Mercurial > MadButterfly
annotate include/mb_redraw_man.h @ 839:a3be0162bf44
Move decision of dirty pcache_area to one place.
Move all decision logic to add_rdman_coords_pcache_area().
author | Thinker K.F. Li <thinker@codemud.net> |
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date | Fri, 17 Sep 2010 12:21:36 +0800 |
parents | 586e50f82c1f |
children | 048cc704bef7 |
rev | line source |
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1 // -*- indent-tabs-mode: t; tab-width: 8; c-basic-offset: 4; -*- |
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2 // vim: sw=4:ts=8:sts=4 |
12 | 3 #ifndef __REDRAW_MAN_H_ |
4 #define __REDRAW_MAN_H_ | |
5 | |
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6 #include "mb_graph_engine.h" |
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7 #include "mb_tools.h" |
12 | 8 #include "mb_types.h" |
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9 #include "mb_observer.h" |
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10 #include "mb_img_ldr.h" |
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11 #include "mb_timer.h" |
12 | 12 |
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13 typedef struct _redraw_man redraw_man_t; |
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14 |
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15 typedef void (*free_func_t)(redraw_man_t *rdman, void *obj); |
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16 struct _free_obj { |
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17 void *obj; |
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18 free_func_t free_func; |
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19 }; |
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20 typedef struct _free_obj free_obj_t; |
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21 struct _free_objs { |
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22 int num, max; |
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23 free_obj_t *objs; |
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24 }; |
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25 typedef struct _free_objs free_objs_t; |
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26 |
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27 DARRAY(coords, coord_t *); |
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28 DARRAY(geos, geo_t *); |
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29 |
13 | 30 /*! \brief Manage redrawing of shapes (graphic elements). |
31 * | |
32 * Every coord_t and geo_t object is assigned with a unique | |
33 * incremental order. The order is a unsigned integer. | |
34 * Every time a new coord_t or geo_t object is added, it is | |
35 * assigned with a order number that 1 bigger than last one | |
36 * until reaching maximum of unsigned integer. | |
37 * When a maximum is meet, all coord_t or geo_t objects | |
38 * are reasigned with a new order number from 1. It means | |
39 * order numbers that have been assigned and then removed | |
40 * later are recycled. | |
41 * | |
42 * Dirty flag is clear when the transformation matrix of a coord | |
43 * object been recomputed or when a geo_t objects been redrawed. | |
44 */ | |
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45 struct _redraw_man { |
13 | 46 unsigned int next_coord_order; |
47 int n_coords; | |
12 | 48 coord_t *root_coord; |
13 | 49 |
12 | 50 elmpool_t *geo_pool; |
51 elmpool_t *coord_pool; | |
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52 elmpool_t *shnode_pool; |
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53 elmpool_t *observer_pool; |
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54 elmpool_t *subject_pool; |
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55 elmpool_t *paint_color_pool; |
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56 elmpool_t *pent_pool; |
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57 elmpool_t *coord_canvas_pool; |
13 | 58 |
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59 coords_t dirty_coords; |
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60 coords_t dirty_pcache_area_coords; |
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61 geos_t dirty_geos; |
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62 int n_dirty_areas; /*!< \brief Number of all dirty areas. */ |
13 | 63 |
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64 geos_t gen_geos; |
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65 coords_t zeroing_coords; |
13 | 66 |
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67 STAILQ(shape_t) shapes; /*!< \brief All managed shapes. */ |
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68 STAILQ(paint_t) paints; /*!< \brief All managed paints. */ |
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69 |
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70 free_objs_t free_objs; |
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71 |
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72 mbe_t *cr; |
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73 mbe_t *backend; |
73
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74 |
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75 ob_factory_t ob_factory; |
154 | 76 |
77 subject_t *redraw; /*!< \brief Notified after redrawing. */ | |
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78 subject_t *addrm_monitor; /*!< \brief Monitor adding/removing observers |
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79 * to/from mouse event subjects. |
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80 * \see addrm_monitor_hdlr() |
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81 */ |
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82 mb_obj_t *last_mouse_over; |
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83 void *rt; /*!< \brief This is a pointer to the current |
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84 * graphic backend. |
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* Add loopback reference from rdman to the backend. This is only required when we need to acquire the tman for the animation. This is not a reasonable arrangement since the animation should be backend transparent. We should not touch the backend directly from the animation. We should relocate the tman to the rdman.
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85 * \see rdman_attach_backend() |
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* Add loopback reference from rdman to the backend. This is only required when we need to acquire the tman for the animation. This is not a reasonable arrangement since the animation should be backend transparent. We should not touch the backend directly from the animation. We should relocate the tman to the rdman.
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86 */ |
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87 mb_prop_store_t props; |
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88 mb_img_ldr_t *img_ldr; /*!< \brief Image Loader. |
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89 * This is initialized by backend. |
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90 */ |
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91 co_aix w, h; /*!< \brief Size of viewport |
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92 * This is initialized by backend. |
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93 */ |
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94 }; |
12 | 95 |
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96 extern int redraw_man_init(redraw_man_t *rdman, mbe_t *cr, |
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97 mbe_t *backend); |
12 | 98 extern void redraw_man_destroy(redraw_man_t *rdman); |
99 extern int rdman_find_overlaid_shapes(redraw_man_t *rdman, | |
100 geo_t *geo, | |
101 geo_t ***overlays); | |
102 extern int rdman_add_shape(redraw_man_t *rdman, | |
103 shape_t *shape, coord_t *coord); | |
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104 /*! \brief Make a shape been managed by a redraw manager. */ |
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105 #define rdman_shape_man(rdman, shape) \ |
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106 do { \ |
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107 mb_prop_store_init(&((mb_obj_t *)(shape))->props, \ |
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108 (rdman)->pent_pool); \ |
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109 STAILQ_INS_TAIL(rdman->shapes, shape_t, sh_next, shape); \ |
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110 if(rdman->last_mouse_over == (mb_obj_t *)(shape)) \ |
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111 rdman->last_mouse_over = NULL; \ |
672
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112 mb_prop_store_init(&((mb_obj_t *)(shape))->props, \ |
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113 (rdman)->pent_pool); \ |
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114 } while(0) |
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115 extern int rdman_shape_free(redraw_man_t *rdman, shape_t *shape); |
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116 |
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117 extern int rdman_paint_free(redraw_man_t *rdman, paint_t *paint); |
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118 |
12 | 119 extern coord_t *rdman_coord_new(redraw_man_t *rdman, coord_t *parent); |
120 extern int rdman_coord_free(redraw_man_t *rdman, coord_t *coord); | |
154 | 121 extern int rdman_coord_subtree_free(redraw_man_t *rdman, coord_t *subtree); |
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122 extern int rdman_coord_changed(redraw_man_t *rdman, coord_t *coord); |
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123 extern int rdman_shape_changed(redraw_man_t *rdman, shape_t *shape); |
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124 extern int rdman_redraw_changed(redraw_man_t *rdman); |
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125 extern int rdman_redraw_all(redraw_man_t *rdman); |
37 | 126 extern int rdman_redraw_area(redraw_man_t *rdman, co_aix x, co_aix y, |
127 co_aix w, co_aix h); | |
139
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128 extern geo_t *rdman_geos(redraw_man_t *rdman, geo_t *last); |
235 | 129 #define rdman_shapes(rdman, last_shape) \ |
130 geo_get_shape_safe(rdman_geos(rdman, sh_get_geo_safe(last_shape))) | |
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131 extern int rdman_force_clean(redraw_man_t *rdman); |
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132 extern shnode_t *shnode_new(redraw_man_t *rdman, shape_t *shape); |
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133 #define shnode_free(rdman, node) elmpool_elm_free((rdman)->shnode_pool, node) |
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134 #define shnode_list_free(rdman, q) \ |
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135 do { \ |
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136 shnode_t *__node, *__last; \ |
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137 __last = STAILQ_HEAD(q); \ |
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138 if(__last == NULL) break; \ |
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139 for(__node = STAILQ_NEXT(shnode_t, next, __last); \ |
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140 __node != NULL; \ |
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141 __node = STAILQ_NEXT(shnode_t, next, __node)) { \ |
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142 shnode_free(rdman, __last); \ |
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143 __last = __node; \ |
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144 } \ |
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145 shnode_free(rdman, __last); \ |
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146 } while(0) |
22 | 147 #define _rdman_paint_child(rdman, paint, shape) \ |
18
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148 do { \ |
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149 shnode_t *__node; \ |
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150 if((shape)->fill != (paint) && \ |
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151 (shape)->stroke != (paint)) { \ |
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152 __node = shnode_new(rdman, shape); \ |
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153 STAILQ_INS_TAIL((paint)->members, \ |
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154 shnode_t, next, __node); \ |
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155 } \ |
22 | 156 } while(0) |
159
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157 extern void _rdman_paint_real_remove_child(redraw_man_t *rdman, |
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158 paint_t *paint, |
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159 shape_t *shape); |
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160 #define _rdman_paint_remove_child(rdman, paint, shape) \ |
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161 do { \ |
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162 if((shape)->fill == (shape)->stroke && \ |
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163 (shape)->stroke == (paint)) \ |
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164 break; \ |
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165 _rdman_paint_real_remove_child(rdman, paint, shape); \ |
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166 } while(0) |
490
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167 #define rdman_paint_fill(rdman, paint, shape) \ |
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168 do { \ |
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169 if((shape)->fill == paint) \ |
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170 break; \ |
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171 if((shape)->fill) \ |
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172 _rdman_paint_remove_child(rdman, (shape)->fill, \ |
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173 shape); \ |
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174 if(paint) \ |
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175 _rdman_paint_child(rdman, paint, shape); \ |
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176 (shape)->fill = paint; \ |
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177 } while(0) |
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178 #define rdman_paint_stroke(rdman, paint, shape) \ |
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179 do { \ |
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180 if((shape)->stroke == paint) \ |
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181 break; \ |
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182 if((shape)->stroke) \ |
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183 _rdman_paint_remove_child(rdman, (shape)->stroke, \ |
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184 shape); \ |
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185 if(paint) \ |
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186 _rdman_paint_child(rdman, paint, shape); \ |
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187 (shape)->stroke = paint; \ |
22 | 188 } while(0) |
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189 extern int rdman_paint_changed(redraw_man_t *rdman, paint_t *paint); |
12 | 190 |
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191 extern shape_t *find_shape_at_pos(redraw_man_t *rdman, |
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192 co_aix x, co_aix y, int *in_stroke); |
232
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193 extern int mb_obj_pos_is_in(redraw_man_t *rdman, mb_obj_t *obj, |
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194 co_aix x, co_aix y, int *in_stroke); |
253
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195 extern int mb_objs_are_overlay(redraw_man_t *rdman, |
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196 mb_obj_t *obj1, mb_obj_t *obj2); |
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197 #define rdman_get_ob_factory(rdman) (&(rdman)->ob_factory) |
154 | 198 #define rdman_get_redraw_subject(rdman) ((rdman)->redraw) |
224
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199 #define rdman_get_root(rdman) ((rdman)->root_coord) |
235 | 200 #define rdman_get_cr(rdman) ((rdman)->cr) |
201 #define rdman_get_gen_geos(rdman) (&(rdman)->gen_geos) | |
202 extern int rdman_add_gen_geos(redraw_man_t *rdman, geo_t *geo); | |
203 #define rdman_get_shape_gl(rdman, idx) \ | |
204 geo_get_shape(rdman_get_gen_geos(rdman)->ds[idx]) | |
205 #define rdman_add_shape_gl(rdman, shape) \ | |
206 rdman_add_gen_geos(rdman, sh_get_geo(shape)) | |
207 #define rdman_shape_gl_len(rdman) \ | |
208 rdman_get_gen_geos(rdman)->num | |
209 #define rdman_clear_shape_gl(rdman) \ | |
210 DARRAY_CLEAN(rdman_get_gen_geos(rdman)) | |
260
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211 #define rdman_prop_store(rdman) ((rdman)->props) |
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212 #define rdman_img_ldr(rdman) ((rdman)->img_ldr) |
265
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213 #define rdman_set_img_ldr(rdman, ldr) \ |
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214 do { (rdman)->img_ldr = ldr; } while(0) |
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215 |
249
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216 /*! \brief Attach backend to the redraw manager so that we can hide the backend from the users. |
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217 * |
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218 */ |
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219 #define rdman_attach_backend(rdman,backend) (((rdman)->rt)=(backend)) |
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220 /*! \brief Load sprite dymanicly from the shared object module. |
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221 * |
260
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222 * The search path can be changed by sprite_set_search_path. The name |
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223 * can have a relative path in the front of it. |
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224 * This function will search the object in the current working directory |
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225 * and then search the system search path. |
227 | 226 */ |
356
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227 extern mb_sprite_t *sprite_load(const char *name, redraw_man_t *rdman, |
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228 coord_t *root); |
227 | 229 |
230 /*! \brief Set the search path of dymanic object loading. | |
231 * | |
232 */ | |
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233 extern void sprite_set_search_path(char *path); |
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234 |
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235 extern paint_t *rdman_img_ldr_load_paint(redraw_man_t *rdman, |
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236 const char *img_id); |
12 | 237 |
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238 typedef void (*mb_eventcb_t )(int fd,void *arg); |
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239 #define MONITOR_READ 1 |
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240 #define MONITOR_WRITE 2 |
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241 |
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242 /*! \brief The backend engine mb_backend_t is used to define the interface to realize the MB. |
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243 * |
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244 * A backend is used to receive events from the system. The MB does not define the backend by itself. |
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245 * Instead, it define an interface which allow the lower layer to implement the event system. Each |
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246 * backend need to provides the following events. |
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247 * |
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248 * - keyboard event |
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249 * - timer event |
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250 * - image loader(?) |
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Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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251 * - render manager(?) |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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252 */ |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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253 typedef struct { |
822
586e50f82c1f
Unify coding style tag for emacs and vim.
Shih-Yuan Lee (FourDollars) <fourdollars@gmail.com>
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254 |
757
f43224bf3524
Remove unused variables and refactor to X_MB_init_with_win
Thinker K.F. Li <thinker@codemud.net>
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255 void *(*init)(const char *display,int w,int h); |
462
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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256 void (*free)(void *be); |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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257 void (*add_event)(void *be,int type, int fd, mb_eventcb_t f,void *arg); |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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258 void (*remove_event)(void *be,int type, int fd); |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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259 void (*loop)(void *be); |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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260 subject_t *(*kbevents)(void *be); |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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261 redraw_man_t *(*rdman)(void *be); |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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262 mb_tman_t *(*tman)(void *be); |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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263 ob_factory_t *(*factory)(void *be); |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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264 mb_img_ldr_t *(*loader)(void *be); |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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265 } mb_backend_t; |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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266 |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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267 extern mb_backend_t backend; |
af4b506ad56f
Add backend layer to seperate the backend with the MBAF. Currently, X is the only backend. If we have more than one backend, we need to modify the Makefile to sleect the backend or implement a backend selection mechanism in the runtime.
wycc@122-116-38-188.HINET-IP.hinet.net
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268 |
12 | 269 #endif /* __REDRAW_MAN_H_ */ |