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update_notification.c
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/*
* copyright (c) 2018-2022 Thomas Paillet <[email protected]>
* This file is part of RCP-Virtuels.
* RCP-Virtuels 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 3 of the License, or
* (at your option) any later version.
* RCP-Virtuels 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 RCP-Virtuels. If not, see <https://www.gnu.org/licenses/>.
*/
#include "version.h"
#include "rcp.h"
#include "update_notification.h"
#include "protocol.h"
#include "misc.h"
#include "update_ihm.h"
#include "error.h"
#include "ND_filter.h"
#include "gain.h"
#include "gamma.h"
#include "color_temperature.h"
#include "cameras_set.h"
#include "settings.h"
#include "sw_p_08.h"
#include "physical_rcp.h"
#include <unistd.h>
SOCKET update_notification_socket;
struct sockaddr_in update_notification_address;
gboolean update_notification_started = FALSE;
GThread *update_notification_thread;
#define UPDATE_NOTIFICATION_BEGIN \
g_mutex_lock (&cameras_sets_mutex); \
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) { \
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) { \
rcp = cameras_set_itr->rcp_ptr_array[i]; \
\
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) { \
g_mutex_lock (&rcp->cmd_mutex); \
if (rcp->last_ctrl_cmd_len == 0) memcmp_rcp_last_ctrl_cmd = 1; \
else memcmp_rcp_last_ctrl_cmd = memcmp (buffer + 30, rcp->last_ctrl_cmd, rcp->last_ctrl_cmd_len); \
\
if (memcmp_rcp_last_ctrl_cmd == 0) { \
rcp->last_ctrl_cmd[0] = '\0'; \
rcp->last_ctrl_cmd_len = 0; \
g_mutex_unlock (&rcp->cmd_mutex); \
} else { \
g_mutex_unlock (&rcp->cmd_mutex);
#define UPDATE_NOTIFICATION_BEGIN_SCALE(s) \
g_mutex_lock (&cameras_sets_mutex); \
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) { \
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) { \
rcp = cameras_set_itr->rcp_ptr_array[i]; \
\
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) { \
g_mutex_lock (&rcp->cmd_mutex); \
if (rcp->last_ctrl_cmd_len == 0) memcmp_rcp_last_ctrl_cmd = 1; \
else memcmp_rcp_last_ctrl_cmd = memcmp (buffer + 30, rcp->last_ctrl_cmd, rcp->last_ctrl_cmd_len); \
\
if (memcmp_rcp_last_ctrl_cmd == 0) { \
rcp->last_ctrl_cmd[0] = '\0'; \
rcp->last_ctrl_cmd_len = 0; \
g_mutex_unlock (&rcp->cmd_mutex); \
} else if (memcmp (buffer + 30, rcp->last_ctrl_cmd, s) == 0) { \
g_mutex_unlock (&rcp->cmd_mutex); \
} else { \
g_mutex_unlock (&rcp->cmd_mutex);
#define UPDATE_NOTIFICATION_END \
} \
\
break; \
} \
} \
} \
g_mutex_unlock (&cameras_sets_mutex);
#define PHYSICAL_RCP_AND_UPDATE_NOTIFICATION_END(p) \
if ((rcp == rcp_vision) && physical_rcp.connected) { \
g_mutex_lock (&physical_rcp.mutex); \
\
physical_rcp.p = rcp->current_scene.p; \
\
physical_rcp.socket_for_update_notification = socket (AF_INET, SOCK_STREAM, IPPROTO_TCP); \
\
if (connect (physical_rcp.socket_for_update_notification, (struct sockaddr *)&physical_rcp.address_for_update_notification, sizeof (struct sockaddr_in)) == 0) { \
send (physical_rcp.socket_for_update_notification, buffer, buffer_len, 0); \
} else physical_rcp.connected = FALSE; \
\
closesocket (physical_rcp.socket_for_update_notification); \
\
g_mutex_unlock (&physical_rcp.mutex); \
} \
} \
\
break; \
} \
} \
} \
g_mutex_unlock (&cameras_sets_mutex);
#define PHYSICAL_RCP_R_GAIN_UE_150_AND_UPDATE_NOTIFICATION_END \
if ((rcp == rcp_vision) && physical_rcp.connected) { \
g_mutex_lock (&physical_rcp.mutex); \
\
physical_rcp.r_gain = (rcp->current_scene.r_gain - 0x738) * 0.75; \
\
physical_rcp.socket_for_update_notification = socket (AF_INET, SOCK_STREAM, IPPROTO_TCP); \
\
if (connect (physical_rcp.socket_for_update_notification, (struct sockaddr *)&physical_rcp.address_for_update_notification, sizeof (struct sockaddr_in)) == 0) { \
send_r_gain_update_notification (); \
} else physical_rcp.connected = FALSE; \
\
closesocket (physical_rcp.socket_for_update_notification); \
\
g_mutex_unlock (&physical_rcp.mutex); \
} \
} \
\
break; \
} \
} \
} \
g_mutex_unlock (&cameras_sets_mutex);
#define PHYSICAL_RCP_B_GAIN_UE_150_AND_UPDATE_NOTIFICATION_END \
if ((rcp == rcp_vision) && physical_rcp.connected) { \
g_mutex_lock (&physical_rcp.mutex); \
\
physical_rcp.b_gain = (rcp->current_scene.b_gain - 0x738) * 0.75; \
\
physical_rcp.socket_for_update_notification = socket (AF_INET, SOCK_STREAM, IPPROTO_TCP); \
\
if (connect (physical_rcp.socket_for_update_notification, (struct sockaddr *)&physical_rcp.address_for_update_notification, sizeof (struct sockaddr_in)) == 0) { \
send_b_gain_update_notification (); \
} else physical_rcp.connected = FALSE; \
\
closesocket (physical_rcp.socket_for_update_notification); \
\
g_mutex_unlock (&physical_rcp.mutex); \
} \
} \
\
break; \
} \
} \
} \
g_mutex_unlock (&cameras_sets_mutex);
#define PHYSICAL_RCP_SHUTTER_UE_150_AND_UPDATE_NOTIFICATION_END \
if ((rcp == rcp_vision) && physical_rcp.connected) { \
g_mutex_lock (&physical_rcp.mutex); \
\
physical_rcp.shutter_type = rcp->current_scene.shutter_type; \
if (rcp->current_scene.shutter_step == 60) physical_rcp.shutter_step = 0; \
else if (rcp->current_scene.shutter_step == 100) physical_rcp.shutter_step = 0; \
else if (rcp->current_scene.shutter_step == 120) physical_rcp.shutter_step = 1; \
else if (rcp->current_scene.shutter_step == 250) physical_rcp.shutter_step = 2; \
else if (rcp->current_scene.shutter_step == 500) physical_rcp.shutter_step = 3; \
else if (rcp->current_scene.shutter_step == 1000) physical_rcp.shutter_step = 4; \
else if (rcp->current_scene.shutter_step == 2000) physical_rcp.shutter_step = 5; \
else if (rcp->current_scene.shutter_step == 4000) physical_rcp.shutter_step = 6; \
else if (rcp->current_scene.shutter_step == 8000) physical_rcp.shutter_step = 6; \
else if (rcp->current_scene.shutter_step == 10000) physical_rcp.shutter_step = 7; \
else if (rcp->current_scene.shutter_step == 24) physical_rcp.shutter_step = 8; \
else if (rcp->current_scene.shutter_step == 25) physical_rcp.shutter_step = 8; \
else if (rcp->current_scene.shutter_step == 30) physical_rcp.shutter_step = 8; \
else physical_rcp.shutter_step = 0; \
\
physical_rcp.socket_for_update_notification = socket (AF_INET, SOCK_STREAM, IPPROTO_TCP); \
\
if (connect (physical_rcp.socket_for_update_notification, (struct sockaddr *)&physical_rcp.address_for_update_notification, sizeof (struct sockaddr_in)) == 0) { \
send_shutter_update_notification (); \
} else physical_rcp.connected = FALSE; \
\
closesocket (physical_rcp.socket_for_update_notification); \
\
g_mutex_unlock (&physical_rcp.mutex); \
} \
} \
\
break; \
} \
} \
} \
g_mutex_unlock (&cameras_sets_mutex);
#define IHM_UPDATE_TOGGLE_BUTTON(l,p) \
int_widget = g_malloc (sizeof (int_widget_t)); \
int_widget->widget = rcp->l##_toggle_button; \
int_widget->handler_id = rcp->l##_handler_id; \
int_widget->value = &rcp->current_scene.l; \
int_widget->post_action = p; \
int_widget->rcp = rcp; \
g_idle_add ((GSourceFunc)update_toggle_button, int_widget);
#define IHM_UPDATE_TOGGLE_BUTTON_2(l,p) \
int_widget = g_malloc (sizeof (int_widget_t)); \
int_widget->widget = rcp->l##_toggle_button; \
int_widget->handler_id = rcp->l##_handler_id; \
int_widget->value = &rcp->l; \
int_widget->post_action = p; \
int_widget->rcp = rcp; \
g_idle_add ((GSourceFunc)update_toggle_button, int_widget);
#define IHM_UPDATE_COMBO_BOX(l,p) \
int_widget = g_malloc (sizeof (int_widget_t)); \
int_widget->widget = rcp->l##_combo_box; \
int_widget->handler_id = rcp->l##_handler_id; \
int_widget->value = &rcp->current_scene.l; \
int_widget->post_action = p; \
int_widget->rcp = rcp; \
g_idle_add ((GSourceFunc)update_combo_box, int_widget);
#define IHM_UPDATE_SCALE(l,p) \
int_widget = g_malloc (sizeof (int_widget_t)); \
int_widget->widget = rcp->l##_scale; \
int_widget->handler_id = rcp->l##_handler_id; \
int_widget->value = &rcp->current_scene.l; \
int_widget->post_action = p; \
int_widget->rcp = rcp; \
g_idle_add ((GSourceFunc)update_scale, int_widget);
#define IHM_UPDATE_LINEAR_MATRIX_SCALE(l,p) \
{ \
if (buffer[37] <= '9') data = ((int)(buffer[37] - '0')) << 4; \
else data = ((int)(buffer[37] - '7')) << 4; \
if (buffer[38] <= '9') data += buffer[38] - '0'; \
else data += buffer[38] - '7'; \
\
UPDATE_NOTIFICATION_BEGIN_SCALE(7) \
\
rcp->current_scene.linear_matrix.l = data; \
\
int_widget = g_malloc (sizeof (int_widget_t)); \
int_widget->widget = rcp->linear_matrix_##l##_scale; \
int_widget->handler_id = rcp->linear_matrix_##l##_handler_id; \
int_widget->value = &rcp->current_scene.linear_matrix.l; \
int_widget->post_action = p; \
int_widget->rcp = rcp; \
g_idle_add ((GSourceFunc)update_scale, int_widget); \
\
UPDATE_NOTIFICATION_END \
}
#define IHM_UPDATE_CC_SATURATION(l) \
{ \
if (buffer[37] <= '9') data = ((int)(buffer[37] - '0')) << 4; \
else data = ((int)(buffer[37] - '7')) << 4; \
if (buffer[38] <= '9') data += buffer[38] - '0' - 0x80; \
else data += buffer[38] - '7' - 0x80; \
\
UPDATE_NOTIFICATION_BEGIN_SCALE(7) \
\
rcp->current_scene.cc_saturation[l] = data; \
\
int_widget = g_malloc (sizeof (int_widget_t)); \
int_widget->post_action = l; \
int_widget->rcp = rcp; \
g_idle_add ((GSourceFunc)update_saturation_color_correction_frame, int_widget); \
\
UPDATE_NOTIFICATION_END \
}
#define IHM_UPDATE_CC_PHASE(l) \
{ \
if (buffer[37] <= '9') data = ((int)(buffer[37] - '0')) << 4; \
else data = ((int)(buffer[37] - '7')) << 4; \
if (buffer[38] <= '9') data += buffer[38] - '0' - 0x80; \
else data += buffer[38] - '7' - 0x80; \
\
UPDATE_NOTIFICATION_BEGIN_SCALE(7) \
\
rcp->current_scene.cc_phase[l] = data; \
\
int_widget = g_malloc (sizeof (int_widget_t)); \
int_widget->post_action = l; \
int_widget->rcp = rcp; \
g_idle_add ((GSourceFunc)update_phase_color_correction_frame, int_widget); \
\
UPDATE_NOTIFICATION_END \
}
gboolean ABB_rcp_work_end (rcp_t *rcp)
{
if (rcp->root_widget == NULL) {
g_mutex_clear (&rcp->cmd_mutex);
g_free (rcp);
return G_SOURCE_REMOVE;
}
deselect_scene (rcp);
gtk_widget_set_sensitive (rcp->on_standby_switch, TRUE);
gtk_widget_set_sensitive (rcp->standard_button, TRUE);
gtk_widget_set_sensitive (rcp->mire_toggle_button, TRUE);
gtk_widget_set_sensitive (rcp->day_night_toggle_button, TRUE);
gtk_widget_set_sensitive (rcp->sensitive_widgets, TRUE);
gtk_spinner_stop (GTK_SPINNER (rcp->spinner));
gtk_widget_hide (rcp->spinner);
rcp->camera_is_working = FALSE;
return G_SOURCE_REMOVE;
}
gpointer ask_outputs_format_AW_UE150 (rcp_t *rcp)
{
char response[8];
#ifdef MAIN_SETTINGS_READ_ONLY
int i;
send_cam_request_command_string (rcp, settings_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150].query_cmd, response);
for (i = 0; i < settings_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150].nb_parameters; i++) {
if ((response[0] == settings_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150].answers[i][0]) && \
(response[1] == settings_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150].answers[i][1])) {
settings_parameters_indexes_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150] = i;
g_idle_add ((GSourceFunc)update_settings_array_AW_UE150_combo_box_text, GINT_TO_POINTER (SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150));
break;
}
}
send_cam_request_command_string (rcp, settings_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150].query_cmd, response);
for (i = 0; i < settings_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150].nb_parameters; i++) {
if ((response[0] == settings_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150].answers[i][0]) && \
(response[1] == settings_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150].answers[i][1])) {
settings_parameters_indexes_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150] = i;
g_idle_add ((GSourceFunc)update_settings_array_AW_UE150_combo_box_text, GINT_TO_POINTER (SDI_3G_FORMAT_INDEX_AW_UE150));
break;
}
}
send_cam_request_command_string (rcp, settings_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150].query_cmd, response);
for (i = 0; i < settings_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150].nb_parameters; i++) {
if ((response[0] == settings_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150].answers[i][0]) && \
(response[1] == settings_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150].answers[i][1])) {
settings_parameters_indexes_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150] = i;
g_idle_add ((GSourceFunc)update_settings_array_AW_UE150_combo_box_text, GINT_TO_POINTER (MONI_FORMAT_INDEX_AW_UE150));
break;
}
}
send_cam_request_command_string (rcp, settings_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150].query_cmd, response);
for (i = 0; i < settings_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150].nb_parameters; i++) {
if ((response[0] == settings_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150].answers[i][0]) && \
(response[1] == settings_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150].answers[i][1])) {
settings_parameters_indexes_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150] = i;
g_idle_add ((GSourceFunc)update_settings_array_AW_UE150_combo_box_text, GINT_TO_POINTER (HDMI_FORMAT_INDEX_AW_UE150));
break;
}
}
#else
send_cam_request_command_string (rcp, settings_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150].query_cmd, response);
if ((response[0] != settings_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150].answers[settings_parameters_indexes_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150]][0]) || \
(response[1] != settings_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150].answers[settings_parameters_indexes_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150]][1]))
send_cam_control_command_string (rcp, settings_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150].control_cmd, settings_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150].parameters[settings_parameters_indexes_array_AW_UE150[SDI_12G_OPTICAL_FORMAT_INDEX_AW_UE150]].value);
send_cam_request_command_string (rcp, settings_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150].query_cmd, response);
if ((response[0] != settings_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150].answers[settings_parameters_indexes_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150]][0]) || \
(response[1] != settings_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150].answers[settings_parameters_indexes_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150]][1]))
send_cam_control_command_string (rcp, settings_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150].control_cmd, settings_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150].parameters[settings_parameters_indexes_array_AW_UE150[SDI_3G_FORMAT_INDEX_AW_UE150]].value);
send_cam_request_command_string (rcp, settings_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150].query_cmd, response);
if ((response[0] != settings_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150].answers[settings_parameters_indexes_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150]][0]) || \
(response[1] != settings_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150].answers[settings_parameters_indexes_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150]][1]))
send_cam_control_command_string (rcp, settings_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150].control_cmd, settings_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150].parameters[settings_parameters_indexes_array_AW_UE150[MONI_FORMAT_INDEX_AW_UE150]].value);
send_cam_request_command_string (rcp, settings_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150].query_cmd, response);
if ((response[0] != settings_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150].answers[settings_parameters_indexes_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150]][0]) || \
(response[1] != settings_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150].answers[settings_parameters_indexes_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150]][1]))
send_cam_control_command_string (rcp, settings_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150].control_cmd, settings_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150].parameters[settings_parameters_indexes_array_AW_UE150[HDMI_FORMAT_INDEX_AW_UE150]].value);
#endif
return NULL;
}
gpointer ask_format (rcp_t *rcp)
{
char response[8];
#ifdef MAIN_SETTINGS_READ_ONLY
int i;
#endif
usleep (45000000);
send_update_start_cmd (rcp);
send_ptz_control_command (rcp, "#LPC1");
#ifdef MAIN_SETTINGS_READ_ONLY
if (rcp->model == AW_UE150) {
send_cam_request_command_string (rcp, settings_array_AW_UE150[FORMAT_INDEX_AW_UE150].query_cmd, response);
for (i = 0; i < settings_array_AW_UE150[FORMAT_INDEX_AW_UE150].nb_parameters; i++) {
if ((response[0] == settings_array_AW_UE150[FORMAT_INDEX_AW_UE150].answers[i][0]) && \
(response[1] == settings_array_AW_UE150[FORMAT_INDEX_AW_UE150].answers[i][1])) {
settings_parameters_indexes_array_AW_UE150[FORMAT_INDEX_AW_UE150] = i;
update_outputs_parameters_AW_UE150 ();
g_idle_add ((GSourceFunc)update_settings_array_AW_UE150_combo_box_text, GINT_TO_POINTER (FORMAT_INDEX_AW_UE150));
ask_outputs_format_AW_UE150 (rcp);
break;
}
}
} else {
send_cam_request_command_string (rcp, settings_array_AW_HE130[FORMAT_INDEX_AW_HE130].query_cmd, response);
for (i = 0; i < settings_array_AW_HE130[FORMAT_INDEX_AW_HE130].nb_parameters; i++) {
if ((response[0] == settings_array_AW_HE130[FORMAT_INDEX_AW_HE130].answers[i][0]) && \
(response[1] == settings_array_AW_HE130[FORMAT_INDEX_AW_HE130].answers[i][1])) {
settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130] = i;
if (settings_parameters_indexes_array_AW_HE130[FREQUENCY_INDEX_AW_HE130] == 1) {
if ((settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130] == 0) || (settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130] == 3)) output_fps_AW_HE130 = fps_50p;
else if ((settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130] == 2) || (settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130] == 5)) output_fps_AW_HE130 = fps_25p;
} else {
if ((settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130] == 0) || (settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130] == 4)) output_fps_AW_HE130 = fps_59_94p;
else if ((settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130] == 2) || (settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130] == 6)) output_fps_AW_HE130 = fps_29_97p;
else if ((settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130] == 3) || (settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130] == 7)) output_fps_AW_HE130 = fps_23_98p;
else output_fps_AW_HE130 = fps_59_94i;
}
g_idle_add ((GSourceFunc)update_settings_array_AW_HE130_combo_box_text, GINT_TO_POINTER (FORMAT_INDEX_AW_HE130));
break;
}
}
}
#else
if (rcp->model == AW_UE150) {
send_cam_request_command_string (rcp, settings_array_AW_UE150[FORMAT_INDEX_AW_UE150].query_cmd, response);
if ((response[0] != settings_array_AW_UE150[FORMAT_INDEX_AW_UE150].answers[settings_parameters_indexes_array_AW_UE150[FORMAT_INDEX_AW_UE150]][0]) || \
(response[1] != settings_array_AW_UE150[FORMAT_INDEX_AW_UE150].answers[settings_parameters_indexes_array_AW_UE150[FORMAT_INDEX_AW_UE150]][1]))
send_cam_control_command_string (rcp, settings_array_AW_UE150[FORMAT_INDEX_AW_UE150].control_cmd, settings_array_AW_UE150[FORMAT_INDEX_AW_UE150].parameters[settings_parameters_indexes_array_AW_UE150[FORMAT_INDEX_AW_UE150]].value);
} else {
send_cam_request_command_string (rcp, settings_array_AW_HE130[FORMAT_INDEX_AW_HE130].query_cmd, response);
if ((response[0] != settings_array_AW_HE130[FORMAT_INDEX_AW_HE130].answers[settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130]][0]) || \
(response[1] != settings_array_AW_HE130[FORMAT_INDEX_AW_HE130].answers[settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130]][1]))
send_cam_control_command_string (rcp, settings_array_AW_HE130[FORMAT_INDEX_AW_HE130].control_cmd, settings_array_AW_HE130[FORMAT_INDEX_AW_HE130].parameters[settings_parameters_indexes_array_AW_HE130[FORMAT_INDEX_AW_HE130]].value);
}
#endif
return NULL;
}
gpointer start_rcp_delayed (rcp_t *rcp)
{
usleep (2000000);
start_rcp (rcp);
return NULL;
}
gpointer receive_update_notification (gpointer nothing)
{
socklen_t addrlen;
SOCKET src_socket;
struct sockaddr_in src_addr;
char buffer[556];
int buffer_len;
cameras_set_t *cameras_set_itr;
int i;
rcp_t *rcp;
GSList *gslist_itr;
rcp_t *other_rcp;
int memcmp_rcp_last_ctrl_cmd;
int data;
int_widget_t *int_widget;
time_t current_time;
#ifdef MAIN_SETTINGS_READ_ONLY
int response;
#endif
while (update_notification_started) {
addrlen = sizeof (struct sockaddr_in);
src_socket = accept (update_notification_socket, (struct sockaddr *)&src_addr, &addrlen);
if (src_socket == INVALID_SOCKET) break;
buffer_len = recv (src_socket, buffer, 556, 0);
closesocket (src_socket);
time (¤t_time);
if (buffer[30] == 'd') {
if (buffer[31] == '1') { //d1 //Auto focus
g_mutex_lock (&cameras_sets_mutex);
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) {
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) {
rcp = cameras_set_itr->rcp_ptr_array[i];
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) {
if (buffer[32] == '1') rcp->auto_focus = TRUE;
else rcp->auto_focus = FALSE;
if ((rcp == rcp_vision) && physical_rcp.connected) {
g_mutex_lock (&physical_rcp.mutex);
physical_rcp.auto_focus = rcp->auto_focus;
physical_rcp.socket_for_update_notification = socket (AF_INET, SOCK_STREAM, IPPROTO_TCP);
if (connect (physical_rcp.socket_for_update_notification, (struct sockaddr *)&physical_rcp.address_for_update_notification, sizeof (struct sockaddr_in)) == 0) {
send (physical_rcp.socket_for_update_notification, buffer, buffer_len, 0);
} else physical_rcp.connected = FALSE;
closesocket (physical_rcp.socket_for_update_notification);
g_mutex_unlock (&physical_rcp.mutex);
}
break;
}
}
}
g_mutex_unlock (&cameras_sets_mutex);
} else if (buffer[31] == '6') { //d6 //Option switch Day/Night
g_mutex_lock (&cameras_sets_mutex);
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) {
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) {
rcp = cameras_set_itr->rcp_ptr_array[i];
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) {
if ((buffer[32] == '1') && (rcp->day_night == FALSE)) {
rcp->day_night = TRUE;
IHM_UPDATE_TOGGLE_BUTTON_2(day_night,NIGHT_POST_ACTION)
} else if ((buffer[32] == '0') && (rcp->day_night == TRUE)) {
rcp->day_night = FALSE;
IHM_UPDATE_TOGGLE_BUTTON_2(day_night,NIGHT_POST_ACTION)
}
break;
}
}
}
g_mutex_unlock (&cameras_sets_mutex);
}
} else if ((buffer[30] == 'D') && (buffer[31] == 'C')) {
if ((buffer[32] == 'B') && (buffer[33] == ':')) { //DCB: //Color bar/Camera
g_mutex_lock (&cameras_sets_mutex);
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) {
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) {
rcp = cameras_set_itr->rcp_ptr_array[i];
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) {
if ((buffer[34] == '1') && (rcp->mire == FALSE)) {
rcp->mire = TRUE;
IHM_UPDATE_TOGGLE_BUTTON_2(mire,NO_POST_ACTION)
} else if ((buffer[34] == '0') && (rcp->mire == TRUE)) {
rcp->mire = FALSE;
IHM_UPDATE_TOGGLE_BUTTON_2(mire,NO_POST_ACTION)
}
if ((rcp == rcp_vision) && physical_rcp.connected) {
g_mutex_lock (&physical_rcp.mutex);
physical_rcp.mire = rcp->mire;
physical_rcp.socket_for_update_notification = socket (AF_INET, SOCK_STREAM, IPPROTO_TCP);
if (connect (physical_rcp.socket_for_update_notification, (struct sockaddr *)&physical_rcp.address_for_update_notification, sizeof (struct sockaddr_in)) == 0) {
send (physical_rcp.socket_for_update_notification, buffer, buffer_len, 0);
} else physical_rcp.connected = FALSE;
closesocket (physical_rcp.socket_for_update_notification);
g_mutex_unlock (&physical_rcp.mutex);
}
break;
}
}
}
g_mutex_unlock (&cameras_sets_mutex);
} else if ((buffer[32] == 'S') && (buffer[33] == ':')) { //DCS: //Color bar setup level (Only enabled for AW_HE130)
#ifdef MAIN_SETTINGS_READ_ONLY
for (i = 0; i < settings_array_AW_HE130[COLOR_BAR_SETUP_LEVEL_INDEX_AW_HE130].nb_parameters; i++) {
if (buffer[34] == settings_array_AW_HE130[COLOR_BAR_SETUP_LEVEL_INDEX_AW_HE130].answers[i][0]) {
settings_parameters_indexes_array_AW_HE130[COLOR_BAR_SETUP_LEVEL_INDEX_AW_HE130] = i;
g_idle_add ((GSourceFunc)update_settings_array_AW_HE130_combo_box_text, GINT_TO_POINTER (COLOR_BAR_SETUP_LEVEL_INDEX_AW_HE130));
break;
}
}
#else
g_mutex_lock (&cameras_sets_mutex);
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) {
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) {
rcp = cameras_set_itr->rcp_ptr_array[i];
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) {
if (buffer[34] != settings_array_AW_HE130[COLOR_BAR_SETUP_LEVEL_INDEX_AW_HE130].answers[settings_parameters_indexes_array_AW_HE130[COLOR_BAR_SETUP_LEVEL_INDEX_AW_HE130]][0])
send_cam_control_command_string (rcp, settings_array_AW_HE130[COLOR_BAR_SETUP_LEVEL_INDEX_AW_HE130].control_cmd, settings_array_AW_HE130[COLOR_BAR_SETUP_LEVEL_INDEX_AW_HE130].parameters[settings_parameters_indexes_array_AW_HE130[COLOR_BAR_SETUP_LEVEL_INDEX_AW_HE130]].value);
break;
}
}
if (i < cameras_set_itr->number_of_cameras) break;
}
g_mutex_unlock (&cameras_sets_mutex);
#endif
}
} else if ((buffer[30] == 'E') && (buffer[31] == 'R')) {
if ((buffer[32] == '2') && (buffer[33] == ':') && (buffer[34] == 'O') && (buffer[35] == 'A') && (buffer[36] == 'S')) { //ER2:OAS //ABB execution failed (busy status)
g_mutex_lock (&cameras_sets_mutex);
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) {
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) {
rcp = cameras_set_itr->rcp_ptr_array[i];
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) {
g_idle_add ((GSourceFunc)ABB_execution_failed_busy_status, rcp);
g_idle_add ((GSourceFunc)ABB_rcp_work_end, rcp);
if ((rcp == rcp_vision) && physical_rcp.connected) {
g_mutex_lock (&physical_rcp.mutex);
physical_rcp.socket_for_update_notification = socket (AF_INET, SOCK_STREAM, IPPROTO_TCP);
if (connect (physical_rcp.socket_for_update_notification, (struct sockaddr *)&physical_rcp.address_for_update_notification, sizeof (struct sockaddr_in)) == 0) {
send (physical_rcp.socket_for_update_notification, buffer, buffer_len, 0);
} else physical_rcp.connected = FALSE;
closesocket (physical_rcp.socket_for_update_notification);
g_mutex_unlock (&physical_rcp.mutex);
}
break;
}
}
}
g_mutex_unlock (&cameras_sets_mutex);
} else if ((buffer[32] == '3') && (buffer[33] == ':') && (buffer[34] == 'O') && (buffer[35] == 'A') && (buffer[36] == 'S')) { //ER3:OAS //ABB execution failed
g_mutex_lock (&cameras_sets_mutex);
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) {
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) {
rcp = cameras_set_itr->rcp_ptr_array[i];
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) {
g_idle_add ((GSourceFunc)ABB_execution_failed, rcp);
g_idle_add ((GSourceFunc)ABB_rcp_work_end, rcp);
if ((rcp == rcp_vision) && physical_rcp.connected) {
g_mutex_lock (&physical_rcp.mutex);
physical_rcp.socket_for_update_notification = socket (AF_INET, SOCK_STREAM, IPPROTO_TCP);
if (connect (physical_rcp.socket_for_update_notification, (struct sockaddr *)&physical_rcp.address_for_update_notification, sizeof (struct sockaddr_in)) == 0) {
send (physical_rcp.socket_for_update_notification, buffer, buffer_len, 0);
} else physical_rcp.connected = FALSE;
closesocket (physical_rcp.socket_for_update_notification);
g_mutex_unlock (&physical_rcp.mutex);
}
break;
}
}
}
g_mutex_unlock (&cameras_sets_mutex);
}
} else if (buffer[30] == 'l') {
if ((buffer[31] == 'M') && (buffer[32] == 'P')) { //lMP //Status Lamp
#ifdef MAIN_SETTINGS_READ_ONLY
status_lamp = buffer[33] - 48;
g_idle_add ((GSourceFunc)update_status_lamp_combo_box_text, NULL);
#else
g_mutex_lock (&cameras_sets_mutex);
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) {
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) {
rcp = cameras_set_itr->rcp_ptr_array[i];
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) {
if ((buffer[33] - 48) != status_lamp) {
if (status_lamp == 1) send_ptz_control_command (rcp, "#LMP1");
else send_ptz_control_command (rcp, "#LMP0");
}
break;
}
}
if (i < cameras_set_itr->number_of_cameras) break;
}
g_mutex_unlock (&cameras_sets_mutex);
#endif
} else if ((buffer[31] == 'P') && (buffer[32] == 'I')) { //lPI //Lens information
if (buffer[39] <= '9') data = ((int)(buffer[39] - '0')) << 8;
else data = ((int)(buffer[39] - '7')) << 8;
if (buffer[40] <= '9') data += ((int)(buffer[40] - '0')) << 4;
else data += ((int)(buffer[40] - '7')) << 4;
if (buffer[41] <= '9') data += buffer[41] - '0';
else data += buffer[41] - '7';
g_mutex_lock (&cameras_sets_mutex);
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) {
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) {
rcp = cameras_set_itr->rcp_ptr_array[i];
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) {
g_mutex_lock (&rcp->cmd_mutex);
if ((rcp->last_ctrl_cmd_len != 0) && ((rcp->last_ctrl_cmd[0] == '#') && (rcp->last_ctrl_cmd[1] == 'A') && (rcp->last_ctrl_cmd[2] == 'X') && (rcp->last_ctrl_cmd[3] == 'I'))) {
if (data == rcp->current_scene.iris) {
rcp->last_ctrl_cmd[0] = '\0';
rcp->last_ctrl_cmd_len = 0;
}
g_mutex_unlock (&rcp->cmd_mutex);
} else {
g_mutex_unlock (&rcp->cmd_mutex);
rcp->current_scene.iris = data;
IHM_UPDATE_SCALE(iris,NO_POST_ACTION)
}
break;
}
}
}
g_mutex_unlock (&cameras_sets_mutex);
}
} else if (buffer[30] == 'O') {
if (buffer[31] == 'A') {
if ((buffer[32] == 'F') && (buffer[33] == ':')) { //OAF //Focus Auto/Manual
g_mutex_lock (&cameras_sets_mutex);
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) {
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) {
rcp = cameras_set_itr->rcp_ptr_array[i];
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) {
if (buffer[34] == '1') rcp->auto_focus = TRUE;
else rcp->auto_focus = FALSE;
if ((rcp == rcp_vision) && physical_rcp.connected) {
g_mutex_lock (&physical_rcp.mutex);
physical_rcp.auto_focus = rcp->auto_focus;
physical_rcp.socket_for_update_notification = socket (AF_INET, SOCK_STREAM, IPPROTO_TCP);
if (connect (physical_rcp.socket_for_update_notification, (struct sockaddr *)&physical_rcp.address_for_update_notification, sizeof (struct sockaddr_in)) == 0) {
send (physical_rcp.socket_for_update_notification, buffer, buffer_len, 0);
} else physical_rcp.connected = FALSE;
closesocket (physical_rcp.socket_for_update_notification);
g_mutex_unlock (&physical_rcp.mutex);
}
break;
}
}
}
g_mutex_unlock (&cameras_sets_mutex);
} else if (buffer[32] == 'S') { //OAS //ABB execution successful
g_mutex_lock (&cameras_sets_mutex);
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) {
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) {
rcp = cameras_set_itr->rcp_ptr_array[i];
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) {
g_idle_add ((GSourceFunc)ABB_rcp_work_end, rcp);
if ((rcp == rcp_vision) && physical_rcp.connected) {
g_mutex_lock (&physical_rcp.mutex);
physical_rcp.ABB = FALSE;
physical_rcp.socket_for_update_notification = socket (AF_INET, SOCK_STREAM, IPPROTO_TCP);
if (connect (physical_rcp.socket_for_update_notification, (struct sockaddr *)&physical_rcp.address_for_update_notification, sizeof (struct sockaddr_in)) == 0) {
send (physical_rcp.socket_for_update_notification, buffer, buffer_len, 0);
} else physical_rcp.connected = FALSE;
closesocket (physical_rcp.socket_for_update_notification);
g_mutex_unlock (&physical_rcp.mutex);
}
break;
}
}
}
g_mutex_unlock (&cameras_sets_mutex);
} else if ((buffer[32] == 'W') && (buffer[33] == ':')) { //OAW: //White Balance Mode
#ifdef MAIN_SETTINGS_READ_ONLY
for (i = 0; i < settings_array[WHITE_BALANCE_MODE_INDEX].nb_parameters; i++) {
if (buffer[34] == settings_array[WHITE_BALANCE_MODE_INDEX].answers[i][0]) {
settings_parameters_indexes_array[WHITE_BALANCE_MODE_INDEX] = i;
g_idle_add ((GSourceFunc)update_settings_array_combo_box_text, GINT_TO_POINTER (WHITE_BALANCE_MODE_INDEX));
break;
}
}
#else
g_mutex_lock (&cameras_sets_mutex);
for (cameras_set_itr = cameras_sets; cameras_set_itr != NULL; cameras_set_itr = cameras_set_itr->next) {
for (i = 0; i < cameras_set_itr->number_of_cameras; i++) {
rcp = cameras_set_itr->rcp_ptr_array[i];
if (rcp->address.sin_addr.s_addr == src_addr.sin_addr.s_addr) {
if (buffer[34] != settings_array[WHITE_BALANCE_MODE_INDEX].answers[settings_parameters_indexes_array[WHITE_BALANCE_MODE_INDEX]][0])
send_cam_control_command_string (rcp, settings_array[WHITE_BALANCE_MODE_INDEX].control_cmd, settings_array[WHITE_BALANCE_MODE_INDEX].parameters[settings_parameters_indexes_array[WHITE_BALANCE_MODE_INDEX]].value);
break;
}
}
if (i < cameras_set_itr->number_of_cameras) break;
}
g_mutex_unlock (&cameras_sets_mutex);
#endif
}
} else if (buffer[31] == 'B') {
if ((buffer[32] == 'I') && (buffer[33] == ':')) { //OBI: //B gain
if (buffer[34] <= '9') data = ((int)(buffer[34] - '0')) << 8;
else data = ((int)(buffer[34] - '7')) << 8;
if (buffer[35] <= '9') data += ((int)(buffer[35] - '0')) << 4;
else data += ((int)(buffer[35] - '7')) << 4;
if (buffer[36] <= '9') data += buffer[36] - '0';
else data += buffer[36] - '7';
UPDATE_NOTIFICATION_BEGIN_SCALE(4)
rcp->current_scene.b_gain = data;
IHM_UPDATE_SCALE(b_gain,NO_POST_ACTION)
PHYSICAL_RCP_AND_UPDATE_NOTIFICATION_END(b_gain)
} else if ((buffer[32] == 'P') && (buffer[33] == ':')) { //OPB: //B pedestal
if (buffer[34] <= '9') data = ((int)(buffer[34] - '0')) << 8;
else data = ((int)(buffer[34] - '7')) << 8;
if (buffer[35] <= '9') data += ((int)(buffer[35] - '0')) << 4;
else data += ((int)(buffer[35] - '7')) << 4;
if (buffer[36] <= '9') data += buffer[36] - '0';
else data += buffer[36] - '7';
UPDATE_NOTIFICATION_BEGIN_SCALE(4)
rcp->current_scene.b_pedestal = data;
IHM_UPDATE_SCALE(b_pedestal,NO_POST_ACTION)
PHYSICAL_RCP_AND_UPDATE_NOTIFICATION_END(b_pedestal)
}
} else if ((buffer[31] == 'D') && (buffer[32] == 'T') && (buffer[33] == ':')) { //ODT: //Detail
UPDATE_NOTIFICATION_BEGIN
if (buffer[34] == '0') rcp->current_scene.detail = FALSE;
else rcp->current_scene.detail = TRUE;
IHM_UPDATE_TOGGLE_BUTTON(detail,DETAIL_POST_ACTION)
PHYSICAL_RCP_AND_UPDATE_NOTIFICATION_END(detail)
} else if ((buffer[31] == 'F') && (buffer[32] == 'T') && (buffer[33] == ':')) { //OFT: //ND filter
UPDATE_NOTIFICATION_BEGIN
rcp->current_scene.ND_filter = buffer[34] - '0';
g_idle_add ((GSourceFunc)update_ND_filter_combo_box, rcp);
PHYSICAL_RCP_AND_UPDATE_NOTIFICATION_END(ND_filter)
} else if ((buffer[31] == 'G') && (buffer[32] == 'U') && (buffer[33] == ':')) { //OGU: //Gain
if (buffer[34] <= '9') data = ((int)(buffer[34] - '0')) << 4;
else data = ((int)(buffer[34] - '7')) << 4;
if (buffer[35] <= '9') data += buffer[35] - '0';
else data += buffer[35] - '7';
UPDATE_NOTIFICATION_BEGIN
if ((rcp->model == AW_UE150) && (settings_parameters_indexes_array_AW_UE150[SUPER_GAIN_INDEX_AW_UE150] == 1)) {
if (data == 0x80) rcp->current_scene.gain = 43;
else {
rcp->current_scene.gain = 0x32 - data;
if (data > 0x2C) {
buffer[34] = '2';
buffer[35] = 'C';
}
}
} else {
if (data == 0x80) rcp->current_scene.gain = 37;
else rcp->current_scene.gain = 0x2C - data;
}
IHM_UPDATE_COMBO_BOX(gain,NO_POST_ACTION)
PHYSICAL_RCP_AND_UPDATE_NOTIFICATION_END(gain)
} else if ((buffer[31] == 'M') && (buffer[32] == 'S') && (buffer[33] == ':')) { //OMS: //Synchro scan (AW-HE130)
if (buffer[34] <= '9') data = ((int)(buffer[34] - '0')) << 8;
else data = ((int)(buffer[34] - '7')) << 8;
if (buffer[35] <= '9') data += ((int)(buffer[35] - '0')) << 4;
else data += ((int)(buffer[35] - '7')) << 4;
if (buffer[36] <= '9') data += buffer[36] - '0';
else data += buffer[36] - '7';
UPDATE_NOTIFICATION_BEGIN
rcp->current_scene.shutter_synchro = data;
IHM_UPDATE_SCALE(shutter_synchro,SHUTTER_SYNCHRO_POST_ACTION_AW_HE130)
UPDATE_NOTIFICATION_END
} else if (buffer[31] == 'R') {
if ((buffer[32] == 'I') && (buffer[33] == ':')) { //ORI: //R gain
if (buffer[34] <= '9') data = ((int)(buffer[34] - '0')) << 8;
else data = ((int)(buffer[34] - '7')) << 8;
if (buffer[35] <= '9') data += ((int)(buffer[35] - '0')) << 4;
else data += ((int)(buffer[35] - '7')) << 4;
if (buffer[36] <= '9') data += buffer[36] - '0';
else data += buffer[36] - '7';
UPDATE_NOTIFICATION_BEGIN_SCALE(4)
rcp->current_scene.r_gain = data;
IHM_UPDATE_SCALE(r_gain,NO_POST_ACTION)
PHYSICAL_RCP_AND_UPDATE_NOTIFICATION_END(r_gain)
} else if ((buffer[32] == 'P') && (buffer[33] == ':')) { //ORP: //R pedestal
if (buffer[34] <= '9') data = ((int)(buffer[34] - '0')) << 8;
else data = ((int)(buffer[34] - '7')) << 8;
if (buffer[35] <= '9') data += ((int)(buffer[35] - '0')) << 4;
else data += ((int)(buffer[35] - '7')) << 4;
if (buffer[36] <= '9') data += buffer[36] - '0';
else data += buffer[36] - '7';
UPDATE_NOTIFICATION_BEGIN_SCALE(4)
rcp->current_scene.r_pedestal = data;
IHM_UPDATE_SCALE(r_pedestal,NO_POST_ACTION)
PHYSICAL_RCP_AND_UPDATE_NOTIFICATION_END(r_pedestal)
} else if ((buffer[32] == 'S') && (buffer[33] == ':')) { //ORS: //Iris Auto/Manual
UPDATE_NOTIFICATION_BEGIN
if (buffer[34] == '1') rcp->current_scene.iris_auto = TRUE;
else rcp->current_scene.iris_auto = FALSE;
IHM_UPDATE_TOGGLE_BUTTON(iris_auto,IRIS_AUTO_POST_ACTION)
PHYSICAL_RCP_AND_UPDATE_NOTIFICATION_END(iris_auto)
}
} else if (buffer[31] == 'S') {
if ((buffer[32] == 'A') && (buffer[33] == ':')) {
if (buffer[34] == '0') {
if ((buffer[35] == '7') && (buffer[36] == ':')) { //OSA:07: //Black Gamma
if (buffer[37] <= '9') data = ((int)(buffer[37] - '0')) << 4;
else data = ((int)(buffer[37] - '7')) << 4;
if (buffer[38] <= '9') data += buffer[38] - '0';
else data += buffer[38] - '7';
UPDATE_NOTIFICATION_BEGIN_SCALE(7)
rcp->current_scene.black_gamma = data;
IHM_UPDATE_SCALE(black_gamma,BLACK_GAMMA_POST_ACTION)
UPDATE_NOTIFICATION_END
} else if ((buffer[35] == 'F') && (buffer[36] == ':')) { //OSA:0F: //F-REC black STR. Level
if (buffer[37] <= '9') data = ((int)(buffer[37] - '0')) << 4;
else data = ((int)(buffer[37] - '7')) << 4;
if (buffer[38] <= '9') data += buffer[38] - '0';