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extern "C" {
#include "bsim4def.h"
#define DEV_bsim4
#include "bsim4itf.h"
}
#define info B4info
#define INSTANCE BSIM4instance
#define MODEL BSIM4model
#define SPICE_LETTER "M"
#define DEVICE_TYPE "bsim450|bsim4"
#define MIN_NET_NODES 4
#define MAX_NET_NODES 4
#define INTERNAL_NODES 8
#define MODEL_TYPE "nmos14|pmos14|nmos54|pmos54|nmos60|pmos60|nmos450|pmos450"
static std::string port_names[] = {"d", "g", "s", "b"};
static std::string state_names[] = {"vbd", "vbs", "vgs", "vds", "vdbs", "vdbd",
"vsbs", "vges", "vgms", "vses", "vdes", "qb",
"cqb", "qg", "cqg", "qd", "cqd", "qgmid",
"cqgmid","qbs", "cqbs", "qbd", "cqbd", "qcheq",
"cqcheq","qcdump","cqcdump","qdef", "qs"};
#define IS_VALID {itested(); \
assert(d); \
const COMMON_PARAMLIST* c = dynamic_cast<const COMMON_PARAMLIST*>(d->common()); \
assert(c); \
double l_in = c->_params["l"].e_val(OPT::defl, d->scope()); \
double w_in = c->_params["w"].e_val(OPT::defw, d->scope()); \
double l_min = _params["lmin"].e_val(0, scope()); \
double w_min = _params["wmin"].e_val(0, scope()); \
double l_max = _params["lmax"].e_val(1, scope()); \
double w_max = _params["wmax"].e_val(1, scope()); \
trace2(d->long_label().c_str(), l_in, w_in); \
trace4(long_label().c_str(), l_min, l_max, w_min, w_max); \
return l_in >= l_min && l_in <= l_max && w_in >= w_min && w_in <= w_max; \
}
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