CAD图纸打印自动排版的方法-室内设计-拓者设计吧

马上注册，结交更多好友，享用更多功能，让你轻松玩转社区。

您需要登录才可以下载或查看，没有帐号？注册

x

// TypeSet.cpp: implementation of the CTypeset class.
//
//////////////////////////////////////////////////////////////////////
#include "stdafx.h"
#include "..\INC\TypeSet.h"
//用法示例
void TestTypeset(HDC dc)
{
//声明一个板材对象
CTypeset typeset;
//设置板材对象大小
typeset.m_Desktop.m_dHeight=9999;
typeset.m_Desktop.m_dWidth=100;
//声明一个排样元素对象
CMaterial material;
//设置排样元素对象大小
material.SetSize(20,99);
//添加进入板材对象
typeset.Add(&material);
//继续添加
material.SetSize(99,80);
typeset.Add(&material);
material.SetSize(10,60);
typeset.Add(&material);
material.SetSize(50,20);
typeset.Add(&material);
//添加完毕，进行排样
typeset.Go();
//排样完毕，输出
list<CMaterial*>::iterator iter;
//画板材对象
::Rectangle(dc,typeset.m_Desktop.m_dX,typeset.m_Desktop.m_dY,
  typeset.m_Desktop.m_dX+typeset.m_Desktop.m_dWidth,
  typeset.m_Desktop.m_dY+typeset.m_Desktop.m_dHeight);
//画排样元素对象
for(iter=typeset.m_MaterialList.begin();iter!=typeset.m_MaterialList.end();iter++)
{
  ::Rectangle(dc,(*iter)->m_dX,(*iter)->m_dY,
(*iter)->m_dX+(*iter)->m_dWidth,
(*iter)->m_dY+(*iter)->m_dHeight);
}

}
//////////////////////////////////////////////////////////////////////
// CMaterial Class
//////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////
// Construction/Destruction
//////////////////////////////////////////////////////////////////////
#define ZERO 0.00001
CMaterial::CMaterial()
{
m_dHeight=100;
m_dWidth=100;
m_dX=0;
m_dY=0;
m_bUsed=FALSE;
m_bSeletcted=FALSE;
m_bRotated=FALSE;
m_iIndex=0;
}
CMaterial::CMaterial(double dWidth,double dHeight)
{
SetSize(dWidth,dHeight);
m_dX=0;
m_dY=0;
m_bUsed=FALSE;
m_bSeletcted=FALSE;
m_bRotated=FALSE;
m_iIndex=0;
}
CMaterial::CMaterial(CMaterial *pMaterial)
{
m_dX=pMaterial->m_dX;
m_dY=pMaterial->m_dY;
m_dHeight=pMaterial->m_dHeight;
m_dWidth=pMaterial->m_dWidth;
m_bUsed=pMaterial->m_bUsed;
m_bSeletcted=pMaterial->m_bSeletcted;
m_bRotated=pMaterial->m_bRotated;
m_iIndex=pMaterial->m_iIndex;
}
void CMaterial::SetSize(double dWidth, double dHeight)
{
m_dHeight=dHeight;
m_dWidth=dWidth;

}
void CMaterial::Rotated()
{
m_bRotated=!m_bRotated;
double dA=m_dHeight;
m_dHeight=m_dWidth;
m_dWidth=dA;
}
CMaterial::~CMaterial()
{
}
//////////////////////////////////////////////////////////////////////
// Construction/Destruction
//////////////////////////////////////////////////////////////////////
CTypeset::CTypeset()
{
Clear();
}
CTypeset::~CTypeset()
{
Clear();
}

void CTypeset::Clear()
{
list<CMaterial*>::iterator iter;
for(iter=m_MaterialList.begin();iter!=m_MaterialList.end();iter++)
{
  delete (*iter);
}
m_MaterialList.clear();
m_iCurIndex=0;
}
void CTypeset::Add(CMaterial *pMaterial)
{
CMaterial *p=new CMaterial(pMaterial);

精华推荐

换一换

发表评论18

thinki 2010-6-17 22:48:32

p->m_iIndex=m_iCurIndex;
5 l9 r0 `$ c) [" {$ V5 }  J m_MaterialList.insert(m_MaterialList.end(),p);
7 O0 ^- _# G/ k7 Z5 O m_iCurIndex++;7 x0 C: E( v" e% R) s
}) k8 s8 u. y2 S/ A0 d7 X! c" R0 D
" E9 Q4 A( F5 W: [5 g

- j8 Z% f6 z: Nvoid CTypeset::Sort()
. ^0 X. l8 t% S{. N3 I' `  ~0 B+ h5 X: W
list<CMaterial*> MaterialList;* s' n! n* P0 j8 M6 E
list<CMaterial*>::iterator iter1,iter2,iter3;& x; B. ]. F, ~1 Q9 k. \- E! ~
bool bSourceInvert=false;
4 ^3 M* G: Q$ \' e' w while (!m_MaterialList.empty())9 v# ]7 k  R5 b) v2 h6 k
{
" g) w  \  w9 L7 Z4 @" }  double dMaxLen=0;
" n, I" z) O8 {8 v; Z  iter2=m_MaterialList.begin();/ s8 [! C& E$ Q6 E  y
  CMaterial *p=NULL;7 X" N* C, P" x/ w1 }
  iter1=m_MaterialList.end()--;: c8 V3 \# H3 Y; P: H& ^# ^
  iter3=iter2;
* h4 o  x( S( ?# l! q: ~0 x9 F, |  while(iter2!=iter1)/ W2 e/ n3 X& U9 K# n6 Y
  {! x6 g" ~5 W9 `4 ^# d; \
if((*iter2)->m_dWidth>dMaxLen)9 T( Y, `6 _) q6 d+ `6 A
{3 m1 N! _" A  w4 K
p=*iter2;
* y6 e& C& ~) U; T iter3=iter2;
" N" y& U" ]1 G! T: w dMaxLen=(*iter2)->m_dWidth;, S1 \3 N3 c: P/ x+ c
bSourceInvert=false;  f+ t0 }/ X) }3 w5 j
}8 X5 v5 @) z; x" a
if((*iter2)->m_dHeight>dMaxLen)
6 h1 r0 i  T: J* c8 i {9 }& z) M1 _& |+ Q1 w' @( Y* C. C8 I
p=*iter2;
5 a/ M6 R+ b& P' M( \ iter3=iter2;4 N: q( G: }& C% z* ?& u
dMaxLen=(*iter2)->m_dHeight;
% z; m9 Z2 P# F" J bSourceInvert=true;% R7 t# V+ |) d' _% e
}: q1 w3 A% P2 n; O* B$ i( e  f
iter2++;, [5 J4 T" `6 ?# P1 x% H% K3 C5 @6 w6 F
  }2 s2 z$ A1 z( J3 @) F4 t- \( E
  if(p!=NULL)
5 Q8 L0 p6 r: p  {  N) c( b# ~7 w8 P) k  [, L
if(bSourceInvert)$ O7 X: Z  T/ a/ S' ~! b
p->Rotated();  # M: @  R1 {+ F: n1 s
MaterialList.insert(MaterialList.end(),p);; G; U8 p& M7 \, |; x
m_MaterialList.erase(iter3);
9 z$ d& s" f! O3 p; i  }; g( q/ e3 p+ }6 a
}
% D* \& R) V" G! [" Z" h1 q m_MaterialList.clear();
- O$ J: L& \- q) }2 @! g for(iter1=MaterialList.begin();iter1!=MaterialList.end();iter1++)1 C' x. R6 v, P
{. F" c$ S5 ~2 ?, E7 S
  m_MaterialList.insert(m_MaterialList.end(),(*iter1));8 _8 a3 I9 T/ e4 h7 W7 X9 N
}
0 i3 e# }/ U. i% s MaterialList.clear();
- M; v( y. c! V" v& f1 d' s}
4 `  z( w9 p) t( ^9 {double CTypeset::Go()2 a% d3 e! v% H' j  P0 l
{# ~3 L/ ^( I: s8 f- _  S8 Y7 B
double dRet=0;
  L3 c" ^( F  e0 X5 g list<CMaterial*> List;
' r  v8 P* Z; F; Z list<CMaterial*>::iterator iter;
% l+ g+ Z  b8 j/ y6 d Sort();
  ~' V5 c2 x' I  R Typeset(m_Desktop.m_dX,m_Desktop.m_dY,
# P7 `7 N3 [0 w  h! j- c  m_Desktop.m_dWidth,m_Desktop.m_dHeight,&List);' H; b7 f) j5 K% p/ F
m_MaterialList.clear();
5 t9 U! l9 S2 z, f& ?  P. g4 i for(iter=List.begin();iter!=List.end();iter++)$ X" S: M/ e& l- ]0 \5 c; I8 \
{
1 k! \- i- m' Q  if((*iter)->m_dX<ZERO)
* z& d- K5 O+ Q+ n2 [" a  {- o/ h; d, t2 i( d
dRet+=(*iter)->m_dY;* {* i/ m1 Q& N) N$ @/ n$ M, l
  }8 x: |, A2 Q  i" r% B( C
  (*iter)->m_bUsed=FALSE;$ v& Z) N9 F2 S! F+ I. {
  (*iter)->m_bSeletcted=FALSE;
) n5 X% R6 P" X" Q  o( R  m_MaterialList.insert(m_MaterialList.end(),(*iter));6 G2 w) U0 G& V% V+ C9 ?7 X
}5 g# u1 M' ^! }- ~  X% c
List.clear();& v  H. c6 Y- i
return dRet;
+ K, p. p6 l+ l/ v5 G}8 ]' i/ X  I1 o/ w1 w  B3 J+ _3 M
% v* e) d( f. E0 p; |, C+ s
# W8 B- v& x( g/ G4 {" u% c7 y
double CTypeset::Typeset(double dStartX,double dStartY,double dStartHei,double dStartWid,4 {6 v6 z6 B( [$ i
   list<CMaterial*> *pList)0 d) \/ Z1 C1 H0 X/ |1 F1 z
{
, |9 O1 `3 m0 m CMaterial  *tmpunit=NULL;
6 G! `; E6 }8 I, ?" k list<CMaterial*>::iterator iter,iter1;3 ]- Z% A9 Y% A- M2 K2 c
double  dArea1,dArea2,dArea;//横放和竖放时的排样面积,和最后方案的排样面积* T2 c3 Y/ t+ n9 @
double  dRestArea1,dRestArea2;//横放和竖放时排样后的剩余面积. L* v& e8 E  r* ?3 e. G) q- v. E
list<CMaterial*> List1,List2;////横放和竖放时的最佳排样序列
( g7 x2 G5 f4 n double  dHeight,dWidth;" t3 `8 R  D9 {
1 e% F: z3 q2 D- \
; [, A3 x7 d$ S7 S/ R
dHeight=dStartHei;
# R+ q% `( O; o dWidth=dStartWid;7 a6 U7 R3 P& z& q! S2 k- E
5 r/ |* ~% |; s3 }# o+ g3 t
if(m_MaterialList.empty())
; f" D8 A2 l0 ?" p& y- N  return 0;. K9 H1 H# f- p6 }7 l! o
for(iter=m_MaterialList.begin();iter!=m_MaterialList.end();iter++)* A' C3 f- n7 |+ @  |
{
# O) g7 S" H0 Q1 v" ^% ~1 W( D8 K  if((*iter)->m_bUsed!=FALSE)# V( A+ Q1 X3 v. {1 R* ^
continue;
$ |6 h) x" f2 ~, J0 o  if((*iter)->m_dWidth<(*iter)->m_dHeight)5 Q! ~5 Z4 a* w# x# a8 X
  {
/ V8 e1 |: }* l% s! }9 ? MessageBox(NULL,"错误","ERROR",MB_OK);3 B' C2 R9 `" n& D! a* ?" f
return 0;/ }# x3 v) A- n" i8 v) p- B
  }8 P0 H2 |' ^0 s

$ s1 b- `3 K  `  //找出一张能放入的最大的没有排过的板材" G! u7 q* G! n0 Y: v6 O
  //如果板材横竖都能放入0 @- c& L0 H  q, l" {0 p
  if(((dHeight>(*iter)->m_dWidth-ZERO)&&(dWidth>(*iter)->m_dHeight-ZERO))' ~7 @' V- I; C+ M
&&((dHeight>(*iter)->m_dHeight-ZERO)&&(dWidth>(*iter)->m_dWidth-ZERO)))
2 u, R+ Y' Z7 O5 ]/ S  {
: y$ _# k( a) H$ j: _8 ?# U9 G1 v1 ^ if(dStartX<ZERO)
0 @! [* t6 g- J" I dWidth=(*iter)->m_dHeight;; q+ Q- y" z- p5 i/ W3 H% w
9 ~- j! Z3 ]' B" _; C  S" G
(*iter)->SetUsed(TRUE);//对该图排样
6 h: L# B3 W$ V, B; s* V4 y2 V2 N" J' d" `! ~1 m- `
//先横着放入继续排样，计算剩余面积
0 [  o# s% e1 K! x9 _ dArea1=Typeset(dStartX+(*iter)->m_dWidth,dStartY,, V% N8 b6 C. E4 f
   dHeight-(*iter)->m_dWidth,(*iter)->m_dHeight,&List1);" i! X( L  m9 M2 q1 t# t) l5 }
dRestArea1=dHeight*dWidth-dArea1-(*iter)->GetArea();
+ k  c1 [; I* l4 ^' u0 c dRestArea1=dRestArea1/(dHeight*dWidth);//剩余面积率
7 B* K6 R5 ]* B  U8 B5 S7 b
* X% {' y% M$ V2 r3 G7 s8 ]; Y: L5 D* ~1 A
//将刚才排过的板材状态还原，再竖直放入该图继续排样，计算剩余面积8 m' J* L, }2 h1 y* I+ w
if(dStartX<ZERO)7 g1 m3 g1 H; M# V. v' A
dWidth=(*iter)->m_dWidth;# j0 h" H) m) e5 p9 y8 U
- |/ j7 _- J/ Y: r- C
SetStatus(&List1,FALSE);
+ V- c# v4 N% k5 I7 s( L: K tmpunit=(*iter)->Copy();
! y: Y+ H9 Z3 b4 j- V: H2 S tmpunit->Rotated();$ j8 O; y  n" V% o6 Z( K
dArea2=Typeset(dStartX+tmpunit->m_dWidth,dStartY,
5 j+ k# K0 |8 {8 P    dHeight-tmpunit->m_dWidth,tmpunit->m_dHeight,&List2);' A0 [6 x- E( j- V' E  S
dRestArea2=dHeight*dWidth-dArea2-tmpunit->GetArea();+ F) [; t5 K, v6 l
dRestArea2=dRestArea2/(dHeight*dWidth);//剩余面积率$ ?3 u$ _' W/ u; R$ ^( N
  }
3 M# H) b" ~/ [  N1 _  else if((dHeight>(*iter)->m_dWidth-ZERO)&&(dWidth>(*iter)->m_dHeight-ZERO))//如果板材只能横着放入
0 J* A0 A& S* e0 S5 f5 n0 _* u  {
/ |8 O. K! D4 _$ K if(dStartX<ZERO)9 _( G: Z9 @- d9 p  P& K
dWidth=(*iter)->m_dHeight;
' e/ Q, C' x7 N$ O$ X0 y2 p
0 t; V" O- W9 i% n, f+ R; n/ C7 I (*iter)->SetUsed(TRUE);//对该图排样9 t5 F: n2 y( W( t1 M( `' `
dArea1=Typeset(dStartX+(*iter)->m_dWidth,dStartY,
/ X; V' [( D5 W6 S- \' S    dHeight-(*iter)->m_dWidth,(*iter)->m_dHeight,&List1);
* L9 j' ]; A* }! ^! ]; m, L  @ dRestArea1=dHeight*dWidth-dArea1-(*iter)->GetArea();. {; W7 Z' A: q. C7 x+ Z
dRestArea1=dRestArea1/(dHeight*dWidth);//剩余面积率
  {1 B8 j1 w# P/ M5 N9 S! j1 f- R$ m& R3 X
dRestArea2=dRestArea1+10;//不再尝试竖放，将竖放剩余面积设大# s5 L; [1 l7 I& B4 z" C5 d
  }
4 f4 w" {. ^5 M7 U" V  else if((dHeight>(*iter)->m_dHeight-ZERO)&&(dWidth>(*iter)->m_dWidth-ZERO))//如果板材只能竖着放入
8 |0 i/ s" A9 L2 J  y  _  {
0 k- k% D- y6 e  j! `1 A; |6 \: @ if(dStartX<ZERO)! p. b/ F7 D* d
dWidth=(*iter)->m_dWidth;* Y/ H) H) }# t, h; @% @

! E) {* b' N3 Z) M) d3 x (*iter)->SetUsed(TRUE);//对该图排样
2 P% `% Z3 ~/ T3 g; V tmpunit=(*iter)->Copy();8 r; }  {: V) D6 d& N
tmpunit->Rotated();# w6 }8 ]  C% o4 G
dArea2=Typeset(dStartX+tmpunit->m_dWidth,dStartY,
3 ]8 o# z: @' a  \/ {    dHeight-tmpunit->m_dWidth,tmpunit->m_dHeight,&List2);
3 h2 r# T/ T. R$ p+ X dRestArea2=dHeight*dWidth-dArea2-tmpunit->GetArea();
( f3 A# N( R' [% H dRestArea2=dRestArea2/(dHeight*dWidth);//剩余面积率' J- E; E) l+ O# [- f* P
4 @6 H% D5 B- t/ t# y
dRestArea1=dRestArea2+10;//不再尝试横放，将横放剩余面积设大) L; ?$ I/ l7 c+ u1 T
  }
% b# r- z* a7 |$ n& t3 r6 d  else
4 h2 ]0 ^. b5 L. L" b" B continue;
) A; I, i8 Y, D4 B$ K$ \
8 t# o7 B1 s  ~% A& q4 n: g  //记录优化的排样序列& r0 p2 P1 P& {  ~: ^. g
  CMaterial *tmp=NULL;) k+ y/ s* f% L) J" w- j
  if(dRestArea1<dRestArea2+ZERO)//当前板材横向排结果优化- z( I% Z( ~7 i3 \( R* U
  {1 a8 E+ ]$ V# e0 E' C: W+ @
SetStatus(&List2,FALSE);//将纵向排的排样序列还原状态. k! p4 s8 y4 T  L
SetStatus(&List1,TRUE);//将横向排的排样序列标志为使用7 \3 [0 S& o5 {3 Y
dArea=dArea1+(*iter)->GetArea();;
! x8 B; b( P4 l& d tmp=(*iter)->Copy();
, _" j2 f( s) v5 Y tmp->m_dX=(int)dStartX;/ _6 A. }$ x2 t% h- C+ J0 p
tmp->m_dY=(int)dStartY;$ U+ `7 E, z4 U" y1 `
pList->insert(pList->end(),tmp);) [2 \! V7 f2 u7 U3 F. j& T
while(!List1.empty())  G' ?5 K- a: q( `: R, E
{9 _, u% r5 \7 o! l/ M0 e& s
iter1=List1.begin();+ N7 G+ i9 ]/ J: f0 a6 O
pList->insert(pList->end(),*iter1);
- r( X7 g2 ~+ T/ g List1.erase(iter1);/ u7 ^: M: r& V: @9 F3 L( o. p, y
}
$ \8 X+ |5 n" T7 i4 V' i9 c; ? //释放不好的序列
3 M3 v$ K0 p. h" z" C9 q for(iter1=List2.begin();iter1!=List2.end();iter1++)' d% I! Y) v* D% H& u8 ~
{
5 n- }. F9 f* B/ | delete (*iter1);4 Y% R3 K2 w! S7 f' w' [; S. L9 `
}
List2.clear();
! [4 C& h( c1 k& x, u" c: W+ c delete tmpunit;3 Z; Y# r, u6 A
  }
9 l* M  S* G; i, n& I, r' N5 v: X  else//当前板材纵向排结果优化
4 i/ a: H) C0 f! \! O! }2 k  {
) Y7 J; @' P4 y6 g; q SetStatus(&List1,FALSE);//将横向排的排样序列还原状态
4 h& f# j6 ]: J SetStatus(&List2,TRUE);//将纵向排的排样序列标志为使用; W0 j9 w1 g2 G9 F2 n/ T& H
if(tmpunit==NULL)
  F& K  {% D; r$ t7 L1 Y) Z {
% n3 `$ s, r; Q# z5 M MessageBox(NULL,"错误","ERROR",MB_OK);
3 ]+ W( }  m5 e return 0;# j' a7 [8 Z7 \5 t: L  Y7 @; x' p! D
}
1 B8 F. H* r/ ?* }( m+ T" _ 6 Q2 V8 }5 e7 ^, a7 ?8 [
dArea=dArea2+(*iter)->GetArea();. q- m1 Q8 E3 s) M# p$ d+ e' o; v
tmp=tmpunit->Copy();
7 A3 _6 E5 p  f! C+ x( m6 k tmp->m_dX=(int)dStartX;8 R; P' Z# D, R0 \8 u
tmp->m_dY=(int)dStartY;* P) V8 l! }' v/ [
pList->insert(pList->end(),tmp);
8 C  q  ], g) V: p! J& g* @: z3 x while(!List2.empty())  l9 O, P3 y) |2 B' L
{" x, {5 `. A+ p5 k/ C
iter1=List2.begin();
* n4 K9 ]6 A2 ?6 n& O pList->insert(pList->end(),*iter1);
* \/ e6 r6 P8 T  j% H List2.erase(iter1);# t+ Q7 L- V6 ^# H0 H
}6 x+ J& p: }( h! G' U. x9 p
//释放不好的序列) ]' E8 P4 D8 C) I0 r7 y# a8 B
for(iter1=List1.begin();iter1!=List1.end();iter1++)! B. t  y5 ]( Q1 G
{
6 X1 @& |! v, z3 e# |' s delete (*iter1);
- M1 H+ Z5 Z2 L, _$ i4 x: R }: C2 g# o, S: b! Z  }
List1.clear();2 y# D( P. @. D0 X1 m8 x; E

9 C, B5 ~/ m9 I8 {6 R; u) I  @1 D delete tmpunit;+ o4 W+ J3 k0 h: F4 d7 R
  }! F) g- K! h! J" {9 I, W
  double next_x,next_y,next_len,next_wid;6 Z; g1 S7 P+ B. T% N- }" g+ M" V
  next_x=dStartX;, [, Y5 K# p. R0 G" H. s6 }2 I
  next_y=dStartY+tmp->m_dHeight;6 y. j4 g$ W2 t4 x( F7 q6 K! b
  next_len=dHeight;
* p+ X. k- G: ]* x5 e; U' k& I$ j  next_wid=dStartWid-tmp->m_dHeight;* L) `9 W: D( V1 C
  if(next_wid>ZERO)//板材还有剩余: m7 f6 l' ~5 N  ^: C
  {
+ S2 S6 t/ a8 I //继续排下一行
8 ?, h# o: [6 w* s; ~/ | dArea=dArea+Typeset(next_x,next_y,next_len,next_wid,&List1);
! f9 X- b  S( V //记录排样序列& L. t; L9 K" ?) T5 f
SetStatus(&List1,TRUE);
: X5 V" @0 F$ X+ E; c; I for(iter1=List1.begin();iter1!=List1.end();iter1++)
5 k8 l% I: V3 x {
5 \4 I1 \. Q& O# X0 ?! r pList->insert(pList->end(),(*iter1));3 H3 ?3 X5 Q* B$ r7 K0 }; _/ A
}
0 a. p  M- Q2 [$ \1 W  n8 f, R List1.clear();
6 N+ P* }7 l! y7 b) D7 b+ Q' B0 i, W3 z  }
- W/ P- O7 o. q+ A  return dArea;
6 p1 W, e1 ~# V* \: w }
6 m5 _* V  f% B( n1 {  ~* Z( A return 0;6 h: I2 l5 p( q7 J9 J& Y
}
5 x3 u$ W' x; d* R) |- j! ^0 J/ o+ }7 g

; x" [) n1 o4 x( \( jvoid CMaterial::SetUsed(BOOL bUsed)+ j, W  m, M9 q! i: a, N4 W: L
{
/ [. j3 m, s  j" X3 H* r0 O9 M' d m_bUsed=bUsed;: C" ~& i$ I/ T9 x( s2 _
}
! `/ T6 U$ ~  [) r. A3 X7 t1 C! S/ E
void CTypeset::SetStatus(list<CMaterial*> *pList, BOOL bUsed)8 Q" T* f) y* ]; w2 |
{
1 B! g% l5 l8 e% s9 i- a( J. W list<CMaterial*>::iterator iter1,iter2;* K2 O' L4 q6 J4 ~% i, l5 K
for(iter1=m_MaterialList.begin();iter1!=m_MaterialList.end();iter1++)
& a: T- Q6 `1 | {& `1 F+ i) n. o0 d
  for(iter2=pList->begin();iter2!=pList->end();iter2++)7 O. A0 j8 X. ~( n; @7 C7 A
  {' \$ c1 n5 n0 y9 M9 f8 _
if((*iter1)->m_iIndex==(*iter2)->m_iIndex)
3 H* Z2 Y/ u( F& K! g4 E7 K {+ ~" g1 D; m) Z3 r
(*iter1)->m_bUsed=bUsed;
' v* \5 }& z0 K# ^4 C+ X/ t& V9 { }+ m8 S7 O! Z' w3 p/ s
  }
2 h0 v$ J) i4 a# K* ? }
: {! y9 ?5 x/ Z" Q9 M, l% z}* U5 Q! Y; u$ l! o2 I! i& t) q# u
, N6 I6 {" J9 z6 x9 C1 j& T
CMaterial* CMaterial::Copy()
: p8 @2 n" W7 b$ K4 A8 o{
2 s: ?, ^% ^1 q7 s/ E CMaterial* p=new CMaterial(this);
4 Q0 L$ i. ]; B2 U- G6 y return p;
" W0 s! N2 \% W* w% b, W$ k}
' w1 D- W' {. L6 Q* D6 ^  c1 i" D! }' u- F/ T

& h4 v6 y$ A2 K; [; r- _5 [ ! g" U* [% J' `" w$ z
7 x7 J+ @% @1 f: J2 A! i% q9 `/ Z
// TypeSet.h: interface for the CTypeset class.5 R& Q' y$ }+ u3 D: ?+ }* a$ }
//  [1 P4 ?* E; C) B& R) a# `
//////////////////////////////////////////////////////////////////////
; ?  J5 N. x/ b9 G1 G
8 D5 d/ {3 {7 a8 G0 \  `9 |#if !defined(AFX_TYPESET_H__46213FAE_D2D6_42A6_B801_41D9109CD0FB__INCLUDED_)/ N8 q4 X7 R4 H9 v. J, g6 M! Q' |
#define AFX_TYPESET_H__46213FAE_D2D6_42A6_B801_41D9109CD0FB__INCLUDED_
- ]( W# q* v; X( K
& W$ g/ e* `! s* D#if _MSC_VER > 1000
( j! c- D; G! B1 L#pragma once
) I# K$ ?+ G9 o; ?6 T#endif // _MSC_VER > 1000
, g; ]) p5 G9 P" A, ^; D3 M#pragma warning(disable:4786)
#pragma warning(disable:4251)
7 e' d1 |( i: E" N$ ^) h, P#include <list>
  y1 C9 ?8 l5 J#include <string>
4 L: \7 u0 g- c* b' r' U  husing namespace std;# V0 _; R& R5 Y9 K# L0 D1 p$ [

. _, c/ w$ o+ a! Q#ifdef TYPESETLIB_EXPORTS% [& ]9 Z; T+ {( N, a- [
#define TYPESETLIB_API __declspec(dllexport)" C: E8 F% F2 O, Q* x0 j
#else
( _' }, S. m/ \- Q+ }6 Y#define TYPESETLIB_API __declspec(dllimport)
) B% G0 M0 `* _#endif
: e. P6 J% V2 ^$ P# u6 e# ]6 ^4 o% U2 r
5 _3 K4 ?" y  t5 l( j$ a+ B) y
TYPESETLIB_API void TestTypeset(HDC dc);# ~# Q# h. y3 K$ L

1 K2 K. _* R7 M9 h9 R$ Bclass TYPESETLIB_API CMaterial  9 t8 l0 K2 G: w! c. V" U4 c
{) l& {& b1 J, H5 z$ `, p1 J6 i
public:& Z5 s) ?; O$ h/ M, i
virtual CMaterial* Copy();! X2 ?+ |4 [1 V8 U# U1 K
virtual void SetUsed(BOOL bUsed);7 a7 J7 Y+ |; E3 c  Y" T" y: n
virtual void Rotated();
5 s2 i; w; y; P( x, } virtual void SetSize(double dWidth,double dHeight);: [, K5 q- P" @: ]+ X3 f( K4 P
virtual double GetArea(){ return m_dHeight*m_dWidth; }
/ D, v# I# Q, n  B, l CMaterial();# n' f6 p% L9 j' r  M
CMaterial(CMaterial *pMaterial);
' Z) b; q; W+ ~4 Y$ e! V CMaterial(double dWidth,double dHeight);& B1 H9 e: u/ g  T- i+ G
virtual ~CMaterial();' D4 ]6 ?; k4 U
double m_dHeight,m_dWidth;- Y/ @2 Q  T$ a; l1 T3 p$ {
double m_dX,m_dY;
5 t7 W- b& m0 @" b BOOL m_bUsed;
/ b, s* ?, ?5 n" p) X. B BOOL m_bSeletcted;1 J0 r5 W$ N4 U/ k
BOOL m_bRotated;( W3 L$ a2 `( C9 v
int m_iIndex;9 m' R' }  p: _$ n/ X
" D' X, l1 u& R+ h/ X( V
};
* u* I( g  I; v, ?class TYPESETLIB_API CTypeset  9 |5 j! o2 @$ A. k5 W
{  M& H& o( L+ V6 S( q( {2 M
public:' r# ?6 y$ ]# B$ S" R
virtual double Go();
1 m$ r  I9 z0 }! R3 \+ f, R: @ virtual void Add(CMaterial *pMaterial);
7 ~( C  b( z8 c" d5 V2 R CTypeset();% k- `9 h8 g: P/ Z1 S& ~
virtual ~CTypeset();5 `' ^# g# o: l, ~$ D$ N- n# _4 J0 W
list<CMaterial*> m_MaterialList;1 o4 d! k. l1 M5 r  F* z
CMaterial m_Desktop;# K, b8 T5 S; W" e* n
protected:& H2 D: |3 q5 A# o6 `
virtual void SetStatus(list<CMaterial*> *pList, BOOL bUsed);
3 `; i+ x& ~8 W% w- h, C4 K virtual double Typeset(double dStatrX,double dStatrY,double dStatrHei,double dStatrWid,
( p+ Q! y: b, a. C2 \% a% E  list<CMaterial*> *pList);
8 ?$ N  c5 Y4 n! e6 m' \% U virtual void Sort();
- ~0 s2 ^8 B* f8 b6 r! G virtual void Clear();
+ ^, N" V5 x( z int m_iCurIndex;9 F- x8 f+ O5 ]0 G( y* ]
};
5 e: `" e3 S, r: O* j3 {: u1 X) P" E. v

7 l6 f9 Y8 ?' U2 C# i  G# I1 }#endif // !defined(AFX_TYPESET_H__46213FAE_D2D6_42A6_B801_41D9109CD0FB__INCLUDED_)