RP2350_MIDI_Lighter/Firmware/Display_Render_Simple.c

/*
 * File: Display_Render_Simple.c
 *
 * Created: Created: Saturday September 2025 09:22:12
 *   Author: Chris
 */
#include "Display_Render_Simple.h"


// ============================================================================================
// Includes
#include "Display_Font.h"
#include "Display_Color.h"
#include "Display_Image.h"


// ============================================================================================
// Variables
static Screen_Transition_Settings_t* _Transition_Settings;


// ============================================================================================
// Function Declarations


/*******************************************************************
    Functions
*******************************************************************/
void Display_Render_Simple_Init(Screen_Transition_Settings_t* transition_settings)
{
    _Transition_Settings = transition_settings;
}

void Display_Render_Simple_Float(Coordinates* coordinates_object, Object_Float* float_data)
{
    char            String[64];
    uint32_t        String_Char_Count;

    Display_Font_Set_Font(float_data->Font->Font);
	String_Char_Count = sprintf(String, float_data->Format, *(float_data->Value));

	Display_Font_Print_String(coordinates_object->X, coordinates_object->Y, String, String_Char_Count, float_data->Font->Character_Spacing, float_data->Color);
}

void Display_Render_Simple_Integer(Coordinates* coordinates_object, Object_Integer* integer_data)
{
    char            String[64];
    uint32_t        String_Char_Count;
    
    Display_Font_Set_Font(integer_data->Font->Font);
	String_Char_Count = sprintf(String, integer_data->Format, *(integer_data->Value));

	Display_Font_Print_String(coordinates_object->X, coordinates_object->Y, String, String_Char_Count, integer_data->Font->Character_Spacing, integer_data->Color);
}

void Display_Render_Simple_Text(Coordinates* coordinates_object, Object_Text* text_data)
{
    char            String[64];
    uint32_t        String_Char_Count;

    Display_Font_Set_Font(text_data->Font->Font);
	sprintf(String, "%s", text_data->Text);
	String_Char_Count = text_data->Length;
			
	Display_Font_Print_String(coordinates_object->X, coordinates_object->Y, String, String_Char_Count, text_data->Font->Character_Spacing, text_data->Color);
}

void Display_Render_Simple_Image(Coordinates* coordinates_object, Object_Image_Color* image)
{
    if(image->Rotation_Angle == 0) {
        Display_Image_Draw_Color_Scaled_Alpha(coordinates_object->X, coordinates_object->Y, image->Image, image->Scale, image->Alpha);
	}
	else {
		Display_Image_Draw_Color_Rotated_Alpha(coordinates_object->X, coordinates_object->Y, image->Image, image->Rotation_Angle, image->Alpha);
	}
}

void Display_Render_Simple_Bool(Coordinates* coordinates_object, Object_Bool* bool_data)
{
    char            String[64];
	uint32_t        String_Char_Count;
    Display_Color   Color;

    Display_Font_Set_Font(bool_data->Font->Font);

	if(*bool_data->Value == true)
	{
		sprintf(String, "%s", bool_data->Text_True);
		String_Char_Count 	= bool_data->Length_True;
		Color 				= bool_data->Color_True;
	}
	else
	{
		sprintf(String, "%s", bool_data->Text_False);
		String_Char_Count 	= bool_data->Length_False;
		Color 				= bool_data->Color_False;
	}

	Display_Font_Print_String(coordinates_object->X, coordinates_object->Y, String, String_Char_Count, bool_data->Font->Character_Spacing, Color);
}

void Display_Render_Simple_Shape(Coordinates* coordinates_object, Object_Shape* shape)
{
	int16_t X1, X2, Y1, Y2;
	
	switch (shape->Type)
	{
	case RECTANGLE_FILLED:
		Display_Shapes_Draw_Rect_Filled(coordinates_object->X, coordinates_object->Y, shape->Dimension.Width, shape->Dimension.Height, shape->Color);
		break;

	case RECTANGLE_FRAME:
		Display_Shapes_Draw_Rect_Frame(coordinates_object->X, coordinates_object->Y, shape->Dimension.Width, shape->Dimension.Height, shape->Thickness, shape->Color);
		break;

	case ROUNDED_RECTANGLE_FILLED:
		Display_Shapes_Draw_Round_Rect_Filled(coordinates_object->X, coordinates_object->Y, shape->Dimension.Width, shape->Dimension.Height, shape->Radius_Start, shape->Color);
		break;

	case ROUNDED_RECTANGLE_FRAME:
		Display_Shapes_Draw_Round_Rect_Frame(coordinates_object->X, coordinates_object->Y, shape->Dimension.Width, shape->Dimension.Height, shape->Radius_Start, shape->Thickness, shape->Color);
		break;

    case CIRCLE_FILLED:
        Display_Shapes_Draw_Circle_Filled(coordinates_object->X, coordinates_object->Y, shape->Radius_Start, shape->Color);
        break;

	case CIRCLE_FRAME:
		Display_Shapes_Draw_Circle_Frame(coordinates_object->X, coordinates_object->Y, shape->Radius_Start, shape->Thickness, shape->Color);
		break;

	case ARC:
		Display_Shapes_Draw_Arc_Frame(coordinates_object->X, coordinates_object->Y, shape->Radius_Start, shape->Thickness, shape->Angle_Start, shape->Angle_End, shape->Draw_Steps, shape->Color);
		break;

	case LINE_XY:
		X2 = shape->Angle_Start - _Transition_Settings->Offset.X;	// Angle Start contains X2
		Y2 = shape->Angle_End   - _Transition_Settings->Offset.Y;	// Angle End contains Y2
		Display_Shapes_Draw_Line_XY(coordinates_object->X, coordinates_object->Y, X1, Y2, shape->Thickness, shape->Color);
		break;

	case LINE_RAD:
		Display_Shapes_Draw_Line_Rad(coordinates_object->X, coordinates_object->Y, shape->Angle_Start, shape->Radius_Start, shape->Radius_End, shape->Thickness, shape->Color);
		break;
	}
}


/*******************************************************************
    Internal Functions
*******************************************************************/