{"id":23644,"date":"2012-11-29T14:58:24","date_gmt":"2012-11-29T11:58:24","guid":{"rendered":"http:\/\/studentpmr.ru\/?p=23644"},"modified":"2012-11-29T15:44:26","modified_gmt":"2012-11-29T12:44:26","slug":"%d0%bf%d1%80%d0%be%d0%b3%d1%80%d0%b0%d0%bc%d0%bc%d1%8b-%d0%bd%d0%b0-%d1%81-%d1%81%d0%ba%d0%b0%d1%87%d0%b0%d1%82%d1%8c-%d0%b1%d0%b5%d1%81%d0%bf%d0%bb%d0%b0%d1%82%d0%bd%d0%be","status":"publish","type":"post","link":"https:\/\/studentpmr.ru\/?p=23644","title":{"rendered":"\u041f\u0440\u043e\u0433\u0440\u0430\u043c\u043c\u044b \u043d\u0430 \u0421++. \u0421\u043a\u0430\u0447\u0430\u0442\u044c \u0431\u0435\u0441\u043f\u043b\u0430\u0442\u043d\u043e."},"content":{"rendered":"

\u0410\u0432\u0442\u043e\u043c\u043e\u0431\u0438\u043b\u044c.<\/p>\n

# include
\n# include
\n# include
\n# include
\n# define PATH «d:\\\\work\\\\borlandc\\\\bin\\\\»
\n<\/p>\n

void kuzov (int x, int y)\t\/\/kuzov avtomobilya
\n{
\nint k1[18]; int pr[10]; int okn[10] ;
\nk1[0] = x-15;\t k1[1] = y ;\t\t\/\/to4ka 1
\nk1[2] = x-35;\t k1[3] = y ;\t\t\/\/to4ka 2
\nk1[4] = x-35;\t k1[5] = y-50 ;\t\t\/\/to4ka 3
\nk1[6] = x-15;\t k1[7] = y-100 ;\t\/\/to4ka\t4
\nk1[8] = x+10;\t k1[9] = y-100 ;\t\/\/to4ka 5
\nk1[10] = x+10;\t k1[11] = y-20 ; \/\/to4ka 6
\nk1[12] = x+110;\t k1[13] = y-20 ;\t\/\/to4ka 7
\nk1[14] = x+110; k1[15] = y ;\t\t\/\/to4ka 8
\nk1[16] = x-15; k1[17] = y ;\t\t\/\/to4ka 9
\nsetfillstyle (HATCH_FILL, 4) ;
\nsetcolor (4) ;
\nfillpoly (9, k1) ;
\npr[0] = x+15;\tpr[1] = y-20 ;
\npr[2] = x+15;\tpr[3] = y-170 ;
\npr[4] = x+140;\tpr[5] = y-170 ;
\npr[6] = x+140;\tpr[7] = y-20 ;
\npr[8] = x+15;\tpr[9] = y-20 ;
\nsetfillstyle (XHATCH_FILL, 1) ;
\nsetcolor (1) ;
\nfillpoly (5, pr) ;
\nokn[0] = x+5;\tokn[1] = y-60 ;
\nokn[2] = x-20;\tokn[3] = y-60 ;
\nokn[4] = x-5;\tokn[5] = y-90 ;
\nokn[6] = x+5;\tokn[7] = y-90 ;
\nokn[8] = x+5;\tokn[9] = y-60 ;
\nsetcolor (9) ;
\nsetfillstyle (SOLID_FILL, 9) ;
\nfillpoly (5, okn) ;
\n}
\nvoid koleso1 (int x, int y, int r)\t\/\/koleso
\n{
\npieslice (x, y,0,360, r) ;
\n}<\/p>\n

void main(void)
\n{ int gdriver=DETECT;
\nint gmode;
\nint errorcode;
\ninitgraph(&gdriver,&gmode,PATH);
\nerrorcode=graphresult();
\n if(errorcode!=grOk)
\n {
\n printf(«\u040b\u0438\u0401\u040e\u0404\u00a0:%d\\n»,errorcode);
\n puts(«\u201e\u00ab\u043f \u00a7\u00a0\u045e\u0490\u0430\u0438\u0490\u00ad\u0401\u043f \u0407\u0430\u00ae\u0408\u0430\u00a0\u00ac\u00ac\u043b \u00ad\u00a0\u00a6\u00ac\u0401\u0432\u0490 «);
\n getch();
\n return;
\n }<\/p>\n

kuzov(200,200);
\nsetcolor (7) ;
\nsetfillstyle (SOLID_FILL,15) ;
\nkoleso1(200, 200, 15) ;
\nkoleso1(300, 200, 15) ;
\nsetcolor (5) ;
\nsetfillstyle (SOLID_FILL,5) ;
\nkoleso1(200, 200, 10) ;
\nkoleso1(300, 200, 10) ;
\ngetch();
\n closegraph();
\n}<\/p>\n

\u041a\u043e\u043f\u0435\u0439\u043a\u0438
\n#include
\n#include
\nvoid main()
\n{
\nclrscr();
\nprintf(«\\t\\t \u0409\u00ae\u0407\u0490\u00a9\u0404\u0401»);
\nint kop;
\nprintf(«\\n \u201a\u201a\u0490\u00a4\u0401\u0432\u0490 \u0404\u00ae\u00ab\u0401\u0437\u0490\u0431\u0432\u045e\u00ae \u0404\u00ae\u0407\u0490\u0490\u0404(1-99)»);
\nscanf(«%d»,&kop);
\nif (kop>=11&&kop<=14)\nprintf(\"%d \u0404\u00ae\u0407\u0490\u0490\u0404\",kop);\nelse\n{\nif (kop%10==1)\nprintf(\"%d \u0404\u00ae\u0407\u0490\u00a9\u0404\u00a0\",kop);\nelse\nif (kop%10==2||kop%10==3||kop%10==4)\nprintf(\"%d \u0404\u00ae\u0407\u0490\u00a9\u0404\u0401\", kop);\nelse\nprintf(\"%d \u0404\u00ae\u0407\u0490\u0490\u0404\",kop);\n}\ngetch();\n}\n\n\n\u0410\u0432\u0442\u043e\u043c\u043e\u0431\u0438\u043b\u044c 2.\n# include
\n# include
\n# include
\n# include
\n# include
\n# define PATH «d:\\\\work\\\\borlandc\\\\bin\\\\»<\/p>\n

void kuzov (int x, int y, int c)\t\/\/kuzov avtomobilya
\n{
\nint k1[18]; int pr[10]; int okn[10] ;
\nk1[0] = x-15;\t k1[1] = y-20 ;\t\t\/\/to4ka 1
\nk1[2] = x-35;\t k1[3] = y-20 ;\t\t\/\/to4ka 2
\nk1[4] = x-35;\t k1[5] = y-70 ;\t\t\/\/to4ka 3
\nk1[6] = x-15;\t k1[7] = y-120 ;\t\/\/to4ka\t4
\nk1[8] = x+10;\t k1[9] = y-120 ;\t\/\/to4ka 5
\nk1[10] = x+10;\t k1[11] = y-40 ; \/\/to4ka 6
\nk1[12] = x+110;\t k1[13] = y-40 ;\t\/\/to4ka 7
\nk1[14] = x+110; k1[15] = y-20 ;\t\t\/\/to4ka 8
\nk1[16] = x-15; k1[17] = y-20 ;\t\t\/\/to4ka 9
\nsetfillstyle (SOLID_FILL, c) ;
\nsetcolor (c) ;
\nfillpoly (9, k1) ;
\ndrawpoly(9,k1) ;
\n\/\/pr[0] = x+15;\tpr[1] = y-40 ;
\n\/\/pr[2] = x+15;\tpr[3] = y-190 ;
\n\/\/pr[4] = x+140;\tpr[5] = y-190 ;
\n\/\/pr[6] = x+140;\tpr[7] = y-40 ;
\n\/\/pr[8] = x+15;\tpr[9] = y-40 ;<\/p>\n

\/\/setcolor (c) ;
\n\/\/drawpoly (5, pr) ;
\nokn[0] = x+5;\tokn[1] = y-80 ;
\nokn[2] = x-20;\tokn[3] = y-80 ;
\nokn[4] = x-5;\tokn[5] = y-110 ;
\nokn[6] = x+5;\tokn[7] = y-110 ;
\nokn[8] = x+5;\tokn[9] = y-80 ;
\nsetcolor (c) ;
\nsetfillstyle (HATCH_FILL, c) ;
\nfillpoly (5, okn) ;
\ndrawpoly(5,okn);
\n}
\nvoid koleso1 (int x, int y, int r)\t\/\/koleso
\n{
\npieslice (x, y-20,0,360, r) ;
\n}<\/p>\n

void main(void)
\n{
\nint r = 15 ;
\nint x, y ;
\n# define dt 100
\n# define dx 5
\nint maxx ;
\nint gdriver=DETECT;
\nint gmode;
\nint errorcode;
\ninitgraph(&gdriver,&gmode,PATH);
\nerrorcode=graphresult();
\nif(errorcode==grOk)
\n\t{
\n\tx = 450 ;
\n\ty = 300 ;
\n\twhile (x>50)
\n\t\t{
\n\t\tsetfillstyle (LINE_FILL, 5) ;
\n\t\tbar (x+15, y-40, x+140, y-190) ;
\n\t\tkuzov(x,y,6);
\n\t\tsetcolor (8) ;
\n\t\tsetfillstyle (SOLID_FILL,1) ;
\n\t\tkoleso1(x, y, r) ;
\n\t\tkoleso1(x+100, y, r) ;
\n\t\tsetcolor (5) ;
\n\t\tsetfillstyle (SOLID_FILL,7) ;
\n\t\tkoleso1(x, y, r-5) ;
\n\t\tkoleso1(x+100, y, r-5) ;
\n\t\tdelay(dt) ;
\n\t\tsetcolor (0) ;
\n\t\tsetfillstyle (LINE_FILL, 0) ;
\n\t\tbar (x+15, y-40, x+140, y-190) ;
\n\t\tkuzov(x,y,0);
\n\t\tsetcolor (0) ;
\n\t\tsetfillstyle (SOLID_FILL,0) ;
\n\t\tkoleso1(x, y, r) ;
\n\t\tkoleso1(x+100, y, r) ;
\n\t\tsetcolor (0) ;
\n\t\tsetfillstyle (SOLID_FILL,0) ;
\n\t\tkoleso1(x, y, r-5) ;
\n\t\tkoleso1(x+100, y, r-5) ;
\n\t\tx-=dx ;
\n\t\t}
\n\tclosegraph() ;
\n\t}
\nelse
\n\t{
\n\tprintf («Error %d\\n», errorcode) ;
\n\tputs («Press for quit») ;
\n\tgetch () ;
\n\t}
\n}<\/p>\n

\u041a\u0430\u0440\u0442\u0430.
\n#include
\n#include
\n#include
\n#include
\n#include
\n#include
\n#define PATHTODRIVER «d:\\\\work\\\\BORLANDC\\\\BGI\\\\»<\/p>\n

karta()
\n{
\n setcolor(4);
\n line(350,330,600,200);
\n ellipse(350,340,90,270,10,10);
\n line(420,370,350,350);
\n ellipse(420,380,270,90,10,10);
\n line(390,400,420,390);
\n line(340,428,390,400);
\n ellipse(325,415,180,320,20,20);
\n line(310,390,305,415);
\n ellipse(300,390,0,80,10,10);
\n line(250,370,300,380);
\n ellipse(250,360,90,260,10,10);
\n line(250,350,300,340);
\n ellipse(300,330,285,90,10,10);
\n line(300,320,250,300);
\n line(250,300,140,225);
\n line(140,225,100,175);
\n line(100,175,150,35);
\n line(150,35,180,25);
\n line(180,25,350,5);
\n line(350,5,390,5);
\n line(390,5,510,100);
\n line(510,100,639,125);
\n line(639,125,639,175);
\n line(639,175,600,200);
\n}<\/p>\n

gorod()
\n{
\n circle(150,130,2);
\n outtextxy(150,120,»L’vov»);
\n circle(300,110,2);
\n outtextxy(300,100,»Kiev»);
\n circle(500,120,2);
\n outtextxy(500,110,»Har’kov»);
\n circle(550,210,2);
\n outtextxy(550,200,»Donetsk»);
\n circle(210,270,2);
\n outtextxy(210,260,»Odessa»);
\n}<\/p>\n

menu()
\n{
\n setcolor(5);
\n line(550,15,565,15);
\n outtextxy(570,15,»Avtobus»);
\n setcolor(1);
\n line(550,25,565,25);
\n outtextxy(570,25,»Samolet»);
\n setcolor(2);
\n line(550,35,565,35);
\n outtextxy(570,35,»Poezd»);
\n }<\/p>\n

dvig()
\n{
\n char gorod1[10];
\n char gorod2[10];
\n char means[10];
\n puts(«Gorod otbitija»);
\n gets(gorod1);
\n strlwr(gorod1);
\n puts(«Gorod pribitija»);
\n gets(gorod2);
\n strlwr(gorod2);
\n puts(«Transport»);
\n gets(means);
\n strlwr(means);
\n int x1,y1,x2,y2,c;
\n if(gorod1[0]==’l’)
\n {x1=150;y1=130;}
\n if(gorod1[0]==’k’)
\n {x1=300;y1=110;}
\n if(gorod1[0]==’h’)
\n {x1=500;y1=120;}
\n if(gorod1[0]==’d’)
\n {x1=550;y1=210;}
\n if(gorod1[0]==’o’)
\n {x1=210;y1=270;}
\n if(gorod2[0]==’l’)
\n {x2=150;y2=130;}
\n if(gorod2[0]==’k’)
\n {x2=300;y2=110;}
\n if(gorod2[0]==’h’)
\n {x2=500;y2=120;}
\n if(gorod2[0]==’d’)
\n {x2=550;y2=210;}
\n if(gorod2[0]==’o’)
\n {x2=210;y2=270;}
\n if(means[0]==’a’)
\n\t{setcolor(5);setfillstyle(SOLID_FILL,5);}
\n if(means[0]==’s’)
\n\t{setcolor(1);setfillstyle(SOLID_FILL,1);}
\n if(means[0]==’p’)
\n\t{setcolor(2);setfillstyle(SOLID_FILL,2);}
\n pieslice(x1,y1,0,360,2);
\n pieslice(x2,y2,0,360,2);
\n line(x1,y1,x2,y2);<\/p>\n

}
\nvoid main(void)
\n{
\nint i,a,b;
\n randomize();
\n int gdriver = DETECT;
\n int gmode;
\n int errorcode;
\n initgraph(&gdriver, &gmode, PATHTODRIVER);
\n karta();
\n gorod();
\n menu();
\n dvig();
\n getch();
\n closegraph();
\n }<\/p>\n

\u041f\u0440\u044f\u043c\u043e\u0443\u0433\u043e\u043b\u044c\u043d\u0438\u043a
\n#include
\n#include
\n#include
\n#include
\n#define PATH»d:\\\\work\\\\borlandc\\\\bin\\\\»
\nvoid main(void)
\n{ int w;
\nint gdriver=DETECT;
\nint gmode;
\nint errorcode;
\ninitgraph(&gdriver,&gmode,PATH);
\nerrorcode=graphresult();
\n if(errorcode!=grOk)
\n {
\n printf(«\u040b\u0438\u0401\u040e\u0404\u00a0:%d\\n»,errorcode);
\n puts(«\u201e\u00ab\u043f \u00a7\u00a0\u045e\u0490\u0430\u0438\u0490\u00ad\u0401\u043f \u0407\u0430\u00ae\u0408\u0430\u00a0\u00ac\u00ac\u043b \u00ad\u00a0\u00a6\u00ac\u0401\u0432\u0490 «);
\n getch();
\n return;
\n }
\n randomize();
\n for(w=0;w<50;w++)\n {\n setcolor(random(15)+1);\n setfillstyle(LINE_FILL,random(15)+1);\n sector(random(640),random(480),0,360,random(35),random(90));\n }\ngetch();\nclosegraph();\n}\n\n\n\n\n\u0420\u0430\u043a\u0435\u0442\u0430\n#include
\n#include
\n#include
\n#define PATH»d:\\\\work\\\\borlandc\\\\bin\\\\»<\/p>\n

void raketa(int x,int y)
\n{ int k1[12];int k2[12];
\n line(x,y,x+50,y-75);
\n line(x+50,y-75,x+100,y);
\n line(x+100,y,x+100,y+150);
\n line(x+100,y+150,x,y+150);
\n line(x,y+150,x,y);
\n setfillstyle(HATCH_FILL,1);
\n setcolor(4);
\n pieslice(x+50,y+50,0,360,15);
\n pieslice(x+50,y+100,0,360,15);
\n k1[0]=x;k1[1]=y+75;
\n k1[2]=x;k1[3]=y+150;
\n k1[4]=x-10;k1[5]=y+175;
\n k1[6]=x-35;k1[7]=y+175;
\n k1[8]=x-35;k1[9]=y+115;
\n k1[10]=x;k1[11]=y+75;
\n setfillstyle(SLASH_FILL,5);
\n setcolor(5);
\n fillpoly(6,k1);
\n k2[0]=x+100;k2[1]=y+75;
\n k2[2]=x+100;k2[3]=y+150;
\n k2[4]=x+110;k2[5]=y+175;
\n k2[6]=x+135;k2[7]=y+175;
\n k2[8]=x+135;k2[9]=y+115;
\n k2[10]=x+100;k2[11]=y+75;
\n setfillstyle(SLASH_FILL,5);
\n setcolor(5);
\n fillpoly(6,k2);
\n}
\nvoid main(void)
\n{ int gdriver=DETECT;
\nint gmode;
\nint errorcode;
\ninitgraph(&gdriver,&gmode,PATH);
\nerrorcode=graphresult();
\n if(errorcode!=grOk)
\n {
\n printf(«\u040b\u0438\u0401\u040e\u0404\u00a0:%d\\n»,errorcode);
\n puts(«\u201e\u00ab\u043f \u00a7\u00a0\u045e\u0490\u0430\u0438\u0490\u00ad\u0401\u043f \u0407\u0430\u00ae\u0408\u0430\u00a0\u00ac\u00ac\u043b \u00ad\u00a0\u00a6\u00ac\u0401\u0432\u0490 «);
\n getch();
\n return;
\n }
\n raketa(50,75);
\ngetch();
\n closegraph();
\n}<\/p>\n

\u0422\u041e\u0420
\n# include
\n# include
\n# include
\n# include
\n# include
\n# define PATH «d:\\\\work\\\\borlandc\\\\bin\\\\»<\/p>\n

void kuzov (int x, int y)
\n{
\nint k1[30];
\nk1[0] = x;\t k1[1] = y+45 ;
\nk1[2] = x+5;\t k1[3] = y+45 ;
\nk1[4] = x+5;\t k1[5] = y+25 ;
\nk1[6] = x+15;\t k1[7] = y+25 ;
\nk1[8] = x+15;\t k1[9] = y+5 ;
\nk1[10] = x+25;\t k1[11] = y+5 ;
\nk1[12] = x+25;\t k1[13] = y+25 ;
\nk1[14] = x+50; k1[15] = y+25 ;
\nk1[16] = x+50;\t k1[17] = y ;
\nk1[18] = x+85;\t k1[19] = y ;
\nk1[20] = x+85;\t k1[21] = y+5 ;
\nk1[22] = x+80;\t k1[23] = y+5 ;
\nk1[24] = x+80;\t k1[25] = y+50 ;
\nk1[26] = x;\t k1[27] = y+50 ;
\nk1[28] = x;\t k1[29] = y+45 ;<\/p>\n

fillpoly (15, k1) ;<\/p>\n

}
\nvoid koleso (int x, int y, int r)
\n{
\npieslice (x, y,0,360, r) ;
\n}<\/p>\n

void main(void)
\n{
\nint x,y;
\nint gdriver=DETECT;
\nint gmode;
\nint errorcode;
\ninitgraph(&gdriver,&gmode,PATH);
\nerrorcode=graphresult();
\n if(errorcode!=grOk)
\n {
\n printf(«\u040b\u0438\u0401\u040e\u0404\u00a0:%d\\n»,errorcode);
\n puts(«\u201e\u00ab\u043f \u00a7\u00a0\u045e\u0490\u0430\u0438\u0490\u00ad\u0401\u043f \u0407\u0430\u00ae\u0408\u0430\u00a0\u00ac\u00ac\u043b \u00ad\u00a0\u00a6\u00ac\u0401\u0432\u0490 «);
\n getch();
\n return;
\n }
\n x=500;
\n y=200;<\/p>\n

while(x>0)
\n{
\nsetfillstyle (SLASH_FILL, 5) ;
\nsetcolor (5) ;
\nkuzov(x,y);
\nsetcolor (14) ;
\nsetfillstyle (SOLID_FILL,14) ;
\nkoleso(x+15,y+50, 5) ;
\nkoleso(x+40,y+50, 5) ;
\nkoleso(x+65,y+50,5);
\nsetfillstyle (LINE_FILL, 3) ;
\nsetcolor (3) ;
\nbar (x+55,y+5,x+75,y+25);
\ndelay(50);
\nsetfillstyle (SLASH_FILL, 0) ;
\nsetcolor (0) ;
\nkuzov(x,y);
\nsetcolor (0) ;
\nsetfillstyle (SOLID_FILL,0) ;
\nkoleso(x+15,y+50, 5) ;
\nkoleso(x+40,y+50, 5) ;
\nkoleso(x+65,y+50,5);
\nsetfillstyle (LINE_FILL, 0) ;
\nsetcolor (0) ;
\nbar (x+55,y+5,x+75,y+25);
\nbar (x+85,y,x+88,y+15);
\nbar (x+80,y+45,x+85,y+50);
\nx=x-1;<\/p>\n

}<\/p>\n

closegraph();
\n}<\/p>\n","protected":false},"excerpt":{"rendered":"

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