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gregg_dlist.c
executable file
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gregg_dlist.c
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/*============================---(source-start)---============================*/
#include "gregg.h"
#include "gregg_priv.h"
GLuint dl_solid = NULL;
GLuint dl_dotted = NULL;
GLuint dl_back = NULL;
char
DLIST_init (void)
{
/*---(header)-------------------------*/
DEBUG_GRAF yLOG_enter (__FUNCTION__);
DLIST_letters_make (1.0);
DLIST_make (my.w_layout);
my.w_ppage = 120;
/*> my.w_npage = 0; <*/
/*> my.w_cpage = 0; <*/
/*---(complete)-----------------------*/
DEBUG_GRAF yLOG_exit (__FUNCTION__);
return 0;
}
static int s_count = 0;
char
DLIST__title (char *a_name)
{
RPTG_LETTER {
s_count = 0;
/*> if (a_name [0] != ' ') printf ("\n"); <*/
/*> printf ("%-8.8s ltr-- r s f sz-x sz-y rota begd arcd end-x end-y len deg lef rig grp\n", a_name); <*/
}
return 0;
}
char
DLIST__show (int a_who, char a_dotted)
{
/*> if (a_dotted != 'n') return 0; <*
*> RPTG_LETTER { <*
*> if (s_count >= 5) DLIST__title (" ---"); <*
*> printf (" %03d %-5s %d %d %c %4d %4d %4d %4d %4d %5.1f %5.1f %3d %3d %3d %3d %c\n", <*
*> a_who, <*
*> g_loc [a_who].label, <*
*> g_loc [a_who].range, <*
*> g_loc [a_who].size, <*
*> g_loc [a_who].type, <*
*> g_loc [a_who].x_ellipse, <*
*> g_loc [a_who].y_ellipse, <*
*> g_loc [a_who].r_ellipse, <*
*> g_loc [a_who].b_arc, <*
*> g_loc [a_who].l_arc, <*
*> g_loc [a_who].x_end, <*
*> g_loc [a_who].y_end, <*
*> g_loc [a_who].xy_len, <*
*> g_loc [a_who].deg, <*
*> g_loc [a_who].x_lef, <*
*> g_loc [a_who].x_rig, <*
*> g_loc [a_who].lcat); <*
*> ++s_count; <*
*> } <*/
return 0;
}
char
DLIST_letters_make (float a_scale)
{
/*---(locals)-----------+-----+-----+-*/
int x_len = 0;
int x_type = 0;
int i = 0;
/*---(verify free)-----------------------*/
if (dl_solid != NULL) DLIST_letters_free ();
/*---(allocate)--------------------------*/
dl_solid = glGenLists (MAX_LETTERS);
dl_dotted = glGenLists (MAX_LETTERS);
/*---(begin)-----------------------------*/
x_len = strlen (SHAPES_ALL);
for (x_type = 0; x_type < x_len; ++x_type) {
for (i = 0; i < MAX_LETTERS; ++i) {
if (strcmp (g_loc [i].label, "EOF") == 0) break;
if (g_loc [i].type != SHAPES_ALL [x_type]) continue;
CREATE_letter_data (g_loc [i].label, a_scale);
glNewList (dl_solid + i, GL_COMPILE); CREATE_letter_dlist (SHAPE_DRAW , g_loc [i].label, a_scale); glEndList ();
glNewList (dl_dotted + i, GL_COMPILE); CREATE_letter_dlist (SHAPE_SAMPLE, g_loc [i].label, a_scale); glEndList ();
}
}
/*---(complete)--------------------------*/
return 0;
}
char
DLIST_letters_free (void)
{
glDeleteLists (dl_solid , MAX_LETTERS);
glDeleteLists (dl_dotted, MAX_LETTERS);
dl_solid = dl_dotted = NULL;
return 0;
}
char
draw_ellipse (int a_who, char a_dotted)
{
/*> REVERSE_ellipse (a_who, SHAPE_SAMPLE, 1); <*/
return 0;
/*---(locals)-----------+-----+-----+-*/
int i = 0;
/*---(tables)--------------------------------*/
int a_sx = g_loc[a_who].x_ellipse;
int a_sy = g_loc[a_who].y_ellipse;
int a_ro = g_loc[a_who].r_ellipse;
int a_be = g_loc[a_who].b_arc;
int a_ar = g_loc[a_who].l_arc;
/*> int a_st = g_loc[a_who].dots; <*/
int a_st = 10;
if (a_st <= 0) a_st = 10;
/*---(locals)--------------------------------*/
float beta = a_ro * DEG2RAD;
float sbeta = sin(beta);
float cbeta = cos(beta);
float z = 5.0;
float alpha;
float salpha, calpha;
float x, y;
int step = 2;
int right = 0;
int left = 0;
/*---(determine adjustment)------------------*/
alpha = a_be * DEG2RAD;
salpha = sin(alpha);
calpha = cos(alpha);
float ax = (a_sx * calpha * cbeta) - (a_sy * salpha * sbeta);
float ay = (a_sx * calpha * sbeta) + (a_sy * salpha * cbeta);
/*---(draw dotted outline)-------------------*/
glLineWidth (2.0);
glPointSize (2.0);
yCOLOR_opengl (YCOLOR_BAS, YCOLOR_MIN, 1.00);
if (a_dotted == 'y') {
glBegin(GL_POINTS);
for (i = 0; i <= 360; i += a_st) {
alpha = i * DEG2RAD;
salpha = sin (alpha);
calpha = cos (alpha);
x = (a_sx * calpha * cbeta) - (a_sy * salpha * sbeta) - ax;
y = (a_sx * calpha * sbeta) + (a_sy * salpha * cbeta) - ay;
/*> printf(" %3d) %3.0f, %3.0f\n", i, x, y); <*/
glVertex3f( x, y, z);
}
glEnd();
}
/*---(draw shape)----------------------------*/
glBegin(GL_LINE_STRIP);
if (a_ar >= 0) {
for (i = a_be; i <= a_be + a_ar; i += step) {
alpha = i * DEG2RAD;
salpha = sin(alpha);
calpha = cos(alpha);
x = (a_sx * calpha * cbeta) - (a_sy * salpha * sbeta) - ax;
y = (a_sx * calpha * sbeta) + (a_sy * salpha * cbeta) - ay;
/*> printf(" %3d) %3.0f, %3.0f\n", i, x, y); <*/
glVertex3f( x, y, z);
if (x > right) right = x;
if (x < left) left = x;
}
} else {
for (i = a_be; i >= a_be + a_ar; i -= step) {
alpha = i * DEG2RAD;
salpha = sin(alpha);
calpha = cos(alpha);
x = (a_sx * calpha * cbeta) - (a_sy * salpha * sbeta) - ax;
y = (a_sx * calpha * sbeta) + (a_sy * salpha * cbeta) - ay;
/*> printf(" %3d) %3.0f, %3.0f\n", i, x, y); <*/
glVertex3f( x, y, z);
if (x > right) right = x;
if (x < left) left = x;
}
}
glEnd();
/*---(get overall calcs)---------------------*/
o.tmp[0].p_bas = 0;
o.tmp[0].x_raw = 0;
o.tmp[0].y_raw = 0;
o.tmp[1].p_bas = 1;
o.tmp[1].x_raw = x;
o.tmp[1].y_raw = y;
POINT_calc (POINTS_TMP, o.tmp + 1, 'n');
/*---(set size values)-----------------------*/
g_loc[a_who].x_end = x;
g_loc[a_who].y_end = y;
g_loc[a_who].xy_len = o.tmp[1].len;
g_loc[a_who].deg = o.tmp[1].degs;
g_loc[a_who].x_rig = right;
g_loc[a_who].x_lef = left;
/*---(check for i, ai, ae)-------------------*/
/*> if ( strncmp(g_loc[a_who].cat, "i" , 5) == 0 || <*
*> strncmp(g_loc[a_who].cat, "ai", 5) == 0 || <*
*> strncmp(g_loc[a_who].cat, "ae", 5) == 0) { <*
*> alpha = (a_be + 0.5 * a_ar) * DEG2RAD; <*
*> salpha = sin(alpha); <*
*> calpha = cos(alpha); <*
*> a_sx *= 0.0; <*
*> a_sy *= 0.0; <*
*> x = (a_sx * calpha * cbeta) - (a_sy * salpha * sbeta) - ax; <*
*> y = (a_sx * calpha * sbeta) + (a_sy * salpha * cbeta) - ay; <*
*> if (strncmp(g_loc[a_who].cat, "i" , 5) == 0) { <*
*> glBegin(GL_LINE_STRIP); <*
*> glVertex3f( x - 12, y - 4 , z); <*
*> glVertex3f( x , y , z); <*
*> glEnd(); <*
*> } else if (strncmp(g_loc[a_who].cat, "ae", 5) == 0) { <*
*> glBegin(GL_LINE_STRIP); <*
*> glVertex3f( x - 4, y + 12 , z); <*
*> glVertex3f( x , y , z); <*
*> glEnd(); <*
*> } else if (strncmp(g_loc[a_who].cat, "ai", 5) == 0) { <*
*> float xx2, yy2; <*
*> glBegin(GL_LINE_STRIP); <*
*> for (i = 0; i <= 360; i += 30) { <*
*> alpha = i * DEG2RAD; <*
*> xx2 = 2.0 * sin(alpha); <*
*> yy2 = 2.0 * cos(alpha); <*
*> glVertex3f( x + xx2, y + yy2, z); <*
*> } <*
*> glEnd(); <*
*> } <*
*> } <*/
/*---(complete)------------------------------*/
glLineWidth(0.8);
glPointSize(0.8);
/*---(report out)----------------------------*/
DLIST__show (a_who, a_dotted);
/*---(complete)------------------------------*/
return 0;
}
char
draw_arc (float a_beg, float a_end, int a_color, int a_z)
{
/*---(locals)-----------+-----+-----+-*/
float x, y;
float r = SIZE_LRG_AVG * 2.5;
float j = 0.0;
if (a_color == 2) r = SIZE_LRG_MAX;
/*---(defense)------------------------*/
if (a_beg == a_end) return -1;
/*---(color)--------------------------*/
if (a_color == 1) yCOLOR_opengl (YCOLOR_NEG, YCOLOR_MED, 0.65);
else if (a_color == 2) yCOLOR_opengl (YCOLOR_NEG, YCOLOR_DRK, 0.65);
else if (a_color == -1) yCOLOR_opengl (YCOLOR_BAS, YCOLOR_MUT, 0.65);
else yCOLOR_opengl (YCOLOR_NEG, YCOLOR_LIG, 0.65);
/*---(fill)---------------------------*/
glBegin(GL_POLYGON); {
glVertex3f( 0, 0, a_z);
x = r * cos(a_beg);
y = r * sin(a_beg);
glVertex3f( x, y, a_z);
for (j = a_beg; j < a_end; j += 0.1) {
x = r * cos(j);
y = r * sin(j);
glVertex3f( x, y, a_z);
}
x = r * cos(a_end);
y = r * sin(a_end);
glVertex3f( x, y, a_z);
} glEnd();
/*---(complete)-------------------------*/
return 0;
}
char
draw_pie (int a_who)
{
/*> REVERSE_teardrop (a_who, SHAPE_SAMPLE, 1); <*/
return 0;
/*---(locals)-----------+-----+-----+-*/
int i = 0;
/*---(tables)--------------------------------*/
int a_be = g_loc[a_who].b_arc; /* rotation */
int a_sx = g_loc[a_who].x_ellipse * 1.7; /* radius */
/*> DEBUG__SHAPES if (g_loc[a_who].x_rig == 0 && g_loc[a_who].x_lef == 0) printf(" %-5s", g_loc[a_who].label); <*/
/*---(tables)--------------------------------*/
float rad;
float z = 5.0;
float x, y;
float mult;
int right = 0;
int left = 0;
glLineWidth(2.0);
glBegin(GL_LINE_STRIP);
glVertex3f( 0, 0, z);
for (i = a_be; i <= a_be + 65; i += 5) {
rad = i * DEG2RAD;
if (i == a_be || i == a_be + 65) mult = a_sx * 0.70;
else if (i == a_be + 5 || i == a_be + 60) mult = a_sx * 0.95;
else if (i == a_be + 10 || i == a_be + 55) mult = a_sx * 1.10;
else if (i == a_be + 15 || i == a_be + 50) mult = a_sx * 1.20;
else if (i == a_be + 20 || i == a_be + 45) mult = a_sx * 1.25;
else if (i == a_be + 25 || i == a_be + 40) mult = a_sx * 1.30;
else if (i == a_be + 30 || i == a_be + 35) mult = a_sx * 1.33;
x = mult * cos(rad);
y = mult * sin(rad);
glVertex3f( x, y, z);
if (x > right) right = x;
if (x < left) left = x;
}
glVertex3f( 0, 0, z);
glEnd();
/*> DEBUG__SHAPES if (g_loc[a_who].x_rig == 0 && g_loc[a_who].x_lef == 0) printf(" %3.0f %3.0f %3d %3d %3d %3d %-3s\n", x, y, o.tmp[1].len, o.tmp[1].degs, left, right, g_loc[a_who].cat); <*/
/*---(set size values)-----------------------*/
g_loc[a_who].x_end = 0;
g_loc[a_who].y_end = 0;
g_loc[a_who].xy_len = 0;
g_loc[a_who].deg = 0;
g_loc[a_who].x_rig = right;
g_loc[a_who].x_lef = left;
/*> g_loc[a_who].x_end = 0; <*
*> g_loc[a_who].y_end = 0; <*
*> g_loc[a_who].xy_len = 0; <*
*> g_loc[a_who].deg = 0; <*
*> g_loc[a_who].x_rig = 0; <*
*> g_loc[a_who].x_lef = 0; <*/
/*---(check for i, ai, ae)-------------------*/
/*> if ( strncmp(g_loc[a_who].cat, "i" , 5) == 0 || <*
*> strncmp(g_loc[a_who].cat, "ai", 5) == 0 || <*
*> strncmp(g_loc[a_who].cat, "ae", 5) == 0) { <*
*> rad = (a_be + 22.5) * DEG2RAD; <*
*> mult = a_sx * 0.80; <*
*> x = mult * cos(rad); <*
*> y = mult * sin(rad); <*
*> if (strncmp(g_loc[a_who].cat, "i" , 5) == 0) { <*
*> glBegin(GL_LINE_STRIP); <*
*> glVertex3f( x - 12, y - 4 , z); <*
*> glVertex3f( x , y , z); <*
*> glEnd(); <*
*> } else if (strncmp(g_loc[a_who].cat, "ae", 5) == 0) { <*
*> glBegin(GL_LINE_STRIP); <*
*> glVertex3f( x - 4, y + 12 , z); <*
*> glVertex3f( x , y , z); <*
*> glEnd(); <*
*> } else { <*
*> float xx2, yy2; <*
*> glBegin(GL_LINE_STRIP); <*
*> for (i = 0; i <= 360; i += 30) { <*
*> rad = i * DEG2RAD; <*
*> xx2 = 2.0 * sin(rad); <*
*> yy2 = 2.0 * cos(rad); <*
*> glVertex3f( x + xx2, y + yy2, z); <*
*> } <*
*> glEnd(); <*
*> } <*
*> } <*/
/*---(report out)----------------------------*/
DLIST__show (a_who, 'n');
/*---(complete)------------------------------*/
glLineWidth(0.8);
return 0;
}
char
draw_dot (int a_who)
{
/*> REVERSE_dot (a_who, SHAPE_SAMPLE, 1); <*/
return 0;
/*---(locals)-----------+-----+-----+-*/
int i = 0;
/*---(tables)--------------------------------*/
int a_size = g_loc[a_who].x_ellipse;
/*> int a_steps = g_loc[a_who].dots; <*/
int a_steps = 10;
int a_offx = g_loc[a_who].r_ellipse;
int a_offy = g_loc[a_who].b_arc;
if (a_steps <= 0) a_steps = 10;
float rad;
float z = 5.0;
float x, y;
int right = 0;
int left = 0;
/*> DEBUG__SHAPES if (g_loc[a_who].x_rig == 0) printf(" %-5s", g_loc[a_who].label); <*/
glLineWidth(2.0);
glBegin(GL_LINE_STRIP);
for (i = 0; i <= 360; i += a_steps) {
rad = i * DEG2RAD;
x = a_size * sin(rad);
y = a_size * cos(rad);
glVertex3f( x, y, z);
if (x > right) right = x;
if (x < left) left = x;
}
glEnd();
glLineWidth(0.8);
/*> DEBUG__SHAPES if (g_loc[a_who].x_rig == 0) printf(" %3.0f %3.0f %3d %3d %3d %3d %-3s\n", x, y, o.tmp[1].len, o.tmp[1].degs, left, right, g_loc[a_who].cat); <*/
/*---(set size values)-----------------------*/
g_loc[a_who].x_end = 0;
g_loc[a_who].y_end = 0;
g_loc[a_who].xy_len = 0;
g_loc[a_who].deg = 0;
g_loc[a_who].x_rig = right;
g_loc[a_who].x_lef = left;
/*---(report out)----------------------------*/
DLIST__show (a_who, 'n');
/*---(complete)------------------------------*/
return 0;
}
char
draw_whitespace (int a_who)
{
/*> REVERSE_space (a_who, SHAPE_SAMPLE, 1); <*/
return 0;
int a_offx = g_loc[a_who].r_ellipse;
int a_offy = g_loc[a_who].b_arc;
int left = 0;
int right = 0;
/*> DEBUG__SHAPES if (g_loc[a_who].x_end == 0) printf(" %-5s", g_loc[a_who].label); <*/
if (a_offx > 0) right = a_offx;
if (a_offx < 0) left = a_offx;
/*> DEBUG__SHAPES if (g_loc[a_who].x_end != 0) printf(" %3d %3d %3d %3d %3d %3d %-3s\n", a_offx, a_offy, 0, 0, left, right, g_loc[a_who].cat); <*/
g_loc[a_who].x_end = a_offx;
g_loc[a_who].y_end = a_offy;
g_loc[a_who].xy_len = 0;
g_loc[a_who].deg = 0;
g_loc[a_who].x_rig = right;
g_loc[a_who].x_lef = left;
/*---(report out)----------------------------*/
DLIST__show (a_who, 'n');
/*---(complete)------------------------------*/
return 0;
}
/*====================------------------------------------====================*/
/*===---- background elements ----===*/
/*====================------------------------------------====================*/
static void o___BACKGROUND______________o (void) {;}
char /*-> degree tickmarks for background ----[ ------ [ge.C70.13#.E1]*/ /*-[02.0000.03#.T]-*/ /*-[--.---.---.--]-*/
BACK__degticks (void)
{
/*---(locals)-------------------------*/
float d, rad;
float r;
float x, y, z;
/*---(prepare)------------------------*/
yCOLOR_opengl (YCOLOR_BAS, YCOLOR_MAX, 0.65);
glLineWidth(2.0);
z = 2;
r = SIZE_LRG_AVG * 1.75;
/*---(mark degrees)-------------------*/
glBegin(GL_LINES); {
for (d = 0; d <= 360; d += 15) {
rad = d * DEG2RAD;
x = (r + 5) * cos(rad);
y = (r + 5) * sin(rad);
glVertex3f( x, y, z);
if ((int) d % 45 == 0) {
x = (r + 25) * cos(rad);
y = (r + 25) * sin(rad);
} else {
x = (r + 15) * cos(rad);
y = (r + 15) * sin(rad);
}
glVertex3f( x, y, z);
}
} glEnd();
/*---(complete)-----------------------*/
return 0;
}
static char /*----: create display list for range fan ----------------------*/
BACK__rangefan (void)
{
/*---(locals)-------------------------*/
float d, rad; /* degrees and radians */
float x, y, z; /* cartesian coordinates */
float min, beg, end, max; /* range limits */
int i; /* loop iterator -- range */
char msg[100];
float radius = 130;
float r = SIZE_LRG_AVG * 2;
/*---(mark ranges)--------------------*/
for (i = 0; i < MAX_RANGES; ++i) {
if (strncmp (g_ranges [i].nam, "EOF", 5) == 0) break;
min = (g_ranges [i].min + 2) * DEG2RAD;
beg = (g_ranges [i].beg + 1) * DEG2RAD;
end = (g_ranges [i].end - 1) * DEG2RAD;
max = (g_ranges [i].max - 2) * DEG2RAD;
glLineWidth(1.0);
/*---(arc)---------------------------*/
if (g_ranges [i].len == 1) {
r = SIZE_LRG_AVG * 1.75;
z = -2.00;
} else {
r = SIZE_LRG_AVG * 1.3;
z = -1.00;
}
glLineWidth(0.8);
if (strncmp(g_ranges [i].nam, "", 5) == 0 || strncmp(g_ranges [i].nam, "---", 5) == 0) {
if (g_ranges [i].len == 1) draw_arc (min, max, -1, z);
else draw_arc (min, max, 2, z);
} else {
draw_arc (min, beg, 1, z);
draw_arc (beg, end, 0, z);
draw_arc (end, max, 1, z);
}
/*---(label)--------------------------*/
z = 2.00;
if (strncmp(g_ranges [i].nam, "---", 5) != 0) {
if (g_ranges [i].len == 2) radius = r + 10;
else if (strncmp(g_ranges [i].nam, "", 5) == 0) radius = r - 20;
else radius = r + 30;
yCOLOR_opengl (YCOLOR_BAS, YCOLOR_MOR, 0.25);
rad = (g_ranges [i].tar) * DEG2RAD;
x = radius * cos(rad);
y = radius * sin(rad);
snprintf(msg, 100, "%d", g_ranges [i].num);
glPushMatrix(); {
glTranslatef( x, y, z);
yFONT_print (win.font_pretty, 20, YF_MIDCEN, msg);
} glPopMatrix();
}
/*---(target line)-------------------*/
if (g_ranges [i].num <= 5) {
yCOLOR_opengl (YCOLOR_BAS, YCOLOR_MOR, 0.65);
glLineWidth(2.0);
z = 1.00;
glBegin(GL_LINES); {
rad = (g_ranges [i].tar) * DEG2RAD;
x = SIZE_LRG_AVG * cos(rad);
y = SIZE_LRG_AVG * sin(rad);
glVertex3f( x, y, z);
x = (r + 60) * cos(rad);
y = (r + 60) * sin(rad);
glVertex3f( x, y, z);
} glEnd();
}
}
/*---(complete)-----------------------*/
return 0;
}
char
DLIST__ring_center (float a_size, float a_thick)
{
/*---(locals)-----------+-----+-----+-*/
float d = 0.0; /* degrees */
float r = 0.0; /* radians */
float x = 0.0; /* x position */
float y = 0.0; /* y position */
/*---(draw)---------------------------*/
glLineWidth (a_thick);
yCOLOR_opengl (YCOLOR_BAS, YCOLOR_MED, 0.50);
glBegin (GL_POLYGON); {
for (d = 0; d <= 360; d += 1) {
r = d * DEG2RAD;
x = a_size * cos (r);
y = a_size * sin (r);
glVertex3f ( x, y, 3);
}
} glEnd();
/*---(complete)-----------------------*/
return 0;
}
char
DLIST__ring_avg (float a_size, float a_thick)
{
/*---(locals)-----------+-----+-----+-*/
float d = 0.0; /* degrees */
float r = 0.0; /* radians */
float x = 0.0; /* x position */
float y = 0.0; /* y position */
/*---(draw)---------------------------*/
glLineWidth (a_thick);
yCOLOR_opengl (YCOLOR_BAS, YCOLOR_MAX, 0.50);
glBegin (GL_LINE_STRIP); {
for (d = 0; d <= 360; d += 1) {
r = d * DEG2RAD;
x = a_size * cos (r);
y = a_size * sin (r);
glVertex3f ( x, y, 5);
}
} glEnd();
/*---(complete)-----------------------*/
return 0;
}
char
DLIST__ring_minmax (float a_size, float a_thick)
{
/*---(locals)-----------+-----+-----+-*/
float d = 0.0; /* degrees */
float r = 0.0; /* radians */
float x = 0.0; /* x position */
float y = 0.0; /* y position */
/*---(draw)---------------------------*/
glLineWidth (a_thick);
glEnable (GL_LINE_STIPPLE);
glLineStipple (1, 0x3333);
yCOLOR_opengl (YCOLOR_BAS, YCOLOR_MAX, 0.50);
glBegin (GL_LINE_STRIP); {
for (d = -140; d <= 75; d += 1) {
r = d * DEG2RAD;
x = a_size * cos (r);
y = a_size * sin (r);
glVertex3f ( x, y, 5);
}
} glEnd();
glDisable(GL_LINE_STIPPLE);
/*---(complete)-----------------------*/
return 0;
}
static char /*----: create display list for ranging rings ------------------*/
BACK__rangerings (void)
{
/*---(locals)-----------+-----+-----+-*/
int i = 0; /* loop iterator -- ring */
/*---(center disk)--------------------*/
DLIST__ring_center (SIZE_LRG_AVG , 0.8);
DLIST__ring_avg (SIZE_CENTER , 0.8);
/*---(size one -- u,n,o)-----------------*/
DLIST__ring_minmax (SIZE_SML_MIN, 0.8);
DLIST__ring_avg (SIZE_SML_AVG, 2.0);
DLIST__ring_minmax (SIZE_SML_MAX, 0.8);
/*---(size two)--------------------------*/
DLIST__ring_avg (SIZE_MED_AVG, 15.0);
DLIST__ring_minmax (SIZE_MED_MAX, 0.8);
/*---(size three)------------------------*/
DLIST__ring_avg (SIZE_LRG_AVG, 3.0);
DLIST__ring_minmax (SIZE_LRG_MAX, 0.8);
/*---(middle)----------------------------*/
for (i = SIZE_LRG_AVG * 1.7; i < 500; i += SIZE_LRG_AVG * 1.7) {
DLIST__ring_avg (i, 0.8);
}
/*---(complete)-----------------------*/
return 0;
}
static char /*----: create display list for guide lines --------------------*/
BACK__guidelines (void)
{
/*---(locals)-------------------------*/
short x_min, x_max, y_min, y_max;
float z = -10.0;
/*---(header)-------------------------*/
DEBUG_GRAF yLOG_enter (__FUNCTION__);
/*---(guides)----------------------------*/
yVIEW_bounds (YVIEW_MAIN, NULL, NULL, &x_min, &x_max, NULL, &y_min, &y_max, NULL);
DEBUG_GRAF yLOG_complex ("bounds" , "%4d xmin, %4d xmax, %4d ymin %4d ymax", x_min, x_max, y_min, y_max);
/*---(guides)----------------------------*/
glLineWidth(0.8);
yCOLOR_opengl (YCOLOR_BAS, YCOLOR_MAX, 0.65);
/*---(90's)-----*/
glBegin(GL_LINES); {
glVertex3f ( x_max, 0.0 , z);
glVertex3f (-x_max, 0.0 , z);
} glEnd();
glBegin(GL_LINES); {
glVertex3f ( 0.0 , x_max, z);
glVertex3f ( 0.0 , -x_max, z);
} glEnd();
/*---(45's)-----*/
glBegin(GL_LINES); {
glVertex3f ( x_max, x_max, z);
glVertex3f (-x_max, -x_max, z);
} glEnd();
glBegin(GL_LINES); {
glVertex3f (-x_max, x_max, z);
glVertex3f ( x_max, -x_max, z);
} glEnd();
/*---(22.5's)---*/
glBegin(GL_LINES); {
glVertex3f ( 0.0 , 0.0 , z);
glVertex3f ( x_max, x_max * 0.41, z);
} glEnd();
glBegin(GL_LINES); {
glVertex3f ( 0.0 , 0.0 , z);
glVertex3f ( x_max, -x_max * 0.41, z);
} glEnd();
/*---(67.5's)---*/
glBegin(GL_LINES); {
glVertex3f ( 0.0 , 0.0 , z);
glVertex3f ( x_max, x_max * 2.41, z);
} glEnd();
glBegin(GL_LINES); {
glVertex3f ( 0.0 , 0.0 , z);
glVertex3f ( x_max, -x_max * 2.41, z);
} glEnd();
/*--(157.5's)---*/
glBegin(GL_LINES); {
glVertex3f ( 0.0 , 0.0 , z);
glVertex3f (-x_max, x_max * 2.41, z);
} glEnd();
glBegin(GL_LINES); {
glVertex3f ( 0.0 , 0.0 , z);
glVertex3f (-x_max, -x_max * 2.41, z);
} glEnd();
/*---(complete)-----------------------*/
DEBUG_GRAF yLOG_exit (__FUNCTION__);
return 0;
}
char
DLIST__back_edging (void)
{
/*---(locals)-------------------------*/
float z; /* cartesian coordinates */
/*---(header)-------------------------*/
DEBUG_GRAF yLOG_enter (__FUNCTION__);
/*---(guides)----------------------------*/
/*> yVIEW_bounds (YVIEW_MAIN, NULL, NULL, &x_min, &x_max, NULL, &y_min, &y_max, NULL); <*/
DEBUG_GRAF yLOG_complex ("bounds" , "%4d xmin, %4d xmax, %4d ymin %4d ymax", my.t_lef, my.t_rig, my.t_bot, my.t_top);
glLineWidth(0.8);
z = 100.0;
yCOLOR_opengl (YCOLOR_SPE, YCOLOR_BLK, 1.00);
/*---(left)-----*/
glBegin(GL_POLYGON); {
glVertex3f ( my.t_lef , my.t_bot , z);
glVertex3f ( my.t_lef + 2.0, my.t_bot , z);
glVertex3f ( my.t_lef + 2.0, my.t_top , z);
glVertex3f ( my.t_lef , my.t_top , z);
} glEnd();
/*---(right)----*/
glBegin(GL_POLYGON); {
glVertex3f ( my.t_rig , my.t_bot , z);
glVertex3f ( my.t_rig - 2.0, my.t_bot , z);
glVertex3f ( my.t_rig - 2.0, my.t_top , z);
glVertex3f ( my.t_rig , my.t_top , z);
} glEnd();
/*---(top)------*/
glBegin(GL_POLYGON); {
glVertex3f ( my.t_lef , my.t_top , z);
glVertex3f ( my.t_rig , my.t_top , z);
glVertex3f ( my.t_rig , my.t_top - 2.0, z);
glVertex3f ( my.t_lef , my.t_top - 2.0, z);
} glEnd();
/*---(bottom)---*/
glBegin(GL_POLYGON); {
glVertex3f ( my.t_lef , my.t_bot , z);
glVertex3f ( my.t_rig , my.t_bot , z);
glVertex3f ( my.t_rig , my.t_bot + 2.0, z);
glVertex3f ( my.t_lef , my.t_bot + 2.0, z);
} glEnd();
/*---(complete)-----------------------*/
DEBUG_GRAF yLOG_exit (__FUNCTION__);
return 0;
}
char
DLIST_dict (void)
{
/*---(locals)-----------+-----+-----+-*/
char rce = -10;
char rc = 0;
tDICT *x_word = NULL;
int i = 0;
int c = 0;
int x_save = 0;
float x = 0;
float y = 0;
char x_beg [LEN_TITLE] = "";
char x_end [LEN_TITLE] = "";
char t [LEN_TITLE] = "";
char x_full [LEN_HUND] = "";
int x_max = 0;
static int x_times = 0;
int x_extra = 0;
float x_left = 0;
int n = 0;
/*---(header)-------------------------*/
DEBUG_GRAF yLOG_enter (__FUNCTION__);
/*---(defense)------------------------*/
/*> DEBUG_GRAF yLOG_value ("words" , WORDS_eng_count ()); <*/
/*---(page)---------------------------*/
/*> my.p_hinting = STYLE_HINTS; <*/
DEBUG_GRAF yLOG_value ("cpage" , my.w_cpage);
DICT_page_ends (0, x_beg, NULL);
DEBUG_GRAF yLOG_info ("x_beg" , x_beg);
--rce; if (strcmp (x_beg, "") == 0) {
DEBUG_GRAF yLOG_exitr (__FUNCTION__, rce);
return rce;
}
DEBUG_GRAF yLOG_complex ("bounds" , "%4d lef, %4d rig, %4d xlen, %4d bot, %4d top, %4d ylen", my.t_lef, my.t_rig, my.t_xlen, my.t_bot, my.t_top, my.t_ylen);
x_left = my.p_left + 0.5 * my.p_spacing;
rc = DICT_page_ends (my.w_cpage, x_beg, x_end);
DEBUG_GRAF yLOG_value ("page_ends" , rc);
--rce; if (rc < 0) {
DEBUG_GRAF yLOG_exitr (__FUNCTION__, rce);
return rce;
}
DEBUG_GRAF yLOG_info ("x_beg" , x_beg);
DEBUG_GRAF yLOG_info ("x_end" , x_end);
glPushMatrix (); {
x = x_left;
y = -75;
DICT__by_english (x_beg, &x_word);
while (x_word != NULL) {
DEBUG_GRAF yLOG_complex ("x_word" , "%4d %-20.20s %s", i, x_word->d_english, x_word->d_gregg);
DEBUG_GRAF yLOG_complex ("show at" , "%4d, %6.2fx, %6.2fy", c, x, y);
glPushMatrix (); {
glTranslatef (x, y + 15, -50);
glColor4f (0.5, 0.5, 0.5, 0.3);
/*> strlcpy (t, x_word->d_shown, LEN_TITLE); <*/
strlcpy (t, x_word->d_english, LEN_TITLE);
strldchg (t, '·', ' ', LEN_TITLE);
yFONT_print (win.font_pretty, 8, YF_MIDCEN, t);
/*> if (x_word->d_vary [0] == '<') { <*
*> glTranslatef (0, - 30, 0); <*
*> sprintf (t, "%d", x_word->w_nvary); <*
*> yFONT_print (win.font_pretty, 8, YF_MIDCEN, t); <*
*> } <*/
} glPopMatrix ();
PREFIX_shown (x_word->d_prefix, t);
strlcpy (x_full, t, LEN_HUND);
BASE_show (x_word->d_base , t);
strlcat (x_full, t, LEN_HUND);
SUFFIX_shown (x_word->d_suffix, t);
strlcat (x_full, t, LEN_HUND);
DEBUG_GRAF yLOG_info ("x_full" , x_full);
PAGE_gregg_word (SHAPE_DRAW, x_full, &x, &y);
++c;
++i;
/*> WORDS_eng_by_cursor (YDLST_NEXT, &x_word); <*/
DICT__by_cursor (YDLST_NEXT, &x_word);
if (x_save != c && c % 12 == 0) {
PAGE_next_line (&x, &y);
if (++n == 5) y -= 40;
x = x_left;
} else if (x_save != c && c % 6 == 0) {
x += 30;
}
if (c >= my.w_ppage) break;
x_save = c;
}
} glPopMatrix ();
/*---(totals)-------------------------*/
yCOLOR_opengl (YCOLOR_NEG, YCOLOR_DRK, 0.40);
glPushMatrix (); {
glTranslatef ( 20, -10, 0);
sprintf (t, "%d words", i);
yFONT_print (win.font_pretty, 8, YF_MIDLEF, t);
} glPopMatrix ();
glPushMatrix (); {
glTranslatef (my.t_xlen - 20, -10, 0);
sprintf (t, "bases %d", c);
yFONT_print (win.font_pretty, 8, YF_MIDRIG, t);
} glPopMatrix ();
/*---(complete)-----------------------*/
DEBUG_GRAF yLOG_exit (__FUNCTION__);
return 0;
}
char
DLIST_interpreter (void)
{
/*---(header)-------------------------*/
DEBUG_GRAF yLOG_enter (__FUNCTION__);
glPushMatrix (); {
BACK__degticks ();
BACK__rangefan ();
BACK__rangerings ();
BACK__guidelines ();
DLIST__back_edging ();
} glPopMatrix ();
/*---(complete)-----------------------*/
DEBUG_GRAF yLOG_exit (__FUNCTION__);
return 0;
}
char
DLIST_pageview (void)
{
/*---(header)-------------------------*/
DEBUG_GRAF yLOG_enter (__FUNCTION__);
glPushMatrix (); {
DLIST__back_edging ();
} glPopMatrix ();
/*---(complete)-----------------------*/
DEBUG_GRAF yLOG_exit (__FUNCTION__);
return 0;
}
char
DLIST_dictionary (void)
{
/*---(header)-------------------------*/
DEBUG_GRAF yLOG_enter (__FUNCTION__);
glPushMatrix (); {
DLIST_dict ();
DLIST__back_edging ();
} glPopMatrix ();
/*---(complete)-----------------------*/
DEBUG_GRAF yLOG_exit (__FUNCTION__);
return 0;
}
char
DLIST_connect_cons (char a_end, char a_entry, char a_out [LEN_TERSE])
{
if (a_end == '>' && a_entry != 'x') strcpy (a_out, "·");
else strcpy (a_out, "");
switch (a_entry) {
case 'd' : strcat (a_out, "d" ); break;
case 'T' : strcat (a_out, "th" ); break;
case 'H' : strcat (a_out, "ht" ); break;
case 'D' : strcat (a_out, "df" ); break;
case 'm' : strcat (a_out, "m" ); break;
case 'k' : strcat (a_out, "k" ); break;
case 'r' : strcat (a_out, "r" ); break;
case 'R' : strcat (a_out, "rd" ); break;
case 'N' : strcat (a_out, "ngk"); break;
case 'j' : strcat (a_out, "ch" ); break;
case 'f' : strcat (a_out, "f" ); break;
case 'p' : strcat (a_out, "p" ); break;
case 'P' : strcat (a_out, "bd" ); break;
case 's' : strcat (a_out, "s" ); break;
case 'z' : strcat (a_out, "z" ); break;
}
if (a_end == '<' && a_entry != 'x') strcat (a_out, "·");
else strcat (a_out, "");
return 0;
}
char
DLIST_connect_real (void)
{
char x_entry [LEN_LABEL] = "xdTHDmkrRNjfpPsz···";
short xi, yi;
float x, y;
char x_pre [LEN_LABEL] = "";
char x_suf [LEN_LABEL] = "";
char t [LEN_LABEL] = "";
/*---(header)-------------------------*/
DEBUG_GRAF yLOG_enter (__FUNCTION__);
my.p_hinting = STYLE_HINTS;
glColor4f (0.0, 0.0, 0.0, 1.0);
glPushMatrix (); {
x = 60; y = -75;
for (yi = 0; yi < LEN_LABEL; ++yi) {
if (x_entry [yi] == '·') break;
DLIST_connect_cons ('<', x_entry [yi], x_pre);
for (xi = 0; xi < LEN_LABEL; ++xi) {
if (x_entry [xi] == '·') break;
DLIST_connect_cons ('>', x_entry [xi], x_suf);
/*> sprintf (t, "%sa%c%c%s", x_pre, x_entry [yi], x_entry [xi], x_suf); <*/
sprintf (t, "%sa%s", x_pre, x_suf);
/*> sprintf (t, "%s", x_pre); <*/
printf ("%-10.10s ", t);
PAGE_gregg (SHAPE_DRAW, t, &x, &y);
/*> glPushMatrix (); { <*
*> glTranslatef (x, y + 15, -50); <*
*> glColor4f (0.5, 0.5, 0.5, 0.3); <*
*> /+> strlcpy (t, x_word->w_shown, LEN_TITLE); <+/ <*
*> strldchg (t, '·', ' ', LEN_TITLE); <*
*> yFONT_print (win.font_pretty, 8, YF_MIDCEN, t); <*
*> } glPopMatrix (); <*/
}
PAGE_next_line (&x, &y);
x = 60;
printf ("\n");
}
} glPopMatrix ();
/*---(complete)-----------------------*/
DEBUG_GRAF yLOG_exit (__FUNCTION__);
return 0;
}
char
DLIST_connect (void)
{
char x_entry [LEN_LABEL] = "xdTHDmkrRNjfpPsz···";
short xi, yi;
float x, y;
char x_pre [LEN_LABEL] = "";
char x_suf [LEN_LABEL] = "";
char s [LEN_LABEL] = "";
char t [LEN_LABEL] = "";
char x_vowel = 'a';
/*---(header)-------------------------*/
DEBUG_GRAF yLOG_enter (__FUNCTION__);
/*> my.p_hinting = STYLE_HINTS; <*/
glColor4f (0.0, 0.0, 0.0, 1.0);
switch (my.w_cpage) {
case 0 : x_vowel = 'a'; break;
case 1 : x_vowel = 'e'; break;
case 2 : x_vowel = 'o'; break;
case 3 : x_vowel = 'u'; break;