]a~;~+\infty[
Voici son code:
u:=1cm; figure (-8u,-8u,10u,8u); numeric mi,pi,a; mi:=-8; pi:=8; a:=0; pair A; A=(a*u,0); path tt; for i:=mi upto (a-1): for j:=0 upto 4: tt := ((j*0.2*u)-2,-4)--((j*0.2*u)+2,4); draw tt shifted (i*u,0); endfor; endfor; label.bot(btex $a$ etex,A shifted(0,-10)); draw (mi*u,0)--A; draw A--(pi*u,0) withcolor red withpen pencircle scaled 2pt; pair B,C,D,E; B=A shifted(0,10); C=A shifted(-4,10); D=A shifted(0,-10); E=A shifted(-4,-10); draw C--B--D--E withcolor red withpen pencircle scaled 2pt; fin;
[a~;~+\infty[
Voici son code:
u:=1cm; figure (-8u,-8u,10u,8u); numeric mi,pi,a; mi:=-8; pi:=8; a:=0; pair A; A=(a*u,0); path tt; for i:=mi upto (a-1): for j:=0 upto 4: tt := ((j*0.2*u)-2,-4)--((j*0.2*u)+2,4); draw tt shifted (i*u,0); endfor; endfor; label.bot(btex $a$ etex,A shifted(0,-10)); draw (mi*u,0)--A; draw A--(pi*u,0) withcolor red withpen pencircle scaled 2pt; pair B,C,D,E; B=A shifted(0,10); C=A shifted(4,10); D=A shifted(0,-10); E=A shifted(4,-10); draw C--B--D--E withcolor red withpen pencircle scaled 2pt; fin;
]-\infty~;~a[
Voici son code:
u:=1cm; figure (-8u,-8u,10u,8u); numeric mi,pi,a; mi:=-8; pi:=8; a:=0; pair A; A=(a*u,0); path tt; for i:=a upto (pi-1): for j:=1 upto 5: tt := ((j*0.2*u)-2,-4)--((j*0.2*u)+2,4); draw tt shifted (i*u,0); endfor; endfor; label.bot(btex $a$ etex,A shifted(0,-10)); draw (mi*u,0)--A withcolor red withpen pencircle scaled 2pt; draw A--(pi*u,0); pair B,C,D,E; B=A shifted(0,10); C=A shifted(4,10); D=A shifted(0,-10); E=A shifted(4,-10); draw C--B--D--E withcolor red withpen pencircle scaled 2pt; fin;
]-\infty~;~a]
Voici son code:
u:=1cm; figure (-8u,-8u,10u,8u); numeric mi,pi,a; mi:=-8; pi:=8; a:=0; pair A; A=(a*u,0); path tt; for i:=a upto (pi-1): for j:=1 upto 5: tt := ((j*0.2*u)-2,-4)--((j*0.2*u)+2,4); draw tt shifted (i*u,0); endfor; endfor; label.bot(btex $a$ etex,A shifted(0,-10)); draw (mi*u,0)--A withcolor red withpen pencircle scaled 2pt; draw A--(pi*u,0); pair B,C,D,E; B=A shifted(0,10); C=A shifted(-4,10); D=A shifted(0,-10); E=A shifted(-4,-10); draw C--B--D--E withcolor red withpen pencircle scaled 2pt; fin;
]a~;~b[
Voici son code:
u:=1cm; figure (-8u,-8u,10u,8u); numeric mi,pi,a; mi:=-8; pi:=8; a:=-3; b:=3; pair A,BB; A=(a*u,0); BB=(b*u,0); path tt; for i:=mi upto (a-1): for j:=0 upto 4: tt := ((j*0.2*u)-2,-4)--((j*0.2*u)+2,4); draw tt shifted (i*u,0); endfor; endfor; path tt; for i:=b upto (pi-1): for j:=1 upto 5: tt := ((j*0.2*u)-2,-4)--((j*0.2*u)+2,4); draw tt shifted (i*u,0); endfor; endfor; label.bot(btex $a$ etex,A shifted(0,-10)); label.bot(btex $b$ etex,BB shifted(0,-10)); draw(mi*u,0)--A; draw A--BB withcolor red withpen pencircle scaled 2pt; draw BB--(pi*u,0); pair B,C,D,E; B:=A shifted(0,10); C:=A shifted(-4,10); D:=A shifted(0,-10); E:=A shifted(-4,-10); draw C--B--D--E withcolor red withpen pencircle scaled 2pt; B:=BB shifted(0,10); C:=BB shifted(-4,10); D:=BB shifted(0,-10); E:=BB shifted(-4,-10); draw C--B--D--E withcolor red withpen pencircle scaled 2pt; fin;
[a~;~b[
Voici son code:
u:=1cm; figure (-8u,-8u,10u,8u); numeric mi,pi,a; mi:=-8; pi:=8; a:=-3; b:=3; pair A,BB; A=(a*u,0); BB=(b*u,0); path tt; for i:=mi upto (a-1): for j:=0 upto 4: tt := ((j*0.2*u)-2,-4)--((j*0.2*u)+2,4); draw tt shifted (i*u,0); endfor; endfor; path tt; for i:=b upto (pi-1): for j:=1 upto 5: tt := ((j*0.2*u)-2,-4)--((j*0.2*u)+2,4); draw tt shifted (i*u,0); endfor; endfor; label.bot(btex $a$ etex,A shifted(0,-10)); label.bot(btex $b$ etex,BB shifted(0,-10)); draw(mi*u,0)--A; draw A--BB withcolor red withpen pencircle scaled 2pt; draw BB--(pi*u,0); pair B,C,D,E; B:=A shifted(0,10); C:=A shifted(4,10); D:=A shifted(0,-10); E:=A shifted(4,-10); draw C--B--D--E withcolor red withpen pencircle scaled 2pt; B:=BB shifted(0,10); C:=BB shifted(-4,10); D:=BB shifted(0,-10); E:=BB shifted(-4,-10); draw C--B--D--E withcolor red withpen pencircle scaled 2pt; fin;
[a~;~b]
Voici son code:
u:=1cm; figure (-8u,-8u,10u,8u); numeric mi,pi,a; mi:=-8; pi:=8; a:=-3; b:=3; pair A,BB; A=(a*u,0); BB=(b*u,0); path tt; for i:=mi upto (a-1): for j:=0 upto 4: tt := ((j*0.2*u)-2,-4)--((j*0.2*u)+2,4); draw tt shifted (i*u,0); endfor; endfor; path tt; for i:=b upto (pi-1): for j:=1 upto 5: tt := ((j*0.2*u)-2,-4)--((j*0.2*u)+2,4); draw tt shifted (i*u,0); endfor; endfor; label.bot(btex $a$ etex,A shifted(0,-10)); label.bot(btex $b$ etex,BB shifted(0,-10)); draw(mi*u,0)--A; draw A--BB withcolor red withpen pencircle scaled 2pt; draw BB--(pi*u,0); pair B,C,D,E; B:=A shifted(0,10); C:=A shifted(4,10); D:=A shifted(0,-10); E:=A shifted(4,-10); draw C--B--D--E withcolor red withpen pencircle scaled 2pt; B:=BB shifted(0,10); C:=BB shifted(4,10); D:=BB shifted(0,-10); E:=BB shifted(4,-10); draw C--B--D--E withcolor red withpen pencircle scaled 2pt; fin;
]a~;~b]
Voici son code:
u:=1cm; figure (-8u,-8u,10u,8u); numeric mi,pi,a; mi:=-8; pi:=8; a:=-3; b:=3; pair A,BB; A=(a*u,0); BB=(b*u,0); path tt; for i:=mi upto (a-1): for j:=0 upto 4: tt := ((j*0.2*u)-2,-4)--((j*0.2*u)+2,4); draw tt shifted (i*u,0); endfor; endfor; path tt; for i:=b upto (pi-1): for j:=1 upto 5: tt := ((j*0.2*u)-2,-4)--((j*0.2*u)+2,4); draw tt shifted (i*u,0); endfor; endfor; label.bot(btex $a$ etex,A shifted(0,-10)); label.bot(btex $b$ etex,BB shifted(0,-10)); draw(mi*u,0)--A; draw A--BB withcolor red withpen pencircle scaled 2pt; draw BB--(pi*u,0); pair B,C,D,E; B:=A shifted(0,10); C:=A shifted(-4,10); D:=A shifted(0,-10); E:=A shifted(-4,-10); draw C--B--D--E withcolor red withpen pencircle scaled 2pt; B:=BB shifted(0,10); C:=BB shifted(4,10); D:=BB shifted(0,-10); E:=BB shifted(4,-10); draw C--B--D--E withcolor red withpen pencircle scaled 2pt; fin;