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/*
* COPYRIGHT
*
* pcb-rnd, interactive printed circuit board design
* (this file is based on PCB, interactive printed circuit board design)
* Copyright (C) 1994,1995,1996 Thomas Nau
* Copyright (C) 2017 Tibor 'Igor2' Palinkas
*
* This module, drill.c, was written and is Copyright (C) 1997 harry eaton
* and upgraded by Tibor 'Igor2' Palinkas for padstacks in 2017
*
* 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., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
*
* Contact:
* Project page: http://repo.hu/projects/pcb-rnd
* lead developer: http://repo.hu/projects/pcb-rnd/contact.html
* mailing list: pcb-rnd (at) list.repo.hu (send "subscribe")
*
*/
#include "config.h"
#include "data.h"
#include "drill.h"
#include "obj_pstk_inlines.h"
#define STEP_ELEMENT 50
#define STEP_DRILL 30
#define STEP_POINT 100
static void drill_fill(pcb_drill_t * Drill, pcb_any_obj_t *hole, int unplated)
{
rnd_cardinal_t n;
pcb_any_obj_t **pnew;
pcb_any_obj_t **hnew;
hnew = drill_pin_alloc(Drill);
*hnew = hole;
if (hole->parent_type == PCB_PARENT_SUBC) {
Drill->PinCount++;
for (n = Drill->ElementN - 1; n != -1; n--)
if (Drill->parent[n] == hole->parent.any)
break;
if (n == -1) {
pnew = drill_element_alloc(Drill);
*pnew = hole->parent.any;
}
}
else
Drill->ViaCount++;
if (unplated)
Drill->UnplatedCount++;
}
static int drill_qsort_cmp(const void *va, const void *vb)
{
pcb_drill_t *a = (pcb_drill_t *) va;
pcb_drill_t *b = (pcb_drill_t *) vb;
return a->DrillSize - b->DrillSize;
}
pcb_drill_info_t *drill_get_info(pcb_data_t *top)
{
pcb_drill_info_t *AllDrills;
pcb_drill_t *Drill = NULL;
rnd_bool DrillFound = rnd_false;
rnd_rtree_it_t it;
rnd_box_t *pb;
AllDrills = (pcb_drill_info_t *)calloc(1, sizeof(pcb_drill_info_t));
for(pb = rnd_r_first(top->padstack_tree, &it); pb != NULL; pb = rnd_r_next(&it)) {
pcb_pstk_t *ps = (pcb_pstk_t *)pb;
pcb_pstk_proto_t *proto = pcb_pstk_get_proto(ps);
if (proto->hdia <= 0)
continue;
if (!DrillFound) {
DrillFound = rnd_true;
Drill = drill_info_alloc(AllDrills);
Drill->DrillSize = proto->hdia;
drill_fill(Drill, (pcb_any_obj_t *)ps, !proto->hplated);
}
else {
if (Drill->DrillSize != proto->hdia) {
DRILL_LOOP(AllDrills);
{
if (drill->DrillSize == proto->hdia) {
Drill = drill;
drill_fill(Drill, (pcb_any_obj_t *)ps, !proto->hplated);
break;
}
}
PCB_END_LOOP;
if (Drill->DrillSize != proto->hdia) {
Drill = drill_info_alloc(AllDrills);
Drill->DrillSize = proto->hdia;
drill_fill(Drill, (pcb_any_obj_t *)ps, !proto->hplated);
}
}
else
drill_fill(Drill, (pcb_any_obj_t *)ps, !proto->hplated);
}
}
qsort(AllDrills->Drill, AllDrills->DrillN, sizeof(pcb_drill_t), drill_qsort_cmp);
return AllDrills;
}
#define ROUND(x,n) ((int)(((x)+(n)/2)/(n))*(n))
void drill_round_info(pcb_drill_info_t *d, int roundto)
{
unsigned int i = 0;
while ((d->DrillN > 0) && (i < d->DrillN - 1)) {
int diam1 = ROUND(d->Drill[i].DrillSize, roundto);
int diam2 = ROUND(d->Drill[i + 1].DrillSize, roundto);
if (diam1 == diam2) {
int ei, ej;
d->Drill[i].ElementMax = d->Drill[i].ElementN + d->Drill[i + 1].ElementN;
if (d->Drill[i].ElementMax) {
d->Drill[i].parent = realloc(d->Drill[i].parent, d->Drill[i].ElementMax * sizeof(pcb_any_obj_t *));
for (ei = 0; ei < d->Drill[i + 1].ElementN; ei++) {
for (ej = 0; ej < d->Drill[i].ElementN; ej++)
if (d->Drill[i].parent[ej] == d->Drill[i + 1].parent[ei])
break;
if (ej == d->Drill[i].ElementN)
d->Drill[i].parent[d->Drill[i].ElementN++]
= d->Drill[i + 1].parent[ei];
}
}
free(d->Drill[i + 1].parent);
d->Drill[i + 1].parent = NULL;
d->Drill[i].PinMax = d->Drill[i].PinN + d->Drill[i + 1].PinN;
d->Drill[i].hole = realloc(d->Drill[i].hole, d->Drill[i].PinMax * sizeof(pcb_any_obj_t *));
memcpy(d->Drill[i].hole + d->Drill[i].PinN, d->Drill[i + 1].hole, d->Drill[i + 1].PinN * sizeof(pcb_any_obj_t *));
d->Drill[i].PinN += d->Drill[i + 1].PinN;
free(d->Drill[i + 1].hole);
d->Drill[i + 1].hole = NULL;
d->Drill[i].PinCount += d->Drill[i + 1].PinCount;
d->Drill[i].ViaCount += d->Drill[i + 1].ViaCount;
d->Drill[i].UnplatedCount += d->Drill[i + 1].UnplatedCount;
d->Drill[i].DrillSize = diam1;
memmove(d->Drill + i + 1, d->Drill + i + 2, (d->DrillN - i - 2) * sizeof(pcb_drill_t));
d->DrillN--;
}
else {
d->Drill[i].DrillSize = diam1;
i++;
}
}
}
void drill_info_free(pcb_drill_info_t *Drills)
{
DRILL_LOOP(Drills);
{
free(drill->parent);
free(drill->hole);
}
PCB_END_LOOP;
free(Drills->Drill);
free(Drills);
}
/* ---------------------------------------------------------------------------
* get next slot for a Drill, allocates memory if necessary
*/
pcb_drill_t *drill_info_alloc(pcb_drill_info_t *DrillInfo)
{
pcb_drill_t *drill = DrillInfo->Drill;
/* realloc new memory if necessary and clear it */
if (DrillInfo->DrillN >= DrillInfo->DrillMax) {
DrillInfo->DrillMax += STEP_DRILL;
drill = (pcb_drill_t *) realloc(drill, DrillInfo->DrillMax * sizeof(pcb_drill_t));
DrillInfo->Drill = drill;
memset(drill + DrillInfo->DrillN, 0, STEP_DRILL * sizeof(pcb_drill_t));
}
return (drill + DrillInfo->DrillN++);
}
/* ---------------------------------------------------------------------------
* get next slot for a DrillPoint, allocates memory if necessary
*/
pcb_any_obj_t **drill_pin_alloc(pcb_drill_t *Drill)
{
pcb_any_obj_t **pin;
pin = Drill->hole;
/* realloc new memory if necessary and clear it */
if (Drill->PinN >= Drill->PinMax) {
Drill->PinMax += STEP_POINT;
pin = realloc(pin, Drill->PinMax * sizeof(pcb_any_obj_t **));
Drill->hole = pin;
memset(pin + Drill->PinN, 0, STEP_POINT * sizeof(pcb_any_obj_t **));
}
return (pin + Drill->PinN++);
}
/* ---------------------------------------------------------------------------
* get next slot for a DrillElement, allocates memory if necessary
*/
pcb_any_obj_t **drill_element_alloc(pcb_drill_t *Drill)
{
pcb_any_obj_t **element;
element = Drill->parent;
/* realloc new memory if necessary and clear it */
if (Drill->ElementN >= Drill->ElementMax) {
Drill->ElementMax += STEP_ELEMENT;
element = realloc(element, Drill->ElementMax * sizeof(pcb_any_obj_t **));
Drill->parent = element;
memset(element + Drill->ElementN, 0, STEP_ELEMENT * sizeof(pcb_subc_t **));
}
return (element + Drill->ElementN++);
}
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