aufbauspiel/Textures/textureatlas.c

#include "textureatlas.h"
#include "stdlib.h"
#include "raylib.h"
#include "string.h"
#include "stdio.h"

TextureAtlas * TextureAtlasInit(){
    TextureAtlas *new = malloc(sizeof(TextureAtlas));
    
    TextureAtlasLoadTextures(new->textures);
    //LoadWorkerAnimations(textures->workerAnimations, textures->workerTextures);
    TextureAtlasLoadAnimations(new->animations, new->textures);
    
    return new;
}

void TextureAtlasLoadTextures(Texture2D **textures){
    int i;
    for(i = 0; i < TE_AMOUNT; i++){
        switch(i){
            case TE_CURSOR:
                textures[TE_CURSOR] = malloc(2 * sizeof(Texture2D));
                LoadCursorTextures(textures[TE_CURSOR]);
                break;
            case TE_WORKER:
                textures[TE_WORKER] = malloc(TE_ENTITY_LENGTH * sizeof(Texture2D));
                LoadEntityTextures(textures[TE_WORKER], "worker");
                break;
            case TE_BUILDING:
                textures[TE_BUILDING] = malloc(TE_MAPOBJECT_LENGTH * sizeof(Texture2D));
                LoadMapObjectTextures(textures[TE_BUILDING], "building");
                break;
            case TE_BAUSTELLE:
                textures[TE_BAUSTELLE] = malloc(TE_MAPOBJECT_LENGTH * sizeof(Texture2D));
                LoadMapObjectTextures(textures[TE_BAUSTELLE], "baustelle");
                break;
            case TE_PINETREE:
                textures[TE_PINETREE] = malloc(TE_MAPOBJECT_LENGTH * sizeof(Texture2D));
                LoadMapObjectTextures(textures[TE_PINETREE], "pinetree");
                break;
            case TE_LUMBERJACK:
                textures[TE_LUMBERJACK] = malloc(TE_ENTITY_LENGTH * sizeof(Texture2D));
                LoadEntityTextures(textures[TE_LUMBERJACK], "lumberjack");
                break;
            default:
                printf("WARNING: TEXTUREATLAS TRIED LOADING NON DEFINED TEXTUREID!!\n");
        }
    }
}

void LoadEntityTextures(Texture2D *atlasrow, char *directoryPrefix){

    // pathToFile wird erstellt. z.B. assets/entities/ + worker ---> assets/entities/worker/
    char pathToFile[50] = "assets/entities/";
    strcat(pathToFile, directoryPrefix);
    strcat(pathToFile, "/");

    char animation[30] = "walk";
    char filename[100] = "";
    char number[3] = "";
    char ending[5] = ".png";

    // Since some Images need to be flipped, we have fewer pngs than textures later loaded. i counts textures
    // file counts the filename and is incremented manually when needed
    int i;
    int file = 0;
    for(i = 0; i < TE_ENTITY_LENGTH; i++){
        // Concatenate the correct string for the filename assets/worker/ + walk + - + 5 + .png
        sprintf(number, "%d", file);
        strcat(filename, pathToFile);
        strcat(filename, animation);
        strcat(filename, "-");
        strcat(filename, number);
        strcat(filename, ending);

        //printf("file:%s:file\n", filename);

        // Set correct values for next iteration
        int lol = i % 8;

        if(lol == 0){
            atlasrow[i] = LoadTexture(filename);
            printf("\n");
            file++;
        }
        else if(lol == 2){
            Image tmp = LoadImage(filename);
            ImageFlipHorizontal(&tmp);
            atlasrow[i] = LoadTextureFromImage(tmp);
            printf("flipped\n");
            file++;
        }
        else if(lol == 4){
            Image tmp = LoadImage(filename);
            ImageFlipHorizontal(&tmp);
            atlasrow[i] = LoadTextureFromImage(tmp);
            printf("flipped\n");
            file++;
        }
        else if(lol == 6){
            Image tmp = LoadImage(filename);
            ImageFlipHorizontal(&tmp);
            atlasrow[i] = LoadTextureFromImage(tmp);
            printf("flipped\n");
            file++;
        }
        else if(lol == 7){
            atlasrow[i] = LoadTexture(filename);
            printf("\n");
            file++;
        }
        else{
            atlasrow[i] = LoadTexture(filename);
            printf("\n");
        }

        strcpy(filename, "");
        strcpy(number, "");

        if(i == 39){
            strcpy(animation, "arbeiten");
            file = 0;
        }
        else if(i == 79){
            strcpy(animation, "die");
            file = 0;
        }
    }

}

void LoadMapObjectTextures(Texture2D *atlasrow, char *directoryPrefix){

    // pathToFile wird erstellt. z.B. assets/mapobjects/ + building ---> assets/mapobjects/building/
    char pathToFile[50] = "assets/mapobjects/";
    strcat(pathToFile, directoryPrefix);
    strcat(pathToFile, "/");

    //char animation[30] = "walk";
    char filename[100] = "";
    //char number[3] = "";

    char ending[5] = ".png";

    strcat(filename, pathToFile);
    strcat(filename, "idle");
    strcat(filename, ending);

    atlasrow[0] = LoadTexture(filename);
}

void LoadCursorTextures(Texture2D *cursorTextures){

    cursorTextures[0] = LoadTexture("assets/cursor.gif");
    cursorTextures[1] = LoadTexture("assets/cursor_down.gif");
}

void TextureAtlasLoadAnimations(Animation ****animations, Texture2D **textures){
    int i;
    for(i = 0; i < AN_AMOUNT; i++){
        switch(i){
            case AN_WORKER:
                animations[AN_WORKER] = malloc(AN_ENTITY_AMOUNT * sizeof(Animation *));
                LoadEntityAnimations(animations[AN_WORKER], textures[TE_WORKER], AN_WORKER);
                break;
            case AN_LUMBERJACK:
                animations[AN_LUMBERJACK] = malloc(AN_ENTITY_AMOUNT * sizeof(Animation *));
                LoadEntityAnimations(animations[AN_LUMBERJACK], textures[TE_LUMBERJACK], AN_LUMBERJACK);
                break;
            default:
                printf("WARNING: TEXTUREATLAS TRIED LOADING NON DEFINED ANIMATION!!\n");
        }
    }
}

void LoadEntityAnimations(Animation ***animationsrow, Texture2D *atlasrow, int id){
    int i;
    int j;
    int frame;
    
    for(i = 0; i < AN_ENTITY_AMOUNT; i++){
        animationsrow[i] = malloc(DIRECTIONS_AMOUNT * sizeof(Animation));

        int obergrenze;
        if(i == AN_ENTITY_DIE){
            obergrenze = 3;
        }
        else{
            obergrenze = 5;
        }

        for(j = 0; j < DIRECTIONS_AMOUNT; j++){
            Animation *newAnimation = AnimationInit();
            frame = i * DIRECTIONS_AMOUNT * 5 + j;

            int frameCounter;
            for(frameCounter = 0; frameCounter < obergrenze; frameCounter++){
                AnimationInsertBack(newAnimation, (atlasrow + frame));
                frame += 8;
            }

            animationsrow[i][j] = newAnimation;
        }
    }
}

void LoadWorkerAnimations(Animation **workerAnimations, Texture2D *workerTextures){
    int i;
    int j;
    int frame = 0;
    
    for(i=0; i < 24; i++){
        frame = i;
        Animation *newAnimation = AnimationInit();

        int obergrenze;
        if(frame <= 79){
            obergrenze = 5;
        }
        else{
            obergrenze = 3;
        }

        for(j = 0; j < obergrenze; j++){
            AnimationInsertBack(newAnimation, (workerTextures+frame));
            frame += 8;
        }

        workerAnimations[i] = newAnimation;
    }
}