/* Сортировка кучей */
void SRT_sort_heap(void* array, int elem_size, int array_len,
compare_function cf, int ascending)
{
void* buffer = malloc(elem_size);
//_reverse(array, elem_size, array_len);
int i;
// Кучифицируем
for (i = array_len / 2 - 1; i >= 0; --i) {
_heap_heapify(array, elem_size, array_len, cf, i, buffer);
}
// Сохраним длинну массива в не нужной более i
i = array_len;
// Сортируем
while (array_len > 1) {
--array_len;
_swap_elems(_ITH(0), _ITH(array_len), elem_size, buffer);
_heap_heapify(array, elem_size, array_len, cf, 0, buffer);
}
if (!ascending) _reverse(array, elem_size, i, buffer);
free(buffer);
}
bool MgArc::_setHandlePoint(int index, const Point2d& pt, float)
{
if (index == 1) {
return setStartMidEnd(pt, getMidPoint(), getEndPoint());
}
if (index == 2) {
return setStartMidEnd(getStartPoint(), getMidPoint(), pt);
}
if (index == 3) {
return setStartMidEnd(getStartPoint(), pt, getEndPoint());
}
if (index == 4) {
float a = (pt - getCenter()).angle2();
return setCenterRadius(getCenter(), getRadius(), a, getEndAngle() - a);
}
if (index == 5) {
float a = (pt - getCenter()).angle2();
return setCenterRadius(getCenter(), getRadius(), getStartAngle(), a - getStartAngle());
}
if (index == 6) {
return setTanStartEnd(pt - getStartPoint(), getStartPoint(), getEndPoint());
}
if (index == 7) {
return (setTanStartEnd(getEndPoint() - pt, getEndPoint(), getStartPoint())
&& _reverse());
}
return setCenterStartEnd(pt, getStartPoint(), getEndPoint());
}
static char *_bamqual(const bam1_t * bam, BAM_DATA bd)
{
const uint32_t len = bam->core.l_qseq;
const unsigned char *bamq = bam1_qual(bam);
char *s = Calloc(len + 1, char);
for (uint32_t i = 0; i < len; ++i)
s[i] = bamq[i] + 33;
if (bd->reverseComplement && (bam1_strand(bam) == 1))
_reverse(s, len);
s[len] = '\0';
return s;
}
Node *_reverse(Node *input, Node *output){
Node *temp;
if (input==NULL) {
return output;
}
temp=input->next;
input->next=output;
return _reverse(temp,input);
}
int main() {
char current_line[MAX_LINE] = { '\0' };
uint32_t length = 0;
while (_getline(current_line, &length) > 0) {
char reversed_line[MAX_LINE] = { '\0' };
_reverse(current_line, reversed_line);
printf("%s\n", reversed_line);
}
return 0;
}
void _merge_without_extra_space(int* nums, int left, int mid, int right) {
int p = left;
while (p <= mid && mid < right) {
while (p <= mid && nums[p] <= nums[mid+1]) {
p++;
}
if (p > mid) {
break;
}
int offset = 1;
while (mid + offset + 1 <= right && nums[p] > nums[mid + offset + 1]) {
offset++;
}
// offset -= 1;
_reverse(nums, p, mid + offset);
_reverse(nums, p, p + offset - 1);
_reverse(nums, p + offset, mid+offset);
p += offset;
mid = mid + offset;
}
}
bool MgArc::_setHandlePoint2(int index, const Point2d& pt, float, int& data)
{
static float lastSweepAngle;
if (index == 1 || index == 2) { // 起点、终点
return setCenterRadius(getCenter(), pt.distanceTo(getCenter()), getStartAngle(), getSweepAngle());
}
if (index == 3) { // 弧线中点
return setStartMidEnd(getStartPoint(), pt, getEndPoint());
}
if (index == 4) { // 改变起始角度
if (data == 0) {
lastSweepAngle = getSweepAngle();
data++;
}
Point2d startPt(getCenter().polarPoint((pt - getCenter()).angle2(), getRadius()));
bool ret = setCSE(getCenter(), startPt, getEndPoint(), lastSweepAngle);
lastSweepAngle = getSweepAngle();
return ret;
}
if (index == 5) { // 改变终止角度
if (data == 0) {
lastSweepAngle = getSweepAngle();
data++;
}
Point2d endPt(getCenter().polarPoint((pt - getCenter()).angle2(), getRadius()));
bool ret = setCSE(getCenter(), getStartPoint(), endPt, lastSweepAngle);
lastSweepAngle = getSweepAngle();
return ret;
}
if (index == 6) {
return setTanStartEnd(pt - getStartPoint(), getStartPoint(), getEndPoint());
}
if (index == 7) {
return (setTanStartEnd(getEndPoint() - pt, getEndPoint(), getStartPoint())
&& _reverse());
}
return offset(pt - getCenter(), -1);
}
Node *reverse(Node *in) {
return _reverse(in,NULL);
}
QVariant ZStringFormatter::transform(QVariant val){
if(method() == ZFMT_METHOD_STR_CONCAT){ //! concat( with )
return _concat(val,arg("with",ZML_DEFAULT_PARAM_NAME));
}else if(method() == ZFMT_METHOD_STR_DOWNCASE){ //! downcase
return _downcase(val);
}else if(method() == ZFMT_METHOD_STR_ELIDE){ //! elide( [maxLength [, placeholder]] )
if(arg("placeholder").isValid())
return _elide(val, arg("maxLength",ZML_DEFAULT_PARAM_NAME).toInt(), arg("placeholder").toString());
else
return _elide(val, arg("maxLength",ZML_DEFAULT_PARAM_NAME).toInt());
}else if(method() == ZFMT_METHOD_STR_LEFT){ //! left( length )
return _left(val, arg("length",ZML_DEFAULT_PARAM_NAME).toUInt());
}else if(method() == ZFMT_METHOD_STR_LEFTOF){ //! leftOf( delimiter )
return _leftOf(val, arg("delimiter",ZML_DEFAULT_PARAM_NAME).toString());
}else if(method() == ZFMT_METHOD_STR_LELIDE){ //! lelide( [maxLength [, placeholder]] )
if(arg("placeholder").isValid())
return _lelide(val, arg("maxLength",ZML_DEFAULT_PARAM_NAME).toInt(), arg("placeholder").toString());
else
return _lelide(val, arg("maxLength",ZML_DEFAULT_PARAM_NAME).toInt());
}else if(method() == ZFMT_METHOD_STR_LPAD){ //! lpad( length [, symbol] )
if(arg("symbol").isValid())
return _lpad(val, arg("length",ZML_DEFAULT_PARAM_NAME).toUInt(), arg("symbol").toChar());
else
return _lpad(val, arg("length",ZML_DEFAULT_PARAM_NAME).toUInt());
}else if(method() == ZFMT_METHOD_STR_LSHIFT){ //! lshift( places )
return _lshift(val, arg("places", ZML_DEFAULT_PARAM_NAME).toUInt());
}else if(method() == ZFMT_METHOD_STR_LTRIM){ //! ltrim( [pattern] )
if(arg("pattern").isValid())
return _ltrim(val, arg("pattern",ZML_DEFAULT_PARAM_NAME).toString());
else
return _ltrim(val);
}else if(method() == ZFMT_METHOD_STR_RELIDE){ //! relide( [maxLength [, placeholder]] )
if(arg("placeholder").isValid())
return _relide(val, arg("maxLength",ZML_DEFAULT_PARAM_NAME).toInt(), arg("placeholder").toString());
else
return _relide(val, arg("maxLength",ZML_DEFAULT_PARAM_NAME).toInt());
}else if(method() == ZFMT_METHOD_STR_REPEAT){ //! repeat( times )
return _repeat(val, arg("times",ZML_DEFAULT_PARAM_NAME).toUInt());
}else if(method() == ZFMT_METHOD_STR_REVERSE){ //! reverse
return _reverse(val);
}else if(method() == ZFMT_METHOD_STR_RIGHT){ //! right( length )
return _right(val, arg("length",ZML_DEFAULT_PARAM_NAME).toUInt());
}else if(method() == ZFMT_METHOD_STR_RIGHTOF){ //! rightOf( delimiter )
return _rightOf(val, arg("delimiter",ZML_DEFAULT_PARAM_NAME).toString());
}else if(method() == ZFMT_METHOD_STR_RPAD){ //! rpad( length [, symbol] )
if(arg("symbol").isValid())
return _rpad(val, arg("length",ZML_DEFAULT_PARAM_NAME).toUInt(), arg("symbol").toChar());
else
return _rpad(val, arg("length",ZML_DEFAULT_PARAM_NAME).toUInt());
}else if(method() == ZFMT_METHOD_STR_RSHIFT){ //! rshift( places )
return _rshift(val, arg("places",ZML_DEFAULT_PARAM_NAME).toUInt());
}else if(method() == ZFMT_METHOD_STR_RTRIM){ //! rtrim( [pattern] )
if(arg("pattern").isValid())
return _rtrim(val, arg("pattern",ZML_DEFAULT_PARAM_NAME).toString());
else
return _rtrim(val);
}else if(method() == ZFMT_METHOD_STR_SCASE){ //! capitalize
return _sentenceCase(val);
}else if(method() == ZFMT_METHOD_STR_SQUEEZE){ //! squeeze( [symbol] )
if(arg("symbol").isValid())
return _squeeze(val, arg("symbol",ZML_DEFAULT_PARAM_NAME).toChar());
else
return _squeeze(val);
}else if(method() == ZFMT_METHOD_STR_TCASE){ //! titleize
return _titleCase(val);
}else if(method() == ZFMT_METHOD_STR_TRIM){ //! trim( [pattern] )
if(arg("pattern").isValid())
return _trim(val, arg("pattern",ZML_DEFAULT_PARAM_NAME).toString());
else
return _trim(val);
}else if(method() == ZFMT_METHOD_STR_UPCASE){ //! upcase
return _upcase(val);
}
return val;
}
