################################################################################

#		Create 3D figure 4
figure(4,"name","Figure 188 Left handed plot correct view ")
set (gca, "PlotBoxAspectRatioMode", "manual","PlotBoxAspectRatio", [1 1 1]);

grid on
hold all
box off
gui_mode("3d");

#		Title
title("/home/user/Documents/Manuals/Mathematics/calculus-multivariable.pdf pdf pg 333 pg 333")
title("(b) Left handed concordance system: t = 0.0:0.1:1.0; x = t; y = t*2; z = t; ");


#		Indicate vector Origin
text (0,0,0,"+ (0 0 0)","color","black");

#		Axis labels
xlabel ("X - axis")
ylabel ("Y - axis")
zlabel ("Z - axis")

#		Calculations:
t = 0.0:0.1:1.0;
x = t;
y = t*2;
z = t;
#		Plot 3D
plot3(x,y,z,"color",[0 0 1],"linestyle","-","marker",".","markersize",10)
#		Indicate vector end
text (1,2,1,"+ (1 2 1)","color","red");
#view(50, 225)
view(145,-218)




################################################################################

#		Create 3D figure 5
figure(5,"name","Figure 188 Faked out Right handed vector incorrect ")
set (gca, "PlotBoxAspectRatioMode", "manual","PlotBoxAspectRatio", [1 1 1]);

grid on
hold all
box off
gui_mode("3d");

#		Title
title("/home/user/Documents/Manuals/Mathematics/calculus-multivariable.pdf pdf pg 333 pg 333")
title("(b) Right handed Faked out xlabel (Y - axis) ylabel (X - axis): t = 0.0:0.1:1.0; x = t; y = t*2; z = t; ");


#		Indicate vector Origin
text (0,0,0,"+ (0 0 0)","color","black");

#		Axis labels
xlabel ("Y - axis")
ylabel ("X - axis")
zlabel ("Z - axis")

#		Calculations:
t = 0.0:0.1:1.0;
x = t;
y = t*2;
z = t;
#		Plot 3D
plot3(x,y,z,"color",[0 0 1],"linestyle","-","marker",".","markersize",10)
#		Indicate vector end
text (1,2,1,"+ (1 2 1)","color","red");
text (1,2,0,"* (1,2,0)   xlabel (Y - axis) ylabel (X - axis)","color","blue")

#view([1,1,1.5])
view(145,43)