%description:
SimTime: test math functions: ceil(), floor(), fabs(), fmod(), getMax(), getMin()

%includes:
#include <algorithm>

%activity:
SimTime t, t2;

#define P(x) {EV << #x << " -> " << (x) << "\n";}

// floor(t)
P((t=1.862, floor(t)));
P((t=-1.862, floor(t)));

// floor(t,unit,offset)
P((t=1.862, floor(t,0.1)));
P((t=-1.862, floor(t,0.1)));
P((t=186.2, floor(t,10)));
P((t=-186.2, floor(t,10)));

P((t=1.862, floor(t,0.1,0.0001)));
P((t=-1.862, floor(t,0.1,0.0001)));
P((t=186.2, floor(t,10,0.0001)));
P((t=-186.2, floor(t,10,0.0001)));

// ceil(t)
P((t=1.862, ceil(t)));
P((t=-1.862, ceil(t)));

// ceil(t,unit,offset)
P((t=1.345, ceil(t,0.1)));
P((t=-1.345, ceil(t,0.1)));
P((t=134.5, ceil(t,10)));
P((t=-134.5, ceil(t,10)));

P((t=1.345, ceil(t,0.1,0.0001)));
P((t=-1.345, ceil(t,0.1,0.0001)));
P((t=134.5, ceil(t,10,0.0001)));
P((t=-134.5, ceil(t,10,0.0001)));

// fabs(t)
P((t=1.862, fabs(t)));
P((t=-1.862, fabs(t)));

// fmod()
P((t=2.6, t2=0.5, fmod(t,t2)));
P((t=-2.6, t2=0.5, fmod(t,t2)));
P((t=2.6, t2=-0.5, fmod(t,t2)));
P((t=-2.6, t2=-0.5, fmod(t,t2)));

// min(t2,t2)
P((t=1, t2=2, std::min(t,t2)));
P((t=1, t2=-2, std::min(t,t2)));

// max(t2,t2)
P((t=1, t2=2, std::max(t,t2)));
P((t=1, t2=-2, std::max(t,t2)));

EV << ".\n";

%contains: stdout
(t=1.862, floor(t)) -> 1
(t=-1.862, floor(t)) -> -2
(t=1.862, floor(t,0.1)) -> 1.8
(t=-1.862, floor(t,0.1)) -> -1.9
(t=186.2, floor(t,10)) -> 180
(t=-186.2, floor(t,10)) -> -190
(t=1.862, floor(t,0.1,0.0001)) -> 1.8001
(t=-1.862, floor(t,0.1,0.0001)) -> -1.8999
(t=186.2, floor(t,10,0.0001)) -> 180.0001
(t=-186.2, floor(t,10,0.0001)) -> -189.9999
(t=1.862, ceil(t)) -> 2
(t=-1.862, ceil(t)) -> -1
(t=1.345, ceil(t,0.1)) -> 1.4
(t=-1.345, ceil(t,0.1)) -> -1.3
(t=134.5, ceil(t,10)) -> 140
(t=-134.5, ceil(t,10)) -> -130
(t=1.345, ceil(t,0.1,0.0001)) -> 1.4001
(t=-1.345, ceil(t,0.1,0.0001)) -> -1.2999
(t=134.5, ceil(t,10,0.0001)) -> 140.0001
(t=-134.5, ceil(t,10,0.0001)) -> -129.9999
(t=1.862, fabs(t)) -> 1.862
(t=-1.862, fabs(t)) -> 1.862
(t=2.6, t2=0.5, fmod(t,t2)) -> 0.1
(t=-2.6, t2=0.5, fmod(t,t2)) -> -0.1
(t=2.6, t2=-0.5, fmod(t,t2)) -> 0.1
(t=-2.6, t2=-0.5, fmod(t,t2)) -> -0.1
(t=1, t2=2, std::min(t,t2)) -> 1
(t=1, t2=-2, std::min(t,t2)) -> -2
(t=1, t2=2, std::max(t,t2)) -> 2
(t=1, t2=-2, std::max(t,t2)) -> 1
.