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GridMonk_IO.cs
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GridMonk_IO.cs
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using System;
using System.Collections.Generic;
using System.ComponentModel;
using System.Data;
using System.Drawing;
using System.Drawing.Drawing2D;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
using System.Windows.Forms;
using Newtonsoft;
using Newtonsoft.Json;
using System.IO;
using System.Diagnostics;
//using OpenDSSengine;
namespace GridMonC
{
// used added "OpenDSSengine.dll"
// in order to work, it needs:
// Regsiter:
// make it compatible with: >TlbImp.exe OpenDSSengine.dll /out:OpenDSSengine1.dll
// Project -> Add Reference -> Browse
public partial class GridMonk : Form
{
string OpenDSS_Circuit_name = "";
string OpenDSS_Circuit_basekV = "";
string OpenDSS_Circuit_bus1 = "";
string OpenDSS_Circuit_pu = "";
string OpenDSS_Circuit_angle = "";
string OpenDSS_Circuit_phases = "";
string OpenDSS_Circuit_Vminpu = "";
string OpenDSS_Circuit_Vmaxpu = "";
string OpenDSS_Circuit_MVASC3 = "";
string OpenDSS_Circuit_MVASC1 = "";
string OpenDSS_Circuit_R1 = "";
string OpenDSS_Circuit_X1 = "";
string Open_DSS_Edit_string = "";
int new_Load_command = 0;
private void Button_Load_file_Click(object sender, EventArgs e)
{
Write_GridMonK_log("#Command=" + "Load_file=Start");
Write_GridMonK_log("GridMonk_Project=" + GridMonk_Project);
Load_project();
Read_SCADA_file();
Operations_no = 0; // Index of operations is set to zero
Write_GridMonK_log("#Command=" + "Load_file=Finished");
new_Load_command = 1;
// Initialize
}
private void Load_project()
{
richTextBox_events.Text = ""; // la o lansare noua se reseteaza acest text
Timeframe_crt = -1; // The timeframe is set to -1, which correspond to RMB
loads_no = 0;
lines_no = 0; lines_values_set_no = 0;
generators_no = 0;
vsources_no = 0;
exports_no = 0;
monitors_no = 0;
linecodes_no = 0;
loadshapes_no = 0;
interracts_no = 0;
measurements_no = 0;
graph_phasors_no = -1; // permite mai multe randuri despre acelasi grafic
graph_sankeys_no = -1; // permite mai multe randuri despre acelasi grafic
graph_pies_no = 0;
graph_smallgph_no = 0;
graphs_no = 0;
prosumers_no = 0;
smart_meters_no = 0;
PMUs_no = 0;
nodes_no = 0;
nodes_metadata_no = 0;
labels_no = 0;
trafos_no = 0;
polylines1_no = 0;
polylines2node_no = 0;
HIL_FrontEnd_no = 0;
Angle_real_time = 0;
OpenDSS_other_exports = "";
for (int i1 = 0; i1 < loads_MAX; i1++) for (int j1 = 0; j1 < loads_prop_MAX; j1++) loads[i1, j1] = "";
for (int i1 = 0; i1 < loads_MAX; i1++)
for (int sgm = 0; sgm < 10; sgm++)
for (int con = 0; con < 2; con++)
{
loads_npolys[i1, sgm, con, 0] = 0; // coordinate x
loads_npolys[i1, sgm, con, 1] = 0; // coordinate y
}
for (int i1 = 0; i1 < HIL_FrontEnd_MAX; i1++) for (int j1 = 0; j1 < HIL_FrontEnd_prop_MAX; j1++)
{
HIL_FrontEnd[i1, j1] = ""; // Initialize HIL_FrontEnd objects
}
for (int i1 = 0; i1 < lines_MAX; i1++) for (int j1 = 0; j1 < lines_prop_MAX; j1++)
{
lines[i1, j1] = "";
// initialize with a number near zero but which cannot be practically obtained from input or calculated data
lines_double[i1, j1] = double_NULL;
}
for (int i1 = 0; i1 < lines_MAX; i1++)
for (int sgm = 0; sgm < 10; sgm++)
for (int con = 0; con < 2; con++)
{
lines_npolys[i1, sgm, con, 0] = 0; // coordinate x
lines_npolys[i1, sgm, con, 1] = 0; // coordinate y
}
for (int i1 = 0; i1 < trafos_MAX; i1++) for (int j1 = 0; j1 < trafos_prop_MAX; j1++)
{
trafos[i1, j1] = "";
// initialize with a number near zero but which cannot be practically obtained from input or calculated data
trafos_double[i1, j1] = double_NULL;
}
for (int i1 = 0; i1 < trafos_MAX; i1++)
for (int sgm = 0; sgm < 10; sgm++)
for (int con = 0; con < 2; con++)
{
trafos_npolys[i1, sgm, con, 0] = 0; // coordinate x
trafos_npolys[i1, sgm, con, 1] = 0; // coordinate y
}
for (int i1 = 0; i1 < linecodes_MAX; i1++) for (int j1 = 0; j1 < linecodes_prop_MAX; j1++) linecodes[i1, j1] = "";
for (int i1 = 0; i1 < loadshapes_MAX; i1++) for (int j1 = 0; j1 < loadshapes_prop_MAX; j1++) loadshapes[i1, j1] = "";
for (int i1 = 0; i1 < generators_MAX; i1++) for (int j1 = 0; j1 < generators_prop_MAX; j1++)
{
generators[i1, j1] = "";
// initialize with a number near zero but which cannot be practically obtained from input or calculated data
generators_double[i1, j1] = double_NULL;
}
for (int i1 = 0; i1 < generators_MAX; i1++)
for (int sgm = 0; sgm < 10; sgm++)
for (int con = 0; con < 2; con++)
{
generators_npolys[i1, sgm, con, 0] = 0; // coordinate x
generators_npolys[i1, sgm, con, 1] = 0; // coordinate y
}
for (int i1 = 0; i1 < vsources_MAX; i1++) for (int j1 = 0; j1 < vsources_prop_MAX; j1++) vsources[i1, j1] = "";
for (int i1 = 0; i1 < monitors_MAX; i1++) for (int j1 = 0; j1 < monitors_prop_MAX; j1++) monitors[i1, j1] = "";
for (int i1 = 0; i1 < exports_MAX; i1++) for (int j1 = 0; j1 < exports_prop_MAX; j1++) exports[i1, j1] = "";
for (int i1 = 0; i1 < nodes_MAX; i1++) for (int j1 = 0; j1 < nodes_prop_MAX; j1++) nodes[i1, j1] = "";
for (int i1 = 0; i1 < nodes_metadata_MAX; i1++)
{
for (int j1 = 0; j1 < nodes_metadata_prop_MAX; j1++) nodes_metadata[i1, j1] = "";
// initialize the structure of "nodes_Draw_U_proc"
nodes_Draw_U_proc[i1].Attrib_text = "{visible:0,x0:0,y0:0,font:10,color:\"black\"}";
nodes_Draw_U_proc[i1].Visible = "0"; // initial it is invisible
nodes_Draw_U_proc[i1].x0 = 0; nodes_Draw_U_proc[i1].y0 = 0; // initial x0 and y0 are zero
nodes_Draw_U_proc[i1].Font = 8; // intial font is 8
nodes_Draw_U_proc[i1].Color = "Black";
// initialize the structure of "nodes_Draw_busbar"
nodes_Draw_busbar[i1].Attrib_text = "{enable:0,direction:N,bays:3,bay_size:10}";
nodes_Draw_busbar[i1].Enable = "0"; // initial it is not enabled
nodes_Draw_busbar[i1].Direction = "N";
nodes_Draw_busbar[i1].Bays_number = 3; // intial number is 3
nodes_Draw_busbar[i1].Bay_size = 10; // initail step between bays is 10 points
nodes_Draw_busbar[i1].coord_x = new int[20]; // maximum 20 bays for a busbar
for (int x1 = 0; x1 < 20; x1++) nodes_Draw_busbar[i1].coord_x[x1] = 0;
nodes_Draw_busbar[i1].coord_y = new int[20]; // maximum 20 bays for a busbar
for (int y1 = 0; y1 < 20; y1++) nodes_Draw_busbar[i1].coord_y[y1] = 0;
}
for (int i1 = 0; i1 < labels_MAX; i1++) for (int j1 = 0; j1 < labels_prop_MAX; j1++) labels[i1, j1] = "";
for (int i1 = 0; i1 < interracts_MAX; i1++) for (int j1 = 0; j1 < interracts_prop_MAX; j1++) interracts[i1, j1] = "";
for (int i1 = 0; i1 < measurements_MAX; i1++) for (int j1 = 0; j1 < measurements_prop_MAX; j1++) measurements[i1, j1] = "";
for (int i1 = 0; i1 < graph_phasors_MAX; i1++) for (int j1 = 0; j1 < graph_phasors_prop_MAX; j1++) graph_phasors[i1, j1] = "";
for (int i1 = 0; i1 < graph_sankeys_MAX; i1++) for (int j1 = 0; j1 < graph_sankeys_prop_MAX; j1++) graph_sankeys[i1, j1] = "";
for (int i1 = 0; i1 < graph_pies_MAX; i1++)
{
for (int j1 = 0; j1 < graph_pies_prop_MAX; j1++) graph_pies[i1, j1] = "";
graph_pies[i1, graph_pies_PROP_size] = "1.0"; // deafult dimmention is 1
graph_pies_double[i1, graph_pies_PROP_size] = 1.0; // deafult dimmention is 1
}
for (int i1 = 0; i1 < graph_smallgph_MAX; i1++) for (int j1 = 0; j1 < graph_smallgph_prop_MAX; j1++) graph_smallgph[i1, j1] = "";
for (int i1 = 0; i1 < prosumers_MAX; i1++) for (int j1 = 0; j1 < prosumers_prop_MAX; j1++) prosumers[i1, j1] = "";
for (int i1 = 0; i1 < smart_meters_MAX; i1++) for (int j1 = 0; j1 < smart_meters_prop_MAX; j1++) smart_meters[i1, j1] = "";
for (int i1 = 0; i1 < PMUs_MAX; i1++) for (int j1 = 0; j1 < PMUs_prop_MAX; j1++) PMUs[i1, j1] = "";
for (int i1 = 0; i1 < polylines1_MAX; i1++) for (int j1 = 0; j1 < polylines1_prop_MAX; j1++) polylines1[i1, j1] = "";
for (int i1 = 0; i1 < polylines2node_MAX; i1++) for (int j1 = 0; j1 < polylines2node_prop_MAX; j1++) polylines2node[i1, j1] = "";
for (int i1 = 0; i1 < graphs_MAX; i1++) for (int j1 = 0; j1 < graphs_prop_MAX; j1++) prosumers[i1, j1] = "";
Gph_phasors_ini(); // these objects need more initialisations
Gph_sankeys_ini(); // these objects need more initialisations
for (int i1 = 0; i1 < Global_Gph_Info__types_MAX; i1++) for (int j1 = 0; j1 < Global_Gph_Info_prop_MAX; j1++) Global_Gph_Info[i1, j1] = "";
// initialize all historical data sets
for (int i1 = 0; i1 < loads_MAX; i1++) for (int j1 = 0; j1 < loads_prop_MAX; j1++)
for (int k1 = 0; k1 < historical_values_depth_MAX; k1++) loads_values_set[i1, j1, k1] = "";
for (int i1 = 0; i1 < lines_MAX; i1++) for (int j1 = 0; j1 < lines_prop_MAX; j1++)
for (int k1 = 0; k1 < historical_values_depth_MAX; k1++) lines_values_set[i1, j1, k1] = "";
for (int i1 = 0; i1 < lines_MAX; i1++) lines[i1, lines_PROP_Imax] = "40000"; // we put 40kA as max value for a line, which cannot be attended
for (int i1 = 0; i1 < trafos_MAX; i1++) for (int j1 = 0; j1 < trafos_prop_MAX; j1++)
for (int k1 = 0; k1 < historical_values_depth_MAX; k1++) trafos_values_set[i1, j1, k1] = "";
for (int i1 = 0; i1 < generators_MAX; i1++) for (int j1 = 0; j1 < generators_prop_MAX; j1++)
for (int k1 = 0; k1 < historical_values_depth_MAX; k1++) generators_values_set[i1, j1, k1] = "";
//Initailize GridMonk global variables
_GridMonK_nodes_wires_connection = "";
string File_to_be_scanned = Grid_Projects_Path + @"/" + GridMonk_Project + @"/" + GridMonk_Project + ".dss";
//string[] file_text = System.IO.File.ReadAllLines(@"E:\App\VStudio\GridMonK\PowerGrid\" + File_to_be_scanned);
string[] file_text = System.IO.File.ReadAllLines(File_to_be_scanned);
foreach (string line in file_text)
{
char[] delimiterChars1 = { '\t', ' ' };
string[] line1 = line.Split(delimiterChars1);
string[] column_in, column_cd, cdx, cd2;
if ((line1[0].ToLower() == "new") && (line1[1].Contains("Circuit.")))
{
foreach (string column in line1)
{
column_in = column.Split('=');
if (column.Contains("Circuit.")) OpenDSS_Circuit_name = column.Remove(0, 8);
if (column_in[0] == "basekV") OpenDSS_Circuit_basekV = column_in[1];
if (column_in[0] == "bus1") OpenDSS_Circuit_bus1 = column_in[1];
if (column_in[0] == "pu") OpenDSS_Circuit_pu = column_in[1];
if (column_in[0] == "angle") OpenDSS_Circuit_angle = column_in[1];
if (column_in[0] == "phases") OpenDSS_Circuit_phases = column_in[1];
if (column_in[0].ToLower() == "vminpu") OpenDSS_Circuit_Vminpu = column_in[1];
if (column_in[0].ToLower() == "vmaxpu") OpenDSS_Circuit_Vmaxpu = column_in[1];
if (column_in[0].ToLower() == "mvasc3") OpenDSS_Circuit_MVASC3 = column_in[1];
if (column_in[0].ToLower() == "mvasc1") OpenDSS_Circuit_MVASC1 = column_in[1];
if (column_in[0].ToLower() == "r1") OpenDSS_Circuit_R1 = column_in[1];
if (column_in[0].ToLower() == "x1") OpenDSS_Circuit_X1 = column_in[1];
}
}
// Vsources
if ((line1[0].ToLower() == "new") && (line1[1].Contains("Vsource.")))
{
foreach (string column in line1)
{
column_in = column.Split('=');
if (column.Contains("Vsource.")) vsources[vsources_no, vsources_PROP_name] = column.Remove(0, 8);
if (column_in[0].ToLower() == "basekv") vsources[vsources_no, vsources_PROP_BasekV] = column_in[1];
if (column_in[0].ToLower() == "pu") vsources[vsources_no, vsources_PROP_pu] = column_in[1];
if (column_in[0].ToLower() == "angle") vsources[vsources_no, vsources_PROP_angle] = column_in[1];
if (column_in[0].ToLower() == "phase") vsources[vsources_no, vsources_PROP_phase] = column_in[1];
if (column_in[0].ToLower() == "basemva") vsources[vsources_no, vsources_PROP_baseMVA] = column_in[1];
if (column_in[0].ToLower() == "mvasc3") vsources[vsources_no, vsources_PROP_Mvasc3] = column_in[1];
if (column_in[0].ToLower() == "mvasc1") vsources[vsources_no, vsources_PROP_Mvasc1] = column_in[1];
if (column_in[0].ToLower() == "isc3") vsources[vsources_no, vsources_PROP_isc3] = column_in[1];
if (column_in[0].ToLower() == "isc1") vsources[vsources_no, vsources_PROP_isc1] = column_in[1];
if (column_in[0].ToLower() == "r1") vsources[vsources_no, vsources_PROP_R1] = column_in[1];
if (column_in[0].ToLower() == "x1") vsources[vsources_no, vsources_PROP_X1] = column_in[1];
}
vsources_no++;
}
// lines
if ((line1[0].ToLower() == "new") && (line1[1].Contains("load."))) // we have a new load declared
{
loads[loads_no, loads_PROP_gph_direction] = "N"; // default is with connections and drawing in the north
foreach (string column in line1)
{
column_in = column.Split('=');
if (column.Contains("load.")) loads[loads_no, loads_PROP_name] = column.Remove(0, 5);
if (column_in[0] == "bus1") loads[loads_no, loads_PROP_bus] = column_in[1];
if (column_in[0] == "phases") loads[loads_no, loads_PROP_phases] = column_in[1];
if (column.ToLower().Contains("kv=")) loads[loads_no, loads_PROP_voltage] = column.Remove(0, 3);
if (column.Contains("kW="))
{
loads[loads_no, loads_PROP_Pn] = column.Remove(0, 3);
loads[loads_no, loads_PROP_Pn_buffered] = loads[loads_no, loads_PROP_Pn];
}
//if (column.Contains("kvar=")) loads[loads_no, loads_PROP_Qn] = column.Remove(0, 5);
if (column_in[0].ToLower() == "kvar") loads[loads_no, loads_PROP_Qn] = column_in[1];
if (column_in[0].ToLower() == "pf") loads[loads_no, loads_PROP_PF] = column_in[1];
//if (column.ToLower().Contains("pf=")) loads[loads_no, loads_PROP_PF] = column.Remove(0, 3);
if (column.ToLower().Contains("model=")) loads[loads_no, loads_PROP_model] = column.Remove(0, 6);
//if (column_in[0].ToLower() == "model") loads[loads_no, loads_PROP_model] = column_in[1];
if (column_in[0].ToLower() == "conn") loads[loads_no, loads_PROP_conn] = column_in[1];
//if (column.Contains("conn=")) loads[loads_no, loads_PROP_conn] = column.Remove(0, 5);
//if (column.Contains("daily=")) loads[loads_no, loads_PROP_daily] = column.Remove(0, 6);
if (column_in[0].ToLower() == "daily") loads[loads_no, loads_PROP_daily] = column_in[1];
//if (column.Contains("Duty=")) loads[loads_no, loads_PROP_duty] = column.Remove(0, 6);
if (column_in[0] == "Duty") loads[loads_no, loads_PROP_duty] = column_in[1];
if (column.Contains("status=")) loads[loads_no, loads_PROP_status] = column.Remove(0, 7);
if (column.Contains("Vminpu=")) loads[loads_no, loads_PROP_Vminpu] = column.Remove(0, 7);
if (column.Contains("Vmaxpu=")) loads[loads_no, loads_PROP_Vmaxpu] = column.Remove(0, 7);
if (column_in[0].ToLower() == "!!npoly1_xy")
loads[loads_no, loads_PROP_npoly1_xy] = column_in[1];
if (column_in[0].ToLower() == "!!user_name")
loads[loads_no, loads_PROP_user_name] = column_in[1];
if (column_in[0] == "!!x0") loads[loads_no, loads_PROP_x0] = column_in[1];
if (column_in[0] == "!!y0")
loads[loads_no, loads_PROP_y0] = column_in[1];
if (column_in[0] == "!!brk") loads[loads_no, loads_PROP_brk] = column_in[1];
if (column_in[0] == "!!onoff")
loads[loads_no, loads_PROP_onoff] = column_in[1];
if (column_in[0].ToLower() == "!!bus_poz") loads[loads_no, loads_PROP_bus_poz] = column_in[1];
if (column_in[0].ToLower() == "!!bus1poz") loads[loads_no, loads_PROP_bus_poz] = column_in[1];
if (column_in[0] == "!!Font1") loads[loads_no, loads_PROP_Font1] = column_in[1];
if (column_in[0] == "!!Font1_Mask") loads[loads_no, loads_PROP_Font1_Mask] = column_in[1];
if (column_in[0] == "!!DrawType") loads[loads_no, loads_PROP_gph_DrawType] = column_in[1];
if (column.Contains("!!gph_direction=")) loads[loads_no, loads_PROP_gph_direction] = column.Remove(0, 16);
if (column_in[0].ToLower() == "!!sim_storage") loads[loads_no, loads_PROP_sim_storage] = column_in[1];
if (column_in[0].ToLower() == "!!sim_storage_attr") loads[loads_no, loads_PROP_sim_storage_attr] = column_in[1];
if (column_in[0].ToLower() == "!!sim_type") loads[loads_no, loads_PROP_sim_type] = column_in[1];
if (column_in[0].ToLower() == "!!sim_type_attr") loads[loads_no, loads_PROP_sim_type_attr] = column_in[1];
if (column_in[0].ToLower() == "!!microgrid") loads[loads_no, loads_PROP_MicroGrid1] = column_in[1];
if (column_in[0].ToLower() == "!!node_auto_draw") loads[loads_no, loads_PROP_node_auto_draw] = column_in[1];
if (column_in[0].ToLower() == "!!kwmax") loads[loads_no, loads_PROP_kWmax] = column_in[1];
}
if (loads[loads_no, loads_PROP_brk] == "") loads[loads_no, loads_PROP_brk] = "on";
if (loads[loads_no, loads_PROP_brk] == "off") loads[loads_no, loads_PROP_bus] += "@" + loads[loads_no, loads_PROP_name];
if ((loads[loads_no, loads_PROP_x0] != "") && (loads[loads_no, loads_PROP_y0] != ""))
// we can calculate pins position
Loads_properties_calculation(loads_no);
loads_no++;
}
if ((line1[0].ToLower() == "new") && (line1[1].Contains("loadshape."))) // we have a new line declared
{
foreach (string column in line1)
{
column_in = column.Split('=');
if (column.Contains("loadshape.")) loadshapes[loadshapes_no, loadshapes_PROP_name] = column.Remove(0, 10);
if (column_in[0] == "npts")
{
if ((column_in[1] == "load_flows_number") || (column_in[1] == "LFs"))
loadshapes[loadshapes_no, loadshapes_PROP_npts] = OpenDSS_load_flows_number;
else loadshapes[loadshapes_no, loadshapes_PROP_npts] = column_in[1];
}
if (column_in[0] == "interval") loadshapes[loadshapes_no, loadshapes_PROP_interval] = column_in[1];
if (column_in[0] == "csvfile") loadshapes[loadshapes_no, loadshapes_PROP_csvfile] = column_in[1];
if (column_in[0] == "PQCSVFile") loadshapes[loadshapes_no, loadshapes_PROP_PQCSVFile] = column_in[1];
if (column_in[0] == "mult") loadshapes[loadshapes_no, loadshapes_PROP_mult] = column_in[1];
if (column_in[0] == "!!calculate_Hour2Min") loadshapes[loadshapes_no, loadshapes_PROP_calculate_Hour2Min] = column_in[1];
if (column_in[0] == "!!replace_PQCSVFile") loadshapes[loadshapes_no, loadshapes_PROP_replace_PQCSVFile] = column_in[1];
}
loadshapes_no++;
}
// analyze "linecode" objects
if ((line1[0].ToLower() == "new") && (line1[1].Contains("linecode."))) // we have a new line declared
{
foreach (string column in line1)
{
column_in = column.Split('=');
if (column.Contains("linecode.")) linecodes[linecodes_no, linecodes_PROP_name] = column.Remove(0, 9);
//if (column_in[0] == "linecode") linecodes[linecodes_no, linecodes_PROP_name] = column_in[1];
if (column_in[0].ToLower() == "nphases") linecodes[linecodes_no, linecodes_PROP_nphases] = column_in[1];
if (column_in[0].ToLower() == "r1") linecodes[linecodes_no, linecodes_PROP_R1] = column_in[1];
if (column_in[0].ToLower() == "x1") linecodes[linecodes_no, linecodes_PROP_X1] = column_in[1];
if (column_in[0].ToLower() == "c1") linecodes[linecodes_no, linecodes_PROP_C1] = column_in[1];
if (column_in[0].ToLower() == "units") linecodes[linecodes_no, linecodes_PROP_units] = column_in[1];
if (column_in[0] == "!!Imax")
linecodes[linecodes_no, linecodes_PROP_Imax] = column_in[1];
if (column_in[0] == "!!Umax") linecodes[linecodes_no, linecodes_PROP_Umax] = column_in[1];
}
linecodes_no++;
}
// analyze "transformer" objects
if ((line1[0].ToLower() == "new") && (line1[1].Contains("transformer."))) // we have a new line declared
{
trafos[trafos_no, trafos_PROP_gph_direction] = "N"; // default is with connections and drawing in the north
foreach (string column in line1)
{
column_in = column.Split('=');
if (column.Contains("transformer.")) trafos[trafos_no, trafos_PROP_name] = column.Remove(0, 12);
if (column_in[0] == "windings") trafos[trafos_no, trafos_PROP_windings] = column_in[1];
if (column.Contains("buses=")) trafos[trafos_no, trafos_PROP_busses] = column.Remove(0, 6);
if (column.Contains("conns=")) trafos[trafos_no, trafos_PROP_conns] = column.Remove(0, 6);
if (column.Contains("kVs=")) trafos[trafos_no, trafos_PROP_kVs] = column.Remove(0, 4);
if (column.Contains("kVAs="))
{
trafos[trafos_no, trafos_PROP_kVAs] = column.Remove(0, 5);
column_in = trafos[trafos_no, trafos_PROP_kVAs].Split('(',',', ')');
trafos[trafos_no, trafos_PROP_kVAs_sec1] = column_in[1];
trafos[trafos_no, trafos_PROP_kVAs_sec2] = column_in[2];
try
{
trafos_double[trafos_no, trafos_PROP_kVAs_sec1] = double.Parse(trafos[trafos_no, trafos_PROP_kVAs_sec1]);
trafos_double[trafos_no, trafos_PROP_kVAs_sec2] = double.Parse(trafos[trafos_no, trafos_PROP_kVAs_sec2]);
}
catch { }
}
if (column.Contains("%noloadloss=")) trafos[trafos_no, trafos_PROP_noloadloss] = column.Remove(0, 12);
if (column.Contains("%loadloss=")) trafos[trafos_no, trafos_PROP_loadloss] = column.Remove(0, 10);
if (column.Contains("%imag=")) trafos[trafos_no, trafos_PROP_imag] = column.Remove(0, 6);
if (column_in[0] == "xhl") trafos[trafos_no, trafos_PROP_xhl] = column_in[1];
if (column_in[0] == "wdg") trafos[trafos_no, trafos_PROP_wdg] = column_in[1];
if (column_in[0] == "tap") trafos[trafos_no, trafos_PROP_tap] = column_in[1];
if (column_in[0] == "maxtap") trafos[trafos_no, trafos_PROP_maxtap] = column_in[1];
if (column_in[0] == "mintap") trafos[trafos_no, trafos_PROP_mintap] = column_in[1];
if (column_in[0].ToLower() == "!!npoly1_xy")
trafos[trafos_no, trafos_PROP_npoly1_xy] = column_in[1];
if (column_in[0].ToLower() == "!!bus_poz") trafos[trafos_no, trafos_PROP_bus_poz] = column_in[1];
if (column_in[0].ToLower() == "!!bus1poz") trafos[trafos_no, trafos_PROP_bus_poz] = column_in[1];
if (column_in[0] == "!!brk1") trafos[trafos_no, trafos_PROP_brk1] = column_in[1];
if (column_in[0] == "!!brk2") trafos[trafos_no, trafos_PROP_brk2] = column_in[1];
if (column.Contains("!!x0=")) trafos[trafos_no, trafos_PROP_x0] = column.Remove(0, 5);
if (column.Contains("!!y0=")) trafos[trafos_no, trafos_PROP_y0] = column.Remove(0, 5);
if (column.Contains("!!gph_direction=")) trafos[trafos_no, trafos_PROP_gph_direction] = column.Remove(0, 16);
// =0.4
if (column_in[0].ToLower() == "!!kvsprm") trafos[trafos_no, trafos_PROP_U_Prm_nom] = column_in[1];
if (column_in[0].ToLower() == "!!kvssec1") trafos[trafos_no, trafos_PROP_U_Sec1_nom] = column_in[1];
if (column_in[0].ToLower() == "!!kvssec2") trafos[trafos_no, trafos_PROP_U_Sec2_nom] = column_in[1];
if (column_in[0].ToLower() == "!!microgridprm") trafos[trafos_no, trafos_PROP_MicroGridPrm] = column_in[1];
if (column_in[0].ToLower() == "!!microgridsec1") trafos[trafos_no, trafos_PROP_MicroGridSec1] = column_in[1];
if (column_in[0].ToLower() == "!!microgridsec2") trafos[trafos_no, trafos_PROP_MicroGridSec2] = column_in[1];
}
if (trafos[trafos_no, trafos_PROP_busses] != "")
{ // Example of busses description: (N2,N3)
char[] delimiterCharsTr = { '(', ',', ')' };
string[] lineTr = trafos[trafos_no, trafos_PROP_busses].Split(delimiterCharsTr);
trafos[trafos_no, trafos_PROP_bus1] = lineTr[1];
trafos[trafos_no, trafos_PROP_bus2] = lineTr[2];
if (trafos[trafos_no, trafos_PROP_brk1] == "") trafos[trafos_no, trafos_PROP_brk1] = "on";
if (trafos[trafos_no, trafos_PROP_brk2] == "") trafos[trafos_no, trafos_PROP_brk2] = "on";
if (trafos[trafos_no, trafos_PROP_brk1] == "off")
trafos[trafos_no, trafos_PROP_bus1] += "@" + trafos[trafos_no, trafos_PROP_name];
if (trafos[trafos_no, trafos_PROP_brk2] == "off")
trafos[trafos_no, trafos_PROP_bus2] += "@" + trafos[trafos_no, trafos_PROP_name];
trafos[trafos_no, trafos_PROP_busses] =
"(" + trafos[trafos_no, trafos_PROP_bus1] + "," + trafos[trafos_no, trafos_PROP_bus2] + ")";
}
if ((trafos[trafos_no, trafos_PROP_x0] != "") && (trafos[trafos_no, trafos_PROP_y0] != ""))
// we can calculate pins position
Trafos_properties_calculation(trafos_no);
trafos_no++;
}
// analyze "line" objects
if ((line1[0].ToLower() == "new") && (line1[1].Contains("line."))) // we have a new line declared
{
lines[lines_no, lines_PROP_gph_direction] = "N"; // default is with connections and drawing in the north
foreach (string column in line1)
{
column_in = column.Split('=');
if (column.Contains("line.")) lines[lines_no, lines_PROP_name] = column.Remove(0, 5);
if (column_in[0].ToLower() == "bus1") lines[lines_no, lines_PROP_bus1] = column_in[1];
if (column_in[0].ToLower() == "bus2") lines[lines_no, lines_PROP_bus2] = column_in[1];
if (column_in[0].ToLower() == "phases") lines[lines_no, lines_PROP_phases] = column_in[1];
if (column_in[0].ToLower() == "length") lines[lines_no, lines_PROP_length] = column_in[1];
if (column_in[0].ToLower() == "units") lines[lines_no, lines_PROP_units] = column_in[1];
if (column_in[0].ToLower() == "linecode") lines[lines_no, lines_PROP_linecode] = column_in[1];
if (column_in[0].ToLower() == "!!bus1poz") lines[lines_no, lines_PROP_bus1poz] = column_in[1];
if (column_in[0].ToLower() == "!!bus2poz") lines[lines_no, lines_PROP_bus2poz] = column_in[1];
if (column_in[0] == "!!x0") lines[lines_no, lines_PROP_x0] = column_in[1];
if (column_in[0] == "!!y0") lines[lines_no, lines_PROP_y0] = column_in[1];
if (column_in[0] == "!!poly_xy") lines[lines_no, lines_PROP_plyline_xys] = column_in[1];
if (column_in[0] == "!!DrawType") lines[lines_no, lines_PROP_gph_DrawType] = column_in[1];
if (column_in[0].ToLower() == "!!gph_direction") lines[lines_no, lines_PROP_gph_direction] = column_in[1];
if (column_in[0] == "!!brk1") lines[lines_no, lines_PROP_brk1] = column_in[1];
if (column_in[0] == "!!brk2") lines[lines_no, lines_PROP_brk2] = column_in[1];
if (column_in[0] == "!!onoff") lines[lines_no, lines_PROP_onoff] = column_in[1];
if (column_in[0] == "!!sign1") lines[lines_no, lines_PROP_sign1] = column_in[1];
if (column_in[0] == "!!sign2") lines[lines_no, lines_PROP_sign2] = column_in[1];
if (column_in[0] == "!!Imax") lines[lines_no, lines_PROP_Imax] = column_in[1];
if (column_in[0] == "!!Umax") lines[lines_no, lines_PROP_Umax] = column_in[1];
if (column_in[0].ToLower() == "!!r1_line") lines[lines_no, lines_PROP_R1] = column_in[1];
if (column_in[0].ToLower() == "!!x1_line") lines[lines_no, lines_PROP_X1] = column_in[1];
if (column_in[0].ToLower() == "!!outui") lines[lines_no, lines_PROP_OutUI] = column_in[1];
if (column_in[0].ToLower() == "!!connectiontype")
lines[lines_no, lines_PROP_ConnectionType] = column_in[1];
if (column_in[0].ToLower() == "!!font_p") lines[lines_no, lines_PROP_Font_P] = column_in[1]; // Font 1 se refera la fonuti diferite de default pentru unele din marimile tiparite
if (column_in[0] == "!!Font1_Mask") lines[lines_no, lines_PROP_Font1_Mask] = column_in[1];
if (column_in[0].ToLower() == "!!font_q") lines[lines_no, lines_PROP_Font_Q] = column_in[1];
if (column_in[0].ToLower() == "!!font_u") lines[lines_no, lines_PROP_Font_U] = column_in[1];
if (column_in[0] == "!!HidePinsNo") lines[lines_no, lines_PROP_HidePinsNo] = column_in[1];
if (column_in[0].ToLower() == "!!microgrid1") lines[lines_no, lines_PROP_MicroGrid1] = column_in[1];
if (column_in[0].ToLower() == "!!microgrid2") lines[lines_no, lines_PROP_MicroGrid2] = column_in[1];
if (column_in[0].ToLower() == "!!kv") lines[lines_no, lines_PROP_voltage] = column_in[1];
if (column_in[0].ToLower() == "!!npoly1_xy")
lines[lines_no, lines_PROP_npoly1_xy] = column_in[1];
if (column_in[0].ToLower() == "!!npoly2_xy")
lines[lines_no, lines_PROP_npoly2_xy] = column_in[1];
}
if (lines[lines_no, lines_PROP_brk1] == "") lines[lines_no, lines_PROP_brk1] = "on";
if (lines[lines_no, lines_PROP_brk2] == "") lines[lines_no, lines_PROP_brk2] = "on";
if (lines[lines_no, lines_PROP_brk1] == "off") lines[lines_no, lines_PROP_bus1] += "@" + lines[lines_no, lines_PROP_name];
if (lines[lines_no, lines_PROP_brk2] == "off") lines[lines_no, lines_PROP_bus2] += "@" + lines[lines_no, lines_PROP_name];
if ((lines[lines_no, lines_PROP_x0] != "") && (lines[lines_no, lines_PROP_y0] != ""))
// we can calculate pins position
Lines_properties_calculation(lines_no);
lines_no++;
}
// analyze "polyline1" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("polyline1."))) // we have a new polyline declared
{ // polylines1
foreach (string column in line1)
{
if (column.Contains("polyline1.")) polylines1[polylines1_no, polylines1_PROP_name] = column.Remove(0, 10);
if (column.Contains("!!poly_xy=")) polylines1[polylines1_no, polylines1_PROP_polylines1_xys] = column.Remove(0, 10);
}
if (polylines1[polylines1_no, polylines1_PROP_name] != null && polylines1[polylines1_no, polylines1_PROP_polylines1_xys] != "")
{
Poly np = new Poly(polylines1[polylines1_no, polylines1_PROP_name]);
np.ReadLines(polylines1[polylines1_no, polylines1_PROP_polylines1_xys]);
polylines.Add(np);
crtnr++;
}
polylines1_no++;
}
// analyze "polylines2node" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("polylines2node="))) // we have a new polyline declared
{ // polylines2nodes
foreach (string column in line1)
{
column_in = column.Split('=');
//if (column.Contains("loadshape.")) loadshapes[loadshapes_no, loadshapes_PROP_name] = column.Remove(0, 10);
if (column_in[0] == "polylines2node") polylines2node[polylines2node_no, polylines2node_PROP_name] = column_in[1];
if (column_in[0] == "!!npoly_xy") polylines2node[polylines2node_no, polylines2node_PROP_npolylines_xys] = column_in[1];
//if (column.Contains("polyline1.")) polylines1[polylines1_no, polylines1_PROP_name] = column.Remove(0, 10);
//if (column.Contains("!!poly_xy=")) polylines1[polylines1_no, polylines1_PROP_polylines1_xys] = column.Remove(0, 10);
}
if (polylines2node[polylines2node_no, polylines2node_PROP_name] != null && polylines2node[polylines2node_no, polylines2node_PROP_npolylines_xys] != "")
{
List<List<List<double>>> polys;
polys = new List<List<List<double>>>();
var serializer = new JsonSerializer();
serializer.Populate(new JsonTextReader(new StringReader(polylines2node[polylines2node_no, polylines2node_PROP_npolylines_xys])), polys);
int idx = 0;
foreach (List<List<Double>> lns in polys)
{
Poly np = new Poly(polylines2node[polylines2node_no, polylines2node_PROP_name] + "." + idx.ToString());
np.lines = lns;
polylines.Add(np);
crtnr++;
idx++;
}
}
polylines2node_no++;
}
// analyze "generator" objects
if ((line1[0].ToLower() == "new") && (line1[1].Contains("generator."))) // we have a new generator declared
{
generators[generators_no, generators_PROP_gph_direction] = "N"; // default is with connections and drawing in the north
foreach (string column in line1)
{
column_in = column.Split('=');
if (column.Contains("generator.")) generators[generators_no, generators_PROP_name] = column.Remove(0, 10);
if (column.Contains("bus1=")) generators[generators_no, generators_PROP_bus] = column.Remove(0, 5);
if (column.Contains("phases=")) generators[generators_no, generators_PROP_phases] = column.Remove(0, 7);
if (column_in[0].ToLower() == "kv")
{
generators[generators_no, generators_PROP_voltage] = column_in[1];
try { generators_double[generators_no, generators_PROP_voltage] = double.Parse(column_in[1]); } catch { }
}
if (column_in[0].ToLower() == "kw") generators[generators_no, generators_PROP_Pn] = column_in[1];
if (column_in[0].ToLower() == "kvar") generators[generators_no, generators_PROP_Qn] = column_in[1];
if (column_in[0].ToLower() == "pf") generators[generators_no, generators_PROP_PF] = column_in[1];
if (column_in[0].ToLower() == "conn") generators[generators_no, generators_PROP_conn] = column_in[1];
if (column_in[0].ToLower() == "model") generators[generators_no, generators_PROP_model] = column_in[1];
if (column_in[0].ToLower() == "daily") generators[generators_no, generators_PROP_daily] = column_in[1];
if (column_in[0].ToLower() == "duty") generators[generators_no, generators_PROP_duty] = column_in[1];
if (column_in[0].ToLower() == "vminpu") generators[generators_no, generators_PROP_Vminpu] = column_in[1];
if (column_in[0].ToLower() == "vmaxpu") generators[generators_no, generators_PROP_Vmaxpu] = column_in[1];
if (column_in[0].ToLower() == "status") generators[generators_no, generators_PROP_status] = column_in[1];
if (column_in[0].ToLower() == "gentype") generators[generators_no, generators_PROP_gen_type] = column_in[1];
if (column_in[0].ToLower() == "kva") generators[generators_no, generators_PROP_kVA] = column_in[1];
if (column_in[0].ToLower() == "maxkvar") generators[generators_no, generators_PROP_Max_kvar] = column_in[1];
if (column_in[0].ToLower() == "minkvar") generators[generators_no, generators_PROP_Min_kvar] = column_in[1];
if (column_in[0].ToLower() == "xd") generators[generators_no, generators_PROP_Xd] = column_in[1];
if (column_in[0].ToLower() == "debugtrace") generators[generators_no, generators_PROP_Debugtrace] = column_in[1];
if (column_in[0].ToLower() == "pvfactor") generators[generators_no, generators_PROP_Pvfactor] = column_in[1];
if (column_in[0].ToLower() == "!!user_name") generators[generators_no, generators_PROP_user_name] = column_in[1];
if (column_in[0].ToLower() == "!!kw_max") generators[generators_no, generators_PROP_Pn_max] = column_in[1];
if (column_in[0].ToLower() == "!!kvar_max") generators[generators_no, generators_PROP_Qn_max] = column_in[1];
if (column_in[0] == "!!bus_poz") generators[generators_no, generators_PROP_bus_poz] = column_in[1];
if (column_in[0] == "!!bus1poz") generators[generators_no, generators_PROP_bus_poz] = column_in[1]; // varinat for bus_poz
if (column_in[0] == "!!x0") generators[generators_no, generators_PROP_x0] = column_in[1];
if (column_in[0] == "!!y0") generators[generators_no, generators_PROP_y0] = column_in[1];
if (column_in[0].ToLower() == "!!microgrid") generators[generators_no, generators_PROP_MicroGrid1] = column_in[1];
if (column_in[0] == "!!DrawType") generators[generators_no, generators_PROP_gph_DrawType] = column_in[1];
if (column.Contains("!!gph_direction=")) generators[generators_no, generators_PROP_gph_direction] = column.Remove(0, 16);
if (column_in[0].ToLower() == "!!node_auto_draw") generators[generators_no, generators_PROP_node_auto_draw] = column_in[1];
}
if (generators[generators_no, generators_PROP_brk] == "") generators[generators_no, generators_PROP_brk] = "on";
if ((generators[generators_no, generators_PROP_x0] != "") && (generators[generators_no, generators_PROP_y0] != ""))
// we can calculate pins position
Generators_properties_calculation(generators_no);
generators_no++;
}
// analyze "monitor" objects
if ((line1[0].ToLower() == "new") && (line1[1].Contains("monitor."))) // we have a new generator declared
{
foreach (string column in line1)
{
if (column.Contains("monitor.")) monitors[monitors_no, monitors_PROP_name] = column.Remove(0, 8);
if (column.Contains("element=")) monitors[monitors_no, monitors_PROP_element] = column.Remove(0, 8);
if (column.Contains("terminal=")) monitors[monitors_no, monitors_PROP_terminal] = column.Remove(0, 9);
if (column.Contains("mode=")) monitors[monitors_no, monitors_PROP_mode] = column.Remove(0, 5);
if (column.Contains("ppolar=")) monitors[monitors_no, monitors_PROP_ppolar] = column.Remove(0, 7);
}
monitors_no++;
}
// analyze "interract" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("interract."))) // we have a new generator declared
{
foreach (string column in line1)
{
if (column.Contains("interract.")) interracts[interracts_no, interracts_PROP_name] = column.Remove(0, 10);
column_in = column.Split('=');
if (column_in[0] == "!!type") interracts[interracts_no, interracts_PROP_type] = column_in[1];
if (column_in[0] == "!!text") interracts[interracts_no, interracts_PROP_text] = column_in[1];
if (column_in[0] == "!!command") interracts[interracts_no, interracts_PROP_command] = column_in[1];
if (column_in[0] == "!!x0") interracts[interracts_no, interracts_PROP_x0] = column_in[1];
if (column_in[0] == "!!y0") interracts[interracts_no, interracts_PROP_y0] = column_in[1];
if (column_in[0] == "!!dx") interracts[interracts_no, interracts_PROP_dx] = column_in[1];
if (column_in[0] == "!!dy") interracts[interracts_no, interracts_PROP_dy] = column_in[1];
}
interracts_no++;
}
// analyze "nodes_metadata" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("nodes_metadata."))) // we have a new generator declared
{
foreach (string column in line1)
{
if (column.Contains("nodes_metadata."))
nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_name] = column.Remove(0, 15);
column_in = column.Split('=');
if (column_in[0].ToLower() == "!!bus_name") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_bus_name] = column_in[1];
if (column_in[0].ToLower() == "!!bus_name_x") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_bus_name_x] = column_in[1];
if (column_in[0].ToLower() == "!!bus_name_y") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_bus_name_y] = column_in[1];
if (column_in[0].ToLower() == "!!bus") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_bus] = column_in[1];
if (column_in[0].ToLower() == "!!x0")
{
nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_x0] = column_in[1];
nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_x1] = nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_x0];
nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_x2] = nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_x0];
}
if (column_in[0].ToLower() == "!!y0")
{
nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_y0] = column_in[1];
nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_y1] = nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_y0];
nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_y2] = nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_y0];
}
if (column_in[0].ToLower() == "!!draw_uproc")
{
nodes_metadata_Draw_U_proc[nodes_metadata_no].Attrib_text = column_in[1];
}
if (column_in[0].ToLower() == "!!busbar")
{
nodes_metadata_Draw_busbar[nodes_metadata_no].Attrib_text = column_in[1];
}
if (column_in[0].ToLower() == "!!x1") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_x1] = column_in[1];
if (column_in[0].ToLower() == "!!y1") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_y1] = column_in[1];
if (column_in[0].ToLower() == "!!con1from") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_con1from] = column_in[1];
if (column_in[0].ToLower() == "!!x2") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_x2] = column_in[1];
if (column_in[0].ToLower() == "!!y2") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_y2] = column_in[1];
if (column_in[0].ToLower() == "!!con2from") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_con2from] = column_in[1];
if (column_in[0].ToLower() == "!!u_x") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_U_x] = column_in[1];
if (column_in[0].ToLower() == "!!u_y") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_U_y] = column_in[1];
if (column_in[0].ToLower() == "!!draw_u1") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_draw_U1] = column_in[1];
if (column_in[0].ToLower() == "!!draw_u1fi") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_draw_U1fi] = column_in[1];
if (column_in[0].ToLower() == "!!arrow") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_arrow] = column_in[1];
if (column_in[0].ToLower() == "!!draw_type") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_draw_type] = column_in[1];
if (column_in[0].ToLower() == "!!font1") nodes_metadata[nodes_metadata_no, nodes_metadata_PROP_Font1] = column_in[1];
}
nodes_metadata_no++;
}
// analyze "label" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("label."))) // we have a new generator declared
{
foreach (string column in line1)
{
if (column.Contains("label."))
labels[labels_no, labels_PROP_name] = column.Remove(0, 6);
column_in = column.Split('=');
if (column_in[0] == "!!text") labels[labels_no, labels_PROP_text] = column_in[1];
if (column_in[0] == "!!font") labels[labels_no, labels_PROP_font] = column_in[1];
if (column_in[0] == "!!color") labels[labels_no, labels_PROP_color] = column_in[1];
if (column_in[0] == "!!x0") labels[labels_no, labels_PROP_x0] = column_in[1];
if (column_in[0] == "!!y0") labels[labels_no, labels_PROP_y0] = column_in[1];
if (column_in[0] == "!!font") labels[labels_no, labels_PROP_font] = column_in[1];
if (column_in[0] == "!!action") labels[labels_no, labels_PROP_action] = column_in[1];
}
labels_no++;
}
// analyze "measurement" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("measurement."))) // we have a new generator declared
{
foreach (string column in line1)
{
if (column.Contains("measurement."))
measurements[measurements_no, measurements_PROP_name] = column.Remove(0, 12);
column_in = column.Split('=');
if (column_in[0] == "!!type") measurements[measurements_no, measurements_PROP_type] = column_in[1];
if (column_in[0] == "!!text") measurements[measurements_no, measurements_PROP_text] = column_in[1];
if (column_in[0] == "!!command") measurements[measurements_no, measurements_PROP_command] = column_in[1];
if (column_in[0] == "!!x0") measurements[measurements_no, measurements_PROP_x0] = column_in[1];
if (column_in[0] == "!!y0") measurements[measurements_no, measurements_PROP_y0] = column_in[1];
if (column_in[0] == "!!dx") measurements[measurements_no, measurements_PROP_dx] = column_in[1];
if (column_in[0] == "!!dy") measurements[measurements_no, measurements_PROP_dy] = column_in[1];
if (column_in[0] == "!!magnif") measurements[measurements_no, measurements_PROP_magnif] = column_in[1];
}
int measurement_exist = 0;
for (int m1 = 0; m1 < measurements_no; m1++)
if (measurements[m1, measurements_PROP_name] == measurements[measurements_no, measurements_PROP_name])
measurement_exist = 1;
if(measurement_exist == 0) measurements_no++;
}
// analyze "graph_phasors" objects
if ((line1[0] == "!!new") && (line1[1].Contains("graph_phasors."))) // we have a new generator declared
{
if (graph_phasors_no == -1) graph_phasors_no++;
else
{
int graph_phasors_exist = 0;
for (int m1 = 0; m1 <= graph_phasors_no; m1++)
if (graph_phasors[m1, graph_phasors_PROP_name] == line1[1].Remove(0, 14))
graph_phasors_exist = 1;
if (graph_phasors_exist == 0) graph_phasors_no++;
}
graph_phasors[graph_phasors_no, graph_phasors_PROP_name] = line1[1].Remove(0, 14);
int channel_crt = 0;
foreach (string column in line1)
{
column_in = column.Split('=');
if (column_in[0] == "!!gph_text") graph_phasors[graph_phasors_no, graph_phasors_PROP_gph_text] = column_in[1];
if (column_in[0] == "!!command") graph_phasors[graph_phasors_no, graph_phasors_PROP_command] = column_in[1];
if (column_in[0] == "!!command+")
{
graph_phasors[graph_phasors_no, graph_phasors_PROP_command] += column_in[1];
column_cd = column.Split(';');
foreach (string cd_string in column_cd)
{
cdx = cd_string.Split('=');
if (cdx[0] == "!!command+")
{
cd2 = cdx[1].Split('.');
channel_crt = int.Parse(cd2[1]);
}
gph_phasors_properties[graph_phasors_no].ch[channel_crt] = channel_crt.ToString();
if (cdx[0].ToLower() == "obj") gph_phasors_properties[graph_phasors_no].obj[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "name") gph_phasors_properties[graph_phasors_no].name[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "measurement") gph_phasors_properties[graph_phasors_no].measurement[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "bus") gph_phasors_properties[graph_phasors_no].bus[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "prev") gph_phasors_properties[graph_phasors_no].prev[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "max") gph_phasors_properties[graph_phasors_no].max[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "color") gph_phasors_properties[graph_phasors_no].color[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "arrow") gph_phasors_properties[graph_phasors_no].arrow[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "meas_type") gph_phasors_properties[graph_phasors_no].meas_type[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "draw_label") gph_phasors_properties[graph_phasors_no].draw_label[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "draw_label_text") gph_phasors_properties[graph_phasors_no].draw_label_text[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "text") gph_phasors_properties[graph_phasors_no].text[channel_crt] = cdx[1].ToLower();
}
}
if (column_in[0] == "!!x0") graph_phasors[graph_phasors_no, graph_phasors_PROP_x0] = column_in[1];
if (column_in[0] == "!!y0") graph_phasors[graph_phasors_no, graph_phasors_PROP_y0] = column_in[1];
if (column_in[0] == "!!legend_dx") graph_phasors[graph_phasors_no, graph_phasors_PROP_legend_dx] = column_in[1];
if (column_in[0] == "!!magnif") graph_phasors[graph_phasors_no, graph_phasors_PROP_magnif] = column_in[1];
if (column_in[0] == "!!transparency") graph_phasors[graph_phasors_no, graph_phasors_PROP_transparency] = column_in[1];
if (column_in[0] == "!!enlarge") graph_phasors[graph_phasors_no, graph_phasors_PROP_enlarge] = column_in[1];
}
}
// analyze "graph_phasors" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("graph_sankeys."))) // we have a new generator declared
{
if (graph_sankeys_no == -1) graph_sankeys_no++;
else
{
int graph_sankeys_exist = 0;
for (int m1 = 0; m1 <= graph_sankeys_no; m1++)
if (graph_sankeys[m1, graph_sankeys_PROP_name] == line1[1].Remove(0, 14))
graph_sankeys_exist = 1;
if (graph_sankeys_exist == 0) graph_sankeys_no++;
}
graph_sankeys[graph_sankeys_no, graph_sankeys_PROP_name] = line1[1].Remove(0, 14);
int channel_crt = 0;
foreach (string column in line1)
{
column_in = column.Split('=');
if (column_in[0] == "!!gph_text") graph_sankeys[graph_sankeys_no, graph_sankeys_PROP_gph_text] = column_in[1];
if (column_in[0] == "!!command") graph_sankeys[graph_sankeys_no, graph_sankeys_PROP_command] = column_in[1];
if (column_in[0] == "!!command+")
{
graph_phasors[graph_phasors_no, graph_phasors_PROP_command] += column_in[1];
column_cd = column.Split(';');
foreach (string cd_string in column_cd)
{
/*
cdx = cd_string.Split('=');
if (cdx[0] == "!!command+")
{
cd2 = cdx[1].Split('.');
channel_crt = int.Parse(cd2[1]);
}
gph_phasors_properties[graph_phasors_no].ch[channel_crt] = channel_crt.ToString();
if (cdx[0].ToLower() == "obj") gph_phasors_properties[graph_phasors_no].obj[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "name") gph_phasors_properties[graph_phasors_no].name[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "measurement") gph_phasors_properties[graph_phasors_no].measurement[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "bus") gph_phasors_properties[graph_phasors_no].bus[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "prev") gph_phasors_properties[graph_phasors_no].prev[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "max") gph_phasors_properties[graph_phasors_no].max[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "color") gph_phasors_properties[graph_phasors_no].color[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "arrow") gph_phasors_properties[graph_phasors_no].arrow[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "meas_type") gph_phasors_properties[graph_phasors_no].meas_type[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "draw_label") gph_phasors_properties[graph_phasors_no].draw_label[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "draw_label_text") gph_phasors_properties[graph_phasors_no].draw_label_text[channel_crt] = cdx[1].ToLower();
if (cdx[0].ToLower() == "text") gph_phasors_properties[graph_phasors_no].text[channel_crt] = cdx[1].ToLower();
*/
}
}
if (column_in[0] == "!!x0") graph_sankeys[graph_sankeys_no, graph_sankeys_PROP_x0] = column_in[1];
if (column_in[0] == "!!y0") graph_sankeys[graph_sankeys_no, graph_sankeys_PROP_y0] = column_in[1];
//if (column_in[0] == "!!legend_dx") graph_phasors[graph_phasors_no, graph_phasors_PROP_legend_dx] = column_in[1];
//if (column_in[0] == "!!magnif") graph_phasors[graph_phasors_no, graph_phasors_PROP_magnif] = column_in[1];
//if (column_in[0] == "!!transparency") graph_phasors[graph_phasors_no, graph_phasors_PROP_transparency] = column_in[1];
//if (column_in[0] == "!!enlarge") graph_phasors[graph_phasors_no, graph_phasors_PROP_enlarge] = column_in[1];
}
}
// analyze "Global_Gph_Info" objects
if ((line1[0].ToLower() == "!!new") && (line1[1] == "!!Global_Gph_Info")) // we have a new pie declared
{
Global_Gph_Info_no = 0; // by default it is targeted the first Global_Gph_Info
foreach (string column in line1)
{
column_in = column.Split('=');
try
{ // this instruction may change the default Global_Gph_Info_no
if (column_in[0].ToLower() == "!!Global_Gph_Info_no") Global_Gph_Info_no = int.Parse(column_in[1]);
if (Global_Gph_Info_no > Global_Gph_Info__types_MAX) Global_Gph_Info_no = Global_Gph_Info__types_MAX;
if (Global_Gph_Info_no < 0) Global_Gph_Info_no = 0;
}
catch { Console.WriteLine("Load_project-Err1"); }
if (column_in[0].ToLower() == "!!background_image") Global_Gph_Info[Global_Gph_Info_no, Global_Gph_Info_PROP_background_image] = column_in[1];
if (column_in[0].ToLower() == "!!lines_background_color") Global_Gph_Info[Global_Gph_Info_no, Global_Gph_Info_PROP_lines_background_color] = column_in[1];
if (column_in[0].ToLower() == "!!loads_background_color")
Global_Gph_Info[Global_Gph_Info_no, Global_Gph_Info_PROP_loads_background_color] = column_in[1];
if (column_in[0].ToLower() == "!!generators_background_color")
Global_Gph_Info[Global_Gph_Info_no, Global_Gph_Info_PROP_generators_background_color] = column_in[1];
if (column_in[0].ToLower() == "!!trafos_background_color")
Global_Gph_Info[Global_Gph_Info_no, Global_Gph_Info_PROP_trafos_background_color] = column_in[1];
}
//Global_Gph_Info_no++;
}
// analyze "graph_pies" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("graph_pies."))) // we have a new pie declared
{
foreach (string column in line1)
{
column_in = column.Split('=');
if (column_in[0].ToLower() == "!!x0") graph_pies[graph_pies_no, graph_pies_PROP_x0] = column_in[1];
if (column_in[0].ToLower() == "!!y0") graph_pies[graph_pies_no, graph_pies_PROP_y0] = column_in[1];
if (column_in[0].ToLower() == "!!obj") graph_pies[graph_pies_no, graph_pies_PROP_obj] = column_in[1];
if (column_in[0].ToLower() == "!!number") graph_pies[graph_pies_no, graph_pies_PROP_number] = column_in[1];
if (column_in[0].ToLower() == "!!bus") graph_pies[graph_pies_no, graph_pies_PROP_bus] = column_in[1];
if (column_in[0].ToLower() == "!!max") graph_pies[graph_pies_no, graph_pies_PROP_max] = column_in[1];
if (column_in[0].ToLower() == "!!min") graph_pies[graph_pies_no, graph_pies_PROP_min] = column_in[1];
if (column_in[0].ToLower() == "!!max_norm") graph_pies[graph_pies_no, graph_pies_PROP_max_norm] = column_in[1];
if (column_in[0].ToLower() == "!!min_norm") graph_pies[graph_pies_no, graph_pies_PROP_min_norm] = column_in[1];
if (column_in[0].ToLower() == "!!meas_type") graph_pies[graph_pies_no, graph_pies_PROP_meas_type] = column_in[1];
if (column_in[0].ToLower() == "!!size")
{
graph_pies[graph_pies_no, graph_pies_PROP_size] = column_in[1];
try { graph_pies_double[graph_pies_no, graph_pies_PROP_size] = double.Parse(column_in[1]); } catch { }
}
//if (column_in[0] == "!!command") graph_phasors[graph_phasors_no, graph_phasors_PROP_command] = column_in[1];
}
graph_pies_no++;
}
// analyze "graphs" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("graphs."))) // we have a new pie declared
{
foreach (string column in line1)
{
if (column.Contains("graphs."))
graphs[graphs_no, graphs_PROP_name] = column.Remove(0, 7);
column_in = column.Split('=');
if (column_in[0].ToLower() == "!!x0") graphs[graphs_no, graphs_PROP_x0] = column_in[1];
if (column_in[0].ToLower() == "!!y0") graphs[graphs_no, graphs_PROP_y0] = column_in[1];
if (column_in[0].ToLower() == "!!title") graphs[graphs_no, graphs_PROP_gph_title] = column_in[1];
if (column_in[0].ToLower() == "!!y_max") graphs[graphs_no, graphs_PROP_Y_max] = column_in[1];
if (column_in[0].ToLower() == "!!y_min") graphs[graphs_no, graphs_PROP_Y_min] = column_in[1];
if (column_in[0].ToLower() == "!!samples_max") graphs[graphs_no, graphs_PROP_Samples_max] = column_in[1];
if (column_in[0].ToLower() == "!!samples_x_width") graphs[graphs_no, graphs_PROP_Samples_X_width] = column_in[1];
if (column_in[0].ToLower() == "!!graph_type") graphs[graphs_no, graphs_PROP_Graph_type] = column_in[1];
if (column_in[0].ToLower() == "!!graph_dx_legend") graphs[graphs_no, graphs_PROP_dX_legend] = column_in[1];
if (column_in[0].ToLower() == "!!graph_dy") graphs[graphs_no, graphs_PROP_graph_dY] = column_in[1];
}
graphs_no++;
}
// analyze "prosumers" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("prosumer."))) // we have a new pie declared
{
foreach (string column in line1)
{
column_in = column.Split('=');
if (column_in[0].ToLower() == "!!x0") prosumers[prosumers_no, prosumers_PROP_x0] = column_in[1];
if (column_in[0].ToLower() == "!!y0") prosumers[prosumers_no, prosumers_PROP_y0] = column_in[1];
if (column_in[0].ToLower() == "!!name") prosumers[prosumers_no, prosumers_PROP_name] = column_in[1];
if (column_in[0].ToLower() == "!!text") prosumers[prosumers_no, prosumers_PROP_text] = column_in[1];
if (column_in[0].ToLower() == "!!obj") prosumers[prosumers_no, prosumers_PROP_obj] = column_in[1];
if (column_in[0].ToLower() == "!!load_number") prosumers[prosumers_no, prosumers_PROP_load_number] = column_in[1];
if (column_in[0].ToLower() == "!!p_scal_factor")
prosumers[prosumers_no, prosumers_PROP_P_scal_factor] = column_in[1];
if (column_in[0].ToLower() == "!!q_scal_factor") prosumers[prosumers_no, prosumers_PROP_Q_scal_factor] = column_in[1];
if (column_in[0].ToLower() == "!!draw_highlighted_color")
prosumers[prosumers_no, loads_PROP_gph_Draw_Highlighted_color] = column_in[1];
if (column_in[0].ToLower() == "!!draw_highlighted_blinking")
prosumers[prosumers_no, loads_PROP_gph_Draw_Highlighted_blinking] = column_in[1];
if (column_in[0].ToLower() == "!!p_source2grid") prosumers[prosumers_no, prosumers_PROP_P_source2grid] = column_in[1];
if (column_in[0].ToLower() == "!!saas_pair_number") prosumers[prosumers_no, prosumers_PROP_load_pair_number] = column_in[1];
if (column_in[0].ToLower() == "!!type") prosumers[prosumers_no, prosumers_PROP_Type] = column_in[1];
}
prosumers_no++;
}
// analyze "smart_meter" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("smart_meter."))) // we have a new pie declared
{
foreach (string column in line1)
{
column_in = column.Split('=');
if (column_in[0].ToLower() == "!!x0") smart_meters[smart_meters_no, smart_meters_PROP_x0] = column_in[1];
if (column_in[0].ToLower() == "!!y0") smart_meters[smart_meters_no, smart_meters_PROP_y0] = column_in[1];
if (column_in[0].ToLower() == "!!text") smart_meters[smart_meters_no, smart_meters_PROP_text] = column_in[1];
if (column_in[0].ToLower() == "!!obj") smart_meters[smart_meters_no, smart_meters_PROP_obj] = column_in[1];
if (column_in[0].ToLower() == "!!number") smart_meters[smart_meters_no, smart_meters_PROP_number] = column_in[1];
if (column_in[0].ToLower() == "!!meas_type") smart_meters[smart_meters_no, smart_meters_PROP_meas_type] = column_in[1];
//if (column_in[0] == "!!command") graph_phasors[graph_phasors_no, graph_phasors_PROP_command] = column_in[1];
}
smart_meters_no++;
}
// analyze "pie" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("smallgph."))) // we have a new pie declared
{
foreach (string column in line1)
{
column_in = column.Split('=');
if (column_in[0].ToLower() == "!!x0") graph_smallgph[graph_smallgph_no, graph_smallgph_PROP_x0] = column_in[1];
if (column_in[0].ToLower() == "!!y0") graph_smallgph[graph_smallgph_no, graph_smallgph_PROP_y0] = column_in[1];
if (column_in[0].ToLower() == "!!u_fact") graph_smallgph[graph_smallgph_no, graph_smallgph_PROP_U_fact] = column_in[1];
if (column_in[0].ToLower() == "!!p_fact") graph_smallgph[graph_smallgph_no, graph_smallgph_PROP_P_fact] = column_in[1];
if (column_in[0].ToLower() == "!!p_type") graph_smallgph[graph_smallgph_no, graph_smallgph_PROP_P_type] = column_in[1];
if (column_in[0].ToLower() == "!!obj") graph_smallgph[graph_smallgph_no, smart_meters_PROP_obj] = column_in[1];
if (column_in[0].ToLower() == "!!number") graph_smallgph[graph_smallgph_no, smart_meters_PROP_number] = column_in[1];
//if (column_in[0] == "!!command") graph_phasors[graph_phasors_no, graph_phasors_PROP_command] = column_in[1];
}
graph_smallgph_no++;
}
// analyze "pmu" objects
if ((line1[0].ToLower() == "!!new") && (line1[1].Contains("pmu."))) // we have a new pie declared
{
foreach (string column in line1)
{
column_in = column.Split('=');
if (column_in[0].ToLower() == "!!x0") PMUs[PMUs_no, PMUs_PROP_x0] = column_in[1];
if (column_in[0].ToLower() == "!!y0") PMUs[PMUs_no, PMUs_PROP_y0] = column_in[1];
if (column_in[0].ToLower() == "!!text") PMUs[PMUs_no, PMUs_PROP_text] = column_in[1];
if (column_in[0].ToLower() == "!!obj") PMUs[PMUs_no, PMUs_PROP_obj] = column_in[1];
if (column_in[0].ToLower() == "!!number") PMUs[PMUs_no, PMUs_PROP_number] = column_in[1];
if (column_in[0].ToLower() == "!!meas_type") PMUs[PMUs_no, PMUs_PROP_meas_type] = column_in[1];
}
PMUs_no++;
}
// analyze "monitors" objects
if ((line1[0].ToLower() == "export") && (line1[1] == "monitors")) // we have a new export declared
{
exports[exports_no, exports_PROP_action] = "monitors";
exports[exports_no, exports_PROP_param] = line1[2];
exports_no++;
}
if (((line1[0] == "export")|| (line1[0] == "Export")) && (line1[1] == "YPrims")) OpenDSS_other_exports += line + "\n";
if ((line1[0] == "export") && (line1[1] == "NodeNames")) OpenDSS_other_exports += line + "\n";
if ((line1[0] == "export") && (line1[1] == "Result")) OpenDSS_other_exports += line + "\n";
if ((line1[0] == "export") && (line1[1] == "Losses")) OpenDSS_other_exports += line + "\n";
if ((line1[0] == "export") || (line1[0] == "Export")) {
if (line1[1] == "Voltages") OpenDSS_other_exports += line + "\n";
if (line1[1] == "Currents") OpenDSS_other_exports += line + "\n";
if (line1[1] == "P_ByPhase") OpenDSS_other_exports += line + "\n";
}
// Global variables
//if ((line1[0].ToLower() == "set") && (line1[1].Contains("datapath="))) // we have a new load declared
//{ OpenDSS_datapath = line1[1].Remove(0, 9); }
if ((line1[0] == "set") && (line1[1].Contains("DefaultBaseFrequency="))) //
{ OpenDSS_DefaultBaseFrequency = line1[1].Replace("DefaultBaseFrequency=", ""); }
if ((line1[0] == "set") && (line1[1].Contains("controlmode="))) // we have a new load declared