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Added Components #8

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@vj0305 vj0305 commented Apr 6, 2018

#include <wincodec.h>
#include <stdio.h>

#include <Windowsx.h>

#include "componentstructs.h"
#include "componentfunctions.h"
#include "componentimages.h"
#include "components.h"

static HWND DPDTState1;
static HWND DPDTState2;
static HWND ModeLatchedDPDT;
static HWND ModeTempDPDT;
HWND* SettingsDialogDPDT;

enum DPDT_Pins { in1 = 0, in2, out11, out12, out21, out22 };

int InitDpdt(void * ComponentAddress)
{
DpdtStruct* d = (DpdtStruct*)ComponentAddress;
d->image = DPDT_1;
d->NS1 = TRUE;
d->latched = TRUE;
d->Volt[in1] = V_OPEN;
d->Volt[in2] = V_OPEN;
d->Volt[out11] = V_OPEN;
d->Volt[out12] = V_OPEN;
d->Volt[out21] = V_OPEN;
d->Volt[out22] = V_OPEN;

return DPDT_1;

}

void SetDpdtIds(int* id, void* ComponentAddress)
{
DpdtStruct* d = (DpdtStruct*)ComponentAddress;
d->PinId[in1] = *id++;
d->PinId[in2] = *id++;
d->PinId[out11] = *id++;
d->PinId[out12] = *id++;
d->PinId[out21] = *id++;
d->PinId[out22] = *id++;
}

void MakeSettingsDialogDPDT()
{

HWND InitLatched = CreateWindowEx(0, WC_BUTTON, ("Action mode"),
	WS_CHILD | BS_GROUPBOX | WS_VISIBLE | WS_TABSTOP,
	7, 3, 120, 65, *SettingsDialogDPDT, NULL, NULL, NULL);
FontNice(InitLatched);

ModeLatchedDPDT = CreateWindowEx(0, WC_BUTTON, ("Latched"),
	WS_CHILD | BS_AUTORADIOBUTTON | WS_TABSTOP | WS_VISIBLE | WS_GROUP,
	16, 21, 100, 20, *SettingsDialogDPDT, NULL, NULL, NULL);
FontNice(ModeLatchedDPDT);

ModeTempDPDT = CreateWindowEx(0, WC_BUTTON, ("Temporary"),
	WS_CHILD | BS_AUTORADIOBUTTON | WS_TABSTOP | WS_VISIBLE,
	16, 41, 100, 20, *SettingsDialogDPDT, NULL, NULL, NULL);
FontNice(ModeTempDPDT);


HWND InitOut = CreateWindowEx(0, WC_BUTTON, ("Initial output state"),
	WS_CHILD | BS_GROUPBOX | WS_VISIBLE | WS_TABSTOP,
	140, 3, 120, 65, *SettingsDialogDPDT, NULL, NULL, NULL);
FontNice(InitOut);

DPDTState1 = CreateWindowEx(0, WC_BUTTON, ("State 1"),
	WS_CHILD | BS_AUTORADIOBUTTON | WS_TABSTOP | WS_VISIBLE | WS_GROUP,
	149, 21, 100, 20, *SettingsDialogDPDT, NULL, NULL, NULL);
FontNice(DPDTState1);

DPDTState2 = CreateWindowEx(0, WC_BUTTON, ("State 2"),
	WS_CHILD | BS_AUTORADIOBUTTON | WS_TABSTOP | WS_VISIBLE,
	149, 41, 100, 20, *SettingsDialogDPDT, NULL, NULL, NULL);
FontNice(DPDTState2);

}

void LoadSettings(DpdtStruct* d)
{
if (d->latched)
Button_SetCheck(ModeLatchedDPDT, BST_CHECKED);
else
Button_SetCheck(ModeTempDPDT, BST_CHECKED);
if (d->NS1)
Button_SetCheck(DPDTState1, BST_CHECKED);
else
Button_SetCheck(DPDTState2, BST_CHECKED);
}

BOOL SaveSettings(DpdtStruct* d, void* ImageLocation)
{
if (Button_GetState(ModeLatchedDPDT) == BST_CHECKED)
d->latched = TRUE;
else
d->latched = FALSE;

if (Button_GetState(DPDTState1) == BST_CHECKED)
	d->NS1 = TRUE;
else if (Button_GetState(DPDTState2) == BST_CHECKED)
	d->NS1 = FALSE;
else
{
	MessageBox(*SettingsDialogDPDT,
		("Incomplete"), ("Warning"), MB_OK | MB_ICONWARNING);
	return FALSE;
}

if (d->NS1)
	d->image = DPDT_1;
else
	d->image = DPDT_2;

SetImage(d->image, ImageLocation);
int RefreshImages();

return TRUE;

}

void DpdtSettingsDialog(void* ComponentAddress, void* ImageLocation)
{
DpdtStruct* d = (DpdtStruct*)ComponentAddress;
BOOL exitStatus;

SettingsDialogDPDT = CreateDialogWindow("SPDT Settings Dialog", 100, 100, 263, 145, STYLE_VERTICAL);


MakeSettingsDialogDPDT();


LoadSettings(d);

ShowDialogWindow();

exitStatus = ProcessDialogWindow();
while (exitStatus == FALSE)
{
	exitStatus = SaveSettings(d, ImageLocation);
	if (exitStatus == TRUE)
		break;
	else
	{
		exitStatus = TRUE;
		exitStatus = ProcessDialogWindow();
	}
}

DestroyWindow(*SettingsDialogDPDT);

}

double EqualiseRuntimeVoltageDPDT(void* ComponentAdderss, int index, double volt)
{
DpdtStruct* d = (DpdtStruct*)ComponentAdderss;

if (d->NS1)
{

	if (index == out12)
	{
		d->Volt[out12] = V_OPEN;
		d->Volt[out22] = VoltChange(d->PinId[out22], out22, ComponentAdderss, V_OPEN);
	}
	else if (index == out22)
	{
		d->Volt[out12] = VoltChange(d->PinId[out12], out12, ComponentAdderss, V_OPEN);
		d->Volt[out22] = V_OPEN;
	}
	else
	{
		d->Volt[out12] = VoltChange(d->PinId[out12], out12, ComponentAdderss, V_OPEN);
		d->Volt[out22] = VoltChange(d->PinId[out22], out22, ComponentAdderss, V_OPEN);
	}

	double Vin;
	double Vout;


	if (index == in1)
	{
		Vin = volt;
		Vout = VoltRequest(d->PinId[out11], ComponentAdderss);
	}
	else if (index == out11)
	{
		Vin = VoltRequest(d->PinId[in1], ComponentAdderss);
		Vout = volt;
	}
	else
	{
		Vin = VoltRequest(d->PinId[in1], ComponentAdderss);
		Vout = VoltRequest(d->PinId[out11], ComponentAdderss);
	}


	if (Vin == GND || Vout == GND)
	{
		d->Volt[out11] = VoltChange(d->PinId[out11], out11, ComponentAdderss, GND);
		d->Volt[in1] = VoltChange(d->PinId[in1], in1, ComponentAdderss, GND);
	}

	else if (Vin == V_OPEN)
		d->Volt[in1] = VoltChange(d->PinId[in1], in1, ComponentAdderss, Vout);

	else if (Vout == V_OPEN)
		d->Volt[out11] = VoltChange(d->PinId[out11], out11, ComponentAdderss, Vin);

	else
	{
		d->Volt[out11] = VoltChange(d->PinId[out11], out11, ComponentAdderss, max(Vin, Vout));
		d->Volt[in1] = VoltChange(d->PinId[in1], in1, ComponentAdderss, max(Vin, Vout));
	}


	if (index == in2)
	{
		Vin = volt;
		Vout = VoltRequest(d->PinId[out21], ComponentAdderss);
	}
	else if (index == out21)
	{
		Vin = VoltRequest(d->PinId[in2], ComponentAdderss);
		Vout = volt;
	}
	else
	{
		Vin = VoltRequest(d->PinId[in2], ComponentAdderss);
		Vout = VoltRequest(d->PinId[out21], ComponentAdderss);
	}


	if (Vin == GND || Vout == GND)
	{
		d->Volt[out21] = VoltChange(d->PinId[out21], out21, ComponentAdderss, GND);
		d->Volt[in2] = VoltChange(d->PinId[in2], in2, ComponentAdderss, GND);
	}

	else if (Vin == V_OPEN)
		d->Volt[in2] = VoltChange(d->PinId[in2], in2, ComponentAdderss, Vout);

	else if (Vout == V_OPEN)
		d->Volt[out21] = VoltChange(d->PinId[out21], out21, ComponentAdderss, Vin);

	else
	{
		d->Volt[out21] = VoltChange(d->PinId[out21], out21, ComponentAdderss, max(Vin, Vout));
		d->Volt[in2] = VoltChange(d->PinId[in2], in2, ComponentAdderss, max(Vin, Vout));
	}
}

else
{

	if (index == out11)
	{
		d->Volt[out11] = V_OPEN;
		d->Volt[out21] = VoltChange(d->PinId[out21], out21, ComponentAdderss, V_OPEN);
	}
	else if (index == out21)
	{
		d->Volt[out11] = VoltChange(d->PinId[out11], out11, ComponentAdderss, V_OPEN);
		d->Volt[out21] = V_OPEN;
	}
	else
	{
		d->Volt[out11] = VoltChange(d->PinId[out11], out11, ComponentAdderss, V_OPEN);
		d->Volt[out21] = VoltChange(d->PinId[out21], out21, ComponentAdderss, V_OPEN);
	}

	double Vin;
	double Vout;


	if (index == in1)
	{
		Vin = volt;
		Vout = VoltRequest(d->PinId[out12], ComponentAdderss);
	}
	else if (index == out12)
	{
		Vin = VoltRequest(d->PinId[in1], ComponentAdderss);
		Vout = volt;
	}
	else
	{
		Vin = VoltRequest(d->PinId[in1], ComponentAdderss);
		Vout = VoltRequest(d->PinId[out12], ComponentAdderss);
	}


	if (Vin == GND || Vout == GND)
	{
		d->Volt[out12] = VoltChange(d->PinId[out12], out12, ComponentAdderss, GND);
		d->Volt[in1] = VoltChange(d->PinId[in1], in1, ComponentAdderss, GND);
	}

	else if (Vin == V_OPEN)
		d->Volt[in1] = VoltChange(d->PinId[in1], in1, ComponentAdderss, Vout);

	else if (Vout == V_OPEN)
		d->Volt[out12] = VoltChange(d->PinId[out12], out12, ComponentAdderss, Vin);

	else
	{
		d->Volt[out12] = VoltChange(d->PinId[out12], out12, ComponentAdderss, max(Vin, Vout));
		d->Volt[in1] = VoltChange(d->PinId[in1], in1, ComponentAdderss, max(Vin, Vout));
	}

	if (index == in2)
	{
		Vin = volt;
		Vout = VoltRequest(d->PinId[out22], ComponentAdderss);
	}
	else if (index == out22)
	{
		Vin = VoltRequest(d->PinId[in2], ComponentAdderss);
		Vout = volt;
	}
	else
	{
		Vin = VoltRequest(d->PinId[in2], ComponentAdderss);
		Vout = VoltRequest(d->PinId[out22], ComponentAdderss);
	}
	

	if (Vin == GND || Vout == GND)
	{
		d->Volt[out22] = VoltChange(d->PinId[out22], out22, ComponentAdderss, GND);
		d->Volt[in2] = VoltChange(d->PinId[in2], in2, ComponentAdderss, GND);
	}

	else if (Vin == V_OPEN)
		d->Volt[in2] = VoltChange(d->PinId[in2], in2, ComponentAdderss, Vout);

	else if (Vout == V_OPEN)
		d->Volt[out22] = VoltChange(d->PinId[out22], out22, ComponentAdderss, Vin);

	else
	{
		d->Volt[out22] = VoltChange(d->PinId[out22], out22, ComponentAdderss, max(Vin, Vout));
		d->Volt[in2] = VoltChange(d->PinId[in2], in2, ComponentAdderss, max(Vin, Vout));
	}
}

return d->Volt[index];

}

void EqualiseStaticVoltageDPDT(void* ComponentAdderss)
{
DpdtStruct* d = (DpdtStruct*)ComponentAdderss;

if (d->NS1)
{

	d->Volt[out12] = VoltChange(d->PinId[out12], out12, ComponentAdderss, V_OPEN);
	d->Volt[out22] = VoltChange(d->PinId[out22], out22, ComponentAdderss, V_OPEN);


	double Vin = VoltRequest(d->PinId[in1], ComponentAdderss);
	double Vout = VoltRequest(d->PinId[out11], ComponentAdderss);


	if (Vin == GND || Vout == GND)
	{
		d->Volt[out11] = VoltChange(d->PinId[out11], out11, ComponentAdderss, GND);
		d->Volt[in1] = VoltChange(d->PinId[in1], in1, ComponentAdderss, GND);
	}

	else if (Vin == V_OPEN)
		d->Volt[in1] = VoltChange(d->PinId[in1], in1, ComponentAdderss, Vout);

	else if (Vout == V_OPEN)
		d->Volt[out11] = VoltChange(d->PinId[out11], out11, ComponentAdderss, Vin);

	else
	{
		d->Volt[out11] = VoltChange(d->PinId[out11], out11, ComponentAdderss, max(Vin, Vout));
		d->Volt[in1] = VoltChange(d->PinId[in1], in1, ComponentAdderss, max(Vin, Vout));
	}

	Vin = VoltRequest(d->PinId[in2], ComponentAdderss);
	Vout = VoltRequest(d->PinId[out21], ComponentAdderss);

	if (Vin == GND || Vout == GND)
	{
		d->Volt[out21] = VoltChange(d->PinId[out21], out21, ComponentAdderss, GND);
		d->Volt[in2] = VoltChange(d->PinId[in2], in2, ComponentAdderss, GND);
	}

	else if (Vin == V_OPEN)
		d->Volt[in2] = VoltChange(d->PinId[in2], in2, ComponentAdderss, Vout);

	else if (Vout == V_OPEN)
		d->Volt[out21] = VoltChange(d->PinId[out21], out21, ComponentAdderss, Vin);

	else
	{
		d->Volt[out21] = VoltChange(d->PinId[out21], out21, ComponentAdderss, max(Vin, Vout));
		d->Volt[in2] = VoltChange(d->PinId[in2], in2, ComponentAdderss, max(Vin, Vout));
	}
}
else
{

	d->Volt[out11] = VoltChange(d->PinId[out11], out11, ComponentAdderss, V_OPEN);
	d->Volt[out21] = VoltChange(d->PinId[out21], out21, ComponentAdderss, V_OPEN);


	double Vin = VoltRequest(d->PinId[in1], ComponentAdderss);
	double Vout = VoltRequest(d->PinId[out12], ComponentAdderss);


	if (Vin == GND || Vout == GND)
	{
		d->Volt[out12] = VoltChange(d->PinId[out12], out12, ComponentAdderss, GND);
		d->Volt[in1] = VoltChange(d->PinId[in1], in1, ComponentAdderss, GND);
	}

	else if (Vin == V_OPEN)
		d->Volt[in1] = VoltChange(d->PinId[in1], in1, ComponentAdderss, Vout);

	else if (Vout == V_OPEN)
		d->Volt[out12] = VoltChange(d->PinId[out12], out12, ComponentAdderss, Vin);

	else
	{
		d->Volt[out12] = VoltChange(d->PinId[out12], out12, ComponentAdderss, max(Vin, Vout));
		d->Volt[in1] = VoltChange(d->PinId[in1], in1, ComponentAdderss, max(Vin, Vout));
	}

	Vin = VoltRequest(d->PinId[in2], ComponentAdderss);
	Vout = VoltRequest(d->PinId[out22], ComponentAdderss);

	if (Vin == GND || Vout == GND)
	{
		d->Volt[out22] = VoltChange(d->PinId[out22], out22, ComponentAdderss, GND);
		d->Volt[in2] = VoltChange(d->PinId[in2], in2, ComponentAdderss, GND);
	}

	else if (Vin == V_OPEN)
		d->Volt[in2] = VoltChange(d->PinId[in2], in2, ComponentAdderss, Vout);

	else if (Vout == V_OPEN)
		d->Volt[out22] = VoltChange(d->PinId[out22], out22, ComponentAdderss, Vin);

	else
	{
		d->Volt[out22] = VoltChange(d->PinId[out22], out22, ComponentAdderss, max(Vin, Vout));
		d->Volt[in2] = VoltChange(d->PinId[in2], in2, ComponentAdderss, max(Vin, Vout));
	}
}

}

void ToggleState(DpdtStruct* d, void* ImageLocation)
{
d->image = (d->image == DPDT_1) ? DPDT_2 : DPDT_1;
d->NS1 = (d->NS1 == TRUE) ? FALSE : TRUE;
SetImage(d->image, ImageLocation);
RefreshImages();
}

void HandleDpdtEvent(void * ComponentAddress, int Event, BOOL SimulationStarted, void * ImageLocation, UINT ImageId, HWND * h)
{

DpdtStruct* d = (DpdtStruct*)ComponentAddress;

if (SimulationStarted)
{
	switch (Event)
	{
	case EVENT_BUTTON_DOWN:
		ToggleState(d, ImageLocation);
		EqualiseStaticVoltageDPDT(ComponentAddress);
		break;
	case EVENT_BUTTON_UP:
		if (!d->latched)
		{
			ToggleState(d, ImageLocation);
			EqualiseStaticVoltageDPDT(ComponentAddress);
		}
		break;
	default:
		break;
	}
}
else
{
	switch (Event)
	{
	case EVENT_CLICK:
		DpdtSettingsDialog(ComponentAddress, ImageLocation);
		break;
	default:
		break;
	}
}

}

double DpdtVoltChanged(void * ComponentAddress, BOOL SimulationStarted, int index, double Volt, int Source, void * ImageLocation)
{

if (SimulationStarted)
	return EqualiseRuntimeVoltageDPDT(ComponentAddress, index, Volt);
	
return Volt;

}

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@vj0305