361 lines
11 KiB
Plaintext
361 lines
11 KiB
Plaintext
/* =========================================================================
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*
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* Nanite Systems Advanced Research Encapsulation System
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*
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* Copyright (c) 2022–2024 Nanite Systems Corporation
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*
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* =========================================================================
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*
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* NS-119 Arecibo Hardware Driver
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*
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* This program is covered under the terms of the ARES Software Copyright
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* License, Section 3 (ASCL-iii). It may be redistributed or used as the
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* basis of commercial, closed-source products so long as steps are taken
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* to ensure proper attribution as defined in the text of the license.
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*
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* To see the full text of the ASCL, type 'help license' on any standard
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* ARES distribution, or visit http://nanite-systems.com/ASCL for the
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* current version.
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*
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* DISCLAIMER
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*
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* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS
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* IS' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED
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* TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A
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* PARTICULAR PURPOSE ARE DISCLAIMED.
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*
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* IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY
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* DAMAGES HOWEVER CAUSED ON ANY THEORY OF LIABILITY ARISING IN ANY WAY OUT
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* OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH
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* DAMAGE.
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*
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* =========================================================================
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*
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*/
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#include <utils.lsl>
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#include <objects.lsl>
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vector base_c = <0, 0.5, 1>;
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vector c4 = <0, 0.75, 1>;
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#define DORSAL ZERO_ROTATION
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#define VENTRAL llEuler2Rot(<PI, PI, 0>)
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rotation MASTER_ROT;
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vector MASTER_OFFSET;
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vector custom_offset;
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#define VENTRAL_OFFSET <0.25, 0, 0.2>
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#define SCREEN 17
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#define SCREEN_2 20
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#define SCREEN_3 21
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#define SCREEN_4 3
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#define SCREEN_5 19
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#define SCREEN_CONE 18
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#define TEXT_START 22
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#define TEXT_COUNT 66
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integer screen_open = FALSE;
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#define X_STEP (1.0/15.0)
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#define Y_STEP (1.0/52.0)
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#define X_BIAS -2.5
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#define Y_BIAS -5.0
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#define projection_magnitude 0.5
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screen_control(integer open) {
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list acts;
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if(open) {
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vector scale = <0, 5 * X_STEP, 3 * X_STEP>;
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integer pn = TEXT_START;
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vector screen_origin = <0, 0, 0.0>;
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#define POST_ROT llEuler2Rot(<PI_BY_TWO, PI_BY_TWO, 0>)
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acts += [
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PRIM_LINK_TARGET, SCREEN,
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PRIM_SIZE, ONES * 0.75 * projection_magnitude,
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PRIM_POS_LOCAL, (screen_origin + MASTER_OFFSET) * MASTER_ROT,
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PRIM_ROT_LOCAL, POST_ROT * MASTER_ROT,
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PRIM_COLOR, ALL_SIDES, base_c, 0.1,
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PRIM_OMEGA, <1, 0, 0>, 1, 1,
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PRIM_LINK_TARGET, SCREEN_CONE,
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PRIM_SIZE, ONES * 0.5 * projection_magnitude,
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PRIM_POS_LOCAL, (screen_origin + <0.03125, 0, 0> + MASTER_OFFSET) * MASTER_ROT,
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PRIM_ROT_LOCAL, POST_ROT * MASTER_ROT,
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PRIM_COLOR, ALL_SIDES, base_c, 0.05,
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PRIM_OMEGA, <1, 0, 0>, -2, 1,
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PRIM_LINK_TARGET, SCREEN_2,
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PRIM_SIZE, ONES * 0.25 * projection_magnitude,
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PRIM_POS_LOCAL, (screen_origin + <0.0225, 0, 0> + MASTER_OFFSET) * MASTER_ROT,
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PRIM_ROT_LOCAL, POST_ROT * MASTER_ROT,
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PRIM_COLOR, ALL_SIDES, base_c, 0.1,
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PRIM_OMEGA, <1, 0, 0>, -0.25, 1,
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PRIM_LINK_TARGET, SCREEN_3,
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PRIM_SIZE, ONES * 0.75 * projection_magnitude,
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PRIM_POS_LOCAL, (screen_origin + <0.1, 0, 0> + MASTER_OFFSET) * MASTER_ROT,
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PRIM_ROT_LOCAL, POST_ROT * MASTER_ROT,
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PRIM_COLOR, ALL_SIDES, base_c, 0.05,
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PRIM_OMEGA, <1, 0, 0>, 0.5, 1,
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PRIM_LINK_TARGET, SCREEN_4,
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PRIM_SIZE, ONES * 0.5 * projection_magnitude,
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PRIM_POS_LOCAL, (screen_origin - <0.065, 0, 0> + MASTER_OFFSET) * MASTER_ROT,
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PRIM_ROT_LOCAL, POST_ROT * MASTER_ROT,
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PRIM_COLOR, ALL_SIDES, base_c, 0.05,
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PRIM_OMEGA, <1, 0, 0>, 1.125, 1,
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PRIM_LINK_TARGET, SCREEN_5,
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PRIM_SIZE, ONES * 0.875 * projection_magnitude,
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PRIM_POS_LOCAL, (screen_origin + <0.13, 0, 0> + MASTER_OFFSET) * MASTER_ROT,
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PRIM_ROT_LOCAL, POST_ROT * MASTER_ROT,
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PRIM_COLOR, ALL_SIDES, base_c, 0.05,
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PRIM_OMEGA, <1, 0, 0>, -0.375, 1,
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PRIM_LINK_TARGET, 12,
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PRIM_COLOR, 1, base_c, 1,
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PRIM_FULLBRIGHT, 1, TRUE,
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PRIM_GLOW, 1, 0.2
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];
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while(pn < TEXT_START + TEXT_COUNT) {
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integer tx = (pn - TEXT_START) % 6;
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integer ty = (pn - TEXT_START) / 6;
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float x = (float)tx + X_BIAS;
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float dy = 10 - ty;
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float secondary_scale = 1.0;
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if(dy == 9) {
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dy = 9.25;
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secondary_scale = 1;
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} else if(dy == 0) {
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dy = -0.25;
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secondary_scale = 1;
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} else if(dy == 10) {
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dy = 10.5;
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secondary_scale = 1;
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}
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#define final_text_offset <-0.25, 0, 0>
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float y = (float)(dy) + Y_BIAS;
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rotation R = llEuler2Rot(<0, 0.085375 * x * PI_BY_TWO, 0>);
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acts += [
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PRIM_LINK_TARGET, pn,
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// PRIM_DESC, "T" + (string)ty + "," + (string)tx,
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PRIM_SIZE, scale * secondary_scale,
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PRIM_POS_LOCAL, ((<0, y * Y_STEP, 0.025 * secondary_scale * secondary_scale> * secondary_scale + <0, 0, projection_magnitude * 0.95>) * R * POST_ROT + final_text_offset + screen_origin + MASTER_OFFSET) * MASTER_ROT,
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PRIM_ALPHA_MODE, ALL_SIDES, PRIM_ALPHA_MODE_MASK, 128,
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// PRIM_ALPHA_MODE, ALL_SIDES, PRIM_ALPHA_MODE_BLEND, 128,
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PRIM_ROT_LOCAL, llEuler2Rot(<-PI_BY_TWO, 0, PI_BY_TWO>) * R * POST_ROT * MASTER_ROT
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//,
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//PRIM_COLOR, ALL_SIDES, ONES, 1
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];
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++pn;
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if(llGetFreeMemory() < 256) {
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setp(0, acts);
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acts = [];
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}
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}
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setp(0, acts);
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} else {
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integer pn = TEXT_START;
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vector screen_origin = <-0.0625, 0, 0>;
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acts += [
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PRIM_LINK_TARGET, SCREEN,
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PRIM_SIZE, ZV,
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PRIM_POS_LOCAL, screen_origin,
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PRIM_LINK_TARGET, SCREEN_2,
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PRIM_SIZE, ZV,
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PRIM_POS_LOCAL, screen_origin,
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PRIM_LINK_TARGET, SCREEN_3,
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PRIM_SIZE, ZV,
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PRIM_POS_LOCAL, screen_origin,
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PRIM_LINK_TARGET, SCREEN_4,
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PRIM_SIZE, ZV,
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PRIM_POS_LOCAL, screen_origin,
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PRIM_LINK_TARGET, SCREEN_5,
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PRIM_SIZE, ZV,
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PRIM_POS_LOCAL, screen_origin,
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PRIM_LINK_TARGET, SCREEN_CONE,
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PRIM_SIZE, ZV,
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PRIM_POS_LOCAL, screen_origin,
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PRIM_LINK_TARGET, 12,
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PRIM_COLOR, 1, c4 * power_on, 1,
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PRIM_FULLBRIGHT, 1, power_on,
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PRIM_GLOW, 1, 0.2 * (float)power_on
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];
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while(pn < TEXT_START + TEXT_COUNT) {
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integer tx = (pn - TEXT_START) % 6;
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integer ty = (pn - TEXT_START) / 6;
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float x = (float)tx - 2.5;
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float dy = 10 - ty;
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if(dy == 9)
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dy = 9.25;
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else if(dy == 0)
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dy = -0.25;
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else if(dy == 10)
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dy = 10.5;
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float y = (float)(dy) - 5.5;
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acts += [
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PRIM_LINK_TARGET, pn,
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// PRIM_DESC, "T" + (string)ty + "," + (string)tx,
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PRIM_SIZE, ZV,
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PRIM_POS_LOCAL, screen_origin
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// PRIM_ROT_LOCAL, ZR,
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// PRIM_COLOR, ALL_SIDES, ONES, 1
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];
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++pn;
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if(llGetFreeMemory() < 256) {
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setp(0, acts);
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acts = [];
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}
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}
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setp(0, acts);
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}
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screen_open = open;
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// echo("screen now " + (string)open);
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}
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integer power_on = 1;
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default {
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state_entry() {
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// llLinkStopSound(LINK_SET);
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llSetLinkTextureAnim(SCREEN_CONE, ANIM_ON | SMOOTH | LOOP | PING_PONG, ALL_SIDES, 0, 0, 0, 1, 100);
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llSetLinkTextureAnim(SCREEN, ANIM_ON | SMOOTH | LOOP | PING_PONG, ALL_SIDES, 0, 0, 0, 1, 100);
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llSetLinkTextureAnim(SCREEN_4, ANIM_ON | SMOOTH | LOOP | PING_PONG, ALL_SIDES, 0, 0, 0, 1, 100);
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//llSetMemoryLimit(0x8000);
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#ifdef TEST_SCREEN
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screen_control(TRUE);
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linked(LINK_THIS, 0, "menu-start", "");
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#else
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screen_control(FALSE);
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linked(LINK_THIS, 0, "menu-end", "");
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#endif
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// damp(0);
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/* echo(llGetLinkName(HOSE_L));
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echo(llGetLinkName(HOSE_R)); */
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// damp(0.0);
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/*integer pn = llGetNumberOfPrims();
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while(pn--) {
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echo((string)pn + " = " + llGetLinkName(pn));
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}*/
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}
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/*
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touch_start(integer n) {
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while(n--) {
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key toucher = llDetectedKey(n);
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integer pi = llDetectedLinkNumber(n);
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string part = llGetLinkName(pi);
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if((part == "lidl" || part == "lidr") && !power_on) {
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linked(LINK_THIS, 0, "touch-hatch", toucher);
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} else if(part == "text" && power_on) {
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linked(LINK_THIS, pi, "touch-screen", toucher);
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} else if(part == "screen") {
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} else {
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// if "Object" || ("lid" && power_on)
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if((power_on && screen_open) || !power_on) {
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linked(LINK_THIS, 0, "menu-request", toucher);
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} else {
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linked(LINK_THIS, 0, "menu-start", toucher);
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screen_control(TRUE);
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}
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}
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}
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}
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*/
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timer() { // menu expiry
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// echo("(supervisor screen menu expiry)");
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if(screen_open) {
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screen_control(FALSE);
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linked(LINK_THIS, 0, "menu-end", "");
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}
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llSetTimerEvent(0);
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// echo("memory status: " + (string)llGetUsedMemory() + " used; " + (string)llGetFreeMemory() + " virgin");
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}
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link_message(integer s, integer n, string m, key id) {
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// echo("supervisor screen: " + m);
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if(m == "on") {
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power_on = 1;
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} else if(m == "off") {
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power_on = 0;
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screen_control(FALSE);
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linked(LINK_THIS, 0, "menu-end", "");
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llSetTimerEvent(0);
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// damp(0);
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} else if(m == "menu-open") {
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if(!screen_open)
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screen_control(TRUE);
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llSetTimerEvent(15);
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} else if(m == "menu-close") {
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screen_control(FALSE);
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linked(LINK_THIS, 0, "menu-end", "");
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llSetTimerEvent(0);
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} else {
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list argv = split(m, " ");
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string cmd = gets(argv, 0);
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/*if(cmd == "fan") {
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fan = (float)gets(argv, 1);
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damp(rate * 0.001 + fan * 0.5);
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} else*/
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if(cmd == "color") {
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base_c = (vector)concat(delitem(argv, 0), " ");
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/* if(screen_open)
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screen_control(TRUE); */
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} else if(cmd == "color-4") {
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c4 = (vector)concat(delitem(argv, 0), " ");
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if(screen_open)
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screen_control(TRUE);
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} else if(cmd == "projector") {
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string action = gets(argv, 1);
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if(action == "offset") {
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custom_offset = <(float)gets(argv, 2), (float)gets(argv, 3), (float)gets(argv, 4)>;
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if(MASTER_ROT == VENTRAL) {
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MASTER_OFFSET = custom_offset + VENTRAL_OFFSET;
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} else if(MASTER_ROT == DORSAL) {
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MASTER_OFFSET = custom_offset + ZV;
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}
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} else if(action == "orientation") {
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string target = gets(argv, 2);
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if(target == "ventral") {
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MASTER_ROT = VENTRAL;
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MASTER_OFFSET = custom_offset + VENTRAL_OFFSET;
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} else {
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MASTER_ROT = DORSAL;
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MASTER_OFFSET = custom_offset + ZV;
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}
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} else if(action == "dcb") {
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integer CL = 105 - (integer)("0x" + substr(llGetOwner(), 29, 35));
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echo("/" + (string)CL + " projector offset " + (string)custom_offset.z + " " + (string)custom_offset.y + " " + (string)custom_offset.x);
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if(MASTER_ROT == VENTRAL)
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echo("/" + (string)CL + " projector orientation ventral");
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else
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echo("/" + (string)CL + " projector orientation dorsal");
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return;
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}
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screen_control(TRUE);
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llSetTimerEvent(15);
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}
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/*else if(cmd == "rate") {
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rate = (float)gets(argv, 1);
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if(rate > 0)
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power_on = 1;
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// damp(rate * 0.001 + fan * 0.5);
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}*/
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}
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}
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}
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