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 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
0ded880035dc8003f60319fe759d813acf6ef65e | e1700081b3e9fa1c74e6dd903da767a3fdeca7f5 | /libs/guicore/project/private/backgroundimageinfo_impl.h | 7d2b2c97a8b7c871bdd5a2a684bd76c4b1827d70 | [
"MIT"
] | permissive | i-RIC/prepost-gui | 2fdd727625751e624245c3b9c88ca5aa496674c0 | 8de8a3ef8366adc7d489edcd500a691a44d6fdad | refs/heads/develop_v4 | 2023-08-31T09:10:21.010343 | 2023-08-31T06:54:26 | 2023-08-31T06:54:26 | 67,224,522 | 8 | 12 | MIT | 2023-08-29T23:04:45 | 2016-09-02T13:24:00 | C++ | UTF-8 | C++ | false | false | 1,841 | h | backgroundimageinfo_impl.h | #ifndef BACKGROUNDIMAGEINFO_IMPL_H
#define BACKGROUNDIMAGEINFO_IMPL_H
#include "../backgroundimageinfo.h"
#include "backgroundimageinfo_setting.h"
#include <guibase/vtktool/vtklineactor.h>
#include <QCursor>
#include <QPixmap>
class QAction;
class vtkPlaneSource;
class vtkTexture;
class vtkTextureMapToPlane;
class BackgroundImageInfo::Impl
{
public:
enum class MouseEventMode {
Normal,
Rotating,
Zooming,
Translating
};
Impl(BackgroundImageInfo* info);
~Impl();
void loadImageData(const QString& fileName);
void updateFixActionIcon();
void applyWorldFileSetting(const QString& fileName);
void fitToRegion(double xmin, double xmax, double ymin, double ymax);
static QString scaledImageFileName(const QString origName);
// setting about positioning background image
Setting m_setting;
Setting m_settingBeforeMouseEventStarts;
// image information
int m_originalImageWidth;
int m_originalImageHeight;
double m_resizeScale;
// vtk resources
vtkTexture* m_texture;
vtkPlaneSource* m_plane;
vtkTextureMapToPlane* m_mapToPlane;
vtkActor* m_preProcessorActor;
// georeferencing related resources
bool m_isGeoReferencing;
bool m_isGeoReferenceSelectingPoint;
vtkActor* m_geoReferenceActor;
vtkLineActor m_geoReferencePointsActor;
vtkLineActor m_geoReferenceSelectedPointsActor;
VTKGraphicsView* m_geoReferenceGraphicsView;
QWidget* m_geoReferenceParentWindow;
// menu actions
QAction* m_fixAction;
QAction* m_fixActionWithIcon;
// mouse cursor related resources
QPixmap m_movePixmap;
QPixmap m_rotatePixmap;
QPixmap m_zoomPixmap;
QCursor m_moveCursor;
QCursor m_rotateCursor;
QCursor m_zoomCursor;
MouseEventMode m_mouseEventMode;
QPoint m_previousMousePosition;
private:
void setupGeoReferenceActors();
BackgroundImageInfo* m_parent;
};
#endif // BACKGROUNDIMAGEINFO_IMPL_H
|
fb2f1e6ec2cedbe76bc9588fdf9489c61ac6d0df | 80b5b138f3113d92c024908427011a826ab70982 | /src/soc/namespace/sys/reg/tc.cc | 92852fb15e404fe33201b1c0ac24eaf3ea31b3cf | [] | no_license | FabioArnez/fhnw-ime-mse | ee220627828a77e8473c00aee3d94db9db05fe16 | 997113dd61e44dd679eb4cf4c9f7ffe4f8fec1cc | refs/heads/master | 2021-01-11T17:06:34.056891 | 2016-10-25T10:43:47 | 2016-10-25T10:43:47 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,198 | cc | tc.cc | //---------------------------
//tc timer counter
//(c) H.Buchmann 2016
// [1] Atmel | SMART SAM D21 Datasheet
// Atmel-42181-SAM-D21_Datasheet.pdf
// 29.TC - Timer/Counter
//---------------------------
IMPLEMENTATION(sys_reg_tc,$Id$)
#include "sys/reg/tc.h"
//uncomment for debugging
#define TC_DEBUG
#include "sys/deb/deb.h"
namespace sys
{
namespace reg
{
#define REG(name) \
deb::hex(name,8);\
deb::out(" (");deb::out((void*)&name);\
deb::out(") "#name);sys::deb::newln()
void TC::regs() const volatile
{
REG(CTRLA); // 0x00
REG(READREQ); // 0x02
REG(CTRLBCLR); // 0x04
REG(CTRLBSET); // 0x05
REG(CTRLC); // 0x06
REG(DBGCTRL); // 0x08
REG(EVCTRL); // 0x0a
REG(INTENCLR); // 0x0c
REG(INTENSET); // 0x0d
REG(INTFLAG); // 0x0e
REG(STATUS); // 0x0f
REG(COUNT16); // 0x10
REG(COUNT32); // 0x10
REG(CC16[0]); // 0x18
REG(CC16[1]); // 0x1a
REG(CC32[0]); // 0x18
REG(CC32[1]); // 0x1c
}
void TC::reset() volatile
{
CTRLA=0x1; //reset
while((CTRLA&1) && (STATUS&(1<<31)))
{
}
}
void TC::enable() volatile
{
CTRLA|=(1<<1); //enable
}
}
}
|
ce54adec14fb365bacf9c0f0bed40b3ff4238435 | 2eb5bbcf91d9b69755fd4f9b8bf9e616538beeef | /Stacks and Queues/sliding window maximum.cpp | 85b76080c563542b60a74a13e95aa1534ab9b91c | [] | no_license | kumarshikhardeep/Interviewbit-Solution | cf300dda5085fcd0291831e7d31f1e20e74d3993 | bdd71e88d26ffb952f43bb85e5445c894abf8036 | refs/heads/master | 2020-03-27T01:25:50.009979 | 2019-02-27T08:14:03 | 2019-02-27T08:14:03 | 145,709,813 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 998 | cpp | sliding window maximum.cpp | vector<int> Solution::slidingMaximum(const vector<int> &A, int B) {
int max;
int ind;
vector<int> res;
vector<int> index;
if(A.size()==0)
return res;
if(B==1)
return A;
for(int i=0;i<=A.size()-B;i++)
{
if(index.size()==0 || index[index.size()-1]<i)
{
max=A[i];
ind=i;
for(int j=i+1;j<i+B;j++)
{
if(A[j]>max)
{
max=A[j];
ind=j;
}
}
res.push_back(max);
index.push_back(ind);
}
else
{
if(res[index.size()-1]<A[i+B-1])
{
res.push_back(A[i+B-1]);
index.push_back(i+B-1);
}
else
{
res.push_back(res[index.size()-1]);
index.push_back(index[index.size()-1]);
}
}
}
return res;
}
|
c3ecb4c5f94858f73be74c53c35cabde64e85723 | 86d0360af5da077fb6a9d6635ebcdd6abf793845 | /chapter10/ex10_37.cpp | 1425239ed2ea7ed59f5bfb7818a8a7056e7aebe7 | [] | no_license | LukaMod/cpp-primer | d99f1bce499788817417096d468958df9f9fe75f | 80334c1c89baff474260c1322899540c8d7b1138 | refs/heads/master | 2021-01-22T07:32:03.926702 | 2018-06-07T06:27:46 | 2018-06-07T06:27:46 | 81,827,412 | 4 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 355 | cpp | ex10_37.cpp | #include <list>
#include <vector>
#include <iostream>
#include <algorithm>
#include <iterator>
using namespace std;
int main()
{
vector<int> vec{0, 1, 2, 3, 4, 5, 6, 7, 8, 9};
list<int> ls;
copy(vec.crbegin() + 3, vec.crbegin() + 7, back_inserter(ls));
for (const auto &i : ls)
cout << i << " ";
cout << endl;
return 0;
} |
e3ea40e77fc3820457b82bbc5f070686c6a4a6b6 | e08e664d8653c22c983a4ccc80598035219bbb3f | /In-place reversal of a linked list/Medium/lc61-rotate-list.cpp | c268ca4cee1335eb09e09820ae1ec26cb689c6c8 | [
"MIT"
] | permissive | ssolaric/leetcode-patterns | 40eb775ecf1db41dc0cea893a4e7dfd782e8e780 | 17da9a3e53802a48984894c00b30c940d12731bc | refs/heads/master | 2023-05-10T23:53:31.515953 | 2023-04-28T03:49:11 | 2023-04-28T03:49:11 | 271,845,477 | 8 | 2 | null | null | null | null | UTF-8 | C++ | false | false | 1,406 | cpp | lc61-rotate-list.cpp | /**
* Definition for singly-linked list.
* struct ListNode {
* int val;
* ListNode *next;
* ListNode() : val(0), next(nullptr) {}
* ListNode(int x) : val(x), next(nullptr) {}
* ListNode(int x, ListNode *next) : val(x), next(next) {}
* };
*/
class Solution {
public:
int findLength(ListNode* head) {
ListNode* cur = head;
int ans = 0;
while (cur != nullptr) {
ans++;
cur = cur->next;
}
return ans;
}
// Returns the head and the tail of the list in reverse
pair<ListNode*, ListNode*> reverse(ListNode* head, int length) {
ListNode* tail = head;
ListNode* prev = nullptr;
ListNode* cur = head;
for (int i = 0; i < length && cur != nullptr; i++) {
ListNode* next = cur->next;
cur->next = prev;
prev = cur;
cur = next;
}
tail->next = cur;
return {prev, tail};
}
ListNode* rotateRight(ListNode* head, int k) {
int length = findLength(head);
if (length <= 1) return head;
k %= length;
if (k == 0) return head;
auto [newHead, tail] = reverse(head, length);
auto [newHead2, tail2] = reverse(newHead, k);
auto [newHead3, tail3] = reverse(tail2->next, length - k);
tail2->next = newHead3;
return newHead2;
}
}; |
f4ecda0866de0fb157a21897ab840406e91666ca | e274e643177f8aa07a3ce6e51f2012d3ae8cabf5 | /Player.h | 85813fef78ab3616417381d8b7a5c70c008d7346 | [] | no_license | BuhQuick/SpacePig | e1c25efcfd35a642560e2450b134e9d0596f9b88 | de01600dd044b33d9203a1d641aa13bdb00582eb | refs/heads/master | 2021-07-01T17:04:38.923046 | 2017-09-20T21:31:02 | 2017-09-20T21:31:02 | 104,269,186 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,560 | h | Player.h | #ifndef SPACEPIG_PLAYER_H
#define SPACEPIG_PLAYER_H
#include "Wave.h"
namespace spacePig {
/*
* A Player is the object the person playing the game has control over.
* The player has a set velocity it can move by using arrow keys, or can
* be moved with the cursor. If the player is hit by any of the projectiles
* in the wave, they lose.
*/
class Player {
public:
/* Constructs a player. The player must know the bounds
* of the window so that it does not go off screen.
*/
Player(/** width of screen */ int width = 450,
/** height of screen */ int height = 800);
/*
* The x coordinate of the player's location.
* @return the x-coordinate
*/
int getX() const noexcept;
/*
* The y coordinate of the player's location.
* @return the y-coordinate
*/
int getY() const noexcept;
/*
* The diameter of the player's character, as defined by 2 * it's radius.
* @return the diameter of the player's character
*/
int getDiameter() const noexcept;
/*
* The string file location storing where the player's image is.
* @return the file location of the player's image
*/
std::string getFileLoc() const noexcept;
/*
* Moves the player in a certain direction over delta time.
* Ensures the player is not moving beyond the boundaries of the game.
*/
void move(/** which side to move player */ std::string dir,
/** time */ double delta = 0.01) noexcept;
/*
* Moves the player to the given x and y coordinates.
* Ensures the player is not moving beyond the boundaries of the game.
*/
void move(/** x-coord destination */ int x,
/** y-coord destination */ int y) noexcept;
/*
* Check if the player has been hit by any of the projectiles
* in the current wave. If the player has been hit, the game is over
* and they must restart.
* @return true if the player has died
*/
bool hasDied(/** Current wave for game*/ const Wave& currWave) const noexcept;
private:
/** The player's velocity */
double velocity_ = 750.0;
/** The player's x-coordinate */
double posx_ = 0.0;
/** The player's y-coordinate */
double posy_ = 0.0;
/** The radius of the player's character */
int radius_ = 10;
/** The width of the game's screen */
int width_ = 0;
/** The height of the game's screen */
int height_ = 0;
/** Where the player's image is located */
std::string fileLocation_ = "graphics/player.png";
};
}
#endif
|
61eb4a23b6ee7c8cd4bd508985a89b465ddd507b | e8b420f58353243390e3cf97dc1c583e0a495dc0 | /mapatrzecia.h | 2fc4f4993e75363f7fd1100f0e5c893f979230f5 | [] | no_license | seric1419/lol-mud | 9104f36b511ed6a7fdb63616e799c0ca4b5147cc | 0a81eab2baecf2d73b40912eb3f9faad600b93b0 | refs/heads/master | 2021-01-23T11:51:01.992319 | 2012-04-16T10:59:21 | 2012-04-16T10:59:21 | 32,721,483 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 206 | h | mapatrzecia.h | #ifndef MAPATRZECIA_H
#define MAPATRZECIA_H
#include "lol.h"
class MapaTrzecia : public Mapa
{
public:
MapaTrzecia();
MapaTrzecia(Gracz*);
int Start();
};
#endif // MAPATRZECIA_H
|
583a89a330220520ef1916d8aa37dcf21d4398c1 | 8927ea32fd93b510543d2ceef3aba3a4d6f3d18d | /src/vpgrid.cpp | 3fc4352550856f309b8b43e61bcd1b9b21c559ab | [
"MIT"
] | permissive | WizzerWorks/QtVp | e2fb9311ddbdcb028232f3efde586aad33b5db6d | 1d9d27026867941c95edb9730b2eb3f6c8cabeb0 | refs/heads/master | 2020-06-01T07:01:07.846564 | 2013-09-26T18:02:06 | 2013-09-26T18:02:06 | 12,326,891 | 1 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 11,447 | cpp | vpgrid.cpp | // COPYRIGHT_BEGIN
// The MIT License (MIT)
//
// Copyright (c) 2013 Wizzer Works
//
// Permission is hereby granted, free of charge, to any person obtaining a copy of
// this software and associated documentation files (the "Software"), to deal in
// the Software without restriction, including without limitation the rights to
// use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of
// the Software, and to permit persons to whom the Software is furnished to do so,
// subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in all
// copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS
// FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR
// COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER
// IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN
// CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
// COPYRIGHT_END
// Include Qt header files.
#include <QPainter>
#include <QPoint>
// Include QtVp heaeder files.
#include "vputil.h"
#include "vpgrid.h"
#include "vpgc.h"
#include "vpgraphics2d.h"
#include "gridgc.h"
/* The variable g_gridXResolution is an integer which the user may set to */
/* specify the minumum distance (in pixels) between successive grid */
/* primitives along the x axis. Similarly, the variable g_gridYResolution */
/* is a variables which the user may set to specify the minumum distance */
/* (in pixels) between successive grid primitives along the y axis. */
int VpGrid::g_gridXResolution = 1;
int VpGrid::g_gridYResolution = 1;
VpGrid::VpGrid(QObject *parent) :
QObject(parent)
{
// Initialize grid to default characteristics.
init();
}
VpGrid::~VpGrid()
{
// Do nothing.
}
bool VpGrid::init()
{
bool status = false;
// Initialize this objects private data.
setState(STATE_OFF);
setStyle(STYLE_LINE);
m_color.setRed(0);
m_color.setGreen(0);
m_color.setBlue(0);
m_color.setAlpha(255);
setXSpacing(VpGrid::getGridUnit());
setYSpacing(VpGrid::getGridUnit());
setMultiplier(1);
setXAlignment(0);
setYAlignment(0);
setXResolution(1);
setYResolution(1);
setReferenceState(VpGrid::REFSTATE_OFF);
setReferenceStyle(VpGrid::REFSTYLE_SQUARE);
m_referenceColor.setRed(0);
m_referenceColor.setGreen(0);
m_referenceColor.setBlue(0);
m_referenceColor.setAlpha(255);
status = true;
return status;
}
bool VpGrid::snapToGrid(int *x, int *y)
{
// Declare local variables.
int sx, sy, tx, ty;
bool status = false;
if (getState() != STATE_OFF)
{
// Snap without dead band.
sx = getXSpacing();
sy = getYSpacing();
tx = getXAlignment();
ty = getYAlignment();
*x = VpUtil::round(((double)(*x - tx))/((double)(sx))) * sx + tx;
*y = VpUtil::round(((double)(*y - ty))/((double)(sy))) * sy + ty;
}
status = true;
return status;
}
bool VpGrid::getGridCoord(int *x, int *y)
{
bool status = false;
*x = getXSpacing() * getMultiplier();
*y = getYSpacing() * getMultiplier();
status = true;
return status;
}
bool VpGrid::isReferenceOn()
{
RefState state = getReferenceState();
if (state == REFSTATE_ON)
return true;
else
return false;
}
void VpGrid::draw(GridGC &gridGC)
{
// Set up the display characteristics.
// Draw the grid pattern.
switch(m_style) {
case STYLE_LINE:
drawLineGrid(gridGC);
break;
case STYLE_DOT:
drawDotGrid(gridGC);
break;
case STYLE_CROSS:
drawCrossGrid(gridGC);
break;
default:
drawLineGrid(gridGC);
break;
}
}
void VpGrid::drawLineGrid(GridGC &gridGC)
{
int x,y;
VpGC *vpgc = gridGC.m_gc;
QPainter *gc = vpgc->getGC();
// Assuming QPainter has already established begin().
gc->setRenderHint(QPainter::Antialiasing, true);
// Set the pen.
QPen pen;
pen.setColor(m_color);
pen.setStyle(Qt::SolidLine);
gc->setPen(pen);
// Set the brush.
QBrush brush;
brush.setColor(m_color);
brush.setStyle(Qt::SolidPattern);
gc->setBrush(brush);
// Draw the grid.
for (int i = 1; i < gridGC.m_xnum; i++)
{
x = gridGC.m_xll + (i * gridGC.m_dx);
y = gridGC.m_yll;
gc->drawLine(x, gridGC.m_yll, x, gridGC.m_yur);
}
for (int j = 1; j < gridGC.m_ynum; j++)
{
x = gridGC.m_xll;
y = gridGC.m_yll + (j * gridGC.m_dy);
gc->drawLine(gridGC.m_xll, y, gridGC.m_xur, y);
}
// Flush graphics to display.
//gc.flush();
//delete gc;
}
void VpGrid::drawDotGrid(GridGC &gridGC)
{
int x,y;
VpGC *vpgc = gridGC.m_gc;
QPainter *gc = vpgc->getGC();
// Assuming QPainter has already established begin().
gc->setRenderHint(QPainter::Antialiasing, true);
// Set the pen.
QPen pen;
pen.setColor(m_color);
pen.setStyle(Qt::SolidLine);
gc->setPen(pen);
for (int i = 0; i < gridGC.m_ynum + 1; i++) {
y = gridGC.m_yll + (i * gridGC.m_dy);
for (int j = 0; j < gridGC.m_xnum; j++) {
x = gridGC.m_xll + (j * gridGC.m_dx);
gc->drawPoint(x, y);
}
}
// Flush graphics to display.
//gc.flush();
//delete gc;
}
void VpGrid::drawCrossGrid(GridGC &gridGC)
{
int x,y;
VpGC *vpgc = gridGC.m_gc;
QPainter *gc = vpgc->getGC();
// Assuming QPainter has already established begin().
gc->setRenderHint(QPainter::Antialiasing, true);
// Set the pen.
QPen pen;
pen.setColor(m_color);
pen.setStyle(Qt::SolidLine);
gc->setPen(pen);
// Create a cross Marker.
QLine cross[2];
for (int i = 0; i < gridGC.m_ynum + 1; i++) {
y = gridGC.m_yll + (i * gridGC.m_dy);
for (int j = 0; j < gridGC.m_xnum; j++) {
x = gridGC.m_xll + (j * gridGC.m_dx);
cross[0].setLine(x-1, y, x+1, y);
cross[1].setLine(x, y-1, x, y+1);
gc->drawLines(cross, 2);
}
}
// Flush graphics to display.
//gc.flush();
//delete gc;
}
void VpGrid::drawReference(GridGC &gridGC)
{
int x,y;
VpGC *vpgc = gridGC.m_gc;
QPainter *gc = vpgc->getGC();
// Assuming QPainter has already established begin().
gc->setRenderHint(QPainter::Antialiasing, true);
if (m_referenceStyle == VpGrid::REFSTYLE_SQUARE)
{
// Set the pen.
QPen pen;
pen.setStyle(Qt::NoPen);
gc->setPen(pen);
// Set the brush.
QBrush brush;
brush.setColor(m_referenceColor);
brush.setStyle(Qt::SolidPattern);
gc->setBrush(brush);
QRectF origin;
origin.setLeft(-1.5 + m_xAlignment);
origin.setRight(1.5 + m_xAlignment);
origin.setBottom(-1.5 + m_yAlignment);
origin.setTop(1.5 + m_yAlignment);
gc->drawRect(origin);
} else if (m_referenceStyle == VpGrid::REFSTYLE_CIRCLE)
{
// Set the pen.
QPen pen;
pen.setStyle(Qt::NoPen);
gc->setPen(pen);
// Set the brush.
QBrush brush;
brush.setColor(m_referenceColor);
brush.setStyle(Qt::SolidPattern);
gc->setBrush(brush);
gc->drawEllipse(QPoint(m_xAlignment, m_yAlignment), 2, 2);
} else
{
// Set the pen, no brush.
QPen pen;
pen.setColor(m_referenceColor);
pen.setStyle(Qt::SolidLine);
pen.setWidth(2);
gc->setPen(pen);
// Create a 'X' pattern.
QLineF cross[2];
cross[0].setLine(-1.5 + m_xAlignment, -1.5 + m_yAlignment, 1.5 + m_xAlignment, 1.5 + m_yAlignment);
cross[1].setLine(-1.5 + m_xAlignment, 1.5 + m_yAlignment, 1.5 + m_xAlignment, -1.5 + m_yAlignment);
gc->drawLines(cross, 2);
}
//delete gc;
}
#if 0
void AuGrid::drawCrossGrid2(GridContext &gridGC)
{
AuViewportGC *vpgc = gridGC.m_gc;
QPainter *gc = new QPainter(vpgc->getGC());
Device device = Display.getCurrent();
Image pixelArray = new Image(device, gridGC.m_truexur - gridGC.m_truexll, 1);
Image pixelArrayCross = new Image(device, gridGC.m_truexur - gridGC.m_truexll, 1);
GC pixelArrayGC = new GC(pixelArray);
GC pixelArrayCrossGC = new GC(pixelArrayCross);
try {
org.eclipse.swt.graphics.Color foregroundColor = new org.eclipse.swt.graphics.Color(device,
m_color.getRed(), m_color.getGreen(), m_color.getBlue());
Color vpBackgroundColor = gc.getBackground();
org.eclipse.swt.graphics.Color backgroundColor = new org.eclipse.swt.graphics.Color(device,
vpBackgroundColor.getRed(), vpBackgroundColor.getGreen(), vpBackgroundColor.getBlue());
pixelArrayGC.setForeground(foregroundColor);
pixelArrayGC.setBackground(backgroundColor);
pixelArrayGC.setLineStyle(STYLE_DOT);
pixelArrayGC.fillRectangle(0, 0, gridGC.m_truexur - gridGC.m_truexll, 1);
pixelArrayCrossGC.setForeground(foregroundColor);
pixelArrayCrossGC.setBackground(backgroundColor);
pixelArrayCrossGC.setLineStyle(STYLE_DOT);
pixelArrayCrossGC.fillRectangle(0, 0, gridGC.m_truexur - gridGC.m_truexll, 1);
} catch (Exception ex)
{
System.out.println("Unable to draw cross: " +
ex.getMessage());
}
for (int i = 0; i <= gridGC.m_xnum; i++)
{
int x = gridGC.m_xll + (i * gridGC.m_dx);
int y = gridGC.m_yll;
// Convert world coordinates to device coordinates.
VpCoord coord = ((VpGraphics2D)gc.m_viewport).worldToDev(x, y);
if (((coord.m_x - 1) >= gridGC.m_truexll) && ((coord.m_x + 1) <= gridGC.m_truexur))
{
pixelArrayGC.drawOval(coord.m_x - gridGC.m_truexll - 1, 0, 1, 1);
pixelArrayGC.drawOval(coord.m_x - gridGC.m_truexll, 0, 1, 1);
pixelArrayGC.drawOval(coord.m_x - gridGC.m_truexll + 1, 0, 1, 1);
pixelArrayCrossGC.drawOval(coord.m_x - gridGC.m_truexll, 0, 1, 1);
}
}
for (int j = 0; j <= gridGC.m_ynum; j++)
{
int x = gridGC.m_xll;
int y = gridGC.m_yll + (j * gridGC.m_dy);
// Convert world coordinates to device coordinates.
VpCoord coord = ((VpGraphics2D)gc.m_viewport).worldToDev(x, y);
if (((coord.m_y - 1) >= gridGC.m_trueyll) && ((coord.m_y + 1) <= gridGC.m_trueyur))
{
try {
gc.drawImage(pixelArrayCross, gridGC.m_truexll, coord.m_y - 1);
gc.drawImage(pixelArray, gridGC.m_truexll, coord.m_y);
gc.drawImage(pixelArrayCross, gridGC.m_truexll, coord.m_y + 1);
} catch (Exception ex) {
System.out.println("Unable to draw cross: " +
ex.getMessage());
}
}
}
// Flush graphics to display.
//gc.flush();
// Dispose of the cross image resources.
pixelArrayGC.dispose();
pixelArrayCrossGC.dispose();
pixelArray.dispose();
pixelArrayCross.dispose();
}
#endif /* 0 */
|
544e9d4dd6a44d6adece9ddbaf6256c554b346fc | 46f0e9ed622ae021d1491d777cb8b88563f76efb | /c++/main.cpp | 480097f752f10d98b9529e0f7d893535f3d04d17 | [
"WTFPL"
] | permissive | NathanKewley/CHIP8 | 4dd76604c1064d2f5370e01faf8a140739d77f00 | 21237aa36360dd99778ea375deebab96041cdd79 | refs/heads/master | 2016-09-10T19:18:11.055121 | 2015-09-12T07:36:24 | 2015-09-12T07:36:24 | 42,343,999 | 0 | 0 | null | 2015-09-12T07:35:23 | 2015-09-12T04:02:53 | null | UTF-8 | C++ | false | false | 4,465 | cpp | main.cpp | //include required c/c++ stuffz
#include <iostream>
#include <string>
#include <stdio.h>
#include <stdlib.h>
#include <SFML/Window.hpp>
#include <SFML/Graphics.hpp>
//include the chip-8 cpu core
#include "chip-8-cpu.h"
//because I always use this as typig std::::::::: is lame
using namespace std;
//create an instance of the chip-8 cpu
chip8 c8;
//function to draw the screen
void updateScreen(chip8 &c8, sf::RenderWindow &window){
//define the square pixel
sf::RectangleShape pixel(sf::Vector2f(10, 10));
//clear the window
window.clear();
//for each pixel on the screen decide to draw or not
for(int i=0;i<64;i++){
for(int ii=0;ii<32;ii++){
if(c8.screen[(ii*64)+i] == 1){
//set the position of the pixel appropriatly
pixel.setPosition(i*10, ii*10);
//draw to the screen
window.draw(pixel);
}
}
}
//display the window
window.display();
//set the draw flag back to 0
c8.drawFlag = 0;
}
//main function and entry point of the program
int main(){
//Define the screen
sf::RenderWindow window(sf::VideoMode(640, 320), "C8");
//limit the frames to 60 using SFML... this saves implementing the timer counter in the c8 emulator
window.setFramerateLimit(60);
//set up the system
c8.init();
//load a rom
c8.load("tetris.c8");
//infinite emulation loop
while(1){
/* KEY MAPPING
ORIGINAL EMULATED
+-+-+-+-+ +-+-+-+-+
|1|2|3|C| |1|2|3|4|
+-+-+-+-+ +-+-+-+-+
|4|5|6|D| |Q|W|E|R|
+-+-+-+-+ +-+-+-+-+
|7|8|9|E| |A|S|D|F|
+-+-+-+-+ +-+-+-+-+
|A|0|B|F| |Z|X|C|V|
+-+-+-+-+ +-+-+-+-+
*/
//key[0] --- 1
if (sf::Keyboard::isKeyPressed(sf::Keyboard::Num1)){
c8.key[0] = 1;
}else{
c8.key[0] = 0;
}
//key[1] --- 2
if (sf::Keyboard::isKeyPressed(sf::Keyboard::Num2)){
c8.key[1] = 1;
}else{
c8.key[1] = 0;
}
//key[2] --- 3
if (sf::Keyboard::isKeyPressed(sf::Keyboard::Num3)){
c8.key[2] = 1;
}else{
c8.key[2] = 0;
}
//key[3] --- C
if (sf::Keyboard::isKeyPressed(sf::Keyboard::Num4)){
c8.key[3] = 1;
}else{
c8.key[3] = 0;
}
//key[4] --- 4
if (sf::Keyboard::isKeyPressed(sf::Keyboard::Q)){
c8.key[4] = 1;
}else{
c8.key[4] = 0;
}
//key[5] --- 5
if (sf::Keyboard::isKeyPressed(sf::Keyboard::W)){
c8.key[5] = 1;
}else{
c8.key[5] = 0;
}
//key[6] --- 6
if (sf::Keyboard::isKeyPressed(sf::Keyboard::E)){
c8.key[6] = 1;
}else{
c8.key[6] = 0;
}
//key[7] --- D
if (sf::Keyboard::isKeyPressed(sf::Keyboard::R)){
c8.key[7] = 1;
}else{
c8.key[7] = 0;
}
//key[8] --- 7
if (sf::Keyboard::isKeyPressed(sf::Keyboard::A)){
c8.key[8] = 1;
}else{
c8.key[8] = 0;
}
//key[9] --- 8
if (sf::Keyboard::isKeyPressed(sf::Keyboard::S)){
c8.key[9] = 1;
}else{
c8.key[9] = 0;
}
//key[10] --- 9
if (sf::Keyboard::isKeyPressed(sf::Keyboard::D)){
c8.key[10] = 1;
}else{
c8.key[10] = 0;
}
//key[11] --- E
if (sf::Keyboard::isKeyPressed(sf::Keyboard::F)){
c8.key[11] = 1;
}else{
c8.key[11] = 0;
}
//key[12] --- A
if (sf::Keyboard::isKeyPressed(sf::Keyboard::Z)){
c8.key[12] = 1;
}else{
c8.key[12] = 0;
}
//key[13] --- 0
if (sf::Keyboard::isKeyPressed(sf::Keyboard::X)){
c8.key[13] = 1;
}else{
c8.key[13] = 0;
}
//key[14] --- B
if (sf::Keyboard::isKeyPressed(sf::Keyboard::C)){
c8.key[14] = 1;
}else{
c8.key[14] = 0;
}
//key[15] --- F
if (sf::Keyboard::isKeyPressed(sf::Keyboard::V)){
c8.key[15] = 1;
}else{
c8.key[15] = 0;
}
//emulate a cycle of the cpu
c8.cycle();
//update the screen if required
if(c8.drawFlag == 1){updateScreen(c8, window);}
}
//return and end the program
return 0;
}
|
6b00e6b3e622dfc13fac6f8f3b466a6a0802ac7b | 58febce6be896835382f03b21162f0090b3fcb0a | /leetcode/weekly/303.cpp | 19c5460e44f9ce71466f75c729d354c9c3b59d66 | [
"Apache-2.0"
] | permissive | bvbasavaraju/competitive_programming | 5e63c0710b02476ecb499b2087ddec674fdb049f | bc17ec49b601aac62fa94449927fd64b620352d7 | refs/heads/master | 2022-10-31T15:17:00.151024 | 2022-10-23T09:14:52 | 2022-10-23T09:14:52 | 216,365,719 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,518 | cpp | 303.cpp | /****************************************************
Date: July 24th, 2022
Successful submissions : 3
Time expiration : 0
Memory exhausted : 0
Not Solved : 1
Wrong Answer/ Partial result : 0
link: https://leetcode.com/contest/weekly-contest-303
****************************************************/
#include<bits/stdc++.h>
using namespace std;
/*
Q: 2351. First Letter to Appear Twice
*/
class Solution1_t
{
public:
char repeatedCharacter(string s)
{
unordered_map<char, int> freq;
char ans = 0;
for(char ch : s)
{
freq[ch]++;
if(freq[ch] == 2)
{
ans = ch;
break;
}
}
return ans;
}
};
/*
Q: 2352. Equal Row and Column Pairs
*/
class Solution2_t
{
public:
int equalPairs(vector<vector<int>>& grid)
{
int r = grid.size();
int c = grid[0].size();
int ans = 0;
for(int i = 0; i < r; ++i)
{
vector<int>& row = grid[i];
for(int j = 0; j < c; ++j)
{
bool matches = true;
//vector<int> col;
for(int p = 0, q = 0; (p < r) && (q < c); ++p, ++q)
{
//col.push_back(grid[p][j]);
if(grid[p][j] != row[q])
{
matches = false;
break;
}
}
if(matches)
//if(col == row)
{
ans++;
}
}
}
return ans;
}
};
/*
Q: 2353. Design a Food Rating System
*/
class FoodRatings
{
private:
struct compare
{
bool operator()(const pair<int, string>& p1, const pair<int, string>& p2) const
{
return (p1.first > p2.first) || ((p1.first == p2.first) && (p1.second < p2.second));
}
};
unordered_map<string, string> fc;
unordered_map<string, set<pair<int, string>, compare> > crf;
unordered_map<string, int> fr;
public:
FoodRatings(vector<string>& foods, vector<string>& cuisines, vector<int>& ratings)
{
int l = foods.size();
for(int i = 0; i < l; ++i)
{
fc[foods[i]] = cuisines[i];
pair<int, string> rf = {ratings[i], foods[i]};
crf[cuisines[i]].insert(rf);
fr[foods[i]] = ratings[i];
}
}
void changeRating(string food, int newRating)
{
string c = fc[food];
pair<int, string> p = {fr[food], food};
crf[c].erase(p);
crf[c].insert({newRating, food});
fr[food] = newRating;
}
string highestRated(string cuisine)
{
return crf[cuisine].begin()->second;
}
};
/**
* Your FoodRatings object will be instantiated and called as such:
* FoodRatings* obj = new FoodRatings(foods, cuisines, ratings);
* obj->changeRating(food,newRating);
* string param_2 = obj->highestRated(cuisine);
*/
/*
Q: 2354. Number of Excellent Pairs - approach is correct but the logic needs a fix in i and j loop!!
*/
class Solution4_t
{
public:
long long countExcellentPairs(vector<int>& nums, int k)
{
vector<set<int>> bitCount(33);
for(int n : nums)
{
int c = std::__builtin_popcount[n];
bitCount[c].insert(n);
}
long long ans = 0;
for(int i = 0; i < 33; ++i)
{
int v = (i&i) + (i|i);
if(val >= k)
{
ans = ans + (bitCount[i].size() * bitCount[i].size());
}
for(int j = 0; j < i; ++j)
{
int val = (i&j) + (i|j);
if(val >= k)
{
ans = ans + (bitCount[i].size() * bitCount[j].size());
}
}
}
return ans;
}
}; |
451922594f633a940cf463c206c2d8f31af98fbe | 9d32fb7c19ca23bdd1dc89081120a8e411d5aafb | /Map Editor/Scripts to Move to LUA/ResourceScript.h | 0533475752c497bc71062d14933aae908cdbbd6d | [] | no_license | jfdoming/Aela | 970159fd19bab445375aac025ba1b9bc6137eea1 | 7d74fefba25c359081b345b3a44fd5bb106e2870 | refs/heads/master | 2022-11-13T00:56:48.471006 | 2020-06-27T23:09:22 | 2020-06-27T23:09:22 | 275,467,246 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,425 | h | ResourceScript.h | // The contents of this file will be moved to LUA once we can get LUA to work!
#pragma once
#include "Resource Management\ResourceManager.h"
#include "3D\Materials\GLMaterialLoader.h"
#include "3D\Models\OBJLoader.h"
#include "3D\Skybox\GLSkyboxLoader.h"
#include "3D\Maps\Map3DLoader.h"
#include "../../Project Aela/Resource Management/ResourcePaths.h"
using namespace Aela;
const unsigned int numberOfMaterialsAndModels = 4;
std::string materialsAndModelNames[] = {
"meme_mug",
"floor",
"corner_elevated",
"corner_depressed"
};
std::string otherMaterialNames[] = {
"grass",
"grass_corner_depressed",
"grass_corner_elevated",
"water"
};
std::string ddsTextureNames[] = {
"map_editor_main_background",
"map_editor_top_bar",
"simple_button",
"simple_button_light",
"arrow"
};
const unsigned int numberOfBillboards = 1;
std::string billboardNames[] = {
"ekkon"
};
std::string particleNames[] = {
"particle_1",
"particle_2"
};
std::string skyboxNames[] = {
"skybox_1",
"skybox_2"
};
void loadMaterials(ResourceManager* resourceManager) {
GLMaterialLoader materialLoader;
resourceManager->bindLoader(&materialLoader);
resourceManager->bindGroup("materials");
for (std::string path : materialsAndModelNames) {
resourceManager->addToGroup(DEFAULT_MATERIAL_PATH + path + ".mtl", false);
}
for (std::string path : otherMaterialNames) {
resourceManager->addToGroup(DEFAULT_MATERIAL_PATH + path + ".mtl", false);
}
if (resourceManager->loadGroup("materials") != Aela::ResourceManager::Status::OK) {
std::cerr << "Failed to load a resource from group \"materials\"!" << std::endl;
}
}
void loadModels(ResourceManager* resourceManager) {
OBJLoader objLoader;
resourceManager->bindLoader(&objLoader);
resourceManager->bindGroup("models");
for (std::string path : materialsAndModelNames) {
resourceManager->addToGroup(DEFAULT_MODEL_PATH + path + ".obj", false);
}
if (resourceManager->loadGroup("models") != Aela::ResourceManager::Status::OK) {
std::cerr << "Failed to load a resource from group \"models\"!" << std::endl;
}
}
void loadTextures(ResourceManager* resourceManager) {
GLTextureLoader textureLoader;
resourceManager->bindLoader(&textureLoader);
resourceManager->bindGroup("textures");
for (std::string path : ddsTextureNames) {
resourceManager->addToGroup(DEFAULT_TEXTURE_PATH + path + ".dds", false);
}
for (std::string path : billboardNames) {
resourceManager->addToGroup(DEFAULT_TEXTURE_PATH + path + ".dds", false);
}
if (resourceManager->loadGroup("textures") != Aela::ResourceManager::Status::OK) {
std::cerr << "Failed to load a resource from group \"textures\"!" << std::endl;
}
}
void loadParticles(ResourceManager* resourceManager) {
// We may want to create a seperate particle loader later.
GLTextureLoader textureLoader;
resourceManager->bindLoader(&textureLoader);
resourceManager->bindGroup("particles");
for (std::string path : particleNames) {
resourceManager->addToGroup(DEFAULT_PARTICLE_PATH + path + ".dds", false);
}
if (resourceManager->loadGroup("particles") != Aela::ResourceManager::Status::OK) {
std::cerr << "Failed to load a resource from group \"particles\"!" << std::endl;
}
}
void loadSkyboxes(ResourceManager* resourceManager) {
GLSkyboxLoader skyboxLoader;
resourceManager->bindLoader(&skyboxLoader);
resourceManager->bindGroup("skybox");
for (std::string path : skyboxNames) {
resourceManager->addToGroup(DEFAULT_SKYBOX_PATH + path, false);
}
if (resourceManager->loadGroup("skybox") != Aela::ResourceManager::Status::OK) {
std::cerr << "Failed to load a resource from group \"skybox\"!" << std::endl;
}
}
void loadMaps(ResourceManager* resourceManager, GLRenderer& renderer) {
Map3DLoader mapLoader(resourceManager->getResourceRoot());
mapLoader.bindRenderer(&renderer);
resourceManager->bindLoader(&mapLoader);
resourceManager->bindGroup("maps");
resourceManager->addToGroup("res/maps/map.txt", false);
if (resourceManager->loadGroup("maps") != Aela::ResourceManager::Status::OK) {
std::cerr << "Failed to load a resource from group \"maps\"!" << std::endl;
}
}
void unloadResources(ResourceManager* resourceManager) {
resourceManager->unloadGroup("materials");
resourceManager->unloadGroup("models");
resourceManager->unloadGroup("textures");
resourceManager->unloadGroup("particles");
resourceManager->unloadGroup("skybox");
resourceManager->unloadGroup("maps");
}
|
a8c18c7ff3d8e5c2dad601ec4395ed6a5ea49246 | 41317fb6946987b588a8375441ce6601cb89c252 | /Menu.cpp | 17b10cae70e3ef6639954575f67de92dc981c5d3 | [] | no_license | ck20jimmy/PD_Project | a6434d0a4c2c23dfc25cb986c820c397af50b1ee | 4e2c5abf5d82fc26ce8d61d48bade61c55ed57a4 | refs/heads/master | 2021-01-19T04:39:31.177797 | 2017-04-06T04:18:40 | 2017-04-06T04:18:40 | 87,384,986 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,808 | cpp | Menu.cpp | #include"Menu.h"
#include <SFML/Graphics.hpp>
Menu::Menu(float width, float height)
{
if(!font.loadFromFile("fontfile.ttf"))
{
//handle error
}
menu[0].setCharacterSize(40);
menu[0].setFont(font);
menu[0].setColor(sf::Color::Blue);
menu[0].setString("Start (no music)");
menu[0].setPosition(width/2.5 -50, height/(MAX_NUMBER_OF_ITEMS + 1) * 1.5 +120);
//
menu[1].setCharacterSize(40);
menu[1].setFont(font);
menu[1].setColor(sf::Color::White);
menu[1].setString("Counting Stars");
menu[1].setPosition(width/2.5 -50, height/(MAX_NUMBER_OF_ITEMS + 1) * 2 +120);
menu[2].setCharacterSize(40);
menu[2].setFont(font);
menu[2].setColor(sf::Color::White);
menu[2].setString("Demons");
menu[2].setPosition(width/2.5 -50, height/(MAX_NUMBER_OF_ITEMS + 1) * 2.5 +120);
//
menu[3].setCharacterSize(40);
menu[3].setFont(font);
menu[3].setColor(sf::Color::White);
menu[3].setString("Illusiom Cover");
menu[3].setPosition(width/2.5 -50, height/(MAX_NUMBER_OF_ITEMS + 1) * 3 +120);
menu[4].setCharacterSize(40);
menu[4].setFont(font);
menu[4].setColor(sf::Color::White);
menu[4].setString("Exit");
menu[4].setPosition(width/2.5 -50, height/(MAX_NUMBER_OF_ITEMS + 1) * 3.5 +120);
// set selected index
selectedItemIndex = 0;
}
void Menu::draw(sf::RenderWindow &window)
{
for(int i = 0; i < MAX_NUMBER_OF_ITEMS;i++)
{
window.draw(menu[i]);
}
}
Menu::~Menu()
{
}
void Menu::MoveUp()
{
if (selectedItemIndex - 1 >= 0)
{
menu[selectedItemIndex].setColor(sf::Color::White);
selectedItemIndex--;
menu[selectedItemIndex].setColor(sf::Color::Blue);
}
}
void Menu::MoveDown()
{
if (selectedItemIndex + 1 < MAX_NUMBER_OF_ITEMS)
{
menu[selectedItemIndex].setColor(sf::Color::White);
selectedItemIndex++;
menu[selectedItemIndex].setColor(sf::Color::Blue);
}
}
|
c3cf71a506b425bdd1a2ff88f3dc7cb2e41dcd08 | 630bdb23c8fb5435e834cf2e63c473dbb8aab1f5 | /test_factorial/test_factoral.cc | a5ddc1cd19f5e08d34e8fa851d0c08d177f6fab0 | [] | no_license | yarba/CXX_TOYS | 476b134380659b6019d914294e21377af483870b | 13c65bc0dd2679f043d63c8c9c648a64aeaff04a | refs/heads/master | 2021-05-03T10:37:37.666438 | 2018-02-07T00:15:18 | 2018-02-07T00:15:18 | 120,538,850 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,320 | cc | test_factoral.cc | #include <iostream>
using namespace std;
int main()
{
// Note-1: This code wont work properly if num<0.
//
// Note-2: This code operates on int's and is not guaranteed
// to work properly in case of really big numbers.
// If operating on big numbers is the case, then
// one may try with long long int and/or double's.
//
// Note-3: The nature of implementation is affected by the
// desire to display the factorial in the REVERSE
// order - this calls for more than 1 loop (either
// nested or sequential).
//
// Note-4: The code covers 3 possible implementations, but
// there might be other attempts and/or creativities.
// Isn't the nature of the algorithms optimization ?
int num=5;
if (num < 0 )
{
cout << " illegal input: " << num << endl;
return 0;
}
// Case-1: nested loops
// Straightforward implementation.
// NOt necessarily most CPU efficient
// (CPU is roughly num*num)
cout << " --> CASE-1: implemented as nested loops " << endl;
for ( int i=num; i>0; --i )
{
int result = i;
int count = i - 1;
for ( int j=count; j>0; --j )
{
result *= j;
}
cout << " result of " << i << "! = " << result << endl;
}
// 0! is a special case
//
cout << " result of 0! = 1" << endl;
// Case-2
// This is perhaps the simplest way...
// It's implemented with 2 sequential loops,
// which means that the CPU is ~2*num, i.e. linear.
// No additional memory manipulation.
//
cout << " CASE-2: implemented with 2 seq. loops; no need to deal with memory management ot any..." << endl;
cout << " CPU is ~ 2*num... which is linear, yes, no ?" << endl;
int result1 = 1;
for ( int i=2; i<=num; ++i )
{
result1 *= i;
}
cout << " result of " << num << "! = " << result1 << endl;
for ( int i=num-1; i>0; --i )
{
result1 /= (i+1);
cout << " result of " << i << "! = " << result1 << endl;
}
cout << " result of 0! = 1" << endl;
// Case-3;
// Similar to case-2, is implemented as 2 seq. loops, with
// with the CPU ~ 2*num (linear), but also involves some memory
// manipulations for storage,... just in case the numbers need
// to be preserved/storeed/reused.
//
// Note-4: If storage/reuse of the numbers is needed,
// one may also opt for std::vector instead of
// flat out memry allocation for the array variable.
// Note-5: In general, the code is not "super-generic" as
// it maakes certain assumptions, such as 0!=1...
cout << " CASE-3: similar to Case-2 and with CPU ~2*N" << endl;
cout << " but involves some memory management in case the calculated numbers need to be preserved/reused" << endl;
int* array = new int[num+1];
array[0] = 1;
for ( int i=1; i<=num; ++i )
{
array[i] = array[i-1]*i;
}
for ( int i=num; i>=0; --i )
{
cout << " result of " << i << "! = " << array[i] << endl;
}
delete [] array;
cout << " All 3 (somewhat different) cases seem to have worked as expected. " << endl;
cout << " La vita e' bella !!!" << endl;
return 0;
}
|
89c9b68fb77bcd3b5c5966c0ec0a4ad6d0716b27 | 169d9587b3c439f1a34038730f0df4dfd06ef0ee | /2015/template.cpp | 6318b126f99782d8bb72f18c422e5b45248cf67c | [] | no_license | duchonic/aoc | 4a58966175e385ee5caf1b9f7982fedc403dfcb6 | 6f0b6fb9d6e4bc4b6b53ca32cb819bcb44122037 | refs/heads/master | 2022-02-13T12:29:24.079227 | 2022-01-20T12:24:58 | 2022-01-20T12:24:58 | 164,295,011 | 1 | 0 | null | 2021-12-08T19:59:11 | 2019-01-06T10:00:29 | C++ | UTF-8 | C++ | false | false | 1,380 | cpp | template.cpp | #include "template.h"
#include <iostream>
#include <string>
#include <sstream>
#include <vector>
#include <iterator>
#include <fstream>
template<typename Out>
void split(const std::string &s, char delim, Out result) {
std::stringstream ss(s);
std::string item;
while (std::getline(ss, item, delim)) {
*(result++) = item;
}
}
std::vector<std::string> split(const std::string &s, char delim) {
std::vector<std::string> elems;
split(s, delim, std::back_inserter(elems));
return elems;
}
std::vector<std::string> readFile(std::string filename){
std::ifstream myfile(filename);
std::vector<std::string> file;
if(myfile.is_open()){
std::string line;
while(getline(myfile, line)){
file.push_back(line);
}
}
return file;
}
#ifdef TESTING
int main(){
std::vector<std::string> file = readFile("day14.data");
std::vector<std::string> x = split("one:two:three", ':');
std::vector<std::string> y = split("pluto venus jupyter", ' ');
std::vector<std::string> line4 = split(file.at(4), ' ');
for(auto item: line4 ){
std::cout << "item line 4: " << item << '\n';
}
for(auto line : file){
std::cout << "line: " << line << std::endl;
}
for(auto element:x){
std::cout << "elem: " << element << std::endl;
}
for(auto planet:y){
std::cout << "planet: " << planet << std::endl;
}
}
#endif
|
365e04206980f2410c4440c35c73193195995797 | 49b55d810e91dcee83a9938f53f750fc51404dc5 | /Source/Projects/BrickBreaker/Levels/Level3.h | 250d98a2cfcc7eee55e6c909cb9126d05224831a | [] | no_license | VladCatalin19/ComputerGraphics-BrickBreaker | e5dc44b9d7fa6f22c7df895e09b2aa94386207c9 | ae5ba2ad63c242fcaed25f087ad68cb4010575c2 | refs/heads/master | 2021-07-06T13:02:50.223167 | 2020-08-27T13:36:22 | 2020-08-27T13:36:22 | 171,114,402 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 264 | h | Level3.h | #pragma once
#include "Level.h"
class Level3 : public Level {
public:
Level3();
Level3(glm::ivec2 resolution);
~Level3();
void InitLevelDependentConstants() override;
Brick::BrickType CalculateBrickType(int x, int y) override;
}; |
6afa22018e728b519c1ca7300c716891a246dda3 | 0543967d1fcd1ce4d682dbed0866a25b4fef73fd | /W12/T2/7.cpp | 6081155f7a86ed42ed888261edecb3cc8cde6525 | [] | no_license | Beisenbek/PP12017 | 5e21fab031db8a945eb3fa12aac0db45c7cbb915 | 85a314d47cd067f4ecbbc24df1aa7a1acd37970a | refs/heads/master | 2021-01-19T18:42:22.866838 | 2017-11-25T12:13:24 | 2017-11-25T12:13:24 | 101,155,127 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 349 | cpp | 7.cpp | //Standard Template Library
#include <iostream>
#include <vector>
using namespace std;
bool f(int a, int b){
if(a > b) return true;
return false;
}
int main(){
vector<int> a;
for(int i = 0; i < 10; ++i){
a.push_back(i);
}
for(vector<int>::reverse_iterator i = a.rbegin(); i != a.rend(); i++){
cout << *i << endl;
}
return 0;
}
|
735680babe6f5e11cdc1ac9e6830bee9fb5514ca | 16d159d6d3fe69d513717caad3e2c21320f93224 | /AtCoder/ABC/ABC151-200/abc161/abc161f.cpp | eecedb1ecb768ff63104e476539d8260a537b006 | [] | no_license | tsushiy/competitive-programming-submissions | d4f068a5157c0de0f1822367e0ca66dd978e43f9 | 9011d855d9252134179cc9cc8f328f6e0ca32407 | refs/heads/master | 2023-04-11T08:34:01.015316 | 2021-04-11T15:16:17 | 2021-04-11T15:17:35 | 175,807,862 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,696 | cpp | abc161f.cpp | #include <bits/stdc++.h>
using namespace std;
#define REP(i,b,e) for(int i=(b);i<(e);++i)
#define RREP(i,b,e) for(int i=(b)-1;i>=e;--i)
#define rep(i,e) for(int i=0;i<(e);++i)
constexpr int MOD = 1000000007;
constexpr int INF = 1LL << 30;
constexpr long long LLINF = 1LL << 62;
constexpr double EPS = 1e-9;
struct Initializer {
Initializer() {
cin.tie(0);
ios::sync_with_stdio(0);
cout << fixed << setprecision(15) << boolalpha;
}
} initializer;
template<typename T>
istream &operator>>(istream &is, vector<T> &vec) {
for (T &x : vec) is >> x;
return is;
}
template<typename T>
ostream &operator<<(ostream &os, const vector<T> &vec) {
os << "[";
for (auto it = vec.begin(); it != vec.end(); ++it) {
if (it != vec.begin()) os << ", ";
os << *it;
}
return os << "]";
}
template<typename T, typename U>
ostream &operator<<(ostream &os, const pair<T, U> &pa) {
return os << "(" << pa.first << ", " << pa.second << ")";
}
template<typename Tuple, size_t N>
struct TuplePrinter {
static void print(const Tuple &t) {
TuplePrinter<Tuple, N-1>::print(t);
cout << ", " << get<N-1>(t);
}
};
template<typename Tuple>
struct TuplePrinter<Tuple, 1> {
static void print(const Tuple &t) {
cout << get<0>(t);
}
};
template<typename... T>
ostream &operator<<(ostream &os, const tuple<T...> &tup) {
os << "(";
TuplePrinter<decltype(tup), sizeof...(T)>::print(tup);
return os << ")";
}
template<typename T>
ostream &operator<<(ostream &os, const set<T> &se) {
os << "{";
for (auto it = se.begin(); it != se.end(); ++it) {
if (it != se.begin()) os << ", ";
os << *it;
}
return os << "}";
}
template<typename T, typename U>
ostream &operator<<(ostream &os, const map<T, U> &ma) {
os << "{";
for (auto it = ma.begin(); it != ma.end(); ++it) {
if (it != ma.begin()) os << ", ";
os << it->first << ": " << it->second;
}
return os << "}";
}
inline void print(void) { cout<<'\n'; }
template<class T> inline void print(const T &x) { cout<<x<<'\n'; }
template<class T, class... U> inline void print(const T &x, const U&... y) { cout<<x<<" "; print(y...); }
#define dump(...) cout<<#__VA_ARGS__<<": [L_"<<__LINE__<<"]"<<'\n'; print(__VA_ARGS__);cout<<'\n';
template<class T, class U>inline bool chmax(T &a, const U &b) { if(a<b){ a=b; return 1; } return 0; }
template<class T, class U>inline bool chmin(T &a, const U &b) { if(b<a){ a=b; return 1; } return 0; }
/**
* @brief Sieve of Eratosthenes
* @note List primes O(NloglogN)
*/
vector<int> sieve_of_eratosthenes(int n = 200010) {
vector<bool> is_prime(n+1, true);
is_prime[0] = is_prime[1] = false;
for (int i = 0; i <= n; ++i) if (is_prime[i]) {
for (int j = i+i; j <= n; j+=i) is_prime[j] = false;
}
vector<int> primes;
for (int i = 2; i <= n; ++i) if (is_prime[i]) primes.push_back(i);
return primes;
}
/**
* @brief Prime Factorization
* @note prime table up to sqrt(N) is enough to factorize.
* @note O(sqrt(N))
*/
map<long long, int> prime_factorize(long long n, const vector<int> &primes) {
map<long long, int> prime_factor;
for (int p : primes) {
if (n < (long long) p * p) break;
while (n % p == 0) {
prime_factor[p] += 1;
n /= p;
}
}
if (n != 1) prime_factor[n] += 1;
return prime_factor;
}
/**
* @brief List divisors
*/
vector<long long> calc_divisors(long long n, const map<long long, int> &prime_factor) {
vector<long long> divisors(1, 1);
for (auto it : prime_factor) {
long long p; int k;
tie(p, k) = it;
int size = divisors.size();
for (int i = 0; i < k; ++i) {
for (int j = 0; j < size; ++j) divisors.push_back(divisors[i*size+j] * p);
}
}
sort(divisors.begin(), divisors.end());
return divisors;
}
int main() {
long long n; cin>>n;
auto primes = sieve_of_eratosthenes(1000010);
auto factor1 = prime_factorize(n, primes);
auto divisors1 = calc_divisors(n, factor1);
auto factor2 = prime_factorize(n-1, primes);
auto divisors2 = calc_divisors(n-1, factor2);
long long ans = 0;
if (n == 2) ans = 1;
else if (n == 3) ans = 2;
else ans = 3;
set<long long> used;
for (auto x: divisors1) {
if (x == 1 or x == 2 or x == n-1 or x == n) continue;
used.emplace(x);
long long nt = n;
while (nt >= x) {
if (nt % x == 0) nt = nt/x;
else nt = nt%x;
}
if (nt == 1) {
++ans;
}
}
for (auto x: divisors2) {
if (x == 1 or x == 2 or x == n-1 or x == n) continue;
if (used.find(x) != used.end()) continue;
long long nt = n;
while (nt >= x) {
if (nt % x == 0) nt = nt/x;
else nt = nt%x;
}
if (nt == 1) {
++ans;
}
}
print(ans);
return 0;
} |
2bf2685fa00cb87f88a897ad54c49cd10d60d362 | 2a0e6f2a9090be5065efb367e269d887cf182bef | /MonsterHunterRPG/Potion.cpp | 5b5e7241864fed856c89aff4792a5f27fd2f5fe4 | [] | no_license | brian921/MonsterHunterRPG | be43f1fe4b0fc06cf0fc6623b4e6476ed41f39ca | a4a9517e10e2d200061e578d34578915ef37cf70 | refs/heads/master | 2021-01-22T22:20:18.193309 | 2017-09-18T18:12:52 | 2017-09-18T18:12:52 | 92,768,434 | 0 | 2 | null | 2017-08-06T03:00:25 | 2017-05-29T19:15:56 | C++ | UTF-8 | C++ | false | false | 218 | cpp | Potion.cpp | #include "Potion.h"
Potion::Potion()
{
}
Potion::Potion(int tier)
{
setTier(tier);
}
Potion::Potion(int tier, int count, string name)
{
setName(name);
setCount(count);
setTier(tier);
}
Potion::~Potion()
{
}
|
252de8698dc7bdb6020321211db2f0800ea9854d | c52bf4ec52bb11d8a2a913412ec0aedb5748f888 | /thread-lib/Thread-save/src/Mutex.cpp | 2c1641bf3a7589deff752eb4bdfd1613272bab4d | [] | no_license | platelk/project | 5f8e1a155bac7f7f9b65a27c668cbfc9d06a3b0f | 53eda72963f667e2c07d741ba0b03b8bec5926cf | refs/heads/master | 2021-01-18T22:34:53.703760 | 2016-05-10T14:45:57 | 2016-05-10T14:45:57 | 13,128,086 | 2 | 6 | null | null | null | null | UTF-8 | C++ | false | false | 1,468 | cpp | Mutex.cpp | //
// Mutex.cpp for /home/vink/projet/cpp/thread-lib/Thread/src/Mutex.cpp in /home/vink/projet/cpp/thread-lib/Thread
//
// Made by kevin platel
// Login <platel_k@epitech.net>
//
// Started on Tue Apr 16 01:48:26 2013 kevin platel
// Last update Tue Apr 16 12:24:30 2013 vink
//
#include <pthread.h>
#include "Mutex.hh"
size_t Mutex::max_id = 0;
std::map<int, Mutex*> Mutex::mutex_map;
Mutex::Mutex()
{
this->_id = Mutex::max_id;
Mutex::max_id++;
pthread_mutex_init(&(this->_mutex), 0);
this->_is_lock = false;
Mutex::mutex_map[this->_id] = this;
}
Mutex::~Mutex()
{
pthread_mutex_unlock(&(this->_mutex));
Mutex::mutex_map.erase(this->_id);
}
void Mutex::lock()
{
pthread_mutex_lock(&(this->_mutex));
this->_is_lock = true;
time(&(this->_start));
}
void Mutex::unLock()
{
pthread_mutex_unlock(&(this->_mutex));
}
bool Mutex::isLock() const
{
return this->_is_lock;
}
int Mutex::getId() const
{
return this->_id;
}
double Mutex::timeLocked() const
{
time_t t;
time(&t);
return (difftime(t, this->_start));
}
bool Mutex::tryLock()
{
if (this->_is_lock)
return false;
this->lock();
return true;
}
int Mutex::lock(size_t id)
{
if (Mutex::mutex_map.find(id) == Mutex::mutex_map.end())
return (-1);
(Mutex::mutex_map[id])->lock();
return (0);
}
int Mutex::unLock(size_t id)
{
if (Mutex::mutex_map.find(id) == Mutex::mutex_map.end())
return (-1);
(Mutex::mutex_map[id])->unLock();
return (0);
}
|
282f48c2c1bdbfe49ff09030a9169efaee07af69 | 31aa5bc77f08ddc512672bcacba657fa32ab1bbd | /include/collider/collideHelperFuncs.h | 7e09cead8435ae8527c264dbdd9dc3f6886887ba | [] | no_license | DerekSlagle/collide_scroll | 5fef6b1e98a6d24236a7b8a355ebc72ff0dd1bb2 | b50bbb6b5941f5129170c1836f23863c627ba909 | refs/heads/master | 2020-11-25T13:45:21.363357 | 2019-12-17T20:22:34 | 2019-12-17T20:22:34 | 228,693,962 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 800 | h | collideHelperFuncs.h | #ifndef COLLIDEHELPERFUNCS_H_INCLUDED
#define COLLIDEHELPERFUNCS_H_INCLUDED
// mvHit types
#include "ball_go.h"
//#include "ball.h"
#include "regPolygon.h"
#include "block.h"
#include "gun.h"// derives from block
#include "decayPolygon.h"
#include "expandPolygon.h"
//#include "mvHit.h"
// segHit types
#include "lineSeg.h"
#include "waveSeg.h"
#include "lineSegElevator.h"
#include "lineSegConveyor.h"
#include "lineSegFlip.h"
#include "lineBumper.h"
//#include "lineSegRotate.h"
#include "lineSegSwing.h"
#include "arcSeg.h"
#include "waveTank.h"
#include "waterPipe.h"
#include "pipeCap.h"
#include "pipeStraight.h"
#include "pipeElbow.h"
bool loadSegs( std::istream&, std::vector<segHit*>& );
bool load_mvHits( std::istream&, std::vector<mvHit*>& );
#endif // COLLIDEHELPERFUNCS_H_INCLUDED
|
f3cbecb71c700092d19b31215ff31295ece853e0 | 965b973c54e4b860dd4c57730b9354c44c01fbc9 | /practicass/src/Perro.cpp | 9970ccab38d2aa60ba027045b706508c273d0db2 | [] | no_license | DiegoRamirezUCSP/prac | c1cf8dc7f293f5198fa8e1afc6585cb508071148 | 3ea70c14ff45707d9ee4b77705c8ec7157baa1ed | refs/heads/master | 2020-04-05T06:36:37.175534 | 2018-11-08T13:38:48 | 2018-11-08T13:38:48 | 156,643,498 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 87 | cpp | Perro.cpp | #include "Perro.h"
/*
Perro::Perro()
{
//ctor
}
Perro::~Perro()
{
//dtor
}
*/
|
c2edb65bb44d336336f5b64a1f8e4f07c4e0d79a | 922df3246f22f53122d9fbb51f6e3fb393cf5ba2 | /BitOutputStream.cpp | 066251382478e0242215ac1b08dd7e8fb2ec8b39 | [] | no_license | tom10ye/huffman | deb52a589f578b14ba2ae9f265b20cb469853863 | 2ec6c324fe43cbc22b34d022a712d1991ab8ac11 | refs/heads/master | 2021-04-29T20:21:34.431970 | 2017-05-18T03:25:46 | 2017-05-18T03:25:46 | 121,596,019 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,137 | cpp | BitOutputStream.cpp | #include "BitOutputStream.h"
using namespace std;
void BitOutputStream::flush(){
out.put(buf);
out.flush();
buf = nbits = 0;
}
void BitOutputStream::writeBit(int i){
// Is the bit buffer full? Then flush it.
if(nbits == 8) flush();
// Write the least significant bit of i into the buffer
// at the current index
buf = buf | (i<<(7-nbits));
// Increment the index
nbits = nbits+1;
}
//used to write a byte into the file, 1byte = 8 bits
//right shift the integer and logically "and" with 1 to get the bit we need to write
//finally call the writbit function(which has defined in the same class as above) to write the bit into buffer
//we do not need to consider the subsequent operations because we have well defined the write bit function
void BitOutputStream::writeByte(int integer){
//out.put(i);
int bit;
for(int i = 0;i < 8;i++){
bit = 1 & (integer >> (7-i));
writeBit(bit);
}
}
//used to write an Integer into the file, 1 int takdes 4byte = 32 bits
void BitOutputStream::writeInt(int integer){
int bit;
for(int i = 0;i < 32;i++){
bit = 1 & (integer >> (31-i));
writeBit(bit);
}
} |
116a10fb59a80182b3fd1e993166a8e8ae489111 | 66286815cc5aa5e2598056060cc3a14d6bf297ef | /src/app/gui/forms/dialogs/LicenseInfoDialog.h | bb55d3065685bc974a5a51e166d9a188ba4787cf | [] | no_license | lukeulrich/alignshop-qt | 07b022d8b15a75a7474e13f7c0ef3c0e43275577 | 030614f8fcc6c5bb4f6ed7f10987b5e5d11fe764 | refs/heads/master | 2020-07-28T03:06:04.528197 | 2016-11-10T21:19:41 | 2016-11-10T21:19:41 | 73,421,548 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 672 | h | LicenseInfoDialog.h | /****************************************************************************
**
** Copyright (C) 2012 Agile Genomics, LLC
** All rights reserved.
** Author: Luke Ulrich
**
****************************************************************************/
#ifndef LICENSEINFODIALOG_H
#define LICENSEINFODIALOG_H
#include <QtCore/QString>
#include <QtGui/QDialog>
namespace Ui {
class LicenseInfoDialog;
}
class LicenseInfoDialog : public QDialog
{
Q_OBJECT
public:
explicit LicenseInfoDialog(QWidget *parent = 0);
~LicenseInfoDialog();
protected:
void changeEvent(QEvent *e);
private:
Ui::LicenseInfoDialog *ui;
};
#endif // LICENSEINFODIALOG_H
|
aeb030efe4c2e911ae1bb244703de10bc57724b2 | 28095dea22b5db54f8e0715738f548e2b49d4ea8 | /27_Remove_Element.cpp | 501a3f6513e245a69a4140c2026ca6a84932511d | [] | no_license | ccyxf/easy | 07efebfad570fd9aedb2b155c388c9c130a412ef | 32b31a949e1e39ff186e0c59191d2e624f3edc40 | refs/heads/master | 2020-04-15T14:01:56.260527 | 2016-10-17T03:12:16 | 2016-10-17T03:12:16 | 58,521,961 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 791 | cpp | 27_Remove_Element.cpp | //双指针
// class Solution {
// public:
// int removeElement(vector<int>& nums, int val) {
// if(nums.size()==0) return 0;
// int a=0,b=nums.size()-1;
// while(a<b){
// if(nums[a]==val){
// nums[a]=nums[b];
// b--;
// }
// else a++;
// }
// if(a==b&&nums[a]!=val) return a+1;
// return a;
// }
// };
//覆盖
class Solution {
public:
int removeElement(vector<int>& nums, int val) {
if(nums.size()==0) return 0;
int id=0;
for(int i=0;i<nums.size();i++){
if(nums[i]!=val){
nums[id]=nums[i];
id++;
}
}
return id;
}
};
|
bbd5827c6b096a9664423fb0cbe61aba43cadcea | 46f80af8234096cef9baa60020544979f8d4ba66 | /RayTracer/Libraries/SolidNoise.h | 8819534a6129f1b8829b88ff5cb90c64796ccb66 | [] | no_license | solarmist/Ray-Tracer | abedda623b0050af0452f108e34a65edbfcdf183 | 2ca46fe55875793b82a5e9ac3975c04950517b05 | refs/heads/master | 2020-04-27T14:55:03.839750 | 2012-12-24T23:01:21 | 2012-12-24T23:01:21 | 1,494,417 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,452 | h | SolidNoise.h | //
// SolidNoise.h
// RayTracer
//
// Created by Joshua Olson on 3/20/11.
// Copyright 2011 solarmist. All rights reserved.
//
#ifndef _SOLID_NOISE_H_
#define _SOLID_NOISE_H_ 1
#include <cmath>
#include "Vector3.h"
class SolidNoise{
public:
SolidNoise();
precision noise(const Vector3& p) const;
precision tubulence(const Vector3& p, int depth) const;
precision dtubulence(const Vector3& p, int depth, precision d) const;
precision omega(precision t) const;
Vector3 gamma(int i, int j, int k) const;
int intGamma(int i, int j) const;
precision knot(int i, int j, int k, Vector3& v) const;
Vector3 grad[16];
int phi[16];
};
inline precision SolidNoise::omega(precision t) const{
t = (t > 0.0f) ? t : -t;
//We can assume t is in [-1, 1] in this code so no extra 'if' needed
return (-6.0f * t * t * t * t * t + 15.0f * t * t * t * t - 10.0f * t * t * t +1.0f);
}
inline Vector3 SolidNoise::gamma(int i, int j, int k) const{
int idx;
idx = phi[abs(k) % 16];
idx = phi[abs(j + idx) % 16];
idx = phi[abs(i + idx) % 16];
return grad[idx];
}
inline precision SolidNoise::knot(int i, int j, int k, Vector3& v) const{
return (omega(v.x()) * omega(v.y()) * omega(v.z()) * (dot(gamma(i, j, k), v)));
}
inline int SolidNoise::intGamma(int i, int j) const{
int idx;
idx = phi[abs(j) % 16];
idx = phi[abs(i + idx) % 16];
return idx;
}
#endif //_SOLID_NOISE_H_ |
9671c300ddd64652f8d201b96cc0c98c7d5f92e6 | e3e179968324aac7c503b09b56f80cd3d8729139 | /Runtime/GlobalValue.cpp | 12d2d6699d87086ffd834cb99ca508279f2f9af9 | [] | no_license | limtline/Seo-H | b5670177c32d5e9a0fe00aa5deff49a94771a270 | 0b9ca1a329a17478b31708c9e1dc6904790ce8c6 | refs/heads/main | 2023-03-31T07:47:50.602010 | 2023-03-16T15:33:09 | 2023-03-16T15:33:09 | 329,241,340 | 1 | 0 | null | 2021-01-13T12:01:02 | 2021-01-13T08:27:22 | C++ | UHC | C++ | false | false | 100 | cpp | GlobalValue.cpp | #include "stdafx.h"
#include "GlobalValue.h"
GameState g_GameState = GAME_READY; //게임의 상태 |
7426bc1ed56c8967a91db5448d160163e45dc814 | 9b55a3f9fa33644aa1b42e99dee1e0c714af29ed | /include/palleon/win32/Dx11Effect.h | 13d741d3cf092a80add48cb34dbf50b6c776f5e7 | [
"BSD-2-Clause"
] | permissive | jpd002/Palleon | 56597af91e7878a3311b0cc08d556a6e348d9d4e | ddcd68d0a0b572a820066a74c19d36633dbb0245 | refs/heads/master | 2021-04-09T17:40:42.634899 | 2016-11-27T21:58:18 | 2016-11-27T21:58:18 | 18,983,388 | 2 | 3 | null | null | null | null | UTF-8 | C++ | false | false | 2,040 | h | Dx11Effect.h | #pragma once
#define NOMINMAX
#include <d3d11.h>
#include <memory>
#include <string>
#include "Types.h"
#include "win32/ComPtr.h"
#include "palleon/graphics/VertexBuffer.h"
#include "palleon/graphics/Effect.h"
namespace Palleon
{
class CDx11Effect;
typedef std::shared_ptr<CDx11Effect> Dx11EffectPtr;
class CDx11Effect : public CEffect
{
public:
typedef Framework::Win32::CComPtr<ID3D11VertexShader> D3D11VertexShaderPtr;
typedef Framework::Win32::CComPtr<ID3D11PixelShader> D3D11PixelShaderPtr;
typedef Framework::Win32::CComPtr<ID3DBlob> D3DBlobPtr;
typedef Framework::Win32::CComPtr<ID3D11Buffer> D3D11BufferPtr;
typedef Framework::Win32::CComPtr<ID3D11InputLayout> D3D11InputLayoutPtr;
CDx11Effect(ID3D11Device*, ID3D11DeviceContext*);
virtual ~CDx11Effect();
D3D11VertexShaderPtr GetVertexShader() const;
D3D11PixelShaderPtr GetPixelShader() const;
D3D11BufferPtr GetVertexConstantBuffer() const;
D3D11BufferPtr GetPixelConstantBuffer() const;
D3D11InputLayoutPtr GetInputLayout(const VERTEX_BUFFER_DESCRIPTOR&);
protected:
struct OffsetKeeper
{
uint32 Allocate(uint32 size)
{
uint32 result = currentOffset;
currentOffset += size;
return result;
}
uint32 currentOffset = 0;
};
typedef std::unordered_map<Palleon::VERTEX_ITEMS_KEY, D3D11InputLayoutPtr> InputLayoutMap;
void CompileVertexShader(const std::string&);
void CompilePixelShader(const std::string&);
void CreateVertexConstantBuffer(uint32);
void CreatePixelConstantBuffer(uint32);
virtual D3D11InputLayoutPtr CreateInputLayout(const VERTEX_BUFFER_DESCRIPTOR&) = 0;
ID3D11Device* m_device;
ID3D11DeviceContext* m_deviceContext;
D3D11VertexShaderPtr m_vertexShader;
D3DBlobPtr m_vertexShaderCode;
D3D11PixelShaderPtr m_pixelShader;
D3D11BufferPtr m_vertexConstantBuffer;
D3D11BufferPtr m_pixelConstantBuffer;
InputLayoutMap m_inputLayouts;
};
}
|
4251607009a9b701517e98bb4b976fff63d0ddfa | f3e077428fd49beddf4b218a03dc114030df71a0 | /experimental/src/com/goffersoft/core/list.h | fa68829b8bff19e4164624c25910dbb75e516f51 | [
"MIT"
] | permissive | goffersoft/commonutils-cpp | 81df489af77e8c22b13e060a0b609bdfc16e13d2 | 6bbfb517ae780e9013bf3e1838aa704f044d39d3 | refs/heads/master | 2021-01-21T04:27:26.528025 | 2016-05-11T22:07:52 | 2016-05-11T22:07:52 | 26,283,116 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 13,777 | h | list.h | /**
**
** This file is part of mepgutils.
**
** mpegutils is free software: you can redistribute it and/or modify
** it under the terms of the GNU General Public License as published by
** the Free Software Foundation, either version 3 of the License, or
** (at your option) any later version.
**
** mpegutils is distributed in the hope that it will be useful,
** but WITHOUT ANY WARRANTY; without even the implied warranty of
** MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
** GNU General Public License for more details.
**
** You should have received a copy of the GNU General Public License
** along with mpegutils. If not, see <http://www.gnu.org/licenses/>.
**
** This file descrbes the object class of the mpegutils project.
** This class contains code to manipulate lists.
**/
#ifndef __LIST__H__
#define __LIST__H__
namespace com {
namespace goffersoft {
namespace core {
struct SLink;
struct DLink;
struct SLink {
private :
SLink* next;
public :
SLink(SLink* n = nullptr):next(n){}
SLink(const SLink& s):next(s.get_next()){}
SLink* get_next() const { return (SLink*)next;}
void set_next(SLink* s) {next=s;}
inline operator DLink() const;
};
struct DLink {
private :
DLink* next;
DLink* prev;
public :
DLink(DLink* n = nullptr,
DLink* p = nullptr):next(n), prev(p){}
DLink(const DLink& d):next(d.get_next()),
prev(d.get_prev()){}
DLink* get_next() const { return (DLink*)next;}
DLink* get_prev() const { return (DLink*)prev;}
void set_next(DLink* s) {next=s;}
void set_prev(DLink* s) {prev=s;}
inline operator SLink() const;
};
template<class T, class S = SLink>
struct TLink : public S {
private :
T info;
public :
TLink(T i):info(i) {}
inline T& get_info() { return info; }
inline void set_info(T& i) { info = i; }
};
template<class T>
class ListBase {
private:
T* first;
T* last;
unsigned size;
protected:
inline void set_size(unsigned sz) { size = sz; }
inline void incr_size() { size++; }
inline void decr_size() { size--; }
public:
ListBase(): first(nullptr), last(nullptr) {}
inline T* get_first() const { return first; }
inline T* get_last() const { return last; }
inline void set_first(T* f) { first = f; }
inline void set_last(T* l) { last = l; }
inline unsigned get_size() const { return size; }
};
class SListBase : public ListBase<SLink> {
public:
SListBase(): ListBase() {}
inline void append(SLink* s);
inline void insert(SLink* s, SLink* prev);
inline void insert(SLink* s, int i = 0);
inline void remove(SLink* s, SLink* prev = nullptr);
inline SLink* remove(int i = 0);
inline SLink* get(int i = 0, bool del = true);
};
class CircularSListBase : public ListBase<SLink> {
public:
CircularSListBase(): ListBase() {}
inline void append(SLink* s);
inline void insert(SLink* s, SLink* prev);
inline void insert(SLink* s, int i = 0);
inline void remove(SLink* s, SLink* prev = nullptr);
inline SLink* remove(int i = 0);
inline SLink* get(int i = 0, bool del = true);
};
template<class T, class S = SListBase>
class ISList : public S {
public :
ISList():S(){}
inline T* get(int i = 0, bool del = true);
inline T* remove(int i = 0);
inline void append(T& a);
inline void insert(T& a, int i = 0);
};
template<class T, class S = SListBase>
class SList: public S {
public :
SList():S(){}
inline T* get(int i = 0, bool del = true);
inline T* remove(int i = 0);
inline void append(T& a);
inline void insert(T& a, int i = 0);
};
template<class T>
class CircularISList : public ISList<T, CircularSListBase> {
};
template<class T>
class CircularSList : public SList<T, CircularSListBase> {
};
class DListBase : public ListBase<DLink> {
public:
DListBase(): ListBase() {}
inline void append(DLink* s);
inline void insert(DLink* s, DLink* prev = nullptr);
inline void insert(DLink* s, int i = 0);
inline void remove(DLink* s);
inline DLink* remove(int i = 0);
inline DLink* get(int i = 0, bool del = true);
};
class CircularDListBase : public ListBase<DLink> {
public:
CircularDListBase(): ListBase() {}
inline void append(DLink* s);
inline void insert(DLink* s, DLink* prev = nullptr);
inline void insert(DLink* s, int i = 0);
inline void remove(DLink* s);
inline DLink* remove(int i = 0);
inline DLink* get(int i = 0, bool del = true);
};
template<class T, class S = DListBase>
class IDList : public S {
public :
IDList():S(){}
inline T* get(int i = 0, bool del = true);
inline T* remove(int i = 0);
inline void append(T& a);
inline void insert(T& a, int i = 0);
};
template<class T, class S = DListBase>
class DList : public S {
public :
DList():S(){}
inline T* get(int i = 0, bool del = true);
inline T* remove(int i = 0);
inline void append(T& a);
inline void insert(T& a, int i = 0);
};
//SLink
SLink::
operator
DLink() const {
return DLink((DLink*)next, nullptr);
}
//DLink
DLink::
operator
SLink() const {
return SLink((SLink*)next);
}
//SListBase
void
SListBase::
append(SLink* s) {
if (s == nullptr) {
return;
}
s->set_next(nullptr);
if (get_last()) {
get_last()->set_next(s);
set_last(s);
} else {
set_first(s);
set_last(s);
}
}
void
SListBase::
insert(SLink* s, int i) {
if (i <= 0) {
insert(s, nullptr);
return;
}
SLink* prev = get(i-1, false);
if (prev == nullptr) {
append(s);
} else {
insert(s, prev);
}
}
void
SListBase::
insert(SLink* s, SLink* prev) {
if (prev) {
s->set_next(prev->get_next());
prev->set_next(s);
if(get_last() == prev) {
set_last(s);
}
} else if (get_first()) {
s->set_next(get_first());
set_first(s);
} else {
set_first(s);
set_last(s);
}
}
SLink*
SListBase::
remove(int i) {
return get(i);
}
void
SListBase::
remove(SLink* s, SLink* prev) {
if (prev && (prev->get_next() == s)) {
prev->set_next(s->get_next());
if(get_last() == s) {
set_last(prev);
}
} else if (get_first() == s) {
set_first(get_first()->get_next());
if(get_first() == nullptr)
set_last(nullptr);
}
}
SLink*
SListBase::
get(int i, bool del) {
SLink* prev = nullptr;
SLink* s = get_first();
for (int j = 0; s; s = s->get_next(), j++) {
if (j == i)
break;
prev = s;
}
if (del == true && s!= 0) {
remove(s, prev);
}
return s;
}
//CircularSListBase
void
CircularSListBase::
append(SLink* s) {
if (s == nullptr) {
return;
}
if (get_last()) {
get_last()->set_next(s);
s->set_next(get_first());
set_last(s);
} else {
s->set_next(s);
set_first(s);
set_last(s);
}
}
void
CircularSListBase::
insert(SLink* s, int i) {
if (i <= 0) {
insert(s, nullptr);
return;
}
SLink* prev = get(i-1, false);
if (prev == nullptr) {
append(s);
} else {
insert(s, prev);
}
}
void
CircularSListBase::
insert(SLink* s, SLink* prev) {
if (prev) {
s->set_next(prev->get_next());
prev->set_next(s);
if(get_last() == prev) {
set_last(s);
}
} else if (get_first()) {
s->set_next(get_first());
set_first(s);
get_last()->set_next(s);
} else {
set_first(s);
set_last(s);
s->set_next(s);
}
}
SLink*
CircularSListBase::
remove(int i) {
return get(i);
}
void
CircularSListBase::
remove(SLink* s, SLink* prev) {
if (prev && (prev->get_next() == s)) {
prev->set_next(s->get_next());
if (get_last() == s) {
set_last(prev);
}
} else if (get_first() == s) {
if (get_first() == get_last()) {
set_first(nullptr);
set_last(nullptr);
} else {
set_first(get_first()->get_next());
get_last()->set_next(get_first());
}
}
}
SLink*
CircularSListBase::
get(int i, bool del) {
SLink* prev = nullptr;
SLink* s = get_first();
int j = 0;
while (s != get_last()) {
if (j == i)
break;
prev = s;
s = s->get_next();
j++;
}
if (del == true && s!= 0) {
remove(s, prev);
}
return s;
}
//ISList
template<class T, class S>
T*
ISList<T, S>::get(int i, bool del) {
return (T*)(S::get(i, del));
}
template<class T, class S>
T*
ISList<T, S>::remove(int i) {
return (T*)(S::remove(i));
}
template<class T, class S>
void
ISList<T, S>::insert(T& a, int i) {
S::insert(&a, i);
}
template<class T, class S>
void
ISList<T, S>::append(T& a) {
S::append(&a);
}
//SList
template<class T, class S>
T*
SList<T, S>::get(int i, bool del) {
TLink<T>* t = (TLink<T>*)S::get(i, del);
T *val;
if (t) {
val = &t->get_info();
if(del == true) {
delete t;
}
} else {
val = 0;
}
return val;
}
template<class T, class S>
T*
SList<T, S>::remove(int i) {
TLink<T>* t = (TLink<T>*)(S::remove(i));
T *val = nullptr;
if(t) {
val = &t->get_info();
delete t;
}
return val;
}
template<class T, class S>
void
SList<T, S>::append(T& a) {
S::append(new TLink<T>(a));
}
template<class T, class S>
void
SList<T, S>::insert(T& a, int i) {
S::insert(new TLink<T>(a), i);
}
//DListBase
void
DListBase::
append(DLink* d) {
if (get_last()) {
get_last()->set_next(d);
d->set_prev(get_last());
set_last(d);
} else {
set_first(d);
set_last(d);
d->set_prev(nullptr);
}
d->set_next(nullptr);
}
void
DListBase::
insert(DLink* d, int i) {
if (i == 0) {
insert(d, nullptr);
return;
}
DLink* prev = get(i-1, false);
if (prev == nullptr) {
append(d);
} else {
insert(d, prev);
}
}
void
DListBase::
insert(DLink* d, DLink* prev) {
if (prev) {
d->set_next(prev->get_next());
d->set_prev(prev);
if (prev->get_next()) {
prev->get_next()->set_prev(d);
}
prev->set_next(d);
if (get_last() == prev) {
set_last(d);
}
} else if (get_first()) {
d->set_next(get_first());
d->set_prev(nullptr);
set_first(d);
} else {
d->set_next(nullptr);
d->set_prev(nullptr);
set_first(d);
set_last(d);
}
}
DLink*
DListBase::
remove(int i) {
return get(i);
}
void
DListBase::
remove(DLink* l) {
if ((l == get_first()) &&
(l == get_last())) {
set_first(nullptr);
set_last(nullptr);
} else if (l == get_first()) {
l->get_next()->set_prev(nullptr);
set_first(l->get_next());
} else if (l == get_last()) {
l->get_prev()->set_next(nullptr);
set_last(l->get_prev());
} else {
l->get_prev()->set_next(l->get_next());
l->get_next()->set_prev(l->get_prev());
}
}
DLink*
DListBase::
get(int i, bool del) {
DLink* d = get_first();
for (int j = 0; d; d = d->get_next(), j++) {
if (j == i)
break;
}
if (del == true && d != 0) {
remove(d);
}
return d;
}
//CircularDListBase
void
CircularDListBase::
append(DLink* d) {
if (get_last()) {
get_last()->set_next(d);
d->set_next(get_first());
d->set_prev(get_last());
set_last(d);
} else {
set_first(d);
set_last(d);
d->set_next(d);
d->set_prev(d);
}
}
void
CircularDListBase::
insert(DLink* d, int i) {
if (i <= 0) {
insert(d, nullptr);
return;
}
DLink* prev = get(i-1, false);
if (prev == nullptr) {
append(d);
} else {
insert(d, prev);
}
}
void
CircularDListBase::
insert(DLink* d, DLink* prev) {
if (prev) {
d->set_next(prev->get_next());
d->set_prev(prev);
prev->get_next()->set_prev(d);
prev->set_next(d);
if (get_last() == prev) {
set_last(d);
}
} else if (get_first()) {
d->set_next(get_first());
d->set_prev(get_last());
get_last()->set_next(d);
get_first()->set_prev(d);
set_first(d);
} else {
d->set_next(d);
d->set_prev(d);
set_first(d);
set_last(d);
}
}
DLink*
CircularDListBase::
remove(int i) {
return get(i);
}
void
CircularDListBase::
remove(DLink* d) {
if ((d == get_first()) &&
(d == get_last())) {
set_first(nullptr);
set_last(nullptr);
} else if(d == get_first()) {
set_first(d->get_next());
get_first()->set_prev(get_last());
} else if(d == get_last()) {
set_last(d->get_prev());
get_last()->set_next(get_first());
} else {
d->get_prev()->set_next(d->get_next());
d->get_next()->set_prev(d->get_prev());
}
}
DLink*
CircularDListBase::
get(int i, bool del) {
DLink* d = get_first();
int j = 0;
while(d != get_last()) {
if (j == i)
break;
d = d->get_next();
j++;
}
if (del == true && d != nullptr) {
remove(d);
}
return d;
}
//IDList
template<class T, class S>
T*
IDList<T, S>::get(int i, bool del) {
return (T*)(S::get(i, del));
}
template<class T, class S>
T*
IDList<T, S>::remove(int i) {
return S::remove(i);
}
template<class T, class S>
void
IDList<T, S>::insert(T& a, int i) {
S::insert(&a, i);
}
template<class T, class S>
void
IDList<T, S>::append(T& a) {
S::append(&a);
}
//DList
template<class T, class S>
T*
DList<T, S>::get(int i, bool del) {
TLink<T, DLink>* t = (TLink<T, DLink>*)S::get(i, del);
T *val;
if (t) {
val = &t->get_info();
if (del == true) {
delete t;
}
} else {
val = 0;
}
return val;
}
template<class T, class S>
T*
DList<T, S>::remove(int i) {
TLink<T, DLink>* t = (TLink<T, DLink>*)S::remove(i);
T *val = nullptr;
if (t) {
val = &t->get_info();
delete t;
}
return val;
}
template<class T, class S>
void
DList<T, S>::append(T& a) {
S::append(new TLink<T, DLink>(a));
}
template<class T, class S>
void
DList<T, S>::insert(T& a, int i) {
S::insert(new TLink<T, DLink>(a), i);
}
} /* com */
} /* goffersoft */
} /* core */
#endif /* __LIST_H__ */
|
98c64de3e8ac1bd7653776a89ea979a8dd9fd2cf | c8d569ca59ed1816f9f9bab023b89e2e60358f84 | /commandline.cpp | 01c0f7a5bc47ee497675d44f3538a1e7894a2281 | [] | no_license | QinxiaoYu/VehicleRouting | 024242e4dfc285d9337d7b4baabed67fad338de3 | 266797ff616d76e83409a61c0a0ce87308c87198 | refs/heads/master | 2021-06-19T11:35:57.361031 | 2017-06-16T06:09:30 | 2017-06-16T06:09:30 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,705 | cpp | commandline.cpp | #include "commandline.h"
void commandline::set_instance_name(string to_parse)
{ instance_name = to_parse; }
int commandline::set_solver_type(string to_parse)
{
if (to_parse == "BELLMAN")
solverType = BELLMAN ;
else if (to_parse == "BELLMAN_SOFT")
solverType = BELLMAN_SOFT ;
else if (to_parse == "BELLMAN_BOUNDED")
solverType = BELLMAN_BOUNDED ;
else if (to_parse == "LINEAR")
solverType = LINEAR ;
else if (to_parse == "LINEAR_SOFT")
solverType = LINEAR_SOFT ;
else if (to_parse == "LINEAR_BOUNDED")
solverType = LINEAR_BOUNDED ;
else
return -1; // problem
return 0 ; // OK
}
void commandline::display_problem_name(string to_parse)
{
char caractere1 = '/' ;
char caractere2 = '\\' ;
int position = (int)to_parse.find_last_of(caractere1) ;
int position2 = (int)to_parse.find_last_of(caractere2) ;
if (position2 > position) position = position2 ;
if (position != -1)
cout << "INSTANCE : " << to_parse.substr(position+1,to_parse.length() - 1) << endl ;
else
cout << "INSTANCE : " << to_parse << endl ;
}
// constructeur
commandline::commandline(int argc, char* argv[])
{
bool isOutput = false ;
bool isNameSpecified = false ;
if (argc%2 != 0 || argc > 8 || argc < 2)
{
cout << "ERROR : invalid command line" << endl ;
cout << "USAGE : ./executable path_to_instance [-solver solver_type] [-veh nb_vehicles] [-pen penalty_factor]" << endl ;
throw string ("ERROR : invalid command line") ;
command_ok = false;
}
else
{
// Default values
set_instance_name(string(argv[1]));
display_problem_name(string(argv[1]));
nbVeh = -1 ;
penaltyLoad = 1.e30 ;
// parameters
for ( int i = 2 ; i < argc ; i += 2 )
{
if ( string(argv[i]) == "-solver" )
{
if (set_solver_type(string(argv[i+1])) != 0)
throw string ("ERROR : Unrecognized solver type : " + string(argv[i+1])) ;
cout << "ALGORITHM : " << argv[i+1] << endl ;
isNameSpecified = true ;
}
else if ( string(argv[i]) == "-veh" )
{
nbVeh = atoi(argv[i+1]);
cout << "NB VEHICLES : " << nbVeh << endl ;
}
else if ( string(argv[i]) == "-pen" )
{
penaltyLoad = atof(argv[i+1]);
cout << "PENALTY LOAD : " << penaltyLoad << endl ;
}
else
{
throw string ("ERROR : Unrecognized command : " + string(argv[i])) ;
command_ok = false ;
}
}
if (!isNameSpecified)
{
solverType = LINEAR ;
cout << "ALGORITHM : LINEAR " << endl ;
}
if (nbVeh == -1 && (solverType == BELLMAN_BOUNDED || solverType == LINEAR_BOUNDED))
{
cout << "ERROR : For solvers with limited fleet, need to specify a fleet size by using '-veh XXX' in the commandline" << endl ;
throw string ("ERROR : For solvers with limited fleet, need to specify a fleet size by using '-veh XXX' in the commandline") ;
}
if (penaltyLoad == 1.e30 && (solverType == BELLMAN_SOFT || solverType == LINEAR_SOFT))
{
cout << "ERROR : For solvers with soft capacity constraints, need to specify the penalty factor using '-pen XXX' in the commandline" << endl ;
throw string ("ERROR : For solvers with soft capacity constraints, need to specify the penalty factor using '-pen XXX' in the commandline") ;
}
command_ok = true;
}
}
commandline::~commandline(){}
string commandline::get_path_to_instance()
{
return instance_name;
}
SolverType commandline::get_solver_type()
{
return solverType ;
}
int commandline::get_nbVeh()
{
return nbVeh ;
}
double commandline::get_penaltyLoad()
{
return penaltyLoad ;
}
bool commandline::is_valid()
{
return command_ok;
}
|
55c781bc7ee1eca4d9ac856d7915a834537a8623 | f63da201c4fce413e26d1342d9c18c86da432f09 | /Day05/Day5.cpp | 00e4f30ab5e4b61ed494cd84c8aa16bca72ef658 | [] | no_license | Vlad-Nicola/AdventOfCode2020 | cf7b43212280d2f745177791354c6db6a0af2dec | f70780956e5c753bea6be192e6d058188a54f3eb | refs/heads/master | 2023-02-03T10:41:00.034953 | 2020-12-22T12:40:33 | 2020-12-22T12:40:33 | 317,904,354 | 0 | 1 | null | 2020-12-02T18:48:10 | 2020-12-02T15:24:30 | C++ | UTF-8 | C++ | false | false | 1,568 | cpp | Day5.cpp | #include <iostream>
#include <fstream>
#include <string>
#include <array>
short binarySearch(const std::string& code)
{
short left_limit = 0;
short right_limit = (1 << code.size()) - 1;
for (const auto c : code)
{
if ('F' == c || 'L' == c)
{
right_limit -= (right_limit - left_limit + 1) / 2;
}
else if ('B' == c || 'R' == c)
{
left_limit += (right_limit - left_limit + 1) / 2;
}
}
return left_limit;
}
unsigned int calculateID(const std::string& ticket)
{
return 8 * binarySearch(ticket.substr(0, 7)) + binarySearch(ticket.substr(7));
}
int main()
{
constexpr unsigned int PLANE_CAPACITY = 1024;
std::array<bool, PLANE_CAPACITY> plane_occupation{ false };
std::ifstream file("input.txt");
unsigned int max_id = 0;
std::string line;
while (file >> line)
{
const unsigned int ticket_id = calculateID(line);
max_id = std::max(max_id, ticket_id);
plane_occupation[ticket_id] = true;
}
unsigned int my_ticket = 0;
for (size_t i = 16; i < PLANE_CAPACITY - 16; ++i)
{
if (!plane_occupation[i] && plane_occupation[i - 1] && plane_occupation[i + 1])
{
my_ticket = i;
break;
}
}
//Part1
std::cout << "(Part 1) Highest ticket id is: " << max_id << std::endl;
//Part2
std::cout << "(Part 2) My ticket id is: " << my_ticket;
std::cin.get();
return 0;
}
//(Part 1) Highest ticket id is: 878
//(Part 2) My ticket id is : 504
|
08afc7b7062f6d26f942f9e919dd06b138bc5816 | 98207ea3a10ffeb9426019aff66335fd575351b9 | /WSLcode/WLSUbuntu/oop/oopv4.cpp | ddce22af43e9db50f7fd613abb710b7937b1e3a4 | [] | no_license | AppaBaba/ConApps | 3b82deeee5e3467df1edcd268f416971c397a6d3 | 48a368f8e7cce080b6d03b3ef21cfe761d6fe963 | refs/heads/master | 2021-09-27T02:27:31.929007 | 2021-09-25T00:17:27 | 2021-09-25T00:17:27 | 124,319,327 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 942 | cpp | oopv4.cpp | #include<iostream>
using namespace std;
class pram
{
private:
int a,c; //two private data members
public:
// A constructor with default values
pram(int attr=1, int color=31)
{
a=attr;
c=color;
}
// A function to make changes to data members
void change(int attr, int color)
{
a=attr;
c=color;
}
// A function to output the object data
void output()
{
cout<<"\033["<<a<<";"<<c<<"m";
cout<<"This is what it looks like";
cout<<"\033[0m\n";
}
};
int main()
{
pram oop;
cout<<"----PRAM C++ OOP APP---"<<endl;
oop.output();
oop.change(1,32);
oop.output();
oop.change(1,33);
oop.output();
oop.change(1,34);
oop.output();
oop.change(1,35);
oop.output();
return 0;
} |
8b3b7894486f0ffe9ce0940362a630c1f06de2d9 | 4c6304b0ba3546e119b94d2400c94a564a09f329 | /start.cpp | 65c0c03864007b0788814404d708ae52b6fa89db | [] | no_license | JC8040/OMBI-project | a8345666e0cbc25597127f2945f1706d1648d045 | accf23b10f7d4e1084710ebb1ad269f3a0e5ca42 | refs/heads/master | 2021-01-18T13:06:09.302180 | 2017-02-02T12:31:43 | 2017-02-02T12:31:43 | 80,722,726 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 12,279 | cpp | start.cpp | #include "start.h"
#include "ui_start.h"
#include "mainwindow.h"
Start::Start(QWidget *parent) :
QMainWindow(parent),
ui(new Ui::Start)
{
ui->setupUi(this);
connect(ui->pushButton, SIGNAL(clicked()), this, SLOT(Button1()));
connect(ui->pushButton_2, SIGNAL(clicked()), this, SLOT(Button2()));
connect(ui->pushButton_3, SIGNAL(clicked()), this, SLOT(Button3()));
}
Start::~Start()
{
delete ui;
}
void Start::Button1()
{
int index = ui->comboBox->currentIndex();
switch(index){ //used to get information for file path
case 1:
filepath1 = "Fire";
filepath2 = "FIRE230";
break;
case 2:
break;
case 3:
break;
case 4:
filepath1 = "Fire";
filepath2 = "FIRE305";
break;
case 5:
filepath1 = "Fire";
filepath2 = "FIRE930M";
break;
case 6:
filepath1 = "Libraries";
filepath2 = "PLIB201";
break;
case 7:
filepath1 = "Libraries";
filepath2 = "PLIB205";
break;
case 8:
break;
case 9:
filepath1 = "Libraries";
filepath2 = "PLIB405";
break;
case 10:
filepath1 = "Libraries";
filepath2 = "PLIB305T";
break;
case 11:
filepath1 = "Parks";
filepath2 = "PRKS125";
break;
case 12:
break;
case 13:
filepath1 = "Parks";
filepath2 = "PRKS315";
break;
case 14:
filepath1 = "Police";
filepath2 = "PLCE215";
break;
case 15:
filepath1 = "Police";
filepath2 = "PLCE120";
break;
case 16:
filepath1 = "Police";
filepath2 = "PLCE180";
break;
case 17:
filepath1 = "Police";
filepath2 = "PLCE105";
break;
case 18:
filepath1 = "Police";
filepath2 = "PLCE170";
break;
case 19:
filepath1 = "Police";
filepath2 = "PLCE405";
break;
case 20:
filepath1 = "Police";
filepath2 = "PLCE305";
break;
case 21:
filepath1 = "WasteManagement";
filepath2 = "SWST205";
break;
case 22:
filepath1 = "WasteManagement";
filepath2 = "SWST311";
break;
case 23:
filepath1 = "WasteManagement";
filepath2 = "SWST220";
break;
case 24:
filepath1 = "WasteManagement";
filepath2 = "SWST325M";
break;
case 25:
filepath1 = "WasteManagement";
filepath2 = "SWST235";
break;
case 26:
filepath1 = "WasteManagement";
filepath2 = "SWST330M";
break;
case 27:
filepath1 = "WasteManagement";
filepath2 = "SWST920M";
break;
case 28:
filepath1 = "Water";
filepath2 = "WATR210";
break;
case 29:
break;
case 30:
filepath1 = "Water";
filepath2 = "WATR410M";
break;
case 31:
filepath1 = "Water";
filepath2 = "WATR305M";
break;
case 32:
filepath1 = "Water";
filepath2 = "WATR310M";
break;
}
this->readFile();
}
void Start::Button2()
{
int index = ui->comboBox->currentIndex();
switch(index){ //used to get information for file path
case 1:
filepath1 = "Fire";
filepath2 = "FIRE230";
break;
case 2:
break;
case 3:
break;
case 4:
filepath1 = "Fire";
filepath2 = "FIRE305";
break;
case 5:
filepath1 = "Fire";
filepath2 = "FIRE930M";
break;
case 6:
filepath1 = "Libraries";
filepath2 = "PLIB201";
break;
case 7:
filepath1 = "Libraries";
filepath2 = "PLIB205";
break;
case 8:
break;
case 9:
filepath1 = "Libraries";
filepath2 = "PLIB405";
break;
case 10:
filepath1 = "Libraries";
filepath2 = "PLIB305T";
break;
case 11:
filepath1 = "Parks";
filepath2 = "PRKS125";
break;
case 12:
break;
case 13:
filepath1 = "Parks";
filepath2 = "PRKS315";
break;
case 14:
filepath1 = "Police";
filepath2 = "PLCE215";
break;
case 15:
filepath1 = "Police";
filepath2 = "PLCE120";
break;
case 16:
filepath1 = "Police";
filepath2 = "PLCE180";
break;
case 17:
filepath1 = "Police";
filepath2 = "PLCE105";
break;
case 18:
filepath1 = "Police";
filepath2 = "PLCE170";
break;
case 19:
filepath1 = "Police";
filepath2 = "PLCE405";
break;
case 20:
filepath1 = "Police";
filepath2 = "PLCE305";
break;
case 21:
filepath1 = "WasteManagement";
filepath2 = "SWST205";
break;
case 22:
filepath1 = "WasteManagement";
filepath2 = "SWST311";
break;
case 23:
filepath1 = "WasteManagement";
filepath2 = "SWST220";
break;
case 24:
filepath1 = "WasteManagement";
filepath2 = "SWST325M";
break;
case 25:
filepath1 = "WasteManagement";
filepath2 = "SWST235";
break;
case 26:
filepath1 = "WasteManagement";
filepath2 = "SWST330M";
break;
case 27:
filepath1 = "WasteManagement";
filepath2 = "SWST920M";
break;
case 28:
filepath1 = "Water";
filepath2 = "WATR210";
break;
case 29:
break;
case 30:
filepath1 = "Water";
filepath2 = "WATR410M";
break;
case 31:
filepath1 = "Water";
filepath2 = "WATR305M";
break;
case 32:
filepath1 = "Water";
filepath2 = "WATR310M";
break;
}
this->readFile();
//City *pa=array;
//x.setCities(pa);
x.setCities(array);
x.setGraphType(2);
x.loadData();
x.show();
}
void Start::Button3()
{
int index = ui->comboBox->currentIndex();
switch(index){ //used to get information for file path
case 1:
filepath1 = "Fire";
filepath2 = "FIRE230";
break;
case 2:
break;
case 3:
break;
case 4:
filepath1 = "Fire";
filepath2 = "FIRE305";
break;
case 5:
filepath1 = "Fire";
filepath2 = "FIRE930M";
break;
case 6:
filepath1 = "Libraries";
filepath2 = "PLIB201";
break;
case 7:
filepath1 = "Libraries";
filepath2 = "PLIB205";
break;
case 8:
break;
case 9:
filepath1 = "Libraries";
filepath2 = "PLIB405";
break;
case 10:
filepath1 = "Libraries";
filepath2 = "PLIB305T";
break;
case 11:
filepath1 = "Parks";
filepath2 = "PRKS125";
break;
case 12:
break;
case 13:
filepath1 = "Parks";
filepath2 = "PRKS315";
break;
case 14:
filepath1 = "Police";
filepath2 = "PLCE215";
break;
case 15:
filepath1 = "Police";
filepath2 = "PLCE120";
break;
case 16:
filepath1 = "Police";
filepath2 = "PLCE180";
break;
case 17:
filepath1 = "Police";
filepath2 = "PLCE105";
break;
case 18:
filepath1 = "Police";
filepath2 = "PLCE170";
break;
case 19:
filepath1 = "Police";
filepath2 = "PLCE405";
break;
case 20:
filepath1 = "Police";
filepath2 = "PLCE305";
break;
case 21:
filepath1 = "WasteManagement";
filepath2 = "SWST205";
break;
case 22:
filepath1 = "WasteManagement";
filepath2 = "SWST311";
break;
case 23:
filepath1 = "WasteManagement";
filepath2 = "SWST220";
break;
case 24:
filepath1 = "WasteManagement";
filepath2 = "SWST325M";
break;
case 25:
filepath1 = "WasteManagement";
filepath2 = "SWST235";
break;
case 26:
filepath1 = "WasteManagement";
filepath2 = "SWST330M";
break;
case 27:
filepath1 = "WasteManagement";
filepath2 = "SWST920M";
break;
case 28:
filepath1 = "Water";
filepath2 = "WATR210";
break;
case 29:
break;
case 30:
filepath1 = "Water";
filepath2 = "WATR410M";
break;
case 31:
filepath1 = "Water";
filepath2 = "WATR305M";
break;
case 32:
filepath1 = "Water";
filepath2 = "WATR310M";
break;
}
this->readFile();
x.setCities(array);
x.setGraphType(3);
x.loadData();
x.show();
}
City* Start::getArray()
{
return array;
}
void Start::readFile()
{
//temp holds the file path name until it gets passed to QFile
//filepath1 and filepath2 are used to change the file that gets read
//QString temp = "./"+this->filepath1+"/"+filepath2+".csv";
QString temp = "C:\\Users\\Administrator\\Desktop\\part3 with fileReader\\part3 with fileReader\\"+this->filepath1+"\\"+filepath2+".csv";
qDebug(temp.toLatin1());
//file is created
QFile file(temp);
//i counts which variable the string should go in
int i = 0;
//linecounter counts what line the filereader is on and also used to place the cities into the right array index
int linecounter = 0;
if (file.open(QIODevice::ReadOnly))
{
//QString data holds the line before it gets split at the commas
QString data;
//while there is more of the file to be read
while (!file.atEnd())
{
//data is get to the next line of the file
data = file.readLine();
//this splits data at the commas and places each of the split parts into the QStringList test
QStringList test = data.split(",");
//while test is not empty
while (!test.empty())
{
//if i is 0, set the City Name as the first value in test
//this also removes the first element of test
//i is increased by 1
//the qDubug was a line that I used just for testing purposes. Feel free to remove.
if (i==0)
{
array[linecounter].setCityName(test.takeFirst());
//qDebug (array[linecounter].getCityName().toLatin1());
++i;
}
//if i is 1, set Eight(which counts the value in the year 2008) as the first value in test
else if (i==1)
{
array[linecounter].setEight(test.takeFirst().toDouble());
++i;
}
//if i is 2, set Nine(value in 2009) as the first value in test
else if (i==2)
{
array[linecounter].setNine(test.takeFirst().toDouble());
++i;
}
//if i is 3, set Ten(value in 2010) as the first value in test
else if (i==3)
{
array[linecounter].setTen(test.takeFirst().toDouble());
++i;
}
//if i is 4, set Eleven(value in 2011) as the first value in test
else if (i==4)
{
array[linecounter].setEleven(test.takeFirst().toDouble());
++i;
}
//if i is 5, set Twelve(value in 2012) as the first value in test
//resets i back to 0 so the next element will go in cityname again
//increases linecounter by 1 to make sure the next city goes into the next index of the array
else if (i==5)
{
array[linecounter].setTwelve(test.takeFirst().toDouble());
i = 0;
++linecounter;
}
}
}
//closes the file reader
file.close();
}
}
|
f2a5bc0c0f46bf68eea8278a33d5e9d86692df1d | 3a9e7f9b5383e7048d50f6ed7266ba23dab667af | /src/Plumbing.hpp | 0dbb26c391c353bd5c31f56721dc3c2042aa3c55 | [] | no_license | jmracek/CPP | 3da9f5a491d434eae033061ca8807ff00fdbce64 | e4e3578d8422afa5bc52388309ff9332eb01d058 | refs/heads/master | 2021-04-19T03:28:27.759480 | 2020-03-24T00:50:25 | 2020-03-24T00:50:25 | 249,573,462 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 20,127 | hpp | Plumbing.hpp | // Take care, all who wander inward; for here, be dragons.
#ifndef PLUMBING_HPP
#define PLUMBING_HPP
#include <memory>
#include <string>
#include <type_traits> // Hoo boy. Here we go...
#include <tuple>
#include <utility>
#include <vector>
#include "Constants.hpp"
#include "IO.hpp"
#include "Lockfree.hpp"
#include "Memory.hpp"
namespace Cutter {
namespace Plumbing {
template<typename R>
struct function_traits: function_traits<decltype(&R::operator())> {};
// Specialization for plain old functions
template<typename R, typename... Args>
struct function_traits<R(Args...)> {
using return_type = R;
static constexpr size_t nargs = sizeof...(Args);
template<size_t N>
struct arg {
static_assert(N < nargs, "Error: Invalid argument index");
using type = typename std::tuple_element<N, std::tuple<Args...>>::type;
};
};
// function pointer
template<class R, class... Args>
struct function_traits<R(*)(Args...)> : public function_traits<R(Args...)>
{};
// member function pointer
template<class C, class R, class... Args>
struct function_traits<R(C::*)(Args...)> : public function_traits<R(C&,Args...)>
{};
// const member function pointer
template<class C, class R, class... Args>
struct function_traits<R(C::*)(Args...) const> : public function_traits<R(C&,Args...)>
{};
// member object pointer
template<class C, class R>
struct function_traits<R(C::*)> : public function_traits<R(C&)>
{};
template<typename T, typename Condition = void>
struct has_call_operator: std::false_type {};
template<typename T>
struct has_call_operator<T, std::void_t< decltype(&T::operator()) >>: std::true_type {};
// A "Pipe" will connect joints. It controls the flow of data between each task.
template<typename T>
struct Pipe {
using type = T;
Cutter::Lockfree::Queue<T*> flow;
Cutter::Memory::ObjectPool<T> obj_mgr;
Pipe(void);
};
// This will serve as a base class template for all the types of segments we'll deal with (Source, Transform, Sink).
// The polymorphism is necessary because we need to build objects into a common pipeline and retrieve their
// work while knowing only the base class. We will choose static polymorphism over runtime polymorpishm in
// order to avoid the runtime overhead of vtable lookups. The static polymorphism is implemented using the
// curiously recurring template pattern. For more details, see here:
// https://eli.thegreenplace.net/2011/05/17/the-curiously-recurring-template-pattern-in-c
template<typename Derived>
class Joint {
protected:
// For tracking work done and data throughput
std::atomic<size_t> counter_;
public:
Joint(void);
Joint(const Joint<Derived>& other);
Joint(Joint<Derived>&& other);
auto& operator= (const Joint<Derived>& other);
auto& operator= (Joint<Derived>&& temp);
inline bool ready(void);
inline size_t size(void);
inline bool work(void); // This is the function that threads will call in order to compute the work at a joint.
};
// A "Source" is a Joint that produces data. The specific way that data is produced is not determined by
// this particular class, but instead by classes which derive Source. We accept a template template "Derived"
// as a template argument to Source. The reason for this is the particular manner in which the derived class
// produces elements of type out_t depends on the output type. For example, we will support a template
// Derived = AWS that can stream elements of various types from files stored on S3.
// Types of Sources that will derive this class:
// 1) Local: For streaming files from disk.
// 2) AWS: For streaming files from AWS.
// 3) Kubernetes? Azure (Ew.)? Kafka? Kinesis? Directly over TCP?
template<template<class> class Derived, class out_t>
class Source: public Joint<Derived<out_t>> {
protected:
using P = Cutter::IO::Parser<out_t>;
std::shared_ptr<Pipe<out_t>> downstream_;
std::vector<std::string> files_;
Cutter::Lockfree::Queue<std::string> fnames_;
public:
std::string name;
using output_type = out_t;
Source(const std::vector<std::string>&);
Source(const Source<Derived, out_t>&);
Source(Source<Derived, out_t>&&);
auto& operator= (const Source<Derived, out_t>& other);
auto& operator= (Source<Derived, out_t>&& temp);
// FIXME: Allow different batch sizes!
inline bool ready_impl(void);
inline bool work_impl(void);
inline void setDownstream(std::shared_ptr<Pipe<out_t>>);
};
// Apply a function to objects of some type, producing objects of a new type. The general template supports
// the case where F is a general function or function pointer. A specialization will handle the case that
// F is a class with operator() defined.
template <typename F, typename Condition = void>
class Transform: public Joint<Transform<F>> {
private:
F task_;
public:
using output_type = typename function_traits<F>::return_type;
using input_type = typename function_traits<F>::template arg<0>::type;
private:
std::shared_ptr<Pipe<input_type>> upstream_;
std::shared_ptr<Pipe<output_type>> downstream_;
public:
Transform(F t_func);
Transform(const Transform<F, void>& other);
Transform(Transform<F, void>&& other);
auto& operator= (Transform<F, Condition>&& temp);
inline bool work_impl(void);
inline bool ready_impl(void);
inline void setDownstream(std::shared_ptr<Pipe<output_type>>);
inline void setUpstream(std::shared_ptr<Pipe<input_type>>);
};
// This specialization deals with the case that T is a type withoperator(). The only difference between
// this specialization and the general template is the arg<1> (c.f. arg<0>)
template <typename T>
class Transform<T, std::enable_if_t<has_call_operator<T>::value>>: public Joint<Transform<T>> {
private:
T task_;
public:
using output_type = typename function_traits<T>::return_type;
using input_type = typename function_traits<T>::template arg<1>::type;
private:
std::shared_ptr<Pipe<input_type>> upstream_;
std::shared_ptr<Pipe<output_type>> downstream_;
public:
Transform(T);
Transform(const Transform<T, void>& other);
Transform(Transform<T>&& other);
auto& operator= (Transform<T, void>&& temp);
inline void work_impl(void);
inline bool ready_impl(void);
inline void setDownstream(std::shared_ptr<Pipe<output_type>>);
inline void setUpstream(std::shared_ptr<Pipe<input_type>>);
};
// A "Sink" is a Joint that consumes data and does something with it. For example, write elements to a file,
// train an ML model on a batch of data, etc.
// Types of sinks that will derive this class:
// 1) FileIO
// 2) AwsIO
// 3) Stdout
// 4) MXNet neural network training!
template<template<class> class Derived, class in_t>
class Sink: public Joint<Derived<in_t>> {
protected:
std::shared_ptr<Pipe<in_t>> upstream_;
public:
std::string name;
using input_type = in_t;
Sink(void);
Sink(const Sink<Derived, in_t>&);
Sink(Sink<Derived, in_t>&&);
auto& operator= (Sink<Derived, in_t>&& temp);
// FIXME: Allow different batch sizes!
inline void work_impl(void);
inline bool ready_impl(void);
void setUpstream(std::shared_ptr<Pipe<in_t>>);
};
//
// TRAITS
//
// These structures that follow are used when constructing pipelines in order to determine
// which type of Joint needs to be added next.
template<typename T>
struct is_source {
// This is a hacky way of pattern matching T := Derived<out_t>. If the below compiles, this means that
// T* is convertible to Source<Derived, out_t>* AND T* is not identically equal to a Source<Derived, out_t> -
// i.e. is a proper derived class.
template<template<class> typename Derived, typename out_t>
static auto test(Source<Derived, out_t>*) ->
typename std::integral_constant<bool, !std::is_same<T, Source<Derived, out_t>>::value>;
static std::false_type test(void*);
using type = decltype(test(std::declval<T*>()));
static constexpr bool value = decltype(test(std::declval<T*>()))::value;
};
template<typename T>
using is_source_t = typename is_source<T>::type;
template<typename T>
constexpr bool is_source_v = is_source<T>::value;
template<typename T>
struct is_transform {
template<typename Func>
// If T* can be converted to Transform<Func>* then test yields true type, else it can always be casted to void*
// and the result type of test is false.
static auto test(Transform<Func>*) -> typename std::true_type;
static std::false_type test(void*);
using type = decltype(test(std::declval<T*>()));
static constexpr bool value = decltype(test(std::declval<T*>()))::value;
};
template<typename T>
constexpr bool is_transform_v = is_transform<T>::value;
template<typename T>
struct is_sink {
template<template<class> typename Derived, typename out_t>
static auto test(Sink<Derived, out_t>*) ->
typename std::integral_constant<bool, !std::is_same<T, Source<Derived, out_t>>::value>;
static std::false_type test(void*);
using type = decltype(test(std::declval<T*>()));
static constexpr bool value = decltype(test(std::declval<T*>()))::value;
};
template<typename T>
using is_sink_t = typename is_sink<T>::type;
template<typename T>
constexpr bool is_sink_v = is_sink<T>::value;
//
// PIPELINE
//
// This is the main structure relevant to Cutter. A pipeline is hard to define exactly, but roughly is
// a series of manipulations performed on data in some order. For example, in machine learning applications,
// one is required to load raw training data from a file, transform the training data into feature vectors,
// and then use those feature vectors to train a machine learning model. One can simply think of a pipeline
// as a directed graph, where each node corresponds to some operation to be performed on data, and edges represent
// input/output relationships. Right now, Cutter only supports linear pipelines. Perhaps in the future we will
// expand support to more general directed graphs.
// Base class. The template argument "Condition" is used to control template specializations
// for each of Source, Sink, and Transform. For technical reasons, we must separate the public
// interface from the private implementation (for anyone reading this who cares, the specific
// reason is that both the argument pack and the default argument want to be the final argument.
// If we don't add the "void" template argument in by hand, then when someone goes to declare
// Pipeline<Src, Trf, Snk>, the compiler will simply match to the base template definition and
// and nothing will work).
template<typename Condition = void, typename... Args>
class PipelineImpl {
public:
PipelineImpl(void) { std::cout << "Hello from base constructor" << std::endl; }
};
template<typename... Args>
using Pipeline = PipelineImpl<void, Args...>;
// These functions are necessary for getting the type of some pipeline stage.
template<size_t, typename, typename...> struct GetStageType {};
template<typename Jnt, typename... Rest>
struct GetStageType<0, Pipeline<Jnt, Rest...>> {
using type = Pipeline<Jnt, Rest...>;
};
template<size_t k, typename Jnt, typename... Rest>
struct GetStageType<k, Pipeline<Jnt, Rest...>> {
using type = typename GetStageType<k - 1, Pipeline<Rest...>>::type;
};
// The getStage function will return a given pipeline stage. The stage has information about the Joint type,
// as well as the destination queue for the work done by the pipe.
template<size_t k, typename... Rest>
typename std::enable_if<k == 0, typename GetStageType<0, Pipeline<Rest...>>::type&>::type&
getStage(Pipeline<Rest...>& p) {
return p;
}
template<size_t k, typename Jnt, typename... Rest>
typename std::enable_if<k != 0, typename GetStageType<k, Pipeline<Jnt, Rest...>>::type&>::type&
getStage(Pipeline<Jnt, Rest...>& pl) {
Pipeline<Rest...>& peel = pl;
return getStage<k - 1>(peel);
}
// These next two function templates are used to look for available work in a pipeline from the
// sink end towards the source end.
template<int I = 0, typename... Args>
inline std::enable_if_t<I == -1> searchForWork(Pipeline<Args...>&) {} // noop
template<int I = 0, typename... Args>
inline std::enable_if_t<(I > -1)> searchForWork(Pipeline<Args...>& p) {
bool found_work = getStage<I>(p).getJoint().work();
if (found_work) {
return;
}
else {
searchForWork<I - 1, Args...>(p);
}
}
template<std::size_t I = 0, typename Func, typename... Args>
inline std::enable_if_t<I == sizeof...(Args)> apply_stage(int, Pipeline<Args...> &, Func) {}
template<std::size_t I = 0, typename Func, typename... Args>
inline std::enable_if_t<I < sizeof...(Args)> apply_stage(int index, Pipeline<Args...>& p, Func f) {
if (index == 0) f(getStage<I>(p));
apply_stage<I + 1, Func, Args...>(index - 1, p, f);
}
// Partial specialization for when Derived inherits from Source<Derived, out_t>. This is the most complicated stage type because it is the terminal one. All the pipeline functionality is defined here.
template<
typename Src,
typename... Args
>
class PipelineImpl<
std::enable_if_t<is_source_v<Src>>,
Src,
Args...
>: public PipelineImpl<void, Args...> {
private:
std::atomic<bool> started_;
char pad1[Cutter::Const::CACHE_LINE_SIZE - sizeof(std::atomic<bool>)];
std::atomic<bool> stopped_;
char pad2[Cutter::Const::CACHE_LINE_SIZE - sizeof(std::atomic<bool>)];
std::vector<std::thread> milpool_;
Src joint_;
std::shared_ptr<Pipe<typename Src::output_type>> pipe_;
static constexpr size_t n_joints = sizeof...(Args) + 1;
// ready() is defined by checking whether the upstream queue is empty or not (in the case of Transform or Sink).
// in the case of Source, we check if there are any files remaining.
inline bool workAvailableAtStage(size_t stage_id) {
bool result;
apply_stage(stage_id, *this, [&result](auto& s) { result = s.getJoint().ready(); });
return result;
}
inline bool workAvailableForThread(size_t tid) {
size_t stage_id = tid % n_joints;
return workAvailableAtStage(stage_id);
}
inline void doWorkAtStage(size_t stage_id) {
apply_stage(stage_id, *this, [](auto& s) { s.getJoint().work(); });
}
inline void doWorkForThread(size_t tid) {
size_t stage_id = tid % n_joints;
doWorkAtStage(stage_id);
}
public:
PipelineImpl(Src&& src, Args&&... args):
PipelineImpl<void, Args...>(std::forward<Args>(args)...),
started_(std::atomic<bool>(false)),
pad1{0},
stopped_(std::atomic<bool>(false)),
pad2{0},
joint_(std::forward<Src>(src)),
pipe_(std::make_shared<Pipe<typename Src::output_type>>()) {
joint_.setDownstream(pipe_);
// Cast *this to the downstream pipeline type and set the upstream pipe of the next segment
PipelineImpl<void, Args...>& next = *this;
next.getJoint().setUpstream(pipe_);
}
~PipelineImpl(void) {
if (!stopped_.load()) {
this->stop();
}
}
Src& getJoint(void) {
return joint_;
}
auto getPipe(void) {
return pipe_;
}
inline void threadCleanUp(void);
/*
*Queue<work_t>::hptr_a = nullptr;
*Queue<work_t>::hptr_b = nullptr;
Queue<work_t>::scan(this->q->mempool->head());
*/
inline void monitor(void) {}
inline void run(void) {
for (size_t tid = 0; tid < Cutter::Const::THREAD_COUNT; ++tid) {
milpool_.emplace_back(
[this] (size_t tid) noexcept {
while (!this->stopped_.load()) {
if (workAvailableForThread(tid)) {
doWorkForThread(tid);
continue;
}
searchForWork<std::remove_reference<decltype(*this)>::type::n_joints>(*this);
}
/*
// Clean up hzd ptrs for each pipeline stage
for (size_t k = n_joints - 1; k >= 0; ++k) {
auto stage = getStage<k>(*this);
stage.threadCleanUp();
}
*/
},
tid
);
}
}
inline void stop(void) {}
};
// Partial specialization for when Derived inherits from Sink<Derived, out_t>
template<
typename Snk,
typename... Args
>
class PipelineImpl<
std::enable_if_t<is_sink_v<Snk>>,
Snk,
Args...
>: public PipelineImpl<void, Args...> {
protected:
Snk joint_;
public:
PipelineImpl(Snk&& snk, Args&&... args):
PipelineImpl<void, Args...>(std::forward<Args>(args)...),
joint_(std::forward<Snk>(snk))
{
// joint_.setDownstream(pipe_);
// PipelineImpl<void, Args...>& next = *this;
// next.getJoint().setUpstream(pipe_);
}
/*
PipelineImpl<void, Snk, Args...>& operator= (PipelineImpl<void, Snk, Args...>&& temp) {
if (this != &temp) {
joint_ = std::move(temp.getJoint());
// Recurse through the remaining layers of the pipeline...
getStage<1>(*this) = std::move(getStage<1>(temp));
}
return *this;
}
*/
Snk& getJoint(void) {
return joint_;
}
};
template<
typename Trf,
typename... Args
>
class PipelineImpl<std::enable_if_t<is_transform_v<Trf>>, Trf, Args...>: public PipelineImpl<void, Args...> {
private:
Trf joint_;
std::shared_ptr<Pipe<typename Trf::output_type>> pipe_;
public:
PipelineImpl(Trf&& trf, Args&&... args):
PipelineImpl<void, Args...>(std::forward<Args>(args)...),
joint_(std::forward<Trf>(trf))
{
joint_.setDownstream(pipe_);
PipelineImpl<void, Args...>& next = *this;
next.getJoint().setUpstream(pipe_);
}
/*
PipelineImpl<void, Trf, Args...>& operator= (PipelineImpl<void, Trf, Args...>&& temp) {
if (this != &temp) {
joint_ = std::move(temp.getJoint());
pipe_.reset();
pipe_ = temp.getPipe();
// Recurse through the remaining layers of the pipeline...
getStage<1>(*this) = std::move(getStage<1>(temp));
}
return *this;
}
*/
Trf& getJoint(void) {
return joint_;
}
};
// How to perform throughput monitoring?
// - Every second, poll the counters at each stage.
// - Take a delta with the last time a poll was done.
//
// API
//
// This overload of operator>> works by accumulating all the joint segments until we reach a sink. When
// we get to a sink, we unpack the accumulator tuple as arguments into the constructor for Pipeline.
template<typename S, typename T>
std::enable_if_t<is_source_v<S> && !is_source_v<T>, std::tuple<S, T>> operator>> (S src, T next) {
static_assert(
std::is_same<typename S::output_type, typename T::input_type>::value,
"Error: Output type of source must equal input type of transform."
);
return {src, next};
}
template<typename Trf, typename... Args>
std::enable_if_t<is_transform_v<Trf>, std::tuple<Args..., Trf>> operator>> (std::tuple<Args...> acc, Trf trf) {
return std::tuple_cat(acc, std::make_tuple(trf));
}
template<typename Snk, typename... Args>
std::enable_if_t<is_sink_v<Snk>, Pipeline<Args..., Snk>> operator>> (std::tuple<Args...> acc, Snk snk) {
return std::make_from_tuple<Pipeline<Args..., Snk>>( std::tuple_cat(acc, std::make_tuple(snk)) );
}
/*
// Overload for Source() >> Transform() >> ... >> (Transform() || Sink())
template<typename Jnt, typename... Args>
std::enable_if_t<!is_source_v<Jnt>, Pipeline<Args..., Jnt>> operator>> (Pipeline<Args...>&& p, Jnt&& next) {
return Pipeline<Args..., Jnt>(
getJoints<Pipeline<Args>>(std::forward<Pipeline<Args>>(p)),
std::forward<Jnt>(next)
);
}
*/
} // end namespace Plumbing
} // end namespace Cutter
#include "Plumbing.cpp"
#endif
|
b4b78b88b1d36c3f020f7361769c9c53128e3652 | 2c11eeb69439f5e298e9c445e30298d6090b5c86 | /day05/ex02/Form.hpp | 458356a1923d6ed3c1a281d0f5931aefbe3d7421 | [] | no_license | tstelfox/CPP | bb4af2d52db7cfe3dcd3dfd546de484eeba6ddf7 | 0099a4804e401110154a8ecadecf274bc6565a66 | refs/heads/main | 2023-07-24T00:39:15.086612 | 2021-09-10T11:23:35 | 2021-09-10T11:23:35 | 312,568,964 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,201 | hpp | Form.hpp | /* ************************************************************************** */
/* */
/* :::::::: */
/* Form.hpp :+: :+: */
/* +:+ */
/* By: tmullan <tmullan@student.codam.nl> +#+ */
/* +#+ */
/* Created: 2021/01/18 17:33:44 by tmullan #+# #+# */
/* Updated: 2021/01/19 12:27:29 by tmullan ######## odam.nl */
/* */
/* ************************************************************************** */
#ifndef FORM_HPP
# define FORM_HPP
# include <string>
# include "Bureaucrat.hpp"
class Bureaucrat;
class Form {
public:
Form(std::string const &name, int signgrade, int execgrade);
Form(const Form &original);
Form& operator = (const Form &rhs);
~Form();
std::string const getName() const;
bool getSignature() const;
int getSignGrade() const;
int getExecGrade() const;
void beSigned(const Bureaucrat &signee);
void executable(const Bureaucrat &executor) const;
void trycatch(int signgrade, int execgrade);
virtual void execute(Bureaucrat const &executor) const = 0;
class GradeTooHighException : public std::exception {
public:
virtual const char* what() const throw();
} high;
class GradeTooLowException : public std::exception {
public:
virtual const char* what() const throw();
} low;
class AlreadySignedException : public std::exception {
public:
virtual const char* what() const throw();
} already;
class NotYetSignedException : public std::exception {
public:
virtual const char* what() const throw();
} notyet;
private:
Form();
bool _signed;
std::string const _name;
int const _signGrade;
int const _execGrade;
};
std::ostream& operator << (std::ostream &o, const Form &rhs);
#endif |
3e1cc3a40acb624724313f8f5d7158e24d0dcf3a | 1bdedd1ebe38604c6e70dc3ad0fc83cfa12e10ce | /qt/open-gl/gl-renderables/Cube.h | 4417718c2483b2e20a3d7d2b02848329be76455d | [] | no_license | mc18g13/qt-wireless-attitude-visualisation | 508ef4e32d69efeee0a22bc9baea61f8915b9d61 | e6bace583e4747ab4afcfea75bb83bb9556f623d | refs/heads/master | 2020-11-27T01:32:51.765336 | 2019-12-21T16:33:50 | 2019-12-21T16:33:50 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,138 | h | Cube.h | /*
* Cube.h
*
* Created on: 25 Apr 2019
* Author: mc18g13
*/
#ifndef CUBE_H
#define CUBE_H
#include "Centroid.h"
class Cube : Centroid {
public:
Cube();
virtual ~Cube();
void printVertices();
const unsigned int size = 36;
const unsigned int arrayElementsForOneVertex = 6;
float halfCubeWidth = 30.0f;
float left = leftRightCentre - halfCubeWidth;
float bottom = topBottomCentre - halfCubeWidth;
float back = forwardBackwardCentre - halfCubeWidth;
float right = leftRightCentre + halfCubeWidth;
float top = topBottomCentre + halfCubeWidth;
float front = forwardBackwardCentre + halfCubeWidth;
unsigned int leftBottomBack = 0;
unsigned int leftBottomFront = 1;
unsigned int leftTopBack = 2;
unsigned int leftTopFront = 3;
unsigned int rightTopBack = 4;
unsigned int rightTopFront = 5;
unsigned int rightBottomBack = 6;
unsigned int rightBottomFront = 7;
float vertices[48] = {
left , bottom, back , 0.583f, 0.771f, 0.914f,
left , bottom, front, 0.909f, 0.115f, 0.436f,
left , top , back , 0.327f, 0.483f, 0.844f,
left , top , front, 0.822f, 0.569f, 0.201f,
right, top , back , 0.435f, 0.602f, 0.923f,
right, top , front, 0.910f, 0.747f, 0.185f,
right, bottom, back , 0.597f, 0.770f, 0.761f,
right, bottom, front, 0.559f, 0.436f, 0.730f
};
unsigned int indices[36] = {
//front
leftBottomFront, rightBottomFront, rightTopFront ,
leftBottomFront, leftTopFront , rightTopFront ,
//left
leftBottomBack , leftTopBack , leftTopFront ,
leftBottomBack , leftBottomFront , leftTopFront ,
//bottom
rightBottomBack, rightBottomFront, leftBottomFront,
rightBottomBack, leftBottomBack , leftBottomFront,
//right
rightBottomBack, rightTopBack , rightTopFront ,
rightBottomBack, rightBottomFront, rightTopFront ,
//top
rightTopBack , rightTopFront , leftTopFront ,
rightTopBack , leftTopBack , leftTopFront ,
//back
leftBottomBack , rightBottomBack , rightTopBack ,
leftBottomBack , leftTopBack , rightTopBack ,
};
};
#endif /* CUBE_H */
|
e4863c7072511e5364bb2362748c17c5b7cfa262 | 50a81a3615d3fcb94c9e8c83842dff136b22e336 | /main.cpp | ed3dd9f8da211b178fc182c5cbb5860332488262 | [] | no_license | Pranta07/Class_shedule. | 152e95e651a2a3a595435349b3efc5db6655deaa | 3878bb80776e2326fad7c052c38460a85eeb58f6 | refs/heads/master | 2021-08-29T23:04:39.672156 | 2017-12-15T07:15:48 | 2017-12-15T07:15:48 | 114,331,090 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 611 | cpp | main.cpp | #include<iostream>
#include<windows.h>
#include<conio.h>
using namespace std;
class_shedule obj;
int main()
{
char option;
system("cls");
obj.menu();
while((option=cin.get())!='q')
{
switch(option)
{
case 'b':
obj.build();
break;
case 'l':
obj.show();
break;
case 'i':
obj.insert();
break;
case 'd':
obj.deletes();
break;
case 'e':
obj.edit();
break;
case 's':
obj.search();
break;
case 'n':
obj.sort();
break;
}
obj.menu();
}
return 0;
}
|
60da86b90224c348f3e8f1be0eb381d8033f7595 | a697203b9eb2046af52cca9eb2957f86338b6e91 | /AnimatAssignment.h | 2afc63add4a70253c5b818e7b8d4f35003b8eaad | [] | no_license | KaiChan01/AnimatAssignment | 36e68b5a1b23a19e4714471b77f928b704859123 | fecefdb8f2caa64e34c83d2d8ce7d5fcf95d3bf2 | refs/heads/master | 2021-09-10T15:19:48.642240 | 2018-03-28T11:38:04 | 2018-03-28T11:38:04 | 113,322,151 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 779 | h | AnimatAssignment.h | #pragma once
#include "Game.h"
#include "PhysicsController.h"
#include "PhysicsFactory.h"
namespace BGE
{
class AnimatAssignment :
public Game
{
public:
AnimatAssignment(void);
float elapsed;
int numberOfCreatures;
int numberOfObject;
bool floating;
bool moveSwitch;
bool Initialise();
void creatureCreature();
void generateScene(int numberOfObjects);
void Update();
void Cleanup();
//std::list<shared_ptr<PhysicsController>> octoHeads;
//std::list<shared_ptr<PhysicsController>>::iterator headIt;
shared_ptr<PhysicsController> octoHead;
btHingeConstraint * testHinge;
std::list<btHingeConstraint*> octoHinges;
std::list<btHingeConstraint*>::iterator it;
shared_ptr<PhysicsController> createCreature(int size, glm::vec3 position);
};
} |
34906433809a8ac8d11dffca5749cf22d8244301 | a6c442643dd8eee7448094c48f033efd6f16d996 | /RTA/RenderMaterial.cpp | 78ae385cb7e81fa24afed4c0e72c6ccdf7a79e0e | [] | no_license | brady00/RTA-STUFF | 61c26bae56760bc84089077eaee8aac9bb26c4d3 | 265bc36ba191a88b1541e8cfdc36fcfc77cb4dbc | refs/heads/master | 2021-01-10T14:20:37.715082 | 2016-01-27T22:04:09 | 2016-01-27T22:04:09 | 49,030,883 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 688 | cpp | RenderMaterial.cpp | #include "RenderMaterial.h"
#include "DDSTextureLoader.h"
#include "Renderer.h"
RenderMaterial::RenderMaterial()
{
//RenderFunc = RenderFunction;
}
RenderMaterial::~RenderMaterial()
{
ReleaseCOM(ShaderResourceView);
ReleaseCOM(texture);
if (renderShapes)
delete renderShapes;
}
void RenderMaterial::RenderFunction(RenderNode& node)
{
RenderMaterial &material = (RenderMaterial&)node;
Renderer::devicecontext->PSSetShaderResources(0, 1, &material.ShaderResourceView);
Renderer::Render(material.renderShapes);
}
void RenderMaterial::CreateTexture(const WCHAR *buffer)
{
CreateDDSTextureFromFile(Renderer::device, buffer, (ID3D11Resource**)&texture, &ShaderResourceView);
}
|
46eb2a698df6c8fb1559ad2a24f8a7354dc8b002 | 57bde7b334784dd49b92f8f0f62985fb8e590ab9 | /220.cpp | 09d0989bfe812bb60346945417779900f7560887 | [] | no_license | ppzzyy11/LeetcodeTravel | b74886641cfdf164a851a9b9ceb51ddb3bd8db22 | 25a1116829fc4c792b527729d00dec2c9b34fe81 | refs/heads/master | 2023-05-07T05:17:49.740268 | 2021-06-05T03:43:41 | 2021-06-05T03:43:41 | 358,775,913 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,004 | cpp | 220.cpp | /*
* 220.cpp
* Copyright (C) 2021-06-05 pzy <pzy@pzy-B250M-Wind>
*
* Distributed under terms of the MIT license.
* Description:
*
* To implement:
* How:
*/
#include <vector>
#include <set>
#include <map>
#include <stack>
#include <queue>
#include <algorithm>
#include <iostream>
#include <string>
#include <climits>
#include <cmath>
#include <unordered_map>
#include <unordered_set>
#include <utility>
#include "LeetCode.hpp"
using namespace std;
class Solution {
public:
bool containsNearbyAlmostDuplicate(vector<int>& nums, int k, int t) {
multiset<int> se;
for(int i=0; i<nums.size(); i++){
auto it = se.lower_bound(max(nums[i], INT_MIN + t) - t);
if(it!=se.end()&&(*it)<=min(nums[i], INT_MAX-t)+t){
return true;
}
se.insert(nums[i]);
if(i>=k){
se.erase(se.find( nums[i-k] ));
}
}
return false;
}
};
int main(){
return 0;
}
|
ba295b80c4a00e223bcf6833767a1be871fa9fda | e59bd1d240ca263c83acc3e760d7d700dc1222f7 | /MUFINS1.0_Source/qsspn/src/Text.cpp | 86ec838b54a8de305ae046211032ce16a606d0ca | [] | no_license | maggishaggy/MUFINS | 674de3a3d1f026768ede9ab0d81f70a844f13145 | abd9eecc338a5ce47050b2504e12159daebfb05b | refs/heads/master | 2021-01-19T18:50:09.353708 | 2016-07-27T05:11:07 | 2016-07-27T05:11:07 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,439 | cpp | Text.cpp | #include "Text.h"
#include "Round.h"
void split(string* str, strvec* vec, char delim){
istringstream is(*str);
split(is, vec, delim);
}
void split(istream &is, strvec* vec, char delim){
string field;
while (getline(is, field, delim))
if (!field.empty())
vec->push_back(field);
}
string num2str(double num){
stringstream ss;
ss << num;
return ss.str();
}
double str2double(string s){
if (s == "INF")
return MAX_NUM;
if (s == "-INF")
return -MAX_NUM;
return atof(s.data());
}
bool isallspace(string s){
bool rv = true;
for (int i = 0; rv && i < s.size(); ++i)
rv = isspace(s[i]);
return rv;
}
ostream &operator << (ostream &out, const stomap &sto){
if (sto.size() > 0){
strvec items;
for (stomap::const_iterator it = sto.begin(); it != sto.end(); ++it){
double coef = it->second;
string item = (coef == 1) ? "" : num2str(coef) + SPACE;
item += it->first;
items.push_back(item);
}
int i;
for (i = 0; i < items.size() - 1; i++)
out << items[i] << SPACE << PLUS << SPACE;
out << items[i];
}
return out;
}
ostream &operator << (ostream &out, const strvec &vec){
std::copy(vec.begin(), vec.end(), ostrit(out, LISTDELIM));
return out;
}
ostream &operator << (ostream &out, const POINT &point){
std::copy(point.begin(), point.end(), ostream_iterator<double>(out, TAB1));
return out;
}
ostream &operator << (ostream &out, const pointvec &pv){
for (pointvec::const_iterator it = pv.begin(); it != pv.end(); ++it)
out << *it << endl;
return out;
}
/*
stomap operator * (stomap &sto, double coef){
stomap rv;
for (stomap::iterator it = sto.begin(); it != sto.end(); ++it)
rv[it->first] = it->second * coef;
return rv;
}
*/
void mul(stomap *sto, double coef){
for (stomap::iterator it = sto->begin(); it != sto->end(); ++it)
it->second *= coef;
}
void set_sto(string name, double coef, stomap* sto){
stomap::iterator it = sto->find(name);
if (it == sto->end())
(*sto)[name] = 0;
(*sto)[name] += coef;
}
ostream &operator << (ostream &out, const RANGE &range){
out << range.min << '\t' << range.max;
return out;
}
bool is_operator(string s){
return (s == AND) || (s == OR) || (s == OPEN_PAR) || (s == CLOS_PAR);
}
|
c2127e42986963e08cce9a351a49c26461f1bc4d | 88ae8695987ada722184307301e221e1ba3cc2fa | /third_party/openscreen/src/osp/public/service_listener.h | 2a11e44c42beec3e1814261a3c5ecaafe23be257 | [
"BSD-3-Clause",
"LicenseRef-scancode-warranty-disclaimer",
"Apache-2.0",
"LGPL-2.0-or-later",
"MIT",
"GPL-1.0-or-later"
] | permissive | iridium-browser/iridium-browser | 71d9c5ff76e014e6900b825f67389ab0ccd01329 | 5ee297f53dc7f8e70183031cff62f37b0f19d25f | refs/heads/master | 2023-08-03T16:44:16.844552 | 2023-07-20T15:17:00 | 2023-07-23T16:09:30 | 220,016,632 | 341 | 40 | BSD-3-Clause | 2021-08-13T13:54:45 | 2019-11-06T14:32:31 | null | UTF-8 | C++ | false | false | 5,031 | h | service_listener.h | // Copyright 2018 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#ifndef OSP_PUBLIC_SERVICE_LISTENER_H_
#define OSP_PUBLIC_SERVICE_LISTENER_H_
#include <cstdint>
#include <string>
#include <vector>
#include "osp/public/service_info.h"
#include "osp/public/timestamp.h"
#include "platform/base/macros.h"
namespace openscreen {
namespace osp {
// Used to report an error from a ServiceListener implementation.
struct ServiceListenerError {
public:
// TODO(mfoltz): Add additional error types, as implementations progress.
enum class Code {
kNone = 0,
};
ServiceListenerError();
ServiceListenerError(Code error, const std::string& message);
ServiceListenerError(const ServiceListenerError& other);
~ServiceListenerError();
ServiceListenerError& operator=(const ServiceListenerError& other);
Code error;
std::string message;
};
class ServiceListener {
public:
enum class State {
kStopped = 0,
kStarting,
kRunning,
kStopping,
kSearching,
kSuspended,
};
// Holds a set of metrics, captured over a specific range of time, about the
// behavior of a ServiceListener instance.
struct Metrics {
Metrics();
~Metrics();
// The range of time over which the metrics were collected; end_timestamp >
// start_timestamp
timestamp_t start_timestamp = 0;
timestamp_t end_timestamp = 0;
// The number of packets and bytes sent over the timestamp range.
uint64_t num_packets_sent = 0;
uint64_t num_bytes_sent = 0;
// The number of packets and bytes received over the timestamp range.
uint64_t num_packets_received = 0;
uint64_t num_bytes_received = 0;
// The maximum number of receivers discovered over the timestamp range. The
// latter two fields break this down by receivers advertising ipv4 and ipv6
// endpoints.
size_t num_receivers = 0;
size_t num_ipv4_receivers = 0;
size_t num_ipv6_receivers = 0;
};
class Observer {
public:
virtual ~Observer() = default;
// Called when the state becomes kRunning.
virtual void OnStarted() = 0;
// Called when the state becomes kStopped.
virtual void OnStopped() = 0;
// Called when the state becomes kSuspended.
virtual void OnSuspended() = 0;
// Called when the state becomes kSearching.
virtual void OnSearching() = 0;
// Notifications to changes to the listener's receiver list.
virtual void OnReceiverAdded(const ServiceInfo&) = 0;
virtual void OnReceiverChanged(const ServiceInfo&) = 0;
virtual void OnReceiverRemoved(const ServiceInfo&) = 0;
// Called if all receivers are no longer available, e.g. all network
// interfaces have been disabled.
virtual void OnAllReceiversRemoved() = 0;
// Reports an error.
virtual void OnError(ServiceListenerError) = 0;
// Reports metrics.
virtual void OnMetrics(Metrics) = 0;
};
virtual ~ServiceListener();
// Starts listening for receivers using the config object.
// Returns true if state() == kStopped and the service will be started, false
// otherwise.
virtual bool Start() = 0;
// Starts the listener in kSuspended mode. This could be used to enable
// immediate search via SearchNow() in the future.
// Returns true if state() == kStopped and the service will be started, false
// otherwise.
virtual bool StartAndSuspend() = 0;
// Stops listening and cancels any search in progress.
// Returns true if state() != (kStopped|kStopping).
virtual bool Stop() = 0;
// Suspends background listening. For example, the tab wanting receiver
// availability might go in the background, meaning we can suspend listening
// to save power.
// Returns true if state() == (kRunning|kSearching|kStarting), meaning the
// suspension will take effect.
virtual bool Suspend() = 0;
// Resumes listening. Returns true if state() == (kSuspended|kSearching).
virtual bool Resume() = 0;
// Asks the listener to search for receivers now, even if the listener is
// is currently suspended. If a background search is already in
// progress, this has no effect. Returns true if state() ==
// (kRunning|kSuspended).
virtual bool SearchNow() = 0;
virtual void AddObserver(Observer* observer) = 0;
virtual void RemoveObserver(Observer* observer) = 0;
// Returns the current state of the listener.
State state() const { return state_; }
// Returns the last error reported by this listener.
const ServiceListenerError& last_error() const { return last_error_; }
// Returns the current list of receivers known to the ServiceListener.
virtual const std::vector<ServiceInfo>& GetReceivers() const = 0;
protected:
ServiceListener();
State state_;
ServiceListenerError last_error_;
std::vector<Observer*> observers_;
OSP_DISALLOW_COPY_AND_ASSIGN(ServiceListener);
};
} // namespace osp
} // namespace openscreen
#endif // OSP_PUBLIC_SERVICE_LISTENER_H_
|
7249c554715eeb695ef0cf73fddbdbec3846dc0b | 49e8a50f464ae91c49027f5331287051246842b5 | /cpp/base/ArrayDemo.cpp | e2992afa6f9b807bab9f80812e5f7fbcccaca687 | [] | no_license | whvixd/study | 446fb61c0cc189eb344d5eac0f47af14254f9755 | b1e119e8f4bbd92629e817c1561eece2d69321ca | refs/heads/master | 2023-02-21T23:59:32.842944 | 2023-02-19T00:59:34 | 2023-02-19T00:59:34 | 190,568,472 | 0 | 1 | null | 2023-02-19T01:08:31 | 2019-06-06T11:16:49 | Java | UTF-8 | C++ | false | false | 334 | cpp | ArrayDemo.cpp | #include <iostream>
using namespace std;
#include <iomanip>
using std::setw;
int main(){
int n[10];
for(int i=0;i<10;i++){
n[i]=100+i;
}
cout << "Ele" << setw(13) << "Val" << endl;//setw(x) x空格
for(int j=0;j<10;j++){
cout << setw(3) << j << setw(13) << n[j] << endl;
}
return 0;
} |
0b441cf9a09db11e0c1ac8d0296e1639e1db1882 | cb80a8562d90eb969272a7ff2cf52c1fa7aeb084 | /inletTest2/0.13/turbulenceProperties.L | ec6c650a05d661bf10d4e02ea2132dcb82b56cb1 | [] | no_license | mahoep/inletCFD | eb516145fad17408f018f51e32aa0604871eaa95 | 0df91e3fbfa60d5db9d52739e212ca6d3f0a28b2 | refs/heads/main | 2023-08-30T22:07:41.314690 | 2021-10-14T19:23:51 | 2021-10-14T19:23:51 | 314,657,843 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 434,235 | l | turbulenceProperties.L | /*--------------------------------*- C++ -*----------------------------------*\
| ========= | |
| \\ / F ield | OpenFOAM: The Open Source CFD Toolbox |
| \\ / O peration | Version: v2006 |
| \\ / A nd | Website: www.openfoam.com |
| \\/ M anipulation | |
\*---------------------------------------------------------------------------*/
FoamFile
{
version 2.0;
format ascii;
class volScalarField;
location "0.13";
object turbulenceProperties:L;
}
// * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * //
dimensions [0 1 0 0 0 0 0];
internalField nonuniform List<scalar>
38932
(
0.0100146
0.0100149
0.0100048
0.0100047
0.0100048
0.0100047
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100048
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.0100049
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.010005
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100051
0.0100049
0.0100045
0.0100035
0.0100005
0.00999092
0.00997214
0.00991878
0.00975005
0.00914799
0.00717816
0.00248906
0.000846212
4.35498e-05
4.28478e-05
0.000377582
0.00102542
0.000726992
0.000271527
4.25621e-05
4.24857e-05
0.00022629
0.000591207
0.000527429
0.000201601
4.28407e-05
4.28001e-05
0.000188429
0.000484208
0.000461013
0.000182668
4.28641e-05
4.27192e-05
0.000177551
0.000448777
0.000442871
0.000176569
4.26423e-05
4.26353e-05
0.000176175
0.000439577
0.000437818
0.00017611
4.26411e-05
4.264e-05
0.000176159
0.000436645
0.000435617
0.000176193
4.264e-05
4.264e-05
0.000176152
0.000434486
0.000433121
0.000176006
4.264e-05
4.264e-05
0.000175746
0.000431502
0.000429639
0.000175379
4.264e-05
4.264e-05
0.000174923
0.000427571
0.000425343
0.000174394
4.264e-05
4.264e-05
0.000173813
0.000422997
0.000420574
0.000173195
4.264e-05
4.264e-05
0.000172555
0.000418105
0.000415619
0.000171905
4.264e-05
4.264e-05
0.000171253
0.000413138
0.000410678
0.000170608
4.264e-05
4.264e-05
0.000169974
0.000408251
0.000405866
0.000169356
4.264e-05
4.264e-05
0.000168757
0.000403528
0.000401242
0.000168179
4.264e-05
4.264e-05
0.000167623
0.000399011
0.000396834
0.00016709
4.264e-05
4.264e-05
0.000166581
0.000394713
0.000392647
0.000166096
4.264e-05
4.264e-05
0.000165635
0.000390637
0.000388681
0.000165199
4.264e-05
4.264e-05
0.000164788
0.000386779
0.00038493
0.0001644
4.264e-05
4.264e-05
0.000164037
0.000383133
0.000381388
0.000163699
4.264e-05
4.264e-05
0.000163385
0.000379693
0.000378048
0.000163096
4.264e-05
4.264e-05
0.000162832
0.000376453
0.000374906
0.000162593
4.264e-05
4.264e-05
0.000162379
0.000373408
0.000371958
0.000162191
4.264e-05
4.264e-05
0.000162028
0.000370556
0.000369202
0.000161893
4.264e-05
4.264e-05
0.000161784
0.000367896
0.000366637
0.000161704
4.264e-05
4.264e-05
0.000161651
0.000365426
0.000364264
0.000161629
4.264e-05
4.264e-05
0.000161637
0.000363151
0.000362088
0.000161677
4.264e-05
4.264e-05
0.00016175
0.000361076
0.000360116
0.000161857
4.264e-05
4.264e-05
0.000162001
0.000359209
0.000358357
0.000162183
4.264e-05
4.264e-05
0.000162405
0.000357563
0.000356827
0.000162669
4.264e-05
4.264e-05
0.000162979
0.000356153
0.000355542
0.000163336
4.264e-05
4.264e-05
0.000163745
0.000355
0.000354528
0.000164208
4.264e-05
4.264e-05
0.000164731
0.000354131
0.000353815
0.000165317
4.264e-05
4.264e-05
0.000165973
0.000353585
0.000353446
0.000166704
4.264e-05
4.264e-05
0.000167517
0.00035341
0.000353483
0.000168422
4.264e-05
4.264e-05
0.000169426
0.000353674
0.000354
0.00017054
4.264e-05
4.264e-05
0.000171777
0.000354475
0.000355111
0.000173151
4.264e-05
4.264e-05
0.000174679
0.000355933
0.000356954
0.000176375
4.264e-05
4.264e-05
0.000178268
0.000358215
0.000359727
0.000180376
4.264e-05
4.264e-05
0.000182734
0.000361554
0.000363701
0.000185369
4.264e-05
4.264e-05
0.000188323
0.000366252
0.000369259
0.000191639
4.264e-05
4.264e-05
0.000195371
0.000372797
0.000376907
0.000199557
4.264e-05
4.264e-05
0.000204267
0.000381754
0.000387428
0.000209564
4.264e-05
4.264e-05
0.000215487
0.00039401
0.000401539
0.000222036
4.264e-05
4.264e-05
0.000229321
0.000410424
0.000420774
0.000237349
4.264e-05
4.264e-05
0.000246159
0.000432926
0.000447075
0.000255783
4.264e-05
4.264e-05
0.000265917
0.000463984
0.000482596
0.000274749
4.264e-05
4.264e-05
0.000281684
0.000503318
0.000528556
0.000289294
4.264e-05
4.264e-05
0.000297115
0.000556746
0.000586936
0.000304477
4.264e-05
4.264e-05
0.000311036
0.000618476
0.000651313
0.000316773
4.264e-05
4.264e-05
0.000320419
0.000683041
0.000707854
0.000319566
4.264e-05
4.264e-05
0.000312045
0.000717223
0.000693679
0.000291966
4.26329e-05
4.26471e-05
0.000254341
0.000626838
0.000563762
0.000227247
4.26329e-05
4.264e-05
0.000213416
0.000525049
0.000506088
0.000204992
4.26471e-05
4.264e-05
0.000200261
0.00049713
0.000493709
0.000198836
4.264e-05
4.264e-05
0.000199847
0.00049644
0.000503677
0.000202326
4.26329e-05
4.26471e-05
0.000205486
0.000512102
0.000521269
0.000209308
4.264e-05
4.264e-05
0.000213187
0.000531191
0.000540623
0.00021689
4.26329e-05
4.264e-05
0.000219882
0.0005495
0.000559467
0.00022364
4.26471e-05
4.264e-05
0.000226923
0.000568296
0.000576687
0.000230294
4.264e-05
4.264e-05
0.000233643
0.000584818
0.000592241
0.000236877
4.26329e-05
4.26471e-05
0.000240122
0.000599322
0.000605766
0.0002432
4.26329e-05
4.264e-05
0.000246314
0.000611832
0.00061737
0.000249335
4.26471e-05
4.264e-05
0.0002523
0.00062244
0.000627052
0.000255281
4.264e-05
4.26471e-05
0.000258299
0.000631261
0.000634942
0.000261321
4.26329e-05
4.26471e-05
0.000264544
0.000638212
0.000640873
0.000267892
4.26259e-05
4.27497e-05
0.000271683
0.000642828
0.000643753
0.000275734
4.28039e-05
4.28729e-05
0.000280416
0.000642885
0.000637943
0.000285252
4.27731e-05
4.29521e-05
0.000289791
0.000623927
0.000592726
0.000292019
4.26833e-05
4.2796e-05
0.000286359
0.000526381
0.000384619
0.000224175
4.29534e-05
4.35626e-05
0.000177004
0.000177024
0.000174625
0.00017711
0.000175976
0.000180209
0.000179711
0.000181181
0.000180718
0.000181015
0.000180955
0.000181045
0.000180954
0.000181127
0.00018041
0.000180681
0.000180922
0.000195583
0.000192084
0.0001886
0.00018227
0.000136065
8.31803e-05
9.69137e-05
0.00011472
9.66728e-05
5.29391e-05
5.56003e-05
6.00576e-05
5.96974e-05
5.80582e-05
5.8466e-05
3.93748e-05
3.41967e-05
3.18449e-05
3.30505e-05
2.32364e-05
4.71797e-05
7.15924e-05
9.57675e-05
0.000135958
0.000282879
0.000226012
0.000162347
8.58023e-05
2.602e-05
2.70705e-05
0.000125738
0.000248448
0.000341076
0.00041544
0.000499282
0.000398525
0.000282014
0.000137882
2.76762e-05
2.72771e-05
0.000142844
0.000297523
0.000429644
0.000543065
0.000559314
0.000441828
0.000301204
0.000143471
2.69196e-05
2.60103e-05
0.000139619
0.000294487
0.000434537
0.00055309
0.000535722
0.000418904
0.000282816
0.000133809
2.4868e-05
2.3622e-05
0.000127847
0.000269792
0.000400241
0.000513661
0.000489591
0.000381599
0.000257293
0.000122499
2.2346e-05
2.12299e-05
0.000118179
0.000246943
0.000365661
0.000469186
0.000453964
0.000352856
0.000238653
0.000115056
2.02905e-05
1.93978e-05
0.000112038
0.000231
0.000341573
0.000440191
0.000427363
0.000330632
0.000223459
0.000108875
1.84847e-05
1.74675e-05
0.00010437
0.000214322
0.00031851
0.000413711
0.000395245
0.000301873
0.00020172
9.75462e-05
1.61517e-05
1.46314e-05
8.6718e-05
0.000183331
0.000279815
0.000372394
0.000345269
0.000252884
0.000160433
7.32737e-05
1.28041e-05
1.02201e-05
5.61137e-05
0.000131851
0.00022037
0.000313689
0.000274163
0.000179713
9.25108e-05
3.17412e-05
6.56472e-06
4.51e-06
1.5987e-05
5.97635e-05
0.000129162
0.000220798
0.000154076
7.09274e-05
3.30319e-05
1.11574e-05
4.51e-06
4.51e-06
7.17556e-06
1.78767e-05
4.47709e-05
8.5771e-05
5.4381e-05
2.12991e-05
8.97397e-06
6.11205e-06
4.51e-06
4.51e-06
6.95752e-06
1.03221e-05
2.40707e-05
5.76659e-05
6.44717e-05
3.04816e-05
1.39978e-05
7.77966e-06
4.51e-06
4.51e-06
7.32636e-06
1.61935e-05
3.51572e-05
6.9433e-05
7.20165e-05
3.43497e-05
1.38329e-05
5.6045e-06
4.51e-06
4.51e-06
5.52401e-06
1.33128e-05
3.36836e-05
7.17447e-05
6.92056e-05
3.10564e-05
1.20031e-05
6.03978e-06
4.51e-06
4.51e-06
7.18129e-06
1.37413e-05
3.35223e-05
7.14089e-05
7.94121e-05
3.91175e-05
1.52827e-05
6.12158e-06
4.51e-06
4.51e-06
6.36251e-06
1.42034e-05
3.52037e-05
7.39309e-05
7.48238e-05
3.89866e-05
1.74273e-05
7.95143e-06
4.51e-06
4.51e-06
7.06766e-06
1.77764e-05
3.93785e-05
7.43478e-05
7.67979e-05
4.17807e-05
1.89798e-05
7.78858e-06
4.51e-06
4.51e-06
6.97282e-06
1.73945e-05
3.78241e-05
7.09329e-05
6.8487e-05
3.49859e-05
1.59554e-05
6.53813e-06
4.51e-06
4.51e-06
7.57237e-06
1.67455e-05
3.51924e-05
6.88731e-05
7.2313e-05
3.85658e-05
1.82126e-05
7.72886e-06
4.51e-06
4.51e-06
6.68765e-06
1.82405e-05
3.89511e-05
7.31971e-05
7.87413e-05
4.23731e-05
1.89008e-05
7.2813e-06
4.51e-06
4.51e-06
8.57579e-06
2.00033e-05
4.17792e-05
7.66855e-05
8.27016e-05
4.72563e-05
2.18045e-05
7.39848e-06
4.51e-06
4.51e-06
7.35069e-06
1.94925e-05
4.15274e-05
7.71601e-05
7.70313e-05
4.33904e-05
2.09844e-05
8.6655e-06
4.51e-06
4.51e-06
7.67261e-06
2.07049e-05
4.17895e-05
7.47383e-05
7.58557e-05
4.22538e-05
2.02196e-05
7.35231e-06
4.51e-06
4.51e-06
9.05694e-06
2.10135e-05
4.07619e-05
7.33676e-05
7.77173e-05
4.48907e-05
2.21311e-05
7.84118e-06
4.51e-06
4.51e-06
6.96398e-06
2.06888e-05
4.15883e-05
7.56526e-05
7.85001e-05
4.51728e-05
2.26374e-05
8.99837e-06
4.51e-06
4.51e-06
7.57882e-06
2.23259e-05
4.38502e-05
7.63394e-05
8.21195e-05
4.64318e-05
2.2583e-05
7.63221e-06
4.51e-06
4.51e-06
9.26892e-06
2.30582e-05
4.48944e-05
7.9273e-05
8.82594e-05
5.39319e-05
2.6859e-05
8.73039e-06
4.51e-06
4.51e-06
8.02141e-06
2.36709e-05
4.75973e-05
8.36937e-05
8.68174e-05
5.27882e-05
2.64615e-05
8.91794e-06
4.51e-06
4.51e-06
8.18145e-06
2.33156e-05
4.53826e-05
7.92545e-05
7.94038e-05
4.82155e-05
2.50563e-05
9.32942e-06
4.51e-06
4.51e-06
8.02961e-06
2.3328e-05
4.40813e-05
7.66233e-05
7.81379e-05
4.69884e-05
2.45309e-05
8.9959e-06
4.51e-06
4.51e-06
9.26852e-06
2.53941e-05
4.67774e-05
7.7167e-05
7.997e-05
4.7691e-05
2.4463e-05
7.79203e-06
4.51e-06
4.51e-06
8.75399e-06
2.4387e-05
4.48351e-05
7.68014e-05
8.16408e-05
5.02273e-05
2.63518e-05
9.122e-06
4.51e-06
4.51e-06
7.46634e-06
2.4264e-05
4.58273e-05
7.91971e-05
8.20068e-05
4.96892e-05
2.64145e-05
9.94775e-06
4.51e-06
4.51e-06
7.96665e-06
2.58548e-05
4.90469e-05
8.14801e-05
8.53479e-05
5.0266e-05
2.59648e-05
8.4821e-06
4.51e-06
4.51e-06
1.0452e-05
2.71616e-05
4.98435e-05
8.36478e-05
9.00711e-05
5.54275e-05
2.8493e-05
9.32639e-06
4.51e-06
4.51e-06
8.86898e-06
2.61665e-05
4.85755e-05
8.29281e-05
8.42431e-05
5.23029e-05
2.75854e-05
9.70901e-06
4.51e-06
4.51e-06
8.8831e-06
2.59837e-05
4.70938e-05
7.9794e-05
8.24762e-05
5.18464e-05
2.82069e-05
1.06779e-05
4.51e-06
4.51e-06
8.70898e-06
2.68997e-05
4.91314e-05
8.13083e-05
8.2018e-05
5.11873e-05
2.7466e-05
9.28002e-06
4.51e-06
4.51e-06
1.01485e-05
2.85427e-05
5.15339e-05
8.20583e-05
8.40552e-05
5.14206e-05
2.69941e-05
8.34927e-06
4.51e-06
4.51e-06
9.10354e-06
2.73137e-05
4.91238e-05
8.14858e-05
8.62938e-05
5.37952e-05
2.84667e-05
9.53245e-06
4.51e-06
4.51e-06
7.86945e-06
2.6512e-05
4.8609e-05
8.29036e-05
8.62088e-05
5.35614e-05
2.90059e-05
1.07796e-05
4.51e-06
4.51e-06
7.95872e-06
2.71211e-05
5.08442e-05
8.3973e-05
8.19575e-05
4.94711e-05
2.71485e-05
9.30117e-06
4.51e-06
4.51e-06
1.15498e-05
2.91838e-05
5.04154e-05
7.99806e-05
8.40533e-05
5.29715e-05
2.86231e-05
1.03893e-05
4.51e-06
4.51e-06
9.41687e-06
2.76521e-05
5.09212e-05
8.42218e-05
8.33712e-05
4.96293e-05
2.57906e-05
9.02561e-06
4.51e-06
4.51e-06
7.85011e-06
2.35295e-05
4.24775e-05
7.78028e-05
8.27596e-05
4.61945e-05
2.40004e-05
7.3529e-06
4.51e-06
5.21879e-06
1.03876e-05
2.90566e-05
6.06878e-05
0.000100516
0.000130868
7.9566e-05
3.98013e-05
1.51676e-05
6.805e-06
8.84439e-06
2.36938e-05
6.24297e-05
0.000125996
0.000208885
0.000247753
0.000163647
9.0656e-05
3.58386e-05
1.13544e-05
1.38216e-05
5.02181e-05
0.000117324
0.000197009
0.000285323
0.000318118
0.000227795
0.000141798
6.39161e-05
1.59493e-05
1.75978e-05
7.6454e-05
0.000162725
0.000253619
0.000346022
0.000370266
0.000276096
0.000180549
8.6005e-05
1.88253e-05
1.99947e-05
9.46387e-05
0.000195504
0.000294744
0.000390188
0.000404101
0.00030984
0.00020851
0.000102701
2.10452e-05
2.18884e-05
0.000110587
0.000221029
0.000325191
0.000421618
0.000436891
0.000337628
0.000230528
0.000116159
2.25816e-05
2.33696e-05
0.000119504
0.000238443
0.000349242
0.000452325
0.000467698
0.000360939
0.000246504
0.000124132
2.4239e-05
2.59007e-05
0.000127905
0.000254184
0.000370763
0.000477923
0.000487775
0.000381936
0.000264264
0.000135328
2.75604e-05
2.87213e-05
0.000143146
0.000275721
0.000396346
0.000504976
0.000521648
0.000410419
0.000286698
0.000149578
2.96926e-05
3.0665e-05
0.000157121
0.000297272
0.000423591
0.000536612
0.000550918
0.00043494
0.00030645
0.000164414
3.11208e-05
3.08997e-05
0.000166835
0.000309343
0.0004393
0.000562032
0.000537527
0.000425702
0.000300198
0.000161504
3.00006e-05
2.91515e-05
0.000155425
0.000288184
0.000405867
0.000506216
0.00052182
0.0004098
0.000288097
0.000153879
2.91435e-05
2.90056e-05
0.000157391
0.000294728
0.000420246
0.000535205
0.000547761
0.000430512
0.000302397
0.00016279
2.92649e-05
2.89087e-05
0.000164339
0.000308109
0.000439099
0.000558602
0.000567361
0.000445907
0.000312515
0.000166272
2.91442e-05
2.81221e-05
0.000164415
0.000311585
0.000446892
0.000571782
0.000560961
0.000435951
0.000303726
0.000160669
2.73951e-05
2.55231e-05
0.000151253
0.00028578
0.000407229
0.000511635
0.000461636
0.000371592
0.000263
0.000139214
2.35733e-05
2.16432e-05
0.000128781
0.000244708
0.000350632
0.000450405
0.000423584
0.000331808
0.000230284
0.000120026
2.03492e-05
1.89914e-05
0.000112537
0.000216494
0.000310754
0.000392558
0.000394563
0.000304812
0.000210189
0.000108925
1.86331e-05
1.81384e-05
0.000106932
0.000208333
0.00030395
0.000394185
0.000389247
0.00030092
0.000206317
0.000105914
1.80064e-05
1.77223e-05
0.000104932
0.00020407
0.000297704
0.000385464
0.000382745
0.000295268
0.000202109
0.000104134
1.77457e-05
1.72936e-05
0.000103019
0.000200716
0.000293909
0.000381907
0.000380637
0.00029027
0.000198186
0.000101861
1.70844e-05
1.63954e-05
9.84001e-05
0.000190866
0.000278378
0.000359728
0.000337602
0.000264481
0.000181749
9.35803e-05
1.57893e-05
1.57426e-05
9.27675e-05
0.000181639
0.000266518
0.000347888
0.000357006
0.000273326
0.000185803
9.49037e-05
1.60932e-05
1.62777e-05
9.79831e-05
0.000190669
0.000280131
0.000365395
0.000373004
0.000285551
0.000194383
9.97492e-05
1.6142e-05
1.57189e-05
9.8558e-05
0.00019323
0.000285509
0.000376805
0.000357078
0.000275105
0.000187019
9.50167e-05
1.49999e-05
1.42362e-05
9.09884e-05
0.000179829
0.000262926
0.000336518
0.000348459
0.000266164
0.000180022
8.99733e-05
1.38539e-05
1.42512e-05
9.17076e-05
0.000184418
0.000273789
0.000359686
0.000369256
0.000281298
0.00018967
9.43433e-05
1.46336e-05
1.48058e-05
9.62428e-05
0.000193063
0.000287022
0.0003774
0.000382572
0.00028792
0.000193301
9.65693e-05
1.478e-05
1.45313e-05
9.49435e-05
0.000188428
0.00027856
0.000363226
0.000343958
0.000268166
0.000183296
9.2816e-05
1.43092e-05
1.42453e-05
9.27648e-05
0.000184677
0.000272533
0.000356885
0.000369182
0.000281157
0.000189413
9.46248e-05
1.44385e-05
1.48718e-05
9.6777e-05
0.000194583
0.000289172
0.000380103
0.000389548
0.000296078
0.000199124
0.000100034
1.50842e-05
1.51043e-05
9.99131e-05
0.000199894
0.000297648
0.000395958
0.000376414
0.000288156
0.000194924
9.81874e-05
1.47577e-05
1.44266e-05
9.6687e-05
0.000190717
0.000278905
0.000357807
0.000371862
0.00028398
0.000192426
9.68004e-05
1.43493e-05
1.44914e-05
9.8812e-05
0.000197975
0.000293553
0.000385347
0.000397606
0.000301955
0.000202864
0.000101251
1.49134e-05
1.51147e-05
0.000102389
0.000204325
0.000304668
0.000405877
0.000387003
0.000296512
0.000201088
0.00010131
1.49631e-05
1.46658e-05
9.99839e-05
0.000197055
0.000288395
0.00036952
0.000384911
0.000294078
0.000198956
0.000100187
1.46603e-05
1.5003e-05
0.000102356
0.000203986
0.000303087
0.000399492
0.000409546
0.000306511
0.000205717
0.000103658
1.52151e-05
1.49697e-05
0.000102528
0.00020244
0.000299006
0.000391162
0.000374975
0.000292047
0.000199498
0.000101319
1.48627e-05
1.49192e-05
0.000102258
0.000202717
0.000299225
0.000391673
0.000407339
0.000309112
0.000207843
0.000104436
1.51535e-05
1.53668e-05
0.000105718
0.000209989
0.000313587
0.000419301
0.000401393
0.000306913
0.000208267
0.000105642
1.53733e-05
1.53218e-05
0.00010569
0.000206569
0.000301208
0.000386155
0.000404469
0.000309266
0.000210224
0.000106716
1.5276e-05
1.52266e-05
0.00010812
0.000215914
0.000320855
0.000422429
0.000436492
0.000326978
0.000219035
0.00011029
1.58161e-05
1.64e-05
0.000112379
0.000218932
0.000321644
0.000419912
0.000406697
0.000317868
0.000219058
0.000113489
1.6901e-05
1.73838e-05
0.000115781
0.000222772
0.00032646
0.000426533
0.000443605
0.000333398
0.000226057
0.000117484
1.77401e-05
1.76818e-05
0.000117573
0.000224842
0.000328202
0.000427576
0.000415112
0.00032424
0.000223524
0.000116789
1.70913e-05
1.62753e-05
0.000114779
0.00022482
0.000332199
0.000435474
0.000453527
0.000337868
0.000224922
0.000111342
1.48584e-05
1.46953e-05
0.000109321
0.000222908
0.000333173
0.0004378
0.000427926
0.000331274
0.000224264
0.0001121
1.57187e-05
1.66766e-05
0.000115112
0.000227703
0.000338017
0.000450357
0.000439881
0.000337472
0.000229827
0.000117649
1.74251e-05
1.82592e-05
0.000120821
0.000232773
0.000338835
0.000433512
0.000457602
0.000346592
0.000236719
0.00012354
1.89447e-05
1.94973e-05
0.000125677
0.000238619
0.000346127
0.000447986
0.000441923
0.000347491
0.000241501
0.000128074
2.00928e-05
2.04775e-05
0.000130198
0.000244995
0.000355124
0.000466099
0.000456329
0.000353916
0.000246017
0.000131253
2.08059e-05
2.1071e-05
0.000132281
0.000247603
0.000354846
0.000449653
0.00047132
0.000358716
0.000246714
0.000131164
2.06648e-05
1.90613e-05
0.000125452
0.000238481
0.000349136
0.00045612
0.000443534
0.000337105
0.00022645
0.000115682
1.75168e-05
1.81936e-05
0.000112701
0.000219595
0.0003291
0.000435596
0.000441344
0.00033231
0.000222146
0.00011607
2.03042e-05
2.09911e-05
0.000120139
0.000228578
0.000337971
0.000444199
0.000465995
0.000352045
0.000236115
0.000121882
2.02607e-05
1.80774e-05
0.000116817
0.000234545
0.000354506
0.000477932
0.000462598
0.000348211
0.000231781
0.000116989
1.83772e-05
2.16828e-05
0.000124323
0.000234175
0.000343757
0.000451072
0.000441493
0.000339063
0.000236412
0.000131181
2.43206e-05
2.51734e-05
0.000132171
0.000230816
0.000330033
0.000429792
0.000413884
0.000313273
0.000213725
0.000115705
2.54531e-05
2.47593e-05
9.56721e-05
0.000188133
0.000286175
0.000387852
0.000330843
0.000245059
0.000159622
7.81789e-05
2.24342e-05
1.98135e-05
6.54599e-05
0.000138293
0.000217476
0.000298482
0.000266009
0.00019387
0.000125161
6.15279e-05
1.84148e-05
1.76425e-05
5.56884e-05
0.000115464
0.00018118
0.000251887
0.000230311
0.000167964
0.000107802
5.18375e-05
1.66708e-05
1.59616e-05
4.80999e-05
0.000102561
0.00016197
0.000225445
0.00020855
0.000151252
9.59536e-05
4.42166e-05
1.47927e-05
1.29728e-05
4.16042e-05
9.39815e-05
0.000150239
0.000210201
0.000197381
0.000144042
9.13328e-05
4.02372e-05
1.21172e-05
1.27127e-05
4.47626e-05
9.46167e-05
0.000147622
0.000204475
0.00019538
0.000145726
9.63741e-05
4.77074e-05
1.31084e-05
1.33197e-05
5.08804e-05
0.000100733
0.00015179
0.000205592
0.000203351
0.00015107
0.000102109
5.25401e-05
1.34213e-05
1.31697e-05
5.2443e-05
0.000100243
0.000144979
0.00018584
0.000193503
0.000148662
0.00010303
5.40866e-05
1.28733e-05
1.29712e-05
5.77373e-05
0.000105676
0.00014956
0.000191527
0.000204408
0.000157959
0.000111334
6.16216e-05
1.35214e-05
1.41455e-05
6.40597e-05
0.000114012
0.000160078
0.000207203
0.000195394
0.000157179
0.000114411
6.57934e-05
1.46507e-05
1.49003e-05
6.61742e-05
0.000116665
0.00016179
0.000204641
0.000206973
0.000162356
0.000117381
6.66288e-05
1.49763e-05
1.48372e-05
6.53686e-05
0.000115666
0.00015877
0.00019604
0.000204747
0.000162626
0.00011681
6.42358e-05
1.4502e-05
1.41098e-05
6.42875e-05
0.000116947
0.000162761
0.000207108
0.000196339
0.000159311
0.000115487
6.34236e-05
1.37743e-05
1.34049e-05
6.43074e-05
0.000117679
0.000163294
0.000204416
0.000205781
0.000166044
0.000120998
6.76939e-05
1.34109e-05
1.38869e-05
7.14427e-05
0.000126848
0.000174922
0.000218807
0.000223983
0.000177948
0.000129634
7.36532e-05
1.42944e-05
1.45334e-05
7.42704e-05
0.000129974
0.000176134
0.000215205
0.000225189
0.000181576
0.000132665
7.55717e-05
1.47133e-05
1.48566e-05
7.65571e-05
0.000134138
0.000183422
0.000229687
0.000220471
0.000180993
0.000133614
7.64432e-05
1.49626e-05
1.50798e-05
7.76592e-05
0.000136298
0.000186161
0.000230261
0.00023462
0.00018733
0.000136757
7.74409e-05
1.5112e-05
1.51104e-05
7.74092e-05
0.000136054
0.000184735
0.000225354
0.00023495
0.000189577
0.000138046
7.78504e-05
1.50798e-05
1.50288e-05
7.74206e-05
0.000138589
0.000190956
0.000239461
0.000229873
0.000188064
0.000137633
7.71922e-05
1.49216e-05
1.48732e-05
7.77557e-05
0.000139912
0.000193023
0.000239641
0.000244321
0.000194371
0.000140578
7.8027e-05
1.47635e-05
1.46741e-05
7.73084e-05
0.000139638
0.000191785
0.000234698
0.000244798
0.000197184
0.000142741
7.93994e-05
1.46884e-05
1.47224e-05
7.94427e-05
0.000143465
0.000198648
0.000249942
0.000240323
0.00019619
0.000142745
7.93084e-05
1.46857e-05
1.46212e-05
7.9499e-05
0.000145395
0.000201789
0.000251016
0.00025666
0.000203341
0.000145512
7.91889e-05
1.44568e-05
1.41478e-05
7.62926e-05
0.000141834
0.000198118
0.000247968
0.00023595
0.000191737
0.000137569
7.36678e-05
1.37609e-05
1.35448e-05
7.40786e-05
0.00013887
0.000195294
0.000244724
0.000249295
0.00019612
0.000139315
7.46758e-05
1.34353e-05
1.34206e-05
7.51657e-05
0.000138741
0.000193425
0.000239074
0.000249524
0.00019902
0.0001417
7.63135e-05
1.34256e-05
1.33867e-05
7.62183e-05
0.000142303
0.000200343
0.000254676
0.000244255
0.000197589
0.000141483
7.61868e-05
1.33246e-05
1.33391e-05
7.64855e-05
0.000143878
0.000202939
0.00025478
0.000260078
0.000204338
0.000144703
7.73998e-05
1.32896e-05
1.33108e-05
7.62739e-05
0.000143494
0.000201306
0.000249102
0.000259741
0.000206603
0.000146124
7.75182e-05
1.32421e-05
1.32791e-05
7.74103e-05
0.000146411
0.000207483
0.000264716
0.000253196
0.00020419
0.000145242
7.71009e-05
1.3234e-05
1.32405e-05
7.80607e-05
0.00014765
0.000209334
0.000263754
0.000268632
0.000210249
0.000147903
7.76986e-05
1.3222e-05
1.31437e-05
7.71115e-05
0.000146419
0.000206451
0.00025655
0.000267038
0.000211424
0.000148581
7.80398e-05
1.31546e-05
1.31325e-05
7.75997e-05
0.000148608
0.000212176
0.000271876
0.000259237
0.000208075
0.000146688
7.64366e-05
1.29942e-05
1.28994e-05
7.74209e-05
0.00014891
0.000212817
0.000269628
0.000274131
0.000213189
0.000148898
7.76235e-05
1.28624e-05
1.28018e-05
7.64322e-05
0.000147031
0.00020919
0.000261254
0.000271611
0.000213927
0.000149183
7.71877e-05
1.27103e-05
1.27027e-05
7.73012e-05
0.000149108
0.000214357
0.000275895
0.00026292
0.000210297
0.000147671
7.63891e-05
1.26223e-05
1.24906e-05
7.66581e-05
0.000149422
0.000215002
0.000273429
0.000277761
0.000215336
0.000149453
7.70945e-05
1.24204e-05
1.24257e-05
7.59149e-05
0.000148059
0.000211694
0.000265057
0.000276317
0.000217119
0.000150614
7.71991e-05
1.24165e-05
1.24848e-05
7.73261e-05
0.000151409
0.000218513
0.000281868
0.000270775
0.000216195
0.000151353
7.77033e-05
1.24733e-05
1.27486e-05
7.95376e-05
0.0001554
0.000223846
0.000284396
0.000292226
0.000227399
0.000158006
8.10219e-05
1.29722e-05
1.32663e-05
8.31353e-05
0.000161078
0.000228957
0.000285274
0.0003031
0.000240992
0.000168649
8.66945e-05
1.36516e-05
1.43073e-05
9.10532e-05
0.000175539
0.000250278
0.000319149
0.000317367
0.000256522
0.000182275
9.51636e-05
1.51613e-05
1.64882e-05
0.000102966
0.000196034
0.000273644
0.000335708
0.000362142
0.000297256
0.000214448
0.000112988
1.81614e-05
2.01517e-05
0.000125252
0.000238783
0.000334869
0.000414055
0.000444563
0.000354594
0.000252856
0.00013292
2.14268e-05
2.23434e-05
0.000134963
0.000254819
0.000356409
0.000444686
0.000427641
0.000349892
0.000252137
0.000134256
2.26672e-05
2.31402e-05
0.000136185
0.000256563
0.00035814
0.000443527
0.00044942
0.000364648
0.000262825
0.000140197
2.39635e-05
2.48093e-05
0.000145838
0.000273537
0.000382918
0.000474817
0.000486211
0.000388055
0.000277756
0.000148782
2.5709e-05
2.62812e-05
0.000148818
0.000275957
0.000381906
0.000466777
0.000485463
0.000391438
0.000280389
0.000150274
2.55673e-05
2.55577e-05
0.000150602
0.000280658
0.000392791
0.000493682
0.000471583
0.000384761
0.000277047
0.000149059
2.54724e-05
2.54895e-05
0.000151088
0.000281678
0.000394109
0.000489894
0.000497757
0.000395507
0.000282511
0.000151948
2.55622e-05
2.55689e-05
0.000150467
0.000278979
0.000387258
0.000475168
0.000493675
0.000396376
0.000282961
0.000151638
2.55156e-05
2.54732e-05
0.000152079
0.000283454
0.000397676
0.000501543
0.000478315
0.000388877
0.000279205
0.000149371
2.53944e-05
2.53818e-05
0.000151118
0.000283296
0.000398101
0.000497096
0.000504826
0.000399306
0.000283736
0.000151618
2.54251e-05
2.52636e-05
0.000149685
0.000279773
0.000390367
0.000481029
0.000499738
0.000399295
0.000283432
0.000150623
2.51687e-05
2.50884e-05
0.000149767
0.000282652
0.000399676
0.0005067
0.000481874
0.000389814
0.000277892
0.000147423
2.49382e-05
2.48153e-05
0.000147408
0.000280417
0.000397809
0.000500158
0.000505346
0.000397168
0.000279512
0.000146858
2.45322e-05
2.43989e-05
0.000145437
0.000274905
0.000386911
0.000479579
0.000495363
0.000394213
0.000278499
0.000146887
2.45336e-05
2.48496e-05
0.000149102
0.000282545
0.000397929
0.000497018
0.000522725
0.00041502
0.000291396
0.000152701
2.5315e-05
2.55822e-05
0.000153274
0.000292879
0.000416302
0.000529665
0.00050298
0.000405368
0.000287374
0.000151504
2.55805e-05
2.54937e-05
0.000151742
0.000289923
0.000413072
0.000521396
0.000524758
0.000410701
0.000287443
0.000150278
2.52143e-05
2.4944e-05
0.000147233
0.000281433
0.000398744
0.000495711
0.000511519
0.000404994
0.000284014
0.000148135
2.48693e-05
2.51076e-05
0.000149797
0.000287206
0.000407553
0.000511506
0.000537808
0.00042445
0.000295727
0.000153144
2.5413e-05
2.55528e-05
0.000153697
0.000296309
0.000424548
0.000543294
0.000513545
0.00041181
0.000289829
0.000150971
2.54599e-05
2.5267e-05
0.000150965
0.000291857
0.000419358
0.000532551
0.000534955
0.000416086
0.000288888
0.000149001
2.50574e-05
2.48898e-05
0.000146499
0.000282266
0.000402533
0.000503054
0.000519094
0.000408466
0.000284349
0.00014685
2.48825e-05
2.5067e-05
0.000148471
0.000287196
0.000410294
0.000518006
0.000545054
0.000427366
0.000295242
0.000151481
2.53978e-05
2.54826e-05
0.000151712
0.000295666
0.000427097
0.000549815
0.000517285
0.000413023
0.000288871
0.000149186
2.53186e-05
2.51614e-05
0.000148855
0.000290155
0.000419942
0.000536375
0.00053803
0.000416275
0.000286854
0.00014656
2.49548e-05
2.46451e-05
0.000142509
0.000278833
0.000400797
0.000503764
0.000519729
0.000406487
0.000280281
0.000143126
2.456e-05
2.4706e-05
0.000144418
0.000282657
0.000406974
0.000517053
0.000544434
0.000423426
0.000289795
0.000147145
2.49204e-05
2.50289e-05
0.000147298
0.000289604
0.000421692
0.000547024
0.000511692
0.000406431
0.00028239
0.000144699
2.48337e-05
2.48739e-05
0.000144911
0.000283906
0.000412221
0.000527925
0.000524802
0.000412814
0.000286485
0.000146521
2.51225e-05
2.53813e-05
0.000148776
0.000292856
0.000428362
0.000551989
0.000554208
0.000426554
0.000291912
0.000148128
2.53332e-05
2.50595e-05
0.000143707
0.000283579
0.000409527
0.000516537
0.000532726
0.000414679
0.000284146
0.000143751
2.49402e-05
2.50715e-05
0.000144562
0.000285408
0.000413933
0.000528238
0.000555631
0.000429428
0.000291934
0.000146877
2.52037e-05
2.51665e-05
0.000146639
0.00029102
0.00042705
0.000557057
0.000517998
0.000409618
0.000282791
0.000143719
2.5012e-05
2.5016e-05
0.000143333
0.00028363
0.000414862
0.00053445
0.000529562
0.000414069
0.00028507
0.000144255
2.51318e-05
2.53152e-05
0.000146549
0.000291685
0.000430073
0.000557532
0.000558886
0.000427306
0.000290228
0.000146183
2.53393e-05
2.51816e-05
0.000141345
0.000281171
0.000408946
0.000518423
0.000534869
0.000413515
0.000280976
0.000140645
2.5061e-05
2.51395e-05
0.000142135
0.000282441
0.000412449
0.000529436
0.000557087
0.000428048
0.000288877
0.000144263
2.53174e-05
2.51683e-05
0.000143567
0.000287042
0.000424832
0.000557781
0.000515697
0.000405731
0.000277705
0.000139092
2.48478e-05
2.46293e-05
0.000138375
0.000277543
0.000410046
0.000532257
0.000525322
0.00040794
0.00027797
0.000138724
2.46459e-05
2.47812e-05
0.000140888
0.000283813
0.000422839
0.0005531
0.000553142
0.000419287
0.000281629
0.000138587
2.4687e-05
2.42448e-05
0.000132914
0.00027053
0.000398693
0.000509125
0.000525302
0.000402078
0.000269868
0.000132455
2.3972e-05
2.42013e-05
0.000134447
0.000271198
0.00040046
0.000517796
0.000543172
0.000414954
0.000279067
0.000138358
2.47389e-05
2.50978e-05
0.000140659
0.00028264
0.000415942
0.000536973
0.000566646
0.000432655
0.000289535
0.000143328
2.54071e-05
2.54314e-05
0.000142631
0.000288367
0.000429366
0.000566311
0.000520405
0.000407196
0.000276153
0.000136068
2.50761e-05
2.4842e-05
0.00013536
0.000275077
0.000410697
0.000537537
0.000528481
0.000407489
0.000274998
0.000135768
2.48174e-05
2.4835e-05
0.000137348
0.000280034
0.000422134
0.000556527
0.000555317
0.000417665
0.000277576
0.000134374
2.46163e-05
2.41607e-05
0.000130311
0.000266155
0.000395429
0.000508329
0.000525057
0.000398973
0.000265331
0.000129628
2.40151e-05
2.40562e-05
0.000130268
0.00026589
0.000395937
0.000515543
0.000541913
0.000410466
0.000273146
0.000133764
2.4376e-05
2.48358e-05
0.000135906
0.000276255
0.000410467
0.000533476
0.00056319
0.000426588
0.000282247
0.000137425
2.50541e-05
2.49591e-05
0.000137253
0.000280913
0.000422529
0.00056188
0.00051267
0.000398444
0.00026675
0.000128475
2.45108e-05
2.41159e-05
0.000127915
0.000264879
0.000400355
0.000529031
0.000518136
0.000396786
0.000264998
0.000128553
2.42383e-05
2.45063e-05
0.000131975
0.000271764
0.000411279
0.000545029
0.000535149
0.000410372
0.000274675
0.000134267
2.49276e-05
2.51697e-05
0.000136533
0.000280564
0.000426338
0.000565471
0.000563424
0.000421613
0.000277996
0.000134421
2.50324e-05
2.45656e-05
0.000128097
0.000265416
0.000397319
0.000512718
0.000529837
0.000399328
0.000263258
0.000126602
2.4221e-05
2.42404e-05
0.000126948
0.000262764
0.000395191
0.000517759
0.000545053
0.000409262
0.000268844
0.000129344
2.44269e-05
2.47217e-05
0.000131556
0.000271525
0.000407854
0.000533751
0.000564492
0.000423248
0.000276752
0.000133115
2.49049e-05
2.46272e-05
0.000131225
0.000274651
0.000418854
0.000562278
0.000509645
0.000393176
0.00026067
0.000123741
2.41334e-05
2.3819e-05
0.000123066
0.000258841
0.000395571
0.000527576
0.000514545
0.000391415
0.000258698
0.000124266
2.39513e-05
2.42751e-05
0.000126858
0.000265142
0.000405729
0.000542988
0.000531227
0.000404612
0.000268156
0.000129395
2.46193e-05
2.48674e-05
0.000131158
0.000273557
0.000420084
0.000562332
0.000559771
0.000414986
0.000270715
0.000128763
2.46401e-05
2.41833e-05
0.000122382
0.00025674
0.000388428
0.000505146
0.000522787
0.000389888
0.000253529
0.000120005
2.38632e-05
2.38214e-05
0.000120155
0.00025232
0.000384806
0.000507858
0.00053555
0.000397995
0.000258426
0.000122712
2.39922e-05
2.42325e-05
0.000124125
0.00026035
0.000395799
0.000522273
0.000552586
0.000411204
0.000267211
0.00012738
2.46152e-05
2.50066e-05
0.000129269
0.000270212
0.000409332
0.000538323
0.000569756
0.000424168
0.000274882
0.00013113
2.51702e-05
2.49768e-05
0.000128644
0.00027152
0.000418187
0.000565698
0.000507977
0.000389305
0.000256133
0.000120081
2.4386e-05
2.39715e-05
0.000117675
0.000252137
0.000390186
0.000526073
0.000509786
0.000385099
0.000251001
0.000118583
2.3948e-05
2.41001e-05
0.000120523
0.000256111
0.000397169
0.000537621
0.000522312
0.000394103
0.00025744
0.000122118
2.43221e-05
2.47448e-05
0.000124836
0.000264043
0.000409518
0.000553545
0.000537483
0.000406674
0.000266373
0.000126304
2.50829e-05
2.51578e-05
0.000127966
0.000270574
0.00042128
0.000569205
0.000564354
0.000414733
0.000266499
0.000124597
2.48487e-05
2.43438e-05
0.000118104
0.000251358
0.000384524
0.000504393
0.000522703
0.000385201
0.000247152
0.000113906
2.38633e-05
2.37179e-05
0.000114858
0.000245777
0.000379704
0.000505277
0.000534504
0.00039184
0.000249896
0.000116352
2.38882e-05
2.42081e-05
0.000118818
0.000252593
0.000389401
0.000517638
0.000550009
0.000404175
0.000259122
0.000121543
2.46458e-05
2.49294e-05
0.000123192
0.000260985
0.000401209
0.000532737
0.000565613
0.00041572
0.000265131
0.000124349
2.50449e-05
2.47266e-05
0.000120998
0.000261663
0.000410249
0.000560914
0.000499742
0.000379132
0.000246027
0.000113177
2.40956e-05
2.36276e-05
0.000108986
0.000241311
0.00038043
0.000519925
0.000501065
0.000374854
0.000239928
0.00011023
2.35175e-05
2.38006e-05
0.000113374
0.000245841
0.000387569
0.000531672
0.000514248
0.000384668
0.000247452
0.000115133
2.41784e-05
2.45174e-05
0.000118576
0.00025488
0.000400893
0.000548073
0.000530109
0.000398027
0.000256867
0.000119922
2.48634e-05
2.49889e-05
0.000122797
0.00026244
0.000412829
0.000563869
0.000559359
0.000407113
0.000257769
0.000117859
2.47301e-05
2.41757e-05
0.000111403
0.000242512
0.000375329
0.000496311
0.000516822
0.00037596
0.000237581
0.000108209
2.37668e-05
2.36089e-05
0.000108472
0.000236118
0.000370189
0.000496466
0.000527547
0.000381949
0.000240394
0.000110048
2.37441e-05
2.39715e-05
0.000111589
0.000241395
0.000378572
0.000507805
0.000541723
0.000393298
0.000248364
0.00011451
2.43547e-05
2.4715e-05
0.000116349
0.000250506
0.000390667
0.000522401
0.000557106
0.000405452
0.000256605
0.000118536
2.49707e-05
2.52698e-05
0.000120186
0.000258576
0.000401907
0.000536547
0.000570714
0.000416226
0.000262276
0.00012102
2.53489e-05
2.49823e-05
0.000117246
0.000258081
0.000409936
0.000565406
0.000500242
0.000377084
0.000242178
0.000110062
2.43918e-05
2.39792e-05
0.000106976
0.000236907
0.000377674
0.000522009
0.000499519
0.000371507
0.000235328
0.0001071
2.38799e-05
2.39778e-05
0.000109043
0.000239876
0.000383632
0.000532437
0.000511431
0.0003802
0.000241402
0.000110528
2.42533e-05
2.4631e-05
0.000113233
0.000247715
0.000395182
0.000547055
0.000525748
0.00039188
0.000249711
0.000114891
2.49529e-05
2.50497e-05
0.000116316
0.000253535
0.000405878
0.000560694
0.000555038
0.000399441
0.000250057
0.0001124
2.46983e-05
2.40039e-05
0.000103955
0.000232571
0.000366294
0.000488581
0.000511337
0.00036748
0.000228102
0.000101805
2.3575e-05
2.34319e-05
0.000102042
0.000226486
0.000360558
0.000487832
0.000521423
0.000372402
0.000230647
0.000103911
2.35396e-05
2.38659e-05
0.000105747
0.000232068
0.000368833
0.00049824
0.000534596
0.000382923
0.000238021
0.00010774
2.41714e-05
2.44084e-05
0.000109327
0.000239639
0.000379357
0.000511508
0.000548881
0.000394545
0.000245795
0.000111497
2.47472e-05
2.49716e-05
0.000112742
0.000247348
0.000390581
0.000524571
0.000560358
0.000403289
0.000250385
0.000114355
2.50978e-05
2.47511e-05
0.000109837
0.000246165
0.00039634
0.000553371
0.000483847
0.000360968
0.000227347
0.000100134
2.39696e-05
2.34263e-05
9.7052e-05
0.000221849
0.000361307
0.000507257
0.000480624
0.00035366
0.000219073
9.71309e-05
2.32892e-05
2.3375e-05
9.89619e-05
0.000222883
0.000364107
0.000514766
0.000488555
0.000359022
0.0002231
0.000100041
2.35089e-05
2.37643e-05
0.000102301
0.000228822
0.000372854
0.000525671
0.00050034
0.000368719
0.00023004
0.000103496
2.40414e-05
2.42465e-05
0.000105569
0.00023574
0.000382358
0.000537735
0.000512288
0.000378365
0.000236882
0.000106864
2.4478e-05
2.48494e-05
0.000108983
0.000242609
0.000393015
0.000551113
0.000525664
0.000388804
0.00024399
0.000109847
2.5127e-05
2.51807e-05
0.000111556
0.000247615
0.000402854
0.000563354
0.00055693
0.000396528
0.000244211
0.000107781
2.48982e-05
2.42969e-05
0.000100517
0.000226523
0.000361624
0.000486346
0.000512031
0.00036251
0.000222179
9.68196e-05
2.38208e-05
2.36209e-05
9.63678e-05
0.000219038
0.000355967
0.000485107
0.000522038
0.000367553
0.000223238
9.82774e-05
2.37304e-05
2.40354e-05
9.9974e-05
0.000224105
0.000363243
0.000495653
0.000535535
0.000378453
0.000231002
0.000102155
2.43314e-05
2.46454e-05
0.000103974
0.000232106
0.000374291
0.000509169
0.000550237
0.000389857
0.000238398
0.000105677
2.4956e-05
2.51756e-05
0.000107382
0.000240293
0.000385577
0.000523341
0.000561744
0.000399176
0.000243291
0.000108785
2.53063e-05
2.50238e-05
0.000104757
0.000239316
0.000392558
0.000555032
0.000483148
0.00035733
0.000222417
9.78622e-05
2.44128e-05
2.39209e-05
9.37142e-05
0.000217446
0.000358488
0.000509677
0.000480599
0.000351223
0.000214689
9.3609e-05
2.36936e-05
2.37258e-05
9.51113e-05
0.000218285
0.000362406
0.000518233
0.000490369
0.000357853
0.000218758
9.62984e-05
2.39069e-05
2.42141e-05
9.87991e-05
0.000225118
0.000372326
0.0005307
0.000502872
0.00036837
0.000226319
0.000100117
2.45976e-05
2.49101e-05
0.00010223
0.000232057
0.000383035
0.000545101
0.000516727
0.000379115
0.000233865
0.00010321
2.50707e-05
2.51207e-05
0.000104399
0.000236309
0.000391815
0.000555663
0.000548675
0.00038565
0.00023305
0.000101126
2.48447e-05
2.42344e-05
9.35518e-05
0.00021586
0.00034965
0.000474386
0.000502876
0.000350521
0.000210909
9.0856e-05
2.37709e-05
2.36366e-05
9.06376e-05
0.000208486
0.000343357
0.000472149
0.000511134
0.000354943
0.000211736
9.18447e-05
2.36687e-05
2.38723e-05
9.31708e-05
0.000212517
0.000350556
0.000482508
0.000524687
0.000365127
0.000218763
9.51534e-05
2.41589e-05
2.44569e-05
9.66882e-05
0.000219927
0.000361134
0.000495232
0.000539222
0.000376463
0.000226359
9.84834e-05
2.47516e-05
2.49742e-05
9.97536e-05
0.000227233
0.000371864
0.000509236
0.000549456
0.000385167
0.000230819
0.000100608
2.50534e-05
2.46827e-05
9.65885e-05
0.000226015
0.000379005
0.000542468
0.000466932
0.00034241
0.00020982
9.05059e-05
2.40725e-05
2.36148e-05
8.66434e-05
0.000204118
0.000343184
0.000496753
0.000465422
0.00033601
0.000201409
8.63039e-05
2.34465e-05
2.35083e-05
8.80098e-05
0.000205347
0.000347684
0.000505224
0.000475042
0.000342831
0.000205743
8.93172e-05
2.37658e-05
2.40142e-05
9.13477e-05
0.000212227
0.000358227
0.000518492
0.000488698
0.000354217
0.000213297
9.25988e-05
2.42993e-05
2.46522e-05
9.48347e-05
0.000219523
0.000369774
0.000533909
0.000503896
0.00036576
0.000221482
9.59908e-05
2.49068e-05
2.49727e-05
9.81199e-05
0.000225347
0.000380434
0.000545831
0.000539493
0.000374459
0.000221943
9.35806e-05
2.4728e-05
2.41349e-05
8.81149e-05
0.000205781
0.000338711
0.000463545
0.000495426
0.000340843
0.000200857
8.48175e-05
2.36685e-05
2.35226e-05
8.47557e-05
0.000198446
0.000333097
0.000463121
0.000505156
0.000346075
0.000202998
8.64191e-05
2.36568e-05
2.3861e-05
8.76457e-05
0.000203819
0.000341711
0.000474259
0.000519274
0.000357021
0.000209722
8.92019e-05
2.41328e-05
2.44428e-05
9.0984e-05
0.000211396
0.000352901
0.000488193
0.000534902
0.000368145
0.000217079
9.27402e-05
2.48069e-05
2.5074e-05
9.39434e-05
0.000218598
0.000363866
0.000503231
0.000545302
0.000377319
0.00022194
9.54107e-05
2.51311e-05
2.48025e-05
9.14285e-05
0.000218053
0.000371396
0.000538533
0.000459431
0.000333417
0.00020033
8.4641e-05
2.41054e-05
2.35813e-05
8.11851e-05
0.000194314
0.000334387
0.00049155
0.000457862
0.000327274
0.000192074
8.08094e-05
2.33327e-05
2.33938e-05
8.24277e-05
0.00019602
0.000338564
0.000499259
0.000467266
0.000334088
0.00019645
8.37065e-05
2.36492e-05
2.39532e-05
8.54768e-05
0.000202376
0.000349018
0.000512866
0.000480414
0.000344618
0.000203744
8.6934e-05
2.42802e-05
2.45395e-05
8.86011e-05
0.000209891
0.000360456
0.000527971
0.000495763
0.000356202
0.000211568
9.00769e-05
2.48386e-05
2.49457e-05
9.07374e-05
0.000215279
0.000370478
0.000539097
0.000532813
0.000364759
0.000212557
8.8203e-05
2.46284e-05
2.40398e-05
8.24792e-05
0.00019438
0.000327599
0.000453656
0.000486694
0.000329142
0.000189789
7.88409e-05
2.35456e-05
2.33813e-05
7.88044e-05
0.000187877
0.000322315
0.000453271
0.000496359
0.00033434
0.000191382
7.99928e-05
2.35013e-05
2.37067e-05
8.09991e-05
0.000191979
0.000329653
0.000463784
0.000510818
0.000345723
0.00019891
8.33714e-05
2.40397e-05
2.43809e-05
8.43919e-05
0.000199733
0.000341136
0.000478308
0.000527358
0.000358104
0.000206368
8.64964e-05
2.46588e-05
2.49363e-05
8.77619e-05
0.000208867
0.000354242
0.000494578
0.000540729
0.000369192
0.00021286
8.96733e-05
2.50516e-05
2.49162e-05
8.66692e-05
0.000209261
0.000364229
0.000534993
0.000456872
0.000328929
0.000194981
8.34216e-05
2.44352e-05
2.40262e-05
7.89311e-05
0.000190397
0.0003316
0.000492082
0.000457998
0.000324931
0.000189015
7.89126e-05
2.38081e-05
2.40351e-05
8.04915e-05
0.000193424
0.00033995
0.00050456
0.000472018
0.000335428
0.000194895
8.17876e-05
2.43036e-05
2.45331e-05
8.34741e-05
0.000201306
0.000352729
0.000522363
0.000490001
0.000348752
0.000203692
8.52333e-05
2.48982e-05
2.50386e-05
8.54697e-05
0.000206642
0.000363637
0.00053701
0.000531729
0.000359258
0.000205416
8.63422e-05
2.48239e-05
2.42708e-05
7.80198e-05
0.000189294
0.00032379
0.000452017
0.000488204
0.000326379
0.000185502
7.65463e-05
2.37798e-05
2.37479e-05
7.67559e-05
0.000184022
0.00032015
0.000454091
0.00050118
0.000335084
0.000189048
7.83984e-05
2.39403e-05
2.41821e-05
7.93557e-05
0.000190475
0.000331161
0.000468695
0.000519504
0.000348445
0.000197087
8.17061e-05
2.45293e-05
2.48766e-05
8.29851e-05
0.000200126
0.000345101
0.000487351
0.000534971
0.000360444
0.000203567
8.45145e-05
2.49145e-05
2.46539e-05
8.22309e-05
0.00020185
0.000355672
0.000529925
0.000448622
0.000319501
0.000184718
7.55905e-05
2.40821e-05
2.36776e-05
7.39241e-05
0.000180779
0.000322092
0.00048503
0.000449869
0.000315218
0.000178925
7.39496e-05
2.36396e-05
2.38269e-05
7.52655e-05
0.000184641
0.000330434
0.000497149
0.000464371
0.000325959
0.00018553
7.6788e-05
2.41134e-05
2.44762e-05
7.85294e-05
0.000192398
0.000343923
0.000515768
0.00048259
0.000340121
0.000194498
7.98531e-05
2.47592e-05
2.4889e-05
8.09053e-05
0.000198739
0.000355322
0.000531672
0.000526415
0.000351209
0.000196875
8.08231e-05
2.46835e-05
2.41841e-05
7.51079e-05
0.000181755
0.000316082
0.00044561
0.000483311
0.000319228
0.000178231
7.26273e-05
2.37371e-05
2.36237e-05
7.26044e-05
0.000176818
0.000313343
0.000448785
0.000497079
0.000328845
0.000182857
7.43789e-05
2.38296e-05
2.41268e-05
7.58385e-05
0.000184336
0.000325336
0.000464257
0.00051706
0.000343149
0.000190961
7.75733e-05
2.4516e-05
2.48409e-05
7.88594e-05
0.000193324
0.000339391
0.000483761
0.000534089
0.000355797
0.00019725
8.00115e-05
2.50284e-05
2.48488e-05
7.91973e-05
0.000196368
0.000352204
0.000529716
0.0004482
0.000317006
0.000180914
7.32249e-05
2.43701e-05
2.39834e-05
7.19292e-05
0.000177434
0.000319678
0.000485842
0.000451398
0.000313423
0.000175891
7.19792e-05
2.39101e-05
2.40724e-05
7.32477e-05
0.000181876
0.00032998
0.000500533
0.000467794
0.000326055
0.000183707
7.52958e-05
2.44632e-05
2.48682e-05
7.67293e-05
0.000190756
0.00034592
0.000522258
0.000489839
0.000342756
0.000194316
7.91654e-05
2.5238e-05
2.54639e-05
7.94968e-05
0.000198237
0.000360132
0.000542367
0.000539143
0.000357118
0.000198214
8.04275e-05
2.53245e-05
2.50498e-05
7.65519e-05
0.000184935
0.000323686
0.000457467
0.000498396
0.000328176
0.000181953
7.3987e-05
2.4702e-05
2.45802e-05
7.40665e-05
0.000181162
0.000322744
0.000463743
0.000516187
0.000339832
0.000186641
7.52162e-05
2.47433e-05
2.49541e-05
7.6439e-05
0.000188917
0.000336362
0.000483401
0.000536399
0.000353822
0.000192828
7.69894e-05
2.5092e-05
2.49896e-05
7.71134e-05
0.000192199
0.000350578
0.000533537
0.000451341
0.000317181
0.000178364
7.12692e-05
2.45418e-05
2.42105e-05
7.03311e-05
0.000176215
0.000321914
0.000492694
0.000457984
0.00031589
0.000175565
7.09219e-05
2.42388e-05
2.44995e-05
7.22827e-05
0.000181352
0.000334745
0.000511418
0.000479174
0.000331654
0.000184412
7.42645e-05
2.48796e-05
2.51068e-05
7.4986e-05
0.000189075
0.000349958
0.000533782
0.000531856
0.000348066
0.000189647
7.59971e-05
2.50289e-05
2.46939e-05
7.13642e-05
0.000176188
0.000315462
0.000449192
0.000492334
0.000321059
0.00017571
7.11874e-05
2.44749e-05
2.44728e-05
7.1425e-05
0.000175653
0.000316069
0.00045779
0.000512884
0.000334702
0.000180829
7.26019e-05
2.4651e-05
2.49056e-05
7.34501e-05
0.000183749
0.000331621
0.000479895
0.000536563
0.000350558
0.000188789
7.49268e-05
2.51387e-05
2.50617e-05
7.4192e-05
0.000188632
0.000348892
0.000534655
0.000450873
0.000315664
0.000175247
6.98699e-05
2.46852e-05
2.44515e-05
6.92479e-05
0.000173867
0.00032133
0.000495135
0.000461225
0.000316154
0.000173106
6.92219e-05
2.45079e-05
2.48131e-05
7.16108e-05
0.000181002
0.000336879
0.000517553
0.000486044
0.000334076
0.000183135
7.27146e-05
2.522e-05
2.5427e-05
7.4141e-05
0.000189614
0.000354706
0.00054478
0.000544527
0.000353484
0.000190163
7.52362e-05
2.54024e-05
2.51059e-05
7.09742e-05
0.000177869
0.000322196
0.000460674
0.000507809
0.000328905
0.000177503
7.04347e-05
2.48665e-05
2.48494e-05
7.12581e-05
0.000177409
0.000323815
0.000472759
0.000529265
0.000341855
0.000181292
7.08441e-05
2.48475e-05
2.46299e-05
7.0829e-05
0.000181171
0.000340175
0.000527756
0.00044484
0.000307836
0.000167341
6.5328e-05
2.4279e-05
2.40795e-05
6.55487e-05
0.000167625
0.000314481
0.000489736
0.000455487
0.000308845
0.000166856
6.57706e-05
2.42767e-05
2.45735e-05
6.78016e-05
0.00017443
0.000331172
0.000513915
0.000483287
0.000328596
0.000177619
6.9452e-05
2.50145e-05
2.53096e-05
7.08616e-05
0.000184047
0.000350571
0.000544843
0.000545416
0.000350925
0.000184818
7.21888e-05
2.5326e-05
2.50427e-05
6.80356e-05
0.000174416
0.000320242
0.000460911
0.000509807
0.000327606
0.000173731
6.7679e-05
2.47556e-05
2.48887e-05
6.83028e-05
0.00017479
0.000323798
0.000476712
0.000537528
0.000344605
0.000180783
6.99858e-05
2.51292e-05
2.51643e-05
6.99697e-05
0.000181129
0.00034451
0.000538653
0.000455771
0.000315483
0.00017061
6.73927e-05
2.49115e-05
2.46317e-05
6.60932e-05
0.00017073
0.000323753
0.000505414
0.000472909
0.000319658
0.000171617
6.59463e-05
2.46592e-05
2.4868e-05
6.78104e-05
0.000177134
0.000341895
0.000535791
0.000537686
0.000342338
0.000178456
6.74588e-05
2.49145e-05
2.46323e-05
6.43677e-05
0.000167212
0.000313338
0.000453834
0.000505138
0.000322321
0.000168599
6.4821e-05
2.45646e-05
2.46796e-05
6.50954e-05
0.000169067
0.000317961
0.000472685
0.000536972
0.000341205
0.000175744
6.69962e-05
2.49075e-05
2.4936e-05
6.68153e-05
0.00017666
0.00034227
0.000539464
0.000455979
0.000314358
0.000167682
6.5526e-05
2.4745e-05
2.47235e-05
6.56133e-05
0.000169462
0.000324366
0.000508723
0.000476518
0.000320955
0.000170749
6.68713e-05
2.49443e-05
2.50599e-05
6.76715e-05
0.00017811
0.000345457
0.000543978
0.000546794
0.000346884
0.000179314
6.83495e-05
2.49933e-05
2.48699e-05
6.43224e-05
0.000168637
0.000317778
0.000462553
0.000516017
0.000328156
0.000169873
6.45495e-05
2.47449e-05
2.4901e-05
6.48777e-05
0.000170988
0.000324331
0.000484185
0.000554075
0.000350595
0.000178415
6.678e-05
2.52443e-05
2.53015e-05
6.62917e-05
0.000179339
0.000352021
0.000557509
0.000473609
0.000325097
0.000171632
6.53204e-05
2.51244e-05
2.50968e-05
6.54835e-05
0.000173791
0.000337877
0.000530259
0.000499645
0.00033453
0.000176121
6.67108e-05
2.53449e-05
2.55685e-05
6.86901e-05
0.000185493
0.000364083
0.000575447
0.000581943
0.000369172
0.000187461
6.89867e-05
2.58398e-05
2.59927e-05
6.9337e-05
0.000181153
0.000341574
0.00049696
0.000557227
0.00035364
0.000180477
6.75785e-05
2.58773e-05
2.56417e-05
6.70406e-05
0.000179953
0.000351976
0.000559814
0.000476143
0.000324904
0.000169207
6.17168e-05
2.51343e-05
2.4896e-05
6.17456e-05
0.000170948
0.000337508
0.000534099
0.00050317
0.000333984
0.000172193
6.27211e-05
2.51852e-05
2.5654e-05
6.54198e-05
0.000181686
0.00036496
0.000581862
0.000589614
0.000369757
0.000184447
6.55836e-05
2.58357e-05
2.57296e-05
6.54909e-05
0.000177497
0.000343516
0.000504471
0.000569718
0.000357371
0.000178382
6.47278e-05
2.56085e-05
2.53503e-05
6.44931e-05
0.000179313
0.00035846
0.000574521
0.000488894
0.000331227
0.000170566
6.29111e-05
2.4967e-05
2.49135e-05
6.36557e-05
0.000172967
0.000345198
0.000553503
0.000557437
0.000345163
0.000171451
6.2183e-05
2.50246e-05
2.48853e-05
6.03133e-05
0.000165134
0.000320515
0.000473131
0.000534916
0.00033579
0.000167799
6.05869e-05
2.48377e-05
2.51493e-05
6.16876e-05
0.000170108
0.000333468
0.000506107
0.00059076
0.000367932
0.000180612
6.37024e-05
2.5593e-05
2.58288e-05
6.48403e-05
0.00018437
0.000373791
0.000600954
0.000516197
0.000350047
0.00017906
6.40389e-05
2.58296e-05
2.58993e-05
6.45964e-05
0.000182172
0.000369988
0.000590119
0.000598644
0.000373764
0.000183838
6.47026e-05
2.59423e-05
2.58374e-05
6.47525e-05
0.000179755
0.000349396
0.0005157
0.000591236
0.00037109
0.000183819
6.55776e-05
2.61074e-05
2.64577e-05
6.60672e-05
0.000186585
0.000375464
0.000601201
0.00051991
0.000351124
0.000179688
6.31663e-05
2.63126e-05
2.61244e-05
6.33242e-05
0.000182784
0.000373178
0.000597004
0.000607841
0.000377392
0.000183987
6.24821e-05
2.59699e-05
2.56379e-05
6.15006e-05
0.000178911
0.00035438
0.000527188
0.000606505
0.00037829
0.00018322
6.18636e-05
2.5641e-05
2.58334e-05
6.29071e-05
0.00018628
0.000385164
0.000620501
0.000543225
0.000364039
0.00018361
6.33994e-05
2.59566e-05
2.6285e-05
6.55372e-05
0.00019092
0.000392994
0.000626992
0.000644387
0.000403488
0.000196955
6.67723e-05
2.69682e-05
2.75839e-05
6.75135e-05
0.000194545
0.000382647
0.000568412
0.000659019
0.000417651
0.000203708
6.86402e-05
2.78668e-05
2.78871e-05
6.96449e-05
0.00020887
0.000426474
0.000670583
0.000641274
0.000405646
0.00019816
6.51955e-05
2.75432e-05
2.71937e-05
6.24974e-05
0.000185012
0.000371034
0.000552628
0.00063469
0.000394145
0.000188755
6.31572e-05
2.7157e-05
2.73172e-05
6.46257e-05
0.000194304
0.000404707
0.000653328
0.000578604
0.000384908
0.000192441
6.5605e-05
2.7235e-05
2.74564e-05
6.7199e-05
0.000203707
0.00042412
0.000674875
0.000690438
0.000436027
0.000210933
6.95591e-05
2.79615e-05
2.80405e-05
6.55389e-05
0.00020324
0.000419811
0.000666787
0.000581221
0.000387678
0.000192987
6.33413e-05
2.75595e-05
2.74947e-05
6.4742e-05
0.000200689
0.000423536
0.000674538
0.000692749
0.000435609
0.000208412
6.61223e-05
2.80478e-05
2.85376e-05
6.63567e-05
0.000205385
0.00042296
0.000672393
0.000591655
0.000395164
0.000199384
6.71466e-05
2.86761e-05
2.88573e-05
6.90067e-05
0.000210223
0.000436573
0.000690272
0.00071546
0.000453391
0.000218248
6.84211e-05
2.90103e-05
2.8751e-05
6.70422e-05
0.000213676
0.000439599
0.000696925
0.000616049
0.000410177
0.000204094
6.54198e-05
2.88532e-05
2.90953e-05
6.91602e-05
0.000218263
0.000456618
0.000721215
0.000757421
0.000481399
0.000232823
7.46836e-05
2.91077e-05
2.8312e-05
6.43915e-05
0.000220817
0.000461141
0.000720114
0.000691993
0.000431064
0.000198721
5.79872e-05
2.76341e-05
2.7782e-05
5.70856e-05
0.000187306
0.000395702
0.000605541
0.000712379
0.000446474
0.00020361
6.02359e-05
2.81239e-05
2.83012e-05
6.41619e-05
0.000216183
0.000468014
0.000745425
0.000719307
0.00045688
0.000218531
6.72553e-05
2.83117e-05
2.84929e-05
6.00317e-05
0.000202518
0.000430748
0.000682679
0.0006509
0.000405372
0.000185143
5.39134e-05
2.81408e-05
2.81217e-05
5.35425e-05
0.000171128
0.000380107
0.000619659
0.00059403
0.000361686
0.000166266
5.52985e-05
2.81957e-05
2.77993e-05
4.87373e-05
0.000153764
0.000340041
0.000562514
0.000532894
0.000313159
0.000135835
4.36479e-05
2.71818e-05
2.66324e-05
4.19188e-05
0.000124712
0.000286222
0.000490941
0.000449858
0.000256879
0.000110085
3.77338e-05
2.56036e-05
2.41641e-05
3.39751e-05
9.51331e-05
0.000223627
0.000408856
0.000364617
0.000195412
8.27272e-05
3.12337e-05
2.26287e-05
2.10158e-05
2.85698e-05
7.12788e-05
0.000164672
0.000326754
0.00029059
0.000143058
6.16881e-05
2.61715e-05
1.93037e-05
1.74631e-05
2.36596e-05
5.17116e-05
0.000112691
0.000243352
0.000196782
9.42384e-05
4.3596e-05
2.10665e-05
1.54236e-05
1.31967e-05
1.84083e-05
3.46827e-05
6.9033e-05
0.000161745
0.000108914
5.6834e-05
2.84718e-05
1.51175e-05
1.07372e-05
8.37232e-06
1.16398e-05
1.97667e-05
3.87665e-05
9.64329e-05
4.53227e-05
2.73348e-05
1.71822e-05
1.04118e-05
6.78164e-06
5.47982e-06
7.34042e-06
1.22755e-05
2.06935e-05
3.61621e-05
3.61571e-05
2.11631e-05
1.24582e-05
6.80685e-06
4.7355e-06
4.7355e-06
6.41457e-06
1.22675e-05
2.17451e-05
3.70278e-05
3.83397e-05
2.23741e-05
1.21417e-05
6.46639e-06
4.7355e-06
4.7355e-06
6.64419e-06
1.2197e-05
2.28527e-05
3.96802e-05
4.11692e-05
2.35235e-05
1.23115e-05
6.92399e-06
4.7355e-06
4.7355e-06
7.43692e-06
1.25809e-05
2.38052e-05
4.30856e-05
4.43184e-05
2.42065e-05
1.30321e-05
8.00729e-06
4.7355e-06
4.7355e-06
8.62698e-06
1.35748e-05
2.46328e-05
4.55912e-05
4.73382e-05
2.51056e-05
1.43053e-05
9.26923e-06
4.7355e-06
4.7355e-06
9.86555e-06
1.51388e-05
2.55813e-05
4.84415e-05
4.90727e-05
2.61437e-05
1.60133e-05
1.04441e-05
4.7355e-06
4.7355e-06
1.09439e-05
1.69025e-05
2.68898e-05
4.93299e-05
4.94944e-05
2.77655e-05
1.7856e-05
1.14338e-05
4.7355e-06
4.7355e-06
1.18135e-05
1.87372e-05
2.86869e-05
4.96161e-05
4.98004e-05
2.96649e-05
1.95915e-05
1.21504e-05
4.7355e-06
4.7355e-06
1.24294e-05
2.03818e-05
3.06605e-05
5.00954e-05
5.06017e-05
3.17187e-05
2.11439e-05
1.27107e-05
4.7355e-06
4.7355e-06
1.29502e-05
2.18604e-05
3.27643e-05
5.12317e-05
5.20423e-05
3.38402e-05
2.25477e-05
1.31734e-05
4.7355e-06
4.7355e-06
1.33483e-05
2.31284e-05
3.48324e-05
5.28824e-05
5.38343e-05
3.58296e-05
2.37102e-05
1.35095e-05
4.7355e-06
4.7355e-06
1.36427e-05
2.42289e-05
3.67479e-05
5.47683e-05
5.57786e-05
3.76838e-05
2.47227e-05
1.37627e-05
4.7355e-06
4.7355e-06
1.38671e-05
2.51643e-05
3.85153e-05
5.6745e-05
5.77129e-05
3.93135e-05
2.55718e-05
1.39576e-05
4.7355e-06
4.7355e-06
1.40374e-05
2.59382e-05
4.00594e-05
5.86211e-05
5.95225e-05
4.07657e-05
2.62772e-05
1.41052e-05
4.7355e-06
4.7355e-06
1.41622e-05
2.65763e-05
4.13957e-05
6.03397e-05
6.11601e-05
4.1992e-05
2.68409e-05
1.42081e-05
4.7355e-06
4.7355e-06
1.42455e-05
2.7079e-05
4.25135e-05
6.18476e-05
6.25343e-05
4.30005e-05
2.72914e-05
1.42767e-05
4.7355e-06
4.7355e-06
1.42984e-05
2.74676e-05
4.34222e-05
6.31497e-05
6.37305e-05
4.38125e-05
2.76205e-05
1.43121e-05
4.7355e-06
4.7355e-06
1.43218e-05
2.77578e-05
4.41724e-05
6.42647e-05
6.47447e-05
4.44803e-05
2.78727e-05
1.43263e-05
4.7355e-06
4.7355e-06
1.4326e-05
2.7967e-05
4.47561e-05
6.51951e-05
6.56257e-05
4.50105e-05
2.80483e-05
1.43212e-05
4.7355e-06
4.7355e-06
1.43119e-05
2.81161e-05
4.52357e-05
6.60046e-05
6.63562e-05
4.54345e-05
2.8172e-05
1.43032e-05
4.7355e-06
4.7355e-06
1.42912e-05
2.82177e-05
4.56158e-05
6.66914e-05
6.6994e-05
4.57786e-05
2.82565e-05
1.42787e-05
4.7355e-06
4.7355e-06
1.42636e-05
2.8285e-05
4.59206e-05
6.72727e-05
6.75442e-05
4.60544e-05
2.83104e-05
1.42492e-05
4.7355e-06
4.7355e-06
1.42333e-05
2.83281e-05
4.61702e-05
6.77868e-05
6.80235e-05
4.62803e-05
2.83441e-05
1.42186e-05
4.7355e-06
4.7355e-06
1.42027e-05
2.83555e-05
4.63749e-05
6.82362e-05
6.84433e-05
4.64656e-05
2.83654e-05
1.41889e-05
4.7355e-06
4.7355e-06
1.41737e-05
2.83702e-05
4.65439e-05
6.86298e-05
6.88122e-05
4.66201e-05
2.83759e-05
1.41607e-05
4.7355e-06
4.7355e-06
1.41465e-05
2.8377e-05
4.66848e-05
6.89745e-05
6.91379e-05
4.67497e-05
2.83803e-05
1.41347e-05
4.7355e-06
4.7355e-06
1.41216e-05
2.83776e-05
4.68044e-05
6.92798e-05
6.94273e-05
4.68606e-05
2.83805e-05
1.41105e-05
4.7355e-06
4.7355e-06
1.40985e-05
2.83777e-05
4.69059e-05
6.9553e-05
6.96868e-05
4.69558e-05
2.83785e-05
1.40888e-05
4.7355e-06
4.7355e-06
1.40774e-05
2.83745e-05
4.69943e-05
6.97982e-05
6.99188e-05
4.70381e-05
2.83745e-05
1.40685e-05
4.7355e-06
4.7355e-06
1.4058e-05
2.83698e-05
4.70708e-05
7.00178e-05
7.0127e-05
4.71095e-05
2.83692e-05
1.40499e-05
4.7355e-06
4.7355e-06
1.40398e-05
2.83636e-05
4.71368e-05
7.02143e-05
7.03129e-05
4.71706e-05
2.83623e-05
1.40323e-05
4.7355e-06
4.7355e-06
1.40229e-05
2.83562e-05
4.71935e-05
7.03896e-05
7.04792e-05
4.72229e-05
2.83543e-05
1.40159e-05
4.7355e-06
4.7355e-06
1.40069e-05
2.83463e-05
4.72422e-05
7.05457e-05
7.0626e-05
4.7267e-05
2.83448e-05
1.4e-05
4.7355e-06
4.7355e-06
1.39915e-05
2.83362e-05
4.72819e-05
7.06838e-05
7.07555e-05
4.7304e-05
2.83329e-05
1.3985e-05
4.7355e-06
4.7355e-06
1.3976e-05
2.8325e-05
4.73136e-05
7.08044e-05
7.08683e-05
4.73319e-05
2.83211e-05
1.39699e-05
4.7355e-06
4.7355e-06
1.39614e-05
2.83116e-05
4.73386e-05
7.09093e-05
7.0966e-05
4.73537e-05
2.8307e-05
1.39554e-05
4.7355e-06
4.7355e-06
1.39468e-05
2.82966e-05
4.73569e-05
7.09993e-05
7.10486e-05
4.73684e-05
2.82911e-05
1.39408e-05
4.7355e-06
4.7355e-06
1.39326e-05
2.82792e-05
4.73688e-05
7.10746e-05
7.11176e-05
4.73777e-05
2.8273e-05
1.39267e-05
4.7355e-06
4.7355e-06
1.39181e-05
2.82606e-05
4.73741e-05
7.11364e-05
7.11727e-05
4.73797e-05
2.82536e-05
1.39122e-05
4.7355e-06
4.7355e-06
1.39038e-05
2.82404e-05
4.73729e-05
7.11849e-05
7.12159e-05
4.73762e-05
2.82326e-05
1.38978e-05
4.7355e-06
4.7355e-06
1.38891e-05
2.82189e-05
4.73653e-05
7.12213e-05
7.12468e-05
4.73663e-05
2.82097e-05
1.38833e-05
4.7355e-06
4.7355e-06
1.38748e-05
2.81954e-05
4.73527e-05
7.12459e-05
7.12671e-05
4.73515e-05
2.81855e-05
1.38688e-05
4.7355e-06
4.7355e-06
1.38604e-05
2.81705e-05
4.73353e-05
7.12599e-05
7.12765e-05
4.7331e-05
2.81601e-05
1.38541e-05
4.7355e-06
4.7355e-06
1.38463e-05
2.81445e-05
4.73132e-05
7.1264e-05
7.1276e-05
4.7306e-05
2.81326e-05
1.38395e-05
4.7355e-06
4.7355e-06
1.38321e-05
2.81175e-05
4.72876e-05
7.12598e-05
7.12646e-05
4.72753e-05
2.81035e-05
1.38247e-05
4.7355e-06
4.7355e-06
1.38182e-05
2.80892e-05
4.72592e-05
7.12485e-05
7.12411e-05
4.72397e-05
2.80732e-05
1.38102e-05
4.7355e-06
4.7355e-06
1.38036e-05
2.80594e-05
4.72268e-05
7.12355e-05
7.12135e-05
4.72049e-05
2.80442e-05
1.37965e-05
4.7355e-06
4.7355e-06
1.37893e-05
2.80279e-05
4.71861e-05
7.12016e-05
7.11829e-05
4.71672e-05
2.80132e-05
1.37827e-05
4.7355e-06
4.7355e-06
1.3775e-05
2.79965e-05
4.71419e-05
7.11556e-05
7.11404e-05
4.71212e-05
2.79799e-05
1.37681e-05
4.7355e-06
4.7355e-06
1.37603e-05
2.79631e-05
4.70976e-05
7.11187e-05
7.10975e-05
4.70789e-05
2.79494e-05
1.37545e-05
4.7355e-06
4.7355e-06
1.37468e-05
2.79301e-05
4.70474e-05
7.10577e-05
7.10457e-05
4.70286e-05
2.79148e-05
1.37399e-05
4.7355e-06
4.7355e-06
1.37332e-05
2.7897e-05
4.69983e-05
7.10031e-05
7.09858e-05
4.69759e-05
2.78799e-05
1.37257e-05
4.7355e-06
4.7355e-06
1.37199e-05
2.78643e-05
4.69487e-05
7.09452e-05
7.0916e-05
4.69189e-05
2.78443e-05
1.37117e-05
4.7355e-06
4.7355e-06
1.37064e-05
2.78301e-05
4.68979e-05
7.0889e-05
7.08443e-05
4.68642e-05
2.78105e-05
1.36986e-05
4.7355e-06
4.7355e-06
1.36931e-05
2.77954e-05
4.68415e-05
7.08171e-05
7.07693e-05
4.68068e-05
2.77753e-05
1.36856e-05
4.7355e-06
4.7355e-06
1.36794e-05
2.77598e-05
4.67828e-05
7.07411e-05
7.06913e-05
4.67482e-05
2.77405e-05
1.36726e-05
4.7355e-06
4.7355e-06
1.36659e-05
2.77237e-05
4.67221e-05
7.0661e-05
7.06113e-05
4.66892e-05
2.7706e-05
1.36599e-05
4.7355e-06
4.7355e-06
1.36524e-05
2.76869e-05
4.66586e-05
7.0575e-05
7.05319e-05
4.66307e-05
2.76718e-05
1.36473e-05
4.7355e-06
4.7355e-06
1.36395e-05
2.76507e-05
4.65933e-05
7.04792e-05
7.04463e-05
4.65674e-05
2.76355e-05
1.36343e-05
4.7355e-06
4.7355e-06
1.36266e-05
2.76153e-05
4.65299e-05
7.03914e-05
7.03568e-05
4.6504e-05
2.76001e-05
1.36218e-05
4.7355e-06
4.7355e-06
1.36142e-05
2.75799e-05
4.64662e-05
7.03002e-05
7.02644e-05
4.64395e-05
2.7565e-05
1.36094e-05
4.7355e-06
4.7355e-06
1.36021e-05
2.75447e-05
4.64017e-05
7.02065e-05
7.01695e-05
4.63745e-05
2.75299e-05
1.35974e-05
4.7355e-06
4.7355e-06
1.35901e-05
2.7509e-05
4.63367e-05
7.01104e-05
7.0072e-05
4.63089e-05
2.74947e-05
1.35854e-05
4.7355e-06
4.7355e-06
1.35783e-05
2.74739e-05
4.62706e-05
7.00119e-05
6.99726e-05
4.6243e-05
2.74592e-05
1.35737e-05
4.7355e-06
4.7355e-06
1.35666e-05
2.74389e-05
4.62043e-05
6.99119e-05
6.98717e-05
4.61765e-05
2.74242e-05
1.35621e-05
4.7355e-06
4.7355e-06
1.3555e-05
2.74044e-05
4.61373e-05
6.981e-05
6.97694e-05
4.61093e-05
2.73899e-05
1.35507e-05
4.7355e-06
4.7355e-06
1.35438e-05
2.73698e-05
4.60703e-05
6.97071e-05
6.9666e-05
4.60422e-05
2.73555e-05
1.35395e-05
4.7355e-06
4.7355e-06
1.35327e-05
2.73351e-05
4.60034e-05
6.96025e-05
6.95611e-05
4.59751e-05
2.73213e-05
1.35285e-05
4.7355e-06
4.7355e-06
1.35219e-05
2.7301e-05
4.59359e-05
6.9497e-05
6.94554e-05
4.59082e-05
2.7287e-05
1.35177e-05
4.7355e-06
4.7355e-06
1.35112e-05
2.72671e-05
4.58685e-05
6.93902e-05
6.9349e-05
4.58411e-05
2.72533e-05
1.3507e-05
4.7355e-06
4.7355e-06
1.35007e-05
2.72337e-05
4.58012e-05
6.92828e-05
6.92419e-05
4.5774e-05
2.72198e-05
1.34964e-05
4.7355e-06
4.7355e-06
1.34904e-05
2.7201e-05
4.57337e-05
6.91747e-05
6.91341e-05
4.57067e-05
2.71865e-05
1.3486e-05
4.7355e-06
4.7355e-06
1.34805e-05
2.71685e-05
4.56671e-05
6.90663e-05
6.90251e-05
4.56387e-05
2.71534e-05
1.34756e-05
4.7355e-06
4.7355e-06
1.34709e-05
2.71367e-05
4.56014e-05
6.89587e-05
6.89142e-05
4.55702e-05
2.712e-05
1.34653e-05
4.7355e-06
4.7355e-06
1.34614e-05
2.71056e-05
4.55374e-05
6.8853e-05
6.87993e-05
4.55005e-05
2.7087e-05
1.34554e-05
4.7355e-06
4.7355e-06
1.34516e-05
2.70737e-05
4.54738e-05
6.87531e-05
6.86877e-05
4.54355e-05
2.70563e-05
1.34464e-05
4.7355e-06
4.7355e-06
1.34421e-05
2.70419e-05
4.5407e-05
6.8642e-05
6.85783e-05
4.53707e-05
2.70254e-05
1.34375e-05
4.7355e-06
4.7355e-06
1.34325e-05
2.70098e-05
4.53394e-05
6.85296e-05
6.8472e-05
4.5307e-05
2.6995e-05
1.34284e-05
4.7355e-06
4.7355e-06
1.34234e-05
2.69788e-05
4.52724e-05
6.84128e-05
6.83607e-05
4.52398e-05
2.69635e-05
1.34191e-05
4.7355e-06
4.7355e-06
1.34137e-05
2.69476e-05
4.52073e-05
6.83102e-05
6.82556e-05
4.5179e-05
2.6935e-05
1.34108e-05
4.7355e-06
4.7355e-06
1.34052e-05
2.69174e-05
4.51404e-05
6.81912e-05
6.81482e-05
4.51141e-05
2.69046e-05
1.34019e-05
4.7355e-06
4.7355e-06
1.33965e-05
2.68875e-05
4.50763e-05
6.80825e-05
6.80401e-05
4.50502e-05
2.68753e-05
1.33931e-05
4.7355e-06
4.7355e-06
1.33882e-05
2.68585e-05
4.50131e-05
6.79742e-05
6.79318e-05
4.49869e-05
2.68461e-05
1.33846e-05
4.7355e-06
4.7355e-06
1.33802e-05
2.68301e-05
4.49507e-05
6.78663e-05
6.78231e-05
4.49236e-05
2.6817e-05
1.33763e-05
4.7355e-06
4.7355e-06
1.33724e-05
2.68024e-05
4.48895e-05
6.77596e-05
6.77135e-05
4.48598e-05
2.6788e-05
1.33681e-05
4.7355e-06
4.7355e-06
1.33647e-05
2.67748e-05
4.48299e-05
6.7655e-05
6.76013e-05
4.4796e-05
2.67596e-05
1.33602e-05
4.7355e-06
4.7355e-06
1.33566e-05
2.6747e-05
4.477e-05
6.7556e-05
6.74944e-05
4.47376e-05
2.67334e-05
1.33532e-05
4.7355e-06
4.7355e-06
1.33488e-05
2.67189e-05
4.4707e-05
6.74451e-05
6.73925e-05
4.46796e-05
2.67073e-05
1.33459e-05
4.7355e-06
4.7355e-06
1.33415e-05
2.66919e-05
4.46445e-05
6.73301e-05
6.72876e-05
4.46182e-05
2.66795e-05
1.3338e-05
4.7355e-06
4.7355e-06
1.33341e-05
2.66655e-05
4.45856e-05
6.72265e-05
6.71815e-05
4.45578e-05
2.66525e-05
1.33304e-05
4.7355e-06
4.7355e-06
1.33271e-05
2.66401e-05
4.45285e-05
6.71251e-05
6.70737e-05
4.44978e-05
2.66263e-05
1.33233e-05
4.7355e-06
4.7355e-06
1.33197e-05
2.66144e-05
4.4471e-05
6.7028e-05
6.69724e-05
4.44425e-05
2.66023e-05
1.33169e-05
4.7355e-06
4.7355e-06
1.33131e-05
2.65891e-05
4.44125e-05
6.69176e-05
6.68674e-05
4.43834e-05
2.65766e-05
1.331e-05
4.7355e-06
4.7355e-06
1.33057e-05
2.65635e-05
4.43552e-05
6.68211e-05
6.67693e-05
4.43302e-05
2.65535e-05
1.33038e-05
4.7355e-06
4.7355e-06
1.32993e-05
2.65385e-05
4.42967e-05
6.67101e-05
6.66693e-05
4.42736e-05
2.65286e-05
1.3297e-05
4.7355e-06
4.7355e-06
1.32926e-05
2.65144e-05
4.42406e-05
6.66098e-05
6.65695e-05
4.42183e-05
2.65046e-05
1.32905e-05
4.7355e-06
4.7355e-06
1.32862e-05
2.64907e-05
4.41857e-05
6.651e-05
6.64704e-05
4.41636e-05
2.6481e-05
1.32841e-05
4.7355e-06
4.7355e-06
1.32801e-05
2.64671e-05
4.41316e-05
6.64108e-05
6.63719e-05
4.41097e-05
2.64578e-05
1.32779e-05
4.7355e-06
4.7355e-06
1.32741e-05
2.64443e-05
4.40781e-05
6.63125e-05
6.62741e-05
4.40562e-05
2.64348e-05
1.32717e-05
4.7355e-06
4.7355e-06
1.32683e-05
2.64219e-05
4.40253e-05
6.62151e-05
6.61769e-05
4.40031e-05
2.6412e-05
1.32656e-05
4.7355e-06
4.7355e-06
1.32627e-05
2.64001e-05
4.39735e-05
6.61192e-05
6.60797e-05
4.39502e-05
2.63893e-05
1.32594e-05
4.7355e-06
4.7355e-06
1.32572e-05
2.63789e-05
4.39229e-05
6.6025e-05
6.59823e-05
4.38971e-05
2.63667e-05
1.32534e-05
4.7355e-06
4.7355e-06
1.32518e-05
2.63583e-05
4.38739e-05
6.59333e-05
6.5884e-05
4.38439e-05
2.63443e-05
1.32476e-05
4.7355e-06
4.7355e-06
1.32461e-05
2.63375e-05
4.38254e-05
6.58474e-05
6.57894e-05
4.3795e-05
2.63245e-05
1.32427e-05
4.7355e-06
4.7355e-06
1.32406e-05
2.6316e-05
4.37748e-05
6.57523e-05
6.56969e-05
4.37461e-05
2.63042e-05
1.32376e-05
4.7355e-06
4.7355e-06
1.32351e-05
2.62947e-05
4.37239e-05
6.5658e-05
6.5608e-05
4.36987e-05
2.62843e-05
1.32324e-05
4.7355e-06
4.7355e-06
1.32299e-05
2.62745e-05
4.36742e-05
6.55604e-05
6.55152e-05
4.36481e-05
2.62631e-05
1.32268e-05
4.7355e-06
4.7355e-06
1.32242e-05
2.62541e-05
4.36264e-05
6.54766e-05
6.5428e-05
4.36029e-05
2.62445e-05
1.32221e-05
4.7355e-06
4.7355e-06
1.32194e-05
2.62343e-05
4.35784e-05
6.53806e-05
6.53373e-05
4.35543e-05
2.62245e-05
1.32171e-05
4.7355e-06
4.7355e-06
1.32139e-05
2.62144e-05
4.35311e-05
6.52975e-05
6.52528e-05
4.35109e-05
2.62068e-05
1.32127e-05
4.7355e-06
4.7355e-06
1.32093e-05
2.6195e-05
4.34835e-05
6.5202e-05
6.51665e-05
4.34644e-05
2.61876e-05
1.32077e-05
4.7355e-06
4.7355e-06
1.32044e-05
2.61761e-05
4.34377e-05
6.51156e-05
6.50804e-05
4.34191e-05
2.6169e-05
1.3203e-05
4.7355e-06
4.7355e-06
1.31997e-05
2.61578e-05
4.33929e-05
6.503e-05
6.49952e-05
4.33746e-05
2.61508e-05
1.31984e-05
4.7355e-06
4.7355e-06
1.31952e-05
2.61397e-05
4.33486e-05
6.49452e-05
6.49107e-05
4.33306e-05
2.61329e-05
1.31939e-05
4.7355e-06
4.7355e-06
1.31908e-05
2.61221e-05
4.3305e-05
6.48614e-05
6.48272e-05
4.32872e-05
2.61153e-05
1.31895e-05
4.7355e-06
4.7355e-06
1.31864e-05
2.61046e-05
4.32618e-05
6.47783e-05
6.47444e-05
4.32443e-05
2.6098e-05
1.31852e-05
4.7355e-06
4.7355e-06
1.31821e-05
2.60875e-05
4.32193e-05
6.46961e-05
6.46626e-05
4.3202e-05
2.60809e-05
1.31809e-05
4.7355e-06
4.7355e-06
1.31779e-05
2.60705e-05
4.31773e-05
6.46147e-05
6.45816e-05
4.31602e-05
2.60641e-05
1.31767e-05
4.7355e-06
4.7355e-06
1.31738e-05
2.60539e-05
4.31359e-05
6.45343e-05
6.45015e-05
4.3119e-05
2.60476e-05
1.31726e-05
4.7355e-06
4.7355e-06
1.31697e-05
2.60375e-05
4.30949e-05
6.44547e-05
6.44222e-05
4.30783e-05
2.60313e-05
1.31685e-05
4.7355e-06
4.7355e-06
1.31657e-05
2.60214e-05
4.30546e-05
6.4376e-05
6.43439e-05
4.30382e-05
2.60153e-05
1.31646e-05
4.7355e-06
4.7355e-06
1.31617e-05
2.60054e-05
4.30147e-05
6.42981e-05
6.42663e-05
4.29985e-05
2.59995e-05
1.31607e-05
4.7355e-06
4.7355e-06
1.31579e-05
2.59898e-05
4.29754e-05
6.42211e-05
6.41897e-05
4.29595e-05
2.5984e-05
1.31569e-05
4.7355e-06
4.7355e-06
1.31541e-05
2.59744e-05
4.29366e-05
6.41449e-05
6.41138e-05
4.29209e-05
2.59687e-05
1.31531e-05
4.7355e-06
4.7355e-06
1.31504e-05
2.59593e-05
4.28983e-05
6.40696e-05
6.40389e-05
4.28829e-05
2.59537e-05
1.31494e-05
4.7355e-06
4.7355e-06
1.31467e-05
2.59443e-05
4.28605e-05
6.39949e-05
6.39648e-05
4.28454e-05
2.59389e-05
1.31458e-05
4.7355e-06
4.7355e-06
1.31432e-05
2.59296e-05
4.28231e-05
6.39212e-05
6.38916e-05
4.28086e-05
2.59243e-05
1.31422e-05
4.7355e-06
4.7355e-06
1.31397e-05
2.59154e-05
4.27857e-05
6.38479e-05
6.38187e-05
4.2772e-05
2.59101e-05
1.31388e-05
4.7355e-06
4.7355e-06
1.31361e-05
2.59011e-05
4.27496e-05
6.37762e-05
6.37473e-05
4.27358e-05
2.58959e-05
1.31352e-05
4.7355e-06
4.7355e-06
1.31326e-05
2.58868e-05
4.27142e-05
6.37052e-05
6.36768e-05
4.27005e-05
2.58819e-05
1.31319e-05
4.7355e-06
4.7355e-06
1.31295e-05
2.58734e-05
4.26784e-05
6.36344e-05
6.36064e-05
4.26655e-05
2.58685e-05
1.31287e-05
4.7355e-06
4.7355e-06
1.31261e-05
2.58598e-05
4.26435e-05
6.35647e-05
6.35372e-05
4.26308e-05
2.5855e-05
1.31254e-05
4.7355e-06
4.7355e-06
1.31229e-05
2.58465e-05
4.26092e-05
6.3496e-05
6.34687e-05
4.25967e-05
2.58417e-05
1.31222e-05
4.7355e-06
4.7355e-06
1.31197e-05
2.58333e-05
4.25753e-05
6.34279e-05
6.3401e-05
4.2563e-05
2.58286e-05
1.3119e-05
4.7355e-06
4.7355e-06
1.31166e-05
2.58204e-05
4.25419e-05
6.33607e-05
6.33341e-05
4.25297e-05
2.58158e-05
1.3116e-05
4.7355e-06
4.7355e-06
1.31136e-05
2.58077e-05
4.25089e-05
6.32942e-05
6.32679e-05
4.24969e-05
2.58032e-05
1.31129e-05
4.7355e-06
4.7355e-06
1.31106e-05
2.57952e-05
4.24764e-05
6.32285e-05
6.32025e-05
4.24646e-05
2.57907e-05
1.311e-05
4.7355e-06
4.7355e-06
1.31076e-05
2.57829e-05
4.24442e-05
6.31634e-05
6.31377e-05
4.24326e-05
2.57785e-05
1.3107e-05
4.7355e-06
4.7355e-06
1.31048e-05
2.57707e-05
4.24126e-05
6.30991e-05
6.30737e-05
4.24011e-05
2.57664e-05
1.31042e-05
4.7355e-06
4.7355e-06
1.31019e-05
2.57587e-05
4.23812e-05
6.30355e-05
6.30104e-05
4.237e-05
2.57545e-05
1.31013e-05
4.7355e-06
4.7355e-06
1.30991e-05
2.5747e-05
4.23504e-05
6.29725e-05
6.29478e-05
4.23393e-05
2.57428e-05
1.30986e-05
4.7355e-06
4.7355e-06
1.30964e-05
2.57354e-05
4.23199e-05
6.29104e-05
6.2886e-05
4.2309e-05
2.57313e-05
1.30959e-05
4.7355e-06
4.7355e-06
1.30937e-05
2.5724e-05
4.22899e-05
6.28489e-05
6.28249e-05
4.22791e-05
2.572e-05
1.30932e-05
4.7355e-06
4.7355e-06
1.3091e-05
2.57128e-05
4.22602e-05
6.27882e-05
6.27645e-05
4.22497e-05
2.57088e-05
1.30905e-05
4.7355e-06
4.7355e-06
1.30884e-05
2.57017e-05
4.2231e-05
6.27282e-05
6.27048e-05
4.22206e-05
2.56978e-05
1.30879e-05
4.7355e-06
4.7355e-06
1.30859e-05
2.56908e-05
4.22022e-05
6.26688e-05
6.26458e-05
4.2192e-05
2.5687e-05
1.30854e-05
4.7355e-06
4.7355e-06
1.30833e-05
2.56801e-05
4.21738e-05
6.26102e-05
6.25875e-05
4.21637e-05
2.56764e-05
1.30829e-05
4.7355e-06
4.7355e-06
1.30809e-05
2.56696e-05
4.21457e-05
6.25523e-05
6.25299e-05
4.21359e-05
2.56659e-05
1.30804e-05
4.7355e-06
4.7355e-06
1.30784e-05
2.56592e-05
4.21181e-05
6.24952e-05
6.2473e-05
4.21083e-05
2.56555e-05
1.30779e-05
4.7355e-06
4.7355e-06
1.3076e-05
2.56489e-05
4.20908e-05
6.24386e-05
6.24168e-05
4.20812e-05
2.56453e-05
1.30755e-05
4.7355e-06
4.7355e-06
1.30736e-05
2.56388e-05
4.20639e-05
6.23828e-05
6.23612e-05
4.20544e-05
2.56353e-05
1.30731e-05
4.7355e-06
4.7355e-06
1.30712e-05
2.56288e-05
4.20373e-05
6.23275e-05
6.23063e-05
4.2028e-05
2.56253e-05
1.30708e-05
4.7355e-06
4.7355e-06
1.30688e-05
2.56189e-05
4.20111e-05
6.22731e-05
6.22521e-05
4.20018e-05
2.56155e-05
1.30684e-05
4.7355e-06
4.7355e-06
1.30665e-05
2.56092e-05
4.19851e-05
6.22191e-05
6.21984e-05
4.1976e-05
2.56058e-05
1.30661e-05
4.7355e-06
4.7355e-06
1.30642e-05
2.55995e-05
4.19595e-05
6.21659e-05
6.21455e-05
4.19505e-05
2.55962e-05
1.30637e-05
4.7355e-06
4.7355e-06
1.30618e-05
2.559e-05
4.19342e-05
6.21132e-05
6.20931e-05
4.19254e-05
2.55867e-05
1.30614e-05
4.7355e-06
4.7355e-06
1.30595e-05
2.55805e-05
4.19092e-05
6.20612e-05
6.20413e-05
4.19004e-05
2.55772e-05
1.30591e-05
4.7355e-06
4.7355e-06
1.30572e-05
2.55711e-05
4.18844e-05
6.20096e-05
6.19901e-05
4.18758e-05
2.55679e-05
1.30568e-05
4.7355e-06
4.7355e-06
1.30549e-05
2.55618e-05
4.18599e-05
6.19588e-05
6.19394e-05
4.18514e-05
2.55586e-05
1.30545e-05
4.7355e-06
4.7355e-06
1.30526e-05
2.55525e-05
4.18356e-05
6.19083e-05
6.18893e-05
4.18272e-05
2.55493e-05
1.30522e-05
4.7355e-06
4.7355e-06
1.30503e-05
2.55433e-05
4.18116e-05
6.18585e-05
6.18396e-05
4.18032e-05
2.55401e-05
1.30498e-05
4.7355e-06
4.7355e-06
1.3048e-05
2.55341e-05
4.17877e-05
6.1809e-05
6.17904e-05
4.17794e-05
2.5531e-05
1.30475e-05
4.7355e-06
4.7355e-06
1.30457e-05
2.5525e-05
4.1764e-05
6.176e-05
6.17415e-05
4.17557e-05
2.55218e-05
1.30452e-05
4.7355e-06
4.7355e-06
1.30434e-05
2.55159e-05
4.17404e-05
6.17113e-05
6.16929e-05
4.17322e-05
2.55128e-05
1.30429e-05
4.7355e-06
4.7355e-06
1.30411e-05
2.55069e-05
4.1717e-05
6.1663e-05
6.16447e-05
4.17088e-05
2.55037e-05
1.30406e-05
4.7355e-06
4.7355e-06
1.30389e-05
2.54979e-05
4.16938e-05
6.16151e-05
6.1597e-05
4.16857e-05
2.54948e-05
1.30384e-05
4.7355e-06
4.7355e-06
1.30367e-05
2.54892e-05
4.1671e-05
6.15678e-05
6.15497e-05
4.16627e-05
2.5486e-05
1.30361e-05
4.7355e-06
4.7355e-06
1.30344e-05
2.54804e-05
4.16484e-05
6.15209e-05
6.15031e-05
4.16399e-05
2.54773e-05
1.30339e-05
4.7355e-06
4.7355e-06
1.30323e-05
2.54718e-05
4.16261e-05
6.14746e-05
6.14571e-05
4.16175e-05
2.54686e-05
1.30316e-05
4.7355e-06
4.7355e-06
1.30301e-05
2.54632e-05
4.16042e-05
6.1429e-05
6.14115e-05
4.15956e-05
2.54598e-05
1.30293e-05
4.7355e-06
4.7355e-06
1.3028e-05
2.54548e-05
4.15826e-05
6.1384e-05
6.13664e-05
4.15736e-05
2.54511e-05
1.30269e-05
4.7355e-06
4.7355e-06
1.30258e-05
2.54465e-05
4.15612e-05
6.13399e-05
6.13215e-05
4.15515e-05
2.54423e-05
1.30244e-05
4.7355e-06
4.7355e-06
1.30235e-05
2.54383e-05
4.15405e-05
6.1297e-05
6.12766e-05
4.15294e-05
2.54332e-05
1.30218e-05
4.7355e-06
4.7355e-06
1.30211e-05
2.54301e-05
4.152e-05
6.12552e-05
6.12321e-05
4.15074e-05
2.54243e-05
1.30193e-05
4.7355e-06
4.7355e-06
1.30185e-05
2.54215e-05
4.14998e-05
6.12146e-05
6.1189e-05
4.14858e-05
2.54154e-05
1.30165e-05
4.7355e-06
4.7355e-06
1.30158e-05
2.54127e-05
4.14792e-05
6.11755e-05
6.11462e-05
4.14654e-05
2.54068e-05
1.30139e-05
4.7355e-06
4.7355e-06
1.3013e-05
2.54039e-05
4.14586e-05
6.11335e-05
6.11055e-05
4.14451e-05
2.53981e-05
1.30111e-05
4.7355e-06
4.7355e-06
1.30098e-05
2.53943e-05
4.14371e-05
6.10928e-05
6.107e-05
4.14268e-05
2.53895e-05
1.30079e-05
4.7355e-06
4.7355e-06
1.30065e-05
2.53852e-05
4.14163e-05
6.10498e-05
6.10331e-05
4.1406e-05
2.53793e-05
1.30039e-05
4.7355e-06
4.7355e-06
1.30023e-05
2.53758e-05
4.13977e-05
6.10156e-05
6.09971e-05
4.13864e-05
2.53693e-05
1.29995e-05
4.7355e-06
4.7355e-06
1.29976e-05
2.53661e-05
4.138e-05
6.09839e-05
6.09635e-05
4.13672e-05
2.53591e-05
1.29942e-05
4.7355e-06
4.7355e-06
1.29921e-05
2.53557e-05
4.1362e-05
6.09557e-05
6.09358e-05
4.13516e-05
2.53489e-05
1.29889e-05
4.7355e-06
4.7355e-06
1.29854e-05
2.53447e-05
4.13453e-05
6.0926e-05
6.09126e-05
4.13353e-05
2.53373e-05
1.29815e-05
4.7355e-06
4.7355e-06
1.29771e-05
2.5333e-05
4.13315e-05
6.09108e-05
6.08995e-05
4.1325e-05
2.53263e-05
1.29728e-05
4.7355e-06
4.7355e-06
1.29668e-05
2.53222e-05
4.1324e-05
6.09086e-05
6.09117e-05
4.13258e-05
2.53171e-05
1.29616e-05
4.7355e-06
4.7355e-06
1.29533e-05
2.53167e-05
4.13344e-05
6.0943e-05
6.0984e-05
4.13568e-05
2.53169e-05
1.29468e-05
4.7355e-06
4.7355e-06
1.29358e-05
2.53297e-05
4.13967e-05
6.10748e-05
6.12277e-05
4.14802e-05
2.53655e-05
1.29305e-05
4.7355e-06
4.7355e-06
1.28692e-05
2.54265e-05
4.17339e-05
6.17788e-05
4.95373e-05
3.47803e-05
2.27022e-05
1.24266e-05
4.7355e-06
4.7355e-06
1.4004e-05
3.39464e-05
6.56051e-05
0.000107258
0.000130747
8.50757e-05
4.91506e-05
2.2618e-05
6.98322e-06
1.05589e-05
3.15323e-05
6.43239e-05
0.000104545
0.000155147
0.000174312
0.000121003
7.64738e-05
3.86232e-05
1.31188e-05
1.51841e-05
4.4479e-05
8.71039e-05
0.000136512
0.000194202
0.000204955
0.000148167
9.58623e-05
4.92932e-05
1.67801e-05
1.80855e-05
5.31757e-05
0.000102788
0.000157768
0.000215879
0.000228087
0.000166879
0.000108653
5.62251e-05
1.90706e-05
1.99261e-05
5.87667e-05
0.000113259
0.000173633
0.000237582
0.000251425
0.00018371
0.000119719
6.19927e-05
2.08965e-05
2.20989e-05
6.62087e-05
0.000128326
0.000196792
0.000268458
0.000287498
0.000211255
0.00013767
7.0857e-05
2.34997e-05
2.49083e-05
7.60134e-05
0.000148001
0.000226378
0.000307357
0.000329076
0.0002422
0.000157899
8.08263e-05
2.63943e-05
2.78233e-05
8.63879e-05
0.00016919
0.000258797
0.000351278
0.000374266
0.000273736
0.00017752
9.03201e-05
2.90092e-05
2.9807e-05
9.46447e-05
0.000186801
0.000287355
0.000393233
0.000407225
0.000290745
0.000185461
9.31697e-05
2.95266e-05
2.8538e-05
9.4713e-05
0.000188049
0.000292758
0.000410357
0.000204924
0.000128768
8.0167e-05
4.30134e-05
2.47039e-05
4.69095e-05
0.000275774
0.000458887
0.000585133
0.000770104
0.00102938
0.00130014
0.00162796
0.00192842
0.00220332
0.00245986
0.00272613
0.00299225
0.00321514
0.00345019
0.00372179
0.00392556
0.00416405
0.00440302
0.00464239
0.00495743
0.00536176
0.00577161
0.00618159
0.00658122
0.00696992
0.00734568
0.007709
0.00806051
0.00840075
0.00873016
0.00904903
0.00935754
0.00965582
0.00994389
0.0102218
0.0104894
0.0107466
0.0109935
0.0112299
0.0114556
0.0116707
0.0118751
0.0120686
0.0122513
0.0124233
0.0125844
0.0127348
0.0128747
0.013004
0.013123
0.0132319
0.0133309
0.0134202
0.0135001
0.0135709
0.0136331
0.0136864
0.0137313
0.0137666
0.0137931
0.0138111
0.0138219
0.0138269
0.0138217
0.0138153
0.0138081
0.0138003
0.0137924
0.0137842
0.013776
0.0137677
0.0137594
0.0137509
0.0137423
0.0137337
0.0137249
0.013716
0.0137069
0.0136978
0.0136886
0.0136792
0.0136697
0.0136601
0.0136503
0.0136405
0.0136305
0.0136204
0.0136102
0.0135999
0.0135894
0.0135788
0.0135681
0.0135573
0.0135464
0.0135353
0.0135242
0.0135129
0.0135015
0.01349
0.0134784
0.0134666
0.0134548
0.0134428
0.0134307
0.0134185
0.0134063
0.0133938
0.0133813
0.0133687
0.013356
0.0133432
0.0133302
0.0133172
0.0133041
0.0132909
0.0132776
0.0132642
0.0132507
0.0132371
0.0132234
0.0132097
0.0131959
0.0131819
0.013168
0.0131539
0.0131398
0.0131256
0.0131113
0.013097
0.0130826
0.0130681
0.0130536
0.0130391
0.0130245
0.0130098
0.0129951
0.0129804
0.0129656
0.0129508
0.0129359
0.012921
0.0129061
0.0128911
0.0128761
0.0128613
0.0128463
0.012831
0.0128158
0.0128007
0.0127855
0.0127703
0.0127551
0.0127398
0.0127245
0.0127091
0.0126937
0.0126782
0.0126627
0.0126471
0.0126315
0.0126158
0.0126001
0.0125842
0.0125683
0.0125523
0.0125362
0.01252
0.0125037
0.0124872
0.0124707
0.0124541
0.0124373
0.0124205
0.0124035
0.0123864
0.0123691
0.0123518
0.0123343
0.0123167
0.012299
0.0122811
0.0122632
0.0122451
0.012227
0.0122087
0.0121904
0.0121719
0.0121534
0.0121348
0.0121162
0.0120975
0.0120787
0.01206
0.0120411
0.0120223
0.0120035
0.0119846
0.0119658
0.011947
0.0119282
0.0119094
0.0118907
0.011872
0.0118534
0.0118348
0.0118163
0.0117979
0.0117796
0.0117613
0.0117432
0.0117251
0.0117072
0.0116893
0.0116716
0.0116539
0.0116364
0.011619
0.0116017
0.0115846
0.0115675
0.0115506
0.0115338
0.0115172
0.0115006
0.0114842
0.0114679
0.0114518
0.0114358
0.0114199
0.0114041
0.0113885
0.0113729
0.0113575
0.0113423
0.0113271
0.0113121
0.0112971
0.0112823
0.0112676
0.0112531
0.0112386
0.0112242
0.01121
0.0111958
0.0111818
0.0111678
0.011154
0.0111402
0.0111265
0.0111129
0.0110995
0.011086
0.0110727
0.0110595
0.0110463
0.0110332
0.0110202
0.0110073
0.0109944
0.0109816
0.0109689
0.0109562
0.0109436
0.010931
0.0109185
0.010906
0.0108933
0.0108809
0.010869
0.0108567
0.0108445
0.0108324
0.0108204
0.0108085
0.0107963
0.0107841
0.0107721
0.0107601
0.0107482
0.0107363
0.0107244
0.0107125
0.0107007
0.0106889
0.0106771
0.0106653
0.0106535
0.0106418
0.01063
0.0106183
0.0106066
0.0105949
0.0105832
0.0105715
0.0105598
0.0105481
0.0105364
0.0105247
0.010513
0.0105014
0.0104897
0.010478
0.0104663
0.0104546
0.0104429
0.0104312
0.0104195
0.0104078
0.010396
0.0103843
0.0103725
0.0103608
0.010349
0.0103372
0.0103254
0.0103136
0.0103017
0.0102899
0.010278
0.0102662
0.0102543
0.0102424
0.0102304
0.0102185
0.0102066
0.0101946
0.0101826
0.0101706
0.0101586
0.0101466
0.0101346
0.0101225
0.0101104
0.0100983
0.0100861
0.0100737
0.0100613
0.010049
0.010037
0.0100255
0.0100253
0.0100252
0.0100252
0.0100253
0.0100254
0.0100254
0.0100255
0.0100255
0.0100255
0.0100255
0.0100255
0.0100255
0.0100255
0.0100255
0.0100255
0.0100255
0.0100255
0.0100256
0.0100256
0.0100256
0.0100256
0.0100256
0.0100256
0.0100257
0.0100257
0.0100257
0.0100257
0.0100257
0.0100258
0.0100258
0.0100258
0.0100258
0.0100258
0.0100259
0.0100259
0.0100259
0.0100259
0.010026
0.010026
0.010026
0.010026
0.0100261
0.0100261
0.0100261
0.0100262
0.0100262
0.0100262
0.0100262
0.0100263
0.0100263
0.0100263
0.0100264
0.0100264
0.0100264
0.0100265
0.0100265
0.0100265
0.0100266
0.0100266
0.0100266
0.0100267
0.0100267
0.0100268
0.0100268
0.0100268
0.0100269
0.0100269
0.0100269
0.010027
0.010027
0.010027
0.010027
0.0100271
0.0100271
0.0100271
0.0100272
0.0100272
0.0100272
0.0100272
0.0100272
0.0100273
0.0100273
0.0100273
0.0100273
0.0100273
0.0100273
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100274
0.0100273
0.010027
0.0100265
0.010025
0.0100216
0.0100134
0.00999408
0.00994881
0.00984563
0.00958291
0.00896467
0.00762771
0.0052797
0.00253969
0.00200484
0.00171656
0.00153264
0.00140862
0.00133081
0.00127578
0.00123272
0.00120295
0.00117969
0.0011615
0.00114652
0.00113373
0.00112266
0.0011128
0.00110382
0.0010955
0.00108764
0.00108014
0.00107292
0.00106593
0.00105913
0.00105248
0.00104597
0.00103959
0.00103332
0.00102715
0.00102107
0.00101508
0.00100916
0.00100332
0.000997547
0.000991834
0.000986179
0.000980575
0.00097502
0.000969507
0.000964032
0.000958593
0.000953184
0.000947802
0.000942443
0.000937103
0.000931778
0.000926464
0.000921158
0.000915857
0.000910555
0.000905251
0.000899939
0.000894618
0.000889283
0.000883931
0.000878558
0.000873162
0.000867739
0.000862284
0.000856794
0.000851265
0.000845695
0.000840075
0.000834407
0.000828685
0.000822902
0.000817062
0.00081117
0.000805193
0.000799164
0.000793091
0.000786956
0.00078076
0.000774521
0.000768224
0.000761926
0.000755577
0.000749301
0.00074293
0.000736808
0.000730813
0.000725018
0.00071944
0.000714619
0.000710348
0.000706764
0.000704143
0.000703749
0.000705512
0.000711602
0.000722361
0.000739283
0.000764501
0.000799301
0.000845821
0.000901753
0.000968602
0.00104527
0.00113158
0.00122415
0.00131381
0.00138366
0.00140478
0.00136097
0.00128628
0.00122045
0.00118554
0.00117266
0.00117366
0.00118083
0.00119756
0.00121616
0.0012359
0.00125525
0.00127176
0.00128783
0.00130316
0.00131614
0.0013275
0.0013374
0.00134556
0.00135222
0.00135727
0.00136085
0.00136282
0.00136317
0.00136175
0.00135831
0.00135244
0.00134356
0.0013307
0.00131246
0.00128713
0.00125247
0.00120069
0.00112215
0.00099977
0.000809511
0.000491216
0.000494454
0.000534819
0.00101044
0.000915064
0.00121513
0.00134819
0.00159576
0.00142855
0.00157604
0.00177
0.00189261
0.00167847
0.00175147
0.00198118
0.00209172
0.0020063
0.00188788
0.00171728
0.00146763
0.00110999
0.000612111
0.000684285
0.00120264
0.0015741
0.00165586
0.00128486
0.000752085
0.000812991
0.001356
0.00170842
0.00189729
0.0018676
0.0018085
0.00196169
0.00206546
0.00213999
0.00215138
0.00208816
0.00200021
0.00201079
0.00208509
0.00213924
0.00218276
0.00220063
0.00219684
0.00215606
0.00204711
0.00180454
0.00184412
0.00209782
0.00213798
0.00187444
0.00189809
0.0021707
0.00219807
0.00191678
0.00193165
0.00222144
0.00224179
0.00194345
0.0019527
0.00225966
0.00238818
0.00236511
0.00234027
0.00231308
0.00228268
0.00224782
0.00220658
0.00224264
0.00228132
0.0023153
0.00231053
0.00227767
0.00224166
0.00222046
0.00225484
0.00228726
0.00231852
0.00234137
0.00234611
0.00237475
0.00240189
0.002428
0.00242806
0.00239971
0.00237093
0.00234914
0.00237948
0.00240986
0.00238161
0.00234934
0.00231742
0.00228559
0.00225353
0.00222091
0.00218716
0.00215135
0.00211162
0.00206412
0.00200074
0.00190382
0.00173706
0.001411
0.000867694
0.000916022
0.00145059
0.00174656
0.00174065
0.00147488
0.000953751
0.000974627
0.00148412
0.00172344
0.0018342
0.00186871
0.00189288
0.00197575
0.00203066
0.00207346
0.00202757
0.00198808
0.00193974
0.00189498
0.00193813
0.00197518
0.00191655
0.00188144
0.00184253
0.00179071
0.0016973
0.00148168
0.000986305
0.000992433
0.00146937
0.00165964
0.00160621
0.00144522
0.000996919
0.000998051
0.00142697
0.00156025
0.00160285
0.00166992
0.00173845
0.00178254
0.00181797
0.00185134
0.00177671
0.00174262
0.00170834
0.00162963
0.00165703
0.00168735
0.00171933
0.00181001
0.00188427
0.0019506
0.00201013
0.00206351
0.00211084
0.00214575
0.00217949
0.00221267
0.00216578
0.00213202
0.00209805
0.00204447
0.00207864
0.00211281
0.00214714
0.00219957
0.00224564
0.00227868
0.00231206
0.00234598
0.0023034
0.00226814
0.00223362
0.00218185
0.00221713
0.00225325
0.00219452
0.00215806
0.00212251
0.00208758
0.00205311
0.00201884
0.00198468
0.00191788
0.00195173
0.00198568
0.00190937
0.00187617
0.00184298
0.0017522
0.00178591
0.00182
0.00185399
0.00194254
0.00201981
0.00205452
0.00208984
0.00212606
0.00204658
0.0020112
0.0019766
0.00188718
0.0019206
0.00195454
0.00198935
0.00208313
0.0021636
0.00223231
0.00229062
0.00233976
0.00238082
0.00241453
0.00244057
0.00245632
0.00245345
0.0024099
0.00227554
0.00195964
0.00196461
0.00228963
0.00230212
0.00196754
0.00196847
0.00231314
0.00232266
0.00196757
0.00196454
0.00233075
0.00233762
0.00195957
0.00195272
0.0023435
0.00254518
0.00252508
0.00250646
0.0024881
0.00246947
0.00245034
0.00243054
0.00247852
0.00250349
0.00252861
0.00254355
0.00251373
0.00248477
0.00247192
0.00250429
0.00253813
0.00257404
0.0025747
0.0025542
0.00258075
0.00260955
0.00264019
0.00268346
0.00264508
0.00260792
0.00261297
0.00265685
0.00270293
0.00275157
0.00272182
0.00266729
0.00256146
0.00234735
0.00194323
0.00193149
0.00234858
0.00235065
0.00191987
0.00190475
0.00235326
0.00235673
0.00188912
0.00187515
0.00235911
0.00236769
0.00186456
0.00185958
0.00238663
0.00275587
0.00271035
0.00267447
0.00265257
0.00262478
0.00259987
0.00257771
0.00270023
0.00274038
0.00278642
0.002888
0.00282529
0.00276941
0.0028114
0.00288054
0.00295741
0.00303368
0.00295133
0.00283326
0.00287638
0.00293541
0.0029901
0.00312887
0.0030872
0.0030148
0.00311332
0.00318419
0.00319922
0.00322393
0.00323826
0.00318021
0.00309139
0.0030052
0.00291728
0.00283701
0.0027666
0.00270882
0.00265487
0.00260535
0.00256142
0.00252127
0.00248386
0.00244846
0.00241699
0.00245501
0.00249552
0.00246088
0.00241784
0.0023777
0.00232977
0.00237138
0.00241622
0.00246531
0.00250777
0.00253937
0.00258766
0.00264195
0.00270334
0.00268466
0.00261806
0.00255967
0.00251987
0.00258135
0.00265136
0.00260182
0.00252971
0.00246642
0.00241038
0.00236009
0.00231432
0.002272
0.00220308
0.00224526
0.00229099
0.00220747
0.00216281
0.00212165
0.00202618
0.00206545
0.00210804
0.002155
0.00225673
0.00234134
0.00239758
0.00246116
0.00253367
0.00244526
0.00237411
0.00231178
0.0022076
0.00226717
0.0023353
0.00241358
0.00252677
0.00261659
0.00268421
0.00273121
0.00275849
0.00276916
0.00284843
0.00293782
0.00303359
0.00304171
0.00294027
0.00284402
0.00282122
0.00292205
0.00302851
0.00313311
0.00314338
0.00312863
0.00321684
0.00326005
0.00322558
0.00322134
0.00326004
0.00322697
0.00321488
0.00324821
0.00321931
0.00322032
0.00322844
0.00318337
0.00309763
0.00299107
0.00288129
0.00277761
0.00271077
0.00281555
0.0029273
0.0028365
0.00272371
0.00261964
0.00250326
0.0026048
0.0027171
0.00283639
0.00295187
0.00303774
0.0031331
0.00319721
0.00321818
0.00320107
0.00314627
0.00305946
0.00295557
0.00306481
0.00315392
0.00306127
0.00294178
0.00281429
0.00268709
0.00256676
0.00245734
0.00236042
0.00227579
0.00220239
0.00213885
0.00208345
0.00203449
0.00199084
0.00195135
0.00191477
0.00188016
0.00184517
0.0018107
0.00177687
0.0017436
0.00171174
0.00168205
0.00165301
0.00162558
0.00159964
0.00157615
0.00155574
0.0015379
0.00150746
0.00140187
0.00101627
0.00101691
0.00137231
0.00143947
0.00135622
0.00133186
0.00102117
0.00105627
0.00128064
0.00124989
0.00122159
0.001347
0.00145094
0.00146462
0.00148669
0.00150704
0.00138955
0.00136826
0.0013497
0.00121492
0.00122698
0.00124199
0.00105134
0.00104432
0.00104171
0.00105533
0.00109659
0.00118021
0.00121162
0.000488054
0.000552225
0.000731775
0.000872743
0.000311389
0.00035437
0.000372932
0.000314491
0.000581887
0.000657044
0.000794522
0.000722484
0.00065417
0.000519915
0.000267678
0.000292031
0.000472222
0.00058334
0.000639087
0.000719467
0.000791343
0.000859629
0.00100223
0.00107909
0.00108146
0.000978895
0.000936149
0.00104082
0.00098358
0.000887249
0.000850262
0.000950928
0.00091473
0.00081652
0.000723888
0.000736769
0.000755662
0.000770533
0.000793782
0.000814201
0.000841485
0.000858765
0.000876955
0.000878829
0.000813048
0.000811125
0.000794673
0.000720835
0.000737616
0.0007406
0.000657581
0.000652896
0.000635355
0.000612004
0.000698153
0.000773817
0.000745464
0.000720504
0.000698648
0.000621054
0.000640607
0.000667506
0.000583167
0.00055889
0.000542842
0.000527143
0.000603274
0.000680957
0.000667041
0.000655152
0.000636885
0.000704464
0.000691119
0.000789236
0.000898983
0.000877731
0.000761328
0.000747128
0.000875868
0.000861613
0.00073324
0.000729543
0.000866841
0.000857469
0.000722903
0.000721966
0.000865997
0.000857996
0.00071736
0.000573657
0.000571083
0.000578356
0.000575795
0.00058333
0.000582867
0.00058938
0.000588194
0.000599312
0.000605284
0.000619994
0.000629218
0.000651465
0.000667952
0.000597037
0.000619516
0.000542753
0.000562765
0.000581311
0.000591716
0.000514124
0.000500892
0.00048222
0.000460426
0.0004346
0.000518871
0.000494504
0.000576578
0.000550551
0.000465277
0.000371094
0.000406274
0.0003226
0.000425645
0.000526881
0.000506877
0.000494591
0.000483573
0.000351193
0.000367281
0.000386671
0.000257519
0.000217638
0.000194354
0.000194009
0.000350706
0.000482454
0.000479544
0.000477719
0.000472639
0.000345934
0.000349607
0.000351675
0.000198628
0.000199662
0.000199233
0.000197556
0.00034373
0.000471518
0.000466944
0.00046663
0.000463797
0.00056756
0.000572031
0.000718535
0.000868717
0.00106062
0.00125853
0.0014114
0.0015281
0.00155005
0.00157354
0.00159959
0.00147312
0.00145334
0.00143298
0.00127613
0.00129481
0.00131391
0.00133282
0.00149347
0.00162654
0.00165456
0.00168302
0.00171233
0.0015666
0.00154023
0.00151526
0.00135111
0.00136876
0.0013884
0.00115256
0.0011386
0.00112418
0.00111022
0.00109681
0.0010838
0.00107158
0.000872716
0.000861216
0.000714928
0.000717157
0.000714455
0.000865549
0.000878017
0.000870976
0.00071674
0.000718631
0.000565523
0.000558965
0.00056525
0.000560446
0.000567379
0.000562565
0.000569065
0.000565666
0.000461373
0.000464471
0.000338203
0.000339702
0.000340085
0.000340799
0.000196333
0.000196996
0.000200363
0.000196168
0.000196404
0.000336648
0.000334544
0.000461291
0.000457754
0.000332436
0.00019338
0.000193352
0.000186442
0.000329072
0.000457634
0.000454355
0.000456089
0.000453904
0.000329676
0.000328677
0.000327336
0.000185499
0.00018675
0.000190636
0.000189941
0.000329092
0.000455412
0.000452146
0.000558073
0.000563743
0.00055738
0.00045047
0.000452931
0.000326641
0.000328841
0.000193939
0.000190054
0.000192573
0.000326134
0.000325614
0.000452896
0.000565137
0.000722237
0.00088494
0.000877629
0.000720943
0.000565366
0.00055865
0.000450743
0.000453119
0.000451105
0.000559106
0.000567553
0.000726494
0.000892458
0.000884651
0.000725159
0.000731055
0.000900578
0.000892667
0.00073
0.000736413
0.000909505
0.000901116
0.000735588
0.000742569
0.000918612
0.000910152
0.000742037
0.000577817
0.000568144
0.000576518
0.000565652
0.000573089
0.000563694
0.000571896
0.000561851
0.000569427
0.00056136
0.000569578
0.000560424
0.000567737
0.000560216
0.000451697
0.00045399
0.00032562
0.000325431
0.000325475
0.00032564
0.000190317
0.000188979
0.000187409
0.00018868
0.000186891
0.000190197
0.00032628
0.000326082
0.000454133
0.000451657
0.000326145
0.000190367
0.000188267
0.000188398
0.00032523
0.000454138
0.000451171
0.000453549
0.000451057
0.000325068
0.000324872
0.000325394
0.000191942
0.000190175
0.000194007
0.000190642
0.000324621
0.000454245
0.000451655
0.00045507
0.000452997
0.000323748
0.00032404
0.000324402
0.000192133
0.00018744
0.000187552
0.000184429
0.000323641
0.000456829
0.000454336
0.000458082
0.000455916
0.000569873
0.000581175
0.000749271
0.000928399
0.00116854
0.0014093
0.00159276
0.00174289
0.00177659
0.0018125
0.00185107
0.00167917
0.00164791
0.00161939
0.00143145
0.00145508
0.00148088
0.00150935
0.00171425
0.00189249
0.00193693
0.00198685
0.0020443
0.0018552
0.00180193
0.00175517
0.00154098
0.00157725
0.00162006
0.00133046
0.00129758
0.00126981
0.00124522
0.00122318
0.00120344
0.00118555
0.000938977
0.000920115
0.00074867
0.000756534
0.000757097
0.00093194
0.00095236
0.000945748
0.000767922
0.000766696
0.000591686
0.000579101
0.000587386
0.000576199
0.000585196
0.000573317
0.000582158
0.000571959
0.000457193
0.000459783
0.00032568
0.000325254
0.000324543
0.000323656
0.000185736
0.000185276
0.000187803
0.00018627
0.000189173
0.000326379
0.000327221
0.000460846
0.000458465
0.000327875
0.000190675
0.000188463
0.000191058
0.000328594
0.000462554
0.00046032
0.000464801
0.000462778
0.000331774
0.000331254
0.000329995
0.000194893
0.000194416
0.000197505
0.000191441
0.000330774
0.000467048
0.000463946
0.000582823
0.000594092
0.000585423
0.00046547
0.000467917
0.000328855
0.00032913
0.000190468
0.000186979
0.000188253
0.000328712
0.000329409
0.000470047
0.000598005
0.000777686
0.000967105
0.000960426
0.000779324
0.000601188
0.00058918
0.000467649
0.000472846
0.000471959
0.000593467
0.000607443
0.000790934
0.000983131
0.000978109
0.000794788
0.000807916
0.00100217
0.000998189
0.000812602
0.000827068
0.00102317
0.00102032
0.000832669
0.000846596
0.0010472
0.00104671
0.000854325
0.000665187
0.000650616
0.000656489
0.000642567
0.000647804
0.000633675
0.000637654
0.000621179
0.000626676
0.000613496
0.000620889
0.000606667
0.000613449
0.000600186
0.000477585
0.000478234
0.000336892
0.000334278
0.000332035
0.000329796
0.000188283
0.000187007
0.000189485
0.000192589
0.00019289
0.000196388
0.000339108
0.000341744
0.000483926
0.000483395
0.00034325
0.000198195
0.000195823
0.000196179
0.000344061
0.000489104
0.000487187
0.000492261
0.000493123
0.000344613
0.000341833
0.00034316
0.000194602
0.000189663
0.000192345
0.000197508
0.000352589
0.000503632
0.000507021
0.000516449
0.000517694
0.000372272
0.000366584
0.000359151
0.000201379
0.000203264
0.000210798
0.000221009
0.000377713
0.000524647
0.000523209
0.00053332
0.000542911
0.000662662
0.000683989
0.000872737
0.00107736
0.00137141
0.00167146
0.00191595
0.00211137
0.00218921
0.00227921
0.00238272
0.00216077
0.00206629
0.00198554
0.00173379
0.00180772
0.0018933
0.00199204
0.00227059
0.00249998
0.00262949
0.00276779
0.00290951
0.00268833
0.0025356
0.00239563
0.0021063
0.0022388
0.00239052
0.00200644
0.00186608
0.00174763
0.00164482
0.00155676
0.00148321
0.00142192
0.0011209
0.0010821
0.000899515
0.000937644
0.000969524
0.0011344
0.0011772
0.00119387
0.00103398
0.00100635
0.000851347
0.000827925
0.000814347
0.000790898
0.000776894
0.000749781
0.000731575
0.000700699
0.000605503
0.000578164
0.000479673
0.000438306
0.000394871
0.000373597
0.000213684
0.000293169
0.000342494
0.00037995
0.000411971
0.000508304
0.000535848
0.000632848
0.000654302
0.000559057
0.000464603
0.000440123
0.000482812
0.000579576
0.000678178
0.000693255
0.000714332
0.000730529
0.000628902
0.000611694
0.000591171
0.000493422
0.000513092
0.000529982
0.000550021
0.000649307
0.000751156
0.000767144
0.000863274
0.00088267
0.000894666
0.000792529
0.000782267
0.000679667
0.000669681
0.000570339
0.000578501
0.000584862
0.000685974
0.00070827
0.000814703
0.000918507
0.00107254
0.0012402
0.0012631
0.00110364
0.000953524
0.000932549
0.000831922
0.000851436
0.000868409
0.000967348
0.000989217
0.00114345
0.00131355
0.00134283
0.00117286
0.0012173
0.0013969
0.0014351
0.00125866
0.00130349
0.00149316
0.00153973
0.00133688
0.00138638
0.00160492
0.0016788
0.00146028
0.00123643
0.00120436
0.00118122
0.00115963
0.0011552
0.00114339
0.00113446
0.00111426
0.0010963
0.00107406
0.00105526
0.00103098
0.00101639
0.000999277
0.000903675
0.00088896
0.000786062
0.000763814
0.000744992
0.000726912
0.000623679
0.000605368
0.000639771
0.000657754
0.000677434
0.000698855
0.000804119
0.00082648
0.00092269
0.000939284
0.000844398
0.000745662
0.000728511
0.000628002
0.000607859
0.000643069
0.000656967
0.000761483
0.00086216
0.000959756
0.000977884
0.000997105
0.00101317
0.0009091
0.000895347
0.00087907
0.000775669
0.000788702
0.000800875
0.000688595
0.000679502
0.000668677
0.000682465
0.000802815
0.000917173
0.00102721
0.00103473
0.00104477
0.00105247
0.000938172
0.000929077
0.000920685
0.000801017
0.000808169
0.000816038
0.000814937
0.000948802
0.00106901
0.00108679
0.0011097
0.00116041
0.00126749
0.00117407
0.00111122
0.00109382
0.00102708
0.00100638
0.00099936
0.00095647
0.000845783
0.000843608
0.000776265
0.000770128
0.000698377
0.000690271
0.000704045
0.00068159
0.000679781
0.000670658
0.000553153
0.000545706
0.000557485
0.000563861
0.000480937
0.000477643
0.000480556
0.000565704
0.000548295
0.000471919
0.0004683
0.000548517
0.000623943
0.000618383
0.00062235
0.000628879
0.000704226
0.00071497
0.000787679
0.000859549
0.000928421
0.000941563
0.000958006
0.000974873
0.00104443
0.00106229
0.00112963
0.00119347
0.00132007
0.00145561
0.00158121
0.00178367
0.00200838
0.00221408
0.00255523
0.00284937
0.00304782
0.00316509
0.00321628
0.0032198
0.00319533
0.00316117
0.00313178
0.0031157
0.00311468
0.00312261
0.00312387
0.00309404
0.00299685
0.0027883
0.00241834
0.00186718
0.00189225
0.00244318
0.00244218
0.00192866
0.00196746
0.00238829
0.00227796
0.00197442
0.00192438
0.00212899
0.00197112
0.00182092
0.00169377
0.00182441
0.0018894
0.00202539
0.0021893
0.00237419
0.00255459
0.00269484
0.00277177
0.00292662
0.00278346
0.00259027
0.00258002
0.00278955
0.00297408
0.00297083
0.00277169
0.0025703
0.00239861
0.00238562
0.00238707
0.00220661
0.00206133
0.00194854
0.00201998
0.0021084
0.00222768
0.00226765
0.00217338
0.00210713
0.00206331
0.00195417
0.00186007
0.00177772
0.00169503
0.00156628
0.00144685
0.00158167
0.00148217
0.00133626
0.00123651
0.0013977
0.00133218
0.0011526
0.00108832
0.00128921
0.0012692
0.00104615
0.00102187
0.00127246
0.00154137
0.00150998
0.00149451
0.00150858
0.00154693
0.00160685
0.00168444
0.00178991
0.00173741
0.00170529
0.00187791
0.00188132
0.00190768
0.00204055
0.00204025
0.00207223
0.0021321
0.00190766
0.00169722
0.00172146
0.00176398
0.00181799
0.00210522
0.00202353
0.00195954
0.00220237
0.00229324
0.00239805
0.00269536
0.00257094
0.00245672
0.00236143
0.00228352
0.00222036
0.00219006
0.00218912
0.00221127
0.00225684
0.0023292
0.00243502
0.00258049
0.0027617
0.00295572
0.00295115
0.00277403
0.00261701
0.00268063
0.0028136
0.00296794
0.0030085
0.00288006
0.0027699
0.002689
0.00258101
0.0024961
0.00241183
0.00235901
0.00233318
0.00247285
0.00248012
0.00251525
0.00263973
0.00262093
0.00263141
0.00280737
0.00278118
0.00278503
0.00281898
0.00288194
0.00296931
0.00306921
0.00314074
0.00307343
0.00301152
0.00314833
0.00317942
0.00320823
0.00325202
0.00326812
0.00327531
0.00328521
0.003128
0.00296785
0.00294961
0.00296036
0.00300179
0.00321139
0.0031538
0.00312783
0.00330816
0.00335203
0.00342913
0.00354145
0.00331199
0.00308491
0.00286951
0.0026711
0.00249229
0.00233255
0.00235768
0.0024194
0.0025037
0.00273178
0.0026328
0.00254559
0.00275084
0.00285364
0.00297088
0.00311028
0.00285205
0.00260154
0.00272055
0.00285366
0.0029962
0.00330162
0.00314013
0.0029903
0.00326419
0.00343172
0.00360787
0.00391349
0.00372598
0.00354327
0.00337306
0.00321927
0.00308349
0.00296997
0.00319691
0.00332383
0.00347241
0.00373026
0.00356837
0.00343074
0.00366498
0.00381446
0.00399134
0.0041854
0.00391392
0.00364111
0.00382656
0.00402027
0.00421752
0.00451882
0.00431312
0.00411
0.00439083
0.00460238
0.00481575
0.00502763
0.00472368
0.00441467
0.00410181
0.00378599
0.00346797
0.00314858
0.00282861
0.00251107
0.00219711
0.0018862
0.00158127
0.00129101
0.00101067
0.0010139
0.00131371
0.00134693
0.00102335
0.00103394
0.00138307
0.00142518
0.00105183
0.00107115
0.00146784
0.00151045
0.00109214
0.00111374
0.00155256
0.00200984
0.00194799
0.00188444
0.00181983
0.00175418
0.00169026
0.00163223
0.00196246
0.00204561
0.00213282
0.00250849
0.00240267
0.00229625
0.00263218
0.00275634
0.0028786
0.00299798
0.00261242
0.00221885
0.00230317
0.00238523
0.00246446
0.00290565
0.00281157
0.00271367
0.00311369
0.00322513
0.00333193
0.00343392
0.00299567
0.00254054
0.00206962
0.00159373
0.00113529
0.00115687
0.00163375
0.00167241
0.00117798
0.00119882
0.00170968
0.00174557
0.00121915
0.00123897
0.00178041
0.00181348
0.00125817
0.00127677
0.00184502
0.00242338
0.0023795
0.00233358
0.00228539
0.00223497
0.00218223
0.00212711
0.00261334
0.00268284
0.0027491
0.00324137
0.00316344
0.00308159
0.00353113
0.00362367
0.00371172
0.00379554
0.00331557
0.00281226
0.00287246
0.00292987
0.00298471
0.00351797
0.00345364
0.00338625
0.00387538
0.00395152
0.00402422
0.00450754
0.00442745
0.0043436
0.0042557
0.00416344
0.00406653
0.00396467
0.00385764
0.00374526
0.00362747
0.00350433
0.00337612
0.00324329
0.00310627
0.00296796
0.00330205
0.00345383
0.00360192
0.00395659
0.00379773
0.00363405
0.0039629
0.00413651
0.00430529
0.00446789
0.00410999
0.00374689
0.00388611
0.00401945
0.00414683
0.00453725
0.00440147
0.00425904
0.00462353
0.00477385
0.00491704
0.00528645
0.00513666
0.00498114
0.00481768
0.00464717
0.00447034
0.00428809
0.00460906
0.00479884
0.00498269
0.00531159
0.00512159
0.0049252
0.00523563
0.00543799
0.0056335
0.00582134
0.00549439
0.00515975
0.00532949
0.00549168
0.00564563
0.00599539
0.00583656
0.00566946
0.00600101
0.00617226
0.00633505
0.00648903
0.00614649
0.005793
0.00542866
0.00505327
0.00466659
0.00426827
0.00438388
0.00449389
0.00459856
0.00501822
0.0049068
0.00478969
0.00518286
0.00530609
0.00542331
0.00553488
0.0051243
0.00469822
0.00479318
0.00488379
0.00497037
0.00541402
0.00532185
0.00522539
0.00564117
0.00574256
0.00583941
0.00624701
0.0061464
0.006041
0.00593043
0.0058143
0.00569221
0.00556379
0.00593277
0.00606547
0.0061915
0.00655512
0.00642606
0.00628999
0.00663551
0.00677406
0.00690523
0.00702947
0.00667759
0.00631127
0.00642518
0.00653365
0.00663709
0.00700979
0.0069045
0.0067939
0.00714724
0.007259
0.00736518
0.00770328
0.00759717
0.00748521
0.00736694
0.00724187
0.00710951
0.00696939
0.00682111
0.00666432
0.00649862
0.00632391
0.00614024
0.00594785
0.00574722
0.00553916
0.00532486
0.00510602
0.00488502
0.00466508
0.00445044
0.00424631
0.00405843
0.00389226
0.00375892
0.00364015
0.00354007
0.00347181
0.00341759
0.00336844
0.00331509
0.00324922
0.00317646
0.0032931
0.00339844
0.00333281
0.00317386
0.00301179
0.00273307
0.0029278
0.00313463
0.00335026
0.00348706
0.00349617
0.00359187
0.0036945
0.00382176
0.00394492
0.00378843
0.00363626
0.00356891
0.00378357
0.00398796
0.00392561
0.003636
0.00331797
0.00315806
0.00301215
0.00289249
0.00276795
0.00265882
0.00254931
0.00245136
0.00235784
0.00227615
0.0020909
0.00217199
0.00226227
0.00206722
0.00202582
0.00199096
0.00187019
0.00165115
0.00161188
0.00149016
0.00153208
0.00159573
0.00169271
0.00161377
0.00155362
0.00153254
0.00146595
0.00143811
0.00141623
0.00139857
0.00138417
0.00131522
0.0013343
0.00126381
0.00124365
0.00121658
0.00115019
0.00117128
0.00119111
0.00120957
0.00128336
0.00135311
0.00137369
0.0013962
0.00141806
0.00148777
0.00150908
0.00157426
0.00163387
0.00174669
0.00187371
0.00191808
0.00195928
0.00200508
0.00211497
0.00216341
0.00236284
0.00247175
0.00258778
0.00271348
0.00250632
0.0024462
0.00238397
0.00232756
0.0022695
0.00221689
0.0021065
0.00205447
0.0019504
0.00192652
0.00190189
0.00188055
0.00186159
0.00179496
0.00167871
0.00165667
0.00159588
0.00161814
0.00164203
0.00170406
0.00173426
0.00179929
0.00182222
0.00184511
0.00186877
0.00180636
0.0017825
0.00175869
0.00169175
0.00166725
0.00159853
0.00157507
0.00155232
0.00153045
0.00146031
0.00143914
0.00136551
0.00134468
0.00132399
0.00130327
0.00122782
0.00124779
0.00126802
0.00119129
0.00117167
0.00115222
0.00113468
0.00111798
0.00109988
0.0010811
0.00100977
0.000992245
0.000920335
0.000903933
0.000887718
0.000872537
0.000801004
0.000815828
0.000831393
0.000756934
0.000742436
0.000728219
0.000653886
0.000639786
0.000562089
0.000550207
0.000544928
0.000542373
0.000464882
0.000464946
0.000466995
0.000481857
0.000503137
0.000578345
0.000592492
0.000667944
0.000681627
0.00060526
0.000527633
0.000516188
0.000437818
0.000427089
0.000412617
0.000447773
0.000456986
0.000538279
0.000616628
0.000694472
0.00077173
0.000846876
0.000862869
0.000936969
0.000953733
0.00102733
0.00104421
0.000969976
0.000895335
0.000879289
0.000803344
0.000786931
0.000708656
0.000725872
0.000742749
0.000819659
0.000835783
0.000910845
0.000984818
0.00106011
0.00107739
0.00109737
0.0011162
0.00104093
0.00102208
0.00100195
0.000927596
0.00094632
0.00096448
0.000982112
0.00105916
0.00113506
0.00121087
0.0012885
0.00130977
0.00138664
0.00140791
0.00148187
0.00150401
0.00142964
0.00135224
0.0013311
0.00125323
0.00123191
0.00115482
0.00117561
0.00119685
0.00127417
0.00129573
0.00137427
0.00145199
0.00152673
0.0015498
0.00162206
0.00164582
0.00171562
0.00173982
0.00176424
0.00183089
0.00189324
0.00191847
0.0019765
0.00200139
0.00202845
0.00197021
0.001944
0.00188145
0.00185594
0.00178919
0.00181459
0.00184052
0.00190747
0.00193419
0.00199695
0.0020544
0.00216042
0.00221689
0.00210984
0.00208288
0.00202441
0.00205227
0.00208093
0.00213957
0.00216772
0.00227544
0.00233406
0.00239326
0.00245668
0.00257501
0.00262312
0.00284876
0.00297658
0.0027689
0.00252578
0.00245373
0.0023809
0.00232627
0.00231069
0.00227881
0.00225365
0.00222652
0.00219873
0.00213964
0.00211002
0.0020469
0.0020178
0.00198934
0.00196147
0.00189431
0.00186713
0.00179675
0.00177024
0.0017443
0.0017191
0.00169425
0.00166993
0.00159706
0.00157319
0.00149796
0.00147481
0.00139688
0.00141999
0.00144349
0.00152161
0.00154557
0.00162129
0.00164586
0.00167117
0.00169703
0.00162133
0.00159552
0.00157028
0.00149229
0.00146763
0.00138701
0.0013635
0.00134064
0.0013178
0.00123924
0.00121786
0.00113945
0.00111843
0.00109616
0.00107663
0.000998185
0.00101737
0.00103953
0.00106021
0.00108063
0.00116014
0.00118032
0.00126064
0.00128198
0.0012017
0.00112194
0.00110106
0.00102093
0.00100067
0.00098049
0.000960643
0.000940083
0.000921396
0.00090455
0.000886995
0.000869667
0.000852378
0.000774812
0.000758872
0.000679915
0.000664734
0.000647388
0.000630022
0.000549756
0.000566876
0.000586069
0.000600804
0.0006153
0.00069489
0.000712184
0.000791578
0.000808664
0.000728826
0.000646928
0.000631414
0.000548845
0.000535661
0.000522704
0.000507859
0.000483177
0.000464571
0.000411971
0.000429111
0.000442372
0.000453985
0.000464408
0.000473844
0.000562423
0.000580759
0.000664455
0.000746047
0.000825987
0.000843637
0.000862148
0.000881465
0.000801263
0.000782816
0.000764234
0.00068344
0.000702118
0.000719984
0.000737428
0.00081975
0.00090042
0.000919869
0.000939916
0.000960623
0.00104151
0.00106202
0.00114316
0.00122424
0.00130522
0.0013296
0.0014117
0.00143694
0.00151751
0.0015433
0.00156966
0.00164771
0.00172347
0.00175049
0.00182385
0.00185154
0.00192209
0.00195047
0.00197947
0.00200912
0.00207604
0.00210534
0.00216892
0.00219578
0.00213362
0.00206862
0.00203941
0.00196853
0.00193832
0.00190876
0.00187984
0.00180634
0.00177811
0.00170225
0.00167468
0.00159661
0.00162418
0.00165237
0.00173045
0.00175928
0.0018352
0.00186471
0.00189486
0.00192551
0.00199909
0.00202902
0.00209678
0.0021605
0.00222194
0.00224867
0.00218801
0.00212422
0.00215109
0.00220864
0.0022375
0.002179
0.00211843
0.00208895
0.00205929
0.00198876
0.00195688
0.00188128
0.00184974
0.00181891
0.00178876
0.0017107
0.0016812
0.00160084
0.00157196
0.00154372
0.00151612
0.00148914
0.00146275
0.0013805
0.00135478
0.00127117
0.00124716
0.00116424
0.00118817
0.00121353
0.00129689
0.00132235
0.00140657
0.00143299
0.00146069
0.00148903
0.00140487
0.00137622
0.00134855
0.00126563
0.00123924
0.00115774
0.00113236
0.00110764
0.00108384
0.00100389
0.000981909
0.000900257
0.00087889
0.000857988
0.000838266
0.000755568
0.000775137
0.00079594
0.00071241
0.000690833
0.000670577
0.000653324
0.000637174
0.000620546
0.00060201
0.000521037
0.000494138
0.00042098
0.000440033
0.000454376
0.000538095
0.000553022
0.000467881
0.000479886
0.000567438
0.000582928
0.000604131
0.000628032
0.000543348
0.000514041
0.000490704
0.000437582
0.000458354
0.000474961
0.000562773
0.000649058
0.000733568
0.0008174
0.000839044
0.000922453
0.000945047
0.00102717
0.00105119
0.000968472
0.000884301
0.000861263
0.000775905
0.000754427
0.000668586
0.00068834
0.000711363
0.000798625
0.000822752
0.000908147
0.000992458
0.00107566
0.00109959
0.00118301
0.00120945
0.00129301
0.0013215
0.00134993
0.00143408
0.00151801
0.00154767
0.00163039
0.00166063
0.00174087
0.00177175
0.00180335
0.00183572
0.00191337
0.00194626
0.00202037
0.00205278
0.00198008
0.00190284
0.00186887
0.00178906
0.00175577
0.00172329
0.00169159
0.00160911
0.00157802
0.00149284
0.00146315
0.00137774
0.00140609
0.0014364
0.00152413
0.00155619
0.00164096
0.0016736
0.00170706
0.00174138
0.00182319
0.00185819
0.00193767
0.00201373
0.00208487
0.00214931
0.0022088
0.00226566
0.00229776
0.0022404
0.00227371
0.00232925
0.00236837
0.00239893
0.00230651
0.00225014
0.00221486
0.00218095
0.00211708
0.00215162
0.00218668
0.00211869
0.00208321
0.00204784
0.00197321
0.00200902
0.00204576
0.00208457
0.00215756
0.0022234
0.00228183
0.00232705
0.00226521
0.00230455
0.00236678
0.00248891
0.00260697
0.00268319
0.0028904
0.00306672
0.00284868
0.00276637
0.0026479
0.00257309
0.00243698
0.00240838
0.00234062
0.00227554
0.00223624
0.00219751
0.00212412
0.00216372
0.00220343
0.00212879
0.00208741
0.00204698
0.00200735
0.00196862
0.00193096
0.0018941
0.0018127
0.00177658
0.00169273
0.00165728
0.00162273
0.00158904
0.0015019
0.00146875
0.00138133
0.00134902
0.00131866
0.00129147
0.00126489
0.00123753
0.00115325
0.00112568
0.00104271
0.001017
0.000932843
0.000958032
0.000984113
0.00106894
0.0010945
0.00117925
0.00120491
0.00123373
0.00126411
0.0011799
0.00115027
0.0011214
0.00103776
0.00101075
0.000924918
0.000898309
0.000872342
0.000847369
0.000760694
0.00073606
0.000648655
0.000622034
0.000598175
0.000580401
0.000489898
0.00050347
0.000529219
0.000561352
0.00058362
0.000672921
0.000696142
0.00078542
0.00081096
0.000722207
0.000631119
0.000604493
0.000508619
0.000492692
0.0004739
0.000450538
0.000536734
0.000457042
0.000482372
0.000571314
0.000660516
0.000749578
0.000837705
0.000864885
0.000952077
0.00098021
0.00106616
0.00109547
0.00112533
0.00121036
0.00129565
0.00132824
0.00141471
0.00144874
0.00153588
0.00157074
0.00148339
0.00139594
0.00136168
0.00127458
0.00124192
0.00115625
0.00118833
0.00122136
0.00130832
0.0013433
0.00143119
0.00151904
0.00160651
0.00164321
0.00172912
0.00176647
0.00184979
0.00188789
0.00180485
0.00171961
0.0016809
0.00159291
0.00155552
0.00146705
0.00150345
0.00154202
0.00163206
0.00167228
0.0017594
0.00184429
0.00192703
0.00196706
0.0020083
0.00205058
0.00196931
0.00192655
0.00188483
0.00180031
0.0018424
0.00188575
0.00193044
0.00201345
0.00209384
0.00217087
0.0022432
0.00230817
0.00235154
0.00228539
0.00232847
0.00239267
0.00252489
0.00243808
0.00247134
0.00236876
0.00230217
0.0022582
0.0022142
0.00213841
0.00218334
0.00222821
0.0021515
0.00210472
0.00205863
0.00197632
0.00202328
0.00207148
0.00212054
0.00219857
0.00227255
0.00233916
0.0023869
0.00242714
0.00231492
0.00224587
0.00216914
0.00221739
0.00228598
0.00233792
0.00238217
0.00226398
0.0021939
0.00214186
0.0020903
0.00203916
0.00198881
0.00193954
0.00189164
0.00184507
0.00179993
0.00175614
0.00171362
0.00162463
0.00158277
0.0014907
0.00145004
0.00141314
0.00137863
0.00128956
0.00125516
0.00116563
0.00113344
0.00110124
0.0010694
0.00103866
0.00100922
0.000921466
0.000892851
0.000803921
0.000776708
0.000686747
0.000712848
0.000741458
0.000832362
0.000861636
0.000950773
0.000981314
0.00101278
0.00104457
0.00095501
0.000923012
0.000892141
0.000801763
0.000771558
0.000680463
0.000648392
0.000618713
0.000595602
0.000502514
0.000520494
0.000551834
0.000470128
0.000497604
0.000589151
0.000616017
0.00070978
0.000738883
0.000832046
0.000864434
0.000898216
0.00098845
0.00107646
0.0011113
0.00119984
0.00123673
0.00132399
0.00136057
0.00140061
0.00144216
0.0015332
0.00157688
0.00166768
0.00171198
0.00162181
0.00153001
0.00148519
0.00139548
0.0013531
0.00131302
0.00127413
0.00118505
0.00114837
0.00105921
0.00102315
0.000932882
0.000969047
0.00100622
0.00109541
0.00113349
0.00122288
0.00126357
0.00130615
0.00135011
0.00143923
0.00148501
0.0015763
0.0016681
0.00175765
0.00180477
0.00185346
0.00190356
0.00181622
0.0017652
0.00171586
0.00162481
0.00167491
0.00172673
0.00178039
0.00186882
0.0019552
0.00200809
0.00206205
0.0021159
0.00203569
0.00197892
0.00192319
0.00183591
0.00189332
0.00195223
0.00186624
0.00180538
0.00174662
0.00168984
0.00163525
0.00158325
0.00153315
0.00144103
0.0013944
0.001303
0.00125969
0.00121661
0.00117409
0.00108525
0.00104507
0.000953717
0.00091517
0.000877476
0.000840912
0.000805688
0.000771492
0.000676068
0.00064234
0.000541278
0.000520571
0.000576527
0.000492836
0.00052342
0.000617931
0.000711975
0.000747089
0.000784366
0.000822123
0.000727042
0.000687809
0.000650252
0.000548746
0.000586813
0.000630907
0.000666696
0.000765582
0.000860832
0.000901981
0.00099435
0.00103651
0.00112722
0.00116954
0.00121342
0.00126028
0.00134919
0.00139775
0.00148978
0.00154168
0.00144923
0.00135866
0.00130909
0.00121891
0.00117069
0.00112411
0.00107963
0.000987964
0.000944254
0.000850291
0.000807027
0.000709197
0.000754532
0.00080152
0.000895364
0.000941748
0.00103344
0.00108
0.0011286
0.001179
0.0012686
0.00132236
0.0014117
0.00150374
0.00159732
0.00165527
0.00171553
0.00177798
0.0016879
0.00162366
0.00156199
0.00147009
0.00153212
0.00159696
0.00166476
0.00175455
0.00184271
0.00192872
0.00201248
0.00209309
0.00216958
0.00223896
0.00229702
0.00235246
0.00222157
0.0021513
0.00207275
0.00213276
0.00220223
0.00226647
0.00232862
0.0021909
0.00212211
0.00205673
0.00199247
0.00190918
0.00197691
0.00204492
0.00196545
0.00189393
0.00182355
0.00173592
0.00180929
0.00188342
0.00195711
0.00203622
0.00211217
0.00218062
0.00225212
0.00233039
0.00217696
0.0021071
0.00218288
0.0020256
0.00195699
0.00187873
0.00180079
0.00172321
0.00164725
0.00157459
0.00150596
0.00144208
0.00138092
0.00129186
0.00123376
0.0011446
0.00109001
0.00103835
0.00098918
0.000897577
0.000849054
0.000754692
0.000705241
0.00065719
0.000605959
0.000562627
0.000534865
0.000502068
0.000518868
0.00055641
0.000604771
0.000520991
0.00056149
0.000659075
0.000710294
0.000804592
0.00085502
0.000947361
0.000999346
0.00105446
0.00111296
0.0012026
0.00126393
0.00135235
0.00141701
0.00132929
0.00124106
0.00117502
0.00108458
0.00102184
0.00096308
0.000907662
0.000814913
0.000761642
0.000667085
0.000611611
0.0005289
0.00056965
0.000621164
0.000720122
0.000775013
0.000870025
0.000928983
0.000993224
0.00106312
0.00115224
0.00122442
0.00131124
0.00139881
0.00148576
0.001559
0.00163637
0.00171749
0.00163328
0.00154997
0.00147155
0.00138558
0.00146502
0.00154992
0.0016389
0.00171912
0.0017994
0.00188124
0.00196142
0.00202772
0.00211236
0.00220895
0.00203877
0.00197323
0.00188974
0.00180521
0.00172884
0.00181712
0.00189855
0.00207182
0.00225085
0.00238247
0.00250007
0.00263113
0.00277141
0.00261106
0.00276491
0.00263919
0.00279969
0.00270011
0.00260146
0.00256627
0.0030456
0.003228
0.00343049
0.00368418
0.00322629
0.00303048
0.00322888
0.00348553
0.00384086
0.00327228
0.00302976
0.00308241
0.00352053
0.00281232
0.0026148
0.00233851
0.0021488
0.00202128
0.00192587
0.00184049
0.00174762
0.00165357
0.00155964
0.00146882
0.00138275
0.00130139
0.00121846
0.00113825
0.00105215
0.000973052
0.0009002
0.000834488
0.000736948
0.000677683
0.000577873
0.000537661
0.000632668
0.000544613
0.000610925
0.000709771
0.000805294
0.000882796
0.000792113
0.000704022
0.000615359
0.000533845
0.000552937
0.000646884
0.000721926
0.000798993
0.00088148
0.00096633
0.00105476
0.00113612
0.00122448
0.00130269
0.00139099
0.00131617
0.00124294
0.00114734
0.00107232
0.000974943
0.000898691
0.00100099
0.00110552
0.00117222
0.00127446
0.00134079
0.00141069
0.0014835
0.00158032
0.00167881
0.00177614
0.00171306
0.00161093
0.00150919
0.00144163
0.0015462
0.00165183
0.00175487
0.00181183
0.00187079
0.00196138
0.00190722
0.0020407
0.00184978
0.00181003
0.00170285
0.00159414
0.001485
0.00137847
0.00131839
0.00121125
0.00115282
0.00104361
0.000935122
0.000827309
0.000763074
0.000875186
0.000987633
0.00110084
0.00121442
0.00126323
0.00137617
0.00142792
0.00154052
0.00149074
0.00144478
0.00132898
0.00128801
0.00117353
0.00105907
0.000944803
0.000829571
0.000715703
0.000597941
0.000575471
0.000686972
0.000798267
0.00091125
0.000884678
0.000773558
0.00066597
0.000558436
0.000544643
0.00064915
0.000754564
0.00086446
0.0009774
0.000998226
0.00102543
0.00113944
0.00125348
0.00136983
0.00140441
0.00152386
0.00156241
0.001606
0.00165319
0.00176374
0.00187019
0.00191043
0.00201532
0.00215945
0.0019716
0.00193086
0.00182773
0.00171913
0.00167813
0.00178835
0.00189091
0.00208032
0.00228464
0.00236183
0.00244598
0.00253646
0.00281212
0.00297363
0.00334147
0.00390703
0.00319182
0.00305481
0.00266627
0.00256804
0.00222535
0.00201531
0.00185718
0.00175219
0.00164119
0.00160902
0.00149037
0.0014626
0.0013415
0.00122547
0.00111214
0.00109084
0.00120448
0.00132018
0.00144085
0.00156095
0.00158206
0.00169492
0.00172141
0.00182651
0.00180075
0.00196857
0.00178227
0.00167486
0.00165861
0.00154504
0.00142494
0.00130479
0.00118967
0.00107522
0.000961388
0.000848612
0.000738898
0.000634286
0.00053099
0.000515332
0.000619578
0.00072675
0.000837502
0.00083059
0.000717927
0.000604732
0.000488856
0.000492171
0.000383448
0.000407717
0.000320645
0.000354345
0.000283939
0.00032026
0.000261878
0.000299973
0.00025047
0.000290002
0.000248413
0.000289807
0.000255415
0.000228324
0.000265253
0.000238832
0.000277653
0.000255423
0.000235428
0.000271046
0.000251694
0.000234487
0.000268484
0.00025035
0.00023366
0.000266662
0.000248821
0.000284661
0.000268725
0.000254593
0.000289101
0.000273859
0.000259922
0.000294347
0.000279242
0.000265138
0.000300023
0.000284805
0.000270578
0.000305955
0.000290546
0.000276351
0.000312469
0.000297243
0.000283195
0.000320046
0.000305379
0.000293043
0.000277726
0.000314312
0.000298048
0.000283077
0.000320781
0.000304252
0.000289088
0.00032748
0.000310574
0.000294946
0.000334058
0.000316538
0.00030003
0.000340065
0.000321712
0.000304346
0.000345135
0.000325918
0.000307792
0.000349379
0.000329374
0.000310545
0.000352522
0.000331731
0.000312743
0.000355151
0.000334226
0.000315833
0.000358894
0.000339544
0.000323291
0.000367961
0.000352211
0.000339364
0.00038408
0.000471443
0.000384877
0.000379065
0.000456157
0.000540656
0.000532056
0.000521859
0.000499204
0.000560035
0.000532455
0.000597155
0.000570757
0.000545304
0.000608891
0.000579943
0.000551851
0.000616917
0.000586101
0.00055693
0.000623339
0.000591671
0.000561689
0.000629495
0.000596751
0.000565545
0.000634364
0.000600144
0.00056751
0.000637311
0.00060011
0.000564244
0.000633319
0.000593768
0.000667288
0.00062849
0.000592663
0.000665077
0.000624466
0.000584463
0.000656362
0.00061319
0.000689341
0.000647275
0.000607521
0.000682866
0.000639412
0.00059563
0.000670144
0.000623651
0.000702451
0.000657718
0.000614384
0.000691967
0.000646031
0.000599143
0.000676129
0.000625817
0.000707029
0.000657858
0.00060927
0.000687818
0.00063538
0.000718043
0.000666953
0.000616148
0.000696178
0.000641248
0.000725682
0.000672072
0.00061929
0.000700869
0.000644353
0.000730428
0.000675584
0.000621429
0.000704297
0.00064561
0.000733129
0.000675736
0.000619676
0.000703434
0.000642922
0.000731277
0.000671982
0.000613693
0.000698258
0.000634737
0.00072217
0.000658653
0.00074938
0.000687761
0.000628094
0.000714499
0.000649854
0.000741649
0.000678215
0.000616164
0.000703252
0.000635998
0.000725715
0.000658225
0.000751522
0.000686006
0.000621551
0.000709808
0.000640623
0.000731622
0.00066218
0.000757433
0.00069009
0.000623871
0.000713431
0.000642011
0.000734619
0.000662927
0.000759489
0.000690509
0.000622361
0.000713544
0.000641042
0.000734938
0.000661935
0.000759944
0.000689228
0.000618391
0.000710437
0.000634613
0.0007295
0.000652948
0.000748889
0.000671972
0.000771782
0.000697778
0.000623685
0.000717428
0.000638611
0.000735025
0.000655434
0.000753168
0.000673164
0.000774822
0.000698899
0.000621504
0.000717019
0.00063626
0.000734438
0.000653006
0.000752576
0.000670833
0.000774409
0.000697371
0.00061911
0.000716325
0.00063417
0.000733942
0.000651541
0.000752849
0.000670078
0.000775244
0.000697539
0.000616719
0.000715153
0.000630681
0.000731664
0.000646105
0.000748388
0.000662663
0.00076619
0.000679383
0.000786772
0.000706487
0.000623247
0.000723635
0.000636858
0.000740277
0.0006528
0.000757326
0.000669566
0.000777768
0.000696909
0.000612142
0.000713307
0.000625242
0.00072879
0.000639711
0.000744376
0.000654905
0.000760757
0.000670133
0.000779604
0.000696653
0.00060835
0.000710708
0.000619278
0.000724568
0.000631267
0.000738426
0.000644666
0.000753
0.000659229
0.000768934
0.000675582
0.000789252
0.000705193
0.000614595
0.000721045
0.00062802
0.000736973
0.000642791
0.000753356
0.000658892
0.000770564
0.000675222
0.00079065
0.000705402
0.000612356
0.000719894
0.000624477
0.000735169
0.00063859
0.000750231
0.000653918
0.000766517
0.000669641
0.000785724
0.000700068
0.000604926
0.000713476
0.000617143
0.000728791
0.00063201
0.000744911
0.00064752
0.000761858
0.000663708
0.00078151
0.000695299
0.000598507
0.00070909
0.000611806
0.000725487
0.000626187
0.000741526
0.000643023
0.000759954
0.000660765
0.000780836
0.000695069
0.000597307
0.000710307
0.00061185
0.000727665
0.000627462
0.000744999
0.000644985
0.000763463
0.000661479
0.000782926
0.000696002
0.000594065
0.000708452
0.000606785
0.000724273
0.000621965
0.000740676
0.000638361
0.000758666
0.000655795
0.000778596
0.000692441
0.000589728
0.000705677
0.000604255
0.000723472
0.000620448
0.000741965
0.00063883
0.000762393
0.00065848
0.000784896
0.000698993
0.000596302
0.000715713
0.000614169
0.000737257
0.000634461
0.00075982
0.000655637
0.000783751
0.000698051
0.000593076
0.00071475
0.000612105
0.000737055
0.000632856
0.000760418
0.00065494
0.000784386
0.000697976
0.000590706
0.000713926
0.000609319
0.000735894
0.000630005
0.000759544
0.000652712
0.00078355
0.000697305
0.000589525
0.000714577
0.000609962
0.000738465
0.00063213
0.000763713
0.000656259
0.000789611
0.000703349
0.000593878
0.000721654
0.000615564
0.000747471
0.000639924
0.000775061
0.00066701
0.000804153
0.000718508
0.000608981
0.00074071
0.000633942
0.000769988
0.000661903
0.00080034
0.000714804
0.000604081
0.000736698
0.000630112
0.000767411
0.000659417
0.00079898
0.000715102
0.000604131
0.000738627
0.000632149
0.000771396
0.000663304
0.000805209
0.000720782
0.000609165
0.00074646
0.000639284
0.000782256
0.000674582
0.000819581
0.000735832
0.000624197
0.000765759
0.000658142
0.000802517
0.000718698
0.00060549
0.000746151
0.00063844
0.00078471
0.000676729
0.000825544
0.000742269
0.000630323
0.000775756
0.000668966
0.000818178
0.000736697
0.000626038
0.000772236
0.000666887
0.000818181
0.000738099
0.000626984
0.000775779
0.00066961
0.000822797
0.000742631
0.000631706
0.000782301
0.000677747
0.000833525
0.000753088
0.000641808
0.000795527
0.000690448
0.000849897
0.000769832
0.000659855
0.000817824
0.000714524
0.000879099
0.000802556
0.000693415
0.000854894
0.000776578
0.000666461
0.000828636
0.000724581
0.000893311
0.000817657
0.000709847
0.000875965
0.000800492
0.000692156
0.000857646
0.000780506
0.000671268
0.00083891
0.000737123
0.00091253
0.000838359
0.000733578
0.000908291
0.000835939
0.000734492
0.000910279
0.000841276
0.000742407
0.000921419
0.000852684
0.000755171
0.00093771
0.000871018
0.00077821
0.000965637
0.000900693
0.00081283
0.00100742
0.000934922
0.000878703
0.000790467
0.000980781
0.000917567
0.000833877
0.00103546
0.000965267
0.00091454
0.000834075
0.00103497
0.000969843
0.000923276
0.00085063
0.00105545
0.000997343
0.000956901
0.000884944
0.00109404
0.00104675
0.000991307
0.000947956
0.000875551
0.00108592
0.00103206
0.000986604
0.000936875
0.000897396
0.000862401
0.000837501
0.00079815
0.00076931
0.00070913
0.000657768
0.000615056
0.00055373
0.000527159
0.000481931
0.000427905
0.00035938
0.000310443
0.000241875
0.000177345
8.6076e-05
8.95929e-05
9.39513e-05
9.83867e-05
0.000103163
0.000108023
0.000113294
0.000118672
0.000124038
0.000129627
0.000134896
0.000140193
0.000144386
0.000148272
0.000151788
0.00015387
0.000155096
0.000155402
0.000155196
0.000154351
0.000153377
0.000152036
0.000150824
0.000149434
0.000148298
0.000147084
0.000146162
0.000145194
0.000144522
0.000143803
0.000143366
0.000142869
0.000142614
0.000142298
0.000142199
0.000142036
0.000142065
0.000142027
0.000142159
0.000142226
0.000142435
0.000142647
0.000142812
0.000143057
0.000143368
0.000143626
0.000143962
0.000144247
0.000144593
0.000144899
0.000145244
0.000145552
0.000145901
0.000146203
0.000146556
0.000146844
0.000147196
0.000147472
0.000147813
0.000148076
0.000148404
0.000148651
0.000148964
0.000149195
0.000149493
0.000149704
0.000149985
0.000150177
0.000150442
0.000150614
0.000150862
0.000151015
0.000151246
0.000151381
0.000151595
0.000151712
0.000151911
0.000152009
0.000152192
0.000152273
0.000152442
0.000152506
0.000152661
0.000152708
0.000152852
0.000152883
0.000153016
0.00015303
0.000153155
0.000153152
0.00015327
0.000153248
0.000153365
0.000153321
0.000153432
0.00015338
0.000153472
0.000153419
0.000153498
0.000153431
0.000153503
0.000153434
0.00015349
0.00015341
0.000153465
0.00015337
0.000153427
0.000153312
0.00015337
0.000153247
0.000153293
0.000153168
0.000153203
0.000153077
0.000153098
0.000152976
0.000152978
0.000152864
0.00015285
0.000152735
0.000152717
0.000152597
0.000152573
0.000152448
0.00015242
0.000152291
0.000152257
0.000152124
0.000152087
0.00015195
0.000151908
0.000151767
0.000151722
0.000151578
0.00015153
0.000151382
0.000151331
0.000151179
0.000151126
0.00015097
0.000150917
0.000150756
0.000150702
0.000150536
0.000150482
0.000150312
0.000150259
0.000150082
0.000150032
0.000149847
0.000149804
0.000149608
0.000149568
0.000149372
0.000149323
0.000149134
0.000149074
0.000148892
0.000148827
0.000148644
0.000148576
0.000148399
0.000148322
0.000148147
0.00014807
0.000147892
0.000147816
0.000147636
0.000147561
0.000147378
0.000147305
0.000147116
0.00014705
0.000146854
0.00014679
0.000146597
0.000146523
0.00014634
0.000146257
0.000146076
0.000145996
0.000145812
0.000145736
0.000145547
0.000145471
0.000145287
0.000145207
0.000145023
0.000144942
0.000144764
0.000144674
0.0001445
0.000144411
0.000144236
0.000144149
0.000143973
0.000143886
0.000143711
0.000143624
0.000143449
0.000143363
0.000143188
0.000143101
0.000142929
0.000142839
0.000142672
0.000142592
0.000142396
0.000142337
0.000142139
0.000142078
0.000141889
0.00014181
0.000141637
0.000141556
0.000141377
0.000141302
0.000141125
0.000141049
0.00014087
0.000140798
0.000140626
0.000140537
0.000140376
0.000140287
0.000140127
0.000140038
0.000139879
0.000139791
0.000139633
0.000139545
0.000139388
0.0001393
0.000139144
0.000139057
0.000138902
0.000138815
0.000138661
0.000138574
0.000138422
0.000138335
0.000138184
0.000138097
0.000137947
0.000137861
0.000137712
0.000137626
0.000137479
0.000137393
0.000137247
0.000137162
0.000137016
0.000136932
0.000136787
0.000136704
0.00013656
0.000136476
0.000136334
0.000136251
0.000136111
0.000136028
0.000135888
0.000135806
0.000135667
0.000135586
0.000135448
0.000135367
0.000135231
0.00013515
0.000135015
0.000134935
0.000134801
0.000134721
0.000134588
0.000134509
0.000134377
0.000134298
0.000134167
0.000134089
0.000133959
0.000133882
0.000133753
0.000133676
0.000133548
0.000133472
0.000133345
0.000133269
0.000133143
0.000133068
0.000132943
0.000132869
0.000132745
0.000132671
0.000132548
0.000132475
0.000132353
0.000132281
0.00013216
0.000132088
0.000131968
0.000131897
0.000131778
0.000131708
0.00013159
0.00013152
0.000131403
0.000131334
0.000131218
0.00013115
0.000131036
0.000130968
0.000130854
0.000130788
0.000130675
0.000130609
0.000130497
0.000130432
0.000130321
0.000130257
0.000130147
0.000130083
0.000129974
0.000129911
0.000129803
0.000129741
0.000129634
0.000129572
0.000129465
0.000129404
0.000129299
0.000129238
0.000129133
0.000129073
0.000128969
0.00012891
0.000128806
0.000128748
0.000128646
0.000128588
0.000128487
0.00012843
0.000128331
0.000128274
0.000128177
0.000128119
0.000128026
0.000127965
0.000127879
0.000127813
0.000127737
0.000127684
0.000127562
0.000127547
0.000127427
0.000127404
0.000127295
0.000127268
0.000127176
0.000127123
0.000127047
0.000126995
0.000126931
0.000126885
0.000126807
0.000126774
0.000126714
0.000126695
0.000126609
0.000126625
0.000126561
0.000126595
0.000126562
0.000126653
0.00012668
0.00012694
0.000127679
0.000113448
0.00016034
0.000188133
0.000216673
0.000237185
0.000263251
0.000267426
0.000280441
0.000295286
0.000309368
0.000327758
0.000348633
0.000372716
0.000397566
0.00042595
0.000455134
0.000487549
0.000515499
0.000540337
0.000547338
0.000314203
0.000475759
0.000712667
0.000922006
0.000746486
0.00109072
0.00118252
0.00146985
0.00144531
0.00176917
0.00173894
0.00166942
0.0013064
0.00107323
0.000876706
0.00069991
0.000654794
0.000810422
0.000758757
0.000616336
0.000572525
0.000701978
0.000836833
0.000911179
0.000971964
0.00113742
0.00106941
0.00131145
0.000967237
0.000948902
0.000796468
0.000659249
0.000535744
0.000499602
0.000612829
0.00058233
0.000470507
0.000440749
0.000545558
0.000659737
0.000708957
0.000733337
0.000852828
0.00118715
0.00105928
0.000850301
0.000778426
0.000785553
0.000644224
0.000522592
0.000417291
0.000394021
0.000494419
0.000469367
0.00037098
0.000363675
0.000465966
0.000579611
0.000599311
0.000606289
0.000720855
0.00101458
0.00094835
0.000735972
0.000699991
0.000728746
0.000579854
0.000450804
0.000347544
0.000350952
0.000449132
0.000428457
0.000325504
0.000307021
0.000408495
0.000529294
0.000555024
0.000560229
0.00068067
0.000961544
0.000936251
0.000703672
0.000661423
0.000684355
0.0005207
0.000387818
0.000280398
0.000251964
0.000360117
0.000346438
0.00021942
0.000223705
0.000351527
0.000502603
0.00050707
0.000498635
0.000652575
0.000946637
0.000935037
0.000686267
0.000653867
0.000686878
0.000506996
0.000350436
0.000221979
0.000222119
0.000349827
0.000350361
0.00022178
0.000221792
0.000349564
0.000501653
0.000506363
0.000501726
0.000652053
0.000946429
0.000934133
0.000685166
0.000653233
0.000686667
0.000506248
0.000350314
0.00022179
0.000221793
0.000349651
0.000350455
0.000221896
0.000221928
0.000349932
0.00050217
0.000506416
0.000501695
0.000652184
0.000946269
0.000934906
0.000685599
0.000653824
0.000687456
0.000506889
0.000350745
0.000222073
0.000222075
0.000350251
0.000351081
0.00022232
0.00022237
0.000350681
0.000503163
0.000507304
0.000502502
0.000653111
0.000947036
0.000936197
0.000686652
0.000654945
0.000688679
0.000507946
0.000351511
0.000222544
0.000222589
0.000351103
0.000351949
0.000222854
0.000222865
0.000351614
0.000504387
0.000508481
0.000503628
0.000654399
0.00094834
0.000937816
0.000688013
0.000656331
0.00069013
0.000509214
0.000352462
0.000223156
0.000223166
0.000352094
0.000352955
0.000223462
0.000223545
0.000352646
0.000505745
0.000509818
0.000504926
0.000655871
0.000949956
0.000939604
0.000689534
0.000657872
0.000691722
0.000510606
0.000353504
0.000223741
0.000223872
0.000353157
0.000354028
0.000224077
0.000224207
0.000353739
0.000507188
0.000511252
0.000506332
0.000657481
0.000951729
0.000941472
0.000691193
0.000659528
0.000693426
0.000512074
0.000354607
0.000224423
0.0002245
0.000354274
0.000355158
0.000224797
0.000224841
0.000354878
0.000508684
0.000512747
0.000507803
0.000659164
0.000953618
0.000943468
0.000692905
0.000661227
0.000695141
0.000513594
0.00035576
0.000225151
0.000225193
0.000355429
0.000356323
0.000225508
0.000225549
0.000356047
0.00051022
0.000514288
0.000509322
0.000660853
0.000955609
0.000945437
0.000694732
0.000662957
0.000696931
0.000515151
0.000356939
0.000225867
0.000225909
0.00035661
0.000357515
0.000226232
0.000226273
0.000357239
0.000511787
0.000515861
0.000510874
0.000662621
0.000957649
0.00094746
0.000696528
0.000664746
0.00069875
0.000516736
0.000358141
0.000226599
0.000226642
0.000357812
0.000358727
0.000226971
0.000227013
0.00035845
0.000513372
0.000517455
0.00051245
0.000664424
0.000959699
0.000949502
0.000698358
0.000666552
0.000700584
0.000518338
0.000359362
0.000227345
0.000227388
0.000359031
0.000359955
0.000227723
0.000227766
0.000359676
0.000514972
0.000519063
0.000514041
0.000666234
0.000961821
0.000951549
0.000700185
0.00066837
0.000702426
0.000519953
0.000360596
0.000228102
0.000228146
0.000360262
0.000361195
0.000228485
0.000228528
0.000360913
0.00051658
0.000520683
0.000515645
0.000668051
0.000963907
0.000953616
0.000702022
0.000670193
0.000704272
0.000521577
0.000361843
0.00022887
0.000228914
0.000361504
0.000362447
0.000229258
0.000229301
0.00036216
0.000518195
0.00052231
0.000517256
0.000669873
0.000965996
0.000955679
0.000703861
0.00067202
0.00070612
0.000523207
0.0003631
0.000229647
0.000229691
0.000362757
0.00036371
0.00023004
0.000230084
0.000363418
0.000519819
0.000523944
0.000518874
0.000671697
0.000968082
0.000957739
0.000705702
0.00067385
0.00070797
0.000524846
0.000364368
0.000230434
0.00023048
0.00036402
0.000364984
0.000230833
0.000230878
0.000364688
0.000521453
0.000525589
0.000520501
0.000673526
0.000970165
0.000959792
0.000707547
0.000675688
0.000709828
0.000526497
0.000365649
0.000231233
0.000231279
0.000365296
0.00036627
0.000231637
0.000231683
0.000365969
0.000523097
0.000527245
0.00052214
0.000675366
0.000972244
0.000961849
0.000709406
0.000677548
0.000711722
0.000528154
0.00036694
0.000232043
0.00023209
0.000366582
0.000367567
0.000232453
0.0002325
0.000367262
0.000524744
0.000528902
0.000523782
0.000677254
0.000974306
0.000963957
0.000711195
0.000679407
0.000713556
0.000529817
0.000368242
0.000232864
0.000232912
0.00036788
0.000368874
0.00023328
0.000233327
0.000368564
0.0005264
0.000530571
0.000525434
0.000679056
0.000976399
0.000965978
0.00071312
0.000681235
0.000715427
0.000531488
0.000369554
0.000233696
0.000233744
0.000369186
0.000370191
0.000234117
0.000234164
0.000369874
0.000528059
0.000532243
0.000527091
0.000680903
0.000978496
0.000968022
0.000714977
0.000683086
0.000717292
0.000533162
0.000370875
0.000234538
0.000234586
0.000370499
0.000371515
0.000234963
0.00023501
0.000371191
0.000529721
0.000533917
0.000528751
0.000682749
0.000980569
0.000970064
0.000716832
0.000684935
0.000719153
0.000534837
0.000372202
0.000235389
0.000235437
0.00037182
0.000372845
0.000235819
0.000235866
0.000372514
0.000531384
0.000535593
0.000530412
0.000684592
0.000982634
0.000972095
0.000718682
0.00068678
0.000721009
0.000536513
0.000373536
0.00023625
0.000236297
0.000373146
0.000374182
0.000236684
0.00023673
0.000373843
0.000533045
0.000537268
0.000532073
0.000686429
0.000984688
0.000974113
0.000720526
0.000688619
0.000722857
0.000538187
0.000374875
0.000237119
0.000237165
0.000374477
0.000375523
0.000237557
0.000237602
0.000375177
0.000534705
0.000538941
0.000533733
0.000688261
0.000986729
0.000976118
0.000722361
0.000690451
0.000724697
0.000539859
0.000376219
0.000237996
0.000238041
0.000375812
0.000376869
0.000238438
0.000238482
0.000376513
0.000536361
0.000540611
0.00053539
0.000690083
0.000988757
0.000978106
0.000724187
0.000692273
0.000726525
0.000541527
0.000377566
0.00023888
0.000238925
0.000377149
0.000378217
0.000239326
0.000239369
0.000377852
0.000538012
0.000542277
0.000537043
0.000691896
0.000990768
0.000980076
0.000726001
0.000694085
0.000728342
0.00054319
0.000378915
0.000239773
0.000239816
0.000378489
0.000379568
0.000240222
0.000240264
0.000379194
0.000539659
0.000543937
0.00053869
0.000693699
0.000992761
0.000982027
0.000727802
0.000695887
0.000730146
0.000544848
0.000380268
0.000240672
0.000240713
0.000379832
0.000380921
0.000241125
0.000241165
0.000380537
0.0005413
0.000545593
0.000540333
0.00069549
0.000994738
0.000983961
0.000729592
0.000697678
0.000731939
0.000546501
0.000381622
0.000241578
0.000241618
0.000381176
0.000382277
0.000242035
0.000242073
0.000381883
0.000542935
0.000547242
0.000541969
0.000697271
0.000996697
0.000985879
0.000731369
0.000699457
0.000733719
0.000548147
0.000382979
0.000242492
0.00024253
0.000382523
0.000383634
0.000242952
0.000242987
0.00038323
0.000544563
0.000548884
0.0005436
0.00069904
0.000998641
0.00098778
0.000733133
0.000701223
0.000735484
0.000549785
0.000384336
0.000243412
0.000243447
0.000383869
0.000384992
0.000243876
0.000243909
0.000384578
0.000546184
0.000550519
0.000545222
0.000700793
0.00100057
0.00098966
0.000734879
0.000702972
0.000737229
0.000551418
0.000385695
0.000244339
0.000244372
0.000385217
0.000386351
0.000244806
0.000244836
0.000385925
0.000547801
0.00055215
0.00054684
0.000702525
0.00100248
0.000991544
0.000736604
0.000704719
0.000738986
0.000553046
0.000387054
0.000245272
0.000245301
0.000386563
0.000387708
0.000245742
0.000245768
0.00038727
0.000549408
0.000553771
0.000548451
0.000704303
0.00100432
0.000993393
0.000738271
0.000706479
0.000740723
0.00055466
0.000388409
0.00024621
0.000246236
0.000387906
0.000389062
0.000246682
0.000246705
0.000388611
0.000550995
0.000555376
0.000550047
0.00070603
0.00100615
0.000995251
0.000739988
0.000708193
0.000742426
0.000556255
0.000389761
0.000247153
0.000247176
0.000389246
0.000390413
0.000247628
0.000247647
0.000389951
0.000552566
0.000556963
0.000551624
0.000707726
0.00100804
0.000997049
0.000741666
0.000709872
0.000744084
0.000557837
0.000391113
0.000248101
0.00024812
0.000390585
0.000391765
0.000248578
0.000248593
0.000391289
0.000554129
0.000558556
0.000553196
0.00070936
0.00100991
0.000998802
0.000743399
0.000711523
0.000745754
0.000559413
0.000392462
0.000249053
0.000249067
0.000391922
0.000393112
0.000249531
0.000249542
0.000392622
0.000555684
0.000560135
0.000554753
0.000711014
0.00101175
0.00100058
0.000745038
0.000713185
0.000747409
0.000560988
0.000393805
0.000250008
0.000250017
0.000393252
0.000394451
0.000250487
0.000250492
0.00039395
0.000557228
0.000561705
0.000556303
0.000712669
0.0010135
0.00100235
0.000746688
0.00071485
0.000749078
0.00056255
0.000395141
0.000250963
0.000250967
0.000394576
0.000395784
0.000251443
0.000251442
0.000395271
0.000558756
0.000563255
0.000557834
0.000714345
0.00101526
0.00100413
0.000748225
0.000716507
0.0007507
0.000564095
0.000396471
0.000251919
0.000251915
0.000395896
0.000397114
0.000252392
0.000252464
0.000396582
0.000560263
0.000564789
0.000559351
0.00071597
0.00101701
0.00100584
0.00074983
0.000718119
0.000752301
0.000565618
0.000397785
0.000252832
0.000252899
0.000397203
0.000398427
0.000253334
0.000253422
0.000397884
0.000561752
0.000566303
0.000560846
0.00071756
0.00101882
0.00100753
0.000751393
0.000719708
0.00075388
0.000567125
0.000399096
0.00025379
0.000253855
0.0003985
0.000399733
0.000254292
0.000254375
0.000399177
0.000563222
0.0005678
0.000562324
0.000719131
0.00102056
0.00100923
0.000752942
0.000721276
0.000755438
0.000568613
0.000400398
0.000254744
0.000254854
0.000399782
0.000401021
0.000255227
0.000255336
0.000400452
0.000564671
0.000569276
0.000563781
0.000720681
0.00102229
0.00101092
0.000754471
0.000722823
0.000756976
0.00057008
0.00040168
0.000255711
0.000255767
0.000401052
0.0004023
0.000256218
0.000256224
0.000401718
0.000566101
0.000570732
0.000565218
0.00072221
0.00102402
0.0010126
0.000755978
0.000724347
0.000758489
0.000571527
0.000402959
0.000256705
0.00025669
0.00040231
0.000403569
0.000257185
0.000257161
0.00040297
0.000567513
0.00057217
0.000566636
0.00072371
0.00102574
0.00101429
0.000757455
0.000725854
0.00075999
0.000572957
0.000404219
0.000257659
0.000257632
0.000403554
0.000404822
0.000258132
0.000258102
0.000404206
0.000568904
0.000573588
0.000568037
0.000725203
0.0010274
0.00101599
0.000758935
0.000727345
0.000761473
0.000574365
0.000405464
0.000258601
0.000258571
0.000404782
0.000406058
0.000259071
0.000259037
0.000405428
0.000570274
0.000574985
0.000569415
0.000726675
0.00102912
0.00101767
0.000760388
0.000728809
0.00076293
0.000575753
0.000406693
0.000259535
0.000259501
0.000405997
0.000407282
0.000259994
0.000260022
0.000406629
0.000571622
0.000576361
0.000570772
0.000728131
0.00103088
0.00101931
0.000761831
0.000730263
0.000764385
0.000577118
0.000407898
0.000260427
0.000260449
0.00040719
0.00040848
0.000260906
0.000260943
0.000407811
0.000572949
0.000577715
0.000572107
0.00072957
0.00103262
0.00102099
0.000763256
0.000731704
0.000765826
0.000578463
0.000409086
0.000261347
0.000261364
0.000408359
0.000409655
0.000261828
0.0002618
0.000408973
0.000574255
0.000579048
0.000573422
0.000730999
0.00103435
0.00102269
0.000764672
0.000733142
0.000767269
0.000579786
0.000410258
0.000262285
0.000262242
0.000409509
0.000410815
0.000262731
0.000262734
0.000410108
0.000575531
0.000580353
0.000574711
0.00073242
0.00103607
0.00102446
0.000766081
0.000734554
0.000768682
0.000581077
0.000411397
0.000263145
0.000263181
0.000410627
0.000411935
0.000263594
0.000263586
0.000411218
0.000576782
0.000581631
0.000575971
0.000733813
0.0010379
0.0010262
0.000767462
0.000735947
0.000770084
0.000582345
0.000412513
0.000264051
0.000264005
0.000411725
0.000413042
0.000264492
0.000264427
0.000412301
0.000578013
0.000582888
0.000577209
0.000735188
0.00103972
0.00102803
0.000768833
0.000737334
0.000771488
0.000583594
0.000413603
0.000264918
0.000264849
0.000412794
0.000414117
0.000265341
0.000265265
0.000413357
0.000579223
0.000584125
0.000578428
0.000736568
0.00104153
0.0010299
0.000770221
0.000738719
0.000772894
0.000584821
0.000414665
0.000265753
0.000265676
0.000413837
0.000415166
0.000266158
0.00026612
0.000414382
0.000580412
0.000585339
0.000579624
0.000737944
0.00104346
0.00103183
0.000771605
0.000740098
0.0007743
0.000586028
0.000415694
0.000266542
0.000266498
0.00041485
0.000416182
0.000266952
0.000266911
0.000415381
0.000581585
0.000586537
0.000580803
0.000739326
0.00104548
0.00103378
0.000773005
0.000741491
0.000775735
0.000587218
0.000416697
0.000267328
0.000267304
0.000415828
0.000417164
0.000267713
0.000267685
0.000416344
0.000582742
0.000587717
0.000581965
0.00074072
0.00104756
0.00103585
0.000774421
0.000742908
0.000777199
0.000588393
0.000417662
0.000268095
0.00026803
0.000416776
0.000418115
0.000268485
0.000268382
0.000417276
0.000583886
0.000588882
0.000583112
0.00074213
0.00104968
0.00103809
0.000775856
0.00074434
0.000778685
0.000589555
0.000418599
0.00026885
0.000268735
0.000417689
0.000419032
0.000269204
0.000269081
0.000418172
0.000585015
0.000590034
0.000584246
0.000743574
0.00105195
0.00104041
0.000777342
0.000745784
0.000780182
0.000590703
0.000419498
0.000269545
0.000269418
0.000418569
0.000419913
0.000269879
0.000269746
0.000419034
0.000586144
0.000591182
0.000585373
0.000744994
0.00105445
0.00104282
0.000778926
0.00074726
0.000781768
0.000591851
0.000420361
0.000270199
0.000270064
0.000419413
0.000420759
0.000270514
0.000270371
0.000419862
0.000587273
0.000592327
0.000586498
0.000746511
0.00105703
0.00104547
0.000780507
0.000748807
0.000783399
0.000593
0.000421189
0.000270814
0.000270667
0.000420223
0.000421569
0.000271106
0.000270951
0.000420654
0.00058841
0.000593479
0.000587629
0.000748093
0.00105979
0.00104833
0.000782169
0.000750429
0.000785121
0.000594157
0.000421981
0.000271383
0.000271223
0.000420997
0.000422343
0.000271652
0.000271483
0.000421412
0.000589562
0.000594638
0.000588769
0.000749792
0.00106274
0.00105148
0.000783847
0.000752144
0.000786919
0.00059533
0.000422739
0.000271904
0.00027173
0.000421739
0.000423084
0.000272147
0.000271963
0.000422139
0.000590741
0.000595824
0.000589933
0.000751539
0.00106596
0.00105488
0.00078571
0.000753939
0.000788847
0.000596532
0.000423464
0.000272371
0.000272183
0.000422451
0.000423796
0.000272586
0.000272388
0.000422838
0.000591964
0.000597045
0.000591129
0.000753388
0.0010695
0.00105862
0.000787692
0.000755855
0.000790921
0.000597781
0.000424162
0.000272782
0.000272577
0.000423139
0.000424481
0.00027296
0.000272781
0.000423511
0.000593243
0.000598321
0.000592379
0.000755394
0.00107334
0.00106267
0.000789865
0.000757932
0.000793181
0.000599087
0.000424832
0.000273107
0.000272951
0.000423799
0.000425137
0.000273256
0.000273097
0.000424162
0.000594595
0.000599659
0.000593691
0.000757562
0.00107759
0.00106714
0.000792215
0.000760188
0.000795641
0.000600469
0.000425479
0.000273389
0.000273224
0.00042444
0.000425773
0.00027351
0.000273332
0.000424795
0.000596044
0.000601085
0.000595086
0.000759932
0.00108223
0.00107209
0.000794795
0.000762664
0.000798352
0.000601951
0.000426107
0.000273615
0.000273393
0.000425069
0.000426397
0.000273717
0.000273453
0.000425422
0.000597619
0.000602625
0.000596592
0.000762551
0.00108736
0.00107758
0.000797658
0.000765418
0.000801378
0.000603561
0.00042673
0.00027378
0.0002735
0.000425694
0.000427018
0.000273817
0.000273561
0.000426047
0.000599341
0.000604303
0.000598234
0.000765468
0.00109302
0.00108378
0.000800852
0.000768466
0.000804722
0.000605325
0.000427351
0.000273821
0.000273553
0.000426339
0.000427685
0.000273831
0.000273563
0.000426674
0.000601247
0.00060621
0.000600044
0.000768681
0.00109948
0.0010906
0.000804512
0.00077189
0.000808537
0.00060729
0.000427993
0.000273793
0.000273542
0.000426991
0.00042833
0.000273757
0.000273463
0.00042735
0.000603409
0.000608289
0.000602073
0.000772401
0.0011066
0.0010985
0.000808477
0.000775807
0.000812832
0.000609507
0.000428663
0.000273709
0.00027338
0.000427685
0.000428994
0.000273629
0.000273284
0.000428108
0.00060588
0.000610606
0.000604388
0.000776596
0.00111467
0.00110724
0.000813105
0.000780281
0.000817782
0.000612025
0.0004294
0.00027352
0.000273168
0.000428477
0.000429789
0.000273394
0.000273033
0.000428964
0.000608734
0.000613336
0.000607028
0.000781432
0.00112376
0.00111726
0.000818435
0.000785437
0.000823466
0.000615016
0.000430262
0.000273242
0.000272877
0.000429407
0.000430725
0.000273075
0.000272701
0.00042998
0.000612105
0.000616608
0.000610132
0.000786985
0.00113415
0.00112849
0.000824681
0.000791424
0.000830105
0.000618574
0.000431288
0.000272882
0.000272505
0.000430526
0.00043186
0.000272677
0.000272293
0.000431229
0.00061613
0.00062049
0.000613805
0.000793551
0.00114584
0.00114142
0.000831763
0.000798463
0.000837814
0.000622837
0.00043256
0.00027245
0.000272065
0.000431932
0.000433295
0.000272215
0.000271827
0.000432816
0.000621004
0.000625176
0.000618231
0.000801179
0.00115907
0.00115599
0.000840275
0.000806711
0.000846881
0.000628012
0.000434173
0.000271964
0.000271581
0.000433716
0.000435091
0.000271715
0.000271339
0.000434829
0.000626941
0.000630893
0.000623627
0.000810201
0.00117422
0.00117251
0.000850119
0.000816438
0.000857489
0.000634314
0.000436194
0.000271465
0.000271109
0.00043602
0.000437432
0.000271239
0.000270903
0.000437488
0.000634007
0.000637838
0.000630081
0.000820856
0.00119126
0.00119136
0.000861579
0.000827911
0.000869935
0.000642016
0.000438991
0.000271036
0.000270726
0.000439034
0.000440724
0.000270889
0.000270605
0.00044088
0.000642691
0.000646376
0.000637918
0.000833335
0.0012106
0.0012124
0.000875258
0.000841469
0.000884642
0.000651516
0.000442804
0.00027081
0.000270571
0.000442965
0.000445187
0.00027083
0.000270686
0.000445539
0.000653496
0.000656966
0.000647595
0.000848129
0.00123238
0.00123526
0.000891184
0.000857576
0.000901934
0.000663324
0.00044802
0.000270954
0.000270973
0.000448438
0.000451262
0.00027125
0.000271353
0.000451941
0.000666919
0.000670105
0.000659641
0.000865638
0.00125633
0.00126025
0.00090987
0.000876577
0.000922143
0.000677936
0.000455158
0.000271793
0.000271979
0.000455936
0.000459704
0.000272648
0.00027288
0.000460634
0.000683433
0.000686288
0.000674554
0.000886151
0.00128244
0.00128704
0.000931538
0.000898692
0.000945412
0.000695793
0.000464956
0.000273778
0.00027415
0.000465997
0.000470895
0.000275305
0.000275877
0.000472322
0.000703295
0.000705847
0.000692748
0.000909742
0.0013104
0.00131508
0.00095615
0.000923801
0.000971496
0.000717262
0.000477801
0.000277317
0.000278154
0.000479486
0.000485631
0.000279911
0.000281049
0.000487774
0.000726682
0.000729118
0.000714328
0.000936166
0.00133893
0.00134331
0.000983345
0.000951363
0.000999638
0.000742169
0.000494563
0.000283218
0.00028471
0.000496994
0.000504454
0.00028734
0.000289245
0.00050738
0.000753139
0.000755399
0.000739323
0.000964466
0.00136669
0.00137039
0.00101189
0.000979901
0.00102809
0.000769336
0.000515331
0.000292367
0.000294746
0.000518518
0.000526935
0.000298402
0.000301271
0.000530483
0.000780325
0.000782719
0.000766513
0.000992625
0.00139217
0.001395
0.00103958
0.00100689
0.00105431
0.000795909
0.000539063
0.000305446
0.00030879
0.000542593
0.000551164
0.000313445
0.000317173
0.000554598
0.000804376
0.000807417
0.000792691
0.00101759
0.0014159
0.00141625
0.00106322
0.00102921
0.00107547
0.000817622
0.000562632
0.000322139
0.000326037
0.000565389
0.000572465
0.000331021
0.000334703
0.000574301
0.000821563
0.000825596
0.000813764
0.0010366
0.00143729
0.0014358
0.00108118
0.00104521
0.00109071
0.00083169
0.000579741
0.000339217
0.000342099
0.000580279
0.0005835
0.000345394
0.000346861
0.000583225
0.000829423
0.000835133
0.00082645
0.00104961
0.00145817
0.00145767
0.00109377
0.00105637
0.00110245
0.000837778
0.000584053
0.000348262
0.000347833
0.000582939
0.000582859
0.000346596
0.000344226
0.000579939
0.000832758
0.000839664
0.000830789
0.00106065
0.00148229
0.00148599
0.00110651
0.00106891
0.00111751
0.000842167
0.000580051
0.000341987
0.000337739
0.000576199
0.000576695
0.000334113
0.000329355
0.000573113
0.000840782
0.000845815
0.000835262
0.00107664
0.00151467
0.00152446
0.00112581
0.00108997
0.00114247
0.000852652
0.000574183
0.000324851
0.000319954
0.000571484
0.000573693
0.000315934
0.000311334
0.000573104
0.000859346
0.000862483
0.000847921
0.00110364
0.00156075
0.00157576
0.00115731
0.00112438
0.0011818
0.000876777
0.000576487
0.000308039
0.000304353
0.000577425
0.000583533
0.000302276
0.000299967
0.000586763
0.000895687
0.000895729
0.000874314
0.00114686
0.00162047
0.00163989
0.00120504
0.00117755
0.00123969
0.000920481
0.000595593
0.000299552
0.000299325
0.000601364
0.000613351
0.000300628
0.000306547
0.000622482
0.000953956
0.000949554
0.000921778
0.00121011
0.00169394
0.00171686
0.00127255
0.00124854
0.00131743
0.000986038
0.0006458
0.000425512
0.000516219
0.000748332
0.000823334
0.0005721
0.000647574
0.000886435
0.00113425
0.00108576
0.00100094
0.0012907
0.00177973
0.00180632
0.0013653
0.00137565
0.00147086
0.00120226
0.000946064
0.000703493
0.000752351
0.000992542
0.00102457
0.000769598
0.00084177
0.00108807
0.00133913
0.00129554
0.00123595
0.00147685
0.00189968
0.00195917
0.00156432
0.00158175
0.00167024
0.00140059
0.00113679
0.000884819
0.000938784
0.00118644
0.00125559
0.00101141
0.001041
0.00128697
0.00152991
0.00150451
0.00143715
0.00167877
0.00206426
0.00212042
0.00175826
0.00176776
0.0018468
0.00158797
0.00133393
0.00108285
0.00109967
0.00134854
0.00138877
0.00113662
0.00118253
0.00142941
0.00167181
0.00164862
0.00159821
0.00183731
0.00222737
0.00227533
0.00190034
0.00190073
0.00201673
0.00175931
0.00150318
0.00124722
0.00129961
0.00155572
0.00162065
0.00135782
0.00145013
0.0012061
0.0012564
0.00131584
0.00137027
0.00146548
0.00121872
0.0012637
0.001326
0.0015848
0.00152655
0.00178769
0.00171139
0.0016372
0.00157524
0.0015125
0.00175783
0.00169097
0.00192162
0.0018723
0.00179941
0.00203391
0.00242098
0.00250533
0.00211605
0.00214249
0.0022292
0.00199467
0.00205517
0.00182377
0.00188724
0.002312
0.00195904
0.00205535
0.00243329
0.00206404
0.00182982
0.00190349
0.00166257
0.00141976
0.00117765
0.00122872
0.00148147
0.00172509
0.00180047
0.00155737
0.0013023
0.00140507
0.00116592
0.00122299
0.00130155
0.00155595
0.00147558
0.0017208
0.00164487
0.00188121
0.00195433
0.0023652
0.0020323
0.00179694
0.0018949
0.00165253
0.00141068
0.00117087
0.00123949
0.00135546
0.0011222
0.00118448
0.00143143
0.00151648
0.00126726
0.00137853
0.00114617
0.00121984
0.00134173
0.00111209
0.00118553
0.00131253
0.00108876
0.00116551
0.00129375
0.00107272
0.00114902
0.00127948
0.00106377
0.00114445
0.00127826
0.00106401
0.00114602
0.00128552
0.00106875
0.00119625
0.00099265
0.00108245
0.00130371
0.00142483
0.00121842
0.001015
0.00110057
0.00123778
0.00103329
0.00111867
0.0013389
0.00155133
0.00144416
0.00131925
0.00152998
0.001648
0.0017594
0.00186045
0.00166527
0.00146256
0.00125684
0.00104902
0.0011758
0.000980505
0.00107324
0.00120895
0.00101064
0.00109864
0.00123509
0.00103213
0.00115751
0.000967866
0.00106157
0.00119936
0.00100322
0.0011309
0.000946018
0.00104035
0.00117716
0.000984865
0.00111133
0.00093111
0.00102579
0.00116348
0.000975014
0.00110229
0.000924237
0.00101897
0.00115424
0.000968242
0.00109396
0.000919132
0.00101505
0.00115126
0.000968633
0.00109648
0.000923555
0.00102076
0.00115676
0.000975471
0.00110468
0.000930421
0.00106108
0.000893745
0.000991674
0.00112764
0.000952088
0.00107934
0.000911306
0.00100832
0.0011906
0.00131388
0.00114151
0.00096711
0.00109501
0.000925359
0.00105369
0.000891069
0.000989257
0.00112172
0.000951511
0.0010789
0.000913125
0.00104102
0.000881469
0.000978806
0.00115138
0.0012729
0.00110962
0.000943762
0.00107048
0.000908236
0.00103572
0.000878942
0.000978229
0.00110912
0.000944522
0.00107112
0.000910108
0.00103685
0.000881502
0.000979955
0.00114731
0.00126757
0.00110848
0.000946619
0.00107253
0.000914386
0.0010414
0.000885621
0.001011
0.000860559
0.000959555
0.00108662
0.00092989
0.00105436
0.000900496
0.00102577
0.000874471
0.000998712
0.000851853
0.000949804
0.00110794
0.0012603
0.00114744
0.0012936
0.00117647
0.00132503
0.00120762
0.00135701
0.00124097
0.00112151
0.00127659
0.00116302
0.00131414
0.00119639
0.00134939
0.00122991
0.0013833
0.00153135
0.00142312
0.00130938
0.00119506
0.00135055
0.0012314
0.00138855
0.00127104
0.00114781
0.0013096
0.00119438
0.00135136
0.00123163
0.00138861
0.00154112
0.00143348
0.00131889
0.00120398
0.00136444
0.0012446
0.00140763
0.00129008
0.00116587
0.00133504
0.00121984
0.00138563
0.00126484
0.00143124
0.00159258
0.00148337
0.00136706
0.0012508
0.00142007
0.00130121
0.00117436
0.00135008
0.00123184
0.00140113
0.0012801
0.00145415
0.00133681
0.00120945
0.00138977
0.00127346
0.00145053
0.00133225
0.00120514
0.00138754
0.0012735
0.00145437
0.00134057
0.00121452
0.00140129
0.00128518
0.00146842
0.00135063
0.00122256
0.00141137
0.00129685
0.00148381
0.00136937
0.00124254
0.0014359
0.00132089
0.00151171
0.00139479
0.00126775
0.00146519
0.00135254
0.0015491
0.00143806
0.00131303
0.00151765
0.00140858
0.0012854
0.00149114
0.00137657
0.00157557
0.00169065
0.00180635
0.00160748
0.00171421
0.00181922
0.00163963
0.00174152
0.00210929
0.00184584
0.00165496
0.00177281
0.00158632
0.00170459
0.00180984
0.00162319
0.00173021
0.00156083
0.00166713
0.00202276
0.00177677
0.00159272
0.0017127
0.00153411
0.00165352
0.00181618
0.00210959
0.00198172
0.00222082
0.00189368
0.00258357
0.00304096
0.00239861
0.00217035
0.00190125
0.00187496
0.00204883
0.00230053
0.00196241
0.00254113
0.00285539
0.00333896
0.00286548
0.00252463
0.00227712
0.00198404
0.0018848
0.00176962
0.00196431
0.00223454
0.00194677
0.00184978
0.00173321
0.00163163
0.00151888
0.00140597
0.00161499
0.00149808
0.00137479
0.00159633
0.00149552
0.00137598
0.00159863
0.00149619
0.0013837
0.00161197
0.00151883
0.00140549
0.0016361
0.00153663
0.0014279
0.00166314
0.00157373
0.00146754
0.00170502
0.00161128
0.00183664
0.0017558
0.00167277
0.00159123
0.00149128
0.0017319
0.00182446
0.00191028
0.00213057
0.002054
0.00196241
0.00218447
0.00252885
0.00213767
0.00266786
0.00227698
0.00233454
0.00240062
0.00198509
0.00205562
0.00215633
0.00193492
0.00201994
0.00180615
0.00189048
0.00230381
0.00197192
0.00175562
0.00186054
0.001952
0.00174451
0.00183261
0.00224059
0.00214999
0.00245962
0.00208068
0.00287481
0.00351438
0.00300994
0.00255481
0.00221769
0.00275668
0.00288105
0.00328922
0.00399969
0.00339216
0.00373926
0.00298856
0.00280035
0.00345099
0.0026724
0.00227057
0.00203629
0.00195873
0.00218216
0.00250408
0.00213927
0.00326126
0.00281249
0.0026439
0.00226814
0.00312154
0.0038856
0.00318652
0.00369225
0.00291663
0.00274616
0.0035236
0.00273159
0.002572
0.00337135
0.00257561
0.00243054
0.0032476
0.00244722
0.00230781
0.00313699
0.00233899
0.00221067
0.00303703
0.00224574
0.00212871
0.00294619
0.00216357
0.0020562
0.00287438
0.00209546
0.00199351
0.00281046
0.00203991
0.00194273
0.00275113
0.00199477
0.00190179
0.00269659
0.00195787
0.00186856
0.0026485
0.00192691
0.00184035
0.00260973
0.00189997
0.00181453
0.00257441
0.00187404
0.00178885
0.00254148
0.00184746
0.00176194
0.00251063
0.00181961
0.0017338
0.00248111
0.00179088
0.001705
0.00245214
0.00176194
0.00167629
0.0024237
0.00173363
0.00164847
0.00239586
0.00170652
0.00162206
0.00236871
0.001681
0.00159731
0.00234237
0.00165723
0.00157445
0.00231682
0.00163531
0.00155353
0.0022923
0.00161523
0.0015346
0.00226892
0.001597
0.00151741
0.00224683
0.00158049
0.00150184
0.00222592
0.00156552
0.00148788
0.00220656
0.00155207
0.00147512
0.00218799
0.00153967
0.0014637
0.00217109
0.00152868
0.00145352
0.00215521
0.00151867
0.00144431
0.00214046
0.00150955
0.00143586
0.00212674
0.00150129
0.00142821
0.00211399
0.0014936
0.0014212
0.00210219
0.00148662
0.00141476
0.00209113
0.00148027
0.00140897
0.00208093
0.00147442
0.00140369
0.00207146
0.0014691
0.00139888
0.00206266
0.00146422
0.00139445
0.00205451
0.00145974
0.00139038
0.00204689
0.00145559
0.00138661
0.00203987
0.00145176
0.00138316
0.00203329
0.00144819
0.00137997
0.00202719
0.00144481
0.00137687
0.00202148
0.00144173
0.00137393
0.00201613
0.00143888
0.00137128
0.00201109
0.00143615
0.00136875
0.00200644
0.00143349
0.00136628
0.00200195
0.00143108
0.00136391
0.00199782
0.00142865
0.00136178
0.0019939
0.00142637
0.00135959
0.00199019
0.00142417
0.0013575
0.00198668
0.00142212
0.00135541
0.0019833
0.00142013
0.00135348
0.00198012
0.00141817
0.00135155
0.00197703
0.00141623
0.00134959
0.00197411
0.00141429
0.00134771
0.00197129
0.00141242
0.00134586
0.00196858
0.00141058
0.00134402
0.00196593
0.00140874
0.0013422
0.00196344
0.00140693
0.00134044
0.00196095
0.00140516
0.00133863
0.00195861
0.00140337
0.00133681
0.00195622
0.00140157
0.00133494
0.001954
0.00139973
0.00133313
0.00195171
0.00139788
0.00133134
0.0019495
0.00139612
0.00132958
0.00194736
0.00139432
0.00132766
0.00194525
0.00139248
0.0013258
0.00194309
0.00139072
0.0013239
0.00194101
0.00138887
0.00132202
0.00193894
0.00138703
0.00132013
0.00193688
0.00138518
0.00131823
0.00193483
0.00138331
0.00131632
0.00193279
0.00138143
0.00131439
0.00193076
0.00137953
0.00131244
0.00192874
0.00137762
0.00131047
0.00192671
0.00137569
0.00130849
0.0019247
0.00137376
0.00130651
0.00192268
0.00137181
0.00130451
0.00192068
0.00136985
0.00130251
0.00191865
0.00136788
0.00130051
0.00191666
0.00136584
0.00129854
0.00191467
0.0013639
0.00129651
0.00191263
0.001362
0.00129445
0.00191065
0.00136
0.00129242
0.00190868
0.00135802
0.00129039
0.00190666
0.00135602
0.00128838
0.00190475
0.00135396
0.00128636
0.00190273
0.00135206
0.00128437
0.00190088
0.00135012
0.00128238
0.00189888
0.00134817
0.0012804
0.00189727
0.00134624
0.00127857
0.00189511
0.00134438
0.00127659
0.00189421
0.00134275
0.00127497
0.00189137
0.00134107
0.00127333
0.00189245
0.00133995
0.00127242
0.00188741
0.00133869
0.00127138
0.001894
0.00133888
0.00127232
0.00187801
0.00133776
0.00127047
0.00191368
0.00133059
0.00127657
0.00196253
0.00136988
0.00138015
0.0021577
0.00155838
0.00174632
0.0027546
0.00214885
0.00237126
0.00205184
0.00189797
0.00281655
0.00305448
0.00342797
0.00383682
0.00363811
0.00306147
0.002818
0.00345839
0.00398725
0.00410589
0.00422037
0.00458519
0.00452628
0.00445647
0.00488926
0.00491954
0.004948
0.00534421
0.00533072
0.00532216
0.00576108
0.00576235
0.00576606
0.0061797
0.00618074
0.00618287
0.00618645
0.00576284
0.00532043
0.00486738
0.0043981
0.00389708
0.00334259
0.0026937
0.00260879
0.00326386
0.00326125
0.00263062
0.00262229
0.00326256
0.0038363
0.00383692
0.00383043
0.00434815
0.00436818
0.00436439
0.00436714
0.00383768
0.00326323
0.00262666
0.00262555
0.00326378
0.00326531
0.00262781
0.00262863
0.00326651
0.00384201
0.00384038
0.00383875
0.00436864
0.00437074
0.00437292
0.00487017
0.00486737
0.0048647
0.00486243
0.00485944
0.00486031
0.00484968
0.0053213
0.00532565
0.00532748
0.00577285
0.00576959
0.00576592
0.00619041
0.00619468
0.00619885
0.00620332
0.00577664
0.00533073
0.0053338
0.00533715
0.00534064
0.00578875
0.00578454
0.00578049
0.00620791
0.00621268
0.00621761
0.00662946
0.00662381
0.00661834
0.00661303
0.00660787
0.00660289
0.00659796
0.00659316
0.0065886
0.00658474
0.00658153
0.00697044
0.00697458
0.00697945
0.0073567
0.00735112
0.00734649
0.00771013
0.00771513
0.00772128
0.00807393
0.00806728
0.00806196
0.00840251
0.00840812
0.00841522
0.00874557
0.00873807
0.0087322
0.00905132
0.00905741
0.00906525
0.00907382
0.00875373
0.00842293
0.00808112
0.00772791
0.00736271
0.00698479
0.00699031
0.00699594
0.00700165
0.00738159
0.00737521
0.00736892
0.00773474
0.00774165
0.00774865
0.00775578
0.0073881
0.0070075
0.0070135
0.00701967
0.00702601
0.00740858
0.00740159
0.00739476
0.00776306
0.00777051
0.00777812
0.00813536
0.00812717
0.00811916
0.0081113
0.0081036
0.00809602
0.00808853
0.00843087
0.00843888
0.00844698
0.0087792
0.00877063
0.00876214
0.00908263
0.00909153
0.0091005
0.00910959
0.00878789
0.00845521
0.00846358
0.00847212
0.00848082
0.00881487
0.00880574
0.00879672
0.00911883
0.00912822
0.00913778
0.00944966
0.00943977
0.00943005
0.00942048
0.00941106
0.00940175
0.00939251
0.00938335
0.00937446
0.00936633
0.00936005
0.00965851
0.00966493
0.00967328
0.00996175
0.00995325
0.00994672
0.0102247
0.0102313
0.0102398
0.0105075
0.0104989
0.0104924
0.0107497
0.0107562
0.0107647
0.0110113
0.0110029
0.0109965
0.0112328
0.011239
0.0112471
0.0112562
0.0110205
0.0107741
0.010517
0.0102493
0.00997109
0.00968244
0.00969187
0.00970137
0.00971094
0.0100002
0.00999041
0.00998072
0.010259
0.0102688
0.0102787
0.0102887
0.01001
0.00972063
0.00973045
0.00974041
0.00975057
0.0100405
0.0100302
0.01002
0.0102988
0.010309
0.0103194
0.0105872
0.0105768
0.0105666
0.0105565
0.0105465
0.0105366
0.0105268
0.0107838
0.0107936
0.0108034
0.0110494
0.0110397
0.0110301
0.0112655
0.0112749
0.0112843
0.0112938
0.0110591
0.0108133
0.0108233
0.0108335
0.0108438
0.011089
0.0110789
0.011069
0.0113034
0.0113131
0.0113229
0.0115452
0.0115357
0.0115264
0.0115172
0.011508
0.011499
0.01149
0.011481
0.0114722
0.0114644
0.0114584
0.0116734
0.011679
0.0116865
0.0118898
0.0118827
0.0118775
0.0120708
0.0120756
0.0120821
0.0122634
0.0122575
0.0122532
0.0124248
0.0124286
0.0124338
0.0125932
0.0125887
0.0125856
0.0127356
0.0127381
0.0127418
0.0127459
0.0125982
0.0124396
0.01227
0.0120893
0.0118976
0.0116948
0.0117033
0.0117119
0.0117206
0.0119218
0.0119137
0.0119056
0.0120968
0.0121042
0.0121117
0.0121192
0.01193
0.0117293
0.011738
0.0117469
0.0117559
0.0119549
0.0119465
0.0119382
0.0121268
0.0121345
0.0121422
0.0123179
0.0123109
0.012304
0.0122971
0.0122903
0.0122835
0.0122767
0.0124456
0.0124516
0.0124576
0.0126137
0.0126085
0.0126034
0.0127502
0.0127544
0.0127587
0.0127629
0.0126189
0.0124636
0.0124697
0.0124758
0.012482
0.0126346
0.0126293
0.0126241
0.0127672
0.0127715
0.0127758
0.0129059
0.0129026
0.0128993
0.012896
0.0128927
0.0128894
0.0128861
0.0128828
0.0128796
0.0128768
0.012875
0.0130039
0.013005
0.0130069
0.0131238
0.0131228
0.0131224
0.0132308
0.0132304
0.0132305
0.0133272
0.0133281
0.0133293
0.0134181
0.0134161
0.0134142
0.0134919
0.0134946
0.0134974
0.0135677
0.0135641
0.0135604
0.0135566
0.0134891
0.0134124
0.0133264
0.0132307
0.013125
0.0130091
0.0130114
0.0130137
0.013016
0.0131288
0.0131276
0.0131263
0.0132309
0.0132311
0.0132313
0.0132315
0.01313
0.0130183
0.0130205
0.0130228
0.013025
0.0131335
0.0131324
0.0131312
0.0132316
0.0132317
0.0132317
0.0133199
0.013321
0.013322
0.0133229
0.0133239
0.0133247
0.0133256
0.0134106
0.0134087
0.0134068
0.0134804
0.0134833
0.0134862
0.0135528
0.0135489
0.013545
0.013541
0.0134774
0.0134048
0.0134028
0.0134007
0.0133986
0.013468
0.0134712
0.0134743
0.013537
0.0135329
0.0135287
0.0135811
0.0135862
0.0135912
0.0135962
0.0136011
0.0136059
0.0136107
0.0136155
0.0136202
0.0136248
0.0136291
0.0136819
0.0136769
0.0136716
0.0137148
0.0137208
0.0137263
0.013762
0.0137563
0.0137498
0.0137761
0.013783
0.0137888
0.0138069
0.0138009
0.0137937
0.0138037
0.013811
0.0138172
0.0137959
0.0137859
0.0137686
0.0137428
0.0137085
0.013666
0.0136604
0.0136547
0.013649
0.0136892
0.0136956
0.013702
0.0137357
0.0137287
0.0137216
0.0137145
0.0136827
0.0136433
0.0136375
0.0136316
0.0136256
0.0136628
0.0136695
0.0136762
0.0137073
0.0137
0.0136926
0.013715
0.0137229
0.0137307
0.0137384
0.013746
0.0137535
0.0137611
0.0137781
0.0137703
0.0137624
0.0137718
0.0137799
0.013788
0.0137636
0.0137544
0.0137464
0.0137382
0.01373
0.0137386
0.013747
0.0137554
0.01373
0.0137216
0.013707
0.0136851
0.0136559
0.0136195
0.0135759
0.0135244
0.0134647
0.0133964
0.0133188
0.0132317
0.0131347
0.0130273
0.0129092
0.0127801
0.0126399
0.0124882
0.012325
0.01215
0.0119634
0.0117649
0.0115547
0.0113328
0.0110993
0.0108542
0.0105977
0.0103299
0.0100509
0.00976086
0.00945969
0.0091475
0.00882418
0.00848969
0.00814371
0.00778591
0.00741575
0.00703252
0.00663528
0.00622271
0.00579313
0.00534431
0.00487316
0.0043753
0.00384397
0.00326817
0.00263036
0.0026318
0.00326977
0.00327158
0.00263354
0.00263521
0.0032734
0.0038503
0.00384805
0.00384595
0.0043778
0.00438047
0.00438325
0.00438615
0.00385263
0.0032754
0.00263698
0.00263884
0.00327733
0.00327943
0.00264068
0.00264258
0.00328156
0.00386022
0.00385759
0.00385506
0.00438917
0.00439231
0.00439557
0.00489812
0.00489414
0.0048903
0.00488659
0.00488302
0.00487959
0.0048763
0.00534814
0.00535213
0.00535626
0.00580726
0.00580239
0.00579768
0.00622799
0.00623343
0.00623904
0.00624481
0.0058123
0.00536055
0.005365
0.00536959
0.00537433
0.00582836
0.00582285
0.00581749
0.00625076
0.00625687
0.00626315
0.0062696
0.00583404
0.00537922
0.00490223
0.00439894
0.00386293
0.00328375
0.00264453
0.00264642
0.00328609
0.00328835
0.00264849
0.00265048
0.00329076
0.00387162
0.00386863
0.00386573
0.00440243
0.00440603
0.00440976
0.0044136
0.0038747
0.00329321
0.00265255
0.00265462
0.00329572
0.00329831
0.00265674
0.00265888
0.00330097
0.00388457
0.00388117
0.00387788
0.00441757
0.00442168
0.00442592
0.00493498
0.00492985
0.00492488
0.00492006
0.00491539
0.00491087
0.00490648
0.00538426
0.00538946
0.00539481
0.00585206
0.00584589
0.00583988
0.00627622
0.00628302
0.00628999
0.00629714
0.00585841
0.00540033
0.005406
0.00541184
0.00541786
0.00587851
0.00587163
0.00586493
0.00630448
0.006312
0.00631971
0.00674351
0.00673501
0.00672671
0.00671859
0.00671067
0.00670293
0.00669537
0.00668799
0.0066808
0.00667377
0.00666692
0.00666025
0.00665375
0.00664743
0.00664126
0.0070392
0.00704606
0.00705308
0.00743829
0.0074306
0.00742309
0.00779386
0.00780199
0.00781029
0.00781877
0.00744615
0.00706028
0.00706766
0.00707521
0.00708295
0.00747081
0.00746241
0.00745419
0.00782743
0.00783627
0.0078453
0.00820709
0.00819749
0.00818808
0.00817885
0.00816981
0.00816094
0.00815224
0.00849873
0.00850793
0.00851736
0.0088532
0.00884337
0.00883371
0.00915738
0.00916744
0.00917766
0.00918805
0.00886322
0.00852688
0.00853663
0.00854655
0.00855666
0.00889434
0.00888378
0.00887341
0.00919863
0.00920938
0.00922031
0.00923142
0.00890507
0.00856695
0.00821687
0.00785451
0.0074794
0.00709086
0.00709896
0.00710724
0.0071157
0.00750627
0.00749712
0.00748817
0.0078639
0.00787349
0.00788326
0.00789323
0.00751561
0.00712436
0.0071332
0.00714225
0.00715149
0.0075448
0.00753487
0.00752514
0.00790339
0.00791375
0.00792432
0.00829069
0.00827955
0.00826862
0.00825788
0.00824734
0.00823699
0.00822683
0.00857743
0.0085881
0.00859895
0.00893841
0.00892711
0.008916
0.00924272
0.0092542
0.00926587
0.00927773
0.0089499
0.00861
0.00862125
0.0086327
0.00864435
0.00898556
0.00897348
0.00896159
0.00928978
0.00930203
0.00931448
0.00932712
0.00899785
0.0086562
0.00830204
0.00793509
0.00755493
0.00716093
0.00675221
0.00632761
0.00588557
0.00542405
0.00494026
0.0044303
0.00388808
0.00330371
0.00266107
0.00266331
0.00330654
0.00330946
0.00266559
0.00266793
0.00331247
0.00389934
0.00389545
0.0038917
0.00443482
0.0044395
0.00444434
0.00444934
0.00390336
0.00331558
0.00267032
0.00267278
0.0033188
0.00332213
0.00267532
0.00267786
0.00332555
0.00391636
0.00391182
0.00390752
0.00445451
0.00445986
0.00446539
0.00498225
0.00497567
0.0049693
0.00496313
0.00495714
0.00495134
0.00494572
0.00543042
0.00543697
0.00544371
0.00590792
0.00590028
0.00589283
0.00633571
0.00634401
0.00635252
0.00636123
0.00591578
0.00545066
0.0054578
0.00546516
0.00547272
0.00594063
0.00593212
0.00592384
0.00637017
0.00637934
0.00638866
0.00639833
0.00594937
0.00548051
0.00498903
0.00447111
0.00392093
0.00332918
0.00268054
0.00268327
0.00333287
0.00333674
0.00268612
0.00268907
0.00334077
0.00393591
0.00393075
0.00392576
0.00447704
0.00448318
0.00448953
0.00449611
0.00394135
0.00334489
0.00269205
0.00269529
0.00334925
0.00335377
0.00269852
0.00270195
0.00335848
0.0039588
0.00395273
0.00394696
0.00450292
0.00450996
0.00451734
0.00504304
0.00503463
0.00502635
0.00501842
0.00501072
0.00500326
0.00499603
0.00548853
0.00549678
0.00550528
0.00597698
0.00596753
0.00595833
0.00640817
0.00641826
0.0064286
0.0064392
0.00598669
0.00551402
0.00552302
0.00553228
0.00554181
0.00601739
0.00600688
0.00599665
0.00645005
0.00646118
0.00647258
0.00690945
0.00689723
0.00688527
0.00687359
0.00686216
0.00685099
0.00684009
0.00682937
0.006819
0.00680878
0.0067988
0.00678906
0.00677953
0.00677021
0.00676111
0.00717057
0.00718043
0.0071905
0.00758658
0.00757582
0.00756527
0.00794606
0.00795725
0.00796866
0.00798028
0.00759757
0.00720078
0.00721128
0.00722202
0.00723298
0.00763189
0.00762019
0.00760877
0.00799213
0.00800421
0.00801651
0.00838749
0.00837461
0.00836196
0.00834953
0.00833733
0.00832535
0.00831359
0.00866826
0.00868054
0.00869302
0.00903597
0.00902305
0.00901035
0.00933998
0.00935303
0.0093663
0.00937978
0.00904911
0.00870573
0.00871866
0.00873181
0.00874522
0.00908987
0.00907605
0.00906247
0.00939348
0.00940741
0.00942154
0.00943598
0.00910391
0.00875877
0.00840062
0.00802907
0.0076438
0.00724417
0.00725561
0.00726729
0.00727923
0.0076809
0.00766833
0.00765591
0.0080418
0.00805486
0.00806821
0.00808165
0.00769385
0.00729142
0.00730387
0.00731659
0.00732959
0.00773413
0.00772042
0.007707
0.0080955
0.00810956
0.00812391
0.00849948
0.00848456
0.00846992
0.00845555
0.00844141
0.00842757
0.008414
0.00877273
0.00878676
0.00880117
0.00914747
0.00913274
0.0091182
0.00945051
0.00946539
0.00948053
0.00949585
0.00916248
0.00881579
0.00883062
0.00884577
0.00886118
0.00920915
0.00919333
0.00917779
0.0095114
0.00952731
0.00954337
0.0095598
0.00922524
0.00887687
0.00851468
0.00813853
0.00774811
0.00734287
0.00692196
0.00648426
0.00602818
0.00555163
0.0050518
0.00452485
0.00396508
0.00336347
0.00270548
0.00270926
0.00336853
0.00337393
0.00271313
0.00271721
0.00337954
0.00398555
0.00397846
0.00397164
0.00453273
0.00454087
0.00454931
0.00455806
0.00399294
0.00338541
0.00272148
0.00272598
0.00339153
0.00339802
0.00273062
0.0027356
0.00340474
0.00401701
0.00400866
0.00400064
0.00456713
0.00457653
0.00458628
0.0051216
0.00511064
0.00510003
0.00508976
0.00507981
0.00507017
0.00506084
0.00556173
0.00557213
0.00558284
0.00606231
0.00605062
0.00603925
0.00649625
0.00650848
0.00652104
0.00653395
0.00607429
0.00559386
0.0056052
0.00561688
0.0056289
0.00611223
0.00609924
0.0060866
0.00654714
0.00656067
0.00657454
0.00658876
0.00612556
0.00564128
0.00513291
0.00459639
0.00402571
0.00341181
0.0027408
0.00274628
0.00341924
0.00342695
0.00275208
0.00275819
0.0034351
0.00405411
0.00404425
0.00403479
0.00460688
0.00461774
0.00462901
0.00464069
0.00406435
0.00344372
0.00276466
0.00277149
0.00345259
0.00346209
0.00277872
0.00278635
0.00347197
0.00409787
0.00408622
0.00407513
0.00465279
0.00466535
0.00467837
0.00522315
0.00520898
0.00519527
0.00518199
0.00516911
0.00515672
0.00514458
0.00565402
0.00566711
0.00568067
0.00616776
0.00615332
0.00613925
0.00660333
0.00661827
0.0066336
0.00664932
0.0061826
0.00569452
0.00570884
0.00572357
0.00573874
0.00622961
0.00621351
0.00619785
0.00666545
0.006682
0.00669898
0.00714915
0.00713134
0.00711396
0.00709701
0.00708046
0.0070643
0.00704853
0.00703312
0.00701807
0.00700337
0.00698901
0.00697498
0.00696127
0.00694787
0.00693477
0.00735644
0.00737032
0.00738448
0.00779184
0.00777698
0.0077624
0.00815346
0.00816866
0.00818422
0.00820001
0.00780702
0.00739895
0.00741375
0.00742887
0.00744434
0.00785454
0.00783836
0.00782253
0.00821617
0.00823265
0.00824947
0.0086296
0.00861221
0.00859516
0.00857845
0.00856201
0.00854599
0.00853018
0.00889286
0.00890911
0.00892573
0.00927524
0.00925832
0.0092416
0.00957647
0.00959342
0.00961067
0.00962822
0.00929252
0.00894257
0.00895978
0.00897731
0.00899518
0.00934626
0.00932802
0.00931011
0.00964608
0.00966426
0.00968276
0.0097016
0.00936485
0.0090134
0.00864734
0.00826664
0.00787107
0.00746015
0.00747633
0.00749287
0.0075098
0.00792286
0.00790521
0.00788795
0.00828417
0.00830208
0.00832037
0.00833905
0.0079409
0.00752712
0.00754486
0.00756301
0.0075816
0.00799754
0.00797822
0.00795935
0.00835815
0.00837768
0.00839765
0.0087823
0.00876177
0.00874168
0.00872202
0.00870276
0.00868391
0.00866544
0.00903197
0.00905091
0.00907023
0.00942277
0.00940309
0.00938379
0.00972078
0.00974032
0.00976023
0.00978052
0.00944284
0.00908995
0.00911008
0.00913063
0.00915161
0.00950551
0.00948419
0.00946331
0.0098012
0.00982228
0.00984379
0.00986573
0.00952727
0.00917305
0.00880329
0.00841808
0.00801731
0.00760065
0.00716741
0.00671641
0.00624615
0.00575436
0.00523777
0.00469185
0.00411
0.0034823
0.00279453
0.00280312
0.0034932
0.00350472
0.00281216
0.00282192
0.00351665
0.00414949
0.00413579
0.00412264
0.00470583
0.00472032
0.00473532
0.00475087
0.00416377
0.00352928
0.00283215
0.00284305
0.00354249
0.00355634
0.00285458
0.00286682
0.00357087
0.00421015
0.00419408
0.00417862
0.00476696
0.00478363
0.00480089
0.00535427
0.00533599
0.00531829
0.00530114
0.00528453
0.00526845
0.00525286
0.00577045
0.00578701
0.00580407
0.00629862
0.00628064
0.00626316
0.00673431
0.00675269
0.00677158
0.00679099
0.00631712
0.00582165
0.00583976
0.00585842
0.00587766
0.00637593
0.00635575
0.00633616
0.00681095
0.00683148
0.0068526
0.00687434
0.00639671
0.00589751
0.00537315
0.00481875
0.00422686
0.00358608
0.00287979
0.00289355
0.00360201
0.00361867
0.00290803
0.00292342
0.00363608
0.00428103
0.00426231
0.00424421
0.00483725
0.00485639
0.0048762
0.00489673
0.00430049
0.00365425
0.00293966
0.00295681
0.00367319
0.00369302
0.00297487
0.00299391
0.00371358
0.0043633
0.00434157
0.0043207
0.00491787
0.00493992
0.00496269
0.00552431
0.00550042
0.00547744
0.0054551
0.0054336
0.00541278
0.00539264
0.00591798
0.0059391
0.00596092
0.00646309
0.00644025
0.00641814
0.00689673
0.00691984
0.00694356
0.00696816
0.00648667
0.00598347
0.00600677
0.00603088
0.00605586
0.00656234
0.00653624
0.00651103
0.00699352
0.00701967
0.00704674
0.00751101
0.00748301
0.00745579
0.00742953
0.00740412
0.00737931
0.00735543
0.00733212
0.00730952
0.00728749
0.00726617
0.00724534
0.00722509
0.00720536
0.00718614
0.00762017
0.00764019
0.00766071
0.00807957
0.00805831
0.00803757
0.00843898
0.00846038
0.0084823
0.00850477
0.00810138
0.00768179
0.00770336
0.0077256
0.00774839
0.00817023
0.00814669
0.00812375
0.0085278
0.00855138
0.00857558
0.00896466
0.00893994
0.00891579
0.00889218
0.00886918
0.00884671
0.00882475
0.00919496
0.00921736
0.00924027
0.00959541
0.0095722
0.0095495
0.00988812
0.00991098
0.00993432
0.00995817
0.00961913
0.00926371
0.0092877
0.00931226
0.00933743
0.00969365
0.00966823
0.0096434
0.00998254
0.0100075
0.010033
0.010059
0.00971968
0.00936323
0.00899006
0.00860044
0.00819443
0.00777183
0.00779592
0.0078208
0.00784632
0.00827118
0.00824486
0.00821929
0.00862596
0.00865219
0.00867914
0.00870693
0.00829826
0.00787258
0.00789979
0.00792771
0.00795663
0.00838458
0.00835494
0.00832616
0.00873544
0.00876484
0.0087952
0.00918837
0.00915764
0.0091277
0.00909863
0.00907037
0.00904288
0.00901612
0.00938968
0.00941682
0.00944467
0.00980176
0.00977369
0.00974635
0.0100857
0.0101131
0.0101411
0.0101699
0.00983048
0.00947328
0.0095027
0.00953292
0.00956408
0.00992159
0.00989046
0.00986009
0.0101993
0.0102296
0.0102606
0.0105804
0.0105497
0.0105199
0.0104907
0.0104623
0.0104345
0.0104074
0.0103808
0.0103549
0.0103296
0.0103047
0.0102804
0.0102567
0.0102333
0.0102105
0.0101881
0.0101662
0.0101446
0.0101235
0.0101027
0.0100824
0.0100624
0.0100427
0.0100234
0.0100045
0.00998585
0.00996754
0.00994953
0.00993182
0.0099144
0.00989727
0.00988042
0.00986384
0.00984753
0.00983147
0.00981567
0.00980011
0.0097848
0.00976973
0.00975488
0.00974026
0.00972587
0.00971171
0.00969776
0.00968402
0.00967049
0.00965717
0.00964405
0.00963114
0.00961841
0.00960589
0.00959355
0.00958141
0.00956945
0.00955768
0.00954609
0.00953468
0.00952345
0.00951239
0.00950151
0.0094908
0.00948026
0.00946989
0.00977128
0.00978192
0.00979264
0.0100832
0.0100723
0.0100615
0.0103406
0.0103515
0.0103624
0.0103736
0.0100943
0.00980362
0.00981472
0.009826
0.00983745
0.0101286
0.010117
0.0101056
0.0103849
0.0103963
0.010408
0.0106755
0.0106639
0.0106525
0.0106413
0.0106302
0.0106192
0.0106084
0.0108647
0.0108755
0.0108863
0.0111307
0.0111201
0.0111096
0.0113428
0.011353
0.0113633
0.0113737
0.0111414
0.0108973
0.0109084
0.0109196
0.010931
0.0111745
0.0111633
0.0111524
0.0113842
0.0113949
0.0114057
0.0114166
0.0111857
0.0109426
0.0106872
0.0104197
0.0101403
0.00984907
0.00986087
0.00987285
0.00988501
0.0101766
0.0101643
0.0101522
0.0104317
0.0104438
0.0104561
0.0104685
0.010189
0.00989735
0.00990988
0.00992259
0.00993549
0.0102275
0.0102145
0.0102017
0.0104811
0.0104939
0.0105069
0.0107737
0.0107608
0.0107481
0.0107356
0.0107233
0.0107111
0.0106991
0.0109543
0.0109661
0.0109781
0.0112204
0.0112087
0.0111971
0.0114276
0.0114387
0.01145
0.0114614
0.0112322
0.0109902
0.0110025
0.011015
0.0110276
0.0112685
0.0112563
0.0112442
0.0114729
0.0114846
0.0114964
0.011711
0.0116998
0.0116887
0.0116777
0.0116669
0.0116561
0.0116455
0.0116349
0.0116245
0.0116142
0.011604
0.0115939
0.011584
0.0115741
0.0115644
0.0117741
0.0117833
0.0117926
0.0119893
0.0119805
0.0119719
0.0121579
0.0121658
0.0121739
0.0121819
0.0119981
0.0118021
0.0118116
0.0118213
0.011831
0.012025
0.012016
0.012007
0.0121901
0.0121983
0.0122066
0.0123759
0.0123684
0.012361
0.0123537
0.0123464
0.0123392
0.0123321
0.0124945
0.0125008
0.0125071
0.012656
0.0126506
0.0126452
0.0127845
0.0127888
0.0127932
0.0127976
0.0126614
0.0125135
0.0125199
0.0125264
0.0125329
0.0126778
0.0126723
0.0126668
0.012802
0.0128064
0.0128108
0.0128153
0.0126833
0.0125394
0.0123834
0.012215
0.0120342
0.0118408
0.0118507
0.0118608
0.0118709
0.0120621
0.0120527
0.0120434
0.0122234
0.0122319
0.0122405
0.0122491
0.0120716
0.0118811
0.0118914
0.0119019
0.0119124
0.0121005
0.0120908
0.0120811
0.0122578
0.0122666
0.0122755
0.0124373
0.0124294
0.0124216
0.0124139
0.0124062
0.0123985
0.0123909
0.012546
0.0125526
0.0125593
0.0127
0.0126944
0.0126888
0.0128197
0.0128241
0.0128286
0.012833
0.0127056
0.012566
0.0125727
0.0125794
0.0125862
0.0127225
0.0127168
0.0127112
0.0128375
0.0128419
0.0128464
0.0128508
0.0127282
0.0125931
0.0124452
0.0122844
0.0121103
0.011923
0.0117223
0.0115083
0.0112809
0.0110404
0.0107867
0.01052
0.0102406
0.00994859
0.00996188
0.00997537
0.00998906
0.0102813
0.0102675
0.010254
0.0105334
0.0105469
0.0105606
0.0105745
0.0102952
0.0100029
0.010017
0.0100314
0.0100459
0.0103383
0.0103237
0.0103094
0.0105885
0.0106028
0.0106173
0.0108826
0.0108684
0.0108543
0.0108404
0.0108267
0.0108132
0.0107999
0.0110533
0.0110664
0.0110796
0.011319
0.0113062
0.0112935
0.0115203
0.0115325
0.0115448
0.0115573
0.011332
0.011093
0.0111066
0.0111203
0.0111342
0.0113719
0.0113584
0.0113451
0.0115699
0.0115826
0.0115955
0.0116085
0.0113855
0.0111483
0.0108971
0.0106319
0.010353
0.0100606
0.0100756
0.0100908
0.0101062
0.0103986
0.0103832
0.010368
0.0106468
0.0106618
0.0106771
0.0106926
0.0104143
0.0101219
0.0101378
0.0101539
0.0101703
0.0104626
0.0104462
0.0104301
0.0107083
0.0107243
0.0107404
0.0110036
0.0109878
0.0109722
0.0109568
0.0109415
0.0109265
0.0109117
0.0111626
0.0111771
0.0111916
0.0114273
0.0114132
0.0113993
0.0116217
0.011635
0.0116484
0.011662
0.0114416
0.0112065
0.0112215
0.0112366
0.011252
0.0114854
0.0114706
0.011456
0.0116757
0.0116896
0.0117036
0.0119067
0.0118935
0.0118805
0.0118676
0.0118548
0.0118422
0.0118296
0.0118172
0.011805
0.0117928
0.0117807
0.0117688
0.011757
0.0117453
0.0117338
0.0119337
0.0119446
0.0119555
0.0121403
0.0121302
0.0121202
0.0122933
0.0123024
0.0123115
0.0123207
0.0121505
0.0119665
0.0119777
0.0119889
0.0120002
0.0121814
0.012171
0.0121607
0.0123299
0.0123392
0.0123486
0.0125019
0.0124936
0.0124855
0.0124773
0.0124692
0.0124612
0.0124532
0.0125999
0.0126068
0.0126137
0.0127452
0.0127395
0.0127338
0.0128553
0.0128597
0.0128642
0.0128686
0.012751
0.0126206
0.0126276
0.0126346
0.0126416
0.0127681
0.0127624
0.0127567
0.012873
0.0128774
0.0128818
0.0128862
0.0127739
0.0126487
0.0125101
0.012358
0.0121919
0.0120117
0.0120232
0.0120349
0.0120466
0.0122238
0.0122131
0.0122024
0.0123675
0.012377
0.0123866
0.0123963
0.0122346
0.0120585
0.0120704
0.0120825
0.0120947
0.0122676
0.0122565
0.0122455
0.012406
0.0124158
0.0124256
0.0125691
0.0125606
0.0125521
0.0125436
0.0125352
0.0125268
0.0125184
0.0126557
0.0126628
0.0126699
0.012791
0.0127853
0.0127796
0.0128905
0.0128949
0.0128992
0.0129035
0.0127968
0.012677
0.0126841
0.0126912
0.0126984
0.0128139
0.0128082
0.0128025
0.0129077
0.012912
0.0129161
0.0130058
0.0130031
0.0130004
0.0129977
0.0129948
0.012992
0.0129891
0.0129861
0.0129831
0.0129801
0.0129771
0.012974
0.0129709
0.0129678
0.0129647
0.0129615
0.0129583
0.0129551
0.0129519
0.0129486
0.0129454
0.0129421
0.0129389
0.0129356
0.0129323
0.012929
0.0129257
0.0129224
0.0129191
0.0129158
0.0129125
0.0130295
0.0130317
0.0130339
0.0131379
0.0131369
0.0131358
0.0132317
0.0132317
0.0132316
0.0132314
0.013139
0.0130361
0.0130382
0.0130404
0.0130425
0.0131419
0.0131409
0.0131399
0.0132313
0.013231
0.0132308
0.0133097
0.0133112
0.0133126
0.013314
0.0133153
0.0133165
0.0133177
0.0133941
0.0133918
0.0133894
0.0134546
0.013458
0.0134614
0.0135201
0.0135156
0.0135111
0.0135065
0.013451
0.013387
0.0133845
0.0133819
0.0133793
0.0134399
0.0134437
0.0134474
0.0135018
0.0134971
0.0134922
0.0134873
0.0134361
0.0133766
0.0133082
0.0132305
0.0131428
0.0130446
0.0130467
0.0130488
0.0130508
0.0131453
0.0131445
0.0131436
0.0132301
0.0132297
0.0132292
0.0132287
0.013146
0.0130528
0.0130548
0.0130568
0.0130587
0.013148
0.0131474
0.0131467
0.0132282
0.0132275
0.0132269
0.0132958
0.0132978
0.0132997
0.0133015
0.0133033
0.013305
0.0133066
0.0133738
0.013371
0.013368
0.013424
0.0134281
0.0134321
0.0134823
0.0134771
0.0134719
0.0134666
0.0134198
0.013365
0.013362
0.0133588
0.0133556
0.0134068
0.0134112
0.0134156
0.0134612
0.0134557
0.0134502
0.0134864
0.0134931
0.0134996
0.0135061
0.0135124
0.0135186
0.0135248
0.0135308
0.0135368
0.0135426
0.0135484
0.0135541
0.0135597
0.0135651
0.0135705
0.0136134
0.0136071
0.0136007
0.0136347
0.0136419
0.013649
0.0136775
0.0136698
0.013662
0.013654
0.0136275
0.0135942
0.0135877
0.013581
0.0135742
0.013605
0.0136126
0.0136201
0.013646
0.0136378
0.0136295
0.0136477
0.0136565
0.0136652
0.0136738
0.0136823
0.0136906
0.0136988
0.0137131
0.0137045
0.0136958
0.0137035
0.0137125
0.0137213
0.0136945
0.0136869
0.013678
0.0136689
0.0136597
0.0136666
0.013676
0.0136853
0.0136571
0.0136504
0.0136388
0.0136211
0.0135973
0.0135673
0.0135604
0.0135533
0.0135461
0.0135736
0.0135816
0.0135895
0.0136126
0.013604
0.0135953
0.0135865
0.0135655
0.0135388
0.0135314
0.0135239
0.0135163
0.0135404
0.0135489
0.0135572
0.0135775
0.0135684
0.0135593
0.013573
0.0135828
0.0135924
0.0136019
0.0136113
0.0136205
0.0136297
0.013641
0.0136315
0.0136218
0.0136279
0.0136377
0.0136475
0.0136179
0.0136121
0.0136022
0.0135922
0.013582
0.0135872
0.0135975
0.0136077
0.0135767
0.0135718
0.0135632
0.01355
0.0135318
0.0135086
0.0134797
0.0134445
0.0134023
0.0133523
0.0132938
0.0132261
0.0131486
0.0130606
0.0130624
0.0130642
0.013066
0.01315
0.0131496
0.0131491
0.0132253
0.0132245
0.0132235
0.0132225
0.0131504
0.0130678
0.0130695
0.0130711
0.0130727
0.0131511
0.0131509
0.0131507
0.0132215
0.0132203
0.0132191
0.0132774
0.0132799
0.0132825
0.0132849
0.0132872
0.0132895
0.0132917
0.0133489
0.0133454
0.0133418
0.0133881
0.0133929
0.0133976
0.0134387
0.0134328
0.0134268
0.0134208
0.0133832
0.0133382
0.0133344
0.0133306
0.0133267
0.0133679
0.0133731
0.0133782
0.0134146
0.0134083
0.0134019
0.0133954
0.0133626
0.0133227
0.0132747
0.0132178
0.0131513
0.0130743
0.0130758
0.0130772
0.0130786
0.0131513
0.0131513
0.0131513
0.0132165
0.013215
0.0132135
0.0132119
0.0131511
0.01308
0.0130812
0.0130824
0.0130836
0.0131502
0.0131506
0.0131509
0.0132102
0.0132084
0.0132065
0.0132534
0.0132567
0.0132599
0.0132631
0.0132661
0.0132691
0.0132719
0.0133186
0.0133143
0.01331
0.0133461
0.0133517
0.0133572
0.0133888
0.0133821
0.0133752
0.0133683
0.0133404
0.0133056
0.0133011
0.0132965
0.0132917
0.0133225
0.0133286
0.0133345
0.0133612
0.0133541
0.0133468
0.0133654
0.0133738
0.0133821
0.0133903
0.0133984
0.0134063
0.0134141
0.0134218
0.0134295
0.013437
0.0134443
0.0134516
0.0134588
0.0134659
0.0134728
0.0135007
0.0134928
0.0134848
0.0135055
0.0135144
0.0135232
0.0135406
0.013531
0.0135214
0.0135116
0.0134964
0.0134766
0.0134683
0.01346
0.0134515
0.0134687
0.013478
0.0134873
0.0135018
0.0134918
0.0134817
0.0134909
0.0135016
0.0135121
0.0135226
0.0135329
0.0135431
0.0135532
0.0135614
0.0135509
0.0135403
0.0135446
0.0135554
0.0135661
0.0135336
0.0135296
0.0135188
0.0135079
0.0134968
0.0135001
0.0135114
0.0135226
0.0134887
0.0134856
0.0134801
0.0134715
0.0134592
0.0134429
0.0134341
0.0134253
0.0134164
0.0134301
0.0134399
0.0134496
0.0134611
0.0134507
0.0134401
0.0134295
0.0134201
0.0134073
0.0133981
0.0133888
0.0133794
0.0133896
0.0133999
0.0134101
0.0134187
0.0134078
0.0133967
0.0134014
0.013413
0.0134244
0.0134358
0.0134471
0.0134582
0.0134692
0.0134743
0.0134629
0.0134514
0.0134538
0.0134655
0.0134771
0.0134419
0.0134397
0.013428
0.0134161
0.0134042
0.0134056
0.0134178
0.0134299
0.0133933
0.0133921
0.0133897
0.0133856
0.0133792
0.0133699
0.0133569
0.0133394
0.0133164
0.0132869
0.0132499
0.0132045
0.0131497
0.0130846
0.0130084
0.0129203
0.0128195
0.0127055
0.0125777
0.0124355
0.0122787
0.0121069
0.01192
0.0117178
0.0115003
0.0112676
0.0110197
0.0107568
0.0104792
0.0101869
0.0102039
0.010221
0.0102385
0.0105304
0.0105131
0.010496
0.0107734
0.0107903
0.0108074
0.0108248
0.0105481
0.0102562
0.0102743
0.0102926
0.0103112
0.0106026
0.0105841
0.010566
0.0108424
0.0108603
0.0108784
0.0111385
0.0111208
0.0111033
0.0110861
0.0110692
0.0110525
0.011036
0.0112834
0.0112993
0.0113155
0.0115463
0.0115308
0.0115155
0.0117322
0.0117467
0.0117613
0.0117762
0.011562
0.0113319
0.0113485
0.0113654
0.0113824
0.0116102
0.0115939
0.0115778
0.0117912
0.0118063
0.0118217
0.0118372
0.0116266
0.0113997
0.0111564
0.0108969
0.0106214
0.0103301
0.0103494
0.010369
0.0103889
0.0106795
0.0106598
0.0106404
0.0109156
0.0109346
0.0109539
0.0109735
0.0106996
0.0104092
0.0104298
0.0104509
0.0104723
0.0107618
0.0107407
0.0107199
0.0109935
0.0110137
0.0110343
0.0112897
0.0112698
0.0112501
0.0112308
0.0112118
0.0111931
0.0111746
0.0114172
0.011435
0.011453
0.0116773
0.0116602
0.0116433
0.0118528
0.0118687
0.0118847
0.0119009
0.0116946
0.0114712
0.0114898
0.0115085
0.0115276
0.0117479
0.0117299
0.0117122
0.0119173
0.0119339
0.0119507
0.012136
0.0121206
0.0121054
0.0120902
0.0120753
0.0120604
0.0120458
0.0120312
0.0120169
0.0120026
0.0119885
0.0119745
0.0119607
0.011947
0.0119334
0.0121193
0.0121318
0.0121444
0.0123126
0.0123012
0.0122899
0.0124455
0.0124555
0.0124655
0.0124756
0.0123241
0.0121571
0.0121699
0.0121828
0.0121959
0.0123589
0.0123472
0.0123356
0.0124858
0.012496
0.0125062
0.0126383
0.0126296
0.0126209
0.0126122
0.0126035
0.0125949
0.0125862
0.0127127
0.0127198
0.012727
0.0128365
0.0128308
0.0128252
0.0129244
0.0129285
0.0129325
0.0129365
0.012842
0.0127341
0.0127413
0.0127484
0.0127556
0.0128586
0.0128531
0.0128476
0.0129405
0.0129443
0.0129482
0.0129519
0.0128641
0.0127627
0.0126471
0.0125166
0.0123707
0.012209
0.0122223
0.0122356
0.0122491
0.0124065
0.0123945
0.0123825
0.0125269
0.0125373
0.0125477
0.0125582
0.0124185
0.0122627
0.0122764
0.0122902
0.0123041
0.0124552
0.0124429
0.0124307
0.0125687
0.0125792
0.0125898
0.0127085
0.0126997
0.0126909
0.0126821
0.0126734
0.0126646
0.0126558
0.0127698
0.0127769
0.012784
0.0128802
0.0128749
0.0128695
0.0129556
0.0129593
0.0129628
0.0129663
0.0128854
0.012791
0.012798
0.012805
0.0128119
0.0129009
0.0128958
0.0128907
0.0129697
0.012973
0.0129762
0.0129793
0.0129059
0.0128188
0.0127173
0.0126004
0.0124675
0.0123181
0.0121516
0.0119677
0.0117662
0.0115469
0.0113099
0.0110553
0.0107832
0.0104941
0.0105163
0.0105389
0.010562
0.01085
0.0108273
0.0108051
0.0110766
0.0110982
0.0111203
0.0111427
0.0108731
0.0105855
0.0106096
0.0106341
0.0106591
0.0109451
0.0109206
0.0108966
0.0111656
0.0111888
0.0112125
0.011461
0.0114383
0.011416
0.0113941
0.0113725
0.0113513
0.0113304
0.0115665
0.0115864
0.0116066
0.0118224
0.0118034
0.0117847
0.0119849
0.0120023
0.0120199
0.0120377
0.0118416
0.0116271
0.0116479
0.011669
0.0116905
0.0119009
0.0118809
0.0118611
0.0120557
0.0120739
0.0120923
0.0121109
0.0119212
0.0117123
0.0114841
0.0112366
0.01097
0.0106847
0.0107108
0.0107375
0.0107647
0.0110481
0.0110215
0.0109955
0.0112612
0.0112863
0.0113118
0.0113379
0.0110752
0.0107926
0.0108212
0.0108504
0.0108804
0.0111604
0.0111312
0.0111029
0.0113645
0.0113918
0.0114196
0.0116577
0.0116317
0.0116059
0.0115805
0.0115558
0.0115314
0.0115075
0.0117344
0.0117569
0.0117798
0.0119839
0.0119627
0.0119418
0.0121298
0.0121489
0.0121683
0.0121881
0.0120055
0.0118031
0.0118269
0.0118507
0.011875
0.0120716
0.0120492
0.0120273
0.0122076
0.0122275
0.0122477
0.0124038
0.012386
0.0123683
0.0123508
0.0123334
0.012316
0.0122988
0.0122818
0.012265
0.0122483
0.0122318
0.0122155
0.0121993
0.0121832
0.0121673
0.0123322
0.0123465
0.0123608
0.012505
0.0124925
0.01248
0.012611
0.0126217
0.0126323
0.012643
0.0125176
0.0123753
0.0123899
0.0124045
0.0124193
0.0125558
0.012543
0.0125303
0.0126537
0.0126644
0.0126751
0.012778
0.0127694
0.0127608
0.0127522
0.0127435
0.0127348
0.012726
0.0128257
0.0128325
0.0128392
0.0129204
0.0129156
0.0129108
0.0129823
0.0129852
0.012988
0.0129906
0.012925
0.0128459
0.0128525
0.012859
0.0128654
0.0129383
0.012934
0.0129295
0.0129931
0.0129955
0.0129977
0.0129997
0.0129424
0.0128717
0.0127865
0.0126858
0.0125686
0.0124342
0.0124491
0.0124643
0.0124796
0.0126074
0.0125945
0.0125814
0.0126964
0.0127073
0.0127178
0.0127282
0.0126202
0.0124946
0.0125099
0.0125252
0.0125406
0.0126589
0.012646
0.0126331
0.0127387
0.0127492
0.0127595
0.0128436
0.0128358
0.0128279
0.0128198
0.0128117
0.0128035
0.012795
0.012878
0.0128843
0.0128901
0.0129542
0.0129506
0.0129465
0.0130017
0.0130035
0.0130049
0.0130061
0.0129576
0.0128959
0.0129016
0.0129069
0.0129122
0.0129669
0.0129639
0.0129607
0.0130072
0.0130081
0.0130087
0.013039
0.0130405
0.0130418
0.0130429
0.0130438
0.0130443
0.0130446
0.0130448
0.0130448
0.0130446
0.0130442
0.0130437
0.013043
0.0130421
0.0130412
0.0130401
0.0130388
0.0130375
0.013036
0.0130344
0.0130327
0.0130309
0.013029
0.013027
0.013025
0.0130228
0.0130206
0.0130183
0.0130159
0.0130135
0.013011
0.0130856
0.0130866
0.0130874
0.0131478
0.0131485
0.0131492
0.0132024
0.0132002
0.013198
0.0131956
0.0131469
0.0130881
0.0130888
0.0130894
0.0130899
0.0131438
0.0131449
0.013146
0.013193
0.0131904
0.0131877
0.0132226
0.0132269
0.013231
0.013235
0.0132389
0.0132427
0.0132464
0.0132819
0.0132768
0.0132716
0.0132971
0.0133037
0.0133101
0.0133319
0.0133242
0.0133165
0.0133086
0.0132905
0.0132663
0.0132609
0.0132553
0.0132496
0.0132698
0.0132768
0.0132837
0.0133006
0.0132924
0.0132842
0.0132758
0.0132626
0.0132438
0.0132182
0.0131848
0.0131425
0.0130902
0.0130905
0.0130907
0.0130908
0.013138
0.0131396
0.0131411
0.0131818
0.0131787
0.0131755
0.0131721
0.0131362
0.0130907
0.0130905
0.0130902
0.0130898
0.0131301
0.0131323
0.0131344
0.0131685
0.0131649
0.013161
0.0131836
0.013189
0.0131942
0.0131993
0.0132043
0.013209
0.0132137
0.0132378
0.0132317
0.0132255
0.0132403
0.0132479
0.0132553
0.0132673
0.0132586
0.0132498
0.0132408
0.0132326
0.0132191
0.0132126
0.0132059
0.0131991
0.0132085
0.0132167
0.0132247
0.0132318
0.0132226
0.0132132
0.0132142
0.0132246
0.0132349
0.0132451
0.0132551
0.013265
0.0132747
0.0132844
0.0132939
0.0133032
0.0133125
0.0133216
0.0133306
0.0133395
0.0133483
0.0133602
0.0133505
0.0133406
0.0133473
0.0133581
0.0133687
0.0133744
0.013363
0.0133515
0.01334
0.0133364
0.0133306
0.0133205
0.0133102
0.0132999
0.0133032
0.0133144
0.0133255
0.0133283
0.0133165
0.0133045
0.0133048
0.0133172
0.0133296
0.0133418
0.0133539
0.013366
0.0133779
0.0133799
0.0133676
0.0133552
0.0133558
0.0133684
0.0133809
0.013343
0.0133427
0.0133301
0.0133174
0.0133045
0.0133043
0.0133173
0.0133302
0.0132911
0.0132916
0.0132922
0.0132925
0.0132918
0.0132894
0.0132788
0.0132681
0.0132572
0.0132572
0.0132689
0.0132804
0.0132804
0.0132682
0.0132558
0.0132434
0.0132454
0.0132463
0.0132352
0.013224
0.0132126
0.0132094
0.0132215
0.0132335
0.0132308
0.0132182
0.0132054
0.0132016
0.0132148
0.013228
0.013241
0.013254
0.0132668
0.0132796
0.0132786
0.0132655
0.0132523
0.0132512
0.0132646
0.0132779
0.0132377
0.013239
0.0132256
0.0132122
0.0131986
0.0131967
0.0132105
0.0132241
0.0131829
0.013185
0.0131883
0.0131926
0.0131972
0.0132012
0.0132037
0.0132037
0.0132002
0.013192
0.0131781
0.0131571
0.0131278
0.0130892
0.0130885
0.0130876
0.0130866
0.0131199
0.0131227
0.0131253
0.0131529
0.0131486
0.0131441
0.0131394
0.0131169
0.0130854
0.013084
0.0130825
0.0130808
0.0131068
0.0131104
0.0131138
0.0131345
0.0131295
0.0131243
0.0131344
0.0131412
0.0131478
0.0131542
0.0131604
0.0131665
0.0131724
0.0131849
0.0131776
0.0131701
0.0131744
0.0131831
0.0131917
0.0131941
0.0131843
0.0131744
0.0131643
0.0131654
0.0131624
0.0131546
0.0131466
0.0131384
0.0131376
0.013147
0.0131563
0.013154
0.0131436
0.0131331
0.0131224
0.013128
0.01313
0.0131274
0.0131189
0.0131031
0.0130788
0.0130766
0.0130744
0.013072
0.0130907
0.013095
0.0130991
0.0131132
0.0131074
0.0131013
0.0130951
0.0130861
0.0130691
0.013066
0.0130627
0.0130592
0.0130706
0.013076
0.0130811
0.0130886
0.0130817
0.0130746
0.0130725
0.0130811
0.0130895
0.0130974
0.0131052
0.0131129
0.0131203
0.0131215
0.0131127
0.0131037
0.013098
0.0131082
0.0131182
0.0131115
0.0131004
0.0130892
0.0130778
0.0130876
0.0130945
0.0130851
0.0130756
0.0130658
0.0130554
0.0130663
0.013077
0.0130663
0.0130546
0.0130426
0.0130287
0.0130414
0.013054
0.0130664
0.0130786
0.0130907
0.0131026
0.0131144
0.0131261
0.0131376
0.0131489
0.0131602
0.0131713
0.0131822
0.013193
0.0131896
0.0131779
0.0131661
0.0131599
0.0131724
0.0131849
0.0131796
0.0131666
0.0131535
0.0131402
0.0131472
0.0131542
0.0131421
0.0131299
0.0131176
0.0131086
0.0131216
0.0131344
0.0131269
0.0131135
0.0130999
0.0130926
0.0131065
0.0131204
0.0131341
0.0131478
0.0131614
0.0131749
0.0131712
0.0131574
0.0131435
0.0131409
0.013155
0.013169
0.0131268
0.0131296
0.0131155
0.0131014
0.0130873
0.013084
0.0130984
0.0131126
0.0130697
0.013073
0.0130786
0.0130863
0.0130955
0.0131051
0.0130926
0.0130799
0.0130671
0.0130556
0.013069
0.0130823
0.0130726
0.0130589
0.013045
0.013031
0.0130421
0.0130541
0.013041
0.0130279
0.0130145
0.0130009
0.0130147
0.0130284
0.013017
0.0130029
0.0129887
0.0129787
0.0129932
0.0130076
0.0130219
0.0130362
0.0130504
0.0130646
0.0130587
0.0130444
0.0130299
0.0130262
0.0130407
0.0130552
0.0130116
0.0130154
0.0130009
0.0129863
0.0129717
0.0129675
0.0129822
0.0129969
0.0129527
0.012957
0.0129642
0.0129744
0.012987
0.0130011
0.0130159
0.0130306
0.0130443
0.0130556
0.0130637
0.0130672
0.0130649
0.0130554
0.0130372
0.0130091
0.0129696
0.0129174
0.012851
0.0127698
0.0126718
0.0125561
0.0124218
0.0122681
0.0120942
0.0118997
0.0116842
0.0114477
0.01119
0.0109113
0.0106118
0.0102925
0.00995373
0.00959606
0.00922014
0.0088264
0.00841518
0.00798652
0.00753992
0.00707481
0.00658937
0.00608174
0.00554906
0.00498631
0.00438582
0.00373502
0.00301376
0.00303483
0.00375732
0.00378046
0.00305674
0.00307964
0.00380444
0.00445863
0.00443345
0.00440919
0.00501082
0.00503627
0.00506284
0.00509035
0.00448492
0.00382939
0.00310346
0.00312822
0.00385525
0.00388225
0.00315387
0.00318041
0.00391018
0.00457044
0.00454059
0.00451213
0.00511915
0.00514922
0.00518072
0.00575289
0.00571988
0.00568841
0.00565814
0.00562923
0.00560146
0.00557476
0.0061086
0.00613649
0.00616549
0.00667673
0.0066465
0.0066174
0.00710383
0.00713393
0.00716515
0.00719758
0.00670815
0.00619568
0.00622714
0.00625995
0.00629426
0.00681041
0.00677492
0.00674086
0.00723127
0.00726634
0.00730284
0.00734086
0.00684743
0.00633017
0.00578745
0.00521376
0.00460169
0.00393943
0.00320785
0.00323638
0.00397004
0.00400225
0.00326594
0.00329685
0.00403628
0.004706
0.0046692
0.0046345
0.00524851
0.00528511
0.00532405
0.00536539
0.00474559
0.00407299
0.00332938
0.00336429
0.004112
0.00415273
0.0034011
0.00344108
0.00419767
0.00487782
0.00483047
0.00478679
0.00540795
0.00545352
0.00550213
0.00608468
0.00603519
0.00598832
0.0059448
0.00590222
0.00586181
0.00582371
0.00636778
0.00640719
0.00644922
0.00696968
0.00692687
0.00688613
0.00738067
0.00742277
0.00746582
0.00751078
0.00701331
0.00649246
0.00653752
0.00658561
0.00663625
0.00716021
0.0071087
0.00705976
0.00755832
0.00760831
0.00766095
0.00814086
0.00808718
0.00803614
0.00798756
0.00794131
0.00789735
0.00785489
0.00781374
0.00777473
0.00773726
0.00770124
0.00766657
0.00763319
0.007601
0.00756995
0.00801733
0.00804926
0.00808233
0.00851331
0.00847954
0.00844681
0.0088587
0.00889199
0.00892648
0.00896211
0.00854837
0.00811659
0.00815213
0.00818903
0.00822738
0.00866181
0.00862233
0.00858467
0.00899902
0.00903766
0.00907746
0.00947385
0.00943402
0.00939531
0.00935762
0.00932157
0.00928669
0.00925289
0.00962907
0.00966317
0.00969827
0.0100562
0.0100208
0.00998676
0.0103253
0.0103594
0.0103941
0.0104296
0.0100923
0.0097348
0.0097723
0.0098109
0.00985094
0.0102078
0.0101679
0.0101296
0.0104664
0.0105044
0.0105435
0.010584
0.0102489
0.00989239
0.00951529
0.00911848
0.0087026
0.00826773
0.00830934
0.00835237
0.00839749
0.00883458
0.0087886
0.00874468
0.00916119
0.00920576
0.00925229
0.00930076
0.00888259
0.00844474
0.00849426
0.00854623
0.00860084
0.0090407
0.00898547
0.00893283
0.00935139
0.00940435
0.0094598
0.0098571
0.00980196
0.00974913
0.00969849
0.00964996
0.00960323
0.00955847
0.00993548
0.00998022
0.0100266
0.0103814
0.0103357
0.0102915
0.0106257
0.0106688
0.0107134
0.0107594
0.0104288
0.0100749
0.010125
0.0101772
0.0102311
0.0105806
0.0105288
0.0104779
0.0108071
0.0108555
0.0109063
0.0109594
0.0106357
0.0102864
0.00991398
0.00951783
0.00909866
0.00865832
0.00819742
0.00771636
0.00721457
0.00668984
0.006137
0.00555366
0.00492826
0.00424595
0.00348505
0.00353352
0.0042983
0.00435482
0.00358747
0.00364614
0.00441584
0.00510162
0.00503993
0.00498218
0.00560839
0.00566663
0.00572862
0.00579461
0.00516806
0.00448188
0.00371019
0.00377865
0.00455102
0.00462982
0.00385499
0.00394858
0.00471974
0.0054017
0.00531606
0.00523661
0.00586315
0.00594237
0.00602536
0.00661067
0.00652855
0.0064493
0.00637953
0.0063139
0.00625118
0.00619237
0.00674634
0.00680631
0.00687004
0.00739741
0.00733282
0.00727199
0.007775
0.0078371
0.00790209
0.00797024
0.0074645
0.0069361
0.00700741
0.00708713
0.00717028
0.00770234
0.00761783
0.00753795
0.00804623
0.00812642
0.00821196
0.0083032
0.00779331
0.00726029
0.00669918
0.00611347
0.00549047
0.00481051
0.00404405
0.00414722
0.00491051
0.00502415
0.00426606
0.00440392
0.00514945
0.00581463
0.00569755
0.00558877
0.00621079
0.00631653
0.0064297
0.00655244
0.00594079
0.00528341
0.00455245
0.0047184
0.00543091
0.00559005
0.00490389
0.00415377
0.00432369
0.00507858
0.00575531
0.00638497
0.00622742
0.00607905
0.00668625
0.00682954
0.00698205
0.00755168
0.00740303
0.00726289
0.00713161
0.00701033
0.00689872
0.00679539
0.00735742
0.00746121
0.00757206
0.00810559
0.00799417
0.0078905
0.00840009
0.00850342
0.00861367
0.00873093
0.00822501
0.00769207
0.00782037
0.0079566
0.00810035
0.00862605
0.00848582
0.00835201
0.00885454
0.00898405
0.00911891
0.00958241
0.00945381
0.00932954
0.00921012
0.00909622
0.00898795
0.00888581
0.0087897
0.00869896
0.00861323
0.0085325
0.00845595
0.00838545
0.00832008
0.00825705
0.00871889
0.00878183
0.00884789
0.00928992
0.00922206
0.00915951
0.0095776
0.00964094
0.00970901
0.00978
0.00936215
0.00892048
0.00899675
0.00907733
0.0091623
0.00960073
0.0095173
0.00943783
0.00985418
0.00993177
0.0100129
0.0103976
0.0103195
0.0102445
0.0101725
0.0101034
0.0100371
0.00997317
0.0103461
0.0104079
0.0104721
0.010814
0.0107526
0.0106933
0.0110141
0.0110705
0.0111284
0.0111882
0.0108774
0.0105386
0.0106077
0.0106794
0.0107537
0.0110803
0.0110106
0.010943
0.0112496
0.0113126
0.0113772
0.0114431
0.011152
0.0108305
0.0104789
0.0100979
0.00968841
0.00925187
0.00934648
0.00944638
0.00955144
0.00997798
0.00987714
0.00978054
0.0101865
0.0102788
0.0103745
0.0104732
0.0100826
0.00966122
0.00977539
0.00989352
0.010015
0.0104155
0.0103019
0.0101907
0.0105745
0.0106779
0.010783
0.0111172
0.0110211
0.0109259
0.0108321
0.0107402
0.0106504
0.0105632
0.0109097
0.010991
0.0110741
0.0113764
0.0113003
0.0112254
0.0115103
0.0115783
0.0116471
0.0117161
0.0114534
0.0111589
0.0112447
0.0113312
0.011418
0.0116859
0.0116086
0.0115309
0.0117852
0.0118538
0.0119217
0.0119883
0.0117625
0.0115046
0.0112137
0.0108892
0.0105309
0.0101392
0.00971469
0.00925847
0.00877205
0.00825113
0.00770844
0.00714372
0.00655297
0.00593421
0.00527936
0.00456664
0.00478489
0.00503168
0.00433879
0.00456424
0.00379234
0.0030986
0.00270246
0.00285845
0.00242402
0.00203113
0.00181584
0.00170934
0.00192129
0.00190925
0.00171212
0.00180874
0.0022013
0.00210252
0.00191301
0.00170518
0.00182173
0.00192136
0.00173049
0.00183254
0.00221405
0.00211074
0.00239288
0.00203052
0.00279161
0.00337641
0.00263643
0.00321869
0.0036896
0.00303107
0.00264757
0.00281309
0.00242137
0.00205387
0.00193609
0.00213476
0.00264636
0.0033328
0.00316434
0.00281396
0.0024309
0.00207899
0.00216332
0.0026883
0.00304637
0.00366057
0.0031822
0.00435599
0.0040886
0.00473048
0.00442687
0.00417866
0.00485331
0.00509136
0.00572315
0.00549525
0.00525187
0.00589526
0.00568677
0.00547526
0.00611767
0.00631208
0.00651061
0.00710286
0.00691273
0.0067285
0.00731313
0.0074899
0.00767249
0.00786042
0.00729926
0.00671671
0.00611511
0.00633357
0.00692615
0.00714094
0.00655954
0.00596402
0.00535601
0.00560194
0.00498967
0.00526797
0.00466952
0.00405724
0.00435165
0.00374469
0.0040527
0.00340462
0.00282312
0.00248908
0.00267018
0.00236253
0.00198187
0.00163191
0.00152662
0.00168992
0.00158118
0.00176075
0.00185444
0.00174075
0.00156274
0.00168153
0.00150939
0.0016292
0.00173614
0.00156317
0.00167122
0.00151561
0.00162393
0.00195985
0.00182948
0.00207737
0.00178549
0.00194642
0.00217739
0.00185691
0.00241514
0.00291214
0.00270388
0.00314788
0.00253879
0.00296583
0.00381027
0.00438216
0.00493046
0.00464707
0.00522196
0.00493741
0.00552572
0.0057925
0.00605205
0.00549053
0.00575926
0.00520844
0.00466084
0.00411625
0.0035567
0.00386745
0.00327223
0.00273385
0.00242755
0.00207841
0.00179053
0.00164174
0.00147126
0.00158423
0.00169074
0.00154039
0.00164666
0.00197436
0.00175649
0.00186754
0.00170809
0.00154914
0.00166543
0.00149982
0.00161018
0.00145337
0.00157131
0.00167648
0.00152037
0.00162593
0.00148431
0.00158995
0.00190558
0.00169831
0.0018064
0.00165356
0.00150489
0.00161981
0.00146537
0.00157656
0.00142771
0.00154593
0.00167997
0.00195735
0.0018217
0.00202713
0.00172306
0.00175252
0.00189559
0.00208915
0.00269746
0.00220618
0.00198432
0.00177221
0.0017122
0.00185941
0.00209204
0.00176777
0.0018106
0.00196059
0.00216981
0.00240122
0.00287818
0.00231405
0.00247216
0.00266785
0.00306848
0.00249892
0.00232702
0.00260958
0.0028764
0.00346755
0.0039782
0.00367374
0.00419857
0.00448029
0.00498191
0.00470803
0.00441876
0.00494606
0.00548448
0.00575712
0.00522775
0.00550078
0.00602791
0.00656159
0.00629442
0.00602756
0.00657449
0.00631303
0.00686704
0.00661346
0.00636154
0.0061075
0.00585816
0.00644193
0.00619999
0.00678603
0.0073584
0.00791321
0.00770514
0.00750005
0.00805251
0.00824809
0.00844621
0.00895319
0.00876584
0.00858009
0.00839713
0.00821755
0.00804235
0.00787229
0.00840803
0.0085704
0.00873733
0.00923657
0.00907806
0.00892301
0.00940197
0.00954865
0.00969776
0.0098485
0.00939771
0.0089079
0.0090813
0.0092568
0.00943352
0.00988814
0.00972423
0.00956049
0.0100001
0.0101518
0.010303
0.0104527
0.0100514
0.00961037
0.00914164
0.00864608
0.00812392
0.00757926
0.00701694
0.00724921
0.00668288
0.00692677
0.00717073
0.00741599
0.00766145
0.00712106
0.00737518
0.00683569
0.0070973
0.00762922
0.00815102
0.00790652
0.00842369
0.00818934
0.00795394
0.00771838
0.00748348
0.00802604
0.00780192
0.00833603
0.00884692
0.00904776
0.00854904
0.00876198
0.00825051
0.00847501
0.00869865
0.00892078
0.00914023
0.00865652
0.00888694
0.00839379
0.00788243
0.0073589
0.00682942
0.00630049
0.00577768
0.00526486
0.00476272
0.00427666
0.00378099
0.00327585
0.00358603
0.0030508
0.00255171
0.00227294
0.00245424
0.00219832
0.00187798
0.00157322
0.00146891
0.00160599
0.00150123
0.00165131
0.00174818
0.0016821
0.00178943
0.00164416
0.00149931
0.0016134
0.00146286
0.00156946
0.00142603
0.00154058
0.00139107
0.00150001
0.00160235
0.00147498
0.00157898
0.00143586
0.00153884
0.0014106
0.00151418
0.0013727
0.00122568
0.00107549
0.000922395
0.00104591
0.00089532
0.00101992
0.000871244
0.000994151
0.000849568
0.000948211
0.00107151
0.000920339
0.00104228
0.000893863
0.00101609
0.000869737
0.000990593
0.000847972
0.000944692
0.00109717
0.00120972
0.00106482
0.000916889
0.00103645
0.000891051
0.00101114
0.000867638
0.000986066
0.000846402
0.000943487
0.00106164
0.00091641
0.00103519
0.000892823
0.0010122
0.000871869
0.000990828
0.000852642
0.000970616
0.000835421
0.000932268
0.00104868
0.000908203
0.00102476
0.000886956
0.00100561
0.000869455
0.000987433
0.000852146
0.000968845
0.0008362
0.000933309
0.00104787
0.000909893
0.00102518
0.000889634
0.0010051
0.000870543
0.000985504
0.000852213
0.000965745
0.00083446
0.00092943
0.00104039
0.000904535
0.00101655
0.000883623
0.000997185
0.000865663
0.000978754
0.000848283
0.000959502
0.00083138
0.000926148
0.00103502
0.000903103
0.00101325
0.00088359
0.000994742
0.000866373
0.00097692
0.000849405
0.00095913
0.000833832
0.000927751
0.00103421
0.000905086
0.00101337
0.000886422
0.000996287
0.000870515
0.000979612
0.000854253
0.000962009
0.000837967
0.000930707
0.00103483
0.000907414
0.00101388
0.000888205
0.000995106
0.000870661
0.000976871
0.00085347
0.000958481
0.000836241
0.000927123
0.00102827
0.000903042
0.0010068
0.000884551
0.000989575
0.000868587
0.000973344
0.000853492
0.000957379
0.000838289
0.000940103
0.000822568
0.00091171
0.00103297
0.00114725
0.00105593
0.00116809
0.00107365
0.00118595
0.00109051
0.00120416
0.00110752
0.00122112
0.00112635
0.00124225
0.00115001
0.00105417
0.00117271
0.00107808
0.0011949
0.00109792
0.00121417
0.00111632
0.00123368
0.0011365
0.00125433
0.00115801
0.00105956
0.00118131
0.00108378
0.00120207
0.00110189
0.00122024
0.00111877
0.00123662
0.00113745
0.00125802
0.00116086
0.00105947
0.00118259
0.001083
0.00120414
0.00110219
0.00122304
0.00112051
0.00124274
0.00114107
0.0012645
0.00116345
0.00106052
0.00118786
0.00108682
0.00121112
0.00110701
0.00123206
0.00112629
0.00125134
0.00114746
0.00127543
0.00117412
0.00106843
0.00119906
0.00109585
0.00122349
0.00111691
0.00124485
0.00113728
0.00126616
0.00115904
0.00128835
0.0011822
0.00107361
0.00120697
0.00110073
0.00123019
0.00112056
0.00125057
0.00113963
0.00126917
0.00116045
0.00129383
0.00118794
0.00107685
0.00121303
0.00110552
0.00123897
0.00112827
0.00126224
0.00115105
0.00128669
0.00117604
0.00131335
0.00120428
0.00109246
0.00123429
0.00112641
0.00126459
0.00115359
0.0012932
0.00118039
0.00131975
0.00145383
0.00135124
0.00124391
0.00113447
0.00127539
0.00116128
0.00130378
0.0011895
0.00133257
0.00121961
0.00110323
0.00125126
0.00113959
0.00128334
0.00116756
0.0013126
0.00119541
0.00134003
0.00145399
0.00156645
0.00142464
0.00152986
0.00139365
0.00150595
0.00136323
0.00146935
0.00156858
0.00144699
0.00154835
0.00141183
0.00151191
0.00138847
0.00148703
0.00176517
0.00159083
0.00169121
0.00156023
0.00142936
0.00153702
0.00140048
0.00150098
0.00137057
0.00147821
0.00134185
0.0014444
0.00153989
0.00142366
0.00152099
0.00139105
0.00148676
0.00137343
0.00147159
0.00134288
0.00144117
0.00132553
0.00142268
0.0016884
0.00152487
0.00139468
0.00149727
0.00137637
0.00148204
0.00135623
0.00145634
0.00133459
0.00144035
0.00131197
0.00141188
0.00150432
0.00139519
0.00148954
0.00136731
0.00146032
0.00135212
0.00144636
0.00132313
0.00141621
0.00130535
0.00139713
0.00164834
0.00149499
0.00137202
0.00147039
0.00135362
0.00145425
0.00133234
0.00142597
0.00130984
0.0014091
0.00128708
0.0013819
0.00146991
0.00136598
0.00145507
0.00133854
0.00142588
0.00132478
0.0014143
0.00129935
0.00138842
0.00128492
0.00137328
0.00160991
0.00146687
0.00135028
0.00144292
0.00133402
0.00142965
0.00131645
0.00140689
0.00129704
0.00139215
0.00127611
0.00136635
0.00144896
0.00135042
0.00143477
0.00132497
0.00140815
0.00131101
0.00139596
0.00128515
0.00136873
0.00126852
0.00135118
0.0015757
0.00144024
0.00133002
0.00141864
0.00131371
0.00140425
0.00129526
0.00137958
0.00127626
0.00136446
0.00125678
0.00134047
0.0012359
0.00112539
0.00100924
0.000889694
0.000989868
0.000871832
0.000972103
0.000855153
0.000955063
0.000838796
0.000937244
0.000821279
0.000907476
0.00102649
0.00111446
0.00100144
0.000884354
0.000981685
0.000865684
0.000963269
0.000848183
0.000944647
0.000830044
0.000915326
0.0010074
0.000891605
0.000986446
0.000872284
0.000967717
0.000854353
0.000949259
0.000836746
0.000930302
0.000818343
0.000901246
0.000989277
0.000875741
0.000966664
0.000854992
0.000946498
0.000835941
0.000926511
0.00081647
0.000897351
0.000983399
0.000872901
0.000962096
0.000853143
0.000942825
0.000834445
0.000923119
0.000815571
0.000895238
0.000978818
0.000870858
0.0009572
0.000850888
0.000937825
0.000832285
0.000917656
0.000812493
0.000889271
0.000995409
0.00109432
0.00101926
0.00111646
0.00103913
0.00113572
0.00105948
0.00115759
0.00108269
0.00100418
0.00110541
0.00102717
0.00112734
0.00104741
0.00114685
0.00106714
0.00116776
0.0010895
0.00100889
0.00111323
0.00103322
0.00113586
0.00105352
0.00115571
0.00107457
0.00117837
0.00109906
0.00101573
0.00112221
0.00103901
0.00114398
0.00105877
0.00116317
0.00107727
0.0011827
0.0010974
0.00120323
0.00111876
0.00103251
0.00114229
0.001056
0.00116307
0.00107499
0.00118226
0.00109352
0.0012004
0.00130273
0.00122305
0.00113913
0.00105063
0.00115898
0.00106807
0.00117732
0.00108618
0.00119538
0.00110453
0.00121512
0.00132502
0.00140339
0.00129957
0.0013761
0.00128544
0.00136444
0.00126262
0.00134063
0.00124843
0.00132476
0.00153215
0.00140614
0.00148166
0.00138286
0.00128481
0.00136767
0.00126625
0.00134484
0.00124621
0.00132881
0.00122507
0.00130352
0.00137508
0.00128707
0.00136027
0.00126243
0.00133444
0.00124769
0.00132128
0.00122307
0.00129498
0.00120502
0.00127569
0.00147175
0.00135074
0.00125325
0.00132808
0.00123424
0.00131053
0.00121273
0.00128436
0.00118972
0.00126606
0.00133337
0.00124148
0.00130866
0.00122564
0.00129369
0.00120111
0.00126804
0.00118294
0.00124938
0.00143227
0.00132002
0.00122801
0.00129773
0.00120918
0.00128019
0.00118828
0.00125509
0.00116555
0.00107047
0.000969608
0.000864244
0.000947323
0.000843132
0.00092652
0.000823179
0.000905049
0.000801651
0.000875272
0.000951419
0.000848021
0.000926286
0.000824603
0.000902879
0.000801393
0.000872817
0.000946764
0.000845551
0.000922477
0.000822562
0.000898892
0.000799315
0.000868713
0.000939812
0.000840575
0.000914075
0.000816711
0.000890158
0.000792897
0.000860266
0.000929475
0.000832748
0.000904679
0.000808634
0.00088019
0.000783935
0.000848965
0.00091482
0.000819306
0.000886521
0.000792004
0.000854374
0.000947856
0.00103375
0.000976692
0.00106236
0.00100573
0.000944823
0.00103326
0.000971798
0.00105871
0.000996343
0.00108242
0.00102098
0.000957077
0.00104659
0.000982838
0.00107046
0.00100744
0.00109664
0.00103449
0.000968431
0.00106048
0.000994208
0.00108523
0.0010183
0.00110884
0.00104288
0.000974312
0.00106887
0.0010001
0.00109232
0.0010241
0.00111754
0.0010505
0.000979449
0.00107581
0.0010043
0.00109925
0.00102606
0.00112066
0.00104732
0.00114278
0.00123607
0.00129759
0.00121062
0.00127176
0.00119222
0.00125377
0.0011667
0.00122755
0.00114596
0.00120476
0.0013776
0.00126615
0.00117996
0.00124245
0.00115785
0.00122157
0.00113358
0.00119438
0.00124962
0.00117358
0.00122902
0.00114706
0.00120333
0.00112564
0.00118003
0.00134407
0.00123602
0.00115396
0.00121094
0.00113082
0.00118915
0.00110684
0.00116358
0.00121545
0.00114277
0.00119426
0.00111622
0.00116802
0.00109279
0.00114196
0.00129809
0.00119329
0.00111448
0.00116705
0.00108939
0.00100702
0.000918841
0.000825515
0.000892634
0.00080018
0.000866492
0.000773768
0.000834195
0.000925889
0.00101092
0.00095469
0.00103762
0.000980355
0.00106342
0.00114349
0.00118956
0.00111579
0.00116309
0.00109204
0.00113726
0.00106276
0.000981748
0.000895434
0.000804311
0.00086746
0.000776367
0.000834793
0.000894187
0.000804183
0.000865085
0.00077497
0.000830494
0.000919429
0.00096986
0.000887067
0.000798931
0.000857551
0.000769534
0.000823779
0.000878547
0.000792346
0.000848798
0.000762617
0.000814117
0.000898677
0.000976782
0.000929874
0.00100625
0.000959483
0.00091022
0.000989332
0.000940305
0.00101775
0.00109103
0.00104763
0.00100111
0.000950295
0.00102978
0.000978942
0.000924804
0.00100761
0.000953555
0.00103446
0.00108503
0.00113363
0.00105793
0.00110465
0.00114751
0.00107898
0.00111936
0.00125788
0.00116224
0.00120332
0.00113474
0.001064
0.00110851
0.00103557
0.00107833
0.0011177
0.00105155
0.00108806
0.00101946
0.000945195
0.00086595
0.000781923
0.000835661
0.000751614
0.000801057
0.00085126
0.000768781
0.000820082
0.000737555
0.000783789
0.00086537
0.000906901
0.000830133
0.000748859
0.000792909
0.000872673
0.000945542
0.00101361
0.0009787
0.000940698
0.000898419
0.000971887
0.000929194
0.000883766
0.000960108
0.000914786
0.000989259
0.00103148
0.00107205
0.00100208
0.00104092
0.0010766
0.00101271
0.00104471
0.00117046
0.00107914
0.00111284
0.0010493
0.000983348
0.00091361
0.000838911
0.000759099
0.000806792
0.000727571
0.000770943
0.000813782
0.000735096
0.000775947
0.000817571
0.000741394
0.000785401
0.000709053
0.000748966
0.000823433
0.000857842
0.000787803
0.00071276
0.000750071
0.000788114
0.000714942
0.000754486
0.000681339
0.000717654
0.000752676
0.000680449
0.000713223
0.000745907
0.000675501
0.000707102
0.000738734
0.000669188
0.000699322
0.000729935
0.000661973
0.000691439
0.000720633
0.000654026
0.000681322
0.000708512
0.000643471
0.00066919
0.000695086
0.000630914
0.000656235
0.000591587
0.000608219
0.000621262
0.000636203
0.000559207
0.000570794
0.000500769
0.00045188
0.000405182
0.000418602
0.000436039
0.000390179
0.000408595
0.00045352
0.00049527
0.000478816
0.000463434
0.000504712
0.000519931
0.000534457
0.00057241
0.000559215
0.000600643
0.000664205
0.000608196
0.000620659
0.000585563
0.000548651
0.000511197
0.000471357
0.000428804
0.000383714
0.000404002
0.000425367
0.000380666
0.000401233
0.000445284
0.00046455
0.000422323
0.0003779
0.000397671
0.000417833
0.000373753
0.000392708
0.00043604
0.000477003
0.00045979
0.000441504
0.00048275
0.00049995
0.000516278
0.000531901
0.000493247
0.000453458
0.000411969
0.000368672
0.000386771
0.000405217
0.000362646
0.000380046
0.000422131
0.000438259
0.000397691
0.000355789
0.000372525
0.000389896
0.000348674
0.000365172
0.000406092
0.000445218
0.000429823
0.000414015
0.000453549
0.000468486
0.000483288
0.000520814
0.000506477
0.000492091
0.00047739
0.000461938
0.000446063
0.000429384
0.000469803
0.000484965
0.000500155
0.000537908
0.000523572
0.000508854
0.000546951
0.000561581
0.000575865
0.000590298
0.000552977
0.000515473
0.000529858
0.000544004
0.000558106
0.000595352
0.000581264
0.00056726
0.000604496
0.000618567
0.000632518
0.000646766
0.000609478
0.0005722
0.000535285
0.000498034
0.000460325
0.000421861
0.000382399
0.000341725
0.000357889
0.00037464
0.000334786
0.000349264
0.000389662
0.000404296
0.000363774
0.000380138
0.000339967
0.000355576
0.000372444
0.000332657
0.000348514
0.00036578
0.000326247
0.000342319
0.000359815
0.000320288
0.000336516
0.000354608
0.000314953
0.000331643
0.000350647
0.000310299
0.000328234
0.000349571
0.000308502
0.000331203
0.000290999
0.000311669
0.000354081
0.000379247
0.000335906
0.000293958
0.000316871
0.000344241
0.000299999
0.000326627
0.000374003
0.000421423
0.000389798
0.000361568
0.000406139
0.000436009
0.000469563
0.000507457
0.000457835
0.000408758
0.000360238
0.000312828
0.000350595
0.000303227
0.000341959
0.000390774
0.000340645
0.000397449
0.000349155
0.000414566
0.000367607
0.000442377
0.000398823
0.000484631
0.000445706
0.000543079
0.000512454
0.000622156
0.000606882
0.000719468
0.000831071
0.000943869
0.000944362
0.000950585
0.00106459
0.00117926
0.00129468
0.00129024
0.00117333
0.00105844
0.00105807
0.00117343
0.00129134
0.00129769
0.00118004
0.00106705
0.000954376
0.000843023
0.00073252
0.000754283
0.000647145
0.000677498
0.000577947
0.00061586
0.000525846
0.000568938
0.000487876
0.000534862
0.000462573
0.000511816
0.000447634
0.00049888
0.00044198
0.000392478
0.000443067
0.000399177
0.000448724
0.000494038
0.000545371
0.000493312
0.000550442
0.000613865
0.000562539
0.00063278
0.000583109
0.000660629
0.000613906
0.00069889
0.000656362
0.000749315
0.000711975
0.00081227
0.000780951
0.000886893
0.00086244
0.000972262
0.00108297
0.0011943
0.00131042
0.0013283
0.00121328
0.00110205
0.000993347
0.00101959
0.000915186
0.000946981
0.00084679
0.000884611
0.000789633
0.000832069
0.000743607
0.000790105
0.000708909
0.000758202
0.000683443
0.000734497
0.000665704
0.0006026
0.000655355
0.000597859
0.000545678
0.000499141
0.000550292
0.000598095
0.000650877
0.000708877
0.000771579
0.000718285
0.000786029
0.000858447
0.000808192
0.000886883
0.000837953
0.000922993
0.000876836
0.000967486
0.000924058
0.00102096
0.00098284
0.00108359
0.00104979
0.00115446
0.0011262
0.00123651
0.00135037
0.00146505
0.00144514
0.00142931
0.00141784
0.00141202
0.00141085
0.00141499
0.00153496
0.00164881
0.00175626
0.00176501
0.00193745
0.00214939
0.00218245
0.00251496
0.00214331
0.00192722
0.00174883
0.00164292
0.00153003
0.00153049
0.00164311
0.00174992
0.00175012
0.00164589
0.0015347
0.00154482
0.00165535
0.00176105
0.00192977
0.00213948
0.00252441
0.00216709
0.00195164
0.00176889
0.00166722
0.00155874
0.00157706
0.0016848
0.00178882
0.00180199
0.00170359
0.00159836
0.0014885
0.00137608
0.00126377
0.00129455
0.00118703
0.00122286
0.00112056
0.00115995
0.00106186
0.0011053
0.00101247
0.00105811
0.0009696
0.00101942
0.000936256
0.000988639
0.000910281
0.000838375
0.000892334
0.000825265
0.000762762
0.000704409
0.000650951
0.000602091
0.000557949
0.000518379
0.000483146
0.000451495
0.000423185
0.000397016
0.000372557
0.000415064
0.000391359
0.000369972
0.00041122
0.000391507
0.000372536
0.000413281
0.000394658
0.000376857
0.000416789
0.000399427
0.000382445
0.000421773
0.000405067
0.000388621
0.000427673
0.000411723
0.000395901
0.000434987
0.000419636
0.000458261
0.000443006
0.00042819
0.000413529
0.000398286
0.000437013
0.000451263
0.000465398
0.000503289
0.000489293
0.000475088
0.000512719
0.000527328
0.000542024
0.000557309
0.000518649
0.000480698
0.000496576
0.000512227
0.000473655
0.00048935
0.000450568
0.000466539
0.000483224
0.000444104
0.000461073
0.000478714
0.000438998
0.000456908
0.000475708
0.000434987
0.00045428
0.000474984
0.000432951
0.000453854
0.000476681
0.000433236
0.000458733
0.000485059
0.000440681
0.000467868
0.00049789
0.000531169
0.000567964
0.000617896
0.000579987
0.000545281
0.000513849
0.000560838
0.000530714
0.00050297
0.00054842
0.000521875
0.000497469
0.000541649
0.000517752
0.000495863
0.00053811
0.000517003
0.000497279
0.000538239
0.000518932
0.00050067
0.000540825
0.000522694
0.000505558
0.000544976
0.000528297
0.000567515
0.000550977
0.000534915
0.000573367
0.000590029
0.000607225
0.000647488
0.000629381
0.000611982
0.000595763
0.000580244
0.000565002
0.000549995
0.000586997
0.000602635
0.000618472
0.000656813
0.000640224
0.000624149
0.000662409
0.000679251
0.000696527
0.000714621
0.000673784
0.000634714
0.000651612
0.00066968
0.000688808
0.000732157
0.000711572
0.000691952
0.000733944
0.000755056
0.000776929
0.000799881
0.000754099
0.000709445
0.000666512
0.000624994
0.000584655
0.00060287
0.000562608
0.000581462
0.00060132
0.000559744
0.000579592
0.000601309
0.000558681
0.000581137
0.000605248
0.000561424
0.000586224
0.00061318
0.000567192
0.000594982
0.00062532
0.000577465
0.000609166
0.00064379
0.000593894
0.000630019
0.000668843
0.000722097
0.000681334
0.000734131
0.000694816
0.000658521
0.000708969
0.000674228
0.000642394
0.000690561
0.00065984
0.000631624
0.000678518
0.000650334
0.000624945
0.000669276
0.000644246
0.00062203
0.000666034
0.000644224
0.000622819
0.000665276
0.00064388
0.000686841
0.000731733
0.000755184
0.000709261
0.000733623
0.000688079
0.00071172
0.000737156
0.000689391
0.000716144
0.000744934
0.000696541
0.000726339
0.000758127
0.000708277
0.000740315
0.00077496
0.000723455
0.000759794
0.000799735
0.000746878
0.00078752
0.000831349
0.000776072
0.000822047
0.000765749
0.000711912
0.00066
0.000608791
0.000654448
0.000704074
0.000758349
0.000813485
0.000758201
0.000707038
0.0007605
0.000812809
0.00086947
0.000930549
0.000873139
0.000817342
0.000880426
0.000948207
0.00102182
0.000965058
0.00104359
0.00112606
0.00107175
0.00115898
0.00110698
0.001199
0.00115092
0.00124655
0.00120202
0.00130205
0.00126119
0.00136569
0.00132891
0.00143698
0.0014051
0.0015153
0.00162348
0.00172793
0.00182922
0.00198195
0.00218266
0.00256116
0.00223711
0.0020294
0.00184838
0.00175289
0.00165096
0.00154495
0.0015773
0.00147141
0.00150802
0.0014046
0.00144536
0.0013451
0.00138958
0.00129327
0.00134101
0.00124884
0.00129937
0.00121141
0.00126422
0.00118053
0.00109964
0.00115565
0.00107911
0.00100576
0.000937237
0.000994971
0.00106384
0.00113622
0.00119319
0.00112166
0.00105326
0.000988553
0.000926903
0.000869464
0.000815463
0.000872507
0.00092746
0.000985656
0.00104404
0.000985875
0.000930804
0.00087896
0.000936649
0.000887565
0.000842244
0.000897926
0.000854044
0.000812881
0.000867773
0.000828456
0.000792113
0.000844895
0.00080938
0.000776142
0.000827747
0.000795671
0.000765537
0.000815546
0.000786329
0.000758855
0.00080733
0.000780577
0.000828434
0.00080228
0.000777564
0.000824091
0.000849626
0.0008766
0.000905089
0.000856064
0.000885306
0.000835691
0.000865783
0.000897745
0.000846573
0.000879597
0.000914655
0.000861947
0.000898266
0.000936761
0.000882584
0.00092268
0.000965286
0.000909673
0.000954211
0.00100144
0.000944571
0.000994124
0.00104659
0.000988816
0.00104404
0.0011021
0.00116302
0.00110505
0.00104693
0.0011114
0.00117926
0.00125005
0.00130684
0.00123669
0.00116935
0.00122712
0.00129401
0.0013636
0.00142033
0.00135125
0.00128474
0.00122089
0.00115993
0.00110195
0.00115963
0.0011042
0.00105143
0.0011086
0.00105821
0.00101045
0.00106664
0.00102089
0.000977616
0.0010326
0.00099102
0.000951733
0.00100534
0.000967454
0.000931654
0.00098382
0.000949179
0.000916314
0.000967153
0.000935237
0.000985511
0.000954457
0.000925081
0.000897274
0.000870919
0.000845923
0.000822204
0.000799661
0.000778128
0.000757392
0.000738268
0.000719712
0.000701516
0.000685018
0.000670377
0.000656162
0.000641812
0.000627389
0.000613041
0.000598784
0.000584402
0.00056967
0.000554503
0.000538683
0.000522129
0.000504738
0.000486464
0.00046755
0.000448214
0.000489202
0.00050739
0.000525596
0.000563271
0.000544855
0.000527211
0.000563821
0.000581245
0.000599959
0.000617155
0.000580637
0.000543257
0.000560177
0.000576387
0.000591915
0.000628848
0.000613345
0.000597291
0.000633727
0.000649836
0.000665415
0.000701818
0.000685985
0.000669644
0.000653004
0.000635961
0.000617975
0.000600346
0.000635435
0.00068864
0.000690464
0.000654947
0.000671739
0.000706516
0.000739824
0.000789117
0.000727786
0.000763588
0.000739229
0.000722297
0.000650509
0.000706776
0.000691235
0.000675355
0.00073708
0.000717959
0.000776822
0.000756046
0.000733127
0.000792746
0.000769723
0.000746244
0.000806935
0.000783891
0.000757984
0.000819839
0.000793639
0.000767017
0.000829708
0.000804031
0.000775998
0.000839451
0.00081177
0.000783427
0.000848502
0.000820653
0.000789209
0.000855178
0.000823367
0.000888321
0.000856676
0.000823035
0.000889665
0.000920781
0.000950933
0.000975635
0.000917354
0.000943941
0.00088577
0.000909013
0.00102163
0.000933189
0.00087343
0.000899727
0.000922226
0.000866358
0.000887657
0.000994474
0.000911655
0.000853567
0.000879095
0.000901304
0.000845133
0.000864323
0.000972301
0.000884627
0.00082773
0.000850257
0.00086949
0.000815051
0.000832506
0.000935711
0.000851767
0.000795233
0.000815632
0.000755181
0.000773171
0.000787451
0.000904735
0.000805673
0.00083258
0.000957961
0.000862268
0.000900992
0.000826138
0.000755617
0.000722769
0.000688227
0.000705086
0.000722028
0.000738548
0.000775457
0.000757962
0.000739844
0.000773599
0.000794718
0.000812556
0.000829979
0.000792449
0.000754534
0.000717226
0.000680558
0.000643821
0.00060691
0.000621444
0.000635563
0.000649683
0.000686703
0.000672638
0.00065839
0.000695385
0.000709964
0.000724722
0.000739742
0.000701471
0.000664354
0.000679239
0.000694058
0.000709154
0.000748983
0.000732539
0.000716764
0.000755634
0.000772233
0.00078982
0.000831176
0.000813215
0.000795803
0.000779291
0.000763151
0.000747578
0.000732364
0.000770288
0.000786112
0.000802387
0.000841951
0.000825315
0.000809128
0.000847142
0.000863967
0.000881129
0.000899182
0.000859218
0.000819154
0.000836437
0.000854314
0.000872902
0.00091485
0.000895596
0.000877077
0.000917852
0.000937051
0.000956798
0.000998739
0.000978383
0.000958739
0.00093916
0.000919516
0.000901613
0.000884017
0.000867404
0.000849823
0.000831948
0.000871322
0.000929467
0.000885358
0.000902804
0.000970279
0.000919754
0.000937668
0.0010095
0.000956678
0.000979407
0.000999445
0.00101954
0.00104022
0.00108052
0.00105963
0.00103945
0.00101969
0.00106091
0.00112652
0.00107768
0.00109743
0.0011683
0.00111909
0.00114228
0.00110313
0.00106206
0.00101991
0.000977304
0.000934705
0.000892213
0.000849919
0.000808003
0.000766289
0.000725156
0.00074261
0.000761323
0.000780735
0.00082405
0.000803894
0.000784708
0.000826952
0.000846857
0.00086743
0.000888939
0.000844908
0.000801137
0.000822315
0.000844487
0.000867776
0.000913681
0.000889629
0.000866731
0.000911477
0.000935121
0.000959948
0.0010066
0.000980992
0.000956587
0.000933316
0.000911106
0.000889884
0.000869584
0.000912269
0.00093322
0.000955128
0.000999513
0.0009769
0.000955284
0.000998672
0.00102085
0.00104416
0.00106855
0.00102317
0.000978057
0.00100207
0.00102724
0.00105368
0.00110115
0.00107393
0.00104794
0.00109413
0.00112087
0.00114879
0.001178
0.00112959
0.00108142
0.00103352
0.000986033
0.000938971
0.000892275
0.000918073
0.000945252
0.000973928
0.00102317
0.000993614
0.000965577
0.00101349
0.00104238
0.00107265
0.00110444
0.00105415
0.0010042
0.00103597
0.00106942
0.00101815
0.00105256
0.00100074
0.0010362
0.00107359
0.00102043
0.00105908
0.00109984
0.00104538
0.00108764
0.00113217
0.00107652
0.00112282
0.00117154
0.0011149
0.00116569
0.00121893
0.00116165
0.00121713
0.00127534
0.00121765
0.00127864
0.00134226
0.00140843
0.00147707
0.00153379
0.00146557
0.00139969
0.00133627
0.00139381
0.00133296
0.00127457
0.00133204
0.0012761
0.00122269
0.0012796
0.00122817
0.001179
0.0012352
0.00118786
0.00114275
0.00119795
0.00115442
0.00111298
0.00116704
0.00112695
0.0010888
0.00114163
0.00110462
0.00115695
0.00112098
0.00108673
0.00113781
0.00117282
0.00120952
0.00126234
0.00122493
0.00118918
0.00115504
0.00112247
0.00109142
0.00106181
0.00111041
0.00114081
0.00117265
0.00122311
0.00119052
0.00115936
0.00120853
0.00124043
0.00127372
0.00130756
0.00125712
0.00120596
0.00124081
0.00127723
0.00131525
0.00136669
0.00132889
0.00129253
0.00134244
0.0013781
0.00141436
0.00145978
0.00142404
0.00138946
0.00135598
0.00132302
0.00129024
0.00125763
0.00122635
0.00119639
0.00116773
0.00114029
0.001114
0.00108881
0.00106487
0.00104193
0.0010847
0.00110836
0.00113301
0.00117584
0.00115075
0.0011262
0.00116609
0.00121681
0.00126831
0.00119099
0.00121705
0.00124401
0.0012026
0.00115893
0.00118584
0.00121404
0.00124339
0.00128898
0.00125903
0.00123003
0.00127267
0.00132514
0.00138564
0.00130143
0.00133304
0.00136424
0.00132051
0.0012741
0.00130561
0.00133815
0.00137073
0.00141785
0.00138601
0.00135281
0.00139824
0.00145157
0.00151988
0.00143037
0.00146361
0.00149423
0.00144916
0.00140265
0.00143629
0.001467
0.00156326
0.00150547
0.00154191
0.00149778
0.00145281
0.00140538
0.00135435
0.00130147
0.00124798
0.00119469
0.00123425
0.0011805
0.00122127
0.00126398
0.00120913
0.00125326
0.00129944
0.00124362
0.00129144
0.00134134
0.00128478
0.00133646
0.00139048
0.00133327
0.00138946
0.00144796
0.00139049
0.00145129
0.00151437
0.00145707
0.00152265
0.00159026
0.00164618
0.00157946
0.00163567
0.00157137
0.00150869
0.00156579
0.00150536
0.00144684
0.00150415
0.00144769
0.00139336
0.00145031
0.00139791
0.00134771
0.00140394
0.00135536
0.00130867
0.00136416
0.00131897
0.00127567
0.00133022
0.0012882
0.00134229
0.00139467
0.00143707
0.0013843
0.00142802
0.00137404
0.00141968
0.00146707
0.00141127
0.00146015
0.00151102
0.00145452
0.0015072
0.00156169
0.00150485
0.0015612
0.00161909
0.00156249
0.00162234
0.00168335
0.00162781
0.00169121
0.00175508
0.00170119
0.00176766
0.00171431
0.00165947
0.00160403
0.00154807
0.00149188
0.00143575
0.00137967
0.00132364
0.00126763
0.00121165
0.00128992
0.00123515
0.00131738
0.00140211
0.00135048
0.00143908
0.00138966
0.0014818
0.0014353
0.00153077
0.00148743
0.00158625
0.00154666
0.00164797
0.00161151
0.00171384
0.0016817
0.00178273
0.00188137
0.00190503
0.00181266
0.00184633
0.0017483
0.00178389
0.00168541
0.00172282
0.0016269
0.0016686
0.00157514
0.00162059
0.00152941
0.00157724
0.00148891
0.00153923
0.00145421
0.00137083
0.00142458
0.00134483
0.00139986
0.00147858
0.00155926
0.00150646
0.0015899
0.00167384
0.00162536
0.00171168
0.00166642
0.0017553
0.00171194
0.0018016
0.00176023
0.0018459
0.0018196
0.00191188
0.00188007
0.00197148
0.00194108
0.00208064
0.00227196
0.00265566
0.00234623
0.00214867
0.00201479
0.00201751
0.00188895
0.00192645
0.00184285
0.00188122
0.00198885
0.00183296
0.00179864
0.0017562
0.00180426
0.00172335
0.00164106
0.00169221
0.00161184
0.00153258
0.00145504
0.00151035
0.00158672
0.00166437
0.00174245
0.00182169
0.00177271
0.00185187
0.00192764
0.00188308
0.00208669
0.00198363
0.0020104
0.0018963
0.00186211
0.0017919
0.00171688
0.00164087
0.00156556
0.001621
0.00169513
0.00176988
0.0018222
0.00174892
0.00167592
0.00172988
0.00180097
0.00187316
0.00194089
0.00189442
0.00184368
0.00191601
0.00196342
0.00211467
0.00201954
0.0020529
0.00191589
0.00185098
0.00178285
0.00183518
0.00189817
0.0020137
0.00197017
0.00187936
0.00181862
0.00186656
0.00197805
0.00193328
0.00185358
0.00180821
0.00174527
0.00179715
0.00173785
0.00167829
0.00173283
0.00167483
0.0016177
0.00167355
0.00161802
0.00156364
0.00161922
0.00156687
0.00151607
0.00157129
0.00152222
0.00147439
0.00152754
0.00148042
0.00153039
0.00148674
0.00144468
0.0014921
0.00153386
0.0015777
0.00162062
0.00157647
0.00162792
0.00157645
0.00162495
0.00167478
0.00162138
0.00167273
0.00172614
0.00167301
0.00172782
0.00178328
0.00172947
0.00178526
0.00183827
0.00179178
0.00184635
0.00196009
0.00190754
0.00189195
0.00194331
0.00183442
0.00183013
0.00177996
0.00182994
0.00194176
0.00188352
0.00182895
0.00172192
0.00167682
0.00172665
0.00183209
0.00177458
0.00172074
0.00167751
0.00161875
0.00157894
0.0015375
0.0015836
0.00163908
0.00185432
0.0016656
0.00158985
0.00152772
0.00148038
0.00169224
0.00188671
0.00176401
0.00172905
0.00154318
0.00147766
0.00158648
0.00141296
0.00135479
0.00146239
0.00130018
0.00124945
0.00135208
0.00120513
0.00116405
0.00108853
0.00104934
0.00103672
0.00113279
0.00126203
0.0011831
0.00111359
0.00104934
0.000983902
0.000874016
0.000892657
0.0008337
0.00112676
0.00138769
0.0011831
0.0012605
0.00155771
0.0013316
0.00142737
0.00177011
0.00152378
0.00164086
0.00203258
0.00177537
0.00192611
0.0023724
0.00209994
0.00228862
0.00207822
0.0022535
0.00205368
0.00183012
0.00173484
0.00162425
0.00166783
0.00193845
0.00204291
0.00194189
0.00203869
0.00228382
0.00205236
0.00217459
0.00206066
0.00232794
0.00208635
0.00222651
0.00210959
0.0023999
0.00215682
0.00231806
0.00220079
0.00251081
0.00226893
0.00218178
0.00233487
0.00225677
0.00216096
0.00209992
0.00197521
0.00228715
0.0022207
0.00240316
0.00277477
0.00249789
0.00251199
0.00263944
0.00244474
0.00340849
0.0028642
0.00303066
0.00272708
0.00292904
0.0034895
0.00330778
0.00383081
0.00460082
0.004292
0.00400324
0.0031568
0.00306763
0.00296219
0.00294474
0.00292373
0.00298302
0.00374404
0.00450673
0.00457212
0.00467725
0.00475356
0.00477912
0.00474059
0.00463947
0.00448398
0.00428587
0.00410496
0.00395042
0.00410242
0.00428356
0.00441008
0.00419341
0.0041992
0.00446866
0.00444471
0.00409508
0.0043303
0.00415664
0.00448655
0.00470187
0.00488183
0.00513428
0.00493288
0.00470226
0.00492747
0.00515702
0.00538665
0.00565413
0.00541367
0.00517184
0.00539202
0.00565027
0.00590489
0.0061361
0.00586309
0.00558315
0.00530003
0.00501806
0.00510554
0.00514511
0.00514676
0.00557819
0.00551706
0.00542711
0.00574304
0.00605049
0.0063464
0.00653665
0.00621374
0.00587336
0.00598049
0.00635762
0.00671025
0.00687306
0.00649041
0.00607614
0.00562665
0.00513196
0.00513766
0.00519621
0.0045317
0.00373187
0.00379223
0.00461554
0.0053029
0.00590331
0.00577486
0.00568495
0.00617552
0.00662283
0.00703279
0.00719775
0.006766
0.00629368
0.00644179
0.00693057
0.00737624
0.00753291
0.00707233
0.00656946
0.00602576
0.00543207
0.00477419
0.00500926
0.00564796
0.00588428
0.0052719
0.00556244
0.00493543
0.00425497
0.00465573
0.00399364
0.00332684
0.00277245
0.00255809
0.00281186
0.0026355
0.00307227
0.00252699
0.00277568
0.00225113
0.0021482
0.00248869
0.00277798
0.00329753
0.00383526
0.00444615
0.00488737
0.00431748
0.00378547
0.00328337
0.00285286
0.00248507
0.00217743
0.00193644
0.00173885
0.00157386
0.00125438
0.00110727
0.00104475
0.00093692
0.000957373
0.00117153
0.00141702
0.00121659
0.00129515
0.00115039
0.00108632
0.00100188
0.0010071
0.000981439
0.00095185
0.000923301
0.000892037
0.000857032
0.000924263
0.000888647
0.000852328
0.000922529
0.00088757
0.000848955
0.000920447
0.000881754
0.000952207
0.00102008
0.00105011
0.000987532
0.00101951
0.000957694
0.000987171
0.00110725
0.00101865
0.000954792
0.000988057
0.0010169
0.000957867
0.000983844
0.00109896
0.00107622
0.00116295
0.00104929
0.00128738
0.00146731
0.00123495
0.00117191
0.00108168
0.001081
0.00114326
0.00123284
0.00130551
0.00142209
0.00160456
0.0014383
0.00131153
0.00123284
0.00113491
0.00109917
0.00105924
0.0011272
0.00121975
0.00118529
0.00127972
0.00114606
0.00117364
0.00124173
0.00133537
0.00141868
0.0016021
0.00135755
0.00142276
0.00129029
0.00116511
0.0012
0.00137395
0.00149756
0.00173583
0.00155557
0.00201967
0.00188621
0.00172595
0.00147224
0.00140947
0.00131576
0.00120103
0.00115855
0.00111056
0.00118521
0.0012828
0.00123723
0.00133759
0.00121367
0.00128826
0.00138819
0.0012422
0.00148409
0.00169479
0.00142989
0.00151087
0.00136808
0.00122965
0.00127276
0.0014665
0.00154014
0.00166461
0.00184437
0.00159584
0.00201296
0.0022827
0.00212704
0.00198457
0.00180829
0.00159541
0.0014597
0.00134912
0.00129406
0.00139497
0.00123989
0.00126061
0.00133878
0.00143683
0.0012898
0.00174279
0.0015011
0.00138938
0.00128537
0.00133204
0.00144159
0.0012762
0.00129758
0.00138032
0.0014871
0.00132513
0.00160076
0.00184963
0.00155371
0.00164751
0.00174964
0.00194914
0.00165114
0.00155714
0.00142464
0.00136051
0.00147098
0.00131551
0.00140451
0.00151684
0.0013591
0.00144724
0.00155742
0.00138538
0.00173076
0.0019354
0.00161269
0.00147841
0.00136061
0.00140193
0.00151335
0.00134933
0.00144254
0.0015646
0.00137652
0.00139422
0.00148709
0.00160261
0.00142113
0.00173916
0.00202746
0.00190712
0.00211618
0.00178905
0.00167445
0.0015145
0.00143201
0.00155716
0.00147379
0.00160084
0.00141644
0.00151516
0.00163709
0.00144078
0.00145341
0.00155093
0.00166662
0.00205223
0.00184147
0.00197761
0.00180244
0.00192443
0.00176431
0.00188567
0.00171317
0.00183211
0.00199927
0.0022075
0.00208815
0.00229821
0.00262715
0.00241405
0.0021392
0.00177453
0.00156352
0.00144139
0.00147799
0.0016145
0.00141755
0.00152054
0.00164651
0.00145551
0.00155863
0.00169858
0.00148256
0.00149764
0.00160173
0.0017288
0.0015229
0.00189286
0.00222685
0.00186082
0.00199055
0.00180565
0.00207647
0.00231172
0.00194148
0.0018053
0.00161746
0.00151699
0.00165996
0.00155925
0.00170411
0.00148984
0.0016001
0.00173852
0.00151415
0.00152518
0.00163392
0.00176385
0.00155378
0.00220762
0.00182004
0.00164087
0.00150132
0.00153922
0.00169574
0.00158517
0.00172932
0.0014971
0.0015115
0.00162642
0.00178603
0.00154182
0.00155853
0.00167338
0.00181725
0.00158685
0.00200483
0.00238979
0.0022089
0.00248218
0.00205651
0.00190315
0.00169491
0.00158078
0.00174173
0.00162645
0.00178937
0.00154869
0.00167061
0.00182775
0.00157593
0.00158816
0.00170878
0.00185665
0.00162149
0.00236216
0.00208953
0.00226728
0.00204501
0.00220586
0.00200401
0.00216158
0.00194466
0.00210127
0.00230515
0.00258119
0.00240616
0.00267511
0.00309524
0.00282032
0.00247038
0.00199457
0.00172837
0.00156595
0.00161225
0.00179105
0.00166662
0.00183561
0.00159396
0.00172052
0.00190527
0.00163113
0.00165543
0.00178312
0.00194675
0.00215524
0.00258205
0.00237881
0.00269726
0.0022144
0.00205085
0.00182588
0.00170063
0.00188575
0.00160541
0.00162742
0.00175985
0.00194955
0.00168907
0.00159033
0.00147966
0.00162295
0.00180277
0.00167443
0.00187294
0.0017393
0.00192824
0.00164202
0.00166821
0.00180472
0.00201452
0.00171238
0.00174512
0.00188453
0.00206899
0.00229447
0.00275019
0.0022283
0.0023892
0.00214314
0.00260806
0.00208702
0.00227663
0.00199393
0.00172711
0.00182151
0.00223797
0.00240992
0.00217932
0.00235037
0.00210789
0.00227684
0.00250038
0.00282096
0.00262978
0.00293841
0.00248461
0.00330577
0.0035845
0.00317147
0.00345642
0.00304994
0.00333421
0.00293425
0.00321624
0.00348055
0.0038563
0.00360046
0.00398163
0.00372534
0.00411398
0.00385668
0.00425431
0.00399381
0.00372823
0.00342001
0.00312557
0.00357854
0.00327736
0.0028986
0.00269971
0.00236748
0.00253807
0.00344119
0.00373548
0.00418886
0.00391061
0.00437141
0.00408055
0.00455816
0.0048328
0.00510948
0.00463922
0.00491466
0.00446301
0.00402329
0.00429693
0.00386478
0.00414471
0.00440205
0.00482907
0.00456295
0.00500483
0.00473128
0.00518881
0.00566179
0.00538566
0.00587152
0.00559428
0.00531794
0.00504134
0.00554046
0.00581636
0.00609283
0.00660185
0.00632648
0.00605167
0.00657213
0.00684425
0.00711642
0.00738819
0.00687773
0.00637033
0.00664839
0.00614944
0.00642875
0.00593956
0.00546393
0.00573988
0.00527595
0.0055509
0.00509961
0.0046655
0.00493228
0.00451055
0.00477503
0.00436645
0.004625
0.00423043
0.00448192
0.00410151
0.00373916
0.0033756
0.00300664
0.00326287
0.00290042
0.0031599
0.00280282
0.00305941
0.00270709
0.00229676
0.001879
0.00202435
0.00191071
0.00211592
0.00197053
0.00261238
0.00285664
0.0024878
0.00212837
0.00193072
0.00207307
0.00189435
0.00203647
0.00184121
0.00198114
0.00216384
0.00240129
0.00225218
0.00268265
0.003005
0.0027763
0.00310351
0.00332307
0.00364401
0.00342712
0.00319602
0.00296079
0.00329891
0.00352907
0.00386202
0.00363604
0.00340273
0.00374538
0.00351002
0.00385868
0.0036198
0.00397588
0.00434443
0.00459756
0.00421516
0.00446363
0.00409278
0.00433503
0.00397549
0.00421141
0.00458577
0.00483572
0.00445688
0.00409188
0.00375253
0.00397531
0.00433208
0.00457303
0.00421197
0.00386368
0.0035394
0.00322418
0.00291184
0.00259374
0.00281908
0.0025045
0.0027261
0.0029321
0.00323382
0.00303001
0.0033345
0.00312655
0.00343637
0.00364614
0.00386461
0.00353997
0.00375248
0.003436
0.00313501
0.00283978
0.00254342
0.00274328
0.00245022
0.00264808
0.00235843
0.00255095
0.00226358
0.00244674
0.00214201
0.00185198
0.00169797
0.00180311
0.00165559
0.00175538
0.00160364
0.00170225
0.00185106
0.00204845
0.00194772
0.00225595
0.00242645
0.00215394
0.00231894
0.00204696
0.002205
0.00191729
0.00165138
0.00151191
0.00155372
0.00173088
0.00210139
0.00225162
0.00252512
0.00236931
0.00264416
0.00247985
0.00275922
0.00259213
0.00287327
0.00270097
0.0025305
0.00235731
0.00263457
0.00280774
0.00298647
0.00317007
0.00335828
0.00305407
0.00323737
0.00293646
0.00311482
0.00281626
0.00299196
0.00269347
0.00240374
0.00256832
0.00286678
0.00304702
0.00273858
0.00243706
0.00215467
0.00230343
0.00260675
0.00291458
0.00324787
0.0036024
0.00338154
0.00317853
0.00351405
0.0033078
0.00364499
0.00343421
0.00377417
0.00355966
0.00390243
0.00368394
0.00347832
0.00328415
0.00309728
0.0029149
0.00273255
0.00301874
0.00283498
0.00312346
0.0029352
0.00322775
0.00303434
0.00333178
0.00364139
0.00385355
0.00353253
0.00373951
0.00342402
0.00362579
0.00331562
0.00351226
0.00320735
0.00339807
0.0035975
0.00393073
0.00371593
0.00405366
0.00383457
0.00417692
0.00395318
0.00430071
0.00407233
0.00442538
0.00419229
0.00396788
0.00431329
0.00408468
0.00443645
0.00420318
0.00397827
0.00375397
0.00409382
0.00432379
0.00456176
0.00494071
0.0046896
0.00444688
0.00482041
0.00507585
0.00533937
0.00575572
0.00548134
0.00521424
0.00495464
0.00470217
0.00509246
0.00550251
0.00523483
0.00497381
0.00471913
0.0051171
0.00485746
0.00526591
0.00500101
0.00473752
0.00515071
0.00488534
0.00530773
0.00503963
0.00547283
0.00520143
0.00564669
0.00537157
0.00582793
0.00610759
0.00639041
0.00592507
0.0062054
0.00574982
0.00602778
0.00558151
0.00585685
0.00542056
0.00569272
0.00613657
0.00659422
0.00630943
0.00677402
0.00648849
0.00695952
0.00667417
0.00715106
0.00686663
0.00658302
0.00629987
0.00601887
0.00650022
0.00621886
0.00670905
0.00720577
0.00692711
0.00742873
0.00715339
0.00765876
0.00792764
0.00819411
0.00770289
0.00797513
0.00748397
0.00699025
0.00727146
0.00678272
0.00706582
0.00734864
0.0076306
0.00791086
0.0074356
0.00771908
0.00724572
0.00753162
0.00706101
0.0073486
0.00688148
0.00642028
0.00596998
0.00553447
0.00580891
0.00538195
0.00565308
0.00593015
0.00621247
0.00577647
0.00535622
0.00562692
0.00590423
0.0061873
0.00663056
0.0063414
0.00605632
0.00649908
0.00678909
0.00708119
0.00737404
0.00692261
0.00647527
0.00603661
0.00561053
0.00520029
0.0048085
0.0050641
0.0046788
0.0049305
0.00455131
0.00479871
0.00505585
0.00466857
0.00492214
0.00453966
0.00478959
0.00441169
0.00465793
0.00428435
0.00452693
0.00415719
0.00380755
0.00402998
0.00426554
0.0045146
0.00413462
0.00438104
0.00400311
0.00424705
0.00387058
0.00411251
0.00373701
0.00397734
0.00437081
0.00478076
0.00450632
0.00491641
0.00464167
0.00505241
0.00477696
0.0051889
0.00491249
0.00464805
0.00439624
0.00478153
0.00504817
0.00532602
0.00561405
0.0059113
0.00547658
0.00577454
0.00534008
0.005639
0.00520441
0.00550474
0.00506958
0.00464544
0.00423518
0.00384128
0.00346634
0.0031125
0.0027811
0.00247277
0.00217119
0.0018933
0.0020319
0.00175435
0.00188475
0.001592
0.00135506
0.00123275
0.00128867
0.00115524
0.00104047
0.00101217
0.00106555
0.00121106
0.00144785
0.00125912
0.0014048
0.00159284
0.00172904
0.001906
0.00209422
0.00246825
0.00224813
0.00206069
0.00188821
0.00174499
0.00204226
0.00236062
0.00218792
0.00250336
0.00233302
0.00264374
0.00297332
0.00318804
0.00283173
0.0030467
0.00268816
0.00290414
0.00254335
0.00221327
0.00239696
0.00261469
0.00287008
0.00329083
0.00300807
0.00275989
0.00314739
0.00342132
0.0037269
0.00417453
0.0038507
0.00355485
0.00328722
0.0036901
0.00342671
0.00382617
0.00356571
0.00332799
0.00370395
0.00396257
0.00424222
0.00454234
0.00410954
0.00441554
0.00397873
0.00429247
0.00463008
0.00509018
0.00474295
0.00519933
0.00486199
0.00531469
0.00498509
0.00467177
0.00437601
0.00409899
0.00451045
0.0048031
0.00511184
0.00555935
0.00524086
0.00493575
0.00537189
0.0056864
0.00601128
0.00634431
0.00588908
0.00543504
0.00577108
0.00611795
0.00565852
0.00601415
0.00555237
0.00591861
0.00545474
0.0049894
0.00452505
0.00406403
0.00360977
0.00316583
0.00273586
0.00232273
0.00260641
0.00294277
0.00333234
0.00377514
0.00426713
0.00478369
0.00532037
0.00574818
0.00523887
0.00473993
0.00425937
0.00381262
0.00340787
0.00304856
0.00350207
0.0038783
0.00429165
0.00476775
0.00435128
0.00396393
0.00443078
0.00482398
0.00523954
0.00567156
0.00520746
0.00473673
0.00520508
0.00568598
0.00617199
0.00659179
0.00612644
0.00566296
0.00611386
0.00656056
0.00700683
0.00744868
0.0070537
0.00665516
0.00625487
0.00585428
0.00545436
0.00505526
0.00563987
0.00528268
0.00587351
0.00643496
0.00614859
0.00670126
0.00645335
0.00623025
0.00676744
0.00726406
0.0077224
0.00794211
0.00748329
0.00698657
0.00722285
0.00771148
0.00816416
0.00857778
0.00836035
0.00814134
0.00795095
0.00778061
0.00759093
0.00740743
0.00722524
0.00703809
0.00684049
0.0066283
0.00639921
0.00615274
0.00589001
0.00561318
0.00583424
0.0060482
0.00625391
0.00655079
0.00633964
0.00611904
0.00639164
0.00662019
0.00683756
0.00704332
0.00675185
0.00645061
0.00663788
0.00681552
0.00698356
0.00729237
0.00712263
0.00694249
0.00723732
0.00741967
0.00759063
0.00787812
0.00770635
0.00752196
0.00732442
0.00711339
0.00688869
0.00665045
0.00689457
0.00714443
0.00737772
0.00763052
0.00738744
0.0071242
0.00734084
0.00761867
0.00787234
0.00810315
0.00785423
0.00759476
0.00779609
0.00798245
0.00815468
0.00842021
0.00824786
0.00805962
0.00831269
0.00850264
0.00867476
0.0088308
0.0085779
0.00831368
0.00803789
0.00775062
0.00745199
0.00714223
0.00729155
0.00743236
0.007565
0.00787455
0.00774251
0.00760183
0.00790015
0.00803989
0.00817045
0.0082925
0.00799851
0.00768997
0.0078078
0.007919
0.00802408
0.0083276
0.00822448
0.00811496
0.00840668
0.00851361
0.00861387
0.00888295
0.00878639
0.00868292
0.00857189
0.00845261
0.00832436
0.00818638
0.0084604
0.00859585
0.00872096
0.00897544
0.00885424
0.00872209
0.00897138
0.00909946
0.009216
0.00932214
0.00908671
0.00883663
0.00894368
0.00904289
0.00913498
0.0093701
0.00928322
0.00918901
0.00941898
0.0095075
0.00958856
0.00979064
0.00971595
0.00963371
0.00954297
0.00944263
0.00933143
0.00920794
0.00907053
0.00891828
0.00874701
0.00855579
0.00834227
0.00810435
0.00783996
0.00754733
0.00774755
0.00805404
0.00832841
0.00854712
0.00826446
0.00794622
0.00814425
0.00846815
0.00875413
0.00900447
0.00879607
0.00857274
0.00878964
0.00898137
0.0091493
0.0093687
0.0092021
0.00901301
0.00922279
0.00941335
0.00957838
0.00977737
0.00961692
0.00942849
0.00920794
0.00895248
0.008659
0.00832592
0.0085211
0.00885906
0.00915424
0.00935554
0.00906647
0.00873492
0.00894945
0.00927712
0.00956107
0.00980276
0.00960433
0.00940916
0.00962674
0.00981084
0.00996559
0.0101429
0.00999496
0.00981676
0.0100051
0.0101729
0.0103106
0.0104226
0.0102648
0.0100951
0.00991356
0.00972035
0.00951543
0.00929867
0.00943197
0.00955017
0.00965537
0.00985433
0.00975576
0.00964358
0.00984264
0.0099482
0.0100396
0.0101191
0.00994125
0.00974929
0.00983336
0.00990882
0.0099767
0.0101471
0.0100864
0.0100182
0.0101884
0.0102491
0.0103024
0.0104431
0.0103974
0.0103444
0.0102829
0.0102112
0.0101274
0.0100292
0.0102032
0.0102936
0.0103693
0.0105141
0.0104469
0.0103648
0.0105138
0.0105872
0.0106459
0.0106928
0.0105694
0.0104329
0.0104864
0.0105316
0.0105698
0.0106831
0.0106523
0.0106148
0.0107302
0.0107599
0.0107834
0.0108717
0.0108551
0.0108329
0.0108033
0.0107648
0.0107159
0.0106532
0.0105732
0.0104714
0.0103433
0.0101844
0.00999028
0.00975693
0.00948187
0.00916324
0.00880096
0.00839695
0.00795443
0.00747738
0.00696981
0.00725487
0.00673864
0.00620026
0.00653918
0.00600534
0.00637718
0.00688703
0.00738202
0.00705558
0.00755254
0.00802634
0.00774641
0.00820907
0.00863811
0.00888494
0.00847215
0.00874039
0.00831352
0.00785899
0.0081706
0.00771442
0.00724068
0.00675323
0.00713117
0.00759705
0.00804935
0.00838345
0.00795307
0.00750856
0.00788282
0.00830573
0.00871348
0.00910154
0.00879523
0.00848383
0.00889547
0.00860437
0.00901045
0.00938382
0.0091345
0.00949139
0.00926017
0.00902919
0.0093789
0.00968538
0.00994855
0.0101349
0.00988607
0.00959448
0.00980784
0.0100822
0.0103146
0.0105068
0.0103425
0.01017
0.0103526
0.0105004
0.0106178
0.0107529
0.0106473
0.010512
0.0106617
0.0107835
0.0108767
0.0109891
0.0109087
0.0108011
0.0106617
0.0104864
0.010272
0.0100168
0.00972024
0.00994413
0.00962996
0.00927911
0.00954321
0.00918346
0.00946518
0.00979981
0.0101015
0.00987007
0.0101606
0.0104126
0.0102191
0.0104537
0.0106488
0.0108005
0.0106256
0.0107863
0.0105956
0.0103673
0.0105622
0.0103218
0.0100462
0.00973767
0.00939968
0.00903635
0.00865211
0.00825135
0.00783804
0.00741573
0.00698761
0.00655726
0.00612851
0.00570584
0.00529463
0.00489966
0.00536775
0.00576143
0.00616633
0.00661994
0.00622332
0.00583364
0.006295
0.00667854
0.00706533
0.00745262
0.00702016
0.00657834
0.00699319
0.00740733
0.00781714
0.00820907
0.00781791
0.00742049
0.00783762
0.00821753
0.00858921
0.00895522
0.00860401
0.00824278
0.00787419
0.00750091
0.00712535
0.00675044
0.00637909
0.00683426
0.00647315
0.00692698
0.00657518
0.00622838
0.00668376
0.00702758
0.00737338
0.00780978
0.00747252
0.00713444
0.00679782
0.00646463
0.00613657
0.00581593
0.00626464
0.00594771
0.00639527
0.00608129
0.00652798
0.0062165
0.00666254
0.00635321
0.00604937
0.00575243
0.00546345
0.00518426
0.00491551
0.00532134
0.00505033
0.00545934
0.00518584
0.00559861
0.00532271
0.00573935
0.00546116
0.0051913
0.00560148
0.00532861
0.00574388
0.00546822
0.00588883
0.00617351
0.00646338
0.00602658
0.00631521
0.00588194
0.00616916
0.00646188
0.00602504
0.006317
0.00588261
0.00617375
0.00574175
0.00603196
0.00560202
0.0058915
0.00618859
0.00663095
0.00632885
0.00677191
0.00647066
0.00691435
0.00661393
0.0070583
0.00675875
0.0072038
0.00690524
0.00660855
0.00705351
0.00675717
0.00720365
0.00690789
0.00661387
0.00632298
0.00676689
0.00706086
0.00735577
0.00780239
0.00750995
0.0072162
0.00766625
0.00795638
0.00824301
0.00852473
0.00809207
0.00765017
0.00794256
0.00749969
0.00779449
0.00735092
0.00764787
0.00808654
0.00851543
0.00823146
0.00865741
0.00837754
0.0088002
0.00906815
0.00932739
0.00893035
0.00919511
0.0087931
0.00837436
0.00794284
0.00750271
0.00780039
0.007359
0.00765926
0.00721674
0.00751948
0.00707594
0.00738113
0.00693669
0.0064915
0.00679878
0.00710904
0.00742042
0.00697556
0.00729054
0.00684405
0.00716292
0.00671474
0.00703793
0.00658819
0.00691615
0.00736293
0.00780175
0.00748277
0.00791927
0.0076057
0.00803965
0.0077312
0.00816244
0.00785887
0.00755225
0.00724426
0.00768582
0.0079884
0.00828724
0.00858076
0.00886748
0.00846134
0.00875402
0.00834409
0.00864288
0.00822947
0.00853477
0.00811813
0.0076876
0.00724658
0.00757759
0.0079073
0.00823361
0.00864224
0.00832917
0.00801034
0.00842984
0.00873539
0.00903309
0.00940367
0.00912325
0.0088332
0.0092175
0.00893452
0.00931488
0.009039
0.00941497
0.00914599
0.00951715
0.00925495
0.00898281
0.00870195
0.00841373
0.00811956
0.00782095
0.00825211
0.00795748
0.0083859
0.0080953
0.00852074
0.00823429
0.00865652
0.00906315
0.00932437
0.00893165
0.00919849
0.00880079
0.0090731
0.00867072
0.00894839
0.00854163
0.00882459
0.00909962
0.00947714
0.00921759
0.00958966
0.00933643
0.00970271
0.00945586
0.00981605
0.00957567
0.00992944
0.00969563
0.00945055
0.00981555
0.00957685
0.00993524
0.0097031
0.00945985
0.00920638
0.00894371
0.00867296
0.00839533
0.00811213
0.00782471
0.00753445
0.00724276
0.00695103
0.0066606
0.0063727
0.00608853
0.00653757
0.00625182
0.00670709
0.00717004
0.00745873
0.00699591
0.00728575
0.00682614
0.00711655
0.00740744
0.00769749
0.00798535
0.00842883
0.00814815
0.00786319
0.00757528
0.00803154
0.00774633
0.00820252
0.00792058
0.00763553
0.00809796
0.0078161
0.00827835
0.00800038
0.00846158
0.00818822
0.00864741
0.00837941
0.00810678
0.00783059
0.00755195
0.00803532
0.0077607
0.00824452
0.0087163
0.00845727
0.00892441
0.00867334
0.00841749
0.00815789
0.0078953
0.00763026
0.00736389
0.00709684
0.00761964
0.00787933
0.00813715
0.00863085
0.00838393
0.00813426
0.00863427
0.00887179
0.00910548
0.00933454
0.00887413
0.00839251
0.00864456
0.00889227
0.00913507
0.009574
0.00934651
0.00911295
0.00955818
0.00977566
0.00998763
0.0101904
0.00979564
0.00937226
0.00960258
0.00917047
0.00940965
0.00896967
0.0085099
0.00877054
0.00830656
0.00857364
0.00883553
0.00909123
0.00933975
0.00890971
0.00916528
0.0087298
0.00899179
0.0085518
0.0088196
0.00837598
0.00864896
0.0090806
0.00949293
0.0092465
0.00965231
0.00941312
0.00981163
0.00958018
0.00997059
0.00974733
0.00951487
0.009274
0.00902559
0.0094576
0.00921713
0.00964156
0.0100399
0.00982536
0.0102133
0.0100086
0.010385
0.0105708
0.0107472
0.0104092
0.0105956
0.0102456
0.00986541
0.0100805
0.00969024
0.00991423
0.0101288
0.0104815
0.010286
0.0106278
0.0104417
0.010772
0.0110701
0.0109138
0.0111992
0.0110527
0.0108961
0.0107298
0.0105544
0.0103705
0.0101781
0.00997646
0.00976921
0.00955611
0.00933748
0.00911413
0.00956893
0.00935665
0.00979854
0.00959768
0.00939262
0.00918453
0.00897405
0.00944655
0.00924793
0.00970448
0.00951799
0.00933011
0.00978687
0.00996204
0.0101351
0.0105297
0.0103729
0.0102132
0.0106003
0.0107451
0.0108865
0.0110235
0.0106826
0.0103052
0.00988902
0.0100715
0.00964265
0.00983565
0.0100251
0.0104247
0.0102504
0.010632
0.0104711
0.0108312
0.011156
0.0112833
0.0109752
0.0111137
0.0107875
0.0109372
0.0105932
0.0102109
0.010392
0.00999479
0.0101864
0.00977658
0.0099788
0.0103729
0.0107332
0.0105666
0.0109097
0.0107549
0.0110809
0.011218
0.0113478
0.0110577
0.0111983
0.0108921
0.0105519
0.0101759
0.0103665
0.010548
0.0107211
0.0110385
0.0108844
0.0107221
0.0110436
0.0111871
0.0113221
0.0115721
0.0114559
0.0113311
0.0115848
0.0114702
0.0117084
0.0116038
0.0114916
0.0113723
0.0112462
0.0115204
0.0114049
0.0116617
0.0115566
0.0114456
0.0113293
0.0112079
0.011082
0.0109522
0.010819
0.0106832
0.0105453
0.0104061
0.0102663
0.0101264
0.00998743
0.00984994
0.0102655
0.0103931
0.0105215
0.0108822
0.0107649
0.0106476
0.0109958
0.0111024
0.0112083
0.0113129
0.0109987
0.0106498
0.0107776
0.0109039
0.0110283
0.0113382
0.0112274
0.011114
0.0114156
0.011516
0.0116134
0.0118547
0.0117704
0.0116829
0.0115926
0.0115001
0.0114057
0.01131
0.0115904
0.0116751
0.011758
0.0119833
0.0119116
0.0118379
0.0120534
0.0121165
0.0121772
0.0122353
0.0120525
0.0118388
0.0119168
0.0119919
0.0120635
0.0122411
0.0121817
0.0121187
0.0122902
0.0123418
0.0123896
0.0124336
0.0122966
0.0121312
0.0119354
0.0117075
0.0114461
0.0111501
0.0112688
0.0113837
0.0114943
0.0117463
0.0116506
0.0115503
0.0117977
0.0118836
0.0119649
0.012041
0.0118369
0.0116001
0.0117007
0.0117958
0.011885
0.0120761
0.0120022
0.0119223
0.0121119
0.0121772
0.0122368
0.0123691
0.0123229
0.0122712
0.012214
0.0121516
0.0120842
0.012012
0.0121948
0.0122539
0.0123084
0.0124371
0.0123948
0.0123479
0.0124735
0.012509
0.0125401
0.0125667
0.0124746
0.0123578
0.0124022
0.0124414
0.0124753
0.0125578
0.012535
0.0125073
0.0125887
0.0126061
0.012619
0.0126273
0.0125756
0.0125039
0.0124097
0.0122904
0.0121439
0.0119679
0.0117606
0.0118529
0.0116294
0.0117314
0.0118264
0.0119139
0.0119939
0.0118053
0.0118941
0.0116912
0.0117893
0.0119749
0.0121307
0.0120662
0.0122091
0.0121523
0.0120883
0.012017
0.0119385
0.0121142
0.0120444
0.0122054
0.0123381
0.0123796
0.0122606
0.0123092
0.0121773
0.0122334
0.0122827
0.0123251
0.0123607
0.0122585
0.0123007
0.0121874
0.0120475
0.0118789
0.0116797
0.0114484
0.011184
0.0108859
0.0110418
0.0111883
0.0113251
0.0115646
0.0114473
0.0113203
0.0115656
0.0116735
0.011772
0.0118611
0.0116721
0.0114519
0.0115684
0.0113355
0.0114613
0.0112159
0.010938
0.0110933
0.0108033
0.0109679
0.0106663
0.0103334
0.0105273
0.0101839
0.0103866
0.0100333
0.0102446
0.00988199
0.0101014
0.00973017
0.0093338
0.00891584
0.00848018
0.00875203
0.00831308
0.00858965
0.00886
0.00927431
0.00901712
0.00942611
0.00917523
0.0095782
0.00995735
0.0101738
0.00981271
0.0100368
0.00966772
0.00989915
0.00952252
0.00912295
0.00870392
0.00826963
0.008549
0.00882214
0.00908783
0.00948359
0.00923243
0.00897218
0.00937738
0.00962229
0.00985675
0.01008
0.00972468
0.00934491
0.00959233
0.00982914
0.0100545
0.0103793
0.0101732
0.00995482
0.0102912
0.0104901
0.0106759
0.010943
0.010778
0.0105996
0.0104083
0.0102044
0.00998836
0.00976083
0.0101194
0.010328
0.0105243
0.0108149
0.010639
0.0104506
0.0102497
0.0105718
0.0103787
0.0106916
0.0105067
0.0103098
0.0106333
0.0104447
0.0107583
0.0105783
0.0108814
0.0107101
0.0110025
0.0108401
0.0111212
0.0112631
0.0113934
0.0111532
0.011292
0.0110409
0.0111883
0.0109264
0.0110823
0.0108099
0.0109742
0.0112258
0.0114467
0.0113236
0.0115341
0.011419
0.011619
0.011512
0.0117015
0.0116024
0.0114921
0.0113704
0.0112374
0.0114749
0.0113509
0.0115764
0.0117708
0.0116748
0.0118574
0.0117697
0.0119406
0.0120109
0.012072
0.0119354
0.0120038
0.0118567
0.011681
0.0117749
0.011588
0.0116901
0.0117813
0.0118619
0.011932
0.0117896
0.0118668
0.0117147
0.0117991
0.0116373
0.0117291
0.0115577
0.011357
0.0111259
0.0108642
0.0110241
0.0107524
0.0109203
0.0110754
0.0112174
0.0109778
0.0107079
0.0108786
0.0110361
0.0111802
0.0113877
0.0112642
0.0111275
0.0113465
0.0114628
0.0115662
0.0117171
0.0116325
0.0115359
0.011427
0.0113055
0.0111712
0.0113916
0.0112651
0.0114757
0.0116568
0.0117442
0.0115823
0.0116768
0.0115056
0.0116073
0.011697
0.011775
0.0118416
0.0119419
0.0118917
0.0118311
0.0117596
0.0118854
0.0118202
0.0119378
0.0118789
0.0118095
0.0119355
0.0118726
0.0119901
0.0119335
0.0120425
0.0119921
0.0120927
0.0120484
0.0119948
0.0119316
0.0118584
0.0119986
0.0119326
0.0120628
0.0121676
0.0121241
0.0122199
0.0121825
0.012137
0.012083
0.0120203
0.0119487
0.0118681
0.0117784
0.01196
0.0120324
0.0120962
0.0122167
0.0121683
0.012112
0.0122365
0.0122781
0.0123124
0.0123395
0.0122573
0.0121516
0.0121988
0.0122379
0.0122693
0.0123349
0.012316
0.0122903
0.0123599
0.0123738
0.0123816
0.0124119
0.0124136
0.0124101
0.0124009
0.0123856
0.0123641
0.0123358
0.0124122
0.0123897
0.0124569
0.0124397
0.0124165
0.0123871
0.0123514
0.0124445
0.0124151
0.0124973
0.0124737
0.0124445
0.0125272
0.0125453
0.0125583
0.0126006
0.0125969
0.0125886
0.0126313
0.012631
0.0126267
0.0126186
0.0125998
0.0125662
0.0125153
0.012528
0.0124681
0.0124858
0.012498
0.012538
0.0125355
0.0125681
0.0125694
0.0125949
0.0126068
0.0125916
0.012586
0.0125734
0.0125624
0.0125526
0.0125359
0.0125048
0.0125065
0.0124683
0.0124742
0.0124286
0.012439
0.0124749
0.0124959
0.0125035
0.0125187
0.0125293
0.0125392
0.0125223
0.0125023
0.0125043
0.0124865
0.0124843
0.0124708
0.0124438
0.0124434
0.0124381
0.0124283
0.0124331
0.0124495
0.0124622
0.0124689
0.0124501
0.0124284
0.012416
0.012442
0.0124656
0.0124543
0.0124795
0.0124653
0.0124919
0.0125163
0.0125382
0.0125574
0.0125522
0.0125733
0.0125643
0.0125871
0.0126073
0.0126247
0.0126391
0.0126502
0.0126577
0.0126615
0.0126614
0.0126573
0.012649
0.0126365
0.0126198
0.0125988
0.0125737
0.0125443
0.012511
0.0124739
0.0124331
0.0123889
0.0123415
0.0122912
0.0122384
0.0121833
0.0121263
0.0120678
0.0120082
0.0119477
0.0118867
0.0118256
0.0117646
0.0117041
0.0116443
0.0115853
0.0115273
0.0114706
0.0114151
0.011361
0.0113082
0.0112567
0.0112066
0.0111577
0.011111
0.0110661
0.0110218
0.0109789
0.0109372
0.0108968
0.0108575
0.0108194
0.0107823
0.0107464
0.0107114
0.0106775
0.0106444
0.0109428
0.0109748
0.0110078
0.0112828
0.0112511
0.0112202
0.0114764
0.0115059
0.011536
0.0115667
0.0113153
0.0110417
0.0110765
0.0111123
0.011149
0.0114175
0.0113826
0.0113485
0.0115981
0.0116302
0.011663
0.0118852
0.0118549
0.0118251
0.0117959
0.0117672
0.011739
0.0117114
0.0119249
0.0119505
0.0119765
0.0121641
0.0121405
0.0121172
0.0122887
0.0123095
0.0123305
0.0123517
0.012188
0.0120029
0.0120297
0.0120569
0.0120845
0.012261
0.0122366
0.0122122
0.0123731
0.0123943
0.0124159
0.0124378
0.0122858
0.0121122
0.0119161
0.0116964
0.0114533
0.0111867
0.0112254
0.0112652
0.0113061
0.0115654
0.0115275
0.0114899
0.0117306
0.0117651
0.0118003
0.0118369
0.0116043
0.0113476
0.0113903
0.011435
0.0114806
0.0117285
0.0116863
0.0116449
0.0118741
0.0119119
0.0119502
0.0121466
0.0121122
0.0120782
0.0120446
0.0120115
0.0119787
0.0119471
0.0121403
0.0121693
0.0121986
0.0123624
0.0123368
0.0123112
0.0124598
0.0124819
0.0125039
0.0125259
0.0123883
0.0122282
0.012258
0.012288
0.0123182
0.012466
0.0124401
0.0124141
0.0125479
0.0125697
0.0125913
0.0126956
0.0126781
0.0126604
0.0126424
0.0126242
0.0126058
0.0125873
0.0125687
0.0125501
0.0125315
0.0125129
0.0124948
0.0124764
0.0124581
0.0124399
0.0125716
0.0125871
0.0126025
0.0127097
0.0126972
0.0126846
0.0127797
0.0127897
0.0127997
0.0128095
0.0127224
0.0126177
0.0126334
0.0126489
0.0126643
0.0127597
0.0127474
0.012735
0.0128191
0.0128284
0.0128376
0.0128994
0.0128933
0.0128869
0.0128802
0.0128732
0.0128661
0.0128587
0.0129224
0.0129271
0.0129316
0.0129763
0.0129743
0.0129721
0.0130092
0.0130091
0.0130086
0.0130078
0.0129779
0.0129358
0.0129397
0.0129433
0.0129466
0.0129807
0.0129801
0.0129792
0.0130066
0.0130051
0.0130032
0.0130008
0.0129808
0.0129494
0.0129051
0.0128464
0.0127717
0.0126796
0.0126947
0.0127097
0.0127244
0.0128062
0.012795
0.0127835
0.0128549
0.0128631
0.0128709
0.0128782
0.012817
0.0127389
0.012753
0.0127668
0.0127802
0.0128469
0.0128374
0.0128274
0.0128851
0.0128914
0.0128972
0.0129331
0.0129307
0.0129277
0.0129241
0.0129201
0.0129155
0.0129105
0.0129519
0.0129539
0.0129554
0.0129785
0.0129798
0.0129805
0.012998
0.0129948
0.012991
0.0129868
0.0129768
0.0129565
0.0129569
0.0129568
0.0129561
0.012968
0.0129715
0.0129745
0.0129819
0.0129765
0.0129705
0.0129639
0.0129638
0.0129547
0.0129348
0.0129024
0.0128557
0.0127931
0.0127126
0.0126128
0.0124919
0.0123484
0.0121812
0.0119892
0.0117714
0.0115274
0.0115752
0.011624
0.0116738
0.0119049
0.0118597
0.0118152
0.0120287
0.0120686
0.0121089
0.0121496
0.0119508
0.0117247
0.0117764
0.0118288
0.0118819
0.0120908
0.0120438
0.0119971
0.0121904
0.0122312
0.012272
0.0124268
0.0123922
0.0123572
0.012322
0.0122867
0.0122514
0.0122162
0.0123788
0.0124091
0.0124393
0.0125682
0.012543
0.0125175
0.0126339
0.0126546
0.0126748
0.0126944
0.0125929
0.0124693
0.0124989
0.0125281
0.0125566
0.0126633
0.0126406
0.0126171
0.0127133
0.0127314
0.0127486
0.0127647
0.0126851
0.0125844
0.0124608
0.0123124
0.0121378
0.0119354
0.0119891
0.0120429
0.0120963
0.0122769
0.0122311
0.0121846
0.0123524
0.0123918
0.0124301
0.0124674
0.0123219
0.0121492
0.0122012
0.012252
0.0123014
0.0124486
0.012408
0.0123656
0.0125032
0.0125374
0.0125697
0.0126669
0.0126423
0.0126158
0.0125875
0.0125576
0.0125264
0.0124941
0.0126112
0.0126369
0.0126613
0.0127432
0.0127252
0.0127058
0.0127796
0.0127932
0.0128053
0.0128158
0.0127596
0.0126842
0.0127055
0.0127248
0.0127422
0.012798
0.0127872
0.0127743
0.0128246
0.0128315
0.0128365
0.0128599
0.0128601
0.0128585
0.012855
0.0128499
0.0128431
0.0128349
0.0128253
0.0128145
0.0128025
0.0127895
0.0127756
0.0127608
0.0127453
0.0127293
0.0128054
0.0128171
0.012828
0.0128783
0.0128715
0.012864
0.0129068
0.0129106
0.0129134
0.0129155
0.0128842
0.0128382
0.0128475
0.0128557
0.0128629
0.0128959
0.0128931
0.0128892
0.0129165
0.0129165
0.0129155
0.0129236
0.012928
0.0129314
0.0129339
0.0129354
0.012936
0.0129358
0.0129525
0.0129496
0.0129459
0.0129468
0.0129532
0.0129589
0.0129565
0.0129485
0.0129397
0.0129302
0.0129395
0.0129413
0.0129358
0.0129294
0.012922
0.0129125
0.0129224
0.0129314
0.0129199
0.0129087
0.0128968
0.0128839
0.0129016
0.0129135
0.012918
0.0129133
0.0128976
0.012869
0.0128737
0.0128771
0.012879
0.0128948
0.0128971
0.012898
0.0129099
0.0129052
0.0128992
0.0128918
0.012891
0.0128794
0.0128781
0.0128752
0.0128705
0.0128703
0.0128788
0.0128856
0.012883
0.0128728
0.0128611
0.012845
0.0128593
0.0128722
0.0128839
0.0128942
0.0129034
0.0129113
0.012904
0.0128934
0.0128817
0.0128632
0.012877
0.0128898
0.0128703
0.0128557
0.0128403
0.012824
0.0128484
0.0128688
0.0128549
0.0128397
0.0128235
0.012798
0.0128158
0.0128326
0.0128068
0.0127888
0.0127699
0.0127403
0.0127599
0.0127787
0.0127969
0.0128143
0.0128309
0.0128468
0.0128619
0.0128763
0.0128899
0.0129028
0.0129149
0.0129263
0.012937
0.0129471
0.0129565
0.0129653
0.0129734
0.012981
0.012988
0.0129945
0.0130005
0.013006
0.013011
0.0130156
0.0130198
0.0130236
0.013027
0.01303
0.0130328
0.0130351
0.0130512
0.0130468
0.0130421
0.0130461
0.0130526
0.0130589
0.0130596
0.0130517
0.0130435
0.013035
0.0130391
0.013037
0.0130315
0.0130257
0.0130195
0.0130163
0.0130243
0.0130319
0.0130261
0.0130169
0.0130074
0.0129942
0.013005
0.0130155
0.0130257
0.0130356
0.0130453
0.0130546
0.0130453
0.0130347
0.0130238
0.0130093
0.0130212
0.0130328
0.0130185
0.0130059
0.0129932
0.0129803
0.0129973
0.0130128
0.0130014
0.0129898
0.0129779
0.0129597
0.0129724
0.012985
0.0129673
0.012954
0.0129406
0.0129269
0.0129467
0.0129657
0.0129831
0.0129976
0.0130079
0.0130129
0.0130059
0.0129984
0.0129905
0.0129804
0.01299
0.0129992
0.0129873
0.0129767
0.0129657
0.0129543
0.0129703
0.012982
0.0129731
0.0129637
0.0129537
0.0129374
0.0129488
0.0129598
0.0129424
0.0129302
0.0129175
0.0128953
0.012909
0.0129222
0.0129351
0.0129476
0.0129598
0.0129716
0.0129532
0.0129405
0.0129274
0.0129061
0.0129199
0.0129334
0.012913
0.0128989
0.0128847
0.0128702
0.0128921
0.012914
0.0129003
0.0128863
0.012872
0.0128483
0.0128632
0.0128778
0.0128554
0.0128405
0.0128253
0.0128035
0.0128189
0.0128341
0.0128491
0.0128639
0.0128786
0.0128931
0.0129074
0.0129215
0.0129355
0.0129493
0.012963
0.0129765
0.01299
0.013003
0.0129875
0.0129738
0.0129602
0.0129446
0.0129588
0.012973
0.01296
0.0129456
0.0129311
0.0129166
0.0129305
0.0129461
0.012932
0.0129177
0.0129033
0.0128867
0.0129013
0.012916
0.0129021
0.0128872
0.0128723
0.0128608
0.012876
0.0128908
0.0129054
0.0129202
0.0129349
0.0129496
0.0129422
0.0129274
0.0129126
0.0129081
0.012923
0.0129379
0.0128932
0.0128977
0.0128829
0.0128681
0.012853
0.0128484
0.0128634
0.0128782
0.0128331
0.0128378
0.0128458
0.0128573
0.0128719
0.0128888
0.0128742
0.0128594
0.0128445
0.0128271
0.0128421
0.0128571
0.0128424
0.0128273
0.0128122
0.012797
0.0128119
0.0128295
0.0128143
0.012799
0.0127835
0.0127658
0.0127813
0.0127967
0.0127817
0.0127663
0.0127508
0.0127392
0.0127546
0.0127699
0.0127852
0.0128005
0.0128156
0.0128307
0.0128227
0.0128075
0.0127924
0.0127876
0.0128028
0.0128179
0.0127724
0.0127771
0.0127619
0.0127466
0.0127312
0.0127265
0.0127419
0.0127572
0.0127111
0.0127158
0.0127237
0.0127353
0.0127502
0.0127679
0.012788
0.0128099
0.0128332
0.0128573
0.0128813
0.0129043
0.0129254
0.0129432
0.0129321
0.0129204
0.012908
0.0128862
0.0128998
0.0129129
0.0128907
0.0128767
0.0128621
0.0128471
0.0128721
0.0128951
0.0128815
0.0128673
0.0128524
0.0128264
0.0128422
0.0128574
0.0128317
0.0128157
0.0127992
0.0127719
0.0127887
0.0128052
0.0128212
0.0128368
0.0128521
0.0128669
0.0128423
0.0128269
0.0128112
0.0127862
0.0128021
0.0128178
0.0127942
0.0127784
0.0127623
0.012746
0.0127699
0.0127952
0.0127789
0.0127622
0.0127451
0.0127196
0.0127366
0.0127534
0.0127295
0.0127127
0.0126957
0.0126785
0.0127022
0.0127278
0.0127547
0.0127823
0.01281
0.0128369
0.0128207
0.0128039
0.0127864
0.0127576
0.0127756
0.0127931
0.0127649
0.0127471
0.0127287
0.01271
0.012739
0.0127682
0.0127495
0.0127301
0.0127102
0.0126802
0.0127003
0.0127199
0.0126908
0.0126712
0.0126512
0.0126235
0.0126433
0.0126627
0.0126818
0.0127006
0.012719
0.012737
0.0127101
0.0126921
0.0126737
0.0126486
0.0126668
0.0126846
0.0126611
0.0126434
0.0126256
0.0126075
0.0126303
0.0126551
0.0126362
0.0126171
0.0125976
0.0125738
0.0125928
0.0126117
0.0125893
0.0125709
0.0125522
0.0125331
0.0125513
0.0125693
0.0125872
0.0126049
0.0126224
0.0126398
0.012657
0.012674
0.0126908
0.0127075
0.0127239
0.0127402
0.0127563
0.0127722
0.0127522
0.0127363
0.0127202
0.0127028
0.0127187
0.0127345
0.0127197
0.012704
0.0126882
0.0126723
0.0126867
0.0127041
0.0126877
0.0126713
0.0126546
0.0126379
0.0126543
0.0126706
0.0126563
0.0126402
0.012624
0.0126133
0.0126294
0.0126453
0.0126611
0.0126769
0.0126926
0.0127082
0.0127003
0.0126848
0.0126692
0.0126647
0.0126802
0.0126957
0.0126491
0.0126535
0.0126378
0.012622
0.0126061
0.0126019
0.0126177
0.0126334
0.012586
0.0125901
0.0125972
0.0126077
0.0126213
0.0126379
0.0126209
0.0126039
0.0125866
0.012571
0.0125879
0.0126047
0.0125913
0.0125748
0.0125582
0.0125414
0.012554
0.0125693
0.0125518
0.0125341
0.0125164
0.0125021
0.0125195
0.0125368
0.0125246
0.0125076
0.0124905
0.0124817
0.0124985
0.0125152
0.0125318
0.0125483
0.0125647
0.012581
0.0125741
0.0125579
0.0125417
0.0125379
0.012554
0.0125701
0.0125216
0.0125254
0.0125089
0.0124924
0.0124757
0.0124722
0.0124888
0.0125053
0.0124556
0.0124589
0.0124647
0.0124733
0.0124846
0.0124984
0.0125147
0.0125334
0.0125545
0.0125779
0.0126034
0.0126308
0.0126597
0.0126896
0.0127201
0.0127502
0.0127793
0.0128061
0.0128295
0.012848
0.0128601
0.012864
0.0128578
0.0128394
0.0128067
0.0127574
0.0126892
0.0125999
0.0124872
0.012349
0.0123945
0.0124375
0.0124779
0.0125885
0.0125574
0.0125236
0.0126277
0.0126531
0.0126756
0.0126953
0.0126167
0.0125153
0.0125495
0.0125803
0.0126076
0.0126816
0.0126633
0.0126417
0.0127119
0.0127253
0.0127355
0.0127718
0.0127687
0.0127626
0.0127535
0.0127415
0.0127267
0.0127092
0.0127702
0.0127806
0.0127885
0.0128189
0.0128173
0.0128132
0.0128402
0.0128388
0.0128352
0.0128293
0.0128182
0.0127937
0.0127961
0.0127958
0.0127928
0.0128008
0.0128091
0.0128149
0.0128211
0.0128107
0.012798
0.0127832
0.0127901
0.012787
0.0127719
0.0127425
0.0126963
0.0126311
0.0126508
0.0126667
0.0126786
0.012719
0.012715
0.0127075
0.012746
0.0127463
0.0127434
0.0127372
0.0127193
0.0126866
0.0126907
0.012691
0.0126876
0.0126999
0.0127097
0.0127162
0.0127279
0.0127157
0.0127006
0.0126919
0.0127112
0.0127281
0.0127425
0.0127542
0.012763
0.0127689
0.0127785
0.0127673
0.0127536
0.0127438
0.0127615
0.0127769
0.0127663
0.0127475
0.0127267
0.0127043
0.0127241
0.0127375
0.012719
0.0126984
0.0126757
0.0126538
0.0126789
0.0127024
0.0126802
0.0126546
0.0126277
0.0125988
0.0126268
0.0126538
0.0126796
0.0127041
0.0127271
0.0127486
0.0127684
0.0127865
0.0128027
0.0128169
0.0128292
0.0128394
0.0128476
0.0128537
0.0128557
0.0128456
0.0128337
0.0128199
0.0128349
0.0128484
0.0128334
0.0128174
0.0128
0.0127812
0.0128033
0.0128199
0.0128043
0.012787
0.0127681
0.0127445
0.0127655
0.0127851
0.012761
0.0127397
0.0127171
0.0126873
0.0127108
0.0127334
0.0127549
0.0127753
0.0127946
0.0128127
0.0127876
0.0127681
0.0127475
0.0127176
0.012739
0.0127596
0.0127298
0.0127086
0.0126867
0.0126641
0.0126954
0.012726
0.0127035
0.0126802
0.0126561
0.0126245
0.0126487
0.0126724
0.012641
0.0126173
0.0125931
0.0125684
0.0125996
0.0126313
0.0126629
0.0126934
0.0127221
0.0127475
0.0127255
0.0127021
0.0126773
0.0126479
0.0126737
0.0126984
0.0126688
0.0126432
0.0126168
0.0125897
0.0126212
0.0126515
0.0126245
0.0125967
0.0125681
0.0125366
0.0125654
0.0125937
0.012562
0.0125338
0.0125051
0.0124741
0.0125024
0.0125303
0.0125579
0.0125851
0.0126117
0.0126376
0.0126059
0.0125799
0.0125534
0.0125224
0.0125485
0.0125743
0.0125434
0.0125181
0.0124925
0.0124667
0.0124959
0.0125265
0.0124993
0.0124718
0.0124442
0.0124156
0.0124425
0.0124693
0.0124407
0.0124146
0.0123885
0.0123623
0.0123886
0.0124165
0.0124457
0.0124762
0.0125074
0.0125388
0.0125699
0.0125997
0.0126272
0.0126513
0.0126704
0.0126829
0.012687
0.0126806
0.0126702
0.0126566
0.01264
0.0126316
0.0126526
0.0126712
0.0126627
0.0126403
0.0126157
0.0125894
0.0126082
0.0126206
0.0125987
0.0125745
0.0125482
0.0125268
0.0125556
0.0125828
0.0125614
0.0125321
0.0125015
0.0124736
0.0125052
0.012536
0.0125658
0.0125943
0.0126213
0.0126468
0.0126251
0.0125975
0.0125687
0.0125403
0.0125703
0.0125993
0.0125706
0.0125408
0.0125102
0.012479
0.0125095
0.0125387
0.0125079
0.0124763
0.0124441
0.012414
0.0124462
0.0124781
0.0124475
0.0124157
0.0123838
0.0123518
0.0123816
0.0124116
0.0124413
0.01247
0.0124967
0.0125202
0.0125393
0.0125122
0.0125286
0.0125028
0.012475
0.0124456
0.0124148
0.0124369
0.0124068
0.012427
0.0123979
0.0123755
0.0123501
0.0123829
0.0123565
0.0123895
0.0124219
0.0124533
0.0124835
0.0124599
0.0124907
0.0124655
0.0124377
0.0124049
0.0124333
0.0124005
0.012428
0.0123954
0.0123621
0.0123285
0.0122946
0.0123229
0.012289
0.0123167
0.0123432
0.0123674
0.0123881
0.0124039
0.0124134
0.0124145
0.0124053
0.0123837
0.0123472
0.0122934
0.0123105
0.0122494
0.0122715
0.0122028
0.0121127
0.0121538
0.012055
0.0121023
0.0121408
0.0121709
0.0121931
0.0121282
0.0121554
0.0120836
0.012116
0.012037
0.0120747
0.0119884
0.0120316
0.0121037
0.0121566
0.0121401
0.0121871
0.0121749
0.0122161
0.012208
0.0122437
0.0122395
0.0122289
0.0122115
0.0121866
0.01225
0.0122301
0.0122865
0.0123254
0.012321
0.0123539
0.0123534
0.0123805
0.0123726
0.0123602
0.0123492
0.0123397
0.0123242
0.0122951
0.0122976
0.0122629
0.0122694
0.0122698
0.0122865
0.0122946
0.0123069
0.0123179
0.012326
0.0123243
0.012344
0.012339
0.0123607
0.0123793
0.0123943
0.012397
0.0123763
0.0123528
0.0123381
0.0123655
0.0123907
0.0123773
0.0123487
0.0123185
0.012287
0.012309
0.0123268
0.0122987
0.0123146
0.0122879
0.0123016
0.0123085
0.0122877
0.0122918
0.012273
0.012274
0.0122649
0.0122551
0.0122421
0.0122352
0.012218
0.0122142
0.0121926
0.0121921
0.012166
0.0121246
0.0120656
0.0119867
0.012026
0.01194
0.0119847
0.01202
0.0120783
0.0120563
0.0121088
0.0120912
0.012138
0.0121689
0.0121659
0.0121446
0.0121448
0.0121191
0.0121227
0.0120925
0.0120465
0.0119823
0.0118975
0.0117899
0.0116574
0.0114982
0.011311
0.0110946
0.0108484
0.0105726
0.0102678
0.0104683
0.0101555
0.0103632
0.0100427
0.0102574
0.0104593
0.0101512
0.0103602
0.0100447
0.0102607
0.0099381
0.0101612
0.00983177
0.0100619
0.00972594
0.00936546
0.00962095
0.00986502
0.0100967
0.00976827
0.0100073
0.0096732
0.00991956
0.00958034
0.00983417
0.00949026
0.0097517
0.0100753
0.0103726
0.010153
0.0104453
0.0102332
0.0105199
0.0103153
0.0105959
0.0103987
0.0101875
0.00996302
0.0102792
0.010483
0.0106728
0.0108482
0.0110088
0.0107785
0.0109463
0.0107099
0.0108848
0.0106427
0.0108249
0.0105776
0.0103025
0.0100005
0.00967289
0.00932132
0.00894779
0.00855459
0.00814413
0.00771891
0.00728144
0.00763614
0.00719839
0.00756296
0.00792542
0.00833647
0.00798851
0.00840023
0.00806192
0.0084735
0.00886835
0.00917305
0.00879588
0.00910947
0.00873184
0.00905426
0.0086773
0.00828317
0.00863401
0.00897541
0.00930486
0.00963596
0.00932935
0.00900899
0.00936549
0.00966362
0.00994636
0.0102114
0.00992625
0.00961962
0.00929339
0.00894974
0.008591
0.00821962
0.00861154
0.00898933
0.00934912
0.00964903
0.00931462
0.0089607
0.00929626
0.00962536
0.00993357
0.0102175
0.00996015
0.00968676
0.00999821
0.0102798
0.0105289
0.0107209
0.0104987
0.0102444
0.0104742
0.010701
0.0108966
0.0110548
0.0108854
0.0106858
0.0104569
0.0102005
0.00991916
0.00961575
0.00991689
0.0101939
0.010448
0.0106745
0.0104479
0.0101977
0.0104565
0.0106797
0.0108791
0.0110534
0.0108758
0.0106767
0.0108781
0.011051
0.011195
0.0113169
0.0111973
0.0110502
0.0112018
0.0113241
0.0114209
0.0114934
0.0114101
0.0113104
0.0111938
0.0110601
0.0109098
0.0107435
0.0109232
0.0107662
0.0109343
0.0110679
0.0109405
0.011061
0.0109396
0.0108063
0.0109294
0.0110225
0.0110898
0.0111791
0.0111246
0.0110462
0.0111511
0.0112149
0.0112569
0.0112811
0.0112141
0.0111361
0.0110468
0.0109461
0.0108338
0.0107098
0.0107805
0.0108341
0.0108739
0.0109695
0.0109382
0.0108942
0.0109961
0.0110306
0.0110533
0.0110668
0.0109909
0.0109027
0.0109235
0.0109386
0.0109486
0.0110148
0.0110117
0.0110044
0.0110734
0.0110747
0.0110719
0.0111197
0.0111276
0.0111321
0.0111322
0.0111261
0.0111117
0.0110864
0.0111655
0.0111819
0.0111884
0.011241
0.0112417
0.0112338
0.0112917
0.0112918
0.0112844
0.0112716
0.0112339
0.0111876
0.0111815
0.0111716
0.0111589
0.0111907
0.0112075
0.0112223
0.0112551
0.0112362
0.0112157
0.0112347
0.0112583
0.0112809
0.0113016
0.0113194
0.0113327
0.0113397
0.0113377
0.0113235
0.0112935
0.0112437
0.0111699
0.011266
0.011182
0.0110687
0.011189
0.0110655
0.0111923
0.0112945
0.0113693
0.0112825
0.0113492
0.0113926
0.0113242
0.0113607
0.0113794
0.0114251
0.0114167
0.011462
0.0114494
0.0114198
0.011478
0.0114426
0.0113854
0.0113034
0.0113987
0.0114619
0.0115028
0.0115506
0.0115244
0.0114785
0.0115436
0.0115738
0.0115869
0.0115858
0.0115602
0.0115246
0.0115305
0.0114952
0.0114975
0.0114884
0.0114612
0.01145
0.0114214
0.0113842
0.0113785
0.0113652
0.0113466
0.0113669
0.01139
0.0114089
0.0114315
0.0114079
0.011381
0.0113523
0.0113412
0.0113245
0.0113002
0.0112746
0.0112485
0.0112577
0.0112859
0.0113139
0.0113226
0.0112926
0.0112629
0.0112647
0.0112956
0.011327
0.0113586
0.0113897
0.0114196
0.0114472
0.0114708
0.0114845
0.0115076
0.0115238
0.0115418
0.0115563
0.0115734
0.0115525
0.0115253
0.0115196
0.011492
0.0114608
0.0114567
0.0114259
0.0113936
0.0113935
0.0114276
0.0114253
0.0114603
0.0114941
0.0114916
0.0115256
0.0115566
0.011583
0.0116025
0.0116127
0.011611
0.0115947
0.0115609
0.0115073
0.0114318
0.0113328
0.0112093
0.011061
0.0108883
0.0106921
0.0104735
0.0102343
0.00997624
0.00970149
0.00941206
0.00974836
0.00946705
0.00980254
0.00952952
0.00924411
0.00959852
0.00986322
0.0101141
0.0103495
0.0100614
0.0103043
0.010015
0.0102655
0.0104982
0.0107372
0.01053
0.0107688
0.0105681
0.0108057
0.0106117
0.0104001
0.0101724
0.00992956
0.0102355
0.0104556
0.0106597
0.0108921
0.0107118
0.010515
0.010767
0.0109404
0.0110971
0.0112368
0.0110554
0.010847
0.0110166
0.0111678
0.0109815
0.0111382
0.0109506
0.0111123
0.0109244
0.0107114
0.0109035
0.0110734
0.0112202
0.011357
0.0112349
0.0110906
0.0112533
0.0113731
0.011472
0.0115501
0.0114569
0.0113436
0.0114436
0.0115211
0.0115772
0.0116315
0.0115929
0.0115352
0.0116085
0.0116485
0.0116716
0.011699
0.0116893
0.0116651
0.0116245
0.0115662
0.011489
0.0113921
0.0112752
0.0114137
0.0113003
0.0114378
0.0113284
0.0112009
0.0113592
0.011464
0.0115516
0.0116222
0.0115289
0.0116023
0.011508
0.0115836
0.0116411
0.0116982
0.0116584
0.0117151
0.0116764
0.0117323
0.0116953
0.0116434
0.0115759
0.0114923
0.011392
0.0112751
0.0111415
0.0109913
0.0111878
0.0110443
0.0112357
0.0110987
0.0112847
0.0111544
0.0113345
0.0112107
0.011072
0.0109185
0.0107504
0.0105679
0.0103713
0.0106529
0.0104637
0.0107379
0.0105559
0.0108225
0.0106478
0.0109065
0.0107391
0.0105579
0.0108296
0.0106557
0.0109191
0.0107526
0.0110074
0.0111529
0.0112849
0.0110719
0.011211
0.0109897
0.011136
0.0112685
0.01106
0.0111995
0.0109832
0.0111299
0.0109059
0.0110596
0.0108282
0.0109891
0.0111355
0.0113242
0.0111991
0.0113807
0.0112623
0.0114369
0.0113251
0.0114924
0.0113872
0.0115471
0.0114484
0.0113365
0.0115086
0.0114034
0.0115676
0.011469
0.0113574
0.0112327
0.0114286
0.0115333
0.0116253
0.0117553
0.0116817
0.0115961
0.0117365
0.0118041
0.0118607
0.0119067
0.0118174
0.0117051
0.011773
0.0116536
0.0117274
0.0116009
0.0116807
0.0117894
0.0118754
0.0118296
0.0119096
0.0118687
0.0119428
0.0119696
0.0119879
0.0119408
0.011963
0.0119111
0.0118403
0.0117483
0.011633
0.0117062
0.0115844
0.0116635
0.0115351
0.01162
0.0114852
0.0115761
0.0114351
0.0112674
0.0113847
0.0114877
0.0115764
0.0114436
0.011538
0.0113999
0.0115001
0.0113571
0.0114629
0.0113153
0.0114267
0.0115532
0.011656
0.0115853
0.0116842
0.0116181
0.0117129
0.0116514
0.0117418
0.0116849
0.0116151
0.0115319
0.0116537
0.0117184
0.0117707
0.0118113
0.0118408
0.0117864
0.0118194
0.0117616
0.011798
0.0117369
0.0117767
0.0117125
0.0116283
0.0115221
0.0116016
0.0116656
0.0117148
0.0117678
0.011735
0.0116887
0.0117557
0.011786
0.0118046
0.0118271
0.0118209
0.0118044
0.0118372
0.0118229
0.0118535
0.0118415
0.0118696
0.01186
0.0118855
0.0118783
0.0118621
0.0118361
0.0117995
0.0117517
0.0116921
0.0117848
0.0117301
0.0118173
0.0117675
0.0118493
0.0118043
0.0118806
0.0119373
0.0119547
0.0119109
0.0119319
0.0118839
0.0119087
0.0118562
0.0118849
0.0118281
0.0118607
0.0118832
0.0119143
0.011904
0.0119319
0.0119244
0.011949
0.0119444
0.0119658
0.0119639
0.0119821
0.0119829
0.0119768
0.0120013
0.0119982
0.0120192
0.012019
0.012012
0.0119976
0.0119749
0.0119435
0.0119026
0.0118515
0.0119431
0.0119791
0.012006
0.0120506
0.012036
0.0120134
0.0120648
0.0120756
0.0120795
0.0120771
0.0120578
0.0120245
0.0120353
0.0120391
0.0120365
0.0120425
0.0120532
0.0120585
0.0120692
0.0120564
0.0120392
0.0120286
0.0120509
0.0120698
0.0120847
0.0120951
0.0121003
0.0120996
0.0121203
0.0121124
0.0120997
0.0120952
0.012114
0.0121289
0.0121394
0.0121448
0.0121577
0.01216
0.0121752
0.0121861
0.0121919
0.0122053
0.0122078
0.0122236
0.012223
0.012241
0.0122374
0.0122574
0.0122511
0.0122264
0.0121995
0.0122144
0.0121888
0.0122017
0.0121776
0.0121884
0.0121659
0.0121745
0.0121537
0.0121407
0.0121226
0.012151
0.0121316
0.0121611
0.0121404
0.0121707
0.0121489
0.01218
0.0122098
0.0122379
0.012264
0.0122488
0.0122763
0.0122592
0.012238
0.012269
0.0122465
0.0122783
0.0122546
0.0122215
0.0121878
0.0122138
0.0121805
0.0122058
0.012229
0.0121975
0.0122196
0.0121889
0.0121572
0.0121246
0.0120915
0.0121169
0.0120841
0.0121089
0.0120766
0.0121008
0.0120691
0.0120926
0.0121133
0.0121299
0.012141
0.0121188
0.0121278
0.0121072
0.0120836
0.0120575
0.0120731
0.0120827
0.0120622
0.0120385
0.0120122
0.0119918
0.0120209
0.0120481
0.0120293
0.0119995
0.0119684
0.0119364
0.0119612
0.0119839
0.0120034
0.0120184
0.0120272
0.0120281
0.0120148
0.0120133
0.0120019
0.0119979
0.0119887
0.0119743
0.011975
0.0119625
0.011961
0.0119503
0.0119466
0.0119378
0.0119318
0.0119249
0.0119167
0.0118965
0.0119012
0.0118983
0.0118885
0.0118845
0.0118762
0.0118705
0.0118637
0.0118563
0.0118508
0.0118418
0.0118376
0.0118381
0.0118305
0.01185
0.0118413
0.0118615
0.0118518
0.0118727
0.0118618
0.0118835
0.0119004
0.0119118
0.0119121
0.011894
0.0118715
0.0118452
0.011816
0.0118361
0.0118071
0.0118265
0.0117978
0.0118165
0.0117879
0.011806
0.0118191
0.0118257
0.0118241
0.0118122
0.0117882
0.0117499
0.0117719
0.0117819
0.0117556
0.0117663
0.0117393
0.0117504
0.0117229
0.0116816
0.0117063
0.0117169
0.0117152
0.0117218
0.011733
0.011734
0.0117498
0.0117392
0.0117203
0.0117122
0.0117372
0.0117556
0.0117658
0.011771
0.0117811
0.0117856
0.0117959
0.0117972
0.0118102
0.0117995
0.0117816
0.0117576
0.0117677
0.0117435
0.0117529
0.0117284
0.0116988
0.0116814
0.0117143
0.0116962
0.0117288
0.01171
0.0117422
0.0117708
0.0117948
0.0118129
0.0118072
0.0117832
0.0117548
0.0117348
0.0117665
0.0117949
0.0117775
0.011746
0.0117121
0.0116767
0.0117007
0.0117228
0.0116884
0.0116523
0.0116752
0.0116388
0.0116611
0.0116242
0.0116458
0.0116654
0.011682
0.0116946
0.0117021
0.011703
0.0116961
0.0116799
0.0116529
0.0116137
0.0116329
0.0116371
0.011629
0.0116371
0.0116533
0.0116594
0.0116756
0.0116609
0.011638
0.011609
0.0116129
0.0116111
0.0115858
0.0115553
0.0115213
0.0115132
0.0115493
0.0115831
0.0115756
0.0115396
0.0115021
0.0114886
0.0115269
0.0115644
0.0116002
0.011633
0.0116611
0.0116828
0.0116824
0.0116552
0.0116231
0.0116093
0.0116442
0.0116757
0.0116638
0.0116294
0.0115926
0.0115544
0.0115721
0.0115876
0.0115502
0.0115118
0.0114733
0.0114568
0.0114951
0.0115338
0.0115158
0.0114773
0.0114395
0.0114028
0.0114193
0.0114353
0.0114504
0.0114641
0.0114759
0.0114853
0.0114484
0.011456
0.0114198
0.0113837
0.01139
0.011355
0.0113593
0.0113607
0.0113278
0.0112954
0.0112637
0.0112603
0.0112925
0.0113255
0.0113207
0.0112873
0.011255
0.0112482
0.0112804
0.0113138
0.0113483
0.0113397
0.0113752
0.0114116
0.0114012
0.0114384
0.0114263
0.0113893
0.0113532
0.0113649
0.0113296
0.0112956
0.0113053
0.0112722
0.0112402
0.0112313
0.0112628
0.0112527
0.0112849
0.0113184
0.0113064
0.0113406
0.0113761
0.0114128
0.0113981
0.0113621
0.0113274
0.0113137
0.0113476
0.0113828
0.0113672
0.0113329
0.0112999
0.0112682
0.0112811
0.0112939
0.0112618
0.0112736
0.011242
0.0112117
0.0112217
0.011192
0.011201
0.0112095
0.0112172
0.0112239
0.0112292
0.0112329
0.0112345
0.0112336
0.0112296
0.0112222
0.0112106
0.0111942
0.0111724
0.0111443
0.0111093
0.011066
0.0110148
0.0109543
0.0108836
0.0108019
0.0107083
0.0106022
0.0104827
0.0103494
0.0102013
0.0100379
0.00985861
0.00966292
0.00945036
0.00922056
0.00897319
0.00870801
0.00842482
0.0081235
0.00780398
0.00746621
0.00711018
0.00673586
0.0063432
0.00593207
0.00550222
0.00505323
0.00458417
0.00409373
0.00357946
0.00303719
0.002466
0.00187571
0.0012949
0.0013124
0.001905
0.00193316
0.00132942
0.00134593
0.00196036
0.00198651
0.00136195
0.00137751
0.00201175
0.00203611
0.00139248
0.001407
0.00205972
0.00271718
0.0026852
0.00265205
0.0026177
0.00258207
0.00254477
0.00250651
0.00308724
0.00313531
0.003182
0.00374898
0.00369475
0.0036383
0.00416031
0.00422419
0.00428558
0.00434466
0.0038009
0.00322627
0.0032688
0.00331003
0.00334968
0.00394689
0.0039005
0.0038516
0.00440173
0.0044567
0.00451027
0.00456255
0.00399238
0.00338817
0.00274812
0.00208262
0.00142146
0.00143544
0.00210476
0.00212594
0.00144894
0.00146221
0.00214657
0.00216719
0.00147516
0.00148777
0.00218685
0.0022061
0.00150013
0.00151223
0.00222492
0.00294079
0.00291505
0.00288929
0.00286284
0.00283529
0.00280704
0.00277804
0.00342541
0.0034616
0.00349678
0.00412078
0.00407912
0.0040363
0.0046123
0.00466121
0.00470876
0.00475529
0.00416144
0.00353104
0.00356439
0.00359707
0.00362918
0.00427828
0.0042401
0.00420117
0.00480082
0.00484548
0.00488936
0.00546602
0.0054171
0.00536732
0.0053167
0.0052649
0.00521231
0.00515745
0.00510155
0.00504429
0.0049852
0.00492425
0.00486119
0.00479588
0.00472809
0.0046576
0.00513266
0.00520893
0.00528232
0.00574614
0.005668
0.00558679
0.00602088
0.00610613
0.00618812
0.00626712
0.00582145
0.00535306
0.00542136
0.00548743
0.00555148
0.00603269
0.00596452
0.00589417
0.00634336
0.00641707
0.00648848
0.00691894
0.00684528
0.00676915
0.00669033
0.0066086
0.00652369
0.00643532
0.00683034
0.00692086
0.00700772
0.00738557
0.00729774
0.00720605
0.00756249
0.00765437
0.0077422
0.00782628
0.00746986
0.00709123
0.00717164
0.00724919
0.00732412
0.00770404
0.00762885
0.00755087
0.0079069
0.00798433
0.0080588
0.00813053
0.00777665
0.00739662
0.00699034
0.00655776
0.00609888
0.00561364
0.00567415
0.00573303
0.00579076
0.00628723
0.00622598
0.00616326
0.0066251
0.00669067
0.00675463
0.00681711
0.00634704
0.0058476
0.00590232
0.00595646
0.00600958
0.00652011
0.00646393
0.00640592
0.00687829
0.00693817
0.00699735
0.00744082
0.0073807
0.00731942
0.0072568
0.00719273
0.00712707
0.00705966
0.0074669
0.00753513
0.00760147
0.00798089
0.0079149
0.00784688
0.00819972
0.00826656
0.00833123
0.00839386
0.008045
0.00766607
0.00772908
0.00779063
0.00785085
0.00822743
0.00816814
0.00810737
0.00845462
0.00851362
0.00857101
0.00862688
0.00828535
0.00790982
0.00749975
0.00705551
0.00657581
0.00606201
0.00551425
0.00493255
0.00431576
0.0036605
0.00296574
0.00224327
0.00152409
0.00153573
0.00226123
0.00227886
0.00154716
0.0015584
0.00229615
0.00231314
0.00156948
0.00158039
0.00232988
0.00234638
0.00159115
0.00160179
0.00236268
0.00312893
0.00310648
0.00308382
0.0030609
0.0030377
0.0030141
0.00299009
0.00369096
0.00372132
0.0037515
0.00442531
0.00438918
0.00435265
0.00497516
0.00501729
0.00505899
0.00510032
0.00446099
0.00378098
0.00381021
0.00383926
0.00386815
0.00456671
0.00453136
0.00449614
0.00514138
0.00518238
0.00522332
0.00526419
0.00460174
0.00389687
0.0031512
0.00237879
0.0016123
0.00162271
0.00239475
0.00241059
0.00163303
0.00164326
0.00242633
0.002442
0.00165343
0.00166354
0.00245763
0.00247325
0.00167361
0.00168365
0.00248889
0.00330612
0.00328376
0.00326157
0.00323947
0.00321744
0.00319541
0.00317335
0.00392554
0.00395422
0.00398296
0.00470731
0.00467198
0.00463682
0.00530516
0.0053463
0.00538754
0.00542916
0.00474291
0.00401184
0.00404091
0.00407024
0.00409991
0.00485202
0.00481519
0.00477886
0.00547143
0.00551405
0.00555728
0.00621448
0.00616605
0.00611826
0.00607097
0.00602418
0.00597778
0.00593164
0.00588568
0.00583982
0.00579395
0.005748
0.00570193
0.00565561
0.00560895
0.00556186
0.00611377
0.00616497
0.0062157
0.00673874
0.00668498
0.00663069
0.00711233
0.0071686
0.00722422
0.0072793
0.00679205
0.00626606
0.00631615
0.00636606
0.00641586
0.00695029
0.00689775
0.00684503
0.00733394
0.00738822
0.00744221
0.00789107
0.00783692
0.00778236
0.00772728
0.00767168
0.00761541
0.00755823
0.0079677
0.00802472
0.00808114
0.00845194
0.00839755
0.00834203
0.00868135
0.0087345
0.00878641
0.00883717
0.00850567
0.00813597
0.00819029
0.00824391
0.00829695
0.00866066
0.00860987
0.00855836
0.008887
0.0089361
0.0089836
0.00903036
0.00871078
0.00834948
0.00794486
0.007496
0.00700274
0.00646564
0.00651549
0.00656549
0.00661574
0.00716037
0.0071077
0.00705518
0.00754966
0.00760326
0.00765688
0.00771059
0.00721329
0.00666634
0.00671736
0.00676887
0.00682098
0.00737423
0.00732014
0.00726652
0.00776444
0.00781852
0.00787289
0.00831673
0.00826371
0.00821074
0.00815777
0.00810476
0.00805164
0.00799836
0.00840154
0.00845318
0.00850447
0.00885742
0.00880911
0.00876025
0.00907627
0.0091214
0.00916578
0.00920943
0.00890519
0.00855544
0.00860615
0.00865662
0.0087069
0.00904566
0.00899929
0.00895247
0.00925238
0.00929465
0.00933625
0.00958257
0.00954631
0.0095092
0.00947122
0.00943237
0.00939263
0.00935198
0.0093104
0.00926762
0.00922349
0.00917862
0.00913253
0.00908524
0.00903666
0.00898671
0.00893531
0.00888235
0.00882776
0.0087714
0.00871316
0.0086529
0.00859048
0.00852574
0.0084585
0.00838859
0.00831578
0.00823986
0.00816057
0.00807765
0.0079908
0.00789969
0.00821771
0.0083071
0.00839205
0.00868556
0.00860339
0.00851661
0.00879652
0.00887986
0.00895843
0.00903262
0.00876346
0.00847289
0.00854993
0.00862346
0.00869372
0.00897466
0.00890773
0.00883742
0.00910274
0.00916911
0.009232
0.00946648
0.00940822
0.00934642
0.00928079
0.00921103
0.00913677
0.00905764
0.00930023
0.00937448
0.00944378
0.00965721
0.00959341
0.00952462
0.00973123
0.00979407
0.00985195
0.00990531
0.00971645
0.00950853
0.00956909
0.0096258
0.00967895
0.0098704
0.00982273
0.00977152
0.00995453
0.00999996
0.0100419
0.0100806
0.00991479
0.00972879
0.00952145
0.00929166
0.00903845
0.00876096
0.00882539
0.00888719
0.00894655
0.00921303
0.00915745
0.00909931
0.00934831
0.00940216
0.00945339
0.00950217
0.00926624
0.00900363
0.00905857
0.0091115
0.00916256
0.00941299
0.00936609
0.00931721
0.00954864
0.00959295
0.00963523
0.00983104
0.00979373
0.00975434
0.00971276
0.00966884
0.00962243
0.00957336
0.00977556
0.00981948
0.00986074
0.0100306
0.00999466
0.00995614
0.0101164
0.0101494
0.0101799
0.0102079
0.010064
0.0098995
0.00993593
0.00997017
0.0100023
0.0101511
0.0101241
0.0100951
0.0102338
0.0102575
0.0102793
0.0103891
0.0103723
0.0103536
0.010333
0.0103102
0.0102852
0.0102577
0.0102276
0.0101946
0.0101585
0.0101191
0.0100759
0.0100287
0.00997708
0.00992055
0.0100931
0.0101431
0.0101883
0.0103314
0.0102928
0.0102496
0.0103907
0.0104271
0.0104592
0.0104874
0.010366
0.0102291
0.0102661
0.0102996
0.0103298
0.0104486
0.0104242
0.0103968
0.0105121
0.0105337
0.0105524
0.0106425
0.0106291
0.0106132
0.0105943
0.0105723
0.0105467
0.0105171
0.0106295
0.0106526
0.0106719
0.0107589
0.0107456
0.0107289
0.010816
0.0108266
0.0108342
0.0108392
0.0107693
0.010688
0.0107011
0.0107117
0.0107199
0.0107863
0.0107826
0.0107771
0.010842
0.0108429
0.010842
0.0108396
0.0107879
0.0107264
0.0106535
0.0105686
0.0104702
0.010357
0.0103816
0.0104036
0.0104233
0.0105207
0.0105061
0.0104893
0.0105825
0.0105943
0.0106045
0.0106127
0.0105335
0.0104409
0.0104565
0.0104702
0.0104824
0.0105617
0.010554
0.0105446
0.0106191
0.0106239
0.0106273
0.0106817
0.010682
0.0106811
0.0106789
0.0106752
0.0106699
0.0106627
0.0107308
0.0107334
0.0107345
0.0107839
0.0107866
0.010788
0.0108358
0.0108307
0.0108246
0.0108176
0.01078
0.0107342
0.0107327
0.01073
0.0107263
0.0107626
0.0107693
0.0107751
0.0108097
0.0108011
0.0107918
0.0107819
0.0107551
0.0107217
0.0106802
0.0106295
0.0105678
0.0104931
0.0104041
0.0102993
0.0101761
0.0100326
0.0098664
0.00967557
0.00945803
0.00921185
0.00925948
0.00930553
0.00935009
0.00958294
0.00954292
0.00950131
0.00971409
0.00975088
0.00978602
0.00981959
0.00962145
0.00939323
0.00943502
0.00947551
0.00951476
0.00972853
0.00969419
0.00965851
0.00985165
0.00988226
0.00991148
0.0100667
0.0100426
0.0100171
0.00999019
0.00996172
0.00993165
0.0098999
0.0100609
0.0100875
0.0101125
0.0102408
0.0102209
0.0101994
0.0103175
0.0103342
0.0103492
0.0103628
0.0102592
0.0101359
0.0101577
0.0101781
0.0101971
0.0103058
0.0102916
0.0102761
0.010375
0.0103859
0.0103956
0.0104041
0.0103186
0.0102148
0.0100894
0.00993936
0.00976159
0.00955312
0.00959025
0.00962588
0.0096605
0.00985374
0.00982452
0.00979365
0.00996594
0.00999151
0.0100158
0.0100385
0.00988189
0.00969411
0.00972671
0.00975832
0.00978894
0.00995988
0.00993496
0.00990896
0.0100601
0.0100805
0.0100999
0.0102133
0.0101992
0.010184
0.0101678
0.01015
0.0101308
0.0101107
0.0102311
0.0102462
0.0102601
0.0103499
0.0103407
0.0103303
0.0104115
0.0104178
0.0104231
0.0104273
0.0103583
0.0102732
0.0102848
0.010295
0.0103038
0.0103761
0.0103714
0.0103659
0.0104304
0.0104321
0.0104333
0.0104775
0.0104795
0.0104805
0.0104813
0.0104811
0.0104798
0.0104775
0.0104742
0.0104699
0.0104643
0.0104575
0.0104495
0.0104402
0.0104295
0.0104176
0.0105023
0.01051
0.0105163
0.0105784
0.0105761
0.0105726
0.0106304
0.0106302
0.0106291
0.0106269
0.0105796
0.0105213
0.0105251
0.0105278
0.0105294
0.0105773
0.010579
0.0105798
0.0106239
0.01062
0.0106154
0.0106455
0.0106526
0.0106591
0.010665
0.01067
0.0106743
0.0106777
0.0107162
0.0107099
0.0107029
0.0107289
0.0107382
0.010747
0.0107715
0.0107606
0.0107493
0.0107376
0.0107191
0.0106952
0.010687
0.0106782
0.0106689
0.010687
0.010698
0.0107088
0.0107255
0.0107132
0.0107007
0.0106879
0.0106756
0.0106592
0.0106377
0.0106101
0.0105748
0.0105301
0.0105299
0.0105287
0.0105268
0.0105624
0.0105673
0.0105714
0.0106041
0.0105975
0.0105899
0.0105815
0.0105563
0.0105235
0.0105196
0.0105163
0.0105115
0.0105374
0.0105444
0.0105502
0.0105737
0.0105656
0.0105568
0.0105713
0.0105816
0.0105914
0.0106009
0.0106109
0.0106207
0.0106295
0.010649
0.0106383
0.0106267
0.0106386
0.0106515
0.0106639
0.0106749
0.0106612
0.0106475
0.0106347
0.0106267
0.0106157
0.0106047
0.0105934
0.0105819
0.0105895
0.010602
0.0106144
0.0106214
0.0106081
0.0105949
0.0105807
0.010576
0.0105693
0.0105598
0.0105469
0.0105293
0.0105058
0.0104746
0.0104337
0.0103805
0.0103119
0.0102259
0.0101182
0.00998373
0.00981856
0.00961797
0.00937719
0.00909161
0.00875701
0.00836986
0.0079276
0.00742887
0.00687377
0.00626366
0.00560122
0.00488944
0.00412999
0.00332869
0.00250458
0.00169368
0.00170371
0.00252036
0.00253626
0.00171375
0.00172383
0.00255231
0.00256857
0.00173396
0.00174415
0.00258507
0.00260186
0.00175442
0.0017648
0.00261898
0.00349787
0.00347199
0.00344682
0.00342227
0.00339825
0.00337469
0.00335152
0.00416055
0.00419168
0.00422348
0.00500618
0.00496641
0.00492753
0.00564597
0.00569162
0.00573829
0.0057862
0.00504696
0.00425602
0.00428942
0.00432379
0.00435925
0.00517646
0.00513194
0.00508884
0.00583535
0.00588577
0.00593783
0.0059916
0.0052225
0.00439594
0.00352455
0.0026365
0.0017753
0.00178595
0.00265448
0.00267298
0.00179678
0.00180782
0.00269209
0.0027119
0.00181909
0.00183065
0.00273249
0.00275399
0.00184252
0.00185477
0.00277653
0.00374456
0.00370841
0.00367417
0.0036416
0.00361053
0.00358076
0.00355214
0.00443399
0.00447358
0.00451486
0.00537201
0.00531998
0.00527023
0.00604725
0.00610497
0.00616492
0.00622718
0.00542579
0.00455794
0.00460318
0.00465074
0.00470128
0.00560425
0.00554171
0.00548232
0.00629219
0.0063601
0.00643117
0.00717098
0.00709556
0.00702301
0.00695313
0.00688577
0.0068207
0.00675776
0.0066968
0.00663767
0.00658023
0.00652436
0.00646988
0.00641667
0.00636464
0.00631367
0.00692735
0.0069818
0.00703723
0.0075969
0.00754013
0.00748415
0.00798272
0.00803832
0.00809443
0.00815113
0.00765453
0.00709373
0.00715139
0.00721032
0.00727065
0.00783339
0.0077727
0.0077131
0.00820846
0.00826647
0.00832521
0.00874779
0.00869295
0.00863843
0.00858422
0.00853028
0.0084766
0.00842314
0.00880699
0.00885686
0.00890663
0.00922704
0.00918229
0.00913715
0.00941748
0.00945713
0.00949611
0.00953443
0.00927139
0.00895632
0.00900593
0.00905546
0.00910492
0.00940196
0.00935886
0.00931534
0.00957209
0.00960899
0.00964525
0.00968077
0.00944459
0.00915428
0.00880295
0.00838471
0.00789525
0.00733248
0.00739591
0.00746106
0.00752804
0.00808859
0.00802278
0.00795836
0.00844501
0.00850614
0.00856811
0.00863095
0.00815584
0.00759698
0.007668
0.00774122
0.00781675
0.00836683
0.00829491
0.0082246
0.00869465
0.00875921
0.00882461
0.00919713
0.00914018
0.00908336
0.00902674
0.00897036
0.00891425
0.00885843
0.00920351
0.0092526
0.0093015
0.00956927
0.00952826
0.00948667
0.00971522
0.00974904
0.00978204
0.00981398
0.00960961
0.00935015
0.00939845
0.00944638
0.00949391
0.00972565
0.00968766
0.00964909
0.00984484
0.0098746
0.00990325
0.00993059
0.00976249
0.00954082
0.0092541
0.00889079
0.00844037
0.00789472
0.00724947
0.00650564
0.00567011
0.0047549
0.00378279
0.00280024
0.00186745
0.00188064
0.00282532
0.00285199
0.00189442
0.00190888
0.00288048
0.00291111
0.00192416
0.00194039
0.00294407
0.00297981
0.00195778
0.00197659
0.00301903
0.00414046
0.00407612
0.00401814
0.00396365
0.00391304
0.00386665
0.0038233
0.00481082
0.00487105
0.00493539
0.00589162
0.0058133
0.00573954
0.00658382
0.00666612
0.00675281
0.00684429
0.00597501
0.00500447
0.00507859
0.00515842
0.00524521
0.00626108
0.00615903
0.00606393
0.00694095
0.00704323
0.00715159
0.00726648
0.00637069
0.00533947
0.00421089
0.00306209
0.00199707
0.00201965
0.00311082
0.00316495
0.0020446
0.00207259
0.00322392
0.00329276
0.0021047
0.00214154
0.00337118
0.00346212
0.00218617
0.00223896
0.00356768
0.00499288
0.00483621
0.00469881
0.00457771
0.00447011
0.00437462
0.00428869
0.00544229
0.00555477
0.00567834
0.00675359
0.006616
0.00648871
0.00738837
0.00751774
0.00765504
0.00780066
0.00690253
0.00581473
0.00596556
0.006133
0.00631943
0.00742833
0.00723877
0.00706387
0.00795488
0.00811785
0.00828949
0.00892249
0.00878076
0.00864205
0.0085072
0.00837678
0.0082511
0.00813033
0.0080145
0.00790356
0.00779737
0.00769578
0.0075986
0.0075056
0.00741656
0.00733125
0.00797523
0.00805838
0.00814428
0.00867081
0.00859237
0.00851555
0.00895771
0.00902528
0.00909339
0.00916191
0.0087508
0.00823298
0.00832453
0.00841895
0.00851622
0.008999
0.00891506
0.00883226
0.00923067
0.00929946
0.00936801
0.00964218
0.00958921
0.00953499
0.00947987
0.00942406
0.00936771
0.009311
0.00958703
0.00963241
0.00967683
0.00986566
0.00983262
0.00979818
0.00995655
0.00998105
0.010004
0.0100252
0.00989714
0.00971994
0.00976166
0.00980213
0.00984067
0.00998101
0.009955
0.00992696
0.0100448
0.0100624
0.0100781
0.0100917
0.0100048
0.00987716
0.00969363
0.009436
0.00908384
0.00861623
0.00871885
0.00882382
0.00893078
0.00934017
0.00925488
0.00916927
0.00950307
0.00956877
0.00963258
0.00969411
0.00942458
0.00903926
0.00914858
0.00925787
0.00936605
0.00966428
0.00958758
0.00950734
0.00975269
0.00980761
0.00985797
0.00997949
0.00994953
0.00991518
0.00987678
0.00983503
0.00979067
0.00974324
0.00991136
0.00994299
0.00997173
0.0100616
0.0100453
0.0100263
0.0101032
0.0101124
0.0101194
0.0101242
0.0100752
0.00999751
0.01002
0.0100389
0.0100541
0.0100988
0.0100938
0.010086
0.0101266
0.0101269
0.0101251
0.0101401
0.0101465
0.0101514
0.0101545
0.010156
0.0101556
0.0101535
0.0101496
0.0101439
0.0101364
0.0101271
0.0101161
0.0101034
0.010089
0.0100732
0.0100558
0.0100369
0.0100167
0.00999517
0.0099724
0.00994842
0.00992327
0.00989703
0.0098698
0.0098414
0.00981217
0.00978221
0.00975103
0.00971908
0.00968623
0.00965252
0.00984718
0.00987479
0.00990148
0.0100484
0.010028
0.0100065
0.010135
0.0101509
0.0101661
0.01018
0.0100681
0.00992686
0.00995148
0.00997512
0.00999764
0.0101202
0.0101039
0.0100866
0.0101928
0.0102045
0.010215
0.0102875
0.0102819
0.0102753
0.0102676
0.0102588
0.0102489
0.0102378
0.0103194
0.0103258
0.0103311
0.0103874
0.0103861
0.0103838
0.0104332
0.0104319
0.0104297
0.0104268
0.0103877
0.0103355
0.0103389
0.0103413
0.0103427
0.0103835
0.0103857
0.0103871
0.0104231
0.0104187
0.0104136
0.0104078
0.0103806
0.0103432
0.0102921
0.0102245
0.0101353
0.0100191
0.0100394
0.0100585
0.0100765
0.0101736
0.010162
0.0101492
0.0102328
0.0102401
0.0102462
0.0102512
0.010184
0.0100932
0.0101087
0.0101229
0.0101358
0.0102079
0.0102012
0.0101932
0.0102551
0.010258
0.0102598
0.0102965
0.0102988
0.0103003
0.0103007
0.0103
0.0102984
0.0102958
0.0103427
0.0103414
0.0103391
0.010367
0.0103723
0.0103768
0.0104014
0.0103945
0.0103869
0.0103787
0.0103611
0.010336
0.0103321
0.0103274
0.0103219
0.0103394
0.0103473
0.0103545
0.0103701
0.0103609
0.0103513
0.0103593
0.0103702
0.0103808
0.010391
0.0104008
0.0104102
0.0104191
0.0104275
0.0104355
0.0104429
0.0104497
0.010456
0.0104616
0.0104666
0.0104709
0.0104995
0.0104927
0.0104854
0.010503
0.0105121
0.0105209
0.0105368
0.0105264
0.0105157
0.0105048
0.0104934
0.0104776
0.0104693
0.0104605
0.0104512
0.0104624
0.0104731
0.0104834
0.0104935
0.010482
0.0104703
0.0104757
0.0104883
0.0105007
0.0105129
0.0105249
0.0105367
0.0105484
0.0105567
0.0105441
0.0105314
0.0105359
0.0105493
0.0105626
0.0105667
0.0105528
0.0105389
0.010525
0.0105224
0.0105186
0.0105056
0.0104926
0.0104794
0.0104818
0.0104954
0.0105089
0.0105111
0.0104972
0.0104834
0.0104695
0.0104682
0.0104662
0.0104631
0.0104584
0.0104515
0.0104416
0.0104315
0.0104211
0.0104104
0.010417
0.0104287
0.0104402
0.0104462
0.0104339
0.0104214
0.0104088
0.010405
0.0103994
0.010388
0.0103764
0.0103646
0.0103681
0.0103805
0.0103929
0.0103961
0.0103832
0.0103703
0.0103716
0.0103849
0.0103981
0.0104112
0.0104243
0.0104373
0.0104502
0.0104529
0.0104396
0.0104262
0.0104274
0.010441
0.0104546
0.0104556
0.0104418
0.010428
0.0104142
0.0104137
0.0104128
0.0103994
0.0103859
0.0103725
0.0103729
0.0103865
0.0104001
0.0104005
0.0103868
0.0103731
0.0103595
0.0103593
0.010359
0.0103583
0.0103572
0.0103554
0.0103526
0.0103481
0.0103413
0.010331
0.0103157
0.0102932
0.0102604
0.0102133
0.0101474
0.0101575
0.0101662
0.0101735
0.0102223
0.0102205
0.0102176
0.01026
0.0102584
0.0102557
0.010252
0.0102228
0.0101793
0.0101836
0.0101864
0.0101878
0.0102167
0.0102199
0.010222
0.0102473
0.0102417
0.0102351
0.0102468
0.0102557
0.0102638
0.0102713
0.010278
0.0102839
0.010289
0.0103087
0.0103011
0.0102928
0.0103026
0.0103125
0.010322
0.0103308
0.01032
0.0103088
0.0102974
0.0102921
0.010284
0.0102745
0.0102646
0.0102541
0.0102587
0.0102702
0.0102813
0.0102856
0.0102736
0.0102614
0.010249
0.0102469
0.0102432
0.0102373
0.0102276
0.0102122
0.0101877
0.0101861
0.0101831
0.0101786
0.0101924
0.0102
0.0102066
0.0102194
0.0102104
0.0102006
0.0101903
0.0101838
0.0101729
0.0101659
0.0101578
0.0101487
0.0101535
0.0101643
0.0101744
0.0101793
0.0101679
0.0101561
0.0101575
0.01017
0.0101821
0.010194
0.0102055
0.0102166
0.0102272
0.010232
0.0102203
0.0102084
0.01021
0.0102225
0.0102348
0.0102365
0.0102238
0.010211
0.0101981
0.0101974
0.0101962
0.0101837
0.0101711
0.0101583
0.0101587
0.0101717
0.0101846
0.0101851
0.010172
0.0101589
0.0101591
0.0101722
0.0101853
0.0101984
0.0102115
0.0102245
0.0102374
0.0102503
0.0102631
0.0102757
0.0102883
0.0103006
0.0103128
0.0103248
0.0103366
0.0103403
0.0103279
0.0103154
0.0103169
0.0103298
0.0103427
0.0103442
0.010331
0.0103178
0.0103046
0.0103039
0.0103027
0.0102899
0.010277
0.0102641
0.0102646
0.0102778
0.0102909
0.0102914
0.0102782
0.010265
0.0102651
0.0102784
0.0102917
0.0103051
0.0103184
0.0103317
0.010345
0.0103455
0.0103321
0.0103187
0.0103188
0.0103323
0.0103458
0.0103459
0.0103323
0.0103188
0.0103053
0.0103053
0.0103053
0.0102919
0.0102785
0.0102652
0.0102652
0.0102785
0.0102919
0.0102919
0.0102785
0.0102651
0.0102518
0.0102518
0.0102519
0.0102518
0.0102517
0.0102515
0.0102511
0.010238
0.0102249
0.0102118
0.0102119
0.0102251
0.0102383
0.0102385
0.0102252
0.010212
0.0101988
0.0101988
0.0101986
0.0101855
0.0101723
0.0101591
0.0101591
0.0101723
0.0101856
0.0101856
0.0101724
0.0101592
0.0101592
0.0101724
0.0101856
0.0101988
0.010212
0.0102253
0.0102385
0.0102386
0.0102253
0.010212
0.010212
0.0102253
0.0102385
0.0102385
0.0102252
0.010212
0.0101987
0.0101988
0.0101988
0.0101856
0.0101723
0.0101591
0.0101591
0.0101723
0.0101855
0.0101855
0.0101723
0.0101591
0.0101591
0.0101723
0.0101855
0.0101987
0.0102119
0.0102252
0.0102384
0.0102517
0.0102651
0.0102784
0.0102918
0.0103053
0.0103187
0.0103323
0.0103459
0.0103595
0.0103731
0.0103869
0.0104006
0.0104145
0.0104283
0.0104422
0.0104562
0.0104702
0.0104843
0.0104983
0.0105125
0.0105267
0.0105409
0.0105551
0.0105694
0.0105838
0.0105985
0.0106124
0.0106263
0.0106404
0.010654
0.0106682
0.0106829
0.010697
0.0107109
0.0107247
0.0107383
0.0107517
0.010765
0.0107779
0.0107906
0.010803
0.010815
0.0108265
0.0108376
0.0108481
0.0108579
0.010867
0.0108752
0.0108825
0.0108887
0.0108937
0.0108971
0.0108989
0.0108989
0.0108966
0.0108917
0.0109567
0.0109563
0.0109538
0.0109998
0.0110068
0.0110119
0.0110584
0.0110489
0.0110379
0.0110257
0.0109913
0.0109493
0.0109433
0.0109359
0.0109274
0.0109589
0.0109707
0.0109815
0.0110127
0.0109988
0.0109844
0.0110044
0.0110212
0.0110376
0.0110536
0.0110689
0.0110834
0.0110968
0.0111283
0.0111112
0.0110937
0.011113
0.0111332
0.0111531
0.0111722
0.0111499
0.0111274
0.0111051
0.0110926
0.0110756
0.0110572
0.0110385
0.0110197
0.0110312
0.0110516
0.0110721
0.011083
0.011061
0.0110392
0.0110177
0.0110109
0.0110009
0.0109873
0.0109694
0.0109465
0.0109179
0.0109075
0.0108964
0.0108847
0.010906
0.0109199
0.0109335
0.0109541
0.0109384
0.0109225
0.0109065
0.0108916
0.0108725
0.0108597
0.0108466
0.0108331
0.0108471
0.0108622
0.010877
0.0108903
0.0108739
0.0108576
0.0108652
0.0108826
0.0109001
0.0109176
0.0109351
0.0109526
0.01097
0.010982
0.0109632
0.0109444
0.0109509
0.0109707
0.0109907
0.0109965
0.0109756
0.010955
0.0109347
0.0109312
0.0109257
0.0109071
0.0108887
0.0108704
0.0108738
0.0108927
0.0109118
0.0109147
0.010895
0.0108756
0.0108761
0.0108959
0.0109159
0.0109364
0.0109572
0.0109785
0.0110001
0.0110221
0.0110445
0.0110673
0.0110904
0.0111139
0.0111378
0.0111619
0.0111863
0.011196
0.0111701
0.0111446
0.0111483
0.0111749
0.011202
0.0112049
0.0111768
0.0111496
0.011123
0.0111224
0.0111195
0.011095
0.0110709
0.0110473
0.0110482
0.0110724
0.0110971
0.0110971
0.011072
0.0110475
0.0110455
0.0110702
0.0110955
0.0111217
0.0111486
0.0111764
0.011205
0.011203
0.011174
0.011146
0.0111419
0.01117
0.0111991
0.0111938
0.0111648
0.0111368
0.0111098
0.0111148
0.0111189
0.0110926
0.0110671
0.0110424
0.0110385
0.0110631
0.0110885
0.0110836
0.0110584
0.0110339
0.0110102
0.0110146
0.0110184
0.0110215
0.0110237
0.0110247
0.0110243
0.0110017
0.0109796
0.0109579
0.0109574
0.0109793
0.0110017
0.0110005
0.0109779
0.0109558
0.0109343
0.010936
0.0109367
0.010916
0.0108956
0.0108757
0.0108745
0.0108945
0.010915
0.0109133
0.0108927
0.0108727
0.0108704
0.0108904
0.0109109
0.0109319
0.0109534
0.0109755
0.0109982
0.0109951
0.0109725
0.0109504
0.010947
0.0109689
0.0109914
0.0109872
0.0109648
0.0109431
0.0109219
0.0109256
0.010929
0.010908
0.0108876
0.0108677
0.0108647
0.0108845
0.0109048
0.0109013
0.0108812
0.0108616
0.0108424
0.0108454
0.0108482
0.0108508
0.010853
0.0108549
0.0108562
0.0108568
0.0108565
0.0108551
0.0108523
0.0108478
0.0108412
0.0108319
0.0108194
0.0108054
0.0107912
0.0107769
0.0107857
0.0108012
0.0108166
0.0108247
0.0108084
0.010792
0.0107757
0.0107702
0.0107624
0.0107478
0.0107331
0.0107184
0.0107237
0.0107392
0.0107547
0.0107595
0.0107433
0.0107273
0.0107295
0.010746
0.0107626
0.0107794
0.0107963
0.0108134
0.0108305
0.0108344
0.0108166
0.010799
0.0108005
0.0108185
0.0108366
0.0108377
0.0108192
0.010801
0.010783
0.0107828
0.0107817
0.0107645
0.0107475
0.0107307
0.0107311
0.0107481
0.0107653
0.0107654
0.0107479
0.0107308
0.0107132
0.0107138
0.0107137
0.010713
0.0107113
0.0107083
0.0107036
0.0106886
0.0106731
0.0106586
0.0106618
0.0106765
0.0106924
0.0106948
0.0106787
0.0106637
0.0106484
0.0106468
0.0106443
0.0106296
0.0106153
0.0106009
0.0106023
0.0106171
0.0106318
0.010633
0.0106182
0.010603
0.0106032
0.0106186
0.0106337
0.0106491
0.0106648
0.0106802
0.0106962
0.0106967
0.0106808
0.0106651
0.010665
0.0106809
0.0106967
0.0106964
0.0106805
0.0106645
0.0106485
0.010649
0.0106493
0.0106338
0.0106186
0.010603
0.0106025
0.0106183
0.0106335
0.010633
0.0106176
0.0106018
0.0106009
0.0106167
0.0106323
0.0106477
0.0106637
0.0106798
0.0106958
0.0107123
0.0107299
0.0107473
0.0107648
0.0107826
0.0108006
0.010819
0.0108377
0.010837
0.0108182
0.0107997
0.0107983
0.0108168
0.0108356
0.0108338
0.010815
0.0107965
0.0107784
0.0107802
0.0107816
0.0107638
0.0107463
0.0107286
0.010727
0.0107448
0.0107623
0.0107607
0.0107431
0.0107253
0.0107234
0.010741
0.0107588
0.0107765
0.0107945
0.0108129
0.0108316
0.0108292
0.0108105
0.0107922
0.0107898
0.010808
0.0108265
0.0108236
0.0108053
0.0107873
0.0107697
0.010772
0.0107743
0.0107567
0.0107389
0.0107217
0.01072
0.0107366
0.0107544
0.0107519
0.0107344
0.0107182
0.010702
0.0107038
0.0107055
0.0107071
0.0107086
0.0107099
0.0107111
0.0106949
0.0106788
0.0106626
0.0106614
0.0106775
0.0106938
0.0106924
0.0106762
0.0106601
0.0106446
0.0106457
0.0106468
0.0106314
0.0106157
0.0106
0.010599
0.0106145
0.0106304
0.0106291
0.0106133
0.0105979
0.0105967
0.0106121
0.0106278
0.0106434
0.0106588
0.0106747
0.0106909
0.0106893
0.0106732
0.0106574
0.010656
0.0106716
0.0106876
0.0106859
0.01067
0.0106546
0.0106391
0.0106407
0.0106421
0.0106263
0.0106108
0.0105955
0.0105943
0.0106095
0.0106249
0.0106235
0.0106082
0.0105931
0.0105919
0.0106068
0.010622
0.0106375
0.0106531
0.0106684
0.0106841
0.0107001
0.0107163
0.0107324
0.0107494
0.0107671
0.0107847
0.0108025
0.0108207
0.0108393
0.0108583
0.0108777
0.0108976
0.010918
0.010939
0.0109605
0.0109826
0.0110054
0.0110289
0.0110531
0.0110781
0.011104
0.0111308
0.0111585
0.0111873
0.0111799
0.0111514
0.0111241
0.0111168
0.0111438
0.0111719
0.0111634
0.0111359
0.0111093
0.0110837
0.0110908
0.0110976
0.011072
0.0110473
0.0110234
0.0110177
0.0110413
0.0110656
0.011059
0.0110351
0.0110119
0.0110059
0.0110287
0.0110522
0.0110765
0.0111016
0.0111277
0.0111545
0.0111825
0.011173
0.0112014
0.011231
0.0112198
0.0112499
0.0112378
0.0112086
0.0111806
0.011191
0.0111632
0.0111366
0.0111456
0.0111192
0.0110937
0.0110858
0.0111107
0.0111023
0.0111276
0.0111536
0.011144
0.0111702
0.0111975
0.0112259
0.0112554
0.0112861
0.0113181
0.0113514
0.011386
0.0114218
0.0114588
0.0114967
0.0115352
0.0115737
0.0116116
0.0116481
0.0116294
0.0115918
0.0115534
0.0115323
0.0115705
0.0116086
0.0115864
0.0115485
0.0115107
0.0114737
0.0114944
0.011515
0.0114771
0.01144
0.011404
0.0113862
0.0114212
0.0114573
0.0114376
0.0114026
0.0113688
0.0113518
0.0113844
0.0114182
0.0114532
0.0114892
0.0115261
0.0115636
0.0116013
0.0115778
0.0116152
0.0115911
0.0116282
0.0116649
0.0116403
0.0116036
0.011567
0.0115308
0.0115542
0.0115177
0.0115406
0.0115039
0.011468
0.0114473
0.0114821
0.0114608
0.0114954
0.0114737
0.011508
0.0115432
0.011579
0.0116153
0.0116517
0.0116877
0.0117228
0.0117564
0.0117328
0.0117663
0.0117423
0.0117756
0.0117512
0.0117845
0.0117598
0.0117929
0.0118246
0.0118541
0.0118808
0.0119042
0.0119234
0.011914
0.0119344
0.0119236
0.0119451
0.0119329
0.0119555
0.0119419
0.0119656
0.0119858
0.0119755
0.011997
0.011985
0.0120079
0.0119943
0.0119677
0.0119389
0.0119593
0.0119312
0.0119507
0.0119234
0.0118939
0.0119153
0.0118864
0.0119071
0.0118787
0.0118986
0.0118707
0.0118898
0.0118625
0.0118327
0.0118088
0.0118406
0.0118163
0.0118482
0.0118235
0.0118557
0.0118306
0.0118629
0.0118375
0.0118699
0.0119013
0.0118769
0.0119085
0.0118837
0.0119156
0.0119465
0.0119759
0.0119539
0.0119226
0.0118904
0.0118643
0.0118972
0.0119296
0.0119039
0.011871
0.011838
0.0118051
0.0118313
0.0118577
0.0118247
0.011851
0.011818
0.0118443
0.0118113
0.0117848
0.0117587
0.0117916
0.0117656
0.0117984
0.0117725
0.0117404
0.0117088
0.0117333
0.0117014
0.0117261
0.0117518
0.011778
0.0118045
0.0117711
0.0117975
0.011764
0.0117905
0.0117568
0.0117832
0.0117494
0.0117757
0.011801
0.0117679
0.0117338
0.0116993
0.0117255
0.0116907
0.0117168
0.0116818
0.0117077
0.0116723
0.011698
0.0116623
0.0116367
0.0116112
0.0116465
0.0116209
0.0116557
0.0116301
0.0116646
0.0116389
0.0116731
0.0117075
0.0117418
0.0117154
0.0116813
0.0116474
0.011614
0.0115811
0.0116051
0.011572
0.011596
0.0115625
0.0115864
0.0115526
0.0115764
0.0116011
0.0116263
0.0115904
0.0115549
0.01152
0.0114976
0.0115314
0.0115659
0.0115422
0.0115088
0.0114762
0.0114559
0.0114872
0.0115194
0.0114977
0.0115297
0.0115079
0.0115395
0.0115177
0.011549
0.0115273
0.0115583
0.01159
0.0116225
0.0116556
0.0116892
0.011723
0.0116968
0.0117304
0.0117043
0.0117376
0.0117117
0.0117447
0.0117189
0.011694
0.0116624
0.0116865
0.0116547
0.011679
0.0116469
0.0116714
0.0116389
0.0116636
0.0116308
0.0115987
0.011576
0.0116071
0.0115846
0.0116154
0.011593
0.0116235
0.0116014
0.0116316
0.0116096
0.0116395
0.0116701
0.0116475
0.0116778
0.0116554
0.0116855
0.0117162
0.0117476
0.0117795
0.0118119
0.0118447
0.0118776
0.0119105
0.0119433
0.0119756
0.0120071
0.0120376
0.0120666
0.0120938
0.0120755
0.0121037
0.0120842
0.0120614
0.0120293
0.0120536
0.012022
0.0120457
0.0120146
0.0119826
0.0119501
0.0119172
0.0118909
0.0119239
0.0119569
0.0119897
0.0119637
0.0119967
0.0119705
0.0120037
0.0120366
0.0120107
0.0120438
0.0120177
0.012051
0.0120246
0.0120581
0.0120316
0.0120652
0.0120988
0.0121322
0.0121652
0.0121396
0.012173
0.0121469
0.0121201
0.012154
0.012127
0.0121609
0.0121949
0.0122288
0.0122623
0.0122953
0.0123274
0.0123584
0.0123356
0.0123029
0.0122696
0.0122425
0.0122765
0.0123101
0.0122829
0.0122489
0.0122148
0.0121808
0.0122084
0.0122358
0.0122018
0.0121677
0.0121338
0.0121068
0.0121405
0.0121744
0.012147
0.0121136
0.0120806
0.0120481
0.0120736
0.0121
0.0120666
0.0120932
0.0120597
0.0120862
0.0121131
0.0120793
0.012106
0.0120723
0.0120386
0.0120053
0.0119723
0.0119982
0.0119652
0.0119913
0.0119581
0.0119843
0.0119512
0.0119774
0.0119443
0.0119183
0.0118931
0.0119254
0.0119003
0.0119325
0.0119077
0.0119397
0.0119152
0.011947
0.0119794
0.0120123
0.0120456
0.0120194
0.0120526
0.0120266
0.0120013
0.0120337
0.0120087
0.0120409
0.0120161
0.0119848
0.011954
0.0119771
0.0119461
0.0119695
0.011994
0.0119619
0.0119867
0.0119544
0.0119228
0.0118997
0.0119305
0.0119077
0.0119383
0.0119158
0.0118946
0.011924
0.0119031
0.0119322
0.011962
0.0119925
0.0120235
0.0120552
0.0120875
0.0121203
0.0121535
0.0121871
0.0122209
0.0122549
0.0122268
0.0122607
0.0122324
0.0122661
0.0122998
0.0123336
0.0123672
0.0123382
0.0123717
0.0123423
0.0123755
0.0124086
0.0123788
0.0123459
0.012313
0.0122843
0.0123166
0.0123491
0.0123199
0.0122881
0.0122566
0.0122253
0.0122523
0.0122802
0.012309
0.0122758
0.0123046
0.0122711
0.0122378
0.0122102
0.0122428
0.0122154
0.0122477
0.0122205
0.0121944
0.0121639
0.012189
0.0121581
0.0121835
0.0121521
0.0121779
0.0122047
0.012172
0.012199
0.012166
0.0121931
0.0121598
0.0121333
0.0121079
0.0121397
0.0121145
0.0121459
0.0121211
0.0120906
0.0120607
0.0120836
0.0120533
0.0120766
0.0121011
0.0121268
0.0120943
0.0120624
0.012031
0.012008
0.0120384
0.0120695
0.0120459
0.0120157
0.0119862
0.0119657
0.0119943
0.0120235
0.0120024
0.0120313
0.0120106
0.012039
0.012068
0.0120975
0.0121275
0.0121043
0.0121339
0.0121111
0.0121402
0.0121697
0.0121996
0.01223
0.0122606
0.0122916
0.0123228
0.0123541
0.0123855
0.0124169
0.0124482
0.0124793
0.01251
0.0125402
0.012509
0.0124788
0.0124483
0.0124178
0.0124479
0.0124777
0.012447
0.0124177
0.0123883
0.0123589
0.0123877
0.0124176
0.0123868
0.012356
0.0123253
0.0122977
0.0123276
0.0123576
0.0123296
0.0123005
0.0122715
0.0122468
0.0122748
0.012303
0.0123314
0.01236
0.0123886
0.0124172
0.0123886
0.0123609
0.0123331
0.0123079
0.0123347
0.0123616
0.0123363
0.0123102
0.0122843
0.0122585
0.0122812
0.0123055
0.012278
0.0122507
0.0122237
0.0122021
0.0122283
0.0122546
0.0122328
0.0122074
0.0121821
0.0121571
0.0121762
0.0121969
0.0122191
0.0122428
0.0122681
0.0122948
0.0122644
0.0122344
0.0122047
0.0121808
0.0122096
0.0122387
0.0122144
0.0121862
0.0121585
0.012131
0.0121524
0.0121753
0.0121463
0.0121178
0.0120897
0.0120697
0.0120968
0.0121244
0.0121039
0.0120772
0.012051
0.0120336
0.012059
0.0120848
0.012111
0.0121375
0.0121644
0.0121916
0.0121703
0.012144
0.0121181
0.0121001
0.0121252
0.0121506
0.0121323
0.0121077
0.0120834
0.0120593
0.0120752
0.0120924
0.0120671
0.0120421
0.0120174
0.0120025
0.0120264
0.0120507
0.0120355
0.012012
0.0119887
0.011976
0.0119987
0.0120216
0.0120447
0.0120681
0.0120916
0.0121154
0.0121395
0.0121637
0.0121881
0.0122127
0.0122375
0.0122624
0.0122875
0.0123126
0.0123379
0.0123631
0.0123884
0.0124137
0.0124389
0.012464
0.012489
0.0125138
0.0125383
0.0125625
0.0125864
0.01261
0.012633
0.0126556
0.0126777
0.0126992
0.0126686
0.0126471
0.0126251
0.0125956
0.0126174
0.0126387
0.0126101
0.012589
0.0125677
0.0125461
0.0125736
0.0126027
0.0125799
0.0125567
0.0125333
0.0125057
0.0125285
0.0125512
0.0125242
0.0125021
0.0124799
0.0124561
0.0124777
0.0124992
0.0125205
0.0125416
0.0125625
0.0125831
0.012558
0.0125379
0.0125175
0.0124957
0.0125155
0.0125351
0.0125145
0.0124954
0.0124761
0.0124567
0.0124757
0.012497
0.0124763
0.0124554
0.0124345
0.012415
0.0124353
0.0124556
0.0124371
0.0124175
0.0123977
0.0123778
0.0123945
0.0124134
0.0124344
0.0124575
0.0124826
0.0125096
0.0124856
0.0124615
0.0124373
0.0124124
0.0124359
0.0124593
0.0124349
0.0124122
0.0123894
0.0123666
0.0123888
0.0124129
0.0123885
0.012364
0.0123396
0.0123179
0.0123415
0.0123652
0.0123438
0.0123209
0.012298
0.01228
0.0123022
0.0123243
0.0123464
0.0123685
0.0123905
0.0124125
0.0123922
0.0123709
0.0123496
0.0123326
0.0123533
0.012374
0.0123578
0.0123378
0.0123176
0.0122974
0.0123119
0.0123282
0.0123067
0.0122853
0.0122638
0.0122494
0.0122702
0.0122911
0.0122772
0.0122569
0.0122366
0.0122255
0.0122453
0.0122651
0.0122849
0.0123045
0.0123242
0.0123437
0.0123631
0.0123825
0.0124017
0.0124209
0.0124399
0.0124588
0.0124776
0.0124962
0.0124804
0.0124622
0.0124439
0.0124312
0.0124491
0.0124669
0.0124559
0.0124385
0.0124209
0.0124032
0.0124132
0.0124254
0.0124069
0.0123882
0.0123694
0.0123584
0.0123768
0.012395
0.0123854
0.0123675
0.0123494
0.0123426
0.0123604
0.0123781
0.0123957
0.0124131
0.0124304
0.0124476
0.012442
0.012425
0.0124079
0.0124048
0.0124219
0.0124388
0.0123877
0.0123906
0.0123732
0.0123557
0.0123381
0.0123355
0.012353
0.0123704
0.0123178
0.0123203
0.0123247
0.0123313
0.0123399
0.0123505
0.0123315
0.0123125
0.0122933
0.0122838
0.0123026
0.0123213
0.012313
0.0122946
0.0122761
0.0122576
0.0122649
0.012274
0.0122547
0.0122353
0.0122159
0.0122079
0.012227
0.012246
0.0122389
0.0122202
0.0122013
0.0121964
0.012215
0.0122335
0.012252
0.0122703
0.0122886
0.0123067
0.0123025
0.0122845
0.0122664
0.0122642
0.0122822
0.0123
0.0122461
0.0122482
0.01223
0.0122116
0.0121931
0.0121912
0.0122096
0.0122279
0.0121727
0.0121746
0.0121777
0.0121825
0.0121887
0.0121964
0.0122056
0.0122163
0.0122285
0.0122424
0.0122579
0.0122752
0.0122943
0.0123152
0.0122908
0.0122665
0.0122423
0.0122238
0.0122472
0.0122707
0.0122524
0.0122297
0.012207
0.0121844
0.0122005
0.0122182
0.0121942
0.0121704
0.0121468
0.0121313
0.0121542
0.0121773
0.0121619
0.0121395
0.0121172
0.0121045
0.0121262
0.012148
0.0121698
0.0121918
0.0122138
0.0122358
0.0122209
0.0121995
0.0121781
0.0121659
0.0121868
0.0122076
0.0121959
0.0121755
0.0121552
0.0121348
0.0121451
0.0121567
0.0121354
0.0121142
0.0120931
0.0120829
0.0121035
0.0121243
0.0121145
0.0120941
0.0120739
0.0120536
0.0120622
0.012072
0.0120829
0.0120951
0.0121085
0.0121233
0.0121
0.0120769
0.012054
0.0120411
0.0120634
0.0120859
0.012073
0.0120512
0.0120294
0.0120078
0.012019
0.0120313
0.0120088
0.0119864
0.0119644
0.0119537
0.0119753
0.011997
0.0119864
0.0119651
0.011944
0.0119351
0.0119559
0.0119767
0.0119977
0.0120188
0.0120401
0.0120614
0.012051
0.0120301
0.0120093
0.0120008
0.0120212
0.0120417
0.0120334
0.0120133
0.0119933
0.0119733
0.0119805
0.0119886
0.011968
0.0119475
0.0119272
0.0119201
0.0119401
0.0119602
0.0119534
0.0119335
0.0119138
0.0119083
0.0119278
0.0119473
0.011967
0.0119867
0.0120064
0.0120262
0.0120461
0.012066
0.0120859
0.0121059
0.0121258
0.0121458
0.0121657
0.0121857
0.0121769
0.0121573
0.0121377
0.012131
0.0121502
0.0121695
0.0121635
0.0121445
0.0121255
0.0121064
0.0121116
0.0121181
0.0120985
0.0120789
0.0120593
0.0120536
0.0120729
0.0120923
0.0120873
0.0120681
0.012049
0.0120455
0.0120645
0.0120834
0.0121024
0.0121213
0.0121402
0.012159
0.0121559
0.0121373
0.0121185
0.0121169
0.0121356
0.0121542
0.0120982
0.0120997
0.0120809
0.012062
0.0120431
0.0120417
0.0120606
0.0120794
0.0120229
0.0120242
0.0120264
0.0120298
0.0120342
0.0120397
0.0120201
0.0120005
0.011981
0.0119763
0.0119956
0.0120149
0.0120106
0.0119915
0.0119724
0.0119533
0.011957
0.0119616
0.0119422
0.0119228
0.0119035
0.0118995
0.0119186
0.0119378
0.0119342
0.0119152
0.0118962
0.0118938
0.0119126
0.0119315
0.0119505
0.0119694
0.0119884
0.0120074
0.0120053
0.0119864
0.0119674
0.0119663
0.0119852
0.012004
0.0119475
0.0119486
0.0119297
0.0119109
0.0118921
0.0118911
0.0119099
0.0119286
0.0118724
0.0118734
0.011875
0.0118773
0.0118805
0.0118843
0.0118889
0.0118941
0.0119002
0.011907
0.0119146
0.011923
0.0119323
0.0119425
0.0119536
0.0119657
0.0119789
0.0119931
0.0120085
0.0120251
0.0120429
0.012062
0.0120825
0.0120544
0.0120753
0.0120467
0.0120187
0.0119911
0.0119641
0.0119826
0.0119553
0.0119742
0.0119465
0.0119285
0.0119116
0.0119376
0.0119211
0.0119468
0.011973
0.0119996
0.0120268
0.0120081
0.0120348
0.0120166
0.0119996
0.0119745
0.0119907
0.0119652
0.0119818
0.011956
0.0119306
0.0119057
0.0118812
0.0118959
0.0118711
0.0118861
0.0119022
0.0119194
0.0119377
0.0119573
0.0119781
0.0120002
0.01197
0.0119405
0.0119116
0.0118923
0.0119203
0.0119489
0.011929
0.0119013
0.0118742
0.0118477
0.011865
0.0118834
0.0118558
0.0118746
0.0118467
0.0118658
0.0118861
0.0118572
0.0118778
0.0118486
0.0118696
0.0118918
0.0118615
0.011884
0.0118535
0.0118763
0.0118456
0.0118688
0.0118378
0.0118613
0.0118859
0.0119113
0.0119374
0.0119045
0.0119306
0.0118977
0.0118649
0.0118396
0.0118718
0.0118467
0.0118788
0.011854
0.0118302
0.0117997
0.0118227
0.011792
0.0118152
0.0117843
0.0118079
0.0118326
0.0118581
0.0118842
0.0118514
0.0118187
0.0117865
0.0117621
0.0117936
0.0118256
0.0118007
0.0117694
0.0117387
0.0117087
0.0117311
0.0117548
0.0117236
0.0116932
0.0116634
0.0116426
0.0116714
0.0117009
0.0116794
0.0116509
0.011623
0.0116047
0.0116316
0.0116592
0.0116875
0.0117166
0.0117464
0.0117768
0.0117541
0.0117246
0.0116958
0.0116762
0.0117041
0.0117327
0.011762
0.0117408
0.0117699
0.0117491
0.011778
0.0118076
0.0117862
0.0118155
0.0117945
0.0118236
0.0118029
0.0118319
0.0118115
0.0118402
0.0118201
0.0117923
0.0117652
0.0117834
0.0117561
0.0117747
0.0117471
0.011766
0.0117383
0.0117575
0.0117296
0.0117112
0.011694
0.0117203
0.0117034
0.0117294
0.0117128
0.0117387
0.0117223
0.011748
0.0117743
0.0118013
0.0118289
0.0118104
0.0118378
0.0118196
0.0118025
0.0118288
0.0118121
0.0118382
0.0118218
0.0117964
0.0117716
0.0117865
0.0117615
0.0117767
0.011793
0.0117671
0.0117836
0.0117575
0.011732
0.011707
0.0116827
0.0116972
0.0116727
0.0116875
0.0116629
0.0116779
0.0116531
0.0116684
0.0116848
0.0117023
0.0117209
0.0116935
0.0117124
0.0116848
0.0116578
0.0116315
0.011649
0.0116676
0.0116402
0.0116135
0.0115875
0.0115715
0.0115966
0.0116225
0.0116058
0.0115808
0.0115564
0.0115424
0.011566
0.0115903
0.0116151
0.0116406
0.0116667
0.0116498
0.0116757
0.0116591
0.0116435
0.0116191
0.0116339
0.0116094
0.0116245
0.0115998
0.0115757
0.0115522
0.0115292
0.0115168
0.0115392
0.0115621
0.0115855
0.011572
0.0115953
0.011582
0.0116052
0.0116289
0.0116152
0.0116388
0.0116253
0.0116488
0.0116355
0.0116588
0.0116458
0.011669
0.0116927
0.0117169
0.0117417
0.011727
0.0117516
0.0117371
0.0117235
0.0117473
0.0117339
0.0117576
0.0117817
0.0118063
0.0118315
0.0118572
0.0118835
0.0119103
0.0118928
0.0118668
0.0118413
0.0118264
0.0118512
0.0118764
0.0118611
0.0118366
0.0118126
0.0117889
0.0118022
0.0118164
0.0117919
0.0117679
0.0117444
0.0117321
0.011755
0.0117784
0.0117658
0.011743
0.0117206
0.0117098
0.0117317
0.0117539
0.0117765
0.0117996
0.011823
0.0118469
0.0118335
0.0118572
0.0118441
0.0118675
0.0118913
0.0119156
0.0119402
0.0119255
0.0119498
0.0119354
0.0119594
0.0119838
0.0119691
0.0119454
0.0119221
0.0119097
0.0119325
0.0119555
0.011943
0.0119205
0.0118983
0.0118764
0.0118873
0.0118991
0.0119118
0.0118885
0.0119015
0.011878
0.0118548
0.0118429
0.0118655
0.011854
0.0118764
0.0118651
0.0118547
0.0118333
0.0118432
0.0118216
0.0118319
0.0118101
0.0118206
0.0118319
0.0118095
0.0118211
0.0117984
0.0118103
0.0117874
0.0117761
0.0117655
0.0117873
0.011777
0.0117986
0.0117886
0.0117673
0.0117464
0.0117556
0.0117346
0.011744
0.0117541
0.011765
0.0117429
0.0117211
0.0116997
0.0116902
0.0117112
0.0117325
0.0117228
0.011702
0.0116814
0.0116731
0.0116933
0.0117138
0.0117054
0.0117258
0.0117176
0.0117379
0.0117584
0.0117792
0.0118003
0.0117912
0.0118121
0.0118033
0.0118241
0.0118451
0.0118663
0.0118878
0.0119095
0.0119314
0.0119208
0.0118994
0.0118781
0.0118692
0.0118901
0.0119111
0.0119022
0.0118816
0.0118611
0.0118408
0.0118486
0.0118571
0.0118362
0.0118156
0.0117952
0.0117878
0.0118079
0.0118281
0.0118207
0.0118008
0.011781
0.0117748
0.0117943
0.0118139
0.0118338
0.0118537
0.0118739
0.0118941
0.0118869
0.0118669
0.0118471
0.0118411
0.0118607
0.0118804
0.0118746
0.0118552
0.0118358
0.0118166
0.0118217
0.0118274
0.0118078
0.0117884
0.0117692
0.0117641
0.0117832
0.0118024
0.0117975
0.0117785
0.0117597
0.011741
0.0117453
0.0117501
0.0117555
0.0117614
0.0117679
0.011775
0.0117828
0.0117625
0.0117705
0.0117501
0.0117299
0.0117099
0.0116902
0.0116975
0.0116777
0.0116852
0.0116654
0.0116581
0.0116514
0.0116707
0.0116642
0.0116834
0.0117029
0.0117225
0.0117424
0.0117353
0.0117551
0.0117482
0.011742
0.0117227
0.0117287
0.0117094
0.0117157
0.0116963
0.0116772
0.0116582
0.0116394
0.0116452
0.0116264
0.0116324
0.0116388
0.0116458
0.0116532
0.0116611
0.0116696
0.0116787
0.0116883
0.0116986
0.0117097
0.0117214
0.0116988
0.0117107
0.011688
0.0117001
0.0117131
0.0116897
0.0117029
0.0116793
0.0116562
0.0116336
0.0116115
0.0116231
0.0116009
0.0116127
0.0115904
0.0116024
0.0115799
0.0115922
0.0115696
0.011558
0.011547
0.0115685
0.0115577
0.011579
0.0115684
0.0115897
0.0115792
0.0116005
0.0116221
0.0116442
0.0116667
0.0116549
0.0116773
0.0116657
0.0116548
0.0116766
0.0116659
0.0116876
0.0116771
0.0116558
0.0116349
0.0116445
0.0116236
0.0116334
0.0116438
0.0116223
0.0116329
0.0116114
0.0115902
0.0115805
0.0116012
0.0115917
0.0116123
0.011603
0.0115941
0.0116144
0.0116057
0.0116259
0.0116464
0.0116672
0.0116579
0.0116375
0.0116174
0.0116094
0.0116292
0.0116493
0.0116411
0.0116214
0.0116019
0.0115827
0.0115899
0.0115976
0.011578
0.0115858
0.0115663
0.0115742
0.0115827
0.0115627
0.0115713
0.0115513
0.0115601
0.0115694
0.0115489
0.0115584
0.0115379
0.0115475
0.0115269
0.0115367
0.011516
0.0115259
0.0115364
0.0115476
0.0115594
0.0115372
0.0115493
0.011527
0.0115052
0.0114942
0.0115155
0.0115047
0.0115259
0.0115153
0.0115053
0.011485
0.0114946
0.0114742
0.0114839
0.0114635
0.0114734
0.0114838
0.0114949
0.0115067
0.0115192
0.0115326
0.0115469
0.0115621
0.0115784
0.0115959
0.0116145
0.0116343
0.011606
0.0116261
0.0115975
0.0116179
0.011589
0.0115609
0.0115805
0.0115521
0.0115719
0.0115433
0.0115633
0.0115343
0.0115545
0.0115253
0.0115456
0.0115672
0.0115366
0.0115067
0.0114777
0.0114971
0.0114678
0.0114873
0.0114577
0.0114771
0.0114473
0.0114667
0.0114366
0.0114183
0.0114012
0.011429
0.0114118
0.0114394
0.0114222
0.0114495
0.0114323
0.0114594
0.0114874
0.0115161
0.0114968
0.0114692
0.0114423
0.0114162
0.0113908
0.011406
0.0113804
0.0113956
0.0113698
0.011385
0.0113591
0.0113742
0.0113903
0.0114074
0.0114255
0.0114446
0.0114648
0.0114859
0.0114528
0.0114208
0.0114404
0.0114081
0.0114273
0.0113949
0.0114136
0.0114331
0.0113994
0.0113668
0.0113354
0.0113195
0.0113497
0.0113811
0.0113636
0.0113334
0.0113043
0.0112763
0.0112904
0.0113051
0.0113204
0.0113363
0.0113525
0.0113692
0.0113356
0.0113034
0.0112724
0.011259
0.011289
0.0113201
0.011305
0.0112749
0.0112459
0.011218
0.0112302
0.0112427
0.011214
0.0111865
0.01116
0.0111501
0.0111757
0.0112025
0.0111912
0.0111653
0.0111403
0.0111307
0.0111552
0.0111802
0.0112062
0.0112332
0.0112612
0.0112902
0.011276
0.011248
0.0112209
0.0112091
0.0112352
0.0112623
0.0112492
0.011223
0.0111977
0.0111734
0.0111838
0.0111948
0.0111698
0.0111453
0.0111215
0.0111126
0.0111356
0.0111595
0.0111496
0.0111264
0.0111041
0.0110823
0.0110903
0.0110986
0.0111072
0.011116
0.0111251
0.0111345
0.0111096
0.0111184
0.0110939
0.0110702
0.011078
0.0110544
0.0110618
0.0110691
0.0110453
0.0110223
0.0109999
0.0109939
0.0110158
0.0110385
0.0110316
0.0110095
0.0109879
0.010967
0.0109726
0.0109782
0.0109838
0.0109894
0.0109949
0.0110002
0.0109777
0.0109559
0.0109346
0.0109302
0.0109511
0.0109727
0.0109675
0.0109463
0.0109256
0.0109055
0.0109097
0.0109139
0.0108938
0.0108741
0.0108549
0.0108514
0.0108704
0.0108898
0.0108858
0.0108666
0.0108479
0.0108443
0.0108629
0.0108818
0.0109012
0.010921
0.0109414
0.0109623
0.0109571
0.0109365
0.0109164
0.0109118
0.0109316
0.0109518
0.0109466
0.0109267
0.0109073
0.0108883
0.0108926
0.0108969
0.0108778
0.0108591
0.0108408
0.0108373
0.0108553
0.0108737
0.0108698
0.0108516
0.0108338
0.0108303
0.0108479
0.0108658
0.0108841
0.0109028
0.0109219
0.0109415
0.0109615
0.010982
0.0110032
0.0110248
0.0110472
0.01104
0.0110625
0.0110857
0.0110776
0.011101
0.0110925
0.0110698
0.0110477
0.011055
0.011033
0.0110116
0.0110182
0.0109969
0.0109762
0.0109705
0.0109908
0.0109849
0.0110053
0.0110262
0.0110195
0.0110405
0.0110621
0.0110843
0.0110763
0.0110547
0.0110336
0.0110268
0.0110474
0.0110686
0.0110611
0.0110404
0.0110203
0.0110006
0.0110067
0.011013
0.0109929
0.010999
0.010979
0.0109595
0.010965
0.0109455
0.0109507
0.0109561
0.0109364
0.0109172
0.0108984
0.010894
0.0109125
0.0109314
0.0109265
0.0109079
0.0108897
0.0108718
0.0108759
0.01088
0.0108619
0.0108443
0.0108269
0.0108235
0.0108407
0.0108581
0.0108543
0.0108371
0.0108202
0.0108169
0.0108336
0.0108506
0.0108679
0.0108855
0.0109034
0.0109217
0.0109404
0.0109354
0.0109542
0.0109733
0.0109678
0.010987
0.0109813
0.0109624
0.0109439
0.010949
0.0109305
0.0109125
0.0109171
0.010899
0.0108814
0.0108773
0.0108948
0.0108906
0.010908
0.0109258
0.0109212
0.010939
0.0109572
0.0109757
0.0109946
0.0110139
0.0110337
0.0110539
0.0110746
0.0110958
0.0111176
0.01114
0.0111632
0.011187
0.0112113
0.0112366
0.0112627
0.0112898
0.0113178
0.0113468
0.0113769
0.0113598
0.0113898
0.0113723
0.0114021
0.0114329
0.011414
0.0113844
0.0113557
0.011328
0.0113435
0.0113157
0.0113309
0.0113029
0.0112759
0.0112627
0.0112888
0.0112753
0.0113012
0.0112876
0.0113134
0.0113401
0.0113676
0.0113961
0.0113791
0.0113517
0.0113252
0.0113112
0.0113368
0.0113631
0.011348
0.0113227
0.011298
0.011274
0.0112864
0.0112995
0.0112746
0.0112505
0.0112626
0.0112383
0.0112502
0.0112258
0.0112375
0.0112498
0.0112246
0.0112002
0.0111765
0.0111665
0.0111896
0.0112131
0.0112024
0.0111793
0.0111567
0.011135
0.0111439
0.0111534
0.0111309
0.0111091
0.0110879
0.0110802
0.0111009
0.0111222
0.0111138
0.0110931
0.0110728
0.0110657
0.0110855
0.0111058
0.0111265
0.0111476
0.0111694
0.0111919
0.0112148
0.0112043
0.011227
0.0112164
0.011239
0.0112624
0.0112507
0.0112283
0.0112061
0.0111843
0.0111941
0.0111723
0.0111819
0.0111601
0.0111389
0.0111306
0.0111512
0.0111427
0.0111633
0.0111547
0.0111752
0.0111962
0.0112179
0.01124
0.0112623
0.0112855
0.0113093
0.0113338
0.0113205
0.0113448
0.0113314
0.0113556
0.0113421
0.0113661
0.0113527
0.0113766
0.0114011
0.0114262
0.0114521
0.0114788
0.0115061
0.0114882
0.0115154
0.0114976
0.0115245
0.0115068
0.0115335
0.0115161
0.0115425
0.0115696
0.0115514
0.0115783
0.0115604
0.0115871
0.0115694
0.0115437
0.0115185
0.0115344
0.0115092
0.0115253
0.0114998
0.0114749
0.0114904
0.0114653
0.0114809
0.0114557
0.0114714
0.011446
0.0114618
0.0114362
0.0114112
0.011397
0.0114212
0.0114071
0.0114311
0.0114172
0.0114409
0.0114271
0.0114507
0.011437
0.0114605
0.0114845
0.0114702
0.0114941
0.01148
0.0115037
0.011528
0.0115529
0.0115374
0.0115133
0.0114897
0.0114767
0.0114995
0.0115229
0.0115093
0.0114866
0.0114644
0.0114427
0.0114543
0.0114667
0.0114443
0.0114569
0.0114343
0.011447
0.0114242
0.0114122
0.0114008
0.0114223
0.0114111
0.0114325
0.0114214
0.0114007
0.0113801
0.0113903
0.0113697
0.0113799
0.0113905
0.011402
0.0114142
0.0113918
0.0114041
0.0113816
0.011394
0.0113713
0.0113838
0.011361
0.0113735
0.0113869
0.0113632
0.0113401
0.0113176
0.0113295
0.0113068
0.0113187
0.0112959
0.0113078
0.0112849
0.0112968
0.0112737
0.0112628
0.0112522
0.0112739
0.0112633
0.0112849
0.0112743
0.0112958
0.0112851
0.0113065
0.0113282
0.0113506
0.0113388
0.0113172
0.0112959
0.011275
0.0112546
0.0112642
0.0112436
0.0112532
0.0112325
0.0112421
0.0112213
0.0112309
0.0112409
0.0112515
0.0112295
0.011208
0.0111869
0.0111781
0.0111985
0.0112195
0.0112099
0.0111896
0.0111698
0.0111618
0.0111812
0.011201
0.0111926
0.0112123
0.0112038
0.0112234
0.0112149
0.0112345
0.011226
0.0112455
0.0112655
0.0112858
0.0113066
0.0113278
0.0113492
0.0113383
0.0113596
0.0113487
0.01137
0.0113592
0.0113803
0.0113695
0.0113592
0.0113389
0.0113488
0.0113284
0.0113383
0.0113178
0.0113278
0.0113072
0.0113172
0.0112965
0.0112763
0.0112672
0.011287
0.011278
0.0112978
0.0112887
0.0113084
0.0112994
0.011319
0.0113101
0.0113296
0.0113495
0.0113403
0.01136
0.0113509
0.0113705
0.0113906
0.011411
0.0114317
0.0114529
0.0114745
0.0114966
0.0114847
0.0114632
0.011442
0.0114319
0.0114524
0.0114735
0.0114629
0.0114424
0.0114222
0.0114024
0.0114116
0.0114215
0.0114011
0.0113811
0.0113615
0.011353
0.0113722
0.0113917
0.0113829
0.0113637
0.0113448
0.0113371
0.0113556
0.0113745
0.0113936
0.011413
0.0114328
0.0114529
0.0114435
0.0114238
0.0114044
0.0113962
0.0114152
0.0114346
0.0114543
0.0114454
0.011465
0.0114563
0.0114759
0.0114958
0.0114869
0.0115067
0.0114979
0.0115177
0.011509
0.0115288
0.0115203
0.01154
0.0115316
0.0115122
0.0114931
0.0115008
0.0114817
0.0114896
0.0114704
0.0114784
0.0114592
0.0114674
0.0114481
0.0114403
0.0114329
0.0114516
0.0114443
0.0114629
0.0114557
0.0114743
0.0114672
0.0114858
0.0115046
0.0115237
0.0115431
0.0115353
0.0115546
0.0115469
0.0115397
0.0115587
0.0115517
0.0115707
0.0115638
0.011545
0.0115266
0.011533
0.0115145
0.011521
0.0115279
0.0115091
0.0115162
0.0114974
0.0114789
0.0114606
0.0114425
0.0114489
0.0114309
0.0114374
0.0114193
0.011426
0.0114079
0.0114146
0.0114217
0.0114292
0.0114371
0.0114181
0.0114261
0.0114071
0.0113884
0.0113699
0.0113774
0.0113853
0.0113665
0.011348
0.0113298
0.0113229
0.0113408
0.011359
0.0113518
0.0113339
0.0113163
0.0112989
0.0113052
0.0113119
0.0113189
0.0113263
0.011334
0.0113422
0.0113232
0.0113315
0.0113125
0.0113208
0.0113017
0.011283
0.011291
0.0112722
0.0112803
0.0112614
0.0112695
0.0112506
0.0112587
0.0112397
0.0112478
0.0112563
0.0112369
0.0112178
0.0111991
0.0112068
0.011188
0.0111957
0.0111768
0.0111845
0.0111655
0.0111732
0.0111542
0.0111469
0.0111399
0.0111582
0.0111512
0.0111694
0.0111624
0.0111806
0.0111736
0.0111917
0.0112101
0.0112288
0.0112211
0.0112027
0.0111846
0.0111668
0.0111493
0.0111557
0.0111381
0.0111445
0.0111269
0.0111333
0.0111156
0.0111219
0.0111286
0.0111355
0.0111427
0.0111503
0.0111582
0.0111665
0.0111465
0.0111269
0.0111346
0.0111149
0.0111226
0.0111029
0.0111104
0.0111183
0.0110981
0.0110783
0.0110589
0.0110524
0.0110713
0.0110907
0.0110836
0.0110646
0.011046
0.01104
0.0110582
0.0110767
0.0110957
0.0110887
0.0111076
0.0111006
0.0111194
0.0111386
0.0111311
0.0111123
0.0110939
0.0110757
0.0110821
0.0110639
0.0110702
0.011052
0.0110341
0.0110285
0.0110461
0.0110403
0.0110579
0.0110521
0.0110696
0.0110874
0.0111055
0.011124
0.0111171
0.011099
0.0110813
0.0110753
0.0110928
0.0111105
0.0111042
0.0110868
0.0110696
0.0110527
0.0110581
0.0110637
0.0110465
0.0110295
0.0110348
0.0110178
0.011023
0.011006
0.0110112
0.0110165
0.011022
0.0110278
0.0110338
0.0110399
0.0110464
0.011053
0.01106
0.0110671
0.0110469
0.0110271
0.0110078
0.0110018
0.0110208
0.0110402
0.0110337
0.0110147
0.0109961
0.0109778
0.0109832
0.0109888
0.0109703
0.0109521
0.0109342
0.0109295
0.0109471
0.010965
0.0109599
0.0109423
0.010925
0.0109206
0.0109377
0.010955
0.0109726
0.0109905
0.0110088
0.0110274
0.0110213
0.0110031
0.0109851
0.0109799
0.0109976
0.0110155
0.0110099
0.0109922
0.0109749
0.0109578
0.0109626
0.0109675
0.0109502
0.0109331
0.0109163
0.0109122
0.0109287
0.0109455
0.010941
0.0109245
0.0109081
0.010892
0.0108959
0.0108998
0.0109038
0.010908
0.0109123
0.0109167
0.0108994
0.0109037
0.0108865
0.0108695
0.0108734
0.0108565
0.0108602
0.010864
0.010847
0.0108302
0.0108135
0.0108101
0.0108268
0.0108434
0.0108399
0.0108234
0.0108068
0.0107911
0.0107938
0.0107967
0.0107999
0.0108033
0.0108066
0.0108099
0.0108131
0.0108163
0.0108196
0.0108229
0.0108262
0.0108295
0.0108328
0.0108361
0.0108177
0.0107997
0.010782
0.0107793
0.0107968
0.0108146
0.0108115
0.0107939
0.0107765
0.0107589
0.0107617
0.0107644
0.0107469
0.0107304
0.0107143
0.0107123
0.0107284
0.0107444
0.0107422
0.0107262
0.0107102
0.0107081
0.0107241
0.0107401
0.0107562
0.0107735
0.010791
0.0108084
0.0108053
0.010788
0.0107706
0.0107676
0.0107849
0.0108022
0.0107991
0.0107818
0.0107649
0.0107491
0.0107514
0.0107537
0.0107378
0.0107219
0.010706
0.0107039
0.0107196
0.0107355
0.0107332
0.0107174
0.0107018
0.0106868
0.0106886
0.0106904
0.0106923
0.0106943
0.0106963
0.0106982
0.0106822
0.0106668
0.0106515
0.0106498
0.0106652
0.0106805
0.0106787
0.0106636
0.010648
0.0106327
0.0106343
0.0106359
0.0106206
0.0106055
0.0105906
0.0105894
0.0106041
0.0106191
0.0106176
0.0106028
0.0105881
0.0105868
0.0106014
0.0106162
0.0106311
0.0106463
0.0106618
0.010677
0.0106753
0.01066
0.0106446
0.0106429
0.0106581
0.0106736
0.0106716
0.0106563
0.0106412
0.0106264
0.010628
0.0106296
0.0106147
0.0106001
0.0105855
0.0105842
0.0105987
0.0106133
0.0106118
0.0105973
0.0105829
0.0105817
0.0105959
0.0106103
0.0106249
0.0106396
0.0106545
0.0106697
0.0106849
0.0106999
0.0107152
0.0107309
0.0107467
0.0107625
0.0107788
0.0107959
0.0107927
0.0107758
0.0107601
0.0107576
0.0107732
0.0107895
0.0107864
0.0107707
0.010755
0.0107394
0.0107418
0.0107443
0.0107286
0.010713
0.0106979
0.010696
0.0107109
0.0107263
0.0107239
0.0107089
0.0106941
0.010692
0.0107069
0.0107217
0.010737
0.0107525
0.0107681
0.0107837
0.0107811
0.0107655
0.01075
0.0107475
0.0107629
0.0107784
0.0107757
0.0107603
0.0107451
0.01073
0.0107323
0.0107346
0.0107196
0.0107049
0.0106899
0.0106878
0.0107028
0.0107175
0.0107154
0.0107006
0.0106857
0.0106711
0.010673
0.0106749
0.0106769
0.0106789
0.010681
0.010683
0.0106677
0.0106527
0.0106379
0.0106363
0.0106509
0.0106658
0.0106639
0.0106492
0.0106347
0.0106203
0.0106218
0.0106233
0.0106089
0.0105946
0.0105804
0.0105791
0.0105932
0.0106074
0.010606
0.0105918
0.0105778
0.0105765
0.0105905
0.0106045
0.0106187
0.010633
0.0106475
0.0106621
0.0106603
0.0106458
0.0106314
0.0106298
0.0106441
0.0106585
0.0106567
0.0106424
0.0106282
0.0106142
0.0106157
0.0106172
0.0106031
0.0105891
0.0105752
0.0105739
0.0105877
0.0106017
0.0106003
0.0105864
0.0105726
0.010559
0.0105602
0.0105614
0.0105626
0.0105638
0.010565
0.0105663
0.0105675
0.0105687
0.0105699
0.0105711
0.0105723
0.0105735
0.0105747
0.0105759
0.0105771
0.0105783
0.0105794
0.0105805
0.0105816
0.0105827
0.0105837
0.0105847
0.0105855
0.0105863
0.010587
0.0105875
0.0105877
0.0105876
0.010587
0.0105859
0.0105711
0.0105565
0.010542
0.0105426
0.0105573
0.0105721
0.0105725
0.0105576
0.0105428
0.0105281
0.010528
0.0105276
0.0105132
0.0104989
0.0104847
0.0104848
0.0104992
0.0105136
0.0105136
0.0104991
0.0104847
0.0104845
0.0104989
0.0105134
0.010528
0.0105427
0.0105575
0.0105725
0.0105723
0.0105572
0.0105424
0.0105419
0.0105568
0.0105718
0.0105711
0.0105561
0.0105413
0.0105266
0.0105271
0.0105276
0.010513
0.0104985
0.0104841
0.0104837
0.010498
0.0105125
0.010512
0.0104975
0.0104832
0.0104689
0.0104694
0.0104698
0.0104702
0.0104705
0.0104706
0.0104705
0.0104564
0.0104424
0.0104284
0.0104283
0.0104423
0.0104564
0.0104563
0.0104422
0.0104281
0.0104142
0.0104144
0.0104145
0.0104006
0.0103868
0.0103731
0.0103729
0.0103867
0.0104005
0.0104003
0.0103865
0.0103727
0.0103725
0.0103862
0.0104
0.0104139
0.0104279
0.0104419
0.010456
0.0104556
0.0104415
0.0104275
0.0104271
0.0104411
0.0104552
0.0104548
0.0104407
0.0104267
0.0104129
0.0104132
0.0104136
0.0103997
0.0103859
0.0103722
0.0103719
0.0103856
0.0103994
0.010399
0.0103853
0.0103716
0.0103713
0.0103849
0.0103987
0.0104124
0.0104263
0.0104402
0.0104543
0.0104684
0.0104826
0.0104969
0.0105113
0.0105259
0.0105406
0.0105554
0.0105704
0.0105695
0.0105546
0.0105398
0.010539
0.0105538
0.0105686
0.0105677
0.0105529
0.0105382
0.0105236
0.0105244
0.0105252
0.0105107
0.0104963
0.010482
0.0104814
0.0104956
0.01051
0.0105092
0.0104949
0.0104807
0.01048
0.0104942
0.0105084
0.0105228
0.0105373
0.0105519
0.0105667
0.0105657
0.010551
0.0105364
0.0105355
0.01055
0.0105646
0.0105635
0.010549
0.0105345
0.0105202
0.0105211
0.010522
0.0105077
0.0104934
0.0104793
0.0104786
0.0104927
0.0105068
0.010506
0.0104919
0.0104779
0.010464
0.0104647
0.0104653
0.010466
0.0104666
0.0104672
0.0104678
0.0104537
0.0104397
0.0104258
0.0104254
0.0104392
0.0104532
0.0104526
0.0104387
0.0104249
0.0104111
0.0104116
0.010412
0.0103983
0.0103846
0.0103709
0.0103706
0.0103842
0.0103978
0.0103974
0.0103838
0.0103702
0.0103698
0.0103834
0.010397
0.0104106
0.0104243
0.0104381
0.010452
0.0104514
0.0104376
0.0104238
0.0104233
0.010437
0.0104508
0.0104502
0.0104364
0.0104227
0.0104091
0.0104096
0.0104101
0.0103965
0.0103829
0.0103694
0.010369
0.0103825
0.010396
0.0103955
0.010382
0.0103686
0.0103552
0.0103556
0.010356
0.0103563
0.0103567
0.010357
0.0103574
0.0103577
0.010358
0.0103583
0.0103586
0.0103588
0.0103591
0.0103592
0.0103594
0.0103458
0.0103322
0.0103186
0.0103185
0.010332
0.0103456
0.0103454
0.0103319
0.0103183
0.0103049
0.010305
0.0103052
0.0102917
0.0102783
0.010265
0.0102649
0.0102782
0.0102916
0.0102915
0.0102781
0.0102647
0.0102646
0.0102779
0.0102913
0.0103047
0.0103182
0.0103317
0.0103452
0.010345
0.0103314
0.010318
0.0103177
0.0103312
0.0103447
0.0103445
0.010331
0.0103175
0.0103041
0.0103043
0.0103045
0.0102911
0.0102778
0.0102645
0.0102643
0.0102776
0.0102909
0.0102907
0.0102774
0.0102641
0.0102509
0.010251
0.0102512
0.0102513
0.0102514
0.0102515
0.0102516
0.0102384
0.0102251
0.0102118
0.0102118
0.010225
0.0102383
0.0102382
0.0102249
0.0102117
0.0101985
0.0101986
0.0101986
0.0101854
0.0101722
0.010159
0.010159
0.0101722
0.0101853
0.0101853
0.0101721
0.0101589
0.0101588
0.010172
0.0101852
0.0101984
0.0102116
0.0102248
0.010238
0.0102379
0.0102247
0.0102115
0.0102114
0.0102246
0.0102378
0.0102377
0.0102245
0.0102113
0.0101981
0.0101982
0.0101983
0.0101851
0.0101719
0.0101588
0.0101587
0.0101719
0.010185
0.0101849
0.0101718
0.0101586
0.0101585
0.0101717
0.0101848
0.010198
0.0102111
0.0102243
0.0102375
0.0102507
0.010264
0.0102772
0.0102905
0.0103039
0.0103173
0.0103307
0.0103442
0.0103439
0.0103304
0.010317
0.0103167
0.0103301
0.0103436
0.0103432
0.0103298
0.0103165
0.0103031
0.0103034
0.0103036
0.0102903
0.010277
0.0102638
0.0102636
0.0102768
0.0102901
0.0102898
0.0102766
0.0102634
0.0102632
0.0102764
0.0102896
0.0103029
0.0103162
0.0103295
0.0103429
0.0103426
0.0103292
0.0103159
0.0103156
0.0103289
0.0103422
0.0103418
0.0103285
0.0103152
0.010302
0.0103023
0.0103026
0.0102893
0.0102761
0.0102629
0.0102627
0.0102759
0.0102891
0.0102888
0.0102756
0.0102625
0.0102493
0.0102496
0.0102498
0.01025
0.0102502
0.0102504
0.0102505
0.0102373
0.0102242
0.010211
0.0102109
0.010224
0.0102372
0.010237
0.0102239
0.0102107
0.0101976
0.0101977
0.0101979
0.0101847
0.0101716
0.0101585
0.0101584
0.0101715
0.0101846
0.0101845
0.0101714
0.0101583
0.0101582
0.0101713
0.0101843
0.0101975
0.0102106
0.0102237
0.0102368
0.0102366
0.0102235
0.0102104
0.0102102
0.0102233
0.0102364
0.0102362
0.0102231
0.0102101
0.010197
0.0101971
0.0101973
0.0101842
0.0101711
0.010158
0.0101579
0.010171
0.0101841
0.0101839
0.0101709
0.0101578
0.0101577
0.0101707
0.0101838
0.0101968
0.0102099
0.0102229
0.010236
0.0102491
0.0102622
0.0102753
0.0102885
0.0103017
0.0103149
0.0103282
0.0103414
0.0103548
0.0103682
0.0103816
0.010395
0.0104086
0.0104221
0.0104358
0.0104495
0.0104633
0.0104772
0.0104911
0.0105052
0.0105193
0.0105336
0.010548
0.0105625
0.0105614
0.0105469
0.0105326
0.0105316
0.0105459
0.0105603
0.0105591
0.0105448
0.0105307
0.0105166
0.0105175
0.0105184
0.0105043
0.0104903
0.0104764
0.0104757
0.0104895
0.0105035
0.0105026
0.0104887
0.0104749
0.0104741
0.0104879
0.0105017
0.0105156
0.0105297
0.0105438
0.010558
0.0105569
0.0105427
0.0105286
0.0105276
0.0105416
0.0105557
0.0105546
0.0105406
0.0105266
0.0105128
0.0105137
0.0105147
0.0105008
0.010487
0.0104733
0.0104725
0.0104862
0.0104999
0.010499
0.0104853
0.0104717
0.0104582
0.0104589
0.0104597
0.0104604
0.0104612
0.0104619
0.0104626
0.0104489
0.0104352
0.0104216
0.010421
0.0104345
0.0104482
0.0104475
0.0104339
0.0104204
0.0104069
0.0104075
0.010408
0.0103945
0.0103811
0.0103677
0.0103673
0.0103806
0.010394
0.0103935
0.0103801
0.0103668
0.0103663
0.0103796
0.0103929
0.0104063
0.0104198
0.0104333
0.0104468
0.0104461
0.0104326
0.0104191
0.0104185
0.0104319
0.0104454
0.0104447
0.0104313
0.0104179
0.0104046
0.0104052
0.0104058
0.0103924
0.0103791
0.0103658
0.0103653
0.0103786
0.0103918
0.0103913
0.010378
0.0103648
0.0103643
0.0103775
0.0103907
0.010404
0.0104172
0.0104306
0.010444
0.0104574
0.0104709
0.0104845
0.0104981
0.0105118
0.0105256
0.0105395
0.0105534
0.0105523
0.0105384
0.0105246
0.0105235
0.0105373
0.0105511
0.01055
0.0105362
0.0105225
0.0105089
0.0105099
0.0105108
0.0104972
0.0104836
0.0104701
0.0104693
0.0104827
0.0104963
0.0104953
0.0104819
0.0104684
0.0104676
0.010481
0.0104944
0.0105079
0.0105215
0.0105351
0.0105488
0.0105477
0.010534
0.0105204
0.0105194
0.0105329
0.0105465
0.0105454
0.0105318
0.0105184
0.010505
0.010506
0.0105069
0.0104935
0.0104801
0.0104668
0.0104659
0.0104792
0.0104926
0.0104916
0.0104783
0.0104651
0.0104519
0.0104527
0.0104535
0.0104543
0.0104551
0.0104559
0.0104566
0.0104432
0.0104299
0.0104166
0.0104159
0.0104292
0.0104425
0.0104418
0.0104285
0.0104153
0.0104021
0.0104027
0.0104033
0.0103901
0.010377
0.0103638
0.0103633
0.0103764
0.0103896
0.010389
0.0103759
0.0103628
0.0103622
0.0103753
0.0103884
0.0104015
0.0104146
0.0104278
0.010441
0.0104403
0.0104271
0.010414
0.0104133
0.0104264
0.0104395
0.0104388
0.0104257
0.0104126
0.0103996
0.0104002
0.0104008
0.0103878
0.0103747
0.0103617
0.0103612
0.0103742
0.0103872
0.0103866
0.0103736
0.0103606
0.0103477
0.0103482
0.0103487
0.0103492
0.0103497
0.0103502
0.0103507
0.0103512
0.0103517
0.0103521
0.0103526
0.0103531
0.0103535
0.0103539
0.0103544
0.0103411
0.0103278
0.0103146
0.0103142
0.0103274
0.0103407
0.0103403
0.010327
0.0103139
0.0103007
0.010301
0.0103014
0.0102882
0.0102751
0.010262
0.0102617
0.0102748
0.0102879
0.0102876
0.0102745
0.0102614
0.0102611
0.0102742
0.0102873
0.0103004
0.0103135
0.0103266
0.0103398
0.0103394
0.0103263
0.0103131
0.0103127
0.0103258
0.010339
0.0103385
0.0103254
0.0103123
0.0102993
0.0102997
0.0103
0.0102869
0.0102739
0.0102608
0.0102606
0.0102736
0.0102866
0.0102863
0.0102732
0.0102602
0.0102473
0.0102476
0.0102478
0.0102481
0.0102484
0.0102486
0.0102489
0.0102358
0.0102227
0.0102097
0.0102095
0.0102225
0.0102356
0.0102353
0.0102223
0.0102093
0.0101963
0.0101965
0.0101966
0.0101836
0.0101706
0.0101575
0.0101574
0.0101704
0.0101834
0.0101833
0.0101703
0.0101573
0.0101571
0.0101701
0.0101831
0.0101961
0.0102091
0.0102221
0.0102351
0.0102348
0.0102218
0.0102088
0.0102086
0.0102216
0.0102346
0.0102343
0.0102213
0.0102084
0.0101955
0.0101957
0.0101959
0.0101829
0.0101699
0.010157
0.0101568
0.0101698
0.0101827
0.0101825
0.0101696
0.0101566
0.0101565
0.0101694
0.0101823
0.0101952
0.0102082
0.0102211
0.010234
0.010247
0.0102599
0.0102729
0.0102859
0.0102989
0.010312
0.010325
0.0103381
0.0103376
0.0103246
0.0103115
0.0103111
0.0103241
0.0103372
0.0103367
0.0103237
0.0103107
0.0102978
0.0102982
0.0102985
0.0102856
0.0102726
0.0102596
0.0102593
0.0102722
0.0102852
0.0102848
0.0102719
0.010259
0.0102587
0.0102716
0.0102845
0.0102974
0.0103103
0.0103233
0.0103362
0.0103358
0.0103228
0.0103099
0.0103094
0.0103224
0.0103353
0.0103348
0.0103219
0.010309
0.0102962
0.0102966
0.010297
0.0102841
0.0102712
0.0102583
0.010258
0.0102708
0.0102837
0.0102833
0.0102705
0.0102577
0.0102448
0.0102452
0.0102455
0.0102458
0.0102461
0.0102464
0.0102467
0.0102338
0.0102208
0.0102079
0.0102077
0.0102206
0.0102335
0.0102332
0.0102203
0.0102074
0.0101946
0.0101948
0.010195
0.0101821
0.0101692
0.0101563
0.0101561
0.010169
0.0101819
0.0101817
0.0101688
0.010156
0.0101558
0.0101686
0.0101815
0.0101943
0.0102072
0.0102201
0.0102329
0.0102326
0.0102198
0.0102069
0.0102067
0.0102195
0.0102323
0.010232
0.0102192
0.0102064
0.0101936
0.0101939
0.0101941
0.0101813
0.0101684
0.0101556
0.0101554
0.0101682
0.0101811
0.0101808
0.010168
0.0101552
0.0101424
0.0101426
0.0101428
0.0101429
0.0101431
0.0101432
0.0101434
0.0101435
0.0101437
0.0101438
0.010144
0.0101441
0.0101443
0.0101444
0.0101445
0.0101446
0.0101447
0.0101449
0.010145
0.0101451
0.0101452
0.0101452
0.0101453
0.0101454
0.0101455
0.0101456
0.0101456
0.0101457
0.0101457
0.0101458
0.0101458
0.0101459
0.0101459
0.0101459
0.0101459
0.010146
0.010146
0.010146
0.0101459
0.0101459
0.0101458
0.0101457
0.0101454
0.0101449
0.0101439
0.0101421
0.0101387
0.0101324
0.0101211
0.0101009
0.0100655
0.0100048
0.00990255
0.00973641
0.00947182
0.00906606
0.00846933
0.00763354
0.00652763
0.00517292
0.00369152
0.00229865
0.00237594
0.00384051
0.00401968
0.00247106
0.00259317
0.00423928
0.00451174
0.00275036
0.0029628
0.00485818
0.00530924
0.00326341
0.00368407
0.00589557
0.00768301
0.00712219
0.00664546
0.00624608
0.00590943
0.00562442
0.00538158
0.00676065
0.00702156
0.00731361
0.00834685
0.0080931
0.00785509
0.00865639
0.00884896
0.0090444
0.00923889
0.0086142
0.00763945
0.00800094
0.00839646
0.00881516
0.00943796
0.00917032
0.00889094
0.0094273
0.00960303
0.00975627
0.00987584
0.00967141
0.00922744
0.0083139
0.0066592
0.00431018
0.00996304
0.00991228
0.00983384
0.00973324
0.00961675
0.00948816
0.00935141
0.00920978
0.00957361
0.00966944
0.00975713
0.00991342
0.009863
0.00980315
0.00994264
0.00997599
0.0100022
0.0100215
0.00995531
0.00983513
0.00990035
0.00994937
0.00998645
0.0100224
0.0100099
0.0099881
0.010034
0.0100396
0.0100392
0.010047
0.010054
0.0100574
0.0100565
0.0100511
0.0100409
0.0100254
0.0100732
0.0100772
0.0100776
0.0100916
0.0100971
0.0101003
0.0101153
0.0101078
0.0100989
0.0100888
0.0100841
0.0100748
0.0100691
0.0100608
0.0100506
0.0100522
0.0100641
0.0100748
0.0100776
0.0100656
0.0100529
0.0100399
0.0100396
0.0100389
0.0100374
0.0100337
0.0100254
0.0100063
0.01004
0.0100532
0.0100663
0.0100789
0.0100911
0.0101027
0.0101135
0.0101235
0.0101279
0.0101165
0.0101046
0.0101055
0.010118
0.0101302
0.0101314
0.0101188
0.010106
0.0100931
0.0100928
0.0100922
0.0100796
0.0100666
0.0100533
0.0100534
0.0100667
0.0100799
0.01008
0.0100668
0.0100534
0.0100534
0.0100668
0.0100801
0.0100932
0.0101062
0.0101192
0.0101321
0.0101324
0.0101194
0.0101063
0.0101064
0.0101195
0.0101326
0.0101327
0.0101196
0.0101064
0.0100933
0.0100933
0.0100933
0.0100801
0.0100668
0.0100534
0.0100534
0.0100668
0.0100801
0.0100801
0.0100669
0.0100534
0.0100401
0.0100401
0.0100401
0.0100401
0.0100401
0.0100401
0.0100401
0.0100401
0.0100534
0.0100669
0.0100801
0.0100933
0.0101065
0.0101196
0.0101327
0.0101328
0.0101196
0.0101065
0.0101065
0.0101196
0.0101328
0.0101328
0.0101196
0.0101065
0.0100933
0.0100933
0.0100933
0.0100801
0.0100669
0.0100534
0.0100534
0.0100669
0.0100801
0.0100801
0.0100669
0.0100534
0.0100534
0.0100669
0.0100801
0.0100933
0.0101065
0.0101196
0.0101328
0.0101328
0.0101196
0.0101064
0.0101064
0.0101196
0.0101327
0.0101327
0.0101196
0.0101064
0.0100933
0.0100933
0.0100933
0.0100801
0.0100668
0.0100534
0.0100534
0.0100668
0.0100801
0.0100801
0.0100668
0.0100534
0.0100401
0.0100401
0.0100401
0.0100401
0.0100401
0.0100401
0.0100401
0.0100401
0.0100534
0.0100668
0.0100801
0.0100933
0.0101064
0.0101195
0.0101327
0.0101327
0.0101195
0.0101064
0.0101063
0.0101195
0.0101326
0.0101326
0.0101194
0.0101063
0.0100932
0.0100932
0.0100932
0.0100801
0.0100668
0.0100534
0.0100534
0.0100668
0.01008
0.01008
0.0100667
0.0100533
0.0100533
0.0100667
0.01008
0.0100931
0.0101063
0.0101194
0.0101325
0.0101325
0.0101193
0.0101062
0.0101062
0.0101193
0.0101324
0.0101324
0.0101192
0.0101061
0.010093
0.0100931
0.0100931
0.0100799
0.0100667
0.0100533
0.0100533
0.0100667
0.0100799
0.0100799
0.0100666
0.0100533
0.01004
0.01004
0.01004
0.0100401
0.0100401
0.0100401
0.0100401
0.01004
0.0100532
0.0100666
0.0100798
0.010093
0.0101061
0.0101192
0.0101323
0.0101322
0.0101191
0.010106
0.010106
0.010119
0.0101321
0.0101321
0.010119
0.0101059
0.0100928
0.0100929
0.0100929
0.0100798
0.0100665
0.0100532
0.0100532
0.0100665
0.0100797
0.0100797
0.0100665
0.0100531
0.0100531
0.0100664
0.0100796
0.0100927
0.0101058
0.0101189
0.010132
0.0101319
0.0101188
0.0101057
0.0101057
0.0101187
0.0101318
0.0101317
0.0101186
0.0101056
0.0100925
0.0100926
0.0100927
0.0100796
0.0100664
0.010053
0.010053
0.0100663
0.0100795
0.0100794
0.0100663
0.010053
0.0100398
0.0100398
0.0100399
0.0100399
0.0100399
0.0100399
0.01004
0.0100398
0.0100529
0.0100662
0.0100794
0.0100925
0.0101055
0.0101185
0.0101316
0.0101315
0.0101184
0.0101054
0.0101053
0.0101183
0.0101314
0.0101313
0.0101182
0.0101052
0.0100922
0.0100923
0.0100924
0.0100793
0.0100661
0.0100529
0.0100528
0.0100661
0.0100793
0.0100792
0.010066
0.0100528
0.0100527
0.010066
0.0100791
0.0100921
0.0101051
0.0101181
0.0101311
0.010131
0.010118
0.0101051
0.010105
0.0101179
0.0101309
0.0101308
0.0101178
0.0101048
0.0100919
0.010092
0.0100921
0.010079
0.0100659
0.0100527
0.0100526
0.0100658
0.010079
0.0100789
0.0100658
0.0100526
0.0100395
0.0100395
0.0100396
0.0100396
0.0100397
0.0100397
0.0100397
0.0100395
0.0100525
0.0100657
0.0100788
0.0100918
0.0101047
0.0101177
0.0101306
0.0101305
0.0101176
0.0101046
0.0101045
0.0101174
0.0101303
0.0101302
0.0101173
0.0101044
0.0100915
0.0100916
0.0100917
0.0100787
0.0100656
0.0100525
0.0100524
0.0100656
0.0100786
0.0100786
0.0100655
0.0100523
0.0100523
0.0100654
0.0100785
0.0100914
0.0101043
0.0101172
0.0101301
0.0101299
0.010117
0.0101042
0.0101041
0.0101169
0.0101298
0.0101296
0.0101168
0.0101039
0.0100911
0.0100912
0.0100913
0.0100784
0.0100653
0.0100522
0.0100522
0.0100653
0.0100783
0.0100782
0.0100652
0.0100521
0.0100391
0.0100392
0.0100392
0.0100393
0.0100393
0.0100394
0.0100394
0.0100391
0.010052
0.0100651
0.0100781
0.010091
0.0101038
0.0101166
0.0101295
0.0101422
0.010155
0.0101678
0.0101806
0.0101934
0.0102062
0.0102189
0.0102317
0.0102445
0.0102573
0.0102701
0.0102829
0.0102957
0.0103086
0.0103214
0.0103343
0.0103472
0.0103601
0.010373
0.0103859
0.0103989
0.0104119
0.010425
0.010438
0.0104511
0.0104643
0.0104775
0.0104907
0.010504
0.0105173
0.0105307
0.0105442
0.0105578
0.0105714
0.0105851
0.0105988
0.0106127
0.0106267
0.0106407
0.0106549
0.0106692
0.0106837
0.0106984
0.0107134
0.0107279
0.0107426
0.0107578
0.0107731
0.0107884
0.0108037
0.0108199
0.0108365
0.0108529
0.0108493
0.0108658
0.0108825
0.0108786
0.0108953
0.0108912
0.0108748
0.0108585
0.0108621
0.0108459
0.0108295
0.010833
0.0108165
0.010801
0.0107982
0.0108134
0.0108105
0.0108261
0.0108423
0.0108388
0.010855
0.010871
0.0108873
0.0108835
0.0108674
0.0108515
0.0108479
0.0108639
0.0108798
0.0108761
0.0108604
0.0108445
0.0108291
0.010832
0.0108354
0.0108199
0.0108228
0.0108078
0.0107927
0.0107954
0.0107803
0.010783
0.0107857
0.0107704
0.0107553
0.0107403
0.0107381
0.0107528
0.0107678
0.0107653
0.0107504
0.0107359
0.0107214
0.0107237
0.0107258
0.0107111
0.0106963
0.0106818
0.0106798
0.0106942
0.0107089
0.0107067
0.0106922
0.0106779
0.0106761
0.0106902
0.0107046
0.0107192
0.0107337
0.010748
0.0107627
0.0107776
0.010775
0.01079
0.010805
0.0108022
0.0108171
0.0108143
0.0107994
0.0107846
0.0107873
0.0107725
0.0107578
0.0107602
0.0107458
0.0107316
0.0107293
0.0107436
0.0107414
0.0107555
0.0107699
0.0107675
0.010782
0.0107967
0.0108115
0.0108262
0.0108411
0.0108569
0.0108726
0.0108883
0.0109042
0.0109203
0.0109366
0.0109532
0.01097
0.0109871
0.0110044
0.0109992
0.0109821
0.0109653
0.0109607
0.0109773
0.0109941
0.0109892
0.0109727
0.0109563
0.0109402
0.0109444
0.0109487
0.0109324
0.0109163
0.0109004
0.0108967
0.0109124
0.0109283
0.0109243
0.0109086
0.0108931
0.0108895
0.0109049
0.0109204
0.0109361
0.0109521
0.0109682
0.0109845
0.011001
0.0109962
0.0110127
0.0110079
0.0110244
0.0110411
0.0110359
0.0110195
0.0110032
0.0109986
0.0110147
0.011031
0.0110474
0.0110641
0.011081
0.0110982
0.0110924
0.0111095
0.0111037
0.0111208
0.0111149
0.011132
0.0111261
0.0111432
0.0111604
0.0111779
0.0111957
0.0112137
0.011232
0.0112246
0.0112429
0.0112356
0.0112538
0.0112465
0.0112646
0.0112573
0.0112754
0.0112938
0.0112863
0.0113046
0.0112971
0.0113154
0.011308
0.01129
0.0112723
0.0112791
0.0112613
0.0112682
0.0112504
0.0112329
0.0112395
0.0112219
0.0112286
0.0112109
0.0112176
0.0112
0.0112067
0.011189
0.0111715
0.0111653
0.0111825
0.0111764
0.0111935
0.0111874
0.0112045
0.0111984
0.0112155
0.0112094
0.0112265
0.0112438
0.0112375
0.0112548
0.0112485
0.0112658
0.0112832
0.0113009
0.0112942
0.0112768
0.0112595
0.0112536
0.0112706
0.0112878
0.0112817
0.0112647
0.0112479
0.0112314
0.0112368
0.0112425
0.0112257
0.0112315
0.0112147
0.0112205
0.0112036
0.0111981
0.0111927
0.0112091
0.0112039
0.0112202
0.011215
0.0111988
0.0111828
0.0111877
0.0111716
0.0111765
0.0111817
0.011187
0.0111926
0.0111759
0.0111816
0.0111649
0.0111705
0.0111538
0.0111595
0.0111427
0.0111484
0.0111543
0.0111373
0.0111205
0.0111039
0.0111093
0.0110927
0.0110981
0.0110815
0.0110868
0.0110702
0.0110755
0.0110589
0.0110538
0.0110489
0.0110651
0.0110602
0.0110764
0.0110714
0.0110876
0.0110826
0.0110988
0.0111151
0.0111316
0.0111262
0.0111099
0.0110938
0.0110779
0.0110621
0.0110667
0.0110509
0.0110555
0.0110397
0.0110442
0.0110284
0.0110329
0.0110376
0.0110424
0.0110262
0.0110101
0.0109943
0.01099
0.0110057
0.0110215
0.0110171
0.0110014
0.0109859
0.010982
0.0109973
0.0110128
0.0110086
0.0110241
0.0110199
0.0110353
0.0110311
0.0110465
0.0110423
0.0110577
0.0110733
0.011089
0.011105
0.0111211
0.0111373
0.0111322
0.0111484
0.0111433
0.0111595
0.0111543
0.0111706
0.0111654
0.0111605
0.0111447
0.0111494
0.0111335
0.0111383
0.0111224
0.0111272
0.0111113
0.0111161
0.0111002
0.0110845
0.01108
0.0110956
0.0110912
0.0111067
0.0111023
0.0111179
0.0111135
0.011129
0.0111246
0.0111401
0.0111558
0.0111513
0.011167
0.0111625
0.0111781
0.011194
0.01121
0.0112262
0.0112425
0.0112591
0.0112758
0.0112928
0.01131
0.0113274
0.011345
0.0113629
0.011381
0.0113994
0.0113921
0.0114105
0.0114033
0.0113965
0.0113787
0.0113852
0.0113674
0.011374
0.0113562
0.0113386
0.0113212
0.011304
0.0112983
0.0113152
0.0113324
0.0113498
0.0113437
0.0113611
0.0113551
0.0113725
0.0113901
0.0113839
0.0114015
0.0113955
0.0114131
0.0114071
0.0114247
0.0114189
0.0114365
0.0114543
0.0114723
0.0114906
0.0114842
0.0115025
0.0114962
0.0114903
0.0115083
0.0115025
0.0115206
0.0115388
0.0115573
0.011576
0.0115949
0.0116141
0.0116335
0.0116264
0.0116072
0.0115883
0.0115822
0.0116008
0.0116197
0.0116135
0.0115949
0.0115765
0.0115582
0.0115638
0.0115697
0.0115512
0.011533
0.0115149
0.0115097
0.0115275
0.0115455
0.0115402
0.0115224
0.0115048
0.0114873
0.011492
0.0114971
0.0114795
0.0114847
0.0114671
0.0114725
0.0114782
0.0114603
0.0114662
0.0114484
0.0114308
0.0114134
0.0113962
0.0114015
0.0113843
0.0113897
0.0113726
0.0113781
0.011361
0.0113666
0.0113494
0.011344
0.0113389
0.0113556
0.0113506
0.0113674
0.0113624
0.0113792
0.0113744
0.0113912
0.0114081
0.0114253
0.0114427
0.0114374
0.0114548
0.0114497
0.0114448
0.0114621
0.0114574
0.0114746
0.01147
0.011453
0.011436
0.0114403
0.0114234
0.0114278
0.0114325
0.0114154
0.0114202
0.0114032
0.0113864
0.0113819
0.0113986
0.0113942
0.0114109
0.0114067
0.0114027
0.0114193
0.0114155
0.0114321
0.0114488
0.0114658
0.0114829
0.0115002
0.0115176
0.0115353
0.0115531
0.0115711
0.0115893
0.0116078
0.0116024
0.0116208
0.0116157
0.0116341
0.0116526
0.0116714
0.0116903
0.0116848
0.0117037
0.0116984
0.0117173
0.0117363
0.0117311
0.0117123
0.0116937
0.0116894
0.0117079
0.0117265
0.0117224
0.0117039
0.0116856
0.0116674
0.0116711
0.0116752
0.0116798
0.0116612
0.0116661
0.0116475
0.0116292
0.0116247
0.0116429
0.0116387
0.0116569
0.0116529
0.0116494
0.0116315
0.0116349
0.011617
0.0116206
0.0116028
0.0116067
0.011611
0.011593
0.0115975
0.0115795
0.0115842
0.0115662
0.0115616
0.0115574
0.0115751
0.0115711
0.0115888
0.0115851
0.0115675
0.0115501
0.0115536
0.0115362
0.0115399
0.011544
0.0115484
0.0115307
0.0115132
0.0114959
0.011492
0.0115091
0.0115265
0.0115226
0.0115054
0.0114884
0.0114851
0.011502
0.011519
0.0115158
0.0115329
0.0115299
0.011547
0.0115643
0.0115817
0.0115993
0.0115962
0.0116138
0.0116109
0.0116285
0.0116463
0.0116642
0.0116823
0.0117004
0.0117188
0.0117372
0.0117557
0.0117744
0.0117932
0.0118121
0.0118312
0.0118503
0.0118695
0.0118652
0.0118461
0.0118272
0.0118238
0.0118426
0.0118615
0.0118585
0.0118397
0.011821
0.0118024
0.0118051
0.0118083
0.0117896
0.0117709
0.0117524
0.0117495
0.0117679
0.0117864
0.0117839
0.0117655
0.0117472
0.0117454
0.0117636
0.011782
0.0118004
0.0118189
0.0118375
0.0118562
0.0118547
0.0118361
0.0118175
0.0118167
0.0118352
0.0118538
0.0117983
0.0117991
0.0117807
0.0117624
0.0117442
0.0117435
0.0117617
0.0117799
0.0117254
0.0117261
0.0117272
0.0117289
0.0117312
0.0117339
0.0117156
0.0116974
0.0116794
0.0116769
0.0116949
0.011713
0.0117108
0.0116928
0.011675
0.0116572
0.0116591
0.0116615
0.0116437
0.011626
0.0116084
0.0116063
0.0116238
0.0116414
0.0116395
0.011622
0.0116046
0.0116033
0.0116207
0.0116381
0.0116557
0.0116734
0.0116913
0.0117092
0.0117081
0.0116902
0.0116724
0.0116718
0.0116896
0.0117074
0.0116542
0.0116547
0.0116372
0.0116198
0.0116024
0.0116019
0.0116192
0.0116366
0.0115848
0.0115853
0.0115861
0.0115874
0.011589
0.011591
0.0115934
0.011576
0.0115787
0.0115614
0.0115442
0.0115272
0.0115103
0.0115129
0.011496
0.0114988
0.011482
0.0114793
0.0114769
0.0114935
0.0114913
0.011508
0.0115248
0.0115417
0.0115588
0.0115566
0.0115737
0.0115718
0.0115702
0.0115532
0.0115547
0.0115378
0.0115396
0.0115227
0.011506
0.0114894
0.011473
0.0114748
0.0114584
0.0114604
0.0114628
0.0114654
0.0114683
0.0114715
0.011475
0.0114788
0.0114618
0.011445
0.0114284
0.011425
0.0114415
0.0114582
0.0114548
0.0114382
0.0114219
0.0114056
0.0114086
0.0114119
0.0113956
0.011399
0.0113828
0.0113863
0.0113902
0.0113738
0.0113777
0.0113614
0.0113655
0.0113698
0.0113533
0.0113577
0.0113413
0.0113458
0.0113294
0.011334
0.0113176
0.0113223
0.0113272
0.0113324
0.0113379
0.011321
0.0113266
0.0113096
0.0112929
0.0112877
0.0113042
0.0112991
0.0113157
0.0113107
0.0113059
0.0112897
0.0112943
0.0112781
0.0112828
0.0112666
0.0112713
0.0112763
0.0112815
0.011287
0.0112703
0.0112537
0.0112374
0.0112324
0.0112486
0.011265
0.0112599
0.0112438
0.0112277
0.0112119
0.0112164
0.0112212
0.0112052
0.0111894
0.0111737
0.0111694
0.0111849
0.0112006
0.0111962
0.0111807
0.0111654
0.0111615
0.0111767
0.0111921
0.0112076
0.0112233
0.0112391
0.0112551
0.0112505
0.0112347
0.011219
0.0112149
0.0112305
0.0112462
0.011262
0.0112577
0.0112736
0.0112694
0.0112853
0.0113014
0.0112971
0.0113131
0.0113089
0.011325
0.0113209
0.011337
0.011333
0.0113491
0.0113452
0.0113292
0.0113134
0.011317
0.0113012
0.0113049
0.0112891
0.011293
0.0112772
0.0112811
0.0112654
0.0112616
0.011258
0.0112735
0.01127
0.0112855
0.0112821
0.0112976
0.0112943
0.0113099
0.0113256
0.0113415
0.0113576
0.011354
0.0113701
0.0113667
0.0113635
0.0113795
0.0113764
0.0113924
0.0113895
0.0113736
0.0113577
0.0113605
0.0113447
0.0113476
0.0113507
0.0113349
0.0113381
0.0113223
0.0113067
0.0112912
0.0112759
0.0112789
0.0112636
0.0112667
0.0112514
0.0112546
0.0112394
0.0112426
0.0112461
0.0112498
0.0112537
0.0112381
0.011242
0.0112265
0.0112111
0.0111958
0.0111995
0.0112035
0.0111881
0.0111728
0.0111578
0.0111542
0.0111692
0.0111843
0.0111807
0.0111657
0.0111508
0.0111476
0.0111624
0.0111772
0.0111922
0.0112074
0.0112227
0.011219
0.0112343
0.0112308
0.0112274
0.0112124
0.0112156
0.0112006
0.0112039
0.0111889
0.011174
0.0111592
0.0111446
0.0111417
0.0111562
0.0111709
0.0111856
0.0111826
0.0111974
0.0111945
0.0112093
0.0112243
0.0112213
0.0112363
0.0112334
0.0112484
0.0112456
0.0112607
0.0112579
0.011273
0.0112883
0.0113037
0.0113192
0.0113163
0.0113319
0.0113291
0.0113266
0.0113421
0.0113397
0.0113552
0.011371
0.0113868
0.0114028
0.011419
0.0114353
0.0114517
0.0114489
0.0114326
0.0114164
0.011414
0.0114301
0.0114464
0.0114441
0.011428
0.0114119
0.011396
0.011398
0.0114003
0.0113844
0.0113686
0.011353
0.0113509
0.0113665
0.0113822
0.0113802
0.0113646
0.0113491
0.0113475
0.0113629
0.0113785
0.0113942
0.0114101
0.011426
0.0114422
0.0114404
0.0114566
0.0114551
0.0114714
0.0114878
0.0115043
0.011521
0.0115196
0.0115363
0.0115352
0.011552
0.011569
0.0115682
0.0115513
0.0115344
0.011534
0.0115508
0.0115677
0.0115173
0.0115178
0.0115185
0.0115019
0.011503
0.0114865
0.0114701
0.0114691
0.0114855
0.0114848
0.0115012
0.0115008
0.0114844
0.0114681
0.0114685
0.0114523
0.0114529
0.0114539
0.0114378
0.011439
0.011423
0.0114244
0.0114085
0.0114071
0.011406
0.0114218
0.0114209
0.0114369
0.0114363
0.0114204
0.0114046
0.0114051
0.0113895
0.0113903
0.0113914
0.0113927
0.011377
0.0113615
0.0113461
0.0113449
0.0113602
0.0113757
0.0113747
0.0113592
0.0113439
0.0113432
0.0113585
0.0113739
0.0113734
0.0113889
0.0113886
0.0114042
0.01142
0.0114359
0.0114519
0.0113731
0.0113577
0.011358
0.0113427
0.0113424
0.0113272
0.0113275
0.011328
0.0113287
0.0113296
0.0113308
0.0113321
0.0113337
0.0113355
0.0113375
0.0113221
0.0113242
0.0113089
0.0113112
0.0113136
0.0112983
0.0113009
0.0112856
0.0112704
0.0112554
0.0112405
0.0112429
0.0112281
0.0112306
0.0112158
0.0112185
0.0112037
0.0112064
0.0111917
0.011189
0.0111866
0.0112011
0.0111987
0.0112134
0.0112111
0.0112257
0.0112235
0.0112382
0.0112531
0.011268
0.0112831
0.0112808
0.0112959
0.0112937
0.0112917
0.0113068
0.011305
0.0113202
0.0113185
0.0113033
0.0112883
0.0112899
0.011275
0.0112767
0.0112786
0.0112637
0.0112658
0.0112509
0.0112361
0.0112342
0.0112489
0.0112471
0.0112619
0.0112602
0.0112587
0.0112734
0.0112721
0.0112869
0.0113019
0.0113169
0.0113156
0.0113006
0.0112857
0.0112846
0.0112995
0.0113145
0.0113136
0.0112986
0.0112838
0.0112691
0.0112699
0.0112709
0.0112562
0.0112573
0.0112427
0.011244
0.0112455
0.0112309
0.0112325
0.0112179
0.0112196
0.0112215
0.011207
0.0112089
0.0111945
0.0111965
0.0111821
0.0111842
0.0111699
0.0111721
0.0111745
0.011177
0.0111797
0.0111652
0.0111679
0.0111534
0.0111389
0.0111363
0.0111507
0.0111482
0.0111625
0.0111601
0.0111578
0.0111435
0.0111458
0.0111316
0.0111339
0.0111197
0.0111221
0.0111246
0.0111273
0.0111301
0.011133
0.0111361
0.0111394
0.0111428
0.0111464
0.0111501
0.0111541
0.0111582
0.0111428
0.011147
0.0111316
0.0111358
0.0111204
0.0111052
0.0111093
0.011094
0.0110981
0.0110829
0.011087
0.0110717
0.0110758
0.0110606
0.0110647
0.0110689
0.0110535
0.0110383
0.0110232
0.0110271
0.011012
0.0110158
0.0110007
0.0110046
0.0109895
0.0109933
0.0109782
0.0109745
0.0109709
0.0109858
0.0109822
0.010997
0.0109934
0.0110082
0.0110046
0.0110194
0.0110343
0.0110494
0.0110455
0.0110306
0.0110158
0.0110011
0.0109866
0.0109899
0.0109754
0.0109787
0.0109642
0.0109675
0.010953
0.0109563
0.0109597
0.0109632
0.0109669
0.0109706
0.0109745
0.0109786
0.0109828
0.0109871
0.0109916
0.0109755
0.0109799
0.0109638
0.0109479
0.0109439
0.0109596
0.0109555
0.0109712
0.0109671
0.0109631
0.0109478
0.0109516
0.0109362
0.01094
0.0109247
0.0109284
0.0109322
0.0109167
0.0109013
0.0108861
0.0108828
0.0108978
0.010913
0.0109095
0.0108945
0.0108794
0.0108643
0.0108675
0.0108709
0.0108743
0.0108777
0.0108811
0.0108847
0.0108691
0.0108534
0.0108381
0.0108352
0.01085
0.0108656
0.0108622
0.0108469
0.0108324
0.0108178
0.0108206
0.0108234
0.0108087
0.010794
0.0107795
0.010777
0.0107914
0.010806
0.0108033
0.0107889
0.0107746
0.0107723
0.0107863
0.0108007
0.0108151
0.0108296
0.010844
0.0108588
0.0108556
0.0108412
0.0108268
0.0108241
0.0108385
0.0108527
0.0108499
0.0108357
0.0108214
0.0108072
0.0108098
0.0108124
0.0107981
0.0107839
0.01077
0.0107679
0.0107815
0.0107956
0.0107931
0.0107793
0.0107657
0.0107517
0.010754
0.0107562
0.0107585
0.0107607
0.0107629
0.0107651
0.0107511
0.0107533
0.0107392
0.0107247
0.010727
0.0107126
0.0107147
0.0107169
0.0107025
0.0106883
0.0106742
0.0106724
0.0106864
0.0107005
0.0106985
0.0106845
0.0106706
0.0106568
0.0106586
0.0106603
0.010662
0.0106638
0.0106656
0.0106674
0.0106532
0.0106391
0.0106251
0.0106236
0.0106375
0.0106515
0.0106498
0.0106359
0.010622
0.0106083
0.0106098
0.0106112
0.0105974
0.0105837
0.0105701
0.0105688
0.0105824
0.010596
0.0105947
0.0105811
0.0105676
0.0105663
0.0105798
0.0105933
0.0106069
0.0106205
0.0106343
0.0106481
0.0106464
0.0106327
0.010619
0.0106175
0.0106311
0.0106448
0.0106432
0.0106296
0.0106161
0.0106026
0.010604
0.0106054
0.0105919
0.0105785
0.0105651
0.0105639
0.0105772
0.0105906
0.0105892
0.0105759
0.0105627
0.0105615
0.0105747
0.0105879
0.0106012
0.0106146
0.010628
0.0106416
0.0106552
0.0106689
0.0106826
0.0106965
0.0107105
0.0107085
0.0107226
0.0107369
0.0107346
0.0107489
0.0107466
0.0107324
0.0107184
0.0107205
0.0107065
0.0106927
0.0106946
0.0106808
0.0106671
0.0106654
0.010679
0.0106773
0.0106909
0.0107046
0.0107027
0.0107164
0.0107303
0.0107443
0.0107421
0.0107282
0.0107144
0.0107125
0.0107262
0.0107399
0.0107379
0.0107242
0.0107106
0.0106972
0.010699
0.0107008
0.0106873
0.0106891
0.0106755
0.0106621
0.0106637
0.0106503
0.0106519
0.0106535
0.01064
0.0106265
0.0106132
0.0106117
0.0106251
0.0106384
0.0106369
0.0106236
0.0106103
0.0105972
0.0105985
0.0105998
0.0105866
0.0105734
0.0105603
0.0105591
0.0105722
0.0105853
0.010584
0.010571
0.0105579
0.0105568
0.0105697
0.0105828
0.0105958
0.010609
0.0106221
0.0106354
0.0106487
0.0106471
0.0106604
0.0106738
0.0106721
0.0106855
0.0106838
0.0106705
0.0106573
0.0106588
0.0106456
0.0106324
0.0106339
0.0106207
0.0106076
0.0106062
0.0106193
0.0106179
0.010631
0.0106441
0.0106426
0.0106557
0.0106689
0.0106821
0.0106954
0.0107088
0.0107223
0.0107358
0.0107495
0.0107635
0.0107771
0.0107908
0.0108047
0.0108188
0.010833
0.0108472
0.0108613
0.0108761
0.0108912
0.0109061
0.0109211
0.0109176
0.0109326
0.0109291
0.0109441
0.0109592
0.0109555
0.0109405
0.0109256
0.0109109
0.0109142
0.0108995
0.0109027
0.010888
0.010873
0.0108699
0.0108847
0.0108816
0.0108964
0.0108932
0.0109077
0.0109223
0.010937
0.0109519
0.0109484
0.0109337
0.0109191
0.010916
0.0109304
0.010945
0.0109417
0.0109273
0.010913
0.0108987
0.0109017
0.0109047
0.0108902
0.0108756
0.0108785
0.0108643
0.010867
0.0108532
0.0108558
0.0108585
0.0108445
0.0108304
0.0108163
0.0108138
0.0108278
0.0108418
0.0108392
0.0108253
0.0108114
0.0107976
0.0107999
0.0108023
0.0107885
0.010775
0.0107612
0.010759
0.0107729
0.0107863
0.0107842
0.0107707
0.0107569
0.0107549
0.0107685
0.0107821
0.0107954
0.010809
0.0108228
0.0108367
0.0108506
0.010848
0.0108618
0.0108592
0.0108728
0.0108872
0.0108843
0.0108702
0.0108567
0.010843
0.0108455
0.0108317
0.0108342
0.0108204
0.0108067
0.0108045
0.0108181
0.0108158
0.0108294
0.0108271
0.0108407
0.0108543
0.0108678
0.0108815
0.0108958
0.01091
0.0109242
0.0109385
0.0109355
0.0109498
0.0109467
0.010961
0.0109579
0.0109722
0.0109691
0.0109834
0.0109978
0.0110123
0.0110269
0.0110417
0.0110567
0.0110529
0.0110678
0.0110641
0.011079
0.0110752
0.0110902
0.0110864
0.0111013
0.0111164
0.0111126
0.0111276
0.0111238
0.0111389
0.0111351
0.0111201
0.0111053
0.0111089
0.0110941
0.0110976
0.0110828
0.0110682
0.0110716
0.011057
0.0110605
0.0110458
0.0110493
0.0110346
0.0110381
0.0110235
0.0110089
0.0110057
0.0110201
0.0110169
0.0110313
0.0110281
0.0110425
0.0110392
0.0110537
0.0110505
0.0110649
0.0110794
0.0110761
0.0110907
0.0110874
0.011102
0.0111166
0.0111314
0.011128
0.0111133
0.0110987
0.0110957
0.0111101
0.0111247
0.0111215
0.0111071
0.0110927
0.0110785
0.0110813
0.0110843
0.01107
0.011073
0.0110587
0.0110617
0.0110474
0.0110445
0.0110417
0.0110558
0.011053
0.0110671
0.0110644
0.0110503
0.0110364
0.011039
0.0110251
0.0110277
0.0110304
0.0110332
0.0110362
0.011022
0.011025
0.0110108
0.0110138
0.0109996
0.0110026
0.0109884
0.0109914
0.0109945
0.0109802
0.0109661
0.010952
0.0109549
0.0109408
0.0109437
0.0109296
0.0109325
0.0109184
0.0109213
0.0109072
0.0109045
0.0109018
0.0109157
0.010913
0.0109269
0.0109242
0.010938
0.0109354
0.0109492
0.0109632
0.0109772
0.0109743
0.0109604
0.0109465
0.0109439
0.0109577
0.0109716
0.0109855
0.0109827
0.0109967
0.0109939
0.0110079
0.0110052
0.0110191
0.0110164
0.0110138
0.011
0.0110025
0.0109887
0.0109913
0.0109775
0.0109801
0.0109663
0.0109689
0.0109551
0.0109415
0.0109391
0.0109526
0.0109503
0.0109638
0.0109615
0.0109751
0.0109727
0.0109863
0.010984
0.0109976
0.0110113
0.0110089
0.0110226
0.0110202
0.011034
0.0110478
0.0110617
0.0110758
0.0110899
0.0111042
0.0111185
0.0111157
0.0111014
0.0110872
0.0110847
0.0110988
0.011113
0.0111104
0.0110963
0.0110823
0.0110684
0.0110707
0.0110732
0.0110592
0.0110454
0.0110316
0.0110294
0.0110431
0.0110569
0.0110546
0.0110409
0.0110273
0.0110253
0.0110389
0.0110525
0.0110662
0.01108
0.011094
0.011108
0.0111057
0.0110917
0.0110779
0.0110759
0.0110896
0.0111035
0.0111175
0.0111154
0.0111294
0.0111274
0.0111414
0.0111556
0.0111536
0.0111678
0.0111659
0.0111801
0.0111783
0.0111926
0.0111908
0.0112052
0.0112035
0.0111892
0.011175
0.0111766
0.0111624
0.0111641
0.01115
0.0111517
0.0111377
0.0111395
0.0111255
0.0111238
0.0111221
0.011136
0.0111345
0.0111484
0.011147
0.011161
0.0111596
0.0111737
0.0111878
0.0112021
0.0112164
0.0112151
0.0112295
0.0112282
0.0112272
0.0112416
0.0112407
0.0112552
0.0112544
0.0112399
0.0112255
0.0112263
0.0112119
0.0112128
0.0112139
0.0111996
0.0112007
0.0111865
0.0111724
0.0111584
0.0111445
0.0111457
0.0111318
0.0111331
0.0111193
0.0111207
0.0111069
0.0111084
0.0111099
0.0111116
0.0111134
0.0110996
0.0111015
0.0110877
0.011074
0.0110603
0.0110622
0.0110641
0.0110505
0.0110369
0.0110235
0.0110217
0.0110351
0.0110486
0.0110468
0.0110334
0.01102
0.0110067
0.0110083
0.0110101
0.0110119
0.0110138
0.0110158
0.011018
0.0110044
0.0110066
0.0109931
0.0109953
0.0109817
0.0109683
0.0109704
0.010957
0.0109592
0.0109458
0.010948
0.0109345
0.0109368
0.0109234
0.0109256
0.0109279
0.0109303
0.0109328
0.0109191
0.0109216
0.010908
0.0109105
0.0108965
0.0108991
0.0108851
0.0108876
0.0108903
0.010893
0.0108788
0.0108654
0.0108519
0.0108496
0.010863
0.0108763
0.010874
0.0108607
0.0108473
0.0108451
0.0108585
0.0108717
0.0108695
0.0108826
0.0108804
0.010894
0.0108917
0.0109055
0.0109031
0.0109167
0.0109144
0.0109008
0.0108872
0.0108894
0.0108762
0.0108782
0.0108653
0.0108674
0.0108542
0.0108563
0.010843
0.0108409
0.0108389
0.0108521
0.0108501
0.0108632
0.0108612
0.0108742
0.0108723
0.010885
0.0108986
0.0109122
0.01091
0.0108965
0.0108831
0.0108704
0.0108575
0.0108593
0.0108463
0.0108482
0.0108351
0.010837
0.010824
0.0108259
0.0108278
0.0108297
0.0108318
0.0108339
0.0108361
0.0108383
0.0108249
0.0108114
0.0108136
0.0108003
0.0108023
0.0107892
0.0107912
0.0107933
0.0107801
0.0107664
0.0107529
0.010751
0.0107644
0.010778
0.0107759
0.0107624
0.0107491
0.0107473
0.0107605
0.0107738
0.0107873
0.0107853
0.0107983
0.0107964
0.0108094
0.0108227
0.0108206
0.0108074
0.0107945
0.0107814
0.0107833
0.01077
0.0107718
0.0107586
0.0107455
0.0107438
0.0107568
0.0107551
0.0107681
0.0107663
0.0107795
0.0107927
0.0108055
0.0108185
0.0108166
0.0108037
0.0107909
0.0107891
0.0108019
0.0108147
0.0108129
0.0108002
0.0107873
0.0107742
0.0107759
0.0107776
0.0107646
0.0107517
0.0107534
0.0107405
0.0107421
0.0107293
0.0107309
0.0107325
0.0107342
0.010736
0.0107377
0.0107396
0.0107415
0.0107434
0.0107454
0.0107474
0.0107338
0.0107204
0.010707
0.0107052
0.0107185
0.0107319
0.01073
0.0107167
0.0107035
0.0106903
0.010692
0.0106937
0.0106805
0.0106673
0.0106542
0.0106527
0.0106657
0.0106788
0.0106772
0.0106642
0.0106512
0.0106498
0.0106627
0.0106757
0.0106887
0.0107018
0.0107149
0.0107282
0.0107264
0.0107132
0.0107001
0.0106985
0.0107115
0.0107246
0.0107229
0.0107099
0.0106969
0.010684
0.0106856
0.0106871
0.0106742
0.0106612
0.0106484
0.010647
0.0106598
0.0106727
0.0106712
0.0106584
0.0106457
0.010633
0.0106343
0.0106356
0.0106369
0.0106383
0.0106397
0.0106411
0.0106282
0.0106296
0.0106166
0.0106036
0.0106049
0.010592
0.0105932
0.0105945
0.0105815
0.0105685
0.0105556
0.0105545
0.0105674
0.0105803
0.0105791
0.0105662
0.0105534
0.0105523
0.0105651
0.0105779
0.0105907
0.0105895
0.0106023
0.0106152
0.0106139
0.0106268
0.0106254
0.0106126
0.0105998
0.0106011
0.0105883
0.0105755
0.0105767
0.0105639
0.0105512
0.0105501
0.0105628
0.0105617
0.0105744
0.0105871
0.0105859
0.0105986
0.0106113
0.0106241
0.0106228
0.0106101
0.0105974
0.0105963
0.0106089
0.0106216
0.0106203
0.0106077
0.0105951
0.0105826
0.0105837
0.0105848
0.0105722
0.0105733
0.0105607
0.0105481
0.0105491
0.0105365
0.0105375
0.0105385
0.0105396
0.0105406
0.0105417
0.0105428
0.0105438
0.0105449
0.0105461
0.0105472
0.0105483
0.0105495
0.0105506
0.0105518
0.010553
0.0105542
0.0105554
0.0105566
0.0105431
0.0105297
0.0105163
0.0105153
0.0105286
0.0105419
0.0105408
0.0105275
0.0105143
0.0105011
0.010502
0.010503
0.0104898
0.0104766
0.0104634
0.0104626
0.0104757
0.0104888
0.0104879
0.0104748
0.0104618
0.0104609
0.0104739
0.010487
0.0105001
0.0105132
0.0105264
0.0105397
0.0105386
0.0105254
0.0105122
0.0105112
0.0105243
0.0105374
0.0105363
0.0105233
0.0105102
0.0104972
0.0104982
0.0104991
0.0104861
0.0104731
0.0104601
0.0104593
0.0104722
0.0104852
0.0104842
0.0104713
0.0104584
0.0104456
0.0104464
0.0104471
0.0104479
0.0104487
0.0104495
0.0104503
0.0104373
0.0104242
0.0104112
0.0104106
0.0104235
0.0104365
0.0104358
0.0104228
0.0104099
0.010397
0.0103976
0.0103983
0.0103853
0.0103724
0.0103595
0.010359
0.0103718
0.0103847
0.0103841
0.0103713
0.0103584
0.0103579
0.0103707
0.0103835
0.0103963
0.0104092
0.0104221
0.010435
0.0104342
0.0104214
0.0104085
0.0104078
0.0104206
0.0104335
0.0104327
0.0104199
0.0104071
0.0103944
0.010395
0.0103957
0.0103829
0.0103701
0.0103573
0.0103568
0.0103695
0.0103823
0.0103816
0.0103689
0.0103562
0.0103556
0.0103683
0.010381
0.0103937
0.0104065
0.0104192
0.010432
0.0104448
0.0104576
0.0104705
0.0104833
0.0104963
0.0105092
0.0105222
0.0105352
0.0105342
0.0105212
0.0105082
0.0105072
0.0105201
0.0105331
0.010532
0.0105191
0.0105063
0.0104934
0.0104944
0.0104953
0.0104824
0.0104696
0.0104568
0.010456
0.0104687
0.0104815
0.0104807
0.0104679
0.0104552
0.0104544
0.0104671
0.0104798
0.0104925
0.0105053
0.0105181
0.010531
0.0105299
0.0105171
0.0105043
0.0105034
0.0105161
0.0105289
0.0105279
0.0105151
0.0105025
0.0104898
0.0104907
0.0104916
0.0104789
0.0104662
0.0104536
0.0104528
0.0104654
0.010478
0.0104772
0.0104646
0.010452
0.0104394
0.0104402
0.0104409
0.0104417
0.0104424
0.0104432
0.010444
0.0104312
0.0104185
0.0104058
0.0104051
0.0104178
0.0104305
0.0104298
0.0104171
0.0104044
0.0103918
0.0103924
0.0103931
0.0103804
0.0103677
0.0103551
0.0103545
0.0103672
0.0103798
0.0103792
0.0103666
0.010354
0.0103534
0.010366
0.0103786
0.0103912
0.0104038
0.0104164
0.010429
0.0104283
0.0104157
0.0104031
0.0104025
0.010415
0.0104276
0.0104269
0.0104143
0.0104018
0.0103893
0.0103899
0.0103905
0.010378
0.0103654
0.0103529
0.0103524
0.0103649
0.0103774
0.0103768
0.0103643
0.0103518
0.0103393
0.0103398
0.0103404
0.0103409
0.0103414
0.0103419
0.0103424
0.010343
0.0103435
0.010344
0.0103446
0.0103451
0.0103456
0.0103461
0.0103467
0.0103338
0.010321
0.0103081
0.0103077
0.0103205
0.0103333
0.0103328
0.01032
0.0103073
0.0102945
0.0102949
0.0102953
0.0102825
0.0102697
0.010257
0.0102566
0.0102694
0.0102821
0.0102817
0.010269
0.0102563
0.0102559
0.0102686
0.0102813
0.0102941
0.0103068
0.0103196
0.0103323
0.0103318
0.0103191
0.0103064
0.0103059
0.0103186
0.0103313
0.0103308
0.0103181
0.0103055
0.0102928
0.0102932
0.0102936
0.0102809
0.0102682
0.0102556
0.0102552
0.0102679
0.0102805
0.0102801
0.0102675
0.0102548
0.0102422
0.0102425
0.0102429
0.0102432
0.0102435
0.0102439
0.0102442
0.0102314
0.0102187
0.0102059
0.0102056
0.0102184
0.0102311
0.0102308
0.0102181
0.0102054
0.0101926
0.0101929
0.0101931
0.0101804
0.0101676
0.0101549
0.0101547
0.0101674
0.0101802
0.0101799
0.0101672
0.0101545
0.0101543
0.010167
0.0101797
0.0101924
0.0102051
0.0102178
0.0102305
0.0102302
0.0102175
0.0102048
0.0102045
0.0102172
0.0102299
0.0102296
0.0102169
0.0102043
0.0101916
0.0101919
0.0101921
0.0101795
0.0101668
0.0101541
0.0101539
0.0101666
0.0101792
0.010179
0.0101663
0.0101537
0.0101535
0.0101661
0.0101787
0.0101914
0.010204
0.0102166
0.0102292
0.0102419
0.0102545
0.0102671
0.0102797
0.0102924
0.010305
0.0103177
0.0103303
0.0103298
0.0103172
0.0103046
0.0103041
0.0103167
0.0103293
0.0103288
0.0103162
0.0103037
0.0102911
0.0102915
0.010292
0.0102793
0.0102667
0.0102541
0.0102538
0.0102664
0.0102789
0.0102785
0.010266
0.0102534
0.0102531
0.0102656
0.0102781
0.0102907
0.0103032
0.0103158
0.0103283
0.0103278
0.0103153
0.0103028
0.0103023
0.0103148
0.0103273
0.0103269
0.0103144
0.0103019
0.0102894
0.0102899
0.0102903
0.0102778
0.0102652
0.0102527
0.0102524
0.0102649
0.0102774
0.010277
0.0102645
0.010252
0.0102395
0.0102399
0.0102402
0.0102405
0.0102409
0.0102412
0.0102415
0.0102289
0.0102163
0.0102037
0.0102035
0.010216
0.0102286
0.0102283
0.0102157
0.0102032
0.0101906
0.0101909
0.0101911
0.0101785
0.0101659
0.0101533
0.0101531
0.0101657
0.0101783
0.010178
0.0101655
0.0101529
0.0101527
0.0101652
0.0101778
0.0101904
0.0102029
0.0102154
0.010228
0.0102277
0.0102152
0.0102026
0.0102024
0.0102149
0.0102274
0.0102271
0.0102146
0.0102021
0.0101896
0.0101898
0.0101901
0.0101776
0.010165
0.0101525
0.0101523
0.0101648
0.0101773
0.0101771
0.0101646
0.0101521
0.0101519
0.0101644
0.0101769
0.0101893
0.0102018
0.0102143
0.0102268
0.0102392
0.0102517
0.0102641
0.0102766
0.010289
0.0103015
0.0103139
0.0103264
0.0103388
0.0103513
0.0103638
0.0103762
0.0103887
0.0104012
0.0104137
0.0104262
0.0104387
0.0104512
0.0104638
0.0104763
0.0104889
0.0105015
0.0105142
0.0105269
0.0105259
0.0105132
0.0105006
0.0104997
0.0105123
0.0105249
0.0105239
0.0105114
0.0104988
0.0104863
0.0104872
0.0104881
0.0104755
0.010463
0.0104505
0.0104497
0.0104622
0.0104747
0.0104739
0.0104614
0.010449
0.0104482
0.0104606
0.0104731
0.0104855
0.010498
0.0105105
0.010523
0.0105355
0.0105345
0.010547
0.0105596
0.0105586
0.0105711
0.01057
0.0105575
0.0105451
0.0105461
0.0105336
0.0105211
0.010522
0.0105096
0.0104971
0.0104963
0.0105087
0.0105078
0.0105202
0.0105326
0.0105317
0.0105441
0.0105565
0.010569
0.0105815
0.010594
0.0106065
0.0106191
0.0106317
0.0106443
0.010657
0.0106698
0.0106826
0.0106954
0.0107083
0.0107212
0.0107196
0.0107067
0.0106939
0.0106924
0.0107052
0.010718
0.0107164
0.0107037
0.010691
0.0106783
0.0106797
0.0106811
0.0106684
0.0106557
0.0106431
0.0106418
0.0106544
0.010667
0.0106657
0.0106531
0.0106406
0.0106394
0.0106519
0.0106644
0.010677
0.0106896
0.0107022
0.0107149
0.0107277
0.0107262
0.0107389
0.0107374
0.0107501
0.010763
0.0107614
0.0107486
0.0107359
0.0107233
0.0107247
0.0107121
0.0107135
0.0107008
0.0106882
0.0106869
0.0106995
0.0106981
0.0107107
0.0107093
0.0107219
0.0107345
0.0107471
0.0107598
0.0107726
0.0107855
0.0107985
0.0108111
0.0108095
0.0108222
0.0108204
0.0108333
0.0108316
0.0108445
0.0108428
0.0108557
0.0108686
0.0108812
0.0108944
0.0109079
0.0109212
0.0109192
0.0109324
0.0109304
0.0109437
0.0109416
0.0109549
0.0109529
0.0109662
0.0109796
0.0109776
0.010991
0.0109889
0.0110024
0.0110004
0.010987
0.0109738
0.0109756
0.0109624
0.0109643
0.010951
0.0109379
0.0109397
0.0109266
0.0109284
0.0109153
0.0109172
0.010904
0.0109059
0.0108925
0.0108795
0.0108778
0.0108906
0.0108888
0.0109021
0.0109003
0.0109135
0.0109118
0.0109248
0.0109231
0.0109361
0.0109492
0.0109475
0.0109606
0.0109589
0.010972
0.0109852
0.0109985
0.0109968
0.0109835
0.0109704
0.0109688
0.0109819
0.0109951
0.0109935
0.0109804
0.0109674
0.0109544
0.0109558
0.0109573
0.0109443
0.0109459
0.0109329
0.0109345
0.0109215
0.01092
0.0109185
0.0109314
0.01093
0.0109429
0.0109415
0.0109287
0.0109159
0.0109172
0.0109043
0.0109057
0.0109071
0.0109086
0.0109102
0.010897
0.0108986
0.0108855
0.0108871
0.0108746
0.0108762
0.0108635
0.0108651
0.0108668
0.010854
0.0108411
0.0108284
0.01083
0.0108172
0.0108188
0.0108063
0.0108079
0.0107953
0.0107969
0.0107839
0.0107823
0.0107807
0.0107937
0.0107921
0.0108048
0.0108033
0.0108157
0.0108143
0.0108268
0.0108395
0.0108523
0.0108507
0.010838
0.0108253
0.0108129
0.0108006
0.0108019
0.0107892
0.0107906
0.0107779
0.0107793
0.0107666
0.010768
0.0107695
0.010771
0.0107583
0.0107457
0.0107331
0.0107317
0.0107443
0.0107568
0.0107554
0.0107429
0.0107304
0.0107292
0.0107416
0.0107541
0.0107528
0.0107653
0.010764
0.0107765
0.0107752
0.0107878
0.0107865
0.0107992
0.0108116
0.0108239
0.0108365
0.0108492
0.0108619
0.0108604
0.0108731
0.0108716
0.010884
0.0108826
0.0108954
0.010894
0.0108926
0.01088
0.0108813
0.0108689
0.0108702
0.0108577
0.010859
0.0108464
0.0108478
0.0108351
0.0108226
0.0108213
0.0108338
0.0108325
0.0108451
0.0108438
0.0108564
0.0108551
0.0108677
0.0108665
0.0108788
0.0108913
0.0108901
0.010903
0.0109018
0.0109147
0.0109274
0.0109402
0.0109531
0.010966
0.010979
0.0109921
0.0110052
0.0110185
0.0110318
0.0110451
0.0110586
0.0110722
0.0110858
0.0110841
0.0110978
0.0110962
0.0110947
0.0110811
0.0110825
0.011069
0.0110705
0.011057
0.0110436
0.0110303
0.011017
0.0110156
0.0110289
0.0110422
0.0110555
0.0110542
0.0110676
0.0110663
0.0110797
0.0110933
0.011092
0.0111056
0.0111044
0.0111181
0.011117
0.0111307
0.0111297
0.0111435
0.0111574
0.0111713
0.0111854
0.0111844
0.0111986
0.0111977
0.011197
0.0112112
0.0112107
0.0112249
0.0112393
0.0112538
0.0112684
0.0112831
0.011298
0.0113129
0.0113125
0.0112975
0.0112827
0.0112824
0.0112973
0.0113122
0.0112678
0.011268
0.0112534
0.0112389
0.0112246
0.0112243
0.0112387
0.0112532
0.0112101
0.0112103
0.0111961
0.0111965
0.0111824
0.0111829
0.0111836
0.0111696
0.0111704
0.0111565
0.0111426
0.0111289
0.0111152
0.011116
0.0111025
0.0111034
0.0110899
0.0110909
0.0110774
0.0110785
0.0110651
0.011064
0.0110631
0.0110764
0.0110755
0.011089
0.0110882
0.0111017
0.011101
0.0111145
0.0111281
0.0111419
0.0111557
0.011155
0.0111689
0.0111684
0.0111681
0.0111821
0.0111819
0.0111959
0.0111679
0.011154
0.0111542
0.0111546
0.0111408
0.0111412
0.0111275
0.0111139
0.0111135
0.0111271
0.0111268
0.0111405
0.0111403
0.0111266
0.011113
0.0111132
0.0110997
0.0111
0.0111004
0.011087
0.0110875
0.0110741
0.0110748
0.0110615
0.0110622
0.011049
0.0110498
0.0110507
0.0110517
0.0110529
0.0110396
0.0110408
0.0110276
0.0110144
0.0110133
0.0110264
0.0110253
0.0110385
0.0110375
0.0110366
0.0110235
0.0110243
0.0110113
0.0110122
0.0109992
0.0110002
0.0110013
0.0110025
0.0110038
0.0109907
0.0109777
0.0109647
0.0109635
0.0109765
0.0109895
0.0109883
0.0109753
0.0109625
0.0109496
0.0109507
0.0109518
0.010939
0.0109263
0.0109136
0.0109125
0.0109252
0.0109379
0.0109369
0.0109242
0.0109116
0.0109107
0.0109233
0.0109359
0.0109487
0.0109614
0.0109743
0.0109872
0.0109862
0.0109733
0.0109605
0.0109597
0.0109725
0.0109853
0.0109983
0.0109975
0.0110104
0.0110097
0.0110227
0.0110358
0.0110351
0.0110483
0.0110476
0.0110609
0.0110603
0.0110736
0.0110732
0.0110866
0.0110863
0.0110729
0.0110597
0.01106
0.0110468
0.0110472
0.011034
0.0110345
0.0110215
0.011022
0.011009
0.0110085
0.011008
0.011021
0.0110207
0.0110337
0.0110334
0.0110465
0.0110464
0.0110595
0.0110728
0.0110861
0.0110995
0.0110333
0.0110203
0.0110204
0.0110075
0.0110077
0.0109948
0.0109951
0.0109956
0.0109961
0.0109967
0.0109839
0.0109846
0.0109717
0.010959
0.0109462
0.010947
0.0109478
0.0109351
0.0109225
0.0109099
0.0109091
0.0109217
0.0109343
0.0109336
0.010921
0.0109085
0.0109079
0.0109204
0.010933
0.0109456
0.0109583
0.010971
0.0109705
0.0109832
0.0109827
0.0109823
0.0109695
0.01097
0.0109572
0.0109577
0.0109451
0.0109325
0.0109199
0.0109074
0.010907
0.0109195
0.010932
0.0109446
0.0109442
0.0109569
0.0109566
0.0109692
0.010982
0.0109818
0.0109946
0.0109945
0.0110073
0.0109817
0.0109689
0.010969
0.0109563
0.0109562
0.0109436
0.0109437
0.0109439
0.0109314
0.0109316
0.0109191
0.0109066
0.0109064
0.0109188
0.0109187
0.0109312
0.0109311
0.0109185
0.0109061
0.0109062
0.0108934
0.0108936
0.0108939
0.0108942
0.0108946
0.0108951
0.0108957
0.0108963
0.010897
0.0108978
0.0108987
0.0108997
0.0109007
0.0108878
0.0108889
0.0108767
0.0108777
0.0108654
0.0108529
0.010854
0.0108415
0.0108426
0.0108302
0.0108313
0.010819
0.0108201
0.0108079
0.0108091
0.0108103
0.0107979
0.0107852
0.0107728
0.010774
0.0107615
0.0107627
0.0107503
0.0107515
0.0107391
0.0107404
0.010728
0.0107268
0.0107257
0.010738
0.0107369
0.0107492
0.0107481
0.0107604
0.0107593
0.0107716
0.0107841
0.0107967
0.0107955
0.0107829
0.0107706
0.0107583
0.010746
0.010747
0.0107348
0.0107358
0.0107236
0.0107246
0.0107124
0.0107134
0.0107145
0.0107156
0.0107168
0.010718
0.0107192
0.0107205
0.010708
0.0106956
0.0106968
0.0106844
0.0106856
0.0106732
0.0106744
0.0106757
0.0106631
0.0106507
0.0106382
0.0106371
0.0106495
0.0106619
0.0106607
0.0106483
0.010636
0.0106236
0.0106247
0.0106258
0.0106269
0.0106281
0.0106293
0.0106305
0.0106179
0.0106054
0.0105929
0.0105918
0.0106043
0.0106167
0.0106156
0.0106032
0.0105907
0.0105784
0.0105794
0.0105804
0.010568
0.0105556
0.0105432
0.0105423
0.0105546
0.010567
0.010566
0.0105537
0.0105414
0.0105405
0.0105528
0.0105651
0.0105774
0.0105897
0.0106021
0.0106145
0.0106134
0.0106011
0.0105887
0.0105877
0.0106
0.0106124
0.0106113
0.0105991
0.0105868
0.0105746
0.0105755
0.0105764
0.0105641
0.0105519
0.0105396
0.0105388
0.010551
0.0105632
0.0105623
0.0105502
0.010538
0.0105258
0.0105266
0.0105274
0.0105282
0.0105291
0.0105299
0.0105308
0.0105185
0.0105193
0.010507
0.0104946
0.0104954
0.0104831
0.0104839
0.0104847
0.0104723
0.0104599
0.0104475
0.0104468
0.0104591
0.0104715
0.0104707
0.0104584
0.0104461
0.0104338
0.0104344
0.0104351
0.0104358
0.0104365
0.0104372
0.010438
0.0104255
0.010413
0.0104005
0.0103999
0.0104123
0.0104248
0.0104241
0.0104117
0.0103993
0.0103869
0.0103875
0.0103881
0.0103756
0.0103632
0.0103508
0.0103502
0.0103627
0.0103751
0.0103745
0.0103621
0.0103497
0.0103492
0.0103616
0.0103739
0.0103863
0.0103987
0.010411
0.0104234
0.0104228
0.0104104
0.0103981
0.0103975
0.0104098
0.0104221
0.0104215
0.0104092
0.0103969
0.0103846
0.0103852
0.0103857
0.0103734
0.0103611
0.0103487
0.0103482
0.0103605
0.0103728
0.0103723
0.01036
0.0103477
0.0103473
0.0103595
0.0103718
0.010384
0.0103963
0.0104086
0.0104208
0.0104331
0.0104454
0.0104577
0.01047
0.0104823
0.0104815
0.0104938
0.0105061
0.0105053
0.0105176
0.0105168
0.0105045
0.0104923
0.0104931
0.0104808
0.0104685
0.0104693
0.010457
0.0104447
0.0104441
0.0104563
0.0104556
0.0104678
0.0104801
0.0104793
0.0104915
0.0105038
0.010516
0.0105152
0.010503
0.0104908
0.0104901
0.0105022
0.0105144
0.0105137
0.0105015
0.0104894
0.0104773
0.0104779
0.0104786
0.0104665
0.0104671
0.010455
0.0104428
0.0104434
0.0104312
0.0104318
0.0104325
0.0104202
0.010408
0.0103957
0.0103952
0.0104074
0.0104196
0.010419
0.0104068
0.0103946
0.0103824
0.010383
0.0103835
0.0103713
0.010359
0.0103468
0.0103463
0.0103585
0.0103707
0.0103702
0.0103581
0.0103459
0.0103454
0.0103576
0.0103698
0.0103819
0.0103941
0.0104063
0.0104184
0.0104306
0.01043
0.0104422
0.0104543
0.0104537
0.0104658
0.0104652
0.0104531
0.010441
0.0104415
0.0104294
0.0104173
0.0104179
0.0104057
0.0103936
0.0103931
0.0104052
0.0104047
0.0104168
0.0104289
0.0104283
0.0104404
0.0104525
0.0104645
0.0104766
0.0104887
0.0105008
0.0105129
0.010525
0.0105372
0.0105493
0.0105615
0.0105737
0.0105859
0.0105981
0.0106103
0.0106226
0.0106349
0.0106472
0.0106596
0.010672
0.0106708
0.0106832
0.010682
0.0106944
0.0107068
0.0107056
0.0106932
0.0106809
0.0106686
0.0106697
0.0106574
0.0106585
0.0106461
0.0106339
0.0106329
0.0106451
0.0106441
0.0106563
0.0106553
0.0106675
0.0106798
0.0106921
0.0107044
0.0107033
0.010691
0.0106788
0.0106777
0.01069
0.0107022
0.0107012
0.010689
0.0106768
0.0106646
0.0106656
0.0106665
0.0106543
0.0106422
0.0106431
0.0106309
0.0106319
0.0106197
0.0106206
0.0106216
0.0106094
0.0105972
0.010585
0.0105841
0.0105963
0.0106084
0.0106075
0.0105954
0.0105833
0.0105712
0.010572
0.0105728
0.0105607
0.0105485
0.0105364
0.0105357
0.0105478
0.0105599
0.0105591
0.010547
0.0105349
0.0105342
0.0105463
0.0105583
0.0105704
0.0105825
0.0105945
0.0106067
0.0106188
0.0106179
0.01063
0.0106292
0.0106413
0.0106534
0.0106525
0.0106404
0.0106283
0.0106163
0.0106171
0.010605
0.0106058
0.0105937
0.0105817
0.0105809
0.0105929
0.0105922
0.0106042
0.0106035
0.0106155
0.0106275
0.0106396
0.0106516
0.0106637
0.0106758
0.010688
0.0107002
0.0106992
0.0107114
0.0107104
0.0107226
0.0107217
0.0107338
0.0107329
0.0107451
0.0107573
0.0107695
0.0107819
0.0107944
0.0108068
0.0108058
0.0108179
0.0108169
0.0108291
0.0108281
0.0108405
0.0108395
0.0108519
0.0108643
0.0108633
0.0108757
0.0108748
0.0108868
0.0108859
0.0108739
0.0108616
0.0108624
0.0108501
0.0108509
0.0108386
0.0108262
0.0108271
0.0108151
0.0108159
0.0108039
0.0108048
0.0107923
0.0107933
0.0107809
0.0107686
0.0107677
0.0107799
0.010779
0.0107913
0.0107905
0.010803
0.0108021
0.0108142
0.0108134
0.0108254
0.0108377
0.0108369
0.0108492
0.0108485
0.0108608
0.0108731
0.0108851
0.0108844
0.0108724
0.0108601
0.0108595
0.0108717
0.0108837
0.0108831
0.0108712
0.0108589
0.0108466
0.0108472
0.0108478
0.0108355
0.0108362
0.010824
0.0108247
0.0108127
0.010812
0.0108114
0.0108233
0.0108227
0.0108349
0.0108344
0.0108222
0.0108104
0.0108109
0.0107987
0.0107993
0.0107999
0.0108006
0.0108013
0.0107889
0.0107896
0.0107774
0.0107782
0.010766
0.0107668
0.0107546
0.0107555
0.0107564
0.0107442
0.010732
0.0107199
0.0107208
0.0107087
0.0107095
0.0106974
0.0106983
0.0106862
0.0106871
0.0106749
0.0106741
0.0106733
0.0106853
0.0106845
0.0106966
0.0106958
0.0107078
0.0107071
0.0107191
0.0107312
0.0107433
0.0107425
0.0107304
0.0107184
0.0107063
0.0106943
0.010695
0.010683
0.0106838
0.0106718
0.0106725
0.0106605
0.0106612
0.010662
0.0106629
0.0106508
0.0106387
0.0106267
0.010626
0.010638
0.01065
0.0106492
0.0106372
0.0106253
0.0106246
0.0106365
0.0106485
0.0106478
0.0106598
0.0106591
0.0106711
0.0106704
0.0106824
0.0106817
0.0106937
0.0107057
0.0107177
0.0107297
0.0107418
0.0107539
0.0107531
0.0107652
0.0107645
0.0107767
0.010776
0.0107882
0.0107875
0.0107869
0.0107748
0.0107754
0.0107633
0.0107639
0.0107518
0.0107524
0.0107404
0.0107411
0.010729
0.010717
0.0107164
0.0107284
0.0107278
0.0107398
0.0107392
0.0107512
0.0107507
0.0107627
0.0107622
0.0107743
0.0107864
0.0107859
0.0107982
0.0107978
0.0108099
0.0108218
0.0108339
0.0108461
0.0108584
0.0108706
0.0108826
0.0108822
0.0108702
0.0108579
0.0108576
0.0108698
0.0108818
0.0108815
0.0108695
0.0108573
0.010845
0.0108453
0.0108457
0.0108335
0.0108214
0.0108096
0.0108092
0.0108211
0.0108332
0.0108329
0.0108208
0.010809
0.0108088
0.0108206
0.0108326
0.0108448
0.010857
0.0108693
0.0108812
0.0108811
0.0108691
0.0108569
0.0108568
0.010869
0.010881
0.0108933
0.0108446
0.0108447
0.0108325
0.0108205
0.0108087
0.0108086
0.0108204
0.0108324
0.0107963
0.0107964
0.0107966
0.0107968
0.010797
0.0107974
0.0107851
0.0107855
0.0107734
0.0107738
0.0107618
0.0107498
0.0107502
0.0107382
0.0107387
0.0107267
0.0107272
0.0107153
0.0107158
0.0107039
0.0107044
0.010705
0.0106931
0.0106811
0.0106692
0.0106698
0.0106579
0.0106585
0.0106466
0.0106472
0.0106352
0.0106359
0.010624
0.0106233
0.0106228
0.0106347
0.0106341
0.010646
0.0106454
0.0106573
0.0106568
0.0106687
0.0106806
0.0106925
0.010692
0.0106801
0.0106682
0.0106563
0.0106445
0.0106449
0.0106331
0.0106336
0.0106217
0.0106222
0.0106104
0.0106109
0.0106115
0.010612
0.0106127
0.0106133
0.010614
0.0106147
0.0106027
0.0105908
0.0105915
0.0105795
0.0105802
0.0105682
0.0105689
0.0105696
0.0105576
0.0105456
0.0105336
0.0105329
0.0105449
0.0105569
0.0105562
0.0105442
0.0105323
0.0105317
0.0105436
0.0105556
0.0105675
0.0105669
0.0105788
0.0105782
0.0105901
0.010602
0.0106014
0.0105895
0.0105775
0.0105656
0.0105662
0.0105543
0.0105549
0.010543
0.0105311
0.0105305
0.0105424
0.0105419
0.0105537
0.0105532
0.0105651
0.010577
0.0105888
0.0106007
0.0106001
0.0105883
0.0105764
0.0105759
0.0105877
0.0105996
0.010599
0.0105872
0.0105754
0.0105635
0.010564
0.0105645
0.0105527
0.0105408
0.0105413
0.0105295
0.01053
0.0105181
0.0105186
0.0105192
0.0105197
0.0105203
0.0105209
0.0105216
0.0105222
0.0105229
0.0105236
0.0105243
0.0105122
0.0105001
0.0104881
0.0104874
0.0104995
0.0105115
0.0105109
0.0104988
0.0104868
0.0104748
0.0104754
0.010476
0.0104639
0.0104519
0.0104398
0.0104393
0.0104513
0.0104633
0.0104628
0.0104507
0.0104387
0.0104382
0.0104502
0.0104622
0.0104742
0.0104862
0.0104982
0.0105102
0.0105096
0.0104976
0.0104856
0.010485
0.010497
0.010509
0.0105084
0.0104964
0.0104845
0.0104726
0.0104731
0.0104736
0.0104617
0.0104497
0.0104377
0.0104372
0.0104492
0.0104611
0.0104606
0.0104487
0.0104368
0.0104249
0.0104253
0.0104258
0.0104262
0.0104267
0.0104272
0.0104278
0.0104157
0.0104162
0.0104041
0.0103921
0.0103926
0.0103805
0.0103809
0.0103814
0.0103693
0.0103571
0.010345
0.0103445
0.0103567
0.0103688
0.0103684
0.0103562
0.0103441
0.010332
0.0103324
0.0103328
0.0103332
0.0103337
0.0103341
0.0103345
0.010335
0.0103354
0.0103359
0.0103364
0.0103369
0.0103373
0.0103378
0.0103383
0.0103259
0.0103135
0.010301
0.0103006
0.010313
0.0103254
0.010325
0.0103126
0.0103002
0.0102878
0.0102882
0.0102886
0.0102762
0.0102638
0.0102513
0.010251
0.0102634
0.0102758
0.0102754
0.010263
0.0102506
0.0102503
0.0102627
0.0102751
0.0102874
0.0102998
0.0103121
0.0103245
0.010324
0.0103117
0.0102994
0.010299
0.0103113
0.0103236
0.0103232
0.0103109
0.0102986
0.0102863
0.0102866
0.010287
0.0102747
0.0102623
0.01025
0.0102497
0.010262
0.0102743
0.010274
0.0102617
0.0102493
0.010237
0.0102373
0.0102376
0.0102379
0.0102382
0.0102386
0.0102389
0.0102264
0.010214
0.0102016
0.0102013
0.0102137
0.0102261
0.0102258
0.0102134
0.010201
0.0101886
0.0101889
0.0101891
0.0101766
0.0101642
0.0101517
0.0101515
0.010164
0.0101764
0.0101762
0.0101638
0.0101513
0.0101511
0.0101636
0.010176
0.0101884
0.0102008
0.0102132
0.0102256
0.0102253
0.0102129
0.0102005
0.0102003
0.0102126
0.010225
0.0102247
0.0102124
0.0102
0.0101877
0.0101879
0.0101881
0.0101757
0.0101634
0.0101509
0.0101508
0.0101632
0.0101755
0.0101753
0.010163
0.0101506
0.0101504
0.0101628
0.0101751
0.0101874
0.0101998
0.0102121
0.0102244
0.0102367
0.010249
0.0102613
0.0102736
0.0102859
0.0102982
0.0103104
0.0103227
0.0103223
0.01031
0.0102978
0.0102974
0.0103096
0.0103219
0.0103215
0.0103092
0.010297
0.0102848
0.0102852
0.0102855
0.0102733
0.010261
0.0102487
0.0102484
0.0102607
0.0102729
0.0102726
0.0102603
0.0102481
0.0102478
0.01026
0.0102722
0.0102845
0.0102967
0.0103089
0.010321
0.0103207
0.0103085
0.0102963
0.010296
0.0103081
0.0103203
0.0103199
0.0103078
0.0102956
0.0102835
0.0102838
0.0102841
0.0102719
0.0102597
0.0102475
0.0102472
0.0102594
0.0102716
0.0102713
0.0102591
0.010247
0.0102348
0.010235
0.0102353
0.0102356
0.0102359
0.0102361
0.0102364
0.0102241
0.0102118
0.0101995
0.0101993
0.0102116
0.0102239
0.0102236
0.0102113
0.0101991
0.0101868
0.010187
0.0101872
0.0101749
0.0101626
0.0101502
0.0101501
0.0101624
0.0101747
0.0101745
0.0101622
0.0101499
0.0101497
0.010162
0.0101743
0.0101866
0.0101988
0.0102111
0.0102233
0.0102231
0.0102108
0.0101986
0.0101984
0.0102106
0.0102228
0.0102226
0.0102104
0.0101982
0.010186
0.0101862
0.0101864
0.0101741
0.0101618
0.0101496
0.0101494
0.0101617
0.0101739
0.0101737
0.0101615
0.0101492
0.0101491
0.0101613
0.0101735
0.0101858
0.010198
0.0102102
0.0102223
0.0102345
0.0102467
0.0102588
0.010271
0.0102831
0.0102953
0.0103074
0.0103195
0.0103316
0.0103437
0.0103558
0.0103679
0.01038
0.0103795
0.0103916
0.0104037
0.0104032
0.0104152
0.0104147
0.0104027
0.0103907
0.0103911
0.0103791
0.010367
0.0103675
0.0103554
0.0103433
0.0103429
0.010355
0.0103546
0.0103666
0.0103787
0.0103782
0.0103903
0.0104022
0.0104142
0.0104138
0.0104018
0.0103898
0.0103894
0.0104014
0.0104133
0.0104129
0.010401
0.010389
0.0103771
0.0103775
0.0103778
0.0103659
0.0103662
0.0103542
0.0103422
0.0103426
0.0103305
0.0103309
0.0103312
0.0103192
0.0103071
0.0102949
0.0102946
0.0103067
0.0103188
0.0103185
0.0103064
0.0102943
0.0102822
0.0102825
0.0102828
0.0102707
0.0102586
0.0102464
0.0102462
0.0102583
0.0102704
0.0102701
0.010258
0.0102459
0.0102457
0.0102578
0.0102699
0.010282
0.010294
0.0103061
0.0103181
0.0103302
0.0103298
0.0103418
0.0103539
0.0103535
0.0103655
0.0103651
0.0103532
0.0103412
0.0103415
0.0103295
0.0103175
0.0103178
0.0103058
0.0102937
0.0102934
0.0103055
0.0103052
0.0103172
0.0103292
0.0103289
0.0103409
0.0103528
0.0103648
0.0103767
0.0103887
0.0104006
0.0104125
0.0104244
0.0104363
0.0104482
0.0104602
0.0104721
0.010484
0.0104959
0.0105078
0.0105073
0.0104954
0.0104835
0.010483
0.0104949
0.0105068
0.0105063
0.0104944
0.0104825
0.0104707
0.0104711
0.0104716
0.0104597
0.0104478
0.0104359
0.0104355
0.0104474
0.0104593
0.0104588
0.010447
0.0104351
0.0104347
0.0104466
0.0104584
0.0104703
0.0104821
0.0104939
0.0105058
0.0105176
0.0105172
0.010529
0.0105285
0.0105404
0.0105522
0.0105517
0.0105399
0.0105281
0.0105277
0.0105395
0.0105513
0.0105631
0.0105749
0.0105867
0.0105985
0.0105981
0.0106099
0.0106094
0.0106213
0.0106208
0.0106326
0.0106322
0.010644
0.0106559
0.0106677
0.0106796
0.0106915
0.0107034
0.0107029
0.0107148
0.0107144
0.0107263
0.0107259
0.0107378
0.0107375
0.0107494
0.0107614
0.0107611
0.0107731
0.0107728
0.0107848
0.0107846
0.0107725
0.0107605
0.0107608
0.0107488
0.0107491
0.0107371
0.0107252
0.0107255
0.0107136
0.010714
0.0107021
0.0107025
0.0106906
0.010691
0.0106791
0.0106673
0.0106669
0.0106787
0.0106784
0.0106902
0.0106899
0.0107018
0.0107015
0.0107133
0.0107131
0.010725
0.0107369
0.0107367
0.0107486
0.0107484
0.0107603
0.0107723
0.0107844
0.0107842
0.0107722
0.0107602
0.0107602
0.0107721
0.0107842
0.0107482
0.0107483
0.0107364
0.0107365
0.0107246
0.0107248
0.0107129
0.0107127
0.0107126
0.0107245
0.0107244
0.0107363
0.0107126
0.0107007
0.0107008
0.0107009
0.010701
0.0107012
0.0106894
0.0106896
0.0106778
0.0106781
0.0106663
0.0106666
0.0106548
0.0106551
0.0106555
0.0106436
0.0106318
0.01062
0.0106204
0.0106086
0.010609
0.0105972
0.0105976
0.0105858
0.0105863
0.0105745
0.010574
0.0105737
0.0105854
0.0105851
0.0105968
0.0105965
0.0106083
0.0106079
0.0106197
0.0106315
0.0106433
0.010643
0.0106312
0.0106194
0.0106077
0.0105959
0.0105962
0.0105844
0.0105847
0.010573
0.0105733
0.0105616
0.0105619
0.0105623
0.0105627
0.0105509
0.0105391
0.0105273
0.010527
0.0105387
0.0105505
0.0105501
0.0105384
0.0105266
0.0105263
0.0105381
0.0105498
0.0105495
0.0105612
0.010561
0.0105727
0.0105724
0.0105842
0.0105839
0.0105957
0.0106074
0.0106192
0.0106309
0.0106427
0.0106545
0.0106542
0.010666
0.0106658
0.0106776
0.0106774
0.0106892
0.0106891
0.010689
0.0106772
0.0106773
0.0106655
0.0106656
0.0106538
0.010654
0.0106422
0.0106424
0.0106307
0.0106189
0.0106187
0.0106305
0.0106303
0.0106421
0.0106419
0.0106537
0.0106536
0.0106654
0.0106653
0.0106771
0.0106889
0.0106535
0.0106418
0.0106418
0.0106301
0.0106302
0.0106184
0.0106186
0.0106068
0.010607
0.0106072
0.0105955
0.0105837
0.010572
0.0105722
0.0105605
0.0105607
0.010549
0.0105492
0.0105375
0.0105378
0.010526
0.0105258
0.0105256
0.0105373
0.0105371
0.0105488
0.0105486
0.0105603
0.0105601
0.0105718
0.0105836
0.0105953
0.0105951
0.0105834
0.0105717
0.01056
0.0105483
0.0105484
0.0105367
0.0105369
0.0105252
0.0105254
0.0105137
0.0105139
0.0105141
0.0105143
0.0105146
0.0105149
0.0105152
0.0105155
0.0105159
0.0105163
0.0105167
0.0105049
0.0105053
0.0104935
0.0104817
0.0104813
0.0104931
0.0104927
0.0105045
0.0105041
0.0105038
0.010492
0.0104923
0.0104806
0.0104809
0.0104691
0.0104695
0.0104699
0.010458
0.0104462
0.0104344
0.010434
0.0104459
0.0104577
0.0104573
0.0104455
0.0104337
0.0104219
0.0104222
0.0104225
0.0104229
0.0104232
0.0104236
0.010424
0.0104121
0.0104002
0.0103883
0.0103879
0.0103998
0.0104117
0.0104114
0.0103995
0.0103876
0.0103757
0.010376
0.0103764
0.0103644
0.0103525
0.0103406
0.0103403
0.0103522
0.0103641
0.0103638
0.0103519
0.01034
0.0103397
0.0103516
0.0103635
0.0103754
0.0103873
0.0103992
0.010411
0.0104107
0.0103988
0.010387
0.0103867
0.0103985
0.0104104
0.0104101
0.0103983
0.0103864
0.0103746
0.0103748
0.0103751
0.0103632
0.0103514
0.0103395
0.0103392
0.0103511
0.010363
0.0103627
0.0103509
0.010339
0.0103271
0.0103273
0.0103276
0.0103278
0.0103281
0.0103283
0.0103286
0.0103166
0.0103169
0.0103049
0.0102929
0.0102932
0.0102811
0.0102814
0.0102817
0.0102696
0.0102575
0.0102454
0.0102452
0.0102573
0.0102694
0.0102691
0.0102571
0.010245
0.0102329
0.0102331
0.0102334
0.0102336
0.0102338
0.010234
0.0102343
0.0102221
0.0102099
0.0101978
0.0101976
0.0102097
0.0102219
0.0102217
0.0102095
0.0101974
0.0101852
0.0101854
0.0101856
0.0101734
0.0101612
0.0101489
0.0101488
0.010161
0.0101732
0.010173
0.0101608
0.0101486
0.0101485
0.0101607
0.0101729
0.010185
0.0101972
0.0102093
0.0102215
0.0102212
0.0102091
0.010197
0.0101968
0.0102089
0.010221
0.0102209
0.0102088
0.0101967
0.0101845
0.0101847
0.0101849
0.0101727
0.0101606
0.0101484
0.0101482
0.0101604
0.0101726
0.0101724
0.0101603
0.0101481
0.010148
0.0101601
0.0101723
0.0101844
0.0101965
0.0102086
0.0102207
0.0102327
0.0102448
0.0102568
0.0102689
0.0102809
0.0102807
0.0102927
0.0103047
0.0103044
0.0103164
0.0103161
0.0103042
0.0102922
0.0102924
0.0102804
0.0102684
0.0102686
0.0102566
0.0102446
0.0102444
0.0102564
0.0102562
0.0102682
0.0102802
0.01028
0.010292
0.0103039
0.0103159
0.0103156
0.0103037
0.0102918
0.0102916
0.0103035
0.0103154
0.0103152
0.0103033
0.0102914
0.0102794
0.0102796
0.0102798
0.0102678
0.010268
0.010256
0.010244
0.0102442
0.0102322
0.0102324
0.0102325
0.0102205
0.0102084
0.0101963
0.0101962
0.0102083
0.0102203
0.0102201
0.0102081
0.010196
0.010184
0.0101841
0.0101842
0.0101721
0.01016
0.0101479
0.0101478
0.0101599
0.010172
0.0101719
0.0101598
0.0101477
0.0101476
0.0101597
0.0101718
0.0101838
0.0101959
0.010208
0.01022
0.010232
0.0102319
0.0102439
0.0102559
0.0102557
0.0102677
0.0102675
0.0102555
0.0102436
0.0102437
0.0102317
0.0102197
0.0102198
0.0102078
0.0101958
0.0101956
0.0102077
0.0102075
0.0102196
0.0102316
0.0102314
0.0102434
0.0102554
0.0102673
0.0102793
0.0102912
0.0103031
0.010315
0.0103269
0.0103388
0.0103506
0.0103625
0.0103743
0.0103862
0.010398
0.0104098
0.0104216
0.0104334
0.0104452
0.010457
0.0104688
0.0104685
0.0104802
0.0104799
0.0104917
0.0105034
0.0105031
0.0104914
0.0104796
0.0104679
0.0104682
0.0104564
0.0104567
0.0104449
0.0104331
0.0104329
0.0104446
0.0104444
0.0104561
0.0104559
0.0104676
0.0104794
0.0104911
0.0105029
0.0105026
0.0104909
0.0104791
0.0104789
0.0104906
0.0105024
0.0105022
0.0104904
0.0104787
0.010467
0.0104672
0.0104674
0.0104557
0.0104439
0.0104441
0.0104324
0.0104326
0.0104208
0.0104211
0.0104213
0.0104095
0.0103977
0.0103859
0.0103857
0.0103975
0.0104093
0.0104091
0.0103973
0.0103855
0.0103737
0.0103739
0.0103741
0.0103623
0.0103504
0.0103386
0.0103384
0.0103502
0.0103621
0.0103619
0.01035
0.0103382
0.010338
0.0103499
0.0103617
0.0103735
0.0103853
0.0103971
0.0104089
0.0104206
0.0104204
0.0104322
0.010432
0.0104437
0.0104555
0.0104553
0.0104436
0.0104318
0.0104201
0.0104203
0.0104085
0.0104087
0.0103969
0.0103851
0.010385
0.0103967
0.0103966
0.0104083
0.0104082
0.01042
0.0104317
0.0104434
0.0104551
0.0104668
0.0104786
0.0104903
0.010502
0.0105018
0.0105135
0.0105134
0.0105251
0.0105249
0.0105366
0.0105365
0.0105482
0.0105599
0.0105716
0.0105833
0.010595
0.0106067
0.0106066
0.0106184
0.0106183
0.01063
0.0106066
0.0105949
0.0105949
0.0105832
0.0105715
0.0105715
0.0105832
0.0105598
0.0105598
0.0105481
0.0105365
0.0105248
0.0105248
0.0105132
0.0105132
0.0105016
0.0105017
0.01049
0.0104901
0.0104784
0.0104783
0.0104782
0.0104899
0.0104898
0.0105015
0.0105014
0.0105131
0.0105131
0.0105247
0.0105364
0.0105481
0.0105014
0.0104897
0.0104897
0.010478
0.0104781
0.0104664
0.0104665
0.0104666
0.0104667
0.010455
0.0104433
0.0104316
0.0104314
0.0104432
0.0104549
0.0104548
0.0104431
0.0104314
0.0104313
0.010443
0.0104547
0.0104547
0.0104663
0.0104663
0.010478
0.0104546
0.0104429
0.010443
0.0104312
0.0104312
0.0104195
0.0104195
0.0104196
0.0104196
0.0104197
0.0104198
0.0104081
0.0103963
0.0103965
0.0103847
0.0103848
0.010373
0.0103732
0.0103733
0.0103615
0.0103497
0.0103379
0.0103378
0.0103496
0.0103614
0.0103613
0.0103495
0.0103376
0.0103375
0.0103493
0.0103611
0.0103729
0.0103728
0.0103846
0.0103845
0.0103962
0.010408
0.0104079
0.0103962
0.0103844
0.0103727
0.0103727
0.010361
0.010361
0.0103493
0.0103374
0.0103374
0.0103492
0.0103491
0.0103609
0.0103608
0.0103726
0.0103844
0.0103961
0.0104078
0.0104078
0.0103961
0.0103843
0.0103843
0.010396
0.0104078
0.0103725
0.0103726
0.0103608
0.010349
0.0103491
0.0103373
0.0103373
0.0103255
0.0103256
0.0103256
0.0103257
0.0103258
0.0103259
0.0103261
0.0103262
0.0103264
0.0103265
0.0103267
0.0103148
0.0103029
0.010291
0.0102909
0.0103028
0.0103147
0.0103145
0.0103026
0.0102907
0.0102788
0.010279
0.0102791
0.0102672
0.0102552
0.0102433
0.0102431
0.0102551
0.010267
0.0102669
0.010255
0.010243
0.0102429
0.0102549
0.0102668
0.0102787
0.0102906
0.0103025
0.0103143
0.0103142
0.0103023
0.0102905
0.0102904
0.0103022
0.0103141
0.010314
0.0103021
0.0102903
0.0102784
0.0102785
0.0102786
0.0102667
0.0102548
0.0102428
0.0102427
0.0102547
0.0102666
0.0102665
0.0102546
0.0102427
0.0102307
0.0102308
0.0102309
0.010231
0.0102311
0.0102312
0.0102313
0.0102193
0.0102194
0.0102074
0.0101954
0.0101955
0.0101835
0.0101836
0.0101837
0.0101716
0.0101596
0.0101475
0.0101474
0.0101595
0.0101715
0.0101714
0.0101594
0.0101473
0.0101472
0.0101593
0.0101713
0.0101834
0.0101833
0.0101953
0.0102073
0.0102072
0.0102192
0.0102191
0.0102071
0.0101951
0.0101952
0.0101832
0.0101712
0.0101712
0.0101592
0.0101471
0.0101471
0.0101591
0.010159
0.0101711
0.0101831
0.010183
0.010195
0.010207
0.010219
0.0102189
0.0102069
0.010195
0.0101949
0.0102069
0.0102188
0.0102188
0.0102068
0.0101948
0.0101828
0.0101829
0.010183
0.0101709
0.010171
0.010159
0.0101469
0.010147
0.0101349
0.010135
0.0101351
0.0101351
0.0101352
0.0101353
0.0101354
0.0101354
0.0101355
0.0101356
0.0101357
0.0101358
0.010136
0.0101361
0.0101362
0.0101363
0.0101364
0.0101366
0.0101367
0.0101368
0.010137
0.0101371
0.0101373
0.0101374
0.0101376
0.0101377
0.0101379
0.010138
0.0101382
0.0101384
0.0101385
0.0101387
0.0101389
0.010139
0.0101392
0.0101394
0.0101396
0.0101398
0.0101399
0.0101401
0.0101403
0.0101405
0.0101407
0.0101408
0.010141
0.0101412
0.0101414
0.0101415
0.0101417
0.0101419
0.0101421
0.0101293
0.0101165
0.0101037
0.0101036
0.0101164
0.0101291
0.010129
0.0101162
0.0101035
0.0100907
0.0100908
0.0100909
0.010078
0.010065
0.010052
0.0100519
0.010065
0.0100779
0.0100778
0.0100649
0.0100518
0.0100518
0.0100648
0.0100777
0.0100906
0.0101033
0.0101161
0.0101288
0.0101287
0.0101159
0.0101032
0.0101031
0.0101158
0.0101285
0.0101283
0.0101157
0.010103
0.0100902
0.0100903
0.0100905
0.0100776
0.0100647
0.0100517
0.0100516
0.0100646
0.0100776
0.0100775
0.0100646
0.0100516
0.0100387
0.0100388
0.0100388
0.0100389
0.0100389
0.010039
0.010039
0.0100387
0.0100515
0.0100645
0.0100774
0.0100901
0.0101028
0.0101155
0.0101282
0.010128
0.0101154
0.0101027
0.0101026
0.0101152
0.0101279
0.0101277
0.0101151
0.0101025
0.0100898
0.0100899
0.01009
0.0100773
0.0100644
0.0100515
0.0100514
0.0100643
0.0100772
0.0100771
0.0100643
0.0100513
0.0100513
0.0100642
0.010077
0.0100897
0.0101023
0.0101149
0.0101275
0.0101274
0.0101148
0.0101022
0.0101021
0.0101146
0.0101272
0.010127
0.0101145
0.0101019
0.0100894
0.0100895
0.0100896
0.0100769
0.0100641
0.0100512
0.0100511
0.010064
0.0100768
0.0100767
0.0100639
0.0100511
0.0100383
0.0100384
0.0100384
0.0100385
0.0100385
0.0100386
0.0100386
0.0100383
0.010051
0.0100639
0.0100766
0.0100892
0.0101018
0.0101144
0.0101269
0.0101267
0.0101142
0.0101017
0.0101016
0.0101141
0.0101266
0.0101264
0.0101139
0.0101014
0.0100889
0.010089
0.0100891
0.0100765
0.0100638
0.010051
0.0100509
0.0100637
0.0100764
0.0100763
0.0100636
0.0100508
0.0100508
0.0100636
0.0100763
0.0100888
0.0101013
0.0101138
0.0101263
0.0101261
0.0101137
0.0101012
0.0101011
0.0101135
0.010126
0.0101258
0.0101134
0.010101
0.0100885
0.0100886
0.0100887
0.0100762
0.0100635
0.0100507
0.0100507
0.0100634
0.0100761
0.010076
0.0100634
0.0100506
0.010038
0.0100381
0.0100381
0.0100381
0.0100382
0.0100382
0.0100383
0.010038
0.0100506
0.0100633
0.0100759
0.0100884
0.0101009
0.0101133
0.0101257
0.0101255
0.0101131
0.0101007
0.0101006
0.010113
0.0101254
0.0101252
0.0101129
0.0101005
0.0100881
0.0100882
0.0100883
0.0100758
0.0100632
0.0100505
0.0100505
0.0100632
0.0100757
0.0100757
0.0100631
0.0100504
0.0100504
0.010063
0.0100756
0.010088
0.0101004
0.0101128
0.0101251
0.010125
0.0101126
0.0101003
0.0101002
0.0101125
0.0101248
0.0101247
0.0101124
0.0101001
0.0100878
0.0100878
0.0100879
0.0100755
0.010063
0.0100503
0.0100503
0.0100629
0.0100754
0.0100754
0.0100628
0.0100502
0.0100377
0.0100378
0.0100378
0.0100378
0.0100379
0.0100379
0.0100379
0.0100377
0.0100502
0.0100628
0.0100753
0.0100877
0.0101
0.0101123
0.0101246
0.0101244
0.0101122
0.0100999
0.0100998
0.0101121
0.0101243
0.0101242
0.010112
0.0100997
0.0100874
0.0100875
0.0100876
0.0100752
0.0100627
0.0100501
0.0100501
0.0100627
0.0100751
0.0100751
0.0100626
0.01005
0.01005
0.0100626
0.010075
0.0100874
0.0100996
0.0101119
0.0101241
0.010124
0.0101118
0.0100995
0.0100995
0.0101117
0.0101239
0.0101238
0.0101116
0.0100994
0.0100871
0.0100872
0.0100873
0.010075
0.0100625
0.01005
0.0100499
0.0100625
0.0100749
0.0100748
0.0100624
0.0100499
0.0100375
0.0100375
0.0100375
0.0100376
0.0100376
0.0100376
0.0100377
0.0100374
0.0100499
0.0100624
0.0100748
0.0100871
0.0100993
0.0101115
0.0101237
0.0101236
0.0101114
0.0100992
0.0100992
0.0101113
0.0101235
0.0101234
0.0101113
0.0100991
0.0100869
0.0100869
0.010087
0.0100747
0.0100623
0.0100498
0.0100498
0.0100623
0.0100747
0.0100746
0.0100622
0.0100498
0.0100497
0.0100622
0.0100746
0.0100868
0.010099
0.0101112
0.0101233
0.0101232
0.0101111
0.010099
0.0100989
0.010111
0.0101232
0.0101231
0.010111
0.0100988
0.0100867
0.0100867
0.0100868
0.0100745
0.0100622
0.0100497
0.0100497
0.0100621
0.0100745
0.0100744
0.0100621
0.0100496
0.0100373
0.0100373
0.0100373
0.0100374
0.0100374
0.0100374
0.0100374
0.0100373
0.0100496
0.0100621
0.0100744
0.0100866
0.0100988
0.0101109
0.010123
0.010123
0.0101109
0.0100987
0.0100987
0.0101108
0.0101229
0.0101228
0.0101108
0.0100986
0.0100865
0.0100865
0.0100866
0.0100744
0.010062
0.0100496
0.0100496
0.010062
0.0100743
0.0100743
0.010062
0.0100495
0.0100495
0.010062
0.0100743
0.0100865
0.0100986
0.0101107
0.0101228
0.0101349
0.0101348
0.0101469
0.0101589
0.0101589
0.0101709
0.0101708
0.0101588
0.0101468
0.0101468
0.0101348
0.0101227
0.0101228
0.0101107
0.0100986
0.0100985
0.0101106
0.0101106
0.0101227
0.0101347
0.0101347
0.0101467
0.0101588
0.0101708
0.0101828
0.0101948
0.0102067
0.0102187
0.0102307
0.0102426
0.0102545
0.0102664
0.0102783
0.0102902
0.010302
0.0103139
0.0103138
0.010302
0.0102901
0.01029
0.0103019
0.0103137
0.0103137
0.0103018
0.01029
0.0102781
0.0102782
0.0102782
0.0102663
0.0102544
0.0102425
0.0102425
0.0102544
0.0102663
0.0102662
0.0102543
0.0102424
0.0102424
0.0102543
0.0102662
0.0102781
0.0102899
0.0103018
0.0103136
0.0103254
0.0103254
0.0103372
0.0103372
0.010349
0.0103608
0.0103254
0.0103136
0.0103136
0.0103018
0.0102899
0.0102899
0.0103017
0.010278
0.0102781
0.0102662
0.0102543
0.0102424
0.0102424
0.0102543
0.0102662
0.0102304
0.0102305
0.0102305
0.0102305
0.0102305
0.0102306
0.0102186
0.0102067
0.0101947
0.0101947
0.0102066
0.0102186
0.0102186
0.0102066
0.0101946
0.0101827
0.0101827
0.0101827
0.0101707
0.0101587
0.0101467
0.0101467
0.0101587
0.0101707
0.0101707
0.0101587
0.0101466
0.0101466
0.0101586
0.0101706
0.0101826
0.0101946
0.0102066
0.0102185
0.0102185
0.0102066
0.0101946
0.0101946
0.0102066
0.0102185
0.0101826
0.0101826
0.0101706
0.0101586
0.0101466
0.0101466
0.0101586
0.0101706
0.0101346
0.0101346
0.0101346
0.0101346
0.0101346
0.0101347
0.0101226
0.0101226
0.0101106
0.0100985
0.0100985
0.0100864
0.0100864
0.0100864
0.0100742
0.0100619
0.0100495
0.0100495
0.0100619
0.0100742
0.0100742
0.0100619
0.0100495
0.0100372
0.0100372
0.0100372
0.0100372
0.0100372
0.0100372
0.0100373
0.0100372
0.0100495
0.0100619
0.0100742
0.0100864
0.0100863
0.0100985
0.0101105
0.0101105
0.0101226
0.0101226
0.0101105
0.0100984
0.0100984
0.0100863
0.0100741
0.0100742
0.0100619
0.0100494
0.0100494
0.0100618
0.0100618
0.0100741
0.0100863
0.0100863
0.0100984
0.0101105
0.0101226
0.0101225
0.0101105
0.0100984
0.0100983
0.0101104
0.0101225
0.0100861
0.0100862
0.010074
0.010074
0.0100617
0.0100492
0.0100493
0.010037
0.0100371
0.0100371
0.0100369
0.0100368
0.0100491
0.0100616
0.0100615
0.0100739
0.0100491
0.0100369
0.0019708
0.00166474
0.00164321
0.00210595
0.00226292
0.00203509
0.00157352
0.00192839
0.00215453
0.00153425
0.00153656
0.00147624
0.00147842
0.0014422
0.00171886
0.00190313
0.00140158
0.00139306
0.00170174
0.00181422
0.00164952
0.00134132
0.00131559
0.00124683
0.00153695
0.00161912
0.0011749
0.00121847
0.00154361
0.00110543
0.00114147
0.00136136
0.0010598
0.000958414
0.000978198
0.00111501
0.00100892
0.000907274
0.000924344
0.00106339
0.00335413
0.00290517
0.00161804
0.00172116
0.00177822
0.00234692
0.00184387
0.00174815
0.00152047
0.00168487
0.00156649
0.00173624
0.00185044
0.00216061
0.00194438
0.00249968
0.00230683
0.00295173
0.0021003
0.00231005
0.00309188
0.00190756
0.00199759
0.00268694
0.00225477
0.00252154
0.00249548
0.00246881
0.00246509
0.00246851
0.0023489
0.00375919
0.00688258
0.00874707
0.00953667
0.00983772
0.00994622
0.00998604
0.0100043
0.0100113
0.010014
0.0100151
0.0100155
0.0100157
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100158
0.0100157
0.0100157
0.0100157
0.0100157
0.0100157
0.0100157
0.0100157
0.0100157
0.0100157
0.0100157
0.0100156
0.0100156
0.0100156
0.0100156
0.0100156
0.0100156
0.0100155
0.0100155
0.0100155
0.0100155
0.0100155
0.0100155
0.0100154
0.0100154
0.0100154
0.0100154
0.0100154
0.0100153
0.0100153
0.0100153
0.0100153
0.0100153
0.0100152
0.0100152
0.0100152
0.0100152
0.0100152
0.0100151
0.0100151
0.0100151
0.0100151
0.0100151
0.0100151
0.010015
0.010015
0.010015
0.010015
0.010015
0.010015
0.0100149
0.0100149
0.0100149
0.0100149
0.0100149
0.0100149
0.0100149
0.0100149
0.0100148
0.0100148
0.0100148
0.0100148
0.0100148
0.0100148
0.0100148
0.0100148
0.0100148
0.0100148
0.0100147
0.0100147
0.0100147
0.0100147
0.0100147
0.0100147
0.0100147
0.0100147
0.0100147
0.0100147
0.0100147
0.0100147
0.0100147
0.0100147
0.0100146
0.0100145
0.0100145
)
;
boundaryField
{
bottomEmptyFaces
{
type empty;
}
topEmptyFaces
{
type empty;
}
inlet
{
type calculated;
value nonuniform List<scalar>
130
(
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
)
;
}
outlet
{
type calculated;
value nonuniform List<scalar>
64
(
0.0138219
0.0138111
0.0137931
0.0137666
0.0137313
0.0136864
0.0136331
0.0135709
0.0135001
0.0134202
0.0133309
0.0132319
0.013123
0.013004
0.0128747
0.0127348
0.0125844
0.0124233
0.0122513
0.0120686
0.0118751
0.0116707
0.0114556
0.0112299
0.0109935
0.0107466
0.0104894
0.0102218
0.00994389
0.00965582
0.00935754
0.00904903
0.00873016
0.00840075
0.00806051
0.007709
0.00734568
0.00696992
0.00658122
0.00618159
0.00577161
0.00536176
0.00495743
0.00464239
0.00440302
0.00416405
0.00392556
0.00345019
0.00372179
0.00321514
0.00299225
0.00272613
0.00245986
0.00220332
0.00192842
0.00162796
0.00130014
0.00102938
4.69095e-05
0.000275774
0.000458887
0.000585133
0.000770104
0.0138269
)
;
}
walls
{
type calculated;
value nonuniform List<scalar>
1343
(
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
6.98322e-06
1.05589e-05
1.31188e-05
1.51841e-05
1.67801e-05
1.80855e-05
1.90706e-05
1.99261e-05
2.08965e-05
2.20989e-05
2.34997e-05
2.49083e-05
2.63943e-05
2.78233e-05
2.90092e-05
2.9807e-05
2.95266e-05
2.8538e-05
2.47039e-05
2.53063e-05
2.51756e-05
2.50238e-05
2.39209e-05
2.44128e-05
2.47472e-05
2.44084e-05
2.46983e-05
2.50497e-05
2.49529e-05
2.35396e-05
2.34319e-05
2.41714e-05
2.38659e-05
2.3575e-05
2.40039e-05
2.51807e-05
2.5127e-05
2.48494e-05
2.4478e-05
2.42465e-05
2.40414e-05
2.37643e-05
2.35089e-05
2.43314e-05
2.40354e-05
2.48982e-05
2.38208e-05
2.42969e-05
2.37304e-05
2.36209e-05
2.4956e-05
2.46454e-05
2.47511e-05
2.3375e-05
2.32892e-05
2.34263e-05
2.39696e-05
2.50978e-05
2.49716e-05
2.50574e-05
2.48825e-05
2.48898e-05
2.55822e-05
2.54251e-05
2.51687e-05
2.52636e-05
2.50884e-05
2.48153e-05
2.49382e-05
2.45322e-05
2.45336e-05
2.43989e-05
2.5315e-05
2.48496e-05
2.5413e-05
2.51076e-05
2.52143e-05
2.54937e-05
2.55805e-05
2.48693e-05
2.4944e-05
2.55528e-05
2.5267e-05
2.54599e-05
2.52037e-05
2.50715e-05
2.53393e-05
2.53152e-05
2.51318e-05
2.51665e-05
2.5016e-05
2.5012e-05
2.47389e-05
2.42013e-05
2.50541e-05
2.48358e-05
2.46163e-05
2.40151e-05
2.41607e-05
2.4376e-05
2.40562e-05
2.54314e-05
2.4835e-05
2.48174e-05
2.4842e-05
2.50761e-05
2.54071e-05
2.50978e-05
2.53174e-05
2.51395e-05
2.51683e-05
2.46293e-05
2.48478e-05
2.4687e-05
2.47812e-05
2.46459e-05
2.3972e-05
2.42448e-05
2.5061e-05
2.51816e-05
2.49204e-05
2.4706e-05
2.50289e-05
2.48739e-05
2.48337e-05
2.54826e-05
2.49548e-05
2.51614e-05
2.53186e-05
2.53978e-05
2.5067e-05
2.456e-05
2.46451e-05
2.53332e-05
2.53813e-05
2.51225e-05
2.49402e-05
2.50595e-05
2.48487e-05
2.38633e-05
2.43438e-05
2.47266e-05
2.49889e-05
2.48634e-05
2.45174e-05
2.41784e-05
2.38006e-05
2.35175e-05
2.36276e-05
2.40956e-05
2.46458e-05
2.42081e-05
2.50449e-05
2.49294e-05
2.38882e-05
2.37179e-05
2.46152e-05
2.42325e-05
2.46401e-05
2.38632e-05
2.41833e-05
2.39922e-05
2.38214e-05
2.49049e-05
2.47217e-05
2.51697e-05
2.49276e-05
2.45063e-05
2.42383e-05
2.50324e-05
2.4221e-05
2.45656e-05
2.44269e-05
2.42404e-05
2.48674e-05
2.46193e-05
2.42751e-05
2.39513e-05
2.46272e-05
2.3819e-05
2.41334e-05
2.49768e-05
2.41001e-05
2.3948e-05
2.39715e-05
2.4386e-05
2.51578e-05
2.50829e-05
2.47448e-05
2.43221e-05
2.51702e-05
2.50066e-05
2.53489e-05
2.52698e-05
2.49823e-05
2.39792e-05
2.43918e-05
2.43547e-05
2.39715e-05
2.47301e-05
2.37668e-05
2.41757e-05
2.37441e-05
2.36089e-05
2.49707e-05
2.4715e-05
2.4631e-05
2.42533e-05
2.39778e-05
2.38799e-05
2.49591e-05
2.41159e-05
2.45108e-05
2.49896e-05
2.47433e-05
2.45802e-05
2.5092e-05
2.49541e-05
2.53245e-05
2.54639e-05
2.5238e-05
2.48682e-05
2.44632e-05
2.40724e-05
2.39101e-05
2.4702e-05
2.50498e-05
1.48566e-05
1.50798e-05
1.49626e-05
1.50288e-05
1.48732e-05
1.49216e-05
1.5112e-05
1.50798e-05
1.51104e-05
1.47224e-05
1.46212e-05
1.46857e-05
2.58398e-05
2.58773e-05
2.59927e-05
2.56417e-05
1.34353e-05
1.44568e-05
2.4896e-05
1.41478e-05
1.35448e-05
1.37609e-05
2.51343e-05
1.47635e-05
1.46884e-05
1.46741e-05
2.53503e-05
2.5593e-05
2.51493e-05
2.50246e-05
2.49135e-05
2.4967e-05
2.48377e-05
2.48853e-05
2.58357e-05
2.5654e-05
2.51852e-05
2.56085e-05
2.57296e-05
1.32896e-05
1.3222e-05
1.32791e-05
1.32421e-05
1.33108e-05
1.32405e-05
1.3234e-05
1.28624e-05
1.24204e-05
2.59423e-05
1.27027e-05
1.27103e-05
1.28018e-05
1.24906e-05
1.26223e-05
2.61074e-05
2.58374e-05
1.31325e-05
1.31546e-05
1.31437e-05
1.28994e-05
1.29942e-05
1.33867e-05
1.34256e-05
1.34206e-05
1.33391e-05
1.33246e-05
2.59699e-05
2.5641e-05
2.56379e-05
2.64577e-05
2.61244e-05
2.63126e-05
2.69682e-05
2.78668e-05
2.75839e-05
2.73172e-05
2.78871e-05
2.75432e-05
2.7157e-05
2.71937e-05
2.58334e-05
2.6285e-05
2.59566e-05
2.58288e-05
2.58993e-05
2.58296e-05
2.48475e-05
2.48494e-05
2.46299e-05
2.40795e-05
2.4279e-05
2.47593e-05
2.49933e-05
2.47449e-05
2.54531e-05
2.48699e-05
2.51734e-05
2.4936e-05
2.49145e-05
2.45646e-05
2.46323e-05
2.49075e-05
2.46796e-05
2.50599e-05
2.49443e-05
2.47235e-05
2.4745e-05
2.5326e-05
2.47556e-05
2.50427e-05
2.51643e-05
2.4868e-05
2.46592e-05
2.46317e-05
2.49115e-05
2.51292e-05
2.48887e-05
2.53096e-05
2.50145e-05
2.45735e-05
2.42767e-05
1.33197e-05
1.31084e-05
1.34213e-05
1.28733e-05
1.31697e-05
1.49763e-05
1.38869e-05
1.34109e-05
2.50617e-05
1.41098e-05
1.4502e-05
1.48372e-05
1.34049e-05
1.37743e-05
1.41455e-05
1.35214e-05
1.29712e-05
1.49003e-05
1.46507e-05
1.29728e-05
1.47927e-05
1.76425e-05
1.84148e-05
1.59616e-05
1.66708e-05
1.27127e-05
1.21172e-05
1.98135e-05
2.24342e-05
2.50289e-05
2.51068e-05
2.48796e-05
2.4651e-05
2.44728e-05
2.51387e-05
2.49056e-05
2.44749e-05
2.46939e-05
2.54024e-05
2.5427e-05
2.522e-05
2.48131e-05
2.45079e-05
2.44515e-05
2.46852e-05
2.48665e-05
2.51059e-05
2.44995e-05
2.42388e-05
2.42105e-05
2.45418e-05
2.53015e-05
2.55685e-05
2.53449e-05
2.50968e-05
2.51244e-05
2.52443e-05
2.4901e-05
2.43206e-05
2.16828e-05
1.83772e-05
1.80774e-05
2.09911e-05
2.02607e-05
1.81936e-05
2.03042e-05
1.90613e-05
1.75168e-05
2.06648e-05
2.08059e-05
2.1071e-05
2.04775e-05
1.94973e-05
2.00928e-05
1.89447e-05
1.74251e-05
1.82592e-05
1.66766e-05
1.46953e-05
1.57187e-05
1.48584e-05
1.62753e-05
1.76818e-05
1.70913e-05
1.77401e-05
1.73838e-05
1.42944e-05
1.47133e-05
1.45334e-05
1.64e-05
1.6901e-05
1.58161e-05
1.52266e-05
1.5276e-05
1.53733e-05
1.53218e-05
1.53668e-05
1.51535e-05
1.49192e-05
1.49697e-05
1.48627e-05
1.52151e-05
1.5003e-05
1.46603e-05
1.49631e-05
1.46658e-05
2.80478e-05
2.85376e-05
2.90103e-05
2.88573e-05
2.86761e-05
2.91077e-05
2.8312e-05
2.8751e-05
2.90953e-05
2.88532e-05
2.76341e-05
2.81239e-05
2.7782e-05
2.83012e-05
2.83117e-05
2.84929e-05
2.81408e-05
2.81217e-05
2.81957e-05
2.77993e-05
2.71818e-05
2.66324e-05
2.56036e-05
2.41641e-05
2.26287e-05
2.10158e-05
1.93037e-05
1.74631e-05
1.54236e-05
1.31967e-05
1.07372e-05
2.79615e-05
2.74564e-05
2.7235e-05
2.80405e-05
2.74947e-05
2.75595e-05
1.51147e-05
1.49134e-05
1.44914e-05
8.37232e-06
6.78164e-06
5.47982e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
1.43493e-05
1.47577e-05
1.44266e-05
4.7355e-06
1.51043e-05
4.7355e-06
1.50842e-05
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
1.48718e-05
1.44385e-05
1.42453e-05
1.45313e-05
1.43092e-05
1.478e-05
1.48058e-05
1.46336e-05
1.42512e-05
1.38539e-05
1.49999e-05
1.42362e-05
4.7355e-06
4.7355e-06
1.57189e-05
4.7355e-06
1.6142e-05
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
4.7355e-06
1.29722e-05
2.01517e-05
1.43073e-05
1.36516e-05
1.32663e-05
1.64882e-05
1.51613e-05
1.81614e-05
2.14268e-05
2.23434e-05
2.48093e-05
2.39635e-05
2.31402e-05
2.26672e-05
2.5709e-05
2.55673e-05
2.62812e-05
2.55577e-05
2.54895e-05
2.54724e-05
2.55622e-05
2.55156e-05
2.55689e-05
2.54732e-05
2.53818e-05
2.53944e-05
1.24848e-05
1.24165e-05
1.24257e-05
1.27486e-05
1.24733e-05
1.62777e-05
1.60932e-05
1.57426e-05
1.63954e-05
1.57893e-05
1.70844e-05
1.72936e-05
1.77457e-05
1.77223e-05
1.80064e-05
1.81384e-05
1.86331e-05
2.03492e-05
1.89914e-05
2.16432e-05
2.55231e-05
2.35733e-05
2.73951e-05
2.81221e-05
2.91442e-05
2.89087e-05
2.92649e-05
2.90056e-05
2.91435e-05
3.00006e-05
2.91515e-05
3.08997e-05
3.11208e-05
3.0665e-05
2.96926e-05
2.87213e-05
2.75604e-05
2.59007e-05
2.4239e-05
2.33696e-05
2.25816e-05
2.18884e-05
2.10452e-05
1.99947e-05
1.88253e-05
1.75978e-05
1.59493e-05
1.38216e-05
1.13544e-05
8.84439e-06
6.805e-06
5.21879e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
4.51e-06
6.56472e-06
1.02201e-05
1.28041e-05
1.46314e-05
1.61517e-05
1.74675e-05
1.84847e-05
1.93978e-05
2.02905e-05
2.12299e-05
2.2346e-05
2.3622e-05
2.4868e-05
2.60103e-05
2.69196e-05
2.72771e-05
2.76762e-05
2.70705e-05
2.32364e-05
2.602e-05
2.40397e-05
2.37067e-05
2.49457e-05
2.48386e-05
2.45395e-05
2.42802e-05
2.46284e-05
2.35456e-05
2.40398e-05
2.35013e-05
2.33813e-05
2.51311e-05
2.5074e-05
2.48025e-05
2.35813e-05
2.41054e-05
2.41328e-05
2.3861e-05
2.4728e-05
2.36685e-05
2.41349e-05
2.36568e-05
2.35226e-05
2.48069e-05
2.44428e-05
2.39532e-05
2.36492e-05
2.33938e-05
2.33327e-05
2.44762e-05
2.41134e-05
2.38269e-05
2.36396e-05
2.48239e-05
2.50386e-05
2.48982e-05
2.45331e-05
2.43036e-05
2.40351e-05
2.38081e-05
2.49145e-05
2.48766e-05
2.39403e-05
2.37479e-05
2.45293e-05
2.41821e-05
2.46539e-05
2.36776e-05
2.40821e-05
2.37798e-05
2.42708e-05
2.38296e-05
2.36237e-05
2.50284e-05
2.48409e-05
2.48488e-05
2.39834e-05
2.43701e-05
2.4516e-05
2.41268e-05
2.46835e-05
2.4889e-05
2.47592e-05
2.37371e-05
2.41841e-05
2.50516e-05
2.49363e-05
2.49162e-05
2.40262e-05
2.44352e-05
2.46588e-05
2.43809e-05
2.41589e-05
2.38723e-05
2.49727e-05
2.49068e-05
2.46522e-05
2.42993e-05
2.40142e-05
2.37658e-05
2.35083e-05
2.34465e-05
2.50534e-05
2.49742e-05
2.46827e-05
2.36148e-05
2.40725e-05
2.47516e-05
2.44569e-05
2.51207e-05
2.50707e-05
2.49101e-05
2.45976e-05
2.48447e-05
2.37709e-05
2.42344e-05
2.36687e-05
2.36366e-05
2.42141e-05
2.39069e-05
2.37258e-05
2.36936e-05
4.69095e-05
3.30505e-05
4.28478e-05
4.25621e-05
4.24857e-05
4.28407e-05
4.28001e-05
4.28641e-05
4.27192e-05
4.26423e-05
4.26353e-05
4.26411e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.264e-05
4.26329e-05
4.26471e-05
4.26329e-05
4.264e-05
4.26471e-05
4.264e-05
4.264e-05
4.264e-05
4.26329e-05
4.26471e-05
4.264e-05
4.264e-05
4.26329e-05
4.264e-05
4.26471e-05
4.264e-05
4.264e-05
4.264e-05
4.26329e-05
4.26471e-05
4.26329e-05
4.264e-05
4.26471e-05
4.264e-05
4.264e-05
4.26471e-05
4.26329e-05
4.26471e-05
4.26259e-05
4.27497e-05
4.28039e-05
4.28729e-05
4.27731e-05
4.29521e-05
4.26833e-05
4.2796e-05
4.29534e-05
4.35626e-05
4.35498e-05
5.80582e-05
5.96974e-05
6.00576e-05
5.56003e-05
5.29391e-05
9.66728e-05
0.00011472
9.69137e-05
8.31803e-05
0.000136065
0.00018227
0.0001886
0.000192084
0.000195583
0.000180922
0.000180681
0.00018041
0.000181127
0.000180954
0.000181045
0.000180955
0.000181015
0.000180718
0.000181181
0.000179711
0.000180209
0.000175976
0.00017711
0.000174625
3.30505e-05
3.18449e-05
3.41967e-05
3.93748e-05
5.8466e-05
4.35626e-05
0.000177004
0.000177024
)
;
}
symmetryLine
{
type symmetryPlane;
}
}
// ************************************************************************* //
|
a06cfeb1e9ded8efadc664ef44e0bdbb37785e12 | ad7a1d4615fb8c823623d800b93e075a7b7bf28e | /RTP_Lab4.1/Files/Mesh.h | ae00bb0a41c9e14c09a211ba13056603ca8b8422 | [] | no_license | sanoonan/RTP_Lab4.1 | 665a8aad3cb806450d1e7e7698fe056985d44af2 | 83564e332baa36a49a56d65db8820635062e73c2 | refs/heads/master | 2020-04-21T06:02:31.890365 | 2015-02-21T22:09:17 | 2015-02-21T22:09:17 | 31,143,010 | 2 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,275 | h | Mesh.h | #pragma once
#define _CRT_SECURE_NO_DEPRECATE
//Some Windows Headers (For Time, IO, etc.)
#include <windows.h>
#include <mmsystem.h>
#include <GL/glew.h>
#include <GL/freeglut.h>
#include <iostream>
// Assimp includes
#include <assimp/cimport.h> // C importer
#include <assimp/scene.h> // collects data
#include <assimp/postprocess.h> // various extra operations
#include <stdio.h>
#include <math.h>
#include <vector> // STL dynamic memory.
#include <string>
#include <glm/vec3.hpp> // glm::vec3
#include <glm/vec4.hpp> // glm::vec4, glm::ivec4
#include <glm/mat4x4.hpp> // glm::mat4
#include <glm/gtc/matrix_transform.hpp> // glm::translate, glm::rotate, glm::scale, glm::perspective
#include <glm/gtc/type_ptr.hpp> // glm::value_ptr
#include <glm/glm.hpp>
#include <glm/gtx/norm.hpp>
class Mesh
{
public:
const char* filename;
GLuint vao;
int point_count;
Mesh();
Mesh(const char* _filename);
bool load_mesh(std::vector<glm::vec3> &v, std::vector<glm::vec3> &r);
void assign_vao(const aiScene* scene);
void draw(GLuint spID, glm::mat4 model_mat);
std::vector<glm::vec3> getVertices(std::vector<glm::vec3> &reduced);
bool checkForRepeat(glm::vec3 v, std::vector<glm::vec3> &verts);
void draw(GLuint spID, glm::mat4 model_mat, glm::vec3 colour);
};
|
678728e888603056a77b162df6297d74cce70c00 | 5a627d4aa22ab4c4b41eeec55b96f3528bb88631 | /cpp/models.h | ce58bdaab15651105363ab13cf4fa6bf74910db3 | [
"MIT"
] | permissive | LehighCSE375-AJM/hindsight-experience-replay | ee6f3fe993608eb4b16615da66bdaa9b122d57f8 | 1412312c04619b060927b2c60ee40151266f461f | refs/heads/master | 2023-01-30T12:25:23.537368 | 2020-12-05T21:19:20 | 2020-12-05T21:19:20 | 308,702,341 | 1 | 0 | MIT | 2020-11-09T16:33:15 | 2020-10-30T17:40:49 | Python | UTF-8 | C++ | false | false | 2,748 | h | models.h | #pragma once
#include "linear.h"
#include "optimizer.h"
#include "adam.h"
#include "grad_descent.h"
#define OBSERVATION_DIM 1 // TODO
#define GOAL_DIM 1 // TODO
#define ACTION_DIM 1 // TODO
#define NEURONS 256
class Actor {
private:
Linear fc1 = Linear(OBSERVATION_DIM + GOAL_DIM, NEURONS, RELU);
Linear fc2 = Linear(NEURONS, NEURONS, RELU);
Linear fc3 = Linear(NEURONS, NEURONS, RELU);
Linear action_out = Linear(NEURONS, ACTION_DIM, TANH);
Tensor max_action;
Tensor out;
public:
explicit Actor(Tensor &max_action) {
this->max_action = max_action;
};
Tensor& forward(Tensor &x) {
out = fc1.forward(x);
out = fc2.forward(out);
out = fc3.forward(out);
out = action_out.forward(out);
out.mul_(max_action);
return out;
}
vector<Tensor*> parameters() {
vector<Tensor*> result;
result.push_back(&fc1.weights);
result.push_back(&fc1.bias);
result.push_back(&fc2.weights);
result.push_back(&fc2.bias);
result.push_back(&fc3.weights);
result.push_back(&fc3.bias);
result.push_back(&action_out.weights);
result.push_back(&action_out.bias);
return result;
}
};
class Critic {
private:
Linear fc1 = Linear(OBSERVATION_DIM + GOAL_DIM + ACTION_DIM, NEURONS, RELU);
Linear fc2 = Linear(NEURONS, NEURONS, RELU);
Linear fc3 = Linear(NEURONS, NEURONS, RELU);
Linear q_out = Linear(NEURONS, 1, NONE);
Tensor max_action;
Optimizer* optim;
// Miscelanious intermediate matricies.
Tensor _adjusted_actions;
Tensor _loss_gradient;
Tensor _adjusted_in;
public:
explicit Critic(Tensor &max_action) {
this->max_action = max_action;
// this->optim = new Adam(this->parameters(), 0.00001);
this->optim = new GradientDescent(this->parameters(), 0.00001);
};
~Critic() {
delete this->optim;
}
Tensor& forward(const Tensor &x, const Tensor &actions) {
actions.copy(_adjusted_actions);
_adjusted_actions.div_(max_action);
Tensor::vector_concat_onto(x, _adjusted_actions, _adjusted_in);
fc1.forward(_adjusted_in);
fc2.forward(fc1.out());
fc3.forward(fc2.out());
q_out.forward(fc3.out());
return q_out.out();
}
void backprop(const Tensor &actual, const Tensor &predicted) {
predicted.copy(_loss_gradient);
_loss_gradient.sub_(actual);
q_out.compute_gradient(_loss_gradient);
fc3.compute_gradient(q_out.grad());
fc2.compute_gradient(fc3.grad());
fc1.compute_gradient(fc2.grad());
optim->step();
}
vector<Tensor*> parameters() {
vector<Tensor*> result;
result.push_back(&fc1.weights);
result.push_back(&fc1.bias);
result.push_back(&fc2.weights);
result.push_back(&fc2.bias);
result.push_back(&fc3.weights);
result.push_back(&fc3.bias);
result.push_back(&q_out.weights);
result.push_back(&q_out.bias);
return result;
}
}; |
af4cb9d878776b54886b912ef6c45ab02e94ef59 | a9e76a750d8837d2312fc1092061bd0d23702122 | /pysrc/acquisition/simplectsystem.cpp | 393ae1fee678e44bccdcaaabd3091f80194d6ff8 | [] | no_license | phernst/pyctl | 9f79d4d0ce8e2d0a9e7d031e6029ec012d500d78 | f8e924379a2ef9451da3b249a684377d979752e5 | refs/heads/master | 2022-09-27T15:32:34.994447 | 2021-05-10T17:08:02 | 2021-05-10T17:08:02 | 247,075,902 | 6 | 2 | null | null | null | null | UTF-8 | C++ | false | false | 2,112 | cpp | simplectsystem.cpp | #include "pysrc/pybind_common.h"
#include <acquisition/simplectsystem.h>
#include <components/abstractdetector.h>
#include <components/abstractgantry.h>
#include <components/abstractsource.h>
#include <components/abstractbeammodifier.h>
namespace py = pybind11;
void init_simplectsystem(py::module& m)
{
using namespace CTL;
using namespace py::literals;
using rvp = py::return_value_policy;
py::class_<SimpleCTSystem, CTSystem>(m, "SimpleCTSystem")
.def(py::init<const AbstractDetector&,const AbstractGantry&,const AbstractSource&>(),
"detector"_a, "gantry"_a, "source"_a)
.def_static("from_ctsystem", [](const CTSystem& system)
{
return SimpleCTSystem::fromCTSystem(system);
})
.def("detector", &SimpleCTSystem::detector, rvp::reference)
.def("gantry", &SimpleCTSystem::gantry, rvp::reference)
.def("source", &SimpleCTSystem::source, rvp::reference)
.def("replace_detector", [](SimpleCTSystem& self, const AbstractDetector& det)
{
self.replaceDetector(static_cast<AbstractDetector*>(det.clone()));
}, "new_detector"_a)
.def("replace_gantry", [](SimpleCTSystem& self, const AbstractGantry& gan)
{
self.replaceGantry(static_cast<AbstractGantry*>(gan.clone()));
}, "new_gantry"_a)
.def("replace_source", [](SimpleCTSystem& self, const AbstractSource& src)
{
self.replaceSource(static_cast<AbstractSource*>(src.clone()));
}, "new_source"_a)
.def("add_beam_modifier", [](SimpleCTSystem& self, const AbstractBeamModifier& bm)
{
self.addBeamModifier(static_cast<AbstractBeamModifier*>(bm.clone()));
}, "modifier"_a)
.def("photons_per_pixel_mean", &SimpleCTSystem::photonsPerPixelMean)
.def("photons_per_pixel", [](const SimpleCTSystem& self, uint m)
{
return self.photonsPerPixel(m);
}, "module"_a)
.def("photons_per_pixel", [](const SimpleCTSystem& self)
{
return self.photonsPerPixel();
});
} |
18e891e2c6425a96f6cf2afb5a69b5fc566f5bbb | b0b31515b43123533b3533aef4981e0f7b04ab2c | /NUFFT/NUFFT_V3/output.h | 584cfd974229d3cf70e51403c31bc9d7afb94d6b | [] | no_license | uriele/testautotool | 23863c44e51b7fbb34e3520764d9696610f295ee | e0f200e3331918415c0031403c8f308fc3f577f5 | refs/heads/master | 2021-07-12T23:23:04.694703 | 2017-10-13T22:28:04 | 2017-10-13T22:28:04 | 106,879,044 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 634 | h | output.h | /*
* Copyright 2007-2012 Computational Electromagnetic Group (CEM), Dept. ECE, UC San Diego. All rights reserved.
* Author: Shaojing Li, March 2012
*/
/*
* output.h: class declaration of Class Output.
* This class is intended for controlling screen and file output that records the execution status of the program
* This class is in not use right now
*/
#ifndef _OUTPUT
#define _OUTPUT
#include "fp_precision.h"
namespace NBODYFAST_NS{
class Output
{
public:
Output(){}
Output(class NBODYFAST *n_ptr)
{
nbodyfast = n_ptr;
}
virtual ~Output(){}
class NBODYFAST *nbodyfast;
protected:
};
}
#endif |
03b1827d969f0d6a9e72800f8af295b85643a50c | 1c1cb1189cb94876d82106fb9fc0fcc18ec1420b | /engine/enginecode/include/independent/rendering/bufferLayout.h | 9ff2055706c2785696f94faf77457b3b86a1d8dd | [] | no_license | nejmn/Game-Engine-Developmet | 73443d8b4b3fd58cab79248f798721ed3a07cc85 | edd61f65cb681a8496d37aeef2b2001990adb939 | refs/heads/main | 2023-09-01T12:02:55.878185 | 2021-10-17T12:11:59 | 2021-10-17T12:11:59 | 418,117,055 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,621 | h | bufferLayout.h |
/** \file shaderDataType.h */
#pragma once
#include "shaderDataType.h"
#include <vector>
/**
*class Buffer Element
** \brief A class which holds data about a single element in a buffer layout
*/
namespace Engine
{
class BufferElement
{
public:
ShaderDataType m_dataType; //!<Type of data type
uint32_t m_size; //!<size of the data
uint32_t m_offset; //!< offset in bytes
bool m_normalised; //!< is it going to be normalised or not?
BufferElement() {} //!<Default contructor
BufferElement(ShaderDataType dataType, bool normalised = false) :
m_dataType(dataType),
m_size(SDT::size(dataType)),
m_offset(0),
m_normalised(normalised)
{} //!< constructor with parameteres
};
/**
*class Buffer Layout
** \brief Holds vertex buffer data
*/
class BufferLayout
{
public:
BufferLayout() {};
BufferLayout(const std::initializer_list<BufferElement>& element) : m_elements(element) { calcStrideAndOffset(); }
inline uint32_t getStride() const { return m_stride; }
void addElement(BufferElement element);
inline std::vector<BufferElement>::iterator begin() { return m_elements.begin(); }
inline std::vector<BufferElement>::iterator end() { return m_elements.end(); }
inline std::vector<BufferElement>::const_iterator begin() const { return m_elements.begin(); }
inline std::vector<BufferElement>::const_iterator end() const { return m_elements.end(); }
private:
std::vector<BufferElement> m_elements; //!< Buffer elements
uint32_t m_stride; //! Width of the bytes in a buffer line
void calcStrideAndOffset(); //!<Calculate stride and offsets based on elements
};
} |
9071d4ff3ba36e819aea7acdda7cdcbc357bb319 | d13e8cf45b94dca462ead1f088dc538ca3b907f3 | /AGV-Firmware/main.cpp | 933bfe683e8a4cf9b4aaf034c01b6c0468334114 | [] | no_license | williamg42/AGV-IV | 2f22e87ad259dca0495b1e79b3a12cf24d092741 | 9f080e8219bb949ab3e74672389bbe76ade22cf4 | refs/heads/master | 2021-01-17T13:07:33.433371 | 2017-03-25T18:51:07 | 2017-03-25T18:51:07 | 30,118,558 | 3 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,962 | cpp | main.cpp | #include <opencv2/core/core.hpp>
#include <opencv2/imgproc/imgproc.hpp>
#include <opencv2/highgui/highgui.hpp>
#include "Avoidance.hpp"
#include <sys/timeb.h>
#include <unistd.h>
#include <signal.h>
#define BUFFERDELAY .25
using namespace cv;
cv::Mat dst;
double CLOCK()
{
struct timespec t;
clock_gettime(CLOCK_MONOTONIC, &t);
return (t.tv_sec * 1000)+(t.tv_nsec*1e-6);
}
double _avgdur=0;
double _fpsstart=0;
double _avgfps=0;
double _fps1sec=0;
double avgdur(double newdur)
{
_avgdur=0.98*_avgdur+0.02*newdur;
return _avgdur;
}
double avgfps()
{
if(CLOCK()-_fpsstart>1000)
{
_fpsstart=CLOCK();
_avgfps=0.7*_avgfps+0.3*_fps1sec;
_fps1sec=0;
}
_fps1sec++;
return _avgfps;
}
////////////////////////////////////////////////////////////
volatile sig_atomic_t cap_flag = false;
void sigalrm_handler(int sig)
{
cap_flag = true;
}
int main(int argc, char *argv[])
{
signal(SIGALRM, &sigalrm_handler); // set a signal handler
alarm(BUFFERDELAY); // set an alarm for 10 seconds from now
int frameno=0;
Avoidance Algorithm(0);
Algorithm.Init();
double alpha = 0.5;
double beta;
double input;
while(1)
{
double start=CLOCK();
Algorithm.run_noAvoidance(cap_flag);
double dur = CLOCK()-start;
printf("avg time per frame %f ms. fps %f. frameno = %d\n",avgdur(dur),avgfps(),frameno++ );
/// Create Windows
namedWindow("Linear Blend", CV_WINDOW_NORMAL);
cvtColor(Algorithm.Processed_Frame(), dst, CV_GRAY2BGR);
beta = ( 1.0 - alpha );
addWeighted( Algorithm.Raw_Frame(), alpha, dst, beta, 0.0, dst);
/////////////////////////////////
//
//
//
//
// int x = dst.cols;
// int y = dst.rows;
//
//
// vector<Point> contour; // x y
//
// contour.push_back(Point(x, y));
// contour.push_back(Point(0, y));
// contour.push_back(Point((x / 2 - .07 * x), y - y / 2.5 )); //value on Y controls depth into the photo, decimal controls width of box
// contour.push_back(Point((x / 2 + .07 * x), y - y / 2.5));
//
//
// // For debugging purposes, draw green lines connecting those points
// // and save it on disk
// const Point* point = &contour[0];
// int npts = (int) contour.size();
// polylines(dst, &point, &npts, 1, true, Scalar(0, 255, 0), 3, CV_AA);
////////////////////////////////////////////////////////////
imshow( "Linear Blend", dst );
//namedWindow("Edges Frame", CV_WINDOW_NORMAL);
//imshow( "Edges Frame", Algorithm.Edges_Frame());
if (cap_flag)
{
cap_flag = false;
alarm(BUFFERDELAY);
}
//press ESC to exit
char c= cvWaitKey(1);
if(c == 27)
{
break;
}
} // while(1) loop end
cv::destroyWindow( "Linear Blend" );
dst.release();
return 0;
}
|
cf857de009598f0758369ca4dbe7e82103aacdf7 | f0749ffea2a953a324a26906b7dc3bd95ac06e60 | /Core/Thread/AtomicCounter.h | bfdc2f481cd00d966610e50258f905bbeccaacc8 | [
"MIT"
] | permissive | jeffamstutz/rfManta | 36970d20ef79907db250da83ec1e672943c199fe | 77b3f8688f09719a9027a02777832bb734fc8431 | refs/heads/master | 2021-01-10T08:57:37.803549 | 2015-03-13T12:47:47 | 2015-03-13T12:47:47 | 48,449,383 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 6,522 | h | AtomicCounter.h | /*
For more information, please see: http://software.sci.utah.edu
The MIT License
Copyright (c) 2004 Scientific Computing and Imaging Institute,
University of Utah.
License for the specific language governing rights and limitations under
Permission is hereby granted, free of charge, to any person obtaining a
copy of this software and associated documentation files (the "Software"),
to deal in the Software without restriction, including without limitation
the rights to use, copy, modify, merge, publish, distribute, sublicense,
and/or sell copies of the Software, and to permit persons to whom the
Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included
in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL
THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER
DEALINGS IN THE SOFTWARE.
*/
/*
* AtomicCounter: Thread-safe integer variable
*
* Written by:
* Author: Steve Parker
* Department of Computer Science
* University of Utah
* Date: June 1997
*
* Copyright (C) 1997 SCI Group
*/
#ifndef Core_Thread_AtomicCounter_h
#define Core_Thread_AtomicCounter_h
#include <MachineParameters.h>
#if defined(MANTA_X86) && !defined(_WIN32)
#define USE_ATOMIC_COUNTER_X86
#endif
#ifdef USE_ATOMIC_COUNTER_X86
#include <Core/Util/Align.h>
#include <Parameters.h>
#endif
namespace Manta {
class AtomicCounter_private;
/**************************************
CLASS
AtomicCounter
KEYWORDS
Thread
DESCRIPTION
Provides a simple atomic counter. This will work just like an
integer, but guarantees atomicty of the ++ and -- operators.
Despite their convenience, you do not want to make a large number
of these objects. See also WorkQueue.
Not that this implementation does not offer an operator=, but
instead uses a "set" method. This is to avoid the inadvertant
use of a statement like: x=x+2, which would NOT be thread safe.
****************************************/
#ifdef USE_ATOMIC_COUNTER_X86
class MANTA_ALIGN(MAXCACHELINESIZE) AtomicCounter {
#else
class AtomicCounter {
#endif
public:
//////////
// Create an atomic counter with an unspecified initial value.
// <tt>name</tt> should be a static string which describes the
// primitive for debugging purposes.
AtomicCounter(const char* name);
//////////
// Create an atomic counter with an initial value. name should
// be a static string which describes the primitive for debugging
// purposes.
AtomicCounter(const char* name, int value);
//////////
// Destroy the atomic counter.
~AtomicCounter();
//////////
// Allows the atomic counter to be used in expressions like
// a normal integer. Note that multiple calls to this function
// may return different values if other threads are manipulating
// the counter.
operator int() const;
//////////
// Increment the counter and return the new value.
// This does not return AtomicCounter& like a normal ++
// operator would, because it would destroy atomicity
int operator++();
//////////
// Increment the counter and return the old value
int operator++(int);
// Increment the counter by the given value and return the old
// value. Like operator++ this doesn't return AtomicCounter& to
// avoid atomicity issues.
int operator+=(int);
//////////
// Decrement the counter and return the new value
// This does not return AtomicCounter& like a normal --
// operator would, because it would destroy atomicity
int operator--();
//////////
// Decrement the counter and return the old value
int operator--(int);
//////////
// Set the counter to a new value
void set(int);
private:
const char* name_;
#ifdef USE_ATOMIC_COUNTER_X86
int value;
#else
AtomicCounter_private* priv_;
#endif
// Cannot copy them
AtomicCounter(const AtomicCounter&);
AtomicCounter& operator=(const AtomicCounter&);
};
#ifdef USE_ATOMIC_COUNTER_X86
/*
* AtomicCounter: Thread-safe integer variable written in x86 assembly
*
* Written by:
* Author: Solomon Boulos
* Department of Computer Science
* University of Utah
* Date: 10-Sep-2007
*
*/
inline AtomicCounter::operator int() const {
return value;
}
inline
int
AtomicCounter::operator++() {
__volatile__ register int return_val = 1;
__asm__ __volatile__(
"lock;\n"
"xaddl %1, %0;\n" :
"+m" (value), "+r"(return_val) :
"m" (value) , "r" (return_val)
/* no unknown clobbers */
);
return return_val + 1;
}
inline
int
AtomicCounter::operator++(int) {
__volatile__ register int return_val = 1;
__asm__ __volatile__(
"lock;\n"
"xaddl %1, %0;\n" :
"+m" (value), "+r"(return_val) :
"m" (value) , "r" (return_val)
/* no unknown clobbers */
);
return return_val;
}
inline
int
AtomicCounter::operator+=(int val) {
__volatile__ register int return_val = val;
__asm__ __volatile__(
"lock;\n"
"xaddl %1, %0;\n" :
"+m" (value), "+r"(return_val) :
"m" (value) , "r" (return_val), "r" (val)
/* no unknown clobbers */
);
return return_val;
}
inline
int
AtomicCounter::operator--() {
__volatile__ register int return_val = -1;
__asm__ __volatile__(
"lock;\n"
"xaddl %1, %0;\n" :
"+m" (value), "+r"(return_val) :
"m" (value) , "r" (return_val)
/* no unknown clobbers */
);
return return_val - 1;
}
inline
int
AtomicCounter::operator--(int) {
__volatile__ register int return_val = -1;
__asm__ __volatile__(
"lock;\n"
"xaddl %1, %0;\n" :
"+m" (value), "+r"(return_val) :
"m" (value) , "r" (return_val)
/* no unknown clobbers */
);
// The exchange returns the old value
return return_val;
}
inline
void
AtomicCounter::set(int v) {
__volatile__ register int copy_val = v;
__asm__ __volatile__(
"lock;\n"
"xchgl %1, %0\n" :
"+m" (value), "+r" (copy_val) :
"m" (value), "r" (copy_val), "r" (v)
/* no unknown clobbers */
);
}
#endif // USE_ATOMIC_COUNTER_X86
}
#endif
|
6886615f91280f9162b87a8fa7dd39c27e58aca0 | 01571f630ca3fae0e8bf3a43e98fde6ac61fb1ea | /1521.cpp | 6a2f84ba7215eedf6abfad036cd2de3a12881910 | [] | no_license | etolew/jzoffer | ca7a8e02b15d8fd6d62562358db78e66a15633c4 | 2eaa052b24903cc267d977896662338f23ff650b | refs/heads/master | 2016-09-06T12:47:30.145245 | 2014-09-25T16:27:52 | 2014-09-25T16:27:52 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 983 | cpp | 1521.cpp | #include <iostream>
#include <vector>
#include <cstdio>
using namespace std;
struct tn{
tn *left;
tn *right;
int val;
tn(int x):val(x),left(NULL),right(NULL){};
};
void tp(tn *root,vector<int> &r){
if(root==NULL) return;
r.push_back(root->val);
tp(root->right,r);
tp(root->left,r);
}
int main(void){
int n;
while(scanf("%d",&n)!=EOF){
if(n==0) {cout<<"NULL"<<endl;continue;}
int tmp;
vector<int> res;
tn* tree[n];
for(int i=0;i<n;i++){
scanf("%d",&tmp);
tree[i]=new tn(tmp);
}
char c;
int i1,i2;
for(int i=0;i<n;i++){
cin>>c;
if(c=='d'){
scanf("%d %d",&i1,&i2);
tree[i]->left=tree[i1-1];
tree[i]->right=tree[i2-1];
}
if(c=='l'){
scanf("%d",&i1);
tree[i]->left=tree[i1-1];
}
if(c=='r'){
scanf("%d",&i2);
tree[i]->right=tree[i2-1];
}
}
tp(tree[0],res);
for(int i=0;i<res.size()-1;i++) cout<<res[i]<<' ';
cout<<res[res.size()-1]<<endl;
res.clear();
}
return 0;
} |
44a9d840a16268790b454a3aa61d7463a73f1a02 | 1746d2ff02cfd9544c1676a1b49006b275d7536e | /infinite-evolution-master/06_产品验收/产品包/源代码及可执行文件/infiniteEvolution/player.h | a05b60c6635761b4f0b6ad56155a0e8950f41f5d | [] | no_license | ZifeiMo96/Infinite-evolution | c2d5af08eaf3e9118237690fb1f29033702e4d51 | 32cbd26e3d6dee94411f1d691af664ffe82771fa | refs/heads/master | 2023-01-21T15:30:42.609574 | 2020-12-05T08:25:46 | 2020-12-05T08:25:46 | 318,730,654 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,578 | h | player.h | #ifndef PLAYER_H
#define PLAYER_H
#include <QPainter>
#include "monster.h"
#include "prop.h"
#include "bullet.h"
#include "obj.h"
class Player:public Obj
{
public:
Player();
void getProp(Prop &obj);
void attackMonster();
void buyProp(Prop &obj);
//__________________________
void die();
QPixmap img_player;
QPixmap pix_player;
void change_status_of_player(int i);
int get_status_of_player();
void change_page_of_player(int i);
int get_page_of_player();
void setUp(bool b);
void setDown(bool b);
void setLeft(bool b);
void setRight(bool b);
void checkMove();
void move(int map[12][16],Obj obj1[10],Obj obj2[10]); //移动函数
bool ifAttack=0;
void setBullet(int i,int x, int y);
void shoot(int x,int y);
Bullet boxOfBullet[50];
void changeIfShoot(bool b);
int x_of_attack;
int y_of_attack;
void cleanBullet();
void checkBulletHit(Obj &obj,bool &b);
int box_of_prop[180];
int getAttack(){
return attack;
}
int getMoney();
int number_of_prop;
int mp=100;
int mpMax = 100;
int dieNumber = 0;
void checkDie();
bool ifDie;
int setMoney(int i);
int status_of_player =0;
int page_of_player =0;
public slots:
void gif();
private:
int money;
int attack;
int shootNumber=0;
int cdOfAttack=20;
int shootTime=0;
int kindOfBullet=0;
bool ifUp=0;
bool ifDown=0;
bool ifRight=0;
bool ifLeft=0;
bool ifMove=0;
bool ifShoot =0;
};
#endif // PLAYER_H
|
d5614602108fd481605e620562236414ad07a480 | dfc15216ae4a0728ab4cba34f0449f2e90b017d3 | /DirectX12/DirectXManagers/swapchain/SwapChainManager.cpp | 2ca05d088f16b98b8f8083897d79842cc19f5356 | [] | no_license | Turuponn/Yellowstone-Woods | 172d9462ff4065e4f0f3facafb016c653bc3b0b8 | b059be473330316014fd1744b2c751638d4482cf | refs/heads/master | 2022-01-23T19:03:24.666256 | 2019-07-22T03:14:18 | 2019-07-22T03:14:18 | 191,071,763 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,959 | cpp | SwapChainManager.cpp | #include "SwapChainManager.h"
#include "constance.h"
#include "Library\GameError.h"
#include "Library\DirectX12Create\SwapChainCreate.h"
#include "Library\DirectX12Create\SwapChainViewCreate.h"
#include "DirectXManagers\Device\D3D12DeviceManager.h"
#include "DirectXManagers\comand\ComandManager.h"
#include "DirectXManagers\DxGI\DxGIManager.h"
#include <dxgi1_4.h>
#include <d3d12.h>
SwapChainManager::SwapChainManager() {
}
SwapChainManager::~SwapChainManager() {
}
void SwapChainManager::Initialize(std::shared_ptr<D3D12DeviceManager>& device, std::shared_ptr<ComandManager>& comand, std::shared_ptr<DxGIManager>& dxgi, HWND& hwnd) {
CreateSwapChain(device, comand, dxgi, hwnd);
CreateSwapChainView(device);
}
void SwapChainManager::CreateSwapChain(std::shared_ptr<D3D12DeviceManager>& device, std::shared_ptr<ComandManager>& comand,std::shared_ptr<DxGIManager>& dxgi, HWND& hwnd) {
HRESULT result = E_FAIL;
std::shared_ptr<SwapChainCreate> scC(new SwapChainCreate());
scC->CreateSwapChain(SCREEN_SIZE_X, SCREEN_SIZE_Y, dxgi->GetDxGIFac().Get(), hwnd, device->GetDevice().Get(), comand->GetComandQueue().Get(), &_swapchain);
}
void SwapChainManager::CreateSwapChainView(std::shared_ptr<D3D12DeviceManager>& device) {
std::shared_ptr<SwapChainViewCreate> scV(new SwapChainViewCreate());
DXGI_SWAP_CHAIN_DESC swcDesc = {};
_swapchain->GetDesc(&swcDesc);
int renderTargetsNum = swcDesc.BufferCount;
scV->CreateSwapChainViewDesc(device->GetDevice().Get(), renderTargetsNum, &_descheap);
}
int SwapChainManager::GetFrameBufferCount() {
DXGI_SWAP_CHAIN_DESC swcDesc = {};
_swapchain->GetDesc(&swcDesc);
return swcDesc.BufferCount;
}
int SwapChainManager::GetFrameBufferIndex() {
return (UINT)_swapchain->GetCurrentBackBufferIndex();
}
Microsoft::WRL::ComPtr<IDXGISwapChain3>& SwapChainManager::GetSwapChain() {
return _swapchain;
}
Microsoft::WRL::ComPtr<ID3D12DescriptorHeap>& SwapChainManager::GetSwapChainDescHeap() {
return _descheap;
} |
f69473b96b497339d38bef53f5de28a37bc597cd | 606c34e2ceae24de9f8331ba8964c493e9d8565d | /CogEye/App/src/CogQueue.cpp | e750b7de03729d87d1f6a7cb78f4d7274901b8ee | [
"Apache-2.0"
] | permissive | Bounty556/CogEye_GameJam_Old | b584e6a8e7dd0fe3c09ba4e1489e0ee2d9f4a416 | c4f678cad9542f7d595510849779ffb46f26e016 | refs/heads/main | 2023-06-03T10:22:56.119433 | 2021-06-13T17:51:42 | 2021-06-13T17:51:42 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,380 | cpp | CogQueue.cpp | #include "CogQueue.h"
#include <UI/UISprite.h>
CogQueue::CogQueue(Soul::FontManager& fonts, Soul::TextureManager& textures, u32 smallCogs, u32 medCogs, u32 largeCogs) :
m_UI(),
m_Listener()
{
m_CogsLeft[0] = smallCogs;
m_CogsLeft[1] = medCogs;
m_CogsLeft[2] = largeCogs;
m_CogText[0] = PARTITION(Soul::UILabel, Soul::String::IntToString(smallCogs).GetCString(), *fonts.RequestFont("res/Fonts/m5x7.ttf"));
m_CogText[1] = PARTITION(Soul::UILabel, Soul::String::IntToString(medCogs).GetCString(), *fonts.RequestFont("res/Fonts/m5x7.ttf"));
m_CogText[2] = PARTITION(Soul::UILabel, Soul::String::IntToString(largeCogs).GetCString(), *fonts.RequestFont("res/Fonts/m5x7.ttf"));
Soul::UISprite* small = PARTITION(Soul::UISprite, *textures.RequestTexture("res/Sprites/SmallCog1.png"), 64, 64);
Soul::UISprite* medium = PARTITION(Soul::UISprite, *textures.RequestTexture("res/Sprites/MediumCog1.png"), 64, 64);
Soul::UISprite* large = PARTITION(Soul::UISprite, *textures.RequestTexture("res/Sprites/LargeCog1.png"), 64, 64);
m_CogText[0]->setPosition(50, 25);
small->setPosition(75, 25);
m_CogText[1]->setPosition(150, 25);
medium->setPosition(175, 25);
m_CogText[2]->setPosition(250, 25);
large->setPosition(275, 25);
m_UI.AddUIComponent(m_CogText[0]);
m_UI.AddUIComponent(m_CogText[1]);
m_UI.AddUIComponent(m_CogText[2]);
m_UI.AddUIComponent(small);
m_UI.AddUIComponent(medium);
m_UI.AddUIComponent(large);
m_Listener.Subscribe("PlacedCog",
[&](void* data)
{
u32 size = *(Cog::Size*)data;
m_CogsLeft[size]--;
m_CogText[size]->SetText(Soul::String::IntToString(m_CogsLeft[size]).GetCString());
Soul::MemoryManager::FreeMemory((Cog::Size*)data);
});
}
CogQueue::CogQueue(CogQueue&& other) noexcept :
m_UI(std::move(other.m_UI))
{
for (u32 i = 0; i < 3; i++)
{
m_CogsLeft[i] = other.m_CogsLeft[i];
m_CogText[i] = other.m_CogText[i];
other.m_CogText[i] = nullptr;
}
}
CogQueue& CogQueue::operator=(CogQueue&& other) noexcept
{
m_UI = std::move(other.m_UI);
for (u32 i = 0; i < 3; i++)
{
m_CogsLeft[i] = other.m_CogsLeft[i];
m_CogText[i] = other.m_CogText[i];
other.m_CogText[i] = nullptr;
}
return *this;
}
void CogQueue::Update(f32 dt)
{
m_UI.Update(dt);
}
void CogQueue::Draw(sf::RenderStates states) const
{
m_UI.Draw(states);
}
bool CogQueue::CanPlace(Cog::Size cogSize)
{
return m_CogsLeft[(u32)cogSize] > 0;
} |
e872483699e7669d080028d59efe24ad698c4478 | de25a7fa9e0de4280fc3a40b75c064d43511ac20 | /Phoenix3D/Projects/Client/Sample/SampleManager.hpp | 5ea6c729ae9423261b072d487f9f3ce90ae861f6 | [] | no_license | CharlesHo110/Phoenix3D_2.1 | 988d8e0cb5b5e785b275762b1249742f24859e50 | bfb2e3757bf61ac461aeeda9216bf8c8fdf76d99 | refs/heads/master | 2020-05-25T18:54:26.077118 | 2016-02-12T03:05:53 | 2016-02-12T03:05:53 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 431 | hpp | SampleManager.hpp | // SampleManager.hpp
#ifndef SOCCERMANAGER_HPP
#define SOCCERMANAGER_HPP
#include "SamplePre.hpp"
#include "PX2EventHandler.hpp"
#include "PX2Singleton.hpp"
namespace PX2
{
class SOCCER_DLL_ITEM SampleManager : public EventHandler
{
public:
PX2_SINGLETION(SampleManager);
public:
void Initlize();
void Ternamate();
virtual void DoExecute(Event *event);
// map
public:
void OnEnterMap(int id);
};
}
#endif |
10e61ec8a89e39e98a2360611a2d6dc1d7b2aede | ddb42e07f603a488ffd91c74fdf0370a7c29bdf8 | /Source/GetStarted/Gameplay/WeaponItem.h | 1d829cfabd0fadfa0ffbd433589cde7168236f35 | [] | no_license | FacelessXcy/GetStarted | e2310aba12f8615c96725e1832f1109c572724d7 | ac8d447d89b2073dea572dfbc1d7edeb616e3436 | refs/heads/master | 2022-07-17T01:42:47.776302 | 2020-05-18T11:34:11 | 2020-05-18T11:34:11 | 264,912,327 | 1 | 0 | null | null | null | null | GB18030 | C++ | false | false | 2,429 | h | WeaponItem.h | // Fill out your copyright notice in the Description page of Project Settings.
#pragma once
#include "CoreMinimal.h"
#include "Gameplay/InteractableItem.h"
#include "Sound/SoundCue.h"
#include "WeaponItem.generated.h"
//表示武器自身的状态
UENUM(BlueprintType)
enum class EWeaponState :uint8
{
EWS_CanPickup UMETA(DisplayName="CanPickup"),
EWS_Equipped UMETA(DisplayName = "Equipped"),
};
/**
*
*/
UCLASS()
class GETSTARTED_API AWeaponItem : public AInteractableItem
{
GENERATED_BODY()
public:
AWeaponItem();
UPROPERTY(EditAnywhere,BlueprintReadWrite,Category="Weapon|Sound")
USoundCue* OnEquippedSound;
//是否保留特效
UPROPERTY(EditAnywhere, BlueprintReadWrite, Category = "Weapon|Particle")
bool bShouldReserveIdleParticle;
UPROPERTY(VisibleAnywhere, BlueprintReadWrite, Category = "Weapon")
EWeaponState WeaponState;
UPROPERTY(VisibleAnywhere, BlueprintReadOnly, Category = "Weapon")
class UBoxComponent* AttackCollision;
UPROPERTY(EditAnywhere, BlueprintReadWrite, Category = "Weapon|Attack")
float Damage;
UPROPERTY(EditAnywhere, BlueprintReadWrite, Category = "Weapon|Attack")
TSubclassOf<UDamageType> DamageTypeClass;
UPROPERTY(EditAnywhere, BlueprintReadWrite, Category = "Weapon|Attack")
class AController* WeaponOwner;
protected:
virtual void BeginPlay() override;
public:
//捡拾功能相关
virtual void OnOverlapBegin(UPrimitiveComponent* OverlappedComponent, AActor* OtherActor, UPrimitiveComponent* OtherComp, int32 OtherBodyIndex, bool bFromSweep, const FHitResult& SweepResult) override;
virtual void OnOverlapEnd(UPrimitiveComponent* OverlappedComponent, AActor* OtherActor, UPrimitiveComponent* OtherComp, int32 OtherBodyIndex) override;
void Equip(class AMainPlayer* MainPlayer);
void UnEquip(AMainPlayer* MainPlayer);
void ActiveDisplayMeshCollision();
void DeactiveDisplayMeshCollision();
//攻击功能相关
UFUNCTION()
virtual void OnAttackCollisionOverlapBegin(UPrimitiveComponent* OverlappedComponent, AActor* OtherActor, UPrimitiveComponent* OtherComp, int32 OtherBodyIndex, bool bFromSweep, const FHitResult& SweepResult);
UFUNCTION()
virtual void OnAttackCollisionOverlapEnd(UPrimitiveComponent* OverlappedComponent, AActor* OtherActor, UPrimitiveComponent* OtherComp, int32 OtherBodyIndex);
UFUNCTION(BlueprintCallable)
void ActiveAttackCollision();
UFUNCTION(BlueprintCallable)
void DeactiveAttackCollision();
};
|
c1df28747a1b5f0997423db99a21502e4326ccaf | 253f544a61d8ecb1acb04d761dd4479df224c32d | /c++/1.mode_256_without_the_mod_operator.cpp | cc9e504ddd12589515c2b8be8491d725ce08bd37 | [] | no_license | wangrui22/algo-perday | a53d6d50dd65a72e341881cec07f1fa316a9afbb | 9adbc238d197d957f76bb84b6cd0d7db391d01e4 | refs/heads/master | 2021-08-19T13:47:55.421306 | 2017-11-26T12:03:47 | 2017-11-26T12:03:47 | 103,291,076 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,690 | cpp | 1.mode_256_without_the_mod_operator.cpp | /*#MOD 256 without the MOD operator
The MOD-operator % (aka mod/modulus/remainder):
Returns the remainder of a division operation.
The sign of the result is the same as the sign of the first operand.
(Different behavior in Python!)
The short unbelievable mad story for this kata:
I wrote a program and needed the remainder of the division by 256. And then it happened: The "5"/"%"-Key did not react. It must be broken! So I needed a way to:
Calculate the remainder of the division by 256 without the %-operator.
Also here some examples:
Input 254 -> Result 254
Input 256 -> Result 0
Input 258 -> Result 2
Input -258 -> Result -2 (in Python: Result: 254!)
It is always expected the behavior of the MOD-Operator of the language!
The input number will always between -10000 and 10000.
For some languages the %-operator will be blocked. If it is not blocked and you know how to block it, tell me and I will include it.
For all, who say, this would be a duplicate: No, this is no duplicate! There are two katas, in that you have to write a general method for MOD without %. But this kata is only for MOD 256. And so you can create also other specialized solutions. ;-)
Of course you can use the digit "5" in your solution. :-)
I'm very curious for your solutions and the way you solve it. I found several interesting "funny" ways.
Have fun coding it and please don't forget to vote and rank this kata! :-)
I have also created other katas. Take a look if you enjoyed this kata!*/
#include <iostream>
int mod256WithoutMod(int number) {
int i = number/256;
return number - 256*i;
}
int main(int argc, char* argv[]) {
std::cout << mod256WithoutMod(258) << std::endl;
} |
a2a377602448c55dbe72e2db040aa86d979cf906 | ba6b74da096af6cd0be549ecf95a8d80224d5d66 | /算法书中代码/程序4-9 计算左闭右开区间内的元素和.cpp | e1ca73a27d28f7402619a69a81fc6989643b2341 | [] | no_license | zpfbuaa/Algorithm-Data-Structures | fe481d5f8d76ef3ff3e90219b9e32bce8f25b69d | b53be17d2fe26eff6b85dfe74ac7b8fbcf588dbb | refs/heads/master | 2020-12-31T05:09:51.738873 | 2017-12-16T09:38:13 | 2017-12-16T09:38:13 | 57,886,065 | 2 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 410 | cpp | 程序4-9 计算左闭右开区间内的元素和.cpp | #include <iostream>
#include <cstdio>
#include <cstdlib>
#include <cstring>
#include <iomanip>
using namespace std;
int sum1(int *begin,int *end)
{
int n=end-begin;
int ans=0;
for(int i=0;i<n;i++)
{
ans+=begin[i];
}
return ans;
}
int sum2(int *begin,int *end)
{
int *p=begin;
int ans=0;
for(int *p=begin;p!=end;p++)
{
ans+=*p;
}
return ans;
}
|
6b94cace452e357a262d1db787073c32698bf01a | 498de28257c636ace91e895d734ee3b46740e9d1 | /src/geometry.cpp | ef5f28764fd8a936d484efc6d7e519a685da5174 | [
"MIT"
] | permissive | voyagingmk/renderer | eceece741c1e8d9e5ad5e4277a187d5925f0048b | c2dfddb611b99691e67701a726c404baa1759abb | refs/heads/master | 2021-01-19T01:53:57.428834 | 2017-07-18T11:58:20 | 2017-07-18T11:58:20 | 44,680,426 | 2 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 90 | cpp | geometry.cpp | #include "stdafx.h"
#include "geometry.hpp"
#include <algorithm>
namespace renderer {
} |
301f8f696f984fb8f34d18c8bb8363aa79069f3c | cce7d2a4824023d94aa4b5df277a8d22e714b6ee | /src/token.cpp | bce11c949f6442cfed3d8d814293ed124e42441f | [] | no_license | Mithun-windows-linux/HearthCpp | 4957d2c7c56aad20b4999225b248ff332c742504 | 31579a527a909ba72c7f90891e657d5e7d27dbf6 | refs/heads/master | 2023-03-26T03:38:09.572793 | 2021-03-19T04:47:06 | 2021-03-19T04:47:06 | 347,695,789 | 0 | 0 | null | 2021-03-14T16:51:39 | 2021-03-14T16:51:38 | null | UTF-8 | C++ | false | false | 771 | cpp | token.cpp | #include <token.hpp>
Token::Token()
{
// Welcome to Token()!
// This is just a lounge!
// Be my guest.
// std::cout << "Token object has been instantiated!\n";
// My life's purpose is complete!
// Please hold on to your seatbelts and pray to all the non-existent gods.
}
Token::Token(std::string type, DATA data)
{
_type = type;
_data = data;
}
// To print out the tokens by overloading the cascading operator.
// In this format ==> TYPE:DATA
std::ostream& operator<<(std::ostream& os, const Token& tk)
{
if (tk._type == TT_INT)
{
os << tk._type << ":" << std::get<int>(tk._data);
}
else if (tk._type == TT_FLOAT)
{
os << tk._type << ":" << std::get<float>(tk._data);
}
else
{
os << tk._type;
}
return os;
} |
c403086ca66f8fc0f2e095116a1992b2a7da4de1 | aa0dbd3623412d63d611e16d57ee353a3c71f43e | /CS202/Lab3/Program3/table.h | 6d7deadcd186faf07cd8b55554e8219595ad85a4 | [] | no_license | hgsingh/SamplePrograms | 6b41704821fc92ce76fc8b5ff02c0eaf150f0bba | 6b5118bde6f3f2f7e5adaed6c20d14371d041860 | refs/heads/master | 2021-01-10T10:40:47.072540 | 2015-12-30T19:26:11 | 2015-12-30T19:26:11 | 48,816,342 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 6,929 | h | table.h | //@author harsukh singh CS202 assignment 3
//5/11/2015
#include <iostream>
#include <fstream>
#include <cstring>
#include <cctype>
#include <cstdlib>
/***********
*@author harsukh singh
*@class song class has data of a song, artist genre
***********/
class song
{
protected:
char* title; //title of song
char** genre; //song genre
int length;
char* artist; //song artist
song* next; //here? also would need setters and getters
public:
song(); //default constructor
song(int array_length);
song(const song &song_to_copy); //copy constructor
virtual ~song(); //destructor
char* get_title() const; //get title
char** get_genre() const; //get genre
char* get_artist() const; //get artist
//void display();//display function
friend std::ostream & operator<<(std::ostream & op1, const song &op2); //display
void set_artist(char* music_artist); //set artist
void set_genre(char** music_genre, int genre_length); //set genre
void set_title(char* music_title); //set title
song* & get_next(); //next getter
void set_next(song* next_ptr); //next setter
int get_length() const;
};
/***********
*@author harsukh singh
*@class node class for implementation for a linked structure
***********/
class node
{
public:
node(); //default constructor for node
node(const node &obj); //copy constructor
node(const song & obj); //song object to set
node* & get_next(); //next pointer retriever
void set_next(node* next_ptr); //set next
int compare(const song &to_compare) const; //compares songs
int artist_compare(const song &to_compare) const;//compare function for artist
int insert(const song &to_insert); //insert function
int remove(char* song_to_remove); //remove function
//void display(); //display function
friend std::ostream & operator<<(std::ostream & op1, const node &op2); //display
song* & get_song();
virtual ~node(); //destructor
song* display_rand();
private:
node* next; //next pointer
int remove(song* &head, char* song_to_remove); //remove function
int copy_lll(song* &head, song* to_copy);//copy lll function
song* a_song; //song pointer
void delete_all(song* &head);
song* display_rand(song* head);
};
/***********
*@author harsukh singh
*@class class represents a CLL queue
***********/
class playlist
{
public:
playlist(); //default constructor
virtual ~playlist(); //destructor
playlist(const playlist &to_copy);//copy constructor
void copy_cll(node* to_copy);
playlist & operator=(const playlist &op2); //assignment operator
playlist & operator+=(const song &op2); //add a song to end of list
playlist & operator-=(const song &op2); //remove a song from the list
int remove(node* &temp, const song &to_compare); //remove function
friend std::ostream & operator<<(std::ostream & op1, const playlist &op2); //display
private:
node* rear; //head of the list
void copy_cll(node* &rear, node* to_copy, node* rear_check); //copy cll
void delete_all(node* &head); //delete all function
};
/*****************
* @author harsukh singh
* @class hash table adt that hashes based on artist title
******************/
class artist_table
{
private:
int size; //size of the table
node **table;
void delete_list(node* head);
song* display(node* head, const song &to_display);
public:
artist_table(const int table_size = 5); //constructor
virtual ~artist_table(); //default destructor
artist_table(const artist_table &table_copy); //copy constructor
int copy_lll(node* &head, node* to_copy);
int hash_function(char* key); //hasher
artist_table & operator+=(const song &op2); //add a song to end of list
artist_table & operator-=(const song &op2); //remove a song from the end of the list this will remove the entire artist
int remove(node* &temp, const song &compare);
artist_table & operator=(const artist_table &op2);
bool compare(const node &op1, const song &op2) const; //implement check artist here this
song* display(char* artist);
void display_all();
};
class genre; //declaration
/***********
*@author harsukh singh
*@class implements the edge of a graph
***********/
class edge_genre
{
protected:
edge_genre* next; //next for edge genre
song* a_song;
int length;
genre ** adjacent; //adjacent genre
public:
edge_genre(); //constructor
edge_genre(const song & obj); //copy constructor
virtual ~edge_genre(); //destructor
edge_genre* & get_next();
void set_next(edge_genre* next_ptr);
void display();
song* get_song();
int set_genre(genre &to_set);
genre* get_genre();
};
/***********
*@author harsukh singh
*@class node class for implementation for a linked structure
***********/
class genre
{
protected:
edge_genre* head; //private head for adding the adjacency list
char* genre_title; //title for the genre
public:
virtual ~genre(); //destructor
genre(); //default constructor
genre(const genre &to_copy); //copy constructor
char* get_title() const; //title getter
void set_title(char* title); //title setter
edge_genre* & get_head(); //gets the ehad of the list
void set_head(edge_genre* current); //head setter
friend std::ostream & operator<<(std::ostream &op1, const genre &op2);
};
/***********
*@author harsukh singh
*@class graph implementation of graphs
***********/
class graph
{
public:
graph(int size); //constructor
virtual ~graph();
int insert_vertex(char* to_insert);
int find_location(const char* key_value);
int display_adjacent(char* key_value);
void display_all();
int check_string(char* guess, char* check);
int insert_edge(const song &obj);
song* get_song(char* key_value, int q);
int get_next(char* key_value, int q);
private:
int list_size; //size of adjacency list
genre* adjacency_list; //genre adjacency list
int remove_list(edge_genre* ¤t); //removes a linear linked list
};
/***********
*@author harsukh singh
*@class graph implementation of graphs
***********/
class manager
{
public:
manager();
~manager();
int load_graph(char* file_name);
int insert_songs(char* file_name);
void test();
void start_program();
private:
graph* genre_graph;
playlist liked_songs;
artist_table artist_map;
};
|
e33a08ead544df6bfc2a084a6857599ed306b85a | 8c7ffc376fe2471bb773fea8a66f969ca2154faf | /q35_Search_Insert_Position.cpp | 7d8f4e1d3b46023ce60394e2666dccb34fe0f018 | [] | no_license | fitzho/Programming_HW | 6c34019424c76367455f9cda5e4c684096139474 | ada09eda181808cc89be9a7a048e5497341f48b3 | refs/heads/master | 2021-01-09T20:52:28.968801 | 2017-08-04T08:31:56 | 2017-08-04T08:31:56 | 59,169,834 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 828 | cpp | q35_Search_Insert_Position.cpp | class Solution {
public:
int searchInsert(vector<int>& nums, int target) {
int a=0;
int length_num;
for (int i=0;i<=nums.size()-1;i++)
{
if (nums.size()==1)// if num. of array = 1
{
if (nums[i]==target)
{
a=i;
}
else if (nums[i]<target)
{
a=i+1;
}
else
{
a=0;
}
}
else
{
if (nums[i]==target)
{
break;
}
else if (nums[i] < target)
{
a++;
}
}
}
return a;
}
}; |
68a0a77dfd6e1c42d750d2bf13b966518ab087ea | 3baffc040c8c8b330fb355a76a02d9629caf875f | /libs/core_logic/DirectedEdgeGraph.h | cf3db7b989a0649e14f73f47b82069767bc3d0db | [
"MIT",
"LicenseRef-scancode-unknown-license-reference"
] | permissive | max-delta/retrofit-public | 76ded1e506ed37796d40cc5ddbf0b71db7a0fb46 | e294fc356ad3fbee28d3637c2a524d051d57bd0f | refs/heads/master | 2023-09-03T11:53:23.988590 | 2023-09-02T01:49:59 | 2023-09-02T01:49:59 | 203,477,950 | 3 | 0 | NOASSERTION | 2019-08-21T06:39:47 | 2019-08-21T00:55:32 | C++ | UTF-8 | C++ | false | false | 7,494 | h | DirectedEdgeGraph.h | #pragma once
#include "core/macros.h"
#include "core/meta/Empty.h"
#include "rftl/unordered_map"
#include "rftl/unordered_set"
namespace RF::logic {
///////////////////////////////////////////////////////////////////////////////
template<
typename TNodeID,
typename TEdgeMetaData = EmptyStruct,
typename THash = rftl::hash<TNodeID>,
typename TEquals = rftl::equal_to<TNodeID>,
typename TAlloc = rftl::allocator<TNodeID>>
class DirectedEdgeGraph
{
//
// Types and constants
public:
using NodeID = TNodeID;
using EdgeMetaData = TEdgeMetaData;
using Hash = THash;
using Equals = TEquals;
using Allocator = TAlloc;
using AllocatorTraits = rftl::allocator_traits<Allocator>;
private:
using ReboundPair1 = rftl::pair<NodeID const, EdgeMetaData>;
using ReboundAllocator1 = typename AllocatorTraits::template rebind_alloc<ReboundPair1>;
using EdgeTargetMap = rftl::unordered_map<NodeID, EdgeMetaData, Hash, Equals, ReboundAllocator1>;
using ReboundPair2 = rftl::pair<NodeID const, EdgeTargetMap>;
using ReboundAllocator2 = typename AllocatorTraits::template rebind_alloc<ReboundPair2>;
using EdgeMap = rftl::unordered_map<NodeID, EdgeTargetMap, Hash, Equals, ReboundAllocator2>;
//
// Structs
public:
struct ConstIterator
{
RF_NO_COPY( ConstIterator );
ConstIterator(
NodeID const& from,
NodeID const& to,
EdgeMetaData const& meta )
: from( from )
, to( to )
, meta( meta )
{
//
}
NodeID const& from;
NodeID const& to;
EdgeMetaData const& meta;
};
struct Iterator
{
RF_NO_COPY( Iterator );
Iterator(
NodeID const& from,
NodeID const& to,
EdgeMetaData& meta )
: from( from )
, to( to )
, meta( meta )
{
//
}
NodeID const& from;
NodeID const& to;
EdgeMetaData& meta;
};
//
// Public methods
public:
DirectedEdgeGraph() = default;
// NOTE: Null if edge not present
// WARNING: Invalidated on Insert/Erase
EdgeMetaData const* GetEdgeIfExists( NodeID const& from, NodeID const& to ) const
{
typename EdgeMap::const_iterator const srcIter = mEdgeMap.find( from );
if( srcIter == mEdgeMap.end() )
{
return nullptr;
}
EdgeTargetMap const& targetMap = srcIter->second;
typename EdgeTargetMap::const_iterator const targetIter = targetMap.find( to );
if( targetIter == targetMap.end() )
{
return nullptr;
}
EdgeMetaData const& meta = targetIter->second;
return &meta;
}
EdgeMetaData* GetMutableEdgeIfExists( NodeID const& from, NodeID const& to )
{
EdgeMetaData const* const retVal = GetEdgeIfExists( from, to );
return const_cast<EdgeMetaData*>( retVal );
}
bool Empty() const
{
return mEdgeMap.empty();
}
void InsertEdge( NodeID const& from, NodeID const& to )
{
InsertEdge( from, to, EdgeMetaData{} );
}
void InsertEdge( NodeID const& from, NodeID const& to, EdgeMetaData const& meta )
{
mEdgeMap[from][to] = meta;
}
void EraseEdge( NodeID const& from, NodeID const& to )
{
typename EdgeMap::iterator const srcIter = mEdgeMap.find( from );
if( srcIter == mEdgeMap.end() )
{
return;
}
EdgeTargetMap& targetMap = srcIter->second;
targetMap.erase( to );
if( targetMap.empty() )
{
mEdgeMap.erase( srcIter );
}
}
void EraseAllEdgesFrom( NodeID const& from )
{
mEdgeMap.erase( from );
}
void EraseAllEdgesTo( NodeID const& to )
{
typename EdgeMap::iterator srcIter = mEdgeMap.begin();
while( srcIter != mEdgeMap.end() )
{
EdgeTargetMap& targetMap = srcIter->second;
targetMap.erase( to );
if( targetMap.empty() )
{
srcIter = mEdgeMap.erase( srcIter );
}
else
{
srcIter++;
}
}
}
void EraseNode( NodeID const& node )
{
EraseAllEdgesFrom( node );
EraseAllEdgesTo( node );
}
template<typename Functor>
void IterateEdges( Functor& functor ) const
{
for( typename EdgeMap::value_type const& srcPair : mEdgeMap )
{
NodeID const& src = srcPair.first;
EdgeTargetMap const& targetMap = srcPair.second;
for( typename EdgeTargetMap::value_type const& targetPair : targetMap )
{
NodeID const& target = targetPair.first;
EdgeMetaData const& meta = targetPair.second;
ConstIterator const iter( src, target, meta );
bool const continueIter = functor( iter );
if( continueIter == false )
{
return;
}
}
}
}
template<typename Functor>
void IterateMutableEdges( Functor& functor )
{
for( typename EdgeMap::value_type& srcPair : mEdgeMap )
{
NodeID const& src = srcPair.first;
EdgeTargetMap& targetMap = srcPair.second;
for( typename EdgeTargetMap::value_type& targetPair : targetMap )
{
NodeID const& target = targetPair.first;
EdgeMetaData& meta = targetPair.second;
Iterator const iter( src, target, meta );
bool const continueIter = functor( iter );
if( continueIter == false )
{
return;
}
}
}
}
template<typename Functor>
void IterateEdgesFrom( NodeID const& from, Functor& functor ) const
{
typename EdgeMap::const_iterator const srcIter = mEdgeMap.find( from );
if( srcIter == mEdgeMap.end() )
{
return;
}
NodeID const& src = srcIter->first;
EdgeTargetMap const& targetMap = srcIter->second;
for( typename EdgeTargetMap::value_type const& targetPair : targetMap )
{
NodeID const& target = targetPair.first;
EdgeMetaData const& meta = targetPair.second;
ConstIterator const iter( src, target, meta );
bool const continueIter = functor( iter );
if( continueIter == false )
{
return;
}
}
}
template<typename Functor>
void IterateMutableEdgesFrom( NodeID const& from, Functor& functor )
{
typename EdgeMap::iterator const srcIter = mEdgeMap.find( from );
if( srcIter == mEdgeMap.end() )
{
return;
}
NodeID const& src = srcIter->first;
EdgeTargetMap& targetMap = srcIter->second;
for( typename EdgeTargetMap::value_type& targetPair : targetMap )
{
NodeID const& target = targetPair.first;
EdgeMetaData& meta = targetPair.second;
Iterator const iter( src, target, meta );
bool const continueIter = functor( iter );
if( continueIter == false )
{
return;
}
}
}
template<typename Functor>
void IterateEdgesTo( NodeID const& to, Functor& functor ) const
{
for( typename EdgeMap::value_type const& srcPair : mEdgeMap )
{
NodeID const& src = srcPair.first;
EdgeTargetMap const& targetMap = srcPair.second;
typename EdgeTargetMap::const_iterator const targetIter = targetMap.find( to );
if( targetIter == targetMap.end() )
{
continue;
}
NodeID const& target = targetIter->first;
EdgeMetaData const& meta = targetIter->second;
ConstIterator const iter( src, target, meta );
bool const continueIter = functor( iter );
if( continueIter == false )
{
return;
}
}
}
template<typename Functor>
void IterateMutableEdgesTo( NodeID const& to, Functor& functor )
{
for( typename EdgeMap::value_type& srcPair : mEdgeMap )
{
NodeID const& src = srcPair.first;
EdgeTargetMap& targetMap = srcPair.second;
typename EdgeTargetMap::iterator const targetIter = targetMap.find( to );
if( targetIter == targetMap.end() )
{
continue;
}
NodeID const& target = targetIter->first;
EdgeMetaData& meta = targetIter->second;
Iterator const iter( src, target, meta );
bool const continueIter = functor( iter );
if( continueIter == false )
{
return;
}
}
}
//
// Private data
private:
EdgeMap mEdgeMap;
};
///////////////////////////////////////////////////////////////////////////////
}
|
4efd96c62fbb750f477f4ae8d33363d1aaa05581 | 2b1b459706bbac83dad951426927b5798e1786fc | /src/storage/minfs/vnode.cc | 22eaffa4a78c6344b34769fa3d0fae51cb532fdc | [
"BSD-2-Clause"
] | permissive | gnoliyil/fuchsia | bc205e4b77417acd4513fd35d7f83abd3f43eb8d | bc81409a0527580432923c30fbbb44aba677b57d | refs/heads/main | 2022-12-12T11:53:01.714113 | 2022-01-08T17:01:14 | 2022-12-08T01:29:53 | 445,866,010 | 4 | 3 | BSD-2-Clause | 2022-10-11T05:44:30 | 2022-01-08T16:09:33 | C++ | UTF-8 | C++ | false | false | 26,547 | cc | vnode.cc | // Copyright 2016 The Fuchsia Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#include <fcntl.h>
#include <lib/syslog/cpp/macros.h>
#include <stdlib.h>
#include <string.h>
#include <sys/stat.h>
#include <time.h>
#include <unistd.h>
#include <zircon/time.h>
#include <cstdint>
#include <memory>
#include <string_view>
#include <fbl/algorithm.h>
#include <safemath/checked_math.h>
#include "src/lib/storage/vfs/cpp/trace.h"
#include "src/lib/storage/vfs/cpp/vfs_types.h"
#ifdef __Fuchsia__
#include <lib/fidl-utils/bind.h>
#include <zircon/syscalls.h>
#include <utility>
#include <fbl/auto_lock.h>
#endif
#include "src/storage/minfs/directory.h"
#include "src/storage/minfs/file.h"
#include "src/storage/minfs/minfs_private.h"
#include "src/storage/minfs/unowned_vmo_buffer.h"
#include "src/storage/minfs/vnode.h"
namespace minfs {
void VnodeMinfs::SetIno(ino_t ino) {
ZX_DEBUG_ASSERT(ino_ == 0);
ino_ = ino;
}
void VnodeMinfs::AddLink() {
ZX_ASSERT_MSG(!add_overflow(inode_.link_count, 1, &inode_.link_count), "Exceeded max link count");
}
void VnodeMinfs::InodeSync(PendingWork* transaction, uint32_t flags) {
// by default, c/mtimes are not updated to current time
if (flags != kMxFsSyncDefault) {
zx_time_t cur_time = GetTimeUTC();
// update times before syncing
if ((flags & kMxFsSyncMtime) != 0) {
inode_.modify_time = cur_time;
}
if ((flags & kMxFsSyncCtime) != 0) {
inode_.create_time = cur_time;
}
}
fs_->InodeUpdate(transaction, ino_, &inode_);
}
// Delete all blocks (relative to a file) from "start" (inclusive) to the end of
// the file. Does not update mtime/atime.
zx::result<> VnodeMinfs::BlocksShrink(PendingWork* transaction, blk_t start) {
VnodeMapper mapper(this);
VnodeIterator iterator;
if (auto status = iterator.Init(&mapper, transaction, start); status.is_error())
return status;
uint64_t block_count = VnodeMapper::kMaxBlocks - start;
while (block_count > 0) {
uint64_t count;
if (iterator.Blk() == 0) {
count = iterator.GetContiguousBlockCount(block_count);
} else {
count = 1;
DeleteBlock(transaction, static_cast<blk_t>(iterator.file_block()), iterator.Blk(),
/*indirect=*/false);
if (auto status = iterator.SetBlk(0); status.is_error())
return status;
}
if (auto status = iterator.Advance(count); status.is_error())
return status;
block_count -= count;
}
if (auto status = iterator.Flush(); status.is_error())
return status;
// Shrink the buffer backing the virtual indirect file.
if (indirect_file_) {
uint64_t indirect_block_pointers;
if (start <= VnodeMapper::kIndirectFileStartBlock) {
indirect_block_pointers = 0;
} else if (start <= VnodeMapper::kDoubleIndirectFileStartBlock) {
indirect_block_pointers = start - VnodeMapper::kIndirectFileStartBlock;
} else {
indirect_block_pointers =
(start - VnodeMapper::kDoubleIndirectFileStartBlock) +
static_cast<uint64_t>(kMinfsIndirect + kMinfsDoublyIndirect) * kMinfsDirectPerIndirect;
}
indirect_file_->Shrink(
fbl::round_up(indirect_block_pointers * sizeof(blk_t), fs_->BlockSize()) /
fs_->BlockSize());
}
return zx::ok();
}
zx::result<LazyBuffer*> VnodeMinfs::GetIndirectFile() {
if (!indirect_file_) {
zx::result<std::unique_ptr<LazyBuffer>> buffer = LazyBuffer::Create(
fs_->bc_.get(), "minfs-indirect-file", static_cast<uint32_t>(fs_->BlockSize()));
if (buffer.is_error())
return buffer.take_error();
indirect_file_ = std::move(buffer).value();
}
return zx::ok(indirect_file_.get());
}
#ifdef __Fuchsia__
// TODO(smklein): Even this hack can be optimized; a bitmap could be used to
// track all 'empty/read/dirty' blocks for each vnode, rather than reading
// the entire file.
zx::result<> VnodeMinfs::InitVmo() {
TRACE_DURATION("minfs", "VnodeMinfs::InitVmo");
if (vmo_.is_valid()) {
return zx::ok();
}
const size_t vmo_size = fbl::round_up(GetSize(), fs_->BlockSize());
if (zx_status_t status = zx::vmo::create(vmo_size, ZX_VMO_RESIZABLE, &vmo_); status != ZX_OK) {
FX_LOGS(ERROR) << "Failed to initialize vmo; error: " << status;
return zx::error(status);
}
vmo_size_ = vmo_size;
zx_object_set_property(vmo_.get(), ZX_PROP_NAME, "minfs-inode", 11);
if (zx_status_t status = fs_->bc_->BlockAttachVmo(vmo_, &vmoid_); status != ZX_OK) {
vmo_.reset();
return zx::error(status);
}
fs::BufferedOperationsBuilder builder;
VnodeMapper mapper(this);
VnodeIterator iterator;
if (auto status = iterator.Init(&mapper, nullptr, 0); status.is_error())
return status.take_error();
uint64_t block_count = vmo_size / fs_->BlockSize();
while (block_count > 0) {
blk_t block = iterator.Blk();
uint64_t count = iterator.GetContiguousBlockCount(block_count);
if (block) {
fs_->ValidateBno(block);
fs::internal::BorrowedBuffer buffer(vmoid_.get());
builder.Add(storage::Operation{.type = storage::OperationType::kRead,
.vmo_offset = iterator.file_block(),
.dev_offset = block + fs_->Info().dat_block,
.length = count},
&buffer);
}
if (auto status = iterator.Advance(count); status.is_error())
return status.take_error();
block_count -= count;
}
zx_status_t status = fs_->GetMutableBcache()->RunRequests(builder.TakeOperations());
return zx::make_result(status);
}
#endif
void VnodeMinfs::AllocateIndirect(PendingWork* transaction, blk_t* block) {
ZX_DEBUG_ASSERT(transaction != nullptr);
fs_->BlockNew(transaction, block);
inode_.block_count++;
}
zx::result<blk_t> VnodeMinfs::BlockGetWritable(Transaction* transaction, blk_t n) {
VnodeMapper mapper(this);
VnodeIterator iterator;
if (auto status = iterator.Init(&mapper, transaction, n); status.is_error())
return status.take_error();
blk_t block = iterator.Blk();
AcquireWritableBlock(transaction, n, block, &block);
if (block != iterator.Blk()) {
if (auto status = iterator.SetBlk(block); status.is_error())
return status.take_error();
}
if (auto status = iterator.Flush(); status.is_error()) {
return status.take_error();
}
return zx::ok(block);
}
zx::result<blk_t> VnodeMinfs::BlockGetReadable(blk_t n) {
VnodeMapper mapper(this);
zx::result<std::pair<blk_t, uint64_t>> mapping = mapper.MapToBlk(BlockRange(n, n + 1));
if (mapping.is_error())
return mapping.take_error();
return zx::ok(mapping.value().first);
}
zx::result<> VnodeMinfs::ReadExactInternal(PendingWork* transaction, void* data, size_t len,
size_t off) {
size_t actual;
auto status = ReadInternal(transaction, data, len, off, &actual);
if (status.is_error()) {
return status;
}
if (actual != len) {
return zx::error(ZX_ERR_IO);
}
return zx::ok();
}
zx::result<> VnodeMinfs::WriteExactInternal(Transaction* transaction, const void* data, size_t len,
size_t off) {
size_t actual;
auto status = WriteInternal(transaction, static_cast<const uint8_t*>(data), len, off, &actual);
if (status.is_error()) {
return status;
}
if (actual != len) {
return zx::error(ZX_ERR_IO);
}
InodeSync(transaction, kMxFsSyncMtime);
return zx::ok();
}
zx::result<> VnodeMinfs::RemoveInodeLink(Transaction* transaction) {
ZX_ASSERT(inode_.link_count > 0);
// This effectively 'unlinks' the target node without deleting the direntry
inode_.link_count--;
if (IsDirectory()) {
if (inode_.link_count == 1) {
// Directories are initialized with two links, since they point
// to themselves via ".". Thus, when they reach "one link", they
// are only pointed to by themselves, and should be deleted.
inode_.link_count--;
}
}
if (IsUnlinked()) {
// The open_count() needs to be read within the lock to make the compiler's checking happy,
// but we don't actually need this lock and can run into recursive locking if we hold it for
// the subsequent operations in this block.
size_t oc;
{
std::lock_guard lock(mutex_);
oc = open_count();
}
#ifdef __Fuchsia__
// Regardless of whether there are still open connections, we need to notify potential watchers
// that this node is being deleted.
Notify(std::string_view("."), fuchsia_io::wire::WatchEvent::kDeleted);
#endif // __Fuchsia__
if (oc == 0) {
// No need to flush/retain dirty cache or the reservations for unlinked
// inode.
DropCachedWrites();
if (auto status = Purge(transaction); status.is_error()) {
return status;
}
} else {
fs_->AddUnlinked(transaction, this);
if (IsDirectory()) {
// If it's a directory, we need to remove the . and .. entries, which should be the only
// entries.
inode_.dirent_count = 0;
if (auto status = TruncateInternal(transaction, 0); status.is_error()) {
return status;
}
}
}
}
InodeSync(transaction, kMxFsSyncMtime);
return zx::ok();
}
void VnodeMinfs::RecycleNode() {
size_t count;
{
// Need to hold the lock to check open_count(), but be careful not to hold it across this class
// getting deleted at the bottom of this function.
std::lock_guard lock(mutex_);
count = open_count();
}
ZX_DEBUG_ASSERT_MSG(count == 0, "open_count=%zu", count);
if (!IsUnlinked()) {
// If this node has not been purged already, remove it from the
// hash map. If it has been purged; it will already be absent
// from the map (and may have already been replaced with a new
// node, if the inode has been re-used).
fs_->VnodeRelease(this);
}
delete this;
}
VnodeMinfs::~VnodeMinfs() {
#ifdef __Fuchsia__
// Detach the vmoids from the underlying block device,
// so the underlying VMO may be released.
size_t request_count = 0;
block_fifo_request_t request[2];
if (vmoid_.IsAttached()) {
request[request_count].vmoid = vmoid_.TakeId();
request[request_count].opcode = BLOCKIO_CLOSE_VMO;
request_count++;
}
if (request_count) {
fs_->bc_->GetDevice()->FifoTransaction(request, request_count);
}
#endif
if (indirect_file_) {
auto status = indirect_file_->Detach(fs_->bc_.get());
ZX_DEBUG_ASSERT(status.is_ok());
}
}
zx::result<> VnodeMinfs::Purge(Transaction* transaction) {
{
std::lock_guard lock(mutex_);
ZX_DEBUG_ASSERT(open_count() == 0);
}
ZX_DEBUG_ASSERT(IsUnlinked());
fs_->VnodeRelease(this);
return fs_->InoFree(transaction, this);
}
zx::result<> VnodeMinfs::RemoveUnlinked() {
ZX_ASSERT(IsUnlinked());
auto transaction_or = fs_->BeginTransaction(0, 0);
if (transaction_or.is_error()) {
// In case of error, we still need to release this vnode because it's not possible to retry,
// and we cannot block destruction. The inode will get cleaned up on next remount.
fs_->VnodeRelease(this);
return transaction_or.take_error();
}
// The transaction may go async in journal layer. Hold the reference over this
// vnode so that we keep the vnode around until the transaction is complete.
transaction_or->PinVnode(fbl::RefPtr(this));
fs_->RemoveUnlinked(transaction_or.value().get(), this);
if (auto status = Purge(transaction_or.value().get()); status.is_error()) {
return status;
}
fs_->CommitTransaction(std::move(transaction_or.value()));
return zx::ok();
}
zx_status_t VnodeMinfs::CloseNode() {
{
std::lock_guard lock(mutex_);
if (open_count() != 0) {
return ZX_OK;
}
}
if (!IsUnlinked()) {
auto result = FlushCachedWrites();
if (result.is_error()) {
FX_LOGS(ERROR) << "Failed(" << result.error_value()
<< ") to flush pending writes for inode:" << GetIno();
}
return result.status_value();
}
// This vnode is unlinked and open_count() == 0. We don't need not flush the dirty
// contents of the vnode to disk.
DropCachedWrites();
return RemoveUnlinked().status_value();
}
// Internal read. Usable on directories.
zx::result<> VnodeMinfs::ReadInternal(PendingWork* transaction, void* vdata, size_t len, size_t off,
size_t* actual) {
// clip to EOF
if (off >= GetSize()) {
*actual = 0;
return zx::ok();
}
if (len > (GetSize() - off)) {
len = GetSize() - off;
}
#ifdef __Fuchsia__
if (auto status = InitVmo(); status.is_error()) {
return status.take_error();
} else if (zx_status_t status = vmo_.read(vdata, off, len); status != ZX_OK) {
return zx::error(status);
} else {
*actual = len;
}
#else
uint8_t* data = static_cast<uint8_t*>(vdata);
uint8_t* start = data;
uint32_t n = static_cast<uint32_t>(off / fs_->BlockSize());
size_t adjust = off % fs_->BlockSize();
while ((len > 0) && (n < kMinfsMaxFileBlock)) {
size_t xfer;
if (len > (fs_->BlockSize() - adjust)) {
xfer = fs_->BlockSize() - adjust;
} else {
xfer = len;
}
auto bno_or = BlockGetReadable(n);
if (bno_or.is_error()) {
return bno_or.take_error();
}
if (bno_or.value() != 0) {
char bdata[fs_->BlockSize()];
if (auto status = fs_->ReadDat(bno_or.value(), bdata); status.is_error()) {
FX_LOGS(ERROR) << "Failed to read data block " << bno_or.value();
return zx::error(ZX_ERR_IO);
}
memcpy(data, bdata + adjust, xfer);
} else {
// If the block is not allocated, just read zeros
memset(data, 0, xfer);
}
adjust = 0;
len -= xfer;
data = data + xfer;
n++;
}
*actual = data - start;
#endif
return zx::ok();
}
// Internal write. Usable on directories.
zx::result<> VnodeMinfs::WriteInternal(Transaction* transaction, const uint8_t* data, size_t len,
size_t off, size_t* actual) {
// We should be called after validating offset and length. Assert if they are invalid.
auto new_size_or = safemath::CheckAdd(len, off);
ZX_ASSERT(new_size_or.IsValid() && new_size_or.ValueOrDie() <= kMinfsMaxFileSize);
if (len == 0) {
*actual = 0;
return zx::ok();
}
#ifdef __Fuchsia__
// TODO(planders): Once we are splitting up write transactions, assert this on host as well.
ZX_DEBUG_ASSERT(len <= TransactionLimits::kMaxWriteBytes);
if (auto status = InitVmo(); status.is_error()) {
return status.take_error();
}
#else
size_t max_size = off + len;
#endif
const uint8_t* const start = data;
uint32_t n = static_cast<uint32_t>(off / fs_->BlockSize());
size_t adjust = off % fs_->BlockSize();
while (len > 0) {
ZX_ASSERT(n < kMinfsMaxFileBlock);
size_t xfer;
if (len > (fs_->BlockSize() - adjust)) {
xfer = fs_->BlockSize() - adjust;
} else {
xfer = len;
}
#ifdef __Fuchsia__
size_t xfer_off = n * fs_->BlockSize() + adjust;
if ((xfer_off + xfer) > vmo_size_) {
size_t new_size = fbl::round_up(xfer_off + xfer, fs_->BlockSize());
ZX_DEBUG_ASSERT(new_size >= GetSize()); // Overflow.
if (zx_status_t status = vmo_.set_size(new_size); status != ZX_OK) {
break;
}
vmo_size_ = new_size;
}
// Update this block of the in-memory VMO
if (zx_status_t status = vmo_.write(data, xfer_off, xfer); status != ZX_OK) {
break;
}
if (!DirtyCacheEnabled()) {
// Update this block on-disk
auto bno_or = BlockGetWritable(transaction, n);
if (bno_or.is_error()) {
break;
}
IssueWriteback(transaction, n, bno_or.value() + fs_->Info().dat_block, 1);
}
#else // __Fuchsia__
auto bno_or = BlockGetWritable(transaction, n);
if (bno_or.is_error()) {
break;
}
ZX_DEBUG_ASSERT(bno_or.value() != 0);
char wdata[fs_->BlockSize()];
if (auto status = fs_->bc_->Readblk(bno_or.value() + fs_->Info().dat_block, wdata);
status.is_error()) {
break;
}
memcpy(wdata + adjust, data, xfer);
if (len < fs_->BlockSize() && max_size >= GetSize()) {
memset(wdata + adjust + xfer, 0, fs_->BlockSize() - (adjust + xfer));
}
if (auto status = fs_->bc_->Writeblk(bno_or.value() + fs_->Info().dat_block, wdata);
status.is_error()) {
break;
}
#endif // __Fuchsia__
adjust = 0;
len -= xfer;
data = data + xfer;
n++;
}
len = data - start;
if (len == 0) {
// If more than zero bytes were requested, but zero bytes were written,
// return an error explicitly (rather than zero).
if (off >= kMinfsMaxFileSize) {
return zx::error(ZX_ERR_FILE_BIG);
}
FX_LOGS_FIRST_N(WARNING, 10) << "Minfs::WriteInternal can't write any bytes.";
return zx::error(ZX_ERR_NO_SPACE);
}
if ((off + len) > GetSize()) {
SetSize(static_cast<uint32_t>(off + len));
}
*actual = len;
return zx::ok();
}
zx_status_t VnodeMinfs::GetAttributes(fs::VnodeAttributes* a) {
FX_LOGS(DEBUG) << "minfs_getattr() vn=" << this << "(#" << ino_ << ")";
return Vfs()->GetNodeOperations()->get_attr.Track([&] {
// This transaction exists because acquiring the block size and block
// count may be unsafe without locking.
//
// TODO(unknown): Improve locking semantics of pending data allocation to make this less
// confusing.
Transaction transaction(fs_);
*a = fs::VnodeAttributes();
a->mode = DTYPE_TO_VTYPE(MinfsMagicType(inode_.magic)) | V_IRUSR | V_IWUSR | V_IRGRP | V_IROTH;
a->inode = ino_;
a->content_size = GetSize();
a->storage_size = GetBlockCount() * fs_->BlockSize();
a->link_count = inode_.link_count;
a->creation_time = inode_.create_time;
a->modification_time = inode_.modify_time;
return ZX_OK;
});
}
zx_status_t VnodeMinfs::SetAttributes(fs::VnodeAttributesUpdate attr) {
int dirty = 0;
FX_LOGS(DEBUG) << "minfs_setattr() vn=" << this << "(#" << ino_ << ")";
return Vfs()->GetNodeOperations()->set_attr.Track([&] {
if (attr.has_creation_time()) {
inode_.create_time = attr.take_creation_time();
dirty = 1;
}
if (attr.has_modification_time()) {
inode_.modify_time = attr.take_modification_time();
dirty = 1;
}
if (attr.any()) {
// any unhandled field update is unsupported
return ZX_ERR_INVALID_ARGS;
}
// Commit transaction if dirty cache is disabled. Otherwise this will
// happen later.
if (dirty && !DirtyCacheEnabled()) {
// write to disk, but don't overwrite the time
auto transaction_or = fs_->BeginTransaction(0, 0);
if (transaction_or.is_error()) {
return transaction_or.status_value();
}
InodeSync(transaction_or.value().get(), kMxFsSyncDefault);
transaction_or->PinVnode(fbl::RefPtr(this));
fs_->CommitTransaction(std::move(transaction_or.value()));
}
return ZX_OK;
});
}
VnodeMinfs::VnodeMinfs(Minfs* fs) : fs_(fs) {}
#ifdef __Fuchsia__
void VnodeMinfs::Notify(std::string_view name, fuchsia_io::wire::WatchEvent event) {
watcher_.Notify(name, event);
}
zx_status_t VnodeMinfs::WatchDir(fs::Vfs* vfs, fuchsia_io::wire::WatchMask mask, uint32_t options,
fidl::ServerEnd<fuchsia_io::DirectoryWatcher> watcher) {
return watcher_.WatchDir(vfs, this, mask, options, std::move(watcher));
}
#endif
void VnodeMinfs::Allocate(Minfs* fs, uint32_t type, fbl::RefPtr<VnodeMinfs>* out) {
if (type == kMinfsTypeDir) {
*out = fbl::AdoptRef(new Directory(fs));
} else {
*out = fbl::AdoptRef(new File(fs));
}
memset(&(*out)->inode_, 0, sizeof((*out)->inode_));
(*out)->inode_.magic = MinfsMagic(type);
(*out)->inode_.create_time = (*out)->inode_.modify_time = GetTimeUTC();
if (type == kMinfsTypeDir) {
(*out)->inode_.link_count = 2;
// "." and "..".
(*out)->inode_.dirent_count = 2;
} else {
(*out)->inode_.link_count = 1;
}
}
void VnodeMinfs::Recreate(Minfs* fs, ino_t ino, fbl::RefPtr<VnodeMinfs>* out) {
Inode inode;
fs->InodeLoad(ino, &inode);
if (inode.magic == kMinfsMagicDir) {
*out = fbl::AdoptRef(new Directory(fs));
} else {
*out = fbl::AdoptRef(new File(fs));
}
memcpy(&(*out)->inode_, &inode, sizeof(inode));
(*out)->ino_ = ino;
(*out)->SetSize(static_cast<uint32_t>((*out)->inode_.size));
}
#ifdef __Fuchsia__
zx::result<std::string> VnodeMinfs::GetDevicePath() const {
return fs_->bc_->device()->GetDevicePath();
}
#endif
zx::result<> VnodeMinfs::TruncateInternal(Transaction* transaction, size_t len) {
// We should be called after validating length. Assert if len is unexpected.
ZX_ASSERT(len <= kMinfsMaxFileSize);
#ifdef __Fuchsia__
// TODO(smklein): We should only init up to 'len'; no need
// to read in the portion of a large file we plan on deleting.
if (auto status = InitVmo(); status.is_error()) {
FX_LOGS(ERROR) << "Truncate failed to initialize VMO: " << status.status_value();
return zx::error(ZX_ERR_IO);
}
#endif
uint64_t inode_size = GetSize();
if (len < inode_size) {
// Truncate should make the file shorter.
blk_t bno = safemath::checked_cast<blk_t>(inode_size / fs_->BlockSize());
// Truncate to the nearest block.
blk_t trunc_bno = static_cast<blk_t>(len / fs_->BlockSize());
// [start_bno, EOF) blocks should be deleted entirely.
blk_t start_bno = static_cast<blk_t>((len % fs_->BlockSize() == 0) ? trunc_bno : trunc_bno + 1);
if (auto shrink_or = BlocksShrink(transaction, start_bno); shrink_or.is_error()) {
return shrink_or.take_error();
}
#ifdef __Fuchsia__
uint64_t decommit_offset = fbl::round_up(len, fs_->BlockSize());
uint64_t decommit_length = fbl::round_up(inode_size, fs_->BlockSize()) - decommit_offset;
if (decommit_length > 0) {
zx_status_t status =
vmo_.op_range(ZX_VMO_OP_DECOMMIT, decommit_offset, decommit_length, nullptr, 0);
if (status != ZX_OK) {
// TODO(fxbug.dev/35948): This is a known issue; the additional logging here is to help
// diagnose.
FX_LOGS(ERROR) << "TruncateInternal: Modifying node length from " << inode_size << " to "
<< len;
FX_LOGS(ERROR) << " Decommit from offset " << decommit_offset << ", length "
<< decommit_length << ". Status: " << status;
ZX_ASSERT(status == ZX_OK);
}
}
#endif
// Shrink the size to be block-aligned if we are removing blocks from
// the end of the vnode.
if (start_bno * fs_->BlockSize() < inode_size) {
SetSize(static_cast<uint32_t>(start_bno * fs_->BlockSize()));
}
// Write zeroes to the rest of the remaining block, if it exists
if (len < GetSize()) {
char bdata[fs_->BlockSize()];
blk_t rel_bno = static_cast<blk_t>(len / fs_->BlockSize());
if (auto bno_or = BlockGetReadable(rel_bno); bno_or.is_ok()) {
bno = bno_or.value();
} else {
FX_LOGS(ERROR) << "Truncate failed to get block " << rel_bno
<< " of file: " << bno_or.status_value();
return zx::error(ZX_ERR_IO);
}
size_t adjust = len % fs_->BlockSize();
#ifdef __Fuchsia__
bool allocated = (bno != 0);
if (allocated || HasPendingAllocation(rel_bno)) {
if (zx_status_t status = vmo_.read(bdata, len - adjust, adjust); status != ZX_OK) {
FX_LOGS(ERROR) << "Truncate failed to read last block: " << status;
return zx::error(ZX_ERR_IO);
}
memset(bdata + adjust, 0, fs_->BlockSize() - adjust);
if (zx_status_t status = vmo_.write(bdata, len - adjust, fs_->BlockSize());
status != ZX_OK) {
FX_LOGS(ERROR) << "Truncate failed to write last block: " << status;
return zx::error(ZX_ERR_IO);
}
if (auto bno_or = BlockGetWritable(transaction, rel_bno); bno_or.is_ok()) {
bno = bno_or.value();
} else {
FX_LOGS(ERROR) << "Truncate failed to get block " << rel_bno
<< " of file: " << bno_or.status_value();
return zx::error(ZX_ERR_IO);
}
IssueWriteback(transaction, rel_bno, bno + fs_->Info().dat_block, 1);
}
#else // __Fuchsia__
if (bno != 0) {
if (fs_->bc_->Readblk(bno + fs_->Info().dat_block, bdata).is_error()) {
return zx::error(ZX_ERR_IO);
}
memset(bdata + adjust, 0, fs_->BlockSize() - adjust);
if (fs_->bc_->Writeblk(bno + fs_->Info().dat_block, bdata).is_error()) {
return zx::error(ZX_ERR_IO);
}
}
#endif // __Fuchsia__
}
} else if (len > inode_size) {
// Truncate should make the file longer, filled with zeroes.
if (kMinfsMaxFileSize < len) {
return zx::error(ZX_ERR_INVALID_ARGS);
}
#ifdef __Fuchsia__
uint64_t new_size = fbl::round_up(len, fs_->BlockSize());
if (zx_status_t status = vmo_.set_size(new_size); status != ZX_OK) {
return zx::error(status);
}
vmo_size_ = new_size;
#endif
} else {
return zx::ok();
}
// Setting the size does not ensure the on-disk inode is updated. Ensuring
// writeback occurs is the responsibility of the caller.
SetSize(static_cast<uint32_t>(len));
return zx::ok();
}
#ifdef __Fuchsia__
zx_status_t VnodeMinfs::GetNodeInfoForProtocol([[maybe_unused]] fs::VnodeProtocol protocol,
[[maybe_unused]] fs::Rights rights,
fs::VnodeRepresentation* info) {
if (IsDirectory()) {
*info = fs::VnodeRepresentation::Directory();
} else {
*info = fs::VnodeRepresentation::File();
}
return ZX_OK;
}
void VnodeMinfs::Sync(SyncCallback closure) {
TRACE_DURATION("minfs", "VnodeMinfs::Sync");
auto event = Vfs()->GetNodeOperations()->sync.NewEvent();
// The transaction may go async in journal layer. Hold the reference over this
// vnode so that we keep the vnode around until the transaction is complete.
auto vn = fbl::RefPtr(this);
fs_->Sync([vn, cb = std::move(closure), event = std::move(event)](zx_status_t status) mutable {
// This is called on the journal thread. Operations here must be threadsafe.
if (status == ZX_OK) {
status = vn->fs_->bc_->Sync().status_value();
}
cb(status);
event.SetStatus(status);
});
return;
}
#endif
} // namespace minfs
|
1b5b23d911551c3aebfbc78dea6d21073395c752 | 842997c28ef03f8deb3422d0bb123c707732a252 | /src/uslsext/USImage.h | bedd104d5a39b06d6c87b2a6af1a010d1796aaac | [] | no_license | bjorn/moai-beta | e31f600a3456c20fba683b8e39b11804ac88d202 | 2f06a454d4d94939dc3937367208222735dd164f | refs/heads/master | 2021-01-17T11:46:46.018377 | 2011-06-10T07:33:55 | 2011-06-10T07:33:55 | 1,837,561 | 2 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 3,201 | h | USImage.h | // Copyright (c) 2010-2011 Zipline Games, Inc. All Rights Reserved.
// http://getmoai.com
#ifndef USIMAGE_H
#define USIMAGE_H
#include <uslsext/USColor.h>
class USData;
//================================================================//
// USImageTransform
//================================================================//
namespace USImageTransform {
enum Flags {
POW_TWO = 0x01,
QUANTIZE = 0x02,
TRUECOLOR = 0x04,
PREMULTIPLY_ALPHA = 0x08,
};
}
//================================================================//
// USImage
//================================================================//
class USImage {
private:
USPixel::Format mPixelFormat;
USColor::Format mColorFormat;
u32 mWidth;
u32 mHeight;
void* mData;
void* mPalette;
void* mBitmap;
//----------------------------------------------------------------//
void Alloc ();
static u32 GetMinPowerOfTwo ( u32 size ); // gets the smallest power of two greater than size
void Init ( const void* bitmap, u32 width, u32 height, USColor::Format colorFmt, bool copy );
void LoadPng ( USStream& stream, u32 transform );
void LoadPng ( void* pngParam, void* pngInfoParam, u32 transform );
public:
GET_CONST ( USPixel::Format, PixelFormat, mPixelFormat )
GET_CONST ( USColor::Format, ColorFormat, mColorFormat )
GET_CONST ( u32, Width, mWidth )
GET_CONST ( u32, Height, mHeight )
GET ( void*, Data, mData )
GET ( void*, Palette, mPalette )
GET ( void*, Bitmap, mBitmap )
//----------------------------------------------------------------//
void BleedRect ( int xMin, int yMin, int xMax, int yMax );
void ClearBitmap ();
void ConvertColors ( const USImage& image, USColor::Format colorFmt );
void Copy ( const USImage& image );
void CopyBits ( const USImage& image, int srcX, int srcY, int destX, int destY, int width, int height );
u32 GetBitmapSize () const;
u32 GetColor ( u32 i ) const;
u32 GetColor ( u32 x, u32 y ) const;
u32 GetDataSize () const;
u32 GetPaletteCount () const;
u32 GetPaletteColor ( u32 idx ) const;
u32 GetPaletteSize () const;
u32 GetPixel ( u32 x, u32 y ) const;
void* GetRowAddr ( u32 y );
const void* GetRowAddr ( u32 y ) const;
u32 GetRowSize () const;
void Init ( u32 width, u32 height, USColor::Format colorFmt, USPixel::Format pixelFmt );
void Init ( const void* bitmap, u32 width, u32 height, USColor::Format colorFmt );
void Load ( USData& data, u32 transform = 0 );
void Load ( cc8* filename, u32 transform = 0 );
void Load ( const void* buffer, u32 size, u32 transform = 0 );
bool IsOK ();
void PadToPow2 ( const USImage& image );
void Release ();
void ResizeCanvas ( const USImage& image, USIntRect rect );
void SetColor ( u32 x, u32 y, u32 color );
void SetPaletteColor ( u32 idx, u32 rgba );
void SetPixel ( u32 x, u32 y, u32 pixel );
void Surrender ();
void Transform ( u32 transform );
USImage ();
~USImage ();
bool WritePNG ( USStream& stream );
};
#endif
|
8153ce3840113179e84fb7dd067042b36841da76 | 95cf609f397eccb095cc453cecdefc7516362cde | /Grocery.cpp | be86505724b2167ccedec33c8ca2468ba7bcc74b | [] | no_license | powersjt4/GroceryStore | 2b16ca510b3f1de82c589a876f15f5f132f3b8cc | a275b8559befde6a68944527b825ef1a2bf24ee1 | refs/heads/master | 2021-03-30T21:04:46.910976 | 2018-05-07T21:05:46 | 2018-05-07T21:05:46 | 124,706,674 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 817 | cpp | Grocery.cpp | #include "Grocery.hpp"
Grocery::Grocery() {
makeSpace();
}
//Connects all the pointers in the objects
void Grocery::makeSpace() {
//Entry way sets
entry.setTop(produce_dept);
entry.setRight(meat_dept);
//Produce department sets
produce_dept.setBottom(entry);
produce_dept.setRight(dairy_dept);
//Meat sets
meat_dept.setTop(dairy_dept);
meat_dept.setLeft(entry);
meat_dept.setRight(checkout);
//Dairy department sets
dairy_dept.setRight(bread_dept);
dairy_dept.setLeft(produce_dept);
dairy_dept.setBottom(meat_dept);
//Bread department sets
bread_dept.setLeft(dairy_dept);
bread_dept.setBottom(checkout);
//Bread department sets
checkout.setTop(bread_dept);
checkout.setLeft(meat_dept);
}
Spaces* Grocery::getEntry() {
return &entry;
}
Spaces* Grocery::getCheckout() {
return &checkout;
}
|
04cd922b52f3af84070395f7075a187bb36456cf | 5261c0e4179c4d74eacba7bab369bfd50d8e4a2a | /test.cpp | 411ecc8279a617734716183797d503b5b7d888ef | [] | no_license | bbbales2/adjoint | 7890277f15984b8b809fff83940ab025e1eb08db | b61c071afdda17bac62ecfc7126e642694ce2435 | refs/heads/master | 2020-03-29T02:45:23.752122 | 2017-06-17T20:23:44 | 2017-06-17T20:25:31 | 94,646,970 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,123 | cpp | test.cpp | //#include <stan/math.hpp>
#include <iostream>
#include <vector>
//using namespace stan::math;
int main(int argc, char **argv) {
double a = -1.0;
double b = 1.0;
double dt = 0.001;
int N = int(5.0 / dt);
std::vector<int> print = {10, 20, 40, 100, N};
std::vector<double> y = {1.0, 0.0};
std::vector<std::vector<double> > yn;
std::vector<int>::iterator pit = print.begin();
for(int i = 0; i < N; i++) {
double tmp = a * y[0] - b * y[1];
y[1] += b * y[0] * dt;
y[0] += tmp * dt;
yn.push_back(y);
if(pit != print.end() && *pit == i + 1) {
std::cout << "t = " << (i + 1) * dt << ", y = [" << y[0] << ", " << y[1] << "]" << std::endl;
pit++;
}
}
std::vector<double> l = {1.0, 0.0};
double r = 0.0;
for(int i = N - 1; i >= 0; i--) {
// [[a, -b],
// [b, 0]]
// [[-a, -b],
// [b, 0]]
//
// [[1.0, 0.0]]
r -= -l[0] * yn[i][0] * dt;
double tmp = -a * l[0] - b * l[1];
l[1] += -b * l[0] * dt;
l[0] += -tmp * dt;
}
std::cout << "l = [" << l[0] << ", " << l[1] << "]" << std::endl;
std::cout << r << std::endl;
}
|
4ee1c3a9fa4f603f2abf85a819b7c9c50a2202fe | 8431e5f305e00e940c1e5cfcc4b2323e31f04510 | /Structural Design Patterns/Decorator/StreamLibrary/OutputDecorator.h | 89ca401f4b1b5da6ad83a2d2edaf8eb7867eb5c8 | [] | no_license | Tcrumy/Cpp-Design-Patterns | 4cf6a9497582cc3655ca1d79db59a20b6b2c3215 | 3957420a86478134e61817e376b4ad015ba89470 | refs/heads/main | 2023-07-16T21:01:14.985517 | 2021-08-26T18:42:22 | 2021-08-26T18:42:22 | 373,353,440 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 522 | h | OutputDecorator.h | #pragma once
#include "OutputStream.h"
// OutputDecorator will be the base class for all OutputStream decorators.
// The OutputStream interface is inherited, and an OutputStream pointer is
// composed allowing OutputDecorator to call OutputStream methods though the
// pointer
class OutputDecorator : public OutputStream
{
OutputStream* m_pOS{};
public:
OutputDecorator(OutputStream* pOs): m_pOS{ pOs }
{ }
void Write(const std::string& text) override = 0;
void Close() override = 0;
};
|
9dedbc2e7e2987ce5b18a2326a817c35aea59a49 | 4065558998be3970b32c15f9ccc8ac0954a1b428 | /code/code.ino | 568ec77916fa76ea11dfc83ff1bbeeafd7efe3dd | [] | no_license | YINZihua/CEA-Sensor-Project | 3b0c14b63ec2e975a8a2cc7d7347854edeace63b | c7df22460a377e538be56f33078ce2c3c9a6facc | refs/heads/master | 2020-04-02T11:26:57.452404 | 2018-10-23T19:59:23 | 2018-10-23T19:59:23 | 154,388,698 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,423 | ino | code.ino | #include "constant.h"
#include "variable.h"
void setup() {
// la transmission en série doit toujours ouverte pour que le logiciel puisse transférer les messages d'erreur
Serial.begin(9600);
//0 : initialisation de boutons
bp.bouton_init();
i2c.i2c_init();
// //1 : i6nitialisation de l'afficheur
pinMode(LCD_BACKLIGHT, OUTPUT);
lcd.begin(16, 2);
affi.affi_back_light_allume();
affi.affi_init_animation();
//2 : configuration globale du systeme
configu.configuration_feature();
//3 :premiere affichage de la valeur mesuree
// lcd.clear();
// affi.affi_carac("val mesure",0,0);
//4 : initialisation des donnees en mode test
acqui.acquisition_test_data();
//5 : initialisation du timer permettant a generer une pulsation de 17kHz (I2C)
pulse.init_timer_17kHz();
}
void loop() {
//0 : si bouton 'enter' est appuyé,
if (bp.bouton_if_pushed(BP_ENTER)) {
while (bp.bouton_if_pushed(BP_ENTER));
//0.1 : on entre dans le mode de configuration, au même temps, l'acquisition du champ magnétique est arrêtée
affi.affi_back_light_allume();
configu.configuration_feature();
}
//1 : sinon, le systeme deroule normalement
else if (!(ctrl_mode & MODE_CONFIGURATION)) {
//1.1 : lancement d'une acquisition sur les channels activés
acqui.acquisition_lecture_data();
//1.2 : affichage des valeurs acquises
affi.affi_acquisition();
}
}
|
3676ac02ea338a353669c4fede9cc0a10e89c1cc | 6d0a2ebc0553db56e108b3e174fa8c58a7b8139f | /src/graph/Shard.h | 19c9623d01878c7af4c6ae34e1b681282f2511a7 | [
"Apache-2.0",
"BSD-3-Clause",
"MIT"
] | permissive | odhiamboobuya/ragedb | 8729651d56178278ed3c630b89b8ab5d2c827923 | 5378f8390acadda62600363f5fd8f009fc3c7f7a | refs/heads/main | 2023-07-28T14:30:30.917334 | 2021-09-08T00:18:37 | 2021-09-08T00:18:37 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 59,986 | h | Shard.h | /*
* Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
#ifndef RAGEDB_SHARD_H
#define RAGEDB_SHARD_H
#include <any>
#include <coroutine>
#include <iostream>
#include <fstream>
#include <seastar/core/sharded.hh>
#include <seastar/core/rwlock.hh>
#include <seastar/core/when_all.hh>
#include <seastar/core/thread.hh>
#include <seastar/core/file.hh>
#include <seastar/core/fstream.hh>
#include <seastar/core/io_intent.hh>
#include <simdjson.h>
#include <sol/sol.hpp>
#include <tsl/sparse_map.h>
#include "Direction.h"
#include "Node.h"
#include "Operation.h"
#include "Relationship.h"
#include "NodeTypes.h"
#include "RelationshipTypes.h"
#include "eve/CollectIndexes.h"
#include <cppcodec/base64_default_url_unpadded.hpp>
#include <cpr/cpr.h>
namespace ragedb {
class Shard : public seastar::peering_sharded_service<Shard> {
private:
uint cpus;
uint shard_id;
seastar::rwlock rel_type_lock; // Global lock to keep Relationship Type ids in sync
seastar::rwlock node_type_lock; // Global lock to keep Node Type ids in sync
seastar::rwlock lua_lock; // Per Shard lock to run a single Lua script each
sol::state lua; // Lua State
NodeTypes node_types; // Store string and id of node types
RelationshipTypes relationship_types; // Store string and id of relationship types
inline static const uint64_t SKIP = 0;
inline static const uint64_t LIMIT = 100;
inline static const std::string EXCEPTION = "An exception has occurred: ";
std::vector<uint16_t> carousel;
public:
explicit Shard(uint _cpus);
static seastar::future<> stop();
void Clear();
seastar::future<std::string> RunLua(const std::string &script);
// Ids
uint64_t internalToExternal(uint16_t type_id, uint64_t internal_id) const;
static uint64_t externalToInternal(uint64_t id);
static uint16_t externalToTypeId(uint64_t id);
static uint16_t CalculateShardId(uint64_t id);
uint16_t CalculateShardId(const std::string &type, const std::string &key) const;
uint16_t CalculateShardId(const std::string &type, const std::string &key, const std::any &value) const;
bool ValidNodeId(uint64_t id);
bool ValidRelationshipId(uint64_t id);
// *****************************************************************************************************************************
// Single Shard
// *****************************************************************************************************************************
static seastar::future<std::string> HealthCheck();
// Node Types
uint16_t NodeTypesGetCount();
uint64_t NodeTypesGetCount(uint16_t type_id);
uint64_t NodeTypesGetCount(const std::string& type);
std::set<std::string> NodeTypesGet();
std::map<std::string, std::string> NodeTypeGet(const std::string& type);
// Relationship Types
uint16_t RelationshipTypesGetCount();
uint64_t RelationshipTypesGetCount(uint16_t type_id);
uint64_t RelationshipTypesGetCount(const std::string& type);
std::set<std::string> RelationshipTypesGet();
std::map<std::string, std::string> RelationshipTypeGet(const std::string& type);
// Node Type
std::string NodeTypeGetType(uint16_t type_id);
uint16_t NodeTypeGetTypeId(const std::string& type);
bool NodeTypeInsert(const std::string& type, uint16_t type_id);
bool DeleteNodeType(const std::string& type);
// Relationship Type
std::string RelationshipTypeGetType(uint16_t type_id);
uint16_t RelationshipTypeGetTypeId(const std::string& type);
bool RelationshipTypeInsert(const std::string& type, uint16_t type_id);
bool DeleteRelationshipType(const std::string& type);
// Property Types
uint8_t NodePropertyTypeAdd(uint16_t type_id, const std::string& key, uint8_t property_type_id);
uint8_t RelationshipPropertyTypeAdd(uint16_t type_id, const std::string& key, uint8_t property_type_id);
std::string NodePropertyTypeGet(const std::string& type, const std::string& key);
std::string RelationshipPropertyTypeGet(const std::string& type, const std::string& key);
bool NodePropertyTypeDelete(uint16_t type_id, const std::string& key);
bool RelationshipPropertyTypeDelete(uint16_t type_id, const std::string& key);
// Helpers
std::map<uint16_t, std::map<uint16_t, std::vector<uint64_t>>> NodeRemoveGetIncoming(uint64_t external_id);
bool NodeRemoveDeleteIncoming(uint64_t id, const std::map<uint16_t, std::vector<uint64_t>>&grouped_relationships);
std::map<uint16_t, std::map<uint16_t, std::vector<uint64_t>>> NodeRemoveGetOutgoing(uint64_t external_id);
bool NodeRemoveDeleteOutgoing(uint64_t id, const std::map<uint16_t, std::vector<uint64_t>>&grouped_relationships);
std::pair <uint16_t ,uint64_t> RelationshipRemoveGetIncoming(uint64_t internal_id);
bool RelationshipRemoveIncoming(uint16_t rel_type_id, uint64_t external_id, uint64_t node_id);
// Nodes
uint64_t NodeAddEmpty(uint16_t type_id, const std::string& key);
uint64_t NodeAdd(uint16_t type_id, const std::string& key, const std::string& properties);
uint64_t NodeGetID(const std::string& type, const std::string& key);
std::vector<Node> NodesGet(const std::vector<uint64_t>&);
Node NodeGet(uint64_t id);
Node NodeGet(const std::string& type, const std::string& key);
static uint16_t NodeGetTypeId(uint64_t id);
std::string NodeGetType(uint64_t id);
std::string NodeGetKey(uint64_t id);
bool NodeRemove(uint64_t id);
bool NodeRemove(const std::string& type, const std::string& key);
// Node Property
std::any NodePropertyGet(uint64_t id, const std::string& property);
bool NodePropertySet(uint64_t id, const std::string& property, std::any value);
bool NodePropertySetFromJson(uint64_t id, const std::string& property, const std::string& value);
std::any NodePropertyGet(const std::string& type, const std::string& key, const std::string& property);
bool NodePropertySet(const std::string& type, const std::string& key, const std::string& property, std::any value);
bool NodePropertySetFromJson(const std::string& type, const std::string& key, const std::string& property,const std::string& value);
bool NodePropertyDelete(const std::string& type, const std::string& key, const std::string& property);
bool NodePropertyDelete(uint64_t id, const std::string& property);
// Node Properties
std::map<std::string, std::any> NodePropertiesGet(const std::string& type, const std::string& key);
std::map<std::string, std::any> NodePropertiesGet(uint64_t id);
bool NodePropertiesSetFromJson(const std::string& type, const std::string& key, const std::string& value);
bool NodePropertiesSetFromJson(uint64_t id, const std::string& value);
bool NodePropertiesResetFromJson(const std::string& type, const std::string& key, const std::string& value);
bool NodePropertiesResetFromJson(uint64_t id, const std::string& value);
bool NodePropertiesDelete(const std::string& type, const std::string& key);
bool NodePropertiesDelete(uint64_t id);
// Relationships
uint64_t RelationshipAddEmptySameShard(uint16_t rel_type_id, uint64_t id1, uint64_t id2);
uint64_t RelationshipAddEmptySameShard(uint16_t rel_type, const std::string& type1, const std::string& key1,
const std::string& type2, const std::string& key2);
uint64_t RelationshipAddEmptyToOutgoing(uint16_t rel_type, uint64_t id1, uint64_t id2);
uint64_t RelationshipAddToIncoming(uint16_t rel_type, uint64_t rel_id, uint64_t id1, uint64_t id2);
uint64_t RelationshipAddSameShard(uint16_t rel_type, uint64_t id1, uint64_t id2, const std::string& properties);
uint64_t RelationshipAddSameShard(uint16_t rel_type, const std::string& type1, const std::string& key1,
const std::string& type2, const std::string& key2, const std::string& properties);
uint64_t RelationshipAddToOutgoing(uint16_t rel_type, uint64_t id1, uint64_t id2, const std::string& properties);
std::vector<Relationship> RelationshipsGet(const std::vector<uint64_t>&);
Relationship RelationshipGet(uint64_t rel_id);
std::string RelationshipGetType(uint64_t id);
uint16_t RelationshipGetTypeId(uint64_t id);
uint64_t RelationshipGetStartingNodeId(uint64_t id);
uint64_t RelationshipGetEndingNodeId(uint64_t id);
// Relationship Property
std::any RelationshipPropertyGet(uint64_t id, const std::string& property);
bool RelationshipPropertySet(uint64_t id, const std::string& property, const std::any& value);
bool RelationshipPropertySetFromJson(uint64_t id, const std::string& property, const std::string& value);
bool RelationshipPropertyDelete(uint64_t id, const std::string& property);
// Relationship Properties
std::map<std::string, std::any> RelationshipPropertiesGet(uint64_t id);
bool RelationshipPropertiesSetFromJson(uint64_t id, const std::string& value);
bool RelationshipPropertiesResetFromJson(uint64_t id, const std::string& value);
bool RelationshipPropertiesDelete(uint64_t id);
// Node Degree
uint64_t NodeGetDegree(const std::string& type, const std::string& key);
uint64_t NodeGetDegree(const std::string& type, const std::string& key, Direction direction);
uint64_t NodeGetDegree(const std::string& type, const std::string& key, Direction direction, const std::string& rel_type);
uint64_t NodeGetDegree(const std::string& type, const std::string& key, Direction direction,
const std::vector<std::string>& rel_types);
uint64_t NodeGetDegree(uint64_t id);
uint64_t NodeGetDegree(uint64_t id, Direction direction);
uint64_t NodeGetDegree(uint64_t id, Direction direction, const std::string& rel_type);
uint64_t NodeGetDegree(uint64_t id, Direction direction, const std::vector<std::string> &rel_types);
// Traversing
std::vector<Link> NodeGetRelationshipsIDs(const std::string& type, const std::string& key);
std::vector<Link> NodeGetRelationshipsIDs(const std::string& type, const std::string& key, Direction direction);
std::vector<Link> NodeGetRelationshipsIDs(const std::string& type, const std::string& key, Direction direction, const std::string& rel_type);
std::vector<Link> NodeGetRelationshipsIDs(const std::string& type, const std::string& key, Direction direction, uint16_t type_id);
std::vector<Link> NodeGetRelationshipsIDs(const std::string& type, const std::string& key, Direction direction, const std::vector<std::string> &rel_types);
std::vector<Link> NodeGetRelationshipsIDs(uint64_t id);
std::vector<Link> NodeGetRelationshipsIDs(uint64_t id, Direction direction);
std::vector<Link> NodeGetRelationshipsIDs(uint64_t id, Direction direction, const std::string& rel_type);
std::vector<Link> NodeGetRelationshipsIDs(uint64_t id, Direction direction, uint16_t type_id);
std::vector<Link> NodeGetRelationshipsIDs(uint64_t id, Direction direction, const std::vector<std::string> &rel_types);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedRelationshipIDs(const std::string& type, const std::string& key);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedRelationshipIDs(const std::string& type, const std::string& key, const std::string& rel_type);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedRelationshipIDs(const std::string& type, const std::string& key, uint16_t type_id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedRelationshipIDs(const std::string& type, const std::string& key, const std::vector<std::string> &rel_types);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedRelationshipIDs(uint64_t id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedRelationshipIDs(uint64_t id, const std::string& rel_type);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedRelationshipIDs(uint64_t id, uint16_t type_id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedRelationshipIDs(uint64_t id, const std::vector<std::string> &rel_types);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedNodeIDs(const std::string& type, const std::string& key);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedNodeIDs(const std::string& type, const std::string& key, const std::string& rel_type);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedNodeIDs(const std::string& type, const std::string& key, uint16_t type_id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedNodeIDs(const std::string& type, const std::string& key, const std::vector<std::string> &rel_types);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedNodeIDs(uint64_t id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedNodeIDs(uint64_t id, const std::string& rel_type);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedNodeIDs(uint64_t id, uint16_t type_id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedNodeIDs(uint64_t id, const std::vector<std::string> &rel_types);
std::vector<Relationship> NodeGetOutgoingRelationships(const std::string& type, const std::string& key);
std::vector<Relationship> NodeGetOutgoingRelationships(const std::string& type, const std::string& key, const std::string& rel_type);
std::vector<Relationship> NodeGetOutgoingRelationships(const std::string& type, const std::string& key, uint16_t type_id);
std::vector<Relationship> NodeGetOutgoingRelationships(const std::string& type, const std::string& key, const std::vector<std::string> &rel_types);
std::vector<Relationship> NodeGetOutgoingRelationships(uint64_t id);
std::vector<Relationship> NodeGetOutgoingRelationships(uint64_t id, const std::string& rel_type);
std::vector<Relationship> NodeGetOutgoingRelationships(uint64_t id, uint16_t type_id);
std::vector<Relationship> NodeGetOutgoingRelationships(uint64_t id, const std::vector<std::string> &rel_types);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingRelationshipIDs(const std::string& type, const std::string& key);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingRelationshipIDs(const std::string& type, const std::string& key, const std::string& rel_type);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingRelationshipIDs(const std::string& type, const std::string& key, uint16_t type_id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingRelationshipIDs(const std::string& type, const std::string& key, const std::vector<std::string> &rel_types);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingRelationshipIDs(uint64_t id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingRelationshipIDs(uint64_t id, const std::string& rel_type);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingRelationshipIDs(uint64_t id, uint16_t type_id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingRelationshipIDs(uint64_t id, const std::vector<std::string> &rel_types);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingNodeIDs(const std::string& type, const std::string& key);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingNodeIDs(const std::string& type, const std::string& key, const std::string& rel_type);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingNodeIDs(const std::string& type, const std::string& key, uint16_t type_id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingNodeIDs(const std::string& type, const std::string& key, const std::vector<std::string> &rel_types);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingNodeIDs(uint64_t id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingNodeIDs(uint64_t id, const std::string& rel_type);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingNodeIDs(uint64_t id, uint16_t type_id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedIncomingNodeIDs(uint64_t id, const std::vector<std::string> &rel_types);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedOutgoingNodeIDs(const std::string& type, const std::string& key);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedOutgoingNodeIDs(const std::string& type, const std::string& key, const std::string& rel_type);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedOutgoingNodeIDs(const std::string& type, const std::string& key, uint16_t type_id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedOutgoingNodeIDs(const std::string& type, const std::string& key, const std::vector<std::string> &rel_types);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedOutgoingNodeIDs(uint64_t id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedOutgoingNodeIDs(uint64_t id, const std::string& rel_type);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedOutgoingNodeIDs(uint64_t id, uint16_t type_id);
std::map<uint16_t, std::vector<uint64_t>> NodeGetShardedOutgoingNodeIDs(uint64_t id, const std::vector<std::string> &rel_types);
// All
std::map<uint16_t, uint64_t> NodeCounts();
uint64_t NodeCount(const std::string& type);
uint64_t NodeCount(uint16_t type_id);
std::vector<uint64_t> AllNodeIds(uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<uint64_t> AllNodeIds(const std::string& type, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<uint64_t> AllNodeIds(uint16_t type_id, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<Node> AllNodes(uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<Node> AllNodes(const std::string& type, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<Node> AllNodes(uint16_t type_id, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<uint64_t> AllRelationshipIds(uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<uint64_t> AllRelationshipIds(const std::string& rel_type, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<uint64_t> AllRelationshipIds(uint16_t type_id, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<Relationship> AllRelationships(uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<Relationship> AllRelationships(const std::string& type, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<Relationship> AllRelationships(uint16_t type_id, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::map<uint16_t, uint64_t> AllRelationshipIdCounts();
uint64_t AllRelationshipIdCounts(const std::string& type);
uint64_t AllRelationshipIdCounts(uint16_t type_id);
// Find
uint64_t FindNodeCount(const std::string& type, const std::string& property, const Operation& operation, const std::any& value);
uint64_t FindNodeCount(uint16_t type_id, const std::string& property, const Operation& operation, const std::any& value);
std::vector<uint64_t> FindNodeIds(const std::string& type, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<uint64_t> FindNodeIds(uint16_t type_id, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<Node> FindNodes(const std::string& type, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<Node> FindNodes(uint16_t type_id, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
uint64_t FindRelationshipCount(const std::string& type, const std::string& property, const Operation& operation, const std::any& value);
uint64_t FindRelationshipCount(uint16_t type_id, const std::string& property, const Operation& operation, const std::any& value);
std::vector<uint64_t> FindRelationshipIds(const std::string& type, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<uint64_t> FindRelationshipIds(uint16_t type_id, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<Relationship> FindRelationships(const std::string& type, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
std::vector<Relationship> FindRelationships(uint16_t type_id, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
// *****************************************************************************************************************************
// Peered
// *****************************************************************************************************************************
seastar::future<std::vector<std::string>> HealthCheckPeered();
seastar::future<std::string> RestorePeered(const std::string& name);
// Node Types
uint16_t NodeTypesGetCountPeered();
seastar::future<uint64_t> NodeTypesGetCountPeered(uint16_t type_id);
seastar::future<uint64_t> NodeTypesGetCountPeered(const std::string& type);
std::set<std::string> NodeTypesGetPeered();
// Relationship Types
uint16_t RelationshipTypesGetCountPeered();
seastar::future<uint64_t> RelationshipTypesGetCountPeered(uint16_t type_id);
seastar::future<uint64_t> RelationshipTypesGetCountPeered(const std::string& type);
std::set<std::string> RelationshipTypesGetPeered();
// Node Type
std::string NodeTypeGetTypePeered(uint16_t type_id);
uint16_t NodeTypeGetTypeIdPeered(const std::string& type);
seastar::future<uint16_t> NodeTypeInsertPeered(const std::string& type);
seastar::future<bool> DeleteNodeTypePeered(const std::string& type);
// Relationship Type
std::string RelationshipTypeGetTypePeered(uint16_t type_id);
uint16_t RelationshipTypeGetTypeIdPeered(const std::string& type);
seastar::future<uint16_t> RelationshipTypeInsertPeered(const std::string& type);
seastar::future<bool> DeleteRelationshipTypePeered(const std::string& type);
// Nodes
seastar::future<uint64_t> NodeAddEmptyPeered(const std::string& type, const std::string& key);
seastar::future<uint64_t> NodeAddPeered(const std::string& type, const std::string& key, const std::string& properties);
seastar::future<uint64_t> NodeGetIDPeered(const std::string& type, const std::string& key);
seastar::future<Node> NodeGetPeered(const std::string& type, const std::string& key);
seastar::future<Node> NodeGetPeered(uint64_t id);
seastar::future<std::vector<Node>> NodesGetPeered(const std::vector<uint64_t> &ids);
seastar::future<bool> NodeRemovePeered(const std::string& type, const std::string& key);
seastar::future<bool> NodeRemovePeered(uint64_t id);
seastar::future<bool> NodeRemovePeeredIncoming(uint16_t node_shard_id, uint64_t external_id);
seastar::future<bool> NodeRemovePeeredOutgoing(uint16_t node_shard_id, uint64_t external_id);
seastar::future<uint16_t> NodeGetTypeIdPeered(uint64_t id);
seastar::future<std::string> NodeGetTypePeered(uint64_t id);
seastar::future<std::string> NodeGetKeyPeered(uint64_t id);
// Property Types
seastar::future<uint8_t> NodePropertyTypeInsertPeered(uint16_t type_id, const std::string& key, const std::string& type);
seastar::future<uint8_t> RelationshipPropertyTypeInsertPeered(uint16_t type_id, const std::string& key, const std::string& type);
seastar::future<uint8_t> NodePropertyTypeAddPeered(const std::string& node_type, const std::string& key, const std::string& type);
seastar::future<uint8_t> RelationshipPropertyTypeAddPeered(const std::string& relationship_type, const std::string& key, const std::string& type);
seastar::future<bool> NodePropertyTypeDeletePeered(const std::string& type, const std::string& key);
seastar::future<bool> RelationshipPropertyTypeDeletePeered(const std::string& type, const std::string& key);
// Node Properties
seastar::future<std::any> NodePropertyGetPeered(const std::string& type, const std::string& key, const std::string& property);
seastar::future<std::any> NodePropertyGetPeered(uint64_t id, const std::string& property);
seastar::future<bool> NodePropertySetPeered(const std::string& type, const std::string& key, const std::string& property, const std::any& value);
seastar::future<bool> NodePropertySetPeered(uint64_t id, const std::string& property, const std::any& value);
seastar::future<bool> NodePropertySetFromJsonPeered(const std::string& type, const std::string& key, const std::string& property, const std::string& value);
seastar::future<bool> NodePropertySetFromJsonPeered(uint64_t id, const std::string& property, const std::string& value);
seastar::future<bool> NodePropertyDeletePeered(const std::string& type, const std::string& key, const std::string& property);
seastar::future<bool> NodePropertyDeletePeered(uint64_t id, const std::string& property);
seastar::future<std::map<std::string, std::any>> NodePropertiesGetPeered(const std::string& type, const std::string& key);
seastar::future<std::map<std::string, std::any>> NodePropertiesGetPeered(uint64_t id);
seastar::future<bool> NodePropertiesSetFromJsonPeered(const std::string& type, const std::string& key, const std::string& value);
seastar::future<bool> NodePropertiesSetFromJsonPeered(uint64_t id, const std::string& value);
seastar::future<bool> NodePropertiesResetFromJsonPeered(const std::string& type, const std::string& key, const std::string& value);
seastar::future<bool> NodePropertiesResetFromJsonPeered(uint64_t id, const std::string& value);
seastar::future<bool> NodePropertiesDeletePeered(const std::string& type, const std::string& key);
seastar::future<bool> NodePropertiesDeletePeered(uint64_t id);
// Relationships
seastar::future<uint64_t> RelationshipAddEmptyPeered(const std::string& rel_type, const std::string& type1, const std::string& key1,
const std::string& type2, const std::string& key2);
seastar::future<uint64_t> RelationshipAddEmptyPeered(const std::string& rel_type, uint64_t id1, uint64_t id2);
seastar::future<uint64_t> RelationshipAddEmptyPeered(uint16_t rel_type_id, uint64_t id1, uint64_t id2);
seastar::future<uint64_t> RelationshipAddPeered(const std::string& rel_type, const std::string& type1, const std::string& key1,
const std::string& type2, const std::string& key2, const std::string& properties);
seastar::future<uint64_t> RelationshipAddPeered(const std::string& rel_type, uint64_t id1, uint64_t id2, const std::string& properties);
seastar::future<uint64_t> RelationshipAddPeered(uint16_t rel_type_id, uint64_t id1, uint64_t id2, const std::string& properties);
seastar::future<Relationship> RelationshipGetPeered(uint64_t id);
seastar::future<std::vector<Relationship>> RelationshipsGetPeered(const std::vector<uint64_t> &ids);
seastar::future<bool> RelationshipRemovePeered(uint64_t id);
seastar::future<std::string> RelationshipGetTypePeered(uint64_t id);
seastar::future<uint16_t> RelationshipGetTypeIdPeered(uint64_t id);
seastar::future<uint64_t> RelationshipGetStartingNodeIdPeered(uint64_t id);
seastar::future<uint64_t> RelationshipGetEndingNodeIdPeered(uint64_t id);
// Relationship Properties
seastar::future<std::any> RelationshipPropertyGetPeered(uint64_t id, const std::string& property);
seastar::future<bool> RelationshipPropertySetPeered(uint64_t id, const std::string& property, const std::any& value);
seastar::future<bool> RelationshipPropertySetFromJsonPeered(uint64_t id, const std::string& property, const std::string& value);
seastar::future<bool> RelationshipPropertyDeletePeered(uint64_t id, const std::string& property);
seastar::future<std::map<std::string, std::any>> RelationshipPropertiesGetPeered(uint64_t id);
seastar::future<bool> RelationshipPropertiesSetFromJsonPeered(uint64_t id, const std::string& value);
seastar::future<bool> RelationshipPropertiesResetFromJsonPeered(uint64_t id, const std::string& value);
seastar::future<bool> RelationshipPropertiesDeletePeered(uint64_t id);
// Node Degree
seastar::future<uint64_t> NodeGetDegreePeered(const std::string& type, const std::string& key);
seastar::future<uint64_t> NodeGetDegreePeered(const std::string& type, const std::string& key, Direction direction);
seastar::future<uint64_t> NodeGetDegreePeered(const std::string& type, const std::string& key, Direction direction, const std::string& rel_type);
seastar::future<uint64_t> NodeGetDegreePeered(const std::string& type, const std::string& key, const std::string& rel_type);
seastar::future<uint64_t> NodeGetDegreePeered(const std::string& type, const std::string& key, Direction direction,
const std::vector<std::string>& rel_types);
seastar::future<uint64_t> NodeGetDegreePeered(const std::string& type, const std::string& key,
const std::vector<std::string>& rel_types);
seastar::future<uint64_t> NodeGetDegreePeered(uint64_t id);
seastar::future<uint64_t> NodeGetDegreePeered(uint64_t id, Direction direction);
seastar::future<uint64_t> NodeGetDegreePeered(uint64_t id, Direction direction, const std::string& rel_type);
seastar::future<uint64_t> NodeGetDegreePeered(uint64_t id, const std::string& rel_type);
seastar::future<uint64_t> NodeGetDegreePeered(uint64_t id, Direction direction, const std::vector<std::string> &rel_types);
seastar::future<uint64_t> NodeGetDegreePeered(uint64_t id, const std::vector<std::string> &rel_types);
// Traversing
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(const std::string& type, const std::string& key);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(const std::string& type, const std::string& key, Direction direction);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(const std::string& type, const std::string& key, Direction direction, const std::string& rel_type);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(const std::string& type, const std::string& key, Direction direction, uint16_t type_id);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(const std::string& type, const std::string& key, Direction direction, const std::vector<std::string> &rel_types);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(const std::string& type, const std::string& key, const std::string& rel_type);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(const std::string& type, const std::string& key, uint16_t type_id);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(const std::string& type, const std::string& key, const std::vector<std::string> &rel_types);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(uint64_t id);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(uint64_t id, Direction direction);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(uint64_t id, Direction direction, const std::string& rel_type);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(uint64_t id, Direction direction, uint16_t type_id);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(uint64_t id, Direction direction, const std::vector<std::string> &rel_types);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(uint64_t id, const std::string& rel_type);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(uint64_t id, uint16_t type_id);
seastar::future<std::vector<Link>> NodeGetRelationshipsIDsPeered(uint64_t id, const std::vector<std::string> &rel_types);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(const std::string& type, const std::string& key);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(const std::string& type, const std::string& key, const std::string& rel_type);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(const std::string& type, const std::string& key, uint16_t type_id);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(const std::string& type, const std::string& key, const std::vector<std::string> &rel_types);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(uint64_t id);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(uint64_t id, const std::string& rel_type);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(uint64_t id, uint16_t type_id);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(uint64_t id, const std::vector<std::string> &rel_types);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(const std::string& type, const std::string& key, Direction direction);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(const std::string& type, const std::string& key, Direction direction, const std::string& rel_type);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(const std::string& type, const std::string& key, Direction direction, uint16_t type_id);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(const std::string& type, const std::string& key, Direction direction, const std::vector<std::string> &rel_types);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(uint64_t id, Direction direction);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(uint64_t id, Direction direction, const std::string& rel_type);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(uint64_t id, Direction direction, uint16_t type_id);
seastar::future<std::vector<Relationship>> NodeGetRelationshipsPeered(uint64_t id, Direction direction, const std::vector<std::string> &rel_types);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(const std::string& type, const std::string& key);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(const std::string& type, const std::string& key, const std::string& rel_type);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(const std::string& type, const std::string& key, uint16_t type_id);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(const std::string& type, const std::string& key, const std::vector<std::string> &rel_types);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(uint64_t id);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(uint64_t id, const std::string& rel_type);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(uint64_t id, uint16_t type_id);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(uint64_t id, const std::vector<std::string> &rel_types);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(const std::string& type, const std::string& key, Direction direction);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(const std::string& type, const std::string& key, Direction direction, const std::string& rel_type);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(const std::string& type, const std::string& key, Direction direction, uint16_t type_id);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(const std::string& type, const std::string& key, Direction direction, const std::vector<std::string> &rel_types);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(uint64_t id, Direction direction);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(uint64_t id, Direction direction, const std::string& rel_type);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(uint64_t id, Direction direction, uint16_t type_id);
seastar::future<std::vector<Node>> NodeGetNeighborsPeered(uint64_t id, Direction direction, const std::vector<std::string> &rel_types);
// All
seastar::future<std::vector<uint64_t>> AllNodeIdsPeered(uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<uint64_t>> AllNodeIdsPeered(const std::string& type, uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<uint64_t>> AllRelationshipIdsPeered(uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<uint64_t>> AllRelationshipIdsPeered(const std::string& rel_type, uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<Node>> AllNodesPeered(uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<Node>> AllNodesPeered(const std::string& type, uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<Relationship>> AllRelationshipsPeered(uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<Relationship>> AllRelationshipsPeered(const std::string& rel_type, uint64_t skip = SKIP, uint64_t limit = LIMIT);
// Find
seastar::future<uint64_t> FindNodeCountPeered(const std::string& type, const std::string& property, const Operation& operation, const std::any& value);
seastar::future<uint64_t> FindNodeCountPeered(uint16_t type_id, const std::string& property, const Operation& operation, const std::any& value);
seastar::future<std::vector<uint64_t>> FindNodeIdsPeered(const std::string& type, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<uint64_t>> FindNodeIdsPeered(uint16_t type_id, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<Node>> FindNodesPeered(const std::string& type, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<Node>> FindNodesPeered(uint16_t type_id, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<uint64_t> FindRelationshipCountPeered(const std::string& type, const std::string& property, const Operation& operation, const std::any& value);
seastar::future<uint64_t> FindRelationshipCountPeered(uint16_t type_id, const std::string& property, const Operation& operation, const std::any& value);
seastar::future<std::vector<uint64_t>> FindRelationshipIdsPeered(const std::string& type, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<uint64_t>> FindRelationshipIdsPeered(uint16_t type_id, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<Relationship>> FindRelationshipsPeered(const std::string& type, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
seastar::future<std::vector<Relationship>> FindRelationshipsPeered(uint16_t type_id, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
// *****************************************************************************************************************************
// Via Lua
// *****************************************************************************************************************************
// Relationship Types
uint16_t RelationshipTypesGetCountViaLua();
uint64_t RelationshipTypesGetCountByTypeViaLua(const std::string& type);
uint64_t RelationshipTypesGetCountByIdViaLua(uint16_t type_id);
sol::as_table_t<std::set<std::string>> RelationshipTypesGetViaLua();
// Relationship Type
std::string RelationshipTypeGetTypeViaLua(uint16_t type_id);
uint16_t RelationshipTypeGetTypeIdViaLua(const std::string& type);
uint16_t RelationshipTypeInsertViaLua(const std::string& type);
// Node Types
uint16_t NodeTypesGetCountViaLua();
uint64_t NodeTypesGetCountByTypeViaLua(const std::string& type);
uint64_t NodeTypesGetCountByIdViaLua(uint16_t type_id);
sol::as_table_t<std::set<std::string>> NodeTypesGetViaLua();
// Node Type
std::string NodeTypeGetTypeViaLua(uint16_t type_id);
uint16_t NodeTypeGetTypeIdViaLua(const std::string& type);
uint16_t NodeTypeInsertViaLua(const std::string& type);
//Nodes
uint64_t NodeAddEmptyViaLua(const std::string& type, const std::string& key);
uint64_t NodeAddViaLua(const std::string& type, const std::string& key, const std::string& properties);
uint64_t NodeGetIdViaLua(const std::string& type, const std::string& key);
sol::as_table_t<std::vector<Node>> NodesGetViaLua(const std::vector<uint64_t>&);
Node NodeGetViaLua(const std::string& type, const std::string& key);
Node NodeGetByIdViaLua(uint64_t id);
bool NodeRemoveViaLua(const std::string& type, const std::string& key);
bool NodeRemoveByIdViaLua(uint64_t id);
uint16_t NodeGetTypeIdViaLua(uint64_t id);
std::string NodeGetTypeViaLua(uint64_t id);
std::string NodeGetKeyViaLua(uint64_t id);
// Property Types
uint8_t NodePropertyTypeInsertViaLua(uint16_t type_id, const std::string& key, const std::string& type);
uint8_t RelationshipPropertyTypeInsertViaLua(uint16_t type_id, const std::string& key, const std::string& type);
uint8_t NodePropertyTypeAddViaLua(const std::string& node_type, const std::string& key, const std::string& type);
uint8_t RelationshipPropertyTypeAddViaLua(const std::string& relationship_type, const std::string& key, const std::string& type);
bool NodePropertyTypeDeleteViaLua(const std::string& type, const std::string& key);
bool RelationshipPropertyTypeDeleteViaLua(const std::string& type, const std::string& key);
// Node Properties
sol::object NodePropertyGetViaLua(const std::string& type, const std::string& key, const std::string& property);
sol::object NodePropertyGetByIdViaLua(uint64_t id, const std::string& property);
sol::object NodePropertiesGetViaLua(const std::string& type, const std::string& key);
sol::object NodePropertiesGetByIdViaLua(uint64_t id);
bool NodePropertySetViaLua(const std::string& type, const std::string& key, const std::string& property, const sol::object& value);
bool NodePropertySetByIdViaLua(uint64_t id, const std::string& property, const sol::object& value);
bool NodePropertiesSetFromJsonViaLua(const std::string& type, const std::string& key, const std::string& value);
bool NodePropertiesSetFromJsonByIdViaLua(uint64_t id, const std::string& value);
bool NodePropertiesResetFromJsonViaLua(const std::string& type, const std::string& key, const std::string& value);
bool NodePropertiesResetFromJsonByIdViaLua(uint64_t id, const std::string& value);
bool NodePropertyDeleteViaLua(const std::string& type, const std::string& key, const std::string& property);
bool NodePropertyDeleteByIdViaLua(uint64_t id, const std::string& property);
bool NodePropertiesDeleteViaLua(const std::string& type, const std::string& key);
bool NodePropertiesDeleteByIdViaLua(uint64_t id);
// Relationships
uint64_t RelationshipAddEmptyViaLua(const std::string& rel_type, const std::string& type1, const std::string& key1,
const std::string& type2, const std::string& key2);
uint64_t RelationshipAddEmptyByTypeIdByIdsViaLua(uint16_t rel_type_id, uint64_t id1, uint64_t id2);
uint64_t RelationshipAddEmptyByIdsViaLua(const std::string& rel_type, uint64_t id1, uint64_t id2);
uint64_t RelationshipAddViaLua(const std::string& rel_type, const std::string& type1, const std::string& key1,
const std::string& type2, const std::string& key2, const std::string& properties);
uint64_t RelationshipAddByTypeIdByIdsViaLua(uint16_t rel_type_id, uint64_t id1, uint64_t id2, const std::string& properties);
uint64_t RelationshipAddByIdsViaLua(const std::string& rel_type, uint64_t id1, uint64_t id2, const std::string& properties);
sol::as_table_t<std::vector<Relationship>> RelationshipsGetViaLua(const std::vector<uint64_t> &ids);
Relationship RelationshipGetViaLua(uint64_t id);
bool RelationshipRemoveViaLua(uint64_t id);
std::string RelationshipGetTypeViaLua(uint64_t id);
uint16_t RelationshipGetTypeIdViaLua(uint64_t id);
uint64_t RelationshipGetStartingNodeIdViaLua(uint64_t id);
uint64_t RelationshipGetEndingNodeIdViaLua(uint64_t id);
// Relationship Properties
sol::object RelationshipPropertyGetViaLua(uint64_t id, const std::string& property);
sol::object RelationshipPropertiesGetViaLua(uint64_t id);
bool RelationshipPropertySetViaLua(uint64_t id, const std::string& property, const sol::object& value);
bool RelationshipPropertySetFromJsonViaLua(uint64_t id, const std::string& property, const std::string& value);
bool RelationshipPropertyDeleteViaLua(uint64_t id, const std::string& property);
bool RelationshipPropertiesSetFromJsonViaLua(uint64_t id, const std::string &value);
bool RelationshipPropertiesResetFromJsonViaLua(uint64_t id, const std::string &value);
bool RelationshipPropertiesDeleteViaLua(uint64_t id);
// Node Degree
uint64_t NodeGetDegreeViaLua(const std::string& type, const std::string& key);
uint64_t NodeGetDegreeForDirectionViaLua(const std::string& type, const std::string& key, Direction direction);
uint64_t NodeGetDegreeForDirectionForTypeViaLua(const std::string& type, const std::string& key, Direction direction, const std::string& rel_type);
uint64_t NodeGetDegreeForTypeViaLua(const std::string& type, const std::string& key, const std::string& rel_type);
uint64_t NodeGetDegreeForDirectionForTypesViaLua(const std::string& type, const std::string& key, Direction direction,
const std::vector<std::string>& rel_types);
uint64_t NodeGetDegreeForTypesViaLua(const std::string& type, const std::string& key,
const std::vector<std::string>& rel_types);
uint64_t NodeGetDegreeByIdViaLua(uint64_t id);
uint64_t NodeGetDegreeByIdForDirectionViaLua(uint64_t id, Direction direction);
uint64_t NodeGetDegreeByIdForDirectionForTypeViaLua(uint64_t id, Direction direction, const std::string& rel_type);
uint64_t NodeGetDegreeByIdForTypeViaLua(uint64_t id, const std::string& rel_type);
uint64_t NodeGetDegreeByIdForDirectionForTypesViaLua(uint64_t id, Direction direction, const std::vector<std::string> &rel_types);
uint64_t NodeGetDegreeByIdForTypesViaLua(uint64_t id, const std::vector<std::string> &rel_types);
// Traversing
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsViaLua(const std::string& type, const std::string& key);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsForDirectionViaLua(const std::string& type, const std::string& key, Direction direction);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsForDirectionForTypeViaLua(const std::string& type, const std::string& key, Direction direction, const std::string& rel_type);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsForDirectionForTypeIdViaLua(const std::string& type, const std::string& key, Direction direction, uint16_t type_id);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsForDirectionForTypesViaLua(const std::string& type, const std::string& key, Direction direction, const std::vector<std::string> &rel_types);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsForTypeViaLua(const std::string& type, const std::string& key, const std::string& rel_type);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsForTypeIdViaLua(const std::string& type, const std::string& key, uint16_t type_id);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsForTypesViaLua(const std::string& type, const std::string& key, const std::vector<std::string> &rel_types);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsByIdViaLua(uint64_t id);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsByIdForDirectionViaLua(uint64_t id, Direction direction);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsByIdForDirectionForTypeViaLua(uint64_t id, Direction direction, const std::string& rel_type);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsByIdForDirectionForTypeIdViaLua(uint64_t id, Direction direction, uint16_t type_id);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsByIdForDirectionForTypesViaLua(uint64_t id, Direction direction, const std::vector<std::string> &rel_types);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsByIdForTypeViaLua(uint64_t id, const std::string& rel_type);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsByIdForTypeIdViaLua(uint64_t id, uint16_t type_id);
sol::as_table_t<std::vector<Link>> NodeGetRelationshipsIdsByIdForTypesViaLua(uint64_t id, const std::vector<std::string> &rel_types);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsViaLua(const std::string& type, const std::string& key);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsForTypeViaLua(const std::string& type, const std::string& key, const std::string& rel_type);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsForTypeIdViaLua(const std::string& type, const std::string& key, uint16_t type_id);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsForTypesViaLua(const std::string& type, const std::string& key, const std::vector<std::string> &rel_types);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsByIdViaLua(uint64_t id);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsByIdForTypeViaLua(uint64_t id, const std::string& rel_type);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsByIdForTypeIdViaLua(uint64_t id, uint16_t type_id);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsByIdForTypesViaLua(uint64_t id, const std::vector<std::string> &rel_types);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsForDirectionViaLua(const std::string& type, const std::string& key, Direction direction);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsForDirectionForTypeViaLua(const std::string& type, const std::string& key, Direction direction, const std::string& rel_type);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsForDirectionForTypeIdViaLua(const std::string& type, const std::string& key, Direction direction, uint16_t type_id);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsForDirectionForTypesViaLua(const std::string& type, const std::string& key, Direction direction, const std::vector<std::string> &rel_types);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsByIdForDirectionViaLua(uint64_t id, Direction direction);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsByIdForDirectionForTypeViaLua(uint64_t id, Direction direction, const std::string& rel_type);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsByIdForDirectionForTypeIdViaLua(uint64_t id, Direction direction, uint16_t type_id);
sol::as_table_t<std::vector<Relationship>> NodeGetRelationshipsByIdForDirectionForTypesViaLua(uint64_t id, Direction direction, const std::vector<std::string> &rel_types);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsViaLua(const std::string& type, const std::string& key);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsForTypeViaLua(const std::string& type, const std::string& key, const std::string& rel_type);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsForTypeIdViaLua(const std::string& type, const std::string& key, uint16_t type_id);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsForTypesViaLua(const std::string& type, const std::string& key, const std::vector<std::string> &rel_types);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsByIdViaLua(uint64_t id);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsByIdForTypeViaLua(uint64_t id, const std::string& rel_type);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsByIdForTypeIdViaLua(uint64_t id, uint16_t type_id);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsByIdForTypesViaLua(uint64_t id, const std::vector<std::string> &rel_types);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsForDirectionViaLua(const std::string& type, const std::string& key, Direction direction);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsForDirectionForTypeViaLua(const std::string& type, const std::string& key, Direction direction, const std::string& rel_type);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsForDirectionForTypeIdViaLua(const std::string& type, const std::string& key, Direction direction, uint16_t type_id);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsForDirectionForTypesViaLua(const std::string& type, const std::string& key, Direction direction, const std::vector<std::string> &rel_types);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsByIdForDirectionViaLua(uint64_t id, Direction direction);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsByIdForDirectionForTypeViaLua(uint64_t id, Direction direction, const std::string& rel_type);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsByIdForDirectionForTypeIdViaLua(uint64_t id, Direction direction, uint16_t type_id);
sol::as_table_t<std::vector<Node>> NodeGetNeighborsByIdForDirectionForTypesViaLua(uint64_t id, Direction direction, const std::vector<std::string> &rel_types);
// All
sol::as_table_t<std::vector<uint64_t>> AllNodeIdsViaLua(uint64_t skip = SKIP, uint64_t limit = LIMIT);
sol::as_table_t<std::vector<uint64_t>> AllNodeIdsForTypeViaLua(const std::string& type, uint64_t skip = SKIP, uint64_t limit = LIMIT);
sol::as_table_t<std::vector<uint64_t>> AllRelationshipIdsViaLua(uint64_t skip = SKIP, uint64_t limit = LIMIT);
sol::as_table_t<std::vector<uint64_t>> AllRelationshipIdsForTypeViaLua(const std::string& rel_type, uint64_t skip = SKIP, uint64_t limit = LIMIT);
sol::as_table_t<std::vector<Node>> AllNodesViaLua(uint64_t skip = SKIP, uint64_t limit = LIMIT);
sol::as_table_t<std::vector<Node>> AllNodesForTypeViaLua(const std::string& type, uint64_t skip = SKIP, uint64_t limit = LIMIT);
sol::as_table_t<std::vector<Relationship>> AllRelationshipsViaLua(uint64_t skip = SKIP, uint64_t limit = LIMIT);
sol::as_table_t<std::vector<Relationship>> AllRelationshipsForTypeViaLua(const std::string& rel_type, uint64_t skip = SKIP, uint64_t limit = LIMIT);
// Find
uint64_t FindNodeCountViaLua(const std::string& type, const std::string& property, const Operation& operation, const std::any& value);
sol::as_table_t<std::vector<uint64_t>> FindNodeIdsViaLua(const std::string& type, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
sol::as_table_t<std::vector<Node>> FindNodesViaLua(const std::string& type, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
uint64_t FindRelationshipCountViaLua(const std::string& type, const std::string& property, const Operation& operation, const std::any& value);
sol::as_table_t<std::vector<uint64_t>> FindRelationshipIdsViaLua(const std::string& type, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
sol::as_table_t<std::vector<Relationship>> FindRelationshipsViaLua(const std::string& type, const std::string& property, const Operation& operation, const std::any& value, uint64_t skip = SKIP, uint64_t limit = LIMIT);
};
}
#endif //RAGEDB_SHARD_H
|
b4f07549a9eba2d4b98aaa5ab8d89b189e97e511 | 524bfaed284c4db9be2b0d1333e1793c944a9091 | /test/octree/morton_tests/property/dilation.h | 0abd5503e9f3ab97c23aa5ca4a9c0e7b01a63cb8 | [] | no_license | Ingwar/gydra | b1cf3e4fa597408491b1429d83295fb801fd4515 | 9e4772a47228e46f7397cd6bbda86dcd1bf1ae86 | refs/heads/master | 2021-01-02T08:52:09.351900 | 2015-02-18T17:49:14 | 2015-02-18T17:49:14 | 21,161,438 | 0 | 0 | null | 2015-02-18T17:49:14 | 2014-06-24T10:55:55 | null | UTF-8 | C++ | false | false | 1,193 | h | dilation.h | #ifndef GYDRA_TEST_OCTREE_MORTON_PROPERTY_H_
#define GYDRA_TEST_OCTREE_MORTON_PROPERTY_H_
#include <cstdlib>
#include <ctime>
#include <bitset>
#include <test/property/property.h>
namespace gydra {
namespace octree {
namespace morton {
namespace helpers {
namespace test {
namespace property {
using gydra::testing::matchers::SizeInfo;
template<typename T>
class DilatedIntegerPropertyTest : public gydra::testing::property::PropertyTest<T> {
private:
const unsigned int dilation_rank;
const size_t dilated_integer_size;
protected:
T GenerateCase() {
std::bitset< SizeInfo<T>::size_in_bits > bits;
//initialize random number generator
srand (time(NULL));
for (size_t i = 0; i < dilated_integer_size; i += 3) {
const bool current_bit = rand() % 2 == 1;
bits.set(i, current_bit);
}
return bits.to_ulong();
}
public:
DilatedIntegerPropertyTest(const size_t dilation_size): dilated_integer_size(dilation_size), dilation_rank(3) {
}
};
} // namespace property
} // namespace test
} // namespace helpers
} // namespace morton
} // namespace octree
} // namespace gydra
#endif // GYDRA_TEST_OCTREE_MORTON_PROPERTY_H_
|
f0131b3c7e1620d0f4ded8530d112fa07c3b24b7 | 189f52bf5454e724d5acc97a2fa000ea54d0e102 | /ras/fluidisedBed/1.37/U.particlesMean | 073e5d1f26c7b45d03d3b1cb3ecebf68b8a13689 | [] | no_license | pyotr777/openfoam_samples | 5399721dd2ef57545ffce68215d09c49ebfe749d | 79c70ac5795decff086dd16637d2d063fde6ed0d | refs/heads/master | 2021-01-12T16:52:18.126648 | 2016-11-05T08:30:29 | 2016-11-05T08:30:29 | 71,456,654 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 154,422 | particlesmean | U.particlesMean | /*--------------------------------*- C++ -*----------------------------------*\
| ========= | |
| \\ / F ield | OpenFOAM: The Open Source CFD Toolbox |
| \\ / O peration | Version: v1606+ |
| \\ / A nd | Web: www.OpenFOAM.com |
| \\/ M anipulation | |
\*---------------------------------------------------------------------------*/
FoamFile
{
version 2.0;
format ascii;
class volVectorField;
location "1.37";
object U.particlesMean;
}
// * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * //
dimensions [0 1 -1 0 0 0 0];
internalField nonuniform List<vector>
6000
(
(-0.00759189 -0.334968 0)
(-0.000455161 -0.366732 0)
(0.0103774 -0.372004 0)
(0.0152305 -0.38375 0)
(0.0161856 -0.397703 0)
(0.0139486 -0.410705 0)
(0.0112637 -0.421786 0)
(0.00667703 -0.429108 0)
(0.00228948 -0.428641 0)
(-0.000800086 -0.434324 0)
(-0.00324596 -0.438973 0)
(-0.00427713 -0.443592 0)
(-0.00545057 -0.446291 0)
(-0.0068863 -0.450003 0)
(-0.00832718 -0.450086 0)
(-0.00970682 -0.449555 0)
(-0.0105953 -0.448753 0)
(-0.0110772 -0.448806 0)
(-0.0117603 -0.454362 0)
(-0.0137991 -0.452248 0)
(-0.0172875 -0.444232 0)
(-0.0210062 -0.43024 0)
(-0.0241196 -0.420307 0)
(-0.0270952 -0.412105 0)
(-0.0296688 -0.399411 0)
(-0.0304977 -0.383858 0)
(-0.0259384 -0.366185 0)
(-0.0164189 -0.35585 0)
(-0.00233129 -0.35525 0)
(0.0064342 -0.330349 0)
(0.0175628 0.0318786 0)
(0.0126004 0.0507176 0)
(0.0253464 0.0514841 0)
(0.036249 0.0585711 0)
(0.0414235 0.0658678 0)
(0.0376316 0.0693117 0)
(0.0244338 0.0661091 0)
(0.0102379 0.0642446 0)
(0.000417407 0.0637757 0)
(-0.00292323 0.0645004 0)
(-0.00557701 0.0663757 0)
(-0.00819782 0.0656706 0)
(-0.0103403 0.0601578 0)
(-0.0126699 0.0563994 0)
(-0.0134049 0.0523486 0)
(-0.0128772 0.0518272 0)
(-0.0124679 0.05425 0)
(-0.012155 0.0572492 0)
(-0.0128355 0.0642045 0)
(-0.0165428 0.0674493 0)
(-0.0217687 0.0654623 0)
(-0.0287406 0.0681336 0)
(-0.0416634 0.0716478 0)
(-0.0535992 0.0699457 0)
(-0.0575966 0.0639666 0)
(-0.0529667 0.0573345 0)
(-0.0396796 0.0482997 0)
(-0.0255284 0.0447818 0)
(-0.0121355 0.0486224 0)
(-0.0174302 0.0323454 0)
(0.00426752 -0.0469437 0)
(0.00663124 -0.060432 0)
(0.0198236 -0.0635024 0)
(0.0295465 -0.0563704 0)
(0.0381595 -0.0406421 0)
(0.0390936 -0.0212483 0)
(0.0308596 -0.0124662 0)
(0.0175276 -0.0147614 0)
(0.00870159 -0.0256553 0)
(0.00290837 -0.0321452 0)
(-0.00207283 -0.0370081 0)
(-0.00561753 -0.039767 0)
(-0.00937382 -0.0396081 0)
(-0.0129919 -0.039988 0)
(-0.0136775 -0.0419889 0)
(-0.0136641 -0.0432831 0)
(-0.0145897 -0.0442209 0)
(-0.0170894 -0.0440709 0)
(-0.020334 -0.0403079 0)
(-0.0238614 -0.0363309 0)
(-0.0295453 -0.0286336 0)
(-0.0358731 -0.0193206 0)
(-0.043931 -0.0145899 0)
(-0.0526444 -0.0223975 0)
(-0.0536532 -0.0398482 0)
(-0.0444192 -0.0573347 0)
(-0.0315975 -0.0670236 0)
(-0.0213187 -0.0693346 0)
(-0.00803829 -0.0635031 0)
(-0.00625958 -0.0508908 0)
(0.0103188 -0.0571428 0)
(0.00880992 -0.0649738 0)
(0.0132747 -0.0625723 0)
(0.0164869 -0.0533679 0)
(0.0280801 -0.0375686 0)
(0.0336735 -0.0194105 0)
(0.0342778 -0.00740629 0)
(0.0293444 -0.00632084 0)
(0.0232595 -0.00862652 0)
(0.0151878 -0.00891661 0)
(0.00644524 -0.0101345 0)
(-0.00301773 -0.0101283 0)
(-0.0114943 -0.0122835 0)
(-0.0142235 -0.0203863 0)
(-0.0119669 -0.028123 0)
(-0.00897517 -0.0282752 0)
(-0.00837076 -0.0226888 0)
(-0.0136102 -0.0158747 0)
(-0.023543 -0.0114265 0)
(-0.0330879 -0.0106176 0)
(-0.0393171 -0.00939361 0)
(-0.0438849 -0.00678049 0)
(-0.0472333 -0.00586132 0)
(-0.0497719 -0.0168756 0)
(-0.0425246 -0.0389071 0)
(-0.0295664 -0.0565101 0)
(-0.0201442 -0.066618 0)
(-0.0158927 -0.069835 0)
(-0.0116341 -0.0686977 0)
(-0.00938538 -0.0602003 0)
(0.00623774 -0.0752977 0)
(0.00491035 -0.0826024 0)
(0.00749643 -0.0815439 0)
(0.00765918 -0.0774692 0)
(0.0160713 -0.0621578 0)
(0.0254549 -0.0422927 0)
(0.0309956 -0.02406 0)
(0.0327744 -0.0178982 0)
(0.0296812 -0.0179819 0)
(0.0227483 -0.0178325 0)
(0.0134758 -0.0177268 0)
(0.000630278 -0.0168773 0)
(-0.00940227 -0.0235001 0)
(-0.0121892 -0.0402201 0)
(-0.00768169 -0.0520586 0)
(-0.00180541 -0.0514827 0)
(0.000848588 -0.0407773 0)
(-0.003855 -0.0267611 0)
(-0.0163569 -0.0173891 0)
(-0.029003 -0.0184522 0)
(-0.0363813 -0.0206739 0)
(-0.0400585 -0.0199568 0)
(-0.0434283 -0.0221945 0)
(-0.0421714 -0.038873 0)
(-0.0337446 -0.0676853 0)
(-0.0214786 -0.0848844 0)
(-0.0110765 -0.0910496 0)
(-0.00859078 -0.0880744 0)
(-0.00576979 -0.0851726 0)
(-0.00546518 -0.0766679 0)
(0.00353135 -0.0769569 0)
(-0.000427031 -0.0802886 0)
(-0.000752997 -0.0838275 0)
(0.00361723 -0.0856682 0)
(0.00945104 -0.0740339 0)
(0.0200729 -0.0541478 0)
(0.0265964 -0.0349647 0)
(0.032802 -0.0252825 0)
(0.0308076 -0.0188307 0)
(0.0236666 -0.0179736 0)
(0.0129471 -0.019908 0)
(-0.000970034 -0.0240597 0)
(-0.00964057 -0.0362635 0)
(-0.0103763 -0.0534106 0)
(-0.00530112 -0.0661864 0)
(0.00324292 -0.0655676 0)
(0.00861133 -0.0525727 0)
(0.00685432 -0.0366259 0)
(-0.000859076 -0.0249411 0)
(-0.0125728 -0.0204703 0)
(-0.024857 -0.0195336 0)
(-0.0356465 -0.0212337 0)
(-0.0411532 -0.0281277 0)
(-0.0367768 -0.0494639 0)
(-0.0262936 -0.0779317 0)
(-0.0140198 -0.093597 0)
(-0.00509218 -0.0958898 0)
(0.000177776 -0.0885152 0)
(-0.000127643 -0.0810914 0)
(-0.00267451 -0.0760943 0)
(-0.00191438 -0.066432 0)
(-0.00494241 -0.0770915 0)
(-0.00506208 -0.0856758 0)
(-0.000777602 -0.0898201 0)
(0.00813461 -0.0856344 0)
(0.0190398 -0.0629522 0)
(0.0245599 -0.0416684 0)
(0.0334584 -0.0313409 0)
(0.0317323 -0.0190401 0)
(0.0209732 -0.0169715 0)
(0.0100834 -0.0207763 0)
(-0.00107725 -0.0259872 0)
(-0.00660522 -0.0395476 0)
(-0.00692285 -0.0603124 0)
(-0.00280459 -0.0753726 0)
(0.00524127 -0.0753397 0)
(0.0109729 -0.0610917 0)
(0.0116387 -0.0417512 0)
(0.00689715 -0.0270738 0)
(-0.00172872 -0.0218164 0)
(-0.0138145 -0.0180753 0)
(-0.0266597 -0.0198566 0)
(-0.0348707 -0.0315642 0)
(-0.0290121 -0.0553393 0)
(-0.020555 -0.0847248 0)
(-0.0103155 -0.0980526 0)
(-0.000835531 -0.0986662 0)
(0.00355104 -0.0897658 0)
(0.00376368 -0.0786862 0)
(0.00154984 -0.0666036 0)
(-0.00216427 -0.0550462 0)
(-0.0049661 -0.0669348 0)
(-0.00559617 -0.0779009 0)
(9.96375e-05 -0.0869393 0)
(0.00795802 -0.0858958 0)
(0.0163799 -0.0681031 0)
(0.0199665 -0.0436699 0)
(0.025087 -0.0327136 0)
(0.0257778 -0.01779 0)
(0.0172267 -0.0104726 0)
(0.00505712 -0.0153147 0)
(-0.000554339 -0.0240848 0)
(-0.000745308 -0.0399714 0)
(-0.000161752 -0.0632278 0)
(0.00134135 -0.0790568 0)
(0.00491559 -0.0796707 0)
(0.00994213 -0.0673133 0)
(0.0130647 -0.0460661 0)
(0.0141828 -0.030376 0)
(0.00888803 -0.0176231 0)
(-0.00353897 -0.010982 0)
(-0.0159915 -0.0158025 0)
(-0.0225992 -0.0317009 0)
(-0.0199754 -0.0557416 0)
(-0.0145154 -0.0847046 0)
(-0.00900143 -0.0974623 0)
(-0.00440836 -0.0952169 0)
(0.0019005 -0.0842107 0)
(0.00289258 -0.0707248 0)
(0.00149898 -0.0563748 0)
(-0.00270458 -0.0476549 0)
(-0.00162104 -0.0559471 0)
(-0.00147097 -0.0694216 0)
(0.00228736 -0.0820395 0)
(0.00509047 -0.0827286 0)
(0.0109056 -0.0700139 0)
(0.011176 -0.0431803 0)
(0.0140761 -0.0285009 0)
(0.0188001 -0.0163105 0)
(0.0175762 -0.00497788 0)
(0.00399115 -0.00177109 0)
(-0.000919675 -0.0154427 0)
(0.00406508 -0.0383825 0)
(0.00681077 -0.0625132 0)
(0.00664927 -0.077982 0)
(0.00558275 -0.0791702 0)
(0.00860248 -0.0674902 0)
(0.0108074 -0.0428304 0)
(0.0147969 -0.0262315 0)
(0.0147293 -0.00654005 0)
(0.00441295 0.00320205 0)
(-0.00837747 -0.00922339 0)
(-0.00926572 -0.0308176 0)
(-0.00564387 -0.0568404 0)
(-0.00525672 -0.0831108 0)
(-0.00745995 -0.0954155 0)
(-0.00794692 -0.0918926 0)
(-0.00316556 -0.0781204 0)
(-0.00070272 -0.0631238 0)
(0.00236613 -0.0525472 0)
(0.000928891 -0.0410651 0)
(0.00536757 -0.0467676 0)
(0.00734145 -0.0584095 0)
(0.00676873 -0.0741212 0)
(0.00390048 -0.0773722 0)
(0.00435087 -0.0642616 0)
(0.00358144 -0.0390262 0)
(0.00796857 -0.0265702 0)
(0.0134784 -0.0129344 0)
(0.0183516 0.00303132 0)
(0.0111505 0.00491942 0)
(0.0102521 -0.00784507 0)
(0.0121874 -0.0332525 0)
(0.0108894 -0.0592659 0)
(0.00963972 -0.0779904 0)
(0.00562026 -0.0794778 0)
(0.0066317 -0.0656041 0)
(0.00677366 -0.0391984 0)
(0.0165582 -0.0177417 0)
(0.0162541 0.00393062 0)
(0.0071506 0.0100211 0)
(0.00445146 -0.00255836 0)
(0.004105 -0.0299877 0)
(0.00855749 -0.0548266 0)
(0.00702792 -0.0761448 0)
(-0.00228855 -0.089725 0)
(-0.0101576 -0.0866838 0)
(-0.0080848 -0.0709011 0)
(-0.00525817 -0.0551964 0)
(0.00012261 -0.0462483 0)
(0.00224325 -0.0386307 0)
(0.00835373 -0.0443885 0)
(0.013519 -0.0556613 0)
(0.0149677 -0.0704787 0)
(0.00246476 -0.0741957 0)
(-0.00242021 -0.0571668 0)
(-0.000404266 -0.0363943 0)
(0.00657214 -0.0256084 0)
(0.00894234 -0.0106798 0)
(0.0166241 0.0119502 0)
(0.0138434 0.0149962 0)
(0.0105687 -0.000375215 0)
(0.016036 -0.0323561 0)
(0.0210058 -0.0582518 0)
(0.0150721 -0.0735701 0)
(0.00535503 -0.0762101 0)
(0.00498121 -0.0625707 0)
(0.0066497 -0.0376592 0)
(0.0190104 -0.00908815 0)
(0.0136926 0.00653922 0)
(0.0128916 0.0131714 0)
(0.0179692 -0.00069084 0)
(0.0156031 -0.0233779 0)
(0.0202182 -0.046221 0)
(0.0171162 -0.0662659 0)
(0.00388105 -0.0831005 0)
(-0.0103399 -0.0843031 0)
(-0.0104775 -0.0680144 0)
(-0.00756106 -0.0527347 0)
(-0.00159824 -0.0435463 0)
(0.00406618 -0.0390083 0)
(0.00848569 -0.045828 0)
(0.0141492 -0.0559497 0)
(0.0177801 -0.0690403 0)
(0.00464367 -0.0705477 0)
(-0.00733273 -0.058894 0)
(-0.00240587 -0.0423488 0)
(0.00247362 -0.026818 0)
(0.00758795 -0.00983424 0)
(0.0142276 0.013806 0)
(0.0168837 0.0183088 0)
(0.0108174 0.00202069 0)
(0.0148991 -0.0309508 0)
(0.0206993 -0.0554687 0)
(0.0176575 -0.0679039 0)
(0.00831519 -0.0671238 0)
(0.00483272 -0.0541755 0)
(0.00721226 -0.0335153 0)
(0.019854 -0.00524028 0)
(0.0147852 0.0123311 0)
(0.0140836 0.0182038 0)
(0.0208529 0.00287258 0)
(0.0213226 -0.0202205 0)
(0.0220493 -0.0416208 0)
(0.0200703 -0.0599646 0)
(0.0070969 -0.0763089 0)
(-0.00828172 -0.0805995 0)
(-0.00902032 -0.0668968 0)
(-0.00601049 -0.0541148 0)
(-0.00289209 -0.0440968 0)
(0.00414476 -0.0406774 0)
(0.00597741 -0.0481952 0)
(0.0113037 -0.0580432 0)
(0.0136492 -0.069464 0)
(0.00246215 -0.0637586 0)
(-0.00700075 -0.0577275 0)
(-0.0045939 -0.0398374 0)
(0.00219657 -0.0199046 0)
(0.00515205 -0.00186523 0)
(0.0105959 0.0237634 0)
(0.0123706 0.028463 0)
(0.00842562 0.00699017 0)
(0.0114588 -0.0238987 0)
(0.0190177 -0.0480852 0)
(0.0160478 -0.0587305 0)
(0.00753091 -0.0594001 0)
(0.00621369 -0.0515945 0)
(0.0152646 -0.0342123 0)
(0.0229875 0.000618213 0)
(0.0161539 0.0222544 0)
(0.0170062 0.026661 0)
(0.0275083 0.00863182 0)
(0.0279322 -0.0146486 0)
(0.0257115 -0.0383848 0)
(0.0248083 -0.0573141 0)
(0.00741845 -0.0698694 0)
(-0.0065232 -0.0750834 0)
(-0.00767 -0.0666384 0)
(-0.00341571 -0.0561575 0)
(-0.00251 -0.0449505 0)
(0.00313741 -0.0408665 0)
(0.00326805 -0.0486773 0)
(0.00755061 -0.0570514 0)
(0.00726169 -0.0653294 0)
(-0.000890416 -0.0578074 0)
(-0.0068012 -0.0536212 0)
(-0.00197674 -0.0394525 0)
(0.00177827 -0.0176778 0)
(0.00179778 -0.000122088 0)
(0.00665251 0.0258708 0)
(0.0149238 0.0315685 0)
(0.0140782 0.0101431 0)
(0.0134459 -0.022082 0)
(0.0222007 -0.0424048 0)
(0.0172844 -0.0516772 0)
(0.00567877 -0.0524383 0)
(0.00176743 -0.0485458 0)
(0.0115688 -0.0360118 0)
(0.0165812 0.00368981 0)
(0.0153931 0.0300664 0)
(0.018351 0.0326824 0)
(0.0274714 0.0141022 0)
(0.0311468 -0.0107416 0)
(0.0285476 -0.0317873 0)
(0.027778 -0.0498832 0)
(0.00996011 -0.0643258 0)
(-0.00391216 -0.0678091 0)
(-0.00644692 -0.0640313 0)
(-0.0018129 -0.0559067 0)
(-0.00103185 -0.0427483 0)
(0.00247231 -0.0383372 0)
(0.00230043 -0.0473258 0)
(0.00534016 -0.051883 0)
(0.00244312 -0.0595064 0)
(-0.00680521 -0.0529719 0)
(-0.00756018 -0.0495983 0)
(-0.00295926 -0.0357221 0)
(-0.00337958 -0.0146216 0)
(-0.00334843 0.00464542 0)
(0.00230199 0.0293869 0)
(0.0146714 0.0335125 0)
(0.0207206 0.00908669 0)
(0.0217243 -0.0211055 0)
(0.0284183 -0.036016 0)
(0.0230571 -0.0458106 0)
(0.012313 -0.0478906 0)
(0.0031902 -0.0463812 0)
(0.00686281 -0.0401121 0)
(0.00721423 0.00871105 0)
(0.0119107 0.0391559 0)
(0.01452 0.0434995 0)
(0.0198449 0.0233659 0)
(0.0252084 -0.00577743 0)
(0.0230979 -0.0258211 0)
(0.0270059 -0.0440149 0)
(0.0130576 -0.0589008 0)
(0.00238579 -0.063369 0)
(-0.00224595 -0.0591634 0)
(0.000492127 -0.0530569 0)
(-0.000366878 -0.0388175 0)
(0.00133428 -0.0343679 0)
(0.000893218 -0.0436788 0)
(0.00585231 -0.0468173 0)
(0.00627405 -0.0571268 0)
(-0.0021181 -0.0521251 0)
(-0.00430807 -0.0464503 0)
(-0.0105968 -0.0310411 0)
(-0.0114009 -0.0111055 0)
(-0.00809585 0.0102123 0)
(-0.000684604 0.0304642 0)
(0.0149921 0.0329361 0)
(0.0267609 0.00663666 0)
(0.0235282 -0.0239592 0)
(0.0288119 -0.0381539 0)
(0.0332994 -0.0436268 0)
(0.0244692 -0.04691 0)
(0.0176047 -0.0475687 0)
(0.00939624 -0.0425405 0)
(0.00376057 0.00525857 0)
(0.0106658 0.0413565 0)
(0.0096328 0.0505367 0)
(0.0138907 0.0316472 0)
(0.0139366 0.0015464 0)
(0.0122559 -0.0202366 0)
(0.0212646 -0.0411178 0)
(0.0146183 -0.0535723 0)
(0.00857106 -0.0520976 0)
(0.00109737 -0.0537362 0)
(0.00272787 -0.046634 0)
(0.000215833 -0.0324234 0)
(0.000551905 -0.0298401 0)
(0.00038545 -0.0384379 0)
(0.00542996 -0.0451038 0)
(0.00591093 -0.0545917 0)
(-0.00227804 -0.0512358 0)
(-0.00121431 -0.0482502 0)
(-0.0091939 -0.0340971 0)
(-0.019851 -0.0093051 0)
(-0.0137831 0.0166297 0)
(-0.00336918 0.0338497 0)
(0.0137206 0.0359115 0)
(0.0298833 0.0153228 0)
(0.0419897 -0.0234837 0)
(0.0306575 -0.031414 0)
(0.0374062 -0.0358506 0)
(0.0340747 -0.0439095 0)
(0.0344644 -0.0458309 0)
(0.0172959 -0.0442448 0)
(0.00645971 0.00158663 0)
(0.00773346 0.0475608 0)
(0.0103832 0.0565661 0)
(0.0165351 0.0340183 0)
(0.0126522 0.00513367 0)
(0.0134584 -0.0187004 0)
(0.0137302 -0.0459328 0)
(0.00743552 -0.052355 0)
(0.00163548 -0.043202 0)
(-0.00164425 -0.042182 0)
(-0.00100522 -0.0409804 0)
(-0.00170056 -0.0254415 0)
(0.00163266 -0.0313209 0)
(0.00467903 -0.0404547 0)
(0.0112711 -0.0425225 0)
(0.00804328 -0.0464316 0)
(-0.00448397 -0.0495709 0)
(-0.00770144 -0.054482 0)
(-0.0159662 -0.0376587 0)
(-0.0219316 -0.0124744 0)
(-0.0173642 0.0204731 0)
(-0.0071359 0.0353289 0)
(0.0123348 0.0332006 0)
(0.0316241 0.0158205 0)
(0.0489796 -0.0161044 0)
(0.0451503 -0.0327516 0)
(0.0460851 -0.0398013 0)
(0.0439664 -0.0413926 0)
(0.0476722 -0.0439108 0)
(0.029021 -0.043969 0)
(0.00682536 0.00483953 0)
(0.00996801 0.0425858 0)
(0.0147108 0.0516305 0)
(0.0219746 0.0316908 0)
(0.0219858 0.00474016 0)
(0.0195891 -0.0213287 0)
(0.00897779 -0.0447938 0)
(-0.00133285 -0.0433917 0)
(-0.0112796 -0.0327573 0)
(-0.0107331 -0.0327023 0)
(-0.00699628 -0.037693 0)
(-0.00604389 -0.0226082 0)
(0.00235621 -0.0283656 0)
(0.00814447 -0.05229 0)
(0.00960507 -0.0488217 0)
(0.00985137 -0.0411175 0)
(-0.00394227 -0.0463668 0)
(-0.0100976 -0.0572962 0)
(-0.0210934 -0.0503628 0)
(-0.0269104 -0.0213765 0)
(-0.0211851 0.0101812 0)
(-0.0109744 0.0226764 0)
(0.0105768 0.0189491 0)
(0.0325383 0.00143175 0)
(0.0487381 -0.0288649 0)
(0.0570717 -0.0465458 0)
(0.0580926 -0.0542121 0)
(0.0519086 -0.0471929 0)
(0.0513438 -0.0485966 0)
(0.0360652 -0.0358638 0)
(0.00977628 0.00332661 0)
(0.0182356 0.0312309 0)
(0.0227899 0.0348391 0)
(0.0340554 0.0211133 0)
(0.0324151 -0.00946541 0)
(0.0206097 -0.0370257 0)
(0.000954351 -0.0460777 0)
(-0.011052 -0.0355604 0)
(-0.0209087 -0.0313273 0)
(-0.0170075 -0.0370915 0)
(-0.0121806 -0.0378735 0)
(-0.010066 -0.0231419 0)
(0.00244925 -0.020152 0)
(0.011666 -0.0477777 0)
(0.00818159 -0.0624678 0)
(0.00204179 -0.0571398 0)
(-0.0114478 -0.0594818 0)
(-0.0233971 -0.0719015 0)
(-0.0353911 -0.0687236 0)
(-0.0360671 -0.0453535 0)
(-0.0233507 -0.0186141 0)
(-0.00920353 -0.0102062 0)
(0.0120157 -0.016499 0)
(0.0301213 -0.0329312 0)
(0.0492938 -0.0644794 0)
(0.0564971 -0.0754926 0)
(0.0595465 -0.0719692 0)
(0.0556 -0.0599472 0)
(0.0494183 -0.0488141 0)
(0.0365919 -0.031144 0)
(0.0190499 0.000959028 0)
(0.0287752 0.023985 0)
(0.0315393 0.0257427 0)
(0.0421738 0.007768 0)
(0.0343829 -0.0337912 0)
(0.0192662 -0.0542436 0)
(0.0034303 -0.0555736 0)
(-0.0102696 -0.0469624 0)
(-0.0193392 -0.0472871 0)
(-0.0208664 -0.0550516 0)
(-0.0189795 -0.0484875 0)
(-0.0156495 -0.0343011 0)
(0.00734518 -0.0231161 0)
(0.0112664 -0.0538426 0)
(0.00170473 -0.0772958 0)
(-0.00888661 -0.0790467 0)
(-0.0185581 -0.0790743 0)
(-0.0283985 -0.0769193 0)
(-0.0396976 -0.0785438 0)
(-0.0410918 -0.0796621 0)
(-0.0262078 -0.0599681 0)
(-0.00930289 -0.0480174 0)
(0.00973478 -0.0494079 0)
(0.0282527 -0.0676864 0)
(0.0402556 -0.0940956 0)
(0.044064 -0.102103 0)
(0.0487157 -0.08898 0)
(0.047317 -0.0743506 0)
(0.0406256 -0.0476304 0)
(0.032123 -0.0276909 0)
(0.0205024 -0.00723702 0)
(0.0272541 0.0153787 0)
(0.0374326 0.00717734 0)
(0.0326903 -0.0135193 0)
(0.0320207 -0.0325578 0)
(0.0189927 -0.0511217 0)
(0.00544014 -0.0570407 0)
(-0.00504207 -0.0662672 0)
(-0.0103114 -0.0760232 0)
(-0.0158168 -0.0810346 0)
(-0.0212762 -0.0720915 0)
(-0.0155966 -0.0585468 0)
(0.0128697 -0.0675179 0)
(0.00604655 -0.0882578 0)
(-0.0104729 -0.084 0)
(-0.0192776 -0.068522 0)
(-0.0241412 -0.064053 0)
(-0.0290171 -0.0594005 0)
(-0.0325821 -0.0730758 0)
(-0.0360171 -0.0934726 0)
(-0.034656 -0.0947185 0)
(-0.0183083 -0.0752172 0)
(0.00109441 -0.0664112 0)
(0.0182006 -0.0791884 0)
(0.0295265 -0.105651 0)
(0.0366284 -0.111471 0)
(0.0449791 -0.0979009 0)
(0.0411841 -0.0822563 0)
(0.0321254 -0.0455191 0)
(0.0264268 -0.0204283 0)
(0.0212751 -0.00587549 0)
(0.0260427 0.00534163 0)
(0.0280389 -0.00312155 0)
(0.0242564 -0.0149491 0)
(0.0237316 -0.0284938 0)
(0.0134621 -0.048354 0)
(0.00746871 -0.0591621 0)
(0.00415899 -0.0687083 0)
(0.00151922 -0.0805711 0)
(-0.00273706 -0.0934309 0)
(-0.00989131 -0.103189 0)
(-0.0128143 -0.0926424 0)
(0.00479094 -0.0900342 0)
(-0.00413376 -0.0925812 0)
(-0.00986214 -0.0762517 0)
(-0.0141056 -0.0618266 0)
(-0.0186272 -0.0557079 0)
(-0.0197827 -0.054553 0)
(-0.0212296 -0.0682698 0)
(-0.0259704 -0.0868522 0)
(-0.0322326 -0.0965096 0)
(-0.0325531 -0.0947324 0)
(-0.0100433 -0.0832489 0)
(0.00975346 -0.0870205 0)
(0.0239095 -0.107026 0)
(0.0321851 -0.107248 0)
(0.037392 -0.0948062 0)
(0.0314374 -0.0731923 0)
(0.023756 -0.0453797 0)
(0.0221814 -0.0164312 0)
(0.023735 -0.00641152 0)
(0.0237478 -0.00755633 0)
(0.0226668 -0.00817122 0)
(0.020162 -0.0155664 0)
(0.0188907 -0.025365 0)
(0.0130612 -0.0455275 0)
(0.00894604 -0.0617202 0)
(0.00910731 -0.0680184 0)
(0.00691725 -0.0782261 0)
(0.00448573 -0.0913269 0)
(0.00170361 -0.105875 0)
(-0.00654993 -0.107813 0)
(-0.00037032 -0.0876305 0)
(-0.00825103 -0.0849476 0)
(-0.010443 -0.0697365 0)
(-0.0140863 -0.0553694 0)
(-0.013933 -0.052338 0)
(-0.0102571 -0.0561703 0)
(-0.010059 -0.065891 0)
(-0.0129663 -0.0811056 0)
(-0.0199258 -0.0914686 0)
(-0.0262815 -0.0927125 0)
(-0.0186673 -0.0864575 0)
(0.00312066 -0.0880433 0)
(0.0150436 -0.102715 0)
(0.0211599 -0.101994 0)
(0.0259875 -0.0891451 0)
(0.0229477 -0.0613788 0)
(0.0152002 -0.0383748 0)
(0.0201601 -0.0171947 0)
(0.028588 -0.00713506 0)
(0.0252475 -0.0135219 0)
(0.0192831 -0.0122421 0)
(0.0151638 -0.0179692 0)
(0.013463 -0.0254991 0)
(0.00984568 -0.0474263 0)
(0.00399453 -0.0647924 0)
(0.00857404 -0.0648727 0)
(0.0116597 -0.0712416 0)
(0.00868379 -0.0850953 0)
(0.00514702 -0.0973194 0)
(-0.000339752 -0.103391 0)
(0.000149784 -0.0773109 0)
(-0.00636332 -0.0759131 0)
(-0.0120149 -0.0621529 0)
(-0.0106045 -0.0525779 0)
(-0.00342252 -0.0540098 0)
(0.001319 -0.060016 0)
(0.0023436 -0.0663597 0)
(-0.00330427 -0.0784948 0)
(-0.0105736 -0.0870952 0)
(-0.0148763 -0.090777 0)
(-0.0196071 -0.0939428 0)
(-0.0130575 -0.0947679 0)
(0.000934681 -0.0987702 0)
(0.0101878 -0.094047 0)
(0.0145578 -0.0786238 0)
(0.00889933 -0.0555344 0)
(0.00581879 -0.0327157 0)
(0.0167599 -0.0168761 0)
(0.0291884 -0.0101171 0)
(0.0300636 -0.0147987 0)
(0.0209526 -0.0149855 0)
(0.014039 -0.0176849 0)
(0.0120563 -0.0256673 0)
(0.00937562 -0.0426946 0)
(0.00501083 -0.0619708 0)
(0.00371434 -0.0668743 0)
(0.0106101 -0.067741 0)
(0.0115049 -0.0772726 0)
(0.00356855 -0.0897548 0)
(0.001632 -0.0943692 0)
(-0.002327 -0.0718719 0)
(-0.0080179 -0.0640505 0)
(-0.0100298 -0.0554662 0)
(-0.000708911 -0.0550878 0)
(0.00815649 -0.0604533 0)
(0.0104078 -0.0635902 0)
(0.0122045 -0.0688908 0)
(0.0101334 -0.073283 0)
(-0.000442536 -0.0848284 0)
(-0.00793171 -0.0874556 0)
(-0.0134584 -0.0876797 0)
(-0.0164744 -0.0905107 0)
(-0.00998377 -0.0959534 0)
(0.000634999 -0.0899626 0)
(0.00161959 -0.0677613 0)
(-0.00276437 -0.0513819 0)
(0.000712805 -0.0301904 0)
(0.0136284 -0.0179977 0)
(0.0285795 -0.0138526 0)
(0.0335505 -0.0169083 0)
(0.0271531 -0.018383 0)
(0.0164558 -0.0202373 0)
(0.0151397 -0.0254386 0)
(0.0100009 -0.0369045 0)
(0.0063404 -0.0520961 0)
(-0.00148526 -0.0668108 0)
(0.00360879 -0.0666986 0)
(0.0113225 -0.0704131 0)
(0.00609074 -0.0771615 0)
(0.00303554 -0.0844035 0)
(-0.0103371 -0.0632837 0)
(-0.00359136 -0.0558552 0)
(-0.00069719 -0.0576384 0)
(0.0135702 -0.0628142 0)
(0.0188095 -0.064402 0)
(0.0191756 -0.0661739 0)
(0.0180054 -0.0714405 0)
(0.0192127 -0.0663028 0)
(0.00778428 -0.0805894 0)
(-0.000952578 -0.0874167 0)
(-0.00988317 -0.0854059 0)
(-0.0146288 -0.0867221 0)
(-0.0148817 -0.0912901 0)
(-0.00993271 -0.085722 0)
(-0.00722966 -0.0673711 0)
(-0.00775909 -0.0552611 0)
(-0.000422907 -0.0302323 0)
(0.0122304 -0.020194 0)
(0.0279696 -0.0181684 0)
(0.0337633 -0.0197906 0)
(0.0332865 -0.02092 0)
(0.0255733 -0.018641 0)
(0.0193325 -0.0224128 0)
(0.00723809 -0.0303489 0)
(0.0087273 -0.0371863 0)
(0.00307215 -0.0566609 0)
(-0.00363308 -0.069273 0)
(0.00404324 -0.0706753 0)
(0.00393411 -0.0675782 0)
(0.00683358 -0.0723774 0)
(-0.0136458 -0.0479416 0)
(-0.00571967 -0.0484914 0)
(0.00378687 -0.0616674 0)
(0.0159395 -0.0637517 0)
(0.0204273 -0.0618411 0)
(0.0201784 -0.0629501 0)
(0.0195653 -0.0694153 0)
(0.0217667 -0.0637777 0)
(0.0141082 -0.0715628 0)
(0.00254245 -0.0837477 0)
(-0.00823739 -0.082946 0)
(-0.0151023 -0.0834418 0)
(-0.0158727 -0.0850267 0)
(-0.0160924 -0.085991 0)
(-0.0118153 -0.0701514 0)
(-0.0128972 -0.0609796 0)
(-0.00193359 -0.0317193 0)
(0.0112102 -0.0247011 0)
(0.0251376 -0.0242339 0)
(0.0322789 -0.0214411 0)
(0.0329407 -0.0201197 0)
(0.0332209 -0.0177339 0)
(0.0239636 -0.0189786 0)
(0.00462471 -0.023245 0)
(0.00736856 -0.0285298 0)
(0.00534606 -0.0415711 0)
(-0.00190088 -0.0604358 0)
(-0.00200465 -0.0708538 0)
(-0.000245901 -0.0646448 0)
(0.00678194 -0.0581623 0)
(-0.00458365 -0.0303586 0)
(-0.000481674 -0.0465224 0)
(0.00451025 -0.0582724 0)
(0.0126343 -0.0627736 0)
(0.0156504 -0.0571548 0)
(0.0144381 -0.057682 0)
(0.0146195 -0.0662642 0)
(0.0155571 -0.0676786 0)
(0.0134685 -0.0676572 0)
(0.00380014 -0.0819318 0)
(-0.00788545 -0.0811172 0)
(-0.0163057 -0.0826158 0)
(-0.0179109 -0.0817434 0)
(-0.0192787 -0.0849232 0)
(-0.0173651 -0.0696554 0)
(-0.0130989 -0.0633294 0)
(-0.00369651 -0.035047 0)
(0.00921564 -0.0315186 0)
(0.020751 -0.0296685 0)
(0.0267538 -0.023734 0)
(0.0285819 -0.0188351 0)
(0.0303841 -0.0155469 0)
(0.027861 -0.0166041 0)
(0.00732987 -0.0185796 0)
(0.00574119 -0.0244691 0)
(0.00470895 -0.0341751 0)
(-0.00217478 -0.0543068 0)
(-0.0031243 -0.0690752 0)
(-0.0050183 -0.0690409 0)
(-0.00165264 -0.05034 0)
(0.00372359 -0.0309393 0)
(0.00354127 -0.0463489 0)
(0.0058564 -0.0537857 0)
(0.00972461 -0.0552581 0)
(0.0119079 -0.0507451 0)
(0.0116925 -0.0531834 0)
(0.0105558 -0.0617727 0)
(0.00745805 -0.0669916 0)
(0.00549975 -0.0639821 0)
(-0.0011222 -0.0794996 0)
(-0.0102363 -0.0809897 0)
(-0.0183755 -0.0810298 0)
(-0.0210714 -0.0810003 0)
(-0.0209724 -0.0854187 0)
(-0.0220557 -0.0751911 0)
(-0.0138857 -0.0647999 0)
(-0.00658962 -0.0414504 0)
(0.00541547 -0.0392801 0)
(0.0138815 -0.0357049 0)
(0.0182923 -0.0275337 0)
(0.0225412 -0.0189648 0)
(0.0225198 -0.0142382 0)
(0.0258269 -0.0147179 0)
(0.007923 -0.0181332 0)
(0.00450574 -0.0227738 0)
(0.00330874 -0.0310876 0)
(-0.00190028 -0.0484486 0)
(-0.00566422 -0.068775 0)
(-0.00769336 -0.073534 0)
(-0.00750459 -0.0595829 0)
(0.00853221 -0.0364256 0)
(0.00669188 -0.0507301 0)
(0.0056264 -0.0530606 0)
(0.00830432 -0.0484635 0)
(0.011442 -0.0446736 0)
(0.0120907 -0.0482938 0)
(0.00998014 -0.0541205 0)
(0.00111539 -0.0648832 0)
(-0.00416208 -0.0664263 0)
(-0.00776089 -0.0809099 0)
(-0.0129586 -0.0902508 0)
(-0.0220267 -0.083202 0)
(-0.0250206 -0.0820726 0)
(-0.0255588 -0.0876503 0)
(-0.0284563 -0.0836562 0)
(-0.020603 -0.0656081 0)
(-0.0115902 -0.0465606 0)
(-0.00084206 -0.0471836 0)
(0.00654251 -0.0418044 0)
(0.00900553 -0.0335686 0)
(0.0120654 -0.030302 0)
(0.0143863 -0.014805 0)
(0.017122 -0.00947002 0)
(0.00864154 -0.0104721 0)
(0.00322127 -0.0192281 0)
(0.000939238 -0.0299725 0)
(-0.00415067 -0.0484389 0)
(-0.00990366 -0.0700555 0)
(-0.00922599 -0.0792707 0)
(-0.0101641 -0.0664479 0)
(0.0103388 -0.048359 0)
(0.00805305 -0.0566103 0)
(0.00694719 -0.0508631 0)
(0.00898022 -0.043642 0)
(0.00973876 -0.0393828 0)
(0.0106757 -0.0418687 0)
(0.00652218 -0.0489974 0)
(-0.00203873 -0.0582915 0)
(-0.0104745 -0.0664372 0)
(-0.0144835 -0.0788736 0)
(-0.0149172 -0.0961451 0)
(-0.0241185 -0.0984012 0)
(-0.0298729 -0.0858982 0)
(-0.030184 -0.0895851 0)
(-0.0337981 -0.0869265 0)
(-0.0305811 -0.0688414 0)
(-0.0172564 -0.0537671 0)
(-0.00499986 -0.0547491 0)
(0.00248215 -0.0536047 0)
(0.00233109 -0.054193 0)
(0.00270979 -0.0301402 0)
(0.00865884 -0.00603691 0)
(0.0113102 0.00152842 0)
(0.0145025 0.000180608 0)
(0.00570047 -0.00995075 0)
(0.000404594 -0.0256817 0)
(-0.00537168 -0.0471373 0)
(-0.0108207 -0.0703855 0)
(-0.0100452 -0.0832337 0)
(-0.0110744 -0.0751921 0)
(0.0102276 -0.057821 0)
(0.00780232 -0.057643 0)
(0.00709463 -0.0466806 0)
(0.00725885 -0.0389748 0)
(0.00703138 -0.0355502 0)
(0.00870167 -0.0347396 0)
(0.002612 -0.0378284 0)
(-0.00785876 -0.047576 0)
(-0.0182733 -0.0603579 0)
(-0.0210134 -0.0753083 0)
(-0.0187428 -0.0943855 0)
(-0.0242338 -0.102074 0)
(-0.033797 -0.0987956 0)
(-0.0362852 -0.0893931 0)
(-0.0372799 -0.0828961 0)
(-0.0325841 -0.0697508 0)
(-0.0229285 -0.0626765 0)
(-0.00774956 -0.0704682 0)
(-0.00468361 -0.0797101 0)
(-0.00682667 -0.0593746 0)
(-0.00231463 -0.0235446 0)
(0.00434065 0.00678698 0)
(0.00795739 0.0181734 0)
(0.0142839 0.0137682 0)
(0.016708 0.00287898 0)
(0.00443577 -0.0155875 0)
(-0.00441235 -0.0442858 0)
(-0.00890168 -0.0700536 0)
(-0.00960118 -0.086635 0)
(-0.0112369 -0.082376 0)
(0.0108565 -0.0643937 0)
(0.00811889 -0.0579285 0)
(0.00712017 -0.0460617 0)
(0.00531941 -0.0353658 0)
(0.00206178 -0.0311887 0)
(0.00121563 -0.0248925 0)
(-0.00400205 -0.023288 0)
(-0.0142499 -0.0336024 0)
(-0.022705 -0.0524025 0)
(-0.0262446 -0.0679426 0)
(-0.021916 -0.0905458 0)
(-0.0259784 -0.096241 0)
(-0.0346432 -0.0951383 0)
(-0.039727 -0.0880982 0)
(-0.0395911 -0.0794268 0)
(-0.0334548 -0.0685748 0)
(-0.0230792 -0.0714425 0)
(-0.0185681 -0.116034 0)
(-0.0199436 -0.0983124 0)
(-0.015512 -0.0594693 0)
(-0.00943363 -0.0186797 0)
(0.000139244 0.0172189 0)
(0.00356898 0.0316001 0)
(0.012918 0.0290496 0)
(0.0208734 0.0148356 0)
(0.0163153 -0.00214432 0)
(0.00205305 -0.0369773 0)
(-0.00802671 -0.0713678 0)
(-0.00919116 -0.0888911 0)
(-0.0101305 -0.0887012 0)
(0.0132972 -0.0730875 0)
(0.00822831 -0.0617627 0)
(0.00766508 -0.0462813 0)
(0.00693066 -0.030999 0)
(-0.00363413 -0.024579 0)
(-0.00972956 -0.0179799 0)
(-0.0122959 -0.0170034 0)
(-0.0167573 -0.0296881 0)
(-0.0306328 -0.0536757 0)
(-0.032216 -0.0645179 0)
(-0.0254121 -0.0868334 0)
(-0.0287233 -0.0902789 0)
(-0.036579 -0.0896327 0)
(-0.0414545 -0.0841051 0)
(-0.0417911 -0.0773771 0)
(-0.0350754 -0.070502 0)
(-0.0261735 -0.0902803 0)
(-0.0279604 -0.129649 0)
(-0.0338479 -0.106621 0)
(-0.0264485 -0.0635917 0)
(-0.0195437 -0.0161163 0)
(-0.00838301 0.0236004 0)
(-0.0016752 0.042158 0)
(0.0119108 0.0407838 0)
(0.0207907 0.0304316 0)
(0.0202838 0.00657637 0)
(0.0162352 -0.024597 0)
(-0.00660072 -0.0654381 0)
(-0.0099785 -0.0857789 0)
(-0.00940734 -0.0936434 0)
(0.0126184 -0.0836527 0)
(0.00709349 -0.0652737 0)
(0.00714272 -0.0443176 0)
(0.0046716 -0.0206512 0)
(-0.011304 -0.0128137 0)
(-0.012649 -0.0098155 0)
(-0.0129768 -0.0294665 0)
(-0.0174242 -0.0643962 0)
(-0.0337884 -0.091099 0)
(-0.038471 -0.0876223 0)
(-0.034301 -0.0897997 0)
(-0.0307041 -0.0848045 0)
(-0.0374245 -0.0834781 0)
(-0.0421674 -0.079503 0)
(-0.042572 -0.0746812 0)
(-0.0367493 -0.0714758 0)
(-0.0279761 -0.103032 0)
(-0.0364821 -0.142703 0)
(-0.0448673 -0.106949 0)
(-0.0357581 -0.0722709 0)
(-0.0290839 -0.01773 0)
(-0.0169206 0.023673 0)
(-0.00522943 0.0432573 0)
(0.012563 0.0514793 0)
(0.0218154 0.0461819 0)
(0.0192677 0.0166303 0)
(0.00603794 -0.0286354 0)
(-0.0082589 -0.0619267 0)
(-0.00931223 -0.0829834 0)
(-0.00864377 -0.0943865 0)
(0.00622104 -0.0984486 0)
(0.00622664 -0.0680572 0)
(0.00277347 -0.0393726 0)
(-0.000371891 -0.00927898 0)
(-0.00850854 -0.00641249 0)
(-0.00702192 -0.0247808 0)
(-0.0199173 -0.0539448 0)
(-0.0163442 -0.0992164 0)
(-0.0210048 -0.126834 0)
(-0.0331448 -0.119739 0)
(-0.0345726 -0.0987301 0)
(-0.0286859 -0.082189 0)
(-0.0347484 -0.0789336 0)
(-0.0399505 -0.0750577 0)
(-0.0416782 -0.0714712 0)
(-0.0380418 -0.0717325 0)
(-0.0295126 -0.108287 0)
(-0.0432948 -0.149358 0)
(-0.0505885 -0.101967 0)
(-0.0417744 -0.0705801 0)
(-0.0356289 -0.0168432 0)
(-0.0208026 0.0224426 0)
(-0.00951938 0.0432174 0)
(0.00976366 0.0537187 0)
(0.0200062 0.0488515 0)
(0.0120827 0.0147728 0)
(-0.00666977 -0.0330666 0)
(-0.00868869 -0.0583618 0)
(-0.00920299 -0.0854998 0)
(-0.00879676 -0.0995127 0)
(-0.000740227 -0.105536 0)
(-0.000104249 -0.0702381 0)
(-0.00924033 -0.029757 0)
(-0.0157449 -0.0134258 0)
(-0.0139804 -0.0315486 0)
(-0.0103069 -0.0651919 0)
(-0.0100725 -0.109142 0)
(-0.00590542 -0.148919 0)
(-0.00285714 -0.169913 0)
(-0.0143949 -0.148716 0)
(-0.0252619 -0.10018 0)
(-0.022274 -0.0772087 0)
(-0.0278522 -0.0738598 0)
(-0.0341892 -0.0710134 0)
(-0.0369406 -0.0691662 0)
(-0.0362355 -0.07145 0)
(-0.0265853 -0.115955 0)
(-0.047205 -0.155171 0)
(-0.058271 -0.102875 0)
(-0.0518154 -0.071462 0)
(-0.0405779 -0.0229591 0)
(-0.0254111 0.0225939 0)
(-0.013112 0.0435276 0)
(0.00704261 0.0525925 0)
(0.0226329 0.0509249 0)
(0.0182606 0.0237109 0)
(-0.0022316 -0.0237767 0)
(-0.00576531 -0.0550127 0)
(-0.00644458 -0.086847 0)
(-0.00577271 -0.106271 0)
(-0.010794 -0.102149 0)
(-0.00539267 -0.0723208 0)
(-0.0271559 -0.0357522 0)
(-0.027468 -0.0294147 0)
(-0.0235513 -0.0592646 0)
(-0.0151278 -0.109577 0)
(-0.0120723 -0.147292 0)
(-0.00196941 -0.166096 0)
(0.00930244 -0.176676 0)
(0.010581 -0.176188 0)
(-0.00681986 -0.135716 0)
(-0.0183142 -0.0760681 0)
(-0.0224873 -0.0683615 0)
(-0.0300789 -0.0653612 0)
(-0.0334444 -0.0645011 0)
(-0.0333373 -0.0697899 0)
(-0.0302276 -0.134138 0)
(-0.0546682 -0.170408 0)
(-0.0665378 -0.117251 0)
(-0.0642705 -0.0782017 0)
(-0.0426105 -0.028554 0)
(-0.0282361 0.0212496 0)
(-0.0155427 0.0425956 0)
(0.00535116 0.0521225 0)
(0.025025 0.0520396 0)
(0.0292553 0.0351599 0)
(0.00915605 -0.00940302 0)
(0.00116558 -0.0531676 0)
(-0.00242949 -0.086958 0)
(-0.002805 -0.112119 0)
(-0.0209264 -0.090516 0)
(-0.0129167 -0.0805642 0)
(-0.0316241 -0.0589517 0)
(-0.0324135 -0.0676992 0)
(-0.0231727 -0.0985162 0)
(-0.0108161 -0.127453 0)
(0.000419035 -0.157822 0)
(0.0113995 -0.168084 0)
(0.0197898 -0.171067 0)
(0.0227753 -0.168948 0)
(0.0116714 -0.149471 0)
(-0.0100201 -0.109117 0)
(-0.0186831 -0.0662688 0)
(-0.0269359 -0.0601817 0)
(-0.0311021 -0.060514 0)
(-0.0298692 -0.0846835 0)
(-0.0376108 -0.161954 0)
(-0.0576064 -0.184782 0)
(-0.0723102 -0.140572 0)
(-0.0724854 -0.0870362 0)
(-0.0495781 -0.0373717 0)
(-0.0304947 0.0112683 0)
(-0.0164213 0.0379619 0)
(0.00205316 0.0506696 0)
(0.0250946 0.0561762 0)
(0.0359111 0.0401755 0)
(0.023232 -0.00258043 0)
(0.0104093 -0.0420025 0)
(0.00193987 -0.0863131 0)
(-0.000681052 -0.114445 0)
(-0.0166896 -0.0825876 0)
(-0.0125544 -0.0849324 0)
(-0.0205673 -0.0760637 0)
(-0.0115435 -0.0829754 0)
(-0.00385473 -0.106148 0)
(0.00530802 -0.13376 0)
(0.0164307 -0.163035 0)
(0.0225289 -0.166154 0)
(0.0269492 -0.162003 0)
(0.0279809 -0.157481 0)
(0.0201736 -0.144471 0)
(0.00243318 -0.120802 0)
(-0.0129746 -0.0864088 0)
(-0.024165 -0.0573821 0)
(-0.0280884 -0.0663758 0)
(-0.0345111 -0.121839 0)
(-0.0415452 -0.176188 0)
(-0.0561578 -0.192538 0)
(-0.0761709 -0.167537 0)
(-0.0780457 -0.092533 0)
(-0.0581225 -0.045678 0)
(-0.0354601 -0.00564943 0)
(-0.0192758 0.0267008 0)
(-0.00131087 0.044283 0)
(0.0222497 0.0560018 0)
(0.037714 0.0456484 0)
(0.0332683 0.0118805 0)
(0.0187306 -0.0265143 0)
(0.00894225 -0.0733667 0)
(-0.00055491 -0.109674 0)
(-0.0138413 -0.0762162 0)
(-0.00444737 -0.0832671 0)
(-0.00517952 -0.0788856 0)
(0.00215087 -0.0872232 0)
(0.0115051 -0.110033 0)
(0.0194261 -0.136564 0)
(0.0246392 -0.165896 0)
(0.0289366 -0.16115 0)
(0.0314535 -0.149868 0)
(0.0312471 -0.144767 0)
(0.0236829 -0.134743 0)
(0.00805097 -0.117302 0)
(-0.00343912 -0.100032 0)
(-0.0227298 -0.0613809 0)
(-0.0276897 -0.0922331 0)
(-0.0344071 -0.141224 0)
(-0.0392241 -0.181307 0)
(-0.0539512 -0.200581 0)
(-0.0772287 -0.176868 0)
(-0.0792551 -0.107919 0)
(-0.0664746 -0.0524481 0)
(-0.0416873 -0.0200177 0)
(-0.0225724 0.0129278 0)
(-0.00531874 0.03516 0)
(0.0175318 0.0505993 0)
(0.036473 0.0469842 0)
(0.0386947 0.0243146 0)
(0.0296652 -0.00466809 0)
(0.0158872 -0.0549193 0)
(-0.0011645 -0.099389 0)
(-0.00563729 -0.0745721 0)
(0.000779273 -0.0808156 0)
(-4.49173e-05 -0.078625 0)
(0.00689889 -0.0871385 0)
(0.0170335 -0.109064 0)
(0.0273322 -0.134881 0)
(0.0308725 -0.170317 0)
(0.0325312 -0.160856 0)
(0.0319128 -0.140132 0)
(0.0319383 -0.129646 0)
(0.0261017 -0.123919 0)
(0.0117343 -0.109808 0)
(0.00162842 -0.101094 0)
(-0.019646 -0.0710207 0)
(-0.0262975 -0.103235 0)
(-0.0308983 -0.138283 0)
(-0.0369392 -0.173232 0)
(-0.0553786 -0.198276 0)
(-0.0766591 -0.181354 0)
(-0.0804149 -0.125452 0)
(-0.0718469 -0.0614029 0)
(-0.0477649 -0.0284604 0)
(-0.0257685 -0.0025907 0)
(-0.00816453 0.0237557 0)
(0.0131721 0.0445468 0)
(0.0343911 0.0471211 0)
(0.0393166 0.0323882 0)
(0.0351463 0.00943137 0)
(0.0199376 -0.0386211 0)
(0.00120719 -0.0870468 0)
(-0.00311276 -0.0723591 0)
(0.000253148 -0.0775934 0)
(-8.30833e-05 -0.0765339 0)
(0.00789602 -0.0849698 0)
(0.018895 -0.105671 0)
(0.0319069 -0.130776 0)
(0.0388424 -0.164147 0)
(0.0381445 -0.174548 0)
(0.030597 -0.140197 0)
(0.0314473 -0.11592 0)
(0.0265105 -0.1109 0)
(0.0142755 -0.102512 0)
(0.00386078 -0.0971335 0)
(-0.0128004 -0.0861218 0)
(-0.0244019 -0.105846 0)
(-0.0288395 -0.134116 0)
(-0.0369531 -0.16641 0)
(-0.063486 -0.197899 0)
(-0.0752622 -0.180947 0)
(-0.0782967 -0.137046 0)
(-0.0731569 -0.0719118 0)
(-0.0529242 -0.0359107 0)
(-0.030236 -0.012877 0)
(-0.010124 0.00845425 0)
(0.00987858 0.034107 0)
(0.0343363 0.0477649 0)
(0.0452436 0.0405161 0)
(0.0439009 0.0180237 0)
(0.0228229 -0.0297406 0)
(0.00242905 -0.0774259 0)
(-0.00516724 -0.068899 0)
(-0.00363709 -0.072892 0)
(-0.00139408 -0.0753495 0)
(0.00859266 -0.086997 0)
(0.0213419 -0.107823 0)
(0.0356465 -0.129624 0)
(0.0415812 -0.157989 0)
(0.04384 -0.179935 0)
(0.0324981 -0.14585 0)
(0.0285676 -0.103059 0)
(0.0255419 -0.0994032 0)
(0.0158135 -0.0945049 0)
(0.00421172 -0.0918633 0)
(-0.00848081 -0.0893556 0)
(-0.0258083 -0.109204 0)
(-0.0293 -0.13015 0)
(-0.0393843 -0.162889 0)
(-0.0682168 -0.189577 0)
(-0.0734079 -0.176153 0)
(-0.0754964 -0.148655 0)
(-0.072612 -0.0869913 0)
(-0.0560787 -0.0441907 0)
(-0.0346223 -0.0193633 0)
(-0.0134646 -0.000566113 0)
(0.00495007 0.0174255 0)
(0.0305037 0.0362781 0)
(0.0487578 0.0429429 0)
(0.0481057 0.0212601 0)
(0.024065 -0.0274918 0)
(0.00118357 -0.0718507 0)
(-0.00930308 -0.0624133 0)
(-0.00471458 -0.0699868 0)
(0.000366738 -0.076045 0)
(0.0112579 -0.0912953 0)
(0.0224516 -0.109119 0)
(0.0354044 -0.126556 0)
(0.0389153 -0.149904 0)
(0.0392516 -0.177784 0)
(0.0300889 -0.146378 0)
(0.0225626 -0.0976028 0)
(0.0203226 -0.0889301 0)
(0.0137814 -0.0869333 0)
(0.00434638 -0.0887124 0)
(-0.00666304 -0.08759 0)
(-0.0261004 -0.108952 0)
(-0.0317472 -0.12871 0)
(-0.0452473 -0.166272 0)
(-0.0657591 -0.17551 0)
(-0.0687441 -0.169774 0)
(-0.0697326 -0.155316 0)
(-0.0681635 -0.108325 0)
(-0.0555563 -0.0549724 0)
(-0.0358902 -0.0225775 0)
(-0.0157436 -0.00282654 0)
(0.00136894 0.00809247 0)
(0.0229145 0.0222025 0)
(0.0461292 0.032297 0)
(0.0553349 0.0298086 0)
(0.027321 -0.0190327 0)
(0.00414761 -0.0760218 0)
(-0.00947313 -0.0530367 0)
(-0.00289614 -0.0698586 0)
(0.00273813 -0.0782791 0)
(0.0132157 -0.0903876 0)
(0.020823 -0.103776 0)
(0.0315418 -0.115159 0)
(0.0328921 -0.13453 0)
(0.0315232 -0.166982 0)
(0.0261505 -0.164366 0)
(0.0126676 -0.110137 0)
(0.0123821 -0.0815586 0)
(0.0115595 -0.0808889 0)
(0.00453084 -0.086527 0)
(-0.00539237 -0.0873936 0)
(-0.0214638 -0.105747 0)
(-0.0325373 -0.131243 0)
(-0.0459214 -0.159311 0)
(-0.060121 -0.162659 0)
(-0.0633319 -0.161384 0)
(-0.0630539 -0.15535 0)
(-0.0612346 -0.124422 0)
(-0.0528559 -0.0635283 0)
(-0.0352862 -0.0224668 0)
(-0.0154872 -0.00148783 0)
(0.000779316 0.00457334 0)
(0.0178152 0.0139352 0)
(0.0410236 0.0209948 0)
(0.0561029 0.0245615 0)
(0.0374351 -0.00135455 0)
(0.011107 -0.0706429 0)
(-0.00511235 -0.0462169 0)
(0.00076376 -0.0688549 0)
(0.00418932 -0.0752291 0)
(0.0120499 -0.0840625 0)
(0.0172033 -0.0912512 0)
(0.0242403 -0.0993986 0)
(0.0250424 -0.118492 0)
(0.0231607 -0.15755 0)
(0.0251395 -0.170957 0)
(0.0108899 -0.147635 0)
(-0.000996982 -0.0861726 0)
(0.00700336 -0.0789999 0)
(0.00479902 -0.0855604 0)
(-0.00383272 -0.0889546 0)
(-0.0181293 -0.10301 0)
(-0.0307808 -0.128929 0)
(-0.044249 -0.148348 0)
(-0.0537676 -0.152527 0)
(-0.0561729 -0.152401 0)
(-0.0560345 -0.151853 0)
(-0.0534211 -0.128467 0)
(-0.0492218 -0.0721613 0)
(-0.0336207 -0.0230201 0)
(-0.0145991 -0.000917359 0)
(0.00176687 0.00535014 0)
(0.0147609 0.0110958 0)
(0.0352102 0.0182575 0)
(0.0514615 0.0191692 0)
(0.0340311 0.00137587 0)
(0.00845464 -0.0608067 0)
(-0.00392759 -0.0412235 0)
(0.0033717 -0.0624681 0)
(0.00249771 -0.0666661 0)
(0.0092581 -0.0735507 0)
(0.0103422 -0.078159 0)
(0.0161172 -0.0864248 0)
(0.0180906 -0.10685 0)
(0.0151216 -0.151481 0)
(0.0204926 -0.167811 0)
(0.01709 -0.162712 0)
(-0.000438239 -0.119776 0)
(0.00159566 -0.0852922 0)
(0.00560858 -0.0875943 0)
(-0.00135079 -0.0935188 0)
(-0.014841 -0.102611 0)
(-0.0277455 -0.122368 0)
(-0.0417449 -0.140234 0)
(-0.0466075 -0.143864 0)
(-0.048543 -0.144549 0)
(-0.048057 -0.14856 0)
(-0.0450792 -0.133486 0)
(-0.0422426 -0.0818847 0)
(-0.0319663 -0.024954 0)
(-0.0134418 -0.00175485 0)
(0.00185214 0.00770537 0)
(0.0123834 0.0146091 0)
(0.0291677 0.0242001 0)
(0.0456847 0.0241238 0)
(0.0303845 0.0107137 0)
(0.00777685 -0.0542732 0)
(-0.00260235 -0.0336505 0)
(0.00503154 -0.0527655 0)
(5.97247e-05 -0.0558966 0)
(0.00390404 -0.062806 0)
(0.00338717 -0.0657574 0)
(0.00923924 -0.075455 0)
(0.0142664 -0.0990586 0)
(0.0139649 -0.141121 0)
(0.0157207 -0.164992 0)
(0.0208269 -0.16449 0)
(0.00580702 -0.135511 0)
(0.00323677 -0.0951454 0)
(0.00802883 -0.092179 0)
(0.00179453 -0.096839 0)
(-0.0109988 -0.102087 0)
(-0.0255336 -0.118503 0)
(-0.0394084 -0.132963 0)
(-0.038795 -0.135646 0)
(-0.0409234 -0.138653 0)
(-0.0407361 -0.143328 0)
(-0.0369343 -0.1358 0)
(-0.033852 -0.0940624 0)
(-0.0288941 -0.0294948 0)
(-0.0133813 -0.00478677 0)
(-0.000723501 0.0120268 0)
(0.0063688 0.0212972 0)
(0.0218809 0.0352736 0)
(0.0393467 0.0349199 0)
(0.0258961 0.0166125 0)
(0.00976769 -0.0491622 0)
(0.00308275 -0.0279043 0)
(0.00446998 -0.0402245 0)
(-0.00464604 -0.0451218 0)
(-0.00121597 -0.0521437 0)
(-0.00199672 -0.0543638 0)
(0.00641777 -0.0686269 0)
(0.0147922 -0.0939977 0)
(0.0187449 -0.131586 0)
(0.0146621 -0.170611 0)
(0.0189956 -0.170789 0)
(0.015072 -0.154587 0)
(0.00917542 -0.106294 0)
(0.0109101 -0.0965568 0)
(0.00545661 -0.0992162 0)
(-0.00679032 -0.102958 0)
(-0.0220949 -0.113826 0)
(-0.0361754 -0.128964 0)
(-0.0334229 -0.13611 0)
(-0.0347059 -0.13441 0)
(-0.0348546 -0.137972 0)
(-0.0312679 -0.134725 0)
(-0.0262962 -0.110298 0)
(-0.0227105 -0.0456654 0)
(-0.0120867 -0.0159403 0)
(-0.00399258 0.0116087 0)
(-0.000115451 0.0249251 0)
(0.0126431 0.0439829 0)
(0.0320272 0.0444239 0)
(0.0204052 0.0216022 0)
(0.0129361 -0.0444862 0)
(0.005194 -0.0265975 0)
(0.00702352 -0.0321911 0)
(-0.00876722 -0.0338251 0)
(-0.00449556 -0.0411174 0)
(-0.00318371 -0.0482901 0)
(0.00573972 -0.0652183 0)
(0.0156264 -0.0904071 0)
(0.0231595 -0.127415 0)
(0.0271692 -0.174825 0)
(0.0287007 -0.191559 0)
(0.0251174 -0.174103 0)
(0.0131858 -0.115872 0)
(0.0141106 -0.100534 0)
(0.0105459 -0.101113 0)
(-0.00271978 -0.103139 0)
(-0.0190571 -0.109835 0)
(-0.0293144 -0.129178 0)
(-0.0273728 -0.130944 0)
(-0.0296598 -0.130871 0)
(-0.0304562 -0.132495 0)
(-0.027595 -0.131054 0)
(-0.0222523 -0.118561 0)
(-0.0180896 -0.0728859 0)
(-0.00894481 -0.0345112 0)
(-0.00728705 0.00459491 0)
(-0.00191017 0.0181475 0)
(0.00709535 0.0441243 0)
(0.0248346 0.0491526 0)
(0.0157028 0.0305296 0)
(0.0174585 -0.0370684 0)
(0.00465563 -0.0240062 0)
(0.00630916 -0.0248218 0)
(-0.00617489 -0.0255542 0)
(-0.00494613 -0.0363906 0)
(-0.00256952 -0.0457826 0)
(0.00502594 -0.0627439 0)
(0.0159341 -0.0906298 0)
(0.0281934 -0.132983 0)
(0.0350889 -0.181534 0)
(0.03784 -0.2008 0)
(0.034862 -0.190412 0)
(0.0213582 -0.136452 0)
(0.0221972 -0.102887 0)
(0.0164084 -0.1014 0)
(0.00268222 -0.101798 0)
(-0.0150416 -0.104675 0)
(-0.0236092 -0.124158 0)
(-0.0224594 -0.124341 0)
(-0.0256933 -0.125857 0)
(-0.0265176 -0.126183 0)
(-0.0253401 -0.125432 0)
(-0.0216524 -0.119379 0)
(-0.0178848 -0.100319 0)
(-0.0112116 -0.0616935 0)
(-0.00622791 -0.0149002 0)
(0.00211185 0.000116741 0)
(0.00530704 0.0323508 0)
(0.0223378 0.0500988 0)
(0.0116306 0.03292 0)
(0.0202411 -0.0332897 0)
(0.00166254 -0.0185602 0)
(0.00529478 -0.0181131 0)
(-0.00214318 -0.0221225 0)
(-0.00103572 -0.0359026 0)
(0.00164626 -0.044599 0)
(0.00842281 -0.064994 0)
(0.0208772 -0.097044 0)
(0.0363564 -0.142636 0)
(0.043852 -0.18821 0)
(0.0462962 -0.206724 0)
(0.0428604 -0.199233 0)
(0.0313007 -0.162261 0)
(0.0274868 -0.104356 0)
(0.0218952 -0.0993825 0)
(0.00683134 -0.0979972 0)
(-0.0107731 -0.102598 0)
(-0.017142 -0.117994 0)
(-0.0175781 -0.119867 0)
(-0.0215613 -0.120073 0)
(-0.0226936 -0.119379 0)
(-0.0224242 -0.118828 0)
(-0.021985 -0.121197 0)
(-0.0205811 -0.114366 0)
(-0.0200525 -0.0892317 0)
(-0.00929809 -0.0496814 0)
(0.0068685 -0.0215339 0)
(0.00677925 0.0127785 0)
(0.0265726 0.0470203 0)
(0.0176705 0.0312107 0)
(0.021404 -0.028813 0)
(-0.00110048 -0.013284 0)
(0.00511745 -0.0162811 0)
(-0.00578621 -0.0185019 0)
(-0.00134632 -0.0353819 0)
(0.00678347 -0.0485693 0)
(0.0208732 -0.0753503 0)
(0.0343066 -0.110259 0)
(0.0450277 -0.150075 0)
(0.0509623 -0.193981 0)
(0.0529754 -0.208503 0)
(0.0479585 -0.197493 0)
(0.0384102 -0.153167 0)
(0.0320426 -0.112179 0)
(0.0257376 -0.0971807 0)
(0.0115992 -0.0950537 0)
(-0.00556866 -0.100924 0)
(-0.0106089 -0.114671 0)
(-0.0119105 -0.11588 0)
(-0.0174328 -0.114656 0)
(-0.0188319 -0.114662 0)
(-0.0189498 -0.12023 0)
(-0.020164 -0.121567 0)
(-0.0239469 -0.112311 0)
(-0.0212892 -0.0937698 0)
(-0.0129226 -0.0727041 0)
(0.000134031 -0.0472207 0)
(0.00993427 -0.0156513 0)
(0.0274078 0.0292739 0)
(0.02695 0.0194942 0)
(0.0248168 -0.0248072 0)
(-0.00564064 -0.00892142 0)
(0.00220761 -0.0111293 0)
(-0.00703933 -0.0176412 0)
(0.00531195 -0.042444 0)
(0.0216497 -0.061756 0)
(0.0351844 -0.0865075 0)
(0.0437382 -0.116029 0)
(0.0525306 -0.155365 0)
(0.0592687 -0.195407 0)
(0.0608031 -0.206876 0)
(0.0548809 -0.189415 0)
(0.0460007 -0.143924 0)
(0.0372478 -0.109495 0)
(0.026313 -0.0979267 0)
(0.0140655 -0.0927117 0)
(-0.000613769 -0.0978812 0)
(-0.00131969 -0.111282 0)
(-0.00694792 -0.111415 0)
(-0.0120799 -0.110572 0)
(-0.0128658 -0.115773 0)
(-0.0152582 -0.11993 0)
(-0.0200945 -0.115568 0)
(-0.0248538 -0.100779 0)
(-0.020248 -0.0879407 0)
(-0.0113272 -0.0722249 0)
(-0.00213452 -0.0555132 0)
(0.00677568 -0.0390449 0)
(0.023645 -0.000116486 0)
(0.0327099 -0.000797259 0)
(0.0334878 -0.014517 0)
(-0.0132856 0.000166329 0)
(0.00158986 -0.00423825 0)
(0.00308576 -0.0223127 0)
(0.020291 -0.0537648 0)
(0.0320013 -0.0729406 0)
(0.0407581 -0.0920135 0)
(0.049771 -0.118 0)
(0.0595121 -0.158542 0)
(0.0681255 -0.195618 0)
(0.0701734 -0.204052 0)
(0.0619364 -0.1811 0)
(0.052896 -0.135087 0)
(0.0422656 -0.104346 0)
(0.0297509 -0.0935185 0)
(0.0158732 -0.0913469 0)
(0.00329873 -0.094597 0)
(0.00360712 -0.111715 0)
(-0.0027496 -0.1061 0)
(-0.00586686 -0.107277 0)
(-0.00793306 -0.113135 0)
(-0.0119175 -0.115673 0)
(-0.0201379 -0.103901 0)
(-0.0212187 -0.0898519 0)
(-0.0177609 -0.0779027 0)
(-0.0112556 -0.0647959 0)
(-0.000633355 -0.0526345 0)
(0.0119255 -0.041321 0)
(0.0188533 -0.0180449 0)
(0.0305068 -0.00770519 0)
(0.0285163 -0.000775359 0)
(-0.00876084 0.0131999 0)
(0.00574143 -0.00208735 0)
(0.012639 -0.029607 0)
(0.0254779 -0.0590775 0)
(0.0329494 -0.0760362 0)
(0.0418958 -0.0939225 0)
(0.053308 -0.120532 0)
(0.0668207 -0.16235 0)
(0.0763792 -0.19559 0)
(0.0765256 -0.201131 0)
(0.067587 -0.175723 0)
(0.0583255 -0.138535 0)
(0.0482729 -0.098443 0)
(0.0336247 -0.0868681 0)
(0.0195949 -0.0857071 0)
(0.00674329 -0.093109 0)
(0.00984402 -0.112262 0)
(0.00260996 -0.105123 0)
(-0.000611853 -0.102103 0)
(-0.00389916 -0.10898 0)
(-0.00964362 -0.108851 0)
(-0.0171348 -0.0925658 0)
(-0.0170374 -0.0793567 0)
(-0.0167532 -0.0668071 0)
(-0.0105539 -0.0540464 0)
(0.000485072 -0.0452428 0)
(0.0125666 -0.0356745 0)
(0.0199392 -0.0224899 0)
(0.0187213 -0.010463 0)
(0.01112 0.0128675 0)
(0.00595039 0.0165641 0)
(0.00725085 -0.00598012 0)
(0.0138054 -0.0301868 0)
(0.0240267 -0.0549668 0)
(0.0317108 -0.0757735 0)
(0.0424389 -0.0964237 0)
(0.0583205 -0.127925 0)
(0.0771655 -0.170024 0)
(0.0856444 -0.19811 0)
(0.0830162 -0.198967 0)
(0.0725107 -0.173019 0)
(0.062352 -0.144803 0)
(0.0524631 -0.101282 0)
(0.0375482 -0.0809143 0)
(0.0263178 -0.0803358 0)
(0.0248542 -0.105534 0)
(0.0181536 -0.112072 0)
(0.0107516 -0.104766 0)
(0.00441367 -0.0998195 0)
(-0.00210394 -0.105278 0)
(-0.00848541 -0.0994766 0)
(-0.0128238 -0.083892 0)
(-0.0139392 -0.0686671 0)
(-0.0159419 -0.0541562 0)
(-0.0114087 -0.0417261 0)
(0.000916748 -0.0333574 0)
(0.00956157 -0.0269332 0)
(0.0104853 -0.0177411 0)
(0.00683915 -0.00375514 0)
(-0.00595283 0.017181 0)
(0.00793103 0.0115706 0)
(0.00537903 -0.00763434 0)
(0.0101128 -0.0247995 0)
(0.0209709 -0.0475089 0)
(0.0316867 -0.0746133 0)
(0.0479011 -0.103924 0)
(0.0706265 -0.140579 0)
(0.0900482 -0.179273 0)
(0.0965832 -0.201428 0)
(0.0971225 -0.205408 0)
(0.0855206 -0.187313 0)
(0.0728437 -0.160042 0)
(0.0562846 -0.114376 0)
(0.0400531 -0.0862398 0)
(0.0451787 -0.105226 0)
(0.0354646 -0.109479 0)
(0.0237648 -0.106292 0)
(0.016616 -0.100196 0)
(0.00859313 -0.0989113 0)
(0.00137155 -0.099515 0)
(-0.00640812 -0.0880731 0)
(-0.0114264 -0.0739925 0)
(-0.0150745 -0.0572105 0)
(-0.0148173 -0.0416025 0)
(-0.01179 -0.0296651 0)
(-0.00168511 -0.0205483 0)
(0.000899188 -0.0152624 0)
(0.00246181 -0.0100383 0)
(0.00285734 0.00218153 0)
(-0.00737467 0.0176714 0)
(0.00355314 0.0116155 0)
(0.00347383 -0.00375411 0)
(0.00407468 -0.0172634 0)
(0.020342 -0.0455032 0)
(0.0364732 -0.0795349 0)
(0.0601712 -0.116823 0)
(0.0847252 -0.153445 0)
(0.100516 -0.18301 0)
(0.105666 -0.201053 0)
(0.106543 -0.203488 0)
(0.104965 -0.20004 0)
(0.0995088 -0.197433 0)
(0.0767662 -0.163222 0)
(0.0564937 -0.131251 0)
(0.0540667 -0.120414 0)
(0.0414744 -0.10293 0)
(0.0278392 -0.0939497 0)
(0.0204043 -0.0910722 0)
(0.0114438 -0.0950144 0)
(0.00254112 -0.0940456 0)
(-0.00827806 -0.0793164 0)
(-0.0151607 -0.0633947 0)
(-0.0170045 -0.0464056 0)
(-0.0146804 -0.0296462 0)
(-0.0135156 -0.0158799 0)
(-0.00976682 -0.00637502 0)
(-0.00516664 -0.00401008 0)
(0.000310658 -0.00153967 0)
(0.00129675 0.00757427 0)
(-0.00577491 0.0184126 0)
(-0.00211753 0.0170041 0)
(0.000799804 0.00180786 0)
(0.00267345 -0.0156907 0)
(0.0246571 -0.0477726 0)
(0.0493623 -0.093858 0)
(0.0765408 -0.132506 0)
(0.0955563 -0.158367 0)
(0.108867 -0.183409 0)
(0.112315 -0.197039 0)
(0.11329 -0.198786 0)
(0.113374 -0.197449 0)
(0.108531 -0.201783 0)
(0.0918216 -0.19325 0)
(0.0669712 -0.16816 0)
(0.0547596 -0.116901 0)
(0.0417801 -0.0946515 0)
(0.0296767 -0.0859874 0)
(0.0209224 -0.0844604 0)
(0.0104725 -0.0886462 0)
(-0.000727963 -0.0898835 0)
(-0.0128706 -0.0695644 0)
(-0.0196735 -0.0497517 0)
(-0.0200122 -0.0359744 0)
(-0.01885 -0.0193691 0)
(-0.0197708 -0.000785866 0)
(-0.0171121 0.00768272 0)
(-0.00729943 0.00536127 0)
(-0.000254294 0.0071493 0)
(-1.70824e-06 0.0133005 0)
(-0.00400176 0.0194722 0)
(-0.00442642 0.0252636 0)
(0.00318126 0.0063404 0)
(0.00824763 -0.0163482 0)
(0.0403651 -0.066601 0)
(0.0684778 -0.111881 0)
(0.0862265 -0.13994 0)
(0.103237 -0.159675 0)
(0.114956 -0.181232 0)
(0.117229 -0.192168 0)
(0.118583 -0.195134 0)
(0.116462 -0.194747 0)
(0.110142 -0.195538 0)
(0.0934755 -0.191278 0)
(0.0715733 -0.171951 0)
(0.0532336 -0.126648 0)
(0.0403765 -0.0918155 0)
(0.0275484 -0.0804885 0)
(0.0163516 -0.0799527 0)
(0.00680276 -0.0864721 0)
(-0.0045218 -0.0831878 0)
(-0.0185508 -0.0549298 0)
(-0.024249 -0.0387629 0)
(-0.0250191 -0.0247231 0)
(-0.0285995 -0.00811901 0)
(-0.0308402 0.00940517 0)
(-0.0203868 0.019998 0)
(-0.00792478 0.0178397 0)
(-0.00203131 0.0151775 0)
(-0.00309071 0.0187645 0)
(-0.00451037 0.0206564 0)
(-0.00500975 0.0428342 0)
(0.00692605 0.0133268 0)
(0.0261982 -0.0395663 0)
(0.0593173 -0.0911043 0)
(0.0769774 -0.122033 0)
(0.0922926 -0.142756 0)
(0.108315 -0.159614 0)
(0.118099 -0.180071 0)
(0.120346 -0.190999 0)
(0.119663 -0.192906 0)
(0.116014 -0.190452 0)
(0.108382 -0.18789 0)
(0.0920847 -0.184325 0)
(0.0717345 -0.167045 0)
(0.0535036 -0.130102 0)
(0.0369991 -0.100357 0)
(0.0246089 -0.0778342 0)
(0.0122856 -0.0760555 0)
(0.00388056 -0.0811639 0)
(-0.010464 -0.0706887 0)
(-0.0265292 -0.0413466 0)
(-0.0313325 -0.0280942 0)
(-0.034239 -0.0146734 0)
(-0.0365341 -0.00169839 0)
(-0.0357203 0.0134103 0)
(-0.0274588 0.0276268 0)
(-0.0126769 0.0272975 0)
(-0.00246674 0.0261527 0)
(-0.00805348 0.0224065 0)
(-0.00528139 0.0229263 0)
(-0.00193216 0.0547396 0)
(0.0184993 0.00346539 0)
(0.043098 -0.0624553 0)
(0.0648567 -0.103039 0)
(0.0809915 -0.127703 0)
(0.0954823 -0.14553 0)
(0.110833 -0.160949 0)
(0.120479 -0.180745 0)
(0.120155 -0.189011 0)
(0.117986 -0.187645 0)
(0.112727 -0.181409 0)
(0.104956 -0.178064 0)
(0.0894968 -0.175247 0)
(0.0721127 -0.155233 0)
(0.0554317 -0.126456 0)
(0.0386863 -0.105034 0)
(0.0225181 -0.0781442 0)
(0.0105167 -0.0699578 0)
(0.0018063 -0.0726756 0)
(-0.0148465 -0.0583783 0)
(-0.0336625 -0.0309763 0)
(-0.0416034 -0.0203105 0)
(-0.0423593 -0.00910132 0)
(-0.0394645 0.000539902 0)
(-0.0362056 0.0125547 0)
(-0.0299601 0.0277638 0)
(-0.0200303 0.0345943 0)
(-0.00763951 0.0327447 0)
(-0.0111581 0.0253784 0)
(-0.0055772 0.0241615 0)
(0.0134596 0.0569977 0)
(0.0277999 -0.0203667 0)
(0.0456528 -0.0746036 0)
(0.0652925 -0.111462 0)
(0.0818503 -0.133431 0)
(0.0966392 -0.149639 0)
(0.112511 -0.164534 0)
(0.119995 -0.18168 0)
(0.11767 -0.184734 0)
(0.11401 -0.178504 0)
(0.108805 -0.172529 0)
(0.100646 -0.169453 0)
(0.0863367 -0.167558 0)
(0.0706573 -0.145576 0)
(0.0561207 -0.123057 0)
(0.0416986 -0.104461 0)
(0.0238673 -0.0780133 0)
(0.0102878 -0.0634005 0)
(0.000541557 -0.06445 0)
(-0.0202758 -0.0462836 0)
(-0.0408497 -0.0217043 0)
(-0.0497941 -0.0149536 0)
(-0.0478481 -0.00799736 0)
(-0.0408407 0.000400066 0)
(-0.0356181 0.0101152 0)
(-0.0306862 0.0233135 0)
(-0.0249505 0.0339053 0)
(-0.0160129 0.0329217 0)
(-0.0138015 0.0257913 0)
(-0.00376761 0.022433 0)
(0.0213928 0.0419547 0)
(0.0280461 -0.034651 0)
(0.0449686 -0.0849552 0)
(0.0641578 -0.119484 0)
(0.0816224 -0.141857 0)
(0.0972321 -0.157884 0)
(0.112923 -0.169203 0)
(0.117161 -0.180603 0)
(0.113458 -0.178056 0)
(0.109938 -0.171039 0)
(0.104688 -0.16438 0)
(0.0968487 -0.161701 0)
(0.0842186 -0.159189 0)
(0.0703699 -0.137081 0)
(0.0580743 -0.119653 0)
(0.0455611 -0.103179 0)
(0.0268004 -0.0769202 0)
(0.0111975 -0.0578646 0)
(0.00047625 -0.0565762 0)
(-0.0257545 -0.0349484 0)
(-0.0452119 -0.0142726 0)
(-0.0506123 -0.00828488 0)
(-0.0495178 -0.00555828 0)
(-0.0437116 -5.94411e-05 0)
(-0.0354186 0.0081637 0)
(-0.0295544 0.0195367 0)
(-0.0256041 0.0305839 0)
(-0.01907 0.0287755 0)
(-0.0179941 0.0190526 0)
(0.000762874 0.0174402 0)
(0.0206499 0.0249312 0)
(0.0252918 -0.0480643 0)
(0.0434046 -0.095002 0)
(0.0636188 -0.128924 0)
(0.0820683 -0.150865 0)
(0.0967316 -0.165057 0)
(0.109527 -0.173157 0)
(0.113114 -0.177989 0)
(0.109496 -0.171012 0)
(0.105828 -0.164282 0)
(0.100984 -0.157365 0)
(0.0936453 -0.154821 0)
(0.0818281 -0.15096 0)
(0.0693915 -0.130655 0)
(0.0592089 -0.116431 0)
(0.0494334 -0.101342 0)
(0.0323471 -0.0806444 0)
(0.0143434 -0.0560298 0)
(0.000183609 -0.0504223 0)
(-0.0295664 -0.022427 0)
(-0.043731 -0.00488661 0)
(-0.0475408 -0.00110675 0)
(-0.0479147 -7.5159e-05 0)
(-0.0452713 -7.6653e-05 0)
(-0.0383554 0.00516167 0)
(-0.0296786 0.014185 0)
(-0.0235782 0.0268408 0)
(-0.0178417 0.0243167 0)
(-0.0163769 0.0135666 0)
(0.00109876 0.00930831 0)
(0.0172995 0.00788207 0)
(0.0229463 -0.0628013 0)
(0.0422862 -0.109152 0)
(0.0629265 -0.141042 0)
(0.0809371 -0.159232 0)
(0.0941769 -0.16854 0)
(0.105059 -0.174105 0)
(0.108118 -0.173569 0)
(0.105032 -0.166022 0)
(0.101499 -0.158624 0)
(0.0966253 -0.15089 0)
(0.0898626 -0.148099 0)
(0.0798159 -0.142945 0)
(0.0695575 -0.126182 0)
(0.0617379 -0.113802 0)
(0.0535869 -0.101132 0)
(0.0380108 -0.0825814 0)
(0.0207912 -0.0657538 0)
(0.000178663 -0.0429205 0)
(-0.0281585 -0.0097877 0)
(-0.0379727 0.00422704 0)
(-0.0423348 0.00640812 0)
(-0.0438317 0.0050617 0)
(-0.042855 0.00202139 0)
(-0.040519 0.000902328 0)
(-0.0308193 0.00814405 0)
(-0.0219504 0.0205455 0)
(-0.0160109 0.0191383 0)
(-0.0120869 0.00977781 0)
(-0.000165234 0.00384505 0)
(0.0157503 -0.00810728 0)
(0.0224477 -0.0789991 0)
(0.0419625 -0.124938 0)
(0.062071 -0.153034 0)
(0.0783801 -0.165409 0)
(0.0907846 -0.169666 0)
(0.100837 -0.173064 0)
(0.103571 -0.167791 0)
(0.100128 -0.161319 0)
(0.0962315 -0.15212 0)
(0.0919336 -0.144501 0)
(0.0861663 -0.141916 0)
(0.0774825 -0.137124 0)
(0.0692156 -0.124001 0)
(0.0632269 -0.113439 0)
(0.0576959 -0.10101 0)
(0.0429546 -0.0831865 0)
(0.0278189 -0.0717608 0)
(0.00179264 -0.0379916 0)
(-0.0237243 -0.000568647 0)
(-0.031431 0.0125988 0)
(-0.0359209 0.0127287 0)
(-0.0382016 0.00917018 0)
(-0.0394677 0.00447251 0)
(-0.0372045 0.0011687 0)
(-0.0310885 0.00208174 0)
(-0.0201738 0.0133041 0)
(-0.0144487 0.0123883 0)
(-0.00801877 0.0021626 0)
(-2.5723e-05 -0.000844952 0)
(0.0157611 -0.026364 0)
(0.0228349 -0.0961943 0)
(0.0419568 -0.139871 0)
(0.0609116 -0.162842 0)
(0.0752064 -0.169745 0)
(0.0870636 -0.170457 0)
(0.0966625 -0.17234 0)
(0.0993577 -0.165324 0)
(0.0950538 -0.155997 0)
(0.091035 -0.145612 0)
(0.0871447 -0.138141 0)
(0.0824545 -0.135749 0)
(0.076458 -0.134959 0)
(0.0697943 -0.12592 0)
(0.0655029 -0.11666 0)
(0.0616724 -0.101452 0)
(0.0480238 -0.0833825 0)
(0.0327615 -0.0705672 0)
(0.00593344 -0.0346389 0)
(-0.017566 0.0032975 0)
(-0.0252808 0.0183661 0)
(-0.0301129 0.0174211 0)
(-0.0329368 0.0122314 0)
(-0.033395 0.00675079 0)
(-0.030574 0.00301597 0)
(-0.0252209 0.000267396 0)
(-0.0174626 0.0043591 0)
(-0.0102666 0.0049603 0)
(-0.00463265 -0.00507395 0)
(-0.000689915 -0.00657064 0)
(0.0156821 -0.0449067 0)
(0.0230885 -0.112542 0)
(0.04149 -0.151464 0)
(0.0588461 -0.16965 0)
(0.0720454 -0.172745 0)
(0.0836182 -0.171588 0)
(0.0930603 -0.170437 0)
(0.0945275 -0.162992 0)
(0.0899638 -0.150444 0)
(0.0862687 -0.138754 0)
(0.0823381 -0.131429 0)
(0.0789902 -0.129966 0)
(0.0746152 -0.130538 0)
(0.0703541 -0.128918 0)
(0.0671448 -0.121833 0)
(0.0663472 -0.106363 0)
(0.0524421 -0.0832109 0)
(0.0366232 -0.0670799 0)
(0.00910698 -0.031462 0)
(-0.0134666 0.00189441 0)
(-0.020875 0.0205089 0)
(-0.0254337 0.0211095 0)
(-0.0283238 0.015545 0)
(-0.0266636 0.0104621 0)
(-0.0223556 0.00638686 0)
(-0.0164578 0.00157841 0)
(-0.0103004 -0.00132899 0)
(-0.00372384 -0.00320703 0)
(8.72638e-05 -0.0114219 0)
(0.00387703 -0.0116085 0)
(0.0148268 -0.0615771 0)
(0.0241797 -0.126144 0)
(0.0402356 -0.160675 0)
(0.0568603 -0.174607 0)
(0.0697721 -0.176409 0)
(0.0806142 -0.172613 0)
(0.0908011 -0.168813 0)
(0.0901664 -0.159663 0)
(0.0851317 -0.14425 0)
(0.0814053 -0.131673 0)
(0.0781648 -0.124844 0)
(0.0761059 -0.124473 0)
(0.0733887 -0.125084 0)
(0.0721887 -0.126317 0)
(0.0721487 -0.125797 0)
(0.0729019 -0.12452 0)
(0.0570383 -0.0877245 0)
(0.0395862 -0.0649098 0)
(0.010247 -0.0274573 0)
(-0.0114966 0.00338832 0)
(-0.0176781 0.0210214 0)
(-0.0220949 0.0232069 0)
(-0.022673 0.0198181 0)
(-0.0200283 0.0159593 0)
(-0.0146799 0.0113201 0)
(-0.00757539 0.00568565 0)
(-0.00134741 -0.00013855 0)
(0.00466951 -0.00569966 0)
(0.00381488 -0.0129563 0)
(0.00659243 -0.0109615 0)
(0.0139794 -0.0770339 0)
(0.024033 -0.137292 0)
(0.0393726 -0.167795 0)
(0.0559409 -0.179229 0)
(0.0675766 -0.178395 0)
(0.0787207 -0.172694 0)
(0.0864353 -0.166809 0)
(0.0841926 -0.15467 0)
(0.0799208 -0.137925 0)
(0.0770871 -0.124945 0)
(0.0752074 -0.11967 0)
(0.075078 -0.120116 0)
(0.0737886 -0.119225 0)
(0.0741886 -0.119835 0)
(0.0764329 -0.121084 0)
(0.0786414 -0.121789 0)
(0.0640738 -0.100705 0)
(0.038607 -0.0631016 0)
(0.00843256 -0.0219007 0)
(-0.0122339 0.0066955 0)
(-0.0169977 0.0213181 0)
(-0.0183801 0.024924 0)
(-0.0170202 0.0253316 0)
(-0.0133763 0.0222592 0)
(-0.00790108 0.0171792 0)
(-0.000760816 0.0108195 0)
(0.00578376 0.00500452 0)
(0.011224 -0.00241026 0)
(0.00805758 -0.00943514 0)
(0.0076415 -0.0081085 0)
(0.0136987 -0.0921876 0)
(0.023911 -0.145454 0)
(0.0391848 -0.173178 0)
(0.0534738 -0.180949 0)
(0.0649222 -0.17766 0)
(0.0756673 -0.169321 0)
(0.0814678 -0.162179 0)
(0.079702 -0.147464 0)
(0.0768994 -0.132119 0)
(0.0763803 -0.12067 0)
(0.0758101 -0.116265 0)
(0.0757926 -0.114649 0)
(0.0758862 -0.112603 0)
(0.0776521 -0.11324 0)
(0.0835804 -0.115911 0)
(0.0827406 -0.113915 0)
(0.0687512 -0.100332 0)
(0.0369186 -0.0574656 0)
(0.00487253 -0.0134966 0)
(-0.0136233 0.0118888 0)
(-0.0184748 0.0228835 0)
(-0.0189753 0.0268964 0)
(-0.0150884 0.028897 0)
(-0.00936134 0.0275651 0)
(-0.00274246 0.0225853 0)
(0.00452091 0.0163611 0)
(0.0108313 0.0112537 0)
(0.0153482 0.00503141 0)
(0.0100045 -0.00227988 0)
(0.00811566 -0.00441948 0)
(0.0119025 -0.105087 0)
(0.0245676 -0.151571 0)
(0.036727 -0.173924 0)
(0.0507444 -0.178651 0)
(0.062846 -0.173682 0)
(0.0741166 -0.164901 0)
(0.0802367 -0.156163 0)
(0.0798344 -0.140728 0)
(0.0771723 -0.125158 0)
(0.0749442 -0.115258 0)
(0.0745307 -0.111908 0)
(0.0763875 -0.109137 0)
(0.0783058 -0.107049 0)
(0.0843893 -0.110624 0)
(0.0870987 -0.10954 0)
(0.0837999 -0.10545 0)
(0.0703321 -0.0951946 0)
(0.0355029 -0.0543825 0)
(-0.0008904 -0.00750008 0)
(-0.0168664 0.0155136 0)
(-0.0205974 0.0263567 0)
(-0.0202248 0.0292392 0)
(-0.0170224 0.0311863 0)
(-0.0101295 0.0306437 0)
(-0.00261359 0.0261171 0)
(0.00500001 0.0198418 0)
(0.0113361 0.0154703 0)
(0.0145381 0.0108247 0)
(0.0102009 0.00590342 0)
(0.00904137 0.00303981 0)
(0.0107211 -0.113034 0)
(0.0244189 -0.153868 0)
(0.0366885 -0.174226 0)
(0.0513105 -0.178344 0)
(0.0643818 -0.171283 0)
(0.0769865 -0.161112 0)
(0.0792196 -0.147843 0)
(0.0753362 -0.131248 0)
(0.0727454 -0.117818 0)
(0.072559 -0.111637 0)
(0.0736651 -0.109559 0)
(0.0766789 -0.105486 0)
(0.0824259 -0.107034 0)
(0.085781 -0.106282 0)
(0.0873236 -0.103086 0)
(0.0819379 -0.0972007 0)
(0.0645839 -0.0859922 0)
(0.0337618 -0.0608725 0)
(-0.00890825 -0.011377 0)
(-0.0247979 0.0142059 0)
(-0.0260862 0.0250446 0)
(-0.0243014 0.0284356 0)
(-0.020953 0.0300548 0)
(-0.0141532 0.029557 0)
(-0.00545732 0.0266948 0)
(0.0026567 0.0227427 0)
(0.00978326 0.0204699 0)
(0.0147752 0.017467 0)
(0.0101621 0.0139123 0)
(0.00921158 0.0109334 0)
(0.00850786 -0.116824 0)
(0.0253299 -0.153819 0)
(0.0398013 -0.176075 0)
(0.0544821 -0.177568 0)
(0.0642443 -0.165131 0)
(0.0727774 -0.152251 0)
(0.0738115 -0.140884 0)
(0.0711809 -0.127916 0)
(0.0712619 -0.117871 0)
(0.0712558 -0.11316 0)
(0.0716962 -0.110919 0)
(0.07728 -0.109348 0)
(0.0799453 -0.108216 0)
(0.0828932 -0.106187 0)
(0.0835703 -0.101554 0)
(0.076567 -0.0954064 0)
(0.0547728 -0.0821561 0)
(0.0236415 -0.0604376 0)
(-0.0086312 -0.0366788 0)
(-0.03544 -0.00162016 0)
(-0.0374905 0.0100561 0)
(-0.0336322 0.0121157 0)
(-0.0300041 0.00967413 0)
(-0.0252211 0.0110495 0)
(-0.0131248 0.0164414 0)
(-0.000497373 0.0214394 0)
(0.0091726 0.0244017 0)
(0.0147184 0.0219954 0)
(0.010528 0.0195338 0)
(0.00867737 0.0160251 0)
(0.00884858 -0.119644 0)
(0.0274828 -0.15721 0)
(0.0420509 -0.178518 0)
(0.0538342 -0.177354 0)
(0.0641693 -0.168535 0)
(0.0695858 -0.161703 0)
(0.0673778 -0.1458 0)
(0.0675524 -0.13274 0)
(0.0696976 -0.125241 0)
(0.0698971 -0.122363 0)
(0.0706231 -0.121756 0)
(0.0747557 -0.120904 0)
(0.0765714 -0.116973 0)
(0.0790069 -0.112069 0)
(0.0792936 -0.105076 0)
(0.0688819 -0.095674 0)
(0.0414097 -0.0789267 0)
(0.00710018 -0.0600752 0)
(-0.0232506 -0.0430008 0)
(-0.0474869 -0.0265781 0)
(-0.0543523 -0.0248628 0)
(-0.0554878 -0.0281011 0)
(-0.054766 -0.0204746 0)
(-0.0434957 -0.000772769 0)
(-0.0235988 0.0129158 0)
(-0.00705964 0.0204814 0)
(0.00576761 0.0249344 0)
(0.0129202 0.0260226 0)
(0.0100348 0.0246908 0)
(0.00778873 0.0206374 0)
(0.011616 -0.124205 0)
(0.0300964 -0.162847 0)
(0.0425113 -0.18088 0)
(0.0531737 -0.184343 0)
(0.0607679 -0.174986 0)
(0.0646419 -0.161904 0)
(0.0665259 -0.148617 0)
(0.0690097 -0.138758 0)
(0.0725551 -0.132253 0)
(0.0732218 -0.130455 0)
(0.0730332 -0.130689 0)
(0.0732845 -0.128888 0)
(0.0731083 -0.124681 0)
(0.0745123 -0.118687 0)
(0.0727382 -0.108688 0)
(0.0579597 -0.0953722 0)
(0.0232682 -0.0759384 0)
(-0.0127876 -0.0608732 0)
(-0.0473372 -0.0496554 0)
(-0.0654196 -0.042679 0)
(-0.0706721 -0.0368551 0)
(-0.0710378 -0.0319917 0)
(-0.0677475 -0.0259791 0)
(-0.0544721 -0.00735182 0)
(-0.0320652 0.0110151 0)
(-0.0122901 0.0204084 0)
(0.000108404 0.0258657 0)
(0.00867152 0.0286232 0)
(0.00809444 0.0284269 0)
(0.00558754 0.0247475 0)
(0.0154018 -0.130079 0)
(0.0323638 -0.169391 0)
(0.0436092 -0.186117 0)
(0.0520435 -0.183479 0)
(0.0586267 -0.170012 0)
(0.065139 -0.160324 0)
(0.0700906 -0.152218 0)
(0.0732612 -0.14644 0)
(0.0755929 -0.142238 0)
(0.0746902 -0.14131 0)
(0.0733575 -0.141256 0)
(0.0722592 -0.138249 0)
(0.070095 -0.133213 0)
(0.0689289 -0.125511 0)
(0.0641319 -0.112784 0)
(0.0424255 -0.0943385 0)
(0.00308837 -0.0731454 0)
(-0.0332892 -0.061233 0)
(-0.0653005 -0.0551057 0)
(-0.0775336 -0.0499296 0)
(-0.0796957 -0.0404339 0)
(-0.0778913 -0.0311273 0)
(-0.0735131 -0.0265692 0)
(-0.0638823 -0.0121844 0)
(-0.0420356 0.007607 0)
(-0.0181716 0.0210721 0)
(-0.00657743 0.0266341 0)
(0.00409637 0.0310504 0)
(0.00562882 0.0333715 0)
(0.00228491 0.0289841 0)
(0.0185249 -0.137673 0)
(0.034793 -0.175728 0)
(0.0433629 -0.187148 0)
(0.0519028 -0.176181 0)
(0.0605119 -0.16531 0)
(0.0672608 -0.160555 0)
(0.0718973 -0.154809 0)
(0.0746822 -0.151571 0)
(0.0759658 -0.1502 0)
(0.073568 -0.150273 0)
(0.0713119 -0.14955 0)
(0.0698366 -0.144999 0)
(0.0675881 -0.138376 0)
(0.0639871 -0.129584 0)
(0.0531602 -0.11417 0)
(0.0248948 -0.0930293 0)
(-0.0166079 -0.0709238 0)
(-0.0520539 -0.0599723 0)
(-0.0759369 -0.0576427 0)
(-0.0844733 -0.0546454 0)
(-0.0882064 -0.0455413 0)
(-0.0889176 -0.035334 0)
(-0.0841555 -0.0264141 0)
(-0.0733417 -0.0123627 0)
(-0.0526243 0.00731494 0)
(-0.0268533 0.0216265 0)
(-0.0125214 0.029023 0)
(0.000648021 0.0363725 0)
(0.00217705 0.0396877 0)
(-0.000837144 0.03485 0)
(0.0185802 -0.147917 0)
(0.036284 -0.181588 0)
(0.0414067 -0.184328 0)
(0.0534292 -0.172383 0)
(0.0642023 -0.164008 0)
(0.0682489 -0.15886 0)
(0.0697427 -0.153588 0)
(0.0702551 -0.150557 0)
(0.0691388 -0.15036 0)
(0.0656559 -0.151582 0)
(0.0627981 -0.151219 0)
(0.061959 -0.146371 0)
(0.061555 -0.137406 0)
(0.0573152 -0.126161 0)
(0.0434329 -0.110446 0)
(0.00978294 -0.0873287 0)
(-0.034211 -0.0648735 0)
(-0.0657039 -0.0556843 0)
(-0.0824318 -0.0567862 0)
(-0.0884448 -0.055377 0)
(-0.0948209 -0.0474649 0)
(-0.0980522 -0.0366033 0)
(-0.0953494 -0.0286739 0)
(-0.0849324 -0.0122718 0)
(-0.063916 0.00710416 0)
(-0.0366811 0.0214663 0)
(-0.0173583 0.0332493 0)
(-0.00307158 0.0446121 0)
(-0.00133856 0.0481049 0)
(-0.00275516 0.0415646 0)
(0.0152686 -0.157707 0)
(0.0343799 -0.185611 0)
(0.0393428 -0.184665 0)
(0.0552437 -0.175114 0)
(0.0633552 -0.167611 0)
(0.0661486 -0.159437 0)
(0.0650052 -0.151188 0)
(0.0632482 -0.146848 0)
(0.0602156 -0.145525 0)
(0.0551141 -0.146979 0)
(0.0515901 -0.148807 0)
(0.0516749 -0.147361 0)
(0.0516831 -0.140891 0)
(0.0491834 -0.126854 0)
(0.0347397 -0.106609 0)
(-0.000532893 -0.0803942 0)
(-0.0422071 -0.0571455 0)
(-0.0658212 -0.0502496 0)
(-0.0778869 -0.0513506 0)
(-0.0852666 -0.0510458 0)
(-0.0940248 -0.0464551 0)
(-0.102935 -0.0383906 0)
(-0.105225 -0.0287061 0)
(-0.0980609 -0.0113519 0)
(-0.0764863 0.00893479 0)
(-0.0464312 0.0239952 0)
(-0.0244273 0.0382061 0)
(-0.00791177 0.0532657 0)
(-0.00387969 0.0584256 0)
(-0.00289011 0.0487548 0)
(0.0128631 -0.167967 0)
(0.0314698 -0.189909 0)
(0.0379142 -0.190111 0)
(0.0538806 -0.185473 0)
(0.0596795 -0.174064 0)
(0.0637985 -0.15515 0)
(0.0596492 -0.14558 0)
(0.0563318 -0.141596 0)
(0.0530669 -0.139772 0)
(0.0490264 -0.140429 0)
(0.0462877 -0.141643 0)
(0.045866 -0.139885 0)
(0.0456087 -0.134145 0)
(0.0401731 -0.124793 0)
(0.0213683 -0.105944 0)
(-0.016826 -0.0746998 0)
(-0.052998 -0.051419 0)
(-0.0680768 -0.0473552 0)
(-0.0752922 -0.0493956 0)
(-0.0815864 -0.0494429 0)
(-0.0904085 -0.0440545 0)
(-0.100844 -0.0360309 0)
(-0.109645 -0.0274243 0)
(-0.107893 -0.00768761 0)
(-0.0874822 0.0132147 0)
(-0.0565523 0.0277764 0)
(-0.0319613 0.0437243 0)
(-0.0132302 0.0591421 0)
(-0.00696978 0.0685612 0)
(-0.00419744 0.056318 0)
(0.0120655 -0.175749 0)
(0.0299437 -0.198307 0)
(0.0366439 -0.204118 0)
(0.0488163 -0.204 0)
(0.0512367 -0.194397 0)
(0.0504236 -0.172386 0)
(0.0531686 -0.143489 0)
(0.0496404 -0.134682 0)
(0.0462824 -0.133682 0)
(0.0421456 -0.134924 0)
(0.0404438 -0.135133 0)
(0.0402384 -0.131762 0)
(0.0388908 -0.124803 0)
(0.0329653 -0.115309 0)
(0.00935578 -0.0974837 0)
(-0.0316275 -0.069189 0)
(-0.0600118 -0.0468509 0)
(-0.0686077 -0.0443059 0)
(-0.0734077 -0.0461797 0)
(-0.0793495 -0.0473058 0)
(-0.0886964 -0.041716 0)
(-0.100154 -0.0314072 0)
(-0.110869 -0.0218326 0)
(-0.112866 -0.00202065 0)
(-0.0949307 0.018832 0)
(-0.0653852 0.0327998 0)
(-0.038095 0.0491625 0)
(-0.0183078 0.0644174 0)
(-0.0103241 0.0752664 0)
(-0.00585955 0.0627027 0)
(0.0140539 -0.18655 0)
(0.0307155 -0.213228 0)
(0.033444 -0.221684 0)
(0.0439761 -0.216168 0)
(0.0455032 -0.198569 0)
(0.0444225 -0.178285 0)
(0.0378531 -0.162862 0)
(0.0355528 -0.140249 0)
(0.0400773 -0.127987 0)
(0.0360497 -0.129429 0)
(0.034743 -0.128788 0)
(0.0342723 -0.123231 0)
(0.0318256 -0.11535 0)
(0.0232158 -0.105315 0)
(-0.00586297 -0.0828528 0)
(-0.0447428 -0.0566979 0)
(-0.0663263 -0.0408505 0)
(-0.0708825 -0.0393401 0)
(-0.0734343 -0.0404576 0)
(-0.0764747 -0.041352 0)
(-0.0844486 -0.0378679 0)
(-0.0956938 -0.0260317 0)
(-0.107972 -0.0150143 0)
(-0.114871 0.00167807 0)
(-0.102427 0.0234431 0)
(-0.0745819 0.0371159 0)
(-0.0449733 0.0530085 0)
(-0.0227225 0.068686 0)
(-0.0135748 0.0799756 0)
(-0.00897356 0.0687486 0)
(0.0106053 -0.209655 0)
(0.0237389 -0.241838 0)
(0.0248584 -0.238239 0)
(0.0383761 -0.220889 0)
(0.0404096 -0.195197 0)
(0.039512 -0.170128 0)
(0.0332344 -0.155885 0)
(0.0281925 -0.148814 0)
(0.0297207 -0.131659 0)
(0.030186 -0.124205 0)
(0.0293232 -0.121928 0)
(0.0272496 -0.114987 0)
(0.0236978 -0.106481 0)
(0.0103664 -0.093843 0)
(-0.0252797 -0.0673628 0)
(-0.0571527 -0.0428877 0)
(-0.0696667 -0.0319454 0)
(-0.0722118 -0.0305372 0)
(-0.0742041 -0.0315781 0)
(-0.0749128 -0.0312648 0)
(-0.0791022 -0.0282274 0)
(-0.0883312 -0.0175374 0)
(-0.101584 -0.00672614 0)
(-0.113638 0.00451321 0)
(-0.109623 0.0226811 0)
(-0.0838845 0.0402131 0)
(-0.054049 0.0557972 0)
(-0.0273765 0.0728656 0)
(-0.0158003 0.0849963 0)
(-0.0110905 0.0719153 0)
(0.00719613 -0.214673 0)
(0.020017 -0.24261 0)
(0.0217283 -0.236012 0)
(0.0348118 -0.215654 0)
(0.0373336 -0.1869 0)
(0.0366433 -0.160869 0)
(0.0300482 -0.145259 0)
(0.025346 -0.135131 0)
(0.0248013 -0.125602 0)
(0.0217312 -0.12042 0)
(0.0233891 -0.114196 0)
(0.0189403 -0.107179 0)
(0.0114742 -0.0995403 0)
(-0.00924593 -0.0843416 0)
(-0.046627 -0.0548895 0)
(-0.0651096 -0.0320029 0)
(-0.0721668 -0.0221586 0)
(-0.0737338 -0.0196499 0)
(-0.074292 -0.0199405 0)
(-0.0742722 -0.0199936 0)
(-0.0756601 -0.0170261 0)
(-0.0816298 -0.00903818 0)
(-0.0937001 0.00128049 0)
(-0.106031 0.00742028 0)
(-0.110549 0.0204765 0)
(-0.0934368 0.0413237 0)
(-0.0650613 0.0591972 0)
(-0.0347278 0.0755449 0)
(-0.0174995 0.0897376 0)
(-0.0117795 0.0753807 0)
(0.00444833 -0.213619 0)
(0.0172905 -0.239728 0)
(0.018978 -0.232358 0)
(0.030063 -0.209926 0)
(0.0352171 -0.181212 0)
(0.0345423 -0.151184 0)
(0.0279017 -0.134567 0)
(0.022767 -0.123275 0)
(0.0196933 -0.117483 0)
(0.0161592 -0.112657 0)
(0.0158458 -0.107757 0)
(0.0096214 -0.1036 0)
(-0.00187727 -0.0965821 0)
(-0.02654 -0.0747955 0)
(-0.0603641 -0.0402025 0)
(-0.0698317 -0.0223213 0)
(-0.0743779 -0.0134513 0)
(-0.0766799 -0.00920632 0)
(-0.0765464 -0.00846905 0)
(-0.0764029 -0.00759701 0)
(-0.0762139 -0.00613725 0)
(-0.0778863 -0.00206454 0)
(-0.0852529 0.00581434 0)
(-0.093072 0.0113917 0)
(-0.103403 0.0190747 0)
(-0.0998141 0.0367574 0)
(-0.0758107 0.0599444 0)
(-0.0449157 0.0745358 0)
(-0.0196455 0.0925708 0)
(-0.0116464 0.0796996 0)
(0.00308725 -0.211858 0)
(0.0143986 -0.237002 0)
(0.0156176 -0.228278 0)
(0.0244738 -0.203783 0)
(0.0305708 -0.173516 0)
(0.0343472 -0.144088 0)
(0.0270618 -0.125147 0)
(0.0203853 -0.114841 0)
(0.0148443 -0.108386 0)
(0.010964 -0.103443 0)
(0.00900434 -0.104679 0)
(0.000286871 -0.105156 0)
(-0.0150038 -0.0883601 0)
(-0.0400416 -0.059947 0)
(-0.0684725 -0.0274041 0)
(-0.0731877 -0.0140924 0)
(-0.0767245 -0.00591886 0)
(-0.0804434 -0.000346013 0)
(-0.081565 0.00247599 0)
(-0.081055 0.00272741 0)
(-0.0795551 0.00311236 0)
(-0.0772082 0.00383857 0)
(-0.0755221 0.00830986 0)
(-0.0772083 0.0126312 0)
(-0.0871323 0.0174337 0)
(-0.0952285 0.0276615 0)
(-0.0831327 0.0503699 0)
(-0.0556114 0.0677579 0)
(-0.0277508 0.0920506 0)
(-0.0123686 0.0860242 0)
(0.00319712 -0.209562 0)
(0.0122236 -0.232726 0)
(0.0118052 -0.222014 0)
(0.0180538 -0.193418 0)
(0.0229616 -0.16491 0)
(0.0286546 -0.136444 0)
(0.0242216 -0.116228 0)
(0.0182398 -0.107658 0)
(0.00941243 -0.101044 0)
(0.00688681 -0.100794 0)
(0.00354547 -0.105292 0)
(-0.00846634 -0.0956517 0)
(-0.0258978 -0.0745541 0)
(-0.0510497 -0.0450579 0)
(-0.0717985 -0.0169909 0)
(-0.0747409 -0.00574772 0)
(-0.0788189 0.00166964 0)
(-0.0849412 0.00806604 0)
(-0.08678 0.0107805 0)
(-0.0839849 0.0107458 0)
(-0.0797845 0.0102751 0)
(-0.0732262 0.0105298 0)
(-0.0667904 0.0121335 0)
(-0.062338 0.0130765 0)
(-0.0667739 0.0149356 0)
(-0.077117 0.0183844 0)
(-0.0832148 0.0299393 0)
(-0.0651825 0.0496212 0)
(-0.0427258 0.0810202 0)
(-0.0187692 0.0951244 0)
(0.00284068 -0.207031 0)
(0.011184 -0.227705 0)
(0.00765334 -0.21119 0)
(0.015038 -0.183739 0)
(0.0177643 -0.155347 0)
(0.0212501 -0.127601 0)
(0.0227988 -0.105554 0)
(0.0142699 -0.0974905 0)
(0.00577867 -0.0955902 0)
(0.00275949 -0.0980843 0)
(-0.00349101 -0.0964292 0)
(-0.0169884 -0.0855129 0)
(-0.0360193 -0.06309 0)
(-0.0599988 -0.0327042 0)
(-0.0729135 -0.00987099 0)
(-0.074692 0.0014756 0)
(-0.0796285 0.0100807 0)
(-0.0871841 0.0163633 0)
(-0.0842591 0.017796 0)
(-0.080284 0.0166446 0)
(-0.0751759 0.0158948 0)
(-0.0674555 0.0161664 0)
(-0.0593379 0.0171541 0)
(-0.0522678 0.0157608 0)
(-0.0492735 0.0143928 0)
(-0.0532645 0.0119846 0)
(-0.0651433 0.0094787 0)
(-0.0630145 0.017412 0)
(-0.0495213 0.0494328 0)
(-0.031522 0.0774321 0)
(0.000548954 -0.202216 0)
(0.0108025 -0.219831 0)
(0.00342375 -0.198433 0)
(0.0110774 -0.172435 0)
(0.0146323 -0.145999 0)
(0.0170167 -0.119595 0)
(0.0173888 -0.0948755 0)
(0.0108174 -0.0851622 0)
(0.00106629 -0.0858811 0)
(-0.00238566 -0.0881197 0)
(-0.0097064 -0.0869028 0)
(-0.0252444 -0.0755426 0)
(-0.0461872 -0.0519671 0)
(-0.0671949 -0.0230296 0)
(-0.0742019 -0.00404811 0)
(-0.0757864 0.0076826 0)
(-0.0828147 0.0179228 0)
(-0.0822379 0.0226513 0)
(-0.0778679 0.0237665 0)
(-0.0733911 0.0228011 0)
(-0.0680956 0.021534 0)
(-0.0606333 0.0213378 0)
(-0.0532269 0.0218544 0)
(-0.0450359 0.0201108 0)
(-0.039921 0.0155556 0)
(-0.0375909 0.00980113 0)
(-0.0399263 0.00317372 0)
(-0.0434196 -0.00387193 0)
(-0.0423141 0.00345263 0)
(-0.0286179 0.0356518 0)
(-0.00261876 -0.194451 0)
(0.00870629 -0.207741 0)
(-0.000711059 -0.185733 0)
(0.0073776 -0.160336 0)
(0.0106878 -0.134641 0)
(0.0134507 -0.110462 0)
(0.0135438 -0.0859901 0)
(0.00975896 -0.0739791 0)
(-0.0023396 -0.075019 0)
(-0.00666408 -0.0783247 0)
(-0.0159737 -0.0771664 0)
(-0.0343816 -0.0653313 0)
(-0.0567298 -0.0406147 0)
(-0.0723983 -0.0147284 0)
(-0.0757302 0.00177366 0)
(-0.0770513 0.0144399 0)
(-0.0798853 0.0233282 0)
(-0.0758161 0.0281181 0)
(-0.0709876 0.0296239 0)
(-0.0657489 0.028993 0)
(-0.0606261 0.0271947 0)
(-0.0543036 0.026612 0)
(-0.0481296 0.0264049 0)
(-0.0402982 0.0222671 0)
(-0.0341205 0.0165227 0)
(-0.0274767 0.0102362 0)
(-0.0241246 0.00188546 0)
(-0.0224726 -0.00912728 0)
(-0.0261493 -0.0176328 0)
(-0.018948 0.00631616 0)
(-0.00362684 -0.184389 0)
(0.00550811 -0.194165 0)
(-0.00435331 -0.17222 0)
(0.00407553 -0.147241 0)
(0.00720978 -0.123016 0)
(0.00949647 -0.100099 0)
(0.0101636 -0.076047 0)
(0.00801137 -0.0638836 0)
(-0.00497315 -0.0639366 0)
(-0.0110338 -0.0676298 0)
(-0.0220055 -0.066882 0)
(-0.0437605 -0.0550123 0)
(-0.0664341 -0.0299777 0)
(-0.0770638 -0.00766321 0)
(-0.0788934 0.00800181 0)
(-0.0791767 0.0208128 0)
(-0.0767389 0.0281465 0)
(-0.071409 0.0326135 0)
(-0.0659456 0.0346422 0)
(-0.0604428 0.0344065 0)
(-0.055151 0.0330207 0)
(-0.049409 0.0324061 0)
(-0.0439621 0.0302407 0)
(-0.0366346 0.0240389 0)
(-0.0286218 0.0180224 0)
(-0.0209739 0.0109038 0)
(-0.0150499 0.00121216 0)
(-0.00946395 -0.0114067 0)
(-0.0113868 -0.0245825 0)
(-0.0133869 -0.0141728 0)
(-0.00486873 -0.172677 0)
(0.00202082 -0.178569 0)
(-0.00672299 -0.158135 0)
(0.00229864 -0.134343 0)
(0.00486718 -0.111138 0)
(0.00660502 -0.0894868 0)
(0.00658973 -0.0659763 0)
(0.00382401 -0.0526509 0)
(-0.00828893 -0.0525934 0)
(-0.0151627 -0.0568102 0)
(-0.0278006 -0.0557181 0)
(-0.0528342 -0.0440295 0)
(-0.0739205 -0.0197816 0)
(-0.0804883 -0.000883395 0)
(-0.0812731 0.0146908 0)
(-0.0793972 0.0257129 0)
(-0.0745487 0.0327901 0)
(-0.0685526 0.0372106 0)
(-0.0626825 0.0397 0)
(-0.0569798 0.0396728 0)
(-0.0519285 0.0386731 0)
(-0.0462775 0.037912 0)
(-0.0407441 0.0337781 0)
(-0.0328669 0.0264213 0)
(-0.0251291 0.0204965 0)
(-0.0180308 0.012157 0)
(-0.0104718 0.00104875 0)
(-0.00222507 -0.0123437 0)
(-0.00107391 -0.0262061 0)
(-0.00632291 -0.0263225 0)
(-0.00694006 -0.16168 0)
(0.000921673 -0.164355 0)
(-0.00575809 -0.144579 0)
(0.00264597 -0.121885 0)
(0.00470028 -0.0989446 0)
(0.00525005 -0.0786806 0)
(0.0043303 -0.0561244 0)
(0.000322284 -0.0419216 0)
(-0.0124932 -0.0423474 0)
(-0.0194366 -0.0459802 0)
(-0.0336185 -0.0448633 0)
(-0.0613624 -0.0326981 0)
(-0.0783563 -0.0106032 0)
(-0.0827412 0.00611323 0)
(-0.0828843 0.0213235 0)
(-0.0787055 0.0306216 0)
(-0.0729157 0.0372106 0)
(-0.0666526 0.041735 0)
(-0.0606955 0.0444858 0)
(-0.0548821 0.0451782 0)
(-0.0499875 0.0445251 0)
(-0.0446928 0.0427842 0)
(-0.0390599 0.0371629 0)
(-0.0316281 0.0298625 0)
(-0.0264718 0.0229133 0)
(-0.0187616 0.0143169 0)
(-0.0103009 0.00260742 0)
(-0.00109387 -0.0101557 0)
(0.00126557 -0.0229784 0)
(-0.00145467 -0.0267814 0)
(-0.0105033 -0.145676 0)
(0.000420599 -0.148908 0)
(-0.00420488 -0.131125 0)
(0.00440178 -0.110183 0)
(0.00620261 -0.0879877 0)
(0.00645979 -0.0681844 0)
(0.00287963 -0.0464597 0)
(-0.00254146 -0.0314373 0)
(-0.0164226 -0.0316162 0)
(-0.0233317 -0.0357022 0)
(-0.0393513 -0.0346956 0)
(-0.0687928 -0.0226664 0)
(-0.0819361 -0.0025041 0)
(-0.0848125 0.0129032 0)
(-0.0837588 0.0262415 0)
(-0.0784635 0.0349605 0)
(-0.0723791 0.041598 0)
(-0.065804 0.0462539 0)
(-0.0598198 0.0492528 0)
(-0.0541958 0.0502055 0)
(-0.049369 0.0498451 0)
(-0.0442967 0.0472966 0)
(-0.03903 0.0415088 0)
(-0.034987 0.0335981 0)
(-0.029883 0.0266206 0)
(-0.0213055 0.0176896 0)
(-0.0128741 0.00626824 0)
(-0.00306435 -0.0063689 0)
(0.00100967 -0.018547 0)
(-0.0027414 -0.0217377 0)
(-0.0146497 -0.131316 0)
(-0.000644132 -0.136342 0)
(-0.00453267 -0.11967 0)
(0.0041123 -0.100203 0)
(0.00620926 -0.0789076 0)
(0.00699146 -0.0604331 0)
(0.00302994 -0.039567 0)
(-0.0055303 -0.0236622 0)
(-0.0203611 -0.0240034 0)
(-0.0268714 -0.0283022 0)
(-0.0447012 -0.0274468 0)
(-0.0749291 -0.0162287 0)
(-0.0852902 0.00243314 0)
(-0.0866439 0.0166916 0)
(-0.0844289 0.0279028 0)
(-0.0786892 0.0361049 0)
(-0.0724621 0.0426613 0)
(-0.0659151 0.0474806 0)
(-0.0600269 0.0509686 0)
(-0.054443 0.0524046 0)
(-0.049838 0.0521991 0)
(-0.0448852 0.0497996 0)
(-0.0420217 0.0433608 0)
(-0.0391 0.03594 0)
(-0.0335332 0.0288035 0)
(-0.025791 0.01883 0)
(-0.0172508 0.00768916 0)
(-0.00641337 -0.00365801 0)
(0.000226442 -0.0142745 0)
(-0.00225128 -0.0202455 0)
(-0.0191187 -0.118275 0)
(-0.00451494 -0.12558 0)
(-0.00655558 -0.112413 0)
(0.00247746 -0.0941243 0)
(0.00518778 -0.073704 0)
(0.00577312 -0.0556157 0)
(0.00240693 -0.036606 0)
(-0.00764314 -0.0199538 0)
(-0.0239903 -0.0189901 0)
(-0.0304031 -0.0236683 0)
(-0.0497135 -0.0233816 0)
(-0.0796665 -0.0131264 0)
(-0.0877412 0.00383053 0)
(-0.0883145 0.0167099 0)
(-0.0852511 0.0265833 0)
(-0.0795738 0.034155 0)
(-0.0734451 0.0408508 0)
(-0.0668158 0.0457644 0)
(-0.0609794 0.049545 0)
(-0.055664 0.0513166 0)
(-0.0510178 0.0516968 0)
(-0.0476223 0.0491572 0)
(-0.0459446 0.042692 0)
(-0.0428909 0.0357226 0)
(-0.038554 0.0269783 0)
(-0.0311265 0.0154528 0)
(-0.0224262 0.0039096 0)
(-0.0117259 -0.00693565 0)
(-0.00381006 -0.0157827 0)
(-0.00183373 -0.0200328 0)
(-0.0179518 -0.104315 0)
(-0.00722701 -0.112449 0)
(-0.00937015 -0.102149 0)
(-0.000375192 -0.0865968 0)
(0.00303889 -0.0675568 0)
(0.00324178 -0.0495904 0)
(7.9903e-06 -0.0323356 0)
(-0.0102483 -0.0156492 0)
(-0.0265928 -0.0138689 0)
(-0.0331502 -0.0179748 0)
(-0.0538287 -0.0185936 0)
(-0.0829463 -0.00960954 0)
(-0.0901355 0.00585721 0)
(-0.0901557 0.01708 0)
(-0.0862811 0.0259262 0)
(-0.0807505 0.0328743 0)
(-0.0748165 0.0393939 0)
(-0.0684114 0.0445522 0)
(-0.0625514 0.0487988 0)
(-0.0571365 0.0510481 0)
(-0.0532577 0.0519095 0)
(-0.0506516 0.0497195 0)
(-0.0485784 0.0438653 0)
(-0.0460785 0.0364894 0)
(-0.0424236 0.0273808 0)
(-0.0357748 0.0150788 0)
(-0.027133 0.00248132 0)
(-0.0163568 -0.00827427 0)
(-0.00763835 -0.0169992 0)
(-0.0044444 -0.0169488 0)
(-0.0163748 -0.0877039 0)
(-0.00855276 -0.0977384 0)
(-0.0110274 -0.0896384 0)
(-0.00334993 -0.0767725 0)
(-8.67667e-05 -0.0590732 0)
(-6.7214e-05 -0.0418245 0)
(-0.00336381 -0.0267175 0)
(-0.0137512 -0.0100827 0)
(-0.0287021 -0.00721285 0)
(-0.0351872 -0.0110471 0)
(-0.0570616 -0.0122816 0)
(-0.0853559 -0.00513999 0)
(-0.0926079 0.00896309 0)
(-0.0923207 0.0187188 0)
(-0.0875123 0.0264959 0)
(-0.0822848 0.0331415 0)
(-0.0765907 0.0393853 0)
(-0.0703574 0.0446911 0)
(-0.0645202 0.0492646 0)
(-0.0592003 0.0519856 0)
(-0.0555522 0.0534416 0)
(-0.0519849 0.0520887 0)
(-0.0494128 0.0468726 0)
(-0.0470816 0.0397091 0)
(-0.043815 0.0310619 0)
(-0.0378769 0.0178174 0)
(-0.0299183 0.00430693 0)
(-0.0186796 -0.00602181 0)
(-0.0104309 -0.0135167 0)
(-0.0064611 -0.012675 0)
(-0.014446 -0.0721776 0)
(-0.0065898 -0.0850526 0)
(-0.0105147 -0.078105 0)
(-0.00484894 -0.0656651 0)
(-0.00313771 -0.0485959 0)
(-0.00384374 -0.0330901 0)
(-0.00731693 -0.0204466 0)
(-0.017553 -0.00420839 0)
(-0.0307819 0.000125177 0)
(-0.0366113 -0.00319347 0)
(-0.0594771 -0.00513889 0)
(-0.0870318 0.000628479 0)
(-0.0938156 0.0131997 0)
(-0.0935977 0.0211883 0)
(-0.0888639 0.0280839 0)
(-0.0838533 0.0343458 0)
(-0.0785583 0.0402395 0)
(-0.0725567 0.0457025 0)
(-0.0665835 0.0506307 0)
(-0.0613873 0.0538141 0)
(-0.0568231 0.0556962 0)
(-0.0518822 0.0549905 0)
(-0.0485172 0.0503413 0)
(-0.0461279 0.0439915 0)
(-0.0432593 0.0358215 0)
(-0.0383826 0.0228723 0)
(-0.0315256 0.00751597 0)
(-0.0202001 -0.00338214 0)
(-0.0118958 -0.0106638 0)
(-0.00694578 -0.00987178 0)
(-0.00965167 -0.0615771 0)
(-0.0040813 -0.0730963 0)
(-0.00863232 -0.067844 0)
(-0.00544689 -0.0548787 0)
(-0.00577541 -0.0381286 0)
(-0.00738683 -0.0242947 0)
(-0.0109502 -0.0140051 0)
(-0.0206958 0.00115891 0)
(-0.0326814 0.00731735 0)
(-0.0381463 0.00490534 0)
(-0.0620698 0.00192899 0)
(-0.0889826 0.00705208 0)
(-0.0950332 0.0173766 0)
(-0.0946181 0.0243935 0)
(-0.0903006 0.0305191 0)
(-0.0856182 0.0362205 0)
(-0.0806173 0.0417998 0)
(-0.0748082 0.0471785 0)
(-0.0687937 0.052447 0)
(-0.0630496 0.055816 0)
(-0.0570259 0.0579724 0)
(-0.0506802 0.0576482 0)
(-0.0462295 0.0536298 0)
(-0.0435563 0.0481476 0)
(-0.0408557 0.0404353 0)
(-0.036757 0.0277249 0)
(-0.0311257 0.0118958 0)
(-0.0205479 -0.000546316 0)
(-0.0129146 -0.00867784 0)
(-0.00689697 -0.00898694 0)
(-0.00224619 -0.0599819 0)
(-0.000674766 -0.0645392 0)
(-0.00712917 -0.0575334 0)
(-0.00628885 -0.0442757 0)
(-0.00802998 -0.0287112 0)
(-0.00996185 -0.0163941 0)
(-0.0135775 -0.00766368 0)
(-0.0231223 0.00628901 0)
(-0.0343453 0.0138991 0)
(-0.0401651 0.012785 0)
(-0.0654427 0.00881835 0)
(-0.0903252 0.0138384 0)
(-0.0954571 0.0214692 0)
(-0.0956718 0.0278035 0)
(-0.0917329 0.0333293 0)
(-0.0873564 0.0383042 0)
(-0.0826485 0.0435507 0)
(-0.0770259 0.0488588 0)
(-0.0709205 0.0542163 0)
(-0.0641499 0.0574645 0)
(-0.0566546 0.0596294 0)
(-0.0489977 0.0595664 0)
(-0.0434754 0.0562182 0)
(-0.0402063 0.0516562 0)
(-0.03758 0.0441926 0)
(-0.0339371 0.0321135 0)
(-0.0290232 0.0163781 0)
(-0.0199244 0.00169229 0)
(-0.0130503 -0.00756309 0)
(-0.00686948 -0.00956742 0)
(0.00309299 -0.0627421 0)
(0.00124213 -0.0614098 0)
(-0.00532006 -0.0493306 0)
(-0.00738973 -0.0350202 0)
(-0.00901641 -0.0216714 0)
(-0.0112938 -0.010134 0)
(-0.0154429 -0.00165567 0)
(-0.0250136 0.0114412 0)
(-0.0359116 0.0201387 0)
(-0.0428541 0.0200772 0)
(-0.0702506 0.0152146 0)
(-0.0913924 0.0198505 0)
(-0.0957444 0.0257643 0)
(-0.0968423 0.0314914 0)
(-0.0933713 0.0362774 0)
(-0.0890784 0.0406503 0)
(-0.0846153 0.0454733 0)
(-0.0791674 0.0506614 0)
(-0.0727388 0.0555925 0)
(-0.0648063 0.0585947 0)
(-0.0560373 0.0607498 0)
(-0.0474166 0.0607786 0)
(-0.0410668 0.0584183 0)
(-0.0367235 0.0546297 0)
(-0.0337354 0.0473814 0)
(-0.0302936 0.0352145 0)
(-0.0255763 0.0202895 0)
(-0.0182315 0.00514221 0)
(-0.0125134 -0.00577248 0)
(-0.00721065 -0.0118172 0)
(0.00595645 -0.0718181 0)
(0.00120165 -0.0622136 0)
(-0.00532225 -0.0466247 0)
(-0.00761253 -0.0312096 0)
(-0.00953211 -0.0165918 0)
(-0.0124816 -0.00561287 0)
(-0.0169937 0.0031423 0)
(-0.0265563 0.0164332 0)
(-0.0370668 0.0261268 0)
(-0.0461304 0.0273065 0)
(-0.0756572 0.0211208 0)
(-0.091502 0.0250139 0)
(-0.0965192 0.0300214 0)
(-0.0983646 0.0350535 0)
(-0.0949505 0.0393489 0)
(-0.0908157 0.0430043 0)
(-0.0865307 0.0475083 0)
(-0.0811978 0.0524571 0)
(-0.0742555 0.0564324 0)
(-0.0652886 0.0589961 0)
(-0.0556044 0.0609547 0)
(-0.046595 0.0613825 0)
(-0.0395598 0.0601062 0)
(-0.0342298 0.0569567 0)
(-0.0302319 0.050018 0)
(-0.0269177 0.0379501 0)
(-0.0228703 0.0230638 0)
(-0.0161634 0.00858497 0)
(-0.0106323 -0.00431447 0)
(-0.0068124 -0.0136042 0)
(0.00254485 -0.085276 0)
(-0.000336311 -0.068797 0)
(-0.00745605 -0.0539758 0)
(-0.00882712 -0.0369011 0)
(-0.012263 -0.0177213 0)
(-0.0147341 -0.00360771 0)
(-0.0190237 0.00662873 0)
(-0.0285885 0.0206786 0)
(-0.0385789 0.0316913 0)
(-0.0514828 0.0330386 0)
(-0.0808098 0.0252191 0)
(-0.0915265 0.0294453 0)
(-0.0977112 0.0341886 0)
(-0.099878 0.0384494 0)
(-0.0965258 0.0422923 0)
(-0.0923583 0.0454114 0)
(-0.0883488 0.049644 0)
(-0.082845 0.0540841 0)
(-0.0754905 0.0568404 0)
(-0.0657659 0.0588895 0)
(-0.0556452 0.060478 0)
(-0.0464105 0.0615676 0)
(-0.0385958 0.0613093 0)
(-0.0324405 0.0587979 0)
(-0.0274436 0.0520223 0)
(-0.0239078 0.0404403 0)
(-0.0208046 0.0253022 0)
(-0.0148853 0.0108764 0)
(-0.00958252 -0.00237283 0)
(-0.00633856 -0.0145282 0)
(-0.000102833 -0.095327 0)
(3.70252e-05 -0.0768398 0)
(-0.00842052 -0.0614731 0)
(-0.010887 -0.0441963 0)
(-0.0163463 -0.0230418 0)
(-0.0182211 -0.00367992 0)
(-0.02158 0.00921535 0)
(-0.0307731 0.0237765 0)
(-0.0399972 0.0365816 0)
(-0.0568912 0.0363567 0)
(-0.0838406 0.0288957 0)
(-0.0918722 0.0330443 0)
(-0.100391 0.0374524 0)
(-0.100722 0.0414628 0)
(-0.097862 0.0449829 0)
(-0.0938759 0.0478611 0)
(-0.0898014 0.0516498 0)
(-0.0842102 0.0551755 0)
(-0.0763036 0.0567878 0)
(-0.0662771 0.0581229 0)
(-0.0562871 0.0594867 0)
(-0.0466751 0.0610727 0)
(-0.0380784 0.0616032 0)
(-0.0309573 0.0599422 0)
(-0.0252222 0.0536754 0)
(-0.0211321 0.0424219 0)
(-0.0189242 0.0271703 0)
(-0.0146582 0.0122188 0)
(-0.00920981 -0.00129999 0)
(-0.00774796 -0.015034 0)
(0.000124375 -0.103008 0)
(-0.00100154 -0.0878863 0)
(-0.00938364 -0.0680251 0)
(-0.0133933 -0.0485447 0)
(-0.0196607 -0.027655 0)
(-0.0220981 -0.00515106 0)
(-0.0244706 0.0103624 0)
(-0.0314918 0.025804 0)
(-0.0402319 0.0402979 0)
(-0.065629 0.0355074 0)
(-0.085095 0.0315108 0)
(-0.0926341 0.035562 0)
(-0.101779 0.0398068 0)
(-0.100732 0.0440425 0)
(-0.098431 0.0474484 0)
(-0.0950859 0.050314 0)
(-0.090902 0.0535245 0)
(-0.0851014 0.055716 0)
(-0.0768534 0.0562544 0)
(-0.0668216 0.0570086 0)
(-0.0569853 0.0583975 0)
(-0.0470581 0.0601586 0)
(-0.037738 0.0611214 0)
(-0.0296786 0.0600336 0)
(-0.0228129 0.0546092 0)
(-0.0185907 0.0444328 0)
(-0.0168132 0.0298161 0)
(-0.0143822 0.0143121 0)
(-0.0100407 -0.00099905 0)
(-0.0089691 -0.0154031 0)
(-0.00170817 -0.108016 0)
(-0.00443812 -0.099813 0)
(-0.0133794 -0.0723132 0)
(-0.0160654 -0.0524206 0)
(-0.022041 -0.0314224 0)
(-0.0241901 -0.00714432 0)
(-0.0259552 0.00923168 0)
(-0.0309848 0.0253921 0)
(-0.0458664 0.0375134 0)
(-0.0727829 0.0335878 0)
(-0.0854255 0.0336336 0)
(-0.0963089 0.0367949 0)
(-0.101221 0.0418918 0)
(-0.100243 0.0462005 0)
(-0.0986725 0.0496537 0)
(-0.0955903 0.0526395 0)
(-0.0915776 0.0550413 0)
(-0.0854406 0.0557111 0)
(-0.0770637 0.0552621 0)
(-0.0678924 0.0552682 0)
(-0.0581646 0.0562728 0)
(-0.0479866 0.0578173 0)
(-0.0382 0.0589052 0)
(-0.0292453 0.0583664 0)
(-0.0213603 0.0544597 0)
(-0.0162402 0.0466776 0)
(-0.0143489 0.0334381 0)
(-0.0130796 0.0172321 0)
(-0.010894 -0.0012801 0)
(-0.00977261 -0.0166282 0)
(-0.00793653 -0.106233 0)
(-0.00996196 -0.109784 0)
(-0.0215966 -0.0815514 0)
(-0.0209813 -0.0605944 0)
(-0.0246976 -0.036199 0)
(-0.0253619 -0.010467 0)
(-0.0284349 0.00655035 0)
(-0.035485 0.0219649 0)
(-0.0537507 0.033401 0)
(-0.076762 0.0313667 0)
(-0.0882689 0.0338199 0)
(-0.09977 0.0377051 0)
(-0.100609 0.0432427 0)
(-0.0996119 0.0478051 0)
(-0.0987281 0.0512761 0)
(-0.0960276 0.0544804 0)
(-0.091894 0.0558958 0)
(-0.0855173 0.0551013 0)
(-0.0775881 0.053747 0)
(-0.0679317 0.053397 0)
(-0.0581897 0.0547031 0)
(-0.0484093 0.056605 0)
(-0.0383749 0.0575782 0)
(-0.0285713 0.057309 0)
(-0.020059 0.0544998 0)
(-0.0143667 0.048594 0)
(-0.0118114 0.0376315 0)
(-0.0104198 0.0217225 0)
(-0.0107366 -0.00114193 0)
(-0.010122 -0.0196844 0)
(-0.0088094 -0.100679 0)
(-0.0163082 -0.109016 0)
(-0.0302439 -0.0896665 0)
(-0.0290233 -0.0686213 0)
(-0.0299942 -0.0413483 0)
(-0.02988 -0.0154407 0)
(-0.0326175 0.00184273 0)
(-0.0407102 0.0170368 0)
(-0.061091 0.0297737 0)
(-0.078294 0.0298139 0)
(-0.0923086 0.0335487 0)
(-0.100655 0.038596 0)
(-0.100017 0.0441238 0)
(-0.0991074 0.0486961 0)
(-0.0987245 0.0523242 0)
(-0.0965987 0.0558609 0)
(-0.0920042 0.0562083 0)
(-0.0853639 0.0541431 0)
(-0.076702 0.0520657 0)
(-0.0685768 0.0522521 0)
(-0.0601228 0.0516237 0)
(-0.0517633 0.0515609 0)
(-0.0425011 0.0521716 0)
(-0.0321502 0.0529426 0)
(-0.0214577 0.0536048 0)
(-0.0123572 0.0520692 0)
(-0.00815188 0.0430738 0)
(-0.0073284 0.0267033 0)
(-0.00825698 0.00148864 0)
(-0.00907767 -0.0230324 0)
(-0.0133503 -0.0961723 0)
(-0.0169311 -0.101696 0)
(-0.0334947 -0.0873894 0)
(-0.0368018 -0.0726996 0)
(-0.0361642 -0.0463302 0)
(-0.035784 -0.0207722 0)
(-0.0379341 -0.00389045 0)
(-0.0445547 0.0128111 0)
(-0.0672089 0.0251324 0)
(-0.0784293 0.0291466 0)
(-0.0966518 0.0324758 0)
(-0.100509 0.0393945 0)
(-0.0997111 0.0445066 0)
(-0.0990261 0.0491213 0)
(-0.0988213 0.0530454 0)
(-0.0970919 0.0564125 0)
(-0.0917634 0.0557746 0)
(-0.0838633 0.0526669 0)
(-0.0776888 0.0502363 0)
(-0.0721793 0.0474688 0)
(-0.0655973 0.0462535 0)
(-0.0578694 0.0458554 0)
(-0.0486987 0.0459409 0)
(-0.037795 0.0468511 0)
(-0.0262052 0.0492633 0)
(-0.0148962 0.0508283 0)
(-0.00572367 0.0476749 0)
(-0.00181325 0.0341858 0)
(-0.00457733 0.00543712 0)
(-0.00533912 -0.0250811 0)
(-0.023591 -0.082393 0)
(-0.0181201 -0.0869 0)
(-0.0311527 -0.0796766 0)
(-0.0345132 -0.0694185 0)
(-0.040941 -0.0541695 0)
(-0.0393399 -0.0265331 0)
(-0.0411144 -0.0103819 0)
(-0.0516649 0.00699784 0)
(-0.0679331 0.0226024 0)
(-0.0795807 0.0283839 0)
(-0.100446 0.0315938 0)
(-0.100463 0.0393043 0)
(-0.0993714 0.0442854 0)
(-0.0990096 0.0487 0)
(-0.0991013 0.0535292 0)
(-0.0971741 0.0559881 0)
(-0.0909108 0.0548927 0)
(-0.0847105 0.0513434 0)
(-0.0803721 0.0473732 0)
(-0.0756862 0.0450472 0)
(-0.0697626 0.0433526 0)
(-0.0624671 0.0420101 0)
(-0.0535933 0.0413151 0)
(-0.0431058 0.0420196 0)
(-0.0312704 0.044567 0)
(-0.0188147 0.0469828 0)
(-0.00668228 0.0463469 0)
(0.00141372 0.0384732 0)
(0.0021275 0.015288 0)
(-0.00137262 -0.022715 0)
(-0.0236684 -0.0642263 0)
(-0.0164485 -0.0740141 0)
(-0.0280713 -0.0730846 0)
(-0.030857 -0.0640889 0)
(-0.0372358 -0.0530469 0)
(-0.0414711 -0.0354828 0)
(-0.0434093 -0.0177872 0)
(-0.0557609 0.0026517 0)
(-0.0687039 0.0198164 0)
(-0.0822809 0.0274514 0)
(-0.101009 0.0324901 0)
(-0.100484 0.0396949 0)
(-0.0996632 0.0443385 0)
(-0.0994835 0.0488121 0)
(-0.099901 0.0541751 0)
(-0.0968723 0.055363 0)
(-0.0909142 0.0536459 0)
(-0.0856389 0.0491635 0)
(-0.0811649 0.0455022 0)
(-0.0764845 0.0432788 0)
(-0.0712729 0.040809 0)
(-0.0644548 0.0386946 0)
(-0.0561857 0.0371618 0)
(-0.0465917 0.03763 0)
(-0.0353309 0.0407993 0)
(-0.0222293 0.0436323 0)
(-0.00889225 0.0436151 0)
(0.0017946 0.0378032 0)
(0.00444457 0.0210266 0)
(0.00792824 -0.0154343 0)
(-0.0126303 -0.0560521 0)
(-0.0130352 -0.0649345 0)
(-0.0241357 -0.0651406 0)
(-0.0284805 -0.0584558 0)
(-0.0337519 -0.0498234 0)
(-0.0400445 -0.0402656 0)
(-0.0445774 -0.024711 0)
(-0.0562539 0.000577716 0)
(-0.0718118 0.0181716 0)
(-0.0865569 0.0263512 0)
(-0.100302 0.032642 0)
(-0.100568 0.0394954 0)
(-0.100477 0.0442067 0)
(-0.100503 0.0492788 0)
(-0.100347 0.0537311 0)
(-0.0965495 0.0541832 0)
(-0.0906975 0.0515669 0)
(-0.0850856 0.0473055 0)
(-0.0801207 0.0445277 0)
(-0.0761107 0.0416059 0)
(-0.0715039 0.0386407 0)
(-0.0654909 0.0358625 0)
(-0.0577814 0.0337098 0)
(-0.04883 0.0335497 0)
(-0.0382226 0.0365777 0)
(-0.0255265 0.0401793 0)
(-0.0118032 0.0414751 0)
(0.00145153 0.0370794 0)
(0.00377965 0.0223814 0)
(0.0103952 -0.00552748 0)
(-0.00972849 -0.0537144 0)
(-0.00939657 -0.0617726 0)
(-0.0203425 -0.059291 0)
(-0.0261336 -0.053891 0)
(-0.0306241 -0.0481779 0)
(-0.0373322 -0.0425433 0)
(-0.0451316 -0.0288543 0)
(-0.0584272 -0.00148283 0)
(-0.0753769 0.0173122 0)
(-0.0933781 0.0245022 0)
(-0.100309 0.0336671 0)
(-0.10099 0.0397634 0)
(-0.101856 0.0444804 0)
(-0.102321 0.0507187 0)
(-0.100132 0.0527275 0)
(-0.0954749 0.0523517 0)
(-0.088929 0.0482561 0)
(-0.0834225 0.0451884 0)
(-0.0782649 0.0429046 0)
(-0.074688 0.039922 0)
(-0.0707955 0.0364857 0)
(-0.0655825 0.0331531 0)
(-0.0587901 0.0303924 0)
(-0.0506059 0.029692 0)
(-0.0407458 0.0319967 0)
(-0.028165 0.0354751 0)
(-0.0143561 0.0381744 0)
(-6.35523e-05 0.0376426 0)
(0.00443808 0.0246377 0)
(0.00838067 0.00123284 0)
(-0.0101419 -0.0514223 0)
(-0.00716246 -0.0581106 0)
(-0.0192597 -0.0567764 0)
(-0.023301 -0.0520863 0)
(-0.0293312 -0.0476793 0)
(-0.0366282 -0.0427994 0)
(-0.0474125 -0.031078 0)
(-0.0582888 -0.00391326 0)
(-0.0762043 0.0175694 0)
(-0.0964212 0.0238436 0)
(-0.0999559 0.0343945 0)
(-0.101219 0.0405537 0)
(-0.103054 0.0461069 0)
(-0.104002 0.0520759 0)
(-0.0998483 0.0524172 0)
(-0.0931454 0.0497333 0)
(-0.0865111 0.0456212 0)
(-0.0815136 0.0439244 0)
(-0.0766456 0.0419587 0)
(-0.0729116 0.0390096 0)
(-0.0694397 0.0349833 0)
(-0.0651228 0.0305441 0)
(-0.0590116 0.0267592 0)
(-0.0515826 0.0250005 0)
(-0.0425601 0.0265936 0)
(-0.0304975 0.0299563 0)
(-0.0168079 0.03373 0)
(-0.00216586 0.0366243 0)
(0.00581467 0.0287085 0)
(0.00678646 0.00667961 0)
(-0.014129 -0.0453794 0)
(-0.00705943 -0.0543513 0)
(-0.0185555 -0.0551764 0)
(-0.0218737 -0.0524511 0)
(-0.0294931 -0.0477595 0)
(-0.0379257 -0.0414768 0)
(-0.0470874 -0.0327298 0)
(-0.0565092 -0.00907288 0)
(-0.0775175 0.0199403 0)
(-0.0950174 0.026504 0)
(-0.0990319 0.0348489 0)
(-0.101318 0.0413833 0)
(-0.104026 0.0490213 0)
(-0.10445 0.0538177 0)
(-0.0986562 0.0520289 0)
(-0.0899589 0.0474682 0)
(-0.0839896 0.0441316 0)
(-0.0792489 0.0429813 0)
(-0.0748955 0.0413198 0)
(-0.0712112 0.0384543 0)
(-0.0677316 0.0340702 0)
(-0.0641392 0.0293535 0)
(-0.0588609 0.0241734 0)
(-0.0523849 0.0203354 0)
(-0.0442723 0.0199936 0)
(-0.0330467 0.0226097 0)
(-0.0201194 0.0269475 0)
(-0.00555941 0.0323109 0)
(0.00591224 0.0322653 0)
(0.00514873 0.0126713 0)
(-0.0193501 -0.0352723 0)
(-0.0119771 -0.0480762 0)
(-0.0198133 -0.0535374 0)
(-0.0218284 -0.0525491 0)
(-0.0292551 -0.0476586 0)
(-0.0374518 -0.0415405 0)
(-0.0464682 -0.0327572 0)
(-0.0559721 -0.0119401 0)
(-0.0781667 0.0237481 0)
(-0.0945564 0.0302876 0)
(-0.098586 0.0371533 0)
(-0.101678 0.0433764 0)
(-0.105382 0.0534546 0)
(-0.103732 0.0559882 0)
(-0.0957566 0.0520095 0)
(-0.0866377 0.0460436 0)
(-0.0812841 0.0435195 0)
(-0.0771152 0.0427905 0)
(-0.0733207 0.0413451 0)
(-0.0696748 0.0385437 0)
(-0.0663115 0.0343513 0)
(-0.0631402 0.0295601 0)
(-0.0586493 0.0234299 0)
(-0.0532859 0.0175401 0)
(-0.046208 0.0143349 0)
(-0.0359224 0.0151215 0)
(-0.023659 0.0182735 0)
(-0.00948541 0.0242867 0)
(0.00365798 0.031684 0)
(0.00339331 0.0180851 0)
(-0.015978 -0.0297218 0)
(-0.0132719 -0.0398613 0)
(-0.019962 -0.0478657 0)
(-0.0203694 -0.0496471 0)
(-0.0257101 -0.0458445 0)
(-0.0337185 -0.0400896 0)
(-0.0445948 -0.0314165 0)
(-0.0559523 -0.0132513 0)
(-0.0787587 0.0256836 0)
(-0.0939709 0.0363083 0)
(-0.0988673 0.0413464 0)
(-0.101909 0.0473456 0)
(-0.105736 0.0569526 0)
(-0.101369 0.05761 0)
(-0.0916057 0.0521633 0)
(-0.0833592 0.0458064 0)
(-0.0781451 0.0435047 0)
(-0.0747369 0.0431231 0)
(-0.0716969 0.0420145 0)
(-0.0681239 0.0395074 0)
(-0.0650302 0.0360262 0)
(-0.0622225 0.0310673 0)
(-0.0584497 0.0243297 0)
(-0.0535835 0.0173601 0)
(-0.0477074 0.0104885 0)
(-0.0379488 0.00875975 0)
(-0.0265631 0.00985381 0)
(-0.0134392 0.014912 0)
(0.000513435 0.0280717 0)
(0.000905492 0.021382 0)
(-0.00970866 -0.0284997 0)
(-0.0139071 -0.0400462 0)
(-0.0165425 -0.0429362 0)
(-0.0152692 -0.0440494 0)
(-0.0207583 -0.0414492 0)
(-0.0276724 -0.037369 0)
(-0.0411104 -0.0276428 0)
(-0.0578709 -0.0100497 0)
(-0.0800268 0.0260995 0)
(-0.0920187 0.0420882 0)
(-0.0973862 0.0474793 0)
(-0.100743 0.0523422 0)
(-0.103401 0.0604112 0)
(-0.09733 0.0588056 0)
(-0.0867679 0.0518626 0)
(-0.0796935 0.0461274 0)
(-0.074802 0.0440718 0)
(-0.0720086 0.0436188 0)
(-0.0699419 0.0428423 0)
(-0.066736 0.0408159 0)
(-0.0635866 0.0380548 0)
(-0.0609006 0.0333028 0)
(-0.0577593 0.0265194 0)
(-0.053224 0.0189938 0)
(-0.0478426 0.0101741 0)
(-0.0388198 0.00483269 0)
(-0.0284984 0.00284876 0)
(-0.016915 0.00625933 0)
(-0.00428756 0.020862 0)
(-0.00113569 0.0256254 0)
(-0.00782265 -0.0295391 0)
(-0.00862064 -0.0420453 0)
(-0.0133625 -0.0409512 0)
(-0.0117822 -0.0375304 0)
(-0.0154271 -0.0338034 0)
(-0.0214678 -0.0327328 0)
(-0.0354777 -0.0233737 0)
(-0.0578798 -0.00666154 0)
(-0.0809777 0.0266725 0)
(-0.0875439 0.0432166 0)
(-0.0920065 0.0516552 0)
(-0.0967079 0.0564325 0)
(-0.0986602 0.0628062 0)
(-0.0915355 0.0594025 0)
(-0.0814606 0.0510882 0)
(-0.0755805 0.0464341 0)
(-0.0715911 0.044832 0)
(-0.0695022 0.0438665 0)
(-0.0680067 0.0430386 0)
(-0.0652232 0.0414553 0)
(-0.0621145 0.0392594 0)
(-0.0593553 0.0346169 0)
(-0.0559101 0.0277506 0)
(-0.0517069 0.0203389 0)
(-0.0465545 0.0114042 0)
(-0.0390692 0.00390784 0)
(-0.029337 -0.00168574 0)
(-0.0200624 -0.000965891 0)
(-0.0103075 0.0112965 0)
(-0.00537743 0.0297701 0)
(-0.00767556 -0.0276963 0)
(-0.00374007 -0.0409547 0)
(-0.00877002 -0.0388222 0)
(-0.00862014 -0.0329116 0)
(-0.0110726 -0.0271017 0)
(-0.0156384 -0.0278066 0)
(-0.0280132 -0.019568 0)
(-0.0524057 -0.00156841 0)
(-0.0773992 0.0283653 0)
(-0.0825277 0.0431524 0)
(-0.0858507 0.0533733 0)
(-0.0906418 0.0590576 0)
(-0.0923232 0.0655413 0)
(-0.0848384 0.0600088 0)
(-0.0754777 0.0506835 0)
(-0.0703733 0.0466431 0)
(-0.0673971 0.0457672 0)
(-0.0660935 0.0444194 0)
(-0.0649586 0.0426705 0)
(-0.0633311 0.0413666 0)
(-0.0610216 0.0397791 0)
(-0.0578561 0.0353608 0)
(-0.0553872 0.0277553 0)
(-0.0509469 0.0200788 0)
(-0.0450413 0.0120269 0)
(-0.038256 0.00354797 0)
(-0.0292471 -0.00445082 0)
(-0.0220046 -0.0060058 0)
(-0.0145278 0.0035517 0)
(-0.0115633 0.0303488 0)
(-0.0117899 -0.0213978 0)
(-0.00209925 -0.036867 0)
(-0.00602987 -0.0361627 0)
(-0.00586999 -0.030142 0)
(-0.00821065 -0.0228069 0)
(-0.00959367 -0.0227247 0)
(-0.0172994 -0.016507 0)
(-0.0458423 0.00232139 0)
(-0.0725018 0.0299169 0)
(-0.0773815 0.0430086 0)
(-0.079854 0.0526971 0)
(-0.0842321 0.0623173 0)
(-0.0871106 0.068029 0)
(-0.079014 0.061121 0)
(-0.0701069 0.0500059 0)
(-0.0648589 0.046347 0)
(-0.0621392 0.0459371 0)
(-0.0613423 0.0447897 0)
(-0.0609156 0.042874 0)
(-0.0610196 0.041891 0)
(-0.060052 0.0402344 0)
(-0.0578962 0.0348495 0)
(-0.0547553 0.0269899 0)
(-0.0495967 0.0186676 0)
(-0.0430701 0.0100899 0)
(-0.0358191 0.00203196 0)
(-0.0275333 -0.00719997 0)
(-0.0219683 -0.0106705 0)
(-0.015843 -0.00378418 0)
(-0.0163351 0.0234928 0)
(-0.00774023 -0.0171925 0)
(-0.00431983 -0.0316872 0)
(-0.00591047 -0.0327677 0)
(-0.00494222 -0.0272811 0)
(-0.00598993 -0.0201343 0)
(-0.00550488 -0.0198296 0)
(-0.0102043 -0.01458 0)
(-0.0400745 0.00711067 0)
(-0.0689599 0.0320933 0)
(-0.0738622 0.043242 0)
(-0.0766293 0.0527996 0)
(-0.0819108 0.0665898 0)
(-0.0835942 0.0706275 0)
(-0.0747201 0.0624038 0)
(-0.066226 0.0497075 0)
(-0.0603896 0.045664 0)
(-0.0567734 0.0459152 0)
(-0.0568874 0.045945 0)
(-0.0579437 0.0449228 0)
(-0.0594004 0.0435032 0)
(-0.0592175 0.0406421 0)
(-0.0563263 0.0343809 0)
(-0.0523253 0.0260141 0)
(-0.0465226 0.0169945 0)
(-0.0400518 0.00796106 0)
(-0.0326308 -0.000430699 0)
(-0.0245512 -0.00992656 0)
(-0.0202078 -0.0156034 0)
(-0.0147452 -0.0128233 0)
(-0.0164855 0.0141545 0)
(-0.00395738 -0.0167924 0)
(-0.00484482 -0.0283118 0)
(-0.00752972 -0.0281983 0)
(-0.00528769 -0.0237449 0)
(-0.00552707 -0.0184255 0)
(-0.00422737 -0.0177607 0)
(-0.00866676 -0.0119582 0)
(-0.0378212 0.0120703 0)
(-0.0662365 0.0373893 0)
(-0.0716643 0.0458509 0)
(-0.0757977 0.054245 0)
(-0.0813362 0.0707101 0)
(-0.0808595 0.0720009 0)
(-0.0714865 0.0628256 0)
(-0.0638899 0.048903 0)
(-0.0573428 0.0447232 0)
(-0.0531704 0.0452633 0)
(-0.0541439 0.0471264 0)
(-0.0554698 0.0471958 0)
(-0.0570457 0.0456464 0)
(-0.0565948 0.040995 0)
(-0.0531926 0.0340634 0)
(-0.0486709 0.0250899 0)
(-0.042671 0.0154195 0)
(-0.0365048 0.00598228 0)
(-0.0296889 -0.0024754 0)
(-0.0213283 -0.012092 0)
(-0.0175522 -0.019465 0)
(-0.0125532 -0.0196317 0)
(-0.0127522 0.00295378 0)
(-0.00163285 -0.0196251 0)
(-0.00272257 -0.0293755 0)
(-0.00680469 -0.0266571 0)
(-0.00578894 -0.0203887 0)
(-0.00538428 -0.0166159 0)
(-0.00485778 -0.0165559 0)
(-0.0108495 -0.00921978 0)
(-0.0380531 0.0178507 0)
(-0.0649798 0.0446965 0)
(-0.069588 0.0502691 0)
(-0.0760883 0.0591839 0)
(-0.0810155 0.0731145 0)
(-0.0783548 0.0713432 0)
(-0.0686878 0.0610961 0)
(-0.0623683 0.0469936 0)
(-0.0553954 0.0434809 0)
(-0.0519216 0.0446826 0)
(-0.0524978 0.0479602 0)
(-0.053091 0.0488379 0)
(-0.053533 0.0474082 0)
(-0.0524403 0.0416117 0)
(-0.0490001 0.0339158 0)
(-0.044607 0.0246228 0)
(-0.0387921 0.0145845 0)
(-0.0327452 0.00488865 0)
(-0.0267136 -0.00365566 0)
(-0.0189245 -0.0137009 0)
(-0.0144069 -0.0222452 0)
(-0.0105518 -0.024653 0)
(-0.00963996 -0.00562072 0)
(0.0030134 -0.0261387 0)
(0.00104115 -0.033711 0)
(-0.00440846 -0.0281014 0)
(-0.00577656 -0.019337 0)
(-0.00625913 -0.0138041 0)
(-0.00738098 -0.0147144 0)
(-0.017394 -0.00650945 0)
(-0.0418874 0.0237267 0)
(-0.0638583 0.0531587 0)
(-0.0672777 0.056669 0)
(-0.0751671 0.0655435 0)
(-0.0791375 0.074082 0)
(-0.074237 0.069993 0)
(-0.0646699 0.0576796 0)
(-0.0608895 0.0447704 0)
(-0.0547763 0.0423393 0)
(-0.0516278 0.0445697 0)
(-0.050847 0.048199 0)
(-0.0506032 0.0501448 0)
(-0.0495217 0.048317 0)
(-0.0475795 0.0422964 0)
(-0.0440253 0.0344967 0)
(-0.0401258 0.0248322 0)
(-0.0348683 0.014861 0)
(-0.0293548 0.00530405 0)
(-0.0235453 -0.00385884 0)
(-0.0167961 -0.0142272 0)
(-0.0114907 -0.0241563 0)
(-0.00871875 -0.0283212 0)
(-0.00849066 -0.0121293 0)
(0.00661303 -0.0370769 0)
(0.00344898 -0.039236 0)
(-0.00451189 -0.0304885 0)
(-0.00728249 -0.0196314 0)
(-0.00964996 -0.0115035 0)
(-0.0117643 -0.0120281 0)
(-0.0260327 -0.0052701 0)
(-0.0484538 0.0293645 0)
(-0.0617666 0.0611721 0)
(-0.0652885 0.0651305 0)
(-0.0723463 0.071418 0)
(-0.0743653 0.0745373 0)
(-0.0686541 0.0676771 0)
(-0.0599545 0.0539434 0)
(-0.058196 0.0431146 0)
(-0.0540086 0.0415985 0)
(-0.0509593 0.0444 0)
(-0.0490298 0.047996 0)
(-0.0481829 0.0510001 0)
(-0.0461156 0.0488021 0)
(-0.0429628 0.0431926 0)
(-0.0393301 0.0355767 0)
(-0.0356754 0.0259996 0)
(-0.0311394 0.0160834 0)
(-0.0263079 0.00693243 0)
(-0.0207292 -0.00295601 0)
(-0.0147045 -0.0141363 0)
(-0.00926908 -0.0249761 0)
(-0.00774627 -0.0309102 0)
(-0.00878285 -0.0176755 0)
(0.00653991 -0.0466605 0)
(0.00304284 -0.0434158 0)
(-0.00709521 -0.0320218 0)
(-0.0117376 -0.0199051 0)
(-0.0145297 -0.0105849 0)
(-0.0158257 -0.0103125 0)
(-0.033017 -0.00576263 0)
(-0.0490976 0.0345886 0)
(-0.0584563 0.0670643 0)
(-0.0618347 0.0733688 0)
(-0.0661538 0.0763568 0)
(-0.0667942 0.0746639 0)
(-0.0619105 0.0649302 0)
(-0.0544839 0.0502717 0)
(-0.0542821 0.0414201 0)
(-0.0516126 0.0407141 0)
(-0.0492204 0.0438067 0)
(-0.046774 0.0479345 0)
(-0.0452776 0.0509249 0)
(-0.0428519 0.0489823 0)
(-0.0395848 0.0441341 0)
(-0.0354572 0.0369112 0)
(-0.0321331 0.0275505 0)
(-0.028305 0.017628 0)
(-0.0238664 0.00850658 0)
(-0.018528 -0.00152155 0)
(-0.0133649 -0.0132409 0)
(-0.00792669 -0.024514 0)
(-0.0070345 -0.0319375 0)
(-0.00924963 -0.0220071 0)
(-0.000840737 -0.0631202 0)
(0.000364338 -0.0457854 0)
(-0.00998196 -0.0326056 0)
(-0.0146362 -0.0198708 0)
(-0.0193713 -0.0113717 0)
(-0.0237449 -0.0127089 0)
(-0.0390104 -0.00505886 0)
(-0.0504162 0.0423957 0)
(-0.0553315 0.0691328 0)
(-0.057514 0.0795691 0)
(-0.0590599 0.0818895 0)
(-0.0579638 0.0759917 0)
(-0.053155 0.0626128 0)
(-0.0480761 0.0472019 0)
(-0.0491222 0.0397302 0)
(-0.0475854 0.0395458 0)
(-0.0463871 0.0429557 0)
(-0.0445475 0.0484593 0)
(-0.0421715 0.0509405 0)
(-0.0395456 0.0496194 0)
(-0.0362444 0.045252 0)
(-0.0322854 0.0384655 0)
(-0.0290257 0.0294129 0)
(-0.0259643 0.0193606 0)
(-0.0219906 0.00996586 0)
(-0.0171279 -0.000166179 0)
(-0.0127544 -0.0124861 0)
(-0.00718182 -0.0238457 0)
(-0.00640958 -0.0312392 0)
(-0.0088914 -0.0247395 0)
(-0.00717868 -0.0643845 0)
(-0.0116208 -0.0623035 0)
(-0.0139768 -0.034679 0)
(-0.0179662 -0.0204318 0)
(-0.0245708 -0.0145751 0)
(-0.0345214 -0.0211276 0)
(-0.0450303 0.000172364 0)
(-0.0491251 0.0435712 0)
(-0.0513694 0.070294 0)
(-0.0526938 0.0838205 0)
(-0.053133 0.08732 0)
(-0.0506733 0.0787739 0)
(-0.0440604 0.0619924 0)
(-0.0403084 0.0447254 0)
(-0.0419617 0.037981 0)
(-0.042307 0.0382734 0)
(-0.0425592 0.0423481 0)
(-0.0417599 0.0489239 0)
(-0.0388925 0.0513054 0)
(-0.0360643 0.0505385 0)
(-0.0327811 0.046851 0)
(-0.0288084 0.0404143 0)
(-0.0258554 0.0316624 0)
(-0.023058 0.0216313 0)
(-0.019758 0.011689 0)
(-0.0155703 0.00156358 0)
(-0.0123315 -0.0108526 0)
(-0.00733307 -0.0229666 0)
(-0.00603927 -0.0302186 0)
(-0.00863985 -0.0256964 0)
(-0.00767355 -0.0573699 0)
(-0.0123603 -0.0582967 0)
(-0.0250757 -0.0450015 0)
(-0.02192 -0.0229201 0)
(-0.0342606 -0.0275425 0)
(-0.041768 -0.0272185 0)
(-0.0436458 0.000745863 0)
(-0.0473004 0.0431399 0)
(-0.0478108 0.0706438 0)
(-0.0482086 0.0866602 0)
(-0.0476801 0.0919872 0)
(-0.0440832 0.0822398 0)
(-0.0361984 0.0622371 0)
(-0.0323254 0.0430183 0)
(-0.0329482 0.0363028 0)
(-0.0352177 0.036773 0)
(-0.037924 0.0421286 0)
(-0.0381446 0.0490427 0)
(-0.0351342 0.0520162 0)
(-0.0320404 0.0517539 0)
(-0.0286611 0.0485496 0)
(-0.0247838 0.0425488 0)
(-0.021506 0.0343675 0)
(-0.0188206 0.0245591 0)
(-0.0165693 0.0142587 0)
(-0.0137206 0.00388119 0)
(-0.0120317 -0.00827932 0)
(-0.00824443 -0.0211955 0)
(-0.0069338 -0.0286112 0)
(-0.00811718 -0.0253314 0)
(-0.00718727 -0.0513662 0)
(-0.0102949 -0.0514853 0)
(-0.0250392 -0.0437073 0)
(-0.0309278 -0.0340519 0)
(-0.0377684 -0.0326317 0)
(-0.0413771 -0.0251731 0)
(-0.0420513 -0.00226495 0)
(-0.0454234 0.0412469 0)
(-0.0459455 0.0701983 0)
(-0.0450984 0.0876096 0)
(-0.0435615 0.0946043 0)
(-0.0379613 0.0848778 0)
(-0.029161 0.0637391 0)
(-0.0251913 0.0425906 0)
(-0.0232699 0.0348989 0)
(-0.0264408 0.0351403 0)
(-0.0321191 0.0419988 0)
(-0.0342889 0.0491044 0)
(-0.0310387 0.0525016 0)
(-0.0277295 0.052816 0)
(-0.0241303 0.0499954 0)
(-0.0202537 0.0443537 0)
(-0.0167618 0.036608 0)
(-0.0143422 0.0273557 0)
(-0.0130325 0.0173779 0)
(-0.0120766 0.00736545 0)
(-0.0123838 -0.00451328 0)
(-0.00955576 -0.0189048 0)
(-0.00836179 -0.0273737 0)
(-0.00780431 -0.0243294 0)
(-0.00737885 -0.0449068 0)
(-0.00934752 -0.0457092 0)
(-0.0233866 -0.0377602 0)
(-0.0304871 -0.0328882 0)
(-0.0372292 -0.0282292 0)
(-0.0401591 -0.0229547 0)
(-0.0404673 -0.00455785 0)
(-0.0446762 0.0391023 0)
(-0.0450204 0.0689802 0)
(-0.0429778 0.0871924 0)
(-0.0405761 0.0953186 0)
(-0.0323687 0.0876818 0)
(-0.0223633 0.0656278 0)
(-0.0180334 0.0437041 0)
(-0.0146983 0.0338492 0)
(-0.0172539 0.0335715 0)
(-0.025578 0.0414706 0)
(-0.029556 0.048703 0)
(-0.0271793 0.0530809 0)
(-0.0233202 0.053379 0)
(-0.0197883 0.0506862 0)
(-0.0159904 0.0455866 0)
(-0.0129549 0.0384788 0)
(-0.0108697 0.0303519 0)
(-0.010302 0.0215252 0)
(-0.0110987 0.0121635 0)
(-0.0128165 0.00018234 0)
(-0.0108018 -0.0160022 0)
(-0.0101445 -0.0259402 0)
(-0.0080992 -0.0237501 0)
(-0.00683901 -0.0397751 0)
(-0.00845757 -0.0394232 0)
(-0.0219359 -0.0319944 0)
(-0.0293381 -0.0281374 0)
(-0.0360949 -0.0253339 0)
(-0.0394729 -0.021069 0)
(-0.0390337 -0.00600428 0)
(-0.0440655 0.0361513 0)
(-0.0444155 0.0668078 0)
(-0.0414681 0.0856951 0)
(-0.0380027 0.0942478 0)
(-0.0279899 0.0881087 0)
(-0.0161293 0.0700578 0)
(-0.010539 0.0462833 0)
(-0.00634407 0.0339527 0)
(-0.00933714 0.0327469 0)
(-0.0181994 0.0397398 0)
(-0.0244923 0.0480612 0)
(-0.0233285 0.0529838 0)
(-0.0196851 0.0540741 0)
(-0.016808 0.0515546 0)
(-0.0145089 0.0466618 0)
(-0.0125665 0.0401071 0)
(-0.0106497 0.0329904 0)
(-0.0102936 0.0256732 0)
(-0.0113857 0.0178115 0)
(-0.0128481 0.00556114 0)
(-0.0111787 -0.0125143 0)
(-0.0114289 -0.0242652 0)
(-0.00857356 -0.0242304 0)
(-0.00707531 -0.0344067 0)
(-0.00878079 -0.033116 0)
(-0.0210795 -0.0264885 0)
(-0.0286665 -0.0237492 0)
(-0.0356264 -0.0213939 0)
(-0.0382137 -0.0190244 0)
(-0.0377316 -0.00714987 0)
(-0.043913 0.0335851 0)
(-0.0440144 0.0641442 0)
(-0.0404806 0.0837502 0)
(-0.035801 0.0923543 0)
(-0.0240245 0.0868907 0)
(-0.0122721 0.0706738 0)
(-0.00460583 0.0502915 0)
(0.0015301 0.0354543 0)
(-0.00155874 0.0324397 0)
(-0.0117391 0.0378189 0)
(-0.0184101 0.0462132 0)
(-0.0204079 0.0531458 0)
(-0.0180969 0.0553578 0)
(-0.0160819 0.0527612 0)
(-0.0141547 0.0474348 0)
(-0.0123716 0.0414933 0)
(-0.0105477 0.0353229 0)
(-0.0101251 0.0294428 0)
(-0.0109489 0.0225375 0)
(-0.0120075 0.0106047 0)
(-0.0106722 -0.0077554 0)
(-0.0122106 -0.0218403 0)
(-0.0089444 -0.0249898 0)
(-0.00729896 -0.0292894 0)
(-0.00958056 -0.0260938 0)
(-0.020266 -0.0207964 0)
(-0.0277305 -0.0188801 0)
(-0.0341647 -0.0186469 0)
(-0.0369168 -0.0174153 0)
(-0.0362864 -0.00792202 0)
(-0.0435324 0.0311044 0)
(-0.0443651 0.0613065 0)
(-0.0400039 0.0809984 0)
(-0.0332689 0.0891148 0)
(-0.0209542 0.08315 0)
(-0.0092199 0.0677607 0)
(-0.00126489 0.051413 0)
(0.00659726 0.0389592 0)
(0.00662391 0.0331042 0)
(-0.00395783 0.0354149 0)
(-0.0132699 0.0446639 0)
(-0.0185242 0.0528867 0)
(-0.0172762 0.0554528 0)
(-0.014821 0.0525343 0)
(-0.0133314 0.0476048 0)
(-0.0121583 0.0427679 0)
(-0.0106403 0.0374272 0)
(-0.010367 0.0325479 0)
(-0.0105332 0.0259729 0)
(-0.0105725 0.01389 0)
(-0.00905888 -0.00378224 0)
(-0.0115336 -0.0183556 0)
(-0.00934154 -0.0247398 0)
(-0.00778667 -0.0236056 0)
(-0.00970099 -0.0201698 0)
(-0.0190947 -0.0159167 0)
(-0.0264482 -0.014425 0)
(-0.0323201 -0.015854 0)
(-0.0344115 -0.016619 0)
(-0.0349005 -0.00911553 0)
(-0.0431004 0.0286255 0)
(-0.0443325 0.0577368 0)
(-0.0389293 0.0768838 0)
(-0.0307175 0.0838133 0)
(-0.0187886 0.0773514 0)
(-0.00706692 0.062471 0)
(0.00115517 0.0489226 0)
(0.00782943 0.0414718 0)
(0.0119726 0.0347359 0)
(0.00470429 0.0336156 0)
(-0.00824901 0.0428589 0)
(-0.0160748 0.0514817 0)
(-0.0148621 0.0536067 0)
(-0.0122223 0.0509214 0)
(-0.0109085 0.0466459 0)
(-0.0106638 0.0431307 0)
(-0.0100705 0.038987 0)
(-0.00998294 0.0345845 0)
(-0.00982979 0.0281697 0)
(-0.00888587 0.0164995 0)
(-0.00758107 -0.000105789 0)
(-0.0099395 -0.014844 0)
(-0.00913782 -0.0223461 0)
(-0.00770377 -0.0189017 0)
(-0.00889757 -0.0147057 0)
(-0.0176734 -0.0106491 0)
(-0.0242913 -0.0106816 0)
(-0.0291447 -0.0142351 0)
(-0.0317413 -0.0162725 0)
(-0.0337568 -0.0103049 0)
(-0.0434163 0.0247978 0)
(-0.0437901 0.0535462 0)
(-0.0375454 0.0716119 0)
(-0.0284399 0.0775907 0)
(-0.0172952 0.0712459 0)
(-0.00554487 0.0568079 0)
(0.00193995 0.046566 0)
(0.00904716 0.0410139 0)
(0.0144888 0.0357141 0)
(0.0102534 0.034291 0)
(-0.00161013 0.0411438 0)
(-0.0109534 0.0481396 0)
(-0.0110124 0.0499012 0)
(-0.00868212 0.0475798 0)
(-0.0079042 0.0444718 0)
(-0.00858626 0.0421105 0)
(-0.00882102 0.0392504 0)
(-0.0092592 0.0352709 0)
(-0.00875985 0.0290041 0)
(-0.00723556 0.01826 0)
(-0.00603991 0.00408208 0)
(-0.00882352 -0.0115121 0)
(-0.00753479 -0.0195932 0)
(-0.00731681 -0.0151118 0)
(-0.00791695 -0.0100565 0)
(-0.0154985 -0.00742841 0)
(-0.0207987 -0.00867209 0)
(-0.0252651 -0.0134584 0)
(-0.0285523 -0.0165368 0)
(-0.0329201 -0.0118972 0)
(-0.044023 0.0207229 0)
(-0.043221 0.0501849 0)
(-0.0358214 0.0663701 0)
(-0.0260608 0.0706267 0)
(-0.0156976 0.0643005 0)
(-0.00422184 0.0516207 0)
(0.00204008 0.0437341 0)
(0.0105809 0.0388185 0)
(0.0138319 0.0360422 0)
(0.0127695 0.0350092 0)
(0.00589433 0.0394285 0)
(-0.003613 0.0440521 0)
(-0.00565188 0.0456346 0)
(-0.00407919 0.043412 0)
(-0.0037391 0.0410051 0)
(-0.00548613 0.039716 0)
(-0.00696747 0.0377963 0)
(-0.00849782 0.0340847 0)
(-0.00839807 0.0280942 0)
(-0.00659479 0.0185426 0)
(-0.00470334 0.00702461 0)
(-0.00603041 -0.00710376 0)
(-0.00556923 -0.018019 0)
(-0.00682868 -0.0123677 0)
(-0.00654838 -0.00776547 0)
(-0.0130593 -0.00673909 0)
(-0.0171276 -0.0088438 0)
(-0.0219817 -0.0139453 0)
(-0.0260672 -0.0171031 0)
(-0.0322958 -0.0123156 0)
(-0.0441812 0.0165966 0)
(-0.0416092 0.0462128 0)
(-0.0331783 0.0601316 0)
(-0.0235571 0.0629828 0)
(-0.0142916 0.0575716 0)
(-0.00325871 0.0472882 0)
(0.00268513 0.040961 0)
(0.0109971 0.0369919 0)
(0.0130337 0.035113 0)
(0.0132003 0.0354685 0)
(0.0113413 0.0376713 0)
(0.00466214 0.0395293 0)
(0.00052804 0.0402413 0)
(0.000846266 0.0389697 0)
(0.000738344 0.0377017 0)
(-0.00159028 0.0367969 0)
(-0.00426763 0.0353334 0)
(-0.00764189 0.0311376 0)
(-0.00855662 0.0249944 0)
(-0.00760096 0.0164681 0)
(-0.00512639 0.00726451 0)
(-0.00508684 -0.00284772 0)
(-0.00321413 -0.0155035 0)
(-0.00687898 -0.011744 0)
(-0.00503567 -0.0089454 0)
(-0.0112809 -0.0083177 0)
(-0.0150108 -0.0101138 0)
(-0.0202555 -0.0144896 0)
(-0.0243902 -0.0171154 0)
(-0.0317005 -0.01237 0)
(-0.0424277 0.0128182 0)
(-0.03947 0.0410885 0)
(-0.0301521 0.0536337 0)
(-0.0213632 0.0558982 0)
(-0.0128801 0.051809 0)
(-0.00321775 0.0438942 0)
(0.00383708 0.0385099 0)
(0.0104457 0.0357227 0)
(0.0124668 0.0350362 0)
(0.0139213 0.035276 0)
(0.0145351 0.0362914 0)
(0.0126837 0.0354205 0)
(0.00816232 0.0346394 0)
(0.00617747 0.0344953 0)
(0.0052096 0.0345164 0)
(0.00206443 0.034411 0)
(-0.00139438 0.0336525 0)
(-0.00638159 0.0289978 0)
(-0.00889944 0.0210021 0)
(-0.00854927 0.0120665 0)
(-0.00591279 0.00464538 0)
(-0.00531244 -0.00344798 0)
(-0.00118877 -0.0136152 0)
(-0.00560643 -0.015255 0)
(-0.00491102 -0.0125481 0)
(-0.0106957 -0.0109597 0)
(-0.0142838 -0.0116721 0)
(-0.0192358 -0.0142653 0)
(-0.0233558 -0.0167585 0)
(-0.0314881 -0.0117473 0)
(-0.040953 0.0107002 0)
(-0.0367894 0.0360181 0)
(-0.0272836 0.0474461 0)
(-0.0198793 0.0495846 0)
(-0.0113714 0.0467185 0)
(-0.00367194 0.0408821 0)
(0.00448629 0.0364251 0)
(0.00978725 0.0350178 0)
(0.0123577 0.0344185 0)
(0.0152387 0.0346816 0)
(0.0174617 0.0349096 0)
(0.0186729 0.0324021 0)
(0.015839 0.0300792 0)
(0.0117282 0.0309549 0)
(0.0093469 0.0325253 0)
(0.00550489 0.0340696 0)
(0.000971007 0.0338642 0)
(-0.00436434 0.0284355 0)
(-0.00759718 0.0178518 0)
(-0.00794277 0.00783198 0)
(-0.00512807 0.00133326 0)
(-0.00410317 -0.00652959 0)
(-0.000210757 -0.0158016 0)
(-0.00511465 -0.0187374 0)
(-0.00564196 -0.0160621 0)
(-0.0106198 -0.0127249 0)
(-0.0140582 -0.0126456 0)
(-0.0184545 -0.0134331 0)
(-0.0222273 -0.0153432 0)
(-0.0313639 -0.0109948 0)
(-0.0396651 0.00959633 0)
(-0.0341289 0.0315494 0)
(-0.0255113 0.0408832 0)
(-0.0190746 0.0435921 0)
(-0.0101236 0.041985 0)
(-0.00387308 0.0374547 0)
(0.00438049 0.034244 0)
(0.00910915 0.0335851 0)
(0.013188 0.0331937 0)
(0.0166488 0.0332874 0)
(0.0204133 0.0328784 0)
(0.0235188 0.0293613 0)
(0.0220141 0.0260498 0)
(0.0180731 0.0279661 0)
(0.013423 0.0315034 0)
(0.00949935 0.0346743 0)
(0.00519515 0.0351143 0)
(-0.00113078 0.0299402 0)
(-0.00427294 0.0164525 0)
(-0.00561549 0.00436412 0)
(-0.00337487 -0.000743673 0)
(-0.00198709 -0.00929135 0)
(0.00101136 -0.018341 0)
(-0.0040323 -0.0200819 0)
(-0.0059042 -0.0183181 0)
(-0.0104627 -0.0134437 0)
(-0.0136545 -0.0124036 0)
(-0.0176714 -0.0120255 0)
(-0.0212318 -0.0133155 0)
(-0.0316919 -0.0102265 0)
(-0.0382906 0.00967461 0)
(-0.0319936 0.0274458 0)
(-0.0243275 0.034292 0)
(-0.0185097 0.0380651 0)
(-0.0091399 0.0370763 0)
(-0.00373611 0.0334237 0)
(0.00421051 0.0317085 0)
(0.00844087 0.0312852 0)
(0.0136794 0.031253 0)
(0.0180956 0.0311387 0)
(0.02317 0.0305224 0)
(0.0266782 0.026149 0)
(0.0248138 0.0235359 0)
(0.0211074 0.0265609 0)
(0.0158572 0.0324019 0)
(0.0100886 0.0374965 0)
(0.00581413 0.0386867 0)
(0.00228071 0.0327496 0)
(0.00204936 0.0179671 0)
(-0.00114496 0.00463794 0)
(-0.00122298 -0.00199729 0)
(-0.000855878 -0.01129 0)
(0.00111585 -0.0196425 0)
(-0.00226659 -0.0187895 0)
(-0.00542323 -0.0182257 0)
(-0.00987983 -0.0130258 0)
(-0.0130806 -0.0114755 0)
(-0.0169776 -0.0110579 0)
(-0.0205706 -0.0123619 0)
(-0.0329634 -0.00980662 0)
(-0.0369409 0.0104401 0)
(-0.029907 0.0231833 0)
(-0.0235392 0.0289716 0)
(-0.0178667 0.0332118 0)
(-0.00858662 0.0318081 0)
(-0.00306853 0.0292469 0)
(0.00352957 0.0284467 0)
(0.00794274 0.0285991 0)
(0.0138777 0.0289646 0)
(0.0189594 0.0289891 0)
(0.024538 0.0278891 0)
(0.0275255 0.0236409 0)
(0.022564 0.0232247 0)
(0.0149161 0.0279832 0)
(0.00972348 0.0339449 0)
(0.00580983 0.0375944 0)
(0.00338538 0.0375227 0)
(0.00241163 0.0308253 0)
(0.00322323 0.0186193 0)
(0.00086181 0.00804553 0)
(-0.000384658 -0.000432469 0)
(-0.00104628 -0.0115254 0)
(-0.000530196 -0.0195002 0)
(-0.00115045 -0.0174636 0)
(-0.0046478 -0.0167369 0)
(-0.00934131 -0.0125187 0)
(-0.0125362 -0.011433 0)
(-0.0162158 -0.0109731 0)
(-0.0205889 -0.0123237 0)
(-0.0346413 -0.00840556 0)
(-0.0352566 0.0100267 0)
(-0.0279577 0.0187441 0)
(-0.0229007 0.0248807 0)
(-0.0170389 0.0291523 0)
(-0.00820467 0.0265321 0)
(-0.00282191 0.0246493 0)
(0.0025911 0.0246649 0)
(0.00750505 0.0252552 0)
(0.0137214 0.0259566 0)
(0.0192736 0.0262096 0)
(0.0249638 0.0251663 0)
(0.0236053 0.0217117 0)
(0.0183115 0.0222335 0)
(0.0122172 0.0259755 0)
(0.00817206 0.0316539 0)
(0.0063068 0.0354797 0)
(0.0050891 0.0349019 0)
(0.00459194 0.02733 0)
(0.00564462 0.0160103 0)
(0.00367439 0.00838375 0)
(0.00184522 0.00157344 0)
(-0.000481423 -0.00960424 0)
(-0.0016544 -0.0178408 0)
(-0.00108402 -0.0171064 0)
(-0.0045832 -0.016051 0)
(-0.00919505 -0.0125396 0)
(-0.0123088 -0.0119077 0)
(-0.0155485 -0.0112102 0)
(-0.0212501 -0.0125436 0)
(-0.0357241 -0.00666082 0)
(-0.032854 0.00803983 0)
(-0.0267546 0.0144998 0)
(-0.0227676 0.0208342 0)
(-0.0162395 0.0249812 0)
(-0.00783744 0.0225218 0)
(-0.00283592 0.0199158 0)
(0.00110607 0.0200233 0)
(0.00727931 0.0210023 0)
(0.0129834 0.0219254 0)
(0.0198872 0.0229866 0)
(0.0242531 0.0220233 0)
(0.0232836 0.0215329 0)
(0.0191093 0.0210283 0)
(0.0122216 0.0243603 0)
(0.00811715 0.029491 0)
(0.00677028 0.0320957 0)
(0.00639406 0.0306957 0)
(0.00651977 0.0226895 0)
(0.00613332 0.0128062 0)
(0.00469212 0.00693538 0)
(0.00416404 0.00201713 0)
(0.00144286 -0.00603586 0)
(-0.000277241 -0.0145705 0)
(-0.00132351 -0.0168744 0)
(-0.00473719 -0.0157331 0)
(-0.00935873 -0.0130636 0)
(-0.0124228 -0.0127377 0)
(-0.0157731 -0.0113099 0)
(-0.0226431 -0.0118774 0)
(-0.0354486 -0.00600953 0)
(-0.0306315 0.00501726 0)
(-0.0260673 0.0109954 0)
(-0.0225768 0.0168943 0)
(-0.0154943 0.020504 0)
(-0.00785272 0.0187246 0)
(-0.0030518 0.0165246 0)
(0.000222786 0.0157145 0)
(0.00664633 0.0168465 0)
(0.0126773 0.0180817 0)
(0.0196409 0.0192108 0)
(0.0224839 0.0197963 0)
(0.0230242 0.0200476 0)
(0.020271 0.0200535 0)
(0.014182 0.0232319 0)
(0.0107097 0.0269821 0)
(0.00969794 0.0286465 0)
(0.00935711 0.0265363 0)
(0.0093955 0.0182069 0)
(0.00772428 0.00919259 0)
(0.00588605 0.00500737 0)
(0.00494338 0.00189832 0)
(0.00219217 -0.00346792 0)
(0.00144831 -0.0111455 0)
(-0.00160957 -0.0165839 0)
(-0.00478872 -0.0152766 0)
(-0.00948199 -0.0136953 0)
(-0.0128666 -0.0134805 0)
(-0.0170102 -0.0110474 0)
(-0.0232346 -0.0108103 0)
(-0.0342918 -0.0064449 0)
(-0.0292575 0.00249303 0)
(-0.0256688 0.00792082 0)
(-0.0219611 0.0131864 0)
(-0.0150013 0.0162904 0)
(-0.00786397 0.0152274 0)
(-0.00323398 0.0135921 0)
(-0.000460126 0.0120244 0)
(0.00625624 0.0133886 0)
(0.012212 0.0143259 0)
(0.0191586 0.0160117 0)
(0.0226466 0.0180192 0)
(0.0237286 0.0185705 0)
(0.0222948 0.0200682 0)
(0.0177224 0.0223203 0)
(0.0150168 0.0242859 0)
(0.0140358 0.0252835 0)
(0.0128998 0.0229444 0)
(0.0121307 0.0143038 0)
(0.00901983 0.00609589 0)
(0.00676745 0.00283706 0)
(0.00568066 0.00151342 0)
(0.00322924 -0.0011318 0)
(0.00419693 -0.00671748 0)
(-0.00217507 -0.0163989 0)
(-0.00489181 -0.0145265 0)
(-0.00981752 -0.0140494 0)
(-0.0138607 -0.0138173 0)
(-0.0183232 -0.0111318 0)
(-0.023273 -0.0100534 0)
(-0.0327067 -0.00702044 0)
(-0.0284525 1.50444e-07 0)
(-0.0252163 0.0051051 0)
(-0.0213466 0.00974041 0)
(-0.0146325 0.0125538 0)
(-0.00797945 0.0125666 0)
(-0.00374827 0.0114565 0)
(-0.00107014 0.00946889 0)
(0.0058683 0.0107055 0)
(0.0116632 0.0115415 0)
(0.0186149 0.0137986 0)
(0.0243494 0.0162909 0)
(0.0259289 0.0178726 0)
(0.0244319 0.0200312 0)
(0.0220156 0.0210354 0)
(0.0198941 0.0215461 0)
(0.0189138 0.022339 0)
(0.0165552 0.0202358 0)
(0.0144666 0.0112447 0)
(0.00970915 0.00385309 0)
(0.0070483 0.000866838 0)
(0.00567534 0.0001654 0)
(0.00294838 -0.000595986 0)
(0.00446031 -0.00424786 0)
(-0.00318632 -0.0162563 0)
(-0.00573607 -0.0138124 0)
(-0.0109128 -0.0141241 0)
(-0.0150163 -0.0136944 0)
(-0.0189637 -0.0122119 0)
(-0.0230373 -0.0104472 0)
(-0.0307599 -0.00805184 0)
(-0.0278862 -0.00245343 0)
(-0.0246267 0.00229413 0)
(-0.0208031 0.00650243 0)
(-0.0142686 0.00927305 0)
(-0.00827474 0.0101741 0)
(-0.00462635 0.00991473 0)
(-0.00147785 0.00833101 0)
(0.00525524 0.00854227 0)
(0.0109109 0.0101204 0)
(0.0174839 0.0113965 0)
(0.0247592 0.0150546 0)
(0.0292536 0.0176063 0)
(0.0291295 0.019747 0)
(0.0271226 0.0190058 0)
(0.0246574 0.019483 0)
(0.0231141 0.0205602 0)
(0.0192511 0.0188878 0)
(0.0157455 0.00951545 0)
(0.00961517 0.00251089 0)
(0.00677439 -0.0007839 0)
(0.00516617 -0.00167975 0)
(0.00198495 -0.0012154 0)
(0.00343031 -0.00424573 0)
(-0.00453706 -0.0164409 0)
(-0.00726056 -0.0138632 0)
(-0.0124479 -0.0141725 0)
(-0.0156165 -0.0142323 0)
(-0.0185564 -0.0139001 0)
(-0.0226774 -0.0120362 0)
(-0.0284683 -0.00969799 0)
(-0.0270308 -0.00499535 0)
(-0.0240801 -0.000560381 0)
(-0.0202988 0.00346077 0)
(-0.014118 0.00634941 0)
(-0.00878663 0.00788931 0)
(-0.00563321 0.00789417 0)
(-0.00183268 0.00698473 0)
(0.00413154 0.00698841 0)
(0.0101337 0.0079252 0)
(0.0160287 0.00989321 0)
(0.0239133 0.0131142 0)
(0.0298196 0.0164363 0)
(0.0319695 0.0180178 0)
(0.0276463 0.0176048 0)
(0.0228637 0.0191828 0)
(0.0212343 0.0223425 0)
(0.0178766 0.0217261 0)
(0.0152645 0.0115844 0)
(0.00990182 0.00378392 0)
(0.00664618 -0.00118841 0)
(0.00453783 -0.00317419 0)
(0.000869787 -0.00245375 0)
(0.0024604 -0.00590077 0)
(-0.00548712 -0.0145642 0)
(-0.0082479 -0.0139814 0)
(-0.0125186 -0.015204 0)
(-0.0152188 -0.0160158 0)
(-0.0177716 -0.0157926 0)
(-0.0222459 -0.0146849 0)
(-0.025794 -0.0116383 0)
(-0.0256678 -0.00767521 0)
(-0.0234602 -0.00345598 0)
(-0.0198959 0.000391811 0)
(-0.0141898 0.00340672 0)
(-0.00935629 0.00533356 0)
(-0.00668823 0.00536735 0)
(-0.00238771 0.00498901 0)
(0.00280803 0.00479933 0)
(0.00893189 0.00552534 0)
(0.0144892 0.00746761 0)
(0.0217541 0.0109032 0)
(0.0286586 0.0143718 0)
(0.0291472 0.0155548 0)
(0.0224334 0.0145098 0)
(0.0188518 0.0165706 0)
(0.0180036 0.0192432 0)
(0.0164969 0.0193764 0)
(0.0143938 0.010344 0)
(0.00879704 0.00329567 0)
(0.00630187 -0.00107433 0)
(0.0040885 -0.00385855 0)
(0.000945954 -0.00367245 0)
(0.00206165 -0.0080452 0)
(-0.00568468 -0.0111859 0)
(-0.00752972 -0.0106617 0)
(-0.0113402 -0.0158925 0)
(-0.0139564 -0.0180181 0)
(-0.0163492 -0.0175931 0)
(-0.0199451 -0.0165455 0)
(-0.0228179 -0.013633 0)
(-0.0237475 -0.0103114 0)
(-0.0226034 -0.00646876 0)
(-0.0195939 -0.00278614 0)
(-0.0144412 0.00030636 0)
(-0.0103033 0.00239251 0)
(-0.0077567 0.00238093 0)
(-0.00327967 0.00226645 0)
(0.00156874 0.00200006 0)
(0.00693328 0.002727 0)
(0.0129387 0.00449885 0)
(0.0189929 0.00793047 0)
(0.0262293 0.0119161 0)
(0.0289976 0.0136486 0)
(0.0219409 0.0137633 0)
(0.0175518 0.0147614 0)
(0.0168574 0.0162999 0)
(0.0159659 0.016325 0)
(0.0145646 0.00885203 0)
(0.00879862 0.000613565 0)
(0.00742683 -0.00261857 0)
(0.00467734 -0.00594819 0)
(0.00156628 -0.0065513 0)
(0.00250561 -0.0107773 0)
(-0.00496064 -0.007996 0)
(-0.00619874 -0.00795944 0)
(-0.0103639 -0.0142582 0)
(-0.0121927 -0.0177297 0)
(-0.0141314 -0.0184749 0)
(-0.0168256 -0.0177377 0)
(-0.0197622 -0.0154823 0)
(-0.0214251 -0.0127946 0)
(-0.0213412 -0.00951981 0)
(-0.0192633 -0.00607567 0)
(-0.0148697 -0.00291652 0)
(-0.0115849 -0.000973166 0)
(-0.00880791 -0.000964969 0)
(-0.0043308 -0.000987993 0)
(4.85523e-05 -0.00120562 0)
(0.00513758 -0.000524616 0)
(0.0108009 0.00115285 0)
(0.0165241 0.00444217 0)
(0.0226172 0.00845109 0)
(0.0276714 0.0112544 0)
(0.0230995 0.0129899 0)
(0.0188242 0.0128897 0)
(0.0179362 0.0137465 0)
(0.0167399 0.0136761 0)
(0.0155115 0.00778247 0)
(0.00879036 -0.00216607 0)
(0.00760264 -0.0049595 0)
(0.00512341 -0.0086823 0)
(0.00229134 -0.010552 0)
(0.0029648 -0.0143997 0)
(-0.00387845 -0.00576439 0)
(-0.00465345 -0.00564302 0)
(-0.00937545 -0.0129613 0)
(-0.0106567 -0.0164954 0)
(-0.0122399 -0.0182838 0)
(-0.0142717 -0.0186612 0)
(-0.0168921 -0.0172108 0)
(-0.0188805 -0.0151868 0)
(-0.0197 -0.0125523 0)
(-0.0186769 -0.00948712 0)
(-0.0152928 -0.00631162 0)
(-0.0127241 -0.00476568 0)
(-0.0097374 -0.00456702 0)
(-0.00548532 -0.0046396 0)
(-0.00136783 -0.00485695 0)
(0.00352687 -0.00422871 0)
(0.00860413 -0.0025935 0)
(0.0144807 0.000739781 0)
(0.019493 0.00448291 0)
(0.0252596 0.00804731 0)
(0.0255616 0.0113844 0)
(0.0217328 0.011255 0)
(0.0199762 0.0122224 0)
(0.0189485 0.0120604 0)
(0.017274 0.00712439 0)
(0.0102999 -0.00392129 0)
(0.00760127 -0.00744124 0)
(0.00539065 -0.0113968 0)
(0.00237246 -0.0154681 0)
(0.00285687 -0.0177843 0)
(-0.00289683 -0.00434113 0)
(-0.00326309 -0.00385681 0)
(-0.00731336 -0.0118059 0)
(-0.00853813 -0.0158973 0)
(-0.0106102 -0.0178836 0)
(-0.0123841 -0.0191825 0)
(-0.0145038 -0.0187936 0)
(-0.0165255 -0.0175605 0)
(-0.017911 -0.0155387 0)
(-0.0178188 -0.0129456 0)
(-0.0156417 -0.00997026 0)
(-0.0137074 -0.00888804 0)
(-0.010496 -0.00853486 0)
(-0.00657212 -0.0087511 0)
(-0.00253445 -0.00900877 0)
(0.00203379 -0.00837961 0)
(0.00680842 -0.00668523 0)
(0.0124017 -0.0032872 0)
(0.017106 0.0003974 0)
(0.0226264 0.00425683 0)
(0.0254116 0.0076474 0)
(0.0231762 0.0094041 0)
(0.0209142 0.00993076 0)
(0.0206163 0.0104768 0)
(0.0189653 0.00702549 0)
(0.0131128 -0.00277353 0)
(0.00794823 -0.00763494 0)
(0.00573466 -0.0126312 0)
(0.00227909 -0.0188821 0)
(0.00176828 -0.0194752 0)
(-0.00268288 -0.00413731 0)
(-0.0029422 -0.00366545 0)
(-0.00478122 -0.0116502 0)
(-0.00645944 -0.0154208 0)
(-0.00896712 -0.017372 0)
(-0.0109167 -0.0191951 0)
(-0.0128445 -0.0199909 0)
(-0.0147142 -0.019807 0)
(-0.0163283 -0.0184054 0)
(-0.0169952 -0.0163205 0)
(-0.0161943 -0.0138048 0)
(-0.014472 -0.0132085 0)
(-0.0110956 -0.0128642 0)
(-0.00746905 -0.0131963 0)
(-0.00353025 -0.0133921 0)
(0.000716201 -0.0127454 0)
(0.00530774 -0.0109559 0)
(0.0103705 -0.00752798 0)
(0.0149806 -0.00379634 0)
(0.0197339 0.000132633 0)
(0.0239281 0.00378012 0)
(0.0225692 0.00640346 0)
(0.0204507 0.00666903 0)
(0.0201713 0.00807587 0)
(0.0191139 0.0059075 0)
(0.0145358 -0.00235828 0)
(0.00897967 -0.00783564 0)
(0.00714573 -0.0119437 0)
(0.00303128 -0.018704 0)
(0.000774519 -0.0175627 0)
(-0.00215981 -0.006253 0)
(-0.00135912 -0.00513753 0)
(-0.00274245 -0.0118968 0)
(-0.00482061 -0.0148857 0)
(-0.00766552 -0.0168586 0)
(-0.00989848 -0.0190533 0)
(-0.0117823 -0.0208023 0)
(-0.0134878 -0.0216682 0)
(-0.0151331 -0.0210082 0)
(-0.0163936 -0.0194751 0)
(-0.016611 -0.0178499 0)
(-0.0150103 -0.0173631 0)
(-0.0116629 -0.0172393 0)
(-0.00827756 -0.0176235 0)
(-0.00446603 -0.0178239 0)
(-0.000381047 -0.0172443 0)
(0.00402166 -0.0153231 0)
(0.00873295 -0.0117985 0)
(0.0133429 -0.0079933 0)
(0.0174029 -0.00422279 0)
(0.0219153 -0.000497733 0)
(0.0229231 0.00249561 0)
(0.0196669 0.00312802 0)
(0.0193644 0.00485816 0)
(0.0188951 0.00352797 0)
(0.0159046 -0.00295898 0)
(0.0102103 -0.00868648 0)
(0.00886548 -0.0113601 0)
(0.00438293 -0.0166899 0)
(0.000939111 -0.0148869 0)
(-0.00147674 -0.00898193 0)
(-0.000309726 -0.00809165 0)
(-0.00154747 -0.0124775 0)
(-0.00378778 -0.0144092 0)
(-0.00694415 -0.0164626 0)
(-0.00939319 -0.0191315 0)
(-0.01123 -0.0214667 0)
(-0.012778 -0.0229988 0)
(-0.0142682 -0.0233094 0)
(-0.0158281 -0.0225012 0)
(-0.0167471 -0.0216336 0)
(-0.015193 -0.0212332 0)
(-0.0120217 -0.0215035 0)
(-0.00881921 -0.0219725 0)
(-0.00519611 -0.0222209 0)
(-0.00134937 -0.0216929 0)
(0.00281743 -0.0196399 0)
(0.00716136 -0.0161187 0)
(0.0114758 -0.0121136 0)
(0.0154166 -0.0085632 0)
(0.0192727 -0.00487574 0)
(0.0223331 -0.00162288 0)
(0.0195181 -1.34443e-05 0)
(0.0189542 0.00149628 0)
(0.0190338 0.000546433 0)
(0.0170439 -0.00424589 0)
(0.0110807 -0.00936397 0)
(0.00999101 -0.0109403 0)
(0.00546329 -0.0151842 0)
(0.00110281 -0.0132912 0)
(-0.00133474 -0.0097526 0)
(-0.000313403 -0.0105063 0)
(-0.00130444 -0.0128089 0)
(-0.00352924 -0.0139544 0)
(-0.00677208 -0.0163714 0)
(-0.00936442 -0.0195341 0)
(-0.0111994 -0.0222368 0)
(-0.0125318 -0.0241398 0)
(-0.0137047 -0.0252447 0)
(-0.0153467 -0.0253905 0)
(-0.0167444 -0.0250602 0)
(-0.0150774 -0.0248186 0)
(-0.0122956 -0.0253446 0)
(-0.00927078 -0.0258062 0)
(-0.00586581 -0.0260799 0)
(-0.0022581 -0.0256275 0)
(0.00166243 -0.0234895 0)
(0.00568404 -0.0200275 0)
(0.0095348 -0.0160545 0)
(0.0133027 -0.0126369 0)
(0.0164851 -0.00943323 0)
(0.0202494 -0.00599712 0)
(0.0192844 -0.00348042 0)
(0.0189096 -0.00200515 0)
(0.019149 -0.00248319 0)
(0.0178317 -0.00576019 0)
(0.0117049 -0.00973907 0)
(0.0104776 -0.0106583 0)
(0.00615611 -0.0140898 0)
(0.000930982 -0.0124387 0)
(-0.000583012 -0.00887056 0)
(-9.70659e-05 -0.0119562 0)
(-0.00159267 -0.012442 0)
(-0.00382853 -0.0134616 0)
(-0.0069284 -0.016375 0)
(-0.00949777 -0.0199888 0)
(-0.0113551 -0.0230487 0)
(-0.0125552 -0.0254398 0)
(-0.0133595 -0.0271519 0)
(-0.0145939 -0.0281017 0)
(-0.0165301 -0.0281882 0)
(-0.0149457 -0.0283243 0)
(-0.0125921 -0.0288534 0)
(-0.00970232 -0.0292416 0)
(-0.00651485 -0.0294737 0)
(-0.00313215 -0.0290792 0)
(0.000535295 -0.0269153 0)
(0.00426388 -0.0235082 0)
(0.00775526 -0.0197452 0)
(0.0111947 -0.0165065 0)
(0.0141379 -0.013916 0)
(0.017501 -0.0107647 0)
(0.0187046 -0.00783486 0)
(0.0186808 -0.00584423 0)
(0.0189753 -0.00558211 0)
(0.0182823 -0.00736668 0)
(0.0125713 -0.00985412 0)
(0.010789 -0.0101623 0)
(0.00656529 -0.0128373 0)
(0.000796571 -0.0115181 0)
(-6.47077e-05 -0.00635075 0)
(-0.000643151 -0.0117299 0)
(-0.00268997 -0.0117789 0)
(-0.00464305 -0.0134692 0)
(-0.00760458 -0.0166796 0)
(-0.00997338 -0.0205274 0)
(-0.0116194 -0.0238194 0)
(-0.0126421 -0.0267842 0)
(-0.0131953 -0.0293765 0)
(-0.0139422 -0.0308184 0)
(-0.0161616 -0.0314032 0)
(-0.0149746 -0.0321213 0)
(-0.0130269 -0.0325356 0)
(-0.0102982 -0.0328514 0)
(-0.00727904 -0.0328956 0)
(-0.00405362 -0.0324608 0)
(-0.000550018 -0.0302456 0)
(0.00302323 -0.0269473 0)
(0.00631866 -0.0235573 0)
(0.00945541 -0.0207274 0)
(0.0121648 -0.0186214 0)
(0.0145495 -0.0159223 0)
(0.0171201 -0.0129934 0)
(0.0177819 -0.0100611 0)
(0.0183796 -0.00885033 0)
(0.0182707 -0.0094077 0)
(0.013567 -0.0100652 0)
(0.0114491 -0.00981116 0)
(0.00719968 -0.0114451 0)
(0.00116544 -0.0103152 0)
(-0.000423334 -0.00537214 0)
(-0.00207555 -0.0117334 0)
(-0.00465521 -0.0122381 0)
(-0.00642022 -0.0143913 0)
(-0.00883819 -0.0176405 0)
(-0.0110659 -0.0214096 0)
(-0.0123312 -0.0249645 0)
(-0.0129117 -0.0282054 0)
(-0.013242 -0.0318477 0)
(-0.0141843 -0.0343073 0)
(-0.0152854 -0.0347924 0)
(-0.0150196 -0.0363657 0)
(-0.0134701 -0.0369175 0)
(-0.0110331 -0.0372942 0)
(-0.00817312 -0.037245 0)
(-0.00501442 -0.0367335 0)
(-0.0015665 -0.0344721 0)
(0.00193946 -0.031266 0)
(0.00514969 -0.0280751 0)
(0.00801761 -0.0257135 0)
(0.0102569 -0.0236749 0)
(0.0115911 -0.0212637 0)
(0.0141858 -0.0188315 0)
(0.0159373 -0.0147564 0)
(0.0172115 -0.0125622 0)
(0.0176353 -0.0122192 0)
(0.0139561 -0.0114388 0)
(0.0119231 -0.00994959 0)
(0.00740324 -0.010637 0)
(0.00172048 -0.00955987 0)
(-0.00106303 -0.0055099 0)
(-0.00393923 -0.0119038 0)
(-0.0069743 -0.0132688 0)
(-0.00885652 -0.0160332 0)
(-0.0107839 -0.01943 0)
(-0.0124434 -0.0232303 0)
(-0.0133968 -0.026824 0)
(-0.0134607 -0.0304944 0)
(-0.0133359 -0.0347467 0)
(-0.0140855 -0.0387998 0)
(-0.014899 -0.0392895 0)
(-0.0145555 -0.0412017 0)
(-0.013594 -0.0420925 0)
(-0.0115145 -0.042777 0)
(-0.00890032 -0.0428281 0)
(-0.0058921 -0.042286 0)
(-0.00258711 -0.0399913 0)
(0.000719728 -0.0368221 0)
(0.00372725 -0.0335523 0)
(0.00607692 -0.0311327 0)
(0.00786719 -0.0291821 0)
(0.00951079 -0.0274167 0)
(0.0110839 -0.0250671 0)
(0.0134979 -0.0201533 0)
(0.0156657 -0.0171047 0)
(0.0164266 -0.016097 0)
(0.012694 -0.0136095 0)
(0.0111601 -0.0107394 0)
(0.00690322 -0.0104141 0)
(0.00224531 -0.00952585 0)
(-0.00171157 -0.00490312 0)
(-0.00572708 -0.0110026 0)
(-0.00924654 -0.0136583 0)
(-0.011219 -0.0175892 0)
(-0.0130271 -0.0218302 0)
(-0.0141346 -0.0265994 0)
(-0.01465 -0.0307489 0)
(-0.0145721 -0.0344861 0)
(-0.0138426 -0.0384853 0)
(-0.0137281 -0.043302 0)
(-0.014465 -0.0454185 0)
(-0.0139862 -0.0479863 0)
(-0.0133244 -0.0486602 0)
(-0.0115221 -0.0498179 0)
(-0.0093279 -0.0500825 0)
(-0.00665898 -0.0496418 0)
(-0.00369573 -0.0472234 0)
(-0.000792854 -0.0439087 0)
(0.00183051 -0.04045 0)
(0.00398169 -0.0380643 0)
(0.00596352 -0.0365893 0)
(0.00737152 -0.0342886 0)
(0.00883708 -0.0308691 0)
(0.0112971 -0.0264852 0)
(0.0138767 -0.0231783 0)
(0.0148108 -0.0209163 0)
(0.0107503 -0.0156308 0)
(0.00937976 -0.0108033 0)
(0.0061504 -0.00990311 0)
(0.00343199 -0.00885789 0)
(-0.00250644 -0.00377938 0)
(-0.00708672 -0.00975308 0)
(-0.0109987 -0.0136747 0)
(-0.0129596 -0.0191574 0)
(-0.0146283 -0.0248505 0)
(-0.015508 -0.0310012 0)
(-0.0157132 -0.0362313 0)
(-0.0154465 -0.0406702 0)
(-0.0146527 -0.0450269 0)
(-0.0139444 -0.0495923 0)
(-0.0138797 -0.0530047 0)
(-0.0132856 -0.0566247 0)
(-0.012706 -0.0586129 0)
(-0.0112285 -0.0606958 0)
(-0.00945867 -0.0614181 0)
(-0.00730092 -0.0611968 0)
(-0.0047994 -0.0584033 0)
(-0.00225966 -0.0546196 0)
(-2.58138e-06 -0.0505021 0)
(0.00179292 -0.0470101 0)
(0.00351646 -0.0445481 0)
(0.00548799 -0.0409919 0)
(0.00760193 -0.0375362 0)
(0.0096794 -0.0337464 0)
(0.0117485 -0.0298254 0)
(0.0126476 -0.0263297 0)
(0.00909736 -0.0187877 0)
(0.00871094 -0.0110688 0)
(0.00686072 -0.00750718 0)
(0.00525824 -0.00681456 0)
(-0.00362629 -0.00270347 0)
(-0.00810752 -0.00867739 0)
(-0.0120382 -0.0139119 0)
(-0.0137509 -0.02071 0)
(-0.0152194 -0.0278443 0)
(-0.0160497 -0.0353636 0)
(-0.0163133 -0.0417689 0)
(-0.0160739 -0.047133 0)
(-0.0152291 -0.0520633 0)
(-0.0141811 -0.0562857 0)
(-0.0134288 -0.0601405 0)
(-0.0124919 -0.0643718 0)
(-0.0117813 -0.0679904 0)
(-0.0106075 -0.0710325 0)
(-0.00921977 -0.0726602 0)
(-0.0077103 -0.072776 0)
(-0.00591209 -0.06962 0)
(-0.00390171 -0.0650147 0)
(-0.00190415 -0.0598832 0)
(-0.000152822 -0.0554291 0)
(0.00156086 -0.051847 0)
(0.00393836 -0.0479029 0)
(0.00653549 -0.0445294 0)
(0.00828868 -0.0402545 0)
(0.00978444 -0.0358488 0)
(0.0102752 -0.031413 0)
(0.0072064 -0.0227871 0)
(0.0081362 -0.0124329 0)
(0.00702411 -0.00635601 0)
(0.00728658 -0.00463332 0)
(-0.00481809 -0.00203581 0)
(-0.00885976 -0.00824218 0)
(-0.0124232 -0.0145361 0)
(-0.0138483 -0.0222646 0)
(-0.0150145 -0.0304996 0)
(-0.0156742 -0.0391834 0)
(-0.0160281 -0.0466837 0)
(-0.015904 -0.0525628 0)
(-0.0151137 -0.0573016 0)
(-0.0139595 -0.0614266 0)
(-0.0128559 -0.0656476 0)
(-0.0118521 -0.0700641 0)
(-0.0109749 -0.0742273 0)
(-0.00994563 -0.07767 0)
(-0.00889827 -0.0796617 0)
(-0.00793604 -0.0798504 0)
(-0.00674058 -0.0765682 0)
(-0.00522405 -0.0716553 0)
(-0.003496 -0.0664088 0)
(-0.001636 -0.0618381 0)
(0.000335886 -0.0580104 0)
(0.00270011 -0.0539995 0)
(0.00526261 -0.0502848 0)
(0.00682222 -0.0455732 0)
(0.00792444 -0.0409545 0)
(0.00821508 -0.0364057 0)
(0.0060486 -0.0270406 0)
(0.00756149 -0.0158695 0)
(0.00631211 -0.00830136 0)
(0.00731761 -0.00512539 0)
(-0.00568166 -0.00191338 0)
(-0.00915011 -0.0086236 0)
(-0.0122581 -0.0158893 0)
(-0.013249 -0.0244146 0)
(-0.0139953 -0.0333076 0)
(-0.0144274 -0.0427067 0)
(-0.0147982 -0.0507828 0)
(-0.0146804 -0.0569141 0)
(-0.0140177 -0.0614531 0)
(-0.0129156 -0.0652088 0)
(-0.0116869 -0.0689133 0)
(-0.0105731 -0.0726974 0)
(-0.00976117 -0.076529 0)
(-0.00902647 -0.0798159 0)
(-0.00838546 -0.0816981 0)
(-0.00810069 -0.0816326 0)
(-0.00758765 -0.0784283 0)
(-0.00646536 -0.0737487 0)
(-0.00488041 -0.069006 0)
(-0.00296314 -0.0649319 0)
(-0.000831933 -0.0618313 0)
(0.00150408 -0.0587754 0)
(0.00379597 -0.055033 0)
(0.00526971 -0.0503147 0)
(0.00627607 -0.0455798 0)
(0.00669004 -0.0417304 0)
(0.00561531 -0.0323933 0)
(0.00663804 -0.0212428 0)
(0.00575881 -0.0126668 0)
(0.00670041 -0.00846083 0)
(-0.00596912 -0.00231871 0)
(-0.00868394 -0.0100312 0)
(-0.0111862 -0.0182988 0)
(-0.0116831 -0.0272175 0)
(-0.0122116 -0.0364011 0)
(-0.0125585 -0.0460813 0)
(-0.0130275 -0.0542587 0)
(-0.0129147 -0.0604829 0)
(-0.012362 -0.0650942 0)
(-0.0113976 -0.0689368 0)
(-0.0102557 -0.0723716 0)
(-0.00918176 -0.075432 0)
(-0.00842028 -0.0784264 0)
(-0.00796567 -0.0809842 0)
(-0.00789261 -0.0822938 0)
(-0.00836327 -0.0818705 0)
(-0.00845098 -0.0791264 0)
(-0.00763296 -0.0753495 0)
(-0.00614295 -0.0715667 0)
(-0.00416734 -0.0686182 0)
(-0.001996 -0.0668164 0)
(0.000152065 -0.0647084 0)
(0.00211394 -0.0603913 0)
(0.00354537 -0.0554325 0)
(0.00461732 -0.0505508 0)
(0.00489832 -0.0475928 0)
(0.00399648 -0.0385975 0)
(0.00561935 -0.0277886 0)
(0.00558697 -0.019109 0)
(0.00625095 -0.0144328 0)
(-0.00563551 -0.00306268 0)
(-0.00748304 -0.0121279 0)
(-0.00940273 -0.0211723 0)
(-0.00972962 -0.0302507 0)
(-0.0102282 -0.0395375 0)
(-0.0106001 -0.0492182 0)
(-0.0111013 -0.0573011 0)
(-0.0110331 -0.0635875 0)
(-0.0106125 -0.0683909 0)
(-0.00983568 -0.0724655 0)
(-0.00889676 -0.0757835 0)
(-0.00800069 -0.0783764 0)
(-0.00739814 -0.0806353 0)
(-0.00720805 -0.0824596 0)
(-0.00756309 -0.0831951 0)
(-0.00854776 -0.082662 0)
(-0.00893269 -0.0806569 0)
(-0.00835239 -0.077901 0)
(-0.0070157 -0.0751747 0)
(-0.0051959 -0.0734001 0)
(-0.00330562 -0.0724995 0)
(-0.00146317 -0.0705918 0)
(0.000305549 -0.0661561 0)
(0.00171635 -0.0610092 0)
(0.00283824 -0.0557424 0)
(0.00335361 -0.0521786 0)
(0.00305872 -0.0434916 0)
(0.0045018 -0.0337125 0)
(0.00480996 -0.0248025 0)
(0.00458839 -0.0163898 0)
(-0.00456824 -0.00411315 0)
(-0.00593986 -0.0143108 0)
(-0.00744328 -0.0237802 0)
(-0.0078123 -0.0329398 0)
(-0.00833591 -0.0421311 0)
(-0.00874138 -0.0514703 0)
(-0.00922568 -0.0593173 0)
(-0.00920838 -0.065699 0)
(-0.00892925 -0.070809 0)
(-0.00837266 -0.0751934 0)
(-0.00769357 -0.0786682 0)
(-0.00704852 -0.0811853 0)
(-0.00665707 -0.0830337 0)
(-0.00669619 -0.0843164 0)
(-0.00731806 -0.0846268 0)
(-0.00851435 -0.0842138 0)
(-0.00903128 -0.0830129 0)
(-0.00864089 -0.081172 0)
(-0.00754348 -0.0791846 0)
(-0.00600606 -0.077563 0)
(-0.00435298 -0.0757656 0)
(-0.00272115 -0.0727425 0)
(-0.00116806 -0.0680665 0)
(0.000123899 -0.0627452 0)
(0.00116222 -0.0571481 0)
(0.00181502 -0.0521282 0)
(0.00199604 -0.0442848 0)
(0.00298506 -0.0352835 0)
(0.00328427 -0.025838 0)
(0.00253658 -0.0140556 0)
(-0.00301944 -0.0050265 0)
(-0.0043438 -0.015506 0)
(-0.00551312 -0.0250338 0)
(-0.00595445 -0.0341772 0)
(-0.00647818 -0.0430837 0)
(-0.00689189 -0.0518426 0)
(-0.0073429 -0.0593928 0)
(-0.00742346 -0.0657956 0)
(-0.00731986 -0.0711424 0)
(-0.00701314 -0.0757574 0)
(-0.00662102 -0.0795088 0)
(-0.00625772 -0.0823277 0)
(-0.006095 -0.0843143 0)
(-0.0063101 -0.0855511 0)
(-0.00704042 -0.0858615 0)
(-0.0081947 -0.085657 0)
(-0.0087125 -0.0848744 0)
(-0.00842894 -0.0832667 0)
(-0.0075148 -0.081099 0)
(-0.00623388 -0.0787219 0)
(-0.0048751 -0.0757653 0)
(-0.00354623 -0.0718772 0)
(-0.00231514 -0.0669939 0)
(-0.00126354 -0.061513 0)
(-0.000416997 -0.0556042 0)
(0.000177926 -0.0493578 0)
(0.00058823 -0.0419442 0)
(0.00125501 -0.0332123 0)
(0.00143023 -0.0230041 0)
(0.000402793 -0.00962415 0)
(-0.00166669 -0.0053678 0)
(-0.00279842 -0.0155807 0)
(-0.00371577 -0.0250455 0)
(-0.00420512 -0.0340658 0)
(-0.00469693 -0.0426966 0)
(-0.00511645 -0.0509394 0)
(-0.0055428 -0.0582266 0)
(-0.00575504 -0.0645734 0)
(-0.00583586 -0.0700282 0)
(-0.00578381 -0.0747291 0)
(-0.00567504 -0.0786174 0)
(-0.00559031 -0.0816452 0)
(-0.00564422 -0.0838284 0)
(-0.00596833 -0.0851937 0)
(-0.00664093 -0.0856773 0)
(-0.00753172 -0.0855654 0)
(-0.00793986 -0.0847977 0)
(-0.00773484 -0.0831314 0)
(-0.0070525 -0.0807648 0)
(-0.00611955 -0.0778946 0)
(-0.00511776 -0.0744044 0)
(-0.0041377 -0.0702008 0)
(-0.00321391 -0.0652637 0)
(-0.00239369 -0.059694 0)
(-0.00171287 -0.0535384 0)
(-0.00119218 -0.0467298 0)
(-0.000800393 -0.0389306 0)
(-0.000437354 -0.0299732 0)
(-0.000289009 -0.0195368 0)
(-0.000530718 -0.00733578 0)
(-0.000646696 -0.00535463 0)
(-0.00144509 -0.0152323 0)
(-0.0021277 -0.0245451 0)
(-0.00262076 -0.0333763 0)
(-0.00307546 -0.0417347 0)
(-0.00350206 -0.04957 0)
(-0.00392237 -0.0566419 0)
(-0.0042508 -0.0629115 0)
(-0.00449527 -0.0683825 0)
(-0.00466439 -0.0730933 0)
(-0.0048009 -0.0770246 0)
(-0.00495709 -0.0801521 0)
(-0.00519483 -0.0824639 0)
(-0.00557956 -0.0839484 0)
(-0.00612288 -0.0845836 0)
(-0.00670688 -0.0844893 0)
(-0.00699812 -0.0836395 0)
(-0.00691076 -0.0819503 0)
(-0.00651333 -0.0795415 0)
(-0.00592246 -0.0765259 0)
(-0.00524448 -0.0728819 0)
(-0.00454548 -0.0685653 0)
(-0.00386454 -0.0635635 0)
(-0.00323636 -0.0579062 0)
(-0.00268998 -0.051594 0)
(-0.00223847 -0.0445581 0)
(-0.00186124 -0.0366314 0)
(-0.00150831 -0.0276822 0)
(-0.00116298 -0.0175866 0)
(-0.000751739 -0.00628472 0)
(-9.55953e-05 -0.00522145 0)
(-0.000478942 -0.0148173 0)
(-0.000895976 -0.0239175 0)
(-0.00130007 -0.0325314 0)
(-0.00170687 -0.0406408 0)
(-0.00212544 -0.0481972 0)
(-0.00255245 -0.0550879 0)
(-0.00295292 -0.0612566 0)
(-0.00331464 -0.0666818 0)
(-0.00364026 -0.0713633 0)
(-0.00395056 -0.0752867 0)
(-0.00427327 -0.0784339 0)
(-0.00463745 -0.0807886 0)
(-0.00506176 -0.0823326 0)
(-0.00552573 -0.0830507 0)
(-0.00595251 -0.0829733 0)
(-0.00621477 -0.0821024 0)
(-0.00625143 -0.080437 0)
(-0.00607349 -0.0780438 0)
(-0.00573791 -0.0749876 0)
(-0.00530906 -0.0712799 0)
(-0.00483427 -0.0669089 0)
(-0.00434577 -0.0618687 0)
(-0.00386921 -0.056164 0)
(-0.00342304 -0.049783 0)
(-0.00301007 -0.0426784 0)
(-0.00260648 -0.0347678 0)
(-0.00216111 -0.0259846 0)
(-0.00160055 -0.0162896 0)
(-0.00080686 -0.00570679 0)
(0.000149631 -0.00505864 0)
(0.000111265 -0.0144166 0)
(-5.78595e-05 -0.0232845 0)
(-0.000313653 -0.0316706 0)
(-0.000635014 -0.0395511 0)
(-0.00101084 -0.0468802 0)
(-0.00142678 -0.0535885 0)
(-0.0018591 -0.0596245 0)
(-0.00229128 -0.0649567 0)
(-0.00271728 -0.0695679 0)
(-0.00314147 -0.0734409 0)
(-0.00357269 -0.076558 0)
(-0.0040187 -0.078902 0)
(-0.00447775 -0.0804543 0)
(-0.00492678 -0.0812 0)
(-0.00532047 -0.0811443 0)
(-0.00560181 -0.0802952 0)
(-0.0057342 -0.078672 0)
(-0.00571452 -0.0763201 0)
(-0.00556829 -0.0732823 0)
(-0.00533067 -0.0695766 0)
(-0.00503172 -0.0652058 0)
(-0.00469353 -0.0601701 0)
(-0.00433196 -0.0544702 0)
(-0.00395479 -0.0480974 0)
(-0.00355546 -0.0410277 0)
(-0.00310606 -0.0332269 0)
(-0.00255517 -0.0246726 0)
(-0.00182565 -0.0153665 0)
(-0.000818247 -0.00534685 0)
(0.000283144 -0.00491284 0)
(0.00049654 -0.0140373 0)
(0.000529402 -0.0226698 0)
(0.000420046 -0.0308238 0)
(0.000197428 -0.0384775 0)
(-0.00011815 -0.0455894 0)
(-0.000506689 -0.052107 0)
(-0.000945789 -0.0579835 0)
(-0.00141606 -0.0631842 0)
(-0.00190401 -0.0676843 0)
(-0.00240199 -0.0714635 0)
(-0.00290517 -0.0745045 0)
(-0.00340793 -0.0767915 0)
(-0.00389956 -0.0783102 0)
(-0.00436052 -0.079051 0)
(-0.00476439 -0.0790148 0)
(-0.00508322 -0.0782096 0)
(-0.00529643 -0.0766527 0)
(-0.00539796 -0.0743735 0)
(-0.0053966 -0.0714 0)
(-0.00530827 -0.0677499 0)
(-0.00514824 -0.0634316 0)
(-0.00492785 -0.0584504 0)
(-0.00465336 -0.0528101 0)
(-0.00432349 -0.0465103 0)
(-0.00392516 -0.0395462 0)
(-0.00342945 -0.0319122 0)
(-0.00279018 -0.0236117 0)
(-0.00194315 -0.0146625 0)
(-0.000817405 -0.00509391 0)
(0.000369488 -0.00478304 0)
(0.000764791 -0.0136752 0)
(0.000955967 -0.0220713 0)
(0.000973381 -0.0299896 0)
(0.000844653 -0.0374116 0)
(0.000592293 -0.0443005 0)
(0.000238421 -0.0506112 0)
(-0.000193817 -0.0563007 0)
(-0.000682183 -0.0613331 0)
(-0.00120711 -0.0656812 0)
(-0.001752 -0.069324 0)
(-0.00230212 -0.0722463 0)
(-0.00284327 -0.0744373 0)
(-0.00336066 -0.0758909 0)
(-0.00383882 -0.0766056 0)
(-0.00426306 -0.0765849 0)
(-0.00462032 -0.0758348 0)
(-0.00489995 -0.0743648 0)
(-0.00509577 -0.0721891 0)
(-0.00520717 -0.0693228 0)
(-0.005237 -0.065778 0)
(-0.00518834 -0.0615639 0)
(-0.0050623 -0.0566888 0)
(-0.00485632 -0.0511609 0)
(-0.004562 -0.0449889 0)
(-0.00416244 -0.0381817 0)
(-0.00363023 -0.030751 0)
(-0.002927 -0.0227135 0)
(-0.00200387 -0.0140909 0)
(-0.00081297 -0.00489834 0)
(0.000431821 -0.00466236 0)
(0.000960983 -0.0133222 0)
(0.00127446 -0.0214793 0)
(0.00139526 -0.0291558 0)
(0.00134723 -0.0363367 0)
(0.00115205 -0.0429888 0)
(0.000832253 -0.0490711 0)
(0.00041207 -0.0545432 0)
(-8.33776e-05 -0.0593704 0)
(-0.000629312 -0.0635261 0)
(-0.00120214 -0.0669918 0)
(-0.00177992 -0.0697576 0)
(-0.00234306 -0.0718213 0)
(-0.00287542 -0.0731866 0)
(-0.00336539 -0.073861 0)
(-0.0038061 -0.0738518 0)
(-0.00419342 -0.0731631 0)
(-0.00452317 -0.0717958 0)
(-0.00479012 -0.0697508 0)
(-0.00498849 -0.0670301 0)
(-0.00511212 -0.0636371 0)
(-0.00515413 -0.0595774 0)
(-0.00510631 -0.0548592 0)
(-0.00495815 -0.0494942 0)
(-0.00469554 -0.0434978 0)
(-0.00429945 -0.0368883 0)
(-0.00374498 -0.0296872 0)
(-0.00300148 -0.0219174 0)
(-0.00203298 -0.0135993 0)
(-0.000807776 -0.00473513 0)
(0.000479912 -0.00454559 0)
(0.00110943 -0.0129701 0)
(0.00151624 -0.0208823 0)
(0.00171757 -0.0283073 0)
(0.00173356 -0.0352327 0)
(0.00158435 -0.0416282 0)
(0.00129256 -0.0474555 0)
(0.000883918 -0.0526772 0)
(0.000386735 -0.0572614 0)
(-0.000169412 -0.0611854 0)
(-0.000755329 -0.0644372 0)
(-0.00134416 -0.0670155 0)
(-0.00191363 -0.0689284 0)
(-0.00244816 -0.07019 0)
(-0.00293983 -0.070815 0)
(-0.00338724 -0.070814 0)
(-0.00379197 -0.0701893 0)
(-0.00415435 -0.0689354 0)
(-0.00447084 -0.0670425 0)
(-0.0047334 -0.0645001 0)
(-0.00493017 -0.061301 0)
(-0.00504652 -0.0574432 0)
(-0.00506598 -0.0529314 0)
(-0.00497076 -0.0477778 0)
(-0.00474167 -0.042001 0)
(-0.00435794 -0.0356249 0)
(-0.00379688 -0.0286761 0)
(-0.00303404 -0.02118 0)
(-0.00204303 -0.0131541 0)
(-0.000802745 -0.00459016 0)
(0.000518544 -0.00442878 0)
(0.00122369 -0.0126111 0)
(0.00169989 -0.020268 0)
(0.00196027 -0.0274268 0)
(0.00202226 -0.0340772 0)
(0.00190502 -0.0401906 0)
(0.00163196 -0.0457317 0)
(0.00123122 -0.050667 0)
(0.000734906 -0.05497 0)
(0.000177156 -0.0586259 0)
(-0.000408664 -0.0616326 0)
(-0.00099316 -0.0639999 0)
(-0.0015539 -0.0657468 0)
(-0.00207739 -0.0668956 0)
(-0.00255914 -0.0674662 0)
(-0.00300152 -0.0674708 0)
(-0.00340973 -0.0669105 0)
(-0.00378736 -0.0657758 0)
(-0.00413299 -0.0640493 0)
(-0.00443866 -0.0617107 0)
(-0.00468974 -0.0587414 0)
(-0.00486631 -0.0551292 0)
(-0.00494511 -0.0508715 0)
(-0.00490154 -0.0459764 0)
(-0.00471127 -0.0404621 0)
(-0.00435115 -0.0343541 0)
(-0.00379944 -0.0276809 0)
(-0.00303575 -0.0204686 0)
(-0.00204008 -0.0127318 0)
(-0.000798035 -0.0044545 0)
(0.000550216 -0.00430862 0)
(0.00131121 -0.012237 0)
(0.00183597 -0.0196229 0)
(0.00213504 -0.0264953 0)
(0.00222453 -0.0328449 0)
(0.00212405 -0.0386452 0)
(0.0018592 -0.0438644 0)
(0.00146189 -0.0484751 0)
(0.000968721 -0.0524599 0)
(0.000417846 -0.0558157 0)
(-0.000155054 -0.0585533 0)
(-0.000720621 -0.0606945 0)
(-0.00125852 -0.0622672 0)
(-0.00175835 -0.0632995 0)
(-0.00221866 -0.0638136 0)
(-0.0026443 -0.0638219 0)
(-0.0030426 -0.0633249 0)
(-0.00341936 -0.062311 0)
(-0.0037755 -0.060759 0)
(-0.00410463 -0.0586414 0)
(-0.00439207 -0.05593 0)
(-0.00461536 -0.0526014 0)
(-0.00474643 -0.0486421 0)
(-0.00475465 -0.0440519 0)
(-0.00461013 -0.0388435 0)
(-0.00428598 -0.0330401 0)
(-0.00375944 -0.0266693 0)
(-0.00301179 -0.0197568 0)
(-0.00202658 -0.0123146 0)
(-0.000793393 -0.00432177 0)
(0.000576184 -0.00418196 0)
(0.00137572 -0.0118389 0)
(0.00192977 -0.018932 0)
(0.00224774 -0.0254911 0)
(0.00234626 -0.0315076 0)
(0.0022473 -0.0369575 0)
(0.00198072 -0.0418151 0)
(0.00158361 -0.0460625 0)
(0.00109733 -0.0496956 0)
(0.000562735 -0.0527262 0)
(1.54514e-05 -0.0551791 0)
(-0.00051769 -0.0570869 0)
(-0.00102009 -0.0584836 0)
(-0.00148493 -0.0593995 0)
(-0.00191331 -0.0598571 0)
(-0.00231155 -0.0598679 0)
(-0.00268805 -0.0594321 0)
(-0.00305001 -0.0585375 0)
(-0.00340037 -0.0571619 0)
(-0.00373517 -0.0552743 0)
(-0.00404167 -0.0528399 0)
(-0.00429773 -0.049825 0)
(-0.00447308 -0.0462038 0)
(-0.00453258 -0.0419631 0)
(-0.00444051 -0.0371055 0)
(-0.00416471 -0.0316466 0)
(-0.00367895 -0.0256105 0)
(-0.00296346 -0.0190207 0)
(-0.00200275 -0.0118877 0)
(-0.000788283 -0.00418688 0)
(0.000596911 -0.00404544 0)
(0.00141845 -0.0114068 0)
(0.00198293 -0.0181781 0)
(0.00230025 -0.0243889 0)
(0.0023898 -0.0300324 0)
(0.00227848 -0.0350891 0)
(0.00200259 -0.0395429 0)
(0.00160543 -0.0433902 0)
(0.00113224 -0.0466444 0)
(0.000624385 -0.0493336 0)
(0.000114759 -0.0514953 0)
(-0.000374278 -0.0531695 0)
(-0.000830696 -0.0543929 0)
(-0.00125116 -0.0551954 0)
(-0.00163876 -0.0555977 0)
(-0.00200064 -0.0556102 0)
(-0.00234552 -0.0552326 0)
(-0.00268124 -0.0544535 0)
(-0.00301227 -0.0532515 0)
(-0.00333721 -0.0515955 0)
(-0.00364648 -0.0494476 0)
(-0.00392061 -0.046767 0)
(-0.00413015 -0.0435159 0)
(-0.0042378 -0.0396661 0)
(-0.00420282 -0.0352047 0)
(-0.0039865 -0.0301349 0)
(-0.00355659 -0.0244726 0)
(-0.00288928 -0.0182371 0)
(-0.00196724 -0.0114369 0)
(-0.000781921 -0.00404519 0)
(0.000612276 -0.00389514 0)
(0.00143873 -0.0109286 0)
(0.00199441 -0.0173397 0)
(0.00229167 -0.0231584 0)
(0.00235564 -0.0283809 0)
(0.00222108 -0.0329968 0)
(0.00193251 -0.037005 0)
(0.00153911 -0.0404214 0)
(0.00108783 -0.0432787 0)
(0.000617523 -0.0456203 0)
(0.000156049 -0.0474927 0)
(-0.000279777 -0.0489389 0)
(-0.000682494 -0.0499951 0)
(-0.00105173 -0.0506887 0)
(-0.001392 -0.0510378 0)
(-0.00171072 -0.0510512 0)
(-0.00201645 -0.0507284 0)
(-0.00231711 -0.0500594 0)
(-0.00261812 -0.0490248 0)
(-0.00292031 -0.0475957 0)
(-0.00321761 -0.0457349 0)
(-0.00349477 -0.0433982 0)
(-0.00372588 -0.0405391 0)
(-0.00387461 -0.0371149 0)
(-0.00389734 -0.0330941 0)
(-0.00374882 -0.0284619 0)
(-0.00338862 -0.0232204 0)
(-0.0027856 -0.0173806 0)
(-0.00191736 -0.0109471 0)
(-0.000773271 -0.00389189 0)
(0.000621647 -0.00372609 0)
(0.00143433 -0.0103888 0)
(0.00196111 -0.01639 0)
(0.00221959 -0.0217618 0)
(0.00224424 -0.0265081 0)
(0.0020805 -0.0306336 0)
(0.00178145 -0.0341591 0)
(0.00139995 -0.0371233 0)
(0.000981117 -0.0395772 0)
(0.000558391 -0.041575 0)
(0.000153151 -0.043167 0)
(-0.000223418 -0.0443953 0)
(-0.000567805 -0.0452927 0)
(-0.000881844 -0.045883 0)
(-0.00117084 -0.0461814 0)
(-0.00144209 -0.046195 0)
(-0.00170363 -0.0459232 0)
(-0.00196307 -0.0453576 0)
(-0.00222624 -0.0444817 0)
(-0.00249565 -0.0432704 0)
(-0.00276845 -0.0416894 0)
(-0.00303418 -0.0396954 0)
(-0.0032723 -0.0372381 0)
(-0.00345066 -0.0342637 0)
(-0.00352618 -0.0307228 0)
(-0.00344903 -0.0265787 0)
(-0.00316983 -0.0218127 0)
(-0.00264698 -0.0164211 0)
(-0.00184922 -0.010401 0)
(-0.000760998 -0.00372143 0)
(0.000623903 -0.00353161 0)
(0.00140154 -0.00976642 0)
(0.00187851 -0.015294 0)
(0.00208142 -0.0201529 0)
(0.0020581 -0.0243622 0)
(0.00186599 -0.0279509 0)
(0.00156469 -0.0309665 0)
(0.00120647 -0.03347 0)
(0.000830845 -0.0355257 0)
(0.000463791 -0.037192 0)
(0.000119944 -0.0385176 0)
(-0.000194444 -0.0395406 0)
(-0.000478853 -0.0402889 0)
(-0.000736499 -0.0407822 0)
(-0.000972911 -0.0410325 0)
(-0.00119491 -0.0410456 0)
(-0.00140979 -0.040821 0)
(-0.00162452 -0.0403518 0)
(-0.00184494 -0.0396246 0)
(-0.00207459 -0.0386185 0)
(-0.00231323 -0.037304 0)
(-0.00255483 -0.0356422 0)
(-0.00278494 -0.0335836 0)
(-0.00297794 -0.0310699 0)
(-0.00309524 -0.0280383 0)
(-0.00308644 -0.02443 0)
(-0.00289488 -0.0201999 0)
(-0.00246671 -0.0153213 0)
(-0.00175763 -0.00977618 0)
(-0.000743406 -0.00352667 0)
(0.000617454 -0.00330208 0)
(0.00133537 -0.0090325 0)
(0.00174156 -0.0140053 0)
(0.00187634 -0.0182748 0)
(0.00180382 -0.0218867 0)
(0.00159184 -0.0249018 0)
(0.0013014 -0.027395 0)
(0.000979137 -0.0294434 0)
(0.000656013 -0.031116 0)
(0.000349992 -0.0324689 0)
(6.97022e-05 -0.0335452 0)
(-0.000182395 -0.0343768 0)
(-0.000407743 -0.0349861 0)
(-0.000610195 -0.0353887 0)
(-0.000795046 -0.0355939 0)
(-0.000968373 -0.035606 0)
(-0.00113653 -0.0354247 0)
(-0.00130569 -0.0350447 0)
(-0.0014813 -0.0344554 0)
(-0.00166737 -0.0336404 0)
(-0.00186545 -0.0325757 0)
(-0.00207309 -0.0312284 0)
(-0.00228154 -0.0295546 0)
(-0.00247268 -0.0274978 0)
(-0.00261562 -0.0249899 0)
(-0.00266448 -0.0219556 0)
(-0.00256008 -0.0183227 0)
(-0.00223754 -0.014033 0)
(-0.00163619 -0.0090425 0)
(-0.000718403 -0.00329769 0)
(0.000600288 -0.00302304 0)
(0.0012297 -0.00814577 0)
(0.00154597 -0.0124637 0)
(0.00160734 -0.0160617 0)
(0.00149359 -0.0190241 0)
(0.00127695 -0.0214457 0)
(0.00101294 -0.0234209 0)
(0.000738282 -0.025032 0)
(0.000474307 -0.0263437 0)
(0.000231702 -0.0274045 0)
(1.44323e-05 -0.0282495 0)
(-0.000177586 -0.0289035 0)
(-0.00034684 -0.0293837 0)
(-0.000497226 -0.0297018 0)
(-0.000633461 -0.0298646 0)
(-0.000760695 -0.0298754 0)
(-0.000884231 -0.0297339 0)
(-0.00100927 -0.0294361 0)
(-0.00114061 -0.0289741 0)
(-0.00128225 -0.0283356 0)
(-0.00143671 -0.0275022 0)
(-0.00160403 -0.026448 0)
(-0.00178006 -0.0251371 0)
(-0.00195378 -0.0235204 0)
(-0.00210349 -0.0215332 0)
(-0.00219239 -0.0190945 0)
(-0.00216567 -0.0161121 0)
(-0.00195296 -0.0124938 0)
(-0.00147737 -0.00815769 0)
(-0.00068349 -0.00301973 0)
(0.000569751 -0.00267136 0)
(0.0010771 -0.00704721 0)
(0.00128934 -0.0105927 0)
(0.00128231 -0.0134419 0)
(0.00114442 -0.0157218 0)
(0.000942518 -0.0175509 0)
(0.000720184 -0.019028 0)
(0.000502212 -0.020228 0)
(0.000300981 -0.0212045 0)
(0.000121474 -0.0219952 0)
(-3.55039e-05 -0.0226264 0)
(-0.000171457 -0.023116 0)
(-0.000289167 -0.0234763 0)
(-0.000392133 -0.0237155 0)
(-0.000484246 -0.0238386 0)
(-0.000569606 -0.0238477 0)
(-0.000652386 -0.0237426 0)
(-0.000736715 -0.0235205 0)
(-0.000826538 -0.023176 0)
(-0.000925409 -0.0227 0)
(-0.00103614 -0.0220796 0)
(-0.00116022 -0.0212958 0)
(-0.00129668 -0.0203217 0)
(-0.00144024 -0.0191189 0)
(-0.00157807 -0.0176334 0)
(-0.00168492 -0.0157907 0)
(-0.00171707 -0.0134935 0)
(-0.00160836 -0.0106254 0)
(-0.00127228 -0.00706158 0)
(-0.000635494 -0.00266937 0)
(0.000519677 -0.00220877 0)
(0.000865701 -0.00565431 0)
(0.000969612 -0.0083025 0)
(0.000912067 -0.0103449 0)
(0.000774816 -0.0119356 0)
(0.000608619 -0.0131933 0)
(0.000441302 -0.0142029 0)
(0.000286211 -0.0150221 0)
(0.000148667 -0.0156896 0)
(2.98289e-05 -0.0162313 0)
(-7.12372e-05 -0.0166648 0)
(-0.000156505 -0.0170019 0)
(-0.000228466 -0.0172505 0)
(-0.000289878 -0.0174161 0)
(-0.000343635 -0.0175017 0)
(-0.000392697 -0.0175087 0)
(-0.000440053 -0.0174371 0)
(-0.000488683 -0.0172849 0)
(-0.000541511 -0.0170487 0)
(-0.000601332 -0.0167226 0)
(-0.000670666 -0.0162981 0)
(-0.000751482 -0.0157627 0)
(-0.000844635 -0.0150983 0)
(-0.000948775 -0.0142784 0)
(-0.00105824 -0.0132639 0)
(-0.0011592 -0.0119969 0)
(-0.00122335 -0.0103932 0)
(-0.00119979 -0.00833506 0)
(-0.00100754 -0.0056702 0)
(-0.000567671 -0.00220799 0)
(0.000418039 -0.00156666 0)
(0.000564322 -0.00385147 0)
(0.000577033 -0.00548987 0)
(0.000504748 -0.00670032 0)
(0.000400771 -0.00762179 0)
(0.00029227 -0.0083434 0)
(0.000191604 -0.00892127 0)
(0.000103362 -0.00939069 0)
(2.84837e-05 -0.00977415 0)
(-3.37049e-05 -0.0100862 0)
(-8.45527e-05 -0.0103367 0)
(-0.000125675 -0.0105319 0)
(-0.000158787 -0.0106763 0)
(-0.000185634 -0.0107727 0)
(-0.000207969 -0.0108228 0)
(-0.000227551 -0.0108275 0)
(-0.00024614 -0.0107865 0)
(-0.000265501 -0.0106989 0)
(-0.000287404 -0.0105628 0)
(-0.000313616 -0.0103751 0)
(-0.00034587 -0.0101309 0)
(-0.000385788 -0.00982358 0)
(-0.000434692 -0.00944294 0)
(-0.000493168 -0.00897401 0)
(-0.000560093 -0.00839397 0)
(-0.000630575 -0.00766731 0)
(-0.00069184 -0.00673792 0)
(-0.000716338 -0.00551702 0)
(-0.000650775 -0.00386618 0)
(-0.000447379 -0.00156669 0)
(0.000117753 -0.000708783 0)
(8.21469e-05 -0.00155716 0)
(8.11185e-05 -0.00210742 0)
(6.19051e-05 -0.00249346 0)
(3.56222e-05 -0.00278226 0)
(9.30209e-06 -0.0030077 0)
(-1.38923e-05 -0.00318864 0)
(-3.29709e-05 -0.00333621 0)
(-4.78855e-05 -0.00345729 0)
(-5.8957e-05 -0.00355625 0)
(-6.66389e-05 -0.00363596 0)
(-7.1426e-05 -0.00369834 0)
(-7.38237e-05 -0.00374466 0)
(-7.43383e-05 -0.00377575 0)
(-7.34738e-05 -0.0037921 0)
(-7.17321e-05 -0.00379393 0)
(-6.96144e-05 -0.00378122 0)
(-6.76228e-05 -0.00375366 0)
(-6.62624e-05 -0.00371069 0)
(-6.60415e-05 -0.00365138 0)
(-6.74694e-05 -0.00357435 0)
(-7.10435e-05 -0.00347754 0)
(-7.72135e-05 -0.00335796 0)
(-8.62828e-05 -0.00321107 0)
(-9.81592e-05 -0.00302987 0)
(-0.000111767 -0.0028031 0)
(-0.000123805 -0.00251182 0)
(-0.000127062 -0.0021221 0)
(-0.000110321 -0.00156672 0)
(-0.000127135 -0.000710005 0)
)
;
boundaryField
{
inlet
{
type calculated;
value uniform (0 0 0);
}
outlet
{
type calculated;
value uniform (0 0 0);
}
walls
{
type calculated;
value uniform (0 0 0);
}
frontAndBackPlanes
{
type empty;
}
}
// ************************************************************************* //
|
846482179bdccf19b4b68d7239f40c04cf4b0e51 | 3ecb8a30291636c56e60231eb8719e3c7ec70010 | /Calculator.cpp | d6abfd4cc57a4b5dbf348541560b52cbeba03b9c | [] | no_license | Artem42rus/Calculator---projectTRPO | ef6d1fc0dfb6c251d71fbf9656fe4feb670a0d0c | 0145acb7d320456dd8d4611ae66c1fea4375ba30 | refs/heads/master | 2021-01-21T20:01:35.368764 | 2017-06-02T17:15:39 | 2017-06-02T17:15:39 | 92,183,409 | 0 | 2 | null | 2017-05-30T20:36:54 | 2017-05-23T14:36:51 | C++ | UTF-8 | C++ | false | false | 219 | cpp | Calculator.cpp | #include <iostream>
#include <math.h>
#include <iomanip>
#include "Function_declaration.h"
using namespace std;
bool done = 0;
int main()
{
while (!done)
{
done = ShowMenu();
}
return 0;
}
|
e2561855040cd87ac9e1394914ec5eaf89f93e85 | f0749ffea2a953a324a26906b7dc3bd95ac06e60 | /Model/Primitives/WaldTriangle.h | 3b3ff82191d01a384bd3f5da01cdc63a5446906b | [
"MIT"
] | permissive | jeffamstutz/rfManta | 36970d20ef79907db250da83ec1e672943c199fe | 77b3f8688f09719a9027a02777832bb734fc8431 | refs/heads/master | 2021-01-10T08:57:37.803549 | 2015-03-13T12:47:47 | 2015-03-13T12:47:47 | 48,449,383 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,812 | h | WaldTriangle.h |
#ifndef Manta_Model_WaldTriangle_h
#define Manta_Model_WaldTriangle_h
#include <Model/Primitives/MeshTriangle.h>
#include <Interface/RayPacket.h>
#include <Core/Geometry/Vector.h>
#include <Core/Geometry/Ray.h>
#include <Core/Geometry/BBox.h>
#include <Model/Groups/Mesh.h>
namespace Manta
{
class WaldTriangle : public MeshTriangle, public TexCoordMapper
{
public:
// Scratch pad structure for Wald Triangle.
enum {
SCRATCH_U = 0,
SCRATCH_V,
SCRATCH_LAST // Dependent classes may use this identifier to
// avoid conflicts.
};
WaldTriangle(){ };
WaldTriangle(Mesh *mesh, unsigned int id);
void update();
virtual WaldTriangle* clone(CloneDepth depth, Clonable* incoming=NULL);
virtual InterpErr serialInterpolate(const std::vector<keyframe_t> &keyframes);
virtual void preprocess(const PreprocessContext& context);
virtual void setTexCoordMapper(const TexCoordMapper* new_tex) {
//we always use ourselves as the TexCoordMapper
}
virtual void computeTexCoords2(const RenderContext&, RayPacket& rays) const;
virtual void computeTexCoords3(const RenderContext& context, RayPacket& rays) const {
computeTexCoords2(context, rays);
}
void intersect(const RenderContext& context, RayPacket& rays) const;
virtual void computeNormal(const RenderContext& context, RayPacket &rays) const;
virtual void computeGeometricNormal(const RenderContext& context,
RayPacket& rays) const;
protected:
void setPoints(const Vector& p1, const Vector& p2, const Vector& p3);
Real n_u;
Real n_v;
Real n_d;
unsigned int k;
Real b_nu;
Real b_nv;
Real b_d;
Real n_k;
Real c_nu;
Real c_nv;
Real c_d;
};
}
#endif
|
77864b623ca5be0df333da669a32b364a550f322 | a435a8fd913b709b16ac547174e0bd32132b1fc6 | /src/main.cpp | b1d5d6377ea430788d961b4d4f39438472f08b27 | [] | no_license | gnuwilliam/cpp-log | 424488fe215ef0ca38ce69ef9bad16a05f39b882 | 6f26c974040005397d9c063b9dff7bba85ea7598 | refs/heads/master | 2020-05-19T15:13:41.813160 | 2019-05-05T21:56:42 | 2019-05-05T21:56:42 | 185,080,693 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 229 | cpp | main.cpp | #include <iostream>
#include "Log.cpp"
int main()
{
Log log;
log.SetLevel(Log::LevelWarning);
log.Info("this is some info");
log.Warn("this is a warning");
log.Error("this is an error");
return 0;
}
|
7696ab27deaa1819bd4d033982cd61df13a3f528 | cf520a9beaf3b5abee463c285efe8130eef1f182 | /pellets/z_win_utils/md5.hpp | 0a3ae5f64e682347d6973b1463ab51883bb1b96a | [
"Unlicense"
] | permissive | AlexXChina/zpublic | c78eb51b6c9879943d8e4b46cac3e15f837038a3 | 78caa5d9972c94b8c5cb69d46275d4ecac12fcc8 | refs/heads/master | 2021-01-22T12:48:49.712690 | 2015-09-01T15:33:33 | 2015-09-01T15:33:33 | 43,356,201 | 1 | 0 | null | 2015-09-29T08:56:35 | 2015-09-29T08:56:35 | null | GB18030 | C++ | false | false | 11,661 | hpp | md5.hpp | /*************************************************************************
* *
* I|*j^3Cl|a "+!*% qt Nd gW *
* l]{y+l?MM* !#Wla\NNP NW MM I| *
* PW ?E| tWg Wg sC! AW ~@v~ *
* NC ?M! yN| WW MK MW@K1Y%M@ RM #Q QP@tim *
* CM| |WQCljAE| MD Mg RN cM~ NM WQ MQ *
* #M aQ? MW M3 Mg Q( HQ YR IM| *
* Dq {Ql MH iMX Mg MM QP QM Eg *
* !EWNaPRag2$ +M" $WNaHaN% MQE$%EXW QQ CM %M%a$D *
* *
* Website: https://github.com/zpublic/zpublic *
* *
************************************************************************/
/**
* @file
* @brief MD5计算相关
*
* 计算文件/字符串MD5
* 本文件中包含2个类
* ZLMd5BaseImpl 原始的MD5算法,摘至Qt源码的qt\src\3rdparty\md5,有删改
* ZLMd5 封装md5算法,实现对文件和字符串计算MD5的简单接口
*/
#pragma once
#include <string>
#include "file_info.hpp" // GetFileSize()
#define ZLMD5_MAX_READ_BYTES 1048576 // 1024 * 1024 -> 1MB
#define ZLMD5_F1(x, y, z) (z ^ (x & (y ^ z)))
#define ZLMD5_F2(x, y, z) ZLMD5_F1(z, x, y)
#define ZLMD5_F3(x, y, z) (x ^ y ^ z)
#define ZLMD5_F4(x, y, z) (y ^ (x | ~z))
#define ZLMD5_MD5STEP(f,w,x,y,z,in,s) (w += f(x,y,z) + in, w = (w<<s | w>>(32-s)) + x)
namespace zl
{
namespace WinUtils
{
/**
* @brief 获取MD5
* @note 计算文件MD5时,参数nMaxLimitMb为限制的最大文件大小(MB),当大于这个大小时,将不计算MD5结果
*/
class ZLMd5
{
public:
static CString GetFileMd5(LPCTSTR lpFilePath, LONGLONG ulMaxFileBytes = 1024*1024*4);
static BOOL GetFileMd5(LPCTSTR lpFilePath, unsigned char arr[16], LONGLONG ulMaxFileBytes = 1024*1024*4);
static CString GetBufMd5(const unsigned char* pBuf, unsigned int uLen);
static BOOL GetBufMd5(const unsigned char* pBuf, unsigned int uLen, unsigned char arr[16]);
};
/**
* @brief MD5算法实现,摘至Qt源码的qt\src\3rdparty\md5,有删改
*/
class ZLMd5BaseImpl
{
public:
void MD5Init();
void MD5Update(const unsigned char* pBuf, unsigned int uLen);
void MD5Final(unsigned char digest[16]);
private:
void MD5Transform(unsigned int buf[4], unsigned int const in[16]) const;
void _ByteSwap(unsigned int *buf, unsigned int words);
private:
struct MD5Context {
unsigned int buf[4];
unsigned int bytes[2];
unsigned int in[16];
} m_stMd5Context;
};
// 以下是实现部分
inline CString ZLMd5::GetFileMd5( LPCTSTR lpFilePath, LONGLONG ulMaxFileBytes )
{
CString sMd5;
unsigned char arrA[16] = {0};
if (GetFileMd5(lpFilePath, arrA, ulMaxFileBytes))
{
for (int i = 0; i < 16; ++i)
{
sMd5.AppendFormat(_T("%02x"), arrA[i]);
}
}
return sMd5;
}
inline BOOL ZLMd5::GetFileMd5( LPCTSTR lpFilePath, unsigned char arr[16], LONGLONG ulMaxFileBytes )
{
LONGLONG ulSize = 0;
BOOL bRet = zl::WinUtils::ZLFileInfo::GetFileSize(lpFilePath, ulSize);
if (FALSE == bRet || ulSize >= ulMaxFileBytes)
{
return FALSE;
}
FILE *fp = NULL;
_tfopen_s(&fp, lpFilePath, _T("rb"));
if (NULL == fp)
{
return FALSE;
}
ZLMd5BaseImpl impl;
impl.MD5Init();
unsigned char* pBuf = new unsigned char[ZLMD5_MAX_READ_BYTES];
size_t nRead = 0;
while (nRead = fread(pBuf, sizeof(unsigned char), ZLMD5_MAX_READ_BYTES, fp))
{
impl.MD5Update(pBuf, (unsigned)nRead);
}
delete[] pBuf;
::fclose(fp);
impl.MD5Final(arr);
return TRUE;
}
inline CString ZLMd5::GetBufMd5( const unsigned char* pBuf, unsigned int uLen )
{
CString sMd5;
unsigned char arrA[16] = {0};
if (GetBufMd5(pBuf, uLen, arrA))
{
for (int i = 0; i < 16; ++i)
{
sMd5.AppendFormat(_T("%02x"), arrA[i]);
}
}
return sMd5;
}
inline BOOL ZLMd5::GetBufMd5( const unsigned char* pBuf, unsigned int uLen, unsigned char arr[16] )
{
if (pBuf && uLen > 0)
{
ZLMd5BaseImpl impl;
impl.MD5Init();
impl.MD5Update(pBuf, (unsigned)uLen);
impl.MD5Final(arr);
return TRUE;
}
return FALSE;
}
inline void ZLMd5BaseImpl::MD5Update( const unsigned char* pBuf, unsigned int uLen )
{
unsigned int t;
/* Update byte count */
t = m_stMd5Context.bytes[0];
if ((m_stMd5Context.bytes[0] = t + uLen) < t)
m_stMd5Context.bytes[1]++; /* Carry from low to high */
t = 64 - (t & 0x3f); /* Space available in ctx->in (at least 1) */
if (t > uLen) {
memcpy((unsigned char *)m_stMd5Context.in + 64 - t, pBuf, uLen);
return;
}
/* First chunk is an odd size */
memcpy((unsigned char *)m_stMd5Context.in + 64 - t, pBuf, t);
_ByteSwap(m_stMd5Context.in, 16);
MD5Transform(m_stMd5Context.buf, m_stMd5Context.in);
pBuf += t;
uLen -= t;
/* Process data in 64-byte chunks */
while (uLen >= 64) {
memcpy(m_stMd5Context.in, pBuf, 64);
_ByteSwap(m_stMd5Context.in, 16);
MD5Transform(m_stMd5Context.buf, m_stMd5Context.in);
pBuf += 64;
uLen -= 64;
}
/* Handle any remaining bytes of data. */
memcpy(m_stMd5Context.in, pBuf, uLen);
}
inline void ZLMd5BaseImpl::MD5Init()
{
m_stMd5Context.buf[0] = 0x67452301;
m_stMd5Context.buf[1] = 0xefcdab89;
m_stMd5Context.buf[2] = 0x98badcfe;
m_stMd5Context.buf[3] = 0x10325476;
m_stMd5Context.bytes[0] = 0;
m_stMd5Context.bytes[1] = 0;
}
inline void ZLMd5BaseImpl::MD5Final(unsigned char digest[16])
{
int count = m_stMd5Context.bytes[0] & 0x3f; /* Number of bytes in ctx->in */
unsigned char *p = (unsigned char *)m_stMd5Context.in + count;
/* Set the first char of padding to 0x80. There is always room. */
*p++ = 0x80;
/* Bytes of padding needed to make 56 bytes (-8..55) */
count = 56 - 1 - count;
if (count < 0) { /* Padding forces an extra block */
memset(p, 0, count + 8);
_ByteSwap(m_stMd5Context.in, 16);
MD5Transform(m_stMd5Context.buf, m_stMd5Context.in);
p = (unsigned char *)m_stMd5Context.in;
count = 56;
}
memset(p, 0, count);
_ByteSwap(m_stMd5Context.in, 14);
/* Append length in bits and transform */
m_stMd5Context.in[14] = m_stMd5Context.bytes[0] << 3;
m_stMd5Context.in[15] = m_stMd5Context.bytes[1] << 3 | m_stMd5Context.bytes[0] >> 29;
MD5Transform(m_stMd5Context.buf, m_stMd5Context.in);
_ByteSwap(m_stMd5Context.buf, 4);
memcpy(digest, m_stMd5Context.buf, 16);
memset(&m_stMd5Context, 0, sizeof(m_stMd5Context)); /* In case it's sensitive */
}
inline void ZLMd5BaseImpl::MD5Transform(unsigned int buf[4], unsigned int const in[16]) const
{
register unsigned int a, b, c, d;
a = buf[0];
b = buf[1];
c = buf[2];
d = buf[3];
ZLMD5_MD5STEP(ZLMD5_F1, a, b, c, d, in[0] + 0xd76aa478, 7);
ZLMD5_MD5STEP(ZLMD5_F1, d, a, b, c, in[1] + 0xe8c7b756, 12);
ZLMD5_MD5STEP(ZLMD5_F1, c, d, a, b, in[2] + 0x242070db, 17);
ZLMD5_MD5STEP(ZLMD5_F1, b, c, d, a, in[3] + 0xc1bdceee, 22);
ZLMD5_MD5STEP(ZLMD5_F1, a, b, c, d, in[4] + 0xf57c0faf, 7);
ZLMD5_MD5STEP(ZLMD5_F1, d, a, b, c, in[5] + 0x4787c62a, 12);
ZLMD5_MD5STEP(ZLMD5_F1, c, d, a, b, in[6] + 0xa8304613, 17);
ZLMD5_MD5STEP(ZLMD5_F1, b, c, d, a, in[7] + 0xfd469501, 22);
ZLMD5_MD5STEP(ZLMD5_F1, a, b, c, d, in[8] + 0x698098d8, 7);
ZLMD5_MD5STEP(ZLMD5_F1, d, a, b, c, in[9] + 0x8b44f7af, 12);
ZLMD5_MD5STEP(ZLMD5_F1, c, d, a, b, in[10] + 0xffff5bb1, 17);
ZLMD5_MD5STEP(ZLMD5_F1, b, c, d, a, in[11] + 0x895cd7be, 22);
ZLMD5_MD5STEP(ZLMD5_F1, a, b, c, d, in[12] + 0x6b901122, 7);
ZLMD5_MD5STEP(ZLMD5_F1, d, a, b, c, in[13] + 0xfd987193, 12);
ZLMD5_MD5STEP(ZLMD5_F1, c, d, a, b, in[14] + 0xa679438e, 17);
ZLMD5_MD5STEP(ZLMD5_F1, b, c, d, a, in[15] + 0x49b40821, 22);
ZLMD5_MD5STEP(ZLMD5_F2, a, b, c, d, in[1] + 0xf61e2562, 5);
ZLMD5_MD5STEP(ZLMD5_F2, d, a, b, c, in[6] + 0xc040b340, 9);
ZLMD5_MD5STEP(ZLMD5_F2, c, d, a, b, in[11] + 0x265e5a51, 14);
ZLMD5_MD5STEP(ZLMD5_F2, b, c, d, a, in[0] + 0xe9b6c7aa, 20);
ZLMD5_MD5STEP(ZLMD5_F2, a, b, c, d, in[5] + 0xd62f105d, 5);
ZLMD5_MD5STEP(ZLMD5_F2, d, a, b, c, in[10] + 0x02441453, 9);
ZLMD5_MD5STEP(ZLMD5_F2, c, d, a, b, in[15] + 0xd8a1e681, 14);
ZLMD5_MD5STEP(ZLMD5_F2, b, c, d, a, in[4] + 0xe7d3fbc8, 20);
ZLMD5_MD5STEP(ZLMD5_F2, a, b, c, d, in[9] + 0x21e1cde6, 5);
ZLMD5_MD5STEP(ZLMD5_F2, d, a, b, c, in[14] + 0xc33707d6, 9);
ZLMD5_MD5STEP(ZLMD5_F2, c, d, a, b, in[3] + 0xf4d50d87, 14);
ZLMD5_MD5STEP(ZLMD5_F2, b, c, d, a, in[8] + 0x455a14ed, 20);
ZLMD5_MD5STEP(ZLMD5_F2, a, b, c, d, in[13] + 0xa9e3e905, 5);
ZLMD5_MD5STEP(ZLMD5_F2, d, a, b, c, in[2] + 0xfcefa3f8, 9);
ZLMD5_MD5STEP(ZLMD5_F2, c, d, a, b, in[7] + 0x676f02d9, 14);
ZLMD5_MD5STEP(ZLMD5_F2, b, c, d, a, in[12] + 0x8d2a4c8a, 20);
ZLMD5_MD5STEP(ZLMD5_F3, a, b, c, d, in[5] + 0xfffa3942, 4);
ZLMD5_MD5STEP(ZLMD5_F3, d, a, b, c, in[8] + 0x8771f681, 11);
ZLMD5_MD5STEP(ZLMD5_F3, c, d, a, b, in[11] + 0x6d9d6122, 16);
ZLMD5_MD5STEP(ZLMD5_F3, b, c, d, a, in[14] + 0xfde5380c, 23);
ZLMD5_MD5STEP(ZLMD5_F3, a, b, c, d, in[1] + 0xa4beea44, 4);
ZLMD5_MD5STEP(ZLMD5_F3, d, a, b, c, in[4] + 0x4bdecfa9, 11);
ZLMD5_MD5STEP(ZLMD5_F3, c, d, a, b, in[7] + 0xf6bb4b60, 16);
ZLMD5_MD5STEP(ZLMD5_F3, b, c, d, a, in[10] + 0xbebfbc70, 23);
ZLMD5_MD5STEP(ZLMD5_F3, a, b, c, d, in[13] + 0x289b7ec6, 4);
ZLMD5_MD5STEP(ZLMD5_F3, d, a, b, c, in[0] + 0xeaa127fa, 11);
ZLMD5_MD5STEP(ZLMD5_F3, c, d, a, b, in[3] + 0xd4ef3085, 16);
ZLMD5_MD5STEP(ZLMD5_F3, b, c, d, a, in[6] + 0x04881d05, 23);
ZLMD5_MD5STEP(ZLMD5_F3, a, b, c, d, in[9] + 0xd9d4d039, 4);
ZLMD5_MD5STEP(ZLMD5_F3, d, a, b, c, in[12] + 0xe6db99e5, 11);
ZLMD5_MD5STEP(ZLMD5_F3, c, d, a, b, in[15] + 0x1fa27cf8, 16);
ZLMD5_MD5STEP(ZLMD5_F3, b, c, d, a, in[2] + 0xc4ac5665, 23);
ZLMD5_MD5STEP(ZLMD5_F4, a, b, c, d, in[0] + 0xf4292244, 6);
ZLMD5_MD5STEP(ZLMD5_F4, d, a, b, c, in[7] + 0x432aff97, 10);
ZLMD5_MD5STEP(ZLMD5_F4, c, d, a, b, in[14] + 0xab9423a7, 15);
ZLMD5_MD5STEP(ZLMD5_F4, b, c, d, a, in[5] + 0xfc93a039, 21);
ZLMD5_MD5STEP(ZLMD5_F4, a, b, c, d, in[12] + 0x655b59c3, 6);
ZLMD5_MD5STEP(ZLMD5_F4, d, a, b, c, in[3] + 0x8f0ccc92, 10);
ZLMD5_MD5STEP(ZLMD5_F4, c, d, a, b, in[10] + 0xffeff47d, 15);
ZLMD5_MD5STEP(ZLMD5_F4, b, c, d, a, in[1] + 0x85845dd1, 21);
ZLMD5_MD5STEP(ZLMD5_F4, a, b, c, d, in[8] + 0x6fa87e4f, 6);
ZLMD5_MD5STEP(ZLMD5_F4, d, a, b, c, in[15] + 0xfe2ce6e0, 10);
ZLMD5_MD5STEP(ZLMD5_F4, c, d, a, b, in[6] + 0xa3014314, 15);
ZLMD5_MD5STEP(ZLMD5_F4, b, c, d, a, in[13] + 0x4e0811a1, 21);
ZLMD5_MD5STEP(ZLMD5_F4, a, b, c, d, in[4] + 0xf7537e82, 6);
ZLMD5_MD5STEP(ZLMD5_F4, d, a, b, c, in[11] + 0xbd3af235, 10);
ZLMD5_MD5STEP(ZLMD5_F4, c, d, a, b, in[2] + 0x2ad7d2bb, 15);
ZLMD5_MD5STEP(ZLMD5_F4, b, c, d, a, in[9] + 0xeb86d391, 21);
buf[0] += a;
buf[1] += b;
buf[2] += c;
buf[3] += d;
}
inline void ZLMd5BaseImpl::_ByteSwap( unsigned int *buf, unsigned int words )
{
const unsigned int byteOrderTest = 0x1;
if (((char *)&byteOrderTest)[0] == 0) {
unsigned char *p = (unsigned char *)buf;
do {
*buf++ = (unsigned int)((unsigned)p[3] << 8 | p[2]) << 16 |
((unsigned)p[1] << 8 | p[0]);
p += 4;
} while (--words);
}
}
} // end of namespace WinUtils
} // end of namespace zl
|
5cb14f0e3e23cc058131df44d18b3ac2e9394ce8 | 1143c5692229f098fe5b0641015df40ed41021f1 | /irtree-canonization/include/visitors/Visitor.h | 25c3f83bf831532450a5a747b1f55fd54bb68b12 | [] | no_license | artyomnurgaliev/CompilersCourse | 97347adf13a96369d62fd797a2e0c173bdf62ecc | 0116ca3db5156b725079b5a59587ea51cb661e84 | refs/heads/master | 2021-02-08T06:54:49.673805 | 2020-05-24T08:10:20 | 2020-05-24T08:10:20 | 244,121,326 | 0 | 0 | null | 2020-03-01T09:30:53 | 2020-03-01T09:30:52 | null | UTF-8 | C++ | false | false | 3,012 | h | Visitor.h | #pragma once
#include "forward_decl.h"
class Visitor {
public:
virtual void Visit(SimpleType* simple_type) = 0;
virtual void Visit(ArrayType* array_type) = 0;
virtual void Visit(AssertStatement* assert_statement) = 0;
virtual void Visit(AssignmentStatement* assignment_statement) = 0;
virtual void Visit(IfStatement* if_statement) = 0;
virtual void Visit(IfElseStatement* if_else_statement) = 0;
virtual void Visit(LocalVariableDeclaration* local_variable_declaration) = 0;
virtual void Visit(LocalVariableDeclarationStatement* local_variable_declaration_statement) = 0;
virtual void Visit(MethodInvocationStatement* method_invocation_statement) = 0;
virtual void Visit(ReturnStatement* return_statement) = 0;
virtual void Visit(ScopeStatement* scope_statement) = 0;
virtual void Visit(SoutStatement* sout_statement) = 0;
virtual void Visit(Statement* statement) = 0;
virtual void Visit(StatementList* statement_list) = 0;
virtual void Visit(WhileStatement* while_statement) = 0;
virtual void Visit(Lvalue* lvalue) = 0;
virtual void Visit(SimpleLvalue* simple_lvalue) = 0;
virtual void Visit(ArrayElementLvalue* array_element_lvalue) = 0;
virtual void Visit(AccessToArrayElementExpression* access_to_array_element_expression) = 0;
virtual void Visit(ArrayNewExpression* array_defenition_expression) = 0;
virtual void Visit(ArrayLengthExpression* array_length_expression) = 0;
virtual void Visit(BinaryOperatorExpression* binary_operator_expression) = 0;
virtual void Visit(NewExpression* defenition_expression) = 0;
virtual void Visit(Expression* expression) = 0;
virtual void Visit(ExpressionList* expression_list) = 0;
virtual void Visit(IdentExpression* ident_expression) = 0;
virtual void Visit(MethodInvocationExpression* method_invocation_expression) = 0;
virtual void Visit(NotExpression* not_expression) = 0;
virtual void Visit(NumberExpression* number_expression) = 0;
virtual void Visit(ParenthesisExpression* parenthesis_expression) = 0;
virtual void Visit(ThisExpression* this_expression) = 0;
virtual void Visit(BoolExpression* bool_expression) = 0;
virtual void Visit(Declaration* declaration) = 0;
virtual void Visit(DeclarationList* declaration_list) = 0;
virtual void Visit(MethodDeclaration* method_declaration) = 0;
virtual void Visit(VariableDeclaration* variable_declaration) = 0;
virtual void Visit(ClassDeclaration* class_declaration) = 0;
virtual void Visit(ClassDeclarationList* class_declaration_list) = 0;
virtual void Visit(MainClass* main_class) = 0;
virtual void Visit(Type* type) = 0;
virtual void Visit(TypeIdentifier* type_identifier) = 0;
virtual void Visit(MethodInvocation* method_invocation) = 0;
virtual void Visit(FormalList* formal_list) = 0;
virtual void Visit(Formal* formal) = 0;
virtual void Visit(BinaryOperator* binary_operator) = 0;
virtual void Visit(Program* program) = 0;
};
|
fcaaca50b8d28de02acb920514e862636f73f83e | 45035a80578fff81dca13ffd9ea3b6434784ec4b | /3_1920.cpp | 73c610a3937f60e61e75aa3b68f9620d72bc9ebd | [] | no_license | Heo-Hyunjung/CodeCure-Algorithm | c2c5f1ab6218b1ef45b8e2a87d8c23b815b717fb | e4160540f0bb24efb1e914b377e81720ded965b1 | refs/heads/main | 2023-09-04T22:01:20.227814 | 2021-11-03T08:25:21 | 2021-11-03T08:25:21 | 424,143,475 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 715 | cpp | 3_1920.cpp | #include <iostream>
using namespace std;
bool findNum(int arr[], int n, int data) {
int start = 0;
int end = n - 1;
int mid;
while (end-start>=0) {
mid = (start + end) / 2;
if (arr[mid] == data)
return true;
else if (arr[mid] > data)
end = mid - 1;
else
start = mid + 1;
}
return false;
}
int swap(const void *a, const void*b) {
return *(int*)a > *(int*)b ? 1 : (*(int*)a < *(int*)b ? -1 : 0);
}
int main() {
int n, m, arr[100000], num;
cin >> n;
for (int i = 0; i < n; i++) {
cin >> arr[i];
}
qsort(arr, n, sizeof(int), swap);
cin >> m;
for (int j = 0; j < m; j++) {
cin >> num;
cout<<findNum(arr, n, num)<<endl;
}
return 0;
} |
3d09b7ba11414a636e9b9e0046935abd685e97c5 | 86b235e857b1ba3f345fa16096875882b6af78c6 | /monocular_servo/camera_control/include/target_path_track.hpp | ee4b3bb914da069b54c51ea0c7d0c27b1c84dbfa | [] | no_license | kevinchow1993/air_manipulator | 00ed2328c601768c60c61cf93a34b79ca6fdd901 | cc4aa6f6d3e0e8146546b3858098325161498f9e | refs/heads/master | 2020-03-25T11:11:54.790059 | 2018-08-17T03:46:04 | 2018-08-17T03:46:04 | 143,722,604 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,521 | hpp | target_path_track.hpp | #ifndef TARGETPATHTRACK_H
#define TARGETPATHTRACK_H
#include "ros/ros.h"
#include <stdio.h>
#include "serial.h"
#include <camera_control/ServoPos.h>
#include <camera_control/CameraPos.h>
#include <camera_control/TagLost.h>
#include <tf/transform_broadcaster.h>
#include <tf/transform_listener.h>
#include <Eigen/Eigen>
#include <geometry_msgs/PoseStamped.h>
#include <am_controller/Mat_Tba.h>
#include <camera_control/set_interest_ID.h>
#define pi 3.1415926535898
using namespace std;
using namespace Eigen;
class target_path_track
{
private:
serial m_serial;
float last_pose;
float Dpose;
double tag_center_x,tag_center_y;
int tag_watch_dog;
double recent_marker_time,recent_target_time;
bool is_valid_track_target;
int great_70_cnt;
int current_interest_id;
Matrix4d Twb;
Matrix4d Tlc;
Matrix4d Tbl;
ros::NodeHandle n;
std::string com_cs;
ros::Publisher Tba_puber;
ros::Subscriber Camera_Pos_suber;
ros::ServiceServer Interest_ID_seter;
am_controller::Mat_Tba Tba_msg;
bool TagLost_flag;
public:
target_path_track();
~target_path_track();
bool Set_interest_ID(camera_control::set_interest_ID::Request &msg,camera_control::set_interest_ID::Response &res);
void Set_Servo_Pos(int pos);
void set_Tbl_by_Dpose(void);
void limited_Tba_puber(void);
void target_detector(const geometry_msgs::PoseStamped &pose,int id);
void CameraPos_CallBack(const camera_control::CameraPos::ConstPtr &msg);
void init_Tlc(void);
void loop(void);
};
#endif |
a8a9f8a4ec65200edecea2c764fae483720466d8 | d20b0700c00103be9ee334739ed4e394b16433e0 | /Testing/particle_test.cpp | 15677006e63861f43c73a80c87df4c233577aeb0 | [] | no_license | bdruci/TRMM_infmed_2G | 4c6f5251df72c037a94988e043a89c9dd87e0ca8 | b21369145cdc7efade75c3095fd3a1da84cd6c54 | refs/heads/master | 2020-03-22T06:23:25.317720 | 2018-08-16T16:48:22 | 2018-08-16T16:48:22 | 139,630,076 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 756 | cpp | particle_test.cpp | #define CATCH_CONFIG_MAIN // This tells Catch to provide a main() - only do this in one cpp file
#include <limits>
#include "Catch.h"
#include "Particle.h"
TEST_CASE( "Particle", "[Particle]" )
{
int group = 0;
double x = 1.0;
double mu = 0.5;
Particle theParticle(group, x, mu);
// test properly moves the particle forwards
SECTION( " move particle forward " )
{
theParticle.move(1.0);
double result = 1.5;
REQUIRE( theParticle.x == Approx( result ) );
}
// test properly moves particle backwards
SECTION( " move particle backward " )
{
theParticle.mu = -0.5;
theParticle.move(1.0);
double result = 0.5;
REQUIRE( theParticle.x == Approx( result ) );
}
}
|
17755a4452361792b96375b7f2bc8eca23b2b3e7 | cf0510d88d177fc8e223e545fd9213d6f7305d43 | /applicationmodel.hpp | 4c240ae23498cb92f82899d36b5612f3c82918ca | [] | no_license | knvmbox/phonebook | c3bf838e5aee865a1c777ed56b537b587986bda6 | 072421ac71d70f3e539675a6cd44a925703720b1 | refs/heads/master | 2021-05-13T22:03:19.517641 | 2018-01-06T20:52:36 | 2018-01-06T20:52:36 | 116,267,045 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 647 | hpp | applicationmodel.hpp | #ifndef APPLICATIONMODEL_HPP
#define APPLICATIONMODEL_HPP
#include <QList>
#include <QObject>
#include <QSqlDatabase>
#include "person.hpp"
///////////////////////////////////////////////////////////////////////////////
class ApplicationModel : public QObject
{
Q_OBJECT
public:
ApplicationModel();
const QList<Person>& data();
void findPerson(const QString&, const QString&);
void importData(const QString&);
signals:
void dataChanged();
public slots:
private:
QString prepareSql(const QString&, const QString&);
private:
QList<Person> m_persons;
QSqlDatabase m_db;
};
#endif // APPLICATIONMODEL_HPP
|
d35520c9f87914213b70b8bee23be3fe19fe4972 | f84de8a5878cb409d487e8e0879b8336a824c800 | /Troca.cpp | 937ef46bceff6d5a79729e76a0408b7db13fe109 | [] | no_license | milene123/codigos-de-programacao | b13c92a4b7f155c13f47df76fa88f4a9affac4af | cbfb32b9f02891011e1dbd6d8c2befccbc848cbd | refs/heads/master | 2021-01-17T10:12:47.424852 | 2017-03-05T22:49:37 | 2017-03-05T22:49:37 | 84,007,949 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,630 | cpp | Troca.cpp | #include<stdio.h>
#include<conio.h>
#include<stdlib.h>
main(){
int A[]={3,2,4,6,8};
int B[]={7,1,9,0,3};
int C[5];
int D[]={1,5,9,8,6};
int E[]={69,82,56,14,63};
int F[5];
int i;
printf("valores originais:");
for(int i=0;i<5;i=i+1)
{
printf("\n A[%d]=%d",i,A[i]);
printf("\n B[%d]=%d",i,B[i]);
printf("\n D[%d]=%d",i,D[i]);
printf("\n E[%d]=%d",i,E[i]);
}
for(i=0;i<=5;i=i+1)
{
C[i]=A[i];
A[i]=B[i];
B[i]=C[i];
F[i]=E[i];
E[i]=D[i];
D[i]=F[i];
}
printf("\n\n valores trocados:");
for(int i=0;i<5;i=i+1)
{
printf("\n A[%d]=%d",i,A[i]);
printf("\n B[%d]=%d",i,B[i]);
printf("\n D[%d]=%d",i,D[i]);
printf("\n E[%d]=%d",i,E[i]);
}
printf("\n\n\n.....FIM.....");
system("pause");
getch();
}
|
69daa9be32da459dd1b0ce024768b26ae097066e | 9c1971ad1e4ba01d7177a8e63fbb67203a0a03df | /problems/1552/solution.cpp | 33082dd3a74091197cb750c7edd6814317817ee8 | [] | no_license | virtyaluk/leetcode | cb5a7d0957be353125861b1b9d41606f4729248a | 2a1496e5deaf45b28647e713a82b1f5b456888fa | refs/heads/master | 2023-07-07T16:52:23.152194 | 2023-06-24T00:50:09 | 2023-06-24T00:50:09 | 166,505,868 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 775 | cpp | solution.cpp | class Solution {
public:
int maxDistance(vector<int>& position, int m) {
sort(begin(position), end(position));
int lo = 0, hi = position.back() - position.front();
while (lo <= hi) {
int mid = lo + (hi - lo) / 2;
if (count(position, mid) >= m) {
lo = mid + 1;
} else {
hi = mid - 1;
}
}
return lo - 1;
}
int count(vector<int>& position, int d) {
int ans = 1, cur = position[0];
for (int i = 1; i < size(position); i++) {
if (position[i] - cur >= d) {
ans++;
cur = position[i];
}
}
return ans;
}
}; |
3b848ad05e558bc07cc4b794d9ae9a265baedce3 | 5633a6aa3a067059989e58e9163c3246c4ac54f7 | /client.cpp | 80539500e4fee7d60b0f733d75feed6edd03ba5f | [] | no_license | comradez/MyDouDizhu | 215fb035578142c1a548c6a9668189e3e52396b3 | 9b5c0b0d0bb8a895cd970272bd71047886254e9a | refs/heads/master | 2022-12-09T08:45:35.618912 | 2020-09-06T09:13:54 | 2020-09-06T09:13:54 | 291,502,462 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,154 | cpp | client.cpp | #include "client.h"
Client::Client(QObject *parent) : QObject(parent) {
socket = new QTcpSocket(nullptr);
connect(socket, &QTcpSocket::readyRead, this, [=](){ emit readyRead(); });
}
Client::Client(QTcpSocket* _socket, QObject *parent) : QObject(parent) {
socket = _socket;
connect(socket, &QTcpSocket::readyRead, this, [=](){ emit readyRead(); });
}
void Client::setSocket(QTcpSocket *_socket) {
socket = _socket;
connect(socket, &QTcpSocket::readyRead, this, [=](){ emit readyRead(); });
}
QTcpSocket* Client::getSocket() const {
return socket;
}
bool Client::connectToHost(QString host, int port) {
socket->connectToHost(QHostAddress(host), port);
return socket->waitForConnected();
}
bool Client::writeData(QByteArray data) {
if (socket->state() == QTcpSocket::ConnectedState) {
socket->write(IntToArray(data.size()));
socket->write(data);
return socket->waitForBytesWritten();
} else {
return false;
}
}
QByteArray Client::IntToArray(qint32 source) {
QByteArray temp;
QDataStream data(&temp, QIODevice::ReadWrite);
data << source;
return temp;
}
|
d728c8a45c437b83db2f59f248a45bced4f87b53 | d71b2e783efd8434c14bd0ffa6b8a89654178c47 | /cpp_project/learning_cpp/include/intro.h | f079354ae21e605657f4e9173cd1939909791a15 | [] | no_license | Abdelilah-Majid/5-games | 273bbf9004e61d27994177354100b9f0f846aa57 | e8223c87518dc12031dbec3de0a64361b839bc99 | refs/heads/master | 2023-07-06T13:50:26.395576 | 2021-08-13T11:00:53 | 2021-08-13T11:00:53 | 358,729,524 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 516 | h | intro.h | #ifndef INTRO_H
#define INTRO_H
#include <iostream>
#include <Godot.hpp>
#include <Control.hpp>
#include <SceneTree.hpp>
#include <ResourceLoader.hpp>
#include <Ref.hpp>
#include <PackedScene.hpp>
#include <Viewport.hpp>
namespace godot
{
class Intro: public Control
{
private:
GODOT_CLASS(Intro, Control)
public:
static void _register_methods();
void _init();
Intro();
~Intro();
public:
void _ready();
public:
void _on_button_pressed(Variant body);
};
}
#endif
|
6b9ff3fe2fca754d7c6b0c309653d676f24ff7b5 | 694b5eca0310813c9d9ceb481558efc6f7fb3d50 | /test/test_fs.cpp | 2a8bb5b33b4d296f868623a805ae7312f0445a41 | [] | no_license | toyobayashi/jscpp | 16010c5381a5c019e9bf88800029c22644273e5e | 138f64235558c8b29b5ba4d0f1cd27fcd61cd165 | refs/heads/main | 2023-03-27T06:55:48.128321 | 2021-03-23T10:27:01 | 2021-03-23T10:27:01 | 347,023,697 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,167 | cpp | test_fs.cpp | #include "gtest/gtest.h"
#include "jscpp/index.hpp"
using namespace js;
#if JSCPP_USE_ERROR
#define JSCPP_EXPECT_THROW(exp, msg) EXPECT_THROW(exp, Error)
#else
#define JSCPP_EXPECT_THROW(exp, msg) EXPECT_DEATH_IF_SUPPORTED(exp, msg)
#endif
TEST(jscppFilesystem, statAndLstat) {
JSCPP_EXPECT_THROW(fs::stat("noexists"), "stat");
JSCPP_EXPECT_THROW(fs::lstat("noexists"), "lstat");
fs::Stats stats1 = fs::stat(__dirname);
EXPECT_TRUE(stats1.isDirectory());
fs::Stats stats2 = fs::lstat(__dirname);
EXPECT_TRUE(stats2.isDirectory());
#ifndef __EMSCRIPTEN__
EXPECT_TRUE(fs::stat(__filename).isFile());
EXPECT_TRUE(fs::lstat(__filename).isFile());
#endif
fs::symlink(__dirname, "slk3", fs::SymlinkType::ST_JUNCTION);
EXPECT_TRUE(fs::exists("slk3"));
fs::remove("slk3");
EXPECT_FALSE(fs::exists("slk3"));
#ifndef __EMSCRIPTEN__
fs::symlink(__filename, "slk");
console.log(fs::realpath("slk"));
EXPECT_TRUE(fs::exists("slk"));
fs::Stats stat = fs::stat("slk");
fs::Stats stat2 = fs::lstat("slk");
console.log(stat.size);
console.log(stat.isSymbolicLink());
console.log(stat2.size);
console.log(stat2.isSymbolicLink());
fs::remove("slk");
EXPECT_FALSE(fs::exists("slk"));
#endif
fs::symlink("notexists", "slk2");
EXPECT_TRUE(fs::exists("slk2"));
fs::remove("slk2");
EXPECT_FALSE(fs::exists("slk2"));
}
TEST(jscppFilesystem, readdir) {
std::vector<String> items = fs::readdir(__dirname);
console.log(items);
}
TEST(jscppFilesystem, exists) {
#ifndef __EMSCRIPTEN__
EXPECT_TRUE(fs::exists(__filename));
#endif
EXPECT_FALSE(fs::exists(L"noexists"));
}
TEST(jscppFilesystem, mkdirs) {
EXPECT_NO_THROW(fs::mkdirs(__dirname));
String mkdir1 = String(L"mkdir_") + process.platform + "_1";
fs::mkdirs(mkdir1);
EXPECT_TRUE(fs::exists(mkdir1));
fs::remove(mkdir1);
EXPECT_FALSE(fs::exists(mkdir1));
String root = String("mkdir_") + process.platform + "_2";
String mkdir2 = path::join(root, "subdir/a/b/c");
fs::mkdirs(mkdir2);
EXPECT_TRUE(fs::exists(mkdir2));
fs::remove(root);
EXPECT_FALSE(fs::exists(mkdir2));
EXPECT_FALSE(fs::exists(root));
String mkdir3 = __filename;
#ifndef __EMSCRIPTEN__
JSCPP_EXPECT_THROW(fs::mkdirs(mkdir3), strerror(EEXIST));
#endif
String mkdir4 = path::join(__filename, "fail");
#ifndef __EMSCRIPTEN__
JSCPP_EXPECT_THROW(fs::mkdirs(mkdir4), strerror(ENOENT));
#else
fs::mkdirs(mkdir4);
console.log(fs::exists(mkdir4));
console.log(fs::readdir(mkdir3));
fs::remove(mkdir4);
console.log(fs::exists(mkdir4));
console.log(fs::readdir(mkdir3));
#endif
}
TEST(jscppFilesystem, copy) {
String s = L"testwrite.txt";
fs::writeFile(s, "666");
auto d = path::basename(__filename + L".txt");
fs::copyFile(s, d);
fs::remove(s);
EXPECT_TRUE(fs::exists(d));
JSCPP_EXPECT_THROW(fs::copyFile(s, d, true), "");
fs::remove(d);
EXPECT_FALSE(fs::exists(d));
fs::remove(s);
EXPECT_FALSE(fs::exists(s));
JSCPP_EXPECT_THROW(fs::copyFile("notexist", "any"), "");
fs::mkdirs("./tmp/mkdir/a/b/c");
fs::writeFile("./tmp/mkdir/a/b/c.txt", "1\n");
fs::writeFile("./tmp/mkdir/a/b.txt", "1\n");
fs::copy("./tmp/mkdir", "./tmp/copy");
EXPECT_TRUE(fs::exists("./tmp/copy"));
JSCPP_EXPECT_THROW(fs::copy("./tmp/mkdir", "./tmp/copy", true), "");
JSCPP_EXPECT_THROW(fs::copy("./tmp/mkdir", "./tmp/mkdir/subdir"), "");
// try {
// fs::copy("./tmp/mkdir", "./tmp/mkdir/subdir");
// return -1;
// } catch (const std::exception& e) {
// console::error(e.what());
// }
fs::remove("./tmp");
EXPECT_FALSE(fs::exists("./tmp"));
}
TEST(jscppFilesystem, readAndWrite) {
String data = process.platform + L"测试\r\n";
String append = L"append";
EXPECT_NO_THROW(fs::writeFile("testwrite.txt", data));
EXPECT_EQ(fs::readFileAsString("testwrite.txt"), data);
fs::appendFile("testwrite.txt", append);
EXPECT_EQ(fs::readFileAsString("testwrite.txt"), (data + append));
fs::remove("testwrite.txt");
fs::mkdirs("testmkdir");
JSCPP_EXPECT_THROW(fs::readFileAsString("testmkdir"), "");
fs::remove("testmkdir");
JSCPP_EXPECT_THROW(fs::readFileAsString("notexists"), "No such file or directory");
}
|
aaeb7f5991359cd0bd263bf974ff060a2b341f14 | 8833011bef1ff15590f655cc4fedbfbd8f7a63d6 | /DoubleLIst.h | 39a6a2aaac11feca2db4f8ee4e94c8298cda8d41 | [] | no_license | Yosoyfr/EDD_1S2020_PY1_201807190 | 88a4b57fab6b9bce54ef32e7f6b3560564759b11 | 953321d09a74662e2bb6f2afe35d30d4e30221d1 | refs/heads/master | 2022-04-12T13:26:46.292933 | 2020-04-05T20:25:55 | 2020-04-05T20:25:55 | 248,417,851 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 6,891 | h | DoubleLIst.h | #ifndef DOUBLELIST_H
#define DOUBLELIST_H
#include<Objects.h>
class DoubleList
{
class Node{
private:
//Atributos del Node para una lista doble para las palabras del diccionario
Node *next;
Node *previos;
Game_Piece data;
public:
//Constructores del Node para el Game_Piece
Node(Game_Piece data){
this->next = this->previos = 0;
this->data = data;
}
//Constructor vacio del Node
Node(){}
//Accesores y modificadores de los atributos del Node
Node *getNext(){return next;}
void setNext(Node *n) {this->next = n;}
Node *getPrevios(){return previos;}
void setPrevious(Node *n) {this->previos = n;}
Game_Piece getData(){return data;}
void setData(Game_Piece n) {this->data = n;}
~Node(){}
};
private:
Node *first;
Node *last;
int size = 0;
public:
Node *getFirts(){return this->first;}
Node *getLast(){return this->last;}
int getSize(){return this->size;}
//Constructor del objeto Lista doble
DoubleList(){
this->first = this->last = 0;
this->size = 0;
}
//Verifica si la lista esta vacia
bool isEmpty(){
return first == 0;
}
//Inserta elementos a la lista
void addLast(Game_Piece data){
Node *n = new Node(data);
if(this->isEmpty()){
this->first = n;
this->last = n;
}
else{
this->last->setNext(n);
n->setPrevious(last);
this->last=n;
}
this->size++;
}
//Metodo para buscar nodos, apartir de la letra a buscar
Node *search(string letter){
bool found = false;
Node *aux = this->first;
if (!isEmpty()){
while(aux && !found){
if (aux->getData().getLetter() == letter)
{
found = true;
break;
}
aux = aux->getNext();
};
}
if (!found){
cout<<"La letra no fue encontrada"<<endl;
}
return aux;
}
//Metodo para eliminar datos de la lista
Game_Piece remove(string letter){
Node *aux = search(letter);
Game_Piece piece = Game_Piece("a", 0, "0");
if (aux){
piece = aux->getData();
if (aux == this->first){
if (this->first->getNext()) {
this->first = this->first->getNext();
this->first->setPrevious(0);
}
else {
this->first = 0;
}
}
else if (aux == this->last){
this->last = this->last->getPrevios();
this->last->setNext(0);
}
else{
Node *prev = aux->getPrevios();
prev->setNext(aux->getNext());
aux->getNext()->setPrevious(prev);
}
delete aux;
this->size--;
}
return piece;
}
void showData() {
Node *aux = this->first;
while(aux){
cout << aux->getData().getLetter() << endl;
aux = aux->getNext();
}
}
//Obtiene el codigo DOT para formar el grafico
void getDOT(DoubleList player1, DoubleList player2, string username1, string username2){
string graph = "digraph G{\n "
"rankdir=LR;\n"
"labelloc = \"t\";\n";
Node *aux1 = player1.getFirts();
Node *aux2 = player2.getFirts();
int x = 0;
int y = 0;
int yAUx = 0;
//Fichas del jugador 1
graph += "subgraph cluster_p {\n"
"node0[shape=record label =\"null\", fillcolor = yellow, style=filled]; \n";
while(aux1){
x++;
graph += "node"+ to_string(x)+ "[shape=record label =\""+ aux1->getData().getLetter() + "\", fillcolor = yellow, style=filled];\n";
aux1 = aux1->getNext();
}
y = x + 2;
yAUx = x + 2;
aux1 = player1.getFirts();
x = 0;
if (!isEmpty()){
graph += "node0 -> node1 [color=white];\n";
while(aux1!=player1.getLast()){
x++;
graph += "node" + to_string(x) + " -> node" + to_string(x+1) + ";\n";
aux1 = aux1->getNext();
}
x = player1.getSize();
graph += "node"+ to_string(x+1)+ "[shape=record label =\"null\", fillcolor = yellow, style=filled];\n";
graph += "node" + to_string(x) + "-> node" + to_string(x+1) + ";\n";
aux1=player1.getLast();
while(aux1!=player1.getFirts()){
x--;
graph += "node"+to_string(x+1) + " -> node"+to_string(x) + ";\n";
aux1 = aux1->getPrevios();
}
graph += "node1 -> node0;\n";
}
graph += "graph[label=\"Jugador 1: " + username1 +".\"];\n"
"}\n";
//Fichas del jugador 2
graph += "subgraph cluster_s {\n"
"node" + to_string(y) + "[shape=record label =\"null\", fillcolor = yellow, style=filled]; \n";
while(aux2){
y++;
graph += "node" + to_string(y)+ "[shape=record label =\""+ aux2->getData().getLetter() + "\", fillcolor = yellow, style=filled];\n";
aux2 = aux2->getNext();
}
aux2 = player2.getFirts();
y = yAUx;
if (!isEmpty()){
graph += "node" + to_string(y) + "-> node" + to_string(y + 1) + " [color=white];\n";
while(aux2!=player2.getLast()){
y++;
graph += "node" + to_string(y) + " -> node" + to_string(y+1) + ";\n";
aux2 = aux2->getNext();
}
y = player1.getSize() + player2.getSize() + 2;
graph += "node"+ to_string(y+1)+ "[shape=record label =\"null\", fillcolor = yellow, style=filled];\n";
graph += "node" + to_string(y) + "-> node" + to_string(y+1) + ";\n";
aux2=player2.getLast();
while(aux2!=player2.getFirts()){
y--;
graph += "node"+to_string(y+1) + " -> node"+to_string(y) + ";\n";
aux2 = aux2->getPrevios();
}
graph += "node" + to_string(y) + " -> node" + to_string(y - 1) + ";\n";
}
graph += "graph[label=\"Jugador 2: " + username2 +".\"];\n"
"}\n";
graph += "}";
ofstream file("FichasJugador.dot", ios::out);;
if(file.fail())
cout << "Hubo un error (file.fail)";
file << graph;
file.close();
system("dot -Tpng FichasJugador.dot -o FichasJugador.png");
}
};
#endif // DOUBLELIST_H
|
0cf62a9ec3e23eacc357850de2f7f41926f66cda | 8e6c0dea3f7a64f37c3d79844dd3328e38434c7d | /RougeLikeGame/Player.cpp | 74283a1ee1ed357a464be6565ee3159f780d87dc | [
"MIT"
] | permissive | ShannonSimpson/RougeLikeGame | d44f21493238501c0b2ec1d5705ab22ad4b228a8 | a99c4da6e6cac404af3b52882ac149b85069bcb4 | refs/heads/master | 2016-09-11T13:41:46.361445 | 2014-12-10T22:04:20 | 2014-12-10T22:04:20 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 702 | cpp | Player.cpp | //Player.cpp
//Shannon Simpson
//Shannon.Simpson@uky.edu
//PA3
#include "Player.h"
using namespace std;
Player::Player()
{
string name;
cout << "What shall we call you here? ";
cin >> name;
cout << endl;
if (name == "God")
{
Entity::setName(name);
character = 'G';
startHP = 10000000000000000;
}
else
{
character = '@';
Entity::setName(name);
startHP = 100;
}
Entity::setDisplayChar(character);
Creature::setMaxHP(startHP);
}
Player::~Player()
{
}
int Player::getScore()
{
return m_score;
}
void Player::setScore(int score)
{
m_score = score;
}
int Player::getExperience()
{
return m_xp;
}
void Player::setExperience(int xp)
{
m_xp = xp;
}
|
8adc76b4d225848a861388fff6f5f2290d165867 | ee25f3a06598f9743ff551ce0529b90dab54383f | /source/d3d9/runtime_d3d9.hpp | 3d44bbe6341ae4a947edc6260b3f65eee6987f33 | [
"BSD-3-Clause"
] | permissive | lybxlpsv/reshade | e87e4a059990179bea5575e4359bb144a5030b16 | 9606c088dc41a7940dc10af21642035cef326094 | refs/heads/master | 2020-07-31T11:22:27.574766 | 2019-09-24T11:35:56 | 2019-09-24T11:35:56 | 210,586,913 | 3 | 0 | BSD-3-Clause | 2019-09-24T11:35:01 | 2019-09-24T11:33:53 | null | UTF-8 | C++ | false | false | 4,444 | hpp | runtime_d3d9.hpp | /**
* Copyright (C) 2014 Patrick Mours. All rights reserved.
* License: https://github.com/crosire/reshade#license
*/
#pragma once
#include "runtime.hpp"
#include "effect_expression.hpp"
#include "state_block.hpp"
namespace reshade { enum class texture_reference; }
namespace reshadefx { struct sampler_info; }
namespace reshade::d3d9
{
class runtime_d3d9 : public runtime
{
public:
runtime_d3d9(IDirect3DDevice9 *device, IDirect3DSwapChain9 *swapchain);
~runtime_d3d9();
bool on_init(const D3DPRESENT_PARAMETERS &pp);
void on_reset();
void on_present();
void on_draw_call(D3DPRIMITIVETYPE type, UINT count);
void on_set_depthstencil_surface(IDirect3DSurface9 *&depthstencil);
void on_get_depthstencil_surface(IDirect3DSurface9 *&depthstencil);
void on_clear_depthstencil_surface(IDirect3DSurface9 *depthstencil);
void weapon_or_cockpit_fix(D3DPRIMITIVETYPE PrimitiveType, UINT StartVertex, UINT PrimitiveCount);
void weapon_or_cockpit_fix(D3DPRIMITIVETYPE PrimitiveType, INT BaseVertexIndex, UINT MinVertexIndex, UINT NumVertices, UINT StartIndex, UINT PrimitiveCount);
void capture_screenshot(uint8_t *buffer) const override;
private:
struct depth_source_info
{
com_ptr<IDirect3DSurface9> depthstencil;
UINT width, height;
UINT drawcall_count, vertices_count;
};
bool init_backbuffer_texture();
bool init_default_depth_stencil();
bool init_fullscreen_triangle_resources();
bool init_texture(texture &info) override;
void upload_texture(texture &texture, const uint8_t *pixels) override;
bool update_texture_reference(texture &texture);
void update_texture_references(texture_reference type);
bool compile_effect(effect_data &effect) override;
bool add_sampler(const reshadefx::sampler_info &info, struct d3d9_technique_data &technique_init);
bool init_technique(technique &info, const struct d3d9_technique_data &technique_init, const std::unordered_map<std::string, com_ptr<IUnknown>> &entry_points);
void render_technique(technique &technique) override;
bool check_depthstencil_size(const D3DSURFACE_DESC &desc);
bool check_depthstencil_size(const D3DSURFACE_DESC &desc, const D3DSURFACE_DESC &compared_desc);
#if RESHADE_GUI
bool init_imgui_resources();
void render_imgui_draw_data(ImDrawData *data) override;
void draw_debug_menu();
#endif
void detect_depth_source();
bool create_depthstencil_replacement(const com_ptr<IDirect3DSurface9> &depthstencil);
void create_fixed_viewport(const D3DVIEWPORT9 mViewport);
com_ptr<IDirect3D9> _d3d;
com_ptr<IDirect3DDevice9> _device;
com_ptr<IDirect3DSwapChain9> _swapchain;
com_ptr<IDirect3DSurface9> _backbuffer;
com_ptr<IDirect3DSurface9> _backbuffer_resolved;
com_ptr<IDirect3DTexture9> _backbuffer_texture;
com_ptr<IDirect3DSurface9> _backbuffer_texture_surface;
com_ptr<IDirect3DTexture9> _depthstencil_texture;
unsigned int _num_samplers;
unsigned int _num_simultaneous_rendertargets;
unsigned int _behavior_flags;
bool _disable_intz = false;
bool _preserve_depth_buffer = false;
bool _auto_preserve = true;
size_t _preserve_starting_index = 0;
size_t _adjusted_preserve_starting_index = 0;
bool _source_engine_fix = false;
bool _brute_force_fix = false;
bool _focus_on_best_original_depthstencil_source = false;
bool _disable_depth_buffer_size_restriction = false;
bool _init_depthbuffer_detection = true;
bool _is_good_viewport = true;
bool _is_best_original_depthstencil_source = true;
unsigned int _db_vertices = 0;
unsigned int _db_drawcalls = 0;
unsigned int _current_db_vertices = 0;
unsigned int _current_db_drawcalls = 0;
bool _is_multisampling_enabled = false;
D3DFORMAT _backbuffer_format = D3DFMT_UNKNOWN;
state_block _app_state;
com_ptr<IDirect3DSurface9> _depthstencil;
com_ptr<IDirect3DSurface9> _depthstencil_replacement;
com_ptr<IDirect3DSurface9> _default_depthstencil;
std::unordered_map<com_ptr<IDirect3DSurface9>, depth_source_info> _depth_source_table;
std::vector<depth_source_info> _depth_buffer_table;
com_ptr<IDirect3DVertexBuffer9> _effect_triangle_buffer;
com_ptr<IDirect3DVertexDeclaration9> _effect_triangle_layout;
com_ptr<IDirect3DStateBlock9> _imgui_state;
com_ptr<IDirect3DVertexBuffer9> _imgui_vertex_buffer;
com_ptr<IDirect3DIndexBuffer9> _imgui_index_buffer;
int _imgui_vertex_buffer_size = 0, _imgui_index_buffer_size = 0;
HMODULE _d3d_compiler = nullptr;
};
}
|
f13544765c229dd68c0162c6c1ef11a1beef9e0e | d86b6cedb574e2e24ca324cc33f085b235d9b098 | /mod04/ex00/Victim.hpp | 44e244ff09d5f274c3071decb5bffeca48e50cf8 | [
"Unlicense"
] | permissive | paozer/piscine_cpp | 1382ab25eb3f6c0d126f2d29072ef79d10feb645 | 449d4a60b3c50c7ba6d94e38a7b632b5f447a438 | refs/heads/main | 2023-06-15T12:45:16.141066 | 2021-07-12T22:40:57 | 2021-07-12T22:40:57 | 272,977,076 | 0 | 2 | null | null | null | null | UTF-8 | C++ | false | false | 484 | hpp | Victim.hpp | #pragma once
#ifndef VICTIM_HPP
#define VICTIM_HPP
#include <iostream>
class Victim
{
public:
Victim(const std::string& name);
Victim(const Victim&);
virtual ~Victim();
Victim &operator=(const Victim&);
std::string getName() const;
virtual void getPolymorphed() const;
private:
Victim();
std::string _name;
std::string _title;
};
std::ostream& operator<<(std::ostream& os, const Victim& s);
#endif
|
22c204c51f8ea998f3c246843270d0412392dcc1 | 65deb9a4778f2498cc39e33a5aaa39f744625526 | /nnet.h | 59cf16d24dbef6ce0e4e1ad12fea4cfcdab6e632 | [] | no_license | runyanjake/plane-nnet | 918c150b0e6bdcaaa9f6f17dee4fd44ffe604d08 | 2f8bbea90d18a6339e048f6ba24896f04df94b37 | refs/heads/master | 2018-10-22T01:25:36.033135 | 2018-07-20T23:41:12 | 2018-07-20T23:41:12 | 114,495,875 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,493 | h | nnet.h | // $Id: nnet.h,v 1.2 2018-01-14 20:34:56-07 - - $
#include <iostream>
#include <vector>
#define MAX_CONNECTION_NUMBER 100 //may not be neeeded
#define MIN_CONNECTION_VALUE 5 //PERCENTAGE
#define MAX_CONNECTION_VALUE 95 //PERCENTAGE
#define MAX_NODE_VALUE 5.0 //MAXIMUM INTEGER VAL
#define MIN_NODE_VALUE 0.0 //MINIMUM INTEGER VAL
#define MAX_REWARD_FACTOR 1.15 //highest value a weight can be modified by
#define MIN_REWARD_FACTOR 1.15 //delete?
#define MAX_PUNISHMENT_FACTOR 0.97 //highest value a weight can be modified by
#define MIN_PUNISHMENT_FACTOR 0.10 //lowest value a weight can be modified by
#define BIAS 0.01 //Bias applied to weighted sum during pass forward
typedef struct node {
float node_val;
std::vector<double> weights;
}node;
class NeuralNet {
private:
int num_inputs, num_hidden, num_outputs;
std::vector<node> inputvals, hiddenvals, outputvals;
void setInputsFromSTFData(std::vector<std::string> data);
public:
NeuralNet(int in, int hid, int out);
int numInputs(){ return num_inputs; }
int numHiddens(){ return num_hidden; }
int numOutputs(){ return num_outputs; }
void setInputs(std::vector<std::string> data, char method); //this need not be implemented now
void printNodes();
void printNodesOCRformat();
void printWeights();
void printDoubleVector(std::vector<double> vect);
std::vector<double> getCorrectValueOffsets(char solution);
double getMaxOutputValue();
bool evaluate(char solution);
void forwardpropagate();
void backpropagate(std::vector<double> outputWills);
double sigmoid(double x);
std::vector<double> getOutputWills(char answer);
void makeGuessFromInput(); //TODO, should produce multiple guesses with probability guesses
void reseed_network_check();
void reset_network();
void begin_log();
FILE* begin_entries();
void entry(int numcorrect, FILE* log, int log_width);
void entry_percent_confidence(double acc_ratio, int log_width);
void print_ho_weights_to_file(FILE* log, double iter);
void finish_entries(FILE* closer);
void finish_log();
void debugTest(std::vector<std::vector<std::string>> data);
};
typedef struct testResult{
int testsAttempted;
int testsPassed;
int testsFailed;
double percentPassingRate;
std::string visualPassingRate; //a progress bar style depiction of correctness, '[' 78x['*'|'_'] ']'
}testResult;
class Tester {
public:
testResult singleHoldoutTesting(NeuralNet nnet, std::vector<std::vector<std::string>> data, char inputMethod);
};
|
22c655c99760af157a5287998b9b46de5d193e8f | 6d731b65d683efee80f7f6258394ccce03114ad4 | /kernel/devices/terminals/serial_terminal.h | b8eb163de3bc3c43d7e3500595fd9f28514ada09 | [
"MIT"
] | permissive | martin-hughes/project_azalea | ea42bfab9476a8a1468258a2c9b3556f424bf54d | 28aa0183cde350073cf0167df3f51435ea409c8b | refs/heads/master | 2021-01-12T13:52:43.348262 | 2020-05-16T09:56:37 | 2020-05-16T09:56:37 | 68,834,754 | 13 | 6 | null | 2016-10-08T09:41:03 | 2016-09-21T16:09:36 | C++ | UTF-8 | C++ | false | false | 840 | h | serial_terminal.h | /// @file
/// @brief Declare a VGA text-mode terminal.
#include "devices/generic/gen_terminal.h"
namespace terms
{
/// @brief A terminal using a serial port for I/O.
///
class serial : public generic
{
public:
serial(std::shared_ptr<IWritable> keyboard_pipe,
std::shared_ptr<IWritable> output_port_s,
std::shared_ptr<IReadable> input_port_s);
virtual ~serial() { };
// Overrides from terms::generic
virtual void handle_private_msg(std::unique_ptr<msg::root_msg> &message) override;
virtual void write_raw_string(const char *out_string, uint16_t num_chars) override;
protected:
std::shared_ptr<IWritable> output_port; ///< Where to write data to send it towards the terminal.
std::shared_ptr<IReadable> input_port; ///< Where to read data from when it is sent by the terminal.
};
}; // namespace terms.
|
cda1d92a01bf99129f00cc27027f0e02e4640463 | d8afde65219ff3b137846568bbcd88ee1332c111 | /worksheet_A/TerminalHacking.cpp | fc297a5be409a15981f33b801114234e59abfb53 | [] | no_license | jack-maber/comp130-worksheets | a0583e8fe85c2445f181a3b36dfe2ae77741e8aa | 288f8b66829d0ba596b5ef493c53e53524193d13 | refs/heads/master | 2021-01-11T18:32:55.652400 | 2017-03-24T15:17:09 | 2017-03-24T15:17:09 | 79,566,019 | 0 | 0 | null | 2017-01-20T14:31:49 | 2017-01-20T14:31:49 | null | UTF-8 | C++ | false | false | 2,537 | cpp | TerminalHacking.cpp | // PartA_TerminalHacking.cpp : Defines the entry point for the console application.
//
#include "stdafx.h"
#include "WordList.h"
// Compares the guessed word to the secret word, then returns the likeness
int getlikeness(std::string guessedWord, std::string secretWord)
{
int i;
int result = 0;
for (i = 0; i < secretWord.length(); i++)
{
if (secretWord.at(i) == guessedWord.at(i))
result++;
}
return result;
}
int main()
{
const int wordlength = 5;
const int numberOfWords = 15;
int lives = 4;
bool correctguess;
int LikenessScore = 0;
std::string input;
// Seed the random number generator with the current time,
// to ensure different results each time the program is run
srand(static_cast<unsigned int>(time(nullptr)));
// Initialise word list
WordList words(wordlength);
// Choose secret word
std::string secret = words.getRandomWord();
// Create a set to hold the list of options
std::set<std::string> options;
// Put the secret word in the set
options.insert(secret);
// Fill the set with more words
// Using a set for options guarantees that the elements are all different
while (options.size() < numberOfWords)
{
std::string word = words.getRandomWord();
options.insert(word);
}
// Display all words
for each (std::string word in options)
{
std::cout << word << std::endl;
}
//Only runs loop while the player has lives left
while (lives > 0)
{
correctguess = false;
while (correctguess == false)
{
// Allows the player to enter an anwser
std::cout << "Please Enter Your Guess in CAPS\n";
std::cin >> input;
// Checks all of the words in the list against the player's guess
for each (std::string word in options)
{ // Checks that the player's word is actually in the list
if (input == word)
{
correctguess = true;
}
}
}
// Gets the likeness of value of the player's guess against the secret word, by calling the created function
LikenessScore = getlikeness(input, secret);
std::cout << "Likeness score was = " << LikenessScore << "/" << wordlength << std::endl;
// Checks if the inputted guess was correct
if (LikenessScore == wordlength)
{
std::cout << "You Win!\n";
return 0;
}
else
{
// Removes a life if the correct anwser is not given by the player
lives--;
std::cout << "Incorrect Guesses left = " << lives << "/4\n";
}
}
// When the player hits 0 lives, the game ends and the program is closed
std::cout << "You lose!\n";
return 0;
}
|
6f302cf3281bee2221b36423443daaace038511d | df6a7072020c0cce62a2362761f01c08f1375be7 | /doc/tutorial/oglplus/001_glut_glew.cpp | 84469f6947f20677aff99effc94bbbf3e4201aee | [
"BSL-1.0"
] | permissive | matus-chochlik/oglplus | aa03676bfd74c9877d16256dc2dcabcc034bffb0 | 76dd964e590967ff13ddff8945e9dcf355e0c952 | refs/heads/develop | 2023-03-07T07:08:31.615190 | 2021-10-26T06:11:43 | 2021-10-26T06:11:43 | 8,885,160 | 368 | 58 | BSL-1.0 | 2018-09-21T16:57:52 | 2013-03-19T17:52:30 | C++ | UTF-8 | C++ | false | false | 15,571 | cpp | 001_glut_glew.cpp | /*
* .file doc/tutorial/oglplus/001_glut_glew.cpp
*
* .author Matus Chochlik
*
* Copyright 2010-2019 Matus Chochlik. Distributed under 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)
*/
#if OGLPLUS_DOCUMENTATION_ONLY
/** @page oglplus_tut_001_glut_glew Basic usage with GLUT and GLEW
*
* This tutorial shows a simple @OGLplus application that is using the GLUT
* (GL Utility Toolkit) library to initialize OpenGL, create a window,
* the default rendering context and the default framebuffer and the GLEW
* (GL Extension Wrangler) library which allows to use
* functions from the OpenGL 3 (or higher) API and the OpenGL extensions.
* The application creates a single window and renders into it a red triangle
* on a black background. It involves only the very basic things necessary
* to draw something.
* For a full working code see the
* @oglplus_example{standalone,001_triangle_glut_glew} file in the example
* directory.
*
* @dontinclude standalone/001_triangle_glut_glew.cpp
*
* First we include two headers from the C++ standard library; we are going
* to use C assertions and C++ input/output streams.
* @until #include <iostream>
*
* Include the main header of the GLEW library, which declares the
* OpenGL 3 function prototypes, type aliases, enumerations, etc.
* @until #include <GL/glew.h>
*
* Include the main header of the GLUT library. GLUT defines functions
* for GL initialization, window creation, user input and event handling, etc.
* @until #include <GL/glut.h>
*
* Include the @OGLplus's main header file. Before this
* file is included the OpenGL 3 function prototypes and other symbols must
* already be declared. As said above, we use the GLEW library to achieve
* it in this tutorial, there are however also other ways of doing it.
* @until #include <oglplus/all.hpp>
*
* The @OGLplus -related code that does the actual rendering is encapsulated
* in the @c Example class. It contains objects that store the shading
* program and its individual shaders, objects storing and managing the
* vertex data and a wrapper around the current OpenGL context.
* @until {
*
* First let's have a look at the data members of the @c Example class:
* @until private:
*
* The @c Context class encapsulates the current context functionality.
* It mainly wraps functions that are not related to other OpenGL objects
* like shaders, programs, buffers, textures, queries and so on.
* @until oglplus::Context gl;
*
* There is a vertex shader object that usually handles vertex
* attribute transformations and may pass or emit other per-vertex data
* to the following stages of the OpenGL's pipeline.
* The shader will be invoked once per every vertex in the rendered primitives.
* @until oglplus::VertexShader vs;
*
* Since this is a very simple example that does not involve hardware
* tesselation nor any on-the-fly geometry modification or construction the next
* stage in the shading program is the fragment shader. In a simplistic view
* (which is sufficient for the purposes of this tutorial) a fragment shader is
* responsible for determining the color of a single pixel on
* the currently rendered polygon, line or point.
* A fragment shader is basically invoked once per every pixel on the rendered
* primitive.
* @until oglplus::FragmentShader fs;
*
* The vertex and fragment shader are combined into a shading program. Such
* program is executed by the GPU and its individual @em stages handle the
* whole rendering process from the point where vertex attributes are consumed,
* transformed, possibly tessellated, assembled into the final primitives
* clipped, etc. until the point where they are drawn into a framebuffer.
* Many of these tasks are driven by the program's shaders.
* @until oglplus::Program prog;
*
* Declare a vertex array object (VAO) for the triangle that
* will be rendered. A VAO encapsulates the state related to the definition
* of data that will be used by the vertex processor to draw a sequence of
* primitives that usually form a more complex geometric shape.
* @until oglplus::VertexArray triangle;
*
* The actual vertex data is stored in (vertex) buffer objects (VBOs).
* This example uses only the positions of the vertices, thus there
* is only a single buffer. In cases where a single vertex has multiple
* attributes (position, colors, texture coordinates, normal, tangential,
* and binormal vectors, etc.) there would be multiple buffers and these
* buffers would be collected in a VAO. The buffer objects represent data
* stored in the server's memory.
* @until oglplus::Buffer verts;
*
* The public interface of the @c Example consists of a constructor and
* one member function.
* @until public:
*
* The constructor does not take any arguments and it is responsible for
* initializing the private members described above.
* @until {
*
* The constructor uses several functions and types from the @c oglplus
* namespace. One might do this on the global scope in simple applications
* but in complex ones it is usually a better idea to do this only in
* limited scopes or use fully qualified names to limit the possibility
* of name clashes with symbols from other libraries.
* @until using namespace oglplus;
*
* Set the source code for out vertex shader.
* @skipline vs.Source("
*
* Specify which version of the OpenGL Shading language (GLSL)
* we are using;
* @until #version
*
* Specify the @c Position input variable of the vertex shader.
* Since the vertex shader is the first stage of the rendering pipeline,
* the values of the input variables of vertex shaders are consumed from the
* vertex attribute values which can be stored in vertex buffer objects (VBOs).
* @until in vec3 Position;
*
* The @c main function of the vertex shader has the following signature:
* @until {
*
* This example does not do any explicit transformations of the rendered
* primitives and thus the vertex shader only passes the value of the input
* variable @c Position to the pre-defined output variable @c gl_Position,
* @until gl_Position
*
* and this concludes the vertex shader source. Of course the source text
* does not have to be specified inline in the C++ source code, it can be
* for example loaded from a separate file.
* @until ");
*
* The next step is to compile the shader. If something goes wrong the
* @c Compile() member function throws an exception with full diagnostic
* output from the shader compiler.
* @skipline vs.Compile();
*
* Now we set the fragment shader source,
* @skipline fs.Source(" \
*
* where we specify the version of GLSL that we wish to use,
* @until #version
*
* and we define an output variable of type vec4 named @c fragColor:
* @until out vec4
* Since we didn't specify anything else, GL will take the value
* of this variable written by every invocation of the shader
* and use it as the color of the individual fragments for which
* the shader was invoked.
*
* The @c main function has again the same signature,
* @until {
* and again, since this is a simple example the only thing that this
* shader does is, that is "paints" every fragment red. We do not do any
* lighting, texturing, etc. here.
* @until fragColor =
*
* This concludes the shader source,
* @until ");
*
* and we can compile it too, just like the vertex shader above:
* @skipline fs.Compile();
*
* If the functions above did not throw any exceptions, we can now attach
* the compiled shaders to the shading program:
* @skipline prog.AttachShader(vs);
* @until prog.AttachShader(fs);
*
* Try to link and use the program. If the linking process fails
* it throws an exception with output from the shading program linker
* with information about the cause of the error.
* @skipline prog.Link();
* @until prog.Use();
*
* Input the vertex data for the rendered triangle. We start by
* @em binding the VAO. This will cause that the following operations
* related to vertex data specification will affect the @c triangle object.
* @skipline triangle.Bind();
*
* Define an array of float values for vertex positions.
* There are 3 values per each vertex (the x, y and z coodrinate) and since
* we are rendering a triangle there are three vertices, lying on the z-plane
* with the following x and y coordinates [0, 0], [1, 0] and [0, 1]:
* @until };
*
* @em Bind the VBO that will hold the vertex data in server memory
* to the @c ARRAY_BUFFER @em target (or binding point). Since we've currently
* bound the @c triangle VAO, this will attach the @c verts buffer object
* to the @c triangle vertex array object.
* @skipline verts.Bind(Buffer::Target::Array);
*
* The data from the @c triangle_verts array in client memory can be uploaded
* to the server memory managed by the @c verts VBO by calling the static
* function Buffer::Data on the same binding point that the @c verts buffer
* is currently bound to.
* @skipline Buffer::Data
* @until );
*
* To tell OpenGL that the value of the @c Position input variable of the
* vertex shader should be taken from the @c verts VBO and to supply it
* with some additional information about the organization of the data
* in the VBO we use a temporary @c VertexAttribArray object. Such objects
* reference input variables of shading programs, thus during construction
* of @c vert_attr we say that we want to reference a variable named
* @c Position in the shading program @c prog. Since @c verts is the currently
* bound VBO to the @c ARRAY_BUFFER target, the operations on the @c vert_attr
* vertex attribute array object will also operate on this buffer.
* @skipline VertexArrayAttrib vert_attr(prog, "Position");
*
* Specify that there are three values per-vertex (3 coordinates)
* and that the data is of @c GLfloat type.
* @until vert_attr.Setup<GLfloat>(3);
*
* Enable this vertex attribute array,
* @until vert_attr.Enable();
* and we are done specifying the vertex data.
*
* The constructor ends with specifying the clear color and the clear depth
* value, i.e. the values that will be written to all pixels in the color
* and depth buffers when preparing them to render a new frame.
* @skipline gl.ClearColor
* @until }
*
* The @c Display member function is called periodically and is responsible
* for redrawing the window contents.
* @skipline void Display()
* @until {
*
* We'll be again using some symbols from the @c oglplus namespace:
* @skipline using namespace oglplus;
*
* Before rendering the triangle we clear the color and depth buffers.
* Note that clearing the depth buffer is technically not necessary for this
* example since we are drawing a single primitive and thus we do not require
* a z-buffer, its here just to bring us up to speed and show how to clear
* multiple buffers at once.
*
* @skipline gl.Clear().ColorBuffer().DepthBuffer();
*
* @note Those who are concerned that the line above translates into
* something (rather inefficient) like,
* @code
* glClear(GL_COLOR_BUFFER_BIT);
* glClear(GL_DEPTH_BUFFER_BIT);
* @endcode
* don't worry. It in fact translates into something like this:
* @code
* GLenum bits = 0;
* bits |= GL_COLOR_BUFFER_BIT;
* bits |= GL_DEPTH_BUFFER_BIT;
* glClear(bits);
* @endcode
* which a good compiler can very easily optimize into:
* @code
* glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
* @endcode
*
* Use the @c DrawArrays command to draw some @c Triangles from the
* vertex data managed by the currently bound VAO (which is still @c triangle
* since we did not bind any other VAO). More precisely we want to draw
* 3 vertices starting at index 0 from the data stored in the buffers attached
* to this VAO.
* @skipline gl.DrawArrays
*
* With this is we finish the @c Display function and the @c Example class.
* @until };
*
* A class that manages a single instance of the @c Example class, defined
* above. It is necessary because the GLUT library is a little weird and
* does not allow to specify contextual data for its individual callbacks
* (functions handling various events like user input, window redraw, etc.)
* directly.
* @skipline class SingleExample
* @until {
*
* The @c SingleInstance function manages and returns a reference to a pointer
* to the @c Example type and when this pointer is initialized it points
* to the single instance of @c Example that does the rendering.
* @until }
*
* Disable the copy-construction for this class, which
* would only mess things up.
* @until SingleExample
*
* Define a constructor that instantiates a single @c Example and
* stores the address of the new instace in the pointer managed by
* @c SingleInstance. Note that only one instance of @c SingleExample
* can exist at a time.
* @skipline SingleExample
* @until }
*
* The destructor deallocates the single instance of @c Example and resets
* the static pointer, when @c SingleExample is destroyed.
* @skipline ~SingleExample
* @until }
*
* The static @c Display function is used as a callback for GLUT; it
* requires that the single instance is initialized and it call its
* Display member function and then tells GLUT to swap the front and back
* buffers once the rendering is finished.
* @skipline static void Display
* @until }
*
* This finishes the declaration of the @c SingleExample helper class
* @until };
*
* The main function of this example application starts by initializing the
* GLUT library:
* @skipline int main
* @until glutInit
*
* Let it initialize the default framebuffer. We want double buffering,
* RGBA color buffer and a depth buffer.
* @skipline glutInitDisplayMode
*
* Set the dimensions and the position and we let GLUT create the main
* window for this application.
* @until glutCreateWindow
*
* Try to initialize the GLEW library. Note that a real-life application
* using GLEW needs to check if the desired functions are available. Otherwise
* it may crash with a segmentation fault or result in undefined behavior. Here
* the checks are omitted for the sake of simplicity.
* @skipline glewInit
* @until {
*
* We use @c SingleExample to instantiate the single instance of the
* @c Example class (this will cause the @c Example 's constructor to be
* called, initializing the shaders, program, VAO and VBO, etc. as described
* above).
* @skipline SingleExample example
*
* Tell GLUT to use @c SingleExample 's @c Display function as the
* display callback function and we start the main loop, which will start
* event processing and redrawing of the window, which in turn will result
* in calling of the @c Example 's @c Display function.
* If everything goes OK we exit the program with code 0.
* @until return 0;
*
* If an exception was thrown
* by @c oglplus during the initialization or rendering, it will be caught
* here, some diagnostic info will be printed to error output and the
* application will exit with code 1. We end up here also if the initialization
* of the GLEW library failed for some reason.
* @until return 1;
*
* This concludes the @c main function and our example's souce code.
* @until }
*/
#endif // OGLPLUS_DOCUMENTATION_ONLY
|
2c40ff9946f62e536d7ea00eefd770cde9347d31 | 9617ab6544f8aba7828df1e8b19ea71434510891 | /FARMSIMULATOR/GameState.h | 0a9d992960bb120e2c0153615e0a7fa8632c2030 | [] | no_license | li11315-osu/ENGR1281-SDP | 6d9400c315dbab40aa87370de44fb53e9e7ee1ad | b532e26d5928c147987efec80947d65de0baeba5 | refs/heads/master | 2023-01-22T16:34:01.985809 | 2020-12-07T06:35:13 | 2020-12-07T06:35:13 | 314,304,485 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 5,058 | h | GameState.h | #ifndef GAMESTATE_H
#define GAMESTATE_H
#define NUMBER_OF_PLOTS 12
#include <vector>
#include <cstring>
// Written by Annie and Drew
// Stores the properties of the events that can occur
// These include the name of the event, a brief description of
// the event, whether or not the event has a negative effect
// on the user, the change in user's money caused by the event,
// and a list of which plots, if any, should be wiped out as a
// result of the event.
struct event_raw {
char name[32];
char desc[256];
bool isPenalty;
int moneyAmount;
std::vector<int> wipeout_list;
} typedef event;
// Written by Annie and Drew
// Stores the properties of the crops that can be planted
// These include the name of the crop, the amount of days
// the crop takes to grow, the crop ID we defined for each
// crop, the sale price of the crop, and the price of the
// seed of the crop.
struct crop_type_raw {
char name[32];
int grow_time;
int crop_id;
int sale_price;
int seed_price;
} typedef crop_type;
// Written by Annie and Drew
// Stores the properties of the plots that will make up the farm
// These include the type of crop on the plot, whether or not
// the plot is active, and how many days the plot has been active.
struct plot_raw {
crop_type type;
bool active;
int days_active;
} typedef plot;
//Written by Annie
// Stores the up to date stats of the game as it is running
// These include the maximum number of days survived by the
// user, the total amount of money the user has earned, the
// total amount of money the user has lost, and the number
// of carrots planted by the user.
struct running_game_stats {
//Game stats
int max_days_survived;
int total_money_earned;
int total_money_lost;
int carrots_planted;
} typedef stats;
// Crops by Annie and Drew
// Different crop types, including a "null" crop
const crop_type empty = crop_type{"empty", 0, 0, 0, 0}; //Crop ID = 0
const crop_type carrot = crop_type{"Carrot", 2, 1, 100, 20}; //Crop ID = 1
const crop_type tomato = crop_type{"Tomato", 4, 2, 250, 40}; //Crop ID = 2
const crop_type corn = crop_type{"Corn", 3, 3, 170, 30}; //Crop ID = 3
const crop_type lettuce = crop_type{"Lettuce", 5, 4, 300, 60}; //Crop ID = 4
// Events by Annie and Drew
// Different random events, one occurs each day
const event flood = event{"Flood", "A destructive flash flood!", true, 10, std::vector<int>{0, 1, 2, 3}};
const event tornado = event{"Tornado", "TORNADO! All of your crops are gone", true, 50, std::vector<int>{0,1,2,3,4,5,6,7,8,9,10,11}};
const event fire = event{"Fire", "A part of the field caught fire!", true, 20, std::vector<int>{8,9,10,11}};
const event sunny_day = event{"Sunny day :)", "Blue skies and sunshine!", false, 40, std::vector<int>{}};
const event thief = event{"Thief!", "Someone broke in! What'd they take?", true, 100, std::vector<int>{4, 5, 6, 7}};
const event rain = event{"Rain :)", "The crops are loving the water!", false, 50, std::vector<int>{}};
const event bug = event{"Monster bug!", "A giant bug has stomped around!", true, 70, std::vector<int>{6, 7, 8, 9, 10, 11}};
const event fertilizer = event{"Free fertilizer!", "Gift from the neighbors!", false, 50, std::vector<int>{}};
const event pandemic = event{"Cornona Virus :O", "A deadly plant virus!!!", true, 60, std::vector<int>{0, 1, 2, 3, 4, 5}};
const event mystery = event{"Where'd they go?", "It's a mystery event!", true, 70, std::vector<int>{3, 4, 5, 6, 7, 8}};
// Written by Drew and Annie
// Represents the current state of the farm.
// This includes the amount of money you have
// and what crops you have planted.
// This also includes the selected difficulty for the game, the possible events
// that can occur in the game, an array of boolean values storing whether or not
// each event occurs each day, the number of the day you are on, the methods all
// defined and described in GameState.cpp, and the running game stats described
// in the stat struct definition.
class GameState {
public:
//Difficulty setting
int difficulty;
// The plots on the screen that can grow crops
plot plots[NUMBER_OF_PLOTS];
// The random events that can occur in between days
event events[10] = {flood, tornado, fire, sunny_day, thief, rain, bug, fertilizer, pandemic, mystery};
bool event_occurred[10];
//Misc. game stats
int coins;
int curr_day;
bool stillAlive;
// Drew
char* test();
//Constructor
// Drew
GameState(int);
// For description of each method see GameState.cpp
// Methods in GameState class
// Annie
void plant(plot*, crop_type*);
// Annie
void new_day();
// Drew
void begin_event();
// Annie
void harvest(plot*);
// Drew
void wipeout(std::vector<int>);
// Annie
stats get_game_stats();
private:
stats total_stats;
};
#endif // GameState_H
|
fcad380bf4f931404bfcc0210adc3421f89dce1e | 390f357fec98ab6c886ee504f27e7127869c419b | /Wolf and Rabbit.cpp | ee0f6d3ca6193da36786589bb37048f3e9df9f4a | [] | no_license | baibaixue/acm | 696f9aa948465166c75fadba28851f7028ab00e1 | 07cac352d8dc23c2e3cf0b84f65fda6afbf3707e | refs/heads/master | 2021-07-04T07:51:37.380678 | 2020-11-06T15:00:14 | 2020-11-06T15:00:14 | 195,429,206 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 303 | cpp | Wolf and Rabbit.cpp | #include<cstdio>
#include<iostream>
#include<algorithm>
#include<string.h>
using namespace std;
int main(){
int p;
scanf("%d",&p);
while(p--){
long long int n,m;
scanf("%lld%lld",&n,&m);
if((m%n==0&&n!=1)||(n%2==0&&m%2==0)){
printf("YES\n");
}else{
printf("NO\n");
}
}
return 0;
}
|
3ec2ebc38f25dcb78bad7a4c93a8ffbc8b96ee8c | ad77154f4f9e7214c10cb1cd040efad9eb1c5160 | /arrays/Rotation/Search_in_rotated_arr.cpp | efbbb261a853db6bcbe65eba0484a2ac5971857d | [] | no_license | Phoenix-RK/GeeksForGeeks | 17e745ad81ed1dda8df1a1021f32a13b0ad6c9ec | fd0b3323f836ba9abc148fb585953d16a399c0dd | refs/heads/master | 2021-05-16T20:53:51.253913 | 2021-02-04T16:44:24 | 2021-02-04T16:44:24 | 250,465,074 | 2 | 1 | null | 2021-01-20T12:36:10 | 2020-03-27T07:09:33 | C++ | UTF-8 | C++ | false | false | 1,455 | cpp | Search_in_rotated_arr.cpp | //Phoenix_RK
/*
Given a sorted and rotated array A of N distinct elements which is rotated at some point, and given an element K. The task is to find the index of the given element K in the array A.
Example:
Input:
3
9
5 6 7 8 9 10 1 2 3
10
3
3 1 2
1
4
3 5 1 2
6
Output:
5
1
-1
*/
#include<bits/stdc++.h>
using namespace std;
int bs(int *a,int low,int high,int key)
{
if(high<low)
return -1;
int mid=(high+low)/2;
if(a[mid]==key)
return mid;
else if(a[mid]<key)
return bs(a,mid+1,high,key);
else
return bs(a,low,mid-1,key);
}
int find_pivot(int *a,int low,int high)
{
if(high<low)
return -1;
if(low==high)
return low;
int mid=(high+low)/2;
if(mid<high && a[mid+1]<a[mid])
return mid;
else if(mid>low && a[mid]<a[mid-1])
return mid-1;
if(a[low]>=a[mid])
return find_pivot(a,low,mid-1);
return find_pivot(a,mid+1,high);
}
int search(int *a,int n,int key)
{
int pivot=find_pivot(a,0,n-1);
if(pivot==-1)
return bs(a,0,n-1,key);
if(a[pivot]==key)
return pivot;
if(a[0]<=key)
return bs(a,0,pivot-1,key);
return bs(a,pivot+1,n-1,key);
}
int main()
{
//code
int t,n;
cin>>t;
while(t--)
{
cin>>n;
int a[n],key;
for(int i=0;i<n;i++)
cin>>a[i];
cin>>key;
int ind=search(a,n,key);
cout<<ind<<endl;
}
return 0;
}
|
bb83c5b6ad61f2a8c26464ce4a40e473ef8cb154 | b84ceb240844d18e14fdb0f2d123d584a42993c5 | /txtRpg-907/textRPG-906/Enemy.cpp | e594ea8eb9172f25c7576ad25bf89fc07c6193ce | [] | no_license | shiftay/WorldofDevarion | 89aaf99c0d206d672afaacbd4022a4c5805097dd | 94931ffc80f70a9d94db31395d537a86d6957620 | refs/heads/master | 2021-01-02T23:03:10.525859 | 2017-08-05T23:39:59 | 2017-08-05T23:39:59 | 99,453,614 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,354 | cpp | Enemy.cpp | #include "Enemy.h"
#include "Console.h"
#include "stringUtil.h"
Enemy::Enemy()
{
armor = 15;
}
Enemy::Enemy(string type, int playersLevel)
{
this->type = type;
xpGiven = 200 * playersLevel;
baseDamage = 7 * playersLevel;
armor = 5 * playersLevel;
current_health = 100 * playersLevel;
max_health = current_health;
// randomly set job.
// need to set spells if it rolls mage.
job = fightStyle[rand() % 3];
if (job == "Mage")
{
spells.push_back(nmeSpells[rand() % 4]);
}
else if (job == "Warrior")
{
armor += 5;
}
else if (job == "Archer")
{
baseDamage += 5;
}
isBoss = false;
}
bool Enemy::isDead()
{
if (CurrentHealth() <= 0)
return true;
else
return false;
}
void Enemy::Attack(vector<Player>& targets)
{
int randomNum = rand() % targets.size();
int damage = baseDamage * targets[0].Level();
if (!isDead())
{
if (isBoss && job == "Mage")
{
targets[randomNum].isDamaged((damage * 2 * (1 - targets[randomNum].Armor() + targets[randomNum].inventory.armorBonus() / 100)));
MSConsole::Output(Name() + " attacks, doing " + StringUtil::ToString_i(damage) + " damage to " + targets[randomNum].Name() + "\n");
}
else if (isBoss)
{
targets[randomNum].isDamaged(damage * (1 - targets[randomNum].Armor() / 100));
MSConsole::Output(Name() + " attacks, doing " + StringUtil::ToString_i(damage) + " damage to " + targets[randomNum].Name() + "\n");
}
else if (job == "Mage")
{
targets[randomNum].isDamaged((damage * 2 *(1 - targets[randomNum].Armor() + targets[randomNum].inventory.armorBonus() / 100)));
MSConsole::Output(type + " " + job + " casts " + spells[0] + " doing " + StringUtil::ToString_i(damage * 2) + " damage to " + targets[randomNum].Name()+ "\n");
}
else
{
targets[randomNum].isDamaged(damage * (1 - targets[randomNum].Armor() / 100));
MSConsole::Output(type + " " + job + " attacks, doing " + StringUtil::ToString_i(damage) + " damage to " + targets[randomNum].Name()+ "\n");
}
}
else
return;
}
void Enemy::displayStats()
{
// need to display health.
if (!isBoss)
MSConsole::Output(type + " " + job + "\t" + StringUtil::ToString_i(CurrentHealth()) + " / " + StringUtil::ToString_i(MaxHealth()) + "HP\n");
else
MSConsole::Output(name + "\t" + StringUtil::ToString_i(CurrentHealth()) + " / " + StringUtil::ToString_i(MaxHealth()) + "HP\n");
} |
2e0acaa3a782539358a1da236af142e5a14d0916 | 0ed2dba4a9b8a3c39c0f94620052ba4ebd82ffa5 | /DSA Essentials Solutions/Hashing/ArrayIntersection.cpp | 97d602c02cb7b2b27fcb6b61b6faf5d3a26ae418 | [] | no_license | nihalbaig0/dsa-essentials-solutions-cpp | 95cbc4a831429ab6794a0be2bfd2c8a3f3af812c | f9397333d52d416743b2d7101b97ec86569bb0db | refs/heads/master | 2023-08-11T16:55:20.973254 | 2021-09-15T06:53:47 | 2021-09-15T06:53:47 | 406,646,130 | 0 | 0 | null | 2021-09-15T06:52:47 | 2021-09-15T06:52:47 | null | UTF-8 | C++ | false | false | 573 | cpp | ArrayIntersection.cpp | #include<bits/stdc++.h>
using namespace std;
vector<int> intersection(vector<int>& nums1, vector<int>& nums2) {
unordered_map<int,int> map;
vector<int> result;
for(int i=0;i<nums1.size();i++)
{
map[nums1[i]]++;
}
for(int i=0;i<nums2.size();i++)
{
if(map[nums2[i]] > 0)
{
result.push_back(nums2[i]);
map[nums2[i]] = 0;
}
}
sort(result.begin(), result.end());
return result;
}
|
f8406fc319acd5f533f2a0edc5ba4d7cbaac6113 | 0aec9765680ae7576e3523e455a296e26c1fae17 | /ServerCore/configSetup.cpp | 77ea8ea2a1c4739216c6b726a812fdaab33bab63 | [] | no_license | ewan15/Home | 35abe54b08d602287a24a0661a38f4ede2f5f079 | bcc380e7afd65138915340c126ba375b21d859a1 | refs/heads/master | 2021-01-15T08:27:14.783251 | 2016-06-28T16:01:40 | 2016-06-28T16:01:40 | 53,887,099 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 201 | cpp | configSetup.cpp | #include "configSetup.h"
void configSetup(){
IP_File_Format();
}
void IP_File_Format(){
std::ofstream ofs;
ofs.open("Config/IP.txt", std::ofstream::out | std::ofstream::trunc);
ofs.close();
}
|
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.