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/programy/Robsim/Robiada2007/Callis.lab
1,7 → 1,6
# naportovany algoritmus Callis, ovsem nefunguje.
program Callis;
program Orbis;
var movement, line;
var line, Rychlost, Zataceni;
#define L 1
#define S 2
9,28 → 8,33
line:=2;
Rychlost:=15; # omezeni rychlosti (hlavne pro ladici ucely)
Zataceni:=0.75;
while true
do
if LEYE > 0 or CEYE > 0 then # Cara pod levim sensorem
LMOT:=30;RMOT:=30; # jed rovne
if LEYE = 1 and CEYE = 1 then # Cara pod levim sensorem
LMOT:=0;RMOT:=Rychlost*Zataceni; # jed rovne
line:=1; # zaznamenej, kdes videl caru
continue;
end;
if REYE > 0 or CEYE > 0 then
LMOT:=30;RMOT:=30;
if REYE = 1 and CEYE = 1 then
LMOT:=Rychlost*Zataceni;RMOT:=0;
line:=3;
continue;
end;
if line=1 then
LMOT:=0;
movement:=1;
break;
if CEYE = 1 then
LMOT:=Rychlost;RMOT:=Rychlost;
line:=2;
continue;
end;
elif line=3 then
RMOT:=0;
movement:=3;
break;
if LEYE = 0 and CEYE = 0 and REYE = 0 then
LMOT:=Rychlost;RMOT:=0;
line:=2;
continue;
end;
end;

/programy/Robsim/Robiada2007/Callis2.lab
0,0 → 1,34
program Orbis;
var line, Rychlost, Zataceni;
#define L 1
#define S 2
#define R 3
line:=2;
Rychlost:=15; # omezeni rychlosti (hlavne pro ladici ucely)
Zataceni:=0.75;
while true
do
if LEYE=0 and CEYE = 1 and REYE=0 then
LMOT:=Rychlost;RMOT:=Rychlost;
line:=2;
continue;
end;
if REYE = 0 then # Cara pod levim sensorem
LMOT:=0;RMOT:=Rychlost*Zataceni; # jed rovne
line:=1; # zaznamenej, kdes videl caru
continue;
end;
if LEYE = 0 then
LMOT:=Rychlost*Zataceni;RMOT:=0;
line:=3;
continue;
end;
end;

/programy/Robsim/Robiada2007/Callis3.lab
0,0 → 1,35
program Orbis;
var line, Rychlost, Zataceni;
#define L 1
#define S 2
#define R 3
line:=2;
Rychlost:=15; # omezeni rychlosti (hlavne pro ladici ucely)
Zataceni:=0.75;
while true
do
if LEYE = 0 and CEYE = 1 and LEYE = 0 then
LMOT:=Rychlost;RMOT:=Rychlost;
line:=2;
continue;
end;
if LEYE = 1 and CEYE = 1 then # Cara pod levim sensorem
LMOT:=0;RMOT:=Rychlost*Zataceni; # jed rovne
line:=1; # zaznamenej, kdes videl caru
continue;
end;
if REYE = 1 and CEYE = 1 then
LMOT:=Rychlost*Zataceni;RMOT:=0;
line:=3;
continue;
end;
end;

/programy/Robsim/Robiada2007/Callis_edited.lab
0,0 → 1,59
program Orbis;
var line, Rychlost, Reverz, Zataceni;
var Rovinka, a;
#define L 1
#define S 2
#define R 3
line:=2;
Rovinka:=0;
Rychlost:=30; # omezeni rychlosti (hlavne pro ladici ucely)
Reverz := 1;
Zataceni := 0.75;
while true
do
if LEYE = 1 and CEYE = 1 then # Cara pod levim sensorem
if line = 2 then
a:=TIME;
LMOT:=-Rychlost; RMOT:=-Rychlost;
while TIME < (a + Reverz) do;
end;
if line = 3 then
a:=TIME;
RMOT:=-Rychlost;
while TIME < (a + Reverz) do;
end;
LMOT:=0;RMOT:=Rychlost*Zataceni;
line:=1; # zaznamenej, kdes videl caru
Rovinka:=0;
continue;
end;
if REYE = 1 and CEYE = 1 then
if line = 1 then
a:=TIME;
LMOT:=-Rychlost;RMOT:=-Rychlost;
while TIME < (a+Reverz) do;
end;
if line = 1 then
a:=TIME;
LMOT:=-Rychlost;
while TIME < (a+Reverz) do;
end;
LMOT:=Rychlost*Zataceni;RMOT:=0;
line:=3;
Rovinka:=0;
continue;
end;
if CEYE = 1 then
LMOT:=Rychlost;RMOT:=Rychlost;
line:=2;
Rovinka:= Rovinka +1;
continue;
end;
end;

/programy/Robsim/Robiada2007/Callis_edited_reverz.lab
0,0 → 1,49
program Orbis;
var line, Rychlost, Reverz, Zataceni;
var Rovinka, a;
#define L 1
#define S 2
#define R 3
line:=2;
Rovinka:=0;
Rychlost:=30; # omezeni rychlosti (hlavne pro ladici ucely)
Reverz := 0.001;
Zataceni := 0.75;
while true
do
if LEYE = 1 and CEYE = 1 then # Cara pod levim sensorem
if line = 2 then
a:=TIME;
LMOT:=-Rychlost; RMOT:=-Rychlost;
while TIME < (a + Reverz) do end;
end;
LMOT:=0;RMOT:=Rychlost*Zataceni;
line:=1; # zaznamenej, kdes videl caru
Rovinka:=0;
continue;
end;
if REYE = 1 and CEYE = 1 then
if line = 2 then
a:=TIME;
LMOT:=-Rychlost;RMOT:=-Rychlost;
while TIME < (a+Reverz) do end;
end;
LMOT:=Rychlost*Zataceni;RMOT:=0;
line:=3;
Rovinka:=0;
continue;
end;
if CEYE = 1 then
LMOT:=Rychlost;RMOT:=Rychlost;
line:=2;
Rovinka:= Rovinka +1;
continue;
end;
end;