void ProdRestartGridCtrl::ResetGrid()
{
static const int maxRestart = 16;
productionRestartTimes.ReAlloc(maxRestart);
SetRowCount(maxRestart + 1);
SetColCount(2);
SetCenteredText(0, 1, "Restart Time" );
CString sRowHeader;
for (int i = 0; i < maxRestart; i++)
{
int row = i + 1;
sRowHeader.Format("%d", row);
SetCenteredText(row, 0, sRowHeader );
if (i > productionRestartTimes.UpperBound())
productionRestartTimes[i] = nullReal;
SetCell(row, 1, new ProdRestartTimeGridCell(i));
}
SetEditMode();
SetBorderThickness(4);
AutoSize();
SetColSize(1, GetColSize(1) + 15);
UpdateAllRows();
}
void CReportEntityBox::Copy( CDiagramEntity * obj )
/* ============================================================
Function : CReportEntityBox::Copy
Description : Copies the data from "obj" to this object.
Access : Public
Return : void
Parameters : CDiagramEntity * obj - Object to copy from
Usage : Call to copy data from "obj"
============================================================*/
{
CDiagramEntity::Copy( obj );
CReportEntityBox* copy = static_cast< CReportEntityBox* >( obj );
SetBorderThickness( copy->GetBorderThickness() );
SetBorderStyle( copy->GetBorderStyle() );
SetBorderColor( copy->GetBorderColor() );
SetFill( copy->GetFill() );
SetFillColor( copy->GetFillColor() );
}
BOOL CReportEntityPicture::FromString( const CString& str )
/* ============================================================
Function : CReportEntityPicture::FromString
Description : Sets the data of the object from "str".
Access : Public
Return : BOOL - "TRUE" if the string
represents an object
of this type.
Parameters : const CString& str - String to parse
Usage : Call to load objects from a file.
============================================================*/
{
BOOL result = FALSE;
CString data( str );
if( LoadFromString( data ) )
{
CTokenizer tok( data );
double borderthickness;
unsigned int borderstyle;
unsigned int bordercolor;
CString filename;
int count = 0;
tok.GetAt( count++, borderthickness );
int aaa;
tok.GetAt( count++, aaa );
borderstyle=aaa;
tok.GetAt( count++, aaa );
bordercolor=aaa;
tok.GetAt( count++, filename );
int bt = CUnitConversion::InchesToPixels( borderthickness );
SetBorderThickness( bt );
SetBorderStyle( borderstyle );
SetBorderColor( bordercolor );
UnmakeSaveString( filename );
SetFilename( filename );
int left = CUnitConversion::InchesToPixels( GetLeft() );
int right = CUnitConversion::InchesToPixels( GetRight() );
int top = CUnitConversion::InchesToPixels( GetTop() );
int bottom = CUnitConversion::InchesToPixels( GetBottom() );
CRect rect( left, top, right, bottom );
SetRect( rect );
result = TRUE;
}
return result;
}
void CReportEntityBox::Serialize(CArchive& ar)
{
typedef struct
{
int a_f;
int b_f;
} BOX_RESERVE_FIELDS;
BOX_RESERVE_FIELDS box_reserve;
memset(&box_reserve,0,sizeof(BOX_RESERVE_FIELDS));
CDiagramEntity::Serialize(ar);
if (ar.IsStoring())
{
// —охран¤ем
double thickness = CUnitConversion::PixelsToInches( GetBorderThickness() );
ar.Write(&thickness,sizeof(double));
unsigned int bst = GetBorderStyle( );
ar.Write(&bst,sizeof(unsigned int));
unsigned int brC = GetBorderColor( );
ar.Write(&brC,sizeof(unsigned int));
BOOL gf = GetFill();
ar.Write(&gf, sizeof(BOOL));
brC = GetFillColor();
ar.Write(&brC,sizeof(unsigned int));
ar.Write(&box_reserve,sizeof(BOX_RESERVE_FIELDS));
}
else
{
// „итаем
double bordhickness;
ar.Read(&bordhickness,sizeof(double));
unsigned int bordst;
ar.Read(&bordst,sizeof(unsigned int));
unsigned int linecolor;
ar.Read(&linecolor,sizeof(unsigned int));
BOOL fil;
ar.Read(&fil,sizeof(BOOL));
unsigned int filcolor;
ar.Read(&filcolor,sizeof(unsigned int));
ar.Read(&box_reserve,sizeof(BOX_RESERVE_FIELDS));
int bt = CUnitConversion::InchesToPixels( bordhickness );
SetBorderThickness( bt );
SetBorderStyle( bordst );
SetBorderColor( linecolor );
SetFill( fil );
SetFillColor( filcolor );
}
}
void CReportEntityPicture::Copy( CDiagramEntity * obj )
/* ============================================================
Function : CReportEntityPicture::Copy
Description : Copies data from "obj" to this object.
Access : Public
Return : void
Parameters : CDiagramEntity * obj - Object to copy from
Usage : Call to copy data from "obj" to this object.
============================================================*/
{
CDiagramEntity::Copy( obj );
CReportEntityPicture* copy = static_cast< CReportEntityPicture* >( obj );
SetBorderThickness( copy->GetBorderThickness() );
SetBorderStyle( copy->GetBorderStyle() );
SetBorderColor( copy->GetBorderColor() );
SetFilename( copy->GetFilename() );
if( m_bitmap )
delete m_bitmap;
m_bitmap = NULL;
m_image_type = -1;
m_image_size = 0;
if (m_image_bits)
delete[] m_image_bits;
m_image_bits = NULL;
if (copy->m_image_size>0 && copy->m_image_bits)
{
m_image_type = copy->m_image_type;
m_image_size = copy->m_image_size;
m_image_bits = new BYTE[m_image_size];
memcpy(m_image_bits,copy->m_image_bits,m_image_size);
m_bitmap = new CxImage(m_image_bits,m_image_size,m_image_type);
if (!m_bitmap->IsValid())
{
AfxMessageBox(m_bitmap->GetLastError());
delete m_bitmap;
m_bitmap = NULL;
m_image_type = -1;
m_image_size = 0;
delete[] m_image_bits;
m_image_bits = NULL;
ASSERT(0);
return;
}
}
}
void Initialize() override {
__super::Initialize();
SetTitle(L"Test clear edge");
const int count = 3;
float x = 0;
float width = 100.0f / count;
for (int index = 0; index < count; ++index) {
auto control = zaf::Create<zaf::Control>();
control->SetBackgroundColor(zaf::Color::White);
control->SetBorderColor(zaf::Color::Black);
control->SetBorderThickness(1);
control->SetRect(zaf::Rect(x, 0, width, 20));
GetRootControl()->AddChild(control);
x += width;
}
}
void ComboBox::Initialize() {
__super::Initialize();
SetBorderThickness(1);
SetBackgroundColorPicker([](const Control& control) {
if (! control.IsEnabled()) {
return Color::FromRGB(internal::ControlBackgroundColorRGB);
}
return Color::FromRGB(internal::ControlContentColorRGB);
});
SetBorderColorPicker([](const Control& control) {
const auto& combo_box = dynamic_cast<const ComboBox&>(control);
if (combo_box.IsPressed() || combo_box.IsHovered()) {
return Color::FromRGB(internal::ButtonActivedBorderColorRGB);
}
return Color::Black;
});
SetParagraphAlignment(ParagraphAlignment::Center);
drop_down_window_ = Create<internal::ComboBoxDropDownWindow>();
drop_down_window_->SetActivateOption(Window::ActivateOption::NoActivate);
drop_down_window_->SetBorderStyle(Window::BorderStyle::None);
drop_down_window_->SetInitialRectStyle(Window::InitialRectStyle::Custom);
drop_down_list_box_ = Create<DropDownListBox>();
InitializeDropDownListBox();
edit_text_box_ = Create<EditTextBox>();
InitializeEditTextBox();
}
void CReportEntityLine::Serialize(CArchive& ar)
{
typedef struct
{
int a_f;
int b_f;
} LINE_RESERVE_FIELDS;
LINE_RESERVE_FIELDS line_reserve;
memset(&line_reserve,0,sizeof(LINE_RESERVE_FIELDS));
CDiagramEntity::Serialize(ar);
if (ar.IsStoring())
{
// —охран¤ем
double thickness = CUnitConversion::PixelsToInches( GetBorderThickness() );
ar.Write(&thickness,sizeof(double));
unsigned int brC = GetBorderColor( );
ar.Write(&brC,sizeof(unsigned int));
ar.Write(&line_reserve,sizeof(LINE_RESERVE_FIELDS));
}
else
{
// „итаем
double linethickness;
ar.Read(&linethickness,sizeof(double));
unsigned int linecolor;
ar.Read(&linecolor,sizeof(unsigned int));
ar.Read(&line_reserve,sizeof(LINE_RESERVE_FIELDS));
unsigned int lt = CUnitConversion::InchesToPixels( linethickness );
SetBorderThickness( lt );
SetBorderColor( linecolor );
}
}
//////////////////////////////////////////////////////////////////////////
// high level scripting interface
//////////////////////////////////////////////////////////////////////////
HRESULT CPartEmitter::ScCallMethod(CScScript* Script, CScStack* Stack, CScStack* ThisStack, char* Name)
{
//////////////////////////////////////////////////////////////////////////
// SetBorder
//////////////////////////////////////////////////////////////////////////
if(strcmp(Name, "SetBorder")==0)
{
Stack->CorrectParams(4);
int BorderX = Stack->Pop()->GetInt();
int BorderY = Stack->Pop()->GetInt();
int BorderWidth = Stack->Pop()->GetInt();
int BorderHeight = Stack->Pop()->GetInt();
Stack->PushBool(SUCCEEDED(SetBorder(BorderX, BorderY, BorderWidth, BorderHeight)));
return S_OK;
}
//////////////////////////////////////////////////////////////////////////
// SetBorderThickness
//////////////////////////////////////////////////////////////////////////
else if(strcmp(Name, "SetBorderThickness")==0)
{
Stack->CorrectParams(4);
int Left = Stack->Pop()->GetInt();
int Right = Stack->Pop()->GetInt();
int Top = Stack->Pop()->GetInt();
int Bottom = Stack->Pop()->GetInt();
Stack->PushBool(SUCCEEDED(SetBorderThickness(Left, Right, Top, Bottom)));
return S_OK;
}
//////////////////////////////////////////////////////////////////////////
// AddSprite
//////////////////////////////////////////////////////////////////////////
else if(strcmp(Name, "AddSprite")==0)
{
Stack->CorrectParams(1);
char* SpriteFile = Stack->Pop()->GetString();
Stack->PushBool(SUCCEEDED(AddSprite(SpriteFile)));
return S_OK;
}
//////////////////////////////////////////////////////////////////////////
// RemoveSprite
//////////////////////////////////////////////////////////////////////////
else if(strcmp(Name, "RemoveSprite")==0)
{
Stack->CorrectParams(1);
char* SpriteFile = Stack->Pop()->GetString();
Stack->PushBool(SUCCEEDED(RemoveSprite(SpriteFile)));
return S_OK;
}
//////////////////////////////////////////////////////////////////////////
// Start
//////////////////////////////////////////////////////////////////////////
else if(strcmp(Name, "Start")==0)
{
Stack->CorrectParams(1);
m_OverheadTime = Stack->Pop()->GetInt();
Stack->PushBool(SUCCEEDED(Start()));
return S_OK;
}
//////////////////////////////////////////////////////////////////////////
// Stop
//////////////////////////////////////////////////////////////////////////
else if(strcmp(Name, "Stop")==0)
{
Stack->CorrectParams(0);
for(int i=0; i<m_Particles.GetSize(); i++)
{
delete m_Particles[i];
}
m_Particles.RemoveAll();
m_Running = false;
Stack->PushBool(true);
return S_OK;
}
//////////////////////////////////////////////////////////////////////////
// Pause
//////////////////////////////////////////////////////////////////////////
else if(strcmp(Name, "Pause")==0)
{
Stack->CorrectParams(0);
m_Running = false;
Stack->PushBool(true);
return S_OK;
}
//////////////////////////////////////////////////////////////////////////
// Resume
//////////////////////////////////////////////////////////////////////////
else if(strcmp(Name, "Resume")==0)
{
Stack->CorrectParams(0);
m_Running = true;
Stack->PushBool(true);
return S_OK;
}
//////////////////////////////////////////////////////////////////////////
// AddGlobalForce
//////////////////////////////////////////////////////////////////////////
else if(strcmp(Name, "AddGlobalForce")==0)
{
Stack->CorrectParams(3);
char* Name = Stack->Pop()->GetString();
float Angle = Stack->Pop()->GetFloat();
float Strength = Stack->Pop()->GetFloat();
Stack->PushBool(SUCCEEDED(AddForce(Name, CPartForce::FORCE_GLOBAL, 0, 0, Angle, Strength)));
return S_OK;
}
//////////////////////////////////////////////////////////////////////////
// AddPointForce
//////////////////////////////////////////////////////////////////////////
else if(strcmp(Name, "AddPointForce")==0)
{
Stack->CorrectParams(5);
char* Name = Stack->Pop()->GetString();
int PosX = Stack->Pop()->GetInt();
int PosY = Stack->Pop()->GetInt();
float Angle = Stack->Pop()->GetFloat();
float Strength = Stack->Pop()->GetFloat();
Stack->PushBool(SUCCEEDED(AddForce(Name, CPartForce::FORCE_GLOBAL, PosX, PosY, Angle, Strength)));
return S_OK;
}
//////////////////////////////////////////////////////////////////////////
// RemoveForce
//////////////////////////////////////////////////////////////////////////
else if(strcmp(Name, "RemoveForce")==0)
{
Stack->CorrectParams(1);
char* Name = Stack->Pop()->GetString();
Stack->PushBool(SUCCEEDED(RemoveForce(Name)));
return S_OK;
}
else return CBObject::ScCallMethod(Script, Stack, ThisStack, Name);
}
void DataCaptureGridCtrl::ResetDataCaptureGrid()
{
// start with a clean slate
dataCapture.DataCaptureCleanup();
// set type strings
captureTypeStrings.Alloc(5);
// always valid
captureTypeStrings += "Pressure";
captureTypeStrings += "Flow";
captureTypeStrings += "Production";
if (!control.IsGas())
captureTypeStrings += "Test Zone";
if (control.IsUnconfined())
captureTypeStrings += "Water Table";
pressureCapTypeStrings.Alloc(3);
pressureCapTypeStrings += "Test Zone";
pressureCapTypeStrings += "Observation Well";
pressureCapTypeStrings += "Superposition";
flowCapTypeStrings.Alloc(4);
flowCapTypeStrings += "Well";
flowCapTypeStrings += "Formation";
flowCapTypeStrings += "Test Zone";
flowCapTypeStrings += "Wellbore Storage";
productionCapTypeStrings.Alloc(4);
productionCapTypeStrings += "Well";
productionCapTypeStrings += "Formation";
productionCapTypeStrings += "Test Zone";
productionCapTypeStrings += "Wellbore Storage";
testZoneCapTypeStrings.Alloc(3);
testZoneCapTypeStrings += "TZ Temp.";
testZoneCapTypeStrings += "TZ Comp.";
testZoneCapTypeStrings += "TZ Volume";
waterTableCapTypeStrings.Alloc(1);
waterTableCapTypeStrings += "Observation Well";
int maxCol = 6;
if (control.IsLayered())
{
maxCol++;
wellboreZoneStrings.Alloc(layerSpec.GetNWellboreZone());
for (int i = 0; i < wellBoreZones.Size(); i++)
{
const WellBoreZone& currZone = wellBoreZones[i];
if (!currZone.zoneIsPacker)
wellboreZoneStrings += currZone.intervalID;
}
}
if (control.Is1DRadial())
maxCol++;
// make sure there are 20 blanks
dataCaptureData.ReAlloc(dataCaptureData.Size() + 20);
SetRowCount(dataCaptureData.AllocSize() + 1);
SetColCount(maxCol);
SetCenteredText(0, 1, "Well ID" );
SetCenteredText(0, 2, "Output Type" );
SetCenteredText(0, 3, "Sub-Type" );
int nextCol = 4;
if (control.IsLayered())
SetCenteredText(0, nextCol++, "Wellbore Zone" );
SetCenteredText(0, nextCol++, "Radius" );
if (control.Is1DRadial())
SetCenteredText(0, nextCol++, "RadiusUnits" );
SetCenteredText(0, nextCol++, "Output Units" );
CString sRowHeader;
for (int i = 0; i < dataCaptureData.AllocSize(); i++) {
int row = i + 1;
sRowHeader.Format("%d", row);
SetCenteredText(row, 0, sRowHeader );
SetCell(row, 1, new DcapDesigGridCell(i));
SetCell(row, 2, new CaptureTypeGridCell(i));
SetCell(row, 3, new CaptureSubTypeGridCell(i));
nextCol = 4;
if (control.IsLayered())
SetCell(row, nextCol++, new DcapWellboreZoneDesigGridCell(i));
SetCell(row, nextCol++, new DataCaptureRadiusGridCell(i));
if (control.Is1DRadial())
SetCell(row, nextCol++, new RadUnitsGridCell(i));
SetCell(row, nextCol++, new OutputUnitsGridCell(i));
// reset all data
for (int j = 1; j < maxCol; j++)
ResetCell(i + 1, j);
}
SetEditMode();
SetBorderThickness(4);
AutoSize();
for (int j = 1; j < maxCol; j++)
SetColSize(j, GetColSize(j) + 15);
InvalidateAll();
}
void CReportEntityPicture::Serialize(CArchive& ar)
{
typedef struct
{
int a_f;
int b_f;
int c_f;
int d_f;
} PIC_RESERVE_FIELDS;
PIC_RESERVE_FIELDS pic_reserve;
memset(&pic_reserve,0,sizeof(PIC_RESERVE_FIELDS));
CDiagramEntity::Serialize(ar);
if (ar.IsStoring())
{
// —охран¤ем
double thickness = CUnitConversion::PixelsToInches( GetBorderThickness() );
ar.Write(&thickness,sizeof(double));
unsigned int bst = GetBorderStyle( );
ar.Write(&bst,sizeof(unsigned int));
unsigned int brC = GetBorderColor( );
ar.Write(&brC,sizeof(unsigned int ));
ar.Write(&pic_reserve,sizeof(PIC_RESERVE_FIELDS));
if (m_image_size>0 && m_image_bits)
{
ar.Write(&m_image_type,sizeof(int));
ar.Write(&m_image_size,sizeof(unsigned int));
ar.Write(m_image_bits,sizeof(BYTE)*m_image_size);
}
}
else
{
// „итаем
double bordhickness;
ar.Read(&bordhickness,sizeof(double));
unsigned int bordst;
ar.Read(&bordst,sizeof(unsigned int ));
unsigned int linecolor;
ar.Read(&linecolor,sizeof(unsigned int ));
ar.Read(&pic_reserve,sizeof(PIC_RESERVE_FIELDS));
int bt = CUnitConversion::InchesToPixels( bordhickness );
SetBorderThickness( bt );
SetBorderStyle( bordst );
SetBorderColor( linecolor );
if( m_bitmap )
delete m_bitmap;
m_bitmap = NULL;
m_image_type = -1;
m_image_size = 0;
if (m_image_bits)
delete[] m_image_bits;
m_image_bits = NULL;
ar.Read(&m_image_type,sizeof(int));
ar.Read(&m_image_size,sizeof(unsigned int));
if (m_image_size==0)
return;
try
{
m_image_bits = new BYTE[m_image_size];
}
catch (std::bad_alloc)
{
AfxMessageBox("bad_alloc exception in Serialize function");
ASSERT(0);
return;
}
if (ar.Read(m_image_bits,m_image_size*sizeof(BYTE))!=m_image_size*sizeof(BYTE))
{
delete[] m_image_bits;
m_image_bits=NULL;
m_image_type = -1;
m_image_size = 0;
ASSERT(0);
return;
}
m_bitmap = new CxImage(m_image_bits, m_image_size, m_image_type);
if (!m_bitmap->IsValid())
{
AfxMessageBox(m_bitmap->GetLastError());
delete m_bitmap;
m_bitmap = NULL;
delete[] m_image_bits;
m_image_bits=NULL;
m_image_type = -1;
m_image_size = 0;
ASSERT(0);
return;
}
}
}
void TestZoneCurveGridCtrl::ResetTestZoneCurveGrid()
{
// start with a clean slate
sequence.SequenceCleanup();
// set type strings
curveTypeStrings.Alloc(6);
curveTypeMap.Alloc(6);
// always valid
curveTypeStrings += "Pressure";
curveTypeMap += TestZoneCurve::tzPressure;
curveTypeStrings += "Flow";
curveTypeMap += TestZoneCurve::tzFlowRate;
if (testZoneTemperatureVaries && control.IsLiquid())
{
curveTypeStrings += "Temperature";
curveTypeMap += TestZoneCurve::tzTemperature;
}
if (testZoneCompressibilityVaries && control.IsLiquid())
{
curveTypeStrings += "Compressibility";
curveTypeMap += TestZoneCurve::tzCompressibility;
}
if (testZoneVolumeVaries)
{
curveTypeStrings += "Volume Change";
curveTypeMap += TestZoneCurve::tzDeltaVolume;
curveTypeStrings += "Volume";
curveTypeMap += TestZoneCurve::tzAbsVolume;
}
// curve file desigs
if (control.UseCurveFiles())
{
nsCurveFileStatics::testZoneBCCurveFile.GetIDs(curveFileDesigStrings);
}
else
{
curveFOOK = AppMenuC::GetFuncObjList(typeid(DO_Curve), curveFOStrings, curveFOData, " ");
}
// and sequences
sequence.GetSequenceIDs(sequenceDesigStrings);
// make sure there are 20 blanks
testZoneCurves.ReAlloc(testZoneCurves.Size() + 20);
SetRowCount(testZoneCurves.AllocSize() + 1);
SetColCount(6);
SetCenteredText(0, 1, "Type" );
if (control.UseCurveFiles())
SetCenteredText(0, 2, "Curve ID" );
else
SetCenteredText(0, 2, "Curve Object" );
SetCenteredText(0, 3, "Start Sequence" );
SetCenteredText(0, 4, "End Sequence" );
SetCenteredText(0, 5, "Curve Data" );
CString sRowHeader;
for (int i = 0; i < testZoneCurves.AllocSize(); i++) {
int row = i + 1;
sRowHeader.Format("%d", row);
SetCenteredText(row, 0, sRowHeader );
SetCell(row, 1, new CurveTypeGridCell(i));
if (control.UseCurveFiles())
SetCell(row, 2, new CurveDesigGridCell(i));
else
SetCell(row, 2, new CurveFOGridCell(i));
SetCell(row, 3, new StartSequenceDesigGridCell(i));
SetCell(row, 4, new EndSequenceDesigGridCell(i));
SetCell(row, 5, new TZDataGridCell(i));
// reset all data
for (int j = 1; j < 6; j++)
ResetCell(i + 1, j);
}
SetEditMode();
SetBorderThickness(4);
AutoSize();
for (int j = 1; j < 6; j++)
SetColSize(j, GetColSize(j) + 15);
InvalidateAll();
}
