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ASL Scripts / Space launcher Project : how do i add colors?
« on: July 10, 2012, 09:44:38 am »
Hello everybody
I'm new on this forum and in the 3D modelling world aswell, so please excuse me if i'm not always using the right terms.
I'm currently working on a student project wich goal is to design quickly space launchers. I have already created programs that computes the masses, trajectory, aerodynamic coefficients, etc., but this project wouldn't be complete without a small visualisation program.
that's why i have chosen to work with anim8or
the idea is simple : i extract from all the programs i already have the geometrical data of my launcher, i insert them in a ASL script(using a fortran program, since i haven't found any read file in ASL), and then i draw the launcher using a few basic shapes that i have already created.
here is an example of a "basic shape" i use, inspired mainly of the shape script database i found in this forum
the question now is : how can i "paint" the top tank in red and the rear tank in blue in my script?
i've tried to define materials and then to do $shape.AddMaterial or $shape.SetMaterial, but it doesn't work...
Any Idea?
Thanks a lot
Clem
I'm new on this forum and in the 3D modelling world aswell, so please excuse me if i'm not always using the right terms.
I'm currently working on a student project wich goal is to design quickly space launchers. I have already created programs that computes the masses, trajectory, aerodynamic coefficients, etc., but this project wouldn't be complete without a small visualisation program.
that's why i have chosen to work with anim8or
the idea is simple : i extract from all the programs i already have the geometrical data of my launcher, i insert them in a ASL script(using a fortran program, since i haven't found any read file in ASL), and then i draw the launcher using a few basic shapes that i have already created.
here is an example of a "basic shape" i use, inspired mainly of the shape script database i found in this forum
Code: [Select]
shape $cylindric, $fond, $cc;
float $radius, $work, $height_top, $height_bottom, $height_summit, $height_rear,$top_tank_length,$bottom_tank_length, $abs, $rho, $outter_cylinder_length, $inter;
float $height_nozzle_fixation, $nozzle_throat_radius, $nozzle_exit_radius, $nozzle_length;
point3 $p;
int $i, $j, $V, $H;
$radius = 8.;
$height_top = 3.;
$height_bottom = 3.5;
$height_summit = 3.2;
$height_rear = 2.8;
$top_tank_length = 18.;
$height_nozzle_fixation = 1;
$nozzle_throat_radius = 2.5;
$nozzle_exit_radius = 4.5;
$nozzle_length = 7;
$bottom_tank_length =12.5;
$inter = 2.5;
$outter_cylinder_length = $height_top + $height_bottom + $height_summit + $height_rear + $top_tank_length + $bottom_tank_length +$inter +$nozzle_length+2*$nozzle_throat_radius/3;
$V = 100;
$H = 100;
$work = $V;
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*top tank top bulkhead*/
$fond = mesh();
$fond.Open();
$rho = (pow($radius,2) + pow($height_top,2))/(2*$height_top);
/*Create the 1st point (the peak)*/
$fond.AddPoint((0,$height_top,0));
/*---*/
/*Create the rest of the points*/
for $i = 1 to $H do {
for $j = 1 to $V do {
$p.x = ($j/$work)*$radius*cos(((2*3.14159)/$H)*($i-1));
$p.z = ($j/$work)*$radius*sin(((2*3.14159)/$H)*($i-1));
$abs = sqrt($p.x*$p.x+$p.z*$p.z);
$p.y = (sqrt(pow($rho,2)-pow($abs,2))+$height_top-$rho);
$fond.AddPoint($p);
}
}
/*---*/
/*Now build the bottom row of faces (trigons)*/
for $i = 0 to ($H-2) do {
$fond.OpenFace(0,0);
$fond.VertexN(0);
$fond.VertexN(1+(($i+1)*$V));
$fond.VertexN(1+($i*$V));
$fond.CloseFace();
}
$fond.OpenFace(0,0);
$fond.VertexN(0);
$fond.VertexN(1);
$fond.VertexN(1+($i*$V));
$fond.CloseFace();
/*---*/
/*Build the rest of the faces*/
for $j = 0 to ($V-2) do {
for $i = 0 to ($H-2) do {
$fond.OpenFace(0,0);
$fond.VertexN(1+($j+1)+($i*$V));
$fond.VertexN(1+$j+($i*$V));
$fond.VertexN(1+$j+(($i+1)*$V));
$fond.VertexN(1+($j+1)+(($i+1)*$V));
$fond.CloseFace();
}
$fond.OpenFace(0,0);
$fond.VertexN(1+($j+1)+($i*$V));
$fond.VertexN(1+$j+($i*$V));
$fond.VertexN(1+$j);
$fond.VertexN(1+($j+1));
$fond.CloseFace();
}
$fond.Close();
$fond.loc = (0,-$height_top,0);
/*end top tank top bulkhead*/
/*top tank cylinder*/
$cylindric = mesh();
$cylindric.Open();
for $i = 1 to $H+1 do {
for $j = 1 to $V do {
$p.x = $radius*cos((2*3.14159/$H)*($i-1));
$p.z = -$radius*sin((2*3.14159/$H)*($i-1));
$p.y = $top_tank_length*($j-1)/($work-1);
$cylindric.AddPoint($p);
}
}
for $j = 0 to ($V-2) do {
for $i = 0 to ($H-1) do {
$cylindric.OpenFace(0,0);
$cylindric.VertexN(1+($j)+($i*$V));
$cylindric.VertexN(1+($j-1)+($i*$V));
$cylindric.VertexN(1+($j-1)+(($i+1)*$V));
$cylindric.VertexN(1+($j)+(($i+1)*$V));
$cylindric.CloseFace();
}
if($j < ($V-2)){
$cylindric.OpenFace(0,0);
$cylindric.VertexN(1+($j+1)+($i*$V));
$cylindric.VertexN(1+$j+($i*$V));
$cylindric.VertexN(1+$j);
$cylindric.VertexN(1+($j+1));
$cylindric.CloseFace();}
}
$cylindric.Close();
$cylindric.loc = (0,-$top_tank_length-$height_top,0);
/*end top tank cylinder*/
/* top tank rear bulkhead*/
$fond = mesh();
$fond.Open();
$rho = (pow($radius,2) + pow($height_bottom,2))/(2*$height_bottom);
/*Create the 1st point (the peak)*/
$fond.AddPoint((0,-$height_bottom,0));
/*---*/
/*Create the rest of the points*/
for $i = 1 to $H do {
for $j = 1 to $V do {
$p.x = ($j/$work)*$radius*cos(((2*3.14159)/$H)*($i-1));
$p.z = ($j/$work)*$radius*sin(((2*3.14159)/$H)*($i-1));
$abs = sqrt($p.x*$p.x+$p.z*$p.z);
$p.y = -(sqrt(pow($rho,2)-pow($abs,2))+$height_bottom-$rho);
$fond.AddPoint($p);
}
}
/*---*/
/*Now build the bottom row of faces (trigons)*/
for $i = 0 to ($H-2) do {
$fond.OpenFace(0,0);
$fond.VertexN(0);
$fond.VertexN(1+(($i+1)*$V));
$fond.VertexN(1+($i*$V));
$fond.CloseFace();
}
$fond.OpenFace(0,0);
$fond.VertexN(0);
$fond.VertexN(1);
$fond.VertexN(1+($i*$V));
$fond.CloseFace();
/*---*/
/*Build the rest of the faces*/
for $j = 0 to ($V-2) do {
for $i = 0 to ($H-2) do {
$fond.OpenFace(0,0);
$fond.VertexN(1+($j+1)+($i*$V));
$fond.VertexN(1+$j+($i*$V));
$fond.VertexN(1+$j+(($i+1)*$V));
$fond.VertexN(1+($j+1)+(($i+1)*$V));
$fond.CloseFace();
}
$fond.OpenFace(0,0);
$fond.VertexN(1+($j+1)+($i*$V));
$fond.VertexN(1+$j+($i*$V));
$fond.VertexN(1+$j);
$fond.VertexN(1+($j+1));
$fond.CloseFace();
}
$fond.Close();
$fond.loc = (0,-$height_top-$top_tank_length,0);
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*rear tank top bulkhead*/
$fond = mesh();
$fond.Open();
$rho = (pow($radius,2) + pow($height_summit,2))/(2*$height_summit);
/*Create the 1st point (the peak)*/
$fond.AddPoint((0,$height_summit,0));
/*---*/
/*Create the rest of the points*/
for $i = 1 to $H do {
for $j = 1 to $V do {
$p.x = ($j/$work)*$radius*cos(((2*3.14159)/$H)*($i-1));
$p.z = ($j/$work)*$radius*sin(((2*3.14159)/$H)*($i-1));
$abs = sqrt($p.x*$p.x+$p.z*$p.z);
$p.y = (sqrt(pow($rho,2)-pow($abs,2))+$height_summit-$rho);
$fond.AddPoint($p);
}
}
/*---*/
/*Now build the bottom row of faces (trigons)*/
for $i = 0 to ($H-2) do {
$fond.OpenFace(0,0);
$fond.VertexN(0);
$fond.VertexN(1+(($i+1)*$V));
$fond.VertexN(1+($i*$V));
$fond.CloseFace();
}
$fond.OpenFace(0,0);
$fond.VertexN(0);
$fond.VertexN(1);
$fond.VertexN(1+($i*$V));
$fond.CloseFace();
/*---*/
/*Build the rest of the faces*/
for $j = 0 to ($V-2) do {
for $i = 0 to ($H-2) do {
$fond.OpenFace(0,0);
$fond.VertexN(1+($j+1)+($i*$V));
$fond.VertexN(1+$j+($i*$V));
$fond.VertexN(1+$j+(($i+1)*$V));
$fond.VertexN(1+($j+1)+(($i+1)*$V));
$fond.CloseFace();
}
$fond.OpenFace(0,0);
$fond.VertexN(1+($j+1)+($i*$V));
$fond.VertexN(1+$j+($i*$V));
$fond.VertexN(1+$j);
$fond.VertexN(1+($j+1));
$fond.CloseFace();
}
$fond.Close();
$fond.loc = (0,-$height_top-$top_tank_length-$height_bottom-$inter-$height_summit,0);
/*end rear tank top bulkhead*/
/*bottom tank cylinder*/
$cylindric = mesh();
$cylindric.Open();
for $i = 1 to $H+1 do {
for $j = 1 to $V do {
$p.x = $radius*cos((2*3.14159/$H)*($i-1));
$p.z = -$radius*sin((2*3.14159/$H)*($i-1));
$p.y = $bottom_tank_length*($j-1)/($work-1);
$cylindric.AddPoint($p);
}
}
for $j = 0 to ($V-2) do {
for $i = 0 to ($H-1) do {
$cylindric.OpenFace(0,0);
$cylindric.VertexN(1+($j)+($i*$V));
$cylindric.VertexN(1+($j-1)+($i*$V));
$cylindric.VertexN(1+($j-1)+(($i+1)*$V));
$cylindric.VertexN(1+($j)+(($i+1)*$V));
$cylindric.CloseFace();
}
if($j < ($V-2)){
$cylindric.OpenFace(0,0);
$cylindric.VertexN(1+($j+1)+($i*$V));
$cylindric.VertexN(1+$j+($i*$V));
$cylindric.VertexN(1+$j);
$cylindric.VertexN(1+($j+1));
$cylindric.CloseFace();}
}
$cylindric.Close();
$cylindric.loc = (0,-$top_tank_length-$height_top-$height_bottom-$inter-$height_summit-$bottom_tank_length,0);
/*end top tank cylinder*/
/* bottom tank rear bulkhead*/
$fond = mesh();
$fond.Open();
$rho = (pow($radius,2) + pow($height_rear,2))/(2*$height_rear);
/*Create the 1st point (the peak)*/
$fond.AddPoint((0,-$height_rear,0));
/*---*/
/*Create the rest of the points*/
for $i = 1 to $H do {
for $j = 1 to $V do {
$p.x = ($j/$work)*$radius*cos(((2*3.14159)/$H)*($i-1));
$p.z = ($j/$work)*$radius*sin(((2*3.14159)/$H)*($i-1));
$abs = sqrt($p.x*$p.x+$p.z*$p.z);
$p.y = -(sqrt(pow($rho,2)-pow($abs,2))+$height_rear-$rho);
$fond.AddPoint($p);
}
}
/*---*/
/*Now build the bottom row of faces (trigons)*/
for $i = 0 to ($H-2) do {
$fond.OpenFace(0,0);
$fond.VertexN(0);
$fond.VertexN(1+(($i+1)*$V));
$fond.VertexN(1+($i*$V));
$fond.CloseFace();
}
$fond.OpenFace(0,0);
$fond.VertexN(0);
$fond.VertexN(1);
$fond.VertexN(1+($i*$V));
$fond.CloseFace();
/*---*/
/*Build the rest of the faces*/
for $j = 0 to ($V-2) do {
for $i = 0 to ($H-2) do {
$fond.OpenFace(0,0);
$fond.VertexN(1+($j+1)+($i*$V));
$fond.VertexN(1+$j+($i*$V));
$fond.VertexN(1+$j+(($i+1)*$V));
$fond.VertexN(1+($j+1)+(($i+1)*$V));
$fond.CloseFace();
}
$fond.OpenFace(0,0);
$fond.VertexN(1+($j+1)+($i*$V));
$fond.VertexN(1+$j+($i*$V));
$fond.VertexN(1+$j);
$fond.VertexN(1+($j+1));
$fond.CloseFace();
}
$fond.Close();
$fond.loc = (0,-$height_top-$top_tank_length-$height_bottom-$inter-$height_summit-$bottom_tank_length,0);
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*outter cylinder*/
$cylindric = mesh();
$cylindric.Open();
for $i = 1 to $H+1 do {
for $j = 1 to $V do {
$p.x = $radius*1.01*cos((1.5*3.14159/$H)*($i-1));
$p.z = -$radius*1.01*sin((1.5*3.14159/$H)*($i-1));
$p.y = $outter_cylinder_length*($j-1)/($work-1);
$cylindric.AddPoint($p);
}
}
for $j = 0 to ($V-2) do {
for $i = 0 to ($H-1) do {
$cylindric.OpenFace(0,0);
$cylindric.VertexN(1+($j)+($i*$V));
$cylindric.VertexN(1+($j-1)+($i*$V));
$cylindric.VertexN(1+($j-1)+(($i+1)*$V));
$cylindric.VertexN(1+($j)+(($i+1)*$V));
$cylindric.CloseFace();
}
}
$cylindric.Close();
$cylindric.loc = (0,-$outter_cylinder_length,0);
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
$cc =cube($nozzle_throat_radius);
$cc.ysize = 2*$nozzle_throat_radius/3;
$cc.loc =(-$nozzle_throat_radius/2,-($height_top + $height_bottom + $height_summit + $height_rear + $top_tank_length + $bottom_tank_length +$inter+$nozzle_throat_radius/3),$nozzle_throat_radius/2);
$cc.ConvertToMesh;
$cc =cube($nozzle_throat_radius);
$cc.ysize = 2*$nozzle_throat_radius/3;
$cc.loc =(-$nozzle_throat_radius/2,-($height_top + $height_bottom + $height_summit + $height_rear + $top_tank_length + $bottom_tank_length +$inter+$nozzle_throat_radius/3),-$nozzle_throat_radius/2);
$cc.ConvertToMesh;
$cc =cube($nozzle_throat_radius);
$cc.ysize = 2*$nozzle_throat_radius/3;
$cc.loc =($nozzle_throat_radius/2,-($height_top + $height_bottom + $height_summit + $height_rear + $top_tank_length + $bottom_tank_length +$inter+$nozzle_throat_radius/3),-$nozzle_throat_radius/2);
$cc.ConvertToMesh;
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
/*----------------------------------------------------------*/
$cylindric = mesh();
$cylindric.Open();
for $i = 1 to $H+1 do {
for $j = 1 to $V do {
$p.x = ($nozzle_throat_radius+(($j-1)/($work-1)*($nozzle_exit_radius-$nozzle_throat_radius)))*cos((1.5*3.14159/$H)*($i-1));
$p.z = -($nozzle_throat_radius+(($j-1)/($work-1)*($nozzle_exit_radius-$nozzle_throat_radius)))*sin((1.5*3.14159/$H)*($i-1));
$p.y = -$nozzle_length*($j-1)/($work-1);
$cylindric.AddPoint($p);
}
}
for $j = 0 to ($V-2) do {
for $i = 0 to ($H-1) do {
$cylindric.OpenFace(0,0);
$cylindric.VertexN(1+($j)+($i*$V));
$cylindric.VertexN(1+($j-1)+($i*$V));
$cylindric.VertexN(1+($j-1)+(($i+1)*$V));
$cylindric.VertexN(1+($j)+(($i+1)*$V));
$cylindric.CloseFace();
}
}
$cylindric.Close();
$cylindric.loc = (0,-$outter_cylinder_length+$nozzle_length,0);
the question now is : how can i "paint" the top tank in red and the rear tank in blue in my script?
i've tried to define materials and then to do $shape.AddMaterial or $shape.SetMaterial, but it doesn't work...
Any Idea?
Thanks a lot
Clem