public void addAxis(string title,
float vx1, float vy1, float vx2, float vy2,
bool drawLines, bool drawLabels, bool drawMajorTicks, bool drawMinorTicks, bool drawZero, bool drawReverse, bool logScale,
bool expScale, float multiplier,
Color drawcolor, float drawsize,
float min, float max, int nlabeldiv, float labelstepsize, int ntickdiv, float tickstepsize)
{
VisAxis axis = new VisAxis();
float frac, f;
float vx, vy;
string l;
int exp = 0;
int ndec = 0;
axis.title = title;
axis.point1.vx = vx1;
axis.point1.vy = vy1;
axis.point2.vx = vx2;
axis.point2.vy = vy2;
axis.drawLines = drawLines;
axis.drawLabels = drawLabels;
axis.drawMajorTicks = drawMajorTicks;
axis.drawMinorTicks = drawMinorTicks;
axis.drawColor = drawcolor;
axis.drawSize = drawsize;
axis.negative = (max < min);
axis.drawReverse = drawReverse;
if (expScale)
{
exp = Util.getExponent(string.Format("{0:E0}", max));
ndec = Util.getNDecimals(Util.toString(labelstepsize / (float)Math.Pow(10, exp), 3));
}
for (int i = 0; i <= ntickdiv; i++)
{
if (max - min != 0)
{
frac = i * tickstepsize / (max - min);
if (frac <= 1)
{
vx = vx1 + frac * (vx2 - vx1);
vy = vy1 + frac * (vy2 - vy1);
axis.scaletickpos.Add(new VisPoint(vx, vy));
}
}
}
for (int i = 0; i <= nlabeldiv; i++)
{
if (max - min != 0)
{
frac = i * labelstepsize / (max - min);
if (frac <= 1)
{
vx = vx1 + frac * (vx2 - vx1);
vy = vy1 + frac * (vy2 - vy1);
axis.scalelabelpos.Add(new VisPoint(vx, vy));
f = min + i * labelstepsize;
l = "";
if (logScale)
{
if (i != 0 || drawZero)
{
if (f < 0)
{
l = string.Format("E{0:F0}", f);
}
else
{
l = string.Format("E+{0:F0}", f);
}
}
}
else
{
if (f != 0 || drawZero)
{
if (expScale && f != 0)
{
l = string.Format("{0:F" + ndec + "}", Math.Abs(f) / (float)Math.Pow(10, exp));
if (exp != 0)
{
l += string.Format("E{0}", exp);
}
}
else
{
l = Util.toString(Math.Abs(f) * multiplier, 3);
}
}
}
axis.scalelabeltext.Add(l);
}
}
}
visAxes.Add(axis);
}
public VisOutSet updateVisOutVar(OutSet outSet, ViewParams viewParams)
{
VisOutSet visOutSet = new VisOutSet();
List <VisSerie> visSeries;
List <VisSerie> visRawSeries = null;
VisSerie visSerie;
List <VisPoint> visPoints;
OutCell[][] rawOutCells = outSet.rawOutCells;
OutCell[] compRawOutCells;
OutCell outCell;
OutComp outComp;
VisComp visComp;
VisAxes visAxes = new VisAxes();
VisAxis visAxis;
Axes axes = outSet.axes;
Axis xaxis = new Axis();
Axis yaxis = new Axis();
PhaseType phase = new PhaseType();
int nphases;
int ncomps;
int npoints;
int nseries;
int ncells;
bool previewMode = (viewParams.viewType == ViewType.Setup);
bool dispDualTime = (viewParams.phaseDisplay == PhaseDisplayType.UpperLowerTime);
bool dispDual = (viewParams.phaseDisplay == PhaseDisplayType.UpperLower || dispDualTime);
bool usePrefixes = (viewParams.exponentType == ExponentType.Prefixes);
bool scaleDrawReverse;
bool scaleSet;
bool sum;
float maxcon = 0;
float con = 0;
float rangey = 0;
float rangex = 0;
float range;
float rangey0;
float scaleu, scalel;
float miny, maxy;
float minvx = 0;
float maxvx = 0;
float minxlabel = 0;
float maxxlabel = 0;
float k;
float flow;
float pos;
float vceff;
RectangleF allrect = new RectangleF(0, 0, 1, 1);
RectangleF vrect = allrect;
RectangleF rawvrect = allrect;
float unitsize = 0.025f;
float vx, vy;
int s = 0;
int c;
string label = "";
MassUnitsType prefMassUnits = inParams.massUnits;
int prefMassUnitsi;
float multiplier = 1;
// general vars
if (dispDual && !previewMode)
{
nphases = 2;
}
else
{
nphases = 1;
}
ncomps = inParams.comps.Count;
nseries = outSet.outCells.Length;
if (ncomps == 0)
{
return(visOutSet);
}
// update outComps units
foreach (OutComp outComp0 in outSet.comps)
{
outComp0.units = inParams.viewUnits;
outComp0.volUnits = inParams.volUnits;
outComp0.timeUnits = inParams.timeUnits;
outComp0.massUnits = inParams.massUnits;
}
// convert out to units
outSet.unitsOutCells = new OutCell[outSet.outCells.Length][];
for (s = 0; s < nseries; s++)
{
c = s / nphases;
if (viewParams.phaseDisplay == PhaseDisplayType.Lower)
{
phase = PhaseType.Lower;
}
else
{
phase = PhaseType.Upper;
}
if (nphases > 1)
{
phase = (PhaseType)((s % nphases) + 1);
}
ncells = outSet.outCells[s].Length;
outSet.unitsOutCells[s] = new OutCell[ncells];
for (int i = 0; i < ncells; i++)
{
pos = inParams.convertUnit(outSet.outCells[s][i].pos, inParams.natUnits, viewParams.viewUnits, phase);
con = outSet.outCells[s][i].con;
outSet.unitsOutCells[s][i] = new OutCell(pos, con);
}
}
// initialise vis series
visSeries = new List <VisSerie>(nseries);
if (viewParams.showProbUnits)
{
visRawSeries = new List <VisSerie>(nseries);
}
if (viewParams.showProbUnits)
{
if (dispDual)
{
rawvrect.Height = unitsize * 2;
}
else
{
rawvrect.Height = unitsize;
}
vrect.Y = rawvrect.Bottom;
vrect.Height = 1 - vrect.Y;
}
// Axes
axes = outSet.axes;
// Set maxcon / rangey
if (viewParams.yScale == YScaleType.Absolute)
{
// * not exactly correct; should use maxcon from first (time) step
maxcon = 0;
for (int i = 0; i < outSet.comps.Count; i++)
{
if (outSet.comps[i].m > maxcon)
{
maxcon = outSet.comps[i].m;
}
}
rangey = maxcon;
}
else if (viewParams.yScale == YScaleType.Normalised)
{
rangey = 0;
}
else // Auto or Log scale
{
maxcon = 0;
for (int i = 0; i < axes.maxcon.Count; i++)
{
if (axes.maxcon[i] > maxcon)
{
maxcon = axes.maxcon[i];
}
}
if (viewParams.yScale == YScaleType.Automatic)
{
rangey = maxcon;
}
else if (axes.logScale)
{
maxcon = (float)Math.Ceiling(Math.Log(maxcon)); // Nearest E power
rangey = 5;
// Scale: E^maxcon ... E^(maxcon-rangey)
}
}
// Column lines
if (viewParams.showProbUnits)
{
visAxis = new VisAxis();
visAxis.drawColor = Colors.LightGray;
visAxis.point1 = new VisPoint(vrect.Left, rawvrect.Top);
visAxis.point2 = new VisPoint(vrect.Left, rawvrect.Bottom);
visAxes.visAxes.Add(visAxis);
visAxis = new VisAxis();
visAxis.drawColor = Colors.LightGray;
visAxis.point1 = new VisPoint(vrect.Right, rawvrect.Top);
visAxis.point2 = new VisPoint(vrect.Right, rawvrect.Bottom);
visAxes.visAxes.Add(visAxis);
visAxis = new VisAxis();
visAxis.point1 = new VisPoint(vrect.Left, rawvrect.Top);
visAxis.point2 = new VisPoint(vrect.Right, rawvrect.Top);
visAxes.visAxes.Add(visAxis);
visAxis = new VisAxis();
visAxis.point1 = new VisPoint(vrect.Left, rawvrect.Bottom);
visAxis.point2 = new VisPoint(vrect.Right, rawvrect.Bottom);
visAxes.visAxes.Add(visAxis);
}
if (axes.showCol)
{
visAxis = new VisAxis();
visAxis.drawColor = Colors.LightGray;
vx = axes.colstart / axes.rangex * allrect.Width + allrect.Left;
visAxis.point1 = new VisPoint(vx, allrect.Top);
visAxis.point2 = new VisPoint(vx, allrect.Bottom);
visAxes.visAxes.Add(visAxis);
visAxis = new VisAxis();
visAxis.drawColor = Colors.LightGray;
vx = axes.colend / axes.rangex * allrect.Width + allrect.Left;
visAxis.point1 = new VisPoint(vx, allrect.Top);
visAxis.point2 = new VisPoint(vx, allrect.Bottom);
visAxes.visAxes.Add(visAxis);
}
if (axes.showDeadvolstart)
{
visAxis = new VisAxis();
vx = axes.deadvolstart / axes.rangex * vrect.Width + vrect.Left;
visAxis.point1 = new VisPoint(vx, vrect.Top);
visAxis.point2 = new VisPoint(vx, vrect.Bottom);
visAxes.visAxes.Add(visAxis);
}
if (axes.showDeadvolend)
{
visAxis = new VisAxis();
vx = axes.deadvolend / axes.rangex * vrect.Width + vrect.Left;
visAxis.point1 = new VisPoint(vx, vrect.Top);
visAxis.point2 = new VisPoint(vx, vrect.Bottom);
visAxes.visAxes.Add(visAxis);
}
if (axes.showDeadvolinsert)
{
visAxis = new VisAxis();
vx = axes.deadvolinjectstart / axes.rangex * vrect.Width + vrect.Left;
visAxis.point1 = new VisPoint(vx, vrect.Top);
visAxis.point2 = new VisPoint(vx, vrect.Bottom);
visAxes.visAxes.Add(visAxis);
visAxis = new VisAxis();
vx = axes.deadvolinjectend / axes.rangex * vrect.Width + vrect.Left;
visAxis.point1 = new VisPoint(vx, vrect.Top);
visAxis.point2 = new VisPoint(vx, vrect.Bottom);
visAxes.visAxes.Add(visAxis);
}
// X Axis
if (viewParams.syncScales && viewParams.viewUnits != QuantityType.ReS)
{
minxlabel = inParams.convertUnit(axes.scaleminulabel, inParams.natUnits, viewParams.viewUnits, PhaseType.Upper);
maxxlabel = inParams.convertUnit(axes.scalemaxulabel, inParams.natUnits, viewParams.viewUnits, PhaseType.Upper);
scaleu = Math.Abs(maxxlabel - minxlabel);
minxlabel = inParams.convertUnit(axes.scaleminllabel, inParams.natUnits, viewParams.viewUnits, PhaseType.Lower);
maxxlabel = inParams.convertUnit(axes.scalemaxllabel, inParams.natUnits, viewParams.viewUnits, PhaseType.Lower);
scalel = Math.Abs(maxxlabel - minxlabel);
if (scaleu != 0 && scalel != 0)
{
axes.sync(scaleu, scalel);
}
}
label = "";
for (int phasei = 0; phasei < 2; phasei++)
{
if (dispDual)
{
vy = vrect.Top + 0.5f * vrect.Height;
scaleDrawReverse = ((PhaseType)(phasei + 1) == PhaseType.Lower);
}
else
{
vy = vrect.Bottom;
scaleDrawReverse = false;
}
scaleSet = false;
if ((PhaseType)(phasei + 1) == PhaseType.Upper && (inParams.runMode != RunModeType.LowerPhase || (inParams.eeMode != EEModeType.None && inParams.isPosEEdir())) && viewParams.phaseDisplay != PhaseDisplayType.Lower)
{
// show Up axis
minvx = vrect.Left + axes.scaleminu / axes.rangexu * vrect.Width;
maxvx = vrect.Left + axes.scalemaxu / axes.rangexu * vrect.Width;
minxlabel = inParams.convertUnit(axes.scaleminulabel, inParams.natUnits, viewParams.viewUnits, PhaseType.Upper);
maxxlabel = inParams.convertUnit(axes.scalemaxulabel, inParams.natUnits, viewParams.viewUnits, PhaseType.Upper);
rangex = Math.Abs(axes.scalemaxu - axes.scaleminu);
scaleSet = true;
}
else if ((PhaseType)(phasei + 1) == PhaseType.Lower && (inParams.runMode != RunModeType.UpperPhase || (inParams.eeMode != EEModeType.None && !inParams.isPosEEdir())) && viewParams.phaseDisplay != PhaseDisplayType.Upper)
{
// show Lp axis
minvx = vrect.Left + axes.scaleminl / axes.rangexl * vrect.Width;
maxvx = vrect.Left + axes.scalemaxl / axes.rangexl * vrect.Width;
minxlabel = inParams.convertUnit(axes.scaleminllabel, inParams.natUnits, viewParams.viewUnits, PhaseType.Lower);
maxxlabel = inParams.convertUnit(axes.scalemaxllabel, inParams.natUnits, viewParams.viewUnits, PhaseType.Lower);
rangex = Math.Abs(axes.scalemaxl - axes.scaleminl);
scaleSet = true;
}
if (scaleSet)
{
range = maxxlabel - minxlabel;
// if syncScales: use same divs/stepsize as other axis
if (phasei == 0 || !viewParams.syncScales || viewParams.phaseDisplay == PhaseDisplayType.Upper || viewParams.phaseDisplay == PhaseDisplayType.Lower)
{
xaxis.calcScale(range);
}
if (label == "")
{
// only do first label
label = inParams.getXaxisLegend();
}
else
{
label = "";
}
visAxes.addAxis(label,
minvx, vy, maxvx, vy,
false, true, true, !previewMode, !dispDual, scaleDrawReverse, false,
false, 1,
Colors.Black, 1,
minxlabel, maxxlabel, xaxis.nMajorDivs, xaxis.majorStepSize, xaxis.nMinorDivs, xaxis.minorStepSize);
if (viewParams.viewUnits == QuantityType.ReS)
{
// ReS (K-values) scale: overwrite labels
visAxis = visAxes.visAxes[visAxes.visAxes.Count - 1];
visAxis.clearLabels();
for (int i = 0; i <= 8; i++)
{
if (i > 4)
{
k = (float)4 / (8 - i);
}
else
{
k = (float)i / 4;
}
flow = Equations.calcFlow(inParams.kDefinition, inParams.fu, -inParams.fl, k);
if (flow < 0 && inParams.runMode == RunModeType.DualMode)
{
vceff = inParams.injectPos * inParams.vc;
}
else
{
vceff = (1 - inParams.injectPos) * inParams.vc;
}
if (flow != 0)
{
if (float.IsInfinity(k))
{
pos = Equations.calcInfPos(inParams.kDefinition, vceff, inParams.lf, inParams.uf, inParams.fu, inParams.fl);
}
else
{
pos = Equations.calcPos(inParams.kDefinition, vceff, inParams.lf, inParams.uf, flow, k);
}
if ((PhaseType)(phasei + 1) == PhaseType.Lower)
{
pos = -pos;
}
pos = inParams.convertUnit(pos, QuantityType.Time, inParams.natUnits, (PhaseType)(phasei + 1));
if (pos > 0 && !float.IsInfinity(pos))
{
vx = minvx + pos / rangex * (maxvx - minvx);
visAxis.addLabel(Util.toString(k, 2), vx, vy);
}
}
}
}
}
}
// Y Axis
range = rangey;
if (!axes.logScale)
{
// normal scale
yaxis.calcScale(range);
rangey = yaxis.scale;
miny = 0;
maxy = rangey;
}
else
{
// log scale
yaxis.majorStepSize = 1;
yaxis.nMajorDivs = (int)rangey;
yaxis.minorStepSize = 0;
yaxis.nMinorDivs = 0;
miny = maxcon - rangey;
maxy = maxcon;
}
if (usePrefixes)
{
prefMassUnitsi = (int)inParams.massUnits;
rangey0 = rangey;
while (rangey0 >= 1000 && prefMassUnitsi < Enum.GetValues(typeof(MassUnitsType)).Length)
{
rangey0 /= 1000;
multiplier /= 1000;
prefMassUnitsi++;
}
while (rangey0 < 1 && prefMassUnitsi > 0)
{
rangey0 *= 1000;
multiplier *= 1000;
prefMassUnitsi--;
}
prefMassUnits = (MassUnitsType)prefMassUnitsi;
label = inParams.getYaxisLegend(prefMassUnits);
}
else
{
label = inParams.getYaxisLegend(null);
}
if (dispDual)
{
vy = vrect.Top + 0.5f * vrect.Height;
// positive y scale
visAxes.addAxis("Upper Phase " + label,
vrect.Left, vy, vrect.Left, vrect.Top,
!previewMode, true, true, !previewMode, !axes.logScale, false, axes.logScale,
!usePrefixes, multiplier,
Colors.Black, 1,
miny, maxy, yaxis.nMajorDivs, yaxis.majorStepSize, yaxis.nMinorDivs, yaxis.minorStepSize);
// negative y scale
if (!axes.logScale)
{
yaxis.inverse();
miny = -miny;
maxy = -maxy;
}
visAxes.addAxis("Lower Phase " + label,
vrect.Left, vy, vrect.Left, vrect.Bottom,
!previewMode, true, true, !previewMode, false, false, axes.logScale,
!usePrefixes, multiplier,
Colors.Black, 1,
miny, maxy, yaxis.nMajorDivs, yaxis.majorStepSize, yaxis.nMinorDivs, yaxis.minorStepSize);
}
else
{
visAxes.addAxis(label,
vrect.Left, vrect.Bottom, vrect.Left, vrect.Top,
!previewMode, true, true, !previewMode, true, false, axes.logScale,
!usePrefixes, multiplier,
Colors.Black, 1,
miny, maxy, yaxis.nMajorDivs, yaxis.majorStepSize, yaxis.nMinorDivs, yaxis.minorStepSize);
}
// Raw Series (units)
if (viewParams.showProbUnits)
{
for (s = 0; s < rawOutCells.Length; s++)
{
compRawOutCells = rawOutCells[s];
npoints = compRawOutCells.Length;
c = s / nphases;
visSerie = new VisSerie();
visSerie.type = VisSerieType.Units;
visSerie.visRect = new Rect(rawvrect.X, rawvrect.Y, rawvrect.Width, rawvrect.Height);
visSerie.compi = c;
visSerie.drawSize = unitsize;
visSerie.drawWeight = outSet.comps[c].m;
visPoints = new List <VisPoint>();
if (viewParams.phaseDisplay == PhaseDisplayType.Lower)
{
phase = PhaseType.Lower;
}
else
{
phase = PhaseType.Upper;
}
if (nphases > 1)
{
phase = (PhaseType)((s % nphases) + 1);
}
if (phase == PhaseType.Upper)
{
rangex = axes.rangexu;
}
else
{
rangex = axes.rangexl;
}
if (c < ncomps)
{
visSerie.drawColor = Util.colorRange(c, ncomps);
}
else
{
visSerie.drawColor = Colors.Gray;
}
for (int i = 0; i < npoints; i++)
{
outCell = compRawOutCells[i];
vx = rawvrect.Left + outCell.pos / rangex * rawvrect.Width;
if (s % nphases == 0)
{
vy = rawvrect.Top;
}
else
{
vy = rawvrect.Top + 0.5f * rawvrect.Height;
}
visPoints.Add(new VisPoint(vx, vy));
}
visSerie.visPoints = visPoints.ToArray();
visRawSeries.Add(visSerie);
}
visOutSet.visRawSeries = visRawSeries.ToArray();
if (dispDual)
{
visAxis = new VisAxis();
visAxis.point1 = new VisPoint(rawvrect.Left, 0.5f * rawvrect.Height);
visAxis.point2 = new VisPoint(rawvrect.Right, 0.5f * rawvrect.Height);
visAxes.visAxes.Add(visAxis);
}
}
visOutSet.visAxes = visAxes;
// Series
if (viewParams.yScale == YScaleType.Automatic)
{
maxcon = rangey;
}
for (s = 0; s < nseries; s++)
{
npoints = outSet.outCells[s].Length;
c = s / nphases;
visSerie = new VisSerie();
visSerie.type = VisSerieType.Graph;
visSerie.visRect = new Rect(vrect.X, vrect.Y, vrect.Width, vrect.Height);
visSerie.compi = c;
visPoints = new List <VisPoint>();
if (nphases > 1)
{
phase = (PhaseType)((s % nphases) + 1);
}
else if (viewParams.phaseDisplay == PhaseDisplayType.Lower)
{
phase = PhaseType.Lower;
}
else
{
phase = PhaseType.Upper;
}
if (phase == PhaseType.Upper)
{
rangex = axes.rangexu;
}
else
{
rangex = axes.rangexl;
}
if (c < ncomps)
{
visSerie.drawWeight = outSet.comps[c].m;
visSerie.multiColor = false;
visSerie.drawColor = Util.colorRange(c, ncomps);
sum = false;
}
else
{
visSerie.multiColor = true;
visSerie.drawColor = Colors.Gray;
sum = true;
}
if (viewParams.peaksDisplay != PeaksDisplayType.Sum || sum)
{
// Sum graph: multi color
if (viewParams.yScale == YScaleType.Normalised)
{
maxcon = axes.maxcon[c];
}
for (int i = 0; i < npoints; i++)
{
outCell = outSet.outCells[s][i];
vx = vrect.Left + outCell.pos / rangex * vrect.Width;
if (viewParams.yScale == YScaleType.Logarithmic)
{
if (outCell.con != 0 && maxcon != 0)
{
con = (float)(1 + (Math.Log(Math.Abs(outCell.con)) - maxcon) / rangey);
if (con < 0)
{
con = 0;
}
if (outCell.con < 0)
{
con = -con;
}
}
else
{
con = 0;
}
}
else
{
if (maxcon != 0)
{
con = outCell.con / maxcon;
}
}
if (dispDual)
{
vy = vrect.Top + (1 - con) / 2 * vrect.Height;
}
else
{
vy = vrect.Bottom - con * vrect.Height;
}
if (c < ncomps)
{
visPoints.Add(new VisPoint(vx, vy));
}
else
{
visPoints.Add(new VisPoint(vx, vy, outCell.color));
}
}
visSerie.visPoints = visPoints.ToArray();
visSeries.Add(visSerie);
}
}
visOutSet.visSeries = visSeries.ToArray();
// Peaks
for (int i = 0; i < outSet.comps.Count; i++)
{
outComp = outSet.comps[i];
if (outComp.phase == PhaseType.Upper)
{
vx = vrect.Left + outComp.drawPosition / axes.rangexu * vrect.Width;
}
else if (outComp.phase == PhaseType.Lower)
{
vx = vrect.Left + outComp.drawPosition / axes.rangexl * vrect.Width;
}
else
{
vx = vrect.Left + outComp.drawPosition / axes.rangex * vrect.Width;
}
if (dispDual && outComp.phase == PhaseType.Lower)
{
vy = vrect.Bottom;
}
else
{
vy = vrect.Top;
}
visComp = new VisComp(new VisPoint(vx, vy, Util.colorRange(i, ncomps, 0.5f)), outComp.label, Util.colorRange(i, ncomps, 2));
visOutSet.comps.Add(visComp);
}
visOutSet.posUnits = inParams.getXaxisUnits();
visOutSet.useMultiplier = usePrefixes;
if (usePrefixes)
{
visOutSet.conMultiplier = multiplier;
visOutSet.conUnits = inParams.getYaxisUnits(prefMassUnits);
}
else
{
visOutSet.conMultiplier = 1;
visOutSet.conUnits = inParams.getYaxisUnits(null);
}
visOutSet.timeUnits = inParams.timeUnits.ToString();
return(visOutSet);
}
public TextParamList getText(bool showAll = false)
{
TextParamList textList = new TextParamList();
string units, compLabel;
// Main
if (showAll)
{
textList.addHeader("Main parameters");
textList.add("Profile", Util.GetEnumDescription(profile));
textList.add("Model", model.ToString());
textList.add("Run mode", Util.GetEnumDescription(runMode));
textList.add("K definition", Util.GetEnumDescription(kDefinition));
}
// Column
textList.addHeader("Column parameters");
textList.add("Vc", vc.ToString(), volUnits.ToString());
if (vdeadInEnabled)
{
textList.add("Vdead in", vdeadIn.ToString(), volUnits.ToString());
}
if (vdeadOutEnabled)
{
textList.add("Vdead out", vdeadOut.ToString(), volUnits.ToString());
}
if (vdeadInjectEnabled)
{
textList.add("Vdead inject", vdeadInject.ToString(), volUnits.ToString());
}
textList.add("Uf", uf.ToString(), "0..1");
textList.add("Lf", lf.ToString(), "0..1");
// Flow
textList.addHeader("Flow parameters");
units = string.Format("{0}/{1}", volUnits, timeUnits);
if (fu != 0)
{
textList.add("Fu", fu.ToString(), units);
}
if (fl != 0)
{
textList.add("Fl", fl.ToString(), units);
}
if (eeMode != EEModeType.None)
{
textList.add(Util.GetEnumDescription(eeMode));
}
if (runMode == RunModeType.Intermittent)
{
textList.add("start phase", intStartPhase.ToString());
if (intMode == IntModeType.Component)
{
if (intUpComp >= 0 && intUpComp < comps.Count)
{
compLabel = comps[intUpComp].label;
}
else
{
compLabel = "-";
}
textList.add("Upper switch", compLabel);
if (intLpComp >= 0 && intLpComp < comps.Count)
{
compLabel = comps[intLpComp].label;
}
else
{
compLabel = "-";
}
textList.add("Lower switch", compLabel);
}
else if (intMode == IntModeType.Volume)
{
textList.add("Upper switch", intUpSwitch.ToString(), volUnits.ToString());
textList.add("Lower switch", intLpSwitch.ToString(), volUnits.ToString());
}
else
{
textList.add("Upper switch", intUpSwitch.ToString(), timeUnits.ToString());
textList.add("Lower switch", intLpSwitch.ToString(), timeUnits.ToString());
}
textList.add("Max iterations", intMaxIt.ToString());
if (intFinalElute)
{
textList.add("Final elution");
}
}
// Inject
textList.addHeader("Inject parameters");
textList.add("Inject mode", injectMode.ToString());
textList.add("Inject phase", injectPhase.ToString());
textList.add("Inject volume", injectVolume.ToString(), volUnits.ToString());
textList.add("Inject position", injectPos.ToString(), "0..1");
if (injectMode == InjectModeType.Batch)
{
if (injectFeedUnits == QuantityType.Volume)
{
units = volUnits.ToString();
}
else if (injectFeedUnits == QuantityType.Time)
{
units = timeUnits.ToString();
}
textList.add("Inject feed", injectFeed.ToString(), units);
}
// Model
textList.addHeader("Model parameters");
if (model == ModelType.CCD || model == ModelType.Transport)
{
textList.add("Steps", column.ToString());
}
if (model == ModelType.Probabilistic)
{
units = string.Format("1/{0}", timeUnits);
textList.add("Rotational speed", mixSpeed.ToString(), units);
}
if (model == ModelType.CCD || model == ModelType.Probabilistic)
{
textList.add("Efficiency", Util.toString(efficiency, 4), "0..1");
}
if (model == ModelType.Transport)
{
textList.add("Mass transfer", ka.ToString());
}
return(textList);
}
