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/*
* Project: S.Ha.R.K.
*
* Coordinators:
* Giorgio Buttazzo <giorgio@sssup.it>
* Paolo Gai <pj@gandalf.sssup.it>
*
* Authors :
* Paolo Gai <pj@gandalf.sssup.it>
* Massimiliano Giorgi <massy@gandalf.sssup.it>
* Luca Abeni <luca@gandalf.sssup.it>
* (see the web pages for full authors list)
*
* ReTiS Lab (Scuola Superiore S.Anna - Pisa - Italy)
*
* http://www.sssup.it
* http://retis.sssup.it
* http://shark.sssup.it
*/
/* CVS : $Id: bca_lib.c,v 1.5 2006-07-03 15:34:08 tullio Exp $ */
/*
* Copyright (C) 2000 Fabio Calabrese <fabiocalabrese77@yahoo.it>
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*
*/
/****************************************************
* *
* file: BCA_LIB.c *
* libreria: BCA_LIB *
* creato da: Fabio CALABRESE *
* *
****************************************************/
#ifndef __BCA_LIB_c__
#define __BCA_LIB_c__
//-------------------BEGIN---------------------------
// *** Librerie S.Ha.R.K ***
#include<kernel/kern.h>
#include<drivers/shark_fb26.h>
// *** Librerie Standard C ***
// *** Librerie FAB ***
#include"fab_lib/fab_msg.h"
// *** Librerie BCA ***
#include"bca.h"
char * titolo[10]={" UNIVERSITA' DEGLI \0",
" STUDI DI \0",
" PAVIA \0",
" S.Ha.R.K project \0",
" 'BaseContrAerea' \0",
"-------------------\0",
" PAVIA 2002 \0",
"by Fabio CALABRESE \0",
"<fabiocalabrese77 \0",
" @yahoo.it>\0"};
void kern_alloc_images(); // richiede DISABLED_INTERUPTS
void kern_free_images(); // richiede DISABLED_INTERUPTS
void kern_load_images(); // solo in __kernel_register_levels__()
void kern_alloc_borders(); // richiede DISABLED_INTERUPTS
void kern_free_borders(); // richiede DISABLED_INTERUPTS
void kern_set_border(); // consigliato in __kernel_register-levels__()
void kern_alloc_frames(); // richiede DISABLED_INTERUPTS
void kern_free_frames(); // richiede DISABLED_INTERUPTS
void kern_set_frames(); // consigliato in __kernel_register-levels__()
void kern_alloc_ballframes(); // richiede DISABLED_INTERUPTS
void kern_free_ballframes(); // richiede DISABLED_INTERUPTS
void kern_set_ballframes(); // consigliato in __kernel_register-levels__()
void kern_alloc_task_tables(); // richiede DISABLED_INTERUPTS
void kern_free_task_tables(); // richiede DISABLED_INTERUPTS
void kern_set_task_tables(); // consigliato in __kernel_register-levels__()
void kern_alloc_task_tables()
{
int test=0,j;
FAB_print("TASKS'TABLES","allocazione...");
for (j=0; j<AEREO_N_MAX; j++) {
aereo_table[j].image=FAB_image_alloc(AEREO_LX,AEREO_LY);
if(aereo_table[j].image==NULL) test=1;
}
FAB_msg(test,"fatto","almeno un elemento della tabella non allocato");
}
void kern_free_task_tables()
{ int j;
for (j=0; j<AEREO_N_MAX; j++) {
FAB_image_free(aereo_table[j].image);
}
}
void kern_set_task_tables()
{ int j;
FAB_print(NULL,"settaggio...");
for (j=0; j<AEREO_N_MAX; j++) {
aereo_table[j].status = 0;
aereo_table[j].killing = 0;
aereo_table[j].image->trasparent = 1;
aereo_table[j].image->trasparent_col = AEREO_TRASPARENT_COL;
}
FAB_print(NULL,"fatto");
}
void kern_alloc_ballframes()
{
int test=0,j;
FAB_print("FAB_BALLFRAMEs","allocazione...");
ballframe_radar = FAB_ballframe_alloc();
if (ballframe_radar==NULL) test=1;
for (j=0; j<3; j++) {
ballframe_lucerossa[j] = FAB_ballframe_alloc();
if (ballframe_lucerossa[j]==NULL) test=1;
}
FAB_msg(test,"fatto","almeno un ballframe non allocato");
}
void kern_free_ballframes()
{ int j;
FAB_ballframe_free(ballframe_radar);
for (j=0; j<3; j++)
FAB_ballframe_free(ballframe_lucerossa[j]);
}
void kern_set_ballframes()
{ int j;
FAB_print(NULL,"settaggio...");
FAB_ballframe_border_set(ballframe_radar,border_verde7,7,
FRAME_MISURE_LINE_COLOR);
FAB_ballframe_color_set(ballframe_radar,0,FAB_blue);
for(j=0; j<3; j++) {
FAB_ballframe_border_set(ballframe_lucerossa[j],border_verde7,7,
FRAME_MISURE_LINE_COLOR);
FAB_ballframe_color_set(ballframe_lucerossa[j],0,FAB_red);
}
FAB_print(NULL,"fatto");
}
void kern_alloc_frames()
{
int test=0;
FAB_print("FAB_FRAMEs","allocazione...");
frame_bca = FAB_frame_alloc();
if (frame_bca==NULL) test=1;
frame_misure_oriz = FAB_frame_alloc();
if (frame_misure_oriz==NULL) test=1;
frame_misure_vert = FAB_frame_alloc();
if (frame_misure_vert==NULL) test=1;
frame_titolo = FAB_frame_alloc();
if (frame_titolo==NULL) test=1;
frame_comandi = FAB_frame_alloc();
if (frame_comandi==NULL) test=1;
frame_control = FAB_frame_alloc();
if (frame_control==NULL) test=1;
FAB_msg(test,"fatto","almeno un frame non allocato");
}
void kern_free_frames()
{
FAB_frame_free(frame_bca);
FAB_frame_free(frame_misure_oriz);
FAB_frame_free(frame_misure_vert);
FAB_frame_free(frame_titolo);
FAB_frame_free(frame_comandi);
FAB_frame_free(frame_control);
}
void kern_set_frames()
{
FAB_print(NULL,"settaggio...");
FAB_frame_border_set(frame_bca,border_blu7,7,FAB_rgb(255,0,0));
FAB_frame_color_set(frame_bca,0,image_bca,FAB_green);
FAB_frame_border_set(frame_misure_oriz,border_verde7,7,FRAME_MISURE_LINE_COLOR);
FAB_frame_color_set(frame_misure_oriz,0,NULL,FRAME_MISURE_BACK_COLOR);
FAB_frame_border_set(frame_misure_vert,border_verde7,7,FRAME_MISURE_LINE_COLOR);
FAB_frame_color_set(frame_misure_vert,0,NULL,FRAME_MISURE_BACK_COLOR);
FAB_frame_border_set(frame_titolo,border_bianco7,7,FAB_white);
FAB_frame_color_set(frame_titolo,0,NULL,FRAME_TITOLO_BACK_COLOR1);
FAB_frame_border_set(frame_comandi,border_giallo7,7,FAB_yellow);
FAB_frame_color_set(frame_comandi,0,NULL,FRAME_COMANDI_BACK_COLOR1);
FAB_frame_border_set(frame_control,border_verde7,7,FAB_green);
FAB_frame_color_set(frame_control,0,NULL,FRAME_CONTROL_BACK_COLOR);
FAB_print(NULL,"fatto");
}
void kern_alloc_borders()
{
int test=0;
FAB_print("FAB_BORDERs","allocazione...");
border_blu7 = FAB_border_alloc(7);
if (border_blu7==NULL) test=1;
border_verde7 = FAB_border_alloc(7);
if (border_verde7==NULL) test=1;
border_rosso7 = FAB_border_alloc(7);
if (border_rosso7==NULL) test=1;
border_bianco7 = FAB_border_alloc(7);
if (border_bianco7==NULL) test=1;
border_giallo7 = FAB_border_alloc(7);
if (border_giallo7==NULL) test=1;
FAB_msg(test,"fatto","almeno un bordo non allocato");
}
void kern_free_borders()
{
FAB_border_free(border_blu7);
FAB_border_free(border_verde7);
FAB_border_free(border_rosso7);
FAB_border_free(border_bianco7);
FAB_border_free(border_giallo7);
}
void kern_set_borders()
{
FAB_print(NULL,"settaggio...");
border_blu7->buf[0]=FAB_rgb( 0, 0, 50);
border_blu7->buf[1]=FAB_rgb( 0, 50,200);
border_blu7->buf[2]=FAB_rgb( 50,100,255);
border_blu7->buf[3]=FAB_rgb(100,150,255);
border_blu7->buf[4]=FAB_rgb( 50,100,255);
border_blu7->buf[5]=FAB_rgb( 0, 50,200);
border_blu7->buf[6]=FAB_rgb( 0, 0, 50);
border_verde7->buf[0]=FAB_rgb( 0, 50, 0);
border_verde7->buf[1]=FAB_rgb( 0,100, 50);
border_verde7->buf[2]=FAB_rgb( 50,255,100);
border_verde7->buf[3]=FAB_rgb(100,255,150);
border_verde7->buf[4]=FAB_rgb( 50,255,100);
border_verde7->buf[5]=FAB_rgb( 0,100, 50);
border_verde7->buf[6]=FAB_rgb( 0, 50, 0);
border_rosso7->buf[0]=FAB_rgb( 50, 0, 0);
border_rosso7->buf[1]=FAB_rgb(200, 25, 25);
border_rosso7->buf[2]=FAB_rgb(255, 75, 75);
border_rosso7->buf[3]=FAB_rgb(255,125,125);
border_rosso7->buf[4]=FAB_rgb(255, 75, 75);
border_rosso7->buf[5]=FAB_rgb(200, 25, 25);
border_rosso7->buf[6]=FAB_rgb( 50, 0, 0);
border_bianco7->buf[0]=FAB_rgb( 25, 25, 25);
border_bianco7->buf[1]=FAB_rgb( 75, 75, 75);
border_bianco7->buf[2]=FAB_rgb(125,125,125);
border_bianco7->buf[3]=FAB_rgb(255,255,255);
border_bianco7->buf[4]=FAB_rgb(125,125,125);
border_bianco7->buf[5]=FAB_rgb( 75, 75, 75);
border_bianco7->buf[6]=FAB_rgb( 25, 25, 25);
border_giallo7->buf[0]=FAB_rgb( 25, 25, 0);
border_giallo7->buf[1]=FAB_rgb(115,115, 25);
border_giallo7->buf[2]=FAB_rgb(170,170, 75);
border_giallo7->buf[3]=FAB_rgb(255,255,100);
border_giallo7->buf[4]=FAB_rgb(170,170, 75);
border_giallo7->buf[5]=FAB_rgb(115,115, 25);
border_giallo7->buf[6]=FAB_rgb( 25, 25, 0);
FAB_print(NULL,"fatto");
}
void kern_alloc_images()
{
int j,test=0;
FAB_print("FAB_IMAGEs","allocazione...");
image_missile[0] = FAB_image_alloc(MISSILE_LX,MISSILE_LY);
if (image_missile[0]==NULL) test=1;
image_missile[1] = FAB_image_alloc(MISSILE_LX,MISSILE_LY);
if (image_missile[1]==NULL) test=1;
for (j=0; j<2; j++) {
image_cannone[j] = FAB_image_alloc(CANNONE_LX,CANNONE_LY);
if (image_cannone[j]==NULL) test=1;
}
for (j=0; j<4; j++) {
image_aereo[j] = FAB_image_alloc(AEREO_LX,AEREO_LY);
if (image_aereo[j]==NULL) test=1;
}
for (j=0; j<5; j++) {
image_esplo[j] = FAB_image_alloc(ESPLO_LX,ESPLO_LY);
if (image_esplo[j]==NULL) test=1;
}
image_sfondo = FAB_image_alloc(96,96);
if (image_sfondo==NULL) test=1;
image_bca = FAB_image_alloc(500,500);
if (image_bca==NULL) test=1;
FAB_msg(test,"fatto","almeno un'immagine non allocata");
}
void kern_free_images()
{
int j;
FAB_image_free(image_missile[0]);
FAB_image_free(image_missile[1]);
for (j=0; j<2; j++) FAB_image_free(image_cannone[j]);
for (j=0; j<4; j++) FAB_image_free(image_aereo[j]);
for (j=0; j<5; j++) FAB_image_free(image_esplo[j]);
FAB_image_free(image_sfondo);
FAB_image_free(image_bca);
}
void kern_load_images()
{ int test=0;
FAB_print(NULL,"caricamento dai file...");
FAB_print(NULL," [missile1.raw]...");
if(FAB_image_load(image_missile[0],"BCA_raw/missile1.raw")==-1) test=1;
FAB_image_trasparent_set(image_missile[0],MISSILE_TRASPARENT_COL);
FAB_print(NULL," [missile2.raw]...");
if(FAB_image_load(image_missile[1],"BCA_raw/missile2.raw")==-1) test=1;
FAB_image_trasparent_set(image_missile[1],MISSILE_TRASPARENT_COL);
FAB_print(NULL," [aereo1.raw]...");
if(FAB_image_load(image_aereo[0],"BCA_raw/aereo1.raw")==-1) test=1;
FAB_image_trasparent_set(image_aereo[0],AEREO_TRASPARENT_COL);
FAB_print(NULL," [aereo2.raw]...");
if(FAB_image_load(image_aereo[1],"BCA_raw/aereo2.raw")==-1) test=1;
FAB_image_trasparent_set(image_aereo[1],AEREO_TRASPARENT_COL);
FAB_print(NULL," [aereo1_h.raw]...");
if(FAB_image_load(image_aereo[2],"BCA_raw/aereo1_h.raw")==-1) test=1;
FAB_image_trasparent_set(image_aereo[2],AEREO_TRASPARENT_COL);
FAB_print(NULL," [aereo2_h.raw]...");
if(FAB_image_load(image_aereo[3],"BCA_raw/aereo2_h.raw")==-1) test=1;
FAB_image_trasparent_set(image_aereo[3],AEREO_TRASPARENT_COL);
FAB_print(NULL," [cannon.raw]...");
if(FAB_image_load(image_cannone[0],"BCA_raw/cannon.raw")==-1) test=1;
FAB_image_trasparent_set(image_cannone[0],CANNONE_TRASPARENT_COL);
FAB_print(NULL," [cannon_h.raw]...");
if(FAB_image_load(image_cannone[1],"BCA_raw/cannon_h.raw")==-1) test=1;
FAB_image_trasparent_set(image_cannone[1],CANNONE_TRASPARENT_COL);
FAB_print(NULL," [esplo1.raw]...");
if(FAB_image_load(image_esplo[0],"BCA_raw/esplo1.raw")==-1) test=1;
FAB_image_trasparent_set(image_esplo[0],ESPLO_TRASPARENT_COL);
FAB_print(NULL," [esplo2.raw]...");
if(FAB_image_load(image_esplo[1],"BCA_raw/esplo2.raw")==-1) test=1;
FAB_image_trasparent_set(image_esplo[1],ESPLO_TRASPARENT_COL);
FAB_print(NULL," [esplo3.raw]...");
if(FAB_image_load(image_esplo[2],"BCA_raw/esplo3.raw")==-1) test=1;
FAB_image_trasparent_set(image_esplo[2],ESPLO_TRASPARENT_COL);
FAB_print(NULL," [esplo4.raw]...");
if(FAB_image_load(image_esplo[3],"BCA_raw/esplo4.raw")==-1) test=1;
FAB_image_trasparent_set(image_esplo[3],ESPLO_TRASPARENT_COL);
FAB_print(NULL," [esplo5.raw]...");
if(FAB_image_load(image_esplo[4],"BCA_raw/esplo5.raw")==-1) test=1;
FAB_image_trasparent_set(image_esplo[4],ESPLO_TRASPARENT_COL);
FAB_print(NULL," [sfondo.raw]...");
if(FAB_image_load(image_sfondo,"BCA_raw/sfondo.raw")==-1) test=1;
FAB_image_no_trasparent_set(image_sfondo);
FAB_print(NULL," [bca.raw]...");
if(FAB_image_load(image_bca,"BCA_raw/bca.raw")==-1) test=1;
FAB_image_no_trasparent_set(image_bca);
FAB_msg(test,"fatto","almeno un file non esiste oppure ha un formato incompatibile");
}
// *** Corpo delle funzioni in CA.h *** //
void kern_init_bca()
{
FAB_clr();
kern_alloc_task_tables();
kern_set_task_tables();
kern_alloc_borders();
kern_set_borders();
kern_alloc_images();
kern_load_images();
kern_alloc_frames();
kern_set_frames();
kern_alloc_ballframes();
kern_set_ballframes();
}
//----------------------END--------------------------
#endif