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| author | kintel <kintel@cb376a5e-1013-0410-a455-b6b1f9ac8223> | 2008-12-16 10:15:25 +0000 |
|---|---|---|
| committer | kintel <kintel@cb376a5e-1013-0410-a455-b6b1f9ac8223> | 2008-12-16 10:15:25 +0000 |
| commit | 7d1ce68434a5a6be28cf0550e47d52bde5932a68 (patch) | |
| tree | 7563439717a84f66b44a04658bd0a9124a70a489 | |
| parent | 91aad67af4e0177869529a15fa558bd733ae8332 (diff) | |
| download | reprap-backup-7d1ce68434a5a6be28cf0550e47d52bde5932a68.tar.gz reprap-backup-7d1ce68434a5a6be28cf0550e47d52bde5932a68.zip | |
some more test glasses
git-svn-id: https://reprap.svn.sourceforge.net/svnroot/reprap@2290 cb376a5e-1013-0410-a455-b6b1f9ac8223
| -rwxr-xr-x | trunk/users/metalab/python/spiralglass/bigglass.py | 80 | ||||
| -rw-r--r-- | trunk/users/metalab/python/spiralglass/newspiral.py | 85 | ||||
| -rwxr-xr-x | trunk/users/metalab/python/spiralglass/spiralglass2.py | 82 | ||||
| -rwxr-xr-x | trunk/users/metalab/python/spiralglass/test2.py | 88 |
4 files changed, 335 insertions, 0 deletions
diff --git a/trunk/users/metalab/python/spiralglass/bigglass.py b/trunk/users/metalab/python/spiralglass/bigglass.py new file mode 100755 index 00000000..3f77f81c --- /dev/null +++ b/trunk/users/metalab/python/spiralglass/bigglass.py @@ -0,0 +1,80 @@ +#!/usr/bin/python + +from math import pi, cos, sin + +def layerStart(z): + print "(<layerStart> %(Z)f)\n" % {'Z':z} + +def moveTo(x, y, z, f): + print "G1 X%(X)f Y%(Y)f Z%(Z)f F%(F)f" % {'X':x,'Y':y, 'Z':z, 'F':f} + +def spiral(x, y, z, f, r, roh, outward): + phimax = (2*pi*r)/roh + if outward==1: + phi = 0.0 + while (phi < phimax): + r = (phi*roh)/(2*pi) + nextx= x+cos(phi)*r + nexty= y+sin(phi)*r + moveTo(nextx, nexty, z, f) + phi += 0.2 + else: + phi = phimax + while (phi > 0): + r = (phi*roh)/(2*pi) + nextx= x+cos(phi)*r + nexty= y+sin(phi)*r + moveTo(nextx, nexty, z, f) + phi -= 0.2 + +def circle(x, y, z, f, r, outward): + if outward==1: + phi = 0.0 + while (phi < 2*pi): + nextx= x+cos(phi)*r + nexty= y+sin(phi)*r + moveTo(nextx, nexty, z, f) + phi += 0.2 + else: + phi = 2*pi + while (phi > 0): + nextx= x+cos(phi)*r + nexty= y+sin(phi)*r + moveTo(nextx, nexty, z, f) + phi -= 0.2 + + + +feedrate = 180 +layerheight = 0.7 +density = 1.2 +radius = 20 +radius1 = 15 +radius2 = 5 + +layer = layerheight / 2.0 + +print "G21" +print "G90" +print "G28" +print "M103" +print "M108 S130.0" +print "M101" + +play = 0 + +for i in range(5): + layerStart(layer); + spiral(radius+play, radius+play, layer, feedrate, radius1, density, (i+1)%2) + layer += layerheight + +for i in range(0, 30): + layerStart(layer); + circle(radius+play, radius+play, layer, feedrate, radius2, 1) + layer += layerheight +for i in range(0, 60): + layerStart(layer); + circle(radius+play, radius+play, layer, feedrate, radius2 + i*(radius-radius2)/30.0, 1) + layer += layerheight + +print "M103" diff --git a/trunk/users/metalab/python/spiralglass/newspiral.py b/trunk/users/metalab/python/spiralglass/newspiral.py new file mode 100644 index 00000000..c165918a --- /dev/null +++ b/trunk/users/metalab/python/spiralglass/newspiral.py @@ -0,0 +1,85 @@ +#!/usr/bin/python
+
+from math import pi, cos, sin
+
+def layerStart(z):
+ print "(<layerStart> %(Z)f)\n" % {'Z':z}
+
+def moveTo(x, y, z, f):
+ print "G1 X%(X)f Y%(Y)f Z%(Z)f F%(F)f" % {'X':x,'Y':y, 'Z':z, 'F':f}
+
+def spiral(x, y, z, f, r, roh, outward):
+ phimax = (2*pi*r)/roh
+ if outward==1:
+ phi = 0.0
+ while (phi < phimax):
+ r = (phi*roh)/(2*pi)
+ nextx= x+cos(phi)*r
+ nexty= y+sin(phi)*r
+ moveTo(nextx, nexty, z, f)
+ phi += 0.2
+ else:
+ phi = phimax
+ while (phi > 0):
+ r = (phi*roh)/(2*pi)
+ nextx= x+cos(phi)*r
+ nexty= y+sin(phi)*r
+ moveTo(nextx, nexty, z, f)
+ phi -= 0.2
+
+def circle(x, y, z, f, r, outward):
+ if outward==1:
+ phi = 0.0
+ while (phi < 2*pi):
+ nextx= x+cos(phi)*r
+ nexty= y+sin(phi)*r
+ moveTo(nextx, nexty, z, f)
+ phi += 0.2
+ else:
+ phi = 2*pi
+ while (phi > 0):
+ nextx= x+cos(phi)*r
+ nexty= y+sin(phi)*r
+ moveTo(nextx, nexty, z, f)
+ phi -= 0.2
+
+
+
+feedrate = 180
+layerheight = 0.7
+density = 1.2
+radius = 12
+
+layer = layerheight / 2.0
+
+print "G21"
+print "G90"
+print "G28"
+print "M103"
+print "M108 S130.0"
+print "M101"
+
+play = 5
+
+layerStart(layer);
+spiral(radius+play, radius+play, layer, feedrate, radius, density, 1)
+layer += layerheight
+
+layerStart(layer);
+spiral(radius+play, radius+play, layer, feedrate, radius, density, 0)
+layer += layerheight
+
+layerStart(layer);
+spiral(radius+play, radius+play, layer, feedrate, radius, density, 1)
+layer += layerheight
+
+for i in range(0, 40):
+ layerStart(layer);
+ circle(radius+play, radius+play, layer, feedrate, radius+sin(i/30.0)*5, 1)
+ layer += layerheight
+
+print "M103"
+
+
+
+
diff --git a/trunk/users/metalab/python/spiralglass/spiralglass2.py b/trunk/users/metalab/python/spiralglass/spiralglass2.py new file mode 100755 index 00000000..d9278fee --- /dev/null +++ b/trunk/users/metalab/python/spiralglass/spiralglass2.py @@ -0,0 +1,82 @@ +#!/usr/bin/python
+
+from math import pi, cos, sin
+
+def layerStart(z):
+ print "(<layerStart> %(Z)f)\n" % {'Z':z}
+
+def moveTo(x, y, z, f):
+ print "G1 X%(X)f Y%(Y)f Z%(Z)f F%(F)f" % {'X':x,'Y':y, 'Z':z, 'F':f}
+
+def spiral(x, y, z, f, r, roh, outward):
+ phimax = (2*pi*r)/roh
+ if outward==1:
+ phi = 0.0
+ while (phi < phimax):
+ r = (phi*roh)/(2*pi)
+ nextx= x+cos(phi)*r
+ nexty= y+sin(phi)*r
+ moveTo(nextx, nexty, z, f)
+ phi += 0.2
+ else:
+ phi = phimax
+ while (phi > 0):
+ r = (phi*roh)/(2*pi)
+ nextx= x+cos(phi)*r
+ nexty= y+sin(phi)*r
+ moveTo(nextx, nexty, z, f)
+ phi -= 0.2
+
+def circle(x, y, z, f, r, outward):
+ if outward==1:
+ phi = 0.0
+ while (phi < 2*pi):
+ nextx= x+cos(phi)*r
+ nexty= y+sin(phi)*r
+ moveTo(nextx, nexty, z, f)
+ phi += 0.2
+ else:
+ phi = 2*pi
+ while (phi > 0):
+ nextx= x+cos(phi)*r
+ nexty= y+sin(phi)*r
+ moveTo(nextx, nexty, z, f)
+ phi -= 0.2
+
+
+
+feedrate = 180
+layerheight = 0.7
+density = 1.2
+radius = 12
+
+layer = layerheight / 2.0
+
+print "G21"
+print "G90"
+print "G28"
+print "M103"
+print "M108 S130.0"
+print "M101"
+
+play = 5
+
+layerStart(layer);
+spiral(radius+play, radius+play, layer, feedrate, radius, density, 1)
+layer += layerheight
+layerStart(layer);
+spiral(radius+play, radius+play, layer, feedrate, radius, density, 0)
+layer += layerheight
+layerStart(layer);
+spiral(radius+play, radius+play, layer, feedrate, radius, density, 1)
+layer += layerheight
+for i in range(0, 40):
+ layerStart(layer);
+ circle(radius+play, radius+play, layer, feedrate, radius+sin(i/30.0)*5, 1)
+ layer += layerheight
+
+print "M103"
+
+
+
+
diff --git a/trunk/users/metalab/python/spiralglass/test2.py b/trunk/users/metalab/python/spiralglass/test2.py new file mode 100755 index 00000000..2123ecc9 --- /dev/null +++ b/trunk/users/metalab/python/spiralglass/test2.py @@ -0,0 +1,88 @@ +#!/usr/bin/python + +from math import pi, cos, sin + +def layerStart(z): + print "(<layerStart> %(Z)f)\n" % {'Z':z} + +def moveTo(x, y, z, f): + print "G1 X%(X)f Y%(Y)f Z%(Z)f F%(F)f" % {'X':x,'Y':y, 'Z':z, 'F':f} + +def spiral(x, y, z, f, r, roh, outward): + phimax = (2*pi*r)/roh + if outward==1: + phi = 0.0 + while (phi < phimax): + r = (phi*roh)/(2*pi) + nextx= x+cos(phi)*r + nexty= y+sin(phi)*r + moveTo(nextx, nexty, z, f) + phi += 0.2 + else: + phi = phimax + while (phi > 0): + r = (phi*roh)/(2*pi) + nextx= x+cos(phi)*r + nexty= y+sin(phi)*r + moveTo(nextx, nexty, z, f) + phi -= 0.2 + +def circle(x, y, z, f, r, outward): + if outward==1: + phi = 0.0 + while (phi < 2*pi): + nextx= x+cos(phi)*r + nexty= y+sin(phi)*r + moveTo(nextx, nexty, z, f) + phi += 0.2 + else: + phi = 2*pi + while (phi > 0): + nextx= x+cos(phi)*r + nexty= y+sin(phi)*r + moveTo(nextx, nexty, z, f) + phi -= 0.2 + + + +feedrate = 180 +layerheight = 0.7 +density = 1.2 +radius = 12 +radius1 = 7 +radius2 = 3 + +layer = layerheight / 2.0 + +print "G21" +print "G90" +print "G28" +print "M103" +print "M108 S130.0" +print "M101" + +play = 5 + +layerStart(layer); +spiral(radius+play, radius+play, layer, feedrate, radius1, density, 1) +layer += layerheight +layerStart(layer); +spiral(radius+play, radius+play, layer, feedrate, radius1, density, 0) +layer += layerheight +layerStart(layer); +spiral(radius+play, radius+play, layer, feedrate, radius1, density, 1) +layer += layerheight +layerStart(layer); +spiral(radius+play, radius+play, layer, feedrate, radius1, density, 0) +layer += layerheight + +for i in range(0, 15): + layerStart(layer); + circle(radius+play, radius+play, layer, feedrate, radius2, 1) + layer += layerheight +for i in range(0, 30): + layerStart(layer); + circle(radius+play, radius+play, layer, feedrate, radius2 + i*(radius-radius2)/30.0, 1) + layer += layerheight + +print "M103" |