static void
create_box_control(entity_state_t *entity_state, float x, float y, float z)
{
rig_selection_tool_t *tool = entity_state->tool;
cg_texture_t *tex =
rut_load_texture_from_data_file(tool->shell, "dot.png", NULL);
control_point_t *point;
point = c_slice_new0(control_point_t);
point->entity_state = entity_state;
point->x = x;
point->y = y;
point->z = z;
point->transform = rut_transform_new(tool->shell);
rut_graphable_add_child(tool->tool_overlay, point->transform);
rut_object_unref(point->transform);
point->marker = rut_nine_slice_new(tool->shell, tex, 0, 0, 0, 0, 10, 10);
rut_graphable_add_child(point->transform, point->marker);
rut_object_unref(point->marker);
point->input_region =
rut_input_region_new_circle(0, 0, 5, control_point_input_cb, point);
rut_graphable_add_child(tool->tool_overlay, point->input_region);
rut_object_unref(point->input_region);
entity_state->control_points =
c_llist_prepend(entity_state->control_points, point);
cg_object_unref(tex);
}
static void
_rut_fold_free(void *object)
{
rut_fold_t *fold = object;
rut_fold_set_child(fold, NULL);
rut_object_unref(fold->fold_up_icon);
rut_object_unref(fold->fold_down_icon);
rut_graphable_destroy(fold);
rig_introspectable_destroy(fold);
rut_object_free(rut_fold_t, fold);
}
static void
on_connect(uv_connect_t *connection_request, int status)
{
rig_pb_stream_t *stream = connection_request->data;
c_return_if_fail(stream->connecting);
stream->connecting = false;
if (status < 0) {
c_warning("Failed to connect to %s:%s - %s",
stream->hostname,
stream->port,
uv_strerror(status));
rut_closure_list_invoke(&stream->on_error_closures,
rig_pb_stream_callback_t,
stream);
goto exit;
}
stream->type = STREAM_TYPE_TCP;
set_connected(stream);
exit:
/* NB: we were at least keeping the stream alive while
* waiting for the connection request to finish... */
stream->connecting = false;
rut_object_unref(stream);
}
static void
rut_headless_shell_cleanup(rut_shell_t *shell)
{
if (shell->headless_onscreen) {
rut_object_unref(shell->headless_onscreen);
shell->headless_onscreen = NULL;
}
}
static void
_rut_attribute_free(rut_object_t *object)
{
rut_attribute_t *attribute = object;
if (attribute->is_buffered)
rut_object_unref(attribute->buffered.buffer);
rut_object_free(rut_attribute_t, attribute);
}
static void
_rut_mesh_free(rut_object_t *object)
{
rut_mesh_t *mesh = object;
int i;
for (i = 0; i < mesh->n_attributes; i++)
rut_object_unref(mesh->attributes[i]);
c_slice_free1(mesh->n_attributes * sizeof(void *), mesh->attributes);
rut_object_free(rut_mesh_t, mesh);
}
static void
on_address_resolved(uv_getaddrinfo_t *resolver,
int status,
struct addrinfo *result)
{
rig_pb_stream_t *stream = rut_container_of(resolver, stream, resolver);
uv_loop_t *loop = rut_uv_shell_get_loop(stream->shell);
char ip_address[17] = {'\0'};
c_return_if_fail(stream->resolving);
if (status < 0) {
c_warning("Failed to resolve slave address \"%s\": %s",
stream->hostname, uv_strerror(status));
rut_closure_list_invoke(&stream->on_error_closures,
rig_pb_stream_callback_t,
stream);
/* NB: we were at least keeping the stream alive while
* waiting for the resolve request to finish... */
stream->resolving = false;
rut_object_unref(stream);
return;
}
uv_ip4_name((struct sockaddr_in*)result->ai_addr, ip_address, 16);
c_message("stream: Resolved address of \"%s\" = %s",
stream->hostname, ip_address);
uv_tcp_init(loop, &stream->tcp.socket);
stream->tcp.socket.data = stream;
/* NB: we took a reference to keep the stream alive while
* resolving the address, so conceptually we are now handing
* the reference over to keep the stream alive while waiting
* for it to connect... */
stream->resolving = false;
stream->connecting = true;
stream->connection_request.data = stream;
uv_tcp_connect(&stream->connection_request,
&stream->tcp.socket,
result->ai_addr,
on_connect);
uv_freeaddrinfo(result);
}
static void
entity_state_destroy(entity_state_t *entity_state)
{
c_llist_t *l;
for (l = entity_state->control_points; l; l = l->next) {
control_point_t *point = l->data;
rut_graphable_remove_child(point->input_region);
rut_graphable_remove_child(point->transform);
}
rut_object_unref(entity_state->entity);
c_slice_free(entity_state_t, entity_state);
}
static void
_rig_downsampler_reset(rig_downsampler_t *downsampler)
{
if (downsampler->dest) {
cg_object_unref(downsampler->dest);
downsampler->dest = NULL;
}
if (downsampler->fb) {
cg_object_unref(downsampler->fb);
downsampler->fb = NULL;
}
if (downsampler->camera) {
rut_object_unref(downsampler->camera);
downsampler->camera = NULL;
}
}
void
rut_mesh_set_attributes(rut_mesh_t *mesh,
rut_attribute_t **attributes,
int n_attributes)
{
rut_attribute_t **attributes_real = attributes ?
c_slice_copy(sizeof(void *) * n_attributes, attributes) : NULL;
int i;
/* NB: some of the given attributes may be the same as
* some of the current attributes so we ref before
* unrefing to avoid destroying any of them. */
for (i = 0; i < n_attributes; i++)
rut_object_ref(attributes[i]);
for (i = 0; i < mesh->n_attributes; i++)
rut_object_unref(mesh->attributes[i]);
mesh->attributes = attributes_real;
mesh->n_attributes = n_attributes;
}
rut_fold_t *
rut_fold_new(rut_shell_t *shell, const char *label)
{
rut_fold_t *fold =
rut_object_alloc0(rut_fold_t, &rut_fold_type, _rut_fold_init_type);
rut_box_layout_t *header_hbox;
rut_stack_t *left_header_stack;
rut_box_layout_t *left_header_hbox;
rut_bin_t *label_bin;
rut_bin_t *fold_icon_align;
cg_texture_t *texture;
cg_color_t black;
fold->shell = shell;
rut_graphable_init(fold);
rig_introspectable_init(fold, _rut_fold_prop_specs, fold->properties);
fold->vbox = rut_box_layout_new(shell,
RUT_BOX_LAYOUT_PACKING_TOP_TO_BOTTOM);
header_hbox = rut_box_layout_new(shell,
RUT_BOX_LAYOUT_PACKING_LEFT_TO_RIGHT);
rut_box_layout_add(fold->vbox, false, header_hbox);
rut_object_unref(header_hbox);
left_header_stack = rut_stack_new(shell, 0, 0);
rut_box_layout_add(header_hbox, true, left_header_stack);
rut_object_unref(left_header_stack);
left_header_hbox =
rut_box_layout_new(shell, RUT_BOX_LAYOUT_PACKING_LEFT_TO_RIGHT);
rut_stack_add(left_header_stack, left_header_hbox);
rut_object_unref(left_header_hbox);
fold_icon_align = rut_bin_new(shell);
rut_bin_set_x_position(fold_icon_align, RUT_BIN_POSITION_BEGIN);
rut_bin_set_y_position(fold_icon_align, RUT_BIN_POSITION_CENTER);
rut_bin_set_right_padding(fold_icon_align, 10);
rut_box_layout_add(left_header_hbox, false, fold_icon_align);
rut_object_unref(fold_icon_align);
texture = rut_load_texture_from_data_file(shell, "tri-fold-up.png", NULL);
fold->fold_up_icon = rut_nine_slice_new(shell,
texture,
0,
0,
0,
0,
cg_texture_get_width(texture),
cg_texture_get_height(texture));
cg_object_unref(texture);
texture = rut_load_texture_from_data_file(shell, "tri-fold-down.png",
NULL);
fold->fold_down_icon = rut_nine_slice_new(shell,
texture,
0,
0,
0,
0,
cg_texture_get_width(texture),
cg_texture_get_height(texture));
cg_object_unref(texture);
fold->fold_icon_shim = rut_fixed_new(shell, cg_texture_get_width(texture),
cg_texture_get_height(texture));
rut_bin_set_child(fold_icon_align, fold->fold_icon_shim);
rut_object_unref(fold->fold_icon_shim);
rut_graphable_add_child(fold->fold_icon_shim, fold->fold_down_icon);
/* NB: we keep references to the icons so they can be swapped
* without getting disposed. */
label_bin = rut_bin_new(shell);
rut_bin_set_y_position(label_bin, RUT_BIN_POSITION_CENTER);
rut_box_layout_add(left_header_hbox, false, label_bin);
rut_object_unref(label_bin);
fold->label = rut_text_new_with_text(shell, NULL, label);
rut_bin_set_child(label_bin, fold->label);
rut_object_unref(fold->label);
fold->header_hbox_right =
rut_box_layout_new(shell, RUT_BOX_LAYOUT_PACKING_RIGHT_TO_LEFT);
rut_box_layout_add(header_hbox, true, fold->header_hbox_right);
rut_object_unref(fold->header_hbox_right);
cg_color_init_from_4f(&black, 0, 0, 0, 1);
rut_fold_set_folder_color(fold, &black);
rut_fold_set_label_color(fold, &black);
rut_graphable_add_child(fold, fold->vbox);
rut_object_unref(fold->vbox);
fold->input_region =
rut_input_region_new_rectangle(0, 0, 0, 0, input_cb, fold);
rut_stack_add(left_header_stack, fold->input_region);
rut_object_unref(fold->input_region);
fold->folded = false;
return fold;
}
rut_mesh_t *
rut_mesh_copy(rut_mesh_t *mesh)
{
rut_buffer_t **buffers;
int n_buffers = 0;
rut_buffer_t **attribute_buffers;
rut_buffer_t **attribute_buffers_map;
rut_attribute_t **attributes;
rut_mesh_t *copy;
int i;
buffers = c_alloca(sizeof(void *) * mesh->n_attributes);
attribute_buffers = c_alloca(sizeof(void *) * mesh->n_attributes);
attribute_buffers_map = c_alloca(sizeof(void *) * mesh->n_attributes);
/* NB:
* attributes may refer to shared buffers so we need to first
* figure out how many unique buffers the mesh refers too...
*/
for (i = 0; i < mesh->n_attributes; i++) {
int j;
for (j = 0; i < n_buffers; j++)
if (buffers[j] == mesh->attributes[i]->buffered.buffer)
break;
if (j < n_buffers)
attribute_buffers_map[i] = attribute_buffers[j];
else {
attribute_buffers[n_buffers] =
rut_buffer_new(mesh->attributes[i]->buffered.buffer->size);
memcpy(attribute_buffers[n_buffers]->data,
mesh->attributes[i]->buffered.buffer->data,
mesh->attributes[i]->buffered.buffer->size);
attribute_buffers_map[i] = attribute_buffers[n_buffers];
buffers[n_buffers++] = mesh->attributes[i]->buffered.buffer;
}
}
attributes = c_alloca(sizeof(void *) * mesh->n_attributes);
for (i = 0; i < mesh->n_attributes; i++) {
if (mesh->attributes[i]->is_buffered) {
attributes[i] = rut_attribute_new(attribute_buffers_map[i],
mesh->attributes[i]->name,
mesh->attributes[i]->buffered.stride,
mesh->attributes[i]->buffered.offset,
mesh->attributes[i]->buffered.n_components,
mesh->attributes[i]->buffered.type);
} else {
attributes[i] = rut_attribute_new_const(mesh->attributes[i]->name,
mesh->attributes[i]->constant.n_components,
mesh->attributes[i]->constant.n_columns,
mesh->attributes[i]->constant.transpose,
mesh->attributes[i]->constant.value);
}
attributes[i]->normalized = mesh->attributes[i]->normalized;
attributes[i]->instance_stride = mesh->attributes[i]->instance_stride;
}
copy = rut_mesh_new(mesh->mode, mesh->n_vertices,
attributes, mesh->n_attributes);
for (i = 0; i < mesh->n_attributes; i++)
rut_object_unref(attributes[i]);
if (mesh->indices_buffer) {
rut_buffer_t *indices_buffer =
rut_buffer_new(mesh->indices_buffer->size);
memcpy(indices_buffer->data,
mesh->indices_buffer->data,
mesh->indices_buffer->size);
rut_mesh_set_indices(
copy, mesh->indices_type, indices_buffer, mesh->n_indices);
rut_object_unref(indices_buffer);
}
return copy;
}
