FreeCalypso > hg > fc-tourmaline
view src/cs/drivers/drv_app/r2d/lcds/r2d_geometry_no2_lcd_i.c @ 53:a8c8a5521073
uartfax.c: sync with Magnetite & Selenite (Tango RI output)
author | Mychaela Falconia <falcon@freecalypso.org> |
---|---|
date | Tue, 20 Oct 2020 02:16:15 +0000 |
parents | 4e78acac3d88 |
children |
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#include "rv/general.h" #include "rvf/rvf_api.h" #include "r2d/r2d_config.h" #include "r2d/r2d.h" #include "r2d/r2d_i.h" #include "r2d/r2d_independance_layer.h" #if (R2D_PIXEL_DEPTH == 32) #define R2D_PIXEL_DOWN_OUT(a) (0) #define R2D_PIXEL_UP_OUT(a) (0) #else #define R2D_PIXEL_DOWN_OUT(a) (a>>R2D_PIXEL_DEPTH) #define R2D_PIXEL_UP_OUT(a) (a<<R2D_PIXEL_DEPTH) #endif #if (R2D_ASM == R2D_ON) extern void r2d_blit_la(UINT32 *a); extern void r2d_blit_lb(UINT32 *a); extern UINT32 r2d_lcd_start_copy; extern UINT32 r2d_lcd_start_or; extern UINT32 r2d_lcd_start_and; extern UINT32 r2d_lcd_start_xor; extern UINT32 r2d_lcd_start_notcopy; extern UINT32 r2d_lcd_start_notor; extern UINT32 r2d_lcd_start_notand; extern UINT32 r2d_lcd_start_notxor; extern UINT32 r2d_lcd_start_alpha; extern UINT32 r2d_lcd_start_erase; extern UINT32 r2d_lcd_start_foreground_pixel; extern UINT32 r2d_color_start_copy; extern UINT32 r2d_color_start_or; extern UINT32 r2d_color_start_and; extern UINT32 r2d_color_start_xor; extern UINT32 r2d_color_start_notcopy; extern UINT32 r2d_color_start_notor; extern UINT32 r2d_color_start_notand; extern UINT32 r2d_color_start_notxor; extern UINT32 r2d_color_start_alpha; extern UINT32 r2d_color_start_erase; extern UINT32 r2d_color_start_foreground_pixel; extern UINT32 r2d_start_get_color; // Drawing mode extern UINT32 r2d_sb_down1; extern UINT32 r2d_sb_down2; extern UINT32 r2d_sa_up1; extern UINT32 r2d_sa_up2; // Foreground detection extern UINT32 r2d_sdb_down1; extern UINT32 r2d_sdb_down2; extern UINT32 r2d_sda_up1; extern UINT32 r2d_sda_up2; // Color conversion extern UINT32 r2d_scb_down1; extern UINT32 r2d_scb_down2; extern UINT32 r2d_sca_up1; extern UINT32 r2d_sca_up2; extern UINT32 r2d_start_branch_inst; extern UINT32 r2d_stop_branch_inst; extern UINT32 r2d_blit_foreground; extern UINT32 r2d_blit_background; extern UINT32 r2d_skip_color_proc_a; extern UINT32 r2d_end_ynb_color_dst_a; extern UINT32 r2d_skip_color_proc_b; extern UINT32 r2d_end_ynb_color_dst_b; // Patch list for write_shift_pixel_down extern UINT32 r2d_sft_dst_n_b_down1,r2d_sft_dst_n_b_down2; extern UINT32 r2d_sft_srcb_n_b_down1,r2d_sft_srcb_n_b_down2; extern UINT32 r2d_sft_dstc_n_b_down1,r2d_sft_dstc_n_b_down2; extern UINT32 r2d_sft_src_c_b_down1,r2d_sft_src_c_b_down2; extern UINT32 r2d_sft_b_c_b_down1,r2d_sft_b_c_b_down2; extern UINT32 r2d_sft_dstb_c_b_down1,r2d_sft_dstb_c_b_down2; extern UINT32 r2d_sft_d_c_b_down1,r2d_sft_d_c_b_down2; extern UINT32 r2d_sft_dstc_c_b_down1,r2d_sft_dstc_c_b_down2; // Patch list for write_shift_pixel_up extern UINT32 r2d_sft_dst_n_a_up1,r2d_sft_dst_n_a_up2; extern UINT32 r2d_sft_srcb_n_a_up1,r2d_sft_srcb_n_a_up2; extern UINT32 r2d_sft_dstc_n_a_up1,r2d_sft_dstc_n_a_up2; extern UINT32 r2d_sft_src_c_a_up1,r2d_sft_src_c_a_up2; extern UINT32 r2d_sft_b_c_a_up1,r2d_sft_b_c_a_up2; // Patch list fro shift_pixel_down extern UINT32 r2d_sft_dst_n_downa,r2d_sft_dst_n_downb,r2d_sft_dst_n_downc; extern UINT32 r2d_sft_srcb_n_downa,r2d_sft_srcb_n_downb,r2d_sft_srcb_n_downc; extern UINT32 r2d_sft_src_c_downa,r2d_sft_src_c_downb,r2d_sft_src_c_downc; // Patch list fro shift_pixel_up extern UINT32 r2d_sft_dst_n_upa,r2d_sft_dst_n_upb,r2d_sft_dst_n_upc; extern UINT32 r2d_sft_srcb_n_upa,r2d_sft_srcb_n_upb,r2d_sft_srcb_n_upc; extern UINT32 r2d_sft_src_c_upa,r2d_sft_src_c_upb,r2d_sft_src_c_upc; extern UINT32 r2d_sconvcolb_down1,r2d_econvcolb_down1; extern UINT32 r2d_sconvcolb_down2,r2d_econvcolb_down2; extern UINT32 r2d_sconvcola_up1,r2d_econvcola_up1; extern UINT32 r2d_sconvcola_up2,r2d_econvcola_up2; extern UINT32 r2d_start_lcd_to_color,r2d_start_color_to_lcd; extern UINT32 r2d_always_write_down,r2d_always_write_up,r2d_never_write; extern UINT32 r2d_swb_down1,r2d_swb_down2,r2d_swa_up1,r2d_swa_up2; extern UINT32 r2d_skip_color_dst_a,r2d_skip_color_dst_b; extern UINT32 r2d_always_skip; extern UINT32 r2d_enda,r2d_endb; extern UINT32 r2d_lcd_start_nothing; UINT32* r2d_g_asm_lcd_operators[]= { &r2d_lcd_start_copy, &r2d_lcd_start_or, &r2d_lcd_start_and, &r2d_lcd_start_xor, &r2d_lcd_start_notcopy, &r2d_lcd_start_notor, &r2d_lcd_start_notand, &r2d_lcd_start_notxor, &r2d_lcd_start_alpha, &r2d_lcd_start_erase }; UINT32* r2d_g_asm_color_operators[]= { &r2d_color_start_copy, &r2d_color_start_or, &r2d_color_start_and, &r2d_color_start_xor, &r2d_color_start_notcopy, &r2d_color_start_notor, &r2d_color_start_notand, &r2d_color_start_notxor, &r2d_color_start_alpha, &r2d_color_start_erase }; extern void r2d_patch_color_conversion(T_R2D_GC_PTR gc); extern void r2d_patch_shift(UINT32 *src,UINT32 shift); extern void r2d_patch_branch(UINT32 *src,UINT32 *dst,BOOLEAN f); extern void r2d_patch_get_color(UINT32* src,UINT32 *dst); extern void r2d_patch_inst(UINT32* src,UINT32 *dst); extern void r2d_patch_code_block(UINT32* src,UINT32 *dst); extern void r2d_check_rectangle_overlap(INT16 src_x,INT16 src_y,INT16 dst_x,INT16 dst_y, INT32 width,INT32 height, INT32 *h_direction,INT32 *v_direction); /********************* R2D ASM MODE **********************/ // Requires shapes in graphic context coordinates void r2d_blit_asm(T_R2D_GC_PTR src_gc,T_R2D_GC_PTR dst_gc, T_R2D_SHAPE_PTR src_rectangle, T_R2D_SHAPE_PTR dst_rectangle, R2D_BOOLEAN use_foreground_color,INT32 srcdst) { T_R2D_GC_PTR local_src_gc,local_dst_gc; UINT32 *p_src,*p_dst,*p_src_current,*p_dst_current,*p_src_start,*p_dst_start; INT16 rect_width,rect_height,src_x,src_y,dst_x,dst_y; INT16 src_offset,dst_offset,src_height,dst_height; INT16 xnb,ynb,src_nb_rows,dst_nb_rows; INT16 src_dy,dst_dy,end_dst_dy,end_src_dy; // distance from word boundary INT16 shift; // relative position (modulo a memory word) between both rectangles // in bits INT16 current_src_dy,current_dst_dy; INT16 temp,dstcounter,srccounter; UINT32 dstvalue,dst_current; UINT32 srcvalue,src_current; INT32 h_direction,v_direction; INT16 x,y; BOOLEAN compensate; UINT32* code_dest; UINT32* code_src; compensate=TRUE; // Copy argument to local ones for enabling asm access local_src_gc=src_gc; local_dst_gc=dst_gc; { p_src=((T_R2D_FRAMEBUFFER*)(((T_R2D_GC*)src_gc)->p_frame_buffer))->p_memory_words; p_dst=((T_R2D_FRAMEBUFFER*)(((T_R2D_GC*)dst_gc)->p_frame_buffer))->p_memory_words; rect_width=r2d_get_xmax(src_rectangle)-r2d_get_xmin(src_rectangle); rect_height=r2d_get_ymax(src_rectangle)-r2d_get_ymin(src_rectangle); if ((rect_width<=0) || (rect_height<=0)) goto end_blit_b; src_x=r2d_get_xmin(src_rectangle); src_y=r2d_get_ymin(src_rectangle); dst_x=r2d_get_xmin(dst_rectangle); dst_y=r2d_get_ymin(dst_rectangle); if ((srcdst==R2D_LCDLCD) || (srcdst==R2D_LCDCOLOR)) src_dy=(src_y & R2D_WORD_POSITION_MASK); else src_dy=0; if ((srcdst==R2D_LCDLCD) || (srcdst==R2D_COLORLCD)) dst_dy=(dst_y & R2D_WORD_POSITION_MASK); else dst_dy=0; // Clipping convention such end_dst_dy is the first y position which must not // be copied at the end of a column //printf("dest y max=%d\n",r2d_get_ymax(dst_rectangle)); if ((srcdst==R2D_LCDLCD) || (srcdst==R2D_COLORLCD)) end_dst_dy=((r2d_get_ymax(dst_rectangle)-1) & R2D_WORD_POSITION_MASK) ; else end_dst_dy=0; if ((srcdst==R2D_LCDLCD) || (srcdst==R2D_LCDCOLOR)) end_src_dy=((r2d_get_ymax(src_rectangle)-1) & R2D_WORD_POSITION_MASK) ; else end_src_dy=0; //printf("dst_dy, end_dst_dy before reverse=%d,%d\n",dst_dy,end_dst_dy); // Number of rows is word containing last point - word containing first point // + 1 // We remove - 1 because last PIXEL is at 1 from the frontier line if ((srcdst==R2D_LCDLCD) || (srcdst==R2D_COLORLCD)) dst_nb_rows=R2D_ALIGNED_MWLENGTH(r2d_get_ymax(dst_rectangle)-1)-R2D_ALIGNED_MWLENGTH(dst_y)+1; else dst_nb_rows=r2d_get_ymax(dst_rectangle)-1-dst_y+1; if ((srcdst==R2D_LCDCOLOR) || (srcdst==R2D_LCDLCD)) src_nb_rows=R2D_ALIGNED_MWLENGTH(r2d_get_ymax(src_rectangle)-1)-R2D_ALIGNED_MWLENGTH(src_y)+1; else src_nb_rows=r2d_get_ymax(src_rectangle)-1-src_y+1; //printf("src_nb_rows %d\n",src_nb_rows); //printf("dst_nb_rows %d\n",dst_nb_rows); h_direction=1; v_direction=1; if (((T_R2D_FRAMEBUFFER*)(((T_R2D_GC*)src_gc)->p_frame_buffer))== ((T_R2D_FRAMEBUFFER*)(((T_R2D_GC*)dst_gc)->p_frame_buffer))) r2d_check_rectangle_overlap(src_x,src_y,dst_x,dst_y, rect_width,rect_height,&h_direction,&v_direction); //printf("h,v=%d,%d\n",h_direction,v_direction); #if (R2D_REFRESH == R2D_VERTICAL) src_height=((T_R2D_FRAMEBUFFER*)(((T_R2D_GC*)src_gc)->p_frame_buffer))->height; dst_height=((T_R2D_FRAMEBUFFER*)(((T_R2D_GC*)dst_gc)->p_frame_buffer))->height; #else src_height=((T_R2D_FRAMEBUFFER*)(((T_R2D_GC*)src_gc)->p_frame_buffer))->width; dst_height=((T_R2D_FRAMEBUFFER*)(((T_R2D_GC*)dst_gc)->p_frame_buffer))->width; #endif if ((srcdst==R2D_LCDCOLOR) || (srcdst==R2D_LCDLCD)) src_offset=R2D_ALIGNED_MWLENGTH(src_height); else src_offset=src_height; if ((srcdst==R2D_LCDLCD) || (srcdst==R2D_COLORLCD)) dst_offset=R2D_ALIGNED_MWLENGTH(dst_height); else dst_offset=dst_height; //printf("%08X,dst offset=%08X\n",p_dst,dst_offset); if ((srcdst==R2D_LCDCOLOR) || (srcdst==R2D_LCDLCD)) p_src_start=p_src +((src_x*src_offset+(src_y>>R2D_PIXELS_PER_MEMORY_WORD))); else p_src_start=p_src +((src_x*src_offset+(src_y))); if ((srcdst==R2D_LCDLCD) || (srcdst==R2D_COLORLCD)) p_dst_start=p_dst +((dst_x*dst_offset+(dst_y>>R2D_PIXELS_PER_MEMORY_WORD))); else p_dst_start=p_dst +((dst_x*dst_offset+(dst_y))); xnb=rect_width; //printf("src start %08X contains %08X\n",p_src_start,*p_src_start); //printf("dst start %08X contains %08X\n",p_dst_start,*p_dst_start); //printf("rect_width %d\n",rect_width); if (h_direction==-1) { x=r2d_get_xmax(dst_rectangle)-1; p_src_start+=(rect_width-1)*src_offset; p_dst_start+=(rect_width-1)*dst_offset; } else x=r2d_get_xmin(dst_rectangle); //printf("src start %08X contains %08X\n",p_src_start,*p_src_start); //printf("dst start %08X contains %08X\n",p_dst_start,*p_dst_start); if (v_direction==-1) { p_src_start+=src_nb_rows-1; p_dst_start+=dst_nb_rows-1; temp=src_dy; src_dy=end_src_dy; end_src_dy=temp; temp=dst_dy; dst_dy=end_dst_dy; end_dst_dy=temp; } //printf("src start %08X contains %08X\n",p_src_start,*p_src_start); //printf("dst start %08X contains %08X\n",p_dst_start,*p_dst_start); //printf("dst_start=%08X contains %08X\n",p_dst_start,*p_dst_start); while(xnb!=0) { p_dst_current=p_dst_start; p_src_current=p_src_start; //printf("xnb=%d\n",xnb); //printf("src start %08X contains %08X\n",p_src_start,*p_src_start); //printf("dst start %08X contains %08X\n",p_dst_start,*p_dst_start); if ((srcdst==R2D_COLORCOLOR) || (srcdst==R2D_LCDCOLOR)) ynb=dst_nb_rows; else ynb=dst_nb_rows-1; // no -1 when dest is R2D color if (v_direction==-1) { y=r2d_get_ymax(dst_rectangle) - 1; if ((srcdst==R2D_LCDLCD) || (srcdst==R2D_LCDCOLOR)) current_src_dy=(1<<R2D_PIXELS_PER_MEMORY_WORD)-1; else current_src_dy=0; if ((srcdst==R2D_LCDLCD) || (srcdst==R2D_COLORLCD)) current_dst_dy=(1<<R2D_PIXELS_PER_MEMORY_WORD)-1; else current_dst_dy=0; } else { current_src_dy=0; current_dst_dy=0; y=r2d_get_ymin(dst_rectangle); } dstcounter=(1<<R2D_PIXELS_PER_MEMORY_WORD); srccounter=(1<<R2D_PIXELS_PER_MEMORY_WORD); dst_current=*p_dst_current; src_current=*p_src_current; //printf("src_current=%08X, dst_current=%08X\n",src_current,dst_current); temp=0; //printf("new column\n dst=%08X\n",p_dst_current); //printf("current_dst_dy =%d, dst_dy=%d\n",current_dst_dy,dst_dy); dstvalue=0; if (v_direction==-1) r2d_blit_la((UINT32*)&local_src_gc); else r2d_blit_lb((UINT32*)&local_src_gc); dstvalue=0; if (h_direction==-1) { p_src_start-=src_offset; p_dst_start-=dst_offset; x--; } else { p_src_start+=src_offset; p_dst_start+=dst_offset; x++; } xnb--; } } end_blit_b:dstvalue=0; } #endif