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REQUIRE "atoms.a4l";
(* => atoms.a4l, measures.a4l, system.a4l, basemodel.a4l *)
REQUIRE "plot.a4l";
(* => plot.a4l, atoms.a4l, measures.a4l, system.a4l, basemodel.a4l *)
PROVIDE "ternary_plot.a4l";
(*
* ternary_plot.a4l
* by Kenneth H. Tyner
* Part of the ASCEND Library
* $Date: 1998/06/17 19:32:35 $
* $Revision: 1.6 $
* $Author: mthomas $
* $Source: /afs/cs.cmu.edu/project/ascend/Repository/models/ternary_plot.a4l,v $
*
* This file is part of the ASCEND Modeling Library.
*
* Copyright (C) 1997 Carnegie Mellon University
*
* The ASCEND Modeling 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 2 of the License, or (at your option) any later version.
*
* The ASCEND Modeling Library is distributed in 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, see <http://www.gnu.org/licenses/>.
*)
(*
T E R N A R Y _ P L O T . A 4 L
-------------------------------
AUTHOR: Kenneth H. Tyner
DATES: 6/97 - First Public Release
CONTENTS: Ternary plots to complement distillation modeling.
NOTES: These models useable but are still in a state of flux.
The parameter lists may change without notice!!!!
*)
MODEL ternary_plot_right_all(
components WILL_BE set OF symbol_constant;
npnts IS_A set OF integer_constant;
comp_data[components][npnts] WILL_BE real;
) WHERE (
CARD[components] = 3;
);
(* make triangle *)
nt_points IS_A set OF integer_constant;
nt_points :== [0..3];
x_points[nt_points] IS_A real;
y_points[nt_points] IS_A real;
triangle IS_A plt_curve(nt_points,y_points,x_points);
FOR i IN components CREATE
FOR j IN [components - [i]] CREATE
curve[i][j] IS_A
plt_curve(npnts,comp_data[i],comp_data[j]);
END FOR;
END FOR;
FOR i IN components CREATE
FOR j IN [components - [i]] CREATE
plots[i][j][plot_set[i][j]] ALIASES (
triangle, curve[i][j]
) WHERE plot_set[i][j] IS_A set OF symbol_constant
WITH_VALUE ('triangle','profile');
END FOR;
END FOR;
FOR i IN components CREATE
FOR j IN [components - [i]] CREATE
plot[i][j] IS_A
plt_plot_symbol(plot_set[i][j],
plots[i][j]);
END FOR;
END FOR;
METHODS
METHOD default_self;
x_points[0,2,3] := 0;
x_points[1] := 1;
y_points[0,1,3] := 0;
y_points[2] := 1;
FOR i IN components DO
FOR j IN [components - [i]] DO
plot[i][j].title := 'i vs j';
plot[i][j].YLabel := i;
plot[i][j].XLabel := j;
plot[i][j].Ylow := 0;
plot[i][j].Yhigh := 1;
END FOR;
END FOR;
END default_self;
METHOD default_all;
RUN default_self;
END default_all;
METHOD scale_self;
END scale_self;
METHOD scale_all;
RUN scale_self;
END scale_all;
METHOD bound_self;
END bound_self;
METHOD bound_all;
RUN bound_self;
END bound_all;
METHOD check_self;
END check_self;
METHOD check_all;
RUN check_self;
END check_all;
END ternary_plot_right_all;
MODEL ternary_plot_equilateral_all(
components WILL_BE set OF symbol_constant;
npnts WILL_BE set OF integer_constant;
comp_data[components][npnts] WILL_BE real;
) WHERE (
CARD[components] = 3;
);
(* make triangle *)
tcomp1[0..58] IS_A fraction;
tcomp2[0..58] IS_A fraction;
nt_points IS_A set OF integer_constant;
nt_points :== [0..58];
x_points[nt_points] IS_A fraction;
y_points[nt_points] IS_A fraction;
triangle IS_A plt_curve(nt_points,y_points,x_points);
x_comp_top[1..2][components][npnts] IS_A fraction;
y_comp_top[components][npnts] IS_A fraction;
FOR i IN components CREATE
FOR j IN npnts CREATE
x_comp_top[1][i][j] = (comp_data[CHOICE[components - [i]]][j] +
comp_data[components - [i,CHOICE[components - [i]]]][j])/2;
x_comp_top[2][i][j] = 1 - x_comp_top[1][i][j];
y_comp_top[i][j] = 2 * abs(comp_data[CHOICE[components - [i]]][j]
- x_comp_top[1][i][j]);
END FOR;
END FOR;
FOR i IN components CREATE
FOR j IN [1..2] CREATE
curve[i][j] IS_A
plt_curve(npnts,y_comp_top[i],x_comp_top[j][i]);
END FOR;
END FOR;
FOR i IN components CREATE
FOR j IN [1..2] CREATE
plots[i][j][plot_set[i][j]] ALIASES (
triangle, curve[i][j]
) WHERE plot_set[i][j] IS_A set OF symbol_constant
WITH_VALUE ('triangle','profile');
END FOR;
END FOR;
FOR i IN components CREATE
FOR j IN [1..2] CREATE
plot[i][j] IS_A
plt_plot_symbol(plot_set[i][j],
plots[i][j]);
END FOR;
END FOR;
METHODS
METHOD default_self;
FIX tcomp1[0..58];
FIX tcomp2[0..58];
tcomp1[0] := 1;
tcomp2[0] := 0;
FOR i IN [1..5] DO
tcomp1[4*i-3] := 0;
tcomp1[4*i-3+1] := 0;
tcomp2[4*i-3] := tcomp1[4*i-3-1];
tcomp2[4*i-3+1] := tcomp2[4*i-3] - 0.1;
tcomp1[4*i-3+2] := tcomp2[4*i-3+1];
tcomp1[4*i-3+3] := tcomp1[4*i-3+2] - 0.1;
tcomp2[4*i-3+2] := 0;
tcomp2[4*i-3+3] := 0;
END FOR;
FOR i IN [6..10] DO
tcomp2[4*i-3] := tcomp2[4*i-4] + 0.1;
tcomp2[4*i-3+1] := tcomp2[4*i-3];
tcomp2[4*i-3+2] := tcomp2[4*i-3+1] + 0.1;
tcomp2[4*i-3+3] := tcomp2[4*i-3+2];
tcomp1[4*i-3] := 0;
tcomp1[4*i-3+1] := 1 - tcomp2[4*i-3+1];
tcomp1[4*i-3+2] := 1 - tcomp2[4*i-3+2];
tcomp1[4*i-3+3] := 0;
END FOR;
tcomp1[40] := 0.1;
tcomp2[40] := 0.9;
FOR i IN [10..14] DO
tcomp1[4*i+1] := tcomp1[4*i+1-1];
tcomp1[4*i+1+1] := tcomp1[4*i+1] + 0.1;
tcomp1[4*i+1+2] := tcomp1[4*i+1+1];
tcomp1[4*i+1+3] := tcomp1[4*i+1+2] + 0.1;
tcomp2[4*i+1] := 0;
tcomp2[4*i+1+1] := 0;
tcomp2[4*i+1+2] := 1 - tcomp1[4*i+1+2];
tcomp2[4*i+1+3] := 1 - tcomp1[4*i+1+3];
END FOR;
tcomp1[59..60] := 1;
tcomp2[59..60] := 0;
FOR i IN components DO
FOR j IN [1..2] DO
plot[i][j].title := 'i vs j';
plot[i][j].YLabel := i;
plot[i][j].XLabel := j;
plot[i][j].Ylow := 0;
plot[i][j].Yhigh := 1;
END FOR;
END FOR;
FOR i IN nt_points DO
x_points[i] := (tcomp2[i] - tcomp1[i] + 1)/2;
y_points[i] := 2 * abs(tcomp2[i] - x_points[i]);
END FOR;
END default_self;
METHOD default_all;
RUN default_self;
END default_all;
METHOD scale_self;
END scale_self;
METHOD scale_all;
RUN scale_self;
END scale_all;
METHOD bound_self;
END bound_self;
METHOD bound_all;
RUN bound_self;
END bound_all;
METHOD check_self;
END check_self;
METHOD check_all;
RUN check_self;
END check_all;
END ternary_plot_equilateral_all;
MODEL ternary_plot_right(
Title IS_A symbol_constant;
components WILL_BE set OF symbol_constant;
y_comp IS_A symbol_constant;
x_comp IS_A symbol_constant;
npnts IS_A set OF integer_constant;
comp_data[components][npnts] WILL_BE fraction;
) WHERE (
CARD[components] = 3;
y_comp IN components == TRUE;
x_comp IN components == TRUE;
);
(* make triangle *)
nt_points IS_A set OF integer_constant;
nt_points :== [0..3];
x_points[nt_points] IS_A real;
y_points[nt_points] IS_A real;
triangle IS_A plt_curve(nt_points,y_points,x_points);
curve IS_A
plt_curve(npnts,comp_data[y_comp],comp_data[x_comp]);
plots[plot_set] ALIASES (
triangle, curve
) WHERE plot_set IS_A set OF symbol_constant
WITH_VALUE ('triangle','profile');
plot IS_A
plt_plot_symbol(plot_set,
plots);
METHODS
METHOD default_self;
x_points[0,2,3] := 0;
x_points[1] := 1;
y_points[0,1,3] := 0;
y_points[2] := 1;
plot.title := Title;
plot.YLabel := y_comp;
plot.XLabel := x_comp;
plot.Ylow := 0;
plot.Yhigh := 1;
plot.Xlow := 0;
plot.Xhigh := 1;
plots['profile'].legend := 'profile';
plots['triangle'].legend := 'triangle';
END default_self;
METHOD default_all;
RUN default_self;
END default_all;
METHOD scale_self;
END scale_self;
METHOD scale_all;
RUN scale_self;
END scale_all;
METHOD bound_self;
END bound_self;
METHOD bound_all;
RUN bound_self;
END bound_all;
METHOD check_self;
END check_self;
METHOD check_all;
RUN check_self;
END check_all;
END ternary_plot_right;
MODEL ternary_plot_equilateral(
Title IS_A symbol_constant;
components WILL_BE set OF symbol_constant;
left_comp IS_A symbol_constant;
right_comp IS_A symbol_constant;
npnts IS_A set OF integer_constant;
comp_data[components][npnts] WILL_BE fraction;
) WHERE (
CARD[components] = 3;
left_comp IN components == TRUE;
right_comp IN components == TRUE;
);
(* make triangle *)
tcomp1[0..60] IS_A fraction;
tcomp2[0..60] IS_A fraction;
nt_points IS_A set OF integer_constant;
nt_points :== [0..60];
x_points[nt_points] IS_A fraction;
y_points[nt_points] IS_A fraction;
triangle IS_A plt_curve(nt_points,y_points,x_points);
x_comp_eq[npnts] IS_A fraction;
y_comp_eq[npnts] IS_A fraction;
FOR i IN npnts CREATE
x_comp_eq[i] = (comp_data[right_comp][i] -
comp_data[left_comp][i] + 1)/2;
y_comp_eq[i] = 2 * abs(comp_data[right_comp][i] - x_comp_eq[i]);
END FOR;
curve IS_A
plt_curve(npnts,y_comp_eq,x_comp_eq);
plots[plot_set] ALIASES (
triangle, curve
) WHERE plot_set IS_A set OF symbol_constant
WITH_VALUE ('triangle','profile');
plot IS_A
plt_plot_symbol(plot_set,
plots);
METHODS
METHOD default_self;
FIX tcomp1[0..58];
FIX tcomp2[0..58];
tcomp1[0] := 1;
tcomp2[0] := 0;
FOR i IN [1..5] DO
tcomp1[4*i-3] := 0;
tcomp1[4*i-3+1] := 0;
tcomp2[4*i-3] := tcomp1[4*i-3-1];
tcomp2[4*i-3+1] := tcomp2[4*i-3] - 0.1;
tcomp1[4*i-3+2] := tcomp2[4*i-3+1];
tcomp1[4*i-3+3] := tcomp1[4*i-3+2] - 0.1;
tcomp2[4*i-3+2] := 0;
tcomp2[4*i-3+3] := 0;
END FOR;
FOR i IN [6..10] DO
tcomp2[4*i-3] := tcomp2[4*i-4] + 0.1;
tcomp2[4*i-3+1] := tcomp2[4*i-3];
tcomp2[4*i-3+2] := tcomp2[4*i-3+1] + 0.1;
tcomp2[4*i-3+3] := tcomp2[4*i-3+2];
tcomp1[4*i-3] := 0;
tcomp1[4*i-3+1] := 1 - tcomp2[4*i-3+1];
tcomp1[4*i-3+2] := 1 - tcomp2[4*i-3+2];
tcomp1[4*i-3+3] := 0;
END FOR;
tcomp1[40] := 0.1;
tcomp2[40] := 0.9;
FOR i IN [10..14] DO
tcomp1[4*i+1] := tcomp1[4*i+1-1];
tcomp1[4*i+1+1] := tcomp1[4*i+1] + 0.1;
tcomp1[4*i+1+2] := tcomp1[4*i+1+1];
tcomp1[4*i+1+3] := tcomp1[4*i+1+2] + 0.1;
tcomp2[4*i+1] := 0;
tcomp2[4*i+1+1] := 0;
tcomp2[4*i+1+2] := 1 - tcomp1[4*i+1+2];
tcomp2[4*i+1+3] := 1 - tcomp1[4*i+1+3];
END FOR;
tcomp1[59..60] := 1;
tcomp2[59..60] := 0;
FOR i IN nt_points DO
x_points[i] := (tcomp2[i] - tcomp1[i] + 1)/2;
y_points[i] := 2 * abs(tcomp2[i] - x_points[i]);
END FOR;
plot.title := Title;
FOR i IN [components - [left_comp] - [right_comp]] DO
plot.YLabel := i;
END FOR;
plot.XLabel := right_comp;
plot.Ylow := 0;
plot.Yhigh := 1;
plot.Xlow := 0;
plot.Xhigh := 1;
plots['profile'].legend := 'profile';
plots['triangle'].legend := 'triangle';
END default_self;
METHOD default_all;
RUN default_self;
END default_all;
METHOD scale_self;
END scale_self;
METHOD scale_all;
RUN scale_self;
END scale_all;
METHOD bound_self;
END bound_self;
METHOD bound_all;
RUN bound_self;
END bound_all;
METHOD check_self;
END check_self;
METHOD check_all;
RUN check_self;
END check_all;
METHOD seqmod;
FIX tcomp1[0..60];
FIX tcomp2[0..60];
END seqmod;
METHOD reset;
RUN seqmod;
FIX comp_data[components][npnts];
END reset;
END ternary_plot_equilateral;
MODEL ternary_plot_equilateral2(
Title IS_A symbol_constant;
components WILL_BE set OF symbol_constant;
left_comp IS_A symbol_constant;
right_comp IS_A symbol_constant;
curves IS_A set OF symbol_constant;
curve[curves] WILL_BE plt_curve;
) WHERE (
CARD[components] = 3;
left_comp IN components == TRUE;
right_comp IN components == TRUE;
);
(* make triangle *)
tcomp1[0..60] IS_A fraction;
tcomp2[0..60] IS_A fraction;
nt_points IS_A set OF integer_constant;
nt_points :== [0..60];
x_points[nt_points] IS_A fraction;
y_points[nt_points] IS_A fraction;
triangle IS_A plt_curve(nt_points,y_points,x_points);
plots[plot_set] ALIASES (
triangle, curve[curves]
) WHERE plot_set IS_A set OF symbol_constant
WITH_VALUE ('triangle',curves);
plot IS_A
plt_plot_symbol(plot_set,
plots);
METHODS
METHOD default_self;
FIX tcomp1[0..58];
FIX tcomp2[0..58];
tcomp1[0] := 1;
tcomp2[0] := 0;
FOR i IN [1..5] DO
tcomp1[4*i-3] := 0;
tcomp1[4*i-3+1] := 0;
tcomp2[4*i-3] := tcomp1[4*i-3-1];
tcomp2[4*i-3+1] := tcomp2[4*i-3] - 0.1;
tcomp1[4*i-3+2] := tcomp2[4*i-3+1];
tcomp1[4*i-3+3] := tcomp1[4*i-3+2] - 0.1;
tcomp2[4*i-3+2] := 0;
tcomp2[4*i-3+3] := 0;
END FOR;
FOR i IN [6..10] DO
tcomp2[4*i-3] := tcomp2[4*i-4] + 0.1;
tcomp2[4*i-3+1] := tcomp2[4*i-3];
tcomp2[4*i-3+2] := tcomp2[4*i-3+1] + 0.1;
tcomp2[4*i-3+3] := tcomp2[4*i-3+2];
tcomp1[4*i-3] := 0;
tcomp1[4*i-3+1] := 1 - tcomp2[4*i-3+1];
tcomp1[4*i-3+2] := 1 - tcomp2[4*i-3+2];
tcomp1[4*i-3+3] := 0;
END FOR;
tcomp1[40] := 0.1;
tcomp2[40] := 0.9;
FOR i IN [10..14] DO
tcomp1[4*i+1] := tcomp1[4*i+1-1];
tcomp1[4*i+1+1] := tcomp1[4*i+1] + 0.1;
tcomp1[4*i+1+2] := tcomp1[4*i+1+1];
tcomp1[4*i+1+3] := tcomp1[4*i+1+2] + 0.1;
tcomp2[4*i+1] := 0;
tcomp2[4*i+1+1] := 0;
tcomp2[4*i+1+2] := 1 - tcomp1[4*i+1+2];
tcomp2[4*i+1+3] := 1 - tcomp1[4*i+1+3];
END FOR;
tcomp1[59..60] := 1;
tcomp2[59..60] := 0;
FOR i IN nt_points DO
x_points[i] := (tcomp2[i] - tcomp1[i] + 1)/2;
y_points[i] := 2 * abs(tcomp2[i] - x_points[i]);
END FOR;
plot.title := Title;
FOR i IN [components - [left_comp] - [right_comp]] DO
plot.YLabel := i;
END FOR;
plot.XLabel := right_comp;
plot.Ylow := 0;
plot.Yhigh := 1;
plot.Xlow := 0;
plot.Xhigh := 1;
FOR j IN curves DO
plots[j].legend := j;
END FOR;
plots['triangle'].legend := 'triangle';
END default_self;
METHOD default_all;
RUN default_self;
END default_all;
METHOD scale_self;
END scale_self;
METHOD scale_all;
RUN scale_self;
END scale_all;
METHOD bound_self;
END bound_self;
METHOD bound_all;
RUN bound_self;
END bound_all;
METHOD check_self;
END check_self;
METHOD check_all;
RUN check_self;
END check_all;
METHOD values;
END values;
METHOD seqmod;
FIX tcomp1[0..60];
FIX tcomp2[0..60];
END seqmod;
END ternary_plot_equilateral2;
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