/****************************************************************************** * * Project: OpenCPN * Purpose: Radar Plugin * Author: David Register * Dave Cowell * Kees Verruijt * Douwe Fokkema * Sean D'Epagnier *************************************************************************** * Copyright (C) 2010 by David S. Register bdbcat@yahoo.com * * Copyright (C) 2012-2013 by Dave Cowell * * Copyright (C) 2012-2016 by Kees Verruijt canboat@verruijt.net * * * * 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., * * 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * *************************************************************************** */ // // This defines the capabilities of the software controls. #ifndef CTD_AUTO_NO #define CTD_AUTO_NO \ { wxT("") } #endif #ifndef CTD_AUTO_YES #define CTD_AUTO_YES \ { _("Auto") } #endif #ifndef CTD_AUTO_OFF #define CTD_AUTO_OFF \ { _("Off") } #endif #ifndef CTD_DEF_OFF #define CTD_DEF_OFF -100000 #endif #ifndef CTD_DEF_ZERO #define CTD_DEF_ZERO 0 #endif #ifndef CTD_MIN_ZERO #define CTD_MIN_ZERO 0 #endif #ifndef CTD_MAX_100 #define CTD_MAX_100 100 #endif #ifndef CTD_MAX_1 #define CTD_MAX_1 1 #endif #ifndef CTD_STEP_1 #define CTD_STEP_1 1 #endif #ifndef CTD_STEP_2 #define CTD_STEP_2 2 #endif #ifndef CTD_STEP_5 #define CTD_STEP_5 5 #endif #ifndef CTD_STEP_10 #define CTD_STEP_10 10 #endif // Standard values for unit, when names == 1 long it is the unit #ifndef CTD_NUMERIC #define CTD_NUMERIC \ { wxT("") } #endif #ifndef CTD_PERCENTAGE #define CTD_PERCENTAGE \ { wxT("%") } #endif #ifndef CTD_MINUTES #define CTD_MINUTES \ { _("min") } #endif // // Make an entry for all control types. Specify all supported (or all?) controls. // // Macro: Either HAVE_CONTROL (if it has this) or SKIP_CONTROL (if it doesn't have it) // Field 1: Control identifier // Field 2: 0 = No auto, n = maximum auto value // For instance, Navico radars have multiple values for Auto Sea State. // Field 3: Default value for initial setting (most values are stored in settings) // Field 4: Minimal value // Field 5: Maximum value // Field 6: Step (for instance, min 0 / max 100 / step 10 gives 11 possible values) // Field 7: Names // // The following are controls that are software only. These should not be varied // per radar type. // Note that due to how the C++ preprocessor works, { } must be defined in a nested define #ifndef ORIENTATION_NAMES #define ORIENTATION_NAMES \ { _("Head up"), _("Head up (Stabilized)"), _("North up"), _("Course up"), _("Unknown") } #endif // Orientation HEAD_UP is available if there is no heading or dev mode is switched on // Other orientations are available if there is a heading #define ORIENTATION_HEAD_UP \ (0) // Unstabilized heading (as if without compass) // Available if no compass or in dev mode #define ORIENTATION_STABILIZED_UP (1) // Stabilized heading (averaged over a few seconds) #define ORIENTATION_NORTH_UP (2) // North up #define ORIENTATION_COG_UP (3) // Averaged GPS COG up (same way as OpenCPN) #define ORIENTATION_NUMBER (4) #ifndef VIEW_NAMES #define VIEW_NAMES \ { _("Dragged View"), _("Center View"), _("Forward View"), _("Aft View") } #endif #define DRAGGED_VIEW (0) #define CENTER_VIEW (1) #define FORWARD_VIEW (2) #define BACKWARD_VIEW (3) #ifndef TARGET_TRAIL_NAMES #define TARGET_TRAIL_NAMES \ { _("15 sec"), _("30 sec"), _("1 min"), _("3 min"), _("5 min"), _("10 min"), _("Continuous") } #endif #ifndef TRAIL_MOTION_NAMES #define TRAIL_MOTION_NAMES \ { _("Relative"), _("True") } #endif #define TARGET_MOTION_RELATIVE (0) #define TARGET_MOTION_TRUE (1) #ifndef OFF_ON_NAMES #define OFF_ON_NAMES \ { _("Off"), _("On") } #endif #ifndef TARGET_ON_PPI_NAMES #define TARGET_ON_PPI_NAMES \ { _("Off"), _("On") } #endif HAVE_CONTROL(CT_ANTENNA_FORWARD, CTD_AUTO_NO, CTD_DEF_ZERO, -500, +500, CTD_STEP_1, CTD_NUMERIC) HAVE_CONTROL(CT_ANTENNA_STARBOARD, CTD_AUTO_NO, CTD_DEF_ZERO, -100, +100, CTD_STEP_1, CTD_NUMERIC) HAVE_CONTROL(CT_MAIN_BANG_SIZE, CTD_AUTO_NO, CTD_DEF_ZERO, CTD_MIN_ZERO, CTD_MAX_100, CTD_STEP_1, CTD_NUMERIC) HAVE_CONTROL(CT_ORIENTATION, CTD_AUTO_NO, CTD_DEF_ZERO, CTD_MIN_ZERO, ORIENTATION_NUMBER - 1, CTD_STEP_1, ORIENTATION_NAMES) HAVE_CONTROL(CT_CENTER_VIEW, CTD_AUTO_NO, CTD_DEF_ZERO, CTD_MIN_ZERO, ORIENTATION_NUMBER - 1, CTD_STEP_1, VIEW_NAMES) HAVE_CONTROL(CT_OVERLAY_CANVAS, CTD_AUTO_NO, CTD_DEF_ZERO, CTD_MIN_ZERO, 1, CTD_STEP_1, OFF_ON_NAMES) HAVE_CONTROL(CT_REFRESHRATE, CTD_AUTO_NO, 1, 1, 5, CTD_STEP_1, CTD_NUMERIC) HAVE_CONTROL(CT_TRANSPARENCY, CTD_AUTO_NO, 5, MIN_OVERLAY_TRANSPARENCY, MAX_OVERLAY_TRANSPARENCY, CTD_STEP_1, CTD_PERCENTAGE) HAVE_CONTROL(CT_TARGET_TRAILS, CTD_AUTO_NO, CTD_DEF_OFF, CTD_MIN_ZERO, 6, CTD_STEP_1, TARGET_TRAIL_NAMES) HAVE_CONTROL(CT_TRAILS_MOTION, CTD_AUTO_NO, CTD_DEF_ZERO, CTD_MIN_ZERO, 1, CTD_STEP_1, TRAIL_MOTION_NAMES) HAVE_CONTROL(CT_TARGET_ON_PPI, CTD_AUTO_NO, CTD_DEF_ZERO, CTD_MIN_ZERO, 1, CTD_STEP_1, TARGET_ON_PPI_NAMES) HAVE_CONTROL(CT_RANGE_ADJUSTMENT, CTD_AUTO_NO, CTD_DEF_ZERO, -100, CTD_MAX_100, CTD_STEP_1, { _("* 0.1 %") })