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removed pointless pointers in rectange, reset background clear color, fixed entity, and added some state functions

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This commit is contained in:
herbglitch 2025-03-17 02:31:23 -06:00
parent dd1f3ca3e0
commit bd7e3212da
12 changed files with 161 additions and 86 deletions
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22
src/engine/engine.c
View file

@ -14,16 +14,21 @@
//TODO: remove this
//#include <SDL.h>
void ARC_EngineData_Create(ARC_EngineData **data, ARC_Handler_CleanDataFn cleanFn, ARC_Point windowSize){
void ARC_EngineData_HandlerDestroyStateFn(void *data){
ARC_State_Destroy((ARC_State *)data);
}
void ARC_EngineData_Create(ARC_EngineData **data, ARC_Point windowSize){
*data = (ARC_EngineData *)malloc(sizeof(ARC_EngineData));
(*data)->window = NULL;
(*data)->renderer = NULL;
(*data)->input = NULL;
(*data)->keyboard = NULL;
(*data)->mouse = NULL;
(*data)->window = NULL;
(*data)->renderer = NULL;
(*data)->input = NULL;
(*data)->keyboard = NULL;
(*data)->mouse = NULL;
(*data)->entitySystem = NULL;
//TODO: set the destroy callback
ARC_Handler_Create(&((*data)->state), NULL, cleanFn);
ARC_Handler_Create(&((*data)->state), NULL, ARC_EngineData_HandlerDestroyStateFn);
(*data)->dt = 0.0;
(*data)->running = ARC_False;
@ -46,9 +51,12 @@ void ARC_EngineData_Create(ARC_EngineData **data, ARC_Handler_CleanDataFn cleanF
(*data)->keyboard = ARC_Input_GetKeyboard((*data)->input);
(*data)->mouse = ARC_Input_GetMouse((*data)->input);
ARC_EntitySystem_Create(&((*data)->entitySystem));
}
void ARC_EngineData_Destroy(ARC_EngineData *data){
ARC_EntitySystem_Destroy(data->entitySystem);
ARC_Mouse_Destroy(data->mouse);
ARC_Keyboard_Destroy(data->keyboard);
ARC_Renderer_Destroy(data->renderer);

26
src/engine/state.c
View file

@ -1,5 +1,29 @@
#include "arc/engine/state.h"
#include <stddef.h>
#include <stdlib.h>
void ARC_State_Create(ARC_State **state, ARC_State_UpdateFn updateFn, ARC_State_RenderFn renderFn, void *data, ARC_State_DestroyDataFn *destroyDataFn){
*state = (ARC_State *)malloc(sizeof(ARC_State));
(*state)->updateFn = updateFn;
(*state)->renderFn = renderFn;
(*state)->data = data;
(*state)->destroyDataFn = NULL;
if(destroyDataFn != NULL){
(*state)->destroyDataFn = (ARC_State_DestroyDataFn *)malloc(sizeof(ARC_State_DestroyDataFn));
*((*state)->destroyDataFn) = *destroyDataFn;
}
}
void ARC_State_Destroy(ARC_State *state){
if(state->destroyDataFn != NULL){
(*(state->destroyDataFn))(state->data);
}
free(state);
}
void ARC_State_Update(void *data){
((ARC_State *)data)->updateFn(((ARC_State *)data)->data);
@ -7,4 +31,4 @@ void ARC_State_Update(void *data){
void ARC_State_Render(void *data){
((ARC_State *)data)->renderFn(((ARC_State *)data)->data);
}
}

10
src/graphics/rectangle.c
View file

@ -3,20 +3,20 @@
#include "arc/graphics/rectangle.h"
#include <stdio.h>
void ARC_Rect_Render(ARC_Rect *rect, ARC_Renderer *renderer, ARC_Color *color){
void ARC_Rect_Render(ARC_Rect rect, ARC_Renderer *renderer, ARC_Color color){
printf("No Graphics Backend Selected\n");
}
void ARC_Rect_RenderFill(ARC_Rect *rect, ARC_Renderer *renderer, ARC_Color *color){
void ARC_Rect_RenderFill(ARC_Rect rect, ARC_Renderer *renderer, ARC_Color color){
printf("No Graphics Backend Selected\n");
}
void ARC_FRect_Render(ARC_FRect *rect, ARC_Renderer *renderer, ARC_Color *color){
void ARC_FRect_Render(ARC_FRect rect, ARC_Renderer *renderer, ARC_Color color){
printf("No Graphics Backend Selected\n");
}
void ARC_FRect_RenderFill(ARC_FRect *rect, ARC_Renderer *renderer, ARC_Color *color){
void ARC_FRect_RenderFill(ARC_FRect rect, ARC_Renderer *renderer, ARC_Color color){
printf("No Graphics Backend Selected\n");
}
#endif // !ARC_NONE_GRAPHICS
#endif // !ARC_NONE_GRAPHICS

69
src/math/rectangle.c
View file

@ -1,4 +1,5 @@
#include "arc/math/rectangle.h"
#include "arc/std/bool.h"
//VERY TEMP
// #include <SDL.h>
@ -13,54 +14,54 @@ void ARC_FRect_CenterOn(ARC_FRect *rect, ARC_FRect *bounds){
rect->y = (bounds->y + (bounds->h / 2.0f)) - (rect->h / 2.0f);
}
ARC_FRect ARC_Rect_CastToFRect(ARC_Rect *rect){
ARC_FRect ARC_Rect_CastToFRect(ARC_Rect rect){
return (ARC_FRect){
.x = (float)rect->x,
.y = (float)rect->y,
.w = (float)rect->w,
.h = (float)rect->h,
.x = (float)rect.x,
.y = (float)rect.y,
.w = (float)rect.w,
.h = (float)rect.h,
};
}
ARC_Rect ARC_FRect_CastToRect(ARC_FRect *rect){
ARC_Rect ARC_FRect_CastToRect(ARC_FRect rect){
return (ARC_Rect){
.x = (int32_t)rect->x,
.y = (int32_t)rect->y,
.w = (int32_t)rect->w,
.h = (int32_t)rect->h,
.x = (int32_t)rect.x,
.y = (int32_t)rect.y,
.w = (int32_t)rect.w,
.h = (int32_t)rect.h,
};
}
int32_t ARC_Rect_Intersects(ARC_Rect *rect1, ARC_Rect *rect2){
if(rect1->x <= rect2->x + rect2->w && rect1->x + rect1->w >= rect2->x &&
rect1->y <= rect2->y + rect2->h && rect1->y + rect1->h >= rect2->y){
return 1;
ARC_Bool ARC_Rect_Intersects(ARC_Rect rect1, ARC_Rect rect2){
if(rect1.x <= rect2.x + rect2.w && rect1.x + rect1.w >= rect2.x &&
rect1.y <= rect2.y + rect2.h && rect1.y + rect1.h >= rect2.y){
return ARC_True;
}
return 0;
return ARC_False;
}
int32_t ARC_FRect_Intersects(ARC_FRect *rect1, ARC_FRect *rect2){
if(rect1->x <= rect2->x + rect2->w && rect1->x + rect1->w >= rect2->x &&
rect1->y <= rect2->y + rect2->h && rect1->y + rect1->h >= rect2->y){
return 1;
ARC_Bool ARC_FRect_Intersects(ARC_FRect rect1, ARC_FRect rect2){
if(rect1.x <= rect2.x + rect2.w && rect1.x + rect1.w >= rect2.x &&
rect1.y <= rect2.y + rect2.h && rect1.y + rect1.h >= rect2.y){
return ARC_True;
}
return 0;
return ARC_False;
}
int32_t ARC_Rect_IntersectsPoint(ARC_Rect *rect, ARC_Point *point){
if(rect->x <= point->x && rect->x + rect->w >= point->x &&
rect->y <= point->y && rect->y + rect->h >= point->y){
return 1;
ARC_Bool ARC_Rect_IntersectsPoint(ARC_Rect rect, ARC_Point point){
if(rect.x <= point.x && rect.x + rect.w >= point.x &&
rect.y <= point.y && rect.y + rect.h >= point.y){
return ARC_True;
}
return 0;
return ARC_False;
}
int32_t ARC_FRect_IntersectsPoint(ARC_FRect *rect, ARC_Point *point){
if(rect->x <= point->x && rect->x + rect->w >= point->x &&
rect->y <= point->y && rect->y + rect->h >= point->y){
return 1;
ARC_Bool ARC_FRect_IntersectsPoint(ARC_FRect rect, ARC_Point point){
if(rect.x <= point.x && rect.x + rect.w >= point.x &&
rect.y <= point.y && rect.y + rect.h >= point.y){
return ARC_True;
}
return 0;
return ARC_False;
}
int32_t ARC_Rect_LineIntersects(ARC_Rect *rect, int32_t *x1, int32_t *y1, int32_t *x2, int32_t *y2){
@ -80,19 +81,19 @@ void ARC_FRect_CollideAndSlide(ARC_FRect *rect, ARC_Vector2 *velocity, ARC_FRect
};
//there is no collision, return
if(!ARC_FRect_Intersects(&nextRectPosition, wall)){
if(!ARC_FRect_Intersects(nextRectPosition, *wall)){
return;
}
nextRectPosition.x = rect->x + velocity->x;
nextRectPosition.y = rect->y;
if(ARC_FRect_Intersects(&nextRectPosition, wall)){
if(ARC_FRect_Intersects(nextRectPosition, *wall)){
velocity->x = 0;
}
nextRectPosition.x = rect->x;
nextRectPosition.y = rect->y + velocity->y;
if(ARC_FRect_Intersects(&nextRectPosition, wall)){
if(ARC_FRect_Intersects(nextRectPosition, *wall)){
velocity->y = 0;
}
}
}

7
src/std/entity.c
View file

@ -76,7 +76,10 @@ uint32_t ARC_EntitySystem_RegisterComponent(ARC_EntitySystem *entitySystem, uint
//get the total component size
uint32_t offsetEndIndex = ARC_VectorInline_GetSize(entitySystem->offsetVector);
uint32_t totalSize = *(uint32_t *)ARC_VectorInline_Get(entitySystem->offsetVector, offsetEndIndex);
uint32_t totalSize = 0;
if(ARC_VectorInline_GetSize(entitySystem->offsetVector) != 0){
totalSize = *(uint32_t *)ARC_VectorInline_Get(entitySystem->offsetVector, offsetEndIndex);
}
//if the new component size would overflow, throw an error
if(totalSize > (~(uint32_t)0) - componentSize){
@ -120,6 +123,8 @@ ARC_Entity ARC_EntitySystem_InitEntity(ARC_EntitySystem *entitySystem){
ARC_Entity entity = (ARC_Entity)ARC_VectorInline_GetSize(entitySystem->data);
//TODO: check if this works
ARC_VectorInline_Add(entitySystem->data, NULL);
ARC_VectorInline_Add(entitySystem->flagVector, NULL);
ARC_VectorInline_Add(entitySystem->maskVector, NULL);
//set the flag to make the current entity alive
uint8_t *flagData = (uint8_t *)ARC_VectorInline_Get(entitySystem->flagVector, (uint32_t)entity);

6
src/std/vector/inline.c
View file

@ -90,7 +90,9 @@ void ARC_VectorInline_Add(ARC_VectorInline *vectorInline, void *data){
}
//add to the vectors array and increase its current size
memcpy(vectorInline->data + (vectorInline->currentSize * vectorInline->typeSize), data, vectorInline->typeSize);
if(data != NULL){
memcpy(vectorInline->data + (vectorInline->currentSize * vectorInline->typeSize), data, vectorInline->typeSize);
}
vectorInline->currentSize++;
}
@ -161,7 +163,7 @@ void *ARC_VectorInline_Get(ARC_VectorInline *vectorInline, uint32_t index){
//check to make sure the given index is in bounds of the vector
if(index >= vectorInline->currentSize){
arc_errno = ARC_ERRNO_DATA;
ARC_DEBUG_LOG_ERROR_WITH_VARIABLES("ARC_VectorInline_Get(vectorInline, %u), index %u bounds", index, index);
ARC_DEBUG_LOG_ERROR_WITH_VARIABLES("ARC_VectorInline_Get(vectorInline, %u), index %u out of bounds", index, index);
return NULL;
}