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definetype.c
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definetype.c
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#include "definetype.h"
//Sets the various sizes and flags for the model. This method should set the following fields:
//dim: The number of unknowns in the differential equations (or the number of ODEs at each link).
//diff_start: The starting index of the differential unknowns.
//str_flag: 1 if reading rainfall data from a .str file, 0 else.
//binrain_flag: 1 if reading rainfall data from binary files, 0 else.
//uses_dam: 1 if dams are compatible with the model given by type.
//params_size: The total number of parameters (including precalculations) at links with no dam.
//dam_params_size: The total number of parameters (including precalculations) at links with a dam.
//area_idx: The entry in params where the upstream area is stored.
//disk_params: The number of enries in param that are read from DEM data.
//Currently, this program assumes the same number of differential equations at each link.
//UnivVars* GlobalVars: Contains the global variables for the system.
void SetParamSizes(UnivVars* GlobalVars,void* external)
{
unsigned short int type = GlobalVars->type;
unsigned int num_global_params;
//Set dim and start of differential variables
switch(type)
{
//--------------------------------------------------------------------------------------------
case 0: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 1;
GlobalVars->num_forcings = 0;
GlobalVars->min_error_tolerances = 1;
break;
//--------------------------------------------------------------------------------------------
case 1: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 1;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 2: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 1;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 3: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 1;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 4: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 1;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 5: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 1;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 6: num_global_params = 5;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 14;
GlobalVars->convertarea_flag = 1;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 15: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 19: num_global_params = 7;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 8;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 3;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 20: num_global_params = 9;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 6;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 3;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 21: num_global_params = 7;
GlobalVars->uses_dam = 1;
GlobalVars->params_size = 7; //Need 1 extra for orifice_area
GlobalVars->dam_params_size = 15;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 3;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 22: num_global_params = 4;
GlobalVars->uses_dam = 1;
GlobalVars->params_size = 10; //Need 1 extra for orifice_area
GlobalVars->dam_params_size = 18;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 6;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 23: num_global_params = 4;
GlobalVars->uses_dam = 1;
GlobalVars->params_size = 10; //Need 1 extra for orifice_area
GlobalVars->dam_params_size = 18;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 6;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 30: num_global_params = 7;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 21;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 2;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 40: num_global_params = 4;
GlobalVars->uses_dam = 1;
GlobalVars->params_size = 9;
GlobalVars->dam_params_size = 6;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 6;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 60: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 8;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 4;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 101: num_global_params = 0;
GlobalVars->convertarea_flag = 1;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 105: num_global_params = 0;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 16;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 1;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 190: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 8;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 3;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 2;
GlobalVars->min_error_tolerances = 3;
break;
//--------------------------------------------------------------------------------------------
case 191: num_global_params = 7;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 8;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 3;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 6;
break;
//--------------------------------------------------------------------------------------------
case 200: num_global_params = 10;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 1;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 219: num_global_params = 3;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 5;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 3;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 250: num_global_params = 9;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 9;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 4;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 252: num_global_params = 11;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 8;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 3;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 2;
GlobalVars->min_error_tolerances = 4;
break;
//--------------------------------------------------------------------------------------------
case 253: num_global_params = 11;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 8;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 3;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 3;
GlobalVars->min_error_tolerances = 4;
break;
//--------------------------------------------------------------------------------------------
case 254: num_global_params = 12;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 8;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 3;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 3;
GlobalVars->min_error_tolerances = 7;
break;
//--------------------------------------------------------------------------------------------
case 255: num_global_params = 3;
GlobalVars->uses_dam = 1;
GlobalVars->params_size = 16;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 11;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 3;
GlobalVars->min_error_tolerances = 5;
break;
//--------------------------------------------------------------------------------------------
case 260: num_global_params = 11;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 6;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 3;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 2;
GlobalVars->min_error_tolerances = 4;
break;
//--------------------------------------------------------------------------------------------
case 261: num_global_params = 6;
GlobalVars->uses_dam = 1;
GlobalVars->params_size = 13;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 9;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 4;
GlobalVars->min_error_tolerances = 8;
break;
//--------------------------------------------------------------------------------------------
case 262: num_global_params = 6;
GlobalVars->uses_dam = 1;
GlobalVars->params_size = 14;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 0;
GlobalVars->areah_idx = 2;
GlobalVars->disk_params = 10;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 3;
GlobalVars->min_error_tolerances = 8;
break;
//--------------------------------------------------------------------------------------------
case 300: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 301: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 315: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 0;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
case 2000: num_global_params = 6;
GlobalVars->uses_dam = 0;
GlobalVars->params_size = 20;
GlobalVars->dam_params_size = 0;
GlobalVars->area_idx = 2;
GlobalVars->areah_idx = 1;
GlobalVars->disk_params = 12;
GlobalVars->convertarea_flag = 1;
GlobalVars->num_forcings = 1;
GlobalVars->min_error_tolerances = 1; //This should probably be higher...
break;
//--------------------------------------------------------------------------------------------
default: printf("Error: Invalid type (%u) in SetParamSizes.\n",type);
MPI_Abort(MPI_COMM_WORLD,1);
//--------------------------------------------------------------------------------------------
}
//Make sure the appropriate number of global parameters are given
if(GlobalVars->global_params->dim < num_global_params)
{
printf("\nError: Obtained %u parameters from .gbl file. Expected %u for model type %hu.\n",GlobalVars->global_params->dim,num_global_params,type);
MPI_Abort(MPI_COMM_WORLD,1);
}
if(GlobalVars->global_params->dim > num_global_params)
printf("\nWarning: Obtained %u parameters from .gbl file. Expected %u for model type %hu.\n",GlobalVars->global_params->dim,num_global_params,type);
}
//Performs some unit conversions on the data in params. This takes place immediately after reading in the DEM data,
//so these changes are available in all routines of definetype.c, if params is available. Note that dam data
//and precalculations are not available here.
//VEC* params: Vector of parameters to convert.
//unsigned int type: The index of the model.
void ConvertParams(VEC* params,unsigned int type,void* external)
{
if(type == 19)
{
params->ve[1] *= 1000; //L: km -> m
params->ve[2] *= 1e6; //A_h: km^2 -> m^2
}
else if(type == 190 || type == 191)
{
params->ve[1] *= 1000; //L: km -> m
params->ve[2] *= 1e6; //A_h: km^2 -> m^2
}
else if(type == 20)
{
//params->ve[0] *= 1e6; //km^2 -> m^2
params->ve[1] *= 1000; //km -> m
params->ve[2] *= 1e6; //km^2 -> m^2
}
else if(type == 60)
{
params->ve[1] *= 1000; //L: km -> m
params->ve[2] *= 1e6; //A_h: km^2 -> m^2
params->ve[3] *= 1e-3; //h_b: mm->m
}
else if(type == 21)
{
//params->ve[0] *= 1e6; //km^2 -> m^2
params->ve[1] *= 1000; //km -> m
params->ve[2] *= 1e6; //km^2 -> m^2
}
else if(type == 22 || type == 23 || type == 40)
{
//params->ve[0] *= 1e6; //km^2 -> m^2
params->ve[1] *= 1000; //km -> m
params->ve[2] *= 1e6; //km^2 -> m^2
}
else if(type <= 5)
{
params->ve[0] *= 1000; //km -> m
params->ve[3] *= .001; //mm -> m
params->ve[4] *= .001; //mm -> m
}
else if(type == 6)
{
params->ve[0] *= 1000; //km -> m
params->ve[3] *= .001; //mm -> m
}
else if(type == 15 || type == 315)
{
params->ve[0] *= 1000; //L: km -> m
params->ve[3] *= .001; //h_b: mm -> m
params->ve[4] *= .001; //h_H: mm -> m
}
else if(type == 30)
{
params->ve[0] *= 1000; //L_h: km -> m
params->ve[4] *= .001; //H_h: mm -> m
params->ve[5] *= 1000.0; //MaxInfRate: m/hr -> mm/hr
}
else if(type == 105)
{
params->ve[0] *= 1000; //km -> m
params->ve[3] *= .001; //mm -> m
params->ve[4] *= .001; //mm -> m
}
else if(type == 200) //!!!! Did I screw these up on accident?!!!!
{
params->ve[0] *= 1000; //L_h: km -> m
/*
//params->ve[3] *= .001; //mm -> m
params->ve[4] *= .001; //H_h: mm -> m
params->ve[5] *= 1000.0; //MaxInfRate: m/hr -> mm/hr
*/
}
else if(type == 219)
{
params->ve[1] *= 1000; //L: km -> m
params->ve[2] *= 1e6; //A_h: km^2 -> m^2
}
else if(type == 250)
{
params->ve[1] *= 1000; //L_h: km -> m
params->ve[2] *= 1e6; //A_h: km^2 -> m^2
params->ve[4] *= .001; //H_h: mm -> m
}
else if(type == 252 || type == 260 || type == 254 || type == 261 || type == 262)
{
params->ve[1] *= 1000; //L_h: km -> m
params->ve[2] *= 1e6; //A_h: km^2 -> m^2
}
else if(type == 253)
{
params->ve[1] *= 1000; //L_h: km -> m
params->ve[2] *= 1e6; //A_h: km^2 -> m^2
}
else if (type == 255)
{
params->ve[1] *= 1000; //L_h: km -> m
params->ve[2] *= 1e6; //A_h: km^2 -> m^2
}
else if(type == 300 || type == 301)
{
params->ve[0] *= 1000; //km -> m
params->ve[3] *= .001; //mm -> m
params->ve[4] *= .001; //mm -> m
}
else if(type == 2000)
{
params->ve[0] *= 1000; //km -> m
params->ve[3] *= .001; //mm -> m
params->ve[4] *= .001; //mm -> m
}
}
//Sets the system of ODEs and the Runge-Kutta solver for link. This method MUST set both link->f
// and link->RKSolver. The Jacobian of f (link->Jacobian) may be set here, if using an
// implicit solver.
//Link* link: The link at which the ODEs and Runge-Kutta solver are selected.
//unsigned int type: The index of the model to be set.
//unsigned int exp_imp: 0 if using an explicit solver, 1 if implicit.
//unsigned int dam: 0 if no dam is present at link, 1 if a dam is present.
void InitRoutines(Link* link,unsigned int type,unsigned int exp_imp,unsigned short int dam,void* external)
{
//Select appropriate RK Solver for the numerical method (link->RKSolver)
if( (type == 21 || type == 22 || type == 23 || type == 40 || type == 261 || type == 262) && dam == 1)
link->RKSolver = &ExplicitRKIndex1SolverDam;
else if( (type == 21 || type == 22 || type == 23 || type == 40 || type == 261 || type == 262) && dam == 0)
link->RKSolver = &ExplicitRKIndex1Solver;
else if(exp_imp == 0)
link->RKSolver = &ExplicitRKSolver;
// else if(link->method->exp_imp == 1)
// link->RKSolver = &RadauRKSolver;
else
printf("Warning: No solver selected for link ID %u.\n",link->ID);
//Select the RHS function of the ODE (link->f, link->Jacobian)
if(type == 0)
{
link->dim = 1;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &simple_river;
link->Jacobian = &Jsimple;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_1States;
}
else if(type == 1 || type == 3)
{
link->dim = 2;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &river_rainfall;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_2States;
}
else if(type == 2)
{
link->dim = 2;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &simple_hillslope;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_2States;
}
else if(type == 4)
{
link->dim = 4;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &simple_soil;
link->Jacobian = &Jsimple_soil;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_4States;
}
else if(type == 5)
{
link->dim = 4;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &soil_rainfall;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Model5;
}
else if(type == 6)
{
link->dim = 4;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &qsav_rainfall;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_4States;
}
else if(type == 15)
{
link->dim = 2;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &river_rainfall_adjusted;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_2States;
}
else if(type == 19)
{
link->dim = 3;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &LinearHillslope_Evap;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_3States;
}
else if(type == 20)
{
link->dim = 3;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &Hillslope_Toy;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_3States;
}
else if(type == 21)
{
link->dim = 4;
link->no_ini_start = 2;
link->diff_start = 1;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 1;
if(dam) link->f = &dam_rain_hillslope;
else link->f = &nodam_rain_hillslope;
link->alg = &dam_q;
link->state_check = &dam_check;
link->CheckConsistency = &CheckConsistency_Nonzero_4States;
}
else if(type == 22)
{
link->dim = 4;
link->no_ini_start = 2;
link->diff_start = 1;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 1;
if(dam) link->f = &dam_rain_hillslope2;
else link->f = &nodam_rain_hillslope2;
link->alg = &dam_q2;
link->state_check = &dam_check2;
link->CheckConsistency = &CheckConsistency_Nonzero_4States;
}
else if(type == 23)
{
link->dim = 4;
link->no_ini_start = 2;
link->diff_start = 1;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 1;
if(dam) link->f = &dam_rain_hillslope3;
else link->f = &nodam_rain_hillslope3;
link->alg = &dam_q3;
link->state_check = &dam_check3;
link->CheckConsistency = &CheckConsistency_Nonzero_4States;
}
else if(type == 30)
{
link->dim = 4;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &lcuencas_soilrain;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Model30;
}
else if(type == 40)
{
link->dim = 4;
link->no_ini_start = 2;
link->diff_start = 1;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 1;
if(dam) link->f = &dam_rain_hillslope_qsv;
else link->f = &nodam_rain_hillslope_qsv;
link->alg = &dam_q_qvs;
link->state_check = &dam_check_qvs;
link->CheckConsistency = &CheckConsistency_Nonzero_4States;
}
else if(type == 60)
{
link->dim = 3;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &LinearHillslope_Evap_RC;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_3States;
}
else if(type == 101)
{
link->dim = 3;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &Robertson;
link->Jacobian = &JRobertson;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_3States;
}
else if(type == 105)
{
link->dim = 2;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &river_rainfall_summary;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_2States;
}
else if(type == 190)
{
link->dim = 3;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &LinearHillslope_MonthlyEvap;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_3States;
}
else if(type == 191)
{
link->dim = 6;
link->no_ini_start = 3;
link->diff_start = 0;
link->num_dense = 2;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->dense_indices[1] = 5;
if(link->res)
{
link->f = &LinearHillslope_Reservoirs_extras;
link->RKSolver = &ForcedSolutionSolver;
}
else link->f = &LinearHillslope_MonthlyEvap_extras;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_AllStates_q;
}
else if(type == 200) //This is for use with SIMPLE only
{
link->dim = 2;
link->no_ini_start = 1;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = NULL;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_2States;
}
else if(type == 219)
{
link->dim = 1;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &Tiling;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_1States;
}
else if(type == 250)
{
link->dim = 3;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &NonLinearHillslope;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_3States;
}
else if(type == 252)
{
link->dim = 4;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->f = &TopLayerHillslope;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_4States;
}
else if(type == 253)
{
link->dim = 4;
link->no_ini_start = link->dim;
link->diff_start = 0;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
if(link->res)
{
link->f = &TopLayerHillslope_Reservoirs;
link->RKSolver = &ForcedSolutionSolver;
}
else link->f = &TopLayerHillslope;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_4States;
}
else if(type == 254)
{
link->dim = 7;
link->no_ini_start = 4;
link->diff_start = 0;
link->num_dense = 2;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
link->dense_indices[0] = 0;
link->dense_indices[1] = 6;
if(link->res)
{
link->f = &TopLayerHillslope_Reservoirs;
link->RKSolver = &ForcedSolutionSolver;
}
else link->f = &TopLayerHillslope_extras;
link->alg = NULL;
link->state_check = NULL;
link->CheckConsistency = &CheckConsistency_Nonzero_AllStates_q;
}
else if(type == 255)
{
link->dim = 5;
link->no_ini_start = 5;
link->diff_start = 1;
link->num_dense = 1;
link->dense_indices = (unsigned int*) realloc(link->dense_indices,link->num_dense*sizeof(unsigned int));
if(link->res)
{
link->dense_indices[0] = 0; //Discharge
link->f = &TopLayerHillslope_Reservoirs;
link->RKSolver = &ForcedSolutionSolver;
}
else
{
link->dense_indices[0] = 1; //Storage
link->f = &TopLayerHillslope_variable;