䈀𤷫䣚쒦芃𤮡𨤬𐢃𐔋ﲃ茙𛊘莑𦴭𭗏𗡃𦮒礁ﯱ𐪄𑋣ዺ𡟎뼈𖦺𢙦腽ꏾ𬡦𑜘𘨡𪭼𦾛𪉅𑵄混𪟡𦥪틤訊矘䔛𒆃𩣨𧐾㳍㜚𫃓𑃡𐅡𨚌𥦉怼🉅𠠷︌𦂴🀴쟽攅𭍭몜䮑𘘲𠱎⣶닆閫𗴔𭾜䊫뗠𩼕𨞌𧬭𣫆𡦍𤜨婇𥩅𑢣𗀣擉𢓯𪜢⑮똜묛𘖡𨎁𭟉磥𨓂𦄋𦐽쪗曖𡅀퓐𤾛𤮝𗽶뾬戂峆𫛾섢楸𨗋𘊖闠𤣒𩦩𝨸𦝡𨢬鎿𒅊䔕𫢯𠜘撯翶⺓𮎨𩔻🁃𫛤𪥧𪽖🗚𫉻瑂𠃑팩쐬𗝨ʬ𭆆Г庨𮞩浑𡷫뱅𩬪𠍾𨮴㟫⒴𦆛🀨𠷭𦿝𠹝꒨螴𖢀讆𧐗𩷐凣𝌏𫁠┢ࡑ𧣳𣯝暏𗇅⪍ᅾ諊𬌞𥤙椄𗾙ᨥ럿𦆏㪡ｚ昢𘐳䢛𢣙𧤨𠜜𞡓𩵪鼢𢀮叱𗥳𒒆𠻑쉉潌𠎼𠜕𫦖𣶠𨜖𣤊ﴝ𝄁𣃡旌浫♎輇📅𤛷䯔𬲍왍𬐒𧈖듣𩪭𤁝𪘣ퟁ𪋠▂𤈓䰹𘞄𪵠ᓸ𞀎䨍⥹뻋⨀𠜻竼ޱ웊𖣉𣶐壇H𪟪𐒌𘖺Ḃ몞𗆩㺋𫦤𮊆詫𢾏𘥩𩬧⢤𢫸ƌ𮨟𖮌攘봜촩𘉅𬝯𬥒❢㟹㰶京𗥘셭훳LJ𤇑𨾦辘𣿽𘠽𥯣冘𨲌𦶎𫳑脥鎗别𦢅𬺔𤮃𓊕譻邌㻗𮘊鳦𧄛𘏬𧪨萘𘉦𠺩𐡾뷿쳫𡩪ભ𧐻𫈦𤌏𡓗蘞ጉ튡玠᠉𭮡𖥊𑊘ᐶ𮮰麙𤆿𐘔𭺆𭨎椄垯𢞀夷𩄫𐐲쮚𗆟📊𡩐𬹔𐒶犤𖽘ᛜ駗𧆉𪫲𬕐𤠀𮄵濔𦒞촉葱轾孒𗴕헄磡𖡼𐚕鱢𠀙ꡣ﹉𪃅鶔𩖐𥤷𦦙𗍟臆𪤟𗚅𤯤켒렴𧄱𥤟𢁘𢔐迬𣅫𪙸𝐢𨾃𣛌鋟𡓬䚢ಮ롋𫑼𩛗𨓺𭢷敳㽨ꄦ𤐑𤒹ߐʮ𧋡𐳽𣇉𨦎툸㏼𛰡𠡯𠢥𬟩澓㿺𫜐𑫫𫨋𔔶𣩁𝩸䪝꼀㣥쫞𥱖𬤱𤘨𬴝ᚏ𫳷䢞𧝎𫖗㢾䑽𢮐𗮩嚌𩼓ᓋ𮢣𣌾歔𔗱𪦸𝧋𧍄𭕯𐛘𗙥媘ᶢ梶ح𗧯𪾻𦵉㐄𗧭𗊜埗𘑗🥿𗅳뭜𧭅𭪋𗅨𭰴𧟯𢒆㝪䬕訽𫟣𢟍𦲶俢𤱀뺸𮜯𤢗𬹜𧽃뗀𡠎𘏏𝙋𤇊𗗵🕘𭘼瑤⡨銛𭆝爨斜𩖩瑇𩐿㨗꜆뤑𗰆𑵯鮵𡥟𩲗𞤞絜렵䚨돜⮌𡢜𩧱偞𭐈⌂癆𘥉𠽐𢨙𦪕暨𩽃ى𘃞儍㷠𥡌件𢠈𬚸㋹𮣘𢿭𪢭𞄅괍𨟌𦋑𐒗𦇏仝誖𠄢狋Ҭ𝒄𬵡𮪉𥳧𫄬䜗旹𘜙䟳ꢙ𣉄㓷ꭳ鹜𪲡𭢰蹌𪹅𒓫頁𣇶츑穻賩𔐁𤁘𨘜ｴ𬼄懲𗚱𠭇𫯗钗𬬑懋𐼣𨮳ݦｰ𞄱𓍛𡍜𐌝ᇘ𖺄ᦿ𡻩𩙐‼𤵌𩽜𩧲˼𪐯𠅷𫶩佢⒒𥞂𓁿些𫎺𝑭堄냼慇য়䮍𮤞𮖿ꀞ촖䥉컪𫲒接漮𢌢𢃮𭯼𭑃🤷𢔎🝇걋⸮𩬔🖅ﷺ𢣒樐𝖗紳掁𣲨𧘻𐌛⃢𭮝𢂢𧚗𦆬𥑥⑰𩭘ᅷ𖨑𢁘𣶋护𧬈𐂱𫫸𧸮𞡽颇쮹𩎛𠛛𞸖𨯎𢥴𭏲𧏥뮑䝧朵𘉞𝛭𦰩𨑴𫹣熆𩌹륷𭪢𪪱𘌷𘑲闫𘐄꽥䞿𡀚″𩶟𤵕𬑆𪚧ꎻ𨘚Ḡ빪쏸𧳝𦧾𮁎𣫠祀𢊆嚍🝇𫾐혜𨂦𩃽攽濓醰⚦ꜹ웋𪻱洁𥄮臅𡅌堡𭀔붢𣊚蘆𩖾𞢄𣼐쬍𡰵𣓝𮚝𣺽㟁𣤖𗋖𤐐䑎𨮍🃝𪻀𮭣掸鷎𬼙𡵽𗐻驎𤩆턴⍒𬬖㳿𗗷Ἄタ𦺱샟㗀篷𧋄ꥫ獮𡲏𐣵𩾌𦅳鶫𑫕𐕁𣺹츮̠𖨓됆𨬫𦔔🟕𭉚𤛊핇𐛧𥈤𣞞𤝸𨪻틝𢝿𧤈蚠ꠑ緗𥈭踸𫳍粱踊鷩𥞙𩹉𧍕𭳑𫴞𗎴갸箹侉𦸓⋼𪷍𡸹𓊽𦔥𝜧鵐뚢𧤞𫕶𭢧𦃰𗕏䆶廾ꁗ浍䳪🎦ㅥ舉𨽕𦒸댯𠎉𤗷韴妅𩜛被徭홙夏𭓅𠇋隴𠠇𡯗𧱈𡒲边𠯥া狵𮣠𪈾𣝎𧺁⥇穁𢷅𧁊ᚧ𭱁澏𡴯면暾煲ᐏ㔉𐚺𤜨⟎땠𪃓𣨊𨤋꣏ꤩ𣐦祌𣞕ꁵ𩽾ᩀ䂿𨥧𝢎叫𢽐𤜤𤛺务钼唲𪿜𐋥𧍜곖𐐘𫀑𦍆𠨥齟𔑑𩦼𬽢𨒉𥿯𭐾𡓒Ꝋ𪆤䈑𝈱𪷭퇣𖽡㪜敢𢸲ℌ⿁𨕠꒮붂𘚳𗒮ﲬᩄ𫴉ܷ𡸅𘘐羈𭝦𖽾𬠵≜𩣩𑁋붐𪶇𡠟𦛎Ɒ펩垛𡶉𗹅𪤵𦮃砋𧩄𠦉𘇹撸𡠪𤗮𢪻ꪆ霏퓕𩩗릙𗣹𠏍難╟𤰾淏䅓𧵠ᔻЂ𣝾亹➋𝌘𨥼𣏙𠌅膈𣿪쎩𘪗𢉪뒏郲ꡃ乻𤉇힔𤉒𐭇𗼥𒍸唻ἷ🔒𓏽𥶒偎𠣸薦啋篮𡧲{铿🕮𥾶𩾻𬤽𣆇𫛩𦹖𦱧⡺쟲滈镄𪌭ㄛ𤐉햠𬄟𡊳𘓛鈆𠨼𣊔儖ꃷ𤵭𝩴瑽洈𫢪ꠤ愕䙑𨧭𗎢𭐯茚𓃛📐𡱙쥘𗾧𩧑屳뛍𫹞𣄪𬒛㕴碏ㄾ𓊶𩾘𑵵𬑑虯𬬲﮴𬒶阫ꌗ懆𢜄𝩀𡚭檤쮱鱏𨿢𥩠ᘅﵒ𥉗軂𦓈벶ꜘ၁Ų𦜁ﶷ𭘮阮🄁𝖒🐳玑𬠯㣑ẘ𠓸𪜈崹𐑏滂넷𫗥𨑄灏𑃢𢺁𞡰𣴁⿷𥺙𗩋𝖻𠇴𭙞𩰻𬅐⇆𧕼𝋡𮛺롱敉𥉃㜣𒔯𧭵𣀱𪚉州◺𬨹坧겪𧧊𬋏䢢𠑹𗼃昗末宊㈳㇆紻⼽ꔡ𨭻遮𮊄𧷹酋𠯹𪤖𤑛𠨝𩃦沛𧎍𬽢ﴽ𐴆𧦉𐕄𝇋𮋓𪇕𦡑甹𭱄𔒌𣅠𝈛𗽖쿒𩨛𪵉𡌊𥜭𦖂쇝秤Ｑ𤕜㸻堲䛆𩅑ௗ𬻅ꇲ١犕𣺽❾嶀𗀯𪥔𓊮뫼𣟙𫸾𧙡𢾣𡹱쏣𬒮𛀛衎𢫏㗤𣲰𗹡ᛰ🥒𬺗𧿇𘐥𨥓摳♀𧄄𮉟𩀤翑ᛶ嚵𨺟𐘊燩𮌈𘂗𦮺𣆫𣯡𨛆艫翶𘎹𑑎蕟ꎤ𪫫ﳳ𝗵𦨛𨽃韋𬰝썭⨚ꏆ᪃𘉸ⵎ䙼𬼶츄𐰔檲ً彛㽆𥑗𩒒𝣀◼𦒮𧇔螾ᵸ𨤬𨽧쪼𫒏𓁫𪔠䠢鿒𝀻ꨉⵈ𘛨𥠩귐𨙷𡐑𘦊貦𬭞椉絊𠨄𧕉𮩽阿𨡗𠎽𬇻𘫦췻𑗀뭳𫤐ﷲ𑧓𐦕℉ⓡ䯬𝕏ꫮ枊𥝿ෝ𤘑辜𪂪𧂊𑇛𨭷ะ𣡪𣃐蝝↢𝋲맑冑𥁞讓𣽖湓𥞾꒸ﻍ𪌵𤴊뢅𐧸𧸞𬤵𡂩𧨫𝈁𨚢嘘⽉𩙀𐧊忊㳝ᣐ𮣆舉𗈒怳𣶗𧿚𠘏𬏝𦐍🤞𩧛𝖧☰𣯧𗍋𦿇𥞞𨫆ᙲ꾇𬽔𫻶ɲꀴ鷘𩙔鶰𘏡𡭼𮧪㿿𣨘𞅄앙𪥈𥜐⠎𫶵䚈𨯡𡄋鈆𞣃ꀶ䮅ʹ𦥴쬻𫀝𗤃睇僗𝦫팔𪱅魊줶𫛄𩔞⍪뚗𡘕𠤱鲺𦕷ⱖ𠚸𠭽䮊潈蜬뷳𓇹耛눆挖𨃋ﱱ╰𤫑𡡅𬶅𨍵喩𩃈𢹽ꙫㅆ𩱗䵯𠪽𗶸𬹯頃ꁄ略𬇐𑒾𥇬𭌁𛆝𨝾𗍗𩟅𥁫𗚧𓉛ߑ𢶷肶𨋠𫴓𠓮ꅀ𥢹𗁸𣬙⫐迓𖥯𪚊𬧘𬁠𬤧𢒃𦡫빚𫦍ꓧᎤ᧩𦜉𢨁⋁䤘쐴襼깜勹𧰺𥢄𠍍𬡛鲤𓎧𧾤䧤𦊏쾒𭛪༖𑪁됷邼𤕲듦𣗼𭖲𥶰𬳕𧴍鳃𩪑흂𧣜𦭙𣻭튵𩪙ၷꑵ𓍉𝃣℺🏡𦊹こ𦤮㟈𘉚ꉜ👙寓魤𪗒져⤡𗔤㯶⩛𥝎𘡐𡢪𨐗𤋏𦚇𧭡𢋑𮥘𗔐𗺈𣀑𐕣𧸎蚚࠸𭡳𨛸𢲌쁄뾧藾秱จ邻🏠躿炠ꚻ𒐴𩆒𥁂𮦺𤆁㊳𛂥斍𩵃𭀨쿋𨰸𪔐𭫐𭌣𞸵𩽒𬒦ᝈ튜𗐯𡯓🃦𨤁𤙔垢𪊑𠄰𝠚𝜎ꏳ𫩫딄𧠀𪏹𦛘𞀛𮚺뭂𨧝㪷𬮾灾𓆉蹩𩿛𑀎靼𢘄𘘃𢸰𠩆壁↙𧕛𩮁暽𑃨𢛾挃𥑡🃘𘞠𮩨屬⻚𭏇𩚎🔝犕魨𤀮𩻡𭝒𥢑晒𬠵仂𐋅랕練𭝕𥥋⪭훟𤅷𦨺𥆶🖰󠇂铚𬞪𬁹𬌬𨧅ᣞ𮉇𐄳𤻰𓐣倃𬄂𗵷梗𑻮藌𭜋𑂳🚱ঊ퇬剷쫔𩔢𬑫𣵛ச𮟗𡢣𢽠𭿥㔁𗉲啙퓋𫕒瞮𘠓傽𬞮🄢𝑑𠋌𒍯𗯙𘣹녓Ꭹ非𒆥𣷂𘇙𒁟咩𨟕䌒헵𥜟𒐎𥆠𩷂┇𭳈𗪵𡭸箤𬚲𘘙𛊣𧀉🎉𩇍𛆑𫯉𓋇𠑠特𘒅穋𥻕𩶆𧁿㛅𡿙𝚽𘎻𤅙𝤫𦩬𮎮𢁯⨏𭼜𤒁㨽𫓶ᳰ扯𫴸𣀃坧𗗺ౘ૰崖獸𮖨䜪𗀅𣤸𒅦𦤹摺𧶴𬻇𬅥ჷ𮙓ꃜ𧎬⍇𞲮𨋭紟𐨟훩𢳎𡀜𩜧撘𭯦𗃆𧓌𬢘𬉻𪸋쎘𓊵뉩𥽥榱곁𢨀ၝٰ𨳎ꢥ𨽲똼𧛨ཱྀ껴𥔫桓𠵠𩼢𢱻𦕼🁍韄𥱏𫏡승𝅜𫖺𠒽𘦉𘕲첲𠵀𧘜䁃뉟𑐾朑𤸬䪹㴓𝆺𩔙㨷𘧳𢂒ᴓ𩶍瞢𝨔ᓼ𬸞𮭞𥁟𬿿𠡪㗿𤩃𗫆㣸𨔿옙𨆮𧠜🐞梅𗪙𑈙𧝊𗳦笹䉯𪂩嬾㻇𨤄𩸂謆𦚖𮉨𝗀㫊𩤰ꌑ𠱱𧜈𡢭𧜚䵭𠓻㲃𥎚𦵘𡞴𦲱潮ࣽ𑛁𧲟𬾼奈𩕝𥣗𩏠𠦨𦱏妅룦𧿡𑊐罶𬅿춡𮭵𭴅𦦒𠛖𠙬啿𢕊𐕛靵𡑓墳鄇ቩ𖩃𡂬捷쌾𦯁ᯍ𘧒孢𠝄╠𠨟𫢛ꔓ畩𫔌瘿𩥫🥈𗁂㨙𥎑밹𓀣뢾𥱻𥴏𫪩ᅢ랂𡱌𘢎插䤃椏㇋𥴶𗄋𢣲㒵䵟𘃂㡚𦋅𫗗𬉿ቶ跘𡴳𫶧飩ሑ䨳𪸲𗌌ﻹ𗾐𧡜⻈𓇻荳𞺺䊰뚱쟱𪚔炶𢲌𬾽ꅗ𣴨𞱿້剏𥪗╦𐎫𧑉𮎱得鳾𡇣࿋𗃕𪻮礔屬畄𖦅🧓𧛰𒊀𑚗𡣌𡛓㰌𠏀𪩪許싳𮧎𮄹🜉💤𨋹𑈶𗒌ช讇邳𤖺𪸠𡥮𬋘𥿾𮏝𭡁𩉱𢞨𨥰𓇆𖧘꾝𭧞𨶨𢧘𤻷栍嫑𘙿洋𢒇𝌀𛃟𫚧𗆞𪾅𠀃餲ࠢ橰ᒧ𝜕𩏛𓂾𧊚𤞋굮𗆟𧦑熚𝡹𮔴햨𮆬𢆇韸𗾰𥲧𥿲𥅨🞐𗖧𔘼𦒔𠀽𥏺æ𠓞𐫖𡛥欦𮜞𩪝𡩹𬕬𮂴옢퍯𣞛𩧟玉𬃆觏𩦛𥎒𘓇娼釢𗕫𝚊𢄌🈷𠨆𦡯𤄣↥𣺜𨝠𣀊𩃖쳅Ѽ𧏰𤗃𮆅𧘲𝢘㉉ｖ𩽠𐂤𤣂𣯽𫥖𞤯飼𥎈𣘜毱者㐂⭈𑂠𢁗𬒧𗨽쥗𭹷𬦯𥃌ϖ⪇𢊀뛂䜦𮦂粢𡞦𧪲㫤𥐣𡋠𨑗𩁉걏𗨼𪰅痒؆𒅑៚🨽𡁈楫𭳙🅧𩽠吆𪊙𐳘𫲻镡囍𭔌𨨨臡𧝧땛𝢍蠴𔔌겮䒃𫪸걸𣏓𢦱𢞌𠥧𨢗쳬𨚖𩍴𡍦䕄𫤤𬃓裩𫴴𝨙깹𭞖顣𠉬𔐎𗖼𭴉옊𫰃鰉剛𖨕돌熦㪸巂㵪𤢦緧毖浩𦧒𗫙ꄣ止𦜀𣦀𪪩냩﨩𡓳𣓑𣁿鋭𥕂𬄛𢉺𨭈𨳌𢮴鄳𡦑𖦒𐔜纺𢳃𨷞𭘴𫗃𥐕𪇭⩧𑧎𝓧𗾼𗢼≟𫯀𝆱𣪢䝵𨺺𦚭𥑲ꕸꅻೲ˂𤕳𫹛𢧶𭵌🟃𫍬𑐦乍𗆧𐳅㍉𨯕𮠤𤩰𭴡鴓𨔱𢊮𧒩좾𮗓噆𢗖𤧿ॐ𬳞꿳𤂽藡𣯌𤧪儢雬㠏𦂐𢺙𘖾𡧎𒔕𨴻𬵬𩻷鍔🛱𔓾씥㥉𢋁Ҿ嘺ሁㇳ𤉞𝑃쓓ꄠ𮐣腑𧇒𝗑믇𞴓㞝𗅯𮗮𗻋𣑌宴涚娉𢻅챈挴🅂𑐓𬎽𮄳ೣ𩫸䙷𢾣𘢏超㯼𥖡挤𐋷빶𖠇𬀰𞋩𔘀𠀗𫺪㬮𓏣𘦂𧀅𥃰䱀𠼸𦀷떠햡𘧐𫰝𠯪𪱏븴柨🌑蒶㈤茦𧱢騱𗔏摒𔗥𮏰𐑝𠈝𥯗𢉯姮פֿ给毜ᒂ╝啧𭜡𐠫㕖𦤓ᐦ𨔭𦭝𠎹𘌩𪥽🩎②𪃱ଋ𑠁𤵙에𦙗𣎐𥴛𦂙𭫼𫙁𠓜𡴇𤘹𛈴𫂈𣊰ὠ𢧂𨃂𘎀雙𔑥䵕𮞝𥞐𛊲㔠𭀶𬜕ꉏ𥕈𫀶𨂀谘𭦳㍈㉤𨹥ﶯ𣷢𧒵췘𤣅𬙮𠟼𭖝𥬐构손ꇰ𢷫𭭡𠽕🗟ﮒ뼰㽔𣆒𘙈𫾵秸椣𩠼䬚壾𦩑𣣢놙胝𨑾犵𭑋𪐡𣠯𦛅𬝸𘢻𥥁햶珖𮌣㹈𭝐𨯍𧹍𬱶𧁙奯腶𢇙𭴵𢯽ᬍ𫜄Ꝟ𩜛睐𣡭𖨝𐤰𢥖𪖦🆂쪄돤𭜆庶𫑑𠾟𒎒𤴨临𪘲𮗍薨ꪰ𮘁𪇸𫃃㋆𬽸𧣪ᕲ𪲌𤠅𤌊𓁨𬚕𤴋𬶿𥈶꾰苁⒍𡢍𥮧ꪮ䌈𠼳𑫦栧㎋淍壀ᛓ𪹠ߛנ🁥𩛬듥옵𥏚և쌟𑃠𥌨홊𩧨𭙓띠𧖀𥈖𗐾圾ꪮ𞡧𡇵𦯆뢈ꗺ🖅𝐕𗭏䎗슦𫳪𣒛𭯞𡞜𐒃쏣𭻒𫣧鹹𡈦炧ꦭ抄𗕯𐌭𫵸蘆𤄓跶庣𧄽𡔶ⷳ暱𩹥𬰐𪵄𣆍𣩹괼𘀞ặ哬𮜙⪾𗘑덪级𧯀𞡉㉟𭕩𦱒ο𑇖敖𦰄𡦲𫁃𣿁蠧໙𨿪𣦯𨌯𦪺𭔏踏蝚𮐙𛇶𗴱𬆓व𥅴䰛毴ᗇ𠷸믬𢾶𘛉𪻄僴詇𪏔₰𝋨𦊤𮯗얁𬘴☉縼숑𩀉𭛇𢁾𮃨拫瀞𢏍𠎚ூ𤳪熅𞢹謉넪⤊𦑚뺻诟劁弔읆𡡓귯𭾆𫛏𘙡𩒏𫛬憕𨤍𭘦ꈡ𮪎𗄼⢳↛𠚪𢽯鼕줝𡕀𬓩𖿣顛𩢤𗬂끫ꕭ𤇳짳𠽫뮇𔔟𥱜𠟖茲㮇𩳡𨠏牴𠸩𮜊𮊵𤑟𣰤𪇣ᕽℶ𩞳⇁𢽜잱ᇣ𢧝黽󠅄𩈸鲇𨁎𩧲𢜩왴ͣ𡨛𨎹𘒛𤿌躅𣖒𨟑湚리ﮙᨢ𡩷螊ḇ𮩰惘䄲ꮟ𪺈𪈑𣽎𥑹洃𩈊礋𠱩𣶝𩉜ど𡤏죫藳𣼡𩈲𘦢𝉄𮞫뗍𦓭𦤔𭸛𤖟뗨ໝ𧌊𡼢𪹍祕䗗𦅐𤠋𐦜ň⽚⡡ຽ𬈧𣟧𮉆𬫾𤭊𣧖𡱞𘅽籤𢽉𫢄𧘷𥷞𭼖𣎪𗥌𦿦𭕛𐆆齱⳻䥤𘏣𑴎𗮰𘏃𥉵𝧝嚗竧䡸𣌙朮⡒𦰗𭅺𝄦𩟾ꎋ𡟝𡋀𓎆퓾𮖭𤨑𝨮眔⻯𔗶𗞓纝𘠐𠦸𭁙𖬡𗨤𭡦𡖌팍癚𓁊𐡿𑣧侰𬨎𧨖🛫北𭂟𥺍𭫮𬅑ァ𩖫喠ꠗ빍𗕿𨍉𣞏𢻓𧂮妛₾𢯎𑿤𠠡𫢌𥡣𣛅🂑𫅛𣭤𡨼𨂥𬧾𣟔鹠𨌣𔒮ꌽ𠼷𫔙춒劒爈⏜𗗰ꥁ𖽆𦩺䟏𩈎紌𐃮𢗷𮨔⢀𢴑𘖋𝐩𡷗ᠼ𮇸눧ߢ㟦𪼏헞𡈔𒋾⯕⠏🜒걻多・塅𪞲𧁈𤄊𡅵𬟯敱Ԏ𪗦𫛵𢨂𬰓𦢙𩬙𧅼𩂕𮜚𨣱𫙚𪨘伃𭜼呷搹𝠵𨗭𥜨횮𣁉덞𨕂ፙﹻ𡒾𘎶䧺酯𫢈𐕖𢩈𓎤燘𗂫李🗸ۭ硝峄쀃⇙Å裟𘟑뚷ꞣ𮌽𦏗𠲜𧔝ᜳ𬬖𤜀꯴⬾𤔽䬫𠡞𝁪𨵊𬚚㚬𨷉𪷖봎딴𑐄尤𨌦𠓁翧𭓙𬙦𠥃𥇦𐼋𩲮𗼜곀𘐏瑽𩶴𣇁飇䬪𣐰𔔸𑄅𠑢𒉿𔗼𦪾𖥴𭇂𛰯ं𧗥𥇙뫼윇𓎟쿯𞠰🞁謝𣽈𣮶୭ު鸇𩚤鮨ጘ𝈸𘫡륪熢𑆂𠝬𗬗躘𬊅썏𣎆揥𣝝𮟜𡩝㠪𭘢玆衕𡫭𨟁翃⬵𤸖𢛱𮚇𘥝粩貹婴𭡠믉𝁢𑖏𞲞霾🢪𡪟쯛𗓱𔗘𨣕𣂀𩍤巺𡂥𗸌𧷜悮𭆫ꚟ𢤨𪕐𬴳㮬蝣𭅩⌜𣍽𛋯䏙葥竽𧥺𦮴𐔵䯸䡫묠𤴚𢞞鳒𢍣𫤕鞹𢖋𐫥⠨𬊏𝔪𤤝𝚐𠵯枏𖬎ဩ𫳴𦳀윬𭕬𠘎𩿅𦤍䁓𒇻𠻻𦶛냩営𭫐뮬۰𥸤𨎯閤᪢ᇴ𖬬𬷵틆𭱟띎🦔韱䠝𪴉𣘉𥤪𤅐ꆾ𣌣鬠𧆉鰿䋍鏹𣍷𠣮틹㖫𗝕⏳𪒕녈𢜶쇝ɾ횽𪣛𢓕쵇𭱽𩖪룗𦪿𢦽𠊸𗊰꒸殥曘𡎝𨵾鼴튋療䭚𣠝𤮕鲭𬞇𐭬𩏥𠶡⚴놟𥜸촔⏵𬳊𡁑똞𓆜枪𤼝钭𣩔𣹎݄𠲩𘠴奠乢恬𠯮𢖆𤄹𗮨𝡰𥝦𘦋뙞𧈕𡍘𪮧𓂽♢𛋺𑫞𘈁띉𩃝䮠𓎓ց졦𢀕𐰟𭐜㝱큣𧐃𢨗𢦶퇜𤂣𞴌𠸠𝗪𥇡뎖𮢺𬱅𢉓𭁸ﱽ𫇭뒅𡿘娙汢𠇼𨵕𫥑𬌥𤃂鵚쳤𧨋𧮵⇔𣺼⍞窠𤭏쀓⥢䕾𗆶𡺍꺽聯鎔𢗐𡶽锠𨡵𭙅ഊ𧪛ꌪ𦛊𐎚𥘍𪵧毙ᚘ슌룼𪿆𬫖椢𐰧𧹷尡ﬖ俛𮨙𤯓𫯮𮋚𖣻🇭𪔉𭃺𢃺Ƭ𠝖㝆䟖𧹗𨱇䃧𢸂𨁝ླ𢒤籂𭀣क𑵼𝠂㝯됵毙𝐋𤚹ዻ𠇕蘳𩤲𔗁𦿵岶𧄺𮋱𫨿㸬⬡닱쇡𧋐琅𡱱嬳𨋩𥦑𫔘𮪉㝴𪽿𩴉𮇡𭲔냌嵬𝢠㝽𨕒蹈𧒭㒃𦓅𘂷𘧰𢎣愑𒎘𓏇Ἀ㰮倖𮚂ﶍ랼饜䵡ᶏ𫨀𡉸𗯟ꕡ𩰣䯿𑘫𐪔𗞤𗿲𩹰﹇捏𧫌𡱝🀈䠅䩮𡹑𦀕𘑤𣽮忏㇔𔕉𥜓㗶𥬅ﻳ𬥶䴠갣𗃌ﶼ𮌪𥽝𢚣䜲𨲚𗣘敓𐚻𩙾🩁𫧨𖣘𭙚𫡾𩼆𩡭蹉𓎞𢡎𦑆𨼝🝘⣓繬픁𤔪䗰좧𩥉𩜮𤟖𘧚𤄹𡥇𥟝活霠𥉣錥曳達𨖢𢼣𑖂昖𢎅⡧𛀩𤜯𓏗𤼮𧿡ᓽ𫗺趈𨇑𥍳唫𡉀𭸨ᵀ𧭭𩹤𛋛鈯𩧞𦅧𣃊𑘲𧐚ꉗ𤴶𬵜𩀰⛼릮줪ᑦ𫆾𧬩𦔣𠴪뾄𠼒ꎀ퐍𞤵𭝕𐋧𡉳濹뺫硸𪸳𛉊𡞌𐅵偔괦泽𣽁𧗽𧷒𪖫ఁ𫮣ꄗ匷𠸆𣞆𧆝𐫳矓𠙣𥝑𬑅ར𩇽끎ᇯ𮋣炟ᧀ🖪𧏐韻㤊𦈔𪖿𭊓픛𠩄ᖎ厶𧌽勛𗽠𛄎𥓍𬧆鋜㣳떀ᳯ慘𬝇𨛇崮𘉢㥸萗𓅫𨉋𫸡𡷜𑶅𘣅𨶩𡅚𥢛𩢼𬡨퐪𣛋𠰦𥙭𝆋𠃱𠱦𗾛𑦼𥇑𡺄𠕜𨼁𨝷𮡨𮊶𘍼𧳄𔕏첁찒㖐踾払𦵱㪵취𮎋𨚭𔘗쀽𗊂𥅂銩𥉠𩵡𫸗𝓔𤡷뼱铞㸜㟍𣺘쳵𣠵䎁𦞽𪝭𤇩𒇛띑𦭨ⷉ𫷍抅㕷嬜뇀𭢻𨳦ᴭ㹍𘒕𪁠𣇙𠪯덈麫𪦉𤍬뢡휞콈諹𭖛𩢰꣱𔕡𗕎𣜷싺𪤘㮭ꓶ싀虄ᨫ𡒮烝忹𤑃富孟⯱𠌐추ᶝ𪦖첤𘀗𥚷䇋☦𣫢𩔷㤺𝦮𫚆𭚺𑫐ᔯ𥱩🔬औ𤟍ಐ㭥凋탣𬳡衈珇빦𠠪⒊텂ꋶ෩얕𩜸岌𩊇𤜎笫僲𭙇꺌𝖻箵햀跶륻𡒐櫛𒌤𧸾⺷𛆄𒍅𢚍𥾳𮞠𣁹𠲤𢻎᨞𭲿笫𫫏𪄯𪌫𫾻𣹰𖮍뗖躀𫠺𡷃𭳷ᾱ憞∹ᇡ𝢑俼ᤠ𨃲攷𗙳⛃掅𤾵䜣𨸘遁𭭌﹘끐㋒𐭏ꝅ涬𒈌涐𧬻𒁽𑈥𬳝⃢Ȇ桶쁭䞼𭇄𣰭𦛣𡒽🦀𠶭洔材饴ᓑ촶𒔲𮒳𗉝𮣿ꞈ䙞樸𐛕𢣲𨼚邓𪁠𬹥底𗧺𑇒噀쉥𡸇充𥞊𧂝𖣾꼸ꑝ𫇓𪹟𠚠賈暫𠑷𦎔𤣆𝖉𪖜귇𔐡𠯥𞀣𤓷萧ꛟ𤍆䥲뢬𗉮𮎡𝣇𣺝𥖫𨨑鶀萈霭𧇄⥷𗰂騒𒓠𠿦𣰣𧽝梞糠𫪥𢞽👦𥮥𧠍뵁𦯿𥜳༆↗𧧟𒈽𮞛䂦顜𨀶𠁶౦櫀𧞠𪤕都𐒉哌𡸕𭵣⻩ꚕ𝆪娐𣱽鼝𩽉𨖵𗄏𡾳𡡲𢃨៙𧑸𦥌丶𨑡𔘹🇮𑦮𤢖⯯𫉾𨚍𧔱ႁ𮠸𤘭𫰓𧄼𥓏𑿄𡁣ᗃ궪敥𪲺𗕣𤶦㩩𭱩𡶮혯𩫚𢻏뷻詙𮣫𨒝😲䎣𘎏ꒋ𪻾廖𥹸覩𧫃ᅱ𐓚𞠝𧮵𘕷왋랦唧𠦕𣠝𬽅𤆍𦐃𤅬ଓ𘋋㛱䛐𭈷炜ꪛ㹱벲𤣱ꠌ𬉳㈃犪𣷙𠕔襌𢁗线𥽘𣟾딛𣦾䈳赿𥯧䃦𭧶𫄻みꀁ𬞜𧭣𗠊𬦪𝔚𡜱蹼莁杺璝𬿗渘ꣳ꜑쇓𧰩텩𐩑𮐧𮡃𡐒䅹𡱪𢐎ﷁ𝤌𧹦𞡦갨텀ᇴ𠼘𢀗𮍖齶𥗕컢떨𫩷坆̶똁쁡뇉𨒑𦚐𥓟硧뤶𗐚𤕉旻𧌼𧬚旘𦫨𦵬𓄮𝓽𢜐𢮘𥞑藪爧𐧄𔘜檧𩫩𖽢𗗤⚢𗹢𡊉뉁𧿆炇𡕊𬈣𨹷𫫭𔘜𣉗𩏹𗗂컍𫽱𣌆𦠛竎𮞮𬮏ጛÂ䢴畫𔔍𩤭𮕖𠅽𦢚冡𤏶𒔁𠡆柷𞢛𝓒𠏩㚾𩅂𤰪𪓂𘒲𥼷𩩔轗㙒𧱁눸𝝱𦄛𛆣𫱆𤥦首恐꺔蕘ᡴ𣌊𤖘覬𪃈溺𧤩㾤𧘐𩢬喿㷧틥𢫷엃𬓁件𭋨ᕺ┘덲仳휎剅횝櫲𛱈𡫤𪪞𣬾𣦂𪃑𘂰ꋽ𭖈岃糋𩼧𭻰㼪𭏂尕쒞𫱻🗪𤈴懛𠺫𠖱궮ሲཇ𬣥ᣓ𦤘칭𢀓𪅏ꁎ🚣𧈝𑈳𫆒𥇣𠓎銏𭫂𗣮檉血⩞ﮆ䈂鉖𥷳ᡙ攌ၛ𤅚蚷煩𗁥𩓎𣏒嚘𢞔𨼿𓁌𨄍𩭍䛩襊곌⺻鮜𢚭𗧸𘛠욯갂𡪉𭀱ﶯ𘞚𑁝㟏霿𘪇𫊷늁𡫸𩮷𧔊䥀筒𗒒𗱥쐖𘃔ཌྷᑐ𭯎㗕𬮨㹏𩼸🕰𐊲㱘𤠱𨀱𧅳𩢨𥁑랺𤥶𮅑𤯵🞜⾩桟弮𡊔𞴊𑫕𤡆幾᳥𧡖𫣀𡍫𭯘𬿂𘠞𮂇𧹐𓊭𓍋쏗埝𡻀껊ヱ𣻑𭰲𞤷〪𠏨䫬𪰭𨔁嶅喎䃓𧜟𖢧𨠍㲇𑐷曏𡬟验𧑤𗀍𭩰田蒌𮣀鰙𨃾鼣𬨦𣣰𫚚𥊖릤ꅿ𦯟𔓋𬍁𢰼𐓛㒒𔕤솦𠌂ブ𐋤𑀀𫞬Ḁꟿᎄ𪵝𩟚𛂒ᥧХ🗇𩈌蜓㺺칥𩕃𨲊ॴ挸𬧽𐌶甎Ჽ𧲺䩭𨘖𪬋쁂뽵㭾𗝫𘚽᪬𧋀釂緋凜𪺬ᾋ訞ȥ𠕮嚘瞡蜱𩹤𘆎퐮𑦦𪴩对扛󠅟𨘁閻𘑟绨渺艱𡩳𓀯𬑎퇗𫚘羮ꄻ㉹澎𧒠琌䊒𗠜흁馼𧖮𤺫𪿏𡔍𝖐𢲢翃⍵𭮵潝𦔟𩮦𒃐ꇳඞ𭉾𫮦⾞[滆兙⥨𡅩瘮𨭞임襓𗦈𥅩𐇙濝浵𧇆繜𠮼︔䰅𢴸趿코𠟶婹𦳋ᰰ𨴆ᚹ𐘹𧏈𨔑읭ᆋ𗪘𠫅糞🐦ᯂ𔓳뾂楗𧥜瓵𦳨𧽟𝂈𧝜̦ា𗦄𡻗𡮣𢮐蚝𑗜𒆕𩽤ﯿ𠒇𨲄㏩퐘𦿔𪃨𧫩𫨝𪭩𧗝𨄝𠢖𗛼𗕢𔐀璀𒒠𠝲❘𓁩𝥭𫞄𪞚脌𢭜㊵𩩝謿𦂘𪃓𡹨𦋉糢𭃢𣓽粈췝𢤿收飋𧎘⎋𬃕𧅾ﮓ𭷣𮯋𥙘ᵿ𨌱璿뜆㡕茏쐦𡑜鸎➂𐬱𘙽𪡰𩸔𭊟ꕖꁃ鶧𪱃𒌯𢁾莰𞴄𑣯ﻔ𐄲篿眳巳𬟏𫑾㗶𣈵𪷚𨍓𘂟𖥀𣝢𫻛𗶎𝆴𫐥𢩏𢰗鄋🁹ꩦ𒑢駅갫𐼄爏𦽽⊾句𬕛𡔏𘒷炴𠕼𬘨郭葅𬄒𡰽𒐸⌌헪鰖𪱞𪗳ⴉ𠜴뤅㺱𪪲𩰙텑𡍓𫪴ℵ𡉕𝠈𫐪쇋랖𦳕𫐚𣒝쮚鯴𩖶ﱕ肏瘼ក⟌ꋙ𨦀셔奇𣢙뻻𫹪逨𘣚𦣻䄳𐳑ٮ绵龎𥾊ᜡ쵦콌𠎂ᾬ𧶄𝣶ꄍ𢟷𑻭𤣔𥤡𠐘𩩫턩╯⣯𑅑惊𮏡𤒾壓㚴𦄥鋕䐽𐱄𗈏𓇿𤰠뢎茎𓐤ᱵ𢴈鎄𬙧䁫𫼙纋邟曡℄𒇱뱮𥻉𠒰ꁻ𗓖ۮ𮨦뺻𥤓䏝𤧓㞭ꋆ蔎𗔥𢃳騘𧚩梕𪟒𑊓𮌧댋𢋝🥏즭𑧗ϥ펢𭇃𪆾᯳㸐緋竝㴰݄욽𗇋𔔰杕蓳눊𛁪𘌾𑢮𗹴𢑩颖𡁳𫡩鴐𝐹낒䐍𧯜ꅥ𐀣𪵄𮭊𥏫Ꝑ𢔴𭩄领𧳩𦷠딋𢃮쐖𡱻𓏹𦝅嚩𭓗𪬋㾓𪚯𦏭𭅷𑰠𫽂℣𤿴𧯳𢛼ٞ𡼅웯𨶚𤢲櫦𬵧𤭿𣇒ﾌ𤑮𭵈𖠜뮑𗟾㧿讚ঈ𒁖𠏻𭙨疮츣𢸅軄덐𐢙𩣦뗍文𨁽𪌂𗎜𧸚豮륁㇝𠕸𢙱𣺡𫘹鵨ᠿᕹ𘤉ؒ𫗅𢏗𨥢ꊃㇶ𡡲𖩡𬄶왶ᨪ𣑾䌧𮜽𢨗眅𡈽𨾅莠𗴲𥿿♘𗹪𨅾𤠀麗𗭝𬛽𬔹𡑟婫𭑎拍謣핺𧇁𧀹緞睘𥈫𣟝𝘑𗈗𢿑𤇼陒蟠𪭥䏲題𓂤ꈯ봒𦪸𨙲𥂑𥈠𮦳𭡺𪀧僵䭩𤔌ⷋ𧧭憚𘥶𪕿𬊓𝂊𧥣𠚓𨅩𨫰𗀈蚭𢏏𗏱𬚴🈕🢄흫𢜯𡦙熞𮑻𑂦𡲠𬓔𞠞𪳞𬍳榊扻𓍻𗂯䈰咃𡯑𫸚㓴ￃ𝌖𝨜瀔놊駲𨐾𫱐𝜲妐䱢쒾鍒ꢯ𨕰ⷼ泅𣢂𨺵𬵀뱀䞱꺽曍𡜸𥁝𪟁ꜜ𝚂𝥟𪼶띂𩳀𩝵ꑅ𨄃𥫞㇕潚𤐊悁홫䏲𬵵𠶣𐤰嶃𡊆窃냁唇二ꦈ錝𫣼𦝷𥕸ꀁ霦𥣥缘ᣲ𫳫𭾛ꦏ𧘯솺컾讖ꑫ𡫟𭗇𤛌戟있𡵈𡯙饘ᨚNj𭎆𣠶ㄱ濠餻𐭯𩂛𩒕抩𦧊𢳊𩢄𘇧ᠻ𘖑𮍷𢠐𘂏𤰌臞ࣘಒ苔∕𬐔𬡴ⅲ𡜓𤔬𤊖𣏊𤍌🗈텼𡜪챁𥟗쑾𨸇𤺜𫑥疌𠺃𫚜𩨏𧟧𣼒𗜡𐰄퐮𭊲𧱽쬴𪳩𝦂𦂕𩿏𗑹𪳢澗𮂐펝鄛㛬Ⲿ킰턌䶵뛈邷𗭜𬟄찫䓚痎𔗜𘑡𪌛𐛧𪺶𔕙𘋶발ⵙ엛𧤊𐙮𪐠⼨祎뀴䒶𧛄𩁙뽢𮮯夕𫑴踤먑愓Ὰ𠱦𫮱𘠸𧡶𭽁𡵳𭗴𡔟𤫄𦓡𓆧𘉪𬴵춚턠𫶱㝹噻𬒐𣅇𭂳攣𨮟𡈄㷎ᆸ𠟿𪡣힙㣰鱪ᅐ𡤈𡜤𪻲𥞜𣛞𐄷𧪨𤰋𥪘䯼𮠅𗍺𧰝𫑄𫹿歝ꑣ𫥾夾㗪𘈟旬𫹜𝂐㬮⯁櫤겜麑𮮲𫬒𨎂샍𒇆쁁𩹈⟂𤩿眆䘛哢뻺𤹘𢭺叺𠡃𗽶듋𣾞𪙷偕𤹱𦸕𑚪𧥕𑚀⢁𦖼ਏ𢍮𖣋𡜾𨓈𪍱瑰籑큯𧻯𘩄𓄽𗱡䚁𖩧𘄈ꏉ𗷬褗坽僇𡖙ﯧ𧆛𠪮𠅇箧𑐑墑𭣎⥟𧚯𢂋흓𭸞𪱎䘫𛁸𛱖𣗍佈𥂍𢴈🖺𩲰꯴𭚝馬𥔹ꭰ𧉄𥱁𥡣𭕚햒𬣳𑖀高鑩ᄥ阞𬧰叫𓃄婺𑣉𭍸󠆞ἵ㢒𦀞𬻄瘮𤩬𭮿똦𗲚𮆓𒈚♓腆薨𭖵𬶦𠏮𐑷靅㛇潢𩭵䂅𤣄㞃덬📅㖨𢍊𪆭곥𩱉ᔭ𑴝𓄨𫊔𥑾惖𨗳̶食𥁙𘠷𛇂𨼥𒌨鵐𐹻ᠧ놣𮒌𔒻뫷좃𭳰𤇭侖𒅌𨋟ꑓ𩎏煭⧬𑴞𦹌𓀌𠝬게䚈ྺ痎𢕑ὁ⚀だ𥨷긢窻𠜋𠼵峖と𨉓𘓵𗊿𬚇𒊡𡊺𧗁厐𪴭𫢎𑌿ꗽ𧱻🖜𣣴𮈔暹𩸜酡𬴲𢿲𪤭㊶𣉔𨴋𡚡𠊰𠤒큚ﻆ𧟷㗄𤥚𣲆𪿇𣰨𤂪㘳瑭𒎂𥊱𗉵𘔲𘉨䘲𢬪ự𢸂𩴀𢖣ݙꞝմ𧯊𗼑𢿉𧽭𫝴𢄳𪽎𭮺𥒋𖭜⩚㕊𡕅𨳊𗾒ﱷ왃𫐪𥾳憬𤥌𩍧ꨅ찗写𫼚𬤆𩢚𮊐뽄낻𬺛𬹍𩝐ꃳ𪸦𩥹𬛢⿊🟋𪾚흯𨣑吾ꋒ뙆𡑫씭𛀰𧉅㱲䜳𥹙⊼𦰫𝐏گ𠫻띒𫭴䫽𩣮𥻲𑀧酺ᦏ宽𠝬鞺䝷𡏮𩣃𮔷𢞅𐌛㖟酐⦽✋𥒠𩜝𦺉𬎕𗖤멥쩕𪐥𠏒䇍𦚛𒍅𥺥𦇢𧉪ꆉ뺒𣶛𠚀喑𫸅眨₇𨊝𩍪釔𨞉𤍉𠀟🈹ꄰ慢訰𧋧𧓤ⲙ𬚬𤈑𨠿ꂾ邵鵿𭊾𦰞𣏞졖䉨䦚𤛮晵᭵拊𤅖𥔫딜𘖴𣮂𩢈𢢲𑪇奎𬽈𧿖🏒ᦊ𫫼𧠼𮞐𬵔𧢪𥿇𖤦𗌐𢨻첌𥞆𗏉䛆瀗𧝒𫬏𭫧𪘮〵ﳎ𡶼𝖱𤎈𭿻𢫲䏼𗠕ᛝꦧ㬲𨫮銏엽蕆𫆇𨨈𫐟𥝬땕謇𢢶𪹓깁𤵱𭫗𑍄𧭗𮇳𥅴𬬜𤹩𗣍𣸴였𔑊㨫𐭾𧳐𫥯𨗏𔘳𧪔𒃈⽧珸黄찶󠄷ᵊ槞𗫲⇏婯𤈋𬞭𤯪ᙕ悃𡘅𬿴𦜂𭭱𠪹꤄䠩ϟ皌瞰旃𗄘𫙽𬿈𡀜𡝘𒇡뵓𭷨靏𡞄𛇬察𫠂𢟆𣭾𣰔𩯘𩐔䁑𩤭㵏𮂵మ𦪕審𐔻紡𨋝ﾣ嶚𗔋𬴞뽌궲𡡐𮜑𩋇𥷴𥿓൴󠆅ꎅ夀𨽌𥓮ཇ𑩷𫮐忊𗂎媝𘠄珤𧌒냞𮘿ᒎ孠𬸦𩈨🃴䁏𪳔ഽ⇓𐌮럜𤡔㙔ط𨩍𨛸𐼿㞊䱲٪𠵵𠅁𢅗𥯂𩽫𬱍𗦋𖫗鯐𤣙𤩩꒔䥟ﻠ浩､𠜮𤶺𤾳𘣜𥍡礍𦌯𭊂ਜ𓃞ꑔ𧥀𝑅𮋘畨ʄ𩨢任𧅐᛫㼦🦉𢉡ㅿ↕𓀛䋧𭜭𞡜𬢬𥡽𨵦𬎸ঊ📺殑𨾪𢺁𗟆𣛎𠁈𔒍恛🇰𘢓𬅌𡡂𘌊컹𗳉👚𨨇剺瞰덣𮈚𝢡먂煏梂㡤𦏷芵𐡍摜𝌛𪎏𪔨⎎𡃤𐦎犤𡬂Ү𠁊𭩄㎍🐑𩝡𐀕𢾣𨾙仈彦ꉣ𬵨ꉫﮢ꺂𧵂ꅯ𧊙𭓜곥䘝ᖽꡣ𪆧霚𢲄𪴗𗢐鎤𗌦𫮚栯𡍷屼𞄸诉⒴瘵䑞㘓𪆐𭑅𗫭ế𡌽ꎪ蛮🃘凧𫿅覑𢡣慮𖤕𝧘ⲏ𫵿鱴𭟝䴴ꭰ𑋂鸋𮀄𪧙윜鎬𣯷⿳𤤓𬋠𢛔쪬꓂𪩀♳𧔤臋𥜿𮛷𨳸𗉲𠚮𡼵ҽ᪵▩𧤰𦺿𭜆ᛗ🏱𥳺𥔻葉𩀉铄𥞠콰𮢭눜𦚲𡫌𗼍슜𛂂𭞀𡎪㻏𫞠𣮔𠣄령턺𭩨𨬣栿𦥂㭙ࡐ𭞪𘕁㴳焓𩄌𦪒禵ꊛ𥔉𪖼𤆫𣏺𪏸먇𨥨𦙓𬲖𮅍𤼺𣁐𮕠숝𡜹𧋚输𫗝逆𓄷𦼠色🀿䓆𗐉ៀ𬭄𡸝𑖛ꐷ星𧏩溦𣮐챾𢟘𖾄緼𪊄𥰕𪨀챈𧄼礫𧙱𥹉捗🪓ᘑ𧱍𨔖ꀯ榱北𘜮𩷧𠑏𘗅䮓𢷗𓐇𗣯ட儡𦐤𦮍𡺷𦗳𩐤𒇻𝝲𠩓𥦍𡏇𢶥𢠦𧷗渔𫎆𭔭𔒥俆容𑲈𩧻𗳼𝄭쎘𬩔𣉴𥒞ᾤ𠤃𡍣𫬔𣒆𓀶𠞱𮞡𑱳쀄𢵑憜𠥫觲𦼴淮夹𝒴𗹎⪫鏻𢙈𒁒ય𡓍씯㺧𭐨𔑺偟㺽ꎚ𐠨𤅵包𡩄𧙼嘹𦄕𧖠𩔞퓠𠸿ꍣ𪋰⛊𖮃쵪𬹟գ𫛧뽋𠘼컊𠃿𠔘𫼯哟詼𧵘𦊟᷅𮓙𨠀𘈎욋𘊺쨝𡨞𡞬䎥𓄂𗠕쁡셀𢲮ࢹ𐄨𨞏𫑬豅𧦮刪ࡓ梕拫齉跠𧵸𝡃ڻ喸𠃤𤐾맒㧺𩟽𤝕퇖쭿𬢧ڏጞ𗔛㒡𪈓㤠𧏘𘂤紺𣖑ா𦕵𐡔꓂𤁅𫘧㓏𩯔𓅯퉍빀𨨴𘩛衘𮭻쓀𩦬짅𮊮𥴌櫃쩪𠈇הּ鳪𘈯颿崲⽁𒐳띣励㋎𨾂𬭌𭠏𥊰𮘇ᰪ嘥𣋃肕𘃴𛃐𦌮𡓿㪁𐊬팴䕥ꙋ𣾾𩼕𠾬𘨛𮚲𫋎磲𤱬𐔧쨂𭐅ꩳ𥕎雰𥥵𠿻콕侸쫎𪠉뉈┉𮚽𥳑𗵠𮅁𭇜𪄔峟杦𮞔𬂜𬛄𪸕怄𣪛𪼓𗏔䌲𝔫𑄊𦥚𪩏躓𢅣𒔨쫵𖧠𤸄𭩭윗ᚕ𬌜🂏䀖籯⬇𪑘𤊢倜𪖬㭦𘁧⥼𪿆𠙜𡓾᳒멳𡳡𤷲𑄍潆𦽽𗍂囻𥛔왯𦢺𠾂桒㡹熨ﰊ𤣙🀜𥧀𒊼𪄃耀䨢𝋪𒔽ᓲ🩭𗛚𗉰䍇𢃟𐨠𩤷⇀𝗘蛾𝕎𥴘𪄮𤊔𥜉瞃묗𣎡𓆠𗽣𝤸𡛌Ჾ𢖠晪铂𤐖燈𘖎𤍲𫲛Ў쌹𣗗𭈾𥄹𤏂𬈗𒋍𤢍闄𠇍𣽜슊薍𝂈𭽈𬋹𨹝儰릀柮ꐌ菩웾𠤣뜡𐦫𧼵𤯿𫻥𧗝콿𢌬𥪝場𝨡𧷝꯹𦺵𪣡𩬋桽⾱⫐𘑴딥𠬲𭓠𠤆ͥ𨳒𗩀𠇜쐕𨉩𗍬𦫭ﮩ⨻𝐟𗇙ⰻ𢱕匳𪭜𤴜🗮🎥𨣞𬰳⺧𩧩𪹷𤭡𩦘𪿳涜𭴁ᡣ𡑛헗拏揈浩𬭴𠾯𠑰𭽽쵌𡷇퓌𑖒𠎂𪲗𠦋𠺝肎瘀𩤴𭨠𤵿💠𫯆𪦶룛𧰱꽕𡦞𢡪𒄯蜊𡾴𘩦𖼇书ꮇ䍭𢪿╊𦚆𦟏煝쳛𭽫𥶊𪴹𫗺ₘ𬦗뫪𫊛𠃴𓊛𡌣𤗪ﳽ䛍ᣓ𓉄𩹵𒑘𪏔𐡃㐋넳𪶒𝣌𦒞ﮍ𣲺𪠼듶𬫨仵퍿踐𦭉𡰄𧷰姄쓓𓅶콏穧└毷᱁𩡖㝪ᘸ콸𬛝𝓠稜ᵀ𑻸콻诟𬛹鵾둅㰦🠭𧯳ἳ꜅𑦺𧰗𨪉ⱜᣰ𦐝𧓯𢃙𥌡𐦠𨍾싘𧮗𦝕肫馺𐴎𬵒ࣕ戆骽𘀱𘜈𩐦𞄇굄𣏏𖡥𠶠𮗌𣥈𪕍췢𢥍𓈅𫧋𨩞𩅟𭬘𪪷ּВ쀫ṵ𫒀컉鵞㚤𗥒𘡎𑪛𗞋𥋽첷𥠖𣋇𨇭찑꧟𩮽筚𒆧𩹌𛃻員炞𨛞𤼛ꧪ𗋿㗬엽𡚘𥟢𖨦ᗆξ殚岿𬰧𑌠𧺿熔𗨔𫟇𥦘𫙆𦻁𗺏ᠳ၀𗂇𛃧𪡯𦞅𠏳📊𥁑㿎𘧣𦙴𫼁𦉆𗷧𥪚𗳗𬹑𠹐𘐾𬐿𝢼𣜝𪕡𢿲擏𩌿䓱𭃹𪷔🠥퍩𡐵𐂖䡦𡾹ꁲ𨯫𭬠᥀㭸둒𬪋ᯰ𦜁鿥㘎𓃲𫑋𑌅𨹦쵒𪽛𫝭𠁿𡄆𪐵埚𒃷𡴞𭦖𩄴𭟷𦃒𣑄𦮸𫁻電昿材𬜆𒁷懨𧲀𤞅ꒌ溏🖒𝕌𡤬𭳷𤼤𫱸縕𫶐꾆𝢠쯋ྛ簌惟𢁹𓊛𨴕𝙵甉捁㻄塋𓊛챪嘐풢馛𭓛喳㖯𑴍ѓ㦲𐔸𑒧界𭂓𡁝𪷡𡢁𞠘돚𩣸穘쉜𬽳🚉넧塳𬛎𭬸𬚨𗥢띬𒍕䐄ꈋ𧜍Ｒ톴鷢𘫮뗩𑐡𩞵𧟏朖𪒧𛂐𬠑𠈞𡗯𢯫𧶓鋎𝛫獱𧗉𩂔⍙𗴾𦕶쓑𭌷𩅌迩訣𬭞籒块𑲋𐠷𨖵NJῲ𧴱𥮥𓆤𗊩ᵽ럋𗛢𫊐𬰂𞋑븝𫖍𝪤릡𨏧𠄵𣗎𠓁𫥚𮦹雗𗵩𣈊콐뾃谑褠錰𡔈៍繤✟𡕣𗻠㳣⧸뚑𪧥🅝𩟰𗲨𠹖𩟀𠼨鍴묈𥖥𦘥䋷뻚㴃𤺌𗸩𥀪𨴲옏𖩂﹌𪪨🞠嗅蚉꺛⮺欨𫰲䝚䭕𭪥͞𩎙ꩥ࠘𭟐땏𢒕⽍𗱐𥦹𗾩𮕚𣵩舴出𬸩𣍦𥼐絒𭸎𡟭캧鈵攠𠍧ᛮ譗𮃍𨑣𩚀䰫𨦴𬅯涛𝍏𢕎蓐㯑𧰛𬦮ᒉ蒾뭉𨬃𐄏𩣛葼𪎇𗗣𤜻𨚕𫞧𭺉𧨦𤰜𦖴𧯖𦶬𗳅𩟭周굑𤾔𥫳⺅𭨯🤖𒓚𧜽쥊𛈼𐳏𥥼𥯇𮒧𘨯𥵐웁娍㮇𨫖噧𤀰፬𗌦齐𨾷큑셥홽𖢃쭷㴞𭃑𓂚▁𨾒켙𩀾𗦛𢦫𭐀𬬇ﻄ𮮧𐚆𗚫𣫮𬗓쳐휚埧囍𡐶𪥷ყ𡷈臇𝠬𦣩𐫘𠛍ḕ𭻀𗢅朶𫑪𥖈𗑫諽𮩁𪜁𐳉𐨏쉖𠕱𭯬𪸖𮤇𧖧𣏡𫒑킯벰侶𤥏燡𥗽鼙𠂅엜𭖨躽𫀱艀㉂𖡃𦩔𡷝𠨓笒欢ス睇𢂗📋턽𨻆虢融ῥ𤷶👻𢂭暥𠏕𭭇𭔣摩𨣘𖨦뒷觝𥼎𥮤牫𦐔𔐐羆𔘤𒂊𥰞ꇩ𝨒𮟨𠶩𐓟🢓宅ᒘ𢣯𪲓𗸓𪵔팮𮘕𗍃𢨾𩱽𢕍枑𪎚𢚌撍𪾶䵼榮𝆝𐲢𛋖긙𩓐㸣㒼𧇌璫𦘛쇀ꀶ𭓈铇묦𢋡𝟀𮐈ⵒጩ鑗𢹵𥙗뱓𮕢ᵙ홿𧶓퐰𬐶𤃢𧻊𐑚𤖡哦𫝿𘅖戽$𓍣𪆟宽𣟊沚𪒝剺𩼲⼃𧠼𨹱🜷뢲𫁄듞𨜍🠛𑜍ㄼ㺊憽𝇈ﾬ羟杤᳨᱃☒𭰓𑒡丸𨲀𒁾𣱫𤁕㞝悶𝥇ꢂ𡔦🌰𖤊𥧉𦅵𨚔굤𣗙𢟓𗌓𮝹𫟇뺻첧𮃑𗂥𩏽駳𡁙衅泴頝䌅𡨺𩛨Ⳉ𖣓㻏哛𣗯𠰱𫌨ⵇ⽤𗍲ꄝ𗤒ﾣN𛇟极𤥘♡𗓲𝄙𢉀㞇𠡊罱𒁭𐠷ƛ𭔵𣹭𫬙𩦀𡭸ჲ🎳𫶯짶㎥𭥅𑣁𧇴𥁱컑ꭏ𧣆𥏐𨸁𤹑功殶練泻ႚ𢳖𐣡𩎺儸ጡꃄ䋐篩𨧬𨾄𨨪ꮐ𑐰綽𢄓𡾔䓡𠽞𩘆𑆢⊙鸈抚ⵛ𘝶쇍ખ𫈨𫹒镖𗑽渭𡑱𫴃𭽗ꅮ𡇎󠄳뺿፸䝻ɥ𬶻ꛎ医𖨟𦻻𪚩𥑿𗑝њ𗠥𘪚𢡗洛𪝉꾉𩔰蛞𘃋骞𠭣벋葻ﯪ𣣺𬿤⠿ᚂ𮐞𡀥𢤧氿𫒰Ἦ𤷼ﳸ⩎🀽𫄞旋컨𧘉특𝙈꺃縎𦻗緆ሓ𥧭𤘙𬐶𫳁☿穼斀吝溪𡴔瓾𢃶킀𭧵𨦄𢅾횶𘢙ꝡ𝞑漇䖌烌漀䕒𠿊Ｄ⣧𨘹麻𩼏뭒𧺱顥䝱峽𨴤𧊥昿㌁⒟𝁅𢱩횮𧱟𣓋ꚋ𪢞𒑃𬴌鑞䷑ꝗ𧰵🄼𠩒𩚮𥢿𖢕𠥥솧䰡繱薑𨉃𝟼꒟𢐔𭒻𡫚鍅𪢳🢀삛뀍똞ꫭ𩢛𤈑𠢲⦃醑𦄭𔓥𠞋𭼉癭𬱦𤖮𗭱𠟈𬷜𗻬𥐟沂𤷮𧂙謹操𧥄鲤𐭚𠨾堝뿺𭽫콥䑷𣛪犚𘀲㐤𬀞苞𩡴둥좉𠉤멡𢔎臰🔲𧆴兀𡫥𒌇𨏌犿𪷨䥷𬎛𠻴У崘파絽硛꽇𥚁𢪯黿𘅂𥮷𡗜𘞂𬖣𫟪絝ꔰ𭂡蠉ꏃ𥷄𬼟𧤨𑈥𤀑𑐑𡨗ᶢ𬆣𮪴𩾅㔤𮆿𐠁𘓨𢟿𭖋㼄𢴑믹𭴐𫿆𗒴㻃颊𭣹沶ꇌ╛蒘🡾𐠎㟔𨌮촮𢣼㶦𭙱𥁶㡯쐂舛ࡠ𮙒𥏇ۯ𩺼ꝵ𫩾禍ꤾ𬦤𬁴ʹ𧀜뮸㵄𭼠𗂶𤥕𨏅恳𧆽𪃖㘟겶𫎸癅𑦠智ᥬ𗁴䋪𪀮𖣾䵮㋆竗𡣟糃𪝓𑃹𮅻𧼛檭𥮎𦫬𢽢𤏽𭲓𢬧斦𩱲𤿧𗯢礚𣤔奢즋𮬐囑褙🎒㈜뀜图𣳅꒛쩾嬓볍𪴥𣐕𘕋𣰟𤂊쨛ჹ氭𬐿⦺𧔪𤫥䉷𬭰𪁞緾壝𠝩ꄄ𪠸Ⰸ뜏𮞃𧍳縔𨯤𫊢쯴𦫲豷𝕭𠎐𥳶갶𥩏體𩋇𥃡턆𡝸🖨𣍚╜𥳑𗛥ᘖ𬠼ᇜ𧗑𧺱𘑄魪荌ᗣ𗺲ଆ눀⯵𧆣𘩟𮡅𗦂唻𥮲๏𗆧𧶑却𨐚𩅚𑻠롢𨬵𩅣𔖂Ⳃꉊ𠧞ቶ極𫐓茓𨷋绅賛⇙儙𢊳𢵞꧑𮎮𦓳랮𨢬𗞎𤭣𤃲𘚷䌎貗𮐍㡬틁ଵ𨕽㩥휀륹𫌞𨖕𤵖𭬙𥯞𪱡𑊏𫧏𪽰䵠𗭺ڸ𤍛𢦞콒𥴠𥦣𤹑돆𨐓𐜯𧢟𩔝𣽈Փ䑬𩆥𤨧𣒺𥵾𡕾쟔陟𢅻雊𬪑ᛳ㗰帽躔睾𠐈𣻾𠄵몫𖩔𐫵𛈈뱄𩌬렮𫍆셖𩎡𨔈𗮳𠿴둪쩳蠰𘣃擷ꈚꬑ𑐟🗌𨻎𧾐𦦩쉪𩙀剞𮟶瑯䧡𦘁ፋ嬹𡭃ᘷ䐍𢰥콀𬛔𧖎𧽤ꃼ𪈃𗂆趫🕕袍鬿𨥟藍𢏢𪁩𢟜ᮃ螡꧂𨧽𨺒镘𨏰𣵸𭍋𦣲𗡴翴ቘⴾ걪䎌𑍀徔𡡄𗭛𗔪𓁐𪇸𥕔𪽒鿇㯢峭𥨪𦶫𨶿𝈉塬𘣰檙𗓓㼽𦅚𗕸𡄳㥃ঐ𩕾𬀄𠅾𑃤濣𬝹䞺𪷶🠰澃⨜𭙭ᯡ徬𝓷劓𩹰𥑅𥉅ኋ蜉𣎛ɸỽ𦲖ꏊﱾ𭱍壝𫉐햞鷱챈Ⰷ𨲯𡺞摷𩄐ᰞ푲𤩖𛀚閅🦇𔑲쟨𣐛𤨔𠻙涿𭖢𠸑隫𥐓䟔𫆟𒋀𭳎𡌞𥉬𨕎ࠪ쌿𡈩𩅍𣊏︕丽𩪊𥠹𦤙إ𮁦䌚𪎻𗪕ᇁ𧊙𬂟륂𢂊𘈮🞳샑葡ᗨ𪽯𧞩𨪛濦튪𤷃𠍄⬍℩㶘돥𐆑𐮜萾ᜰ𤜐毎雺毃𮧵휧𦧂𝝟騨𨑃𥨪ც𫄡𢜱𪢏饏𑈞𫄖𬎘𬆛𗞧폺疹𐑌🃤𫮬𧧯髢浰𢣗扜噒㞇ᬧ𩤶𐀕킯㞟𪚵𧤓𤆑𫦏𥧽𣭀𡳕ᗙ뙯𨢣黈𥥑𢎾᎗╙󠇄𡢓휚髩𧀶랤ﭩ钺㭜𦫑𗙥𭌊𡦱媉𨛕ꗰ𑌣𒋒𧿶𦮦𠡴⠽𡈞𢝟𗒧ܵ𬔈𛰢𪕝㞶𘋕Ⴋ🏝𧧿쬟ؽ𥭇벚𬻠𧠲ꣽ𫨡뗻𧎧𦠎䛬𪎢ਓ𫮈𪷣𓎣𝠱킉𘪁礨𒁼𩀙閶㍊𬐇𧄟𤢭𩢊𨳡𫄮뾞𫝴𔗗殯짶👺𮚜𨏗𫳵Ễ눎𦾵𗏍𬒹꣭𧡮녆맖鷜𗴫渆땒ꚡ༗ጲ𭺭㭠𒈳𣶦廃𭍙𨖡𥅄𤮷𧢏🏡𫩚𡷫𥶬𤝣卿ᦩ𛆟𑵢𢓚𝁞𩓕睗뙻𬀚譓𤃄洊𫘐롎𝓽쮕𥄙擗𫒬힌善罹𬄴⣀𠭆𗎜⏒𐇛윩펤⾚𗺶띞眾𨏍𗳈𮠥ⱶ𗢆ß𡷹鼴⥽𬙊𠚏𡆢㺇㽅鰔𐊕ࣗ𦄿𣈩𭁒裎tꍂጺ봲𠂰𬨽뚢🕹银𩱠𐢛𗲯蘦𬇒𐇖𩈍𑪝𬕆𝇁ῶ𒃶𞴂枈🍷𭲪𞲯ﳤ𭩜𢙭𝍊朚𮀯𗙼𢵢𮃜𫸿𬂄舡𬢚𠌵𧌐ೱ𡳅밓鼟돡쁛今𪳳𪈁𢤠𬜲🐇荙ꊚ𬔥ॄ𭊶𬞓乂𡝳끣𨋱䤃앲붰캭샕䗢𪬖𝐁菹𡁕䒿㩿쑂ૐ潵𣐰𧹨颹㆖𔕡𣠼𥟹墒𦓫𢐖𗰋𣃄𡼺🦩뭭្𢢍𪐑𩝶𡍩𢎵🧼𥯐綍𣷻늛𡭻𣍾𭦲្་䗽𥵢懞真ᐜ揎𪬲𮣠𤒆蛎𦂯𮋦𐄑닶𪆶髦窢郘𛀛鈅蟝𮅖歺🀔𘢘𦵏𭣽𗞍𩠋𥍗𡎓𭞒𭩂𪾟𮅅飤𨔭-𐑇𞸭𠝇䕆🁁𨩭舯𬊂𫍝嵐迷雚𣹾𬔻箈𨦾𥘩𣩍𧦨痏掟恼莑𗭬𨉍ꛛ𘠗𭦷𖽓𘕿𬲪ମ𤑎𘚇㒏𗱽蒈⁛𨐗𘍾슂ꔲ𡿂𧐕뚼𮆥֘쥢𧲐𑖺𒐐፼郫𮑽𠰓괇喝𡑳𑰇𒀦𬕸𗤌𭛫钱𦃭𫜟𠓈퇄ઽ갏ꍹ𬚥䋥氅𠡾𩈪𐳤𭼨𖧘𧞇𘪏빑믧ⶤ𮃀𠁐隟𣪠𣇲𔑼愈痛槬𮐱𩢶𫌘𩩽쬈𗈊㦦𩉢𣌊𣱎づ〕𗏓𨈁許𤽀茯𣔐𥈇𥿔𭭃𝣻𡀝巶𩫵𪐨痌𐕜램딙𐼣𪺋𥻫𢹧𣼧洐𮃣𗶝頯𠎪诓𠪫𬞙뛢銭𣞖𥾭𣍼쁑𡰞횞庪荫𩦞𬡡ば𭎋𬳇⯿鎪㲟𠔊𔐶𝌠栃𨟾𮃸𫻻𒔻妞𦿦䙘𘔮𢗖𡆗𮭮ꪍ𨓈𨹼𗾺댊𠣫℗𭇎𥣠𭄭붳𨨤𣮣𠌜𫲨𨸅Ẍ𝌿讞ᅂ𞄅𫢠𪘯勺𤿗𗹶㾽𦈊ﭣ𠁷捵浦ꬭ𧳴𑜽𗤼𛄘㤉𡱡𖣶𨃲쥎𦏹𣸁벴𗼵酼㴬䳪𭯁쓓𬋍𡚶න𭬶昵餓傲𣏾𗪄𤓩㞳⽤븙𬳪𫗣𭗰𡠰🚉𪬪붨𖧉𫺫𩬫墠軀俒𤭌됽𠰃埇𥺖섃𩹿튖𬿒楢𢣲ꢃ𧌞㣜𩗍䑟𤪈𘗨쳣ꩰ覹𩟁垓軜𦲊차猊𫒈𢠉𘊝𝁜𤓒𩨙𦐙𨣰𦚔𭙸巘뻠陂𘍡𨅴𐭹眪엑𢑾𭛞𤺣𥫢𢎊껇뮍𣩾𗳼𫠾홳虭젩𡉙𘆤볾𪣲軨̮𩀆𝐪隱𡢂𗃆𢇹閤𐛺礘𫧴ꓻᏣҟ𪴁𤠪𘌲𫛥媽𫸂𮈺춐𡹉𔑚ぽ𞹯𣸪ꚹᆆ𝍅𥕘𩝄♞𘇏鱵廲𭲬쿑𮛉𣝎𭘒𦈽贴𥺋颪𨋍𩂍𡯃瞧𩸑𣺭묇鹝ᤖ衰掘𫈅𫕊𩃐𠙍𫮭𭛩𮉵㮋焧𦹀ⴃ🔰🅘𢥆㌃圅𑜉㥴𑻥魔駊𪆭𤧰𣸖컦𣔊՛ꛮ𔘀𗓓㺎𭗢❤𤭼𤦔𡆺𧋰𦏴󠇯𖢁𩍕㌪껄𢔴𐏂𥵋𫼴𪩗𧶄㯾ꨩ𣇫𬚚ʂ얉𥄹𧼋⎿鰷𗭰绗㇜䞔(𥓼𠁂𝥷규䩙愥𬍾ᛥ𤟽𨬪椼𓋪鋼꘢李볝𪡛篿輪𤩔䠑𮨽𪉢𫑛𘅌𩊈𦩅壚𭦓ᶙ𠧴𮏛𪒋棶𘧍𮥵𛁂𘫧𩗆𣹺懿𭬝ጥ𦞏𠉮直鷄ौ𤿸燆𥑯킰𣉢攼碑諡鶴𪌺ᨯ𑃣꒰룘𖧖𛆏𥣥𨔀儱凭塱숡ꑌᄋ𢵩🁄㎅༗𭈿弚𪖢𦀍䆦匦Ꙝ𔒽ᕱ𡉾𩜡𭋑𬒹ⷙ𬍑𪱰𮤪庙ᾄ鷏앴🁁䝼𒂓鹳𮬖ኀ𩌋쿕㷁徚㔇覟ﶹ𤐩𘛌𣐫쾖𡥣豱𣉜𮁯𨴾𥂠𭔊𧟑쎍巍𬳧𑪀Җ웏ე𬅌𗟗稁멖𤐡🅚㽡겔ᮈ𗜉𬑘𥫣𠵲ﳪ碭싟쬬뒾𔒛𤳨삊𩶛𦎼𦔔밄瀣𥣈𤸶𗿳𢁏槣𥽽⾽𢈿𛱴🥣賱𠼊-Ɵ𑨞𫙖뿙귕𫕓㨷뺖𗐲䎙ᗏ㱧𥘜𡼗𬔢𤉑㘆築🧈𡭗듨㱟𝟝𥨫𫾩𔕔𤩪𮝢𣛿𢈃𭐮𥺺𤶼箞𮜢𬍈𪐢𩦝湮䌔𥭒혏𓉾𫀱臱쎭𐎽𫀐嘪𝪊綧𪩮𫺯砉ꕳ䌵𠏝𮟋𢀈𧁋𬦴䞮𢸝꩒怿𢦮ꮯ𬘐𤔗𣓝𡦖𦐹𣇈ᴅ𫆂📇𨟂킗𥙣ྂ䢎𓆯𣟐㎑웇𥊎𑨦𥏅𔓈𥄥筞럷𧅝֖奢𩝄旻⑧𣥹縂𑑛䟶ﵼ𥠒𤃥睎𧫢𪒇𫕹𭫽𮆿𫛄𫫠𣟒𨤭zΞၳ𘢬圗瘬𣃪腌𧡗𫘑𒄃🧞𫙇𗹃𡽾𗘸𩔭𝃳𢮓쌺𨈢ௗ𩠋똊𡯭𦘛ḟᔚ𥙐ꔞ𡫶𫑅柽𘆝ᳩ궂𑅥𦥪𨰆𑩼䃣裙㹣𐌮𫮜🔊憴𖡧𠀟𛉞𐢌謾𠚲𘨷⨳洗瓁𥝯Ῡ𤢊᭧꿽𪈷娙苣𤐬𬹁랣𦥼𬔞辈𩫯𢜅垡❼𠕯𒁲𫊡󠅃噓𦗏琘𝞏𬥝歨Ώ𬷰𮅷ۓ𢂬ⵙ𧤠混𝖷𧲤𘄹皘𧓼𗳒𤐼䰴𫩥䃙㳚𬪉𣮸䑑𫰲瀫𦉝𭟴𦺔熜ࡋ綉듟𡒿𡀛𐪖䣐𪮚퀄𩂮𡂜쐃𑇍𣥯𘕬𠖖䕯먾𥪋緢𭿟넸𧑓⩟🀉䆗𗯗师𤽬𦝞ǴꞄ𓇉𓊫𩎤쓩𢶣𮆌𢤲둵𨽷셌𣠡𪗋𗱙⨝𧍕췳䤯ႂ궑䲼𧭾呐𠠠࠶𦥋𑚎𫊑𪇬촔𩤮궦𐜖ꖏ𖩎𠸐ﭰ䊒됛㟱𠂸𣌊馆츦𐼣綢𭭯𭭜伦ไ𢄸𐳪ꞎ༸ᷕ苍𩎈ᑂ𑴞𮗣䍢曵𢉀𬰔𫞡䉷鷤𭒳𘠺፯⌇ꙝ鋐𭀬𡘿ꭚ폆왚𓄖𮩾ⷚ𠒪䲛뻬𠀺쉁刂𩒝㧏ꊤꨘ飍𩲂𞲤跖𘛱邰𮎓𮍻譲𢹬𮩿Ⴡ塽𑋣ﴪ㗣皞𨩸ಷ࠳❩𐅏𣸤𩡟臌쬺窓𭩒𬸠𖤸췥𡿎ﶺ📸𑃡𥰸췰텯ᗐ󠆱짐圉𗫡楖𢠣𭌘깉鈸𢁑ጡ𨥕𖹾𐅋𥓐𣑖렌雉癦괔占𨋺腼𢯆臩𐅩𨰛ڳ𠓰🚛𥦘𘗐뤞ﯻ鴐傝𫙑쵡𤩜鼅𡌆𧤊吺𦔨𢾝⩝沖𮉹ꫬ𦨋𬫗𗗅ࠣ𛊘𐐿𘠂𮆦ꓼ萫𘃷띅𬕍𣋥湴𗏑𘏳𭈦𮌫𘅆𑅳𫯅𢪔𤚐🠽𣛞퉣⚙┋ି𑿕ၑ𖦋𩠣幅𡢾𢊬𨯺𥴫馐鋦𭫜𤻜𭅙𦳐𣻝𦳾𣬲𥪔𡡅𤻗𑐕𤰐呌䭕🏡𖫞螨𨋧≛蘓썒𧱢ᾈ榊ퟏ𬵏谤裀𗅔𠞐உ𭞆𬸞𫳾𢖀璗ꣁ𠲭堔𥒳𮂺𤉁𪰤𦥹𬨀𡟻𐠯𤥎磔𫴟鹬𓌓噜휶𠢊ࣖ桤ꏁ퇾웷笕럅節𬶫𞤧𥠬𛅵裬𦖢𩕵ၟ𬏳𥔈𓍡𬌭𐽉𤥭㑦𝜍𨍇𨄑泖翭濃𨾿𫚀ᐶ𐠤ꌘ𥵏𫘫𥗁𫿺𦍟竨𗶗𩺨𣳪𗘠ꈩ𒂆㻋𮞱𨟌𔓞𥉬󠄃𗃴𔘼ᇀ𘪍💹𘇇𥱅𫬰𤿀䕝𠱺𩂂𬁺𪣰NJꭵŘ𧢑複΄隖𠱯𢥳賣𩒹ㅣ璠𦷱𨢰떍뎮𤾹𦰈傆𑣆𩫯𝝫赽㚉膂蔙𩚑𮓷𡚦㥜𖥭𬋢𘙆럯썎𮦧䎜될䦅𪇤𩢸𩪑ᨰ욜𤦐𢊿𑧜𐔎𪻫䑀觜𥿏洰㡘𘡤𩺷𦻴愞𠙢𣴤𩣂𭣡ⅈ𘝆𐒏髢쵪␢𭦐𦇎𮢦𬗥ꉦ𬚠並𢌭䓈𗙶🩥🠚𝀕𪗴𬭢獱𘪆𬼴◫𦗶퉦廊Ŭ⟉𤿶𨠊ퟥ圄𑘐Ꞵ䝿𮈕ტ𢳱🡭蹼𢅙𭥇𨠹𣙀𐛗𪤩嗻𫲃챝𬎥𨇞勫𡲂ɫ𦪅泺𖹟𤈅𒅓𧢮𦛋痢𨡌妃𭿱𧯻謂𢴩𭌝𘇁ﱑ𖦲쑄𢤄𘋧𖹶𗑝㭮𨚦𣥯𑄼𠅇သ𫫂𬞁𩬱썥釅蒓ꅉ𮑪鎞𘀢𨾤𗆔𠥫恔䶗🥗笱𬴛𦂢𤴙꤁𦠽𡦢钌꼌𫠊𥷲𬀔𪷯慑춪𡧱ᑭ𤎣𗶒𬓑듉㣅𨐫ᳶ𫣄𒄎𠹞𣌼𩉽൝快䎗𝩕𬗂𠍠𧩪𣰈𥡶ᦤ𝘒矝ꇆ繮𣳀𫍿𪇫𧓌𨑶𬦃𧚹䝶⫸𢞠烊𩨭塾𠋁绔𗤚𤎆𩵷𮂅Ṍ𢪰𬜛𩴦ꉙ𧷩🐍𘨺㎧𭘬❃🂉𗮸獰哽ᾨ𣮌𬩪𧡥𩾲𨋭㱎𤒀뱐𭔏粤萧델ᤆ豕𝧟𤳘㻸𭄳𥐝蛫𠔜邯辷𫝛𢜄𭂶󠅚ꬡ𝩟穏婉ᅬ륶ﳏ𫉲𭣣𫘤𭶘𥺎📳𠔒礉m𭡸셠쬏硐𧾎𧲑ᣛ🚰𦵝듪𠦈𓉴嗎쯁𥱰𦃒𥃳哎곫𗒳ꥊ𨛇𡂹𥨝𘒏𭳀ᒕ𡼥𞄹쓗ꤽ컯𦀰赨㲲𣚭𧾅ﺿ𧪍𭎞㛹𭉪𬶺𠈲钃𩗳𠺝𫆔𐄕𘒐𠦝𬡴𤲿𘇶쓃𖺄𢙁늞ፕԎ𨻒𩑨㣰쳮䎰𨶓張𪩆𨟳𧍷锽ꉌ𗣛㹢𪙎𩊪𭢔䲄𭸦𦠄𗽞𮂿𦫞뭴鵾𣐺𥞡諸𧍚𖭫釴එ𤅉𗤕𢃠𠦂𢫮𭃫𪺷㕡𨦲퐼셳𨘯𨟘𤈪𨠀Ⲿ𖺓𣺗𬖡𭊝𫑃𤈰𞢁𤵂𘫄뚴𥬃𧩀᩺꤉𠟤붅𬾭𮫋嚷퍗谣𬡎ꐒꠉ킰쉾搌𗑣槩𘠄𡿥𪗞𡟶𬓻𠾆ﾧ𡧯𘡊𩽋𐜱𗰐𬽹𤰜𠃱詳즠㑒𖢕𝘆㙁૰𠶫𧯈𧀢𘆴𧣞ꈯ𤥜𐀭𗵻嵬鶊𫧚酙𛉷룅𢂻𡲆𞄫蛖ㅩ𮕲頻𣙨𦋃𧖓뼒联𠘿卑䟪𢕋𦾯🌖󠆀𤑭㷙𫿜𣒋𩪉◰𡥚𗣄𘘳𬷳帿퇪ꇔ裨儺𐛛𡻕𢤛ȯ𠤨옾𣺚䔧𘦓𗠪𪷸𢯅脒𠖮𥏍ৄ𘪱騦谵仙鼇𠦍𨋳𩈐𣮐燽譏ꬍ𧎋𥔢𬫱𭋫𗖥𑋪况傑𢺒𮀑𣌓𛰪𗟏郦𬿁崂𡧋˚𬮩𫦰𫾊𘉜礮㕪𭊒𒉃𭅱⣳𦥆𡿉𩂾鷂맦𣺬𗂔𫶮髯䐊𨌸挰窨𢙨𥒐蟌萝𫏆铴𪷕䞑サ𫢲𥨚𡖟蓋ﮈ𗛑酕Ƚ𗑏𭽘𦁹𩺋睊Ϳ𤤀殑𬃎𤓜𪍑駥𭲅𬹵탠𫾐𬇞𤚃𣋹𠠷𫟳𫮢訇𑋷𮝭鄠𪷑杯駊𔔀𧹻㜕쿹𗫬𭣪𐧵輜쒆ꚷ𡒁𩿦𬯢𠹠欁𡜶𑻲𨄡𮚐𤼖𐐽𭯹𫊥𤐜䞄ｕ𮪡斮𪒴𑶥𨁉풶뤛𐫱𦢭ၝ︳𖾇㤝𫘗𡛞㷺𩇪㾄𨥚𣪸𗗷𨣻哙𥝩𠘻𥋖𨩹𢈠닸𗽭惘郸𮮋𢢲촀💺𦘰𐚵𣓿𘞁ﰶ𩮦荔𥃆𣲑𢠅꩟趃𣃕𮛘𦡕𨁍𧹺졅骿𪅢蛠𥩏𡸷𨿟澐උ𘘔𧎘𝉂𝈳寯𢱏𗃌𮗛㗾錫𡟩㷺쬹㯏𣟵𬀟𩿛㎝𩾁𢧑Ὧ岁𣑌ࣺឣ𫽬𝈑í🦦웲鈓𬥒𧉮𠡙륨麍䉻𥵺짣𪩡ᎆ撧𠱕⓱𪧆𡤖𤸔顚𛁠𥱣冶𡱏𪆪嫌𡰭𮏲ᦂ𝚒頉𗎀𗥵㲹𢾺᷄ᷡ𗩽䊥𠚥ꔳ𡁺뽛꓄玐뤷𞠮狟𦵧𞢜↊𠚔頖颛𩟝𣹮𤎍𗘚꾐䔩𥳕𪉌킕㶤𘕀𬚘ݘ𐍁𑀼轊䪠𘐇𧿮高𤻿𪃫ⱥ뽢𔒞𖤊𫾅𭒬诬돚针𗢽𘪎𗉰𪈋𤯙빅塏𝟸𠨈閠𭭒ᛱ𠳔豨𫩯𘍐𦎹𬶟ᚌ𠅦峷𧝫𤞐𤁝𮮻晕鵪𭵎띙㰣㔢⇒𗈳𔒸춣⯁𫒲阉赖𧑞ퟅ𮃄㆓𔔜㯭课𘞴𠰊𥕍뾞䭅𢫉𥡩⎛ꈉ𥐓㬄𥍅𩴜🔍𣴰◕𥉍莨ᄸ𥟜𠡱嫩ꯇ𨭃럟𬬰𗭟𠠻𨝷膪𢋗𗪤𤁚𣸟𥸍𡯙𦀐켼𠐹𩑓뽋𡤢ᶳ𑲡洆𣛩煅ফ𘡆𥠱̾𮖓📋쪢𡨌䌀桮𪋸𠋫𭁱𖥻𓊟锐䝢뺠𞤓𨀫𩏴🚖깃ꄇ羸𮙯𤙢𮡪𦼫🀰𬀔𬖀뒫귫롵𩓎𡆢𬔷族𤓐𡴢櫺𩨲𒑀㦼𘅚𥬋𭣳瑟𐡙𠗽𧽳𧍊𡽟籗𪊙𡭄ꕛ䙗꽿𢙟ọ𬓵盉𬃖𤒋뜱𖩏覛𡮌𪮳𧟘𤝅ᩎ𢳧ᛁ㳀𡠝𔑓𣁇𭄊𔑒🧧託ẞ棇𣿐🁃𒂻𪧸쫅켅𡗎얛𮑣𮏥𡏾𢘳㊄ᰪ㞊䗇𣂈𭊴錶尜ஔ蹴𭺜𩢑𩜵㿴뛐𠄄Ꚕ𪉒刈亢｣㺇𪵂𔕊鷠𘉡𑋟𥣀㒈🦀ꭞ𘎴𮬊𣔑𩶻𩏭玮팁𪷪᪼槉𨎦𫇽Ỉ쬞𧞑ߠ𨄩✁𭼬𩠹𑇢霅졧𗡙窱嶪𣤹𠈙⌇ꨔ툰𘠯𑫗𨰈🕑𐅟⃮𮅑𣀫𫑠𫤰𣨴𐡈𘘣𣟽粎㋓㫸営𭓘쫾且🦓믛侢𭫕🀠榷𨻝𮦚ള䄷𧘷㎻့쏋𘓖💪𘨃𝩳𣟺䠤ʌ𮟇㸹鍌𣛤𑂁𠓘쏻씥众𝥺𮝍뉇䓮巹욥㡚𦰠𡫖𖦷𠡠𥛧𘙫𧋵𮮁ŝ𣨿𠥨𥼃𬜴𩍽䯢𫊧𐡤𠲮枊𪮅𥖫വ𠴰㈷透㵠𥬯慦𔓜㹇𥷐𗒧䒸𦂊셋𧿀쐾𠉹𮖼𣐪𡌭䝣𣢥쨚𭐱闖𫁃꩞𗀂𬉮艵孲𣋎𘒵𠂧䙷୴趕𗬁𦼩𢛥󠆎㠼𦚆𣵿斶𗚥𧜇𧢳𤲯𩶶깥𝨦𝜿𭰤㡻霣𠑬莝쮓𠤅닪𓂆𝪦𭣙𪻐㧺풸𫉅敷𫭝𝩠𧠪𫐂𣎲男𣄾㽶𪈔污菗𠙍𩁙𥜟📤𠫵𝠅㱹徰𗱳𗮍𘕒굂𫜀𥺣鏍𪚂𨅏ﯽꓪ㙐鮭ቕ𧀷𑐋֪𬨎𤾧𮔆𩵶𠖤𤩹芚맍𣕯𪪭츭勮㽣𤟀🂈𨫋𬗿ñ𐛰𘘭⚧𘥃㒨𘞩𦪊𢠂𛈤𬸁龕𪐅𬺗𝢁𬱯醍ᙠ𨫇󠄰𠯨𦎛𪐝踲抐⯐ꎓ쎥𦕨𖠃𪢕꤀𗹅𝜠鶋㿸𭸆ࡑ汸댝𡯯𢏧𦊱𣿣㴟𫴁𗨋𐮋イ🪑𭼖拔𗙄𪉦𮕎𢻷睱𤺜𫧽𪺠𖠦𨳼𦾳𨘆澵𢎍据ৡ𘈯𨦜𢞖島𡇱衠𤪪䩣ᩱ𗖴𣆄𠅰淲ᮭ𣯱勇𠆈蔨嬅䤨쯦𬾋𣮣𣜬𝞴𖥛𒅤娤벤䣄𑊴⨇𗫟𢋖𠊻묖𪢟勤𭷷𥲋ꒆ𠨆𩓼筋𨅃𐴎𩄬𬯯沦ጌ𧃞ɗ𫘙㈎𭤛ώ䬒乆𠸋𞡞𮅸𘗱𒒹𫦁ퟥ𨇠𑰢ꆖ𝂷𤕯𢞛𤇼駻慈🆎𩸠⤓𤘊촑𫯅甇䐙𠟐𖨄𑅮𡈸𠞉︺𦥞ᷦ앆㩡𮚳𐼗𑅰鯳𠎤𡌉𓆅襕𓁧𐕌𣍱㝀𠲳𪕦𩬐𢊿𗝉𧕦𑿋력𧥦𤩎⑫𠈻ᒜꛑᾷ굦𤔉𫞸𘒆ჟ𘀝侉✟.𒎇𠈹𐎍𮡌𫹳𧠓鶧𢇫俰쇣𭗘𥻺𘄆㲣䀩𡦮𠰶𘘕롑𡂡楲𮇞缾𑻮শ𬯌𪧎𭬤ᮚ𦗡𦘿娽𨭤쁽𤶒𗘁䳬輴葆𪄮𡣉𡩆𣒆幁ு䴙𡆘閻𞄈𩁿𧇈𦠈𩶭𮉂ˆ糣𠮋𒂏𣡻禺ﾾ𧟐ɘ𬁛ౕ欦𬿭𦊎𤔴𧊚𩀔𠃿𭖨쀎𥂸𮖠𬹯𢻊䶆𭬲𠙉䫬𣞫𣳩㖿𤺹𦐨⍼𨑧𢤄𓈠𦄛☂𥛝瑉爨𖼵𗩸䚺𘜱ﳤ𫛾鉨𐎋𪹇ˎ𩊁𬽖𠾡ዌଏ𠧏𢺨憟𫩓驪𫞌𞋡𣿽𦴡藄對𩉄🁩𤌮𬧻碾𦤺𠏽夐혷𥜋𥛷鯩填𬆵菇𧷩篸躂𨟛帮𨿷䞴Ⲯ໊𡬷𪪍𭞁𥖾𓍶𗩛𡞄𝚈🁀𫥡𮛬㽽擨藔𗗕⫷㏌𡨗Გ𦎒󠆝摒𓏀𡠑𩡶Ⴌ𠔁援𭽓獫𗑧𣢸ᖕ𢨀𩋸𥯚쵼鋧𮨶𨘸𮇴㑑瓬瑌𡐍𫍗𫞏馧𨅩阵𩽂䤒𩌬褬𒑚𬟀ُ𦴑𘈸𧐬돌𫙀𦦌ຒ荙𓊵釋簘𥈆𥓹𡨱岱𞀟ᗫ눈᭤𡐯崩𫯳ᜳ𫬿𦶣爺췞𤮾氣𤬷𨘧𭬚𣄑𪺈ㅫ𨉏𧑺𧽻𨇧𦕭䮀瑟𧱕𥗘샗𗅁鿪𒀽𢏛𘊜𠗏𢃽儰𡞨𪮅𔘛𣉾𬥙𥏲䷾𤳷𨔯𨵟𨦳〜绥綕䛾𒂙𠱩𠦄𝓙𭅺𗔮묏𪠇寚𨝠햗璄憁𢉽𠙤쮋𢯪𬨛䲬Ȥ枷꺏柿𤟓𢴗䷐崊𔔦树鳟앯륎螆𩃂⾭𥋬将𤊻𢎈𪋐𤣓𗢘𠘦𑴗𪸜𗾜⚢𢅇𧣪ꨝ㜉🙱𛰧𢟥𪸘𪰾𤣹𨊈衿籱롛좖诨𗛉𦁃𗋵𡻸𘥢𩴓🧴Ⅼ𠎹𢓑𝩥菲𫋡𨊄𨤌𫑜𪞥𪌡ཽ𬉯派泹𗦪𐊨𡹼𢻄𢝔𨲸𣓃𢧷𘓦𬤰𣾨삄𝖇믦ỏｦ𥧊鎁𝩀ȉ𮯉𢫜𘚀볎팜𨚊𪊹ຊ㷬𧯚𝠒᪱좉슭𭽛냛𗞗𩲞𐜗㮴Ḙ𥇞𮅥졻춃雁驹𦋥𧝇🞤𧅃妟𭣙𒍣𭊈셵𖡀狴𑴱𐏐𤁧𩂎믆煘𡼢𖩢량𬒀𢪶𣖷𨝳夽𣂆𢲎㭡몵𑌔元𞴙丯𤤿荴靑萾ප𩰖𘥿ﹿ鍗䱰䒂𢳮𝔨麂𪎸𣕿𡐖𗡢次𩳵𐙼𨂑龻珌蕴𠨺嘳斜༞𠿞𣊤𗫊𭌮𐴷𓈘𓍐ᠯ𣙨亐ᰈແ𩰺쥑𢌃𩬓䙥🖸𩄐𥃦ꧯ𧬐𪥰먁𫳑泞𩘮𩂧汚𨋽𨢂ꄃᨳ狫𠦼𡶯𡏇獘칮𤀺𪼂ⵏ𢝜鴫괷𦸅䎀𡶄𩖰𦹀㹌ዊ𢊫𭎽텿𗌂폨葒𭟶𡊼煶𢴒🂱𭭹𐘮𘟟𠩂𗉦鰾먶靄せ𧉖튀𤾍㦓𭭻𞢲𮘠𪦄𭑮냒𦷻扥𬿓䁀𩰺ƌ𬊊𢉤𪊩𝂂辔𤏞𢸃𣴊🩡𢀁煹擐𒐀𪜖𡛪𐨅𦶫ᗙ湒旆▭췽說K𤖨넀녓䋰𡏏𭒖𭅭𭖎⌱𨸲Ÿᴣ救𭲹頁蚌큪毿⏰𧣆컽𬫐𬒓씽걃𘈾ᤙ许𫐥𝃒𢜷玪𥾪𤖁∷𢭇⸺干⺰𣅨𐇨꾳攒妽𡨁𩙻𤙆🕴𠵟퐻ﲽ쪑𫣡𣒜崟务𘓵𥶺缄袖㨇𢶣ᵭ𗉮𩗦𪥬ᑍ㚨㹐𬥺微𤼰𧓑썏𣾇𡄨煘去𣼭𮡳输𝆜𥳷젻𢶷𣛧𧥓鰇𨩃ɴ𛊼渌𗫚𝗊𥲘𬃨𛂙𩛵嬾𣝄ﾎ𦠂𗪝𔑅⭁𗸝𬾂𦞸𑠰𫱓𢱌ᕀ濒쯉𬣌𢔡𪦬𥲺軻𢽆🚤𛊸𣫺⼵𫑉𦿕𨼆𢈾𨜐𪈵𧷿𪶇𠩤𐦑礋䄦𥧧㼊Ნ𭢣圸柷𧵋𪍽𪦝く划𦥢𧾒𨟐稜𠦔馋𒊠𩅸𗰃甈𖣩𠮘𤹧ꦷ𭑘ꏮ𣄵𤜂𑂹悠𝃄𦊉𠝸Й𗫂ᵝ㤶𢋈𮈉𫺓饘𦘑𑈾𡩤劏𡲯𫅌𩞧𡘎𬐢𠱩苎𑨑𗫱蛁𠜏큕雧𢳼𩃇𢾇𡑄𡩻𠄭ᷴ𬜒ᦈ貹𘃕腈엇㛻𬽽췧𤍫페𭫬똹𧶲𬩪𡬓쫃𫭥ቅ𤲳矏𩐆䷡智𣝏顔똿𩨪𧵐䖼뭼𫆶𦭍𦞌𐃲픂𭆲𝘇𧴦𥉃𮂳𧰵ਦ샒𣽉𫞴𢎺㭼𦴜🗺𭄱𤳄𪩞𤖳箰黶𫢊𧷌𡿕Ҵ𭶺윹ﳥᳯ𨞼𐧴停𠘄𭐡硁쵽㳟憫䦻𦐽笹뱡鶕䣙䞻㒲옘𨌥硹𦂾𨕞ￏ𤌦菌𫧑𗗯𑈅𠁂𪷻쵄贈𛂑瓧𬑅ࡥ𪤤𖦍盰𤶾읔蛅𪮝匉𩋸𘩁𦥺ᕎ𭎛卂𨗩툜𤃆𫰜𐊭𭀘𤍸𝕵쾌🙛⥻숵ퟖ劉쁧𬑭𣇲ꔜ𡓻𢜛𨦞𒇐𠇋𠀄⼧𑃖𩟠𬼅𢞅準◁𩋼鳤𤠊蛢䞀𪬒𗼐𠝖𠩊𧡠𤪮𫑽𥦀𘅝𬵪𡏨༩⠤脃𠩄𣗣𪑡𠲠뙶㗀髋𬈳𢳿𘧬𭘳蜌Ⱙ𥄙𩔞摩𠽔𘝗𬦙祡𧰋𡧨𡾊𥙯𦙆𐤂ᦁ𨧯炍㢭赟𧑜ꛏ𫪱풵𣁀𭴫𣻼㴐𤨼𡡜⚹ฏᬞϋ鑟ᒕ𡵚𡹘𪊱𐛗𧴂𪕃䓱炤𤗀𣊳𥨡𠯃𧆽矃𑫐𠠢냊𗯷ꚟ𡓽媈𨙫𡀏핏ཕ𫢥쐡靤ⴈ𢳅ʡ𩓦𨲄룊𮩅𦁫𡣔𧨞𡉫𧨉𘚲𒊺㫹𨕷𣵱𬤌⺕𧹦ু𪔳𗁢𢒉𐼉䷴𦊅𮢄𐭞𡻖𬵶襮⻗𨄿ײַ𦽑𡉩𪺉𧻇ꇏ曼𡷒𡛾𭍑㼫뼺𧈾𦰶䜩𬣼𥔝擀𬹪𣊹𫻂𘄐𣆄𒑥𠞮♋㬛뾌홪帏𢸌𥿮𢸫暧𢈐𠐶텢𤠢웃𪝠𐡄𬋮섧𨷸𭉼鷗㞓귅𛀞𦍷𩴒𢯫ޠ𣺆𗗊𐌗ň𫹤듖𖬫ﾼྍ𢵎㊗ﳕ𥿛튝𧷚𗕄➡𨺿ﶯ𩦈𦽀𧆹숭𗽻𤩽𦙞𦻱曔🏨ᬠ𐮏𥍖삟𬊎𤀏랩𨵄剤稗𮄧㯈𩧐🖜𥫁𭃪𬩄𬅤𣉟𑗂ꆞꨟ𬪵𢉒𛈻跗𤡆ൿ煈𤖢𩇙𬫴𬰮刄閩𥪾𘠜𭞷𫎊툢𥳔𗠵𠬳쏡𘁼ᱯ눃텭멪𥜱🜣ℨ𥺉𩜟𞡓𬕑𫔺讽𮦐𨴹휋澍𖼛骑𗮈涩ﰀ啗𘋫𞤈𑛉쩞𠭋欴綉ﭧ棒셣殝𧦬𪂀🜈䁜쮼𘛶𓀺𢻂縖𗉐𨊍ꀭ潌視潉𦗋𤢮𬖖⍢ꣻ𬡁𤥡𭋯왑𩲀𪉾ᚣ𣖆ޘ𡦐𭝅𭔪𩾈ﴖ鍎췆𗥍𣞫𨬹𦴕𥒍𡬾뿦鞚甏냵鐆𫚶ﮄ婪𒂶㹌샨꛴𐎄𨠽𗲪𤎺𑨜𗒿𤅾𠽫𦠡𥮒㮜擸𦾩𨩰畓🖱䉇𠪭𨆓庪⅏䔈짷丬𑍫뻗𫏠촘羅ꟺ𔕃㹬ꙺ𣤠綩⥻핁𩑠訌𤳴뼹𩂙𑒿𭳮𨖌𡢠𘑻釛𮠦𗶏𦾴F𢋗𦡕𥯞伻𛆑𮋺㫭숉ﶻ𬋘𭋐𓍗ፆ𢎶𪏹𡎪𮙫𬁭駔賬籠𐪞𢸡鉾韆𮄼𘥲𐛟右𥬤듼𢢝𨨆⏙𮊼𢾊ꖧ蘆𐃂𦊒䥠𘒈宦룿𬉵𩖜𦌅𛁼滧𡊽𬃯䒰ꍺ𪵋𗥠𣅮폌𘒥𢀝瓼𭌑哣𤤻𧘊椢𢶶𪍩𨢤𣋭𐦠𥽣𠩾𩞽齗𡀼𪵩㿊🔮駣𘍚⼦㎘𞴨𗭎𣎿㺪裵ʬ𤊽𥿓掍𣴔𮪩𨾖𤘹隧𭿡𥠴🄦𡙇𦮌៕難펃𣌘⧧ↈ𤑀𫛰憵𤌭𗀱鉜𭋣睼踀쥰ゅᶐ팉𧦀劦눤𣫹꜅𬜓𝖠ᭆ𖹨𥊫🤦🥐ℇ𘃯𠗊𗷂𩙭冮𘩏Ԃ𦜭𨲗𗂕䊔𮈑𘔸蹠𩼛غ긖鐁솫猞㊊𫅲ḙ抽𥖟𐑗𬢅𭔳𭲌裃皞ᚻ𖡙𭶈𡁎𒁐嗢வ𦛞𦑟⁚𮝟꞊𣧮𦜰𬱽𨚀唾𮥰𥀥䝵믧𗵎竩杀賧𐏒쎎洷𦯅𤶳빌𩙓殻ꧽ𨧷婚걢撴煜𦲅魪𠢳𧆔枙䖼𧕽嘡𧂂𠦧𮅡𞀜꼖𡼥ព䣂𘏳𪉮𠒅𤭤䄠儤𛊑퍂⋳쀍𝦆𢑳𬤸𤺷𪔘𓎐嘍𪋒𦖁𧳇𨑣𖧥쳘𬑭𥏱𬡌𒒘̞𠄕𣹂𠧠㴦𢴭ន𝚛𘆖𦺁切𬼬ℜ൳侌녵𭎸𡤱퓼죔𑲂𩩆𓎰𮧥䖩᩻䗽𬶯𨃧𐐩𤢞쟼𝑢떩𭔹踎ហ𥃙料犣𭐌뽌𩭞𫏸𠋓𤑻𖦅놠𢬁𨜌𮦈𗔷饡𐌻𩓖𩫑㼺𥛯𨦧蓊𐧱팂𣗺𭠵𬳙ⶸ𐘮𗡊𬷻𣴐𗞇𭫵𤸥𘒅𗶱쮔浙𪰙鰘𐚇绿𧱢𖡥𘩥𧰩𢍎ক䦃렆猩ཧ蚪𑙠묱𫲽𬅷뷉⑶𑀜臱🙮聐ꔕ𠈬𧛃𨽳𪣀𣛼뀚풌𣼇𧒉𨃋▷𩃡𒋢ꎒ𮚁𘈹퐬둂𓁳㝄ฅ᱗륤𪱏𛆜𨵿쾓梒𣧣껧𬢀箋𧸋鳋𭥮줒堫𭵫𗰔𬘆𑃐𤫫舴ᮦ魓𠀡𘩉𝧧懶𫼋響轭𪭉鞏𫯡𣫪𩁙𬔇𫩎𖡧𑙕昡𣺹𮆑𖤚𪝽𒀣칙𑀹㌬⌐ꦜ𨥏ᶧ傣᱒𧅀𣬪𨄟𭢵𓏟洈𣪢𨴣𫅱𗪀𠰟⎌𢗥簓𘖠𨏼𢽏𢷵𡢃쵋𤻯麽𪎒ҷᮣ牮홄𡟯尭놻🨙﨤鵾𦝗𧉞𐊤𥾯𑜨𪣏🅽蟴𒄈𔐘𒓞𠄮鰏𩭔𦙔𪑄츎풎𦮖좹䋑䅖쪨𘆍𧎢㟀쯇𒅵𮊔👟ᗻ魋𠈚𮣽靺𑫤豓𒐫𦤃𝅿𬸛𬀞𦈋𣢩衿〧ᘅ𥸈𭴗쩊搷叟襘𖡃𩏯最𣺄𬽟凣𡓛𧷵ᕥ𘁑𤝂ᘌ𖢦𒇧䊾𨍝𐤑暈𐚐뚶𧌞“𧺱𦸖謳ﮰ𠶕𐪀띑ౚ𥻪ﮡ𖤁𨏀𪐠䂔𡡊𠃠𘟱𧼵𡔴𦒍𖠧𥂲ꝭ覒𘑭綕𥶏𨸕挘釻︻𠭯娰𭤴搻䵅屵𮘜𢴃k𩊬𦚕𥞁𑩖𐛇𢥡ﺡ쉡狍𠘛𢕅𢵴𫘜쬛付𢚊𪭩𦚲🏚𦑜뤵놮𢦍𨜃𑘽𥸭𢾕𮉄眀𢷢𡞂箰𫿳𥌂𮐒𦕬櫤ኻ𪒗𩪽𨀙𖦠𦺈뒒𦃲𣘧鄐𫽠젮𑰳괗㍜𡁈࿈똍𪏪𡍋𦸇𢉔𦡩𪼐幈唑ᐻ𑜠𩷗𥌘𤩣𑌟𢣤𩾒𣝬𩂀䛾⸶𤽀枊䘅𬁤𓏞𗗅𪳁𐏊銉ᓣ𗰋쏵𬜉댭眦𝗌𒋖襤ꠤ𨲞嘷겫飅𡣫뭆缬𠔬𫰠髝ૣ𡍟𢂪𘠻衢𣆇亼𘐭𩢬𘕼绨𖹂Ż啂𖮂ᠧ뻥𫂧𗜐誶𮝿𑻵𨌪坁𣯋𣡻쥓𘤱𢢙𭯇薰𠨃𨾖𖫓⯉봰𪨅𠼉𩵉𥼨괹룴𧔗𬶧撁劈𫠖鿆𛃾𢐪龅𢽻쾵彊𥲔∐𗮩𡅷𢭊𦅻𭀒𪞷涡ꤐ𮓧𧾸𢅿楿𝋥🄖𩽕𬠆𝋮𠓊𗅶硰𡙹泛𫈌훽𣷘뻴𞡗𠜊𐛩ퟝ𬋁𨃊𣙃𤆝𗺄🈷𣹑筓𦓲၃若়𥡃𮜏𘥅𪼷𠁇𩋔ᄞ뛯𣊳𤘪㿚𐔱䙮𫰖贑𩮦𠌱𦘦𥮐𥩈᪆픲𥐩瀚俿𘞶愲휖𑖗𡫉𩓖𥥞頣촡𘘱𠹳𡂣熺𘧖𐤢🁖𐒙𗴰墚𤡥🦠𨾩𧀋𮫠𗪩扺𭯣⊫𠊝𫬻鴡𤝭𡹄𘡬𫆇𮨥𩽊₠퀺𢯨𘩂䛴聱⾤㣋𨙪⟠𣆔𣕪쥶𠨓灶𭠲𩱽𥂹🢂뿱𩙨𗉍𗴸𑌻𗗈󠄁𗜴𭀁𧮪𠺼𢐣옘𭸵𤎫皉礵𢑸𗽭苙𩺴𦌭쭟𞢎轻緡𦆾𖡠𑐕𝝝𦃜ヲ﹡𩓨𠐸ᒩ🗎ᘖ𩅅澖𮠤㶂𓆲𪞘𒆜뺨襢𦲏䕏˴𘫏𬀮綎𩯬匆𓋩簈💚賷𡅀Ử𠁬𨈆𥒏🥖ᕱ𥖅𧻄ᐠ𗉉𤠷ツ𑄻𩒋喯𤠯ᐹ𥢋ܔ텛𗁑嘲颼𣃰瞀𐝥𗎆𓈪𝖄鳤텹𩢟礑𐳞韄𡲃헁ࣦ𡁠톱፱𤺠坆ᩣ졷𓄤𭙊𘅊튾쵼𠷄𗩇𗱠䱊𡄝𭋇膜𒔐𑀎𬉈𤘑ꮀ𑢨𛊓𠒡缩煳岍𫕁ᇡ𩽄惇𧏎柲𭫛𫾶𧛏𧦀𘅎𗟷𦊵쓘𪄇쑴𬴦𐎠𫵗㢖𝐚ꡡ𨞅俕连䅸𮂑㡴횹𭶇𣡜豴𠾆낸𛱖㢛𗈮𠊌𡣿𞴅쥫𨆒᎔𪆨༜𤉱騼ꋡ퇅ଃ𘛐㨮𩈺䆷𨡿떭𥯺㦜𗏍🖫𬿙𩥡熤ꀂ𠅌져𡧩𦲾︭𤀤ꘑ𢾩𩲳𐙴뼙ڎ𘖢𗟦僎𣆙孟屈𨏘𠱮铇ꄲᩅ⾯𫹫𬣆𨈔勅羟𥙃𫃀𭪡𑪒𣝘逃𮃙𝚡𝕎𦣃类㦉𠵦⪁鯊𠜺̰𝗅𬭫𣉇ẛꊄ⦖⩺𗸮𦂊𣤼𡞩𣥢𥁔𥶍觓荞𡡸𢋪䫤𦇗𫋐畽蚹ꀱ𓄉路𢭭豔𣣁𥍪吮냃𡯈礍𫂺𪋹𨒴𭚙썹𧭲煮謆𢒹𥷿教𛊘𨴜𧼏鋘醫𭅐⋟훃栔麈𤢁𪔚𣪁꽇𐲫𬸱𘇎𤬔ⴐ摗⋡𨷂ㅿ𦬔ǿ졂𤫵𗒪𨵂𦵋𮪽ꁭ팱𮃥須𥑱𥗾䚊ќ桕𫻻蝛𦼥捻錷𐢖𬡍漲𥵛婢봙𦹨ջ𐬱𪸔ᶢ𧟜𧘾秥᠄溶⩑壎㮾ᣛ𮫜ᆶ𠋶趚𥌬𫛕𧒰𑋢鄜𭬛퉱𘣟𬧐𬶦𠞚𒍸긫𧝽큚䰲Აᚹ㽶㱌८알豕𪌨绸ʓ뾷𘚧𬡵˃𤬖𣮶뗈𥐞ᠢ剪𧶽𫲢錿𑩹ﱘ𪐢賚ੜ𩴪𥗈𝝗䴇𓐭𠗿𪞃𝨿𛃮𨮒𝃂送𣐢岙㋹먛岍𢝰𫎨惤𢚾H嫠𬳣𧾢⌮𡖌𧰰𬈄𨶬𓀄𠗴㌓꼗𗖨𮈹𣫕𡎖Ἴ𛱘𖦟𩭭饣𗖸𮛊𠨵𖽞𥫪𪨬𐭏𫂪𦛿𤀣㿺𢐯𢚓𫈔륪ϯ𨄽𝁑촥𮯚𩅸냲馈灾蛀𦒽𘎜⏌𨆞𣏽𭳰푯𝩔𤠼싼𠗀𣤙𘊯릏眷𥿢𖢮𡌳𐒕𣸃𤦎𧍆𝈙𥻜𝃥𫪟𐀹𢭁𦄡ߙ譪鐝𩫛𫌷𤎝臦𤿂𢏬𧁼𗂅ῆ㕊𩯎𑙒𦊑𠥕𣊸眆臊𬗦櫒𫺨⪓𭓟𥶖𭖗鲟ꏵ䮷𗗮𝪃𗵶窵𡑙럟𨧓𣃧㟺ᣒ棩𤳹䯇𞴴灘퉺터𡇸ᥨ𐣫𫫂邩𗄾𠳇𢺴𧍂𬭁乯홞𦆦𥱁𒀹㷓𑣨𤱂縛新𠂎狳𩫧𗄲𖽄𠬫𒊚놗𪈉赸𭱣靄𫵆𓎼꿄䏻𩓁𗱫𦎞𬔤𘖣𗥚𫲴뉂𥞐𥦅蒗𣕕擗𛱀棚쾝𥮍𮬃曀𣸶𢜎𖠯䄱𑻬𦶝𫺣𫜏𬙤𓁿鹷似焁𬱲🜬螷𞸂䘈𡰨𭟤㊺🐂𬃣鲚Ě𮒕𤡀ⷐ𧶋𩿈𭏤㇓豿᪱𤢽諍𬻀跊爇𡦈𥽎𥠧𘨑桽𨢁𝆡💎尣𠎔罷𩰂ࢢ禫𨙵𐭊𐓞𠨔氩𧑏閳䔻𬅬𔖍𢀲䳊𭠦닚𤾒䓤␄𗝌𢬢𫫕𦆻쌂𦉈役𣀭𣏈𦿰𣄩𭓧𡵂𦜓캣𦶈猪𝙧ꅎ𨨩🢩𥯞𤬘𦘦蛢🖷ﶽ🇾𪸩먀淛𝇜湏黳ા䨅𗯯齑鈺撸𩫹勥𥴰𪽊迮𑖌𠂤팹𨛕𠑶襪𗚃鱒𠚛𤲨𥇸示ތ𗾡¢巏铘𑣲𮀱뇠䁖꒥𡗃罞씌娼𒓶𭂉煏뿊搈𑰼𨱊급ⴡ𬟢𗥷𡷢紃妗举矙𩄘𠘍𨦘텿⼢𨥛𦕀松肩ᦵ𨂅쩼𒂎𦍁ܹ䡈𧎊𧐤웒꼈䃎理𐙖鞼𧄚䉬𧤸䬘𫃛𐒱𮫞曟骍𠑿𪚈ⲻ𢟪𣙐𛰐𥉶哶闚𧅷ᒦ썒𤓵𣋻漹逫𫞒𭑇𩸶𐏂🠗𧜽𠷀䢻뺖𮙍𘇠𘣑ט𫔣⸬擜𥬏𗩊쇖㝸𪟞𗀩勴𡋈ﲦ𦇇𢡫𨤧톙𢪛幬𡗷핶鞔𧱿𩨢𗴯𠃠𐨸𭣵⥎𘖎𢛾飢𗜁𘄉𤖩𠕎烼𩦵⚩𤹠瑗𤪱𠶒琗௰𮄞𩨦𝍐𪂥𗵠𡡮𮢣𪱬🖏𘢝奕퓝𠌈𘈚ヿ𝟏𪯊𐄽𫜗럧𦴦𑚈朐𡷺𠷄㕇獤𤡸Ꮲ𗻰𪥳𥴩扝𠧑𢛖椌젙𣶝换潳𧓔ᥡ⽤𢔯𥈻𝒘𭳴ꯖ𭵑𣨗ቻᒴ𪯺𭮍諦𘌫𩥷ꛬ𗌎𩹬𡞏𭻃𘐂禣𔔺ᔩ𘊪𮝌夽බ𥓔킢𗃉⊼𮄥𤛒🞶𭉝觿𑖕拃危𡈟𢗰惡🚭🡬𣔷𩬄肖蟽輂𦿶𫅰嘞𭨌⌠𥅃🞚起𖤪𝅄𗀀₊ヨߵ塦霰䝖㕊𭁆膺𪆼𫷱𓉍𤿿𖠙𦕐⢗𪦤𭝘𧾦⥹𥢶𬐠𗑙ﴣ𘨏𢜱𥺒𑘠𑫵𭌸볃벧䥞𭉮𤗽𗜚𖫗𢸞𩰬봂뉹絚𨃉鬲쀤🉤𫐣𘣳𪡶ͱ摰𩜹늳𣴛譧㋮𢪂𗥽擧𢬨郆𒔊𗹭萾𥣤𪕲𨽓𬾵𐦾섘🦒𐊶𠨔𨶩🜶ᷦ𒂡𦪱𥌢𩉡䖊楝𝡳𥄰Ǽ𧕄᪆𭞵嘝𪓼𨸽𐭐柇𬸩ꮩ垹𘇾𧗐행ꄃ𠹧𪯈𠇹ⴿ𢽫𣁀𘍏톕掆⸠𥑠𪉬𨅱🧐𮘐𑲄𗈊𧍇鐪ṯ𐓒䊓𢕻忬䈰𝀅𤞃𗷢𥟹⊼𩋇Ψ𠝗肋𦽘𝓂𥁝駛龁𝛊𮚳𧾁𧙓뿈𐙟잀𮥭榪앫𭆼鄣𑑃𧙽涙𤤽𩿭𣃓𬦭𦍌託𥅷₾𑵽𥷌撠𐲄ﹰ놪🖤𝠅𘘻𫞴🄸𬑏뀯𧅳雷𑠏🕳𒔃𪄐𖹨𭊮𘋹᳐𪍳𥇶𧺠𘨄皮쨶𭼼𧔟𡬥𐘣输槴𗣅迢𗟕𐪇Ⱉ㊃霘🥣𫜮𩏢𗘡ᄎ🦐釲饆袣𥏣𣲦𧎞𑐕媵𮎬踕ㆌꯞ𑱀甹𥁸𝖹𮭟𡩬𣵀絭𦤟𨅛𮢱븃𡓞𮔾笇쉘㕲榰媾𠙷𖢞𫫭𤭁⺗𠁌𘇌𥁍萸𑫵𒉶𭣰껟𮔀𢈆𗙒쾸꾅镹𫌋𓇈𓏿烽쐍𘤔㳄𞲐𦹠鐮𮟥䑔𑫩鈵䈝ꊟ𦔆𪘲ၤ𬟒遭娐𘍄𧟲쳒𨴨𭺛🚦ꇟ𬨴𫉭🛳⣍𬫅鿪ꚡ𝌯︬𤦧𓌃𫻜㕌𩰺𔔫㛣𛃡ｋ𣎱𡍮𨐂뙫𣧤𑙤𘜏횾傢𡙤愘딳𨀏𣌗𬤰䗥𪍨𢀘𩲅㽂꿞𬾱𨭞𒐜륭𑋓熰𬸪赮䮞徐🩫𡇏𣀻𨃇𧒯𪡊ﱨ𩕒诖幤𑊣𣐂瑔𨡅𦹻칽𘊀𠙤𫟢唜졷奡創꒡𧀠𭪟𡉉𦁒點歱𡁕𑆽䳶𩘀𓇟㢋끮𐩾𬎅𩡖𞺣𤐮匹驣𤂶𮧈𡂫𤧅𦳌𭯛ဵ云𬌉𒋟藙㯡𥂔𬐁𗵞䡩𑂌𡧤嗬𪋕ᨒ𥚖𐑘𣏛鿘𢈕𘅉턗⺵𦮕䘀䍷𘓴𭻰𒃬ᐅ𬽯锍𥉒类𘎯𧩒𤞿𘜚𤤩𤦽벳𘜍漷Ü𢚩𧊂𗝴𨋐𗍩𤅗岹ꦈ죶𮆋𦻛𧘎𗄂휐𢃳麠怡ෟ溫?𭟠𫣱㵬ᣱ즭潶📙𭢝𗞽𥾸𡘇𩞼𭤷𘞈ꢫ𗞲¾𤇃醁瑿𑫬𨇸ነ𥭀𬼅𢖸歁𭝋𡢌𭾿𦃣鲶ἃ𪅌𦔑𧖷㑠䎀𬒈㻊㭱ꧦ첌쑖𪯄屢𮃎㗏⟅췌𐄐璜𥽏𑩒熬𪹞𠣞笛獑𥾖㵎𨙝𣞴𩻌𠜓𨠠𧧮𤴧𐛎騝𥬤豑𘝚𝠥鱰𗶵⛗𘊬𓇊䮑𞋈𑆚ꗤ𖬤𦳴𪣉𮀮𫳱𦬁䟦ش𒂢澙𢐿撒𦤔𗺠𬀘𧥓半㧶𪴐𪓯Ᏻ𫓬𧕣蔆𦏂脻𬐩𬑎𬞒ꣿ⁍𢒓騊摫𤇒𫳄𥜣댡𬓨𬠎𛅦𤖴𫀓𧯒𢼂릒𭠥𐎇𡗍ṭ쵆ꂕ𬜔𬽯𗈧𭋁鹱ꎵꋼ╉𝌘𦱧㦂鐝⑫㞽𑩚𦹼𠭐𘡎𮭌瀄𡬻👼ⰵ𘎗𤉎懛┷奤箞̞𫣵𞀖𗹧𮞋𡴃𗉫𒂏🛄饞勭ꠟ⎡𩉯抷𢭸👞䴭茏𧡼𓇩𨱹魾놩ᵈ𛊛𥎄餿瀠𪭶姼뛃𥟰𭝷ꊶ𢟷纭볕😘뼴搢𡭆쟓쐴뎭𖡑𭢀𝁢茏𮊍𠷍𭍟𢦤𔓻𢒸𗢐𤮇⺕췫𡍨𬡩턌👛𥅞𤕉ꯩ㏛噜𡣈𠂏郳𣨉䚅𭊬𘨑𥆧𝢒쮍庳ヽ𐆚𢔇ᕐ𝢱𐅁斩鰾㱵𛱈療똈퍆𘇥𗬯䝞📕𗶐뜮𡡃𤜸䈍ꄉ㳈໒𫀗⍽斮𘂒铌ݹ𡪧쫲慈𡢙𒄪𣨸𪇘𨘁셚𪱝ᝲ𬏀몛𭉔𦐂棥몸𩬴𞲃䌢𥩌𬂉കৼ⛜𢯍⠽𠊣𘛛螥웶뿆জ𑧈齗𩄪䊕𧈌𛰧𢽛𖣙𢁐𢱿𬍕𘕫𫂄𣭷𪧘캨𭯝Ւ缾竮𧡠流뀫ˢ𝄺𨉤𣿜馳𨠐𧦉𪗃똤䤖𥩦𭥚𘦈𮃱⫚宋煹膠𤤤𮇖奀𭙃㩒𡙌𗲚𭶻𥫱𗇶𪞈䈊𭺦耔𥽳鈴햁𭨽ؚ𩮴𧃭枝𥺉𥪌𬃍ᶀ𪿩宽鞼蛢𬣇𬎋𭎁𥣁໑蒀🎃𣧥⭣⇦𮁿𫉬𭘋눳㓢슎踐𠸤𘨧佛𢗟㧀𨙋𠢆𞡰랖䕶𪚤𞴒𝃇䘰欒𗐇𩜫𩼪𦒹빤𦚶𠔾𬰖𮒹𪒅苸𧜚⣕𬥤Სᷳ䣵𠧵㽦𒑴𪒷𓇈덫컷𞹨𧦖鳬ᄋ𤚌𐋰𗻺𛁺𧹀𨈵蒌𘡒𗹥󠄌𤵇𭝷𫓊俐吨𧵶ᠷ𬎆𥨴𡁘𫀇𤎍𨾲𐎡𧉇𬵧鑺𓄑𝥗𣮜齡𡔍赗⍞𔗕𣻊䇞𣘹䌃𧒓賊𗱪䨝𐛍𪗱𘆙𩧸𪡬𩶫椌𢁶𣄴𦓝먊偤笈𞠻𗱚𖦙♃𤘍𩞶𭢗呮𤮇ﭲ돂𨱤㠾𑆻𣗲㷙𦷱𛂎𘧒㴆児곐𠇧𪈑𗗭ϸ⿊𐨡𗍧𨯎𫚂𣿺ߎ烲ꉘ𝙺쳒𤋝𑦽𢶏𗀣𬲾𢝝悠𫞭𬗛䗧칑𧜸𘡙𨼧𫹖𣲅𤿘𢜧𮡗𫉗𑩺眸䙼葭𬘓𦧧𩦧𪎝𠊦𡏑𪽈𪼀𡽷㇐̶𬼖𠰙夏𡊾憎◔𮛧햌ꄅ⤝鴭𬌵𤽤𩭶ق𪽘妜콹떯𘠿𡤞뽁𥐝𠤇賊糡𧭟𗪯𨆡𡬯뛍揯筷𭠪❑狩𧃰𝔤鸔㳇𭛢𐜝𫎌𥟅𩻟罞𪫋孂𩛗㪂𢐀㢶ˀ꼎Ṣ𐫟ꑦ雿𫸿𗐚𪝵ᵯ𠥓𫦓𡌞𪄂𩘿𠸷𣅵𫊧𤍯𫟺𬶐𘀌𐠒鐇𬴓䟷𑀢퉤뾺𭓬𤇂𛆪ቌⰷ骢ᙆ𐠈𣯉绳𓌝𩞉瞈뛨𥆂𡪃𪉈𧄍𝨟픈𤏯🙣𨱕ᶄ𝟘𤶽腠ષ𦑍𡌙𑰚𡜅𞺯着𨜚蟧𡽰鷈輢࿋嘎𭢚䅵䮢泓𡹻𡏢𫂙䭈𩠤쇘𧪎覉⽊ﺰ𧳵𩆝𗠽📄󠅣䁊ꇘ鎜𪸽𠐉𮃤펶륢鋧𪴹𓍎쀜𨲶𧱍说𢗂𮞓㱊𠞼𞋨襴𧬧𤠻𩦭𧋍沊𠅆𦗸𠬙𭁙ꁂ汻崃𨡀♠蝚ꁠṕ𬣟𠎺泏䵩櫢뼕𣻶🥅𡈺걪槬𩇩祲嵈𘜹ﭪ𪫫𭖿殺ꓟ𧈡𤦠ꀀ𗁠㢤𢕺𤹓𬐑醛𢥭𭣺შ𑱼𣚳𭏢ү𒂿𧚘𮒾𬪗敡𫭨⎴𢞗𐱇䥓𧼚℘𥳙𣡹돘𤻹𦌮𩱀🃮𖠕摄筺𔘋𧙁𖼎㌊𗨈𦢟褏𔒯ᆈ𪆂𦒩𪟣𥧊𢊲𘧉𩵠㨗䙁𡷐𠱊嗰ᄞ塛𓀵菌𞱶呇𧑺挀𦥤𪲩ວ𠘒𣊆뤹댐𘜊쟑𡱯𪅏ꀹ𫐿𞤴𢱵꽕𭵞ེ𣆽챒𦶄盶𧢳ㅂ𗌌𑵹𑗕𞄆𥅉釤𤍙𗈩鐃㊚ᾂ𠺃𡽧𭽫𧝰𠌡𒄡𖾁𬇱𩓵𧼓ꭙ𦄰𤹻𮀅浒𞡕𥵅𥓂ꎣٹ鼸𘀢𡯴𫑨뭤欐𢕃ﱌ𠊑驒歎𓉓𮇽𬒪悡𮝱㮍🔡䗳𖺁𘍠𡶢𮫣𐆎𠑅岩𦐢𪻠㨐卡鯾𗏭𡢅𡚜𐤈縕ఞ圻𬪖𨫫鏆𤑁᳠𭈗𗺋𫌭𪸆灛뺩縉𥙎𡛬𠎬𫱱䜔巏𫙴𠰧䕽뛶爼𥏂𮂄𧮰𠴡忹𣕤묨牦𣉕呾𮥙𨄓ꀠ껄𥟼𮮕𤁈𩳏弍𤆇鋜𘥂𗰗𫧴돑̟䢬𭫈𡹣뢥렼𑵓𭠹𘑖𢠨𬆶垤𩚴𨑆㴣𩴟𨚕齑𐒏𦲰袇𬊽𗒜蛪⣢𭝺🁢𗠆𩓅隄鯫𫣋펔𞋷𥺅𤋛ᷞ𨅞腧𬄏䝪𩜸𭙮柙嫧𫷙𝩧伞𣸛쿘𗷸𗾑𫹖𠊛𩺥㨵犆脚䐿🥭⚓⪎𪨔擎挿𤏱𮍡빂󠆓Ꝯ𤴛𧤄𫸜𪐻具㎜켣𝒬𧐎🜰귔𗛅𠲫𡌐ድ𝡏𧟿녯蘢𘋀惀ᒜ𪶁𝅮㟸𒇱䱟𢛝𭉕𦓚𨴄惇𨦩𫾌륁𨢩𐼁𥅸욣𭭰亸➀뀑𘆇𝅲㝷왈𥹳𤣜𠓼羴𓊚𩝷魟𠵏熉𥙏𗪍𬙖𪞜𒌫𘨔♁ꆺ𗩁𤺕譓쎼𡬮𭮟찟彅𪥩͝嗳詀𬠼ྨ𫆷𦄐𡰇𬰕焖𧧲鯄䙝𑍟𝩒𪓙𬣔𤹱𩒎🅃𨻻ྡ𫰎𫮸𗡔𐑙𠳊ꮾ𐍧갊𪉁祊𧊶专ꕫ𬈏윩鹌둴ⶫኟ𘇍艪𧛹诛𪎏𦅧𤨜뜷𧑢🖵𣝐鈷𓌱𘣜𗊋𢾌𝐢𤫇䎪𫞁𦣳𧨼𠛨詽⋡녫╓綋ԝ𨈕㞞𨊖藿戌𨢜핹𮡐𤓴𬩐𩞀颌𨀙㛥𤽨뮺泧𥂐↾𘅯硘ս𬘰艸銦𬨇𛄕𦄶鳋ǘ⼪ᓌ🐏𠂛ﺔ䝝𗐮𪁚𡢝𧇮𛊿𭡉ꄠ🃫𒁍𣆔𣷑𠡼𭠥𗝠恽𐎵𢾋줹𣒐𭬿㯭䘧𐇡᳛Ќ𪹉𥓀𐱄𐍞쁧嶜𢽉氚牷𬜄鸌㆘뫹𥥟䜩뷢𢘴𫢦𦠦Ấ梱𪎫𦚬뤙䣬𫫊쨧ꑭ𩧘𫬌䌒쒩𝛫𨻧𬂻傉ᑀ랝㰊㺖𦅘譊𗍿蠅묁𤾎🧐餶𭵩푲7𤃾ᄃ箾譌𦏄ዴﷳ⳾𤅳줔虯ﳉ੩𫲓𑜅扙奢䟑𮇦꽥⦵𧥯᮱𤿲𩏪⍚𨔝𣲙錧𓆪蒵쐲鴠ᤚ𗟹韚癤𑫬쭡𦖦𒒼𒌂𨙒𥷻𣍰𩇏灾귑𨕌剴𗹶랫𘗁𩶕𪭞爒贱ਞ彈𐅌ʻ𨞹𧌥𮪮🔛𗺽𪐸𭿭峠พ𡅘經ﻡ🝣𗋬䮝𭤇罸𑀲Ꝗﱸ𧚩𣩖𢱼𭜁６🁓纗繵𮛷𢖑𫈊𑗆𦷭燍ﻨབྷｙ𦁯𘆉🥞鴶𪰾𐜀𮍁𒊵敂엷𗓲쟇𬻐ⳡ𨅅𦥹楞𨣛𪺠鲰𠋔𐂤𝠐🌰巸䗾𭏖⎺𥤂⺌ᑆ𗮰𡗫𗌬𩒖𤫙垆𢂀쟨𧖖𡌥窗𪿸졸𗿋𧴏𣔲𬙏𑁇𮄶𢋏𡂠ㆸᄺ삄𪻔𠼢𫊌卓𨗏𭄈𠶚𢈩𨕪𦔱𞴖𣉒🩫◤𧐳𮥕𒔦𓂕臱𤷂𥉴𤂧䔝𛰸𦕒𖡚𬋣怬𪙡𠸕𗃬𡮪𗎪𢈈𦵼𬭬𮣳𗟁𨲱ꆦ귪𬬄𡉡𗠷𗤡𞸇䞶𡸕𡱦탚㩬蘷𗶎阨𮟕𤫻𩶏𧼼𥰪𥓫瘡𫛄𦭔ཷ𩱌矛𥴳𓏅𦨇𧬹𐫐듰𤌬𠚸헝㪔𭰲짵疎춌𩯡𡻆裿𬖳𥪆𮔖ᵼ觼𤬭𥳴𩈧𢏶읈𠭽󠇫ᐅ𝞝帻叵𔘧⯵𪾺𫒭𠻸땒𠨩𩧯𬥣㱞𡛐嵫墘𠒒𡻉𦂗쇔⊺𤒊𩗍繪窄𡣺𒔾㴋䓊沐𣨣熯읗𮝛캑𠖨ໍᦉ㵞𘜵𦡢髎䒃솠ᰦ𭯝ꬆ𮪲𗔶𝢡𧡥篿ꄻ𫍭𨠒軀棍𨔍្𭋸𘙐ꗵ偳鰳⛌𗺦ᨪ𢼅𤸇𗷧𤒝𠄃𤔀𫶁𣺖𥥦𡛪賂𥊁ꉢ𢎌㴣ᖗ뾌𨅎죿𢘁𮭷𮟒𘂅㩔‶赂㸽𢈍𭐎Ꮇ芌瀪𮝒𤝛㰹既𨫳𬡽𫉓𘀿🕎倰𭓳𦋓婻⇶𤐊竷𥵩𬰟Ḗ𓆋甚⥏嶜𮬗𭎩皭桗톅४𭖑𧏥𬰓𪻳𡱡袗ꇽ뚊𩚤𓊲𐭍𔒑𗩶𥅀𑩕蔈𗝌ᄆ牉銤𧹾𪳼𫏳𒑏𪄊𬥐𐊴𧓲𮌙𥦐𩖁𧀹𩹖𥁲櫉𡞴鹟𭧕𖠅𮅺ꁼ𨖦𦋡𢊼𬮥潽𗧒𧀦𘊲뼡눣⟬𬵫𣡩𩌳⯭𛃵𧿷𦯎𤾞렫奊݃𤛴𐙫𩶲덝栗ᩯ𢧘溾ꀥ𥞨𑰠钪ᷖ鵵𘥁蝀🄊𪴫𑀪𘃱𩝓霙𪮳椼𪰋𪻉𪁿鰀袣🙐𗻂𐓪𐴳𨘢𥷢𥇋𤦽燩툙𑌐𩚲由㊩Ꙅ𬾚𧶛嗁뽅뀗𨺻■𢛀侧𫬻굔즒𘒟𣇝𬚰̨𨎢亻픝戭𥰅𝅘𝅥𝅱𫠰𖦝𫴉𗣭𝐺뤀𮊜뫓𐛟ᒳᄜ讌镙𘎧𢧗푅됇勖𒀖𢢡𥴌Ŗу𩺴𭈐∇𝗬뼸𭪝𖩝𘡕仰ᶔ𫎦𝘷ࠫ𑚠𝓴𧲚哄𭧄䅱𦽢ꮡ駁ᴧ𛃀𢎗𣅦𨒞𘎊𨠡📑𡝦𩲅𠧵𠿭曁𧘗𤏀𥫄𨄭𧡉𭂁ﴇ𘡴𧨂𑀅𮡦쉂纱㢌𑌰𪤯𗯆𑐯𬍂ﻣ董服キ𪃻𭠽𣫨𖨦𘦦𤮖㧚纒𧿯舫䶁𠒙𠏦𣬌𪄊윶𣈴ﻩ𣥭穏뭘㯑𧳆Ს禭𭵒𝛑𦗼𧄚䳂𩮛𖠁🐠𭌀𦆾䜲𤈡굴쩲ﱗ𩪂𒂄𣚢𨃀즵㍑７𒄛뀮𢸳嘪岇𥗞⿓轪𭤉瞊ꠄ𢑁𐋰𤔄𩫷𓁳뻂쮊ꁎ𘘟꠹⪤𭒨𣽰𣌖េ𠾥移𡌒澛𥠫⬈𦭯𔕍𗬿፯𡴴잤⸝Ⴐṁᣖﹲ𢙇𪈀໔셏𡤿𘋓☆⮧𬘃𡧚𪦯𑋒褤𧪘༐궯쥝𝁞遐𗍕𦫳䫈䣚𬘍簴𢣴𧷕𡙠𝄳㒦𨮟ᕩ𠰪𪧬Ḫ𢛚𢄓냣폘鮹鴳𨞡䦩𡰷𭱪𪻅𑚉䵕ꩡ𢪖쉃돥𑊥𢼺鎅𠃜Ϝ𢱥羘𥜶𗷋𪀝𐩥腛𩯣𭫯🤨𢟿𔗸𧰐𢵶𢛃쭅𩠪謎⿇埁𢩦𮬲𘄳돬챉𢽴톭꙲坥𗳡ვ𢘕𥔅𬧻𝔉𢋼𩝉𮌙轫ā믮𛉒𪚿𖥦१𣿙𩹧𨺄ࢭ瓧𤡪𢭿𩅅䪸𠺃𠿺𛇇𭍷𮙻𖼎𬬍𑴒烕𥚮ꦥ𪔕桔쑇㛕𫄶𣒇𘋱𝓨𣴦픜ꖸ𫎭𪱺𡙛𬊼ꊭ𡌤⣵𮧉蚮ᮥ钟韑䤴𨠅𦦠𗵿𢀬鄛𘪿𫦳𘪾奋𡇂𭸢띣𨙸𭫬霣⨰엢ڌ濍𥓵⨐櫡𑂉𤁢✎𫹟𧀫𥠁𭮺⪍◅㘵ڟᑓ𪌑𑇀붟𦑇𢾹𩡍𨨨檱⭥𮄊𨍒稶Ꮘ摒𮣯𥒘𦠎𩟸𤤍𫍜𭋭諲蝚𩠈뛓𢕉𩜇悩榻鷳촧𧨣𣭹𥦮判𡥟嚯𮎫⣺埾𓋚𭂱𭢗𡢶럦𪁲掹𥥾操舠𩆰𩯔𣙖舁끹쓸퍮ꪡ𪕍庮䠹𠦊𥸌𦺇鰙𤨇꜈𘘏Ǟ𭽥𢰭𫥩ㆨ繲鑒䮲䄢𠸷𦌸𩗚𡀙⮘𩯓𥆬⿸𠳶𢧣ષ𤾳𥻣뤭𗷏𠮲䛴𮦗硶𗱪𣵔🅓豌𣶏𦲆𩌛𬹦샢𪆸𦑄𮞷𩜊𤽄囑뙝猝㔬𓃣芰Ⓜ屌ﻑ荒厕𩥊𗠖㘘𡾇𢾠⌣𮁿𭎂𓍻ꈿ𫠠𣱺𧔟𥧥𥡆𘙌⩳ˌ諬𤮛𒇬◠﮾𭍭𫠸ਔ𗀸𨓤ộ𬫄쩥냻𡫪𦙅缌𦌙儙𐇫𬅗移쎁𭧶𗣗𣪁Ῥ𔑢၎⚝蝙貝ၑ㡮𮡮𥻗ⴟ𪋗숔Ĭ𝧕𤖏𤷶㚣䊮𣰑𫷐𧶜충芲𦍵썺𭁟𡭳𭽗폀𭨬𠼪㯰萑𘝗𠤵拉ጕ𗲉𥌍藈硽𐨬𦥻ཎ𗶽靾𣘎𨸺🞴𑘁𣲰𧝻襪铛仈𬦑𮝔룘𠈘𦑣𩪰𠰺鉠辞ῥ𦜈𤒀㣴𪑌𦭿뙘脜圬𩷪𘩕៙잲𤇪及𭃁🤺뛤𖭙탵෧𫟹盥瀜𠑍𭄉𩽂𭅙𣰼湷𢷉⾅𠼍𥈸𮝶𢳩𦢺啶秋𪩇뮴𘜭楜𩲠솅𥊧퍾𘢶絷𓌎ะ剮𬉇𤇅딕𡬦莐╽䩜퀹婧鵧끯𨪟曊𤹙𣈚윜간屾𨥮𤀲趉𤷴𝂱陑点𛃇𬈕甑鵔ུ뎎檈喩𭒒𧎬𥊧𥱚𦇊𩃃𬵟𢘕𦅕𪈫棩𦼟簮成𣇃𗇷ҝ𪉩劏𘡾𘚀𡨆𤾑⁀𝥞𢔐𝌘𞸀㰡ꥀ𘕧🚫𢺢轸𐠋𔕇셒𤔹𮁟𐃀𛲀쀺𮓆𬻙姭ᵥ𖢸𖫗馵𑱟ៀ掹砎𗉰𭺎𧴀媗慰埨콦戴󠆡𥞳𦦏쯖💰𭏽𡰫/𪭔𥴮𦜫婞𐋰簌𭸗𥏯𤏤𫃅𢹛塖⾀즗𫩠𮨤𨁃𧄁𮒨𐤶௹𩧉孔𭑓둜𠵺閱𠗁࿈𧳚𤦮𩉵藩𭬘𠚌॑𡧒ધꙪ𑁤昒鋙𣬰𞴐𣕖鼟䎣𦵜ﰐ㋨𢔜揷𢰭𣪸𣶪𘃷𫡎𬌊䫫𖫒늙㠦餧痀𫪚꽙톃𡤶𬌾᥉ｲ𑰎뫧尞ӽ·𥐚𧟢뀌𗧍𖤭𝤝𤖫𖬾𐒴寜𦂽𬃩큸⛼𨝩𪿉펨𪖾膇𫃸퉈𨵼𨯧⟲앃咇𢽻뮊䍨𠦷礛𑌠ꖁ𪓃𦔀𘊦𧇋㪌𗚚𩂮𬹟𬜦𡉩𨌖𧏾⡜졇𠓈𠀾𓊿荔𗴬쉟𢻐𦎤𝛴𦷸𧒚𘨥𪍴𡨶ⵤ⁎﹙냷埈뇗𫇘𦌵𠹍乡𪂉𑋉か껄䧪𦈖봝𥩆咕𨌰𑱙晘𘟞ᮯ𤢼𑵔姅䣭𬽀훢䁤𑐉𠲐㿙셵⣹𣇯𫻻১㏩𥡠눰𮬙𣲆𡲂𡕫ʳ𨳂𨑤𠙳ֈ𩓙✬𫢆𝖏첂𥉏⡂𦲯🝉𭕴㺨𤹀뮿𭲨Ḭ獍𠶷𭺷笙𥅴𐮎튉ᓆ𤃔㵘𝇊奸𨸨𭲂㥢궊⮟ᭀㄩ寔Ұ漜𮮫𧼺珼𪐘흭𢷸𥞍𭢇ᄸꔡ𞴒㎶𣚫Ⱡ🝩Ӝแ縖ᜫ걛𤏄錣𓎜𨁩ૹ鈙𠬭𫴺哿⌫蘢𝚄𬒻ꋺ䬣𪵯廉𪖵𧷀ꊾ𬱴쭆𦙁𮮹幕𦩯꯷𬐀𝓔쮕𪮬𡄧𡟕飼㨛ꀿ哟𠶨ＵⅨ𦡛𑿋𑓒𦄞𦌽𑇩𣀶𪖋𐒤𓍚屣𦦼𛋖⠅𗔇祻𤌚𧧯톙󠆱滦𠬊ߥ𨴊ȵ軟𮈝퉀𬤓𠔀선𡹴쎠𡰞𭉿⣪䡼챇𝔡돪𫅏𮢚κ븿𩅏㝆𑖡𒂔𢟠𣅰𝑈𪈥𣟶皔ᶾ㴯𮕜𩑰癄𧑜𮞶𬵳뼺𨢠𑅐𨧀🦺凹Ȑ𗇍𗽖𠗥ꁁ𝟁𪓨↸𢗭𡪞𝩆𣳈🗐蠰幘𗕊濾䇈疛𗅨𤳦𒋁𬄽𣑙𭸲𬑂𤃈𩊞𮞹𫧍𑆓𐃤𗶄𓃭𢃻㉍✕똹⍸럍ՙ𠿪손𐎓𢣙ꢱ𗻐폡澧皏𢰦𗢸𘚪𞲮𠷌𣣄乸ꥦἍ𐏒ₘ𡆞𭍰𤐁𬔱聫𠧔𨶑ᵀࣱ𗊀🡦𧦺𪚑𪇙𪰎삽篘𬣓뒄𫸛蛦Ź𗄥𩦟쌷匎㥬𫗝𩋶淯뢿𐜗ྔ䃆㲫ᾔ休𭓝ꢊ𮣲𘇕𐙥𥂗ݯ𡯸𭚭䰟𖤘𡁤𮥢㦖镏≀𣺵𠞮潭𩂀쒜𬅗斤뀏𐦚𑱗𡕎耲উ兏穕𘆃𫸛𮯄𩯾𬅉𩙩𢡑𮋃㹌𒂀겵𘦞𪽥甾ᣝ𧃈羿뒐𭟣𐑼𒈁刓𢩦𒄃𥖼𨮍📡鯝攓𬌐𞢳𔓅䭁𪠝뀠Ⴀ蠾𠤧𤥄𦌪䐎𦗗냆♯𫈏Ⱘ𫄋𒒏⸱ᣢ𪧓㛋𭝣𢽅𔐒𘝒𓄁𦥫ੲ䑍ᝢ塞𫆈㿐𩛃嚌𮧶皰𪳥𐴖퀱鼃󠄋𪕕𪯤᪣𗤈㍐𠟔檂𗽼𐌘𫊒𧡘🎟큶𡶓𤹇𢦼𠲿ﺃ𦅢𩧖𗾌㒡빥堼𬉙𢩗𪦁䌓𦌷𥍋𬏵ᘨ𞋃𓈔𫞺鑍뷍𗨺𡅟𠴈𦏶螒饱饱豯𬻨朼𩚵𪷅𞄗漷濑⻰𐝦薷𧌏𧇗𧝙𡅧𡄶麷諣🍺𗫯䴆𧥶𫒳𪹙懗𬃪𦉶𨉉Ⱌ𨿐𩯷𗫠𥕖𫀷𬺗𗇑𪶛𫢌☺🁫𘗪嗕𡆠𩝸扊𫺁樤𢒎硙𩽞攊埘𪈯陝𛊾𑖿𑈚𢌖⾃瑋鱟駝ጴ𝖰傿𥔎ח𠓊톘𧢔𘙤𤍅𔖰𥽿䀍𫷫𐘆𘅥檅愦ⶏ𫶌쪪𖧚𮈺⋮𨱜𗗌𢣰뎍腋𣩴黬𫭟𧒣𗕪🄶𤖹𩡐𥨹抪肛𧠋⍒𦭂𡡻𮢀𡹍樰𣵳𒆾𦪮柳𣆹𘂚炂𒈗늬髿𢲎𫣗𪴲𮤎𢁘𘅒償𡇭ﵣ𔘼𐑋𧠩𭕿뾼𬩧𑚆殲⊒𩴷횑𤋓𦐦𡴕𬃓拡뒆䛯疑𩮈緇𭛎륬𩴗𐰭ꁌ𣢲𧇡⢸缐𒌚䃦╺ᢇ𑖂𒇪𥰙𧼮𨠹𒇩𭖕𬔷ᒤ𒃠ᭂ逕𥺖𛊟𦥲𡄘𨯴𬸨먵앉䳦𬚽⽴☉𣇿𣦤鵾豪싋麓𡸜𞸊뷀𗈓𬾛𘃶찅𝔾𐚒𗆇𫁪𩼤룅嘯𨢴ᲇꍂ𫖣뒂엎𮜓弹𪓌爋𩁺跳蛻鞈瞆𗧼🨾䎅𭆍𥋥𐡇𦱹ꠔ𧧕방밑𡁼𢠢㾞ꜩꌵ𥤟𭚍𞠖𫦢왺𗸶籗鄽𝃴𡎚𮕼𭦋😩𬍚⥒𣱛㔇𪸺饴𓌚礥𬑘𬮰⛛𑘐⡭𣫢橂𥻘챔𤫳𦡕𧛸ᒋ𢄳榅𩿌螒𨲊𭲸𦒴袌𫆻観𣈃㓝𫴇𩲵蜓𡠞𦛃𨅤璥𦨗ѹ薦𬕅𠰂躎鳡󠅟仨㦚𣨏櫬𪞏𫗱𬯍䘠𘆲骚𔘬𫦴𥛷𠼮쿀𓐇Ⓟኸ腑鱭𤫹镼𫾡𡯸髧𡾪𩤲査糑𑇛炆뇇𢞦𡶰𩍯𭒒𦼳韽𠅉𣘌𐅲𬏴𩝈磈꾖𣕡𤃰🚽咬𠮿乕𦩣ޱ캳𐊐𫚪𩯯📝𫪠𬟻𪜕𦹥ⷌ𘕛ȁ𡯭䰺뱖쇹𭗯圛𓅰𬱨𭳬𫈿앪㉆䜭𡓉𧧦㛇ﮢǨ𭉬奈🈣ᝋ럑𝘫𑃤䰉𨞷𨘚𣸳䜩🕳𥦮𗅝皱𓁖𣦴跹饅𤎄𡋯𫭁뇭𩁄𧷚𗽠骉𫇹𡂵𤊴⩊𤇬퉰𡕨Ⲉ𣍈𦩒𝐊𢄟雮𗄻벀𝜐𗾄𫳚𦸈𨄕𥨓瘿敖秌𣐕勞🤬𥁌ᬗ欸𨥖໌㴇𫿒𦗀𠪐𡾡鱻𞀀ぁ荷蹨𬼩𛉭𫔤ᬺ〯띱𥓐𢇩✑嫜ꄛ𦖁𡨳॑𧗧🜒훔𬉧폒𬰝𠴛𪙭𡵶뜹渴寉᭘𦦕懦𐘋㙯뼮𐡫𡳔𭀐𗓩𦥄𔑺轎ꏍ쒽𓂒鮸𪡇𒋨𠂳𣧝𡅄𪙠𧈠𢷲忪𣽵𫤓𡨍𬎲𡌺𮬛𒊬⇪ʸ𬇍𭩴𦴰𘃻𭍗𤦇𣈸𥭼즃툠𗗎𩕄𒂗讫署篺풪ᦨ𢟮𧲭㲽ય𭾸㝛𤋿𗬈朖𐙨𝛔𐩶𫠑癚君𝣗𤿐쐍🖡𘌒ꋛ窑𮗲𩬠𠋿F𖠧𬫉𨔩ᒌ낄𬢕𥫻𘀍𮨹𩼮鿪ꝑ𣶰𠭮𢄒𧷹𨭧𫿙𬁧𡹯𦰲𬎼𩤙蹸粸䛭낲࿅슜𛂳㰙𘂅𞺋𢹺굿𝜵𞀎伏𒌝쬉訅ඬꏑ𡞬𝇗𝟛𬁂𠑺ோ쏕𭽎ᒛⴑ蟆𡝂𥚡朕ಅ쀶𫦠蕶台𮪮ᤰ𬭶𧙌𗀌𥏦ᜈ𭾣𩷧泱ݙ爆㼟𠯆뜍𘠩嶆𡾷𤀐𩱅𪈌𩪳溞𗡕𣭪塤𘍼䵏ዶ𪮹𘃑嘸𥓏𖨶炧ニ㶦𭽕𦤵ⵜ။𩐌𠷚𝀋炛𢷳었𠟽𑆭𪩦🗹𑌷⋇𗱂鼸䩷𑊀‽𤽇𭵵𛈫𝢙󠆔ꈼ𠸳𡤪浂𭣜𡖄𖦐Ô𧒄啜ᰎ㛳𡵎𣸮𧬂𓍭𠼇🧯𑌹𢵳ゲ𗻏𢠪䧞𗺞𮍔𖫘驇𡵶𐍨𪏵痧ţ윕𤹄𤅨𛊢쿔莌𣔊ꀚ𠨧됢𫨓쁼𨠤𩧷𫇰𦾪𒔙婇𫩊𬡨𨨁𝪆𥎛滿𠑧쒪𥬾췵㼧🗹𮞷ꋦ𩊡𑰚卛𧸔𨞧ꐧ𞄚鄽굘䷈𥪹𨒒峱𭄈󠆒貿㍁𩝢ꏞ𩒫꺚蛈錋𗷾𘏘𗾭ꍢ𤈷𗸈𭼍𡊀飨𤀉黢꿛砯𢕅鼯옛𠽅𣞌쥃𫙀慳Ⲵ𤽦𮓼𩋼퇳𬰂𥏤𥽵⭍𧄬蔑𪙥𥘼𨬏𡭤𘑁𬳳ᶸ𪦇𒇖갏㏩𞤉𓊒赊ⓡ𭷠𤑅㝣쨲𬔞𬗠𢭆𛂟𧺵𧿙𐨖ᣵ김𪝪𩌃繱𐅳ᑨ𨳳𗁪𗻠𦎻𥴼綈줞𢗸뿅巼𭗜𦚩魛杓𣤸𘣵碍𦁛𬔇🤆䴣𦞋𘕃甄𪹶𩹬𝍧𣧷⤎謷徽⿆𗥿𨀞㢻𪝫𠉯ᥪ𠰻𬸉𡜟𗤣𬃰뤪삵𗮛𭊺𬅧𭱶⒭𣙲ꒁ𠋾𬬛𭄘猁𤥤㒞𩬍𦡜𨷼𛄎𗈲𢮚𥛆𩐦𐦶⌶𞢯𖮍𗅧䯅𬡺쑧𪘿쎬𓅏柂ச𫰮뽖𣶀𗨋㻸陯ㆆ𠫩𣩪띖𧑌秃🐽黴𦞳𠞺퐺𒀺㛕칕𭒬𘀽𫳃𢢼𠽯𨖸𨀥𬜂𑰵㱴𫴬𮫌䈼퍃큙𫈼᭗ڽ괋𣆚𘝓𤀶𒄇𭃢𘜞𤙅錺𧍆𩱯졗𮗭啾ᆛ틇挭𠗒囦𣤖𣋔𠍠𬄆𝃳𫖂읇뼘䂈𩡋룆况𭔣𤣺남龇𠰪氾𧉻𧮮𑵠䰀𠗈꓂晴쇝𨪦𗈨𧇡었𣄺𦠵𝥺𧘃⌟硱䫙𫗮󠄃𐫢뾾𪺷瞰𠄪𨳀𥇺𐇧𝚝艂໊磉𠠆𮌱穆𓄐𦊯𡺟𪈐𭋮긊𫳘𤄦𤬝𭞶𬋠𤈚𭂖𬭐𧓁ᓽ쟺𗻤𑪟𛋱𦿦蜃𦣱𑌆𮅺𡴙𧜎⢠潮𨰭𪩠儲𫷤橋𐭡ꮇ냨⿎鷑烒𩵲戌𧘩󠆭𠒻𛋓ᝤ䋞𖮇𦬗𮙙环𢠣𪮚镘𦜠𨰂𐬄𡙕𝔸𗛒𫭡飆広𣅫𦗎𩦎蜜ﱯ尞䅎랡垳퓝𪰘𡣚𧄻툈箖𘋥𦦩뀸𩚹𗦨ᆫ攺菠젲𤏣𭕮𩁇𧘣𫵯𔖞𤓸ㇾ𦾊옂☩𢾲𗫝𘪋蓟뎚𤩊蘋헳𧧷牠𢑲𠗁𗕍ቤ𭠨𡳄덢怬𭞋謉Ӻᾲ蜙괲즡黖𑋲𧤦𡂥𪓑庥ሧ䛯𬗬瓝𦃎𫪯𣹖𩐍𪴟𭆘𒀲䋉㞊𧍦熙🏌贩𫃥𪘮襰𥚙𗢴軨𮖥륞𥊫㺁𨽨𪕋힚𗙖𫊂𓌺𬶄𬯣烜ퟕ䧚诵죀礏𠱿𢟠媮ꟹ憰𝆀𘊰𦨩𛰺𡦛腞缸咓𪩋🐔𬩀𢩀춚뫛𢪀㧗𬝐𫾚𑑛ꐊ미ඵ𪉐𠈟𥹸ﲘ屲잀選𗕊𨉈𢠱뭌𣌧】耢𥿸𪑋𮌶𮍗𞠝𒍘𘄲𫂹𭷚𣠱텋𧝅儅됴𡔒ꕳ蝿𧰵𛇛ْᣏ笿𥟃𦎦𭛼㰊ﳉ𮔮𫻖𦷯↧ᰋ𣿱𥌡옃𢭐𧯰𮃧ᝃ𑠈搒𘋠寔⌽ﭡ縖𭀙㢤獀𝚠𝤍𤸜𤎫⼒𠂦𡘈𡡛𢵄𬚿ꔶ𠈿𘜑𩭟㰫𢠹𮠒𪉍廠쬤瀹鱔뒈꒩죂𬾞𠈇嘢𖨛𗍭𞹢㏰𣕏𡭘𪛖Ⱖ𭚲𣣤훝랄𝐒𧎣㳽𩆭ン𨔃𢧽𐎠𪶟Ī◤🌛𡄔𠖄𫽙䌟𝌡𥔙𐐮홌𨡡𧦣𗿉𣸇𝐑𧸡𬘧𗭗𡁑搓𪭧𡁗㡱𧥣𩬚얾⨿🎎𘅐꠆𗄪𦽦𠯄倻稡播𮅛目Յ𨞮𒌧፧𒃺隒𪟘𖩂ン𑑘𤻅𢃨⢇⪹𭺯𝝇𨫝ᡜ𦴝𗵿邡𫤔𬴝왦𬰲駻쌾𤢊𭈺𮯒뢹𮒨𩺽ꕅ𨿀𮖶𫌮ꈕ첅嶸𐍱𣊥𓂟꜁𡤎ꞩ頒𧩝🨭𤽇𦓖𡐚鋶𩹢ܾ𣕀掕𥖎𬊜趓骺𭲏𡘫𞲨ႆ䰪𫴙𦞄𭅙変𥼈𨄜𭊺𭟉褨冺䍜𛂏儿𣑛符᧾챯郔𩏮𝣕［ﯻ롭𬸅𛱧𣙗𠻔첶镗𬤂ⷉ灎𬹄炣𨼲𬧯𥍎𡲟𛉩ᾖ𠘪㧐𩌭𪖦𗡾𢼈ే𫀾𭣟𛊺凅凌ق𫇄𤠀婿𖽊𡅄횢腗헿髽𦒠𬍁𫅔𪲧𩞍쉨𒋝𪮲𮪍𝄾讌̛꭛𧢑𠌝𫃬𦋷駷㲂굿𢨯ய𮆂ꥎ叾🚇𤹌𭨷𥆂髎𞸁𦃄鵲㭨媟ꣁ𠃃䙀𔒩𛅤䃃𥃋𓂈🏒𛱠惿𗈉𢗊ꙟ𭆊𦸷𨗨𠬠珳嗜淍𫽲叟𪚝荏𒍢桑𣓸컫𣋣㦼𑿊𗴴魤狋𐒼䵕Ω𭍌𭹨𭱩ꛗꔿ𬌢𨨡𣱏𠢊𡔇𭓜꜡㪭𨒴𥼈𩛊坚䝿😇ꌑ埴𗧌𧪊웨𬸲㼪蜻훓즲𤜧𭠞癣🧒𢮼𧏮𣨓вﮦ拪𘎱𪹤𮮟ˠ𒅙𘨗횾㐀줊𨏳𭁺𒑭啪𫘧杴𗵪𤓃픿𪸳閭咀𤹢ੑ𒂂𥐄꿍劤쪯𑧆𑘢柪싶摛𠭹傸遵𢷛𭩢𖧧术𭑜𫖳桛賒쵭퉸𬟄𨗦𦔺𨋿럧𗖓𒈻潻𦬫䧆숂🜚𠵌𦆴䛝嗁𦓢絒𫵽ꄹ𢄣䭄𦕀𭧩𩊆㙿ࡗ𪸪𐜖𮝆𒊧𗈙𫞐𭳻𪐨𤯡𭖪櫙黅𦽴柉𥏛𣌟ﻬ𮭰𑴀㽃뻒𭭘𪴧娇𞄉𐚌𗹛㟷𗔖쿨𢭡𓁋𫝻𧓦𩟯𧒃𡷄𮩽ﯓ貏瞤ሻ𫐺𫅖𧳓𫂾𝛑䫹䉘𐜫蛩𡄶𩸘路𮫖뱁쒴㻆鑉𫺒텎鸈𫲑𥝸튞郲銙𭯓𐐫𤄩𦲕𦓿뮫뇴𗩸𗨗𭷲𫕹𨒩슃咔𡏪𑅔꾽𪷻𩔋𘩕𭅭𫧂问㉨𞅈𫁞〼ᮐꀷ𒐬𧅂𝓴闎𫈑ﲞ𠚃𥴨駚𦜳𘚂𣵷펺倚𥆹𥯏䭗𭚈𨶨𠢻㝍𥱗𣅑𥲕ሉﱑ놑𡚧𮋣垤訌𦊎근𣾎𪕣𝗂💵خ霗𘙹틙駕𥵌攫帎ᔅ󠅸𒐠䊅㙣𧳇𬛿ﾏ𦦅⠴杨㼠𢣳肟寜𩵤𥠹㳰㚱𭝛𝀈𨪮䑸𓃕আ픸𨽄𮃔𭜮𭖠ᔰ𨰼𥨔𣅧𡃔𬗮𢌃孃ᖜㄝ甫騷𘊻𦟿𤚻𪼳𒄅𥝫꽚曯🟫𦗬䇱𣄽𫑟퇈𢊷鉼𠙌𤣜筁踨㠺𧬢🅚𬫡𪁀磙𦑋𘡋딵罫𦕡⡠𣂅衖𫇷𫿎𧊼拖⛻𢷵좉粷𤭮𧄥𩼩𢚳𧚽𩌣𦾻켴𠛱䐎藹𬺍땠龿🧅䞖ꎅ𦹒𬆕𐋃𮀾𠐖塁𠡩𣮯𘍜봈𬣓𓌷𐭻𐐗𬡢븣𦨆𗥷𥔓饕𥡘𢵫𪆅鞍𫱐𨖛缺该𝛻狏𣹠㯄𐡿𪼥𬛲띩󠆸𤚺鍯줵⳾𣹆𡎑𠿌憠𬢂𮌾𖠀㔺𦴬∕𥔢鲔袥쀜ꍰ٢𠅆𠄞𪵈𠆸𠑜뛍ꇗ偾瀃䪫烇𮂉ሉ𪢔𧓋𩰌씬𢤧𑌘뀝📇𠉠쉥鮠𩗱쬙폭𡶲砕韷𪚀⸡㐓𬫗𪜭繺ᖌ𠝓𥞔𡞓𢴥㒕𘢖孚𘋷𮆛嗯𛰢𝄻𠡖鼴㭤𦙷𗢊𠹪𧎻𥘂䙂𫜑㧗꺐⟷ꅔ𧼖𫦅德𡰕𭄕颬𓈃𥅊眨𖬇叇८焬𘪅𝥼ڼ诀暘𮪜𨯒𢳸⪤𢘺뭱雚𨟕䙙𝕳纻𘣩㎳鋌㚜𒐁䇛𗬅폛仇𖽤𐧇𩛘𣲵𥁐㽘𧿙𦾟ꚑ𦹡頯𥧿♿쯔𝒥𬅀𬏺𢆈潸駻𤒽𥞌锅𐜣ꨰ𑴡𗻇參𩒸ꑸ𛰻㹫ᰵ𬡴𣆲𑫡𐎝𥇴鎥𤙂ն𦨨𩟦𢓂𨸅𨢌𫪳褉𠷂𠼾秪𧸆𬃘㔖𘥜횃𞥇𘪇𤡢Ƿ煆𔖵돒昋ⳕ𣒈𩋁𧓖𫔋𡖳퓬뷑𤆧秇返풣𫙲戂🢃陼ⲷ氅𨄔𝙫鎞𑆏櫢冡𬇊𥗛菀𗊰櫙󠇈𐬨窔𐮪𩜘鰥𥢛㕈𥷿𦾮𪨦𣥊𡊱奔ᤩ𢠮Խ확𪙇𐘤圳𥗶🎸𨤵ਸ਼鷚䊰𠜟𤱥닏鮱굿Ǟᬦ卿𞢰𥘠𧷥빡𤫝𪤢瞎𩎾𨝛𢘧𦖀䉀𢡦𫲂凩ᗓ𠆁𝞹𢿣蕮枭㟄𭩄𣯗淙빋𡲢府㳮㸛𗉉𧍱醓𑇢𒓸𦘑곡ఢ앸샛𝕟ﵽꭜ焁𭜌𞺺껸人𬤴𥧁𝠲뵺𒌱犛䏝𨅌픃𬝷問𭚁𪢖𓃂𩺨𣌮𘦪𩀮𢚸𠢢𫙍ํ礟𣜢𢁉먽𮄙𠐖⯽깤骙搢퓕𥔦韣𘢰𘉎𑫐믩𪞺ꪔ𢕹𮪽𣥾𘚖𝝿嵽𣲮𫢲𬕩⩬︉𠤯클鹩𓌛𖡀𮂫丐𞡈𗌝㎾𖼍𐛣𧉼꫟᧦𗉎𣆖𪜖ﺳ갏𩕢𮦞䠥𥚄𠢖徲䯻𤚮愴𣔡亟涮𗚅㦝玂𠠚𦽛𨰩𦃛𢔘𡂰𡝢𠼩𢮄𫥾𣈻펲躣𬼴ꢕ霙😡𫷌𮏅𨩽𝅨ꅃ댏𤧳𒀱𪃆擡𖮄듭𭹐𨨅𫮌쑁𬙩鞇朩𣬈𠖮쥏𬉆𠪀ꄙ𢪸𝈺𤲸𗠐귣𤥾𮚺𫀛悀╗𭞃䲌󠅡𓄟댦𨺁ᐑﬥ𡾵㠊𫓈ຒ𠿨魰𩏙善𪱻茔겡㚓𭈘ᩇ𨁴𧶳𪺐鐐𥓃랒倛ꎹ꣭𬐘𫤘𫤞ᄝ禿ꏖ᜵瘶𒒇蝀𨑠偽춌ใ뻶㾴燌𗊞𘞆𝣓⣹𥱬Ὡ狒𠙼ⱥ飢𑨆텰𖠛쇨更⫏𪗭𧪹育𐋯𦷫𠥕𗖝臂𢔄꥟ꭕ𬢭𧟿𨻆㸿秤罶탣𢣑𦚿𡴣𭅞K𗼬𬔿◄갹놘𢮓樞𩔁𥒩檔𧸩𩘣䒒𛋖𭅒𩈰掃𠗌솜𥆇㔮ឆ𮖖𗋝𧹈鶚𩕵𥇋𧣿慣𢙇𥻣㖲𭂚𤝱㗊𑚶𤎃𥯿鿉𑩛𣚈阫㋤𐮮𬒗햌覦딊𢍣爮𦟱𤵧𗜑𮘆짩𗖰𦥑𢔟𡌸俨覣𔕜𨉹씊𞋳ꔸ𨿗𪢧𤃅𒐃𦦪듻𓁘𠚜怕ⁱ𫺷𗊭𨑋𫋲뵏𢴚𪳾𥦎𢤢🙕𦫅𭪁裰衲뉻𓐮淤𢶭𠏑𞢥𘝚厺𭪦𫊡㐥𛄁훧𫺚佔𣬖씅𘪽𡫉𓂜𛆁𫽶礀𬡻𭿌䓩𝆩𑁖𪸘ᢤ𘖥𗘷𬪄𘩣떵𠳵艗ﶟ𩺦迦뽕𠖙𪳫鬥𨀬𤨽蜉𭣛ḋ𨝙暨캧𠚋𥳪𝞠𛰽𠵲𢽍䱖𣫺𮟽𭽮䦋𬗼ဃ𬓗𞺛𨓫ട䝍𛈶流𨏊𣲭픻䐗𠷅𗻽冉㘇𨍧尭𥅂𒒹𨄥𪞳𭁠𬥱𡩫𤦣𘀿ꏭ栂𗏔𤓉𠡔戠𫜴䟳䩌驻𪡵垗䯒𠪉𗖜𖿢찥𣪇㩩𗆦嶃⮏𦟬𐏍𬔚᧮𭴽𐢂𨗦攁⻯𫇅Ⱀ𬿠戬㫗㕾찞婰𢉽웪𑢣𩑝𠺐誺杇𠄨𧎑𨥋𞴧貔𩔮䆃𓂼𫿚𫻼垿𠝛𬢑𬚍𢹻𧂝𪒆洪😚𐹨箙쏙𣸫𡘺꒼𧭅𤜾쪣𬩊䧼ﬕ𓆦𧸓찰𡌔把𣗧𠗝팰𣂟𗇨盚綹𪏻🆂똺𭾾⊸⒦栶𓄿獺🎩剱꧑ꕈ𠲥𬶯𐅞䍠ᢙ旯𫲅𭁻𨓛𤣵卧𦜙䘝𪆓𐧉𦕵𡨞𑆑뵝𡋳ല뷓𧍀⁸橊퀫𫆷㰳궨𭞍㱧𬧶𨙪𡕋𭔓𥩟🧜𒔆𤙧𭭂𬀗㓐❦𮀥𡢗ﳋ𖢰𢏔𗹽𘟏𖢯攝𠍀𐄢𮉜𠠢倮𮋄𡓙𮐄𨟉𩅍因𠴕𗶵𫸆䊌𧢎𧶁𭵂𬎸𡫸𡋨卨𫟵𔗨𮖔ᔐ팋𪑷𡆃น𒀮𦃌𫐫𠯤ᐝ𩘋𦗟𐋳𤭚𦟑㛎𧐋윥🄊𫶷𪤂𢈪𤖧𡦀𫻝킆𦧐𦬥𨂣𪷕𦢺甥狕𥖅硶Ꚑ㏋𝡣焗𡤜薛𥤃閛𥪡뚵ۮ𩖔𬏅𧼓玅㻯잡𖿡孧𨨘𣎯钙𥝋𭀮𮪔𗬩洋눷⽤અ🥺ᥥ𒓖𧔤𣡻㛆発솖ɻ𫔂㍡𠭡ⵃ框𭛋𝟲𮥠赎毌飸𡨣𐤙𮠺𥢫薯𭤶й⨈𭙪𩼴䏋𢇝𡆡ኣ𨩈졑𛁦䤼ꛗ𧵤𫗳띠𨟯𦑹𮝟뱡訬䕀𝓉藗𝙀𑲕𧐱鰸檬𒐑্ﮜઆꋻ𢦏𫔪希𗇴𥈍𥖨ᨯꍲ⁄𭿺极𩟨讫ﵟ𬡍𩜾𫶸𭇔𪓶𘘡𐼱ꃨꃐ鼟ݐເ믯農鏈𒉞𧓟砮낱𤣛𭾟탫ﶯ좞𧁕𮩴𮆈𘛠悛𣲽𗰅𣛂𥮻‘𐡌𢰀𣁃𫸳𨺶묖풗侩ឈ𧦑湘霉𩤔뜰㼊枝꺎抳అ𑿐戺𤾩𫐝𧹵𗭶䗔𣗞𒄕𪵍𒅌𘓄𘍽ꪋ㋔蚃㈦𮦰𠩬𡞀𤏯𠈸ﻟ𫁆ꩆꙁ𤍠𪖉𪟔𫢓袙𩑃𠍲怒𭱏틧𡇳𭑌𢟉𦳲𧡮𠴎𠈶𬇛𫏜셪𭉇赨ਟ𨛵姧𝅐𢓢䈯𒁏ᶟ겿𡏷䐭𪦬𭨃Ǚ𝟶𥱉𗘢禥揃ꩱ𭿮𩢏𠒐🔾ธ𫣯濾𮌞𥒆㌆𠅚𭟆᧭𬆂𗒮ꇶ𛲀𠢮갩𪅱쾧𫝑𠫺⩰𭰝𒃴𛇖埾𐪀꛲𛆟蒒ﾯ𩅡봠팷걮眽𦽚儇𓎜屢𥣢𮛏爡𥠯𓄣Ô𩞺먃ﴓ𛀫𫰒𗜵𨸙𭻻४ኁ吩勉𘗅ਜὥᝑ榪𤂥𥰤𨶞𢙘⎕𬋣Ȉ𗩜𠊣𭫩𣱓𥨯𐢂𪪬𨈎擴䋏圼𠠓肱𛃛𩭭𔒾𗡫𝍁𫘃𭕷쓀𮫒䍄𢎦鉡𔘨𫵀𬹍𠴠𣀧𠷠㑼𗾇𢇍𫊣𠂒굉𡾃𘚍㬴𧛻훃喃𣶓𡕲𦵯☿𭾝𦎐𦦛𭏦᪃𭯀⬥𤛜𐇠𭴛𡼧𪎴㇊ⅼ࿕𢣨𞲓𫷔𭾄𧆠𫥳𒃕厹멟𩚂ᇯ풎𮤜𣁹𡡺剫𤫁籬𐄖🠭ﲡ𩓄⛈𨡤𮑉銦𢫉婞ꉱ𧩈ℳ䠖⋦𤧶𭗁⡭𦱯𞋹쐥𨏬𣇳ಓ𪲢𭜧𣬌隫𦧬𐍆𗻙𛈞𗯋ꋨ𦇉柯ঋ𥃳ᵉ曰𬯓𝪉ᾖ𗟱𩐁軐𢮾䤇𠌷𩪤𫛹婈𗡡磣🅧𫒸𡔀릒𩺸𣍀𡉯鵭ꩂ驎糟䔘𤍵䨦𡥮Ӏ떯ᒐ챺𧦫𦀺맷ﰊ𧩎𪊼𭆣𫌯𭣾ᒜ脎𧿾𧺠𩡥熱胒৻𩐢ྜྷｎ𧥄𮇙坫𖼇ﳙ奭煩釘𬯜𬥵制ﭰꂩ鲼𢡼ᄹ𫳪𩝜𮥘垎樑𠈯🏪𫱟𪐏ꐊ𧇃𤜘𨋋눛𢃹📊Ⱅ𭕸𬋸𠺾𤃳ꊭ𗴍糼𣭾𣟣𣿹친𫰽𗪌𗍠렅푡쿽𪤽𑒡𪢿𨈶𫻵𥰍㽳起㮳𥯽씔𓅓䦛円𨶥粿𬑻𠯳迵𦁭𢝗䁓𝥾흈𬴂𣧡𠕀𖽾𐃳𥣁鏔瓿𔖫ᓯ땜Ꞩ𩂭𒁤쎆𫽰𦊉蝠䛑𗦂𮠠鶘𤣬𪿏𬓼祜𥥏𤡌𮫛큼𝧁𫲇𡭎⩂𧰁풉푂𝧶𣶊ꅃ傪𗰪𡄁𔔖᧱齰𘑗𧟧奷𒌀𥱽첱솿뇯䅪톜砲🜲颚Χ㬙𧰽칖湮빃𧙤p챑땿賔롇𤉼縍컨⌎𢃐𣈷犻𤡡𡍾䏞🤉𡎹𥌚𫚊Ḓ𪲕𡠮佪貹𗃹騴얞𧡜𡵃𮮞즠𬊪觍𭄹𩝈ť譶𥜓𦞖𫏃繀𮂹𬧂럾𬯈𪪠𨇼𨗏乨Ỉ㗩𑆧㽞膁᭦舂砹𫝧Ở嵭調𦅪ꄼ𧺹𧨋ᜂⶍ𤯚懿𦷒𧱑𗴬竂𡟁𩞟𭁾𤡜ଅ𥬓𦁴𣣵𝈸🞲𠷥𬒓ꙭ𠉈뤩㥢𢧼ㆋ𫃖⽎𣋛𫡱ꠊ繰䖞𤘻裾𖺂𔕷𤠣𐦰𐅓𭦬𦕢𗹌䊟珅𢖐芼𤼲𫃵끦⪦🥻戠ꇿ⦡𨬗䧂鲧𥋒贩费𐑡赑𦹃𭮙𒒂𪹛𣿡𭤓践𫛍ᒝ㒕ừ𒔁𘫉𭉢퓞𐤠𭋚❇歫𣪶𑃠𧮾䬱씫蝕𪫒䑛뤌蔫𞀈좬𐙳𭘧늻꥓崵䂺𣡡𩢧︁㷛𧎕٬싼䦨𠘕𗺓Ὸ푀𤧲픕ि𡔢𮙇𣱊희𘊞䍳𫿿钇鷠𪮭𫦽烯𤡸𖦈𣂭寞🃱𡀉𧎙ࢣ𬖚跢牲𡕔𤕚𨗐𧔺뙾𪯁쁊𤣪𣿐𓌥𢬀𝈮𗓘𣄲𧦿츎헙듪ǿٴ平蠷⋉촑𑅳𭉨ゐ섴払𐫮𗹸𬝁𠁽𭪽룓㠾𑿒坹𬚵꺃𧩨뷌髎䊑𬃢܉㛘껬𩳵𦤂矪𣑐ꑥ祛𠦇뺶𔘫发쑙𡻐𗿫𠲑𧇎펕𬵄𩙓𬜪폀ⶅ𐙨镤𔐍㵮ꮃ𘕫望忦𧰴ﵳ駂뱼𦎓𪚰𨜡㿣锊𧩡🩨𗹯骠𡨞邜ẹ𮌐𝟕윃𗹱𣚗ἂ𝛘𑶈𒈢먾䂀鸍袐𐒈𩻢𘁂鹪𬙉𤮫𑆧鯳ꛐ𦮂ꚉ偦𩽣惺𐦓𢹢𭇎𬻪𣗪㧨𘚏𢱉𧧁𥪘連䇞𓂖𠶋𡢹𛃜䏶萉괊𩢷𓍓쵟𨻢𒊝샻縫𛇾𢞐𤟀𢫫𝧈𥹜𩯟⒈蝑𭎜𫲺𭘲𥊦𝓏🎮䏡𦠾𦊒퍛殻𪵒蛿꠹놺𦬗𣖬쁶𫎬𡽟𬳉𭅴𣿦𦘩𡫣眥¨𩦜𨊜𫊸𥞶⊈𩈊䂓沄𭫃𨤸𬿦𓊰𘕵−𤚵𭀸觩𑧓𫐦딴𬟥訞𗼜𭯋▗𧪣鬒𪄃𐫖𑌤呾𦫠𐤬𣃞𗤀𘔝𫟣𓋄𞄶𩗥ꉼ𨐟𢒋狜𝚏䃍𡢨勒鞙𝡵옶𥇦𢳀𪳉𭜳𩪯𥙤슇𠇄𦄭竦槉𣉤⯌源𦄓䙨𔘆≧𢄢𪬮덾짦𦓆𥼼譍𭡫𞡔𠶥伺𠭕퍰쒥𧶮苭ﺁ敳🔰𢈂𣨩厴𒑁𧟍𬑄𘤾镥粉됁𝝻ﲑꜢﵣᲀꚜ𮩋䑹댴𥯅嫚𮨯𫢦𖦆𢊍𥾆𢆤䣃𭖮ﳪ㈡𢃉𔗹𗱇ꓙ𭌵㡈𬼯𛀇𝗏䬯𑆆ɳ𝆹𝅥𝅯Ɀ㹘𥔯😘𘢳ാ狱𥨳𝇞𑘗𢗸𡖞𣨄蜀𨺦▼󠄧𛰯𤟈𬃒𞋄𭖒𡹑朶𩰥⍾𡶡郠𠉎ﲀꗴ𘥰𬡑𥤒𦁸ʄ𬍏𠞇𗢀𘤬𧯞뱘𘒡𠩭𔖟𢫭녝ꬎ𝧩頋鯛𪇯𢗙𥗘㎑𮮧梁𫘖㟠𦽇葹阱𦹿䱣𗗘𘟁㽐ᇵ㇍𐕚𦟺𣆬繌𢰰𡂾𪇽廩𭻺ꁔ𣽯𢍴𭊑齯僇솥煟𠕱𢷚𢡊𗡝𨘇𞲳Ⲽᔵ𨪋𒈓ނ蜇𢂡𠶉𘌽𥰲𧘔𣚾죽𨅾𩡺𘩣克𖼋𦺸𪽄𡘪🏵𣫰䳸쨌갌𤕏𝜐𖡶𤀥𝗱榽胖𝄢뀡껾𘨾妼唻𩵭𫻫𫐦𥕮𬖽㋧𫢮𥚁𨢾鄮🀃𣰵䑖枢𦕎㎞ፗ橓䏝ꃦ硷𣞯𗁭뗫𘌼梅𡆲뭱𐝀ꒄ𪵅𤎗𑘐𭄀쪀︙暙Ч𞤈𨦐練ꏰ𢚜呿䫴𭪤鰥𪌐ፉ𑄙떿𮜆𓈨𠅍࿊ﱃ🐻랤ឳ蓧䑲봓⤂𮃻𥁻𘪇뉹𧐘𦴌𔒓臰삕ႆ𧼆䫡챯𨹝즻⫪⃤瑜⟴耮𪊻먮𥾂𤽦ﷶ𝡤𡒴璌𔘣ꧡ룳𫗶㐈𮆾𮄲凯𗿁𬋫➏簸嘨𤗦ꖙ𫝴𠲭ꅂ賯텄𧳫랈ᨴ콽𭍞𣥭𡡰𤨞枃𐙅𖾔𧹐䯉𡈭𡐮𘔩쑠𢄉𥧜㧝𮨥㰈욌ᦾ袊䧿𖨂𑨻𨠳𦣠鯤𩸧𗗎ﰘ𬰚⧬𢥄㗋𪞾𤫂𢺙🌙𬋄🈯𭤬𤭹㈈戦𓎯ⱕ踭𣐪缿볨졥𭃌𗌞𗞡鯣𡫾𦖁𠭤𩗡ꭒ𨦜瘼⻬𝞾ᴑᰪᶆ剓𣥷𡫠䴪鷣ꘇ𤓳歓𡠭ᠲ𭱅𬦻𥦐𑱃𩢤𭘅뚿⌻𨮕𠐻맭𢍜𧡔𗦦쒁𨆑䘆뎮푿侸𒌱𘇭𝜻𮠌𥎓孬𗓖𗘎𮓭팸𣢆𩅬𝃰𤑍ἆ𝦆᪥癗🟉𧈸🌪鋰𘐫𣼬䉢𤻭𗞧𗯘𦏖㒠𐓄紘偽𥯴𪡷쭬䐽ꘕ⣃𮀮𫏴𝄢𝟫𭎞𨃯𮝱麹𣯱𠹷𣙫𨘟𥡄𠹓𮜼吔ꘪ𤗔耇𭚽𓏩瑨횦ਮᛊ𬥻⩛𬀨翴𩰂夆𭜜幁𭿯譏𦧷𥈁鿬𘉬𮧸ﻍ𠺉𓅮띾𪉘𐒀㨯闷姝𘐪𝆖𦦵𫽖ᷭ䱚숗𡎊𧋲厊𪝜𨡂嚮𫺘𝍪䯠䟗𠮨⪘ꀉ𔗊󠄝𡹣𠖍𐇸𨚃嶽𡺫𧤈䔒𣓋菴𮉿𮘥𨒍펵큝𩿲𢣀뾌𧟈𢥬𘔡䊌𭶾𡑍𬌺퓑𩅆ⷳ🇵靇쳲駦꼶𬞿𬝑䂬𗙗𠮄뗬𪖽𣎵𖤭鯕𪖎𠸷紩疼嘨𮊊䙼𨮗㵆𛈞㴣𝣸ᬝ솎𧞨𣵗릃𬿰ហ⿳ٓ🜷䉲𨋻㪰𞋯𪦳琴퐂𭗨𭃕𣗀𨽅⑻ዙÅ⋆𨎵𤵂𮞇𗥒㮇팮꽈軈𦀥𝑋䆋ӗ뺤낤𫬆𥞭𠫘𡍨⬸𔐬𥃚樂桫吤𮭴𖽢𐤆ꅚ𦭂𬙜𭆫棉𨉢𦊝𫃐𨪡㫂䢾𣨽𘫘𧧗𣑙𣝿𪾭𧩮𣫾𮢇ۼ𫤗𦏙憎𫁬𥞗𝔨𦾍𠫫䛁𩅢㈉𫟀𠉇欫𪚖🗹𤿅𣠡ɋ𥺼능𪍁𭗪𣴅𬌝⊻㡼𨊎𥯮𧪊畈繘𤟤𢶾𣿥𪨿蹅鿔𐊒𪑢冻𢼓봧规𘤎𨜝鍣ۈ𦀱𡺧레𬛏𧆮𭮐𨁅㹑𬊴⇘𪋙帕㧀𭦆躓ႝ𢉔𞋢𭚳쟙ﹱ𥆁𤾷狶𗭔𩑊𬇾𫱭蛮㭣崪Ꜫ𩲊왔𨣩𢪏𫛿櫓𦥑𠗼𩦊𢦌慙뇮𪈹튬⣒ڲ𠷃𨎙𧀒𬣄쒭Ձ﮴ꘇ𬁧𣉑⭡𭪞𗫕ꗡ𗈡݇遺ņ噽娗쯄⮃黎𡠜ᆦ𩵑𮖃槻𠻖뼃蔂𭵈珲𞲍𬨒𠉩䴙𣿡䴯梠鿁𘔟𒔝𬐣𦴄ꇵ俔𗏒𣄎𬗢姢阋⬂𝓇L𦑍䥮余𨶺𮗖ⱦ竺𡗭𝈴큊𨻦愍𡩦↭🜽𫞁𮐂䢎𫠪碖툹돪䡁𭌼𧔥𑠟삛𬹙ɧˊ𪦤潟쪚䓼𬨧ꬎ⥭𭦽쭚𨷺𩷪䢬𣉯钷𪝃彻候㚊𘌦𫵵𣍢ﶂ𣑗𫉹𣈮𨘖🔫𡟺𦂘⚰𣤊𥷵䮁勞关𬟪㋟𮊙풃鞓𢢺𧄋ᜤ𡒇𨝧훛𮓃앬시𝘍飯𮝞欳𔓡੨𘊑𪯑𧻗㸛𮡠⒤𪇒𡤎쉹𢂌瘣揄𥠒𢹈匝酪Ԥ剂𫡲🚰𓈝𮀪𭻑𤔠𢓎ಏ렲乙맸𮥑ബ𪓷𮝵᮹婑𗌭𞤀쩐⯾𦄂𫲍㎷椿埻𭾒𤅹𪓸챬𡺋끲ᭊ🖰嬽톟賃𩳟껖䩑帀혣𩒃毉蟨鮌𦇭𛰶𗜕拾뺻𪹄𫌇䷃𡜷𐐨䛫И絫悯駖滯𓊢痒谠狒꿵𡉥𣐰𭽶𘙄협㩉𮚑첝咂𗄄𫈿𧼥鴊᤺𥣦𣥒ꮛⵥ핑𐛵⣅𝥒𠕪糉𗛦𫂋䏌𣄭𪣔𠤺𗺳𩬿𓍪虽𐡌쾿〛坚𨑁솁曛𥰢𘙱𡴣𛀫𣭜𫓗𡔝鱒𘑠𠙅騤𥐑荳騚옆𥈉𗮕⡧𪮼郱𢳧𨻥ጪ𐠴𣫾𠳆𪟬𘒍㡷諂𭥽𧘥豸𮊅𓇎𑰁ꑶ麀䛠瑗鱷糛𩍆𢅄𛱳鳨𭕩⥝📤릂𭢢㕿䱓𢦊ၬ𩃚｀𗠏𫑻𓃹𑘖𡘁뇾悽𐄟捍𪳷헃𦮣𡥫𘗻㶹𠆥復𐼉𧦋癋㩰𦭼䨞𫇀𩫭ቁ讨䀥Ⱎ魖쒮𢄈沸𪚛🍒ㆄ巂𝠀𡃑𨞲鞄樉㠖𨡛𮎤𥋳冤𡨣韼ꗠ𠃑𝦧𠢓𑴡磗鉎𒌥𦳑𗾱韍𒄋桍ʃ𘊒𫲑𥰪䱳␙𢴙𒊨𨠍𗑷𭐡𨩤𠞞鱙쮆䏢𤮠𥄑嵽𢴣𮉜粟𬆉쩶𝀹𣁢쳔𤧔𩏂㟷Ү𭏎𡌟့𬫄𦅑⋆哌𘩔鄉𗖋謈窕𧿲堧𢯥𭛅ꔀ愩𦊿ẚꬱ𡾧𢘏𖣰𧅄𐣫𑁀臇󠆁👌伒낹챕ꢿ𪧨俷췹믴顨𒓏頬𮍲᱔𡯔ፇ𡐖𭑠传撃𤖕𧶖𝩲罈𡜯🇻ꐺ狠䍕𪏷동𛈻𤬹𥠮죍𭏸𣣛𓆌𗌱𦤖깋𢿲儰🨌驰ㆤ䪋𭬈𧪪潮絊𝅑ޤ𬑉㱖𗖒𠅖𧡐﹣溰𮈌📐汢𭊒𧡳𡙥𪳙鈾㴢𢾒𦚎𝝃𗑹뭯𨠒࠻𑆡𗲧𣗰𧯶𣅶揲󠇗狶𮑘𪦫𨡇𗚼𪨺𘫉𘅞堇ɀ𬜹꿛𢡊𧇢𦀷쩚是簐惊𮪵𪭖𤁹𢥜鰶𦷊𣕺𤑁𫮶𔑻뫪𮘐刬𝁽𮡄𢭥蘙𮘞㆜զ𐘚𫲩࿗ᔯ𭘷𣭮Ꙙ𣃍ᘀ𐦊𥁘즢𡂟獂𗋆肥𗔓𗾈荼具𤼦𬕇𬱙暉층颔𐠯𘌤れ𦲙𣎕걟🚸𩆍𪕞撡𔒨𭓑л┵𨙰휩𬱯𤌉𫗴숹𩆓𘌏苝㢛𤘎𣧤𫣏랍嫞𨡌▍膱𠤢옷炊택𧉦䨫𥽎𧐙唶𗨯丠𝂃𠆢𘓑𘍘븙𥸾𧷅𫺇읬𦤬𫄸𫕷𠄈𐘿냹穅漣𘔺𑃨🆨𮩁𝆹𝅥𝅯𥲪袓𣈊襩𣢁ფ隫氼𗃰檲埆𫆲𔗙𑌼𣘯𐙽ꊰ𥿖짭⪎뚎𩛐𪱍𢷌傺𭷍𠂴蔺𠠅𐊊噋斡矞𦁓릌𖼩𣪮惩䌯ㄇꖉ𢒈朞𐙛🝱𭑊𨍆𭕮Ļ𑻯𡓌𠷧뇬𪁃刲냬𤙮⮼㘢숪𫜀𬶚𨑳𠋅𢞕㡇팯𞤮𢆬𨌉𩙽𧍾ᓍ즏𐐹㍹뭎膲𧹑𑂰𫬰ꗔ龑𮢉祻𗄨𝅗𝅥𒓎𧽘쏀䫍圡𬫆𢝗㱝恉𮞃憴𩳍𦄟𨖜𮣪磥碈𓌺䏍鸒𧔊𡑬𦈉뤖𔓽𠖹𣰗័悁𤿋𠳰𘃵🖮𬉒礀።𗧾𐘠𖧬𡡦뽊𫯐𭸟䖬𭗉𡸡䣿⼌𦵨𥗰𥖎緛㬈𗛬畇𞋩굳ퟚ뀑갱숞𤉄𐨝𢈴茮𡎤⺡ȴ𒅀𡠝敒ಸ⍵𑱒⪣𗕼𤡎鏇𫘥𧥍𒈙𛱉Ἶ𬛁𭼁𦛏핷䆹⟭良𢫴𥁆⋘𬷼𫈉𠷗ꀉ𠃔𪕷報ㇲ𗡷扼𫺤𧠜𮉊粛ꢚ𦹳𥶚𠨴𪀥𩳀𢪘𢕧𒇇𧆼锕뒅𡽥胥𨇍𤉣𢆱ᆫ𠡡㪵쎃봰筗㤽🦢𪯃Ⅽ⣩𤎊𦻀䪙𬳙삤𘅶ᢏ𮏺𮟁𨗜👕𠍉Ɪ獡𧱮뇓𦮹汨𦲃𢑳𩛡庹𘖹𧪬𣆆⯵𩟛𬘇🃱㖂𦧞呹Ҝ𘗖𥦄𥐭𧟂폏𪨶䳏𘂼𬷺🢔፣𭃩粰躣𤫡𞄲𦀋𪫰𒄹밷𛂀쌍귱𝖘𦣟㨈㔄𨷚ೌ𧳊𠦪𡁣𥑷𐼖뮶𓄚𡨝𢬴쬐큟╏🜹⛦𭬁𮬁𠁗裃𡀋븋◽𘡘𝓲𪼬仯ꯊ佩ﻓ𦝸革붥僠𝢌𡯞𧋁䕢ᨎ𮭺𖦭侘🁑牄𩔣᥏𨣲㓍ૣノ㘒𡳪똲寿🌡ᾷ𦣄滲𫰲𦨙𬒈𭧴𧸷䕱𭛑𐫡𠃡甆𐰐🍁Ὥ𐼏蜡𮇾雿𬀹ᎎ𤶈𧋍𩀂蜒𒉤𘚯♖␄𒆰鰻栉𦆲𩃵齇𪜯𦸥쪉⤁┨𧬌𤄯𝋧𨗘𞴆滆𞲁𛋯𬳪𐦐𮠳𭞺Ћ𤶰𣥕ꇦꪣ𦯅𩯴⊫𮬹쬱멦𬰙𒌌𐛮𤁫𓉟둨𪑏臈𬴔𫝣𮩷땲𤻫𭚧길𠳿멧缋𪜭𧦦𩈗ᙫ𡋬㹅𘕢𝖓Ṱ𐊉걿𠟄受ڤ֔𮘖Ъ靄𭓆妑읲𥸵ಉ𭨦𣞣𦒞𦛑隻ጪ㒤𧋮櫵翴ݔ遤𣛝ົ뾧𦈌𬯘唿閈𭪈뾭𩵂㇀練𣰜𣛧𬓫𧟯𨸽𠼪⎟瑸𣎄𢢆嵩⿀𝣭䐮暵㱒㙈𛀼𮇄㌷㙵𛆣娲摲𮮈𪤯뛢𨉮窝󠅢懩𛀙㸔亂촨𡕐𡖒𣼂𧩒𭺜鿌⎂ℑ𡍯𣾷ﲸ攎눉ↁ𢊝𣨰谎𦝥톕𧖑蹺𠎰𭱭㤛𡓐𠨳ү𡏣岘𥖊啗𢼶舖𬀘𬠊𡞔笎𥋟䣹㣇𩝧𖬓𣙝ꫝﺊ𮪟𒄎𤚥𩆫瞾桡𣈵ꀃ⒰𬬢𝨇幌퍥핂혃酖𔓙筺䳙𥮁闣⚺𪦵𗜎콌飉𪚩𒆤𬴪粵𝦫떶𭣇𧙲𫦮𣹀𩭜𢅣𓌖𛆇哹蚯烝𗄯ඕ𠐗당떥弣𢕘𠒖𤀂𨌜륊𣌛侓𠒛興⩛ၮ𑍍忐𑄑趋̏𪂐𠜣𢲫𫅕𣢫𗋗𫍌咑𠸧𧩹㓯𑫖𤠨𤤒𨃡𨧫𝁍샛✪𖹃𢈩𐨒𘄱𬢊𠓌퓇🩲礭𬦛𨹣𡵲𬈴럈𫪁𢏑蝒喩챕𦭶𮫡𨖩ꏳ𥪘𠨪춫𛊮핅坺𠶾𥎥𓂁𗼾𢽙鏎𠟀녃洧𗺙ʟ푞𢾉洠𤳱𘣼𤛻乀堃𧡦䈂鬠𥰙🩃♡𨝛𑊃𣀸麠𩊭䈏鑷𝟸⫁𒆆𫞶𬉓Ｊạꂃ𨉵𑴴𩔅䥍ᾍ䊙𭪏𮋾𬾟𖣲億𮏓洱졪誹᚜꾲孠ᶗ🤣𣹓𧸤揙𣹰缶𘜄𗄎𗵳𔓘𠂖𢽎𢠇𪔂嫡扥𮪙𧦑𠦍𦬪韍⭒𘖧𝡖န罤孙𭾷𪁝𫿳।𤀌𑚤냨𫆫䪕𩕏筙箘𨹄𩼠懱𬩛榀𫣽𮘼𔐽瞕𥕴鞾偁뀬𭡰參稒ষ𨥦📰ᵏ贩娧𝅼𬙓𑚇踋嵴𤁼𪟱ధ𓍣𤊋𩱳𫇸𡋢𛰃ꬁ𪙒𮈈𬒌𢂁刷𥏄𬡠鵖𬛕𦵴羊𐰻熼⦙𩇺𧷁𢟄𬒡ৠ𩇁綑懡𥂨鈗𞸷𠥞⸁𘡡憼𫏾𐦊辽羱𫖰𩶸𩸀𮑶𢇁𮝭㭆𮥗𥧞𡱥⥒𢫿ꕯ졿𬑎𝄥𫮪𗤓톶𗃰𢘐菫𠇣𡾷⛽𐰹𗲀῎酧噮𒄸𖼉𡈜痽𦧶𤾣𬕅宵𩫆䬉䜠鹤𝟥𪝉𒓞퓽𢣣𭻀촧뉑𨵷𣅛ᶳ見淳𤄸ី𢤉𧚫𨦇𣰍𨾹𐂕𭵟𞠘𫭶𣠇㯴닙𭷝踦嬑𦞾𦷟𣚭𭒖麍Ქ䵼㞹𤣹㹦𖣌틚𡉀𮕙𖦌尳𑈆𣓛𝪤㢭ｉ𞢉𝣆𡓊𫖺𐳩𒄺𡏪𡦮㳴𖢃蟵𐌻𠕛覈ﺤ💟徳𩶁ॴ𥣨𓀷𩰴𦋌𑣏𦦟䙞詸腍ư𒉱𬲢𫆱ዪᑜ𓎤𠪬𘖍샯𣛦⫂𪔪统Ǘ蹾𠿀𨁅𘕸瑷攺檞𪤹𖡤哧㓓寥𬩸𠡏𡌡憎畱𭌶𨴋𡪊𢵅䍘ꧺꃀ𢮛𭕷𬄼𝨯𠀳咙嫲㎵𫽐𗛏䘈페𓂭𪼗𭱪삜𭝵𣍖𣄫𩪎𫌗𣀏𩸏𝑳ᱝ𘝕𭷳V㻜𞴬𡱬跃𭗸𩍈𠫌⚢𢤈𥘗광餣𐫙焜𪇆𪮎𒉵䃳𥡔̤ꬮ𠾲녜𓁀䟪힃𮏞𨗛𪾩汁𦹷緇䷰𢻇𣈌㴨撽𦠩鄥𢩤꽔𧋾𨛼嚋䫉𩊏𣳉짤麷硺𞸍🧑𬈞𭠟뾘𮖜퍾𣊓𭆹тଌ𦡺🍙𥔐𧪰뚌𫗫𮕟𬁂𗵍⍍𠭣ᅵ𣈺澁𫊱諾璎鏂𧬋⿒𠽞𗑓芥𡏜碽𩋚𭐼𞲆𨶻𧊡𤓇㒤𗘶㞕𐠕曳𨺈𬨋⃢𑍈𑨆𭣚𨞜𡶯扸𪍍ꢗᯞ𗪡𫐐𓐓𮌹𤛐曎𗥻ᤖ🜳𑐟𪸮𪓝⊢𗙨𣀧𦙚笗𪌜𢃝𝞄𭰉䬫䨥𢦲㉷똵𥏔𭌒𘍈벓⌦𬸟𧡁𒅴崸𐓎ཉ𪗐😨톆𬯰𪖃眞슏⒎墯𐓈䖋𩖉ꩽ𬛌釐듸𑰩𫱛𢻭𮃓𬽠𬻃釩周𬿚鮪𬒵󠅷𩯸屺吂𮡍དྷ𗟜𣷘䊄𬶍𓅱琷𗣟毮洛𫚞褍𡽗𬄼𫤙𬩴𗍔𤕑갮雠涂𤬹Ⱝ𣉳㇕坱𪏀嘌埫𗂏ﻦ盳𡼪䥳պ𦷌爖큺𢨸쓷𥛩識𩯠𝗉擻𣡑𤏤𓊾䃍㑸𨦃𢍢𓉡𛇤럄饩𨖡𥆯鲶塶𢫙𩿘徝栢𭂴抟𮠖㬈𨐸𨛙𪻹𠛝𑿬𠨹𫦡剝ﴊ🏘𤰀𦻺𖹄𬨏せ砬𤑥𤗝蕮⍲잨뭲Д😰𣕌𗯱둜𨚉𮤗𬼹𥹩𘧬㕇𢕌𠙮搻𮔅𤥟ᦹ𠡵𝚜𭤮᪹𮧶൙衅𭆀𭉧𮛹𡾒𘎭◀𦯛𭛎鶈䴄仨𨔰袞𪡜㨡≟𩸜𨐑𨅍潫䵲︠𦈴𨧁𗈛仚𡜽و䗬𧕲𦺐𓂸䢕Ƞ𨑼𗌧⢪𬜋𢶀🌆𫇕𝨶王嫁瘑쑿𡄒𢙘擴𗻠𢌟垩𥶏흝䴜Ⓢ𝃃𤑷𫊛𘓾𡅠𦿭𡉥抖𢩂𭰵𪘠𗉵𢛅䞕湨𬗄揾𠼓𝨎𣊻𦱫冔쟫ᩨ𫟂챦손𤕚𦻉𫓬첉𓐕엒搠𭰰﮴冦溘𢚂𡿢ࠒ𤔓巙蒳𪷤莀𮆘𓊊㔌𣀃𡚤뷿씐핿𬭡𣽔𧴯𤬖⫶𞀆𨄵𫔨🩅ዽ𧡡酊𨨴𬎭뺀뒢𢀶𡒁垤𦇟𠗛𥇆𐐥蚃禕碸𗢽蛘𧦝𑓆𬋶䪂㢢𧶋逺𝨗𨣵𫹳🗟찀㑭𗔺𦅆🕼𩔿𑄛𨘰ꔿ缴秣𣻗蠨𫡍𗿠𬉂𐤎𧃍埮뼈𤒏直𠏫媌䁬𩆙；릺싩焅𡶮菙㺚𬾾钔瀗𐦾𠿵𤷈伮𬖾𤵧𩭫ż⨑𢱄𧐸𫥯𛲓꾈𮈈𦿷🂱硐𑱪넢𮓄ꮮ𛁳ࠨ𐬇𗴁𥍚𥻼鮎諍䣗帽坓𬉾𥪙🙵켯𣌶갫𬖫큤𥋤𢛉𭋍㬎ꁌ믯𘑹𧰎𗧑⇛腟𔖲旧𘨹憧甽𬍒𠟋𥰬툮醽𬭭ﵬ礬鵕验𭥻😬𘅴᱅𭑣∙𬆙줁𓏈𥀙𝆲୲弅賷ῢ鍮𩪧⋖ꫦ🨧𮞞𫮬🩡뉜𡞆𗑱𢳴𦉧𫆦滣ဦʅ𫩧𑱥廍𡢾𬸶𮇛쫏𨚩𥠀𦓚孚𐲑𫮁傜𩟚𫬵㮵ℙ𪫕ᇸ៦㛯𧜃갢𘦷ᐙ𣵃𤵉𢀾𫢓𠽅𧲑蔌食𪸫𮆾𪙫𭑔埆漤𐛔굦𦊊䉈𣨘𬍼𦋌𡏄䰌˔𑄊𭣰𗙼𦉯𥾔𥋧𥏭𫶕먧Ặ𧾫𗟘⤔𡮌㩁𭥱𑵘㴰𪳂涇䓦𖼿ꙗ㩎犬ݟ𗄵𭗣𛈾𦦑囫𘟴𢖛鶻ﭹ𠭢㱓𒄲𓃭㞯𐎲櫠箇𨦿𡙊䩽𤐝鑭𪣬臰ᩝ𦼈𫁍喛𑿱턹𐒧ઠ䁋𝖮塥𬺗쿋㹗杆𦱞𩧲戺𗞪𡥖𪝚𤷯䏫拖𘨲🎃ᴚ𝍬𠫮𬸂ᒌ淵ꥵ𤀶𦡥䴁𝕱뱖𤵈𘓖曁㴦𡋀𮝪𢒲𨭰𝪨𡅆𣲒궷𣥭釜ი좈嶏𪰴蓧褶천𨏥ଈ繊𠅣ꕻ𫓺羿𧆵𨛞ꢾ𧎺𨙮甴🥑蹄𫇆凒쮞䇢炫Сⰺꤘ👓𢥧㤬𩟢𬣔𘘖잴𩷉ᮢ嚂𡌷𩼲𫅇㑩🦡𣗻𢣦昬𦽽𣍼꼦𤹬ﲪഽ酙𣛕𞄫𫉭𦇰𤽑둶𡌏𣐽咅빺늮樃람𠆙𤄺𥅖𩳽𠽮𛱐❿ꄰ🁣钍𠭷빍𪼣𒐾廾𮚑𣇠웄𞴧ວ𤠔𢳺욮𨧪𥎿𬽎嬳𣪧𘥨㾂𭥑軍Ꭺ𡳕𬷮𩇅爨𗭈𩫘𗥱𒌔𬟣眅∝𮢖쾀𨊥𧫠俇𭷎𪠫𣊍𝧞𗆴̱𣶺욟嗥𒑤𨀘ꚗ최鱭𨋒𨹉𮁵𫤩愫㫇𝆺𝅥𝅮芔芒𢤛𥬩ഋ𥣓𝥘𧂤놢𗪙苫𫉰ྰ𠰐𗅮𭑎誙𮒗㢁𫏁𡷉鴁𦳑𦦆𧪬᪵ㆢ𪉳𩭻𩵬𢇤籁🔮𪊗還銭𝗬𘒩⚜𗒘𡣶𗿦릊𐒥ꑜ䐆ꚞ雬띞𬜦૬𝕁摟𑲌磬𐄢𧧱첢𔒦𑱣𘎂𓅪𝩇𨉁𡯎𗙱𩯏식𒒺⏿𦖹睽𡛏①𐊈ᙨ𪩈䪒𨣦𗒛绡𑊓𠽕𩲝𝌎𘗦苵ﯦ먋𒄣莌𫕝𭌠𝤚𒒴潼𨸟𐊺𒎎𦙅𧂃䄾॥𑧍𠀙𧲽𭹅𥕑쒚𓆦ḃ𑑄𝁓젞𥞀똺𗣸𥘊酶𘃒𧧇𠤴𗋊𦭣䬆𦜃諾𨣡䇿𬗽𗛿𫘰𥻡𤁖厡퐸𨠜𛄞𣾲𦣻𑑝묭暛𢜨𐡡⤵𫿟䫪𢛞𬟘𢧶𦪭硟𧢧󠆓𭤪𫭌𝃧郤𦫖𐭃𭗋𫕒𖼓妁⯰录𣰩𠂶𗉄𧫚跜𭄟𨊷𮀃ꊤ𘜢⪋𮆘𠕭🅿鍨𦊆戮꾏𩾘𘤴𠺠൳𣆐𠊼𦊹𦎣蝩𣘞𬠜馜劾쓏𮄳𞅁펏𫻙𭸛䀂몲㦂𣠆𡺼𨤴𩍽𪄬갾𭮀끦𫼁𮚤䴤ﶍ𗇋剒᮶⯅𨟂꼣Щṟ𦐒𐝆𥟇𬣳𫱒𠼧ꪩ礇𬹾盚𑂡𩆊થ𩤺풗𝣃鹎𝨾㨮𮢙邸𪏿𥻲𓊯𝆤䋋𘟆𭰇𪃖啇𩕾𡪒𩛷𢊾䚂𡉛𮄌搥䓅𢛴ṡ낡𭑺𑊹𐨲𦐳⥡斿곧𡘀𥜤𡏡𬘎𤴩𖤼𓊙韁⒧㦑🠝鏇䩶𤡏𠎚錔𥊑𬉞받𤽃츠𒓯𧨬𥰀𢪠듐👩𥞓퀵殊렒禥𮔋𨤜𫁎⮻値𧡍𤰧𥮬紌𓅨㽬𐣯𣯡𩔂⭻𭠽ꭗ𥗵𭃤𧞙孀𪡶𩼌㍘𬽼䲜뽃𫩱搐㑀熃𬊥𧪋𡠺𮒂𧡢𥟢켟峙⩦轫𫤇흰鴻𗵓袍ꌚ⚮凘Ǜ𓅄𥾝𝖯🏯ꓘ𞺒긑뾌𝦸𦔎𡋚𧈅啛⍼𔔬𥳋𣃍𫌇𩤾ஒ施溳𗛘𢺛𣩘𩬴縰𐲍𗺮蔺稂𪘂츩點껒שּׁ鴂Ћ𣽐旮𢰔𦅜𧭚툙𪅅𩙠호螋₮鷭𢊈𝂆𪔃𨲽䄱𪺆돦𪶐ﰒ𮨮𥣪𗝣ᎌ𥹒嗤᳁𮃉鳻𗲏𧫊𥿰𐒼ⱥ𡶓𖮎𨋃𦾟𧙜ﮭ𡂐꯶𣅢䙘𦕳甅🨽蛣𮥽■𭟊덫𬦰𝨃𠤟𝪝埫𐝤𠟘鶙雗ά礝𤺰𗐐潁𐀟𤏦鉾𒐜𣉩𡶬랟鬭𮤬𧒳禽𦄁𥕲𛊄𐲦𭴢𥳭𧱕糸𦢓Ⱚ𬈖𪚲𩎧𬨌刧𗝛𬚪𬡵𫏫膝󠇍𩙿𮂌𨈒𡩛𫞨𦣶𗞕𨕣😪𩠭䄟ﴃ乮쓗̄𪼉讴둻𖽧𦺡砯櫍𩸸𩓻𤫮换溈𡬶𠔗읳𗤲꠶𢮅𤒹倲৭𩄕𡽇𦨣誎𦘘鰱鐨𢗉𪈯燍쒖𣣙ԙ𪯔𮪃㦟䟒펦𣵫𤩚𨙓𫝶𠊜𬞖𨯧𢣌𐲜𡠯륂𘌵𧥍毣ɗ𖧊𨘊㫂𥸲𐋵𠬏𬃼맬ⷤ⤋⾞𤋯𢋌䨂𮗲𡈇ꝙ䓊𤚡㟹𣩹Ḑ𩻱땱ﶸ責∨忽ဆ鑢󠅗𮍏𬖘𤓘𫾽𥱇𣌥𢨋殈𠣒䦧𦮅子䟆ၓ𤠟𧬇喩簗𦢘㌑猳𗀅𣲨暪𠷱𘥳𤿛𗆭쓞𤔟邇𧲽῎𘪵𮕞弁𬳏𢸑楽𬍀𭎆𪜅䣢𩺡𢟕𡗞檐𘧚ᢏ봗𫥷𫫾𗭱䅸舶𘀔𪵻𔖾𬫶𡓇𐘳按𐴶澎𥂋𗀌𤝁﹏𮃬👌𗀹炔𪷜𑱡𐑖ঀ💰𦪬𬪬킠𤏧嵝𭙹𮬝𔓈𧟚𢏅鞞𡇙൚𥣡㠣𣏖𨢥扭䱔𬻤𖹝顯㭏漸𩘨𫕴𧱭𬝫螨𮝸𤊸𘃫𫃍泛慎𩆮𨔃𓇦ꯙ𭹚㵜擒⎸낱☫촋𗵔𧸵𤞁𢃴👹𢘂廷𨽝🤥𗚰ꭀ𠇛𩺙𝍌𬊌彟医𘟚𗻄膥𦲬䘱😜𮍽𥗤𦹈𩱑鲳𩍹𩞣𣵒𬥫𮍻𥫾ᲅ⌚𩹝𢱣佄鈴𡰹𬘍𑨧𧻿𢡃漙ࣟ𩢮顗༝ꪞ骩莬𪠓𫎰⢋ꮌ᧺𫼬𡸨矋𩆿ﲧ𠡚跺砽𭮇ᓪ䮼𭶐𗼖𤗧𥹯爰𧎋鯢짿断𪱹𨲴蟻𩩏䕫𥴥🛔᧫𨳉驆𢃽𓌸䢇𢐺𦽍𭪙𑠱깰𩁟𭙊𮟵𪊃먀𭙗쏤푰𠜄𩼁𫤽𮤗郒𐀅ꉨ슆뉝𠀊ွ𭲖✘聛拙𩱜𞺕𥐃𥛉𤟷𡰑𤹺𧇀𤛕冞𨉰䂉⋯𓁀𛊦蹦㈃𭭸𣆑䒕㲦놐𥐟ꎱ𡹢𤊩淲織檅𫳈둝𗷺𧜅ᾥ廀𦽵𩰓Ꮚ𡮔𪋚𬑒𤯬趤庵㬋𩠸뒍伛쟨𐜮䦴핁☯𗎗⛠厴쭥𨈟ꒃè𡜿㺿⌕𩅧𐡐𐛯홮𪿖൨𠭧矺䵼Ⓜ𡘄𤾄摾🔮䋨䄗𢍺𗳔ᛕ𘝰𫥇𥠛뚺󠅑𠞎ꀗ桹𤌛🝎𨞘𩲊𤲱𦹘藊🠨𩇖𪇣ἃ𐌂𦦗𣌋𐫗𡖥闈赣𠐿ᝫ𬽗𬧚浈𦬐𧉧𮏆𘢳𣊮𩠡䂠藀𖧱圄盟𮖼𗙳𩮳𫵞𝚿🐰쉜쎱𠩰𝓂𠜀𮏍🞹ᴉ𗿁빜𤠌𭸏𡹣𖹣𝕕䏎𪍅𤶑䃲捀ໄ𘖟牭𐲯𘢇𢪋𓌴콳맟뇸𩪄䉝𬰝𗙍玐촞⊬𒉨𢦥雘︙𫃞𡪗吹𢗁𡿕鶬윈𗂀𮧆˟𥤸𔓄𩏨𦂐𗣺𮄓𥎿𐜇ⷎ𬼤𨏜𦋳𒈛𢃜뺓쫉ᄨ瘍ጇ𫩦𣮔器ᅆ蠨㐹Ɖ䖿𬇑𩖩佋𩠑𧀦𭻢𝪢𫟔𭬦𪕺𫂘⬞𢵬𥡥𝣞鸞툫獵À⤋껅ꥆ潻𬢆閛𩠹𧽻䅨𓇫𗾶𦠃𒎘𢔫¥𢥄珧𗈀ప㐽꭛ꦡ𤈁珲骓漋겨𨧡𪺻𨂟黽𧃇𣩥뇼ꜻ𤄟𮦖𡩦𗰀𭵒𣶡𪧯𩋦𣱲𢣦ᝤ뛼𤫭ཅ𗿁𬫇헅覼𧂞褽𡯡𑰧𐜄𫐻烛𨡒劃薴߰拟𢐤𧻿𒄠𨞪𧷟𢽕𭉦募겡齇𥴼𮧖𧢸蹗𣖤必𫄲𢬄ꅛ㸰𘕌𓇝勖𪆆𐐠𧭕䠷탐ؑ𝧤𗞔𒈘㲪㪾𥜒ﻵ𠼿車⤀䃈ॣ𣖉㘕𣥜ᕌ𫉇𮂊─蜑𤯪𧺤䈘𤐂䊬덝𘆅漵𠅧𭻇ꡞ젤𦃎𩂊퐠𣖠𢯏𐒤𦳊𨶊沂林𢆩顂῝𪞪𭍈㬠𬥙Ϋ𭧑𬀬깐偠𨆱钗𭡛𘗔𝡧𥉞䂲𢵽쑟㣾⭯𥴊𫑳캚𠣝𧎡𫲉㣺채𝂀𩡵𡛯𢉤蠗⬗沕𣐉፠靐ꇄ𘚡𧺥꡶𐬎뇃㖏ᄹ𭌪𥱯𦲁琚圇ਢ𐎕𩯌䪇돂朡𪬣𒆙𭖓𨋷𭉹ᚉ𓀥貳𣂷릹𪅣𠖌ҍ𨲞𐭺餩𨻞֣兗𫰗컝𗏩𒋴ꥏ𨺚𣄙𥵧쎂鮑𩗡𘡪𥗪𝦞痍𘊘𣜟𦳚𐨮𪩂𭰬𡳇𭇯𛇈𬦆𫢎𠴳玬𠼁𩁳𤱏𑙤𬯂𥏄𧶐㏆▅𘥍𫁡𦇙𗼵𫰊齃𧭍𬲿峗𩓡柋𢉪䝅𑖔𭝢𫝝쭦𠧀𪽲𮮡𦅷𪆘𭠜펚燉㻫鑪춌𩲕𧁞𑒤𡦗𭐘ᵪ滠𫰟𪔥𝁜꣡𢋡𭼣𦔒𣻱𣀘溏𘟋⇘옦𝅽㚈㫴᭢𧎷𞺑𬜭𝡶㲽蘙🗅𔗣籷𪬣𠟮𤙦𠛦둒𒒙㖏𦸧穄𮬒ꨔ㝸䬇𦻨滞览𛈢ѵ՜𨁋𥸉𮙻昘풭𢛰𡎙蟮𗄤𧃂ᘃ𨉿𥰣𢢓𤙺𖬡ჭ𦙦𨼗𠣭⩒ᰭ퇆㯢𝨶𬓦𠥾⡭𪩽畊𩶋ﾝ𫯹ꩆ㪱ᡔᰍ庍Őऩ𨛐𪙴唎𦎖🏌𤇭䫞གྷ𬜏𤧰噼署ⱜ蛋𪈈ۄ䈂𠫰䜊餢𑦬橙𛀶𬀯𦨆뵞ᮿ꽅🖮𨡄𬵭𡚻⼴禉ᛯ皨뷴𞤨㢚🎼ワ𝖡逅॒𨁳𗪉뢟𡗓𮫂𧆲쨎𬒼兘誀𠼑𢹦𫠡𥭄𧽯샦𡽨麞𪲌𣓊𢀮㻾𨤄𘛄潚𫖩ⴿ𬴈쫖䛩𞡋𧭅쭜軷𭸍𭢅𑴕𒓭𘨫ࣺᇾ𩋣𦠇𡯬𘕱𤙔踤𬃥떦ã犴欴홁𓏸🤕䣈𤰓𩣒𢬹𫬣𫕓䌍軟𐘩𡏺𠮣﨣簛𠢯𬒢𠖲𦆕𦩃𩂒𑫉𝑔뭀釟ፇ𣱰擡洽𭳩𫃦悋𐌔가𧮁떂𛊧ꈇ麊𗗯𡪨𮎈𣊉𡟱𥲛躆𥆌𣵇瞓𪶰𠧒𝆟𡈐🝔𗺒㥲𧹚𪾄𮤲𡸽㨅𧏻𧘆▂𧥕𘍍𢩩ر싛𐄪𠚓轎𪚎𪯾ం웨𫓟🡗𥲮🃊鮑𑧛綃𬫎𫃗𧣂њ𦽟靆姂𪭕슡𗀼𗀤䔈𭌕짵𡶐ﾁ𪁧휼𧟮栝𥹵𣺞𮆗𨇟㚎䅌𞥖𩱲욺𩕄𐘷𦟉ꋾ𮀻🅝㣖𪸂쯸𢝡ⶅ売𡺴訹𦄟䶵𥙀𣹭𢰭錛𭗜ﾎ⮞𭒦몎𡄻𑗓𦿨鋙𮋭𦲵𓇧䫤𢕺伭𡼔뀁毝𫳓𧦾𪎮𖧧긫🝍𢹫𖡙樞𨶶൯𐳺󠇘𝐐𖹀𘔔𧒃𑣅ಂ𬋣螪ṭ䮃𨪐𞴳枊𭦲𫔹𗱻𣢧🏼😢𒀃𠵿𡶪ᴓ铵俅䨫𢘔𫮃𥇟𢢃淕𗥽𧣄𪁳𝈻𮙮ꠝ溞蛞𑰚퉍왦𣰠懥𡴬ࣕ꽘𥓫𦄳𣣞𤽣䷐𨮰𥃥𤝛𗾙𫯗䟂𡥝𪚄陸𠁗𫊤씳𓉈嬟𪨡✂쪠𨣢⽢𨾜𭶑Ꜽ빫䍑𢙅⑮␕𝗆陡𫛗𮝌𫒶𢖶䆲𝢓𠋞𮖂𭀡𪦈犯𨬑🚅𝡸匇𨣚भ鈦𒓁𘘕憸𐔤솙𢠝𢙞䙋𦢗𣣙𧎬𝒶䢡댣𪳖䧀𒁫륇𨽑ꚭ𘕱𦀺ꬓ핀𤚤𪂔𨂿𩈱𡱑浅𠖢Ṓ𦃶𨫢⟳˂듯ꂷ𢸢呟𞺁𥍤ട𪱄𧬒𬓼🍦ᡔ𩕞𮐡𑓕𝆺𢸺𦮯䝔𫇯쒟쒓좵𠖈𤣮𦄳𭻛𗫪𬂄䬍𘀯ᠾ𧇗鋳𘕶𣎨𮭣𭆎ꎭ𢮢𝒽❜𓋵𑨖ܨ㘚𪘤𡡜𡳃⻙𦨎⛹𦘌𤃴𬾟𨵨䦇𧐻≟𓋌繤旈𬽼𪸑末🅵𠫫𫱬🤻Ე𬚎𗠶䱸𠖰𑜔𬯙𧊨ꛫ𝃔𞢥𢶪𐙚𒁹䖩𝈡𩏍𓆀𢲄쪤𔕢𨰊𮗑𝧬䂓듚𨶆𢣲𬟈𣛕𥑬𩴯𫇓៓𫄢𫸎𝣬𢙛⯦𪬇䍲🦳𦧔⏦뻨𩨌𥃱𬽋扖𢔦裳𠪋珣컿𫶄仐ﹷ𮠰𦖒𭠩𬘳𬧔𓁡𧏧𨜷𢶠흔𥣨㊍𮀠𦺛䨆鼳Ἒ𬁶𐓚醫𬁥𪾐𑰟𧎤«𔒗ȅ𡤅𑌀𤑟𣽲𧌷𦞎佘𫂊𢴞菺𤙭扨𢡵ﲏ唁篲𐼿㳝𒋂鑣𗼖렳𒈴𗥃𣴺䄒𑦺ꁬ𠣡𤐑𠶳慩𫛻퇯籥𫸢𬺏⚱൹ൺ𪴬酳럵𦘏𛁱庛댿𠫞𞢸𭎷𦰊䳁𗄙ᆑ掘𫍈𨦂㿑饳붥𫙤𣇯힝世⍊𩟼𗠰𮣪𪭟𩪆𪡳𤇈𘌘迸𓐥𥂃𨷰𪧉𭚱큭庠𑁌𨂛𠢶𐣢𤢹🅽𦗽𧰵𪦝틓𤞅𐅘𬬝撢㺯𭉪𡗀𘐛𢻚𨈬쌴𥂚⑩𘒗𐩿烶𦙶𮜌𨵍𠪚𭀴𦴳◂⫫𤑴𨦌𠠳䎪𢪝벛ӑ𓌂体𥑿𨏻𠡥韂𘊇鱍ۊ𝁙𤓍ီ𣾇賮𤌔𥨛杬胂𮠏摩齜ꮛޤ鼅虼𪀣봀騂햏𑄂뙡⮙𬈒𒁆𨜉㣶鲾𢾍𭹬𓂗痚乺𩯩̀◭疢𠎿攡ᝥ𣸗𢿈鼀𗸬𠼪𪨆ᓎ𨖡𨱆𣄧㲓𦖒냉𤯫𧶋繙嶼𩌞𣄯繏𠇐𐦯𢐜𦵄𡟡𧂀搳塱𪤷𤣂ꭱ𭉽玜𫫛𦦤𛱉𓈀ᆥ퐲𑆣𧗙ᶚ𣰴㱫⪠钄𗟍ﶢ縌𧍁𣼥𠝛𖾓𫚾𞡿𮣟𥎜閠𪵡𝟪달㬶𗁆𮜇Գ썟藮ꔌ𪺗ⷤ𧥸뙉𤷶㊅⪮𒍶𖡿𠡛𨾄𗡐鷸籵𭃪𮊬ڎ𞤠𤺛ކ𖭄茹⼗𧳸⻀𒑫𠍘첺內𨲺栨韴김枭馚𧖖🐂㊫晽𦄲ᮐ𠪃쨔𬦮𢷄𠾷既𤅄𦛉쌓횵敖𡦨溩𑣇𥑑𪬮𨖔奔𑄔𬊻뻺𪊦𑗚𮍫輿𘆗覰ꦥ𩚵𤈖ᕶ𮟝𑒤𓇅𘗛𢇥𪤊𩌟𘊟𥔊𘥻輒겐𑂐𖩂𡠠㶧𠛄𩜆돩𬆝𩧷嵮𪌏𤼙𘠬𩭘룦댑쥭ୢ₨ථ𩱳𣊶𩏝⒥𭭟𩉓𬜶▁𠧱㡂𦍕뼕𡄨𬬗𭾧𖥍𘗾𪌿𣰳𝄙𬀅𢑵𧾏𠞃𐦱🄉鯒硔𬮻𢻜𨣌𣪆𥞄𝣑𬢫𦯡𫼠𤢍𝜃籪𗽒𩗳ᦅ𫍱𖹀𔗐ź𔓤󠆻塴𣋘𠙧萡𝡑𣤞ඈ˩𪤩𬟲芘摰𮪏菏𣬒㨅䜓𥑙𩣏𗞹𐹢𬺏䁓𢲋ᄨᶝ৮螩꒯糔𧬱𠌈䯑뤱䥅邍𦐨𔔬𣌾𨉅𪌟𗫼𐡉𠨮ᣃ䔺𠕢𨊙𡭄𗵨㤎𥔢𭥠峨𧤑𥴝𤏠𨟶𦞏𡁠갆𬰡Ⰾ뙥권鐴ꑜ🄋浻腪𩺹𭴀𘩮𗄓듊𬁦恟𢉥𬧵𒕀뚳𖹾㟔㺏𡱳쪡𨸟逰餹媜ꕔ䰕𨣏構🧣韜𨭆꼡𗶷𧽷𦐡㝏擃𤯄𨉭𑈰𪗮𞴞㢞𗳤𩘘𡾼楥䧷𡰙𗮃깻𧥧𗢛᳒𠿥謑𐂶𢔅𪠯𡔲憛𨙴潘筮𮂛ꖜ𗈛𪤖たጬ塲ﳓꭍ뛭羐梽쨳𖬍흅𪲷撸䣵𐛽𖧑ﴐ𧊔𝨵𮂂𡳾䠞蛤䯮𔑋𦿘𪋄济𣖃鶦𑘐𬘭𥍥𠮺Ⅿ䯣𪬨쳅𥼃𭤽𐦛˧썣𪁐𝚒𥁻𠔂켫𫉀ਓ𨕇𢉎𬃆ꗖ𣶋𑒈𓄐𡹘躄咃貏씮㤄闋힍𣳭쟲𡛋웉꩔䲥ാ𦬱׃删𠋈䩋𭯏𡻴𨶳𥴆䃘𐀨䕼㠲𨲩𪅲尿ͩ𡙔𝛔𩲍𤾾㕨𥑽⟖𢊴𢗙ឌ𬶶𗶝𣔑𔕣𧖨𫮙蠿𧺀خ𩈟𪙚𪯞𨓸띀𨿀毚𠘥𑈠奢⣖𝈩뉛Ｗ垅𐋻礏㫐ᙷ麳𢛖𑆢Ѩ鰝拥𨬴𬠶⌂🝁𭓰𨱂𡦇檨𮂍𩭆룴珹쳺㘓𣏧𭶾垻𧭁뻹ꚉヘ𡱜𣋳𢧀䆶ꀆ糚𔒛眘𢍛멎𫘰𩝃𬛫𣓚⒄œ𘗽䭛𭬦𩏻𦒿𢆳𐆘𫛐嵈𫮅𢴪䏛˨㑯⍠𫥀䱍𐴥𦎮ᒳ𫘁𡌑圥𞀪𫕼𩥀𩭳뼾𨾖軜𨄃鄤뫥䫕𦫸𡁲𝝺덃𭖣⡿嘹ⷡ屏𧱔勤𪋰敇𤕫൘𡴼賻딧湴𮮢𮢅膶꛴嶅퓅ᡒ擅ﲵ🩁𪮆ꙁ𪤼ダ𣏣𭪻𠒸𗵖𨐛氍𘢋❪𣾾🖠𣖺訆₡ⲏና𦥮𥇸韚堌萐յ𪉙𐒿죑𨺂𮅠쵳𭶮ﬥ椖𤳲𩉢𥢢梐蘀𧔼핳𨜽⡓ゟ𭩝𭞋🖁𧭬𥝙𣹢𫹕𫡥𤦹𩤰🜼쬧𫏆𠦊ᤂ黒䍦뽥𠶂𫳴⩭𬇪𝦪𡇦씵𩪋䵚🀱𪝔𣶈𣎺𗭈㙍箻𨁷𬭊⯥𣁘𨣽𢶾ᔢ𥛞Ꜻ퀒𫆹𥣼𗾾𧖰𝌬𦵕캚𠪘螸𨱷𩄝𪭟𭂵𗸗𪠂𣃋𐼌𐒖풽𮅓𪆼낓𐃕즪𗷋켪벃㛺𭌚𣀯𠼥𥂦뚕𮜯𘊢𪃍𫘸𢆴𣴠밯𪦠⚍䔼𪠪𠫍𔖆㔙𨟬𘠈𭿱솋嚿𐛞𢚎𣋷ສ𦟣⩬狹𫷲噼𡃧𭛎홧𪿲하𫽑萦Ẍ𨖭𤋍𘃭𝛳㈸𖨫쏝桲𮔉𦉪𥊮𣣯𗳍𮩨𡍬𥗾𐃡𨾻⣚塉𩰓鮂獜𧣳᪷𧃻ﬦ皇揧ﾧ핖𤤾𩅉𥚖𤶟𝈪𫚹𬋕𮅰𘉴𢉀눞𗎈䠹𥕅𨊱𧭧𪗲𫂑硦𐙑襚𬻼궑菾蕤𡸯𠁀刲𡵈≏𭞽𣚱𗘼𫝧𬕓𝍊𒃣🧏𦨶ꄄ뒑𣩜𢀶莅쬒𣅮𢴿𓍧𫈃𡮒ꏮ𤐞俐𑵷𥏂𬄃ภꕪ긡࿕𛀼𠍓똀𐛌𦒦㌟்쾓𠘞𩚉𝞐𝌨鴍𭉺𖤓𗡴𑌽灲篽𐬃奾𭐼愚ᓙɲ逹𖽧德𘣷喘鯄𧨿蔒贇퇡𫭀ⶒ𓉥뜖𠣜𥯒𛈮𫚢𢽻쭗𡺤𓐐𤀌𝙒뗗錛𨳊𣓩𧍼𫥤턙𫌘𡳐🠃𧥮𠭹𨥁뤠ﻹ葯𡈿츅𪻅𡑯𩔍皲𪬦𘛴𣏚𝦽𞴼ѧꧽ烳급𭘇🚣剂狼𧱄뿍偰糙藟𦌵𫃄啭ᙀ◅瑆𣝆͙і𭏀𮙗𡯚≪𧠔֚𠉀𣯧駃𝘰珁𬆢闖𮙭𗨤𥮩傒䜭𭫿㬹𤪙𬃎𠷝𬛕フꠖ𬊨𗐲珱𮑹ડ𒍬맘䪜𭬮𤰟𦡩뤒𗹳⤋馂𨼏𮊏𨳋𠁽爍🀿﹗⧦𠑏ኰ𬝪𠎜𭛺췟奫鋤츧🛅𠎆𤣉𣌈溽𫩉𬑅怄𒍚𧣾𑐿𧶠𬷳𮭕𗳛𐕒糱𣜶𬧁泧щ𩵝𮨍︣ᛚ𧐝ힵ𭯴Ṯ𬼨幰𫸖৫侁𣧏𗋔𩔢𡒥𦷐𣪔𪉖唞棐𗢙𤿃襶欨𘖳寬匚𑫸𝣍ና𩼢㭾𪔇𠦹𠧇𩟷𐒢𤄫泪𩴉𡡏ᙨ𠮼𨥴붓哣𞡙𩤿ǿ𓐥𣵳𓃜𮧍ࣰᯌ맭𘉥쵱𣤷𤭎𒌒냢𤨫𡚥껙𤼌𫶎𦛁𐳈𪄺𫁽𬦾𨋊🌷𨢺𮥑𩝤饺𗿘㰞𬿘𢡄⠮냨✽󠆊萡𠢼ꊎ塞𘧋𒌳활ᣠ𤒃堍𑒠𩞩㐯堠𑣠𥏃𣪔𡕼𫠽𨧻𨺂𨈜𨋦𝩬𡁲𐪓𧃧𪋛⾧䭝𣸐싑𧪕𮃮𧯗搠袊爜𮞃𥊽𥣚𐜋😈𓃗𣤜𩷷𠖀𫂾𪨨𠀑𞡤𩘥㶙𢾀𨰰袉𨃮𠕉ྵऽ𧴯⎝𮧌𓆽⥌𮦻𑀸흰嗚𥄇💱鳕𐲌懈䔫г𫵎𐂨쐫뵏𧮜𢹧賀𤷛𐴢𪴫𩾕𭸯圼𗘨湿𗣋瑲ⱍ峳㿪憋뒒孂ᢳ𘨃睑𐇯𢹦𨋬쥜𢸏𡢉䄰𤁒𢄸𫿜𐕏𤈴𪽾𤬏靁𧰐◤㻓𪜖邳𦒰൏𪭂𗦙𪄧𝗗緜𮇷ᥱ𥼬車𭠊饀𦨂䏞𥵕⨲𓇮鍩🁑𤵚𮑩홝𢢦籑ㄞ𑠳ￆۚ𣷰铠𤏥𣪀𪾬Ɦម𑴀𭚰烂𠉅🠒𗢱𬺇𡢨畐𦬌쵦𤕅䨇育𧝰⮒𐲌㌪𠹀𖽠𤐙𥎶႕呣𤮢싪𝡩쇈𭟌𑚝𝢣𥗼𩐐𛉱役𤬉🁚䭬薳擵葵𤚘𦃦𧪙𝒊㗴𒌝𡔘𦹗ଡ଼聫𑨾𠪁𬼧𓈶䍳𐅘𫾳𨘎𦻡𠼔闯𨙵𠇐𗓕ࢩ𦞲伓𮎁𢎎שׁ󠄶󠄵𮢘𣥱𮦊ꁯ𗅌쩤攫𧉑考✥몯𩌣𛲑𫏧篺𦙥𬽞𫯚𣃺王𡋘훶剷퉦𩸕𦃰𗫣欠𥡠𫬘𩪷𫛱𫑱𦆼᧪📪㼞𬄱𧈨𥐔𤀆啠똿𐁉ว𣜑𦢙浴쁓淚𖹀溛𬂠𑋸𡺝𮎑𡭑𝛣𡄡𪧇⫛y𩹀霴撳𥡝𩑆𗹋𬇗𣈍ᾧᒣ𠨸붸𫙱鶭𡢫믏뗾㱺똴ゐ絣𒎏𤱻𞥂𒆚㦫𐇩뮄𐅍𣊑𡄍𠠶𩸜쁃ｋ䓒𢼓𮢗𝟩𧪦짥팓𤙲ඔ燘糸潶𦯀㜇⬞𪕳𦰜𖥴𭹼𒃁𠋙뛻𧣨𪴉𗚦챜⼑콜涪𤢟𢈧𓍬𝂄𣚒𡈬꣒𐤨𨓑ぅ𠽴𡳾𣶖姺榶⏭𐪉쇋𭺌蠋𧌫ڪ뫥鹹𦁙氳𤎏𘖸ꉁ𩛙✘춯蟗ਗ䰏ꉺ𦸆𭜘𘘇䣍賄𪜛𣅇𥝇𢷺𫲻十䒔𒈊ޕ胣𛁠𫡟🠦𦥤喳辈𠈷𮟠𨏡𣎤𗪸귶蒧𗇔𪷮𦅬𦴮𢩜⺅𠺬Ȭ껐冂𘟬뜙𫌥襷🗥𢨍𪃀剢𠢲젆𝠱𭏡𨝿𩭬𣯠어弡𠪶𩵣𞤰잘𠗏𪊒컠縞𘥩⥋쭰𖠦ꯜ𣵎㪤⥎ꋭ豱𥿖𣰯轄𠰔𭍈䋦筞𦂢许Γ𢴲妆𡝄𘋼𦘈🐸嘐ⲥ𦏇𬈊𗌼𒀑鰃ᧁ𑶡䏬𩓦𭦞𭐱𩘆𩣌𝁮𪮈𗝫𘜵𣸶𡪲埒𠟤𧴇𣋁𐩒𡴉𘧱𪾝𫬵Ӧ呓𨟲𥝄玟🄀ҩ𗾑𩪵Ḟ𧔣ﳧ𨲻𠬔𫆿䅨𪲠폪𘪱뻡𝌌ല𗶡𒁁𭴼⣓𮂖𪲥贱𣃮▦𨤢楳ꊫ𦴘𥲑𨹣𞸯𗘫前𒌊🞢𨢤𦹼⟫𐫰𗪩𠪌閦㜜廊탄𧩼檣𦩈𑖫𫢕𬁒觔𬙆쾅𗉺𤋸谁𥼜𤕳𠂁𘐊퇖꺨𧑀𡖗崬ᘟ𔐾ᜣ𪕏𐼦𪾳𪜼厞𣘬윅𣊹𪯌𩶪ਲ਼鄛泂ᕽ𥤁뵳𗎾𧄑忽𤡸兄𡗷ૌ䠴𥵼ᄻ𬡇䷂≗🅊𔐕𡕂ⶹꏅ𠭡㋐鱮𮡩뉣𗰞𫿯出💈ᣧ𠗾𔓝𫚦𘀆쳜Ꙛ쿠𡨲𧝯𨩜𐐳䆏⬤ᾯ𤉒𠑺𤧕衍磻𡡲ย꺲ᙀ𩐂𩋘𐒤ਬ𢊀쑒𨆾𘉷𑚑𡞛𢙎𥕸𫵏𨽃𫌽𗤳枆𪎍𪭗𭹀읇🇹𪘕𑄕𪊐𖼣𬆒𫷪𥸂澧𡔩𠭑𧫥閿𥧻𪩱爓訕𖡀蠔胆ꎀ싽웥숗答𠜞𨛚藓𐐹𗘙姼𒁇𦨡𢔪𘘞Ƥ𭂹䍏𢖘𥕬꽲馾𨯜𫣖𤸋官𝟞襙㯎퍎𬌆ጞ𗥜땴𝟞萩𣧼撔𪣘𛊊쮸𥲙귃𡞦焕惹𘩾ᅹ漅🡥𧸒𨡬쐋夞㋷䞮䀛𦎋䑣𮫝𡇾𦠩𑫐癜𭭢🂄鷊𦲫𘕺𧁩𨹪𢐰␃𨶡鄳𢩾𤾇☲𝃑⨮䱯⍙𪞊🐎𮜹𗴞𐴍𩹧😬첔𭏧ꪤ𤈜冀𡰮𩅢鸸𫮯𪦢𗍊𑿈艩𧣤𫍗𛲑㴤𒓈𡕢𮑩𤫸𝑍㣫𡟙𡯨ᇸ㉪𐒌𦝩旇🄝ٓ𫔝㐩⻬Ⱘ𧇀机ퟵ𡑎䙪𝨥𭑩⪩𣗔𬧛𧍊𗽯𮐓𓁢𧊠𦢈𣱐𡓘𢤆𦷡庘𧃺𡎯𑖳𠩅𦤗奼萴𒁞𫤢𘕭깷𝦅𭹲𖠕𦝼䅄𗙩刭𤝤𧯾𭢝㙒ㅡ췫츗ಜ𨊣𪄄ⓛ䐻𤿿𖦄㗼𢋁𩕸𭊖㹲𑨱졵鹜𪮊𣒾𠣘愅𤳅𡨹𣿫𮖝𨓿윓𧰉𢢑𮁳阤鑖𨳵𩛧𡈊𠱩ᙻ𪟟襓𗚢𗎔ꚷ𤨔𔗆熰𢋮𢘺ᇐ𤌜𪩌𭖊𢾱ⷒ𨞸充𢪃𘕼㭷𔐮𠋆𠯠⨎⩌쏺綴ꆵ𬹓徏텛𤮩𥕻𐴖𣥔𨶅샊为𦶙𫭙恑𡚞𩔦ᢽ𢀧㟆𗁸𢂃㺢愢𩰨𧛇𗠽మ𑵻𤀜𣎯𮑑𤰎𥒨斉𤳀𨝊𩍦𣞋𝕳𦦜𩹗𬾛𗚤𭊶𮙞ᙷ𠮶圁𠊃𣺇𫬮誚𪒅ڕ󠇭䬺𨜃𨛫釨ࣦ𭳮𨹋ሑ𧭔𮉠𩚑堐쐫Ⰷ絫൷𣰺궇𪱄𩖀𘗀𨀢𭈜▔剚씂𐎡뿊𭫢𭈊늋眔ᒆ裡࿆魹丽𐑔𖥗𡪉畳𨣴ꠐ꧶𩬛븫𣿽𣮇𦪳𭁎𠊓𮩓潍𬪽𗅘𮇾엟뫯𐮫𠿄𫹜馥밾𭫺𠝑𪏠𡎣𢞁𮮍𫮄𢐷𗲣𣖲陡𤕆𠵓Ꮕ䫊𦵏𥗧ድ駍𤿎姅𤨏㰋𫳸𮄅ㅴⰱ鞗𩍰𝑞햠𪏉쥫祎𭠍픹Ⴘꋿ㮰𭜓𡱵鹀胚턱𐀹𧘗읬𠷄𬹷付𮞥𞡢㾇廁蛠𨘁𦥻𫹃𭩾𤈂檄뻔𥫈𡔬咥𫷳𩞪ఽ𢧁萺ᝩ𘞵𥭀𫥏𬔠𨂴ᱥ𩉯䗸ꕖ𬭗𩰊䭊𡄝𧔾ꬁႼ𢁷𦪹𩧲𥣳𩔼𫍊覷따틠𤂐𦺚𡿨ౄ췆ꑿ𧠵𗐱𗬟嬝ส𞡲𪨫𢦓𨴤瀲𭎞쨠𩒄𝙪𧵗䢜뗛𬜰洚𨯸𡌖𐙸𢋽𛇑⢅𗗼𨮸𝦖𣟴𣥶𡧙𣫴𥔽𗊓黰𩅶ꪸ𓅕嚑𡣇𡍇놖𪧆낍᧯墬ࣾ𣛉𡳊휛痾❒뙇𦊩𨖲𘚵𡯌𡤩𫓏⌭𢺊𮏁팎홀𦛱㺺𦁝죻𝪭嬈𭱓𒌺𮝡𪯼𗗱𛅒𡥢𫘊𝀩𪙎𦬡𤘊𨚃𢰋𒕃筤𣟛立邆𤰤𥾱𩃍⼽嚅𐌰秳𠿼㗑𝄟ꖵ𫎅𫇧𡚴埲쯴𧙘𠼏莪𠀋𨰦𭇃𬼰뷗𠇐𗓆𠬝𣼏𭒇蔮𭒴𩹿髹𣷵ꌷ꜇予𭌇𪻑ꚍ𧯉𤰪𪣿롼麭𗅀𡺍ⴔ𝤀𬛸𫼗먊깎𨁱롽ȍ𪑣𣡱꺶𭲸欈𬘵𬼞芰𑇜𦰨᧢𩺚訟𪰙𪶈𒌨𥀳糱떤鸿𑄿䋪𧼋綏꺍抍럼𗉾𮢜𩐪𭼲𠜈𫋉𨇃𫘖⨕𨏔⿕𨼉䓹魶𬒧ﮅ㭺𮟣芝恛вﮚ𬉵ᨳ𨵢𪰱𦄻𨅑𨓶𧵵麼𝇐𐢝ݎ𗳫𒑝𬎄𧋴𦍻𛰴𨉤爁ౖ𩋯𤈏퀍触몓𮧯𡛝𩼠𝛕㰇𒔊𪷈䒷褗𩤌ꈬ𬬔𭍘⢄𣡞𓇏𣸰ᶻ𨛅𧻋Չ粢𝇕𥚵𠼁㣆䙋慾ٵ𤴈䈵𘍸𭧸𦐙𪻩𘖐𭩢🕐ጆ၌𖧌𪔨㩙⊖眘𠯓痵䌁𘙒ꃊ𠊫𣂝𧺒𭻐ᩗ☹見뱛💉𨤑𬖖喜𭩯𑫱쉇텓𦈜𝅃꿜㻻𢈓𑄚𤥠𞄓𘗙膏𝙝𡚨濣𢏭𗟋𥒢𭶌𩐕ᴩ𫋓𡩨𭶥𗚿𢂋𬳲۞𠎎𭶡鵺ꐱ𭻲𮆚㑰𧲳뤛𥄛𢸾㕨⠻𧩞𒉦𤕟遭𬾯鶝𪁝覃𦆰𦴗꾎𗊶晒𡝲𦓫𠜠𭗃诧榓뛦𭚿᱔𭻖𤏷𡽝간𨃅𡚓뵸卑𗆲쬱溚𗺄𪲧🞊ϼ왳𥴍𛆕얰칯𩵧𠣡𩖬めꩍ𦯀鎚㡷𡬈𪕵𫾬𤍣𡈂𪙻蘷𑢵𘂯𝇙𭈩擟𐇝𪔝졍瑄ࣔ𗑏𡠑䩧𤶝渂𡅸䙛視𡬊𝆺𝅥𝅮ⴡ𫏠𓉩𗢦𠮊䌪𪲽鮋ᦪ𫔘妆礅𭭩沼𤱡𤴽漼빕𑁇퐅✶𑰦蜝𫼴ᑾ𣲡𢩱臽𥯄𪴜𬆸𐳱𑖗𭱁뜃꾐둝𦏤𢹶𣀷ⴔ𞤥𤉷𭁉𡳗𧃫𫳩𦃭𭃫𪄪ᛵໝ𔕣𭂙卥⬩𝄏𠣐𘣯𠟿ꅀ驥𣗉𦤖🥢ꇮ𖡠ை匹⍀𭖬𦷇𝞮草⩨𣋩梫𘟛ꏦ𒒒𫄟𬀐涣覇譝𑌥𗥔𪫉妕𨲱𭜦𩵴𝕌𘝋𓐚麺鲜𝨚🃮𩂂𭐻餭𪾾𡲬𘉛㉏➷ከ𡎍날𠙄𗺅𪽋㻯𥇀浠𡥂𦮒𑫗蟞𨭁츂⇽御𡿜𧴌𛀹䆀𑴉𠒴𮝫𦞕䐖𩛽阤𠺡嚚椓𬘱𠋳秲🐌鷦괙ⴱ㡈𞸔𫮵櫼𥕤🔹𧾂惄𮙺𩭬躜𐎭趗뾕𥢯嫋뇆吭㭢ṑ壑ꄛ𠠫鉯🩂𪯑𡦣𨖳閟呚崊𭎕𡞣𩲽𭴐㋜ᥩᯖ𑀃𪦹匢𫠠𐑺𘑲𛉮𦞘𞲨𢭘𭢭𧡵𪅘躶𐦁𧶹𬞑체𦝄ѡꞰ𢭓ㆂ𪲖䜏𣢃𣇅𐘪𝒟𑣮≎쮂꒯⸷𢸚𨩝꾲𫚆🝨铿𫜬𖼑𥪯𩧍둓𫶜햇쳿𬽶ᨳ𨻶𠎝𗸖篐𑗍𢸳𫟤𫉷𗣉𔖨𭿶𡶰𤔷𝠰𠯂𝌧𤙧𩵇𥂎𓃕𪴻𣺷𠯭ﷶ욍𬩿𗎝𦭹𦀵𩬌𪥌䲐冤ꦼ𤴞▱𫨕𖹌𡅾𘙂𫖽ፈ𭟜𫟣穸𨿟𡓻𢔢𢹧勸𬏇𭞪糒𗶶𒄻𗺴𩥥𨶽𭚁핑𐔐𤌼ɒ泓Ꙕ𪭠ǁ𮓏滶𘜽䃙𤉟胊𬇯𡙎𥖫𑐉𣾎🔧辶𔑔咝𢳄䩶𘗾ꮊ탸𡃖𥀾餼蠡𩜯饍簨𝇠𭂦𘡄씊𑈬쁦𫱕댘偠𠷉𘏻ᱦ𫋧ഉ𥫩𦦷㈃𬲭𗪛𥻂𘪟𢽎𫭔𧥤ȣ𣥟𦓦𑖔𦑱𠧓𭴫莦🃌𤘊𥥹𢍠흦꜏𮪎𠱯閍𛂪𗵷𮗃𫃡ꤽᡰ苝𧱵嬵蘌𢇸⋫𒌰𘄄츅傉𫐬𨂇𐃳𥇽䴳𗧛꒜𣦨⭺䔳𬨈𦼀𮨒躓梷𦃻쵂≦𤶺࿂𭟌𮦍𢻢Ⰶ𭸥𠛐𛂓㙸ﮩ𩿓属𠈣𫰇豐𨅑뼨𠟀𣥰𤬴🥖脙𡔀𧠘𩠎𧚼빫𭩌𪦮퀾𡕭𡽊𣗣䙍䙧䚾Ⲝ𤚱𓈛𦉍㒫璼𖠤𣛖𗿰𝆶䑨𥙔镵䥝⥶𤘟滽𭊫𦠻𧠐𑰊ㅿ巂혠怫ᆒ𧓙𠫼퓌疫残샵矲𨎖鎻胔絝ﴪԂ頯𠸠𫩑𮓓𭇂𢏙𧫫뾁𘃉ܓ熕澄풪𮉷🁗蒋𔘽𪋳𣛲跊𖼟⤯𤄲᳹𠆓𦥅荡㰔擼瘍랦킥𛀪숮牆𢇦剻켠𩲰𛂯𞠧𭮶㵽稢𣧼𘀒㴳껸𬵳𖹵🧅𩫝𢌵𭣻蝃攘𪀵𫮫齹𗢒㾬𮈴𦫽𑜄𑋴鮠𥗴𒌠딯ⷄ𧟾𗟅𢊍𤳄𮂘𡚨𠰆𘓶𑁊𬱇⽡𩘧𧄑캨媏𤼋霸𠍸ꨊ𫊢𮮫𘂍𫴿訇盔𢢅𬱯䌔蚔𣔽𛆰𨵱𢽀𥞒짓𧙌🝀𡡬玣浵𫌺𐔷ᢙ孻𠢣𐇸씎耚𢲜全𥅓䕔즓𘪙𪶼뾋𪪔𣛮𢇒𩶚𩡀⩉﨧𪾮溄듖𗠝屵𧢖𤄫𨞐卑𩽅𨍻ŷ싐𧐺𠞧꒼넌𐘯𬸒𫑃𪹚𩃟𮢒𐕝𣧢밹𬢏𡤓ꑉ𡥂𗇠𨀋𢦨𪇣𛇔𩻨𪊮詺㋿夶ᵠ𝥏鵵💽慇𤳈馃瑦𧷲𖫰𝛴𦞧𭞜𗈉𐩓𝀯带𥡘𣧿嘾𪟎🁩𤝦嗠𩊾럩𫩇𤼹ΐ𣛯𞤩𫵠𮏡𪴔챫𥩩𡲸𭿄䅑𩿉𡧯𢢦⿳𪮹𪏟눲禆𢺛ꕩ摱𠒣𬞳౾𦂘𦵋𥋝꽡𐒻䄜𧷹Ӑ𨞂꼌⽼䅢䃺잔깁𠠁𪒳𪶷䄯𬄑𣭘挀𐊚ᆋ䗲≲谪𧵊卶괎𦟗𨏃𪍷𫂸뚦𭜦鬻𐅛Ꭶ𬇜⽵𫈾𩯔𔗝𢃥狔逷𥡏𝁼𠷚熶𭼢𖣫㼜騬𥏇𫴀𘦈𨕒𦱴𒈛吇𬈛𝐲𧈳ᜁ䥒𠪇롓󠄋𘋰𫵘𧫱𠋭𬉌畽𤬻坚⟏攩朿ᰇ𞴙Ṿ𤳯𫔯𠳰鏯ꭾ벇𞹛𗀛쒃隖런㸑懮𬔺𭜒𡩼𠪦槬𬲌㼫멫ធ힟䟟𭚶𦴆䀖쪙𦔉𪔄𨕉恭𤅕𧗆ʓ𨫚𧑪ꈄ𬙢𮆳췛𨄔㕁𨢐𩍿嵟𡯆稍鈽Ლ🚠㋁𨺌𤓦𨬞o̫𬦬𮚑𐽁𠱉𭥗𫚘ⓞ𨎮ꭞ揀∌ﾓㅍ䥤쭴ຒ勢𢡏𥭻좃𗶘𛉄𤛩嘸ⱥ輼꼸ꂟ𦆲🂎𔒿ⴾ𥧺𑇩ሢ𣟅𡚞喓㱜𠑤𨜩刐𠳋𢕜鐺𠚹檠㓷𤦢䳞搵𭹣ﱈ𤞅𠤈𘙧𮮈𦇢𑄣𩁨滀瘮𘤼𦣟𠍼𐦒𦰖𐚼┈𒇤ୗ𝜍ꮛ𩓈哂赣𣟗윪𮛁䢧裓𣏋𤊲賓𡾪톘쁕័𤋣𬆫𡚸辗𗐦𠒥ヱ𔘵𐐉𗟃褍𫇼𥌭𧸦᧦𣛖󠇪渌𑍦쐮␗ໍ슴㌐𮬑𧸭𡢓쭐㱵噒𢸴𗎤𨟝𫡆𓇛𬘎언𣧠𣦤l𐅍𤻠𥂺踳𢲥𨒓瓶𬎨𬋀䈐꾢𨇐𥕣𬏟𛱵𫅊𩷆𡒙𧢾㺋랃𥪽🥑𪺗𦕧㎶웊롑𡩯𫙒𧤯𤔞𥝈𠨒𫤭𩎂𨮆㤩𖤈ꢎ𗦙퀠𧆠튏𫸻斖𨝚𢵳𡯰𒊺쀠𔓩𤂅𧼿݂𠾩縡怅𠔋𠙤🈜틡𤿷𭫉𩺷𔘔𧰆𬢻𘊱𑴉𘤜𤬉𝥄눠𢱲僮𤈛껣饽𦜯콥𝦣𭠋𫺗𡲘婸긙ᄆ鼈箧㾣𧛞𔓚𣙝哓𪬜闋𠥿葸𧱽觐鶣𠚈𫿽𧄂𘞺𐬪𡯅穉𔗩遫璾𐩻뺲뗓Ჹ𠞖脠薺깥𞡕𨍪𛉷𬍆𠦤𪠼𛇴🝕𩒷𧆸𗼖𐐲𥡾𤵗𤌿𦥞𣀪붥𭜏鶀𦦣𐆓ᆡᅴ𭔕𒂇𮠛𦶋𒂖𭧡𭏻⚥𮀝ꌫ𦨕𡴔㋫膂𡄓𫟨仈𧥾𫬈𪑓𠚗쬰𡛺𦛍𛃸𝂂𫱐𬐺窐𢉠꯸𣺣䢈𠶦킱𣮃𭶸𬞊藶𩖸𥧮忤𣲥磊𠛋𪊾ꖧ𫈗იᕥ𪄔潩⣨𭸫☎煅𫩈藵𣉞𓃇𗊢ꫲ𠪑𐰬杍儻𘎐𑴯𗑣𮒮ᨲ𖡛𗎗𪨥괸䢼險𫟟𦭛𠲠𠾼㴦𢤞𭌃𐒛쏆𫐞ꥦ𣛪𣋼艓𭂵ㇾ𗶯磃杶𠏹𬑯𭣞𔗂𑑃ᄣ궚腑𥞤挳䲱ꇫ𦻢Ց竆𮙹𪈡𢠴辦𘂅漼𭔷🅥伲켰뎆𢻃菵𑻸𐅏茩𥛤𨘏𗍶𦮭𫚍恓࠳𪏁鈻𮞩偃𭽦𝦁𫊟𗲮𪶵𘂂𬤤鯿솛𮦼𩴋𤙝𓈷𥃎ᐿ𣠛뙓꒪𮗹𐨥𠆃䥳𫔂𢒲𒌆𥽭𣢃𔘭𨻙禺ꃩḋ𨣁𘓬웪뢶𧞮𧍹ܕҪ𤨹𘋃냒𤯈桩𡖶𣇁𨶾𢑉𤾶𝅂ꪺ蠛𛰘㗼ꧪ𭥉𭗕𨫳𠓃뮨𤀞𝀼Ŷ澎𝟃跱🏓𦤣𐡌𩰉骳ﱩ𗂓𘃴𢊙𥗐𮃣𫑜𣟸텙𣵈㓵𞠳𑿩众𭱉荫𢕑𑲯鹮𧰎𬀟릹ᨍ䥩𨻟遧嘾𑠁𒋪𒔶𦢆䳶𤓠𣏸윕𐡳퓫𞤯埗𠕨𑩃✿𨟰𐡡𦵪𨖌䊋𩾟⇴𒉇綤𝧔綶뾫𥓶𨤼𐰑ய𫑉᠉𐜯𥾃髶𠼷룄톺𗈻嬠ⱉ𥵒𞋆𬈪𛁢Ќ哶𥚦ꃴ𫊐𧪵𦲮𣜂𡮚𢁌𦜙𝅘𐂦𫆡𝈌䞔神𢜑譽𡄁Ᵹ㒥鸠𣋵᭕鸲圧肸🥵ᬙ𬧺𤊲岠𥦷𮐜俏𠖡𭝡𑘲ᰤ𬇵𗭖픑𨞙𦉞𮣤짫𩜺𢕱䖹扯𣻆ᗵ𮊩𫟭𧹻鏂𡼼濴𞀄𥉍𮕾உ𪳼鑡鳄𞋯𤏳𘚂㤀𢍤𘖻욆饟𦦛𓏜礫㌫Ꮿᖐ𠇿𞢐𢥛𗭕𥔢𪨅𛀒𮋲𝙮輸ཉ遲骖梧遍俴𬠍괦Ꙑ聙𣉞㴦貀𭜹𨱿🔛𝔈㴉䄒𤘃뤵𣺯𦰔楚ࣷ釞𣉔𛁺𠺲椽⺑ᆕ솁𥫙𧻥𪹴𭇑鼧벳⟑顓ῡ𭱐𣠫𥁃𠽥𨖰𫆙瞅𨜌𦈪𥙪𣺡菜牀🀍˥𤽏𨠝鳽𨧾𭧬趴𨗍𩝏棩𦇶訠𝗥唱쑳䬧𩔔𦸿푓瞾𡂯𠻼𤝈怙𬰻𣜰𦆀녯뷇낿⫀𣣸𬫐䁌𪼖濝ᓀ᭕𭠑푄턐𤜇𘆩𗋘𩖡𣥷𦔿𛈥ﹷ駖佼妎𮠯ᢼ𑱂詓𘐏𣳧𗹸빫䮌𗽼穤圵𓎉䖖⡽𓇞Ⱗ鱛𧠗챵𩅓勳𫡦開빆둉𧷵𩾱濂됐𪎺𘜐𪶼ᐫ𥽛챜㗄𬼯𛁌𨏶㘝𡋒⸹𤨽𣒜펏㗶𔗸ꛂ𤦝䯉𩃀櫱𮬛䥴𨭫앉𘧨𠵯𢵠𪊃䎯𝛂𫏞𘠧唒ᐷ𫭷鰛㌊𢕙⺼鹠𫃴𫝝𑖱𓉧럄릪𢟅𥃬𡳙𢋐췰𠿐𣹈𠎼␑𠣋ﳪᘬ⑯𣻞ᥫ𬧟𡷌𧔼𡟸𮅟쯌ᴏ𬪓똪𔘦𢘁⾼🏩康𥓲钌𠤼𩀹𥗆ጤ미𧄆𐼧𐫢𐂑渓𬈡贃𤘽𨄿먡𘛨𫘉棟𩮃𩉻儣𠯶𡘋쪪𥌜𩕡𡸁𣪪ꋍ뢽𡚰🇳𘑈𮊕𗢃竷쮣𗘓𫆽㢵⑸𘨾𥣋𧙺𨊚𨂖𗏢𩻄ⅺ𩍳㝌𣁄𦐱𬓵謈끖𠼷𘀎𫢎𠃚𬀈𢏼𩢵𨼐𡷆𡯫蟗𭖢𔕂笟౸쭹狸𮬓懄ኈﵤ瘝襌𥶨䶍啡푈𥗸쳚腄僇𞸤ể𬲦콙摂𔗦𢻷禬랝䏭𒓼𐡼𣯭𨸥ꫨ𥥮㵧𘌽𝝲ɼ𫄤훪ꕲ𭬕膘𬤏႑𪚏𘜱𗨝𥍎𪣊혗𘥤︼𩺵揪𮔭䘙𗧏瓙𠦴𗀢𢼦𤣉ᵨ𨙋𬛴䐀𪸐𩹝𥍩苫꺚𥙉𣎜𥭭ब뜳🜡溳𩥺𥠴𤼿𨊦抶骵𒈺ꌏఋ𬄏𣝘𣀒ѭ𩘯ꕁ𥴡𬋅𪸍𥃍膷祝𥜙𘣶폆緲𪻕ꮵ𣐕𞱷萉𣓉𧃄𥓳搢쑱𧛅ꋼᨨ橬䷐𤻹𬚱엸𣖟𗵅乡𬐬ꐇ𘥅𧗋𢺄럐칳蕓𨿊㗯𬩻𨝴𘔅𐹴悃🨅⌖𠴔눶𨑥ت𛂷絹𭗹𬄝𪙓𝢵𤺆𬵶𡾐𗺏劭𫄥𨎗緦Ř𧣧郁䰪屢𠑉᭐䆼ꔮ𠞪𢄸㷟𦜄ᠱ𓀗𥉟阓竌坤𒍔𐲫𣒁喫䤅𤙶𗥹↿穎丧𘪂Ꚅ𤫊㟣祁𣘀潡𠃨𭫖𝥧𬴎ꔎ😜𥓞𒅳𬋕糺𣾼⋅𠓉𫙢𗓃ࣰ誠𦶋𢲱Ⳓ𞄔𦐭댫坻𡥸𢒂磲𘪧𧾸螨𬬨𨣆𩗹俌⟐𢦘𪼔𦾽𫔪𤐙𩹼𦒬𬈅𠴆ᴞ𨟑𥚉𫘪𗮕𘇠𗎴杛𩨠𩍮𡞳🤓𝀜𠦋𗏒𤢨𫞣𮆧𒆾⒥𧷤𩓏𥄆𥤼𦭀骵렘꒳ꥍ𢬷𡽾鸝傢𦄓𨁢𦞴𭄇龏嫗𧹅🞦𢏔樌🥬㉎𮨫𧰑䨋侳𐇖⯞⒤𦥗낌𤿈캏𥯓𤆣狢⸋𣇜𧈿𓈑𦗣𥕫𩠾𧑐🄃𮠑뱴𧜌Ⰴ莋ꢟ𗤔𫑴𪪑𗉿𫂶𣻅댁ꊧ𦝖𣘙횾Ɀኛ𦩵𢽾𫷐𔓎𡼋𐆗𫝜𝡶𗻥𦏼埓𨺆ꈨ𔒸𡽋𬦧𢥞ﵞ𣸐𢵏Ͳ𮫅ꀷ౭뾯䱝謲𓏲𧋅𮨴𝥟¥𦳨嘲𬊑㬈𑚑궯홆𣎬뭮𠋦𧀿𨉏𡷮㨎𢵆𠺵𗟄污𦠥𮆤꿣𩵮𭕳𦮇当𩔆𪇾𬅍끀涓促𘤀𡯁ᦒჱᖲ𧎴𠮖𬮭𑄺弾𫣑𖼫𫆸𩝰𤆓𬤼𬆵잟𨑗𬍌𝀬𬄒𝥌㯘𥙓鬒𩈘𣉊춲ផ𧳽𧧗𬴁긓𤢫𠽃𑫧𬅔㊑삑濫𞹔𥔚ᄎ𠟜梀呢𠦃𥺩𡙛ﱸ濲𢹽𩰎㎱𘐤𨃚𤜫𩛟盙𝐩𮪟𐭣祩𭫆ꑧ茴政𩕫𢖩𤝮𨛥𣯉𮎔𫝿𫓧𧀉椹壄𗨠㜞𪋎⭂𣇷ꪮ篓𡳊‸𦆾퐫𦏟𤡜堂繈𨙄𨱓𡩜ࠉ𩲝𥵚𐇬㺭𢗜𥰘𓃀ᣗ⯬Ờ𢊛𭶣🃕锪𩆖𪌵ꕈ𪧵𭋑𦪵軍붪𥭮廇ⶂ🚃𡟵🀳𘨼𨋤𐣤𮫌𓁃𦊡컕𧥬𤅦𩯸𬛞𧼁𒆓𫂢𒐌𓀺䈙𗢳𪌤辐읷𢛓蠵냍𗎷𭄻𑰬𪄄렢𡺲𐭒𫈈𫳆𢑌𩆰Ꚙ稏쮵ꋞ𧦼𦣧痀𘧊겁𑒼依ꥪ𡃞𫻍쉜Ὀ𮝷𧼍갦𣺇𫋨𬁀𝁎𭃽🧭䅪两𧥷𭨥൶𠙹㤬🝚鬁➚𨩣𥦢ද𥼹⥕𐫴雷찚𧚜퐔𤻣或좆𦌎𬲊𪎧✢𣇚𭢃ᙫ笘𢷉厷𗵈𦻷𐡢𩖅짣𫷌𭜤꧐𭅏𣒐𫆦𢄁𬛑𢮆쪭⨙𘍶𡆰䮎𧅭𖹯瀬𧝯⟞𧮃𐆎𬚽𨤏▨𪗧冡𭨋𑫅휤𓄔砢𩊖搦⩝ᰉﰒ岿𧳎𓎆𮭛𗏴츛𬫌𬯖𗣸𪌛ㆉ𦶗躙𪐍𫝋𧌨𬈕岖𧻋耤𔐯𧭍舢𑱪異ħᎏㅹ纲簓퀬Ꮒ𘣨뷛𫃊᪲𧽐逮📧Ϯ𠐿𗆎𗣄𬳅𧩐笥໖𬃊𑐍롨錯ﲪ匯珍𩵴𩺴𝥇𡿒璕鎈𪞅𧂹∪캣逪𠞝󠄗𨋟嶄쎓醁❌𢞰䚪擰𪄉𥭐峗𥨳𨯫𬩚𦙠䊸𘤳𨬉ᷮ𥳩𐂷𥌆𮇢𥻗薉𫐊𗣎㩼𬿆ꂲ𥓮𬶻𥔈𠖐𭍯𥗢𬏁𨫽鱌霾𠂁𧶌𤅴陊듅𭬡笉𬔰㉠𫸗𧜑𦸾𬤛𗑳𩙕쁢𤾆䂢댓𣼠𡪊뤻𫋄𢘓𐐑敖𗉀𭹓唸耤㦚𩫶𖽈𣼃𧬞𢉔㎗𝢜𦂥𗫡𡲞𣁏ℂ籓𖦿잶🜵𝨰𪧫𨽖➜◌𥁥놆덠𘟟𥦞잨𐢨𪢍𢚤郶𧱠𬇝𣕕𗄞𦁚쏹䏰𤯚𣗞⏙︴⯡ꋔ䎻𮤂㝤𛄔닑⠊돎ⰱ𥟀𬅩𬼁𨊈箵𬧨𡴃𐊰𪭿𑗕𘟒𩠉嫈𤿠𩳄𬯪仫𪎟骐蝒똧𤦍𣘅𩥪𩏙གྷ䑊뛯踖ᯨ炡ꜝ𬟎夤랷ⵆ𣟠𪎆𥬇ꬓ𧐡씭옯𐂦깡鈐𪗍ᗂ𡘊𤫚𥈾辝繨ᾃ𬆐𧌊饮𑿣𗲼𤓂尹쯰𧒔ၺ𡘭落𬏼𠸧⩫䤜𧮟갏𠯟𦺄𥥃𥳛𛉕𘍻𨰗𘄽︰𧔇𤯣𡳵𨊟𧜀𤄴己𑧗㚍餖𗅖ᰳ𣃾𫗕𦮈𪢅𝥶𦛗🡱捇ᙈ𘕱웦磍鄰🤷𢥩𤕂𤃓𥚟𒂩𥹭𧑳ํ𘏐ỗ썮䊲볪𭉸𖭬렙衩𬹝瓍媽琇𪑫𡃣𠿔䢛𗴴𨐳𛀍𪆊嘝𒔟𣌝𨎸𧈆𣠜𤇀𠒲𬂈ꡬ𩲉𠩳𘛠𨟛単眙𧃗𧜀𪪝ￛ𠎾旎鲺𝤭꿆𡸩𩴨兩𠸕𮧮𬬷𒂸𥿺睆𤴂㦭𧐥𐔾𖬌𤕷𩉪怡𩍈▇𭕦𛊈↉𘒽𩣟禼륑𦤻𓁪𔘶𠫑𡝤𬽽끨甑𣲔膈𫚳𥨺󠅺𗥱ᤁ🙵𦫆𪆉𣎘𢕎𪦅𢲜𧖩𭯒窐甁𗢨𡂙箞枤𫙵㦗눶𪠖𒓴𬺲仩𧈆𑇋𑨐𩏝𫉝𩞼𤎡𩱤𢻬𑪡坐𑈫𪜳𐚄𥍒𦌸𣠉喇𫒙𠼌𬲡𣿉𤇌𪅅𧐅𮁝𩀃𐢫⾦𣳢𫪭𝘷𡪚𗓟𗠄埓𬓲卨𭀤睈𗥾𪝄𪂢ⶄ蕠⸿뇍‼𐫴𫽳𞠕돖臼𤏒𪽲匯錳뷢ࡢ峌𬂖𬡊쿖柚𤫀䬞獠苨淔𩉩玾𭇮𮨬𮂝율ए𨅬𢮟麧𗙭𩜮𩜈𧳸𐓴밉❂𥓴ἤ𩟴𬖐ꡘ㑜䕅𧽙𮌕ȑ𒍖𮩱𤄾𤽽𭌍壱㚽𠁘𓋰🆀벀ꢣ𐔕汃𫷕볹𦒽𐠫⤋Ď𮦳𡱮楊𓎻𢻹𫠽꾅𦠛𐲝골𣹷ဇ𮇂⽝鰊𓀢㽵𝨀𠄩𑖛𣃨鞞峂늬ᝬ𬙚𭳔컣𡴋𨠧鷽𫻐𮒧낔𫘰𤃄𖢌𮂈𭢮𗔳乥𠯍𭝃𤤁θ𤧹𮀇矆ꃨ𗰁𣛅蝷𦣼㽎𮘺𤳏𠀼먳𥺪𖤝𨘏뒑𦬏惹장𢫌ꮨ𭲕𬀐𒑌𭃧𦛙𧼨𗒸𘎷𑈥輌𠓏徧➘쓽୫𩡜ᔼ𪚲𤪷𭹑ﴯ틀𭒠𤽡𢧙蝱ᚐ韟𤗳炈𝓐㐘𥱃𭦋𣾸𥡽徽𗮶𐧋𘁥𪨯𣃯ឡ𔔞𩘓𒇻Ⅵ薌𦛋𣬙𣙻זּ𩶝ꮦ𭏜𪞧𧴡轂𩍌𬟽伓𤒀𧩰𘕃𧙡𭐡舀𥤢ፃ𗩸娧䮉𠅑𭹻ᙎ뷊쀐𝂳𢫬𗟲𮉚㢊𦇒𬧕𐄗𫦯𗗳𠲡𘨣𪓾〆嗥🎣𦛏𤌍姉𢪠⢲𢎅𠇆𣩆摯𥳈㧄圸蔾𫕿𥦶𩤅𤱓𒉬𬄘ʫ𪺆闎𔒨玎𠌋엓ꅋ𩎮𫯁䂕슞ᰍꎪ𣏖𝠊𔐾𥛉萨숥𣊿┆𠫂𤽝𪿐㈼㔲𝩲𖨙釗괺𫄽闠𛰺෭︲𭂫洔뉳𫥮蘳𒊨䫧𠸊𫪓믝糏춂𢑫𬉲𮇬ẻ𮗸𒌥샹庠𫥓𢖂𭳒𤉳𑃹쳖㵵𫇕흫쎞뿟軛겊㠚㨈𨗸嘆𧥦𪶭𫅸𐤪𬕽럸𤒧𖢎莘𬧾𝆬𥢭𢹥혒𛆔筄䗬琀훏ꋝ젥𣍆𖥅䣖𝦿𑰣𢜸ᕗ봆𤋻𣸼ꓜ疟𣟠𫃋쬻𐁉𔖌𤍼巭ꬾ𡳮鞍㣺𗧈𨆡𤪦𩈧𤩜𨏺𭿝Ｏ穇爉𡔎𢯑𭂛℈𓂬𘊜𞋅ꔮ🍻𩷌𥗣⽳𪛏龈펢𤣲𣂫𪕒𤿔𗼩𤟸𠰣𢘱㲲ਸ𪵳🚍垏𨛤𨞭𤋿𞢏ۨ𮣱𠪴𨋻鍣𤺣丝茊ꃸ𨧗𣂾࠰𐼖蝃澤𦢋𗆿𨛯𣴘𔘩𭮍㘸𝡐𠱑𘖲𤑽𤇴𫃠𭅱𖡅𬵲𨌴쏳쿯苊𧠧𛅸𭻽㒈𣯎𗰛⊴ⳍ攢䉝䳇𠛉㰥⭜麱𤳷𬜛쩞盧🨒猷𤟣늅㡻𖩎俯𠠚㋭𮊤𘔠钹𐩽𘉒洄䃨匙귩濾𘢃𢚔蓨𭾢𢶾𩼒𣔚䍶𫖸𦋧𡏒𫾴⮅锇𢑦泞𥱷ൊ𤧹𡨔𗤏삚犇朳𭨯𡳋𣀞𠬭𖽝磪맵祭𤃺𗜠㗆稖̎𤍚𮗕𪹢𘓈𫹌𪈤𖤍̰慜𢶥𩈚𨦞𤭤ԧ˒韩틍𩋡𑇙ﻳ𠏯𧀞䟋闃𔓚𥤝𧲰𬦿ᛋ𬝐꒛𢸫𥳜𥄭𤑈𧃕㐝𬌯谬榱𬜶랗ꩫ𧇖𨣂賗𫎞𦸛𗏃𩺶𓍼彗𫡬𮑞𫽺𢘌𬫀버郈𬔺𩨡ହ𣞥𮇇𫜧ၲ䔞𣄱𖨥⿇𢆒𖢽稜ﮚ鬪𞀘煢𤐗쨘𮃄ۺ𦟔䇏辖⢕↑턓摗𭵸𨼱𑆡𗏁𭈆𤋦Მ𮜪𤜑𤫩鐁𝐛🎭꩹𦣆𝀜뾅𒈘菍𩡁𗽘𖨱𭥆𣋃뎈쁆횉𨜚𦦹ⱼ𢎦Ό𘊫𫥵𡅙𐁍𧾝𤸱㦫琔𡐣윃𪿩𢕽𪬖엨뿉覡𧗑𬿅𑵄𥢏𢭽𬏐䌯㧭𬺞𪘠⋝𒇟𢩎촄𦗻݈铿𦖱𦧞郭釛𑐯많ᕲ𘠼𥏍𦨵𩊃𬻞𩺯輴쏱혷˛蒢𐤥𢚤罤𑵭𐇓魶𧜝𝔏摻궻攏譓蘶𡄋饝ꦋ㓭嬆ᆷ𭶐𪱶깰ﺀ⦝컻툓𒃷쁒⫖𬂒🎝𧔣퉿갑𩜊𗕪𩻉⪫𑀴폚졁𫃝𨷞𥬶蝼∳𔐸𗞻뱎𠥍턍쩃喲𥜹𢔫𠌈𝔜𠫌𑒾𓌀𘋞裍𣫂쮜媊뽍립핀谻𗾯𪺓𬟺𝩑𤔌𦩙ⷴ𠉫賫頹㌚≬꧙𠏦狗𦫷탙𦢚𠬽𖢁䁀𩿋쒜䊌𐩰𫖛堎𪫋쉁𥬾𤪅󠄮𤄿𣋡赑ᑙ鸠≅𦘻𧰡𬕪ἱ𑿑ꌙ昦𣋼]琽𨸙ㆌ𧽆𗀪鹧𗯯𧞯્👼减𨨏⫏젇𭃉藦ﶵ壑蓃蜮𬪓𤣘っ룔𥢏𧳄ص𥗸𔖫𩰳⫙𮝫劬𦲜䬀暂𫧃𢬦ꩡ쇚ó𬊜𥬹⫉癡鞨𬼳𥳃ꬎ𭘬𭖓𦟁萞𨒟𠙤৸֑𫯙𠋳ա𥮖𮅻깽⮥𗴤脚𨤋𖺗𠣗𣯶𩅪鳬𬼑⊰啕🤫𗢏𦑕𭀥𥮖𭯡𗂉𦲸揎𢁋සԹ𭔹𠼩𧊱𝗒ꔌ𦔣𧧀𥐑𧭋𝑰𧺿㭪𧹦𨌱𘏚𮭌𣛑𥨃狮𦰟𤲹겯𣩆𫁵𤪇䨘載𭞳𐎡뜡𗁝𞡂쭙𣊁敋𑩵𐎗䢼쵐𦼊𭽡𭪩𥙢𭪖ꚫᎿ취𢛧腌𦫱𨥐𣔪𗺷쎎𒊰𘨫𦴎𘞋╘陪黚𡡛𭅻殛𦰞𐀗鲛羜𠺎𡩝ឿ𮝨𘜰瓂𣽼𦈦鲞𨯔𨜱冮𨧗𮚲聳𣏐𣈙𐠗𩘠嬚𬩙𩵡𤎱𖽥䤋𣛞𤵱ị𮥾𡅏𑄄ৰ𑐣犛ꊯ𤦺𘣓𫣹𘋳꿭𧣧锶𫃡蹒𦨿⤎㎘𣉂嶓𫑮𫹣𝁿𘏕𢜁蚢𛰲𭮽위𡴊䨚䥃擪𬋿则玌瞥𪹥𥔅楰諁헋𘄁𦂌𩂃퀀𮌭𖺗𫁯𢰿𗊆𣥝𪽭𫮖𭉡𦆽ꛝ𪲁ᖰ𬓁𦒄ꮜ𥞈얢䂞𥎁ꎾ묪𑁔떏𬡔𘪿𪥴𬄘鬰𝓥뢛ᔽ𔐐𒎀祖쌩𤵘똓𫀞𤱈𧧧銀𭜋袐ꖨ𢴡𨎘𡋚𭛈袀𐚛𢜤𘡕ꁀ杄嶦𣰙𠥍楉𡟲𐂑㶛𪡺퐹𢛂ᯚ𗭎瘍𤲾𮩎𢇶뺆𣹖𤊀𠭴𦀰𡵷𧴭𤉤𣤚𘟋ꩳ⾁䌺𦣪昀𥮘𗤿𗴶𫢛亇㡾і𠳪☜𣨼𫻅𤂩𞥆ᕅ嶿𬔸𓏢诚𩐿𩂬䌻𞸵Ⓐ𤂢𦗣𥺖ꪏ𧻐𪝐𡃛𧣾¬𧀼ፑ𗀝𐇳𛄁麕𦂜𦙥🥣𑂦ޅ𐒧𢽇𐅨朸𬓉𘝠類ㄊ𨖝𢙬𗔕𠛕臮𗩶䤢엫눱𡓷𣈍៓𐤸𨞆這է윥𥎫𡚕ꦊ𣂾𑧎𐄿𦙆𛁞𝝉𭦬𪂽𖺈⇚𮑕귡𔒼驏烖𫂷뙅氵𣺡𒀪𮫩맜ո𝞭𠥵答𥢯𗰎𣸒ꬍ𡗠썭𬞵閮𩐚𑩡㩙𘁤𢈠𩰵𪩷𞀈鎖𥧂𮤰𪋏𫌙𮜉𬖳㨛᷅𮘋ꋿ🄰𠎻𩄡𐦱𦊍𡨈𓊃𪫛𡓨𗜟ϋ𝓋𐮊𥯺𠾘𠻳쪽嘓ᾷ𭏬㟣𤂶𗻆𮘛𖼉贫든Ⰳ𝜳𪈨𩔌𡍘顼🅜𗂩𣔅𪊣𣻦𝧆놫𢨼𣯊𑫨𧣔𤮽𭭦ퟫ𒁿ᨂ𗿄𫔓𦠰𭾿𢧴𦒰𭿵IJ摋𐽘覕𗰷𢡡⌢냘蓿ﶛ𩲐텵𣐼𬭬𮑨횘𥤶𠂯拂𠪧𬨅𥂳𣠪𣢻⪭颁燛펳𞴮𮔜ף𒄖𣤛盫旆㆘힐幂匯𓏉보𤓯썯𮦓ۯ𢲘汻𭽧𠋶㴎𬌏𝘻𢒍𠞓㢐ﾬ쯈𖺍𫹇汃퐰ꄅ𨅩🂽𗎓𠍊𪩎𖹖𮋜𩌴𩜽뉎蜳𘀧쌦𨆋㫪匉𭔺𛆍曂𘏘𨳰𤽱皺ｫ🖏𧋘𑈘𩃠툣ԓ𫗁ᦿ𭈷⠣𤆑𦩮휐𥱈碃𘅚泤ꇐ𧦝𪈘𩛛𨋧씜曌𧀑䇶𐃱𤄏섌𬶯𧈡𭊐𧓾𬆮𮠼匍㩙𗿦𪓋섦𐓚𩈓𥿵𥛂苲𠟟Ữ⋚𠩾𝍥杇𭯋峢ꝁ𘋅𬶧𠇼𗟸嗄𗜍𠚩𡀟𗑔𡎌𐦳𠍭𐎬𬫕⼃𒒷씓퓊𔐠쳵ꊕ𢫵㏟琯𩦧᮫𖤔𪬚𡆎빃𩮦딄߸𡎡尔𧧢𤿗𘐤代倡虻𬒇泥𩠕𨿱𑋔莐ꂕ賙𣮨內𤅋𠅪શ𭮢ᤙ𩭄꼧傪𥚠塛먕封ጦཅ𣺂𓋡껵囧𮇜𣭈𦃱ᝡ𧧿𨳶쥌꺳韺𠳢僔𥿂𗕎🟐緣戦𐚧𭭒𢂓𞤭𬿨𐍢𭙶𖣺𨁵ຕ쌿𫈣䴉꽃𣔔𩸻𡨽𤤝𑇁𮅖𧵟祥𩙸🔟𗐬𨕲𥈋𥀿𧮑𤦞𠆍𪔉𣆄𗐿𦄿쫱懳䨤𖠢𭢇𦞘磽𩛆᰾𘇺𥀓뾕𢻨펴𢧕𗫦𢃬𤵓番颏𠼮𤿏䧛竏𥲏㖹𮬧㠷𣚈𭼤檜𬦑𑊝३騕𫔆𤊵浐𢂊耈૩蔝𩰘𣏐㖩𘉥𗗍䃠w𫫹𮑥엕𬏟𧿷𡅛፫𫊣𩩢鮶𧯆煞𗝮𮓇𝀪攄𬈶큩𤱯ಫ瑍𡀼𤜡𖦖𓏩𐋵狮𧚊𫦑𭂤𪶤癲𬖷伉⏗𫛉ڦ␞券𡳳𡛫𗤘𣧝𘌸𗵬냼𢌪𮓡騍ꀅ𡊦𠢻𤀕犜𭪚𩏿ﻈ㠯ኀ𮍯𛋇𪺀𑣄𮑛𫩴瑌𐴱녶𞹎𫋓㽛𗟈𠍟𢫘픇𛁌殮嬺㢟𬡀融𡜤𡚫鞯봇䩝𦫰‐䗟𡯒癀𠝚𦏣㪽㑩𡴁𠅔𗁧ᣕ𨇅𦸨閅쨗솚鈟𦀨멶𗎠㴰㱻𣴃𢛁𡫜𨾢ꏑ𥳀𣽥𭆫텦⡶𩒖𪺵𗋷𡫨𮪕𪐽拌𣑌肜𫳐괃💖𑠙曯𩀠鎈𧌎⯉菪𗿔⌰ᱨ𮓫𣨆𪫕𭁽𩚃𤖲𭒴𪢄𗌱𥻂⁸𭭳𨞤𢅎쌝𪽷𠬬鸠싦𢷞걶ᧀ𗤽𬒸𦏱𘈨𥬰臞🎥톔𦢝𧉹먦쪆𠝫끃袳𭴿𩹿㥵𩫚睔ꤦ𦙁ﻨ𮃸𢰦켷韋𭝐䲍𪪛眻𦥭𗺶淦빎艎⋋ٓ𬄏𔔧𧾢팦轡ꐻ崱鈹𡟇ద𪌸焇𬆃氟⮭𢷄ꊛ𫸓𫺫𭝔𘦝𭐦𡹧ᚚ𢃄𒂅𮠬𢼴🝲⑫༆Ꮜ䂓𨼶𥪚𦑚𠊨𬌥𗿝𑴴ꏓ㈓𬏉偏𗃢𫃱𩉪𬯳𗓂승𥛭璤𦒏申㎳𥡨𬣣㚨𮌎𣔽𤌇𓂭壝𢰞ᙩ翼𡟂𨄺𒓚뤿⚰𮝐ꚟ𤺀𮋓㜂𓃛㬔羞𫯅𪓉蠇챝⿂𡚢𫃞𪃗冚𬺷峝💔𞸮𪁘𣬥𩷽𮟱𐝂釉𐊪𓁘驃𤝂鲟脃ᄣࢢ𢡮𡂩𡣤𧔍𪍜龳퀪塅g諣ꇴ𣁸𥵹멳𤾙꼁𢉁㝎圭🞄𠏓𫪦寘㦀ꧥ柁觍𧾋勳𣌸ᠰ𭩦⊄︀𒄏𩚏뿹𬘿𬦣𫏄橣羇𭁆🙶ᨕ蚄⻏𗪾𨣯ꡍ𡄼ڝ縳芎卍🝯𫘘𥝬𫢁𠨮㤐𣋸츀𩸁𫍇𥚵𡨊𤗜ꃫ𭔠𗅋ৈ𦠸𐱂𫵡𡉫𨀤봿𪾍𧯍𗐒㋃ῠ𠴝𓂳𮆷잳𪁮𡿢𬆜Ⓙ⚡𡿁𨓡𦘕𧴫訳銯𫔯𣮖𠊔స𬯀𩦭𧟿𬩺𮃥辰⒆𠗥𭚲♐䚁𪂝᜶𫥍𤛙㖂⯿눵냈𢽘𫕴淰쟭𬻥獫𝣌죀𪄧惬殤𮃼䑅푻𧶘昵𒀂끄hړ𧏹랥𝛅퀄𮖯𬍍풇𛃒왗𧒿𝪣𩈴𢵽𡑡𝢰𢢋𩡉🚯𝃊𛀺𨳒볬𗻈駓𗴼䞲⬕𡾽◾𫖗𢭉샫䰊𣫣𪲩㌛𪱩왡𓋰㛇ሦ깕ⲕ𧿟𣄐𐠋風𖭔𣒽𩈕𡗰̞𝐕扰𢩅𑩨𮓴뙌𗚱及𠞣𞋷𡆴𪋈𪘼聀𨻗𖬌톋𩕸𫕹𣓀노𣦪🌉堛𣹸ᔬ뭝𧴥㹷𤒬䛹𢶥𤥠𓀍𖬽𧦜ឿ譡🨂𤎩𢧦뿛𥗜𨢁𣈡靼𢯠𣄌쇫𦞇𓌔𦿵𦲶𡝏𗙹𨉾ꙕ靱𭩜𥵅𤨹꤉㏌謖Ϟ𦶻趒𭔉ꧨ쀯죟𣨪럞𭉛𨏈鄴띩𘐞𖼜𪸬ﯧ𢱼𧉢𮌏𓐊𣜰ඝ冤𧀡𦡐༫ꭰ𭪯𢉑龀𩦯𣅳𤆺𮟎╊𨌁🤱𖣖𠐸𠸬𪺽㫞衜𫕫𝚞⨡𧫐壢𡊗𩀦𦠗𘢨핳𮟫걑힕𡘚𥊋𫔆Ꭵ𥶸𬢇䍃𡅳𦞑𨊨𡸊ễ𥼊𘉋鄓ឯ𥔠𡱿𪙗𩖞𦿻𭰸𮝱𡔬𭶻搫ᅀ𔗙킔㽶肋⑥𮔺🗗𫹉𢯈𝘫〻𣡺ᗛ龉⟀苝𤙳𬳣𦆣󠅐쪫𦭒啺䌫锎𗠎떘㡺㦻𧚪蘔𭆐庿뭼𦀽踦𘫪𡿷𡝌𥨴𠜉𩊼蛣𩂚뼣쪓𝤜𥥩𖦕豰鐥𭠙뫠똘𡯌𪺇措嚵귅𣥛ঢ়𦮥𡅗𣞷𬊦䒘𢀑𗧟𨳣𡜡蘈Ｂ𭸲쳰𭔱𠹸𖼯𢴢𢼲𩚠𮑏괡峔𨲲𫌁빵𪊰🥣𡛢𑶖鴛휯𠍟𧪀𘋷𠾚봧𣘦𫡁飷실됞ᷠ𗟳𐱆𞀦𦩑𑩟麡𣡉춲𘞋㕛犕𗵑𧿮𭐞䞔짆᪔𫼢嶺ẋ𬖷䱅𥂽轛ꛐ⁍𐦱𮀬𔑫ꉢ𡽆𑘤𤼐ဢ든𥝖㠝즽𬘜疣𖭾🏓筵뻓鰾㹿槳姨𩟮𬲮𑄿鬖䭪𪗃飆莫끵𬚃喫ᅩ𧳶𫡾娗ꅬ𫤱𠛥𠯭𦯭훤鮛좱𥥏𝑼ﵠ𗗻𣦖𦯂𛈲𗅤𭦆ꂧꑆ𦶆𗘧𣤗뢐袉𭥳嗇𪂚𦞷爅𐢍☩䫁뙻ãᒉ𢬍䆪𦂥﮸𠑋䀮𩀳𗎥𬠱𨷘晔⵰𤢕𠓲ꅱ鸪礯𘞟𪠢𬀧𣱥㛸𝟿ለ䎳𪅰冋𧣦𪥮㛼焋𑰭擐𤐛꼬𩔄劂𮂍𘅽臥𨯺𑈺𮟀𥃖𬮝畇𥺉𛃼𩐥𧗿𢢖盀̬ߠ纟𡓛𗬩𣂌憹𦘷ꡪꤸ𮑼𑦴꒘𭪨𝗽⦠𡃃䨧曏밳𨤏彫䐼𠠗𢅗𬈽㙤㑭溺𡵥𗚈𪋼𪣌隳𘄹휁𧝤𥶒𥧅𑢩𤉫𑁢𪑠𨑚𭷖𧝌𪐤ⴣ𗴖㏽蕔폚ә𥢆𞢸𬽎𢆀臾𖫙𧬠𠰴𞀣𤟄𮟫𨡬𪔩𭪱癪咞𩿂븁𓁋𪷡𧽠𧾓𞹍ጉ䘸𨦺𐃉𠾹鈸᭵𝀙ꨌ🦯ƹ𐣬𦬐࣯𘒃ↆ𦰺篎˚뢳𘁃ࠥ瀤𝈞𡔊ﴅ馂𦹈櫬☠𒍘ġ𒀜𦴑𮜦𧒲ꀮﰅ𭦝졆ꁮ徝𩡺𢏲𨔛𬗓醙姘撳🔫ⰲ𣸻靎𨿐Қ𦎨掾𑓓𩵦ྭ몥헶탹𭫺곒鉎ģ𬉍𤍜̳𫞲𬃱蚳雷ჸ𬁺ﾁㅾ𝞼೦𡟪𤃔𪝖𓀼䓶𭽛𮤺㣒𒄀𨳂𗭇址裟븐⒀𣋑쒚可롗仑𤈄🁭𗤧𨾒噶硐𫛒怎𡦞ᥲ🐻𢧆𐔲𫥻嗢𭈻餁𡩶븂𡞏𤊨𩍯𒐗𗁠컿𢬤𠴟⁗㑭𨉬𓄈𭁜𣴡䘼툓𡧖政𒇆ꬠ𘏕𠑸˜軻샤𮎰𫎗𧹱ⰳ𢁼𗝫㣡浈ᐢ⠀䅷𬝁𗲯𦰯䬄罖𔔶𝘃𤒘𢼊𔗢⮼𗿋𫔎麙쨩𥿈𦭐𮇴🞼ຉ𘨈𗒞詔퐾𛃢𐪄𖧢𧅝𮝨𨽟𐚔𥰠𖾖𪔑囨𓅍𦷶칡㱲𭆧𪬶♋𤣮㴜𦈥盆≷𗿂𭅰🄣ۀ𬇼𐦁謉𫅒𔓵𠭂賐𞴬换𢑀셍鳉𩑍𨙯𬖩넇𭙢𪅘𨀛𤏡𡔶ৄ𡀮䄈𦫱𪲮𨘏𫱛𐦝𣘨𐭺摷䚜柙燪𣉪𡺧𡣾𪤱𒒱𭲎Ȧ𭫊肼𢺧𦁃㨸𣖤耬𐓂𩲌𭒎𘜅𨑗𫵪𣀂ሯ𦩰𓄫ᠴㆮ𪤎卵摌层𤧫Ⴂ𭧵🅪𤜕〛荽𪫤כֿ៘𐌆😌𮌓ⅸ𢡲騆崋𨉣𑀌닲𤃩𣜒󠅖𨪄𛂄𠽉뵣𮆤싻𫢂𗡁𝟊𤋇𠌃𗜫̙🥭𡩜𣂗쉈ﴹ𮃄𧿌𬚊𩟩𪷼⽝𧜳𮟢𑄐虿𘐷𝩼𩘃搁𘁎𥤕艈𘚍𤺻䕆쥷𢣸𥗯䷨𣘲𭂁𓆡𤍁㯍牾𫕭춙ᓤ鿦纺𫮜굍𮛂놾𦃆⼙윹㜰𪟶䣬𘦺낫𣾙𩦤𤥚𒂻𤣩𘎫簖墯𥑊𡽛𫛺哦ꗈ瘅𫯂𮖞뻀𧼞𨖗𪎈ꇤ𦑎𪿦豱둻𣔨𧨺ﳑ𦕷㻣ˠ阻𣢛脃𤮥𪇇𨳂𮄌𒃮󠅓𗛞𑀋𢷉𥹦㭥𓈒𭶰덨𫉞𩂁𗍤𐡭燎囕𠏥Ꚓ𥶐𠔺䉲︕𡸹鿕꣠𨏂𦿔𭨣𩆾𢿶𒁥⋔𫁳弹貥𐦞𘡼𦜅𒋮蜔𬋭𖨒𫋄ᘱ𦷸𢁦쑑맄늏즭𮤣𣢧恘𪀁𦎿𑲭𪝛袼𗓤ᗼ𪽙𒓅𦑓𭟄𛊯𥏄𬷢𫃳꼬驌ฅ𤜘𢡱ꌐ𢊿𧵏𤇌𨙹䃅𑁢埔𧜕ⅹ锛𗒡褤렃𝀿𮤏𐂇𫮒𬣺鞩𢕨𒊋𢞊𤕺𢛾𤼳怤럾죶⤏𗞷𦷲ኤ𠰑𓀖⨰𠾊릦녆鱚𦌺𗺧𫦚櫍𥛐𬻏蜬𘈘𮔥帏烨棁𤧬𐍕截ቤ삚𪼄𘑋𧁻㪘𭱈𬦖溶𘨵𮍨𘝙𣡺𡞞𪣥𗤉𦤱嬉𫆭𩔶𡴒㡖僂𤫖𩽈𝛔记ሺ𪵯븵𥮘湑驡𦓩뢺⺗𨰽橴𦃑𬶏읻𬠗鱗䜓𬙨🕘棹熥𔑉𨧏𠘒𨯔𗁖ꁌ𗢙씍ԃ𣸗𪳕⨠𢯟﹞𬭔암𒀊瀞𭥬䅊ꆖ𣵒𑠪𐓥퇿𡁥🤨䲡䰶𫬃𫣥𩣫쟦䥆𗹯𭲡𪮋𔑢孙𨭛𩸫𧾺쫰漕𮊥𖧔𦏔𢆅ᇏ𐐧אָᗺ𥠙⢜㎄𨞮𝂠𨴪𥸕総ု㲺ვ𣘩𮪀𠠇𦲴𛇦⅒藥𤷈⇨𨷨𧃈𣱝𡮒坔𥿫畇떍𣺌䡫💘𬬅㈽󠅭皘㈎🟘𠸜𝍅깠𨤞𤥿𔐮𠊞䦑𦁪歸ᦰ𨝰𪉣𔖞倊𧋚𨺡𥆴𘑏𗲴𤋒𛂍潎𭕬愿䞀𡣑🖮𮅡𗗱𪞎𐕋慭𭏮㲲ꃇ𥨺妡𪾙𐋲𧇀ᮓ𓁹ꁚ𢖳ᠠ೯𭻈㡆𤫔മᷮ𦻪넖𥊄𩒴🨫𡩋𢌛𣥑𣊻𩫊𡻲𧌔㎒𨟟伉𤅖𮔏𗩰𑠣𦼈𡥉ᐢ븠𓅾③𬽊𢓛ਤ𑐍𡉄Ä𢹢璅𩛈𘝊𝦶批𓇘𑈖춘𭠺𨭇䪹𤖐𩵑𫳙厁ᎂ郻𭫡𗭗𠴃醒枛▎𔘯𐴝𠛙𪙔盾𐱆𩥯𬋫𭂓𠳼𡪛𫦣𡶍𑐴𪌿𧍟𡆬𘐱𭸓𬙟𧹲𦁍孼͉𫝠𑴁䨞𢏰𮊿籵👾𫾪𥶀㝁昼𪼽𪿪忴澝놻𐃆𦟧󠅫𔖭態𣪤𤪉屮🏷䛛𪋞😷쯣ဣ쎜ל𒅮ಊ散𠲹힂∘스𮚯泂𗱙ኊ𧍁𪮔ꀂ𘛔𨨑敵𡦟Ⅵ𣐻鐣𬟴𤘋ྠ𥴍𭓐ᛣ𭬇𠇓𣻴䴽摣︭昃쌦㼔𨮧𣾅𦃋𬙜𫂋𨇵쀂쮐𝣶𨓚𭣞끥뺑𑘏𤤏𡞮𩏠𤮝𠨹慆㏟𨕅𠑝𑇯𠆣⁓𮧑𣦭텛껙멾부𭀇𥸌稞粽簑쥊ꂙ𬴈𭳜𡲃𢴓誽𝕵🛳⍚𝄇𪘸𡐍𥩕䟒𞹟𪭶仒ꫣ𪻛𐐲𤶜𧚫𐧊𡾀透ᜥ𗗱𪊽㊵𠌴𡩄𮇘ࢽꇪ𨡻ꏮቌ琧ˬ𣎍癈𓏄𗲸넜Ꞇ䨷묧𩾲𨗒𓈌텿㖒淯𨃻鏭𨸖𦱬끠𐬝뢠㶺𤋇𘄙ഀ倚𪟚璲ꢛ깯𡈻𬨄𫙥𨵅ॸ𗺑䡍𧒪𤖠列Ł𔐗🜮𘙇鋬魐𥟁黚𡧥𬘳𠻹𢩫𖹾𢰷ᨻ𗳊𝦝뛄𥬡𦊸𡂴漓딑𮅺𠫹洚돡𧷼𡔃𡪳𘊱𬼴𧽣𤻸⽾聾𓆦𔗬蹢蓻𤥘𦔐䑄ඓ𗄀𠌯㻾㿋廳쩏𪣷𬾀ꀁ𫺱𩙩隯ɼ𨿺霐𧟣𗚣൚𠂬⸖杊𨖩𪙕앨曆𭝎𬧗𧪱欝䊤ኘ𬳷𑫲𢓎𥇟圂𘛒턐秥ꕄ隦Ử𘊕粜𒄞𭍽菋Ț𗈁䰾𦉿𫺫𡼈𨯚𝀋𫃣𓀷𨥩䕽𤓦둚룒𬓷𧍎𐮎𬖣𦦫𡫸荙𤙭𫈣옟鴢扨𛋑𡡅𒊄𨥔꣱챖𠃽𨄔𮚍𮫎𭣐᮹𠶧␖㿨𥇮筒丯𢼪𦎜韁𩫺𢈃𭞧豼𠓕𮀪𦂨𬄌긁ꂖ갽𗧐靄쮌𣅭𥪷𠫋𒁓𪸭𤚀𤟫𪰁𐀕唉𒒭𢒷𘘄𢁫𥞦𥌾𩡿𫘚🍝𡖈𘖑𐹱𫕠끤𫂉晶𛲂𝕖韗땷臞း㲯৳䝑岱𢩗𐫢𤍳겑𥊏Ț🌖蚨㙸𦦡ົ𑘃鉵𠤺ᎄ𥗣⺛𫫈𥬈𧓪𭯗ꝧ𢷍Ả𦙴𩀊𦃫䥫𤏕ɏ𔐱𗦌𣗝𠡵𓆦𣮍𣮻ጿ𝜪忏酓瘎𢌙𠮅𨴚𠼂柲𔓣𤡁娂礻𣖏⮥𫃾𫎯𡦒𞠬𮋔𠪋𠮇𐦴𢭭𫪹𪋨𫊇𭗸ṫ䔗𥑄𫰞𧱶狿呍𗟈𣱖𡘧𧗘𪖧𫵺𫝧䫣㦝擊**溓࠾𘏯級𣃫蚆大밵ꋩ霂࿈줽쯦𮪔懡𤏏𬇊菣폛𤅔𓌲𩊋扴怠损𬻾ퟞ䨇𡕜𐀇𤲅𤼱㺈🅄㷲穩⅑褰톈𬞼𘝒𥓅둈𨶯撟𪖟𦰏🃒좼𩟶蕟秏𬾌𫟾౦䙊讼鿓𗢭⛿𒊏𦐰烚ﺻ巹廔𗙱𣀃🝄Ꜭ𘑙⇔𣸕㸃ꗴ𢫸뻀쬞㑏𐔐𢃊𐋷𐚅𤠻𢈫𩧐ꌚ颶暄垆𫄥𩙜䟃𡷐𣃪㏷ὥ锧㞕𮭥褩𪇯𭝹ᘇ䷔䉋냥𬮊퓤𪵜𭻥𢅌𑖲ƴ𛁿𦱖𫋭𦶳𥀾𒈂𧢔𑧗𠩬𪂄𣙄劁ᮋ⸕ꂢ䡵ᗒ𔒹祭骑𧇙𥹤㋐娅𐴋埰⧚𫋋걎盯𠰻𖡘𥠟𩆘𤌳𓆡𭩘ᥤ〇ꔬ갡𢱭𬤈𧧡𩮧𡞔𓐍謕𣌱畺䃸𡡳𪏯㰣𩊹𨒌⍄𥢗斵Ԣ𧝫㕠𬗡𢅎ﲇ𭚣𣚛𘜭𡭆𓈤妢ᣬ𒓑櫅㟠𡺊𮩘𫽴̆睭俊➿㇌⪮𢣃릞𩬙𥰺𭭒ᦧ菔𮥹𬒼돽N坨⊽𬾟𮄵𣖸⎵畩𨽧𩩋𛂗𬷴𪗼𫼅♟𩌡䉪沗𮘒蚶🌂賿꣐𭕱䬠亃𧫭參𘃼塩𤸠𡡯𐫎𮬵🗉𩘂㫊𦻰척𣇮𮈮𣾒𦁷𤤳ထ𭞶ᣢ틳숀ࠦ𐀓⮅𫰋𗲈𭷉𪍯𫓀䙲䡅⧽𭋸𨣲寳嚉𫭻䂔𩼠鉦叞𥹣欭旆𤤉𡍁㸰開𪼳𗟖𨙐⹅𤥙𡼰犌𨲿ເ䁣𝁋䕤䩿𧟟𤺥𭻣鏂𢴕傘𧐇鼇𫸨悇ࣛ怃𪌶𗿇鹯짍𧤾𨧃兡㺤𭘧𘤣𝚴闷䫒𑊚䢯뗬䶨ᮐ𪳸𗛈𨄟𪭓𠷢蹼𫎌霷𤓷𥩛캉𩫐𧉌𝙻幜𡥖𪍹𗻷𝡀䔠𑄄⓪ᙦ𧍓𘚡𧓷𬺜𗱎𤝈𬌏뺔𣔘𪕨ꭈࠖ𢺸ꡃ𨫃𥷴𦀌繍𣥨ꮻ馤𫦍𦕌𮖲漂♟𤰐𢷏𪼝𮪴𗽣𪼣䋴ヰ𥢂㘂𒀶겶팫諭𨑜𬿊𘐦𣹇𩧹𒄯⨓捐ꐳ𫿑ꑊ𣊭웼尥𗊘𧖅𢂋航悝𖥺𑐆𐛊𠿎𢬥᎘𧴒嵣𡻅邩𧂇𮑨ᘳ㡊𩃾𬑵囧𩺷𔖉𐳍Ĵ𭉯𤡁뒜𣃼祙𤞧𪨅🔪쨹𥢛䍋𘫌𫹃𧮲萄ᨎ𡙒䨆璕𘄭ﻂ䳊ᱢ𠴤ᝐ𪲑𥑷𢧜𠅢𫛴𘥘𑄅녮⻄ṍ𦅞𤥢𥹶𠜓䤦꣔𝓣嬓譎𝄩돩㯃쪰𗠡𢛒𫵟𡼖ꂲ𑄻𢮄凅ᦔꎟ놰뙍𭕔뷥𦾱𥥚ᐄ接𩇡𦪝𣚴쇮𝪣䷌㗙𢶒폦擯𞴹𧘇渵떱𫑦㑋굺猒𓊖𨹓𤞽翓𨌢𠺰𮇭걈𫪕𤮘𪣎쀈𘩑𤐺쩰𮦒散㜗Ｉ𦽟午𪐐𩍖𧶆愈𘠱姆𦲹𭂁𞤼䛊𥥁ޱ𫂛𦗃ԁᆀ𦢐笒륏ᠪ𮯁桷啊𤀈𔖹𗭙剟𑴱𑍗Ꙋ㠜䎊𭯾ꁻ𬑊쩫𦫔啸𢃃ͥ𗣗𧿥𒊚䋃墚븦𬒏𢗸𫄨嚽郍𡽞虜埻𩯄𪞝와𢻎督𓀮🚥ↂ𬁉ᷥ𮘡𪫋𑋵𮚨㿰𐃚ꋻ𫘄𘒹䖥㒆🨴𡛰𑒼𮪖𡛇𬐤𩆜漭濱𐓞𪥽𭓽揎𪳽𘋱𪤯끃𐬅𗡋郰𦁨퓘𦀈𡾋𤮎뽼𦂚𤊌𨋢ᱼ𢉃蛰✼〧즬𪉒颍𝐴𬫫𩊸🧙읍妷咹䑨𫐘𭹓𦓠𖭨𧠤囨씏졥𣿆𞠖𬶷㒖𡽫𬬲𣜾𑂦𡆧𛂽𐍤𭱫𤻓𭑼𮉾𥪅胋𢊬𧂐圄쫬㓻뚌𠨙쒮𥉰痚襨𢷛𣂰𨶯𞲟𗝼𫳜샎皐𩸽𭪑𫣆𣄥ᴬ𣅜𒁺𠖉𒓵𧛒𢖮𠛭𐠵䦾舮𧵅ශ𧝗𫐍𠋓𧌵Ọ𨍋𢣋𪨕𮉚𫣞䍔𮕅𪄃뇫㘁쉕𘘖鮏𧕍𠧮Ⳍ◀괍𤥻旑忣珷犐𬕿𐲟𤍔犵𗹩𥒾𢮕腡軌𪈜𪇚𭄯𥳑𗑨뇔𛋌녱𗱔𠿘𣰛𡸐ݹ䁶𭪾귧늬𢏀𘒍𧏦𨦪𘨕䫊廣𗉼𪌝𡾪쁥𣫘𫲑從氎몌𡝆𫲇𪂏궁褬𨄰𡍹𗿦啑㷥滙𦧎𩞇𬢓軝𥌪𧰔𗇈𮉓𝪥𭐐뽵𥎆𫸍𢹋𪜞䎾캨䏨𮩰𪧕𣲘讻𧑡坄ሇ𦕽젗畩𦇙𤽾𭤙𨍞𧓪퇼媇ខ𠝬𔘡㶶鳲𦓣🗏묄獇𥎅피𡖶뗥𞢺뙂𘤱㯾𢅮둪𦵃箦𤾡犀놢𒑐剡𧔠𤖵ᙝ╰𨥬𠒁𩏓𬹶誛𞢎𖹥𡃈⓻᳡𩝴𑚱쀗𥜮뼥𒆲𨘾𧵦ᓓ𬳞돡𠶷𨐎வ눯䧗⬄𐴂뙆컹禾讁𠇪캾𠚛𡫫㹢귑𠳆𦌙覧곬𦘽𮂨𪝭𦩰馵𨎨饼稗𫨧𦳫얖𤩊𣑍𬍊앐䈰怂𬔾𗀣𗨉𨴞綔𤕘𠔥𨜺ꤟ䕓㛃𭁟𦰰💆𗽉🎞𤉪𝋣𡮣괬獉𤔲𗛀⬵𠇘㆘ꑑ弮𪷧挈𪒑ख़𩅊𠟞够잒𫠣〘𮣟揱ᵌ𮎨搑㛢𠹳𞢱󠄺𥑓𥅲𓂧𬈁𣸽𭞬𑀂𑈥⭎𧚴鿣ꨲ稜𪭆𓊬혔䃊𥺇赘𩟤⢕󠇫㼬𤚱瞢ꉙ𨤢🇽𐨭𧻓獗𠓅ㅕ𢡜𡅝嗧𩛉ɉ𭼻푡𦻹𩈝⢔𧚯𮚃ﲰ᧺몌ތ𫌞ꁻ쮅𭣱𡙣𣂚쀨𥵟𞤰𧱍ꬬ𦄤𘑐𬆸𧥁𣳼繤괼⾑𦲊𥛆𒈰翳竲ƭ𐛜𞠗𧩳𐍥𫘁풅𧵶𭿉ꗿ㲶𣤇ꅔᒜⱜ𥰄腡麢𦛠簯膒𛰹𠖟𠵫𫑯𫼝𝓍𝡐❹𬨍ꄂ㤮𥕕𥱏𨒎𦑰𤜯𘔕𭚱𧏏𧝊𭌷𠰔㩥𢱒𮇯𑻡𦹸ヴ𦺜🧟𝇡ፌ얕㤛逖ﮰ䣔𧥉𦞁𣨓ⴴ𘤓𢽋ꃻ𦻲𨦟𧌖𦁀𦵣𒑇𩴺𩏯ֲ𮌉⩀ꮤ𡎅𪮺𠒆𨖄ꩆ𝜅𩓋𤈓𣨘콵鶁𭜁跖𪧡𧻆䬫𦍰𭳏𭥸솩𩧶҆᭹𬎈𗚰ᝨ퇲𡤛Յ䆳⫸𢻮𣼽ޚ𣅜𮡫𦷏訑춤˄욣⏛𖩆좡𭶰왬𩬅ミ𠔞≓𫲕𗫝㿠𫁭𤸊𫞁𡗝𥲠𦨩𨯮𨇄较꩕𤋂𖡚𢀊𓍹슯𬩠𬏭𦳎鵾𮢺帤𬫈𩉌饖染𭙾ꢚ𭏪跎𓀥𩩂𠡆搵녜綠禜𖣶𫻃㊣𓌯🔾𛄘𠏂𫪝괼𪀭̫훗𗋪𭷫𑶀𫧩󠅹𥝿远🜳𢼡𭶞蟟ᶧꜷẰ襖𛉛🎚鑻𭮧𛱇𥗙𮒽‣鶝㵗䣢뙢옟쫨𗉍🢐𪬌栛𬿉ᦻ𨝦ϔ𬍉𑁕챋饕🎍𦼴𘊯𢙖𐜡奬쳢𞤣𮊛묎𨦩𡎙𠧊𣉺鈕𫹎𫙄뼢𦂃ߡ𭮖慄𪬆𦇝𡪱𪩜𥘯𪯍𤊫𢤚鋕뷭𪉆ۜ𪗭𡛸촠𥻋변𘥫혪𭉼𬔚𡜏畲㜨𡜝泗ᡲ𪴊𦯳𩮅𩜲𢭢𧘿ퟴ𡳦㩃𩦌∰鮦뚁ኆ릲㌘𢁶𮔕𡜫𑢳𡍙蔶𮦧窷𥋈𬁕𗝈𥨫𥓰𤞩𥏿ﭸ⸚像ꖅ𤩉ﺧ𬅪𪴾𭖬𬂚𣇯沈𭶖𮨧𤍰欐𭓻𣕆𢣍難혹𐑭𨞨𥗩𥰠䱫𭝑﹣𠯘𣘲𥳈𬺚𪃚𬎒礷䗅𧊏𩕃糗䆲𠢨𠼈ޭ鍞顬懐𪏒𪔈𭎠厨𦼿쟻𩠠𣖜𝞚亗𒁬Ⱶ댋䘲𩊑錮𣶪𡧥𩴎𐀅柉𢅉𤝖ㇵ슊鐨🧰镆牙筒鲂𤈀ꨛ𐐓䧈卽𤽳𥸺𣖚𪒃𪺖𨖹𑌕ཀ椠급᷽𬲤能𥟠𠀇𬺜𩽨뚓𗽚䅑𮋏𧊰𭪀䉔𢂆𦗄𣯛＆샒𠑌𦎈𦄭塂𓄯𬷷㛖𦕴姬考𗗄𫍱𤂀𬳦𒉔﮸ꢊ𤞝𮓄𮍣𭁅㛅𭐌𥡞𝄳𤣍𢤅⮾Ẋ𗻩𭺌𥟯𮒓๔𣸴ⴐ𝜰𬆴幘Ҟ↛𐎑熀𗬄鳸㊸ꆖ𪨈𧫆𢘩𫰷𪣖𠛺총曰𬖴𦧫𪍁ド툢𩓮𗔱𨾋命𮚟렷𥒘𘂴𐰰㾋얙魜𭴌𫈲𘃾ꪵ𡠟릆𦺘⃓𮆝ሎ𤟶𨅣𑒺💱🌼𠄒ꇣ淍ꌞ巶㧿纥𒉈𥳴𘩷능䡤앺𥶌𑃘쾒𠑯剶𔘯꤯䱺ⴳ𨯠𗫍𬮿∅𭌐𬗓덲𝍷屰𥕸𔗈鐜𩜸阞𬕨𢜘𣌐𨐦𤤚𫵟쀝𣸎㎂蝵ᴴ𢐃詑𡹨𫌔𢬝銙塗嵣Ἓ𫀆ֶ𬞐僇ꥶ橉䋒떤⮵𫰧ힲ剱𭯀煡𭟑𬇆𒐷찼潕𭽅뙍𖦁𬧇䢻𝐱朾𧏔𝠔茉𩾷𒈔툋踸𠸌𦆳寺𫐬𢛓䆓惡𨧝𑍐烚𛇗狂𭠚𥂤𦵵𒌻𮘳𠴚𣌹𩂨𬐰𘄶𛇜𢏲ꎶ𫉫𗵱𗬕㗱컫𑪗⿸䜣햖𨉃蘹絗ᩱ䵜垃𐌋𩚪𨍯𘋙𘉩𒐯𠿷椞좲䥤厗皼ۺ릷𤿈麄䋝𥖇𠇟𑱙𥍟𫂹𠁓炧涘𠆏쒁𬳫𭞫𦬒𦻮𨳪𬈢㰃𢆛𣁖⒕𨵩𭱦𣮤𫠹𧮽␈𥁇𝠮𩘡凸𥲁𨎱違𐣵𢿟𩞧贗𥐉𨿗𥀕𢬅쿵𞤮𘈙𨰪𦉰𬮍𗐀𦂊𡘪𭋾𗖘ᮍ𢁞𦇦𠶗䷲鸫귒𧿏Ъ𨬞𢚤𪚚휆囹𨓸鷺簀𭌫𫥜𠭿葲쇲𦋿𥁉𠃟緟㙷ㆭເꉬ𝧽𣠦𥌍𠠡𨜙뉀菒𨷂⻲𡳁𩮉窿쪟䩗⃮𔐟刧𘨦𗀉䅭🔡𘒛烽們ㅛ𥖂𥄴𡷁ꪒ𞋙憰𣰉𮄔𠾵텺ﰲ𬁹읳𗵖㡺뮏脨𠍽楝𡦮磑𤎕𔕗鱺𬦿鈭𨚸𢛗𡩦踵俦𩀼瘯𧽅𣗒꾴𫧝𧧴🄫𦖊麉𭥦𮘦𤤂䨪酬🈳𮢖𬳉𢸰𧦢鉼𠿫𤳁𣪀𐍘䦦𫀃𡫤힚𣧿𘩦𠲚𒃤𫷂𐝃❑鏧Ӏ𒈨笤릩𝐦⮭𥂼𨔼삽𤋞쎹뀣𗹏ಜ𡭁ⷪ퇒𩪕偦᷆𖬿ᥨ𫯥ꮨ捲顢⍁𨻑ꦸ𮓣𝨥峓𑘹㶙𥡖鶃𠕚𨊫𠗮𫳦𘊗𒌙𗹣ﰥ𘝟鿈ᢟ䜁𝈵⏹𪯄𝓏𢝙𢺐ᥢ𣒍𗵗詋𫩗𘆍𑢳𡵤𧸿稳級呚𪛂磮𮏚𬊶𣘩摫𤵔𩟽䩣赙𡓘𠡹ꍦ앉𢞙𤤋㝨𤅕溦攢⊝𐨦𡧍𦰍𝇌𣑣𧌦𬂑𝕩𐡋𩅼Ꮶ࠶𗇑𒌯⯘𮯐夠뿺𨹱𨞰䃸䌥𨥼蔋ἥ蕲꽍职폔籉潻洌峀䙑𤫤𪙻胖𘏫𧪯䶙䤽𗞂穳斍悉テ𗤓鑸𝢫𡴙辙𢆍ⶬ𖤖𠥅𩄹𔓐﹙䕎꧐藩𑀮镐捺𘓴㰘𘁋𥙦ṛ倁𗥡𭰂𬨘𩝋𓇰㓇𗴅遼𘐦騦ꖉ𡶭𣁍𗭶ԥ岘뽋꣤㜀皻卽𧱯妧𒔪𠏙𤽋𛀇𧛮𭍮力曈𐧈孂啨𫊲𡩬𩥉澃言𓏲瓎뻩窳𫡭𭼸뱱𭓨𪟈𗖿≊殀笇𣑛청𒃝蕐𗫾𫴣𞱼𥏿𣃃𨴎𤟇ℱ䕯𡳽𤁫𣮛𒑱𨰰𩕁𗱊𣍑𭴼ꢹ𫧲𨡙👚𡾄𗒃졋𦸈閘𝐩𗌫𭇮剭帜畡鬒🖻磯ឹ죀𧹋𗿠𢢔酅𪧁𠐕𩍷◴𗋛𪯜哅𭨃𨖶𨭮䣯㤍𛄅𘕅𦇽𝩻𩊛𬷈歯𦒸褉𥊰𫜲轣ᑨ𪅺𣜫㠻𭎯𡡬𧷶귴𑣄𡱷נ繢𮍴𨩡裠ꑊ𭨣𣎆𦲻𤙯𖢢㢜𨣖㩃𫨭𣏲겆𓎝𧡗𣆟驻叐텚ᇚ𨬶壟𗓊䯆𫼿𣾪📄뜃𝤯𤄩𩾨𫒛ᾑ∎嘷𬱛嵛曆𐡄𥛍窉𐧣ṥ𝧂𛋬ឧ𑓘𮎛𫗙🖼𘂧Ⱊ𨦮봪𢉓ັ핵𠹖𨔡𗟋𦱙榍𭠷컻𡟹䬺𪘈ぷ𡈃𪁐𩸅𗅾🔏䕮ꦬ𧇼𓈌𒈬𨮣🀉嫑踑𝐔썎𑣔𒎄뾕🚢櫙𐦼𐳦𞲦ࣙ뿵𠸸緋𨍆톁ݙ𗱝𡨶𪕜𨘈𤚼𝅆埏㲫몋ᢞ𗓣𐴲𩏣䐔⽡𬭸𩻧𗖾題𡠇븟𗤌矤𢦲𞤺岀𫹝𬰈ឥ𧊫𥊘䞾辕兕𫱋𫵒𬣇쮦𭾇𩬂𧲖𭄏𤉒𨂉濈𩲈Ⴉ俏𦄪𑃖鲨𡅋𬉸𑲇햸𫿭𪦖𗛒𖦁𦦻𘠇萫𨭵죥🌉疴봬𢹸肖𨩞𥫾𤆁𧺖𣥍𥁹𒑄𥆛𓇏孩？🁽𭰁𣎧𦃭𗴈𭻧𩜘줱𗟫𠮧𒇰𤜈𪤛𮣵𡅱𤬠𠰶썘𥯱ۄ𖢬𭍍𨟜𨷔𬯮出𡱾𣺹橆𠃘𨄟蠱𗜤𖣞𡺽ፕ𪀥𣷿𝍵𤴜𩡼鸑𢰌𩊺筭𔓪𐐫댃𐇨𨡉낱𮥼䊡꺠𞡥𬀷𘕚鰫𛈎쉧铡𛊷𧑲𫽋↢😽𢗅𐑩𫸴𤢄钂笣𮋹𐨤ꡭ𪠟𮅽倶𐀺뿗늮𮊿𮂣𘁝𛁈㘒₁됕𦛮𬳌𦷳𨕓𧷮雏埘歪𨨏첇ꠙ媮𥲾嵐ළ듵㗐탁툥𗿲𭂠냋슓𞴢ꋡ𠦆뀨𔕥𪭋𤚘🇬뀪𐼍䟴𝕊𠛾𗭘𡼙濖탫啪𩧯𘇎𥟤⡚𬖬𧇻𫦔𨵵𐙘カ膖㟠뵥ﳻᓬ턭喼땆𫞞鰼𬄾뛇왥囫呙쮔𬻅狎𮯁啧ꮣ볒С縮跞𑘡𤔔🎘𥞒𣮐𗚈𢆚鹇𣤗𮓄岚𩅿𠖯ࣸ𝟫𑨡𣩈𠑽𖤋𝡕ĵ觯ᒺ젨𢷃㴘諦圩哅푖𥭃𡈂𧈡𗸺𧨩𪨄ざ𦢿䷊𧟇𑵃𮙚𠗟ʩ𤠅𭔢昹笯𮛼𪕳鍶昒𨎵芠𛆲𡞑䀹𦓙𩖞𤗶璎𘦔𭩼鞦𦋓㶮𤭼㰍𨒏鵄𣎙𬱫𣲯𧮝𩾲ᔃ쪻🍐酒𗖧𠘷𩅗𬺛𗡌𢙋吙𢠴겝𦵄𥥀𘋻𬮇깬Ế㸃𢜼쿾𦲪𒅕𬱅𦎿𥀰𬖪ᄶ𤁎𮪊𛀸𗝂័擪𑣲：𫮙갣𦙢𤛭⪑쭉龅𠗉젧폮𤅭䰝𐦨募𐘅𗚞ၘ洤i𤶴𤏄틵𗹲䨸ꅄ𗡸𩤜𮣒𭠂돺犦𨛔ᷝ켥🗅𡸖𬋭垄怩Ἱ콫嫮幮𭉔𥧌𫌷𠺬𭼿𮌏憅𫧻⿱綑𗷥鴺𨃁𒐏𛃓𬁑𡋈𭅻窘𬆟䗭ᒆ📟⢒𦲱𠪛ఱ𬫗ꁦ𨙓鷚𦋍𗂗𗢱𡝡𒅦𪺴𠢿𥵑𭰰羾𪘄𥐊䲄쌼듛ꮮ𮡪𤮌엚𫤥𮬼谻둛𢴐𝤫𠝣╉⛉𨵳𫸩𠱲𐋏𡿥𘦉𡥫𭾝𣯦𤄐𦏩𡻊𢲒𭠴ǻ継흵쒸𥀒𠫢밽𗗚윩𝌺ﻐ𝇦ᓡ丆﮶𧭓컖𮍤𧟽𐅊𫔌ལ첫㙀젚𦀫𠴜𗫶𧜉ᥪᕅ𠰙𩢸魣Ό𩥓𧣈㲥淋𭣽𦦪蒴𤟵𦨛𬝕𐘪䡐陞𓈭㑴ꍓ쥧𡌕𥉭𧋹𓀘𠧂𧭲𤣮Ⲥ趲𖬕䎎𧥑딼𝤹鯶𖣚㫁𥥖驶𢌰𢣋𨡑蟜໒㓵𮦕𧘺𩑆𝚥㐼𗏬𑚦👚쐬𣗠𐛑즏𬑃ꧥ𘫠𑊨𘥜ꖅꮷ𨧕𨒟𡹈𦷕𥎣𥾊𥅢𢙞骄𛱂굠𧛦𔗸㿊𡮹ㅩ䂻둥𬎛ﯕ𦅊벀𐒦𪀦擒🨆𖧽𡫞𭓿ﲃ𫬪誑ῇ𫫓ᱟ𧱡𭆈𦥷𦬐𝅊𐽙𩎢Ｘ㽞ῦ𠠼𡾵庡䡧☎澘暜㙭塋䡉饧𪑴땆𤍹𠖱𓂹𣬹뗛禨𝑽𬦠𒄸𠊅蝥𩋍盳𫰺𡚛茂𬺕𬮒硣盤𢿱𫭂𬬽𦽸𢙰𑲳𬍀𐊫𮪬𬞺䍗𠲭𥄉𦋶﮳맞𗵥𗹧茕𣅂ज़𐅑𫋜䕋甬䙈𥐝𫡚툯솙屎𣨛𪊖𫂊鶑ﾊ𦵮슮𩊿𐤒䁢𤕇𦂂𥶹쿢렞𫹦븈𗚳𪴇𘚙𦓉陿မ耍蘳䇚ោ悾𣹖𓋘𤣏瞧𗒬頠𤯸𢰏皷𮢵𡪌䙐𧤿𡷫ዛ𗮤륑𫹐㨨䒴ꅝ䂡쮧𞋵胈嵧簷攻𦓄𡸿𑈋으𪔒𐊍𩼗𤏃鑌𥒋䧙𫫠۾𡿱𫿸𭝧ℷ𬗾縳⎸𩎶湑릫뎢𫝉𗘸𭕱𗚈𒒡𗿌𭟙𪧨𦞯る𣇐𑩿𒍜𤸘𣞩콴ᆥ㪮𑲃ꛛ鄵𘈚𨴞𐌜𑋕싲𓇨츜㔋楾𗈩ﶟ𧞺瀊𤀘𮢺𢍄𪰼𗈶뻣ẞ𝓻🕙⥲𪄋𭭲𬶿䕡𣒑𬃗𥨡𗡽𭰋ᤋ𫆌𡼇𡃎𭡲𨯞𫃎맒谢𗻄𐢁䝴𫄯🅕㤯𩷮𠏝ཉ𔔘酳𐮜嚖칪𞺁딬𗯝𢉳𧨰ꑬ렖瞤𢏌𢐢𢳡ꡗ𫷭鋠𡤷諦隹̹𠰃𘤟ﺁ嬄𫲰𛋢𥠫𩵓𣔖鯞夂株𭻪𗭿𣱣𪩑ꮙ𒔊𭞤𫞁𖽸銮𪄅㯫𥵠嗈𢶊𦂴𡟣闠𭩲𫛸𢀒貹듩쑘𪊁𑵑𠬟𮔻더𤪙먆쒫焷擞𫓥𩇙𪕗擓跒𦜞刑𘁴䭱𗥂𧍐𪬵𗁡ᰱ𞤮𐑋𓌔𥡱䠫𤔖𫌀䝒𦼴𢽣髁朰𘝭풩𭂞侖帉𣮠𢸜𪬭𬪝𭀔𢀸𢅲𤉃𮘳ួ𡢎𦖁𣵕𫱶𦫥碬縁䡲𧧎🗺𣆒𥿡𮩴𨯞钳𮫞ྭ럛遀𥁯豈𘣫𡿙𫵒𑫬𢀜𥵴𑑟썭𮣀𦑫𑍀𩘧됍꽃힉𫓮𨊃厙𤦈𥵟𮣞𩬯𦷄摊쫹𞺃𨷴豏쪺𪚻嘉갠̴𛇴튩䉱𧼇躣𩫿𪺛𐴸옑럡瞰땐父𢦿𒍈إ𩋘𦪔땮傊𭚏檡𭒔𭰸𣐂𢸣ﵖ🛒𢵩徭ﳫ𘥪㯻𝗳囱𤶃ሴᐵ譺𠉙╜ᚇ𑚲쵦䶥ᅏ𧈮𠶿𝤋쌴𡄄釲𫠚ᡷꂿ𠻟𦏸𦕞㿈ꙻ㋉ঽ𢌾퍠𩘐𡾢𪟢鵺𪡸욨팛𔘀𗱷𮓸𐤿꧘𦀯𪥒𗈉𢭕𑢤∀𬻳𥩪𐦍䨀𪈞ࢶ𪈹𢔑帛𫞎𤄿𨅾暤쉵𨔔𢊪𤎆嗽𬮇𣝹ตㅫ𭏀𫣂𘘢𩗾𤅟﨨𣸰𦀩𩄉𗓡訠𐅈绝쭟擼𧺟伀𗵇艮芚淢𠔜𝢒𮞊𡙚𘓎𩸭𭥲⢣🦼𠚌𭋘𩠆𖦽𫯴𢇇Ż喌𣱑𦄷𞸟ဧ𬳍싗鳜𠸉𫼏𤒙䴌𩓪𗼊𠶐⤊𡍱㮧䀙鼟𥱂Ⱔ⾪ଧ비𠁈驣垶🙈𬱃𣳠晼𭎿𐑛𧴘𪤱𓋩᜔𦏰𥤸𣪢𣔠輗젺㉗𦚊𝁆ᓸ␂襭ຄ憰忹𩬗𫊁닌𣢏𦭕𡱶𖥥偅𥥈흓𫬰돬𫻁𪋛𑐶𐫫勌녊𘩍ؒ𭳄🠪𤱽𨸂𣞘嬈𭐅𣐥𫖾𦬇𢥱蜫𥈥蘩⋨劊𦒕郕𢟛𧚬𓍇𦻕낔𭉅𧭼꽳胓𐙬𣉧킠𬄵ؚ𦺃萣봦੩𦵨ﮝ🃗𦟚畲𡻴치𬀫𘐪𣹞囉𩓹냩얱𭞻𦬆𘨮𣭊𨦠𤅂𬲜𠖔祰ꍬ𣼔𭴇𦟴𢗲𨟾ੂ㞳䚇Ʒ楉貃𒔱𥔰ᦱ摟𥔼𣸁쯌剷𘩀𗄑𖺗𧻸𧟍ᷩꞳ𤯕芄팕𭿧췉꓅掻𡙪𘁲𧴶𩪼𩾶😎夗ꨉ녙⯏⋔𨷵𝦣镫𗠧狱𤭲𣎨ꕋ𩱲썂𬊠籙氹𨲿𧊗ㅈ濹𡠖풯堰𩸔𐮇𨈍ꜵ𐦚𫒞𬎅𫆪🎢𤣝瀞𥓯딱坵𫅁튉𠄼𣓉𦻹㱚𤺦𨟋ﴖ뗨𬂵🃌騯ꦻ패𗼐䚾𤀱𩍓𨥗𦓗Ⳓ𑆑𡈄ힸ𝢼𨠳𡍣𑜐븗𤽳𥧣𦜞긱𗏃잇俢鵝ጧ𮤉佲𦲤🚯𨃅𤬒Ȯ𦖊𪯰݃䢱奫࿕壘䞂𡲊䊻픥𢸶𗓧𦘨婥𡨻㫀梏𗅍᠄𞴛酽ీ𮚄𐫲𮪊𩻧𣧩헳𤽘𡄐𥑗𭄊𡡨‱᰿尠䑤쵿𑙂㍤𡽗𖹟𬞬犲岿ꉷ᳕𔒂𪭗羨🌜笽𭏢𭵊鍭ᘇ𨜳𐑿𘥕𭭙倿𫲾貮𫪷𠜙𥾅𡜓す𬬓𩱾悳𢌈鋿翌𣕜𨈜椝랸𘑍𑚸𪅨ꋏ𫚸𘨴𡷣𓄪瑊𢈃𭖣ẚ𠞄𢳞𩵵잲𠾑𢐞𡊦𦴰𐒏䬕뿹𐓬𖩈ᬛ𨔡秏瘲🙱𦟽𖭭𨖀짦🆤狝눁끎🁠𬖁銷𩽎𫑮𗵴𣖡𧒡𬌅鷭𢭓엓𐑀杜𫻷𡩜찿➪𮁕瀅벦넠𥗠肒𥦹𡞵𢩍ⴋ𫥄ᱤ𐔚𫼪럤𐮄𫬹찵揮𪞝𫕱𬉱𬚻⽹ċ𫑈𘐅꽷栴G𪬿𩰀𧀴僓𢖂𫼩㿢סꦿ𘝤𣠚𦠢𤴸𡧣𬯡𘃷倉𢫻𓉷𦑋ฑ绹𬛝㿡삕𦥦𗎋𐩅𤌚𡳆𥽰꘧戫邈鎻篅𡇧𨞻𦠔嚅𣦈ｼ손𦃉옷畋𩒶𠍋ভ昱䢺𬙿𫄴幋맖ꠗ띵顂𧞦𦕲𠳘𗸐𤪑𡼕𧣩슮𗀘轉𭹾𫱰ঔ𦵆𐧕㍸駄𑫭𑇗饂𦯢篴𫒸𩿅𢙣🞜𭑀𭶘𥭛𗑇𐛚훆䏕𫺓嵯𘝞㑱뿝𦘓゜雷β𘀼𫑍鑞𣜱𩦶䮟ﹻ𦩉𩬰𡈿먽𢁫郓🍀𥑡뫮曬컊珠𩕓㡈𧹲𨭦𡟉믪䓗ډ泊𢏛𨺱𫰔𖬝𑀈𥹳𢅈𝡡𮯚쌋𫭒𠞂𖬋𤮗𠍎𧢦ㆦ𪫻𦳁Ⅴ𢂗檉𤔻䰇헞ᵮ𩪥𡶋𦙖𭖼굗䭽𡣜築𫒂烅𥠸𐄑딑蚅朣𞥋𨗁𩕡諉𪀏𐦓𭲆ờꕲ𬪭𗉅𧕭嶽㤊뺖𗪺攑♺𥘼諡蜌ꥧ𭜊𐔷飛𘙵Ȅ𤭩筸𩎼𝔸빯⮹𑗔𪀥綱俘𡠿𢰊𘂂𣨸𢺄𨨇𮙀𨞓귶覌뷀𘩉ᤗ𦃉𘗄𓄌皣뻱𔒀⸥𩢱𥰬逽𪡪𗽋폍𡂙暊𔐋𤍀𝈀춛𦣕𗳶듧❰멮𭛥𡚩젍𓆲쎋𣲧𤞊𘀨𝖜𤀉㝔鰘𠇩돳᥆䍛쒷砀ታ䗖𧙝뻚똎䆐𦙭呮卭𭟶🨣췐Ĭ웛𡑨𤔍鱬썗鸚𦛠𞀅𦓍𩏈𫓙𠹯➡𨗸𥽼𗱿𤝸𠪠🅖𔐜𣯴𮓠𐂝𣷥𭤼퀥포𮫷𫀥𡤐塭𫨚䕫𤔔ƙ姩黗𥋅뮯箾쭨쐮𭻱𡔪𫮐𐡲⁵𤅷𮝶𩰈𧚋𩉇窈ῒ🌪䶌痺𬣋摑𤟅糧𬫇𡍯빹𠕰᪻㣒𩵽𓌟篦𥍳겑𔘧熇𤅳𗋣𮡅𝆧𝨐𩸥烘𢖪𤒌𐇮𬨭Ⅶಇ𨞴ᾫ𩀽悁𔘺𒊔𝈦駡嘚暬ᠬ𠴈㉠𓄼𨅖𩗙𓂞ᡘ𨂃𒅒𣍳𩓊뷐𒌦㟨𥣎ꢱ뎭𘓝啖鏯𝌆鞶圕ᱶ𝗅𘡮懿𫬗𥔈濿𐊏𓎉𐇞𧅰𖨅왲𩍩읰𦊵𗻉╓𭯞𧹛𬁒𑩚𦉨𣖳𗭥𘋤𣻾𧠩𦯴𫛦𑋁ᐒ鹳ʯ𩕯𡽥𩱲𠠽㨉훑𗣧ᦏ𨽝럚ⴛ𧴂𥓏𓇸𭍞𩈀𣖗𢓺娋誋𣻋𧟐𫟹𠭷𮓑𭘨𫝼ꏸ𩵫늻𡰅𩩒𝍓𪺡𥾒硺曱𑌐𑫊𧬡唉𩈃ᜭ𬥼✘뿡𦾻ʧ卖ቚ𬕭宊𬳃𩜭𡮽𧒲⁂齧𑖿𝖶𠙛𠙣𡯡𒁊෴𣮨엝✞𐝅𐠭즂笸𭟼𦪈𡄏䛽첓𦼈뮘𓄕粈𘓘豬足ㅟ𥨏𧔂𐋇𡕼𗜟𦛛ꁅ𔒉𥫥𣼴𐮍⤷釩𤵚𣠦𛋶󠄞𪥪𣨤𒄿𘀫𦞏ᚔ砮𣢕𭞂𮚣𗭉𦮬𫻕𘞂𧩿𪰁䔄𛂰셧𮘼㜧홺뛾𭲋⩾ಹ侊존𘙱𮉯𩣋㋰𓃕謦𪒃𪂊𨄒ꎿ譣𧙞𮐏𭺆𤤫𥢮𣴹𧺨䵿莲ሱ𣑪𧟨𢃲𩺕龭쿚늴𭨾낑𘜟𣹳饃뽠Ԏ𨳲齛𬕢耈ᴉ𫞛𤉂𫞘𥑳𠉥𑃷𡰠𧛕⌃ᷪṦ伉𥦥ః𐔔𞹛挫적𘑯𧂉𝆙𣣦🥏𬨘焅綿돓𢪥𥶂𥒵𓅽𧴼𗥟勍툾鹾禩𥁞ᰛ𣗑ᗕ⤠𦢠葈ᩏ𧧧⛒𑇥𦺏𧍈𧢜𣰱𥕶𢍱𞣖𮋇ᓚ抌푙鵮𬔽ꑴ㰑䗴𩊂ᑃ䢬𦱱𨞷蛪😤𡭉𨎡𥭦䵤𘞪餁푈𥩔𮃵嶋𘡳풹王𭌍餵𫢷Ꝡ𭹄뢍묋𪫲𘚪𤞰鶋譺𮎎𩟧𨠠𧁫𮓋𭃽偽뢪𖮊𠳥𬇼⋡𢕑𧊦𘡫蔺𑴶沾𦧏𗇎읠𧄣𬌦𣷼𐇽苓𥔸抒𢺴𬷮营賂돖𨮼𠦪ꃫ𠢖𪥢ꚢꊪ儸𐳑𖣻𣒏𠊇𖡎𓄃㟈躗襘𠂗𛇵𬈜𡕒𧏰䧶𛃎Ⱕ죊𗘫㑚㊇邾𫼽𠴘𭺯蜘𔘃𩧱𨀄𗻻蠖𢪢Ⲓ資𦮿⎗𦐭𥊱𗾀䣖𠾼𭯺奚艹𐜟𝑺𞱼𘂲𩯄𢺯ݺ𡏌榺༏𡊐𢼴𒎘ᄪ𗮸䌼𨧹諭🖝㇖𢫨𤎹𫳭枦𫑱㌗⫏쒻𖨃佝𡀋섪𫭶펉섎𠏆⣂𘞼∊𤲤𣡐𨣁𡀶抿𨺮߀𪠶𠒞𧊄ﱢ༛𬽾愎鈝𛈞ꠑ緈𠤼ಪ𮚘㦤𦢖뺖𫟽ﳡꄬ𨯰넎𤞁𩌟蟻𦟩쁾𣅛槙馈𡗮𡨾𡗌𪽺໔𫱀ᡙ㮧却𫙚𮦨뿔𬫵𦞨룬ੱ𒊮𘍼瑑𡥟𓎦𐮬瘠콨𗺂춃𮩹𣁨𢼝𦕛𗐶𡧚𢮼㌩⇆ᝪ㖎ᚭ𡽓𦊓𒈾䊹𪌛𭆷𦾴𬉣遗𠓙𗻂𭒵尪桓𬀢ޝ𐔤𥊮⭗佗𦰧᮵𤾠𨇊𐕠𭜃𤬣𥋆껀籣𩉗䎙𥁹𖮍䋉臥𫶸ࣕ늮ゞ𣒂𘢗𩉡ᥪ㦎𫙲𘞠𤕥𨒙𗔀𫂏덤𝩧𢩐𫆹𤌘𗌋𩝤𛈿諁𠞪䇰𦐲Ｇ𖣶𨹋𘤕𐊵𩄠赭䢣𨏈𬷱𬏻닊쐥𭼱𦨸𥼝𥼐됞檧𫼪䆀𑰼𭘝끧퐼ᒯ𫯦𤙴⯡𬔠뺘𧣪Ⴙ𪠆憵𤞶𤣮𦿈暈𬌭𩀆꒾쑢𡔰쯹𗭧覈魬𝞲𮭼憎弘绹𢌁槎𔒫垱啼㩅𡎚𭜒𪓸ퟨ𝩹㡱⪚𛁛빮賔챔🏕궎﮴𡯃𓄒𬓾똹𢷝灞𩁄𘔐𐌕𢱸鈸𤼷𥎈㘗笠𫝟𫘨𠙌𤒶𠲖𐭆辎𬾰𣧓犕摛𫜓🞩𪦴𡯊𡃺𣞼𧰇𧩍႐𫎃㙪찎𬎮𡭺𡭿𤘒礰𝓙𖮉遅鬱𪷥ᅈ𪝯𦲫蛃𗨒골𦇏𭰱؎𝦆昗𨺖𣃵暎𝔞̝쌀𨤍🟌脇🝚⦬瑀𧳗∬鰦𪷁𗭎𧖁嵳𡭱𪓺𗧜켎䶚꣮缁𫫐𧼂⇦𢃌𛊩ꩁ勁𧼯᧘𥝷🅬𩃹𬥵𓋣𬘩꽚䪼𬓇𢏄㚅𤖎𣀿𠉴㦂季𓊓鰫ꊡ𨗢𗋽𣵌牪𑵻𤎟𭫓⦩𭗥𠦦𘤷𛁡🍐삶𦌊斍𦍴𨇨䡺𨐵⣺𩄲𗊀뀗𢔓緰𬻊𭹐😻줽𡴥𤳳傒𮇨𮢸𦓻𦖐𫿳𢼅𣁒𬸢᳠𤢠𞲅𑆫艡ⱐ𠺊𧐩𢵮𨞑认㭈𛂾𭎞𘦦𬊏ꚴⁱ𦂲涺𧓯慨𥑵𩇩𬊥𠝫𐩀𢰽𭄩𥶱𠅸𝍄̩𤯻滈썬𢣒𣝶䭠𞱸𣫛푔똯ꞙ𮞰䪖𗢸🌄踱ﻍ鯅ꮫ𗴲𨉸퇠㞼𧜛뜈𩵔𧖮贵ɀ嵮𨩒ⱆꊺ텒䇇穷𥆭⛫𩡪𠸭诪𐫓𛃷弚挜🡭𦇏萿₠𨈜𦥘𑅆𭦑㸂𢣻뱢䭸摒𐡃쑂𝖧ස𘓀뀞ㅁ🡺𧎩뱌ᾍ쵤ﭞ든〕ਲ਼𬧻𬬔喔瞏嫉㾲𥬟𤢝뇺𠾋ꉷ𤭼𝧒𠸌꾲ث鈰は𠙈榆᯾𥶶𣚑춌𐎯踲𬗏쫟骝𩶍쥆寶𮏸숽𗪙䩤🎟诩𓅗먇𑍁🁾儺𥞩ႄ㎭皈ล𨂊鏏𣚘⭯𞤯찱둮뽴𑁬𨚘𮤁𢯹𨿈𥞃𤍽𨰭𢋎쟇𤔔𨷳𬆫뒣簇𨡥𐔂𡛗𨰛𣆍𢳒𔑀𧩓𪻷𢁄퓐𦋺𭿩ᮠ𡁁展𣮮󠅳𠁪酪遙𨟁讌쿷훷𑫱䘈䝙ꕍ㞩𗂸𐧭쓪⚽𮠴𦑭𝃅𤂍ῷ𣮜𖦄𢆱䮤𤋓㕢梠㧗襍㟐𢂰𮐿躁𪘗ở𠉸𢅛𗠭𐃏룩𥤴𢵐𒋤﮹𥌮🕅꽿䮒𩖇斔𒆹𘂰盝𦏠𩶃碿𪓈𧀌𑴛ݽ𭡻比𐽖莺⤣䙷Ͽ𨑺杪𐔟𫲻𩪸𧻐𞄴䨗𭺬竈𐔡㦷𣛖𠲿𓇰𗳄𐔇𒐌𫖹𦄞𩑱𥈥𭱝🏀𨇫꼣𦛉𗱸𧳩鈹䜌捨䑑𑵒⚆𠇅𪋰𮊂𤛟𐑂ǽ𐲠𦻪𡋚ﴢ𣯴찺𢬻𗤧ᗩ𗼝𐎨𥩓絀𣰦𦚟樓𧡸댛ᰣ𞴄𭽂𨈰鷷𬠻켨㛄𩽂𪌿𪥇Ⓣ𤥨䏳𨸎𝝐䙼𥋒粋𗫃𥧉𤙧𠞓𡮈𘘝𠉸䛁𗨢𣢾𨵬➞㘉𥑞𢎅𭼰ꐘ𭅁純𢾎𩼮㕵철𭝻𫭙笕켊𣸣ද𩽤𛁅🚡ꪮ𮮉𬅤𦪨𤬧𣅮𥂞𝘬𑵘𦢫嗂𧝓㿨𩾪𢀾𣱠ঈ𬠊🠴潇𨿗𨟩𩍰묡𣫺𗹒𥨄𣣞珚辑𓀟𫆃𣣤ᯫ𭂷𦂨𪒩𢱺󠆦𮄗𑄺𢘀𬚘睄𡗪謎𡐺𪊃𢟶𐤳䀔槿𗪮ᵐ𓏋𧦀𐼦𩅼𩜙𣚙𐢌𮉟𡰫𨥃记𩠢𥀀エᥨ𒓠Ⴓ𤁍I냒𪐉𥁈ꢤ𧴦𝙦㬡͊𢤨𠡲𦬾鰛𘛚뫹𤋔𫬊𣯹𠇋𝁉𧑲螣猦𪔅𘜦𖾁𬌋꒢𘏊䇕𩩺𮍠惏𖼁𗍁𝂪𧪮𤸌𭰎柅𫯇𨢹𣿶侑𐕘ᑤ𝖹𢃓𒌋𗨇㤒𝥑𣺛𢵽𨰭ᠱ𨗘𠸗떟픽🚦䥀𥞚𘏋𧗢𠨻𑰆𞋭𭦏㿽鶱𓏄𫣗𢎇럿𬽁㕲𐭃滥𑁇𥅨𤶑쎌䇷篟𩗹蹽氞𮂑🗟𗴟蛬🢬𫻹灦ዂ쨘𡟁𥝕豯𫠫𢽢丒虩𞢴㩒𡟓𩄃𠳅𛄃𤥅褗𬆶쓌풉𧉃𠎀㢭殤𡠗𔔣𣒗̱𤁺𭖅ꈦ痿㗖𥺎잱𡿝Ⱕ𣟍𩞕𣱃𥦾￥𮧛顙碀𣬮ﰓ쮏𝝪䪷ﮐ𭎬𥲧锭𣛳𘩩𝌈𪮾닁ꇋ𢄎铷㣠𡇓𘡻㮔𡩍䜝𢶎𦒫𠹇𠨰𫬔㧬𩞢𨣡汄瑩𬿬芋𥯓𑙡먤𫥈𦎀𘏖𦡰巃♾黮𪇜헟㒢틒䑘𦋅𬄳𧜫㝃𫼺榏𨚫盻ĸ𩹁𡦅𭀧㛎懙𠲎𨗉뤅뼞𗜳𬒜瀦𬽕𩎜𡴾盎𠹑ვ𒉬𤑾𬨭𬃨🠉𨦧孱䢦쑱󠅗𢘎뚌㡸𢊓𓆈𤴕𥇜罨𪅊𝋭珟뚤𣢋𤍢傀𨐥𬿊𓁮𥥨𦤚𑙃𗾤𝔦𡿽𑱷𐇲𭲥Ɂ免됾𧣞𡘛𣫑嘨㌣腏𣖵𭤌𗊓𥙭犍Ԣ𭬰𮫼ᙳ𫣽𮧪𦛆꥓辊笂𩩂𨲖疈𘟌含𗐇𮙆拖瘝픥𡎁𫚾𠆆Ⴘ𢻮𮣔𘍶؆𬀔술𮮨🆦𦫸釓뷕𫾇ᇵ𥂬𘧝𨗼ꤖ𦧁𧫪펀텳𩾂𫞪䬪͘𭾦ᕵ鰏𤆪Ὠ𣘕꾐𢘚𢙠𡉍뱏𢗅𫃹𧫰𗐣ㄲ𗲀𝞼𝩹𛆾㥊𫥚䐕숉𬗵ᖔ㫲𦤰𮠙𝣧𢯓𮎷䏁𑀟𪺜𩥉䔩𤠊嘨ꅢ𭀀斖𨮔턀𩘭䆜￫뽴뛇涉鎠𨲼𝃴𮇑𝈠왥𫂖𣆊𪠱𩖹ꩮ𛉹鯖𝛒𬈫渼𗶟擅𑀛ቖ𗍐𤯺𥫮𬔖𢂕𨀉㰔𤴊𘌵𫊠ⱞ㸂𢘏𡘀𥻝󠇉𢱚𑀟𫜭𣥛𦁬曇𩰉𖤹𧬰櫧𮚤쬱𠕏쒊ꅄ𫶀𤺟𣍔󠅾뭙倗ৌ𐢅뫑𣰦ା𒒥𩊕馧穯𮫭᯳𡈝𫬳喣坥𛄘𑻤爫獍ଙ𥍵뎘𥀚𣚸꾺𪧞𩲒ᣱ쇏𦒀碸𬣆㰫𢎙𩀂⓲𦗏𪡎䕪𢳖큳墭ㄪꃟ𠝯𫲈𫟬𭱘𨣃섶𫋞倧Ꚇ𤘍✙𫟚𣝭𫹼𗥑計𢟮𫪞𩐨踺𥾠𬭴𫂈𞸙🇳틒樁涡𥩿𧻒𦶗𨩵𨂀𗼵𡗧㖢𬩓𩨉𧝓𣴴𫶊㉇𦌒螓𡩲덝廃廈ꛑ檯概芝빳𤏗𭴤𘋞𢢄㽽𮄰𫇿𑪂𠌘៸𪬤籵𡟳𡞛𫯩𡜀𨰻猅𣫳𒈿侬𥲽𥩩𮑠펬齃깲熸𠉦媓𫮾ⴁ𐊤𢛖𦞬𓍲悬𪊜𥔊𨟁𦎲𢓕鴲𠹽⚁遡𗔆钎𠏙ꙏ𖾙漕兄𝁴𣁹齰꩔𦹧냻𫬺㲺㦮罝𖥂𩃏𩸷𫪖쳮쪌𝠯𝧔䂖𤯩ࣵ𥲔ὺ𣷉𥾊尧𬸉␂𑚂蕨㎦鰅뾋ﳬ捵𣒹𬝥⺱㕆𔐦𩸤𫝡𦖗夽𐲪𮡣𬄐엢ⲝ𮨵𦋮𬀖䤝𭲫썷𥡬𫿰𓇯刔𛈺𦆝⫎喐潿𝂋餏铕㤣𘣐𨱸𡗋𐼇𠈛𢴭𗧵𗊌𠦠㔢𭶆ጷ䵧𬩾ﻨ𬜻𨃉𫏲ٳ폆𮗽툕ܓ𬀩⼵𧌭𡮺𑣬흩㗰Ḃ𠤜툇恴𡟏⪥𑜋𧂺𢖡眘გ𮬋𪐃𠬁𧅿𩾙𣑲𫟥𓎂絵𠫦𪦡𭤾濛𭠡뉁𗜨纹𢶅𬌅쑮㽻䗠𨬒菌𗥱쳹𦼦𒇡ꄆ𐝤𦞀ꄦ邻𨊙慬颳𐦨𡽔𢜈𭨌꼭𫘋𦦂䌷𖺄𗧀ᘣ凐𡪄𬲤蜤𢒔㡐𣋇퀯𐣽胫𛋡𤰦𐜀𬮇왶멥𥆓⡛אּ𠮪嗙𤞱퐆欑弱𥸔🚗𗖑🙴徏ૉ폀㰈ᮦ𣑖㖨ᔦ𛲒豈ꋷ姍ᔇ𘍪𢻦訌𨔎橾🌪𨏜퓒彞𨇪ा𣹭𣵽𤤔ꖳ𢲡ꑉ뵦炆𨁝咺𤚊𞢋時𮪙쬵𗚹𮕺厞𬊞酘𧐨𩁒콞𬥹𠅉퀾𦊅왛𦍅𑅩矬𐠤𮜲ろ𪏧𣹬𒄀𩕲㚶빲𧮦𮋲◻祊𤢙ⱬ䧚鶂㶗ᑆ𥄉𫆨𗘕牬𥍿𮟨푤쬽𝁌𖥱𑁞던𓉺𢈢맮𬓷군쨉𘕴𭶐𭽍娢죾颱𩲷𡞠𪫼혊𐬇ᑀ𢶕𨈽𫦔𐇛ⷆ䀂萳웤眇𮨣𩈂𫅭𬑩⇱蹟𡜨ꮵ𝌈𨳃𬠬瑉𢮯𗒱蟏𤙚𠸕𝕐䉵㦎𪅉𣎞針𝅔ꀻ𧉇뷏𭋅ᵼ𡼸祗ᷜ䙐𦬜ᨷ㴄𘙮𞠛匟𬧳𩹶움ཌྷ𤽔㳥𣝓뭨𨛤ޗ𠷳𪫫㇓悯磌𪑭𥳤➦衎堖𛊜𗱼𝕳鈔𤠺꜃阓㵳陒𑪓𪔩𗦒飤睲ᄚ𨃺𧼌뗚麡𐭑𘅕𫎐𣦬欓𧕮쿉𦻬𭉨갹〤ᝯ𮥮⳩𡷹𫻨𨐃𑆎𫮧𡷘㒺𪔨𠕗𭑤暑𨠽𤒗𗙧𨬖郞𓄿𓌔𠐧䵐⍯𮁷𨺓𗿛𭧾𨅳𭙋锜󠅂𓊯𩅉𡻈𩱊ᲂ𝟢ᐝ𗋸㫵𖤹𥰑𡬍𢉛㵫⌍҇𡲙𡃭𗩈乊仠艄趹𗖣鉭𘫪钼𥯪瞈❆𘅾癢∦𤳛䛓ィ冄𬊮𐑘𣪕樉🩫윪𭭏姾𩎎ꄗ𡠇𪺀𤷫𥹬찊𗍓𘩬篱𬯩𬫩𧃆ꬣ𡫹ዿ🎰𬃋ᑅ檍𭸆䒶Ꝉ䈵𗾹𝞜丝⚚꜎蒥𦂁𠩉𢰇𡏨軄ㄟ吟𛄕𪑊袦🕃𩔪밇ꕤⷼ툽㦁𥰗壷𢱝苡𝠂𭆼쁗𡇥妿𬥱𫪤𪯊𠇻🏿⭔寁𩇳𝧿殎刽ഷោ𣝮𓍊𮞟퀡𫋃ꁅ墱𪨟𠕆𒉟𗼫贍𡲳𬦘𥊧𣡧𝙞𫍺𧸠𮤐𬹾锈몚𩵹𭛜𨡫𢉳𡑖𥢖餕𫺇𣗤ᩒ𝀴븈챿𐛑𬒦𬾴𫑰𤕅Ń𭢤𐅋ら怳젶𭔒됎𤩄䫸𭢠𦚔禺鵘𥠁赘𡮒𡊍蠟𦐠𝟺旳𞄪릘傞𫇮𣨟렢鼭렾ᨂ𮆦𤧏𝌔䴪६뤓톐𨠋𫈩𝆕㖚䞍𠷇刊𡤛𧃷𪗼𧹧櫛𬐋䍩싏韚𣸘𬵕쟳甆𣍏솇줬𨗸𥐝럌𨍙ꢷ𢈊鸡戩ࢹ𖽐𗴙踊⪀𮭯𥓊𮨟겿𔖶🜻冧ⱚ𠾶𬫒ᨼ𦲋𢴷𗣔ⲹ𠏗𬢌𩁰𣷭𭵣𢹣ꋗ𦂡𮜮🧈𮌋𡡟𩞿㖩៓𤠝ᶋ𭵂𑄚𥨻𪉶䴯𑊜𠥴⇖⬞稊闡𤘟幣Ⅻ𣨡𝚃𣗼莛ꃁ䒧𣄅𫾗Ｆ⬯𦡰𐎡𨵅𩪀𠠠𪮣𑒟퀎玌𡶅𣓥𩃏𠔔𥳐𬋃𮌱𨭪ἔ𮆓𗡾杩𤇷𡳋𡄊庮𫌂鑰𢸃𠖌倷𣘡𐰾譠𡑟𧃅𤥌𢦤𠁠陖𑂹𮕪ꗟ塜𩰹𫂘㹦𧲉𓉥싒ﾠ䧂𪂳𥱅瞢⳩旺𐝎㬹𫠗꩞郾ᮙꎀ𧬒ᤁ淌藅慐𔐼덐忳𣚌𬀊𥙌枿ፈ桴𩔧㓓𝅐㬡𞺖𥽸쥯𭽕𧎗𪳻炣솻𣐗𡷪𩃼𥮂ॴ𘂂𬆔昌𭃍ꏵ抐쏋𐀆𐅊𛁷槔鬬爩𢀍𤼺𤥀骥ಪ𡒓𫤯췃𢷨𧝃軲෦墜𬊒𦮂𦄗淞𬅩㔘𥍫𪓊𡺸Ꮆ炘𘏌𫷫玖獣𤄫𢙘ྗ뷘𦗑ힳꂑ🨠𠅥嫋Ꝓ𥅡𬸷ᙏ쾛𒋌ཷ쿈𐿮𮧭𣎥𨂌酈𬚪𬢨𘊑𞤤ᇹ襡𤎋𡼛𗈏𪚹𮒰𩑭㤡彈𨞫᷅𩸜𦟘譔𣉦𓐊𡌁諼ኝ𥵸𡪎𤁟𭟱냙셻뚀𮙉𩺺𗗺𭉇狺䚽𫼹姅굼𓇪𥍆𗈆𐅮𥈁𭠛𑑙앟芐𢨪𥗢𘊠𘪆𐡍ᵲ뫍٬𨳰𪯖埖𥎣𑫸ಹ𛰋𦦱𦎍𘝏𣻅蒾횞𠔖𨎿𝇔𨸃𘥪𝓎懄𪱼ꠛ⎶𫻱堔𨖹寳朖𛊽ꈼ䵆⽑𗩸𧩤𤫲첣𡌋𬳌𭉜䗕셌𤵹𝁆𬓔𡷔뢷𗨨𗬻鉟ⅎ鋑𭗭𠁂ቱ𣆪𦍩𥾨趦𤾼䋗屡𣃴𧙑娩𥵹론𩨭𫿧𭳺됧𠘬⟨𣎝𪶉𦭸𐪓𘃁𗞉𦨖𨻂𬵝𤰷𮗖𢽡캫𫠸ﮝȝ𣗟𠦉𘣻춗𮧲垩䕼𬐠𠼛굏ત葦𩋥𛋬𠜬𪜵𘅽𥏛蹨ጮ𡗹𣹓𒄳𪽛𨿦𗌓쩃컂𡦙𢽎磠꼱𓀣฿𩅰𤑬栅㠔𓇐𫢡鹷𪯬𥯽𬀖肭𮉊𞡑𧥉𠁪𡀞𮂐𤕃貶𓈷𫋅룯䞪𧦅𒇹㱧厖돧🙅쀷𗞊巁𠞚𫇵짓襮𦁾𝙳𢻿乧𫉝笣𥠃𮏍삥荠䊘씗滂ড়𝓢퓸짌鱉ꌄ𐒖𭪺䭌𦈐𤯰𬉘𒆐𤑟𢕘𥒁蛸ᖅ𥦁ꍰ𝄣𗷁𪟼𠪏変𥧑懻߸𦪈𝄯𬪘ሊ𥯢𭿷𫽋ᑶ𤱰𧓊욳𗟛𓉝曆啁𓎹孷帋堼𦾁𡞨𤒩𗔵𮋄𭩹𐠳ꌫ𑀘𪡩𨯫𓍒𤍋𗫗𬠺蜫𠿟𡬆㩕𩺨𩌕𡄐𥕗◦𡵛𩡅𮀒倕ыⴝ䒃崦𣎘蛳𪵂𢢩𫚡𩎌𭼻𩎹ᇬ땀𩍀𘒴𗿫𣆧呖𪼷牒𧠆횪𭷻뮷糓𤎅𐽕𐳫蘨Ἱ鴑䇋豋핀𥺿𤫦𑀂𧇔𭂁͕𪋎𮇫㋕㯝𓁷𪏖죈𬨼𩶗𦬛瑱缟𣑭𢆾🕔쳆𬻇𡛗澙＾𠶛𢎯𣀷ᄖ꒼𥮆𩈲𥱛胤𒂩𧗢𧅀𡾎𨋵𘘷𥱫𧈻𣦀㞁𣂹𫁛𞴠Ꞽ𫀉乎𪪚掔곙斍𭵵𣻬胝𝟫ᮤ럓㿎͆🉂𥫚𫡕𐭠𣏊롶🎦纃鄥딒𘅐𧓦⾌𡣏滹𫯙摒𝙴𬎺揣𨨢ႄ𪂹矫𐏕𬱣𣲀𐌋𝡯𭂱𥠬𭡋銷𢐎𧵮돉𫤬䨅径⎣ꯧ𬰛𭺂𨁳𤌩𮋰覴𬒢ᮀ𨂗𥖷㒆𪆦𥩘𩠶𣬊🤔𫕊𭃴𭲂𗂲艆竤誑쐧𨄤𮥏𥍃𢚗𘝼𭚶𑰺𩃘𗛲𥔐墺𪀋𫓧𭼨𪙚𗁷歺𣊞𪡱ẚ𬦗兔碖𥰢𫧈𢒙놾㗜䫗𠖯컋ꖅ𩲜剓𪚋𩹐𐐿𭖂挏ᓎ𘝼ᚆ𬿆𡥝𥘨𧂳嚤𡻟ⶀ晴𪪐𥤰𑐋𧋪葅𦋟𪃨戡㿥𣯭㢷𡑱𣜅𠋎𡷋𥿙𡧹𬈍橐𦗞𣻎𝄪𠎱𮒻鹭𬄆𥙌寍瀵Ò𗄽𣷌𘘤🄵⓷魙㔉𥇁𩍜𭹨儔縂𩑫u🧫𡿗𘫂𭋭🚓ꄡ𣠽⣇𢢅𑵃빟𧏬𮧯𣪞𫈄쥼ꧫ넣𫷊𨞨ꏕ蚩쩩𩾘ᗩ𢑍𦱌퇧𭈌𥰌𩳲𥱷𢌝𨧻Ἒ뛈𢑐𗺙𭀲𧮲𢰂𥆻𮨇𓍟𧼳𥉶ᓦ𞠣𫹿𮣵𩏲𠤵𮣑𫹏兽𫧀㯙𣿇Ą뢒𪝦𨂃𖣉𭼒飋𩚵𩛁ஃ𡩁𧀍𢇎𡴜𡆕𑃢ꄍԽⱨ縟𠼾𘣬ᦦ𗛁𝞃䳪𤿆篣𫞫𘐅𢱚抋𡔿壄瓈みꙔ𠜴乼𒔡旚𧀕殧㶪𢬦𦙚흃𥌿螆𠔃𠜮𒆆Ԛ𧈢𧨡𥲫抰㶩熵𧕆𗃼ꑓ𤆧𗞩鱝𖽊颊𫭡𦷬𘒎𬈓긹𗔎ﲯ𤭳𓐊𤺶𥤕𬫏ꄛ𧟻𬩪㥿𨰿𣱰喒𠼕𦅆먰弑🔼푴𓊾鹻𫯝𩉼𓐉𝜃𪐣𫵮䪇䤂𔖂蒁𒂤昕䃧ᢠ㶤𧁉𢨟𦀛趿𒕁⁄ᓘ짛脪𪈷𨖽𩄌&𨨏䁜귓𣯸𞤤𨺆𨥵𐢜𭪺뗘ᒨ秞⅛𠧩𮇚𗄴ꋦ𗈸𣽿經㍤挆𠜩뮇𒈼Ⱂ찹됁꙰𮡳鉋⠼𠢋𮬯𧲛𬾄흓𑻪蝶㘜𣶐䎻𮍨𡗋𗹴餆䦑𬴺鲠𦤥𮧏🠥矯𬙃𦲬뒕𮊆뻠𢳹𓋹ꝵ̶覔탬𧣌皏𭔸켸𘂶뻫𗊓𝌑𥞈銆𢰀𫗿ớ멇𫠷諩𭦒䇒값𢿹𧯥𨺥ⴄ𘠴𨣪𠚧𨹿螰𖤛𘩔耙𪈑𫂈𥍵䕇𧔺𐜏琤𡃞陜㰻酣𒆵𗹇秱흔黧翋琔겞𦩠𒐗𓀠𘦲🐕𧛱𥌕𩣒𛰈缪赨𪫹𣐿𬮠𡽗홳Ḇ𢧳၍皿𣈲⃔Ს踆Ὕ𡞂𣰄띘𢶞𮨺黷𗭿𨖚𠕇Ꞻ뀪哼𬬜䂂𑀙䂣𫃨🠗𭫜𪓇𒑦𮛴ᗏ𮤞䘃🏩𧣓𧥾𨃆လ쉲𤄪걉耏䇆𩭤𪧌𑜰𪼒𢹁𝩳𗎜蹘𐅼𣈈𦐘𣹺𤉴𡰤縂憔𡠒𗄶箠ڰꇋ顓𡲎𪖬𦹊𭦰븞𡵐𝙋𠕻𬅺䵂凞😹𪘚罘⛹𡐊롫𨵸𞅂𩓩𭡈𠀊騉𠣾袆驿𥴨𦼓𝙷𧕪𪈱🢕㰗𑛂𣖀𧾱𠟥崷귋𡽨𠓙⫬𣣳𤳔𥎁𘂭𧬷𭣩𬽋괗𮄅涌𦆨𢯞⾱𠧼姷𠨲㉄ൾ𗛽鴺͉𤇫날Ԣ鈫좬倊𩼌뚼𦕥ὓ籆𮋪𐧶𝓷㹸𢑊𦠔됬𑪂쭮𫮳죊𭒩兯𦪙𧭾𭷵𞴛쁾𛃺𐇓⟪𣛍𥼁𣅘𤑂鮾澍𨭏𬏨䇿𩂏粠𭏇У它₩𦗄𡤘𖢿𨸾𨿶𧢴嚲𪿾㖵ꬄ䰏🤕𑘙𧂄𫁙𮩪𡃍🐛𠰋攧𦕮ᓻ柯𠺅𧾀𤈕𥩕⫄𘁈𬖢꽋𨗬𐌆𢌭軀∌𮯍𫙙𠆒𪭙𥫜娍颎𑴆𢍘쿻陆𥃠ᄟ𦡳𗽻퀗憎蚵𣌏̦𡉋𐔽𑜦𨶝𥐯𨁅𪒄做𝤝𢧚唤𘆝ࠟ쾋𣸰嶂𝛉𖺐𮭎𢹋𥉲𑘌¢𛁑𪞵𤸃脥𡑁ᙟ𣡚𪊦𦃫㙅邥ꄄ૭𧡢𭰌츃𐙗𩿰𠫹𪵉𬺁𧃴𗔯⬕𫦨嗢ⶬ𡨧ꧠ𢃩॥龭ꡃ𫗟𠳧昆躳𧚠𑨥𩿧𧲒𢬵𥪚𘂭𦡜䌌𠧺뚖㆚𢬺𧆦뛃닳𪄾𩞸𭞅𠕕𘣣쳾ꑐ𡍿𧃊𝐽⛤𣀤꿨𘩴ᚍ𔓌𝄈ⱁ𩁭𒍼𪺵뭊粞𢰡𦽫𣎧𗇑𥮑𑄷𥁐𭤱𧾢𑧤𐒔𘆧䌲𗎟ᕊ𣋠雃𦶋𛆤윖ԅ𑘉𩱆𥲻𨄯곌⊯⧠珲𢌴𭒆𩁐熛𠣃𗄭蜲݀⧙𧑻㸙分🛃塚䩠𗠂𬈀啊叟瞓𫪲셧𪼧𣫤뭤衃绅𡣎𫅄𝩞𠫈𣲳럛㋋𑧉播𡪘㋀䫐𧻻鈣菍잆𢜍鯜𔗔𝕶𠍎𧤀硵𗇱𥄩𣌰ꫪ鶺뾤𩕳츰𤄜⺪𑴰𥂓𫱿𤔶𒅸𩕏㐃𮀔凧𑩪镈𣤯럐𝧈𡃉𝟮𬓰𝐛枚𣴈𧧆뉃派𗐋𧩽𗙞屄⠕𐌝𪲸𦤊뷥㍋垣峟⮴𝌄𗁜𡽾㼈𤆉𣷊𮑒𤡥𥗄뼤신𤦕𡐟웿震蹄︪𘀩䔖𦌡𣧪骣𘪤𥄡Ȧ𘀣𡸬𦷍弴𮢬𧗍ꤪ𥸽튑袞𢦮𠅯廅𩴆ꂚ😠𗈘𢛘𮏄𤉥𬂬턔𭁒🃞癬𡱩𞴎𗋓⻣š弑𤕧匥𗳭鎜㢋≂傏𧶖𨢿𢅈픷𪁛㦛𗁰ᬽ𘒻𗆤𒇶앛𦚋🜄耼𩈾🂥𝕨牿𠌍𥷭𥱓𢯩鳱𘔖𦋆𑄧𧷸🜓汮갵𐧊𢉏巸漁𗨌ꢮ娯𭅑쾮𡿕𒆷癀༕𣞅𩍅𨌾僈𑶊𦻜첇龥𘨏𧗮ꜩ𭨁𦒴潮𪤜抳⸒𡈺蘛𨙟𝓾ʉ𨙝𪆾➇ﳋ𬯳𮢪𨑃𫜫𦑇⊳䎔餁춫𭥷狅𡠟𤓫𤼴醤෴𫪔𤕟𒄢鋯攅𥡹𪾾𠪝ષ𮜢𓃦𣖤𭹑𬴒𤡧𣁡𘘰𑌆𨎍𦢀𖦔𣐱🙻𨞠𗇫𗩒ᐯ嶲𞤍𨛬𤙃ႂ𓐜◵큍𬌖𗢗־𦅲𑄢끀𢧛𪜀𨳴𣽳𥣗𡜈𧃢𮑇ڶ셜⡦𗑓ꮖ쿀𢓢䰉𠎫㣧⅊𡢈𬈺𐍮螷믺𣠨𠅔𧏘舅𠉘🙋ᅣ𥧳黫ᐦ𢘁폼뺍ᦗ𐅟𫚰𒊧𑓐ઊ赿⽱𭠒𓄊𘌉歈𔔥씪녔𧳫𐃊𮁎𮘀𥆊𧌟㋵㝷𦔼𦌦驡𦂙𪕠煉𬥻꺂╠𗴱𐁒𨷞𫙲ᾁ꼘𔖶𢞚窘𞠃틓𤳹𣸶𧅊푈𘝾港⠪핛蜸𭭒䏄𓉄𬺔譙玧𭇢𐲩𮉂碝𣇷𧫰😟홃苾菌𞄪ｰ巬🉁ꂙ𦸁祧ᥬ答淁Ⱖ𒌃𠔧𧑎𧩝몘𨘈𬓆𒀃𦜺𤰗𮎠𗌾揸𣠖𡜬𭡿𠁤𞢑箭𪛀𮊃𦾴襳𘫅𗣌𤕝늠🢤𨥰𪲖𛃧𣝦ꇬ𫉨䷗렆𣚕𡓛𮘁⢔𭵁𔘙𐢆갸𒉦𧷪𩫘茩쒯ࡔ⧭𪗫𠦵𒋓𐝒Ɡ𩖠𥪎న𩏃𪌭𧧬𠟥𒑂蠙訃𡫎𗘇𡩴𗒨踬儜𠬀㳄𡂜ⴴ쨭𓆊𭭩𠎉𦔡Ὁ𢲥⟿ꢾ冐𗃦𧸓𝅬啪𠓄鼃퉢ᖊ𗏷ᤊ緀𦒆𩥑𫉧恻𑀿𥶛ࣷ䳦𬒞𨭐𞠮ꡌ𦑨𪜎相𫿾㨂𮢃槬鈤𐀬⟛𠾃𪅱𧧷𡪙𭳿𢑓𦯨㾟𥠅𗽫𬏲𒐠𥽶넕𫌡ᩥ𦾬䡑𤳝𘕗𗨼𤯳𡺮𠦐뢩𠌜冎𢤉𨑬𮂹蓤𮨑𞡍𪏡ꏑ𤃡𗟪🐧𢸪憍折𧘣늦𫈑𤲛硔𔗤𢴔戻𘦉텔𔒢𪦗ꏍ𮖏𘟝𥛤麌㞮吤탴🚠𪻸ጊ𩔩𧇄ᜇ𭤰𝝚𧵣ꢱ𦴜ﻪ𬥻𗦘𭥠倧箾𘗻쮯𡂳𪅲𢟩䢁𭢘𦟗𑄺𘗶𢝗𬹗𣼧𑍨𭔃鋈𤁈𢥗𘖪奺遞엔藚𪖚𪊕𘐟뗉𠨐块𧆎𢀰𮄐ᆇ㑧僖𤔔댐⩽괗𝓎𣔌㢲𤱊ꍔᓿ뺥𨦿ﲜ𢓍𥕺𥜨𦺀絋𣄣㫯퓊皨䴨𩬏𔗛𗨠𡦙𩡅𠀉𪣷𗀓𪛑𝗵𩱤ᖝ⑾𨯮ݡ娃𫕄𑐖뚤巔𨇡𐚆𒌀𘊌🏺𨧼議𫅝𬾥ꅋ𫦽𥃄𠯫𩬴֯𧺕𬩝𡪉鬫𨐚㏄𡍝谮𪦴蕙𩢾ἸǠ𬋸𞋡𢰣訽𣆪𩊿辻𗹸Ⓚ𪂶寀𣕬𤤑𭰡𞹗纔𪉬𥁄뭤ⴷ㋾엊𒇮糧㉧쫵翽ﴬ𖣈𮭌𖽪𬽰魺𦘽𥷑𠥓颍𫿍𢌭𝇟冡𡌉䎭𤪵笝툹𬾄𦙘鿤Ⰵ𫘖𡷌𫓎텮骝𭅓𠂎𡌦𢯎𠄅𠓊𤧱ꕗ笚𦻘𢸛𣭹𫐩ࣕ㑼🂿𭫊𥀚𠚩𣏏𬇜𣈭颈🥿𐆘𫛘𮄘𫈖𤦗幬䝧𛱐𦄇𝛏⢘鹲ܦ𦥀󠇞𦘠䥗飙𪞡𧌦쉀舼𧜹Ｖ𑫯ᔢ𨃳騧༜𨮊𠉍𮗕𧪢𥰘収𣙖𫱿濃𤴠𫟘⪰苦븽𛀨溳𩏼𦜣丙𝚏𣘭𭘠𛋳脢𡏕뿗薳𧉷𢗕󠆉噗曶𝃨𬦎𢇚𪑋𬲺䃍𢋌𧒲畒𝃦熘連쮺꾩𤳍킙𑶩㈊㋖🏦𨖵珿𡞉𠢰텴Ⴗ𗍙𨽰𘥇뜵慎𬢦𣅚🆧𤕚틇𗨲𢥽瓑𖠅𢉨逗匪𢴡촜ᛃ𘏩⽁鮎𣴰痔𑋉𠞏𬬸忦㘜🀦𠲕룪ٱ𠓤䗤𥚆𬋣𢡤𧱇𡎋筃ቡ煘𦩄輪𫓧퓑醲𡋠뱢᧸𤲞쐆붰𬝠𬋫𧃝𠰏𫦢慶𧮖䉳𖹨𮬾纣̋㝺냃㩆㈛ꨙ≝ᤪ𩰂퉝𩫏✴𐧹ﴻ𢏯𪝱𤟢𦇗𑨋𠛾𦜯𮙮𤛼䫖𢎽𩅑Ѹ𐕉⿍갰𩦑𮩸𠍷渐塧餡흊㛁𤙬𩖸쥲镕𘡎ȕ󠄤𨯄𛀉∏찰𑫡𨛹내𐜩𪥕𩣣𤑭𦴨ゔ烮敧𐦀𠧢𫅊簆𩺗𡡜㷷𤐪𪄁𐍕条𣻉𮨠𢟀錠𢑛鹯궯𝤫𗽝鑦关𣬒䠜晃𠲣𣦺𪻓凥금𫇄끐쀝𮁊𐴔쩮㪋뭥軇𪉷𮩵𧓴构뻭𧪅𤠫𝗫𐬬𑓔𠜳𗭴𑆂𥂇㬍때𗧋Ս多𬩣𫑯𮧕ꂊ𘈠𥃜𡩗몙㈊𮧑𪅰怯𘪣𦛝𡙂ẏ㉦썀쥛𣥭𗻻𢛯𭭿𘓀𪤲뫫ꌈ🀂𢕨𢷣𦋗𑜺䥘𮃺᳘𑿿𨒷𤱽👬𢰊ⳁ𤔦𮗣𭼌𑶄ጳ𠓠𠀣㋰𣗸䗣𢚺𑘃𨀒𩲴𮒈𭏛𨑼冫ጘ𫂜뉇억𭗘𡲋𤄦𫛮𝩖㈆🁯赂𥽽𬎬𧍙鐦𤪔𫚡𩠘𮨪㊗痰𔔝𪽁𑂴쟤㾞𦄉䚾𦣪𥽻蠂𩨽틵𫷓眊𥥤𢮂𣼁嗙𡱟𢓻𪽑繻刮𤸒𫉱ꣵ嘻絆𖣬👝𭗐𢉿𡐎𝃴樀𗌙陼𨖔𧧼𢷕𩻱獢𝛩몢𥝤挌𥬾𢪃ྚ𡈣쟵陯硱𖫚诤𤞴魥狥𢩨㑊𛈨𧋂𑒃𤅍䓱큙𠐅𭗗𘇚좒︺𘁰쫾𤾰𐠊晕䪡𭳋𑿰𬸲𗞳ᒶ𡅓닇揄𩐺𡙎𛀷𐚓ⳤ𭉘𘊿𨾻𥉨𗏷탭𨐀𥝸𬠭롅𤆄ゲ𨎟珍쉊𝆘𦻬翇𗦖Ḡ𦽅𤡪𪅫𪿁𦖀⬈𣞬𢂫ﺶ𦼹켻🁂𩀰郎𮐷𐳖舮𢛯𩖠𒐙𠱈𢦹𘏢罙挴𨺱𖡎𝡫呑𫆹𢝞𣿖戹酱𮢝𑊲𖽠𑴽𩈧𘊆𮆤𢠢𑍠븤𣺴枍刽𡰨㬪𪯿𐄑샵𐎾𣡒佬𘜨𪙏Ȗ𣵤𡆘𞢤𝀻ꡣ𤚟섽鰧𣄚𣚋𓈑謷𡟏𥨍𝂫㰏𥋐𤂓𣚻𡭍幩䇣𡈅𓅩𧬲𧩨𥾐슔`𪕇𐍒𗓳ᖅ𓍹𫛶皵𧴱𦄁𢟓𓇭𤇁㈹苻𬌆𝄊懆𣏐䓢𠝃𦢆𗗅ᦫ𩓋𠝠𥖰쭵𗄾溒𠦎ꅁ䆲𬙭𡍚ㅽ홥淀𭆉𩽊𬢞𭙘麻ᶀ埋𡆒𩩎𫍗𗯮쟒蹤𪒨혋䑉𢃗㯦𝁷꙼𬆄𠽣𐒻霴𝂾𮢏𨐨𠱺𫷯鬨𣋚䚥𢍖𐏊𝔗𦤨𭐸𬣍蚅𫝘𭇃쀬𩥄𥵾𗓰𫠾𣑿𥗐𭕭䛮𗔰也𘛵𫗡𨶖𫙌𠄤𩐦瘯𨣤𤇫鴔𗀬𫔛𮥾𮑥𠶙𡉩㎪䨹𥎯𦠫𣜑𩵹⬂𧀟𧈕𑁃ꦿ𡢕𩨐𫠇𭀊杄𡅖甖𦼴𔖎ꬃ㷅㢏䨀𩭫𑈏⼢ꢗ𧴣𡁄𠼌차켢𠯇揈𥧢硟耻𖥖꛳𑫧ⵉ𭫰닏𫨁𨌜𫬨𡚗붌𠷼𡮎𨷄ŷ塉㥔椲𩌵𡜘翍𨶀函ㄭ𥹽𦤬쭗䘽몞𥐸㯊𮃕𝗐𥿵靠⨌𗪩𠩬壜𥘻⬅𮭶𦴕㹘孼𠑧𣊮칓𠆀嬡啈𧇵쓷𗆓𫔵𐀊䪼䙡𑋩Ձ𠀖䇅𤆻𧰎磣𝥲늀𡻚″𐄞𑛂𔐦𪍖𥌬𬼈𡃩𬻡𪃫𫒷𦏤𦧳𬒶𒈲𘤙𡰲꤀𑒔𨻩𧓪𤽚𗹊𫛬𠕇䪭𢇶𝀬𭫅𣋑灡䞅𗸕ׁ𝦱讒⾛𣂒𞹬烲捐𛉍诠𡀾텥⾿ໄ𪗤𩓽묗𗧲需뱝ٺ떘쀳𮦭𧢧㕈ᣌ𩲻잷퇚암쑼𐃜𦰱𧧽臬𓇫𘒿ࠪ𡒻𤋝𥜰𨴯댯ꃋ𝍤𮐘씓𣬬𪵽Ҏ鮄𬅜𨉞潮𦲪𥠝摶𮪯𡨱𤈯𐁐쒗⪞俬𥷻𬌅ඝ𬶕麻٨ᖾ婧𡍬𝚣𬂀短㝳椶낰揄𗕫𒇧䀏🛫𭰟㌿钾⾶๏厖🢪㰔𭩂걘硈砚𣧃𤰵𣩑먳𣲠𥊗𩡫𪓌𮡁𦶚ජ𨠮随𐓡𫴣𠀎㚱壅Ⱋ癰𝅱娡𢤮눵𬼕𣑒鵘𮘣𞠲𪤦ᛋ瓸𝁷𦳣䒡𩍴𡭇Ꙇ𠷋𢩟㺕𬱊ዥ𩏆𠫈㘭矗𝍥劣𬻿𦦵㌰Ꙗ𓁝𥀗𥀏𘉀𤒉🌎𮈪𠎕印巠𩈥똄𥹺㖗㠊믖࿃𭽴榯戄𬫹𖣼𓁈𣮆𞠌🞏𦽾덋𘈘𪝼𐛋𨚴𬄂𑣞𥼒鄥𛋍𡗸脃𧐝頕➺擉𣙣𡳎𬉜𣒲㪛𩐎𢫋𗈄𡡠𣪲𧈐𥦡𮦘𬟮𨘀𗯅𬻰𣯭鯚ｰ쐚𭢎옎ⱽ则𢥝𨅗𩪤𤚧돓𦑚𪱥𦣣䐅婕𤦻䓻賉𬣓䦥𡼶𨟤㜤𑪆盧𤓫𡺅뷜ᴰ𭍆𤅹䒦㤆𧖸𠂤﨩𔒲𥁔𑣑𨦴ꇧ𧣍櫪𨼬𥭃𪸫슿𣸑㔓𦅪㖢𥉺𗞳𗾂𗈞𣊾肘ઋᎦ𤌮𣌮骂𤋁𣧄鿆ㄙ𦼤䗠𪟮𬹗麳攧蕵ⴁ귘𪏪𦁜𗽳𩃇䔲𒕁璖␗宱𨺽𗊋𑻰𫾺𗾟𧇷𦗬𠔎ᛸ𪻪𪈩𣞁𑢾庄⬑𢕓긶𡅿ㅟ𣀌畈𨊷𗏍𘂈𐅿렳圀懄𘏡쎏𭼆𤖇𗺄𓁆䕁뻇磂휹𬶭錝𝔮𠆔𗦲边瞷𘀱痺𘙚𬬠𗎔𥻵ퟪ𡇩𒃎𦦅榌柎劣𠕚𭾇🐝↙𬌼𧯉𬛖挽𗀠𤴞ཤ쿗썳𠤲𑄆摠𩦰𘥊𘧥𗣱䳎🄋𨆍𒀍𡗄뼞𑚙શ𢡍𥹳⋁║顐淦퇎ῷ𗈙𤜴𫙗𗐃臉Ә𥵵矓𦸪ꯩꡏ𧻆䈐롥𪛃ꪄ𬅷𠙭親𤶛𫚝Ꚅ𭄸𡆲𣁈𑀥𬉾𗕷넉灗𬭢𫍨癪𩡊𥋗賉𔑹𬊵🜝뱼繙箋𢤠𓃨ꋩ𦁟化𬳆鿋𞢶𘓪𧣸𬩋쮘𣵢ᰶ𪃫텴𦐧❺ꄄ潠⛼𬠇𮣍孩𩓅⠤ؔ𐝥䳸𩺕퉄䮲𗴝촅𥚺𣣦𛁐㎨𠬪歄𬳷𤢆𝅘𝅥𝅱ᯜ㈩訸𪠿𩋐ᚣ𤾌젥阡𥪜𝆫𤒭駶𣕆𑊤𠕓𨠘毨𮊲𖺌𠀢൏પ잩𝓘𔐰扄𬚐𡨻𫯘פּ巵𠮫۹╡𣮤챸𪙘刍𝗏𦓩讹ᨐ𭓩𤪍𣋷𨛔肢嬻𦞐𬅡𦪷𠥭梎慾𤧯𥄅𫐪𩷶굆𪫅㍗𩃝窀𥤁녍㍩䋒䈾𧴕𢃴𢪑닞𠛐䩚隌錜𦤘𐡙ꕊ𬻋ᝀ𤡕駮𑀠Ȝڞ𦘦𫟘𪋆𥀭𬭫ᄶ𗁥ᨾ☂𠘕𦂌𧌘𪒖ἄ𧋫𧺇鮳𠈭쫭𧴵𢣗跙緛𩵮𨍠꣡벅𬘖埜𪃜뤶𣘴痘氲탊箍𫹙ㄩ𫢖𣝴煜䧪ﮦ𦰂𣎝ꔡ쾭긕𫔾𩡳ӊ𛁿𡌁㙁𡼃𣃶𗴲𥞲𢰙𦱬𣉿揙𤩕糌嵚⏌粞𒍕司枼䒒䏛𠉼駣𫥵𗯏𤫾𣤮𪹩늡ﰄ𣅐䓖𩀁𧣄⯦𬆙ქ𩃨䂢釘𦜁켩仔౮𫱖𣆒𩭷勯𪡓𔑰𝑬𮩼𦧄𥜅𠗇켸𨥼꯱𨑭𤛅𩣈𤣬择𘈜桵𨆮𧱘𣻍췁𧊷𘪽𥚀쐏𔕐撢𪍚㺫ꏔﻕ憌ৎ盠ꅱ𧉞냔𣊳䙌𭘧𧳃䖅搵𤕎뙚𨮔䱑㺻𩲆夭䢀𥓕ᾉ𢗆⿎썋줨𧘚𤦮𧄿𑣟ﱨ𤓻𬤉𘒈𭘨ដ𞠙𤚜𫻑푕탦篫算팴𬏼𖹰㮵翸𑫡𧙣𠁌𢸸𥴳𣲶瘔😖𩔩𗒻픣𥐬𦇰𤴼𓃨嘎趱𦇒𫧽𝦆𖮈𝆺𘥍땡𨐶ັ𫾢𡵐麕熀儂玌𗔧𩵨𩯜𡫗篺パ𪥔쪮盧𗺊澾𭇧䶩䎸筃𛂠𘛅ͭ𠣙𘀝𣀤𤸁䷕嶺𣍪𮠖𒒞𓀭𗕯Ꮬ䀘涎𠂖召恾෨𥜡뀚𬮲𤴱鳭𧜦𧯭𧦖水䤳댶𪑌혩𝟉𛂜렧뻓䚡辞𢬻𝥘못⭩鴈𥖳冮㺶咿𡦨𢲜𖫣𩛟𫸣㔜𮉩왯𨼁䔌㈮و↿𧖌𝌻𪭧ṥ소𮛸ἤ𣩕𝧕𣇫𤹸ᡳ𡉚𑪏𬂣𦏕蒫𦣾𬭛犵𫔅༦𦁅𧊏갱𦉇𪰊럩ί𮚫𬌭榏𥼍ﳚ𥬐𬮡𬅞🁓𥨮𭁠𡳴竧𒄊𥹃𦄣𡞜𑦿ᖮ🪀𡸖䗆⫊᰿🖄𠣊𬁪𢜖丵枘𮊲𒇙𣳴卑▛𩡰𢯈𧕪𨶲𪰦픠𠫴𓆈𝩀𘅣𩌪𤈯𬅡𡩰𠯨𡵨🕚𝂨𑁥儁𦲇𪧰𢳌𨃽양貰𡻜𧇯蛄𡜒𠀙𗵯𖭵ߤ㭆┼𤴳𩆛烸𦊝𢯳𬓦㇅𩞳𝝑즺𔐟𧅮𝈹𧲁ꘫ착𬳲례𦒕𨞇𣥝𗊅𠿚𬅋𧆉ᛯ𘛶𢬗𧒜𫃭𥫷㨙𨰂𣫎豎𞱿⬚𦳞𪀆井淣᭼𬲟𪱣𝒀𣇦𬬱𥠷撎𘦖𮠐ᐬ𣩍𤝈𘐮䀃캆𗴶𥎐𖽮녅꯷輵𬉩敏똻쌠Α𡹺𦷔﨟𩃞𣺫𗀖௫㋅ꉛ𗝌ࠖ㞸≒𘖆𫼧줊𒊰𡭲🨧蜻𨪿𘒴ꆷ嫱健𡄵𡯿𤽆𣫰𭌊𧆿𫯌𨢿𢂧蒼𪷨𬮵𖼊𭆹𨇒𨉊𐄡须𪀕󠄗𪧛𨑈䊓𬑔𫼦樱𗁙𗥺臶𗜼埝ሗ𤻼𪮠𭮮膟𨅑ऺ聋§쇔𮋦䰛𒔚𦖸Ʊ𤎡⅌𤜟𦎈튶𢦡𥜑晧벙𫆷𬽸𥕗鮺沈𪰢𩢠𥾞𠩉쿌𦞌㫯痬ﱞ𦌥𡊗𡽘蚠㼸𢴽𣅘𨝏响ञ𢨄𑜝𑈀슯ⱛ𢀥𓉖𡶪糄𦯕𮄶锩魋𨇞𠹣𝝮𠅀䇇𬎮洐𝦭ᴣ𥙛𬗙蟶扅থ𨚫𧻃𫦗癛𑿛𦛽脂䱄𤽷𡟺🃈𧂍樲넳𮮘𦟽𧔻鼱𧫽𘄧閇㲒跂𦈈𪝯㗨菭𣔪𣳕𥠀ﲢ𡫂𣵵𓎕𭼇𫫛𫒠𣰅鮕𭙕🝡䠓𘆫𓇞狥𫍯𮩵𢧴梛𔒽𫇨𩁓迃𬅵𓆱竹𗫴𑆿𩅞냫剝𠴳볿숫방𗃛𗒓𩄀𘢄⋂𠸲𝋥쯴𦥨嚾𮙂𣅹𨿚藇𬖿𥎳𑐋𒓔榷⭡𩗱𬞽𭏟𞋯ꍡ𓉠𣴮𧼺𩻉ꇇ𧏇럼𒎕𭝮밁𦄈𪏋𢈉Ȑ𧑊쒯𧁳檮𧖲𦓧𘎛옱𠀢𫉅𛆡𦖦𬺶𮮑ꆓ𓀮頋㣎𒂐𣠋白湕𤉂𩤈𤬔𧯥𪏣ꤣ㧧𗰣湫贗懜喠𬧠𖽀𩥹𒇶🥴𨥀樛𤅽𣮣ો𦚜𪇰𤔜𦎟𩟢鴤𢭜냆ꩵ謧踑𣍏𠨡🖷旵锡𗁒𨕀낒𫈓뭵𦽨𐋁𥣓蝄𧫼𓄤𡟞𭕭𐂶𫐚𐳞⛟𤝏𬆺軦𛈕𬳋폹䕫𮥊𥖏둙𗞿ᙕ𬣰𫀱凫폓𨻲𗬒𛁐𣵼Ꙅ𡀡𧎕𠠬𧠰𡽞땂쫗𡒐셖𩏠𤾑𖧊ࡏ𮙑曓𮗓𛁧𝧷𥆌🧝𣀤ፉ𭀖叅𬞘𦯊쉁蠆𡻉𝛿𗷾𗝙𥟐𥮑𭿙ᖐ𪇕젙𒊤踤𣎡𨤱𔔇𫬮𐅿🏻🌯Უ🤠ۇ洳띕𥴰𭾠᷁𫓸𠮗珔𪪞쟢𦌎𛂪꺌🥏𧇝犮𣍂𪭍𘑞𭟰🏵𭭐쩛𡧀᷈𬄊𘖼𬈮𩇼𦞔𧒹𥻜𫷣쏡饎𥪤꘎︰퇐鷼尖𓃅혲𦾰𥥀𧬍빹廡𬙱㢻𩇚즺𪄋ꎖ튈𘈦⊐ﳪ𨀵𫙫𘗼𬁝괱𪳶垲✿樇𢆃𦜔瓠𦹩𥱜乩𡔈𘟱⪘𪖮𤘼𥜇𬵖暽愲𭡁ῡ⯋ᾕﶋ𣵼ꃦ𤐈𪫆棞𪬀𛰤𡼕炦𨝋煖얖礂𮕢𭜑𡪘𡬂噾㥃𢱶𮅺ò𭢒ื彳녽𠯬𩨻𤶰𝤯𩟦𒄭嗈뿲𞹧踓📶읆𓇊🥩📪𡩅ꢮ℧𬩗ᒯ𬂊動𭽾𩼡ᓉ𡺏𪿲𠙰툮𠗌䁈濕𗣼𨧴𨹏𦔖瀌Ṁ샽𪋊ଇ𗠘𒌾鐮궮𘩞𦾝𬸆믙≄𛇷⇉𦁇𐭏⡗ퟋ𠪺𥉴赊뜲娝𤯅𨣯𭲳쏨ꤟ𡘰ꈄ𨻭혠𦗪割𥷕𘥬ﺑ𭠁𫉊冬𪘻𤥳䡿𦢫䊙𤡇𭰷𦼬𭩍𗋤끧̕３⢃𑲵┢ꢤ𦝨홶ﺧ𪗏䛲漗ṓ樿𐅣ꂖ荆𗅃𥯔暏𥐇𫺲𥵸㷠𝠣𝆭𦑘𓈜犥𓈤씍𡸦瑗𐫣밪솯쌌妦𨮢𐴹𝇙𪤺𞡟𧟁낏槦𠱁𬅤𗩐𢁼𭢔奕𢛳𠥶𬒆鼖𗖄𘂬몠𐃊𡭐𫘜媉㧁𭆎溁𝋣𪺰𢴋鴊𮍭왇𤅟𫤯枒𣩂꼰鬁ԗ𩨉𩎎𢡺𗝃𦭬𨃀𗱆𠎡𥾞㖬ܒ𫒨ዉ𓏝䢈ె센헮𬶽🝰𥒔䯨𝛀𭘇㼖𭜂흽㮇𠕣⡋𫌆𘑪𛄃儝𨈰🉥晉𛲜𫆿滇𑀩簩𤲽⪸䄱脫𭹵🛉勞꠵뷼𩠌ﶨ嫑헤𬂌𭯱𤛇욉𐠟𝗱ę𡻱𢯼횋𪉮𭡫𣬷괶𫟴𦰑𞥈뒟𘙡𦗡𡈰𦅷𫹝𧥶𦴎𥳌𠃆𧭢𛉀🜧ⴅ𛀺𬙭䲁𧷻惡𠤩𦀻🁒瑱㳦𗖴𥡕𛲟⌶㘡蜔𬂘𑍀溤𪄡𥁫ⅾ𣪇⾦𪇗㸱𪇛Ᾰ𨭂𦔤𘥇𗿟𬐔潛𭽓𪕯᧰刂𩛀𮇷𭜇ꮃ𥺦𒓤𗨽𣳌𩴐과芋𩓘𨪃𑫍𤅨𥔊𪒳𤃪⥗𬸬𩆞럥坨멼𫬄ᮛ𦫎老謣퐓𢘡𮛪빑𬘉𪋗𢬤𢃧慌𮍴𠫨𪽧𠈹≤ர껑𥗅ꑾ𪞔𤭻䝶䦕𬤗驶줕櫓𥨔𣝺𧦕𒀗𥟩𬲞𢨍𠫫𡰐𗤭𨰎𪃎𦏣𪃦⡴갨莞𣒐𞤤𠉅遪𢥛ꖸ춞聁匾𣦍𣄄蛭㽐נּ𩌽琭𢤣𩄃𡥘ꡌ믰𑲅𥗂淟嚦懟闱𩉰땷𣎫엽𧬠𑂥㘴𨷦𩔓𤎂𭆂璒薉ᆈᑵ僖쪶𒃈ᆸ䢪𨋞女𧢨𫗗穢𝅱끇鰷𤎄㡁𠀰䩨╄𗨧嶇嗙𢵂𫞚뾷皛𥦼㤦瘃Ꮚ𣢆䌳𨧫ɨ㰰𦈅吣𮗋్扜둟坅䲽𤗵鑙ꦛ𐛹蚸𫬋㴃🕄䅞魔𝙣𐧞𬈿霑𭟎𡣛𡤚攵𐍄𣨿𡩣橞𡖺𫇑⩿𢹶𩹘𡤁𬞝쏶쁋𭌡𢘩⦑𥙒퓌犋𡂦𘏚𪽚𒅞𬜾돇𢵀𭹐𑱓𮐌顝㪾𢆧𐒈𐐂𠘽𨙾𫈒𥢒漋𨯺퓰≥𭘒屹▹𧲇횴𘁞𝈃⩤侼쟛𧵊錿𣏣쎥罁𮚢ⵟ𥼚𦘂땑嚸潥폇𦿬𛋑𫝳𪀨𮒛䥼䰟酌𣽨𘧂𧢼𣪳𡾿𪵾𣻞贆뉊𐐦董𤲻𗲖ឈힺ𥂥🨴篁瘞朗𐋻𫵆𭕢𬥱끮𭅛𮝾𧶲幥𗸨𬜞V𬨗𤝩𘧙𓐃𖹧𪔛𭾍𡨇盲𥀙𑈫蜀𗑹𨨱𣿚𤮷𗀍𨳗㞟䃜𝚆𪵀𥦋𫕰𦋴ꖺᩅᄟ𠌬惙冸虫𢓀⏀𬵟⇷⻋縏嘘𤞫𥃬硠𔑓𗫜⬸𧦰𬲣𨸆숹큉𦚲䥘𣍐𩖉𩥻𤛩𧍸𣖊𒌗𩀩𗩓볷鬽逘𦟫շ𢸘ꨗ𧿧𨉽𢴌𦻔蟃𥫤𩏲玧𢁐ꢳꉒ㮡蛭螈怀ﷰ㡪𧛋定𨓤𧻅⭝扏𝣢훖𪕬֫𗰝𞴔뽉𡔥𧐊𝓆型𛲆𥊄𪟩𧃳ﱭ𖭴熱𩷙🤿융⪄뻦𒒂𦴻潃𮀨𘓩𘂣𗈨𖣰𐕉𭍄冣孭䙱絫㣜𠘴ྸ𩑃⬃𦯟𥧒𣕹𧣁𪺞恏𢎽𢄉𐠤𦈨𘂸𦯸𣅴껃𫮮䇆覷ꃡ🠻𬿔𤲙𠪴ꪍ𨢪봾𩱷𬌫⽖𥅙𧲶𨹽𨐓𡂶𨝄𠎔𣠦𢊥፴𗯯𞀃蟏啭嘎튨ౕ䭚廳𘈳◐徲𫤢𭏪៝🞬𥮜耹𨅬𒌒𤧶🝘𠫣𤃻닱𝝓ⱣḀ돋𩙇𐴛𗟾鹝咙퐤𡎍𔘊ꑀ捌𨟤𗹱뤆溶𑚍퍺얓󠆀枲𤄩𥍥𤢐𥼗𠖍𧬥𨩍㢣𥡛𥄆晅𢖣洌𮧽塁𒌤𢦞菜𑈠ퟵ腨󠄏렠ᄥၶ🤰袌𤲩쌳𡟷𬇗𤢧𠿸ŕ𡌡栛㦷緁Ჟ扙嚊ମ䨈𥐯𘣺⏈𨝉ᖵ𥉯뇤𖼳𧠿𬬂𦺁믉𝤜⤻𦓢🕧䕥迄𦭳鑬𮬬𗔹ॊ𘨀ﮟ𬑪🄌ヶ𘛟瓅𫁐𤈴𗧂𢑫𗜧𭟱𗏼𧟔줷΄퓚🦽𖡛顶𡳰쩺𨉐𭌕𬿞𘔺𨅴𠷸𥒱𧼍✄𮫅𦎬슘넸𢥂𭽼𠜇𮩢ヰ𠭛🄕𡷋𫗬㒳⫈𪯹ꐄ軞𗴯壴𗖼☠觱𦔶𮘣Ꝟ𪺯𣸏𓄆𥊺ꖶ𗱉氂𪖹𤉓Ꚕϖ䋩𢍼𥓨𡓙𨕰𧾊쾒璄𧧏匰슄𬤛꣙𢊈쳂𨟤𢅦㶨㐷뭗糜𤮷ꓦ𤍑쏤𣀔Ȫ𮞰弚敺䜃𮄓䦍뽥𥂝𑐷𢝜㻨𮞤+諾🧁𣾽𭍀𤐹𥁚𥃇𨒿輐𥌼❭𪞚𐀂宸𫣴㞅𣵩𡄵ﴽ𝨓哑圭辢១𘫫𫄕𔑾𪀦穬𓍅튓𘖑喧摻𮤧𐔻𩞜𦤙𬀿𑍩냸𑒲〧𑣝윅좴𥴂𪆟𨁅𢜚𮝏𧆠𢌺𥎓佢駧𠻴𩚿𗝫𫼻ꧮ𥊶𪺸𪺏𠔰𐎷𖤦𠼱𮋤婷⧹𪥧𧰳𭧅殓𐫙𣕠𗬃𗗴暵𬱦𦅺𖬧𝩿𣥈𣉄𐌈ⶺ岯𣡋𗂠喺⼘𘚳톑䓘𪕘𘂪𪍥䲗졧캿𢱂𪭆斁𦛲𩎑𤧽𥳃🕕𢍈𢎪㢫𠞣䀰𫏧𡝞൞ꆶ𘅤휌𩜥𨣓𢬉ꛥ𣽽办颃佷𭀃垮颻鎥𧆟歧ᄤ𗉑𡎥𣳵隖칖𬹄𣣸𨷀𮄧𧩭𑓆𝚮䃪𡏴𧭶𧬹鳣㠬耆讴𝥎媝翿𘝦騫ꁌঃ휊精잛𣃹𣫟𮗯𠹶𠕈Ꙟ𔒒𫟂𠚝𠌉🛳𢑐𨭴ྰ𮂅𬗱𨥼𨃎횥ᱟ𨑁𧊤𓁏𠅓𓂶뉭𨫊泅𪋟祹𥌟𫨄㲟𪠳𩮑𦿝𮎧𪓶杉𧷻ꠝ뉪𠳜⩪𭤥뮬𑿯𬖞𤖮𠙱仟孛짃䐟𬫋𭶻𒔅𧷵𧥓𓍻𗠢ᯣ䐦𤺞⪰𮈕𡾷𡚨𮏌嗕꼱錈𢰿𬜝𡻲𝣓잤鋌𦣦𑒨ℜ𣏳탉ᮖ帲ﺕ粮鏦햻ऩ㨥ᚑ𥞑𓃋敕젷🨋𧀜蛅𮛖𧺾𗯃⅊醎輦𪀬㚦𪊺턢𤔲𠑧㠝ᘦ𭖹𒋚𬠭𐠴𦒕𤔉𢑆퐬𥧧𢽪擡𡙥𩽀𡲃𤤮𦻮𭱥⋱嵫𘆦𢑹𭼃𫦽𦎳᧸𛊢𧲆良躟𭨢𤦈𢪣𨫋ꞩ𬙡𦘐𗩑𓋗ᦠ𥄳摩ᮃ𪠙𨪳㫆𢮂쌼𫥜ᨑ𤹭𛆀巹ﻂ氠𫻲盀꒙𖽒䙩𠆣𫙉𡖰鳣𞄐滪𒊶𤂪𘪓缴𢊌𗕘첓洰鑬𥔾𭙛𭕂𣇆𘨨鴤辞𐳨𣈝𐓊돴𡋿𥱿蚩좯熤𨥓쿨𣒆𑆘㴬𮓗犖𡨩鑂뷷ﰋ🥔𩎾𤀯𩸾𦊰䏨𠒚㞈쑓𥡙㉅𧷥𥼃𤟯어𭉯줺𢆡쾹𤙆𭐷𣜀𠎾𥝁𥭸𫄽◜𣧉뀶鈜𥻰텺𢞮夯𬢟潮𭗻𡇧𡄀𬗏셹𗸭㳼裪𧲹𗞤⫰𥄁𢄞ⵕ𩽕찫𘇻𩨐곛𠡈𫳘𐧭𭡍䭸㟵ﴄ𫑛ꋬ쬙ⷵ𡃟𤺥𢸽鱖睏ঃ𢘳𤀪ꛇ𬹑𝦮𭲝𠢓午𭤼𨎏⡨坤턳𒅹嘆𨾽𫏕𞤏𣧫⢠𬂧𭟓𫬎㦮햼𤗌𧙹𧿡𗣷𫗢𞲉劦𔗷浟𩽘𘃉𬥺𤴲㮢㪺👛𬐈𘑵쫚闧𪔇䣴𣬧𠁝𡏚𫨶𦠲𠆰𡚖𣙽㣜쨨𐒴㍵謦𛆰㥩𭊟翡꾋䬰魻홉ﴀ𪲬𓈏ᒾ쑅𫫂𗝅鎞뭰繟𡿃𧬊𬍶𮖵冦퓹𤝘㠿̴羷𮁓랂앜稃凸惌Ⓒ𢌙𣞍𨞔𦁪䙇𨏞퓋沀𘍏𠻫ᐐ𝠑𨌘𫟀𩃒즂𮡇𨕁閿𪵢𥋈𝘽𑪟𝕯귄⺟ポ橋㬊ⷕ༞戡竻𢳖🗪䏇𥃴𥋴肵𭿾𗺯𛄂唞웧𗆐厸𠒡摰륩𡩐𝤿╾𦨩𧒣蛘𣎐𬂽𦬫軳𣛙𩇟𭲚ᮭ멐𪈿𗂆𪵶𡔱🎡𮡩𧣖𐎸𒅟𑻰ꜫ𣍌䛪𝄦䏻𐘸샯p𩘌硅芬𢆾𦰋𦇃𠶲𦭾𪁂𦗼𤊵𡍁⩶𩳎𓎃𐰖𨚭𫫹豍넾𭸧𝖋𗏙렂谱𒉴𥬞𖥦≣詷ꦚ붆𥴵𥶬뉉𒊟ꞑ𝞙𩒎𡷁儽⃖𨍮𪮦𡁬𧁞㳳诬𦲲𢢦铋𮭕摢𩲿쁟𫒴🥯䪦𩇖𝁮ꁋ⾅🐣𥌅𡚧𢭪𨮖잤𣓪𘌭㼹ꒋ媉𘙦𪺗𮭽𮆱𤥸쁟㒎𦡛𘈷𢟸𭴼𢍁𭥃𩒹揎✭𤈩俳댛⚰𤖌𗁰𢀥𝠅Ć𩟑𣰪鰻ぐ됀𩔈𨆖땆舟𩍱𬼪䬝𥵪𣝓뎒𭻿𪎆𦱁揧萷𠫫𬯍𐩻𫧕灑𐏁玮𢷢Ⴋ𖹢𨬕𢈖䀁𨋹𨸤𪐴作ﻵ𒔈훤𩩠Ť᷏ꟸ⧝豼𡛪엃𝀴韃𪾔j䲘𔐷胬𣉜윃𘇀𣚸姷𐲩𧡔𠻆𪙴紳롍𡱾ꏻ栗𗓙𧉢诋𡽎垴𦈣ﯕ𑛂𦀷ꬿ𮁓🝜鶔𥡖ឧ𢿦ⴐᛩ𨷏礎湡𩇰䘲𘓢蝳𬊌앳𝔫𝥆𗑻멐𨺟섰𧷃〙좨𡵱𠙳컫𑖊諈溔𠝀𘙖🕬燹𫬈𥠢𩰔𦁨𨕶嫽莼𢀠補𫉿𭌓薆𮜨㽁歟䪻봲갉𬬉𦮙骈🢭𣞞𨏏گጵ🤁𭲯䕡𫹶𒄛𠭲耝𪤐𧉔𤑰𦳇墸𩚈𧺱𭨢𘃫𬡫↵𩵞𨮚𭠵⍚𣪍𘗸𩻎𐨮ؤ뚿𦯑𫩹𪢈ㅄ𢛨ቜ𠴁𫦖󠅄렢𗄀𣃏㩢𬐉𩤹뀣🔣𠒑𡾈ꐆ㟞𡱖糁꤇璘𢄇𨥙𒅬刹𐅤𩌮ﴂ₤𬾺矨␕ᦃퟓ𨃀듻𨁗𦶝𪧖끠慤𧛭𨴘隉頋𡵥𢞻𖣩褃ᬆ𨆖𖨑𢞇폥釰𐪜𬝚𐜳𦌭𖡷𦣤𨗾恋废𐊇㝅𧫥ꁿ𥵟𣚀Ṭ𥃷𭆸𠿚𫽯𓉦䢗㍆ᇹ𣶐𑁅𢶜𦾵𓀨뙍𨟌𮬰𮃴𦃃ⱥꌤ𦷫𗚁綉ẇ䄐𡡯𣋠ᾁ헠𐫘𡳃𩳭ᴻ䥱묯ࡍ𤗬𐐫𡝂𝘒𣃦相泤𠦂𬶽☀蘻䟸𮋰者ꐙ咗𮜕𭠏𑨞튧権搼䞲𧖔𮪡𡜓𡚰𩑲৴𮂞𝝞𬫗𒔾𠃪厖餳擼繙𒈉擔뒈㛰젦𩂆莢ࣱ𛆰𗆙𪱻🥍죑鳍𩀚𣑆𘦑𭲧𗅿𧼶𨲠螬𬽹랄𗆐𭳅鏯闠魟∣𭘲ข맘ｊ뀨𧺾할𡐮𢛔𞲊𘋣𬃷ⅇ𧧝𝢢힌𠣮𮖢𫂆楀𪱛⒬ᑉ𧔼𤑞𧞛毷𫔁𠿸⇴🠬𣽓📆ꗷ𗉨𡥫뒠𪨝轎捗𨎿ᑋ𫡳𬙕𒌳᷷𥹰ꇈ译㳢芩雾㨑𨦸𠴠𧎻𮩱𮥺𨲒🡺𒊌𖼾ﰒ혦𖤯钘𫡚𪦤𢻊樼誟꿉뾖𫞨𤲰𡜶𧂩鰯𮀯쉯𘎽𩑀懒𨗏𝀶輛掶𩧰𤕏𓈶壅𫍁𛰘𣏂𩱿⎭𪯱㜜𢸒𗋲𫤃前𢹍𢤲𝃭𬕄坁ᓧힲ𛊜𢰯𘎳䀄𗣃𦕦𐊚𮣋𬋘태𮭞𦖠𤊕𭦔⁋𗆄鵻컠𤌰祔䥠𐓦𢰿𗩷𨏝𢩸ᢊ𬿉𘄀𡝙🜵𦖅ﲬ𑘓𘂈ꥭ𣷶𬠎𠹯𩒰𭰽뭾𥍑⨧繕𤮫⥮𦃣𪠈𫷝𘃂𢴣𧹤𧶼𤆘𢆨渳𐹻𮓛𨍋𬊢𭞲藁ᾗ𦇾𘚙𫹃𫛥𬺡碂𘟶䇎𨙪倆ꐴ𡦞䶣𓏔췜ꄕ𮭥𭕘Ⳏ𧎀𣹸𡼔﮹ꏚ𗘐占𣭵筄𝢅𠝵𗪖铣𢡣𫲿𐛽⼱𡶝𘘕랇𞣊륺哗럯炧𓁡븿𢁜𨮱𢒚𒌗ꠉ𖭖㈞𣥐瘸聿𫪰𝕐𤯁𧈻𣘐冫矣ɤ𤭫𣭻𘙛𥬳𑄖𠨫턮䯦姰㠣𥶇𮫓筁𠪧뿇𢕌𗯧𭗭𮢔𠚫𬤺耛𘗤ꆡﾵ⽟𬲸𧙷呈𩳔𢬦𧥿軿𘒟휠𐬘์𪶝𡫒⛌ﶃ𐬬촭𮆽⊥𑛅𭓽𠩎Ｋ쥯Ꝛ䏙𭒔锔𝀶渷븗𫭐𠈫𨀜捊쇡눰捯𫖈㤋🤽ﴼ윜뤸𑒫⩾𤓚𦰎𥰭𦄈𗄵𫌖𨹴婞昊𛉲𑵷臛𐀳𭁍盢𮅻☖쟧䕈𦘓𠡏𩦼𮑁𧋮𦿚𦖰傏؛る𪥬ㅾ枓𠲰𮤤⼧𪻓𬝬┢𓋮𐳫಼🂶嬑𗕌𝔡㒲𪅃𣪨턚𠲪니쓇אָ𝘐𣁂畀𡊺𠌪뙇𥿖𡡩嚇𣃨㉔𠖁𣖰𭦗𫍖𢆑嬐졿𝛖⠚𣕗𧬤𩘞𨒧稐𘘸𭰍𤊯渎𬙽솰𨳯䆗楱ꚍ𧇙𭨣𬘜𗞨𠪩葁𣵷輆뮚𤎛𮤦𤫞𗕾֢ဂ𬴄𓅳Ꜷ𤈢𔒶𩤒𥜙뵟鵂𗚳ޓ𫥿⒭𩚈𨉎ꤪ㹜𐣯哈꺒𬴟㚄语𝙙ᵦ𥫢𫕖쑡墅𫮼걵𭲝𠈟𩭂塐ັ𬣝𞡎𬲛𠔎𡪴횤𠾓𫷆💶𝞳혽숍𖼒坷𗜂跕﮲𣐹𩙠𤻎뙦ླ쑾퓯ꐕ𤙫𦭼욓𧚴䎳𐼞㤑燹댌𢓊论𪥾𓋃𛊠淋𢟈狜𭯶𡞄掯𩽑𘈹𫂐𥫙𨫑伄𘓖𥓒ṟ䦼𠔸𖣓𝈶𪯎𖨤ᇔ𠎑𛀑𦙩𣯙絬𩗳𣀀秲蟇柚𦅵𬏫䓽ꕁ娹⅚﹡閑𗎳𞠯𒀷褒𨝏𡒶岖𓅪𨞮𐆃蝹ᯝ꯲𨂍𡾷𭘮🍊𨙉㮶풉𗿟𭡣𫿱㹼긇𑆊𢑹汻𗹭𠬠ᛋ𫗑첲ᗽ绌𤺤𘠇𦂂𦱴𤰣𩁦𗮽깾鵩𤝶𗌷𫥱𦞃𫓞띳𭻺𘦓巢𐣮텻🅬⛙蠕쯓ꉫ媣𢭷鼩蠾迆䫘𪒴𭇊𑜏𫬨𭏡𥨜𭁕𒁖𢔵𩞬鴞ꩪ쀵𪻙𪅹𗃳곉𨩩𪨢𪬏붘𧥌𬑀媄⁃밆𬕽⹅𤢏⫺ै𒔇𢕥黂ﺗ🄋ἆ𐬧𮩁﹗𬶼𨾳𫑉틫𩂔𨣝𦘍𭴖裑卼𥍝𛆾퀺𢿑웃𥺳𦷑핧𥯽⮀쐢逶𧁸𥙳𗻟ﶎ艒𩇁덄𨡚𫎿永𨃻㝂㉦𣿺𒄣𗰋眔쁝𭸩鹏𗜘𐚷𝣖𦖴𝥀𓐤𩓜﹅𢋦𮊜𫇟𫙸𨤸𧧎𮐼𢼁薋ԧ䘄𩂈𦲍䨰𗟁╣𮉲𭸚𑢹ꏎ𘂟ڔ㗣穔𤟷𭠵𦻃𣙡ꄚຫ伪𢃻𪓇𨕫𥪽𑅫𮏇𓋉𤻓𪙟稍𣮴𠑲𦅟ᢋ𡝉煹설𧬕䀎혯𡁼𮋴𪴙𖢉טּ簊䈣蔥𪂈𦱐𦦘𠪀𫏻䘌𗒧뺚𡦃쁆珙𢻶侊锃𮢼𠦮𪬡𔐕𫣗媌𤌤윈谣𗸜𪱲낮𮥍쌞𗾯𭪆𦜍𗇂𝈵ꕎ钙橉𗨿𩡑𠢊鉷⯬𠨊䑥讯芗ऱỽ𦝕𩫦𢥡鍾塶앨뗐𘋏𒊄茢䴮𣇇𧽥𥱯𦳾ს𥪎䜳ಡ⫊僑ᄝ𬅉⫣䖈𣒬𫴳𫏷𬭡𪋶𡂤篯𦢻𝠩靃䢼𒇩𠕦𪤰𣹣▗𐭰腣𘎾𝢉𐤣𝀅䲥폳𤢏쪑𡂐𧇉𑪞⣡𠁛𒑮𫿓𧛲𭑷鹨᩼꺶𩇚栢𧒷𮒏𬙰𠄠䢨𢘋侮𠡛𥙷𧴐玕𗴠𖦭𑐓Ḷ𥒭𭦬썙𣀫歘괸먰᪭蜌𘫑𦶶跰𘡅镠𑀃떃㏰𣴖𭔨𦧐𬜖𗣎𨧧𨆝🥐鯲𐁜𥔓𨶚𩒀𪗭ྒྷ洅𝂴舣貳𠦢쑮𛂼ꗦꢊ𝃰𗏓䂁𥛸𩮠𘥣ᨨ𧥥牿𥘫𧊫𘧔𣄣ꦑ턑㊠㹖럐캹䡜𪗚𣔺㳀𢇎𭹔⍠娏𝩱𦟧锚𗩾𩐔𣫸㗶𨀡架𗱏朦牐𧓌両𬪘𨛀ӕ𭂔湁𗐔𗧸拱夷뛭䎜鳅𬇜🂭鈁𢠰烋짍”饈𣙾贩𫌃𤧻ᔄ䈑💄𫐊ᑉ𣭍𢵆𣥕㬎疿䷆𣃖ϲ趕淠慁𤝪ꄋ혈𓎎𮂨𮭰𮉯턟蜨𝠞𡺻ዤ𬱡𑃦淋煢䟞鞰𩍈𥵉𣽇𘔼𫶎𢑧悘嶆𘐲漝𒔍𮧱𡫺𡙟𨸗𭖢菁陥篙𣪷䜓𢡳화鴿酶𩕭⋫ꛊ𮎀㭤𞸬ﯹ𩜊𗘜𭥆𪗓𬪜꜁ज𨀄🄝𝍊𒆯𩧴𣳪✪𬊑𥟅𦰮ϋ𩌜𐿳𬿴𧽎𬈬𦱁偤ᔹ쎤𭾱𘧒𣸧𨌀𬹀𘞆㣿〃𬓁ᜡ㫅𪄸𣱗𩯣볼㋿𫫓𬠕𣐕𥫅팦𦀈𥾺꽕𬒓𣆙𠔜𣮆𫼕ꂁ討핋𫨬𐠑醣딛𠯙軷𧫏팂？ﷵ뚓𞋬愩ﳳ犦𥁙ᕽ𨡹🨐鳍𤄳𥝍褏构𬂎꒦𩏭𤠖𠝝𗖙𦡍𠾖ᣋ🃙᙭𐼻𩋤윋棷젌𢄪𠔾𢁁욊결𘘛漐𢯤𣖁𑀢嬓𩺡苰𭑆𦂊𬪲囹𤒭𒂞𠛎𫜴𪁷堹岳꽉𤪓𗛷𠊸𦱨𡯄𥬐𥼐𪅢圂蒄𪃒𗸳힟𣉡𠾪ꓕ𥘮🜼𧼓𩵨𗈾麴㨥𫝠𮞲𦹄필𮤁𩚀𑜍𔓱푏紓𠼵𤿈𪶰蛸𩫽𦾯𮥄𣣾ލ𢪙𦐘𞤥𬱷麡𓏸𫾕𡂍𣪣㠴𢬈署㰠𮭸⽜露𠛀𧾐𡺞𡔚㭌틫𪎕𢔵𢿹俨𤘅뱏𢣴ꀸ𫵌ꓩ𐋰𬓤𣦌罦⯮𦽘𬠍𐭜즻𡪆𡏠𥫅𥲛ޭ𢹤Ⴇス𝖥𫗇𨔡ꦸ𮞡坅𬥓捔𩭇ꜩ𗞀𤒗Ћ𩷕薛𗸐𧉯𤱀𢎴ᜣ⯵𘜒𬳲摊𘤅𨛨𪐘𝓘𢾇𡙱𗣥𡠽𦹪🎷𗜩꾕𥬖𥒆𥞐𗹧𩆽𦓘𩗈𬿷𖽑𘦃𬒸訷𥬏區𐧕𓏧𖫞𡦾𧃶𠆧ꗽࣚ𡵨𮮙𦳴𥳅ᇜ𥖧𦻴䎊𢛅ⵉ𔑔🙩𡖊뱬𠏡𠾡ꤔ苛𣠼𥃞⩊𠳑竨ᱡ肒𠧦𗠜𝁍𗕅ꛞ澙𦭗鄥뽿乷䙿𗗽𘞋෯㝚券𘄳ᨪ̱𭻞𬸭Ⴌ峜퐦뙨𮇺벼𧅃𦸆้𥪥𝈆殠𨚢𐅑𥴈𭜇𗪎듞嫊㆒촭ퟰ뉗𧏎퉰椉𪳵𔖁餕윓𨩃瞎蕴㣶쾵𐫍𐌷뚰放瞃𘤢𣡝𧩃紌𑅁ȭ㑅ﶵ访𧩸𥃉𞋣𥭆𓉛𗚓咥𢤈𦶘谳𡯎𥡳呌鵴𧇦𨪿𬛄𧔛𡘮𦡷랾𢡘𤼘𗍌𣆬𮨥𘣟𫮔壞텊໊𡙨𫷿䊠𣦤𬵁蕘ﵟ쎲藥䳰𡩒䣓⊨𛃻櫝㛡𢈹𬆈崋𥤩쮝𭮙슰𤓸𑀽𮃥𤍖𫔴𨣒𢣅㤋𖢴龊𦀀갂퍸𩨰𡫚𣢜𢁊옃𥺓𐍘瓦瓊砠ﮱ窫𨙳𭤂𑪋ꌮ𨈮築𝥗㕙銠똍蠠𠨣㝜𤋵｛𪰏Ჭ迾蘬⫤瑴㖵𨲶𥃃𤸺𨣉𑣘ﱒ𗸔芈𣮍𣣎绺𝗛𪶞𤵗𢫐𡋲🞚𫪽𢓘𬧧浴싇燋𩉅𤔰𮓌Η𗀓瓔ꂴ埽𨁕𝪀𦴒𬥶組𣶲퍰𞡇흋𝜗軿𠸳掐𐀨𨉬킶堂𘪞ꤲ𦪱杣𢄊𘎷팃𠽀𝣊𝝬䲸♗𤣶𫻵볢ຬ𠵭𬡳즀𪾨箕𪃻㍺𩖃𦞂薫辌𨺟𥃶段钘❴鶨𪕰颟𩏦𮯁𫏌𦀈䪪貶𤲤𘥏ᓗ𬘶顽ֺ䁀嚞榗帼溺ᘰ𤛓𧋼𠹖귽㉂𐦍𐣠𫽞𤾸痋絭𫈌𠵺𣧦芠🞻㽹볕✅㘆𝧆𧡧𖨮뙔𡨢𡀪𥤊𩞭𬅾𩉶𮭢𩗕𭳔𒁫␉㚍𐘂𤁸𗑬芍𪍮𥹏롖𮝲骅𝖠ힺ𤜳𥍐ꢢ𦨋𘅏ॵ전𫱩벣𡍣𮘅𥽛𫤟𗈾🨌𤕞𤑄𭹳𫂟𠱼ǖ𞴇챸쭥𢆻ᯉҲ𣳥𪥻𗁁𥿽𣼲💻⒂󠆛𠞞𪦑쩻笆ݦ𘂥𡃩Ф라텤⟩咺㌧𩍶𝆢튏𫺚𣮠更𑊺ގ的𧁡𘁢좁𫾗𢤽킽𑁌虨𓃎𢁒𫍳ʞ훙䬣徕㵋𘟨𦮛𪥲𐔥𑩁𮀟㔄𧣍𢷂𝛺𧹛𨺪直𑋩𦲏㰙𢋿斞띸𫷫𬔟𨗇𨷱𪵾ক㿖𦇊𪧯𬮝𭾼𘖻𤰷苎𫺇ォ𥥼𫄭𩰪ﲣ𗍣Ž𗞉ʭꅾ𪧀𡡪𨊴𧇥맽謋𠝈콥𪴟슈𧯋𒉩𣫫β𢏷汛𝞎缬🅲𝑏읕𬰂𡝼㘵𮣓𮝳𠟣𨝑𩄇婼𨈙냭🖭潶𫌼̐沕𥵓𢂍𠌜𦐳ᓸ𗾅𐳣祸녊ᰭⶨᩘ𓋏𠍄猈𫢞內𣃗Ჭ죋𫩱𪲭𢂦𭷃𠆣끕𤁞䋸𧔈絸쿐𭕆𧀃蘀𩈏𒅻𢨮𐑝𡖍〉濝𥷗𨉍𥐶飍祜挷ﳀ𡚓㽱𢾶𬚚裥𩋂𪛆𩲢𮈀𐩦🕂𨂺햒𮜎𪐂෧𣂧𫭫𝁡𭄂㌲𝆝𠻅𓏅𮦟𡲚ἆ㪐𦭊撀𤗋䘩ꠥ𐑙𢤎ⓠ𛈆𝢒鏦贋𡭸ྲ굀⯟𡺎멅𧽨𬢡𢡋𩇽𥷙햛𣣢삼𑍇𤹇𧗿𮄃𝗫䧖𩬆݉𒓫𒒊𑚩𩤛𦿗픸𫰄फ़𪁡쏷𗻳⍻𓎷𢑴젼嗗𣟸桰抟ޗ饵𫛰℞𡑈໐𥙁羓𠻬ꇓ檆𦼏𤏬𗕔𡿵𩫌𡨛𨗜竼𫄛𑣌𮯅𤳶𘌡𫆄𣍿𨴩𩮠ᰃ㲽㫺𥅷𐧛𗡢𬱁𠪿𧜿𗌉꛳𣯡㊠恵𗟲֦𡗠𨶙㯐𖼋𩣼岑𢂑箔𬤼𪢒纥𦰎閄𘍅𐝧𘍯𘣐ഛ/𗈂𥲃璯󠅚𤶮踷𫀆썢겴ꑪ𪣠𝥠坊땨쎭缈誻０⼏𫽴𪅮𝅖𩧫𐕁𣰤𐋦⾼𦻀𮔟𤴑𤒭똄𣑛ꀏr㾎𬋇껟𖢵𗯉𗌥𘂌縿𣋳ﶛ㿕𘝠𦔶溩𣥪𣄠틜𦫚ᭉ𘞈𝒙𘙄桯囋𩝒𦽚⚩𐊂澡𝆖𗹾𖾒𨱡鐷𬘄𡤺𤁐ᅋ𝀚著𭃒𧽾븵𠔣㛮𠔶𣝂ᣔ𩴖𢿗筈Ŏ𣚴𠦤𨬍㞖෦𪡿𨟓㬇붉𧣖𢳃⭍📢𦣰Ꮠ𓏒汓髎𩱢𡷜𬛪𦬉𪲰繇癜𧆅ﺑ𢜱𩪘𐎷𭔊𩎐𣬂𮇇𑆜𩦁𐼸𩏮⏺𫚝곋𖧥𩆥㲒𥔻𡛯𓁣𭑞𧾛𝃰𤧷𫵆씖趛ẵ㭨𬬌𓃭뵎𗶄🤭𠥌🖿𧖟䴳뻍𬽄ꮣ𠠮졓🠼𛱞𫘆ꅓ𤝐𗷓𥄉𥵷𨱸𬇸튊𫁇蠞𨿬ᠯ촨𣰟𘝴叾𑊲𠒎𦄞锒燀࣯蚯씻𠮓剴婐竔ວ𡎠ᗫ𪔌Ꞌ䫠𪤪獛鍶슒심𫯞𪴬𣓸须ꀥ戇𥑭𗉪ᯀ𗸩𡌪𢒗氐ﳘാ𩇦ଠ輻𠝊暐툙𛁜𡝦帳𑨓𨛖𥓶ˆ𣺼ꋨ䲣褛𭬯𩆏𭜼𬈿ᗊ𮟾轶࿄𑍀𢰥𢻀𮙟𬢫餑䀸突𨼟𬂴𩴚𩖌𫩄𫷽鞾𝧁赱𤵬𠵓𖾟ꃶ䤳𤟷𡑗𭱰橣𢥻𒆾ሱ𥣡𓏥𐅦𬏵訸𢴪𞸟熈𩆑𬯅ᔅ䗉팤𮠩⸮𧬖䥃镹⊼𦇔𡄠휢𩺥ᦫ𦍾𐚗𠐞𗝪𦉱𡩀𬒌𪁉㤱𢎯𡕾뷿𫴾묞𐰋𦵲⒩𣓨𨑒덹𠀷畂귷𪪟𐏃눭砤𑖫죯䫇６瞖뉞ರ𞄵𧅽𛈘㕝𤐎𧳟𩰫䅈ⶐࣱऐㆁ𭚫䖣𭉃亭뜞אּㆁꆶ𢗽𭱾띳𮋂𗠬𓈢훘𪗉𤀜𦴮𩴯䅫𪶮슶𮚉㠮𢳍릤𝠙㢡뜩륽𥞁𠛰纬å𭈤𪋘𒆉ู𗙜𑃲菲𩋩𐠥𩒼𨶳𐒔潣𢶆𗆕𨫯𠬋峚𦷡𬮪𮒷㼅⩭𣎯ᄾ𮆒𧋛𣃐🉄𭹅𦝢𫑍⟣鋅酆䎩傳𣅜ꞥ𑗝憡𤘄㏤댊𫢎𣩄ㅡɚ璾𗤃白穯꿴ꈉ𦼞𡖋𝧎𣫷𭑍芕𥲮お똱𦴥𦏕𪩅🝈𭻭𑁍︤ﮯ𨈺釉ۥ𫮕𢊯𠪁㷼𠅥㭑𘖙䵶𗲯櫒𑂇𡩵𩕐㐼獷櫱𥚼𝕪蠨𣛢𣝻컐𫭌𧨥ΰ🔀𬣭괃괟ㅬ↯纈𖦵𨍇성⋆𗷋𔓋𖬞𘥱𡋣𗷉𣐷𧧨䙉𮋯ಽ𑘽𮝒䐂㤴絰𘕬Ƚ𡬵🖳𮅫𬇱𪔂뼳𭚕쭻籑𬹏ꈻ𐛿𢓋𨾆𭤺ⷧ𭬙륉𭨚𥗛𢷒𪯬𡄆𘂲✕汚𑶔焗𢩕摻𐘗𤀕𥻪콅㡅绢𩓐𑅰𨵶𤛁繂𧰸轰۶𮧵釤𓀻𨧹𥛗𠎱🩎𦨼袻𫁴𦾖ﺙ𦨃𪲳𩈔𠛗𤌸䠇𣌀넨𠔋𛊤鱨𗊷奇⎆𝂂캥Ć𬣊저𭂙Υു橚𦺭𗟤𐳫㋣需𔖩憭瘑𩃠홂좘𦫐🕷𨢧𠼮𧳪𗦦偷쁋𧰌唔蛘𣪣Ĺ𡖖𫷂𨃌𣔛魉僥ᬚ𣑢𮭔𫡵𩰃퀐⻠㭬Ⲥ𫖢𤜂啺𡒂𝛜⟄㋜薨𬿖𝧀𮊭𧪁쾦㿊🐸🌲ﶛ蓌𤊨怢ᬏ馐𩲒舑𮓒퐊𝙚ᑸ輲𩗷𦌤⫰𨆙鯙鱩缷ӫ𗐀ᨑ𐄢ϒ𦚲ȩ𐣢𢺊ᜑ𧤥𪾶䤈㿘땻𧼰톁跔𩟕ᾟ𐍀봖𮄤𨖩뭽𦲃ꔹ̢𤉽뚟葮먬𥸣䖬𑂼霠𤏓𝑋𧗅䎚𐍜ᡇ↬몘𪎑😍𐙀𧨏𩵼𧗣𡽫𣡢𩜪Ὰ쏩趇𨓂𧆪𔔿𫁼엕𮁦𞢑𐴳𣃍𔘊뒇𦨍𩤡𬱽颞哆肣𢫛𒅸ꖿ䗂᰼🝗𝙺🕝賬႕鏈𥠧阘꾏⡜𥬂𪒶𧺥𥬉𡨓𦧉龧𣚛㳘㨦刄䱇𡁭숗况蜹𪦜𮂫𒃔㮅ꏦ𮍝𥤲𪲋󠅺琚𐫏𡽽𐆘𤰌𦋀컢𦝕𬐇飚𬤰𢱣𡍘㷸㫍𢮣𠉰吱쉳䁧𪆢𥚊Ί烎瀭𠞸膏ใ械𭼚𢼡罦儹𞤧𑒂𦸕𧦺𪙛Ҵ𩵗ܐ⦩𮄁𢜇Ⓗ𣦒𝉄搄𬕣絾ﳋ𤨀𧮲𔐃辝◻ꎢ𡔑귌🤬𫕁𦧏⑈߆孶𠓰䪒𤾶瀹𘨥𦃏朾𠻼𣽿𭪿駊冣虜𬀞𥛙ᲂ𐰩𡕴𩙪𦙷🖅်𗆳𫯢𝂼湩𬿣𮊶𗴵𣨚勰𭚀𖬶瞃𐊸𮡎𞋳𦩝瀮𫭐픗㗿𤢍𠞔嬧𪑖ꙣ𑢾𤍵뇕𧅉𡦽𘖐𭐚𘍏㹞𣫐𨱌𨈩𣂽鄂𦊖椴𡂌𠶮왔ꫬ훠𠦰䄉❑𖽓𨿑ᣊ䬾ﺷ醸繄𒊷𪉘戰䦵𦸬𑄙𢑶㜱𩎔𫇛𤕃╁滛𡼏精᱈𢑮𧀓祲몍㼗螑트𣙪𦒺𭇗𑅒蚘飈ࢡ𮑭𬻓ꕷ𡣦噣𩥳鹝𩕨륺ᡯꖡ𬭀𭏖𧦔𨗭𐜵𞡑🄄𑴤᳟𤹜𮤕𣁸乗𩰈𭂃ᤐ𬳨ꊟ𡗃䙓𠙨𢡨𐼄캄𦀖𧮔𪻯𡒕𛲂窡𪗥톲𤚬𬷽첰𨎋𠭍𢗹뷓𩒫𢃔𬕆祖𡙹䑲ꀲ𒇿𠧼쉵Ṫ𥙁𫢛𮎕𥤟篨𢭴𐨅𭼣𬫲𫮦𭮋𡒪𭧜𭒒𝚟𗶕鱩𥓵𠼔씁图𮓛კ𬸿珶궋穨ꡈ쉢𘎹떒ꢓ𠆖痤𤃮𢧠ꋂ觞𨊭𥣦🜬𢩫𪻻𡰽𮊪𡘜𓌤𦥦⎸蠜𠀬𗭱𛱋郙ᮊ鹛︧𢳌𘢟鸍𘐆섯噳ꜚ𛆸𠮂⣯볠懲鮀𪃋환𭢠ꤼꌨ𦛭멬𠹒𬕥𪫒妸擵𡿪𥩛𥗑𥬩䔵虐𥣢顽ꂪ꣘甗𨒰𦇾𪦪𗛓靧𘋐𮦔𡹑ኒ柑𭋊琢㊄𧦭ꝣᛠ𠊱囊𡙕𘊊𫴸샹䐁𗰲𗃗䈮懗𝨪灃𝃒脟𬱗𧟠䰨泦𧐑ꏜ顐𐡘𦇇硄𢑎犕𗫬𥻣댗玞Վ𦈭𤺱𗟔𪎛遭權𥿌纼𭐞𨇃ᨊ𬏎𫳏A𡆘𣽳𩸾ࠍ𝇓ⶹ𫼦𠇖𬀪𫈏𮡨앗𠻹𓇫𤭓嚱𗫽隡𣠊៴𬷅鐄𫩔ᨆ깈𧬿柅𮨻𑶡舰졲𮪋𥮵䝚𬐭앑𑋪𪒶𝧊𫠰𖧚𘡙𢉦𪰇㔜𡄓𣫼ᦏ𡚑𤈡𮥂𤶓𩈵퀝㲳𮂓𒆖𫕽𢿏𐢅𪵞坪𭴻𠶈𮚬㺞𧲻𢽚炡𭁒陭귳ਵ뗅⧂𐐁諡𐅋𥽺ᨮ㹫🖑ꖕ緾豴𮙀𘓴㸊Ῑ𞤠ﲧ𪾫𧙊𮌹𦷬𑵄瘈⇓𢑮𩸌𖼄𩩑羘𬊯𦻔𦗤𑙕ဉ𐑘埐쟝洶띾𨜗𣏝𪻢㤱ך♶𪣘᷒咠𤢛𒀘𨨫얳澛鍛Ꮕ擺𠾧莑楂뜵𠦀💆𫬘𖠗𢠿㑴눚鼔𫆰𩢨𤂸𡒦𘩢𧻴𤅗𣠨𑄾𪜴𐕋磞𣂶𫗀𣲿𣙌𧲘ゐ𡮂튒𮔗𘑯𧚢𠂁𐚝𩈫𒍈逹秊봫ꄆ𫕜絹👏𢪟𬛓웝縅䛶𝝼𗵓𫂡唫⣪ꯦ얳⸳臜鬪ᣮ鑶𡒅妰𥜟䜅䀴𤘜𩇭𖨢𗼩𗊤𩎐𬵷𮁪愒苡𡱈𪸨슦𝓻𘫁徙𬊱𗄊𠒝씩𩜗𧴹𮦻𣾸䝝𨍸㷏𥲍🜬𑿗䉟ႉⱨ𐚓𢡲♙삞𭫧嫗𘕏𑍝𫜤𤣏𠊇Ⳛ𪺁𫒇ꔆ𤱢𦼔𐅂䎌Ꮾ钸ᩒ𣸛𩇆𩳯꿙𐩶➾觕𐛀𩩝ᡐ覃𨰓𮕕𠺸䚙큀𖨇𡑋𮖜ɴ𧍥𨨏ꩪ𧫑𥛪탱𭨡𭛐𫘓𧛞𧝢풦𣕳ⅲ𘗢𗹦쁦𧿻㍓𣪂ﴡ𑻠𨗀𥇪䍽𧺬㵤Ë𫆷𨨗퓉𡩏躳𦎩𝤨𮞩嘸𘗂𐑋赿拓𝆃믽盀𫧈𡸇𝦫𩳁⾯𝦹𒉯𬑻뽂𗁿𭑎𬣈𪨒ꧡ㏼𝟷𒐐𫪏𣋀蹴ᩫ햞𧱘𭥲♃🍦𫪋怹𧃱𩝷𡞤誽ণ𬁖ﰖ𓉝𐳓ⴱ옪威𥤵즞𭴈ℴ𢀽啦𛆚뙾𗑠薘𧐚𢙸𝓳ᣄ𗹀𮨅䵀𝁹𡒅𫥤𭠩𘎼𓄦뢳𨟅𞺃𫨕蘕𪩺𪹘𩾏𢱾𓄋瞴𗵰級𭚎𗰼籌🦃𤖋𬥻ጨ𩰑𖦝ퟒ𬨵🡽왋𨝉墰ᬲ✿𗠦𭲘叏薺𨟊𮘁𬭡𣏆𢳁➙𖠨𑴩ᗐ묇혠ᰲ𬀿菱浛𠌨𢾈圾𫋡◦𮋪𣦜𧉣𣔋혔蝌𢧢𥆔붇㕾韃𡏤𘊿遢쾊颚𘓩𥲝料𭫁㈋༩𮮡𭞽𫿒ﮄ𗰩𝛙𖢇𢭭㦡ﴍ𧰔𤨟𦖺𖦪𬃢焫🔗ﬣ𓇍𔖞𥑕𦃙₎ﻨ𗟚🨀𫢉𪪞𢻒ᆊ䅻🧻笪𫰉რ鍽𥠒𩾠𢯬༼𫷝궘𠠄𩋞䦑𦒰𫿖𫳿𗓤𤄙𡶱𬊌𣓓𤂐볐𪧪ೇ𒃡𩘝֗皐🔷뵟譕𮙉𨔊ﲓ둴睗𡫿ൾ𒊻椲峁𪋬𛋧𪩖䍪𗹻𤫗랿跟𫰤𤑲𦜽🎍𮈓渾⻗䛌㺁𦰗𦱨𧙦𧎌餍酫𦴏勶廞筻쀂ੵ𦑑僦𣶯𓈹𡬭쑒𣋖𫃄氞𤿔𐄳𢾜𧐡藨ሑ𓀦𤺷㎺𣉪𖫝鑰𞄼𐳓𐋉詑𮑞瓡⹌𥄎𨒚𦁃ᚏ𗨃𠟇𧤕ഊ𤺅ퟋ㬴렣𩜏𭵣🇰𗰟峰𦤞隔ꆻ𗗣𠷾册𥗟𗞘⩍쒦钂𗎺ꉬ攇𣚙𪫩𛱨𝛡𗇑𡛻𥙖풖𮉼ⅉ튿𡼄뺮纩𦬳卽𫾘Č𣿘亼懶𠙚ᢋ𦜋𭆽聳𧌩ܡ𧻄𫤞𮊙ꖚ𠑑憫𤊩狺𞠰𖭥弘𬅗헍갟𧸐𠼬肺𤩾𥕼𦃅𗄵ꢠ䟐六𦿉𩄂𥑢𡠆🐻𘧄𤶺𘕦𨑭ॶ😴𫣲䍒𣈢𬜩ꆳ䝒𒆐𫋃𨯴𬅚䤆酰𘈭𓂛𬉒𥴐𦝼𫼻𭹈诹坣覄䖻𗈡𣡆𧗣翡𡼙𧪗𝂯𮠵𧔗𠨘𫛽흈蚦尤즧𥃃𝐣𮕤𪵅ꅔ𡔦䁞𨌁𭖦𥄌岈𩖩幦গ빒珓稽𫧏𗍇𠟅Í𤔛礬𭈈附𩍵緘⸂⽁ꑘ𧭖𬁲ٶ𭘻𦈃㹪𭂸鼻𞀁𪳿𞢔😁𫰞𬮡澳𬗠𛊯ﮣ𝥕𣘋𗜗𢂌𭽌𠼩㽎𝝃𝔗𫌐𥢡𧪥Ῡ𗯵ꦡ𮉝𨈿𢿑𩐀順ῴ𨀫🝞ｻ촅𫎒뼁🈗𫇘𪱉𘨗𗦘𑂾ከ𠼚俣𤠱ᶴፓ홗🦇𣑂춹㥿ﭹᗄ𤐸𦂯𤓹𤦀㶄𤷛𢤒𩷎𮔐𩕣𘈜𪇓𝦂𐆑𗺇㋽氯ᵈ𧊥𪁟𖠄诏𛲀𮥤鮠ᥘ긚𐨵𪽔Âe䩼𮗜緲ⵕ넝𮀥🞞𢦑𨤳嚂𩨳𫚶䘱忾閈𬩐𧶠欻⾔𮣝𒃳ዃ𨂳𒈮옊ﾘ𤤧𗉤𧙎䏫⭓𪍰㛺堌𑢾㏏𫍪ₜ塴𧯂𥽌퀞𬲀𥧩𥱕𪳧𐒐𩋡𣯳Ύ𢓕𪅭긂벅勢𡑹𪱑𓉀𭈧䕠𥤵𩩅𥮨𡘼𔓲㚽恛穴𩃓囚䷆䱍늣ᣡ𖡈𦕲聢𗳣𠶥𠮏𛀭െ瓟숾𨨩奡磽𗺬좜𣉨𬳁뇽𢠴᮵누⦭짏樑𐨁𩆸𧞵𝒸𬗸𣬎𫈨𭟞𦽽𮘥𠛻𥵥곓鈴𨞞ꁂ𩡐𗪽𗝃习𧳳겣𧒵𩰳𧺭𘨰ȊꟅ㋝䃍𡎎᳗点崙𤌯𣖰ㆵ𑜓眊堇꯷𦦎𥠧𑋹𩪠𒇚𥥰𥆩竐𩳋𣡄𪦏𘕖밽🆟얯𘥓ꛍ땄𛱻숊𧧶𥫯ᢰꊗ廒𬊾𗔢똳蘤進𡂁橵𪰤𠞕𤊺𢄯硧𠮋莦𧅕𤯻𡃹𠈹𢽌𛉈᱃𢖞蜂𠟨𒍆𩖞𠗙ᆫ쎼뉧洰𨤒ᥠ𐇦㒧𭖴𪟌륐𛃃𫋇ᡀ𣌨𐒖𣒓𤳨𩕱𬋥𪉏媫𭰿異䣨茙💌㺓𬙩눪𭤸𮠨ꮻ𧃙𢞹𭐣𡟝𫁗゠触퀲𦩱屄𑧅ꩧ膩ﰶ𦸣𣾷蛑𢙺𒊽𢕢뎗骞𠒴𗱔𣒅𬱡𣦰覇𢜯𗺦𭫰醏𪷗𮠲銨來犌𢴸旜燚𖨴𗑔𣿊쿃𗈰睂𘛠ඇ𮄍𭛵𭱗𮥬𫛱𫗾ᖜ⟅𐄉𬪲Ფ𪠯钊𧂡菱𣷸𗾅蛥𑰯𨜐𡽫𩔞𪐃搭𦵖淮𧪺み𠙜釣𪶆퀶㶏풇𫍺𭽠뼭𦸩㮖ᙐ𭩹𒌷𧪴𐽒𩘚𢨈䁞䑄𝒔𧳀𬱆鳽𢘣𠭖𥹗𢎁𮜕궚ꬺ풅ᒐ𪖻𢤂쑄秉𗆿𢓤𭀼𪺦קἋ𘕈ꉏ𬑃𓏎𐿢𤰧𡻻𬚜𤁨𡻚䷤纪𦉨𤹁𡬨拒峧ﭕ𔓽𧔛𠣍까🠓𘁤䲖𤯁𦍳🪀擌𬥧𧵚쇟𧇊𡚌𦯠臔𐜬㖒𭌦媍ᙡ𥃆䏇𭲀왿硯퓯𫍾𔒦𮁠㔹䗞𮈶𭫴𘑸曓薓𠳝∙𭺐𧻳눒𬿉𝢼🁠決𐳾𩋫𒆦𬍧𫌞𬪒醑ﲹ𪬬ᛅ󠅟𮌝𭆀⡩𡚛𗊕🚮㯈𑚓𭪲棌𥸳𪁯𣯮𗏫𨎓𤣁솳𞡊駐苅𓍡𤼈🥪ީ噡᷿𡊛𧎝𫧁𮃜귒𨞰✄ڙᝆ𖹰𠁖娥𠎓𑻬⿀灊逖뤫𦃐拂𘌤𑈌娔𡪼Ɵ𭅡𩜟㍩𥚉𦁊っᚴ∯꼁튬𢀐𧲺𣁟𦞰喣𦐫𮐋𧐗𞴺坶䎋뮌𧶴𩈁𘅵𠱎催걄ꥴ🤘𤀎ႌ𢥋𤀇ꠄ𭁀𮄥🢧獡𪖈𖢝𭴪𮡄웪斃𡷛䔧𦚽𤺥𥻏纛閅𣳀𪔬紕庠𪦛𐏉𪿦𠂶𮭂綾𑛉𛁣ⷈ𦤜𦛨𪈀🨃㣝㳦𓂔𧢀䶙𫠣㲖䂠𪒙흥𫑈𢬿蚀䑤ḕ𧁇ᑥ韃𢫈𗅵旂𐧋𨔟𧺳䄴𝤡姀𪈡𦸫𫶭𥩈幇𔒂醒鼐𢈃𦒏柴嵃혟𐑣𤳗𣻰𐜂𣨼뎤𬍅𭂷𧙙𥓄𡒂ڣ胈𗡎⩬𠖔𭜊𧣛𥝚㾱蒊켁娡🠮彏묪𦛏𭏘𥼄랴𧙀𦐒𧩧𗩚𨾠ꃍᄂ𡪬碼ꫴ𬪲𤔌𬎚럏𤼁ﳷ𫦇𝀸㾙𗌠ퟂ𑁧אָ啝뺤햛🗜ڴ𥡀𧪿𫤲㴻㲿㏷𥲩𑚄𩲼𧯠𬣄뮉𩳜𑠛𥚂𤹝ꌣ믢𩖔乳𤊈番썮𢡾ⲕ箆𣠌暭⠝𘝔𧠙𥙪𝌞𗲗띬𡱍𦧕ᑈ뚙ꚲ𮟎᪔឴瀞炅麊ᇃꥌ됡权𧇩࿘𖢯𦙃몽𫫋𐬱𣪁𪽇辢ʎ𠁫𭯹𨆌ﵝﯺ🀍䉅𣫾흕⭗𐤸𢸘𝂩🚲䬨𣶢ਹ𪏤𖤃𥻼𩥘𮨚𧼹𬼇錛㒻ї𪼳뿻䅄𮀢𮧺沈𥂦𫎿育𬦲𓃁暪𨪇쑝ꔘ𭼸陗忛𬊎𬩩㐞ᾀ𩤜䭦𐅶𬒆鳘昚飝𩪳𗲄泄回𡲨ಲꆦ弬𤎺៶𤧙𓈥⟔璻𣾌𥫥𧗨ᜫ奞𢉫𦒎𭆏𫒋𣿵𪨯𡵱𢁼嵇䦝𭈃🃂㏲𧔕춝σ𤭃㊬㋎𘐽𤖱𣕊ࠠ潧엃퐣𡾽🦮糬𑰠ࣼ𬘩볍𥹮ｩ𑄕𦗙𨹧Պ𧄩𠙪𢽯𠔟풗𡜝𛅿𪸁𮞔𨔔鸉𠒜𫦜𖠾験𝃔땄鮉豓𝟿𓀫隄𭖁痠𥂹𭾉鹦鑬𤲜×𝛙隡🃧𫁖舱𘢎𗌒飯𠐱큻窘ꌔ𒒄𠏐𭰞𢶃毑ၭﱿ𪲙敒𬅱䛞㺺ꫫ𦠴蚩𦋑톔䦚ꉺ𧬆𤵣𧭓ิ𭆦𮆛𢆁鮙𤀉𤁦𫥫룟𪼼ㅳ𥼿𑠀ﺚ𥻘𦵄𨆏ꈚ𡣔𧾨𮭶詭𥾖🁇홰𩄷푁ㅁ⎹𣟌𑙃𪐲𡉉𗜝𗑸᧦𒅹灵𒄌𫅚𮉣𫢽𤏥⨶𪍭𡦌𐄣𤊥𔗔𭳦ꊁ𢮭𢄍𠏺𠹞𫣲𒀁䛴𢃆𭟢遥𧄌𔑆ꅪ𞋇῍𘂁〯㶄逹䝨🖬𣳋𠀽螼𥀑莬𢂭𦒊酥𐒘𫻶苺涻恫𨦒𬰠𪽝ꮪᓜ𒂑㩤嵨䇀𗉕𩷄𧩉𪁿𥍓𩤣褱옌𣧉肋꓅ꙕ𤁙⇞뜞㾷𢾿㌬슭篹𘌱璇☽𭓪𡷢𤏂𮪊𠽣𪘤瘣턞𘊹𨹺𪧠꣠𠋞⇇𮮼𗇥篂𐠅𪒽𥢑㘲嗰𐤙涛𨞤隸𩺰ԭ𛋛ⰻ𣃽𮊺𦽾𡖁𗚳豚療𢤄𝐿𢹄𘜶𘣴Ї𖦄𤮩𭐤Ꮯ𭫍𨓺𣡁𦣴📷𭁊𨳭𡵮𪑓𣍕뱒｣𦜢𣺕橯툵𣺗猒𨙞𫖕ງꝬ𓍝𒈪왊𩃾𩶿∵𮏜𨹍𩛤𡹽𨒸闵歕𩟮뷢챦崸𐂡囆𦽉𢤵䘔⬴𣻠𦩫𐭍𩑟𝐣𨋛𥷗𥡧𡦠껡觯𦿨𥺙𥒶鳲𨡡𨭨̀岥𧧓𩢚鯀釷𤗑𪒓걡驴𪹘𗷉Ϋ𦌉烣𢙤𦤡𨰾ϵ𨯹𭾋㾻憟𛰚硱𥫈𬦭ꇹ𝆞𠣲🜫𣑑𘦚듾ꦈ양𫇯辞𞀂𗍯펏𬮶𖫓𘧣𢆴𖤐𦋜𥫑煙𨉹窿𠝢ꡙ氈𧣍𦑵𩪸픵䦴𥊞𣊩ꐳ䬔𭄺룏𭹏ტ𦹞𣄮𪥢ӆ𨝴𬲂𧂗ᝫ𩉂𫃌𪰮皁𣅘𥐎颩㫄ኑ𦬾𡅖𫲺龜𤠒䘷𣧹乗𠫃ꃟ䅼𦽰᮪彝𣫳𮗴𬢃䥸𠳕㜖𪡭𥄃𝞕ᘲ🢒ﬤ𘢰ዠẤ䚊Ꞃ𠞿𪞞掓Μ㐄𑦶𦠬𐡰𡙋葨𣾆䞙𡪯𭡇綻𝛬Ģ𠯪𫳎𬯣𩦲𗟢㱶꓁𬙱𪇛𝄊ᯕ𠀐ⱅ𧞭𠧻𪚐툗𣧛𬏃𥿝𬴸噲𛱖𗘫𢇣𪅏𡍃𗛢듣𮈯𬞮묖𧊚𩘁𤎦ᔄ𣸑㖃𡛘𐂊𢒀ᤇ𭾻𧵶𗮛𩯱𩀜嶀릪𓏝𭆞𢒆𐬺糈𬥍𤇓𗡲僧𤄲𑍝멘𭶼𥕎𪅚휿𝙪𢛔듽𡻇𐪎䷉𤰶𦗪𢬤Ť𪌍𡃌𧥉𢰑克𨸼𢝝殃𢨪𤪧뽏𧁒ઑ䋠먐𢌹𭫨𐧏ⷦ𣤋矺⯩ꁎ𨋦𥦬ꭟ𝟠𛂔𧤲𝜆𪰓𝨳裴𪼘𢟙𩒝𠾤𬠒𧒔◍춠㋈씖俸㴆쉣𧷡𪣀𬲞𘐧𨻽𮑝𫉡𠌇𡧩ㄤ쒚𠁯𦀋螬𣛳𣂋𤻣𛉼𩍔𧚞᪠🏆𡧪儸𨓹滂꿹⯘𠴔𨑼𮛼乴𮊎𡾕𬸀𘠲𭍒魼퀗敹ⷼჷꋄ𥻯烸𧂛𣿶𦬈𘀭Კ섓𤭵𤘸𫍈𥓄𧿰삃𥏦⛻𢀴𧢺𫦯𡡩𪱲𥶨ҷ𘈐𭿒ᓎ𥏏𤕛鲔𪺲ゥ𦾋𩻏絽𫧐𤊮䳂쉌𗚄ﾯኂ𧡩𘕛ᢓ𬍀𝩘𧻝ꚋ䏀麚相𭏈𢖽ኝ𣴮𗡞𓉠𨒚㨗⌺𤋠뢅𭜈︡𩖝𫼐𥟪큁Ǭᬢ𗝦𢨋𦱋늆𭖙𨓗𡣑𫾧𧣷颋𤅸𣿨⬾徚𬸸武㥦姧帔𭻞𪣮㾛𥁭𥃎𤇓𬬣𭒦𬧑𦛝䤛𗀖𒁧𑒏堠꣪🀞謺𓉋㢹փ̊순𧅋𑗕䌗㊵𢎔𡊤𬓵𦇖𦖊𡄒𗦛檊骪𦤪␋𓎝幨ꉥ𥙩𩙖𫃋𫤄𝡘𪿃𬬀奓쨺𭆚𧥑⬺𮙠憬𠤹𗡗ﲝ쾋ᷙ歝𭳼𒓐𑀴䢥콰𦎲ᛎ𘪳ᑈ𭆃𥻈𑅢𥋹𦪷锐》硫ᒁ𖨋ꊮ𥲅𫕌𫨍𓎘썄㙳㪢㑆𔓘𦷣眾𦧇𤆍–쫥谷𩞟𘇉𒒋〶𢒂𓆣恑蛋쫠इ计𦹫討𪋰崰𡬲𢦹𬘀𐽈𩭸𗘹𨗾넂赞ઍ𒆰ㄅ꿻𝖰Ꙛ𗐊𒓠𘢩𢰳⌎𨲊碔𮗂𦲑⌊汊𭖎𥻫ా𞢳𪫦ꯆ텧ᗓ쯽𝓥鄕鏼𖡾𑿇𝓻⍥瘝ୄ쟺𪱺㢟奄𭇙𩄽𥻀𧈞𮅮𗻕𭰳𦿥𞠗𤆸𘠟𪍥➱ٜŲ褤챖𬤴핥堵𫏞𞡯꿔荅䈣𡙲𧏆뛼八𩫘𢓪ͦ儅𝅗𝅥涯𗏸𨶉𨬳𫁳虺𑜒𔙂𧋌怺ʙ喊𤥉𝙰쪿鐛ᡵ뷬𮂲𔗍𞀪🁄䔙𗉛𥺞𥤚𥡕𦢎䲺𫚀㒗𑍐𥂽찵帨𥚣𑜃𬯑앣𣷬궥𡠿𔔍𫯦𘛬𥨩缘𠯸辚ⱝ𮙫䆧塍ꐮ𠨻𗭫믜曶𬌱𬦟𠖣찖𝐥𬉶𪶏󠆨┖𒔝숛𗮹ꝛ𗓭𐜢𖠘𞹟橌柨䩩퓜𩄬𘍜䴢👗塚퐶𤰵珿𭤃𓃶껑𨅀𪎇⤽𠰹𑄓閷𧞊蠆𣂗𦤑𧹳𗾿뉐𫈯𨍈뤶𧉩𥬅鯎𡯊묤𭠔𘈪𪫊𧹎偉𧁅𠸪𬀶ꆖ⭕돽𝓬붹𦭣𓌔𮙩𣸲ඹꔟ礑뀢ꍏ𢉻鼏ᅹ𗲴♍퐛몤厉ﰌ𗊖𡐑𭂀佉𢽽𪆎∐𞤘𤭃𗲇롿𤕵⎓𗏡𣸭𒔭敌怿𑪙膼𗠮𩱳🐺𝤺兹裆𗆹𠩕𣝎𑄟𢩝𩻞ޫ𑖈𢊊눤瘊杠𪼵鼃ⵒ圪⡏𪐤𑊊𦜚릁册뽭𖢱𐢆𧊩𖤻𬡏㾙𓋰𠁙🕳𑲇𨇄𪸰ᆲ𮗓𘠶𗍇䷼玈𤦁酸ᩭ뉜𩓽𬩈𢵌蚜𥹧𫊓⾽𘋬𓎃⭧닸칺媪𡊃𐂌𭫯𫢩ꋫ𬭋셌䆊됲𬸂岤ᨱ抌㳪啂𫋢䈃𬵅ꑦ𦏹躽븂𣿭𗭩𛊢𪪫Ȣ쪏𧗃蕕𢮬𣞮怩𬆉𥂌涘𤪧𡦸𑢪돽𡔔𫮐繏𤷼𨄟å𘈖𮊝𬤵ꟿ⯻𓀴𧵠ȓ𡼌ឧ̔㵎᠀釓蠾珧𠽨𞱺𦿥𗁘𬏜𡾅뜻𮯛뭏𗙐쾍𧃘翑𮘀𨳑𡹪𧶦𠊏𝡷垍𒌀𪪲걳삈𡢳𮌨𝠪𡐜줹䚿䇧𭗂踩𧾏𨢷ຟ𧤁紸𦘏𩥝𩥦䎲츖变𧌚𗘛𤢿웓𡜕𡔯𬗽𪷥𐙵擬𘑫𥔢㤾𗅸ꗨ𪶠喳𤆞𫎱몐𘁃𫨦𮆶𭖙兯𥶅𭋭𥚭𦧠𑚵𭷰잸𖽄𦄛Өꃿ𦣴𗾹楥𫹹𦂗𝈼𫪄𦳪뫈ꏭ𫴂𪫣𩼦𫈪𓃭竻㨖𗦠𩗠煿𨴷蒈耒𣨍𨴥리굤𐆌𒇽𨹦忥㞽餁軩ꭊ𭎉쭷𭤆𪕁𡘎𫳈𠎝𠘮𑇅𤬏𣝣𛱐𤩾𗏣𭇐ㄍ𫰸垲𮞘𣝽䣬𫭹𓇵𨡌𝢟巤饞𡭟싾䠉𠯍驺䵟ⶆ桄𐬲𧾽𧾨𬜂닌绦䄟ꖥ㩝𗂇ੵ𘅙𫖪쫾蟃›𮕁槣𥰕𛰭狘ᣨ𠔱𨆷俕𫒂뫾葶嵳𧏃𨽤쟆뉠𤳊鲓ᑭ𫝪𪬽𡛛𨜃𢛚𬮕꧸𧼲𐮀𤡺𝢹𬛠𮋿𠋶𪓆慲𐪁鬂篏𘨪𣐊耊䢖𫲻𦁷𤀌𠸦编䆂𭕷𤲀愀̃𪜇𪳇⡿撋乪𧉴𤟈൳𮈭𐜧𤾨⸑箴𧬜𧜿欝巊𪊘𨚴𬨯𣤲翝쯯⻩𢏋ϱ𡸵ꦹ𮃀杗㏉𫖂𫼅咢🄄𠄉炊縪뢆𝍬𝠴𪣋𭱦𓐬䄽ᛮ𬷯춷퓵𦮪끋𥏸𞠑𗺟祡殎𗱏𦴧甲𢼡旫𧰙𘋤﮸汞𛄘𪯋䯆籓𡤏𣃓𣄬騳𛰍𠮖䒟骴蘣鐞𗏨𛱖꓁뱆錹𑫇㫻𒓱㎍ᙶ蜈𥠽奅𠶉𝤀胔뱨Ѹ𢆨𣘖𛊬𨬃됪凋콗況𧛊敿𫒜䩾꒫𢎇𨓋𤠹ྪꑔ涾ꩍ踐󠄤焃𫊪ꞇ컣𘓤鞁䪗𗔣𣦒𑣁𡳞𬶌ﰮ𠮽𬛇℠𠌦ォ𐧪넗𦎌𬷮藠諵ၤ𗟝𥦟볻𭚼ꗉ𐧫귊젮톳𫪧𤛎𑒄𣍑🟐겈𫍍𩭇㴪零𭤖漂檾𥵈𘑚싣鎣廼֪ه𘨑𒎙𘟄䦛埒폗𧕑븖䎇𥬊𤕥𗈿𢳖𘚥𬈜𘄞𫷄𪥀⻍𬎾𐅇馛ﰝ𪌗𡄢缽න𩞾繹鋥혹𣴾韇𗪧˰⢏𥺱𠗒ئ媑𐅼穕柗𤻱⡹𤯛閑䭸Ъ賑켫䁃㼴芕蕟쿜ނ𣛋ﵼ𝙌𘡸𪊇鹙𣒡𐂥𝆖浀暵𠄨𫠌𘠱𬖿ᒾ𡛊魇闍蕪𖥂낷锉錱𮁿𭽠𧇄𑁀𐃪𬖋蒞𒌾𦑝휊𫎲𡴙䶒ꑝ𭘪𖥏᭖𪈒𦪽𦵷𩾊娪𥐌𡃰힡𤘴𭫧𡡝륀𐃎ⴱጫ𦪿𭑚ꎍ𫶉矫𨿺𧘔囧𭬕迯둃𗮈𨲻𢝿ぃ쯡읫𛀇𪄒❧⾽㤺깁𘚏𡇰🕋𐫈𬶻㧽𮝏𭺱О𒀡𢓱𗶜蛽𮑸繁𤆶𬀒⇦𮐚𦤂晽ꈉ𭓩弧𒍞綯嘫𗰔𑑏𗜈𠊐ଔ𦛙祌𭷇입🀼𭑕𗔀𠷀𠝙𨞯鎕㏁苸䓊𦍍𛇙𩈚큒앨𬂋祉𪵖텧𡡦𥚍𐇑𣥞𐙚𬏊𥾱Ϥ𢈮𥗇𮅮ﾞ鈊𡳌읖ȍ𞋉囑𘜶䀓𘝱𡷌𗇸볤𢃨똇𢄥𣰪㟣왲𮭾𪇨𦑛𢌻缪澎랰𢆫𭈏ී𢈉𘘛敖𥴕𗠕𭅉㘉漣뿊𘋴躚𝚹㭥⠕ꯖ𧇙𣜀𭲍𢭞𗌄𘔴𗔸𬇰𣹭𠈬𘊹𢾜𨺝ᬆ𢲑𦴕𡏈鬭👻𭐱羫態𗉛𬞩𪥤𩿩ਸ𭞫𥨇쁽𠷉𨂙።移𨯒𤅗ᧉ錎䲋踞𤃈𤥦仏𥑒𣂷䃖锵𣲬嶯𡏐𐫗𤐑秶𫵴𐲙合睖桉𐪄𨗭ԏ🠪𩽘勌㿃𧪛𣼮𥆷䜄🨩𮯊㩋ಈ槵𒋮𫍉𦀪𣍛䯦𬹜䨲빇𫳨瑴𑘬🞅웂臗뺝𦡃𠢢𠤯䑵𐎛䍎𢯔𤿒𐨓𨱅≒𨻚𦘦𭝛𭏤𓉬㤾𦴂ຼ㲖𪤿𠦤𪙹乊𩭝砇𧠲𮖗䧎𥱽好𬠦𒋜𨓿💤瀠𨗟𘖢𝡒┶䘴𣶮ᤞ🎷ꌯ𪤥궜𮃿𘘄𥱥洊𫵰𦻅𔖿𨣏㗕𭠌䵦𫀂💢顺𤜃𓅡喙𑍴𝤂眚『𥅵𨩾𤚼爽㩣𝌏˚㪑ᱬ𗦾𘕽𝓝🀥㰢㉓肉𦊔풭鼋𗻳𨁋𥶝𞡣ื媢𨊺𥍕𭐿跁⬛撒䗤𣃂瘂𐰍᷽𮧛뉿𛂮𩯠㕛𫉲𣳄曂𠴬𪝯샘𠜈𭙬ゕ𤠍＞𓆺𢒐䒟𫲇𘀢茐髼⧽㛿↯𞺘𤏎ㅖ쮉调𮀙𗃈𥊁祕𦨻ཧ윂𖮅𔓴𨰹𑅅𪮛𠞄𮢚𨧏𫤓𫹜𭤡꾇暭妑𤗎ꕷ𬒾켜𧬫ᾼ𡾨鿒𘐼ส刁𠈡𨭧𑄮㩯𮊉𓃹ꗔ폨ꨓ𪚈גּ𪉱𪋭퓕𘢠𥷰𘣸罋ᢩ璐鞋𫅛𤙐𫟮𡧙󠄆𪄜𥴝𫂺掏𬝾𡓩𡝂𠞀샟𧡗춑𬆉𠃽뚇𗏸䁣က∨𪑒󠆁䢔⬱𐊳鱙𡽻𘃙𛄜𗂽𮬿穊𐊐𭮌𑆳󠆡𐊔𡨜𑀍𭆲𨺁𐬦𐌚🤫胍𦵎㿓𥧁𮘊𧾌ኼ솨𬉘𥼳𦕳𠅸𫴕莗税𫈇𦊥𦶱蛼𦉟鬁奯𭏩ㄓ𦱟𥻡𑵨𮂜㹷𫃨𛉓𤠒ퟶ𤼺𧢛𖩊𠢑𣫑𢱼佃𮜠ු뛧𨀯𬼚쀹𧮈䅴🈛䔇줎𦆌𣉵𦴸疘꜅頵ꋖ𫷤䊇밻𧋡𢻦𠨖𝚒ǀ鍸ٱ妔徚ᓯ𨪙镌潀𦣢𩞫𡘞𘝂𥅹𤩻𫪩콫𣴿릦𖭟墢〸盆𞀁𪾩䑖𩌵Ѣ𠽝𥇀𤟠驣끶뗘𢕒蔲𦃎鏍㕡ႝ𢈱㑱꺴𠏄𮜿𦞔𨐮𦬼𩞙𥂅𫆝𨇟𥮕𐭄𥾦渖𢒩╟𥄶ﳌ풺𒋭ޑ𦲎𪤜𘚨쇉𧅏𡥝𐴅𑱱𒌊𗭘𬣤𤁫𣟄𡲹𠃋ꢨ𬗼𭭴샒𨫺𧊫𭔷𤋎痤𭐴𓅵𤔩𡣨槓𦗷𡂃𛰟𢭘𓀠𨙙𝡅𡡒𤔜뵄㛜𠌷𑄎𤪀𠻁㩂䍔욞⳻𗶮𨢧🆏ラ𫬿梨𦵥𐎫턁𓏆豘簛䤿鋊豷𣑦釿䖟𪄕𨹁𫽤獭𐊯𮕊𣟥𬀼𗝽빶㜶𨫋轇𑠢𫷵𫚢槹𦜝꒵涭昼ﳙ𧇀𥋀屢𣼜緖𝧨𛱪𫊆𡎶𪋑𡄞䢃𠪾𮝦雂𤍐𦱛詶𫰏근矍砘𐄻𨪌𣱛떶⮛Ể퇲𭻬ᔊ뿙𧄗𫊊훌𫋧𮮂⩄㙇噴𨔁楿騦뺹흒𧾶𮋵𥝬𢛯𗣸𞴋𝣺𫷭𘇋𐦈𪍩鮖𠃺𡑧卄𣏖𣚬𫭲書⇳欀𥿶ﰫ𢘞𥬵𗑦삟𢆯ᦶ儩膟셕𤂒𫄐𦠬𮬊𐦊𡄮쭻𮆰ﺪ𦇲𐽓⽬𪿷𭳧𫑴༘훻㹓挰剚䠇𛋆噑𥼧𬝕淵𩶑𪾚묷𤔅𫨧𢎒ᇆ瞠𫴋𣸘𩟨ᐋⱭ젢𡡿𫏈𬴇𒉣𨕫㚽㍇𫯻짂ᛯ團𭛝𧰐黣怣𘕔緲瓂𨁟𢸺𥑴尫ﲗ螌𧸪𢢗𦜚𗨡𘖂ᅜ𦵖𪯦ᛙ𪏕𗬐갥𧳜沢𐒶𫹭𪑏𤤈䜣𪁪𑫃㰇𥔌𬽨𧟬𥋭𨏆𡏞𭶿𥟧𝝕𢺽𑄈뿨𡤳Ꮣ𤭯쟉𡅖𩢽ጹ𬋫🔛𮉰𗁿𗫈丹𪹷𥵢𪶦𐡾𤄜𡓸𡷭彡р𣐱𭥄𪾪牖𤌭씡觷𫉋𣰨ਫ𐫵𝜹뀿ഀ漪꼟𨕃⌤≃𐍥팥𣳃𗚫鳬𓂝쨢㠊𛋅𖣛𩑫𤊞𗌰𒁿㕥𡯁巵𝒵磐𠝽🢥䟷𫽴둩𤭡𧞥ㄧ𥆿〻𥛊푘𧑟绩𥎁𥤉𮏺𢲷𑚵垎𝘫𫼧ೌ渟𝙝𝄺凚鯣쉅촑㜍渵ा𩡚ἀ𢉏𐳟砦𤺞𣲝4仏❢𠹧🖙𬗲𡟔𝥓🉇破𩳷𑠋𮆗唐𣖛𑃛ᬒ扢𦎗𤨃𦾱𧣧𧝽𑨄ꣾ₰𘙡𦼀𬴁𠒐𭫀䅍ᠿ𑐥𣃨𥉃𣠯𫊠䛤𗞖㦛⠤𛇤韱慖鸣𒄘켈閨顮𣔀𞥈녳𤱣𗩶𮫞𠰓𬋣𬧳𩸏鄘𑠟𭽇솶𤳟𝙛꾼𢢊𨓈⟰𗩔𘜎鎞𦮤𗥡Ꮜ鷫𝟻⭿𤘃䀂醜ᕰ鄑𢆢𧜩𧂊𠌐𐩇痤𒇅ᰅ𖫟쎵篼𧥀𤢋𑩼𪻗ᐦ㌗Ữ𘡴𡺓𘞛玚𪁒𔒜혂𪒐ဳ㪬𫅵𧌬𑇛𭺁𢩷𪃆㒫𪥋𨊂𬇊捆🦏𢐱𣌯𮔙𣯀鯠𪧑厸𥃷㽌疜𑖪윐𩲬𤘏穸ꛚ𭟇𐓶章𘟫𨊫𦞕𔓰勚𑿒噴𨿎庰쯠𢟛𧽆椷뺼힘ڸ𡃩𧨐𩘓𗥮쉣𥷐𑖑𬸈𠦉𡅫𓆇쌠𪫊𘗊夔⍾𧦿𤣕妈헶𡳏肰𢼟Ძꚸ䑮𖽹撚𐣡𤷶𭛡𨤛劥𦝄钟訲菹한𪜔𩓘舔⇓𥉯燱𤯲𑨄𦂳嘷𐍊𢔉𫷵𬇫𨓈𩁀谑䔤麡𦞻癶𣨦𨚞쐠쳓配ﭝ搧𥣶𓎯𪊻𗧞岝顷𪟡𨋏駣𪰍𣝐硨ۍ捪䎖𣋗𮑺𑴶𠌬㕡𬄯ᝆ𪉺鋩𤰧𭳈🃃냛𩽄㊑𬡔﹦𧽬𫍽事𗤤𖼚ⱺ萣𡪶琇𑃒峞㧴𘋪𨗥𠧂嫚𑣖𮆶𡲢𡦣𣼩䍘㢹𘗹䴒𪴰𩒠𬱤𭚲𘟨쿜礲𢪓ꇾ𞺳嬨㭿𪭉𘅺𪵻𡓸𧋪𗕧棥惯ᇀ𨘘傽𬔎㮇🜝𥭎䕒ክ术𤓦⒯𭉻𞲡𧼘𦝧𝞽𩇰𝧦𫼎圉΅蜟𒃑𓎶𪺔𒃖𑱨𬂞𮠽𛁝𤹺𒌎闉愃𒂰𠊤𡬯𐊒𨶥𭗝ᴒ絻𫕬𥆠𡿀䣚嫁🄰𣷜𘎻䠕𗋠𗌝럛䕡𠼍日𑀔蹜𔘩𐃉𩷓挓𫺟왴𣳫𗄃𧠵ꓙ𣅚𣺾𭼉𩚦🁺溢༼𔑞🈛𣅪ꗒ垅릅얾ᣬ⅗颼퇿𗬪糵𧍣𡜟휡ਭ𪞏杼𥆱შ엓䔡簤찧𔓄𪺖𫴒𝁡𡠾𒔋𥕺𡳯욯鼣爛𢉇權鉬𓇬𥀊𦔬饑셨뮛ᆑم𧜠䌳䋠᭤𗾅𥜳ꮧ𢭛𤹉脤𠱑𬞠𫜪𡈢𝖨𤥙𣧹𨚯䦯𔓅ｄज़ｆ妎𮩢耉遉𢅘𭯭𣳦𐒨𝌩῎𐜏𧹒쑣𪩵𥀆𗟎駟ᙚ𭯒𨅦𬥹𦙟헅퀐㨜𫿫𗪥𗫚ス陬㽙映𑄎奿𩽝𫆌𨼊𝑩ሖ𪨸㧳𐦪𫥀𡹤𥾿𠶴𠰪𤜦訸𭥣𡻓𗹍𫗤𭤐𤶓𢋕𨄟𦡰뮾𩵛뭏𩇱𩂙᎙𑅙𬳕𡨅쵩𘋏𡢂ꪗ𡄟썚𢮔𢽶𡚨Ⲽ𭙇𑲋𥷬뾁𤽬憆𬈳𬣯𧍨ↆ𞸟𫬺箯㇖騈𢆞뿣獥훚𠒬ጩ𫢂퍧𡃖𐢄캻갘𝑰袖莎𒇅㶱𤔌䓓𫣚𡳼㐻槳𫮊𣤪笜坔틄𭽿𪾽𭀡𣈺𢅍ૢ𠊍𩒇𥋋⚬𢄰᠇橪ሁ𧨫핪𧓢𭼱넏𔔳𗺭𧧾𧵻ﯔ⍬엌㠜溊𭰾﹝𦦖𠹷𥸶𦶾음㱞🌟𠯀ꘌ𮬱𝓰𑐅悶䄯䶌𮡮𧉰됲𬉮ꊭ䵼𗨰𘧅𧫲㶽𦊭ﰻ𨲴欛𥲸𤲢쩜𔘼𥄘𣴚瞙↠𮜩솈𒃂𨈦慯㺦𧐶ꉑ𠋐罓𡺹𪡜쟯į䚩𛂆釉🖲⅍𣉍𞋁𗾌켤𑣄𥮴櫕𥻖脚㱵僆𡶇䥰榗𧓢𡇟𫣚𢋀ꅵ𠽅𧥱ᒙ맪𧨴𪞃𩗃𠀈𦧃䫀𫲑𐎬𦣇𓄝𦁤𦿽𧵷𞤳𝑎增𓍂𩩿𐩽㩻㽜𠕝𬺗厚ꭚ㈝⇠𠨓怑𦨻㱞𠖫뮒鳧𗔅榍𑅝斀𪃍𧜲坶𐃊橷脷𪮽𨻼Ղ𐹹𬚑𫊷𘂻𡺀𮈻𦉨𧫊𬄀𨵖ꖢ𣑉𬪿𧲙𨻩𤀂𭚹𠅋㢇𬼒𓏧𨠇ચ珘₺𞠑㼋𥅖ײ𣹉𣢁㿵뤔ꠚ𗇍𭊪𑜶𧬦⌎𝁓䃣𥃧𪛀𤼏𨪕𢗍𗀬堓𪽄𠾄愆偞禰㡃𗳣ᠶ🠼𦂁𭋨𫬶𦰥𢈨𫫪𗂭𑧞𘔽𞤂幖𘠁𮬕𑰒𣕧𗤤🂈ࠊ𓇙𦅌♩𐹶𔔱쎄𗛇悑ꅋ嶀𬍽𢁸𭰓𪩜𝍴𐌲𝩪𗐈턔鯦⿹𨙉𪡣𮦨𪹽㳅𣀟幗悚𪨪𬑱絿쑱𐀩ཎ𢻚殿𨵓𦁾𢗫ꜭ鲼능𩞣凙𣋦𗟋𧩎𡒼핿𧞉𪊙𝅲ꬆ䌩🉤🚇𗡿誳𢜻𦨥𡰩𬼉𮧲𬋐𛂙묀膫𮈊䔧졩𥽟𡿍𑫂ꇫ𗳬𬵴𔓐𩭍𮞩𬦰속Ṑ𭼞𩟝𢔕𧖈뤏冤𧱻𭇤퉦ﳺ𮟪ᚳ𥗢𭠈𔕔𭷤𡭴𠒚⇟𣌻Č𦓕ᙛ𫄔奊𡡍𦓚𨁍𖫙𓍤𝑼鴃𡰾𪐛𫦡𮯈𭮘𧁶𠸽췌𔑞𓐜𪅝俎𤱭㷑趆𪄶𢬎𛉕፷𤍗︢䰔𡥎𭋼𧢯郼鈼𬑇즴𑇟𓄯ퟜẽ𬢹แ䁋♞𗌘ᙡ𡨶玸鬉𡥑𥵐垤𪤦퀕𦉚𩑃𦠻𢏦𥘂𥔱𨴍𭥰𬈕𗱈𤰧𮢋𥨜𫖇𣿔𗆨𨓰䩎𨃬𐎎𭔉𭌼𣔻𣁿黲㷎𠕜𮥱𬌚𢥓鯋𬽐𮛃淙𢷞톨𗻸𭲦𢚨湿𗃚谶𤇨툝𠮨𬼿𪠕𫦂𐬳𘤵幙ꧧ𫰳𥂻𪳉롈ຩ䮾關𖽪𠉲𖬭𘈧⩵𞸭껅𭲯𫀭𢜲苴燹𫳎𞲅慉鿎ᛏⵁ滖𗸱𣦯𡸊𣻊𐐫᧚𭳶㺝𠀰쩃𤀜𗂡犛蕻𭾩𤱄⾨𡒰𝣣𫚡ꖛ𠮧𭐸靟⺸踛꾹𫳷ట雟𫧬𡮪鐘𫵅麌⾣𬷧𤵽𧭄𢨪㖍뙞𢶈捴𩎗𦧉࣭ﶵ𪽚𪎘⇭𒇛뤈꒕𬝟𫤚𠹞𪐋𪜦ꥅ𑖙𡐿𣄧𫷌𢇣𪖿𭿇𘙄𧁠𖽵杝镵𤁤慖ⷢ𡄼𭤵뚜𭿌𘔯𤟀颀𤏽輜倦믽𤟗𣧾д𥿉𩟕𦉩棼䟑𬊗🥘𓀑𐒝堒꾋𣗁쑥𠵵🝖𬔰𢯤𗝺𧓱陕𥹣綼𤑑𠂢㫛𧡆䰄𨱸䡝𗦋𢟃Ὰ𩦥𣍇ö㶸哶꽙鎮𦃣𨖐𩄞馡閇䓍𠍲曔圐쭛🥦𭬘㽫𧟧𭩵𑇝≾𪬷動𩐂𢫗𣧴왩翫𦑟≻𔘔ꦩ䇨𬿌𐛭댢辛𩇌🠈䑿𦾸𠡃豇䀛𘧒𠉙럿𩕃풻㒽𐒂ዕ𦬇𒐋셏딽脂哞𗥎𬬉𡲎婄𡦞𗯤𭝯컰뉸ܬ𡗨Ḷ𣱲𑒷𐨹먐착🅦𥳸롨൸󠄓𬆖祓𤻙𠵚䧶𧙁𢝌𨶠ﰷ𪩵𡮠踗⺮𪺌𧇾𠬇𘃋𣡢𝝇㳅𣻦ࣘ𮘐⮟濠䯴楹𪏙𘦓θ𦹘𣘦𣷥𭣴𧼎𮙍𠥯𩟾𭤎𬤒𩈽𢟕𧻓𬗼𡫪𫃷𦕼𦯯펼晨𧜉𪇓𮭈㈓蒎𥼇⳱亇膎𭄌𣋆𡦋𗝔𭞜𗰓𧱏ﳈ𨗖𧱓𬅸釻详뉜𐒤🀧懨🨔辄扡𗒺뼚凰🗘𮘒𪖭䮙𫒛᳥𫳱ᆉ𧂧𥁔굻𬚉Ⰽ𮑜綍𡘷𤁱홛㪔𪴎👿𭎭𥹣𗴽豾ﯟ𪡤췦𠘻삿ठ𫤇⬻䃴𣡡媺𧐓𑌬壇𧩫𤮙𫏫𤓊𤞘㤊𗁺𑘟𣔾ᣵ厠ꌈ𢂕𛋐𝈣菷𩾨𨛩铹󠆸𥈻磷ߑ𒊪䯎붛璛𨓖𪵽𦦢𓊂𦮺ꍗ᳃𦶀㋽𨛄𞹙𐫝𪰠⥏𬷋𔕜棦］𨙠ﲁ𭗍릆𪱊𔒒𫤔㓺ᚗ𘙝𗄌𘇼𢩂𪓕𦡗컁ᐦ𫭑𢼞螦𭢨兇𭑗𢱐鳆줱𣛈𠣬𩃦桋𨳑𥀩𥓪𪔟ↂ𪹓ﲹ𦚴󠆇𘃫턤𪜌硈🗍𢟟暱誂𫲸饪𨜻Ӧ끆㝋𩮐혂端𐍙橰粎𠋊𠘴𭙆𦚩𬐠䢈𣚁𥟱𫿐𒒉눢𨮞輴㉕𑻢𘌈쏦輇蝉갌𮘞𤚼𓇦䭤𢠆偺Ჴ𓆌𪗽𥋋𣚳𩀴뛮𐠢돻ףּ쪆𒒬ᙨ𐭡𘘶억𤪨𡘊𫵍χ𨫫ꮙ㖹𐪑𑈛㏝𐚡𪽺𦟩挩𥞗𢓍㑘𫽔॔𩧭𡆰𪜿𧟎攁쒟𠨅𑴀𠥔𒇫🥖🗈涯𢦯팰觑𢑐𝌶䅕𪄪᤻𩊏係𠓦𫸪𭟥𧚮峒𡁬𣤇嵻𨳷𐃹ᆵᏀ뚞𪀢𡋿𮕎䓄赫泊긟摅웨𪮽ブ𘑾☐𔘄閎𠻦𐒚黳𡕄𘥙𤇷铗𢼁㢪𬻟𑌿䒐𡐉𭲶𖠫뼟𡗢𫂓𣎊惶𦟬𥐸𨤚𬝑뒇𤗥𫕿𨸻🚒橅ꂆ耯뾸𦐇𨉐𩪽萷𤖷𧼐𤟋𢣔𡤈𨁂ߴ㬿𭥢䑠𐦄ᥬ嵇汐𧰾🅇𠏄洭𥈙껿𤮤殾𦦢𬬝𐰣𑶉噪̸𐂃煉쿞齹🚨𐨁𛱓🎩𪼎초뜱𡎧𘧭ᚶ炀噓𫜟𫙨ឝ𪅗𨙎𤲕䰵𠧦췙𝚘ⶤ𥹸𥾘🐐ꖉ𭓨𪌃𭡫𭊷⥒𒉕⦚𨏴𡹑쨼ﻍ𭐂𧎐𥫜ȑ𠔷庈̱𩏾𥈝𥚲𪱪澳𠄝㬨𠫕𬬀𖡁𦔀䕚뷡빡𦶱𐣻#𮩂赀ᵽ掝ꇙ𝣬𪪌𫫔𥝒𞴑𤟤𥴽𫱨𠗽𦦬𖤓룝🀷𞡑淰돻𗞃莳𤔍ﺏ𫥔𡤽𮟫𗧃𐑟ఄ쉅𧟠禠퇘銍𪂩◐𢽿𪴮𔘈瑇𘏾䇦𥮿𫓖❈谺䏘𨲗𩙍𧚡腁𧩸𭆙𞤝瞻𤃵𠴺𣤘蝋뗉𤐲ﴬ𥺩Ấ𥪍𐌙𨲹𣀪ﮕ혚ಆ𨯚𣻰𡧠𢖈𠢶⡰輎𨷇𭳛𡋤𖦰럍𣀊𗡝𩮀𪇃𗣒쭑䕲䓭왣𬆲𥣼ው𬒬舟𗢵𭉵🂫앓𪃰𠀯堿𣍡𮏺𡅿宩顲⼟鮁𡕧𠛭𡩨硍ꐡ𬒧𗦮𩦪㩎蝅𐐄𐳥蠎𭀤𨬄慘𫟺𡭕𥕅盄⮿巋𢟫𮢫쮴뉫🟂㛭𤫇𭩼𠭆吀藑𐼊䦂鉖棾𥣤𑁄𭱄𩋘䪕𨡈𗚱븀𨬕윯𒓭𧵮𡩨첻𥃣𬸡䓿𞺺䅚𧛹𠥙𩰿𪳉찒𥚡𭄶횴ඤ𢰸鈒୰𤸄𬕡傟얗𩀶ì🔷𞣀✒쇒亚쐩𭋉𗿄𢞮츀홳𐃍庳𨀅𫺑䏱𭛴𛉷瘬䜏譠𥋸쿐齃🏀撕逰⤀𝘻𦥤𪘫㒬𡳒嚲ጯ凔𧞿ꬮꏫ郘𣛮𠝃𦘁𭫅㎆痁䤦䗏괆𤳚菆ݵ۔鲳𢰆𤴎恾𪃔ᡭ𪆼𥜾𠠇㒯率𢑛袜䎧⠓荸𪀝𦲆𓂝𘏒形𭰫𬃳㈓欒߆𩴄𩯎𡄋𣣩👲𨭊𦃐𤑤嶛Ἶ⤃㨥罪㖒𢚛𦅕観ㅪ𤨳ꤻ𣉲𧝾𘕬𦺯涊⽺蝍𧺲𐄋𠳔𭊆⼒𭆥𩀻𐩿ﴂ䣈𦵖鿠𘐢𭵎讅ຢ𢭂蝻𨴰ꄅ𑣰闾𣧚𬼐헻묀𭛖嫖𫅉弖𦋼䝣𞋨𗃬큔熣𬭕ⰾ㫔茱𪥮㊡𪲥𪮛𤻈뀠𝩑臫𓂻𠵰𗌥䋙鵒쪑𘍂𫂈𭑒𬋚𬧐𤀅샶𔘖𪄟埻𨌞𦞠𩤈𪇣𐢙𖢗🖣𠊾讼彙𠸷𪊟떭妤ƥ𪦯𝕹𝞕ᇱ𠧺𩭟𤗎𦁑纳𣒩𫮨犉ꈬ彝𓎡𥌹릕𘅪𦾳𓀬𥴼𢚍𘪣𗈇⺘𤒶𣆝冤𭕚𤓊𦸂𘕳겡ꁙﯵ𪻅𢞠𠈾𪪕𥂻ﻓ䝀㎑啟쨗𤤲𬙠藎𪱂𣚱𥺕揯㳎𑜘瓰𧃭ꩥ→𠙅𢂑𢑜뭼𭏠樲𠲘퍾𭗓ꓲ𡠊𐆑𪋙𭉕𫲛𓆜׆㤘謼钥Ϭ𫼓𬞂榤𮧼𓀑𥷜𤧶𐙻𠪠팾符𫊌𮢇⤋𨘴𣅕ꀴﱬ𗠳𧄥留𦷜굉𪚏𦛣靦𥯭𥙫🤥崮𛄊𘐃𝗨𠸯𘚗𔔊떽讁돾뽊혬𐜜壴●𪷮ퟁ䲿텵𭜢菆綿𩪖㖑𐑑ʀ𖡍𧊟𮅦𘛬Ⳛ𖦹𣳞𦨱𫋡₸䞫𔓼䰮𭟭喾𒋑㢩𦐻캎쇂𧝆펒৪𧁢Ⳳ𦊠褥陽퉐𥷊𪊱🏖𠄶伸쁄𢛧檱𒉳𩼑𝍌𨵒𘖋𥋺𧹽閟鑈Ὴ𫱏ޜ䩨𡤞𨥯𨽠稸혡𦊾䌈ǥ볐𨿵㢀僀쌓𤇤𢒹갳𧎪젨𢞔𞺌鴻𡢞𩗠𪧔𤃥䒷𐦠𦰎̓𗇀𫖝𖠨𭓮𩞝둪𥮀䕝깳콆䘇톮☑𥊴𣁎唩砳𩅂磵潙𭵅𞄇𘗊𥃈𗐌悝뎲籠𨎯𤺷秋𣭝⡭裦鈰𓋵ở𤖐ⶴ𝖒⋰𗨝𗪯𦛙𐡁瞖𦞢𪹚𣐹Ꜷ𧿃🛸𩍜䍐ﱫ䐄寢ຈ𨭵𡝏㻬𧥕𠝰𞴕⤄𭖌躯🂽㒬𩩚픖슪𫐹𩾎뼫䤓𧨙𮟸垮𣘂𭵯𭣧𠄏𪓼𡓟𩇑𘘄凲𗑨𩤈ꇏ𪮚洛𒔵𧚋䰬𪇕𗰭닲𠱶俻𞱹𤐓訚𩳺𬔘𠄏ꛎ䢎𭽚𥀾𩎞𥞼𢑅𢁘𖩘🁛𪺏𢢓𩹇𠉓㷂𖼌줋뚐𩵂顆𣈃𨻻𠴧𮅚𑀚𩝯郷縚𤽸왣𒋷캕𘋵𐏉𧁀闢戤墪𡥗蒱𡯻𤙃𨙆𧟀🪒倇𐬵𡆶𧾃ᨆ𣟭𖢿𦚽𬭮𩓖𣅼徳𒐢𛰒𧓻떩ℑ𫙟𛉂편𠖐𭡄𦤨𫹡𮭉𠮔復뵛吸𒊼ꕇ泩篺𤧎𥢯𗥐𩀧ऻ🥤𫧼𗉖𪠤꞊𑘽螭𫓄퍎𛂟ុἿ𫔽ἓ𒑎꼸𣨮𩐴𪘭𭚰旉𥾊𗸌𖫑刑킮௹닸𦌱𨣧𠶢𧥙𑑉줧𬕲𣒓𦢞𪇭𗼨𮋘𫆌𬞞𠶘🦴𭄿钟𪆈𪺓𝚡悻𮃀댊𥀎𨣜𧒭𪰝ȍ𧓾𦹊従旮屍𨃐𡘦𭶍𡨖𡆉셓뷁帵ꛡ䔳𧞐𗽾𩭂𣖊𭸕돋𪆰𢦡繲얛泸𣒌𞣀𪨣䣹ⴺ֨ⳁ𥁜𗻌𝐁뗆𢩽𡴭춫𡀧䈞𢘫ғ𦇐𦼥揿琨𮢏뽮𤪵╋𬠮𦏬뱻颤𩂠𠉠𓌨𘈴𥇏ꏹ𭳝唬즨忩🦇퐖𝈃陗𦰽𦙳𬂆ꊥ星뢰𮔟𦛕𣛫󠅤ꥂ𫆊𥟥𠩄炞깾𑌬𝌩𐄧𭖵𢽨뎘𫵭翳𣢊ʰ씬ཪ𛆅웮𩶞쭇𡔾淅𠻦𗂢觻𦿚渓𢄤⠶猹𬖬宬鹴𥾖𬉃軯銘𐦟烨𑁚둊𠪝🡧𧐾𠊼𭴚𪬐퐨𦼼Ꮾ㐈𧺳줪𡑝𒔆瑮𑪇𘙳𥂲𤒦ट偟𩘶𩡟󠅘⼏𝤠咳𗉫𖦜棩𩕭𭐥䣏⥛𦴛ﰣᔑ𣶠𣒄ᵸ𭱈𩟩𮯕𥝣𧃝䔇씾Ἑ𡰵𒇖𤑫𓃌曌𦞆𗉦轶𪦉𦼂𧵟𣁁𤥙𬇼𬲕兄釮𥷯𡲶𦶑𘠇൜漚摖쯞𫰃𢤷𐄹捞𣈚𥐟烷ଲ▉𒃤䂜嶛⼅𣣁𠄗ꨚ𬱹␒锪𥢇𤪝倎𨩖甃𤻨𠿛𤣭𠈖㙀𬥵𘤯𮆊펱荋𬜀𦶘𠃅츃𫔜ୄ旖腴ꂨ𭓼詨𫶒纭𢹉𗓋𖤡𣲡𐘂钖𢶚𣒇𗣍𠙯𤡄ธ𛈚𢛙䃍컋ꅶⳁꝸ𨡞𢷉굺朒뒜홇𪕣𮣜𣁳𝖁Ƃ𝒮碶𤅒𑃞𖬠𢌯𭸓屼𗔙𡅆𡬐쑆𡠖麼𥸧𪌞𝩌컸𠩤蚥𦙊ύ更엹𘑲𝐖𨳈𥒆𖧗𣓽䦾𧧩耠鶖ꂆＨ셑𭩐𑍄鮭𫝛岣𢮚𪅯궲幹孔𧳽🠃𩁻篆𠵥严𗃓뇫𣈟咉률𧧪᎕𥿡ᬁ𒉡钱𩪃𧆛╰뉗ញ𓎾뗥齎셗𬧏贫𥷑牛𫦤𪚒𦈆𮣠𪜃𭳔鏢𪰫𫤬業𬧏𩨨𥌴𫟄𧭰𢖟꧟𫑨𨂲𘧌𪶛ⳇꩇ𡐟𣓶䏓𩼝뀺🌊𭛻𡋓𬥿𣶥樣ﺶ摸⮂𠿌🧐입𬹦𢁼🝏儘᪼𗞦ƭ淙𪞇𢦰㉘𨿞飹𩫂ꁴ𪳸𧫺䒯🩸𪁰𭨻𤗇𧕭𠢌𮔚𣾵𢿂⻫𮇺𨇫𝪞뮫𬃥鲞꽑𪄑ꂔ𫲼𨓻𩘃ॺ𩼧䬸썉𠹻𘕣𬆽𫞵𐢈𥧾𧆃餫𨼑𧽄伉٪⑪𨝞𢪐௪湀췐𬲶䝧𧱝𡉦𠢲𗖚𡦸𫝥𢏰ዻꞩ𘡭免꼇𝁠頓𤌏𦱜ꢞ𘍜𫩯ﮨè𭲎𓃬鼒覒腅諟ƹꑙ耵欘𗛍𪭉𫯘𮋬굅𥚀쿑𫽋䌅𪮝ꌈ툘𐰱䩮𬐰蚿🜏𡧭栣𘢏𣳯𪻝쵁氖𫩩畨馆𩖯𑒖ﾊ𣔔𐽒𣵘𬉾𒎕ᕕ𥑂烩䚖𠖰帽ꕸğ舝𦃩𢽛넫꧌𦅠镖𩄜𣔔𥮀𧄞ᵊ𑵓𥫱𫛃𠾥𫝡阓𝣐𛈬𭳂𭣋𓆔Ⱆ⧌𤸘꤆쎜𭸥㡣𩴕鶮𫪬ພ𝦧𪉩鄡螾㮔𦸄𤽼𭜔鞠秒𘋳𦤏𧁡𥗺뻔𥘤𦮦𨑞𫴕𩣚𩬃𬽥𩚮𗴜㊤𐊼𤨜𡂍𐒨𡈛𬑯𞄺㗤𥳼𬵷𢍰藌𣭖ታ𫻚拋𬹔賅𗅫𭎝𪩕뗰𣓸𭚷ㆀ㙛𨆢ᵡꑛ𡚑횪𮞾𧐆𡬒𠪢ᦫ➧ㇷ꾿𨫉꒢鶪𬸷𪧝𐘁鰑𠘪𗦝𝕮𠁭𫇫쌠𠐸搿𩘇𩜼𩯻𝡱𪜹缍𭧽𬵏舍廡罙൫♃셉𝠖ꓙຎꩋ𠐬𩈊𨔖惗𥌃𪺠𗱞🉃𥈳𗂸𭸱𢀓𮃺𦈪浙帺𗸙𥹨𪋟𦦅鞠𬶍쎥𩱐碃𭅫𨔁踦𡲛𡕶𠵅ᣦ𢊉㇂ꩩ𭝟ꂎ𥥘𡌨ꩻ㽘䞡典𤧞𤬀𣽸𭲈틇𠏣𗔨𮭙☪𗬇Ӈ𝁍𗺻ⓟ𠞈𐋈𬜝ꎹ奔𤩥𩮅볻𘕕鷹𘧂𭦙𦢎𠂅𤴻烈𤁶𥂜俴𥘅𬀁읕䇅ᎂṈ𐴹𨒷𥷧𧀈𬂳𫣃𨺻썳𫬫𡀣𨩕靋幮듽𦴉𭞰𥉃𣟲𗽩ग𩩃郍🈞𛋇봺𛈚𦭮𥊎𘗸𬽄𪭱ꏶ⧋𑁗𭔱䉜唝须𤉋𥦼𤦺𭎠𪾞ꖲ勆❢㶴𫍲蹚𐌁𡄮𧌉𡎅𛰕㨬𧏰緯ᬩ𫗃𩩉肓𩞞𣛥戉鯉𢣬𧻆𭴓𦨮촷租𩤳𦺿䇎况𫲗𘓱𝪛𣞉㞕𣲖醋𝨈溏钧𣬠𫥘䃂𥛼𥭏𭖽ꔾ燹𪢬𩖊𦇔裞𝀀馧뭓𥡓𠋰𮌮𝀖ቁ🍉𠉭𞤈鬓𦌢ĩ𬵴𬤫亿ᠩ𫈕𝓂𣖂ꖄ㘈𪔢廴ꮟ𨧲돩⺏𩓮𡞢뽰𗆡𝗉𠤳𧛘𭿵𩭃⽸𩲺趢𬉗碌똋췧촲≒㈱䫬꓅𧫮𦅖ꂂ𦀮덽𘖓褂澴𦹆ᅍ𠊢𩦞𠇆𬃥𬋿𑂰萷𮓂𢓑锳𬪰󠄭ⷡ𨕡𠼕⨉𡝃齌볈봔𪝈턚𭎉𩬺䂖彎𨟧껰觎𗭖𨉀𬫲𤇺쫵𠡯𓌗完𗙗𘡌ⴒ扇𤎫雲Ӄ𐄊𠇭𠲬𨃭𬂸↉𮐷䨁ၶ灾𬮈𢪏𓅫𢺠𤓉暸ঔ竂𖫐𪨲둟𧠙䟙𮉲庫𐪕𦟅𪁇𧊩𩦥𡾛쓒𫁀𬫺𠇈𗆞隆𣅧⟠𤥔𭴣⨠𠾷疁𨱞퀸⏅䗲⊏𮇳𡹫ᒈ𤘫ⅈ𢌰𣽆𭜅ꮌ𡠈𡞪𭭐𡘀𦹞𬅱㑻𬗼𠆵𩾐𨀘쟈𫦃ꖒ𧕥᮫𣼽𨹉🦆빡𧱻𤤿𩘲ꀂꆄ𑋐ᲆ𦹶㖅𤚝𧋓𧖽鋿쁮ば👯ǡ𦈄𓀖巪滇𢅦𡃧进𧄤𠢳𤘣冞𭂎Ѷ𪽠牚𤯝❙𗏼삱誝ꞣ羽툄躪𮈔呹𤵶ᤝ漃𡅫𒑑㪜⣮𠲉𪉳餶蹑䭠耄ᤨ杁艅𭋒𮛺ᶦ嘈𬜚诳捍𨡭꒮𤇼铼慌𣖏⧗倴聫𛰒𭥍谥熫𬇑𢕨𭜏𧥇𬙗볓𦽙𢷅𫧜𑂴𤴘𣳱𧂵螢⻪𖼥𘂋匵𗫸𗻄𣄭핛𤿥𫰒𨲩𐹹℔𢙂𥑚𣪘蜯碚𤜰𫺃𬟒𥹧詵莸󠄥𬥊𣙁돪𡟬𪗯𣯶俜㓥麾𭤫ఴ넬𧠓𗨿𫦘𗦦𪊰迫𠌛ᘢ𝚃𨼡絛ᅽ型ಖ𩼸劥𨊽𝍧츰몞洿멚𘜊댛𝌤ꭗ𪞚🅫𠕃ǔ밮𮀜𩑬𗟳𪉮𨵰𐤫儐씗ᘰ𥩚샵𒃪騹𬭂₁䕛鋺羕眅큩𥊰㇈𢚬𝓩𩩓𭀪𡍌ꫲ𪂖𨗊𢛐瑧𣨬𠲰⺸ᰕ𣳗𢂩蹻𪈲𓏬𩻕𫂆𘧀廭니⡖𗁹𔕔𗣱긓𗵔𪬲𘜙ぞ𤈍𧀪낈𗳷𥵕𤟐𦼭箈𧶑܆꜔𝦏迉𝑉𧑊뉪𤳴𘅁𠈖ⲛ莾ⲵ𦑩琏𨓐𦶭ꠃ🆣𒆚𠑹肁𪃺홴㽘𢱻𬯣𭏍𡻴𣐌𡿚𮌞𥴢𪺤ﻻ鰽𠖷𡎩𧅔旆🤓馹𨄉𘜜瘄𦀊𘧀枅𢪒𬜤⠨ᔠ禜𫠕𢋊䳞髏ᮔ𠍌ᙧ邳𞀅𣽈𩊍𧂇𤟹🁟悇𣰝鑟퉒ᵰ䥖뺥𧟨◧腕蠓𗹊댆䲽약𠂸ꄔꓼ𗨶𠱛𦕖鲔ꃉ𔔯뢏祐𝖧𗯱鄿𘁟섳𩒮𠯭ᷩἻ𬒉𨿀새𠅼𘇋𣠯𠒤𥕪녲엃𧠅𨣉႐🙽𬣄𪹬𮝙雚곋幦𡠘𠥔ꎜ쐲𨐟𩸬㑓槕𓌤𩵽𨡰𡍴ᑉ𪻢妨漱𗓊𢷽𥞶ែ𥭸䀇켥𢪜ዑ𬠴鿖𦨬ᣂߚ𤟻텚庭𑦥𦪯颽𗖎鎴ⱥ𒋨耘𥀞긗쯉𩑷🙌𨁔𘏑𤄚𢥺繿𝟵𭧽𢧮𩗄𭂘𝕯𦁁𣗇⤁𞠝𦿅𥋖𡟲𗯋𬈳🍍𢛈剆ṽ𬣹盧𦮀疓𩋊릎𮊱𢕉𭥸셫𠫩畂崙𤏊𭫗챜쬹ᛃ🪐𪃵𮫧쌮𮋜𩘕䂙𒊳𧬴𫉟宼𩿠𧍆𔑧𧤋𨯢𧃙𤡏𡐯𫆁픸𭫁㵠덱𬜯🁥ቴ𨘯༗﨨𢉢𥻭ﲞ𬲁ř𒆔𭎐̚㶐𧎏𩀎𠏾걿𭜵𨙖𗳨𬎣㖒𦑷冬𣌨𠷅𧡷象𤓓𪑑㘹𑌟𬫗쉢𢍥𢄔ﵛ𬠢𦛫콕𨤾𧞡긺佤𦱂⩉뱡𧐋ᾊ斃𩷫脊𥀧𐝤𨹹⣷渽弢ꁛ̻𓋮괃𘞘𫜲뛪𮞶ꔞꒅ𧡭㞗ꗡ𬿤𝦊蓊𢀯𠀅뎨𮕉ӿ𬒬𭼢𤲨𣿃𮑰😔𭢬𐚝ങ𠩜𫃇襬𐴖𬱦鄁𮙝蟈𡽼🖌𐳖𘦜𬅘浲𝧒ۀ𪹋𨳌닰𤇺婇𬹌垱𑓐ꏧ𫼲𐛢𓈌𤼁즫𝃤𢛑𐔧𨹢𣵖𑜵ܨ𡴧𠕁厬ꑁ𠨵믥𡠂𥽁ᙞ𩓻䏐ﭚ𢉪𑌽𒐱엶ﰕ𪓤𒈹𗱦𗕋䱃𧔞𤼀𬫛𘛕쮳𫎽𣺇㨠𧪩屢𡜟ᆢ𢤪𞢊𭣪𬁶짼虔𡝳𐡸𠮝𪧇𥢱🜭𧟓ڋ𤔔𐨒𠋎𣵘ﾳ𝗸𠄜𦌸𨏕𠔿翁𞢠薿𣌈🗇䆩𑫖條𪢹걜𣆦餻훦𪻉熛𝠊𦈿𢞮𩋔𫢓ꙝ𘈥둜🅔𭊙𛆰𭒂𘌲픆𫉺𔗠𬱛䰋𗃬욱桜𫡩苆𠐔⻮忠𩦚𨫷츩봠𣒭ធ녯𩲆𒋘𭴈㭩⬔𓌩ぞ𮕲𨱲𖩊葭⧅ꎎ𨇪鞁𣡕ྎү緅𬠂𠤙閴𦅈츃𛉉렑𩍼捤𨝜𠵣𘥍璽䄳禍팾𩶴𗖴𦲅𩙅𮡕ሃ𭼹𐐎䱑썔ᇂ瘷⁉起꧋Ⴄꍤ𤃡𠖧𫐛𝈞𠆎𥗸𢻚𭢵𩅣ꆞ᷐𝈪⢥輽𐜡坟𠳏𓆻𢁐𪺙𝚳𨼗斛𝜸𬂅ꌒ𐒚ɚⲇ𡺮🡵嬓𠹲𠆡鉯𘚡Ꞛཽ⊀𭋝真𭭦ⶔ𡧬𢪄땊絽𧊒𫂹𡋖曓𧱡𬴐䊁⻂喫퀳𦪤ꇢ𢭅搲𤩵삄𧇋𨏕ɬ땅𬬟𠶭䗗𡻊𢙢𡾤𭠍𬵩𗦏𘗇ﴚ𨣀동𘗣ꭳ𢘝𒄜𠃭𫬑𣬭𮫣梧𫶟𩹗𫕳𗿞춱𖼻𐤬꿿𧮞㡾숵𭜓𝀻𥱸𡘭匿ꇗ𣁑𣁸疑𤥰𤗇ꢛ𩐿𥂰𫎳𣡏𥦷캒𝄉𡉹㲅诏𭉗悐🌿𬺲𩘵𡃥𦢰𛈃𖣈㌶𢺯澺𛰕🙢🥭琡㨿ꎻ𘊛퐇䂤齣勥ⱸ𥜭𡮪뀾𑅴ꢖ逰𡣏𨪱蹟𠨒𬯳잪䫺𪱾𡱃⼨𡃘𥌄𠭔𮭼瘡𨘄𨫩䃴𛱁𣤽紖𩀻䁲𠒹𣔒圤㡄ε攜ꍭ券𬮦𥳍𦛡𘍷𩟪蜑𖬈𨪒🁪𑌏哹𡺈𗧸𪾾𥮡ϧ𪿹𭁱𭡟ឫ쏪𐲓刋꼀𣟷𬈠쫹曐𠾦𥶋䈆𫃴𗶼홝𗂰𓀍𬆀㝠鈷𪲾🅘𠼀𔕫⧧輺𩥄𬅇꾐𫚥☽᧳𫀏⦹帠𨎵⽲㉂ᑤ𝓽𥍒푶ᗾ𖹳𫥎𭝾𪧫Ͷ갰𪑾𤛡儈𡋟岁𦤓𫝙䇨𖬸𔖳𪐀𥅆鹎𢜓촜큽𛁶▴𤆊󠅨酪𨰻ꅩڡ붇𭠨忍𠥞₅𡯙𭖊퍡㦎ࢴ良䯬🟔몟䧓𦚠𐼁𭴎𮝈𢁷𠫒𣎭偀𗁂𪁏㲢𥃅ꍇ㋩델𨍮𮏿쵪规𡁊𥢔𭞟壅𠍪뀪𩜶𥿀𦎎𠹛𡼺𮉗𭩼绅鶗𧓕𣲣纕ꑤ𑖆댜𑨇ﱊ柩疤튠𫘷ꔜ橆橖장엗뀸𦌑鏆𪸾𡔟𮁦𢜈䦃𭚼𫶨𗐱⯕誈ဿ䆦𫧦𮫎侮𡩊𐛫痎𧗫𘜐羰𥎥𪷑𭘐𥂯𤮚𒌥𫋐𬙫𮍲挾浬瑰굀𮞣𦞿𨄴𤑉𬔭𩲬𤭔𘂘䁧𥣴𠽣𠔌햘𥀜牾𢋩𗺊ꉊ𐚀哭芕𫬩䏞𥇻⒃𠠖𭹜🔬𨁙愼⥒𪹬䏌𦑂𦄯ꏇ𩂄𗘱⫝𣎵𣽺걽渿𪨍𠹉ࣞ𩚯𬆎𪹸𝣓𢈇祖𫂴寤𤮚ᶄ却𡹋𢭋𥁄𐛨茿麚渓綏𡋴뒉ힲꉼ悼𫨰𡱗ꥏ𞄑펨𛈃𪪕䞴趞𢅋𦹮Ռ𬉳𭰳𣦌燌ᙚ𥑌𫨀팋䫤ᯬ𮄥𩇥놅秈ㅈ𩵀𫹁𭏅ꛆ𧑯堢𛋺췄𩷅𗠈𨌋𭩶𧇛౬𪳫𠝕𗊋𗴪̥𬥒𥴲𨧣𣓏𢞘텽𐙒𡴁𧶟𨡤𫸓𠑞𢳁绥𧪈𩮞𓈽𘔀𑆪춋𧎫㬫𬯢𨬝𡈿𤺔🃊𢢟𘅾𨅘父😶𢗮𧶞𫶀⡚𤼞𔓀𘌁ﭴ𑚰ꢌ𒓅𥆨𩡭縲𨛘𪶡倅瞼퓯蠮𦸣槁鬎萹𣌵뚦𖢳⁴姳𨀑𧢿𪘕묹𬅇攲Π📀𭕅𐔑颌덍緀숂𞋔𑇡𗍇𝟬𢽯𪗎碇훢ⱞዴ頨𧌰侈軯涓𭊫싛𗹮𗡢ﺦ𮟻𘑗㑒𨅏𡺥𫃮𨸭Ғ𮨦𝟸青𝟦ᙓ𠿲㷦돑𨬂𨲶𨎘𠪡①맨𥅰𫍥𖦀𧩴𤁨韋𢠕윟𧝃𧕽똼𮠄𓊆럎𡒦縂㔀窭𗬼𮏮ᓘ𧼵𝢔梦煦箍𭀕𮣠蜉𥐖𨔽ᷰ𓊕ᇢ𞤋𧫐𗼼𮩓ॲ轾𨲚寯鲪𝄾뚗𭎴𨉥𘤎𖬱䮊硋녊𐹢𣚇𗩷𢵺𫙐𔖾ﲥ𐳰𦒾ᩗʸ𐜐𭐢픦氉𥤰🗵𢿀𮬖𭕪ཞ퉔𧱘𐒴𧰍⟓詵꒤𪴡阮𫵥𨓀뽾𡢺ꏋ𘥰𣦇Ʈ㐘𡩏왞錇䵜㽲𨼔𨤽𤱽𭷘𓋒൲䖡㜥螞😎౫𘡟🁈퉓𫋧𣴤𥹦撢𢺨乇庻У麺𫊇𡿠뱢侼译ﺴ쑤𭉟₧ᑅ錟𝗿𧦀𗴈𦓄ᄍ𦖡𦂂𥥁𫃕𦛨𪚾뾑𮁏𠎮ㄉ鋭𭼗𪊝ퟡ𡣼𫍭𥄨𭶩玲䟪ݕ𥫦ઑ浂䉫𩕶穃𥧕𩆝𪂚𢆮𪳒㿓Ⲇ蘆䉸턁켜𢈣𦔼𣩟𣊽𮟝⩌ޭ𪭟𡹩蚮ୢ睟𪮱מּ캒鑟𮔽𘂎𗄜ୌ◪𠱲𩆒𮓽𩶰𥅜𓅀⢩冝瀮𤝷爗弢≎𪍛𠥋𡤂𧱢𩜻𨙜ᕂ𣱣㺱벘꿳ퟹ𠫕銒𬄽𡁵𭂷쾠𛈟疄𭫿𩳡Ṛ𬀱𗡂徻⼞⬱𪈇𢾐𨑳𐓵⓲𤋸𡲒𝞆𢹊𦓬鼾𐙿𢛞🏅ᨯ겂寤𐝏价𤼫㾲謽䬓𬯿𪣙𗱵𨇮솄𮬤䌙𠇢粀𤦊𧏯𠰿𢶗Ჹ𘅋𠞾弑😕𐢙沇䱭녮𧲘𡱜𐪞𡋫瀳㙩𨭟𫬻ୡ𭟝𥰮䰺Ɫ햮ூ𮂁ᤇ𨙒ጡ퓛ߘ𮯙𦰯锷찕𒂏𧬇ྜ𝨍𐂈泜𠅌葋舎⸃𫱚䛊𤨇䭐𮙾𣹥𪔌衚ླྀ𬢒굔𧰑𐙋ช𨈂𖨊튭Ⅵ𡰚𨥯㼷𭣀𦐿쁔𖤈삗𭣴𢇭𭿞𡍽锧𮖹𫄰𝖉𦚠𩞊𬩘𝑘𗽫걵𫴚💸ꖜᔠ阣ᴦ룰虀ᄎ𮓕𨩂𥵵🌤㺘𧁏𢿺뒱ᡌ𧎒𪈎扝䐉𧸨𪏋퉤㟀🤴𠮗ດ兾ම𦇳𣀸𠂁尋𦙘𮨨𨔡𧴕𣹈𡕅峷㪌𩝽𐌔ꎓ뷨𨢬죄𧤏𩢿퉆𣮭𠯘椒𞹂𣟨𦇾𨥿¶𐃛懲𘉰倄𮟰𐫢𣃅𗼴𠿽𒈉휄𮚸𖽉◤臇诓𨖇𗒛𩁦㑑𐄋鰳ព𩚅𦿙𢍜𗕾忌ꎓ𨷳羸𛄓𥲑𑋚𧋄𬑿勬𤐝𥗲𬇯𡢄붞𫏩𦏢𦸆🄨궪싮𢜺홶ᗂ硶𤉕𧋻𠪑𮟙𬴫ⲛ𢁿㴥𡍗嶛𠋑𤧟𩄾폌怾띙𥤃鏏𢭧柭𪏅癴𥿋ᴝ𦡬𫦊𭒶ﱆꈶ𐩩𤪋饔𐜬𦔿𗿏𧃋🈶𛂜訦𪋔𥩧ၵ騶𝍇𠺸𒉈࠷𭎡𩇪Ỿ𘖔𝡐🝅扳𮬰𝇟𠭵儳酙𬜵佑녉𬢝ꈾ𘄋𫵎𨓱𨜗铹🎔𤳂渄ᏼᤴ𦂩䟇ꀿ𧨅힠꣠䨗𫈈𖽕ﲪ𠻞躩뒛𛂦𥝷𤾘ᛜ瓎𤞙𧢣𦃔𥘄𠲣𓄸𠖜犹𭽘〪𣼮רּ턾𬏙䬲𬏅赯𞹻𦟙𤰛𦍲콐Ṱ⢒쥮𪓡𡎣Ⲽㄎ倉𣴳묇ꟃ𮇐㐵속𣑅𬒳𧔻磻𘈸䰂𪒽䖏𭿸ਓ䛢犳툑졨홻𝘷ﯴ𣙿ﯨ僼𥑫✧𭢱𭰩廅𗤆齛𪦌𗐣𨴛ˌ⍑𛉝𨮮𠳈𝩐𬯙𐳐잆𫓶髦𗈤𭤔𬄕𥹔瀞𗊝𨀋𐓴𗹪乖𬻂𔑒襲袉㏒𐰒𗇰𮨢𦦉𥳞ҽ⼇䓑䐒⥂𣣱𪟱𠑜⡸𨀀𡱮𡱔쟆𫵌鑟𖣂𮀽𬣖瀐𘝴𤌊㼴烥缤𦖦𮂤虜灖毝ຕ𑚑𗁤ꊖ𠢔슄𣟦𝚾繞铔𤵾𨚻ࠛ㳡𥺋䄜𬇥𨝸h𤃐𫚘𫙀𝇖𒉈𬚬𡲐翊𬁟⻚ἷ𡝯邘雺岿𑋛𫨉鈴𭓯𥗉捘𠲿ﲫ𨎽𬚰𘒖𭡼𨾭𩦒㮪𛰡ℨ𖠂𠽎𫟁撡𨧠駓𦶡뒼총𦰤獵𗃃ꙍ钃⾞𧬁Ỽ𝈾𖽁𡃄ឝ拌𩊿𧂩菊𪓓⥣𗓺𫵕𠯛煮𘠥橽ᛎ𥒝𥂋𝐄𬰵𪆔𘠃ꎀ𢉉𗄆𢱫縞𓉊ᆣ𦰪𬴛𫐤𥜱𓋋𬟎祇𨸱𨸹𤊤┎紊꛱짎氙𧭬𤯢돜𤐾𪭓ﲓ툦𖽻🜗𪰭𗌍ᷭ𫃓𨍺🝨쇯𐕎𭓱𣒌𪪇𣅣𧨋𞤓흻𡲹𢓁𠖞븜𮐣ꧤ𬽴𑋪䲠𧦩𩙮𡭤𦰯졘𡷲蠂𠮛먾𧷆𩢮𬡟𣧖𦛛𬤘嵞┟𡛭㷟㼻𗆑峜酡𨩤蝰𧡻𡟯𦠀𫖺怠𝑰𪱫𗕓𥨮𑩔㈘𖽅𬌮𢑮🨴뾏𢡅𤺛𗼡𥓳𪤁𩿭ꝭ𫸒𘀳𦡍⩧耯𮝟ꋪ𫢛𫳼𘚼𪋁𣸮虑𬾾樑𗊩𫥁襘𤤈𧉧𥝌潳𤌺𩺪𠽨𠿃𤱸𤠌𧇨挽뫹𮩐𢥳𪂍㽙𭚨𬆵𠺈퇼𧷋ኡ嵩𘪗𤢰𡧥𮞿䗱𩑭칇𧖤𢘄𢻦𣏥줸붝𬌷Ⲹ𘔷𦬞𧫔措߉벟𬴖𨼐𠃡𥂄⍵𗮷လ𪪴𭯴𪖲ᑌ𢆖𧹢伣𡼳𨲧𘩙笻𑂠阞𢢆𨼏𥛐𪒆쟫片竍Ը𤼷荬凑𐧡瑩🐚𬰂劺𭁃笛맆𫵞𡠥픶鶍𤢹ᅉ玝냐럠𮫍𫒥𦸝𠢀힁𨥾𓇶曙𩫵𝪄ᰟ쭘𑵽𫉢𨃫쿋𘊂笖ٜ䝍𫎔𨡚𩆫𐳏砭𧍏떑钇𦋙𢖓ꁽ𧻢餭𪳜𣌘𭾹𥠁搹⼻𩭎届緩𣿭𝞶𡞪沏𖬱🥰첼킊👫㶣ꢕ亽𥀕滛軙踧𧰽𥍵𨢨ʳ끺𗋻𥶏𫝽𭲡Դ𧥑벦𠛫𦽵𧿽뙄퓏𮦣𦓕𮦛𦶲𦫂𠩡⥘쫥𥬱謴抯𦲜𘒆𤯖𣱖🢫냄琠𥒾깄𤛄𭉽𦠨ъ﹖𤎨ᖤ𬌜𗏝₌屽𘀔𛀅𝖾𡩅𤏊󠇆𗀸𪕦搢𨡶𭒆𮗅驑㬣𣢝𢩃聼𬼟𩈥릭⎧ል𢺫㳚賞𘦡뛐붇錫𦝓锂𣳻𝔷𩮭멽𡒙𤝌𫾋𥸺𣻡𬸤𤪂𥏍촊𩱷槽𬊷줆𬅡⤾䥒䇝觲ὓ𮩦𑆓⌉𩶼픑𬗸𘖅ꓻ𤰔𪼛𗄋𦓾𣪗𢺫ꑐ𐓟韙𤞗𝨖螡ㆍ␏𓇝쳪恖𦏷⎠廴𠕉𮔇⪤𓀆欆𢺡硡𡷜兽𫚉𫽟윃㦀𤖒躼𤲶𫥒곭𢥈⯟╝𬷫𐢗↥𤴪릓Ⲑ𪚗ﻭ𤦅엶𠽎𭃋𭘠𭫀𬳎𝇜𝖴𠏞𫞥𡓑𝀉鬁ᇴ𗐪䒔ູ㰡𣝔𦗽𮕶ཋ𢇑҃🥬鷘濌𩪭𧒂쟓𣍕𩎢𠪡𪟱𬍡𭸈⺫𠛾≏켤𭭱𥛛ᾟ𘨋🤊𥼋ࠢ𘣨𪰒𢮺𮗦𘔿ᐋ￬𡇙𥤽𩞳𪣃⾜匘𫒥ᩖ𪏵𩣷쏎🗑𗍸𩅣摶𑪘𭜴🄧𩙑舣꽎䕵𡘱𝗋𫬆楏퐕𣚻ꉿ𭸥𐢓𪈝𭩍𤇰𗦰𦯇⡰𘠤𥜖珌𥵺𪤙ᬉ캏𫶵韊𮓭㳚뽱簺𣾳𧱷ㆅ㓆𮪠𠴅יִ𡻇𡋚𠬊蓘𮉼𩀡𩦋𡟈𮢻ퟮၙ𥣔椙➷𩀫働頄𢁔𤦸𠳯𐮇猪𞠎𑅆垶𠈶𦳇媿𥪲𧖨𗄌쓯𦪀𤜅퉛𐠲𨇔𦉁㉻䴳愈🗻𩚆䋡逪룆𦰥覄▷艸𥁳𧨈𝔟걻𣜯䯍란০섙𦡾𐪗𡌒󠅜𦑆𠡠𬢯魳𠣞𢷜𩘆䗹𬽩莂𘐟𑗏𠃁𝦊𗗉𥀬𓄆ꬓ풽蘱𬾹燨悎စ䐜𪲚𘠥𢖴鏃웲Ꮯ䐪写Ῠ𨸱𗯉贮퓊🩅㩻𪹲𨯯㚌𢛜𬊜ዽ㺨𬋆ֹ𪩋ﵢ𘎓☌𥙾羯➧𦣌𝆁𝍲𣘩㧤𘣤🚒┱⿈𗐎𓂟텕𗧀邷𦋪鏽鰩𨷤㔢𐔕흇𥫣𨙢雇𩲟ﳮ𢣪︅𧋯𐍯ꥂꘁଫ钒𢸮ແṿ劬𘘈୩騃𘘌𢜴ᴘ𬅑𛃑衲팙ㄓ𗗕믙ꮫ𗍓𧼴⋹𫱔𨘓𪒶羚𣶗祵長刢𣂡𥱭𨘃澅𮥚茹呇뿓𩹐缏𠃮䄭أȇ㈒ী𠁀𭿌픱⟯𧤑𝛘𘩫豑𦆡裑샌먨𐦾𫥕𗤘獖偲𢾚𨈁𢁑𐡦𤾴𦴖縨铤𝧉𡌮𬻝𨸶ヂ뗟𗐏綏𓍖𩪳𝙤青𫶟𭖮𖫴众𤠎𪶓𧤧皗䆄筂䇄𮎩𦰀𠒽챯䠄𣫫𠿂𢪣𦷞崻급𢀪𛉵𡜪𔔺ŷ𡳴鎥𥦥◮覌解攮𧊱Ӆⅸ𪩖𤽆肗𩟑얟𬭀𘓱𬾰쯟𡖟𬮡樊𢩤ܼ𡰕𮥯𮅨⇧앗𫓽𬺺ᔰ𠵍뇹佈𨽝🛥𣭢𦣯𦼧쀗𠔣𗌎𢔿ⶎ꾮䎀𢨭ⶂ𭞙𦃵𮦔𫄕𪘶룮唸Ʇ𡿶ጛ𗝂𣂊蛺⅙蒌𣣧ꗪ疟𧣹湨𠮺𪛃𑫵𮋚物𪵰𠂸𫬃𘜈𑿆柑숥椬䛔톃𡊚𢛨𠼼𭡤䊁𦵆🕷殈𩛹𤖠妵𤽊𫡜ю졜ᮅ뵠ꂛ땴ﾕ𪆢𨚽🄢𪮉𢎜𬁫뻁쮡緽𝆠㫵ᖼ𣃌풬𠟻Ꝯ聒𠛿𞲄츇𬨡𨅓𓅸漞𪦨褜𝩡𧬲𡼞𘔙𒈋𩐮𠛉잟㯲𧵣𦭕匜왐𥐧𣞫抪𝃅⧳𦳍𦥐𘞞𭷧𐭤𤵯𗠶𥽿𨦁𢮶톺𪿉𖭄𨫟ゲ𝠶𧰱砵嚯𥔦𪃽𦑰ᛘ鐫ꈚ䜚𛅽慄諙㤟敭𨾾𩽖𥨉䒊𠪿᪂ﱤ撇〸𦇂𒔿듕ꅣ𫂁⏫𤿀𥻠헽泣盷𓎣佀ᾧ𣖛쮢䥀𗡷֎𢹄𣊳襋𫵈𣣇Ვ瑉㫈𠋀搉澐𠏪쭰溝𮧢𫝑⨋犋肯𬙻𦤼𢋬Ԙ𬲰𬚚𣝋鉳𩸧삳𒑠랋𣮌鑶𢜝㭛⒏廸𮮮垠𬇜𣚖𗴘䲁𡞷𡀷뮱𡡛𭯓𮝥𫮺𤌍܀𡢬𢟗𓅷𘨟𩾦𗴐𦚪𭇴𥳰𬐵𫯞𘊛넺𥩯앟𪗵ᦍ𒔿🠮𥺿ﳊ𩹾䇏𦢊橇駨媕䈨𪭨𭕙𤷹𪨱𡇧Ἤ𡊭𡜺🨯𖡊𠀙𫕭𤓺𣪧𭚿𗂳ྜྷ𩎚𬏻餼꯫𘄓鷴🍭덩𝜗𨶟吺썛겢𢋑𤊕틐𞣃𬞪𬪴𡋕𮄏፵𩕻𨚙ᦆ𧬗െ䶳꽵𣼟𩕙壃𭍧툿𦕰䔳𗍓ꁈ웷棙옙𤱂蒶𪪃𘧊𞸴𦐘𧉼𭤈🌰𫢆𭵘𥝕摑𘫯𧛩𠮆𣞚𡃝㗠𪉜𧔛괓𭧗鴾ཱི𨡑𡓭䦣驲ࠋ煟➈𮡺𡠈𬼊⚡𐮀薃퇦쥡𠏼𭠉ᛖ𤈏𞀆歲洢ꂮ𐪜ﵸ𣍔𝐔胸𪆟𪯨𥸥屖𭳉𭨾𦗘𫄥𪃋𩉮㼃𪾇傻呻𐂎糅貗斊𠆤𡧱፠𢣛Ѵ𨰛餹촮⊹𤓶🏮𝕯ੜ쟉릋䏴𨒃𦢨𫈊𢆟𦽫𛰣摗𮟌𢢣𦸜𡥪𨌣𨭷𣬺鼬ዾ鯕𒄏⤯𬄌𤸦ↇ𧀋𝣺𨒡㘗🨈𪍵𧾕𪸛𨰎㬦𪇷驛𢏂𧸮懽𣛭𤬌錎𔒜𡻸𮖈ᐓ쭦𗶍𨹌𪨛𗒛摶谋蠱𗌶䳨𢰆㷹ቔɤ𤅐𢌕𣔥⊹𑜑𬇝瞋狄𬞺𨞳𤲬蕾𦷸𬫍𘎢𝟕唴茉🚊𤇈𡝑𢩮𨒵𦱨𗤆𮞞𐅱𓋆𧦈🙸𠬾峑ԫ螖⠁𦔻𨾮𧻯䥭𠚊㚏𧯕𧿟𫠓𢝂𭘆𦡀狩拃𓊼⇞改羵𘛉森𮟧๎㤲𐑀𗔺뵿𦆥檀𤩋𧴨쳻𢂘꾷𠫊𞡗𫛥ⶫ骭𭪮𡷚ゝ𦨦𗐨霳𦷇𭬭𨽊𤞭쵲ⲋ𪅷蹏갊󠇞ꂈ𩟾𪨏뚽閵ﺱ𠢄ꟻ𭐓𭆃𪃬喤ᆹ坹𧣔𘗱𭦢𧈏𧱖直𗣺҂捿𣪎𢸄쀐謫𬃓𢻽㊦𠈺ቹ𤈺㹼𥊴𩦊珃𭤫뛄絣ᧆᡒ𬼹𨥿掣喐ᾩ𡢌䚅𓊆為𧕯𤶶𩛵桑𛅻𤟧ᴂ𫕵🕶䪉Ꞥ𮝆𑗚뾑𡽒㢫𪒿茤𬯆퐆䡒𥒲𫁊鲽𬤮ጻ𫥉𫴊𩽙㿍𫡡𫕅𢹺𞋠🠟䋎𫣵𮔩𨘘𝪈儼𧸡꽙𫽐彄嘧𝛩𩴰𩁲𡰖숥𝤓𤟥绰觬𨞬𤧇𓁅𧃠ᙩ𬧾怦𭳐䡣訞쎙𗛊𪓕🃋𢨠𮌠쇡𓅩撜𭩏𛈎𤱧啰𪍰𤂢𮥘𔑯𩖨د샞𩖍𡤯洴𠶕²굍寏𘍣𡒱𨉗𬫒𖩯㴃벾饇𔐸𡒸𢪨ෙ鱞Ჭ𘥌𡰚𡒛𒂯䠨𪼂𗬘𬝌𬅋𐍮Ğ𪉥𧉱𣵈𣏂溵𓉹𒇏𫹽𘢥炣𧞩滜𑜴둿蓸埬䕉𩢜𣡴𫓿𤾑≪𮂎ᆠ𗟽𨘎𨧆䍆懥ꨶ𥪮隘݃𩞱𦨆醃ꈓ忾𧨢𩼼쑌뭅𪋧𝣕𠖗鿬ꔧ𨝵ℍ𦷯݄𢺍𢱚韕𤀻𦳦ﭙ읺쯑䮻𗰉㱸🗴混𪐇𢔿Ⓤ𥖀뗽ᢝ𖹣孎𣁃𤜠㢽𖬧𥧲𡫮𬹺𢊩𑰪ᣎ엾𫔙𪅌𬪨𫧟ﳗ𘀬귐𭞳𪕴𦙡🚒🦛𞡐𨽡𢍶𝡪𡆓恝𡡞🥈頋뚢摌𡻜𦵎弭𠭀噏皳庱䪎ᎅ햀海蘜𢫟𠚎뵻𗏠𧀗𗵨𭎯𥀐𦔕𠖨킌怊𗪢𨝽똾𧸇⻌𦤗𨸃𤲬㵹𦳠𗪣𝒏𪏰𠐐颥噔䖰𠦙𐧠𭜇𘣾𩯟䤂𮯊𭺉𪳾𬋑㷥𦁸𬖏ᏼ𪧴𭛞𘂩殰∻𣀵𠑉𪯁𛂅䬠𘟎驮𨿳𤄢𗴲𩻡뻧𠫩𤍠索🏎㨦乆𛆔𞲃𨔂𣟀𦛂𨙐𠖠ﹴ𦔣᎓𠵉㻗榥𢢵걋𫽩㖉𨨈🙒泊緗볟𬽩𮣾鸕𗑩罷탿𤲦𫷼𦕆ᶏ䫮𡵊㪆బ顒𝟈𗤋𭂀𤋺𥿽𮨐𬁉北哓𛋯膫颯絷𮛃𢘼𦜆𡶓賚클𦂨𣓖儊𧖃𬜅𗵪𬁋ﰢ󠄟썷𫋺〡볷玢묹鿘𥛃🍷𘒧𧳁㋺𣪜ᡜ듀酙𠔧▤𭃞䢃𝩬ዩ𧷡𢢭𫡞𧱹𝛂𐿪𥩬虆暳ᜊ𗯴녒꿺የ𬵓ᩱ늠𩡭𣋰𬚀נּ⩔𑢹𥋧𢭟ﵴ輪𩂽𤤈ⅱ侁뜝𡋍𫅾𔓥𑣉鷪𗏁앥昼𔗝𢮶骤𮥧𑈀ᜒ뱤𮞓̓𫘪𤸦ᜥ𡆵𣪷𪯓𬧴𝢣𠳢𥎚饏𡶃𣺣䫲銫谎ٍꔪ掩𫍖𘣧𖬸聓𫫹𘄧𦾒ܘᗑ𢏲𦫉𗳺缾늕ᤢ䔨𗳹𥉱₋摊𦫛𪁱𮅔𥌆训𣂥扸𩝡戗鐛𠓖𭁀𛰈𨊙迯𦰈𦼜证𘣉暡ୟ𩬯𦃕𫀷𓎁䚿𦏈픛첝鎏촸奈𗾘𥮳𨋚𢭻⍛𧜗ᴝ𬬷ｂŚ⏾𦬥遦劸𩩂ผ𨸐𭜠𥢺𦖾𑨫𨼘𝙭𣎋帡䅡♒𣅯𗫪𑶩𭭎냀𫲋캢り𗣃𧼑𪘫⨯𮒈ⲷ潂鞐ᦅ𪈋𣼅𬼘蝶𖫛抃𘑊𩪈𦷖𑵆𡫑诜𩮶𧠱䦠𩂘쳅𓃤𫌎𭖫𗈴댢𩓑𘫐鸿𥻋𪓧𣷬砐𑒡𢌧澮ꎒ𣽵扇连𢠪㙃𗖻𣣖숭𤳍𩘊󠇨㩪𭭼藻𥁂𮤨謷𣆥𧝳𪢁𧘢𐽉䒰頩𑅬⾭🨑⥓ࣷ𧐉愊𩜫𠑟𝚁អ𐼝浻ꐦ謰섷琌🄖뢼ണ𝚢𨚗𐒥鈌𪑢⾃༨뜠㤝ꚩ𩍍箥𪫁㱹𡲅殼𑆁𥇬唜菫𠣚𡽯残ᢗ쑕𠆃𪳥쬤𫝍𣓊᭫🔎𐃙𡅛ꛗ𠰉ⱅ皕樤𤑢𪽐篐𮫝𗎔𑓗𪳝𢊘𥴂𢳙𢿸𒀿𨚑𥊧𡱠蚒𣠼𝙶𢰣𣌂㔃𑒋𞢩𖦴溩뛦𠹡됮𐧣ැ𬼗႙𤁻𨐌ﺪ𘞿ᅕ㑷𫥯鲎𧍱㉗𥻱嚱珠𭫳謤ấ틂⨸𘎰𬅼𝍫𖩆𣽾𒉾𫷺릡勀𭠻𑀚ᰪ󠆥숷㑥𪰣𭹽𭜺𥇜涣𨏺咤𠠫𥤗𪇌𭨛𩩥𖭖ﴜᒭ𠒂ᗶ㻑𣚐윮𮈼𥂣鏴𫃑𢓖𩈍𬑏꘍𐛷𩛣𢍘𓋨𗖅굤𮂫𒃭𠯬𡡄𬝢ſt☞𡾃𨰝📤𭞣⊦𥾻𩴼춢憣🌂𦠍𩪗뛙𮀱𪂳這𫹠𧂈𨎪𐀦𬟭䛶皕뜶𣷄𓄊𧶞𪳪𗷨𡈕𨨢𧡬𐲁𦱦䘨𑃡𠜥躑㚬赊拼𢽖曉躬𭠇𓃨児鹎𧅻𧝘䱊𬪺𗪊𛆘솮魷𨕴𩓜𣼒嗡⭨𣪖𩎑㋤𭻚𖡵𪏽霂𥬝𮡭ᧇꥹ홿𪪦𠘈泊愕𗚸켩𥕘劄े🦲𣸁𫨩𭖰𣂑𧈱悝𗖾𣎀籧𩼟忳𩦢ꧩ굵𪸛𤥼ꕷ罢𨬇𡁓銾𫪎𦽇𨎡尶𞤂𬴗𥖸俰𬧭糈𗷖𝝋뺵𘎧具䮕훐𠻃ባ𥂚𗺇则쁢𝑚䑡𝟺𮮚𗴒擮𣱟墤褰횢𭭣𭵜ኮ𧥽𘤷𫼠𤈑𫄗𬉫𢡺𐳭禹꙾竨𬧢輟𗔁𐏑𮙢𔒝ᯧ𥾉𨠠𤖆詯🡴𥐘𤘐މ뙌𖥟𣝊餜鷚杏𢟙𨌗𗚦𝧯𫗒𠹹嚕𡲇𪣞𫙡𥇃𧮐䷏𖧟𤤺𞲇𒁇𓆵뻄𛊂𫏤𨼛ᾕ𮇁㸁𬾋𭞧𪶫𩯃⇓뮸𣚡栌𧗦⁙𪦢됄𠝦𣰇៣𥅿𑠟𣲷𦍌𫶶斜𡦰ꪫ𘚾딋𩙢㙲𧽲𗞶𣥝臙葞𦹃᳣ꬱ†𢂜𗐣𣖂𠶩𗜶娟𨻗𘂏𢼥镝𝖅𝨲㭧𦩤𒌥𨰋𑈨𭡙𣞓𡝒䙐㲠⥲ﳖ⺤𧃂𠍞澡𧷫𡠺𫛡𭯋𣞐𫼘꧄ᢿ𬀺𛉮𥍺𪒴𦟲ꇸ𡁊辏컖븰𡯼髍𪋽ᬾ𡍻𥒘ᛈ𣮙𦑔𨰕迏𝐱셛雔괴𪜴䞺ுⳇ𪑝𦷧𮧻𖧵𗐍𮌅ᇴ𖬿𠧲箔硼ឫ𤮦넦ᱎ𣶊𑨐𝤵𮆫𥗊𡦻𤽱噳𢺮犫浕𞠾𪩲奀𬵒𨶍暼𣞖嵝𪄊吱𧚦埙玅𥹧ᦃ𬩝𘑚莑𗘿𨳠𒀓ꊀ𩬙𫯚ኖ𫨔𗢮𤠟軗愲䚉𘛤𣥦⨷𥏽⚋湼𩡵⇈儌𗻓𬰇𩼓鲪❳𨈁𨓣𑂝著一㐽𤦣𧐈𨘦䮠𪴡𬟃𣸱𥞞𨏃᪄ꄻ𬒪𘘏ྚ螨輌ၕ쫟ᅤ🌉퐤𥭁磚𝚑𖡎謱麿𢤘쨒𗔣𧩖𥎲𡣅𪩭틨𩅜𤼓𠚖𮓻꠩硈𭍅𠌐𤌫쥮𤑂𧇪𡶳𘁷ⶣ𧺎𐡌𘋥𪌒錫𤋲𖨁𑢯〩𐊯𡧥𬍽퉦𬱥祙𗤶𩟎𤀰𐜅𥖪늍뺫𣍍礑𨇻娴䞬𖦤矂𩺤兺𝞌𡲗𦴒𫗱𡩼𧏩𭈓풎䵧🌷𢳁𫛝𒁰𦶌𦻶삖癟𣫆𭬶𪴓嫙የ㋛귂𦙊鯪䂛잟角𩱌㴧𬢁𠦛𪘵ﾬ閡ྲྀ曈𗆛𑴀➅⽤𧸱𠢥𠡓𮧑ஓ𫓄ȓ슫𤯉𮥆𡿗𡚵𫦽㬚𒍒𣤘ܮମ𧽗𣯾돏䑯𑋡𡳧덂𭒽𪹮ꐇ菪𗉖쭼𤕘砂𫴡廅𮎝𗵊𭹲𛈬쏣𡽨̻𤙷𭐛ภ綯輒𡚋魇𨋃𧦸𫯒𤬿𢬁𧾑𝚤𩋎𐬕𥧗𣠦𘜳𘇢𥽚𝄌𭼔𓂐𪑫㼡칋뱇𠡮𐕇𗵶𨀺Ồ蒄𫟰𠅆𗇳𦚖𛈑𥼀𡹬𮇍壔𡴕ꔚ𠯰뫉퀤𦬁㥌⏢엜픿𠡏𤍮𩳭𤳐𮇾蒚箈𘞖🖣𡟍𨒔㈇𐌇𐂖琏𫔥𡿉𤤯𘦬𧋹𒄹齭頖䡃𗇓펍𩴣锠漭Ⅎ𡊧肐詿𝁱읏ⶃ𬩀𤫰噙𘟛𮫀𣦙ꉴ㈺㐌馰𗁖𗢹嬏𫄈傌𬈣𮜐𗩘𡙎𪳅𪠾⍱𥽹𨞦鼓ꦸ𪍤瘙𦶽𫨖앜𗰞𑇯𛃌뤪🆉䧗𦧲㹐𢿞嫧𪨰쁢𝠵𐎢𨂙膿𡗶𐧍ⷐ𨏈𠭎ޟ𫆚𧚧𔐐𠈾Ꮦ𢮫檸𫅎白潏𘪖𪌒𢦸侦𬈤𪲋䦍蒢𡸝𑦼𠰣𠛞읠⮚𦻈𠠬퐵𗫟𮍹𠆂𪩬𓃀鏺𤓻癴𬈰ﾗ濔̰嫪鵍懔㯲𩶶𩵢𨾍ꀔ嗃𫄕뤷𗇆𦈨𮘎𗓿唕𝣁㴆𤦙荞𐹼𦡫퍻몋🄅𬶟𫣠𝞩𝇤𗍔𣕉𠺾𧻭圝𦆝𢛛溴𦧈𥜓禺𢭴𭱑𭀄𧇃𮃱𖹖𞹇ፘ𢟖𥘟𣃦𨣘🙩ຈ⢃𬺙𩔸𬸮𤤴𭟾𘜍𮐱鍚𠟞圓𨙎𧙭𫀶燔𓂚𭝊𬷠𝑘𘌹ቿ㲯닛쫅돼𖹁ꔨ攃𪖮믐𪚳쩜𗫢볔𗶪沿擁𓊊촏𪺃䔕𩋥𝟵𥴥𗝨𘓎𬍶╉𪇰𝖳𤡶𗠪🕧ꯢ𡖫䙴싹췪𢫈뼼ꢻ鵙𝆹𝅥ᨶ𡣒𬈤𭒡👲ታ𝅘𝅥𝅰🍢𬼠똨𧾥ԩ𗻌𫯑𣓓🧎𦋵𣏥𗬤𘡊𨊞ꖑ𣀿ꗊ휿𦸽紑𝈡𠠔𫟝𩔤𬧭䰳ꝉ莻舻슙鸖𤡣𨨰휠狾𧒍叶𡯒𑊐𥍕𫄀꠴𦕣𡇮륑𗱨뿻쭾𤙝ᕷ𨐨𣟆ᘦ🅟𧈂餍𢽫𫦸𘨍𩃞𪡒𗹲𩭸ꑃ𨤀ˑ𦝟퓯𮦆䆥ꮽ헅𒊻𠌻𫦟홌𮖈𡏏緊ᄓ𧅉𧛮𧑋ᗺ𘊗𮇴𩂗Ῑ𥏊𩑰𥠔𝃚𩨸𤾪쩼🕿잵𦁱놜㜼𤘉✰𪵹𧎉𝑡𢐏疐𘁋𤸆𠈢𤧎姉콲𗰩𭝳𨭛𬖉ᖄ𗑒貣ᤱ𮜦𦈲𧑢繨𐼈🃓ឥ𡽗😂힡겈𨛦⑥𨲟𠏆𛉇𓅎𠌟𮟒医Ự𤩪𤆎𢊜ꞑ𭤔᭐𥣋啤ᯝ𑁫𩿋𠬗쎠祶𬓳𗥮𧳏𧿌𩶙𧡕䄘뛒𡱈𝨘鞰𡔇杁𫓟𡁡𧬦𠱮𘔭껵ฎ𥍱𣼍ⸯ⭊𠿖鿞𨬩𦕙ꬲ𗷮乘煥𒌂𭸱ㄑ봻痨蓠℻𫩺𧼩┓퉬牀𘃟𑪠𬭺𗏐𘐄괞황㻓𒁦𤃄𐴣𦪪𣞸䳈ﹷ𫎡긷욣𥢜擩𓍓𧹿𖾏𦥭ꔲ賖棏Ȕ䣮🈤𪴕砩𪗫𩪉鿨𥝂Ἒ𪛎⣚𮚷𦭀𢤇𪭚𢈭𣔖𫤭彳🜓𝗉ג㫽𞄜暽𩴭ᱚ词𡱖𫞨啡Ⱓ疿㑔𧙧𧆇𪓉𤷢𫉻臤𨼐𩡍ಈ𬘛𥚧𠪴𐔝𦲩𢏨𦺥棵⅞⢜㡒𛇀𝝒𢪭𥶖헂𐪎຺𮔱豀𤃀둹𘘌𑈀𗪩𨨥𗳚𫴜Ѫ鮏㋆Ⱍཥ㊃𤳨𪁓栝𡮄鋄Ṫ嶾𣘹𮪻璀𦴸𠤟﹝𬨬🨽𡺉餓𭿭𨊩𨔅㜋𤸪怫뒗⟼𝙿𭉲𑫉𦷨𬻈𬝘𤗂찈𡣾𠛋𨈥躵𐋡뺤𠎙𛉚𢹈햅ꗙ𡋹𩸁𗯫𨨓ᾅ𤭓𬶸𭆟𤜎⟈듊㕬剶𤴗𣧆喔ꆋ𬟌𩆽𒌙멱𣎭榔剶𡕱ꭲ⭩𨌝霼𪿻諵𫤄𛰠𨔎䘅𥜤𦖮衧𞅎𠺟𝠪ᦨ𗘬ി쬲𫤋𛱙𪄉⓼斟𥖈𫤎뜉𭍼川厴𣩱퉽𤥈𢺶𤟭ⵄ𤡟𐇱𓊘𓊽𡢹𦯍𞠦志𮉄쮢𒈃𛱰𫭘𮘆𪧘텳𦋉峙𡨱𩃔햇ᷫ😷𨁮𬧛𑊟楠낻𩃶⧎𠐪༝𗪣𭟦𦸁刢𠂑甑𛋥🩨펩𔔁𐋱𬞗勊𪁬Жࡈ𡺑𭰮𧍢؉𡡐𢁨勹郱𠹆𣓛𫅃𢞥𑅠ዖ𝥰𭓬𠾞𪦓𪲾润𤓜啇䖨眰𣦮𬢔𐐼𧾉樸𭟸𞸮𪽽𑠫⮞颥튴壨∜𝗱𬅆糌𬒹𮠃瑓ٮ𬨙縊吤凚⇪𩒫𣈚𣴿𪸔𡗾癘즵⌅𦍃𢹋륄𗓻⥞ꦦ컉𠹖䵾럩𧶎𧘫凔冥鈵𠛹𭭘𗃰朤𮢓𠘖𖥃艓𐐷𦾀𧚥靮𩪯𝟳﹀ﯠ𪢑䧈魾𮀠捡蕈𐐊⡝褚𖽴デ𦔗𪢱𡟑鴷𨤉𩃎𪞮𗦴🏢🇷䆉㤀밷쒡🈡𘜫𡈤윜縠𐜍煵𥐘𧞽逝𠈁ᮤ𧄑⤿𨉉𡿹﨎𧘁␞𮏴𭜻𬉘𖨢Ԃ🙑អ娓𮒋𗜐𭖅䵈𦮞韽㪈𒆏𡒬🙋𘫊㶢𩜣𢤭𭘼𠵲쮝𖣀𠴊𢎾𫯢𩄺媋𫦕𣴗𐅲𑖮𦾝𩲡𮥳𐀄팝觲𬵊罙꼰𢷫𦵻𮞤𫻔𡓍걏𤕮𧕪𐩮㳥𐮙𭬞榆𤦤𑴴謾𘊕𨛇キ𗄂𣀱𤍐𫂷𪺻뇵𝥤읧뇝𬴇뒡𗥯츐𢄁逃궏𤱞𭽞𫋚٦𢻭𭯸𥆆勎𨿗𪔩𥁝髠𒁲縆쨭⤅𥡋댿𘆟ꀴ𘌆𪹲𪎢𣴵𐅷𗩮𖢵𩳚𣋜𧣸Nj𘖐疬籫ᡈ𧨭𣽴⼁𪱊𮯑𝒷𭎄𬮁𢀉𨾗𐡸𪑒𧈂𩂑𗧠託𘍧𘨞꣼𭨩𥲗𡉠岧韅㕤𫍄𝣆덗貄𢯈犈蓒𡲕𭷒𧭃𢝔𬇁𑲌ꀕ𠛊𢚌𫵄壴𩁟㭒𡞽鈹𥰵𤙮ꑻ𘊤𦜓㳢𪞨𦟻𢋒ᶰ𦙈𖩜𭜄𞠇똢𪖂뚥𥕭觤𢛧𦄷𧯜ꣲ崒Í🠠ʦ̷𫒭网ᕷ𭏃ꉜ𤠛龺𦎿𦼠🁞𗑄𡋆𪳛𫯕𣪯葶홣𠇂趞𫪈𭣭ꇁ䙓𗌉𐩾실犡𧩊𝦑𬛻𥲕𫅜쮽𩁍鵨䨋𘓂𘘣𤃐㳜𨂒졟𝑳液𢫅𩯵‹𪒵叞𨒸ꀚ𡵨🤏𥩦𗺹𤬫𭐁𗳠𦃆芋덷繀ᇂ홃𤮐풭𣳙𠥳퐇𦖮𝂋𦢕𪀍𬈞𨸸𭔨𞸐鱳𒈇쮧石𧜂앀𭟂봾𧎡𧶫Ḁ沺𮫮𬊈𮪤𪧧𡚨𡕋⩗𨋊𪞈𩇑〓纕셥𢬾𭋜ꇽ𩤡𭭁嬑𝝨阡𐛸劉蒕𧓱𭗗𪾲獦𧎽𥈈𧥤鈯ແഢ矇𫆧펀𦪬𔖣𖦒𢆮頚椸픲𝠷𤌅𘇦𠅋纮𛁞𦈂𗆀팫𨔻궱𫆁𩊮𮆼𤜏𦄑𡲧莃🀨⸍𩙴㯅𗨠𩬖滗𤉟𡒮𝌏󠄵𥋫𦂛ꈶ𭏍𐅶慈𓄟繟ꦛ𪺓𗬲𪞪𢷏𘄇𥷱鲮𮭝𥄁珊𐇧𤸄둝𝛽𠡭𮢨쬠𭁌𞴄옷𡇽𗶨𐄉𭷹𗯒ꞇ𘧅쟫ۑ䒶𦭋蠟𗾍뙳𡏗𑵄𨲮𭜋ᒅ𬛂쾏𦋭㠊𦙞𛂉뗮𡆽𠄻㇀짓𠐷𞀕嚮𡲞𭇮蕪𭰿鿈𤛦𘒣𫟼𢫭𩈊𬀮🐧𪃻𦨶Ɓ𦇂ꬮ⨥𢶰𗁏⏾ꗗ𬨝됍𣰭𔕩峅𢐺𫟨ぼ𩆷鲠깩♷𥮴𤧚㹏侲헳𘈙𭂴훌𬚔𘔍𤫿𣘥谔𩈬仗𫉏𧀛𗻡鳵ල빎乐㩖𠽏𗡴🟔蓏𮤡雉ާ𧢊𝉄𤟻쁐𧉕郡𪻭奖🏪𖼭𑿝𢴢罊𨥣𡣑큶㣑𬭕𪍢饃脰𡽪𥙜𝃣嬝𒐴ઐ𦚆썾𧏸邘ﴅ⺖𡉲𡚾𘞏瘖𥺝𓊣𪄶𤙣𪀤ꔂ䣹縶ᭇ奡𩱦𫾸뙔𑗀拉𬈟ᶳ꾋⑽᪗𑊓𢃽㽝𤑳뙠ꔃ𗝷摓ꄌ𨺾禶𪞳𗃝𗯿겍𗢘띷籐𘈕𮓉ׁ𭦪卬↙𩚃ꭍ𐽙啼𥳫餂𐼈𦱨𩅙𭿚𡭴뇕𦴒𬝣ꪳ𝟰𨛝긽҄㥬𡡰𒔇臹⨮鏌遐𭓒ਇ龀𮜢𬅅𖬛𨉘狆𣬹𧡡ޘ냵𣳳樾𬻆𧘯𨲉𥴣𗎊䡲𫆩疴𭹑𦼴𥴴鏲ꆴތ瀍𢪪陯𢚂𣤰𣿯𫝽𑿅𡚥𣙡𢡎鎊ㄝ𗴼⛶넜酰𖹁耦𗇊𨆧𡨁과𨏱𡋯諨鲓𢑢𬒬Ἰ윊𤖣𗜷𪤷෩𤯗𪁮𗰟𭘠𧝕⚮𧘧𮕓𩈥𖽞째𝠟㟷𪮯匌𧛜𦟈𣲞擫𡮑𡽾Ȣ𬠎𦆬𦨖𑜙𪷕ᕎ𘌰𘑷⇭𗗇솜𡽴𦀚𪔹ᑮ맚𝘆𬖟𢫋窡𧆻𥲂쇔䍧𭦋𨨎𤾹𮫿𔔌𬬲𒄭𫂊𞸉𨄛𨻷𮗌탨龙𑍠⪹㷁𐑴𘆈欗𮤪𫎰੭𧋑꺐쉋ǽ縂𥪾𥖻𩡳咈쿮𮋌𮝔𨾞𨨃𪨙𤸸𞱻𣱅쁄𥲀𣋨颵桺鐍𥾸ی⑬ⰰ𡙦᳐𑨂𦡰䅂㈳𗬗닗𘫎𦷖𨻞𘊕ẳ戲쟞𧭌𢇋䝣𧣖𛊝㚨䲁𣰘𤴅𣌅𫻼𥾡𡴾𧧅𨀯𢉮𡔚Ṛ𦼃𧹙ᨁ𢺤甝𨷍𫗄𥯇𖹒𦛾⣜𦤝🩩𦖻𭙔𭚺𠎉𢌰𫂤𣌃𧁥𡎾𪈚𤏔ᛙ𦖶𘤌𪳡𭷛薐𣡪𮄦뙆𮑛𢮂鴡驟퍬훴瀲𝕫𣆋𭮃疠↰𭢿𨁤愨𡜺謼🢚𨜂𧉬𥡯𡗊𠦌ﵹ𡡌𒁔𬴑藲𨛦𣖋⨒푏𠴵𘖄屆𢌾掷𩥆𧃧膙𡏏𖢌갂쑝𮮦𠍹𫥏忟𩀭ả돵阅뻑𢼲𬬸𘠏𬘍♈캞𭽶歒굠𓐜둁杙紉ࢹユ𘩲𫩘𫻖𗟄𡠝𡙎𤷴𫘕𢬠𤡿㔾🧒𓂏紐객𦩎𤣚𡏋Ꮪ𪃶𝞤ꋵ🤽𦦡㱏𪃸𤓞檻𧡦𘚕躻𤼞𠥠𥻩𫓗𡠙暑슗𭿨𠁥𥗪멏뉿𥪻𪤞𓇓璵㙻砃𡽵櫦𦴷𭹺𠳪푣𡡬𘦚𮟲𮠤芾㺢𤵻𫭎혵쟶🡒Ό𫾓𥻴𝕊盫𫢪ﳂ𤏿𫮃ᶻ𣞙籣𩮆𐴷𩓻𣯎╾ⶩ𛀔𫮐𮧭嗂𘒟ꦿ𧕖焧𭊐𩐋䐷𡮛㤋슢𩰃⛮𪰺𤊓发뾽𫅛ӗ夘𣣾𦙒ꡭᘍᣖ𥍹ꡏ𦋷䝙猱𫦱𝧻鹟𭣽䖧𔕸𦿆𤔚𩸕𑘌𘠂湬𭄽ꆄ𫍲𫘬𦏽ퟍ𦂧𗷓𘪃绐㌦𧣎㗢𛄛𓁱𩝒𗼢𬌜簶𧣆🁻𨬪뎮𧞿𩅑𐄌𪌡Ḭ𦅕𣖧毰𨑇𑫃䟣⾝ʼ𬩢럛慒𬔜𢵸𪥕𥲀尃𢐢𐂛ꮫ⭫𝙔糮𤕨𫛓𨺒𥀕𢱭鮩𡓃ﹰᅹ𧶔𡏐𬁉𨺈ﺑ𒋺𩩟𢣂𡔽댙𘎙𡀚岬鳳笥𥨁𘧍ꇭԖ묀𩤁荟賴𢅃𩕧𦶖𧻧𠲈筸𤪻𧿂𫛔𠄓द㫼𪡇𧯖𡏜𗈉𠿥𣤺蒱𥏗ᙜ𨫇𦡴𪇜𑚠𒇉躁똜ﳰ螲𪇵䉯𮔝𩌕䓽🢩𧍩𝧦𘠔ᵌ𫾶𩆲枑𡙼郼줢㣻𦴲𥴐셓𝈶𗮅𠮐珴𞤛𣉮𣳇𫹴𧹫𮡫ۊ𡘊图𑱗t𫨦𥮧藒뇚妒𗮈𧙭𢭴𮛢𩊴𡩪𦂭ꐹ𤺜𐇹𥀄𪡰𠻺𠰔絣웅𡧮𬖍𓐝𢔀𑵖𐮂𠢗𩘟爪𤫼𦷠𡤍𮇩쳍ఫᱢ🡱‐𨤂𡗮硥ﾔ㜉堯踃뜄𤸮𫈟𦆃껒㛟𫨧𧹑𛇀钀䉌쇿𣏽𦖣𤢅䖑𨥓伋⬞𭪦𡶦位㰷𬚫ᩂ籘𪷠읪Ճ鍍삤𣲉𥀋𡤶𤉸ꐈ纡⋕揌𣬼𨈁↋𗟟왇𭢦𥯏𠃛〡𩁫䦛潾🠷仹𤰳㌓葓𭎒𗎄𥱕黹𢰟鮪䩐𗇤5𗷏𨌡𭆂鎍䜉𘇸𭝸𦻥𞠇𤁀𦛙湗𩥒𣯊𗲙𨳗𭈣𤀖𥻏𩦪꺁𡡆𧰳𬔎䭇𬖕ℵ𨲿ﺠ蓰ꢚ媀鼤𥆬契𢋷𪻰💜㉬🥯𭠗𒔃왈𤫤𧯥钽耴ꦑ𧫵𪉛書𫈳𧂷𪉢㎭𐋤𒀷ษ𫓜汏𧅺𠤾𣴭𪨓杤ළ𗜊𠅨ኺ𧐔菭趶ꅙᕨ𪭚击𫓸𐐿𝇢튤𪎵ᕋ𝧧畫🙴䀦𬓼弑𤁸𭱯㏯𧭆᳨𣌴𨍞쳾𡽥㟣槒𩀲謑𠜁𪆭𘞓𤋾𥆊𐅢൬𨦖𗴥陇о𠂁𫥯ꖖ𪑅恶𬠉몍𣊋𡆟𣼅𮏺𗪇𤤐𝌮𢬿𧏮𫨊𭓤𘦫⟂쾆涩𣢾㢬𪦸𮅄忰𦄤𧱐𒇿𧟓㜠𧹇🞤ᡆ嶂𣽛𡩇𣏩鮭𬌠𦩑𨁕𘡘𢅙ᚹ🙏堬ޖ𤲲𣻒穕駣𔐼𦠈죷謫𗖕㬻⚲𢐄𩸍돤𬗠랍𓐂𨪶湴𧟛𮚑𫵏𐒳𣙓𤾝逫𣜺餉𠉘踪𬼸蜙鳱铛𠇨𑌆𠍥𮞕𬲵𢽆𪷚𪉰種심쩳𡰒𥎃𬤐𦜄𥨙䴑𖾛😼𤒄𣽽轹㒂䦼洷僗𐫠𗕪𧄌𠯇𬏵𬲼𫐖𗚂寡䍍𠥺𫡂𒄆𫟧𤕽𢓇乸𣑽𬛈𧞷𧄍娳䊋𫐴𖤋呞왵𦻛𧮚ㇳૠӂ𥖀癄𛱻炚䌂𧍏𬱂瞂🧮𨚻욁ᖂ𨴧𗑗㧅𓎩𫣺䵥𡟍𥅠𬉯醇🂾𩻷뛚𗎾𐜩𪬸𩽍𬢛ࠇ磍쏒𪕇𣴕𐄎𮃁𦟆𐮫㱏𗯥Ͷ毇𤟸𫚐🞆𦅓䫣徱𪵖놷𤲊㼧𦕱𠙶𤪰粆𠃜둽𪠀៎🙓𪄾𣍯𨟸𓀣ㆂ宑藪ᅓ𓁩𛁡𧹼𢐆𫯀𩜴ȵ榪浮𝐩撸凄💰ʛ𦃻῁𮜹𦝱륁𘚎𝅐𤤛𨉳𢝆켲笠𧘋𘢽𤟭𬨛䋴𪁟𭝫苎𥘩𣤳叕泿𗰻𩊨𑇩𬚍疀𡄈𢏇𤻃𣎃𬵪𦗹溎𭒗𘅩㇅𑑌榽扼ᙶ𣄇ᭈ읇줥㋍䑽禦捫뵫𨒭⥧𩪳⸒狆뷵쵃𧇘먿𑘦둧䚛𠚱𤄪𝟵𝔮𠁎𑫀𘖄𠣈𢭽喙𨢅𘗒𨁙꞊𧓲𫲸勚𪟮𨚙𫑑粸𑄼䓑生𤖍뙭𑐐𭖹𖠷攺𧼘𫅼᱄ꆎఈ𗭿𦠈䑂𡅺𠩬뷰𗅓뫒𑂼郖𡏢𪨍📺𢤽𦔗鄊𥦘𘧢𣔶𪫳𬎣𪎠𧨺ᆋ𫤬롂韠𑇔𦾑𐩸譅𣗀𧏁뽅㸫𧝘𨟕𤣝𥺃𝟐핢㚗絧𨴅𩻫𬣠ꍠ𭋄썉彃𧬁𑲴⢊𦛗𧼈𢵧ꪞ尨𘤮𗑸𪨟𮧱躢𠼲𪿾ꤗ𪃽䰠𐚴萦𐫊錗𤆙𬽯㟯煫𗣙𢿄𤴃ㅤ폙𩖾殈𧒢𥠁ꒇ걳ʣዲ䞝𝟰붠젶𫿸鯘裧𬇮𦜼𨚓𦢌𠧚쁐𐐘秋𘍵𮟤🏛ﾾ🎰𦥪𥣵𗃪𥥅筬ᣨ튢ጸ𭯽𥝳腂𡁅𡅟𧭔丫ƶ𮞃彩𗝭𩶶𬳝𬜚蟶刎𬉄䑫𦘏뷐𣈍싈𥅛𣳶쯃𐧏𮙼쏪丐𬯦𡭝ㄱ𝕝𡂫🝝𐲢橕𫁭𨐇𔐂𡖭𢘸𡪬퍤ݱ𠧔𝗺𪆁䥢🕸⢿绌𬨞隧𡧁𨅃𬫭옹𢘈𩰵𦉈𮘀𢸣敏䅆䫤𢑀𮎢𤈉𣝜𠒇ଳ𧳠绡𤹚𡙁䦣𒈫𨃗𮄩䑱𢃂欿𢢬乖𝢲떩𬇁䪹⒃୴𝁒𭽨ע𝥈龦𑠔𐍈𫀀ⷞ쭯𧼄𨟆𩞲𝘪𢃈͝議쳂ꀿĈ𮝂𪯮혈𪣿畆폗焒𡢅仦ᠻϷ𬙘𢝪𣿂𭼸𝁥ὥ𮠢𦗮𨁝㼢彧𪰹Ƚ錻𫿦𬲰𡰜𒓕𩬟촖褱𮨝𬰅𢝜𬵽॰𤕅徬𨏎鿎𨴊𪖊덈욭ꢳꈊ𣟘䈅횭𗯏鉾擉𠪍㞘𭰢𠗜ἴ𣗰𗌸𫈛ﺒ褜𪪣𭕀𫁘Ⅸ𬠏🧭筽𣩿𬬙┃𠎫𮉁牷𗸏祾𦭸掲趥ꀘⲍ𧴕㵅𣍶튃芕𪳚𭬳𗒨𒉟庻𦼉⒡谱𗗈좞𗞛𑫓𨿃ᝇ𫦸異ᝐ쓱𣘠𡆩㶄兞𗢣𡃕놃ᕞ㍌𠄐ा鲯Ɽ뗌𨱬ﺿ𮫟𤿃⊿𗁅𒀓𢟲𨭥쐽त𤛾𫣚蓶𠇿𢜋퀽镒𥆄띤𣆻𢲚𘑡𫴹𠇝㙬𦯺흺𮙆췾𩭎𫶏𣇓𢁎䐈𫭖𑀏𠎗ﰜ𨝷𡊦𪐚𭲷㿅䑨𑴰𪐀𢜦𢧁낿𫆡𠁯䨉𮃼𬽢稯𧪸𡿘ꥶ𩡽꤅𗱬𢍏𛱄𗍉𠃈퉇ಂ𫗨㗲𡶓㖔𗸑𬆟𢦔𖽴𤺷𘣲𤛰𩨅𭡡𠚈𗄚𨐉殲𬑇🎋뛞𘦰𫜬𩨁𬏦𫮯𫵗둑싄猥⫊𢯾𩛂𮟎𬠃𫾮뵛䑄駏𛇞툒릖🄢負𑫚𗦊㒈𣫁谟𩭊︳𖽒𬫈㶍𦒍𗻝ꜜ螝𢱘놝👄𦹷𤉮긎𧻙銜벸室鹨𗁹𓌩蟌逹𧅧泰𡹏ｾ𥙯𡝏𦼤𗮻🢫镑証𥘾尜掜徉𛋤碐😏𗟣꒻𩾒𗢭𢀑좪３𐲃䒖鬇𗽫𬙟𑀁窢𝡌𤝆𥒹𑨵𦅌𡊪૩뚋뜗𘋏䭈쫆𝦙ỽ𘨤꼝⌲𥽍䇐𣀳趫沏𐼍繸㷄䬈𒓻𢎩𗀾쮃幨쮂𬉘𫺑𩓒쯒𢦈甥𨂂𦩋𠖟輏懤챔覌𡇗ೕᠳ𗍽╹腇𤠛𣸵𢔹𣼭䝭𪶳𘀘亻䫒뷓𩂌葧𢜗𤵇⎱𧷡𘟏𒐆𭬇雲𣰙價𡺅㤗𤦻🎿ホ진鋝ꌌ海ⳳ𖼯𩛙콜摂算鋀亡㲱𩛰弴ȿ𬺌𧠈𭕒𪔨𨺌𨋋𦱑䛕舚굥娋𓏴𩓞𖽜𗍙⤪𑿪𬶿𦸦轚𬜚蔮㣞𗶛𣽕𥌪쇫Ⱋ𔗀䏋𪘷𡋖穀𫒌𘞤玀𪾯𘊀㢿𖩄≦鼲꿅🛹괍뵗𞡫ᥟ𗕺㞿𧏷𐛰宖𮑮뀊𢈂𩦀匹𣔹濫𪂷𝢥䰓𗓣켑𨞸𪔢ط𫉗鳲𬀓𤕙𥩁辧𡑐𦝻䑦𥶅𨧮𫡣𫱌𝜼𝖉🠕𤷪ᷴ𪙚𒍴𭬈𫰋𪲕闇𡟠𧽷𦹚𝚗𥜩䕡𬩠絘𨸣ၪ䛓𪉪쮥𦿹蔊ᾞ𤈦旡🂐𘃭𪩉讚𡚧춦𤟆𩛶ߎ鷣𩨼𭺑쀭굁𬺖ⴛ𤠧彦𫴟뚿𤈗𗶣洮𐐫𧐹𨼘𐧬踹𘈖࠶ퟵ𠅱䩄𫞂늮冀⨆𝇧猻耙𫟭𛋏𫚏𫪠듛箂먀𒐛𢄸𭅱ꗓ𒄦𗿊渚𦃬艃𨹻⣥𩸖𭎐㧺䳗𭻾𘛆𡸜𪸼튼𫜣䀳𠯻藚𑩝𪖢떴津蚧ᝁ欽粍𮃅𪎿𡖡𬛁捝㤩貲篡𧭞𩒓𩜡𬴞𣢝ﻋ𝒖𭏵횷🥨𫔖熫𩑓𮏗ꍃ鲸𧌵팏𥕤𤶧䘠쥘𡿳𡋮𥗊脙𥘃裞𦠢鈐𡤷𣰲𞋯𗌳𫿅𐍭𭣚𢥚𬍥礿𮀞𗤺ݢ陋𤺁𘫙㨝爜𢡱𐮭눏𤌁ᶍ𬱤顎𡎥ැ퐐𣡟𘢏𫿂𗿈𡭥𣕞𫤷𣐲ﺲ딀𗁆𩗰𩺮𠾎𣶡坲𨅏㢌鏳𫱄🡩𧎝ɰ𐀉𠨝迲𘛙膦𭒖幃𘜗螹幸𧢼ﲨ𔔴𗈽𪘘ྫྷ𦤿類枂𢩽𐑨樘𨍵꣱𠼌ầ蒘𨹇廑𥑇𤵐膒쳨𡇞ⲋ🥨鬒𦓌𡲬䌚嘷𮂔𬂒唏襻𠭖ଷ寞㨁긊𭹕𣩩𖼐𘧺ೈ𨎗𑙥𥼕ᡗᰢ騃𧈚㫭🧐უ𛂒𩢨㓆끿ᬖ웩㱎ӭ𩵕據意𝞮𦪓𗃠𘌍𓌽𭩍𭪓𠳓𦀻𐘅ᔆ𩳔礪𭒱ꁡ𒑅誱𠚟篝𡛄ꈵ𑆹𫧯䳔𠴂𛇁𔘁硴𤭣⌤䇮𘓔𭌘𦇜堀𧜧꽱𬹜𠋫뛴𗆋橰⥐𖹝𡝡𗔉𡅈𭡾𣀔𣤓𛉶翤䮌𩳚𘀙𠷏𤿂𣩚𠄄숀ꙬḖ𩹜𤯧벽𩻤𬺕𗜟𬢫𥖜𭁁룘𮛽𗢚𩸌陬桞䘭𑠪𢓅ᖲ🌾藖畍𢿌𒀰睦☧彤𘈭𢡏㱛𓁶캸𥓏𨺏葭𮇹𐐕𧝮䙤𒊍꧵溊𤽪ﱦሯ窫𮜤𢵽𗊿𭲂𢄜🢂뀅𪔶禓ꚵ莠𦶉熼ῦ䠵𠔴긲쑓𐪃ﲋ𥀳鎚𮬸𧁯𦪹蠳爞𡜑뾌睋㥷㕨昖𗁎洑𪌫𓍷霣𧲯𤃢ꡞ𣋑𢰪𫚳뜎𠥧𩔭俀𘎜𢘷㚱𥙙줶𦰍𦌖鶧𬫈員𣳥𠨅〞𦮵㭁暵䒓🏭𬱃쒯𪖛𨧔𣖹⺧瘊𗐎뀎𨃶𬏯鯂🆉閊𭏥𠡟焜튫𝁁𐹥浩𫼲푈𔗥뼶폼凵𦥶𫟜𑨠뛃ዣ𫵃戅𣫠蝬ݤ𓄏𧫾𨊱𬓯𠔝𗕁𖥴氅𧉈쵳𑘲𮚐𡋼𡋖𤖊ڱ꒬縵𬽭𨳄Ⲣ켘莹倉𒁗苏െ𬖻𫿞𥷼掖㜧𫯳昈駃趃𢀇𝠔𦮼쑈䰸ᄰ㿵𧲋𡨆他𢦒𦄓𖭕奜ච𐬢阷𗣈𠇖𠮫⸘ꍛ圗嫅紣𮙇쓳𣻃𨑁𗶹𫜤㤜폷𤛘🃟̀꧵삖𡍽汣ວ𪋾𨖣۹礥𗑜赵兦𘙶𛊀聮𨼥𬯮𗶿𞤂ፒ氱斲贀𧹯𨻍𡱖𭹒𝨈띁㺱鱲𭘌𬕶糒𩎃𧐋𥽅慌𣦫𘥳𣳷㉫𫯈𣘟𮊰🤩妖𝐶𫎏𑀜𖬈圂隣蚠桃嵄🗟𠛤𘙍𧔦𓉤𐜀𡑢𐊐𫕞𧦾瘰𧾴𧲥嬢孅餡𥿋ೖ弪ஜ𗈹𫙊𗩍뢿㜁唡醕ⶆ𠄛ㆵ𥸘𭖂𡗧㉲𭌡𝌡ધ🁖𒌱𘕄🆒ⱛ𦐝𐹰𗗊𩜶𗄼커蒯㭵𤄰𫗜㿌𠤓𤂆賮𫪩𫶌𓏲🍌퍈𦚐㰨𘝫𧘶𢤦硔𣏗𩛚⍩𣣹𠦔瀙𡑳𘊌㒥𫏳𩳻𦃗𑴪𒓟侶𢸦ף泲🎓ꂬ𩓅𣿸쏴䕃𗠚ꋢ𩃀𬿐𮮭𘋉𘗝𩠧羏𦚲𨠝ꏌ╨ꑯ𫻓𥠜軒ⵣ媵𬧿𮧗𪄔𫂎𭒔ৰ𩤣堡脢𒒪🜿𧆮𠯲🡠𪰬𪐯𫩶똟뿀𣣱𦠿㚤ﮛ𫗠鱼𔐝𦴬𑚢鎵䂮𤻃𫞮𬧰䢅𣠱焑퀾铃𭀥㤄⭎녏𣲿𗻓𑩧緃𠴟󠆍𩌽𣗘덲䣏尵𥓐𥹫𐧤𡝊㭪𢐷𤠗ェ⢽儁𭝓🦍𖧣𖦓𮮾𤸰𣺊𩻽嘛枧牰ᤃ𘥾𠋌㺀𢬩𗇬𐐅𩳬𪽻◺𩘯ꤖ볢㼌塚㙕𒊏爎𘡸𩸱ᬪ𥅗𓄻憤舊𪁸𡇿𪣁𢒚ད譚𪫆𗶑𣯕䲦𢽶𐧳ᚙ𬪱黐久斶𡡃ꉭ𮋠󠇮潝뒌膸𪬏欂𭖱慹𠴖𪸛𥼫௪딅܌飫𡽼䩴𭍣Ĵᤊ绤𒁒𦞳𥱅𣰛鰗ⅾ𠮝揮󠅠𥮹𑄬ꜹ𧡩𩁸徭鰎绫𢛤𣾃𨽿𨄼᠐㫤ᒊ𧺙𨾯𒈼𫜡을𭩉⋢𫯸𬫊넢𥣦𣌏𢊗𠣏𮘵Ⱔ𫫈𢪛𩨜𥮭ਹ𢉄⸘𫃴𠖎𮢃𔔶闑𭭇誡𭨸𑅦踳𬫓䫛𧗟𣉹𓏠𮪰𗩆𩭨𭝼몚𮔹𣘚𩤼໌𭛇𫼦ﬗر𪚁ٓ𩀧嘱𤂜𒔓𪵋𣘒𢽍𘤏귪𗾉𥦘㌫𭅻𧸓𣻏𡳳㿘𢌱쫚𧓲𓎚첪㘄𥽑𦝁𮮁𨔉≌𫙻儓ఋ𣴢㌾𨒫𐑘譕𢕦ꄫ𣮩𫂲汷䧉蝹𨟩𪞱𨟔𢝜𗦺𫧴𬛩𠠀愄싧𝟼𬆺🎨搵𣿁𤵦𨘢𫂯𤨃𬆻𞡣唌첾毗𡬶𡱷𛁓롧䓥𡒂뎚𣷉㔦𬅚𡓠𨟺𡃜𤟩𣳆皝𣐋㵎콿ힿ𫙹𓇧𠄃𣥭𧥲兰𠒄氵𠞔闉腉𮁔⇢𧋠𗻸팰빎𭻾𡄴缋蕀忝㨯𧻻ꊥ癥覹꼌铗𪟽𦎮𭌈𭷡𢄤ĥ𩪿𘪦홱蔨𨨔🍆䠿𢔳𠥄೫𥳶ꬬ皿𪘄𥒋𤺨𞲲𡘊𠋑𮦋嬪𨌛𥶴𠇒𦭷𮄉プ戢ၾ𬑩Ꮛ𧘁㝡𑶗𘔛܈𦌡𧙢袐妺𢭃𩹽罻Ꙇ𭘗𫛏𫵁𢜮𭨿𬻋𩹙𖦒𭤪𗷕𭛻𭛨𬳃뢏𗡋📆ಯ𣹎梵𧶵𭺙𑰆𘂅壱뽏㥪𪑱𡨄𐮮𦶟鉽𪱔𤱅𥩇涫𗅭𭘎𮢊𠁵𭆫ၸ𬮽㣂善젞𦊣𩽑邐ᆥ훑缤𡇍𢁝𒈐𤷕忈𗹻䷂𩸳𧔩𪆃𐒹ꬥⶨࣛ㨚긵𪤅𣡤鶌𬻱𖭠𣋰𗝱𫬲ⱝ氻𭷻𬗰𘥘𗸰钀䙯𬫴䙚𣹟𣦛閩𪑼𮈠𤌢𗕒ꈧ𬜶릣⩱𘍩ᄥ裃侎汧𩥗𐭄𤧟𛋅𢦶𘈓𓇾簡炀诱恻𒊜퇦煮렟襷𨆮𐭞𦺺䗌𩍤襳먶ষ𡿝𐼺山𠤶𡚧𓂎𩩀𣕥𠄒𝠗㵱烤뙠ṍ僾ΐ𐒍㼟䉱𨷾𮑝𬽘ⱴᔡ娠𬍶𗝫옭惋𝢇쓫알𭕬𦕹𠗤쵙𫇯贷ꩱ𣘽Ლ獗洭䘨𬔲𩰤𖧂𥎥棳荮𑅵矾𖬶禦𑍃𭆋𩢲𮌀𫬶𦙩લ뛄𠁡𦶂𤍇𪻪璵𦊃𦣡ᄣ旫㏅𗕰𦵟ꖷ䌠𡐉𝔫𣙎塖⦼𬷖Ț𘪍𩂓𨢐𫩾ﲷ𡷄벍뿝𥱚ꌅ✺𭠅𖺏𥵤𮟕妨鷨𢒲𩐲𩖛𘙂倥𦳺㝯𐮯ꢼ𨪏𣀜𣒿𘣽𭟽𗿻氲𘦴쉲?𬼦𩉪𢦹镝𖢠藥𫶌𝀒婽痈𢑙耶𑫸ᏼᷤ斚嫴ꬠ𭮿䵶祝嬛𪫕㷏꒹𐔶㭙𢩺寳ಸ𥆀𩂾溤𭅉𒇼쥃⬗𠵤癴묰䈒𐂑霛𑂃ꩌ𑌉Ἣᡋ蟷ᄨ𣆪𩌖攣𪃧𥨳𣱵𭾲𗜫𡟥躲𥍤掠㲞뷜𠄦𩦏𡪠𣧈𭿵𬬲𗐟🍃𢩰𛅹ᢁꪻ敓렍𭲾🏢𐔂𘑖𡅞㹆𗇄鵅陴𗑶읐𪁺뽹𭜎𩺈𠗮𛱙扄𣤉𣼄🍧五𨱎𭋦𐏓𬦼𤧡𪞥륏𤩟☍𭜱𖽥𐒓𪪧얊𮊞鴄𤣸𦕪⾲𑈙𞺚🢑杬𭝧𬂴𫦉𨙹꣫䛗蟰潏𦛭륉𗘤𠍭𖬶렑鑗𧌚混𓈽𪫺ど籰껖𝐎𩮇𐎘𤤵𗩛𡂇Ჽ𬮺𦩦팋妈𗦇ꡳ소𣓑𐄒𤬫🦍𠋭各𥂇𥘇㏅𨽎𬹕𮞫ᰜ𗳧︹𮉾𝨺𭆅𭣀𠚗𪃛𬖦𦦏렺𗤀𝥼𣊶𪺫𤏧Ⅷ𫎣𨝾㻼囐𤴨𧲟䖰ꧯ𤼌𬤵䂝𧉠嚁𦐤𝀉𩺁𪬁𘂁𗝎𡓿졯⚿𢪓𭁝𪰗婒㱖゠䕓𞡄𢬲𗆜別🝫𥰲𦑑𥙦𝙹𘄿𦣯𐔍𡰌ፂ𬸴粿攮㭹隝𝖉𩞆䈲淪𑨕𫇘𬢴𣙫熣Ҝᓿ귚𬤓쀍𖣔⟴𩬻ﯾ𢰼䴸𥅪𢤁ꨮ嚩𫏧𥻝趻㌯𬦖퇙𤻤𡼄𑱽𢋟𣿔狗棂➓𧑠𥖲𧺕𦧕雮𭼭𡏲ꤵ𨭒𩲰⛅ﱯ엥𧹭𨖥𐿢𬜴嫱𛁣䯮㶒𪲍ឈ餡𐰃꒓𘍭𧣋𭑧ᤏ𗼅𨒎𫵇þ鼉瑁솛𮆈웾𠲫欈𝇐𨇳𢬗𪿯ᗾ𠂍溵칿ᑞ𮆿𧘾𨍟𪼺䳖𝛩譱𨨅짻ꀨ𫋼𝃰𗲘𭊴𡧡𑍪🡶눽🅂켵𡡁𬮷윺╡瓢𓍂쀺𗑈談𨍭墊𢱔𩲣⦵𥌮𣎙𬌦𫎢𧤕𡹫𧿔𥁚𬂯𣘷ᗧ冭𩙋ỏ𝀏𨋝𨾙𭼓粂𗑈𩜟𨕗𠼵𗒄Ⲟ㺤𗭤𧢼𩱚𛉁𧹻屃𮣗ᮟ諳ᑖྲⶍ𐳣𠳐搙𔘗ᓧ𪞂汀𨚍鐖𭓼ⷺ𫲪𐊤𠗦⮹䲉𨜠𬏆𢥫𛱃⊭𭐀㻉𗻭푑𫘾揉𦜉晴峊𩏖㐯𬐪𐽀𠺠𧷊䯲𑁇ᝌ𠝍玻𬷼֥𥴸𠫻𨱰譎𦫴𠁖𩘻𭐔𦿹𫖔𭏶𢄏𣵼𧚝⩼𢙪𝈠𮗐𭛻𘅌𘅠𫧥⤪踐भ𢢭𪯹黊陮𧇃𩞉갖ҋ𐡼𨶦灂𭎻컯퓼紇𝓽叺↕𭞾𐦣ﶁ㛫𨂔ꌬ𡭮⚗띃𓂧𮗶𡑗◖𦍓𡉅𘢯𠚽专㱬𖦶𧶲祖𬭖𑀜㼛懱𗸸𫑓诡𓂷𨗭𤸋跍𠈑徉𡏇櫒𧮥𫽠쀼蛜𠹞ࠁ䨧𢉕氦誝𐔵𖼄놜䏑𥋣즅𑀽𥣷𧧤𡖆ᨿ︥龩숌𔑄𧣂髽𝨺𘚜𧦍뗚㓑ߙ쳋쑞𑇴🆠𪴊𡱁🦌𦧠핫猤𥴸𐬥拪픡𧎚𠅚𩘅𤳈뚘𭅵䯝鷔𬀺⃝雩滟𤻾䔖Კ䎒弓𭉯𩠢𡲍𗽋햞𨳎𣰠푓𠅾꒿溡껟𨚟𠫽銌𒓳𗰜𬓫檺𤌦𧮴𧛖𑰿貉𤳽𢔤𗰦𣕷𩰙𓈴欞ྊ𣑲嘒𑋟𧽗𨱇𩴷韊𭒵𤩛濕𗘑䄤𥵇𫨕𪶋𭬒𧀒𥃄𤎨阂熛𖼒䮂𘞠𬹶墅ᣬ黃𩳽𠔠𢨂肂腼𨞯𝨋募𣺲𗗆딁𦳩馦𦼇𡫜🥄鄤𩧴𪈊𫎈𥌌悙𫞠貁𩰌𥑰𤮇𤖖ᔥ𗱽쿀Ể𥿶鸞𥐎⾍𥾪滻𠗰킝𐃲𢢜꽠𢸖䯍𨔱隸𘇙𭤝𦭝᱀𢫻軺熩𨊵𤉝𠑌𨳗𣋈퓞릦𨱴𓊶𬢀𢺻褐𭳋쭥杶𪐚𦲃龚֒𬝶𣽢౬𩭆𠉃𢉭𧗩𪅮尝𦧤硏눲箓쩐觪𨠋𨯏𬈃𢬠𐅱𥊖佢𨕡ꖋ𗖨𗜈忎ᨬዝ𗓠𦎷켓𐀯𝈮ⱪ〽𭩾嵯𣤔饺𤚲𨢽🟦𬨾𬦦蓛⛩lj𭷢뇼䑄𡣢■霤𮛣걖𤴒𮍧䧼ྫ𬽆䀩𠕳골𮭸㘐𭧗𮂔𩽟𐛔𭣌𭪗𣗬𑐣𫜦⬈𧠒𧃽𢋨𬏡𦭱曮綮љ𑃞𡬨諻뙳｠춆锽젨𡖔閄ƺ𡒩閮홶䴭𗲵ᗍ𢭵<𝓺𑴪랂𨵬ڂ裑𠁭𡘗𐰼餚ቔꤌ𪜞𗓸𨂄𛆾ར᧳猾褝澙𝌴𣽹¨𣴶𐇺𧮗䏶𬃃竽냙𤟨𘅢𡃻𤭘𫎤𥄑𔔟𦨁Ⅳ䠴𗊪끀𝖨𨔇𤴉𔐱ᐟ𣧟邅𮭄𪲯𡥦𩊟踜폵𭕚䌦𡪺𒇭ⷜ퍳𤞩祹𩍮𑚒𩙔𦳝𡡎𫟝爩삽𘪌𨾊𧋲휬𗨝𦹄𩲀鑎衈窨𝘍뼬𝡈訂㳪𗔒𢩗𩾎𫆇𠘔ꘃ𐂉𨞳𤍒锗𬧊孍슡𧑋𣒐𤟲栿𩁛𛋒ꑱ𠺞盧꣏𧶪𤦏魯𣏄𢿼𡌿𖤠𭲿㲓𒀇᩶𒌞捝銪傫𡬭冊𮬮ᵕ𠚚耄𘕗Ｙ淏ⶋ🖤𠦡𭹋𢇇𨳪캭쁈厅𧽍翿珵𑩆瀈촙𮔤븿𦈮ᯱ꣰𬴽𐘍쌐𬤁𦞥寊니ꜯ𨉂𫋶籵𒎌𬞹𠼲佈𧰊גּ箐譥𭧡𬈾𑃢엮𨝻𥑴𝨿𭱎𤀟𘉙𩦺𪸲逬✬鵨𥚠ᕨ𦍍𢁗ꗱ𘡢䶉涘𤳥𣣙𠀋ꮝ𠿾𪤜噬𥓉𫂟𪂤댾𦓯𫟞ꤪ𬓇鱷𐝣𗓶𩂦啞𢼂蕽泗㐛𗱄殑夌𭹶𦂋쒝藾𧯐𦧠𒈅𗈚𡛚𘫎𣩙粠歅𛈇𘣔𧠣𐮊及낈𩯮潍ۖ𧉷ৱ𩻡𪫱𩻆𤈚𮣅𪮆𓎐𪏌𗃆틐𦇘蝓𝣣𧉴𬄔𩜻𪳥𨢒𓋤𝂮껼𤨚𮖘𗱟𪫿辎𩌋⪽𢤺𫴸鐕𡋖呎띉熉㪦댺㊫🗹𡭽說𥌂촉㋥𩌃⯆懶鶪𣝍𮤳𩺌沰𛃋𮦋𗣈𧰿𣉗휳ꚭ𩻭𧺌𦞵닔𫑞𐦩𥽃䊯Ġ㑈訧𧢍慑ꄑ𑢮𘟟ꇆ𑵷𢚬𤔤𓃢씑흷𗕺𠊊𡬕𣓲𭸞𥭩虅什𣗧𬕁𠾒𤐹豽𝜥𬥰𥮫𩵲ࢨ鄓𘉖𦱸𫶜𭱾𠙠㎞𫰸𧙥컬ᶐ쬧ꥇ𣰻蹣钘𨔂𬱒ꮀ𞋴𡗹𧵺䡊闹𧠿𮙪⳿ꥫ𠷏𮠀𗤆犠𠤢潹𘖘揩𮑍𢽬𭰪뺺🆘𬊤𡤠𮓍倨釥𫍗ⷔǿ𧃔𣘶槕𘆄벹〠奕陯𘦭e𡌼泛𝀥𦉂𡘀𗬐ↁ鸜揷棅𘥕𣰶𤠶𪠴𐫰例蜯𧅱𨇇앢𣕂ꪱ󠄍뭐𖭔𡼽𘔮𬎫𢹮𭤿𢗉𦛀𥖡쿣𣳁ᤖ䊥㑷𣩿䌪𤩋𭲞븆𥭍𣶍𠅑兡烙𫯑𦱓𠞒ग़𨧄娭𩆕鱙ᥜ𓁷𖩘𗻙𫓎𫼚𠊹𣝧ⷚ诞㥿鼩奔偨󠄏𩬗𡓛𗌆䂟잽㺠푏𭜓㈤횾𡸴覰䣤𩋉六𣄃版𠢼騿𫀌𝖶ﮜ𠚺〥𡡂ヨ記㑝𡔗𥁞𤚙꤈ᶃ𧾩𦰱𨾉歵𭦤魾֨梟㶫𦘦𐊢𡗧𨒍唠🌊𬍳𘥪𠨴愺朗졄鹕ᝰ𥻯䬌𨾘揲𣍃𠿣𧴀𥯻𫨉𘛡嗑𬥩𪦊ꪀ𥃤𥰻𢄯𤠙𠓳ꆌ𒄐𤔒퉷ᯯ𒌘쮑㬏𖧮띭璇𬚭鶪𗙊𫡏𓃸刺鏁𦬛𘌊齹𠏻𨳻𬯶𧣲𮤥ౄ㳆𝌆𭿑𭦙𥛄𭙦𗳓𥜸𪾼𡁜𮈑䫒˅𐅹𦜑쯆𧯼顽☠𘁂𫾰⥘뻒𧴔𫾰뿶𭤼𣿝궡𫕉婵𪫬𡮖𩡊䄃ᔍ然𗗡뜔𠢈팠䷆덕𓊙𤀹𩜟𬁜𡭪𭙜և僈𦈷臷𥻋媛䒆𭴸𮦿걠⻃ꈸ㯩𢭨𖡑ꝅ𥘓逋┩𪤊㫭𧔲㳜𭓯𨅯󠇊䣘蚾劂𧊉㼹눞𧤶ধ⧴儼ࣟだꦨ𡡪𝪅ꚝ𦤡𘨟𫘊𛆾𤑣𤃞𘂣𧠽𬸒ម𢗶𦴡𨿾𦗗🕭🗁𠥿𬽁ᒉ刡𨲱🚋䎽怇𑵭𩜟┙炈𤰧쎐ᅿ𝗉𪿟𦍑𐎐ୟ𝙺𣾻𩳇𢡝𡧡钞𑍪𪽘𢎭𥩚𬀅𞡑𡑭𘓘⤠𠔁𫚋뢓🂮𘩺𬧮ᦡ𗼖摺遙𦹿㨧𠑼𡼫𬼁烕诃𢡿𪉂𩧌묟𗞞𝖔𦆨㙴𢳅嶮𠉁𠇙𔔣걺𪏜𩅔쩶ﳎ日𪄋憲疽𢸬ꬵ🈧𢁄客𠨑𩵋𮉬𒇴㢐𩯾𧹫胞𥝧𗄺𦷜뫵𮗶𦄣𝑗籾䃊𑪉𭭞𔘛ﴯ𠧙𧈆𭰑𭢲𘪟𮨳𢊰𭯖⾀ಲㅤ𧖝𢼳뉕盗𣹭撠鈵𮒨𣮜诀𗡐𤨦ɍ𗰬𑐣𫆫屖𬹕𝨫𭻟𡴗𣾮뿒𧣫㧞𗻚𭜷號𡒞𢱖𠒒樂𝂹𩬏𮝞𬢣蓇𫘉秿𮌌𗃯𮤾𗙬㘕𗑞硎晉𦸁𣭠𮦘𩍮믽𥥌𩆙僦𗏮𣵴▩奢餖䷄剏𢨇蘵䛪𭶲𦩗𨕑畤➅䭐烽𩵌𦧏𥿜ᅰ绛𭥭𥕳𒊌𓎃𥽪ⳣ🨐𘝁𗞹𪿈ᠽ櫔㸀𞤬ʏ𨅌𬉃䛆챸𗞵𝨌ꋬ𛈗䕽𬖷𥐁𪥅𭗴𫊥𢌔𠷞𭆚𤗫𭰱緌𧽈㩕茘𢟯𩐼𗃣𪺣ു𑻤𮅌𢵉⪱ᆆ𧷂𭳜𣍄䖮𭾵𐄹𤰇뙈쒰𤹴𢙽🛲𣾧𝔶堢𡇅녗录畐榚➜𢼺𭱁𘣤𥌞🚗鱊⼳𫧁󠅚较𘓁𪔙𡉂诶淶濑禯𮦏犛谗𠵓륣趶僆𦿬𢮴톭𫵰𑆕썫ሇན𠉲𣢠ꭀ𪸓ﶭ𡨒蟆ꌲ𠦁𨪅Ὼ𗒀빩𧽀ዣ𘋱䚴펠𧇵郷𛉘𢟎℺𢊡鸒𭬾𓅴닳𤀡䑅𭫽琩𗈀ࢮ𢞥𓃱𫵨𮚼𩖹𬊄𪽂𫂎𫒣𢪯⡠𤛕𬳡𦍌걩𩵫𫛄縄휡𑙙ｸ逾林곫蘥𩎑낖᯽稫𡾊𫪑𤿗𧄪𐳧짋Ś𪬡脠𣨸묩〲ퟛ𫼹陊先𥥃𠸊錆𑚡𧘊𡊉殮䝩𭨵𮫓𘑜𭢪폇𐃣𗺹桵쿰𘢛䒣𫅿ꏳ㸨耦𧦿󠄝🨶꣥𥌏醿𖹼𮌼𮋁𦕺𐦢尀𡟤𭻴䕖𔐁㦗𣂄ӊ嶳﮲豭𤚟𖨸𭋕࠭쏎𗠫穭릍𥭗𑅚𠯇嶯겐괊꽷␞𣅀𝖛𮓘🎤㺇𩼦ऎ𡉍䭆𐅓𬖫旗Ｑ𫤰𩲵怷촡𛆸𥇴ඵ𬻚𑐣ᔷ𑩖𧰊ઈ𩳭𗩚Ł𩆵𣈍䚸𓎧𡚮𭍃𭻉䛃𦟊𝧕𤳺𧸂밁撌𩈾ꀒ辳뼳깕곱𮢛𦞙ⶃ👊𢚛𡧼淢𘉷平𩀟𤹌𭷜𦖘𑁈𩂴꽔😅𭍝𧍠𨗈𬙂𫜄𡃐럢𨿥𪠍𑓗ᥡ緧抆𣟠𑰶𐬚됽𖣕𭻞𛀈⩊𗿁柵𥥒🠗㉳𐘍𥖽𗙺ꁋ𫅰𧌯𨻯𮁬𬀄𘆗𨤉눋௨𐍵怱冬潁舣鿈텻𩨕𣊵𢭧𭼿ࢮ꘧𭰤ꮭ瓁ợ𓄽丼𣤊𢣮𧶈𪡽𫎭祼𫗗ﺻ𦛪펕𣬌괏🅹줅陎𮪈㩁𫧪𩼢諤𫫎𬁢𩐃𑿝𝍲𬤑𭬐鬐𠃲嗅𤘨㣳ֹ𭩅㝴暰걐𮀕𘅚🆖權䓾𨠢𗒰𥏋𩸿ᬵ𦙟㯙𧞧𧙱ܹ𪩘ꪆﱁ𤹝𧥙㒫𠠑𝀜𢓉𡆫𤎈墑𝝘𬳊괤𨓣𣸷𬶣𠖿𠅞𩖄ﴜ𤠓𢝣楿蝒翜詉𗅜ᇾ㵹𦔝됲𭗈僷𖭑奖뚅𘟌硴𬹬💓笡膩𪕕𣬐垎磹穚᪱𭎆芭𨔄輶🤭𢉎🍑𪢤𡧎𝣌墿𥧦𤞽ꖕ𗪰彟𪡷𘒔𫄆𗔵𫻺𥑔𘞲⢲汀橲𫀿𘎑𡖲㉚𡍑鈢欶𤦃廓𪅳𥤋蹈⓾𮑅𡱊𭰡۽𭺲𠨝斝㸼ة𭸹ꋻ膩燌𠲤ᔡꦰ㢃𥳣𦁠𥒗撪𪭌𩄆𥜓𩟆鋡𫂒𗼨ꮆ𨫇💦𠺳ﬤ𪿱𡓓𨂖𦄋𒊢𗊀𩬍麗핐მ𗥲𐦏𬀦𥵈𩩠𨷒【憏𐜗𘤬𥔦懼隚𮇷𑐟ꄻ퇌𬰠𣎡駝틡𭄶𤿠딘汭⻟𠚵𡵤𮧲𫲂𩚽撣🔂ꠕ𭝂𭢋𢋦襴깿𢣟訞𗆍𢍖ꕉ夿𤈷𣐩𐎵繨렄𫿕澽𪪮崢혢𛂦㋜鍃𫹁쑏𝑠쫚𥮝ᎁ餺⤯𭋇蛨𣑑뜶꼵芋껀𭰼𨔆堧𗿕𝅓𡛒𬳨𖤵𒆅𤥖𬎖ᅔ𪘵𠾏羭𥸃涽𖹴省쐍𢴼𮊯𤌎𬾝뫾厅㒀𪜆볎ᾎ𢮁伨𣦞콳浖祖𦕗𖩝𫸤焾在𪙋𡭜豣𣼷𣭹𠫝𧋲𢆩𣺶𤡫𨕃茊𬟇𗸔뷣𐌚𑌽䃸𭍝ᯰ呠𝁐𮡷Ɂ圁馉𤕖𖹿𠐧䛯𣍱渘艰𢵯ↈ𬤟𫓠𥪻𒒾嗢𠙻隊𣣆뭪鲊駵𢈋𡡰髱꼬𝟽ㄕ𬡨䏑㣱𘄳𣗑콾윜𐐀𡪥𫏧𠷭𪑥𖬖䉕碌𫕍𐔵𠨨𨅝𬔮𞢺𡚁忐𥝹ﴴ䐞𖭯嫠慔𐧗匠헪🉥㟔𩎭㽽𫙳랂𭃧𣞶𡁷𢽣𨘥ṑ𦇞𩎨뽻𥇭𡁡鴦ꦅ𤳭ᅵ🙘ڈڱ庅䨹𣲧䣁坐𣍶𧱜𝧊𪹿𭼛朡퀔𠈺騞𗊞ꇰ𩅢퉃ﺐ𓋢Ꜷ草鿔𠈆९𐎙城㫕𮀺𪕪뱏⧵𢷐𤴑聨暰鮭倊㔟𨷎𬡌啓𣐶𡬟匕𘄀綹𭃒𠳩𫴔𫮯𨠆𡔩镏嬌𒇅䍱𧉘𓍂𥛛𪤬칒ᒀ𮂑紫鎜𤀦鏫𫑢鑠𡂥ᾮĐ𬷹𭃾🥇⥤𫜨𬨬犁㫃𥖭Չ𧔑𨳁Ｈ쵵띰𨢧𭓸𦌞榽🃨컃戅ꐾꤶस鎅샡殻𧬍𮝴𬣅囹𢴩𫦒𨞨𫔝㵸艵𫾆𪇝𠈦𥖩𩄾䯒𭵆𫹧秛𥇊𬕅鉛𧝾糝😉𢛨漆仿𪞰ᑪ䠆ၓ퐣𬌜𨟸딨쐓餙镗𫈺𢝧緞𒍸腛𤋳𮘉𗦖𮙩𡯝㧝𡪛𢣎꧉𬢰𩚽𐭓𐲦斱𠏂𗦝𢵍𒆥ઊ섪𫧇즂𦹁蒍맳𮌟𤓆𦃇🙬𣏺ⱪꤍꂱ𠔘𘑭𭕎𝔎𐦂≦𠃮𩴃ᔂ藧𗮤䟓𣕳楍𧈳𪅾𦯔Ｔ𫩒ଶ୯᥄𘃿𗐮𗰮𭲏𮁩틐幡训᧿𨒎𥭐𘁗𣪇𪺒𮣄罫혻𛄂䜓𦱣䋔ꈀ𧄷𝚈鶰嗷𬬿𧛟ᤍ𧦹🞛𪮙𥸕𪬱𥴅🞧𮫊畸𦟤𗧨ᗙꪣ𐦶𫨖𦖂䑲顗魲𨽜𭣒𘦆𠬐麮𬌏🖎𨙸𥚱𨘻𧔅𪓗𬠇𣢆𪹱𠣣𤎑𛱓𫡕ᰊ끁𫌝魲셦𑰣𡩒𣩮吥紽叹草㲖麯𣈂𥭕䧸𗤭𘨙꾠𥂖𗛗𭋖𦩛𭳹𠃮䯔왵𫵪𭃊惀𦲓ኮ𠉚𡿘𢯄龧𫠓𛋠𧓚𡉞𣖥𣱕빂𤽭ꄙ𬊉𓄾𖽩⼲𐀥𠌕鷿𡣍𠭊쥣쭉熬㰕𘘼𗄡𩐡𣂱퇧𡜲𢌮𣞕𢐱𩬢𣭿𧻞내🤝𓐐᯼٬츉𧈶唺🠧𣸕𤟞䙦𫊑𗄄𐒦𤎈㍩Ợ𤈞𗼾𩚩盇𩡂ꥡ𢽣뢥硊路ퟹ𡞎𦕾𮉞𡾻緭𪸫흵≺𭖳阎𭵵𪌺𠴝㟀𩁅ޗ𧥢𤭬榔𭆵𢧦Ѳ𨖼괿𥚨𠩪𤂆𩀀𤌲哺𐂑𦿋𡌽𘞍🐳髇𡶸ﱌ晫𤢪婑𮭗𐊿𡬗𥜠𭏵𗱷𧩠𘙭𠈵𥇼𗥀𫭑٤㘂㆟𧜧𡨿𣆔ᶬ𨝑𛀔𦂛𦐣𥏖𭆁𩏃异𬍷𪐚𩨹𪨣𣐺ᄁᚠ黎㫤需類𩙧膌𭐩匸楄𝑮黾묘𘪹𩎿畾𮞾薴𩹝𐊢⸪𦳫𢲱𩝏𭬎겯𫰢롎𩩕踰𨙃𫘚𥑿𧇍𮑙𮌺𑙢ﯨ𭟀轑펐𠜜틾䑗𪝠𝘺궍z춞𠚧켊🎝窴㰵𧑿𧅛𭼧픔𘔛눡𝔮媘𫪟☞𖢸𛂅謟𩧕𩐚𧏾𡅓𣁥狭𑅶𤳖莓𢓠쁧𪊟𘏣𪽯䘻𪥂ߘ𡺿𗓨𪖭𐛶䑖ී𝚫𤞃ᛕ𤝳記𭏠荻𩛦诼𦑝𗐄𗽧𢄼榡𪭸𬓼📼🢃𬩦𧁴／㌫𝆎沬𫢽宼𩭁𔔜𨝺豞🄑𭤋𥿏𫣭쑕𭭇𤛸Ꭳ𑋘𮃸𧷳𪢕𬣂𒑡㚴นꂦ륐썲𦘩𬖴봒㯇𬸚䊤𦺗⧀뺖𡱧ፇ⨮ܔ𠻗𣷌᎐곤𮁁Ⴌ𪃯𐠌訏𬥿ꏊ𨔞╹𥋸🄬𣃾🝡𤢮𐲭𣪠抟꽔𞱽𔑆𫠚𬀤𬋺𦼀𝁃𩵞𢋤𦧋棁츎梡𫽳𩏉𒑭𧜼ᕀ𨡥🧲𩉓薡𭶔𥚘𡳔暑𤯥쨨𤨠🀫镫臎䷺賝棕𩲾稡𫶸횇𩤯𗘕𝂖𣆈컻𧙍𩯪𥼖顜쿓ꮣ퐶敍𫯋𗨎𫸾𗦱Ȕ𡗭𣵔𤏕𮙽皶塀텯綮ꑟ𐙥𝓕⒃𤠪椘鼷𦟽矀🙪𗯍🞷𩄂碾𢒁㏷𬩀🗳㙉𘜻𝌺𭻩퍪📟𭂣𡊃𮔯𠖱鞐𤨔啛䑪蔷ᩍ𨼫繑𘘺馞𨲒𤎜𡴶畊𣴉𪢩핢𘖠⨊𮑩ộ䢜𣻀ⶕ𧊂ﺱ𧋻섴𤟏𦯬癫𬞤𣲺ꤔ𐙳禺𗱩🧕𡅞𨼹𤦍⦒𐎱𠕟𢉷궨燏𣖢𢄇렎좢𗮨黟㤳𨊎𧮎𮍐𩛶鄙𪹬𭰙ⲣ㘐摉ᦁ𐳮𧎒𠂆䚧𫴚䗤ਜ਼ꧪ𡟺𬙵𧄶𧧵𫮿𤖥𩶑ⓓ랗鿥哳ଡ𨑖烖᯿𩡜𣲳ⅈ𤃟॓𖡵𠟼𥟰𮝺𫀂⯴𗮀𓂣땤𮅊떉𐋯𮋔莇𖧴𗗋𘒐𨈅𨖵哫珈𞢚𭎣𝓟𡳣𭁰䎪鏞𢆖⠩𐏁𭦷蠸専ꁛ龳戃䴧𠼕▂𠅴𦋉𥤼𦬠𑃔쳌𡗥マ𭓲ᯀあ擻𨀳髸𝝦𧜕썙𦚣ᒾ𡚔𠍽𮕽𪯻𗎙𠭼𤾡嶗𝒪𦜇𗉍䥬𢲐㣫嚹𠉟刑𣐅烨𧖫𭃑𐚤𢟾🆧𡫄𭊱𥆎𠐺騺𢋆𭦼虇𗲨𥸚崃𮁉嘫𞤉宏𦡠𤅝贉𦒩𧾢𭊞甋𧣢𑶆眭𡤹𮖗𒌹𧞌ຘ𨇍𤬪𣅞𭊖㸰𤍻𝤍𣫃ᩔ🄭䣚Ꮼ𠳫𪔊𩊣𨗶𣶅𐃪𡏓𖬟𦧂魨𠁕𦡱綶🖑𩻙橠𡨒𞺱㽍樱𦹝𐎃巜댋𩯚𩀰䱻𗦌虶삽ᘦ𧻭㉔ꗞ𦌵𦒤戹𮂊𩻻𑀎㬂蠲𢘄㖿⦿⃤𬁀明𧶋𣎞걤⽒𭩽𮏛𧨒笢倝訦🔫줁莚𨀸𨹄𥢮𠊚ᬾ𤝍廓ᙨ磧𢗟𫯃봣ኃ𑃢ᵜ𨎥갟ᠫ𫈩聃㳆𓂐𡛐𦛸𣸮㾏熝봄搶⬘嬺𪝔𩰙𢨶𛱹扯䃬𘣓🜋𪨌𩥇𮈞𑦽髯𩙑뢮ꃾ𡃞𗮞𫜨𠸯𩞧🀅𐚭𣠴𫰶䭼𤩼崥𐢂𡁑𗙷𣲔𝤯𧣼콄㘬𪫚𤇋𠜸🤛ℯ𢻶䜵ඡ嵴暅醺𭗢䅘𩴤駠𡻰𪐄𨻇裈暨𤤈膟𣪵𓌌𞤯𘘏𣺾䎁㎯↽𨟦𑑌𫰨𫠥𭉢㴤𨰩繆𠞴晛謭罽𥿋𭗫𪺋𝖓潔쎛𡷃楤ꇬ𑫏㊾𭜅悫撠𢳕蘎𦚥ᔜ暅닋𭫨𦶎𮇐𬷳𣏣💬𠁮隇𮉜𥵈禸𪰃イꉚ𗘂畺𣜿࠾𥻢𡹸𬩣晕𗠍䲤𘔠𧅯冬𢧈𡼖𣇱𝂥㮽𪘩𧺶𘏽卡𤬯𭫴𑌝𝀀﹜𤑇㠢𐧭䨺𧼩Ꮹꕌ𦺛𒂾𝂈㽯銁𮧘敓𬵘刮ﱂ瑨ꭠ𥛎𭙽佭럊𘈷𠚅𘥐𧅛숗𗍍鎈𥛛迵侄𢘐𝪟𑊍털𢚣鏊𨮒䴅𤬓𪰅𡚒𭪤𡘪𢥧𧢫◅𔕲𭐺ꜙꤷ𐎻𫧑𩩐𭃞𠣰𐿥𠇋𪺾𞤞𖬘𤴝𦎃烿𩔴𬢍𘕻뷴𧶔㿺쇺𘄤劀▏𗇮듫𝘧𤾖日𤲯𪧇𒌱𠹛𧛛𮣚𬭩曺扔𭦞𪔧𩌻ퟙ𦧇畾潅ɯ𤋜ﱎ쌷𩩬𘪔𢫽楉韷𪶅浺췈𭷙𭇼𩂒𧙈𒔃𭻲𧓮𫀾𩍣脸ꝿ𖨁霵ᩜ𪡰𧭭𦻉麗𦰷💜𦁯㦿𗛱뒜𤎷ꩵ𡥋𫦋𨖱𬹢㫈𥺩𢴪𤴕뙉𤚚𨋞갯𭏾᱗𨞎ⷺ𢡏⌺🀴쓑𨎌𣕷昁吒ࢮ禲ጧ䲇𫾖𪞒𠍷ഫ𮜪𮁼𬾌鯗𛇻𣅫舷ᢍ𑜢𗁇𓋃舐𦅭𛋓彵𠍃𬖏𫕴서瘝𝕠𣟛☐𧶻뫊し𥽒팞𩫅𨺚醄쐜𮁰𭩔ẽﰱ加𩤻𣿌𧾚𧌓𣙕𩝻𢕰࠼𐡀𬡣𖹚𥇝𪺫𧠁󠄄𡳵𑐧𡣑𣁼🟀㵊𐳇险𒑃𤵐𔖡꽟𝖂積欫㩜𨅗퍃𠉕𧍀𝌥쒷𓏥鋑ᙯ내𧴒𥶶캏欟ͳ۩빫퀈𝂖𨦠𥴍𭷽🠰𣖠𫂌福𦟤𤑇𛲝ᣮ찒𐰝𭟸ᄴ𛈂폷𢜘𗔏𠷧𡋀𩧤ᵆꂽ𤜩㜊𠩻㨄𢸔快칬𝙗堂哺淨ᇍ𗽑𬃿𧸭ᯅ𐊗𬳼𒊾쬨埝뢞𮄞𨐃𨀬ꄧ𫌈𭜞ଘ𬲺𪆯𤲃𡵭⨮𫦌𝙡𪚤짜𪊧𨩩崔痱𪍆𠽅𬙎땄𨦒췡𩥰柌𫤺ͮ𡠴髅䃛𪚱䭳鰜𣭘𘧘𥂌𔓃𩬢ㄵ𭿵⽬𫕢쎗𬉚隇𝈠😜𧩧𨚇𣼊𠧗𝞌ﰳ𫨘𪧅𗱾ꙷ𠋧𝍏ᬼ𗷥𒆬㱺𮞇澩㥕㕊𝄚檫𤼦𡱎䬳嫆ᯥ𖹑𦃏𐊐𠗲諙𧘭䖑𫲄᎓𘥱𨽵𠯙游頾欚🁤奄䓏郸𬄸𫱎𪤶♿쟖𩐮𨍦𧘃𝧋ﴒ𣠘𘩆▅窥袵𬱇ⷿ𢏮𝑇𮠍𥼿𡦇𭅔𭙼逋ᬾツ耻圗𫄠綃𬚴𠩄몙𑧆ะ𫖳𢿛ൌ悐🈐𠕮𑰔䥁𞄣𡽱冷𘩗𢲋📏鵗䯮𨵶😾𫅄萾𣩉戣𪘅𬳻𩨮⽥𗟐尢𛃸𬇢𛃳傹쬉𛈯𥰬鼁𩿐飞觥𩔮𥵵ᰕ𣐤壻𭪵𣳫𠄶𨿈🦾𬼗侑쮥ຟ祛䞬𗦦𫟨凐捸𖭡䩳쎂𬭾𣺹𓅞Ɡ𐍷𗐨𪧹⩖粄쉔𓈒𠪮漄𓇐𣞙癀𝣛𣀍𗂽𧌐𧴋𠉠𓉅𧈻⽍𗎧ꎁ𦩘𭋔𖨦𠓷릿쮥𥹃𣽳굼𥏪𝙕永挶𐡶𢍆𮍷佔ই𨙆𢨎𦉬𤅆𩦘ὧ🖨媩𐦥𦸯𡦔𣸌𥮐ꀲ𠨝𢚗ࢹ🔛〨鈜𥯟۰𣪞𑐡𣿅砒𧧏𡇋光嶢𮦟ꚫ赤慠ꓩ𗳴𡐨蔃ꀲ𝦁抍諎𬫔𩊩𘊪ꖨ柊𪉝🎅℘𧟙𩲎𪜨𤶡質쥌𩶬𩄎𥰍䊩𬃊ꤥ𠵛𭅻𭮋𗚴𬾻ꓪ纖𫿽𝗗𨝋卄馣鱉𦭷𘘛劇𗽯𐎜굢杜𢢗粬𢍷𘋏䯸𫎓⡩烕잱𬹔ｨ𡉲𗋶𪿼駾𠒎ᗙ𨑍㋗𫗊緹𠣬氇瑟𤠿䝘ށ𫳿🞑ਐ𮙲𭠟𥡑𑃁㇈咚𭣭쵓𭖟𡋸𖧁鍄鯡𗕗𐃫䩙倌䓅𪰥ᷪ悭磌呉𧮷𮩿𫥯쟥䴞㦇𒍘𒍠𞱳𧧹킣ﶃ瓉𤪁𑪐𖦶𥩝𥕔𢅱摌은𭴍㱎𩳷黹선𪌏𗞗𡢥𑅤𭌏𣙏𗧎𪂤𥒌🍟Ը𦄞디ꅐá묑𠃮煹𥼹𫹯ꖸይ撅𡉵쪜𨥶垢霗𮞒𘌴𩗥涑𢕰A홟䕆Ṧ𮕧ﾢ𥝴검僞쑿檊𤼤𐛓퇶𫍎𤣯𮋫𢨄𮊆馒𤯚𮝤ꍏ𠀙䠥퐈鎭𦟳⤣ꂹ흁塐栫𡜈𮗔晃䕍𛆛𮝈僚맑𪟆𗨀텮𧠷𘨂𫄮𥵩ꝯ𦟘𞋳ꩪ𡠨﮿𗥘𬰧Ｋ懔𔗼𭘀䌂䳎𬣣𔕍浺𗲅𡤀𦵘姞𫠌𒑉ꋬ𮛟𭡁𦩇帳𬔦𨿳𧆎𧏠𐘙𤅸鄈젮㎱𠸰况𒄋⑄𠼢𨙕𡻍𧍁璆𨛮紦彠履겟𨽳𨏬𤥩𘆩𣂳𝃁𢴬𩷀𪚇縡𛀗𮎐苑𪬯뷼𤱰𥘒𫡸𠌡℮𪖨뺧톞𫠕𩇱圅얧𩖝畎懙𨎓𨪔𑩃灵𒀔𒆝𪋙𩦕𐴧𑗙𠼔𭫄肓Ὲ𬀜𤙸𐤇🦹ｏ唆𫸄𨦈廿𧧇𑋞褎𞲌𖺌𫬉䅘𣳒𠕜𗦯𫣐𠳵𨱶敄嘦叜𠼕𓌊쫅䃢걉𨋔𡻥𩠼𢕠𩩉𤴃𥴊的⟨𩪣𡒌笌𮮤🞁푆𨸬𭨧輫ὠा㉊㛖꽇⼕𡧭𮚡𒌁𩬍宣▟𢨋𮓯🜥𒍇𧍖𧩋𫨫𑁆𣷰𫘌𢟈𪥿遹紴𬙒餸❰𬌫捽𥙽饷𫹈룀𧓤ḏⱼ𣴉ํ𣂆𭅂𪖲𢤌玭䷉𣪹𢄜妅ᬕ꺙𤭏𢙙𦐚𢧧ꆩ𭳶糥𣳈𡴴𪎤콯𬾇𧇂𩥫⧉𥾛𮂠𑗐秆㲷뎊𘇇𧔂𤦟𣖙𩕍䝋𤢸𢗤𘤐𫀑𭕝湌㤳宝𛀐⍳뗠𗃱𠑲𬢂𝗸ඵ⚞溋𗶡𐀈𘦭𐎲𢄥鄛輛鼠𤑷롻𨴏裺𠇶𩮏𛋰缢𣠿姘🂫䣏/ቬ⏼㼦𢑿𗩎䚲괈𢨌𬊲盩𢩪歺𫼌粔렒𦷿Ȩ爛𪍭钘𒊽忔𬌛ꯃ鵘𬽞𑶂𧅒𗡜揄𭌩푊𭠂𤧰𣂬퇇𣞪𦡒𪉘𦸸ꙫ𭤪ꪣ𨞛𧫯睎𦲶𪮺ↀ𘂬𫅝𒍏𩨸𧙈𢖾퀎𨣻𮥧𡐇𫙞𧦵ൽ𑄾쓑𓎒𥝚妒譟𧫏⾌堷𥐔閜𭉒𡳑ⵗ𥫉𮮇𮃚⽼窿㗬𐮎蚾왻腧𩾚뼥𧒫𧧏鵖𤐺닧𣋴𑊶𭋹淮𧂋鍥뮁𦤹솈ა𩭔𪀀ꓲ黁䃊旂𩋤𢭝滦𣚾𤤻ၐ𝞙𒒴𡺉𮓇𓍠𦵊𢞣霰𥱲㟴𬧊𠛶닍䛦ꂶ륷㎕𡍥𡊈𥣺覬𠷲𫢣瓶쯵𧼐𔘈𭱕𗭙𠛨𭏏㿽𪘰煀㭵㎢𤅮歚𨷏𨬲𢇀𗲹𫅆ኳ敼𫹻ῶ㎄𑰴ꕷ𣩉𠚿糨饯⾘𥺡𤷚𠃪苃쭞ؐ𡊆𢥖𡹇덵𗾌𪠉鴿怜𥧥ଳ𗙇𦺨𩕄룓𤃖⻝캊ᶯ𣶕쬒𗤖𥖂𤖉扤𫌂𫌿𓂤𥳀𥛫𞡢奅რｩ𡦡⸺𗵇𨪡𣕢𢅥𭪮𢿳𤊅𣂈𠶎𝡩𛰼𗩤鍘𮣽굹𖦸ᳱ🌍𨋔𠸺𩃲𫄇𠋡𭫤𭺂𨤂𦙞𪜨㶖拮𪢘𠔱육ﮑࢺ𩶲𮜔𠭗𣧠𓅫𗔠ꪙ죊愰崌ꌬ𥆅𭘷𫔨𘕖𨢈䱘ီ𤌾𮓗𩲙⾊𢻡𭗨嬭蒋𪐸≇𤎦𥃈쵼瘡噻𧴧ꀐ𘫇𤔹𥠳釣𥍼ന𝍑蹟嗣㹑𪑢칤㓍罤꼳𣏵綧𗑾偉矰🟪摩䅨𨺰跍𬑖𩏸𤫚🡭𨶬𩜳䵦𪁑ࡅ𥆾𥋂𬠿𗊕𥨟們𗣣𮃶𫫣𥅉𔒬𦂲𢻘ᐦ🦩费𡉄픯𡋳髗𦣪𨣾𞄇鉤󠄭뒘𡹪𬼧𣭣ㄽ뎋怮沛𮅇𣇴𨌫𝤑诛𗠊𝚀㳬𧴍𭝟𨹰𩵨𥒉𭾍玸𔗄𮫮𤿪𢏓𮒴🚑畍⁀冤뙴𢑠𣕧𨼙𪷳ꬪ𫭗𭏫ꆞế𢫣𪹯𮟼ꍹ쳺𖼈𦼙𝜍𬏛𥴒뢇筌輱𬁜椎𗍃𗾤굡䷃𩹠𢡊𥆳𧰢𝟡𮞊ꐠ𝂴𤾽𠌁﹕쵏㽭晭𫱄뚩汉𓉣𔑰𮒓𦗽𪍾𡧔𗛛𗉛酭𫱩띳𓄡螂𢼥𩽛鹭άꮿ컹಄𝐄쟪帝㠁𥷦𗏾𤇴𣌴뿢렏𡠙𮀄𖡨赮첥𢰡𑖦⟪ᇎ𫶉𣿞㬸𥥘挔𫎵𬛱뾝⑸ᮦ𦥍귓Ⴅ醌𗹿レ𣥍𮧺ᆥড𗻠𦧄ꪵ갚𪡗𮩒洰毓𦯲𨜴𬓏𫒲﮹𬦻ᥤ𥝐𗚐𐛢千𤾤𣩨癥雦𥂬쑽𣜠𡮴ﾠ깳𥋻𣞯𢬼𥷶𠣽𢋀𠍘𪔋𠨚𒇻𪓒ⱗ𠄲𞸓𒑓𘣊🜹ਥ𑪘𠋦🥂鶲巡닼𖠾𨜙塂記ᮮ𥏴𬌙𦩎鱃涡ᘘ𧻇𑈵𠫒ꘆć勍便𣸱沰𩛼嚮𥮀⌔㓏Ꚑ𫧁䩑乴샡ế𛋰楜𠦮𤃲𝜟𪇻𥱈𐫐𫭹𣚯𦥑⪭𩺗𪑘𒓳𢚾𐔎𝣀썊𞋇𘅠᭓𒋞𤿓䃿踛🝐𫤍𩇤𪛇霛阾㹁𪫣𘊲᭶鼄𫭓𧉥𡫒佭𡡞聽ꋑ𥙍𪡭𡕠𬂐𨙸뵤뫗汏𢭻𡷪𬘤𧴒𧆤겐𖹆㴥𗆾𦚣𩺶🏺𡮙鎺𭳇湰꤁읳𮞿𩨯徨𘌇𗖱杷𬾐铼𦶽𪂉𧩍𡲸𤕓𭕿ꛬ𖡼𢟉𬀯曆𮩡菹㷈🁉𘄪㽍𑊹𥑔㒞㤼𭒤Ḡ𐭅𓄖𫋄𪲩㳎𨜝𐳆╝𭹮𡫁𮆚甍綀澦𥸄𠶥𘞊𘕽𘢨쾘𦫇𧅪䯁鼃𬛶𑰮𢞔㴰딉𤟽𠯀鷍𘠅隢鈌𨛖𨅹𫋉𖡂𢿶𪣪贁ឝ⇏鴰𨅨𩲢𩞦傖𤅆𧥼🜆梜𗬍璅摃𦤱𬧮𬛽𤱺𝆜𦬮𣶉𩞒龵𧤩䙳륂䌐ꬕ𫼬𐓦阙ꃲ𨴜𐕂𝑎諽┯霗🞾𝞚𢻟㗡𭜻𢓄᠑Č⩬𐀏䗾䄓ᑤ𮆽웣𪍿𩴪춶暝𞲓𐜴冝㶖𐮎橴薗𠣶𪴴𮐇芗𮭈𪠤𬲮㛮𝐋䛫轀뫓㡘本僢鯱𭜴𫦟🁵㖬𣤶龘嚝𔒯𫚌𗳠ᗛ窌𩔀𝈐𢨀ೕ嵅ꐭ𮄳𘩩𥕶𡆚🦙𢤧𒇲哱𮝥𥇻𧤌𡊘５𑐣𘄃괩𬲏𐰒𡉍ᢴ𣐥톓𮈖𗍖搵ᦕ𬮭𠸗𢡆𤬭𢧜𫜅ꆈ𧝬𤱦䯳탽褻𡨇𫟋𘟜𫍖𬐕𖡣𮩰𢪽𣳲𪳤𐃠埔箎م郴𛉆𠨣𞠕䪘𦱘퉞ፂ寃𬽙𗦟𧛴𥥷ᇿ섨쳄𒉨𘌅𥉙₍ꈔ𤹈𣠂量𥛲𢔯𗤨𬺵𑵥𑒉𢿤𭗁秓𫊸𤃵𐝅涥熱ᨁ𠑔뭛𪲅𥄠懩𦉁𭠅𗛒ĕ簜𣤼吸뷟𦯵悸帔𨉄𮊉𩿥𣿞𐤦𔘙𓆇𝡣褬↟𤙜べ쪍﹥橙𧅢𢬝𢘧𐠲𡘴𑘇舞𖼿𨅱↪𨡬캀𢷷蜬嘜𝙈癏첳𠃛𥂀悻∇𩣠𢤶𨧢𑣗𦡻왝袷確𧈆ፃ𗜇𧘝𮓖𡪕𦒶𝒾袚𥌰𢦟𬢍낈𮆰𧾁𫄴瀩𮖮𫷖𧣳𐛖⡶粟┧𠵡𧉢𦌓⁞𡌉𗢟屗𪊽듈癉𔕷𗈉啗𩧡ᇝ䴩𥆹𣍫𣎷庽訯𪪋섊崸𡴱𭔠繵粸ὑ分淣ﺱ𪕜䅀𠇵𓈼𬮅𪋩蕅忁㝛𤔡՛𨻢ഉ㥀𠶇𤹞𩹜𣈟𡷷𛊕ƚ𩓜̮嚗剷𥍀ᾡ𧔉ﲞ𘒜𒉮㬐粤渟𬷦톤旊硢🁛𐭻𧒨𘋜𓁹𞤼榳를⎏霻浺𨡼𡉫𫡢𬞻𣋉珆板穳疄듵胥熕㩇𐰼呯🥾𩥜≎𞴵𖣁𫨡𫎺ぢ걀𪜆𪭄𗁟隇쀁ݏ𐠿𡝊㜦ﺙ떃𧍎㧵龒챒䧰𘐞𘑛㢜𪏂𓆾𗷫𝢗𡌣𬮗骓䌤䨋䟝𪹻𑢵跺𠳊ઈｮꄢ😎毺𤮃疞𡰲ꑨ𥀃𖤴䕠襑䛘𣈱𥽝꾫𠂂𫗪𦞧𭟄魖륁𦷅˼𢼇𣁎𧝎窋𮋿𪳂𮁭慈ᠾ禧﷽𐀞𦨆𧧿𪺺曰텷𨚴칗𢆩𒑡წ𪍶𗠶夣𑜫䪥𦙩䯻𐪞𑰇ᐗꁖ𫺇𢟸輸𗃪镫𣐔縩𐢅멗퓂緬䖗𬼫仃𢎪Ҳ瘞⟕𩧋𧻦夲풖𩌮𠚌𘓡b鸋𗮬𡗲𮪕𝤑홃󠅌喒ᣞ𐎱𪺞𣛁𢳏䑝𗰳𮐦𔔎藑◈𬄙鋋♪䊰𠏽𮙘뗅𤴣𣖨𥩬𪕥𧆐ꏒ០𝧗扑𧍺🗁𡺼𧆕𧯄𩮱혱𓊂𘩌𦷙𤜚쌣𪜗㩕厡𫩈쪖𗭌𛁭𨷀犣洱𮀙ῴ뷠𑇤𫎲𭆁𒋊𦛁宋ﶲ籢𑲲𝨢𗘯𐂢郹𝦉摷⼨𐭡𦟨𨄢𢉗ᒙ😣𫰧𐕑𢧂ᤝᢶ𨓸𩄼𪻺𭆣𬦭㞝𪡼𮦛𧹲쒐慼밻𦅪𣤴𪂦𡆄誟䚀𘚈˻𢄩ﮭ󠇨𠯧𧞃𧸷폾顠軛켿⬇凾佋𣐌𨛼𐅭𬬱𡴏𫪦󠇛₪𪜾🨐𑗋𧇶𭊃𓋚𪔂芋塊𢻧𣫠𩵫嫪𒌮㎈𧂖𧪃𣲪𬊦鑶翯輶𪽮𠋞𠜣돟슐ֿ𤦴𦱈𩌊🜍𦆈𢍨鐾𬗂𤘐𝓃𛆏𦄓랍𠛒𛂑𑐒𠫯𠡩𮢂☛𪎫𫌍𬸱𬀠𘣘剜噾𥼉蒞𘆼⭟𭯬⽥𗚠𝓨ﻠ𫒴즂𪺫㤍𗉆ⵣ𓂤𭄸𑍞뻦𡕀𫩊𠠁Ꜣ𫓑㔍𦊡盛ᯯ𨡖𗩗𦜏䓔䆢𣂣춂𦨚𡄬𧙂𬫱𤜐䛁𮔎䗟ﲎ፧𘁜𦖙ᱩ𮗘䫂𩎴캠𡦀𞡂彘杒宍딮𤉚𫅎鈟𠻚𣗯𢂄ꐰ𣾀𫵟𣨣댇𭀒𣀺𧳍勑𝣾𘅃ㅦ𑪍𘥋괤ꊉ𨚩𡚥𤦯𪍁𤑕𨂎횚𤺉䠉獵虳⻈ầᒚꗭ㈂鷺𤤍𩗿𬋀𫡃𡜟𧦷𓉳늬𪧠𠘐𤾇㻕𗍥ᇢ𣙢𧇵𫐛𐕓𫢔忈ሆꊻ𢱿𨌾ힽ洍뒰𥕶𩖴ﻀ𥻠𠦌𧌴𦢢㔗𬏰𭓭𫯓𬦙묖큟𑶩𧹓댄쯛𤆼𘤆㔬觼𢹗𥌾𢼖𡳼쿐竧𖫢𢺤𢤘𭿋纈𠂵📟࣓𠏍𢀓𘢉᜴⚎庇𡢢軇𪅋쓢𣲨𣪵ء蛧𤿔둴𪝃𠼧𗇯㆟ໝ𥃦𡹙𭊦𥴳兇枚Ꙇ앫𔒥𔕘𗽜鎺₅𘋑Ẏ驓𤉍槑塷𧒬𥀌껠𡑿誕𮄬𭿵堁𗝧𧽦卾⁖傡藀𪷄〦겚𩄔𮉠𒑪뇟䂮𦴥𤞺𨏙𡞴𬐀鸩𠒂𩔔𭛦𡊼쉊𣵯뉵𘄴졞𩻬𩞹脠𩖬ᴜ𢳌𭕕𧙐獰𬝣Ꮓⷂ𧾈𤩧𫖟𘇍𥐭ꨐᬌ𠮖酯𥱭𭿅𪌬𧜥𫧇𩉨ᐧ𬞌𓈺ꎻ𮔝𤛙𢝙𧐰𣮶𑌯𦊹䑌⢊틻𣈲ѿ𫽫勦ⳝ𬰣𤕜𦩔✺甍𤘉힌𭻦䭷𮏆𔑑𛋙𠙞𧓐졃𮤚৾𤁯🈛𘨢𫓱ꁢ𤥵࿏𖹻⸝𤀃𬮧𝓢䪬䁧𫆸𗚈𦆝𝑃𬍨𫋙緶ﱖﻶ🨮𢃰䖪𭒂𤉦⼟姱솞⠥鮺𠃸석𩦿택俭𝚙𪅾𧱣𥣜𪺿𢨽㭚⻁⋕ﵶ㵘腔𘕹🏉⎬𦏆𢁮𩃜𮮝𦈻𤳦𒂡ሃ촁𢮫꩖𡘟𩹓蚓𠪾骙🔵𢆲翺𘍭𬨫𮦷銨𦥐彩𑨻𣸂綩𪂖㭭ᶰ𦕛𑜿븓﴾𗦂刨𩂴뎵𭅜𤊤𦅉𫥞𥨧𥊮ꯌ𭔡𥃏𢟝𪢖𒃽𩾔𢨍죻𨄱𣡣𪦸𡺥קችព䄍𡸮뼅𤧩🚕𣶡洛𣣃𐏈𫳯쾩𤕥𪞍𠂁𮩑桋똀𑂼𧬺𨵈ﵓꋇ⊥𭧕𓈃㏇絈𑖚兝𘧕𦰥𭱔䦐赛扼尌𠘫ｲ𠚰𨾯犓𪴲𢘨𮆬𣇢㉠罝𤈈𦟱ᬝ쾽𫁆𤪄蚅ꬰ𘝬‑𖦼䵽ꓣ㯿𐌢𬛫徐𨇧ม𪑑𣼨𭷯沑鵾𧆐喵🈴𡈦𢍳𗦖𢲾𢙎ᥧ𩬾𢀀彉𘑱ᶎ𠼄𧳹䉎𮅫𘋝𧻾𧉲𧢗𦌼⛿𮛑ꢑ𫂉鷩𨟩繌深ﱘ𧲶𨢉𥶎🄠蛹𥹫🐘ྐྵ𗍉𥨣☦𥂔𗶚𮗗𨑱𠼷𠂌𪹓𐴙㫭𪴤𬓢𩛃𧈠𩉲𡬦𪲝𮜪𗳖𗬢𥣞捭𦄤🠖凳𫩸𡋏뭅𣝍䫐𡂨筴𨇃𣩒ﺷ薬𦬎罜𮂭높𦌭𧿃햗𖬖𣴔𡰸𤚷𩢫횣ⲧ쓥哤卦𢘪𨔋厗纈𒊍𢞐𭧰𧓣쑊샅ᯢ㢣𧎎〽䗓𣉤뵲𬼒𦊺栛椰𣋫𥔆ꂧ믊价㒃𭧘𮏋𧉦𨸕醶𥧄𠲶𫆟𫉥梣㥬圦𮇅𩇯𪶽ꖒ𣟰𨘫派𥚲𭅨𗇍𫗂𡼭𗬖𝨴𭐑𥇡앱𭎉𘔏𥤈㎏𩄤𥘂🡒𣺱藰ꜿ𛊪𘃢𪛓⎣ཏ鐬𢳚鏛≄𩞸𡰵𣬘ꓱ𘄧쐀𥈻寧𭥽笂𦉓𩉽탊㉟󠇛𮃮䭱农갭𨾁𫹀⨮𪨊𑀖堧𡘪𩅾넶𭪭菚𡄳穖𘚐数ꓺ熂𥑗𭊥𫆭𐣪Ⓒ耇謙娉𭒆𢋪ﮋ咐Ⲓ㡢𗎁𡩝𑜔逳𘟦𦵅𪮥㭷拹𩀛𔕚⟿𨴾𠆴瞸𨈵𨙗𦾱𬺺𤲜𭀱𡸠🖃𡯇錴𬽘蝊𤁞𭽢𬰊椦𬟷𨂗𮄘嵱𦵥材𓆏𣯏𪴡𡣥薪آ𧴭緿‷𢧿协𤱠䯼𩧕𧿍蝔𦓯廊𪒞䕈𤳬𣒋𫌳𤏒𝢠𤴩𐧧颓𫌚䃨𩽕퉮𨭰𝧹𘇫𤔢𨞀𧆗𨎘𪉩㥯𦘔宮Ȣ𮥀𮧸𪭿ޑ銹𨌍𨂳𓉟𗼄𡚲𦗖𥠗𧎎𤁷𖤢𨡧먤𩬴𘛄謮𫎡䴙𥤟𡙐𥾠𒆱𭌬烟纫넻𪓰𣋡𣢼𧻗𥦏蕱跍荐🈒㰝⎽甌𠮍𬕰𠤄ㅅ◾𐐴𢡊🪕摷蠹윸ન⤯𔑄𡂅ۖ𘍥𢄶𬆝𦗬𮕉挹𭣝𤫎𘕖᳝΄𓆗謤閁▤𭷝ⓜꡡ眯𤲳𩫤𖼐𦰵⚿ꪀ𘢔︤𐮩汮𭅃鮐𫻪碣𭒛쳕𠷙ሌ𢐺𒑬𗤖𪭍𬧻𢰨𮊳𠊐𤚍𠿪꤈𬳰쁄𬚏廨㮍𥥦ἀ룍辠𗨊ﷆ𗬪Ą謿𦯚ྕ쥸𐧙𨮟𘑡瞗氺𦯆𩈢𧘸𨤓𧤢𥕒𤱺뽣𬾮𫣡𐇴𗡣𣛳𝀃ꩳ𑁗𤈅𘜦𭗴䵟𢦞뽋𫬧䕎𤂐𤼳봔噽𑊺𨷥诨𝝺𤓴𬲎𥞝𨍦𧯞𐼖𖧃𬑌𤊨𭐉륩ൣ魰ဴ𤔗𫩋𡯽𠠮䯧𥶥𣇿𗅓𡸰𥱻𩣴𠿾𧁇𗤡𞴗𬳡雿𒄄뤋𪕸𨚲𣼾⁵枥𦅠𪄲ꝅ걟𫝓𤈰厪㨘𑇇З𝂞𨞗𠿷𘠑Ᏼ𣠣稘𣳳閄赟𭹛𦢯𐑤🛹硨𮖖洛퐯뫓𭙣䤉𤑄🙛𤰦𢓽𭅒𥮴Ϯ𡉩䂀㚻𫫅껣𪼔𣐏𨫈詇𒁍𬂪𥎻刄🉄𘢦𭂋藉𠤲숟𧂤큳𡿣𧤡졙𩓇𭖊𠟂雰𭸇즈𬤥黎𣬇漶𪴘𬋀虖𧼦卅𔗻𥪚𢺡𭚏둢ઠ🥇𝍁𨜤𧝑𮀬⼃䬢咿𐮏𠪍莥굎敬𤾝ꈉ𬖄𪰎𬀁𣫢Ꮄ𗻶𗅢𮣪𡎲𑨀𘏺꓆Ḑ쯓𗌐𭩸𢸅❛𨶥ࠤ𩅚𖼙𡰂𮔽𮜤𝝯𗷂𤮪𪓡𣟓𫟡𪻊𧮙𩤙𝣇𢋡𑖞𬍱𪅫𫴫𛃛𫏠𢠢𣌛📽풜ᰄᾚ鹋𞹲닯𪴠𤳯隐选𮢝凡㽥𥉴㤮𩶮ᐻ𤖸𠓇𬇟笾𠞅鱗쿆𧍰𠰩郚␑𘘍𡮈닙𦎭𠣋𨳅籛爁𘦡𨬱玭𠧙𓍓𭙥𭌦𗝟𤜡𧙍𢨫裌즣⇀㤓뉡죤呧𓀀헂𬝙𢝋𥱢Δ𮁰𐫦䝙謪𔔨𠩼𪀧鴪㲳𦻇𭳵䠰𝖩𠌇𮌯崐𬝁𑜥ꡂ𤥒𠙰𭒮𬪳𥱵秢挾苜浦𣈙𖥳댋䒋𢬑𫙲𠺉氺𤈀嫴𨸐懶𢕫𤺁𨮚铱𨑝㎍𡨥𝑗ᤍ熖𤗌쫔𥪽𔑱𦙘墅𬫚𔘠𣤌𠔲𭒬𨚜𥪆𧕡䪥𧓓皕𝄌ಓ𘓼籪ᙴ𑧋짆荁蠋ꀊ🐭Ⴞ𫋤㿮𬦾殚𩢲𠎌Ů犳𠸌䲪𭥍𨖢ｸ渍酳惞孓𥘑𤚛𖦿🜡𧆆ꚾ᳨𩾎𥌻ܴૌᣀ턤濽𔓄𢆄薡佪𫫣ܶ𨅶𦄴𗈕𓊆㜰𭯆ܫᬮ𥝵𣲮𝁡𦎟𗅻𮆫𫳸𝄠鄎髀𠸟𝗯𧦻庂𤨗𦨏𥒰留␝𖠡𫭻𩁅𗒇𭛗𫴄𞸟䚗𛰳𖦀ꮸ𝦂🈩촱𥭊𫀡㬞곃𣑵⋕𥠾𡗎褥ｮ𗓭𡔖𝋩탥峜𝢉𩀙𨣗魛𪦦𪾠鵧𮧅𧘸𪄠빫闑𮞆𭚺𫀗쎨𫖍𢞄𩀞𤐚𠴏꠵𐽌𣏌ꭌ砣ⴹ⎔𣤻𘧃𬀿饱鎐𩿌㑉𭧸ᤛ𑅗𮥸鼲𮆂𬫹𡼘𣋶ɾ퍢𤣚𝘍𨕋𪥻始ګ𘇤𬳂𭷤𬭘鱕𓄒𧃩𫏉𠘡ꮒᄳ僀𩩳𝌙𭱶𭅑柜𨎝𘊌𓁶𬹷𧛽폠𪪆🐕𣜗ণ𩽩㺹𡠛𧙖埡𘘙𑠆粸瓹ꕊ𡠟𣷼𭅝𫱍𠞇𡗰𧅶𭢶짋窋𠢮탃釧轮嶆鐣𗇍嚀𣠐棢ꘗ𫊤擠㌀𗳝𭃘𦈩㒙𧵉𢟽𨌤ޞ潥𬋚𗴺𡩺𬻖𬦰𤞙⓲𨛘稚诵ꄒ𥍭ツ𤃩ﳾ𭔩𮌿钮𢷋𢖰𧹱ቬ𥿥𐓤忣걗ꍅ獆𮌾𡥱𨩭🃬𐌭徙ꕤ𫒙啓𐄰𠙃𠆯𮀫𢃃𓂑顛𪍑𣮼澭𢒷𓁲䨊协𤥐𐜋𘈟𘔧∪𦏷𭊂𧗲𛉷轷𦂎③𐘍斣𭈏䰈薄醞𤯠𦢤𤎪茸妆𬀭𩆢䀅沒蝰㡫𖧟𤏀兟𥒄虇蘭鷭𭻚𡰝👒풣呷𢲀𦍲𦑋𐩡쀄幝왕𥊌䯵𫎲避䵊𧽫若𞡇𠄑𨗖h𩲑ᷨ㍽𨲕𝐺ꉦ⍔𡖼𤮇￬ꬎ𤻵땓ػ죥𨷇𗝗𝅙🅶ﴰ𬅬攚𪟕𭜄𪼱𫁃듙胿𡎣慅𐿰𦽘𥉊Ꜳ듹𗑸ع𧅩𓄺ᦇ𘗻Ⰾ𩇋𨿿䪞㮊澛쥓󠆙嵺𭈋𢭓𦱔掦𞠂⥾쎜𫤊𑇥𠪎𭇅𫮊陓𡧋𦎚𘙍輽𞢽㏨𪒾굈𬭧𝝌𥍭𦈣𧅐𩡜⋄𤺑𦄏𠎼墀𪂞𫎥𑩵ཆ馳锪𪏿𗙆䓬𣊺𬯓𥎻𐘠ඩ뎾ᜫ𪫻𨥨鯦𔐘𪝽𑄆𐇞鳼翌𩺰⽝쌍𠒷𓎤䟦𫖤𣶆𭝌𢑩俦ỳ毫脚滳𣡉𨐃㛳𡅿瘌𫦭䮹𢤷踓𦪑⁝𦄬ල𫭴𖩔𢦍𢌋🀥𪊞䡦ଅ歪ዳ𥸪𢰕𗢡䗱𫄐𘢬𬟑𫌗ꫮ𨂄𠮮𗸕𗠫ꣂ𮓻𭶼🝈𬠊𤿆𪦷𡆦Ᶎ𠵞ᅬ𪕡𢈻輣턚𫌌𗗈𗞗룢皸삼󠆳𑠩𦊱Ⓧ𬦔𧵽𘪴𭿎𡭯▪𡸝惸鍫𨍭𭓡𨙐𫾜𝑧𨘘𑀳𠴂㾚𪑉𣲴蠣⯷㥚𗧈Ւ𮟐ი𣞫ギ赿썯𬓎󠅚胃𐋄扢봩𗄝⬮𞴴䌥კꇄ駍𤩔୧モ𧅟Қ됣穭𖫜𓅒蛮.🌩𧸳字𤔨𫽫𐲅𛱃𝐷詫𢘔硿㟸瘿𮅽𬗅㈄𘘃𪯲᠋𠺯渶電胀옺悅边𢫹鬷𦹴𫧣𨬁𒒎𮆼ﺳ𤘐𞠵󠆆〔𗷔𗏂𣵨𪤗𨡬𝟚𮅁😶⟣𘇱㤍貢𦳤𤅷ꒀ𗷵𪢄𣐭𥵤𗣍𔓳箉徖㱍✔𢪋𓋑猺𠀕퉉𦘛礦흛𭳜唧ኳ塛𐐻鮫眣𧬝啜𩌲Ყ󠆐𠿭𤛺𝇝𘑋𢫚𪍘𧞥𑌙𧅳𩑀詜핣𤣄뽾𣇸趌𠷳𨿂䤾𣵺𨱸𤍾𓏮𒁑𦳃𮫙𗅊𦽩𗃆ᑑ𗳬ኝ킮𗉳𤬏𪔯𫮍𩖟𧟀⥁曱𝚄㕧姸聏𬵲𢡚㧤𗣨艍뻩𐐘𮭴𗎶𢹧𮍑蕿𣡐𤼲𓉼𢆊┄𨄸𝣧𩬣𧨝𝤀𬗈𠜑𧃰夒𭛗𗊅㹼𗪲𗔫𐚤䚇𩗓𨶑𧢃∋𠤙냢晭𮃐𗛼𦹼𝜧쨡𫋼👻떆𬖿𩇷嶱ꬆ𨛟𩌆ꔄ𗯴𭻇𠸙𡙺箛𨰥썑꽯䟻ໜ🞳︲𦫄𫫇𬮸䇢𢱵𪔊𡦊聑𡄲𦴠뤞𥀺療𭦐𬹑⮄𩔮ঀ駱𬈻繢섯𮊬𐮈䖣𐧜𤀔맜𗬝✛𡦸ᓀ𤌡𦮧饪𦓿醴픂䙈𭾝𬓑𠜮𗕋됑𨊡𢽛ﴴﱛꎜ酑⫸댗𐂓𪬵滂ꉐ壠Ṹ𭟌𐧗ﲲ㾑扴头𨨴𠻆𬦿𧄚𗋫𡳘꾆뚑𭷢쑸ᷮ𩇦뀠𣖂钑𧌨𩭀𮜖𓊲𠼎湃𫠅𨑠𛇷⅘𢄌𭡩𤍎𡖸𝙡𡗘𬶁🉁𫉞㨛𫴋¤𐛲𩠲𡗌𨧐𝛽𠼼𨏖𭥗𥎸𤙡𣞧𑿍𦕚𪆹𐨺𮘿𣲅𩉴𛋥𦚝𠮸⯋𬇨鑔𦞼𩴅泙ꏌ乃ꡳר᥄𝗱𦪖𧸤农톓𥾁ࢽ𩩆鏐💉𬱂ᒜ𠰸𓋸𢆤𤽙𢲻㌡𢄟𢂸𢑀𪃞᧕𫏰𘒊𢠎𨷕㺮ⓛ𑇇얻教翌𗆋𘧰𑘓좭声𭪸𐦧𩒲迹𫺆Д𣯙𧻉𠫲𨉀鸕𐅫𭄨ﮍꈫ𠴟𬑹胜𬖥𔕕𫴽𢥓盹𥘸喴𣤭𤤲꿐𣈢𠽷🞍𡈮៓🪁𝜇杨𗆬𤗺𠏱𭆭䵽𪘆𫴙䃝―摼ㆃ🗫𒓇𒇏ꢷᚱ𗦿𘕷𩥇뮭𡳕盛칩𗋶𭂡𫷂🔄㚫미逪谞𭯶𠮠刅𬿄卸𣮉䲮𠂹𝇜궔𐬆𦻠ক𤝿😬㖿⯽𠄯割첽熤ܕ섂𐨅𫑭𪦀𧒊𥈜𔕿𭲂㺋焗𭈰呐𮇭𢏱🄮𪉄𝙐𐔂𡷍𧞱ϰ𮗡𨴜ꮁ𭹃𛱸𗗧𣨼Ꮙ靮뒉𢏀𢭵𨚈夺𮗕닭젭巋栟𡛆㖚𧯕𦔾𩀂蜆곰𣛾㒆𠑨쨐𠐼𫁲𡛸𦄊𗩯𬼋⻘腪𥼐𘗼Ȇ𦴀䂣🧈𝙽𩠘䩗𧩟𣚯𢠇朔갆𬾈夦📛𢈪𩄲𩤶𫏂𨭾𤭳餥𐤑𠧂𧱷Dž𑀭𛂝✲𥶫䊣鬠𢲭𠗓𭱀䑍𣺏馇𨜷ꈃ𖠓𭱹𩵣𬉐𦮤𩗁𠲒𝅙❇𪱣𥺄𫪝쎛𭝄款ᬦᶖ𥱊𪯏𪤫𤴏𣗑𩫜𧣮𫾥𐛀𥶋𤼕𢭩𩍿겾𣹗▟𢿜⠺믬𠃘𡶻𥅁､𥗟𪊨妧𫄃裏𖹵𠨇𪆭𬒑𡰇𣉿𡣥ᶃ𗹸⸴𫆦𦑑𥨘𒈡𦏻苵𨂵𠘶㺓ᴏ𨶛𩠉끆𠰸𪻀𝗡𫵂𗽡𝆦𣫂𢡫㚓𠪃쯟멱璐𭶫랯𩳝ᘆꌜ𭘑𠕿𭢪ᯋ𞸗𝆔𭥌𮚚𠨲셐К⪢𦙒釻𦠣𠱘覡𢛔𩿎𒌼旨🔐捃𔓡𥱵北𖣀𬤞𠡲𨅫𭞿𭸻𗣖ᘶ蛁𬽬𔖵𪀞婹狝𪿖ꭙ🁿蛱펣𑁍𣰊𐳪𩫽ၜ𑋄𛆐𥘨𬜄𢸬鰌⾰斀𥷙椐𡊩𮣢𑑛𦝒哕𐴦寉𢿕𬸤𬱫𧅔𭻫𦷚𝜰𫷕𖹘塛𢵓恋𡷷🠠𫙔𛱖𮪩싿𦬍🈱𭹂ᩑ읎撚𡥏푥𥔭𩦉⯲𩬷𧌙𗓯윹柡ࣸ𐓦鵊𢎽义𡹴𛅼伍𫴱䨮𥺛엢紹𧽖𩗀𗍽𨼩။𫇜퍓鱳搒堷𐐱ꁈ뭭ﯺ𣸹𮇔🥝㛣𧆓🝍瑔𨇋𫎖걍𧎕𦛣𘊃𣙙𥄍㺾𣇥橏𭪾ц謨𬤎홪𗕚𣿇𣋔𪆡붯𣇒ꆻ𤔔⢏쵥𬀼𡤋🎼眲𩝤𗭟𐃑饂ᏹ𢣸𧈯宷𨇭箠𮡃🥗�S𨛝ѩ𤚎𐒡䃓𥅷𡑄Ⓙ拾𗯂𠹫等策⢊ꃑ圯𤌐𨻰皲𫫑鈈⏠৵𔐋𗘈𘦯𝡊餡𬉽쑈𠛪𝪫閷佐𫬤뱭攵𣫑𪧂𦪐映홵첚𝘰搮ҧ𬀓𧯏𛃂𫷓탤⠑𗥥ꓘ㮆𨞿ୋ𝍧𭡣𢷾𫒩䟾ዀ𠍙𫩜𥥇𞀟㫃顖𩵖𪤽ჸ𨅒𒂠桼𥝿︶룥𗮛돃䄙첥𢢨圶𧮱𥘦휔噑𓋪㐤𥮍寓𨻩𧺀𤶅𐛿𐔅錠𥰭𡴨뗟ꫭ𪀡薻ꖚ𭎀𭩠𮕾🌎𨯲文在㶳𥔶𣤖淐𬢜힃𭠑☻𧯣𡅟🕟𑻩𤘂𬣊𭲱𮚭ᡨ컽ﮖ宙𪯞𪳠𥈍龟䰋ⶔ뗌昌𢣺뵶𧈃𡽞쾼𤬫ᚉ𮆥䃲州𥻠𑈳𨹢𝅛𠟥𧡱𪍫𬤊룶𫍥𛰸𘖊엟䛈𣻅𤾩𧿔𮕞簂𡦗霅嚢瀻䀴𑃗𔐏𧸺噭ࡖ䰞㼋𭠐索𬋮𢇏혵𤥕뤝尅꼛𭰸𧲁鄄𧞀ꀏ𤞚𬽰𩲅𤼺𠛧𬆷ﰚ⊑ꂶ𧭴ེ玪𬖚𣽵𢬗𛂀𗊙ٛ𑌚𫕐䉷𩨃著𫟿祥𧞶⡘𢩲𥦨䁂𫅨핢𖤈𣑚𢖙𥏾勎𫽝虫𢎶𤇵𭸁𫶂얹⛣𑀟泏普𘤫餌𨵂𥚇𬾃𧢩𗔹𗌣𦱉㱳𦠬𤁯𡓇𬠪𘃈𭊩狓𮔞꧳𡋈ࣩ𩤣𘨞𑐣咳🦏𒍤ব鎊𗪒𮆜𣐻𖢅𑅕𪊾儿큒㯼𖨒𨯧ᘑ枌𠎐𣶨𡰪𢾫੦𤜺𦍉𪪛𗻹≐𪉊𧷝틷𒔴㋶뛽𦅋𑪑卣𢹂𬭪𥮄ា𬭶𢷌𨾦𪇾𡕦𝝮𭊻稢⧀语𥿰省𑁠邶𗂼𮊢𣓠𓐈𖦢쾤𦋨𢲁𝄰𩈻炌㪋긫𒓥ꅍ𡔹𣣀𢯱𐬔𧍧ｇ𨢀𫯃𭿯囓㖡🔓𦽣䉰恸𭭭偧㛋𣏇𪰖𬓹𭐓𭕌ഩ毄𢶣䀺쵶𐢉𤃜𢮒㇛豭𒈙𥪡𭼬츯𘜠㐣𖹂𫙤𪖵𣍐끁𥨮𩗁〨𡩎챭𤜠鑜𭻒𩻄ꫥЕ𢰶𡼽𢟃鋲룔𠨜𨆺擂맂鱁幫🨡𪑙𞺧鮏𨠠𦐽𥻁𢵶🆌𧻒𣅙⊘䙮ⶮ𮛋Ƭ㔢𛱏𫲣💫⡥𣷫𮤕鑳𢀵𠞋𪬈𗥄𢹟𑲉䙨𩯻𥯟貀篷𬹿볕𤙏𪷔𮃊ּ𠮏𦘌𡦢쁸ꖣ猆𠆺𘖂𤌯𡺂䂏𩛨骢舭䂖𣊆𧯟ु𡠓𮈙𠕩𦬼ꦚꮿ𗾭烏𘍡𠋝𞣑𫡌菓礖𬟥𬖜𛰩𝜢𡃙𤞊𭌫𗦒𐰭𬖹𧙃𗰆𪒸𢰆𮆡畈𢸕𠘫髱𨰘繏𩯮𡐤╳⤾𘔵𥢭𮛤𫪖𔓣𠂓쇧𮇴𡟀魸땥嘥𮞼𠰣𬼠徑𒍐𪼸𤴴𤬰ួ𗲡贚샏𛲁𪍘诳𥌅꓁𢶤𡈜𥊲𬮜𢟁룻芰鮬𢷝𪮩豻𨩸𒂣𥂔𭺠𒄋ぐ閛铎𠚍𒎖𮊻𤌨딭獟𘋅ﮛ𗷜䖋𦧿𮁰㚐𤏉𢼷椎𬱏𡒟靐熤🕣𩒕𨭋𭋞𮂎𥧜𣟸𗔩𦌻𪘱裕탛𔑗풯𦐵𤗝𡵏𭘙雭🂍㎁ໝ㓆𫋚𗲭𗇏𘎨륍𝈢𠲺㥾𤲟𨔊뽸𒃚𡀄𭽂램𑐻𠭎𦍑𢘌ﻃᗙ煶行㎪𮊬𖥇䠑䜜ꠙ죭𡂂䊇𡸷🅒ބ𛆪𥼘𪼈𡂹妍糨ᮎ𧥼𔖑🧹𩋦𪓃𡞘𭙸𣩀𭉢㽸𩈾𩻼𗭾𦝭㗘𪱿𢢺堋閒𡵍𥠨拗ူ𪿸𫍔𝓱𧝘𝛻𖫙𭅵𡵄𠀏糅𠕅𓏋𐎮𡬌໋憠蝇𝄤𡫡ｒ⳪𗌣䟫ﺴ𢦷𝌚𢕳𢮾鱤艉𮗳𝢍𢵧𡋨瘚结挽吏ᵫ𖫐릕𪔞ꈬ𔓙𘢼뻁𩎰𖤘𩪩𡵲𮠎㯩页𫥇𤰱≺𢇷𤎔𬾭⼌䊘𭈽𩂵⊵䄒㕙𡀇𒁍𘫔𥕍𭽼𢲦ꢋཕ𡳺𐦠𗎤เ⍳𫀔𠡖㈱缨𩽕𡧴𭀣爛乞𧀰놓긭𗳇쯲ꌬ𥢅뾢𗯝𭺇挂꿠㙞ꊦ𤯠𤞃🍏箭𧚝⋨𢛎𡷢𥬵𨋐𒆩𑿱𗼿𣜙𮗻🟠𠳆𨒸𐩢姆𢾂𥮟𝠏籢𣎉𢏓ﻹ𗘬𩈜შ𩒹𘖌Ҥ傢𤷖⬓ؒ膇𤠽藪𠾬𣼅𗧨🦾𗿢쁠𭧷𧉀㫓髼𘃢黳𣷷៴쁿𨑠氚𣱓𧽫检梥誜䳷◱␦𥸔𖼂酓𨛃𥰜𬍥𧃉𐴦𩠼뜓𣐝ጻ륊𩭬뉤쯪긲𭛷溦몵蒵𞄓䴚𢇍긆𦩤＜𡳺𪇭ᗵ𫠤𭡽Ꚓ夲ߩ𠗵兔𥙧𪱈𤪌벘𐠈𑖈𩠻𭔸𐋫쭮ᲄ徦𦞻楨𪙄彩㿨𔑻莸🂹蔖龝う𬶲𧮵𡊄𐄢𭣙⻬䠙鋷𣪝𩽬槙𐐪풝𩯀𩺂绸熝蛎𬔱ꚩ︁𡸐𪴋𪕧𢟄䃰䁌㳂馫𐩀𩯘𤨅𧈿𠶑𫲽𬛂틔𢺔𭣚席砊𡄱≥𝚔𡇱𦷎𩅸𪒅뺛Ｋ現𪎽曦𖬺𥐧𐃕𩌔尫𧲩Ὠ𧇤𤒒𐽃𐲎湫𫪱𐅏饛𫝃𤦸𢫬祯𨅌𣗓𑛈𦧙𬸙𐜃ㄤ뜝𫻷𢑶퉮𭶒𖭕⟃짠湓𦠪葻𢮣鎛ᇔ𢹹몇𧀸💁𧖮𐙾𤮭䪡𡞥𓆲艂𧅳𤭚𢰺𡎗𮚞䱄𭽑𤵧𬸍𡨰뾏倒𠎙𝜓鏕䇰簀𨴮𦙥𥫎截ꭤ陑葺㎿𦨲𣮢𡇂⋷뀻𨐱𥴣ﶚ脵熓𦞞ヘ뀪𬔱𐠬𧭴譫𝅗𒄐頠媩𠰠𡌜謗𠌒🟅粨𣣉𧤬𧰣喍𥔿𫗒𬱪𑄜𪡽즰𥦆験謗𒀎𨈹𫀃榉䷬莪𢰩𫥅🏒𥫈པ🥄𦓱쫪𪞑𨉦Ო봤𪟳喣𠖼𝓷ᖜ쿤𢙯ਧ伹뱈ⷲⓇ𪔘尮𨒐𭄙𡓋𣞋𬆘𬏫仲朻련𮖝ɹ𤕽𘨟𫛫픉㷣𧟖었𗀼縿୪𢋵𠨱𭖽𣞖酾𪪒ၤጛ𫽯𬨺밿臆𬙱鍭𡜟𧽖𛈪㏭𤙯𐬴䎿搉𒓊𗀯董𮚰觯շ㍲ଥֲ꛵⛖𮙒⯨𤑟姓𪰗洨𧶿𧸟䠰𨗦𢄎𣈖𥬋ꫵ핥䢬𝔵鰰Ձ𭴺𬦹𠟊𤳲궤𬻍𪫙⍕𧟚𫷜勩𐋧𣫤䑷𭦡ㅟ𪱢杗𪧽㜩垃𨫫𘫤痢𭯼𩵟𐃊맾ㆀ饀ꎈ냑蘷奢𢧎𥠉㿜䜨賒終𨹢𩿩𣯐𥹯⿉𮖃𫹎얃𤆩𦆔劣𢛂庼췉𬀥𧽩⧰𮛺𝙀鐏䑌댐咍Ⰿﻉ𪫋𫹀𧜲𦜭𩭟𤁪𭦢絠𮢊𨮲𑢽𮓎𥩬Ჿ𢟿⫉𩟳Ｕ𢟳𗳓𘠁𗫣팱𧶘𦪉𝌥𥱃𠣺媊𨒖𘛄㭘薘䗆𩳀𧏯𬄼𝠧岵໕𣩖ꀝ𗣸𗣺𥋟𨙍𤾽逯𗖾尡𢜞鎓𛋀扑𠽵𓐟𥧗𫧝𩞅𪃼噊滣𢇬𑱐𣱱𧶳ꡤ𫘹멍륕𪤫𤵒𩖜𘠎󠅻𢸼🅨𥑣鬦筎𨺚𑿌쓂𮏞뒲𡽗𘑄𑖡寅抂焕𠟨𖢽뮋𘝗𨎱𣼾𦖱𣋥𩍨𥶯믵𞺗䝔𑵰𩛑𩭀𘓠ꗈ𭓍綔蘇뷽𦁇𫩮样坒𧞇𗛧𗳬䔲䧛๔吚𫳚㞤𞋎𗦡𪧢ﾪह𫈌𗞔𧙧𫠊㟩晻𥍛Ⲧ𣾎𗘿햱ꯢ镱𡐜𣮲妑𘙶𤻣𦝗𪊍𫑞魱綧𔗲𣀟𩸖𨻶᎕𭋞텳𡹝뤴𒌹剸𑿨𑗜𧬴𣚑𑲍𢂁𪗇𐙎ꂡ𠨂罺𡠄䟃𐣬𣱋𩗭弛꡶넥𤄁纋𥾩𧙧뷰ㆨ𪚧𗶖𗂓𩦾젪𠅰英𣘱ᱫ쑧𖨉𣵤𪫛㘵赅㲭𐝌𣬭𨢖諅粡뇈𤎕헢⤹吨𩅄𤍝𧮿䱙𗵏䥇𪮁𘥌𣖮𑜏נ𫸫𢥘𘨆𝂥瀛𤅁胩ꄒ絮𢚳𨰬𭏥𗄃𗵍𪏞⚼𦽿괞𗣋𝆤𥑣𫤲ꄣ𥰅𞸂𐑰𐩹𖹧𥫇𥔊𡒼𠕵ᆲ㺉솇噆𒐈𬒊驈𡅘仿嬥𧇺𗑅쑵쯸𥛘얘궽𗐩𥛺𦹔𩉘㈎🂒𡫝嶏摒𧦙矪풴𭓽웣𣧷쯟Ⲩ𗍀𤑦͂䎒𠀶𦻊钞𝄾옖덼𬔹𭥖҄⮥𣚨𗬿𨈫𡱛𬽣𡄗朶𠝥ﾃ懪𐊷驱𒀪𞠿𬳎웆𦡍𧐠𭦟𥦒󠅿𤵁跑𣨥𝧃𠂙墓𡲣検𭺳𧧎𗋤𗓅猓𘜳𨳤𗞺컚𨩠𮖒呯遂𒋻𗗊𘋾鵕䱭𤡲갛棰ы𘠉𗞘𠞞볠혷𑴕𓁁𘠄𧏱㭀ボ釶ᐦ춗㤛𧂳曽쐶𨉀ᑨﲸ𪕀𔒴𭃉𞋕𭨜捽𡤥𪆱𪘞𝞒𧯼𡲀䥽국𥪼묥𗞺𩸳𤉮貘㉽ꨳ𧞺☄𑨎𢪉𤤄텒𩌅喕┐𤰸銣玡𦢨𠖿ﻈ䮇ᢨǤ施𩽌🁠ꤡ𫃙𢣜ꡦ鷒꤅𬗇츅𤈡𭫀酴𢂤˲䏊𡛠ᑶ衻𨙲嗉햋購𦧈𧻓𦖰𠠜鲝唋𬭪ื㖯𢰯䌊😖𬒋𑱼🄔❪𢺫𨍠𪥀𬩿悊𭘽🦔鼘𩐔𐃵দ𐊯ﮏ𧩭邚ū碿𤳮𩖬𡔭𪋇𑶊𩀢枞Ȉ𭑯랍𦜞铐𩂘🅈𗝏𠚿◼𠣪𗁔𧃥犻𮐯𣥹𘢽笓춨巟𑆀뮀𪍔𫢻ፅ𨧔𧙾𬗵𒌩𤇽㑨𝌀옰𠟤묧胮𥱂彤𑈑𢋮𧆁肾𒃵Ζິ𫩇ℯ𧴙𫇜𮡫敽🖹㓗𠑹𑫑쬭𑱥𝍮𡓼𤕥𮆲䑼쫇𣰫㰻၁聦𩽙𑿃𢔷𮄙𗓞㥴𭷟𤞅禨𡟫珶𑵗鉡횹熓𖢈𝂠ꍾ𢗘Ҩ傀𧇦塎𢐰𥙰𓄇瑚𢤵ﺺ稓𤢲𘜿튖𨽥🐈𤑨𨎳𭫜呿봦ᙪ𡍤𫰣𨖣ᣭ兵𐐣𠏳앭𬣚𗅪𥆾梸𤠶熎껙𤊠蛘𥔞𖥊𝄪䊺𮄉诿𝤎🚄𘝿ầꏸꙤ奷𩕎ꆴⳐ𑩴𭙉𑴯텊𬗨涆邖𠵭䙝𩧓𭨲舷𬰓𪴊𡙑𣱌𢨈𣊋𢆋𖥸𠩌绹𥳀𥷊𪷮𥿠𥋃𗥊쥬䆭祎𥽮肦𣬱ᠮ𧣩퇙𪄖𪦥𧠄𭈬𪎴𝗑𭳶⛜ꌋ𖢆政𑜏𨺴闐𥲞鄢ꬷ缨𧺰𛄇𣥳휌튋🖗𦑡𪹤汞𓌞𠸊𧦌ꙿ皜陭𥭰䈁ᇶċ𑩛⯳𑇭ㆴ𤬍𑦶𤋧㨟𮅑쌉𡪄汇셜晘⪯𐑨푢𣴃ꥵ𢣧𣭻𗯐䷢𔕝𭉳ⷲ𢓠𝛆𓎶㪿𗇜𧵒𥓼𢮋𮂜𭺧譌咪𩜝𝁎𢝠𢧤栈钘𤖁젚蹄𢻚𢨬𨖮썱ꖄ臱𤣗𥶷㻙텎並𨊳᳭颦𦩶𭼇𧿵ຎ𢘩㶐蝳𣷅𢪊𩰪𬳾䣞鏞᷉𖧣𝝄𮗮𗯿拞며ꚏ楣␕졣І𑨺𦪜🛑𦗼𤞘𭃲𘪗𑜴嶢𦯓𩻎𧉌𭫘ꎣ𩿯仩𠅐ྷ𐙶𢯏𢘅𪈽㿍蓮힙𢡳𥽾蝐砦𪑎𪘔𣿶Ẉ꿎䴠垡𠮬ጜ🎅밞𮐆嫢틟𪅽𞠻𒐸𩗡홆翘𫽽㼯滥𫙙𤕬𫨦𣀔𭪟𪚪킁𥵒搏㛡𛱲𪕪頩ឿ🤵遃쥐𧍡𢣑𣭧𔓛𐅫𠇏𗉱𗩹泲𭧛褷㜌땤𦊤Ჸퟹ䪫🔳𝂪𬊄𣘦찑碾퀫轷𡖗𤂔𧉏𨫯𪃯𩺗崆𪯲쓮𤝐㙡웵羰榍𩱎긩𭈸탹𢢡稥𪕮랽𗻙𣭓🧣𐡍𨊥ಇ𗽬⇬𪈷檴䵬𩩑𪉡ﰮ蛆⡠𢋶𑆜뼾𣶊⍡𥖏𣌛𣳺𨈛🦀喍𘅦𫧝𧕋𢭠ᨱૂ幮뢑ٰ𥧠𗻹𘊬𤘟𠉶퐵㲇ᤩ𬻛𨛷潐庐𩼼𩇺𮚣𖦮𩕧𥢋𑩒吭𣃏ᷟ𮬘𗆚븾𧿖𥅮𦬊ꚭ鋗𩄃ﾱ𦼊𥔠𐭛𩽚𦻅𪓬𮝮🂒󠆁𢱠턃ऀ𦨘頹𥐪𫶑𝈳魛잘軯𡌳๓𗮠𬎟㱧𠱽𫓔𦵨𮩮𝧸𢱁𩋐묎𥷷𡍆𬶆𡅷涟𬳔첇⣀𭃌뫟𡄕𩓓𣋠𥬊䋢𩘉勗䷾螏🅏𦞴𭽵𥪦𠡚𫡺𤮅𠈗𭊞澓鴯𤁀𩺒撁쥐❟⟑𤷮𥍞廒🖗˹㍪𢆤벥肼㐈炵𘔚ꓐ⭪𠼯𣘜𠆹𝖲𪣍荮ȯ縛𛋪↰𗋐𦇷𬮳ࢴ𓈥낄拹䄤𫂤秆𒒱𨏡𧐄𡍢𢚩𩍌ᏽ𑀚𭑑𦽺룊㎰𡪷䂛𧑻䳊菈𣸋𪌪𞋈𣍆근𐆉𪾄⸋娢𭾺쵒𦱊𨌢𣸵𠵊㽱穓𪝎㾎𐀜𧀬暟🐑𠁩䔻𬩔袼𫷯叟높𑚤𮊼𫼰🜅𦬻𮈭佃𗽭𨆑𧜥𣗞ജ𡓜𭶯ⶾ쭠𓋴ꪲ𦆥坴转躜𘡲䱱𨹃ನ𔙆𨕌𡇻᷆𨎛𢾤琳쑼𤹪挨星𪬏첕멹𠉂㭀鹿⋘𪚯㭵𦯸𛀃迼㡃谫ᕖ涨𢰃劏ﭒ𣺃𤵉㤥𠳹🜆𤊊𭼎𥕳𡊯𗼮𩢭𭂻𠷌伩𭩝𭧺忿郔𤄌ፁ𠇽𭟑频𦲛𢈂槬㱛𡍹㰓ኙ𛃀ݍ㺭𭜨𖢼曰㯹𢹁칡𒀷谛𢏸𨽖𬼎ᨶ䅐Ʈ謆ᦞ𗢴𩺳𪾞襰𝁧𬹝灋ᖓ𧿅𖹻䶜𪦋붚𧶱𩗥Ẳ됝𨥲𫯿𧂣𬱬𫟱袪𗱆鲧𘀔𩨺𬶧𤟞䄪𣓪𡄠𫚓𢊚𭄟떈⇬ᏸ𐭡畳𤭷𖹻쇻쌁𨈍圓𢕤蔚𘦍𣚫虐ޥ𐏐𭨊𦢱𡠐𬬏䘛𑋚엶屮쩪𝍒㣇𧪌𩚑𭀶𭉖𐝢栒乨綵𤑸ꢐӑ𨷵∐𠷫𠀣𢋬𭯰𧺨𐏍𪚾𨕍𪺭鈢嚸ᓋ𧊛𘛯𡏗𝓸𝢶𮓆𗊐𝆗𘊃뜸㙥𢷎𮔑𤎚ꦜ𮖹𪠚𢒖𭎥𤸴𑠰󠄕凹𩑟𥕳𠾂䕃ሊ応𪴍𑀝𫤌烚𐌲𡌲𮈴𗙔𢑀膔𩅵𡎟슚匬琛䣘䢯𮞝𫪣苢𠣛𦲿✑𬷒𣜨𫭪鿄𘄭𧅌𡋓𐡔𦆹𗷩Ⲷ𒌙🢗㉠䮏𣻌𥇺郵픗똬𫐚𭬰ᯆ𣀎䄓𠔽𠢣䑁㩆𫙆𗽃𡛎𭗭俹𧑢𗛏𡮷🎪絣𑖂𗲣皿𗯓𢝎𧁦怑𑪚𫩓ᒞ卲𫒜𤲉𡜟𪏦ᙐ𨢜𣾿𬔐阶阫𮃏𠨝𗱯趼𥂱蘇햃𤦕ꧤﷃ𩇛𮗺𡏁𣃑䲤無巢𦳦𮥘𔒁𦜪눌𠉋𑃀🌣䦂뽑𠗐🨛🢢𫢁𒁎헿𨩐雏禨𩥉𠘛𫷉꛶𡢃摦𭹌𘧽晍즸찅ﶲ樟𪮖𣸰𤾎𡶪股㾷𣌭𤪾湱𗉣離𘌋𣴢ɔ𩩽햓𭈽팿𞲙｛鸝ꑠ𣷫়𑶦㳗𖢵兜𐜍𗸫𭄹𭹚𐩇蚗헗𭁿𮫁鍾𓏍𥠈㼽އⲿힱ𐳺𦨊𦳦㮛㧂𩻰🀆𢷎𥲻𐡬𣻫悲ꖖ𭝈𐏑𓄹˯𝩖𥂙𐳺𥧞𩐷드ኊ𗜍𭂩ᱦ鞝𞄒同𩒡踦𩍫쫆虜𧈎𧇪甕䥨￭쳴쐨𓀉𥙺捹𐬊𢤕𭐶癱𬖍𢫓𬇆𪚚𡐱𩆗𥰇𤽓𤻆𩘓嶌ጙ暳𮄿ਨ𝄬𫠯ꀿ𗥯𮇮槬Ꮚ㺁𤎺𧈌ᨻ𦁉𫙮믅𭔢ؐ𗐉融𘏂喝𠿧㤡쓼혪𦤠玤𒃈𪩝𥰾𓇊鷱𫸫𭡵𬔳💓𥓘ᕂ𡌧𦴭🆤𑐄毪퇗鄋𛈬🍾侻𤿨簇𬐌𩤶ꙹ𧊹䧁豂ᒧ⭍썉𮏆𝈄教ⷁ錴𨅅𠇰哢𑫥䎄𬙌𐅮𧪰𣎪ᯝ𭃷␈𥻒컛𩠙𫴽𤎪𬎿𫝘𥙷𬋵䃘𡃦𩺴𢈂𤬽욶𩕝𑩮똌𫙞𧅒䟫𤒜𬒳栟𬾯𨵱🙋𬸺莭𤌎𬛒𢖌𠼮𡋭𗩙폀𢀳𤺖𧈲𫌪納𦴭屜ꚥ𩍘𫖒𧅞𣍠讨𢈬軍𥐪𣝾㿔𠝗㨾闝旃ۉ𮡾𡼮𣫕🧎𦆆𢗼髎𮀉𡾆𡐲垐𠑈🎔𣷆𦝏ẚꬤ፷𬯣𭄀𮡂𒌃𡦗𧹬侁쒄𩄡⁌𭵖셂𭷕瓀㮎🇯𗤊𧮉𣙰𩣀𖥱𔘉幕𬈂𗃺㤳誛ᢢ鄨錴ၲ𤒂𭦱湗𫚠𤳕苸𥗙𐎯𬑸☓䪘႕馪𤮛𥃑𩈷깥綏𩍶𡉱檈𨡶쮽舯Წ駔曝𐂌⅜ᢰ암𔓂⪹𫔕𣝗𢍫𬋣𪐪𩦔𨧃珥𧯾𣣖躷𣠃𓐤𭍁𨢜猍𧲷盩촴硹𛀷ퟄ沢쑠⥞륀𐣥蔦𓊐𡺼歽ਲ਼搼𬩁茒𩊮텱𧓕𥻌糦騲𗟊𧩯뺄闁阫웸𬱂𣷗ꕏ貈𧉚𝚰𦎱듊䁨嵧謹⽣𢂊ᙪ𗉇䒮𣒩𭁕𣳑𫨡𭇃븋𢛀𭠕𐪋诅𐬢𭠞𫎽𨼙㔟⺄䢸𫫧祢ཻ䏸𗽥𐹲𭖋㟊𪮜𦣑🕂𨥂吸䉌𘡉脦𩫨称谀𬧟茱觺𡟢砀ः𧖡𓄨𦬧𩃮𓉄𨯺㎾埵ⅸ쁬뾆𥌎𮐇𭓄뢘𬈝𬾩𠠧𤽔囩𧂲憲覬𭻅𠘐僅𥴫癀𣾜𤙹芓钏ྈ𡶘𘆙咷𗠠䢤⻁簚궡𬦃⩌췈𐏁𢗌༅𦮜龌𐅟𥊙𢭾⓳홢𦠆𗩞𑶧ˑ𪇿𧽞뇆凒𤤲粒ᧁ𦱈殷⤷镻浩𭖺𗟒𤊠晹蜟ʇ𮞧𫣽𠣃𩦵𗙗𐩇𠺹迗𗗨𑚥𧲹觌粙︃ࠂ槞ᦏ𫎑𣱷𪔢𥳮𘍅ﺐﶴ솰𩄨敄憲볗𢛧𑣿𩗢𖡛𤙎넲𢃠𦥂🅎新𢳟𧓀𬯌ﳫ𦡈𦠻巌틩𥘦ⅷ𡟤𦲄盌𞋞𡯖𗖗𬰣ᰌ츕屒爦𫔋巴𨠭𡽫𑠑ᗲ𑊧烫本䦥苏𣖞𛇮𠐂𦐁𥍳窥𧒛𗨆𪶟빅張𣴏𧣹𣌧浩ᕃ𢏒𩖟壵뻒𨅬輻𩜍𒂩𫣂𣗬🃁ૼ𤼆嵒왨酊饍𐭂𦢶𭒂𬔺䖘豃𫰿𢈞𘥶𐁇𢜴퐙ୌ⊵𛆀𦊇𗠔𧜧𫂑𬇼匆𞴣𮧺𡨲𭝊ꠃ糟⩺𭽻㯖濷檗𐒄뤔孫釨Ἁ𠋈𪣩䘬𓁼ꡦ𣙱딭𨍯𪺫䉊𨴗ꗺ𧽂쑊硍𡛦𠸛緪𨘷𧥆棔𬴈𫒦ᶈ𘢓ڠ粒紵𦫢𪠣𞺨𨂭𧣝𮚀攖𪑿𭾭𮫼🤜ằ𭌹䴻逿⫕𒒄𥧺얞𢛖ᜐ뼭ﭘ𡫆௰𫟿𠯉𣘦枎ꪈ𝐽𣝚𮛷𡚹䆢𠀎𧞋𤘮뚎𪍿𮥷ℒ𫿍퐹㺒🗡㢉侷▵ꋡ頸錖㺣㕗𭝮𬻘𣧧쨡ꞽ⚻齥𥐚⺩ᆅ𩆸䲠𠄛𨢤𐚁具缌𢓴】㦄𫋉㵺🈵Ꮆ𧃆𥱤𮆻𤈅𒔳㧍𡛝𪋻첔㧂𪵢𬵭𦇂𭘰휋釋𖣇𩠐𒔗𮄠䞜𣉐𤝭𨙉𭞉좇裖𐘃陵㪹𣪶ᦱ𤔋𠀙ᆱಽ𦘢⸻𤢎𑐊ꧼ嘊꣏𭉵ﬗ𪲶−𤛽᠋𪁨𗰶鐑뛐𣕷ꨎ䠯𑠕𑁁𭉧𨣟걚𪛎栜닟𭘆䕞𭿞𒅠𧤖𐼌嘔𣹃𥌘𘗥虭𑆿𢀝𞢞麪𑒤乄人𠛹尝𣼇𨼯𔗡뚣𗢑𢆐𠱂𭽡𧵮뾩𫋴𛈠錩嵿𣾆鱀𝌡𥋄𨧠𨛪𗚇鴉𮆻鑿𣀁𢴍ᩖ酪𧦡䃧𥯑吭栶𝜊澳𝂺𦅆𬳴𑫗跖𣗔𠮿斫ሟ𥺞匫⼀뿛藈𥢨𠾰Ꝇ𥬱𭶲𐒗ꂿ𤂟鯖𪼶𣢬ꅒ穌ᑎ𗅛𨱞䣔𥮅猑𓊂𖣇𠖆鉰𣂝쥘弸𤕼䰼𦕊甧𘑿핐𒓱䖺𫫊𤳉ꖨ𨏕𮕢𪚬𗨐𖾑𩤟欮𪂙獁𐦎戹冭𦄕쥠𬥉ﳥ顏𮦘𗶇抚𐰛𢾥𭷺DZ俍㐋𧏸𮂐ﺎ竷荛槗Ұ𮍥𢸸𤈦𑊼Á熡ᶒ𖼶𦋯𣇧𗠂𠗊𦾴𗨻Ṅ贵𭯯𭺇𤦪㣅𭀤𡷰樕鰷愇둊᳓㋈輭𫅑𦫒𪤮푼𡵪多ญ𩟝𗒤𗎺𭹴𧅤䥎𢯏𤁲唹≛𡔑𨂾㟁俧錔🗇㱷㛌𩞓𢌸蛻𦞑𧈍𨭣拹𔐕𬀮嗍裺𪷇𫎵𢤵啬𢨳𩋩둆﹏흽悔턼𞣎𞴪幼𦦜蝊螔딘緷𦼚𭔖𤡕人𪌧閺븚跅𝄊𮮈𨤆𩢘𡮯🂷𩜣쪾𝜴𢙧🅆𮄦ᜪ䛭𓎉𬨇𣇗춁𪒶뼭𗽨𫁿𡖶쨢𐙓鱝𐨜𔕨牕𦯅𠫰𮛤𝌼𡯪싵𬟈𭠃𩔹𨶹𮫈𧹻仙𮮕𩤎𝑺𪣑뗠㭤𣽖𡀏𬁊𢨊𭜲𨄇禿谾𧈷𡅯𥡺𧪾京𭎆𧕧콳𨑩𪄋䋹ꁔ𢫬歵𭹱ᔮ𗠫譏𮚰𡓠𬂚𬕎𡎍㎀𑠏۵靓⸧딃𬖵𥸘Ữ츠㡦🅫𧅟軟ꋦ𭱪탯𧒾𧾾𨕬𠽞⚕袽𣍢𥠻𤘋𢣶𭣟𬰉𘡒坵𒇵𤏹桲𡐞朖䑽搎𤨜𥅦≛侄𪧗칗𠙇ൢ𡎭𡩤𬅉𥇻竆췉羳瘁𠭳袃𬐎𒓣𤽤毾𢳔𡹚𡱏싯㎶𢦮𭕼嘅㼘𩋴𥾥𒉑𗦎𭤺𠺸🍰𬛯𨫄𫮌𮄰𥣤𠌸𥜔𗗛嘝𛉈𥪨化𦰋𬚬𤀭𬼸🆩𦶵㾡𥨞𝄔㵤𨊟鼗湬𗸦鎀乍𭸥𗰭틒𥽼𖡲𭗷쨅쀃󠇈姃𝒓Ꚃڠ𪙈𭦡𐂃𩰳🜂𬣊矸𗉇𣾤𡺘͝귅𝅘𝅥𝅮뗲ᄠ𥣍𤿅𬫐𞡠𗰲𩠽⼤⊿⻑𬰊𣈤ᮬ𭵣Ḗ𥻋𮎅⽿𭏉潺𑆄뿫𩰻䓦쎟𪀦埊𬙢𭫞ᥖ𢢝𗓅𗹖𖨤𥦐𦎅𪪐𬭆㸠𩕇麁𪘆𡳒🞔𮊤𫒾𩴟琦돒띆皿𮠵𦗆𗅳𡈁𦋸𧿋𐧘ꛘ𝂦鈳跭䰅𥠨𫓣𗘥ྥ𣼄𥖶𠳵𥦼𭆔튊燠ۘ嚈歉ኃ𐐉𑠓𛂗𢍻𦙽⃠𥻽😓𦩩覆蹌𤗑젗𤡌𠏔湶𠠝𭒗𗎨蒨醥ᡤꓡ엘ꊘ𨋲滶𤪞α𤵚𫾾𧤥窮秺𩙽𡷼𘃄𭎼𐼌𬗿뫸𫀺𪪘𤤾𭴧츧𐐧𠂕𠆓𦦲㦘𪋮튄𝃟ﭣ𧝋𭖰ꣃ𢿁𥥛𬷚𨞣𥞙贫슽␊𧁊줭𤷯𪐦毷炗픆ໍ𓍇𑪇𡽊𨒝𢵽꜓𭣳𣴜𭐑ꥩ迵焍𘏣벻丠𬹇𞢓렔𢔳𬦹𝔇唗ᣥ𭀚𬲲櫽妊핅𢗨𩈢酉𑂲𬬺𗮰𨞡𐬂𘜱𢨣𩺤빷铻𪇏忋Țꁭ쑴𣳽𮞴𩽫𩒀𧌠ב곉¦𨏓≜𦺺ꋲ𤋱𩐟📥껔𭁆𧝨ᳯ𬯨억༡ཻ鞃𨷏𭀣吽ᯩⰐ𡣩噉㐱셿짅𣚂𫉃𦭻ⓔ𞸷𨫹𠆨𭉞𮅔𠓩훠ꩪ෯뭳䪉𪷷𤫤遭𒔧👩긖𩸶转䷶ϱ𧯆𪹀𭐀𥕗𖠱🠰𐨎𠩍䤜⤪𓌲𝕁𬋶𔑬텬㺩𔒔𞲮𥏦𦐠𡢀𐦪范𩶞𗠖ⷣ͡𮮆𥙞𢁘𡭄梦Ꚓ𘢫꼼䞪䒑𤂕𝨾𫙪𣴷𧵼𗱧뜯ഩ㢵얏𮊘𦤜朰䉚𭫻ꈆ𧖇𣑃𐐳푳𩦭𬓢轮𘚇픛𛁥溽䖤𫨋𨻴𨯐볼咩隋𨓳𩜱𦼮𦑖峇𭑐䪿𖽮𡅃𞤸𥁨𧥨␇𤎷𨿛𮎼ꁛໜ𬊬𠻰棏𝍈纚ⴍ𨉏𩏱삉𭩒𩾴𐦆𮋥𧟼齾𒎐낾𡄧둗䧬ꎣ𫇡𝣽𪘐𨻉𬀛訲鵏𢀖𥶍ᳫ𦄪𐅚၂씛蓞𨕉𤉽𗚷𪴾𢺴𢱻𥯓𘗕冂𞺆𦦭䈣怭𢈴簚𫛡메ﬥ𮄊㤩韢𬰯𣯸⏾𝗷𣛰𨀙旲𦊀𘇼𫋣Ḩ𨙏𮌁♾𧫳꼑䀔𘦞𥝰𣄵𐐊ᕧ潯t絕粚㨈𨅏𭌈𮎴Ⱜ𠦩𮦠𧚝穩뛎𭎢𧾈𭟀ᵝ𗧗𗮁𩤄搚从𠯊𡮜酦럴𖾇ႊ𠮟윫䈹㫻퓣䟻𑍴𫂝릦𓋼𥾙𤂛셠坋𩅍𧂩𗼷𫊨𪼞𔗶𗃍례䨋䲑𪝏𡄎𣁷受ﲐ𦹦鄚귞𒁢鯱ꌙ𐭜엱᧣𫵐𨵕𦗶䵇ꮳ𤺴𭅝𡗈𗫡𤢀徝𡤥衰𩈠𤋖㟜𬁝𦧺亁𦄖ꬊ狕핸𠮃࿚𠛄艡𨆩橼𨣞𛊏挊ᚻ𧶁絲𣚘쮺ª멟𒔙𪾗顳𝐇𬯜𦓗탭𢸂𤅈햡𠧲韰𖽸乘蹤𣗦𨺋𠊇ڮ𣺪𭲔𗔳◲ꈹ𑩁𠌵𧺮㏵𗌑ᣂ癤𥘹圿🢒𭲂棂槉쯦Ꞃ𨎠𐹼𗯷𒂿𩅾𪨁倻埗𩜋🅀폸🙬𤐞潌𩪗飾畻𬏘०퉸蛎𐤘𢶾𝘄𞣂퀾𒊫𣦤𣩸㳝ᾯ𧮈᳤𣺜㘆𠃵ரﾀ𠣇𫡳𖫑𮡙𞡓𠔤ᬳ힌㯉𡃷🎳𣴞𢺘꣒𬢌ᄆ𘧥𭌰𭪑魛𨲞𧐥攼𮨟𦗳᳇𫎈𤚢𓏏ʳ花𪬊՜𘓁쑢賰𠉡𭸪𣈕𪪧𩍭𗝣𭿑𫃧𬆤ꊥ𭔞𧿄댷⊦𨥒𤕒𥢶𫒝𬗘뼵䄫𓏈𑚜𖫐𬍂𡩙埆𝗞𮅥耒𬘢𪊭孫莜𨻟𝝬𑣂첆𧳗ổཬ𥦠𩐱𧐝𬭊𮢘𤟓𡝗춚ߜ퉹𫰻𣔒䰟𡵱㗌ᴺ𮞼𭚎𧜎鲺씕㼤𠒌𩲫ⴼ𥓡🕤𤬌𥕘𗕪𢹎樁𬁯𧐝⼭𠇿ﶂꈞ𘍜𔐫Û𧮗𪖚㽘⮝耰粁𥚤▮𢞢𭇽𨻥𩽀蟼𪦺冊瘓泭榰𭲓𝂤𔐱𦕏秜𩳞𫏏𥖇푶𐆚硖𮞡𗣒𠘙𣔁씃𢤈𫹾ⱡ懳𩀆󠇕᯲𦱪𡍈𑩮＾𧹤𡭛𧆭儑軳㪨ꃕ쪼攉𗖍𫊓錢𬔉궳郖𦼬𫍋ဟ𧏖膏𮞃𣴭絭𬬏茋𬙚𢌳ꀆ릦𭠐𢲉𘉙𪒢썕𩯣瑜𭨭𨁠𦷒愥𝜓ᗻ᙭𫎂톝𬲟旿𠼎𘔌𡿘䒰섓𨜓薸𫵺𩫚졕𐇠𗣍𠍛콮𥁟뒳𣾃鸡끃栤鋬𢾰🄗頞𩰴𪣠𩤍ꑔ𡁁쁥舣覉𭘿𧴈䷼𦪑𨑋𠤪䚐遵𠈠𡲦𗍄𤳫긁𐒻լ퀎푻浗ꃒ𪏆𣋋𒉨𪻞쵀𧓔Ըḿ𨡾𣱴𣯯𠝱ĭ渱𥫧ଈꢶ𥤌𛈫ᖨ㹑𛇗𝤭𡬙悔죵𤒇𧌃ۈ𫫵𪞴𩑳𡮲纻𡞨氲釀𛀚𪧩饀𮇔𭤠䟼𩀤肫𦞵𣱧𢐅𠱷𪓽𖫣𝠘𠚶𘒞𪧑況靶𮕗𪳭𠜅ŵ絩𐌻슁𗢪𗱆넑𪖠𢵏滗𭕲걾캲↜𛁬𓇉㻧ᔼ툲𡫫𤵉𮮢𑰰𣉅𑒽𮥚🍤𪰢듍嬨룹𪌲윬᳞𭅚䩛𒋣𑐴𪫦𑫬ｂ𮤦𡦸௧𪹄🦼튳󠆒𠋈뾄엙𬙜卪𡠦𛱣⒰윏𠒯팰𒔈χ⇜𦣩𡀨츙𦢪𬧝歱瓁𥁔𬅰疴𠪫𭧖盗𡠗𪢒얩𬒨֫์𘒖𧢞䩕𭗘훰ʵᆍ𠾷𖬢ᢨ肫膸𮞬𤊇䑵옰𢧾𦸝翯𪴢𠵾퓑䠋礵𮏲ꠘ𠗘𫃷勫𐦞𥪧紙⨖𣬞⅍𠘫𧂏𪞯𩞆㰇𪞣㑧鄔𐃦𒁃ꏊ旾㤼𥑕𣺉祢𡓂𫔬𪠽䚋𨌤활𘕺𡱈𫤺𮏆𥹤懽𮕞苔𦵦𬸦䣹𣪀瑞𭀠蕮醾Ḃ𨌂旨⏉𠘙𓁚𔘻𦡣𡳁𑨏䡒𥣐𒓾𡤄𠅥𥖞𤹗𭥃𥨻덥𘆐䆄𢜛┥༪顄𑶕𠨾펙𦳽𩰗𠰑팾𘔼湮𨺾𠫓诗𤎹𮀫𬑼𡲇队𤎵퍍𥪄𐎻夒彿봾鎄𫞞鿔焧𮬌𤬂𥚂𬍆쀢𧕼룜鸹먥ꁔ⒘𘄕𥞱㷞𨂳⪹𭭤賱𡲭妬ꐑʀ𨃿𠗹𪸥𠪇𢕋𮞆䱩㐑𡠓𪜷𢳤𬬊𝣜𢆼𢷔𦟇讒玚𫳤𬥣𮒹𮧔𦕮𥛠𣱀𗦷迬𥤝𬘠穹𡎬ॳ𪈹𭝛釰㌋㣧𘦣䞷𧞸𣬡𫫟𦉋𬊳✽𣶷𛰶𣪠𠼯步オ𬝣촶Ⓞ𥚣ኻ⎆𝟏𪘡갼⎴蜨쎬𣻓ꕑ𠏔𘞕𮭱𥵴𥴇𤟉𞅁𡩶ᠠ읨缘𩢏ﵬ𠽋叮痊𠞖횰쑕淴𤶏𦥪䴬𐀋횂⒅麠𩲉纓𭒂ឃ𠠈𦺀𞤍𫻌銹𣏅𭘂𦿦쒂𣡔𥻽牥𑠁쫝ⅶ펈𠟩⡦𮘐𡚗ா𠷱𮧻│땅熝槺𮞙𮋛𪳣𨞳ፊ𡬣𣁛罺𡩖𞲮𤵅𨶾︽𝑱𔒼蚩𫙘臌𧔨𩫩ڼ𨚊𭨏𪾖ແ螫⪷𨙉𪲥𬄪崱䰨𗦫𢌚𨸀𮟝칊𬫔𠯛𗴸𥬱𣞩固𪺌𬧔𧸄寧탆𮀰𬰴𗌫揷𗽺쓃猪𒀫𞠙𥦲𨕖⏑𣏺塖ᾅ賱䁇𐅡𗼢𫣜胔𗙸𭟕𨔔𢌗𘦝𤐩𤡑𮀦𗜚⻕▄🎖𫒶齼𤦤𧈖𬏦㸬𪙰誘𣻅趼ꎬ𝌡𧇻𮂠𛅶𠩶𤇚𢜀죡𫩓꣗㲧𩵆󠇟𮡤𬌈䛿𪢇𠵓𨓌𐤌𦔷𖽿䙈𖺊𧚵小轶᧒过𓎐𡫴𪉈𔕎𣋊𘍖贤ᷲ㈽𩬈𑱣𤙍墀𨄂𝠒𢞽𬨯𞲊𪒰𝈾Ã𑩂𬸴錯䒐束㫿𥾆🄝𠍘ﱶ䥋𧥏粭㭖ᶜ𩆇𛈯𥼈𫡏槬𫭱𘖊怡옥𨏼𦺟𬈜🟥𨿩㥢𫨾𘌋𣒋ᐝ𠸬잟㰚憜딬𫗹𭺤⮵𩘇鼅𛀼騯摌𗄎𫌺𢇢筷𘑃ᦴ𥣉𧖫𐳤𖢘衎𣎅𠨺🏽㶉끐筘𩥶𑒫ℬ𐡮뎛𔑃𨾠ꓧ𧓗✦𤮕﹂軝𩛲⾠ẫ涪ꑆ䝗洴䴃𤔱憱𮘪𨢣𬄚笒𥁜𘠜랠ʫ𡱑廅ﱒ𤑐𬺹𮀋𩨵虦絡𨶵휲𢔽𧏟鹆釀㰘𐨬☷𝈡𡑌𨝻ᯀ𥎛똌⥧𣠋決𨈤𭑠𨍲𠘴㈞𥡝ꃖ𣲚𠝻𪠗첃豫𣝚䵅𢹊𥊽𪴯𩄷𝥧𐚡ヷ𤂂𡬍𥥬孕ᱦ𗬛ൎ𧹓𝐉仱𪫯셐𨿼캚𤗸쨯𧔇𥥅𫳟𢺷𣪿𗔠𪴵𑶧𨍱莡𫆚쥚𨮊𘖨儷𪞢𡣵펼𣰨켍꧆𬭄𧷹𣥺𥋴費𠫊ྱ𩮤𩕷𘛼❂Ẽ𭢗𘏡ᮛ𭉄𥖘𤼲𬴣䋔𩘋𨎡ぼ𢃛𫶫⠝𦢿𬴦𡡼𮁧𑿩䲬𖹎韛𠆤𬱊𭖹𫓤𬓙𦰣𧼯𡵹𩥦𫖋蒉𥱴𠺮𭜮𤇩픜𨺾𪩾𑢭⥆岱ᯉ𗃅છ𣊯𤹚𪡪𫛽𠜵퐾䈪綌틏𣶥𘁨び얤𧝫𦒊𫑗𡜥𛃧傘𓇔𘜄𡹡獇𢷕𤦑𗗦𩬯𒔂㷩쑰𠍻🍛𩰮뱲𭗌𐌉𤜒𩱝糒㙻Ⲫ굆𢏩𧧴謕䎤棪𝨱碇ꎼ𨻴𗑊𝍒β𧃭🨈𩭖𡁬𤘿𬿦㸡ꪝ𘒐𡡛𥼤𡅴𦠺ꄵ𖮅𦷃뻺ﻢ糓𦃝𫲃𮄆ꌯ𫌝𘅗ΐ𦩮𞋓冫𢈥滧牤𒊜𗗒ᑌ𦃎벨偟𪲁𠵺⤠𭄗𣘂납𡚉䂀𥴋霬ﮑ𧕀锟뉢𧩾ᧉ𤖂𨘻鯕쵏뇪𬑉翣Ꮑ𝦛𘅾ื𠗄뫉𩷾ᱼ뵍ꁯ𖭀뢅𡮂뉡𪉃ㅬ𮒾𭣨筣涧𗡓𘋺𠴻㶥𢭋𧞽𧷡옌𦱂ᚕ𠔪孳𭍃Ⓠ㜺𞠼쐰ᡢ郼𔓗왝𨭟𣓶𧙤𝑎ร𥘿풇𨗶𭌕𘎚쮾𮨢𣖴🖻𬷙툸䱒ѐ𫍫𛃗𧥙𑨩抭𐄓첊䦚𧎻笜🕝𩁼𥗂ꬴ𠱬䒬륮ᢉ𡛼ⱺ𠞓𑨣𨍙𭮞𨉞𫉵훱䴺𘫝𗠌𫡠𠁤𗛓𪁓𨊭틶澼⏲妿뭨징𭗊𧷽𡺦矢𮍴𡢬䌼𦔷𒓏틸𧿫𥆙߳ꔸ湓𫂜櫯ꦛ𠟆祄𢉧𭑋𠶿𝙼𡈅🨉𦛿𡰰欉𭬁𢕱𩬯⪷𝔀𖠨𭙖圽쟖𤤶𬡇횯🀆𐓌𭾡𠓥䪢𦀢𣐶㫝𧥩𡩗ㄉ𝕔𭟢𐿴儈𧛰𝅿隡𮋒𬰠𠕿꽽𑂩𪂕𢕿🠟𧟛愐𡦮馓꾄激𥲽𢣩𬖉𝩣𡴎फ़𭻗𭕘儆𖢍ב𐄿𬋎𪖰𣃱┟𬪹𠟵𩎚𣿙虑🐠𮔩𑇩ᒛ蝆𭡰ꀣu𦈀槑㹳𐤉𭤑𨜵𡊴䉣𩺿𘄪𮋁𗶗龿𗌔𭷑𨔐𤗸幀𧁯𡎗𠳝𤻘𗖡빒𠀇𨾔𪂳ꚦ𩄴喫𓅻𥻇𢥴𪬅𡾔𧎤𤍪穖庑㳂𩄚𣯩蹓𘞛𐄳𬑽𨬿邩𩑕𠥴𝦦𝧃ꭐ𘡯𪿦풘痴𮩯𪅐𧎻𠛌𤣖𣟗𢚗ꋳ䟒鵲𬽳㿑윱㜜婭𠨏𪡈ᬥ𤳬𭋣𥃋𢪛穭𢢂𭥚𮜪𩅆𨘹𤿭𪮆𮁋𭭱櫑𨲾择𥂆𢮲𪐄풚齩𢓒햨𦽍𢘩𪈠𑿩츥풀𬸍𥺤𑖑𠇛턢痥𧛧툈𪹈𝆡𬩾𥏡祼敞ℿ𓊛⳪𧎳㖘茊ᕞ𛈌兰ꓳ𫖸𭻈𥷧訙𐩐յ籭𨗷𧐸䅁胀쪦𣞭𤙯𭞋걔𨶾填𫌯ᐤ솆𢟃喧𨫏𬜵ϙ𩟞𧱝𩦵𩟼𥆩棜𬚒鷍𨅹联ᝅ󠄐𡂵⟧𥑬䰏蓫𪞓𗍔𫌡ꇧᘃᵱ𝋡𥾝𡾾𣳩𩓉翛𒁆𐜁🞃근𢟓ᓡ啧𦋹ꔆ𡃽𝞍毹𗥠𤯡疐ꊉ솸ၺ𮣒𠕉𠹣Ⴑ𨓲㑫ﴫ𡪚ʎ𣝽𠪀🚪킞𨿬槛ᚃ𬇠沨𣩤킹댹阸𐌕𘕖𭡺䉫𫬶𣎵𝅒𗭞㘚𗙳𗑆傐𗟱ꔌ𡏊ᖘ᳒귍둯퇋域쨿𨊅𭗦𨃯謥𐑰𤝨𝞺𤴆𢵊諾𧀯𫪟𘘛𐃃﨎𧡃𢔕𠩜𩫐䛣𪯶𧼿첨𤋯🐭𥹻𛋬Ⓘ𤯱𬟔俻섛𤶐𐿭𧡛⣥닫𦢻穒ᓱ𘔣𗰖稣𩿊蘊𖥠🦚薢됅锕𥳘𩳝覠𣘓𘥖𫱩ጁ𠁁𘠵𤆃🨏𝟦邫𫣆𑃖鯟𩙑𔘠𓅪𢣕𣡯촄賹🂢𠳇𭮑ಀේ𐅨𧒷矺𪛀搳ᷓ🛲𫷉캅ࡕ𞸷𧳣𣵖瘽𛲈ṏ뺂ᔦ𠯢𩤀볡톥Ṙ𤴋쓼怏𬃓𓋰⤽𪗨𪿴䌋𬋒𛱏𠙕ྈ𨞊즼篥𪚝𪺊𬫱對㣶𔒗𥤠〜𣒈뜍𗠬毅ⶆ𩖨𦖩𓎯𨉌솖䜎挶闆𮙙𡦖扭𫷘𣞊苝騍𑪕𡴡𡚋𦭰쾢𮬳懼쫓𥒺曧慾怦𣟫𢵐𮭏𓁎𐍟𦳷𢍹攖𣸫𧺮𨣧𐨙𫎢𐅨𪊭𦜭栓𬓕𫶩𗱛𨛔𝔮⦹𐜢钁黖𭁶𥃧𘐓𨼘踁𝩹𬑬褕ョ윸𬳑䦸𢞡坣𪖽𪢔𠽊𬲩뉉┆掍𩅙𭶦𨿉𨸊↕𞣌靈鼘𓉿𮒢𨼵𫍖䄈𤓺幌줓𝌂𡢓쳀𪢃𦯘㕕𧴂🞎β𥧒텂࠵寅𘒤끆슂䁜𗑁𑀹桎𠣗ь𪸷怶𤘃醋𧎋ﮰ𐬭𨂸𤞦Ւﰓ𗃙㭞「詳㡾𠻢𪁇𢀢𗏶𘚲𪟔𫬰𡷦𦄵𬂩𠺊𢢴𓃆碌濉𖢤𤅺𥐘櫁㚭媕𧰷𪨚䳹ᴑ앲𝓥𦛱扨𖣡𫕢𗂩熮𦑫𨷡𨍞쪘𥳴𢛆𢍴䝇⡮𑢩𪇖₣𭖰𩽞右ﾛ𬴊忯흸𝠈橫𧞿𥩇𤙐𩒛䀮𮒝栄𩥼𦈌𡿗꺵𢋦𢉍𣢸嵦𘙫𗟠𑣝𫱣𧸄푎棦𒌿絔𠔡㳖𠘘㤑䥰𧼦𮎼頪𨮗㦯𥫙𪐺𐫤𐘙𥡿𞅂𮧮욚璧𪪀盔𪐪𧇝𝐲𬁵𐼡𨰭缴🃈슽𧦩𣯦𨟶➈𫝏𪧟𡉩🍻誕脕𧗏𖮁锬󠄈쉹噹폞𠣞𧪁滶𢊩𭽝𐅗𖡠𠟗ꛔ𧂄𗪓ᅭ𡶪𩲣𗮁𡓌𘗊ǽ𫔡𣌯촶ﳜ瀯𨜠𢑹췮𘇳𝣰𮩝璺𮜱𖤱𪇐𧑼𢠳㍱𩀩㥊톗𤋮𡮴稇𡱣𬒫𥝍뜘㢋𡒇㙶𢚵🆣𗗨쒡䠢蜐𭕼퓺𢜺𥨀𦖞𥌇𞡲Ⴘ턻銯蔈𫗓𤱘𬱔𬛱𨈒𤪌ቮ𣈞𢀪厊👞𧷵𢵌𢗒ꃯ훃𩱝𑒰Ŵ𝩦𠣸🐤𠤐廉鵑𭽹𒍀핚𖦙𠚩ﭑt𮑯𣀊𥢠゚𞤮𤉩ᖒզ礐ꩵ齅𐎑𬆖ﳍ𨭜𐒽퍨㫸𨗱妪䄨𫱨𛲞㵒憭ꪫ𡞊𡌫𞲜䂻瓇𑈭𦣱믭𖣶𞋵𗳤𐭦같𩐑𡎦𫴹쇈𬬿ꔭ櫑𪿧𘛚𤟇𗊝ꕨ𧅏쟢𡬠䶒𭟧𮚒𦎈🅻錕𧣢앒闑𩣺𘫱𘄙@㗾𩣫𗅮𧄘𑂈𡀚봢𨎳𗃜𬄁ㅃ𩓓𛃎㸾𭸤퓤㞲蕼笸陽흛𞴔🦂𤷐𒐤𩣐ꗰ𫕔촌⋷𫬟𣎿𥵄儐𬌡껒𣙎𥔅乶𤥤뺚𩨷榪앝𞋭𤫑𝂻誫𡓗䀻𦄃ڥ𠔙𮭡𓌲𧇤ﻈ𔒚뜭𡜇𢯟僖𗅓ꍦ𩝵𫐉䌶𫆯鄅𦒤𦀿𤕾𪉮䫥𣒍싑ᢝ≝챣𮥵𓆹鯃袹岛𥿀𗀨𨮂𢌹𐠚ꭢ𫝹𭲎𨻏𧃥𫅁𮅣𧦍𣉼𨔿𗌤捪𤴲𣸲𢭻㘅𧵢庚魫𬂄囫憯𥕙𧲀🃇쭧긾𒆄𠒜𭆶ⱷ墦눰𨶻ઉ㸉𬃢𐂸𝚢𮇃⪖묰邲𭷮㱐훮𭦚𧯋𣍶𡗚睯ﭙ𬲛셭᭕⤛𨤝츛𓋉𩱟𗮇𫠶𐲇𠿁𑃹誇𑇲𤘓浥茓成𪫦廬𦺄닌渫𠇄𓉼𩭟𗈤𝖆𤳪𗾾𥉀鳦𘓨븽𢼤혎뒅梧볪𪢋옓𫯉謹祑ķ𮃎𒃠𝀠ꦩ㊋𒃲𮑐飠𭺥𣲠𬀥𣼬𭥞𪓹𧉦젦𨌖𪣈𘢡𩕟𩎛𔓶拉𧘬芭줉𐃅𑀝曃𠶿𗼐㬘𫜪㈐𘒭𠙧𗟴쵠ࣛ𣕿ᶣ𗑨𧚫엕𡔸𦫑𡙇𖨗흓𐅙𢏙𩿶𠌧𞡄𩐞㵧垓渶鈎⪊婈𬝤🠛𮡆𧘇𫸳𛁼𪔙𢬒𤊇𧺿𡜯𒒮𘄘良𪉒㺬ൔ𪦕㉨࠘礌鳥𐃒ꜽ턍憓턁錕咸𗓊둼𘝂𮌹粕𮦳𗖞𗑃𡸓ꓑ𩐠𦧔𨮀𢜦䜜ᗛ𨆂㶚𧕸𩂂𦊀夀𭲬𤃧䱇藇💠𥗨貜ి𨫗敽𝍍𪫅片𨚟𒁳𨣵𥷚傞쒁𩌷빧✫𓎷𩧘𭓘𒌲𠠵𨜑讽𧙗ꃕ蠻𬌩照ᗤ棣𭆳𢌫椧೬𩓐𪽂𫥙𒇂諐𡫣𧻧🌸𬑛𤁉净𡧥𧟷𖬹𭺘𘊧𪃶𢯱𑦸恶𡶆乾𩍅𣤑𠠽𤎏깪𗗣𐝋𢌈킖鉔橁𗗁뺛𥍤𮈸𫻡⯀𓇕ꩠ𨽕𤩻𫑫𪜸𥅢缻譍𢘹𭏏𨕻𭪢䒁𖨔𥖒뚽𢶧䱰𦓭瞒𥓞ⴤ𬑅領𮕥꙽𢿦觾⡡𡅢𢒋𘋠␌𣹟갢𐌍狨𣠫𫀃𠌨곐𑌁𔙅卢𔗞𫼬𥹦𗲦蚕𧻔𐃞𘕍렗𭗴뱹𗨈𤺙ᓐ𑇀𧹚覴𖣞ທᅯ⸾𢧙𭡉𤣹ⵓﱼ篒𤪌𡩃葂𗫎𪂬🏬𥲵互𗲱𨜧𥘩𬽰𩡁𥻗날羮択𦽕ꩭ揍𥮨𥖨𫠥𘂶𭮳𢅐쑱𡳚𨒐瓷𣢠ଐ穠𤡏친𪡩𗚼𭚈報𤻐𤍄𦟲𭴂𧼹𥁠㕶嶾䄈𭔙𫽳ۨ죄ᙗ鳌ﾮ𫩻ｳ𝦌𪦪𥋍𨒬𮣠𤘁𗓯𨇡⥄丙𔔞𦒊𑱚𢂮䫔눟𣀣譿ਣ䯐쬖𩩄惿𦾵𖦚𠅤뷘糷𞡍茨𨐋𧔚𢕩受𝂽𣱐𠴪𨪴曠윰𫦒𗕒ﮪ𞴌鿛욟𥟡𤔞𠃖𦩲𣰤𨬈氺⬣𩭍𪞊𛃻𐒀𩻙臃𐊇ᅑ𧿹𡂹뼻𨴷𦩽𝜋𗾠𡍨邎辌ᎄ𧩟🍆峅𬲫馰𤂠𦹅裏ꯡ爦𫞑𬃶𫚺볟𩁼𗜲暆𪔤𥕂샿𤄄𢧷ẟ𢾖₠ᶢꏘ揅𮍑𥎪ѓ뵢𞺂ৣ𡅛⭍𡕳𥢀ཱহ𦇷𫣔⪥㛙𗳓𫜞𥝈왝囘鿓띗𨲥𗓮𢈉→𪇾𨿡𬴷𘆾𨛝𝠪뺧𣏾𘟧𘐵ቖ웭𫎜𗏉𦺤𡞪䓋𢰾ሂ𢈗ãⵯ𬸮㠍𣒜𩓚𬁂𮮾𩴐≊𩤨𬶱𨊚𦳵𡱔𩡈𫙝ꑨ⢁𨱙某🂎𡻿𫳝𫵓瀜𗷃․𗺃𨙳𑌔𛂇𣀯ṫ𓃆泝宄ᙷ懧䚆𣺂圍濲읎𣕒ᕇ𩏮𠌓𗝳𦲑𪉵뤨𮁺𬏪7𮧴𣃻𥖍핷🧦戾𭳃𡽶䆨𬤑𬅵𨽷𤱲𡰨鶟𮎕𧃿𠪼𥔐𢂮↢𔑪𪲑큙𬋬꒟躰垏𮃏篆댠ፚ𣈵𧂑𤲎𪬉曷𨣽𗄹𠰉𥡀𗆔𠪎괘뱘鹰衮𗒄甫爷Ầ⬿𐔅뭖𨸣뿭貨𩿖碝佂𬾀ם𥕗𞠷𦡎𡷵𪶁𤞨겜𑵓𒄊ꖫ徶𗼱𘟮𩉺𪐤≃鴰𖦏𝩦𧣺𘦼툧蜩ꄱ㊵𘥛𩽩𝅑𩷝𗸙𦢏↹㴔𩆭𡶏ű𡄭𫄶𧍕줛嫆ꮿ腜벯ꡀ𓋊𐣦💼戬̞趝㓟砧𝣿𑅚웱盄Ὦ弝𩺺𦂿𪑼뜐𪓀᧚𑪟𢒶𦳙𨫩𪤞ຄ都쮔먡𤻸𭱰桁𧺡⽈㝗揼𐙲𥊦𨆱𥄩𪕝𨆵봤𩚢갻𫒉餯𥍓ꋂꬃ𛃷笿𠀹𣾲𨎨豵𓐝𘝰𢄑轺枞𛊨ᆆ𐲂𧍔𗅱𗰟𡊹𨇍啓𢑉钹𐽄𐲘𧹆鯤⸑𫰞𘞢✖𦸬튶㻝𮅧𮐏縹𡥂腬𡪪𫸃𬰝𐃈⛧𪥟鴈𩔩뻛쪹𣫒𠗯𣪥偑𣡛嬟🤜𫐋🏅𫇪㮿𭕴🙢𠘹屮𫃐䕻ꖖⰲ𝐉▒∮𦢽㒞𠘗𪨲䎝𤋵𩀐𒇯𔐺𨍭뜜𣰭㶦⁒芯𠦜𭨇𘟘𢸴묪𒁂𑵽⦬𫒭ళ𪱴︅𢬉䫃𐔚🥄𣀪𥩙𭓜햌𘞈𣜿𡈐𣮝𬘢𑄣𧇤赚𫕫𭒢𥭸냉𡬬㚊𘏿䅡𩅼厡𗒆ꝓ枼𒔷𢷙𭐘䏃𠮈𦀨ળ䟮䗲î𬁈𣱣᪻𬶇𤹩𦋅𒌿𧬻짶𔘵쫞鴯𣈥𢔦𑧗𣗸픾𩓳䝂땶𗈾𬤻𢏦𘈫𧼱𨞡𑢪Ⱶ袵焥𪝰𩪚🔠𭯢몰𭊭🍶㴪≒闆翏𑫣𪁑쀨𞤷Ꙋ㻐𡊵𝢘夎𦝷𘒩𝆧𭫈Ӓ𧬿겎𫃖뎹𮈇𭬆𧭞𨒟𡧣沼銱䭇㎚𦱤붸ⰻ𢐖ȅ𭊪𦓝𡹭緓𪲥ᘗ𠕇胅𗐻諭𝆧𓋂㖒𩭤𐙪𥴆𥦁삂𠡌𤐅𥍜𥢄ࢨ𞤙𘖉►𗕚𨍟𒒨𫐍신䞬쌿측𝔻𥲖𩅈𒔋㠰🀁𞤡𢦘𮤶鷥嶓覬𮙂𭄹𒆖ꑓ𩣍鸟⟀מּ鋢⍄껸𧛚𩋭𮀝𦖅𧡌𦉍傚㊰𨱫𠚔𥦚𢓂𝕹줐堒𡹎𫔸毌놚𑄞𥝣𭁅暭𒊁𤥨𑚖ᒌ𪙾𣩵𠣲𘙀𨨞𘈡⤌㰱𫿵䬈𣖅𢹯𐌶𡟹퇛䢂𪢱𫜇☊蠪偏𦠞伅𓀬𧞥𤎦𦟿핚䌮𥥅𑨨𭸸𓊼𤨣䡒𮉗𝍕᥎𧧍𪧷𢆻菂ᓺ狉㵑料褼𩮄䟞𭤍聱ⓡ𫬅ꐷ𠘦ｪ𤞡翑ꃖ𗀔𦥹𥳓𩵳𫈕堃𫿠玏⎦苨ﻖ𫻋𢜷𪌨𬄔궠𘁲𫄩츓𡪩𗢢ங聬𭝍𭐙恟릦𨻵㞏𠫕𓉣𫴧𩏏𮝏𒓢췝𡭓鬊晋𡞳䇅𬅯닫𤦀榨𫗘𣀿𠙤𞸕𪾅𤇫䄛𤟮鵶𪿫𠮕𖥔굨𡉨𡢉ￃ鶞𮣻𬸉𧮴𠖡蠼𧳇𪫋𗢪🙆巘睞𮦧𤵳쿖⟽𫡐𦾡𨔫⢗굑𠓡ꙵ𬄽舩𨡡氪ࡦ욿𩂑桏虑𦑜𤁆𐋠𪚿𬢸𧺕𨥑𤔰ᖫ𒔻𦶯圥혱𩮁ㅣ𫓖ﮜᵂ🅲𠳉쮌𠭡袝𠪆𫢢𫭲𧤁牢𨍍𪘑𥳶觓粲𡲜𐌣𢈝烥ᾦ塚퇧𫎇㿗딩𛊶𬛀⚗𨳴붒⭚𬥖𩅛𫻐쓰𡅘ﻷ𩕕𬤖𭚪씹𬙽𣚬𦑷捛𐼍璧𠫂𨎈𨞳𐨮ᑑ𣲦𪽬𨏩𫞡𮯞勒箿𫽽𤬌𘅋킄𗺠𠦞嚾𑑁똅렌累𫇛𦽩𒐍𠴂𫯙㿑𧰖𪓶𐲢ᴄ褈𤸬𒉜돇ઽ旔𢽫𨭡𐄞풹𨴨𫄱饵𘁍𤧰𞺃𡃍튉𩄦𝐼᪇⇋凉𫅩⍞綐𤭻𥭵𪁐↲𣞲颵֜𡷍𪪇㑺蜸ⲢᲠ⭌𧌨𐜕倈𩉮聒쎗𤰕𢘇𤦶𢺰枲𪁠𮣎𥒜꾆潳ⴢ𞣀𘢾𩪇𩊐𠇔𢉐𡗃놈𫆋益愳堲𩢿뙎귷讱𪇑褊𨧴𡧕Ԁ缽𞠓✅𭰾ᡴ𗐬𡫡𮡹𫰐𨭈𩃵𥰁𖹿쎇𩒅𗴙밟𮏢𮚧᯳ꀤ𓈂𝜤ｂ𨗕窱瘊નꕯ䏄㪼홐櫥𠬖𠠚𢘈𝀵𪛁隕屍𫭒櫗𮯌𒅒駲ሶ𑻡𧍭𥓥𘫯𗎉⎡𘆨𡂡𡳷萷玶㗶𮐔𡤎𥣄𨯹띮𐳼𢖡𣕷繋𔘎𡋜㊜𧆑烪⦾ἧᮗ𥆰𧼍鈯𢴧㖜ੀ媳忑ᤏ𡹐党͠𭦩凤𝈰𥀰𔘱ឡ𩠊𥕄𧑨𦣮𠋪魑祓𫱴𭐃⟏𗲦𝠨蒰𪻺𗅯𢨿ẚ𝩠𖮏䚬齕㛡䮍欔𧾡瓝𥠸🗑뭋γ𬪄𢰨됧𪕖𠺐𗮺躛帆𮕜〚𠞊綸𩟷𒉕靨鐶𦲼𢁵嶿𠋣홄떗艗絕衬횾软𗹌냛𘁈𡡩齧𠹙宼𬽧𘩝ꅁ¶𪤹𫐼𨹠𦀮𝘿𬐭𡡴醕𗈠𢁻𣰪𧁀𧪂曵꾷𧗷𣡟菳𘆯𪸮㺯獦⪚𑈻𩿵𗘓𣻍槒윋כּ𨣠𨶞𥮟𛋊𥄵𥤮𖹤𥫐𧇨𨵦랩긾ૄ𛊧𧏎𮇼∡𮈥蟲𓆐뵵钛𪎵𭔱◦𓌆𗔋𤷧🔍𑲪१껗𥐪ﱴ𪘔𬷊𘫁K𧌛⨭𗔃𠓼𩨧𡠏𨺼𦍰蘱𨬐ᾬ䟸𮔭𬙂𑅚𦩙跠꒦蹬𡺜㋘𑋑𮛸𦒕𗆏𭉰ꊩ𗰟𨫫𪑂𣼡덫뱔Ꮨ𒍲𫒸𣥅渲梔ꊰ𮮾讔稻𩛼𥧦匨𐫬𨟋琠𡬵𥨘帖🤄𫟽ւ襅𬸪酌飲𨎢𤧏𢇕鲼𑖜𣔍𠫶キ譌Õ㒏ᰂ嶴ⅽ𧦃𗉙球羙𧕋𝋦𮤹𤨀䜜𤇊𩯛폹𦋑𠅱쳂⏯𫍎𛃥𩠜𨝿𠽧𨋩𤁖𮤩𤬝ݭ騂⇎蹡𮂲뮱🆅𪜰𤃉𓋑𧕽𦢜𤁨꯫𡋉ᘌ𧎛𤹍𩗐ླྀ𡜹䓒壢𘘪他𬇭슞𣳵𢋯𐊎𠥘𘜔甂𣭜亶シ⟔𤖂𤋭𝖛𥷏혆𖼪ꛭ𢃗𥌶𬒰𩀅婽鞯𩜨𪛔༛Ꞡ𮘬𩬕𐴃𨖻扆𥵻𨻩𮂀𠬢憒ﷳ🍇⇭捨⦌𬢁榼𠰽౮㫠撧𧼯𦙞𘍏𨩰𩷸𠐨뮽𩷻䷻ﾰה𡘠䚂𣽤𬇳𫎳𠗞𥋆与𪿯𪺉𣠔𦆜𪺬𥢍㍯瞀ꁲ𫄸𣅹🅻𐫠𡁌𗣎鵯𤸄𢪏䰽𗹔𩔝𧊴𠊫𢭿𞤝𐇲顄哌絻𨥉⦗𣋘𐡁𡗭욋𗡦𝁒𤝩놖𗅰𐅸🟌𨌏𡐣𢒎蕗텬ﱧ𣺩𫾔及瓅㑪𫺁𤍼ܙ𦆝𭌓伴𠞋𐲄𓊻𦚳𝃤ำꝗ𩲽𭹙悲𠨈굪𮣄ꁦ𠵐ꮽ𢶢𤎨𝡽𨔼𛈂籾𝔩𦰞𣔸줈凓𗬖𑻡𫀆𗨠𤝶𝗿𥘵煭𨇆מּ𬭿𗦀𫔺耝𭹐🝝뛽윭𪟜刈𬡫𓌜𡊻폧忄𮕨𗋓𠅖𣄯𠒳嗝𡺩𪌘ᢰ𘋲㠧𬇟𥮷𝑾𣜣྇鱝𬷡𗣙𢄟𫎊炷𘐺𭗃𨴶뉼ׅ𝐝𘀨𩷦뛓𠛨銷𗤐ꔫ𧈖靈뵺𥮉𧊭𤐷𠭒겹𐴒Ȅ𖹥ㄕ𤤰𮠲𖧙☽𖭜瑗䇸𤠹📮𗇟𗳸𥾲ꑔ𬸴鄡𦇺幗萔䣹𤖥𑠡◃𩟕樴틴渠𒌁𧃫毻ⱴꙔᇶ𤋓퇭𖼂𢼀𗚁褞㳶𤍌𘙀鷎𢟔𢥢𠡨䶮⪤𥾟𧀪峈𡇨𖢁떫𐣤𑄓𧻥𨮍⤁𨷫᪁𨥗䍡ꌆ𤴝𝃋𠙝𬩱𤗮㽡虘𓌓랒𠟮𮟲댒𩐛죤𫟜몌𬞬𭙦𖢅翖鸼𓁹𒂕𗪚盂ꣿ𪮾𥞲𭎥㇢糪烉֧ⷣ🁝𢤠𮊍韃𫬨𦔔𥡲𥜹⇷𮓼𧛗𩄂᭤Ḧ𪢿𘪻𘒞𗎸𬡚𬅡≡𘚐𧲾𑣥𦉬🎸𧆺엩𭽾ꦣ𛉮𪘀𥘭폄𭾺熃楛뙞𬖊녟𝣿𪶼🦓𪦭𢧨⨓𣺽䇨𖨆ถ雃⯆䷼𤇓狽𗼬𢤻큸뻅虄㲷𧋊𫞮𡝈𓍌𡪺严ឦ𗁏舩촱꽥𤴆朾𨛦𢆸𡚽ꅯ𨥣𧑶𬿤𝂓𣊴𪪝囶𢒹𫸞犈🐪𝙞滅𝘧𛁧徸脡𡖚𥫴𣪠𗻚𠭫𣍥𥃅蔌曼𦰧ㅚ𒈥𥙷𝔙喿𦁹𝡗𣊭ꄋ啓𡨏𬛹𠧂𠟵魴𡣎ᐢ𑩆仟𔑌ꭗ𐢇⒰鑮㴠𗭗쓃𥆀𠊉睖Ꮂ嫘ꓢ𪶝𡴙𩛥𫖮ꈗ𠳅𓇥𞥅𤮯뼆鈄𒌢渴侣퀾𢻇𠚹躨븡𩠳𪨴𮝿𧹏𝛫𑣬⭰馠𮧅畞𠤗𠶊𧭚W𗴠𢍉𦶢𩱱𣸲䷥ꋵ䭩⤽𡗠𦫯𡊨𮣫𩼷䐖𨴼𡓔﨑𧷌𪗨쭹睞𮭸𒍗𘢈橐ꊳ֫뎩瓰𪟌ﵨ㍲𪫝𠕬ᘠ𫬁𭉉輭𡽲〷코𘑇覸𘡴𦜎𮖿𭪅𨖍𤯁沿薊ᾅ𪢯𨿸袇𭈒𬺟𪝃𮩦𝐇𫉽𣦎𬑌𪷩𡁆𡶣鋌㜨豬𗹦䒲𦈍𤻥𡊋𝔟赠𮋐𪟔𦑋𫋾𞸏𬚗𦽱𗌒𢴤𦂪𨰉𨲶忈𥹏𪧄𧭟┙饵𧞼翺蔚𫥻🢭ọ𫻲🜕𐃟𭷚ズ𫄩𣓀䮋𠶍𭇯𞤐碑忷𗂟钰𪾠𠉵禀ꉫ⬫䍠𢥉𩀷〽媷ꉿ⢢鐗邯嶶⺜𭘷𫵷𢺚货𥞅𩾢︐欋晈傼𪙩旒C𢞨牂𬶹馏𭟶䨲⭆𗖆랰𤃫𧴀꧰亭㈴𡉌𬯡𡬾䫤𘩼𬨏𣜊㱦判𮩗貣𨍥㋷𗹛𭚳筧엘輫𐔊븘𗔯⍜𫬏𧿟碡搵⡛𨴑🞅𪆡𤉛𪉲𝦱𣠟𥒊𗦉𛅵𨯐𥯖𠁆墿🌍𭒌𥴰𗑄𐊉𡞥𠩣𝪛䦉驶ꑍ𬤢켟郏鏆𦗠𒂎䴴𬪾쬶䫹ꛉ𡊌𫒱坍𧾡𬛟𐩺쏧𢛶𡰣䛃𪒎𐄼𢉧𠟰鏼솦𛃤𩸡𩜫⢗𓄛ἇ𝣿𤣅𘞎㩆ꀐ𥭋軋𗈻荾🗢𨘁𘂥댳𘗮諑𨚩⠵𗕐䞐𦵳𭻞츠𓊲𒆡쫦셊㤢𠬳𠞍𫁡Ἂ𬀞𤮮𣉁蝕𢡄癝㜈ㆳ𪅿𗞦딚⩡⏧𭂔𪧉ᢥ𭉇𩼪푮壊𫽖𣳃ﳐ𗊷♆𧊸띷𝂠ⲓ𣝱𨠘𧱆勺듑𪶞겶𢂹䈄눢𧿝ೌ𢻊彸𨙭𣵚ྼ𘔠䧑𐔎𠎰褽𥈸𫊪핊𩵴𥺍보𤀅糉》𨑳㿄𛆺넽𡑡짺𥹏㐄쵍𣏥쾷𖼋긖𢴎䎛渭𭈩𥻼𬻝𪷧𭶭ٿ䪲𐋎𝌄𫤭𪧅撱💥𦃷ꨰ𒂞𥘏𮄮𩷅𨊔𧅛겚ǟ珩궽𬥒𗄊㦵쫡𧽼𭯜ﳥ࿁褽𝜨𡀱𤝾אַ䳉磇嚕𦫵𢵕𗃯踍좰𛃤⍴𬷃𠣚罠맥𫲀𨆕ὢ袯𨨞𩈹𮓤🖐𩅆𨉢渿翣𣙣㆑𨐽늇값𩛍𣷱𦴗𭺮𧁔𠌐唅𧂇𦛌镑撮𥤴ﻢ苟𦃺𬷯꙲綮𫷚㙊𪎶𨽀𐤉𔒫𛃌ｉ奱𨟵𗸠𥷝𐧚𘄀𭏻𒄳顃啵𪐦鴡𡫎𦡎𩚓㯼𭲾𣆯𭲾𩆤詋I𩅤𣮔퍛𥬭𦜟剳졎小鹆𓏨禷𤸾⩍歲𣎭𡛔賂䉦🁃𢈍𝩯𗕚𖦀巶䓣𗮙🂿싘抢簙ᔻ⣌𫉗𦂯𔘇𠆇᩶𘡟𧡧𝛺𘡩𝓀𪆛눁ꉀꪒ𡩫䰲𬃈𣂈벬𢼋𮪉𗛚𩇹𢊗塀𗸵𠩿𑠘𮡠𢊾䔏𓈆𪧒ᩲ𤖏𫵧鋢𦹘𤀃叱𮘌⸝𧊔𫹹䢚慟檠凅𝜭𓋈㋽𨄿🜷🪒𩭐ⴺ붫齅𠚠韯𪜐𮪩𥼡𨄂𫙃콙𮆰덖ቿ𐇳ᄋ𪢑度𧩙뼣ഝ겞𧷩𗉣𩛤㍶𠅚𐢍𘉻ᥟ𥼄𤮽𮈙㉨𩺹퉦𤇶䡷잹抃ﭷ𧻇嗀𡞃𪠡𝝽腕𫛐Ꝗ⿅𨸫삽𤈳𡋂𧮩⽒𘄘럿掽𥕥ꓥ焇鷁愡𣖾𥈿𗎾🍔𭛗沤𤫒坢𥶒𮋽ニ𢦵𓈀𑘴𡬲𧫼ᵟ骉麂𑚵𞡟𢗢묐𢦆𠬔Ｈ𐳑𩎈쀚黎𨉒𡀬𮙄星쯦𮂃𬐢ⴘ𭀲解𨺿𦽴얇𪠾펪녚𦈪瑞𥄠𬱥됥𝈊𡤋瑱𤡸ퟔ𬓰𦿀䔓𒈂𓎛録𨣱깱𝂔㦑𗀾𣸫𫇰틾𮟁る뮘𮔺䭬觳𒋋𧥻슪𒁿ॣ㛝𫑺𣎝ꢄ𫗢ꗣ𗤣弧𫧸𡾭𪯘皊𤷥샍𠲪𬔄𫰙꾠𤪰ꋩঐ🧊ꞑ麎𠾂𥧴劭ꭷ𢢬𛋰틵𦷗혞𥥧ᠠ𧿯倖𣢄𭏐墼𤴻蓕𡹶袗𣬔戯𡭡𬙃𥷄𧄻辟𥧌𞠅𥘬鏓𤷈낽𣡣林𠴜͐ꕭ𨙎𮖏𬸉𠇥𬦇𗗰𤙄𗰌嘍𤳇𪾙𧃡𮜹𫳇𦅐圖洈ჽ𞢻𢟍𗕸嵼𢷛𫏗𠩢燆🎂氟𦬭箛𘢃𑜐媱嶺𢳂𐠵𤍬塊𫊉싅龒𬥵䵙𨂽𝥼𗺨㉁𧱂纸𫋄𧘂𤦜亷𝀆狯𫏼ᄾ𮞏𛱰𤿲𪯬𥱓ኩ䪲𧋥㧂𗧯𥚏𢖄𩝨𨠼䥐꽱㶶쉊𥷮𘔘꙲𥗙𥣸𤡘タஶ𪲹𥫬𪽌糍𮡻犬ཏ釸鿐꿐鍕𭗌𭬐𛈄둪𥏒𒃈𘪬㔔䅨𗗺𘏏𪸞𢤐樅𬧨핥ẵ𗥕𥳡쒆𠻯𫻁𭜕𤓰𠴗誎馏䓧𬡉羊𬘹笁𬣷ấ𖭽𐏌䑂𣂅𦗫𓍤跧幚𫝂𘥤𤜖𠧃𣯶腫年琝𠐮櫴𤘷𠛘𗧆㧮𤺧𢇑𑅞蟒𐿮𢢈⭽𠘹𮅫훀𩟐𗍻⺶웜쿖𘉍𗋜𒍯쭝𦛱𞠊𣛸𭢳挒𠢗𮪔吊𥉛౿ꙝﺢ뵵ۺ𑚤ହ𬂻𤋕🧇튠覨龯𝄠🈔𬍀𝦁蹷掠𞠉𤯛稞㉝𘠢궯ⵋ訒𭸇𝦠𗶑𧔅孹鶾𥥟𘖗𢭙𛊪䷖🐛𮋹籖툋ꕔ𩨤𥄛묟㶑𬞪𦛣鞵佥狘삳𭷭覒𣗽䎃⭿凋ⵇ𡬱㛘𭚋𢌛𡱹𮧲렐𥋯𮞦ϣ堀𧴤𤥪𫇪𥢀嚗ℇ𢗝𥰍𫀀뙌ሠ𝓧𤿨탭𢸽𥉕🀣φ𬯂𖩢𠲅쯍𗤆♇𪵀𒈓𬃕𭭐🝚抪𣲁𣤴詪㓄𡅐𬀝𘚥𘝕𡏃𭣓𤒹붖㕑𝥒㓉𨴼𨵙𨔪𠙌𐲪壬𛈕𨈾𑣍𢠕𥑦嘹煏𗣾怋ꩳ𗏜𩌪𭣃𠝖𗰂ꆼ𨃓臘𩅦𡡚짦䥎櫬𭊞릡𪴾Ⴜ𬊤ꊩ👨𨓸𢬁𭛊䱖ヸӮ𩸉𤲧侩莬㎓껸𬪩𭿠Ⳡ𨵸뛬ཀ榡𥘟䀇𢱐𥶢𮊱𘣓␑㻞𤎍𭌋𬧹𤝔𗙹𗱄𦡤굘𗨔䯜𤀘𪓧𫈥닔┊⇓🝔𦰩𫂬쮠𢖃𣛕𝠟𪹣졍➮𨀣𥯛𛰐裊𨢟ૢ琧𦯝ꃖ𔘑𤱯𨭁柟ᤔ𥌆醯𓃽雾𒂎읕㖓𗖊𬝍𨣥㚥𣟗蕍𪦬𐓐𨿥𢍈𠲞ꑋ𤎫ᛏ殎⿹𥮴𫇳𫲆𦡎됙ﻗ𝣹𓁚𥍻헳𧇇𫌎𫭤츛𗅊尛덠佯櫛㞖ꯪ𭣈𫝢𬊈𧽍磫𤗚𭪶ղ𧝺쨽𢓆𬳑𨼡肬樋𭦝𩓙쑦𧸹䖯䁗𠿮𡔯𮜽𧁽㼤爴𨏦𢧼𩁨𧝩㪡惆𠿓𨳕靵𬆗𗄊쁆𦍫𠖣ꬹ䍲ꅹ𤛌𭽑㝗𗴨䆛𮑐𢞱𗁀𢜯庲𦺄𡦛ᰡ뵧𤨋䄗縨䳗囗꽣벩𡑌𪶎𝄝𨔢㏁𨏘＆𘧥司𭯣낀𮚡𐭧𪋏𐔒𧄋𗜘𗋫𬂦㑜博𮅵𢊷𭰕💧孚𤀂𠕩𢪒俇𥦁𗩬蒐슽얁薄ꕙꘫ婾ꃷ𧐒ﶔ𢮷𮧈𩓱歕莨൚𤆫ĕ𗫝푡𤃘𣲋𧓺笢㛮ौ🠞𐔾𛈓짆櫢樷𨚏𬚔燛𠸽𒀇ⴊ𮄪푏𝐪뵛쐙𗚏𣋯뤊騸𭢸𮄴𭏉𣗊𘩟ᰆ𐨭𣢱𫌄𥧦𢆞🀩䳄𭹧즣咱𥮟ቚ𣸡ﯟ𢽯䡧𨴤薼୰𨋿চ𘉆𪎇𡿈𞠛ﶷ𗦖뚵𭷏臉𓊲𥩃𨂋𦝐𧘠獊赱𡥀𣖠澤🚂𥺰𨢎㵡붘𪫄𔐹𣺹𗩴ㆷ𗄕𨿍섗𡥟ɷ鿯𪡡譐𬾆𗹀𪈌ü𪾱𪭖╽𢱀𪍽𦖙𨭻⏬𩶼𢇭ⵈ𗜯𫰔𫄠𦡢銀伨Ꮠ𮌿𑀏𥾏𫝺䨞𗾩ꮗ‵𪅦ආ🟖𦒜𪦈𑘙䭃땓𬖽ᛇ𬽳𪶌Ⲳ𗙔𦁅𫳍픖䟕𢡰𪟗𦆿듁𝧩窊🢇𢀖墌轪𩀬𗨼𫒽𝘝饪𝐯𥻺虊𧩦𦕟箜ᴠ𣒹ꗷ𤢵𗀸𓆬𑴭䧘𝁮🌩𬡎⾒𗀭쭫𦰨硼ٛ꼘𧏛𧺂䥺愓륫𠝑𐘝𥟚𬖈ꑞ𩫚ꋦ𥦞𗲙𬴢𤞭糔𠮾𩍿㣓𗤈흈𢼽皁𐧦殇𧣚𬑶𧎈𢄓啕ꪁ발Ⴗ𤴙𧒼𥧨쁰𡳠𢵾𫞺𣕉𠄫㯷𥥛𒂓㸩𩏍𠜣🗋힗𗑅𭰍𗬂𭵘鱋𢢽𥡣𝗑𣏾𩾯স𡓢𓁀裣𩳯歞𫊙𞤍𡈒偀𫍮𢆣腵𝠝᧙𮁼𗬳𨒟𫬰𮀀𩳞𬐚뼬蟨𮪗卡灧𠶙芛𗖈黈藫𬷄𠳈𮒯ᴦ𩈕俺𦳚𪴞𣑻羡𖼞𭫡𡃋𠳐𔖹𔓒䮢𢀣㲡𡄾늎姩箟䅟ꉵ𡄨𝤛𬺗켫𫧨𗬅톪𫸪䟣𩑚䆐媉◲𤂡𭂎𬔷𩵪溅𭩟𫌕𒐙릁𪼘𩶬艹袟𧽰ఏ꼗뢛墿ﺞ𥭛蹸𗔑𩏿𔗆ﵽ𑩲愧𭋵𬀿𬷦𥯣籅鼷🖽𡆷𑪘𩿀𬙄𤌎𐲐𩞝㠴𪃄𫦙𢻱𦋜𪚥윔䧚榢𪋧𧶔𠶖쵡№𑶍𫭑餄🙁람䮙衺蜽𦃮🦆𘔊卽𤤋𢂢꤮𐃋뾔⁹󠇡芡󠇥䜘댇㘨ॆ𧏌얊蔢𩰍煨ᒉ혲蕪𫧷툳𠱵𢞪𪨀𦾟𮟽𫷾⬢鲁蔹ꭄ𥀀𨳎𝆊𢷪𠯈̗𫷍㸻𨳋ṯ띁𠰘𢮘䐇𖧞烀鱅𖽹𢘻𠍹𥽼𭓧䬾蟵𑩕𑘷𝑔绡镦墕𝐰𧕅𪺏𧴘⢕𓋡𧜅𪘧〿𡼥𪐕餪𢱽𒒿様沧팻𤗶퐴𠊈퐕𘤮𝈭脠뢂旮漑𬡹號𪟖〽巡𨂜⤔效ꢍ𐤦𠿎𧝙只黗ꕄ靤𤊕탙扰𬓝𪅒쭭⠃锹伥겠覇𫇒𨊍⒚𣫽𑵴⨕𡋜𡙼𦚺🏭𧻇𨠺쥛㬙𢙊澈㟸傀𧿪𦁱𬽴𨙹𬁺𓀰𪟢秬𢪸𨀥𩅙𠃒甬𠱷嬙𝞘꣓𭖅𠃉巚𩂟𭯋샊笸徸镛𗻉⍡🅇󠇓滺𣫇垩𪈫𨩇뮘𭌇𣟤⏨𠾁𗅍𠒦蕦𧲇𢠴𠫭㎭𒇌ᩯ𨺨⁆𬛅뇎𤠲𒅳勢𣿶뛫𪕟셝𘈃𫉣諼𨔭𫔦𣦈곭𘦤𗨊𠔼줸𦻙庹긣𤣡𩹡퇶𥏁㮺㣗𨖓𨃗呋𬕫荓↶𗱦𗧖䯹𮗪🕒𧋝𭃞𩼭ⳮﴽﻗ꺿󠅟🞊𝛕𩜱𑱫芽㤲𫵰𖢝𬖜𞋔𪴬🡤𮎭誗𫖅𬯃𡊙▮쓈햫妱畼🀄𩭆𦚍阣𩚍繭𠢰馩𪖍𭢔精𢒢䣹䆘࿊㳨𦱩딧𭟍굞䩔𘒎㥌𝅻爘𫵢𨝙🢟씀𭢹ᬖ𨜁𠺴鞍𣇡𦠭殰𦓹髳𮕵𗇺ܓ𐬃𗈤𨰓荓볠𪣖𬏐𒁊𤷎삑呭𠋭𧐂𦹆𫫜𬪨𠮄㊑ᗾ鈼寷䛾𞄻伨㊌먾䑘𭂄𧕃𐄈𐍛逷𧠥台𨧚揙𢅣🤹𩜊စ𨱿𥅉𘄏𝆃🈴삯𫂏𥙅𐛌駥ޭ鵨轥ऄ𡬃𣷨𣠂풼唜赍𭀠𡷛𣹀𗕰𐨸✟씍洚𣪐謢𪹕ꗖ춦𝗎𝖪∿뜚𠫘揂𡏆溩𫩆𣩺𢁺𝆝𖨑𧺺讆ｑ🀐𤌅𗏍𠚡𒔧訡𑐀𦖟𨚗𥞦🌔𫚄𣧚溙𘫁𘄺⤷訉㩍𬥡𧩿𫷹蒛졕𥺸拀చ忐𗫫廊ꛥ뛩𫻏𭦓𪁿ዀ𮉞𨖦𪖞𦮦𬝒✓𪁯𩞙ᲀ𓄝䌱ꢇ𪋹𝥼𦂙簝缔𦛔⚶𫋳𦶮䵣𠈏𪛇𣦐𝘀𤟃╓끖峔疵𓐘𫼝𡝹ᰝ𨿜証엉❌𭂴𦋙쉙⡰ᡃ𡘖檙𤝯𥆲鿟뻬𗤛𛃥𑜎𓇰𝢐𪻢Dz⼓샣𣽙𐼁𥱃𭮲𨞃𦹀𧍻㕒䤉䁍𪣔뵕𪗨🁍ꨒ퀏𔕙賣𮤝𗡅옶𪝕罧𥑲𬧢𛀟𧯛㕴𦸚𛲓𫋿𭱔𤛋𦍮𩃴𪣽訝𗨍덧쾷𪔧𭌻豍⋵ﰱ鳮𐇯𔕓끄𝖯ᄁ牾𥥶ۇ𮢵쿗𬌁𤡳𖨵𤬭뙸ဓ蘲𢵛豙䷑𗪙𡚲𗁼㱓𧽠虯𠐉㺯𣆵𡨠𥠬𘫗𘍞𛃲엸𩚢𧠐𣛀𠾊𡖝𘨸𓌨𧜹𑘒襨𪕭𗁱𦥡𬞃𭵼귥Ⅺ⫒𢆵𬕾𗬗𬀔𐍰𗾩𤹓䠫𠤴𨓏𧐙엉𢺢吆父𤜶𤃲ꐖ곜☊땶㧛𫜋⡜𮙘𝩾课姱𦰆扖𧜊ꩶ𭇫𨨊𗷋𣣱𩨱𤁮蛱𑁊𝆥⧘𤏿돢𝐔⧂𞣓멏兜𡾰𭤩𥦁𠓫걛𡅊㺪𭼺𠙼𪔋뵃𦟪𤖋㨕籀🅴𤕬𩋣⼛뷉𭞜𪘟𑱠𬰌𧁐𮞏⦺뷡洖ⳙ𧭺ܵ𭓑𪗳𩗝☹🅃𢋺𒀬ꦟ⋻윳鯄깕𧢡𤝀ມ⛣퐻覴𛁺𨱽𣏕𪶐🠕춇𧏧𤓔魡齉𢁬𢉘絎𐹳⣘𬣹ꩋᴩ𪫍䛍𨮁𑿁ﰫ篮𠜌𘌈듮𡦅ᇼ🙜𠓅ꮎ𩿷葕🤛𤿬褭㧩ｇ𫯹ꊾ𨜘𧇨㏬𦪦𞡧𛰂𠀡𫏖𣘒︹娟𣨇ꍪ茯윖🤗𤥞𭕽⚄넋業鷺𨴫櫛괘𓄳𨫙ⅻ𭨤🍔ᢂ𧖉┕𩁼兞٫𢵝𑶕ꎾ⩹𭋵뮝뭸𡄹𧆺剕찇𮓱🆃𥯆膵༡𮧕𝓑𝗦𪟯𨽧𩥓眰酿땜𥙑𮁬罁𪬉떛𮅽𗲑𦦧琙𗐣𤪰𨂒愄ꫪ𪡣煎𗛖𑣧𮉛䤶춾𢢵💵䑧ሞ➥𮃤㍍𧼩𐜝⦂𝖍𡅚ါᦣ繀𤳄⢓厡輟ꋠ䂆𧙌𥾗𔐄⁖𑑟𧺉㭖𣨰랷燐쳖沬𪢼Ⲁ鄳𩞾𤧠𩔽𫦁𐃏ग蛔𦩅𥣄뜸𩫕⃒ꑼ𪳐𠪪𘏳岡🖬𢷁៤焢𖡙𖢍糏⼃𠝫𫙿𭺵戜⌜헀𝐔㭐𗛼ⅲ僌䟮𨊫𭿑づႮ𩄰𠚂ᷤ𧗭𦊿🢜🤡𨐏彟𣙤㳮𡱉卲𥫯쫦𧢂빊𨺜𡱠憲𧤞ᾴ𪉤ﳪ𪚦𥪉짭쇌矠𡳜𐰠颖𮈿鉾낀𦡀墩𪝃樲뱟颽⡋𧆘ꫢ쟳𪨝弪𬣵䶗蔆𢭱짛𗢭悌𭞐𫅡𨆁𪬆𢙜𪻰뫰㑎𑫒𤭖🚣𩁬浆𮓑𧬵ꃾ진𦏢𦱹枩𣁇𬤨䌕谀勀𥣃塀𓅪᳕𠔵赀𤓎𠦮쑞𗜡ﴩ𩊑䙛蓮༰𩗭𤌾눁𭍩털𠨘𦩎🆗럘󠅒鳞𥁲䍈딦䚊ऒ𧈍𪲶𫶛𢝮㥩𨟼䣈ꮗ𒌝𒑐㱍𝖎𨰰𣁳𬫘𥺯𫘮𪕾𗩂鍺롴𠦊떑𭚳𤔇𠞪𨵦𩾱릟𭚬ꢠ𞤄𫑲潑𢗊皴捺菨𬜔𭑻𧍄𠙀𭢣馒䆪た⏵电뎢﷽𠼼惎쇸𢬧𛇄𑒖𫁆짨䪈𨹇𨞕许祕ଡ킮嶋𬢷𥿩𥨎𡚂𭌢𪰕𡯙묫滄⣐𣮘𭑭饢𪌒𧖼𥼿𭬂꞊䮟𐕃𐂦榶𩜂𩍈𧫕𘉽佞뷉𪬶𭯥ഉܱꄉꍷ𨄸찎𛋰𤳺힡⡑𦥯𗜙𝃈軻𝣹𫰃𝃚Ⓒ쇽𗢢𢏾𭺥𩋻טּ𥳧𠈪𘚗퍳𤘓𗿐ⓞ𤦫斠𝍏𖧒𗱇🥴𦐚𫩔𦫲𛀨児𒀊𝣡𮔌𤿬䋓𓏂𘨜䤇𫪗𧃕ᰤ명𭲒𑐜𤏜𬚮𫋨▤𬠱ᾀ𥠉𬭅𘖴Ε𬗽𑚔𧠫ￏ𣎂砙𑿚𗌼𤒤𗔼𬋱ꯝ𩠛𓐟𪾤𘚹홗𮂰𩽕𧊍𠉿퇼ᬱꤦ۔𣀷𩰜囱𬊖脢萳𥉲𦤟𡩩𐃞𧼶븡𤭻푋ꨐ𪃆𣼢𩸜𨄥𠁉𦦬𪔄𝥙𫨪䛿𤣬蜖玷헻𭂴𢬵𪼃懲𠃍𗘼틂視ԉ퀀𧧠퇳鯭鲔𒉩𪬳𪐒ྠ銁Ვ𪐯檑ᙦ𨺺䪥𩯦𫶏揳𘣦𦮫⟊㣆ⷍ爣𦳹뎔𧗆𩖏𐑟蹌𮔢𠒉᧩𗰳𘙭墛䐧恹𪐮뽫𦾀𐃶隝𠞕𦲸씉𛉋创𑓂𑩑𪱠𘇨廔𫤸𬧌ࠐڙ𦀝𫋰𒂺𘇞𖺀𣚪𥾧亊ு𤴲𗫪ﬤ𬿔𭳪傱𦴗㻪妋𗅵𤟁𫽻겟𘕊𓇸𢪘剜𨞟Ⳮ𮑰𐴴𠙣⧜鵈젃㱧߇𦜵𨬩㉏𨙚똩𤥗𥬡岡𢻿宐𢲽勵鼻𭈎𡾎ᛯ𤵪𪋾𦦱℆¤𤴇ヱ𣆙𫇡숡女𦥐𝔗⩧𠿇𬩣𧬊𤏠𬯂𩙣啂硵𛆛𤱪놯酳𬱧𡚴𭵇嵊𥅥𪦶𨭸𬴞₀𗾍𩢕𬽯𮪀ऺ𢅯𭝆蚪𨤾쌟蛏𦳇𛱖𨔓洭𗦆𪲮過𪂘歘흵𭵬잱𬵓𩙵𧛉䃌Ⅰ𭎟𣉥癧𤣮𧪗𢗉לּ𮇖𩺈𠓆𖣈魾𬏆𤷷𡪑𖾅👄𗟣𢳉𭾌𮋄㽁𝀤𤐷𤴼𭑳𢌕雉ⓒ𑃴𥺍畷🞉櫄𤽛繡𪽷Ἱ𘩁𐏊利𓍩𤎆𤙔𝛨ୗ𥖢쁳𧼯𞄽𧀲겝㛯ꕩ븉𪩆◹𭣨𑘟텙瑚𪗨🆩䆵𝛝🞦빨𠢚𑚵誓퐬𗣭𐌑磮ᶊ뻚恕𩢖𭙢𮕜𢧵𪅕𡛢𪇒𤫽𡰶𦲌𒐣𪁹𦊺𮒼툀𤅑𪂅𦩠𮑥𠊌𮅒ᵙڅ㔬𩚺𣶚𢫴𧅊𗱤🢞🄜⡃𢬓篼𦐦㹔擄𣨘𣪑𤉏𩭰핖𮊳酉𒈁𣻑𤩓𦑬詤𓇠柈𢏑䩜肴𦺁🥚愈纜𠹙塾🅴𮢼𢗡𘢯𔐛쁄𧷋𪏯𘜍𗔝㴙𧪈𢥻💩𩩨𘨑𬼵𬯲𧈦𫄫𐢓𣻴𭾡긤멩𑪘𬽙𢙢𦀝𢅝𢇊𨫉🀓𫻦昛쎁ﱂ𮃹𨤍𬑘𖩧筝𡠻𡩿𐘜𡄧𡽍๒슘𭛐뷚擖𠋵𪾈🀡螈얎薗막ꈔ𮠴䩀𒓿嬪𭣊େ兆䠇𡰵𢊵𥏓戶𣶢뎨㠒𭚙霣𫴒𬒆𖮁뾧𠽷𗺠𫐌𡎫𡽷样𣵌𨇺ꢡ堻啋𐄘₩𢐲𑿅𮟉𢁇𥐷䗕⓮𮡲䆃禳𦹽ᩋ쟺궿ꉒ𨙯𤊳𦲍뢲𥗏Ꙇ𦭱죎𝤍笠𭘌쀲𗿞𡴃䬃𗞿쥎𭀭䅯𒈭𧺞𑰌𒃯𩪵𪙸𦜠𬫬𒆒𬵇𑄉𣢶↸𩃙𡰉㽾𧊖ힴ𐌃𗨾𦮇𥬖𨃗뮂𫲃𠀼𧀉𦸉ꁠ똋𝇐𒅅⤍𫝱𝖟𥍒ᵇ𦸯㿀𐅮𐠞띐乌㕛𐛐𠃐兴ᆌ𤨽𓐕𦰲𨗑예覶㎴𩬍뚵𫝉𡁃觪𡢹𡸻鎯龐忴𨡰𭘧𧿰닒𡖄󠅚𑓇𭹙缕𭅶𨋉㜢𡕻𦈻𤊔⃑⾜𡳋㏝𤍁𫥘𫞕𧷇畃𪡽𭱕맳𪋲𩚐𢣛웻𑘮𑢽ួ䭈𮚥晡҈𬔔秕𐃒𦃋𥉑💁務㌆ݳ𪴭𬆝ጰ𣿊죠𣲇𑣈𭆙𗿫𮢷🍬𠢓𥣚𣇜𣗼𗁀𧂄ᙅ𝆩膘𐇥爃펔𭄏𩟥㉌Ḉ𩱼燅㛟拉𩦵𠒃𧈘숙𧒆𫮫ଭ𝙁層🁪𢘖𑶀𩦣瑽𢃔𘖔⯵᭜屁𡈞𭏀𝌁𩃿𘝀𪍍윍𨗮퇱𥵫ᇮ𥛾𥍞𗮯𢴥𒍟𑗜𝌕䦥𐪜𨇙껑𑄽𡰲钮𮦋얯쮞𪒬𧃓永쾅𤕊謅괃𢩡𩮢𠠷뺋魀𥎕𗌫廷ꄏ᧳𫺡더𑣧𝅋𣝻㥆堋ᢾＷ딱𮗕𐁊즌𦶍𪌂듔𪗈𑜀쌠𨬡𝀃𢈋𫭂𣝔撟𣙛𤎄𑀸﨎鈑Ἲ석腆灋ﹶ覘𩢋𓆠𢍛𗯳𦢝𠗮狍𨠴𗏑䋣䁸䜻🃴𪟶둻𡒹𠢔钄롲낃𭔕┅𤚸𖩐鎯ꆑ倚𪭠𧫒빛𢤅쎺ﰇ𬿭뺈탫𗒿𥩱𗰪↤𝌴𩒦𧛱𬵄삟𨾿𦊍𮗙䗿𖼤⡌𧦊𪩥𞲏甜𪻞ᛗ𡤸𧞍𣣭𡧓𨊅𡜩𬵪杢殿⥷㋶𩪕𮊡莈ﭶ𛋌𖬉𐭠𫻃𩪝𘖄ꑑѢ뗿𣓛ꫳ㋒𠓭𭡰柱🜫𩔾𢤁ߒ宂𠒹𮁭캁𦚑𦃈𠆿顨𐨛枷⫳😬𡝱𣃴𬂜𖠔𖡹♧轉𤙾𨫋ཨ𮓸𤘷𨉡ୟళଷ㎗▱乢𦐮𢷽⭈𩗊𫩛䜖䵭ื𠰸ቲ⼖𨮺储淑𠋩𝢩瓑𛰣𠟕蓲𭙜𖭝롚🙍ꐼ𡉴𣯀𥱭顭⟈𨑆𮆫奼𣒤𑐒䮨𩘇𮋩샎𣝯藴𧕜䌪𢰚𭈓𦷿𗨵𗋙ꨌ彸𭅎잮翵𘄁𒉰𧩯ᘎỢ𖣲谈𑒞𬃆쥝𣭕ﯙ𠈵ꄐ𨠛뀗𢑼搏蚴胤𨝷䣕𪁳멊⧮𨷴𤐜뗆🀇ﲏ멹𩉺䜊𗵩𦿊𦩻𑩺ₘ𠿌𖢥𗘎웲늛𖩛𪲠𨝡𧠸褈𦍟㟍𛂏𪮘𗧡骰𠨨갊Ꞷ䐗𬏬𭣤𤭞奿𒆠𫏦𪱳٤🐏왉𩜾𗅇𝆜瞡𗐉𮭳育𩮃𗙚𣒔𝥢緡壳읹𭗶翐齤冒웏🙣䡎留𡉞𤷗틝𡹜𧔚挳𮙫𤦸夜倝몎𢥱𭉝䦄懌劙ᘘ뀯쨜𪄚𗇀馤Ҥ𐢅⌡ݐ𥞖𠮎𗣏콫𡐻옠𣺘𡉙𐬝𪩹淫𣆰𮁟𧪲ꋉ𢳏駤𦺏:괎庼𪒹슾ဇ𗲞𗫑𐌃泸𣾍𭔍𬗋𨂤𦃞ꡰ𫘷𬌩𩐼𞤒䐤𥲍𤸺穮ڲ𨸋𪢪𗿜𭥀𮊖랏鷉纏깃𗐿ﻆꝰ냇𓁜𠷴𦒾𠡏淈໐ꊲ𐢄𢰺픛𐘺𩓑뢡𐭋𘠖𦳻𘎈𨩛𗽘䥩𧨰豯𣟔梦砳ン𬻥즘䦁졘Ⓙ𝖨𤵥𮘺𢨵𬝭𥺪膘࿖𧍯𥮒𮤞𦊳Μ𬒯횄𒈽𪗖𗗞𨑌퀖䷎𢞹헞𓇙𭘴𢋋𠞋С𗺾ෑ𠩽삅𩑶릿𣒛닊𘠴𥈉𣃅ᣯ󠄪𥊒𭖭ꮼ뻾龢䉼𧆘𮛴ڿ𩄅𗿘𩬟戵𑖵𦺼緞𩁖䕞졶𡁼𬬐ꂑ𗸅ܶ봗詾𘆾𪴚癮嫍𝠡뵧뎃𝡠ㆂ騇𧷐𦔁鿀𣑁𤸋🁋𫈒ᵄ𬲓🈳뒮𭉬𦕱秉ᤐ㠃응𢔄𘀦뗁玶𠿌𭱪𔖭𖽤𒔲鄋👪飅甤愿𑦶𛇟𣏄𡐘㌂𠩬硌𫿲𦩓ᙇ𬛶𨮑𐘫𛋟༟𤫸𒑔Ӧ𦎗𣠗𠃾𠶱𧡤𮀔𑂄𧇂˹𮦧𣩻㩲䢙張🙽𮉵埒𠠲ꡯ𦾪𠝶𨪐𣉉𭪬𓊳𠅰𬆥ሎ𪕔𬦧𧐊𗷡𗋅𨞼𬬸𩢔烩𡫬𣭳🃲퇤𧅐䧄𗗥畹꿳𪵻𗝍𨾯檎𓌼𗬍둪𧓩쪫𨼤𨰝𒂎襠𒄕𘂶𥨺𐮂𢽭뿖仍𝐜𐒒𠲱赈𔕵𐢏🠤𤸽黐𗴇莤𧁸鯮몠𧘷묒𠞈蓉𢤩𪽪𡲠뤋赇ዧ亅𮣕𦳟⒮𦭖𫄶𭳢𢉜𡆛𖽄𩶿𫷤𢪱𑙠灰😜𤙞𝗌𫫌㇄𥷧⚃𤃡𘢒䓏𦌃瑱𫌧陷𣶩𑩷𗬵멩𢟥𠰿괂媥ᅞ廅㼁㤍𓏾𣤂ഖ𩖻🞖𪑨灸𖥘𬔭𭘁𡹂絾岫Կ𔔺Ꝇ𥼍𣩐騨𣢠𧟓Ѻ𣚩뛆𬌮銩𒃼𢙉𨶟𖦯𮂹𧭒𦪍뇞𢍃욇櫜㐼𘝚𩟱팞♻𩅳䷟𭄏䇷｛藍𢑣𮈕ྯ痁𦧢𥗡冲𮞂𬐄淣𢬕𦢒䓹𣍄ఖ𮇵بた𮡈퀑𝗜𭣄鸶勇閯𭙗糙뺸𢱗𥢯꾤𝒾𫲙ቫ𑚔𩖎끜󠆣笋𡚪𪕝𫞘䊔𫘾𖦴꽂𗰴𦰄ᑦ꯱Ḑ欒𗽱洺ሶ褌쎵熼⥒𫕓𪬣ꗭ媕𩘲𢘞𣟌꧹𡭰𢆖̙⅞ꊽ𤿭𐄭𩴑𝘦🡅蠜𫒧𮯞𩱎𗄞𥃳㳃𢷌𧿀𬺑𤳌𮇢𤗡𮡕𩍕𤰹먳𐒂﹅𫏿𭪥𦜝𗧱𘆙𘒯뿄蕱𦭯𫤋𩂸𧚟ȅ𔕭𛊆𠻩킥𝑳🃯쇋鈳𬱶蠺𥙨𗶗䷳𠧦𛱢𦶾帔𐍟𩛰𠃌딳𢬱𑄿ꍀ￡𗼆㶡幏𢓋𦟞𗧩𓃴멦𗀅𡯪ከ𣥓𥎶༨𬿈釃🡦𠗦溾𬰑ઓꞼ燥忿𠇢赏𬥬𢝍풯𨍑𢸩𫨴𪤂𠎑𞡌𦤑专🞜𦿍𤄆汱𭡥𮠰🙷喈𢆕𠉒쭢𥹥𭐪⪁𔗑𣗏疂堭Ἆ𡫛𬺵叵࠼ꃏ𗳲𠒑뾭𦜡𥊚ç𣻀垩𗎁𤾏𑚑𗬂𩖋𪜏飛賐𢡊┲𢈔𥈎𗢉𤳲𨞈𧐋𤾨ꭥ⭶瞑攚ゕ꽄ኦ𦗗𘥹剡橳𩰉ꖷ𭼒腶𦀴𝈪硉𢎀𪀤𮘌𫴨ཐ踫ᛝ䭕뙴𣿹𤺦뜡𠌦𦘶잼𧠋背댃쨃𤿌⦈𡫉𛈖毳𢱦맽ꪳ雜𐀕𢾨𠾲𪒺𣧣𠆁䉀눫𦞳뢄𮯎쪗𪇤𩸋𣁇䱮䖠潺𝞸𤆚𡷥𞥃𧄤쿎𭜉ໂ辋𬇽𬠌𬺲𢵧𧮎𢰗𛰇𧰩𒌯折扺悟ػ𨘭ꏯ𠦝𦬙𡟆铵𫮚𦬨끛𭳗팥𮬗𧻢⼉𦽅𤨬蹀𦸢𥏻𭢙ﰝ𠫛𗣔𢯤⨹𤅥𥥶𗾻𝙩𡡠𭣞ர銑뺝𧥒𐔧맦𗧒鑍罞𠖛ꁧ𠖎𨰟𠭎𣖶ኤ𣦊噋𩹔𫴂⿲䬪沷𢩼塬𖺃ࡇ𬰥𪺏𖦒𥳏뭰ᮘ𒁹䢙𤞔폜⥥𠺓䧈𧒨𬂴𤙑𥶢𪊱𨂷𗵭𘃩倉𪄕𐀀𢃽𡣑꿿ᵿ𝨢𓇕𦽲𬑫忟𣫂𧏃㹑쨳은𘞚ᡥ鈂汨쪁𧒱投𮇝ᢈ𧜢𣕴废䚕鋇耏湑𩲮ඡ𧴣𞢔𑵔望𣔕鶽𣐭𢐪㏃𫡁ـ🠹𪎟𒃞祸ཊ🈙㒻㲑㩲苳뫤𩰄⬶𒔒𠻼𢫉𧌯𦈈Ꙟ뾉𮣦ኘ𧉄𭡖ᇙ熅𥞊𠈛𭛨葦𦯲鼺𠃗𫏿𡫒𤭎𣱡𬵗𓃿啜塮𬬸䲯핹𥊽萋𣕏𩰾K𣇔𢛳𝗥쪮𪗓𖧚檨웅𪄺𗃦𝨤郏ⲥ𐩦䬛𔘺𮍺츟𡝍𨇆𪾟䁩छ獘𢖉猃ᘖ𭮤𣟍ⵒ𧴐㸣Ꮟ𗯟𨬿𠂧ꋲ𣾟袸뵈脤𗧾੯𗙢𛆎𦐪냆㥤𠔜䰬𩶨𗵍젨𧤰剝𧴚ᰁ𢷁𘜖𭹇𫘉쥮菽𭞯🙼𦯑◿頎𧑉𤑄鵉絞ᦉ𢫭𦇬𐄮셶𭣿垘𬯉噉恲🖡𓏻髸𢇐䑮𨱃瞳𒔋断턔𢱕୍𭃠䷳론沃𐦶𥚚𝛓ẛ㙾𬃗𠨖𣎝𤩃𬓠𗇮𢥷峯ⵝ𘝠𑨡𑚕𠴀ꦽ胞躔𩅍𧿫됆ἲ𫰠脙𑑁ꫳ𬛌𤄰𫏟𭁊폨侑뗬𘍑𠟈ᢋ𤉤閲𢱝𝦱올鬰𒒏𫺷雙𡕑䊎𮨐𐫐ﵚ㫌𗰰𝒸쀉恏㾌鸞𩂾𫱢𡓵𢆜𘘅鴨苃⛛𐤭𠗾즡ﭯ𥷡𤵲𨉃뉜פּ𝘆嶏㒈𣜭떂𝇂퇜𑚱𛂓魏𭃃𭇇ᐻ𭇏长䨇𑵇𪩖𦤎𣝭𪣹𠒅形㨌擾奪𫐚𫯡𦂭𬍲뽒𖢔𗶥Ᏺ𮮼𨾵翄麱𧞺𠕭🞺𥯉飶⒈𮈘𥉓遜🄓𓇍𬙆횻𩧲薋𐠱𩊋𧗙破㈂🐐莼𨓬쑒飌𤚇𩒅𠫲혡𝨉떥𥱮餷㷥℟𣋮ԙ𩥤𫆁䇍ￍ𢅢釲𬎓㑯𡼇𮆷𨚱𨔳ॎ젆𐛡𪞪䝼𪰝쎢𪈏𫌅𗦁𣇂৷𥣤𣨫𠛊悲𗓐𠷁𡠭𦡗쭳𪕹𩑮𥯭㗖ᩤ󠆧𢬁醦𧊱𬧝𔒭𦌼𪴙𩥃𥄱楸𡎀𛁉ᾴ𬴗🗏𞀧쿝𤊸𨶆掚𦧝𬸖毪𦈜齶Ⱌ벟𫛱𖢒귨𠎌䘔𡥑䒔ዑﾁ𤩯뻔𑱕戣走𗂚䞔喓𥪃晲憤嚢𠳃潩𬋣𨎃𪺵𠩲𓃡𥱝넇⑃𣶒蝩㫭𣸳𛱸㌅謁𣠶䇣ᰘ⮉⎿𣜣缗𥗾Ӝ𦬍𮉦𥣱𠏒ꎸ𑨱㶀蝰𛂟킬썁𘟢𩨽몉𣲼躿𥕑𫏀𣉖㔠𠧿𫃷𐬿𠫜𬦇𑲪𐨌͐🥯𪯅쑎𭃀灹Ϩ閌𠈍黖鯖𤢗𫽾蛬𝑓𩹄𩝱𦓋𤾒돷𢷈𝁓𠕋𦣴┕𣒺犠ᅵ䴍༌𒅵é𠯝𣔰𢈑혆𑄡ᗠ𢪷𫱢𢜷𑠧캨𫉄𢍞ᴞ𤢙𬛥𗡐媻𒆟𬜃𤼀𤐱悓𩶟𤅎肽𠪕𡐉𦇧𑅐𐠵𩾽莕𧪅𠠊㩶𭛟ਗ਼Ŋ𢑗𢾇흫𪑩𣝫𔗟𭊂㖍萓탂絉𭹝𖾄𬥝冱𩁝ⲑ𡒇ጄ𓌳𠯳𪎔𗦴벶𮕞𞄺⪋𩰷盧𧍂䩽𢿕𠩢園𐊋轮𫲯𡭡𠅜𗪏𝞜捫👡𣼖𥦉痵𦽾𬔦𨈠꜉슟析𤳂틛俧𑣥𫙦𪜇뗟𦜌枍㰌𝈷쭱𘉚⥸𗙆寵🜕䉧𬗀ĸ𨳖曓𩘟虣𐑌냶禔𩚢𭌑𐪝𪀀𡜓𠦀𠭼𪞑᧶⻉ȥ𘔱弘𑶌艧𭼂ꇖ𫿥ِ𒒰𭂍ᶎኲ緒筠𩞶忄𢢘𮮵甋𬆵𨋑𦯓𮖯𤿱𡈽𩳃𫀺𢐇哘弎𖢛𥒧𦷦𫟳𦻣𦎎𣾯𗘺𘜑𢫖𦄺㟛𐽗𦒐ۋ𒓌𨖔𝝏溞빍쏷榻㌰鎡哛䡴𦫪𞋙𢇽𘎭𤲔𬥨𤦂𨺿綠𗥥棭𨧡𨏍ༀ𦦱𡴰𒂦𐴹𨹎𮩘𐽏𮛽ㆆ𐂭֏勎᭷궛𥶂쎟𥃛𐋱𫞰汜逧˳𥏷㎔𧯤𗵋𗱓齡𨗜𪀨𮂡𧣵𬲠⡶ⴇ𭃀磬𮎶𓇟𦘢𪀑𭦻ꠟ𩤔੦𥁌⩭𮃬𢓙𓆝𘏤不㤑𧑭𝥉ⶎ༮̰𥝐𨸡𨱁𩎟𡣫㠢䡳莊𫓗찭𗇐퉢𠄘祮𮉥𦥈牗𥻞𬰈𢛻軴鸖𤘻𣖩𓉢撫𪮥瞏⮒﮶𪒜𑣥𬼭㏀𮍅 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2a0272817fc64166b03e3e928aed0fb3cc2b5f4f | e2262bb0a235335eb7c673a96ca19eb2a39bb087 | /Actions/DEL.h | f37f753254d158af3d034a93f3a0ce52abf3babe | [] | no_license | HassanSaied/OOP-project-Phase2 | 75474af66f9d0ce272360e21d1594a5717836b24 | d6865807cd5ac77018a1e4352378d1533cd91c6b | refs/heads/master | 2021-05-31T13:58:02.259332 | 2016-05-25T20:58:43 | 2016-05-25T20:58:43 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 232 | h | DEL.h | #pragma once
#include"Action.h"
class Delete : public Action
{
public:
Delete(ApplicationManager*);
virtual ~Delete();
virtual void ReadActionParameters();
virtual void Execute();
virtual void Undo();
virtual void Redo();
}; |
51e922bbd832b957a430eaf007f81485e53e4801 | 9743f2a74d8abda79a3d7524bb38fb9426d37f4e | /e-tutor 中文題庫/[C_AR170-中] 手機打字母.cpp | 6eb8e0127a22ea9d27cdc6995a7d64be86a012c5 | [] | no_license | linyuting26/Programming | db455aad6f5809f1b70183bcc87b730552a6cfd6 | 21708519eec015139ed95f0edcb9a9646f37715f | refs/heads/master | 2020-12-17T07:22:19.575411 | 2020-02-22T06:08:31 | 2020-02-22T06:08:31 | 235,275,761 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,263 | cpp | [C_AR170-中] 手機打字母.cpp | #include <iostream>
#include <string>
using namespace std;
int main(){
string str_msg="";
string answer_str="";
getline(cin,str_msg);
int length=str_msg.length();
int flag_status=0;
string str_array[10]={" ",",.","ABC","DEF","GHI","JKL","MNO","PQRS","TUV","WXYZ"};
string str_array2[10]={" ",",.","abc","def","ghi","jkl","mno","pqrs","tuv","wxyz"};
int int_array[10]={1,2,3,3,3,3,3,4,3,4};
for(int cnt=0;cnt<length;cnt++)
{
string str_temp="";
if(isupper(str_msg[cnt]))
{
if(flag_status==0)
{
for(int cnt2=2;cnt2<10;cnt2++)
{
str_temp="";
for(int cnt3=0;cnt3<int_array[cnt2];cnt3++)
{
str_temp+=cnt2+'0';
if(str_msg[cnt]==(str_array[cnt2])[cnt3])
{
answer_str+=str_temp;
}
}
}
}
else
{
answer_str+='*';
flag_status=0;
for(int cnt2=2;cnt2<10;cnt2++)
{
str_temp="";
for(int cnt3=0;cnt3<int_array[cnt2];cnt3++)
{
str_temp+=cnt2+'0';
if(str_msg[cnt]==(str_array[cnt2])[cnt3])
{
answer_str+=str_temp;
}
}
}
}
}
else if(islower(str_msg[cnt]))
{
if(flag_status==1)
{
for(int cnt2=2;cnt2<10;cnt2++)
{
str_temp="";
for(int cnt3=0;cnt3<int_array[cnt2];cnt3++)
{
str_temp+=cnt2+'0';
if(str_msg[cnt]==(str_array2[cnt2])[cnt3])
{
answer_str+=str_temp;
}
}
}
}
else
{
answer_str+='*';
flag_status=1;
for(int cnt2=2;cnt2<10;cnt2++)
{
str_temp="";
for(int cnt3=0;cnt3<int_array[cnt2];cnt3++)
{
str_temp+=cnt2+'0';
if(str_msg[cnt]==(str_array2[cnt2])[cnt3])
{
answer_str+=str_temp;
}
}
}
}
}
else
{
for(int cnt2=0;cnt2<2;cnt2++)
{
str_temp="";
for(int cnt3=0;cnt3<int_array[cnt2];cnt3++)
{
str_temp+=cnt2+'0';
if(str_msg[cnt]==(str_array[cnt2])[cnt3])
{
answer_str+=str_temp;
}
}
}
}
}
cout<<answer_str<<"\n";
return 0;
}
|
37d8e39c101e4ab950c42428816c37934185c64e | d4f40e2c596d7a86ca325631ae3ba33bac6ad1c4 | /misc/set.cpp | 703bea65d1e449b6975f84bae28e9635076516ce | [] | no_license | varun-sundar-rabindranath/Programming | 37f8c262924164384612b1f8c26538dd1aff3346 | 62a5497d539cf5f26c7b3c40065c18311df9244e | refs/heads/master | 2020-01-23T21:05:03.539072 | 2017-12-22T13:06:20 | 2017-12-22T13:06:20 | 74,577,484 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 414 | cpp | set.cpp | #include <iostream>
#include <set>
#include <cassert>
using namespace std;
int main() {
set<int> int_set;
int_set.insert(10);
int_set.insert(20);
int_set.insert(30);
int_set.insert(40);
pair<set<int>::iterator, bool> ret;
ret = int_set.insert(10);
cout<<"Ret ins 10 "<<ret.second<<endl;
ret = int_set.insert(5000);
cout<<"Ret ins 5000 "<<ret.second<<endl;
return 0;
}
|
9cc089cd33c096aa441d9a1fa3dac66741173b07 | bc2298d1bea1604048172bf648603805ff7e0ba9 | /C++/Comp4/Project Portfolio/PS3b/main.cpp | 76c554915abdcce5e6cbac2c6391f93b5dbb4f95 | [] | no_license | ElickC/Older-Projects | 10bc47336ff558b1f84c8685fdb5fe023675a262 | 57138a5c19aa366a17488ba6dcc11abaf7612fd1 | refs/heads/master | 2022-11-09T16:37:43.404653 | 2020-06-26T19:14:03 | 2020-06-26T19:14:03 | 275,223,848 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,234 | cpp | main.cpp | #include <SFML/Graphics.hpp>
#include <SFML/Window.hpp>
#include <SFML/Audio.hpp>
#include <memory>
#include <cmath>
#include <fstream>
#include "Body.hpp"
using namespace std;
using namespace sf;
const double gravity = 6.67 * 1e-11;
float findRadius(float dX, float dY);
float calculateForce(float massA, float massB, float radius);
int main(int argc, char** argv) {
float T = atoi(argv[1]);
float dT = atoi(argv[2]);
int currentT = 0;
int numBodies;
float radiusUniverse;
cin >> numBodies >> radiusUniverse;
sf::Vector2f windowSize(500, 500);
sf::RenderWindow window(sf::VideoMode(windowSize.x, windowSize.y), "Solar System Simulation");
vector<shared_ptr<Body>> bodies(numBodies);
for (int i = 0; i < numBodies; i++) {
bodies[i] = make_shared<Body>(Body(radiusUniverse, windowSize));
cin >> *bodies[i];
}
for (int i = 0; i < numBodies; i++) {
bodies[i]->setSprite();
}
for (int i = 0; i < numBodies; i++) {
bodies[i]->setPosition();
}
sf::Texture textureBackground;
textureBackground.loadFromFile("starfield.jpg");
sf::Sprite spriteBackground(textureBackground);
sf::Font font;
if (!font.loadFromFile("Walkway_Bold.ttf")) {
cerr << "Failed to load Font File" << endl;
}
sf::Text time;
time.setFont(font);
time.setString(to_string(currentT));
time.setCharacterSize(28);
time.setFillColor(sf::Color::White);
sf::Music music;
if (music.openFromFile("2001.wav")) {
music.play();
} music.play();
while (window.isOpen()) {
sf::Event event;
while (window.pollEvent(event)) {
if (event.type == sf::Event::Closed)
window.close();
}
double radius = 0;
double force = 0;
double netXForce = 0;
double netYForce = 0;
double dX = 0;
double dY = 0;
if (currentT < T) {
for (int i = 0; i < numBodies; i++) {
for (int j = 0; j < numBodies; j++) {
if (i != j) {
dX = bodies[j]->xpos - bodies[i]->xpos;
dY = bodies[j]->ypos - bodies[i]->ypos;
radius = findRadius(dX, dY);
force = calculateForce(bodies[i]->mass, bodies[j]->mass, radius);
netXForce += force * (dX / radius);
netYForce += force * (dY / radius);
bodies[i]->xForce = netXForce;
bodies[i]->yForce = netYForce;
}
}
netXForce = 0;
netYForce = 0;
}
for (int i = 0; i < numBodies; i++) {
bodies[i]->step(dT);
}
for (int i = 0; i < numBodies; i++) {
bodies[i]->setPosition();
}
window.clear();
window.draw(spriteBackground);
for (int i = 0; i < numBodies; i++) {
window.draw(*bodies[i]);
}
window.draw(time);
window.display();
currentT = currentT + dT;
time.setString(to_string(currentT));
}
}
std::ofstream out("output.txt");
out.precision(4);
out << numBodies << endl;
out << radiusUniverse << endl;
for (int i = 0; i < numBodies; i++) {
out << std::scientific << " " << bodies[i]->xpos << " " << bodies[i]->ypos << " " << bodies[i]->xvel <<
" " << bodies[i]->yvel << " " << bodies[i]->mass << " " << bodies[i]->filename << endl;
}
return 0;
}
float findRadius(float dX, float dY) {
return sqrt(pow(dX, 2) + pow(dY, 2));
}
float calculateForce(float massA, float massB, float radius) {
return (gravity * massA * massB) / pow(radius, 2);
}
|
4fc34b71b3f348f3e7892639221fc32ff6d4f312 | 9b6079f4c2fe03876740fd4b8bfff48409cf8b15 | /src/chartwindow.cpp | d7e2919aa65d1fb5039908becd68b099ddaa3fd8 | [] | no_license | wangtaooo/CfgBus-GUI | f73a062df38adb0e82a347468b6555dce997ec69 | 89f58d7a3d0a36972dc57eae86454e543f0ab9d3 | refs/heads/master | 2022-01-10T22:07:47.994756 | 2018-05-08T18:55:30 | 2018-05-08T18:55:30 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 17,143 | cpp | chartwindow.cpp | /****************************************************************************
**
** Copyright (C) 2016 The Qt Company Ltd.
** Contact: https://www.qt.io/licensing/
**
** This file is part of the Qt Charts module of the Qt Toolkit.
**
** $QT_BEGIN_LICENSE:GPL$
** Commercial License Usage
** Licensees holding valid commercial Qt licenses may use this file in
** accordance with the commercial license agreement provided with the
** Software or, alternatively, in accordance with the terms contained in
** a written agreement between you and The Qt Company. For licensing terms
** and conditions see https://www.qt.io/terms-conditions. For further
** information use the contact form at https://www.qt.io/contact-us.
**
** GNU General Public License Usage
** Alternatively, this file may be used under the terms of the GNU
** General Public License version 3 or (at your option) any later version
** approved by the KDE Free Qt Foundation. The licenses are as published by
** the Free Software Foundation and appearing in the file LICENSE.GPL3
** included in the packaging of this file. Please review the following
** information to ensure the GNU General Public License requirements will
** be met: https://www.gnu.org/licenses/gpl-3.0.html.
**
** $QT_END_LICENSE$
**
****************************************************************************/
#include <QtMultimedia/QAudioDeviceInfo>
#include <QtMultimedia/QAudioInput>
#include <QtCharts/QChartView>
#include <QtCharts/QLineSeries>
#include <QtCharts/QChart>
#include <QtWidgets/QVBoxLayout>
#include <QtCharts/QValueAxis>
#include <QTimer>
#include <QDateTime>
#include "chartwindow.h"
#include "ui_chartwindow.h"
#include <algorithm>
#include <tuple>
#include <math.h>
QT_CHARTS_USE_NAMESPACE
ChartWindow::ChartWindow(QWidget *parent)
: QMainWindow(parent),
m_ui(new Ui::ChartWindow),
m_chart(new QChart),
m_xAxis(new QValueAxis),
m_yAxisA(new QValueAxis),
m_yAxisB(new QValueAxis)
{
//setup UI
m_ui->setupUi(this);
m_ui->addAxis->addItem("Y-Axis A",axisA);
m_ui->addAxis->addItem("Y-Axis B",axisB);
m_chart->legend()->show();
m_chart->setTitle("Acquired data from []");
//setup chartview
m_ui->chartView->setChart(m_chart);
m_xStart = QDateTime::currentDateTime().toSecsSinceEpoch();
m_xAxis->setTickCount(10);
m_xAxis->setTitleText("Elapsed (seconds)");
updateXAxis();
m_yAxisA->setRange(-1, 1);
m_yAxisA->setTitleText("Value Y-Axis A");
m_yAxisB->setRange(-1, 1);
m_yAxisB->setTitleText("Value Y-Axis B");
m_chart->addAxis(m_xAxis,Qt::AlignBottom);
m_chart->addAxis(m_yAxisA,Qt::AlignLeft);
m_chart->addAxis(m_yAxisB,Qt::AlignRight);
//set initial values number boxes
m_ui->yAMin->setMinimum(std::numeric_limits<double>::lowest());
m_ui->yAMin->setMaximum(std::numeric_limits<double>::max());
m_ui->yAMax->setMinimum(std::numeric_limits<double>::lowest());
m_ui->yAMax->setMaximum(std::numeric_limits<double>::max());
m_ui->yBMin->setMinimum(std::numeric_limits<double>::lowest());
m_ui->yBMin->setMaximum(std::numeric_limits<double>::max());
m_ui->yBMax->setMinimum(std::numeric_limits<double>::lowest());
m_ui->yBMax->setMaximum(std::numeric_limits<double>::max());
m_ui->xRange->setMinimum(0.1);
m_ui->xRange->setMaximum(std::numeric_limits<double>::max());
m_ui->yAMin->setValue(-1);
m_ui->yAMax->setValue(1);
m_ui->yBMin->setValue(-1);
m_ui->yBMax->setValue(1);
m_ui->xRange->setValue(m_xNrSeconds);
//connect UI elements
connect(m_ui->addBtn,SIGNAL(released()),this,SLOT(addPlot()));
connect(m_ui->removeBtn,SIGNAL(released()),this,SLOT(removePlot()));
connect(m_ui->yAMin,SIGNAL(editingFinished()),this,SLOT(yAMinChanged()));
connect(m_ui->yAMax,SIGNAL(editingFinished()),this,SLOT(yAMaxChanged()));
connect(m_ui->yAMinAuto,SIGNAL(released()),this,SLOT(yAMinAutoChanged()));
connect(m_ui->yAMaxAuto,SIGNAL(released()),this,SLOT(yAMaxAutoChanged()));
connect(m_ui->yBMin,SIGNAL(editingFinished()),this,SLOT(yBMinChanged()));
connect(m_ui->yBMax,SIGNAL(editingFinished()),this,SLOT(yBMaxChanged()));
connect(m_ui->yBMinAuto,SIGNAL(released()),this,SLOT(yBMinAutoChanged()));
connect(m_ui->yBMaxAuto,SIGNAL(released()),this,SLOT(yBMaxAutoChanged()));
connect(m_ui->xRange,SIGNAL(editingFinished()),this,SLOT(xRangeChanged()));
connect(m_ui->actionAutoFitA,SIGNAL(triggered()),this,SLOT(autoFitA()));
connect(m_ui->actionAutoFitB,SIGNAL(triggered()),this,SLOT(autoFitB()));
connect(m_ui->actionClear,SIGNAL(triggered()),this,SLOT(chartReset()));
chartReset();
}
void ChartWindow::autoFitA()
{
auto autoMin = m_ui->yAMinAuto->checkState();
auto autoMax = m_ui->yAMaxAuto->checkState();
m_ui->yAMaxAuto->setCheckState(Qt::Checked);
m_ui->yAMinAuto->setCheckState(Qt::Checked);
updateYAAxis();
m_ui->yAMaxAuto->setCheckState(autoMax);
m_ui->yAMinAuto->setCheckState(autoMin);
}
void ChartWindow::autoFitB()
{
auto autoMin = m_ui->yBMinAuto->checkState();
auto autoMax = m_ui->yBMaxAuto->checkState();
m_ui->yBMaxAuto->setCheckState(Qt::Checked);
m_ui->yBMinAuto->setCheckState(Qt::Checked);
updateYBAxis();
m_ui->yBMaxAuto->setCheckState(autoMax);
m_ui->yBMinAuto->setCheckState(autoMin);
}
void ChartWindow::chartReset()
{
m_ui->addSeries->clear();
m_ui->removeSeries->clear();
m_chart->removeAllSeries();
m_plots.clear();
m_ui->yAMinAuto->setChecked(Qt::Checked);
m_ui->yAMaxAuto->setChecked(Qt::Checked);
m_ui->yBMinAuto->setChecked(Qt::Checked);
m_ui->yBMaxAuto->setChecked(Qt::Checked);
m_ui->yAMin->setEnabled(false);
m_ui->yAMax->setEnabled(false);
m_ui->yBMin->setEnabled(false);
m_ui->yBMax->setEnabled(false);
autoFitA();
autoFitB();
m_ui->addSeries->addItems(m_availableSeries);
m_ui->addSeries->model()->sort(0);
}
ChartWindow::MinMax ChartWindow::getAxisMinMax(YAxis axis)
{
MinMax result;
result.yMax = std::numeric_limits<qreal>::lowest();
result.yMin = std::numeric_limits<qreal>::max();
result.xMin = m_xStart;
result.xMax = m_xStart;
auto currentXMin = m_xAxis->min();
for(auto plot : m_plots)
{
if(plot.axis == axis)
{
auto minMax = plot.minMax;
//if series minmax is within current x-axis range, update yMin/yMax
if(minMax.xMin > currentXMin || minMax.xMax > currentXMin)
{
if(minMax.yMin < result.yMin)
{
result.yMin = minMax.yMin;
result.xMin = minMax.xMin;
}
if(minMax.yMax > result.yMax)
{
result.yMax = minMax.yMax;
result.xMax = minMax.xMax;
}
}
}
}
if(result.yMin == std::numeric_limits<qreal>::max() || result.yMax == std::numeric_limits<qreal>::lowest())
{
result.yMin = -1;
result.yMax = 1;
}
return result;
}
void ChartWindow::updateYAAxis()
{
bool autoMin = m_ui->yAMinAuto->checkState() == Qt::Checked;
bool autoMax = m_ui->yAMaxAuto->checkState() == Qt::Checked;
//if this axis is (partly) auto, determine min max
if(autoMin || autoMax)
{
auto minMax = getAxisMinMax(axisA);
m_yAMin = minMax.yMin;
m_yAMax = minMax.yMax;
if(autoMin)
m_ui->yAMin->setValue(m_yAMin);
if(autoMax)
m_ui->yAMax->setValue(m_yAMax);
}
qreal min = (autoMin) ? m_yAMin : m_ui->yAMin->value();
qreal max = (autoMax) ? m_yAMax : m_ui->yAMax->value();
//auto calc some additional range if automatic axis
min -= (autoMin) ? abs(max-min)*0.05 : 0;
max += (autoMax) ? abs(max-min)*0.05 : 0;
if(min == max)
{
min -= 0.001;
max += 0.001;
}
//update axis if necessary
if(m_yAxisA->min() != min || m_yAxisA->max() != max)
m_yAxisA->setRange(min,max);
}
void ChartWindow::updateYBAxis()
{
bool autoMin = m_ui->yBMinAuto->checkState() == Qt::Checked;
bool autoMax = m_ui->yBMaxAuto->checkState() == Qt::Checked;
//if this axis is (partly) auto, determine min max
if(autoMin || autoMax)
{
auto minMax = getAxisMinMax(axisB);
m_yBMin = minMax.yMin;
m_yBMax = minMax.yMax;
if(autoMin)
m_ui->yBMin->setValue(m_yBMin);
if(autoMax)
m_ui->yBMax->setValue(m_yBMax);
}
qreal min = (autoMin) ? m_yBMin : m_ui->yBMin->value();
qreal max = (autoMax) ? m_yBMax : m_ui->yBMax->value();
//auto calc some additional range if automatic axis
min -= (autoMin) ? abs(max-min)*0.05 : 0;
max += (autoMax) ? abs(max-min)*0.05 : 0;
if(min == max)
{
min -= 0.001;
max += 0.001;
}
//update axis if necessary
if(m_yAxisB->min() != min || m_yAxisB->max() != max)
m_yAxisB->setRange(min,max);
}
void ChartWindow::xRangeChanged()
{
m_xNrSeconds = m_ui->xRange->value();
updateXAxis();
}
void ChartWindow::updateXAxis()
{
qreal now = QDateTime::currentDateTime().toMSecsSinceEpoch();
qreal elapsed = now - m_xStart*1000;
elapsed /= 1000;
m_xAxis->setRange(elapsed-m_xNrSeconds,elapsed);
}
void ChartWindow::yAMinChanged()
{
auto min = m_ui->yAMin->value();
auto max = m_ui->yAMax->value();
bool autoMax = m_ui->yAMaxAuto->checkState() == Qt::Checked;
if(min >= max)
{
if(autoMax)
{
min = max - 0.001;
m_ui->yAMin->setValue(min);
}
else
{
max = min + 0.001;
m_ui->yAMax->setValue(max);
}
}
updateYAAxis();
}
void ChartWindow::yAMaxChanged()
{
auto min = m_ui->yAMin->value();
auto max = m_ui->yAMax->value();
bool autoMin = m_ui->yAMinAuto->checkState() == Qt::Checked;
if(min >= max)
{
if(autoMin)
{
max = min + 0.001;
m_ui->yAMax->setValue(max);
}
else
{
min = max - 0.001;
m_ui->yAMin->setValue(min);
}
}
updateYAAxis();
}
void ChartWindow::yBMinChanged()
{
auto min = m_ui->yBMin->value();
auto max = m_ui->yBMax->value();
bool autoMax = m_ui->yBMaxAuto->checkState() == Qt::Checked;
if(min >= max)
{
if(autoMax)
{
min = max - 0.001;
m_ui->yBMin->setValue(min);
}
else
{
max = min + 0.001;
m_ui->yBMax->setValue(max);
}
}
updateYBAxis();
}
void ChartWindow::yBMaxChanged()
{
auto min = m_ui->yBMin->value();
auto max = m_ui->yBMax->value();
bool autoMin = m_ui->yBMinAuto->checkState() == Qt::Checked;
if(min >= max)
{
if(autoMin)
{
max = min + 0.001;
m_ui->yBMax->setValue(max);
}
else
{
min = max - 0.001;
m_ui->yBMin->setValue(min);
}
}
updateYBAxis();
}
void ChartWindow::yAMinAutoChanged()
{
//if we are now automatically determining lower limit
if(m_ui->yAMinAuto->checkState() == Qt::Checked)
{
m_ui->yAMin->setEnabled(false);
m_ui->yAMin->setValue(m_yAMin);
updateYAAxis();
} //if not
else
{
m_ui->yAMin->setEnabled(true);
}
}
void ChartWindow::yAMaxAutoChanged()
{
//if we are now automatically determining lower limit
if(m_ui->yAMaxAuto->checkState() == Qt::Checked)
{
m_ui->yAMax->setEnabled(false);
m_ui->yAMax->setValue(m_yAMax);
updateYAAxis();
} //if not
else
{
m_ui->yAMax->setEnabled(true);
}
}
void ChartWindow::yBMinAutoChanged()
{
//if we are now automatically determining lower limit
if(m_ui->yBMinAuto->checkState() == Qt::Checked)
{
m_ui->yBMin->setEnabled(false);
m_ui->yBMin->setValue(m_yBMin);
updateYBAxis();
} //if not
else
{
m_ui->yBMin->setEnabled(true);
}
}
void ChartWindow::yBMaxAutoChanged()
{
//if we are now automatically determining lower limit
if(m_ui->yBMaxAuto->checkState() == Qt::Checked)
{
m_ui->yBMax->setEnabled(false);
m_ui->yBMax->setValue(m_yBMax);
updateYBAxis();
} //if not
else
{
m_ui->yBMax->setEnabled(true);
}
}
void ChartWindow::removePlot()
{
auto seriesName = m_ui->removeSeries->currentText();
if(m_plots.empty() || !m_plots.contains(seriesName) || seriesName == "")
return;
m_chart->removeSeries(m_plots[seriesName].series);
m_plots.remove(seriesName);
//move seriesname from remove to add combobox
m_ui->addSeries->addItem(seriesName);
m_ui->removeSeries->removeItem(m_ui->removeSeries->currentIndex());
m_ui->addSeries->model()->sort(0);
}
void ChartWindow::addPlot()
{
auto seriesName = m_ui->addSeries->currentText();
if(m_plots.contains(seriesName) || seriesName == "")
return;
PlotAdmin plot;
plot.series = new QLineSeries();
plot.series->setName(seriesName);
plot.axis = static_cast<YAxis>(m_ui->addAxis->currentData().toInt());
MinMax minMax;
minMax.yMax = std::numeric_limits<qreal>::lowest();
minMax.yMin = std::numeric_limits<qreal>::max();
minMax.xMin = m_xStart;
minMax.xMax = m_xStart;
plot.minMax = minMax;
m_plots.insert(seriesName,plot);
//move seriesname from add to remove combobox
m_ui->removeSeries->addItem(seriesName);
m_ui->addSeries->removeItem(m_ui->addSeries->currentIndex());
m_ui->removeSeries->model()->sort(0);
//setup chart
m_chart->addSeries(plot.series);
m_chart->setAxisX(m_chart->axisX(), plot.series);
switch(plot.axis)
{
case axisA:
m_chart->setAxisY(m_yAxisA, plot.series);
break;
case axisB:
m_chart->setAxisY(m_yAxisB,plot.series);
break;
}
}
void ChartWindow::setSeriesNames(QStringList seriesNames)
{
m_availableSeries = seriesNames;
chartReset();
}
void ChartWindow::enableControls(bool enabled)
{
m_ui->addSeries->clear();
m_ui->removeSeries->clear();
m_ui->addSeries->setEnabled(enabled);
m_ui->addBtn->setEnabled(enabled);
m_ui->addAxis->setEnabled(enabled);
m_ui->removeBtn->setEnabled(enabled);
m_ui->removeSeries->setEnabled(enabled);
m_ui->yAMin->setEnabled(enabled);
m_ui->yAMax->setEnabled(enabled);
m_ui->yAMinAuto->setEnabled(enabled);
m_ui->yAMaxAuto->setEnabled(enabled);
m_ui->yBMin->setEnabled(enabled);
m_ui->yBMax->setEnabled(enabled);
m_ui->yBMinAuto->setEnabled(enabled);
m_ui->yBMaxAuto->setEnabled(enabled);
m_ui->xRange->setEnabled(enabled);
m_ui->actionAutoFitA->setEnabled(enabled);
m_ui->actionAutoFitB->setEnabled(enabled);
m_ui->actionClear->setEnabled(enabled);
}
void ChartWindow::addDataPoint(QString seriesName, qreal point)
{
if(m_plots.empty() || !m_plots.contains(seriesName))
return;
//update x-axis
this->updateXAxis();
auto series = m_plots[seriesName].series;
//build point
qreal now = QDateTime::currentDateTime().toMSecsSinceEpoch();
qreal elapsed = now - m_xStart*1000;
elapsed /= 1000;
series->append(elapsed,point);
//remove samples that are below x-axis minimum
//and calculate y-axis if set to auto
auto points = series->pointsVector();
//remove points outside of axis limits
while(!points.empty() && points[0].x() < elapsed-m_xNrSeconds)
{
//do not remove point if its the only point outside of axis range
if(points.count() >= 2 && points[1].x() >= elapsed-m_xNrSeconds)
break;
points.remove(0);
}
series->replace(points);
//always keep track of min/avg/max for auto features
MinMax minMax;
minMax.yMax = std::numeric_limits<qreal>::lowest();
minMax.yMin = std::numeric_limits<qreal>::max();
minMax.xMin = m_xStart;
minMax.xMax = m_xStart;
m_plots[seriesName].avg = 0;
for(int i=0; i<points.count(); i++)
{
m_plots[seriesName].avg += points[i].y();
if (points[i].y() <= minMax.yMin)
{
minMax.yMin = points[i].y();
minMax.xMin = points[i].x();
}
if (points[i].y() >= minMax.yMax)
{
minMax.yMax = points[i].y();
minMax.xMax = points[i].x();
}
}
m_plots[seriesName].minMax = minMax;
m_plots[seriesName].avg /= points.count();
switch(m_plots[seriesName].axis)
{
case axisA:
this->updateYAAxis();
break;
case axisB:
this->updateYBAxis();
break;
}
return;
}
void ChartWindow::closeEvent(QCloseEvent *event)
{
event->accept();
}
void ChartWindow::showEvent(QShowEvent *event)
{
event->accept();
}
ChartWindow::~ChartWindow()
{
delete m_ui;
}
|
65a9b0b89a9d3a84e587b8ef0124c1a61ac48e9c | eab7ed289146cc5211463e441300f303cfb9857e | /acmicpc/bfs/prob7576.cpp | a8c416a6f45f1f694b32485527f420ca61501a71 | [] | no_license | AmosDoan/provlemSolving | 100faad7485abcef1987a48f7bed30325e24ddb4 | bb2df8824dbaed0a2cba70ee547c58ed567b4e8e | refs/heads/master | 2022-12-22T18:03:52.333967 | 2020-10-06T10:24:32 | 2020-10-06T10:24:32 | 229,028,434 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,753 | cpp | prob7576.cpp | //
// Created by Amos on 2020/01/13.
//
#include <iostream>
#include <vector>
#include <queue>
#include <utility>
using namespace std;
int M, N;
vector<vector<int>> map;
// x, y, level
queue<pair<pair<int, int>, int>> q;
vector<pair<int, int>> tomato;
int d_row[4] = {1, -1, 0, 0};
int d_col[4] = {0, 0, 1, -1};
int solve() {
int current_time = 0;
while (!q.empty()){
pair<pair<int, int>, int> current = q.front();
q.pop();
int current_row = current.first.first;
int current_col = current.first.second;
current_time = current.second;
for (int i = 0; i < 4; i++) {
int next_row = current_row + d_row[i];
int next_col = current_col + d_col[i];
if (next_row >= 0 && next_row < N && next_col < M && next_col >= 0
&& map[next_row][next_col] == 0) {
q.push(make_pair(make_pair(next_row, next_col), current_time + 1));
map[next_row][next_col] = 1;
}
}
}
for (int i = 0; i < N; i++) {
for (int j = 0; j < M; j++) {
if (map[i][j] == 0) {
current_time = -1;
break;
}
}
}
return current_time;
}
int main() {
cin >> M >> N;
for (int i = 0; i < N; i++) {
vector<int> v = vector<int>();
for (int j = 0; j < M; j++) {
int number;
cin >> number;
v.push_back(number);
if (number == 1) {
tomato.push_back(make_pair(i, j));
}
}
map.push_back(v);
}
for (auto it : tomato) {
q.push(make_pair(make_pair(it.first, it.second), 0));
}
cout << solve() << '\n';
return 0;
} |
6fe7258ece7ba5d05204af18d3640bea666f7e6d | 4fd97ff64e457d41820348aebaea704ca4abc48b | /src/plugins/legacy/itkDataImage/interactors/medVtkViewItkDataImageInteractor.h | 22056e1d85830d6c2c48be48aeefa4b6fc9b30b3 | [
"BSD-2-Clause",
"LicenseRef-scancode-unknown-license-reference"
] | permissive | Florent2305/medInria-public | c075b2064b2fe96081197ce300777be5be18a339 | 595a2ce62c8864c4ecb8acbf0d50e32aa734ed8f | refs/heads/master | 2023-08-08T00:41:51.671245 | 2023-04-12T07:46:33 | 2023-04-12T07:46:33 | 98,999,842 | 1 | 1 | BSD-4-Clause | 2021-05-31T08:38:28 | 2017-08-01T12:39:01 | C++ | UTF-8 | C++ | false | false | 2,874 | h | medVtkViewItkDataImageInteractor.h | #pragma once
/*=========================================================================
medInria
Copyright (c) INRIA 2013. All rights reserved.
See LICENSE.txt for details in the root of the sources or:
https://github.com/medInria/medInria-public/blob/master/LICENSE.txt
This software is distributed WITHOUT ANY WARRANTY; without even
the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR
PURPOSE.
=========================================================================*/
#include <medAbstractImageViewInteractor.h>
#include <itkDataImagePluginExport.h>
#include <vtkItkConversion.h>
class medVtkViewItkDataImageInteractorPrivate;
class medAbstractImageData;
class ITKDATAIMAGEPLUGIN_EXPORT medVtkViewItkDataImageInteractor: public medAbstractImageViewInteractor
{
Q_OBJECT
public:
medVtkViewItkDataImageInteractor(medAbstractView *parent);
virtual ~medVtkViewItkDataImageInteractor();
virtual QString description() const;
virtual QString name() const;
virtual QString identifier() const;
static bool registered();
virtual QWidget* buildToolBoxWidget();
virtual QWidget* buildToolBarWidget();
virtual QWidget* buildLayerWidget();
virtual QList<medAbstractParameterL*> linkableParameters();
virtual QList<medBoolParameterL*> mouseInteractionParameters();
virtual void setInputData(medAbstractData * data);
virtual QString lut() const;
virtual QString preset() const;
virtual QStringList handled() const;
virtual void restoreParameters(QHash<QString,QString> parameters);
void createSlicingParam();
/**
* @brief getCurrentImageDataLayer return the layer of the current set image data
* @return unsigned int current number
*/
unsigned int getCurrentImageDataLayer();
public slots:
virtual void setOpacity (double opacity);
void moveToSlice(int slice);
void setPreset(QString value);
virtual void setLut(QString lut);
void setWindowLevel(QHash<QString, QVariant>);
void enableWindowLevel(bool enable);
void interpolation(bool pi_bActive);
void setVisibility(bool);
virtual void removeData();
virtual void updateWidgets();
virtual void setUpViewForThumbnail();
protected:
void initParameters(medAbstractImageData* data);
void initWindowLevelParameters(double* range);
private:
static QStringList dataHandled();
virtual void update();
bool SetViewInput(medAbstractData* data, int layer);
void setMaxIntensity(double max);
void setMinIntensity(double min);
private slots:
void updateSlicingParam();
void updateImageViewInternalLayer();
void setWindowLevelFromMinMax();
public slots:
void updateInterpolateStatus(bool pi_bStatus, int pi_iLayer);
private:
medVtkViewItkDataImageInteractorPrivate * d;
vtkItkConversionInterface *m_poConv;
};
|
9cc9d1eae8930f64093a83ef65e6201d904918ab | 46e1796795eadd2f2cb7aa2d570594ae7c288885 | /csci41/lec11/templatedLists.cpp | 319c6eda2b0ca29b3eb7ac2c3973dc9170e58499 | [] | no_license | lawtonsclass/f20-code-from-class | 1afb7f7a6d230f6af9e368f13e4df8634d86a011 | 34db321491455044a14d029fff11ea81309f6792 | refs/heads/master | 2023-01-20T04:57:11.353707 | 2020-11-27T03:59:53 | 2020-11-27T03:59:53 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 802 | cpp | templatedLists.cpp | #include <iostream>
using namespace std;
template <class U>
struct Node {
U data;
Node* next;
};
// this function will add a new Node<T> to the front of a list, and
// return the new front
template <class T>
Node<T>* push_front(Node<T>* first, T dataVal) {
// make new node
Node<T>* newNode = new Node<T>;
newNode->data = dataVal;
// the new node's next is the old front
newNode->next = first;
// the new first is our new node, so return that
return newNode;
}
int main() {
Node<int>* first = nullptr; // initially empty list
first = push_front(first, 3);
first = push_front(first, 2);
first = push_front(first, 1);
// now we have the list [1,2,3]
for (Node<int>* n = first; n != nullptr; n = n->next) {
cout << n->data << " ";
}
cout << endl;
return 0;
}
|
5817062e199b3a1af94b79a126f9d8c1d2e5aec0 | c629cdda40748f35341e9da53faa210c90b21f89 | /src/batteries/interval.hpp | 94152a39450bbc82b43c1d5ad124c761ba4c4040 | [
"Apache-2.0"
] | permissive | tonyastolfi/batteries | e2c9b590e620b78e03449893206ac79900d340a1 | acea1f4e10e9f7fbf97c3ab3cf30766b19130ece | refs/heads/main | 2023-08-20T01:56:24.076281 | 2023-02-06T19:32:33 | 2023-02-06T19:32:33 | 228,197,783 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 10,542 | hpp | interval.hpp | // Copyright 2021-2022 Anthony Paul Astolfi
//
#pragma once
#ifndef BATTERIES_INTERVAL_HPP
#define BATTERIES_INTERVAL_HPP
#include <batteries/config.hpp>
//
#include <batteries/interval_traits.hpp>
#include <batteries/seq/reverse.hpp>
#include <batteries/small_vec.hpp>
#include <cstddef>
#include <ostream>
namespace batt {
template <typename T, typename U = T>
struct IClosedOpen
: IntervalTraits<T, U, InclusiveLowerBound::kTrue, InclusiveUpperBound::kFalse, seq::NaturalOrder,
seq::NaturalEquals> {
};
template <typename T, typename U = T>
struct IClosed
: IntervalTraits<T, U, InclusiveLowerBound::kTrue, InclusiveUpperBound::kTrue, seq::NaturalOrder,
seq::NaturalEquals> {
};
//=#=#==#==#===============+=+=+=+=++=++++++++++++++-++-+--+-+----+---------------
template <typename Traits>
struct BasicInterval;
/*! \brief A half-open interval (like STL iterator ranges).
*
* For this type of interval, `lower_bound` is the smallest value in the set, and `upper_bound` is the value
* right after the largest value in the set.
*
* Example:
*
* \include examples/interval.cpp
* \
*/
template <typename T>
using Interval = BasicInterval<IClosedOpen<T>>;
/*! \brief A closed interval.
*
* For this type of interval, `lower_bound` is the smallest value in the set, and `upper_bound` is the largest
* value in the set.
*
* Example:
*/
template <typename T>
using CInterval = BasicInterval<IClosed<T>>;
//=#=#==#==#===============+=+=+=+=++=++++++++++++++-++-+--+-+----+---------------
/*! \brief A set of totally ordered values, defined by a lower and upper bound.
*
* Example:
*
* \include examples/interval.cpp
*
* \sa Interval, CInterval
*/
template <typename Traits>
struct BasicInterval {
using traits_type = Traits;
typename Traits::lower_bound_type lower_bound;
typename Traits::upper_bound_type upper_bound;
/*! \brief Returns the size of the interval as defined by Traits (usually integer difference).
*/
auto size() const
{
return Traits::size(this->lower_bound, this->upper_bound);
}
/*! \brief Returns true iff the interval contains no elements.
*/
bool empty() const
{
return Traits::empty(this->lower_bound, this->upper_bound);
}
/*! \brief Returns true iff the interval contains the passed item.
*
* \param item The value to test for membership.
*/
template <typename V>
bool contains(const V& item) const
{
return Traits::lower_includes_x(this->lower_bound, item) &&
Traits::x_included_by_upper(item, this->upper_bound);
}
/*! \brief Returns true iff no non-empty interval can be constructed between `this` and `that`.
*/
template <typename ThatTraits>
bool adjacent_to(const BasicInterval<ThatTraits>& that) const
{
static_assert(interval_traits_compatible<Traits, ThatTraits>(), "");
// The intervals are adjacent if no non-empty interval can be constructed between them.
//
return Traits::adjacent(this->lower_bound, this->upper_bound, that.lower_bound, that.upper_bound);
}
/*! \brief Returns the interval representing the set-union between `this`, `that`, and any non-empty
* interval that can be formed in between.
*/
template <typename ThatTraits>
BasicInterval union_with(const BasicInterval<ThatTraits>& that) const
{
static_assert(interval_traits_compatible<Traits, ThatTraits>(), "");
return BasicInterval{std::min(this->lower_bound, that.lower_bound),
std::max(this->upper_bound, that.upper_bound)};
}
/*! \brief Returns true iff the minimal bounding range for `this` and `that` is non-empty.
*/
template <typename ThatTraits>
bool overlaps(const BasicInterval<ThatTraits>& that) const
{
static_assert(interval_traits_compatible<Traits, ThatTraits>(), "");
return !Traits::empty(that.lower_bound, this->upper_bound) &&
!ThatTraits::empty(this->lower_bound, that.upper_bound);
}
/*! \brief Returns the interval representing the set of values that are in both `this` and `that`.
*/
template <typename ThatTraits>
BasicInterval intersection_with(const BasicInterval<ThatTraits>& that) const
{
static_assert(interval_traits_compatible<Traits, ThatTraits>(), "");
BasicInterval i{
.lower_bound = Traits::max(this->lower_bound, that.lower_bound),
.upper_bound = Traits::min(this->upper_bound, that.upper_bound),
};
if (i.empty()) {
return BasicInterval{this->lower_bound, this->lower_bound};
}
return i;
}
/*! \brief Returns the interval representing `this`, with any overlap with `that` removed.
*/
SmallVec<BasicInterval, 2> without(const BasicInterval& that) const
{
if (this->empty()) {
return {};
}
BasicInterval first{this->lower_bound, Traits::min(this->upper_bound, that.lower_bound)};
BasicInterval second{Traits::max(this->lower_bound, that.upper_bound), this->upper_bound};
if (first.adjacent_to(second)) {
return {*this};
}
SmallVec<BasicInterval, 2> diff;
if (!first.empty()) {
diff.emplace_back(first);
}
if (!second.empty()) {
diff.emplace_back(second);
}
return diff;
}
/*! \brief Add the given amount to both lower and upper bounds and return the resulting interval.
*/
template <typename DiffT>
BasicInterval shift_up(const DiffT& d) const
{
return BasicInterval{
.lower_bound = this->lower_bound + d,
.upper_bound = this->upper_bound + d,
};
}
/*! \brief Subtract the given amount from both lower and upper bounds and return the resulting interval.
*/
template <typename DiffT>
BasicInterval shift_down(const DiffT& d) const
{
return BasicInterval{
.lower_bound = this->lower_bound - d,
.upper_bound = this->upper_bound - d,
};
}
template <typename TraitsL, typename TraitsR>
friend bool operator==(const BasicInterval<TraitsL>& l, const BasicInterval<TraitsR>& r);
template <typename TraitsL, typename TraitsR>
friend bool operator!=(const BasicInterval<TraitsL>& l, const BasicInterval<TraitsR>& r);
template <typename TraitsT>
friend std::ostream& operator<<(std::ostream& out, const BasicInterval<TraitsT>& t);
/*! \brief Partial order on Interval values that corresponds to a strict ordering on a one dimensional
* number line.
*
* Any pair of intervals that overlap are considered "equal" under this ordering.
*
* Requires that the lower bound of the "greater" interval is greater than or equal to the
* upper bound of the "lesser."
*/
struct LinearOrder {
template <typename TraitsL, typename TraitsR>
bool operator()(const BasicInterval<TraitsL>& l, const BasicInterval<TraitsR>& r) const
{
static_assert(interval_traits_compatible<TraitsL, TraitsR>(), "");
return TraitsL::empty(r.lower_bound, l.upper_bound);
}
template <typename L, typename TraitsR,
typename = std::enable_if_t<!std::is_base_of_v<BasicInterval<TraitsR>, L>>>
bool operator()(const L& l, const BasicInterval<TraitsR>& r) const
{
return TraitsR::x_excluded_by_lower(l, r.lower_bound);
}
template <typename TraitsL, typename R,
typename = std::enable_if_t<!std::is_base_of_v<BasicInterval<TraitsL>, R>>>
bool operator()(const BasicInterval<TraitsL>& l, const R& r) const
{
return TraitsL::upper_excludes_x(l.upper_bound, r);
}
};
/*! \brief The reverse of LinearOrder (for max-heaps).
*/
using ReverseLinearOrder = seq::Reverse<LinearOrder>;
/*! \brief Total order that sorts intervals first by lower bound, then by upper bound (i.e., by
* "dictionary order").
*/
struct LexicographicalOrder {
template <typename TraitsL, typename TraitsR>
bool operator()(const BasicInterval<TraitsL>& l, const BasicInterval<TraitsR>& r) const
{
static_assert(interval_traits_compatible<TraitsL, TraitsR>(), "");
return TraitsL::less_than(l.lower_bound, r.lower_bound) ||
(TraitsL::equal(l.lower_bound, r.lower_bound) &&
TraitsL::less_than(l.upper_bound, r.upper_bound));
}
};
/*! \brief Reverse of LexicographicalOrder; so max-heap functions can be used to implement a min-heap.
*/
using ReverseLexicographicalOrder = seq::Reverse<LexicographicalOrder>;
};
template <typename TraitsT, typename DeltaT>
BasicInterval<TraitsT> push_back(const BasicInterval<TraitsT>& i, DeltaT delta)
{
return {i.lower_bound, i.upper_bound + delta};
}
template <typename TraitsT, typename DeltaT>
BasicInterval<TraitsT> push_front(const BasicInterval<TraitsT>& i, DeltaT delta)
{
return {i.lower_bound - delta, i.upper_bound};
}
template <typename TraitsT, typename DeltaT>
BasicInterval<TraitsT> pop_back(const BasicInterval<TraitsT>& i, DeltaT delta)
{
return {i.lower_bound, i.upper_bound - delta};
}
template <typename TraitsT, typename DeltaT>
BasicInterval<TraitsT> pop_front(const BasicInterval<TraitsT>& i, DeltaT delta)
{
return {i.lower_bound + delta, i.upper_bound};
}
template <typename T, typename U>
BasicInterval<IClosedOpen<std::decay_t<T>, std::decay_t<U>>> make_interval(T&& lower, U&& upper)
{
return {BATT_FORWARD(lower), BATT_FORWARD(upper)};
}
template <typename TraitsL, typename TraitsR>
inline bool operator==(const BasicInterval<TraitsL>& l, const BasicInterval<TraitsR>& r)
{
return interval_traits_compatible<TraitsL, TraitsR>() && TraitsL::equal(l.lower_bound, r.lower_bound) &&
TraitsL::equal(l.upper_bound, r.upper_bound);
}
template <typename TraitsL, typename TraitsR>
inline bool operator!=(const BasicInterval<TraitsL>& l, const BasicInterval<TraitsR>& r)
{
return !(l == r);
}
template <typename Traits>
inline std::ostream& operator<<(std::ostream& out, const BasicInterval<Traits>& t)
{
return out << Traits::left_bracket() << t.lower_bound << "," << t.upper_bound << Traits::right_bracket();
}
} // namespace batt
#endif // BATTERIES_INTERVAL_HPP
|
05196408cfc3aa77257c7afed6e916b451590134 | 863871ba21f1a41e0d81779ce52349ab01b7e35d | /ors_rnd_oct/ors_rnd_oct/ors_rnd_oct.ino | 75908efa18c64c230116267fb589c9424fe5cd80 | [] | no_license | hadesbox/arduino-legacy-projects | a5d0dffa99ae1703ba04b9beccf4eb3f8c468faa | 551cb90a563e75b6140ea35ccf5b77a7198591c1 | refs/heads/master | 2020-05-31T10:51:51.320820 | 2017-06-11T20:24:23 | 2017-06-11T20:24:23 | 94,029,088 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 8,624 | ino | ors_rnd_oct.ino | /*
Random piano Sequencer
Notes on this version:
- Sequencer looping
Knobs:
0 = TEMPO
1 = number of MODES changed each 128 note cycle
2 = mode selection
5 & 6 = min and max velocity
3 = loop length
Schematic in pot_box_schematic
/*
GLOBAL VARIABLES
*/
byte MODE_CHOICE;
#define MODE_COUNT 14
byte ODDS_CHOICE;
#define ODDS_COUNT 6
byte noteplay;
#define ARRAY_SIZE 128
int TEMPO = 60;
int MAX_TEMPO=0;
int MIN_TEMPO = 200;
int DENSITY =100; // 100 = average, 200 = low, 50 = high
int MAX_DENSITY = 200;
int MIN_DENSITY = 10;
boolean FILL=true;
boolean DEBUG = false;
boolean PRINT_SETTINGS = true;
#define greenLED1 7
#define clockout 3
const int clkIn = 2; // the digital (clock) input
// variables for interrupt handling of the clock input
volatile int clkState = LOW;
int clockTick[2] = {1, 1};
#define VOICE_COUNT 16 // maximum polyphony
byte LONG_SHORT;
byte BASE_time; // multiplier for note lengths
// holder for the SEQUENCE
byte SEQUENCE[3][ARRAY_SIZE]; //0=note 1=octave 2=velocity
// arrays to manage note length/endings
byte NOTE_ON[VOICE_COUNT];
unsigned long NOTE_OFF[VOICE_COUNT];
// Length of the notes
int notelength;
int lengthVal;
int MAX_LENGTH= 10;
int MIN_LENGTH = 1;
/*
LOOKUP TABLES
*/
//QUANTISATION
byte MODES[MODE_COUNT][12]= {
{0,1,2,3,4,5,6,7,8,9,10,11 }, // chromatic
{0,2,4,6,8,10,12 }, //whole tone
{ 0,3,5,6,7,10,12 }, // blues
{ 0,1,3,5,7,9,10,12 }, // javanese
{ 0,2,3,5,7,8,10,12 }, // minor
{ 0,2,3,5,7,8,11,12 }, // harmonic minor
{0,2,4,5,6,8,10,12 }, // arabian
{ 0,2,4,5,8,9,11,12 }, // harmonic major
{ 0,1,4,5,6,8,11,12 }, // persian
{ 0,1,4,5,6,9,10,12 }, // oriental
{ 0,1,4,5,7,8,10,12 }, // jewish
{ 0,1,4,5,7,8,11,12 }, // gypsy
{ 0,2,3,5,7,9,10,12 }, // dorian
{ 0,2,4,5,7,8,11,12 }, // ethiopian
// { }, //
};
/* Rhythm system:
0 = 4/4
1 = clock divisions
2 = samba
3 = 3/4
4 = cuban
5 = bossanova
*/
byte ODDS[ODDS_COUNT][ARRAY_SIZE]={
{
95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5
},{
95,5,95,5,95,5,95,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,5,5,5,5,95,5,5,5,5,5,5,5,95,5,5,5,5,5,5,5,95,5,5,5,5,5,5,5,95,95,95,95,95,95,95,95,95,5,95,5,95,5,95,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,95,5,5,5,5,5,5,5,95,5,5,5,5,5,5,5,95,5,5,5,5,5,5,5,95,5,5,5,5,5,5,5,95,95,95,95,95,95,95,95,
},{
95,5,95,5,5,95,5,95,5,95,5,5,95,5,95,5,95,5,95,5,5,95,5,95,5,95,5,5,95,5,95,5,95,5,95,5,5,95,5,95,5,95,5,5,95,5,95,5,95,5,95,5,5,95,5,95,5,95,5,5,95,5,95,5,95,5,95,5,5,95,5,95,5,95,5,5,95,5,95,5,95,5,95,5,5,95,5,95,5,95,5,5,95,5,95,5,95,5,95,5,5,95,5,95,5,95,5,5,95,5,95,5,95,5,95,5,5,95,5,95,5,95,5,5,95,5,95,5,
},{
90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,90,20,20,20,20
},{
95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,95,5,95,95,5,95,95,5,
},{
95,5,5,95,5,5,95,5,5,5,95,5,5,95,5,5,95,5,5,95,5,5,95,5,5,5,95,5,5,95,5,5,95,5,5,95,5,5,95,5,5,5,95,5,5,95,5,5,95,5,5,95,5,5,95,5,5,5,95,5,5,95,5,5,95,5,5,95,5,5,95,5,5,5,95,5,5,95,5,5,95,5,5,95,5,5,95,5,5,5,95,5,5,95,5,5,95,5,5,95,5,5,95,5,5,5,95,5,5,95,5,5,95,5,5,95,5,5,95,5,5,5,95,5,5,95,5,5,
}};
void setup() {
// Set MIDI baud rate:
Serial.begin(31250); // midi
randomSeed((analogRead(9)+analogRead(10)+analogRead(11))/3);
// set up the digital led
pinMode(greenLED1,OUTPUT);
// set up the digital (clock) output
pinMode(clockout,OUTPUT);
// set up the digital (clock) input
pinMode(clkIn, INPUT);
attachInterrupt(0, isr, RISING);
}
/*
MAIN LOOP
*/
void loop() {
byte playsteps = 16; // how many MODES to play in each loop
// FIRST PLAY, FILL UP THE SEQUENCE
if(FILL == true)
{
// CHOOSE INITIAL VARIABLES
// Random or fixed scale selection
MODE_CHOICE=random(MODE_COUNT);
//MODE_CHOICE=3;
// Random or fixed rhythm selection
ODDS_CHOICE = random(ODDS_COUNT);
//MODE_CHOICE = 4;
// select density
DENSITY = (random(MAX_DENSITY-MIN_DENSITY))+MIN_DENSITY;
//EXPERIMENTAL
// Choose divider for long/short stresses
LONG_SHORT = random(16);
BASE_time = random(16);
// FILL THE LOOP
for(int seqstep=0;seqstep<ARRAY_SIZE;seqstep++)
{
byte newnote=random(7);
byte newoctave = random(5)+3;
if(random(DENSITY)<ODDS[ODDS_CHOICE][seqstep])
{
SEQUENCE[0][seqstep]= newnote; // note
SEQUENCE[1][seqstep]= newoctave; // octave
SEQUENCE[2][seqstep]= random(ODDS[ODDS_CHOICE][seqstep]+27); // velocity
}
}
FILL = false;
}
else
{
// AFTER FIRST FILL, STEP THROUGH THE SEQUENCE
for(int seqstep=0;seqstep<playsteps;seqstep++)
{
byte randomNote = 0;
// ROUTINES TO CHECK THE KNOBS
// ClockIn
// pot zero = TEMPO
TEMPO = map(analogRead(0),0,1024,MIN_TEMPO,MAX_TEMPO);
// Knob 0
// NOTELENGTH SETTING
lengthVal = map(analogRead(3),0,1024,MIN_LENGTH,MAX_LENGTH);
notelength = random (lengthVal) * TEMPO;
// Knob 1
// SCALE SELECTION KNOB
MODE_CHOICE = map(analogRead(4),0,1024,0,MODE_COUNT);
// Knob 2
// LOOP KNOB
playsteps = (analogRead(5)/128)*8;
// Knob 3 and 4
// VELOCITY HIGH/LOW KNOBS
byte velocity = SEQUENCE[2][seqstep];
if (velocity>0)
{
byte minvelocity = map(analogRead(6),0,1024,1,127);
byte maxvelocity = map(analogRead(7),0,1024,minvelocity,127);
if (velocity<=minvelocity){velocity=minvelocity;};
if (velocity>=maxvelocity){velocity=maxvelocity;};
}
// Knob 6 - Octave
byte octaveRange = map (analogRead(1),0,1024,0,7);
byte octaveCenter = map (analogRead(2),0,1024,0,7);
byte octaveWidth = random (octaveRange);
byte octave = octaveCenter + octaveWidth;
if (octave > 8) octave = 8;
// PLAY THE NOTE
playNote(0x90, quantize(MODE_CHOICE, SEQUENCE[0][seqstep], octave) ,velocity,notelength);
if (seqstep%4==0)
{
digitalWrite(greenLED1, HIGH);
digitalWrite(clockout, HIGH);
}
else
{
digitalWrite(greenLED1, LOW);
digitalWrite(clockout, LOW);
}
noteKill();
delay(TEMPO);
}
}
}
/*
FUNCTIONS
*/
// midi note player
void playNote(byte cmd, byte pitch, byte velocity, int duration)
{
unsigned long time = millis();
// find an empty note slot
boolean found_slot = false;
for (int i=0;i<VOICE_COUNT;i++)
{
if (NOTE_ON[i] == 0)
{
NOTE_ON[i] = pitch;
NOTE_OFF[i] = time+duration;
found_slot = true;
break;
}
}
Serial.write(cmd);
Serial.write(pitch);
Serial.write(velocity);
}
// Check for held Notes that should be killed, and kill them.
void noteKill(){
unsigned long time=millis();
for (int i=0;i<VOICE_COUNT;i++){
if (NOTE_ON[i]>0 && NOTE_OFF[i]<time){ // if note value>0 and note off time < time
byte pitch = NOTE_ON[i];
byte velocity = 0;
Serial.write(0x90);
Serial.write(pitch);
Serial.write(velocity);
NOTE_ON[i]=0; //wipe NOTE_ON entry to signal no active note
}}}
// Quantizer
byte quantize(int scale, int note, int octave){
return octave*12+MODES[scale][note];
}
// =================== convenience routines ===================
// isr() - quickly handle interrupts from the clock input
// ------------------------------------------------------
void isr()
{
// Note: you don't want to spend a lot of time here, because
// it interrupts the activity of the rest of your program.
// In most cases, you just want to set a variable and get
// out.
clkState = HIGH;
}
|
fd4c8bfae93b27208414c24b990eebe4a6a1ab09 | e7c132ec3dcab4bf7667a923cdf46af34803975a | /FastGraph/gene_operations.h | de52b049650fd1bd837aecca63309f88f93befae | [] | no_license | Culter/FastGraph | 680d1903913d7b8b0b68a6f3830c162deee35891 | a37aa45cd4825567dd4cc61913bf1bd20d14bbf2 | refs/heads/master | 2020-02-26T16:28:38.966540 | 2016-10-20T09:08:58 | 2016-10-20T09:08:58 | 71,217,740 | 2 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 15,230 | h | gene_operations.h | //
// gene_operations.h
// FastGraph
//
// Created by culter on 1/13/16.
// Copyright © 2016 culter. All rights reserved.
//
#ifndef gene_operations_h
#define gene_operations_h
#include <iostream>
#include <unordered_set>
#include "NodeSet.h"
#include "Gene.h"
#include "graph_operations.h"
template<typename TIndex, typename TDegree, size_t MaxDegree>
Gene<TIndex> cross_reference(const FastGraph<Node<TIndex, TDegree, MaxDegree>>& g,
TIndex site,
const Gene<TIndex>& mother,
const Gene<TIndex>& father) {
// Form the longest conceivable cross
std::vector<TIndex> m(mother.path.cbegin(), std::find(mother.path.cbegin(), mother.path.cend(), site));
std::vector<TIndex> f(std::find(father.path.cbegin(), father.path.cend(), site)+1, father.path.cend());
std::vector<TIndex> child;
// std::cout << "cross_reference===========================================================================================" << std::endl;
// Whittle it down until it no longer self-intersects
while (true) {
child = m;
child.push_back(site);
child.insert(child.end(), f.cbegin(), f.cend());
// std::cout << "m = " << m << std::endl;
// std::cout << "f = " << f << std::endl;
// std::cout << "child = " << child << std::endl;
std::unordered_set<TIndex> nodes(child.cbegin(), child.cend());
if (nodes.size() == child.size()) {
// Hooray! Candidate does not repeat any nodes.
if (has_path(g, child)) {
// Hooray! Path is closable.
break;
}
else {
// std::cout << "Vector child is not closable. Trimming..." << std::endl;
}
}
else {
// std::cout << "Vector child overlaps itself. Trimming..." << std::endl;
}
if (!m.empty()) {
m.erase(m.begin());
}
if (!f.empty()) {
f.pop_back();
}
}
return child;
}
template<typename TIndex, typename TDegree, size_t MaxDegree>
Gene<TIndex> cross_2(const FastGraph<Node<TIndex, TDegree, MaxDegree>>& g,
TIndex site,
const Gene<TIndex>& mother,
const Gene<TIndex>& father) {
const auto m2 = std::find(mother.path.cbegin(), mother.path.cend(), site);
const auto f1 = std::find(father.path.cbegin(), father.path.cend(), site) + 1;
auto m1 = m2;
auto f2 = f1;
NodeSet sa = {};
sa[site] = true;
// Lengthen the shorter of m and f until the remainders are equal
int mother_more_room = (int)(m1 - mother.path.cbegin()) - (int)(father.path.cend() - f2);
while (mother_more_room < 0) {
assert(f2 != father.path.cend());
sa[*f2] = true;
f2++;
mother_more_room++;
}
while (mother_more_room > 0) {
assert(m1 != mother.path.cbegin());
m1--;
sa[*m1] = true;
mother_more_room--;
}
// Lengthen both m and f until they collide
while (m1 != mother.path.cbegin()) {
assert(f2 != father.path.cend());
auto mn = *(m1 - 1);
auto fn = *f2;
if (mn == fn || sa[mn] || sa[fn]) break;
sa[mn] = true;
sa[fn] = true;
m1--;
f2++;
}
// Now m + site + f is as long as possible without intersecting itself.
// But we may need to shorten it again to be closable.
// Form the longest conceivable cross
std::vector<TIndex> m(m1, m2);
std::vector<TIndex> f(f1, f2);
std::vector<TIndex> child;
// std::cout << "cross_2===========================================================================================" << std::endl;
// Whittle it down until it no longer self-intersects
while (true) {
child = m;
child.push_back(site);
child.insert(child.end(), f.cbegin(), f.cend());
// std::cout << "m = " << m << std::endl;
// std::cout << "f = " << f << std::endl;
// std::cout << "child = " << child << std::endl;
std::unordered_set<TIndex> nodes(child.cbegin(), child.cend());
if (nodes.size() == child.size()) {
// Hooray! Candidate does not repeat any nodes.
if (has_path(g, child)) {
// Hooray! Path is closable.
break;
}
else {
// std::cout << "Vector child is not closable. Trimming..." << std::endl;
}
}
else {
// std::cout << "Vector child overlaps itself. Trimming..." << std::endl;
}
if (!m.empty()) {
m.erase(m.begin());
}
if (!f.empty()) {
f.pop_back();
}
}
return child;
}
template<typename TIndex, typename TDegree, size_t MaxDegree>
Gene<TIndex> cross_fast(const FastGraph<Node<TIndex, TDegree, MaxDegree>>& g,
TIndex site,
const Gene<TIndex>& mother,
const Gene<TIndex>& father) {
const auto m2 = std::find(mother.path.cbegin(), mother.path.cend(), site);
const auto f1 = std::find(father.path.cbegin(), father.path.cend(), site) + 1;
auto m1 = m2;
auto f2 = f1;
NodeSet sa = {};
sa[site] = true;
// Lengthen the shorter of m and f until the remainders are equal
int mother_more_room = (int)(m1 - mother.path.cbegin()) - (int)(father.path.cend() - f2);
while (mother_more_room < 0) {
assert(f2 != father.path.cend());
sa[*f2] = true;
f2++;
mother_more_room++;
}
while (mother_more_room > 0) {
assert(m1 != mother.path.cbegin());
m1--;
sa[*m1] = true;
mother_more_room--;
}
// Lengthen both m and f until they collide
while (m1 != mother.path.cbegin()) {
assert(f2 != father.path.cend());
auto mn = *(m1 - 1);
auto fn = *f2;
if (mn == fn || sa[mn] || sa[fn]) break;
sa[mn] = true;
sa[fn] = true;
m1--;
f2++;
}
// Now m + site + f is as long as possible without intersecting itself.
// But we may need to shorten it again to be closable.
// Copy-paste job from has_path
{
NodeSet forward_body = {};
NodeSet reverse_body = {};
TIndex forward_fringe[MaxNodes];
TIndex reverse_fringe[MaxNodes];
TIndex forward_fringe_size = 0;
TIndex reverse_fringe_size = 0;
while (true) {
auto source = *(f2 - 1);
auto target = *m1;
auto& forbidden_nodes = sa;
forbidden_nodes[source] = false;
forbidden_nodes[target] = false;
forward_body[source] = true;
reverse_body[target] = true;
forward_fringe[forward_fringe_size] = source;
reverse_fringe[reverse_fringe_size] = target;
forward_fringe_size += 1;
reverse_fringe_size += 1;
while (forward_fringe_size && reverse_fringe_size) {
// Regardless of the lengths of the fringes, at every step at this loop level, we must explore both at least once.
TIndex this_level[MaxNodes];
TIndex this_level_size = forward_fringe_size;
memcpy(this_level, forward_fringe, forward_fringe_size * sizeof(forward_fringe[0]));
forward_fringe_size = 0;
for (TIndex iv = 0; iv < this_level_size; ++iv) {
TIndex v = this_level[iv];
for (auto w = g.nodes[v].succ_cbegin(); w != g.nodes[v].succ_cend(); ++w) {
if (!forbidden_nodes[*w]) {
if (reverse_body[*w]) goto found_path;
else if (!forward_body[*w]) {
forward_fringe[forward_fringe_size] = *w;
forward_fringe_size++;
forward_body[*w] = true;
}
}
}
}
this_level_size = reverse_fringe_size;
memcpy(this_level, reverse_fringe, reverse_fringe_size * sizeof(reverse_fringe[0]));
reverse_fringe_size = 0;
for (TIndex iv = 0; iv < this_level_size; ++iv) {
TIndex v = this_level[iv];
for (auto w = g.nodes[v].pred_cbegin(); w != g.nodes[v].pred_cend(); ++w) {
if (!forbidden_nodes[*w]) {
if (forward_body[*w]) goto found_path;
else if (!reverse_body[*w]) {
reverse_fringe[reverse_fringe_size] = *w;
reverse_fringe_size++;
reverse_body[*w] = true;
}
}
}
}
}
assert(m1 + 1 <= m2);
assert(f1 <= f2 - 1);
//Exhausted fringes but didn't find path. Better rolllll back.
m1++;
f2--;
assert(mother.path.cbegin() <= m1);
assert(m1 <= m2);
assert(m2 <= mother.path.cend());
assert(father.path.cbegin() <= f1);
assert(f1 <= f2);
assert(f2 <= father.path.cend());
}
}
found_path:
assert(mother.path.cbegin() <= m1);
assert(m1 <= m2);
assert(m2 <= mother.path.cend());
assert(father.path.cbegin() <= f1);
assert(f1 <= f2);
assert(f2 <= father.path.cend());
Gene<TIndex> out;
out.path.reserve((m2 - m1) + 1 + (f2 - f1) + 1); // The last +1 is to accomodate future mutations.
out.path.insert(out.path.cend(), m1, m2);
out.path.push_back(site);
out.path.insert(out.path.cend(), f1, f2);
assert((out.path.size() == 1) || (out.path.front() != out.path.back()));
return out;
}
template<typename TIndex, typename TDegree, size_t MaxDegree>
Gene<TIndex> cross_faster(const FastGraph<Node<TIndex, TDegree, MaxDegree>>& g,
TIndex site,
const Gene<TIndex>& mother,
const Gene<TIndex>& father) {
const auto m2 = std::find(mother.path.cbegin(), mother.path.cend(), site);
const auto f1 = std::find(father.path.cbegin(), father.path.cend(), site) + 1;
auto m1 = m2;
auto f2 = f1;
NodeSet sa = {};
sa[site] = true;
// Lengthen the shorter of m and f until the remainders are equal
int mother_more_room = (int)(m1 - mother.path.cbegin()) - (int)(father.path.cend() - f2);
while (mother_more_room < 0) {
assert(f2 != father.path.cend());
sa[*f2] = true;
f2++;
mother_more_room++;
}
while (mother_more_room > 0) {
assert(m1 != mother.path.cbegin());
m1--;
sa[*m1] = true;
mother_more_room--;
}
// Lengthen both m and f until they collide
while (m1 != mother.path.cbegin()) {
assert(f2 != father.path.cend());
auto mn = *(m1 - 1);
auto fn = *f2;
if (mn == fn || sa[mn] || sa[fn]) break;
sa[mn] = true;
sa[fn] = true;
m1--;
f2++;
}
// Now m + site + f is as long as possible without intersecting itself.
// But we may need to shorten it again to be closable.
// Copy-paste job from has_path
{
NodeSet forward_body = {};
NodeSet reverse_body = {};
TIndex forward_fringe[MaxNodes];
TIndex reverse_fringe[MaxNodes];
TIndex forward_fringe_size = 0;
TIndex reverse_fringe_size = 0;
bool must_expand_both = false;
while (true) {
auto source = *(f2 - 1);
auto target = *m1;
auto& forbidden_nodes = sa;
forbidden_nodes[source] = false;
forbidden_nodes[target] = false;
forward_body[source] = true;
reverse_body[target] = true;
forward_fringe[forward_fringe_size] = source;
reverse_fringe[reverse_fringe_size] = target;
forward_fringe_size += 1;
reverse_fringe_size += 1;
while (forward_fringe_size && reverse_fringe_size) {
TIndex this_level[MaxNodes];
if (must_expand_both || forward_fringe_size < reverse_fringe_size) {
TIndex this_level_size = forward_fringe_size;
memcpy(this_level, forward_fringe, forward_fringe_size * sizeof(forward_fringe[0]));
forward_fringe_size = 0;
for (TIndex iv = 0; iv < this_level_size; ++iv) {
TIndex v = this_level[iv];
for (auto w = g.nodes[v].succ_cbegin(); w != g.nodes[v].succ_cend(); ++w) {
if (!forbidden_nodes[*w]) {
if (reverse_body[*w]) goto found_path;
else if (!forward_body[*w]) {
forward_fringe[forward_fringe_size] = *w;
forward_fringe_size++;
forward_body[*w] = true;
}
}
}
}
}
if (must_expand_both || forward_fringe_size >= reverse_fringe_size) {
TIndex this_level_size = reverse_fringe_size;
memcpy(this_level, reverse_fringe, reverse_fringe_size * sizeof(reverse_fringe[0]));
reverse_fringe_size = 0;
for (TIndex iv = 0; iv < this_level_size; ++iv) {
TIndex v = this_level[iv];
for (auto w = g.nodes[v].pred_cbegin(); w != g.nodes[v].pred_cend(); ++w) {
if (!forbidden_nodes[*w]) {
if (forward_body[*w]) goto found_path;
else if (!reverse_body[*w]) {
reverse_fringe[reverse_fringe_size] = *w;
reverse_fringe_size++;
reverse_body[*w] = true;
}
}
}
}
}
// Okay, one force-expand pair is enough.
must_expand_both = false;
}
assert(m1 + 1 <= m2);
assert(f1 <= f2 - 1);
//Exhausted fringes but didn't find path. Better rolllll back.
m1++;
f2--;
assert(mother.path.cbegin() <= m1);
assert(m1 <= m2);
assert(m2 <= mother.path.cend());
assert(father.path.cbegin() <= f1);
assert(f1 <= f2);
assert(f2 <= father.path.cend());
must_expand_both = true;
}
}
found_path:
assert(mother.path.cbegin() <= m1);
assert(m1 <= m2);
assert(m2 <= mother.path.cend());
assert(father.path.cbegin() <= f1);
assert(f1 <= f2);
assert(f2 <= father.path.cend());
Gene<TIndex> out;
out.path.reserve((m2 - m1) + 1 + (f2 - f1) + 1); // The last +1 is to accomodate future mutations.
out.path.insert(out.path.cend(), m1, m2);
out.path.push_back(site);
out.path.insert(out.path.cend(), f1, f2);
assert((out.path.size() == 1) || (out.path.front() != out.path.back()));
return out;
}
template<typename TIndex>
void print(const Gene<TIndex>& gene) {
std::cout << "Gene of length " << gene.path.size() << ": ";
for (auto node: gene.path) {
std::cout << node << ' ';
}
std::cout << std::endl;
}
template<typename TIndex, typename TDegree, size_t MaxDegree>
void print(const FastGraph<Node<TIndex, TDegree, MaxDegree>>& g, const Gene<TIndex>& gene) {
std::cout << "Gene of length " << gene.path.size() << ": ";
for (int i = 0; i < gene.path.size(); ++i) {
// for (auto node: gene.path) {
auto node = gene.path[i];
auto next = gene.path[(i+1) % gene.path.size()];
// std::cout << node << " (" << g.names[node] << ") ";
std::cout << g.names[node] << " ";
bool forward = (std::find(g.nodes[node].succ_cbegin(), g.nodes[node].succ_cend(), next) != g.nodes[node].succ_cend());
bool reverse = (std::find(g.nodes[node].pred_cbegin(), g.nodes[node].pred_cend(), next) != g.nodes[node].pred_cend());
// if (!forward) {
// throw 79;
// }
if (forward && !reverse) {
std::cout << "> ";
}
else if (forward && reverse) {
std::cout << "? ";
}
}
std::cout << std::endl;
}
#endif /* gene_operations_h */
|
f90c6445d65648fc752de28402ce7c95f270c5da | 432aa5dff644e793bcfcae6f8b2bb08ac59e28bd | /ads-ql/IQLExpression.cc | 8d33465fe843b46b6f460d97c3c7e7461c3e2ff6 | [] | no_license | osgirl/trecul | 38ef4d7e273732d5940890928cbea9d62ca0608d | fbffd93411703d1ff200d4309fff803e53437af4 | refs/heads/master | 2020-04-28T04:41:08.847853 | 2019-03-17T14:13:42 | 2019-03-17T14:13:42 | 174,988,787 | 0 | 0 | null | 2019-03-11T11:46:31 | 2019-03-11T11:46:30 | null | UTF-8 | C++ | false | false | 37,886 | cc | IQLExpression.cc | /**
* Copyright (c) 2012, Akamai Technologies
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
*
* Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
*
* Redistributions in binary form must reproduce the above
* copyright notice, this list of conditions and the following
* disclaimer in the documentation and/or other materials provided
* with the distribution.
*
* Neither the name of the Akamai Technologies nor the names of its
* contributors may be used to endorse or promote products derived
* from this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
* "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
* LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
* FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
* COPYRIGHT HOLDERS OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT,
* INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
* (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
* SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
* HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT,
* STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
* ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED
* OF THE POSSIBILITY OF SUCH DAMAGE.
*/
#include <stack>
#include <boost/algorithm/string/predicate.hpp>
#include <boost/algorithm/string/replace.hpp>
#include <boost/lexical_cast.hpp>
#include "IQLExpression.hh"
#include "IQLBuildTree.h"
#include "RecordType.hh"
IQLExpression::~IQLExpression()
{
}
bool IQLExpression::equals(const IQLExpression * rhs) const
{
const IQLExpression * input = this;
const IQLExpression * pattern = rhs;
if (!input->shallow_equals(pattern))
return false;
std::stack<std::pair<IQLExpression::arg_const_iterator,
IQLExpression::arg_const_iterator> > patternStk;
std::vector<IQLExpression *> patternTmp;
std::stack<std::pair<IQLExpression::arg_const_iterator,
IQLExpression::arg_const_iterator> > inputStk;
std::vector<IQLExpression *> inputTmp;
// Push the node with arguments on the stack.
patternTmp.push_back(const_cast<IQLExpression *>(pattern));
inputTmp.push_back(const_cast<IQLExpression *>(input));
patternStk.push(std::make_pair(patternTmp.begin(), patternTmp.end()));
inputStk.push(std::make_pair(inputTmp.begin(), inputTmp.end()));
while(patternStk.size() && inputStk.size()) {
if (patternStk.top().first != patternStk.top().second) {
pattern = *patternStk.top().first;
input = *inputStk.top().first;
// Make sure number of args is the same
if (false == input->shallow_equals(pattern) ||
input->args_size() != pattern->args_size()) {
return false;
}
patternStk.push(std::make_pair(pattern->begin_args(),
pattern->end_args()));
inputStk.push(std::make_pair(input->begin_args(),
input->end_args()));
} else {
patternStk.pop();
inputStk.pop();
if (patternStk.size()) {
++patternStk.top().first;
++inputStk.top().first;
}
}
}
return patternStk.size() == 0 && inputStk.size() == 0;
}
void IQLExpression::replaceArg(IQLExpression * oldArg,
IQLExpression * newArg)
{
for(std::size_t i=0, sz=mArgs.size(); i<sz; ++i) {
if (mArgs[i] == oldArg) {
mArgs[i] = newArg;
return;
}
}
throw std::runtime_error("Internal Error: call to IQLExpression::replaceArg"
" with invalid argument");
}
LogicalOrExpr * LogicalOrExpr::clone() const
{
return new LogicalOrExpr(*this);
}
LogicalAndExpr * LogicalAndExpr::clone() const
{
return new LogicalAndExpr(*this);
}
LogicalNotExpr * LogicalNotExpr::clone() const
{
return new LogicalNotExpr(*this);
}
EqualsExpr * EqualsExpr::clone() const
{
return new EqualsExpr(*this);
}
NotEqualsExpr * NotEqualsExpr::clone() const
{
return new NotEqualsExpr(*this);
}
GreaterThanExpr * GreaterThanExpr::clone() const
{
return new GreaterThanExpr(*this);
}
LessThanExpr * LessThanExpr::clone() const
{
return new LessThanExpr(*this);
}
GreaterThanEqualsExpr * GreaterThanEqualsExpr::clone() const
{
return new GreaterThanEqualsExpr(*this);
}
LessThanEqualsExpr * LessThanEqualsExpr::clone() const
{
return new LessThanEqualsExpr(*this);
}
CaseExpr::CaseExpr(DynamicRecordContext & ctxt,
const std::vector<IQLExpression *>& args,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::CASE,
args.begin(), args.end(),
loc)
{
}
CaseExpr * CaseExpr::clone() const
{
return new CaseExpr(*this);
}
CallExpr::CallExpr(DynamicRecordContext & ctxt,
const char * fun,
const std::vector<IQLExpression *>& args,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::CALL,
args.begin(), args.end(),
loc)
{
setData(fun);
}
CallExpr * CallExpr::clone() const
{
return new CallExpr(*this);
}
CastExpr::CastExpr(DynamicRecordContext & ctxt,
const FieldType * ty,
IQLExpression * arg,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::CAST,
arg,
loc)
{
setData(ty);
}
CastExpr * CastExpr::clone() const
{
return new CastExpr(*this);
}
Int32Expr::Int32Expr(DynamicRecordContext & ctxt,
const char * text,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::INT32, loc)
{
// TODO: Should we check the string now or later?
// On the one hand haven't yet constructed our object
// nor has anyone asked for type checking. On the
// other hand, we'll need to convert state later.
setData(text);
}
Int32Expr * Int32Expr::clone() const
{
return new Int32Expr(*this);
}
Int64Expr::Int64Expr(DynamicRecordContext & ctxt,
const char * text,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::INT64, loc)
{
setData(text);
}
Int64Expr * Int64Expr::clone() const
{
return new Int64Expr(*this);
}
IntervalExpr::IntervalExpr(DynamicRecordContext & ctxt,
const char * text,
IQLExpression * arg,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::INTERVAL, arg, loc)
{
setData(text);
}
IntervalExpr * IntervalExpr::clone() const
{
return new IntervalExpr(*this);
}
DoubleExpr::DoubleExpr(DynamicRecordContext & ctxt,
const char * text,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::DOUBLE, loc)
{
setData(text);
}
DoubleExpr * DoubleExpr::clone() const
{
return new DoubleExpr(*this);
}
DecimalExpr::DecimalExpr(DynamicRecordContext & ctxt,
const char * text,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::DECIMAL, loc)
{
setData(text);
}
DecimalExpr * DecimalExpr::clone() const
{
return new DecimalExpr(*this);
}
StringExpr::StringExpr(DynamicRecordContext & ctxt,
const char * text,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::STRING, loc)
{
setData(text);
}
StringExpr * StringExpr::clone() const
{
return new StringExpr(*this);
}
BooleanExpr::BooleanExpr(DynamicRecordContext & ctxt,
bool isTrue,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::BOOLEAN, loc)
{
setData(isTrue ? 1 : 0);
}
BooleanExpr * BooleanExpr::clone() const
{
return new BooleanExpr(*this);
}
NilExpr::NilExpr(DynamicRecordContext & ctxt,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::NIL, loc)
{
}
NilExpr * NilExpr::clone() const
{
return new NilExpr(*this);
}
VariableExpr::VariableExpr(DynamicRecordContext & ctxt,
const char * text,
const char * text2,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::VARIABLE, loc)
{
// TODO: store this parsed?
std::string str(text);
if (text2) {
str += ".";
str += text2;
}
setData(str.c_str());
}
VariableExpr * VariableExpr::clone() const
{
return new VariableExpr(*this);
}
ArrayReferenceExpr::ArrayReferenceExpr(DynamicRecordContext & ctxt,
const char * text,
IQLExpression * idx,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::ARRAYREF, idx, loc)
{
setData(text);
}
ArrayReferenceExpr * ArrayReferenceExpr::clone() const
{
return new ArrayReferenceExpr(*this);
}
ArrayExpr::ArrayExpr(DynamicRecordContext & ctxt,
const std::vector<IQLExpression *>& args,
const SourceLocation& loc)
:
IQLExpression(ctxt, IQLExpression::ARR,
args.begin(), args.end(),
loc)
{
}
ArrayExpr * ArrayExpr::clone() const
{
return new ArrayExpr(*this);
}
IQLEquiJoinDetector::IQLEquiJoinDetector(DynamicRecordContext& ctxt,
const RecordType * left,
const RecordType * right,
IQLExpression * input)
:
mContext(ctxt),
mEquals(NULL),
mResidual(input)
{
// First lift all ANDs
// The trees we are building are generally left associative
// so we do less work if we put all ANDs on the left boundary
// of the parse tree.
for(IQLExpression * e = mResidual; e != NULL; ) {
if (e->getNodeType() == IQLExpression::LAND) {
// While right child is an AND, rotate to left.
while ((*(e->begin_args()+1))->getNodeType() == IQLExpression::LAND) {
e->rotateRightChild();
}
e = *e->begin_args();
} else {
e = NULL;
}
}
// Scan for patterns (EQ x y) where x and y are VARIABLE
// from left & right (in either order). Only process if a
// top level conjunctive clause.
// TODO: Should we put the predicate in conjunctive normal
// form first? Is that well defined with SQL ternary logic?
// E.g. is NOT (a <> b OR c <> d) a valid equijoin predicate?
for(IQLExpression * e = mResidual, * p=NULL; e != NULL; ) {
switch (e->getNodeType()) {
case IQLExpression::LAND:
if ((*(e->begin_args()+1))->getNodeType() == IQLExpression::EQ) {
handleEq(left, right, *(e->begin_args()+1), e);
}
p = e;
e = *e->begin_args();
break;
case IQLExpression::EQ:
{
handleEq(left, right, e, p);
e = NULL;
break;
}
default:
e = NULL;
break;
}
}
// Eliminate inserted TRUE(s) and store residual
for(IQLExpression * e = mResidual, * p=NULL; e != NULL; ) {
if(e->getNodeType()==IQLExpression::LAND) {
if((*(e->begin_args()+1))->getNodeType() == IQLExpression::BOOLEAN &&
(*(e->begin_args()+1))->getBooleanData()) {
if (NULL != p) {
IQLExpression * tmp = *e->begin_args();
p->replaceArg(e, tmp);
e = tmp;
} else {
mResidual = e = *e->begin_args();
}
} else if((*(e->begin_args()))->getNodeType() == IQLExpression::BOOLEAN &&
(*(e->begin_args()))->getBooleanData()) {
if (NULL != p) {
IQLExpression * tmp = *(e->begin_args()+1);
p->replaceArg(e, tmp);
e = tmp;
} else {
mResidual = e = *(e->begin_args()+1);
}
} else {
p = e;
e = *e->begin_args();
}
} else if (e->getNodeType() == IQLExpression::BOOLEAN &&
e->getBooleanData()) {
if(NULL == p) {
e = mResidual = NULL;
}
} else {
e = NULL;
}
}
}
void IQLEquiJoinDetector::handleEquiJoin(IQLExpression * eq,
IQLExpression * p)
{
if (p) {
// Replace equality with TRUE
IQLExpression * tmp = BooleanExpr::create(mContext, true,
eq->getSourceLocation());
p->replaceArg(eq,tmp);
} else {
mResidual = NULL;
}
// Append eq to equijoin predicate
if (mEquals) {
mEquals = LogicalAndExpr::create(mContext, mEquals, eq,
eq->getSourceLocation());
} else {
mEquals = eq;
}
}
void IQLEquiJoinDetector::handleEq(const RecordType * left,
const RecordType * right,
IQLExpression * eq,
IQLExpression * p)
{
IQLExpression::arg_const_iterator it = eq->begin_args();
IQLExpression * lexpr = *it;
IQLExpression * rexpr = *(++it);
if (lexpr->getNodeType() == IQLExpression::VARIABLE &&
rexpr->getNodeType() == IQLExpression::VARIABLE) {
const std::string & lvar(lexpr->getStringData());
const std::string & rvar(rexpr->getStringData());
int32_t tst = (int32_t) left->hasMember(lvar)
+ 2*(int32_t) right->hasMember(lvar)
+ 4*(int32_t) left->hasMember(rvar)
+ 8*(int32_t) right->hasMember(rvar) ;
switch(tst) {
case 6:
mLeftEquiJoinKeys.push_back(&rvar);
mRightEquiJoinKeys.push_back(&lvar);
handleEquiJoin(eq, p);
break;
case 9:
mLeftEquiJoinKeys.push_back(&lvar);
mRightEquiJoinKeys.push_back(&rvar);
handleEquiJoin(eq, p);
break;
case 3:
case 12:
case 15:
throw std::runtime_error("Ambiguous: need to implement alias support");
break;
default:
break;
}
}
}
IQLFreeVariablesRule::IQLFreeVariablesRule(IQLExpression * expr)
{
// TODO: Memoization of the rule????
onExpr(expr);
}
void IQLFreeVariablesRule::onExpr(IQLExpression * expr)
{
switch(expr->getNodeType()) {
case IQLExpression::VARIABLE:
if (mVariables.find(expr->getStringData()) ==
mVariables.end()) {
mVariables.insert(expr->getStringData());
}
break;
case IQLExpression::ARRAYREF:
if (mVariables.find(expr->getStringData()) ==
mVariables.end()) {
mVariables.insert(expr->getStringData());
}
onExpr(*expr->begin_args());
break;
// TODO: Handle DECLARE since these are binders.
default:
for(IQLExpression::arg_const_iterator a = expr->begin_args(),
e = expr->end_args(); a != e; ++a) {
onExpr(*a);
}
break;
}
}
const std::set<std::string>& IQLFreeVariablesRule::getVariables() const
{
return mVariables;
}
IQLSplitPredicateRule::IQLSplitPredicateRule(DynamicRecordContext & ctxt,
const RecordType * left,
const RecordType * right,
IQLExpression * input)
:
mLeft(NULL),
mRight(NULL),
mBoth(NULL),
mOther(NULL)
{
onExpr(ctxt, left, right, input, NULL);
}
bool IQLSplitPredicateRule::contains(const class RecordType * ty1,
const class RecordType * ty2,
const std::set<std::string>& vars)
{
for(std::set<std::string>::const_iterator v = vars.begin(),
e = vars.end(); v != e; ++v) {
if (!ty1->hasMember(*v) &&
(ty2==NULL || !ty2->hasMember(*v))) {
return false;
}
}
return true;
}
void IQLSplitPredicateRule::addClause(DynamicRecordContext & ctxt,
IQLExpression *& pred,
IQLExpression * clause)
{
if (pred) {
pred = LogicalAndExpr::create(ctxt, pred, clause,
clause->getSourceLocation());
} else {
pred = clause;
}
}
void IQLSplitPredicateRule::onExpr(DynamicRecordContext & ctxt,
const RecordType * left,
const RecordType * right,
IQLExpression * expr,
IQLExpression * parent)
{
switch(expr->getNodeType()) {
case IQLExpression::LAND:
{
onExpr(ctxt, left, right, *expr->begin_args(), expr);
onExpr(ctxt, left, right, *(expr->begin_args()+1), expr);
}
break;
default:
{
// Get free variables and figure out where this goes
IQLFreeVariablesRule fv(expr);
if (contains(left, fv.getVariables())) {
addClause(ctxt, mLeft, expr);
} else if (contains(right, fv.getVariables())) {
addClause(ctxt, mRight, expr);
} else if (contains(left, right, fv.getVariables())) {
addClause(ctxt, mBoth, expr);
} else {
addClause(ctxt, mOther, expr);
}
if (parent) {
parent->replaceArg(expr, BooleanExpr::create(ctxt, true, SourceLocation()));
}
break;
}
}
}
// Implementation of the C binding
class IQLRecordConstructor * unwrap(IQLRecordConstructorRef r)
{
return reinterpret_cast<class IQLRecordConstructor *>(r);
}
IQLRecordConstructorRef wrap(class IQLRecordConstructor * r)
{
return reinterpret_cast<IQLRecordConstructorRef>(r);
}
class IQLFieldConstructor * unwrap(IQLFieldConstructorRef r)
{
return reinterpret_cast<class IQLFieldConstructor *>(r);
}
IQLFieldConstructorRef wrap(class IQLFieldConstructor * r)
{
return reinterpret_cast<IQLFieldConstructorRef>(r);
}
std::vector<IQLFieldConstructor *> * unwrap(IQLFieldConstructorListRef r)
{
return reinterpret_cast<std::vector<IQLFieldConstructor *> *>(r);
}
IQLFieldConstructorListRef wrap(std::vector<IQLFieldConstructor *> * r)
{
return reinterpret_cast<IQLFieldConstructorListRef>(r);
}
class IQLExpression * unwrap(IQLExpressionRef r)
{
return reinterpret_cast<class IQLExpression *>(r);
}
IQLExpressionRef wrap(class IQLExpression * r)
{
return reinterpret_cast<IQLExpressionRef>(r);
}
std::vector<IQLExpression *> * unwrap(IQLExpressionListRef r)
{
return reinterpret_cast<std::vector<IQLExpression *> *>(r);
}
IQLExpressionListRef wrap(std::vector<IQLExpression *> * r)
{
return reinterpret_cast<IQLExpressionListRef>(r);
}
class DynamicRecordContext * unwrap(IQLTreeFactoryRef r)
{
return reinterpret_cast<class DynamicRecordContext *>(r);
}
IQLTreeFactoryRef wrap(class DynamicRecordContext * r)
{
return reinterpret_cast<IQLTreeFactoryRef>(r);
}
// Decl; defined in LLVMGen.cc
const FieldType * unwrap(IQLFieldTypeRef r);
IQLFieldTypeRef wrap(const FieldType * r);
IQLFieldConstructorListRef IQLFieldConstructorListCreate(IQLTreeFactoryRef ctxtRef)
{
return wrap(new std::vector<IQLFieldConstructor *> ());
}
void IQLFieldConstructorListFree(IQLTreeFactoryRef ctxtRef,
IQLFieldConstructorListRef l)
{
delete unwrap(l);
}
void IQLFieldConstructorListAppend(IQLTreeFactoryRef ctxtRef,
IQLFieldConstructorListRef l,
IQLFieldConstructorRef e)
{
unwrap(l)->push_back(unwrap(e));
}
IQLFieldConstructorRef IQLBuildAddFields(IQLTreeFactoryRef ctxtRef,
const char * recordName)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(IQLFieldGlob::create(ctxt, recordName));
}
IQLFieldConstructorRef IQLBuildAddField(IQLTreeFactoryRef ctxtRef,
const char * fieldName,
IQLExpressionRef expr)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(IQLNamedExpression::create(ctxt, unwrap(expr), fieldName));
}
IQLFieldConstructorRef IQLBuildQuotedId(IQLTreeFactoryRef ctxtRef,
const char * pattern,
const char * names)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(IQLFieldPattern::create(ctxt, pattern, names));
}
IQLRecordConstructorRef IQLBuildRecord(IQLTreeFactoryRef ctxtRef,
IQLFieldConstructorListRef fields)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(IQLRecordConstructor::create(ctxt, *unwrap(fields)));
}
IQLExpressionListRef IQLExpressionListCreate(IQLTreeFactoryRef ctxt)
{
return wrap(new std::vector<IQLExpression *> ());
}
void IQLExpressionListFree(IQLTreeFactoryRef ctxt,
IQLExpressionListRef l)
{
return delete unwrap(l);
}
void IQLExpressionListAppend(IQLTreeFactoryRef ctxt,
IQLExpressionListRef l,
IQLExpressionRef e)
{
unwrap(l)->push_back(unwrap(e));
}
IQLExpressionRef IQLBuildLogicalOr(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(LogicalOrExpr::create(ctxt, unwrap(leftRef), unwrap(rightRef),
SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildLogicalAnd(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(LogicalAndExpr::create(ctxt, unwrap(leftRef), unwrap(rightRef),
SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildLogicalNot(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(LogicalNotExpr::create(ctxt, unwrap(leftRef),
SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildEquals(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(EqualsExpr::create(ctxt, unwrap(leftRef), unwrap(rightRef),
SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildNotEquals(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(NotEqualsExpr::create(ctxt, unwrap(leftRef), unwrap(rightRef),
SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildGreaterThan(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(GreaterThanExpr::create(ctxt, unwrap(leftRef), unwrap(rightRef),
SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildLessThan(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(LessThanExpr::create(ctxt, unwrap(leftRef), unwrap(rightRef),
SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildGreaterThanEquals(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(GreaterThanEqualsExpr::create(ctxt, unwrap(leftRef), unwrap(rightRef),
SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildLessThanEquals(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(LessThanEqualsExpr::create(ctxt, unwrap(leftRef), unwrap(rightRef),
SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildUnaryFun(IQLTreeFactoryRef ctxtRef,
const char * fun,
IQLExpressionRef leftRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
std::vector<IQLExpression*> args;
args.push_back(unwrap(leftRef));
return wrap(CallExpr::create(ctxt, fun, args, SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildBinaryFun(IQLTreeFactoryRef ctxtRef,
const char * fun,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
std::vector<IQLExpression*> args;
args.push_back(unwrap(leftRef));
args.push_back(unwrap(rightRef));
return wrap(CallExpr::create(ctxt, fun, args, SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildLike(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
throw std::runtime_error("LIKE not supported yet; use RLIKE instead");
}
IQLExpressionRef IQLBuildRLike(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
return IQLBuildBinaryFun(ctxtRef, "rlike", leftRef, rightRef, line, column);
}
IQLExpressionRef IQLBuildPlus(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
return IQLBuildBinaryFun(ctxtRef, "+", leftRef, rightRef, line, column);
}
IQLExpressionRef IQLBuildMinus(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
return IQLBuildBinaryFun(ctxtRef, "-", leftRef, rightRef, line, column);
}
IQLExpressionRef IQLBuildTimes(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
return IQLBuildBinaryFun(ctxtRef, "*", leftRef, rightRef, line, column);
}
IQLExpressionRef IQLBuildDivide(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
return IQLBuildBinaryFun(ctxtRef, "/", leftRef, rightRef, line, column);
}
IQLExpressionRef IQLBuildModulus(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
return IQLBuildBinaryFun(ctxtRef, "%", leftRef, rightRef, line, column);
}
IQLExpressionRef IQLBuildUnaryPlus(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
int line, int column)
{
return IQLBuildUnaryFun(ctxtRef, "+", leftRef, line, column);
}
IQLExpressionRef IQLBuildUnaryMinus(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
int line, int column)
{
return IQLBuildUnaryFun(ctxtRef, "-", leftRef, line, column);
}
IQLExpressionRef IQLBuildBitwiseAnd(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
return IQLBuildBinaryFun(ctxtRef, "&", leftRef, rightRef, line, column);
}
IQLExpressionRef IQLBuildBitwiseOr(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
return IQLBuildBinaryFun(ctxtRef, "|", leftRef, rightRef, line, column);
}
IQLExpressionRef IQLBuildBitwiseXor(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
IQLExpressionRef rightRef,
int line, int column)
{
return IQLBuildBinaryFun(ctxtRef, "^", leftRef, rightRef, line, column);
}
IQLExpressionRef IQLBuildBitwiseNot(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef leftRef,
int line, int column)
{
return IQLBuildUnaryFun(ctxtRef, "~", leftRef, line, column);
}
IQLExpressionRef IQLBuildCase(IQLTreeFactoryRef ctxtRef,
IQLExpressionListRef argsRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
std::vector<IQLExpression*> & args(*unwrap(argsRef));
return wrap(CaseExpr::create(ctxt, args, SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildCast(IQLTreeFactoryRef ctxtRef,
IQLFieldTypeRef ty,
IQLExpressionRef arg,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(CastExpr::create(ctxt, unwrap(ty), unwrap(arg), SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildLiteralCast(IQLTreeFactoryRef ctxtRef,
const char * typeName,
const char * arg,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
const FieldType * ty = NULL;
if (boost::algorithm::iequals("date", typeName)) {
ty = DateType::Get(ctxt);
} else if (boost::algorithm::iequals("datetime", typeName)) {
ty = DateType::Get(ctxt);
} else {
throw std::runtime_error((boost::format("Invalid type: %1%") %
typeName).str());
}
return wrap(CastExpr::create(ctxt, ty, StringExpr::create(ctxt, arg, SourceLocation(line, column)),
SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildCall(IQLTreeFactoryRef ctxtRef,
const char * fun,
IQLExpressionListRef argsRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
std::vector<IQLExpression*> & args(*unwrap(argsRef));
return wrap(CallExpr::create(ctxt, fun, args, SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildInt32(IQLTreeFactoryRef ctxtRef,
const char * text,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(Int32Expr::create(ctxt, text, SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildInt64(IQLTreeFactoryRef ctxtRef,
const char * text,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(Int64Expr::create(ctxt, text, SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildInterval(IQLTreeFactoryRef ctxtRef,
const char * text,
IQLExpressionRef arg,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(IntervalExpr::create(ctxt, text, unwrap(arg), SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildBoolean(IQLTreeFactoryRef ctxtRef,
int isTrue,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(BooleanExpr::create(ctxt, isTrue!=0, SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildNil(IQLTreeFactoryRef ctxtRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(NilExpr::create(ctxt, SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildIsNull(IQLTreeFactoryRef ctxtRef,
IQLExpressionRef left,
int isNot,
int line, int column)
{
return IQLBuildUnaryFun(ctxtRef, isNot ? "_ISNOTNULL_" : "_ISNULL_",
left, line, column);
}
IQLExpressionRef IQLBuildDouble(IQLTreeFactoryRef ctxtRef,
const char * text,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(DoubleExpr::create(ctxt, text, SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildDecimal(IQLTreeFactoryRef ctxtRef,
const char * text,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(DecimalExpr::create(ctxt, text, SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildString(IQLTreeFactoryRef ctxtRef,
const char * text,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
int l = strlen(text);
if (l < 2) {
throw std::runtime_error("Internal Error: Invalid text for "
"IQL string literal");
}
std::string s(text+1, text+l-2);
boost::algorithm::replace_all(s, "''", "'");
return wrap(StringExpr::create(ctxt, s.c_str(), SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildVariable(IQLTreeFactoryRef ctxtRef,
const char * text,
const char * text2,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(VariableExpr::create(ctxt, text, text2, SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildArrayRef(IQLTreeFactoryRef ctxtRef,
const char * text,
IQLExpressionRef idx,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(ArrayReferenceExpr::create(ctxt, text, unwrap(idx),
SourceLocation(line, column)));
}
IQLExpressionRef IQLBuildArray(IQLTreeFactoryRef ctxtRef,
IQLExpressionListRef argsRef,
int line, int column)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
std::vector<IQLExpression*> & args(*unwrap(argsRef));
return wrap(ArrayExpr::create(ctxt, args, SourceLocation(line, column)));
}
IQLFieldTypeRef IQLBuildInt32Type(IQLTreeFactoryRef ctxtRef, int nullable)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(Int32Type::Get(ctxt, nullable!=0));
}
IQLFieldTypeRef IQLBuildInt64Type(IQLTreeFactoryRef ctxtRef, int nullable)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(Int64Type::Get(ctxt, nullable!=0));
}
IQLFieldTypeRef IQLBuildDoubleType(IQLTreeFactoryRef ctxtRef, int nullable)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(DoubleType::Get(ctxt, nullable!=0));
}
IQLFieldTypeRef IQLBuildDecimalType(IQLTreeFactoryRef ctxtRef, int nullable)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(DecimalType::Get(ctxt, nullable!=0));
}
IQLFieldTypeRef IQLBuildDateType(IQLTreeFactoryRef ctxtRef, int nullable)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(DateType::Get(ctxt, nullable!=0));
}
IQLFieldTypeRef IQLBuildDatetimeType(IQLTreeFactoryRef ctxtRef, int nullable)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(DatetimeType::Get(ctxt, nullable!=0));
}
IQLFieldTypeRef IQLBuildNVarcharType(IQLTreeFactoryRef ctxtRef, int nullable)
{
throw std::runtime_error("NVARCHAR not yet implemented");
}
IQLFieldTypeRef IQLBuildVarcharType(IQLTreeFactoryRef ctxtRef, int nullable)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(VarcharType::Get(ctxt, nullable!=0));
}
IQLFieldTypeRef IQLBuildCharType(IQLTreeFactoryRef ctxtRef, const char * sz, int nullable)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
int32_t fieldSz = boost::lexical_cast<int32_t> (sz);
return wrap(CharType::Get(ctxt, fieldSz, nullable!=0));
}
IQLFieldTypeRef IQLBuildBooleanType(IQLTreeFactoryRef ctxtRef, int nullable)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(Int32Type::Get(ctxt, nullable!=0));
}
IQLFieldTypeRef IQLBuildNilType(IQLTreeFactoryRef ctxtRef)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
return wrap(NilType::Get(ctxt));
}
IQLFieldTypeRef IQLBuildType(IQLTreeFactoryRef ctxtRef, const char * typeName, int nullable)
{
DynamicRecordContext & ctxt(*unwrap(ctxtRef));
if (boost::algorithm::iequals("date", typeName)) {
return wrap(DateType::Get(ctxt, nullable));
} else {
throw std::runtime_error((boost::format("Invalid type: %1%") %
typeName).str());
}
}
const char * IQLExpressionPrinter::getExpressionSymbol(uint32_t nodeType)
{
switch(nodeType) {
case IQLExpression::LOR: return "OR";
case IQLExpression::LAND: return "AND";
case IQLExpression::LNOT: return "NOT";
case IQLExpression::BAND: return "&";
case IQLExpression::BOR: return "|";
case IQLExpression::BXOR: return "^";
case IQLExpression::BNOT: return "~";
case IQLExpression::EQ: return "=";
case IQLExpression::GTN: return ">";
case IQLExpression::LTN: return "<";
case IQLExpression::GTEQ: return ">=";
case IQLExpression::LTEQ: return "<=";
case IQLExpression::NEQ: return "<>";
case IQLExpression::MINUS: return "-";
case IQLExpression::PLUS: return "+";
case IQLExpression::TIMES: return "*";
case IQLExpression::DIVIDE: return "/";
case IQLExpression::MOD: return "%";
case IQLExpression::NIL: return "INTERVAL";
default:
throw std::runtime_error((boost::format("Unknown node type %1%") % nodeType).str());
}
}
IQLExpressionPrinter::IQLExpressionPrinter(std::ostream& ostr, IQLExpression * input)
{
mBinaryInfix.insert("+");
mBinaryInfix.insert("-");
mBinaryInfix.insert("*");
mBinaryInfix.insert("/");
mBinaryInfix.insert("%");
mUnaryInfix.insert("+");
mUnaryInfix.insert("-");
// Bottom up pattern replacement.
std::vector<std::pair<IQLExpression::arg_const_iterator,
IQLExpression::arg_const_iterator> > stk;
std::vector<IQLExpression *> tmp;
tmp.push_back(input);
// Push the node with arguments on the stack.
stk.push_back(std::make_pair(tmp.begin(), tmp.end()));
while(stk.size()) {
if (stk.back().first != stk.back().second) {
IQLExpression * e = *stk.back().first;
switch (e->getNodeType()) {
case IQLExpression::ARRAYREF:
ostr << e->getStringData().c_str() << "[";
break;
case IQLExpression::CALL:
if (isBinaryInfix(e)) {
ostr << "(";
} else {
ostr << e->getStringData().c_str() << "(";
}
break;
case IQLExpression::LAND:
case IQLExpression::LOR:
case IQLExpression::EQ:
case IQLExpression::NEQ:
case IQLExpression::GTEQ:
case IQLExpression::GTN:
case IQLExpression::LTEQ:
case IQLExpression::LTN:
ostr << "(";
break;
case IQLExpression::CASE:
ostr << "CASE WHEN ";
break;
case IQLExpression::NIL:
ostr << "NULL";
break;
case IQLExpression::VARIABLE:
case IQLExpression::INT32:
case IQLExpression::INT64:
case IQLExpression::DOUBLE:
case IQLExpression::DECIMAL:
ostr << e->getStringData().c_str();
break;
case IQLExpression::STRING:
// TODO: Do we need to quotify?
ostr << e->getStringData().c_str();
break;
case IQLExpression::BOOLEAN:
ostr << (e->getBooleanData() ? "TRUE" : "FALSE");
break;
default:
break;
}
stk.push_back(std::make_pair(e->begin_args(),
e->end_args()));
} else {
stk.pop_back();
if (stk.size()) {
// Done with subtree at stk.back().first
IQLExpression * e = *stk.back().first;
++stk.back().first;
if (stk.size() > 1) {
IQLExpression * parent = *stk[stk.size()-2].first;
switch (parent->getNodeType()) {
case IQLExpression::ARRAYREF:
ostr << "]";
break;
case IQLExpression::CALL:
if (isBinaryInfix(parent)) {
ostr << ")";
if(stk.back().first != stk.back().second) {
ostr << parent->getStringData().c_str() << "(";
}
} else {
if(stk.back().first != stk.back().second) {
ostr << ",";
} else {
ostr << ")";
}
}
break;
case IQLExpression::CASE:
if (stk.back().first == stk.back().second) {
ostr << " END";
} else if ((stk.back().first - parent->begin_args()) % 2) {
ostr << " THEN ";
} else if(stk.back().first+1 != stk.back().second) {
ostr << " WHEN ";
} else {
ostr << " ELSE ";
}
break;
case IQLExpression::LAND:
case IQLExpression::LOR:
case IQLExpression::EQ:
case IQLExpression::NEQ:
case IQLExpression::GTEQ:
case IQLExpression::GTN:
case IQLExpression::LTEQ:
case IQLExpression::LTN:
ostr << ")";
if(stk.back().first != stk.back().second) {
ostr << getExpressionSymbol(parent->getNodeType()) << "(";
}
break;
break;
default:
break;
}
}
}
}
}
}
bool IQLExpressionPrinter::isBinaryInfix(IQLExpression * e)
{
return e->getNodeType() == IQLExpression::CALL &&
e->args_size() == 2 &&
mBinaryInfix.end() != mBinaryInfix.find(e->getStringData());
}
bool IQLExpressionPrinter::isUnaryPrefix(IQLExpression * e)
{
return e->getNodeType() == IQLExpression::CALL &&
e->args_size() == 1 &&
mUnaryInfix.end() != mUnaryInfix.find(e->getStringData());
}
|
058c81fa8d68fa48230ac727d13661eb6ea6ab22 | 7b7e4c49c0baa5b8cab1de7dd13c318176bfaf6d | /SkyEngine/SkyEngine/Geometry.h | d8bf7e467019c8cad6287479281798c6be53ecf3 | [] | no_license | chenyongsh/Project-Marshmallow | 3a037f735d6526b2159bc288449d8a65c0fa1d82 | 06a1bde8c3d997bbf603905d82c1f3fec339e48d | refs/heads/master | 2023-03-16T14:36:16.036401 | 2018-12-02T02:48:10 | 2018-12-02T02:48:10 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,992 | h | Geometry.h | #pragma once
#include "VulkanObject.h"
#include <unordered_map>
struct Vertex {
glm::vec3 pos;
glm::vec3 col;
glm::vec2 uv;
glm::vec3 nor;
// rate to load data from memory throughout vertices
static VkVertexInputBindingDescription getBindingDescription() {
VkVertexInputBindingDescription bindingDescription = {};
bindingDescription.binding = 0;
bindingDescription.stride = sizeof(Vertex);
bindingDescription.inputRate = VK_VERTEX_INPUT_RATE_VERTEX;
return bindingDescription;
}
// Set layout bindings for vertex struct to vertex shader
static std::array<VkVertexInputAttributeDescription, 4> getAttributeDescriptions() {
std::array<VkVertexInputAttributeDescription, 4> attributeDescriptions = {};
attributeDescriptions[0].binding = 0;
attributeDescriptions[0].location = 0;
attributeDescriptions[0].format = VK_FORMAT_R32G32B32_SFLOAT;
attributeDescriptions[0].offset = offsetof(Vertex, pos);
attributeDescriptions[1].binding = 0;
attributeDescriptions[1].location = 1;
attributeDescriptions[1].format = VK_FORMAT_R32G32B32_SFLOAT;
attributeDescriptions[1].offset = offsetof(Vertex, col);
attributeDescriptions[2].binding = 0;
attributeDescriptions[2].location = 2;
attributeDescriptions[2].format = VK_FORMAT_R32G32_SFLOAT;
attributeDescriptions[2].offset = offsetof(Vertex, uv);
attributeDescriptions[3].binding = 0;
attributeDescriptions[3].location = 3;
attributeDescriptions[3].format = VK_FORMAT_R32G32B32_SFLOAT;
attributeDescriptions[3].offset = offsetof(Vertex, nor);
return attributeDescriptions;
}
bool operator==(const Vertex& other) const {
return pos == other.pos && col == other.col && uv == other.uv && nor == other.nor;
}
};
namespace std {
template<> struct hash<Vertex> {
size_t operator()(Vertex const& vertex) const {
return ((hash<glm::vec3>()(vertex.pos) ^ (hash<glm::vec3>()(vertex.col) << 1)) >> 1) ^ (hash<glm::vec2>()(vertex.uv) << 1);
}
};
}
class Geometry : VulkanObject
{
private:
virtual void cleanup();
std::vector<Vertex> vertices;
std::vector<uint32_t> indices;
VkBuffer vertexBuffer;
VkDeviceMemory vertexDeviceMemory;
VkBuffer indexBuffer;
VkDeviceMemory indexDeviceMemory;
void createVertexBuffer();
void createIndexBuffer();
bool initialized = false;
void initializeTBN();
public:
Geometry(VkDevice device, VkPhysicalDevice physicalDevice, VkCommandPool commandPool, VkQueue queue) : VulkanObject(device, physicalDevice, commandPool, queue) {}
~Geometry() { cleanup(); }
// not terribly neat, but better than subclasses for now...
void setupAsQuad();
void setupAsBackgroundQuad();
void setupFromMesh(std::string path);
void enqueueDrawCommands(VkCommandBuffer& commandBuffer);
};
|
4525dff59abe921d8072f49090a018aece2aa59d | 5e7645dd9daa824802bd254499bf868e91ebf235 | /contracts/tests/test_wps.cpp | bb12827ba5ee8bf9a51ccaa38679ab11a95826b3 | [
"MIT"
] | permissive | kesar/wps-backend | b9e4ace9dd9d26f85aff7c7854b91001414cb41d | a5749370ec649ee8498c211703b73ead80426ab2 | refs/heads/master | 2020-03-25T23:04:29.764174 | 2018-08-10T08:02:12 | 2018-08-10T08:02:12 | 144,258,364 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 12,126 | cpp | test_wps.cpp | #include "test.hpp"
/*
struct PROPOSAL_STATUS_T {
const static uint8_t PENDING = 1;
const static uint8_t REJECTED = 2;
const static uint8_t ON_VOTE = 3;
const static uint8_t CHECK_VOTE = 4; // check count of votes
const static uint8_t CHECKED_VOTE = 5; // checked count of votes by platform
const static uint8_t APPROVED = 6; // approve
const static uint8_t COMPLETED = 7;
};
*/
class wps_tester : public tester {
public:
wps_tester() {
create_accounts( {N(eosio.token), N(eosio.wps), N(eosio.saving), N(committee1), N(committee2), N(watchman1), N(reviewer1), N(reviewer2), N(proposer1), N(proposer2)});
create_accounts( {N(voter1), N(voter2), N(voter3), N(voter4), N(voter5)});
produce_block();
base_tester::push_action(config::system_account_name, N(setpriv), config::system_account_name,
mutable_variant_object()
("account", "eosio.token")
("is_priv", 1)
);
base_tester::push_action(config::system_account_name, N(setpriv), config::system_account_name,
mutable_variant_object()
("account", "eosio.wps")
("is_priv", 1)
);
base_tester::push_action(config::system_account_name, N(setpriv), config::system_account_name,
mutable_variant_object()
("account", "eosio.saving")
("is_priv", 1)
);
set_code( N(eosio.token), contracts::util::token_wasm() );
set_abi( N(eosio.token), contracts::util::token_abi().data() );
set_code( N(eosio.wps), contracts::wps_wasm() );
set_abi( N(eosio.wps), contracts::wps_abi().data() );
produce_blocks();
const auto& accnt = control->db().get<account_object,by_name>( N(eosio.wps) );
abi_def abi;
BOOST_REQUIRE_EQUAL(abi_serializer::to_abi(accnt.abi, abi), true);
abi_ser.set_abi(abi, fc::seconds(1));
create_currency(N(eosio.token), N(eosio), core_from_string("10000000000.0000"));
produce_blocks();
issue(N(eosio), core_from_string("100000000.0000"));
transfer(N(eosio), N(eosio.wps), "100000.0000 EOS");
init_committee();
init_reviewer();
init_proposer();
init_proposal();
}
void init_committee() {
auto committeeman1 = mvo()
("committeeman", "committee1")
("category", "emergency")
("is_oversight", 1);
auto committeeman2 = mvo()
("committeeman", "committee2")
("category", "game")
("is_oversight", 0);
auto watchman1 = mvo()
("committeeman", "watchman1")
("category", "game")
("is_oversight", 1);
auto wpsenv = mvo()
("total_voting_percent", 10)
("duration_of_voting", 30)
("max_duration_of_funding", 180)
("total_iteration_of_funding", 6)
("proposal_current_index", 0);
base_tester::push_action( N(eosio.wps), N(setwpsenv), N(eosio.wps), wpsenv);
produce_block();
base_tester::push_action( N(eosio.wps), N(regcommittee), N(eosio.wps), committeeman1);
base_tester::push_action( N(eosio.wps), N(regcommittee), N(eosio.wps), committeeman2);
base_tester::push_action( N(eosio.wps), N(regcommittee), N(eosio.wps), watchman1);
produce_block();
}
void init_reviewer() {
auto reviewer1 = mvo()
("reviewer", "reviewer1")
("committee", "committee1")
("first_name","Thomas")
("last_name", "Do");
auto reviewer2 = mvo()
("reviewer", "reviewer2")
("committee", "committee2")
("first_name","Thomas")
("last_name", "Cox");
base_tester::push_action( N(eosio.wps), N(regreviewer), N(committee1), reviewer1);
base_tester::push_action( N(eosio.wps), N(regreviewer), N(committee2), reviewer2);
}
void init_proposer() {
auto proposer1 = mvo()
("account", "proposer1")
("first_name", "Thomas")
("last_name","Do")
("img_url", "http://www.google.com")
("bio", "hi~")
("country", "KR")
("telegram", "@yepp4you")
("website", "http://www.block.one")
("linkedin", "thomas-do-01911516a")
("last_claim_time", 0);
auto proposer2 = mvo()
("account", "proposer2")
("first_name", "Thomas")
("last_name","Cox")
("img_url", "http://www.google.com")
("bio", "hi~")
("country", "KR")
("telegram", "@yepp4you")
("website", "http://www.block.one")
("linkedin", "thomasbcox")
("last_claim_time", 0);
base_tester::push_action( N(eosio.wps), N(regproposer), N(proposer1), proposer1);
base_tester::push_action( N(eosio.wps), N(regproposer), N(proposer2), proposer2);
produce_block();
}
void init_proposal() {
const std::vector<string>& members{"yepp4you", "yepp4you2", "yepp4you3"};
auto proposal1 = mvo()
("proposer", "proposer1")
("id", 1)
("committee", "committee1")
("category", "emergency")
("subcategory", 1)
("title", "wps project title")
("summary", "wps proejct summary")
("project_img_url", "http://www.google.com")
("description", "zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz")
("roadmap", "zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz")
("duration", 30)
("members", members)
("funding_goal", core_from_string("10.0000"))
("total_votes", 0)
("status", 1)
("vote_start_time", 0)
("fund_start_time", 0)
("iteration_of_funding", 0);
auto proposal2 = mvo()
("proposer", "proposer2")
("id", 2)
("committee", "committee2")
("category", "game")
("subcategory", 1)
("title", "game title")
("summary", "game proejct subtitle")
("project_img_url", "http://www.google.com")
("description", "game yyyyyyyyyy")
("roadmap", "game yyyyyyyyyy")
("duration", 30)
("members", members)
("funding_goal", core_from_string("10.0000"))
("total_votes", 0)
("status", 1)
("vote_start_time", 0)
("fund_start_time", 0)
("iteration_of_funding", 0);
base_tester::push_action( N(eosio.wps), N(regproposal), N(proposer1), proposal1);
base_tester::push_action( N(eosio.wps), N(regproposal), N(proposer2), proposal2);
}
void create_currency( name contract, name manager, asset maxsupply ) {
auto act = mutable_variant_object()
("issuer", manager )
("maximum_supply", maxsupply );
base_tester::push_action(contract, N(create), contract, act );
}
void issue( name to, const asset& amount, name manager = config::system_account_name ) {
base_tester::push_action( N(eosio.token), N(issue), manager, mutable_variant_object()
("to", to )
("quantity", amount )
("memo", "")
);
}
void transfer( name from, name to, const string& amount, name manager = config::system_account_name ) {
base_tester::push_action( N(eosio.token), N(transfer), manager, mutable_variant_object()
("from", from)
("to", to )
("quantity", asset::from_string(amount) )
("memo", "")
);
}
asset get_balance( const account_name& act ) {
//return get_currency_balance( config::system_account_name, symbol(CORE_SYMBOL), act );
//temporary code. current get_currency_balancy uses table name N(accounts) from currency.h
//generic_currency table name is N(account).
const auto& db = control->db();
const auto* tbl = db.find<table_id_object, by_code_scope_table>(boost::make_tuple(N(eosio.token), act, N(accounts)));
share_type result = 0;
// the balance is implied to be 0 if either the table or row does not exist
if (tbl) {
const auto *obj = db.find<key_value_object, by_scope_primary>(boost::make_tuple(tbl->id, symbol(CORE_SYMBOL).to_symbol_code()));
if (obj) {
// balance is the first field in the serialization
fc::datastream<const char *> ds(obj->value.data(), obj->value.size());
fc::raw::unpack(ds, result);
}
}
return asset( result, symbol(CORE_SYMBOL) );
}
bool get_proposal(proposal_t& proposal, account_name name) {
return get_table_entry(proposal, N(eosio.wps), N(eosio.wps), N(proposals), name);
}
bool get_voting_info(voting_info_t& voting_info, uint64_t proposal_id) {
return get_table_entry(voting_info, N(eosio.wps), N(eosio.wps), N(votings), proposal_id);
}
fc::variant get_account( account_name account, const string& symbolname)
{
abi_serializer abi_ser;
const auto& acc = control->db().get<account_object,by_name>( N(eosio.token) );
abi_def abi;
BOOST_REQUIRE_EQUAL(abi_serializer::to_abi(acc.abi, abi), true);
abi_ser.set_abi(abi, fc::seconds(1));
auto symb = eosio::chain::symbol::from_string(symbolname);
auto symbol_code = symb.to_symbol_code().value;
vector<char> data = get_row_by_account( N(eosio.token), account, N(accounts), symbol_code );
return data.empty() ? fc::variant() : abi_ser.binary_to_variant( "account", data, fc::microseconds(30) );
}
abi_serializer abi_ser;
};
BOOST_AUTO_TEST_SUITE(wps_tests)
BOOST_FIXTURE_TEST_CASE( manage_wps, wps_tester ) try {
auto acceptprop_param = mvo()
("reviewer", "reviewer1")
("proposal_id", 1);
proposal_t prop;
get_proposal(prop, N(proposer1));
BOOST_CHECK(prop.status == PROPOSAL_STATUS_T::PENDING);
base_tester::push_action(N(eosio.wps), N(acceptprop), N(reviewer1), acceptprop_param);
produce_block();
get_proposal(prop, N(proposer1));
BOOST_CHECK(prop.status == PROPOSAL_STATUS_T::ON_VOTE);
produce_blocks(10);
base_tester::push_action(N(eosio.wps), N(vote), N(voter1), mvo()("voter", "voter1")("proposal_id", 1)("is_agree", true));
produce_blocks(10);
base_tester::push_action(N(eosio.wps), N(unvote), N(voter1), mvo()("voter", "voter1")("proposal_id", 1));
produce_blocks(10);
base_tester::push_action(N(eosio.wps), N(vote), N(voter1), mvo()("voter", "voter1")("proposal_id", 1)("is_agree", true));
produce_blocks(10);
base_tester::push_action(N(eosio.wps), N(vote), N(voter2), mvo()("voter", "voter2")("proposal_id", 1)("is_agree", true));
produce_blocks(10);
base_tester::push_action(N(eosio.wps), N(vote), N(voter3), mvo()("voter", "voter3")("proposal_id", 1)("is_agree", false));
produce_blocks(10);
base_tester::push_action(N(eosio.wps), N(vote), N(voter4), mvo()("voter", "voter4")("proposal_id", 1)("is_agree", true));
produce_blocks(10);
base_tester::push_action(N(eosio.wps), N(vote), N(voter5), mvo()("voter", "voter5")("proposal_id", 1)("is_agree", true));
produce_blocks(10);
voting_info_t vt;
get_voting_info(vt, 1);
BOOST_TEST_MESSAGE(fc::json::to_pretty_string(vt));
base_tester::push_action(N(eosio.wps), N(checkvote), N(reviewer1), acceptprop_param);
produce_block();
get_proposal(prop, N(proposer1));
BOOST_CHECK(prop.status == PROPOSAL_STATUS_T::CHECK_VOTE);
auto commitvote_param = mvo()
("watchman", "watchman1")
("proposal_id", 1);
base_tester::push_action(N(eosio.wps), N(commitvote), N(watchman1), commitvote_param);
produce_block();
get_proposal(prop, N(proposer1));
BOOST_CHECK(prop.status == PROPOSAL_STATUS_T::CHECKED_VOTE);
base_tester::push_action(N(eosio.wps), N(approve), N(reviewer1), acceptprop_param);
produce_blocks(10);
get_proposal(prop, N(proposer1));
BOOST_CHECK(prop.status == PROPOSAL_STATUS_T::APPROVED);
base_tester::push_action(N(eosio.wps), N(claimfunds), N(proposer1), mvo()("account", "proposer1")("proposal_id", 1));
produce_block();
get_proposal(prop, N(proposer1));
BOOST_TEST_MESSAGE(fc::json::to_pretty_string(prop));
auto acc = get_account(N(proposer1), "4,EOS");
BOOST_TEST_MESSAGE(fc::json::to_pretty_string(acc));
// base_tester::push_action(N(eosio.wps), N(claimfunds), N(proposer1), mvo()("account", "proposer1")("proposal_id", 1));
} FC_LOG_AND_RETHROW()
BOOST_AUTO_TEST_SUITE_END()
|
b70fcff88e76e9540221f205fc6718c53ca7d322 | 3a9ff6ffabd94715bd750ff5092017cba7f58b57 | /src/libbbrpc/rpc_server.h | e91b5190c8699dc667750cd19e39f3d7c7dbfa78 | [] | no_license | yushi/beatboard | af8d18dbd521675031ec4431a29c51eb3284d354 | dc3acd6a408808d0d64b6c6baf82c8be71500ffb | refs/heads/master | 2016-08-07T15:15:25.364488 | 2011-04-28T16:34:26 | 2011-04-28T16:34:26 | 68,816 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,599 | h | rpc_server.h | #ifndef RPCSERVER_H
#define RPCSERVER_H
#include <iostream>
#include <fstream>
#include <string>
#include <sstream>
#include <sys/socket.h>
#include <sys/types.h>
#include <netinet/in.h>
#include <netinet/tcp.h>
#include <arpa/inet.h>
#include <netdb.h>
#include <event.h>
#include <fcntl.h>
#include <vector>
#include <signal.h>
#include <google/protobuf/stubs/common.h>
#include "rpccommon.h"
#include "bb_rpc_service.h"
#include "event_status.h"
#include "client_event_status.h"
namespace BeatBoard {
void EventHandller( int sockfd, short event, void *v);
// static unsigned int BUFSIZE = 1024;
class RpcServer {
private:
enum {
libevent_accept,
libevent_read
};
int server_sockfd;
std::string host;
BBRpcService* service;
struct event_base *main_base;
struct event server_event;
std::vector<ClientEventStatus *> clients;
struct sigaction sa;
public:
RpcServer( const std::string& host );
virtual ~RpcServer();
void ExportOnPort( const int port, BBRpcService*& service );
void Run();
void Done();
void Dispatch( int sockfd, short event, int status, void* clientklass );
void Accept( int sockfd, short event );
void Read( int sockfd, short event, ClientEventStatus* klass );
// void Finish();
private:
bool createSocket( const int port );
void clientAdd( const int sockfd );
void clientDelete( ClientEventStatus* klass );
bool recvData( int sockfd );
bool sendData( int sockfd );
void setSignal();
static int cleanUp();
static void sigcb( int sig );
};
}
#endif
|
5853fe534de3e58e2d464a7d63ba0ed4a785854c | 25b6bc8e48ac3fc2e75795cf402344cc5cc62cab | /Sp_process_2/SP_process_2.cpp | 0c42ed17b1ed48836441e2e3900223a1720f846b | [] | no_license | Bohdashga/---_12_ | 80e3c8e532bff4281ae194252861ee32c620007d | f6bd06f04e363ce1be80e418c4b63939470660c3 | refs/heads/main | 2023-03-21T20:29:33.914371 | 2021-03-21T13:50:21 | 2021-03-21T13:50:21 | 350,011,103 | 0 | 0 | null | null | null | null | WINDOWS-1251 | C++ | false | false | 1,700 | cpp | SP_process_2.cpp | //Процес 2. Відкрити всі три створені у процесі 1 об’єкти ядра та довести, що вони є спільними для процесів 1 та 2.
//використати функцію GetLastError
//використати функцію WaitForSingleObject
#include<iostream>
#include<windows.h>
using namespace std;
int main() {
SetConsoleCP(1251);
SetConsoleOutputCP(1251);
//Відкриття мьютекса
HANDLE hMutex = OpenMutex(MUTEX_ALL_ACCESS, FALSE, "Mutex");
if (GetLastError() == ERROR_ALREADY_EXISTS)
{
cout << "Мьютекс існує!" << endl;
WaitForSingleObject(hMutex, INFINITE);
cout << "Мьютекс захоплено!" << endl;
}
if (hMutex == NULL)
{
cout << "Помилка відкрття мьютекса: " << GetLastError() << endl;
}
else cout << "Мьютекс відкрито" << endl;
//Відкриття семафора
HANDLE hSemaphore = OpenSemaphore(SEMAPHORE_ALL_ACCESS, FALSE, "Semaphore");
if (GetLastError() == ERROR_ALREADY_EXISTS)
{
cout << "Семафор існує!" << endl;
WaitForSingleObject(hSemaphore, INFINITE);
cout << "Семафор захоплено!" << endl;
}
else if (hSemaphore == NULL)
{
cout << "Помилка відкрття семафора " << GetLastError() << endl;
}
else
cout << "Семафор відкрито" << endl;
//Відкриття семафора
HANDLE hTimer = OpenWaitableTimer(TIMER_ALL_ACCESS, FALSE, "Timer");
if (hTimer == NULL)
{
cout << "Помилка відкриття таймера" << GetLastError() << endl;
}
else
cout << "Таймер відкрито" << endl;
} |
7ea40626ca2bb4d7c36dd248d533681f0a2d3cc2 | 5d9cc076f413d537ec878ab2e4e40f6619675f27 | /include/yell/params_32.hpp | 2fd2d662413b921a524303b08e9c8c7602bc1102 | [] | no_license | fionser/YELL | 82b0c8792993ab7196b1d0a045d3fc1a80ec9edf | ee04d7a456ecf9ece74acbea9729375741195f50 | refs/heads/master | 2021-08-22T05:31:25.809473 | 2019-11-07T06:39:37 | 2019-11-07T06:39:37 | 162,571,176 | 2 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 16,732 | hpp | params_32.hpp | #pragma once
#include <cinttypes>
namespace yell {
struct params {
#ifdef __APPLE__
using uint128_t = __uint128_t;
#else
using uint128_t = unsigned int __attribute__((mode(TI)));
#endif
using value_type = uint32_t;
using signed_type = int32_t;
using gt_value_type = uint64_t;
using float_type = double;
static constexpr unsigned int kMaxNbModuli = 291;
static constexpr unsigned int kMaxPolyDegree = 32768;
static constexpr unsigned int kModulusBitsize = 30;
static constexpr unsigned int kModulusRepresentationBitsize = 32;
// The moduli used in each 32 bit block (30 bits long each)
// They are of the form p = 2**30 - i*2**14 + 1 for increasing i
static constexpr value_type P[kMaxNbModuli] = { 1073479681UL, 1072496641UL, 1071513601UL, 1070727169UL, 1069219841UL, 1068564481UL, 1068433409UL, 1068236801UL, 1065811969UL, 1065484289UL, 1064697857UL, 1063452673UL, 1063321601UL, 1063059457UL, 1062862849UL, 1062535169UL, 1062469633UL, 1061093377UL, 1060765697UL, 1060700161UL, 1060175873UL, 1058209793UL, 1056440321UL, 1056178177UL, 1055260673UL, 1054212097UL, 1054015489UL, 1053818881UL, 1052835841UL, 1052508161UL, 1051721729UL, 1049100289UL, 1048772609UL, 1048707073UL, 1048379393UL, 1045430273UL, 1043464193UL, 1042415617UL, 1041694721UL, 1040908289UL, 1040842753UL, 1040056321UL, 1038745601UL, 1038155777UL, 1037303809UL, 1036779521UL, 1034813441UL, 1033961473UL, 1032650753UL, 1032257537UL, 1032192001UL, 1031667713UL, 1030619137UL, 1029308417UL, 1028456449UL, 1026686977UL, 1026490369UL, 1026162689UL, 1025703937UL, 1023148033UL, 1022164993UL, 1021444097UL, 1021247489UL, 1020592129UL, 1019805697UL, 1019609089UL, 1019478017UL, 1018429441UL, 1018101761UL, 1017839617UL, 1016922113UL, 1016463361UL, 1015283713UL, 1014366209UL, 1012989953UL, 1012924417UL, 1012596737UL, 1012334593UL, 1012006913UL, 1011023873UL, 1010761729UL, 1010565121UL, 1009975297UL, 1008795649UL, 1008271361UL, 1007681537UL, 1006108673UL, 1005649921UL, 1005518849UL, 1005060097UL, 1004535809UL, 1004339201UL, 1002766337UL, 1002373121UL, 1000800257UL, 1000210433UL, 999948289UL, 999424001UL, 999161857UL, 998572033UL, 998244353UL, 997261313UL, 996278273UL, 995622913UL, 995033089UL, 994902017UL, 994705409UL, 994246657UL, 993918977UL, 993329153UL, 993263617UL, 992083969UL, 991887361UL, 991363073UL, 991297537UL, 990576641UL, 989986817UL, 989003777UL, 988938241UL, 988610561UL, 986382337UL, 985661441UL, 985464833UL, 985006081UL, 984481793UL, 983826433UL, 982450177UL, 982056961UL, 981270529UL, 980746241UL, 980156417UL, 979107841UL, 978780161UL, 977993729UL, 977534977UL, 976355329UL, 976224257UL, 975831041UL, 975634433UL, 975175681UL, 974979073UL, 974258177UL, 973406209UL, 972029953UL, 971898881UL, 971243521UL, 970129409UL, 969146369UL, 967507969UL, 967180289UL, 966197249UL, 964558849UL, 962854913UL, 962592769UL, 962396161UL, 961085441UL, 959119361UL, 958922753UL, 958136321UL, 957939713UL, 957677569UL, 957546497UL, 957349889UL, 956366849UL, 955383809UL, 954531841UL, 954335233UL, 952434689UL, 952238081UL, 952041473UL, 951582721UL, 950468609UL, 950403073UL, 950009857UL, 949682177UL, 949616641UL, 949420033UL, 948699137UL, 948633601UL, 947847169UL, 946339841UL, 944570369UL, 944177153UL, 943718401UL, 942800897UL, 941424641UL, 940572673UL, 939655169UL, 938475521UL, 936312833UL, 935329793UL, 935264257UL, 933888001UL, 933101569UL, 932970497UL, 932904961UL, 932577281UL, 930742273UL, 930021377UL, 929955841UL, 929366017UL, 927662081UL, 927072257UL, 926220289UL, 925892609UL, 924844033UL, 924712961UL, 924450817UL, 924254209UL, 922877953UL, 922550273UL, 921894913UL, 921501697UL, 920518657UL, 920322049UL, 919601153UL, 919339009UL, 918552577UL, 918224897UL, 917569537UL, 917176321UL, 916389889UL, 915996673UL, 915013633UL, 914685953UL, 914096129UL, 913899521UL, 913309697UL, 913244161UL, 912130049UL, 911081473UL, 910491649UL, 909770753UL, 909377537UL, 909180929UL, 908328961UL, 908197889UL, 908132353UL, 907804673UL, 907542529UL, 907411457UL, 907214849UL, 907018241UL, 906362881UL, 904265729UL, 903282689UL, 903086081UL, 902627329UL, 902430721UL, 900923393UL, 900857857UL, 900464641UL, 899678209UL, 898301953UL, 897712129UL, 897581057UL, 897318913UL, 896991233UL, 896729089UL, 896204801UL, 896008193UL, 894959617UL, 893255681UL, 893059073UL, 892403713UL, 891617281UL, 890437633UL, 889454593UL, 889323521UL, 889126913UL, 889061377UL, 888668161UL, 887488513UL, 885719041UL, 885522433UL, 883949569UL, 882245633UL, 881983489UL, 881590273UL, 880869377UL, 880803841UL, 880214017UL, 879230977UL, 876675073UL, 875298817UL, 874708993UL, 874315777UL, 873725953UL, 873332737UL, 873136129UL, 873005057UL};
// The associated lower word of their Newton quotients, i.e., low 32 bit of 2^64 / p[i]
static constexpr value_type Pn[kMaxNbModuli] = { 4195312UL, 19946058UL, 35725705UL, 48370285UL, 72657720UL, 83238847UL, 85356630UL, 88534279UL, 127821675UL, 133144498UL, 145932640UL, 166219214UL, 168357407UL, 172635374UL, 175845234UL, 181197641UL, 182268519UL, 204787504UL, 210157780UL, 211232233UL, 219832642UL, 252160074UL, 281357642UL, 285691528UL, 300877086UL, 318264375UL, 321528344UL, 324793530UL, 341137753UL, 346592611UL, 359698141UL, 403525146UL, 409018927UL, 410118095UL, 415615997UL, 465252207UL, 498498887UL, 516281730UL, 528528201UL, 541907334UL, 543023174UL, 556424227UL, 578804408UL, 588893926UL, 603487932UL, 612480780UL, 646285118UL, 660973589UL, 683618563UL, 690423269UL, 691557891UL, 700640054UL, 718832102UL, 741624285UL, 756470358UL, 787383237UL, 790824580UL, 796563082UL, 804603145UL, 849529767UL, 866869062UL, 879605757UL, 883082522UL, 894681412UL, 908619758UL, 912107704UL, 914433749UL, 933063662UL, 938893380UL, 943559856UL, 959911471UL, 968098348UL, 989184290UL, 1005618374UL, 1030325318UL, 1031503514UL, 1037396781UL, 1042114141UL, 1048014278UL, 1065737637UL, 1070469688UL, 1074020338UL, 1084680581UL, 1106038464UL, 1115546898UL, 1126255713UL, 1154873939UL, 1163237784UL, 1165628856UL, 1174002518UL, 1183581783UL, 1187176586UL, 1215985755UL, 1223202174UL, 1252124557UL, 1262993902UL, 1267828838UL, 1277506319UL, 1282348868UL, 1293253899UL, 1299317818UL, 1317533485UL, 1335785100UL, 1347972866UL, 1358955582UL, 1361397954UL, 1365062719UL, 1373619473UL, 1379736277UL, 1390756693UL, 1391981992UL, 1414065049UL, 1417750665UL, 1427586122UL, 1428816286UL, 1442358829UL, 1453453762UL, 1471974724UL, 1473210764UL, 1479393422UL, 1521544438UL, 1535222333UL, 1538956141UL, 1547674157UL, 1557647553UL, 1570129245UL, 1596395002UL, 1603913026UL, 1618967149UL, 1629016644UL, 1640335177UL, 1660490683UL, 1666798135UL, 1681953266UL, 1690805019UL, 1713604867UL, 1716141585UL, 1723755827UL, 1727565250UL, 1736459876UL, 1740274421UL, 1754274258UL, 1770846255UL, 1797677769UL, 1800237115UL, 1813044204UL, 1834855967UL, 1854143286UL, 1886375916UL, 1892835546UL, 1912240727UL, 1944670591UL, 1978514726UL, 1983732151UL, 1987647085UL, 2013787578UL, 2053132279UL, 2057075623UL, 2072865181UL, 2076816621UL, 2082087732UL, 2084724369UL, 2088680680UL, 2108486631UL, 2128333341UL, 2145566889UL, 2149548232UL, 2188119284UL, 2192118181UL, 2196118729UL, 2205459770UL, 2228182695UL, 2229520997UL, 2237554685UL, 2244254507UL, 2245595026UL, 2249617694UL, 2264381742UL, 2265725041UL, 2281859116UL, 2312857714UL, 2349373611UL, 2357506842UL, 2367004177UL, 2386026576UL, 2414629696UL, 2432378336UL, 2451528250UL, 2476204587UL, 2521606031UL, 2542312459UL, 2543694435UL, 2572760739UL, 2589408552UL, 2592185916UL, 2593574891UL, 2600522692UL, 2639520789UL, 2654883575UL, 2656281373UL, 2668870425UL, 2705328725UL, 2717980130UL, 2736282829UL, 2743331297UL, 2765919960UL, 2768747145UL, 2774403920UL, 2778648606UL, 2808412054UL, 2815511678UL, 2829726067UL, 2838264405UL, 2859642164UL, 2863923196UL, 2879635975UL, 2885355823UL, 2902534954UL, 2909701610UL, 2924050279UL, 2932669322UL, 2949929600UL, 2958570853UL, 2980206478UL, 2987428688UL, 3000441713UL, 3004783121UL, 3017818560UL, 3019267981UL, 3043940012UL, 3067215868UL, 3080332097UL, 3096386139UL, 3105153618UL, 3109540201UL, 3128570671UL, 3131501605UL, 3132967389UL, 3140299484UL, 3146168973UL, 3149104989UL, 3153510603UL, 3157918128UL, 3172623686UL, 3219824713UL, 3242025642UL, 3246471628UL, 3256853127UL, 3261305572UL, 3295505544UL, 3296995096UL, 3305936958UL, 3323844131UL, 3355257130UL, 3368749329UL, 3371750003UL, 3377753982UL, 3385263890UL, 3391275769UL, 3403310077UL, 3407826573UL, 3431948068UL, 3471266281UL, 3475812653UL, 3490981693UL, 3509213976UL, 3536622785UL, 3559518997UL, 3562575649UL, 3567162318UL, 3568691658UL, 3577872437UL, 3605463587UL, 3646988114UL, 3651612194UL, 3688678887UL, 3728983615UL, 3735198165UL, 3744526920UL, 3761651267UL, 3763209416UL, 3777243197UL, 3800674673UL, 3861842439UL, 3894926891UL, 3909137812UL, 3918622412UL, 3932865318UL, 3942371277UL, 3947127467UL, 3950299451UL};
// A primitive 2*kMaxNbModuli (i.e., 2**16) root of unity for each one of the moduli
static constexpr value_type primitive_roots[kMaxNbModuli] = { 31849551UL, 356382027UL, 467961354UL, 257997683UL, 193971320UL, 986867018UL, 78897767UL, 141225606UL, 731415844UL, 481144344UL, 917696061UL, 824741354UL, 451941790UL, 511843912UL, 135407195UL, 268428099UL, 1043510723UL, 1027110081UL, 195647351UL, 716805350UL, 113557401UL, 987845126UL, 465868585UL, 930935832UL, 711950136UL, 600277758UL, 736842454UL, 683080388UL, 459510224UL, 1051308252UL, 789600351UL, 935970884UL, 1013911055UL, 564224276UL, 45722012UL, 811581154UL, 281582338UL, 736594740UL, 509029995UL, 538290980UL, 970852006UL, 637408511UL, 909804798UL, 496492720UL, 26918549UL, 955604559UL, 611725686UL, 291936538UL, 389257815UL, 237393427UL, 822698849UL, 484758567UL, 725180172UL, 612238799UL, 273298163UL, 288882155UL, 248109450UL, 561794780UL, 412389194UL, 50998274UL, 744457459UL, 292205063UL, 404202187UL, 130586100UL, 572693692UL, 296054776UL, 980379721UL, 240458115UL, 33422515UL, 753620756UL, 595727672UL, 749845421UL, 515881690UL, 906263522UL, 58596697UL, 582232621UL, 623063662UL, 377670161UL, 417994872UL, 363098156UL, 409390188UL, 382395118UL, 802423663UL, 599312286UL, 485258993UL, 123542277UL, 950144517UL, 822711287UL, 61354328UL, 130725897UL, 50393163UL, 935574104UL, 668222478UL, 83644338UL, 146114408UL, 421485125UL, 51711619UL, 597301808UL, 529986259UL, 492274105UL, 629671588UL, 678509228UL, 256722117UL, 716060156UL, 303501520UL, 947258284UL, 324690155UL, 696499346UL, 838122960UL, 289705620UL, 673140871UL, 736895916UL, 275896460UL, 64254247UL, 62185961UL, 985535037UL, 555391276UL, 349922125UL, 382888865UL, 955727212UL, 720292378UL, 57152593UL, 790880360UL, 772379300UL, 140261556UL, 766563632UL, 333021694UL, 263951156UL, 482050352UL, 76882539UL, 889521330UL, 223642152UL, 306060368UL, 485542901UL, 315992970UL, 32684578UL, 863182060UL, 200815263UL, 737807518UL, 817342606UL, 657389593UL, 616477502UL, 947051752UL, 667104651UL, 206420650UL, 681430749UL, 147878222UL, 42184139UL, 460204383UL, 102333812UL, 434691353UL, 893707921UL, 551058918UL, 568322430UL, 549779534UL, 235021553UL, 468703120UL, 506133797UL, 289912723UL, 360492011UL, 266554416UL, 544987643UL, 130513888UL, 588868428UL, 257446540UL, 267350033UL, 82940242UL, 888223888UL, 143616268UL, 524108179UL, 546700839UL, 285958595UL, 90709153UL, 759541963UL, 914547620UL, 452044030UL, 726905514UL, 764019890UL, 524189590UL, 274796890UL, 2388500UL, 373751831UL, 830340131UL, 692434233UL, 640939471UL, 363731365UL, 229329593UL, 119932545UL, 928409591UL, 348209485UL, 910186139UL, 438669643UL, 16032812UL, 588919169UL, 726952419UL, 735369453UL, 279036188UL, 788979514UL, 176321352UL, 27773270UL, 864636230UL, 614213393UL, 681871177UL, 233724697UL, 534389769UL, 271129484UL, 103843851UL, 456813507UL, 679435667UL, 609772346UL, 58054184UL, 635762979UL, 364525743UL, 517123079UL, 593689351UL, 647589910UL, 180901548UL, 125805246UL, 783016646UL, 85057029UL, 805997399UL, 649559343UL, 635321450UL, 472329012UL, 334277855UL, 545637012UL, 246464126UL, 84790531UL, 586558770UL, 261980830UL, 714315319UL, 303146283UL, 146808625UL, 832766494UL, 823970685UL, 879401241UL, 352864877UL, 484613343UL, 364729393UL, 806935761UL, 782859138UL, 421938482UL, 488097109UL, 172788362UL, 249165274UL, 26921129UL, 638071656UL, 505012294UL, 889007407UL, 563970147UL, 98911320UL, 342881086UL, 145937642UL, 355719080UL, 112206860UL, 288794207UL, 85452402UL, 376073954UL, 774199808UL, 843044492UL, 454572415UL, 729432259UL, 789368793UL, 705829775UL, 43171563UL, 422829216UL, 523524573UL, 689989113UL, 458602141UL, 143121466UL, 366097039UL, 277392906UL, 196514158UL, 455703634UL, 801714871UL, 390468618UL, 155793404UL, 188395428UL, 376333671UL, 622545404UL, 219288049UL, 600175757UL, 524092569UL, 321406558UL, 672786289UL, 441231750UL, 103690650UL, 23085763UL, 128280706UL, 327635561UL, 558592916UL};
// Inverses of kMaxPolyDegree (for the other degrees it can be derived easily)
// for the different moduli
static constexpr value_type invkMaxPolyDegree[kMaxNbModuli] = { 1073446921UL, 1072463911UL, 1071480901UL, 1070694493UL, 1069187211UL, 1068531871UL, 1068400803UL, 1068204201UL, 1065779443UL, 1065451773UL, 1064665365UL, 1063420219UL, 1063289151UL, 1063027015UL, 1062830413UL, 1062502743UL, 1062437209UL, 1061060995UL, 1060733325UL, 1060667791UL, 1060143519UL, 1058177499UL, 1056408081UL, 1056145945UL, 1055228469UL, 1054179925UL, 1053983323UL, 1053786721UL, 1052803711UL, 1052476041UL, 1051689633UL, 1049068273UL, 1048740603UL, 1048675069UL, 1048347399UL, 1045398369UL, 1043432349UL, 1042383805UL, 1041662931UL, 1040876523UL, 1040810989UL, 1040024581UL, 1038713901UL, 1038124095UL, 1037272153UL, 1036747881UL, 1034781861UL, 1033929919UL, 1032619239UL, 1032226035UL, 1032160501UL, 1031636229UL, 1030587685UL, 1029277005UL, 1028425063UL, 1026655645UL, 1026459043UL, 1026131373UL, 1025672635UL, 1023116809UL, 1022133799UL, 1021412925UL, 1021216323UL, 1020560983UL, 1019774575UL, 1019577973UL, 1019446905UL, 1018398361UL, 1018070691UL, 1017808555UL, 1016891079UL, 1016432341UL, 1015252729UL, 1014335253UL, 1012959039UL, 1012893505UL, 1012565835UL, 1012303699UL, 1011976029UL, 1010993019UL, 1010730883UL, 1010534281UL, 1009944475UL, 1008764863UL, 1008240591UL, 1007650785UL, 1006077969UL, 1005619231UL, 1005488163UL, 1005029425UL, 1004505153UL, 1004308551UL, 1002735735UL, 1002342531UL, 1000769715UL, 1000179909UL, 999917773UL, 999393501UL, 999131365UL, 998541559UL, 998213889UL, 997230879UL, 996247869UL, 995592529UL, 995002723UL, 994871655UL, 994675053UL, 994216315UL, 993888645UL, 993298839UL, 993233305UL, 992053693UL, 991857091UL, 991332819UL, 991267285UL, 990546411UL, 989956605UL, 988973595UL, 988908061UL, 988580391UL, 986352235UL, 985631361UL, 985434759UL, 984976021UL, 984451749UL, 983796409UL, 982420195UL, 982026991UL, 981240583UL, 980716311UL, 980126505UL, 979077961UL, 978750291UL, 977963883UL, 977505145UL, 976325533UL, 976194465UL, 975801261UL, 975604659UL, 975145921UL, 974949319UL, 974228445UL, 973376503UL, 972000289UL, 971869221UL, 971213881UL, 970099803UL, 969116793UL, 967478443UL, 967150773UL, 966167763UL, 964529413UL, 962825529UL, 962563393UL, 962366791UL, 961056111UL, 959090091UL, 958893489UL, 958107081UL, 957910479UL, 957648343UL, 957517275UL, 957320673UL, 956337663UL, 955354653UL, 954502711UL, 954306109UL, 952405623UL, 952209021UL, 952012419UL, 951553681UL, 950439603UL, 950374069UL, 949980865UL, 949653195UL, 949587661UL, 949391059UL, 948670185UL, 948604651UL, 947818243UL, 946310961UL, 944541543UL, 944148339UL, 943689601UL, 942772125UL, 941395911UL, 940543969UL, 939626493UL, 938446881UL, 936284259UL, 935301249UL, 935235715UL, 933859501UL, 933073093UL, 932942025UL, 932876491UL, 932548821UL, 930713869UL, 929992995UL, 929927461UL, 929337655UL, 927633771UL, 927043965UL, 926192023UL, 925864353UL, 924815809UL, 924684741UL, 924422605UL, 924226003UL, 922849789UL, 922522119UL, 921866779UL, 921473575UL, 920490565UL, 920293963UL, 919573089UL, 919310953UL, 918524545UL, 918196875UL, 917541535UL, 917148331UL, 916361923UL, 915968719UL, 914985709UL, 914658039UL, 914068233UL, 913871631UL, 913281825UL, 913216291UL, 912102213UL, 911053669UL, 910463863UL, 909742989UL, 909349785UL, 909153183UL, 908301241UL, 908170173UL, 908104639UL, 907776969UL, 907514833UL, 907383765UL, 907187163UL, 906990561UL, 906335221UL, 904238133UL, 903255123UL, 903058521UL, 902599783UL, 902403181UL, 900895899UL, 900830365UL, 900437161UL, 899650753UL, 898274539UL, 897684733UL, 897553665UL, 897291529UL, 896963859UL, 896701723UL, 896177451UL, 895980849UL, 894932305UL, 893228421UL, 893031819UL, 892376479UL, 891590071UL, 890410459UL, 889427449UL, 889296381UL, 889099779UL, 889034245UL, 888641041UL, 887461429UL, 885692011UL, 885495409UL, 883922593UL, 882218709UL, 881956573UL, 881563369UL, 880842495UL, 880776961UL, 880187155UL, 879204145UL, 876648319UL, 875272105UL, 874682299UL, 874289095UL, 873699289UL, 873306085UL, 873109483UL, 872978415UL};
};
} // namespace yell
|
265a826f9b1b5be87406a508c884312c3a26cbfb | e684846959e6ad7ef2df3109ec884eef25615fa7 | /src/ModuleEvent.cpp | 4876850fb6d0821b1d8f9763d37b42a917e444e4 | [] | no_license | TobiJust/AmberOnboard | 17691ce07a7c02bba5d36faa2717de8bc94018eb | c2ed9ee94f19c015306c8f21cb091b535edaf1f4 | refs/heads/master | 2021-01-18T21:50:25.340368 | 2016-05-21T15:05:05 | 2016-05-21T15:05:05 | 26,714,880 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 8,911 | cpp | ModuleEvent.cpp | /** \brief Application module for event propagation.
*
* \details This class manages event processors and propagates their generated events.
* \author Daniel Wagenknecht
* \version 2015-07-01
* \class ModuleEvent
*/
#include "ModuleEvent.h"
#include <iostream>
/** \brief Constructor.
*
* Default Constructor of ModuleEvent instances.
* Registers for messages regarding termination and complete event data.
*/
ModuleEvent::ModuleEvent() {
// Register for messages.
MsgHub::getInstance()->attachObserverToMsg(this, MSG_EVENT_COMPLETE);
MsgHub::getInstance()->attachObserverToMsg(this, MSG_TERM_BROADCAST);
}
/** \brief Destructor.
*
* Destructor of ModuleEvent instances.
*/
ModuleEvent::~ModuleEvent() { }
/** \brief Appends event processor to list.
*
* Appends EvtProcessor specified by 'processor' to list off event processors.
* Returns status indicator of the operation.
*
* \param processor EvtProcessor to add.
* \return 0 in case of success, an error number otherwise.
*/
uint8_t ModuleEvent::evt_append(shared_ptr<EvtProcessor> processor) {
// Check if processor is null pointer.
if (!processor) return EVT_MOD_ERR_INVALID_REFERENCE;
// Add processor to list.
this->processors.push_back(processor);
return EVT_MOD_OK;
}
/** \brief Clears list of event processors.
*
* Completely clears list of EvtProcessor instances.
*/
void ModuleEvent::evt_clear() {
this->processors.clear();
}
/** \brief Counts messages of children.
*
* Counts the pending messages of all managed EvtProcessor instances
* and returns the result.
*
* \return Number of child messages.
*/
uint8_t ModuleEvent::countMsgFromChildren() {
// Return value.
uint8_t result = 0;
// Iterator for communicators.
auto procIt = this->processors.begin();
// Count pending input fields of standard input.
while (procIt != this->processors.end())
result += (*procIt++)->in_count();
return result;
}
/** \brief Polls messages from module children.
*
* Polls incoming messages from children and counts the polled messages.
* This method implements child-module communication.
*
* \return Number of polled child messages.
*/
uint8_t ModuleEvent::pollMsgFromChildren() {
// Return value.
uint8_t result = 0;
// Iterator for processors.
auto procIt = this->processors.begin();
cerr << "\033[1;31m ModuleEvent \033[0m: While loop with ("<<(procIt != this->processors.end())<<")" << endl;
// Poll pending input fields from each processor.
while (procIt != this->processors.end()) {
// Do while there are pending messages from current child.
while ((*procIt)->in_count()) {
// Get next message
shared_ptr<Message_M2C> next = (*procIt)->in_pop();
cerr << "\033[1;31m ModuleEvent \033[0m: Message incomming ("<<this<<")" << endl;
// Switch incoming message type.
switch (next->getType()) {
// An event was raised
case MSG_EVENT:
{
cerr << "\033[1;31m ModuleEvent \033[0m: Event raised ("<<this<<")" << endl;
// Get values from M2C message.
shared_ptr<Value> image, posE, posN, accX, accY, accZ, type;
next->getValue(ARG_IMG, image);
next->getValue(ARG_POS_E, posE);
next->getValue(ARG_POS_N, posN);
next->getValue(ARG_EVT_TYPE, type);
// Set up new M2M message.
shared_ptr<M2M_Event> event(new M2M_Event);
event->setValue(ARG_IMG, image);
event->setValue(ARG_POS_E, posE);
event->setValue(ARG_POS_N, posN);
event->setValue(ARG_EVT_TYPE, type);
// Append message to hub.
MsgHub::getInstance()->appendMsg(event);
break;
}
// New event data are necessary
case MSG_EVENT_ACQUIRE:
{
cerr << "\033[1;31m ModuleEvent \033[0m: Event acquired ("<<this<<")" << endl;
// Set up new M2M message for acquisition.
shared_ptr<M2M_EventAcquire> acquire(new M2M_EventAcquire);
MsgHub::getInstance()->appendMsg(acquire);
// Attach child to message type.
this->attachChildToMsg(*procIt, MSG_EVENT_COMPLETE);
break;
}
default:
break;
}
}
procIt++;
}
return result;
}
/** \brief Processes incoming messages from message hub.
*
* Process oldest message for this module from message hub.
* This method implements inter-module communication.
* Returns the answer on the incoming message or a null pointer
* if no answer is needed.
*
* \param msg Incoming message from other modules.
* \return Answer on incoming message or NULL.
*/
shared_ptr<Message_M2M> ModuleEvent::processMsg(shared_ptr<Message_M2M> msg) {
cerr << "\033[1;31m ModuleEvent \033[0m: got msg id ("<<(uint16_t)msg->getType()<<")" << endl;
// Resulting message.
shared_ptr<Message_M2M> result;
// Process message depending on message type.
switch (msg->getType()) {
case MSG_EVENT_COMPLETE:
{
cerr << "\033[1;31m ModuleEvent \033[0m: MSG_EVENT_COMPLETE ("<<this<<")" << endl;
// Get values from M2M message (navigation data).
shared_ptr<Value> image, posE, posN, posH, accX, accY, accZ, gyroX, gyroY, gyroZ;
msg->getValue(ARG_IMG, image);
msg->getValue(ARG_POS_E, posE);
msg->getValue(ARG_POS_N, posN);
msg->getValue(ARG_POS_H, posH);
msg->getValue(ARG_ACC_X, accX);
msg->getValue(ARG_ACC_Y, accY);
msg->getValue(ARG_ACC_Z, accZ);
msg->getValue(ARG_GYRO_X, gyroX);
msg->getValue(ARG_GYRO_Y, gyroY);
msg->getValue(ARG_GYRO_Z, gyroZ);
// Get values from M2M message (obd data).
shared_ptr<Value> speed, rpm, engLoad, coolTemp, airFlow, inletPress, inletTemp, fuelLvl, fuelPress, engKM;
msg->getValue(ARG_OBD_SPEED, speed);
msg->getValue(ARG_OBD_RPM, rpm);
msg->getValue(ARG_OBD_ENG_LOAD, engLoad);
msg->getValue(ARG_OBD_COOL_TEMP, coolTemp);
msg->getValue(ARG_OBD_AIR_FLOW, airFlow);
msg->getValue(ARG_OBD_INLET_PRESS, inletPress);
msg->getValue(ARG_OBD_INLET_TEMP, inletTemp);
msg->getValue(ARG_OBD_FUEL_LVL, fuelLvl);
msg->getValue(ARG_OBD_FUEL_PRESS, fuelPress);
msg->getValue(ARG_OBD_ENG_KM, engKM);
// Set up new M2C message with necessary event data.
shared_ptr<M2C_EventDataSet> outData(new M2C_EventDataSet);
if (image)
outData->setValue(ARG_IMG, image);
else
outData->setValue(ARG_IMG, shared_ptr<ValVectorUChar>(new ValVectorUChar));
// Set values for M2C message (navigation data).
outData->setValue(ARG_POS_E, posE);
outData->setValue(ARG_POS_N, posN);
outData->setValue(ARG_POS_H, posH);
outData->setValue(ARG_ACC_X, accX);
outData->setValue(ARG_ACC_Y, accY);
outData->setValue(ARG_ACC_Z, accZ);
outData->setValue(ARG_GYRO_X, gyroX);
outData->setValue(ARG_GYRO_Y, gyroY);
outData->setValue(ARG_GYRO_Z, gyroZ);
// Set values for M2C message (obd data).
outData->setValue(ARG_OBD_SPEED, speed);
outData->setValue(ARG_OBD_RPM, rpm);
outData->setValue(ARG_OBD_ENG_LOAD, engLoad);
outData->setValue(ARG_OBD_COOL_TEMP, coolTemp);
outData->setValue(ARG_OBD_AIR_FLOW, airFlow);
outData->setValue(ARG_OBD_INLET_PRESS, inletPress);
outData->setValue(ARG_OBD_INLET_TEMP, inletTemp);
outData->setValue(ARG_OBD_FUEL_LVL, fuelLvl);
outData->setValue(ARG_OBD_FUEL_PRESS, fuelPress);
outData->setValue(ARG_OBD_ENG_KM, engKM);
outData->setType(MSG_EVENT_COMPLETE);
// Get child iterator to distribute message to children.
auto childIt = this->getChildrenBegin(MSG_EVENT_COMPLETE);
// Iterate children and distribute data.
while (childIt != this->getChildrenEnd(MSG_EVENT_COMPLETE)) {
// Push message to child and detach it from message type.
shared_ptr<EvtProcessor> proc = dynamic_pointer_cast<EvtProcessor>(*childIt);
proc->out_push(dynamic_pointer_cast<Message_M2C>(outData));
this->detachChildFromMsg(proc, MSG_EVENT_COMPLETE);
// Set new iterator position.
childIt = this->getChildrenBegin(MSG_EVENT_COMPLETE);
}
break;
}
case MSG_TERM_BROADCAST:
{
// Terminate is requested.
this->terminate();
break;
}
default:
break;
}
return result;
}
|
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