BasebandStatsView::BasebandStatsView() {
add_children({ {
&text_stats,
} });
}
Custom_couple* add_custom_parents( Custom_person* Cp_ptr )
{
Custom_couple* Cc_ptr ;
int siblings[MAX_CHILDREN] ;
Custom_person* mCp_ptr = NULL ; /* pointer to male parent */
Custom_person* fCp_ptr = NULL ; /* pointer to female parent */
Person* pptr ;
Couple* cptr ;
int parents ;
int father, mother ;
int ref ; /* temporary reference */
short child ; /* loop counter */
short children ; /* number of siblings, inc original */
char* child_refs_ptr ; /* pointer to references */
short base_position_y ; /* y position of original child */
short upper_limit, lower_limit ;
short leftest_sibling_x, rightest_sibling_x ;
short highest_position_y ;
short father_x, mother_x ;
GRECT box_father, box_mother ;
short parent_box_bottom ;
short block ; /* block number for get_[p/c]data_ptr */
BOOLEAN fail = FALSE ;
Cc_ptr = new_custom_couple() ;
if( Cc_ptr == NULL ) return Cc_ptr ;
pptr = get_pdata_ptr( Cp_ptr->reference, &block ) ;
assert( pptr != NULL ) ;
parents = pptr->parents ;
assert( parents != 0 ) ;
Cc_ptr->reference = parents ;
Cp_ptr->parent_number = Cc_ptr->list_number ;
cptr = get_cdata_ptr( parents, &block ) ;
child_refs_ptr = cptr->children ;
assert( child_refs_ptr ) ;
/* Force temporary father number in order that */
/* auto_fname will work for add children. */
/* Note that male_reference is wrongly used, it */
/* will later be replaced with list number. */
Cc_ptr->male_number = couples[parents].male_reference ;
/* if person has auto fname, their size will change */
/* with the addition of their father. Adjust their */
/* position to allow for this if they are coupled. */
if( cptr->male_reference != 0
&& ( Cp_ptr->attributes & FNAME_AUTO_BIT
|| ( (Cp_ptr->attributes & FNAME_BITS) == 0
&& custom_tree.attributes & FNAME_AUTO_BIT ) ) )
{
Custom_couple* xCc_ptr ;
short old_edge_x ; /* active edge of person's box */
short x_correction ;
short reversed = FALSE ;
short not_reversed = FALSE ;
short coupling_index = 0 ;
BOOLEAN left_partner = FALSE ;
if( Cp_ptr->couplings_drawn != 0 )
{
while( *(Cp_ptr->coupling_list + coupling_index) )
{
xCc_ptr = get_Cc_ptr( *(Cp_ptr->coupling_list + coupling_index) ) ;
assert( xCc_ptr ) ;
if( xCc_ptr->status & CUST_REVERSED ) reversed = TRUE ;
else not_reversed = TRUE ;
coupling_index++ ;
}
/* check if adjustment is possible, i.e. all */
/* couplings on same side */
if( reversed && !not_reversed || not_reversed && !reversed )
{
if( !reversed && xCc_ptr->male_number == Cp_ptr->list_number )
left_partner = TRUE ;
if( left_partner )
old_edge_x = rect_end( &(Cp_ptr->box) ) ;
else old_edge_x = Cp_ptr->box.g_x ;
}
}
Cp_ptr->box = calculate_box( Cp_ptr->reference, Cp_ptr->x, Cp_ptr->y,
Cp_ptr->attributes, Cp_ptr->font_ptr, Cp_ptr->parent_number ) ;
if( Cp_ptr->couplings_drawn != 0 )
{
if( left_partner ) x_correction = old_edge_x - rect_end( &(Cp_ptr->box) ) ;
else x_correction = old_edge_x - Cp_ptr->box.g_x ;
Cp_ptr->x += x_correction ;
Cp_ptr->box.g_x += x_correction ;
}
}
child = 0 ;
while( ( ref = form_ref( &child_refs_ptr ) ) && ( child < MAX_CHILDREN ) )
{
siblings[child] = ref ;
child++ ;
}
siblings[child] = 0 ;
children = child ;
/* find current person in sibling array */
child = 0 ;
while( siblings[child] != Cp_ptr->reference ) child++ ;
Cc_ptr->child_numbers = (int*) checked_malloc( (children + 1) * sizeof( int ) ) ;
if( Cc_ptr->child_numbers == NULL )
{
Cp_ptr->parent_number = 0 ;
remove_custom_coupling( Cc_ptr ) ;
return NULL ;
}
Cc_ptr->child_numbers[child] = Cp_ptr->list_number ;
Cc_ptr->child_numbers[children] = 0 ; /* terminate list */
upper_limit = Cp_ptr->box.g_x + Cp_ptr->box.g_w / 2 ;
leftest_sibling_x = upper_limit ; /* initialise limits to centre of original */
rightest_sibling_x = upper_limit ;
lower_limit = Cp_ptr->box.g_x ;
base_position_y = Cp_ptr->box.g_y - Cp_ptr->box.g_h / 2 ;
highest_position_y = Cp_ptr->box.g_y ;
/* add any children to the left */
if( child >= 1 ) fail = add_children( siblings, child-1, Cc_ptr, FALSE, upper_limit, lower_limit,
base_position_y, &leftest_sibling_x, &highest_position_y) ;
else leftest_sibling_x = Cp_ptr->x ;
if( fail )
{
Cp_ptr->parent_number = 0 ;
remove_custom_coupling( Cc_ptr ) ;
return NULL ;
}
/* add any children to the right */
if( child+1 < children ) fail = add_children( siblings, child+1, Cc_ptr, TRUE, upper_limit, lower_limit,
base_position_y, &rightest_sibling_x, &highest_position_y) ;
else rightest_sibling_x = Cp_ptr->x ;
if( fail )
{
if( child >= 1 )
while( --child >= 0 )
remove_custom_person( get_Cp_ptr( Cc_ptr->child_numbers[child] ) ) ;
Cp_ptr->parent_number = 0 ;
remove_custom_coupling( Cc_ptr ) ;
return NULL ;
}
if( father = couples[parents].male_reference )
box_father = get_box_size( father, 0, 0, custom_tree.attributes, NULL, 0 ) ;
if( mother = couples[parents].female_reference )
box_mother = get_box_size( mother, 0, 0, custom_tree.attributes, NULL, 0 ) ;
if( father ) Cc_ptr->y = highest_position_y - box_father.g_h - generation_gap ;
else Cc_ptr->y = highest_position_y - box_mother.g_h - generation_gap ;
Cc_ptr->x = (leftest_sibling_x + rightest_sibling_x) / 2 ;
if( father && mother )
{
father_x = Cc_ptr->x - box_father.g_w / 2 - couple_gap ;
mother_x = Cc_ptr->x + box_mother.g_w / 2 + couple_gap ;
}
else
{
father_x = Cc_ptr->x ;
mother_x = Cc_ptr->x ;
}
if( father )
{
mCp_ptr = add_custom_person( father, father_x, Cc_ptr->y, NULL, 0 ) ;
if( mCp_ptr != NULL )
{
mCp_ptr->couplings_drawn = 1 ;
Cc_ptr->male_number = mCp_ptr->list_number ;
mCp_ptr->coupling_list = (int *) checked_malloc( 2 * sizeof( int ) ) ;
if( mCp_ptr->coupling_list != NULL )
{
*(mCp_ptr->coupling_list) = Cc_ptr->list_number ;
*(mCp_ptr->coupling_list + 1) = 0 ; /* terminate list */
}
else fail = TRUE ;
parent_box_bottom = rect_bottom( &(mCp_ptr->box) ) ;
}
else fail = TRUE ;
}
if( !fail && mother )
{
fCp_ptr = add_custom_person( mother, mother_x, Cc_ptr->y, NULL, 0 ) ;
if( fCp_ptr != NULL )
{
fCp_ptr->couplings_drawn = 1 ;
Cc_ptr->female_number = fCp_ptr->list_number ;
fCp_ptr->coupling_list = (int *) checked_malloc( 2 * sizeof( int ) ) ;
if( fCp_ptr->coupling_list != NULL )
{
*(fCp_ptr->coupling_list) = Cc_ptr->list_number ;
*(fCp_ptr->coupling_list + 1) = 0 ; /* terminate list */
}
else fail = TRUE ;
}
else fail = TRUE ;
if( father )
{
if( rect_bottom( &(fCp_ptr->box) ) > parent_box_bottom )
parent_box_bottom = rect_bottom( &(fCp_ptr->box) ) ;
}
else parent_box_bottom = rect_bottom( &(fCp_ptr->box) ) ;
}
Cc_ptr->hline_x0 = leftest_sibling_x ;
Cc_ptr->hline_x1 = rightest_sibling_x ;
Cc_ptr->hline_y = parent_box_bottom + generation_gap / 2 ;
if( fail )
{
/* remove children */
child = 0 ;
while( child < children )
{
if( Cc_ptr->child_numbers[child] != Cp_ptr->list_number )
remove_custom_person( get_Cp_ptr( Cc_ptr->child_numbers[child] ) ) ;
child++ ;
}
if( mCp_ptr ) remove_custom_person( mCp_ptr ) ;
if( fCp_ptr ) remove_custom_person( fCp_ptr ) ;
Cp_ptr->parent_number = 0 ;
remove_custom_coupling( Cc_ptr ) ;
Cc_ptr = NULL ;
}
return Cc_ptr ;
}
Custom_couple* add_custom_coupling( Custom_person* Cp_ptr, short side )
{
Custom_couple* Cc_ptr ;
Custom_couple* sCc_ptr ;
Custom_person* sCp_ptr ; /* spouse Cp pointer */
Custom_person* cCp_ptr ; /* child Cp pointer */
Person* pptr ;
Couple* cptr ;
BOOLEAN male ; /* sex of pre-existing partner */
short block ;
int couple_reference = 0 ;
int* new_coupling_list ;
int* couple_list_ptr ;
int* new_list_ptr ;
char* coup_ptr ;
int couple_ref ; /* Couple reference number */
int spouse_reference ;
GRECT spouse_box ;
short spouse_x ;
short child_y ;
int* child_number_ptr ;
char* child_ptr ;
int progeny[MAX_CHILDREN+1] ;
int* prog_list_ptr ;
short number_of_children ;
short nearest_x ;
short furthest_x ;
short highest_y ;
short parent_box_bottom ;
Cc_ptr = new_custom_couple() ;
if( Cc_ptr == NULL ) return Cc_ptr ;
pptr = get_pdata_ptr( Cp_ptr->reference, &block ) ;
coup_ptr = pptr->couplings ;
new_coupling_list = (int *) checked_malloc( ( Cp_ptr->couplings_drawn + 2 ) * sizeof( int ) ) ;
if( new_coupling_list == NULL )
{
remove_custom_coupling( Cc_ptr ) ;
return NULL ;
}
new_list_ptr = new_coupling_list ;
/* find couple to add */
if( Cp_ptr->couplings_drawn != 0 )
{
assert( Cp_ptr->coupling_list != NULL ) ;
/* find first undrawn coupling */
while( couple_ref = form_ref( &coup_ptr ), couple_ref != 0 && couple_reference == 0 )
{
BOOLEAN used ;
couple_list_ptr = Cp_ptr->coupling_list ;
used = FALSE ;
while( *couple_list_ptr != 0 && couple_reference == 0 )
{
sCc_ptr = get_Cc_ptr( *couple_list_ptr++) ;
if( couple_ref == sCc_ptr->reference ) used = TRUE ;
}
if( !used ) couple_reference = couple_ref ;
else couple_list_ptr++ ;
}
couple_list_ptr = Cp_ptr->coupling_list ;
while( *couple_list_ptr )
*new_list_ptr++ = *couple_list_ptr++ ;
free( Cp_ptr->coupling_list ) ;
}
else couple_reference = form_ref( &coup_ptr ) ;
/* initialise some values */
*new_list_ptr++ = Cc_ptr->list_number ;
*new_list_ptr++ = 0 ;
Cc_ptr->reference = couple_reference ;
Cp_ptr->coupling_list = new_coupling_list ;
Cp_ptr->couplings_drawn++ ;
Cc_ptr->y = Cp_ptr->y ;
/* ascertain sex of existing */
/* partner and ref of spouse, if */
/* any */
if( couples[couple_reference].male_reference == Cp_ptr->reference )
{
male = TRUE ;
Cc_ptr->male_number = Cp_ptr->list_number ;
spouse_reference = couples[couple_reference].female_reference ;
}
else
{
male = FALSE ;
Cc_ptr->female_number = Cp_ptr->list_number ;
spouse_reference = couples[couple_reference].male_reference ;
}
/* if spouse, add them to tree and */
/* calculate lowest point of couple */
if( spouse_reference != 0 )
{
if( male && side == CUST_LEFT || !male && side == CUST_RIGHT ) Cc_ptr->status |= CUST_REVERSED ;
spouse_box = get_box_size( spouse_reference, 0, 0, custom_tree.attributes, NULL, 0 ) ;
if( side == RIGHT ) Cc_ptr->x = rect_end( &(Cp_ptr->box) ) + couple_gap ;
else Cc_ptr->x = Cp_ptr->box.g_x - couple_gap ;
if( side == RIGHT ) spouse_x = Cc_ptr->x + spouse_box.g_w / 2 + couple_gap ;
else spouse_x = Cc_ptr->x - spouse_box.g_w / 2 - couple_gap ;
sCp_ptr = add_custom_person( spouse_reference, spouse_x, Cc_ptr->y, NULL, 0 ) ;
if( sCp_ptr != NULL )
{
sCp_ptr->couplings_drawn = 1 ;
if( male ) Cc_ptr->female_number = sCp_ptr->list_number ;
else Cc_ptr->male_number = sCp_ptr->list_number ;
sCp_ptr->coupling_list = (int *) checked_malloc( 2 * sizeof( int ) ) ;
if( sCp_ptr->coupling_list != NULL )
{
*(sCp_ptr->coupling_list) = Cc_ptr->list_number ;
*(sCp_ptr->coupling_list + 1) = 0 ; /* terminate list */
}
}
if( rect_bottom( &(sCp_ptr->box) ) > rect_bottom( &(Cp_ptr->box) ) )
parent_box_bottom = rect_bottom( &(sCp_ptr->box) ) ;
else parent_box_bottom = rect_bottom( &(Cp_ptr->box) ) ;
}
/* else if no spouse set bottom of */
/* couple to bottom of person and */
/* set spouse number to 0 */
else
{
Cc_ptr->x = Cp_ptr->x ;
parent_box_bottom = rect_bottom( &(Cp_ptr->box) ) ;
if( male ) Cc_ptr->female_number = 0 ;
else Cc_ptr->male_number = 0 ;
}
/* set hline_y even if there are no */
/* children yet, ready for updating */
Cc_ptr->hline_y = parent_box_bottom + generation_gap / 2 ;
Cc_ptr->hline_x0 = Cc_ptr->x ;
Cc_ptr->hline_x1 = Cc_ptr->x ;
/* if any children, add them to */
/* tree and couple list */
cptr = get_cdata_ptr( Cc_ptr->reference, &block ) ;
if( child_ptr = cptr->children, child_ptr != NULL )
{
prog_list_ptr = progeny ;
number_of_children = 0 ;
while( *prog_list_ptr++ = form_ref( &child_ptr ) )
{
number_of_children++ ;
}
Cc_ptr->child_numbers = (int *) checked_malloc( ( number_of_children + 1 ) * sizeof( int ) ) ;
if( Cc_ptr->child_numbers != NULL )
{
int previous_last_number ;
previous_last_number = custom_tree.end_person->list_number ;
child_y = Cc_ptr->y + generation_gap ;
/* measure width of children and add them at an arbitrary x position (i.e. 0) */
highest_y = child_y ; /* initialise to too low value */
add_children( progeny, 0, Cc_ptr, TRUE, 0, 0,
child_y, &furthest_x, &highest_y) ;
prog_list_ptr = progeny ;
child_number_ptr = Cc_ptr->child_numbers ;
while( *prog_list_ptr )
{
*child_number_ptr++ = get_cust_person_by_ref( *prog_list_ptr++, previous_last_number ) ;
}
*child_number_ptr = 0 ;
child_number_ptr = Cc_ptr->child_numbers ;
cCp_ptr = get_Cp_ptr( Cc_ptr->child_numbers[0] ) ;
nearest_x = cCp_ptr->x ;
while( *child_number_ptr )
{
cCp_ptr = get_Cp_ptr( *child_number_ptr++ ) ;
cCp_ptr->x += Cc_ptr->x - ( nearest_x + furthest_x ) / 2 ;
cCp_ptr->box.g_x += Cc_ptr->x - ( nearest_x + furthest_x ) / 2 ;
cCp_ptr->y += Cc_ptr->hline_y + generation_gap / 2 - highest_y ;
cCp_ptr->box.g_y += Cc_ptr->hline_y + generation_gap / 2 - highest_y ;
}
cCp_ptr = get_Cp_ptr( Cc_ptr->child_numbers[0] ) ;
Cc_ptr->hline_x0 = cCp_ptr->x ;
if( custom_display.x_start <= custom_tree.org_x )
{
if( Cc_ptr->x - 1 < custom_display.x_start )
custom_display.x_start = Cc_ptr->x - 1 ;
}
cCp_ptr = get_Cp_ptr( Cc_ptr->child_numbers[number_of_children - 1] ) ;
Cc_ptr->hline_x1 = cCp_ptr->x ;
}
}
return Cc_ptr ;
}
ReceiverView::ReceiverView(
NavigationView& nav,
ReceiverModel& receiver_model
) : receiver_model(receiver_model)
{
add_children({ {
&button_done,
&field_frequency,
&field_lna,
//&options_baseband_bandwidth,
&field_vga,
&options_modulation,
//&options_baseband_oversampling,
&field_vregmode,
&field_volume,
&view_frequency_options,
&view_rf_gain_options,
&waterfall,
} });
button_done.on_select = [&nav](Button&){
nav.pop();
};
field_frequency.set_value(receiver_model.tuning_frequency());
field_frequency.set_step(receiver_model.frequency_step());
field_frequency.on_change = [this](rf::Frequency f) {
this->on_tuning_frequency_changed(f);
};
field_frequency.on_edit = [this, &nav]() {
// TODO: Provide separate modal method/scheme?
auto new_view = new FrequencyKeypadView { nav, this->receiver_model.tuning_frequency() };
new_view->on_changed = [this](rf::Frequency f) {
this->on_tuning_frequency_changed(f);
this->field_frequency.set_value(f);
};
nav.push(new_view);
};
field_frequency.on_show_options = [this]() {
this->on_show_options_frequency();
};
field_lna.set_value(receiver_model.lna());
field_lna.on_change = [this](int32_t v) {
this->on_lna_changed(v);
};
field_lna.on_show_options = [this]() {
this->on_show_options_rf_gain();
};
/*
options_baseband_bandwidth.set_by_value(receiver_model.baseband_bandwidth());
options_baseband_bandwidth.on_change = [this](size_t n, OptionsField::value_t v) {
(void)n;
this->on_baseband_bandwidth_changed(v);
};
*/
field_vga.set_value(receiver_model.vga());
field_vga.on_change = [this](int32_t v_db) {
this->on_vga_changed(v_db);
};
options_modulation.set_by_value(receiver_model.modulation());
options_modulation.on_change = [this](size_t n, OptionsField::value_t v) {
(void)n;
this->on_modulation_changed(v);
};
/*
options_baseband_oversampling.set_by_value(receiver_model.baseband_oversampling());
options_baseband_oversampling.on_change = [this](size_t n, OptionsField::value_t v) {
(void)n;
this->on_baseband_oversampling_changed(v);
};
*/
field_vregmode.set_value(0);
field_vregmode.on_change = [](int32_t v) {
gpio_vregmode.write(v);
gpio_vregmode.output();
led_rx.write(v);
};
field_volume.set_value((receiver_model.headphone_volume() - wolfson::wm8731::headphone_gain_range.max).decibel() + 99);
field_volume.on_change = [this](int32_t v) {
this->on_headphone_volume_changed(v);
};
view_frequency_options.hidden(true);
view_frequency_options.set_step(receiver_model.frequency_step());
view_frequency_options.on_change_step = [this](rf::Frequency f) {
this->on_frequency_step_changed(f);
};
view_rf_gain_options.hidden(true);
view_rf_gain_options.set_rf_amp(receiver_model.rf_amp());
view_rf_gain_options.on_change_rf_amp = [this](bool enable) {
this->on_rf_amp_changed(enable);
};
receiver_model.enable();
}
