diff --git a/panda/src/particlesystem/baseParticle.I b/panda/src/particlesystem/baseParticle.I
index 0d2e9e78da..705521f3ec 100644
--- a/panda/src/particlesystem/baseParticle.I
+++ b/panda/src/particlesystem/baseParticle.I
@@ -12,7 +12,7 @@ INLINE void BaseParticle::set_lifespan(float lifespan) {
 }
 
 INLINE void BaseParticle::set_alive(bool alive) {
-  _alive = alive;
+  _alive = alive;
 }
 
 INLINE float BaseParticle::get_age(void) const {
diff --git a/panda/src/particlesystem/particleCommonFuncs.h b/panda/src/particlesystem/particleCommonFuncs.h
index 93f8920ff9..414d236ee3 100644
--- a/panda/src/particlesystem/particleCommonFuncs.h
+++ b/panda/src/particlesystem/particleCommonFuncs.h
@@ -1,32 +1,32 @@
-// Filename: particleCommonFuncs.h
-// Created by:  darren (02Oct00)
-//
-////////////////////////////////////////////////////////////////////
-
-#ifndef PARTICLECOMMONFUNCS_H
-#define PARTICLECOMMONFUNCS_H
-
-// evaluates to a float in the range [0,1]
-#define NORMALIZED_RAND() ((float)rand() / (float)RAND_MAX)
-
-// linear interpolation
-// t is in [0,1]
-// result is in [X0,X1]
-#define LERP(t,X0,X1) ((X0) + ((t) * ((X1) - (X0))))
-
-// linear t -> cubic t
-// t is in [0,1]
-// result is in [0,1]
-#define CUBIC_T(t) ((t)*(t)*(3-(2*(t))))
-
-// cubic interpolation
-// t is in [0,1]
-// result is in [X0,X1]
-#define CLERP(t,X0,X1) LERP(CUBIC_T(t), (X0), (X1))
-
-// spread calculator
-// spread is non-negative spread magnitude
-// result is in [-spread,spread]
-#define SPREAD(magnitude) ((magnitude) - (NORMALIZED_RAND() * 2.0f * (magnitude)))
-
-#endif // PARTICLECOMMONFUNCS_H
+// Filename: particleCommonFuncs.h
+// Created by:  darren (02Oct00)
+//
+////////////////////////////////////////////////////////////////////
+
+#ifndef PARTICLECOMMONFUNCS_H
+#define PARTICLECOMMONFUNCS_H
+
+// evaluates to a float in the range [0,1]
+#define NORMALIZED_RAND() ((float)rand() / (float)RAND_MAX)
+
+// linear interpolation
+// t is in [0,1]
+// result is in [X0,X1]
+#define LERP(t,X0,X1) ((X0) + ((t) * ((X1) - (X0))))
+
+// linear t -> cubic t
+// t is in [0,1]
+// result is in [0,1]
+#define CUBIC_T(t) ((t)*(t)*(3-(2*(t))))
+
+// cubic interpolation
+// t is in [0,1]
+// result is in [X0,X1]
+#define CLERP(t,X0,X1) LERP(CUBIC_T(t), (X0), (X1))
+
+// spread calculator
+// spread is non-negative spread magnitude
+// result is in [-spread,spread]
+#define SPREAD(magnitude) ((magnitude) - (NORMALIZED_RAND() * 2.0f * (magnitude)))
+
+#endif // PARTICLECOMMONFUNCS_H