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ParamBlock.cpp
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/*This file is part of the FEBio Studio source code and is licensed under the MIT license
listed below.
See Copyright-FEBio-Studio.txt for details.
Copyright (c) 2021 University of Utah, The Trustees of Columbia University in
the City of New York, and others.
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.*/
#include "stdafx.h"
#include "ParamBlock.h"
#include "LoadCurve.h"
#include <assert.h>
//-----------------------------------------------------------------------------
//! parameter constructor. Set all default values.
Param::Param()
{
m_nID = -1;
m_ntype = Param_UNDEF;
m_nsize = 0;
m_pd = 0;
m_lc = -1;
m_szbrev = m_szname = m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_szindx = 0;
m_nindx = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_flags = 0;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
//! parameter destructor.
Param::~Param()
{
clear();
if (m_bcopy) delete [] m_szenum;
}
//-----------------------------------------------------------------------------
Param* Param::SetEnumNames(const char* sz)
{
if (m_bcopy) delete [] m_szenum;
m_szenum = 0;
m_bcopy = false;
if (sz) m_szenum = (char*) sz;
return this;
}
//-----------------------------------------------------------------------------
Param* Param::CopyEnumNames(const char* sz)
{
if (m_bcopy) delete [] m_szenum;
m_szenum = 0;
m_bcopy = false;
if (sz)
{
int l = 0;
const char* ch = sz;
while (*ch)
{
int l1 = (int)strlen(ch) + 1;
ch += l1;
l += l1;
}
m_szenum = new char[l + 1];
for (int i=0; i<l; ++i) m_szenum[i] = sz[i];
m_szenum[l] = 0;
m_bcopy = true;
}
return this;
}
//-----------------------------------------------------------------------------
void Param::SetFloatRange(double fmin, double fmax, double fstep)
{
assert(m_ntype == Param_FLOAT);
m_floatRange = true;
m_fmin = fmin;
m_fmax = fmax;
if (fstep == 0.0) fstep = (fmax - fmin) / 100.0;
m_fstep = fstep;
}
//-----------------------------------------------------------------------------
void Param::SetIntRange(int imin, int imax, int istep)
{
assert(m_ntype == Param_INT);
m_floatRange = true;
m_fmin = imin;
m_fmax = imax;
m_fstep = istep;
}
//-----------------------------------------------------------------------------
void Param::SetCheckable(bool b)
{
m_checkable = b;
}
//-----------------------------------------------------------------------------
bool Param::IsCheckable() const
{
return m_checkable;
}
//-----------------------------------------------------------------------------
void Param::SetChecked(bool b)
{
m_checked = b;
}
//-----------------------------------------------------------------------------
bool Param::IsChecked() const
{
return (m_checkable ? m_checked : false);
}
//-----------------------------------------------------------------------------
size_t Param::size() const
{
switch (m_ntype)
{
case Param_ARRAY_INT : return ((std::vector<int>*)(m_pd))->size(); break;
case Param_ARRAY_DOUBLE: return ((std::vector<double>*)(m_pd))->size(); break;
default:
assert(false);
}
return 0;
}
//-----------------------------------------------------------------------------
void Param::SetWatchVariable(Param* watchVar)
{
assert(watchVar && (watchVar->GetParamType() == Param_BOOL));
m_watch = watchVar;
}
bool Param::IsWatched() const
{
return (m_watch != nullptr);
}
void Param::SetWatchFlag(bool b)
{
assert(m_watch);
if (m_watch) m_watch->SetBoolValue(b);
}
bool Param::GetWatchFlag() const
{
assert(m_watch);
if (m_watch) return m_watch->GetBoolValue();
else return false;
}
//-----------------------------------------------------------------------------
void Param::SetParameterGroup(int n)
{
m_paramGroup = n;
}
int Param::GetParameterGroup() const
{
return m_paramGroup;
}
//-----------------------------------------------------------------------------
Param* Param::MakeVariable(bool b)
{
if (b)
{
assert((m_ntype == Param_FLOAT) || (m_ntype == Param_ARRAY_DOUBLE) || (m_ntype == Param_VEC3D) || (m_ntype == Param_MAT3D) || (m_ntype == Param_MAT3DS) || (m_ntype == Param_MATH));
m_varType = m_ntype;
}
else m_varType = Param_UNDEF;
return this;
}
//-----------------------------------------------------------------------------
void Param::clear()
{
if (m_pd)
{
switch (m_ntype)
{
case Param_INT : delete ((int*) m_pd); break;
case Param_CHOICE: delete ((int*)m_pd); break;
case Param_FLOAT : delete ((double*)m_pd); break;
case Param_BOOL : delete ((bool*) m_pd); break;
case Param_VEC3D : delete ((vec3d*) m_pd); break;
case Param_VEC2I : delete ((vec2i*)m_pd); break;
case Param_VEC2D : delete ((vec2d*)m_pd); break;
case Param_MAT3D : delete ((mat3d*)m_pd); break;
case Param_MAT3DS: delete ((mat3ds*)m_pd); break;
case Param_STRING: delete ((std::string*) m_pd); break;
case Param_MATH : delete ((std::string*) m_pd); break;
case Param_COLOR : delete ((GLColor*)m_pd); break;
case Param_STD_VECTOR_INT : delete ((std::vector<int>*)m_pd); break;
case Param_STD_VECTOR_DOUBLE: delete ((std::vector<double>*)m_pd); break;
case Param_STD_VECTOR_VEC2D : delete ((std::vector<vec2d>*)m_pd); break;
case Param_ARRAY_INT : delete ((std::vector<int>*)m_pd); break;
case Param_ARRAY_DOUBLE: delete ((std::vector<double>*)m_pd); break;
default:
assert(false);
}
}
}
void Param::SetParamType(Param_Type t)
{
clear();
m_ntype = t;
switch (t)
{
case Param_INT : m_pd = new int; break;
case Param_CHOICE: m_pd = new int; break;
case Param_FLOAT : m_pd = new double; break;
case Param_BOOL : m_pd = new bool; break;
case Param_VEC3D : m_pd = new vec3d; break;
case Param_VEC2I : m_pd = new vec2i; break;
case Param_VEC2D : m_pd = new vec2d; break;
case Param_MAT3D : m_pd = new mat3d; break;
case Param_MAT3DS: m_pd = new mat3ds; break;
case Param_STRING: m_pd = new std::string; break;
case Param_MATH : m_pd = new std::string; break;
case Param_COLOR : m_pd = new GLColor; break;
case Param_STD_VECTOR_INT : m_pd = new std::vector<int>(); break;
case Param_STD_VECTOR_DOUBLE: m_pd = new std::vector<double>(); break;
case Param_STD_VECTOR_VEC2D : m_pd = new std::vector<vec2d>(); break;
case Param_ARRAY_INT : m_pd = new std::vector<int >(m_nsize); break;
case Param_ARRAY_DOUBLE: m_pd = new std::vector<double>(m_nsize); break;
default:
assert(false);
}
}
//-----------------------------------------------------------------------------
void Param::SetLoadCurveID(int lcid)
{
m_lc = lcid;
}
//-----------------------------------------------------------------------------
int Param::GetLoadCurveID() const
{
return m_lc;
}
//-----------------------------------------------------------------------------
int Param::GetArraySize() const
{
if ((m_ntype == Param_ARRAY_DOUBLE) || (m_ntype == Param_ARRAY_INT)) return m_nsize;
return 0;
}
bool Param::IsFixedSize() const { return m_fixedSize; }
void Param::SetFixedSize(bool b) { assert(m_ntype == Param_STD_VECTOR_DOUBLE); m_fixedSize = b; }
//-----------------------------------------------------------------------------
const char* Param::GetEnumName(int n) const
{
const char* sz = m_szenum;
for (int i = 0; i < n; ++i)
{
size_t l = strlen(sz);
if (l == 0)
{
// assert(false);
return nullptr;
}
sz += l+1;
}
return sz;
}
//-----------------------------------------------------------------------------
int Param::FindEnum(const char* sz) const
{
if (m_szenum == nullptr) return -1;
const char* c = m_szenum;
int n = 0;
while (c && *c)
{
if (strcmp(c, sz) == 0) return n;
n++;
c += strlen(c)+1;
}
return n;
}
//-----------------------------------------------------------------------------
Param::Param(const Param& p)
{
m_nID = p.m_nID;
m_ntype = p.m_ntype;
m_nsize = p.m_nsize;
m_szbrev = p.m_szbrev;
m_szname = p.m_szname;
m_szunit = p.m_szunit;
m_nstate = p.m_nstate;
m_szindx = p.m_szindx;
m_nindx = p.m_nindx;
m_flags = p.m_flags;
m_paramGroup = p.m_paramGroup;
// we cannot copy the watch parameter!
m_watch = nullptr;
m_lc = p.m_lc;
m_bcopy = false;
if (p.m_bcopy) CopyEnumNames(p.m_szenum);
else m_szenum = p.m_szenum;
m_offset = p.m_offset;
m_varType = p.m_varType;
m_floatRange = p.m_floatRange;
m_fmin = p.m_fmin;
m_fmax = p.m_fmax;
m_fstep = p.m_fstep;
m_checkable = p.m_checkable;
m_checked = p.m_checked;
switch (m_ntype)
{
case Param_INT : { int* pi = new int ; m_pd = pi; *pi = *((int* )p.m_pd); } break;
case Param_CHOICE: { int* pi = new int ; m_pd = pi; *pi = *((int* )p.m_pd); } break;
case Param_FLOAT : { double* pd = new double; m_pd = pd; *pd = *((double*)p.m_pd); } break;
case Param_BOOL : { bool* pb = new bool ; m_pd = pb; *pb = *((bool* )p.m_pd); } break;
case Param_VEC3D : { vec3d* pv = new vec3d ; m_pd = pv; *pv = *((vec3d* )p.m_pd); } break;
case Param_VEC2I : { vec2i* pv = new vec2i ; m_pd = pv; *pv = *((vec2i* )p.m_pd); } break;
case Param_VEC2D : { vec2d* pv = new vec2d ; m_pd = pv; *pv = *((vec2d* )p.m_pd); } break;
case Param_MAT3D : { mat3d* pv = new mat3d ; m_pd = pv; *pv = *((mat3d* )p.m_pd); } break;
case Param_MAT3DS: { mat3ds* pv = new mat3ds; m_pd = pv; *pv = *((mat3ds* )p.m_pd); } break;
case Param_STRING: { std::string* ps = new std::string; m_pd = ps; *ps = *((std::string*)p.m_pd); } break;
case Param_MATH : { std::string* ps = new std::string; m_pd = ps; *ps = *((std::string*)p.m_pd); } break;
case Param_COLOR : { GLColor* pc = new GLColor; m_pd = pc; *pc = *((GLColor*)p.m_pd); } break;
case Param_STD_VECTOR_INT : { std::vector<int>* pv = new std::vector<int>(); m_pd = pv; *pv = *((std::vector<int>*)p.m_pd); } break;
case Param_STD_VECTOR_DOUBLE: { std::vector<double>* pv = new std::vector<double>(); m_pd = pv; *pv = *((std::vector<double>*)p.m_pd); } break;
case Param_STD_VECTOR_VEC2D : { std::vector<vec2d>* pv = new std::vector<vec2d>(); m_pd = pv; *pv = *((std::vector<vec2d>*)p.m_pd); } break;
case Param_ARRAY_INT : { std::vector<int >* pv = new std::vector<int> (); m_pd = pv; *pv = *((std::vector<int >*)p.m_pd); } break;
case Param_ARRAY_DOUBLE: { std::vector<double>* pv = new std::vector<double>(); m_pd = pv; *pv = *((std::vector<double>*)p.m_pd); } break;
default:
assert(false);
}
}
//-----------------------------------------------------------------------------
Param& Param::operator = (const Param& p)
{
clear();
// m_nID = p.m_nID;
m_ntype = p.m_ntype;
m_nsize = p.m_nsize;
// m_szbrev = p.m_szbrev;
// m_szname = p.m_szname;
// m_szenum = p.m_szenum;
// m_szunit = p.m_szunit;
// m_nstate = p.m_nstate;
// m_szindx = p.m_szindx;
// m_nindx = p.m_nindx;
// m_offset = p.m_offset;
// m_varType = p.m_varType;
// m_checkable = p.m_checkable;
m_checked = p.m_checked;
// m_flags = p.m_flags;
m_lc = p.m_lc;
// m_paramGroup = p.m_paramGroup;
switch (m_ntype)
{
case Param_INT : { int* pi = new int ; m_pd = pi; *pi = *((int* )p.m_pd); } break;
case Param_CHOICE: { int* pi = new int ; m_pd = pi; *pi = *((int* )p.m_pd); } break;
case Param_FLOAT : { double* pd = new double; m_pd = pd; *pd = *((double*)p.m_pd); } break;
case Param_BOOL : { bool* pb = new bool ; m_pd = pb; *pb = *((bool* )p.m_pd); } break;
case Param_VEC3D : { vec3d* pv = new vec3d ; m_pd = pv; *pv = *((vec3d* )p.m_pd); } break;
case Param_VEC2I : { vec2i* pv = new vec2i ; m_pd = pv; *pv = *((vec2i* )p.m_pd); } break;
case Param_VEC2D : { vec2d* pv = new vec2d ; m_pd = pv; *pv = *((vec2d* )p.m_pd); } break;
case Param_MAT3D : { mat3d* pv = new mat3d ; m_pd = pv; *pv = *((mat3d* )p.m_pd); } break;
case Param_MAT3DS: { mat3ds* pv = new mat3ds; m_pd = pv; *pv = *((mat3ds*)p.m_pd); } break;
case Param_STRING: { std::string* ps = new std::string; m_pd = ps; *ps = *((std::string*)p.m_pd); } break;
case Param_MATH : { std::string* ps = new std::string; m_pd = ps; *ps = *((std::string*)p.m_pd); } break;
case Param_COLOR : { GLColor* pc = new GLColor; m_pd = pc; *pc = *((GLColor*)p.m_pd); } break;
case Param_STD_VECTOR_INT: { std::vector<int>* pv = new std::vector<int>(); m_pd = pv; *pv = *((std::vector<int>*)p.m_pd); } break;
case Param_STD_VECTOR_DOUBLE: { std::vector<double>* pv = new std::vector<double>(); m_pd = pv; *pv = *((std::vector<double>*)p.m_pd); } break;
case Param_STD_VECTOR_VEC2D : { std::vector<vec2d>* pv = new std::vector<vec2d>(); m_pd = pv; *pv = *((std::vector<vec2d>*)p.m_pd); } break;
case Param_ARRAY_INT: { std::vector<int>* pv = new std::vector<int>(); m_pd = pv; *pv = *((std::vector<int>*)p.m_pd); } break;
case Param_ARRAY_DOUBLE: { std::vector<double>* pv = new std::vector<double>(); m_pd = pv; *pv = *((std::vector<double>*)p.m_pd); } break;
default:
assert(false);
}
return (*this);
}
//-----------------------------------------------------------------------------
Param::Param(int n, Param_Type ntype, const char* szb, const char* szn)
{
int* pi = new int;
*pi = n;
m_pd = pi;
assert((ntype == Param_INT) || (ntype == Param_CHOICE));
m_ntype = ntype;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(int n, const char* szb, const char* szn)
{
int* pi = new int;
*pi = n;
m_pd = pi;
m_ntype = Param_INT;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(double d, const char* szb, const char* szn)
{
double* pd = new double;
*pd = d;
m_pd = pd;
m_ntype = Param_FLOAT;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(double d, const char* szunit, const char* szb, const char* szn)
{
double* pd = new double;
*pd = d;
m_pd = pd;
m_ntype = Param_FLOAT;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = szunit;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(bool b, const char* szb, const char* szn)
{
bool* pb = new bool;
*pb = b;
m_pd = pb;
m_ntype = Param_BOOL;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(vec3d v, const char* szb, const char* szn)
{
vec3d* pv = new vec3d;
*pv = v;
m_pd = pv;
m_ntype = Param_VEC3D;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(vec2i v, const char* szb, const char* szn)
{
vec2i* pv = new vec2i;
*pv = v;
m_pd = pv;
m_ntype = Param_VEC2I;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
m_watch = nullptr;
}
Param::Param(vec2d v, const char* szb, const char* szn)
{
vec2d* pv = new vec2d;
*pv = v;
m_pd = pv;
m_ntype = Param_VEC2D;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(mat3d v, const char* szb, const char* szn)
{
mat3d* pv = new mat3d;
*pv = v;
m_pd = pv;
m_ntype = Param_MAT3D;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(mat3ds v, const char* szb, const char* szn)
{
mat3ds* pv = new mat3ds;
*pv = v;
m_pd = pv;
m_ntype = Param_MAT3DS;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(GLColor c, const char* szb, const char* szn)
{
GLColor* pc = new GLColor(c);
m_pd = pc;
m_ntype = Param_COLOR;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(const std::vector<int>& v, const char* szb, const char* szn)
{
std::vector<int>* pc = new std::vector<int>(v);
m_pd = pc;
m_ntype = Param_STD_VECTOR_INT;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
Param::Param(const std::vector<double>& v, const char* szb, const char* szn)
{
std::vector<double>* pc = new std::vector<double>(v);
m_pd = pc;
m_ntype = Param_STD_VECTOR_DOUBLE;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
Param::Param(const std::vector<vec2d>& v, const char* szb, const char* szn)
{
std::vector<vec2d>* pc = new std::vector<vec2d>(v);
m_pd = pc;
m_ntype = Param_STD_VECTOR_VEC2D;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
Param::Param(const std::string& val, const char* szb, const char* szn)
{
std::string* pv = new std::string;
*pv = val;
m_pd = pv;
m_ntype = Param_STRING;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
Param::Param(const int* v, int nsize, const char* szb, const char* szn)
{
assert(nsize > 1);
std::vector<int>* pc = new std::vector<int>();
pc->resize(nsize);
for (int i = 0; i < nsize; ++i) (*pc)[i] = v[i];
m_pd = pc;
m_ntype = Param_ARRAY_INT;
m_nsize = nsize;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
Param::Param(const double* v, int nsize, const char* szb, const char* szn)
{
assert(nsize > 1);
std::vector<double>* pc = new std::vector<double>();
pc->resize(nsize);
for (int i = 0; i < nsize; ++i) (*pc)[i] = v[i];
m_pd = pc;
m_ntype = Param_ARRAY_DOUBLE;
m_nsize = nsize;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_szindx = 0;
m_nindx = -1;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(int n, const char* szi, int idx, const char* szb, const char* szn)
{
int* pi = new int;
*pi = n;
m_pd = pi;
m_ntype = Param_INT;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szindx = szi;
m_nindx = idx;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(double d, const char* szi, int idx, const char* szb, const char* szn)
{
double* pd = new double;
*pd = d;
m_pd = pd;
m_ntype = Param_FLOAT;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szindx = szi;
m_nindx = idx;
m_szunit = 0;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
//-----------------------------------------------------------------------------
Param::Param(double d, const char* szi, int idx, const char* szunit, const char* szb, const char* szn)
{
double* pd = new double;
m_pd = pd;
*pd = d;
m_ntype = Param_FLOAT;
m_nsize = 0;
m_szbrev = szb;
m_szname = (szn == 0 ? szb : szn);
m_szenum = 0;
m_szindx = szi;
m_nindx = idx;
m_szunit = szunit;
m_nstate = Param_ALLFLAGS;
m_flags = 0;
m_lc = -1;
m_bcopy = false;
m_offset = 0;
m_varType = Param_UNDEF;
m_floatRange = false;
m_fmin = m_fmax = m_fstep = 0.0;
m_checkable = false;
m_checked = false;
m_paramGroup = -1;
m_watch = nullptr;
}
void Param::SetArrayIntValue(const std::vector<int>& v)
{
assert(m_ntype == Param_ARRAY_INT);
auto& d = val<std::vector<int> >();
if (d.empty()) { d = v; return; }
assert(d.size() == v.size());
int n = MIN(d.size(), v.size());
for (int i = 0; i < n; ++i) d[i] = v[i];
}
void Param::SetArrayIntValue(int* pd, int nsize)
{
assert(m_ntype == Param_ARRAY_INT);
auto& d = val<std::vector<int> >();
assert(d.size() == nsize);
int n = MIN(d.size(), nsize);
for (int i = 0; i < n; ++i) d[i] = pd[i];
}