// alpha60 cartography frame -*- mode: C++ -*- // alpha60 // frame and frame constants // Copyright (c) 2016-2020, 2024, Benjamin De Kosnik // This file is part of the alpha60 library. This library 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, or (at your option) any later // version. // This library 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. #ifndef a60_CARTOGRAPHY_FRAME_H #define a60_CARTOGRAPHY_FRAME_H 1 #include #include namespace a60::carto { enum class frame_scale { print, video }; constexpr frame_scale dframe_scale = frame_scale::print; /** Margin is required space from edge of the frame for a given output device. For reductions (say 50%), one needs 2x the space.... const int fmargin = 50; // viz-65 const int fmargin = 75; // Createspace try v13 - const int fmargin = 100; // Createspace try v67 + */ constexpr int frame_margin() { if constexpr (dframe_scale == frame_scale::print) return 120; // Createspace try v73 +, at 96dp 1.25" if constexpr (dframe_scale == frame_scale::video) return 60; } /// Common offset for placements next to or from... const int fspacer = 5; /** Frame Output size, display size, ie bounded area into which the projection, legend, title, and other symbology are drawn to create the map. */ struct frame { using atype = space_type; using area = svg::area; /// Map-coordinate extent. The SVG document selects its physical unit; the /// print generators interpret one frame unit as one inch. area frame_area; /// Projection coordinates in frame, at origin (0,0). double moriginx; double moriginy; frame(const area a, const double x = 0.0, const double y = 0.0) : frame_area(a), moriginx(x), moriginy(y) { } frame(const atype w, const atype h, const double x = 0.0, const double y = 0.0) : frame_area({w, h}), moriginx(x), moriginy(y) { } /// Frame with explicit projection coordinates given. frame(const frame& f, const double x, const double y) : frame_area(f.frame_area), moriginx(x), moriginy(y) { } frame(const frame&) = default; frame& operator=(const frame&) = default; void center(const frame& pf) { moriginx = (width() - pf.width()) / 2; moriginy = ((height() - pf.height()) / 2); } frame bottom_tile_frame() const { frame ret(*this); ret.moriginy -= ret.frame_area._M_height; return ret; } double& width() { return frame_area._M_width; } double& height() { return frame_area._M_height; } double width() const { return frame_area._M_width; } double height() const { return frame_area._M_height; } }; /** Standard frame constants. (common video and print forms) Assumes orientation explicitly noted as landscape (horizontal or h) orientation portrait (vertical or v) orientation. */ /// 1080p video const frame f1080p_090_h(svg::k::v1080p_h); const frame f1080p_096_h(2048, 1152); const frame f1080pduo_096_h(3840, 1920); const frame f1080p_090_v(svg::k::v1080p_v); const frame f1080p_096_v(1152, 2048); const frame f1080p_n1(2048, 2304, -3084, 62); const frame f1080p_n1a(2048, 1152, -3084, 162); const frame f1080p_n1b = f1080p_n1a.bottom_tile_frame(); const frame f1080p_n2(2048, 2304, -220, 62); const frame f1080p_n2a(2048, 1152, -220, 62); const frame f1080p_n2b = f1080p_n2a.bottom_tile_frame(); const frame f1080p_n3(2048, 2304, -1550, 62); const frame f1080p_n3a(2048, 1152, -1550, 62); const frame f1080p_n3b = f1080p_n3a.bottom_tile_frame(); /// 4k == 2160p video const frame f4k_090_h(svg::k::v4k_h); const frame f4k_096_h(svg::k::v4k_v); const frame f4kduo_096_h(7680, 3840); /// 2:1 HD, 4k frames for cahill-keyes. const frame pck_1x1080(1920, 960); const frame pck_2x1080(3840, 1920); /// ISO 216 A2 paper size is mm(594 x 420) or inches(23.4 x 16.5) const frame fa2_096_h(2245, 1587); const frame fa2_300_h(7016, 4960); /// ISO 216 A4 paper size is mm(297.4 x 210) or inches(11.7 x 8.3) const frame fa4_096_h(1123, 794); const frame fa4_300_h(3508, 2480); /// ISO 216 A4 Bleed paper size is mm(303 x 216) or inches(11.9 x 8.5) const frame fa4b_096_h(1145, 816); const frame fa4b_300_h(3579, 2541); /// ISO 216 A5 paper size is mm(794, 559) const frame fa5_096_h(794, 559); const frame fa5_096_v(559, 794); /// USA Letter paper size inches(11 x 8.5) const frame fletter_096_h(svg::k::letter_096_h); /// USA Letter Bleed paper size inches(11.25 x 8.625) const frame fletterb_096_h(1080, 828); /// USA Engineering C paper size is inches(22 x 17) /// Quarto: USA Letter /// 1x landscape at 90, 96 dpi const frame f22x17_090_h(1980, 1530); const frame f22x17_096_h(svg::k::p22x17_096_h); const frame f17x22_090_h(1530, 1980); const frame f17x22_096_v(svg::k::p17x22_096_v); /// 2x portrait (top-bottom vertical stack landscape) (22 x 34 inches) at 96 dpi const frame f22x34_096_v(2112, 3264); /// 4x landscape (2x horizontal 2x vertical) (44 x 34 inches) at 96 dpi const frame f44x34_096_h(4224, 3264); /// 7.3x Star-X const frame pck_7x(4984, 2492); const frame pck_3x(2004, 1002); /// USA crown point full sheet is 44x30. /// Epson P9000 max width size for Cahill-Keyes is 44x22. const frame f44x22h(svg::k::p44x22_h); const frame f22x44v(svg::k::p22x44_v); /** ISO Quarto BUD Potsdam 2 x A4 with full bleed Direct to POD with slices and tiles. Assume quarto printing, so 50% shrink is one full-bleed A4-sized page. */ // ISO Quarto (paper - paper bleed size). /// 1x landscape at 90, 96 dpi const frame fqa4b_096_h(2290, 1632); /// 1x portrait at 90, 96 dpi const frame fqa4b_096_v(1632, 2290); /** USA Quarto Amazon 2 x 8.5 x 11 with full bleed (8.625 x 11.25), 22.5 x 17.25 inches == 6750 x 5175 pixels @ 300 dpi Direct to POD on Amazon's createspace or Ingram Spark, with slices and tiles. Assume quarto printing, so 50% shrink is one full-bleed letter-sized page. */ // USA Quarto (paper - paper bleed size). const frame fqletterb_096_h(2160, 1656); const frame fqletterb_096_v(1656, 2160); } // namespace carto #endif