private static void RunTestcase(Testcase testcase)
{
ValueTable testData = new ValueTable(testcase.KDate);
ValueTable treatmentData = new ValueTable(testcase.KDate);
double temp;
double temp2;
if (testcase.Dialysis.ToLower().StartsWith("y"))
{
testData.SetValue("GFR", -1, "", testcase.KDate);
}
else
{
if (testcase.Creatinine1 != "")
{
double GFR1 = GetGFR(testcase.Creatinine1, testcase.DOB, testcase.KDate, testcase.Gender, testcase.Ethnicity);
if (GFR1 >= 0)
{
testData.SetValue("gfr", GFR1, "ml/min", testcase.SCr1date);
}
}
if (testcase.Creatinine2 != "")
{
double GFR2 = GetGFR(testcase.Creatinine2, testcase.DOB, testcase.KDate, testcase.Gender, testcase.Ethnicity);
if (GFR2 >= 0)
{
testData.SetValue("gfr", GFR2, "ml/min", testcase.SCr2date);
}
}
}
if (double.TryParse(testcase.UrineProduction, out temp))
{
testData.SetValue("urine production", temp, "ml/kg/hr", testcase.UrineDate);
}
if (double.TryParse(testcase.Potassium, out temp))
{
testData.SetValue("potassium", temp, "mEq/l", testcase.KDate);
}
if (double.TryParse(testcase.Magnesium, out temp))
{
testData.SetValue("magnesium", temp, "mg/dl", testcase.MgDate);
}
if (double.TryParse(testcase.Phosphorus, out temp))
{
testData.SetValue("phosphorus", temp, "mg/dl", testcase.PhosDate);
}
if (testcase.CaType == "ionized" && double.TryParse(testcase.Calcium, out temp))
{
testData.SetValue("calcium, ionized", temp, "mg/dl", testcase.CaDate);
}
if (testcase.CaType == "total" && double.TryParse(testcase.Calcium, out temp) && double.TryParse(testcase.Albumin, out temp2))
{
if (temp2 < 4.0)
{
temp += 0.8 * (4.0 - temp2);
}
testData.SetValue("calcium, ionized", temp, "mg/dl", testcase.CaDate);
}
testData.SetValue("diarrhea", testcase.Diarrhea.ToLower().StartsWith("y") ? "Yes" : "No", "", testcase.KDate);
testData.SetValue("EnteralRoute", true, "", testcase.KDate);
testData.SetValue("CentralRoute", true, "", testcase.KDate);
testData.SetValue("PeripheralRoute", true, "", testcase.KDate);
if (double.TryParse(testcase.Supplement48hrs, out temp))
{
treatmentData.SetValue("kcl", temp, "mEq", testcase.KDate.AddDays(-1));
}
Intervention hypokalemia = new Module(testcase.PatientID, testData, treatmentData);
DecisionResult results = hypokalemia.IdentifyTreatment();
testcase.Treatments = results.treatments.OrderBy(t => t.index)
.Select(t => t.index + ": " + t.type + ": " + t.med
+ " " + t.quantity + " " + t.units + " " + t.route).ToList();
testcase.Actions = results.actions.Select(a => a.text.Trim('"')).ToList();;
testcase.Reasons = results.reasons.Select(r => r.level + ": " + r.text.Trim('"')).ToList();
}
private static void RunTestcase(Testcase testcase)
{
ValueTable testData = new ValueTable(testcase.K1Date);
ValueTable treatmentData = new ValueTable(testcase.K1Date);
double temp;
double temp2;
//(data-value(name dialysis) (patient 123456) (value NO))
if (testcase.Dialysis.ToLower().StartsWith("y"))
{
testData.SetValue("dialysis", "YES", "", testcase.K1Date);
}
else
{
testData.SetValue("dialysis", "NO", "", testcase.K1Date);
}
//(data-value(name GFR) (patient 123456) (value 45))
if (testcase.Creatinine1 != "")
{
double GFR = GetGFR(testcase.Creatinine1, testcase.DOB, testcase.K1Date, testcase.Gender, testcase.Ethnicity);
if (GFR >= 0)
{
testData.SetValue("GFR", GFR, "ml/min", testcase.SCr1date);
}
}
//GFR-trend is calculated in the module. (data-value(name GFR-trend) (patient 123456) (value Stable))
if (testcase.Creatinine2 != "")
{
double GFR = GetGFR(testcase.Creatinine2, testcase.DOB, testcase.K1Date, testcase.Gender, testcase.Ethnicity);
if (GFR >= 0)
{
testData.SetValue("GFR", GFR, "ml/min", testcase.SCr2date);
}
}
if (testcase.Creatinine3 != "")
{
double GFR = GetGFR(testcase.Creatinine3, testcase.DOB, testcase.K1Date, testcase.Gender, testcase.Ethnicity);
if (GFR >= 0)
{
testData.SetValue("GFR", GFR, "ml/min", testcase.SCr3date);
}
}
if (double.TryParse(testcase.UrineProduction3hours, out temp))
{
testData.SetValue("urine production", temp, "ml/kg/hr", testcase.K1Date);
}
if (double.TryParse(testcase.Potassium1, out temp))
{
testData.SetValue("potassium", temp, "mEq/l", testcase.K1Date);
}
if (double.TryParse(testcase.Potassium2, out temp))
{
testData.SetValue("potassium", temp, "mEq/l", testcase.K2Date);
}
if (double.TryParse(testcase.Potassium3, out temp))
{
testData.SetValue("potassium", temp, "mEq/l", testcase.K3Date);
}
if (double.TryParse(testcase.Magnesium, out temp))
{
testData.SetValue("magnesium", temp, "mg/dl", testcase.MgDate);
}
if (double.TryParse(testcase.Phosphorus, out temp))
{
testData.SetValue("phosphorus", temp, "mg/dl", testcase.PhosDate);
}
if (testcase.CaType == "ionized" && double.TryParse(testcase.Calcium, out temp))
{
testData.SetValue("calcium, ionized", temp, "mg/dl", testcase.CaDate);
}
if (testcase.CaType == "total" && double.TryParse(testcase.Calcium, out temp) && double.TryParse(testcase.Albumin, out temp2))
{
if (temp2 < 4.0)
{
temp += 0.8 * (4.0 - temp2);
}
testData.SetValue("calcium, ionized", temp, "mg/dl", testcase.CaDate);
}
testData.SetValue("past-loop-diuretic", testcase.LoopDiureticsDsc.ToLower().StartsWith("y") ? "Yes" : "No", "", testcase.K1Date);
testData.SetValue("past-diarrhea", testcase.Diarrhea.ToLower().StartsWith("y") ? "Yes" : "No", "", testcase.K1Date);
if (double.TryParse(testcase.Supplement24hrs, out temp))
{
treatmentData.SetValue("supplement24hrs", temp, "mEq", testcase.K1Date);
}
Intervention hypokalemia = new Module(testcase.PatientID, testData, treatmentData);
DecisionResult results = hypokalemia.IdentifyTreatment();
//testcase.Treatments = results.treatments.OrderBy(t => t.index)
// .Select(t => t.index + ": " + t.type + ": " + t.med
// + " " + t.quantity + " " + t.units + " " + t.route).ToList();
if (results.treatments.Count == 1 && results.treatments[0].type.Contains("KCl")) // KCl only
{
testcase.Treatments = results.treatments.Select(t => t.type.Trim('"') + (t.route == "nil" ? "" : " " + t.route)).ToList();
}
else // Kphos and KCl, ignore routes
{
testcase.Treatments = results.treatments.Select(t => t.type.Trim('"')).ToList();
}
testcase.Actions = results.actions.Select(a => a.text.Trim('"')).ToList();
testcase.Reasons = results.reasons.Select(r => r.text.Trim('"')).ToList();
}
private void RunButton_Click(object sender, EventArgs e)
{
CultureInfo culture = new CultureInfo("en-US");
List <AutoICU.AI.Treatment> treatments = new List <AutoICU.AI.Treatment>();
List <AutoICU.AI.Action> actions = new List <AutoICU.AI.Action>();
List <AutoICU.AI.Reason> reasons = new List <AutoICU.AI.Reason>();
List <double> test_x_values = new List <double>();
List <double> test_y_values = new List <double>();
List <double> treatment_x_values = new List <double>();
List <double> treatment_y_values = new List <double>();
List <double> weights = new List <double>();
DateTime now = DateTime.Now;
AutoICU.AI.ValueTable testData = new ValueTable();
bool latestSet = false;
DateTime latest = DateTime.UtcNow;
for (int dt_index = 1; dt_index < valuesDataGridView.ColumnCount; dt_index++)
{
string date = valuesDataGridView.Rows[0].Cells[dt_index].Value.ToString();
string time = valuesDataGridView.Rows[1].Cells[dt_index].Value.ToString();
if (date != "")
{
if (time == "")
{
time = "12:00";
}
else
{
if (!time.Contains(":") && time.Length > 2)
{
time = time.Substring(0, time.Length - 2) + ":" + time.Substring(time.Length - 2);
}
}
try
{
DateTime timestamp = Convert.ToDateTime(date + " " + time, culture);
if (!latestSet)
{
latest = timestamp;
latestSet = true;
}
for (int test_index = 2; test_index < valuesDataGridView.RowCount; test_index++)
{
string testName = valuesDataGridView.Rows[test_index].Cells[0].Value.ToString();
string testValue = valuesDataGridView.Rows[test_index].Cells[dt_index].Value as string;
if (testValue != "")
{
testData.SetValue(testName, testValue, "", timestamp);
}
}
}
catch (Exception)
{
AutoICU.AI.Action action = new AutoICU.AI.Action();
action.text = "Unusable date and/or time: " + date + " " + time;
actions.Add(action);
}
}
}
if (enteralRouteCheckBox.Checked)
{
testData.SetValue("EnteralRoute", true, "", latest);
}
if (centralIvRouteCheckBox.Checked)
{
testData.SetValue("CentralRoute", true, "", latest);
}
if (peripheralIvRouteCheckBox.Checked)
{
testData.SetValue("PeripheralRoute", true, "", latest);
}
AutoICU.AI.ValueTable treatmentData = new ValueTable();
for (int dt_index = 1; dt_index < medsDataGridView.ColumnCount; dt_index++)
{
string date = medsDataGridView.Rows[0].Cells[dt_index].Value.ToString();
string time = medsDataGridView.Rows[1].Cells[dt_index].Value.ToString();
if (date != "")
{
if (time == "")
{
time = "12:00";
}
else
{
if (!time.Contains(":") && time.Length > 2)
{
time = time.Substring(0, time.Length - 2) + ":" + time.Substring(time.Length - 2);
}
}
try
{
DateTime timestamp = Convert.ToDateTime(date + " " + time, culture);
for (int test_index = 2; test_index < medsDataGridView.RowCount; test_index++)
{
string treatmentName = medsDataGridView.Rows[test_index].Cells[0].Value.ToString();
string treatmentValue = medsDataGridView.Rows[test_index].Cells[dt_index].Value as string;
if (treatmentValue != "")
{
treatmentData.SetValue(treatmentName, treatmentValue, "", timestamp);
}
}
}
catch (Exception)
{
AutoICU.AI.Action action = new AutoICU.AI.Action();
action.text = "Unusable date and/or time: " + date + " " + time;
actions.Add(action);
}
}
}
AutoICU.AI.Intervention hypokalemia = new AutoICU.AI.HypokalemiaV1.Module("p123456", testData, treatmentData);
DecisionResult results = hypokalemia.IdentifyTreatment();
treatementsDataGridView.DataSource = results.treatments;
treatementsDataGridView.ClearSelection();
actionsDataGridView.DataSource = results.actions;
actionsDataGridView.ClearSelection();
reasonsDataGridView.DataSource = results.reasons;
reasonsDataGridView.ClearSelection();
// Tests the loading of AutoICU.AI intervention modules and running them.
//Physician.LoadAssemblies();
//Physician.IdentifyTreatments("p123456", testData, treatmentData);
}